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c
|
/* HEADER *********************************************************************************/
/*!
\file Meta/MetaFunction/Impl/BooleanOpsImpl.h
\author <NAME> (100%)
\par email: <EMAIL>
\brief
Not, Or, And, XOR ...
*/
/* HEADER END *****************************************************************************/
#ifndef _META_FN_BOOLEAN_OPERATIONS_IMPL_H_
#define _META_FN_BOOLEAN_OPERATIONS_IMPL_H_
#include "TraitsImpl.h"
#include "../../types/Constant.h"
#include "utils/function/Function.h"
namespace MP
{
namespace Lib
{
struct Not : public Ut::Function_t
{
template <typename Ty>
constexpr auto operator () (Ty&& value) const noexcept
{
return !value;
}
};
struct And : public Ut::Function_t
{
template <typename ... Ty>
constexpr auto operator () (Ty&& ... argv) const noexcept
{
return (argv && ...);
}
};
struct Or : public Ut::Function_t
{
template <typename ... Ty>
constexpr auto operator () (Ty&& ... argv) const noexcept
{
return (argv || ...);
}
};
}
}
namespace MPL = ::MP::Lib;
#endif
| 18.69
| 58
|
(translation_unit) "/* HEADER *********************************************************************************/
\n/*!
\n\file Meta/MetaFunction/Impl/BooleanOpsImpl.h
\n\author <NAME> (100%)
\n\par email: <EMAIL>
\n\brief
\n Not, Or, And, XOR ...
\n
\n*/
\n/* HEADER END *****************************************************************************/
\n#ifndef _META_FN_BOOLEAN_OPERATIONS_IMPL_H_
\n#define _META_FN_BOOLEAN_OPERATIONS_IMPL_H_
\n
\n#include "TraitsImpl.h"
\n
\n#include "../../types/Constant.h"
\n#include "utils/function/Function.h"
\n
\n
\nnamespace MP
\n{
\n namespace Lib
\n {
\n struct Not : public Ut::Function_t
\n {
\n template <typename Ty>
\n constexpr auto operator () (Ty&& value) const noexcept
\n {
\n return !value;
\n }
\n };
\n
\n struct And : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv && ...);
\n }
\n };
\n
\n struct Or : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv || ...);
\n }
\n };
\n }
\n}
\n
\nnamespace MPL = ::MP::Lib;
\n
\n
\n
\n
\n#endif
\n
\n"
(comment) "/* HEADER *********************************************************************************/"
(comment) "/*!
\n\file Meta/MetaFunction/Impl/BooleanOpsImpl.h
\n\author <NAME> (100%)
\n\par email: <EMAIL>
\n\brief
\n Not, Or, And, XOR ...
\n
\n*/"
(comment) "/* HEADER END *****************************************************************************/"
(preproc_ifdef) "#ifndef _META_FN_BOOLEAN_OPERATIONS_IMPL_H_
\n#define _META_FN_BOOLEAN_OPERATIONS_IMPL_H_
\n
\n#include "TraitsImpl.h"
\n
\n#include "../../types/Constant.h"
\n#include "utils/function/Function.h"
\n
\n
\nnamespace MP
\n{
\n namespace Lib
\n {
\n struct Not : public Ut::Function_t
\n {
\n template <typename Ty>
\n constexpr auto operator () (Ty&& value) const noexcept
\n {
\n return !value;
\n }
\n };
\n
\n struct And : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv && ...);
\n }
\n };
\n
\n struct Or : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv || ...);
\n }
\n };
\n }
\n}
\n
\nnamespace MPL = ::MP::Lib;
\n
\n
\n
\n
\n#endif"
(#ifndef) "#ifndef"
(identifier) "_META_FN_BOOLEAN_OPERATIONS_IMPL_H_"
(preproc_def) "#define _META_FN_BOOLEAN_OPERATIONS_IMPL_H_
\n"
(#define) "#define"
(identifier) "_META_FN_BOOLEAN_OPERATIONS_IMPL_H_"
(preproc_include) "#include "TraitsImpl.h"
\n"
(#include) "#include"
(string_literal) ""TraitsImpl.h""
(") """
(string_content) "TraitsImpl.h"
(") """
(preproc_include) "#include "../../types/Constant.h"
\n"
(#include) "#include"
(string_literal) ""../../types/Constant.h""
(") """
(string_content) "../../types/Constant.h"
(") """
(preproc_include) "#include "utils/function/Function.h"
\n"
(#include) "#include"
(string_literal) ""utils/function/Function.h""
(") """
(string_content) "utils/function/Function.h"
(") """
(function_definition) "namespace MP
\n{
\n namespace Lib
\n {
\n struct Not : public Ut::Function_t
\n {
\n template <typename Ty>
\n constexpr auto operator () (Ty&& value) const noexcept
\n {
\n return !value;
\n }
\n };
\n
\n struct And : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv && ...);
\n }
\n };
\n
\n struct Or : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv || ...);
\n }
\n };
\n }
\n}"
(type_identifier) "namespace"
(identifier) "MP"
(compound_statement) "{
\n namespace Lib
\n {
\n struct Not : public Ut::Function_t
\n {
\n template <typename Ty>
\n constexpr auto operator () (Ty&& value) const noexcept
\n {
\n return !value;
\n }
\n };
\n
\n struct And : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv && ...);
\n }
\n };
\n
\n struct Or : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv || ...);
\n }
\n };
\n }
\n}"
({) "{"
(function_definition) "namespace Lib
\n {
\n struct Not : public Ut::Function_t
\n {
\n template <typename Ty>
\n constexpr auto operator () (Ty&& value) const noexcept
\n {
\n return !value;
\n }
\n };
\n
\n struct And : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv && ...);
\n }
\n };
\n
\n struct Or : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv || ...);
\n }
\n };
\n }"
(type_identifier) "namespace"
(identifier) "Lib"
(compound_statement) "{
\n struct Not : public Ut::Function_t
\n {
\n template <typename Ty>
\n constexpr auto operator () (Ty&& value) const noexcept
\n {
\n return !value;
\n }
\n };
\n
\n struct And : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv && ...);
\n }
\n };
\n
\n struct Or : public Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv || ...);
\n }
\n };
\n }"
({) "{"
(declaration) "struct Not : public"
(struct_specifier) "struct Not"
(struct) "struct"
(type_identifier) "Not"
(ERROR) ":"
(:) ":"
(identifier) "public"
(;) ""
(labeled_statement) "Ut::Function_t
\n {
\n template <typename Ty>
\n constexpr auto operator () (Ty&& value) const noexcept
\n {
\n return !value;
\n }
\n }"
(statement_identifier) "Ut"
(:) ":"
(ERROR) ":Function_t"
(:) ":"
(identifier) "Function_t"
(compound_statement) "{
\n template <typename Ty>
\n constexpr auto operator () (Ty&& value) const noexcept
\n {
\n return !value;
\n }
\n }"
({) "{"
(expression_statement) "template <typename Ty>
\n constexpr auto operator () (Ty&& value) const noexcept"
(binary_expression) "template <typename Ty>
\n constexpr auto operator () (Ty&& value) const noexcept"
(binary_expression) "template <typename"
(identifier) "template"
(<) "<"
(identifier) "typename"
(ERROR) "Ty"
(identifier) "Ty"
(>) ">"
(ERROR) "constexpr auto operator () (Ty&& value) const"
(identifier) "constexpr"
(identifier) "auto"
(call_expression) "operator () (Ty&& value)"
(call_expression) "operator ()"
(identifier) "operator"
(argument_list) "()"
(() "("
()) ")"
(argument_list) "(Ty&& value)"
(() "("
(binary_expression) "Ty&& value"
(identifier) "Ty"
(&&) "&&"
(identifier) "value"
()) ")"
(identifier) "const"
(identifier) "noexcept"
(;) ""
(compound_statement) "{
\n return !value;
\n }"
({) "{"
(return_statement) "return !value;"
(return) "return"
(unary_expression) "!value"
(!) "!"
(identifier) "value"
(;) ";"
(}) "}"
(}) "}"
(expression_statement) ";"
(;) ";"
(declaration) "struct And : public"
(struct_specifier) "struct And"
(struct) "struct"
(type_identifier) "And"
(ERROR) ":"
(:) ":"
(identifier) "public"
(;) ""
(labeled_statement) "Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv && ...);
\n }
\n }"
(statement_identifier) "Ut"
(:) ":"
(ERROR) ":Function_t"
(:) ":"
(identifier) "Function_t"
(compound_statement) "{
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv && ...);
\n }
\n }"
({) "{"
(expression_statement) "template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept"
(binary_expression) "template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept"
(binary_expression) "template <typename"
(identifier) "template"
(<) "<"
(identifier) "typename"
(ERROR) "... Ty"
(...) "..."
(identifier) "Ty"
(>) ">"
(ERROR) "constexpr auto operator () (Ty&& ... argv) const"
(identifier) "constexpr"
(identifier) "auto"
(call_expression) "operator () (Ty&& ... argv)"
(call_expression) "operator ()"
(identifier) "operator"
(argument_list) "()"
(() "("
()) ")"
(argument_list) "(Ty&& ... argv)"
(() "("
(binary_expression) "Ty&& ... argv"
(identifier) "Ty"
(&&) "&&"
(ERROR) "..."
(.) "."
(.) "."
(.) "."
(identifier) "argv"
()) ")"
(identifier) "const"
(identifier) "noexcept"
(;) ""
(compound_statement) "{
\n return (argv && ...);
\n }"
({) "{"
(return_statement) "return (argv && ...);"
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(() "("
(identifier) "argv"
(ERROR) "&& ..."
(&&) "&&"
(.) "."
(.) "."
(.) "."
()) ")"
(;) ";"
(}) "}"
(}) "}"
(expression_statement) ";"
(;) ";"
(declaration) "struct Or : public"
(struct_specifier) "struct Or"
(struct) "struct"
(type_identifier) "Or"
(ERROR) ":"
(:) ":"
(identifier) "public"
(;) ""
(labeled_statement) "Ut::Function_t
\n {
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv || ...);
\n }
\n }"
(statement_identifier) "Ut"
(:) ":"
(ERROR) ":Function_t"
(:) ":"
(identifier) "Function_t"
(compound_statement) "{
\n template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept
\n {
\n return (argv || ...);
\n }
\n }"
({) "{"
(expression_statement) "template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept"
(binary_expression) "template <typename ... Ty>
\n constexpr auto operator () (Ty&& ... argv) const noexcept"
(binary_expression) "template <typename"
(identifier) "template"
(<) "<"
(identifier) "typename"
(ERROR) "... Ty"
(...) "..."
(identifier) "Ty"
(>) ">"
(ERROR) "constexpr auto operator () (Ty&& ... argv) const"
(identifier) "constexpr"
(identifier) "auto"
(call_expression) "operator () (Ty&& ... argv)"
(call_expression) "operator ()"
(identifier) "operator"
(argument_list) "()"
(() "("
()) ")"
(argument_list) "(Ty&& ... argv)"
(() "("
(binary_expression) "Ty&& ... argv"
(identifier) "Ty"
(&&) "&&"
(ERROR) "..."
(.) "."
(.) "."
(.) "."
(identifier) "argv"
()) ")"
(identifier) "const"
(identifier) "noexcept"
(;) ""
(compound_statement) "{
\n return (argv || ...);
\n }"
({) "{"
(return_statement) "return (argv || ...);"
(return) "return"
(parenthesized_expression) "(argv || ...)"
(() "("
(identifier) "argv"
(ERROR) "|| ..."
(||) "||"
(.) "."
(.) "."
(.) "."
()) ")"
(;) ";"
(}) "}"
(}) "}"
(expression_statement) ";"
(;) ";"
(}) "}"
(}) "}"
(declaration) "namespace MPL = ::MP::Lib;"
(type_identifier) "namespace"
(init_declarator) "MPL = ::MP::Lib"
(identifier) "MPL"
(=) "="
(ERROR) "::MP::"
(:) ":"
(:) ":"
(identifier) "MP"
(:) ":"
(:) ":"
(identifier) "Lib"
(;) ";"
(#endif) "#endif"
| 244
| 17
|
{"language": "c", "success": true, "metadata": {"lines": 58, "avg_line_length": 18.69, "nodes": 131, "errors": 0, "source_hash": "5ef55805aedfda127af5ccaab224755f46200471a360b94a2113c4176f30d57a", "categorized_nodes": 94}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef _META_FN_BOOLEAN_OPERATIONS_IMPL_H_\r\n#define _META_FN_BOOLEAN_OPERATIONS_IMPL_H_\r\n\r\n#include \"TraitsImpl.h\"\r\n\r\n#include \"../../types/Constant.h\"\r\n#include \"utils/function/Function.h\"\r\n\r\n\r\nnamespace MP\r\n{\r\n\tnamespace Lib\r\n\t{\r\n\t\tstruct Not : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename Ty>\r\n\t\t\tconstexpr auto operator () (Ty&& value) const noexcept\r\n\t\t\t{\r\n\t\t\t\treturn !value;\r\n\t\t\t}\r\n\t\t};\r\n\r\n\t\tstruct And : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename ... Ty>\r\n\t\t\tconstexpr auto operator () (Ty&& ... argv) const noexcept\r\n\t\t\t{\r\n\t\t\t\treturn (argv && ...);\r\n\t\t\t}\r\n\t\t};\r\n\r\n\t\tstruct Or : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename ... Ty>\r\n\t\t\tconstexpr auto operator () (Ty&& ... argv) const noexcept\r\n\t\t\t{\r\n\t\t\t\treturn (argv || ...);\r\n\t\t\t}\r\n\t\t};\r\n\t}\r\n}\r\n\r\nnamespace MPL = ::MP::Lib;\r\n\r\n\r\n\r\n\r\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 15, 122, 130], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 57, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 7}}, {"id": 2, "type": "identifier", "text": "_META_FN_BOOLEAN_OPERATIONS_IMPL_H_", "parent": 0, "children": [], "start_point": {"row": 10, "column": 8}, "end_point": {"row": 10, "column": 43}}, {"id": 3, "type": "preproc_def", "text": "#define _META_FN_BOOLEAN_OPERATIONS_IMPL_H_\r\n", "parent": 0, "children": [4, 5], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 12, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 11, "column": 7}}, {"id": 5, "type": "identifier", "text": "_META_FN_BOOLEAN_OPERATIONS_IMPL_H_", "parent": 3, "children": [], "start_point": {"row": 11, "column": 8}, "end_point": {"row": 11, "column": 43}}, {"id": 6, "type": "preproc_include", "text": "#include \"TraitsImpl.h\"\r\n", "parent": 0, "children": [7, 8], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 14, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 13, "column": 8}}, {"id": 8, "type": "string_literal", "text": "\"TraitsImpl.h\"", "parent": 6, "children": [], "start_point": {"row": 13, "column": 9}, "end_point": {"row": 13, "column": 23}}, {"id": 9, "type": "preproc_include", "text": "#include \"../../types/Constant.h\"\r\n", "parent": 0, "children": [10, 11], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 16, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"../../types/Constant.h\"", "parent": 9, "children": [], "start_point": {"row": 15, "column": 9}, "end_point": {"row": 15, "column": 33}}, {"id": 12, "type": "preproc_include", "text": "#include \"utils/function/Function.h\"\r\n", "parent": 0, "children": [13, 14], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 17, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 8}}, {"id": 14, "type": "string_literal", "text": "\"utils/function/Function.h\"", "parent": 12, "children": [], "start_point": {"row": 16, "column": 9}, "end_point": {"row": 16, "column": 36}}, {"id": 15, "type": "function_definition", "text": "namespace MP\r\n{\r\n\tnamespace Lib\r\n\t{\r\n\t\tstruct Not : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename Ty>\r\n\t\t\tconstexpr auto operator () (Ty&& value) const noexcept\r\n\t\t\t{\r\n\t\t\t\treturn !value;\r\n\t\t\t}\r\n\t\t};\r\n\r\n\t\tstruct And : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename ... Ty>\r\n\t\t\tconstexpr auto operator () (Ty&& ... argv) const noexcept\r\n\t\t\t{\r\n\t\t\t\treturn (argv && ...);\r\n\t\t\t}\r\n\t\t};\r\n\r\n\t\tstruct Or : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename ... Ty>\r\n\t\t\tconstexpr auto operator () (Ty&& ... argv) const noexcept\r\n\t\t\t{\r\n\t\t\t\treturn (argv || ...);\r\n\t\t\t}\r\n\t\t};\r\n\t}\r\n}", "parent": 0, "children": [16, 17], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 50, "column": 1}}, {"id": 16, "type": "type_identifier", "text": "namespace", "parent": 15, "children": [], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 19, "column": 9}}, {"id": 17, "type": "identifier", "text": "MP", "parent": 15, "children": [], "start_point": {"row": 19, "column": 10}, "end_point": {"row": 19, "column": 12}}, {"id": 18, "type": "function_definition", "text": "namespace Lib\r\n\t{\r\n\t\tstruct Not : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename Ty>\r\n\t\t\tconstexpr auto operator () (Ty&& value) const noexcept\r\n\t\t\t{\r\n\t\t\t\treturn !value;\r\n\t\t\t}\r\n\t\t};\r\n\r\n\t\tstruct And : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename ... 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"text_snippet": "namespace MP\r\n{\r\n\tnamespace Lib\r\n\t{\r\n\t\tstruct Not : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typenam"}, {"node_id": 18, "universal_type": "function", "name": "Not", "text_snippet": "namespace Lib\r\n\t{\r\n\t\tstruct Not : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename Ty>\r\n\t\t\tconstexp"}], "class_declarations": [{"node_id": 22, "universal_type": "class", "name": "Not", "text_snippet": "struct Not"}, {"node_id": 23, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 55, "universal_type": "class", "name": "And", "text_snippet": "struct And"}, {"node_id": 56, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 89, "universal_type": "class", "name": "Or", "text_snippet": "struct Or"}, {"node_id": 90, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 6, "text": "#include \"TraitsImpl.h\"\r\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"../../types/Constant.h\"\r\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include \"utils/function/Function.h\"\r\n"}, {"node_id": 13, "text": "#include"}]}, "original_source_code": "/* HEADER *********************************************************************************/\r\n/*!\r\n\\file\tMeta/MetaFunction/Impl/BooleanOpsImpl.h\r\n\\author <NAME> (100%)\r\n\\par email: <EMAIL>\r\n\\brief\r\n\tNot, Or, And, XOR ...\r\n\r\n*/\r\n/* HEADER END *****************************************************************************/\r\n#ifndef _META_FN_BOOLEAN_OPERATIONS_IMPL_H_\r\n#define _META_FN_BOOLEAN_OPERATIONS_IMPL_H_\r\n\r\n#include \"TraitsImpl.h\"\r\n\r\n#include \"../../types/Constant.h\"\r\n#include \"utils/function/Function.h\"\r\n\r\n\r\nnamespace MP\r\n{\r\n\tnamespace Lib\r\n\t{\r\n\t\tstruct Not : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename Ty>\r\n\t\t\tconstexpr auto operator () (Ty&& value) const noexcept\r\n\t\t\t{\r\n\t\t\t\treturn !value;\r\n\t\t\t}\r\n\t\t};\r\n\r\n\t\tstruct And : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename ... Ty>\r\n\t\t\tconstexpr auto operator () (Ty&& ... argv) const noexcept\r\n\t\t\t{\r\n\t\t\t\treturn (argv && ...);\r\n\t\t\t}\r\n\t\t};\r\n\r\n\t\tstruct Or : public Ut::Function_t\r\n\t\t{\r\n\t\t\ttemplate <typename ... Ty>\r\n\t\t\tconstexpr auto operator () (Ty&& ... argv) const noexcept\r\n\t\t\t{\r\n\t\t\t\treturn (argv || ...);\r\n\t\t\t}\r\n\t\t};\r\n\t}\r\n}\r\n\r\nnamespace MPL = ::MP::Lib;\r\n\r\n\r\n\r\n\r\n#endif\r\n\r\n"}
| 200
|
c
|
#include <libcgc.h>
#include "libc.h"
#define ACK_TRIES 3
size_t MY_TID = TID_K;
size_t PIPE_RECV = tid2recvpipe(TID_K);
char * STR_THREAD_NAME = "K";
char * consume_bytes(char **curr, char *end, size_t len);
int syscall_dispatch(char **curr, char *end);
int syscall_futex(unsigned char syscall, char **curr, char *end);
int syscall_pause(unsigned char syscall, char **curr, char *end);
int syscall_sendmsg(unsigned char syscall, char **curr, char *end);
void _syscall_sendmsg(unsigned char recursions, unsigned char msg);
#ifdef DEBUG_STACK
int get_esp(void);
#endif
| 36.87
| 15
|
(translation_unit) "#include <libcgc.h>\n#include "libc.h"\n\n#define ACK_TRIES 3\n\nsize_t MY_TID = TID_K;\nsize_t PIPE_RECV = tid2recvpipe(TID_K);\nchar * STR_THREAD_NAME = "K";\n\nchar * consume_bytes(char **curr, char *end, size_t len);\n\nint syscall_dispatch(char **curr, char *end);\nint syscall_futex(unsigned char syscall, char **curr, char *end);\nint syscall_pause(unsigned char syscall, char **curr, char *end);\nint syscall_sendmsg(unsigned char syscall, char **curr, char *end);\nvoid _syscall_sendmsg(unsigned char recursions, unsigned char msg);\n\n#ifdef DEBUG_STACK\nint get_esp(void);\n#endif\n"
(preproc_include) "#include <libcgc.h>\n"
(#include) "#include"
(system_lib_string) "<libcgc.h>"
(preproc_include) "#include "libc.h"\n"
(#include) "#include"
(string_literal) ""libc.h""
(") """
(string_content) "libc.h"
(") """
(preproc_def) "#define ACK_TRIES 3\n"
(#define) "#define"
(identifier) "ACK_TRIES"
(preproc_arg) "3"
(declaration) "size_t MY_TID = TID_K;"
(primitive_type) "size_t"
(init_declarator) "MY_TID = TID_K"
(identifier) "MY_TID"
(=) "="
(identifier) "TID_K"
(;) ";"
(declaration) "size_t PIPE_RECV = tid2recvpipe(TID_K);"
(primitive_type) "size_t"
(init_declarator) "PIPE_RECV = tid2recvpipe(TID_K)"
(identifier) "PIPE_RECV"
(=) "="
(call_expression) "tid2recvpipe(TID_K)"
(identifier) "tid2recvpipe"
(argument_list) "(TID_K)"
(() "("
(identifier) "TID_K"
()) ")"
(;) ";"
(declaration) "char * STR_THREAD_NAME = "K";"
(primitive_type) "char"
(init_declarator) "* STR_THREAD_NAME = "K""
(pointer_declarator) "* STR_THREAD_NAME"
(*) "*"
(identifier) "STR_THREAD_NAME"
(=) "="
(string_literal) ""K""
(") """
(string_content) "K"
(") """
(;) ";"
(declaration) "char * consume_bytes(char **curr, char *end, size_t len);"
(primitive_type) "char"
(pointer_declarator) "* consume_bytes(char **curr, char *end, size_t len)"
(*) "*"
(function_declarator) "consume_bytes(char **curr, char *end, size_t len)"
(identifier) "consume_bytes"
(parameter_list) "(char **curr, char *end, size_t len)"
(() "("
(parameter_declaration) "char **curr"
(primitive_type) "char"
(pointer_declarator) "**curr"
(*) "*"
(pointer_declarator) "*curr"
(*) "*"
(identifier) "curr"
(,) ","
(parameter_declaration) "char *end"
(primitive_type) "char"
(pointer_declarator) "*end"
(*) "*"
(identifier) "end"
(,) ","
(parameter_declaration) "size_t len"
(primitive_type) "size_t"
(identifier) "len"
()) ")"
(;) ";"
(declaration) "int syscall_dispatch(char **curr, char *end);"
(primitive_type) "int"
(function_declarator) "syscall_dispatch(char **curr, char *end)"
(identifier) "syscall_dispatch"
(parameter_list) "(char **curr, char *end)"
(() "("
(parameter_declaration) "char **curr"
(primitive_type) "char"
(pointer_declarator) "**curr"
(*) "*"
(pointer_declarator) "*curr"
(*) "*"
(identifier) "curr"
(,) ","
(parameter_declaration) "char *end"
(primitive_type) "char"
(pointer_declarator) "*end"
(*) "*"
(identifier) "end"
()) ")"
(;) ";"
(declaration) "int syscall_futex(unsigned char syscall, char **curr, char *end);"
(primitive_type) "int"
(function_declarator) "syscall_futex(unsigned char syscall, char **curr, char *end)"
(identifier) "syscall_futex"
(parameter_list) "(unsigned char syscall, char **curr, char *end)"
(() "("
(parameter_declaration) "unsigned char syscall"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(identifier) "syscall"
(,) ","
(parameter_declaration) "char **curr"
(primitive_type) "char"
(pointer_declarator) "**curr"
(*) "*"
(pointer_declarator) "*curr"
(*) "*"
(identifier) "curr"
(,) ","
(parameter_declaration) "char *end"
(primitive_type) "char"
(pointer_declarator) "*end"
(*) "*"
(identifier) "end"
()) ")"
(;) ";"
(declaration) "int syscall_pause(unsigned char syscall, char **curr, char *end);"
(primitive_type) "int"
(function_declarator) "syscall_pause(unsigned char syscall, char **curr, char *end)"
(identifier) "syscall_pause"
(parameter_list) "(unsigned char syscall, char **curr, char *end)"
(() "("
(parameter_declaration) "unsigned char syscall"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(identifier) "syscall"
(,) ","
(parameter_declaration) "char **curr"
(primitive_type) "char"
(pointer_declarator) "**curr"
(*) "*"
(pointer_declarator) "*curr"
(*) "*"
(identifier) "curr"
(,) ","
(parameter_declaration) "char *end"
(primitive_type) "char"
(pointer_declarator) "*end"
(*) "*"
(identifier) "end"
()) ")"
(;) ";"
(declaration) "int syscall_sendmsg(unsigned char syscall, char **curr, char *end);"
(primitive_type) "int"
(function_declarator) "syscall_sendmsg(unsigned char syscall, char **curr, char *end)"
(identifier) "syscall_sendmsg"
(parameter_list) "(unsigned char syscall, char **curr, char *end)"
(() "("
(parameter_declaration) "unsigned char syscall"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(identifier) "syscall"
(,) ","
(parameter_declaration) "char **curr"
(primitive_type) "char"
(pointer_declarator) "**curr"
(*) "*"
(pointer_declarator) "*curr"
(*) "*"
(identifier) "curr"
(,) ","
(parameter_declaration) "char *end"
(primitive_type) "char"
(pointer_declarator) "*end"
(*) "*"
(identifier) "end"
()) ")"
(;) ";"
(declaration) "void _syscall_sendmsg(unsigned char recursions, unsigned char msg);"
(primitive_type) "void"
(function_declarator) "_syscall_sendmsg(unsigned char recursions, unsigned char msg)"
(identifier) "_syscall_sendmsg"
(parameter_list) "(unsigned char recursions, unsigned char msg)"
(() "("
(parameter_declaration) "unsigned char recursions"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(identifier) "recursions"
(,) ","
(parameter_declaration) "unsigned char msg"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(identifier) "msg"
()) ")"
(;) ";"
(preproc_ifdef) "#ifdef DEBUG_STACK\nint get_esp(void);\n#endif"
(#ifdef) "#ifdef"
(identifier) "DEBUG_STACK"
(declaration) "int get_esp(void);"
(primitive_type) "int"
(function_declarator) "get_esp(void)"
(identifier) "get_esp"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(;) ";"
(#endif) "#endif"
| 207
| 0
|
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"size_t MY_TID = TID_K;", "parent": null, "children": [11, 12], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 22}}, {"id": 11, "type": "primitive_type", "text": "size_t", "parent": 10, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 6}}, {"id": 12, "type": "init_declarator", "text": "MY_TID = TID_K", "parent": 10, "children": [13, 14, 15], "start_point": {"row": 5, "column": 7}, "end_point": {"row": 5, "column": 21}}, {"id": 13, "type": "identifier", "text": "MY_TID", "parent": 12, "children": [], "start_point": {"row": 5, "column": 7}, "end_point": {"row": 5, "column": 13}}, {"id": 14, "type": "=", "text": "=", "parent": 12, "children": [], "start_point": {"row": 5, "column": 14}, "end_point": {"row": 5, "column": 15}}, {"id": 15, "type": "identifier", "text": "TID_K", "parent": 12, "children": [], "start_point": {"row": 5, "column": 16}, "end_point": {"row": 5, "column": 21}}, {"id": 16, "type": "declaration", 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{"node_id": 135, "universal_type": "function", "name": "unknown", "text_snippet": "_syscall_sendmsg(unsigned char recursions, unsigned char msg)"}, {"node_id": 153, "universal_type": "function", "name": "unknown", "text_snippet": "get_esp(void)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include <libcgc.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include \"libc.h\"\n"}, {"node_id": 4, "text": "#include"}]}, "original_source_code": "#include <libcgc.h>\n#include \"libc.h\"\n\n#define ACK_TRIES 3\n\nsize_t MY_TID = TID_K;\nsize_t PIPE_RECV = tid2recvpipe(TID_K);\nchar * STR_THREAD_NAME = \"K\";\n\nchar * consume_bytes(char **curr, char *end, size_t len);\n\nint syscall_dispatch(char **curr, char *end);\nint syscall_futex(unsigned char syscall, char **curr, char *end);\nint syscall_pause(unsigned char syscall, char **curr, char *end);\nint syscall_sendmsg(unsigned char syscall, char **curr, char *end);\nvoid _syscall_sendmsg(unsigned char recursions, unsigned char msg);\n\n#ifdef DEBUG_STACK\nint get_esp(void);\n#endif\n"}
| 201
|
c
|
/*
*
* Copyright (c) 2020 The University of Waikato, Hamilton, New Zealand.
*
* This file is part of netstinky-ids.
*
* Use of this source code is governed by a BSD-style
* license that can be found in the LICENSE file or at
* https://opensource.org/licenses/BSD-2-Clause
*
*
*/
/** @file
*
*/
#ifndef SRC_IDS_SERVER_H_
#define SRC_IDS_SERVER_H_
#include <assert.h>
#include <stdlib.h>
#include <uv.h>
#include "ids_event_list.h"
/**
* Sets up libuv variables for the IDS event server.
*
* @param loop The main event loop of the IDS
* @param handle The address of an uninitialized uv_tcp_t structure
* @param port the TCP port for the server to listen on
* @param list a pointer to the #ids_event_list to send to clients
* @return 0 if successful, -1 on error
*/
int
setup_event_server(uv_loop_t *loop, uv_tcp_t *handle, int port, struct ids_event_list *list);
#endif /* SRC_IDS_SERVER_H_ */
| 26.67
| 33
|
(translation_unit) "/*\n *\n * Copyright (c) 2020 The University of Waikato, Hamilton, New Zealand.\n *\n * This file is part of netstinky-ids.\n *\n * Use of this source code is governed by a BSD-style\n * license that can be found in the LICENSE file or at\n * https://opensource.org/licenses/BSD-2-Clause\n *\n *\n */\n/** @file\n *\n */\n#ifndef SRC_IDS_SERVER_H_\n#define SRC_IDS_SERVER_H_\n\n#include <assert.h>\n#include <stdlib.h>\n\n#include <uv.h>\n\n#include "ids_event_list.h"\n\n/**\n * Sets up libuv variables for the IDS event server.\n *\n * @param loop The main event loop of the IDS\n * @param handle The address of an uninitialized uv_tcp_t structure\n * @param port the TCP port for the server to listen on\n * @param list a pointer to the #ids_event_list to send to clients\n * @return 0 if successful, -1 on error\n */\nint\nsetup_event_server(uv_loop_t *loop, uv_tcp_t *handle, int port, struct ids_event_list *list);\n\n#endif /* SRC_IDS_SERVER_H_ */\n"
(comment) "/*\n *\n * Copyright (c) 2020 The University of Waikato, Hamilton, New Zealand.\n *\n * This file is part of netstinky-ids.\n *\n * Use of this source code is governed by a BSD-style\n * license that can be found in the LICENSE file or at\n * https://opensource.org/licenses/BSD-2-Clause\n *\n *\n */"
(comment) "/** @file\n *\n */"
(preproc_ifdef) "#ifndef SRC_IDS_SERVER_H_\n#define SRC_IDS_SERVER_H_\n\n#include <assert.h>\n#include <stdlib.h>\n\n#include <uv.h>\n\n#include "ids_event_list.h"\n\n/**\n * Sets up libuv variables for the IDS event server.\n *\n * @param loop The main event loop of the IDS\n * @param handle The address of an uninitialized uv_tcp_t structure\n * @param port the TCP port for the server to listen on\n * @param list a pointer to the #ids_event_list to send to clients\n * @return 0 if successful, -1 on error\n */\nint\nsetup_event_server(uv_loop_t *loop, uv_tcp_t *handle, int port, struct ids_event_list *list);\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "SRC_IDS_SERVER_H_"
(preproc_def) "#define SRC_IDS_SERVER_H_\n"
(#define) "#define"
(identifier) "SRC_IDS_SERVER_H_"
(preproc_include) "#include <assert.h>\n"
(#include) "#include"
(system_lib_string) "<assert.h>"
(preproc_include) "#include <stdlib.h>\n"
(#include) "#include"
(system_lib_string) "<stdlib.h>"
(preproc_include) "#include <uv.h>\n"
(#include) "#include"
(system_lib_string) "<uv.h>"
(preproc_include) "#include "ids_event_list.h"\n"
(#include) "#include"
(string_literal) ""ids_event_list.h""
(") """
(string_content) "ids_event_list.h"
(") """
(comment) "/**\n * Sets up libuv variables for the IDS event server.\n *\n * @param loop The main event loop of the IDS\n * @param handle The address of an uninitialized uv_tcp_t structure\n * @param port the TCP port for the server to listen on\n * @param list a pointer to the #ids_event_list to send to clients\n * @return 0 if successful, -1 on error\n */"
(declaration) "int\nsetup_event_server(uv_loop_t *loop, uv_tcp_t *handle, int port, struct ids_event_list *list);"
(primitive_type) "int"
(function_declarator) "setup_event_server(uv_loop_t *loop, uv_tcp_t *handle, int port, struct ids_event_list *list)"
(identifier) "setup_event_server"
(parameter_list) "(uv_loop_t *loop, uv_tcp_t *handle, int port, struct ids_event_list *list)"
(() "("
(parameter_declaration) "uv_loop_t *loop"
(type_identifier) "uv_loop_t"
(pointer_declarator) "*loop"
(*) "*"
(identifier) "loop"
(,) ","
(parameter_declaration) "uv_tcp_t *handle"
(type_identifier) "uv_tcp_t"
(pointer_declarator) "*handle"
(*) "*"
(identifier) "handle"
(,) ","
(parameter_declaration) "int port"
(primitive_type) "int"
(identifier) "port"
(,) ","
(parameter_declaration) "struct ids_event_list *list"
(struct_specifier) "struct ids_event_list"
(struct) "struct"
(type_identifier) "ids_event_list"
(pointer_declarator) "*list"
(*) "*"
(identifier) "list"
()) ")"
(;) ";"
(#endif) "#endif"
(comment) "/* SRC_IDS_SERVER_H_ */"
| 58
| 0
|
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"column": 27}}, {"id": 18, "type": "declaration", "text": "int\nsetup_event_server(uv_loop_t *loop, uv_tcp_t *handle, int port, struct ids_event_list *list);", "parent": 0, "children": [19, 20], "start_point": {"row": 34, "column": 0}, "end_point": {"row": 35, "column": 93}}, {"id": 19, "type": "primitive_type", "text": "int", "parent": 18, "children": [], "start_point": {"row": 34, "column": 0}, "end_point": {"row": 34, "column": 3}}, {"id": 20, "type": "function_declarator", "text": "setup_event_server(uv_loop_t *loop, uv_tcp_t *handle, int port, struct ids_event_list *list)", "parent": 18, "children": [21, 22], "start_point": {"row": 35, "column": 0}, "end_point": {"row": 35, "column": 92}}, {"id": 21, "type": "identifier", "text": "setup_event_server", "parent": 20, "children": [], "start_point": {"row": 35, "column": 0}, "end_point": {"row": 35, "column": 18}}, {"id": 22, "type": "parameter_list", "text": "(uv_loop_t *loop, uv_tcp_t *handle, int port, struct ids_event_list 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[0, 1, 2, 5, 21, 24, 27, 29, 32, 35, 39, 42, 43], "returns": [], "exceptions": []}, "expressions": {"calls": [], "literals": [8, 11, 14, 17], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 20, "universal_type": "function", "name": "port,", "text_snippet": "setup_event_server(uv_loop_t *loop, uv_tcp_t *handle, int port, struct ids_event_list *list)"}], "class_declarations": [{"node_id": 37, "universal_type": "class", "name": "ids_event_list", "text_snippet": "struct ids_event_list"}, {"node_id": 38, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 6, "text": "#include <assert.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <stdlib.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <uv.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include \"ids_event_list.h\"\n"}, {"node_id": 16, "text": "#include"}]}, "original_source_code": "/*\n *\n * Copyright (c) 2020 The University of Waikato, Hamilton, New Zealand.\n *\n * This file is part of netstinky-ids.\n *\n * Use of this source code is governed by a BSD-style\n * license that can be found in the LICENSE file or at\n * https://opensource.org/licenses/BSD-2-Clause\n *\n *\n */\n/** @file\n *\n */\n#ifndef SRC_IDS_SERVER_H_\n#define SRC_IDS_SERVER_H_\n\n#include <assert.h>\n#include <stdlib.h>\n\n#include <uv.h>\n\n#include \"ids_event_list.h\"\n\n/**\n * Sets up libuv variables for the IDS event server.\n *\n * @param loop The main event loop of the IDS\n * @param handle The address of an uninitialized uv_tcp_t structure\n * @param port the TCP port for the server to listen on\n * @param list a pointer to the #ids_event_list to send to clients\n * @return 0 if successful, -1 on error\n */\nint\nsetup_event_server(uv_loop_t *loop, uv_tcp_t *handle, int port, struct ids_event_list *list);\n\n#endif /* SRC_IDS_SERVER_H_ */\n"}
| 202
|
c
|
#include<stdio.h>
void cook(int (*ary)[5])
{
int score = 0;
int flag = 0;
for (int i = 0; i < 5; i++) {
for (int j = 0; j < 4; j++) {
ary[i][4] += ary[i][j];
}
if (ary[i][4] > score) {
score = ary[i][4];
flag = i;
}
}
printf("%d %d\n", flag+1, score);
}
int main()
{
int arr[5][5] = {0,};
for (int i = 0; i < 5; i++) {
for (int j = 0; j < 4; j++) {
scanf("%d", &arr[i][j]);
}
}
cook(arr);
return 0;
}
| 18.89
| 27
|
(translation_unit) "#include<stdio.h>\n\nvoid cook(int (*ary)[5])\n{\n int score = 0;\n int flag = 0;\n for (int i = 0; i < 5; i++) {\n for (int j = 0; j < 4; j++) {\n ary[i][4] += ary[i][j];\n }\n if (ary[i][4] > score) {\n score = ary[i][4];\n flag = i;\n }\n }\n printf("%d %d\n", flag+1, score);\n}\n\nint main()\n{\n int arr[5][5] = {0,};\n for (int i = 0; i < 5; i++) {\n for (int j = 0; j < 4; j++) {\n scanf("%d", &arr[i][j]);\n }\n }\n cook(arr);\n return 0;\n}"
(preproc_include) "#include<stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(function_definition) "void cook(int (*ary)[5])\n{\n int score = 0;\n int flag = 0;\n for (int i = 0; i < 5; i++) {\n for (int j = 0; j < 4; j++) {\n ary[i][4] += ary[i][j];\n }\n if (ary[i][4] > score) {\n score = ary[i][4];\n flag = i;\n }\n }\n printf("%d %d\n", flag+1, score);\n}"
(primitive_type) "void"
(function_declarator) "cook(int (*ary)[5])"
(identifier) "cook"
(parameter_list) "(int (*ary)[5])"
(() "("
(parameter_declaration) "int (*ary)[5]"
(primitive_type) "int"
(array_declarator) "(*ary)[5]"
(parenthesized_declarator) "(*ary)"
(() "("
(pointer_declarator) "*ary"
(*) "*"
(identifier) "ary"
()) ")"
([) "["
(number_literal) "5"
(]) "]"
()) ")"
(compound_statement) "{\n int score = 0;\n int flag = 0;\n for (int i = 0; i < 5; i++) {\n for (int j = 0; j < 4; j++) {\n ary[i][4] += ary[i][j];\n }\n if (ary[i][4] > score) {\n score = ary[i][4];\n flag = i;\n }\n }\n printf("%d %d\n", flag+1, score);\n}"
({) "{"
(declaration) "int score = 0;"
(primitive_type) "int"
(init_declarator) "score = 0"
(identifier) "score"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "int flag = 0;"
(primitive_type) "int"
(init_declarator) "flag = 0"
(identifier) "flag"
(=) "="
(number_literal) "0"
(;) ";"
(for_statement) "for (int i = 0; i < 5; i++) {\n for (int j = 0; j < 4; j++) {\n ary[i][4] += ary[i][j];\n }\n if (ary[i][4] > score) {\n score = ary[i][4];\n flag = i;\n }\n }"
(for) "for"
(() "("
(declaration) "int i = 0;"
(primitive_type) "int"
(init_declarator) "i = 0"
(identifier) "i"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "i < 5"
(identifier) "i"
(<) "<"
(number_literal) "5"
(;) ";"
(update_expression) "i++"
(identifier) "i"
(++) "++"
()) ")"
(compound_statement) "{\n for (int j = 0; j < 4; j++) {\n ary[i][4] += ary[i][j];\n }\n if (ary[i][4] > score) {\n score = ary[i][4];\n flag = i;\n }\n }"
({) "{"
(for_statement) "for (int j = 0; j < 4; j++) {\n ary[i][4] += ary[i][j];\n }"
(for) "for"
(() "("
(declaration) "int j = 0;"
(primitive_type) "int"
(init_declarator) "j = 0"
(identifier) "j"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "j < 4"
(identifier) "j"
(<) "<"
(number_literal) "4"
(;) ";"
(update_expression) "j++"
(identifier) "j"
(++) "++"
()) ")"
(compound_statement) "{\n ary[i][4] += ary[i][j];\n }"
({) "{"
(expression_statement) "ary[i][4] += ary[i][j];"
(assignment_expression) "ary[i][4] += ary[i][j]"
(subscript_expression) "ary[i][4]"
(subscript_expression) "ary[i]"
(identifier) "ary"
([) "["
(identifier) "i"
(]) "]"
([) "["
(number_literal) "4"
(]) "]"
(+=) "+="
(subscript_expression) "ary[i][j]"
(subscript_expression) "ary[i]"
(identifier) "ary"
([) "["
(identifier) "i"
(]) "]"
([) "["
(identifier) "j"
(]) "]"
(;) ";"
(}) "}"
(if_statement) "if (ary[i][4] > score) {\n score = ary[i][4];\n flag = i;\n }"
(if) "if"
(parenthesized_expression) "(ary[i][4] > score)"
(() "("
(binary_expression) "ary[i][4] > score"
(subscript_expression) "ary[i][4]"
(subscript_expression) "ary[i]"
(identifier) "ary"
([) "["
(identifier) "i"
(]) "]"
([) "["
(number_literal) "4"
(]) "]"
(>) ">"
(identifier) "score"
()) ")"
(compound_statement) "{\n score = ary[i][4];\n flag = i;\n }"
({) "{"
(expression_statement) "score = ary[i][4];"
(assignment_expression) "score = ary[i][4]"
(identifier) "score"
(=) "="
(subscript_expression) "ary[i][4]"
(subscript_expression) "ary[i]"
(identifier) "ary"
([) "["
(identifier) "i"
(]) "]"
([) "["
(number_literal) "4"
(]) "]"
(;) ";"
(expression_statement) "flag = i;"
(assignment_expression) "flag = i"
(identifier) "flag"
(=) "="
(identifier) "i"
(;) ";"
(}) "}"
(}) "}"
(expression_statement) "printf("%d %d\n", flag+1, score);"
(call_expression) "printf("%d %d\n", flag+1, score)"
(identifier) "printf"
(argument_list) "("%d %d\n", flag+1, score)"
(() "("
(string_literal) ""%d %d\n""
(") """
(string_content) "%d %d"
(escape_sequence) "\n"
(") """
(,) ","
(binary_expression) "flag+1"
(identifier) "flag"
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| 273
| 0
|
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"universal_type": "function", "name": "cook", "text_snippet": "void cook(int (*ary)[5])\n{\n int score = 0;\n int flag = 0;\n for (int i = 0; i < 5; i++) {\n "}, {"node_id": 5, "universal_type": "function", "name": "unknown", "text_snippet": "cook(int (*ary)[5])"}, {"node_id": 100, "universal_type": "function", "name": "main", "text_snippet": "int main()\n{\n int arr[5][5] = {0,};\n for (int i = 0; i < 5; i++) {\n for (int j = 0; j <"}, {"node_id": 102, "universal_type": "function", "name": "unknown", "text_snippet": "main()"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include<stdio.h>\n"}, {"node_id": 1, "text": "#include"}]}, "original_source_code": "#include<stdio.h>\n\nvoid cook(int (*ary)[5])\n{\n int score = 0;\n int flag = 0;\n for (int i = 0; i < 5; i++) {\n for (int j = 0; j < 4; j++) {\n ary[i][4] += ary[i][j];\n }\n if (ary[i][4] > score) {\n score = ary[i][4];\n flag = i;\n }\n }\n printf(\"%d %d\\n\", flag+1, score);\n}\n\nint main()\n{\n int arr[5][5] = {0,};\n for (int i = 0; i < 5; i++) {\n for (int j = 0; j < 4; j++) {\n scanf(\"%d\", &arr[i][j]);\n }\n }\n cook(arr);\n return 0;\n}"}
| 203
|
c
|
//
// Created by <NAME> on 28/12/2021.
//
#ifndef SFM_SCENE_RECONSTRUCTION_H
#define SFM_SCENE_RECONSTRUCTION_H
#include <set>
#include "filters/filter.h"
#include "triangulation/triangulator.h"
#include "bundle-adjustment/bundle_adjuster.h"
#include "image.h"
#include "features.h"
#include "camera.h"
#include "matches.h"
#include "point_cloud.h"
#include "pose.h"
#include "image_pair.h"
class SceneReconstruction {
private:
std::vector<Image>& _mImages;
std::map<ImageID, Pose> _mCameraPoses;
std::set<ImageID> _mDoneViews;
std::set<ImageID> _mGoodViews;
PointCloud _pointCloud;
std::vector<Camera>& _mCameras;
std::vector<Features>& _mImageFeatures;
Matches& _mFeatureMatchMatrix;
cv::Ptr<Triangulator> _triangulator;
cv::Ptr<BundleAdjuster> _bundleAdjuster;
std::vector<cv::Ptr<Filter>> _filters;
void initialise(std::vector<ImagePair> baselines);
bool registerImage(ImageID imageId, Image2D3DMatch& match2D3D);
void camerasToPlyFile(const std::string& cameraFile, bool showRotation);
public:
SceneReconstruction(std::vector<Image>& mImages,
std::vector<Camera>& mCameras,
std::vector<Features>& mImageFeatures,
Matches& mFeatureMatchMatrix,
const cv::Ptr<Triangulator>& triangulator,
const cv::Ptr<BundleAdjuster>& bundleAdjuster,
std::vector<cv::Ptr<Filter>>& filters);
SceneReconstruction(std::vector<Image> &mImages,
std::vector<Camera> &mCameras,
std::vector<Features> &mImageFeatures,
Matches &mFeatureMatchMatrix,
ImagePair& baselinePair,
const cv::Ptr<Triangulator>& triangulator,
const cv::Ptr<BundleAdjuster>& bundleAdjuster,
std::vector<cv::Ptr<Filter>>& filters);
void registerMoreImages();
bool registerImage(ImageID imageId);
bool adjustBundle();
bool applyFilters();
void toPlyFile(const std::string& pointCloudFile, const std::string& cameraFile);
void outputToFiles(const std::string& outputDirectory, const std::set<OutputType>& outputTypes);
void report(const std::string& report);
};
#endif //SFM_SCENE_RECONSTRUCTION_H
| 39.53
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(translation_unit) "//\n// Created by <NAME> on 28/12/2021.\n//\n\n#ifndef SFM_SCENE_RECONSTRUCTION_H\n#define SFM_SCENE_RECONSTRUCTION_H\n\n#include <set>\n#include "filters/filter.h"\n#include "triangulation/triangulator.h"\n#include "bundle-adjustment/bundle_adjuster.h"\n\n#include "image.h"\n#include "features.h"\n#include "camera.h"\n#include "matches.h"\n#include "point_cloud.h"\n#include "pose.h"\n#include "image_pair.h"\n\nclass SceneReconstruction {\nprivate:\n std::vector<Image>& _mImages;\n std::map<ImageID, Pose> _mCameraPoses;\n std::set<ImageID> _mDoneViews;\n std::set<ImageID> _mGoodViews;\n PointCloud _pointCloud;\n\n std::vector<Camera>& _mCameras;\n std::vector<Features>& _mImageFeatures;\n Matches& _mFeatureMatchMatrix;\n\n cv::Ptr<Triangulator> _triangulator;\n cv::Ptr<BundleAdjuster> _bundleAdjuster;\n std::vector<cv::Ptr<Filter>> _filters;\n\n void initialise(std::vector<ImagePair> baselines);\n\n bool registerImage(ImageID imageId, Image2D3DMatch& match2D3D);\n\n void camerasToPlyFile(const std::string& cameraFile, bool showRotation);\n\n\npublic:\n SceneReconstruction(std::vector<Image>& mImages,\n std::vector<Camera>& mCameras,\n std::vector<Features>& mImageFeatures,\n Matches& mFeatureMatchMatrix,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n SceneReconstruction(std::vector<Image> &mImages,\n std::vector<Camera> &mCameras,\n std::vector<Features> &mImageFeatures,\n Matches &mFeatureMatchMatrix,\n ImagePair& baselinePair,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n void registerMoreImages();\n\n bool registerImage(ImageID imageId);\n\n bool adjustBundle();\n\n bool applyFilters();\n\n void toPlyFile(const std::string& pointCloudFile, const std::string& cameraFile);\n\n void outputToFiles(const std::string& outputDirectory, const std::set<OutputType>& outputTypes);\n\n void report(const std::string& report);\n};\n#endif //SFM_SCENE_RECONSTRUCTION_H\n"
(comment) "//"
(comment) "// Created by <NAME> on 28/12/2021."
(comment) "//"
(preproc_ifdef) "#ifndef SFM_SCENE_RECONSTRUCTION_H\n#define SFM_SCENE_RECONSTRUCTION_H\n\n#include <set>\n#include "filters/filter.h"\n#include "triangulation/triangulator.h"\n#include "bundle-adjustment/bundle_adjuster.h"\n\n#include "image.h"\n#include "features.h"\n#include "camera.h"\n#include "matches.h"\n#include "point_cloud.h"\n#include "pose.h"\n#include "image_pair.h"\n\nclass SceneReconstruction {\nprivate:\n std::vector<Image>& _mImages;\n std::map<ImageID, Pose> _mCameraPoses;\n std::set<ImageID> _mDoneViews;\n std::set<ImageID> _mGoodViews;\n PointCloud _pointCloud;\n\n std::vector<Camera>& _mCameras;\n std::vector<Features>& _mImageFeatures;\n Matches& _mFeatureMatchMatrix;\n\n cv::Ptr<Triangulator> _triangulator;\n cv::Ptr<BundleAdjuster> _bundleAdjuster;\n std::vector<cv::Ptr<Filter>> _filters;\n\n void initialise(std::vector<ImagePair> baselines);\n\n bool registerImage(ImageID imageId, Image2D3DMatch& match2D3D);\n\n void camerasToPlyFile(const std::string& cameraFile, bool showRotation);\n\n\npublic:\n SceneReconstruction(std::vector<Image>& mImages,\n std::vector<Camera>& mCameras,\n std::vector<Features>& mImageFeatures,\n Matches& mFeatureMatchMatrix,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n SceneReconstruction(std::vector<Image> &mImages,\n std::vector<Camera> &mCameras,\n std::vector<Features> &mImageFeatures,\n Matches &mFeatureMatchMatrix,\n ImagePair& baselinePair,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n void registerMoreImages();\n\n bool registerImage(ImageID imageId);\n\n bool adjustBundle();\n\n bool applyFilters();\n\n void toPlyFile(const std::string& pointCloudFile, const std::string& cameraFile);\n\n void outputToFiles(const std::string& outputDirectory, const std::set<OutputType>& outputTypes);\n\n void report(const std::string& report);\n};\n#endif"
(#ifndef) "#ifndef"
(identifier) "SFM_SCENE_RECONSTRUCTION_H"
(preproc_def) "#define SFM_SCENE_RECONSTRUCTION_H\n"
(#define) "#define"
(identifier) "SFM_SCENE_RECONSTRUCTION_H"
(preproc_include) "#include <set>\n"
(#include) "#include"
(system_lib_string) "<set>"
(preproc_include) "#include "filters/filter.h"\n"
(#include) "#include"
(string_literal) ""filters/filter.h""
(") """
(string_content) "filters/filter.h"
(") """
(preproc_include) "#include "triangulation/triangulator.h"\n"
(#include) "#include"
(string_literal) ""triangulation/triangulator.h""
(") """
(string_content) "triangulation/triangulator.h"
(") """
(preproc_include) "#include "bundle-adjustment/bundle_adjuster.h"\n"
(#include) "#include"
(string_literal) ""bundle-adjustment/bundle_adjuster.h""
(") """
(string_content) "bundle-adjustment/bundle_adjuster.h"
(") """
(preproc_include) "#include "image.h"\n"
(#include) "#include"
(string_literal) ""image.h""
(") """
(string_content) "image.h"
(") """
(preproc_include) "#include "features.h"\n"
(#include) "#include"
(string_literal) ""features.h""
(") """
(string_content) "features.h"
(") """
(preproc_include) "#include "camera.h"\n"
(#include) "#include"
(string_literal) ""camera.h""
(") """
(string_content) "camera.h"
(") """
(preproc_include) "#include "matches.h"\n"
(#include) "#include"
(string_literal) ""matches.h""
(") """
(string_content) "matches.h"
(") """
(preproc_include) "#include "point_cloud.h"\n"
(#include) "#include"
(string_literal) ""point_cloud.h""
(") """
(string_content) "point_cloud.h"
(") """
(preproc_include) "#include "pose.h"\n"
(#include) "#include"
(string_literal) ""pose.h""
(") """
(string_content) "pose.h"
(") """
(preproc_include) "#include "image_pair.h"\n"
(#include) "#include"
(string_literal) ""image_pair.h""
(") """
(string_content) "image_pair.h"
(") """
(function_definition) "class SceneReconstruction {\nprivate:\n std::vector<Image>& _mImages;\n std::map<ImageID, Pose> _mCameraPoses;\n std::set<ImageID> _mDoneViews;\n std::set<ImageID> _mGoodViews;\n PointCloud _pointCloud;\n\n std::vector<Camera>& _mCameras;\n std::vector<Features>& _mImageFeatures;\n Matches& _mFeatureMatchMatrix;\n\n cv::Ptr<Triangulator> _triangulator;\n cv::Ptr<BundleAdjuster> _bundleAdjuster;\n std::vector<cv::Ptr<Filter>> _filters;\n\n void initialise(std::vector<ImagePair> baselines);\n\n bool registerImage(ImageID imageId, Image2D3DMatch& match2D3D);\n\n void camerasToPlyFile(const std::string& cameraFile, bool showRotation);\n\n\npublic:\n SceneReconstruction(std::vector<Image>& mImages,\n std::vector<Camera>& mCameras,\n std::vector<Features>& mImageFeatures,\n Matches& mFeatureMatchMatrix,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n SceneReconstruction(std::vector<Image> &mImages,\n std::vector<Camera> &mCameras,\n std::vector<Features> &mImageFeatures,\n Matches &mFeatureMatchMatrix,\n ImagePair& baselinePair,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n void registerMoreImages();\n\n bool registerImage(ImageID imageId);\n\n bool adjustBundle();\n\n bool applyFilters();\n\n void toPlyFile(const std::string& pointCloudFile, const std::string& cameraFile);\n\n void outputToFiles(const std::string& outputDirectory, const std::set<OutputType>& outputTypes);\n\n void report(const std::string& report);\n}"
(type_identifier) "class"
(identifier) "SceneReconstruction"
(compound_statement) "{\nprivate:\n std::vector<Image>& _mImages;\n std::map<ImageID, Pose> _mCameraPoses;\n std::set<ImageID> _mDoneViews;\n std::set<ImageID> _mGoodViews;\n PointCloud _pointCloud;\n\n std::vector<Camera>& _mCameras;\n std::vector<Features>& _mImageFeatures;\n Matches& _mFeatureMatchMatrix;\n\n cv::Ptr<Triangulator> _triangulator;\n cv::Ptr<BundleAdjuster> _bundleAdjuster;\n std::vector<cv::Ptr<Filter>> _filters;\n\n void initialise(std::vector<ImagePair> baselines);\n\n bool registerImage(ImageID imageId, Image2D3DMatch& match2D3D);\n\n void camerasToPlyFile(const std::string& cameraFile, bool showRotation);\n\n\npublic:\n SceneReconstruction(std::vector<Image>& mImages,\n std::vector<Camera>& mCameras,\n std::vector<Features>& mImageFeatures,\n Matches& mFeatureMatchMatrix,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n SceneReconstruction(std::vector<Image> &mImages,\n std::vector<Camera> &mCameras,\n std::vector<Features> &mImageFeatures,\n Matches &mFeatureMatchMatrix,\n ImagePair& baselinePair,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n void registerMoreImages();\n\n bool registerImage(ImageID imageId);\n\n bool adjustBundle();\n\n bool applyFilters();\n\n void toPlyFile(const std::string& pointCloudFile, const std::string& cameraFile);\n\n void outputToFiles(const std::string& outputDirectory, const std::set<OutputType>& outputTypes);\n\n void report(const std::string& report);\n}"
({) "{"
(labeled_statement) "private:\n std::vector<Image>& _mImages;"
(statement_identifier) "private"
(:) ":"
(labeled_statement) "std::vector<Image>& _mImages;"
(statement_identifier) "std"
(:) ":"
(ERROR) ":"
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(expression_statement) "vector<Image>& _mImages;"
(binary_expression) "vector<Image>& _mImages"
(binary_expression) "vector<Image"
(identifier) "vector"
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(identifier) "Image"
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(pointer_expression) "& _mImages"
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(identifier) "_mImages"
(;) ";"
(labeled_statement) "std::map<ImageID, Pose> _mCameraPoses;"
(statement_identifier) "std"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "map<ImageID, Pose> _mCameraPoses;"
(comma_expression) "map<ImageID, Pose> _mCameraPoses"
(binary_expression) "map<ImageID"
(identifier) "map"
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(identifier) "ImageID"
(,) ","
(binary_expression) "Pose> _mCameraPoses"
(identifier) "Pose"
(>) ">"
(identifier) "_mCameraPoses"
(;) ";"
(labeled_statement) "std::set<ImageID> _mDoneViews;"
(statement_identifier) "std"
(:) ":"
(ERROR) ":"
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(expression_statement) "set<ImageID> _mDoneViews;"
(binary_expression) "set<ImageID> _mDoneViews"
(binary_expression) "set<ImageID"
(identifier) "set"
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(identifier) "_mDoneViews"
(;) ";"
(labeled_statement) "std::set<ImageID> _mGoodViews;"
(statement_identifier) "std"
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(ERROR) ":"
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(expression_statement) "set<ImageID> _mGoodViews;"
(binary_expression) "set<ImageID> _mGoodViews"
(binary_expression) "set<ImageID"
(identifier) "set"
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(identifier) "ImageID"
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(identifier) "_mGoodViews"
(;) ";"
(declaration) "PointCloud _pointCloud;"
(type_identifier) "PointCloud"
(identifier) "_pointCloud"
(;) ";"
(labeled_statement) "std::vector<Camera>& _mCameras;"
(statement_identifier) "std"
(:) ":"
(ERROR) ":"
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(expression_statement) "vector<Camera>& _mCameras;"
(binary_expression) "vector<Camera>& _mCameras"
(binary_expression) "vector<Camera"
(identifier) "vector"
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(identifier) "Camera"
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(pointer_expression) "& _mCameras"
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(identifier) "_mCameras"
(;) ";"
(labeled_statement) "std::vector<Features>& _mImageFeatures;"
(statement_identifier) "std"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "vector<Features>& _mImageFeatures;"
(binary_expression) "vector<Features>& _mImageFeatures"
(binary_expression) "vector<Features"
(identifier) "vector"
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(identifier) "Features"
(>) ">"
(pointer_expression) "& _mImageFeatures"
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(identifier) "_mImageFeatures"
(;) ";"
(expression_statement) "Matches& _mFeatureMatchMatrix;"
(binary_expression) "Matches& _mFeatureMatchMatrix"
(identifier) "Matches"
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(identifier) "_mFeatureMatchMatrix"
(;) ";"
(labeled_statement) "cv::Ptr<Triangulator> _triangulator;"
(statement_identifier) "cv"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "Ptr<Triangulator> _triangulator;"
(binary_expression) "Ptr<Triangulator> _triangulator"
(binary_expression) "Ptr<Triangulator"
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(identifier) "Triangulator"
(>) ">"
(identifier) "_triangulator"
(;) ";"
(labeled_statement) "cv::Ptr<BundleAdjuster> _bundleAdjuster;"
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(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "Ptr<BundleAdjuster> _bundleAdjuster;"
(binary_expression) "Ptr<BundleAdjuster> _bundleAdjuster"
(binary_expression) "Ptr<BundleAdjuster"
(identifier) "Ptr"
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(identifier) "BundleAdjuster"
(>) ">"
(identifier) "_bundleAdjuster"
(;) ";"
(labeled_statement) "std::vector<cv::Ptr<Filter>> _filters;"
(statement_identifier) "std"
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(:) ":"
(binary_expression) "vector<cv"
(identifier) "vector"
(<) "<"
(identifier) "cv"
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(:) ":"
(expression_statement) "Ptr<Filter>> _filters;"
(binary_expression) "Ptr<Filter>> _filters"
(identifier) "Ptr"
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(binary_expression) "Filter>> _filters"
(identifier) "Filter"
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(identifier) "_filters"
(;) ";"
(declaration) "void initialise(std::vector<ImagePair> baselines);"
(primitive_type) "void"
(function_declarator) "initialise(std::vector<ImagePair> baselines)"
(identifier) "initialise"
(parameter_list) "(std::vector<ImagePair> baselines)"
(() "("
(parameter_declaration) "std::vector<ImagePair> baselines"
(type_identifier) "std"
(ERROR) "::vector<ImagePair>"
(:) ":"
(:) ":"
(identifier) "vector"
(<) "<"
(identifier) "ImagePair"
(>) ">"
(identifier) "baselines"
()) ")"
(;) ";"
(declaration) "bool registerImage(ImageID imageId, Image2D3DMatch& match2D3D);"
(primitive_type) "bool"
(function_declarator) "registerImage(ImageID imageId, Image2D3DMatch& match2D3D)"
(identifier) "registerImage"
(parameter_list) "(ImageID imageId, Image2D3DMatch& match2D3D)"
(() "("
(parameter_declaration) "ImageID imageId"
(type_identifier) "ImageID"
(identifier) "imageId"
(,) ","
(parameter_declaration) "Image2D3DMatch& match2D3D"
(type_identifier) "Image2D3DMatch"
(ERROR) "&"
(&) "&"
(identifier) "match2D3D"
()) ")"
(;) ";"
(declaration) "void camerasToPlyFile(const std::string& cameraFile, bool showRotation);"
(primitive_type) "void"
(function_declarator) "camerasToPlyFile(const std::string& cameraFile, bool showRotation)"
(identifier) "camerasToPlyFile"
(parameter_list) "(const std::string& cameraFile, bool showRotation)"
(() "("
(parameter_declaration) "const std::string& cameraFile"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
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(:) ":"
(identifier) "string"
(&) "&"
(identifier) "cameraFile"
(,) ","
(parameter_declaration) "bool showRotation"
(primitive_type) "bool"
(identifier) "showRotation"
()) ")"
(;) ";"
(labeled_statement) "public:\n SceneReconstruction(std::vector<Image>& mImages,\n std::vector<Camera>& mCameras,\n std::vector<Features>& mImageFeatures,\n Matches& mFeatureMatchMatrix,\n const"
(statement_identifier) "public"
(:) ":"
(labeled_statement) "SceneReconstruction(std::vector<Image>& mImages,\n std::vector<Camera>& mCameras,\n std::vector<Features>& mImageFeatures,\n Matches& mFeatureMatchMatrix,\n const"
(statement_identifier) "SceneReconstruction"
(ERROR) "(std::vector<Image>& mImages,\n std::vector<Camera>& mCameras,\n std:"
(() "("
(type_descriptor) "std"
(type_identifier) "std"
(:) ":"
(:) ":"
(comma_expression) "vector<Image>& mImages,\n std"
(binary_expression) "vector<Image>& mImages"
(binary_expression) "vector<Image"
(identifier) "vector"
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(identifier) "Image"
(>) ">"
(pointer_expression) "& mImages"
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(identifier) "mImages"
(,) ","
(identifier) "std"
(:) ":"
(:) ":"
(comma_expression) "vector<Camera>& mCameras,\n std"
(binary_expression) "vector<Camera>& mCameras"
(binary_expression) "vector<Camera"
(identifier) "vector"
(<) "<"
(identifier) "Camera"
(>) ">"
(pointer_expression) "& mCameras"
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(identifier) "mCameras"
(,) ","
(identifier) "std"
(:) ":"
(:) ":"
(expression_statement) "vector<Features>& mImageFeatures,\n Matches& mFeatureMatchMatrix,\n const"
(comma_expression) "vector<Features>& mImageFeatures,\n Matches& mFeatureMatchMatrix,\n const"
(binary_expression) "vector<Features>& mImageFeatures"
(binary_expression) "vector<Features"
(identifier) "vector"
(<) "<"
(identifier) "Features"
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(pointer_expression) "& mImageFeatures"
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(identifier) "mImageFeatures"
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(comma_expression) "Matches& mFeatureMatchMatrix,\n const"
(binary_expression) "Matches& mFeatureMatchMatrix"
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(identifier) "mFeatureMatchMatrix"
(,) ","
(identifier) "const"
(;) ""
(labeled_statement) "cv::Ptr<Triangulator>& triangulator,\n const"
(statement_identifier) "cv"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "Ptr<Triangulator>& triangulator,\n const"
(comma_expression) "Ptr<Triangulator>& triangulator,\n const"
(binary_expression) "Ptr<Triangulator>& triangulator"
(binary_expression) "Ptr<Triangulator"
(identifier) "Ptr"
(<) "<"
(identifier) "Triangulator"
(>) ">"
(pointer_expression) "& triangulator"
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(identifier) "triangulator"
(,) ","
(identifier) "const"
(;) ""
(labeled_statement) "cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);"
(statement_identifier) "cv"
(ERROR) "::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv:"
(:) ":"
(:) ":"
(comma_expression) "Ptr<BundleAdjuster>& bundleAdjuster,\n std"
(binary_expression) "Ptr<BundleAdjuster>& bundleAdjuster"
(binary_expression) "Ptr<BundleAdjuster"
(identifier) "Ptr"
(<) "<"
(identifier) "BundleAdjuster"
(>) ">"
(pointer_expression) "& bundleAdjuster"
(&) "&"
(identifier) "bundleAdjuster"
(,) ","
(identifier) "std"
(:) ":"
(:) ":"
(binary_expression) "vector<cv"
(identifier) "vector"
(<) "<"
(identifier) "cv"
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(:) ":"
(expression_statement) "Ptr<Filter>>& filters);"
(binary_expression) "Ptr<Filter>>& filters"
(identifier) "Ptr"
(<) "<"
(binary_expression) "Filter>>& filters"
(identifier) "Filter"
(>>) ">>"
(pointer_expression) "& filters"
(&) "&"
(identifier) "filters"
(ERROR) ")"
()) ")"
(;) ";"
(labeled_statement) "SceneReconstruction(std::vector<Image> &mImages,\n std::vector<Camera> &mCameras,\n std::vector<Features> &mImageFeatures,\n Matches &mFeatureMatchMatrix,\n ImagePair& baselinePair,\n const"
(statement_identifier) "SceneReconstruction"
(ERROR) "(std::vector<Image> &mImages,\n std::vector<Camera> &mCameras,\n std:"
(() "("
(type_descriptor) "std"
(type_identifier) "std"
(:) ":"
(:) ":"
(comma_expression) "vector<Image> &mImages,\n std"
(binary_expression) "vector<Image> &mImages"
(binary_expression) "vector<Image"
(identifier) "vector"
(<) "<"
(identifier) "Image"
(>) ">"
(pointer_expression) "&mImages"
(&) "&"
(identifier) "mImages"
(,) ","
(identifier) "std"
(:) ":"
(:) ":"
(comma_expression) "vector<Camera> &mCameras,\n std"
(binary_expression) "vector<Camera> &mCameras"
(binary_expression) "vector<Camera"
(identifier) "vector"
(<) "<"
(identifier) "Camera"
(>) ">"
(pointer_expression) "&mCameras"
(&) "&"
(identifier) "mCameras"
(,) ","
(identifier) "std"
(:) ":"
(:) ":"
(expression_statement) "vector<Features> &mImageFeatures,\n Matches &mFeatureMatchMatrix,\n ImagePair& baselinePair,\n const"
(comma_expression) "vector<Features> &mImageFeatures,\n Matches &mFeatureMatchMatrix,\n ImagePair& baselinePair,\n const"
(binary_expression) "vector<Features> &mImageFeatures"
(binary_expression) "vector<Features"
(identifier) "vector"
(<) "<"
(identifier) "Features"
(>) ">"
(pointer_expression) "&mImageFeatures"
(&) "&"
(identifier) "mImageFeatures"
(,) ","
(comma_expression) "Matches &mFeatureMatchMatrix,\n ImagePair& baselinePair,\n const"
(binary_expression) "Matches &mFeatureMatchMatrix"
(identifier) "Matches"
(&) "&"
(identifier) "mFeatureMatchMatrix"
(,) ","
(comma_expression) "ImagePair& baselinePair,\n const"
(binary_expression) "ImagePair& baselinePair"
(identifier) "ImagePair"
(&) "&"
(identifier) "baselinePair"
(,) ","
(identifier) "const"
(;) ""
(labeled_statement) "cv::Ptr<Triangulator>& triangulator,\n const"
(statement_identifier) "cv"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "Ptr<Triangulator>& triangulator,\n const"
(comma_expression) "Ptr<Triangulator>& triangulator,\n const"
(binary_expression) "Ptr<Triangulator>& triangulator"
(binary_expression) "Ptr<Triangulator"
(identifier) "Ptr"
(<) "<"
(identifier) "Triangulator"
(>) ">"
(pointer_expression) "& triangulator"
(&) "&"
(identifier) "triangulator"
(,) ","
(identifier) "const"
(;) ""
(labeled_statement) "cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);"
(statement_identifier) "cv"
(ERROR) "::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv:"
(:) ":"
(:) ":"
(comma_expression) "Ptr<BundleAdjuster>& bundleAdjuster,\n std"
(binary_expression) "Ptr<BundleAdjuster>& bundleAdjuster"
(binary_expression) "Ptr<BundleAdjuster"
(identifier) "Ptr"
(<) "<"
(identifier) "BundleAdjuster"
(>) ">"
(pointer_expression) "& bundleAdjuster"
(&) "&"
(identifier) "bundleAdjuster"
(,) ","
(identifier) "std"
(:) ":"
(:) ":"
(binary_expression) "vector<cv"
(identifier) "vector"
(<) "<"
(identifier) "cv"
(:) ":"
(:) ":"
(expression_statement) "Ptr<Filter>>& filters);"
(binary_expression) "Ptr<Filter>>& filters"
(identifier) "Ptr"
(<) "<"
(binary_expression) "Filter>>& filters"
(identifier) "Filter"
(>>) ">>"
(pointer_expression) "& filters"
(&) "&"
(identifier) "filters"
(ERROR) ")"
()) ")"
(;) ";"
(declaration) "void registerMoreImages();"
(primitive_type) "void"
(function_declarator) "registerMoreImages()"
(identifier) "registerMoreImages"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "bool registerImage(ImageID imageId);"
(primitive_type) "bool"
(function_declarator) "registerImage(ImageID imageId)"
(identifier) "registerImage"
(parameter_list) "(ImageID imageId)"
(() "("
(parameter_declaration) "ImageID imageId"
(type_identifier) "ImageID"
(identifier) "imageId"
()) ")"
(;) ";"
(declaration) "bool adjustBundle();"
(primitive_type) "bool"
(function_declarator) "adjustBundle()"
(identifier) "adjustBundle"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "bool applyFilters();"
(primitive_type) "bool"
(function_declarator) "applyFilters()"
(identifier) "applyFilters"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void toPlyFile(const std::string& pointCloudFile, const std::string& cameraFile);"
(primitive_type) "void"
(function_declarator) "toPlyFile(const std::string& pointCloudFile, const std::string& cameraFile)"
(identifier) "toPlyFile"
(parameter_list) "(const std::string& pointCloudFile, const std::string& cameraFile)"
(() "("
(parameter_declaration) "const std::string& pointCloudFile"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "pointCloudFile"
(,) ","
(parameter_declaration) "const std::string& cameraFile"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "cameraFile"
()) ")"
(;) ";"
(declaration) "void outputToFiles(const std::string& outputDirectory, const std::set<OutputType>& outputTypes);"
(primitive_type) "void"
(function_declarator) "outputToFiles(const std::string& outputDirectory, const std::set<OutputType>& outputTypes)"
(identifier) "outputToFiles"
(parameter_list) "(const std::string& outputDirectory, const std::set<OutputType>& outputTypes)"
(() "("
(parameter_declaration) "const std::string& outputDirectory"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "outputDirectory"
(,) ","
(parameter_declaration) "const std::set<OutputType>& outputTypes"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
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(:) ":"
(identifier) "set"
(<) "<"
(identifier) "OutputType"
(>) ">"
(&) "&"
(identifier) "outputTypes"
()) ")"
(;) ";"
(declaration) "void report(const std::string& report);"
(primitive_type) "void"
(function_declarator) "report(const std::string& report)"
(identifier) "report"
(parameter_list) "(const std::string& report)"
(() "("
(parameter_declaration) "const std::string& report"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "report"
()) ")"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
(#endif) "#endif"
(comment) "//SFM_SCENE_RECONSTRUCTION_H"
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|
{"language": "c", "success": true, "metadata": {"lines": 58, "avg_line_length": 39.53, "nodes": 396, "errors": 0, "source_hash": "bb84924e9045419f9674e613716c267cae1c803c76bf3de6e2e836b3571e9886", "categorized_nodes": 293}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef SFM_SCENE_RECONSTRUCTION_H\n#define SFM_SCENE_RECONSTRUCTION_H\n\n#include <set>\n#include \"filters/filter.h\"\n#include \"triangulation/triangulator.h\"\n#include \"bundle-adjustment/bundle_adjuster.h\"\n\n#include \"image.h\"\n#include \"features.h\"\n#include \"camera.h\"\n#include \"matches.h\"\n#include \"point_cloud.h\"\n#include \"pose.h\"\n#include \"image_pair.h\"\n\nclass SceneReconstruction {\nprivate:\n std::vector<Image>& _mImages;\n std::map<ImageID, Pose> _mCameraPoses;\n std::set<ImageID> _mDoneViews;\n std::set<ImageID> _mGoodViews;\n PointCloud _pointCloud;\n\n std::vector<Camera>& _mCameras;\n std::vector<Features>& _mImageFeatures;\n Matches& _mFeatureMatchMatrix;\n\n cv::Ptr<Triangulator> _triangulator;\n cv::Ptr<BundleAdjuster> _bundleAdjuster;\n std::vector<cv::Ptr<Filter>> _filters;\n\n void initialise(std::vector<ImagePair> baselines);\n\n bool registerImage(ImageID imageId, Image2D3DMatch& match2D3D);\n\n void camerasToPlyFile(const std::string& cameraFile, bool showRotation);\n\n\npublic:\n SceneReconstruction(std::vector<Image>& mImages,\n std::vector<Camera>& mCameras,\n std::vector<Features>& mImageFeatures,\n Matches& mFeatureMatchMatrix,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n SceneReconstruction(std::vector<Image> &mImages,\n std::vector<Camera> &mCameras,\n std::vector<Features> &mImageFeatures,\n Matches &mFeatureMatchMatrix,\n ImagePair& baselinePair,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n void registerMoreImages();\n\n bool registerImage(ImageID imageId);\n\n bool adjustBundle();\n\n bool applyFilters();\n\n void toPlyFile(const std::string& pointCloudFile, const std::string& cameraFile);\n\n void outputToFiles(const std::string& outputDirectory, const std::set<OutputType>& outputTypes);\n\n void report(const std::string& report);\n};\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39, 395], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 75, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 4, "column": 7}}, {"id": 2, "type": "identifier", "text": "SFM_SCENE_RECONSTRUCTION_H", "parent": 0, "children": [], "start_point": {"row": 4, "column": 8}, "end_point": {"row": 4, "column": 34}}, {"id": 3, "type": "preproc_def", "text": "#define SFM_SCENE_RECONSTRUCTION_H\n", "parent": 0, "children": [4, 5], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 6, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 7}}, {"id": 5, "type": "identifier", "text": "SFM_SCENE_RECONSTRUCTION_H", "parent": 3, "children": [], "start_point": {"row": 5, "column": 8}, "end_point": {"row": 5, "column": 34}}, {"id": 6, "type": "preproc_include", "text": "#include <set>\n", "parent": 0, "children": [7, 8], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 8, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<set>", "parent": 6, "children": [], "start_point": {"row": 7, "column": 9}, "end_point": {"row": 7, "column": 14}}, {"id": 9, "type": "preproc_include", "text": "#include \"filters/filter.h\"\n", "parent": 0, "children": [10, 11], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 9, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"filters/filter.h\"", "parent": 9, "children": [], "start_point": {"row": 8, "column": 9}, "end_point": {"row": 8, "column": 27}}, {"id": 12, "type": "preproc_include", "text": "#include \"triangulation/triangulator.h\"\n", "parent": 0, "children": [13, 14], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 10, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 8}}, {"id": 14, "type": "string_literal", "text": "\"triangulation/triangulator.h\"", "parent": 12, "children": [], "start_point": {"row": 9, "column": 9}, "end_point": {"row": 9, "column": 39}}, {"id": 15, "type": "preproc_include", "text": "#include \"bundle-adjustment/bundle_adjuster.h\"\n", "parent": 0, "children": [16, 17], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 11, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 8}}, {"id": 17, "type": "string_literal", "text": "\"bundle-adjustment/bundle_adjuster.h\"", "parent": 15, "children": [], "start_point": {"row": 10, "column": 9}, "end_point": {"row": 10, "column": 46}}, {"id": 18, "type": "preproc_include", "text": "#include \"image.h\"\n", "parent": 0, "children": [19, 20], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 13, "column": 0}}, {"id": 19, "type": "#include", "text": "#include", "parent": 18, "children": [], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 12, "column": 8}}, {"id": 20, "type": "string_literal", "text": "\"image.h\"", "parent": 18, "children": [], "start_point": {"row": 12, "column": 9}, "end_point": {"row": 12, "column": 18}}, {"id": 21, "type": "preproc_include", "text": "#include \"features.h\"\n", "parent": 0, "children": [22, 23], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 14, "column": 0}}, {"id": 22, "type": "#include", "text": "#include", "parent": 21, "children": [], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 13, "column": 8}}, {"id": 23, "type": "string_literal", "text": "\"features.h\"", "parent": 21, "children": [], "start_point": {"row": 13, "column": 9}, "end_point": {"row": 13, "column": 21}}, {"id": 24, "type": "preproc_include", "text": "#include \"camera.h\"\n", "parent": 0, "children": [25, 26], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 15, "column": 0}}, {"id": 25, "type": "#include", "text": "#include", "parent": 24, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 8}}, {"id": 26, "type": "string_literal", "text": "\"camera.h\"", "parent": 24, "children": [], "start_point": {"row": 14, "column": 9}, "end_point": {"row": 14, "column": 19}}, {"id": 27, "type": "preproc_include", "text": "#include \"matches.h\"\n", "parent": 0, "children": [28, 29], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 16, "column": 0}}, {"id": 28, "type": "#include", "text": "#include", "parent": 27, "children": [], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 8}}, {"id": 29, "type": "string_literal", "text": "\"matches.h\"", "parent": 27, "children": [], "start_point": {"row": 15, "column": 9}, "end_point": {"row": 15, "column": 20}}, {"id": 30, "type": "preproc_include", "text": "#include \"point_cloud.h\"\n", "parent": 0, "children": [31, 32], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 17, "column": 0}}, {"id": 31, "type": "#include", "text": "#include", "parent": 30, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 8}}, {"id": 32, "type": "string_literal", "text": "\"point_cloud.h\"", "parent": 30, "children": [], "start_point": {"row": 16, "column": 9}, "end_point": {"row": 16, "column": 24}}, {"id": 33, "type": "preproc_include", "text": "#include \"pose.h\"\n", "parent": 0, "children": [34, 35], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 18, "column": 0}}, {"id": 34, "type": "#include", "text": "#include", "parent": 33, "children": [], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 8}}, {"id": 35, "type": "string_literal", "text": "\"pose.h\"", "parent": 33, "children": [], "start_point": {"row": 17, "column": 9}, "end_point": {"row": 17, "column": 17}}, {"id": 36, "type": "preproc_include", "text": "#include \"image_pair.h\"\n", "parent": 0, "children": [37, 38], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 37, "type": "#include", "text": "#include", "parent": 36, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 8}}, {"id": 38, "type": "string_literal", "text": "\"image_pair.h\"", "parent": 36, "children": [], "start_point": {"row": 18, "column": 9}, "end_point": {"row": 18, "column": 23}}, {"id": 39, "type": "function_definition", "text": "class SceneReconstruction {\nprivate:\n std::vector<Image>& _mImages;\n std::map<ImageID, Pose> _mCameraPoses;\n std::set<ImageID> _mDoneViews;\n std::set<ImageID> _mGoodViews;\n PointCloud _pointCloud;\n\n std::vector<Camera>& _mCameras;\n std::vector<Features>& _mImageFeatures;\n Matches& _mFeatureMatchMatrix;\n\n cv::Ptr<Triangulator> _triangulator;\n cv::Ptr<BundleAdjuster> _bundleAdjuster;\n std::vector<cv::Ptr<Filter>> _filters;\n\n void initialise(std::vector<ImagePair> baselines);\n\n bool registerImage(ImageID imageId, Image2D3DMatch& match2D3D);\n\n void camerasToPlyFile(const std::string& cameraFile, bool showRotation);\n\n\npublic:\n SceneReconstruction(std::vector<Image>& mImages,\n std::vector<Camera>& mCameras,\n std::vector<Features>& mImageFeatures,\n Matches& mFeatureMatchMatrix,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n SceneReconstruction(std::vector<Image> &mImages,\n std::vector<Camera> &mCameras,\n std::vector<Features> &mImageFeatures,\n Matches &mFeatureMatchMatrix,\n ImagePair& baselinePair,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n void registerMoreImages();\n\n bool registerImage(ImageID imageId);\n\n bool adjustBundle();\n\n bool applyFilters();\n\n void toPlyFile(const std::string& pointCloudFile, const std::string& cameraFile);\n\n void outputToFiles(const std::string& outputDirectory, const std::set<OutputType>& outputTypes);\n\n void report(const std::string& report);\n}", "parent": 0, "children": [40], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 74, "column": 1}}, {"id": 40, "type": "identifier", "text": "SceneReconstruction", "parent": 39, "children": [], "start_point": {"row": 20, "column": 6}, "end_point": {"row": 20, "column": 25}}, {"id": 41, "type": "labeled_statement", "text": "private:\n std::vector<Image>& _mImages;", "parent": 39, "children": [42], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 22, "column": 33}}, {"id": 42, "type": "labeled_statement", "text": "std::vector<Image>& _mImages;", "parent": 41, "children": [43], "start_point": {"row": 22, "column": 4}, "end_point": {"row": 22, "column": 33}}, {"id": 43, "type": "statement_identifier", "text": "std", "parent": 42, "children": [], "start_point": {"row": 22, "column": 4}, "end_point": {"row": 22, "column": 7}}, {"id": 44, "type": "binary_expression", "text": "vector<Image>& _mImages", "parent": 42, "children": [45, 49, 50], "start_point": {"row": 22, "column": 9}, "end_point": {"row": 22, "column": 32}}, {"id": 45, "type": "binary_expression", "text": "vector<Image", "parent": 44, "children": [46, 47, 48], "start_point": {"row": 22, "column": 9}, "end_point": {"row": 22, "column": 21}}, {"id": 46, "type": "identifier", "text": "vector", "parent": 45, "children": [], "start_point": {"row": 22, "column": 9}, "end_point": {"row": 22, "column": 15}}, {"id": 47, "type": "<", "text": "<", "parent": 45, "children": [], "start_point": {"row": 22, "column": 15}, "end_point": {"row": 22, "column": 16}}, {"id": 48, "type": "identifier", "text": "Image", "parent": 45, "children": [], "start_point": {"row": 22, "column": 16}, "end_point": {"row": 22, "column": 21}}, {"id": 49, "type": ">", "text": ">", "parent": 44, "children": [], "start_point": {"row": 22, "column": 21}, "end_point": {"row": 22, "column": 22}}, {"id": 50, "type": "pointer_expression", "text": "& _mImages", "parent": 44, "children": [51], "start_point": {"row": 22, "column": 22}, "end_point": {"row": 22, "column": 32}}, {"id": 51, "type": "identifier", "text": "_mImages", "parent": 50, "children": [], "start_point": {"row": 22, "column": 24}, "end_point": {"row": 22, "column": 32}}, {"id": 52, "type": "labeled_statement", "text": "std::map<ImageID, Pose> _mCameraPoses;", "parent": 39, "children": [53], "start_point": {"row": 23, "column": 4}, "end_point": {"row": 23, "column": 42}}, {"id": 53, "type": "statement_identifier", "text": "std", "parent": 52, "children": [], "start_point": {"row": 23, "column": 4}, "end_point": {"row": 23, "column": 7}}, {"id": 54, "type": "comma_expression", "text": "map<ImageID, Pose> _mCameraPoses", "parent": 52, "children": [55, 59], "start_point": {"row": 23, "column": 9}, "end_point": {"row": 23, "column": 41}}, {"id": 55, "type": "binary_expression", "text": "map<ImageID", "parent": 54, "children": [56, 57, 58], "start_point": {"row": 23, "column": 9}, "end_point": {"row": 23, "column": 20}}, {"id": 56, "type": "identifier", 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"function", "name": "unknown", "text_snippet": "initialise(std::vector<ImagePair> baselines)"}, {"node_id": 154, "universal_type": "function", "name": "unknown", "text_snippet": "registerImage(ImageID imageId, Image2D3DMatch& match2D3D)"}, {"node_id": 165, "universal_type": "function", "name": "showRotation)", "text_snippet": "camerasToPlyFile(const std::string& cameraFile, bool showRotation)"}, {"node_id": 331, "universal_type": "function", "name": "unknown", "text_snippet": "registerMoreImages()"}, {"node_id": 336, "universal_type": "function", "name": "unknown", "text_snippet": "registerImage(ImageID imageId)"}, {"node_id": 344, "universal_type": "function", "name": "unknown", "text_snippet": "adjustBundle()"}, {"node_id": 349, "universal_type": "function", "name": "unknown", "text_snippet": "applyFilters()"}, {"node_id": 354, "universal_type": "function", "name": "unknown", "text_snippet": "toPlyFile(const std::string& pointCloudFile, const std::string& cameraFile)"}, {"node_id": 369, "universal_type": "function", "name": "unknown", "text_snippet": "outputToFiles(const std::string& outputDirectory, const std::set<OutputType>& outputTypes)"}, {"node_id": 387, "universal_type": "function", "name": "unknown", "text_snippet": "report(const std::string& report)"}], "class_declarations": [], "import_statements": [{"node_id": 6, "text": "#include <set>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"filters/filter.h\"\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include \"triangulation/triangulator.h\"\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include \"bundle-adjustment/bundle_adjuster.h\"\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include \"image.h\"\n"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include \"features.h\"\n"}, {"node_id": 22, "text": "#include"}, {"node_id": 24, "text": "#include \"camera.h\"\n"}, {"node_id": 25, "text": "#include"}, {"node_id": 27, "text": "#include \"matches.h\"\n"}, {"node_id": 28, "text": "#include"}, {"node_id": 30, "text": "#include \"point_cloud.h\"\n"}, {"node_id": 31, "text": "#include"}, {"node_id": 33, "text": "#include \"pose.h\"\n"}, {"node_id": 34, "text": "#include"}, {"node_id": 36, "text": "#include \"image_pair.h\"\n"}, {"node_id": 37, "text": "#include"}]}, "original_source_code": "//\n// Created by <NAME> on 28/12/2021.\n//\n\n#ifndef SFM_SCENE_RECONSTRUCTION_H\n#define SFM_SCENE_RECONSTRUCTION_H\n\n#include <set>\n#include \"filters/filter.h\"\n#include \"triangulation/triangulator.h\"\n#include \"bundle-adjustment/bundle_adjuster.h\"\n\n#include \"image.h\"\n#include \"features.h\"\n#include \"camera.h\"\n#include \"matches.h\"\n#include \"point_cloud.h\"\n#include \"pose.h\"\n#include \"image_pair.h\"\n\nclass SceneReconstruction {\nprivate:\n std::vector<Image>& _mImages;\n std::map<ImageID, Pose> _mCameraPoses;\n std::set<ImageID> _mDoneViews;\n std::set<ImageID> _mGoodViews;\n PointCloud _pointCloud;\n\n std::vector<Camera>& _mCameras;\n std::vector<Features>& _mImageFeatures;\n Matches& _mFeatureMatchMatrix;\n\n cv::Ptr<Triangulator> _triangulator;\n cv::Ptr<BundleAdjuster> _bundleAdjuster;\n std::vector<cv::Ptr<Filter>> _filters;\n\n void initialise(std::vector<ImagePair> baselines);\n\n bool registerImage(ImageID imageId, Image2D3DMatch& match2D3D);\n\n void camerasToPlyFile(const std::string& cameraFile, bool showRotation);\n\n\npublic:\n SceneReconstruction(std::vector<Image>& mImages,\n std::vector<Camera>& mCameras,\n std::vector<Features>& mImageFeatures,\n Matches& mFeatureMatchMatrix,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n SceneReconstruction(std::vector<Image> &mImages,\n std::vector<Camera> &mCameras,\n std::vector<Features> &mImageFeatures,\n Matches &mFeatureMatchMatrix,\n ImagePair& baselinePair,\n const cv::Ptr<Triangulator>& triangulator,\n const cv::Ptr<BundleAdjuster>& bundleAdjuster,\n std::vector<cv::Ptr<Filter>>& filters);\n\n void registerMoreImages();\n\n bool registerImage(ImageID imageId);\n\n bool adjustBundle();\n\n bool applyFilters();\n\n void toPlyFile(const std::string& pointCloudFile, const std::string& cameraFile);\n\n void outputToFiles(const std::string& outputDirectory, const std::set<OutputType>& outputTypes);\n\n void report(const std::string& report);\n};\n#endif //SFM_SCENE_RECONSTRUCTION_H\n"}
| 204
|
c
|
/////////////////////////////////////////////////////////////////////////////
// Name: wx/qt/colour.h
// Purpose: wxColour class implementation for wxQt
// Author: <NAME>
// Created: 2010-05-12
// Copyright: (c) 2010 <NAME>
// Licence: wxWindows licence
/////////////////////////////////////////////////////////////////////////////
#ifndef _WX_QT_COLOUR_H_
#define _WX_QT_COLOUR_H_
#include <QtGui/QColor>
class WXDLLIMPEXP_CORE wxColour : public wxColourBase
{
public:
DEFINE_STD_WXCOLOUR_CONSTRUCTORS
wxColour(const QColor& color) : m_qtColor(color) {}
virtual bool IsOk() const { return m_qtColor.isValid(); }
unsigned char Red() const { return m_qtColor.red(); }
unsigned char Green() const { return m_qtColor.green(); }
unsigned char Blue() const { return m_qtColor.blue(); }
unsigned char Alpha() const { return m_qtColor.alpha(); }
bool operator==(const wxColour& color) const
{ return m_qtColor == color.m_qtColor; }
bool operator!=(const wxColour& color) const
{ return m_qtColor != color.m_qtColor; }
int GetPixel() const;
QColor GetHandle() const { return m_qtColor; };
protected:
virtual void
InitRGBA(ChannelType r, ChannelType g, ChannelType b, ChannelType a)
{ m_qtColor.setRgb(r, g, b, a); }
private:
QColor m_qtColor;
wxDECLARE_DYNAMIC_CLASS(wxColour);
};
#endif // _WX_QT_COLOUR_H_
| 38.28
| 36
|
(translation_unit) "/////////////////////////////////////////////////////////////////////////////\n// Name: wx/qt/colour.h\n// Purpose: wxColour class implementation for wxQt\n// Author: <NAME>\n// Created: 2010-05-12\n// Copyright: (c) 2010 <NAME>\n// Licence: wxWindows licence\n/////////////////////////////////////////////////////////////////////////////\n\n#ifndef _WX_QT_COLOUR_H_\n#define _WX_QT_COLOUR_H_\n\n#include <QtGui/QColor>\n\nclass WXDLLIMPEXP_CORE wxColour : public wxColourBase\n{\npublic:\n DEFINE_STD_WXCOLOUR_CONSTRUCTORS\n wxColour(const QColor& color) : m_qtColor(color) {}\n\n virtual bool IsOk() const { return m_qtColor.isValid(); }\n\n unsigned char Red() const { return m_qtColor.red(); }\n unsigned char Green() const { return m_qtColor.green(); }\n unsigned char Blue() const { return m_qtColor.blue(); }\n unsigned char Alpha() const { return m_qtColor.alpha(); }\n\n bool operator==(const wxColour& color) const\n { return m_qtColor == color.m_qtColor; }\n bool operator!=(const wxColour& color) const\n { return m_qtColor != color.m_qtColor; }\n\n int GetPixel() const;\n\n QColor GetHandle() const { return m_qtColor; };\n\nprotected:\n virtual void\n InitRGBA(ChannelType r, ChannelType g, ChannelType b, ChannelType a)\n { m_qtColor.setRgb(r, g, b, a); }\n\nprivate:\n QColor m_qtColor;\n\n wxDECLARE_DYNAMIC_CLASS(wxColour);\n};\n\n#endif // _WX_QT_COLOUR_H_\n"
(comment) "/////////////////////////////////////////////////////////////////////////////"
(comment) "// Name: wx/qt/colour.h"
(comment) "// Purpose: wxColour class implementation for wxQt"
(comment) "// Author: <NAME>"
(comment) "// Created: 2010-05-12"
(comment) "// Copyright: (c) 2010 <NAME>"
(comment) "// Licence: wxWindows licence"
(comment) "/////////////////////////////////////////////////////////////////////////////"
(preproc_ifdef) "#ifndef _WX_QT_COLOUR_H_\n#define _WX_QT_COLOUR_H_\n\n#include <QtGui/QColor>\n\nclass WXDLLIMPEXP_CORE wxColour : public wxColourBase\n{\npublic:\n DEFINE_STD_WXCOLOUR_CONSTRUCTORS\n wxColour(const QColor& color) : m_qtColor(color) {}\n\n virtual bool IsOk() const { return m_qtColor.isValid(); }\n\n unsigned char Red() const { return m_qtColor.red(); }\n unsigned char Green() const { return m_qtColor.green(); }\n unsigned char Blue() const { return m_qtColor.blue(); }\n unsigned char Alpha() const { return m_qtColor.alpha(); }\n\n bool operator==(const wxColour& color) const\n { return m_qtColor == color.m_qtColor; }\n bool operator!=(const wxColour& color) const\n { return m_qtColor != color.m_qtColor; }\n\n int GetPixel() const;\n\n QColor GetHandle() const { return m_qtColor; };\n\nprotected:\n virtual void\n InitRGBA(ChannelType r, ChannelType g, ChannelType b, ChannelType a)\n { m_qtColor.setRgb(r, g, b, a); }\n\nprivate:\n QColor m_qtColor;\n\n wxDECLARE_DYNAMIC_CLASS(wxColour);\n};\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "_WX_QT_COLOUR_H_"
(preproc_def) "#define _WX_QT_COLOUR_H_\n"
(#define) "#define"
(identifier) "_WX_QT_COLOUR_H_"
(preproc_include) "#include <QtGui/QColor>\n"
(#include) "#include"
(system_lib_string) "<QtGui/QColor>"
(declaration) "class WXDLLIMPEXP_CORE"
(type_identifier) "class"
(identifier) "WXDLLIMPEXP_CORE"
(;) ""
(labeled_statement) "wxColour : public wxColourBase\n{\npublic:\n DEFINE_STD_WXCOLOUR_CONSTRUCTORS\n wxColour(const QColor& color) : m_qtColor(color) {}\n\n virtual bool IsOk() const { return m_qtColor.isValid(); }\n\n unsigned char Red() const { return m_qtColor.red(); }\n unsigned char Green() const { return m_qtColor.green(); }\n unsigned char Blue() const { return m_qtColor.blue(); }\n unsigned char Alpha() const { return m_qtColor.alpha(); }\n\n bool operator==(const wxColour& color) const\n { return m_qtColor == color.m_qtColor; }\n bool operator!=(const wxColour& color) const\n { return m_qtColor != color.m_qtColor; }\n\n int GetPixel() const;\n\n QColor GetHandle() const { return m_qtColor; }"
(statement_identifier) "wxColour"
(:) ":"
(ERROR) "public wxColourBase"
(type_identifier) "public"
(identifier) "wxColourBase"
(compound_statement) "{\npublic:\n DEFINE_STD_WXCOLOUR_CONSTRUCTORS\n wxColour(const QColor& color) : m_qtColor(color) {}\n\n virtual bool IsOk() const { return m_qtColor.isValid(); }\n\n unsigned char Red() const { return m_qtColor.red(); }\n unsigned char Green() const { return m_qtColor.green(); }\n unsigned char Blue() const { return m_qtColor.blue(); }\n unsigned char Alpha() const { return m_qtColor.alpha(); }\n\n bool operator==(const wxColour& color) const\n { return m_qtColor == color.m_qtColor; }\n bool operator!=(const wxColour& color) const\n { return m_qtColor != color.m_qtColor; }\n\n int GetPixel() const;\n\n QColor GetHandle() const { return m_qtColor; }"
({) "{"
(labeled_statement) "public:\n DEFINE_STD_WXCOLOUR_CONSTRUCTORS\n wxColour(const QColor& color) : m_qtColor(color) {}"
(statement_identifier) "public"
(:) ":"
(ERROR) "DEFINE_STD_WXCOLOUR_CONSTRUCTORS\n wxColour(const QColor& color) : m_qtColor(color)"
(type_identifier) "DEFINE_STD_WXCOLOUR_CONSTRUCTORS"
(function_declarator) "wxColour(const QColor& color) : m_qtColor(color)"
(identifier) "wxColour"
(parameter_list) "(const QColor& color)"
(() "("
(parameter_declaration) "const QColor& color"
(type_qualifier) "const"
(const) "const"
(type_identifier) "QColor"
(ERROR) "&"
(&) "&"
(identifier) "color"
()) ")"
(ERROR) ":"
(:) ":"
(call_expression) "m_qtColor(color)"
(identifier) "m_qtColor"
(argument_list) "(color)"
(() "("
(identifier) "color"
()) ")"
(compound_statement) "{}"
({) "{"
(}) "}"
(ERROR) "virtual bool IsOk() const"
(type_identifier) "virtual"
(ERROR) "bool"
(identifier) "bool"
(function_declarator) "IsOk()"
(identifier) "IsOk"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{ return m_qtColor.isValid(); }"
({) "{"
(return_statement) "return m_qtColor.isValid();"
(return) "return"
(call_expression) "m_qtColor.isValid()"
(field_expression) "m_qtColor.isValid"
(identifier) "m_qtColor"
(.) "."
(field_identifier) "isValid"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(ERROR) "unsigned char Red() const"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(function_declarator) "Red()"
(identifier) "Red"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{ return m_qtColor.red(); }"
({) "{"
(return_statement) "return m_qtColor.red();"
(return) "return"
(call_expression) "m_qtColor.red()"
(field_expression) "m_qtColor.red"
(identifier) "m_qtColor"
(.) "."
(field_identifier) "red"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(ERROR) "unsigned char Green() const"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(function_declarator) "Green()"
(identifier) "Green"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{ return m_qtColor.green(); }"
({) "{"
(return_statement) "return m_qtColor.green();"
(return) "return"
(call_expression) "m_qtColor.green()"
(field_expression) "m_qtColor.green"
(identifier) "m_qtColor"
(.) "."
(field_identifier) "green"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(ERROR) "unsigned char Blue() const"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(function_declarator) "Blue()"
(identifier) "Blue"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{ return m_qtColor.blue(); }"
({) "{"
(return_statement) "return m_qtColor.blue();"
(return) "return"
(call_expression) "m_qtColor.blue()"
(field_expression) "m_qtColor.blue"
(identifier) "m_qtColor"
(.) "."
(field_identifier) "blue"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(ERROR) "unsigned char Alpha() const"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(function_declarator) "Alpha()"
(identifier) "Alpha"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{ return m_qtColor.alpha(); }"
({) "{"
(return_statement) "return m_qtColor.alpha();"
(return) "return"
(call_expression) "m_qtColor.alpha()"
(field_expression) "m_qtColor.alpha"
(identifier) "m_qtColor"
(.) "."
(field_identifier) "alpha"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(ERROR) "bool operator==(const wxColour& color) const"
(primitive_type) "bool"
(identifier) "operator"
(==) "=="
(() "("
(type_qualifier) "const"
(const) "const"
(type_identifier) "wxColour"
(pointer_expression) "& color"
(&) "&"
(identifier) "color"
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{ return m_qtColor == color.m_qtColor; }"
({) "{"
(return_statement) "return m_qtColor == color.m_qtColor;"
(return) "return"
(binary_expression) "m_qtColor == color.m_qtColor"
(identifier) "m_qtColor"
(==) "=="
(field_expression) "color.m_qtColor"
(identifier) "color"
(.) "."
(field_identifier) "m_qtColor"
(;) ";"
(}) "}"
(ERROR) "bool operator!=(const wxColour& color) const"
(primitive_type) "bool"
(identifier) "operator"
(!=) "!="
(() "("
(type_qualifier) "const"
(const) "const"
(type_identifier) "wxColour"
(pointer_expression) "& color"
(&) "&"
(identifier) "color"
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{ return m_qtColor != color.m_qtColor; }"
({) "{"
(return_statement) "return m_qtColor != color.m_qtColor;"
(return) "return"
(binary_expression) "m_qtColor != color.m_qtColor"
(identifier) "m_qtColor"
(!=) "!="
(field_expression) "color.m_qtColor"
(identifier) "color"
(.) "."
(field_identifier) "m_qtColor"
(;) ";"
(}) "}"
(ERROR) "int GetPixel() const;\n\n QColor GetHandle() const { return m_qtColor;"
(primitive_type) "int"
(function_declarator) "GetPixel()"
(identifier) "GetPixel"
(parameter_list) "()"
(() "("
()) ")"
(declaration) "const;\n\n QColor GetHandle() const { return m_qtColor;"
(type_qualifier) "const"
(const) "const"
(ERROR) ";"
(;) ";"
(type_identifier) "QColor"
(ERROR) "GetHandle() const { return"
(function_declarator) "GetHandle() const"
(identifier) "GetHandle"
(parameter_list) "()"
(() "("
()) ")"
(identifier) "const"
({) "{"
(return) "return"
(identifier) "m_qtColor"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
(labeled_statement) "protected:\n virtual void\n InitRGBA(ChannelType r, ChannelType g, ChannelType b, ChannelType a)\n { m_qtColor.setRgb(r, g, b, a); }"
(statement_identifier) "protected"
(:) ":"
(ERROR) "virtual void\n InitRGBA(ChannelType r, ChannelType g, ChannelType b, ChannelType a)"
(type_identifier) "virtual"
(ERROR) "void"
(identifier) "void"
(function_declarator) "InitRGBA(ChannelType r, ChannelType g, ChannelType b, ChannelType a)"
(identifier) "InitRGBA"
(parameter_list) "(ChannelType r, ChannelType g, ChannelType b, ChannelType a)"
(() "("
(parameter_declaration) "ChannelType r"
(type_identifier) "ChannelType"
(identifier) "r"
(,) ","
(parameter_declaration) "ChannelType g"
(type_identifier) "ChannelType"
(identifier) "g"
(,) ","
(parameter_declaration) "ChannelType b"
(type_identifier) "ChannelType"
(identifier) "b"
(,) ","
(parameter_declaration) "ChannelType a"
(type_identifier) "ChannelType"
(identifier) "a"
()) ")"
(compound_statement) "{ m_qtColor.setRgb(r, g, b, a); }"
({) "{"
(expression_statement) "m_qtColor.setRgb(r, g, b, a);"
(call_expression) "m_qtColor.setRgb(r, g, b, a)"
(field_expression) "m_qtColor.setRgb"
(identifier) "m_qtColor"
(.) "."
(field_identifier) "setRgb"
(argument_list) "(r, g, b, a)"
(() "("
(identifier) "r"
(,) ","
(identifier) "g"
(,) ","
(identifier) "b"
(,) ","
(identifier) "a"
()) ")"
(;) ";"
(}) "}"
(labeled_statement) "private:\n QColor m_qtColor;"
(statement_identifier) "private"
(:) ":"
(declaration) "QColor m_qtColor;"
(type_identifier) "QColor"
(identifier) "m_qtColor"
(;) ";"
(expression_statement) "wxDECLARE_DYNAMIC_CLASS(wxColour);"
(call_expression) "wxDECLARE_DYNAMIC_CLASS(wxColour)"
(identifier) "wxDECLARE_DYNAMIC_CLASS"
(argument_list) "(wxColour)"
(() "("
(identifier) "wxColour"
()) ")"
(;) ";"
(ERROR) "}"
(}) "}"
(expression_statement) ";"
(;) ";"
(#endif) "#endif"
(comment) "// _WX_QT_COLOUR_H_"
| 332
| 18
|
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m_qtColor != color.m_qtColor; }\n\n int GetPixel() const;\n\n QColor GetHandle() const { return m_qtColor; };\n\nprotected:\n virtual void\n InitRGBA(ChannelType r, ChannelType g, ChannelType b, ChannelType a)\n { m_qtColor.setRgb(r, g, b, a); }\n\nprivate:\n QColor m_qtColor;\n\n wxDECLARE_DYNAMIC_CLASS(wxColour);\n};\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 11, 133, 162, 170], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 47, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 7}}, {"id": 2, "type": "identifier", "text": "_WX_QT_COLOUR_H_", "parent": 0, "children": [], "start_point": {"row": 9, "column": 8}, "end_point": {"row": 9, "column": 24}}, {"id": 3, "type": "preproc_def", "text": "#define _WX_QT_COLOUR_H_\n", "parent": 0, "children": [4, 5], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 11, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 7}}, {"id": 5, "type": "identifier", "text": "_WX_QT_COLOUR_H_", "parent": 3, "children": [], "start_point": {"row": 10, "column": 8}, "end_point": {"row": 10, "column": 24}}, {"id": 6, "type": "preproc_include", "text": "#include <QtGui/QColor>\n", "parent": 0, "children": [7, 8], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 13, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 12, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<QtGui/QColor>", "parent": 6, "children": [], "start_point": {"row": 12, "column": 9}, "end_point": {"row": 12, "column": 23}}, {"id": 9, "type": "declaration", "text": "class WXDLLIMPEXP_CORE", "parent": 0, "children": [10], "start_point": {"row": 14, "column": 0}, "end_point": 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14, "column": 23}, "end_point": {"row": 34, "column": 50}}, {"id": 12, "type": "statement_identifier", "text": "wxColour", "parent": 11, "children": [], "start_point": {"row": 14, "column": 23}, "end_point": {"row": 14, "column": 31}}, {"id": 13, "type": "ERROR", "text": "public wxColourBase", "parent": 11, "children": [14], "start_point": {"row": 14, "column": 34}, "end_point": {"row": 14, "column": 53}}, {"id": 14, "type": "identifier", "text": "wxColourBase", "parent": 13, "children": [], "start_point": {"row": 14, "column": 41}, "end_point": {"row": 14, "column": 53}}, {"id": 15, "type": "labeled_statement", "text": "public:\n DEFINE_STD_WXCOLOUR_CONSTRUCTORS\n wxColour(const QColor& color) : m_qtColor(color) {}", "parent": 11, "children": [16], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 18, "column": 55}}, {"id": 16, "type": "ERROR", "text": "DEFINE_STD_WXCOLOUR_CONSTRUCTORS\n wxColour(const QColor& color) : m_qtColor(color)", "parent": 15, "children": [17, 18], 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{"row": 38, "column": 58}, "end_point": {"row": 38, "column": 71}}, {"id": 151, "type": "type_identifier", "text": "ChannelType", "parent": 150, "children": [], "start_point": {"row": 38, "column": 58}, "end_point": {"row": 38, "column": 69}}, {"id": 152, "type": "identifier", "text": "a", "parent": 150, "children": [], "start_point": {"row": 38, "column": 70}, "end_point": {"row": 38, "column": 71}}, {"id": 153, "type": "call_expression", "text": "m_qtColor.setRgb(r, g, b, a)", "parent": 133, "children": [154, 157], "start_point": {"row": 39, "column": 10}, "end_point": {"row": 39, "column": 38}}, {"id": 154, "type": "field_expression", "text": "m_qtColor.setRgb", "parent": 153, "children": [155, 156], "start_point": {"row": 39, "column": 10}, "end_point": {"row": 39, "column": 26}}, {"id": 155, "type": "identifier", "text": "m_qtColor", "parent": 154, "children": [], "start_point": {"row": 39, "column": 10}, "end_point": {"row": 39, "column": 19}}, {"id": 156, "type": 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"type": "labeled_statement", "text": "private:\n QColor m_qtColor;", "parent": 0, "children": [163], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 42, "column": 21}}, {"id": 163, "type": "declaration", "text": "QColor m_qtColor;", "parent": 162, "children": [164, 165], "start_point": {"row": 42, "column": 4}, "end_point": {"row": 42, "column": 21}}, {"id": 164, "type": "type_identifier", "text": "QColor", "parent": 163, "children": [], "start_point": {"row": 42, "column": 4}, "end_point": {"row": 42, "column": 10}}, {"id": 165, "type": "identifier", "text": "m_qtColor", "parent": 163, "children": [], "start_point": {"row": 42, "column": 11}, "end_point": {"row": 42, "column": 20}}, {"id": 166, "type": "call_expression", "text": "wxDECLARE_DYNAMIC_CLASS(wxColour)", "parent": 0, "children": [167, 168], "start_point": {"row": 44, "column": 4}, "end_point": {"row": 44, "column": 37}}, {"id": 167, "type": "identifier", "text": "wxDECLARE_DYNAMIC_CLASS", "parent": 166, "children": [], "start_point": {"row": 44, "column": 4}, "end_point": {"row": 44, "column": 27}}, {"id": 168, "type": "argument_list", "text": "(wxColour)", "parent": 166, "children": [169], "start_point": {"row": 44, "column": 27}, "end_point": {"row": 44, "column": 37}}, {"id": 169, "type": "identifier", "text": "wxColour", "parent": 168, "children": [], "start_point": {"row": 44, "column": 28}, "end_point": {"row": 44, "column": 36}}, {"id": 170, "type": "#endif", "text": "#endif", "parent": 0, "children": [], "start_point": {"row": 47, "column": 0}, "end_point": {"row": 47, "column": 6}}]}, "node_categories": {"declarations": {"functions": [18, 32, 45, 58, 71, 84, 123, 129, 138], "variables": [9, 21, 126, 141, 144, 147, 150, 163], "classes": [], "imports": [6, 7], "modules": [], "enums": []}, "statements": {"expressions": [24, 36, 37, 49, 50, 62, 63, 75, 76, 88, 89, 98, 101, 104, 112, 115, 118, 153, 154, 166], "assignments": [], "loops": [], "conditionals": [0, 1, 2, 5, 10, 12, 14, 17, 19, 22, 23, 25, 27, 29, 31, 33, 38, 39, 42, 46, 51, 52, 55, 59, 64, 65, 68, 72, 77, 78, 81, 85, 90, 91, 95, 97, 99, 102, 105, 106, 109, 111, 113, 116, 119, 120, 124, 127, 130, 132, 135, 137, 139, 142, 143, 145, 146, 148, 149, 151, 152, 155, 156, 158, 159, 160, 161, 164, 165, 167, 169, 170], "returns": [35, 48, 61, 74, 87, 100, 114], "exceptions": []}, "expressions": {"calls": [], "literals": [8], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 18, "universal_type": "function", "name": "unknown", "text_snippet": "wxColour(const QColor& color) : m_qtColor(color)"}, {"node_id": 32, "universal_type": "function", "name": "unknown", "text_snippet": "IsOk()"}, {"node_id": 45, "universal_type": "function", "name": "unknown", "text_snippet": "Red()"}, {"node_id": 58, "universal_type": "function", "name": "unknown", "text_snippet": "Green()"}, {"node_id": 71, "universal_type": "function", "name": "unknown", "text_snippet": "Blue()"}, {"node_id": 84, "universal_type": "function", "name": "unknown", "text_snippet": "Alpha()"}, {"node_id": 123, "universal_type": "function", "name": "unknown", "text_snippet": "GetPixel()"}, {"node_id": 129, "universal_type": "function", "name": "unknown", "text_snippet": "GetHandle() const"}, {"node_id": 138, "universal_type": "function", "name": "unknown", "text_snippet": "InitRGBA(ChannelType r, ChannelType g, ChannelType b, ChannelType a)"}], "class_declarations": [], "import_statements": [{"node_id": 6, "text": "#include <QtGui/QColor>\n"}, {"node_id": 7, "text": "#include"}]}, "original_source_code": "/////////////////////////////////////////////////////////////////////////////\n// Name: wx/qt/colour.h\n// Purpose: wxColour class implementation for wxQt\n// Author: <NAME>\n// Created: 2010-05-12\n// Copyright: (c) 2010 <NAME>\n// Licence: wxWindows licence\n/////////////////////////////////////////////////////////////////////////////\n\n#ifndef _WX_QT_COLOUR_H_\n#define _WX_QT_COLOUR_H_\n\n#include <QtGui/QColor>\n\nclass WXDLLIMPEXP_CORE wxColour : public wxColourBase\n{\npublic:\n DEFINE_STD_WXCOLOUR_CONSTRUCTORS\n wxColour(const QColor& color) : m_qtColor(color) {}\n\n virtual bool IsOk() const { return m_qtColor.isValid(); }\n\n unsigned char Red() const { return m_qtColor.red(); }\n unsigned char Green() const { return m_qtColor.green(); }\n unsigned char Blue() const { return m_qtColor.blue(); }\n unsigned char Alpha() const { return m_qtColor.alpha(); }\n\n bool operator==(const wxColour& color) const\n { return m_qtColor == color.m_qtColor; }\n bool operator!=(const wxColour& color) const\n { return m_qtColor != color.m_qtColor; }\n\n int GetPixel() const;\n\n QColor GetHandle() const { return m_qtColor; };\n\nprotected:\n virtual void\n InitRGBA(ChannelType r, ChannelType g, ChannelType b, ChannelType a)\n { m_qtColor.setRgb(r, g, b, a); }\n\nprivate:\n QColor m_qtColor;\n\n wxDECLARE_DYNAMIC_CLASS(wxColour);\n};\n\n#endif // _WX_QT_COLOUR_H_\n"}
| 205
|
c
|
#ifndef __QPSOLVER_H__
#define __QPSOLVER_H__
#include <stdbool.h>
#include "matrix.h"
#if VERBOSE_MESSAGE == 0
#define VERBOSE_PRINT(...)
#else
#define VERBOSE_PRINT(...) printf(__VA_ARGS__)
#endif
#if DEBUG_MESSAGE == 0
#define DEBUG_PRINT_MATRIX(...)
#define DEBUG_PRINT_VAR(...)
#define DEBUG_PRINT(...)
#else
#define DEBUG_PRINT_MATRIX PRINT_MATRIX
#define DEBUG_PRINT_VAR PRINT_VAR
#define DEBUG_PRINT(...) printf(__VA_ARGS__)
#endif
/* return state of qp solver */
#define QP_SUCCESS_SOLVED 0
#define QP_ERROR_NO_OPTIMIZATION_VARIABLE 1
#define QP_ERROR_NO_OBJECTIVE_FUNCTION 2
#define QP_ERROR_INCOMPLETE_EQUAILITY_CONSTRAINT 3
#define QP_ERROR_INCOMPLETE_INEQUAILITY_CONSTRAINT 4
/* return state of phase1 (feasibility) solver */
#define QP_PHASE1_FEASIBLE 0
#define QP_PHASE1_INFEASIBLE 1
typedef struct {
/* slack variable parameters for feasibility problem */
double s_margin;
double beta;
/* log barrier parameters*/
double t_init;
double t_max;
double mu;
/* gradient descent */
double step_size; //not used, replaced with backtracking line search
/* backtracking line search parameters*/
double backtracking_alpha;
double backtracking_beta;
/* stop criterions */
double eps;
int max_iters;
int iters;
} phase1_param;
typedef struct {
/* log barrier parameters*/
double t_init;
double t_max;
double mu;
/* stop criterions */
double eps;
int max_iters;
int iters;
} phase2_param;
typedef struct {
/* optimization variable */
vector_t *x;
/* cost function */
matrix_t *P;
vector_t *q;
/* equality constraint */
matrix_t *A_eq;
vector_t *b_eq;
/* inequality constraints */
vector_t *lb; //lower bound inequality
vector_t *ub; //upper bound inequality
matrix_t *A; //affine inequality matrix
vector_t *b; //affine inequality vector
/* parameters of phase1 (feasibility) solver */
phase1_param phase1;
/* parameters of phase2 (quadratic programming) solver */
phase2_param phase2;
} qp_t;
void qp_set_default(qp_t *qp);
void qp_config_phase1(qp_t *qp, phase1_param *phase1_config);
void qp_config_phase2(qp_t *qp, phase2_param *phase2_config);
bool qp_start_point_feasibility_check(qp_t *qp);
void qp_solve_set_optimization_variable(qp_t *qp, vector_t *x);
void qp_solve_set_cost_function(qp_t *qp, matrix_t *P, vector_t *q);
void qp_solve_set_equality_constraints(qp_t *qp, matrix_t *A, vector_t *b);
void qp_solve_set_upper_bound_inequality_constraints(qp_t *qp, vector_t *ub);
void qp_solve_set_lower_bound_inequality_constraints(qp_t *qp, vector_t *lb);
void qp_solve_set_affine_inequality_constraints(qp_t *qp, matrix_t *A, vector_t *b);
int qp_solve_start(qp_t *qp);
#endif
| 30.19
| 86
|
(translation_unit) "#ifndef __QPSOLVER_H__\n#define __QPSOLVER_H__\n\n#include <stdbool.h>\n#include "matrix.h"\n\n#if VERBOSE_MESSAGE == 0\n#define VERBOSE_PRINT(...)\n#else\n#define VERBOSE_PRINT(...) printf(__VA_ARGS__)\n#endif\n\n#if DEBUG_MESSAGE == 0\n#define DEBUG_PRINT_MATRIX(...)\n#define DEBUG_PRINT_VAR(...)\n#define DEBUG_PRINT(...)\n#else\n#define DEBUG_PRINT_MATRIX PRINT_MATRIX\n#define DEBUG_PRINT_VAR PRINT_VAR\n#define DEBUG_PRINT(...) printf(__VA_ARGS__)\n#endif\n\n/* return state of qp solver */\n#define QP_SUCCESS_SOLVED 0\n#define QP_ERROR_NO_OPTIMIZATION_VARIABLE 1\n#define QP_ERROR_NO_OBJECTIVE_FUNCTION 2\n#define QP_ERROR_INCOMPLETE_EQUAILITY_CONSTRAINT 3\n#define QP_ERROR_INCOMPLETE_INEQUAILITY_CONSTRAINT 4\n\n/* return state of phase1 (feasibility) solver */\n#define QP_PHASE1_FEASIBLE 0\n#define QP_PHASE1_INFEASIBLE 1\n\ntypedef struct {\n /* slack variable parameters for feasibility problem */\n double s_margin;\n double beta;\n\n /* log barrier parameters*/\n double t_init;\n double t_max;\n double mu;\n\n /* gradient descent */\n double step_size; //not used, replaced with backtracking line search\n\n /* backtracking line search parameters*/\n double backtracking_alpha;\n double backtracking_beta;\n\n /* stop criterions */\n double eps;\n int max_iters;\n int iters;\n} phase1_param;\n\ntypedef struct {\n /* log barrier parameters*/\n double t_init;\n double t_max;\n double mu;\n\n /* stop criterions */\n double eps;\n int max_iters;\n int iters;\n} phase2_param;\n\ntypedef struct {\n /* optimization variable */\n vector_t *x;\n\n /* cost function */\n matrix_t *P;\n vector_t *q;\n\n /* equality constraint */\n matrix_t *A_eq;\n vector_t *b_eq;\n\n /* inequality constraints */\n vector_t *lb; //lower bound inequality\n vector_t *ub; //upper bound inequality\n matrix_t *A; //affine inequality matrix\n vector_t *b; //affine inequality vector\n\n /* parameters of phase1 (feasibility) solver */\n phase1_param phase1;\n\n /* parameters of phase2 (quadratic programming) solver */\n phase2_param phase2;\n} qp_t;\n\nvoid qp_set_default(qp_t *qp);\nvoid qp_config_phase1(qp_t *qp, phase1_param *phase1_config);\nvoid qp_config_phase2(qp_t *qp, phase2_param *phase2_config);\nbool qp_start_point_feasibility_check(qp_t *qp);\nvoid qp_solve_set_optimization_variable(qp_t *qp, vector_t *x);\nvoid qp_solve_set_cost_function(qp_t *qp, matrix_t *P, vector_t *q);\nvoid qp_solve_set_equality_constraints(qp_t *qp, matrix_t *A, vector_t *b);\nvoid qp_solve_set_upper_bound_inequality_constraints(qp_t *qp, vector_t *ub);\nvoid qp_solve_set_lower_bound_inequality_constraints(qp_t *qp, vector_t *lb);\nvoid qp_solve_set_affine_inequality_constraints(qp_t *qp, matrix_t *A, vector_t *b);\nint qp_solve_start(qp_t *qp);\n\n#endif\n"
(preproc_ifdef) "#ifndef __QPSOLVER_H__\n#define __QPSOLVER_H__\n\n#include <stdbool.h>\n#include "matrix.h"\n\n#if VERBOSE_MESSAGE == 0\n#define VERBOSE_PRINT(...)\n#else\n#define VERBOSE_PRINT(...) printf(__VA_ARGS__)\n#endif\n\n#if DEBUG_MESSAGE == 0\n#define DEBUG_PRINT_MATRIX(...)\n#define DEBUG_PRINT_VAR(...)\n#define DEBUG_PRINT(...)\n#else\n#define DEBUG_PRINT_MATRIX PRINT_MATRIX\n#define DEBUG_PRINT_VAR PRINT_VAR\n#define DEBUG_PRINT(...) printf(__VA_ARGS__)\n#endif\n\n/* return state of qp solver */\n#define QP_SUCCESS_SOLVED 0\n#define QP_ERROR_NO_OPTIMIZATION_VARIABLE 1\n#define QP_ERROR_NO_OBJECTIVE_FUNCTION 2\n#define QP_ERROR_INCOMPLETE_EQUAILITY_CONSTRAINT 3\n#define QP_ERROR_INCOMPLETE_INEQUAILITY_CONSTRAINT 4\n\n/* return state of phase1 (feasibility) solver */\n#define QP_PHASE1_FEASIBLE 0\n#define QP_PHASE1_INFEASIBLE 1\n\ntypedef struct {\n /* slack variable parameters for feasibility problem */\n double s_margin;\n double beta;\n\n /* log barrier parameters*/\n double t_init;\n double t_max;\n double mu;\n\n /* gradient descent */\n double step_size; //not used, replaced with backtracking line search\n\n /* backtracking line search parameters*/\n double backtracking_alpha;\n double backtracking_beta;\n\n /* stop criterions */\n double eps;\n int max_iters;\n int iters;\n} phase1_param;\n\ntypedef struct {\n /* log barrier parameters*/\n double t_init;\n double t_max;\n double mu;\n\n /* stop criterions */\n double eps;\n int max_iters;\n int iters;\n} phase2_param;\n\ntypedef struct {\n /* optimization variable */\n vector_t *x;\n\n /* cost function */\n matrix_t *P;\n vector_t *q;\n\n /* equality constraint */\n matrix_t *A_eq;\n vector_t *b_eq;\n\n /* inequality constraints */\n vector_t *lb; //lower bound inequality\n vector_t *ub; //upper bound inequality\n matrix_t *A; //affine inequality matrix\n vector_t *b; //affine inequality vector\n\n /* parameters of phase1 (feasibility) solver */\n phase1_param phase1;\n\n /* parameters of phase2 (quadratic programming) solver */\n phase2_param phase2;\n} qp_t;\n\nvoid qp_set_default(qp_t *qp);\nvoid qp_config_phase1(qp_t *qp, phase1_param *phase1_config);\nvoid qp_config_phase2(qp_t *qp, phase2_param *phase2_config);\nbool qp_start_point_feasibility_check(qp_t *qp);\nvoid qp_solve_set_optimization_variable(qp_t *qp, vector_t *x);\nvoid qp_solve_set_cost_function(qp_t *qp, matrix_t *P, vector_t *q);\nvoid qp_solve_set_equality_constraints(qp_t *qp, matrix_t *A, vector_t *b);\nvoid qp_solve_set_upper_bound_inequality_constraints(qp_t *qp, vector_t *ub);\nvoid qp_solve_set_lower_bound_inequality_constraints(qp_t *qp, vector_t *lb);\nvoid qp_solve_set_affine_inequality_constraints(qp_t *qp, matrix_t *A, vector_t *b);\nint qp_solve_start(qp_t *qp);\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "__QPSOLVER_H__"
(preproc_def) "#define __QPSOLVER_H__\n"
(#define) "#define"
(identifier) "__QPSOLVER_H__"
(preproc_include) "#include <stdbool.h>\n"
(#include) "#include"
(system_lib_string) "<stdbool.h>"
(preproc_include) "#include "matrix.h"\n"
(#include) "#include"
(string_literal) ""matrix.h""
(") """
(string_content) "matrix.h"
(") """
(preproc_if) "#if VERBOSE_MESSAGE == 0\n#define VERBOSE_PRINT(...)\n#else\n#define VERBOSE_PRINT(...) printf(__VA_ARGS__)\n#endif"
(#if) "#if"
(binary_expression) "VERBOSE_MESSAGE == 0"
(identifier) "VERBOSE_MESSAGE"
(==) "=="
(number_literal) "0"
(
) "\n"
(preproc_function_def) "#define VERBOSE_PRINT(...)\n"
(#define) "#define"
(identifier) "VERBOSE_PRINT"
(preproc_params) "(...)"
(() "("
(...) "..."
()) ")"
(preproc_else) "#else\n#define VERBOSE_PRINT(...) printf(__VA_ARGS__)\n"
(#else) "#else"
(preproc_function_def) "#define VERBOSE_PRINT(...) printf(__VA_ARGS__)\n"
(#define) "#define"
(identifier) "VERBOSE_PRINT"
(preproc_params) "(...)"
(() "("
(...) "..."
()) ")"
(preproc_arg) "printf(__VA_ARGS__)"
(#endif) "#endif"
(preproc_if) "#if DEBUG_MESSAGE == 0\n#define DEBUG_PRINT_MATRIX(...)\n#define DEBUG_PRINT_VAR(...)\n#define DEBUG_PRINT(...)\n#else\n#define DEBUG_PRINT_MATRIX PRINT_MATRIX\n#define DEBUG_PRINT_VAR PRINT_VAR\n#define DEBUG_PRINT(...) printf(__VA_ARGS__)\n#endif"
(#if) "#if"
(binary_expression) "DEBUG_MESSAGE == 0"
(identifier) "DEBUG_MESSAGE"
(==) "=="
(number_literal) "0"
(
) "\n"
(preproc_function_def) "#define DEBUG_PRINT_MATRIX(...)\n"
(#define) "#define"
(identifier) "DEBUG_PRINT_MATRIX"
(preproc_params) "(...)"
(() "("
(...) "..."
()) ")"
(preproc_function_def) "#define DEBUG_PRINT_VAR(...)\n"
(#define) "#define"
(identifier) "DEBUG_PRINT_VAR"
(preproc_params) "(...)"
(() "("
(...) "..."
()) ")"
(preproc_function_def) "#define DEBUG_PRINT(...)\n"
(#define) "#define"
(identifier) "DEBUG_PRINT"
(preproc_params) "(...)"
(() "("
(...) "..."
()) ")"
(preproc_else) "#else\n#define DEBUG_PRINT_MATRIX PRINT_MATRIX\n#define DEBUG_PRINT_VAR PRINT_VAR\n#define DEBUG_PRINT(...) printf(__VA_ARGS__)\n"
(#else) "#else"
(preproc_def) "#define DEBUG_PRINT_MATRIX PRINT_MATRIX\n"
(#define) "#define"
(identifier) "DEBUG_PRINT_MATRIX"
(preproc_arg) "PRINT_MATRIX"
(preproc_def) "#define DEBUG_PRINT_VAR PRINT_VAR\n"
(#define) "#define"
(identifier) "DEBUG_PRINT_VAR"
(preproc_arg) "PRINT_VAR"
(preproc_function_def) "#define DEBUG_PRINT(...) printf(__VA_ARGS__)\n"
(#define) "#define"
(identifier) "DEBUG_PRINT"
(preproc_params) "(...)"
(() "("
(...) "..."
()) ")"
(preproc_arg) "printf(__VA_ARGS__)"
(#endif) "#endif"
(comment) "/* return state of qp solver */"
(preproc_def) "#define QP_SUCCESS_SOLVED 0\n"
(#define) "#define"
(identifier) "QP_SUCCESS_SOLVED"
(preproc_arg) "0"
(preproc_def) "#define QP_ERROR_NO_OPTIMIZATION_VARIABLE 1\n"
(#define) "#define"
(identifier) "QP_ERROR_NO_OPTIMIZATION_VARIABLE"
(preproc_arg) "1"
(preproc_def) "#define QP_ERROR_NO_OBJECTIVE_FUNCTION 2\n"
(#define) "#define"
(identifier) "QP_ERROR_NO_OBJECTIVE_FUNCTION"
(preproc_arg) "2"
(preproc_def) "#define QP_ERROR_INCOMPLETE_EQUAILITY_CONSTRAINT 3\n"
(#define) "#define"
(identifier) "QP_ERROR_INCOMPLETE_EQUAILITY_CONSTRAINT"
(preproc_arg) "3"
(preproc_def) "#define QP_ERROR_INCOMPLETE_INEQUAILITY_CONSTRAINT 4\n"
(#define) "#define"
(identifier) "QP_ERROR_INCOMPLETE_INEQUAILITY_CONSTRAINT"
(preproc_arg) "4"
(comment) "/* return state of phase1 (feasibility) solver */"
(preproc_def) "#define QP_PHASE1_FEASIBLE 0\n"
(#define) "#define"
(identifier) "QP_PHASE1_FEASIBLE"
(preproc_arg) "0"
(preproc_def) "#define QP_PHASE1_INFEASIBLE 1\n"
(#define) "#define"
(identifier) "QP_PHASE1_INFEASIBLE"
(preproc_arg) "1"
(type_definition) "typedef struct {\n /* slack variable parameters for feasibility problem */\n double s_margin;\n double beta;\n\n /* log barrier parameters*/\n double t_init;\n double t_max;\n double mu;\n\n /* gradient descent */\n double step_size; //not used, replaced with backtracking line search\n\n /* backtracking line search parameters*/\n double backtracking_alpha;\n double backtracking_beta;\n\n /* stop criterions */\n double eps;\n int max_iters;\n int iters;\n} phase1_param;"
(typedef) "typedef"
(struct_specifier) "struct {\n /* slack variable parameters for feasibility problem */\n double s_margin;\n double beta;\n\n /* log barrier parameters*/\n double t_init;\n double t_max;\n double mu;\n\n /* gradient descent */\n double step_size; //not used, replaced with backtracking line search\n\n /* backtracking line search parameters*/\n double backtracking_alpha;\n double backtracking_beta;\n\n /* stop criterions */\n double eps;\n int max_iters;\n int iters;\n}"
(struct) "struct"
(field_declaration_list) "{\n /* slack variable parameters for feasibility problem */\n double s_margin;\n double beta;\n\n /* log barrier parameters*/\n double t_init;\n double t_max;\n double mu;\n\n /* gradient descent */\n double step_size; //not used, replaced with backtracking line search\n\n /* backtracking line search parameters*/\n double backtracking_alpha;\n double backtracking_beta;\n\n /* stop criterions */\n double eps;\n int max_iters;\n int iters;\n}"
({) "{"
(comment) "/* slack variable parameters for feasibility problem */"
(field_declaration) "double s_margin;"
(primitive_type) "double"
(field_identifier) "s_margin"
(;) ";"
(field_declaration) "double beta;"
(primitive_type) "double"
(field_identifier) "beta"
(;) ";"
(comment) "/* log barrier parameters*/"
(field_declaration) "double t_init;"
(primitive_type) "double"
(field_identifier) "t_init"
(;) ";"
(field_declaration) "double t_max;"
(primitive_type) "double"
(field_identifier) "t_max"
(;) ";"
(field_declaration) "double mu;"
(primitive_type) "double"
(field_identifier) "mu"
(;) ";"
(comment) "/* gradient descent */"
(field_declaration) "double step_size;"
(primitive_type) "double"
(field_identifier) "step_size"
(;) ";"
(comment) "//not used, replaced with backtracking line search"
(comment) "/* backtracking line search parameters*/"
(field_declaration) "double backtracking_alpha;"
(primitive_type) "double"
(field_identifier) "backtracking_alpha"
(;) ";"
(field_declaration) "double backtracking_beta;"
(primitive_type) "double"
(field_identifier) "backtracking_beta"
(;) ";"
(comment) "/* stop criterions */"
(field_declaration) "double eps;"
(primitive_type) "double"
(field_identifier) "eps"
(;) ";"
(field_declaration) "int max_iters;"
(primitive_type) "int"
(field_identifier) "max_iters"
(;) ";"
(field_declaration) "int iters;"
(primitive_type) "int"
(field_identifier) "iters"
(;) ";"
(}) "}"
(type_identifier) "phase1_param"
(;) ";"
(type_definition) "typedef struct {\n /* log barrier parameters*/\n double t_init;\n double t_max;\n double mu;\n\n /* stop criterions */\n double eps;\n int max_iters;\n int iters;\n} phase2_param;"
(typedef) "typedef"
(struct_specifier) "struct {\n /* log barrier parameters*/\n double t_init;\n double t_max;\n double mu;\n\n /* stop criterions */\n double eps;\n int max_iters;\n int iters;\n}"
(struct) "struct"
(field_declaration_list) "{\n /* log barrier parameters*/\n double t_init;\n double t_max;\n double mu;\n\n /* stop criterions */\n double eps;\n int max_iters;\n int iters;\n}"
({) "{"
(comment) "/* log barrier parameters*/"
(field_declaration) "double t_init;"
(primitive_type) "double"
(field_identifier) "t_init"
(;) ";"
(field_declaration) "double t_max;"
(primitive_type) "double"
(field_identifier) "t_max"
(;) ";"
(field_declaration) "double mu;"
(primitive_type) "double"
(field_identifier) "mu"
(;) ";"
(comment) "/* stop criterions */"
(field_declaration) "double eps;"
(primitive_type) "double"
(field_identifier) "eps"
(;) ";"
(field_declaration) "int max_iters;"
(primitive_type) "int"
(field_identifier) "max_iters"
(;) ";"
(field_declaration) "int iters;"
(primitive_type) "int"
(field_identifier) "iters"
(;) ";"
(}) "}"
(type_identifier) "phase2_param"
(;) ";"
(type_definition) "typedef struct {\n /* optimization variable */\n vector_t *x;\n\n /* cost function */\n matrix_t *P;\n vector_t *q;\n\n /* equality constraint */\n matrix_t *A_eq;\n vector_t *b_eq;\n\n /* inequality constraints */\n vector_t *lb; //lower bound inequality\n vector_t *ub; //upper bound inequality\n matrix_t *A; //affine inequality matrix\n vector_t *b; //affine inequality vector\n\n /* parameters of phase1 (feasibility) solver */\n phase1_param phase1;\n\n /* parameters of phase2 (quadratic programming) solver */\n phase2_param phase2;\n} qp_t;"
(typedef) "typedef"
(struct_specifier) "struct {\n /* optimization variable */\n vector_t *x;\n\n /* cost function */\n matrix_t *P;\n vector_t *q;\n\n /* equality constraint */\n matrix_t *A_eq;\n vector_t *b_eq;\n\n /* inequality constraints */\n vector_t *lb; //lower bound inequality\n vector_t *ub; //upper bound inequality\n matrix_t *A; //affine inequality matrix\n vector_t *b; //affine inequality vector\n\n /* parameters of phase1 (feasibility) solver */\n phase1_param phase1;\n\n /* parameters of phase2 (quadratic programming) solver */\n phase2_param phase2;\n}"
(struct) "struct"
(field_declaration_list) "{\n /* optimization variable */\n vector_t *x;\n\n /* cost function */\n matrix_t *P;\n vector_t *q;\n\n /* equality constraint */\n matrix_t *A_eq;\n vector_t *b_eq;\n\n /* inequality constraints */\n vector_t *lb; //lower bound inequality\n vector_t *ub; //upper bound inequality\n matrix_t *A; //affine inequality matrix\n vector_t *b; //affine inequality vector\n\n /* parameters of phase1 (feasibility) solver */\n phase1_param phase1;\n\n /* parameters of phase2 (quadratic programming) solver */\n phase2_param phase2;\n}"
({) "{"
(comment) "/* optimization variable */"
(field_declaration) "vector_t *x;"
(type_identifier) "vector_t"
(pointer_declarator) "*x"
(*) "*"
(field_identifier) "x"
(;) ";"
(comment) "/* cost function */"
(field_declaration) "matrix_t *P;"
(type_identifier) "matrix_t"
(pointer_declarator) "*P"
(*) "*"
(field_identifier) "P"
(;) ";"
(field_declaration) "vector_t *q;"
(type_identifier) "vector_t"
(pointer_declarator) "*q"
(*) "*"
(field_identifier) "q"
(;) ";"
(comment) "/* equality constraint */"
(field_declaration) "matrix_t *A_eq;"
(type_identifier) "matrix_t"
(pointer_declarator) "*A_eq"
(*) "*"
(field_identifier) "A_eq"
(;) ";"
(field_declaration) "vector_t *b_eq;"
(type_identifier) "vector_t"
(pointer_declarator) "*b_eq"
(*) "*"
(field_identifier) "b_eq"
(;) ";"
(comment) "/* inequality constraints */"
(field_declaration) "vector_t *lb;"
(type_identifier) "vector_t"
(pointer_declarator) "*lb"
(*) "*"
(field_identifier) "lb"
(;) ";"
(comment) "//lower bound inequality"
(field_declaration) "vector_t *ub;"
(type_identifier) "vector_t"
(pointer_declarator) "*ub"
(*) "*"
(field_identifier) "ub"
(;) ";"
(comment) "//upper bound inequality"
(field_declaration) "matrix_t *A;"
(type_identifier) "matrix_t"
(pointer_declarator) "*A"
(*) "*"
(field_identifier) "A"
(;) ";"
(comment) "//affine inequality matrix"
(field_declaration) "vector_t *b;"
(type_identifier) "vector_t"
(pointer_declarator) "*b"
(*) "*"
(field_identifier) "b"
(;) ";"
(comment) "//affine inequality vector"
(comment) "/* parameters of phase1 (feasibility) solver */"
(field_declaration) "phase1_param phase1;"
(type_identifier) "phase1_param"
(field_identifier) "phase1"
(;) ";"
(comment) "/* parameters of phase2 (quadratic programming) solver */"
(field_declaration) "phase2_param phase2;"
(type_identifier) "phase2_param"
(field_identifier) "phase2"
(;) ";"
(}) "}"
(type_identifier) "qp_t"
(;) ";"
(declaration) "void qp_set_default(qp_t *qp);"
(primitive_type) "void"
(function_declarator) "qp_set_default(qp_t *qp)"
(identifier) "qp_set_default"
(parameter_list) "(qp_t *qp)"
(() "("
(parameter_declaration) "qp_t *qp"
(type_identifier) "qp_t"
(pointer_declarator) "*qp"
(*) "*"
(identifier) "qp"
()) ")"
(;) ";"
(declaration) "void qp_config_phase1(qp_t *qp, phase1_param *phase1_config);"
(primitive_type) "void"
(function_declarator) "qp_config_phase1(qp_t *qp, phase1_param *phase1_config)"
(identifier) "qp_config_phase1"
(parameter_list) "(qp_t *qp, phase1_param *phase1_config)"
(() "("
(parameter_declaration) "qp_t *qp"
(type_identifier) "qp_t"
(pointer_declarator) "*qp"
(*) "*"
(identifier) "qp"
(,) ","
(parameter_declaration) "phase1_param *phase1_config"
(type_identifier) "phase1_param"
(pointer_declarator) "*phase1_config"
(*) "*"
(identifier) "phase1_config"
()) ")"
(;) ";"
(declaration) "void qp_config_phase2(qp_t *qp, phase2_param *phase2_config);"
(primitive_type) "void"
(function_declarator) "qp_config_phase2(qp_t *qp, phase2_param *phase2_config)"
(identifier) "qp_config_phase2"
(parameter_list) "(qp_t *qp, phase2_param *phase2_config)"
(() "("
(parameter_declaration) "qp_t *qp"
(type_identifier) "qp_t"
(pointer_declarator) "*qp"
(*) "*"
(identifier) "qp"
(,) ","
(parameter_declaration) "phase2_param *phase2_config"
(type_identifier) "phase2_param"
(pointer_declarator) "*phase2_config"
(*) "*"
(identifier) "phase2_config"
()) ")"
(;) ";"
(declaration) "bool qp_start_point_feasibility_check(qp_t *qp);"
(primitive_type) "bool"
(function_declarator) "qp_start_point_feasibility_check(qp_t *qp)"
(identifier) "qp_start_point_feasibility_check"
(parameter_list) "(qp_t *qp)"
(() "("
(parameter_declaration) "qp_t *qp"
(type_identifier) "qp_t"
(pointer_declarator) "*qp"
(*) "*"
(identifier) "qp"
()) ")"
(;) ";"
(declaration) "void qp_solve_set_optimization_variable(qp_t *qp, vector_t *x);"
(primitive_type) "void"
(function_declarator) "qp_solve_set_optimization_variable(qp_t *qp, vector_t *x)"
(identifier) "qp_solve_set_optimization_variable"
(parameter_list) "(qp_t *qp, vector_t *x)"
(() "("
(parameter_declaration) "qp_t *qp"
(type_identifier) "qp_t"
(pointer_declarator) "*qp"
(*) "*"
(identifier) "qp"
(,) ","
(parameter_declaration) "vector_t *x"
(type_identifier) "vector_t"
(pointer_declarator) "*x"
(*) "*"
(identifier) "x"
()) ")"
(;) ";"
(declaration) "void qp_solve_set_cost_function(qp_t *qp, matrix_t *P, vector_t *q);"
(primitive_type) "void"
(function_declarator) "qp_solve_set_cost_function(qp_t *qp, matrix_t *P, vector_t *q)"
(identifier) "qp_solve_set_cost_function"
(parameter_list) "(qp_t *qp, matrix_t *P, vector_t *q)"
(() "("
(parameter_declaration) "qp_t *qp"
(type_identifier) "qp_t"
(pointer_declarator) "*qp"
(*) "*"
(identifier) "qp"
(,) ","
(parameter_declaration) "matrix_t *P"
(type_identifier) "matrix_t"
(pointer_declarator) "*P"
(*) "*"
(identifier) "P"
(,) ","
(parameter_declaration) "vector_t *q"
(type_identifier) "vector_t"
(pointer_declarator) "*q"
(*) "*"
(identifier) "q"
()) ")"
(;) ";"
(declaration) "void qp_solve_set_equality_constraints(qp_t *qp, matrix_t *A, vector_t *b);"
(primitive_type) "void"
(function_declarator) "qp_solve_set_equality_constraints(qp_t *qp, matrix_t *A, vector_t *b)"
(identifier) "qp_solve_set_equality_constraints"
(parameter_list) "(qp_t *qp, matrix_t *A, vector_t *b)"
(() "("
(parameter_declaration) "qp_t *qp"
(type_identifier) "qp_t"
(pointer_declarator) "*qp"
(*) "*"
(identifier) "qp"
(,) ","
(parameter_declaration) "matrix_t *A"
(type_identifier) "matrix_t"
(pointer_declarator) "*A"
(*) "*"
(identifier) "A"
(,) ","
(parameter_declaration) "vector_t *b"
(type_identifier) "vector_t"
(pointer_declarator) "*b"
(*) "*"
(identifier) "b"
()) ")"
(;) ";"
(declaration) "void qp_solve_set_upper_bound_inequality_constraints(qp_t *qp, vector_t *ub);"
(primitive_type) "void"
(function_declarator) "qp_solve_set_upper_bound_inequality_constraints(qp_t *qp, vector_t *ub)"
(identifier) "qp_solve_set_upper_bound_inequality_constraints"
(parameter_list) "(qp_t *qp, vector_t *ub)"
(() "("
(parameter_declaration) "qp_t *qp"
(type_identifier) "qp_t"
(pointer_declarator) "*qp"
(*) "*"
(identifier) "qp"
(,) ","
(parameter_declaration) "vector_t *ub"
(type_identifier) "vector_t"
(pointer_declarator) "*ub"
(*) "*"
(identifier) "ub"
()) ")"
(;) ";"
(declaration) "void qp_solve_set_lower_bound_inequality_constraints(qp_t *qp, vector_t *lb);"
(primitive_type) "void"
(function_declarator) "qp_solve_set_lower_bound_inequality_constraints(qp_t *qp, vector_t *lb)"
(identifier) "qp_solve_set_lower_bound_inequality_constraints"
(parameter_list) "(qp_t *qp, vector_t *lb)"
(() "("
(parameter_declaration) "qp_t *qp"
(type_identifier) "qp_t"
(pointer_declarator) "*qp"
(*) "*"
(identifier) "qp"
(,) ","
(parameter_declaration) "vector_t *lb"
(type_identifier) "vector_t"
(pointer_declarator) "*lb"
(*) "*"
(identifier) "lb"
()) ")"
(;) ";"
(declaration) "void qp_solve_set_affine_inequality_constraints(qp_t *qp, matrix_t *A, vector_t *b);"
(primitive_type) "void"
(function_declarator) "qp_solve_set_affine_inequality_constraints(qp_t *qp, matrix_t *A, vector_t *b)"
(identifier) "qp_solve_set_affine_inequality_constraints"
(parameter_list) "(qp_t *qp, matrix_t *A, vector_t *b)"
(() "("
(parameter_declaration) "qp_t *qp"
(type_identifier) "qp_t"
(pointer_declarator) "*qp"
(*) "*"
(identifier) "qp"
(,) ","
(parameter_declaration) "matrix_t *A"
(type_identifier) "matrix_t"
(pointer_declarator) "*A"
(*) "*"
(identifier) "A"
(,) ","
(parameter_declaration) "vector_t *b"
(type_identifier) "vector_t"
(pointer_declarator) "*b"
(*) "*"
(identifier) "b"
()) ")"
(;) ";"
(declaration) "int qp_solve_start(qp_t *qp);"
(primitive_type) "int"
(function_declarator) "qp_solve_start(qp_t *qp)"
(identifier) "qp_solve_start"
(parameter_list) "(qp_t *qp)"
(() "("
(parameter_declaration) "qp_t *qp"
(type_identifier) "qp_t"
(pointer_declarator) "*qp"
(*) "*"
(identifier) "qp"
()) ")"
(;) ";"
(#endif) "#endif"
| 503
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 86, "avg_line_length": 30.19, "nodes": 377, "errors": 0, "source_hash": "c3874adfd0dcd9e3c8655ebac67181cec7784f6342f723160e5f2dd71a18abfb", "categorized_nodes": 222}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef __QPSOLVER_H__\n#define __QPSOLVER_H__\n\n#include <stdbool.h>\n#include \"matrix.h\"\n\n#if VERBOSE_MESSAGE == 0\n#define VERBOSE_PRINT(...)\n#else\n#define VERBOSE_PRINT(...) printf(__VA_ARGS__)\n#endif\n\n#if DEBUG_MESSAGE == 0\n#define DEBUG_PRINT_MATRIX(...)\n#define DEBUG_PRINT_VAR(...)\n#define DEBUG_PRINT(...)\n#else\n#define DEBUG_PRINT_MATRIX PRINT_MATRIX\n#define DEBUG_PRINT_VAR PRINT_VAR\n#define DEBUG_PRINT(...) printf(__VA_ARGS__)\n#endif\n\n/* return state of qp solver */\n#define QP_SUCCESS_SOLVED 0\n#define QP_ERROR_NO_OPTIMIZATION_VARIABLE 1\n#define QP_ERROR_NO_OBJECTIVE_FUNCTION 2\n#define QP_ERROR_INCOMPLETE_EQUAILITY_CONSTRAINT 3\n#define QP_ERROR_INCOMPLETE_INEQUAILITY_CONSTRAINT 4\n\n/* return state of phase1 (feasibility) solver */\n#define QP_PHASE1_FEASIBLE 0\n#define QP_PHASE1_INFEASIBLE 1\n\ntypedef struct {\n\t/* slack variable parameters for feasibility problem */\n\tdouble s_margin;\n\tdouble beta;\n\n\t/* log barrier parameters*/\n\tdouble t_init;\n\tdouble t_max;\n\tdouble mu;\n\n\t/* gradient descent */\n\tdouble step_size; //not used, replaced with backtracking line search\n\n\t/* backtracking line search parameters*/\n\tdouble backtracking_alpha;\n\tdouble backtracking_beta;\n\n\t/* stop criterions */\n\tdouble eps;\n\tint max_iters;\n\tint iters;\n} phase1_param;\n\ntypedef struct {\n\t/* log barrier parameters*/\n\tdouble t_init;\n\tdouble t_max;\n\tdouble mu;\n\n\t/* stop criterions */\n\tdouble eps;\n\tint max_iters;\n\tint iters;\n} phase2_param;\n\ntypedef struct {\n\t/* optimization variable */\n\tvector_t *x;\n\n\t/* cost function */\n\tmatrix_t *P;\n\tvector_t *q;\n\n\t/* equality constraint */\n\tmatrix_t *A_eq;\n\tvector_t *b_eq;\n\n\t/* inequality constraints */\n\tvector_t *lb; //lower bound inequality\n\tvector_t *ub; //upper bound inequality\n\tmatrix_t *A; //affine inequality matrix\n\tvector_t *b; //affine inequality vector\n\n\t/* parameters of phase1 (feasibility) solver */\n\tphase1_param phase1;\n\n\t/* parameters of phase2 (quadratic programming) solver */\n\tphase2_param phase2;\n} qp_t;\n\nvoid qp_set_default(qp_t *qp);\nvoid qp_config_phase1(qp_t *qp, phase1_param *phase1_config);\nvoid qp_config_phase2(qp_t *qp, phase2_param *phase2_config);\nbool qp_start_point_feasibility_check(qp_t *qp);\nvoid qp_solve_set_optimization_variable(qp_t *qp, vector_t *x);\nvoid qp_solve_set_cost_function(qp_t *qp, matrix_t *P, vector_t *q);\nvoid qp_solve_set_equality_constraints(qp_t *qp, matrix_t *A, vector_t *b);\nvoid qp_solve_set_upper_bound_inequality_constraints(qp_t *qp, vector_t *ub);\nvoid qp_solve_set_lower_bound_inequality_constraints(qp_t *qp, vector_t *lb);\nvoid qp_solve_set_affine_inequality_constraints(qp_t *qp, matrix_t *A, vector_t *b);\nint qp_solve_start(qp_t *qp);\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 31, 66, 70, 74, 78, 82, 86, 90, 94, 132, 155, 211, 221, 236, 251, 261, 276, 296, 316, 331, 346, 366, 376], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 105, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 7}}, {"id": 2, "type": "identifier", "text": "__QPSOLVER_H__", "parent": 0, "children": [], "start_point": {"row": 0, "column": 8}, "end_point": {"row": 0, "column": 22}}, {"id": 3, "type": "preproc_def", "text": "#define __QPSOLVER_H__\n", "parent": 0, "children": [4, 5], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 2, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, 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{"row": 4, "column": 0}, "end_point": {"row": 4, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"matrix.h\"", "parent": 9, "children": [], "start_point": {"row": 4, "column": 9}, "end_point": {"row": 4, "column": 19}}, {"id": 12, "type": "preproc_if", "text": "#if VERBOSE_MESSAGE == 0\n#define VERBOSE_PRINT(...)\n#else\n#define VERBOSE_PRINT(...) printf(__VA_ARGS__)\n#endif", "parent": 0, "children": [13, 14, 18, 19, 23, 30], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 10, "column": 6}}, {"id": 13, "type": "#if", "text": "#if", "parent": 12, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 3}}, {"id": 14, "type": "binary_expression", "text": "VERBOSE_MESSAGE == 0", "parent": 12, "children": [15, 16, 17], "start_point": {"row": 6, "column": 4}, "end_point": {"row": 6, "column": 24}}, {"id": 15, "type": "identifier", "text": "VERBOSE_MESSAGE", "parent": 14, "children": [], "start_point": {"row": 6, "column": 4}, "end_point": {"row": 6, "column": 19}}, {"id": 16, "type": "==", "text": "==", "parent": 14, "children": [], "start_point": {"row": 6, "column": 20}, "end_point": {"row": 6, "column": 22}}, {"id": 17, "type": "number_literal", "text": "0", "parent": 14, "children": [], "start_point": {"row": 6, "column": 23}, "end_point": {"row": 6, "column": 24}}, {"id": 18, "type": "\n", "text": "\n", "parent": 12, "children": [], "start_point": {"row": 6, "column": 24}, "end_point": {"row": 7, "column": 0}}, {"id": 19, "type": "preproc_function_def", "text": "#define VERBOSE_PRINT(...)\n", "parent": 12, "children": [20, 21, 22], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 8, "column": 0}}, {"id": 20, "type": "#define", "text": "#define", "parent": 19, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 7}}, {"id": 21, "type": "identifier", "text": "VERBOSE_PRINT", "parent": 19, "children": [], "start_point": {"row": 7, "column": 8}, "end_point": {"row": 7, "column": 21}}, {"id": 22, "type": "preproc_params", "text": "(...)", "parent": 19, "children": [], "start_point": {"row": 7, "column": 21}, "end_point": {"row": 7, "column": 26}}, {"id": 23, "type": "preproc_else", "text": "#else\n#define VERBOSE_PRINT(...) printf(__VA_ARGS__)\n", "parent": 12, "children": [24, 25], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 10, "column": 0}}, {"id": 24, "type": "#else", "text": "#else", "parent": 23, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 5}}, {"id": 25, "type": "preproc_function_def", "text": "#define VERBOSE_PRINT(...) printf(__VA_ARGS__)\n", "parent": 23, "children": [26, 27, 28, 29], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 10, "column": 0}}, {"id": 26, "type": "#define", "text": "#define", "parent": 25, "children": [], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 7}}, {"id": 27, "type": "identifier", "text": "VERBOSE_PRINT", "parent": 25, "children": [], "start_point": {"row": 9, "column": 8}, "end_point": {"row": 9, "column": 21}}, {"id": 28, "type": "preproc_params", "text": "(...)", "parent": 25, "children": [], "start_point": {"row": 9, "column": 21}, "end_point": {"row": 9, "column": 26}}, {"id": 29, "type": "preproc_arg", "text": "printf(__VA_ARGS__)", "parent": 25, "children": [], "start_point": {"row": 9, "column": 27}, "end_point": {"row": 9, "column": 46}}, {"id": 30, "type": "#endif", "text": "#endif", "parent": 12, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 6}}, {"id": 31, "type": "preproc_if", "text": "#if DEBUG_MESSAGE == 0\n#define DEBUG_PRINT_MATRIX(...)\n#define DEBUG_PRINT_VAR(...)\n#define DEBUG_PRINT(...)\n#else\n#define DEBUG_PRINT_MATRIX PRINT_MATRIX\n#define DEBUG_PRINT_VAR PRINT_VAR\n#define DEBUG_PRINT(...) printf(__VA_ARGS__)\n#endif", "parent": 0, "children": [32, 33, 37, 38, 42, 46, 50, 65], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 20, "column": 6}}, {"id": 32, "type": "#if", "text": "#if", "parent": 31, "children": [], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 12, "column": 3}}, {"id": 33, "type": "binary_expression", "text": "DEBUG_MESSAGE == 0", "parent": 31, "children": [34, 35, 36], "start_point": {"row": 12, "column": 4}, "end_point": {"row": 12, "column": 22}}, {"id": 34, "type": "identifier", "text": "DEBUG_MESSAGE", "parent": 33, "children": [], "start_point": {"row": 12, "column": 4}, "end_point": {"row": 12, "column": 17}}, {"id": 35, "type": "==", "text": "==", "parent": 33, "children": [], "start_point": {"row": 12, "column": 18}, "end_point": {"row": 12, "column": 20}}, {"id": 36, "type": "number_literal", "text": "0", "parent": 33, "children": [], "start_point": {"row": 12, "column": 21}, "end_point": {"row": 12, "column": 22}}, {"id": 37, "type": "\n", "text": "\n", "parent": 31, "children": [], "start_point": {"row": 12, "column": 22}, "end_point": {"row": 13, "column": 0}}, {"id": 38, "type": "preproc_function_def", "text": "#define DEBUG_PRINT_MATRIX(...)\n", "parent": 31, "children": [39, 40, 41], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 14, "column": 0}}, {"id": 39, "type": "#define", "text": "#define", "parent": 38, "children": [], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 13, "column": 7}}, {"id": 40, "type": "identifier", "text": "DEBUG_PRINT_MATRIX", "parent": 38, "children": [], "start_point": {"row": 13, "column": 8}, "end_point": {"row": 13, "column": 26}}, {"id": 41, "type": "preproc_params", "text": "(...)", "parent": 38, "children": [], "start_point": {"row": 13, "column": 26}, "end_point": {"row": 13, "column": 31}}, {"id": 42, "type": "preproc_function_def", "text": "#define DEBUG_PRINT_VAR(...)\n", "parent": 31, "children": [43, 44, 45], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 15, "column": 0}}, {"id": 43, "type": "#define", "text": "#define", "parent": 42, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 7}}, {"id": 44, "type": "identifier", "text": "DEBUG_PRINT_VAR", "parent": 42, "children": [], "start_point": {"row": 14, "column": 8}, "end_point": {"row": 14, "column": 23}}, {"id": 45, "type": "preproc_params", "text": "(...)", "parent": 42, "children": [], "start_point": {"row": 14, "column": 23}, "end_point": {"row": 14, "column": 28}}, {"id": 46, "type": "preproc_function_def", "text": "#define DEBUG_PRINT(...)\n", "parent": 31, "children": [47, 48, 49], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 16, "column": 0}}, {"id": 47, "type": "#define", "text": "#define", "parent": 46, "children": [], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 7}}, {"id": 48, "type": "identifier", "text": "DEBUG_PRINT", "parent": 46, "children": [], "start_point": {"row": 15, "column": 8}, "end_point": {"row": 15, "column": 19}}, {"id": 49, "type": "preproc_params", "text": "(...)", "parent": 46, "children": [], "start_point": {"row": 15, "column": 19}, "end_point": {"row": 15, "column": 24}}, {"id": 50, "type": "preproc_else", "text": "#else\n#define DEBUG_PRINT_MATRIX PRINT_MATRIX\n#define DEBUG_PRINT_VAR PRINT_VAR\n#define DEBUG_PRINT(...) printf(__VA_ARGS__)\n", "parent": 31, "children": [51, 52, 56, 60], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 20, "column": 0}}, {"id": 51, "type": "#else", "text": "#else", "parent": 50, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 5}}, {"id": 52, "type": "preproc_def", "text": "#define DEBUG_PRINT_MATRIX PRINT_MATRIX\n", "parent": 50, "children": [53, 54, 55], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 18, "column": 0}}, {"id": 53, "type": "#define", "text": "#define", "parent": 52, "children": [], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 7}}, {"id": 54, "type": "identifier", "text": "DEBUG_PRINT_MATRIX", "parent": 52, "children": [], "start_point": {"row": 17, "column": 8}, "end_point": {"row": 17, "column": 26}}, {"id": 55, "type": "preproc_arg", "text": "PRINT_MATRIX", "parent": 52, "children": [], "start_point": {"row": 17, "column": 27}, "end_point": {"row": 17, "column": 39}}, {"id": 56, "type": "preproc_def", "text": "#define DEBUG_PRINT_VAR PRINT_VAR\n", "parent": 50, "children": [57, 58, 59], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 57, "type": "#define", "text": "#define", "parent": 56, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 7}}, {"id": 58, "type": "identifier", "text": "DEBUG_PRINT_VAR", "parent": 56, "children": [], "start_point": {"row": 18, "column": 8}, "end_point": {"row": 18, "column": 23}}, {"id": 59, "type": "preproc_arg", "text": "PRINT_VAR", "parent": 56, "children": [], "start_point": {"row": 18, "column": 24}, "end_point": {"row": 18, "column": 33}}, {"id": 60, "type": "preproc_function_def", "text": "#define DEBUG_PRINT(...) printf(__VA_ARGS__)\n", "parent": 50, "children": [61, 62, 63, 64], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 20, "column": 0}}, {"id": 61, "type": "#define", "text": "#define", "parent": 60, "children": [], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 19, "column": 7}}, {"id": 62, "type": "identifier", "text": "DEBUG_PRINT", "parent": 60, "children": [], "start_point": {"row": 19, "column": 8}, "end_point": {"row": 19, "column": 19}}, {"id": 63, "type": "preproc_params", "text": "(...)", "parent": 60, "children": [], "start_point": {"row": 19, "column": 19}, "end_point": {"row": 19, "column": 24}}, {"id": 64, "type": "preproc_arg", "text": "printf(__VA_ARGS__)", "parent": 60, "children": [], "start_point": {"row": 19, "column": 25}, "end_point": {"row": 19, "column": 44}}, {"id": 65, "type": "#endif", "text": "#endif", "parent": 31, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 6}}, {"id": 66, "type": "preproc_def", "text": "#define QP_SUCCESS_SOLVED 0\n", "parent": 0, "children": [67, 68, 69], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 24, "column": 0}}, {"id": 67, "type": "#define", "text": "#define", "parent": 66, "children": [], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 23, "column": 7}}, {"id": 68, "type": "identifier", "text": "QP_SUCCESS_SOLVED", "parent": 66, "children": [], "start_point": {"row": 23, "column": 8}, "end_point": {"row": 23, "column": 25}}, {"id": 69, "type": "preproc_arg", "text": "0", "parent": 66, "children": [], "start_point": {"row": 23, "column": 51}, "end_point": {"row": 23, "column": 52}}, {"id": 70, "type": "preproc_def", "text": "#define QP_ERROR_NO_OPTIMIZATION_VARIABLE 1\n", "parent": 0, "children": [71, 72, 73], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 25, "column": 0}}, {"id": 71, "type": "#define", "text": "#define", "parent": 70, "children": [], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 24, "column": 7}}, {"id": 72, "type": "identifier", "text": "QP_ERROR_NO_OPTIMIZATION_VARIABLE", "parent": 70, "children": [], "start_point": {"row": 24, "column": 8}, "end_point": {"row": 24, "column": 41}}, {"id": 73, "type": "preproc_arg", "text": "1", "parent": 70, "children": [], "start_point": {"row": 24, "column": 51}, "end_point": {"row": 24, "column": 52}}, {"id": 74, "type": "preproc_def", "text": "#define QP_ERROR_NO_OBJECTIVE_FUNCTION 2\n", "parent": 0, "children": [75, 76, 77], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 26, "column": 0}}, {"id": 75, "type": "#define", "text": "#define", "parent": 74, "children": [], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 25, "column": 7}}, {"id": 76, "type": "identifier", "text": "QP_ERROR_NO_OBJECTIVE_FUNCTION", "parent": 74, "children": [], "start_point": {"row": 25, "column": 8}, "end_point": {"row": 25, "column": 38}}, {"id": 77, "type": "preproc_arg", "text": "2", "parent": 74, "children": [], "start_point": {"row": 25, "column": 51}, "end_point": {"row": 25, "column": 52}}, {"id": 78, "type": "preproc_def", "text": "#define QP_ERROR_INCOMPLETE_EQUAILITY_CONSTRAINT 3\n", "parent": 0, "children": [79, 80, 81], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 27, "column": 0}}, {"id": 79, "type": "#define", "text": "#define", "parent": 78, "children": [], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 26, "column": 7}}, {"id": 80, "type": "identifier", "text": "QP_ERROR_INCOMPLETE_EQUAILITY_CONSTRAINT", "parent": 78, "children": [], "start_point": {"row": 26, "column": 8}, "end_point": {"row": 26, "column": 48}}, {"id": 81, "type": "preproc_arg", "text": "3", "parent": 78, "children": [], "start_point": {"row": 26, "column": 51}, "end_point": {"row": 26, "column": 52}}, {"id": 82, "type": "preproc_def", "text": "#define QP_ERROR_INCOMPLETE_INEQUAILITY_CONSTRAINT 4\n", "parent": 0, "children": [83, 84, 85], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 28, "column": 0}}, {"id": 83, "type": "#define", "text": "#define", "parent": 82, "children": [], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 27, "column": 7}}, {"id": 84, "type": "identifier", "text": "QP_ERROR_INCOMPLETE_INEQUAILITY_CONSTRAINT", "parent": 82, "children": [], "start_point": {"row": 27, "column": 8}, "end_point": {"row": 27, "column": 50}}, {"id": 85, "type": "preproc_arg", "text": "4", "parent": 82, "children": [], "start_point": {"row": 27, "column": 51}, "end_point": {"row": 27, "column": 52}}, {"id": 86, "type": "preproc_def", "text": "#define QP_PHASE1_FEASIBLE 0\n", "parent": 0, "children": [87, 88, 89], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 31, "column": 0}}, {"id": 87, "type": "#define", "text": "#define", "parent": 86, "children": [], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 30, "column": 7}}, {"id": 88, "type": "identifier", "text": "QP_PHASE1_FEASIBLE", "parent": 86, "children": [], "start_point": {"row": 30, "column": 8}, "end_point": {"row": 30, "column": 26}}, {"id": 89, "type": "preproc_arg", "text": "0", "parent": 86, "children": [], "start_point": {"row": 30, "column": 29}, "end_point": {"row": 30, "column": 30}}, {"id": 90, "type": "preproc_def", "text": "#define QP_PHASE1_INFEASIBLE 1\n", "parent": 0, "children": [91, 92, 93], "start_point": {"row": 31, "column": 0}, "end_point": {"row": 32, "column": 0}}, {"id": 91, "type": "#define", "text": "#define", "parent": 90, "children": [], "start_point": {"row": 31, "column": 0}, "end_point": {"row": 31, "column": 7}}, {"id": 92, "type": "identifier", "text": "QP_PHASE1_INFEASIBLE", "parent": 90, "children": [], "start_point": {"row": 31, "column": 8}, "end_point": {"row": 31, "column": 28}}, {"id": 93, "type": "preproc_arg", "text": "1", "parent": 90, "children": [], "start_point": {"row": 31, "column": 29}, "end_point": {"row": 31, "column": 30}}, {"id": 94, "type": "type_definition", "text": "typedef struct {\n\t/* slack variable parameters for feasibility problem */\n\tdouble s_margin;\n\tdouble beta;\n\n\t/* log barrier parameters*/\n\tdouble t_init;\n\tdouble t_max;\n\tdouble mu;\n\n\t/* gradient descent */\n\tdouble step_size; //not used, replaced with backtracking line search\n\n\t/* backtracking line search parameters*/\n\tdouble backtracking_alpha;\n\tdouble backtracking_beta;\n\n\t/* stop criterions */\n\tdouble eps;\n\tint max_iters;\n\tint iters;\n} phase1_param;", "parent": 0, "children": [95, 96, 131], "start_point": {"row": 33, "column": 0}, "end_point": {"row": 54, "column": 15}}, {"id": 95, "type": "typedef", "text": "typedef", "parent": 94, "children": [], "start_point": {"row": 33, "column": 0}, "end_point": {"row": 33, "column": 7}}, {"id": 96, "type": "struct_specifier", "text": "struct {\n\t/* slack variable parameters for feasibility problem */\n\tdouble s_margin;\n\tdouble beta;\n\n\t/* log barrier parameters*/\n\tdouble t_init;\n\tdouble t_max;\n\tdouble mu;\n\n\t/* gradient descent */\n\tdouble step_size; //not used, replaced with backtracking line search\n\n\t/* backtracking line search parameters*/\n\tdouble backtracking_alpha;\n\tdouble backtracking_beta;\n\n\t/* stop criterions */\n\tdouble eps;\n\tint max_iters;\n\tint iters;\n}", "parent": 94, "children": [97], "start_point": {"row": 33, "column": 8}, "end_point": {"row": 54, "column": 1}}, {"id": 97, "type": "struct", "text": "struct", "parent": 96, "children": [], "start_point": {"row": 33, "column": 8}, "end_point": {"row": 33, "column": 14}}, {"id": 98, "type": "field_declaration", "text": "double s_margin;", "parent": 96, "children": [99, 100], "start_point": {"row": 35, "column": 1}, "end_point": {"row": 35, "column": 17}}, {"id": 99, "type": "primitive_type", "text": "double", "parent": 98, "children": [], "start_point": {"row": 35, "column": 1}, "end_point": {"row": 35, "column": 7}}, {"id": 100, "type": "field_identifier", "text": "s_margin", "parent": 98, "children": [], "start_point": {"row": 35, "column": 8}, "end_point": {"row": 35, "column": 16}}, {"id": 101, "type": "field_declaration", "text": "double beta;", "parent": 96, "children": [102, 103], "start_point": {"row": 36, "column": 1}, "end_point": {"row": 36, "column": 13}}, {"id": 102, "type": "primitive_type", "text": "double", "parent": 101, "children": [], "start_point": {"row": 36, "column": 1}, "end_point": {"row": 36, "column": 7}}, {"id": 103, "type": "field_identifier", "text": "beta", "parent": 101, "children": [], "start_point": {"row": 36, "column": 8}, "end_point": {"row": 36, "column": 12}}, {"id": 104, "type": "field_declaration", "text": "double t_init;", "parent": 96, "children": [105, 106], "start_point": {"row": 39, "column": 1}, "end_point": {"row": 39, "column": 15}}, {"id": 105, "type": "primitive_type", "text": "double", "parent": 104, "children": [], "start_point": {"row": 39, "column": 1}, "end_point": {"row": 39, "column": 7}}, {"id": 106, "type": "field_identifier", "text": "t_init", "parent": 104, "children": [], "start_point": {"row": 39, "column": 8}, "end_point": {"row": 39, "column": 14}}, {"id": 107, "type": "field_declaration", "text": "double t_max;", "parent": 96, "children": [108, 109], "start_point": {"row": 40, "column": 1}, "end_point": {"row": 40, "column": 14}}, {"id": 108, "type": "primitive_type", "text": "double", "parent": 107, "children": [], "start_point": {"row": 40, "column": 1}, "end_point": {"row": 40, "column": 7}}, {"id": 109, "type": "field_identifier", "text": "t_max", "parent": 107, "children": [], "start_point": {"row": 40, "column": 8}, "end_point": {"row": 40, "column": 13}}, {"id": 110, "type": "field_declaration", "text": "double mu;", "parent": 96, "children": [111, 112], "start_point": {"row": 41, "column": 1}, "end_point": {"row": 41, "column": 11}}, {"id": 111, "type": "primitive_type", "text": "double", "parent": 110, "children": [], "start_point": {"row": 41, "column": 1}, "end_point": {"row": 41, "column": 7}}, {"id": 112, "type": "field_identifier", "text": "mu", "parent": 110, "children": [], "start_point": {"row": 41, "column": 8}, "end_point": {"row": 41, "column": 10}}, {"id": 113, "type": "field_declaration", "text": "double step_size;", "parent": 96, "children": [114, 115], "start_point": {"row": 44, "column": 1}, "end_point": {"row": 44, "column": 18}}, {"id": 114, "type": "primitive_type", "text": "double", "parent": 113, "children": [], "start_point": {"row": 44, "column": 1}, "end_point": {"row": 44, "column": 7}}, {"id": 115, "type": "field_identifier", "text": "step_size", "parent": 113, "children": [], "start_point": {"row": 44, "column": 8}, "end_point": {"row": 44, "column": 17}}, {"id": 116, "type": "field_declaration", "text": "double backtracking_alpha;", "parent": 96, "children": [117, 118], "start_point": {"row": 47, "column": 1}, "end_point": {"row": 47, "column": 27}}, {"id": 117, "type": "primitive_type", "text": "double", "parent": 116, "children": [], "start_point": {"row": 47, "column": 1}, "end_point": {"row": 47, "column": 7}}, {"id": 118, "type": "field_identifier", "text": "backtracking_alpha", "parent": 116, "children": [], "start_point": {"row": 47, "column": 8}, "end_point": {"row": 47, "column": 26}}, {"id": 119, "type": "field_declaration", "text": "double backtracking_beta;", "parent": 96, "children": [120, 121], "start_point": {"row": 48, "column": 1}, "end_point": {"row": 48, "column": 26}}, {"id": 120, "type": "primitive_type", "text": "double", "parent": 119, "children": [], "start_point": {"row": 48, "column": 1}, "end_point": {"row": 48, "column": 7}}, {"id": 121, "type": "field_identifier", "text": "backtracking_beta", "parent": 119, "children": [], "start_point": {"row": 48, "column": 8}, "end_point": {"row": 48, "column": 25}}, {"id": 122, "type": "field_declaration", "text": "double eps;", "parent": 96, "children": [123, 124], "start_point": {"row": 51, "column": 1}, "end_point": {"row": 51, "column": 12}}, {"id": 123, "type": "primitive_type", "text": "double", "parent": 122, "children": [], "start_point": {"row": 51, "column": 1}, "end_point": {"row": 51, "column": 7}}, {"id": 124, "type": "field_identifier", "text": "eps", "parent": 122, "children": [], "start_point": {"row": 51, "column": 8}, "end_point": {"row": 51, "column": 11}}, {"id": 125, "type": "field_declaration", "text": "int max_iters;", "parent": 96, "children": [126, 127], "start_point": {"row": 52, "column": 1}, "end_point": {"row": 52, "column": 15}}, {"id": 126, "type": "primitive_type", "text": "int", "parent": 125, "children": [], "start_point": {"row": 52, "column": 1}, "end_point": {"row": 52, "column": 4}}, {"id": 127, "type": "field_identifier", "text": "max_iters", "parent": 125, "children": [], "start_point": {"row": 52, "column": 5}, "end_point": {"row": 52, "column": 14}}, {"id": 128, "type": "field_declaration", "text": "int iters;", "parent": 96, "children": [129, 130], "start_point": {"row": 53, "column": 1}, "end_point": {"row": 53, "column": 11}}, {"id": 129, "type": "primitive_type", "text": "int", "parent": 128, "children": [], "start_point": {"row": 53, "column": 1}, "end_point": {"row": 53, "column": 4}}, {"id": 130, "type": "field_identifier", "text": "iters", "parent": 128, "children": [], "start_point": {"row": 53, "column": 5}, "end_point": {"row": 53, "column": 10}}, {"id": 131, "type": "type_identifier", "text": "phase1_param", "parent": 94, "children": [], "start_point": {"row": 54, "column": 2}, "end_point": {"row": 54, "column": 14}}, {"id": 132, "type": "type_definition", "text": "typedef struct {\n\t/* log barrier parameters*/\n\tdouble t_init;\n\tdouble t_max;\n\tdouble mu;\n\n\t/* stop criterions */\n\tdouble eps;\n\tint max_iters;\n\tint iters;\n} phase2_param;", "parent": 0, "children": [133, 134, 154], "start_point": {"row": 56, "column": 0}, "end_point": {"row": 66, "column": 15}}, {"id": 133, "type": "typedef", "text": "typedef", "parent": 132, "children": [], "start_point": {"row": 56, "column": 0}, "end_point": {"row": 56, "column": 7}}, {"id": 134, "type": "struct_specifier", "text": "struct {\n\t/* log barrier parameters*/\n\tdouble t_init;\n\tdouble t_max;\n\tdouble mu;\n\n\t/* stop criterions */\n\tdouble eps;\n\tint max_iters;\n\tint iters;\n}", "parent": 132, "children": [135], "start_point": {"row": 56, "column": 8}, "end_point": {"row": 66, "column": 1}}, {"id": 135, "type": "struct", "text": "struct", "parent": 134, "children": [], "start_point": {"row": 56, "column": 8}, "end_point": {"row": 56, "column": 14}}, {"id": 136, "type": "field_declaration", "text": "double t_init;", "parent": 134, "children": [137, 138], "start_point": {"row": 58, "column": 1}, "end_point": {"row": 58, "column": 15}}, {"id": 137, "type": "primitive_type", "text": "double", "parent": 136, 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"column": 52}}, {"id": 353, "type": "pointer_declarator", "text": "*qp", "parent": 351, "children": [354, 355], "start_point": {"row": 102, "column": 53}, "end_point": {"row": 102, "column": 56}}, {"id": 354, "type": "*", "text": "*", "parent": 353, "children": [], "start_point": {"row": 102, "column": 53}, "end_point": {"row": 102, "column": 54}}, {"id": 355, "type": "identifier", "text": "qp", "parent": 353, "children": [], "start_point": {"row": 102, "column": 54}, "end_point": {"row": 102, "column": 56}}, {"id": 356, "type": "parameter_declaration", "text": "matrix_t *A", "parent": 350, "children": [357, 358], "start_point": {"row": 102, "column": 58}, "end_point": {"row": 102, "column": 69}}, {"id": 357, "type": "type_identifier", "text": "matrix_t", "parent": 356, "children": [], "start_point": {"row": 102, "column": 58}, "end_point": {"row": 102, "column": 66}}, {"id": 358, "type": "pointer_declarator", "text": "*A", "parent": 356, "children": [359, 360], "start_point": {"row": 102, "column": 67}, "end_point": {"row": 102, "column": 69}}, {"id": 359, "type": "*", "text": "*", "parent": 358, "children": [], "start_point": {"row": 102, "column": 67}, "end_point": {"row": 102, "column": 68}}, {"id": 360, "type": "identifier", "text": "A", "parent": 358, "children": [], "start_point": {"row": 102, "column": 68}, "end_point": {"row": 102, "column": 69}}, {"id": 361, "type": "parameter_declaration", "text": "vector_t *b", "parent": 350, "children": [362, 363], "start_point": {"row": 102, "column": 71}, "end_point": {"row": 102, "column": 82}}, {"id": 362, "type": "type_identifier", "text": "vector_t", "parent": 361, "children": [], "start_point": {"row": 102, "column": 71}, "end_point": {"row": 102, "column": 79}}, {"id": 363, "type": "pointer_declarator", "text": "*b", "parent": 361, "children": [364, 365], "start_point": {"row": 102, "column": 80}, "end_point": {"row": 102, "column": 82}}, {"id": 364, "type": "*", "text": "*", "parent": 363, "children": [], "start_point": {"row": 102, "column": 80}, "end_point": {"row": 102, "column": 81}}, {"id": 365, "type": "identifier", "text": "b", "parent": 363, "children": [], "start_point": {"row": 102, "column": 81}, "end_point": {"row": 102, "column": 82}}, {"id": 366, "type": "declaration", "text": "int qp_solve_start(qp_t *qp);", "parent": 0, "children": [367, 368], "start_point": {"row": 103, "column": 0}, "end_point": {"row": 103, "column": 29}}, {"id": 367, "type": "primitive_type", "text": "int", "parent": 366, "children": [], "start_point": {"row": 103, "column": 0}, "end_point": {"row": 103, "column": 3}}, {"id": 368, "type": "function_declarator", "text": "qp_solve_start(qp_t *qp)", "parent": 366, "children": [369, 370], "start_point": {"row": 103, "column": 4}, "end_point": {"row": 103, "column": 28}}, {"id": 369, "type": "identifier", "text": "qp_solve_start", "parent": 368, "children": [], "start_point": {"row": 103, "column": 4}, "end_point": {"row": 103, "column": 18}}, {"id": 370, "type": "parameter_list", "text": "(qp_t *qp)", "parent": 368, "children": [371], "start_point": {"row": 103, "column": 18}, "end_point": {"row": 103, "column": 28}}, {"id": 371, "type": "parameter_declaration", "text": "qp_t *qp", "parent": 370, "children": [372, 373], "start_point": {"row": 103, "column": 19}, "end_point": {"row": 103, "column": 27}}, {"id": 372, "type": "type_identifier", "text": "qp_t", "parent": 371, "children": [], "start_point": {"row": 103, "column": 19}, "end_point": {"row": 103, "column": 23}}, {"id": 373, "type": "pointer_declarator", "text": "*qp", "parent": 371, "children": [374, 375], "start_point": {"row": 103, "column": 24}, "end_point": {"row": 103, "column": 27}}, {"id": 374, "type": "*", "text": "*", "parent": 373, "children": [], "start_point": {"row": 103, "column": 24}, "end_point": {"row": 103, "column": 25}}, {"id": 375, "type": "identifier", "text": "qp", "parent": 373, "children": [], "start_point": {"row": 103, "column": 25}, "end_point": {"row": 103, "column": 27}}, {"id": 376, "type": "#endif", "text": "#endif", "parent": 0, "children": [], "start_point": {"row": 105, "column": 0}, "end_point": {"row": 105, "column": 6}}]}, "node_categories": {"declarations": {"functions": [19, 25, 38, 42, 46, 60, 213, 223, 238, 253, 263, 278, 298, 318, 333, 348, 368], "variables": [94, 98, 101, 104, 107, 110, 113, 116, 119, 122, 125, 128, 132, 136, 139, 142, 145, 148, 151, 155, 159, 164, 169, 174, 179, 184, 189, 194, 199, 204, 207, 211, 216, 221, 226, 231, 236, 241, 246, 251, 256, 261, 266, 271, 276, 281, 286, 291, 296, 301, 306, 311, 316, 321, 326, 331, 336, 341, 346, 351, 356, 361, 366, 371], "classes": [96, 97, 134, 135, 157, 158], "imports": [6, 7, 9, 10], "modules": [], "enums": []}, "statements": {"expressions": [14, 33], "assignments": [], "loops": [], "conditionals": [0, 1, 2, 5, 12, 13, 15, 21, 27, 30, 31, 32, 34, 40, 44, 48, 54, 58, 62, 65, 68, 72, 76, 80, 84, 88, 92, 100, 103, 106, 109, 112, 115, 118, 121, 124, 127, 130, 131, 138, 141, 144, 147, 150, 153, 154, 160, 163, 165, 168, 170, 173, 175, 178, 180, 183, 185, 188, 190, 193, 195, 198, 200, 203, 205, 206, 208, 209, 210, 214, 217, 220, 224, 227, 230, 232, 235, 239, 242, 245, 247, 250, 254, 257, 260, 264, 267, 270, 272, 275, 279, 282, 285, 287, 290, 292, 295, 299, 302, 305, 307, 310, 312, 315, 319, 322, 325, 327, 330, 334, 337, 340, 342, 345, 349, 352, 355, 357, 360, 362, 365, 369, 372, 375, 376], "returns": [], "exceptions": []}, "expressions": {"calls": [], "literals": [8, 11, 17, 36], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 19, "universal_type": "function", "name": "unknown", "text_snippet": "#define VERBOSE_PRINT(...)\n"}, {"node_id": 25, "universal_type": "function", "name": "unknown", "text_snippet": "#define VERBOSE_PRINT(...) printf(__VA_ARGS__)\n"}, {"node_id": 38, "universal_type": "function", "name": "unknown", "text_snippet": "#define DEBUG_PRINT_MATRIX(...)\n"}, {"node_id": 42, "universal_type": "function", "name": "unknown", "text_snippet": "#define DEBUG_PRINT_VAR(...)\n"}, {"node_id": 46, "universal_type": "function", "name": "unknown", "text_snippet": "#define DEBUG_PRINT(...)\n"}, {"node_id": 60, "universal_type": "function", "name": "unknown", "text_snippet": "#define DEBUG_PRINT(...) printf(__VA_ARGS__)\n"}, {"node_id": 213, "universal_type": "function", "name": "unknown", "text_snippet": "qp_set_default(qp_t *qp)"}, {"node_id": 223, "universal_type": "function", "name": "unknown", "text_snippet": "qp_config_phase1(qp_t *qp, phase1_param *phase1_config)"}, {"node_id": 238, "universal_type": "function", "name": "unknown", "text_snippet": "qp_config_phase2(qp_t *qp, phase2_param *phase2_config)"}, {"node_id": 253, "universal_type": "function", "name": "unknown", "text_snippet": "qp_start_point_feasibility_check(qp_t *qp)"}, {"node_id": 263, "universal_type": "function", "name": "unknown", "text_snippet": "qp_solve_set_optimization_variable(qp_t *qp, vector_t *x)"}, {"node_id": 278, "universal_type": "function", "name": "unknown", "text_snippet": "qp_solve_set_cost_function(qp_t *qp, matrix_t *P, vector_t *q)"}, {"node_id": 298, "universal_type": "function", "name": "unknown", "text_snippet": "qp_solve_set_equality_constraints(qp_t *qp, matrix_t *A, vector_t *b)"}, {"node_id": 318, "universal_type": "function", "name": "unknown", "text_snippet": "qp_solve_set_upper_bound_inequality_constraints(qp_t *qp, vector_t *ub)"}, {"node_id": 333, "universal_type": "function", "name": "unknown", "text_snippet": "qp_solve_set_lower_bound_inequality_constraints(qp_t *qp, vector_t *lb)"}, {"node_id": 348, "universal_type": "function", "name": "unknown", "text_snippet": "qp_solve_set_affine_inequality_constraints(qp_t *qp, matrix_t *A, vector_t *b)"}, {"node_id": 368, "universal_type": "function", "name": "unknown", "text_snippet": "qp_solve_start(qp_t *qp)"}], "class_declarations": [{"node_id": 96, "universal_type": "class", "name": "{", "text_snippet": "struct {\n\t/* slack variable parameters for feasibility problem */\n\tdouble s_margin;\n\tdouble beta;\n\n\t"}, {"node_id": 97, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 134, "universal_type": "class", "name": "{", "text_snippet": "struct {\n\t/* log barrier parameters*/\n\tdouble t_init;\n\tdouble t_max;\n\tdouble mu;\n\n\t/* stop criterion"}, {"node_id": 135, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 157, "universal_type": "class", "name": "{", "text_snippet": "struct {\n\t/* optimization variable */\n\tvector_t *x;\n\n\t/* cost function */\n\tmatrix_t *P;\n\tvector_t *q"}, {"node_id": 158, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 6, "text": "#include <stdbool.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"matrix.h\"\n"}, {"node_id": 10, "text": "#include"}]}, "original_source_code": "#ifndef __QPSOLVER_H__\n#define __QPSOLVER_H__\n\n#include <stdbool.h>\n#include \"matrix.h\"\n\n#if VERBOSE_MESSAGE == 0\n#define VERBOSE_PRINT(...)\n#else\n#define VERBOSE_PRINT(...) printf(__VA_ARGS__)\n#endif\n\n#if DEBUG_MESSAGE == 0\n#define DEBUG_PRINT_MATRIX(...)\n#define DEBUG_PRINT_VAR(...)\n#define DEBUG_PRINT(...)\n#else\n#define DEBUG_PRINT_MATRIX PRINT_MATRIX\n#define DEBUG_PRINT_VAR PRINT_VAR\n#define DEBUG_PRINT(...) printf(__VA_ARGS__)\n#endif\n\n/* return state of qp solver */\n#define QP_SUCCESS_SOLVED 0\n#define QP_ERROR_NO_OPTIMIZATION_VARIABLE 1\n#define QP_ERROR_NO_OBJECTIVE_FUNCTION 2\n#define QP_ERROR_INCOMPLETE_EQUAILITY_CONSTRAINT 3\n#define QP_ERROR_INCOMPLETE_INEQUAILITY_CONSTRAINT 4\n\n/* return state of phase1 (feasibility) solver */\n#define QP_PHASE1_FEASIBLE 0\n#define QP_PHASE1_INFEASIBLE 1\n\ntypedef struct {\n\t/* slack variable parameters for feasibility problem */\n\tdouble s_margin;\n\tdouble beta;\n\n\t/* log barrier parameters*/\n\tdouble t_init;\n\tdouble t_max;\n\tdouble mu;\n\n\t/* gradient descent */\n\tdouble step_size; //not used, replaced with backtracking line search\n\n\t/* backtracking line search parameters*/\n\tdouble backtracking_alpha;\n\tdouble backtracking_beta;\n\n\t/* stop criterions */\n\tdouble eps;\n\tint max_iters;\n\tint iters;\n} phase1_param;\n\ntypedef struct {\n\t/* log barrier parameters*/\n\tdouble t_init;\n\tdouble t_max;\n\tdouble mu;\n\n\t/* stop criterions */\n\tdouble eps;\n\tint max_iters;\n\tint iters;\n} phase2_param;\n\ntypedef struct {\n\t/* optimization variable */\n\tvector_t *x;\n\n\t/* cost function */\n\tmatrix_t *P;\n\tvector_t *q;\n\n\t/* equality constraint */\n\tmatrix_t *A_eq;\n\tvector_t *b_eq;\n\n\t/* inequality constraints */\n\tvector_t *lb; //lower bound inequality\n\tvector_t *ub; //upper bound inequality\n\tmatrix_t *A; //affine inequality matrix\n\tvector_t *b; //affine inequality vector\n\n\t/* parameters of phase1 (feasibility) solver */\n\tphase1_param phase1;\n\n\t/* parameters of phase2 (quadratic programming) solver */\n\tphase2_param phase2;\n} qp_t;\n\nvoid qp_set_default(qp_t *qp);\nvoid qp_config_phase1(qp_t *qp, phase1_param *phase1_config);\nvoid qp_config_phase2(qp_t *qp, phase2_param *phase2_config);\nbool qp_start_point_feasibility_check(qp_t *qp);\nvoid qp_solve_set_optimization_variable(qp_t *qp, vector_t *x);\nvoid qp_solve_set_cost_function(qp_t *qp, matrix_t *P, vector_t *q);\nvoid qp_solve_set_equality_constraints(qp_t *qp, matrix_t *A, vector_t *b);\nvoid qp_solve_set_upper_bound_inequality_constraints(qp_t *qp, vector_t *ub);\nvoid qp_solve_set_lower_bound_inequality_constraints(qp_t *qp, vector_t *lb);\nvoid qp_solve_set_affine_inequality_constraints(qp_t *qp, matrix_t *A, vector_t *b);\nint qp_solve_start(qp_t *qp);\n\n#endif\n"}
| 206
|
c
|
--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC
+++ conversion/minctoecat/machine_indep.c
@@ -1,7 +1,11 @@
#include <stdlib.h>
#include <string.h>
+#include <arpa/inet.h>
+#include <unistd.h> /* for swab() */
#include "ecat_write.h"
+void swaw( short *from, short *to, int length);
+
#define OK 0
#define ERROR -1
| 25.46
| 13
|
(translation_unit) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h> /* for swab() */\n #include "ecat_write.h"\n \n+void swaw( short *from, short *to, int length);\n+\n #define OK 0\n #define ERROR -1\n \n"
(ERROR) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h> /* for swab() */\n #include "ecat_write.h"\n \n+void swaw( short *from, short *to, int length);\n+\n #define OK 0\n #define ERROR -1"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h> /* for swab() */\n #include "ecat_write.h"\n \n+void swaw( short *from, short *to, int length);\n+\n #define OK 0\n #define ERROR -1"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h> /* for swab() */\n #include "ecat_write.h"\n \n+void swaw( short *from, short *to, int length);\n+\n #define OK 0\n #define ERROR"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h> /* for swab() */\n #include "ecat_write.h"\n \n+void swaw( short *from, short *to, int length)"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012-09-24 17:35:36 UTC\n++"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012-09"
(binary_expression) "--- conversion/minctoecat/machine_indep.c.orig 2012"
(binary_expression) "--- conversion/minctoecat"
(update_expression) "--- conversion"
(--) "--"
(unary_expression) "- conversion"
(-) "-"
(identifier) "conversion"
(/) "/"
(identifier) "minctoecat"
(/) "/"
(ERROR) "machine_indep.c.orig"
(field_expression) "machine_indep.c.orig"
(field_expression) "machine_indep.c"
(identifier) "machine_indep"
(.) "."
(field_identifier) "c"
(.) "."
(field_identifier) "orig"
(number_literal) "2012"
(-) "-"
(number_literal) "09"
(-) "-"
(ERROR) "24 17:35:36"
(number_literal) "24"
(number_literal) "17"
(:) ":"
(number_literal) "35"
(:) ":"
(number_literal) "36"
(update_expression) "UTC\n++"
(identifier) "UTC"
(++) "++"
(+) "+"
(binary_expression) "conversion/minctoecat/machine_indep.c\n@@ -1,7"
(binary_expression) "conversion/minctoecat"
(identifier) "conversion"
(/) "/"
(identifier) "minctoecat"
(/) "/"
(ERROR) "machine_indep.c\n@@ -1,"
(field_expression) "machine_indep.c"
(identifier) "machine_indep"
(.) "."
(field_identifier) "c"
(ERROR) "@@"
(number_literal) "-1"
(,) ","
(number_literal) "7"
(+) "+"
(number_literal) "1"
(ERROR) ",11 @@\n #include"
(,) ","
(number_literal) "11"
(ERROR) "@@"
(#include) "#include"
(<) "<"
(field_expression) "stdlib.h"
(identifier) "stdlib"
(.) "."
(field_identifier) "h"
(>) ">"
(ERROR) "#include <"
(#include) "#include"
(<) "<"
(field_expression) "string.h"
(identifier) "string"
(.) "."
(field_identifier) "h"
(>) ">"
(binary_expression) "+#include <arpa/inet.h"
(unary_expression) "+#include <arpa"
(+) "+"
(ERROR) "#include <"
(#include) "#include"
(<) "<"
(identifier) "arpa"
(/) "/"
(field_expression) "inet.h"
(identifier) "inet"
(.) "."
(field_identifier) "h"
(>) ">"
(unary_expression) "+#include <unistd.h"
(+) "+"
(ERROR) "#include <"
(#include) "#include"
(<) "<"
(field_expression) "unistd.h"
(identifier) "unistd"
(.) "."
(field_identifier) "h"
(>) ">"
(comment) "/* for swab() */"
(ERROR) "#include"
(#include) "#include"
(binary_expression) ""ecat_write.h"\n \n+void swaw( short *from, short *to, int length)"
(string_literal) ""ecat_write.h""
(") """
(string_content) "ecat_write.h"
(") """
(+) "+"
(ERROR) "void"
(identifier) "void"
(call_expression) "swaw( short *from, short *to, int length)"
(identifier) "swaw"
(argument_list) "( short *from, short *to, int length)"
(() "("
(binary_expression) "short *from"
(identifier) "short"
(*) "*"
(identifier) "from"
(,) ","
(binary_expression) "short *to"
(identifier) "short"
(*) "*"
(identifier) "to"
(,) ","
(ERROR) "int"
(identifier) "int"
(identifier) "length"
()) ")"
(ERROR) ";"
(;) ";"
(+) "+"
(ERROR) "#define OK 0\n #define"
(#define) "#define"
(identifier) "OK"
(number_literal) "0"
(#define) "#define"
(identifier) "ERROR"
(-) "-"
(number_literal) "1"
| 145
| 15
|
{"language": "c", "success": true, "metadata": {"lines": 13, "avg_line_length": 25.46, "nodes": 122, "errors": 0, "source_hash": "6ef612142728b6c49c7a651df26223c6c403fd4eef1886d99ccf3e3b1f0d389d", "categorized_nodes": 78}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "ERROR", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h> /* for swab() */\n #include \"ecat_write.h\"\n \n+void swaw( short *from, short *to, int length);\n+\n #define OK 0\n #define ERROR -1", "parent": null, "children": [1], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 12, "column": 17}}, {"id": 1, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h> /* for swab() */\n #include \"ecat_write.h\"\n \n+void swaw( short *from, short *to, int length);\n+\n #define OK 0\n #define ERROR -1", "parent": 0, "children": [2, 120, 121], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 12, "column": 17}}, {"id": 2, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h> /* for swab() */\n #include \"ecat_write.h\"\n \n+void swaw( short *from, short *to, int length);\n+\n #define OK 0\n #define ERROR", "parent": 1, "children": [3, 113, 114, 119], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 12, "column": 14}}, {"id": 3, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h> /* for swab() */\n #include \"ecat_write.h\"\n \n+void swaw( short *from, short *to, int length)", "parent": 2, "children": [4, 92, 93, 95], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 9, "column": 47}}, {"id": 4, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h", "parent": 3, "children": [5, 83, 84], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 6, "column": 19}}, {"id": 5, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h", "parent": 4, "children": [6, 71, 72], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 5, "column": 22}}, {"id": 6, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h", "parent": 5, "children": [7, 64, 65, 68], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 4, "column": 19}}, {"id": 7, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h", "parent": 6, "children": [8, 56, 60, 61], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 3, "column": 19}}, {"id": 8, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1", "parent": 7, "children": [9, 54, 55], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 2, "column": 10}}, {"id": 9, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7", "parent": 8, "children": [10, 40, 41], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 2, "column": 7}}, {"id": 10, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n++", "parent": 9, "children": [11, 31, 32, 37], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 1, "column": 2}}, {"id": 11, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09", "parent": 10, "children": [12, 29, 30], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 54}}, {"id": 12, "type": "binary_expression", "text": "--- conversion/minctoecat/machine_indep.c.orig\t2012", "parent": 11, 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"column": 8}}, {"id": 115, "type": "#define", "text": "#define", "parent": 114, "children": [], "start_point": {"row": 11, "column": 1}, "end_point": {"row": 11, "column": 8}}, {"id": 116, "type": "identifier", "text": "OK", "parent": 114, "children": [], "start_point": {"row": 11, "column": 9}, "end_point": {"row": 11, "column": 11}}, {"id": 117, "type": "number_literal", "text": "0", "parent": 114, "children": [], "start_point": {"row": 11, "column": 12}, "end_point": {"row": 11, "column": 13}}, {"id": 118, "type": "#define", "text": "#define", "parent": 114, "children": [], "start_point": {"row": 12, "column": 1}, "end_point": {"row": 12, "column": 8}}, {"id": 119, "type": "identifier", "text": "ERROR", "parent": 2, "children": [], "start_point": {"row": 12, "column": 9}, "end_point": {"row": 12, "column": 14}}, {"id": 120, "type": "-", "text": "-", "parent": 1, "children": [], "start_point": {"row": 12, "column": 15}, "end_point": {"row": 12, "column": 16}}, {"id": 121, "type": "number_literal", "text": "1", "parent": 1, "children": [], "start_point": {"row": 12, "column": 16}, "end_point": {"row": 12, "column": 17}}]}, "node_categories": {"declarations": {"functions": [], "variables": [], "classes": [], "imports": [59, 66, 76, 87, 94], "modules": [], "enums": []}, "statements": {"expressions": [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 16, 23, 24, 37, 41, 42, 48, 61, 68, 72, 73, 80, 84, 89, 95, 100, 103, 106], "assignments": [], "loops": [], "conditionals": [18, 20, 25, 26, 27, 38, 43, 45, 49, 50, 62, 63, 69, 70, 78, 81, 82, 90, 91, 99, 101, 104, 107, 109, 111, 112, 116, 119], "returns": [], "exceptions": []}, "expressions": {"calls": [], "literals": [28, 30, 33, 34, 35, 36, 52, 53, 55, 57, 96, 117, 121], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [], "class_declarations": [], "import_statements": [{"node_id": 59, "text": "#include"}, {"node_id": 66, "text": "#include"}, {"node_id": 76, "text": "#include"}, {"node_id": 87, "text": "#include"}, {"node_id": 94, "text": "#include"}]}, "original_source_code": "--- conversion/minctoecat/machine_indep.c.orig\t2012-09-24 17:35:36 UTC\n+++ conversion/minctoecat/machine_indep.c\n@@ -1,7 +1,11 @@\n #include <stdlib.h>\n #include <string.h>\n+#include <arpa/inet.h>\n+#include <unistd.h> /* for swab() */\n #include \"ecat_write.h\"\n \n+void swaw( short *from, short *to, int length);\n+\n #define OK 0\n #define ERROR -1\n \n"}
| 207
|
c
|
#include<stdio.h>
int main(){
// int lenght=8, breadth=4;
// int area = lenght*breadth;
// printf("The area of the rectangle is %d", area);
float lenght, breadth;
printf("What is the value of the lenght? \n");
scanf("%f", &lenght);
printf("What is the value of the breadth? \n");
scanf("%f", &breadth);
printf("The area of the rectangle is %f", lenght*breadth);
return 0;
}
| 28.93
| 14
|
(translation_unit) "#include<stdio.h>\n\nint main(){\n // int lenght=8, breadth=4;\n // int area = lenght*breadth;\n \n // printf("The area of the rectangle is %d", area);\n\n float lenght, breadth;\n printf("What is the value of the lenght? \n");\n scanf("%f", &lenght);\n printf("What is the value of the breadth? \n");\n scanf("%f", &breadth);\n printf("The area of the rectangle is %f", lenght*breadth);\n\n return 0;\n}"
(preproc_include) "#include<stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(function_definition) "int main(){\n // int lenght=8, breadth=4;\n // int area = lenght*breadth;\n \n // printf("The area of the rectangle is %d", area);\n\n float lenght, breadth;\n printf("What is the value of the lenght? \n");\n scanf("%f", &lenght);\n printf("What is the value of the breadth? \n");\n scanf("%f", &breadth);\n printf("The area of the rectangle is %f", lenght*breadth);\n\n return 0;\n}"
(primitive_type) "int"
(function_declarator) "main()"
(identifier) "main"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n // int lenght=8, breadth=4;\n // int area = lenght*breadth;\n \n // printf("The area of the rectangle is %d", area);\n\n float lenght, breadth;\n printf("What is the value of the lenght? \n");\n scanf("%f", &lenght);\n printf("What is the value of the breadth? \n");\n scanf("%f", &breadth);\n printf("The area of the rectangle is %f", lenght*breadth);\n\n return 0;\n}"
({) "{"
(comment) "// int lenght=8, breadth=4;"
(comment) "// int area = lenght*breadth;"
(comment) "// printf("The area of the rectangle is %d", area);"
(declaration) "float lenght, breadth;"
(primitive_type) "float"
(identifier) "lenght"
(,) ","
(identifier) "breadth"
(;) ";"
(expression_statement) "printf("What is the value of the lenght? \n");"
(call_expression) "printf("What is the value of the lenght? \n")"
(identifier) "printf"
(argument_list) "("What is the value of the lenght? \n")"
(() "("
(string_literal) ""What is the value of the lenght? \n""
(") """
(string_content) "What is the value of the lenght? "
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "scanf("%f", &lenght);"
(call_expression) "scanf("%f", &lenght)"
(identifier) "scanf"
(argument_list) "("%f", &lenght)"
(() "("
(string_literal) ""%f""
(") """
(string_content) "%f"
(") """
(,) ","
(pointer_expression) "&lenght"
(&) "&"
(identifier) "lenght"
()) ")"
(;) ";"
(expression_statement) "printf("What is the value of the breadth? \n");"
(call_expression) "printf("What is the value of the breadth? \n")"
(identifier) "printf"
(argument_list) "("What is the value of the breadth? \n")"
(() "("
(string_literal) ""What is the value of the breadth? \n""
(") """
(string_content) "What is the value of the breadth? "
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "scanf("%f", &breadth);"
(call_expression) "scanf("%f", &breadth)"
(identifier) "scanf"
(argument_list) "("%f", &breadth)"
(() "("
(string_literal) ""%f""
(") """
(string_content) "%f"
(") """
(,) ","
(pointer_expression) "&breadth"
(&) "&"
(identifier) "breadth"
()) ")"
(;) ";"
(expression_statement) "printf("The area of the rectangle is %f", lenght*breadth);"
(call_expression) "printf("The area of the rectangle is %f", lenght*breadth)"
(identifier) "printf"
(argument_list) "("The area of the rectangle is %f", lenght*breadth)"
(() "("
(string_literal) ""The area of the rectangle is %f""
(") """
(string_content) "The area of the rectangle is %f"
(") """
(,) ","
(binary_expression) "lenght*breadth"
(identifier) "lenght"
(*) "*"
(identifier) "breadth"
()) ")"
(;) ";"
(return_statement) "return 0;"
(return) "return"
(number_literal) "0"
(;) ";"
(}) "}"
| 97
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 14, "avg_line_length": 28.93, "nodes": 44, "errors": 0, "source_hash": "0bce1f8e73dee65c1ccf22f182c99c60e81f5c521c89d589fefd44f6608a47a1", "categorized_nodes": 33}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_include", "text": "#include<stdio.h>\n", "parent": null, "children": [1, 2], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 1, "column": 0}}, {"id": 1, "type": "#include", "text": "#include", "parent": 0, "children": [], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 8}}, {"id": 2, "type": "system_lib_string", "text": "<stdio.h>", "parent": 0, "children": [], "start_point": {"row": 0, "column": 8}, "end_point": {"row": 0, "column": 17}}, {"id": 3, "type": "function_definition", "text": "int main(){\n // int lenght=8, breadth=4;\n // int area = lenght*breadth;\n \n // printf(\"The area of the rectangle is %d\", area);\n\n float lenght, breadth;\n printf(\"What is the value of the lenght? \\n\");\n scanf(\"%f\", &lenght);\n printf(\"What is the value of the breadth? \\n\");\n scanf(\"%f\", &breadth);\n printf(\"The area of the rectangle is %f\", lenght*breadth);\n\n return 0;\n}", "parent": null, "children": [4, 5], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 16, "column": 1}}, {"id": 4, "type": "primitive_type", "text": "int", "parent": 3, "children": [], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 2, "column": 3}}, {"id": 5, "type": "function_declarator", "text": "main()", "parent": 3, "children": [6, 7], "start_point": {"row": 2, "column": 4}, "end_point": {"row": 2, "column": 10}}, {"id": 6, "type": "identifier", "text": "main", "parent": 5, "children": [], "start_point": {"row": 2, "column": 4}, "end_point": {"row": 2, "column": 8}}, {"id": 7, "type": "parameter_list", "text": "()", "parent": 5, "children": [], "start_point": {"row": 2, "column": 8}, "end_point": {"row": 2, "column": 10}}, {"id": 8, "type": "declaration", "text": "float lenght, breadth;", "parent": 3, "children": [9, 10, 11], "start_point": {"row": 8, "column": 4}, "end_point": {"row": 8, "column": 26}}, {"id": 9, "type": "primitive_type", "text": "float", "parent": 8, "children": [], "start_point": {"row": 8, "column": 4}, "end_point": {"row": 8, "column": 9}}, {"id": 10, "type": "identifier", "text": "lenght", "parent": 8, "children": [], "start_point": {"row": 8, "column": 10}, "end_point": {"row": 8, "column": 16}}, {"id": 11, "type": "identifier", "text": "breadth", "parent": 8, "children": [], "start_point": {"row": 8, "column": 18}, "end_point": {"row": 8, "column": 25}}, {"id": 12, "type": "call_expression", "text": "printf(\"What is the value of the lenght? 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\\n\");\n scanf(\"%f\", &lenght);\n printf(\"What is the value of the breadth? \\n\");\n scanf(\"%f\", &breadth);\n printf(\"The area of the rectangle is %f\", lenght*breadth);\n\n return 0;\n}"}
| 208
|
c
|
/* Copyright 2018 Canaan Inc.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
#include <stdio.h>
#include "kpu.h"
#include "sysctl.h"
#include "plic.h"
#include "utils.h"
#include <float.h>
#include "fpioa.h"
#include "lcd.h"
#include "dvp.h"
#include "ov2640.h"
#include "image_process.h"
#include "board_config.h"
#include "gpiohs.h"
#define INCBIN_STYLE INCBIN_STYLE_SNAKE
#define INCBIN_PREFIX
#include "incbin.h"
#define PROB_THRESH (0.7f)
#define PLL0_OUTPUT_FREQ 800000000UL
#define PLL1_OUTPUT_FREQ 400000000UL
volatile uint32_t g_ai_done_flag;
volatile uint8_t g_dvp_finish_flag;
static image_t kpu_image, display_image, crop_image;
kpu_model_context_t task;
INCBIN(model, "class.kmodel");
static int ai_done(void* userdata)
{
g_ai_done_flag = 1;
float *features;
size_t count;
kpu_get_output(&task, 0, (uint8_t **)&features, &count);
count /= sizeof(float);
size_t i;
for (i = 0; i < count; i++)
{
if (i % 64 == 0)
printf("\n");
printf("%f, ", features[i]);
}
printf("\n");
return 0;
}
static int dvp_irq(void *ctx)
{
if (dvp_get_interrupt(DVP_STS_FRAME_FINISH))
{
dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);
dvp_clear_interrupt(DVP_STS_FRAME_FINISH);
g_dvp_finish_flag = 1;
}
else
{
dvp_start_convert();
dvp_clear_interrupt(DVP_STS_FRAME_START);
}
return 0;
}
static void io_init(void)
{
/* Init DVP IO map and function settings */
fpioa_set_function(OV_RST_PIN, FUNC_CMOS_RST);
fpioa_set_function(OV_PWDN_PIN, FUNC_CMOS_PWDN);
fpioa_set_function(OV_XCLK_PIN, FUNC_CMOS_XCLK);
fpioa_set_function(OV_VSYNC_PIN, FUNC_CMOS_VSYNC);
fpioa_set_function(OV_HREF_PIN, FUNC_CMOS_HREF);
fpioa_set_function(OV_PCLK_PIN, FUNC_CMOS_PCLK);
fpioa_set_function(OV_SCCB_SCLK_PIN, FUNC_SCCB_SCLK);
fpioa_set_function(OV_SCCB_SDA_PIN, FUNC_SCCB_SDA);
/* Init SPI IO map and function settings */
fpioa_set_function(LCD_DC_PIN, FUNC_GPIOHS0 + LCD_DC_IO);
fpioa_set_function(LCD_CS_PIN, FUNC_SPI0_SS3);
fpioa_set_function(LCD_RW_PIN, FUNC_SPI0_SCLK);
fpioa_set_function(LCD_RST_PIN, FUNC_GPIOHS0 + LCD_RST_IO);
sysctl_set_spi0_dvp_data(1);
// LCD Backlight
fpioa_set_function(LCD_BLIGHT_PIN, FUNC_GPIOHS0 + LCD_BLIGHT_IO);
gpiohs_set_drive_mode(LCD_BLIGHT_IO, GPIO_DM_OUTPUT);
gpiohs_set_pin(LCD_BLIGHT_IO, GPIO_PV_LOW);
}
static void io_set_power(void)
{
/* Set dvp and spi pin to 1.8V */
sysctl_set_power_mode(SYSCTL_POWER_BANK6, SYSCTL_POWER_V18);
sysctl_set_power_mode(SYSCTL_POWER_BANK7, SYSCTL_POWER_V18);
}
int argmax(float* src, size_t count)
{
float max = FLT_MIN;
size_t i, max_i = 0;
for (i = 0; i < count; i++)
{
if (src[i] > max)
{
max = src[i];
max_i = i;
}
}
return max_i;
}
int main()
{
/* Set CPU and dvp clk */
sysctl_pll_set_freq(SYSCTL_PLL0, PLL0_OUTPUT_FREQ);
sysctl_pll_set_freq(SYSCTL_PLL1, PLL1_OUTPUT_FREQ);
sysctl_clock_enable(SYSCTL_CLOCK_AI);
// uarths_init();
plic_init();
io_set_power();
io_init();
/* LCD init */
printf("LCD init\n");
lcd_init();
lcd_set_direction(DIR_YX_RLDU);
lcd_clear(BLACK);
/* DVP init */
printf("DVP init\n");
dvp_init(8);
dvp_set_xclk_rate(24000000);
dvp_enable_burst();
dvp_set_output_enable(0, 1);
dvp_set_output_enable(1, 1);
dvp_set_image_format(DVP_CFG_RGB_FORMAT);
dvp_set_image_size(320, 240);
ov2640_init();
kpu_image.pixel = 3;
kpu_image.width = 320;
kpu_image.height = 240;
image_init(&kpu_image);
display_image.pixel = 2;
display_image.width = 320;
display_image.height = 240;
image_init(&display_image);
crop_image.pixel = 3;
crop_image.width = 224;
crop_image.height = 224;
image_init(&crop_image);
dvp_set_ai_addr((uint32_t)kpu_image.addr, (uint32_t)(kpu_image.addr + 320 * 240), (uint32_t)(kpu_image.addr + 320 * 240 * 2));
dvp_set_display_addr((uint32_t)display_image.addr);
dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);
dvp_disable_auto();
/* DVP interrupt config */
printf("DVP interrupt config\n");
plic_set_priority(IRQN_DVP_INTERRUPT, 1);
plic_irq_register(IRQN_DVP_INTERRUPT, dvp_irq, NULL);
plic_irq_enable(IRQN_DVP_INTERRUPT);
/* init model */
if (kpu_load_kmodel(&task, model_data) != 0)
{
printf("Cannot load kmodel.\n");
return(-1);
}
sysctl_enable_irq();
/* system start */
printf("System start\n");
while (1)
{
g_dvp_finish_flag = 0;
dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH);
dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1);
while (g_dvp_finish_flag == 0)
;
image_crop(&kpu_image, &crop_image, 48, 8);
g_ai_done_flag = 0;
if (kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0)
{
printf("Cannot run kmodel.\n");
return(-1);
}
while (!g_ai_done_flag);
float *features;
size_t output_size;
kpu_get_output(&task, 0, &features, &output_size);
size_t cls = argmax(features, 5);
const char *text = NULL;
switch (cls)
{
case 0:
text = "daisy";
break;
case 1:
text = "dandelion";
break;
case 2:
text = "roses";
break;
case 3:
text = "sunflowers";
break;
case 4:
text = "tulip";
break;
}
/* display pic*/
if (features[cls] > PROB_THRESH)
ram_draw_string(display_image.addr, 150, 20, text, RED);
lcd_draw_picture(0, 0, 320, 240, (uint32_t *)display_image.addr);
}
}
| 27.57
| 239
|
(translation_unit) "/* Copyright 2018 Canaan Inc.
\n *
\n * Licensed under the Apache License, Version 2.0 (the "License");
\n * you may not use this file except in compliance with the License.
\n * You may obtain a copy of the License at
\n *
\n * http://www.apache.org/licenses/LICENSE-2.0
\n *
\n * Unless required by applicable law or agreed to in writing, software
\n * distributed under the License is distributed on an "AS IS" BASIS,
\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
\n * See the License for the specific language governing permissions and
\n * limitations under the License.
\n */
\n#include <stdio.h>
\n#include "kpu.h"
\n#include "sysctl.h"
\n#include "plic.h"
\n#include "utils.h"
\n#include <float.h>
\n#include "fpioa.h"
\n#include "lcd.h"
\n#include "dvp.h"
\n#include "ov2640.h"
\n#include "image_process.h"
\n#include "board_config.h"
\n#include "gpiohs.h"
\n#define INCBIN_STYLE INCBIN_STYLE_SNAKE
\n#define INCBIN_PREFIX
\n#include "incbin.h"
\n
\n#define PROB_THRESH (0.7f)
\n
\n#define PLL0_OUTPUT_FREQ 800000000UL
\n#define PLL1_OUTPUT_FREQ 400000000UL
\n
\nvolatile uint32_t g_ai_done_flag;
\nvolatile uint8_t g_dvp_finish_flag;
\nstatic image_t kpu_image, display_image, crop_image;
\n
\nkpu_model_context_t task;
\n
\nINCBIN(model, "class.kmodel");
\n
\nstatic int ai_done(void* userdata)
\n{
\n g_ai_done_flag = 1;
\n float *features;
\n size_t count;
\n kpu_get_output(&task, 0, (uint8_t **)&features, &count);
\n count /= sizeof(float);
\n
\n size_t i;
\n for (i = 0; i < count; i++)
\n {
\n if (i % 64 == 0)
\n printf("\n");
\n printf("%f, ", features[i]);
\n }
\n
\n printf("\n");
\n return 0;
\n}
\n
\nstatic int dvp_irq(void *ctx)
\n{
\n if (dvp_get_interrupt(DVP_STS_FRAME_FINISH))
\n {
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);
\n dvp_clear_interrupt(DVP_STS_FRAME_FINISH);
\n g_dvp_finish_flag = 1;
\n }
\n else
\n {
\n dvp_start_convert();
\n dvp_clear_interrupt(DVP_STS_FRAME_START);
\n }
\n return 0;
\n}
\n
\nstatic void io_init(void)
\n{
\n /* Init DVP IO map and function settings */
\n fpioa_set_function(OV_RST_PIN, FUNC_CMOS_RST);
\n fpioa_set_function(OV_PWDN_PIN, FUNC_CMOS_PWDN);
\n fpioa_set_function(OV_XCLK_PIN, FUNC_CMOS_XCLK);
\n fpioa_set_function(OV_VSYNC_PIN, FUNC_CMOS_VSYNC);
\n fpioa_set_function(OV_HREF_PIN, FUNC_CMOS_HREF);
\n fpioa_set_function(OV_PCLK_PIN, FUNC_CMOS_PCLK);
\n fpioa_set_function(OV_SCCB_SCLK_PIN, FUNC_SCCB_SCLK);
\n fpioa_set_function(OV_SCCB_SDA_PIN, FUNC_SCCB_SDA);
\n
\n /* Init SPI IO map and function settings */
\n fpioa_set_function(LCD_DC_PIN, FUNC_GPIOHS0 + LCD_DC_IO);
\n fpioa_set_function(LCD_CS_PIN, FUNC_SPI0_SS3);
\n fpioa_set_function(LCD_RW_PIN, FUNC_SPI0_SCLK);
\n fpioa_set_function(LCD_RST_PIN, FUNC_GPIOHS0 + LCD_RST_IO);
\n
\n sysctl_set_spi0_dvp_data(1);
\n
\n // LCD Backlight
\n fpioa_set_function(LCD_BLIGHT_PIN, FUNC_GPIOHS0 + LCD_BLIGHT_IO);
\n gpiohs_set_drive_mode(LCD_BLIGHT_IO, GPIO_DM_OUTPUT);
\n gpiohs_set_pin(LCD_BLIGHT_IO, GPIO_PV_LOW);
\n}
\n
\nstatic void io_set_power(void)
\n{
\n /* Set dvp and spi pin to 1.8V */
\n sysctl_set_power_mode(SYSCTL_POWER_BANK6, SYSCTL_POWER_V18);
\n sysctl_set_power_mode(SYSCTL_POWER_BANK7, SYSCTL_POWER_V18);
\n}
\n
\nint argmax(float* src, size_t count)
\n{
\n float max = FLT_MIN;
\n size_t i, max_i = 0;
\n for (i = 0; i < count; i++)
\n {
\n if (src[i] > max)
\n {
\n max = src[i];
\n max_i = i;
\n }
\n }
\n
\n return max_i;
\n}
\n
\nint main()
\n{
\n /* Set CPU and dvp clk */
\n sysctl_pll_set_freq(SYSCTL_PLL0, PLL0_OUTPUT_FREQ);
\n sysctl_pll_set_freq(SYSCTL_PLL1, PLL1_OUTPUT_FREQ);
\n sysctl_clock_enable(SYSCTL_CLOCK_AI);
\n // uarths_init();
\n plic_init();
\n io_set_power();
\n io_init();
\n
\n /* LCD init */
\n printf("LCD init\n");
\n lcd_init();
\n lcd_set_direction(DIR_YX_RLDU);
\n lcd_clear(BLACK);
\n /* DVP init */
\n printf("DVP init\n");
\n dvp_init(8);
\n dvp_set_xclk_rate(24000000);
\n dvp_enable_burst();
\n dvp_set_output_enable(0, 1);
\n dvp_set_output_enable(1, 1);
\n dvp_set_image_format(DVP_CFG_RGB_FORMAT);
\n dvp_set_image_size(320, 240);
\n ov2640_init();
\n
\n kpu_image.pixel = 3;
\n kpu_image.width = 320;
\n kpu_image.height = 240;
\n image_init(&kpu_image);
\n display_image.pixel = 2;
\n display_image.width = 320;
\n display_image.height = 240;
\n image_init(&display_image);
\n crop_image.pixel = 3;
\n crop_image.width = 224;
\n crop_image.height = 224;
\n image_init(&crop_image);
\n dvp_set_ai_addr((uint32_t)kpu_image.addr, (uint32_t)(kpu_image.addr + 320 * 240), (uint32_t)(kpu_image.addr + 320 * 240 * 2));
\n dvp_set_display_addr((uint32_t)display_image.addr);
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);
\n dvp_disable_auto();
\n /* DVP interrupt config */
\n printf("DVP interrupt config\n");
\n plic_set_priority(IRQN_DVP_INTERRUPT, 1);
\n plic_irq_register(IRQN_DVP_INTERRUPT, dvp_irq, NULL);
\n plic_irq_enable(IRQN_DVP_INTERRUPT);
\n /* init model */
\n if (kpu_load_kmodel(&task, model_data) != 0)
\n {
\n printf("Cannot load kmodel.\n");
\n return(-1);
\n }
\n sysctl_enable_irq();
\n
\n /* system start */
\n printf("System start\n");
\n while (1)
\n {
\n g_dvp_finish_flag = 0;
\n dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH);
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1);
\n while (g_dvp_finish_flag == 0)
\n ;
\n
\n image_crop(&kpu_image, &crop_image, 48, 8);
\n
\n g_ai_done_flag = 0;
\n
\n if (kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0)
\n {
\n printf("Cannot run kmodel.\n");
\n return(-1);
\n }
\n while (!g_ai_done_flag);
\n
\n float *features;
\n size_t output_size;
\n kpu_get_output(&task, 0, &features, &output_size);
\n
\n size_t cls = argmax(features, 5);
\n
\n const char *text = NULL;
\n switch (cls)
\n {
\n case 0:
\n text = "daisy";
\n break;
\n case 1:
\n text = "dandelion";
\n break;
\n case 2:
\n text = "roses";
\n break;
\n case 3:
\n text = "sunflowers";
\n break;
\n case 4:
\n text = "tulip";
\n break;
\n }
\n
\n /* display pic*/
\n if (features[cls] > PROB_THRESH)
\n ram_draw_string(display_image.addr, 150, 20, text, RED);
\n lcd_draw_picture(0, 0, 320, 240, (uint32_t *)display_image.addr);
\n }
\n
\n}"
(comment) "/* Copyright 2018 Canaan Inc.
\n *
\n * Licensed under the Apache License, Version 2.0 (the "License");
\n * you may not use this file except in compliance with the License.
\n * You may obtain a copy of the License at
\n *
\n * http://www.apache.org/licenses/LICENSE-2.0
\n *
\n * Unless required by applicable law or agreed to in writing, software
\n * distributed under the License is distributed on an "AS IS" BASIS,
\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
\n * See the License for the specific language governing permissions and
\n * limitations under the License.
\n */"
(preproc_include) "#include <stdio.h>
\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(preproc_include) "#include "kpu.h"
\n"
(#include) "#include"
(string_literal) ""kpu.h""
(") """
(string_content) "kpu.h"
(") """
(preproc_include) "#include "sysctl.h"
\n"
(#include) "#include"
(string_literal) ""sysctl.h""
(") """
(string_content) "sysctl.h"
(") """
(preproc_include) "#include "plic.h"
\n"
(#include) "#include"
(string_literal) ""plic.h""
(") """
(string_content) "plic.h"
(") """
(preproc_include) "#include "utils.h"
\n"
(#include) "#include"
(string_literal) ""utils.h""
(") """
(string_content) "utils.h"
(") """
(preproc_include) "#include <float.h>
\n"
(#include) "#include"
(system_lib_string) "<float.h>"
(preproc_include) "#include "fpioa.h"
\n"
(#include) "#include"
(string_literal) ""fpioa.h""
(") """
(string_content) "fpioa.h"
(") """
(preproc_include) "#include "lcd.h"
\n"
(#include) "#include"
(string_literal) ""lcd.h""
(") """
(string_content) "lcd.h"
(") """
(preproc_include) "#include "dvp.h"
\n"
(#include) "#include"
(string_literal) ""dvp.h""
(") """
(string_content) "dvp.h"
(") """
(preproc_include) "#include "ov2640.h"
\n"
(#include) "#include"
(string_literal) ""ov2640.h""
(") """
(string_content) "ov2640.h"
(") """
(preproc_include) "#include "image_process.h"
\n"
(#include) "#include"
(string_literal) ""image_process.h""
(") """
(string_content) "image_process.h"
(") """
(preproc_include) "#include "board_config.h"
\n"
(#include) "#include"
(string_literal) ""board_config.h""
(") """
(string_content) "board_config.h"
(") """
(preproc_include) "#include "gpiohs.h"
\n"
(#include) "#include"
(string_literal) ""gpiohs.h""
(") """
(string_content) "gpiohs.h"
(") """
(preproc_def) "#define INCBIN_STYLE INCBIN_STYLE_SNAKE
\n"
(#define) "#define"
(identifier) "INCBIN_STYLE"
(preproc_arg) "INCBIN_STYLE_SNAKE
"
(preproc_def) "#define INCBIN_PREFIX
\n"
(#define) "#define"
(identifier) "INCBIN_PREFIX"
(preproc_include) "#include "incbin.h"
\n"
(#include) "#include"
(string_literal) ""incbin.h""
(") """
(string_content) "incbin.h"
(") """
(preproc_def) "#define PROB_THRESH (0.7f)
\n"
(#define) "#define"
(identifier) "PROB_THRESH"
(preproc_arg) "(0.7f)
"
(preproc_def) "#define PLL0_OUTPUT_FREQ 800000000UL
\n"
(#define) "#define"
(identifier) "PLL0_OUTPUT_FREQ"
(preproc_arg) "800000000UL
"
(preproc_def) "#define PLL1_OUTPUT_FREQ 400000000UL
\n"
(#define) "#define"
(identifier) "PLL1_OUTPUT_FREQ"
(preproc_arg) "400000000UL
"
(declaration) "volatile uint32_t g_ai_done_flag;"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "uint32_t"
(identifier) "g_ai_done_flag"
(;) ";"
(declaration) "volatile uint8_t g_dvp_finish_flag;"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "uint8_t"
(identifier) "g_dvp_finish_flag"
(;) ";"
(declaration) "static image_t kpu_image, display_image, crop_image;"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "image_t"
(identifier) "kpu_image"
(,) ","
(identifier) "display_image"
(,) ","
(identifier) "crop_image"
(;) ";"
(declaration) "kpu_model_context_t task;"
(type_identifier) "kpu_model_context_t"
(identifier) "task"
(;) ";"
(expression_statement) "INCBIN(model, "class.kmodel");"
(call_expression) "INCBIN(model, "class.kmodel")"
(identifier) "INCBIN"
(argument_list) "(model, "class.kmodel")"
(() "("
(identifier) "model"
(,) ","
(string_literal) ""class.kmodel""
(") """
(string_content) "class.kmodel"
(") """
()) ")"
(;) ";"
(function_definition) "static int ai_done(void* userdata)
\n{
\n g_ai_done_flag = 1;
\n float *features;
\n size_t count;
\n kpu_get_output(&task, 0, (uint8_t **)&features, &count);
\n count /= sizeof(float);
\n
\n size_t i;
\n for (i = 0; i < count; i++)
\n {
\n if (i % 64 == 0)
\n printf("\n");
\n printf("%f, ", features[i]);
\n }
\n
\n printf("\n");
\n return 0;
\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(function_declarator) "ai_done(void* userdata)"
(identifier) "ai_done"
(parameter_list) "(void* userdata)"
(() "("
(parameter_declaration) "void* userdata"
(primitive_type) "void"
(pointer_declarator) "* userdata"
(*) "*"
(identifier) "userdata"
()) ")"
(compound_statement) "{
\n g_ai_done_flag = 1;
\n float *features;
\n size_t count;
\n kpu_get_output(&task, 0, (uint8_t **)&features, &count);
\n count /= sizeof(float);
\n
\n size_t i;
\n for (i = 0; i < count; i++)
\n {
\n if (i % 64 == 0)
\n printf("\n");
\n printf("%f, ", features[i]);
\n }
\n
\n printf("\n");
\n return 0;
\n}"
({) "{"
(expression_statement) "g_ai_done_flag = 1;"
(assignment_expression) "g_ai_done_flag = 1"
(identifier) "g_ai_done_flag"
(=) "="
(number_literal) "1"
(;) ";"
(declaration) "float *features;"
(primitive_type) "float"
(pointer_declarator) "*features"
(*) "*"
(identifier) "features"
(;) ";"
(declaration) "size_t count;"
(primitive_type) "size_t"
(identifier) "count"
(;) ";"
(expression_statement) "kpu_get_output(&task, 0, (uint8_t **)&features, &count);"
(call_expression) "kpu_get_output(&task, 0, (uint8_t **)&features, &count)"
(identifier) "kpu_get_output"
(argument_list) "(&task, 0, (uint8_t **)&features, &count)"
(() "("
(pointer_expression) "&task"
(&) "&"
(identifier) "task"
(,) ","
(number_literal) "0"
(,) ","
(cast_expression) "(uint8_t **)&features"
(() "("
(type_descriptor) "uint8_t **"
(primitive_type) "uint8_t"
(abstract_pointer_declarator) "**"
(*) "*"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(pointer_expression) "&features"
(&) "&"
(identifier) "features"
(,) ","
(pointer_expression) "&count"
(&) "&"
(identifier) "count"
()) ")"
(;) ";"
(expression_statement) "count /= sizeof(float);"
(assignment_expression) "count /= sizeof(float)"
(identifier) "count"
(/=) "/="
(sizeof_expression) "sizeof(float)"
(sizeof) "sizeof"
(() "("
(type_descriptor) "float"
(primitive_type) "float"
()) ")"
(;) ";"
(declaration) "size_t i;"
(primitive_type) "size_t"
(identifier) "i"
(;) ";"
(for_statement) "for (i = 0; i < count; i++)
\n {
\n if (i % 64 == 0)
\n printf("\n");
\n printf("%f, ", features[i]);
\n }"
(for) "for"
(() "("
(assignment_expression) "i = 0"
(identifier) "i"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "i < count"
(identifier) "i"
(<) "<"
(identifier) "count"
(;) ";"
(update_expression) "i++"
(identifier) "i"
(++) "++"
()) ")"
(compound_statement) "{
\n if (i % 64 == 0)
\n printf("\n");
\n printf("%f, ", features[i]);
\n }"
({) "{"
(if_statement) "if (i % 64 == 0)
\n printf("\n");"
(if) "if"
(parenthesized_expression) "(i % 64 == 0)"
(() "("
(binary_expression) "i % 64 == 0"
(binary_expression) "i % 64"
(identifier) "i"
(%) "%"
(number_literal) "64"
(==) "=="
(number_literal) "0"
()) ")"
(expression_statement) "printf("\n");"
(call_expression) "printf("\n")"
(identifier) "printf"
(argument_list) "("\n")"
(() "("
(string_literal) ""\n""
(") """
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "printf("%f, ", features[i]);"
(call_expression) "printf("%f, ", features[i])"
(identifier) "printf"
(argument_list) "("%f, ", features[i])"
(() "("
(string_literal) ""%f, ""
(") """
(string_content) "%f, "
(") """
(,) ","
(subscript_expression) "features[i]"
(identifier) "features"
([) "["
(identifier) "i"
(]) "]"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "printf("\n");"
(call_expression) "printf("\n")"
(identifier) "printf"
(argument_list) "("\n")"
(() "("
(string_literal) ""\n""
(") """
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(return_statement) "return 0;"
(return) "return"
(number_literal) "0"
(;) ";"
(}) "}"
(function_definition) "static int dvp_irq(void *ctx)
\n{
\n if (dvp_get_interrupt(DVP_STS_FRAME_FINISH))
\n {
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);
\n dvp_clear_interrupt(DVP_STS_FRAME_FINISH);
\n g_dvp_finish_flag = 1;
\n }
\n else
\n {
\n dvp_start_convert();
\n dvp_clear_interrupt(DVP_STS_FRAME_START);
\n }
\n return 0;
\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(function_declarator) "dvp_irq(void *ctx)"
(identifier) "dvp_irq"
(parameter_list) "(void *ctx)"
(() "("
(parameter_declaration) "void *ctx"
(primitive_type) "void"
(pointer_declarator) "*ctx"
(*) "*"
(identifier) "ctx"
()) ")"
(compound_statement) "{
\n if (dvp_get_interrupt(DVP_STS_FRAME_FINISH))
\n {
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);
\n dvp_clear_interrupt(DVP_STS_FRAME_FINISH);
\n g_dvp_finish_flag = 1;
\n }
\n else
\n {
\n dvp_start_convert();
\n dvp_clear_interrupt(DVP_STS_FRAME_START);
\n }
\n return 0;
\n}"
({) "{"
(if_statement) "if (dvp_get_interrupt(DVP_STS_FRAME_FINISH))
\n {
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);
\n dvp_clear_interrupt(DVP_STS_FRAME_FINISH);
\n g_dvp_finish_flag = 1;
\n }
\n else
\n {
\n dvp_start_convert();
\n dvp_clear_interrupt(DVP_STS_FRAME_START);
\n }"
(if) "if"
(parenthesized_expression) "(dvp_get_interrupt(DVP_STS_FRAME_FINISH))"
(() "("
(call_expression) "dvp_get_interrupt(DVP_STS_FRAME_FINISH)"
(identifier) "dvp_get_interrupt"
(argument_list) "(DVP_STS_FRAME_FINISH)"
(() "("
(identifier) "DVP_STS_FRAME_FINISH"
()) ")"
()) ")"
(compound_statement) "{
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);
\n dvp_clear_interrupt(DVP_STS_FRAME_FINISH);
\n g_dvp_finish_flag = 1;
\n }"
({) "{"
(expression_statement) "dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);"
(call_expression) "dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0)"
(identifier) "dvp_config_interrupt"
(argument_list) "(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0)"
(() "("
(binary_expression) "DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE"
(identifier) "DVP_CFG_START_INT_ENABLE"
(|) "|"
(identifier) "DVP_CFG_FINISH_INT_ENABLE"
(,) ","
(number_literal) "0"
()) ")"
(;) ";"
(expression_statement) "dvp_clear_interrupt(DVP_STS_FRAME_FINISH);"
(call_expression) "dvp_clear_interrupt(DVP_STS_FRAME_FINISH)"
(identifier) "dvp_clear_interrupt"
(argument_list) "(DVP_STS_FRAME_FINISH)"
(() "("
(identifier) "DVP_STS_FRAME_FINISH"
()) ")"
(;) ";"
(expression_statement) "g_dvp_finish_flag = 1;"
(assignment_expression) "g_dvp_finish_flag = 1"
(identifier) "g_dvp_finish_flag"
(=) "="
(number_literal) "1"
(;) ";"
(}) "}"
(else_clause) "else
\n {
\n dvp_start_convert();
\n dvp_clear_interrupt(DVP_STS_FRAME_START);
\n }"
(else) "else"
(compound_statement) "{
\n dvp_start_convert();
\n dvp_clear_interrupt(DVP_STS_FRAME_START);
\n }"
({) "{"
(expression_statement) "dvp_start_convert();"
(call_expression) "dvp_start_convert()"
(identifier) "dvp_start_convert"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "dvp_clear_interrupt(DVP_STS_FRAME_START);"
(call_expression) "dvp_clear_interrupt(DVP_STS_FRAME_START)"
(identifier) "dvp_clear_interrupt"
(argument_list) "(DVP_STS_FRAME_START)"
(() "("
(identifier) "DVP_STS_FRAME_START"
()) ")"
(;) ";"
(}) "}"
(return_statement) "return 0;"
(return) "return"
(number_literal) "0"
(;) ";"
(}) "}"
(function_definition) "static void io_init(void)
\n{
\n /* Init DVP IO map and function settings */
\n fpioa_set_function(OV_RST_PIN, FUNC_CMOS_RST);
\n fpioa_set_function(OV_PWDN_PIN, FUNC_CMOS_PWDN);
\n fpioa_set_function(OV_XCLK_PIN, FUNC_CMOS_XCLK);
\n fpioa_set_function(OV_VSYNC_PIN, FUNC_CMOS_VSYNC);
\n fpioa_set_function(OV_HREF_PIN, FUNC_CMOS_HREF);
\n fpioa_set_function(OV_PCLK_PIN, FUNC_CMOS_PCLK);
\n fpioa_set_function(OV_SCCB_SCLK_PIN, FUNC_SCCB_SCLK);
\n fpioa_set_function(OV_SCCB_SDA_PIN, FUNC_SCCB_SDA);
\n
\n /* Init SPI IO map and function settings */
\n fpioa_set_function(LCD_DC_PIN, FUNC_GPIOHS0 + LCD_DC_IO);
\n fpioa_set_function(LCD_CS_PIN, FUNC_SPI0_SS3);
\n fpioa_set_function(LCD_RW_PIN, FUNC_SPI0_SCLK);
\n fpioa_set_function(LCD_RST_PIN, FUNC_GPIOHS0 + LCD_RST_IO);
\n
\n sysctl_set_spi0_dvp_data(1);
\n
\n // LCD Backlight
\n fpioa_set_function(LCD_BLIGHT_PIN, FUNC_GPIOHS0 + LCD_BLIGHT_IO);
\n gpiohs_set_drive_mode(LCD_BLIGHT_IO, GPIO_DM_OUTPUT);
\n gpiohs_set_pin(LCD_BLIGHT_IO, GPIO_PV_LOW);
\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "void"
(function_declarator) "io_init(void)"
(identifier) "io_init"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{
\n /* Init DVP IO map and function settings */
\n fpioa_set_function(OV_RST_PIN, FUNC_CMOS_RST);
\n fpioa_set_function(OV_PWDN_PIN, FUNC_CMOS_PWDN);
\n fpioa_set_function(OV_XCLK_PIN, FUNC_CMOS_XCLK);
\n fpioa_set_function(OV_VSYNC_PIN, FUNC_CMOS_VSYNC);
\n fpioa_set_function(OV_HREF_PIN, FUNC_CMOS_HREF);
\n fpioa_set_function(OV_PCLK_PIN, FUNC_CMOS_PCLK);
\n fpioa_set_function(OV_SCCB_SCLK_PIN, FUNC_SCCB_SCLK);
\n fpioa_set_function(OV_SCCB_SDA_PIN, FUNC_SCCB_SDA);
\n
\n /* Init SPI IO map and function settings */
\n fpioa_set_function(LCD_DC_PIN, FUNC_GPIOHS0 + LCD_DC_IO);
\n fpioa_set_function(LCD_CS_PIN, FUNC_SPI0_SS3);
\n fpioa_set_function(LCD_RW_PIN, FUNC_SPI0_SCLK);
\n fpioa_set_function(LCD_RST_PIN, FUNC_GPIOHS0 + LCD_RST_IO);
\n
\n sysctl_set_spi0_dvp_data(1);
\n
\n // LCD Backlight
\n fpioa_set_function(LCD_BLIGHT_PIN, FUNC_GPIOHS0 + LCD_BLIGHT_IO);
\n gpiohs_set_drive_mode(LCD_BLIGHT_IO, GPIO_DM_OUTPUT);
\n gpiohs_set_pin(LCD_BLIGHT_IO, GPIO_PV_LOW);
\n}"
({) "{"
(comment) "/* Init DVP IO map and function settings */"
(expression_statement) "fpioa_set_function(OV_RST_PIN, FUNC_CMOS_RST);"
(call_expression) "fpioa_set_function(OV_RST_PIN, FUNC_CMOS_RST)"
(identifier) "fpioa_set_function"
(argument_list) "(OV_RST_PIN, FUNC_CMOS_RST)"
(() "("
(identifier) "OV_RST_PIN"
(,) ","
(identifier) "FUNC_CMOS_RST"
()) ")"
(;) ";"
(expression_statement) "fpioa_set_function(OV_PWDN_PIN, FUNC_CMOS_PWDN);"
(call_expression) "fpioa_set_function(OV_PWDN_PIN, FUNC_CMOS_PWDN)"
(identifier) "fpioa_set_function"
(argument_list) "(OV_PWDN_PIN, FUNC_CMOS_PWDN)"
(() "("
(identifier) "OV_PWDN_PIN"
(,) ","
(identifier) "FUNC_CMOS_PWDN"
()) ")"
(;) ";"
(expression_statement) "fpioa_set_function(OV_XCLK_PIN, FUNC_CMOS_XCLK);"
(call_expression) "fpioa_set_function(OV_XCLK_PIN, FUNC_CMOS_XCLK)"
(identifier) "fpioa_set_function"
(argument_list) "(OV_XCLK_PIN, FUNC_CMOS_XCLK)"
(() "("
(identifier) "OV_XCLK_PIN"
(,) ","
(identifier) "FUNC_CMOS_XCLK"
()) ")"
(;) ";"
(expression_statement) "fpioa_set_function(OV_VSYNC_PIN, FUNC_CMOS_VSYNC);"
(call_expression) "fpioa_set_function(OV_VSYNC_PIN, FUNC_CMOS_VSYNC)"
(identifier) "fpioa_set_function"
(argument_list) "(OV_VSYNC_PIN, FUNC_CMOS_VSYNC)"
(() "("
(identifier) "OV_VSYNC_PIN"
(,) ","
(identifier) "FUNC_CMOS_VSYNC"
()) ")"
(;) ";"
(expression_statement) "fpioa_set_function(OV_HREF_PIN, FUNC_CMOS_HREF);"
(call_expression) "fpioa_set_function(OV_HREF_PIN, FUNC_CMOS_HREF)"
(identifier) "fpioa_set_function"
(argument_list) "(OV_HREF_PIN, FUNC_CMOS_HREF)"
(() "("
(identifier) "OV_HREF_PIN"
(,) ","
(identifier) "FUNC_CMOS_HREF"
()) ")"
(;) ";"
(expression_statement) "fpioa_set_function(OV_PCLK_PIN, FUNC_CMOS_PCLK);"
(call_expression) "fpioa_set_function(OV_PCLK_PIN, FUNC_CMOS_PCLK)"
(identifier) "fpioa_set_function"
(argument_list) "(OV_PCLK_PIN, FUNC_CMOS_PCLK)"
(() "("
(identifier) "OV_PCLK_PIN"
(,) ","
(identifier) "FUNC_CMOS_PCLK"
()) ")"
(;) ";"
(expression_statement) "fpioa_set_function(OV_SCCB_SCLK_PIN, FUNC_SCCB_SCLK);"
(call_expression) "fpioa_set_function(OV_SCCB_SCLK_PIN, FUNC_SCCB_SCLK)"
(identifier) "fpioa_set_function"
(argument_list) "(OV_SCCB_SCLK_PIN, FUNC_SCCB_SCLK)"
(() "("
(identifier) "OV_SCCB_SCLK_PIN"
(,) ","
(identifier) "FUNC_SCCB_SCLK"
()) ")"
(;) ";"
(expression_statement) "fpioa_set_function(OV_SCCB_SDA_PIN, FUNC_SCCB_SDA);"
(call_expression) "fpioa_set_function(OV_SCCB_SDA_PIN, FUNC_SCCB_SDA)"
(identifier) "fpioa_set_function"
(argument_list) "(OV_SCCB_SDA_PIN, FUNC_SCCB_SDA)"
(() "("
(identifier) "OV_SCCB_SDA_PIN"
(,) ","
(identifier) "FUNC_SCCB_SDA"
()) ")"
(;) ";"
(comment) "/* Init SPI IO map and function settings */"
(expression_statement) "fpioa_set_function(LCD_DC_PIN, FUNC_GPIOHS0 + LCD_DC_IO);"
(call_expression) "fpioa_set_function(LCD_DC_PIN, FUNC_GPIOHS0 + LCD_DC_IO)"
(identifier) "fpioa_set_function"
(argument_list) "(LCD_DC_PIN, FUNC_GPIOHS0 + LCD_DC_IO)"
(() "("
(identifier) "LCD_DC_PIN"
(,) ","
(binary_expression) "FUNC_GPIOHS0 + LCD_DC_IO"
(identifier) "FUNC_GPIOHS0"
(+) "+"
(identifier) "LCD_DC_IO"
()) ")"
(;) ";"
(expression_statement) "fpioa_set_function(LCD_CS_PIN, FUNC_SPI0_SS3);"
(call_expression) "fpioa_set_function(LCD_CS_PIN, FUNC_SPI0_SS3)"
(identifier) "fpioa_set_function"
(argument_list) "(LCD_CS_PIN, FUNC_SPI0_SS3)"
(() "("
(identifier) "LCD_CS_PIN"
(,) ","
(identifier) "FUNC_SPI0_SS3"
()) ")"
(;) ";"
(expression_statement) "fpioa_set_function(LCD_RW_PIN, FUNC_SPI0_SCLK);"
(call_expression) "fpioa_set_function(LCD_RW_PIN, FUNC_SPI0_SCLK)"
(identifier) "fpioa_set_function"
(argument_list) "(LCD_RW_PIN, FUNC_SPI0_SCLK)"
(() "("
(identifier) "LCD_RW_PIN"
(,) ","
(identifier) "FUNC_SPI0_SCLK"
()) ")"
(;) ";"
(expression_statement) "fpioa_set_function(LCD_RST_PIN, FUNC_GPIOHS0 + LCD_RST_IO);"
(call_expression) "fpioa_set_function(LCD_RST_PIN, FUNC_GPIOHS0 + LCD_RST_IO)"
(identifier) "fpioa_set_function"
(argument_list) "(LCD_RST_PIN, FUNC_GPIOHS0 + LCD_RST_IO)"
(() "("
(identifier) "LCD_RST_PIN"
(,) ","
(binary_expression) "FUNC_GPIOHS0 + LCD_RST_IO"
(identifier) "FUNC_GPIOHS0"
(+) "+"
(identifier) "LCD_RST_IO"
()) ")"
(;) ";"
(expression_statement) "sysctl_set_spi0_dvp_data(1);"
(call_expression) "sysctl_set_spi0_dvp_data(1)"
(identifier) "sysctl_set_spi0_dvp_data"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
(;) ";"
(comment) "// LCD Backlight
"
(expression_statement) "fpioa_set_function(LCD_BLIGHT_PIN, FUNC_GPIOHS0 + LCD_BLIGHT_IO);"
(call_expression) "fpioa_set_function(LCD_BLIGHT_PIN, FUNC_GPIOHS0 + LCD_BLIGHT_IO)"
(identifier) "fpioa_set_function"
(argument_list) "(LCD_BLIGHT_PIN, FUNC_GPIOHS0 + LCD_BLIGHT_IO)"
(() "("
(identifier) "LCD_BLIGHT_PIN"
(,) ","
(binary_expression) "FUNC_GPIOHS0 + LCD_BLIGHT_IO"
(identifier) "FUNC_GPIOHS0"
(+) "+"
(identifier) "LCD_BLIGHT_IO"
()) ")"
(;) ";"
(expression_statement) "gpiohs_set_drive_mode(LCD_BLIGHT_IO, GPIO_DM_OUTPUT);"
(call_expression) "gpiohs_set_drive_mode(LCD_BLIGHT_IO, GPIO_DM_OUTPUT)"
(identifier) "gpiohs_set_drive_mode"
(argument_list) "(LCD_BLIGHT_IO, GPIO_DM_OUTPUT)"
(() "("
(identifier) "LCD_BLIGHT_IO"
(,) ","
(identifier) "GPIO_DM_OUTPUT"
()) ")"
(;) ";"
(expression_statement) "gpiohs_set_pin(LCD_BLIGHT_IO, GPIO_PV_LOW);"
(call_expression) "gpiohs_set_pin(LCD_BLIGHT_IO, GPIO_PV_LOW)"
(identifier) "gpiohs_set_pin"
(argument_list) "(LCD_BLIGHT_IO, GPIO_PV_LOW)"
(() "("
(identifier) "LCD_BLIGHT_IO"
(,) ","
(identifier) "GPIO_PV_LOW"
()) ")"
(;) ";"
(}) "}"
(function_definition) "static void io_set_power(void)
\n{
\n /* Set dvp and spi pin to 1.8V */
\n sysctl_set_power_mode(SYSCTL_POWER_BANK6, SYSCTL_POWER_V18);
\n sysctl_set_power_mode(SYSCTL_POWER_BANK7, SYSCTL_POWER_V18);
\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "void"
(function_declarator) "io_set_power(void)"
(identifier) "io_set_power"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{
\n /* Set dvp and spi pin to 1.8V */
\n sysctl_set_power_mode(SYSCTL_POWER_BANK6, SYSCTL_POWER_V18);
\n sysctl_set_power_mode(SYSCTL_POWER_BANK7, SYSCTL_POWER_V18);
\n}"
({) "{"
(comment) "/* Set dvp and spi pin to 1.8V */"
(expression_statement) "sysctl_set_power_mode(SYSCTL_POWER_BANK6, SYSCTL_POWER_V18);"
(call_expression) "sysctl_set_power_mode(SYSCTL_POWER_BANK6, SYSCTL_POWER_V18)"
(identifier) "sysctl_set_power_mode"
(argument_list) "(SYSCTL_POWER_BANK6, SYSCTL_POWER_V18)"
(() "("
(identifier) "SYSCTL_POWER_BANK6"
(,) ","
(identifier) "SYSCTL_POWER_V18"
()) ")"
(;) ";"
(expression_statement) "sysctl_set_power_mode(SYSCTL_POWER_BANK7, SYSCTL_POWER_V18);"
(call_expression) "sysctl_set_power_mode(SYSCTL_POWER_BANK7, SYSCTL_POWER_V18)"
(identifier) "sysctl_set_power_mode"
(argument_list) "(SYSCTL_POWER_BANK7, SYSCTL_POWER_V18)"
(() "("
(identifier) "SYSCTL_POWER_BANK7"
(,) ","
(identifier) "SYSCTL_POWER_V18"
()) ")"
(;) ";"
(}) "}"
(function_definition) "int argmax(float* src, size_t count)
\n{
\n float max = FLT_MIN;
\n size_t i, max_i = 0;
\n for (i = 0; i < count; i++)
\n {
\n if (src[i] > max)
\n {
\n max = src[i];
\n max_i = i;
\n }
\n }
\n
\n return max_i;
\n}"
(primitive_type) "int"
(function_declarator) "argmax(float* src, size_t count)"
(identifier) "argmax"
(parameter_list) "(float* src, size_t count)"
(() "("
(parameter_declaration) "float* src"
(primitive_type) "float"
(pointer_declarator) "* src"
(*) "*"
(identifier) "src"
(,) ","
(parameter_declaration) "size_t count"
(primitive_type) "size_t"
(identifier) "count"
()) ")"
(compound_statement) "{
\n float max = FLT_MIN;
\n size_t i, max_i = 0;
\n for (i = 0; i < count; i++)
\n {
\n if (src[i] > max)
\n {
\n max = src[i];
\n max_i = i;
\n }
\n }
\n
\n return max_i;
\n}"
({) "{"
(declaration) "float max = FLT_MIN;"
(primitive_type) "float"
(init_declarator) "max = FLT_MIN"
(identifier) "max"
(=) "="
(identifier) "FLT_MIN"
(;) ";"
(declaration) "size_t i, max_i = 0;"
(primitive_type) "size_t"
(identifier) "i"
(,) ","
(init_declarator) "max_i = 0"
(identifier) "max_i"
(=) "="
(number_literal) "0"
(;) ";"
(for_statement) "for (i = 0; i < count; i++)
\n {
\n if (src[i] > max)
\n {
\n max = src[i];
\n max_i = i;
\n }
\n }"
(for) "for"
(() "("
(assignment_expression) "i = 0"
(identifier) "i"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "i < count"
(identifier) "i"
(<) "<"
(identifier) "count"
(;) ";"
(update_expression) "i++"
(identifier) "i"
(++) "++"
()) ")"
(compound_statement) "{
\n if (src[i] > max)
\n {
\n max = src[i];
\n max_i = i;
\n }
\n }"
({) "{"
(if_statement) "if (src[i] > max)
\n {
\n max = src[i];
\n max_i = i;
\n }"
(if) "if"
(parenthesized_expression) "(src[i] > max)"
(() "("
(binary_expression) "src[i] > max"
(subscript_expression) "src[i]"
(identifier) "src"
([) "["
(identifier) "i"
(]) "]"
(>) ">"
(identifier) "max"
()) ")"
(compound_statement) "{
\n max = src[i];
\n max_i = i;
\n }"
({) "{"
(expression_statement) "max = src[i];"
(assignment_expression) "max = src[i]"
(identifier) "max"
(=) "="
(subscript_expression) "src[i]"
(identifier) "src"
([) "["
(identifier) "i"
(]) "]"
(;) ";"
(expression_statement) "max_i = i;"
(assignment_expression) "max_i = i"
(identifier) "max_i"
(=) "="
(identifier) "i"
(;) ";"
(}) "}"
(}) "}"
(return_statement) "return max_i;"
(return) "return"
(identifier) "max_i"
(;) ";"
(}) "}"
(function_definition) "int main()
\n{
\n /* Set CPU and dvp clk */
\n sysctl_pll_set_freq(SYSCTL_PLL0, PLL0_OUTPUT_FREQ);
\n sysctl_pll_set_freq(SYSCTL_PLL1, PLL1_OUTPUT_FREQ);
\n sysctl_clock_enable(SYSCTL_CLOCK_AI);
\n // uarths_init();
\n plic_init();
\n io_set_power();
\n io_init();
\n
\n /* LCD init */
\n printf("LCD init\n");
\n lcd_init();
\n lcd_set_direction(DIR_YX_RLDU);
\n lcd_clear(BLACK);
\n /* DVP init */
\n printf("DVP init\n");
\n dvp_init(8);
\n dvp_set_xclk_rate(24000000);
\n dvp_enable_burst();
\n dvp_set_output_enable(0, 1);
\n dvp_set_output_enable(1, 1);
\n dvp_set_image_format(DVP_CFG_RGB_FORMAT);
\n dvp_set_image_size(320, 240);
\n ov2640_init();
\n
\n kpu_image.pixel = 3;
\n kpu_image.width = 320;
\n kpu_image.height = 240;
\n image_init(&kpu_image);
\n display_image.pixel = 2;
\n display_image.width = 320;
\n display_image.height = 240;
\n image_init(&display_image);
\n crop_image.pixel = 3;
\n crop_image.width = 224;
\n crop_image.height = 224;
\n image_init(&crop_image);
\n dvp_set_ai_addr((uint32_t)kpu_image.addr, (uint32_t)(kpu_image.addr + 320 * 240), (uint32_t)(kpu_image.addr + 320 * 240 * 2));
\n dvp_set_display_addr((uint32_t)display_image.addr);
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);
\n dvp_disable_auto();
\n /* DVP interrupt config */
\n printf("DVP interrupt config\n");
\n plic_set_priority(IRQN_DVP_INTERRUPT, 1);
\n plic_irq_register(IRQN_DVP_INTERRUPT, dvp_irq, NULL);
\n plic_irq_enable(IRQN_DVP_INTERRUPT);
\n /* init model */
\n if (kpu_load_kmodel(&task, model_data) != 0)
\n {
\n printf("Cannot load kmodel.\n");
\n return(-1);
\n }
\n sysctl_enable_irq();
\n
\n /* system start */
\n printf("System start\n");
\n while (1)
\n {
\n g_dvp_finish_flag = 0;
\n dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH);
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1);
\n while (g_dvp_finish_flag == 0)
\n ;
\n
\n image_crop(&kpu_image, &crop_image, 48, 8);
\n
\n g_ai_done_flag = 0;
\n
\n if (kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0)
\n {
\n printf("Cannot run kmodel.\n");
\n return(-1);
\n }
\n while (!g_ai_done_flag);
\n
\n float *features;
\n size_t output_size;
\n kpu_get_output(&task, 0, &features, &output_size);
\n
\n size_t cls = argmax(features, 5);
\n
\n const char *text = NULL;
\n switch (cls)
\n {
\n case 0:
\n text = "daisy";
\n break;
\n case 1:
\n text = "dandelion";
\n break;
\n case 2:
\n text = "roses";
\n break;
\n case 3:
\n text = "sunflowers";
\n break;
\n case 4:
\n text = "tulip";
\n break;
\n }
\n
\n /* display pic*/
\n if (features[cls] > PROB_THRESH)
\n ram_draw_string(display_image.addr, 150, 20, text, RED);
\n lcd_draw_picture(0, 0, 320, 240, (uint32_t *)display_image.addr);
\n }
\n
\n}"
(primitive_type) "int"
(function_declarator) "main()"
(identifier) "main"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{
\n /* Set CPU and dvp clk */
\n sysctl_pll_set_freq(SYSCTL_PLL0, PLL0_OUTPUT_FREQ);
\n sysctl_pll_set_freq(SYSCTL_PLL1, PLL1_OUTPUT_FREQ);
\n sysctl_clock_enable(SYSCTL_CLOCK_AI);
\n // uarths_init();
\n plic_init();
\n io_set_power();
\n io_init();
\n
\n /* LCD init */
\n printf("LCD init\n");
\n lcd_init();
\n lcd_set_direction(DIR_YX_RLDU);
\n lcd_clear(BLACK);
\n /* DVP init */
\n printf("DVP init\n");
\n dvp_init(8);
\n dvp_set_xclk_rate(24000000);
\n dvp_enable_burst();
\n dvp_set_output_enable(0, 1);
\n dvp_set_output_enable(1, 1);
\n dvp_set_image_format(DVP_CFG_RGB_FORMAT);
\n dvp_set_image_size(320, 240);
\n ov2640_init();
\n
\n kpu_image.pixel = 3;
\n kpu_image.width = 320;
\n kpu_image.height = 240;
\n image_init(&kpu_image);
\n display_image.pixel = 2;
\n display_image.width = 320;
\n display_image.height = 240;
\n image_init(&display_image);
\n crop_image.pixel = 3;
\n crop_image.width = 224;
\n crop_image.height = 224;
\n image_init(&crop_image);
\n dvp_set_ai_addr((uint32_t)kpu_image.addr, (uint32_t)(kpu_image.addr + 320 * 240), (uint32_t)(kpu_image.addr + 320 * 240 * 2));
\n dvp_set_display_addr((uint32_t)display_image.addr);
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);
\n dvp_disable_auto();
\n /* DVP interrupt config */
\n printf("DVP interrupt config\n");
\n plic_set_priority(IRQN_DVP_INTERRUPT, 1);
\n plic_irq_register(IRQN_DVP_INTERRUPT, dvp_irq, NULL);
\n plic_irq_enable(IRQN_DVP_INTERRUPT);
\n /* init model */
\n if (kpu_load_kmodel(&task, model_data) != 0)
\n {
\n printf("Cannot load kmodel.\n");
\n return(-1);
\n }
\n sysctl_enable_irq();
\n
\n /* system start */
\n printf("System start\n");
\n while (1)
\n {
\n g_dvp_finish_flag = 0;
\n dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH);
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1);
\n while (g_dvp_finish_flag == 0)
\n ;
\n
\n image_crop(&kpu_image, &crop_image, 48, 8);
\n
\n g_ai_done_flag = 0;
\n
\n if (kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0)
\n {
\n printf("Cannot run kmodel.\n");
\n return(-1);
\n }
\n while (!g_ai_done_flag);
\n
\n float *features;
\n size_t output_size;
\n kpu_get_output(&task, 0, &features, &output_size);
\n
\n size_t cls = argmax(features, 5);
\n
\n const char *text = NULL;
\n switch (cls)
\n {
\n case 0:
\n text = "daisy";
\n break;
\n case 1:
\n text = "dandelion";
\n break;
\n case 2:
\n text = "roses";
\n break;
\n case 3:
\n text = "sunflowers";
\n break;
\n case 4:
\n text = "tulip";
\n break;
\n }
\n
\n /* display pic*/
\n if (features[cls] > PROB_THRESH)
\n ram_draw_string(display_image.addr, 150, 20, text, RED);
\n lcd_draw_picture(0, 0, 320, 240, (uint32_t *)display_image.addr);
\n }
\n
\n}"
({) "{"
(comment) "/* Set CPU and dvp clk */"
(expression_statement) "sysctl_pll_set_freq(SYSCTL_PLL0, PLL0_OUTPUT_FREQ);"
(call_expression) "sysctl_pll_set_freq(SYSCTL_PLL0, PLL0_OUTPUT_FREQ)"
(identifier) "sysctl_pll_set_freq"
(argument_list) "(SYSCTL_PLL0, PLL0_OUTPUT_FREQ)"
(() "("
(identifier) "SYSCTL_PLL0"
(,) ","
(identifier) "PLL0_OUTPUT_FREQ"
()) ")"
(;) ";"
(expression_statement) "sysctl_pll_set_freq(SYSCTL_PLL1, PLL1_OUTPUT_FREQ);"
(call_expression) "sysctl_pll_set_freq(SYSCTL_PLL1, PLL1_OUTPUT_FREQ)"
(identifier) "sysctl_pll_set_freq"
(argument_list) "(SYSCTL_PLL1, PLL1_OUTPUT_FREQ)"
(() "("
(identifier) "SYSCTL_PLL1"
(,) ","
(identifier) "PLL1_OUTPUT_FREQ"
()) ")"
(;) ";"
(expression_statement) "sysctl_clock_enable(SYSCTL_CLOCK_AI);"
(call_expression) "sysctl_clock_enable(SYSCTL_CLOCK_AI)"
(identifier) "sysctl_clock_enable"
(argument_list) "(SYSCTL_CLOCK_AI)"
(() "("
(identifier) "SYSCTL_CLOCK_AI"
()) ")"
(;) ";"
(comment) "// uarths_init();
"
(expression_statement) "plic_init();"
(call_expression) "plic_init()"
(identifier) "plic_init"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "io_set_power();"
(call_expression) "io_set_power()"
(identifier) "io_set_power"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "io_init();"
(call_expression) "io_init()"
(identifier) "io_init"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/* LCD init */"
(expression_statement) "printf("LCD init\n");"
(call_expression) "printf("LCD init\n")"
(identifier) "printf"
(argument_list) "("LCD init\n")"
(() "("
(string_literal) ""LCD init\n""
(") """
(string_content) "LCD init"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "lcd_init();"
(call_expression) "lcd_init()"
(identifier) "lcd_init"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "lcd_set_direction(DIR_YX_RLDU);"
(call_expression) "lcd_set_direction(DIR_YX_RLDU)"
(identifier) "lcd_set_direction"
(argument_list) "(DIR_YX_RLDU)"
(() "("
(identifier) "DIR_YX_RLDU"
()) ")"
(;) ";"
(expression_statement) "lcd_clear(BLACK);"
(call_expression) "lcd_clear(BLACK)"
(identifier) "lcd_clear"
(argument_list) "(BLACK)"
(() "("
(identifier) "BLACK"
()) ")"
(;) ";"
(comment) "/* DVP init */"
(expression_statement) "printf("DVP init\n");"
(call_expression) "printf("DVP init\n")"
(identifier) "printf"
(argument_list) "("DVP init\n")"
(() "("
(string_literal) ""DVP init\n""
(") """
(string_content) "DVP init"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "dvp_init(8);"
(call_expression) "dvp_init(8)"
(identifier) "dvp_init"
(argument_list) "(8)"
(() "("
(number_literal) "8"
()) ")"
(;) ";"
(expression_statement) "dvp_set_xclk_rate(24000000);"
(call_expression) "dvp_set_xclk_rate(24000000)"
(identifier) "dvp_set_xclk_rate"
(argument_list) "(24000000)"
(() "("
(number_literal) "24000000"
()) ")"
(;) ";"
(expression_statement) "dvp_enable_burst();"
(call_expression) "dvp_enable_burst()"
(identifier) "dvp_enable_burst"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "dvp_set_output_enable(0, 1);"
(call_expression) "dvp_set_output_enable(0, 1)"
(identifier) "dvp_set_output_enable"
(argument_list) "(0, 1)"
(() "("
(number_literal) "0"
(,) ","
(number_literal) "1"
()) ")"
(;) ";"
(expression_statement) "dvp_set_output_enable(1, 1);"
(call_expression) "dvp_set_output_enable(1, 1)"
(identifier) "dvp_set_output_enable"
(argument_list) "(1, 1)"
(() "("
(number_literal) "1"
(,) ","
(number_literal) "1"
()) ")"
(;) ";"
(expression_statement) "dvp_set_image_format(DVP_CFG_RGB_FORMAT);"
(call_expression) "dvp_set_image_format(DVP_CFG_RGB_FORMAT)"
(identifier) "dvp_set_image_format"
(argument_list) "(DVP_CFG_RGB_FORMAT)"
(() "("
(identifier) "DVP_CFG_RGB_FORMAT"
()) ")"
(;) ";"
(expression_statement) "dvp_set_image_size(320, 240);"
(call_expression) "dvp_set_image_size(320, 240)"
(identifier) "dvp_set_image_size"
(argument_list) "(320, 240)"
(() "("
(number_literal) "320"
(,) ","
(number_literal) "240"
()) ")"
(;) ";"
(expression_statement) "ov2640_init();"
(call_expression) "ov2640_init()"
(identifier) "ov2640_init"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "kpu_image.pixel = 3;"
(assignment_expression) "kpu_image.pixel = 3"
(field_expression) "kpu_image.pixel"
(identifier) "kpu_image"
(.) "."
(field_identifier) "pixel"
(=) "="
(number_literal) "3"
(;) ";"
(expression_statement) "kpu_image.width = 320;"
(assignment_expression) "kpu_image.width = 320"
(field_expression) "kpu_image.width"
(identifier) "kpu_image"
(.) "."
(field_identifier) "width"
(=) "="
(number_literal) "320"
(;) ";"
(expression_statement) "kpu_image.height = 240;"
(assignment_expression) "kpu_image.height = 240"
(field_expression) "kpu_image.height"
(identifier) "kpu_image"
(.) "."
(field_identifier) "height"
(=) "="
(number_literal) "240"
(;) ";"
(expression_statement) "image_init(&kpu_image);"
(call_expression) "image_init(&kpu_image)"
(identifier) "image_init"
(argument_list) "(&kpu_image)"
(() "("
(pointer_expression) "&kpu_image"
(&) "&"
(identifier) "kpu_image"
()) ")"
(;) ";"
(expression_statement) "display_image.pixel = 2;"
(assignment_expression) "display_image.pixel = 2"
(field_expression) "display_image.pixel"
(identifier) "display_image"
(.) "."
(field_identifier) "pixel"
(=) "="
(number_literal) "2"
(;) ";"
(expression_statement) "display_image.width = 320;"
(assignment_expression) "display_image.width = 320"
(field_expression) "display_image.width"
(identifier) "display_image"
(.) "."
(field_identifier) "width"
(=) "="
(number_literal) "320"
(;) ";"
(expression_statement) "display_image.height = 240;"
(assignment_expression) "display_image.height = 240"
(field_expression) "display_image.height"
(identifier) "display_image"
(.) "."
(field_identifier) "height"
(=) "="
(number_literal) "240"
(;) ";"
(expression_statement) "image_init(&display_image);"
(call_expression) "image_init(&display_image)"
(identifier) "image_init"
(argument_list) "(&display_image)"
(() "("
(pointer_expression) "&display_image"
(&) "&"
(identifier) "display_image"
()) ")"
(;) ";"
(expression_statement) "crop_image.pixel = 3;"
(assignment_expression) "crop_image.pixel = 3"
(field_expression) "crop_image.pixel"
(identifier) "crop_image"
(.) "."
(field_identifier) "pixel"
(=) "="
(number_literal) "3"
(;) ";"
(expression_statement) "crop_image.width = 224;"
(assignment_expression) "crop_image.width = 224"
(field_expression) "crop_image.width"
(identifier) "crop_image"
(.) "."
(field_identifier) "width"
(=) "="
(number_literal) "224"
(;) ";"
(expression_statement) "crop_image.height = 224;"
(assignment_expression) "crop_image.height = 224"
(field_expression) "crop_image.height"
(identifier) "crop_image"
(.) "."
(field_identifier) "height"
(=) "="
(number_literal) "224"
(;) ";"
(expression_statement) "image_init(&crop_image);"
(call_expression) "image_init(&crop_image)"
(identifier) "image_init"
(argument_list) "(&crop_image)"
(() "("
(pointer_expression) "&crop_image"
(&) "&"
(identifier) "crop_image"
()) ")"
(;) ";"
(expression_statement) "dvp_set_ai_addr((uint32_t)kpu_image.addr, (uint32_t)(kpu_image.addr + 320 * 240), (uint32_t)(kpu_image.addr + 320 * 240 * 2));"
(call_expression) "dvp_set_ai_addr((uint32_t)kpu_image.addr, (uint32_t)(kpu_image.addr + 320 * 240), (uint32_t)(kpu_image.addr + 320 * 240 * 2))"
(identifier) "dvp_set_ai_addr"
(argument_list) "((uint32_t)kpu_image.addr, (uint32_t)(kpu_image.addr + 320 * 240), (uint32_t)(kpu_image.addr + 320 * 240 * 2))"
(() "("
(cast_expression) "(uint32_t)kpu_image.addr"
(() "("
(type_descriptor) "uint32_t"
(primitive_type) "uint32_t"
()) ")"
(field_expression) "kpu_image.addr"
(identifier) "kpu_image"
(.) "."
(field_identifier) "addr"
(,) ","
(cast_expression) "(uint32_t)(kpu_image.addr + 320 * 240)"
(() "("
(type_descriptor) "uint32_t"
(primitive_type) "uint32_t"
()) ")"
(parenthesized_expression) "(kpu_image.addr + 320 * 240)"
(() "("
(binary_expression) "kpu_image.addr + 320 * 240"
(field_expression) "kpu_image.addr"
(identifier) "kpu_image"
(.) "."
(field_identifier) "addr"
(+) "+"
(binary_expression) "320 * 240"
(number_literal) "320"
(*) "*"
(number_literal) "240"
()) ")"
(,) ","
(cast_expression) "(uint32_t)(kpu_image.addr + 320 * 240 * 2)"
(() "("
(type_descriptor) "uint32_t"
(primitive_type) "uint32_t"
()) ")"
(parenthesized_expression) "(kpu_image.addr + 320 * 240 * 2)"
(() "("
(binary_expression) "kpu_image.addr + 320 * 240 * 2"
(field_expression) "kpu_image.addr"
(identifier) "kpu_image"
(.) "."
(field_identifier) "addr"
(+) "+"
(binary_expression) "320 * 240 * 2"
(binary_expression) "320 * 240"
(number_literal) "320"
(*) "*"
(number_literal) "240"
(*) "*"
(number_literal) "2"
()) ")"
()) ")"
(;) ";"
(expression_statement) "dvp_set_display_addr((uint32_t)display_image.addr);"
(call_expression) "dvp_set_display_addr((uint32_t)display_image.addr)"
(identifier) "dvp_set_display_addr"
(argument_list) "((uint32_t)display_image.addr)"
(() "("
(cast_expression) "(uint32_t)display_image.addr"
(() "("
(type_descriptor) "uint32_t"
(primitive_type) "uint32_t"
()) ")"
(field_expression) "display_image.addr"
(identifier) "display_image"
(.) "."
(field_identifier) "addr"
()) ")"
(;) ";"
(expression_statement) "dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);"
(call_expression) "dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0)"
(identifier) "dvp_config_interrupt"
(argument_list) "(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0)"
(() "("
(binary_expression) "DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE"
(identifier) "DVP_CFG_START_INT_ENABLE"
(|) "|"
(identifier) "DVP_CFG_FINISH_INT_ENABLE"
(,) ","
(number_literal) "0"
()) ")"
(;) ";"
(expression_statement) "dvp_disable_auto();"
(call_expression) "dvp_disable_auto()"
(identifier) "dvp_disable_auto"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/* DVP interrupt config */"
(expression_statement) "printf("DVP interrupt config\n");"
(call_expression) "printf("DVP interrupt config\n")"
(identifier) "printf"
(argument_list) "("DVP interrupt config\n")"
(() "("
(string_literal) ""DVP interrupt config\n""
(") """
(string_content) "DVP interrupt config"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "plic_set_priority(IRQN_DVP_INTERRUPT, 1);"
(call_expression) "plic_set_priority(IRQN_DVP_INTERRUPT, 1)"
(identifier) "plic_set_priority"
(argument_list) "(IRQN_DVP_INTERRUPT, 1)"
(() "("
(identifier) "IRQN_DVP_INTERRUPT"
(,) ","
(number_literal) "1"
()) ")"
(;) ";"
(expression_statement) "plic_irq_register(IRQN_DVP_INTERRUPT, dvp_irq, NULL);"
(call_expression) "plic_irq_register(IRQN_DVP_INTERRUPT, dvp_irq, NULL)"
(identifier) "plic_irq_register"
(argument_list) "(IRQN_DVP_INTERRUPT, dvp_irq, NULL)"
(() "("
(identifier) "IRQN_DVP_INTERRUPT"
(,) ","
(identifier) "dvp_irq"
(,) ","
(null) "NULL"
(NULL) "NULL"
()) ")"
(;) ";"
(expression_statement) "plic_irq_enable(IRQN_DVP_INTERRUPT);"
(call_expression) "plic_irq_enable(IRQN_DVP_INTERRUPT)"
(identifier) "plic_irq_enable"
(argument_list) "(IRQN_DVP_INTERRUPT)"
(() "("
(identifier) "IRQN_DVP_INTERRUPT"
()) ")"
(;) ";"
(comment) "/* init model */"
(if_statement) "if (kpu_load_kmodel(&task, model_data) != 0)
\n {
\n printf("Cannot load kmodel.\n");
\n return(-1);
\n }"
(if) "if"
(parenthesized_expression) "(kpu_load_kmodel(&task, model_data) != 0)"
(() "("
(binary_expression) "kpu_load_kmodel(&task, model_data) != 0"
(call_expression) "kpu_load_kmodel(&task, model_data)"
(identifier) "kpu_load_kmodel"
(argument_list) "(&task, model_data)"
(() "("
(pointer_expression) "&task"
(&) "&"
(identifier) "task"
(,) ","
(identifier) "model_data"
()) ")"
(!=) "!="
(number_literal) "0"
()) ")"
(compound_statement) "{
\n printf("Cannot load kmodel.\n");
\n return(-1);
\n }"
({) "{"
(expression_statement) "printf("Cannot load kmodel.\n");"
(call_expression) "printf("Cannot load kmodel.\n")"
(identifier) "printf"
(argument_list) "("Cannot load kmodel.\n")"
(() "("
(string_literal) ""Cannot load kmodel.\n""
(") """
(string_content) "Cannot load kmodel."
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(return_statement) "return(-1);"
(return) "return"
(parenthesized_expression) "(-1)"
(() "("
(number_literal) "-1"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "sysctl_enable_irq();"
(call_expression) "sysctl_enable_irq()"
(identifier) "sysctl_enable_irq"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/* system start */"
(expression_statement) "printf("System start\n");"
(call_expression) "printf("System start\n")"
(identifier) "printf"
(argument_list) "("System start\n")"
(() "("
(string_literal) ""System start\n""
(") """
(string_content) "System start"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(while_statement) "while (1)
\n {
\n g_dvp_finish_flag = 0;
\n dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH);
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1);
\n while (g_dvp_finish_flag == 0)
\n ;
\n
\n image_crop(&kpu_image, &crop_image, 48, 8);
\n
\n g_ai_done_flag = 0;
\n
\n if (kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0)
\n {
\n printf("Cannot run kmodel.\n");
\n return(-1);
\n }
\n while (!g_ai_done_flag);
\n
\n float *features;
\n size_t output_size;
\n kpu_get_output(&task, 0, &features, &output_size);
\n
\n size_t cls = argmax(features, 5);
\n
\n const char *text = NULL;
\n switch (cls)
\n {
\n case 0:
\n text = "daisy";
\n break;
\n case 1:
\n text = "dandelion";
\n break;
\n case 2:
\n text = "roses";
\n break;
\n case 3:
\n text = "sunflowers";
\n break;
\n case 4:
\n text = "tulip";
\n break;
\n }
\n
\n /* display pic*/
\n if (features[cls] > PROB_THRESH)
\n ram_draw_string(display_image.addr, 150, 20, text, RED);
\n lcd_draw_picture(0, 0, 320, 240, (uint32_t *)display_image.addr);
\n }"
(while) "while"
(parenthesized_expression) "(1)"
(() "("
(number_literal) "1"
()) ")"
(compound_statement) "{
\n g_dvp_finish_flag = 0;
\n dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH);
\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1);
\n while (g_dvp_finish_flag == 0)
\n ;
\n
\n image_crop(&kpu_image, &crop_image, 48, 8);
\n
\n g_ai_done_flag = 0;
\n
\n if (kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0)
\n {
\n printf("Cannot run kmodel.\n");
\n return(-1);
\n }
\n while (!g_ai_done_flag);
\n
\n float *features;
\n size_t output_size;
\n kpu_get_output(&task, 0, &features, &output_size);
\n
\n size_t cls = argmax(features, 5);
\n
\n const char *text = NULL;
\n switch (cls)
\n {
\n case 0:
\n text = "daisy";
\n break;
\n case 1:
\n text = "dandelion";
\n break;
\n case 2:
\n text = "roses";
\n break;
\n case 3:
\n text = "sunflowers";
\n break;
\n case 4:
\n text = "tulip";
\n break;
\n }
\n
\n /* display pic*/
\n if (features[cls] > PROB_THRESH)
\n ram_draw_string(display_image.addr, 150, 20, text, RED);
\n lcd_draw_picture(0, 0, 320, 240, (uint32_t *)display_image.addr);
\n }"
({) "{"
(expression_statement) "g_dvp_finish_flag = 0;"
(assignment_expression) "g_dvp_finish_flag = 0"
(identifier) "g_dvp_finish_flag"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH);"
(call_expression) "dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH)"
(identifier) "dvp_clear_interrupt"
(argument_list) "(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH)"
(() "("
(binary_expression) "DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH"
(identifier) "DVP_STS_FRAME_START"
(|) "|"
(identifier) "DVP_STS_FRAME_FINISH"
()) ")"
(;) ";"
(expression_statement) "dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1);"
(call_expression) "dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1)"
(identifier) "dvp_config_interrupt"
(argument_list) "(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1)"
(() "("
(binary_expression) "DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE"
(identifier) "DVP_CFG_START_INT_ENABLE"
(|) "|"
(identifier) "DVP_CFG_FINISH_INT_ENABLE"
(,) ","
(number_literal) "1"
()) ")"
(;) ";"
(while_statement) "while (g_dvp_finish_flag == 0)
\n ;"
(while) "while"
(parenthesized_expression) "(g_dvp_finish_flag == 0)"
(() "("
(binary_expression) "g_dvp_finish_flag == 0"
(identifier) "g_dvp_finish_flag"
(==) "=="
(number_literal) "0"
()) ")"
(expression_statement) ";"
(;) ";"
(expression_statement) "image_crop(&kpu_image, &crop_image, 48, 8);"
(call_expression) "image_crop(&kpu_image, &crop_image, 48, 8)"
(identifier) "image_crop"
(argument_list) "(&kpu_image, &crop_image, 48, 8)"
(() "("
(pointer_expression) "&kpu_image"
(&) "&"
(identifier) "kpu_image"
(,) ","
(pointer_expression) "&crop_image"
(&) "&"
(identifier) "crop_image"
(,) ","
(number_literal) "48"
(,) ","
(number_literal) "8"
()) ")"
(;) ";"
(expression_statement) "g_ai_done_flag = 0;"
(assignment_expression) "g_ai_done_flag = 0"
(identifier) "g_ai_done_flag"
(=) "="
(number_literal) "0"
(;) ";"
(if_statement) "if (kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0)
\n {
\n printf("Cannot run kmodel.\n");
\n return(-1);
\n }"
(if) "if"
(parenthesized_expression) "(kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0)"
(() "("
(binary_expression) "kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0"
(call_expression) "kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL)"
(identifier) "kpu_run_kmodel"
(argument_list) "(&task, crop_image.addr, 5, ai_done, NULL)"
(() "("
(pointer_expression) "&task"
(&) "&"
(identifier) "task"
(,) ","
(field_expression) "crop_image.addr"
(identifier) "crop_image"
(.) "."
(field_identifier) "addr"
(,) ","
(number_literal) "5"
(,) ","
(identifier) "ai_done"
(,) ","
(null) "NULL"
(NULL) "NULL"
()) ")"
(!=) "!="
(number_literal) "0"
()) ")"
(compound_statement) "{
\n printf("Cannot run kmodel.\n");
\n return(-1);
\n }"
({) "{"
(expression_statement) "printf("Cannot run kmodel.\n");"
(call_expression) "printf("Cannot run kmodel.\n")"
(identifier) "printf"
(argument_list) "("Cannot run kmodel.\n")"
(() "("
(string_literal) ""Cannot run kmodel.\n""
(") """
(string_content) "Cannot run kmodel."
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(return_statement) "return(-1);"
(return) "return"
(parenthesized_expression) "(-1)"
(() "("
(number_literal) "-1"
()) ")"
(;) ";"
(}) "}"
(while_statement) "while (!g_ai_done_flag);"
(while) "while"
(parenthesized_expression) "(!g_ai_done_flag)"
(() "("
(unary_expression) "!g_ai_done_flag"
(!) "!"
(identifier) "g_ai_done_flag"
()) ")"
(expression_statement) ";"
(;) ";"
(declaration) "float *features;"
(primitive_type) "float"
(pointer_declarator) "*features"
(*) "*"
(identifier) "features"
(;) ";"
(declaration) "size_t output_size;"
(primitive_type) "size_t"
(identifier) "output_size"
(;) ";"
(expression_statement) "kpu_get_output(&task, 0, &features, &output_size);"
(call_expression) "kpu_get_output(&task, 0, &features, &output_size)"
(identifier) "kpu_get_output"
(argument_list) "(&task, 0, &features, &output_size)"
(() "("
(pointer_expression) "&task"
(&) "&"
(identifier) "task"
(,) ","
(number_literal) "0"
(,) ","
(pointer_expression) "&features"
(&) "&"
(identifier) "features"
(,) ","
(pointer_expression) "&output_size"
(&) "&"
(identifier) "output_size"
()) ")"
(;) ";"
(declaration) "size_t cls = argmax(features, 5);"
(primitive_type) "size_t"
(init_declarator) "cls = argmax(features, 5)"
(identifier) "cls"
(=) "="
(call_expression) "argmax(features, 5)"
(identifier) "argmax"
(argument_list) "(features, 5)"
(() "("
(identifier) "features"
(,) ","
(number_literal) "5"
()) ")"
(;) ";"
(declaration) "const char *text = NULL;"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(init_declarator) "*text = NULL"
(pointer_declarator) "*text"
(*) "*"
(identifier) "text"
(=) "="
(null) "NULL"
(NULL) "NULL"
(;) ";"
(switch_statement) "switch (cls)
\n {
\n case 0:
\n text = "daisy";
\n break;
\n case 1:
\n text = "dandelion";
\n break;
\n case 2:
\n text = "roses";
\n break;
\n case 3:
\n text = "sunflowers";
\n break;
\n case 4:
\n text = "tulip";
\n break;
\n }"
(switch) "switch"
(parenthesized_expression) "(cls)"
(() "("
(identifier) "cls"
()) ")"
(compound_statement) "{
\n case 0:
\n text = "daisy";
\n break;
\n case 1:
\n text = "dandelion";
\n break;
\n case 2:
\n text = "roses";
\n break;
\n case 3:
\n text = "sunflowers";
\n break;
\n case 4:
\n text = "tulip";
\n break;
\n }"
({) "{"
(case_statement) "case 0:
\n text = "daisy";
\n break;"
(case) "case"
(number_literal) "0"
(:) ":"
(expression_statement) "text = "daisy";"
(assignment_expression) "text = "daisy""
(identifier) "text"
(=) "="
(string_literal) ""daisy""
(") """
(string_content) "daisy"
(") """
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case 1:
\n text = "dandelion";
\n break;"
(case) "case"
(number_literal) "1"
(:) ":"
(expression_statement) "text = "dandelion";"
(assignment_expression) "text = "dandelion""
(identifier) "text"
(=) "="
(string_literal) ""dandelion""
(") """
(string_content) "dandelion"
(") """
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case 2:
\n text = "roses";
\n break;"
(case) "case"
(number_literal) "2"
(:) ":"
(expression_statement) "text = "roses";"
(assignment_expression) "text = "roses""
(identifier) "text"
(=) "="
(string_literal) ""roses""
(") """
(string_content) "roses"
(") """
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case 3:
\n text = "sunflowers";
\n break;"
(case) "case"
(number_literal) "3"
(:) ":"
(expression_statement) "text = "sunflowers";"
(assignment_expression) "text = "sunflowers""
(identifier) "text"
(=) "="
(string_literal) ""sunflowers""
(") """
(string_content) "sunflowers"
(") """
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case 4:
\n text = "tulip";
\n break;"
(case) "case"
(number_literal) "4"
(:) ":"
(expression_statement) "text = "tulip";"
(assignment_expression) "text = "tulip""
(identifier) "text"
(=) "="
(string_literal) ""tulip""
(") """
(string_content) "tulip"
(") """
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(}) "}"
(comment) "/* display pic*/"
(if_statement) "if (features[cls] > PROB_THRESH)
\n ram_draw_string(display_image.addr, 150, 20, text, RED);"
(if) "if"
(parenthesized_expression) "(features[cls] > PROB_THRESH)"
(() "("
(binary_expression) "features[cls] > PROB_THRESH"
(subscript_expression) "features[cls]"
(identifier) "features"
([) "["
(identifier) "cls"
(]) "]"
(>) ">"
(identifier) "PROB_THRESH"
()) ")"
(expression_statement) "ram_draw_string(display_image.addr, 150, 20, text, RED);"
(call_expression) "ram_draw_string(display_image.addr, 150, 20, text, RED)"
(identifier) "ram_draw_string"
(argument_list) "(display_image.addr, 150, 20, text, RED)"
(() "("
(field_expression) "display_image.addr"
(identifier) "display_image"
(.) "."
(field_identifier) "addr"
(,) ","
(number_literal) "150"
(,) ","
(number_literal) "20"
(,) ","
(identifier) "text"
(,) ","
(identifier) "RED"
()) ")"
(;) ";"
(expression_statement) "lcd_draw_picture(0, 0, 320, 240, (uint32_t *)display_image.addr);"
(call_expression) "lcd_draw_picture(0, 0, 320, 240, (uint32_t *)display_image.addr)"
(identifier) "lcd_draw_picture"
(argument_list) "(0, 0, 320, 240, (uint32_t *)display_image.addr)"
(() "("
(number_literal) "0"
(,) ","
(number_literal) "0"
(,) ","
(number_literal) "320"
(,) ","
(number_literal) "240"
(,) ","
(cast_expression) "(uint32_t *)display_image.addr"
(() "("
(type_descriptor) "uint32_t *"
(primitive_type) "uint32_t"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(field_expression) "display_image.addr"
(identifier) "display_image"
(.) "."
(field_identifier) "addr"
()) ")"
(;) ";"
(}) "}"
(}) "}"
| 1,507
| 0
|
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"#include", "text": "#include", "parent": 3, "children": [], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 8}}, {"id": 5, "type": "string_literal", "text": "\"kpu.h\"", "parent": 3, "children": [], "start_point": {"row": 15, "column": 9}, "end_point": {"row": 15, "column": 16}}, {"id": 6, "type": "preproc_include", "text": "#include \"sysctl.h\"\r\n", "parent": null, "children": [7, 8], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 17, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 8}}, {"id": 8, "type": "string_literal", "text": "\"sysctl.h\"", "parent": 6, "children": [], "start_point": {"row": 16, "column": 9}, "end_point": {"row": 16, "column": 19}}, {"id": 9, "type": "preproc_include", "text": "#include \"plic.h\"\r\n", "parent": null, "children": [10, 11], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 18, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"plic.h\"", "parent": 9, "children": [], "start_point": {"row": 17, "column": 9}, "end_point": {"row": 17, "column": 17}}, {"id": 12, "type": "preproc_include", "text": "#include \"utils.h\"\r\n", "parent": null, "children": [13, 14], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 8}}, {"id": 14, "type": "string_literal", "text": "\"utils.h\"", "parent": 12, "children": [], "start_point": {"row": 18, "column": 9}, "end_point": {"row": 18, "column": 18}}, {"id": 15, "type": "preproc_include", "text": "#include <float.h>\r\n", "parent": null, "children": [16, 17], 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"column": 0}, "end_point": {"row": 29, "column": 0}}, {"id": 44, "type": "#define", "text": "#define", "parent": 43, "children": [], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 28, "column": 7}}, {"id": 45, "type": "identifier", "text": "INCBIN_PREFIX", "parent": 43, "children": [], "start_point": {"row": 28, "column": 8}, "end_point": {"row": 28, "column": 21}}, {"id": 46, "type": "preproc_include", "text": "#include \"incbin.h\"\r\n", "parent": null, "children": [47, 48], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 30, "column": 0}}, {"id": 47, "type": "#include", "text": "#include", "parent": 46, "children": [], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 29, "column": 8}}, {"id": 48, "type": "string_literal", "text": "\"incbin.h\"", "parent": 46, "children": [], "start_point": {"row": 29, "column": 9}, "end_point": {"row": 29, "column": 19}}, {"id": 49, "type": "preproc_def", "text": "#define PROB_THRESH (0.7f)\r\n", "parent": 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"children": [], "start_point": {"row": 60, "column": 4}, "end_point": {"row": 60, "column": 10}}, {"id": 167, "type": "argument_list", "text": "(\"\\n\")", "parent": 165, "children": [168], "start_point": {"row": 60, "column": 10}, "end_point": {"row": 60, "column": 16}}, {"id": 168, "type": "string_literal", "text": "\"\\n\"", "parent": 167, "children": [169], "start_point": {"row": 60, "column": 11}, "end_point": {"row": 60, "column": 15}}, {"id": 169, "type": "escape_sequence", "text": "\\n", "parent": 168, "children": [], "start_point": {"row": 60, "column": 12}, "end_point": {"row": 60, "column": 14}}, {"id": 170, "type": "return_statement", "text": "return 0;", "parent": 84, "children": [171], "start_point": {"row": 61, "column": 4}, "end_point": {"row": 61, "column": 13}}, {"id": 171, "type": "number_literal", "text": "0", "parent": 170, "children": [], "start_point": {"row": 61, "column": 11}, "end_point": {"row": 61, "column": 12}}, {"id": 172, "type": "function_definition", "text": "static int dvp_irq(void *ctx)\r\n{\r\n if (dvp_get_interrupt(DVP_STS_FRAME_FINISH))\r\n {\r\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);\r\n dvp_clear_interrupt(DVP_STS_FRAME_FINISH);\r\n g_dvp_finish_flag = 1;\r\n }\r\n else\r\n {\r\n dvp_start_convert();\r\n dvp_clear_interrupt(DVP_STS_FRAME_START);\r\n }\r\n return 0;\r\n}", "parent": null, "children": [173, 174], "start_point": {"row": 64, "column": 0}, "end_point": {"row": 78, "column": 1}}, {"id": 173, "type": "primitive_type", "text": "int", "parent": 172, "children": [], "start_point": {"row": 64, "column": 7}, "end_point": {"row": 64, "column": 10}}, {"id": 174, "type": "function_declarator", "text": "dvp_irq(void *ctx)", "parent": 172, "children": [175, 176], "start_point": {"row": 64, "column": 11}, "end_point": {"row": 64, "column": 29}}, {"id": 175, "type": "identifier", "text": "dvp_irq", "parent": 174, "children": [], "start_point": {"row": 64, "column": 11}, "end_point": {"row": 64, "column": 18}}, {"id": 176, "type": "parameter_list", "text": "(void *ctx)", "parent": 174, "children": [177], "start_point": {"row": 64, "column": 18}, "end_point": {"row": 64, "column": 29}}, {"id": 177, "type": "parameter_declaration", "text": "void *ctx", "parent": 176, "children": [178, 179], "start_point": {"row": 64, "column": 19}, "end_point": {"row": 64, "column": 28}}, {"id": 178, "type": "primitive_type", "text": "void", "parent": 177, "children": [], "start_point": {"row": 64, "column": 19}, "end_point": {"row": 64, "column": 23}}, {"id": 179, "type": "pointer_declarator", "text": "*ctx", "parent": 177, "children": [180, 181], "start_point": {"row": 64, "column": 24}, "end_point": {"row": 64, "column": 28}}, {"id": 180, "type": "*", "text": "*", "parent": 179, "children": [], "start_point": {"row": 64, "column": 24}, "end_point": {"row": 64, "column": 25}}, {"id": 181, "type": "identifier", "text": "ctx", "parent": 179, "children": [], "start_point": {"row": 64, "column": 25}, "end_point": {"row": 64, "column": 28}}, {"id": 182, "type": "if_statement", "text": "if (dvp_get_interrupt(DVP_STS_FRAME_FINISH))\r\n {\r\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);\r\n dvp_clear_interrupt(DVP_STS_FRAME_FINISH);\r\n g_dvp_finish_flag = 1;\r\n }\r\n else\r\n {\r\n dvp_start_convert();\r\n dvp_clear_interrupt(DVP_STS_FRAME_START);\r\n }", "parent": 172, "children": [183, 203], "start_point": {"row": 66, "column": 4}, "end_point": {"row": 76, "column": 5}}, {"id": 183, "type": "parenthesized_expression", "text": "(dvp_get_interrupt(DVP_STS_FRAME_FINISH))", "parent": 182, "children": [184], "start_point": {"row": 66, "column": 7}, "end_point": {"row": 66, "column": 48}}, {"id": 184, "type": "call_expression", "text": "dvp_get_interrupt(DVP_STS_FRAME_FINISH)", "parent": 183, "children": [185, 186], "start_point": {"row": 66, "column": 8}, "end_point": {"row": 66, "column": 47}}, {"id": 185, "type": "identifier", "text": "dvp_get_interrupt", "parent": 184, "children": [], "start_point": {"row": 66, "column": 8}, "end_point": {"row": 66, "column": 25}}, {"id": 186, "type": "argument_list", "text": "(DVP_STS_FRAME_FINISH)", "parent": 184, "children": [187], "start_point": {"row": 66, "column": 25}, "end_point": {"row": 66, "column": 47}}, {"id": 187, "type": "identifier", "text": "DVP_STS_FRAME_FINISH", "parent": 186, "children": [], "start_point": {"row": 66, "column": 26}, "end_point": {"row": 66, "column": 46}}, {"id": 188, "type": "call_expression", "text": "dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0)", "parent": 182, "children": [189, 190], "start_point": {"row": 68, "column": 8}, "end_point": {"row": 68, "column": 85}}, {"id": 189, "type": "identifier", "text": "dvp_config_interrupt", "parent": 188, "children": [], "start_point": {"row": 68, "column": 8}, "end_point": {"row": 68, "column": 28}}, {"id": 190, "type": "argument_list", "text": "(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0)", "parent": 188, "children": [191, 194], "start_point": {"row": 68, "column": 28}, "end_point": {"row": 68, "column": 85}}, {"id": 191, "type": "binary_expression", "text": "DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE", "parent": 190, "children": [192, 193], "start_point": {"row": 68, "column": 29}, "end_point": {"row": 68, "column": 81}}, {"id": 192, "type": "identifier", "text": "DVP_CFG_START_INT_ENABLE", "parent": 191, "children": [], "start_point": {"row": 68, "column": 29}, "end_point": {"row": 68, "column": 53}}, {"id": 193, "type": "identifier", "text": "DVP_CFG_FINISH_INT_ENABLE", "parent": 191, "children": [], "start_point": {"row": 68, "column": 56}, "end_point": {"row": 68, "column": 81}}, {"id": 194, "type": "number_literal", "text": "0", "parent": 190, "children": [], "start_point": {"row": 68, "column": 83}, "end_point": {"row": 68, "column": 84}}, {"id": 195, "type": "call_expression", "text": "dvp_clear_interrupt(DVP_STS_FRAME_FINISH)", "parent": 182, "children": [196, 197], "start_point": {"row": 69, "column": 8}, "end_point": {"row": 69, "column": 49}}, {"id": 196, "type": "identifier", "text": "dvp_clear_interrupt", "parent": 195, "children": [], "start_point": {"row": 69, "column": 8}, "end_point": {"row": 69, "column": 27}}, {"id": 197, "type": "argument_list", "text": "(DVP_STS_FRAME_FINISH)", "parent": 195, "children": [198], "start_point": {"row": 69, "column": 27}, "end_point": {"row": 69, "column": 49}}, {"id": 198, "type": "identifier", "text": "DVP_STS_FRAME_FINISH", "parent": 197, "children": [], "start_point": {"row": 69, "column": 28}, "end_point": {"row": 69, "column": 48}}, {"id": 199, "type": "assignment_expression", "text": "g_dvp_finish_flag = 1", "parent": 182, "children": [200, 201, 202], "start_point": {"row": 70, "column": 8}, "end_point": {"row": 70, "column": 29}}, {"id": 200, "type": "identifier", "text": "g_dvp_finish_flag", "parent": 199, "children": [], "start_point": {"row": 70, "column": 8}, "end_point": {"row": 70, "column": 25}}, {"id": 201, "type": "=", "text": "=", "parent": 199, "children": [], "start_point": {"row": 70, "column": 26}, "end_point": {"row": 70, "column": 27}}, {"id": 202, "type": "number_literal", "text": "1", "parent": 199, "children": [], "start_point": {"row": 70, "column": 28}, "end_point": {"row": 70, "column": 29}}, {"id": 203, "type": "else_clause", "text": "else\r\n {\r\n dvp_start_convert();\r\n dvp_clear_interrupt(DVP_STS_FRAME_START);\r\n }", "parent": 182, "children": [], "start_point": {"row": 72, "column": 4}, "end_point": {"row": 76, "column": 5}}, {"id": 204, "type": "call_expression", "text": "dvp_start_convert()", "parent": 203, "children": [205, 206], "start_point": {"row": 74, "column": 8}, "end_point": {"row": 74, "column": 27}}, {"id": 205, "type": "identifier", "text": "dvp_start_convert", "parent": 204, "children": [], "start_point": {"row": 74, "column": 8}, "end_point": {"row": 74, "column": 25}}, {"id": 206, "type": "argument_list", "text": "()", "parent": 204, "children": [], "start_point": {"row": 74, "column": 25}, "end_point": {"row": 74, "column": 27}}, {"id": 207, "type": "call_expression", "text": "dvp_clear_interrupt(DVP_STS_FRAME_START)", "parent": 203, "children": [208, 209], "start_point": {"row": 75, "column": 8}, "end_point": {"row": 75, "column": 48}}, {"id": 208, "type": "identifier", "text": "dvp_clear_interrupt", "parent": 207, "children": [], "start_point": {"row": 75, "column": 8}, "end_point": {"row": 75, "column": 27}}, {"id": 209, "type": "argument_list", "text": "(DVP_STS_FRAME_START)", "parent": 207, "children": [210], "start_point": {"row": 75, "column": 27}, "end_point": {"row": 75, "column": 48}}, {"id": 210, "type": "identifier", "text": "DVP_STS_FRAME_START", "parent": 209, "children": [], "start_point": {"row": 75, "column": 28}, "end_point": {"row": 75, "column": 47}}, {"id": 211, "type": "return_statement", "text": "return 0;", "parent": 172, "children": [212], "start_point": {"row": 77, "column": 4}, "end_point": {"row": 77, "column": 13}}, {"id": 212, "type": "number_literal", "text": "0", "parent": 211, "children": [], "start_point": {"row": 77, "column": 11}, "end_point": {"row": 77, "column": 12}}, {"id": 213, "type": "function_definition", "text": "static void io_init(void)\r\n{\r\n /* Init DVP IO map and function settings */\r\n fpioa_set_function(OV_RST_PIN, FUNC_CMOS_RST);\r\n fpioa_set_function(OV_PWDN_PIN, FUNC_CMOS_PWDN);\r\n fpioa_set_function(OV_XCLK_PIN, FUNC_CMOS_XCLK);\r\n fpioa_set_function(OV_VSYNC_PIN, FUNC_CMOS_VSYNC);\r\n fpioa_set_function(OV_HREF_PIN, FUNC_CMOS_HREF);\r\n fpioa_set_function(OV_PCLK_PIN, FUNC_CMOS_PCLK);\r\n fpioa_set_function(OV_SCCB_SCLK_PIN, FUNC_SCCB_SCLK);\r\n fpioa_set_function(OV_SCCB_SDA_PIN, FUNC_SCCB_SDA);\r\n\r\n /* Init SPI IO map and function settings */\r\n fpioa_set_function(LCD_DC_PIN, FUNC_GPIOHS0 + LCD_DC_IO);\r\n fpioa_set_function(LCD_CS_PIN, FUNC_SPI0_SS3);\r\n fpioa_set_function(LCD_RW_PIN, FUNC_SPI0_SCLK);\r\n fpioa_set_function(LCD_RST_PIN, FUNC_GPIOHS0 + LCD_RST_IO);\r\n\r\n sysctl_set_spi0_dvp_data(1);\r\n\r\n // LCD Backlight\r\n fpioa_set_function(LCD_BLIGHT_PIN, FUNC_GPIOHS0 + LCD_BLIGHT_IO);\r\n gpiohs_set_drive_mode(LCD_BLIGHT_IO, GPIO_DM_OUTPUT);\r\n gpiohs_set_pin(LCD_BLIGHT_IO, GPIO_PV_LOW);\r\n}", "parent": null, "children": [214, 215], "start_point": {"row": 80, "column": 0}, "end_point": {"row": 104, "column": 1}}, {"id": 214, "type": "primitive_type", "text": "void", "parent": 213, "children": [], "start_point": {"row": 80, "column": 7}, "end_point": {"row": 80, "column": 11}}, {"id": 215, "type": "function_declarator", "text": "io_init(void)", "parent": 213, "children": [216, 217], "start_point": {"row": 80, "column": 12}, "end_point": {"row": 80, "column": 25}}, {"id": 216, "type": "identifier", "text": "io_init", "parent": 215, "children": [], "start_point": {"row": 80, 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"argument_list", "text": "(OV_RST_PIN, FUNC_CMOS_RST)", "parent": 220, "children": [223, 224], "start_point": {"row": 83, "column": 22}, "end_point": {"row": 83, "column": 49}}, {"id": 223, "type": "identifier", "text": "OV_RST_PIN", "parent": 222, "children": [], "start_point": {"row": 83, "column": 23}, "end_point": {"row": 83, "column": 33}}, {"id": 224, "type": "identifier", "text": "FUNC_CMOS_RST", "parent": 222, "children": [], "start_point": {"row": 83, "column": 35}, "end_point": {"row": 83, "column": 48}}, {"id": 225, "type": "call_expression", "text": "fpioa_set_function(OV_PWDN_PIN, FUNC_CMOS_PWDN)", "parent": 213, "children": [226, 227], "start_point": {"row": 84, "column": 4}, "end_point": {"row": 84, "column": 51}}, {"id": 226, "type": "identifier", "text": "fpioa_set_function", "parent": 225, "children": [], "start_point": {"row": 84, "column": 4}, "end_point": {"row": 84, "column": 22}}, {"id": 227, "type": "argument_list", "text": "(OV_PWDN_PIN, FUNC_CMOS_PWDN)", "parent": 225, "children": [228, 229], "start_point": {"row": 84, "column": 22}, "end_point": {"row": 84, "column": 51}}, {"id": 228, "type": "identifier", "text": "OV_PWDN_PIN", "parent": 227, "children": [], "start_point": {"row": 84, "column": 23}, "end_point": {"row": 84, "column": 34}}, {"id": 229, "type": "identifier", "text": "FUNC_CMOS_PWDN", "parent": 227, "children": [], "start_point": {"row": 84, "column": 36}, "end_point": {"row": 84, "column": 50}}, {"id": 230, "type": "call_expression", "text": "fpioa_set_function(OV_XCLK_PIN, FUNC_CMOS_XCLK)", "parent": 213, "children": [231, 232], "start_point": {"row": 85, "column": 4}, "end_point": {"row": 85, "column": 51}}, {"id": 231, "type": "identifier", "text": "fpioa_set_function", "parent": 230, "children": [], "start_point": {"row": 85, "column": 4}, "end_point": {"row": 85, "column": 22}}, {"id": 232, "type": "argument_list", "text": "(OV_XCLK_PIN, FUNC_CMOS_XCLK)", "parent": 230, "children": [233, 234], "start_point": {"row": 85, "column": 22}, "end_point": {"row": 85, "column": 51}}, {"id": 233, "type": "identifier", "text": "OV_XCLK_PIN", "parent": 232, "children": [], "start_point": {"row": 85, "column": 23}, "end_point": {"row": 85, "column": 34}}, {"id": 234, "type": "identifier", "text": "FUNC_CMOS_XCLK", "parent": 232, "children": [], "start_point": {"row": 85, "column": 36}, "end_point": {"row": 85, "column": 50}}, {"id": 235, "type": "call_expression", "text": "fpioa_set_function(OV_VSYNC_PIN, FUNC_CMOS_VSYNC)", "parent": 213, "children": [236, 237], "start_point": {"row": 86, "column": 4}, "end_point": {"row": 86, "column": 53}}, {"id": 236, "type": "identifier", "text": "fpioa_set_function", "parent": 235, "children": [], "start_point": {"row": 86, "column": 4}, "end_point": {"row": 86, "column": 22}}, {"id": 237, "type": "argument_list", "text": "(OV_VSYNC_PIN, FUNC_CMOS_VSYNC)", "parent": 235, "children": [238, 239], "start_point": {"row": 86, "column": 22}, "end_point": {"row": 86, "column": 53}}, {"id": 238, "type": "identifier", "text": "OV_VSYNC_PIN", "parent": 237, "children": [], "start_point": {"row": 86, "column": 23}, "end_point": {"row": 86, "column": 35}}, {"id": 239, "type": "identifier", "text": "FUNC_CMOS_VSYNC", "parent": 237, "children": [], "start_point": {"row": 86, "column": 37}, "end_point": {"row": 86, "column": 52}}, {"id": 240, "type": "call_expression", "text": "fpioa_set_function(OV_HREF_PIN, FUNC_CMOS_HREF)", "parent": 213, "children": [241, 242], "start_point": {"row": 87, "column": 4}, "end_point": {"row": 87, "column": 51}}, {"id": 241, "type": "identifier", "text": "fpioa_set_function", "parent": 240, "children": [], "start_point": {"row": 87, "column": 4}, "end_point": {"row": 87, "column": 22}}, {"id": 242, "type": "argument_list", "text": "(OV_HREF_PIN, FUNC_CMOS_HREF)", "parent": 240, "children": [243, 244], "start_point": {"row": 87, "column": 22}, "end_point": {"row": 87, "column": 51}}, {"id": 243, "type": "identifier", "text": 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"children": [], "start_point": {"row": 101, "column": 52}, "end_point": {"row": 101, "column": 53}}, {"id": 297, "type": "identifier", "text": "LCD_BLIGHT_IO", "parent": 294, "children": [], "start_point": {"row": 101, "column": 54}, "end_point": {"row": 101, "column": 67}}, {"id": 298, "type": "call_expression", "text": "gpiohs_set_drive_mode(LCD_BLIGHT_IO, GPIO_DM_OUTPUT)", "parent": 213, "children": [299, 300], "start_point": {"row": 102, "column": 4}, "end_point": {"row": 102, "column": 56}}, {"id": 299, "type": "identifier", "text": "gpiohs_set_drive_mode", "parent": 298, "children": [], "start_point": {"row": 102, "column": 4}, "end_point": {"row": 102, "column": 25}}, {"id": 300, "type": "argument_list", "text": "(LCD_BLIGHT_IO, GPIO_DM_OUTPUT)", "parent": 298, "children": [301, 302], "start_point": {"row": 102, "column": 25}, "end_point": {"row": 102, "column": 56}}, {"id": 301, "type": "identifier", "text": "LCD_BLIGHT_IO", "parent": 300, "children": [], "start_point": {"row": 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{"row": 126, "column": 11}, "end_point": {"row": 126, "column": 16}}, {"id": 383, "type": "function_definition", "text": "int main()\r\n{\r\n /* Set CPU and dvp clk */\r\n sysctl_pll_set_freq(SYSCTL_PLL0, PLL0_OUTPUT_FREQ);\r\n sysctl_pll_set_freq(SYSCTL_PLL1, PLL1_OUTPUT_FREQ);\r\n sysctl_clock_enable(SYSCTL_CLOCK_AI);\r\n // uarths_init();\r\n plic_init();\r\n io_set_power();\r\n io_init();\r\n \r\n /* LCD init */\r\n printf(\"LCD init\\n\");\r\n lcd_init();\r\n lcd_set_direction(DIR_YX_RLDU);\r\n lcd_clear(BLACK);\r\n /* DVP init */\r\n printf(\"DVP init\\n\");\r\n dvp_init(8);\r\n dvp_set_xclk_rate(24000000);\r\n dvp_enable_burst();\r\n dvp_set_output_enable(0, 1);\r\n dvp_set_output_enable(1, 1);\r\n dvp_set_image_format(DVP_CFG_RGB_FORMAT);\r\n dvp_set_image_size(320, 240);\r\n ov2640_init();\r\n\r\n kpu_image.pixel = 3;\r\n kpu_image.width = 320;\r\n kpu_image.height = 240;\r\n image_init(&kpu_image);\r\n display_image.pixel = 2;\r\n display_image.width = 320;\r\n display_image.height = 240;\r\n image_init(&display_image);\r\n crop_image.pixel = 3;\r\n crop_image.width = 224;\r\n crop_image.height = 224;\r\n image_init(&crop_image);\r\n dvp_set_ai_addr((uint32_t)kpu_image.addr, (uint32_t)(kpu_image.addr + 320 * 240), (uint32_t)(kpu_image.addr + 320 * 240 * 2));\r\n dvp_set_display_addr((uint32_t)display_image.addr);\r\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);\r\n dvp_disable_auto();\r\n /* DVP interrupt config */\r\n printf(\"DVP interrupt config\\n\");\r\n plic_set_priority(IRQN_DVP_INTERRUPT, 1);\r\n plic_irq_register(IRQN_DVP_INTERRUPT, dvp_irq, NULL);\r\n plic_irq_enable(IRQN_DVP_INTERRUPT);\r\n /* init model */\r\n if (kpu_load_kmodel(&task, model_data) != 0)\r\n {\r\n printf(\"Cannot load kmodel.\\n\");\r\n return(-1);\r\n }\r\n sysctl_enable_irq();\r\n \r\n /* system start */\r\n printf(\"System start\\n\");\r\n while (1)\r\n {\r\n g_dvp_finish_flag = 0;\r\n dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH);\r\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1);\r\n while (g_dvp_finish_flag == 0)\r\n ;\r\n \r\n image_crop(&kpu_image, &crop_image, 48, 8);\r\n\r\n g_ai_done_flag = 0;\r\n\r\n if (kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0)\r\n {\r\n printf(\"Cannot run kmodel.\\n\");\r\n return(-1);\r\n }\r\n\t\twhile (!g_ai_done_flag);\r\n\r\n float *features;\r\n size_t output_size;\r\n kpu_get_output(&task, 0, &features, &output_size);\r\n\r\n size_t cls = argmax(features, 5);\r\n\r\n const char *text = NULL;\r\n switch (cls)\r\n {\r\n case 0:\r\n text = \"daisy\";\r\n break;\r\n case 1:\r\n text = \"dandelion\";\r\n break;\r\n case 2:\r\n text = \"roses\";\r\n break;\r\n case 3:\r\n text = \"sunflowers\";\r\n break;\r\n case 4:\r\n text = \"tulip\";\r\n break;\r\n }\r\n \r\n /* display pic*/\r\n if (features[cls] > PROB_THRESH)\r\n\t\t\tram_draw_string(display_image.addr, 150, 20, text, RED);\r\n\t\tlcd_draw_picture(0, 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"parent": 574, "children": [576, 578], "start_point": {"row": 169, "column": 25}, "end_point": {"row": 169, "column": 53}}, {"id": 576, "type": "type_descriptor", "text": "uint32_t", "parent": 575, "children": [577], "start_point": {"row": 169, "column": 26}, "end_point": {"row": 169, "column": 34}}, {"id": 577, "type": "primitive_type", "text": "uint32_t", "parent": 576, "children": [], "start_point": {"row": 169, "column": 26}, "end_point": {"row": 169, "column": 34}}, {"id": 578, "type": "field_expression", "text": "display_image.addr", "parent": 575, "children": [579, 580], "start_point": {"row": 169, "column": 35}, "end_point": {"row": 169, "column": 53}}, {"id": 579, "type": "identifier", "text": "display_image", "parent": 578, "children": [], "start_point": {"row": 169, "column": 35}, "end_point": {"row": 169, "column": 48}}, {"id": 580, "type": "field_identifier", "text": "addr", "parent": 578, "children": [], "start_point": {"row": 169, "column": 49}, "end_point": {"row": 169, "column": 53}}, {"id": 581, "type": "call_expression", "text": "dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0)", "parent": 383, "children": [582, 583], "start_point": {"row": 170, "column": 4}, "end_point": {"row": 170, "column": 81}}, {"id": 582, "type": "identifier", "text": "dvp_config_interrupt", "parent": 581, "children": [], "start_point": {"row": 170, "column": 4}, "end_point": {"row": 170, "column": 24}}, {"id": 583, "type": "argument_list", "text": "(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0)", "parent": 581, "children": [584, 587], "start_point": {"row": 170, "column": 24}, "end_point": {"row": 170, "column": 81}}, {"id": 584, "type": "binary_expression", "text": "DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE", "parent": 583, "children": [585, 586], "start_point": {"row": 170, "column": 25}, "end_point": {"row": 170, "column": 77}}, {"id": 585, "type": "identifier", "text": "DVP_CFG_START_INT_ENABLE", "parent": 584, "children": [], "start_point": {"row": 170, "column": 25}, "end_point": {"row": 170, "column": 49}}, {"id": 586, "type": "identifier", "text": "DVP_CFG_FINISH_INT_ENABLE", "parent": 584, "children": [], "start_point": {"row": 170, "column": 52}, "end_point": {"row": 170, "column": 77}}, {"id": 587, "type": "number_literal", "text": "0", "parent": 583, "children": [], "start_point": {"row": 170, "column": 79}, "end_point": {"row": 170, "column": 80}}, {"id": 588, "type": "call_expression", "text": "dvp_disable_auto()", "parent": 383, "children": [589, 590], "start_point": {"row": 171, "column": 4}, "end_point": {"row": 171, "column": 22}}, {"id": 589, "type": "identifier", "text": "dvp_disable_auto", "parent": 588, "children": [], "start_point": {"row": 171, "column": 4}, "end_point": {"row": 171, "column": 20}}, {"id": 590, "type": "argument_list", "text": "()", "parent": 588, "children": [], "start_point": {"row": 171, "column": 20}, "end_point": {"row": 171, "column": 22}}, {"id": 591, "type": "call_expression", "text": "printf(\"DVP interrupt config\\n\")", "parent": 383, "children": [592, 593], "start_point": {"row": 173, "column": 4}, "end_point": {"row": 173, "column": 36}}, {"id": 592, "type": "identifier", "text": "printf", "parent": 591, "children": [], "start_point": {"row": 173, "column": 4}, "end_point": {"row": 173, "column": 10}}, {"id": 593, "type": "argument_list", "text": "(\"DVP interrupt config\\n\")", "parent": 591, "children": [594], "start_point": {"row": 173, "column": 10}, "end_point": {"row": 173, "column": 36}}, {"id": 594, "type": "string_literal", "text": "\"DVP interrupt config\\n\"", "parent": 593, "children": [595], "start_point": {"row": 173, "column": 11}, "end_point": {"row": 173, "column": 35}}, {"id": 595, "type": "escape_sequence", "text": "\\n", "parent": 594, "children": [], "start_point": {"row": 173, "column": 32}, "end_point": {"row": 173, "column": 34}}, {"id": 596, "type": "call_expression", "text": "plic_set_priority(IRQN_DVP_INTERRUPT, 1)", "parent": 383, "children": [597, 598], "start_point": {"row": 174, "column": 4}, "end_point": {"row": 174, "column": 44}}, {"id": 597, "type": "identifier", "text": "plic_set_priority", "parent": 596, "children": [], "start_point": {"row": 174, "column": 4}, "end_point": {"row": 174, "column": 21}}, {"id": 598, "type": "argument_list", "text": "(IRQN_DVP_INTERRUPT, 1)", "parent": 596, "children": [599, 600], "start_point": {"row": 174, "column": 21}, "end_point": {"row": 174, "column": 44}}, {"id": 599, "type": "identifier", "text": "IRQN_DVP_INTERRUPT", "parent": 598, "children": [], "start_point": {"row": 174, "column": 22}, "end_point": {"row": 174, "column": 40}}, {"id": 600, "type": "number_literal", "text": "1", "parent": 598, "children": [], "start_point": {"row": 174, "column": 42}, "end_point": {"row": 174, "column": 43}}, {"id": 601, "type": "call_expression", "text": "plic_irq_register(IRQN_DVP_INTERRUPT, dvp_irq, NULL)", "parent": 383, "children": [602, 603], "start_point": {"row": 175, "column": 4}, "end_point": {"row": 175, "column": 56}}, {"id": 602, "type": "identifier", "text": "plic_irq_register", "parent": 601, "children": [], "start_point": {"row": 175, "column": 4}, "end_point": {"row": 175, "column": 21}}, {"id": 603, "type": "argument_list", "text": "(IRQN_DVP_INTERRUPT, dvp_irq, NULL)", "parent": 601, "children": [604, 605, 606], "start_point": {"row": 175, "column": 21}, "end_point": {"row": 175, "column": 56}}, {"id": 604, "type": "identifier", "text": "IRQN_DVP_INTERRUPT", "parent": 603, "children": [], "start_point": {"row": 175, "column": 22}, "end_point": {"row": 175, "column": 40}}, {"id": 605, "type": "identifier", "text": "dvp_irq", "parent": 603, "children": [], "start_point": {"row": 175, "column": 42}, "end_point": {"row": 175, "column": 49}}, {"id": 606, "type": "null", "text": "NULL", "parent": 603, "children": [607], "start_point": {"row": 175, "column": 51}, "end_point": {"row": 175, "column": 55}}, {"id": 607, "type": "NULL", "text": "NULL", "parent": 606, "children": [], "start_point": {"row": 175, "column": 51}, "end_point": {"row": 175, "column": 55}}, {"id": 608, "type": "call_expression", "text": "plic_irq_enable(IRQN_DVP_INTERRUPT)", "parent": 383, "children": [609, 610], "start_point": {"row": 176, "column": 4}, "end_point": {"row": 176, "column": 39}}, {"id": 609, "type": "identifier", "text": "plic_irq_enable", "parent": 608, "children": [], "start_point": {"row": 176, "column": 4}, "end_point": {"row": 176, "column": 19}}, {"id": 610, "type": "argument_list", "text": "(IRQN_DVP_INTERRUPT)", "parent": 608, "children": [611], "start_point": {"row": 176, "column": 19}, "end_point": {"row": 176, "column": 39}}, {"id": 611, "type": "identifier", "text": "IRQN_DVP_INTERRUPT", "parent": 610, "children": [], "start_point": {"row": 176, "column": 20}, "end_point": {"row": 176, "column": 38}}, {"id": 612, "type": "if_statement", "text": "if (kpu_load_kmodel(&task, model_data) != 0)\r\n {\r\n printf(\"Cannot load kmodel.\\n\");\r\n return(-1);\r\n }", "parent": 383, "children": [613], "start_point": {"row": 178, "column": 4}, "end_point": {"row": 182, "column": 5}}, {"id": 613, "type": "parenthesized_expression", "text": "(kpu_load_kmodel(&task, model_data) != 0)", "parent": 612, "children": [614], "start_point": {"row": 178, "column": 7}, "end_point": {"row": 178, "column": 48}}, {"id": 614, "type": "binary_expression", "text": "kpu_load_kmodel(&task, model_data) != 0", "parent": 613, "children": [615, 621, 622], "start_point": {"row": 178, "column": 8}, "end_point": {"row": 178, "column": 47}}, {"id": 615, "type": "call_expression", "text": "kpu_load_kmodel(&task, model_data)", "parent": 614, "children": [616, 617], "start_point": {"row": 178, "column": 8}, "end_point": {"row": 178, "column": 42}}, {"id": 616, "type": "identifier", "text": "kpu_load_kmodel", "parent": 615, "children": [], "start_point": {"row": 178, "column": 8}, "end_point": {"row": 178, "column": 23}}, {"id": 617, "type": "argument_list", "text": "(&task, model_data)", "parent": 615, "children": [618, 620], "start_point": {"row": 178, "column": 23}, "end_point": {"row": 178, "column": 42}}, {"id": 618, "type": "pointer_expression", "text": "&task", "parent": 617, "children": [619], "start_point": {"row": 178, "column": 24}, "end_point": {"row": 178, "column": 29}}, {"id": 619, "type": "identifier", "text": "task", "parent": 618, "children": [], "start_point": {"row": 178, "column": 25}, "end_point": {"row": 178, "column": 29}}, {"id": 620, "type": "identifier", "text": "model_data", "parent": 617, "children": [], "start_point": {"row": 178, "column": 31}, "end_point": {"row": 178, "column": 41}}, {"id": 621, "type": "!=", "text": "!=", "parent": 614, "children": [], "start_point": {"row": 178, "column": 43}, "end_point": {"row": 178, "column": 45}}, {"id": 622, "type": "number_literal", "text": "0", "parent": 614, "children": [], "start_point": {"row": 178, "column": 46}, "end_point": {"row": 178, "column": 47}}, {"id": 623, "type": "call_expression", "text": "printf(\"Cannot load kmodel.\\n\")", "parent": 612, "children": [624, 625], "start_point": {"row": 180, "column": 8}, "end_point": {"row": 180, "column": 39}}, {"id": 624, "type": "identifier", "text": "printf", "parent": 623, "children": [], "start_point": {"row": 180, "column": 8}, "end_point": {"row": 180, "column": 14}}, {"id": 625, "type": "argument_list", "text": "(\"Cannot load kmodel.\\n\")", "parent": 623, "children": [626], "start_point": {"row": 180, "column": 14}, "end_point": {"row": 180, "column": 39}}, {"id": 626, "type": "string_literal", "text": "\"Cannot load kmodel.\\n\"", "parent": 625, "children": [627], "start_point": {"row": 180, "column": 15}, "end_point": {"row": 180, "column": 38}}, {"id": 627, "type": "escape_sequence", "text": "\\n", "parent": 626, "children": [], "start_point": {"row": 180, "column": 35}, "end_point": {"row": 180, "column": 37}}, {"id": 628, "type": "return_statement", "text": "return(-1);", "parent": 612, "children": [629], "start_point": {"row": 181, "column": 8}, "end_point": {"row": 181, "column": 19}}, {"id": 629, "type": "parenthesized_expression", "text": "(-1)", "parent": 628, "children": [630], "start_point": {"row": 181, "column": 14}, "end_point": {"row": 181, "column": 18}}, {"id": 630, "type": "number_literal", "text": "-1", "parent": 629, "children": [], "start_point": {"row": 181, "column": 15}, "end_point": {"row": 181, "column": 17}}, {"id": 631, "type": "call_expression", "text": "sysctl_enable_irq()", "parent": 383, "children": [632, 633], "start_point": {"row": 183, "column": 4}, "end_point": {"row": 183, "column": 23}}, {"id": 632, "type": "identifier", "text": "sysctl_enable_irq", "parent": 631, "children": [], "start_point": {"row": 183, "column": 4}, "end_point": {"row": 183, "column": 21}}, {"id": 633, "type": "argument_list", "text": "()", "parent": 631, "children": [], "start_point": {"row": 183, "column": 21}, "end_point": {"row": 183, "column": 23}}, {"id": 634, "type": "call_expression", "text": "printf(\"System start\\n\")", "parent": 383, "children": [635, 636], "start_point": {"row": 186, "column": 4}, "end_point": {"row": 186, "column": 28}}, {"id": 635, "type": "identifier", "text": "printf", "parent": 634, "children": [], "start_point": {"row": 186, "column": 4}, "end_point": {"row": 186, "column": 10}}, {"id": 636, "type": "argument_list", "text": "(\"System start\\n\")", "parent": 634, "children": [637], "start_point": {"row": 186, "column": 10}, "end_point": {"row": 186, "column": 28}}, {"id": 637, "type": "string_literal", "text": "\"System start\\n\"", "parent": 636, "children": [638], "start_point": {"row": 186, "column": 11}, "end_point": {"row": 186, "column": 27}}, {"id": 638, "type": "escape_sequence", "text": "\\n", "parent": 637, "children": [], "start_point": {"row": 186, "column": 24}, "end_point": {"row": 186, "column": 26}}, {"id": 639, "type": "while_statement", "text": "while (1)\r\n {\r\n g_dvp_finish_flag = 0;\r\n dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH);\r\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1);\r\n while (g_dvp_finish_flag == 0)\r\n ;\r\n \r\n image_crop(&kpu_image, &crop_image, 48, 8);\r\n\r\n g_ai_done_flag = 0;\r\n\r\n if (kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0)\r\n {\r\n printf(\"Cannot run kmodel.\\n\");\r\n return(-1);\r\n }\r\n\t\twhile (!g_ai_done_flag);\r\n\r\n float *features;\r\n size_t output_size;\r\n kpu_get_output(&task, 0, &features, &output_size);\r\n\r\n size_t cls = argmax(features, 5);\r\n\r\n const char *text = NULL;\r\n switch (cls)\r\n {\r\n case 0:\r\n text = \"daisy\";\r\n break;\r\n case 1:\r\n text = \"dandelion\";\r\n break;\r\n case 2:\r\n text = \"roses\";\r\n break;\r\n case 3:\r\n text = \"sunflowers\";\r\n break;\r\n case 4:\r\n text = \"tulip\";\r\n break;\r\n }\r\n \r\n /* display pic*/\r\n if (features[cls] > PROB_THRESH)\r\n\t\t\tram_draw_string(display_image.addr, 150, 20, text, RED);\r\n\t\tlcd_draw_picture(0, 0, 320, 240, (uint32_t *)display_image.addr);\r\n }", "parent": 383, "children": [640], "start_point": {"row": 187, "column": 4}, "end_point": {"row": 236, "column": 5}}, {"id": 640, "type": "parenthesized_expression", "text": "(1)", "parent": 639, "children": [641], "start_point": {"row": 187, "column": 10}, "end_point": {"row": 187, "column": 13}}, {"id": 641, "type": "number_literal", "text": "1", "parent": 640, "children": [], "start_point": {"row": 187, "column": 11}, "end_point": {"row": 187, "column": 12}}, {"id": 642, "type": "assignment_expression", "text": "g_dvp_finish_flag = 0", "parent": 639, "children": [643, 644, 645], "start_point": {"row": 189, "column": 8}, "end_point": {"row": 189, "column": 29}}, {"id": 643, "type": "identifier", "text": "g_dvp_finish_flag", "parent": 642, "children": [], "start_point": {"row": 189, "column": 8}, "end_point": {"row": 189, "column": 25}}, {"id": 644, "type": "=", "text": "=", "parent": 642, "children": [], "start_point": {"row": 189, "column": 26}, "end_point": {"row": 189, "column": 27}}, {"id": 645, "type": "number_literal", "text": "0", "parent": 642, "children": [], "start_point": {"row": 189, "column": 28}, "end_point": {"row": 189, "column": 29}}, {"id": 646, "type": "call_expression", "text": "dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH)", "parent": 639, "children": [647, 648], "start_point": {"row": 190, "column": 8}, "end_point": {"row": 190, "column": 71}}, {"id": 647, "type": "identifier", "text": "dvp_clear_interrupt", "parent": 646, "children": [], "start_point": {"row": 190, "column": 8}, "end_point": {"row": 190, "column": 27}}, {"id": 648, "type": "argument_list", "text": "(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH)", "parent": 646, "children": [649], "start_point": {"row": 190, "column": 27}, "end_point": {"row": 190, "column": 71}}, {"id": 649, "type": "binary_expression", "text": "DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH", "parent": 648, "children": [650, 651], "start_point": {"row": 190, "column": 28}, "end_point": {"row": 190, "column": 70}}, {"id": 650, "type": "identifier", "text": "DVP_STS_FRAME_START", "parent": 649, "children": [], "start_point": {"row": 190, "column": 28}, "end_point": {"row": 190, "column": 47}}, {"id": 651, "type": "identifier", "text": "DVP_STS_FRAME_FINISH", "parent": 649, "children": [], "start_point": {"row": 190, "column": 50}, "end_point": {"row": 190, "column": 70}}, {"id": 652, "type": "call_expression", "text": "dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1)", "parent": 639, "children": [653, 654], "start_point": {"row": 191, "column": 8}, "end_point": {"row": 191, "column": 85}}, {"id": 653, "type": "identifier", "text": "dvp_config_interrupt", "parent": 652, "children": [], "start_point": {"row": 191, "column": 8}, "end_point": {"row": 191, "column": 28}}, {"id": 654, "type": "argument_list", "text": "(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1)", "parent": 652, "children": [655, 658], "start_point": {"row": 191, "column": 28}, "end_point": {"row": 191, "column": 85}}, {"id": 655, "type": "binary_expression", "text": "DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE", "parent": 654, "children": [656, 657], "start_point": {"row": 191, "column": 29}, "end_point": {"row": 191, "column": 81}}, {"id": 656, "type": "identifier", "text": "DVP_CFG_START_INT_ENABLE", "parent": 655, "children": [], "start_point": {"row": 191, "column": 29}, "end_point": {"row": 191, "column": 53}}, {"id": 657, "type": "identifier", "text": "DVP_CFG_FINISH_INT_ENABLE", "parent": 655, "children": [], "start_point": {"row": 191, "column": 56}, "end_point": {"row": 191, "column": 81}}, {"id": 658, "type": "number_literal", "text": "1", "parent": 654, "children": [], "start_point": {"row": 191, "column": 83}, "end_point": {"row": 191, "column": 84}}, {"id": 659, "type": "while_statement", "text": "while (g_dvp_finish_flag == 0)\r\n ;", "parent": 639, "children": [660], "start_point": {"row": 192, "column": 8}, "end_point": {"row": 193, "column": 13}}, {"id": 660, "type": "parenthesized_expression", "text": "(g_dvp_finish_flag == 0)", "parent": 659, "children": [661], "start_point": {"row": 192, "column": 14}, "end_point": {"row": 192, "column": 38}}, {"id": 661, "type": "binary_expression", "text": "g_dvp_finish_flag == 0", "parent": 660, "children": [662, 663, 664], "start_point": {"row": 192, "column": 15}, "end_point": {"row": 192, "column": 37}}, {"id": 662, "type": "identifier", "text": "g_dvp_finish_flag", "parent": 661, "children": [], "start_point": {"row": 192, "column": 15}, "end_point": {"row": 192, "column": 32}}, {"id": 663, "type": "==", "text": "==", "parent": 661, "children": [], "start_point": {"row": 192, "column": 33}, "end_point": {"row": 192, "column": 35}}, {"id": 664, "type": "number_literal", "text": "0", "parent": 661, "children": [], "start_point": {"row": 192, "column": 36}, "end_point": {"row": 192, "column": 37}}, {"id": 665, "type": "call_expression", "text": "image_crop(&kpu_image, &crop_image, 48, 8)", "parent": 639, "children": [666, 667], "start_point": {"row": 195, "column": 8}, "end_point": {"row": 195, "column": 50}}, {"id": 666, "type": "identifier", "text": "image_crop", "parent": 665, "children": [], "start_point": {"row": 195, "column": 8}, "end_point": {"row": 195, "column": 18}}, {"id": 667, "type": "argument_list", "text": "(&kpu_image, &crop_image, 48, 8)", "parent": 665, "children": [668, 670, 672, 673], "start_point": {"row": 195, "column": 18}, "end_point": {"row": 195, "column": 50}}, {"id": 668, "type": "pointer_expression", "text": "&kpu_image", "parent": 667, "children": [669], "start_point": {"row": 195, "column": 19}, "end_point": {"row": 195, "column": 29}}, {"id": 669, "type": "identifier", "text": "kpu_image", "parent": 668, "children": [], "start_point": {"row": 195, "column": 20}, "end_point": {"row": 195, "column": 29}}, {"id": 670, "type": "pointer_expression", "text": "&crop_image", "parent": 667, "children": [671], "start_point": {"row": 195, "column": 31}, "end_point": {"row": 195, "column": 42}}, {"id": 671, "type": "identifier", "text": "crop_image", "parent": 670, "children": [], "start_point": {"row": 195, "column": 32}, "end_point": {"row": 195, "column": 42}}, {"id": 672, "type": "number_literal", "text": "48", "parent": 667, "children": [], "start_point": {"row": 195, "column": 44}, "end_point": {"row": 195, "column": 46}}, {"id": 673, "type": "number_literal", "text": "8", "parent": 667, "children": [], "start_point": {"row": 195, "column": 48}, "end_point": {"row": 195, "column": 49}}, {"id": 674, "type": "assignment_expression", "text": "g_ai_done_flag = 0", "parent": 639, "children": [675, 676, 677], "start_point": {"row": 197, "column": 8}, "end_point": {"row": 197, "column": 26}}, {"id": 675, "type": "identifier", "text": 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break;\r\n }", "parent": 639, "children": [746, 747], "start_point": {"row": 213, "column": 8}, "end_point": {"row": 230, "column": 9}}, {"id": 746, "type": "switch", "text": "switch", "parent": 745, "children": [], "start_point": {"row": 213, "column": 8}, "end_point": {"row": 213, "column": 14}}, {"id": 747, "type": "parenthesized_expression", "text": "(cls)", "parent": 745, "children": [748], "start_point": {"row": 213, "column": 15}, "end_point": {"row": 213, "column": 20}}, {"id": 748, "type": "identifier", "text": "cls", "parent": 747, "children": [], "start_point": {"row": 213, "column": 16}, "end_point": {"row": 213, "column": 19}}, {"id": 749, "type": "case_statement", "text": "case 0:\r\n text = \"daisy\";\r\n break;", "parent": 745, "children": [750, 751, 756], "start_point": {"row": 215, "column": 12}, "end_point": {"row": 217, "column": 22}}, {"id": 750, "type": "case", "text": "case", "parent": 749, "children": [], "start_point": {"row": 215, "column": 12}, "end_point": 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{"row": 222, "column": 23}, "end_point": {"row": 222, "column": 30}}, {"id": 774, "type": "break_statement", "text": "break;", "parent": 767, "children": [775], "start_point": {"row": 223, "column": 16}, "end_point": {"row": 223, "column": 22}}, {"id": 775, "type": "break", "text": "break", "parent": 774, "children": [], "start_point": {"row": 223, "column": 16}, "end_point": {"row": 223, "column": 21}}, {"id": 776, "type": "case_statement", "text": "case 3:\r\n text = \"sunflowers\";\r\n break;", "parent": 745, "children": [777, 778, 783], "start_point": {"row": 224, "column": 12}, "end_point": {"row": 226, "column": 22}}, {"id": 777, "type": "case", "text": "case", "parent": 776, "children": [], "start_point": {"row": 224, "column": 12}, "end_point": {"row": 224, "column": 16}}, {"id": 778, "type": "number_literal", "text": "3", "parent": 776, "children": [], "start_point": {"row": 224, "column": 17}, "end_point": {"row": 224, "column": 18}}, {"id": 779, "type": 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{"row": 226, "column": 21}}, {"id": 785, "type": "case_statement", "text": "case 4:\r\n text = \"tulip\";\r\n break;", "parent": 745, "children": [786, 787, 792], "start_point": {"row": 227, "column": 12}, "end_point": {"row": 229, "column": 22}}, {"id": 786, "type": "case", "text": "case", "parent": 785, "children": [], "start_point": {"row": 227, "column": 12}, "end_point": {"row": 227, "column": 16}}, {"id": 787, "type": "number_literal", "text": "4", "parent": 785, "children": [], "start_point": {"row": 227, "column": 17}, "end_point": {"row": 227, "column": 18}}, {"id": 788, "type": "assignment_expression", "text": "text = \"tulip\"", "parent": 785, "children": [789, 790, 791], "start_point": {"row": 228, "column": 16}, "end_point": {"row": 228, "column": 30}}, {"id": 789, "type": "identifier", "text": "text", "parent": 788, "children": [], "start_point": {"row": 228, "column": 16}, "end_point": {"row": 228, "column": 20}}, {"id": 790, "type": "=", "text": "=", "parent": 788, "children": [], "start_point": {"row": 228, "column": 21}, "end_point": {"row": 228, "column": 22}}, {"id": 791, "type": "string_literal", "text": "\"tulip\"", "parent": 788, "children": [], "start_point": {"row": 228, "column": 23}, "end_point": {"row": 228, "column": 30}}, {"id": 792, "type": "break_statement", "text": "break;", "parent": 785, "children": [793], "start_point": {"row": 229, "column": 16}, "end_point": {"row": 229, "column": 22}}, {"id": 793, "type": "break", "text": "break", "parent": 792, "children": [], "start_point": {"row": 229, "column": 16}, "end_point": {"row": 229, "column": 21}}, {"id": 794, "type": "if_statement", "text": "if (features[cls] > PROB_THRESH)\r\n\t\t\tram_draw_string(display_image.addr, 150, 20, text, RED);", "parent": 639, "children": [795], "start_point": {"row": 233, "column": 8}, "end_point": {"row": 234, "column": 59}}, {"id": 795, "type": "parenthesized_expression", "text": "(features[cls] > PROB_THRESH)", "parent": 794, "children": [796], "start_point": {"row": 233, "column": 11}, "end_point": {"row": 233, "column": 40}}, {"id": 796, "type": "binary_expression", "text": "features[cls] > PROB_THRESH", "parent": 795, "children": [797, 800, 801], "start_point": {"row": 233, "column": 12}, "end_point": {"row": 233, "column": 39}}, {"id": 797, "type": "subscript_expression", "text": "features[cls]", "parent": 796, "children": [798, 799], "start_point": {"row": 233, "column": 12}, "end_point": {"row": 233, "column": 25}}, {"id": 798, "type": "identifier", "text": "features", "parent": 797, "children": [], "start_point": {"row": 233, "column": 12}, "end_point": {"row": 233, "column": 20}}, {"id": 799, "type": "identifier", "text": "cls", "parent": 797, "children": [], "start_point": {"row": 233, "column": 21}, "end_point": {"row": 233, "column": 24}}, {"id": 800, "type": ">", "text": ">", "parent": 796, "children": [], "start_point": {"row": 233, "column": 26}, "end_point": {"row": 233, "column": 27}}, {"id": 801, "type": 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"identifier", "text": "display_image", "parent": 805, "children": [], "start_point": {"row": 234, "column": 19}, "end_point": {"row": 234, "column": 32}}, {"id": 807, "type": "field_identifier", "text": "addr", "parent": 805, "children": [], "start_point": {"row": 234, "column": 33}, "end_point": {"row": 234, "column": 37}}, {"id": 808, "type": "number_literal", "text": "150", "parent": 804, "children": [], "start_point": {"row": 234, "column": 39}, "end_point": {"row": 234, "column": 42}}, {"id": 809, "type": "number_literal", "text": "20", "parent": 804, "children": [], "start_point": {"row": 234, "column": 44}, "end_point": {"row": 234, "column": 46}}, {"id": 810, "type": "identifier", "text": "text", "parent": 804, "children": [], "start_point": {"row": 234, "column": 48}, "end_point": {"row": 234, "column": 52}}, {"id": 811, "type": "identifier", "text": "RED", "parent": 804, "children": [], "start_point": {"row": 234, "column": 54}, "end_point": {"row": 234, "column": 57}}, {"id": 812, "type": "call_expression", "text": "lcd_draw_picture(0, 0, 320, 240, (uint32_t *)display_image.addr)", "parent": 639, "children": [813, 814], "start_point": {"row": 235, "column": 2}, "end_point": {"row": 235, "column": 66}}, {"id": 813, "type": "identifier", "text": "lcd_draw_picture", "parent": 812, "children": [], "start_point": {"row": 235, "column": 2}, "end_point": {"row": 235, "column": 18}}, {"id": 814, "type": "argument_list", "text": "(0, 0, 320, 240, (uint32_t *)display_image.addr)", "parent": 812, "children": [815, 816, 817, 818, 819], "start_point": {"row": 235, "column": 18}, "end_point": {"row": 235, "column": 66}}, {"id": 815, "type": "number_literal", "text": "0", "parent": 814, "children": [], "start_point": {"row": 235, "column": 19}, "end_point": {"row": 235, "column": 20}}, {"id": 816, "type": "number_literal", "text": "0", "parent": 814, "children": [], "start_point": {"row": 235, "column": 22}, "end_point": {"row": 235, "column": 23}}, {"id": 817, "type": "number_literal", "text": "320", "parent": 814, "children": [], "start_point": {"row": 235, "column": 25}, "end_point": {"row": 235, "column": 28}}, {"id": 818, "type": "number_literal", "text": "240", "parent": 814, "children": [], "start_point": {"row": 235, "column": 30}, "end_point": {"row": 235, "column": 33}}, {"id": 819, "type": "cast_expression", "text": "(uint32_t *)display_image.addr", "parent": 814, "children": [820, 824], "start_point": {"row": 235, "column": 35}, "end_point": {"row": 235, "column": 65}}, {"id": 820, "type": "type_descriptor", "text": "uint32_t *", "parent": 819, "children": [821, 822], "start_point": {"row": 235, "column": 36}, "end_point": {"row": 235, "column": 46}}, {"id": 821, "type": "primitive_type", "text": "uint32_t", "parent": 820, "children": [], "start_point": {"row": 235, "column": 36}, "end_point": {"row": 235, "column": 44}}, {"id": 822, "type": "abstract_pointer_declarator", "text": "*", "parent": 820, "children": [823], 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"identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 84, "universal_type": "function", "name": "ai_done", "text_snippet": "static int ai_done(void* userdata)\r\n{\r\n g_ai_done_flag = 1;\r\n float *features;\r\n size_t cou"}, {"node_id": 86, "universal_type": "function", "name": "unknown", "text_snippet": "ai_done(void* userdata)"}, {"node_id": 172, "universal_type": "function", "name": "dvp_irq", "text_snippet": "static int dvp_irq(void *ctx)\r\n{\r\n if (dvp_get_interrupt(DVP_STS_FRAME_FINISH))\r\n {\r\n d"}, {"node_id": 174, "universal_type": "function", "name": "unknown", "text_snippet": "dvp_irq(void *ctx)"}, {"node_id": 213, "universal_type": "function", "name": "io_init", "text_snippet": "static void io_init(void)\r\n{\r\n /* Init DVP IO map and function settings */\r\n fpioa_set_functio"}, {"node_id": 215, "universal_type": "function", "name": "unknown", "text_snippet": "io_init(void)"}, {"node_id": 308, "universal_type": "function", "name": "io_set_power", "text_snippet": "static void io_set_power(void)\r\n{\r\n /* Set dvp and spi pin to 1.8V */\r\n sysctl_set_power_mode("}, {"node_id": 310, "universal_type": "function", "name": "unknown", "text_snippet": "io_set_power(void)"}, {"node_id": 325, "universal_type": "function", "name": "argmax", "text_snippet": "int argmax(float* src, size_t count)\r\n{\r\n float max = FLT_MIN;\r\n size_t i, max_i = 0;\r\n for"}, {"node_id": 327, "universal_type": "function", "name": "unknown", "text_snippet": "argmax(float* src, size_t count)"}, {"node_id": 383, "universal_type": "function", "name": "main", "text_snippet": "int main()\r\n{\r\n /* Set CPU and dvp clk */\r\n sysctl_pll_set_freq(SYSCTL_PLL0, PLL0_OUTPUT_FREQ)"}, {"node_id": 385, "universal_type": "function", "name": "unknown", "text_snippet": "main()"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include <stdio.h>\r\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include \"kpu.h\"\r\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include \"sysctl.h\"\r\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"plic.h\"\r\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include \"utils.h\"\r\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include <float.h>\r\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include \"fpioa.h\"\r\n"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include \"lcd.h\"\r\n"}, {"node_id": 22, "text": "#include"}, {"node_id": 24, "text": "#include \"dvp.h\"\r\n"}, {"node_id": 25, "text": "#include"}, {"node_id": 27, "text": "#include \"ov2640.h\"\r\n"}, {"node_id": 28, "text": "#include"}, {"node_id": 30, "text": "#include \"image_process.h\"\r\n"}, {"node_id": 31, "text": "#include"}, {"node_id": 33, "text": "#include \"board_config.h\"\r\n"}, {"node_id": 34, "text": "#include"}, {"node_id": 36, "text": "#include \"gpiohs.h\"\r\n"}, {"node_id": 37, "text": "#include"}, {"node_id": 46, "text": "#include \"incbin.h\"\r\n"}, {"node_id": 47, "text": "#include"}]}, "original_source_code": "/* Copyright 2018 Canaan Inc.\r\n *\r\n * Licensed under the Apache License, Version 2.0 (the \"License\");\r\n * you may not use this file except in compliance with the License.\r\n * You may obtain a copy of the License at\r\n *\r\n * http://www.apache.org/licenses/LICENSE-2.0\r\n *\r\n * Unless required by applicable law or agreed to in writing, software\r\n * distributed under the License is distributed on an \"AS IS\" BASIS,\r\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\r\n * See the License for the specific language governing permissions and\r\n * limitations under the License.\r\n */\r\n#include <stdio.h>\r\n#include \"kpu.h\"\r\n#include \"sysctl.h\"\r\n#include \"plic.h\"\r\n#include \"utils.h\"\r\n#include <float.h>\r\n#include \"fpioa.h\"\r\n#include \"lcd.h\"\r\n#include \"dvp.h\"\r\n#include \"ov2640.h\"\r\n#include \"image_process.h\"\r\n#include \"board_config.h\"\r\n#include \"gpiohs.h\"\r\n#define INCBIN_STYLE INCBIN_STYLE_SNAKE\r\n#define INCBIN_PREFIX\r\n#include \"incbin.h\"\r\n\r\n#define PROB_THRESH (0.7f)\r\n\r\n#define PLL0_OUTPUT_FREQ 800000000UL\r\n#define PLL1_OUTPUT_FREQ 400000000UL\r\n\r\nvolatile uint32_t g_ai_done_flag;\r\nvolatile uint8_t g_dvp_finish_flag;\r\nstatic image_t kpu_image, display_image, crop_image;\r\n\r\nkpu_model_context_t task;\r\n\r\nINCBIN(model, \"class.kmodel\");\r\n\r\nstatic int ai_done(void* userdata)\r\n{\r\n g_ai_done_flag = 1;\r\n float *features;\r\n size_t count;\r\n kpu_get_output(&task, 0, (uint8_t **)&features, &count);\r\n count /= sizeof(float);\r\n\r\n size_t i;\r\n for (i = 0; i < count; i++)\r\n {\r\n if (i % 64 == 0)\r\n printf(\"\\n\");\r\n printf(\"%f, \", features[i]);\r\n }\r\n\r\n printf(\"\\n\");\r\n return 0;\r\n}\r\n\r\nstatic int dvp_irq(void *ctx)\r\n{\r\n if (dvp_get_interrupt(DVP_STS_FRAME_FINISH))\r\n {\r\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);\r\n dvp_clear_interrupt(DVP_STS_FRAME_FINISH);\r\n g_dvp_finish_flag = 1;\r\n }\r\n else\r\n {\r\n dvp_start_convert();\r\n dvp_clear_interrupt(DVP_STS_FRAME_START);\r\n }\r\n return 0;\r\n}\r\n\r\nstatic void io_init(void)\r\n{\r\n /* Init DVP IO map and function settings */\r\n fpioa_set_function(OV_RST_PIN, FUNC_CMOS_RST);\r\n fpioa_set_function(OV_PWDN_PIN, FUNC_CMOS_PWDN);\r\n fpioa_set_function(OV_XCLK_PIN, FUNC_CMOS_XCLK);\r\n fpioa_set_function(OV_VSYNC_PIN, FUNC_CMOS_VSYNC);\r\n fpioa_set_function(OV_HREF_PIN, FUNC_CMOS_HREF);\r\n fpioa_set_function(OV_PCLK_PIN, FUNC_CMOS_PCLK);\r\n fpioa_set_function(OV_SCCB_SCLK_PIN, FUNC_SCCB_SCLK);\r\n fpioa_set_function(OV_SCCB_SDA_PIN, FUNC_SCCB_SDA);\r\n\r\n /* Init SPI IO map and function settings */\r\n fpioa_set_function(LCD_DC_PIN, FUNC_GPIOHS0 + LCD_DC_IO);\r\n fpioa_set_function(LCD_CS_PIN, FUNC_SPI0_SS3);\r\n fpioa_set_function(LCD_RW_PIN, FUNC_SPI0_SCLK);\r\n fpioa_set_function(LCD_RST_PIN, FUNC_GPIOHS0 + LCD_RST_IO);\r\n\r\n sysctl_set_spi0_dvp_data(1);\r\n\r\n // LCD Backlight\r\n fpioa_set_function(LCD_BLIGHT_PIN, FUNC_GPIOHS0 + LCD_BLIGHT_IO);\r\n gpiohs_set_drive_mode(LCD_BLIGHT_IO, GPIO_DM_OUTPUT);\r\n gpiohs_set_pin(LCD_BLIGHT_IO, GPIO_PV_LOW);\r\n}\r\n\r\nstatic void io_set_power(void)\r\n{\r\n /* Set dvp and spi pin to 1.8V */\r\n sysctl_set_power_mode(SYSCTL_POWER_BANK6, SYSCTL_POWER_V18);\r\n sysctl_set_power_mode(SYSCTL_POWER_BANK7, SYSCTL_POWER_V18);\r\n}\r\n\r\nint argmax(float* src, size_t count)\r\n{\r\n float max = FLT_MIN;\r\n size_t i, max_i = 0;\r\n for (i = 0; i < count; i++)\r\n {\r\n if (src[i] > max)\r\n {\r\n max = src[i];\r\n max_i = i;\r\n }\r\n }\r\n\r\n return max_i;\r\n}\r\n\r\nint main()\r\n{\r\n /* Set CPU and dvp clk */\r\n sysctl_pll_set_freq(SYSCTL_PLL0, PLL0_OUTPUT_FREQ);\r\n sysctl_pll_set_freq(SYSCTL_PLL1, PLL1_OUTPUT_FREQ);\r\n sysctl_clock_enable(SYSCTL_CLOCK_AI);\r\n // uarths_init();\r\n plic_init();\r\n io_set_power();\r\n io_init();\r\n \r\n /* LCD init */\r\n printf(\"LCD init\\n\");\r\n lcd_init();\r\n lcd_set_direction(DIR_YX_RLDU);\r\n lcd_clear(BLACK);\r\n /* DVP init */\r\n printf(\"DVP init\\n\");\r\n dvp_init(8);\r\n dvp_set_xclk_rate(24000000);\r\n dvp_enable_burst();\r\n dvp_set_output_enable(0, 1);\r\n dvp_set_output_enable(1, 1);\r\n dvp_set_image_format(DVP_CFG_RGB_FORMAT);\r\n dvp_set_image_size(320, 240);\r\n ov2640_init();\r\n\r\n kpu_image.pixel = 3;\r\n kpu_image.width = 320;\r\n kpu_image.height = 240;\r\n image_init(&kpu_image);\r\n display_image.pixel = 2;\r\n display_image.width = 320;\r\n display_image.height = 240;\r\n image_init(&display_image);\r\n crop_image.pixel = 3;\r\n crop_image.width = 224;\r\n crop_image.height = 224;\r\n image_init(&crop_image);\r\n dvp_set_ai_addr((uint32_t)kpu_image.addr, (uint32_t)(kpu_image.addr + 320 * 240), (uint32_t)(kpu_image.addr + 320 * 240 * 2));\r\n dvp_set_display_addr((uint32_t)display_image.addr);\r\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 0);\r\n dvp_disable_auto();\r\n /* DVP interrupt config */\r\n printf(\"DVP interrupt config\\n\");\r\n plic_set_priority(IRQN_DVP_INTERRUPT, 1);\r\n plic_irq_register(IRQN_DVP_INTERRUPT, dvp_irq, NULL);\r\n plic_irq_enable(IRQN_DVP_INTERRUPT);\r\n /* init model */\r\n if (kpu_load_kmodel(&task, model_data) != 0)\r\n {\r\n printf(\"Cannot load kmodel.\\n\");\r\n return(-1);\r\n }\r\n sysctl_enable_irq();\r\n \r\n /* system start */\r\n printf(\"System start\\n\");\r\n while (1)\r\n {\r\n g_dvp_finish_flag = 0;\r\n dvp_clear_interrupt(DVP_STS_FRAME_START | DVP_STS_FRAME_FINISH);\r\n dvp_config_interrupt(DVP_CFG_START_INT_ENABLE | DVP_CFG_FINISH_INT_ENABLE, 1);\r\n while (g_dvp_finish_flag == 0)\r\n ;\r\n \r\n image_crop(&kpu_image, &crop_image, 48, 8);\r\n\r\n g_ai_done_flag = 0;\r\n\r\n if (kpu_run_kmodel(&task, crop_image.addr, 5, ai_done, NULL) != 0)\r\n {\r\n printf(\"Cannot run kmodel.\\n\");\r\n return(-1);\r\n }\r\n\t\twhile (!g_ai_done_flag);\r\n\r\n float *features;\r\n size_t output_size;\r\n kpu_get_output(&task, 0, &features, &output_size);\r\n\r\n size_t cls = argmax(features, 5);\r\n\r\n const char *text = NULL;\r\n switch (cls)\r\n {\r\n case 0:\r\n text = \"daisy\";\r\n break;\r\n case 1:\r\n text = \"dandelion\";\r\n break;\r\n case 2:\r\n text = \"roses\";\r\n break;\r\n case 3:\r\n text = \"sunflowers\";\r\n break;\r\n case 4:\r\n text = \"tulip\";\r\n break;\r\n }\r\n \r\n /* display pic*/\r\n if (features[cls] > PROB_THRESH)\r\n\t\t\tram_draw_string(display_image.addr, 150, 20, text, RED);\r\n\t\tlcd_draw_picture(0, 0, 320, 240, (uint32_t *)display_image.addr);\r\n }\r\n \r\n}"}
| 209
|
c
|
#include <unistd.h>
#include <errno.h>
#include <stdlib.h>
#include <sys/socket.h>
#include <sys/ioctl.h>
#include <bluetooth/bluetooth.h>
#include <bluetooth/hci.h>
#include <bluetooth/hci_lib.h>
int set_flush_timeout(bdaddr_t *ba, int timeout)
{
int err = 0, dd;
struct hci_conn_info_req *cr = 0;
struct hci_request rq = { 0 };
struct {
uint16_t handle;
uint16_t flush_timeout;
} cmd_param;
struct {
uint8_t status;
uint16_t handle;
} cmd_response;
// find the connection handle to the specified bluetooth device
cr = (struct hci_conn_info_req*) malloc(
sizeof(struct hci_conn_info_req) +
sizeof(struct hci_conn_info));
bacpy( &cr->bdaddr, ba );
cr->type = ACL_LINK;
dd = hci_open_dev( hci_get_route( &cr->bdaddr ) );
if( dd < 0 ) {
err = dd;
goto cleanup;
}
err = ioctl(dd, HCIGETCONNINFO, (unsigned long) cr );
if( err ) goto cleanup;
// build a command packet to send to the bluetooth microcontroller
cmd_param.handle = cr->conn_info->handle;
cmd_param.flush_timeout = htobs(timeout);
rq.ogf = OGF_HOST_CTL;
rq.ocf = 0x28;
rq.cparam = &cmd_param;
rq.clen = sizeof(cmd_param);
rq.rparam = &cmd_response;
rq.rlen = sizeof(cmd_response);
rq.event = EVT_CMD_COMPLETE;
// send the command and wait for the response
err = hci_send_req( dd, &rq, 0 );
if( err ) goto cleanup;
if( cmd_response.status ) {
err = -1;
errno = bt_error(cmd_response.status);
}
cleanup:
free(cr);
if( dd >= 0) close(dd);
return err;
}
| 28.2
| 56
|
(translation_unit) "#include <unistd.h>\n#include <errno.h>\n#include <stdlib.h>\n#include <sys/socket.h>\n#include <sys/ioctl.h>\n#include <bluetooth/bluetooth.h>\n#include <bluetooth/hci.h>\n#include <bluetooth/hci_lib.h>\n\nint set_flush_timeout(bdaddr_t *ba, int timeout)\n{\n int err = 0, dd;\n struct hci_conn_info_req *cr = 0;\n struct hci_request rq = { 0 };\n\n struct {\n uint16_t handle;\n uint16_t flush_timeout;\n } cmd_param;\n\n struct {\n uint8_t status;\n uint16_t handle;\n } cmd_response;\n\n // find the connection handle to the specified bluetooth device\n cr = (struct hci_conn_info_req*) malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info));\n bacpy( &cr->bdaddr, ba );\n cr->type = ACL_LINK;\n dd = hci_open_dev( hci_get_route( &cr->bdaddr ) );\n if( dd < 0 ) {\n err = dd;\n goto cleanup;\n }\n err = ioctl(dd, HCIGETCONNINFO, (unsigned long) cr );\n if( err ) goto cleanup;\n\n // build a command packet to send to the bluetooth microcontroller\n cmd_param.handle = cr->conn_info->handle;\n cmd_param.flush_timeout = htobs(timeout);\n rq.ogf = OGF_HOST_CTL;\n rq.ocf = 0x28;\n rq.cparam = &cmd_param;\n rq.clen = sizeof(cmd_param);\n rq.rparam = &cmd_response;\n rq.rlen = sizeof(cmd_response);\n rq.event = EVT_CMD_COMPLETE;\n\n // send the command and wait for the response\n err = hci_send_req( dd, &rq, 0 );\n if( err ) goto cleanup;\n\n if( cmd_response.status ) {\n err = -1;\n errno = bt_error(cmd_response.status);\n }\n\ncleanup:\n free(cr);\n if( dd >= 0) close(dd);\n return err;\n}\n\n\n"
(preproc_include) "#include <unistd.h>\n"
(#include) "#include"
(system_lib_string) "<unistd.h>"
(preproc_include) "#include <errno.h>\n"
(#include) "#include"
(system_lib_string) "<errno.h>"
(preproc_include) "#include <stdlib.h>\n"
(#include) "#include"
(system_lib_string) "<stdlib.h>"
(preproc_include) "#include <sys/socket.h>\n"
(#include) "#include"
(system_lib_string) "<sys/socket.h>"
(preproc_include) "#include <sys/ioctl.h>\n"
(#include) "#include"
(system_lib_string) "<sys/ioctl.h>"
(preproc_include) "#include <bluetooth/bluetooth.h>\n"
(#include) "#include"
(system_lib_string) "<bluetooth/bluetooth.h>"
(preproc_include) "#include <bluetooth/hci.h>\n"
(#include) "#include"
(system_lib_string) "<bluetooth/hci.h>"
(preproc_include) "#include <bluetooth/hci_lib.h>\n"
(#include) "#include"
(system_lib_string) "<bluetooth/hci_lib.h>"
(function_definition) "int set_flush_timeout(bdaddr_t *ba, int timeout)\n{\n int err = 0, dd;\n struct hci_conn_info_req *cr = 0;\n struct hci_request rq = { 0 };\n\n struct {\n uint16_t handle;\n uint16_t flush_timeout;\n } cmd_param;\n\n struct {\n uint8_t status;\n uint16_t handle;\n } cmd_response;\n\n // find the connection handle to the specified bluetooth device\n cr = (struct hci_conn_info_req*) malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info));\n bacpy( &cr->bdaddr, ba );\n cr->type = ACL_LINK;\n dd = hci_open_dev( hci_get_route( &cr->bdaddr ) );\n if( dd < 0 ) {\n err = dd;\n goto cleanup;\n }\n err = ioctl(dd, HCIGETCONNINFO, (unsigned long) cr );\n if( err ) goto cleanup;\n\n // build a command packet to send to the bluetooth microcontroller\n cmd_param.handle = cr->conn_info->handle;\n cmd_param.flush_timeout = htobs(timeout);\n rq.ogf = OGF_HOST_CTL;\n rq.ocf = 0x28;\n rq.cparam = &cmd_param;\n rq.clen = sizeof(cmd_param);\n rq.rparam = &cmd_response;\n rq.rlen = sizeof(cmd_response);\n rq.event = EVT_CMD_COMPLETE;\n\n // send the command and wait for the response\n err = hci_send_req( dd, &rq, 0 );\n if( err ) goto cleanup;\n\n if( cmd_response.status ) {\n err = -1;\n errno = bt_error(cmd_response.status);\n }\n\ncleanup:\n free(cr);\n if( dd >= 0) close(dd);\n return err;\n}"
(primitive_type) "int"
(function_declarator) "set_flush_timeout(bdaddr_t *ba, int timeout)"
(identifier) "set_flush_timeout"
(parameter_list) "(bdaddr_t *ba, int timeout)"
(() "("
(parameter_declaration) "bdaddr_t *ba"
(type_identifier) "bdaddr_t"
(pointer_declarator) "*ba"
(*) "*"
(identifier) "ba"
(,) ","
(parameter_declaration) "int timeout"
(primitive_type) "int"
(identifier) "timeout"
()) ")"
(compound_statement) "{\n int err = 0, dd;\n struct hci_conn_info_req *cr = 0;\n struct hci_request rq = { 0 };\n\n struct {\n uint16_t handle;\n uint16_t flush_timeout;\n } cmd_param;\n\n struct {\n uint8_t status;\n uint16_t handle;\n } cmd_response;\n\n // find the connection handle to the specified bluetooth device\n cr = (struct hci_conn_info_req*) malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info));\n bacpy( &cr->bdaddr, ba );\n cr->type = ACL_LINK;\n dd = hci_open_dev( hci_get_route( &cr->bdaddr ) );\n if( dd < 0 ) {\n err = dd;\n goto cleanup;\n }\n err = ioctl(dd, HCIGETCONNINFO, (unsigned long) cr );\n if( err ) goto cleanup;\n\n // build a command packet to send to the bluetooth microcontroller\n cmd_param.handle = cr->conn_info->handle;\n cmd_param.flush_timeout = htobs(timeout);\n rq.ogf = OGF_HOST_CTL;\n rq.ocf = 0x28;\n rq.cparam = &cmd_param;\n rq.clen = sizeof(cmd_param);\n rq.rparam = &cmd_response;\n rq.rlen = sizeof(cmd_response);\n rq.event = EVT_CMD_COMPLETE;\n\n // send the command and wait for the response\n err = hci_send_req( dd, &rq, 0 );\n if( err ) goto cleanup;\n\n if( cmd_response.status ) {\n err = -1;\n errno = bt_error(cmd_response.status);\n }\n\ncleanup:\n free(cr);\n if( dd >= 0) close(dd);\n return err;\n}"
({) "{"
(declaration) "int err = 0, dd;"
(primitive_type) "int"
(init_declarator) "err = 0"
(identifier) "err"
(=) "="
(number_literal) "0"
(,) ","
(identifier) "dd"
(;) ";"
(declaration) "struct hci_conn_info_req *cr = 0;"
(struct_specifier) "struct hci_conn_info_req"
(struct) "struct"
(type_identifier) "hci_conn_info_req"
(init_declarator) "*cr = 0"
(pointer_declarator) "*cr"
(*) "*"
(identifier) "cr"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "struct hci_request rq = { 0 };"
(struct_specifier) "struct hci_request"
(struct) "struct"
(type_identifier) "hci_request"
(init_declarator) "rq = { 0 }"
(identifier) "rq"
(=) "="
(initializer_list) "{ 0 }"
({) "{"
(number_literal) "0"
(}) "}"
(;) ";"
(declaration) "struct {\n uint16_t handle;\n uint16_t flush_timeout;\n } cmd_param;"
(struct_specifier) "struct {\n uint16_t handle;\n uint16_t flush_timeout;\n }"
(struct) "struct"
(field_declaration_list) "{\n uint16_t handle;\n uint16_t flush_timeout;\n }"
({) "{"
(field_declaration) "uint16_t handle;"
(primitive_type) "uint16_t"
(field_identifier) "handle"
(;) ";"
(field_declaration) "uint16_t flush_timeout;"
(primitive_type) "uint16_t"
(field_identifier) "flush_timeout"
(;) ";"
(}) "}"
(identifier) "cmd_param"
(;) ";"
(declaration) "struct {\n uint8_t status;\n uint16_t handle;\n } cmd_response;"
(struct_specifier) "struct {\n uint8_t status;\n uint16_t handle;\n }"
(struct) "struct"
(field_declaration_list) "{\n uint8_t status;\n uint16_t handle;\n }"
({) "{"
(field_declaration) "uint8_t status;"
(primitive_type) "uint8_t"
(field_identifier) "status"
(;) ";"
(field_declaration) "uint16_t handle;"
(primitive_type) "uint16_t"
(field_identifier) "handle"
(;) ";"
(}) "}"
(identifier) "cmd_response"
(;) ";"
(comment) "// find the connection handle to the specified bluetooth device"
(expression_statement) "cr = (struct hci_conn_info_req*) malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info));"
(assignment_expression) "cr = (struct hci_conn_info_req*) malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info))"
(identifier) "cr"
(=) "="
(cast_expression) "(struct hci_conn_info_req*) malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info))"
(() "("
(type_descriptor) "struct hci_conn_info_req*"
(struct_specifier) "struct hci_conn_info_req"
(struct) "struct"
(type_identifier) "hci_conn_info_req"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(call_expression) "malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info))"
(identifier) "malloc"
(argument_list) "(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info))"
(() "("
(binary_expression) "sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info)"
(sizeof_expression) "sizeof(struct hci_conn_info_req)"
(sizeof) "sizeof"
(() "("
(type_descriptor) "struct hci_conn_info_req"
(struct_specifier) "struct hci_conn_info_req"
(struct) "struct"
(type_identifier) "hci_conn_info_req"
()) ")"
(+) "+"
(sizeof_expression) "sizeof(struct hci_conn_info)"
(sizeof) "sizeof"
(() "("
(type_descriptor) "struct hci_conn_info"
(struct_specifier) "struct hci_conn_info"
(struct) "struct"
(type_identifier) "hci_conn_info"
()) ")"
()) ")"
(;) ";"
(expression_statement) "bacpy( &cr->bdaddr, ba );"
(call_expression) "bacpy( &cr->bdaddr, ba )"
(identifier) "bacpy"
(argument_list) "( &cr->bdaddr, ba )"
(() "("
(pointer_expression) "&cr->bdaddr"
(&) "&"
(field_expression) "cr->bdaddr"
(identifier) "cr"
(->) "->"
(field_identifier) "bdaddr"
(,) ","
(identifier) "ba"
()) ")"
(;) ";"
(expression_statement) "cr->type = ACL_LINK;"
(assignment_expression) "cr->type = ACL_LINK"
(field_expression) "cr->type"
(identifier) "cr"
(->) "->"
(field_identifier) "type"
(=) "="
(identifier) "ACL_LINK"
(;) ";"
(expression_statement) "dd = hci_open_dev( hci_get_route( &cr->bdaddr ) );"
(assignment_expression) "dd = hci_open_dev( hci_get_route( &cr->bdaddr ) )"
(identifier) "dd"
(=) "="
(call_expression) "hci_open_dev( hci_get_route( &cr->bdaddr ) )"
(identifier) "hci_open_dev"
(argument_list) "( hci_get_route( &cr->bdaddr ) )"
(() "("
(call_expression) "hci_get_route( &cr->bdaddr )"
(identifier) "hci_get_route"
(argument_list) "( &cr->bdaddr )"
(() "("
(pointer_expression) "&cr->bdaddr"
(&) "&"
(field_expression) "cr->bdaddr"
(identifier) "cr"
(->) "->"
(field_identifier) "bdaddr"
()) ")"
()) ")"
(;) ";"
(if_statement) "if( dd < 0 ) {\n err = dd;\n goto cleanup;\n }"
(if) "if"
(parenthesized_expression) "( dd < 0 )"
(() "("
(binary_expression) "dd < 0"
(identifier) "dd"
(<) "<"
(number_literal) "0"
()) ")"
(compound_statement) "{\n err = dd;\n goto cleanup;\n }"
({) "{"
(expression_statement) "err = dd;"
(assignment_expression) "err = dd"
(identifier) "err"
(=) "="
(identifier) "dd"
(;) ";"
(goto_statement) "goto cleanup;"
(goto) "goto"
(statement_identifier) "cleanup"
(;) ";"
(}) "}"
(expression_statement) "err = ioctl(dd, HCIGETCONNINFO, (unsigned long) cr );"
(assignment_expression) "err = ioctl(dd, HCIGETCONNINFO, (unsigned long) cr )"
(identifier) "err"
(=) "="
(call_expression) "ioctl(dd, HCIGETCONNINFO, (unsigned long) cr )"
(identifier) "ioctl"
(argument_list) "(dd, HCIGETCONNINFO, (unsigned long) cr )"
(() "("
(identifier) "dd"
(,) ","
(identifier) "HCIGETCONNINFO"
(,) ","
(cast_expression) "(unsigned long) cr"
(() "("
(type_descriptor) "unsigned long"
(sized_type_specifier) "unsigned long"
(unsigned) "unsigned"
(long) "long"
()) ")"
(identifier) "cr"
()) ")"
(;) ";"
(if_statement) "if( err ) goto cleanup;"
(if) "if"
(parenthesized_expression) "( err )"
(() "("
(identifier) "err"
()) ")"
(goto_statement) "goto cleanup;"
(goto) "goto"
(statement_identifier) "cleanup"
(;) ";"
(comment) "// build a command packet to send to the bluetooth microcontroller"
(expression_statement) "cmd_param.handle = cr->conn_info->handle;"
(assignment_expression) "cmd_param.handle = cr->conn_info->handle"
(field_expression) "cmd_param.handle"
(identifier) "cmd_param"
(.) "."
(field_identifier) "handle"
(=) "="
(field_expression) "cr->conn_info->handle"
(field_expression) "cr->conn_info"
(identifier) "cr"
(->) "->"
(field_identifier) "conn_info"
(->) "->"
(field_identifier) "handle"
(;) ";"
(expression_statement) "cmd_param.flush_timeout = htobs(timeout);"
(assignment_expression) "cmd_param.flush_timeout = htobs(timeout)"
(field_expression) "cmd_param.flush_timeout"
(identifier) "cmd_param"
(.) "."
(field_identifier) "flush_timeout"
(=) "="
(call_expression) "htobs(timeout)"
(identifier) "htobs"
(argument_list) "(timeout)"
(() "("
(identifier) "timeout"
()) ")"
(;) ";"
(expression_statement) "rq.ogf = OGF_HOST_CTL;"
(assignment_expression) "rq.ogf = OGF_HOST_CTL"
(field_expression) "rq.ogf"
(identifier) "rq"
(.) "."
(field_identifier) "ogf"
(=) "="
(identifier) "OGF_HOST_CTL"
(;) ";"
(expression_statement) "rq.ocf = 0x28;"
(assignment_expression) "rq.ocf = 0x28"
(field_expression) "rq.ocf"
(identifier) "rq"
(.) "."
(field_identifier) "ocf"
(=) "="
(number_literal) "0x28"
(;) ";"
(expression_statement) "rq.cparam = &cmd_param;"
(assignment_expression) "rq.cparam = &cmd_param"
(field_expression) "rq.cparam"
(identifier) "rq"
(.) "."
(field_identifier) "cparam"
(=) "="
(pointer_expression) "&cmd_param"
(&) "&"
(identifier) "cmd_param"
(;) ";"
(expression_statement) "rq.clen = sizeof(cmd_param);"
(assignment_expression) "rq.clen = sizeof(cmd_param)"
(field_expression) "rq.clen"
(identifier) "rq"
(.) "."
(field_identifier) "clen"
(=) "="
(sizeof_expression) "sizeof(cmd_param)"
(sizeof) "sizeof"
(parenthesized_expression) "(cmd_param)"
(() "("
(identifier) "cmd_param"
()) ")"
(;) ";"
(expression_statement) "rq.rparam = &cmd_response;"
(assignment_expression) "rq.rparam = &cmd_response"
(field_expression) "rq.rparam"
(identifier) "rq"
(.) "."
(field_identifier) "rparam"
(=) "="
(pointer_expression) "&cmd_response"
(&) "&"
(identifier) "cmd_response"
(;) ";"
(expression_statement) "rq.rlen = sizeof(cmd_response);"
(assignment_expression) "rq.rlen = sizeof(cmd_response)"
(field_expression) "rq.rlen"
(identifier) "rq"
(.) "."
(field_identifier) "rlen"
(=) "="
(sizeof_expression) "sizeof(cmd_response)"
(sizeof) "sizeof"
(parenthesized_expression) "(cmd_response)"
(() "("
(identifier) "cmd_response"
()) ")"
(;) ";"
(expression_statement) "rq.event = EVT_CMD_COMPLETE;"
(assignment_expression) "rq.event = EVT_CMD_COMPLETE"
(field_expression) "rq.event"
(identifier) "rq"
(.) "."
(field_identifier) "event"
(=) "="
(identifier) "EVT_CMD_COMPLETE"
(;) ";"
(comment) "// send the command and wait for the response"
(expression_statement) "err = hci_send_req( dd, &rq, 0 );"
(assignment_expression) "err = hci_send_req( dd, &rq, 0 )"
(identifier) "err"
(=) "="
(call_expression) "hci_send_req( dd, &rq, 0 )"
(identifier) "hci_send_req"
(argument_list) "( dd, &rq, 0 )"
(() "("
(identifier) "dd"
(,) ","
(pointer_expression) "&rq"
(&) "&"
(identifier) "rq"
(,) ","
(number_literal) "0"
()) ")"
(;) ";"
(if_statement) "if( err ) goto cleanup;"
(if) "if"
(parenthesized_expression) "( err )"
(() "("
(identifier) "err"
()) ")"
(goto_statement) "goto cleanup;"
(goto) "goto"
(statement_identifier) "cleanup"
(;) ";"
(if_statement) "if( cmd_response.status ) {\n err = -1;\n errno = bt_error(cmd_response.status);\n }"
(if) "if"
(parenthesized_expression) "( cmd_response.status )"
(() "("
(field_expression) "cmd_response.status"
(identifier) "cmd_response"
(.) "."
(field_identifier) "status"
()) ")"
(compound_statement) "{\n err = -1;\n errno = bt_error(cmd_response.status);\n }"
({) "{"
(expression_statement) "err = -1;"
(assignment_expression) "err = -1"
(identifier) "err"
(=) "="
(number_literal) "-1"
(;) ";"
(expression_statement) "errno = bt_error(cmd_response.status);"
(assignment_expression) "errno = bt_error(cmd_response.status)"
(identifier) "errno"
(=) "="
(call_expression) "bt_error(cmd_response.status)"
(identifier) "bt_error"
(argument_list) "(cmd_response.status)"
(() "("
(field_expression) "cmd_response.status"
(identifier) "cmd_response"
(.) "."
(field_identifier) "status"
()) ")"
(;) ";"
(}) "}"
(labeled_statement) "cleanup:\n free(cr);"
(statement_identifier) "cleanup"
(:) ":"
(expression_statement) "free(cr);"
(call_expression) "free(cr)"
(identifier) "free"
(argument_list) "(cr)"
(() "("
(identifier) "cr"
()) ")"
(;) ";"
(if_statement) "if( dd >= 0) close(dd);"
(if) "if"
(parenthesized_expression) "( dd >= 0)"
(() "("
(binary_expression) "dd >= 0"
(identifier) "dd"
(>=) ">="
(number_literal) "0"
()) ")"
(expression_statement) "close(dd);"
(call_expression) "close(dd)"
(identifier) "close"
(argument_list) "(dd)"
(() "("
(identifier) "dd"
()) ")"
(;) ";"
(return_statement) "return err;"
(return) "return"
(identifier) "err"
(;) ";"
(}) "}"
| 444
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 56, "avg_line_length": 28.2, "nodes": 287, "errors": 0, "source_hash": "923be696886f663bd62797c3d2db03f21b6b8edce655fd31c2f972a32da94616", "categorized_nodes": 223}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_include", "text": "#include <unistd.h>\n", "parent": null, "children": [1, 2], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 2, "column": 0}}, {"id": 1, "type": "#include", "text": "#include", "parent": 0, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 8}}, {"id": 2, "type": "system_lib_string", "text": "<unistd.h>", "parent": 0, "children": [], "start_point": {"row": 1, "column": 9}, "end_point": {"row": 1, "column": 19}}, {"id": 3, "type": "preproc_include", "text": "#include <errno.h>\n", "parent": null, "children": [4, 5], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 3, "column": 0}}, {"id": 4, "type": "#include", "text": "#include", "parent": 3, "children": [], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 2, "column": 8}}, {"id": 5, "type": "system_lib_string", "text": "<errno.h>", "parent": 3, "children": [], "start_point": {"row": 2, "column": 9}, "end_point": {"row": 2, "column": 18}}, {"id": 6, "type": "preproc_include", "text": "#include <stdlib.h>\n", "parent": null, "children": [7, 8], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 4, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<stdlib.h>", "parent": 6, "children": [], "start_point": {"row": 3, "column": 9}, "end_point": {"row": 3, "column": 19}}, {"id": 9, "type": "preproc_include", "text": "#include <sys/socket.h>\n", "parent": null, "children": [10, 11], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 5, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 4, "column": 8}}, {"id": 11, "type": "system_lib_string", "text": "<sys/socket.h>", "parent": 9, "children": [], "start_point": {"row": 4, "column": 9}, "end_point": {"row": 4, "column": 23}}, {"id": 12, "type": "preproc_include", "text": "#include <sys/ioctl.h>\n", "parent": null, "children": [13, 14], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 6, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 8}}, {"id": 14, "type": "system_lib_string", "text": "<sys/ioctl.h>", "parent": 12, "children": [], "start_point": {"row": 5, "column": 9}, "end_point": {"row": 5, "column": 22}}, {"id": 15, "type": "preproc_include", "text": "#include <bluetooth/bluetooth.h>\n", "parent": null, "children": [16, 17], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 7, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 8}}, {"id": 17, "type": "system_lib_string", "text": "<bluetooth/bluetooth.h>", "parent": 15, "children": [], "start_point": {"row": 6, "column": 9}, "end_point": {"row": 6, "column": 32}}, {"id": 18, "type": "preproc_include", "text": "#include <bluetooth/hci.h>\n", "parent": null, "children": [19, 20], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 8, "column": 0}}, {"id": 19, "type": "#include", "text": "#include", "parent": 18, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 8}}, {"id": 20, "type": "system_lib_string", "text": "<bluetooth/hci.h>", "parent": 18, "children": [], "start_point": {"row": 7, "column": 9}, "end_point": {"row": 7, "column": 26}}, {"id": 21, "type": "preproc_include", "text": "#include <bluetooth/hci_lib.h>\n", "parent": null, "children": [22, 23], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 9, "column": 0}}, {"id": 22, "type": "#include", "text": "#include", "parent": 21, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 8}}, {"id": 23, "type": "system_lib_string", "text": "<bluetooth/hci_lib.h>", "parent": 21, "children": [], "start_point": {"row": 8, "column": 9}, "end_point": {"row": 8, "column": 30}}, {"id": 24, "type": "function_definition", "text": "int set_flush_timeout(bdaddr_t *ba, int timeout)\n{\n int err = 0, dd;\n struct hci_conn_info_req *cr = 0;\n struct hci_request rq = { 0 };\n\n struct {\n uint16_t handle;\n uint16_t flush_timeout;\n } cmd_param;\n\n struct {\n uint8_t status;\n uint16_t handle;\n } cmd_response;\n\n // find the connection handle to the specified bluetooth device\n cr = (struct hci_conn_info_req*) malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info));\n bacpy( &cr->bdaddr, ba );\n cr->type = ACL_LINK;\n dd = hci_open_dev( hci_get_route( &cr->bdaddr ) );\n if( dd < 0 ) {\n err = dd;\n goto cleanup;\n }\n err = ioctl(dd, HCIGETCONNINFO, (unsigned long) cr );\n if( err ) goto cleanup;\n\n // build a command packet to send to the bluetooth microcontroller\n cmd_param.handle = cr->conn_info->handle;\n cmd_param.flush_timeout = htobs(timeout);\n rq.ogf = OGF_HOST_CTL;\n rq.ocf = 0x28;\n rq.cparam = &cmd_param;\n rq.clen = sizeof(cmd_param);\n rq.rparam = &cmd_response;\n rq.rlen = sizeof(cmd_response);\n rq.event = EVT_CMD_COMPLETE;\n\n // send the command and wait for the response\n err = hci_send_req( dd, &rq, 0 );\n if( err ) goto cleanup;\n\n if( cmd_response.status ) {\n err = -1;\n errno = bt_error(cmd_response.status);\n }\n\ncleanup:\n free(cr);\n if( dd >= 0) close(dd);\n return err;\n}", "parent": null, "children": [25, 26], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 64, "column": 1}}, {"id": 25, "type": "primitive_type", "text": "int", "parent": 24, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 3}}, {"id": 26, "type": "function_declarator", "text": "set_flush_timeout(bdaddr_t *ba, int timeout)", "parent": 24, "children": [27, 28], "start_point": {"row": 10, "column": 4}, "end_point": {"row": 10, "column": 48}}, {"id": 27, "type": "identifier", "text": "set_flush_timeout", "parent": 26, "children": [], "start_point": {"row": 10, "column": 4}, "end_point": {"row": 10, "column": 21}}, {"id": 28, "type": "parameter_list", "text": "(bdaddr_t *ba, int timeout)", "parent": 26, "children": [29, 34], "start_point": {"row": 10, "column": 21}, "end_point": {"row": 10, "column": 48}}, {"id": 29, "type": "parameter_declaration", "text": "bdaddr_t *ba", "parent": 28, "children": [30, 31], "start_point": {"row": 10, "column": 22}, "end_point": {"row": 10, "column": 34}}, {"id": 30, "type": "type_identifier", "text": "bdaddr_t", "parent": 29, "children": [], "start_point": {"row": 10, "column": 22}, "end_point": {"row": 10, "column": 30}}, {"id": 31, "type": "pointer_declarator", "text": "*ba", "parent": 29, "children": [32, 33], "start_point": {"row": 10, "column": 31}, "end_point": {"row": 10, "column": 34}}, {"id": 32, "type": "*", "text": "*", "parent": 31, "children": [], "start_point": {"row": 10, "column": 31}, "end_point": {"row": 10, "column": 32}}, {"id": 33, "type": "identifier", "text": "ba", "parent": 31, "children": [], "start_point": {"row": 10, "column": 32}, "end_point": {"row": 10, "column": 34}}, {"id": 34, "type": "parameter_declaration", "text": "int timeout", "parent": 28, "children": [35, 36], "start_point": {"row": 10, "column": 36}, "end_point": {"row": 10, "column": 47}}, {"id": 35, "type": "primitive_type", "text": "int", "parent": 34, "children": [], "start_point": {"row": 10, "column": 36}, "end_point": {"row": 10, "column": 39}}, {"id": 36, "type": "identifier", "text": "timeout", "parent": 34, "children": [], "start_point": {"row": 10, "column": 40}, "end_point": {"row": 10, "column": 47}}, {"id": 37, "type": "declaration", "text": "int err = 0, dd;", "parent": 24, "children": [38, 39, 43], "start_point": {"row": 12, "column": 4}, "end_point": {"row": 12, "column": 20}}, {"id": 38, "type": "primitive_type", "text": "int", "parent": 37, "children": [], "start_point": {"row": 12, "column": 4}, "end_point": {"row": 12, "column": 7}}, {"id": 39, "type": "init_declarator", "text": "err = 0", "parent": 37, "children": [40, 41, 42], "start_point": {"row": 12, "column": 8}, "end_point": {"row": 12, "column": 15}}, {"id": 40, "type": "identifier", "text": "err", "parent": 39, "children": [], "start_point": {"row": 12, "column": 8}, "end_point": {"row": 12, "column": 11}}, {"id": 41, "type": "=", "text": "=", "parent": 39, "children": [], "start_point": {"row": 12, "column": 12}, "end_point": {"row": 12, "column": 13}}, {"id": 42, "type": "number_literal", "text": "0", "parent": 39, "children": [], "start_point": {"row": 12, "column": 14}, "end_point": {"row": 12, "column": 15}}, {"id": 43, "type": "identifier", "text": "dd", "parent": 37, "children": [], "start_point": {"row": 12, "column": 17}, "end_point": {"row": 12, "column": 19}}, {"id": 44, "type": "declaration", "text": "struct hci_conn_info_req *cr = 0;", "parent": 24, "children": [45, 48], "start_point": {"row": 13, "column": 4}, "end_point": {"row": 13, "column": 37}}, {"id": 45, "type": "struct_specifier", "text": "struct hci_conn_info_req", "parent": 44, "children": [46, 47], "start_point": {"row": 13, "column": 4}, "end_point": {"row": 13, "column": 28}}, {"id": 46, "type": "struct", "text": "struct", "parent": 45, "children": [], "start_point": {"row": 13, "column": 4}, "end_point": {"row": 13, "column": 10}}, {"id": 47, "type": "type_identifier", "text": "hci_conn_info_req", "parent": 45, "children": [], "start_point": {"row": 13, "column": 11}, "end_point": {"row": 13, "column": 28}}, {"id": 48, "type": "init_declarator", "text": "*cr = 0", "parent": 44, "children": [49, 52, 53], "start_point": {"row": 13, "column": 29}, "end_point": {"row": 13, "column": 36}}, {"id": 49, "type": "pointer_declarator", "text": "*cr", "parent": 48, "children": [50, 51], "start_point": {"row": 13, "column": 29}, "end_point": {"row": 13, "column": 32}}, {"id": 50, "type": "*", "text": "*", "parent": 49, "children": [], "start_point": {"row": 13, "column": 29}, "end_point": {"row": 13, "column": 30}}, {"id": 51, "type": "identifier", "text": "cr", "parent": 49, "children": [], "start_point": {"row": 13, "column": 30}, "end_point": {"row": 13, "column": 32}}, {"id": 52, "type": "=", "text": "=", "parent": 48, "children": [], "start_point": {"row": 13, "column": 33}, "end_point": {"row": 13, "column": 34}}, {"id": 53, "type": "number_literal", "text": "0", "parent": 48, "children": [], "start_point": {"row": 13, "column": 35}, "end_point": {"row": 13, "column": 36}}, {"id": 54, "type": "declaration", "text": "struct hci_request rq = { 0 };", "parent": 24, "children": [55, 58], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 34}}, {"id": 55, "type": "struct_specifier", "text": "struct hci_request", "parent": 54, "children": [56, 57], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 22}}, {"id": 56, "type": "struct", "text": "struct", "parent": 55, "children": [], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 10}}, {"id": 57, "type": "type_identifier", "text": "hci_request", "parent": 55, "children": [], "start_point": {"row": 14, "column": 11}, "end_point": {"row": 14, "column": 22}}, {"id": 58, "type": "init_declarator", "text": "rq = { 0 }", "parent": 54, "children": [59, 60, 61], "start_point": {"row": 14, "column": 23}, "end_point": {"row": 14, "column": 33}}, {"id": 59, "type": "identifier", "text": "rq", "parent": 58, "children": [], "start_point": {"row": 14, "column": 23}, "end_point": {"row": 14, "column": 25}}, {"id": 60, "type": "=", "text": "=", "parent": 58, "children": [], "start_point": {"row": 14, "column": 26}, "end_point": {"row": 14, "column": 27}}, {"id": 61, "type": "initializer_list", "text": "{ 0 }", "parent": 58, "children": [62], "start_point": {"row": 14, "column": 28}, "end_point": {"row": 14, "column": 33}}, {"id": 62, "type": "number_literal", "text": "0", "parent": 61, "children": [], "start_point": {"row": 14, "column": 30}, "end_point": {"row": 14, "column": 31}}, {"id": 63, "type": "declaration", "text": "struct {\n uint16_t handle;\n uint16_t flush_timeout;\n } cmd_param;", "parent": 24, "children": [64, 72], "start_point": {"row": 16, "column": 4}, "end_point": {"row": 19, "column": 16}}, {"id": 64, "type": "struct_specifier", "text": "struct {\n uint16_t handle;\n uint16_t flush_timeout;\n }", "parent": 63, "children": [65], "start_point": {"row": 16, "column": 4}, "end_point": {"row": 19, "column": 5}}, {"id": 65, "type": "struct", "text": "struct", "parent": 64, "children": [], "start_point": {"row": 16, "column": 4}, "end_point": {"row": 16, "column": 10}}, {"id": 66, "type": "field_declaration", "text": "uint16_t handle;", "parent": 64, "children": [67, 68], "start_point": {"row": 17, "column": 8}, "end_point": {"row": 17, "column": 24}}, {"id": 67, "type": "primitive_type", "text": "uint16_t", "parent": 66, "children": [], "start_point": {"row": 17, "column": 8}, "end_point": {"row": 17, "column": 16}}, {"id": 68, "type": "field_identifier", "text": "handle", "parent": 66, "children": [], "start_point": {"row": 17, "column": 17}, "end_point": {"row": 17, "column": 23}}, {"id": 69, "type": "field_declaration", "text": "uint16_t flush_timeout;", "parent": 64, "children": [70, 71], "start_point": {"row": 18, "column": 8}, "end_point": {"row": 18, "column": 31}}, {"id": 70, "type": "primitive_type", "text": "uint16_t", "parent": 69, "children": [], "start_point": {"row": 18, "column": 8}, "end_point": {"row": 18, "column": 16}}, {"id": 71, "type": "field_identifier", "text": "flush_timeout", "parent": 69, "children": [], "start_point": {"row": 18, "column": 17}, "end_point": {"row": 18, "column": 30}}, {"id": 72, "type": "identifier", "text": "cmd_param", "parent": 63, "children": [], "start_point": {"row": 19, "column": 6}, "end_point": {"row": 19, "column": 15}}, {"id": 73, "type": "declaration", "text": "struct {\n uint8_t status;\n uint16_t handle;\n } cmd_response;", "parent": 24, "children": [74, 82], "start_point": {"row": 21, "column": 4}, "end_point": {"row": 24, "column": 19}}, {"id": 74, "type": "struct_specifier", "text": "struct {\n uint8_t status;\n uint16_t handle;\n }", "parent": 73, "children": [75], "start_point": {"row": 21, "column": 4}, "end_point": {"row": 24, "column": 5}}, {"id": 75, "type": "struct", "text": "struct", "parent": 74, "children": [], "start_point": {"row": 21, "column": 4}, "end_point": {"row": 21, "column": 10}}, {"id": 76, "type": "field_declaration", "text": "uint8_t status;", "parent": 74, "children": [77, 78], "start_point": {"row": 22, "column": 8}, "end_point": {"row": 22, "column": 24}}, {"id": 77, "type": "primitive_type", "text": "uint8_t", "parent": 76, "children": [], "start_point": {"row": 22, "column": 8}, "end_point": {"row": 22, "column": 15}}, {"id": 78, "type": "field_identifier", "text": "status", "parent": 76, "children": [], "start_point": {"row": 22, "column": 17}, "end_point": {"row": 22, "column": 23}}, {"id": 79, "type": "field_declaration", "text": "uint16_t handle;", "parent": 74, "children": [80, 81], "start_point": {"row": 23, "column": 8}, "end_point": {"row": 23, "column": 24}}, {"id": 80, "type": "primitive_type", "text": "uint16_t", "parent": 79, "children": [], "start_point": {"row": 23, "column": 8}, "end_point": {"row": 23, "column": 16}}, {"id": 81, "type": "field_identifier", "text": "handle", "parent": 79, "children": [], "start_point": {"row": 23, "column": 17}, "end_point": {"row": 23, "column": 23}}, {"id": 82, "type": "identifier", "text": "cmd_response", "parent": 73, "children": [], "start_point": {"row": 24, "column": 6}, "end_point": {"row": 24, "column": 18}}, {"id": 83, "type": "assignment_expression", "text": "cr = (struct hci_conn_info_req*) malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info))", "parent": 24, "children": [84, 85, 86], "start_point": {"row": 27, "column": 4}, "end_point": {"row": 29, "column": 41}}, {"id": 84, "type": "identifier", "text": "cr", "parent": 83, "children": [], "start_point": {"row": 27, "column": 4}, "end_point": {"row": 27, "column": 6}}, {"id": 85, "type": "=", "text": "=", "parent": 83, "children": [], "start_point": {"row": 27, "column": 7}, "end_point": {"row": 27, "column": 8}}, {"id": 86, "type": "cast_expression", "text": "(struct hci_conn_info_req*) malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info))", "parent": 83, "children": [87, 93], "start_point": {"row": 27, "column": 9}, "end_point": {"row": 29, "column": 41}}, {"id": 87, "type": "type_descriptor", "text": "struct hci_conn_info_req*", "parent": 86, "children": [88, 91], "start_point": {"row": 27, "column": 10}, "end_point": {"row": 27, "column": 35}}, {"id": 88, "type": "struct_specifier", "text": "struct hci_conn_info_req", "parent": 87, "children": [89, 90], "start_point": {"row": 27, "column": 10}, "end_point": {"row": 27, "column": 34}}, {"id": 89, "type": "struct", "text": "struct", "parent": 88, "children": [], "start_point": {"row": 27, "column": 10}, "end_point": {"row": 27, "column": 16}}, {"id": 90, "type": "type_identifier", "text": "hci_conn_info_req", "parent": 88, "children": [], "start_point": {"row": 27, "column": 17}, "end_point": {"row": 27, "column": 34}}, {"id": 91, "type": "abstract_pointer_declarator", "text": "*", "parent": 87, "children": [92], "start_point": {"row": 27, "column": 34}, "end_point": {"row": 27, "column": 35}}, {"id": 92, "type": "*", "text": "*", "parent": 91, "children": [], "start_point": {"row": 27, "column": 34}, "end_point": {"row": 27, "column": 35}}, {"id": 93, "type": "call_expression", "text": "malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info))", "parent": 86, "children": [94, 95], "start_point": {"row": 27, "column": 37}, "end_point": {"row": 29, "column": 41}}, {"id": 94, "type": "identifier", "text": "malloc", "parent": 93, "children": [], "start_point": {"row": 27, "column": 37}, "end_point": {"row": 27, "column": 43}}, {"id": 95, "type": "argument_list", "text": "(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info))", "parent": 93, "children": [96], "start_point": {"row": 27, "column": 43}, "end_point": {"row": 29, "column": 41}}, {"id": 96, "type": "binary_expression", "text": "sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info)", "parent": 95, "children": [97, 102, 103], "start_point": {"row": 28, "column": 12}, "end_point": {"row": 29, "column": 40}}, {"id": 97, "type": "sizeof_expression", "text": "sizeof(struct hci_conn_info_req)", "parent": 96, "children": [98], "start_point": {"row": 28, "column": 12}, "end_point": {"row": 28, "column": 44}}, {"id": 98, "type": "type_descriptor", "text": "struct hci_conn_info_req", "parent": 97, "children": [99], "start_point": {"row": 28, "column": 19}, "end_point": {"row": 28, "column": 43}}, {"id": 99, "type": "struct_specifier", "text": "struct hci_conn_info_req", "parent": 98, "children": [100, 101], "start_point": {"row": 28, "column": 19}, "end_point": {"row": 28, "column": 43}}, {"id": 100, "type": "struct", "text": "struct", "parent": 99, "children": [], "start_point": {"row": 28, "column": 19}, "end_point": {"row": 28, "column": 25}}, {"id": 101, "type": "type_identifier", "text": "hci_conn_info_req", "parent": 99, "children": [], "start_point": {"row": 28, "column": 26}, "end_point": {"row": 28, "column": 43}}, {"id": 102, "type": "+", "text": "+", "parent": 96, "children": [], "start_point": {"row": 28, "column": 45}, "end_point": {"row": 28, "column": 46}}, {"id": 103, "type": "sizeof_expression", "text": "sizeof(struct hci_conn_info)", "parent": 96, "children": [104], "start_point": {"row": 29, "column": 12}, "end_point": {"row": 29, "column": 40}}, {"id": 104, "type": "type_descriptor", "text": "struct hci_conn_info", "parent": 103, "children": [105], "start_point": {"row": 29, "column": 19}, "end_point": {"row": 29, "column": 39}}, {"id": 105, "type": "struct_specifier", "text": "struct hci_conn_info", "parent": 104, "children": [106, 107], "start_point": {"row": 29, "column": 19}, "end_point": {"row": 29, "column": 39}}, {"id": 106, "type": "struct", "text": "struct", "parent": 105, "children": [], "start_point": {"row": 29, "column": 19}, "end_point": {"row": 29, "column": 25}}, {"id": 107, "type": "type_identifier", "text": "hci_conn_info", "parent": 105, "children": [], "start_point": {"row": 29, "column": 26}, "end_point": {"row": 29, "column": 39}}, {"id": 108, "type": "call_expression", "text": "bacpy( &cr->bdaddr, ba )", "parent": 24, "children": [109, 110], "start_point": {"row": 30, "column": 4}, "end_point": {"row": 30, "column": 28}}, {"id": 109, "type": "identifier", "text": "bacpy", "parent": 108, "children": [], "start_point": {"row": 30, "column": 4}, "end_point": {"row": 30, "column": 9}}, {"id": 110, "type": "argument_list", "text": "( &cr->bdaddr, ba )", "parent": 108, "children": [111, 115], "start_point": {"row": 30, "column": 9}, "end_point": {"row": 30, "column": 28}}, {"id": 111, "type": "pointer_expression", "text": "&cr->bdaddr", "parent": 110, "children": [112], "start_point": {"row": 30, "column": 11}, "end_point": {"row": 30, "column": 22}}, {"id": 112, "type": "field_expression", "text": "cr->bdaddr", "parent": 111, "children": [113, 114], "start_point": {"row": 30, "column": 12}, "end_point": {"row": 30, "column": 22}}, {"id": 113, "type": "identifier", "text": "cr", "parent": 112, "children": [], "start_point": {"row": 30, "column": 12}, "end_point": {"row": 30, "column": 14}}, {"id": 114, "type": "field_identifier", "text": "bdaddr", "parent": 112, "children": [], "start_point": {"row": 30, "column": 16}, "end_point": {"row": 30, "column": 22}}, {"id": 115, "type": "identifier", "text": "ba", "parent": 110, "children": [], "start_point": {"row": 30, "column": 24}, "end_point": {"row": 30, "column": 26}}, {"id": 116, "type": "assignment_expression", "text": "cr->type = ACL_LINK", "parent": 24, "children": [117, 120, 121], "start_point": {"row": 31, "column": 4}, "end_point": {"row": 31, "column": 23}}, {"id": 117, "type": "field_expression", "text": "cr->type", "parent": 116, "children": [118, 119], "start_point": {"row": 31, "column": 4}, "end_point": {"row": 31, "column": 12}}, {"id": 118, "type": "identifier", "text": "cr", "parent": 117, "children": [], "start_point": {"row": 31, "column": 4}, "end_point": {"row": 31, "column": 6}}, {"id": 119, "type": "field_identifier", "text": "type", "parent": 117, "children": [], "start_point": {"row": 31, "column": 8}, "end_point": {"row": 31, "column": 12}}, {"id": 120, "type": "=", "text": "=", "parent": 116, "children": [], "start_point": {"row": 31, "column": 13}, "end_point": {"row": 31, "column": 14}}, {"id": 121, "type": "identifier", "text": "ACL_LINK", "parent": 116, "children": [], "start_point": {"row": 31, "column": 15}, "end_point": {"row": 31, "column": 23}}, {"id": 122, "type": "assignment_expression", "text": "dd = hci_open_dev( hci_get_route( &cr->bdaddr ) )", "parent": 24, "children": [123, 124, 125], "start_point": {"row": 32, "column": 4}, "end_point": {"row": 32, "column": 53}}, {"id": 123, "type": "identifier", "text": "dd", "parent": 122, "children": [], "start_point": {"row": 32, "column": 4}, "end_point": {"row": 32, "column": 6}}, {"id": 124, "type": "=", "text": "=", "parent": 122, "children": [], "start_point": {"row": 32, "column": 7}, "end_point": {"row": 32, "column": 8}}, {"id": 125, "type": "call_expression", "text": "hci_open_dev( hci_get_route( &cr->bdaddr ) )", "parent": 122, "children": [126, 127], "start_point": {"row": 32, "column": 9}, "end_point": {"row": 32, "column": 53}}, {"id": 126, "type": "identifier", "text": "hci_open_dev", "parent": 125, "children": [], "start_point": {"row": 32, "column": 9}, "end_point": {"row": 32, "column": 21}}, {"id": 127, "type": "argument_list", "text": "( hci_get_route( &cr->bdaddr ) )", "parent": 125, "children": [128], "start_point": {"row": 32, "column": 21}, "end_point": {"row": 32, "column": 53}}, {"id": 128, "type": "call_expression", "text": "hci_get_route( &cr->bdaddr )", "parent": 127, "children": [129, 130], "start_point": {"row": 32, "column": 23}, "end_point": {"row": 32, "column": 51}}, {"id": 129, "type": "identifier", "text": "hci_get_route", "parent": 128, "children": [], "start_point": {"row": 32, "column": 23}, "end_point": {"row": 32, "column": 36}}, {"id": 130, "type": "argument_list", "text": "( &cr->bdaddr )", "parent": 128, "children": [131], "start_point": {"row": 32, "column": 36}, "end_point": {"row": 32, "column": 51}}, {"id": 131, "type": "pointer_expression", "text": "&cr->bdaddr", "parent": 130, "children": [132], "start_point": {"row": 32, "column": 38}, "end_point": {"row": 32, "column": 49}}, {"id": 132, "type": "field_expression", "text": "cr->bdaddr", "parent": 131, "children": [133, 134], "start_point": {"row": 32, "column": 39}, "end_point": {"row": 32, "column": 49}}, {"id": 133, "type": "identifier", "text": "cr", "parent": 132, "children": [], "start_point": {"row": 32, "column": 39}, "end_point": {"row": 32, "column": 41}}, {"id": 134, "type": "field_identifier", "text": "bdaddr", "parent": 132, "children": [], "start_point": {"row": 32, "column": 43}, "end_point": {"row": 32, "column": 49}}, {"id": 135, "type": "if_statement", "text": "if( dd < 0 ) {\n err = dd;\n goto cleanup;\n }", "parent": 24, "children": [136], "start_point": {"row": 33, "column": 4}, "end_point": {"row": 36, "column": 5}}, {"id": 136, "type": "parenthesized_expression", "text": "( dd < 0 )", "parent": 135, "children": [137], "start_point": {"row": 33, "column": 6}, "end_point": {"row": 33, "column": 16}}, {"id": 137, "type": "binary_expression", "text": "dd < 0", "parent": 136, "children": [138, 139, 140], "start_point": {"row": 33, "column": 8}, "end_point": {"row": 33, "column": 14}}, {"id": 138, "type": "identifier", "text": "dd", "parent": 137, "children": [], "start_point": {"row": 33, "column": 8}, "end_point": {"row": 33, "column": 10}}, {"id": 139, "type": "<", "text": "<", "parent": 137, "children": [], "start_point": {"row": 33, "column": 11}, "end_point": {"row": 33, "column": 12}}, {"id": 140, "type": "number_literal", "text": "0", "parent": 137, "children": [], "start_point": {"row": 33, "column": 13}, "end_point": {"row": 33, "column": 14}}, {"id": 141, "type": "assignment_expression", "text": "err = dd", "parent": 135, "children": [142, 143, 144], "start_point": {"row": 34, "column": 8}, "end_point": {"row": 34, "column": 16}}, {"id": 142, "type": "identifier", "text": "err", "parent": 141, "children": [], "start_point": {"row": 34, "column": 8}, "end_point": {"row": 34, "column": 11}}, {"id": 143, "type": "=", "text": "=", "parent": 141, "children": [], "start_point": {"row": 34, "column": 12}, "end_point": {"row": 34, "column": 13}}, {"id": 144, "type": "identifier", "text": "dd", "parent": 141, "children": [], "start_point": {"row": 34, "column": 14}, "end_point": {"row": 34, "column": 16}}, {"id": 145, "type": "goto_statement", "text": "goto cleanup;", "parent": 135, "children": [146, 147], "start_point": {"row": 35, "column": 8}, "end_point": {"row": 35, "column": 21}}, {"id": 146, "type": "goto", "text": "goto", "parent": 145, "children": [], "start_point": {"row": 35, "column": 8}, "end_point": {"row": 35, "column": 12}}, {"id": 147, "type": "statement_identifier", "text": "cleanup", "parent": 145, "children": [], "start_point": {"row": 35, "column": 13}, "end_point": {"row": 35, "column": 20}}, {"id": 148, "type": "assignment_expression", "text": "err = ioctl(dd, HCIGETCONNINFO, (unsigned long) cr )", "parent": 24, "children": [149, 150, 151], "start_point": {"row": 37, "column": 4}, "end_point": {"row": 37, "column": 56}}, {"id": 149, "type": "identifier", "text": "err", "parent": 148, "children": [], "start_point": {"row": 37, "column": 4}, "end_point": {"row": 37, "column": 7}}, {"id": 150, "type": "=", "text": "=", "parent": 148, "children": [], "start_point": {"row": 37, "column": 8}, "end_point": {"row": 37, "column": 9}}, {"id": 151, "type": "call_expression", "text": "ioctl(dd, HCIGETCONNINFO, (unsigned long) cr )", "parent": 148, "children": [152, 153], "start_point": {"row": 37, "column": 10}, "end_point": {"row": 37, "column": 56}}, {"id": 152, "type": "identifier", "text": "ioctl", "parent": 151, "children": [], "start_point": {"row": 37, "column": 10}, "end_point": {"row": 37, "column": 15}}, {"id": 153, "type": "argument_list", "text": "(dd, HCIGETCONNINFO, (unsigned long) cr )", "parent": 151, "children": [154, 155, 156], "start_point": {"row": 37, "column": 15}, "end_point": {"row": 37, "column": 56}}, {"id": 154, "type": "identifier", "text": "dd", "parent": 153, "children": [], "start_point": {"row": 37, "column": 16}, "end_point": {"row": 37, "column": 18}}, {"id": 155, "type": "identifier", "text": "HCIGETCONNINFO", "parent": 153, "children": [], "start_point": {"row": 37, "column": 20}, "end_point": {"row": 37, "column": 34}}, {"id": 156, "type": "cast_expression", "text": "(unsigned long) cr", "parent": 153, "children": [157, 161], "start_point": {"row": 37, "column": 36}, "end_point": {"row": 37, "column": 54}}, {"id": 157, "type": "type_descriptor", "text": "unsigned long", "parent": 156, "children": [158], "start_point": {"row": 37, "column": 37}, "end_point": {"row": 37, "column": 50}}, {"id": 158, "type": "sized_type_specifier", "text": "unsigned long", "parent": 157, "children": [159, 160], "start_point": {"row": 37, "column": 37}, "end_point": {"row": 37, "column": 50}}, {"id": 159, "type": "unsigned", "text": "unsigned", "parent": 158, "children": [], "start_point": {"row": 37, "column": 37}, "end_point": {"row": 37, "column": 45}}, {"id": 160, "type": "long", "text": "long", "parent": 158, "children": [], "start_point": {"row": 37, "column": 46}, "end_point": {"row": 37, "column": 50}}, {"id": 161, "type": "identifier", "text": "cr", "parent": 156, "children": [], "start_point": {"row": 37, "column": 52}, "end_point": {"row": 37, "column": 54}}, {"id": 162, "type": "if_statement", "text": "if( err ) goto cleanup;", "parent": 24, "children": [163, 165], "start_point": {"row": 38, "column": 4}, "end_point": {"row": 38, "column": 27}}, {"id": 163, "type": "parenthesized_expression", "text": "( err )", "parent": 162, "children": [164], "start_point": {"row": 38, "column": 6}, "end_point": {"row": 38, "column": 13}}, {"id": 164, "type": "identifier", "text": "err", "parent": 163, "children": [], "start_point": {"row": 38, "column": 8}, "end_point": {"row": 38, "column": 11}}, {"id": 165, "type": "goto_statement", "text": "goto cleanup;", "parent": 162, "children": [166, 167], "start_point": {"row": 38, "column": 14}, "end_point": {"row": 38, "column": 27}}, {"id": 166, "type": "goto", "text": "goto", "parent": 165, "children": [], "start_point": {"row": 38, "column": 14}, "end_point": {"row": 38, "column": 18}}, {"id": 167, "type": "statement_identifier", "text": "cleanup", "parent": 165, "children": [], "start_point": {"row": 38, "column": 19}, "end_point": {"row": 38, "column": 26}}, {"id": 168, "type": "assignment_expression", "text": "cmd_param.handle = cr->conn_info->handle", "parent": 24, "children": [169, 172, 173], "start_point": {"row": 41, "column": 4}, "end_point": {"row": 41, "column": 44}}, {"id": 169, "type": "field_expression", "text": "cmd_param.handle", "parent": 168, "children": [170, 171], "start_point": {"row": 41, "column": 4}, "end_point": {"row": 41, "column": 20}}, {"id": 170, "type": "identifier", "text": "cmd_param", "parent": 169, "children": [], "start_point": {"row": 41, "column": 4}, "end_point": {"row": 41, "column": 13}}, {"id": 171, "type": "field_identifier", "text": "handle", "parent": 169, "children": [], "start_point": {"row": 41, "column": 14}, "end_point": {"row": 41, "column": 20}}, {"id": 172, "type": "=", "text": "=", "parent": 168, "children": [], "start_point": {"row": 41, "column": 21}, "end_point": {"row": 41, "column": 22}}, {"id": 173, "type": "field_expression", "text": "cr->conn_info->handle", "parent": 168, "children": [174, 177], "start_point": {"row": 41, "column": 23}, "end_point": {"row": 41, "column": 44}}, {"id": 174, "type": "field_expression", "text": "cr->conn_info", "parent": 173, "children": [175, 176], "start_point": {"row": 41, "column": 23}, "end_point": {"row": 41, "column": 36}}, {"id": 175, "type": "identifier", "text": "cr", "parent": 174, "children": [], "start_point": {"row": 41, "column": 23}, "end_point": {"row": 41, "column": 25}}, {"id": 176, "type": "field_identifier", "text": "conn_info", "parent": 174, "children": [], "start_point": {"row": 41, "column": 27}, "end_point": {"row": 41, "column": 36}}, {"id": 177, "type": "field_identifier", "text": "handle", "parent": 173, "children": [], "start_point": {"row": 41, "column": 38}, "end_point": {"row": 41, "column": 44}}, {"id": 178, "type": "assignment_expression", "text": "cmd_param.flush_timeout = htobs(timeout)", "parent": 24, "children": [179, 182, 183], "start_point": {"row": 42, "column": 4}, "end_point": {"row": 42, "column": 44}}, {"id": 179, "type": "field_expression", "text": "cmd_param.flush_timeout", "parent": 178, "children": [180, 181], "start_point": {"row": 42, "column": 4}, "end_point": {"row": 42, "column": 27}}, {"id": 180, "type": "identifier", "text": "cmd_param", "parent": 179, "children": [], "start_point": {"row": 42, "column": 4}, "end_point": {"row": 42, "column": 13}}, {"id": 181, "type": "field_identifier", "text": "flush_timeout", "parent": 179, "children": [], "start_point": {"row": 42, "column": 14}, "end_point": {"row": 42, "column": 27}}, {"id": 182, "type": "=", "text": "=", "parent": 178, "children": [], "start_point": {"row": 42, "column": 28}, "end_point": {"row": 42, "column": 29}}, {"id": 183, "type": "call_expression", "text": "htobs(timeout)", "parent": 178, "children": [184, 185], "start_point": {"row": 42, "column": 30}, "end_point": {"row": 42, "column": 44}}, {"id": 184, "type": "identifier", "text": "htobs", "parent": 183, "children": [], "start_point": {"row": 42, "column": 30}, "end_point": {"row": 42, "column": 35}}, {"id": 185, "type": "argument_list", "text": "(timeout)", "parent": 183, "children": [186], "start_point": {"row": 42, "column": 35}, "end_point": {"row": 42, "column": 44}}, {"id": 186, "type": "identifier", "text": "timeout", "parent": 185, "children": [], "start_point": {"row": 42, "column": 36}, "end_point": {"row": 42, "column": 43}}, {"id": 187, "type": "assignment_expression", "text": "rq.ogf = OGF_HOST_CTL", "parent": 24, "children": [188, 191, 192], "start_point": {"row": 43, "column": 4}, "end_point": {"row": 43, "column": 25}}, {"id": 188, "type": "field_expression", "text": "rq.ogf", "parent": 187, "children": [189, 190], "start_point": {"row": 43, "column": 4}, "end_point": {"row": 43, "column": 10}}, {"id": 189, "type": "identifier", "text": "rq", "parent": 188, "children": [], "start_point": {"row": 43, "column": 4}, "end_point": {"row": 43, "column": 6}}, {"id": 190, "type": "field_identifier", "text": "ogf", "parent": 188, "children": [], "start_point": {"row": 43, "column": 7}, "end_point": {"row": 43, "column": 10}}, {"id": 191, "type": "=", "text": "=", "parent": 187, "children": [], "start_point": {"row": 43, "column": 11}, "end_point": {"row": 43, "column": 12}}, {"id": 192, "type": "identifier", "text": "OGF_HOST_CTL", "parent": 187, "children": [], "start_point": {"row": 43, "column": 13}, "end_point": {"row": 43, "column": 25}}, {"id": 193, "type": "assignment_expression", "text": "rq.ocf = 0x28", "parent": 24, "children": [194, 197, 198], "start_point": {"row": 44, "column": 4}, "end_point": {"row": 44, "column": 17}}, {"id": 194, "type": "field_expression", "text": "rq.ocf", "parent": 193, "children": [195, 196], "start_point": {"row": 44, "column": 4}, "end_point": {"row": 44, "column": 10}}, {"id": 195, "type": "identifier", "text": "rq", "parent": 194, "children": [], "start_point": {"row": 44, "column": 4}, "end_point": {"row": 44, "column": 6}}, {"id": 196, "type": "field_identifier", "text": "ocf", "parent": 194, "children": [], "start_point": {"row": 44, "column": 7}, "end_point": {"row": 44, "column": 10}}, {"id": 197, "type": "=", "text": "=", "parent": 193, "children": [], "start_point": {"row": 44, "column": 11}, "end_point": {"row": 44, "column": 12}}, {"id": 198, "type": "number_literal", "text": "0x28", "parent": 193, "children": [], "start_point": {"row": 44, "column": 13}, "end_point": {"row": 44, "column": 17}}, {"id": 199, "type": "assignment_expression", "text": "rq.cparam = &cmd_param", "parent": 24, "children": [200, 203, 204], "start_point": {"row": 45, "column": 4}, "end_point": {"row": 45, "column": 26}}, {"id": 200, "type": "field_expression", "text": "rq.cparam", "parent": 199, "children": [201, 202], "start_point": {"row": 45, "column": 4}, "end_point": {"row": 45, "column": 13}}, {"id": 201, "type": "identifier", "text": "rq", "parent": 200, "children": [], "start_point": {"row": 45, "column": 4}, "end_point": {"row": 45, "column": 6}}, {"id": 202, "type": "field_identifier", "text": "cparam", "parent": 200, "children": [], "start_point": {"row": 45, "column": 7}, "end_point": {"row": 45, "column": 13}}, {"id": 203, "type": "=", "text": "=", "parent": 199, "children": [], "start_point": {"row": 45, "column": 14}, "end_point": {"row": 45, "column": 15}}, {"id": 204, "type": "pointer_expression", "text": "&cmd_param", "parent": 199, "children": [205], "start_point": {"row": 45, "column": 16}, "end_point": {"row": 45, "column": 26}}, {"id": 205, "type": "identifier", "text": "cmd_param", "parent": 204, "children": [], "start_point": {"row": 45, "column": 17}, "end_point": {"row": 45, "column": 26}}, {"id": 206, "type": "assignment_expression", "text": "rq.clen = sizeof(cmd_param)", "parent": 24, "children": [207, 210, 211], "start_point": {"row": 46, "column": 4}, "end_point": {"row": 46, "column": 31}}, {"id": 207, "type": "field_expression", "text": "rq.clen", "parent": 206, "children": [208, 209], "start_point": {"row": 46, "column": 4}, "end_point": {"row": 46, "column": 11}}, {"id": 208, "type": "identifier", "text": "rq", "parent": 207, "children": [], "start_point": {"row": 46, "column": 4}, "end_point": {"row": 46, "column": 6}}, {"id": 209, "type": "field_identifier", "text": "clen", "parent": 207, "children": [], "start_point": {"row": 46, "column": 7}, "end_point": {"row": 46, "column": 11}}, {"id": 210, "type": "=", "text": "=", "parent": 206, "children": [], "start_point": {"row": 46, "column": 12}, "end_point": {"row": 46, "column": 13}}, {"id": 211, "type": "sizeof_expression", "text": "sizeof(cmd_param)", "parent": 206, "children": [212], "start_point": {"row": 46, "column": 14}, "end_point": {"row": 46, "column": 31}}, {"id": 212, "type": "parenthesized_expression", "text": "(cmd_param)", "parent": 211, "children": [213], "start_point": {"row": 46, "column": 20}, "end_point": {"row": 46, "column": 31}}, {"id": 213, "type": "identifier", "text": "cmd_param", "parent": 212, "children": [], "start_point": {"row": 46, "column": 21}, "end_point": {"row": 46, "column": 30}}, {"id": 214, "type": "assignment_expression", "text": "rq.rparam = &cmd_response", "parent": 24, "children": [215, 218, 219], "start_point": {"row": 47, "column": 4}, "end_point": {"row": 47, "column": 29}}, {"id": 215, "type": "field_expression", "text": "rq.rparam", "parent": 214, "children": [216, 217], "start_point": {"row": 47, "column": 4}, "end_point": {"row": 47, "column": 13}}, {"id": 216, "type": "identifier", "text": "rq", "parent": 215, "children": [], "start_point": {"row": 47, "column": 4}, "end_point": {"row": 47, "column": 6}}, {"id": 217, "type": "field_identifier", "text": "rparam", "parent": 215, "children": [], "start_point": {"row": 47, "column": 7}, "end_point": {"row": 47, "column": 13}}, {"id": 218, "type": "=", "text": "=", "parent": 214, "children": [], "start_point": {"row": 47, "column": 14}, "end_point": {"row": 47, "column": 15}}, {"id": 219, "type": "pointer_expression", "text": "&cmd_response", "parent": 214, "children": [220], "start_point": {"row": 47, "column": 16}, "end_point": {"row": 47, "column": 29}}, {"id": 220, "type": "identifier", "text": "cmd_response", "parent": 219, "children": [], "start_point": {"row": 47, "column": 17}, "end_point": {"row": 47, "column": 29}}, {"id": 221, "type": "assignment_expression", "text": "rq.rlen = sizeof(cmd_response)", "parent": 24, "children": [222, 225, 226], "start_point": {"row": 48, "column": 4}, "end_point": {"row": 48, "column": 34}}, {"id": 222, "type": "field_expression", "text": "rq.rlen", "parent": 221, "children": [223, 224], "start_point": {"row": 48, "column": 4}, "end_point": {"row": 48, "column": 11}}, {"id": 223, "type": "identifier", "text": "rq", "parent": 222, "children": [], "start_point": {"row": 48, "column": 4}, "end_point": {"row": 48, "column": 6}}, {"id": 224, "type": "field_identifier", "text": "rlen", "parent": 222, "children": [], "start_point": {"row": 48, "column": 7}, "end_point": {"row": 48, "column": 11}}, {"id": 225, "type": "=", "text": "=", "parent": 221, "children": [], "start_point": {"row": 48, "column": 12}, "end_point": {"row": 48, "column": 13}}, {"id": 226, "type": "sizeof_expression", "text": "sizeof(cmd_response)", "parent": 221, "children": [227], "start_point": {"row": 48, "column": 14}, "end_point": {"row": 48, "column": 34}}, {"id": 227, "type": "parenthesized_expression", "text": "(cmd_response)", "parent": 226, "children": [228], "start_point": {"row": 48, "column": 20}, "end_point": {"row": 48, "column": 34}}, {"id": 228, "type": "identifier", "text": "cmd_response", "parent": 227, "children": [], "start_point": {"row": 48, "column": 21}, "end_point": {"row": 48, "column": 33}}, {"id": 229, "type": "assignment_expression", "text": "rq.event = EVT_CMD_COMPLETE", "parent": 24, "children": [230, 233, 234], "start_point": {"row": 49, "column": 4}, "end_point": {"row": 49, "column": 31}}, {"id": 230, "type": "field_expression", "text": "rq.event", "parent": 229, "children": [231, 232], "start_point": {"row": 49, "column": 4}, "end_point": {"row": 49, "column": 12}}, {"id": 231, "type": "identifier", "text": "rq", "parent": 230, "children": [], "start_point": {"row": 49, "column": 4}, "end_point": {"row": 49, "column": 6}}, {"id": 232, "type": "field_identifier", "text": "event", "parent": 230, "children": [], "start_point": {"row": 49, "column": 7}, "end_point": {"row": 49, "column": 12}}, {"id": 233, "type": "=", "text": "=", "parent": 229, "children": [], "start_point": {"row": 49, "column": 13}, "end_point": {"row": 49, "column": 14}}, {"id": 234, "type": "identifier", "text": "EVT_CMD_COMPLETE", "parent": 229, "children": [], "start_point": {"row": 49, "column": 15}, "end_point": {"row": 49, "column": 31}}, {"id": 235, "type": "assignment_expression", "text": "err = hci_send_req( dd, &rq, 0 )", "parent": 24, "children": [236, 237, 238], "start_point": {"row": 52, "column": 4}, "end_point": {"row": 52, "column": 36}}, {"id": 236, "type": "identifier", "text": "err", "parent": 235, "children": [], "start_point": {"row": 52, "column": 4}, "end_point": {"row": 52, "column": 7}}, {"id": 237, "type": "=", "text": "=", "parent": 235, "children": [], "start_point": {"row": 52, "column": 8}, "end_point": {"row": 52, "column": 9}}, {"id": 238, "type": "call_expression", "text": "hci_send_req( dd, &rq, 0 )", "parent": 235, "children": [239, 240], "start_point": {"row": 52, "column": 10}, "end_point": {"row": 52, "column": 36}}, {"id": 239, "type": "identifier", "text": "hci_send_req", "parent": 238, "children": [], "start_point": {"row": 52, "column": 10}, "end_point": {"row": 52, "column": 22}}, {"id": 240, "type": "argument_list", "text": "( dd, &rq, 0 )", "parent": 238, "children": [241, 242, 244], "start_point": {"row": 52, "column": 22}, "end_point": {"row": 52, "column": 36}}, {"id": 241, "type": "identifier", "text": "dd", "parent": 240, "children": [], "start_point": {"row": 52, "column": 24}, "end_point": {"row": 52, "column": 26}}, {"id": 242, "type": "pointer_expression", "text": "&rq", "parent": 240, "children": [243], "start_point": {"row": 52, "column": 28}, "end_point": {"row": 52, "column": 31}}, {"id": 243, "type": "identifier", "text": "rq", "parent": 242, "children": [], "start_point": {"row": 52, "column": 29}, "end_point": {"row": 52, "column": 31}}, {"id": 244, "type": "number_literal", "text": "0", "parent": 240, "children": [], "start_point": {"row": 52, "column": 33}, "end_point": {"row": 52, "column": 34}}, {"id": 245, "type": "if_statement", "text": "if( err ) goto cleanup;", "parent": 24, "children": [246, 248], "start_point": {"row": 53, "column": 4}, "end_point": {"row": 53, "column": 27}}, {"id": 246, "type": "parenthesized_expression", "text": "( err )", "parent": 245, "children": [247], "start_point": {"row": 53, "column": 6}, "end_point": {"row": 53, "column": 13}}, {"id": 247, "type": "identifier", "text": "err", "parent": 246, "children": [], "start_point": {"row": 53, "column": 8}, "end_point": {"row": 53, "column": 11}}, {"id": 248, "type": "goto_statement", "text": "goto cleanup;", "parent": 245, "children": [249, 250], "start_point": {"row": 53, "column": 14}, "end_point": {"row": 53, "column": 27}}, {"id": 249, "type": "goto", "text": "goto", "parent": 248, "children": [], "start_point": {"row": 53, "column": 14}, "end_point": {"row": 53, "column": 18}}, {"id": 250, "type": "statement_identifier", "text": "cleanup", "parent": 248, "children": [], "start_point": {"row": 53, "column": 19}, "end_point": {"row": 53, "column": 26}}, {"id": 251, "type": "if_statement", "text": "if( cmd_response.status ) {\n err = -1;\n errno = bt_error(cmd_response.status);\n }", "parent": 24, "children": [252], "start_point": {"row": 55, "column": 4}, "end_point": {"row": 58, "column": 5}}, {"id": 252, "type": "parenthesized_expression", "text": "( cmd_response.status )", "parent": 251, "children": [253], "start_point": {"row": 55, "column": 6}, "end_point": {"row": 55, "column": 29}}, {"id": 253, "type": "field_expression", "text": "cmd_response.status", "parent": 252, "children": [254, 255], "start_point": {"row": 55, "column": 8}, "end_point": {"row": 55, "column": 27}}, {"id": 254, "type": "identifier", "text": "cmd_response", "parent": 253, "children": [], "start_point": {"row": 55, "column": 8}, "end_point": {"row": 55, "column": 20}}, {"id": 255, "type": "field_identifier", "text": "status", "parent": 253, "children": [], "start_point": {"row": 55, "column": 21}, "end_point": {"row": 55, "column": 27}}, {"id": 256, "type": "assignment_expression", "text": "err = -1", "parent": 251, "children": [257, 258, 259], "start_point": {"row": 56, "column": 8}, "end_point": {"row": 56, "column": 16}}, {"id": 257, "type": "identifier", "text": "err", "parent": 256, "children": [], "start_point": {"row": 56, "column": 8}, "end_point": {"row": 56, "column": 11}}, {"id": 258, "type": "=", "text": "=", "parent": 256, "children": [], "start_point": {"row": 56, "column": 12}, "end_point": {"row": 56, "column": 13}}, {"id": 259, "type": "number_literal", "text": "-1", "parent": 256, "children": [], "start_point": {"row": 56, "column": 14}, "end_point": {"row": 56, "column": 16}}, {"id": 260, "type": "assignment_expression", "text": "errno = bt_error(cmd_response.status)", "parent": 251, "children": [261, 262, 263], "start_point": {"row": 57, "column": 8}, "end_point": {"row": 57, "column": 45}}, {"id": 261, "type": "identifier", "text": "errno", "parent": 260, "children": [], "start_point": {"row": 57, "column": 8}, "end_point": {"row": 57, "column": 13}}, {"id": 262, "type": "=", "text": "=", "parent": 260, "children": [], "start_point": {"row": 57, "column": 14}, "end_point": {"row": 57, "column": 15}}, {"id": 263, "type": "call_expression", "text": "bt_error(cmd_response.status)", "parent": 260, "children": [264, 265], "start_point": {"row": 57, "column": 16}, "end_point": {"row": 57, "column": 45}}, {"id": 264, "type": "identifier", "text": "bt_error", "parent": 263, "children": [], "start_point": {"row": 57, "column": 16}, "end_point": {"row": 57, "column": 24}}, {"id": 265, "type": "argument_list", "text": "(cmd_response.status)", "parent": 263, "children": [266], "start_point": {"row": 57, "column": 24}, "end_point": {"row": 57, "column": 45}}, {"id": 266, "type": "field_expression", "text": "cmd_response.status", "parent": 265, "children": [267, 268], "start_point": {"row": 57, "column": 25}, "end_point": {"row": 57, "column": 44}}, {"id": 267, "type": "identifier", "text": "cmd_response", "parent": 266, "children": [], "start_point": {"row": 57, "column": 25}, "end_point": {"row": 57, "column": 37}}, {"id": 268, "type": "field_identifier", "text": "status", "parent": 266, "children": [], "start_point": {"row": 57, "column": 38}, "end_point": {"row": 57, "column": 44}}, {"id": 269, "type": "labeled_statement", "text": "cleanup:\n free(cr);", "parent": 24, "children": [270], "start_point": {"row": 60, "column": 0}, "end_point": {"row": 61, "column": 13}}, {"id": 270, "type": "statement_identifier", "text": "cleanup", "parent": 269, "children": [], "start_point": {"row": 60, "column": 0}, "end_point": {"row": 60, "column": 7}}, {"id": 271, "type": "call_expression", "text": "free(cr)", "parent": 269, "children": [272, 273], "start_point": {"row": 61, "column": 4}, "end_point": {"row": 61, "column": 12}}, {"id": 272, "type": "identifier", "text": "free", "parent": 271, "children": [], "start_point": {"row": 61, "column": 4}, "end_point": {"row": 61, "column": 8}}, {"id": 273, "type": "argument_list", "text": "(cr)", "parent": 271, "children": [274], "start_point": {"row": 61, "column": 8}, "end_point": {"row": 61, "column": 12}}, {"id": 274, "type": "identifier", "text": "cr", "parent": 273, "children": [], "start_point": {"row": 61, "column": 9}, "end_point": {"row": 61, "column": 11}}, {"id": 275, "type": "if_statement", "text": "if( dd >= 0) close(dd);", "parent": 24, "children": [276], "start_point": {"row": 62, "column": 4}, "end_point": {"row": 62, "column": 27}}, {"id": 276, "type": "parenthesized_expression", "text": "( dd >= 0)", "parent": 275, "children": [277], "start_point": {"row": 62, "column": 6}, "end_point": {"row": 62, "column": 16}}, {"id": 277, "type": "binary_expression", "text": "dd >= 0", "parent": 276, "children": [278, 279, 280], "start_point": {"row": 62, "column": 8}, "end_point": {"row": 62, "column": 15}}, {"id": 278, "type": "identifier", "text": "dd", "parent": 277, "children": [], "start_point": {"row": 62, "column": 8}, "end_point": {"row": 62, "column": 10}}, {"id": 279, "type": ">=", "text": ">=", "parent": 277, "children": [], "start_point": {"row": 62, "column": 11}, "end_point": {"row": 62, "column": 13}}, {"id": 280, "type": "number_literal", "text": "0", "parent": 277, "children": [], "start_point": {"row": 62, "column": 14}, "end_point": {"row": 62, "column": 15}}, {"id": 281, "type": "call_expression", "text": "close(dd)", "parent": 275, "children": [282, 283], "start_point": {"row": 62, "column": 17}, "end_point": {"row": 62, "column": 26}}, {"id": 282, "type": "identifier", "text": "close", "parent": 281, "children": [], "start_point": {"row": 62, "column": 17}, "end_point": {"row": 62, "column": 22}}, {"id": 283, "type": "argument_list", "text": "(dd)", "parent": 281, "children": [284], "start_point": {"row": 62, "column": 22}, "end_point": {"row": 62, "column": 26}}, {"id": 284, "type": "identifier", "text": "dd", "parent": 283, "children": [], "start_point": {"row": 62, "column": 23}, "end_point": {"row": 62, "column": 25}}, {"id": 285, "type": "return_statement", "text": "return err;", "parent": 24, "children": [286], "start_point": {"row": 63, "column": 4}, "end_point": {"row": 63, "column": 15}}, {"id": 286, "type": "identifier", "text": "err", "parent": 285, "children": [], "start_point": {"row": 63, "column": 11}, "end_point": {"row": 63, "column": 14}}]}, "node_categories": {"declarations": {"functions": [24, 26], "variables": [29, 34, 37, 44, 54, 63, 66, 69, 73, 76, 79], "classes": [45, 46, 55, 56, 64, 65, 74, 75, 88, 89, 99, 100, 105, 106], "imports": [0, 1, 3, 4, 6, 7, 9, 10, 12, 13, 15, 16, 18, 19, 21, 22], "modules": [], "enums": []}, "statements": {"expressions": [86, 93, 96, 97, 103, 108, 111, 112, 117, 125, 128, 131, 132, 136, 137, 151, 156, 163, 169, 173, 174, 179, 183, 188, 194, 200, 204, 207, 211, 212, 215, 219, 222, 226, 227, 230, 238, 242, 246, 252, 253, 263, 266, 271, 276, 277, 281], "assignments": [83, 116, 122, 141, 148, 168, 178, 187, 193, 199, 206, 214, 221, 229, 235, 256, 260], "loops": [], "conditionals": [27, 30, 33, 36, 40, 43, 47, 51, 57, 59, 68, 71, 72, 78, 81, 82, 84, 90, 94, 101, 107, 109, 113, 114, 115, 118, 119, 121, 123, 126, 129, 133, 134, 135, 138, 142, 144, 147, 149, 152, 154, 155, 158, 161, 162, 164, 167, 170, 171, 175, 176, 177, 180, 181, 184, 186, 189, 190, 192, 195, 196, 201, 202, 205, 208, 209, 213, 216, 217, 220, 223, 224, 228, 231, 232, 234, 236, 239, 241, 243, 245, 247, 250, 251, 254, 255, 257, 261, 264, 267, 268, 270, 272, 274, 275, 278, 282, 284, 286], "returns": [285], "exceptions": []}, "expressions": {"calls": [], "literals": [2, 5, 8, 11, 14, 17, 20, 23, 42, 53, 62, 140, 198, 244, 259, 280], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 24, "universal_type": "function", "name": "set_flush_timeout", "text_snippet": "int set_flush_timeout(bdaddr_t *ba, int timeout)\n{\n int err = 0, dd;\n struct hci_conn_info_req"}, {"node_id": 26, "universal_type": "function", "name": "timeout)", "text_snippet": "set_flush_timeout(bdaddr_t *ba, int timeout)"}], "class_declarations": [{"node_id": 45, "universal_type": "class", "name": "hci_conn_info_req", "text_snippet": "struct hci_conn_info_req"}, {"node_id": 46, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 55, "universal_type": "class", "name": "hci_request", "text_snippet": "struct hci_request"}, {"node_id": 56, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 64, "universal_type": "class", "name": "{", "text_snippet": "struct {\n uint16_t handle;\n uint16_t flush_timeout;\n }"}, {"node_id": 65, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 74, "universal_type": "class", "name": "{", "text_snippet": "struct {\n uint8_t status;\n uint16_t handle;\n }"}, {"node_id": 75, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 88, "universal_type": "class", "name": "hci_conn_info_req", "text_snippet": "struct hci_conn_info_req"}, {"node_id": 89, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 99, "universal_type": "class", "name": "hci_conn_info_req", "text_snippet": "struct hci_conn_info_req"}, {"node_id": 100, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 105, "universal_type": "class", "name": "hci_conn_info", "text_snippet": "struct hci_conn_info"}, {"node_id": 106, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 0, "text": "#include <unistd.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include <errno.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <stdlib.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <sys/socket.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <sys/ioctl.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include <bluetooth/bluetooth.h>\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include <bluetooth/hci.h>\n"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include <bluetooth/hci_lib.h>\n"}, {"node_id": 22, "text": "#include"}]}, "original_source_code": "\n#include <unistd.h>\n#include <errno.h>\n#include <stdlib.h>\n#include <sys/socket.h>\n#include <sys/ioctl.h>\n#include <bluetooth/bluetooth.h>\n#include <bluetooth/hci.h>\n#include <bluetooth/hci_lib.h>\n\nint set_flush_timeout(bdaddr_t *ba, int timeout)\n{\n int err = 0, dd;\n struct hci_conn_info_req *cr = 0;\n struct hci_request rq = { 0 };\n\n struct {\n uint16_t handle;\n uint16_t flush_timeout;\n } cmd_param;\n\n struct {\n uint8_t status;\n uint16_t handle;\n } cmd_response;\n\n // find the connection handle to the specified bluetooth device\n cr = (struct hci_conn_info_req*) malloc(\n sizeof(struct hci_conn_info_req) + \n sizeof(struct hci_conn_info));\n bacpy( &cr->bdaddr, ba );\n cr->type = ACL_LINK;\n dd = hci_open_dev( hci_get_route( &cr->bdaddr ) );\n if( dd < 0 ) {\n err = dd;\n goto cleanup;\n }\n err = ioctl(dd, HCIGETCONNINFO, (unsigned long) cr );\n if( err ) goto cleanup;\n\n // build a command packet to send to the bluetooth microcontroller\n cmd_param.handle = cr->conn_info->handle;\n cmd_param.flush_timeout = htobs(timeout);\n rq.ogf = OGF_HOST_CTL;\n rq.ocf = 0x28;\n rq.cparam = &cmd_param;\n rq.clen = sizeof(cmd_param);\n rq.rparam = &cmd_response;\n rq.rlen = sizeof(cmd_response);\n rq.event = EVT_CMD_COMPLETE;\n\n // send the command and wait for the response\n err = hci_send_req( dd, &rq, 0 );\n if( err ) goto cleanup;\n\n if( cmd_response.status ) {\n err = -1;\n errno = bt_error(cmd_response.status);\n }\n\ncleanup:\n free(cr);\n if( dd >= 0) close(dd);\n return err;\n}\n\n\n"}
| 210
|
c
|
/*
* File: paj6100u6_reg.h
* Created Date: Tuesday, May 25th 2021, 10:45:35 am
* Author: <NAME>
* -----
* Last Modified: Sunday May 30th 2021 2:39:45 pm
* Modified By: <NAME> at <<EMAIL>>
* -----
* MIT License
*
* Copyright (c) 2021 Pixart Inc.
*
* Permission is hereby granted, free of charge, to any person obtaining a copy of
* this software and associated documentation files (the "Software"), to deal in
* the Software without restriction, including without limitation the rights to
* use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies
* of the Software, and to permit persons to whom the Software is furnished to do
* so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
* -----
* HISTORY:
* Date By Comments
* ---------- --- ----------------------------------------------------------
*/
#include <stdint.h>
#define REG_BANK_SWITCH 0x7F
// =======================================
#define BANK_0 0x00
// ---------------------------------------
#define REG_CMD_HSYNC_INV 0X07 // bit7
#define REG_CMD_VSYNC_INV 0X07 // bit6
#define REG_CMD_AAVG_V 0X07 // bit3
#define REG_CMD_AAVG_H 0X07 // bit2
#define REG_ABC_START_LINE 0x0D // bit3:1
#define REG_FGH 0x11 // bit5:4
#define REG_GGH 0x12 // bit7
#define REG_EXP_OFFSET_L 0x18
#define REG_EXP_OFFSET_H 0x19
#define REG_CMD_EXPO_L 0x48
#define REG_CMD_EXPO_H 0x49
#define REG_CMD_EXPO_2H 0x4A
#define REG_FRAME_TIME_L 0x7A
#define REG_FRAME_TIME_H 0x7B
#define REG_FRAME_TIME_2H 0x7C
// =======================================
#define BANK_1 0x01
// ---------------------------------------
#define REG_ISP_UPDATE 0x00
#define REG_CMD_SENSOR_MODE 0X23 // bit7
#define REG_CMD_LPM_ENH 0x23 // bit6
#define REG_CP_WOI_VOFFSET 0x45
#define REG_ABC_SAMPLE_SIZE 0x46 // bit2:0
// 20180504
static const uint8_t low_active_R_ABC_Avg_UBx50_T_BLACINV_EnHx1_T_SIG_REFx1[] = {
//address, value
0x7F, 0x00,
0x0C, 0x1D, // software reset
0x7F, 0x00,
0x07, 0x00, // low active
0x08, 0x03,
0x0B, 0x0E,
0x0D, 0xC5,
0x0F, 0x32, //R_ABC_Avg_UB=50
0x11, 0x41, //R_global=1
0x13, 0xD2,
0x14, 0xFE,
0x15, 0x00, // R_fg_fast=0
0x17, 0x02, //03
0x1A, 0x07,
0x1B, 0x08,
0x20, 0x00, //R_fast_powerdn_WakeupTime=0
0x25, 0x78,
0x29, 0x28,
0x2B, 0x06,
0x2F, 0x0E,
0x30, 0x0E,
0x34, 0x0F,
0x35, 0x0F,
0x3A, 0x28,
0x45, 0x17,
0x46, 0x17,
0x48, 0x10, //EXP
0x49, 0x27, //EXP
0x4A, 0x00, //EXP
0x4D, 0x0D,
0x4E, 0x20,
0x62, 0x12,
0x64, 0x02,
0x67, 0x0A,
0x69, 0x0A,
0x6C, 0x0B,
0x6E, 0x0B,
0x71, 0x0A,
0x73, 0x1D,
0x75, 0x1E,
0x77, 0x0B,
0x7F, 0x01,
0x01, 0x14,
0x02, 0x02, //
0x04, 0x96,
0x05, 0x03,
0x06, 0x46,
0x0D, 0x9F, //T_BLACINV_EnH=1
0x0E, 0x11, //T_SIG_REF=1
0x0F, 0x48,
0x10, 0x10, //T_vcom_lvl=0
0x11, 0x00,
0x12, 0x05,
0x15, 0x00,
0x16, 0x01, //schmitt trigger
0x17, 0x67,
0x18, 0xD0, //T_vrt_lvl=T_vrb_lvl=2
0x21, 0x14,
0x22, 0x80, //
0x2F, 0x30,
0x35, 0x64,
0x39, 0x03,
0x3A, 0x03,
0x46, 0x06,
0x4A, 0x00, //FX2
0x4B, 0x00, //FX2
0x00, 0x01, //updated flag
};
| 29.52
| 135
|
(translation_unit) "/*\n * File: paj6100u6_reg.h\n * Created Date: Tuesday, May 25th 2021, 10:45:35 am\n * Author: <NAME>\n * -----\n * Last Modified: Sunday May 30th 2021 2:39:45 pm\n * Modified By: <NAME> at <<EMAIL>>\n * -----\n * MIT License\n *\n * Copyright (c) 2021 Pixart Inc.\n *\n * Permission is hereby granted, free of charge, to any person obtaining a copy of\n * this software and associated documentation files (the "Software"), to deal in\n * the Software without restriction, including without limitation the rights to\n * use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies\n * of the Software, and to permit persons to whom the Software is furnished to do\n * so, subject to the following conditions:\n *\n * The above copyright notice and this permission notice shall be included in all\n * copies or substantial portions of the Software.\n *\n * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n * SOFTWARE.\n * -----\n * HISTORY:\n * Date By Comments\n * ---------- --- ----------------------------------------------------------\n */\n\n#include <stdint.h>\n\n#define REG_BANK_SWITCH 0x7F\n\n// =======================================\n#define BANK_0 0x00\n// ---------------------------------------\n#define REG_CMD_HSYNC_INV 0X07 // bit7\n#define REG_CMD_VSYNC_INV 0X07 // bit6\n\n#define REG_CMD_AAVG_V 0X07 // bit3\n#define REG_CMD_AAVG_H 0X07 // bit2\n\n#define REG_ABC_START_LINE 0x0D // bit3:1\n\n\n#define REG_FGH 0x11 // bit5:4\n#define REG_GGH 0x12 // bit7\n\n#define REG_EXP_OFFSET_L 0x18\n#define REG_EXP_OFFSET_H 0x19\n#define REG_CMD_EXPO_L 0x48\n#define REG_CMD_EXPO_H 0x49\n#define REG_CMD_EXPO_2H 0x4A\n\n#define REG_FRAME_TIME_L 0x7A\n#define REG_FRAME_TIME_H 0x7B\n#define REG_FRAME_TIME_2H 0x7C\n// =======================================\n#define BANK_1 0x01\n// ---------------------------------------\n#define REG_ISP_UPDATE 0x00\n\n#define REG_CMD_SENSOR_MODE 0X23 // bit7\n#define REG_CMD_LPM_ENH 0x23 // bit6\n\n#define REG_CP_WOI_VOFFSET 0x45\n#define REG_ABC_SAMPLE_SIZE 0x46 // bit2:0\n\n\n// 20180504\nstatic const uint8_t low_active_R_ABC_Avg_UBx50_T_BLACINV_EnHx1_T_SIG_REFx1[] = {\n//address, value\n 0x7F, 0x00,\n 0x0C, 0x1D, // software reset\n 0x7F, 0x00,\n 0x07, 0x00, // low active\n 0x08, 0x03,\n 0x0B, 0x0E,\n 0x0D, 0xC5,\n 0x0F, 0x32, //R_ABC_Avg_UB=50\n 0x11, 0x41, //R_global=1\n 0x13, 0xD2,\n 0x14, 0xFE,\n 0x15, 0x00, // R_fg_fast=0\n 0x17, 0x02, //03\n 0x1A, 0x07,\n 0x1B, 0x08,\n 0x20, 0x00, //R_fast_powerdn_WakeupTime=0\n 0x25, 0x78,\n 0x29, 0x28,\n 0x2B, 0x06,\n 0x2F, 0x0E,\n 0x30, 0x0E,\n 0x34, 0x0F,\n 0x35, 0x0F,\n 0x3A, 0x28,\n 0x45, 0x17,\n 0x46, 0x17,\n 0x48, 0x10, //EXP\n 0x49, 0x27, //EXP\n 0x4A, 0x00, //EXP\n 0x4D, 0x0D,\n 0x4E, 0x20,\n 0x62, 0x12,\n 0x64, 0x02,\n 0x67, 0x0A,\n 0x69, 0x0A,\n 0x6C, 0x0B,\n 0x6E, 0x0B,\n 0x71, 0x0A,\n 0x73, 0x1D,\n 0x75, 0x1E,\n 0x77, 0x0B,\n 0x7F, 0x01,\n 0x01, 0x14,\n 0x02, 0x02, //\n 0x04, 0x96,\n 0x05, 0x03,\n 0x06, 0x46,\n 0x0D, 0x9F, //T_BLACINV_EnH=1\n 0x0E, 0x11, //T_SIG_REF=1\n 0x0F, 0x48,\n 0x10, 0x10, //T_vcom_lvl=0\n 0x11, 0x00,\n 0x12, 0x05,\n 0x15, 0x00,\n 0x16, 0x01, //schmitt trigger\n 0x17, 0x67,\n 0x18, 0xD0, //T_vrt_lvl=T_vrb_lvl=2\n 0x21, 0x14,\n 0x22, 0x80, //\n 0x2F, 0x30,\n 0x35, 0x64,\n 0x39, 0x03,\n 0x3A, 0x03,\n 0x46, 0x06,\n 0x4A, 0x00, //FX2\n 0x4B, 0x00, //FX2\n 0x00, 0x01, //updated flag\n};"
(comment) "/*\n * File: paj6100u6_reg.h\n * Created Date: Tuesday, May 25th 2021, 10:45:35 am\n * Author: <NAME>\n * -----\n * Last Modified: Sunday May 30th 2021 2:39:45 pm\n * Modified By: <NAME> at <<EMAIL>>\n * -----\n * MIT License\n *\n * Copyright (c) 2021 Pixart Inc.\n *\n * Permission is hereby granted, free of charge, to any person obtaining a copy of\n * this software and associated documentation files (the "Software"), to deal in\n * the Software without restriction, including without limitation the rights to\n * use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies\n * of the Software, and to permit persons to whom the Software is furnished to do\n * so, subject to the following conditions:\n *\n * The above copyright notice and this permission notice shall be included in all\n * copies or substantial portions of the Software.\n *\n * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n * SOFTWARE.\n * -----\n * HISTORY:\n * Date By Comments\n * ---------- --- ----------------------------------------------------------\n */"
(preproc_include) "#include <stdint.h>\n"
(#include) "#include"
(system_lib_string) "<stdint.h>"
(preproc_def) "#define REG_BANK_SWITCH 0x7F\n"
(#define) "#define"
(identifier) "REG_BANK_SWITCH"
(preproc_arg) "0x7F"
(comment) "// ======================================="
(preproc_def) "#define BANK_0 0x00\n"
(#define) "#define"
(identifier) "BANK_0"
(preproc_arg) "0x00"
(comment) "// ---------------------------------------"
(preproc_def) "#define REG_CMD_HSYNC_INV 0X07 // bit7\n"
(#define) "#define"
(identifier) "REG_CMD_HSYNC_INV"
(preproc_arg) "0X07 // bit7"
(preproc_def) "#define REG_CMD_VSYNC_INV 0X07 // bit6\n"
(#define) "#define"
(identifier) "REG_CMD_VSYNC_INV"
(preproc_arg) "0X07 // bit6"
(preproc_def) "#define REG_CMD_AAVG_V 0X07 // bit3\n"
(#define) "#define"
(identifier) "REG_CMD_AAVG_V"
(preproc_arg) "0X07 // bit3"
(preproc_def) "#define REG_CMD_AAVG_H 0X07 // bit2\n"
(#define) "#define"
(identifier) "REG_CMD_AAVG_H"
(preproc_arg) "0X07 // bit2"
(preproc_def) "#define REG_ABC_START_LINE 0x0D // bit3:1\n"
(#define) "#define"
(identifier) "REG_ABC_START_LINE"
(preproc_arg) "0x0D // bit3:1"
(preproc_def) "#define REG_FGH 0x11 // bit5:4\n"
(#define) "#define"
(identifier) "REG_FGH"
(preproc_arg) "0x11 // bit5:4"
(preproc_def) "#define REG_GGH 0x12 // bit7\n"
(#define) "#define"
(identifier) "REG_GGH"
(preproc_arg) "0x12 // bit7"
(preproc_def) "#define REG_EXP_OFFSET_L 0x18\n"
(#define) "#define"
(identifier) "REG_EXP_OFFSET_L"
(preproc_arg) "0x18"
(preproc_def) "#define REG_EXP_OFFSET_H 0x19\n"
(#define) "#define"
(identifier) "REG_EXP_OFFSET_H"
(preproc_arg) "0x19"
(preproc_def) "#define REG_CMD_EXPO_L 0x48\n"
(#define) "#define"
(identifier) "REG_CMD_EXPO_L"
(preproc_arg) "0x48"
(preproc_def) "#define REG_CMD_EXPO_H 0x49\n"
(#define) "#define"
(identifier) "REG_CMD_EXPO_H"
(preproc_arg) "0x49"
(preproc_def) "#define REG_CMD_EXPO_2H 0x4A\n"
(#define) "#define"
(identifier) "REG_CMD_EXPO_2H"
(preproc_arg) "0x4A"
(preproc_def) "#define REG_FRAME_TIME_L 0x7A\n"
(#define) "#define"
(identifier) "REG_FRAME_TIME_L"
(preproc_arg) "0x7A"
(preproc_def) "#define REG_FRAME_TIME_H 0x7B\n"
(#define) "#define"
(identifier) "REG_FRAME_TIME_H"
(preproc_arg) "0x7B"
(preproc_def) "#define REG_FRAME_TIME_2H 0x7C\n"
(#define) "#define"
(identifier) "REG_FRAME_TIME_2H"
(preproc_arg) "0x7C"
(comment) "// ======================================="
(preproc_def) "#define BANK_1 0x01\n"
(#define) "#define"
(identifier) "BANK_1"
(preproc_arg) "0x01"
(comment) "// ---------------------------------------"
(preproc_def) "#define REG_ISP_UPDATE 0x00\n"
(#define) "#define"
(identifier) "REG_ISP_UPDATE"
(preproc_arg) "0x00"
(preproc_def) "#define REG_CMD_SENSOR_MODE 0X23 // bit7\n"
(#define) "#define"
(identifier) "REG_CMD_SENSOR_MODE"
(preproc_arg) "0X23 // bit7"
(preproc_def) "#define REG_CMD_LPM_ENH 0x23 // bit6\n"
(#define) "#define"
(identifier) "REG_CMD_LPM_ENH"
(preproc_arg) "0x23 // bit6"
(preproc_def) "#define REG_CP_WOI_VOFFSET 0x45\n"
(#define) "#define"
(identifier) "REG_CP_WOI_VOFFSET"
(preproc_arg) "0x45"
(preproc_def) "#define REG_ABC_SAMPLE_SIZE 0x46 // bit2:0\n"
(#define) "#define"
(identifier) "REG_ABC_SAMPLE_SIZE"
(preproc_arg) "0x46 // bit2:0"
(comment) "// 20180504"
(declaration) "static const uint8_t low_active_R_ABC_Avg_UBx50_T_BLACINV_EnHx1_T_SIG_REFx1[] = {\n//address, value\n 0x7F, 0x00,\n 0x0C, 0x1D, // software reset\n 0x7F, 0x00,\n 0x07, 0x00, // low active\n 0x08, 0x03,\n 0x0B, 0x0E,\n 0x0D, 0xC5,\n 0x0F, 0x32, //R_ABC_Avg_UB=50\n 0x11, 0x41, //R_global=1\n 0x13, 0xD2,\n 0x14, 0xFE,\n 0x15, 0x00, // R_fg_fast=0\n 0x17, 0x02, //03\n 0x1A, 0x07,\n 0x1B, 0x08,\n 0x20, 0x00, //R_fast_powerdn_WakeupTime=0\n 0x25, 0x78,\n 0x29, 0x28,\n 0x2B, 0x06,\n 0x2F, 0x0E,\n 0x30, 0x0E,\n 0x34, 0x0F,\n 0x35, 0x0F,\n 0x3A, 0x28,\n 0x45, 0x17,\n 0x46, 0x17,\n 0x48, 0x10, //EXP\n 0x49, 0x27, //EXP\n 0x4A, 0x00, //EXP\n 0x4D, 0x0D,\n 0x4E, 0x20,\n 0x62, 0x12,\n 0x64, 0x02,\n 0x67, 0x0A,\n 0x69, 0x0A,\n 0x6C, 0x0B,\n 0x6E, 0x0B,\n 0x71, 0x0A,\n 0x73, 0x1D,\n 0x75, 0x1E,\n 0x77, 0x0B,\n 0x7F, 0x01,\n 0x01, 0x14,\n 0x02, 0x02, //\n 0x04, 0x96,\n 0x05, 0x03,\n 0x06, 0x46,\n 0x0D, 0x9F, //T_BLACINV_EnH=1\n 0x0E, 0x11, //T_SIG_REF=1\n 0x0F, 0x48,\n 0x10, 0x10, //T_vcom_lvl=0\n 0x11, 0x00,\n 0x12, 0x05,\n 0x15, 0x00,\n 0x16, 0x01, //schmitt trigger\n 0x17, 0x67,\n 0x18, 0xD0, //T_vrt_lvl=T_vrb_lvl=2\n 0x21, 0x14,\n 0x22, 0x80, //\n 0x2F, 0x30,\n 0x35, 0x64,\n 0x39, 0x03,\n 0x3A, 0x03,\n 0x46, 0x06,\n 0x4A, 0x00, //FX2\n 0x4B, 0x00, //FX2\n 0x00, 0x01, //updated flag\n};"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(primitive_type) "uint8_t"
(init_declarator) "low_active_R_ABC_Avg_UBx50_T_BLACINV_EnHx1_T_SIG_REFx1[] = {\n//address, value\n 0x7F, 0x00,\n 0x0C, 0x1D, // software reset\n 0x7F, 0x00,\n 0x07, 0x00, // low active\n 0x08, 0x03,\n 0x0B, 0x0E,\n 0x0D, 0xC5,\n 0x0F, 0x32, //R_ABC_Avg_UB=50\n 0x11, 0x41, //R_global=1\n 0x13, 0xD2,\n 0x14, 0xFE,\n 0x15, 0x00, // R_fg_fast=0\n 0x17, 0x02, //03\n 0x1A, 0x07,\n 0x1B, 0x08,\n 0x20, 0x00, //R_fast_powerdn_WakeupTime=0\n 0x25, 0x78,\n 0x29, 0x28,\n 0x2B, 0x06,\n 0x2F, 0x0E,\n 0x30, 0x0E,\n 0x34, 0x0F,\n 0x35, 0x0F,\n 0x3A, 0x28,\n 0x45, 0x17,\n 0x46, 0x17,\n 0x48, 0x10, //EXP\n 0x49, 0x27, //EXP\n 0x4A, 0x00, //EXP\n 0x4D, 0x0D,\n 0x4E, 0x20,\n 0x62, 0x12,\n 0x64, 0x02,\n 0x67, 0x0A,\n 0x69, 0x0A,\n 0x6C, 0x0B,\n 0x6E, 0x0B,\n 0x71, 0x0A,\n 0x73, 0x1D,\n 0x75, 0x1E,\n 0x77, 0x0B,\n 0x7F, 0x01,\n 0x01, 0x14,\n 0x02, 0x02, //\n 0x04, 0x96,\n 0x05, 0x03,\n 0x06, 0x46,\n 0x0D, 0x9F, //T_BLACINV_EnH=1\n 0x0E, 0x11, //T_SIG_REF=1\n 0x0F, 0x48,\n 0x10, 0x10, //T_vcom_lvl=0\n 0x11, 0x00,\n 0x12, 0x05,\n 0x15, 0x00,\n 0x16, 0x01, //schmitt trigger\n 0x17, 0x67,\n 0x18, 0xD0, //T_vrt_lvl=T_vrb_lvl=2\n 0x21, 0x14,\n 0x22, 0x80, //\n 0x2F, 0x30,\n 0x35, 0x64,\n 0x39, 0x03,\n 0x3A, 0x03,\n 0x46, 0x06,\n 0x4A, 0x00, //FX2\n 0x4B, 0x00, //FX2\n 0x00, 0x01, //updated flag\n}"
(array_declarator) "low_active_R_ABC_Avg_UBx50_T_BLACINV_EnHx1_T_SIG_REFx1[]"
(identifier) "low_active_R_ABC_Avg_UBx50_T_BLACINV_EnHx1_T_SIG_REFx1"
([) "["
(]) "]"
(=) "="
(initializer_list) "{\n//address, value\n 0x7F, 0x00,\n 0x0C, 0x1D, // software reset\n 0x7F, 0x00,\n 0x07, 0x00, // low active\n 0x08, 0x03,\n 0x0B, 0x0E,\n 0x0D, 0xC5,\n 0x0F, 0x32, //R_ABC_Avg_UB=50\n 0x11, 0x41, //R_global=1\n 0x13, 0xD2,\n 0x14, 0xFE,\n 0x15, 0x00, // R_fg_fast=0\n 0x17, 0x02, //03\n 0x1A, 0x07,\n 0x1B, 0x08,\n 0x20, 0x00, //R_fast_powerdn_WakeupTime=0\n 0x25, 0x78,\n 0x29, 0x28,\n 0x2B, 0x06,\n 0x2F, 0x0E,\n 0x30, 0x0E,\n 0x34, 0x0F,\n 0x35, 0x0F,\n 0x3A, 0x28,\n 0x45, 0x17,\n 0x46, 0x17,\n 0x48, 0x10, //EXP\n 0x49, 0x27, //EXP\n 0x4A, 0x00, //EXP\n 0x4D, 0x0D,\n 0x4E, 0x20,\n 0x62, 0x12,\n 0x64, 0x02,\n 0x67, 0x0A,\n 0x69, 0x0A,\n 0x6C, 0x0B,\n 0x6E, 0x0B,\n 0x71, 0x0A,\n 0x73, 0x1D,\n 0x75, 0x1E,\n 0x77, 0x0B,\n 0x7F, 0x01,\n 0x01, 0x14,\n 0x02, 0x02, //\n 0x04, 0x96,\n 0x05, 0x03,\n 0x06, 0x46,\n 0x0D, 0x9F, //T_BLACINV_EnH=1\n 0x0E, 0x11, //T_SIG_REF=1\n 0x0F, 0x48,\n 0x10, 0x10, //T_vcom_lvl=0\n 0x11, 0x00,\n 0x12, 0x05,\n 0x15, 0x00,\n 0x16, 0x01, //schmitt trigger\n 0x17, 0x67,\n 0x18, 0xD0, //T_vrt_lvl=T_vrb_lvl=2\n 0x21, 0x14,\n 0x22, 0x80, //\n 0x2F, 0x30,\n 0x35, 0x64,\n 0x39, 0x03,\n 0x3A, 0x03,\n 0x46, 0x06,\n 0x4A, 0x00, //FX2\n 0x4B, 0x00, //FX2\n 0x00, 0x01, //updated flag\n}"
({) "{"
(comment) "//address, value"
(number_literal) "0x7F"
(,) ","
(number_literal) "0x00"
(,) ","
(number_literal) "0x0C"
(,) ","
(number_literal) "0x1D"
(,) ","
(comment) "// software reset"
(number_literal) "0x7F"
(,) ","
(number_literal) "0x00"
(,) ","
(number_literal) "0x07"
(,) ","
(number_literal) "0x00"
(,) ","
(comment) "// low active"
(number_literal) "0x08"
(,) ","
(number_literal) "0x03"
(,) ","
(number_literal) "0x0B"
(,) ","
(number_literal) "0x0E"
(,) ","
(number_literal) "0x0D"
(,) ","
(number_literal) "0xC5"
(,) ","
(number_literal) "0x0F"
(,) ","
(number_literal) "0x32"
(,) ","
(comment) "//R_ABC_Avg_UB=50"
(number_literal) "0x11"
(,) ","
(number_literal) "0x41"
(,) ","
(comment) "//R_global=1"
(number_literal) "0x13"
(,) ","
(number_literal) "0xD2"
(,) ","
(number_literal) "0x14"
(,) ","
(number_literal) "0xFE"
(,) ","
(number_literal) "0x15"
(,) ","
(number_literal) "0x00"
(,) ","
(comment) "// R_fg_fast=0"
(number_literal) "0x17"
(,) ","
(number_literal) "0x02"
(,) ","
(comment) "//03"
(number_literal) "0x1A"
(,) ","
(number_literal) "0x07"
(,) ","
(number_literal) "0x1B"
(,) ","
(number_literal) "0x08"
(,) ","
(number_literal) "0x20"
(,) ","
(number_literal) "0x00"
(,) ","
(comment) "//R_fast_powerdn_WakeupTime=0"
(number_literal) "0x25"
(,) ","
(number_literal) "0x78"
(,) ","
(number_literal) "0x29"
(,) ","
(number_literal) "0x28"
(,) ","
(number_literal) "0x2B"
(,) ","
(number_literal) "0x06"
(,) ","
(number_literal) "0x2F"
(,) ","
(number_literal) "0x0E"
(,) ","
(number_literal) "0x30"
(,) ","
(number_literal) "0x0E"
(,) ","
(number_literal) "0x34"
(,) ","
(number_literal) "0x0F"
(,) ","
(number_literal) "0x35"
(,) ","
(number_literal) "0x0F"
(,) ","
(number_literal) "0x3A"
(,) ","
(number_literal) "0x28"
(,) ","
(number_literal) "0x45"
(,) ","
(number_literal) "0x17"
(,) ","
(number_literal) "0x46"
(,) ","
(number_literal) "0x17"
(,) ","
(number_literal) "0x48"
(,) ","
(number_literal) "0x10"
(,) ","
(comment) "//EXP"
(number_literal) "0x49"
(,) ","
(number_literal) "0x27"
(,) ","
(comment) "//EXP"
(number_literal) "0x4A"
(,) ","
(number_literal) "0x00"
(,) ","
(comment) "//EXP"
(number_literal) "0x4D"
(,) ","
(number_literal) "0x0D"
(,) ","
(number_literal) "0x4E"
(,) ","
(number_literal) "0x20"
(,) ","
(number_literal) "0x62"
(,) ","
(number_literal) "0x12"
(,) ","
(number_literal) "0x64"
(,) ","
(number_literal) "0x02"
(,) ","
(number_literal) "0x67"
(,) ","
(number_literal) "0x0A"
(,) ","
(number_literal) "0x69"
(,) ","
(number_literal) "0x0A"
(,) ","
(number_literal) "0x6C"
(,) ","
(number_literal) "0x0B"
(,) ","
(number_literal) "0x6E"
(,) ","
(number_literal) "0x0B"
(,) ","
(number_literal) "0x71"
(,) ","
(number_literal) "0x0A"
(,) ","
(number_literal) "0x73"
(,) ","
(number_literal) "0x1D"
(,) ","
(number_literal) "0x75"
(,) ","
(number_literal) "0x1E"
(,) ","
(number_literal) "0x77"
(,) ","
(number_literal) "0x0B"
(,) ","
(number_literal) "0x7F"
(,) ","
(number_literal) "0x01"
(,) ","
(number_literal) "0x01"
(,) ","
(number_literal) "0x14"
(,) ","
(number_literal) "0x02"
(,) ","
(number_literal) "0x02"
(,) ","
(comment) "//"
(number_literal) "0x04"
(,) ","
(number_literal) "0x96"
(,) ","
(number_literal) "0x05"
(,) ","
(number_literal) "0x03"
(,) ","
(number_literal) "0x06"
(,) ","
(number_literal) "0x46"
(,) ","
(number_literal) "0x0D"
(,) ","
(number_literal) "0x9F"
(,) ","
(comment) "//T_BLACINV_EnH=1"
(number_literal) "0x0E"
(,) ","
(number_literal) "0x11"
(,) ","
(comment) "//T_SIG_REF=1"
(number_literal) "0x0F"
(,) ","
(number_literal) "0x48"
(,) ","
(number_literal) "0x10"
(,) ","
(number_literal) "0x10"
(,) ","
(comment) "//T_vcom_lvl=0"
(number_literal) "0x11"
(,) ","
(number_literal) "0x00"
(,) ","
(number_literal) "0x12"
(,) ","
(number_literal) "0x05"
(,) ","
(number_literal) "0x15"
(,) ","
(number_literal) "0x00"
(,) ","
(number_literal) "0x16"
(,) ","
(number_literal) "0x01"
(,) ","
(comment) "//schmitt trigger"
(number_literal) "0x17"
(,) ","
(number_literal) "0x67"
(,) ","
(number_literal) "0x18"
(,) ","
(number_literal) "0xD0"
(,) ","
(comment) "//T_vrt_lvl=T_vrb_lvl=2"
(number_literal) "0x21"
(,) ","
(number_literal) "0x14"
(,) ","
(number_literal) "0x22"
(,) ","
(number_literal) "0x80"
(,) ","
(comment) "//"
(number_literal) "0x2F"
(,) ","
(number_literal) "0x30"
(,) ","
(number_literal) "0x35"
(,) ","
(number_literal) "0x64"
(,) ","
(number_literal) "0x39"
(,) ","
(number_literal) "0x03"
(,) ","
(number_literal) "0x3A"
(,) ","
(number_literal) "0x03"
(,) ","
(number_literal) "0x46"
(,) ","
(number_literal) "0x06"
(,) ","
(number_literal) "0x4A"
(,) ","
(number_literal) "0x00"
(,) ","
(comment) "//FX2"
(number_literal) "0x4B"
(,) ","
(number_literal) "0x00"
(,) ","
(comment) "//FX2"
(number_literal) "0x00"
(,) ","
(number_literal) "0x01"
(,) ","
(comment) "//updated flag"
(}) "}"
(;) ";"
| 407
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 135, "avg_line_length": 29.52, "nodes": 236, "errors": 0, "source_hash": "9b790eb8f889fc897d9b6998f069b5d2fe28dffdbe5fb5a486af20b1978fbc80", "categorized_nodes": 162}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_include", "text": "#include <stdint.h>\n", "parent": null, "children": [1, 2], "start_point": {"row": 35, "column": 0}, "end_point": {"row": 36, "column": 0}}, {"id": 1, "type": "#include", "text": "#include", "parent": 0, "children": [], "start_point": {"row": 35, "column": 0}, "end_point": {"row": 35, "column": 8}}, {"id": 2, "type": "system_lib_string", "text": "<stdint.h>", "parent": 0, "children": [], "start_point": {"row": 35, "column": 9}, "end_point": {"row": 35, "column": 19}}, {"id": 3, "type": "preproc_def", "text": "#define REG_BANK_SWITCH 0x7F\n", "parent": null, "children": [4, 5, 6], "start_point": {"row": 37, "column": 0}, "end_point": {"row": 38, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 37, "column": 0}, "end_point": {"row": 37, "column": 7}}, {"id": 5, "type": "identifier", "text": "REG_BANK_SWITCH", "parent": 3, "children": [], "start_point": {"row": 37, "column": 8}, "end_point": {"row": 37, "column": 23}}, {"id": 6, "type": "preproc_arg", "text": "0x7F", "parent": 3, "children": [], "start_point": {"row": 37, "column": 36}, "end_point": {"row": 37, "column": 40}}, {"id": 7, "type": "preproc_def", "text": "#define BANK_0 0x00\n", "parent": null, "children": [8, 9, 10], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 41, "column": 0}}, {"id": 8, "type": "#define", "text": "#define", "parent": 7, "children": [], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 40, "column": 7}}, {"id": 9, "type": "identifier", "text": "BANK_0", "parent": 7, "children": [], "start_point": {"row": 40, "column": 8}, "end_point": {"row": 40, "column": 14}}, {"id": 10, "type": "preproc_arg", "text": "0x00", "parent": 7, "children": [], "start_point": {"row": 40, "column": 36}, "end_point": {"row": 40, "column": 40}}, {"id": 11, "type": "preproc_def", "text": "#define REG_CMD_HSYNC_INV 0X07 // bit7\n", "parent": null, "children": [12, 13, 14], "start_point": {"row": 42, "column": 0}, "end_point": {"row": 43, "column": 0}}, {"id": 12, "type": "#define", "text": "#define", "parent": 11, "children": [], "start_point": {"row": 42, "column": 0}, "end_point": {"row": 42, "column": 7}}, {"id": 13, "type": "identifier", "text": "REG_CMD_HSYNC_INV", "parent": 11, "children": [], "start_point": {"row": 42, "column": 8}, "end_point": {"row": 42, "column": 25}}, {"id": 14, "type": "preproc_arg", "text": "0X07 // bit7", "parent": 11, "children": [], "start_point": {"row": 42, "column": 36}, "end_point": {"row": 42, "column": 48}}, {"id": 15, "type": "preproc_def", "text": "#define REG_CMD_VSYNC_INV 0X07 // bit6\n", "parent": null, "children": [16, 17, 18], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 44, "column": 0}}, {"id": 16, "type": "#define", "text": "#define", "parent": 15, "children": [], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 43, "column": 7}}, {"id": 17, "type": "identifier", "text": "REG_CMD_VSYNC_INV", "parent": 15, "children": [], "start_point": {"row": 43, "column": 8}, "end_point": {"row": 43, "column": 25}}, {"id": 18, "type": "preproc_arg", "text": "0X07 // bit6", "parent": 15, "children": [], "start_point": {"row": 43, "column": 36}, "end_point": {"row": 43, "column": 48}}, {"id": 19, "type": "preproc_def", "text": "#define REG_CMD_AAVG_V 0X07 // bit3\n", "parent": null, "children": [20, 21, 22], "start_point": {"row": 45, "column": 0}, "end_point": {"row": 46, "column": 0}}, {"id": 20, "type": "#define", "text": "#define", "parent": 19, "children": [], "start_point": {"row": 45, "column": 0}, "end_point": {"row": 45, "column": 7}}, {"id": 21, "type": "identifier", "text": "REG_CMD_AAVG_V", "parent": 19, "children": [], "start_point": {"row": 45, "column": 8}, "end_point": {"row": 45, "column": 22}}, {"id": 22, "type": "preproc_arg", "text": "0X07 // bit3", "parent": 19, "children": [], "start_point": {"row": 45, "column": 36}, "end_point": {"row": 45, "column": 48}}, {"id": 23, "type": "preproc_def", "text": "#define REG_CMD_AAVG_H 0X07 // bit2\n", "parent": null, "children": [24, 25, 26], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 47, "column": 0}}, {"id": 24, "type": "#define", "text": "#define", "parent": 23, "children": [], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 46, "column": 7}}, {"id": 25, "type": "identifier", "text": "REG_CMD_AAVG_H", "parent": 23, "children": [], "start_point": {"row": 46, "column": 8}, "end_point": {"row": 46, "column": 22}}, {"id": 26, "type": "preproc_arg", "text": "0X07 // bit2", "parent": 23, "children": [], "start_point": {"row": 46, "column": 36}, "end_point": {"row": 46, "column": 48}}, {"id": 27, "type": "preproc_def", "text": "#define REG_ABC_START_LINE 0x0D // bit3:1\n", "parent": null, "children": [28, 29, 30], "start_point": {"row": 48, "column": 0}, "end_point": {"row": 49, "column": 0}}, {"id": 28, "type": "#define", "text": "#define", "parent": 27, "children": [], "start_point": {"row": 48, "column": 0}, "end_point": {"row": 48, "column": 7}}, {"id": 29, "type": "identifier", "text": "REG_ABC_START_LINE", "parent": 27, "children": [], "start_point": {"row": 48, "column": 8}, "end_point": {"row": 48, "column": 26}}, {"id": 30, "type": "preproc_arg", "text": "0x0D // bit3:1", "parent": 27, "children": [], "start_point": {"row": 48, "column": 36}, "end_point": {"row": 48, "column": 50}}, {"id": 31, "type": "preproc_def", "text": "#define REG_FGH 0x11 // bit5:4\n", "parent": null, "children": [32, 33, 34], "start_point": {"row": 51, "column": 0}, "end_point": {"row": 52, "column": 0}}, {"id": 32, "type": "#define", "text": "#define", "parent": 31, "children": [], "start_point": {"row": 51, "column": 0}, "end_point": {"row": 51, "column": 7}}, {"id": 33, "type": "identifier", "text": "REG_FGH", "parent": 31, "children": [], "start_point": {"row": 51, "column": 8}, "end_point": {"row": 51, "column": 15}}, {"id": 34, "type": "preproc_arg", "text": "0x11 // bit5:4", "parent": 31, "children": [], "start_point": {"row": 51, "column": 36}, "end_point": {"row": 51, "column": 50}}, {"id": 35, "type": "preproc_def", "text": "#define REG_GGH 0x12 // bit7\n", "parent": null, "children": [36, 37, 38], "start_point": {"row": 52, "column": 0}, "end_point": {"row": 53, "column": 0}}, {"id": 36, "type": "#define", "text": "#define", "parent": 35, "children": [], "start_point": {"row": 52, "column": 0}, "end_point": {"row": 52, "column": 7}}, {"id": 37, "type": "identifier", "text": "REG_GGH", "parent": 35, "children": [], "start_point": {"row": 52, "column": 8}, "end_point": {"row": 52, "column": 15}}, {"id": 38, "type": "preproc_arg", "text": "0x12 // bit7", "parent": 35, "children": [], "start_point": {"row": 52, "column": 36}, "end_point": {"row": 52, "column": 48}}, {"id": 39, "type": "preproc_def", "text": "#define REG_EXP_OFFSET_L 0x18\n", "parent": null, "children": [40, 41, 42], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 55, "column": 0}}, {"id": 40, "type": "#define", "text": "#define", "parent": 39, "children": [], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 54, "column": 7}}, {"id": 41, "type": "identifier", "text": "REG_EXP_OFFSET_L", "parent": 39, "children": [], "start_point": {"row": 54, "column": 8}, "end_point": {"row": 54, "column": 24}}, {"id": 42, "type": "preproc_arg", "text": "0x18", "parent": 39, "children": [], "start_point": {"row": 54, "column": 36}, "end_point": {"row": 54, "column": 40}}, {"id": 43, "type": "preproc_def", "text": "#define REG_EXP_OFFSET_H 0x19\n", "parent": null, "children": [44, 45, 46], "start_point": {"row": 55, "column": 0}, "end_point": {"row": 56, "column": 0}}, {"id": 44, "type": "#define", "text": "#define", "parent": 43, "children": [], "start_point": {"row": 55, "column": 0}, "end_point": {"row": 55, "column": 7}}, {"id": 45, "type": "identifier", "text": "REG_EXP_OFFSET_H", "parent": 43, "children": [], "start_point": {"row": 55, "column": 8}, "end_point": {"row": 55, "column": 24}}, {"id": 46, "type": "preproc_arg", "text": "0x19", "parent": 43, "children": [], "start_point": {"row": 55, "column": 36}, "end_point": {"row": 55, "column": 40}}, {"id": 47, "type": "preproc_def", "text": "#define REG_CMD_EXPO_L 0x48\n", "parent": null, "children": [48, 49, 50], "start_point": {"row": 56, "column": 0}, "end_point": {"row": 57, "column": 0}}, {"id": 48, "type": "#define", "text": "#define", "parent": 47, "children": [], "start_point": {"row": 56, "column": 0}, "end_point": {"row": 56, "column": 7}}, {"id": 49, "type": "identifier", "text": "REG_CMD_EXPO_L", "parent": 47, "children": [], "start_point": {"row": 56, "column": 8}, "end_point": {"row": 56, "column": 22}}, {"id": 50, "type": "preproc_arg", "text": "0x48", "parent": 47, "children": [], "start_point": {"row": 56, "column": 36}, "end_point": {"row": 56, "column": 40}}, {"id": 51, "type": "preproc_def", "text": "#define REG_CMD_EXPO_H 0x49\n", "parent": null, "children": [52, 53, 54], "start_point": {"row": 57, "column": 0}, "end_point": {"row": 58, "column": 0}}, {"id": 52, "type": "#define", "text": "#define", "parent": 51, "children": [], "start_point": {"row": 57, "column": 0}, "end_point": {"row": 57, "column": 7}}, {"id": 53, "type": "identifier", "text": "REG_CMD_EXPO_H", "parent": 51, "children": [], "start_point": {"row": 57, "column": 8}, "end_point": {"row": 57, "column": 22}}, {"id": 54, "type": "preproc_arg", "text": "0x49", "parent": 51, "children": [], "start_point": {"row": 57, "column": 36}, "end_point": {"row": 57, "column": 40}}, {"id": 55, "type": "preproc_def", "text": "#define REG_CMD_EXPO_2H 0x4A\n", "parent": null, "children": [56, 57, 58], "start_point": {"row": 58, "column": 0}, "end_point": {"row": 59, "column": 0}}, {"id": 56, "type": "#define", "text": "#define", "parent": 55, "children": [], "start_point": {"row": 58, "column": 0}, "end_point": {"row": 58, "column": 7}}, {"id": 57, "type": "identifier", "text": "REG_CMD_EXPO_2H", "parent": 55, "children": [], "start_point": {"row": 58, "column": 8}, "end_point": {"row": 58, "column": 23}}, {"id": 58, "type": "preproc_arg", "text": "0x4A", "parent": 55, "children": [], "start_point": {"row": 58, "column": 36}, "end_point": {"row": 58, "column": 40}}, {"id": 59, "type": "preproc_def", "text": "#define REG_FRAME_TIME_L 0x7A\n", "parent": null, "children": [60, 61, 62], "start_point": {"row": 60, "column": 0}, "end_point": {"row": 61, "column": 0}}, {"id": 60, "type": "#define", "text": "#define", "parent": 59, "children": [], "start_point": {"row": 60, "column": 0}, "end_point": {"row": 60, "column": 7}}, {"id": 61, "type": "identifier", "text": "REG_FRAME_TIME_L", "parent": 59, "children": [], "start_point": {"row": 60, "column": 8}, "end_point": {"row": 60, "column": 24}}, {"id": 62, "type": "preproc_arg", "text": "0x7A", "parent": 59, "children": [], "start_point": {"row": 60, "column": 36}, "end_point": {"row": 60, "column": 40}}, {"id": 63, "type": "preproc_def", "text": "#define REG_FRAME_TIME_H 0x7B\n", "parent": null, "children": [64, 65, 66], "start_point": {"row": 61, "column": 0}, "end_point": {"row": 62, "column": 0}}, {"id": 64, "type": "#define", "text": "#define", "parent": 63, "children": [], "start_point": {"row": 61, "column": 0}, "end_point": {"row": 61, "column": 7}}, {"id": 65, "type": "identifier", "text": "REG_FRAME_TIME_H", "parent": 63, "children": [], "start_point": {"row": 61, "column": 8}, "end_point": {"row": 61, "column": 24}}, {"id": 66, "type": "preproc_arg", "text": "0x7B", "parent": 63, "children": [], "start_point": {"row": 61, "column": 36}, "end_point": {"row": 61, "column": 40}}, {"id": 67, "type": "preproc_def", "text": "#define REG_FRAME_TIME_2H 0x7C\n", "parent": null, "children": [68, 69, 70], "start_point": {"row": 62, "column": 0}, "end_point": {"row": 63, "column": 0}}, {"id": 68, "type": "#define", "text": "#define", "parent": 67, "children": [], "start_point": {"row": 62, "column": 0}, "end_point": {"row": 62, "column": 7}}, {"id": 69, "type": "identifier", "text": "REG_FRAME_TIME_2H", "parent": 67, "children": [], "start_point": {"row": 62, "column": 8}, "end_point": {"row": 62, "column": 25}}, {"id": 70, "type": "preproc_arg", "text": "0x7C", "parent": 67, "children": [], "start_point": {"row": 62, "column": 36}, "end_point": {"row": 62, "column": 40}}, {"id": 71, "type": "preproc_def", "text": "#define BANK_1 0x01\n", "parent": null, "children": [72, 73, 74], "start_point": {"row": 64, "column": 0}, "end_point": {"row": 65, "column": 0}}, {"id": 72, "type": "#define", "text": "#define", "parent": 71, "children": [], "start_point": {"row": 64, "column": 0}, "end_point": {"row": 64, "column": 7}}, {"id": 73, "type": "identifier", "text": "BANK_1", "parent": 71, "children": [], "start_point": {"row": 64, "column": 8}, "end_point": {"row": 64, "column": 14}}, {"id": 74, "type": "preproc_arg", "text": "0x01", "parent": 71, "children": [], "start_point": {"row": 64, "column": 36}, "end_point": {"row": 64, "column": 40}}, {"id": 75, "type": "preproc_def", "text": "#define REG_ISP_UPDATE 0x00\n", "parent": null, "children": [76, 77, 78], "start_point": {"row": 66, "column": 0}, "end_point": {"row": 67, "column": 0}}, {"id": 76, "type": "#define", "text": "#define", "parent": 75, "children": [], "start_point": {"row": 66, "column": 0}, "end_point": {"row": 66, "column": 7}}, {"id": 77, "type": "identifier", "text": "REG_ISP_UPDATE", "parent": 75, "children": [], "start_point": {"row": 66, "column": 8}, "end_point": {"row": 66, "column": 22}}, {"id": 78, "type": "preproc_arg", "text": "0x00", "parent": 75, "children": [], "start_point": {"row": 66, "column": 36}, "end_point": {"row": 66, "column": 40}}, {"id": 79, "type": "preproc_def", "text": "#define REG_CMD_SENSOR_MODE 0X23 // bit7\n", "parent": null, "children": [80, 81, 82], "start_point": {"row": 68, "column": 0}, "end_point": {"row": 69, "column": 0}}, {"id": 80, "type": "#define", "text": "#define", "parent": 79, "children": [], "start_point": {"row": 68, "column": 0}, "end_point": {"row": 68, "column": 7}}, {"id": 81, "type": "identifier", "text": "REG_CMD_SENSOR_MODE", "parent": 79, "children": [], "start_point": {"row": 68, "column": 8}, "end_point": {"row": 68, "column": 27}}, {"id": 82, "type": "preproc_arg", "text": "0X23 // bit7", "parent": 79, "children": [], "start_point": {"row": 68, "column": 36}, "end_point": {"row": 68, "column": 48}}, {"id": 83, "type": "preproc_def", "text": "#define REG_CMD_LPM_ENH 0x23 // bit6\n", "parent": null, "children": [84, 85, 86], "start_point": {"row": 69, "column": 0}, "end_point": {"row": 70, "column": 0}}, {"id": 84, "type": "#define", "text": "#define", "parent": 83, "children": [], "start_point": {"row": 69, "column": 0}, "end_point": {"row": 69, "column": 7}}, {"id": 85, "type": "identifier", "text": "REG_CMD_LPM_ENH", "parent": 83, "children": [], "start_point": {"row": 69, "column": 8}, "end_point": {"row": 69, "column": 23}}, {"id": 86, "type": "preproc_arg", "text": "0x23 // bit6", "parent": 83, "children": [], "start_point": {"row": 69, "column": 36}, "end_point": {"row": 69, "column": 48}}, {"id": 87, "type": "preproc_def", "text": "#define REG_CP_WOI_VOFFSET 0x45\n", "parent": null, "children": [88, 89, 90], "start_point": {"row": 71, "column": 0}, "end_point": {"row": 72, "column": 0}}, {"id": 88, "type": "#define", "text": "#define", "parent": 87, "children": [], "start_point": {"row": 71, "column": 0}, "end_point": {"row": 71, "column": 7}}, {"id": 89, "type": "identifier", "text": "REG_CP_WOI_VOFFSET", "parent": 87, "children": [], "start_point": {"row": 71, "column": 8}, "end_point": {"row": 71, "column": 26}}, {"id": 90, "type": "preproc_arg", "text": "0x45", "parent": 87, "children": [], "start_point": {"row": 71, "column": 36}, "end_point": {"row": 71, "column": 40}}, {"id": 91, "type": "preproc_def", "text": "#define REG_ABC_SAMPLE_SIZE 0x46 // bit2:0\n", "parent": null, "children": [92, 93, 94], "start_point": {"row": 72, "column": 0}, "end_point": {"row": 73, "column": 0}}, {"id": 92, "type": "#define", "text": "#define", "parent": 91, "children": [], "start_point": {"row": 72, "column": 0}, "end_point": {"row": 72, "column": 7}}, {"id": 93, "type": "identifier", "text": "REG_ABC_SAMPLE_SIZE", "parent": 91, "children": [], "start_point": {"row": 72, "column": 8}, "end_point": {"row": 72, "column": 27}}, {"id": 94, "type": "preproc_arg", "text": "0x46 // bit2:0", "parent": 91, "children": [], "start_point": {"row": 72, "column": 36}, "end_point": {"row": 72, "column": 50}}, {"id": 95, "type": "declaration", "text": "static const uint8_t low_active_R_ABC_Avg_UBx50_T_BLACINV_EnHx1_T_SIG_REFx1[] = {\n//address, value\n 0x7F, 0x00,\n 0x0C, 0x1D, // software reset\n 0x7F, 0x00,\n 0x07, 0x00, // low active\n 0x08, 0x03,\n 0x0B, 0x0E,\n 0x0D, 0xC5,\n 0x0F, 0x32, //R_ABC_Avg_UB=50\n 0x11, 0x41, //R_global=1\n 0x13, 0xD2,\n 0x14, 0xFE,\n 0x15, 0x00, // R_fg_fast=0\n 0x17, 0x02, //03\n 0x1A, 0x07,\n 0x1B, 0x08,\n 0x20, 0x00, //R_fast_powerdn_WakeupTime=0\n 0x25, 0x78,\n 0x29, 0x28,\n 0x2B, 0x06,\n 0x2F, 0x0E,\n 0x30, 0x0E,\n 0x34, 0x0F,\n 0x35, 0x0F,\n 0x3A, 0x28,\n 0x45, 0x17,\n 0x46, 0x17,\n 0x48, 0x10, //EXP\n 0x49, 0x27, //EXP\n 0x4A, 0x00, //EXP\n 0x4D, 0x0D,\n 0x4E, 0x20,\n 0x62, 0x12,\n 0x64, 0x02,\n 0x67, 0x0A,\n 0x69, 0x0A,\n 0x6C, 0x0B,\n 0x6E, 0x0B,\n 0x71, 0x0A,\n 0x73, 0x1D,\n 0x75, 0x1E,\n 0x77, 0x0B,\n 0x7F, 0x01,\n 0x01, 0x14,\n 0x02, 0x02, //\n 0x04, 0x96,\n 0x05, 0x03,\n 0x06, 0x46,\n 0x0D, 0x9F, //T_BLACINV_EnH=1\n 0x0E, 0x11, //T_SIG_REF=1\n 0x0F, 0x48,\n 0x10, 0x10, //T_vcom_lvl=0\n 0x11, 0x00,\n 0x12, 0x05,\n 0x15, 0x00,\n 0x16, 0x01, //schmitt trigger\n 0x17, 0x67,\n 0x18, 0xD0, //T_vrt_lvl=T_vrb_lvl=2\n 0x21, 0x14,\n 0x22, 0x80, //\n 0x2F, 0x30,\n 0x35, 0x64,\n 0x39, 0x03,\n 0x3A, 0x03,\n 0x46, 0x06,\n 0x4A, 0x00, //FX2\n 0x4B, 0x00, //FX2\n 0x00, 0x01, //updated flag\n};", "parent": null, "children": [96, 97], "start_point": {"row": 76, "column": 0}, "end_point": {"row": 145, "column": 2}}, {"id": 96, "type": "primitive_type", "text": "uint8_t", "parent": 95, "children": [], "start_point": {"row": 76, "column": 13}, "end_point": {"row": 76, "column": 20}}, {"id": 97, "type": "init_declarator", "text": "low_active_R_ABC_Avg_UBx50_T_BLACINV_EnHx1_T_SIG_REFx1[] = {\n//address, value\n 0x7F, 0x00,\n 0x0C, 0x1D, // software reset\n 0x7F, 0x00,\n 0x07, 0x00, // low active\n 0x08, 0x03,\n 0x0B, 0x0E,\n 0x0D, 0xC5,\n 0x0F, 0x32, //R_ABC_Avg_UB=50\n 0x11, 0x41, //R_global=1\n 0x13, 0xD2,\n 0x14, 0xFE,\n 0x15, 0x00, // R_fg_fast=0\n 0x17, 0x02, //03\n 0x1A, 0x07,\n 0x1B, 0x08,\n 0x20, 0x00, //R_fast_powerdn_WakeupTime=0\n 0x25, 0x78,\n 0x29, 0x28,\n 0x2B, 0x06,\n 0x2F, 0x0E,\n 0x30, 0x0E,\n 0x34, 0x0F,\n 0x35, 0x0F,\n 0x3A, 0x28,\n 0x45, 0x17,\n 0x46, 0x17,\n 0x48, 0x10, //EXP\n 0x49, 0x27, //EXP\n 0x4A, 0x00, //EXP\n 0x4D, 0x0D,\n 0x4E, 0x20,\n 0x62, 0x12,\n 0x64, 0x02,\n 0x67, 0x0A,\n 0x69, 0x0A,\n 0x6C, 0x0B,\n 0x6E, 0x0B,\n 0x71, 0x0A,\n 0x73, 0x1D,\n 0x75, 0x1E,\n 0x77, 0x0B,\n 0x7F, 0x01,\n 0x01, 0x14,\n 0x02, 0x02, //\n 0x04, 0x96,\n 0x05, 0x03,\n 0x06, 0x46,\n 0x0D, 0x9F, //T_BLACINV_EnH=1\n 0x0E, 0x11, //T_SIG_REF=1\n 0x0F, 0x48,\n 0x10, 0x10, //T_vcom_lvl=0\n 0x11, 0x00,\n 0x12, 0x05,\n 0x15, 0x00,\n 0x16, 0x01, //schmitt trigger\n 0x17, 0x67,\n 0x18, 0xD0, //T_vrt_lvl=T_vrb_lvl=2\n 0x21, 0x14,\n 0x22, 0x80, //\n 0x2F, 0x30,\n 0x35, 0x64,\n 0x39, 0x03,\n 0x3A, 0x03,\n 0x46, 0x06,\n 0x4A, 0x00, //FX2\n 0x4B, 0x00, //FX2\n 0x00, 0x01, //updated flag\n}", "parent": 95, "children": [98, 100, 101], "start_point": {"row": 76, "column": 21}, "end_point": {"row": 145, "column": 1}}, {"id": 98, "type": "array_declarator", "text": "low_active_R_ABC_Avg_UBx50_T_BLACINV_EnHx1_T_SIG_REFx1[]", "parent": 97, "children": [99], "start_point": {"row": 76, "column": 21}, "end_point": {"row": 76, "column": 77}}, {"id": 99, "type": "identifier", "text": "low_active_R_ABC_Avg_UBx50_T_BLACINV_EnHx1_T_SIG_REFx1", "parent": 98, "children": [], "start_point": {"row": 76, "column": 21}, "end_point": {"row": 76, "column": 75}}, {"id": 100, "type": "=", "text": "=", "parent": 97, "children": [], "start_point": {"row": 76, "column": 78}, "end_point": {"row": 76, "column": 79}}, {"id": 101, "type": "initializer_list", "text": "{\n//address, value\n 0x7F, 0x00,\n 0x0C, 0x1D, // software reset\n 0x7F, 0x00,\n 0x07, 0x00, // low active\n 0x08, 0x03,\n 0x0B, 0x0E,\n 0x0D, 0xC5,\n 0x0F, 0x32, //R_ABC_Avg_UB=50\n 0x11, 0x41, //R_global=1\n 0x13, 0xD2,\n 0x14, 0xFE,\n 0x15, 0x00, // R_fg_fast=0\n 0x17, 0x02, //03\n 0x1A, 0x07,\n 0x1B, 0x08,\n 0x20, 0x00, //R_fast_powerdn_WakeupTime=0\n 0x25, 0x78,\n 0x29, 0x28,\n 0x2B, 0x06,\n 0x2F, 0x0E,\n 0x30, 0x0E,\n 0x34, 0x0F,\n 0x35, 0x0F,\n 0x3A, 0x28,\n 0x45, 0x17,\n 0x46, 0x17,\n 0x48, 0x10, //EXP\n 0x49, 0x27, //EXP\n 0x4A, 0x00, //EXP\n 0x4D, 0x0D,\n 0x4E, 0x20,\n 0x62, 0x12,\n 0x64, 0x02,\n 0x67, 0x0A,\n 0x69, 0x0A,\n 0x6C, 0x0B,\n 0x6E, 0x0B,\n 0x71, 0x0A,\n 0x73, 0x1D,\n 0x75, 0x1E,\n 0x77, 0x0B,\n 0x7F, 0x01,\n 0x01, 0x14,\n 0x02, 0x02, //\n 0x04, 0x96,\n 0x05, 0x03,\n 0x06, 0x46,\n 0x0D, 0x9F, //T_BLACINV_EnH=1\n 0x0E, 0x11, //T_SIG_REF=1\n 0x0F, 0x48,\n 0x10, 0x10, //T_vcom_lvl=0\n 0x11, 0x00,\n 0x12, 0x05,\n 0x15, 0x00,\n 0x16, 0x01, //schmitt trigger\n 0x17, 0x67,\n 0x18, 0xD0, //T_vrt_lvl=T_vrb_lvl=2\n 0x21, 0x14,\n 0x22, 0x80, //\n 0x2F, 0x30,\n 0x35, 0x64,\n 0x39, 0x03,\n 0x3A, 0x03,\n 0x46, 0x06,\n 0x4A, 0x00, //FX2\n 0x4B, 0x00, //FX2\n 0x00, 0x01, //updated flag\n}", "parent": 97, "children": [102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114, 115, 116, 117, 118, 119, 120, 121, 122, 123, 124, 125, 126, 127, 128, 129, 130, 131, 132, 133, 134, 135, 136, 137, 138, 139, 140, 141, 142, 143, 144, 145, 146, 147, 148, 149, 150, 151, 152, 153, 154, 155, 156, 157, 158, 159, 160, 161, 162, 163, 164, 165, 166, 167, 168, 169, 170, 171, 172, 173, 174, 175, 176, 177, 178, 179, 180, 181, 182, 183, 184, 185, 186, 187, 188, 189, 190, 191, 192, 193, 194, 195, 196, 197, 198, 199, 200, 201, 202, 203, 204, 205, 206, 207, 208, 209, 210, 211, 212, 213, 214, 215, 216, 217, 218, 219, 220, 221, 222, 223, 224, 225, 226, 227, 228, 229, 230, 231, 232, 233, 234, 235], "start_point": {"row": 76, "column": 80}, "end_point": {"row": 145, "column": 1}}, {"id": 102, "type": "number_literal", "text": "0x7F", "parent": 101, "children": [], "start_point": {"row": 78, "column": 4}, "end_point": {"row": 78, "column": 8}}, {"id": 103, "type": "number_literal", "text": "0x00", "parent": 101, "children": [], "start_point": {"row": 78, "column": 10}, "end_point": {"row": 78, "column": 14}}, {"id": 104, "type": "number_literal", "text": "0x0C", "parent": 101, "children": [], "start_point": {"row": 79, "column": 4}, "end_point": {"row": 79, "column": 8}}, {"id": 105, "type": "number_literal", "text": "0x1D", "parent": 101, "children": [], "start_point": {"row": 79, "column": 10}, "end_point": {"row": 79, "column": 14}}, {"id": 106, "type": "number_literal", "text": "0x7F", "parent": 101, "children": [], "start_point": {"row": 80, "column": 4}, "end_point": {"row": 80, "column": 8}}, {"id": 107, "type": "number_literal", "text": "0x00", "parent": 101, "children": [], "start_point": {"row": 80, "column": 10}, "end_point": {"row": 80, "column": 14}}, {"id": 108, "type": "number_literal", "text": "0x07", "parent": 101, "children": [], "start_point": {"row": 81, "column": 4}, "end_point": {"row": 81, "column": 8}}, {"id": 109, "type": "number_literal", "text": "0x00", "parent": 101, "children": [], "start_point": {"row": 81, "column": 10}, "end_point": {"row": 81, "column": 14}}, {"id": 110, "type": "number_literal", "text": "0x08", "parent": 101, "children": [], "start_point": {"row": 82, "column": 4}, "end_point": {"row": 82, "column": 8}}, {"id": 111, "type": "number_literal", "text": "0x03", "parent": 101, "children": [], "start_point": {"row": 82, "column": 10}, "end_point": {"row": 82, "column": 14}}, {"id": 112, "type": "number_literal", "text": "0x0B", "parent": 101, "children": [], "start_point": {"row": 83, "column": 4}, "end_point": {"row": 83, "column": 8}}, {"id": 113, "type": "number_literal", "text": "0x0E", "parent": 101, "children": [], "start_point": {"row": 83, "column": 10}, "end_point": {"row": 83, "column": 14}}, {"id": 114, "type": "number_literal", "text": "0x0D", "parent": 101, "children": [], "start_point": {"row": 84, "column": 4}, "end_point": {"row": 84, "column": 8}}, {"id": 115, "type": "number_literal", "text": "0xC5", "parent": 101, "children": [], "start_point": {"row": 84, "column": 10}, "end_point": {"row": 84, "column": 14}}, {"id": 116, "type": "number_literal", "text": "0x0F", "parent": 101, "children": [], "start_point": {"row": 85, "column": 4}, "end_point": {"row": 85, "column": 8}}, {"id": 117, "type": "number_literal", "text": "0x32", "parent": 101, "children": [], "start_point": {"row": 85, "column": 10}, "end_point": {"row": 85, "column": 14}}, {"id": 118, "type": "number_literal", "text": "0x11", "parent": 101, "children": [], "start_point": {"row": 86, "column": 4}, "end_point": {"row": 86, "column": 8}}, {"id": 119, "type": "number_literal", "text": "0x41", "parent": 101, "children": [], "start_point": {"row": 86, "column": 10}, "end_point": {"row": 86, "column": 14}}, {"id": 120, "type": "number_literal", "text": "0x13", "parent": 101, "children": [], "start_point": {"row": 87, "column": 4}, "end_point": {"row": 87, "column": 8}}, {"id": 121, "type": "number_literal", "text": "0xD2", "parent": 101, "children": [], "start_point": {"row": 87, "column": 10}, "end_point": {"row": 87, "column": 14}}, {"id": 122, "type": "number_literal", "text": "0x14", "parent": 101, "children": [], "start_point": {"row": 88, "column": 4}, "end_point": {"row": 88, "column": 8}}, {"id": 123, "type": "number_literal", "text": "0xFE", "parent": 101, "children": [], "start_point": {"row": 88, "column": 10}, "end_point": {"row": 88, "column": 14}}, {"id": 124, "type": "number_literal", "text": "0x15", "parent": 101, "children": [], "start_point": {"row": 89, "column": 4}, "end_point": {"row": 89, "column": 8}}, {"id": 125, "type": "number_literal", "text": "0x00", "parent": 101, "children": [], "start_point": {"row": 89, "column": 10}, "end_point": {"row": 89, "column": 14}}, {"id": 126, "type": "number_literal", "text": "0x17", "parent": 101, "children": [], "start_point": {"row": 90, "column": 4}, "end_point": {"row": 90, "column": 8}}, {"id": 127, "type": "number_literal", "text": "0x02", "parent": 101, "children": [], "start_point": {"row": 90, "column": 10}, "end_point": {"row": 90, "column": 14}}, {"id": 128, "type": "number_literal", "text": "0x1A", "parent": 101, "children": [], "start_point": {"row": 91, "column": 4}, "end_point": {"row": 91, "column": 8}}, {"id": 129, "type": "number_literal", "text": "0x07", "parent": 101, "children": [], "start_point": {"row": 91, "column": 10}, "end_point": {"row": 91, "column": 14}}, {"id": 130, "type": "number_literal", "text": "0x1B", "parent": 101, "children": [], "start_point": {"row": 92, "column": 4}, "end_point": {"row": 92, "column": 8}}, {"id": 131, "type": "number_literal", "text": "0x08", "parent": 101, "children": [], "start_point": {"row": 92, "column": 10}, "end_point": {"row": 92, "column": 14}}, {"id": 132, "type": "number_literal", "text": "0x20", "parent": 101, "children": [], "start_point": {"row": 93, "column": 4}, "end_point": {"row": 93, "column": 8}}, {"id": 133, "type": "number_literal", "text": "0x00", "parent": 101, "children": [], "start_point": {"row": 93, "column": 10}, "end_point": {"row": 93, "column": 14}}, {"id": 134, "type": "number_literal", "text": "0x25", "parent": 101, "children": [], "start_point": {"row": 94, "column": 4}, "end_point": {"row": 94, "column": 8}}, {"id": 135, "type": "number_literal", "text": "0x78", "parent": 101, "children": [], "start_point": {"row": 94, "column": 10}, "end_point": {"row": 94, "column": 14}}, {"id": 136, "type": "number_literal", "text": "0x29", "parent": 101, "children": [], "start_point": {"row": 95, "column": 4}, "end_point": {"row": 95, "column": 8}}, {"id": 137, "type": "number_literal", "text": "0x28", "parent": 101, "children": [], "start_point": {"row": 95, "column": 10}, "end_point": {"row": 95, "column": 14}}, {"id": 138, "type": "number_literal", "text": "0x2B", "parent": 101, "children": [], "start_point": {"row": 96, "column": 4}, "end_point": {"row": 96, "column": 8}}, {"id": 139, "type": "number_literal", "text": "0x06", "parent": 101, "children": [], "start_point": {"row": 96, "column": 10}, "end_point": {"row": 96, "column": 14}}, {"id": 140, "type": "number_literal", "text": "0x2F", "parent": 101, "children": [], "start_point": {"row": 97, "column": 4}, "end_point": {"row": 97, "column": 8}}, {"id": 141, "type": "number_literal", "text": "0x0E", "parent": 101, "children": [], "start_point": {"row": 97, "column": 10}, "end_point": {"row": 97, "column": 14}}, {"id": 142, "type": "number_literal", "text": "0x30", "parent": 101, "children": [], "start_point": {"row": 98, "column": 4}, "end_point": {"row": 98, "column": 8}}, {"id": 143, "type": "number_literal", "text": "0x0E", "parent": 101, "children": [], "start_point": {"row": 98, "column": 10}, "end_point": {"row": 98, "column": 14}}, {"id": 144, "type": "number_literal", "text": "0x34", "parent": 101, "children": [], "start_point": {"row": 99, "column": 4}, "end_point": {"row": 99, "column": 8}}, {"id": 145, "type": "number_literal", "text": "0x0F", "parent": 101, "children": [], "start_point": {"row": 99, "column": 10}, "end_point": {"row": 99, "column": 14}}, {"id": 146, "type": "number_literal", "text": "0x35", "parent": 101, "children": [], "start_point": {"row": 100, "column": 4}, "end_point": {"row": 100, "column": 8}}, {"id": 147, "type": "number_literal", "text": "0x0F", "parent": 101, "children": [], "start_point": {"row": 100, "column": 10}, "end_point": {"row": 100, "column": 14}}, {"id": 148, "type": "number_literal", "text": "0x3A", "parent": 101, "children": [], "start_point": {"row": 101, "column": 4}, "end_point": {"row": 101, "column": 8}}, {"id": 149, "type": "number_literal", "text": "0x28", "parent": 101, "children": [], "start_point": {"row": 101, "column": 10}, "end_point": {"row": 101, "column": 14}}, {"id": 150, "type": "number_literal", "text": "0x45", "parent": 101, "children": [], "start_point": {"row": 102, "column": 4}, "end_point": {"row": 102, "column": 8}}, {"id": 151, "type": "number_literal", "text": "0x17", "parent": 101, "children": [], "start_point": {"row": 102, "column": 10}, "end_point": {"row": 102, "column": 14}}, {"id": 152, "type": "number_literal", "text": "0x46", "parent": 101, "children": [], "start_point": {"row": 103, "column": 4}, "end_point": {"row": 103, "column": 8}}, {"id": 153, "type": "number_literal", "text": "0x17", "parent": 101, "children": [], "start_point": {"row": 103, "column": 10}, "end_point": {"row": 103, "column": 14}}, {"id": 154, "type": "number_literal", "text": "0x48", "parent": 101, "children": [], "start_point": {"row": 104, "column": 4}, "end_point": {"row": 104, "column": 8}}, {"id": 155, "type": "number_literal", "text": "0x10", "parent": 101, "children": [], "start_point": {"row": 104, "column": 10}, "end_point": {"row": 104, "column": 14}}, {"id": 156, "type": "number_literal", "text": "0x49", "parent": 101, "children": [], "start_point": {"row": 105, "column": 4}, "end_point": {"row": 105, "column": 8}}, {"id": 157, "type": "number_literal", "text": "0x27", "parent": 101, 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163, 164, 165, 166, 167, 168, 169, 170, 171, 172, 173, 174, 175, 176, 177, 178, 179, 180, 181, 182, 183, 184, 185, 186, 187, 188, 189, 190, 191, 192, 193, 194, 195, 196, 197, 198, 199, 200, 201, 202, 203, 204, 205, 206, 207, 208, 209, 210, 211, 212, 213, 214, 215, 216, 217, 218, 219, 220, 221, 222, 223, 224, 225, 226, 227, 228, 229, 230, 231, 232, 233, 234, 235], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include <stdint.h>\n"}, {"node_id": 1, "text": "#include"}]}, "original_source_code": "/*\n * File: paj6100u6_reg.h\n * Created Date: Tuesday, May 25th 2021, 10:45:35 am\n * Author: <NAME>\n * -----\n * Last Modified: Sunday May 30th 2021 2:39:45 pm\n * Modified By: <NAME> at <<EMAIL>>\n * -----\n * MIT License\n *\n * Copyright (c) 2021 Pixart Inc.\n *\n * Permission is hereby granted, free of charge, to any person obtaining a copy of\n * this software and associated documentation files (the \"Software\"), to deal in\n * the Software without restriction, including without limitation the rights to\n * use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies\n * of the Software, and to permit persons to whom the Software is furnished to do\n * so, subject to the following conditions:\n *\n * The above copyright notice and this permission notice shall be included in all\n * copies or substantial portions of the Software.\n *\n * THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n * SOFTWARE.\n * -----\n * HISTORY:\n * Date \tBy\tComments\n * ----------\t---\t----------------------------------------------------------\n */\n\n#include <stdint.h>\n\n#define REG_BANK_SWITCH 0x7F\n\n// =======================================\n#define BANK_0 0x00\n// ---------------------------------------\n#define REG_CMD_HSYNC_INV 0X07 // bit7\n#define REG_CMD_VSYNC_INV 0X07 // bit6\n\n#define REG_CMD_AAVG_V 0X07 // bit3\n#define REG_CMD_AAVG_H 0X07 // bit2\n\n#define REG_ABC_START_LINE 0x0D // bit3:1\n\n\n#define REG_FGH 0x11 // bit5:4\n#define REG_GGH 0x12 // bit7\n\n#define REG_EXP_OFFSET_L 0x18\n#define REG_EXP_OFFSET_H 0x19\n#define REG_CMD_EXPO_L 0x48\n#define REG_CMD_EXPO_H 0x49\n#define REG_CMD_EXPO_2H 0x4A\n\n#define REG_FRAME_TIME_L 0x7A\n#define REG_FRAME_TIME_H 0x7B\n#define REG_FRAME_TIME_2H 0x7C\n// =======================================\n#define BANK_1 0x01\n// ---------------------------------------\n#define REG_ISP_UPDATE 0x00\n\n#define REG_CMD_SENSOR_MODE 0X23 // bit7\n#define REG_CMD_LPM_ENH 0x23 // bit6\n\n#define REG_CP_WOI_VOFFSET 0x45\n#define REG_ABC_SAMPLE_SIZE 0x46 // bit2:0\n\n\n// 20180504\nstatic const uint8_t low_active_R_ABC_Avg_UBx50_T_BLACINV_EnHx1_T_SIG_REFx1[] = {\n//address, value\n 0x7F, 0x00,\n 0x0C, 0x1D, // software reset\n 0x7F, 0x00,\n 0x07, 0x00, // low active\n 0x08, 0x03,\n 0x0B, 0x0E,\n 0x0D, 0xC5,\n 0x0F, 0x32, //R_ABC_Avg_UB=50\n 0x11, 0x41, //R_global=1\n 0x13, 0xD2,\n 0x14, 0xFE,\n 0x15, 0x00, // R_fg_fast=0\n 0x17, 0x02, //03\n 0x1A, 0x07,\n 0x1B, 0x08,\n 0x20, 0x00, //R_fast_powerdn_WakeupTime=0\n 0x25, 0x78,\n 0x29, 0x28,\n 0x2B, 0x06,\n 0x2F, 0x0E,\n 0x30, 0x0E,\n 0x34, 0x0F,\n 0x35, 0x0F,\n 0x3A, 0x28,\n 0x45, 0x17,\n 0x46, 0x17,\n 0x48, 0x10, //EXP\n 0x49, 0x27, //EXP\n 0x4A, 0x00, //EXP\n 0x4D, 0x0D,\n 0x4E, 0x20,\n 0x62, 0x12,\n 0x64, 0x02,\n 0x67, 0x0A,\n 0x69, 0x0A,\n 0x6C, 0x0B,\n 0x6E, 0x0B,\n 0x71, 0x0A,\n 0x73, 0x1D,\n 0x75, 0x1E,\n 0x77, 0x0B,\n 0x7F, 0x01,\n 0x01, 0x14,\n 0x02, 0x02, //\n 0x04, 0x96,\n 0x05, 0x03,\n 0x06, 0x46,\n 0x0D, 0x9F, //T_BLACINV_EnH=1\n 0x0E, 0x11, //T_SIG_REF=1\n 0x0F, 0x48,\n 0x10, 0x10, //T_vcom_lvl=0\n 0x11, 0x00,\n 0x12, 0x05,\n 0x15, 0x00,\n 0x16, 0x01, //schmitt trigger\n 0x17, 0x67,\n 0x18, 0xD0, //T_vrt_lvl=T_vrb_lvl=2\n 0x21, 0x14,\n 0x22, 0x80, //\n 0x2F, 0x30,\n 0x35, 0x64,\n 0x39, 0x03,\n 0x3A, 0x03,\n 0x46, 0x06,\n 0x4A, 0x00, //FX2\n 0x4B, 0x00, //FX2\n 0x00, 0x01, //updated flag\n};"}
| 211
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c
|
//
// SCPoiSearch.h
// FindAFitting
//
// Created by SC on 16/5/10.
// Copyright © 2016年 SDJY. All rights reserved.
//
#import <Foundation/Foundation.h>
#import "SCAddress.h"
typedef void (^SCPoiSearchBlock)(BOOL isSuccessed, NSMutableArray *addressArray, id additionalInfo);
@interface SCPoiSearchUtil : NSObject
DECLARE_SINGLETON()
- (void)nearbySearchByKeyword:(NSString *)keyword location:(CLLocationCoordinate2D) location callback:(SCPoiSearchBlock)callback;
- (void)nearbySearchByKeyword:(NSString *)keyword location:(CLLocationCoordinate2D) location additionalInfo:(id)additionalInfo callback:(SCPoiSearchBlock)callback;
- (void)nearbySearchByKeyword:(NSString *)keyword location:(CLLocationCoordinate2D) location radius:(NSInteger)radius additionalInfo:(id)additionalInfo callback:(SCPoiSearchBlock)callback;
@end
| 47.65
| 17
|
(translation_unit) "//\n// SCPoiSearch.h\n// FindAFitting\n//\n// Created by SC on 16/5/10.\n// Copyright © 2016年 SDJY. All rights reserved.\n//\n\n#import <Foundation/Foundation.h>\n#import "SCAddress.h"\n\ntypedef void (^SCPoiSearchBlock)(BOOL isSuccessed, NSMutableArray *addressArray, id additionalInfo);\n\n@interface SCPoiSearchUtil : NSObject\n\nDECLARE_SINGLETON()\n\n- (void)nearbySearchByKeyword:(NSString *)keyword location:(CLLocationCoordinate2D) location callback:(SCPoiSearchBlock)callback;\n\n- (void)nearbySearchByKeyword:(NSString *)keyword location:(CLLocationCoordinate2D) location additionalInfo:(id)additionalInfo callback:(SCPoiSearchBlock)callback;\n\n- (void)nearbySearchByKeyword:(NSString *)keyword location:(CLLocationCoordinate2D) location radius:(NSInteger)radius additionalInfo:(id)additionalInfo callback:(SCPoiSearchBlock)callback;\n\n\n@end\n"
(comment) "//"
(comment) "// SCPoiSearch.h"
(comment) "// FindAFitting"
(comment) "//"
(comment) "// Created by SC on 16/5/10."
(comment) "// Copyright © 2016年 SDJY. All rights reserved.\n//"
(comment) "\n#"
(preproc_call) "port <Foundation/Foundation.h>\n#im"
(preproc_directive) "port <F"
(preproc_arg) "undation/Foundation.h>\n#i"
(preproc_call) "port "SCAddress.h"\n\nty"
(preproc_directive) "port "S"
(preproc_arg) "Address.h"\n\nt"
(type_definition) "edef void (^SCPoiSearchBlock)(BOOL isSuccessed, NSMutableArray *addressArray, id additionalInfo);\n\n@"
(typedef) "edef vo"
(primitive_type) "d (^"
(function_declarator) "CPoiSearchBlock)(BOOL isSuccessed, NSMutableArray *addressArray, id additionalInfo);\n\n"
(parenthesized_declarator) "CPoiSearchBlock)(BO"
(() "C"
(ERROR) "P"
(^) "P"
(type_identifier) "oiSearchBlock)(B"
()) "O"
(parameter_list) "OL isSuccessed, NSMutableArray *addressArray, id additionalInfo);\n\n"
(() "O"
(parameter_declaration) "L isSuccessed, N"
(type_identifier) "L is"
(identifier) "uccessed, N"
(,) "S"
(parameter_declaration) "utableArray *addressArray, i"
(type_identifier) "utableArray *a"
(pointer_declarator) "dressArray, i"
(*) "d"
(identifier) "ressArray, i"
(,) "d"
(parameter_declaration) "additionalInfo);\n"
(type_identifier) "ad"
(identifier) "itionalInfo);\n"
()) "\n"
(;) "@"
(ERROR) "terface SCPoiSearchUtil : NSObject\n\nDECLARE_SINGLETON()\n\n- (void)nearbySearchByKeyword:(NSString *)keyword location:(CLL"
(ERROR) "t"
(type_identifier) "erface SC"
(ERROR) "oiSearchUtil : NSObject\n\nD"
(identifier) "oiSearchUtil : "
(:) "S"
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"type_identifier", "text": "ation ra", "parent": 96, "children": [], "start_point": {"row": 21, "column": 84}, "end_point": {"row": 21, "column": 92}}, {"id": 98, "type": "ERROR", "text": "ius:(NSInteger)rad", "parent": 96, "children": [99, 100], "start_point": {"row": 21, "column": 93}, "end_point": {"row": 21, "column": 111}}, {"id": 99, "type": "identifier", "text": "ius:(N", "parent": 98, "children": [], "start_point": {"row": 21, "column": 93}, "end_point": {"row": 21, "column": 99}}, {"id": 100, "type": "identifier", "text": "nteger)ra", "parent": 98, "children": [], "start_point": {"row": 21, "column": 101}, "end_point": {"row": 21, "column": 110}}, {"id": 101, "type": "identifier", "text": "ius ad", "parent": 96, "children": [], "start_point": {"row": 21, "column": 111}, "end_point": {"row": 21, "column": 117}}, {"id": 102, "type": "labeled_statement", "text": "itionalInfo:(id)additionalInfo ca", "parent": null, "children": [103], "start_point": {"row": 21, "column": 118}, "end_point": {"row": 21, "column": 151}}, {"id": 103, "type": "statement_identifier", "text": "itionalInfo:(i", "parent": 102, "children": [], "start_point": {"row": 21, "column": 118}, "end_point": {"row": 21, "column": 132}}, {"id": 104, "type": "cast_expression", "text": ")additionalInfo ca", "parent": 102, "children": [105, 107], "start_point": {"row": 21, "column": 133}, "end_point": {"row": 21, "column": 151}}, {"id": 105, "type": "type_descriptor", "text": "ad", "parent": 104, "children": [106], "start_point": {"row": 21, "column": 134}, "end_point": {"row": 21, "column": 136}}, {"id": 106, "type": "type_identifier", "text": "ad", "parent": 105, "children": [], "start_point": {"row": 21, "column": 134}, "end_point": {"row": 21, "column": 136}}, {"id": 107, "type": "identifier", "text": "itionalInfo ca", "parent": 104, "children": [], "start_point": {"row": 21, "column": 137}, "end_point": {"row": 21, "column": 151}}, {"id": 108, "type": "labeled_statement", "text": "lback:(SCPoiSearchBlock)callback;\n\n\n", "parent": null, "children": [109], "start_point": {"row": 21, "column": 152}, "end_point": {"row": 21, "column": 188}}, {"id": 109, "type": "statement_identifier", "text": "lback:(S", "parent": 108, "children": [], "start_point": {"row": 21, "column": 152}, "end_point": {"row": 21, "column": 160}}, {"id": 110, "type": "cast_expression", "text": "PoiSearchBlock)callback;\n\n", "parent": 108, "children": [111, 113], "start_point": {"row": 21, "column": 161}, "end_point": {"row": 21, "column": 187}}, {"id": 111, "type": "type_descriptor", "text": "oiSearchBlock)ca", "parent": 110, "children": [112], "start_point": {"row": 21, "column": 162}, "end_point": {"row": 21, "column": 178}}, {"id": 112, "type": "type_identifier", "text": "oiSearchBlock)ca", "parent": 111, "children": [], "start_point": {"row": 21, "column": 162}, "end_point": {"row": 21, "column": 178}}, {"id": 113, "type": "identifier", "text": "lback;\n\n", "parent": 110, "children": [], "start_point": {"row": 21, "column": 179}, "end_point": {"row": 21, "column": 187}}, {"id": 114, "type": "ERROR", "text": "d", "parent": null, "children": [115], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 24, "column": 1}}, {"id": 115, "type": "ERROR", "text": "d", "parent": 114, "children": [], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 24, "column": 1}}, {"id": 116, "type": "identifier", "text": "\n", "parent": null, "children": [], "start_point": {"row": 24, "column": 1}, "end_point": {"row": 24, "column": 4}}]}, "node_categories": {"declarations": {"functions": [9, 32], "variables": [6, 15, 18, 23, 47, 72, 96], "classes": [], "imports": [], "modules": [], "enums": []}, "statements": {"expressions": [35, 37, 41, 53, 58, 59, 61, 82, 83, 85, 104, 110], "assignments": [], "loops": [], "conditionals": [13, 16, 17, 19, 22, 24, 25, 28, 30, 31, 33, 40, 42, 45, 46, 48, 50, 52, 55, 56, 64, 66, 69, 70, 71, 73, 75, 76, 77, 78, 79, 80, 88, 90, 93, 94, 95, 97, 99, 100, 101, 103, 106, 107, 109, 112, 113, 116], "returns": [], "exceptions": []}, "expressions": {"calls": [0, 3], "literals": [], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 9, "universal_type": "function", "name": "unknown", "text_snippet": "CPoiSearchBlock)(BOOL isSuccessed, NSMutableArray *addressArray, id additionalInfo);\n\n"}, {"node_id": 32, "universal_type": "function", "name": "unknown", "text_snippet": "LARE_SINGLETON()\n\n-"}], "class_declarations": [], "import_statements": []}, "original_source_code": "//\n// SCPoiSearch.h\n// FindAFitting\n//\n// Created by SC on 16/5/10.\n// Copyright \u00a9 2016\u5e74 SDJY. All rights reserved.\n//\n\n#import <Foundation/Foundation.h>\n#import \"SCAddress.h\"\n\ntypedef void (^SCPoiSearchBlock)(BOOL isSuccessed, NSMutableArray *addressArray, id additionalInfo);\n\n@interface SCPoiSearchUtil : NSObject\n\nDECLARE_SINGLETON()\n\n- (void)nearbySearchByKeyword:(NSString *)keyword location:(CLLocationCoordinate2D) location callback:(SCPoiSearchBlock)callback;\n\n- (void)nearbySearchByKeyword:(NSString *)keyword location:(CLLocationCoordinate2D) location additionalInfo:(id)additionalInfo callback:(SCPoiSearchBlock)callback;\n\n- (void)nearbySearchByKeyword:(NSString *)keyword location:(CLLocationCoordinate2D) location radius:(NSInteger)radius additionalInfo:(id)additionalInfo callback:(SCPoiSearchBlock)callback;\n\n\n@end\n"}
| 212
|
c
|
/**
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance
* with the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an
* "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
* KIND, either express or implied. See the License for the
* specific language governing permissions and limitations
* under the License.
*/
#pragma once
namespace JSC {
ALWAYS_INLINE bool isIOS()
{
#if PLATFORM(IOS)
return true;
#else
return false;
#endif
}
ALWAYS_INLINE bool isInt9(int32_t value)
{
return value == ((value << 23) >> 23);
}
template<typename Type>
ALWAYS_INLINE bool isUInt12(Type value)
{
return !(value & ~static_cast<Type>(0xfff));
}
template<int datasize>
ALWAYS_INLINE bool isValidScaledUImm12(int32_t offset)
{
int32_t maxPImm = 4095 * (datasize / 8);
if (offset < 0)
return false;
if (offset > maxPImm)
return false;
if (offset & ((datasize / 8) - 1))
return false;
return true;
}
ALWAYS_INLINE bool isValidSignedImm9(int32_t value)
{
return isInt9(value);
}
class ARM64LogicalImmediate {
public:
static ARM64LogicalImmediate create32(uint32_t value)
{
// Check for 0, -1 - these cannot be encoded.
if (!value || !~value)
return InvalidLogicalImmediate;
// First look for a 32-bit pattern, then for repeating 16-bit
// patterns, 8-bit, 4-bit, and finally 2-bit.
unsigned hsb, lsb;
bool inverted;
if (findBitRange<32>(value, hsb, lsb, inverted))
return encodeLogicalImmediate<32>(hsb, lsb, inverted);
if ((value & 0xffff) != (value >> 16))
return InvalidLogicalImmediate;
value &= 0xffff;
if (findBitRange<16>(value, hsb, lsb, inverted))
return encodeLogicalImmediate<16>(hsb, lsb, inverted);
if ((value & 0xff) != (value >> 8))
return InvalidLogicalImmediate;
value &= 0xff;
if (findBitRange<8>(value, hsb, lsb, inverted))
return encodeLogicalImmediate<8>(hsb, lsb, inverted);
if ((value & 0xf) != (value >> 4))
return InvalidLogicalImmediate;
value &= 0xf;
if (findBitRange<4>(value, hsb, lsb, inverted))
return encodeLogicalImmediate<4>(hsb, lsb, inverted);
if ((value & 0x3) != (value >> 2))
return InvalidLogicalImmediate;
value &= 0x3;
if (findBitRange<2>(value, hsb, lsb, inverted))
return encodeLogicalImmediate<2>(hsb, lsb, inverted);
return InvalidLogicalImmediate;
}
static ARM64LogicalImmediate create64(uint64_t value)
{
// Check for 0, -1 - these cannot be encoded.
if (!value || !~value)
return InvalidLogicalImmediate;
// Look for a contiguous bit range.
unsigned hsb, lsb;
bool inverted;
if (findBitRange<64>(value, hsb, lsb, inverted))
return encodeLogicalImmediate<64>(hsb, lsb, inverted);
// If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern.
if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))
return create32(static_cast<uint32_t>(value));
return InvalidLogicalImmediate;
}
int value() const
{
ASSERT(isValid());
return m_value;
}
bool isValid() const
{
return m_value != InvalidLogicalImmediate;
}
bool is64bit() const
{
return m_value & (1 << 12);
}
private:
ARM64LogicalImmediate(int value)
: m_value(value)
{
}
// Generate a mask with bits in the range hsb..0 set, for example:
// hsb:63 = 0xffffffffffffffff
// hsb:42 = 0x000007ffffffffff
// hsb: 0 = 0x0000000000000001
static uint64_t mask(unsigned hsb)
{
ASSERT(hsb < 64);
return 0xffffffffffffffffull >> (63 - hsb);
}
template<unsigned N>
static void partialHSB(uint64_t& value, unsigned&result)
{
if (value & (0xffffffffffffffffull << N)) {
result += N;
value >>= N;
}
}
// Find the bit number of the highest bit set in a non-zero value, for example:
// 0x8080808080808080 = hsb:63
// 0x0000000000000001 = hsb: 0
// 0x000007ffffe00000 = hsb:42
static unsigned highestSetBit(uint64_t value)
{
ASSERT(value);
unsigned hsb = 0;
partialHSB<32>(value, hsb);
partialHSB<16>(value, hsb);
partialHSB<8>(value, hsb);
partialHSB<4>(value, hsb);
partialHSB<2>(value, hsb);
partialHSB<1>(value, hsb);
return hsb;
}
// This function takes a value and a bit width, where value obeys the following constraints:
// * bits outside of the width of the value must be zero.
// * bits within the width of value must neither be all clear or all set.
// The input is inspected to detect values that consist of either two or three contiguous
// ranges of bits. The output range hsb..lsb will describe the second range of the value.
// if the range is set, inverted will be false, and if the range is clear, inverted will
// be true. For example (with width 8):
// 00001111 = hsb:3, lsb:0, inverted:false
// 11110000 = hsb:3, lsb:0, inverted:true
// 00111100 = hsb:5, lsb:2, inverted:false
// 11000011 = hsb:5, lsb:2, inverted:true
template<unsigned width>
static bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)
{
ASSERT(value & mask(width - 1));
ASSERT(value != mask(width - 1));
ASSERT(!(value & ~mask(width - 1)));
// Detect cases where the top bit is set; if so, flip all the bits & set invert.
// This halves the number of patterns we need to look for.
const uint64_t msb = 1ull << (width - 1);
if ((inverted = (value & msb)))
value ^= mask(width - 1);
// Find the highest set bit in value, generate a corresponding mask & flip all
// bits under it.
hsb = highestSetBit(value);
value ^= mask(hsb);
if (!value) {
// If this cleared the value, then the range hsb..0 was all set.
lsb = 0;
return true;
}
// Try making one more mask, and flipping the bits!
lsb = highestSetBit(value);
value ^= mask(lsb);
if (!value) {
// Success - but lsb actually points to the hsb of a third range - add one
// to get to the lsb of the mid range.
++lsb;
return true;
}
return false;
}
// Encodes the set of immN:immr:imms fields found in a logical immediate.
template<unsigned width>
static int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)
{
// Check width is a power of 2!
ASSERT(!(width & (width -1)));
ASSERT(width <= 64 && width >= 2);
ASSERT(hsb >= lsb);
ASSERT(hsb < width);
int immN = 0;
int imms = 0;
int immr = 0;
// For 64-bit values this is easy - just set immN to true, and imms just
// contains the bit number of the highest set bit of the set range. For
// values with narrower widths, these are encoded by a leading set of
// one bits, followed by a zero bit, followed by the remaining set of bits
// being the high bit of the range. For a 32-bit immediate there are no
// leading one bits, just a zero followed by a five bit number. For a
// 16-bit immediate there is one one bit, a zero bit, and then a four bit
// bit-position, etc.
if (width == 64)
immN = 1;
else
imms = 63 & ~(width + width - 1);
if (inverted) {
// if width is 64 & hsb is 62, then we have a value something like:
// 0x80000000ffffffff (in this case with lsb 32).
// The ror should be by 1, imms (effectively set width minus 1) is
// 32. Set width is full width minus cleared width.
immr = (width - 1) - hsb;
imms |= (width - ((hsb - lsb) + 1)) - 1;
} else {
// if width is 64 & hsb is 62, then we have a value something like:
// 0x7fffffff00000000 (in this case with lsb 32).
// The value is effectively rol'ed by lsb, which is equivalent to
// a ror by width - lsb (or 0, in the case where lsb is 0). imms
// is hsb - lsb.
immr = (width - lsb) & (width - 1);
imms |= hsb - lsb;
}
return immN << 12 | immr << 6 | imms;
}
static const int InvalidLogicalImmediate = -1;
int m_value;
};
} // namespace JSC.
| 37.09
| 242
|
(translation_unit) "/**\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements. See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership. The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * "License"); you may not use this file except in compliance\n * with the License. You may obtain a copy of the License at\n *\n * http://www.apache.org/licenses/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied. See the License for the\n * specific language governing permissions and limitations\n * under the License.\n */\n#pragma once\n\nnamespace JSC {\n\nALWAYS_INLINE bool isIOS()\n{\n#if PLATFORM(IOS)\n return true;\n#else\n return false;\n#endif\n}\n\nALWAYS_INLINE bool isInt9(int32_t value)\n{\n return value == ((value << 23) >> 23);\n}\n\ntemplate<typename Type>\nALWAYS_INLINE bool isUInt12(Type value)\n{\n return !(value & ~static_cast<Type>(0xfff));\n}\n\ntemplate<int datasize>\nALWAYS_INLINE bool isValidScaledUImm12(int32_t offset)\n{\n int32_t maxPImm = 4095 * (datasize / 8);\n if (offset < 0)\n return false;\n if (offset > maxPImm)\n return false;\n if (offset & ((datasize / 8) - 1))\n return false;\n return true;\n}\n\nALWAYS_INLINE bool isValidSignedImm9(int32_t value)\n{\n return isInt9(value);\n}\n\nclass ARM64LogicalImmediate {\npublic:\n static ARM64LogicalImmediate create32(uint32_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // First look for a 32-bit pattern, then for repeating 16-bit\n // patterns, 8-bit, 4-bit, and finally 2-bit.\n\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);\n\n if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;\n value &= 0xffff;\n\n if (findBitRange<16>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<16>(hsb, lsb, inverted);\n\n if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;\n value &= 0xff;\n\n if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);\n\n if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;\n value &= 0xf;\n\n if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);\n\n if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;\n value &= 0x3;\n\n if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);\n\n return InvalidLogicalImmediate;\n }\n\n static ARM64LogicalImmediate create64(uint64_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // Look for a contiguous bit range.\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<64>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<64>(hsb, lsb, inverted);\n\n // If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern.\n if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))\n return create32(static_cast<uint32_t>(value));\n return InvalidLogicalImmediate;\n }\n\n int value() const\n {\n ASSERT(isValid());\n return m_value;\n }\n\n bool isValid() const\n {\n return m_value != InvalidLogicalImmediate;\n }\n\n bool is64bit() const\n {\n return m_value & (1 << 12);\n }\n\nprivate:\n ARM64LogicalImmediate(int value)\n : m_value(value)\n {\n }\n\n // Generate a mask with bits in the range hsb..0 set, for example:\n // hsb:63 = 0xffffffffffffffff\n // hsb:42 = 0x000007ffffffffff\n // hsb: 0 = 0x0000000000000001\n static uint64_t mask(unsigned hsb)\n {\n ASSERT(hsb < 64);\n return 0xffffffffffffffffull >> (63 - hsb);\n }\n\n template<unsigned N>\n static void partialHSB(uint64_t& value, unsigned&result)\n {\n if (value & (0xffffffffffffffffull << N)) {\n result += N;\n value >>= N;\n }\n }\n\n // Find the bit number of the highest bit set in a non-zero value, for example:\n // 0x8080808080808080 = hsb:63\n // 0x0000000000000001 = hsb: 0\n // 0x000007ffffe00000 = hsb:42\n static unsigned highestSetBit(uint64_t value)\n {\n ASSERT(value);\n unsigned hsb = 0;\n partialHSB<32>(value, hsb);\n partialHSB<16>(value, hsb);\n partialHSB<8>(value, hsb);\n partialHSB<4>(value, hsb);\n partialHSB<2>(value, hsb);\n partialHSB<1>(value, hsb);\n return hsb;\n }\n\n // This function takes a value and a bit width, where value obeys the following constraints:\n // * bits outside of the width of the value must be zero.\n // * bits within the width of value must neither be all clear or all set.\n // The input is inspected to detect values that consist of either two or three contiguous\n // ranges of bits. The output range hsb..lsb will describe the second range of the value.\n // if the range is set, inverted will be false, and if the range is clear, inverted will\n // be true. For example (with width 8):\n // 00001111 = hsb:3, lsb:0, inverted:false\n // 11110000 = hsb:3, lsb:0, inverted:true\n // 00111100 = hsb:5, lsb:2, inverted:false\n // 11000011 = hsb:5, lsb:2, inverted:true\n template<unsigned width>\n static bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)\n {\n ASSERT(value & mask(width - 1));\n ASSERT(value != mask(width - 1));\n ASSERT(!(value & ~mask(width - 1)));\n\n // Detect cases where the top bit is set; if so, flip all the bits & set invert.\n // This halves the number of patterns we need to look for.\n const uint64_t msb = 1ull << (width - 1);\n if ((inverted = (value & msb)))\n value ^= mask(width - 1);\n\n // Find the highest set bit in value, generate a corresponding mask & flip all\n // bits under it.\n hsb = highestSetBit(value);\n value ^= mask(hsb);\n if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }\n\n // Try making one more mask, and flipping the bits!\n lsb = highestSetBit(value);\n value ^= mask(lsb);\n if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }\n\n return false;\n }\n\n // Encodes the set of immN:immr:imms fields found in a logical immediate.\n template<unsigned width>\n static int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)\n {\n // Check width is a power of 2!\n ASSERT(!(width & (width -1)));\n ASSERT(width <= 64 && width >= 2);\n ASSERT(hsb >= lsb);\n ASSERT(hsb < width);\n\n int immN = 0;\n int imms = 0;\n int immr = 0;\n\n // For 64-bit values this is easy - just set immN to true, and imms just\n // contains the bit number of the highest set bit of the set range. For\n // values with narrower widths, these are encoded by a leading set of\n // one bits, followed by a zero bit, followed by the remaining set of bits\n // being the high bit of the range. For a 32-bit immediate there are no\n // leading one bits, just a zero followed by a five bit number. For a\n // 16-bit immediate there is one one bit, a zero bit, and then a four bit\n // bit-position, etc.\n if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);\n\n if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }\n\n return immN << 12 | immr << 6 | imms;\n }\n\n static const int InvalidLogicalImmediate = -1;\n\n int m_value;\n};\n\n} // namespace JSC.\n"
(comment) "/**\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements. See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership. The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * "License"); you may not use this file except in compliance\n * with the License. You may obtain a copy of the License at\n *\n * http://www.apache.org/licenses/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied. See the License for the\n * specific language governing permissions and limitations\n * under the License.\n */"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(function_definition) "namespace JSC {\n\nALWAYS_INLINE bool isIOS()\n{\n#if PLATFORM(IOS)\n return true;\n#else\n return false;\n#endif\n}\n\nALWAYS_INLINE bool isInt9(int32_t value)\n{\n return value == ((value << 23) >> 23);\n}\n\ntemplate<typename Type>\nALWAYS_INLINE bool isUInt12(Type value)\n{\n return !(value & ~static_cast<Type>(0xfff));\n}\n\ntemplate<int datasize>\nALWAYS_INLINE bool isValidScaledUImm12(int32_t offset)\n{\n int32_t maxPImm = 4095 * (datasize / 8);\n if (offset < 0)\n return false;\n if (offset > maxPImm)\n return false;\n if (offset & ((datasize / 8) - 1))\n return false;\n return true;\n}\n\nALWAYS_INLINE bool isValidSignedImm9(int32_t value)\n{\n return isInt9(value);\n}\n\nclass ARM64LogicalImmediate {\npublic:\n static ARM64LogicalImmediate create32(uint32_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // First look for a 32-bit pattern, then for repeating 16-bit\n // patterns, 8-bit, 4-bit, and finally 2-bit.\n\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);\n\n if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;\n value &= 0xffff;\n\n if (findBitRange<16>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<16>(hsb, lsb, inverted);\n\n if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;\n value &= 0xff;\n\n if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);\n\n if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;\n value &= 0xf;\n\n if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);\n\n if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;\n value &= 0x3;\n\n if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);\n\n return InvalidLogicalImmediate;\n }\n\n static ARM64LogicalImmediate create64(uint64_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // Look for a contiguous bit range.\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<64>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<64>(hsb, lsb, inverted);\n\n // If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern.\n if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))\n return create32(static_cast<uint32_t>(value));\n return InvalidLogicalImmediate;\n }\n\n int value() const\n {\n ASSERT(isValid());\n return m_value;\n }\n\n bool isValid() const\n {\n return m_value != InvalidLogicalImmediate;\n }\n\n bool is64bit() const\n {\n return m_value & (1 << 12);\n }\n\nprivate:\n ARM64LogicalImmediate(int value)\n : m_value(value)\n {\n }\n\n // Generate a mask with bits in the range hsb..0 set, for example:\n // hsb:63 = 0xffffffffffffffff\n // hsb:42 = 0x000007ffffffffff\n // hsb: 0 = 0x0000000000000001\n static uint64_t mask(unsigned hsb)\n {\n ASSERT(hsb < 64);\n return 0xffffffffffffffffull >> (63 - hsb);\n }\n\n template<unsigned N>\n static void partialHSB(uint64_t& value, unsigned&result)\n {\n if (value & (0xffffffffffffffffull << N)) {\n result += N;\n value >>= N;\n }\n }\n\n // Find the bit number of the highest bit set in a non-zero value, for example:\n // 0x8080808080808080 = hsb:63\n // 0x0000000000000001 = hsb: 0\n // 0x000007ffffe00000 = hsb:42\n static unsigned highestSetBit(uint64_t value)\n {\n ASSERT(value);\n unsigned hsb = 0;\n partialHSB<32>(value, hsb);\n partialHSB<16>(value, hsb);\n partialHSB<8>(value, hsb);\n partialHSB<4>(value, hsb);\n partialHSB<2>(value, hsb);\n partialHSB<1>(value, hsb);\n return hsb;\n }\n\n // This function takes a value and a bit width, where value obeys the following constraints:\n // * bits outside of the width of the value must be zero.\n // * bits within the width of value must neither be all clear or all set.\n // The input is inspected to detect values that consist of either two or three contiguous\n // ranges of bits. The output range hsb..lsb will describe the second range of the value.\n // if the range is set, inverted will be false, and if the range is clear, inverted will\n // be true. For example (with width 8):\n // 00001111 = hsb:3, lsb:0, inverted:false\n // 11110000 = hsb:3, lsb:0, inverted:true\n // 00111100 = hsb:5, lsb:2, inverted:false\n // 11000011 = hsb:5, lsb:2, inverted:true\n template<unsigned width>\n static bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)\n {\n ASSERT(value & mask(width - 1));\n ASSERT(value != mask(width - 1));\n ASSERT(!(value & ~mask(width - 1)));\n\n // Detect cases where the top bit is set; if so, flip all the bits & set invert.\n // This halves the number of patterns we need to look for.\n const uint64_t msb = 1ull << (width - 1);\n if ((inverted = (value & msb)))\n value ^= mask(width - 1);\n\n // Find the highest set bit in value, generate a corresponding mask & flip all\n // bits under it.\n hsb = highestSetBit(value);\n value ^= mask(hsb);\n if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }\n\n // Try making one more mask, and flipping the bits!\n lsb = highestSetBit(value);\n value ^= mask(lsb);\n if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }\n\n return false;\n }\n\n // Encodes the set of immN:immr:imms fields found in a logical immediate.\n template<unsigned width>\n static int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)\n {\n // Check width is a power of 2!\n ASSERT(!(width & (width -1)));\n ASSERT(width <= 64 && width >= 2);\n ASSERT(hsb >= lsb);\n ASSERT(hsb < width);\n\n int immN = 0;\n int imms = 0;\n int immr = 0;\n\n // For 64-bit values this is easy - just set immN to true, and imms just\n // contains the bit number of the highest set bit of the set range. For\n // values with narrower widths, these are encoded by a leading set of\n // one bits, followed by a zero bit, followed by the remaining set of bits\n // being the high bit of the range. For a 32-bit immediate there are no\n // leading one bits, just a zero followed by a five bit number. For a\n // 16-bit immediate there is one one bit, a zero bit, and then a four bit\n // bit-position, etc.\n if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);\n\n if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }\n\n return immN << 12 | immr << 6 | imms;\n }\n\n static const int InvalidLogicalImmediate = -1;\n\n int m_value;\n};\n\n}"
(type_identifier) "namespace"
(identifier) "JSC"
(compound_statement) "{\n\nALWAYS_INLINE bool isIOS()\n{\n#if PLATFORM(IOS)\n return true;\n#else\n return false;\n#endif\n}\n\nALWAYS_INLINE bool isInt9(int32_t value)\n{\n return value == ((value << 23) >> 23);\n}\n\ntemplate<typename Type>\nALWAYS_INLINE bool isUInt12(Type value)\n{\n return !(value & ~static_cast<Type>(0xfff));\n}\n\ntemplate<int datasize>\nALWAYS_INLINE bool isValidScaledUImm12(int32_t offset)\n{\n int32_t maxPImm = 4095 * (datasize / 8);\n if (offset < 0)\n return false;\n if (offset > maxPImm)\n return false;\n if (offset & ((datasize / 8) - 1))\n return false;\n return true;\n}\n\nALWAYS_INLINE bool isValidSignedImm9(int32_t value)\n{\n return isInt9(value);\n}\n\nclass ARM64LogicalImmediate {\npublic:\n static ARM64LogicalImmediate create32(uint32_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // First look for a 32-bit pattern, then for repeating 16-bit\n // patterns, 8-bit, 4-bit, and finally 2-bit.\n\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);\n\n if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;\n value &= 0xffff;\n\n if (findBitRange<16>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<16>(hsb, lsb, inverted);\n\n if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;\n value &= 0xff;\n\n if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);\n\n if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;\n value &= 0xf;\n\n if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);\n\n if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;\n value &= 0x3;\n\n if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);\n\n return InvalidLogicalImmediate;\n }\n\n static ARM64LogicalImmediate create64(uint64_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // Look for a contiguous bit range.\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<64>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<64>(hsb, lsb, inverted);\n\n // If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern.\n if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))\n return create32(static_cast<uint32_t>(value));\n return InvalidLogicalImmediate;\n }\n\n int value() const\n {\n ASSERT(isValid());\n return m_value;\n }\n\n bool isValid() const\n {\n return m_value != InvalidLogicalImmediate;\n }\n\n bool is64bit() const\n {\n return m_value & (1 << 12);\n }\n\nprivate:\n ARM64LogicalImmediate(int value)\n : m_value(value)\n {\n }\n\n // Generate a mask with bits in the range hsb..0 set, for example:\n // hsb:63 = 0xffffffffffffffff\n // hsb:42 = 0x000007ffffffffff\n // hsb: 0 = 0x0000000000000001\n static uint64_t mask(unsigned hsb)\n {\n ASSERT(hsb < 64);\n return 0xffffffffffffffffull >> (63 - hsb);\n }\n\n template<unsigned N>\n static void partialHSB(uint64_t& value, unsigned&result)\n {\n if (value & (0xffffffffffffffffull << N)) {\n result += N;\n value >>= N;\n }\n }\n\n // Find the bit number of the highest bit set in a non-zero value, for example:\n // 0x8080808080808080 = hsb:63\n // 0x0000000000000001 = hsb: 0\n // 0x000007ffffe00000 = hsb:42\n static unsigned highestSetBit(uint64_t value)\n {\n ASSERT(value);\n unsigned hsb = 0;\n partialHSB<32>(value, hsb);\n partialHSB<16>(value, hsb);\n partialHSB<8>(value, hsb);\n partialHSB<4>(value, hsb);\n partialHSB<2>(value, hsb);\n partialHSB<1>(value, hsb);\n return hsb;\n }\n\n // This function takes a value and a bit width, where value obeys the following constraints:\n // * bits outside of the width of the value must be zero.\n // * bits within the width of value must neither be all clear or all set.\n // The input is inspected to detect values that consist of either two or three contiguous\n // ranges of bits. The output range hsb..lsb will describe the second range of the value.\n // if the range is set, inverted will be false, and if the range is clear, inverted will\n // be true. For example (with width 8):\n // 00001111 = hsb:3, lsb:0, inverted:false\n // 11110000 = hsb:3, lsb:0, inverted:true\n // 00111100 = hsb:5, lsb:2, inverted:false\n // 11000011 = hsb:5, lsb:2, inverted:true\n template<unsigned width>\n static bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)\n {\n ASSERT(value & mask(width - 1));\n ASSERT(value != mask(width - 1));\n ASSERT(!(value & ~mask(width - 1)));\n\n // Detect cases where the top bit is set; if so, flip all the bits & set invert.\n // This halves the number of patterns we need to look for.\n const uint64_t msb = 1ull << (width - 1);\n if ((inverted = (value & msb)))\n value ^= mask(width - 1);\n\n // Find the highest set bit in value, generate a corresponding mask & flip all\n // bits under it.\n hsb = highestSetBit(value);\n value ^= mask(hsb);\n if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }\n\n // Try making one more mask, and flipping the bits!\n lsb = highestSetBit(value);\n value ^= mask(lsb);\n if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }\n\n return false;\n }\n\n // Encodes the set of immN:immr:imms fields found in a logical immediate.\n template<unsigned width>\n static int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)\n {\n // Check width is a power of 2!\n ASSERT(!(width & (width -1)));\n ASSERT(width <= 64 && width >= 2);\n ASSERT(hsb >= lsb);\n ASSERT(hsb < width);\n\n int immN = 0;\n int imms = 0;\n int immr = 0;\n\n // For 64-bit values this is easy - just set immN to true, and imms just\n // contains the bit number of the highest set bit of the set range. For\n // values with narrower widths, these are encoded by a leading set of\n // one bits, followed by a zero bit, followed by the remaining set of bits\n // being the high bit of the range. For a 32-bit immediate there are no\n // leading one bits, just a zero followed by a five bit number. For a\n // 16-bit immediate there is one one bit, a zero bit, and then a four bit\n // bit-position, etc.\n if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);\n\n if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }\n\n return immN << 12 | immr << 6 | imms;\n }\n\n static const int InvalidLogicalImmediate = -1;\n\n int m_value;\n};\n\n}"
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(identifier) "value"
()) ")"
(compound_statement) "{\n return isInt9(value);\n}"
({) "{"
(return_statement) "return isInt9(value);"
(return) "return"
(call_expression) "isInt9(value)"
(identifier) "isInt9"
(argument_list) "(value)"
(() "("
(identifier) "value"
()) ")"
(;) ";"
(}) "}"
(function_definition) "class ARM64LogicalImmediate {\npublic:\n static ARM64LogicalImmediate create32(uint32_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // First look for a 32-bit pattern, then for repeating 16-bit\n // patterns, 8-bit, 4-bit, and finally 2-bit.\n\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);\n\n if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;\n value &= 0xffff;\n\n if (findBitRange<16>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<16>(hsb, lsb, inverted);\n\n if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;\n value &= 0xff;\n\n if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);\n\n if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;\n value &= 0xf;\n\n if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);\n\n if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;\n value &= 0x3;\n\n if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);\n\n return InvalidLogicalImmediate;\n }\n\n static ARM64LogicalImmediate create64(uint64_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // Look for a contiguous bit range.\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<64>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<64>(hsb, lsb, inverted);\n\n // If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern.\n if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))\n return create32(static_cast<uint32_t>(value));\n return InvalidLogicalImmediate;\n }\n\n int value() const\n {\n ASSERT(isValid());\n return m_value;\n }\n\n bool isValid() const\n {\n return m_value != InvalidLogicalImmediate;\n }\n\n bool is64bit() const\n {\n return m_value & (1 << 12);\n }\n\nprivate:\n ARM64LogicalImmediate(int value)\n : m_value(value)\n {\n }\n\n // Generate a mask with bits in the range hsb..0 set, for example:\n // hsb:63 = 0xffffffffffffffff\n // hsb:42 = 0x000007ffffffffff\n // hsb: 0 = 0x0000000000000001\n static uint64_t mask(unsigned hsb)\n {\n ASSERT(hsb < 64);\n return 0xffffffffffffffffull >> (63 - hsb);\n }\n\n template<unsigned N>\n static void partialHSB(uint64_t& value, unsigned&result)\n {\n if (value & (0xffffffffffffffffull << N)) {\n result += N;\n value >>= N;\n }\n }\n\n // Find the bit number of the highest bit set in a non-zero value, for example:\n // 0x8080808080808080 = hsb:63\n // 0x0000000000000001 = hsb: 0\n // 0x000007ffffe00000 = hsb:42\n static unsigned highestSetBit(uint64_t value)\n {\n ASSERT(value);\n unsigned hsb = 0;\n partialHSB<32>(value, hsb);\n partialHSB<16>(value, hsb);\n partialHSB<8>(value, hsb);\n partialHSB<4>(value, hsb);\n partialHSB<2>(value, hsb);\n partialHSB<1>(value, hsb);\n return hsb;\n }\n\n // This function takes a value and a bit width, where value obeys the following constraints:\n // * bits outside of the width of the value must be zero.\n // * bits within the width of value must neither be all clear or all set.\n // The input is inspected to detect values that consist of either two or three contiguous\n // ranges of bits. The output range hsb..lsb will describe the second range of the value.\n // if the range is set, inverted will be false, and if the range is clear, inverted will\n // be true. For example (with width 8):\n // 00001111 = hsb:3, lsb:0, inverted:false\n // 11110000 = hsb:3, lsb:0, inverted:true\n // 00111100 = hsb:5, lsb:2, inverted:false\n // 11000011 = hsb:5, lsb:2, inverted:true\n template<unsigned width>\n static bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)\n {\n ASSERT(value & mask(width - 1));\n ASSERT(value != mask(width - 1));\n ASSERT(!(value & ~mask(width - 1)));\n\n // Detect cases where the top bit is set; if so, flip all the bits & set invert.\n // This halves the number of patterns we need to look for.\n const uint64_t msb = 1ull << (width - 1);\n if ((inverted = (value & msb)))\n value ^= mask(width - 1);\n\n // Find the highest set bit in value, generate a corresponding mask & flip all\n // bits under it.\n hsb = highestSetBit(value);\n value ^= mask(hsb);\n if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }\n\n // Try making one more mask, and flipping the bits!\n lsb = highestSetBit(value);\n value ^= mask(lsb);\n if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }\n\n return false;\n }\n\n // Encodes the set of immN:immr:imms fields found in a logical immediate.\n template<unsigned width>\n static int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)\n {\n // Check width is a power of 2!\n ASSERT(!(width & (width -1)));\n ASSERT(width <= 64 && width >= 2);\n ASSERT(hsb >= lsb);\n ASSERT(hsb < width);\n\n int immN = 0;\n int imms = 0;\n int immr = 0;\n\n // For 64-bit values this is easy - just set immN to true, and imms just\n // contains the bit number of the highest set bit of the set range. For\n // values with narrower widths, these are encoded by a leading set of\n // one bits, followed by a zero bit, followed by the remaining set of bits\n // being the high bit of the range. For a 32-bit immediate there are no\n // leading one bits, just a zero followed by a five bit number. For a\n // 16-bit immediate there is one one bit, a zero bit, and then a four bit\n // bit-position, etc.\n if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);\n\n if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }\n\n return immN << 12 | immr << 6 | imms;\n }\n\n static const int InvalidLogicalImmediate = -1;\n\n int m_value;\n}"
(type_identifier) "class"
(identifier) "ARM64LogicalImmediate"
(compound_statement) "{\npublic:\n static ARM64LogicalImmediate create32(uint32_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // First look for a 32-bit pattern, then for repeating 16-bit\n // patterns, 8-bit, 4-bit, and finally 2-bit.\n\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);\n\n if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;\n value &= 0xffff;\n\n if (findBitRange<16>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<16>(hsb, lsb, inverted);\n\n if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;\n value &= 0xff;\n\n if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);\n\n if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;\n value &= 0xf;\n\n if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);\n\n if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;\n value &= 0x3;\n\n if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);\n\n return InvalidLogicalImmediate;\n }\n\n static ARM64LogicalImmediate create64(uint64_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // Look for a contiguous bit range.\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<64>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<64>(hsb, lsb, inverted);\n\n // If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern.\n if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))\n return create32(static_cast<uint32_t>(value));\n return InvalidLogicalImmediate;\n }\n\n int value() const\n {\n ASSERT(isValid());\n return m_value;\n }\n\n bool isValid() const\n {\n return m_value != InvalidLogicalImmediate;\n }\n\n bool is64bit() const\n {\n return m_value & (1 << 12);\n }\n\nprivate:\n ARM64LogicalImmediate(int value)\n : m_value(value)\n {\n }\n\n // Generate a mask with bits in the range hsb..0 set, for example:\n // hsb:63 = 0xffffffffffffffff\n // hsb:42 = 0x000007ffffffffff\n // hsb: 0 = 0x0000000000000001\n static uint64_t mask(unsigned hsb)\n {\n ASSERT(hsb < 64);\n return 0xffffffffffffffffull >> (63 - hsb);\n }\n\n template<unsigned N>\n static void partialHSB(uint64_t& value, unsigned&result)\n {\n if (value & (0xffffffffffffffffull << N)) {\n result += N;\n value >>= N;\n }\n }\n\n // Find the bit number of the highest bit set in a non-zero value, for example:\n // 0x8080808080808080 = hsb:63\n // 0x0000000000000001 = hsb: 0\n // 0x000007ffffe00000 = hsb:42\n static unsigned highestSetBit(uint64_t value)\n {\n ASSERT(value);\n unsigned hsb = 0;\n partialHSB<32>(value, hsb);\n partialHSB<16>(value, hsb);\n partialHSB<8>(value, hsb);\n partialHSB<4>(value, hsb);\n partialHSB<2>(value, hsb);\n partialHSB<1>(value, hsb);\n return hsb;\n }\n\n // This function takes a value and a bit width, where value obeys the following constraints:\n // * bits outside of the width of the value must be zero.\n // * bits within the width of value must neither be all clear or all set.\n // The input is inspected to detect values that consist of either two or three contiguous\n // ranges of bits. The output range hsb..lsb will describe the second range of the value.\n // if the range is set, inverted will be false, and if the range is clear, inverted will\n // be true. For example (with width 8):\n // 00001111 = hsb:3, lsb:0, inverted:false\n // 11110000 = hsb:3, lsb:0, inverted:true\n // 00111100 = hsb:5, lsb:2, inverted:false\n // 11000011 = hsb:5, lsb:2, inverted:true\n template<unsigned width>\n static bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)\n {\n ASSERT(value & mask(width - 1));\n ASSERT(value != mask(width - 1));\n ASSERT(!(value & ~mask(width - 1)));\n\n // Detect cases where the top bit is set; if so, flip all the bits & set invert.\n // This halves the number of patterns we need to look for.\n const uint64_t msb = 1ull << (width - 1);\n if ((inverted = (value & msb)))\n value ^= mask(width - 1);\n\n // Find the highest set bit in value, generate a corresponding mask & flip all\n // bits under it.\n hsb = highestSetBit(value);\n value ^= mask(hsb);\n if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }\n\n // Try making one more mask, and flipping the bits!\n lsb = highestSetBit(value);\n value ^= mask(lsb);\n if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }\n\n return false;\n }\n\n // Encodes the set of immN:immr:imms fields found in a logical immediate.\n template<unsigned width>\n static int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)\n {\n // Check width is a power of 2!\n ASSERT(!(width & (width -1)));\n ASSERT(width <= 64 && width >= 2);\n ASSERT(hsb >= lsb);\n ASSERT(hsb < width);\n\n int immN = 0;\n int imms = 0;\n int immr = 0;\n\n // For 64-bit values this is easy - just set immN to true, and imms just\n // contains the bit number of the highest set bit of the set range. For\n // values with narrower widths, these are encoded by a leading set of\n // one bits, followed by a zero bit, followed by the remaining set of bits\n // being the high bit of the range. For a 32-bit immediate there are no\n // leading one bits, just a zero followed by a five bit number. For a\n // 16-bit immediate there is one one bit, a zero bit, and then a four bit\n // bit-position, etc.\n if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);\n\n if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }\n\n return immN << 12 | immr << 6 | imms;\n }\n\n static const int InvalidLogicalImmediate = -1;\n\n int m_value;\n}"
({) "{"
(labeled_statement) "public:\n static ARM64LogicalImmediate create32(uint32_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // First look for a 32-bit pattern, then for repeating 16-bit\n // patterns, 8-bit, 4-bit, and finally 2-bit.\n\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);\n\n if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;\n value &= 0xffff;\n\n if (findBitRange<16>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<16>(hsb, lsb, inverted);\n\n if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;\n value &= 0xff;\n\n if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);\n\n if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;\n value &= 0xf;\n\n if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);\n\n if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;\n value &= 0x3;\n\n if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);\n\n return InvalidLogicalImmediate;\n }"
(statement_identifier) "public"
(:) ":"
(ERROR) "static ARM64LogicalImmediate create32(uint32_t value)"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "ARM64LogicalImmediate"
(function_declarator) "create32(uint32_t value)"
(identifier) "create32"
(parameter_list) "(uint32_t value)"
(() "("
(parameter_declaration) "uint32_t value"
(primitive_type) "uint32_t"
(identifier) "value"
()) ")"
(compound_statement) "{\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // First look for a 32-bit pattern, then for repeating 16-bit\n // patterns, 8-bit, 4-bit, and finally 2-bit.\n\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);\n\n if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;\n value &= 0xffff;\n\n if (findBitRange<16>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<16>(hsb, lsb, inverted);\n\n if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;\n value &= 0xff;\n\n if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);\n\n if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;\n value &= 0xf;\n\n if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);\n\n if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;\n value &= 0x3;\n\n if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);\n\n return InvalidLogicalImmediate;\n }"
({) "{"
(comment) "// Check for 0, -1 - these cannot be encoded."
(if_statement) "if (!value || !~value)\n return InvalidLogicalImmediate;"
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(return_statement) "return InvalidLogicalImmediate;"
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(;) ";"
(comment) "// First look for a 32-bit pattern, then for repeating 16-bit"
(comment) "// patterns, 8-bit, 4-bit, and finally 2-bit."
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(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
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(,) ","
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(if_statement) "if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;"
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(return) "return"
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(;) ";"
(expression_statement) "value &= 0xffff;"
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(return_statement) "return encodeLogicalImmediate<16>(hsb, lsb, inverted);"
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(number_literal) "8"
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(return_statement) "return InvalidLogicalImmediate;"
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(identifier) "InvalidLogicalImmediate"
(;) ";"
(expression_statement) "value &= 0xff;"
(assignment_expression) "value &= 0xff"
(identifier) "value"
(&=) "&="
(number_literal) "0xff"
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(if_statement) "if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);"
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(binary_expression) "findBitRange<8>(value, hsb, lsb, inverted)"
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(comma_expression) "hsb, lsb, inverted"
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(return_statement) "return encodeLogicalImmediate<8>(hsb, lsb, inverted);"
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(binary_expression) "encodeLogicalImmediate<8"
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(parenthesized_expression) "(hsb, lsb, inverted)"
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(comma_expression) "lsb, inverted"
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(if_statement) "if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;"
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(parenthesized_expression) "((value & 0xf) != (value >> 4))"
(() "("
(binary_expression) "(value & 0xf) != (value >> 4)"
(parenthesized_expression) "(value & 0xf)"
(() "("
(binary_expression) "value & 0xf"
(identifier) "value"
(&) "&"
(number_literal) "0xf"
()) ")"
(!=) "!="
(parenthesized_expression) "(value >> 4)"
(() "("
(binary_expression) "value >> 4"
(identifier) "value"
(>>) ">>"
(number_literal) "4"
()) ")"
()) ")"
(return_statement) "return InvalidLogicalImmediate;"
(return) "return"
(identifier) "InvalidLogicalImmediate"
(;) ";"
(expression_statement) "value &= 0xf;"
(assignment_expression) "value &= 0xf"
(identifier) "value"
(&=) "&="
(number_literal) "0xf"
(;) ";"
(if_statement) "if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);"
(if) "if"
(parenthesized_expression) "(findBitRange<4>(value, hsb, lsb, inverted))"
(() "("
(binary_expression) "findBitRange<4>(value, hsb, lsb, inverted)"
(binary_expression) "findBitRange<4"
(identifier) "findBitRange"
(<) "<"
(number_literal) "4"
(>) ">"
(parenthesized_expression) "(value, hsb, lsb, inverted)"
(() "("
(comma_expression) "value, hsb, lsb, inverted"
(identifier) "value"
(,) ","
(comma_expression) "hsb, lsb, inverted"
(identifier) "hsb"
(,) ","
(comma_expression) "lsb, inverted"
(identifier) "lsb"
(,) ","
(identifier) "inverted"
()) ")"
()) ")"
(return_statement) "return encodeLogicalImmediate<4>(hsb, lsb, inverted);"
(return) "return"
(binary_expression) "encodeLogicalImmediate<4>(hsb, lsb, inverted)"
(binary_expression) "encodeLogicalImmediate<4"
(identifier) "encodeLogicalImmediate"
(<) "<"
(number_literal) "4"
(>) ">"
(parenthesized_expression) "(hsb, lsb, inverted)"
(() "("
(comma_expression) "hsb, lsb, inverted"
(identifier) "hsb"
(,) ","
(comma_expression) "lsb, inverted"
(identifier) "lsb"
(,) ","
(identifier) "inverted"
()) ")"
(;) ";"
(if_statement) "if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;"
(if) "if"
(parenthesized_expression) "((value & 0x3) != (value >> 2))"
(() "("
(binary_expression) "(value & 0x3) != (value >> 2)"
(parenthesized_expression) "(value & 0x3)"
(() "("
(binary_expression) "value & 0x3"
(identifier) "value"
(&) "&"
(number_literal) "0x3"
()) ")"
(!=) "!="
(parenthesized_expression) "(value >> 2)"
(() "("
(binary_expression) "value >> 2"
(identifier) "value"
(>>) ">>"
(number_literal) "2"
()) ")"
()) ")"
(return_statement) "return InvalidLogicalImmediate;"
(return) "return"
(identifier) "InvalidLogicalImmediate"
(;) ";"
(expression_statement) "value &= 0x3;"
(assignment_expression) "value &= 0x3"
(identifier) "value"
(&=) "&="
(number_literal) "0x3"
(;) ";"
(if_statement) "if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);"
(if) "if"
(parenthesized_expression) "(findBitRange<2>(value, hsb, lsb, inverted))"
(() "("
(binary_expression) "findBitRange<2>(value, hsb, lsb, inverted)"
(binary_expression) "findBitRange<2"
(identifier) "findBitRange"
(<) "<"
(number_literal) "2"
(>) ">"
(parenthesized_expression) "(value, hsb, lsb, inverted)"
(() "("
(comma_expression) "value, hsb, lsb, inverted"
(identifier) "value"
(,) ","
(comma_expression) "hsb, lsb, inverted"
(identifier) "hsb"
(,) ","
(comma_expression) "lsb, inverted"
(identifier) "lsb"
(,) ","
(identifier) "inverted"
()) ")"
()) ")"
(return_statement) "return encodeLogicalImmediate<2>(hsb, lsb, inverted);"
(return) "return"
(binary_expression) "encodeLogicalImmediate<2>(hsb, lsb, inverted)"
(binary_expression) "encodeLogicalImmediate<2"
(identifier) "encodeLogicalImmediate"
(<) "<"
(number_literal) "2"
(>) ">"
(parenthesized_expression) "(hsb, lsb, inverted)"
(() "("
(comma_expression) "hsb, lsb, inverted"
(identifier) "hsb"
(,) ","
(comma_expression) "lsb, inverted"
(identifier) "lsb"
(,) ","
(identifier) "inverted"
()) ")"
(;) ";"
(return_statement) "return InvalidLogicalImmediate;"
(return) "return"
(identifier) "InvalidLogicalImmediate"
(;) ";"
(}) "}"
(function_definition) "static ARM64LogicalImmediate create64(uint64_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // Look for a contiguous bit range.\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<64>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<64>(hsb, lsb, inverted);\n\n // If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern.\n if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))\n return create32(static_cast<uint32_t>(value));\n return InvalidLogicalImmediate;\n }"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "ARM64LogicalImmediate"
(function_declarator) "create64(uint64_t value)"
(identifier) "create64"
(parameter_list) "(uint64_t value)"
(() "("
(parameter_declaration) "uint64_t value"
(primitive_type) "uint64_t"
(identifier) "value"
()) ")"
(compound_statement) "{\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // Look for a contiguous bit range.\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<64>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<64>(hsb, lsb, inverted);\n\n // If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern.\n if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))\n return create32(static_cast<uint32_t>(value));\n return InvalidLogicalImmediate;\n }"
({) "{"
(comment) "// Check for 0, -1 - these cannot be encoded."
(if_statement) "if (!value || !~value)\n return InvalidLogicalImmediate;"
(if) "if"
(parenthesized_expression) "(!value || !~value)"
(() "("
(binary_expression) "!value || !~value"
(unary_expression) "!value"
(!) "!"
(identifier) "value"
(||) "||"
(unary_expression) "!~value"
(!) "!"
(unary_expression) "~value"
(~) "~"
(identifier) "value"
()) ")"
(return_statement) "return InvalidLogicalImmediate;"
(return) "return"
(identifier) "InvalidLogicalImmediate"
(;) ";"
(comment) "// Look for a contiguous bit range."
(declaration) "unsigned hsb, lsb;"
(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
(identifier) "hsb"
(,) ","
(identifier) "lsb"
(;) ";"
(declaration) "bool inverted;"
(primitive_type) "bool"
(identifier) "inverted"
(;) ";"
(if_statement) "if (findBitRange<64>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<64>(hsb, lsb, inverted);"
(if) "if"
(parenthesized_expression) "(findBitRange<64>(value, hsb, lsb, inverted))"
(() "("
(binary_expression) "findBitRange<64>(value, hsb, lsb, inverted)"
(binary_expression) "findBitRange<64"
(identifier) "findBitRange"
(<) "<"
(number_literal) "64"
(>) ">"
(parenthesized_expression) "(value, hsb, lsb, inverted)"
(() "("
(comma_expression) "value, hsb, lsb, inverted"
(identifier) "value"
(,) ","
(comma_expression) "hsb, lsb, inverted"
(identifier) "hsb"
(,) ","
(comma_expression) "lsb, inverted"
(identifier) "lsb"
(,) ","
(identifier) "inverted"
()) ")"
()) ")"
(return_statement) "return encodeLogicalImmediate<64>(hsb, lsb, inverted);"
(return) "return"
(binary_expression) "encodeLogicalImmediate<64>(hsb, lsb, inverted)"
(binary_expression) "encodeLogicalImmediate<64"
(identifier) "encodeLogicalImmediate"
(<) "<"
(number_literal) "64"
(>) ">"
(parenthesized_expression) "(hsb, lsb, inverted)"
(() "("
(comma_expression) "hsb, lsb, inverted"
(identifier) "hsb"
(,) ","
(comma_expression) "lsb, inverted"
(identifier) "lsb"
(,) ","
(identifier) "inverted"
()) ")"
(;) ";"
(comment) "// If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern."
(if_statement) "if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))\n return create32(static_cast<uint32_t>(value));"
(if) "if"
(parenthesized_expression) "(static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))"
(() "("
(binary_expression) "static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32)"
(binary_expression) "static_cast<uint32_t>(value)"
(binary_expression) "static_cast<uint32_t"
(identifier) "static_cast"
(<) "<"
(identifier) "uint32_t"
(>) ">"
(parenthesized_expression) "(value)"
(() "("
(identifier) "value"
()) ")"
(==) "=="
(binary_expression) "static_cast<uint32_t>(value >> 32)"
(binary_expression) "static_cast<uint32_t"
(identifier) "static_cast"
(<) "<"
(identifier) "uint32_t"
(>) ">"
(parenthesized_expression) "(value >> 32)"
(() "("
(binary_expression) "value >> 32"
(identifier) "value"
(>>) ">>"
(number_literal) "32"
()) ")"
()) ")"
(return_statement) "return create32(static_cast<uint32_t>(value));"
(return) "return"
(call_expression) "create32(static_cast<uint32_t>(value))"
(identifier) "create32"
(argument_list) "(static_cast<uint32_t>(value))"
(() "("
(binary_expression) "static_cast<uint32_t>(value)"
(binary_expression) "static_cast<uint32_t"
(identifier) "static_cast"
(<) "<"
(identifier) "uint32_t"
(>) ">"
(parenthesized_expression) "(value)"
(() "("
(identifier) "value"
()) ")"
()) ")"
(;) ";"
(return_statement) "return InvalidLogicalImmediate;"
(return) "return"
(identifier) "InvalidLogicalImmediate"
(;) ";"
(}) "}"
(function_definition) "int value() const\n {\n ASSERT(isValid());\n return m_value;\n }\n\n bool isValid() const\n {\n return m_value != InvalidLogicalImmediate;\n }"
(primitive_type) "int"
(function_declarator) "value()"
(identifier) "value"
(parameter_list) "()"
(() "("
()) ")"
(declaration) "const\n {\n ASSERT(isValid());"
(type_qualifier) "const"
(const) "const"
(ERROR) "{"
({) "{"
(type_identifier) "ASSERT"
(parenthesized_declarator) "(isValid())"
(() "("
(function_declarator) "isValid()"
(identifier) "isValid"
(parameter_list) "()"
(() "("
()) ")"
()) ")"
(;) ";"
(declaration) "return m_value;"
(type_identifier) "return"
(identifier) "m_value"
(;) ";"
(ERROR) "}\n\n bool isValid() const"
(}) "}"
(primitive_type) "bool"
(function_declarator) "isValid() const"
(identifier) "isValid"
(parameter_list) "()"
(() "("
()) ")"
(identifier) "const"
(compound_statement) "{\n return m_value != InvalidLogicalImmediate;\n }"
({) "{"
(return_statement) "return m_value != InvalidLogicalImmediate;"
(return) "return"
(binary_expression) "m_value != InvalidLogicalImmediate"
(identifier) "m_value"
(!=) "!="
(identifier) "InvalidLogicalImmediate"
(;) ";"
(}) "}"
(ERROR) "bool is64bit() const"
(primitive_type) "bool"
(function_declarator) "is64bit()"
(identifier) "is64bit"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{\n return m_value & (1 << 12);\n }"
({) "{"
(return_statement) "return m_value & (1 << 12);"
(return) "return"
(binary_expression) "m_value & (1 << 12)"
(identifier) "m_value"
(&) "&"
(parenthesized_expression) "(1 << 12)"
(() "("
(binary_expression) "1 << 12"
(number_literal) "1"
(<<) "<<"
(number_literal) "12"
()) ")"
(;) ";"
(}) "}"
(labeled_statement) "private:\n ARM64LogicalImmediate(int value)\n : m_value(value)\n {\n }"
(statement_identifier) "private"
(:) ":"
(ERROR) "ARM64LogicalImmediate(int value)\n : m_value(value)"
(macro_type_specifier) "ARM64LogicalImmediate(int value)"
(identifier) "ARM64LogicalImmediate"
(() "("
(ERROR) "int"
(primitive_type) "int"
(type_descriptor) "value"
(type_identifier) "value"
()) ")"
(ERROR) ":"
(:) ":"
(function_declarator) "m_value(value)"
(identifier) "m_value"
(parameter_list) "(value)"
(() "("
(parameter_declaration) "value"
(type_identifier) "value"
()) ")"
(compound_statement) "{\n }"
({) "{"
(}) "}"
(comment) "// Generate a mask with bits in the range hsb..0 set, for example:"
(comment) "// hsb:63 = 0xffffffffffffffff"
(comment) "// hsb:42 = 0x000007ffffffffff"
(comment) "// hsb: 0 = 0x0000000000000001"
(function_definition) "static uint64_t mask(unsigned hsb)\n {\n ASSERT(hsb < 64);\n return 0xffffffffffffffffull >> (63 - hsb);\n }"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "uint64_t"
(function_declarator) "mask(unsigned hsb)"
(identifier) "mask"
(parameter_list) "(unsigned hsb)"
(() "("
(parameter_declaration) "unsigned hsb"
(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
(identifier) "hsb"
()) ")"
(compound_statement) "{\n ASSERT(hsb < 64);\n return 0xffffffffffffffffull >> (63 - hsb);\n }"
({) "{"
(expression_statement) "ASSERT(hsb < 64);"
(call_expression) "ASSERT(hsb < 64)"
(identifier) "ASSERT"
(argument_list) "(hsb < 64)"
(() "("
(binary_expression) "hsb < 64"
(identifier) "hsb"
(<) "<"
(number_literal) "64"
()) ")"
(;) ";"
(return_statement) "return 0xffffffffffffffffull >> (63 - hsb);"
(return) "return"
(binary_expression) "0xffffffffffffffffull >> (63 - hsb)"
(number_literal) "0xffffffffffffffffull"
(>>) ">>"
(parenthesized_expression) "(63 - hsb)"
(() "("
(binary_expression) "63 - hsb"
(number_literal) "63"
(-) "-"
(identifier) "hsb"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "template<unsigned N>\n static void partialHSB(uint64_t& value, unsigned&result)"
(binary_expression) "template<unsigned N>\n static void partialHSB(uint64_t& value, unsigned&result)"
(binary_expression) "template<unsigned"
(identifier) "template"
(<) "<"
(identifier) "unsigned"
(ERROR) "N"
(identifier) "N"
(>) ">"
(ERROR) "static void"
(identifier) "static"
(identifier) "void"
(call_expression) "partialHSB(uint64_t& value, unsigned&result)"
(identifier) "partialHSB"
(argument_list) "(uint64_t& value, unsigned&result)"
(() "("
(binary_expression) "uint64_t& value"
(identifier) "uint64_t"
(&) "&"
(identifier) "value"
(,) ","
(binary_expression) "unsigned&result"
(identifier) "unsigned"
(&) "&"
(identifier) "result"
()) ")"
(;) ""
(compound_statement) "{\n if (value & (0xffffffffffffffffull << N)) {\n result += N;\n value >>= N;\n }\n }"
({) "{"
(if_statement) "if (value & (0xffffffffffffffffull << N)) {\n result += N;\n value >>= N;\n }"
(if) "if"
(parenthesized_expression) "(value & (0xffffffffffffffffull << N))"
(() "("
(binary_expression) "value & (0xffffffffffffffffull << N)"
(identifier) "value"
(&) "&"
(parenthesized_expression) "(0xffffffffffffffffull << N)"
(() "("
(binary_expression) "0xffffffffffffffffull << N"
(number_literal) "0xffffffffffffffffull"
(<<) "<<"
(identifier) "N"
()) ")"
()) ")"
(compound_statement) "{\n result += N;\n value >>= N;\n }"
({) "{"
(expression_statement) "result += N;"
(assignment_expression) "result += N"
(identifier) "result"
(+=) "+="
(identifier) "N"
(;) ";"
(expression_statement) "value >>= N;"
(assignment_expression) "value >>= N"
(identifier) "value"
(>>=) ">>="
(identifier) "N"
(;) ";"
(}) "}"
(}) "}"
(comment) "// Find the bit number of the highest bit set in a non-zero value, for example:"
(comment) "// 0x8080808080808080 = hsb:63"
(comment) "// 0x0000000000000001 = hsb: 0"
(comment) "// 0x000007ffffe00000 = hsb:42"
(function_definition) "static unsigned highestSetBit(uint64_t value)\n {\n ASSERT(value);\n unsigned hsb = 0;\n partialHSB<32>(value, hsb);\n partialHSB<16>(value, hsb);\n partialHSB<8>(value, hsb);\n partialHSB<4>(value, hsb);\n partialHSB<2>(value, hsb);\n partialHSB<1>(value, hsb);\n return hsb;\n }"
(storage_class_specifier) "static"
(static) "static"
(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
(function_declarator) "highestSetBit(uint64_t value)"
(identifier) "highestSetBit"
(parameter_list) "(uint64_t value)"
(() "("
(parameter_declaration) "uint64_t value"
(primitive_type) "uint64_t"
(identifier) "value"
()) ")"
(compound_statement) "{\n ASSERT(value);\n unsigned hsb = 0;\n partialHSB<32>(value, hsb);\n partialHSB<16>(value, hsb);\n partialHSB<8>(value, hsb);\n partialHSB<4>(value, hsb);\n partialHSB<2>(value, hsb);\n partialHSB<1>(value, hsb);\n return hsb;\n }"
({) "{"
(expression_statement) "ASSERT(value);"
(call_expression) "ASSERT(value)"
(identifier) "ASSERT"
(argument_list) "(value)"
(() "("
(identifier) "value"
()) ")"
(;) ";"
(declaration) "unsigned hsb = 0;"
(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
(init_declarator) "hsb = 0"
(identifier) "hsb"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "partialHSB<32>(value, hsb);"
(binary_expression) "partialHSB<32>(value, hsb)"
(binary_expression) "partialHSB<32"
(identifier) "partialHSB"
(<) "<"
(number_literal) "32"
(>) ">"
(parenthesized_expression) "(value, hsb)"
(() "("
(comma_expression) "value, hsb"
(identifier) "value"
(,) ","
(identifier) "hsb"
()) ")"
(;) ";"
(expression_statement) "partialHSB<16>(value, hsb);"
(binary_expression) "partialHSB<16>(value, hsb)"
(binary_expression) "partialHSB<16"
(identifier) "partialHSB"
(<) "<"
(number_literal) "16"
(>) ">"
(parenthesized_expression) "(value, hsb)"
(() "("
(comma_expression) "value, hsb"
(identifier) "value"
(,) ","
(identifier) "hsb"
()) ")"
(;) ";"
(expression_statement) "partialHSB<8>(value, hsb);"
(binary_expression) "partialHSB<8>(value, hsb)"
(binary_expression) "partialHSB<8"
(identifier) "partialHSB"
(<) "<"
(number_literal) "8"
(>) ">"
(parenthesized_expression) "(value, hsb)"
(() "("
(comma_expression) "value, hsb"
(identifier) "value"
(,) ","
(identifier) "hsb"
()) ")"
(;) ";"
(expression_statement) "partialHSB<4>(value, hsb);"
(binary_expression) "partialHSB<4>(value, hsb)"
(binary_expression) "partialHSB<4"
(identifier) "partialHSB"
(<) "<"
(number_literal) "4"
(>) ">"
(parenthesized_expression) "(value, hsb)"
(() "("
(comma_expression) "value, hsb"
(identifier) "value"
(,) ","
(identifier) "hsb"
()) ")"
(;) ";"
(expression_statement) "partialHSB<2>(value, hsb);"
(binary_expression) "partialHSB<2>(value, hsb)"
(binary_expression) "partialHSB<2"
(identifier) "partialHSB"
(<) "<"
(number_literal) "2"
(>) ">"
(parenthesized_expression) "(value, hsb)"
(() "("
(comma_expression) "value, hsb"
(identifier) "value"
(,) ","
(identifier) "hsb"
()) ")"
(;) ";"
(expression_statement) "partialHSB<1>(value, hsb);"
(binary_expression) "partialHSB<1>(value, hsb)"
(binary_expression) "partialHSB<1"
(identifier) "partialHSB"
(<) "<"
(number_literal) "1"
(>) ">"
(parenthesized_expression) "(value, hsb)"
(() "("
(comma_expression) "value, hsb"
(identifier) "value"
(,) ","
(identifier) "hsb"
()) ")"
(;) ";"
(return_statement) "return hsb;"
(return) "return"
(identifier) "hsb"
(;) ";"
(}) "}"
(comment) "// This function takes a value and a bit width, where value obeys the following constraints:"
(comment) "// * bits outside of the width of the value must be zero."
(comment) "// * bits within the width of value must neither be all clear or all set."
(comment) "// The input is inspected to detect values that consist of either two or three contiguous"
(comment) "// ranges of bits. The output range hsb..lsb will describe the second range of the value."
(comment) "// if the range is set, inverted will be false, and if the range is clear, inverted will"
(comment) "// be true. For example (with width 8):"
(comment) "// 00001111 = hsb:3, lsb:0, inverted:false"
(comment) "// 11110000 = hsb:3, lsb:0, inverted:true"
(comment) "// 00111100 = hsb:5, lsb:2, inverted:false"
(comment) "// 11000011 = hsb:5, lsb:2, inverted:true"
(expression_statement) "template<unsigned width>\n static"
(binary_expression) "template<unsigned width>\n static"
(binary_expression) "template<unsigned"
(identifier) "template"
(<) "<"
(identifier) "unsigned"
(ERROR) "width"
(identifier) "width"
(>) ">"
(identifier) "static"
(;) ""
(function_definition) "bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)\n {\n ASSERT(value & mask(width - 1));\n ASSERT(value != mask(width - 1));\n ASSERT(!(value & ~mask(width - 1)));\n\n // Detect cases where the top bit is set; if so, flip all the bits & set invert.\n // This halves the number of patterns we need to look for.\n const uint64_t msb = 1ull << (width - 1);\n if ((inverted = (value & msb)))\n value ^= mask(width - 1);\n\n // Find the highest set bit in value, generate a corresponding mask & flip all\n // bits under it.\n hsb = highestSetBit(value);\n value ^= mask(hsb);\n if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }\n\n // Try making one more mask, and flipping the bits!\n lsb = highestSetBit(value);\n value ^= mask(lsb);\n if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }\n\n return false;\n }"
(primitive_type) "bool"
(function_declarator) "findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)"
(identifier) "findBitRange"
(parameter_list) "(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)"
(() "("
(parameter_declaration) "uint64_t value"
(primitive_type) "uint64_t"
(identifier) "value"
(,) ","
(parameter_declaration) "unsigned& hsb"
(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
(ERROR) "&"
(&) "&"
(identifier) "hsb"
(,) ","
(parameter_declaration) "unsigned& lsb"
(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
(ERROR) "&"
(&) "&"
(identifier) "lsb"
(,) ","
(parameter_declaration) "bool& inverted"
(primitive_type) "bool"
(ERROR) "&"
(&) "&"
(identifier) "inverted"
()) ")"
(compound_statement) "{\n ASSERT(value & mask(width - 1));\n ASSERT(value != mask(width - 1));\n ASSERT(!(value & ~mask(width - 1)));\n\n // Detect cases where the top bit is set; if so, flip all the bits & set invert.\n // This halves the number of patterns we need to look for.\n const uint64_t msb = 1ull << (width - 1);\n if ((inverted = (value & msb)))\n value ^= mask(width - 1);\n\n // Find the highest set bit in value, generate a corresponding mask & flip all\n // bits under it.\n hsb = highestSetBit(value);\n value ^= mask(hsb);\n if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }\n\n // Try making one more mask, and flipping the bits!\n lsb = highestSetBit(value);\n value ^= mask(lsb);\n if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }\n\n return false;\n }"
({) "{"
(expression_statement) "ASSERT(value & mask(width - 1));"
(call_expression) "ASSERT(value & mask(width - 1))"
(identifier) "ASSERT"
(argument_list) "(value & mask(width - 1))"
(() "("
(binary_expression) "value & mask(width - 1)"
(identifier) "value"
(&) "&"
(call_expression) "mask(width - 1)"
(identifier) "mask"
(argument_list) "(width - 1)"
(() "("
(binary_expression) "width - 1"
(identifier) "width"
(-) "-"
(number_literal) "1"
()) ")"
()) ")"
(;) ";"
(expression_statement) "ASSERT(value != mask(width - 1));"
(call_expression) "ASSERT(value != mask(width - 1))"
(identifier) "ASSERT"
(argument_list) "(value != mask(width - 1))"
(() "("
(binary_expression) "value != mask(width - 1)"
(identifier) "value"
(!=) "!="
(call_expression) "mask(width - 1)"
(identifier) "mask"
(argument_list) "(width - 1)"
(() "("
(binary_expression) "width - 1"
(identifier) "width"
(-) "-"
(number_literal) "1"
()) ")"
()) ")"
(;) ";"
(expression_statement) "ASSERT(!(value & ~mask(width - 1)));"
(call_expression) "ASSERT(!(value & ~mask(width - 1)))"
(identifier) "ASSERT"
(argument_list) "(!(value & ~mask(width - 1)))"
(() "("
(unary_expression) "!(value & ~mask(width - 1))"
(!) "!"
(parenthesized_expression) "(value & ~mask(width - 1))"
(() "("
(binary_expression) "value & ~mask(width - 1)"
(identifier) "value"
(&) "&"
(unary_expression) "~mask(width - 1)"
(~) "~"
(call_expression) "mask(width - 1)"
(identifier) "mask"
(argument_list) "(width - 1)"
(() "("
(binary_expression) "width - 1"
(identifier) "width"
(-) "-"
(number_literal) "1"
()) ")"
()) ")"
()) ")"
(;) ";"
(comment) "// Detect cases where the top bit is set; if so, flip all the bits & set invert."
(comment) "// This halves the number of patterns we need to look for."
(declaration) "const uint64_t msb = 1ull << (width - 1);"
(type_qualifier) "const"
(const) "const"
(primitive_type) "uint64_t"
(init_declarator) "msb = 1ull << (width - 1)"
(identifier) "msb"
(=) "="
(binary_expression) "1ull << (width - 1)"
(number_literal) "1ull"
(<<) "<<"
(parenthesized_expression) "(width - 1)"
(() "("
(binary_expression) "width - 1"
(identifier) "width"
(-) "-"
(number_literal) "1"
()) ")"
(;) ";"
(if_statement) "if ((inverted = (value & msb)))\n value ^= mask(width - 1);"
(if) "if"
(parenthesized_expression) "((inverted = (value & msb)))"
(() "("
(parenthesized_expression) "(inverted = (value & msb))"
(() "("
(assignment_expression) "inverted = (value & msb)"
(identifier) "inverted"
(=) "="
(parenthesized_expression) "(value & msb)"
(() "("
(binary_expression) "value & msb"
(identifier) "value"
(&) "&"
(identifier) "msb"
()) ")"
()) ")"
()) ")"
(expression_statement) "value ^= mask(width - 1);"
(assignment_expression) "value ^= mask(width - 1)"
(identifier) "value"
(^=) "^="
(call_expression) "mask(width - 1)"
(identifier) "mask"
(argument_list) "(width - 1)"
(() "("
(binary_expression) "width - 1"
(identifier) "width"
(-) "-"
(number_literal) "1"
()) ")"
(;) ";"
(comment) "// Find the highest set bit in value, generate a corresponding mask & flip all"
(comment) "// bits under it."
(expression_statement) "hsb = highestSetBit(value);"
(assignment_expression) "hsb = highestSetBit(value)"
(identifier) "hsb"
(=) "="
(call_expression) "highestSetBit(value)"
(identifier) "highestSetBit"
(argument_list) "(value)"
(() "("
(identifier) "value"
()) ")"
(;) ";"
(expression_statement) "value ^= mask(hsb);"
(assignment_expression) "value ^= mask(hsb)"
(identifier) "value"
(^=) "^="
(call_expression) "mask(hsb)"
(identifier) "mask"
(argument_list) "(hsb)"
(() "("
(identifier) "hsb"
()) ")"
(;) ";"
(if_statement) "if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }"
(if) "if"
(parenthesized_expression) "(!value)"
(() "("
(unary_expression) "!value"
(!) "!"
(identifier) "value"
()) ")"
(compound_statement) "{\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }"
({) "{"
(comment) "// If this cleared the value, then the range hsb..0 was all set."
(expression_statement) "lsb = 0;"
(assignment_expression) "lsb = 0"
(identifier) "lsb"
(=) "="
(number_literal) "0"
(;) ";"
(return_statement) "return true;"
(return) "return"
(true) "true"
(;) ";"
(}) "}"
(comment) "// Try making one more mask, and flipping the bits!"
(expression_statement) "lsb = highestSetBit(value);"
(assignment_expression) "lsb = highestSetBit(value)"
(identifier) "lsb"
(=) "="
(call_expression) "highestSetBit(value)"
(identifier) "highestSetBit"
(argument_list) "(value)"
(() "("
(identifier) "value"
()) ")"
(;) ";"
(expression_statement) "value ^= mask(lsb);"
(assignment_expression) "value ^= mask(lsb)"
(identifier) "value"
(^=) "^="
(call_expression) "mask(lsb)"
(identifier) "mask"
(argument_list) "(lsb)"
(() "("
(identifier) "lsb"
()) ")"
(;) ";"
(if_statement) "if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }"
(if) "if"
(parenthesized_expression) "(!value)"
(() "("
(unary_expression) "!value"
(!) "!"
(identifier) "value"
()) ")"
(compound_statement) "{\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }"
({) "{"
(comment) "// Success - but lsb actually points to the hsb of a third range - add one"
(comment) "// to get to the lsb of the mid range."
(expression_statement) "++lsb;"
(update_expression) "++lsb"
(++) "++"
(identifier) "lsb"
(;) ";"
(return_statement) "return true;"
(return) "return"
(true) "true"
(;) ";"
(}) "}"
(return_statement) "return false;"
(return) "return"
(false) "false"
(;) ";"
(}) "}"
(comment) "// Encodes the set of immN:immr:imms fields found in a logical immediate."
(expression_statement) "template<unsigned width>\n static"
(binary_expression) "template<unsigned width>\n static"
(binary_expression) "template<unsigned"
(identifier) "template"
(<) "<"
(identifier) "unsigned"
(ERROR) "width"
(identifier) "width"
(>) ">"
(identifier) "static"
(;) ""
(function_definition) "int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)\n {\n // Check width is a power of 2!\n ASSERT(!(width & (width -1)));\n ASSERT(width <= 64 && width >= 2);\n ASSERT(hsb >= lsb);\n ASSERT(hsb < width);\n\n int immN = 0;\n int imms = 0;\n int immr = 0;\n\n // For 64-bit values this is easy - just set immN to true, and imms just\n // contains the bit number of the highest set bit of the set range. For\n // values with narrower widths, these are encoded by a leading set of\n // one bits, followed by a zero bit, followed by the remaining set of bits\n // being the high bit of the range. For a 32-bit immediate there are no\n // leading one bits, just a zero followed by a five bit number. For a\n // 16-bit immediate there is one one bit, a zero bit, and then a four bit\n // bit-position, etc.\n if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);\n\n if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }\n\n return immN << 12 | immr << 6 | imms;\n }"
(primitive_type) "int"
(function_declarator) "encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)"
(identifier) "encodeLogicalImmediate"
(parameter_list) "(unsigned hsb, unsigned lsb, bool inverted)"
(() "("
(parameter_declaration) "unsigned hsb"
(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
(identifier) "hsb"
(,) ","
(parameter_declaration) "unsigned lsb"
(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
(identifier) "lsb"
(,) ","
(parameter_declaration) "bool inverted"
(primitive_type) "bool"
(identifier) "inverted"
()) ")"
(compound_statement) "{\n // Check width is a power of 2!\n ASSERT(!(width & (width -1)));\n ASSERT(width <= 64 && width >= 2);\n ASSERT(hsb >= lsb);\n ASSERT(hsb < width);\n\n int immN = 0;\n int imms = 0;\n int immr = 0;\n\n // For 64-bit values this is easy - just set immN to true, and imms just\n // contains the bit number of the highest set bit of the set range. For\n // values with narrower widths, these are encoded by a leading set of\n // one bits, followed by a zero bit, followed by the remaining set of bits\n // being the high bit of the range. For a 32-bit immediate there are no\n // leading one bits, just a zero followed by a five bit number. For a\n // 16-bit immediate there is one one bit, a zero bit, and then a four bit\n // bit-position, etc.\n if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);\n\n if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }\n\n return immN << 12 | immr << 6 | imms;\n }"
({) "{"
(comment) "// Check width is a power of 2!"
(expression_statement) "ASSERT(!(width & (width -1)));"
(call_expression) "ASSERT(!(width & (width -1)))"
(identifier) "ASSERT"
(argument_list) "(!(width & (width -1)))"
(() "("
(unary_expression) "!(width & (width -1))"
(!) "!"
(parenthesized_expression) "(width & (width -1))"
(() "("
(binary_expression) "width & (width -1)"
(identifier) "width"
(&) "&"
(parenthesized_expression) "(width -1)"
(() "("
(binary_expression) "width -1"
(identifier) "width"
(-) "-"
(number_literal) "1"
()) ")"
()) ")"
()) ")"
(;) ";"
(expression_statement) "ASSERT(width <= 64 && width >= 2);"
(call_expression) "ASSERT(width <= 64 && width >= 2)"
(identifier) "ASSERT"
(argument_list) "(width <= 64 && width >= 2)"
(() "("
(binary_expression) "width <= 64 && width >= 2"
(binary_expression) "width <= 64"
(identifier) "width"
(<=) "<="
(number_literal) "64"
(&&) "&&"
(binary_expression) "width >= 2"
(identifier) "width"
(>=) ">="
(number_literal) "2"
()) ")"
(;) ";"
(expression_statement) "ASSERT(hsb >= lsb);"
(call_expression) "ASSERT(hsb >= lsb)"
(identifier) "ASSERT"
(argument_list) "(hsb >= lsb)"
(() "("
(binary_expression) "hsb >= lsb"
(identifier) "hsb"
(>=) ">="
(identifier) "lsb"
()) ")"
(;) ";"
(expression_statement) "ASSERT(hsb < width);"
(call_expression) "ASSERT(hsb < width)"
(identifier) "ASSERT"
(argument_list) "(hsb < width)"
(() "("
(binary_expression) "hsb < width"
(identifier) "hsb"
(<) "<"
(identifier) "width"
()) ")"
(;) ";"
(declaration) "int immN = 0;"
(primitive_type) "int"
(init_declarator) "immN = 0"
(identifier) "immN"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "int imms = 0;"
(primitive_type) "int"
(init_declarator) "imms = 0"
(identifier) "imms"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "int immr = 0;"
(primitive_type) "int"
(init_declarator) "immr = 0"
(identifier) "immr"
(=) "="
(number_literal) "0"
(;) ";"
(comment) "// For 64-bit values this is easy - just set immN to true, and imms just"
(comment) "// contains the bit number of the highest set bit of the set range. For"
(comment) "// values with narrower widths, these are encoded by a leading set of"
(comment) "// one bits, followed by a zero bit, followed by the remaining set of bits"
(comment) "// being the high bit of the range. For a 32-bit immediate there are no"
(comment) "// leading one bits, just a zero followed by a five bit number. For a"
(comment) "// 16-bit immediate there is one one bit, a zero bit, and then a four bit"
(comment) "// bit-position, etc."
(if_statement) "if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);"
(if) "if"
(parenthesized_expression) "(width == 64)"
(() "("
(binary_expression) "width == 64"
(identifier) "width"
(==) "=="
(number_literal) "64"
()) ")"
(expression_statement) "immN = 1;"
(assignment_expression) "immN = 1"
(identifier) "immN"
(=) "="
(number_literal) "1"
(;) ";"
(else_clause) "else\n imms = 63 & ~(width + width - 1);"
(else) "else"
(expression_statement) "imms = 63 & ~(width + width - 1);"
(assignment_expression) "imms = 63 & ~(width + width - 1)"
(identifier) "imms"
(=) "="
(binary_expression) "63 & ~(width + width - 1)"
(number_literal) "63"
(&) "&"
(unary_expression) "~(width + width - 1)"
(~) "~"
(parenthesized_expression) "(width + width - 1)"
(() "("
(binary_expression) "width + width - 1"
(binary_expression) "width + width"
(identifier) "width"
(+) "+"
(identifier) "width"
(-) "-"
(number_literal) "1"
()) ")"
(;) ";"
(if_statement) "if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }"
(if) "if"
(parenthesized_expression) "(inverted)"
(() "("
(identifier) "inverted"
()) ")"
(compound_statement) "{\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n }"
({) "{"
(comment) "// if width is 64 & hsb is 62, then we have a value something like:"
(comment) "// 0x80000000ffffffff (in this case with lsb 32)."
(comment) "// The ror should be by 1, imms (effectively set width minus 1) is"
(comment) "// 32. Set width is full width minus cleared width."
(expression_statement) "immr = (width - 1) - hsb;"
(assignment_expression) "immr = (width - 1) - hsb"
(identifier) "immr"
(=) "="
(binary_expression) "(width - 1) - hsb"
(parenthesized_expression) "(width - 1)"
(() "("
(binary_expression) "width - 1"
(identifier) "width"
(-) "-"
(number_literal) "1"
()) ")"
(-) "-"
(identifier) "hsb"
(;) ";"
(expression_statement) "imms |= (width - ((hsb - lsb) + 1)) - 1;"
(assignment_expression) "imms |= (width - ((hsb - lsb) + 1)) - 1"
(identifier) "imms"
(|=) "|="
(binary_expression) "(width - ((hsb - lsb) + 1)) - 1"
(parenthesized_expression) "(width - ((hsb - lsb) + 1))"
(() "("
(binary_expression) "width - ((hsb - lsb) + 1)"
(identifier) "width"
(-) "-"
(parenthesized_expression) "((hsb - lsb) + 1)"
(() "("
(binary_expression) "(hsb - lsb) + 1"
(parenthesized_expression) "(hsb - lsb)"
(() "("
(binary_expression) "hsb - lsb"
(identifier) "hsb"
(-) "-"
(identifier) "lsb"
()) ")"
(+) "+"
(number_literal) "1"
()) ")"
()) ")"
(-) "-"
(number_literal) "1"
(;) ";"
(}) "}"
(else_clause) "else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }"
(else) "else"
(compound_statement) "{\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }"
({) "{"
(comment) "// if width is 64 & hsb is 62, then we have a value something like:"
(comment) "// 0x7fffffff00000000 (in this case with lsb 32)."
(comment) "// The value is effectively rol'ed by lsb, which is equivalent to"
(comment) "// a ror by width - lsb (or 0, in the case where lsb is 0). imms"
(comment) "// is hsb - lsb."
(expression_statement) "immr = (width - lsb) & (width - 1);"
(assignment_expression) "immr = (width - lsb) & (width - 1)"
(identifier) "immr"
(=) "="
(binary_expression) "(width - lsb) & (width - 1)"
(parenthesized_expression) "(width - lsb)"
(() "("
(binary_expression) "width - lsb"
(identifier) "width"
(-) "-"
(identifier) "lsb"
()) ")"
(&) "&"
(parenthesized_expression) "(width - 1)"
(() "("
(binary_expression) "width - 1"
(identifier) "width"
(-) "-"
(number_literal) "1"
()) ")"
(;) ";"
(expression_statement) "imms |= hsb - lsb;"
(assignment_expression) "imms |= hsb - lsb"
(identifier) "imms"
(|=) "|="
(binary_expression) "hsb - lsb"
(identifier) "hsb"
(-) "-"
(identifier) "lsb"
(;) ";"
(}) "}"
(return_statement) "return immN << 12 | immr << 6 | imms;"
(return) "return"
(binary_expression) "immN << 12 | immr << 6 | imms"
(binary_expression) "immN << 12 | immr << 6"
(binary_expression) "immN << 12"
(identifier) "immN"
(<<) "<<"
(number_literal) "12"
(|) "|"
(binary_expression) "immr << 6"
(identifier) "immr"
(<<) "<<"
(number_literal) "6"
(|) "|"
(identifier) "imms"
(;) ";"
(}) "}"
(declaration) "static const int InvalidLogicalImmediate = -1;"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(primitive_type) "int"
(init_declarator) "InvalidLogicalImmediate = -1"
(identifier) "InvalidLogicalImmediate"
(=) "="
(number_literal) "-1"
(;) ";"
(declaration) "int m_value;"
(primitive_type) "int"
(identifier) "m_value"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
(}) "}"
(comment) "// namespace JSC."
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{"language": "c", "success": true, "metadata": {"lines": 242, "avg_line_length": 37.09, "nodes": 1042, "errors": 0, "source_hash": "6ae8e509a52e81956230c2fc7140d876989f4d6b0955fdf76080451911622edb", "categorized_nodes": 779}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_call", "text": "#pragma once\n", "parent": null, "children": [1, 2], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 1, "type": "preproc_directive", "text": "#pragma", "parent": 0, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 7}}, {"id": 2, "type": "preproc_arg", "text": "once", "parent": 0, "children": [], "start_point": {"row": 18, "column": 8}, "end_point": {"row": 18, "column": 12}}, {"id": 3, "type": "function_definition", "text": "namespace JSC {\n\nALWAYS_INLINE bool isIOS()\n{\n#if PLATFORM(IOS)\n return true;\n#else\n return false;\n#endif\n}\n\nALWAYS_INLINE bool isInt9(int32_t value)\n{\n return value == ((value << 23) >> 23);\n}\n\ntemplate<typename Type>\nALWAYS_INLINE bool isUInt12(Type value)\n{\n return !(value & ~static_cast<Type>(0xfff));\n}\n\ntemplate<int datasize>\nALWAYS_INLINE bool isValidScaledUImm12(int32_t offset)\n{\n int32_t maxPImm = 4095 * (datasize / 8);\n if (offset < 0)\n return false;\n if (offset > maxPImm)\n return false;\n if (offset & ((datasize / 8) - 1))\n return false;\n return true;\n}\n\nALWAYS_INLINE bool isValidSignedImm9(int32_t value)\n{\n return isInt9(value);\n}\n\nclass ARM64LogicalImmediate {\npublic:\n static ARM64LogicalImmediate create32(uint32_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // First look for a 32-bit pattern, then for repeating 16-bit\n // patterns, 8-bit, 4-bit, and finally 2-bit.\n\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);\n\n if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;\n value &= 0xffff;\n\n if (findBitRange<16>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<16>(hsb, lsb, inverted);\n\n if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;\n value &= 0xff;\n\n if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);\n\n if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;\n value &= 0xf;\n\n if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);\n\n if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;\n value &= 0x3;\n\n if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);\n\n return InvalidLogicalImmediate;\n }\n\n static ARM64LogicalImmediate create64(uint64_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // Look for a contiguous bit range.\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<64>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<64>(hsb, lsb, inverted);\n\n // If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern.\n if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))\n return create32(static_cast<uint32_t>(value));\n return InvalidLogicalImmediate;\n }\n\n int value() const\n {\n ASSERT(isValid());\n return m_value;\n }\n\n bool isValid() const\n {\n return m_value != InvalidLogicalImmediate;\n }\n\n bool is64bit() const\n {\n return m_value & (1 << 12);\n }\n\nprivate:\n ARM64LogicalImmediate(int value)\n : m_value(value)\n {\n }\n\n // Generate a mask with bits in the range hsb..0 set, for example:\n // hsb:63 = 0xffffffffffffffff\n // hsb:42 = 0x000007ffffffffff\n // hsb: 0 = 0x0000000000000001\n static uint64_t mask(unsigned hsb)\n {\n ASSERT(hsb < 64);\n return 0xffffffffffffffffull >> (63 - hsb);\n }\n\n template<unsigned N>\n static void partialHSB(uint64_t& value, unsigned&result)\n {\n if (value & (0xffffffffffffffffull << N)) {\n result += N;\n value >>= N;\n }\n }\n\n // Find the bit number of the highest bit set in a non-zero value, for example:\n // 0x8080808080808080 = hsb:63\n // 0x0000000000000001 = hsb: 0\n // 0x000007ffffe00000 = hsb:42\n static unsigned highestSetBit(uint64_t value)\n {\n ASSERT(value);\n unsigned hsb = 0;\n partialHSB<32>(value, hsb);\n partialHSB<16>(value, hsb);\n partialHSB<8>(value, hsb);\n partialHSB<4>(value, hsb);\n partialHSB<2>(value, hsb);\n partialHSB<1>(value, hsb);\n return hsb;\n }\n\n // This function takes a value and a bit width, where value obeys the following constraints:\n // * bits outside of the width of the value must be zero.\n // * bits within the width of value must neither be all clear or all set.\n // The input is inspected to detect values that consist of either two or three contiguous\n // ranges of bits. The output range hsb..lsb will describe the second range of the value.\n // if the range is set, inverted will be false, and if the range is clear, inverted will\n // be true. For example (with width 8):\n // 00001111 = hsb:3, lsb:0, inverted:false\n // 11110000 = hsb:3, lsb:0, inverted:true\n // 00111100 = hsb:5, lsb:2, inverted:false\n // 11000011 = hsb:5, lsb:2, inverted:true\n template<unsigned width>\n static bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)\n {\n ASSERT(value & mask(width - 1));\n ASSERT(value != mask(width - 1));\n ASSERT(!(value & ~mask(width - 1)));\n\n // Detect cases where the top bit is set; if so, flip all the bits & set invert.\n // This halves the number of patterns we need to look for.\n const uint64_t msb = 1ull << (width - 1);\n if ((inverted = (value & msb)))\n value ^= mask(width - 1);\n\n // Find the highest set bit in value, generate a corresponding mask & flip all\n // bits under it.\n hsb = highestSetBit(value);\n value ^= mask(hsb);\n if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }\n\n // Try making one more mask, and flipping the bits!\n lsb = highestSetBit(value);\n value ^= mask(lsb);\n if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }\n\n return false;\n }\n\n // Encodes the set of immN:immr:imms fields found in a logical immediate.\n template<unsigned width>\n static int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)\n {\n // Check width is a power of 2!\n ASSERT(!(width & (width -1)));\n ASSERT(width <= 64 && width >= 2);\n ASSERT(hsb >= lsb);\n ASSERT(hsb < width);\n\n int immN = 0;\n int imms = 0;\n int immr = 0;\n\n // For 64-bit values this is easy - just set immN to true, and imms just\n // contains the bit number of the highest set bit of the set range. 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(!value || !~value)\n return InvalidLogicalImmediate;\n\n // First look for a 32-bit pattern, then for repeating 16-bit\n // patterns, 8-bit, 4-bit, and finally 2-bit.\n\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);\n\n if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;\n value &= 0xffff;\n\n if (findBitRange<16>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<16>(hsb, lsb, inverted);\n\n if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;\n value &= 0xff;\n\n if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);\n\n if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;\n value &= 0xf;\n\n if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);\n\n if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;\n value &= 0x3;\n\n if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);\n\n return InvalidLogicalImmediate;\n }\n\n static ARM64LogicalImmediate create64(uint64_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // Look for a contiguous bit range.\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<64>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<64>(hsb, lsb, inverted);\n\n // If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern.\n if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))\n return create32(static_cast<uint32_t>(value));\n return InvalidLogicalImmediate;\n }\n\n int value() const\n {\n ASSERT(isValid());\n return m_value;\n }\n\n bool isValid() const\n {\n return m_value != InvalidLogicalImmediate;\n }\n\n bool is64bit() const\n {\n return m_value & (1 << 12);\n }\n\nprivate:\n ARM64LogicalImmediate(int value)\n : m_value(value)\n {\n }\n\n // Generate a mask with bits in the range hsb..0 set, for example:\n // hsb:63 = 0xffffffffffffffff\n // hsb:42 = 0x000007ffffffffff\n // hsb: 0 = 0x0000000000000001\n static uint64_t mask(unsigned hsb)\n {\n ASSERT(hsb < 64);\n return 0xffffffffffffffffull >> (63 - hsb);\n }\n\n template<unsigned N>\n static void partialHSB(uint64_t& value, unsigned&result)\n {\n if (value & (0xffffffffffffffffull << N)) {\n result += N;\n value >>= N;\n }\n }\n\n // Find the bit number of the highest bit set in a non-zero value, for example:\n // 0x8080808080808080 = hsb:63\n // 0x0000000000000001 = hsb: 0\n // 0x000007ffffe00000 = hsb:42\n static unsigned highestSetBit(uint64_t value)\n {\n ASSERT(value);\n unsigned hsb = 0;\n partialHSB<32>(value, hsb);\n partialHSB<16>(value, hsb);\n partialHSB<8>(value, hsb);\n partialHSB<4>(value, hsb);\n partialHSB<2>(value, hsb);\n partialHSB<1>(value, hsb);\n return hsb;\n }\n\n // This function takes a value and a bit width, where value obeys the following constraints:\n // * bits outside of the width of the value must be zero.\n // * bits within the width of value must neither be all clear or all set.\n // The input is inspected to detect values that consist of either two or three contiguous\n // ranges of bits. The output range hsb..lsb will describe the second range of the value.\n // if the range is set, inverted will be false, and if the range is clear, inverted will\n // be true. For example (with width 8):\n // 00001111 = hsb:3, lsb:0, inverted:false\n // 11110000 = hsb:3, lsb:0, inverted:true\n // 00111100 = hsb:5, lsb:2, inverted:false\n // 11000011 = hsb:5, lsb:2, inverted:true\n template<unsigned width>\n static bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)\n {\n ASSERT(value & mask(width - 1));\n ASSERT(value != mask(width - 1));\n ASSERT(!(value & ~mask(width - 1)));\n\n // Detect cases where the top bit is set; if so, flip all the bits & set invert.\n // This halves the number of patterns we need to look for.\n const uint64_t msb = 1ull << (width - 1);\n if ((inverted = (value & msb)))\n value ^= mask(width - 1);\n\n // Find the highest set bit in value, generate a corresponding mask & flip all\n // bits under it.\n hsb = highestSetBit(value);\n value ^= mask(hsb);\n if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }\n\n // Try making one more mask, and flipping the bits!\n lsb = highestSetBit(value);\n value ^= mask(lsb);\n if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }\n\n return false;\n }\n\n // Encodes the set of immN:immr:imms fields found in a logical immediate.\n template<unsigned width>\n static int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)\n {\n // Check width is a power of 2!\n ASSERT(!(width & (width -1)));\n ASSERT(width <= 64 && width >= 2);\n ASSERT(hsb >= lsb);\n ASSERT(hsb < width);\n\n int immN = 0;\n int imms = 0;\n int immr = 0;\n\n // For 64-bit values this is easy - just set immN to true, and imms just\n // contains the bit number of the highest set bit of the set range. For\n // values with narrower widths, these are encoded by a leading set of\n // one bits, followed by a zero bit, followed by the remaining set of bits\n // being the high bit of the range. For a 32-bit immediate there are no\n // leading one bits, just a zero followed by a five bit number. For a\n // 16-bit immediate there is one one bit, a zero bit, and then a four bit\n // bit-position, etc.\n if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);\n\n if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }\n\n return immN << 12 | immr << 6 | imms;\n }\n\n static const int InvalidLogicalImmediate = -1;\n\n int m_value;\n}", "parent": 3, "children": [162], "start_point": {"row": 60, "column": 0}, "end_point": {"row": 280, "column": 1}}, {"id": 162, "type": "identifier", "text": "ARM64LogicalImmediate", "parent": 161, "children": [], "start_point": {"row": 60, "column": 6}, "end_point": {"row": 60, "column": 27}}, {"id": 163, "type": "labeled_statement", "text": "public:\n static ARM64LogicalImmediate create32(uint32_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // First look for a 32-bit pattern, then for repeating 16-bit\n // patterns, 8-bit, 4-bit, and finally 2-bit.\n\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);\n\n if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;\n value &= 0xffff;\n\n if (findBitRange<16>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<16>(hsb, lsb, inverted);\n\n if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;\n value &= 0xff;\n\n if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);\n\n if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;\n value &= 0xf;\n\n if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);\n\n if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;\n value &= 0x3;\n\n if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);\n\n return InvalidLogicalImmediate;\n }", "parent": 161, "children": [164], "start_point": {"row": 61, "column": 0}, "end_point": {"row": 105, "column": 5}}, {"id": 164, "type": "ERROR", "text": "static ARM64LogicalImmediate create32(uint32_t value)", "parent": 163, "children": [165, 166], "start_point": {"row": 62, "column": 4}, "end_point": {"row": 62, "column": 57}}, {"id": 165, "type": "type_identifier", "text": "ARM64LogicalImmediate", "parent": 164, "children": [], "start_point": {"row": 62, "column": 11}, "end_point": {"row": 62, "column": 32}}, {"id": 166, "type": "function_declarator", "text": "create32(uint32_t value)", "parent": 164, "children": [167, 168], "start_point": {"row": 62, "column": 33}, "end_point": {"row": 62, "column": 57}}, {"id": 167, "type": "identifier", "text": "create32", "parent": 166, "children": [], "start_point": {"row": 62, "column": 33}, "end_point": {"row": 62, "column": 41}}, {"id": 168, "type": "parameter_list", "text": "(uint32_t value)", "parent": 166, "children": [169], "start_point": {"row": 62, "column": 41}, "end_point": {"row": 62, "column": 57}}, {"id": 169, "type": "parameter_declaration", "text": "uint32_t value", "parent": 168, "children": [170, 171], "start_point": {"row": 62, "column": 42}, "end_point": {"row": 62, "column": 56}}, {"id": 170, "type": "primitive_type", "text": "uint32_t", "parent": 169, "children": [], "start_point": {"row": 62, "column": 42}, "end_point": {"row": 62, "column": 50}}, {"id": 171, "type": "identifier", "text": "value", "parent": 169, "children": [], "start_point": {"row": 62, "column": 51}, "end_point": {"row": 62, "column": 56}}, {"id": 172, "type": "if_statement", "text": "if (!value || !~value)\n return InvalidLogicalImmediate;", "parent": 163, "children": [173, 184], "start_point": {"row": 65, "column": 8}, "end_point": {"row": 66, "column": 43}}, {"id": 173, "type": "parenthesized_expression", "text": "(!value || !~value)", "parent": 172, "children": [174], "start_point": {"row": 65, "column": 11}, "end_point": {"row": 65, "column": 30}}, {"id": 174, "type": "binary_expression", "text": "!value || !~value", "parent": 173, "children": [175, 178, 179], "start_point": {"row": 65, "column": 12}, "end_point": {"row": 65, "column": 29}}, {"id": 175, "type": "unary_expression", "text": "!value", "parent": 174, "children": [176, 177], "start_point": {"row": 65, "column": 12}, "end_point": {"row": 65, "column": 18}}, {"id": 176, "type": "!", "text": "!", "parent": 175, "children": [], "start_point": {"row": 65, "column": 12}, "end_point": {"row": 65, "column": 13}}, {"id": 177, "type": "identifier", "text": "value", "parent": 175, "children": [], "start_point": {"row": 65, "column": 13}, "end_point": {"row": 65, "column": 18}}, {"id": 178, "type": "||", "text": "||", "parent": 174, "children": [], "start_point": {"row": 65, "column": 19}, "end_point": {"row": 65, "column": 21}}, {"id": 179, "type": "unary_expression", "text": "!~value", "parent": 174, "children": [180, 181], "start_point": {"row": 65, "column": 22}, "end_point": {"row": 65, "column": 29}}, {"id": 180, "type": "!", "text": "!", "parent": 179, "children": [], "start_point": {"row": 65, "column": 22}, "end_point": {"row": 65, "column": 23}}, {"id": 181, "type": "unary_expression", "text": "~value", "parent": 179, "children": [182, 183], "start_point": {"row": 65, "column": 23}, "end_point": {"row": 65, "column": 29}}, {"id": 182, "type": "~", "text": "~", "parent": 181, "children": [], "start_point": {"row": 65, "column": 23}, "end_point": {"row": 65, "column": 24}}, {"id": 183, "type": "identifier", "text": "value", "parent": 181, "children": [], "start_point": {"row": 65, "column": 24}, "end_point": {"row": 65, "column": 29}}, {"id": 184, "type": "return_statement", "text": "return InvalidLogicalImmediate;", "parent": 172, "children": [185], "start_point": {"row": 66, "column": 12}, "end_point": {"row": 66, "column": 43}}, {"id": 185, "type": "identifier", "text": "InvalidLogicalImmediate", "parent": 184, "children": [], "start_point": {"row": 66, "column": 19}, "end_point": {"row": 66, "column": 42}}, {"id": 186, "type": "declaration", "text": "unsigned hsb, lsb;", "parent": 163, "children": [187, 189, 190], "start_point": {"row": 71, "column": 8}, "end_point": {"row": 71, "column": 26}}, {"id": 187, "type": "sized_type_specifier", "text": "unsigned", "parent": 186, "children": [188], "start_point": {"row": 71, "column": 8}, "end_point": {"row": 71, "column": 16}}, {"id": 188, "type": "unsigned", "text": "unsigned", "parent": 187, "children": [], "start_point": {"row": 71, "column": 8}, "end_point": {"row": 71, "column": 16}}, {"id": 189, "type": "identifier", "text": "hsb", "parent": 186, "children": [], "start_point": {"row": 71, "column": 17}, "end_point": {"row": 71, "column": 20}}, {"id": 190, "type": "identifier", "text": "lsb", "parent": 186, "children": [], "start_point": {"row": 71, "column": 22}, "end_point": {"row": 71, "column": 25}}, {"id": 191, "type": "declaration", "text": "bool inverted;", "parent": 163, "children": [192, 193], "start_point": {"row": 72, "column": 8}, "end_point": {"row": 72, "column": 22}}, {"id": 192, "type": "primitive_type", "text": "bool", "parent": 191, "children": [], "start_point": {"row": 72, "column": 8}, "end_point": {"row": 72, "column": 12}}, {"id": 193, "type": "identifier", "text": "inverted", "parent": 191, "children": [], "start_point": {"row": 72, "column": 13}, "end_point": {"row": 72, "column": 21}}, {"id": 194, "type": "if_statement", "text": "if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);", "parent": 163, "children": [195, 210], "start_point": {"row": 73, "column": 8}, "end_point": {"row": 74, "column": 66}}, {"id": 195, "type": "parenthesized_expression", "text": "(findBitRange<32>(value, hsb, lsb, inverted))", "parent": 194, "children": [196], "start_point": {"row": 73, "column": 11}, "end_point": {"row": 73, "column": 56}}, {"id": 196, "type": "binary_expression", "text": "findBitRange<32>(value, hsb, lsb, inverted)", "parent": 195, "children": [197, 201, 202], "start_point": {"row": 73, "column": 12}, "end_point": {"row": 73, "column": 55}}, {"id": 197, "type": "binary_expression", "text": "findBitRange<32", "parent": 196, "children": [198, 199, 200], "start_point": {"row": 73, "column": 12}, "end_point": {"row": 73, "column": 27}}, {"id": 198, "type": "identifier", "text": "findBitRange", "parent": 197, "children": [], "start_point": {"row": 73, "column": 12}, "end_point": {"row": 73, "column": 24}}, {"id": 199, "type": "<", "text": "<", "parent": 197, "children": [], "start_point": {"row": 73, "column": 24}, "end_point": {"row": 73, "column": 25}}, {"id": 200, "type": "number_literal", "text": "32", "parent": 197, "children": [], "start_point": {"row": 73, "column": 25}, "end_point": {"row": 73, "column": 27}}, {"id": 201, "type": ">", "text": ">", "parent": 196, "children": [], "start_point": {"row": 73, "column": 27}, "end_point": {"row": 73, "column": 28}}, {"id": 202, "type": "parenthesized_expression", "text": "(value, hsb, lsb, inverted)", "parent": 196, "children": [203], "start_point": {"row": 73, "column": 28}, "end_point": {"row": 73, "column": 55}}, {"id": 203, "type": "comma_expression", "text": "value, hsb, lsb, inverted", "parent": 202, "children": [204, 205], "start_point": {"row": 73, "column": 29}, "end_point": {"row": 73, "column": 54}}, {"id": 204, "type": "identifier", "text": "value", "parent": 203, "children": [], "start_point": {"row": 73, "column": 29}, "end_point": {"row": 73, "column": 34}}, {"id": 205, "type": "comma_expression", "text": "hsb, lsb, inverted", "parent": 203, "children": [206, 207], "start_point": {"row": 73, "column": 36}, "end_point": {"row": 73, "column": 54}}, {"id": 206, "type": "identifier", "text": "hsb", "parent": 205, "children": [], "start_point": {"row": 73, "column": 36}, "end_point": {"row": 73, "column": 39}}, {"id": 207, "type": "comma_expression", "text": "lsb, inverted", "parent": 205, "children": [208, 209], "start_point": {"row": 73, "column": 41}, "end_point": {"row": 73, "column": 54}}, {"id": 208, "type": "identifier", "text": "lsb", "parent": 207, "children": [], "start_point": {"row": 73, "column": 41}, "end_point": {"row": 73, "column": 44}}, {"id": 209, "type": "identifier", "text": "inverted", "parent": 207, "children": [], "start_point": {"row": 73, "column": 46}, "end_point": {"row": 73, "column": 54}}, {"id": 210, "type": "return_statement", "text": "return encodeLogicalImmediate<32>(hsb, lsb, inverted);", "parent": 194, "children": [211], "start_point": {"row": 74, "column": 12}, "end_point": {"row": 74, "column": 66}}, {"id": 211, "type": "binary_expression", "text": "encodeLogicalImmediate<32>(hsb, lsb, inverted)", "parent": 210, "children": [212, 216, 217], "start_point": {"row": 74, "column": 19}, "end_point": {"row": 74, "column": 65}}, {"id": 212, "type": "binary_expression", "text": "encodeLogicalImmediate<32", "parent": 211, "children": [213, 214, 215], "start_point": {"row": 74, "column": 19}, "end_point": {"row": 74, "column": 44}}, {"id": 213, "type": "identifier", "text": "encodeLogicalImmediate", "parent": 212, "children": [], "start_point": {"row": 74, "column": 19}, "end_point": {"row": 74, "column": 41}}, {"id": 214, "type": "<", "text": "<", "parent": 212, "children": [], "start_point": {"row": 74, "column": 41}, "end_point": {"row": 74, "column": 42}}, {"id": 215, "type": "number_literal", "text": "32", "parent": 212, "children": [], "start_point": {"row": 74, "column": 42}, "end_point": {"row": 74, "column": 44}}, {"id": 216, "type": ">", "text": ">", "parent": 211, "children": [], "start_point": {"row": 74, "column": 44}, "end_point": {"row": 74, "column": 45}}, {"id": 217, "type": "parenthesized_expression", "text": "(hsb, lsb, inverted)", "parent": 211, "children": [218], "start_point": {"row": 74, "column": 45}, "end_point": {"row": 74, "column": 65}}, {"id": 218, "type": "comma_expression", "text": "hsb, lsb, inverted", "parent": 217, "children": [219, 220], "start_point": {"row": 74, "column": 46}, "end_point": {"row": 74, "column": 64}}, {"id": 219, "type": "identifier", "text": "hsb", "parent": 218, "children": [], "start_point": {"row": 74, "column": 46}, "end_point": {"row": 74, "column": 49}}, {"id": 220, "type": "comma_expression", "text": "lsb, inverted", "parent": 218, "children": [221, 222], "start_point": {"row": 74, "column": 51}, "end_point": {"row": 74, "column": 64}}, {"id": 221, "type": "identifier", "text": "lsb", "parent": 220, "children": [], "start_point": {"row": 74, "column": 51}, "end_point": {"row": 74, "column": 54}}, {"id": 222, "type": "identifier", "text": "inverted", "parent": 220, "children": [], "start_point": {"row": 74, "column": 56}, "end_point": {"row": 74, "column": 64}}, {"id": 223, "type": "if_statement", "text": "if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;", "parent": 163, "children": [224, 236], "start_point": {"row": 76, "column": 8}, "end_point": {"row": 77, "column": 43}}, {"id": 224, "type": "parenthesized_expression", "text": "((value & 0xffff) != (value >> 16))", "parent": 223, "children": [225], "start_point": {"row": 76, "column": 11}, "end_point": {"row": 76, "column": 46}}, {"id": 225, "type": "binary_expression", "text": "(value & 0xffff) != (value >> 16)", "parent": 224, "children": [226, 230, 231], "start_point": {"row": 76, "column": 12}, "end_point": {"row": 76, "column": 45}}, {"id": 226, "type": "parenthesized_expression", "text": "(value & 0xffff)", "parent": 225, "children": [227], "start_point": {"row": 76, "column": 12}, "end_point": {"row": 76, "column": 28}}, {"id": 227, "type": "binary_expression", "text": "value & 0xffff", "parent": 226, "children": [228, 229], "start_point": {"row": 76, "column": 13}, "end_point": {"row": 76, "column": 27}}, {"id": 228, "type": "identifier", "text": "value", "parent": 227, "children": [], "start_point": {"row": 76, "column": 13}, "end_point": {"row": 76, "column": 18}}, {"id": 229, "type": "number_literal", "text": "0xffff", "parent": 227, "children": [], "start_point": {"row": 76, "column": 21}, "end_point": {"row": 76, "column": 27}}, {"id": 230, "type": "!=", "text": "!=", "parent": 225, "children": [], "start_point": {"row": 76, "column": 29}, "end_point": {"row": 76, "column": 31}}, {"id": 231, "type": "parenthesized_expression", "text": "(value >> 16)", "parent": 225, "children": [232], "start_point": {"row": 76, "column": 32}, "end_point": {"row": 76, "column": 45}}, {"id": 232, "type": "binary_expression", "text": "value >> 16", "parent": 231, "children": [233, 234, 235], "start_point": {"row": 76, "column": 33}, 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"children": [], "start_point": {"row": 80, "column": 36}, "end_point": {"row": 80, "column": 39}}, {"id": 255, "type": "comma_expression", "text": "lsb, inverted", "parent": 253, "children": [256, 257], "start_point": {"row": 80, "column": 41}, "end_point": {"row": 80, "column": 54}}, {"id": 256, "type": "identifier", "text": "lsb", "parent": 255, "children": [], "start_point": {"row": 80, "column": 41}, "end_point": {"row": 80, "column": 44}}, {"id": 257, "type": "identifier", "text": "inverted", "parent": 255, "children": [], "start_point": {"row": 80, "column": 46}, "end_point": {"row": 80, "column": 54}}, {"id": 258, "type": "return_statement", "text": "return encodeLogicalImmediate<16>(hsb, lsb, inverted);", "parent": 242, "children": [259], "start_point": {"row": 81, "column": 12}, "end_point": {"row": 81, "column": 66}}, {"id": 259, "type": "binary_expression", "text": "encodeLogicalImmediate<16>(hsb, lsb, inverted)", "parent": 258, "children": [260, 264, 265], "start_point": {"row": 81, "column": 19}, "end_point": {"row": 81, "column": 65}}, {"id": 260, "type": "binary_expression", "text": "encodeLogicalImmediate<16", "parent": 259, "children": [261, 262, 263], "start_point": {"row": 81, "column": 19}, "end_point": {"row": 81, "column": 44}}, {"id": 261, "type": "identifier", "text": "encodeLogicalImmediate", "parent": 260, "children": [], "start_point": {"row": 81, "column": 19}, "end_point": {"row": 81, "column": 41}}, {"id": 262, "type": "<", "text": "<", "parent": 260, "children": [], "start_point": {"row": 81, "column": 41}, "end_point": {"row": 81, "column": 42}}, {"id": 263, "type": "number_literal", "text": "16", "parent": 260, "children": [], "start_point": {"row": 81, "column": 42}, "end_point": {"row": 81, "column": 44}}, {"id": 264, "type": ">", "text": ">", "parent": 259, "children": [], "start_point": {"row": 81, "column": 44}, "end_point": {"row": 81, "column": 45}}, {"id": 265, "type": "parenthesized_expression", "text": "(hsb, lsb, 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64}}, {"id": 271, "type": "if_statement", "text": "if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;", "parent": 163, "children": [272, 284], "start_point": {"row": 83, "column": 8}, "end_point": {"row": 84, "column": 43}}, {"id": 272, "type": "parenthesized_expression", "text": "((value & 0xff) != (value >> 8))", "parent": 271, "children": [273], "start_point": {"row": 83, "column": 11}, "end_point": {"row": 83, "column": 43}}, {"id": 273, "type": "binary_expression", "text": "(value & 0xff) != (value >> 8)", "parent": 272, "children": [274, 278, 279], "start_point": {"row": 83, "column": 12}, "end_point": {"row": 83, "column": 42}}, {"id": 274, "type": "parenthesized_expression", "text": "(value & 0xff)", "parent": 273, "children": [275], "start_point": {"row": 83, "column": 12}, "end_point": {"row": 83, "column": 26}}, {"id": 275, "type": "binary_expression", "text": "value & 0xff", "parent": 274, "children": [276, 277], "start_point": {"row": 83, "column": 13}, 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"identifier", "text": "value", "parent": 286, "children": [], "start_point": {"row": 85, "column": 8}, "end_point": {"row": 85, "column": 13}}, {"id": 288, "type": "&=", "text": "&=", "parent": 286, "children": [], "start_point": {"row": 85, "column": 14}, "end_point": {"row": 85, "column": 16}}, {"id": 289, "type": "number_literal", "text": "0xff", "parent": 286, "children": [], "start_point": {"row": 85, "column": 17}, "end_point": {"row": 85, "column": 21}}, {"id": 290, "type": "if_statement", "text": "if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);", "parent": 163, "children": [291, 306], "start_point": {"row": 87, "column": 8}, "end_point": {"row": 88, "column": 65}}, {"id": 291, "type": "parenthesized_expression", "text": "(findBitRange<8>(value, hsb, lsb, inverted))", "parent": 290, "children": [292], "start_point": {"row": 87, "column": 11}, "end_point": {"row": 87, "column": 55}}, {"id": 292, "type": "binary_expression", 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336, "type": "&=", "text": "&=", "parent": 334, "children": [], "start_point": {"row": 92, "column": 14}, "end_point": {"row": 92, "column": 16}}, {"id": 337, "type": "number_literal", "text": "0xf", "parent": 334, "children": [], "start_point": {"row": 92, "column": 17}, "end_point": {"row": 92, "column": 20}}, {"id": 338, "type": "if_statement", "text": "if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);", "parent": 163, "children": [339, 354], "start_point": {"row": 94, "column": 8}, "end_point": {"row": 95, "column": 65}}, {"id": 339, "type": "parenthesized_expression", "text": "(findBitRange<4>(value, hsb, lsb, inverted))", "parent": 338, "children": [340], "start_point": {"row": 94, "column": 11}, "end_point": {"row": 94, "column": 55}}, {"id": 340, "type": "binary_expression", "text": "findBitRange<4>(value, hsb, lsb, inverted)", "parent": 339, "children": [341, 345, 346], "start_point": {"row": 94, "column": 12}, "end_point": 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194, "column": 12}, "end_point": {"row": 194, "column": 13}}, {"id": 709, "type": "identifier", "text": "unsigned", "parent": 706, "children": [], "start_point": {"row": 194, "column": 13}, "end_point": {"row": 194, "column": 21}}, {"id": 710, "type": "ERROR", "text": "width", "parent": 705, "children": [711], "start_point": {"row": 194, "column": 22}, "end_point": {"row": 194, "column": 27}}, {"id": 711, "type": "identifier", "text": "width", "parent": 710, "children": [], "start_point": {"row": 194, "column": 22}, "end_point": {"row": 194, "column": 27}}, {"id": 712, "type": ">", "text": ">", "parent": 705, "children": [], "start_point": {"row": 194, "column": 27}, "end_point": {"row": 194, "column": 28}}, {"id": 713, "type": "function_definition", "text": "bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)\n {\n ASSERT(value & mask(width - 1));\n ASSERT(value != mask(width - 1));\n ASSERT(!(value & ~mask(width - 1)));\n\n // Detect cases where the top bit is set; if so, flip all the bits & set invert.\n // This halves the number of patterns we need to look for.\n const uint64_t msb = 1ull << (width - 1);\n if ((inverted = (value & msb)))\n value ^= mask(width - 1);\n\n // Find the highest set bit in value, generate a corresponding mask & flip all\n // bits under it.\n hsb = highestSetBit(value);\n value ^= mask(hsb);\n if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }\n\n // Try making one more mask, and flipping the bits!\n lsb = highestSetBit(value);\n value ^= mask(lsb);\n if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }\n\n return false;\n }", "parent": 161, "children": [714, 715], "start_point": {"row": 195, "column": 11}, "end_point": {"row": 228, "column": 5}}, {"id": 714, "type": "primitive_type", "text": "bool", "parent": 713, "children": [], 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{"row": 214, "column": 12}, "end_point": {"row": 214, "column": 24}}, {"id": 831, "type": "true", "text": "true", "parent": 830, "children": [], "start_point": {"row": 214, "column": 19}, "end_point": {"row": 214, "column": 23}}, {"id": 832, "type": "assignment_expression", "text": "lsb = highestSetBit(value)", "parent": 713, "children": [833, 834, 835], "start_point": {"row": 218, "column": 8}, "end_point": {"row": 218, "column": 34}}, {"id": 833, "type": "identifier", "text": "lsb", "parent": 832, "children": [], "start_point": {"row": 218, "column": 8}, "end_point": {"row": 218, "column": 11}}, {"id": 834, "type": "=", "text": "=", "parent": 832, "children": [], "start_point": {"row": 218, "column": 12}, "end_point": {"row": 218, "column": 13}}, {"id": 835, "type": "call_expression", "text": "highestSetBit(value)", "parent": 832, "children": [836, 837], "start_point": {"row": 218, "column": 14}, "end_point": {"row": 218, "column": 34}}, {"id": 836, "type": "identifier", "text": "highestSetBit", "parent": 835, "children": [], "start_point": {"row": 218, "column": 14}, "end_point": {"row": 218, "column": 27}}, {"id": 837, "type": "argument_list", "text": "(value)", "parent": 835, "children": [838], "start_point": {"row": 218, "column": 27}, "end_point": {"row": 218, "column": 34}}, {"id": 838, "type": "identifier", "text": "value", "parent": 837, "children": [], "start_point": {"row": 218, "column": 28}, "end_point": {"row": 218, "column": 33}}, {"id": 839, "type": "assignment_expression", "text": "value ^= mask(lsb)", "parent": 713, "children": [840, 841, 842], "start_point": {"row": 219, "column": 8}, "end_point": {"row": 219, "column": 26}}, {"id": 840, "type": "identifier", "text": "value", "parent": 839, "children": [], "start_point": {"row": 219, "column": 8}, "end_point": {"row": 219, "column": 13}}, {"id": 841, "type": "^=", "text": "^=", "parent": 839, "children": [], "start_point": {"row": 219, "column": 14}, "end_point": {"row": 219, "column": 16}}, {"id": 842, "type": "call_expression", "text": "mask(lsb)", "parent": 839, "children": [843, 844], "start_point": {"row": 219, "column": 17}, "end_point": {"row": 219, "column": 26}}, {"id": 843, "type": "identifier", "text": "mask", "parent": 842, "children": [], "start_point": {"row": 219, "column": 17}, "end_point": {"row": 219, "column": 21}}, {"id": 844, "type": "argument_list", "text": "(lsb)", "parent": 842, "children": [845], "start_point": {"row": 219, "column": 21}, "end_point": {"row": 219, "column": 26}}, {"id": 845, "type": "identifier", "text": "lsb", "parent": 844, "children": [], "start_point": {"row": 219, "column": 22}, "end_point": {"row": 219, "column": 25}}, {"id": 846, "type": "if_statement", "text": "if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }", "parent": 713, "children": [847], "start_point": {"row": 220, "column": 8}, "end_point": {"row": 225, "column": 9}}, {"id": 847, "type": "parenthesized_expression", "text": "(!value)", "parent": 846, "children": [848], "start_point": {"row": 220, "column": 11}, "end_point": {"row": 220, "column": 19}}, {"id": 848, "type": "unary_expression", "text": "!value", "parent": 847, "children": [849, 850], "start_point": {"row": 220, "column": 12}, "end_point": {"row": 220, "column": 18}}, {"id": 849, "type": "!", "text": "!", "parent": 848, "children": [], "start_point": {"row": 220, "column": 12}, "end_point": {"row": 220, "column": 13}}, {"id": 850, "type": "identifier", "text": "value", "parent": 848, "children": [], "start_point": {"row": 220, "column": 13}, "end_point": {"row": 220, "column": 18}}, {"id": 851, "type": "update_expression", "text": "++lsb", "parent": 846, "children": [852, 853], "start_point": {"row": 223, "column": 12}, "end_point": {"row": 223, "column": 17}}, {"id": 852, "type": "++", "text": "++", "parent": 851, "children": [], "start_point": {"row": 223, "column": 12}, "end_point": {"row": 223, "column": 14}}, {"id": 853, "type": "identifier", "text": "lsb", "parent": 851, "children": [], "start_point": {"row": 223, "column": 14}, "end_point": {"row": 223, "column": 17}}, {"id": 854, "type": "return_statement", "text": "return true;", "parent": 846, "children": [855], "start_point": {"row": 224, "column": 12}, "end_point": {"row": 224, "column": 24}}, {"id": 855, "type": "true", "text": "true", "parent": 854, "children": [], "start_point": {"row": 224, "column": 19}, "end_point": {"row": 224, "column": 23}}, {"id": 856, "type": "return_statement", "text": "return false;", "parent": 713, "children": [857], "start_point": {"row": 227, "column": 8}, "end_point": {"row": 227, "column": 21}}, {"id": 857, "type": "false", "text": "false", "parent": 856, "children": [], "start_point": {"row": 227, "column": 15}, "end_point": {"row": 227, "column": 20}}, {"id": 858, "type": "binary_expression", "text": "template<unsigned width>\n static", "parent": 161, "children": [859, 863, 865], "start_point": {"row": 231, "column": 4}, "end_point": {"row": 232, "column": 10}}, {"id": 859, "type": "binary_expression", "text": "template<unsigned", "parent": 858, "children": [860, 861, 862], "start_point": {"row": 231, "column": 4}, "end_point": {"row": 231, "column": 21}}, {"id": 860, "type": "identifier", "text": "template", "parent": 859, "children": [], "start_point": {"row": 231, "column": 4}, "end_point": {"row": 231, "column": 12}}, {"id": 861, "type": "<", "text": "<", "parent": 859, "children": [], "start_point": {"row": 231, "column": 12}, "end_point": {"row": 231, "column": 13}}, {"id": 862, "type": "identifier", "text": "unsigned", "parent": 859, "children": [], "start_point": {"row": 231, "column": 13}, "end_point": {"row": 231, "column": 21}}, {"id": 863, "type": "ERROR", "text": "width", "parent": 858, "children": [864], "start_point": {"row": 231, "column": 22}, "end_point": {"row": 231, "column": 27}}, {"id": 864, "type": "identifier", "text": "width", "parent": 863, "children": [], "start_point": {"row": 231, "column": 22}, "end_point": {"row": 231, "column": 27}}, {"id": 865, "type": ">", "text": ">", "parent": 858, "children": [], "start_point": {"row": 231, "column": 27}, "end_point": {"row": 231, "column": 28}}, {"id": 866, "type": "function_definition", "text": "int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)\n {\n // Check width is a power of 2!\n ASSERT(!(width & (width -1)));\n ASSERT(width <= 64 && width >= 2);\n ASSERT(hsb >= lsb);\n ASSERT(hsb < width);\n\n int immN = 0;\n int imms = 0;\n int immr = 0;\n\n // For 64-bit values this is easy - just set immN to true, and imms just\n // contains the bit number of the highest set bit of the set range. For\n // values with narrower widths, these are encoded by a leading set of\n // one bits, followed by a zero bit, followed by the remaining set of bits\n // being the high bit of the range. For a 32-bit immediate there are no\n // leading one bits, just a zero followed by a five bit number. For a\n // 16-bit immediate there is one one bit, a zero bit, and then a four bit\n // bit-position, etc.\n if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);\n\n if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }\n\n return immN << 12 | immr << 6 | imms;\n }", "parent": 161, "children": [867, 868], "start_point": {"row": 232, "column": 11}, "end_point": {"row": 275, "column": 5}}, {"id": 867, "type": "primitive_type", "text": "int", "parent": 866, "children": [], "start_point": {"row": 232, "column": 11}, "end_point": {"row": 232, "column": 14}}, {"id": 868, "type": "function_declarator", "text": "encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)", "parent": 866, "children": [869, 870], "start_point": {"row": 232, "column": 15}, "end_point": {"row": 232, "column": 80}}, {"id": 869, "type": "identifier", "text": "encodeLogicalImmediate", "parent": 868, "children": [], "start_point": {"row": 232, "column": 15}, "end_point": {"row": 232, "column": 37}}, {"id": 870, "type": "parameter_list", "text": "(unsigned hsb, unsigned lsb, bool inverted)", "parent": 868, "children": [871, 875, 879], "start_point": {"row": 232, "column": 37}, "end_point": {"row": 232, "column": 80}}, {"id": 871, "type": "parameter_declaration", "text": "unsigned hsb", "parent": 870, "children": [872, 874], "start_point": {"row": 232, "column": 38}, "end_point": {"row": 232, "column": 50}}, {"id": 872, "type": "sized_type_specifier", "text": "unsigned", "parent": 871, "children": [873], "start_point": {"row": 232, "column": 38}, "end_point": {"row": 232, "column": 46}}, {"id": 873, "type": "unsigned", "text": "unsigned", "parent": 872, "children": [], "start_point": {"row": 232, "column": 38}, "end_point": {"row": 232, "column": 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{"row": 240, "column": 12}, "end_point": {"row": 240, "column": 20}}, {"id": 925, "type": "identifier", "text": "immN", "parent": 924, "children": [], "start_point": {"row": 240, "column": 12}, "end_point": {"row": 240, "column": 16}}, {"id": 926, "type": "=", "text": "=", "parent": 924, "children": [], "start_point": {"row": 240, "column": 17}, "end_point": {"row": 240, "column": 18}}, {"id": 927, "type": "number_literal", "text": "0", "parent": 924, "children": [], "start_point": {"row": 240, "column": 19}, "end_point": {"row": 240, "column": 20}}, {"id": 928, "type": "declaration", "text": "int imms = 0;", "parent": 866, "children": [929, 930], "start_point": {"row": 241, "column": 8}, "end_point": {"row": 241, "column": 21}}, {"id": 929, "type": "primitive_type", "text": "int", "parent": 928, "children": [], "start_point": {"row": 241, "column": 8}, "end_point": {"row": 241, "column": 11}}, {"id": 930, "type": "init_declarator", "text": "imms = 0", "parent": 928, "children": [931, 932, 933], "start_point": {"row": 241, "column": 12}, "end_point": {"row": 241, "column": 20}}, {"id": 931, "type": "identifier", "text": "imms", "parent": 930, "children": [], "start_point": {"row": 241, "column": 12}, "end_point": {"row": 241, "column": 16}}, {"id": 932, "type": "=", "text": "=", "parent": 930, "children": [], "start_point": {"row": 241, "column": 17}, "end_point": {"row": 241, "column": 18}}, {"id": 933, "type": "number_literal", "text": "0", "parent": 930, "children": [], "start_point": {"row": 241, "column": 19}, "end_point": {"row": 241, "column": 20}}, {"id": 934, "type": "declaration", "text": "int immr = 0;", "parent": 866, "children": [935, 936], "start_point": {"row": 242, "column": 8}, "end_point": {"row": 242, "column": 21}}, {"id": 935, "type": "primitive_type", "text": "int", "parent": 934, "children": [], "start_point": {"row": 242, "column": 8}, "end_point": {"row": 242, "column": 11}}, {"id": 936, "type": "init_declarator", "text": "immr = 0", "parent": 934, "children": [937, 938, 939], "start_point": {"row": 242, "column": 12}, "end_point": {"row": 242, "column": 20}}, {"id": 937, "type": "identifier", "text": "immr", "parent": 936, "children": [], "start_point": {"row": 242, "column": 12}, "end_point": {"row": 242, "column": 16}}, {"id": 938, "type": "=", "text": "=", "parent": 936, "children": [], "start_point": {"row": 242, "column": 17}, "end_point": {"row": 242, "column": 18}}, {"id": 939, "type": "number_literal", "text": "0", "parent": 936, "children": [], "start_point": {"row": 242, "column": 19}, "end_point": {"row": 242, "column": 20}}, {"id": 940, "type": "if_statement", "text": "if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);", "parent": 866, "children": [941, 950], "start_point": {"row": 252, "column": 8}, "end_point": {"row": 255, "column": 45}}, {"id": 941, "type": "parenthesized_expression", "text": "(width == 64)", "parent": 940, "children": [942], "start_point": {"row": 252, "column": 11}, "end_point": {"row": 252, "column": 24}}, {"id": 942, "type": "binary_expression", "text": "width == 64", "parent": 941, "children": [943, 944, 945], "start_point": {"row": 252, "column": 12}, "end_point": {"row": 252, "column": 23}}, {"id": 943, "type": "identifier", "text": "width", "parent": 942, "children": [], "start_point": {"row": 252, "column": 12}, "end_point": {"row": 252, "column": 17}}, {"id": 944, "type": "==", "text": "==", "parent": 942, "children": [], "start_point": {"row": 252, "column": 18}, "end_point": {"row": 252, "column": 20}}, {"id": 945, "type": "number_literal", "text": "64", "parent": 942, "children": [], "start_point": {"row": 252, "column": 21}, "end_point": {"row": 252, "column": 23}}, {"id": 946, "type": "assignment_expression", "text": "immN = 1", "parent": 940, "children": [947, 948, 949], "start_point": {"row": 253, "column": 12}, "end_point": {"row": 253, "column": 20}}, {"id": 947, "type": "identifier", "text": "immN", "parent": 946, "children": [], "start_point": {"row": 253, "column": 12}, "end_point": {"row": 253, "column": 16}}, {"id": 948, "type": "=", "text": "=", "parent": 946, "children": [], "start_point": {"row": 253, "column": 17}, "end_point": {"row": 253, "column": 18}}, {"id": 949, "type": "number_literal", "text": "1", "parent": 946, "children": [], "start_point": {"row": 253, "column": 19}, "end_point": {"row": 253, "column": 20}}, {"id": 950, "type": "else_clause", "text": "else\n imms = 63 & ~(width + width - 1);", "parent": 940, "children": [], "start_point": {"row": 254, "column": 8}, "end_point": {"row": 255, "column": 45}}, {"id": 951, "type": "assignment_expression", "text": "imms = 63 & ~(width + width - 1)", "parent": 950, "children": [952, 953, 954], "start_point": {"row": 255, "column": 12}, "end_point": {"row": 255, "column": 44}}, {"id": 952, "type": "identifier", "text": "imms", "parent": 951, "children": [], "start_point": {"row": 255, "column": 12}, "end_point": {"row": 255, 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[959], "start_point": {"row": 255, "column": 25}, "end_point": {"row": 255, "column": 44}}, {"id": 959, "type": "binary_expression", "text": "width + width - 1", "parent": 958, "children": [960, 964, 965], "start_point": {"row": 255, "column": 26}, "end_point": {"row": 255, "column": 43}}, {"id": 960, "type": "binary_expression", "text": "width + width", "parent": 959, "children": [961, 962, 963], "start_point": {"row": 255, "column": 26}, "end_point": {"row": 255, "column": 39}}, {"id": 961, "type": "identifier", "text": "width", "parent": 960, "children": [], "start_point": {"row": 255, "column": 26}, "end_point": {"row": 255, "column": 31}}, {"id": 962, "type": "+", "text": "+", "parent": 960, "children": [], "start_point": {"row": 255, "column": 32}, "end_point": {"row": 255, "column": 33}}, {"id": 963, "type": "identifier", "text": "width", "parent": 960, "children": [], "start_point": {"row": 255, "column": 34}, "end_point": {"row": 255, "column": 39}}, {"id": 964, "type": "-", "text": "-", "parent": 959, "children": [], "start_point": {"row": 255, "column": 40}, "end_point": {"row": 255, "column": 41}}, {"id": 965, "type": "number_literal", "text": "1", "parent": 959, "children": [], "start_point": {"row": 255, "column": 42}, "end_point": {"row": 255, "column": 43}}, {"id": 966, "type": "if_statement", "text": "if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }", "parent": 866, "children": [967, 999], "start_point": {"row": 257, "column": 8}, "end_point": {"row": 272, "column": 9}}, {"id": 967, "type": "parenthesized_expression", "text": "(inverted)", "parent": 966, "children": [968], "start_point": {"row": 257, "column": 11}, "end_point": {"row": 257, "column": 21}}, {"id": 968, "type": "identifier", "text": "inverted", "parent": 967, "children": [], "start_point": {"row": 257, "column": 12}, "end_point": {"row": 257, "column": 20}}, {"id": 969, "type": "assignment_expression", "text": "immr = (width - 1) - hsb", "parent": 966, "children": [970, 971, 972], "start_point": {"row": 262, "column": 12}, "end_point": {"row": 262, "column": 36}}, {"id": 970, "type": "identifier", "text": "immr", "parent": 969, "children": [], "start_point": {"row": 262, "column": 12}, "end_point": {"row": 262, "column": 16}}, {"id": 971, "type": "=", "text": "=", "parent": 969, "children": [], "start_point": {"row": 262, "column": 17}, "end_point": {"row": 262, "column": 18}}, {"id": 972, "type": "binary_expression", "text": "(width - 1) - hsb", "parent": 969, "children": [973, 978, 979], "start_point": {"row": 262, "column": 19}, "end_point": {"row": 262, "column": 36}}, {"id": 973, "type": "parenthesized_expression", "text": "(width - 1)", "parent": 972, "children": [974], "start_point": {"row": 262, "column": 19}, "end_point": {"row": 262, "column": 30}}, {"id": 974, "type": "binary_expression", "text": "width - 1", "parent": 973, "children": [975, 976, 977], "start_point": {"row": 262, "column": 20}, "end_point": {"row": 262, "column": 29}}, {"id": 975, "type": "identifier", "text": "width", "parent": 974, "children": [], "start_point": {"row": 262, "column": 20}, "end_point": {"row": 262, "column": 25}}, {"id": 976, "type": "-", "text": "-", "parent": 974, "children": [], "start_point": {"row": 262, "column": 26}, "end_point": {"row": 262, "column": 27}}, {"id": 977, "type": "number_literal", "text": "1", "parent": 974, "children": [], "start_point": {"row": 262, "column": 28}, "end_point": {"row": 262, "column": 29}}, {"id": 978, "type": "-", "text": "-", "parent": 972, "children": [], "start_point": {"row": 262, "column": 31}, "end_point": {"row": 262, "column": 32}}, {"id": 979, "type": "identifier", "text": "hsb", "parent": 972, "children": [], "start_point": {"row": 262, "column": 33}, "end_point": {"row": 262, "column": 36}}, {"id": 980, "type": "assignment_expression", "text": "imms |= (width - ((hsb - lsb) + 1)) - 1", "parent": 966, "children": [981, 982, 983], "start_point": {"row": 263, "column": 12}, "end_point": {"row": 263, "column": 51}}, {"id": 981, "type": "identifier", "text": "imms", "parent": 980, "children": [], "start_point": {"row": 263, "column": 12}, "end_point": {"row": 263, "column": 16}}, {"id": 982, "type": "|=", "text": "|=", "parent": 980, "children": [], "start_point": {"row": 263, "column": 17}, "end_point": {"row": 263, "column": 19}}, {"id": 983, "type": "binary_expression", "text": "(width - ((hsb - lsb) + 1)) - 1", "parent": 980, "children": [984, 997, 998], "start_point": {"row": 263, "column": 20}, "end_point": {"row": 263, "column": 51}}, {"id": 984, "type": "parenthesized_expression", "text": "(width - ((hsb - lsb) + 1))", "parent": 983, "children": [985], "start_point": {"row": 263, "column": 20}, "end_point": {"row": 263, "column": 47}}, {"id": 985, "type": "binary_expression", "text": "width - ((hsb - lsb) + 1)", "parent": 984, "children": [986, 987, 988], "start_point": {"row": 263, 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"binary_expression", "text": "hsb - lsb", "parent": 990, "children": [992, 993, 994], "start_point": {"row": 263, "column": 31}, "end_point": {"row": 263, "column": 40}}, {"id": 992, "type": "identifier", "text": "hsb", "parent": 991, "children": [], "start_point": {"row": 263, "column": 31}, "end_point": {"row": 263, "column": 34}}, {"id": 993, "type": "-", "text": "-", "parent": 991, "children": [], "start_point": {"row": 263, "column": 35}, "end_point": {"row": 263, "column": 36}}, {"id": 994, "type": "identifier", "text": "lsb", "parent": 991, "children": [], "start_point": {"row": 263, "column": 37}, "end_point": {"row": 263, "column": 40}}, {"id": 995, "type": "+", "text": "+", "parent": 989, "children": [], "start_point": {"row": 263, "column": 42}, "end_point": {"row": 263, "column": 43}}, {"id": 996, "type": "number_literal", "text": "1", "parent": 989, "children": [], "start_point": {"row": 263, "column": 44}, "end_point": {"row": 263, "column": 45}}, {"id": 997, "type": "-", "text": "-", "parent": 983, "children": [], "start_point": {"row": 263, "column": 48}, "end_point": {"row": 263, "column": 49}}, {"id": 998, "type": "number_literal", "text": "1", "parent": 983, "children": [], "start_point": {"row": 263, "column": 50}, "end_point": {"row": 263, "column": 51}}, {"id": 999, "type": "else_clause", "text": "else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }", "parent": 966, "children": [], "start_point": {"row": 264, "column": 10}, "end_point": {"row": 272, "column": 9}}, {"id": 1000, "type": "assignment_expression", "text": "immr = (width - lsb) & (width - 1)", "parent": 999, "children": [1001, 1002, 1003], "start_point": {"row": 270, "column": 12}, "end_point": {"row": 270, "column": 46}}, {"id": 1001, "type": "identifier", "text": "immr", "parent": 1000, "children": [], "start_point": {"row": 270, "column": 12}, "end_point": {"row": 270, "column": 16}}, {"id": 1002, "type": "=", "text": "=", "parent": 1000, "children": [], "start_point": {"row": 270, "column": 17}, "end_point": {"row": 270, "column": 18}}, {"id": 1003, "type": "binary_expression", "text": "(width - lsb) & (width - 1)", "parent": 1000, "children": [1004, 1009], "start_point": {"row": 270, "column": 19}, "end_point": {"row": 270, "column": 46}}, {"id": 1004, "type": "parenthesized_expression", "text": "(width - lsb)", "parent": 1003, "children": [1005], "start_point": {"row": 270, "column": 19}, "end_point": {"row": 270, "column": 32}}, {"id": 1005, "type": "binary_expression", "text": "width - lsb", "parent": 1004, "children": [1006, 1007, 1008], "start_point": {"row": 270, "column": 20}, "end_point": {"row": 270, "column": 31}}, {"id": 1006, "type": "identifier", "text": "width", "parent": 1005, "children": [], "start_point": {"row": 270, "column": 20}, "end_point": {"row": 270, "column": 25}}, {"id": 1007, "type": "-", "text": "-", "parent": 1005, "children": [], "start_point": {"row": 270, "column": 26}, "end_point": {"row": 270, "column": 27}}, {"id": 1008, "type": "identifier", "text": "lsb", "parent": 1005, "children": [], "start_point": {"row": 270, "column": 28}, "end_point": {"row": 270, "column": 31}}, {"id": 1009, "type": "parenthesized_expression", "text": "(width - 1)", "parent": 1003, "children": [1010], "start_point": {"row": 270, "column": 35}, "end_point": {"row": 270, "column": 46}}, {"id": 1010, "type": "binary_expression", "text": "width - 1", "parent": 1009, "children": [1011, 1012, 1013], "start_point": {"row": 270, "column": 36}, "end_point": {"row": 270, "column": 45}}, {"id": 1011, "type": "identifier", "text": "width", "parent": 1010, "children": [], "start_point": {"row": 270, "column": 36}, "end_point": {"row": 270, "column": 41}}, {"id": 1012, "type": "-", "text": "-", "parent": 1010, "children": [], "start_point": {"row": 270, "column": 42}, "end_point": {"row": 270, "column": 43}}, {"id": 1013, "type": "number_literal", "text": "1", "parent": 1010, "children": [], "start_point": {"row": 270, "column": 44}, "end_point": {"row": 270, "column": 45}}, {"id": 1014, "type": "assignment_expression", "text": "imms |= hsb - lsb", "parent": 999, "children": [1015, 1016, 1017], "start_point": {"row": 271, "column": 12}, "end_point": {"row": 271, "column": 29}}, {"id": 1015, "type": "identifier", "text": "imms", "parent": 1014, "children": [], "start_point": {"row": 271, "column": 12}, "end_point": {"row": 271, "column": 16}}, {"id": 1016, "type": "|=", "text": "|=", "parent": 1014, "children": [], "start_point": {"row": 271, "column": 17}, "end_point": {"row": 271, "column": 19}}, {"id": 1017, "type": "binary_expression", "text": "hsb - lsb", "parent": 1014, "children": [1018, 1019, 1020], "start_point": {"row": 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"binary_expression", "text": "immN << 12 | immr << 6", "parent": 1022, "children": [1024, 1028], "start_point": {"row": 274, "column": 15}, "end_point": {"row": 274, "column": 37}}, {"id": 1024, "type": "binary_expression", "text": "immN << 12", "parent": 1023, "children": [1025, 1026, 1027], "start_point": {"row": 274, "column": 15}, "end_point": {"row": 274, "column": 25}}, {"id": 1025, "type": "identifier", "text": "immN", "parent": 1024, "children": [], "start_point": {"row": 274, "column": 15}, "end_point": {"row": 274, "column": 19}}, {"id": 1026, "type": "<<", "text": "<<", "parent": 1024, "children": [], "start_point": {"row": 274, "column": 20}, "end_point": {"row": 274, "column": 22}}, {"id": 1027, "type": "number_literal", "text": "12", "parent": 1024, "children": [], "start_point": {"row": 274, "column": 23}, "end_point": {"row": 274, "column": 25}}, {"id": 1028, "type": "binary_expression", "text": "immr << 6", "parent": 1023, "children": [1029, 1030, 1031], "start_point": {"row": 274, "column": 28}, "end_point": {"row": 274, "column": 37}}, {"id": 1029, "type": "identifier", "text": "immr", "parent": 1028, "children": [], "start_point": {"row": 274, "column": 28}, "end_point": {"row": 274, "column": 32}}, {"id": 1030, "type": "<<", "text": "<<", "parent": 1028, "children": [], "start_point": {"row": 274, "column": 33}, "end_point": {"row": 274, "column": 35}}, {"id": 1031, "type": "number_literal", "text": "6", "parent": 1028, "children": [], "start_point": {"row": 274, "column": 36}, "end_point": {"row": 274, "column": 37}}, {"id": 1032, "type": "identifier", "text": "imms", "parent": 1022, "children": [], "start_point": {"row": 274, "column": 40}, "end_point": {"row": 274, "column": 44}}, {"id": 1033, "type": "declaration", "text": "static const int InvalidLogicalImmediate = -1;", "parent": 161, "children": [1034, 1035], "start_point": {"row": 277, "column": 4}, "end_point": {"row": 277, "column": 50}}, {"id": 1034, "type": "primitive_type", "text": "int", "parent": 1033, "children": [], "start_point": {"row": 277, "column": 17}, "end_point": {"row": 277, "column": 20}}, {"id": 1035, "type": "init_declarator", "text": "InvalidLogicalImmediate = -1", "parent": 1033, "children": [1036, 1037, 1038], "start_point": {"row": 277, "column": 21}, "end_point": {"row": 277, "column": 49}}, {"id": 1036, "type": "identifier", "text": "InvalidLogicalImmediate", "parent": 1035, "children": [], "start_point": {"row": 277, "column": 21}, "end_point": {"row": 277, "column": 44}}, {"id": 1037, "type": "=", "text": "=", "parent": 1035, "children": [], "start_point": {"row": 277, "column": 45}, "end_point": {"row": 277, "column": 46}}, {"id": 1038, "type": "number_literal", "text": "-1", "parent": 1035, "children": [], "start_point": {"row": 277, "column": 47}, "end_point": {"row": 277, "column": 49}}, {"id": 1039, "type": "declaration", "text": "int m_value;", "parent": 161, "children": [1040, 1041], "start_point": {"row": 279, "column": 4}, "end_point": {"row": 279, "column": 16}}, {"id": 1040, "type": "primitive_type", "text": "int", "parent": 1039, "children": [], "start_point": {"row": 279, "column": 4}, "end_point": {"row": 279, "column": 7}}, {"id": 1041, "type": "identifier", "text": "m_value", "parent": 1039, "children": [], "start_point": {"row": 279, "column": 8}, "end_point": {"row": 279, "column": 15}}]}, "node_categories": {"declarations": {"functions": [3, 6, 10, 27, 31, 59, 61, 92, 94, 146, 150, 161, 166, 417, 419, 513, 515, 521, 528, 538, 557, 562, 564, 623, 626, 713, 715, 866, 868], "variables": [34, 64, 97, 100, 153, 169, 186, 191, 422, 439, 444, 518, 524, 560, 567, 629, 636, 718, 721, 725, 729, 774, 871, 875, 879, 922, 928, 934, 1033, 1039], "classes": [], "imports": [], "modules": [], "enums": []}, "statements": {"expressions": [15, 38, 41, 42, 43, 44, 50, 51, 68, 70, 71, 73, 74, 75, 81, 83, 84, 105, 108, 109, 114, 115, 122, 123, 130, 131, 133, 134, 135, 136, 157, 173, 174, 175, 179, 181, 195, 196, 197, 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284, 306, 332, 354, 380, 402, 415, 437, 463, 499, 511, 531, 541, 578, 703, 830, 854, 856, 1021], "exceptions": []}, "expressions": {"calls": [0], "literals": [47, 49, 82, 106, 112, 118, 139, 141, 200, 215, 229, 235, 241, 248, 263, 277, 283, 289, 296, 311, 325, 331, 337, 344, 359, 373, 379, 385, 392, 407, 453, 468, 498, 546, 548, 577, 580, 584, 612, 642, 647, 657, 667, 677, 687, 697, 743, 756, 773, 780, 786, 806, 829, 894, 902, 907, 927, 933, 939, 945, 949, 955, 965, 977, 996, 998, 1013, 1027, 1031, 1038], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 3, "universal_type": "function", "name": "isIOS", "text_snippet": "namespace JSC {\n\nALWAYS_INLINE bool isIOS()\n{\n#if PLATFORM(IOS)\n return true;\n#else\n return fa"}, {"node_id": 6, "universal_type": "function", "name": "isIOS", "text_snippet": "ALWAYS_INLINE bool isIOS()\n{\n#if PLATFORM(IOS)\n return true;\n#else\n return false;\n#endif\n}"}, {"node_id": 10, "universal_type": "function", "name": "unknown", "text_snippet": "isIOS()"}, {"node_id": 27, "universal_type": "function", "name": "isInt9", "text_snippet": "ALWAYS_INLINE bool isInt9(int32_t value)\n{\n return value == ((value << 23) >> 23);\n}"}, {"node_id": 31, "universal_type": "function", "name": "unknown", "text_snippet": "isInt9(int32_t value)"}, {"node_id": 59, "universal_type": "function", "name": "isUInt12", "text_snippet": "bool isUInt12(Type value)\n{\n return !(value & ~static_cast<Type>(0xfff));\n}"}, {"node_id": 61, "universal_type": "function", "name": "unknown", "text_snippet": "isUInt12(Type value)"}, {"node_id": 92, "universal_type": "function", "name": "isValidScaledUImm12", "text_snippet": "bool isValidScaledUImm12(int32_t offset)\n{\n int32_t maxPImm = 4095 * (datasize / 8);\n if (offs"}, {"node_id": 94, "universal_type": "function", "name": "unknown", "text_snippet": "isValidScaledUImm12(int32_t offset)"}, {"node_id": 146, "universal_type": "function", "name": "isValidSignedImm9", "text_snippet": "ALWAYS_INLINE bool isValidSignedImm9(int32_t value)\n{\n return isInt9(value);\n}"}, {"node_id": 150, "universal_type": "function", "name": "unknown", "text_snippet": "isValidSignedImm9(int32_t value)"}, {"node_id": 161, "universal_type": "function", "name": "ARM64LogicalImmediate", "text_snippet": "class ARM64LogicalImmediate {\npublic:\n static ARM64LogicalImmediate create32(uint32_t value)\n "}, {"node_id": 166, "universal_type": "function", "name": "unknown", "text_snippet": "create32(uint32_t value)"}, {"node_id": 417, "universal_type": "function", "name": "inverted;", "text_snippet": "static ARM64LogicalImmediate create64(uint64_t value)\n {\n // Check for 0, -1 - these canno"}, {"node_id": 419, "universal_type": "function", "name": "unknown", "text_snippet": "create64(uint64_t value)"}, {"node_id": 513, "universal_type": "function", "name": "value", "text_snippet": "int value() const\n {\n ASSERT(isValid());\n return m_value;\n }\n\n bool isValid()"}, {"node_id": 515, "universal_type": "function", "name": "unknown", "text_snippet": "value()"}, {"node_id": 521, "universal_type": "function", "name": "unknown", "text_snippet": "isValid()"}, {"node_id": 528, "universal_type": "function", "name": "unknown", "text_snippet": "isValid() const"}, {"node_id": 538, "universal_type": "function", "name": "unknown", "text_snippet": "is64bit()"}, {"node_id": 557, "universal_type": "function", "name": "unknown", "text_snippet": "m_value(value)"}, {"node_id": 562, "universal_type": "function", "name": "unknown", "text_snippet": "static uint64_t mask(unsigned hsb)\n {\n ASSERT(hsb < 64);\n return 0xffffffffffffffff"}, {"node_id": 564, "universal_type": "function", "name": "unknown", "text_snippet": "mask(unsigned hsb)"}, {"node_id": 623, "universal_type": "function", "name": "unknown", "text_snippet": "static unsigned highestSetBit(uint64_t value)\n {\n ASSERT(value);\n unsigned hsb = 0;"}, {"node_id": 626, "universal_type": "function", "name": "unknown", "text_snippet": "highestSetBit(uint64_t value)"}, {"node_id": 713, "universal_type": "function", "name": "findBitRange", "text_snippet": "bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)\n {\n ASSERT"}, {"node_id": 715, "universal_type": "function", "name": "unknown", "text_snippet": "findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)"}, {"node_id": 866, "universal_type": "function", "name": "encodeLogicalImmediate", "text_snippet": "int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)\n {\n // Check width i"}, {"node_id": 868, "universal_type": "function", "name": "inverted)", "text_snippet": "encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)"}], "class_declarations": [], "import_statements": []}, "original_source_code": "/**\n * Licensed to the Apache Software Foundation (ASF) under one\n * or more contributor license agreements. See the NOTICE file\n * distributed with this work for additional information\n * regarding copyright ownership. The ASF licenses this file\n * to you under the Apache License, Version 2.0 (the\n * \"License\"); you may not use this file except in compliance\n * with the License. You may obtain a copy of the License at\n *\n * http://www.apache.org/licenses/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY\n * KIND, either express or implied. See the License for the\n * specific language governing permissions and limitations\n * under the License.\n */\n#pragma once\n\nnamespace JSC {\n\nALWAYS_INLINE bool isIOS()\n{\n#if PLATFORM(IOS)\n return true;\n#else\n return false;\n#endif\n}\n\nALWAYS_INLINE bool isInt9(int32_t value)\n{\n return value == ((value << 23) >> 23);\n}\n\ntemplate<typename Type>\nALWAYS_INLINE bool isUInt12(Type value)\n{\n return !(value & ~static_cast<Type>(0xfff));\n}\n\ntemplate<int datasize>\nALWAYS_INLINE bool isValidScaledUImm12(int32_t offset)\n{\n int32_t maxPImm = 4095 * (datasize / 8);\n if (offset < 0)\n return false;\n if (offset > maxPImm)\n return false;\n if (offset & ((datasize / 8) - 1))\n return false;\n return true;\n}\n\nALWAYS_INLINE bool isValidSignedImm9(int32_t value)\n{\n return isInt9(value);\n}\n\nclass ARM64LogicalImmediate {\npublic:\n static ARM64LogicalImmediate create32(uint32_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // First look for a 32-bit pattern, then for repeating 16-bit\n // patterns, 8-bit, 4-bit, and finally 2-bit.\n\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<32>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<32>(hsb, lsb, inverted);\n\n if ((value & 0xffff) != (value >> 16))\n return InvalidLogicalImmediate;\n value &= 0xffff;\n\n if (findBitRange<16>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<16>(hsb, lsb, inverted);\n\n if ((value & 0xff) != (value >> 8))\n return InvalidLogicalImmediate;\n value &= 0xff;\n\n if (findBitRange<8>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<8>(hsb, lsb, inverted);\n\n if ((value & 0xf) != (value >> 4))\n return InvalidLogicalImmediate;\n value &= 0xf;\n\n if (findBitRange<4>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<4>(hsb, lsb, inverted);\n\n if ((value & 0x3) != (value >> 2))\n return InvalidLogicalImmediate;\n value &= 0x3;\n\n if (findBitRange<2>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<2>(hsb, lsb, inverted);\n\n return InvalidLogicalImmediate;\n }\n\n static ARM64LogicalImmediate create64(uint64_t value)\n {\n // Check for 0, -1 - these cannot be encoded.\n if (!value || !~value)\n return InvalidLogicalImmediate;\n\n // Look for a contiguous bit range.\n unsigned hsb, lsb;\n bool inverted;\n if (findBitRange<64>(value, hsb, lsb, inverted))\n return encodeLogicalImmediate<64>(hsb, lsb, inverted);\n\n // If the high & low 32 bits are equal, we can try for a 32-bit (or narrower) pattern.\n if (static_cast<uint32_t>(value) == static_cast<uint32_t>(value >> 32))\n return create32(static_cast<uint32_t>(value));\n return InvalidLogicalImmediate;\n }\n\n int value() const\n {\n ASSERT(isValid());\n return m_value;\n }\n\n bool isValid() const\n {\n return m_value != InvalidLogicalImmediate;\n }\n\n bool is64bit() const\n {\n return m_value & (1 << 12);\n }\n\nprivate:\n ARM64LogicalImmediate(int value)\n : m_value(value)\n {\n }\n\n // Generate a mask with bits in the range hsb..0 set, for example:\n // hsb:63 = 0xffffffffffffffff\n // hsb:42 = 0x000007ffffffffff\n // hsb: 0 = 0x0000000000000001\n static uint64_t mask(unsigned hsb)\n {\n ASSERT(hsb < 64);\n return 0xffffffffffffffffull >> (63 - hsb);\n }\n\n template<unsigned N>\n static void partialHSB(uint64_t& value, unsigned&result)\n {\n if (value & (0xffffffffffffffffull << N)) {\n result += N;\n value >>= N;\n }\n }\n\n // Find the bit number of the highest bit set in a non-zero value, for example:\n // 0x8080808080808080 = hsb:63\n // 0x0000000000000001 = hsb: 0\n // 0x000007ffffe00000 = hsb:42\n static unsigned highestSetBit(uint64_t value)\n {\n ASSERT(value);\n unsigned hsb = 0;\n partialHSB<32>(value, hsb);\n partialHSB<16>(value, hsb);\n partialHSB<8>(value, hsb);\n partialHSB<4>(value, hsb);\n partialHSB<2>(value, hsb);\n partialHSB<1>(value, hsb);\n return hsb;\n }\n\n // This function takes a value and a bit width, where value obeys the following constraints:\n // * bits outside of the width of the value must be zero.\n // * bits within the width of value must neither be all clear or all set.\n // The input is inspected to detect values that consist of either two or three contiguous\n // ranges of bits. The output range hsb..lsb will describe the second range of the value.\n // if the range is set, inverted will be false, and if the range is clear, inverted will\n // be true. For example (with width 8):\n // 00001111 = hsb:3, lsb:0, inverted:false\n // 11110000 = hsb:3, lsb:0, inverted:true\n // 00111100 = hsb:5, lsb:2, inverted:false\n // 11000011 = hsb:5, lsb:2, inverted:true\n template<unsigned width>\n static bool findBitRange(uint64_t value, unsigned& hsb, unsigned& lsb, bool& inverted)\n {\n ASSERT(value & mask(width - 1));\n ASSERT(value != mask(width - 1));\n ASSERT(!(value & ~mask(width - 1)));\n\n // Detect cases where the top bit is set; if so, flip all the bits & set invert.\n // This halves the number of patterns we need to look for.\n const uint64_t msb = 1ull << (width - 1);\n if ((inverted = (value & msb)))\n value ^= mask(width - 1);\n\n // Find the highest set bit in value, generate a corresponding mask & flip all\n // bits under it.\n hsb = highestSetBit(value);\n value ^= mask(hsb);\n if (!value) {\n // If this cleared the value, then the range hsb..0 was all set.\n lsb = 0;\n return true;\n }\n\n // Try making one more mask, and flipping the bits!\n lsb = highestSetBit(value);\n value ^= mask(lsb);\n if (!value) {\n // Success - but lsb actually points to the hsb of a third range - add one\n // to get to the lsb of the mid range.\n ++lsb;\n return true;\n }\n\n return false;\n }\n\n // Encodes the set of immN:immr:imms fields found in a logical immediate.\n template<unsigned width>\n static int encodeLogicalImmediate(unsigned hsb, unsigned lsb, bool inverted)\n {\n // Check width is a power of 2!\n ASSERT(!(width & (width -1)));\n ASSERT(width <= 64 && width >= 2);\n ASSERT(hsb >= lsb);\n ASSERT(hsb < width);\n\n int immN = 0;\n int imms = 0;\n int immr = 0;\n\n // For 64-bit values this is easy - just set immN to true, and imms just\n // contains the bit number of the highest set bit of the set range. For\n // values with narrower widths, these are encoded by a leading set of\n // one bits, followed by a zero bit, followed by the remaining set of bits\n // being the high bit of the range. For a 32-bit immediate there are no\n // leading one bits, just a zero followed by a five bit number. For a\n // 16-bit immediate there is one one bit, a zero bit, and then a four bit\n // bit-position, etc.\n if (width == 64)\n immN = 1;\n else\n imms = 63 & ~(width + width - 1);\n\n if (inverted) {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x80000000ffffffff (in this case with lsb 32).\n // The ror should be by 1, imms (effectively set width minus 1) is\n // 32. Set width is full width minus cleared width.\n immr = (width - 1) - hsb;\n imms |= (width - ((hsb - lsb) + 1)) - 1;\n } else {\n // if width is 64 & hsb is 62, then we have a value something like:\n // 0x7fffffff00000000 (in this case with lsb 32).\n // The value is effectively rol'ed by lsb, which is equivalent to\n // a ror by width - lsb (or 0, in the case where lsb is 0). imms\n // is hsb - lsb.\n immr = (width - lsb) & (width - 1);\n imms |= hsb - lsb;\n }\n\n return immN << 12 | immr << 6 | imms;\n }\n\n static const int InvalidLogicalImmediate = -1;\n\n int m_value;\n};\n\n} // namespace JSC.\n"}
| 213
|
c
|
// GPL v3 License
//
// CircuitCalculator/CircuitCalculator
// Copyright (c) 2022 CircuitCalculator/CircuitScriptTokenKind.h
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
#pragma once
enum class CircuitScriptTokenKind
{
KeywordPower,
KeywordResistor,
KeywordCapacitor,
KeywordInductor,
KeywordGround,
KeywordConnect,
Equal,
LeftParen,
RightParen,
Comma,
Identifier,
Number
};
inline std::string TokenKindToString(const CircuitScriptTokenKind& kind)
{
switch (kind)
{
case CircuitScriptTokenKind::KeywordPower: return "KeywordPower";
case CircuitScriptTokenKind::KeywordResistor: return "KeywordResistor";
case CircuitScriptTokenKind::KeywordCapacitor: return "KeywordCapacitor";
case CircuitScriptTokenKind::KeywordInductor: return "KeywordInductor";
case CircuitScriptTokenKind::KeywordConnect: return "KeywordConnect";
case CircuitScriptTokenKind::KeywordGround: return "KeywordGround";
case CircuitScriptTokenKind::Equal: return "=";
case CircuitScriptTokenKind::LeftParen: return "(";
case CircuitScriptTokenKind::RightParen: return ")";
case CircuitScriptTokenKind::Comma: return ",";
case CircuitScriptTokenKind::Identifier: return "Identifier";
case CircuitScriptTokenKind::Number: return "Number";
}
return "";
}
| 34.71
| 52
|
(translation_unit) " GPL v3 License\n// \n// CircuitCalculator/CircuitCalculator\n// Copyright (c) 2022 CircuitCalculator/CircuitScriptTokenKind.h\n// \n// This program is free software: you can redistribute it and/or modify\n// it under the terms of the GNU General Public License as published by\n// the Free Software Foundation, either version 3 of the License, or\n// (at your option) any later version.\n// \n// This program is distributed in the hope that it will be useful,\n// but WITHOUT ANY WARRANTY; without even the implied warranty of\n// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n// GNU General Public License for more details.\n// \n// You should have received a copy of the GNU General Public License\n// along with this program. If not, see <http://www.gnu.org/licenses/>.\n\n#pragma once\n\nenum class CircuitScriptTokenKind\n{\n KeywordPower,\n KeywordResistor,\n KeywordCapacitor,\n KeywordInductor,\n KeywordGround,\n KeywordConnect,\n Equal,\n LeftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n};\n\ninline std::string TokenKindToString(const CircuitScriptTokenKind& kind)\n{\n switch (kind)\n {\n case CircuitScriptTokenKind::KeywordPower: return "KeywordPower";\n case CircuitScriptTokenKind::KeywordResistor: return "KeywordResistor";\n case CircuitScriptTokenKind::KeywordCapacitor: return "KeywordCapacitor";\n case CircuitScriptTokenKind::KeywordInductor: return "KeywordInductor";\n case CircuitScriptTokenKind::KeywordConnect: return "KeywordConnect";\n case CircuitScriptTokenKind::KeywordGround: return "KeywordGround";\n case CircuitScriptTokenKind::Equal: return "=";\n case CircuitScriptTokenKind::LeftParen: return "(";\n case CircuitScriptTokenKind::RightParen: return ")";\n case CircuitScriptTokenKind::Comma: return ",";\n case CircuitScriptTokenKind::Identifier: return "Identifier";\n case CircuitScriptTokenKind::Number: return "Number";\n }\n return "";\n}\n"
(comment) " GPL v3 License\n/"
(comment) " \n/"
(comment) " CircuitCalculator/CircuitCalculator\n/"
(comment) " Copyright (c) 2022 CircuitCalculator/CircuitScriptTokenKind.h\n/"
(comment) " \n/"
(comment) " This program is free software: you can redistribute it and/or modify\n/"
(comment) " it under the terms of the GNU General Public License as published by\n/"
(comment) " the Free Software Foundation, either version 3 of the License, or\n/"
(comment) " (at your option) any later version.\n/"
(comment) " \n/"
(comment) " This program is distributed in the hope that it will be useful,\n/"
(comment) " but WITHOUT ANY WARRANTY; without even the implied warranty of\n/"
(comment) " MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n/"
(comment) " GNU General Public License for more details.\n/"
(comment) " \n/"
(comment) " You should have received a copy of the GNU General Public License\n/"
(comment) " along with this program. If not, see <http://www.gnu.org/licenses/>.\n\n"
(preproc_call) "ragma once\n\ne"
(preproc_directive) "ragma o"
(preproc_arg) "ce\n\n"
(function_definition) "um class CircuitScriptTokenKind\n{\n KeywordPower,\n KeywordResistor,\n KeywordCapacitor,\n KeywordInductor,\n KeywordGround,\n KeywordConnect,\n Equal,\n LeftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n};\n\ninline std::string TokenKindToString(const CircuitScriptTokenKind& kind)\n{\n switch (kind)\n {\n case CircuitScriptTokenKind::KeywordPower: return "KeywordPower";\n case CircuitScriptTokenKind::KeywordResistor: return "KeywordResistor";\n case CircuitScriptTokenKind::KeywordCapacitor: return "KeywordCapacitor";\n case CircuitScriptTokenKind::KeywordInductor: return "KeywordInductor";\n case CircuitScriptTokenKind::KeywordConnect: return "KeywordConnect";\n case CircuitScriptTokenKind::KeywordGround: return "KeywordGround";\n case CircuitScriptTokenKind::Equal: return "=";\n case CircuitScriptTokenKind::LeftParen: return "(";\n case CircuitScriptTokenKind::RightParen: return ")";\n case CircuitScriptTokenKind::Comma: return ",";\n case CircuitScriptTokenKind::Identifier: return "Identifier";\n case CircuitScriptTokenKind::Number: return "Number";\n }\n return "";\n}\n"
(enum_specifier) "um class C"
(enum) "um c"
(type_identifier) "ass C"
(identifier) "rcuitScriptTokenKind\n{"
(compound_statement) " KeywordPower,\n KeywordResistor,\n KeywordCapacitor,\n KeywordInductor,\n KeywordGround,\n KeywordConnect,\n Equal,\n LeftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n};\n\ninline std::string TokenKindToString(const CircuitScriptTokenKind& kind)\n{\n switch (kind)\n {\n case CircuitScriptTokenKind::KeywordPower: return "KeywordPower";\n case CircuitScriptTokenKind::KeywordResistor: return "KeywordResistor";\n case CircuitScriptTokenKind::KeywordCapacitor: return "KeywordCapacitor";\n case CircuitScriptTokenKind::KeywordInductor: return "KeywordInductor";\n case CircuitScriptTokenKind::KeywordConnect: return "KeywordConnect";\n case CircuitScriptTokenKind::KeywordGround: return "KeywordGround";\n case CircuitScriptTokenKind::Equal: return "=";\n case CircuitScriptTokenKind::LeftParen: return "(";\n case CircuitScriptTokenKind::RightParen: return ")";\n case CircuitScriptTokenKind::Comma: return ",";\n case CircuitScriptTokenKind::Identifier: return "Identifier";\n case CircuitScriptTokenKind::Number: return "Number";\n }\n return "";\n}\n"
({) " "
(expression_statement) "ywordPower,\n KeywordResistor,\n KeywordCapacitor,\n KeywordInductor,\n KeywordGround,\n KeywordConnect,\n Equal,\n LeftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n};\n\n"
(comma_expression) "ywordPower,\n KeywordResistor,\n KeywordCapacitor,\n KeywordInductor,\n KeywordGround,\n KeywordConnect,\n Equal,\n LeftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n}"
(identifier) "ywordPower,\n"
(,) " "
(comma_expression) "ywordResistor,\n KeywordCapacitor,\n KeywordInductor,\n KeywordGround,\n KeywordConnect,\n Equal,\n LeftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n}"
(identifier) "ywordResistor,\n"
(,) " "
(comma_expression) "ywordCapacitor,\n KeywordInductor,\n KeywordGround,\n KeywordConnect,\n Equal,\n LeftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n}"
(identifier) "ywordCapacitor,\n"
(,) " "
(comma_expression) "ywordInductor,\n KeywordGround,\n KeywordConnect,\n Equal,\n LeftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n}"
(identifier) "ywordInductor,\n"
(,) " "
(comma_expression) "ywordGround,\n KeywordConnect,\n Equal,\n LeftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n}"
(identifier) "ywordGround,\n"
(,) " "
(comma_expression) "ywordConnect,\n Equal,\n LeftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n}"
(identifier) "ywordConnect,\n"
(,) " "
(comma_expression) "ual,\n LeftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n}"
(identifier) "ual,\n"
(,) " "
(comma_expression) "ftParen,\n RightParen,\n Comma,\n Identifier,\n Number\n}"
(identifier) "ftParen,\n"
(,) " "
(comma_expression) "ghtParen,\n Comma,\n Identifier,\n Number\n}"
(identifier) "ghtParen,\n"
(,) " "
(comma_expression) "mma,\n Identifier,\n Number\n}"
(identifier) "mma,\n"
(,) " "
(comma_expression) "entifier,\n Number\n}"
(identifier) "entifier,\n"
(,) " "
(identifier) "mber\n}"
(ERROR) "\n"
(}) "\n"
(;) "\n"
(function_definition) "line std::string TokenKindToString(const CircuitScriptTokenKind& kind)\n{\n switch (kind)\n {\n case CircuitScriptTokenKind::KeywordPower: return "KeywordPower";\n case CircuitScriptTokenKind::KeywordResistor: return "KeywordResistor";\n case CircuitScriptTokenKind::KeywordCapacitor: return "KeywordCapacitor";\n case CircuitScriptTokenKind::KeywordInductor: return "KeywordInductor";\n case CircuitScriptTokenKind::KeywordConnect: return "KeywordConnect";\n case CircuitScriptTokenKind::KeywordGround: return "KeywordGround";\n case CircuitScriptTokenKind::Equal: return "=";\n case CircuitScriptTokenKind::LeftParen: return "(";\n case CircuitScriptTokenKind::RightParen: return ")";\n case CircuitScriptTokenKind::Comma: return ",";\n case CircuitScriptTokenKind::Identifier: return "Identifier";\n case CircuitScriptTokenKind::Number: return "Number";\n }\n return "";\n}\n"
(storage_class_specifier) "line s"
(inline) "line s"
(type_identifier) "d::"
(ERROR) "string T"
(:) "s"
(:) "t"
(identifier) "ring T"
(function_declarator) "kenKindToString(const CircuitScriptTokenKind& kind)\n{"
(identifier) "kenKindToString(c"
(parameter_list) "onst CircuitScriptTokenKind& kind)\n{"
(() "o"
(parameter_declaration) "nst CircuitScriptTokenKind& kind)\n"
(type_qualifier) "nst C"
(const) "nst C"
(type_identifier) "rcuitScriptTokenKind& "
(ERROR) "k"
(&) "k"
(identifier) "nd)\n"
()) "{"
(compound_statement) " switch (kind)\n {\n case CircuitScriptTokenKind::KeywordPower: return "KeywordPower";\n case CircuitScriptTokenKind::KeywordResistor: return "KeywordResistor";\n case CircuitScriptTokenKind::KeywordCapacitor: return "KeywordCapacitor";\n case CircuitScriptTokenKind::KeywordInductor: return "KeywordInductor";\n case CircuitScriptTokenKind::KeywordConnect: return "KeywordConnect";\n case CircuitScriptTokenKind::KeywordGround: return "KeywordGround";\n case CircuitScriptTokenKind::Equal: return "=";\n case CircuitScriptTokenKind::LeftParen: return "(";\n case CircuitScriptTokenKind::RightParen: return ")";\n case CircuitScriptTokenKind::Comma: return ",";\n case CircuitScriptTokenKind::Identifier: return "Identifier";\n case CircuitScriptTokenKind::Number: return "Number";\n }\n return "";\n}\n"
({) " "
(switch_statement) "itch (kind)\n {\n case CircuitScriptTokenKind::KeywordPower: return "KeywordPower";\n case CircuitScriptTokenKind::KeywordResistor: return "KeywordResistor";\n case CircuitScriptTokenKind::KeywordCapacitor: return "KeywordCapacitor";\n case CircuitScriptTokenKind::KeywordInductor: return "KeywordInductor";\n case CircuitScriptTokenKind::KeywordConnect: return "KeywordConnect";\n case CircuitScriptTokenKind::KeywordGround: return "KeywordGround";\n case CircuitScriptTokenKind::Equal: return "=";\n case CircuitScriptTokenKind::LeftParen: return "(";\n case CircuitScriptTokenKind::RightParen: return ")";\n case CircuitScriptTokenKind::Comma: return ",";\n case CircuitScriptTokenKind::Identifier: return "Identifier";\n case CircuitScriptTokenKind::Number: return "Number";\n }\n "
(switch) "itch ("
(parenthesized_expression) "ind)\n "
(() "i"
(identifier) "nd)\n"
()) " "
(compound_statement) " case CircuitScriptTokenKind::KeywordPower: return "KeywordPower";\n case CircuitScriptTokenKind::KeywordResistor: return "KeywordResistor";\n case CircuitScriptTokenKind::KeywordCapacitor: return "KeywordCapacitor";\n case CircuitScriptTokenKind::KeywordInductor: return "KeywordInductor";\n case CircuitScriptTokenKind::KeywordConnect: return "KeywordConnect";\n case CircuitScriptTokenKind::KeywordGround: return "KeywordGround";\n case CircuitScriptTokenKind::Equal: return "=";\n case CircuitScriptTokenKind::LeftParen: return "(";\n case CircuitScriptTokenKind::RightParen: return ")";\n case CircuitScriptTokenKind::Comma: return ",";\n case CircuitScriptTokenKind::Identifier: return "Identifier";\n case CircuitScriptTokenKind::Number: return "Number";\n }\n "
({) " "
(case_statement) "se CircuitScriptTokenKind::KeywordPower: return "KeywordPower";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "K"
(ERROR) "e"
(:) "e"
(labeled_statement) "ywordPower: return "KeywordPower";\n "
(statement_identifier) "ywordPower: "
(:) "r"
(return_statement) "turn "KeywordPower";\n "
(return) "turn ""
(string_literal) "eywordPower";\n"
(") "e"
(string_content) "ywordPower";"
(") "\n"
(;) " "
(case_statement) "se CircuitScriptTokenKind::KeywordResistor: return "KeywordResistor";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "K"
(ERROR) "e"
(:) "e"
(labeled_statement) "ywordResistor: return "KeywordResistor";\n "
(statement_identifier) "ywordResistor: "
(:) "r"
(return_statement) "turn "KeywordResistor";\n "
(return) "turn ""
(string_literal) "eywordResistor";\n"
(") "e"
(string_content) "ywordResistor";"
(") "\n"
(;) " "
(case_statement) "se CircuitScriptTokenKind::KeywordCapacitor: return "KeywordCapacitor";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "K"
(ERROR) "e"
(:) "e"
(labeled_statement) "ywordCapacitor: return "KeywordCapacitor";\n "
(statement_identifier) "ywordCapacitor: "
(:) "r"
(return_statement) "turn "KeywordCapacitor";\n "
(return) "turn ""
(string_literal) "eywordCapacitor";\n"
(") "e"
(string_content) "ywordCapacitor";"
(") "\n"
(;) " "
(case_statement) "se CircuitScriptTokenKind::KeywordInductor: return "KeywordInductor";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "K"
(ERROR) "e"
(:) "e"
(labeled_statement) "ywordInductor: return "KeywordInductor";\n "
(statement_identifier) "ywordInductor: "
(:) "r"
(return_statement) "turn "KeywordInductor";\n "
(return) "turn ""
(string_literal) "eywordInductor";\n"
(") "e"
(string_content) "ywordInductor";"
(") "\n"
(;) " "
(case_statement) "se CircuitScriptTokenKind::KeywordConnect: return "KeywordConnect";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "K"
(ERROR) "e"
(:) "e"
(labeled_statement) "ywordConnect: return "KeywordConnect";\n "
(statement_identifier) "ywordConnect: "
(:) "r"
(return_statement) "turn "KeywordConnect";\n "
(return) "turn ""
(string_literal) "eywordConnect";\n"
(") "e"
(string_content) "ywordConnect";"
(") "\n"
(;) " "
(case_statement) "se CircuitScriptTokenKind::KeywordGround: return "KeywordGround";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "K"
(ERROR) "e"
(:) "e"
(labeled_statement) "ywordGround: return "KeywordGround";\n "
(statement_identifier) "ywordGround: "
(:) "r"
(return_statement) "turn "KeywordGround";\n "
(return) "turn ""
(string_literal) "eywordGround";\n"
(") "e"
(string_content) "ywordGround";"
(") "\n"
(;) " "
(case_statement) "se CircuitScriptTokenKind::Equal: return "=";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "E"
(ERROR) "q"
(:) "q"
(labeled_statement) "ual: return "=";\n "
(statement_identifier) "ual: "
(:) "r"
(return_statement) "turn "=";\n "
(return) "turn ""
(string_literal) "";\n"
(") """
(string_content) ";"
(") "\n"
(;) " "
(case_statement) "se CircuitScriptTokenKind::LeftParen: return "(";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "L"
(ERROR) "e"
(:) "e"
(labeled_statement) "ftParen: return "(";\n "
(statement_identifier) "ftParen: "
(:) "r"
(return_statement) "turn "(";\n "
(return) "turn ""
(string_literal) "";\n"
(") """
(string_content) ";"
(") "\n"
(;) " "
(case_statement) "se CircuitScriptTokenKind::RightParen: return ")";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "R"
(ERROR) "i"
(:) "i"
(labeled_statement) "ghtParen: return ")";\n "
(statement_identifier) "ghtParen: "
(:) "r"
(return_statement) "turn ")";\n "
(return) "turn ""
(string_literal) "";\n"
(") """
(string_content) ";"
(") "\n"
(;) " "
(case_statement) "se CircuitScriptTokenKind::Comma: return ",";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "C"
(ERROR) "o"
(:) "o"
(labeled_statement) "mma: return ",";\n "
(statement_identifier) "mma: "
(:) "r"
(return_statement) "turn ",";\n "
(return) "turn ""
(string_literal) "";\n"
(") """
(string_content) ";"
(") "\n"
(;) " "
(case_statement) "se CircuitScriptTokenKind::Identifier: return "Identifier";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "I"
(ERROR) "d"
(:) "d"
(labeled_statement) "entifier: return "Identifier";\n "
(statement_identifier) "entifier: "
(:) "r"
(return_statement) "turn "Identifier";\n "
(return) "turn ""
(string_literal) "dentifier";\n"
(") "d"
(string_content) "entifier";"
(") "\n"
(;) " "
(case_statement) "se CircuitScriptTokenKind::Number: return "Number";\n "
(case) "se C"
(identifier) "rcuitScriptTokenKind::"
(:) "N"
(ERROR) "u"
(:) "u"
(labeled_statement) "mber: return "Number";\n "
(statement_identifier) "mber: "
(:) "r"
(return_statement) "turn "Number";\n "
(return) "turn ""
(string_literal) "umber";\n"
(") "u"
(string_content) "mber";"
(") "\n"
(;) " "
(}) " "
(return_statement) "turn "";\n}"
(return) "turn ""
(string_literal) ";\n"
(") ";"
(") "\n"
(;) "}"
(}) ""
(}) ""
| 297
| 15
|
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CircuitScriptTokenKind\n{\n\tKeywordPower,\n\tKeywordResistor,\n\tKeywordCapacitor,\n\tKeywordInductor,\n\tKeywordGround,\n\tKeywordConnect,\n\tEqual,\n\tLeftParen,\n\tRightParen,\n\tComma,\n\tIdentifier,\n\tNumber\n};\n\ninline std::string TokenKindToString(const CircuitScriptTokenKind& kind)\n{\n\tswitch (kind)\n\t{\n\tcase CircuitScriptTokenKind::KeywordPower: return \"KeywordPower\";\n\tcase CircuitScriptTokenKind::KeywordResistor: return \"KeywordResistor\";\n\tcase CircuitScriptTokenKind::KeywordCapacitor: return \"KeywordCapacitor\";\n\tcase CircuitScriptTokenKind::KeywordInductor: return \"KeywordInductor\";\n\tcase CircuitScriptTokenKind::KeywordConnect: return \"KeywordConnect\";\n\tcase CircuitScriptTokenKind::KeywordGround: return \"KeywordGround\";\n\tcase CircuitScriptTokenKind::Equal: return \"=\";\n\tcase CircuitScriptTokenKind::LeftParen: return \"(\";\n\tcase CircuitScriptTokenKind::RightParen: return \")\";\n\tcase CircuitScriptTokenKind::Comma: return \",\";\n\tcase CircuitScriptTokenKind::Identifier: return \"Identifier\";\n\tcase CircuitScriptTokenKind::Number: return \"Number\";\n\t}\n\treturn \"\";\n}\n", "parent": null, "children": [4, 7], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 54, "column": 1}}, {"id": 4, "type": "enum_specifier", "text": "um class C", "parent": 3, "children": [5, 6], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 10}}, {"id": 5, "type": "enum", "text": "um c", "parent": 4, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 4}}, {"id": 6, "type": "type_identifier", "text": "ass C", "parent": 4, "children": [], "start_point": {"row": 20, "column": 5}, "end_point": {"row": 20, "column": 10}}, {"id": 7, "type": "identifier", "text": "rcuitScriptTokenKind\n{", "parent": 3, "children": [], "start_point": {"row": 20, "column": 11}, "end_point": {"row": 20, "column": 33}}, {"id": 8, "type": "comma_expression", "text": "ywordPower,\n\tKeywordResistor,\n\tKeywordCapacitor,\n\tKeywordInductor,\n\tKeywordGround,\n\tKeywordConnect,\n\tEqual,\n\tLeftParen,\n\tRightParen,\n\tComma,\n\tIdentifier,\n\tNumber\n}", "parent": 3, "children": [9, 10], "start_point": {"row": 22, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 9, "type": "identifier", "text": "ywordPower,\n", "parent": 8, "children": [], "start_point": {"row": 22, "column": 1}, "end_point": {"row": 22, "column": 13}}, {"id": 10, "type": "comma_expression", "text": "ywordResistor,\n\tKeywordCapacitor,\n\tKeywordInductor,\n\tKeywordGround,\n\tKeywordConnect,\n\tEqual,\n\tLeftParen,\n\tRightParen,\n\tComma,\n\tIdentifier,\n\tNumber\n}", "parent": 8, "children": [11, 12], "start_point": {"row": 23, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 11, "type": "identifier", "text": "ywordResistor,\n", "parent": 10, "children": [], "start_point": {"row": 23, "column": 1}, "end_point": {"row": 23, "column": 16}}, {"id": 12, "type": "comma_expression", "text": "ywordCapacitor,\n\tKeywordInductor,\n\tKeywordGround,\n\tKeywordConnect,\n\tEqual,\n\tLeftParen,\n\tRightParen,\n\tComma,\n\tIdentifier,\n\tNumber\n}", "parent": 10, "children": [13, 14], "start_point": {"row": 24, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 13, "type": "identifier", "text": "ywordCapacitor,\n", "parent": 12, "children": [], "start_point": {"row": 24, "column": 1}, "end_point": {"row": 24, "column": 17}}, {"id": 14, "type": "comma_expression", "text": "ywordInductor,\n\tKeywordGround,\n\tKeywordConnect,\n\tEqual,\n\tLeftParen,\n\tRightParen,\n\tComma,\n\tIdentifier,\n\tNumber\n}", "parent": 12, "children": [15, 16], "start_point": {"row": 25, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 15, "type": "identifier", "text": "ywordInductor,\n", "parent": 14, "children": [], "start_point": {"row": 25, "column": 1}, "end_point": {"row": 25, "column": 16}}, {"id": 16, "type": "comma_expression", "text": "ywordGround,\n\tKeywordConnect,\n\tEqual,\n\tLeftParen,\n\tRightParen,\n\tComma,\n\tIdentifier,\n\tNumber\n}", "parent": 14, "children": [17, 18], "start_point": {"row": 26, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 17, "type": "identifier", "text": "ywordGround,\n", "parent": 16, "children": [], "start_point": {"row": 26, "column": 1}, "end_point": {"row": 26, "column": 14}}, {"id": 18, "type": "comma_expression", "text": "ywordConnect,\n\tEqual,\n\tLeftParen,\n\tRightParen,\n\tComma,\n\tIdentifier,\n\tNumber\n}", "parent": 16, "children": [19, 20], "start_point": {"row": 27, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 19, "type": "identifier", "text": "ywordConnect,\n", "parent": 18, "children": [], "start_point": {"row": 27, "column": 1}, "end_point": {"row": 27, "column": 15}}, {"id": 20, "type": "comma_expression", "text": "ual,\n\tLeftParen,\n\tRightParen,\n\tComma,\n\tIdentifier,\n\tNumber\n}", "parent": 18, "children": [21, 22], "start_point": {"row": 28, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 21, "type": "identifier", "text": "ual,\n", "parent": 20, "children": [], "start_point": {"row": 28, "column": 1}, "end_point": {"row": 28, "column": 6}}, {"id": 22, "type": "comma_expression", "text": "ftParen,\n\tRightParen,\n\tComma,\n\tIdentifier,\n\tNumber\n}", "parent": 20, "children": [23, 24], "start_point": {"row": 29, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 23, "type": "identifier", "text": "ftParen,\n", "parent": 22, "children": [], "start_point": {"row": 29, "column": 1}, "end_point": {"row": 29, "column": 10}}, {"id": 24, "type": "comma_expression", "text": "ghtParen,\n\tComma,\n\tIdentifier,\n\tNumber\n}", "parent": 22, "children": [25, 26], "start_point": {"row": 30, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 25, "type": "identifier", "text": "ghtParen,\n", "parent": 24, "children": [], "start_point": {"row": 30, "column": 1}, "end_point": {"row": 30, "column": 11}}, {"id": 26, "type": "comma_expression", "text": "mma,\n\tIdentifier,\n\tNumber\n}", "parent": 24, "children": [27, 28], "start_point": {"row": 31, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 27, "type": "identifier", "text": "mma,\n", "parent": 26, "children": [], "start_point": {"row": 31, "column": 1}, "end_point": {"row": 31, "column": 6}}, {"id": 28, "type": "comma_expression", "text": "entifier,\n\tNumber\n}", "parent": 26, "children": [29, 30], "start_point": {"row": 32, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 29, "type": "identifier", "text": "entifier,\n", "parent": 28, "children": [], "start_point": {"row": 32, "column": 1}, "end_point": {"row": 32, "column": 11}}, {"id": 30, "type": "identifier", "text": "mber\n}", "parent": 28, "children": [], "start_point": {"row": 33, "column": 1}, "end_point": {"row": 33, "column": 7}}, {"id": 31, "type": "ERROR", "text": "\n", "parent": 3, "children": [], "start_point": {"row": 34, "column": 0}, "end_point": {"row": 34, "column": 1}}, {"id": 32, "type": "function_definition", "text": "line std::string TokenKindToString(const CircuitScriptTokenKind& kind)\n{\n\tswitch (kind)\n\t{\n\tcase CircuitScriptTokenKind::KeywordPower: return \"KeywordPower\";\n\tcase CircuitScriptTokenKind::KeywordResistor: return \"KeywordResistor\";\n\tcase CircuitScriptTokenKind::KeywordCapacitor: return \"KeywordCapacitor\";\n\tcase CircuitScriptTokenKind::KeywordInductor: return \"KeywordInductor\";\n\tcase CircuitScriptTokenKind::KeywordConnect: return \"KeywordConnect\";\n\tcase CircuitScriptTokenKind::KeywordGround: return \"KeywordGround\";\n\tcase CircuitScriptTokenKind::Equal: return \"=\";\n\tcase CircuitScriptTokenKind::LeftParen: return \"(\";\n\tcase CircuitScriptTokenKind::RightParen: return \")\";\n\tcase CircuitScriptTokenKind::Comma: return \",\";\n\tcase CircuitScriptTokenKind::Identifier: return \"Identifier\";\n\tcase CircuitScriptTokenKind::Number: return \"Number\";\n\t}\n\treturn \"\";\n}\n", "parent": 3, "children": [33, 35, 36, 38], "start_point": {"row": 36, "column": 0}, "end_point": {"row": 54, "column": 1}}, {"id": 33, "type": "storage_class_specifier", "text": "line s", "parent": 32, "children": [34], "start_point": {"row": 36, "column": 0}, "end_point": {"row": 36, "column": 6}}, {"id": 34, "type": "inline", "text": "line s", "parent": 33, "children": [], "start_point": {"row": 36, "column": 0}, "end_point": {"row": 36, "column": 6}}, {"id": 35, "type": "type_identifier", "text": "d::", "parent": 32, "children": [], "start_point": {"row": 36, "column": 7}, "end_point": {"row": 36, "column": 10}}, {"id": 36, "type": "ERROR", "text": "string T", "parent": 32, "children": [37], "start_point": {"row": 36, "column": 10}, "end_point": {"row": 36, "column": 18}}, {"id": 37, "type": "identifier", "text": "ring T", "parent": 36, "children": [], "start_point": {"row": 36, "column": 12}, "end_point": {"row": 36, "column": 18}}, {"id": 38, "type": "function_declarator", "text": "kenKindToString(const CircuitScriptTokenKind& kind)\n{", "parent": 32, "children": [39, 40], "start_point": {"row": 36, "column": 19}, "end_point": {"row": 36, "column": 72}}, {"id": 39, "type": "identifier", "text": "kenKindToString(c", "parent": 38, "children": [], "start_point": {"row": 36, "column": 19}, "end_point": {"row": 36, "column": 36}}, {"id": 40, "type": "parameter_list", "text": "onst CircuitScriptTokenKind& kind)\n{", "parent": 38, "children": [41], "start_point": {"row": 36, "column": 36}, "end_point": {"row": 36, "column": 72}}, {"id": 41, "type": "parameter_declaration", "text": "nst CircuitScriptTokenKind& kind)\n", "parent": 40, "children": [42, 43, 44, 46], "start_point": {"row": 36, "column": 37}, "end_point": {"row": 36, "column": 71}}, {"id": 42, "type": "type_qualifier", "text": "nst C", "parent": 41, "children": [], "start_point": {"row": 36, "column": 37}, "end_point": {"row": 36, "column": 42}}, {"id": 43, "type": "type_identifier", "text": "rcuitScriptTokenKind& ", "parent": 41, "children": [], "start_point": {"row": 36, "column": 43}, "end_point": {"row": 36, "column": 65}}, {"id": 44, "type": "ERROR", "text": "k", "parent": 41, "children": [45], "start_point": {"row": 36, "column": 65}, "end_point": {"row": 36, "column": 66}}, {"id": 45, "type": "&", "text": "k", "parent": 44, "children": [], "start_point": {"row": 36, "column": 65}, "end_point": {"row": 36, "column": 66}}, {"id": 46, "type": "identifier", "text": "nd)\n", "parent": 41, "children": [], "start_point": {"row": 36, "column": 67}, "end_point": {"row": 36, "column": 71}}, {"id": 47, "type": "switch_statement", "text": "itch (kind)\n\t{\n\tcase CircuitScriptTokenKind::KeywordPower: return \"KeywordPower\";\n\tcase CircuitScriptTokenKind::KeywordResistor: return \"KeywordResistor\";\n\tcase CircuitScriptTokenKind::KeywordCapacitor: return \"KeywordCapacitor\";\n\tcase CircuitScriptTokenKind::KeywordInductor: return \"KeywordInductor\";\n\tcase CircuitScriptTokenKind::KeywordConnect: return \"KeywordConnect\";\n\tcase CircuitScriptTokenKind::KeywordGround: return \"KeywordGround\";\n\tcase CircuitScriptTokenKind::Equal: return \"=\";\n\tcase CircuitScriptTokenKind::LeftParen: return \"(\";\n\tcase CircuitScriptTokenKind::RightParen: return \")\";\n\tcase CircuitScriptTokenKind::Comma: return \",\";\n\tcase CircuitScriptTokenKind::Identifier: return \"Identifier\";\n\tcase CircuitScriptTokenKind::Number: return \"Number\";\n\t}\n\t", "parent": 32, "children": [48, 49], "start_point": {"row": 38, "column": 1}, "end_point": {"row": 52, "column": 2}}, {"id": 48, "type": "switch", "text": "itch (", "parent": 47, "children": [], "start_point": {"row": 38, "column": 1}, "end_point": {"row": 38, "column": 7}}, {"id": 49, "type": "parenthesized_expression", "text": "ind)\n\t", "parent": 47, "children": [50], "start_point": {"row": 38, "column": 8}, "end_point": {"row": 38, "column": 14}}, {"id": 50, "type": "identifier", "text": "nd)\n", "parent": 49, "children": [], "start_point": {"row": 38, "column": 9}, "end_point": {"row": 38, "column": 13}}, {"id": 51, "type": "case_statement", "text": "se CircuitScriptTokenKind::KeywordPower: return \"KeywordPower\";\n\t", "parent": 47, "children": [52, 53, 54, 55], "start_point": {"row": 40, "column": 1}, "end_point": {"row": 40, "column": 66}}, {"id": 52, "type": "case", "text": "se C", "parent": 51, "children": [], "start_point": {"row": 40, "column": 1}, "end_point": {"row": 40, "column": 5}}, {"id": 53, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 51, "children": [], "start_point": {"row": 40, "column": 6}, "end_point": {"row": 40, "column": 28}}, {"id": 54, "type": "ERROR", "text": "e", "parent": 51, "children": [], "start_point": {"row": 40, "column": 29}, "end_point": {"row": 40, "column": 30}}, {"id": 55, "type": "labeled_statement", "text": "ywordPower: return \"KeywordPower\";\n\t", "parent": 51, "children": [56, 57], "start_point": {"row": 40, "column": 30}, "end_point": {"row": 40, "column": 66}}, {"id": 56, "type": "statement_identifier", "text": "ywordPower: ", "parent": 55, "children": [], "start_point": {"row": 40, "column": 30}, "end_point": {"row": 40, "column": 42}}, {"id": 57, "type": "return_statement", "text": "turn \"KeywordPower\";\n\t", "parent": 55, "children": [58], "start_point": {"row": 40, "column": 44}, "end_point": {"row": 40, "column": 66}}, {"id": 58, "type": "string_literal", "text": "eywordPower\";\n", "parent": 57, "children": [], "start_point": {"row": 40, "column": 51}, "end_point": {"row": 40, "column": 65}}, {"id": 59, "type": "case_statement", "text": "se CircuitScriptTokenKind::KeywordResistor: return \"KeywordResistor\";\n\t", "parent": 47, "children": [60, 61, 62, 63], "start_point": {"row": 41, "column": 1}, "end_point": {"row": 41, "column": 72}}, {"id": 60, "type": "case", "text": "se C", "parent": 59, "children": [], "start_point": {"row": 41, "column": 1}, "end_point": {"row": 41, "column": 5}}, {"id": 61, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 59, "children": [], "start_point": {"row": 41, "column": 6}, "end_point": {"row": 41, "column": 28}}, {"id": 62, "type": "ERROR", "text": "e", "parent": 59, "children": [], "start_point": {"row": 41, "column": 29}, "end_point": {"row": 41, "column": 30}}, {"id": 63, "type": "labeled_statement", "text": "ywordResistor: return \"KeywordResistor\";\n\t", "parent": 59, "children": [64, 65], "start_point": {"row": 41, "column": 30}, "end_point": {"row": 41, "column": 72}}, {"id": 64, "type": "statement_identifier", "text": "ywordResistor: ", "parent": 63, "children": [], "start_point": {"row": 41, "column": 30}, "end_point": {"row": 41, "column": 45}}, {"id": 65, "type": "return_statement", "text": "turn \"KeywordResistor\";\n\t", "parent": 63, "children": [66], "start_point": {"row": 41, "column": 47}, "end_point": {"row": 41, "column": 72}}, {"id": 66, "type": "string_literal", "text": "eywordResistor\";\n", "parent": 65, "children": [], "start_point": {"row": 41, "column": 54}, "end_point": {"row": 41, "column": 71}}, {"id": 67, "type": "case_statement", "text": "se CircuitScriptTokenKind::KeywordCapacitor: return \"KeywordCapacitor\";\n\t", "parent": 47, "children": [68, 69, 70, 71], "start_point": {"row": 42, "column": 1}, "end_point": {"row": 42, "column": 74}}, {"id": 68, "type": "case", "text": "se C", "parent": 67, "children": [], "start_point": {"row": 42, "column": 1}, "end_point": {"row": 42, "column": 5}}, {"id": 69, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 67, "children": [], "start_point": {"row": 42, "column": 6}, "end_point": {"row": 42, "column": 28}}, {"id": 70, "type": "ERROR", "text": "e", "parent": 67, "children": [], "start_point": {"row": 42, "column": 29}, "end_point": {"row": 42, "column": 30}}, {"id": 71, "type": "labeled_statement", "text": "ywordCapacitor: return \"KeywordCapacitor\";\n\t", "parent": 67, "children": [72, 73], "start_point": {"row": 42, "column": 30}, "end_point": {"row": 42, "column": 74}}, {"id": 72, "type": "statement_identifier", "text": "ywordCapacitor: ", "parent": 71, "children": [], "start_point": {"row": 42, "column": 30}, "end_point": {"row": 42, "column": 46}}, {"id": 73, "type": "return_statement", "text": "turn \"KeywordCapacitor\";\n\t", "parent": 71, "children": [74], "start_point": {"row": 42, "column": 48}, "end_point": {"row": 42, "column": 74}}, {"id": 74, "type": "string_literal", "text": "eywordCapacitor\";\n", "parent": 73, "children": [], "start_point": {"row": 42, "column": 55}, "end_point": {"row": 42, "column": 73}}, {"id": 75, "type": "case_statement", "text": "se CircuitScriptTokenKind::KeywordInductor: return \"KeywordInductor\";\n\t", "parent": 47, "children": [76, 77, 78, 79], "start_point": {"row": 43, "column": 1}, "end_point": {"row": 43, "column": 72}}, {"id": 76, "type": "case", "text": "se C", "parent": 75, "children": [], "start_point": {"row": 43, "column": 1}, "end_point": {"row": 43, "column": 5}}, {"id": 77, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 75, "children": [], "start_point": {"row": 43, "column": 6}, "end_point": {"row": 43, "column": 28}}, {"id": 78, "type": "ERROR", "text": "e", "parent": 75, "children": [], "start_point": {"row": 43, "column": 29}, "end_point": {"row": 43, "column": 30}}, {"id": 79, "type": "labeled_statement", "text": "ywordInductor: return \"KeywordInductor\";\n\t", "parent": 75, "children": [80, 81], "start_point": {"row": 43, "column": 30}, "end_point": {"row": 43, "column": 72}}, {"id": 80, "type": "statement_identifier", "text": "ywordInductor: ", "parent": 79, "children": [], "start_point": {"row": 43, "column": 30}, "end_point": {"row": 43, "column": 45}}, {"id": 81, "type": "return_statement", "text": "turn \"KeywordInductor\";\n\t", "parent": 79, "children": [82], "start_point": {"row": 43, "column": 47}, "end_point": {"row": 43, "column": 72}}, {"id": 82, "type": "string_literal", "text": "eywordInductor\";\n", "parent": 81, "children": [], "start_point": {"row": 43, "column": 54}, "end_point": {"row": 43, "column": 71}}, {"id": 83, "type": "case_statement", "text": "se CircuitScriptTokenKind::KeywordConnect: return \"KeywordConnect\";\n\t", "parent": 47, "children": [84, 85, 86, 87], "start_point": {"row": 44, "column": 1}, "end_point": {"row": 44, "column": 70}}, {"id": 84, "type": "case", "text": "se C", "parent": 83, "children": [], "start_point": {"row": 44, "column": 1}, "end_point": {"row": 44, "column": 5}}, {"id": 85, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 83, "children": [], "start_point": {"row": 44, "column": 6}, "end_point": {"row": 44, "column": 28}}, {"id": 86, "type": "ERROR", "text": "e", "parent": 83, "children": [], "start_point": {"row": 44, "column": 29}, "end_point": {"row": 44, "column": 30}}, {"id": 87, "type": "labeled_statement", "text": "ywordConnect: return \"KeywordConnect\";\n\t", "parent": 83, "children": [88, 89], "start_point": {"row": 44, "column": 30}, "end_point": {"row": 44, "column": 70}}, {"id": 88, "type": "statement_identifier", "text": "ywordConnect: ", "parent": 87, "children": [], "start_point": {"row": 44, "column": 30}, "end_point": {"row": 44, "column": 44}}, {"id": 89, "type": "return_statement", "text": "turn \"KeywordConnect\";\n\t", "parent": 87, "children": [90], "start_point": {"row": 44, "column": 46}, "end_point": {"row": 44, "column": 70}}, {"id": 90, "type": "string_literal", "text": "eywordConnect\";\n", "parent": 89, "children": [], "start_point": {"row": 44, "column": 53}, "end_point": {"row": 44, "column": 69}}, {"id": 91, "type": "case_statement", "text": "se CircuitScriptTokenKind::KeywordGround: return \"KeywordGround\";\n\t", "parent": 47, "children": [92, 93, 94, 95], "start_point": {"row": 45, "column": 1}, "end_point": {"row": 45, "column": 68}}, {"id": 92, "type": "case", "text": "se C", "parent": 91, "children": [], "start_point": {"row": 45, "column": 1}, "end_point": {"row": 45, "column": 5}}, {"id": 93, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 91, "children": [], "start_point": {"row": 45, "column": 6}, "end_point": {"row": 45, "column": 28}}, {"id": 94, "type": "ERROR", "text": "e", "parent": 91, "children": [], "start_point": {"row": 45, "column": 29}, "end_point": {"row": 45, "column": 30}}, {"id": 95, "type": "labeled_statement", "text": "ywordGround: return \"KeywordGround\";\n\t", "parent": 91, "children": [96, 97], "start_point": {"row": 45, "column": 30}, "end_point": {"row": 45, "column": 68}}, {"id": 96, "type": "statement_identifier", "text": "ywordGround: ", "parent": 95, "children": [], "start_point": {"row": 45, "column": 30}, "end_point": {"row": 45, "column": 43}}, {"id": 97, "type": "return_statement", "text": "turn \"KeywordGround\";\n\t", "parent": 95, "children": [98], "start_point": {"row": 45, "column": 45}, "end_point": {"row": 45, "column": 68}}, {"id": 98, "type": "string_literal", "text": "eywordGround\";\n", "parent": 97, "children": [], "start_point": {"row": 45, "column": 52}, "end_point": {"row": 45, "column": 67}}, {"id": 99, "type": "case_statement", "text": "se CircuitScriptTokenKind::Equal: return \"=\";\n\t", "parent": 47, "children": [100, 101, 102, 103], "start_point": {"row": 46, "column": 1}, "end_point": {"row": 46, "column": 48}}, {"id": 100, "type": "case", "text": "se C", "parent": 99, "children": [], "start_point": {"row": 46, "column": 1}, "end_point": {"row": 46, "column": 5}}, {"id": 101, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 99, "children": [], "start_point": {"row": 46, "column": 6}, "end_point": {"row": 46, "column": 28}}, {"id": 102, "type": "ERROR", "text": "q", "parent": 99, "children": [], "start_point": {"row": 46, "column": 29}, "end_point": {"row": 46, "column": 30}}, {"id": 103, "type": "labeled_statement", "text": "ual: return \"=\";\n\t", "parent": 99, "children": [104, 105], "start_point": {"row": 46, "column": 30}, "end_point": {"row": 46, "column": 48}}, {"id": 104, "type": "statement_identifier", "text": "ual: ", "parent": 103, "children": [], "start_point": {"row": 46, "column": 30}, "end_point": {"row": 46, "column": 35}}, {"id": 105, "type": "return_statement", "text": "turn \"=\";\n\t", "parent": 103, "children": [106], "start_point": {"row": 46, "column": 37}, "end_point": {"row": 46, "column": 48}}, {"id": 106, "type": "string_literal", "text": "\";\n", "parent": 105, "children": [], "start_point": {"row": 46, "column": 44}, "end_point": {"row": 46, "column": 47}}, {"id": 107, "type": "case_statement", "text": "se CircuitScriptTokenKind::LeftParen: return \"(\";\n\t", "parent": 47, "children": [108, 109, 110, 111], "start_point": {"row": 47, "column": 1}, "end_point": {"row": 47, "column": 52}}, {"id": 108, "type": "case", "text": "se C", "parent": 107, "children": [], "start_point": {"row": 47, "column": 1}, "end_point": {"row": 47, "column": 5}}, {"id": 109, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 107, "children": [], "start_point": {"row": 47, "column": 6}, "end_point": {"row": 47, "column": 28}}, {"id": 110, "type": "ERROR", "text": "e", "parent": 107, "children": [], "start_point": {"row": 47, "column": 29}, "end_point": {"row": 47, "column": 30}}, {"id": 111, "type": "labeled_statement", "text": "ftParen: return \"(\";\n\t", "parent": 107, "children": [112, 113], "start_point": {"row": 47, "column": 30}, "end_point": {"row": 47, "column": 52}}, {"id": 112, "type": "statement_identifier", "text": "ftParen: ", "parent": 111, "children": [], "start_point": {"row": 47, "column": 30}, "end_point": {"row": 47, "column": 39}}, {"id": 113, "type": "return_statement", "text": "turn \"(\";\n\t", "parent": 111, "children": [114], "start_point": {"row": 47, "column": 41}, "end_point": {"row": 47, "column": 52}}, {"id": 114, "type": "string_literal", "text": "\";\n", "parent": 113, "children": [], "start_point": {"row": 47, "column": 48}, "end_point": {"row": 47, "column": 51}}, {"id": 115, "type": "case_statement", "text": "se CircuitScriptTokenKind::RightParen: return \")\";\n\t", "parent": 47, "children": [116, 117, 118, 119], "start_point": {"row": 48, "column": 1}, "end_point": {"row": 48, "column": 53}}, {"id": 116, "type": "case", "text": "se C", "parent": 115, "children": [], "start_point": {"row": 48, "column": 1}, "end_point": {"row": 48, "column": 5}}, {"id": 117, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 115, "children": [], "start_point": {"row": 48, "column": 6}, "end_point": {"row": 48, "column": 28}}, {"id": 118, "type": "ERROR", "text": "i", "parent": 115, "children": [], "start_point": {"row": 48, "column": 29}, "end_point": {"row": 48, "column": 30}}, {"id": 119, "type": "labeled_statement", "text": "ghtParen: return \")\";\n\t", "parent": 115, "children": [120, 121], "start_point": {"row": 48, "column": 30}, "end_point": {"row": 48, "column": 53}}, {"id": 120, "type": "statement_identifier", "text": "ghtParen: ", "parent": 119, "children": [], "start_point": {"row": 48, "column": 30}, "end_point": {"row": 48, "column": 40}}, {"id": 121, "type": "return_statement", "text": "turn \")\";\n\t", "parent": 119, "children": [122], "start_point": {"row": 48, "column": 42}, "end_point": {"row": 48, "column": 53}}, {"id": 122, "type": "string_literal", "text": "\";\n", "parent": 121, "children": [], "start_point": {"row": 48, "column": 49}, "end_point": {"row": 48, "column": 52}}, {"id": 123, "type": "case_statement", "text": "se CircuitScriptTokenKind::Comma: return \",\";\n\t", "parent": 47, "children": [124, 125, 126, 127], "start_point": {"row": 49, "column": 1}, "end_point": {"row": 49, "column": 48}}, {"id": 124, "type": "case", "text": "se C", "parent": 123, "children": [], "start_point": {"row": 49, "column": 1}, "end_point": {"row": 49, "column": 5}}, {"id": 125, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 123, "children": [], "start_point": {"row": 49, "column": 6}, "end_point": {"row": 49, "column": 28}}, {"id": 126, "type": "ERROR", "text": "o", "parent": 123, "children": [], "start_point": {"row": 49, "column": 29}, "end_point": {"row": 49, "column": 30}}, {"id": 127, "type": "labeled_statement", "text": "mma: return \",\";\n\t", "parent": 123, "children": [128, 129], "start_point": {"row": 49, "column": 30}, "end_point": {"row": 49, "column": 48}}, {"id": 128, "type": "statement_identifier", "text": "mma: ", "parent": 127, "children": [], "start_point": {"row": 49, "column": 30}, "end_point": {"row": 49, "column": 35}}, {"id": 129, "type": "return_statement", "text": "turn \",\";\n\t", "parent": 127, "children": [130], "start_point": {"row": 49, "column": 37}, "end_point": {"row": 49, "column": 48}}, {"id": 130, "type": "string_literal", "text": "\";\n", "parent": 129, "children": [], "start_point": {"row": 49, "column": 44}, "end_point": {"row": 49, "column": 47}}, {"id": 131, "type": "case_statement", "text": "se CircuitScriptTokenKind::Identifier: return \"Identifier\";\n\t", "parent": 47, "children": [132, 133, 134, 135], "start_point": {"row": 50, "column": 1}, "end_point": {"row": 50, "column": 62}}, {"id": 132, "type": "case", "text": "se C", "parent": 131, "children": [], "start_point": {"row": 50, "column": 1}, "end_point": {"row": 50, "column": 5}}, {"id": 133, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 131, "children": [], "start_point": {"row": 50, "column": 6}, "end_point": {"row": 50, "column": 28}}, {"id": 134, "type": "ERROR", "text": "d", "parent": 131, "children": [], "start_point": {"row": 50, "column": 29}, "end_point": {"row": 50, "column": 30}}, {"id": 135, "type": "labeled_statement", "text": "entifier: return \"Identifier\";\n\t", "parent": 131, "children": [136, 137], "start_point": {"row": 50, "column": 30}, "end_point": {"row": 50, "column": 62}}, {"id": 136, "type": "statement_identifier", "text": "entifier: ", "parent": 135, "children": [], "start_point": {"row": 50, "column": 30}, "end_point": {"row": 50, "column": 40}}, {"id": 137, "type": "return_statement", "text": "turn \"Identifier\";\n\t", "parent": 135, "children": [138], "start_point": {"row": 50, "column": 42}, "end_point": {"row": 50, "column": 62}}, {"id": 138, "type": "string_literal", "text": "dentifier\";\n", "parent": 137, "children": [], "start_point": {"row": 50, "column": 49}, "end_point": {"row": 50, "column": 61}}, {"id": 139, "type": "case_statement", "text": "se CircuitScriptTokenKind::Number: return \"Number\";\n\t", "parent": 47, "children": [140, 141, 142, 143], "start_point": {"row": 51, "column": 1}, "end_point": {"row": 51, "column": 54}}, {"id": 140, "type": "case", "text": "se C", "parent": 139, "children": [], "start_point": {"row": 51, "column": 1}, "end_point": {"row": 51, "column": 5}}, {"id": 141, "type": "identifier", "text": "rcuitScriptTokenKind::", "parent": 139, "children": [], "start_point": {"row": 51, "column": 6}, "end_point": {"row": 51, "column": 28}}, {"id": 142, "type": "ERROR", "text": "u", "parent": 139, "children": [], "start_point": {"row": 51, "column": 29}, "end_point": {"row": 51, "column": 30}}, {"id": 143, "type": "labeled_statement", "text": "mber: return \"Number\";\n\t", "parent": 139, "children": [144, 145], "start_point": {"row": 51, "column": 30}, "end_point": {"row": 51, "column": 54}}, {"id": 144, "type": "statement_identifier", "text": "mber: ", "parent": 143, "children": [], "start_point": {"row": 51, "column": 30}, "end_point": {"row": 51, "column": 36}}, {"id": 145, "type": "return_statement", "text": "turn \"Number\";\n\t", "parent": 143, "children": [146], "start_point": {"row": 51, "column": 38}, "end_point": {"row": 51, "column": 54}}, {"id": 146, "type": "string_literal", "text": "umber\";\n", "parent": 145, "children": [], "start_point": {"row": 51, "column": 45}, "end_point": {"row": 51, "column": 53}}, {"id": 147, "type": "return_statement", "text": "turn \"\";\n}", "parent": 32, "children": [], "start_point": {"row": 53, "column": 1}, "end_point": {"row": 53, "column": 11}}]}, "node_categories": {"declarations": {"functions": [3, 32, 38], "variables": [41], "classes": [33], "imports": [], "modules": [], "enums": [4, 5]}, "statements": {"expressions": [8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 49], "assignments": [], "loops": [], "conditionals": [6, 7, 9, 11, 13, 15, 17, 19, 21, 23, 25, 27, 29, 30, 35, 37, 39, 42, 43, 46, 47, 48, 50, 51, 52, 53, 56, 59, 60, 61, 64, 67, 68, 69, 72, 75, 76, 77, 80, 83, 84, 85, 88, 91, 92, 93, 96, 99, 100, 101, 104, 107, 108, 109, 112, 115, 116, 117, 120, 123, 124, 125, 128, 131, 132, 133, 136, 139, 140, 141, 144], "returns": [57, 65, 73, 81, 89, 97, 105, 113, 121, 129, 137, 145, 147], "exceptions": []}, "expressions": {"calls": [0], "literals": [58, 66, 74, 82, 90, 98, 106, 114, 122, 130, 138, 146], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 3, "universal_type": "function", "name": "CircuitScriptTokenKind", "text_snippet": "um class CircuitScriptTokenKind\n{\n\tKeywordPower,\n\tKeywordResistor,\n\tKeywordCapacitor,\n\tKeywordInduct"}, {"node_id": 32, "universal_type": "function", "name": "unknown", "text_snippet": "line std::string TokenKindToString(const CircuitScriptTokenKind& kind)\n{\n\tswitch (kind)\n\t{\n\tcase Cir"}, {"node_id": 38, "universal_type": "function", "name": "unknown", "text_snippet": "kenKindToString(const CircuitScriptTokenKind& kind)\n{"}], "class_declarations": [{"node_id": 33, "universal_type": "class", "name": "unknown", "text_snippet": "line s"}], "import_statements": []}, "original_source_code": "\ufeff// GPL v3 License\n// \n// CircuitCalculator/CircuitCalculator\n// Copyright (c) 2022 CircuitCalculator/CircuitScriptTokenKind.h\n// \n// This program is free software: you can redistribute it and/or modify\n// it under the terms of the GNU General Public License as published by\n// the Free Software Foundation, either version 3 of the License, or\n// (at your option) any later version.\n// \n// This program is distributed in the hope that it will be useful,\n// but WITHOUT ANY WARRANTY; without even the implied warranty of\n// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n// GNU General Public License for more details.\n// \n// You should have received a copy of the GNU General Public License\n// along with this program. If not, see <http://www.gnu.org/licenses/>.\n\n#pragma once\n\nenum class CircuitScriptTokenKind\n{\n\tKeywordPower,\n\tKeywordResistor,\n\tKeywordCapacitor,\n\tKeywordInductor,\n\tKeywordGround,\n\tKeywordConnect,\n\tEqual,\n\tLeftParen,\n\tRightParen,\n\tComma,\n\tIdentifier,\n\tNumber\n};\n\ninline std::string TokenKindToString(const CircuitScriptTokenKind& kind)\n{\n\tswitch (kind)\n\t{\n\tcase CircuitScriptTokenKind::KeywordPower: return \"KeywordPower\";\n\tcase CircuitScriptTokenKind::KeywordResistor: return \"KeywordResistor\";\n\tcase CircuitScriptTokenKind::KeywordCapacitor: return \"KeywordCapacitor\";\n\tcase CircuitScriptTokenKind::KeywordInductor: return \"KeywordInductor\";\n\tcase CircuitScriptTokenKind::KeywordConnect: return \"KeywordConnect\";\n\tcase CircuitScriptTokenKind::KeywordGround: return \"KeywordGround\";\n\tcase CircuitScriptTokenKind::Equal: return \"=\";\n\tcase CircuitScriptTokenKind::LeftParen: return \"(\";\n\tcase CircuitScriptTokenKind::RightParen: return \")\";\n\tcase CircuitScriptTokenKind::Comma: return \",\";\n\tcase CircuitScriptTokenKind::Identifier: return \"Identifier\";\n\tcase CircuitScriptTokenKind::Number: return \"Number\";\n\t}\n\treturn \"\";\n}\n"}
| 214
|
c
|
#include <glib.h>
#include <glib/gi18n.h>
#include <string.h>
#include "mdsfs.h"
#include "blowfish.h"
#include "encryption.h"
#include "lockmgr.h"
guint8 *
mdsfs_lockmgr_keygen()
{
gint len = 48;
guint8 *key, *ptr;
/* allocate a memboy for 448 bits */
key = (guint8 *)g_new0(guint8, len + 1);
/* seed */
srand(time(0)+getpid());
for (ptr = key; len > 0; --len, ++ptr)
*ptr = (guint8)(rand() % 256);
return key;
}
guint8 *
mdsfs_lockmgr_keygen_with_hex()
{
gint len = 96;
guint8 *key, *ptr;
gchar table[16] = "0123456789abcdef";
/* allocate a memboy for 448 bits */
key = (guint8 *)g_new0(guint8, len + 1);
/* seed */
srand(time(0)+getpid());
for (ptr = key; len > 0; --len, ++ptr)
*ptr = table[rand() % 16];
return key;
}
guint8 *
mdsfs_lockmgr_get(MDSFS *mdsfs, off_t num, const guint8 *key)
{
guint8 newkey[48];
mdsfs_blowfish_init(key);
encryption_decode_to_data_from_data(newkey, 48, mdsfs->key[num].key, 48);
return g_strndup(newkey, 48);
}
guint8 *
mdsfs_lockmgr_get_last(MDSFS *mdsfs, off_t num, const guint8 *key)
{
off_t i;
guint8 *curkey;
guint8 *newkey;
curkey = g_strndup(key, 48);
for (i = num; i >= 0; --i) {
newkey = mdsfs_lockmgr_get(mdsfs, i, curkey);
g_free(curkey);
curkey = newkey;
}
return curkey;
}
gboolean
mdsfs_lockmgr_check_key(const gchar *key)
{
/* 8 bits for level and 384 bits for blowfish key */
if (strlen(key) != 98) {
printf("Secret key length is incorrect, we need 392-bit key.\n");
return FALSE;
}
if (!mdsfs_misc_check_key(key)) {
printf("Secret key is incorrect, please using hex strings.\n");
return FALSE;
}
return TRUE;
}
void
mdsfs_lockmgr_init(MDSFS *mdsfs, const guint8 *key)
{
guint8 *final_key;
off_t num;
/* figure level */
num = *key;
final_key = mdsfs_lockmgr_get_last(mdsfs, num, key+1);
mdsfs_blowfish_init(final_key);
g_free(final_key);
}
| 21.85
| 81
|
(translation_unit) "#include <glib.h>\n#include <glib/gi18n.h>\n#include <string.h>\n\n#include "mdsfs.h"\n#include "blowfish.h"\n#include "encryption.h"\n#include "lockmgr.h"\n\nguint8 *\nmdsfs_lockmgr_keygen()\n{\n gint len = 48;\n guint8 *key, *ptr;\n\n /* allocate a memboy for 448 bits */\n key = (guint8 *)g_new0(guint8, len + 1);\n\n /* seed */\n srand(time(0)+getpid());\n for (ptr = key; len > 0; --len, ++ptr)\n *ptr = (guint8)(rand() % 256);\n\n return key;\n}\n\nguint8 *\nmdsfs_lockmgr_keygen_with_hex()\n{\n gint len = 96;\n guint8 *key, *ptr;\n gchar table[16] = "0123456789abcdef";\n\n /* allocate a memboy for 448 bits */\n key = (guint8 *)g_new0(guint8, len + 1);\n\n /* seed */\n srand(time(0)+getpid());\n for (ptr = key; len > 0; --len, ++ptr)\n *ptr = table[rand() % 16];\n\n return key;\n}\n\nguint8 *\nmdsfs_lockmgr_get(MDSFS *mdsfs, off_t num, const guint8 *key)\n{\n guint8 newkey[48];\n\n mdsfs_blowfish_init(key);\n encryption_decode_to_data_from_data(newkey, 48, mdsfs->key[num].key, 48);\n\n return g_strndup(newkey, 48);\n}\n\nguint8 *\nmdsfs_lockmgr_get_last(MDSFS *mdsfs, off_t num, const guint8 *key)\n{\n off_t i;\n guint8 *curkey;\n guint8 *newkey;\n\n curkey = g_strndup(key, 48);\n for (i = num; i >= 0; --i) {\n newkey = mdsfs_lockmgr_get(mdsfs, i, curkey);\n\n g_free(curkey);\n curkey = newkey;\n }\n\n return curkey;\n}\n\ngboolean\nmdsfs_lockmgr_check_key(const gchar *key)\n{\n /* 8 bits for level and 384 bits for blowfish key */\n if (strlen(key) != 98) {\n printf("Secret key length is incorrect, we need 392-bit key.\n");\n return FALSE;\n }\n\n if (!mdsfs_misc_check_key(key)) {\n printf("Secret key is incorrect, please using hex strings.\n");\n return FALSE;\n }\n\n return TRUE;\n}\n\nvoid\nmdsfs_lockmgr_init(MDSFS *mdsfs, const guint8 *key)\n{\n guint8 *final_key;\n off_t num;\n\n /* figure level */\n num = *key;\n\n final_key = mdsfs_lockmgr_get_last(mdsfs, num, key+1);\n\n mdsfs_blowfish_init(final_key);\n\n g_free(final_key);\n}\n"
(preproc_include) "#include <glib.h>\n"
(#include) "#include"
(system_lib_string) "<glib.h>"
(preproc_include) "#include <glib/gi18n.h>\n"
(#include) "#include"
(system_lib_string) "<glib/gi18n.h>"
(preproc_include) "#include <string.h>\n"
(#include) "#include"
(system_lib_string) "<string.h>"
(preproc_include) "#include "mdsfs.h"\n"
(#include) "#include"
(string_literal) ""mdsfs.h""
(") """
(string_content) "mdsfs.h"
(") """
(preproc_include) "#include "blowfish.h"\n"
(#include) "#include"
(string_literal) ""blowfish.h""
(") """
(string_content) "blowfish.h"
(") """
(preproc_include) "#include "encryption.h"\n"
(#include) "#include"
(string_literal) ""encryption.h""
(") """
(string_content) "encryption.h"
(") """
(preproc_include) "#include "lockmgr.h"\n"
(#include) "#include"
(string_literal) ""lockmgr.h""
(") """
(string_content) "lockmgr.h"
(") """
(function_definition) "guint8 *\nmdsfs_lockmgr_keygen()\n{\n gint len = 48;\n guint8 *key, *ptr;\n\n /* allocate a memboy for 448 bits */\n key = (guint8 *)g_new0(guint8, len + 1);\n\n /* seed */\n srand(time(0)+getpid());\n for (ptr = key; len > 0; --len, ++ptr)\n *ptr = (guint8)(rand() % 256);\n\n return key;\n}"
(type_identifier) "guint8"
(pointer_declarator) "*\nmdsfs_lockmgr_keygen()"
(*) "*"
(function_declarator) "mdsfs_lockmgr_keygen()"
(identifier) "mdsfs_lockmgr_keygen"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n gint len = 48;\n guint8 *key, *ptr;\n\n /* allocate a memboy for 448 bits */\n key = (guint8 *)g_new0(guint8, len + 1);\n\n /* seed */\n srand(time(0)+getpid());\n for (ptr = key; len > 0; --len, ++ptr)\n *ptr = (guint8)(rand() % 256);\n\n return key;\n}"
({) "{"
(declaration) "gint len = 48;"
(type_identifier) "gint"
(init_declarator) "len = 48"
(identifier) "len"
(=) "="
(number_literal) "48"
(;) ";"
(declaration) "guint8 *key, *ptr;"
(type_identifier) "guint8"
(pointer_declarator) "*key"
(*) "*"
(identifier) "key"
(,) ","
(pointer_declarator) "*ptr"
(*) "*"
(identifier) "ptr"
(;) ";"
(comment) "/* allocate a memboy for 448 bits */"
(expression_statement) "key = (guint8 *)g_new0(guint8, len + 1);"
(assignment_expression) "key = (guint8 *)g_new0(guint8, len + 1)"
(identifier) "key"
(=) "="
(cast_expression) "(guint8 *)g_new0(guint8, len + 1)"
(() "("
(type_descriptor) "guint8 *"
(type_identifier) "guint8"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(call_expression) "g_new0(guint8, len + 1)"
(identifier) "g_new0"
(argument_list) "(guint8, len + 1)"
(() "("
(identifier) "guint8"
(,) ","
(binary_expression) "len + 1"
(identifier) "len"
(+) "+"
(number_literal) "1"
()) ")"
(;) ";"
(comment) "/* seed */"
(expression_statement) "srand(time(0)+getpid());"
(call_expression) "srand(time(0)+getpid())"
(identifier) "srand"
(argument_list) "(time(0)+getpid())"
(() "("
(binary_expression) "time(0)+getpid()"
(call_expression) "time(0)"
(identifier) "time"
(argument_list) "(0)"
(() "("
(number_literal) "0"
()) ")"
(+) "+"
(call_expression) "getpid()"
(identifier) "getpid"
(argument_list) "()"
(() "("
()) ")"
()) ")"
(;) ";"
(for_statement) "for (ptr = key; len > 0; --len, ++ptr)\n *ptr = (guint8)(rand() % 256);"
(for) "for"
(() "("
(assignment_expression) "ptr = key"
(identifier) "ptr"
(=) "="
(identifier) "key"
(;) ";"
(binary_expression) "len > 0"
(identifier) "len"
(>) ">"
(number_literal) "0"
(;) ";"
(comma_expression) "--len, ++ptr"
(update_expression) "--len"
(--) "--"
(identifier) "len"
(,) ","
(update_expression) "++ptr"
(++) "++"
(identifier) "ptr"
()) ")"
(expression_statement) "*ptr = (guint8)(rand() % 256);"
(assignment_expression) "*ptr = (guint8)(rand() % 256)"
(pointer_expression) "*ptr"
(*) "*"
(identifier) "ptr"
(=) "="
(call_expression) "(guint8)(rand() % 256)"
(parenthesized_expression) "(guint8)"
(() "("
(identifier) "guint8"
()) ")"
(argument_list) "(rand() % 256)"
(() "("
(binary_expression) "rand() % 256"
(call_expression) "rand()"
(identifier) "rand"
(argument_list) "()"
(() "("
()) ")"
(%) "%"
(number_literal) "256"
()) ")"
(;) ";"
(return_statement) "return key;"
(return) "return"
(identifier) "key"
(;) ";"
(}) "}"
(function_definition) "guint8 *\nmdsfs_lockmgr_keygen_with_hex()\n{\n gint len = 96;\n guint8 *key, *ptr;\n gchar table[16] = "0123456789abcdef";\n\n /* allocate a memboy for 448 bits */\n key = (guint8 *)g_new0(guint8, len + 1);\n\n /* seed */\n srand(time(0)+getpid());\n for (ptr = key; len > 0; --len, ++ptr)\n *ptr = table[rand() % 16];\n\n return key;\n}"
(type_identifier) "guint8"
(pointer_declarator) "*\nmdsfs_lockmgr_keygen_with_hex()"
(*) "*"
(function_declarator) "mdsfs_lockmgr_keygen_with_hex()"
(identifier) "mdsfs_lockmgr_keygen_with_hex"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n gint len = 96;\n guint8 *key, *ptr;\n gchar table[16] = "0123456789abcdef";\n\n /* allocate a memboy for 448 bits */\n key = (guint8 *)g_new0(guint8, len + 1);\n\n /* seed */\n srand(time(0)+getpid());\n for (ptr = key; len > 0; --len, ++ptr)\n *ptr = table[rand() % 16];\n\n return key;\n}"
({) "{"
(declaration) "gint len = 96;"
(type_identifier) "gint"
(init_declarator) "len = 96"
(identifier) "len"
(=) "="
(number_literal) "96"
(;) ";"
(declaration) "guint8 *key, *ptr;"
(type_identifier) "guint8"
(pointer_declarator) "*key"
(*) "*"
(identifier) "key"
(,) ","
(pointer_declarator) "*ptr"
(*) "*"
(identifier) "ptr"
(;) ";"
(declaration) "gchar table[16] = "0123456789abcdef";"
(type_identifier) "gchar"
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(array_declarator) "table[16]"
(identifier) "table"
([) "["
(number_literal) "16"
(]) "]"
(=) "="
(string_literal) ""0123456789abcdef""
(") """
(string_content) "0123456789abcdef"
(") """
(;) ";"
(comment) "/* allocate a memboy for 448 bits */"
(expression_statement) "key = (guint8 *)g_new0(guint8, len + 1);"
(assignment_expression) "key = (guint8 *)g_new0(guint8, len + 1)"
(identifier) "key"
(=) "="
(cast_expression) "(guint8 *)g_new0(guint8, len + 1)"
(() "("
(type_descriptor) "guint8 *"
(type_identifier) "guint8"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(call_expression) "g_new0(guint8, len + 1)"
(identifier) "g_new0"
(argument_list) "(guint8, len + 1)"
(() "("
(identifier) "guint8"
(,) ","
(binary_expression) "len + 1"
(identifier) "len"
(+) "+"
(number_literal) "1"
()) ")"
(;) ";"
(comment) "/* seed */"
(expression_statement) "srand(time(0)+getpid());"
(call_expression) "srand(time(0)+getpid())"
(identifier) "srand"
(argument_list) "(time(0)+getpid())"
(() "("
(binary_expression) "time(0)+getpid()"
(call_expression) "time(0)"
(identifier) "time"
(argument_list) "(0)"
(() "("
(number_literal) "0"
()) ")"
(+) "+"
(call_expression) "getpid()"
(identifier) "getpid"
(argument_list) "()"
(() "("
()) ")"
()) ")"
(;) ";"
(for_statement) "for (ptr = key; len > 0; --len, ++ptr)\n *ptr = table[rand() % 16];"
(for) "for"
(() "("
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()) ")"
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(*) "*"
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([) "["
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(() "("
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(return) "return"
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(function_definition) "guint8 *\nmdsfs_lockmgr_get(MDSFS *mdsfs, off_t num, const guint8 *key)\n{\n guint8 newkey[48];\n\n mdsfs_blowfish_init(key);\n encryption_decode_to_data_from_data(newkey, 48, mdsfs->key[num].key, 48);\n\n return g_strndup(newkey, 48);\n}"
(type_identifier) "guint8"
(pointer_declarator) "*\nmdsfs_lockmgr_get(MDSFS *mdsfs, off_t num, const guint8 *key)"
(*) "*"
(function_declarator) "mdsfs_lockmgr_get(MDSFS *mdsfs, off_t num, const guint8 *key)"
(identifier) "mdsfs_lockmgr_get"
(parameter_list) "(MDSFS *mdsfs, off_t num, const guint8 *key)"
(() "("
(parameter_declaration) "MDSFS *mdsfs"
(type_identifier) "MDSFS"
(pointer_declarator) "*mdsfs"
(*) "*"
(identifier) "mdsfs"
(,) ","
(parameter_declaration) "off_t num"
(type_identifier) "off_t"
(identifier) "num"
(,) ","
(parameter_declaration) "const guint8 *key"
(type_qualifier) "const"
(const) "const"
(type_identifier) "guint8"
(pointer_declarator) "*key"
(*) "*"
(identifier) "key"
()) ")"
(compound_statement) "{\n guint8 newkey[48];\n\n mdsfs_blowfish_init(key);\n encryption_decode_to_data_from_data(newkey, 48, mdsfs->key[num].key, 48);\n\n return g_strndup(newkey, 48);\n}"
({) "{"
(declaration) "guint8 newkey[48];"
(type_identifier) "guint8"
(array_declarator) "newkey[48]"
(identifier) "newkey"
([) "["
(number_literal) "48"
(]) "]"
(;) ";"
(expression_statement) "mdsfs_blowfish_init(key);"
(call_expression) "mdsfs_blowfish_init(key)"
(identifier) "mdsfs_blowfish_init"
(argument_list) "(key)"
(() "("
(identifier) "key"
()) ")"
(;) ";"
(expression_statement) "encryption_decode_to_data_from_data(newkey, 48, mdsfs->key[num].key, 48);"
(call_expression) "encryption_decode_to_data_from_data(newkey, 48, mdsfs->key[num].key, 48)"
(identifier) "encryption_decode_to_data_from_data"
(argument_list) "(newkey, 48, mdsfs->key[num].key, 48)"
(() "("
(identifier) "newkey"
(,) ","
(number_literal) "48"
(,) ","
(field_expression) "mdsfs->key[num].key"
(subscript_expression) "mdsfs->key[num]"
(field_expression) "mdsfs->key"
(identifier) "mdsfs"
(->) "->"
(field_identifier) "key"
([) "["
(identifier) "num"
(]) "]"
(.) "."
(field_identifier) "key"
(,) ","
(number_literal) "48"
()) ")"
(;) ";"
(return_statement) "return g_strndup(newkey, 48);"
(return) "return"
(call_expression) "g_strndup(newkey, 48)"
(identifier) "g_strndup"
(argument_list) "(newkey, 48)"
(() "("
(identifier) "newkey"
(,) ","
(number_literal) "48"
()) ")"
(;) ";"
(}) "}"
(function_definition) "guint8 *\nmdsfs_lockmgr_get_last(MDSFS *mdsfs, off_t num, const guint8 *key)\n{\n off_t i;\n guint8 *curkey;\n guint8 *newkey;\n\n curkey = g_strndup(key, 48);\n for (i = num; i >= 0; --i) {\n newkey = mdsfs_lockmgr_get(mdsfs, i, curkey);\n\n g_free(curkey);\n curkey = newkey;\n }\n\n return curkey;\n}"
(type_identifier) "guint8"
(pointer_declarator) "*\nmdsfs_lockmgr_get_last(MDSFS *mdsfs, off_t num, const guint8 *key)"
(*) "*"
(function_declarator) "mdsfs_lockmgr_get_last(MDSFS *mdsfs, off_t num, const guint8 *key)"
(identifier) "mdsfs_lockmgr_get_last"
(parameter_list) "(MDSFS *mdsfs, off_t num, const guint8 *key)"
(() "("
(parameter_declaration) "MDSFS *mdsfs"
(type_identifier) "MDSFS"
(pointer_declarator) "*mdsfs"
(*) "*"
(identifier) "mdsfs"
(,) ","
(parameter_declaration) "off_t num"
(type_identifier) "off_t"
(identifier) "num"
(,) ","
(parameter_declaration) "const guint8 *key"
(type_qualifier) "const"
(const) "const"
(type_identifier) "guint8"
(pointer_declarator) "*key"
(*) "*"
(identifier) "key"
()) ")"
(compound_statement) "{\n off_t i;\n guint8 *curkey;\n guint8 *newkey;\n\n curkey = g_strndup(key, 48);\n for (i = num; i >= 0; --i) {\n newkey = mdsfs_lockmgr_get(mdsfs, i, curkey);\n\n g_free(curkey);\n curkey = newkey;\n }\n\n return curkey;\n}"
({) "{"
(declaration) "off_t i;"
(type_identifier) "off_t"
(identifier) "i"
(;) ";"
(declaration) "guint8 *curkey;"
(type_identifier) "guint8"
(pointer_declarator) "*curkey"
(*) "*"
(identifier) "curkey"
(;) ";"
(declaration) "guint8 *newkey;"
(type_identifier) "guint8"
(pointer_declarator) "*newkey"
(*) "*"
(identifier) "newkey"
(;) ";"
(expression_statement) "curkey = g_strndup(key, 48);"
(assignment_expression) "curkey = g_strndup(key, 48)"
(identifier) "curkey"
(=) "="
(call_expression) "g_strndup(key, 48)"
(identifier) "g_strndup"
(argument_list) "(key, 48)"
(() "("
(identifier) "key"
(,) ","
(number_literal) "48"
()) ")"
(;) ";"
(for_statement) "for (i = num; i >= 0; --i) {\n newkey = mdsfs_lockmgr_get(mdsfs, i, curkey);\n\n g_free(curkey);\n curkey = newkey;\n }"
(for) "for"
(() "("
(assignment_expression) "i = num"
(identifier) "i"
(=) "="
(identifier) "num"
(;) ";"
(binary_expression) "i >= 0"
(identifier) "i"
(>=) ">="
(number_literal) "0"
(;) ";"
(update_expression) "--i"
(--) "--"
(identifier) "i"
()) ")"
(compound_statement) "{\n newkey = mdsfs_lockmgr_get(mdsfs, i, curkey);\n\n g_free(curkey);\n curkey = newkey;\n }"
({) "{"
(expression_statement) "newkey = mdsfs_lockmgr_get(mdsfs, i, curkey);"
(assignment_expression) "newkey = mdsfs_lockmgr_get(mdsfs, i, curkey)"
(identifier) "newkey"
(=) "="
(call_expression) "mdsfs_lockmgr_get(mdsfs, i, curkey)"
(identifier) "mdsfs_lockmgr_get"
(argument_list) "(mdsfs, i, curkey)"
(() "("
(identifier) "mdsfs"
(,) ","
(identifier) "i"
(,) ","
(identifier) "curkey"
()) ")"
(;) ";"
(expression_statement) "g_free(curkey);"
(call_expression) "g_free(curkey)"
(identifier) "g_free"
(argument_list) "(curkey)"
(() "("
(identifier) "curkey"
()) ")"
(;) ";"
(expression_statement) "curkey = newkey;"
(assignment_expression) "curkey = newkey"
(identifier) "curkey"
(=) "="
(identifier) "newkey"
(;) ";"
(}) "}"
(return_statement) "return curkey;"
(return) "return"
(identifier) "curkey"
(;) ";"
(}) "}"
(function_definition) "gboolean\nmdsfs_lockmgr_check_key(const gchar *key)\n{\n /* 8 bits for level and 384 bits for blowfish key */\n if (strlen(key) != 98) {\n printf("Secret key length is incorrect, we need 392-bit key.\n");\n return FALSE;\n }\n\n if (!mdsfs_misc_check_key(key)) {\n printf("Secret key is incorrect, please using hex strings.\n");\n return FALSE;\n }\n\n return TRUE;\n}"
(type_identifier) "gboolean"
(function_declarator) "mdsfs_lockmgr_check_key(const gchar *key)"
(identifier) "mdsfs_lockmgr_check_key"
(parameter_list) "(const gchar *key)"
(() "("
(parameter_declaration) "const gchar *key"
(type_qualifier) "const"
(const) "const"
(type_identifier) "gchar"
(pointer_declarator) "*key"
(*) "*"
(identifier) "key"
()) ")"
(compound_statement) "{\n /* 8 bits for level and 384 bits for blowfish key */\n if (strlen(key) != 98) {\n printf("Secret key length is incorrect, we need 392-bit key.\n");\n return FALSE;\n }\n\n if (!mdsfs_misc_check_key(key)) {\n printf("Secret key is incorrect, please using hex strings.\n");\n return FALSE;\n }\n\n return TRUE;\n}"
({) "{"
(comment) "/* 8 bits for level and 384 bits for blowfish key */"
(if_statement) "if (strlen(key) != 98) {\n printf("Secret key length is incorrect, we need 392-bit key.\n");\n return FALSE;\n }"
(if) "if"
(parenthesized_expression) "(strlen(key) != 98)"
(() "("
(binary_expression) "strlen(key) != 98"
(call_expression) "strlen(key)"
(identifier) "strlen"
(argument_list) "(key)"
(() "("
(identifier) "key"
()) ")"
(!=) "!="
(number_literal) "98"
()) ")"
(compound_statement) "{\n printf("Secret key length is incorrect, we need 392-bit key.\n");\n return FALSE;\n }"
({) "{"
(expression_statement) "printf("Secret key length is incorrect, we need 392-bit key.\n");"
(call_expression) "printf("Secret key length is incorrect, we need 392-bit key.\n")"
(identifier) "printf"
(argument_list) "("Secret key length is incorrect, we need 392-bit key.\n")"
(() "("
(string_literal) ""Secret key length is incorrect, we need 392-bit key.\n""
(") """
(string_content) "Secret key length is incorrect, we need 392-bit key."
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(return_statement) "return FALSE;"
(return) "return"
(false) "FALSE"
(;) ";"
(}) "}"
(if_statement) "if (!mdsfs_misc_check_key(key)) {\n printf("Secret key is incorrect, please using hex strings.\n");\n return FALSE;\n }"
(if) "if"
(parenthesized_expression) "(!mdsfs_misc_check_key(key))"
(() "("
(unary_expression) "!mdsfs_misc_check_key(key)"
(!) "!"
(call_expression) "mdsfs_misc_check_key(key)"
(identifier) "mdsfs_misc_check_key"
(argument_list) "(key)"
(() "("
(identifier) "key"
()) ")"
()) ")"
(compound_statement) "{\n printf("Secret key is incorrect, please using hex strings.\n");\n return FALSE;\n }"
({) "{"
(expression_statement) "printf("Secret key is incorrect, please using hex strings.\n");"
(call_expression) "printf("Secret key is incorrect, please using hex strings.\n")"
(identifier) "printf"
(argument_list) "("Secret key is incorrect, please using hex strings.\n")"
(() "("
(string_literal) ""Secret key is incorrect, please using hex strings.\n""
(") """
(string_content) "Secret key is incorrect, please using hex strings."
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(return_statement) "return FALSE;"
(return) "return"
(false) "FALSE"
(;) ";"
(}) "}"
(return_statement) "return TRUE;"
(return) "return"
(true) "TRUE"
(;) ";"
(}) "}"
(function_definition) "void\nmdsfs_lockmgr_init(MDSFS *mdsfs, const guint8 *key)\n{\n guint8 *final_key;\n off_t num;\n\n /* figure level */\n num = *key;\n\n final_key = mdsfs_lockmgr_get_last(mdsfs, num, key+1);\n\n mdsfs_blowfish_init(final_key);\n\n g_free(final_key);\n}"
(primitive_type) "void"
(function_declarator) "mdsfs_lockmgr_init(MDSFS *mdsfs, const guint8 *key)"
(identifier) "mdsfs_lockmgr_init"
(parameter_list) "(MDSFS *mdsfs, const guint8 *key)"
(() "("
(parameter_declaration) "MDSFS *mdsfs"
(type_identifier) "MDSFS"
(pointer_declarator) "*mdsfs"
(*) "*"
(identifier) "mdsfs"
(,) ","
(parameter_declaration) "const guint8 *key"
(type_qualifier) "const"
(const) "const"
(type_identifier) "guint8"
(pointer_declarator) "*key"
(*) "*"
(identifier) "key"
()) ")"
(compound_statement) "{\n guint8 *final_key;\n off_t num;\n\n /* figure level */\n num = *key;\n\n final_key = mdsfs_lockmgr_get_last(mdsfs, num, key+1);\n\n mdsfs_blowfish_init(final_key);\n\n g_free(final_key);\n}"
({) "{"
(declaration) "guint8 *final_key;"
(type_identifier) "guint8"
(pointer_declarator) "*final_key"
(*) "*"
(identifier) "final_key"
(;) ";"
(declaration) "off_t num;"
(type_identifier) "off_t"
(identifier) "num"
(;) ";"
(comment) "/* figure level */"
(expression_statement) "num = *key;"
(assignment_expression) "num = *key"
(identifier) "num"
(=) "="
(pointer_expression) "*key"
(*) "*"
(identifier) "key"
(;) ";"
(expression_statement) "final_key = mdsfs_lockmgr_get_last(mdsfs, num, key+1);"
(assignment_expression) "final_key = mdsfs_lockmgr_get_last(mdsfs, num, key+1)"
(identifier) "final_key"
(=) "="
(call_expression) "mdsfs_lockmgr_get_last(mdsfs, num, key+1)"
(identifier) "mdsfs_lockmgr_get_last"
(argument_list) "(mdsfs, num, key+1)"
(() "("
(identifier) "mdsfs"
(,) ","
(identifier) "num"
(,) ","
(binary_expression) "key+1"
(identifier) "key"
(+) "+"
(number_literal) "1"
()) ")"
(;) ";"
(expression_statement) "mdsfs_blowfish_init(final_key);"
(call_expression) "mdsfs_blowfish_init(final_key)"
(identifier) "mdsfs_blowfish_init"
(argument_list) "(final_key)"
(() "("
(identifier) "final_key"
()) ")"
(;) ";"
(expression_statement) "g_free(final_key);"
(call_expression) "g_free(final_key)"
(identifier) "g_free"
(argument_list) "(final_key)"
(() "("
(identifier) "final_key"
()) ")"
(;) ";"
(}) "}"
| 644
| 0
|
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0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 4, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"mdsfs.h\"", "parent": 9, "children": [], "start_point": {"row": 4, "column": 9}, "end_point": {"row": 4, "column": 18}}, {"id": 12, "type": "preproc_include", "text": "#include \"blowfish.h\"\n", "parent": null, "children": [13, 14], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 6, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 8}}, {"id": 14, "type": "string_literal", "text": "\"blowfish.h\"", "parent": 12, "children": [], "start_point": {"row": 5, "column": 9}, "end_point": {"row": 5, "column": 21}}, {"id": 15, "type": "preproc_include", "text": "#include \"encryption.h\"\n", "parent": null, "children": [16, 17], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 7, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 8}}, {"id": 17, "type": "string_literal", "text": "\"encryption.h\"", "parent": 15, "children": [], "start_point": {"row": 6, "column": 9}, "end_point": {"row": 6, "column": 23}}, {"id": 18, "type": "preproc_include", "text": "#include \"lockmgr.h\"\n", "parent": null, "children": [19, 20], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 8, "column": 0}}, {"id": 19, "type": "#include", "text": "#include", "parent": 18, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 8}}, {"id": 20, "type": "string_literal", "text": "\"lockmgr.h\"", "parent": 18, "children": [], "start_point": {"row": 7, "column": 9}, "end_point": {"row": 7, "column": 20}}, {"id": 21, "type": "function_definition", "text": "guint8 *\nmdsfs_lockmgr_keygen()\n{\n\tgint len = 48;\n\tguint8 *key, *ptr;\n\n\t/* allocate a memboy for 448 bits */\n\tkey = (guint8 *)g_new0(guint8, len + 1);\n\n\t/* seed */\n\tsrand(time(0)+getpid());\n\tfor (ptr = key; len > 0; --len, ++ptr)\n\t\t*ptr = (guint8)(rand() % 256);\n\n\treturn key;\n}", "parent": null, "children": [22, 23], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 24, "column": 1}}, {"id": 22, "type": "type_identifier", "text": "guint8", "parent": 21, "children": [], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 6}}, {"id": 23, "type": "pointer_declarator", "text": "*\nmdsfs_lockmgr_keygen()", "parent": 21, "children": [24, 25], "start_point": {"row": 9, "column": 7}, "end_point": {"row": 10, "column": 22}}, {"id": 24, "type": "*", "text": "*", "parent": 23, "children": [], "start_point": {"row": 9, "column": 7}, "end_point": {"row": 9, "column": 8}}, {"id": 25, "type": "function_declarator", "text": "mdsfs_lockmgr_keygen()", 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"identifier", "text": "len", "parent": 30, "children": [], "start_point": {"row": 12, "column": 6}, "end_point": {"row": 12, "column": 9}}, {"id": 32, "type": "=", "text": "=", "parent": 30, "children": [], "start_point": {"row": 12, "column": 10}, "end_point": {"row": 12, "column": 11}}, {"id": 33, "type": "number_literal", "text": "48", "parent": 30, "children": [], "start_point": {"row": 12, "column": 12}, "end_point": {"row": 12, "column": 14}}, {"id": 34, "type": "declaration", "text": "guint8 *key, *ptr;", "parent": 21, "children": [35, 36, 39], "start_point": {"row": 13, "column": 1}, "end_point": {"row": 13, "column": 19}}, {"id": 35, "type": "type_identifier", "text": "guint8", "parent": 34, "children": [], "start_point": {"row": 13, "column": 1}, "end_point": {"row": 13, "column": 7}}, {"id": 36, "type": "pointer_declarator", "text": "*key", "parent": 34, "children": [37, 38], "start_point": {"row": 13, "column": 8}, "end_point": {"row": 13, "column": 12}}, {"id": 37, "type": 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{"row": 23, "column": 1}, "end_point": {"row": 23, "column": 12}}, {"id": 102, "type": "identifier", "text": "key", "parent": 101, "children": [], "start_point": {"row": 23, "column": 8}, "end_point": {"row": 23, "column": 11}}, {"id": 103, "type": "function_definition", "text": "guint8 *\nmdsfs_lockmgr_keygen_with_hex()\n{\n\tgint len = 96;\n\tguint8 *key, *ptr;\n\tgchar table[16] = \"0123456789abcdef\";\n\n\t/* allocate a memboy for 448 bits */\n\tkey = (guint8 *)g_new0(guint8, len + 1);\n\n\t/* seed */\n\tsrand(time(0)+getpid());\n\tfor (ptr = key; len > 0; --len, ++ptr)\n\t\t*ptr = table[rand() % 16];\n\n\treturn key;\n}", "parent": null, "children": [104, 105], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 42, "column": 1}}, {"id": 104, "type": "type_identifier", "text": "guint8", "parent": 103, "children": [], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 26, "column": 6}}, {"id": 105, "type": "pointer_declarator", "text": 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"start_point": {"row": 30, "column": 1}, "end_point": {"row": 30, "column": 19}}, {"id": 117, "type": "type_identifier", "text": "guint8", "parent": 116, "children": [], "start_point": {"row": 30, "column": 1}, "end_point": {"row": 30, "column": 7}}, {"id": 118, "type": "pointer_declarator", "text": "*key", "parent": 116, "children": [119, 120], "start_point": {"row": 30, "column": 8}, "end_point": {"row": 30, "column": 12}}, {"id": 119, "type": "*", "text": "*", "parent": 118, "children": [], "start_point": {"row": 30, "column": 8}, "end_point": {"row": 30, "column": 9}}, {"id": 120, "type": "identifier", "text": "key", "parent": 118, "children": [], "start_point": {"row": 30, "column": 9}, "end_point": {"row": 30, "column": 12}}, {"id": 121, "type": "pointer_declarator", "text": "*ptr", "parent": 116, "children": [122, 123], "start_point": {"row": 30, "column": 14}, "end_point": {"row": 30, "column": 18}}, {"id": 122, "type": "*", "text": "*", "parent": 121, "children": [], "start_point": {"row": 30, "column": 14}, "end_point": {"row": 30, "column": 15}}, {"id": 123, "type": "identifier", "text": "ptr", "parent": 121, "children": [], "start_point": {"row": 30, "column": 15}, "end_point": {"row": 30, "column": 18}}, {"id": 124, "type": "declaration", "text": "gchar table[16] = \"0123456789abcdef\";", "parent": 103, "children": [125, 126], "start_point": {"row": 31, "column": 1}, "end_point": {"row": 31, "column": 38}}, {"id": 125, "type": "type_identifier", "text": "gchar", "parent": 124, "children": [], "start_point": {"row": 31, "column": 1}, "end_point": {"row": 31, "column": 6}}, {"id": 126, "type": "init_declarator", "text": "table[16] = \"0123456789abcdef\"", "parent": 124, "children": [127, 130, 131], "start_point": {"row": 31, "column": 7}, "end_point": {"row": 31, "column": 37}}, {"id": 127, "type": "array_declarator", "text": "table[16]", "parent": 126, "children": [128, 129], "start_point": {"row": 31, "column": 7}, "end_point": {"row": 31, 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"end_point": {"row": 97, "column": 4}}, {"id": 379, "type": "=", "text": "=", "parent": 377, "children": [], "start_point": {"row": 97, "column": 5}, "end_point": {"row": 97, "column": 6}}, {"id": 380, "type": "pointer_expression", "text": "*key", "parent": 377, "children": [381, 382], "start_point": {"row": 97, "column": 7}, "end_point": {"row": 97, "column": 11}}, {"id": 381, "type": "*", "text": "*", "parent": 380, "children": [], "start_point": {"row": 97, "column": 7}, "end_point": {"row": 97, "column": 8}}, {"id": 382, "type": "identifier", "text": "key", "parent": 380, "children": [], "start_point": {"row": 97, "column": 8}, "end_point": {"row": 97, "column": 11}}, {"id": 383, "type": "assignment_expression", "text": "final_key = mdsfs_lockmgr_get_last(mdsfs, num, key+1)", "parent": 354, "children": [384, 385, 386], "start_point": {"row": 99, "column": 1}, "end_point": {"row": 99, "column": 54}}, {"id": 384, "type": "identifier", "text": "final_key", "parent": 383, "children": [], "start_point": {"row": 99, "column": 1}, "end_point": {"row": 99, "column": 10}}, {"id": 385, "type": "=", "text": "=", "parent": 383, "children": [], "start_point": {"row": 99, "column": 11}, "end_point": {"row": 99, "column": 12}}, {"id": 386, "type": "call_expression", "text": "mdsfs_lockmgr_get_last(mdsfs, num, key+1)", "parent": 383, "children": [387, 388], "start_point": {"row": 99, "column": 13}, "end_point": {"row": 99, "column": 54}}, {"id": 387, "type": "identifier", "text": "mdsfs_lockmgr_get_last", "parent": 386, "children": [], "start_point": {"row": 99, "column": 13}, "end_point": {"row": 99, "column": 35}}, {"id": 388, "type": "argument_list", "text": "(mdsfs, num, key+1)", "parent": 386, "children": [389, 390, 391], "start_point": {"row": 99, "column": 35}, "end_point": {"row": 99, "column": 54}}, {"id": 389, "type": "identifier", "text": "mdsfs", "parent": 388, "children": [], "start_point": {"row": 99, "column": 36}, "end_point": {"row": 99, "column": 41}}, {"id": 390, "type": "identifier", "text": "num", "parent": 388, "children": [], "start_point": {"row": 99, "column": 43}, "end_point": {"row": 99, "column": 46}}, {"id": 391, "type": "binary_expression", "text": "key+1", "parent": 388, "children": [392, 393, 394], "start_point": {"row": 99, "column": 48}, "end_point": {"row": 99, "column": 53}}, {"id": 392, "type": "identifier", "text": "key", "parent": 391, "children": [], "start_point": {"row": 99, "column": 48}, "end_point": {"row": 99, "column": 51}}, {"id": 393, "type": "+", "text": "+", "parent": 391, "children": [], "start_point": {"row": 99, "column": 51}, "end_point": {"row": 99, "column": 52}}, {"id": 394, "type": "number_literal", "text": "1", "parent": 391, "children": [], "start_point": {"row": 99, "column": 52}, "end_point": {"row": 99, "column": 53}}, {"id": 395, "type": "call_expression", "text": "mdsfs_blowfish_init(final_key)", "parent": 354, "children": [396, 397], "start_point": {"row": 101, "column": 1}, "end_point": {"row": 101, "column": 31}}, {"id": 396, "type": "identifier", "text": "mdsfs_blowfish_init", "parent": 395, "children": [], "start_point": {"row": 101, "column": 1}, "end_point": {"row": 101, "column": 20}}, {"id": 397, "type": "argument_list", "text": "(final_key)", "parent": 395, "children": [398], "start_point": {"row": 101, "column": 20}, "end_point": {"row": 101, "column": 31}}, {"id": 398, "type": "identifier", "text": "final_key", "parent": 397, "children": [], "start_point": {"row": 101, "column": 21}, "end_point": {"row": 101, "column": 30}}, {"id": 399, "type": "call_expression", "text": "g_free(final_key)", "parent": 354, "children": [400, 401], "start_point": {"row": 103, "column": 1}, "end_point": {"row": 103, "column": 18}}, {"id": 400, "type": "identifier", "text": "g_free", "parent": 399, "children": [], "start_point": {"row": 103, "column": 1}, "end_point": {"row": 103, "column": 7}}, {"id": 401, "type": "argument_list", "text": "(final_key)", "parent": 399, "children": [402], "start_point": {"row": 103, "column": 7}, "end_point": {"row": 103, "column": 18}}, {"id": 402, "type": "identifier", "text": "final_key", "parent": 401, "children": [], "start_point": {"row": 103, "column": 8}, "end_point": {"row": 103, "column": 17}}]}, "node_categories": {"declarations": {"functions": [21, 25, 103, 107, 191, 195, 239, 243, 311, 313, 354, 356], "variables": [28, 34, 110, 116, 124, 198, 203, 206, 211, 246, 251, 254, 259, 262, 267, 316, 359, 364, 369, 374], "classes": [], "imports": [0, 1, 3, 4, 6, 7, 9, 10, 12, 13, 15, 16, 18, 19], "modules": [], "enums": []}, "statements": {"expressions": [45, 50, 54, 58, 61, 62, 67, 75, 79, 80, 83, 87, 91, 92, 95, 96, 135, 140, 144, 148, 151, 152, 157, 165, 169, 170, 173, 177, 181, 183, 184, 216, 220, 225, 226, 227, 234, 275, 285, 289, 295, 301, 322, 323, 324, 330, 338, 339, 341, 345, 380, 386, 391, 395, 399], "assignments": [42, 71, 86, 132, 161, 176, 272, 281, 292, 305, 377, 383], "loops": [70, 160, 280], "conditionals": [22, 26, 29, 31, 35, 38, 41, 43, 47, 51, 53, 55, 59, 63, 68, 72, 74, 76, 82, 85, 89, 93, 97, 102, 104, 108, 111, 113, 117, 120, 123, 125, 128, 133, 137, 141, 143, 145, 149, 153, 158, 162, 164, 166, 172, 175, 179, 182, 185, 190, 192, 196, 199, 202, 204, 205, 207, 210, 212, 214, 217, 219, 221, 223, 228, 229, 230, 231, 235, 237, 240, 244, 247, 250, 252, 253, 255, 258, 260, 261, 263, 266, 268, 271, 273, 276, 278, 282, 284, 286, 291, 293, 296, 298, 299, 300, 302, 304, 306, 308, 310, 312, 314, 317, 320, 321, 325, 327, 331, 337, 342, 344, 346, 357, 360, 363, 365, 368, 370, 373, 375, 376, 378, 382, 384, 387, 389, 390, 392, 396, 398, 400, 402], "returns": [101, 189, 233, 309, 335, 350, 352], "exceptions": []}, "expressions": {"calls": [], "literals": [2, 5, 8, 11, 14, 17, 20, 33, 57, 65, 78, 100, 115, 129, 131, 147, 155, 168, 188, 215, 224, 232, 238, 279, 288, 329, 333, 348, 394], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 21, "universal_type": "function", "name": "unknown", "text_snippet": "guint8 *\nmdsfs_lockmgr_keygen()\n{\n\tgint len = 48;\n\tguint8 *key, *ptr;\n\n\t/* allocate a memboy for 448"}, {"node_id": 25, "universal_type": "function", "name": "unknown", "text_snippet": "mdsfs_lockmgr_keygen()"}, {"node_id": 103, "universal_type": "function", "name": "unknown", "text_snippet": "guint8 *\nmdsfs_lockmgr_keygen_with_hex()\n{\n\tgint len = 96;\n\tguint8 *key, *ptr;\n\tgchar table[16] = \"0"}, {"node_id": 107, "universal_type": "function", "name": "unknown", "text_snippet": "mdsfs_lockmgr_keygen_with_hex()"}, {"node_id": 191, "universal_type": "function", "name": "unknown", "text_snippet": "guint8 *\nmdsfs_lockmgr_get(MDSFS *mdsfs, off_t num, const guint8 *key)\n{\n\tguint8 newkey[48];\n\n\tmdsfs"}, {"node_id": 195, "universal_type": "function", "name": "unknown", "text_snippet": "mdsfs_lockmgr_get(MDSFS *mdsfs, off_t num, const guint8 *key)"}, {"node_id": 239, "universal_type": "function", "name": "unknown", "text_snippet": "guint8 *\nmdsfs_lockmgr_get_last(MDSFS *mdsfs, off_t num, const guint8 *key)\n{\n\toff_t i;\n\tguint8 *cur"}, {"node_id": 243, "universal_type": "function", "name": "unknown", "text_snippet": "mdsfs_lockmgr_get_last(MDSFS *mdsfs, off_t num, const guint8 *key)"}, {"node_id": 311, "universal_type": "function", "name": "unknown", "text_snippet": "gboolean\nmdsfs_lockmgr_check_key(const gchar *key)\n{\n\t/* 8 bits for level and 384 bits for blowfish "}, {"node_id": 313, "universal_type": "function", "name": "unknown", "text_snippet": "mdsfs_lockmgr_check_key(const gchar *key)"}, {"node_id": 354, "universal_type": "function", "name": "mdsfs_lockmgr_init", "text_snippet": "void\nmdsfs_lockmgr_init(MDSFS *mdsfs, const guint8 *key)\n{\n\tguint8 *final_key;\n\toff_t num;\n\n\t/* figu"}, {"node_id": 356, "universal_type": "function", "name": "unknown", "text_snippet": "mdsfs_lockmgr_init(MDSFS *mdsfs, const guint8 *key)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include <glib.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include <glib/gi18n.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <string.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"mdsfs.h\"\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include \"blowfish.h\"\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include \"encryption.h\"\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include \"lockmgr.h\"\n"}, {"node_id": 19, "text": "#include"}]}, "original_source_code": "#include <glib.h>\n#include <glib/gi18n.h>\n#include <string.h>\n\n#include \"mdsfs.h\"\n#include \"blowfish.h\"\n#include \"encryption.h\"\n#include \"lockmgr.h\"\n\nguint8 *\nmdsfs_lockmgr_keygen()\n{\n\tgint len = 48;\n\tguint8 *key, *ptr;\n\n\t/* allocate a memboy for 448 bits */\n\tkey = (guint8 *)g_new0(guint8, len + 1);\n\n\t/* seed */\n\tsrand(time(0)+getpid());\n\tfor (ptr = key; len > 0; --len, ++ptr)\n\t\t*ptr = (guint8)(rand() % 256);\n\n\treturn key;\n}\n\nguint8 *\nmdsfs_lockmgr_keygen_with_hex()\n{\n\tgint len = 96;\n\tguint8 *key, *ptr;\n\tgchar table[16] = \"0123456789abcdef\";\n\n\t/* allocate a memboy for 448 bits */\n\tkey = (guint8 *)g_new0(guint8, len + 1);\n\n\t/* seed */\n\tsrand(time(0)+getpid());\n\tfor (ptr = key; len > 0; --len, ++ptr)\n\t\t*ptr = table[rand() % 16];\n\n\treturn key;\n}\n\nguint8 *\nmdsfs_lockmgr_get(MDSFS *mdsfs, off_t num, const guint8 *key)\n{\n\tguint8 newkey[48];\n\n\tmdsfs_blowfish_init(key);\n\tencryption_decode_to_data_from_data(newkey, 48, mdsfs->key[num].key, 48);\n\n\treturn g_strndup(newkey, 48);\n}\n\nguint8 *\nmdsfs_lockmgr_get_last(MDSFS *mdsfs, off_t num, const guint8 *key)\n{\n\toff_t i;\n\tguint8 *curkey;\n\tguint8 *newkey;\n\n\tcurkey = g_strndup(key, 48);\n\tfor (i = num; i >= 0; --i) {\n\t\tnewkey = mdsfs_lockmgr_get(mdsfs, i, curkey);\n\n\t\tg_free(curkey);\n\t\tcurkey = newkey;\n\t}\n\n\treturn curkey;\n}\n\ngboolean\nmdsfs_lockmgr_check_key(const gchar *key)\n{\n\t/* 8 bits for level and 384 bits for blowfish key */\n\tif (strlen(key) != 98) {\n\t\tprintf(\"Secret key length is incorrect, we need 392-bit key.\\n\");\n\t\treturn FALSE;\n\t}\n\n\tif (!mdsfs_misc_check_key(key)) {\n\t\tprintf(\"Secret key is incorrect, please using hex strings.\\n\");\n\t\treturn FALSE;\n\t}\n\n\treturn TRUE;\n}\n\nvoid\nmdsfs_lockmgr_init(MDSFS *mdsfs, const guint8 *key)\n{\n\tguint8 *final_key;\n\toff_t num;\n\n\t/* figure level */\n\tnum = *key;\n\n\tfinal_key = mdsfs_lockmgr_get_last(mdsfs, num, key+1);\n\n\tmdsfs_blowfish_init(final_key);\n\n\tg_free(final_key);\n}\n"}
| 215
|
c
|
#ifndef QNVSM_SELECTCOLORBUTTON_H
#define QNVSM_SELECTCOLORBUTTON_H
#include <QPushButton>
class SelectColorButton: public QPushButton {
Q_OBJECT
public:
explicit SelectColorButton(const QColor &color);
void setColor(const QColor &color);
const QColor& getColor() const;
private slots:
void changeColor();
private:
QColor m_color;
};
#endif //QNVSM_SELECTCOLORBUTTON_H
| 25.2
| 15
|
(translation_unit) "#ifndef QNVSM_SELECTCOLORBUTTON_H\n#define QNVSM_SELECTCOLORBUTTON_H\n\n#include <QPushButton>\n\nclass SelectColorButton: public QPushButton {\n Q_OBJECT\n\npublic:\n explicit SelectColorButton(const QColor &color);\n\n void setColor(const QColor &color);\n const QColor& getColor() const;\n\nprivate slots:\n void changeColor();\n\nprivate:\n QColor m_color;\n};\n\n#endif //QNVSM_SELECTCOLORBUTTON_H\n"
(preproc_ifdef) "#ifndef QNVSM_SELECTCOLORBUTTON_H\n#define QNVSM_SELECTCOLORBUTTON_H\n\n#include <QPushButton>\n\nclass SelectColorButton: public QPushButton {\n Q_OBJECT\n\npublic:\n explicit SelectColorButton(const QColor &color);\n\n void setColor(const QColor &color);\n const QColor& getColor() const;\n\nprivate slots:\n void changeColor();\n\nprivate:\n QColor m_color;\n};\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "QNVSM_SELECTCOLORBUTTON_H"
(preproc_def) "#define QNVSM_SELECTCOLORBUTTON_H\n"
(#define) "#define"
(identifier) "QNVSM_SELECTCOLORBUTTON_H"
(preproc_include) "#include <QPushButton>\n"
(#include) "#include"
(system_lib_string) "<QPushButton>"
(function_definition) "class SelectColorButton: public QPushButton {\n Q_OBJECT\n\npublic:\n explicit SelectColorButton(const QColor &color);\n\n void setColor(const QColor &color);\n const QColor& getColor() const;\n\nprivate slots:\n void changeColor();\n\nprivate:\n QColor m_color;\n}"
(type_identifier) "class"
(identifier) "SelectColorButton"
(ERROR) ": public QPushButton"
(:) ":"
(identifier) "public"
(identifier) "QPushButton"
(compound_statement) "{\n Q_OBJECT\n\npublic:\n explicit SelectColorButton(const QColor &color);\n\n void setColor(const QColor &color);\n const QColor& getColor() const;\n\nprivate slots:\n void changeColor();\n\nprivate:\n QColor m_color;\n}"
({) "{"
(declaration) "Q_OBJECT\n\npublic:\n explicit SelectColorButton(const QColor &color);"
(type_identifier) "Q_OBJECT"
(ERROR) "public:\n explicit"
(identifier) "public"
(:) ":"
(identifier) "explicit"
(function_declarator) "SelectColorButton(const QColor &color)"
(identifier) "SelectColorButton"
(parameter_list) "(const QColor &color)"
(() "("
(parameter_declaration) "const QColor &color"
(type_qualifier) "const"
(const) "const"
(type_identifier) "QColor"
(ERROR) "&"
(&) "&"
(identifier) "color"
()) ")"
(;) ";"
(declaration) "void setColor(const QColor &color);"
(primitive_type) "void"
(function_declarator) "setColor(const QColor &color)"
(identifier) "setColor"
(parameter_list) "(const QColor &color)"
(() "("
(parameter_declaration) "const QColor &color"
(type_qualifier) "const"
(const) "const"
(type_identifier) "QColor"
(ERROR) "&"
(&) "&"
(identifier) "color"
()) ")"
(;) ";"
(ERROR) "const QColor& getColor() const;\n\nprivate slots:\n void changeColor();\n\nprivate:\n QColor m_color;"
(type_qualifier) "const"
(const) "const"
(type_identifier) "QColor"
(ERROR) "&"
(&) "&"
(function_declarator) "getColor()"
(identifier) "getColor"
(parameter_list) "()"
(() "("
()) ")"
(declaration) "const;\n\nprivate slots:\n void changeColor();"
(type_qualifier) "const"
(const) "const"
(ERROR) ";"
(;) ";"
(type_identifier) "private"
(ERROR) "slots:\n void"
(identifier) "slots"
(:) ":"
(primitive_type) "void"
(function_declarator) "changeColor()"
(identifier) "changeColor"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "private:\n QColor m_color;"
(type_identifier) "private"
(ERROR) ":\n QColor"
(:) ":"
(identifier) "QColor"
(identifier) "m_color"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
(#endif) "#endif"
(comment) "//QNVSM_SELECTCOLORBUTTON_H"
| 92
| 9
|
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"identifier", "text": "QNVSM_SELECTCOLORBUTTON_H", "parent": 0, "children": [], "start_point": {"row": 0, "column": 8}, "end_point": {"row": 0, "column": 33}}, {"id": 3, "type": "preproc_def", "text": "#define QNVSM_SELECTCOLORBUTTON_H\n", "parent": 0, "children": [4, 5], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 2, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 7}}, {"id": 5, "type": "identifier", "text": "QNVSM_SELECTCOLORBUTTON_H", "parent": 3, "children": [], "start_point": {"row": 1, "column": 8}, "end_point": {"row": 1, "column": 33}}, {"id": 6, "type": "preproc_include", "text": "#include <QPushButton>\n", "parent": 0, "children": [7, 8], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 4, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<QPushButton>", "parent": 6, "children": [], "start_point": {"row": 3, "column": 9}, "end_point": {"row": 3, "column": 22}}, {"id": 9, "type": "function_definition", "text": "class SelectColorButton: public QPushButton {\n Q_OBJECT\n\npublic:\n explicit SelectColorButton(const QColor &color);\n\n void setColor(const QColor &color);\n const QColor& getColor() const;\n\nprivate slots:\n void changeColor();\n\nprivate:\n QColor m_color;\n}", "parent": 0, "children": [10, 11], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 19, "column": 1}}, {"id": 10, "type": "identifier", "text": "SelectColorButton", "parent": 9, "children": [], "start_point": {"row": 5, "column": 6}, "end_point": {"row": 5, "column": 23}}, {"id": 11, "type": "ERROR", "text": ": public QPushButton", "parent": 9, "children": [12], "start_point": {"row": 5, "column": 23}, "end_point": {"row": 5, "column": 43}}, {"id": 12, "type": "identifier", "text": "QPushButton", "parent": 11, "children": [], "start_point": {"row": 5, "column": 32}, "end_point": {"row": 5, "column": 43}}, {"id": 13, "type": "declaration", "text": "Q_OBJECT\n\npublic:\n explicit SelectColorButton(const QColor &color);", "parent": 9, "children": [14, 15, 17], "start_point": {"row": 6, "column": 4}, "end_point": {"row": 9, "column": 52}}, {"id": 14, "type": "type_identifier", "text": "Q_OBJECT", "parent": 13, "children": [], "start_point": {"row": 6, "column": 4}, "end_point": {"row": 6, "column": 12}}, {"id": 15, "type": "ERROR", "text": "public:\n explicit", "parent": 13, "children": [16], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 9, "column": 12}}, {"id": 16, "type": "identifier", "text": "explicit", "parent": 15, "children": [], "start_point": {"row": 9, "column": 4}, "end_point": {"row": 9, "column": 12}}, {"id": 17, "type": "function_declarator", "text": "SelectColorButton(const QColor &color)", "parent": 13, "children": [18, 19], "start_point": {"row": 9, "column": 13}, "end_point": {"row": 9, "column": 51}}, {"id": 18, "type": "identifier", "text": "SelectColorButton", "parent": 17, "children": [], "start_point": {"row": 9, "column": 13}, "end_point": {"row": 9, "column": 30}}, {"id": 19, "type": "parameter_list", "text": "(const QColor &color)", "parent": 17, "children": [20], "start_point": {"row": 9, "column": 30}, "end_point": {"row": 9, "column": 51}}, {"id": 20, "type": "parameter_declaration", "text": "const QColor &color", "parent": 19, "children": [21, 22], "start_point": {"row": 9, "column": 31}, "end_point": {"row": 9, "column": 50}}, {"id": 21, "type": "type_identifier", "text": "QColor", "parent": 20, "children": [], "start_point": {"row": 9, "column": 37}, "end_point": {"row": 9, "column": 43}}, {"id": 22, "type": "identifier", "text": "color", "parent": 20, "children": [], "start_point": {"row": 9, "column": 45}, "end_point": {"row": 9, "column": 50}}, {"id": 23, "type": "declaration", "text": "void setColor(const QColor &color);", "parent": 9, "children": [24, 25], "start_point": {"row": 11, "column": 4}, "end_point": {"row": 11, "column": 39}}, {"id": 24, "type": "primitive_type", "text": "void", "parent": 23, "children": [], "start_point": {"row": 11, "column": 4}, "end_point": {"row": 11, "column": 8}}, {"id": 25, "type": "function_declarator", "text": "setColor(const QColor &color)", "parent": 23, "children": [26, 27], "start_point": {"row": 11, "column": 9}, "end_point": {"row": 11, "column": 38}}, {"id": 26, "type": "identifier", "text": "setColor", "parent": 25, "children": [], "start_point": {"row": 11, "column": 9}, "end_point": {"row": 11, "column": 17}}, {"id": 27, "type": "parameter_list", "text": "(const QColor &color)", "parent": 25, "children": [28], "start_point": {"row": 11, "column": 17}, "end_point": {"row": 11, "column": 38}}, {"id": 28, "type": "parameter_declaration", "text": "const QColor &color", "parent": 27, "children": [29, 30], "start_point": {"row": 11, "column": 18}, "end_point": {"row": 11, "column": 37}}, {"id": 29, "type": "type_identifier", "text": "QColor", "parent": 28, "children": [], "start_point": {"row": 11, "column": 24}, "end_point": {"row": 11, "column": 30}}, {"id": 30, "type": "identifier", "text": "color", "parent": 28, "children": [], "start_point": {"row": 11, "column": 32}, "end_point": {"row": 11, "column": 37}}, {"id": 31, "type": "ERROR", "text": "const QColor& getColor() const;\n\nprivate slots:\n void changeColor();\n\nprivate:\n QColor m_color;", "parent": 9, "children": [32, 33, 36, 43], "start_point": {"row": 12, "column": 4}, "end_point": {"row": 18, "column": 19}}, {"id": 32, "type": "type_identifier", "text": "QColor", "parent": 31, "children": [], "start_point": {"row": 12, "column": 10}, "end_point": {"row": 12, "column": 16}}, {"id": 33, "type": "function_declarator", "text": "getColor()", "parent": 31, "children": [34, 35], "start_point": {"row": 12, "column": 18}, "end_point": {"row": 12, "column": 28}}, {"id": 34, "type": "identifier", "text": "getColor", "parent": 33, "children": [], "start_point": {"row": 12, "column": 18}, "end_point": {"row": 12, "column": 26}}, {"id": 35, "type": "parameter_list", "text": "()", "parent": 33, "children": [], "start_point": {"row": 12, "column": 26}, "end_point": {"row": 12, "column": 28}}, {"id": 36, "type": "declaration", "text": "const;\n\nprivate slots:\n void changeColor();", "parent": 31, "children": [37, 40], "start_point": {"row": 12, "column": 29}, "end_point": {"row": 15, "column": 23}}, {"id": 37, "type": "ERROR", "text": "slots:\n void", "parent": 36, "children": [38, 39], "start_point": {"row": 14, "column": 8}, "end_point": {"row": 15, "column": 8}}, {"id": 38, "type": "identifier", "text": "slots", "parent": 37, "children": [], "start_point": {"row": 14, "column": 8}, "end_point": {"row": 14, "column": 13}}, {"id": 39, "type": "primitive_type", "text": "void", "parent": 37, "children": [], "start_point": {"row": 15, "column": 4}, "end_point": {"row": 15, "column": 8}}, {"id": 40, "type": "function_declarator", "text": "changeColor()", "parent": 36, "children": [41, 42], "start_point": {"row": 15, "column": 9}, "end_point": {"row": 15, "column": 22}}, {"id": 41, "type": "identifier", "text": "changeColor", "parent": 40, "children": [], "start_point": {"row": 15, "column": 9}, "end_point": {"row": 15, "column": 20}}, {"id": 42, "type": "parameter_list", "text": "()", "parent": 40, "children": [], "start_point": {"row": 15, "column": 20}, "end_point": {"row": 15, "column": 22}}, {"id": 43, "type": "declaration", "text": "private:\n QColor m_color;", "parent": 31, "children": [44, 46], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 18, "column": 19}}, {"id": 44, "type": "ERROR", "text": ":\n QColor", "parent": 43, "children": [45], "start_point": {"row": 17, "column": 7}, "end_point": {"row": 18, "column": 10}}, {"id": 45, "type": "identifier", "text": "QColor", "parent": 44, "children": [], "start_point": {"row": 18, "column": 4}, "end_point": {"row": 18, "column": 10}}, {"id": 46, "type": "identifier", "text": "m_color", "parent": 43, "children": [], "start_point": {"row": 18, "column": 11}, "end_point": {"row": 18, "column": 18}}, {"id": 47, "type": "#endif", "text": "#endif", "parent": 0, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 6}}]}, "node_categories": {"declarations": {"functions": [9, 17, 25, 33, 40], "variables": [13, 20, 23, 28, 36, 43], "classes": [], "imports": [6, 7], "modules": [], "enums": []}, "statements": {"expressions": [], "assignments": [], "loops": [], "conditionals": [0, 1, 2, 5, 10, 12, 14, 16, 18, 21, 22, 26, 29, 30, 32, 34, 38, 41, 45, 46, 47], "returns": [], "exceptions": []}, "expressions": {"calls": [], "literals": [8], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 9, "universal_type": "function", "name": "SelectColorButton:", "text_snippet": "class SelectColorButton: public QPushButton {\n Q_OBJECT\n\npublic:\n explicit SelectColorButton(c"}, {"node_id": 17, "universal_type": "function", "name": "unknown", "text_snippet": "SelectColorButton(const QColor &color)"}, {"node_id": 25, "universal_type": "function", "name": "unknown", "text_snippet": "setColor(const QColor &color)"}, {"node_id": 33, "universal_type": "function", "name": "unknown", "text_snippet": "getColor()"}, {"node_id": 40, "universal_type": "function", "name": "unknown", "text_snippet": "changeColor()"}], "class_declarations": [], "import_statements": [{"node_id": 6, "text": "#include <QPushButton>\n"}, {"node_id": 7, "text": "#include"}]}, "original_source_code": "#ifndef QNVSM_SELECTCOLORBUTTON_H\n#define QNVSM_SELECTCOLORBUTTON_H\n\n#include <QPushButton>\n\nclass SelectColorButton: public QPushButton {\n Q_OBJECT\n\npublic:\n explicit SelectColorButton(const QColor &color);\n\n void setColor(const QColor &color);\n const QColor& getColor() const;\n\nprivate slots:\n void changeColor();\n\nprivate:\n QColor m_color;\n};\n\n#endif //QNVSM_SELECTCOLORBUTTON_H\n"}
| 216
|
c
|
/*============================================================================*/
/*
VFLib: https://github.com/vinniefalco/VFLib
Copyright (C) 2008 by <NAME> <<EMAIL>>
This library contains portions of other open source products covered by
separate licenses. Please see the corresponding source files for specific
terms.
VFLib is provided under the terms of The MIT License (MIT):
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in
all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS
IN THE SOFTWARE.
*/
/*============================================================================*/
#ifndef VF_SHAREDTABLE_VFHEADER
#define VF_SHAREDTABLE_VFHEADER
/** Handle to a reference counted fixed size table.
@note Currently, ElementType must be an aggregate of POD.
@tparam ElementType The type of element.
@ingroup vf_gui
*/
template <class ElementType>
class SharedTable
{
public:
typedef ElementType Entry;
static SharedTable <ElementType> const null;
/** Creates a null table.
*/
SharedTable ()
{
}
/** Creates a table with the specified number of entries.
The entries are uninitialized.
@param numEntries The number of entries in the table.
@todo Initialize the data if ElementType is not POD.
*/
explicit SharedTable (int numEntries)
: m_data (new Data (numEntries))
{
}
/** Creates a shared reference to another table.
*/
SharedTable (SharedTable const& other)
: m_data (other.m_data)
{
}
/** Makes this table refer to another table.
*/
SharedTable& operator= (SharedTable const& other)
{
m_data = other.m_data;
return *this;
}
#if JUCE_COMPILER_SUPPORTS_MOVE_SEMANTICS
SharedTable (SharedTable&& other) noexcept
: m_data (static_cast <typename Data::Ptr&&> (other.m_data))
{
}
SharedTable& operator= (SharedTable&& other) noexcept
{
m_data = static_cast <typename Data::Ptr&&> (other.m_data);
return *this;
}
#endif
/** Destructor.
*/
~SharedTable ()
{
}
/** Returns true if the two tables share the same set of entries.
*/
bool operator== (SharedTable const& other) const noexcept
{
return m_data == other.m_data;
}
/** Returns true if the two tables do not share the same set of entries.
*/
bool operator!= (SharedTable const& other) const noexcept
{
return m_data != other.m_data;
}
/** Returns true if the table is not null.
*/
inline bool isValid () const noexcept
{
return m_data != nullptr;
}
/** Returns true if the table is null.
*/
inline bool isNull () const noexcept
{
return m_data == nullptr;
}
/** Returns the number of tables referring to the same shared entries.
*/
int getReferenceCount () const noexcept
{
return m_data == nullptr ? 0 : m_data->getReferenceCount ();
}
/** Create a physical duplicate of the table.
*/
SharedTable createCopy () const
{
return SharedTable (m_data != nullptr ? m_data->clone() : nullptr);
}
/** Makes sure no other tables share the same entries as this table.
*/
void duplicateIfShared ()
{
if (m_data != nullptr && m_data->getReferenceCount() > 1)
m_data = m_data->clone ();
}
/** Return the number of entries in this table.
*/
inline int getNumEntries () const noexcept
{
return m_data->getNumEntries ();
}
/** Retrieve a table entry.
@param index The index of the entry, from 0 to getNumEntries ().
*/
inline ElementType& operator [] (int index) const noexcept
{
return m_data->getReference (index);
}
private:
class Data : public ReferenceCountedObject
{
public:
typedef ReferenceCountedObjectPtr <Data> Ptr;
explicit Data (int numEntries)
: m_numEntries (numEntries)
, m_table (numEntries)
{
}
inline Data* clone () const
{
Data* data = new Data (m_numEntries);
memcpy (
data->m_table.getData (),
m_table.getData (),
m_numEntries * sizeof (ElementType));
return data;
}
inline int getNumEntries () const
{
return m_numEntries;
}
inline ElementType& getReference (int index) const
{
jassert (index >= 0 && index < m_numEntries);
return m_table [index];
}
private:
int const m_numEntries;
HeapBlock <ElementType> const m_table;
};
explicit SharedTable (Data* data)
: m_data (data)
{
}
ReferenceCountedObjectPtr <Data> m_data;
};
template <class ElementType>
SharedTable <ElementType> const SharedTable <ElementType>::null;
#endif
//------------------------------------------------------------------------------
| 29.6
| 181
|
(translation_unit) "/*============================================================================*/\n/*\n VFLib: https://github.com/vinniefalco/VFLib\n\n Copyright (C) 2008 by <NAME> <<EMAIL>>\n\n This library contains portions of other open source products covered by\n separate licenses. Please see the corresponding source files for specific\n terms.\n \n VFLib is provided under the terms of The MIT License (MIT):\n\n Permission is hereby granted, free of charge, to any person obtaining a copy\n of this software and associated documentation files (the "Software"), to deal\n in the Software without restriction, including without limitation the rights\n to use, copy, modify, merge, publish, distribute, sublicense, and/or sell\n copies of the Software, and to permit persons to whom the Software is\n furnished to do so, subject to the following conditions:\n\n The above copyright notice and this permission notice shall be included in\n all copies or substantial portions of the Software.\n\n THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n IN THE SOFTWARE.\n*/\n/*============================================================================*/\n\n#ifndef VF_SHAREDTABLE_VFHEADER\n#define VF_SHAREDTABLE_VFHEADER\n\n/** Handle to a reference counted fixed size table.\n\n @note Currently, ElementType must be an aggregate of POD.\n\n @tparam ElementType The type of element.\n \n @ingroup vf_gui\n*/\ntemplate <class ElementType>\nclass SharedTable\n{\npublic:\n typedef ElementType Entry;\n\n static SharedTable <ElementType> const null;\n\n /** Creates a null table.\n */\n SharedTable ()\n {\n }\n\n /** Creates a table with the specified number of entries.\n\n The entries are uninitialized.\n\n @param numEntries The number of entries in the table.\n\n @todo Initialize the data if ElementType is not POD.\n */\n explicit SharedTable (int numEntries)\n : m_data (new Data (numEntries))\n {\n }\n\n /** Creates a shared reference to another table.\n */\n SharedTable (SharedTable const& other)\n : m_data (other.m_data)\n {\n }\n\n /** Makes this table refer to another table.\n */\n SharedTable& operator= (SharedTable const& other)\n {\n m_data = other.m_data;\n return *this;\n }\n\n#if JUCE_COMPILER_SUPPORTS_MOVE_SEMANTICS\n SharedTable (SharedTable&& other) noexcept\n : m_data (static_cast <typename Data::Ptr&&> (other.m_data))\n {\n }\n\n SharedTable& operator= (SharedTable&& other) noexcept\n {\n m_data = static_cast <typename Data::Ptr&&> (other.m_data);\n return *this;\n }\n#endif\n\n /** Destructor.\n */\n ~SharedTable ()\n {\n }\n\n /** Returns true if the two tables share the same set of entries.\n */\n bool operator== (SharedTable const& other) const noexcept\n {\n return m_data == other.m_data;\n }\n\n /** Returns true if the two tables do not share the same set of entries.\n */\n bool operator!= (SharedTable const& other) const noexcept\n {\n return m_data != other.m_data;\n }\n\n /** Returns true if the table is not null.\n */\n inline bool isValid () const noexcept\n {\n return m_data != nullptr;\n }\n\n /** Returns true if the table is null.\n */\n inline bool isNull () const noexcept\n {\n return m_data == nullptr;\n }\n\n /** Returns the number of tables referring to the same shared entries.\n */\n int getReferenceCount () const noexcept\n {\n return m_data == nullptr ? 0 : m_data->getReferenceCount ();\n }\n\n /** Create a physical duplicate of the table.\n */\n SharedTable createCopy () const\n {\n return SharedTable (m_data != nullptr ? m_data->clone() : nullptr);\n }\n\n /** Makes sure no other tables share the same entries as this table.\n */\n void duplicateIfShared ()\n {\n if (m_data != nullptr && m_data->getReferenceCount() > 1)\n m_data = m_data->clone ();\n }\n\n /** Return the number of entries in this table.\n */\n inline int getNumEntries () const noexcept\n {\n return m_data->getNumEntries ();\n }\n\n /** Retrieve a table entry.\n\n @param index The index of the entry, from 0 to getNumEntries ().\n */\n inline ElementType& operator [] (int index) const noexcept\n {\n return m_data->getReference (index);\n }\n\nprivate:\n class Data : public ReferenceCountedObject\n {\n public:\n typedef ReferenceCountedObjectPtr <Data> Ptr;\n\n explicit Data (int numEntries)\n : m_numEntries (numEntries)\n , m_table (numEntries)\n {\n }\n\n inline Data* clone () const\n {\n Data* data = new Data (m_numEntries);\n\n memcpy (\n data->m_table.getData (),\n m_table.getData (),\n m_numEntries * sizeof (ElementType));\n\n return data;\n }\n\n inline int getNumEntries () const\n {\n return m_numEntries;\n }\n\n inline ElementType& getReference (int index) const\n {\n jassert (index >= 0 && index < m_numEntries);\n return m_table [index];\n }\n\n private:\n int const m_numEntries;\n HeapBlock <ElementType> const m_table;\n };\n\n explicit SharedTable (Data* data)\n : m_data (data)\n {\n }\n\n ReferenceCountedObjectPtr <Data> m_data;\n};\n\ntemplate <class ElementType>\nSharedTable <ElementType> const SharedTable <ElementType>::null;\n\n#endif\n\n//------------------------------------------------------------------------------\n\n"
(comment) "/*============================================================================*/"
(comment) "/*\n VFLib: https://github.com/vinniefalco/VFLib\n\n Copyright (C) 2008 by <NAME> <<EMAIL>>\n\n This library contains portions of other open source products covered by\n separate licenses. Please see the corresponding source files for specific\n terms.\n \n VFLib is provided under the terms of The MIT License (MIT):\n\n Permission is hereby granted, free of charge, to any person obtaining a copy\n of this software and associated documentation files (the "Software"), to deal\n in the Software without restriction, including without limitation the rights\n to use, copy, modify, merge, publish, distribute, sublicense, and/or sell\n copies of the Software, and to permit persons to whom the Software is\n furnished to do so, subject to the following conditions:\n\n The above copyright notice and this permission notice shall be included in\n all copies or substantial portions of the Software.\n\n THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n IN THE SOFTWARE.\n*/"
(comment) "/*============================================================================*/"
(preproc_ifdef) "#ifndef VF_SHAREDTABLE_VFHEADER\n#define VF_SHAREDTABLE_VFHEADER\n\n/** Handle to a reference counted fixed size table.\n\n @note Currently, ElementType must be an aggregate of POD.\n\n @tparam ElementType The type of element.\n \n @ingroup vf_gui\n*/\ntemplate <class ElementType>\nclass SharedTable\n{\npublic:\n typedef ElementType Entry;\n\n static SharedTable <ElementType> const null;\n\n /** Creates a null table.\n */\n SharedTable ()\n {\n }\n\n /** Creates a table with the specified number of entries.\n\n The entries are uninitialized.\n\n @param numEntries The number of entries in the table.\n\n @todo Initialize the data if ElementType is not POD.\n */\n explicit SharedTable (int numEntries)\n : m_data (new Data (numEntries))\n {\n }\n\n /** Creates a shared reference to another table.\n */\n SharedTable (SharedTable const& other)\n : m_data (other.m_data)\n {\n }\n\n /** Makes this table refer to another table.\n */\n SharedTable& operator= (SharedTable const& other)\n {\n m_data = other.m_data;\n return *this;\n }\n\n#if JUCE_COMPILER_SUPPORTS_MOVE_SEMANTICS\n SharedTable (SharedTable&& other) noexcept\n : m_data (static_cast <typename Data::Ptr&&> (other.m_data))\n {\n }\n\n SharedTable& operator= (SharedTable&& other) noexcept\n {\n m_data = static_cast <typename Data::Ptr&&> (other.m_data);\n return *this;\n }\n#endif\n\n /** Destructor.\n */\n ~SharedTable ()\n {\n }\n\n /** Returns true if the two tables share the same set of entries.\n */\n bool operator== (SharedTable const& other) const noexcept\n {\n return m_data == other.m_data;\n }\n\n /** Returns true if the two tables do not share the same set of entries.\n */\n bool operator!= (SharedTable const& other) const noexcept\n {\n return m_data != other.m_data;\n }\n\n /** Returns true if the table is not null.\n */\n inline bool isValid () const noexcept\n {\n return m_data != nullptr;\n }\n\n /** Returns true if the table is null.\n */\n inline bool isNull () const noexcept\n {\n return m_data == nullptr;\n }\n\n /** Returns the number of tables referring to the same shared entries.\n */\n int getReferenceCount () const noexcept\n {\n return m_data == nullptr ? 0 : m_data->getReferenceCount ();\n }\n\n /** Create a physical duplicate of the table.\n */\n SharedTable createCopy () const\n {\n return SharedTable (m_data != nullptr ? m_data->clone() : nullptr);\n }\n\n /** Makes sure no other tables share the same entries as this table.\n */\n void duplicateIfShared ()\n {\n if (m_data != nullptr && m_data->getReferenceCount() > 1)\n m_data = m_data->clone ();\n }\n\n /** Return the number of entries in this table.\n */\n inline int getNumEntries () const noexcept\n {\n return m_data->getNumEntries ();\n }\n\n /** Retrieve a table entry.\n\n @param index The index of the entry, from 0 to getNumEntries ().\n */\n inline ElementType& operator [] (int index) const noexcept\n {\n return m_data->getReference (index);\n }\n\nprivate:\n class Data : public ReferenceCountedObject\n {\n public:\n typedef ReferenceCountedObjectPtr <Data> Ptr;\n\n explicit Data (int numEntries)\n : m_numEntries (numEntries)\n , m_table (numEntries)\n {\n }\n\n inline Data* clone () const\n {\n Data* data = new Data (m_numEntries);\n\n memcpy (\n data->m_table.getData (),\n m_table.getData (),\n m_numEntries * sizeof (ElementType));\n\n return data;\n }\n\n inline int getNumEntries () const\n {\n return m_numEntries;\n }\n\n inline ElementType& getReference (int index) const\n {\n jassert (index >= 0 && index < m_numEntries);\n return m_table [index];\n }\n\n private:\n int const m_numEntries;\n HeapBlock <ElementType> const m_table;\n };\n\n explicit SharedTable (Data* data)\n : m_data (data)\n {\n }\n\n ReferenceCountedObjectPtr <Data> m_data;\n};\n\ntemplate <class ElementType>\nSharedTable <ElementType> const SharedTable <ElementType>::null;\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "VF_SHAREDTABLE_VFHEADER"
(preproc_def) "#define VF_SHAREDTABLE_VFHEADER\n"
(#define) "#define"
(identifier) "VF_SHAREDTABLE_VFHEADER"
(comment) "/** Handle to a reference counted fixed size table.\n\n @note Currently, ElementType must be an aggregate of POD.\n\n @tparam ElementType The type of element.\n \n @ingroup vf_gui\n*/"
(ERROR) "template <class ElementType>\nclass SharedTable"
(binary_expression) "template <class ElementType>\nclass"
(binary_expression) "template <class ElementType"
(identifier) "template"
(<) "<"
(ERROR) "class"
(identifier) "class"
(identifier) "ElementType"
(>) ">"
(identifier) "class"
(identifier) "SharedTable"
(compound_statement) "{\npublic:\n typedef ElementType Entry;\n\n static SharedTable <ElementType> const null;\n\n /** Creates a null table.\n */\n SharedTable ()\n {\n }\n\n /** Creates a table with the specified number of entries.\n\n The entries are uninitialized.\n\n @param numEntries The number of entries in the table.\n\n @todo Initialize the data if ElementType is not POD.\n */\n explicit SharedTable (int numEntries)\n : m_data (new Data (numEntries))\n {\n }\n\n /** Creates a shared reference to another table.\n */\n SharedTable (SharedTable const& other)\n : m_data (other.m_data)\n {\n }\n\n /** Makes this table refer to another table.\n */\n SharedTable& operator= (SharedTable const& other)\n {\n m_data = other.m_data;\n return *this;\n }"
({) "{"
(labeled_statement) "public:\n typedef ElementType Entry;"
(statement_identifier) "public"
(:) ":"
(declaration) "typedef ElementType Entry;"
(type_identifier) "typedef"
(identifier) "ElementType"
(ERROR) "Entry"
(identifier) "Entry"
(;) ";"
(declaration) "static SharedTable <ElementType> const null;"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "SharedTable"
(ERROR) "<ElementType> const"
(<) "<"
(identifier) "ElementType"
(>) ">"
(const) "const"
(identifier) "null"
(;) ";"
(comment) "/** Creates a null table.\n */"
(expression_statement) "SharedTable ()"
(call_expression) "SharedTable ()"
(identifier) "SharedTable"
(argument_list) "()"
(() "("
()) ")"
(;) ""
(compound_statement) "{\n }"
({) "{"
(}) "}"
(comment) "/** Creates a table with the specified number of entries.\n\n The entries are uninitialized.\n\n @param numEntries The number of entries in the table.\n\n @todo Initialize the data if ElementType is not POD.\n */"
(function_definition) "explicit SharedTable (int numEntries)\n : m_data (new Data (numEntries))\n {\n }"
(type_identifier) "explicit"
(function_declarator) "SharedTable (int numEntries)\n : m_data (new Data (numEntries))"
(identifier) "SharedTable"
(parameter_list) "(int numEntries)"
(() "("
(parameter_declaration) "int numEntries"
(primitive_type) "int"
(identifier) "numEntries"
()) ")"
(ERROR) ":"
(:) ":"
(call_expression) "m_data (new Data (numEntries))"
(identifier) "m_data"
(argument_list) "(new Data (numEntries))"
(() "("
(ERROR) "new"
(identifier) "new"
(call_expression) "Data (numEntries)"
(identifier) "Data"
(argument_list) "(numEntries)"
(() "("
(identifier) "numEntries"
()) ")"
()) ")"
(compound_statement) "{\n }"
({) "{"
(}) "}"
(comment) "/** Creates a shared reference to another table.\n */"
(function_definition) "SharedTable (SharedTable const& other)\n : m_data (other.m_data)\n {\n }"
(macro_type_specifier) "SharedTable (SharedTable const& other)"
(identifier) "SharedTable"
(() "("
(type_descriptor) "SharedTable const"
(type_identifier) "SharedTable"
(type_qualifier) "const"
(const) "const"
(ERROR) "& other"
(&) "&"
(identifier) "other"
()) ")"
(ERROR) ":"
(:) ":"
(function_declarator) "m_data (other.m_data)"
(identifier) "m_data"
(parameter_list) "(other.m_data)"
(() "("
(parameter_declaration) "other.m_data"
(type_identifier) "other"
(ERROR) "."
(.) "."
(identifier) "m_data"
()) ")"
(compound_statement) "{\n }"
({) "{"
(}) "}"
(comment) "/** Makes this table refer to another table.\n */"
(expression_statement) "SharedTable& operator= (SharedTable const& other)\n {\n m_data = other.m_data;"
(binary_expression) "SharedTable& operator= (SharedTable const& other)\n {\n m_data = other.m_data"
(identifier) "SharedTable"
(&) "&"
(assignment_expression) "operator= (SharedTable const& other)\n {\n m_data = other.m_data"
(identifier) "operator"
(=) "="
(compound_literal_expression) "(SharedTable const& other)\n {\n m_data = other.m_data"
(() "("
(ERROR) "SharedTable const&"
(type_descriptor) "SharedTable const"
(type_identifier) "SharedTable"
(type_qualifier) "const"
(const) "const"
(&) "&"
(type_descriptor) "other"
(type_identifier) "other"
()) ")"
(initializer_list) "{\n m_data = other.m_data"
({) "{"
(assignment_expression) "m_data = other.m_data"
(identifier) "m_data"
(=) "="
(field_expression) "other.m_data"
(identifier) "other"
(.) "."
(field_identifier) "m_data"
(}) ""
(;) ";"
(return_statement) "return *this;"
(return) "return"
(pointer_expression) "*this"
(*) "*"
(identifier) "this"
(;) ";"
(}) "}"
(preproc_if) "#if JUCE_COMPILER_SUPPORTS_MOVE_SEMANTICS\n SharedTable (SharedTable&& other) noexcept\n : m_data (static_cast <typename Data::Ptr&&> (other.m_data))\n {\n }\n\n SharedTable& operator= (SharedTable&& other) noexcept\n {\n m_data = static_cast <typename Data::Ptr&&> (other.m_data);\n return *this;\n }\n#endif"
(#if) "#if"
(identifier) "JUCE_COMPILER_SUPPORTS_MOVE_SEMANTICS"
(
) "\n"
(expression_statement) "SharedTable (SharedTable&& other)"
(call_expression) "SharedTable (SharedTable&& other)"
(identifier) "SharedTable"
(argument_list) "(SharedTable&& other)"
(() "("
(binary_expression) "SharedTable&& other"
(identifier) "SharedTable"
(&&) "&&"
(identifier) "other"
()) ")"
(;) ""
(labeled_statement) "noexcept\n : m_data (static_cast <typename Data::Ptr&&> (other.m_data))"
(statement_identifier) "noexcept"
(:) ":"
(expression_statement) "m_data (static_cast <typename Data::Ptr&&> (other.m_data))"
(call_expression) "m_data (static_cast <typename Data::Ptr&&> (other.m_data))"
(identifier) "m_data"
(argument_list) "(static_cast <typename Data::Ptr&&> (other.m_data))"
(() "("
(binary_expression) "static_cast <typename Data::Ptr&&> (other.m_data)"
(binary_expression) "static_cast <typename"
(identifier) "static_cast"
(<) "<"
(identifier) "typename"
(ERROR) "Data::Ptr&&"
(identifier) "Data"
(:) ":"
(:) ":"
(identifier) "Ptr"
(&&) "&&"
(>) ">"
(parenthesized_expression) "(other.m_data)"
(() "("
(field_expression) "other.m_data"
(identifier) "other"
(.) "."
(field_identifier) "m_data"
()) ")"
()) ")"
(;) ""
(compound_statement) "{\n }"
({) "{"
(}) "}"
(ERROR) "SharedTable& operator= (SharedTable&& other) noexcept"
(binary_expression) "SharedTable& operator= (SharedTable&& other)"
(identifier) "SharedTable"
(&) "&"
(assignment_expression) "operator= (SharedTable&& other)"
(identifier) "operator"
(=) "="
(parenthesized_expression) "(SharedTable&& other)"
(() "("
(binary_expression) "SharedTable&& other"
(identifier) "SharedTable"
(&&) "&&"
(identifier) "other"
()) ")"
(identifier) "noexcept"
(compound_statement) "{\n m_data = static_cast <typename Data::Ptr&&> (other.m_data);\n return *this;\n }"
({) "{"
(expression_statement) "m_data = static_cast <typename"
(assignment_expression) "m_data = static_cast <typename"
(identifier) "m_data"
(=) "="
(binary_expression) "static_cast <typename"
(identifier) "static_cast"
(<) "<"
(identifier) "typename"
(;) ""
(labeled_statement) "Data::Ptr&&> (other.m_data);"
(statement_identifier) "Data"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "Ptr&&> (other.m_data);"
(binary_expression) "Ptr&&> (other.m_data)"
(identifier) "Ptr"
(&&) "&&"
(ERROR) ">"
(>) ">"
(parenthesized_expression) "(other.m_data)"
(() "("
(field_expression) "other.m_data"
(identifier) "other"
(.) "."
(field_identifier) "m_data"
()) ")"
(;) ";"
(return_statement) "return *this;"
(return) "return"
(pointer_expression) "*this"
(*) "*"
(identifier) "this"
(;) ";"
(}) "}"
(#endif) "#endif"
(comment) "/** Destructor.\n */"
(expression_statement) "~SharedTable ()"
(unary_expression) "~SharedTable ()"
(~) "~"
(call_expression) "SharedTable ()"
(identifier) "SharedTable"
(argument_list) "()"
(() "("
()) ")"
(;) ""
(compound_statement) "{\n }"
({) "{"
(}) "}"
(comment) "/** Returns true if the two tables share the same set of entries.\n */"
(function_definition) "bool operator== (SharedTable const& other) const noexcept\n {\n return m_data == other.m_data;\n }"
(primitive_type) "bool"
(function_declarator) "operator== (SharedTable const& other) const noexcept"
(identifier) "operator"
(ERROR) "=="
(==) "=="
(parameter_list) "(SharedTable const& other)"
(() "("
(parameter_declaration) "SharedTable const& other"
(type_identifier) "SharedTable"
(type_qualifier) "const"
(const) "const"
(ERROR) "&"
(&) "&"
(identifier) "other"
()) ")"
(identifier) "const"
(identifier) "noexcept"
(compound_statement) "{\n return m_data == other.m_data;\n }"
({) "{"
(return_statement) "return m_data == other.m_data;"
(return) "return"
(binary_expression) "m_data == other.m_data"
(identifier) "m_data"
(==) "=="
(field_expression) "other.m_data"
(identifier) "other"
(.) "."
(field_identifier) "m_data"
(;) ";"
(}) "}"
(comment) "/** Returns true if the two tables do not share the same set of entries.\n */"
(function_definition) "bool operator!= (SharedTable const& other) const noexcept\n {\n return m_data != other.m_data;\n }"
(primitive_type) "bool"
(function_declarator) "operator!= (SharedTable const& other) const noexcept"
(identifier) "operator"
(ERROR) "!="
(!=) "!="
(parameter_list) "(SharedTable const& other)"
(() "("
(parameter_declaration) "SharedTable const& other"
(type_identifier) "SharedTable"
(type_qualifier) "const"
(const) "const"
(ERROR) "&"
(&) "&"
(identifier) "other"
()) ")"
(identifier) "const"
(identifier) "noexcept"
(compound_statement) "{\n return m_data != other.m_data;\n }"
({) "{"
(return_statement) "return m_data != other.m_data;"
(return) "return"
(binary_expression) "m_data != other.m_data"
(identifier) "m_data"
(!=) "!="
(field_expression) "other.m_data"
(identifier) "other"
(.) "."
(field_identifier) "m_data"
(;) ";"
(}) "}"
(comment) "/** Returns true if the table is not null.\n */"
(ERROR) "inline bool isValid () const noexcept"
(storage_class_specifier) "inline"
(inline) "inline"
(primitive_type) "bool"
(function_declarator) "isValid ()"
(identifier) "isValid"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(type_identifier) "noexcept"
(compound_statement) "{\n return m_data != nullptr;\n }"
({) "{"
(return_statement) "return m_data != nullptr;"
(return) "return"
(binary_expression) "m_data != nullptr"
(identifier) "m_data"
(!=) "!="
(null) "nullptr"
(nullptr) "nullptr"
(;) ";"
(}) "}"
(comment) "/** Returns true if the table is null.\n */"
(ERROR) "inline bool isNull () const noexcept"
(storage_class_specifier) "inline"
(inline) "inline"
(primitive_type) "bool"
(function_declarator) "isNull ()"
(identifier) "isNull"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(type_identifier) "noexcept"
(compound_statement) "{\n return m_data == nullptr;\n }"
({) "{"
(return_statement) "return m_data == nullptr;"
(return) "return"
(binary_expression) "m_data == nullptr"
(identifier) "m_data"
(==) "=="
(null) "nullptr"
(nullptr) "nullptr"
(;) ";"
(}) "}"
(comment) "/** Returns the number of tables referring to the same shared entries.\n */"
(ERROR) "int getReferenceCount () const noexcept"
(primitive_type) "int"
(function_declarator) "getReferenceCount ()"
(identifier) "getReferenceCount"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(type_identifier) "noexcept"
(compound_statement) "{\n return m_data == nullptr ? 0 : m_data->getReferenceCount ();\n }"
({) "{"
(return_statement) "return m_data == nullptr ? 0 : m_data->getReferenceCount ();"
(return) "return"
(conditional_expression) "m_data == nullptr ? 0 : m_data->getReferenceCount ()"
(binary_expression) "m_data == nullptr"
(identifier) "m_data"
(==) "=="
(null) "nullptr"
(nullptr) "nullptr"
(?) "?"
(number_literal) "0"
(:) ":"
(call_expression) "m_data->getReferenceCount ()"
(field_expression) "m_data->getReferenceCount"
(identifier) "m_data"
(->) "->"
(field_identifier) "getReferenceCount"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(comment) "/** Create a physical duplicate of the table.\n */"
(ERROR) "SharedTable createCopy () const"
(type_identifier) "SharedTable"
(function_declarator) "createCopy ()"
(identifier) "createCopy"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{\n return SharedTable (m_data != nullptr ? m_data->clone() : nullptr);\n }"
({) "{"
(return_statement) "return SharedTable (m_data != nullptr ? m_data->clone() : nullptr);"
(return) "return"
(call_expression) "SharedTable (m_data != nullptr ? m_data->clone() : nullptr)"
(identifier) "SharedTable"
(argument_list) "(m_data != nullptr ? m_data->clone() : nullptr)"
(() "("
(conditional_expression) "m_data != nullptr ? m_data->clone() : nullptr"
(binary_expression) "m_data != nullptr"
(identifier) "m_data"
(!=) "!="
(null) "nullptr"
(nullptr) "nullptr"
(?) "?"
(call_expression) "m_data->clone()"
(field_expression) "m_data->clone"
(identifier) "m_data"
(->) "->"
(field_identifier) "clone"
(argument_list) "()"
(() "("
()) ")"
(:) ":"
(null) "nullptr"
(nullptr) "nullptr"
()) ")"
(;) ";"
(}) "}"
(comment) "/** Makes sure no other tables share the same entries as this table.\n */"
(function_definition) "void duplicateIfShared ()\n {\n if (m_data != nullptr && m_data->getReferenceCount() > 1)\n m_data = m_data->clone ();\n }"
(primitive_type) "void"
(function_declarator) "duplicateIfShared ()"
(identifier) "duplicateIfShared"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n if (m_data != nullptr && m_data->getReferenceCount() > 1)\n m_data = m_data->clone ();\n }"
({) "{"
(if_statement) "if (m_data != nullptr && m_data->getReferenceCount() > 1)\n m_data = m_data->clone ();"
(if) "if"
(parenthesized_expression) "(m_data != nullptr && m_data->getReferenceCount() > 1)"
(() "("
(binary_expression) "m_data != nullptr && m_data->getReferenceCount() > 1"
(binary_expression) "m_data != nullptr"
(identifier) "m_data"
(!=) "!="
(null) "nullptr"
(nullptr) "nullptr"
(&&) "&&"
(binary_expression) "m_data->getReferenceCount() > 1"
(call_expression) "m_data->getReferenceCount()"
(field_expression) "m_data->getReferenceCount"
(identifier) "m_data"
(->) "->"
(field_identifier) "getReferenceCount"
(argument_list) "()"
(() "("
()) ")"
(>) ">"
(number_literal) "1"
()) ")"
(expression_statement) "m_data = m_data->clone ();"
(assignment_expression) "m_data = m_data->clone ()"
(identifier) "m_data"
(=) "="
(call_expression) "m_data->clone ()"
(field_expression) "m_data->clone"
(identifier) "m_data"
(->) "->"
(field_identifier) "clone"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(comment) "/** Return the number of entries in this table.\n */"
(ERROR) "inline int getNumEntries () const noexcept"
(storage_class_specifier) "inline"
(inline) "inline"
(primitive_type) "int"
(function_declarator) "getNumEntries ()"
(identifier) "getNumEntries"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(type_identifier) "noexcept"
(compound_statement) "{\n return m_data->getNumEntries ();\n }"
({) "{"
(return_statement) "return m_data->getNumEntries ();"
(return) "return"
(call_expression) "m_data->getNumEntries ()"
(field_expression) "m_data->getNumEntries"
(identifier) "m_data"
(->) "->"
(field_identifier) "getNumEntries"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(comment) "/** Retrieve a table entry.\n\n @param index The index of the entry, from 0 to getNumEntries ().\n */"
(function_definition) "inline ElementType& operator [] (int index) const noexcept\n {\n return m_data->getReference (index);\n }"
(storage_class_specifier) "inline"
(inline) "inline"
(type_identifier) "ElementType"
(ERROR) "&"
(&) "&"
(function_declarator) "operator [] (int index) const noexcept"
(array_declarator) "operator []"
(identifier) "operator"
([) "["
(]) "]"
(parameter_list) "(int index)"
(() "("
(parameter_declaration) "int index"
(primitive_type) "int"
(identifier) "index"
()) ")"
(identifier) "const"
(identifier) "noexcept"
(compound_statement) "{\n return m_data->getReference (index);\n }"
({) "{"
(return_statement) "return m_data->getReference (index);"
(return) "return"
(call_expression) "m_data->getReference (index)"
(field_expression) "m_data->getReference"
(identifier) "m_data"
(->) "->"
(field_identifier) "getReference"
(argument_list) "(index)"
(() "("
(identifier) "index"
()) ")"
(;) ";"
(}) "}"
(labeled_statement) "private:\n class Data : public ReferenceCountedObject\n {\n public:\n typedef ReferenceCountedObjectPtr <Data> Ptr;\n\n explicit Data (int numEntries)\n : m_numEntries (numEntries)\n , m_table (numEntries)"
(statement_identifier) "private"
(ERROR) ":\n class Data : public ReferenceCountedObject\n {\n public:\n typedef ReferenceCountedObjectPtr <Data> Ptr;\n\n explicit Data (int numEntries)"
(:) ":"
(type_identifier) "class"
(identifier) "Data"
(:) ":"
(ERROR) "public ReferenceCountedObject"
(type_identifier) "public"
(identifier) "ReferenceCountedObject"
({) "{"
(expression_statement) "public:\n typedef ReferenceCountedObjectPtr <Data> Ptr;"
(binary_expression) "public:\n typedef ReferenceCountedObjectPtr <Data> Ptr"
(binary_expression) "public:\n typedef ReferenceCountedObjectPtr <Data"
(identifier) "public"
(ERROR) ":\n typedef ReferenceCountedObjectPtr"
(:) ":"
(type_identifier) "typedef"
(identifier) "ReferenceCountedObjectPtr"
(<) "<"
(identifier) "Data"
(>) ">"
(identifier) "Ptr"
(;) ";"
(type_identifier) "explicit"
(function_declarator) "Data (int numEntries)"
(identifier) "Data"
(parameter_list) "(int numEntries)"
(() "("
(parameter_declaration) "int numEntries"
(primitive_type) "int"
(identifier) "numEntries"
()) ")"
(:) ":"
(expression_statement) "m_numEntries (numEntries)\n , m_table (numEntries)"
(comma_expression) "m_numEntries (numEntries)\n , m_table (numEntries)"
(call_expression) "m_numEntries (numEntries)"
(identifier) "m_numEntries"
(argument_list) "(numEntries)"
(() "("
(identifier) "numEntries"
()) ")"
(,) ","
(call_expression) "m_table (numEntries)"
(identifier) "m_table"
(argument_list) "(numEntries)"
(() "("
(identifier) "numEntries"
()) ")"
(;) ""
(compound_statement) "{\n }"
({) "{"
(}) "}"
(function_definition) "inline Data* clone () const\n {\n Data* data = new Data (m_numEntries);\n\n memcpy (\n data->m_table.getData (),\n m_table.getData (),\n m_numEntries * sizeof (ElementType));\n\n return data;\n }"
(storage_class_specifier) "inline"
(inline) "inline"
(type_identifier) "Data"
(pointer_declarator) "* clone () const"
(*) "*"
(function_declarator) "clone () const"
(identifier) "clone"
(parameter_list) "()"
(() "("
()) ")"
(identifier) "const"
(compound_statement) "{\n Data* data = new Data (m_numEntries);\n\n memcpy (\n data->m_table.getData (),\n m_table.getData (),\n m_numEntries * sizeof (ElementType));\n\n return data;\n }"
({) "{"
(declaration) "Data* data = new Data (m_numEntries);"
(type_identifier) "Data"
(init_declarator) "* data = new Data (m_numEntries)"
(pointer_declarator) "* data"
(*) "*"
(identifier) "data"
(=) "="
(ERROR) "new"
(identifier) "new"
(call_expression) "Data (m_numEntries)"
(identifier) "Data"
(argument_list) "(m_numEntries)"
(() "("
(identifier) "m_numEntries"
()) ")"
(;) ";"
(expression_statement) "memcpy (\n data->m_table.getData (),\n m_table.getData (),\n m_numEntries * sizeof (ElementType));"
(call_expression) "memcpy (\n data->m_table.getData (),\n m_table.getData (),\n m_numEntries * sizeof (ElementType))"
(identifier) "memcpy"
(argument_list) "(\n data->m_table.getData (),\n m_table.getData (),\n m_numEntries * sizeof (ElementType))"
(() "("
(call_expression) "data->m_table.getData ()"
(field_expression) "data->m_table.getData"
(field_expression) "data->m_table"
(identifier) "data"
(->) "->"
(field_identifier) "m_table"
(.) "."
(field_identifier) "getData"
(argument_list) "()"
(() "("
()) ")"
(,) ","
(call_expression) "m_table.getData ()"
(field_expression) "m_table.getData"
(identifier) "m_table"
(.) "."
(field_identifier) "getData"
(argument_list) "()"
(() "("
()) ")"
(,) ","
(binary_expression) "m_numEntries * sizeof (ElementType)"
(identifier) "m_numEntries"
(*) "*"
(sizeof_expression) "sizeof (ElementType)"
(sizeof) "sizeof"
(parenthesized_expression) "(ElementType)"
(() "("
(identifier) "ElementType"
()) ")"
()) ")"
(;) ";"
(return_statement) "return data;"
(return) "return"
(identifier) "data"
(;) ";"
(}) "}"
(ERROR) "inline int getNumEntries () const"
(storage_class_specifier) "inline"
(inline) "inline"
(primitive_type) "int"
(function_declarator) "getNumEntries ()"
(identifier) "getNumEntries"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{\n return m_numEntries;\n }"
({) "{"
(return_statement) "return m_numEntries;"
(return) "return"
(identifier) "m_numEntries"
(;) ";"
(}) "}"
(function_definition) "inline ElementType& getReference (int index) const\n {\n jassert (index >= 0 && index < m_numEntries);\n return m_table [index];\n }"
(storage_class_specifier) "inline"
(inline) "inline"
(type_identifier) "ElementType"
(ERROR) "&"
(&) "&"
(function_declarator) "getReference (int index) const"
(identifier) "getReference"
(parameter_list) "(int index)"
(() "("
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| 832
| 37
|
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SharedTable (int numEntries)\n : m_data (new Data (numEntries))\n {\n }\n\n /** Creates a shared reference to another table.\n */\n SharedTable (SharedTable const& other)\n : m_data (other.m_data)\n {\n }\n\n /** Makes this table refer to another table.\n */\n SharedTable& operator= (SharedTable const& other)\n {\n m_data = other.m_data;\n return *this;\n }\n\n#if JUCE_COMPILER_SUPPORTS_MOVE_SEMANTICS\n SharedTable (SharedTable&& other) noexcept\n : m_data (static_cast <typename Data::Ptr&&> (other.m_data))\n {\n }\n\n SharedTable& operator= (SharedTable&& other) noexcept\n {\n m_data = static_cast <typename Data::Ptr&&> (other.m_data);\n return *this;\n }\n#endif\n\n /** Destructor.\n */\n ~SharedTable ()\n {\n }\n\n /** Returns true if the two tables share the same set of entries.\n */\n bool operator== (SharedTable const& other) const noexcept\n {\n return m_data == other.m_data;\n }\n\n /** Returns true if the two tables do not share the same set of entries.\n */\n bool operator!= 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"identifier", "text": "index", "parent": 309, "children": [], "start_point": {"row": 165, "column": 39}, "end_point": {"row": 165, "column": 44}}, {"id": 312, "type": "identifier", "text": "noexcept", "parent": 305, "children": [], "start_point": {"row": 165, "column": 52}, "end_point": {"row": 165, "column": 60}}, {"id": 313, "type": "return_statement", "text": "return m_data->getReference (index);", "parent": 301, "children": [314], "start_point": {"row": 167, "column": 4}, "end_point": {"row": 167, "column": 40}}, {"id": 314, "type": "call_expression", "text": "m_data->getReference (index)", "parent": 313, "children": [315, 318], "start_point": {"row": 167, "column": 11}, "end_point": {"row": 167, "column": 39}}, {"id": 315, "type": "field_expression", "text": "m_data->getReference", "parent": 314, "children": [316, 317], "start_point": {"row": 167, "column": 11}, "end_point": {"row": 167, "column": 31}}, {"id": 316, "type": "identifier", "text": "m_data", "parent": 315, "children": 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"type": "ERROR", "text": ":\n class Data : public ReferenceCountedObject\n {\n public:\n typedef ReferenceCountedObjectPtr <Data> Ptr;\n\n explicit Data (int numEntries)", "parent": 320, "children": [322, 323, 334, 335], "start_point": {"row": 170, "column": 7}, "end_point": {"row": 176, "column": 34}}, {"id": 322, "type": "identifier", "text": "Data", "parent": 321, "children": [], "start_point": {"row": 171, "column": 8}, "end_point": {"row": 171, "column": 12}}, {"id": 323, "type": "ERROR", "text": "public ReferenceCountedObject", "parent": 321, "children": [324], "start_point": {"row": 171, "column": 15}, "end_point": {"row": 171, "column": 44}}, {"id": 324, "type": "identifier", "text": "ReferenceCountedObject", "parent": 323, "children": [], "start_point": {"row": 171, "column": 22}, "end_point": {"row": 171, "column": 44}}, {"id": 325, "type": "binary_expression", "text": "public:\n typedef ReferenceCountedObjectPtr <Data> Ptr", "parent": 321, "children": [326, 332, 333], 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{"row": 174, "column": 39}}, {"id": 331, "type": "identifier", "text": "Data", "parent": 326, "children": [], "start_point": {"row": 174, "column": 39}, "end_point": {"row": 174, "column": 43}}, {"id": 332, "type": ">", "text": ">", "parent": 325, "children": [], "start_point": {"row": 174, "column": 43}, "end_point": {"row": 174, "column": 44}}, {"id": 333, "type": "identifier", "text": "Ptr", "parent": 325, "children": [], "start_point": {"row": 174, "column": 45}, "end_point": {"row": 174, "column": 48}}, {"id": 334, "type": "type_identifier", "text": "explicit", "parent": 321, "children": [], "start_point": {"row": 176, "column": 4}, "end_point": {"row": 176, "column": 12}}, {"id": 335, "type": "function_declarator", "text": "Data (int numEntries)", "parent": 321, "children": [336, 337], "start_point": {"row": 176, "column": 13}, "end_point": {"row": 176, "column": 34}}, {"id": 336, "type": "identifier", "text": "Data", "parent": 335, "children": [], "start_point": {"row": 176, "column": 13}, "end_point": {"row": 176, "column": 17}}, {"id": 337, "type": "parameter_list", "text": "(int numEntries)", "parent": 335, "children": [338], "start_point": {"row": 176, "column": 18}, "end_point": {"row": 176, "column": 34}}, {"id": 338, "type": "parameter_declaration", "text": "int numEntries", "parent": 337, "children": [339, 340], "start_point": {"row": 176, "column": 19}, "end_point": {"row": 176, "column": 33}}, {"id": 339, "type": "primitive_type", "text": "int", "parent": 338, "children": [], "start_point": {"row": 176, "column": 19}, "end_point": {"row": 176, "column": 22}}, {"id": 340, "type": "identifier", "text": "numEntries", "parent": 338, "children": [], "start_point": {"row": 176, "column": 23}, "end_point": {"row": 176, "column": 33}}, {"id": 341, "type": "comma_expression", "text": "m_numEntries (numEntries)\n , m_table (numEntries)", "parent": 320, "children": [342, 346], "start_point": {"row": 177, "column": 8}, "end_point": {"row": 178, "column": 28}}, {"id": 342, "type": "call_expression", "text": "m_numEntries (numEntries)", "parent": 341, "children": [343, 344], "start_point": {"row": 177, "column": 8}, "end_point": {"row": 177, "column": 33}}, {"id": 343, "type": "identifier", "text": "m_numEntries", "parent": 342, "children": [], "start_point": {"row": 177, "column": 8}, "end_point": {"row": 177, "column": 20}}, {"id": 344, "type": "argument_list", "text": "(numEntries)", "parent": 342, "children": [345], "start_point": {"row": 177, "column": 21}, "end_point": {"row": 177, "column": 33}}, {"id": 345, "type": "identifier", "text": "numEntries", "parent": 344, "children": [], "start_point": {"row": 177, "column": 22}, "end_point": {"row": 177, "column": 32}}, {"id": 346, "type": "call_expression", "text": "m_table (numEntries)", "parent": 341, "children": [347, 348], "start_point": {"row": 178, "column": 8}, "end_point": {"row": 178, "column": 28}}, {"id": 347, "type": "identifier", "text": "m_table", "parent": 346, "children": [], "start_point": {"row": 178, "column": 8}, "end_point": {"row": 178, "column": 15}}, {"id": 348, "type": "argument_list", "text": "(numEntries)", "parent": 346, "children": [349], "start_point": {"row": 178, "column": 16}, "end_point": {"row": 178, "column": 28}}, {"id": 349, "type": "identifier", "text": "numEntries", "parent": 348, "children": [], "start_point": {"row": 178, "column": 17}, "end_point": {"row": 178, "column": 27}}, {"id": 350, "type": "function_definition", "text": "inline Data* clone () const\n {\n Data* data = new Data (m_numEntries);\n\n memcpy (\n data->m_table.getData (),\n m_table.getData (),\n m_numEntries * sizeof (ElementType));\n\n return data;\n }", "parent": 0, "children": [351, 353, 354], "start_point": {"row": 182, "column": 4}, "end_point": {"row": 192, "column": 5}}, {"id": 351, "type": "storage_class_specifier", "text": "inline", "parent": 350, "children": [352], "start_point": {"row": 182, "column": 4}, "end_point": {"row": 182, "column": 10}}, {"id": 352, "type": "inline", "text": "inline", "parent": 351, "children": [], "start_point": {"row": 182, "column": 4}, "end_point": {"row": 182, "column": 10}}, {"id": 353, "type": "type_identifier", "text": "Data", "parent": 350, "children": [], "start_point": {"row": 182, "column": 11}, "end_point": {"row": 182, "column": 15}}, {"id": 354, "type": "pointer_declarator", "text": "* clone () const", "parent": 350, "children": [355, 356], "start_point": {"row": 182, "column": 15}, "end_point": {"row": 182, "column": 31}}, {"id": 355, "type": "*", "text": "*", "parent": 354, "children": [], "start_point": {"row": 182, "column": 15}, "end_point": {"row": 182, "column": 16}}, {"id": 356, "type": "function_declarator", "text": "clone () const", "parent": 354, "children": [357, 358], "start_point": {"row": 182, "column": 17}, "end_point": {"row": 182, "column": 31}}, {"id": 357, "type": "identifier", "text": "clone", "parent": 356, "children": [], "start_point": {"row": 182, "column": 17}, "end_point": {"row": 182, "column": 22}}, {"id": 358, "type": "parameter_list", "text": "()", "parent": 356, "children": [], "start_point": {"row": 182, "column": 23}, "end_point": {"row": 182, "column": 25}}, {"id": 359, "type": "declaration", "text": "Data* data = new Data (m_numEntries);", "parent": 350, "children": [360, 361], "start_point": {"row": 184, "column": 6}, "end_point": {"row": 184, "column": 43}}, {"id": 360, "type": "type_identifier", "text": "Data", "parent": 359, "children": [], "start_point": {"row": 184, "column": 6}, "end_point": {"row": 184, "column": 10}}, {"id": 361, "type": "init_declarator", "text": "* data = new Data (m_numEntries)", "parent": 359, "children": [362, 365, 366], "start_point": {"row": 184, "column": 10}, "end_point": {"row": 184, "column": 42}}, {"id": 362, "type": "pointer_declarator", "text": "* data", "parent": 361, "children": [363, 364], "start_point": {"row": 184, "column": 10}, "end_point": {"row": 184, "column": 16}}, {"id": 363, "type": "*", "text": "*", "parent": 362, "children": [], "start_point": {"row": 184, "column": 10}, "end_point": {"row": 184, "column": 11}}, {"id": 364, "type": "identifier", "text": "data", "parent": 362, "children": [], "start_point": {"row": 184, "column": 12}, "end_point": {"row": 184, "column": 16}}, {"id": 365, "type": "=", "text": "=", "parent": 361, "children": [], "start_point": {"row": 184, "column": 17}, "end_point": {"row": 184, "column": 18}}, {"id": 366, "type": "call_expression", "text": "Data (m_numEntries)", "parent": 361, "children": [367, 368], "start_point": {"row": 184, "column": 23}, "end_point": {"row": 184, "column": 42}}, {"id": 367, "type": "identifier", "text": "Data", "parent": 366, "children": [], "start_point": {"row": 184, "column": 23}, "end_point": {"row": 184, "column": 27}}, {"id": 368, "type": "argument_list", "text": "(m_numEntries)", "parent": 366, "children": [369], "start_point": {"row": 184, "column": 28}, "end_point": {"row": 184, "column": 42}}, {"id": 369, "type": "identifier", "text": "m_numEntries", "parent": 368, "children": [], "start_point": {"row": 184, "column": 29}, "end_point": {"row": 184, "column": 41}}, {"id": 370, "type": "call_expression", "text": "memcpy (\n data->m_table.getData (),\n m_table.getData (),\n m_numEntries * sizeof (ElementType))", "parent": 350, "children": [371, 372], "start_point": {"row": 186, "column": 6}, "end_point": {"row": 189, "column": 44}}, {"id": 371, "type": "identifier", "text": "memcpy", "parent": 370, "children": [], "start_point": {"row": 186, "column": 6}, "end_point": {"row": 186, "column": 12}}, {"id": 372, "type": "argument_list", "text": "(\n data->m_table.getData (),\n m_table.getData (),\n m_numEntries * sizeof (ElementType))", "parent": 370, "children": [373, 380, 385], "start_point": {"row": 186, "column": 13}, "end_point": {"row": 189, "column": 44}}, {"id": 373, "type": "call_expression", "text": "data->m_table.getData ()", "parent": 372, "children": [374, 379], "start_point": {"row": 187, "column": 8}, "end_point": {"row": 187, "column": 32}}, {"id": 374, "type": "field_expression", "text": "data->m_table.getData", "parent": 373, "children": [375, 378], "start_point": {"row": 187, "column": 8}, "end_point": {"row": 187, "column": 29}}, {"id": 375, "type": "field_expression", "text": "data->m_table", "parent": 374, "children": [376, 377], "start_point": {"row": 187, "column": 8}, "end_point": {"row": 187, "column": 21}}, {"id": 376, "type": "identifier", "text": "data", "parent": 375, "children": [], "start_point": {"row": 187, "column": 8}, "end_point": {"row": 187, "column": 12}}, {"id": 377, "type": "field_identifier", "text": "m_table", "parent": 375, "children": [], "start_point": {"row": 187, "column": 14}, "end_point": {"row": 187, "column": 21}}, {"id": 378, "type": "field_identifier", "text": "getData", "parent": 374, "children": [], "start_point": {"row": 187, "column": 22}, "end_point": {"row": 187, "column": 29}}, {"id": 379, "type": "argument_list", "text": "()", "parent": 373, "children": [], "start_point": {"row": 187, "column": 30}, "end_point": {"row": 187, "column": 32}}, {"id": 380, "type": "call_expression", "text": "m_table.getData ()", "parent": 372, "children": [381, 384], "start_point": {"row": 188, "column": 8}, "end_point": {"row": 188, "column": 26}}, {"id": 381, "type": "field_expression", "text": "m_table.getData", "parent": 380, "children": [382, 383], "start_point": {"row": 188, "column": 8}, "end_point": {"row": 188, "column": 23}}, {"id": 382, "type": "identifier", "text": "m_table", "parent": 381, "children": [], "start_point": {"row": 188, "column": 8}, "end_point": {"row": 188, "column": 15}}, {"id": 383, "type": "field_identifier", "text": "getData", "parent": 381, "children": [], "start_point": {"row": 188, "column": 16}, "end_point": {"row": 188, "column": 23}}, {"id": 384, "type": "argument_list", "text": "()", "parent": 380, "children": [], "start_point": {"row": 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"type": "identifier", "text": "ElementType", "parent": 389, "children": [], "start_point": {"row": 189, "column": 31}, "end_point": {"row": 189, "column": 42}}, {"id": 391, "type": "return_statement", "text": "return data;", "parent": 350, "children": [392], "start_point": {"row": 191, "column": 6}, "end_point": {"row": 191, "column": 18}}, {"id": 392, "type": "identifier", "text": "data", "parent": 391, "children": [], "start_point": {"row": 191, "column": 13}, "end_point": {"row": 191, "column": 17}}, {"id": 393, "type": "ERROR", "text": "inline int getNumEntries () const", "parent": 0, "children": [394, 396, 397], "start_point": {"row": 194, "column": 4}, "end_point": {"row": 194, "column": 37}}, {"id": 394, "type": "storage_class_specifier", "text": "inline", "parent": 393, "children": [395], "start_point": {"row": 194, "column": 4}, "end_point": {"row": 194, "column": 10}}, {"id": 395, "type": "inline", "text": "inline", "parent": 394, "children": [], "start_point": {"row": 194, 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<class ElementType>\nSharedTable <ElementType> const SharedTable <ElementType>::null", "parent": 0, "children": [462, 478, 479], "start_point": {"row": 218, "column": 0}, "end_point": {"row": 219, "column": 63}}, {"id": 462, "type": "binary_expression", "text": "template <class ElementType>\nSharedTable <ElementType> const SharedTable <ElementType", "parent": 461, "children": [463, 476, 477], "start_point": {"row": 218, "column": 0}, "end_point": {"row": 219, "column": 56}}, {"id": 463, "type": "binary_expression", "text": "template <class ElementType>\nSharedTable <ElementType> const SharedTable", "parent": 462, "children": [464, 474, 475], "start_point": {"row": 218, "column": 0}, "end_point": {"row": 219, "column": 43}}, {"id": 464, "type": "binary_expression", "text": "template <class ElementType>\nSharedTable <ElementType", "parent": 463, "children": [465, 472, 473], "start_point": {"row": 218, "column": 0}, "end_point": {"row": 219, "column": 24}}, {"id": 465, "type": 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{"node_id": 204, "universal_type": "function", "name": "unknown", "text_snippet": "isNull ()"}, {"node_id": 216, "universal_type": "function", "name": "unknown", "text_snippet": "getReferenceCount ()"}, {"node_id": 236, "universal_type": "function", "name": "unknown", "text_snippet": "createCopy ()"}, {"node_id": 257, "universal_type": "function", "name": "duplicateIfShared", "text_snippet": "void duplicateIfShared ()\n {\n if (m_data != nullptr && m_data->getReferenceCount() > 1)\n m_"}, {"node_id": 259, "universal_type": "function", "name": "unknown", "text_snippet": "duplicateIfShared ()"}, {"node_id": 291, "universal_type": "function", "name": "unknown", "text_snippet": "getNumEntries ()"}, {"node_id": 301, "universal_type": "function", "name": "unknown", "text_snippet": "inline ElementType& operator [] (int index) const noexcept\n {\n return m_data->getReference (inde"}, {"node_id": 305, "universal_type": "function", "name": "unknown", "text_snippet": "operator [] (int index) const noexcept"}, {"node_id": 335, "universal_type": "function", "name": "unknown", "text_snippet": "Data (int numEntries)"}, {"node_id": 350, "universal_type": "function", "name": "unknown", "text_snippet": "inline Data* clone () const\n {\n Data* data = new Data (m_numEntries);\n\n memcpy (\n "}, {"node_id": 356, "universal_type": "function", "name": "unknown", "text_snippet": "clone () const"}, {"node_id": 397, "universal_type": "function", "name": "unknown", "text_snippet": "getNumEntries ()"}, {"node_id": 402, "universal_type": "function", "name": "unknown", "text_snippet": "inline ElementType& getReference (int index) const\n {\n jassert (index >= 0 && index < m_numE"}, {"node_id": 406, "universal_type": "function", "name": "unknown", "text_snippet": "getReference (int index) const"}, {"node_id": 440, "universal_type": "function", "name": "unknown", "text_snippet": "explicit SharedTable (Data* data)\n : m_data (data)\n {\n }"}, {"node_id": 442, "universal_type": "function", "name": "unknown", "text_snippet": "SharedTable (Data* data)\n : m_data (data)"}], "class_declarations": [{"node_id": 187, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 201, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 288, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 302, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 351, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 394, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 403, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}], "import_statements": []}, "original_source_code": "/*============================================================================*/\n/*\n VFLib: https://github.com/vinniefalco/VFLib\n\n Copyright (C) 2008 by <NAME> <<EMAIL>>\n\n This library contains portions of other open source products covered by\n separate licenses. Please see the corresponding source files for specific\n terms.\n \n VFLib is provided under the terms of The MIT License (MIT):\n\n Permission is hereby granted, free of charge, to any person obtaining a copy\n of this software and associated documentation files (the \"Software\"), to deal\n in the Software without restriction, including without limitation the rights\n to use, copy, modify, merge, publish, distribute, sublicense, and/or sell\n copies of the Software, and to permit persons to whom the Software is\n furnished to do so, subject to the following conditions:\n\n The above copyright notice and this permission notice shall be included in\n all copies or substantial portions of the Software.\n\n THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n IN THE SOFTWARE.\n*/\n/*============================================================================*/\n\n#ifndef VF_SHAREDTABLE_VFHEADER\n#define VF_SHAREDTABLE_VFHEADER\n\n/** Handle to a reference counted fixed size table.\n\n @note Currently, ElementType must be an aggregate of POD.\n\n @tparam ElementType The type of element.\n \n @ingroup vf_gui\n*/\ntemplate <class ElementType>\nclass SharedTable\n{\npublic:\n typedef ElementType Entry;\n\n static SharedTable <ElementType> const null;\n\n /** Creates a null table.\n */\n SharedTable ()\n {\n }\n\n /** Creates a table with the specified number of entries.\n\n The entries are uninitialized.\n\n @param numEntries The number of entries in the table.\n\n @todo Initialize the data if ElementType is not POD.\n */\n explicit SharedTable (int numEntries)\n : m_data (new Data (numEntries))\n {\n }\n\n /** Creates a shared reference to another table.\n */\n SharedTable (SharedTable const& other)\n : m_data (other.m_data)\n {\n }\n\n /** Makes this table refer to another table.\n */\n SharedTable& operator= (SharedTable const& other)\n {\n m_data = other.m_data;\n return *this;\n }\n\n#if JUCE_COMPILER_SUPPORTS_MOVE_SEMANTICS\n SharedTable (SharedTable&& other) noexcept\n : m_data (static_cast <typename Data::Ptr&&> (other.m_data))\n {\n }\n\n SharedTable& operator= (SharedTable&& other) noexcept\n {\n m_data = static_cast <typename Data::Ptr&&> (other.m_data);\n return *this;\n }\n#endif\n\n /** Destructor.\n */\n ~SharedTable ()\n {\n }\n\n /** Returns true if the two tables share the same set of entries.\n */\n bool operator== (SharedTable const& other) const noexcept\n {\n return m_data == other.m_data;\n }\n\n /** Returns true if the two tables do not share the same set of entries.\n */\n bool operator!= (SharedTable const& other) const noexcept\n {\n return m_data != other.m_data;\n }\n\n /** Returns true if the table is not null.\n */\n inline bool isValid () const noexcept\n {\n return m_data != nullptr;\n }\n\n /** Returns true if the table is null.\n */\n inline bool isNull () const noexcept\n {\n return m_data == nullptr;\n }\n\n /** Returns the number of tables referring to the same shared entries.\n */\n int getReferenceCount () const noexcept\n {\n return m_data == nullptr ? 0 : m_data->getReferenceCount ();\n }\n\n /** Create a physical duplicate of the table.\n */\n SharedTable createCopy () const\n {\n return SharedTable (m_data != nullptr ? m_data->clone() : nullptr);\n }\n\n /** Makes sure no other tables share the same entries as this table.\n */\n void duplicateIfShared ()\n {\n if (m_data != nullptr && m_data->getReferenceCount() > 1)\n m_data = m_data->clone ();\n }\n\n /** Return the number of entries in this table.\n */\n inline int getNumEntries () const noexcept\n {\n return m_data->getNumEntries ();\n }\n\n /** Retrieve a table entry.\n\n @param index The index of the entry, from 0 to getNumEntries ().\n */\n inline ElementType& operator [] (int index) const noexcept\n {\n return m_data->getReference (index);\n }\n\nprivate:\n class Data : public ReferenceCountedObject\n {\n public:\n typedef ReferenceCountedObjectPtr <Data> Ptr;\n\n explicit Data (int numEntries)\n : m_numEntries (numEntries)\n , m_table (numEntries)\n {\n }\n\n inline Data* clone () const\n {\n Data* data = new Data (m_numEntries);\n\n memcpy (\n data->m_table.getData (),\n m_table.getData (),\n m_numEntries * sizeof (ElementType));\n\n return data;\n }\n\n inline int getNumEntries () const\n {\n return m_numEntries;\n }\n\n inline ElementType& getReference (int index) const\n {\n jassert (index >= 0 && index < m_numEntries);\n return m_table [index];\n }\n\n private:\n int const m_numEntries;\n HeapBlock <ElementType> const m_table;\n };\n\n explicit SharedTable (Data* data)\n : m_data (data)\n {\n }\n\n ReferenceCountedObjectPtr <Data> m_data;\n};\n\ntemplate <class ElementType>\nSharedTable <ElementType> const SharedTable <ElementType>::null;\n\n#endif\n\n//------------------------------------------------------------------------------\n\n"}
| 217
|
c
|
#pragma once
#include "../Common/Common.h"
namespace SerializeStruct
{
enum class ObjectType : uint8_t
{
JsonObject = 0,
JsonArray = 1,
String = 2,
False = 3,
True = 4,
Null= 5,
Int = 6,
Float = 7
};
struct JsonObjectHeader
{
uint64 keyValueCount;
};
struct JsonArrayHeader
{
uint64 elementCount;
};
struct StringHeader
{
uint64 stringLength;
};
}
| 12.64
| 28
|
(translation_unit) "#pragma once\n#include "../Common/Common.h"\nnamespace SerializeStruct\n{\n enum class ObjectType : uint8_t\n {\n JsonObject = 0,\n JsonArray = 1,\n String = 2,\n False = 3,\n True = 4,\n Null= 5,\n Int = 6,\n Float = 7\n };\n struct JsonObjectHeader\n {\n uint64 keyValueCount;\n };\n struct JsonArrayHeader\n {\n uint64 elementCount;\n };\n struct StringHeader\n {\n uint64 stringLength;\n };\n}"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(preproc_include) "#include "../Common/Common.h"\n"
(#include) "#include"
(string_literal) ""../Common/Common.h""
(") """
(string_content) "../Common/Common.h"
(") """
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| 110
| 1
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| 218
|
c
|
#include "FreeRTOS.h"
#include "task.h"
// SSD2119 Display and Touch Drivers
#include "SSD2119_Display.h"
#include "SSD2119_Touch.h"
// header file specific to task 2
#include "task2.h"
#define SET 1U
#define RESET 0U
// Flags for the buttons and the timer
int pedestrian_pressed = RESET;
int onoff_pressed = RESET;
int time_expired = RESET;
// light_tick is global because FSM() needs to reset the timer when an input
// results in a transition
static int curr_light_tick_time = 0;
static int prev_light_tick_time = 0;
// ped_tick global because FSM() needs to reset this timer to ensure that
// the pedestrian button be pressed for two seconds during GO before going to WARN
static int curr_ped_tick_time = 0;
static int prev_ped_tick_time = 0;
// Since drawing circles on the screen is time-consuming, we'll keep track of the light states
// so that we don't draw on an already drawn spot
uint8_t GreenLightOn = RESET;
uint8_t YellowLightOn = RESET;
uint8_t RedLightOn = RESET;
// Task function that checks the state of the virtual pedestrian button.
// Keeps track of how many seconds the pedestrian button has been pressed.
// Once the user has pressed the virtual pedestrian button for 2 seconds,
// it will set the global flag indicating the virtual pedestrian button
// has been pressed.
void Pedestrian(void *p);
// Task function that checks the state of the virtual onoff button.
// Keeps track of how many seconds the onoff button has been pressed.
// Once the user has pressed the onoff button for 2 seconds,
// it will set the global flag indicating the onoff button has been
// pressed
void StartStop(void *p);
// Task function that represents your Finite State Machine.
// Keeps track of how many seconds the virtual traffic light has been
// lighting on. It will update the state of the traffic light system
// every 5 seconds or once there's virtual button input.
void Control(void *p);
// Helper function that represents the traffic light FSM
// Handles the traffic light state transition.
void FSM(void);
void vApplicationStackOverflowHook(TaskHandle_t xTask, char *pcTaskName) {
while (1) {}
}
int main(void) {
// Initialize the display and touch
// functionalities of the SSD2119 touch display assembly.
LCD_Init();
Touch_Init();
// Draw initial state of the screen
LCD_ColorFill(BACKGROUND_COLOR);
LCD_SetTextColor(255, 255, 255);
LCD_SetCursor(0, 0);
// Draw buttons
LCD_DrawFilledCircle(START_STOP_X, START_STOP_Y, RADIUS, START_STOP_COLOR);
LCD_DrawFilledCircle(PED_X, PED_Y, RADIUS, PED_COLOR);
// Label buttons
LCD_SetCursor(START_STOP_LABEL_X, START_STOP_LABEL_Y);
LCD_PrintString("Start/Stop");
LCD_SetCursor(PED_LABEL_X, PED_LABEL_Y);
LCD_PrintString("Pedestrian");
LCD_SetCursor(0, 0);
xTaskCreate(StartStop, (const char *)"StartStopButton", 1024, NULL, 0U, NULL);
xTaskCreate(Pedestrian, (const char *)"PedestrianButton", 1024, NULL, 0U, NULL);
xTaskCreate(Control, (const char *)"Control FSM", 1024, NULL, 0U, NULL);
vTaskStartScheduler();
while(1);
}
void StartStop(void *p) {
// keep track of time
static int curr_onoff_tick_time = 0;
static int prev_onoff_tick_time = 0;
curr_onoff_tick_time = xTaskGetTickCount();
prev_onoff_tick_time = curr_onoff_tick_time;
// coordinates of a touch
unsigned long x = 0;
unsigned long y = 0;
while (1) {
curr_onoff_tick_time = xTaskGetTickCount();
// Check whether the virtual button is pressed
x = Touch_ReadX();
y = Touch_ReadY();
if ((START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT &&
START_STOP_BOTTOM_LIMIT < y && y < START_STOP_TOP_LIMIT)) {
if (curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
// register the input
onoff_pressed = SET;
prev_onoff_tick_time = curr_onoff_tick_time;
}
else {
onoff_pressed = RESET;
}
} else {
onoff_pressed = RESET;
prev_onoff_tick_time = curr_onoff_tick_time;
}
vTaskDelay(1);
}
}
void Pedestrian(void *p) {
curr_ped_tick_time = xTaskGetTickCount();
prev_ped_tick_time = curr_ped_tick_time;
// coordinates of a touch
unsigned long x = 0;
unsigned long y = 0;
while (1) {
curr_ped_tick_time = xTaskGetTickCount();
// check if button has been pressed
x = Touch_ReadX();
y = Touch_ReadY();
if (PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT &&
PED_BOT_LIMIT < y && y < PED_TOP_LIMIT) {
if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
// register the input
pedestrian_pressed = SET;
prev_ped_tick_time = curr_ped_tick_time;
}
else {
pedestrian_pressed = RESET;
}
} else {
pedestrian_pressed = RESET;
prev_ped_tick_time = curr_ped_tick_time;
}
vTaskDelay(1);
}
}
void Control(void *p) {
// keep track of time
time_expired = RESET;
curr_light_tick_time = xTaskGetTickCount();
prev_light_tick_time = curr_light_tick_time;
while (1) {
curr_light_tick_time = xTaskGetTickCount();
// check if time to make a transition or if there's been virtual input
if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed) {
// register that timer has expired
if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {
time_expired = SET;
prev_light_tick_time = curr_light_tick_time;
}
FSM();
} else {
time_expired = RESET;
}
vTaskDelay(1);
}
}
void FSM(void) {
static TL_states_e present_state = IDLE;
static TL_states_e next_state = IDLE;
// choose next state
switch (present_state) {
case IDLE:
if (onoff_pressed) {
next_state = STOP;
} else {
next_state = IDLE;
}
break;
case STOP:
if (onoff_pressed) {
next_state = IDLE;
} else if(time_expired) {
next_state = GO;
}
break;
case GO:
if (onoff_pressed) {
next_state = IDLE;
} else if(pedestrian_pressed) {
next_state = WARN;
} else if(time_expired) {
next_state = STOP;
}
break;
case WARN:
if (onoff_pressed) {
next_state = IDLE;
} else if(time_expired) {
next_state = STOP;
}
break;
default:
next_state = IDLE;
break;
}
if (next_state != present_state) {
present_state = next_state;
time_expired = RESET;
prev_light_tick_time = curr_light_tick_time;
pedestrian_pressed = RESET;
prev_ped_tick_time = curr_ped_tick_time;
}
// produce the output
switch (present_state) {
case IDLE:
if(RedLightOn) {
LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
RedLightOn = RESET;
}
if(GreenLightOn) {
LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
GreenLightOn = RESET;
}
if(YellowLightOn) {
LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
YellowLightOn = RESET;
}
break;
case STOP:
if(!RedLightOn) {
LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);
RedLightOn = SET;
}
if(GreenLightOn) {
LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
GreenLightOn = RESET;
}
if(YellowLightOn) {
LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
YellowLightOn = RESET;
}
break;
case GO:
if(RedLightOn) {
LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
RedLightOn = RESET;
}
if(!GreenLightOn) {
LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);
GreenLightOn = SET;
}
if(YellowLightOn) {
LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
YellowLightOn = RESET;
}
break;
case WARN:
if(RedLightOn) {
LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
RedLightOn = RESET;
}
if(GreenLightOn) {
LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
GreenLightOn = RESET;
}
if(!YellowLightOn) {
LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);
YellowLightOn = SET;
}
break;
default:
if(RedLightOn) {
LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
RedLightOn = RESET;
}
if(GreenLightOn) {
LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
GreenLightOn = RESET;
}
if(YellowLightOn) {
LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
YellowLightOn = RESET;
}
break;
}
}
| 27.95
| 320
|
(translation_unit) "#include "FreeRTOS.h"
\n#include "task.h"
\n
\n// SSD2119 Display and Touch Drivers
\n#include "SSD2119_Display.h"
\n#include "SSD2119_Touch.h"
\n
\n// header file specific to task 2
\n#include "task2.h"
\n
\n#define SET 1U
\n#define RESET 0U
\n
\n// Flags for the buttons and the timer
\nint pedestrian_pressed = RESET;
\nint onoff_pressed = RESET;
\nint time_expired = RESET;
\n
\n// light_tick is global because FSM() needs to reset the timer when an input
\n// results in a transition
\nstatic int curr_light_tick_time = 0;
\nstatic int prev_light_tick_time = 0;
\n
\n// ped_tick global because FSM() needs to reset this timer to ensure that
\n// the pedestrian button be pressed for two seconds during GO before going to WARN
\nstatic int curr_ped_tick_time = 0;
\nstatic int prev_ped_tick_time = 0;
\n
\n// Since drawing circles on the screen is time-consuming, we'll keep track of the light states
\n// so that we don't draw on an already drawn spot
\nuint8_t GreenLightOn = RESET;
\nuint8_t YellowLightOn = RESET;
\nuint8_t RedLightOn = RESET;
\n
\n// Task function that checks the state of the virtual pedestrian button.
\n// Keeps track of how many seconds the pedestrian button has been pressed.
\n// Once the user has pressed the virtual pedestrian button for 2 seconds,
\n// it will set the global flag indicating the virtual pedestrian button
\n// has been pressed.
\nvoid Pedestrian(void *p);
\n
\n// Task function that checks the state of the virtual onoff button.
\n// Keeps track of how many seconds the onoff button has been pressed.
\n// Once the user has pressed the onoff button for 2 seconds,
\n// it will set the global flag indicating the onoff button has been
\n// pressed
\nvoid StartStop(void *p);
\n
\n// Task function that represents your Finite State Machine.
\n// Keeps track of how many seconds the virtual traffic light has been
\n// lighting on. It will update the state of the traffic light system
\n// every 5 seconds or once there's virtual button input.
\nvoid Control(void *p);
\n
\n// Helper function that represents the traffic light FSM
\n// Handles the traffic light state transition.
\nvoid FSM(void);
\n
\nvoid vApplicationStackOverflowHook(TaskHandle_t xTask, char *pcTaskName) {
\n while (1) {}
\n}
\n
\nint main(void) {
\n // Initialize the display and touch
\n // functionalities of the SSD2119 touch display assembly.
\n LCD_Init();
\n Touch_Init();
\n
\n // Draw initial state of the screen
\n LCD_ColorFill(BACKGROUND_COLOR);
\n LCD_SetTextColor(255, 255, 255);
\n LCD_SetCursor(0, 0);
\n
\n // Draw buttons
\n LCD_DrawFilledCircle(START_STOP_X, START_STOP_Y, RADIUS, START_STOP_COLOR);
\n LCD_DrawFilledCircle(PED_X, PED_Y, RADIUS, PED_COLOR);
\n
\n // Label buttons
\n LCD_SetCursor(START_STOP_LABEL_X, START_STOP_LABEL_Y);
\n LCD_PrintString("Start/Stop");
\n LCD_SetCursor(PED_LABEL_X, PED_LABEL_Y);
\n LCD_PrintString("Pedestrian");
\n LCD_SetCursor(0, 0);
\n
\n xTaskCreate(StartStop, (const char *)"StartStopButton", 1024, NULL, 0U, NULL);
\n xTaskCreate(Pedestrian, (const char *)"PedestrianButton", 1024, NULL, 0U, NULL);
\n xTaskCreate(Control, (const char *)"Control FSM", 1024, NULL, 0U, NULL);
\n
\n vTaskStartScheduler();
\n
\n while(1);
\n}
\n
\nvoid StartStop(void *p) {
\n // keep track of time
\n static int curr_onoff_tick_time = 0;
\n static int prev_onoff_tick_time = 0;
\n curr_onoff_tick_time = xTaskGetTickCount();
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n
\n // coordinates of a touch
\n unsigned long x = 0;
\n unsigned long y = 0;
\n while (1) {
\n curr_onoff_tick_time = xTaskGetTickCount();
\n
\n // Check whether the virtual button is pressed
\n x = Touch_ReadX();
\n y = Touch_ReadY();
\n if ((START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT &&
\n START_STOP_BOTTOM_LIMIT < y && y < START_STOP_TOP_LIMIT)) {
\n if (curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n onoff_pressed = SET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n else {
\n onoff_pressed = RESET;
\n }
\n } else {
\n onoff_pressed = RESET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n
\n vTaskDelay(1);
\n }
\n}
\n
\nvoid Pedestrian(void *p) {
\n curr_ped_tick_time = xTaskGetTickCount();
\n prev_ped_tick_time = curr_ped_tick_time;
\n
\n // coordinates of a touch
\n unsigned long x = 0;
\n unsigned long y = 0;
\n
\n while (1) {
\n curr_ped_tick_time = xTaskGetTickCount();
\n
\n // check if button has been pressed
\n x = Touch_ReadX();
\n y = Touch_ReadY();
\n
\n if (PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT &&
\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT) {
\n if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n pedestrian_pressed = SET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n else {
\n pedestrian_pressed = RESET;
\n }
\n } else {
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n
\n vTaskDelay(1);
\n }
\n}
\n
\nvoid Control(void *p) {
\n // keep track of time
\n time_expired = RESET;
\n curr_light_tick_time = xTaskGetTickCount();
\n prev_light_tick_time = curr_light_tick_time;
\n
\n while (1) {
\n curr_light_tick_time = xTaskGetTickCount();
\n
\n // check if time to make a transition or if there's been virtual input
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed) {
\n
\n // register that timer has expired
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {
\n time_expired = SET;
\n prev_light_tick_time = curr_light_tick_time;
\n }
\n
\n FSM();
\n } else {
\n time_expired = RESET;
\n }
\n
\n vTaskDelay(1);
\n }
\n}
\n
\nvoid FSM(void) {
\n static TL_states_e present_state = IDLE;
\n static TL_states_e next_state = IDLE;
\n
\n // choose next state
\n switch (present_state) {
\n case IDLE:
\n if (onoff_pressed) {
\n next_state = STOP;
\n } else {
\n next_state = IDLE;
\n }
\n break;
\n
\n case STOP:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = GO;
\n }
\n break;
\n
\n case GO:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(pedestrian_pressed) {
\n next_state = WARN;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;
\n
\n case WARN:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;
\n
\n default:
\n next_state = IDLE;
\n break;
\n }
\n
\n if (next_state != present_state) {
\n present_state = next_state;
\n time_expired = RESET;
\n prev_light_tick_time = curr_light_tick_time;
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n
\n // produce the output
\n switch (present_state) {
\n case IDLE:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case STOP:
\n if(!RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);
\n RedLightOn = SET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case GO:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(!GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);
\n GreenLightOn = SET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case WARN:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(!YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);
\n YellowLightOn = SET;
\n }
\n break;
\n
\n default:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n }
\n}
\n"
(preproc_include) "#include "FreeRTOS.h"
\n"
(#include) "#include"
(string_literal) ""FreeRTOS.h""
(") """
(string_content) "FreeRTOS.h"
(") """
(preproc_include) "#include "task.h"
\n"
(#include) "#include"
(string_literal) ""task.h""
(") """
(string_content) "task.h"
(") """
(comment) "// SSD2119 Display and Touch Drivers
"
(preproc_include) "#include "SSD2119_Display.h"
\n"
(#include) "#include"
(string_literal) ""SSD2119_Display.h""
(") """
(string_content) "SSD2119_Display.h"
(") """
(preproc_include) "#include "SSD2119_Touch.h"
\n"
(#include) "#include"
(string_literal) ""SSD2119_Touch.h""
(") """
(string_content) "SSD2119_Touch.h"
(") """
(comment) "// header file specific to task 2
"
(preproc_include) "#include "task2.h"
\n"
(#include) "#include"
(string_literal) ""task2.h""
(") """
(string_content) "task2.h"
(") """
(preproc_def) "#define SET 1U
\n"
(#define) "#define"
(identifier) "SET"
(preproc_arg) "1U
"
(preproc_def) "#define RESET 0U
\n"
(#define) "#define"
(identifier) "RESET"
(preproc_arg) "0U
"
(comment) "// Flags for the buttons and the timer
"
(declaration) "int pedestrian_pressed = RESET;"
(primitive_type) "int"
(init_declarator) "pedestrian_pressed = RESET"
(identifier) "pedestrian_pressed"
(=) "="
(identifier) "RESET"
(;) ";"
(declaration) "int onoff_pressed = RESET;"
(primitive_type) "int"
(init_declarator) "onoff_pressed = RESET"
(identifier) "onoff_pressed"
(=) "="
(identifier) "RESET"
(;) ";"
(declaration) "int time_expired = RESET;"
(primitive_type) "int"
(init_declarator) "time_expired = RESET"
(identifier) "time_expired"
(=) "="
(identifier) "RESET"
(;) ";"
(comment) "// light_tick is global because FSM() needs to reset the timer when an input
"
(comment) "// results in a transition
"
(declaration) "static int curr_light_tick_time = 0;"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(init_declarator) "curr_light_tick_time = 0"
(identifier) "curr_light_tick_time"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "static int prev_light_tick_time = 0;"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(init_declarator) "prev_light_tick_time = 0"
(identifier) "prev_light_tick_time"
(=) "="
(number_literal) "0"
(;) ";"
(comment) "// ped_tick global because FSM() needs to reset this timer to ensure that
"
(comment) "// the pedestrian button be pressed for two seconds during GO before going to WARN
"
(declaration) "static int curr_ped_tick_time = 0;"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(init_declarator) "curr_ped_tick_time = 0"
(identifier) "curr_ped_tick_time"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "static int prev_ped_tick_time = 0;"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(init_declarator) "prev_ped_tick_time = 0"
(identifier) "prev_ped_tick_time"
(=) "="
(number_literal) "0"
(;) ";"
(comment) "// Since drawing circles on the screen is time-consuming, we'll keep track of the light states
"
(comment) "// so that we don't draw on an already drawn spot
"
(declaration) "uint8_t GreenLightOn = RESET;"
(primitive_type) "uint8_t"
(init_declarator) "GreenLightOn = RESET"
(identifier) "GreenLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(declaration) "uint8_t YellowLightOn = RESET;"
(primitive_type) "uint8_t"
(init_declarator) "YellowLightOn = RESET"
(identifier) "YellowLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(declaration) "uint8_t RedLightOn = RESET;"
(primitive_type) "uint8_t"
(init_declarator) "RedLightOn = RESET"
(identifier) "RedLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(comment) "// Task function that checks the state of the virtual pedestrian button.
"
(comment) "// Keeps track of how many seconds the pedestrian button has been pressed.
"
(comment) "// Once the user has pressed the virtual pedestrian button for 2 seconds,
"
(comment) "// it will set the global flag indicating the virtual pedestrian button
"
(comment) "// has been pressed.
"
(declaration) "void Pedestrian(void *p);"
(primitive_type) "void"
(function_declarator) "Pedestrian(void *p)"
(identifier) "Pedestrian"
(parameter_list) "(void *p)"
(() "("
(parameter_declaration) "void *p"
(primitive_type) "void"
(pointer_declarator) "*p"
(*) "*"
(identifier) "p"
()) ")"
(;) ";"
(comment) "// Task function that checks the state of the virtual onoff button.
"
(comment) "// Keeps track of how many seconds the onoff button has been pressed.
"
(comment) "// Once the user has pressed the onoff button for 2 seconds,
"
(comment) "// it will set the global flag indicating the onoff button has been
"
(comment) "// pressed
"
(declaration) "void StartStop(void *p);"
(primitive_type) "void"
(function_declarator) "StartStop(void *p)"
(identifier) "StartStop"
(parameter_list) "(void *p)"
(() "("
(parameter_declaration) "void *p"
(primitive_type) "void"
(pointer_declarator) "*p"
(*) "*"
(identifier) "p"
()) ")"
(;) ";"
(comment) "// Task function that represents your Finite State Machine.
"
(comment) "// Keeps track of how many seconds the virtual traffic light has been
"
(comment) "// lighting on. It will update the state of the traffic light system
"
(comment) "// every 5 seconds or once there's virtual button input.
"
(declaration) "void Control(void *p);"
(primitive_type) "void"
(function_declarator) "Control(void *p)"
(identifier) "Control"
(parameter_list) "(void *p)"
(() "("
(parameter_declaration) "void *p"
(primitive_type) "void"
(pointer_declarator) "*p"
(*) "*"
(identifier) "p"
()) ")"
(;) ";"
(comment) "// Helper function that represents the traffic light FSM
"
(comment) "// Handles the traffic light state transition.
"
(declaration) "void FSM(void);"
(primitive_type) "void"
(function_declarator) "FSM(void)"
(identifier) "FSM"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(;) ";"
(function_definition) "void vApplicationStackOverflowHook(TaskHandle_t xTask, char *pcTaskName) {
\n while (1) {}
\n}"
(primitive_type) "void"
(function_declarator) "vApplicationStackOverflowHook(TaskHandle_t xTask, char *pcTaskName)"
(identifier) "vApplicationStackOverflowHook"
(parameter_list) "(TaskHandle_t xTask, char *pcTaskName)"
(() "("
(parameter_declaration) "TaskHandle_t xTask"
(type_identifier) "TaskHandle_t"
(identifier) "xTask"
(,) ","
(parameter_declaration) "char *pcTaskName"
(primitive_type) "char"
(pointer_declarator) "*pcTaskName"
(*) "*"
(identifier) "pcTaskName"
()) ")"
(compound_statement) "{
\n while (1) {}
\n}"
({) "{"
(while_statement) "while (1) {}"
(while) "while"
(parenthesized_expression) "(1)"
(() "("
(number_literal) "1"
()) ")"
(compound_statement) "{}"
({) "{"
(}) "}"
(}) "}"
(function_definition) "int main(void) {
\n // Initialize the display and touch
\n // functionalities of the SSD2119 touch display assembly.
\n LCD_Init();
\n Touch_Init();
\n
\n // Draw initial state of the screen
\n LCD_ColorFill(BACKGROUND_COLOR);
\n LCD_SetTextColor(255, 255, 255);
\n LCD_SetCursor(0, 0);
\n
\n // Draw buttons
\n LCD_DrawFilledCircle(START_STOP_X, START_STOP_Y, RADIUS, START_STOP_COLOR);
\n LCD_DrawFilledCircle(PED_X, PED_Y, RADIUS, PED_COLOR);
\n
\n // Label buttons
\n LCD_SetCursor(START_STOP_LABEL_X, START_STOP_LABEL_Y);
\n LCD_PrintString("Start/Stop");
\n LCD_SetCursor(PED_LABEL_X, PED_LABEL_Y);
\n LCD_PrintString("Pedestrian");
\n LCD_SetCursor(0, 0);
\n
\n xTaskCreate(StartStop, (const char *)"StartStopButton", 1024, NULL, 0U, NULL);
\n xTaskCreate(Pedestrian, (const char *)"PedestrianButton", 1024, NULL, 0U, NULL);
\n xTaskCreate(Control, (const char *)"Control FSM", 1024, NULL, 0U, NULL);
\n
\n vTaskStartScheduler();
\n
\n while(1);
\n}"
(primitive_type) "int"
(function_declarator) "main(void)"
(identifier) "main"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{
\n // Initialize the display and touch
\n // functionalities of the SSD2119 touch display assembly.
\n LCD_Init();
\n Touch_Init();
\n
\n // Draw initial state of the screen
\n LCD_ColorFill(BACKGROUND_COLOR);
\n LCD_SetTextColor(255, 255, 255);
\n LCD_SetCursor(0, 0);
\n
\n // Draw buttons
\n LCD_DrawFilledCircle(START_STOP_X, START_STOP_Y, RADIUS, START_STOP_COLOR);
\n LCD_DrawFilledCircle(PED_X, PED_Y, RADIUS, PED_COLOR);
\n
\n // Label buttons
\n LCD_SetCursor(START_STOP_LABEL_X, START_STOP_LABEL_Y);
\n LCD_PrintString("Start/Stop");
\n LCD_SetCursor(PED_LABEL_X, PED_LABEL_Y);
\n LCD_PrintString("Pedestrian");
\n LCD_SetCursor(0, 0);
\n
\n xTaskCreate(StartStop, (const char *)"StartStopButton", 1024, NULL, 0U, NULL);
\n xTaskCreate(Pedestrian, (const char *)"PedestrianButton", 1024, NULL, 0U, NULL);
\n xTaskCreate(Control, (const char *)"Control FSM", 1024, NULL, 0U, NULL);
\n
\n vTaskStartScheduler();
\n
\n while(1);
\n}"
({) "{"
(comment) "// Initialize the display and touch
"
(comment) "// functionalities of the SSD2119 touch display assembly.
"
(expression_statement) "LCD_Init();"
(call_expression) "LCD_Init()"
(identifier) "LCD_Init"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "Touch_Init();"
(call_expression) "Touch_Init()"
(identifier) "Touch_Init"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "// Draw initial state of the screen
"
(expression_statement) "LCD_ColorFill(BACKGROUND_COLOR);"
(call_expression) "LCD_ColorFill(BACKGROUND_COLOR)"
(identifier) "LCD_ColorFill"
(argument_list) "(BACKGROUND_COLOR)"
(() "("
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "LCD_SetTextColor(255, 255, 255);"
(call_expression) "LCD_SetTextColor(255, 255, 255)"
(identifier) "LCD_SetTextColor"
(argument_list) "(255, 255, 255)"
(() "("
(number_literal) "255"
(,) ","
(number_literal) "255"
(,) ","
(number_literal) "255"
()) ")"
(;) ";"
(expression_statement) "LCD_SetCursor(0, 0);"
(call_expression) "LCD_SetCursor(0, 0)"
(identifier) "LCD_SetCursor"
(argument_list) "(0, 0)"
(() "("
(number_literal) "0"
(,) ","
(number_literal) "0"
()) ")"
(;) ";"
(comment) "// Draw buttons
"
(expression_statement) "LCD_DrawFilledCircle(START_STOP_X, START_STOP_Y, RADIUS, START_STOP_COLOR);"
(call_expression) "LCD_DrawFilledCircle(START_STOP_X, START_STOP_Y, RADIUS, START_STOP_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(START_STOP_X, START_STOP_Y, RADIUS, START_STOP_COLOR)"
(() "("
(identifier) "START_STOP_X"
(,) ","
(identifier) "START_STOP_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "START_STOP_COLOR"
()) ")"
(;) ";"
(expression_statement) "LCD_DrawFilledCircle(PED_X, PED_Y, RADIUS, PED_COLOR);"
(call_expression) "LCD_DrawFilledCircle(PED_X, PED_Y, RADIUS, PED_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(PED_X, PED_Y, RADIUS, PED_COLOR)"
(() "("
(identifier) "PED_X"
(,) ","
(identifier) "PED_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "PED_COLOR"
()) ")"
(;) ";"
(comment) "// Label buttons
"
(expression_statement) "LCD_SetCursor(START_STOP_LABEL_X, START_STOP_LABEL_Y);"
(call_expression) "LCD_SetCursor(START_STOP_LABEL_X, START_STOP_LABEL_Y)"
(identifier) "LCD_SetCursor"
(argument_list) "(START_STOP_LABEL_X, START_STOP_LABEL_Y)"
(() "("
(identifier) "START_STOP_LABEL_X"
(,) ","
(identifier) "START_STOP_LABEL_Y"
()) ")"
(;) ";"
(expression_statement) "LCD_PrintString("Start/Stop");"
(call_expression) "LCD_PrintString("Start/Stop")"
(identifier) "LCD_PrintString"
(argument_list) "("Start/Stop")"
(() "("
(string_literal) ""Start/Stop""
(") """
(string_content) "Start/Stop"
(") """
()) ")"
(;) ";"
(expression_statement) "LCD_SetCursor(PED_LABEL_X, PED_LABEL_Y);"
(call_expression) "LCD_SetCursor(PED_LABEL_X, PED_LABEL_Y)"
(identifier) "LCD_SetCursor"
(argument_list) "(PED_LABEL_X, PED_LABEL_Y)"
(() "("
(identifier) "PED_LABEL_X"
(,) ","
(identifier) "PED_LABEL_Y"
()) ")"
(;) ";"
(expression_statement) "LCD_PrintString("Pedestrian");"
(call_expression) "LCD_PrintString("Pedestrian")"
(identifier) "LCD_PrintString"
(argument_list) "("Pedestrian")"
(() "("
(string_literal) ""Pedestrian""
(") """
(string_content) "Pedestrian"
(") """
()) ")"
(;) ";"
(expression_statement) "LCD_SetCursor(0, 0);"
(call_expression) "LCD_SetCursor(0, 0)"
(identifier) "LCD_SetCursor"
(argument_list) "(0, 0)"
(() "("
(number_literal) "0"
(,) ","
(number_literal) "0"
()) ")"
(;) ";"
(expression_statement) "xTaskCreate(StartStop, (const char *)"StartStopButton", 1024, NULL, 0U, NULL);"
(call_expression) "xTaskCreate(StartStop, (const char *)"StartStopButton", 1024, NULL, 0U, NULL)"
(identifier) "xTaskCreate"
(argument_list) "(StartStop, (const char *)"StartStopButton", 1024, NULL, 0U, NULL)"
(() "("
(identifier) "StartStop"
(,) ","
(cast_expression) "(const char *)"StartStopButton""
(() "("
(type_descriptor) "const char *"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(string_literal) ""StartStopButton""
(") """
(string_content) "StartStopButton"
(") """
(,) ","
(number_literal) "1024"
(,) ","
(null) "NULL"
(NULL) "NULL"
(,) ","
(number_literal) "0U"
(,) ","
(null) "NULL"
(NULL) "NULL"
()) ")"
(;) ";"
(expression_statement) "xTaskCreate(Pedestrian, (const char *)"PedestrianButton", 1024, NULL, 0U, NULL);"
(call_expression) "xTaskCreate(Pedestrian, (const char *)"PedestrianButton", 1024, NULL, 0U, NULL)"
(identifier) "xTaskCreate"
(argument_list) "(Pedestrian, (const char *)"PedestrianButton", 1024, NULL, 0U, NULL)"
(() "("
(identifier) "Pedestrian"
(,) ","
(cast_expression) "(const char *)"PedestrianButton""
(() "("
(type_descriptor) "const char *"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(string_literal) ""PedestrianButton""
(") """
(string_content) "PedestrianButton"
(") """
(,) ","
(number_literal) "1024"
(,) ","
(null) "NULL"
(NULL) "NULL"
(,) ","
(number_literal) "0U"
(,) ","
(null) "NULL"
(NULL) "NULL"
()) ")"
(;) ";"
(expression_statement) "xTaskCreate(Control, (const char *)"Control FSM", 1024, NULL, 0U, NULL);"
(call_expression) "xTaskCreate(Control, (const char *)"Control FSM", 1024, NULL, 0U, NULL)"
(identifier) "xTaskCreate"
(argument_list) "(Control, (const char *)"Control FSM", 1024, NULL, 0U, NULL)"
(() "("
(identifier) "Control"
(,) ","
(cast_expression) "(const char *)"Control FSM""
(() "("
(type_descriptor) "const char *"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(string_literal) ""Control FSM""
(") """
(string_content) "Control FSM"
(") """
(,) ","
(number_literal) "1024"
(,) ","
(null) "NULL"
(NULL) "NULL"
(,) ","
(number_literal) "0U"
(,) ","
(null) "NULL"
(NULL) "NULL"
()) ")"
(;) ";"
(expression_statement) "vTaskStartScheduler();"
(call_expression) "vTaskStartScheduler()"
(identifier) "vTaskStartScheduler"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(while_statement) "while(1);"
(while) "while"
(parenthesized_expression) "(1)"
(() "("
(number_literal) "1"
()) ")"
(expression_statement) ";"
(;) ";"
(}) "}"
(function_definition) "void StartStop(void *p) {
\n // keep track of time
\n static int curr_onoff_tick_time = 0;
\n static int prev_onoff_tick_time = 0;
\n curr_onoff_tick_time = xTaskGetTickCount();
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n
\n // coordinates of a touch
\n unsigned long x = 0;
\n unsigned long y = 0;
\n while (1) {
\n curr_onoff_tick_time = xTaskGetTickCount();
\n
\n // Check whether the virtual button is pressed
\n x = Touch_ReadX();
\n y = Touch_ReadY();
\n if ((START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT &&
\n START_STOP_BOTTOM_LIMIT < y && y < START_STOP_TOP_LIMIT)) {
\n if (curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n onoff_pressed = SET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n else {
\n onoff_pressed = RESET;
\n }
\n } else {
\n onoff_pressed = RESET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n
\n vTaskDelay(1);
\n }
\n}"
(primitive_type) "void"
(function_declarator) "StartStop(void *p)"
(identifier) "StartStop"
(parameter_list) "(void *p)"
(() "("
(parameter_declaration) "void *p"
(primitive_type) "void"
(pointer_declarator) "*p"
(*) "*"
(identifier) "p"
()) ")"
(compound_statement) "{
\n // keep track of time
\n static int curr_onoff_tick_time = 0;
\n static int prev_onoff_tick_time = 0;
\n curr_onoff_tick_time = xTaskGetTickCount();
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n
\n // coordinates of a touch
\n unsigned long x = 0;
\n unsigned long y = 0;
\n while (1) {
\n curr_onoff_tick_time = xTaskGetTickCount();
\n
\n // Check whether the virtual button is pressed
\n x = Touch_ReadX();
\n y = Touch_ReadY();
\n if ((START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT &&
\n START_STOP_BOTTOM_LIMIT < y && y < START_STOP_TOP_LIMIT)) {
\n if (curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n onoff_pressed = SET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n else {
\n onoff_pressed = RESET;
\n }
\n } else {
\n onoff_pressed = RESET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n
\n vTaskDelay(1);
\n }
\n}"
({) "{"
(comment) "// keep track of time
"
(declaration) "static int curr_onoff_tick_time = 0;"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(init_declarator) "curr_onoff_tick_time = 0"
(identifier) "curr_onoff_tick_time"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "static int prev_onoff_tick_time = 0;"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(init_declarator) "prev_onoff_tick_time = 0"
(identifier) "prev_onoff_tick_time"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "curr_onoff_tick_time = xTaskGetTickCount();"
(assignment_expression) "curr_onoff_tick_time = xTaskGetTickCount()"
(identifier) "curr_onoff_tick_time"
(=) "="
(call_expression) "xTaskGetTickCount()"
(identifier) "xTaskGetTickCount"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "prev_onoff_tick_time = curr_onoff_tick_time;"
(assignment_expression) "prev_onoff_tick_time = curr_onoff_tick_time"
(identifier) "prev_onoff_tick_time"
(=) "="
(identifier) "curr_onoff_tick_time"
(;) ";"
(comment) "// coordinates of a touch
"
(declaration) "unsigned long x = 0;"
(sized_type_specifier) "unsigned long"
(unsigned) "unsigned"
(long) "long"
(init_declarator) "x = 0"
(identifier) "x"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "unsigned long y = 0;"
(sized_type_specifier) "unsigned long"
(unsigned) "unsigned"
(long) "long"
(init_declarator) "y = 0"
(identifier) "y"
(=) "="
(number_literal) "0"
(;) ";"
(while_statement) "while (1) {
\n curr_onoff_tick_time = xTaskGetTickCount();
\n
\n // Check whether the virtual button is pressed
\n x = Touch_ReadX();
\n y = Touch_ReadY();
\n if ((START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT &&
\n START_STOP_BOTTOM_LIMIT < y && y < START_STOP_TOP_LIMIT)) {
\n if (curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n onoff_pressed = SET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n else {
\n onoff_pressed = RESET;
\n }
\n } else {
\n onoff_pressed = RESET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n
\n vTaskDelay(1);
\n }"
(while) "while"
(parenthesized_expression) "(1)"
(() "("
(number_literal) "1"
()) ")"
(compound_statement) "{
\n curr_onoff_tick_time = xTaskGetTickCount();
\n
\n // Check whether the virtual button is pressed
\n x = Touch_ReadX();
\n y = Touch_ReadY();
\n if ((START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT &&
\n START_STOP_BOTTOM_LIMIT < y && y < START_STOP_TOP_LIMIT)) {
\n if (curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n onoff_pressed = SET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n else {
\n onoff_pressed = RESET;
\n }
\n } else {
\n onoff_pressed = RESET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n
\n vTaskDelay(1);
\n }"
({) "{"
(expression_statement) "curr_onoff_tick_time = xTaskGetTickCount();"
(assignment_expression) "curr_onoff_tick_time = xTaskGetTickCount()"
(identifier) "curr_onoff_tick_time"
(=) "="
(call_expression) "xTaskGetTickCount()"
(identifier) "xTaskGetTickCount"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "// Check whether the virtual button is pressed
"
(expression_statement) "x = Touch_ReadX();"
(assignment_expression) "x = Touch_ReadX()"
(identifier) "x"
(=) "="
(call_expression) "Touch_ReadX()"
(identifier) "Touch_ReadX"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "y = Touch_ReadY();"
(assignment_expression) "y = Touch_ReadY()"
(identifier) "y"
(=) "="
(call_expression) "Touch_ReadY()"
(identifier) "Touch_ReadY"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(if_statement) "if ((START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT &&
\n START_STOP_BOTTOM_LIMIT < y && y < START_STOP_TOP_LIMIT)) {
\n if (curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n onoff_pressed = SET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n else {
\n onoff_pressed = RESET;
\n }
\n } else {
\n onoff_pressed = RESET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }"
(if) "if"
(parenthesized_expression) "((START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT &&
\n START_STOP_BOTTOM_LIMIT < y && y < START_STOP_TOP_LIMIT))"
(() "("
(parenthesized_expression) "(START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT &&
\n START_STOP_BOTTOM_LIMIT < y && y < START_STOP_TOP_LIMIT)"
(() "("
(binary_expression) "START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT &&
\n START_STOP_BOTTOM_LIMIT < y && y < START_STOP_TOP_LIMIT"
(binary_expression) "START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT &&
\n START_STOP_BOTTOM_LIMIT < y"
(binary_expression) "START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT"
(binary_expression) "START_STOP_LEFT_LIMIT < x"
(identifier) "START_STOP_LEFT_LIMIT"
(<) "<"
(identifier) "x"
(&&) "&&"
(binary_expression) "x < START_STOP_RIGHT_LIMIT"
(identifier) "x"
(<) "<"
(identifier) "START_STOP_RIGHT_LIMIT"
(&&) "&&"
(binary_expression) "START_STOP_BOTTOM_LIMIT < y"
(identifier) "START_STOP_BOTTOM_LIMIT"
(<) "<"
(identifier) "y"
(&&) "&&"
(binary_expression) "y < START_STOP_TOP_LIMIT"
(identifier) "y"
(<) "<"
(identifier) "START_STOP_TOP_LIMIT"
()) ")"
()) ")"
(compound_statement) "{
\n if (curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n onoff_pressed = SET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n else {
\n onoff_pressed = RESET;
\n }
\n }"
({) "{"
(if_statement) "if (curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n onoff_pressed = SET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }
\n else {
\n onoff_pressed = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S))"
(() "("
(binary_expression) "curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)"
(binary_expression) "curr_onoff_tick_time - prev_onoff_tick_time"
(identifier) "curr_onoff_tick_time"
(-) "-"
(identifier) "prev_onoff_tick_time"
(>=) ">="
(call_expression) "SEC_TO_MS(BUTTON_PRESS_IN_S)"
(identifier) "SEC_TO_MS"
(argument_list) "(BUTTON_PRESS_IN_S)"
(() "("
(identifier) "BUTTON_PRESS_IN_S"
()) ")"
()) ")"
(compound_statement) "{
\n // register the input
\n onoff_pressed = SET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }"
({) "{"
(comment) "// register the input
"
(expression_statement) "onoff_pressed = SET;"
(assignment_expression) "onoff_pressed = SET"
(identifier) "onoff_pressed"
(=) "="
(identifier) "SET"
(;) ";"
(expression_statement) "prev_onoff_tick_time = curr_onoff_tick_time;"
(assignment_expression) "prev_onoff_tick_time = curr_onoff_tick_time"
(identifier) "prev_onoff_tick_time"
(=) "="
(identifier) "curr_onoff_tick_time"
(;) ";"
(}) "}"
(else_clause) "else {
\n onoff_pressed = RESET;
\n }"
(else) "else"
(compound_statement) "{
\n onoff_pressed = RESET;
\n }"
({) "{"
(expression_statement) "onoff_pressed = RESET;"
(assignment_expression) "onoff_pressed = RESET"
(identifier) "onoff_pressed"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(}) "}"
(else_clause) "else {
\n onoff_pressed = RESET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }"
(else) "else"
(compound_statement) "{
\n onoff_pressed = RESET;
\n prev_onoff_tick_time = curr_onoff_tick_time;
\n }"
({) "{"
(expression_statement) "onoff_pressed = RESET;"
(assignment_expression) "onoff_pressed = RESET"
(identifier) "onoff_pressed"
(=) "="
(identifier) "RESET"
(;) ";"
(expression_statement) "prev_onoff_tick_time = curr_onoff_tick_time;"
(assignment_expression) "prev_onoff_tick_time = curr_onoff_tick_time"
(identifier) "prev_onoff_tick_time"
(=) "="
(identifier) "curr_onoff_tick_time"
(;) ";"
(}) "}"
(expression_statement) "vTaskDelay(1);"
(call_expression) "vTaskDelay(1)"
(identifier) "vTaskDelay"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
(;) ";"
(}) "}"
(}) "}"
(function_definition) "void Pedestrian(void *p) {
\n curr_ped_tick_time = xTaskGetTickCount();
\n prev_ped_tick_time = curr_ped_tick_time;
\n
\n // coordinates of a touch
\n unsigned long x = 0;
\n unsigned long y = 0;
\n
\n while (1) {
\n curr_ped_tick_time = xTaskGetTickCount();
\n
\n // check if button has been pressed
\n x = Touch_ReadX();
\n y = Touch_ReadY();
\n
\n if (PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT &&
\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT) {
\n if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n pedestrian_pressed = SET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n else {
\n pedestrian_pressed = RESET;
\n }
\n } else {
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n
\n vTaskDelay(1);
\n }
\n}"
(primitive_type) "void"
(function_declarator) "Pedestrian(void *p)"
(identifier) "Pedestrian"
(parameter_list) "(void *p)"
(() "("
(parameter_declaration) "void *p"
(primitive_type) "void"
(pointer_declarator) "*p"
(*) "*"
(identifier) "p"
()) ")"
(compound_statement) "{
\n curr_ped_tick_time = xTaskGetTickCount();
\n prev_ped_tick_time = curr_ped_tick_time;
\n
\n // coordinates of a touch
\n unsigned long x = 0;
\n unsigned long y = 0;
\n
\n while (1) {
\n curr_ped_tick_time = xTaskGetTickCount();
\n
\n // check if button has been pressed
\n x = Touch_ReadX();
\n y = Touch_ReadY();
\n
\n if (PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT &&
\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT) {
\n if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n pedestrian_pressed = SET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n else {
\n pedestrian_pressed = RESET;
\n }
\n } else {
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n
\n vTaskDelay(1);
\n }
\n}"
({) "{"
(expression_statement) "curr_ped_tick_time = xTaskGetTickCount();"
(assignment_expression) "curr_ped_tick_time = xTaskGetTickCount()"
(identifier) "curr_ped_tick_time"
(=) "="
(call_expression) "xTaskGetTickCount()"
(identifier) "xTaskGetTickCount"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "prev_ped_tick_time = curr_ped_tick_time;"
(assignment_expression) "prev_ped_tick_time = curr_ped_tick_time"
(identifier) "prev_ped_tick_time"
(=) "="
(identifier) "curr_ped_tick_time"
(;) ";"
(comment) "// coordinates of a touch
"
(declaration) "unsigned long x = 0;"
(sized_type_specifier) "unsigned long"
(unsigned) "unsigned"
(long) "long"
(init_declarator) "x = 0"
(identifier) "x"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "unsigned long y = 0;"
(sized_type_specifier) "unsigned long"
(unsigned) "unsigned"
(long) "long"
(init_declarator) "y = 0"
(identifier) "y"
(=) "="
(number_literal) "0"
(;) ";"
(while_statement) "while (1) {
\n curr_ped_tick_time = xTaskGetTickCount();
\n
\n // check if button has been pressed
\n x = Touch_ReadX();
\n y = Touch_ReadY();
\n
\n if (PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT &&
\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT) {
\n if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n pedestrian_pressed = SET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n else {
\n pedestrian_pressed = RESET;
\n }
\n } else {
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n
\n vTaskDelay(1);
\n }"
(while) "while"
(parenthesized_expression) "(1)"
(() "("
(number_literal) "1"
()) ")"
(compound_statement) "{
\n curr_ped_tick_time = xTaskGetTickCount();
\n
\n // check if button has been pressed
\n x = Touch_ReadX();
\n y = Touch_ReadY();
\n
\n if (PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT &&
\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT) {
\n if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n pedestrian_pressed = SET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n else {
\n pedestrian_pressed = RESET;
\n }
\n } else {
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n
\n vTaskDelay(1);
\n }"
({) "{"
(expression_statement) "curr_ped_tick_time = xTaskGetTickCount();"
(assignment_expression) "curr_ped_tick_time = xTaskGetTickCount()"
(identifier) "curr_ped_tick_time"
(=) "="
(call_expression) "xTaskGetTickCount()"
(identifier) "xTaskGetTickCount"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "// check if button has been pressed
"
(expression_statement) "x = Touch_ReadX();"
(assignment_expression) "x = Touch_ReadX()"
(identifier) "x"
(=) "="
(call_expression) "Touch_ReadX()"
(identifier) "Touch_ReadX"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "y = Touch_ReadY();"
(assignment_expression) "y = Touch_ReadY()"
(identifier) "y"
(=) "="
(call_expression) "Touch_ReadY()"
(identifier) "Touch_ReadY"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(if_statement) "if (PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT &&
\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT) {
\n if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n pedestrian_pressed = SET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n else {
\n pedestrian_pressed = RESET;
\n }
\n } else {
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }"
(if) "if"
(parenthesized_expression) "(PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT &&
\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT)"
(() "("
(binary_expression) "PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT &&
\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT"
(binary_expression) "PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT &&
\n PED_BOT_LIMIT < y"
(binary_expression) "PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT"
(binary_expression) "PED_LEFT_LIMIT < x"
(identifier) "PED_LEFT_LIMIT"
(<) "<"
(identifier) "x"
(&&) "&&"
(binary_expression) "x < PED_RIGHT_LIMIT"
(identifier) "x"
(<) "<"
(identifier) "PED_RIGHT_LIMIT"
(&&) "&&"
(binary_expression) "PED_BOT_LIMIT < y"
(identifier) "PED_BOT_LIMIT"
(<) "<"
(identifier) "y"
(&&) "&&"
(binary_expression) "y < PED_TOP_LIMIT"
(identifier) "y"
(<) "<"
(identifier) "PED_TOP_LIMIT"
()) ")"
(compound_statement) "{
\n if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n pedestrian_pressed = SET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n else {
\n pedestrian_pressed = RESET;
\n }
\n }"
({) "{"
(if_statement) "if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {
\n // register the input
\n pedestrian_pressed = SET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n else {
\n pedestrian_pressed = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S))"
(() "("
(binary_expression) "curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)"
(binary_expression) "curr_ped_tick_time - prev_ped_tick_time"
(identifier) "curr_ped_tick_time"
(-) "-"
(identifier) "prev_ped_tick_time"
(>=) ">="
(call_expression) "SEC_TO_MS(BUTTON_PRESS_IN_S)"
(identifier) "SEC_TO_MS"
(argument_list) "(BUTTON_PRESS_IN_S)"
(() "("
(identifier) "BUTTON_PRESS_IN_S"
()) ")"
()) ")"
(compound_statement) "{
\n // register the input
\n pedestrian_pressed = SET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }"
({) "{"
(comment) "// register the input
"
(expression_statement) "pedestrian_pressed = SET;"
(assignment_expression) "pedestrian_pressed = SET"
(identifier) "pedestrian_pressed"
(=) "="
(identifier) "SET"
(;) ";"
(expression_statement) "prev_ped_tick_time = curr_ped_tick_time;"
(assignment_expression) "prev_ped_tick_time = curr_ped_tick_time"
(identifier) "prev_ped_tick_time"
(=) "="
(identifier) "curr_ped_tick_time"
(;) ";"
(}) "}"
(else_clause) "else {
\n pedestrian_pressed = RESET;
\n }"
(else) "else"
(compound_statement) "{
\n pedestrian_pressed = RESET;
\n }"
({) "{"
(expression_statement) "pedestrian_pressed = RESET;"
(assignment_expression) "pedestrian_pressed = RESET"
(identifier) "pedestrian_pressed"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(}) "}"
(else_clause) "else {
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }"
(else) "else"
(compound_statement) "{
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }"
({) "{"
(expression_statement) "pedestrian_pressed = RESET;"
(assignment_expression) "pedestrian_pressed = RESET"
(identifier) "pedestrian_pressed"
(=) "="
(identifier) "RESET"
(;) ";"
(expression_statement) "prev_ped_tick_time = curr_ped_tick_time;"
(assignment_expression) "prev_ped_tick_time = curr_ped_tick_time"
(identifier) "prev_ped_tick_time"
(=) "="
(identifier) "curr_ped_tick_time"
(;) ";"
(}) "}"
(expression_statement) "vTaskDelay(1);"
(call_expression) "vTaskDelay(1)"
(identifier) "vTaskDelay"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
(;) ";"
(}) "}"
(}) "}"
(function_definition) "void Control(void *p) {
\n // keep track of time
\n time_expired = RESET;
\n curr_light_tick_time = xTaskGetTickCount();
\n prev_light_tick_time = curr_light_tick_time;
\n
\n while (1) {
\n curr_light_tick_time = xTaskGetTickCount();
\n
\n // check if time to make a transition or if there's been virtual input
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed) {
\n
\n // register that timer has expired
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {
\n time_expired = SET;
\n prev_light_tick_time = curr_light_tick_time;
\n }
\n
\n FSM();
\n } else {
\n time_expired = RESET;
\n }
\n
\n vTaskDelay(1);
\n }
\n}"
(primitive_type) "void"
(function_declarator) "Control(void *p)"
(identifier) "Control"
(parameter_list) "(void *p)"
(() "("
(parameter_declaration) "void *p"
(primitive_type) "void"
(pointer_declarator) "*p"
(*) "*"
(identifier) "p"
()) ")"
(compound_statement) "{
\n // keep track of time
\n time_expired = RESET;
\n curr_light_tick_time = xTaskGetTickCount();
\n prev_light_tick_time = curr_light_tick_time;
\n
\n while (1) {
\n curr_light_tick_time = xTaskGetTickCount();
\n
\n // check if time to make a transition or if there's been virtual input
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed) {
\n
\n // register that timer has expired
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {
\n time_expired = SET;
\n prev_light_tick_time = curr_light_tick_time;
\n }
\n
\n FSM();
\n } else {
\n time_expired = RESET;
\n }
\n
\n vTaskDelay(1);
\n }
\n}"
({) "{"
(comment) "// keep track of time
"
(expression_statement) "time_expired = RESET;"
(assignment_expression) "time_expired = RESET"
(identifier) "time_expired"
(=) "="
(identifier) "RESET"
(;) ";"
(expression_statement) "curr_light_tick_time = xTaskGetTickCount();"
(assignment_expression) "curr_light_tick_time = xTaskGetTickCount()"
(identifier) "curr_light_tick_time"
(=) "="
(call_expression) "xTaskGetTickCount()"
(identifier) "xTaskGetTickCount"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "prev_light_tick_time = curr_light_tick_time;"
(assignment_expression) "prev_light_tick_time = curr_light_tick_time"
(identifier) "prev_light_tick_time"
(=) "="
(identifier) "curr_light_tick_time"
(;) ";"
(while_statement) "while (1) {
\n curr_light_tick_time = xTaskGetTickCount();
\n
\n // check if time to make a transition or if there's been virtual input
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed) {
\n
\n // register that timer has expired
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {
\n time_expired = SET;
\n prev_light_tick_time = curr_light_tick_time;
\n }
\n
\n FSM();
\n } else {
\n time_expired = RESET;
\n }
\n
\n vTaskDelay(1);
\n }"
(while) "while"
(parenthesized_expression) "(1)"
(() "("
(number_literal) "1"
()) ")"
(compound_statement) "{
\n curr_light_tick_time = xTaskGetTickCount();
\n
\n // check if time to make a transition or if there's been virtual input
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed) {
\n
\n // register that timer has expired
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {
\n time_expired = SET;
\n prev_light_tick_time = curr_light_tick_time;
\n }
\n
\n FSM();
\n } else {
\n time_expired = RESET;
\n }
\n
\n vTaskDelay(1);
\n }"
({) "{"
(expression_statement) "curr_light_tick_time = xTaskGetTickCount();"
(assignment_expression) "curr_light_tick_time = xTaskGetTickCount()"
(identifier) "curr_light_tick_time"
(=) "="
(call_expression) "xTaskGetTickCount()"
(identifier) "xTaskGetTickCount"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "// check if time to make a transition or if there's been virtual input
"
(if_statement) "if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed) {
\n
\n // register that timer has expired
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {
\n time_expired = SET;
\n prev_light_tick_time = curr_light_tick_time;
\n }
\n
\n FSM();
\n } else {
\n time_expired = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed)"
(() "("
(binary_expression) "curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed"
(binary_expression) "curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed"
(binary_expression) "curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)"
(binary_expression) "curr_light_tick_time - prev_light_tick_time"
(identifier) "curr_light_tick_time"
(-) "-"
(identifier) "prev_light_tick_time"
(>=) ">="
(call_expression) "SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)"
(identifier) "SEC_TO_MS"
(argument_list) "(TRANSITION_TIMEOUT_IN_S)"
(() "("
(identifier) "TRANSITION_TIMEOUT_IN_S"
()) ")"
(||) "||"
(identifier) "onoff_pressed"
(||) "||"
(identifier) "pedestrian_pressed"
()) ")"
(compound_statement) "{
\n
\n // register that timer has expired
\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {
\n time_expired = SET;
\n prev_light_tick_time = curr_light_tick_time;
\n }
\n
\n FSM();
\n }"
({) "{"
(comment) "// register that timer has expired
"
(if_statement) "if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {
\n time_expired = SET;
\n prev_light_tick_time = curr_light_tick_time;
\n }"
(if) "if"
(parenthesized_expression) "(curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S))"
(() "("
(binary_expression) "curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)"
(binary_expression) "curr_light_tick_time - prev_light_tick_time"
(identifier) "curr_light_tick_time"
(-) "-"
(identifier) "prev_light_tick_time"
(>=) ">="
(call_expression) "SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)"
(identifier) "SEC_TO_MS"
(argument_list) "(TRANSITION_TIMEOUT_IN_S)"
(() "("
(identifier) "TRANSITION_TIMEOUT_IN_S"
()) ")"
()) ")"
(compound_statement) "{
\n time_expired = SET;
\n prev_light_tick_time = curr_light_tick_time;
\n }"
({) "{"
(expression_statement) "time_expired = SET;"
(assignment_expression) "time_expired = SET"
(identifier) "time_expired"
(=) "="
(identifier) "SET"
(;) ";"
(expression_statement) "prev_light_tick_time = curr_light_tick_time;"
(assignment_expression) "prev_light_tick_time = curr_light_tick_time"
(identifier) "prev_light_tick_time"
(=) "="
(identifier) "curr_light_tick_time"
(;) ";"
(}) "}"
(expression_statement) "FSM();"
(call_expression) "FSM()"
(identifier) "FSM"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(else_clause) "else {
\n time_expired = RESET;
\n }"
(else) "else"
(compound_statement) "{
\n time_expired = RESET;
\n }"
({) "{"
(expression_statement) "time_expired = RESET;"
(assignment_expression) "time_expired = RESET"
(identifier) "time_expired"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(expression_statement) "vTaskDelay(1);"
(call_expression) "vTaskDelay(1)"
(identifier) "vTaskDelay"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
(;) ";"
(}) "}"
(}) "}"
(function_definition) "void FSM(void) {
\n static TL_states_e present_state = IDLE;
\n static TL_states_e next_state = IDLE;
\n
\n // choose next state
\n switch (present_state) {
\n case IDLE:
\n if (onoff_pressed) {
\n next_state = STOP;
\n } else {
\n next_state = IDLE;
\n }
\n break;
\n
\n case STOP:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = GO;
\n }
\n break;
\n
\n case GO:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(pedestrian_pressed) {
\n next_state = WARN;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;
\n
\n case WARN:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;
\n
\n default:
\n next_state = IDLE;
\n break;
\n }
\n
\n if (next_state != present_state) {
\n present_state = next_state;
\n time_expired = RESET;
\n prev_light_tick_time = curr_light_tick_time;
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n
\n // produce the output
\n switch (present_state) {
\n case IDLE:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case STOP:
\n if(!RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);
\n RedLightOn = SET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case GO:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(!GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);
\n GreenLightOn = SET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case WARN:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(!YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);
\n YellowLightOn = SET;
\n }
\n break;
\n
\n default:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n }
\n}"
(primitive_type) "void"
(function_declarator) "FSM(void)"
(identifier) "FSM"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{
\n static TL_states_e present_state = IDLE;
\n static TL_states_e next_state = IDLE;
\n
\n // choose next state
\n switch (present_state) {
\n case IDLE:
\n if (onoff_pressed) {
\n next_state = STOP;
\n } else {
\n next_state = IDLE;
\n }
\n break;
\n
\n case STOP:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = GO;
\n }
\n break;
\n
\n case GO:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(pedestrian_pressed) {
\n next_state = WARN;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;
\n
\n case WARN:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;
\n
\n default:
\n next_state = IDLE;
\n break;
\n }
\n
\n if (next_state != present_state) {
\n present_state = next_state;
\n time_expired = RESET;
\n prev_light_tick_time = curr_light_tick_time;
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }
\n
\n // produce the output
\n switch (present_state) {
\n case IDLE:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case STOP:
\n if(!RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);
\n RedLightOn = SET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case GO:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(!GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);
\n GreenLightOn = SET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case WARN:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(!YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);
\n YellowLightOn = SET;
\n }
\n break;
\n
\n default:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n }
\n}"
({) "{"
(declaration) "static TL_states_e present_state = IDLE;"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "TL_states_e"
(init_declarator) "present_state = IDLE"
(identifier) "present_state"
(=) "="
(identifier) "IDLE"
(;) ";"
(declaration) "static TL_states_e next_state = IDLE;"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "TL_states_e"
(init_declarator) "next_state = IDLE"
(identifier) "next_state"
(=) "="
(identifier) "IDLE"
(;) ";"
(comment) "// choose next state
"
(switch_statement) "switch (present_state) {
\n case IDLE:
\n if (onoff_pressed) {
\n next_state = STOP;
\n } else {
\n next_state = IDLE;
\n }
\n break;
\n
\n case STOP:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = GO;
\n }
\n break;
\n
\n case GO:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(pedestrian_pressed) {
\n next_state = WARN;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;
\n
\n case WARN:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;
\n
\n default:
\n next_state = IDLE;
\n break;
\n }"
(switch) "switch"
(parenthesized_expression) "(present_state)"
(() "("
(identifier) "present_state"
()) ")"
(compound_statement) "{
\n case IDLE:
\n if (onoff_pressed) {
\n next_state = STOP;
\n } else {
\n next_state = IDLE;
\n }
\n break;
\n
\n case STOP:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = GO;
\n }
\n break;
\n
\n case GO:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(pedestrian_pressed) {
\n next_state = WARN;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;
\n
\n case WARN:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;
\n
\n default:
\n next_state = IDLE;
\n break;
\n }"
({) "{"
(case_statement) "case IDLE:
\n if (onoff_pressed) {
\n next_state = STOP;
\n } else {
\n next_state = IDLE;
\n }
\n break;"
(case) "case"
(identifier) "IDLE"
(:) ":"
(if_statement) "if (onoff_pressed) {
\n next_state = STOP;
\n } else {
\n next_state = IDLE;
\n }"
(if) "if"
(parenthesized_expression) "(onoff_pressed)"
(() "("
(identifier) "onoff_pressed"
()) ")"
(compound_statement) "{
\n next_state = STOP;
\n }"
({) "{"
(expression_statement) "next_state = STOP;"
(assignment_expression) "next_state = STOP"
(identifier) "next_state"
(=) "="
(identifier) "STOP"
(;) ";"
(}) "}"
(else_clause) "else {
\n next_state = IDLE;
\n }"
(else) "else"
(compound_statement) "{
\n next_state = IDLE;
\n }"
({) "{"
(expression_statement) "next_state = IDLE;"
(assignment_expression) "next_state = IDLE"
(identifier) "next_state"
(=) "="
(identifier) "IDLE"
(;) ";"
(}) "}"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case STOP:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = GO;
\n }
\n break;"
(case) "case"
(identifier) "STOP"
(:) ":"
(if_statement) "if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = GO;
\n }"
(if) "if"
(parenthesized_expression) "(onoff_pressed)"
(() "("
(identifier) "onoff_pressed"
()) ")"
(compound_statement) "{
\n next_state = IDLE;
\n }"
({) "{"
(expression_statement) "next_state = IDLE;"
(assignment_expression) "next_state = IDLE"
(identifier) "next_state"
(=) "="
(identifier) "IDLE"
(;) ";"
(}) "}"
(else_clause) "else if(time_expired) {
\n next_state = GO;
\n }"
(else) "else"
(if_statement) "if(time_expired) {
\n next_state = GO;
\n }"
(if) "if"
(parenthesized_expression) "(time_expired)"
(() "("
(identifier) "time_expired"
()) ")"
(compound_statement) "{
\n next_state = GO;
\n }"
({) "{"
(expression_statement) "next_state = GO;"
(assignment_expression) "next_state = GO"
(identifier) "next_state"
(=) "="
(identifier) "GO"
(;) ";"
(}) "}"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case GO:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(pedestrian_pressed) {
\n next_state = WARN;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;"
(case) "case"
(identifier) "GO"
(:) ":"
(if_statement) "if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(pedestrian_pressed) {
\n next_state = WARN;
\n } else if(time_expired) {
\n next_state = STOP;
\n }"
(if) "if"
(parenthesized_expression) "(onoff_pressed)"
(() "("
(identifier) "onoff_pressed"
()) ")"
(compound_statement) "{
\n next_state = IDLE;
\n }"
({) "{"
(expression_statement) "next_state = IDLE;"
(assignment_expression) "next_state = IDLE"
(identifier) "next_state"
(=) "="
(identifier) "IDLE"
(;) ";"
(}) "}"
(else_clause) "else if(pedestrian_pressed) {
\n next_state = WARN;
\n } else if(time_expired) {
\n next_state = STOP;
\n }"
(else) "else"
(if_statement) "if(pedestrian_pressed) {
\n next_state = WARN;
\n } else if(time_expired) {
\n next_state = STOP;
\n }"
(if) "if"
(parenthesized_expression) "(pedestrian_pressed)"
(() "("
(identifier) "pedestrian_pressed"
()) ")"
(compound_statement) "{
\n next_state = WARN;
\n }"
({) "{"
(expression_statement) "next_state = WARN;"
(assignment_expression) "next_state = WARN"
(identifier) "next_state"
(=) "="
(identifier) "WARN"
(;) ";"
(}) "}"
(else_clause) "else if(time_expired) {
\n next_state = STOP;
\n }"
(else) "else"
(if_statement) "if(time_expired) {
\n next_state = STOP;
\n }"
(if) "if"
(parenthesized_expression) "(time_expired)"
(() "("
(identifier) "time_expired"
()) ")"
(compound_statement) "{
\n next_state = STOP;
\n }"
({) "{"
(expression_statement) "next_state = STOP;"
(assignment_expression) "next_state = STOP"
(identifier) "next_state"
(=) "="
(identifier) "STOP"
(;) ";"
(}) "}"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case WARN:
\n if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = STOP;
\n }
\n break;"
(case) "case"
(identifier) "WARN"
(:) ":"
(if_statement) "if (onoff_pressed) {
\n next_state = IDLE;
\n } else if(time_expired) {
\n next_state = STOP;
\n }"
(if) "if"
(parenthesized_expression) "(onoff_pressed)"
(() "("
(identifier) "onoff_pressed"
()) ")"
(compound_statement) "{
\n next_state = IDLE;
\n }"
({) "{"
(expression_statement) "next_state = IDLE;"
(assignment_expression) "next_state = IDLE"
(identifier) "next_state"
(=) "="
(identifier) "IDLE"
(;) ";"
(}) "}"
(else_clause) "else if(time_expired) {
\n next_state = STOP;
\n }"
(else) "else"
(if_statement) "if(time_expired) {
\n next_state = STOP;
\n }"
(if) "if"
(parenthesized_expression) "(time_expired)"
(() "("
(identifier) "time_expired"
()) ")"
(compound_statement) "{
\n next_state = STOP;
\n }"
({) "{"
(expression_statement) "next_state = STOP;"
(assignment_expression) "next_state = STOP"
(identifier) "next_state"
(=) "="
(identifier) "STOP"
(;) ";"
(}) "}"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "default:
\n next_state = IDLE;
\n break;"
(default) "default"
(:) ":"
(expression_statement) "next_state = IDLE;"
(assignment_expression) "next_state = IDLE"
(identifier) "next_state"
(=) "="
(identifier) "IDLE"
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(}) "}"
(if_statement) "if (next_state != present_state) {
\n present_state = next_state;
\n time_expired = RESET;
\n prev_light_tick_time = curr_light_tick_time;
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }"
(if) "if"
(parenthesized_expression) "(next_state != present_state)"
(() "("
(binary_expression) "next_state != present_state"
(identifier) "next_state"
(!=) "!="
(identifier) "present_state"
()) ")"
(compound_statement) "{
\n present_state = next_state;
\n time_expired = RESET;
\n prev_light_tick_time = curr_light_tick_time;
\n pedestrian_pressed = RESET;
\n prev_ped_tick_time = curr_ped_tick_time;
\n }"
({) "{"
(expression_statement) "present_state = next_state;"
(assignment_expression) "present_state = next_state"
(identifier) "present_state"
(=) "="
(identifier) "next_state"
(;) ";"
(expression_statement) "time_expired = RESET;"
(assignment_expression) "time_expired = RESET"
(identifier) "time_expired"
(=) "="
(identifier) "RESET"
(;) ";"
(expression_statement) "prev_light_tick_time = curr_light_tick_time;"
(assignment_expression) "prev_light_tick_time = curr_light_tick_time"
(identifier) "prev_light_tick_time"
(=) "="
(identifier) "curr_light_tick_time"
(;) ";"
(expression_statement) "pedestrian_pressed = RESET;"
(assignment_expression) "pedestrian_pressed = RESET"
(identifier) "pedestrian_pressed"
(=) "="
(identifier) "RESET"
(;) ";"
(expression_statement) "prev_ped_tick_time = curr_ped_tick_time;"
(assignment_expression) "prev_ped_tick_time = curr_ped_tick_time"
(identifier) "prev_ped_tick_time"
(=) "="
(identifier) "curr_ped_tick_time"
(;) ";"
(}) "}"
(comment) "// produce the output
"
(switch_statement) "switch (present_state) {
\n case IDLE:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case STOP:
\n if(!RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);
\n RedLightOn = SET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case GO:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(!GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);
\n GreenLightOn = SET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case WARN:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(!YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);
\n YellowLightOn = SET;
\n }
\n break;
\n
\n default:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n }"
(switch) "switch"
(parenthesized_expression) "(present_state)"
(() "("
(identifier) "present_state"
()) ")"
(compound_statement) "{
\n case IDLE:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case STOP:
\n if(!RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);
\n RedLightOn = SET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case GO:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(!GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);
\n GreenLightOn = SET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n
\n case WARN:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(!YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);
\n YellowLightOn = SET;
\n }
\n break;
\n
\n default:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;
\n }"
({) "{"
(case_statement) "case IDLE:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;"
(case) "case"
(identifier) "IDLE"
(:) ":"
(if_statement) "if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(RedLightOn)"
(() "("
(identifier) "RedLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "RED_X"
(,) ","
(identifier) "RED_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "RedLightOn = RESET;"
(assignment_expression) "RedLightOn = RESET"
(identifier) "RedLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(if_statement) "if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(GreenLightOn)"
(() "("
(identifier) "GreenLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "GREEN_X"
(,) ","
(identifier) "GREEN_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "GreenLightOn = RESET;"
(assignment_expression) "GreenLightOn = RESET"
(identifier) "GreenLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(if_statement) "if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(YellowLightOn)"
(() "("
(identifier) "YellowLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "YELLOW_X"
(,) ","
(identifier) "YELLOW_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "YellowLightOn = RESET;"
(assignment_expression) "YellowLightOn = RESET"
(identifier) "YellowLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case STOP:
\n if(!RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);
\n RedLightOn = SET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;"
(case) "case"
(identifier) "STOP"
(:) ":"
(if_statement) "if(!RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);
\n RedLightOn = SET;
\n }"
(if) "if"
(parenthesized_expression) "(!RedLightOn)"
(() "("
(unary_expression) "!RedLightOn"
(!) "!"
(identifier) "RedLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);
\n RedLightOn = SET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);"
(call_expression) "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(RED_X, RED_Y, RADIUS, RED_COLOR)"
(() "("
(identifier) "RED_X"
(,) ","
(identifier) "RED_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "RED_COLOR"
()) ")"
(;) ";"
(expression_statement) "RedLightOn = SET;"
(assignment_expression) "RedLightOn = SET"
(identifier) "RedLightOn"
(=) "="
(identifier) "SET"
(;) ";"
(}) "}"
(if_statement) "if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(GreenLightOn)"
(() "("
(identifier) "GreenLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "GREEN_X"
(,) ","
(identifier) "GREEN_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "GreenLightOn = RESET;"
(assignment_expression) "GreenLightOn = RESET"
(identifier) "GreenLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(if_statement) "if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(YellowLightOn)"
(() "("
(identifier) "YellowLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "YELLOW_X"
(,) ","
(identifier) "YELLOW_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "YellowLightOn = RESET;"
(assignment_expression) "YellowLightOn = RESET"
(identifier) "YellowLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case GO:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(!GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);
\n GreenLightOn = SET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;"
(case) "case"
(identifier) "GO"
(:) ":"
(if_statement) "if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(RedLightOn)"
(() "("
(identifier) "RedLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "RED_X"
(,) ","
(identifier) "RED_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "RedLightOn = RESET;"
(assignment_expression) "RedLightOn = RESET"
(identifier) "RedLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(if_statement) "if(!GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);
\n GreenLightOn = SET;
\n }"
(if) "if"
(parenthesized_expression) "(!GreenLightOn)"
(() "("
(unary_expression) "!GreenLightOn"
(!) "!"
(identifier) "GreenLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);
\n GreenLightOn = SET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);"
(call_expression) "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR)"
(() "("
(identifier) "GREEN_X"
(,) ","
(identifier) "GREEN_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "GREEN_COLOR"
()) ")"
(;) ";"
(expression_statement) "GreenLightOn = SET;"
(assignment_expression) "GreenLightOn = SET"
(identifier) "GreenLightOn"
(=) "="
(identifier) "SET"
(;) ";"
(}) "}"
(if_statement) "if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(YellowLightOn)"
(() "("
(identifier) "YellowLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "YELLOW_X"
(,) ","
(identifier) "YELLOW_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "YellowLightOn = RESET;"
(assignment_expression) "YellowLightOn = RESET"
(identifier) "YellowLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case WARN:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(!YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);
\n YellowLightOn = SET;
\n }
\n break;"
(case) "case"
(identifier) "WARN"
(:) ":"
(if_statement) "if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(RedLightOn)"
(() "("
(identifier) "RedLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "RED_X"
(,) ","
(identifier) "RED_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "RedLightOn = RESET;"
(assignment_expression) "RedLightOn = RESET"
(identifier) "RedLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(if_statement) "if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(GreenLightOn)"
(() "("
(identifier) "GreenLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "GREEN_X"
(,) ","
(identifier) "GREEN_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "GreenLightOn = RESET;"
(assignment_expression) "GreenLightOn = RESET"
(identifier) "GreenLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(if_statement) "if(!YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);
\n YellowLightOn = SET;
\n }"
(if) "if"
(parenthesized_expression) "(!YellowLightOn)"
(() "("
(unary_expression) "!YellowLightOn"
(!) "!"
(identifier) "YellowLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);
\n YellowLightOn = SET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);"
(call_expression) "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR)"
(() "("
(identifier) "YELLOW_X"
(,) ","
(identifier) "YELLOW_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "YELLOW_COLOR"
()) ")"
(;) ";"
(expression_statement) "YellowLightOn = SET;"
(assignment_expression) "YellowLightOn = SET"
(identifier) "YellowLightOn"
(=) "="
(identifier) "SET"
(;) ";"
(}) "}"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "default:
\n if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }
\n if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }
\n if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }
\n break;"
(default) "default"
(:) ":"
(if_statement) "if(RedLightOn) {
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(RedLightOn)"
(() "("
(identifier) "RedLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);
\n RedLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "RED_X"
(,) ","
(identifier) "RED_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "RedLightOn = RESET;"
(assignment_expression) "RedLightOn = RESET"
(identifier) "RedLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(if_statement) "if(GreenLightOn) {
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(GreenLightOn)"
(() "("
(identifier) "GreenLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);
\n GreenLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "GREEN_X"
(,) ","
(identifier) "GREEN_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "GreenLightOn = RESET;"
(assignment_expression) "GreenLightOn = RESET"
(identifier) "GreenLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(if_statement) "if(YellowLightOn) {
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }"
(if) "if"
(parenthesized_expression) "(YellowLightOn)"
(() "("
(identifier) "YellowLightOn"
()) ")"
(compound_statement) "{
\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);
\n YellowLightOn = RESET;
\n }"
({) "{"
(expression_statement) "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);"
(call_expression) "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)"
(identifier) "LCD_DrawFilledCircle"
(argument_list) "(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)"
(() "("
(identifier) "YELLOW_X"
(,) ","
(identifier) "YELLOW_Y"
(,) ","
(identifier) "RADIUS"
(,) ","
(identifier) "BACKGROUND_COLOR"
()) ")"
(;) ";"
(expression_statement) "YellowLightOn = RESET;"
(assignment_expression) "YellowLightOn = RESET"
(identifier) "YellowLightOn"
(=) "="
(identifier) "RESET"
(;) ";"
(}) "}"
(break_statement) "break;"
(break) "break"
(;) ";"
(}) "}"
(}) "}"
| 1,760
| 0
|
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"end_point": {"row": 7, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"SSD2119_Touch.h\"", "parent": 9, "children": [], "start_point": {"row": 6, "column": 9}, "end_point": {"row": 6, "column": 26}}, {"id": 12, "type": "preproc_include", "text": "#include \"task2.h\"\r\n", "parent": null, "children": [13, 14], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 10, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 8}}, {"id": 14, "type": "string_literal", "text": "\"task2.h\"", "parent": 12, "children": [], "start_point": {"row": 9, "column": 9}, "end_point": {"row": 9, "column": 18}}, {"id": 15, "type": "preproc_def", "text": "#define SET 1U \r\n", "parent": null, "children": [16, 17, 18], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 12, "column": 0}}, {"id": 16, "type": "#define", "text": "#define", "parent": 15, "children": [], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 11, "column": 7}}, {"id": 17, "type": "identifier", "text": "SET", "parent": 15, "children": [], "start_point": {"row": 11, "column": 8}, "end_point": {"row": 11, "column": 11}}, {"id": 18, "type": "preproc_arg", "text": "1U \r", "parent": 15, "children": [], "start_point": {"row": 11, "column": 20}, "end_point": {"row": 11, "column": 24}}, {"id": 19, "type": "preproc_def", "text": "#define RESET 0U\r\n", "parent": null, "children": [20, 21, 22], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 13, "column": 0}}, {"id": 20, "type": "#define", "text": "#define", "parent": 19, "children": [], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 12, "column": 7}}, {"id": 21, "type": "identifier", "text": "RESET", "parent": 19, "children": [], 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"column": 17}}, {"id": 33, "type": "=", "text": "=", "parent": 31, "children": [], "start_point": {"row": 16, "column": 18}, "end_point": {"row": 16, "column": 19}}, {"id": 34, "type": "identifier", "text": "RESET", "parent": 31, "children": [], "start_point": {"row": 16, "column": 20}, "end_point": {"row": 16, "column": 25}}, {"id": 35, "type": "declaration", "text": "int time_expired = RESET;", "parent": null, "children": [36, 37], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 25}}, {"id": 36, "type": "primitive_type", "text": "int", "parent": 35, "children": [], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 3}}, {"id": 37, "type": "init_declarator", "text": "time_expired = RESET", "parent": 35, "children": [38, 39, 40], "start_point": {"row": 17, "column": 4}, "end_point": {"row": 17, "column": 24}}, {"id": 38, "type": "identifier", "text": "time_expired", "parent": 37, "children": [], "start_point": {"row": 17, "column": 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"<", "text": "<", "parent": 330, "children": [], "start_point": {"row": 110, "column": 31}, "end_point": {"row": 110, "column": 32}}, {"id": 333, "type": "identifier", "text": "x", "parent": 330, "children": [], "start_point": {"row": 110, "column": 33}, "end_point": {"row": 110, "column": 34}}, {"id": 334, "type": "&&", "text": "&&", "parent": 329, "children": [], "start_point": {"row": 110, "column": 35}, "end_point": {"row": 110, "column": 37}}, {"id": 335, "type": "binary_expression", "text": "x < START_STOP_RIGHT_LIMIT", "parent": 329, "children": [336, 337, 338], "start_point": {"row": 110, "column": 38}, "end_point": {"row": 110, "column": 64}}, {"id": 336, "type": "identifier", "text": "x", "parent": 335, "children": [], "start_point": {"row": 110, "column": 38}, "end_point": {"row": 110, "column": 39}}, {"id": 337, "type": "<", "text": "<", "parent": 335, "children": [], "start_point": {"row": 110, "column": 40}, "end_point": {"row": 110, "column": 41}}, {"id": 338, "type": "identifier", "text": "START_STOP_RIGHT_LIMIT", "parent": 335, "children": [], "start_point": {"row": 110, "column": 42}, "end_point": {"row": 110, "column": 64}}, {"id": 339, "type": "&&", "text": "&&", "parent": 328, "children": [], "start_point": {"row": 110, "column": 65}, "end_point": {"row": 110, "column": 67}}, {"id": 340, "type": "binary_expression", "text": "START_STOP_BOTTOM_LIMIT < y", "parent": 328, "children": [341, 342, 343], "start_point": {"row": 111, "column": 9}, "end_point": {"row": 111, "column": 36}}, {"id": 341, "type": "identifier", "text": "START_STOP_BOTTOM_LIMIT", "parent": 340, "children": [], "start_point": {"row": 111, "column": 9}, "end_point": {"row": 111, "column": 32}}, {"id": 342, "type": "<", "text": "<", "parent": 340, "children": [], "start_point": {"row": 111, "column": 33}, "end_point": {"row": 111, "column": 34}}, {"id": 343, "type": "identifier", "text": "y", "parent": 340, "children": [], "start_point": {"row": 111, "column": 35}, "end_point": {"row": 111, "column": 36}}, {"id": 344, "type": "&&", "text": "&&", "parent": 327, "children": [], "start_point": {"row": 111, "column": 37}, "end_point": {"row": 111, "column": 39}}, {"id": 345, "type": "binary_expression", "text": "y < START_STOP_TOP_LIMIT", "parent": 327, "children": [346, 347, 348], "start_point": {"row": 111, "column": 40}, "end_point": {"row": 111, "column": 64}}, {"id": 346, "type": "identifier", "text": "y", "parent": 345, "children": [], "start_point": {"row": 111, "column": 40}, "end_point": {"row": 111, "column": 41}}, {"id": 347, "type": "<", "text": "<", "parent": 345, "children": [], "start_point": {"row": 111, "column": 42}, "end_point": {"row": 111, "column": 43}}, {"id": 348, "type": "identifier", "text": "START_STOP_TOP_LIMIT", "parent": 345, "children": [], "start_point": {"row": 111, "column": 44}, "end_point": {"row": 111, "column": 64}}, {"id": 349, "type": "if_statement", "text": "if (curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {\r\n // register the input\r\n onoff_pressed = SET;\r\n prev_onoff_tick_time = curr_onoff_tick_time;\r\n }\r\n else {\r\n onoff_pressed = RESET;\r\n }", "parent": 324, "children": [350, 369], "start_point": {"row": 112, "column": 6}, "end_point": {"row": 119, "column": 7}}, {"id": 350, "type": "parenthesized_expression", "text": "(curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S))", "parent": 349, "children": [351], "start_point": {"row": 112, "column": 9}, "end_point": {"row": 112, "column": 86}}, {"id": 351, "type": "binary_expression", "text": "curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)", "parent": 350, "children": [352, 356, 357], "start_point": {"row": 112, "column": 10}, "end_point": {"row": 112, "column": 85}}, {"id": 352, "type": "binary_expression", "text": "curr_onoff_tick_time - prev_onoff_tick_time", "parent": 351, "children": [353, 354, 355], "start_point": {"row": 112, "column": 10}, "end_point": {"row": 112, "column": 53}}, {"id": 353, "type": "identifier", "text": "curr_onoff_tick_time", "parent": 352, "children": [], "start_point": {"row": 112, "column": 10}, "end_point": {"row": 112, "column": 30}}, {"id": 354, "type": "-", "text": "-", "parent": 352, "children": [], "start_point": {"row": 112, "column": 31}, "end_point": {"row": 112, "column": 32}}, {"id": 355, "type": "identifier", "text": "prev_onoff_tick_time", "parent": 352, "children": [], "start_point": {"row": 112, "column": 33}, "end_point": {"row": 112, "column": 53}}, {"id": 356, "type": ">=", "text": ">=", "parent": 351, "children": [], "start_point": {"row": 112, "column": 54}, "end_point": {"row": 112, "column": 56}}, {"id": 357, "type": "call_expression", "text": "SEC_TO_MS(BUTTON_PRESS_IN_S)", "parent": 351, "children": [358, 359], "start_point": {"row": 112, "column": 57}, "end_point": {"row": 112, "column": 85}}, {"id": 358, "type": "identifier", "text": "SEC_TO_MS", "parent": 357, "children": [], "start_point": {"row": 112, "column": 57}, "end_point": {"row": 112, "column": 66}}, {"id": 359, "type": "argument_list", "text": "(BUTTON_PRESS_IN_S)", "parent": 357, "children": [360], "start_point": {"row": 112, "column": 66}, "end_point": {"row": 112, "column": 85}}, {"id": 360, "type": "identifier", "text": "BUTTON_PRESS_IN_S", "parent": 359, "children": [], "start_point": {"row": 112, "column": 67}, "end_point": {"row": 112, "column": 84}}, {"id": 361, "type": "assignment_expression", "text": "onoff_pressed = SET", "parent": 349, "children": [362, 363, 364], "start_point": {"row": 114, "column": 8}, "end_point": {"row": 114, "column": 27}}, {"id": 362, "type": "identifier", "text": "onoff_pressed", "parent": 361, "children": [], "start_point": {"row": 114, "column": 8}, "end_point": {"row": 114, "column": 21}}, {"id": 363, "type": "=", "text": "=", "parent": 361, "children": [], "start_point": {"row": 114, "column": 22}, "end_point": {"row": 114, "column": 23}}, {"id": 364, "type": "identifier", "text": "SET", "parent": 361, "children": [], "start_point": {"row": 114, "column": 24}, "end_point": {"row": 114, "column": 27}}, {"id": 365, "type": "assignment_expression", "text": "prev_onoff_tick_time = curr_onoff_tick_time", "parent": 349, "children": [366, 367, 368], "start_point": {"row": 115, "column": 8}, "end_point": {"row": 115, "column": 51}}, {"id": 366, "type": "identifier", "text": "prev_onoff_tick_time", "parent": 365, "children": [], "start_point": {"row": 115, "column": 8}, "end_point": {"row": 115, "column": 28}}, {"id": 367, "type": "=", "text": "=", "parent": 365, "children": [], "start_point": {"row": 115, "column": 29}, "end_point": {"row": 115, "column": 30}}, {"id": 368, "type": "identifier", "text": "curr_onoff_tick_time", "parent": 365, "children": [], "start_point": {"row": 115, "column": 31}, "end_point": {"row": 115, "column": 51}}, {"id": 369, "type": "else_clause", "text": "else {\r\n onoff_pressed = RESET;\r\n }", "parent": 349, "children": [], "start_point": {"row": 117, "column": 6}, "end_point": {"row": 119, "column": 7}}, {"id": 370, "type": "assignment_expression", "text": "onoff_pressed = RESET", "parent": 369, "children": [371, 372, 373], "start_point": {"row": 118, "column": 8}, "end_point": {"row": 118, "column": 29}}, {"id": 371, "type": "identifier", "text": "onoff_pressed", "parent": 370, "children": [], "start_point": {"row": 118, "column": 8}, "end_point": {"row": 118, "column": 21}}, {"id": 372, "type": "=", "text": "=", "parent": 370, "children": [], "start_point": {"row": 118, "column": 22}, "end_point": {"row": 118, "column": 23}}, {"id": 373, "type": "identifier", "text": "RESET", "parent": 370, "children": [], "start_point": {"row": 118, "column": 24}, "end_point": {"row": 118, "column": 29}}, {"id": 374, "type": "else_clause", "text": "else {\r\n onoff_pressed = RESET;\r\n prev_onoff_tick_time = curr_onoff_tick_time;\r\n }", "parent": 324, "children": [], "start_point": {"row": 120, "column": 6}, "end_point": {"row": 123, "column": 5}}, {"id": 375, "type": "assignment_expression", "text": "onoff_pressed = RESET", "parent": 374, "children": [376, 377, 378], "start_point": {"row": 121, "column": 6}, "end_point": {"row": 121, "column": 27}}, {"id": 376, "type": "identifier", "text": "onoff_pressed", "parent": 375, "children": [], "start_point": {"row": 121, "column": 6}, "end_point": {"row": 121, "column": 19}}, {"id": 377, "type": "=", "text": "=", "parent": 375, "children": [], "start_point": {"row": 121, "column": 20}, "end_point": {"row": 121, "column": 21}}, {"id": 378, "type": "identifier", "text": "RESET", "parent": 375, "children": [], "start_point": {"row": 121, "column": 22}, "end_point": {"row": 121, "column": 27}}, {"id": 379, "type": "assignment_expression", "text": "prev_onoff_tick_time = curr_onoff_tick_time", "parent": 374, "children": [380, 381, 382], "start_point": {"row": 122, "column": 6}, "end_point": {"row": 122, "column": 49}}, {"id": 380, "type": "identifier", "text": "prev_onoff_tick_time", "parent": 379, "children": [], "start_point": {"row": 122, "column": 6}, "end_point": {"row": 122, "column": 26}}, {"id": 381, "type": "=", "text": "=", "parent": 379, "children": [], "start_point": {"row": 122, "column": 27}, "end_point": {"row": 122, "column": 28}}, {"id": 382, "type": "identifier", "text": "curr_onoff_tick_time", "parent": 379, "children": [], "start_point": {"row": 122, "column": 29}, "end_point": {"row": 122, "column": 49}}, {"id": 383, "type": "call_expression", "text": "vTaskDelay(1)", "parent": 303, "children": [384, 385], "start_point": {"row": 125, "column": 4}, "end_point": {"row": 125, "column": 17}}, {"id": 384, "type": "identifier", "text": "vTaskDelay", "parent": 383, "children": [], "start_point": {"row": 125, "column": 4}, "end_point": {"row": 125, "column": 14}}, {"id": 385, "type": "argument_list", "text": "(1)", "parent": 383, "children": [386], "start_point": {"row": 125, "column": 14}, "end_point": {"row": 125, "column": 17}}, {"id": 386, "type": "number_literal", "text": "1", "parent": 385, "children": [], "start_point": {"row": 125, "column": 15}, "end_point": {"row": 125, "column": 16}}, {"id": 387, "type": "function_definition", "text": "void Pedestrian(void *p) {\r\n curr_ped_tick_time = xTaskGetTickCount();\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n\r\n // coordinates of a touch\r\n unsigned long x = 0;\r\n unsigned long y = 0;\r\n\r\n while (1) {\r\n curr_ped_tick_time = xTaskGetTickCount();\r\n\r\n // check if button has been pressed\r\n x = Touch_ReadX();\r\n y = Touch_ReadY();\r\n\r\n if (PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT && \r\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT) { \r\n if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {\r\n // register the input\r\n pedestrian_pressed = SET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }\r\n else {\r\n pedestrian_pressed = RESET;\r\n }\r\n } else {\r\n pedestrian_pressed = RESET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }\r\n\r\n vTaskDelay(1);\r\n }\r\n}", "parent": null, "children": [388, 389], "start_point": {"row": 129, "column": 0}, "end_point": {"row": 161, "column": 1}}, {"id": 388, "type": "primitive_type", "text": "void", "parent": 387, "children": [], "start_point": {"row": 129, "column": 0}, "end_point": {"row": 129, "column": 4}}, {"id": 389, "type": "function_declarator", "text": "Pedestrian(void *p)", "parent": 387, "children": [390, 391], "start_point": {"row": 129, "column": 5}, "end_point": {"row": 129, "column": 24}}, {"id": 390, "type": "identifier", "text": "Pedestrian", "parent": 389, "children": [], "start_point": {"row": 129, "column": 5}, "end_point": {"row": 129, "column": 15}}, {"id": 391, "type": "parameter_list", "text": "(void *p)", "parent": 389, "children": [392], "start_point": {"row": 129, "column": 15}, "end_point": {"row": 129, "column": 24}}, {"id": 392, "type": "parameter_declaration", "text": "void *p", 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"column": 42}}, {"id": 398, "type": "identifier", "text": "curr_ped_tick_time", "parent": 397, "children": [], "start_point": {"row": 130, "column": 2}, "end_point": {"row": 130, "column": 20}}, {"id": 399, "type": "=", "text": "=", "parent": 397, "children": [], "start_point": {"row": 130, "column": 21}, "end_point": {"row": 130, "column": 22}}, {"id": 400, "type": "call_expression", "text": "xTaskGetTickCount()", "parent": 397, "children": [401, 402], "start_point": {"row": 130, "column": 23}, "end_point": {"row": 130, "column": 42}}, {"id": 401, "type": "identifier", "text": "xTaskGetTickCount", "parent": 400, "children": [], "start_point": {"row": 130, "column": 23}, "end_point": {"row": 130, "column": 40}}, {"id": 402, "type": "argument_list", "text": "()", "parent": 400, "children": [], "start_point": {"row": 130, "column": 40}, "end_point": {"row": 130, "column": 42}}, {"id": 403, "type": "assignment_expression", "text": "prev_ped_tick_time = curr_ped_tick_time", "parent": 387, 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"column": 15}}, {"id": 409, "type": "unsigned", "text": "unsigned", "parent": 408, "children": [], "start_point": {"row": 134, "column": 2}, "end_point": {"row": 134, "column": 10}}, {"id": 410, "type": "long", "text": "long", "parent": 408, "children": [], "start_point": {"row": 134, "column": 11}, "end_point": {"row": 134, "column": 15}}, {"id": 411, "type": "init_declarator", "text": "x = 0", "parent": 407, "children": [412, 413, 414], "start_point": {"row": 134, "column": 16}, "end_point": {"row": 134, "column": 21}}, {"id": 412, "type": "identifier", "text": "x", "parent": 411, "children": [], "start_point": {"row": 134, "column": 16}, "end_point": {"row": 134, "column": 17}}, {"id": 413, "type": "=", "text": "=", "parent": 411, "children": [], "start_point": {"row": 134, "column": 18}, "end_point": {"row": 134, "column": 19}}, {"id": 414, "type": "number_literal", "text": "0", "parent": 411, "children": [], "start_point": {"row": 134, "column": 20}, "end_point": {"row": 134, "column": 21}}, {"id": 415, "type": "declaration", "text": "unsigned long y = 0;", "parent": 387, "children": [416, 419], "start_point": {"row": 135, "column": 2}, "end_point": {"row": 135, "column": 22}}, {"id": 416, "type": "sized_type_specifier", "text": "unsigned long", "parent": 415, "children": [417, 418], "start_point": {"row": 135, "column": 2}, "end_point": {"row": 135, "column": 15}}, {"id": 417, "type": "unsigned", "text": "unsigned", "parent": 416, "children": [], "start_point": {"row": 135, "column": 2}, "end_point": {"row": 135, "column": 10}}, {"id": 418, "type": "long", "text": "long", "parent": 416, "children": [], "start_point": {"row": 135, "column": 11}, "end_point": {"row": 135, "column": 15}}, {"id": 419, "type": "init_declarator", "text": "y = 0", "parent": 415, "children": [420, 421, 422], "start_point": {"row": 135, "column": 16}, "end_point": {"row": 135, "column": 21}}, {"id": 420, "type": "identifier", "text": "y", "parent": 419, "children": [], "start_point": {"row": 135, "column": 16}, "end_point": {"row": 135, "column": 17}}, {"id": 421, "type": "=", "text": "=", "parent": 419, "children": [], "start_point": {"row": 135, "column": 18}, "end_point": {"row": 135, "column": 19}}, {"id": 422, "type": "number_literal", "text": "0", "parent": 419, "children": [], "start_point": {"row": 135, "column": 20}, "end_point": {"row": 135, "column": 21}}, {"id": 423, "type": "while_statement", "text": "while (1) {\r\n curr_ped_tick_time = xTaskGetTickCount();\r\n\r\n // check if button has been pressed\r\n x = Touch_ReadX();\r\n y = Touch_ReadY();\r\n\r\n if (PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT && \r\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT) { \r\n if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {\r\n // register the input\r\n pedestrian_pressed = SET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }\r\n else {\r\n pedestrian_pressed = RESET;\r\n }\r\n } else {\r\n pedestrian_pressed = RESET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }\r\n\r\n vTaskDelay(1);\r\n }", "parent": 387, "children": [424], "start_point": {"row": 137, "column": 2}, "end_point": {"row": 160, "column": 3}}, {"id": 424, "type": "parenthesized_expression", "text": "(1)", "parent": 423, "children": [425], "start_point": {"row": 137, "column": 8}, "end_point": {"row": 137, "column": 11}}, {"id": 425, "type": "number_literal", "text": "1", "parent": 424, "children": [], "start_point": {"row": 137, "column": 9}, "end_point": {"row": 137, "column": 10}}, {"id": 426, "type": "assignment_expression", "text": "curr_ped_tick_time = xTaskGetTickCount()", "parent": 423, "children": [427, 428, 429], "start_point": {"row": 138, "column": 4}, "end_point": {"row": 138, "column": 44}}, {"id": 427, "type": "identifier", "text": "curr_ped_tick_time", "parent": 426, "children": [], "start_point": {"row": 138, "column": 4}, "end_point": {"row": 138, "column": 22}}, {"id": 428, "type": "=", "text": "=", "parent": 426, 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5}}, {"id": 434, "type": "=", "text": "=", "parent": 432, "children": [], "start_point": {"row": 141, "column": 6}, "end_point": {"row": 141, "column": 7}}, {"id": 435, "type": "call_expression", "text": "Touch_ReadX()", "parent": 432, "children": [436, 437], "start_point": {"row": 141, "column": 8}, "end_point": {"row": 141, "column": 21}}, {"id": 436, "type": "identifier", "text": "Touch_ReadX", "parent": 435, "children": [], "start_point": {"row": 141, "column": 8}, "end_point": {"row": 141, "column": 19}}, {"id": 437, "type": "argument_list", "text": "()", "parent": 435, "children": [], "start_point": {"row": 141, "column": 19}, "end_point": {"row": 141, "column": 21}}, {"id": 438, "type": "assignment_expression", "text": "y = Touch_ReadY()", "parent": 423, "children": [439, 440, 441], "start_point": {"row": 142, "column": 4}, "end_point": {"row": 142, "column": 21}}, {"id": 439, "type": "identifier", "text": "y", "parent": 438, "children": [], "start_point": {"row": 142, "column": 4}, "end_point": {"row": 142, "column": 5}}, {"id": 440, "type": "=", "text": "=", "parent": 438, "children": [], "start_point": {"row": 142, "column": 6}, "end_point": {"row": 142, "column": 7}}, {"id": 441, "type": "call_expression", "text": "Touch_ReadY()", "parent": 438, "children": [442, 443], "start_point": {"row": 142, "column": 8}, "end_point": {"row": 142, "column": 21}}, {"id": 442, "type": "identifier", "text": "Touch_ReadY", "parent": 441, "children": [], "start_point": {"row": 142, "column": 8}, "end_point": {"row": 142, "column": 19}}, {"id": 443, "type": "argument_list", "text": "()", "parent": 441, "children": [], "start_point": {"row": 142, "column": 19}, "end_point": {"row": 142, "column": 21}}, {"id": 444, "type": "if_statement", "text": "if (PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT && \r\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT) { \r\n if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {\r\n // register the input\r\n pedestrian_pressed = SET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }\r\n else {\r\n pedestrian_pressed = RESET;\r\n }\r\n } else {\r\n pedestrian_pressed = RESET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }", "parent": 423, "children": [445, 493], "start_point": {"row": 144, "column": 4}, "end_point": {"row": 157, "column": 5}}, {"id": 445, "type": "parenthesized_expression", "text": "(PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT && \r\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT)", "parent": 444, "children": [446], "start_point": {"row": 144, "column": 7}, "end_point": {"row": 145, "column": 47}}, {"id": 446, "type": "binary_expression", "text": "PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT && \r\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT", "parent": 445, "children": [447, 463, 464], "start_point": {"row": 144, "column": 8}, "end_point": {"row": 145, "column": 46}}, {"id": 447, "type": "binary_expression", "text": "PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT && \r\n PED_BOT_LIMIT < y", "parent": 446, "children": [448, 458, 459], "start_point": {"row": 144, "column": 8}, "end_point": {"row": 145, "column": 25}}, {"id": 448, "type": "binary_expression", "text": "PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT", "parent": 447, "children": [449, 453, 454], "start_point": {"row": 144, "column": 8}, "end_point": {"row": 144, "column": 49}}, {"id": 449, "type": "binary_expression", "text": "PED_LEFT_LIMIT < x", "parent": 448, "children": [450, 451, 452], "start_point": {"row": 144, "column": 8}, "end_point": {"row": 144, "column": 26}}, {"id": 450, "type": "identifier", "text": "PED_LEFT_LIMIT", "parent": 449, "children": [], "start_point": {"row": 144, "column": 8}, "end_point": {"row": 144, "column": 22}}, {"id": 451, "type": "<", "text": "<", "parent": 449, "children": [], "start_point": {"row": 144, "column": 23}, "end_point": {"row": 144, "column": 24}}, {"id": 452, "type": "identifier", "text": "x", "parent": 449, "children": [], "start_point": {"row": 144, "column": 25}, "end_point": {"row": 144, "column": 26}}, {"id": 453, "type": "&&", "text": "&&", "parent": 448, "children": [], "start_point": {"row": 144, "column": 27}, "end_point": {"row": 144, "column": 29}}, {"id": 454, "type": "binary_expression", "text": "x < PED_RIGHT_LIMIT", "parent": 448, "children": [455, 456, 457], "start_point": {"row": 144, "column": 30}, "end_point": {"row": 144, "column": 49}}, {"id": 455, "type": "identifier", "text": "x", "parent": 454, "children": [], "start_point": {"row": 144, "column": 30}, "end_point": {"row": 144, "column": 31}}, {"id": 456, "type": "<", "text": "<", "parent": 454, "children": [], "start_point": {"row": 144, "column": 32}, "end_point": {"row": 144, "column": 33}}, {"id": 457, "type": "identifier", "text": "PED_RIGHT_LIMIT", "parent": 454, "children": [], "start_point": {"row": 144, "column": 34}, "end_point": {"row": 144, "column": 49}}, {"id": 458, "type": "&&", "text": "&&", "parent": 447, "children": [], "start_point": {"row": 144, "column": 50}, "end_point": {"row": 144, "column": 52}}, {"id": 459, "type": "binary_expression", "text": "PED_BOT_LIMIT < y", "parent": 447, "children": [460, 461, 462], "start_point": {"row": 145, "column": 8}, "end_point": {"row": 145, "column": 25}}, {"id": 460, "type": "identifier", "text": "PED_BOT_LIMIT", "parent": 459, "children": [], "start_point": {"row": 145, "column": 8}, "end_point": {"row": 145, "column": 21}}, {"id": 461, "type": "<", "text": "<", "parent": 459, "children": [], "start_point": {"row": 145, "column": 22}, "end_point": {"row": 145, "column": 23}}, {"id": 462, "type": "identifier", "text": "y", "parent": 459, "children": [], "start_point": {"row": 145, "column": 24}, "end_point": {"row": 145, "column": 25}}, {"id": 463, "type": "&&", "text": "&&", "parent": 446, "children": [], "start_point": {"row": 145, "column": 26}, "end_point": {"row": 145, "column": 28}}, {"id": 464, "type": "binary_expression", "text": "y < PED_TOP_LIMIT", "parent": 446, "children": [465, 466, 467], "start_point": {"row": 145, "column": 29}, "end_point": {"row": 145, "column": 46}}, {"id": 465, "type": "identifier", "text": "y", "parent": 464, "children": [], "start_point": {"row": 145, "column": 29}, "end_point": {"row": 145, "column": 30}}, {"id": 466, "type": "<", "text": "<", "parent": 464, "children": [], "start_point": {"row": 145, "column": 31}, "end_point": {"row": 145, "column": 32}}, {"id": 467, "type": "identifier", "text": "PED_TOP_LIMIT", "parent": 464, "children": [], "start_point": {"row": 145, "column": 33}, "end_point": {"row": 145, "column": 46}}, {"id": 468, "type": "if_statement", "text": "if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {\r\n // register the input\r\n pedestrian_pressed = SET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }\r\n else {\r\n pedestrian_pressed = RESET;\r\n }", "parent": 444, "children": [469, 488], "start_point": {"row": 146, "column": 6}, "end_point": {"row": 153, "column": 7}}, {"id": 469, "type": "parenthesized_expression", "text": "(curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S))", "parent": 468, "children": [470], "start_point": {"row": 146, "column": 9}, "end_point": {"row": 146, "column": 82}}, {"id": 470, "type": "binary_expression", "text": "curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)", "parent": 469, "children": [471, 475, 476], "start_point": {"row": 146, "column": 10}, "end_point": {"row": 146, "column": 81}}, {"id": 471, "type": "binary_expression", "text": "curr_ped_tick_time - prev_ped_tick_time", "parent": 470, "children": [472, 473, 474], "start_point": {"row": 146, "column": 10}, "end_point": {"row": 146, "column": 49}}, {"id": 472, "type": "identifier", "text": "curr_ped_tick_time", "parent": 471, "children": [], "start_point": {"row": 146, "column": 10}, "end_point": {"row": 146, "column": 28}}, {"id": 473, "type": "-", "text": "-", "parent": 471, "children": [], "start_point": {"row": 146, "column": 29}, "end_point": {"row": 146, "column": 30}}, {"id": 474, "type": "identifier", "text": "prev_ped_tick_time", "parent": 471, "children": [], "start_point": {"row": 146, "column": 31}, "end_point": {"row": 146, "column": 49}}, {"id": 475, "type": ">=", "text": ">=", "parent": 470, "children": [], "start_point": {"row": 146, "column": 50}, "end_point": {"row": 146, "column": 52}}, {"id": 476, "type": "call_expression", "text": "SEC_TO_MS(BUTTON_PRESS_IN_S)", "parent": 470, "children": [477, 478], "start_point": {"row": 146, "column": 53}, "end_point": {"row": 146, "column": 81}}, {"id": 477, "type": "identifier", "text": "SEC_TO_MS", "parent": 476, "children": [], "start_point": {"row": 146, "column": 53}, "end_point": {"row": 146, "column": 62}}, {"id": 478, "type": "argument_list", "text": "(BUTTON_PRESS_IN_S)", "parent": 476, "children": [479], "start_point": {"row": 146, "column": 62}, "end_point": {"row": 146, "column": 81}}, {"id": 479, "type": "identifier", "text": "BUTTON_PRESS_IN_S", "parent": 478, "children": [], "start_point": {"row": 146, "column": 63}, "end_point": {"row": 146, "column": 80}}, {"id": 480, "type": "assignment_expression", "text": "pedestrian_pressed = SET", "parent": 468, "children": [481, 482, 483], "start_point": {"row": 148, "column": 8}, "end_point": {"row": 148, "column": 32}}, {"id": 481, "type": "identifier", "text": "pedestrian_pressed", "parent": 480, "children": [], "start_point": {"row": 148, "column": 8}, "end_point": {"row": 148, "column": 26}}, {"id": 482, "type": "=", "text": "=", "parent": 480, "children": [], "start_point": {"row": 148, "column": 27}, "end_point": {"row": 148, "column": 28}}, {"id": 483, "type": "identifier", "text": "SET", "parent": 480, "children": [], "start_point": {"row": 148, "column": 29}, "end_point": {"row": 148, "column": 32}}, {"id": 484, "type": "assignment_expression", "text": "prev_ped_tick_time = curr_ped_tick_time", "parent": 468, "children": [485, 486, 487], "start_point": {"row": 149, "column": 8}, "end_point": {"row": 149, "column": 47}}, {"id": 485, "type": "identifier", "text": "prev_ped_tick_time", "parent": 484, "children": [], "start_point": {"row": 149, "column": 8}, "end_point": {"row": 149, "column": 26}}, {"id": 486, "type": "=", "text": "=", "parent": 484, "children": [], "start_point": {"row": 149, "column": 27}, "end_point": {"row": 149, "column": 28}}, {"id": 487, "type": "identifier", "text": "curr_ped_tick_time", "parent": 484, "children": [], "start_point": {"row": 149, "column": 29}, "end_point": {"row": 149, "column": 47}}, {"id": 488, "type": "else_clause", "text": "else {\r\n pedestrian_pressed = RESET;\r\n }", "parent": 468, "children": [], "start_point": {"row": 151, "column": 6}, "end_point": {"row": 153, "column": 7}}, {"id": 489, "type": "assignment_expression", "text": "pedestrian_pressed = RESET", "parent": 488, "children": [490, 491, 492], "start_point": {"row": 152, "column": 8}, "end_point": {"row": 152, "column": 34}}, {"id": 490, "type": "identifier", "text": "pedestrian_pressed", "parent": 489, "children": [], "start_point": {"row": 152, "column": 8}, "end_point": {"row": 152, "column": 26}}, {"id": 491, "type": "=", "text": "=", "parent": 489, "children": [], "start_point": {"row": 152, "column": 27}, "end_point": {"row": 152, "column": 28}}, {"id": 492, "type": "identifier", "text": "RESET", "parent": 489, "children": [], "start_point": {"row": 152, "column": 29}, "end_point": {"row": 152, "column": 34}}, {"id": 493, "type": "else_clause", "text": "else {\r\n pedestrian_pressed = RESET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }", "parent": 444, "children": [], "start_point": {"row": 154, "column": 6}, "end_point": {"row": 157, "column": 5}}, {"id": 494, "type": "assignment_expression", "text": "pedestrian_pressed = RESET", "parent": 493, "children": [495, 496, 497], "start_point": {"row": 155, "column": 6}, "end_point": {"row": 155, "column": 32}}, {"id": 495, "type": "identifier", "text": "pedestrian_pressed", "parent": 494, "children": [], "start_point": {"row": 155, "column": 6}, "end_point": {"row": 155, "column": 24}}, {"id": 496, "type": "=", "text": "=", "parent": 494, "children": [], "start_point": {"row": 155, "column": 25}, "end_point": {"row": 155, "column": 26}}, {"id": 497, "type": "identifier", "text": "RESET", "parent": 494, "children": [], "start_point": {"row": 155, "column": 27}, "end_point": {"row": 155, "column": 32}}, {"id": 498, "type": "assignment_expression", "text": "prev_ped_tick_time = curr_ped_tick_time", "parent": 493, "children": [499, 500, 501], "start_point": {"row": 156, "column": 6}, "end_point": {"row": 156, "column": 45}}, {"id": 499, "type": "identifier", "text": "prev_ped_tick_time", "parent": 498, "children": [], "start_point": {"row": 156, "column": 6}, "end_point": {"row": 156, "column": 24}}, {"id": 500, "type": "=", "text": "=", "parent": 498, "children": [], "start_point": {"row": 156, "column": 25}, "end_point": {"row": 156, "column": 26}}, {"id": 501, "type": "identifier", "text": "curr_ped_tick_time", "parent": 498, "children": [], "start_point": {"row": 156, "column": 27}, "end_point": {"row": 156, "column": 45}}, {"id": 502, "type": "call_expression", "text": "vTaskDelay(1)", "parent": 423, "children": [503, 504], "start_point": {"row": 159, "column": 4}, "end_point": {"row": 159, "column": 17}}, {"id": 503, "type": "identifier", "text": "vTaskDelay", "parent": 502, "children": [], "start_point": {"row": 159, "column": 4}, "end_point": {"row": 159, "column": 14}}, {"id": 504, "type": "argument_list", "text": "(1)", "parent": 502, "children": [505], "start_point": {"row": 159, "column": 14}, "end_point": {"row": 159, "column": 17}}, {"id": 505, "type": "number_literal", "text": "1", "parent": 504, "children": [], "start_point": {"row": 159, "column": 15}, "end_point": {"row": 159, "column": 16}}, {"id": 506, "type": "function_definition", "text": "void Control(void *p) {\r\n // keep track of time\r\n time_expired = RESET;\r\n curr_light_tick_time = xTaskGetTickCount();\r\n prev_light_tick_time = curr_light_tick_time;\r\n\r\n while (1) {\r\n curr_light_tick_time = xTaskGetTickCount();\r\n\r\n // check if time to make a transition or if there's been virtual input\r\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed) { \r\n \r\n // register that timer has expired\r\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {\r\n time_expired = SET;\r\n prev_light_tick_time = curr_light_tick_time;\r\n } \r\n \r\n FSM();\r\n } else {\r\n time_expired = RESET;\r\n }\r\n\r\n vTaskDelay(1);\r\n }\r\n}", "parent": null, "children": [507, 508], "start_point": {"row": 163, "column": 0}, "end_point": {"row": 188, "column": 1}}, {"id": 507, "type": "primitive_type", "text": "void", "parent": 506, "children": [], "start_point": {"row": 163, "column": 0}, "end_point": {"row": 163, "column": 4}}, {"id": 508, "type": "function_declarator", "text": "Control(void *p)", "parent": 506, "children": [509, 510], "start_point": {"row": 163, "column": 5}, "end_point": {"row": 163, "column": 21}}, {"id": 509, "type": "identifier", "text": "Control", "parent": 508, "children": [], "start_point": {"row": 163, "column": 5}, "end_point": {"row": 163, "column": 12}}, {"id": 510, "type": "parameter_list", "text": "(void *p)", "parent": 508, "children": [511], "start_point": {"row": 163, "column": 12}, "end_point": {"row": 163, "column": 21}}, {"id": 511, "type": "parameter_declaration", "text": "void *p", "parent": 510, "children": [512, 513], "start_point": {"row": 163, "column": 13}, "end_point": {"row": 163, "column": 20}}, {"id": 512, "type": "primitive_type", "text": "void", "parent": 511, "children": [], "start_point": {"row": 163, "column": 13}, "end_point": {"row": 163, "column": 17}}, {"id": 513, "type": "pointer_declarator", "text": "*p", "parent": 511, "children": [514, 515], "start_point": {"row": 163, "column": 18}, "end_point": {"row": 163, "column": 20}}, {"id": 514, "type": "*", "text": "*", "parent": 513, "children": [], "start_point": {"row": 163, "column": 18}, "end_point": {"row": 163, "column": 19}}, {"id": 515, "type": "identifier", "text": "p", "parent": 513, "children": [], "start_point": {"row": 163, "column": 19}, "end_point": {"row": 163, "column": 20}}, {"id": 516, "type": "assignment_expression", "text": "time_expired = RESET", "parent": 506, "children": [517, 518, 519], "start_point": {"row": 165, "column": 2}, "end_point": {"row": 165, "column": 22}}, {"id": 517, "type": "identifier", "text": "time_expired", "parent": 516, "children": [], "start_point": {"row": 165, "column": 2}, "end_point": {"row": 165, "column": 14}}, {"id": 518, "type": "=", "text": "=", "parent": 516, "children": [], "start_point": {"row": 165, "column": 15}, "end_point": {"row": 165, "column": 16}}, {"id": 519, "type": "identifier", "text": "RESET", "parent": 516, "children": [], "start_point": {"row": 165, "column": 17}, "end_point": {"row": 165, "column": 22}}, {"id": 520, "type": "assignment_expression", "text": "curr_light_tick_time = xTaskGetTickCount()", "parent": 506, "children": [521, 522, 523], "start_point": {"row": 166, "column": 2}, "end_point": {"row": 166, "column": 44}}, {"id": 521, "type": "identifier", "text": "curr_light_tick_time", "parent": 520, "children": [], "start_point": {"row": 166, "column": 2}, "end_point": {"row": 166, "column": 22}}, {"id": 522, "type": "=", "text": "=", "parent": 520, "children": [], "start_point": {"row": 166, "column": 23}, "end_point": {"row": 166, "column": 24}}, {"id": 523, "type": "call_expression", "text": "xTaskGetTickCount()", "parent": 520, "children": [524, 525], "start_point": {"row": 166, "column": 25}, "end_point": {"row": 166, "column": 44}}, {"id": 524, "type": "identifier", "text": "xTaskGetTickCount", "parent": 523, "children": [], "start_point": {"row": 166, "column": 25}, "end_point": {"row": 166, "column": 42}}, {"id": 525, "type": "argument_list", "text": "()", "parent": 523, "children": [], "start_point": {"row": 166, "column": 42}, "end_point": {"row": 166, "column": 44}}, {"id": 526, "type": "assignment_expression", "text": "prev_light_tick_time = curr_light_tick_time", "parent": 506, "children": [527, 528, 529], "start_point": {"row": 167, "column": 2}, "end_point": {"row": 167, "column": 45}}, {"id": 527, "type": "identifier", "text": "prev_light_tick_time", "parent": 526, "children": [], "start_point": {"row": 167, "column": 2}, "end_point": {"row": 167, "column": 22}}, {"id": 528, "type": "=", "text": "=", "parent": 526, "children": [], "start_point": {"row": 167, "column": 23}, "end_point": {"row": 167, "column": 24}}, {"id": 529, "type": "identifier", "text": "curr_light_tick_time", "parent": 526, "children": [], "start_point": {"row": 167, "column": 25}, "end_point": {"row": 167, "column": 45}}, {"id": 530, "type": "while_statement", "text": "while (1) {\r\n curr_light_tick_time = xTaskGetTickCount();\r\n\r\n // check if time to make a transition or if there's been virtual input\r\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed) { \r\n \r\n // register that timer has expired\r\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {\r\n time_expired = SET;\r\n prev_light_tick_time = curr_light_tick_time;\r\n } \r\n \r\n FSM();\r\n } else {\r\n time_expired = RESET;\r\n }\r\n\r\n vTaskDelay(1);\r\n }", "parent": 506, "children": [531], "start_point": {"row": 169, "column": 2}, "end_point": {"row": 187, "column": 3}}, {"id": 531, "type": "parenthesized_expression", "text": "(1)", "parent": 530, "children": [532], "start_point": {"row": 169, "column": 8}, "end_point": {"row": 169, "column": 11}}, {"id": 532, "type": "number_literal", "text": "1", "parent": 531, "children": [], 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170, "column": 44}}, {"id": 538, "type": "argument_list", "text": "()", "parent": 536, "children": [], "start_point": {"row": 170, "column": 44}, "end_point": {"row": 170, "column": 46}}, {"id": 539, "type": "if_statement", "text": "if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed) { \r\n \r\n // register that timer has expired\r\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {\r\n time_expired = SET;\r\n prev_light_tick_time = curr_light_tick_time;\r\n } \r\n \r\n FSM();\r\n } else {\r\n time_expired = RESET;\r\n }", "parent": 530, "children": [540, 580], "start_point": {"row": 173, "column": 4}, "end_point": {"row": 184, "column": 5}}, {"id": 540, "type": "parenthesized_expression", "text": "(curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed)", "parent": 539, "children": [541], "start_point": 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"end_point": {"row": 173, "column": 89}}, {"id": 550, "type": "identifier", "text": "SEC_TO_MS", "parent": 549, "children": [], "start_point": {"row": 173, "column": 55}, "end_point": {"row": 173, "column": 64}}, {"id": 551, "type": "argument_list", "text": "(TRANSITION_TIMEOUT_IN_S)", "parent": 549, "children": [552], "start_point": {"row": 173, "column": 64}, "end_point": {"row": 173, "column": 89}}, {"id": 552, "type": "identifier", "text": "TRANSITION_TIMEOUT_IN_S", "parent": 551, "children": [], "start_point": {"row": 173, "column": 65}, "end_point": {"row": 173, "column": 88}}, {"id": 553, "type": "||", "text": "||", "parent": 542, "children": [], "start_point": {"row": 173, "column": 90}, "end_point": {"row": 173, "column": 92}}, {"id": 554, "type": "identifier", "text": "onoff_pressed", "parent": 542, "children": [], "start_point": {"row": 173, "column": 93}, "end_point": {"row": 173, "column": 106}}, {"id": 555, "type": "||", "text": "||", "parent": 541, "children": [], "start_point": {"row": 173, "column": 107}, "end_point": {"row": 173, "column": 109}}, {"id": 556, "type": "identifier", "text": "pedestrian_pressed", "parent": 541, "children": [], "start_point": {"row": 173, "column": 110}, "end_point": {"row": 173, "column": 128}}, {"id": 557, "type": "if_statement", "text": "if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {\r\n time_expired = SET;\r\n prev_light_tick_time = curr_light_tick_time;\r\n }", "parent": 539, "children": [558], "start_point": {"row": 176, "column": 6}, "end_point": {"row": 179, "column": 7}}, {"id": 558, "type": "parenthesized_expression", "text": "(curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S))", "parent": 557, "children": [559], "start_point": {"row": 176, "column": 9}, "end_point": {"row": 176, "column": 92}}, {"id": 559, "type": "binary_expression", "text": "curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)", 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{"row": 176, "column": 56}}, {"id": 565, "type": "call_expression", "text": "SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)", "parent": 559, "children": [566, 567], "start_point": {"row": 176, "column": 57}, "end_point": {"row": 176, "column": 91}}, {"id": 566, "type": "identifier", "text": "SEC_TO_MS", "parent": 565, "children": [], "start_point": {"row": 176, "column": 57}, "end_point": {"row": 176, "column": 66}}, {"id": 567, "type": "argument_list", "text": "(TRANSITION_TIMEOUT_IN_S)", "parent": 565, "children": [568], "start_point": {"row": 176, "column": 66}, "end_point": {"row": 176, "column": 91}}, {"id": 568, "type": "identifier", "text": "TRANSITION_TIMEOUT_IN_S", "parent": 567, "children": [], "start_point": {"row": 176, "column": 67}, "end_point": {"row": 176, "column": 90}}, {"id": 569, "type": "assignment_expression", "text": "time_expired = SET", "parent": 557, "children": [570, 571, 572], "start_point": {"row": 177, "column": 8}, "end_point": {"row": 177, "column": 26}}, {"id": 570, "type": "identifier", "text": "time_expired", "parent": 569, "children": [], "start_point": {"row": 177, "column": 8}, "end_point": {"row": 177, "column": 20}}, {"id": 571, "type": "=", "text": "=", "parent": 569, "children": [], "start_point": {"row": 177, "column": 21}, "end_point": {"row": 177, "column": 22}}, {"id": 572, "type": "identifier", "text": "SET", "parent": 569, "children": [], "start_point": {"row": 177, "column": 23}, "end_point": {"row": 177, "column": 26}}, {"id": 573, "type": "assignment_expression", "text": "prev_light_tick_time = curr_light_tick_time", "parent": 557, "children": [574, 575, 576], "start_point": {"row": 178, "column": 8}, "end_point": {"row": 178, "column": 51}}, {"id": 574, "type": "identifier", "text": "prev_light_tick_time", "parent": 573, "children": [], "start_point": {"row": 178, "column": 8}, "end_point": {"row": 178, "column": 28}}, {"id": 575, "type": "=", "text": "=", "parent": 573, "children": [], "start_point": {"row": 178, "column": 29}, "end_point": {"row": 178, "column": 30}}, {"id": 576, "type": "identifier", "text": "curr_light_tick_time", "parent": 573, "children": [], "start_point": {"row": 178, "column": 31}, "end_point": {"row": 178, "column": 51}}, {"id": 577, "type": "call_expression", "text": "FSM()", "parent": 539, "children": [578, 579], "start_point": {"row": 181, "column": 6}, "end_point": {"row": 181, "column": 11}}, {"id": 578, "type": "identifier", "text": "FSM", "parent": 577, "children": [], "start_point": {"row": 181, "column": 6}, "end_point": {"row": 181, "column": 9}}, {"id": 579, "type": "argument_list", "text": "()", "parent": 577, "children": [], "start_point": {"row": 181, "column": 9}, "end_point": {"row": 181, "column": 11}}, {"id": 580, "type": "else_clause", "text": "else {\r\n time_expired = RESET;\r\n }", "parent": 539, "children": [], "start_point": {"row": 182, "column": 6}, "end_point": {"row": 184, "column": 5}}, {"id": 581, "type": "assignment_expression", "text": "time_expired = RESET", "parent": 580, "children": [582, 583, 584], "start_point": {"row": 183, "column": 6}, "end_point": {"row": 183, "column": 26}}, {"id": 582, "type": "identifier", "text": "time_expired", "parent": 581, "children": [], "start_point": {"row": 183, "column": 6}, "end_point": {"row": 183, "column": 18}}, {"id": 583, "type": "=", "text": "=", "parent": 581, "children": [], "start_point": {"row": 183, "column": 19}, "end_point": {"row": 183, "column": 20}}, {"id": 584, "type": "identifier", "text": "RESET", "parent": 581, "children": [], "start_point": {"row": 183, "column": 21}, "end_point": {"row": 183, "column": 26}}, {"id": 585, "type": "call_expression", "text": "vTaskDelay(1)", "parent": 530, "children": [586, 587], "start_point": {"row": 186, "column": 4}, "end_point": {"row": 186, "column": 17}}, {"id": 586, "type": "identifier", "text": "vTaskDelay", "parent": 585, "children": [], "start_point": {"row": 186, "column": 4}, "end_point": {"row": 186, "column": 14}}, {"id": 587, "type": "argument_list", "text": "(1)", "parent": 585, "children": [588], "start_point": {"row": 186, "column": 14}, "end_point": {"row": 186, "column": 17}}, {"id": 588, "type": "number_literal", "text": "1", "parent": 587, "children": [], "start_point": {"row": 186, "column": 15}, "end_point": {"row": 186, "column": 16}}, {"id": 589, "type": "function_definition", "text": "void FSM(void) {\r\n static TL_states_e present_state = IDLE;\r\n static TL_states_e next_state = IDLE;\r\n\r\n // choose next state\r\n switch (present_state) {\r\n case IDLE:\r\n if (onoff_pressed) {\r\n next_state = STOP;\r\n } else {\r\n next_state = IDLE;\r\n }\r\n break;\r\n\r\n case STOP:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(time_expired) {\r\n next_state = GO;\r\n }\r\n break;\r\n\r\n case GO:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(pedestrian_pressed) {\r\n next_state = WARN;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }\r\n break;\r\n\r\n case WARN:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }\r\n break;\r\n \r\n default:\r\n next_state = IDLE;\r\n break;\r\n } \r\n\r\n if (next_state != present_state) {\r\n present_state = next_state;\r\n time_expired = RESET;\r\n prev_light_tick_time = curr_light_tick_time;\r\n pedestrian_pressed = RESET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }\r\n\r\n // produce the output\r\n switch (present_state) {\r\n case IDLE:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n\r\n case STOP:\r\n if(!RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);\r\n RedLightOn = SET;\r\n }\r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n\r\n case GO:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(!GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);\r\n GreenLightOn = SET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n\r\n case WARN:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(!YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);\r\n YellowLightOn = SET;\r\n }\r\n break;\r\n\r\n default:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n }\r\n}", "parent": null, "children": [590, 591], "start_point": {"row": 190, "column": 0}, "end_point": {"row": 320, "column": 1}}, {"id": 590, "type": "primitive_type", "text": "void", "parent": 589, "children": [], "start_point": {"row": 190, "column": 0}, "end_point": {"row": 190, "column": 4}}, {"id": 591, "type": "function_declarator", "text": "FSM(void)", "parent": 589, "children": [592, 593], "start_point": {"row": 190, "column": 5}, "end_point": {"row": 190, "column": 14}}, {"id": 592, "type": "identifier", "text": "FSM", "parent": 591, "children": [], "start_point": {"row": 190, "column": 5}, "end_point": {"row": 190, "column": 8}}, {"id": 593, "type": "parameter_list", "text": "(void)", "parent": 591, "children": [594], "start_point": {"row": 190, "column": 8}, "end_point": {"row": 190, "column": 14}}, {"id": 594, "type": "parameter_declaration", "text": "void", "parent": 593, "children": [595], "start_point": {"row": 190, "column": 9}, "end_point": {"row": 190, "column": 13}}, {"id": 595, "type": "primitive_type", "text": "void", "parent": 594, "children": [], "start_point": {"row": 190, "column": 9}, "end_point": {"row": 190, "column": 13}}, {"id": 596, "type": "declaration", "text": "static TL_states_e present_state = IDLE;", "parent": 589, "children": [597, 598], "start_point": {"row": 191, "column": 2}, "end_point": {"row": 191, "column": 42}}, {"id": 597, "type": "type_identifier", "text": "TL_states_e", "parent": 596, "children": [], "start_point": {"row": 191, "column": 9}, "end_point": {"row": 191, "column": 20}}, {"id": 598, "type": "init_declarator", "text": "present_state = IDLE", "parent": 596, "children": [599, 600, 601], "start_point": {"row": 191, "column": 21}, "end_point": {"row": 191, "column": 41}}, {"id": 599, "type": "identifier", "text": "present_state", "parent": 598, "children": [], "start_point": {"row": 191, "column": 21}, "end_point": {"row": 191, "column": 34}}, {"id": 600, "type": "=", "text": "=", "parent": 598, "children": [], "start_point": {"row": 191, "column": 35}, "end_point": {"row": 191, "column": 36}}, {"id": 601, "type": "identifier", "text": "IDLE", "parent": 598, "children": [], "start_point": {"row": 191, "column": 37}, "end_point": {"row": 191, "column": 41}}, {"id": 602, "type": "declaration", "text": "static TL_states_e next_state = IDLE;", "parent": 589, "children": [603, 604], "start_point": {"row": 192, "column": 2}, "end_point": {"row": 192, "column": 39}}, {"id": 603, "type": "type_identifier", "text": "TL_states_e", "parent": 602, "children": [], "start_point": {"row": 192, "column": 9}, "end_point": {"row": 192, "column": 20}}, {"id": 604, "type": "init_declarator", "text": "next_state = IDLE", "parent": 602, "children": [605, 606, 607], "start_point": {"row": 192, "column": 21}, "end_point": {"row": 192, "column": 38}}, {"id": 605, "type": "identifier", "text": "next_state", "parent": 604, "children": [], "start_point": {"row": 192, "column": 21}, "end_point": {"row": 192, "column": 31}}, {"id": 606, "type": "=", "text": "=", "parent": 604, "children": [], "start_point": {"row": 192, "column": 32}, "end_point": {"row": 192, "column": 33}}, {"id": 607, "type": "identifier", "text": "IDLE", "parent": 604, "children": [], "start_point": {"row": 192, "column": 34}, "end_point": {"row": 192, "column": 38}}, {"id": 608, "type": "switch_statement", "text": "switch (present_state) {\r\n case IDLE:\r\n if (onoff_pressed) {\r\n next_state = STOP;\r\n } else {\r\n next_state = IDLE;\r\n }\r\n break;\r\n\r\n case STOP:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(time_expired) {\r\n next_state = GO;\r\n }\r\n break;\r\n\r\n case GO:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(pedestrian_pressed) {\r\n next_state = WARN;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }\r\n break;\r\n\r\n case WARN:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }\r\n break;\r\n \r\n default:\r\n next_state = IDLE;\r\n break;\r\n }", "parent": 589, "children": [609, 610], "start_point": {"row": 195, "column": 2}, "end_point": {"row": 233, "column": 3}}, {"id": 609, "type": "switch", "text": "switch", "parent": 608, "children": [], "start_point": {"row": 195, "column": 2}, "end_point": {"row": 195, "column": 8}}, {"id": 610, "type": "parenthesized_expression", "text": "(present_state)", "parent": 608, "children": [611], "start_point": {"row": 195, "column": 9}, "end_point": {"row": 195, "column": 24}}, {"id": 611, "type": "identifier", "text": "present_state", "parent": 610, "children": [], "start_point": {"row": 195, "column": 10}, "end_point": {"row": 195, "column": 23}}, {"id": 612, "type": "case_statement", "text": "case IDLE:\r\n if (onoff_pressed) {\r\n next_state = STOP;\r\n } else {\r\n next_state = IDLE;\r\n }\r\n break;", "parent": 608, "children": [613, 614, 615, 627], "start_point": {"row": 196, "column": 4}, "end_point": {"row": 202, "column": 12}}, {"id": 613, "type": "case", "text": "case", "parent": 612, "children": [], "start_point": {"row": 196, "column": 4}, "end_point": {"row": 196, "column": 8}}, {"id": 614, "type": "identifier", "text": "IDLE", "parent": 612, "children": [], "start_point": {"row": 196, "column": 9}, "end_point": {"row": 196, "column": 13}}, {"id": 615, "type": "if_statement", "text": "if (onoff_pressed) {\r\n next_state = STOP;\r\n } else {\r\n next_state = IDLE;\r\n }", "parent": 612, "children": [616, 622], "start_point": {"row": 197, "column": 6}, "end_point": {"row": 201, "column": 7}}, {"id": 616, "type": "parenthesized_expression", "text": "(onoff_pressed)", "parent": 615, "children": [617], "start_point": {"row": 197, "column": 9}, "end_point": {"row": 197, "column": 24}}, {"id": 617, "type": "identifier", "text": "onoff_pressed", "parent": 616, "children": [], "start_point": {"row": 197, "column": 10}, "end_point": {"row": 197, "column": 23}}, {"id": 618, "type": "assignment_expression", "text": "next_state = STOP", "parent": 615, "children": [619, 620, 621], "start_point": {"row": 198, "column": 8}, "end_point": {"row": 198, "column": 25}}, {"id": 619, "type": "identifier", "text": "next_state", "parent": 618, "children": [], "start_point": {"row": 198, "column": 8}, "end_point": {"row": 198, "column": 18}}, {"id": 620, "type": "=", "text": "=", "parent": 618, "children": [], "start_point": {"row": 198, "column": 19}, "end_point": {"row": 198, "column": 20}}, {"id": 621, "type": "identifier", "text": "STOP", "parent": 618, "children": [], "start_point": {"row": 198, "column": 21}, "end_point": {"row": 198, "column": 25}}, {"id": 622, "type": "else_clause", "text": "else {\r\n next_state = IDLE;\r\n }", "parent": 615, "children": [], "start_point": {"row": 199, "column": 8}, "end_point": {"row": 201, "column": 7}}, {"id": 623, "type": "assignment_expression", "text": "next_state = IDLE", "parent": 622, "children": [624, 625, 626], "start_point": {"row": 200, "column": 8}, "end_point": {"row": 200, "column": 25}}, {"id": 624, "type": "identifier", "text": "next_state", "parent": 623, "children": [], "start_point": {"row": 200, "column": 8}, "end_point": {"row": 200, "column": 18}}, {"id": 625, "type": "=", "text": "=", "parent": 623, "children": [], "start_point": {"row": 200, "column": 19}, "end_point": {"row": 200, "column": 20}}, {"id": 626, "type": "identifier", "text": "IDLE", "parent": 623, "children": [], "start_point": {"row": 200, "column": 21}, "end_point": {"row": 200, "column": 25}}, {"id": 627, "type": "break_statement", "text": "break;", "parent": 612, "children": [628], "start_point": {"row": 202, "column": 6}, "end_point": {"row": 202, "column": 12}}, {"id": 628, "type": "break", "text": "break", "parent": 627, "children": [], "start_point": {"row": 202, "column": 6}, "end_point": {"row": 202, "column": 11}}, {"id": 629, "type": "case_statement", "text": "case STOP:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(time_expired) {\r\n next_state = GO;\r\n }\r\n break;", "parent": 608, "children": [630, 631, 632, 647], "start_point": {"row": 204, "column": 4}, "end_point": {"row": 210, "column": 12}}, {"id": 630, "type": "case", "text": "case", "parent": 629, "children": [], "start_point": {"row": 204, "column": 4}, "end_point": {"row": 204, "column": 8}}, {"id": 631, "type": "identifier", "text": "STOP", "parent": 629, "children": [], "start_point": {"row": 204, "column": 9}, "end_point": {"row": 204, "column": 13}}, {"id": 632, "type": "if_statement", "text": "if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(time_expired) {\r\n next_state = GO;\r\n }", "parent": 629, "children": [633, 639], "start_point": {"row": 205, "column": 6}, "end_point": {"row": 209, "column": 7}}, {"id": 633, "type": "parenthesized_expression", "text": "(onoff_pressed)", "parent": 632, "children": [634], "start_point": {"row": 205, "column": 9}, "end_point": {"row": 205, "column": 24}}, {"id": 634, "type": "identifier", "text": "onoff_pressed", "parent": 633, "children": [], "start_point": {"row": 205, "column": 10}, "end_point": {"row": 205, "column": 23}}, {"id": 635, "type": "assignment_expression", "text": "next_state = IDLE", "parent": 632, "children": [636, 637, 638], "start_point": {"row": 206, "column": 8}, "end_point": {"row": 206, "column": 25}}, {"id": 636, "type": "identifier", "text": "next_state", "parent": 635, "children": [], "start_point": {"row": 206, "column": 8}, "end_point": {"row": 206, "column": 18}}, {"id": 637, "type": "=", "text": "=", "parent": 635, "children": [], "start_point": {"row": 206, "column": 19}, "end_point": {"row": 206, "column": 20}}, {"id": 638, "type": "identifier", "text": "IDLE", "parent": 635, "children": [], "start_point": {"row": 206, "column": 21}, "end_point": {"row": 206, "column": 25}}, {"id": 639, "type": "else_clause", "text": "else if(time_expired) {\r\n next_state = GO;\r\n }", "parent": 632, "children": [640], "start_point": {"row": 207, "column": 8}, "end_point": {"row": 209, "column": 7}}, {"id": 640, "type": "if_statement", "text": "if(time_expired) {\r\n next_state = GO;\r\n }", "parent": 639, "children": [641], "start_point": {"row": 207, "column": 13}, "end_point": {"row": 209, "column": 7}}, {"id": 641, "type": "parenthesized_expression", "text": "(time_expired)", "parent": 640, "children": [642], "start_point": {"row": 207, "column": 15}, "end_point": {"row": 207, "column": 29}}, {"id": 642, "type": "identifier", "text": "time_expired", "parent": 641, "children": [], "start_point": {"row": 207, "column": 16}, "end_point": {"row": 207, "column": 28}}, {"id": 643, "type": "assignment_expression", "text": "next_state = GO", "parent": 640, "children": [644, 645, 646], "start_point": {"row": 208, "column": 8}, "end_point": {"row": 208, "column": 23}}, {"id": 644, "type": "identifier", "text": "next_state", "parent": 643, "children": [], "start_point": {"row": 208, "column": 8}, "end_point": {"row": 208, "column": 18}}, {"id": 645, "type": "=", "text": "=", "parent": 643, "children": [], "start_point": {"row": 208, "column": 19}, "end_point": {"row": 208, "column": 20}}, {"id": 646, "type": "identifier", "text": "GO", "parent": 643, "children": [], "start_point": {"row": 208, "column": 21}, "end_point": {"row": 208, "column": 23}}, {"id": 647, "type": "break_statement", "text": "break;", "parent": 629, "children": [648], "start_point": {"row": 210, "column": 6}, "end_point": {"row": 210, "column": 12}}, {"id": 648, "type": "break", "text": "break", "parent": 647, "children": [], "start_point": {"row": 210, "column": 6}, "end_point": {"row": 210, "column": 11}}, {"id": 649, "type": "case_statement", "text": "case GO:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(pedestrian_pressed) {\r\n next_state = WARN;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }\r\n break;", "parent": 608, "children": [650, 651, 652, 675], "start_point": {"row": 212, "column": 4}, "end_point": {"row": 220, "column": 12}}, {"id": 650, "type": "case", "text": "case", "parent": 649, "children": [], "start_point": {"row": 212, "column": 4}, "end_point": {"row": 212, "column": 8}}, {"id": 651, "type": "identifier", "text": "GO", "parent": 649, "children": [], "start_point": {"row": 212, "column": 9}, "end_point": {"row": 212, "column": 11}}, {"id": 652, "type": "if_statement", "text": "if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(pedestrian_pressed) {\r\n next_state = WARN;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }", "parent": 649, "children": [653, 659], "start_point": {"row": 213, "column": 6}, "end_point": {"row": 219, "column": 7}}, {"id": 653, "type": "parenthesized_expression", "text": "(onoff_pressed)", "parent": 652, "children": [654], "start_point": {"row": 213, "column": 9}, "end_point": {"row": 213, "column": 24}}, {"id": 654, "type": "identifier", "text": "onoff_pressed", "parent": 653, "children": [], "start_point": {"row": 213, "column": 10}, "end_point": {"row": 213, "column": 23}}, {"id": 655, "type": "assignment_expression", "text": "next_state = IDLE", "parent": 652, "children": [656, 657, 658], "start_point": {"row": 214, "column": 8}, "end_point": {"row": 214, "column": 25}}, {"id": 656, "type": "identifier", "text": "next_state", "parent": 655, "children": [], "start_point": {"row": 214, "column": 8}, "end_point": {"row": 214, "column": 18}}, {"id": 657, "type": "=", "text": "=", "parent": 655, "children": [], "start_point": {"row": 214, "column": 19}, "end_point": {"row": 214, "column": 20}}, {"id": 658, "type": "identifier", "text": "IDLE", "parent": 655, "children": [], "start_point": {"row": 214, "column": 21}, "end_point": {"row": 214, "column": 25}}, {"id": 659, "type": "else_clause", "text": "else if(pedestrian_pressed) {\r\n next_state = WARN;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }", "parent": 652, "children": [660], "start_point": {"row": 215, "column": 8}, "end_point": {"row": 219, "column": 7}}, {"id": 660, "type": "if_statement", "text": "if(pedestrian_pressed) {\r\n next_state = WARN;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }", "parent": 659, "children": [661, 667], "start_point": {"row": 215, "column": 13}, "end_point": {"row": 219, "column": 7}}, {"id": 661, "type": "parenthesized_expression", "text": "(pedestrian_pressed)", "parent": 660, "children": [662], "start_point": {"row": 215, "column": 15}, "end_point": {"row": 215, "column": 35}}, {"id": 662, "type": "identifier", "text": "pedestrian_pressed", "parent": 661, "children": [], "start_point": {"row": 215, "column": 16}, "end_point": {"row": 215, "column": 34}}, {"id": 663, "type": "assignment_expression", "text": "next_state = WARN", "parent": 660, "children": [664, 665, 666], "start_point": {"row": 216, "column": 8}, "end_point": {"row": 216, "column": 25}}, {"id": 664, "type": "identifier", "text": "next_state", "parent": 663, "children": [], "start_point": {"row": 216, "column": 8}, "end_point": {"row": 216, "column": 18}}, {"id": 665, "type": "=", "text": "=", "parent": 663, "children": [], "start_point": {"row": 216, "column": 19}, "end_point": {"row": 216, "column": 20}}, {"id": 666, "type": "identifier", "text": "WARN", "parent": 663, "children": [], "start_point": {"row": 216, "column": 21}, "end_point": {"row": 216, "column": 25}}, {"id": 667, "type": "else_clause", "text": "else if(time_expired) {\r\n next_state = STOP;\r\n }", "parent": 660, "children": [668], "start_point": {"row": 217, "column": 8}, "end_point": {"row": 219, "column": 7}}, {"id": 668, "type": "if_statement", "text": "if(time_expired) {\r\n next_state = STOP;\r\n }", "parent": 667, "children": [669], "start_point": {"row": 217, "column": 13}, "end_point": {"row": 219, "column": 7}}, {"id": 669, "type": "parenthesized_expression", "text": "(time_expired)", "parent": 668, "children": [670], "start_point": {"row": 217, "column": 15}, "end_point": {"row": 217, "column": 29}}, {"id": 670, "type": "identifier", "text": "time_expired", "parent": 669, "children": [], "start_point": {"row": 217, "column": 16}, "end_point": {"row": 217, "column": 28}}, {"id": 671, "type": "assignment_expression", "text": "next_state = STOP", "parent": 668, "children": [672, 673, 674], "start_point": {"row": 218, "column": 8}, "end_point": {"row": 218, "column": 25}}, {"id": 672, "type": "identifier", "text": "next_state", "parent": 671, "children": [], "start_point": {"row": 218, "column": 8}, "end_point": {"row": 218, "column": 18}}, {"id": 673, "type": "=", "text": "=", "parent": 671, "children": [], "start_point": {"row": 218, "column": 19}, "end_point": {"row": 218, "column": 20}}, {"id": 674, "type": "identifier", "text": "STOP", "parent": 671, "children": [], "start_point": {"row": 218, "column": 21}, "end_point": {"row": 218, "column": 25}}, {"id": 675, "type": "break_statement", "text": "break;", "parent": 649, "children": [676], "start_point": {"row": 220, "column": 6}, "end_point": {"row": 220, "column": 12}}, {"id": 676, "type": "break", "text": "break", "parent": 675, "children": [], "start_point": {"row": 220, "column": 6}, "end_point": {"row": 220, "column": 11}}, {"id": 677, "type": "case_statement", "text": "case WARN:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }\r\n break;", "parent": 608, "children": [678, 679, 680, 695], "start_point": {"row": 222, "column": 4}, "end_point": {"row": 228, "column": 12}}, {"id": 678, "type": "case", "text": "case", "parent": 677, "children": [], "start_point": {"row": 222, "column": 4}, "end_point": {"row": 222, "column": 8}}, {"id": 679, "type": "identifier", "text": "WARN", "parent": 677, "children": [], "start_point": {"row": 222, "column": 9}, "end_point": {"row": 222, "column": 13}}, {"id": 680, "type": "if_statement", "text": "if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }", "parent": 677, "children": [681, 687], "start_point": {"row": 223, "column": 6}, "end_point": {"row": 227, "column": 7}}, {"id": 681, "type": "parenthesized_expression", "text": "(onoff_pressed)", "parent": 680, "children": [682], "start_point": {"row": 223, "column": 9}, "end_point": {"row": 223, "column": 24}}, {"id": 682, "type": "identifier", "text": "onoff_pressed", "parent": 681, "children": [], "start_point": {"row": 223, "column": 10}, "end_point": {"row": 223, "column": 23}}, {"id": 683, "type": "assignment_expression", "text": "next_state = IDLE", "parent": 680, "children": [684, 685, 686], "start_point": {"row": 224, "column": 8}, "end_point": {"row": 224, "column": 25}}, {"id": 684, "type": "identifier", "text": "next_state", "parent": 683, "children": [], "start_point": {"row": 224, "column": 8}, "end_point": {"row": 224, "column": 18}}, {"id": 685, "type": "=", "text": "=", "parent": 683, "children": [], "start_point": {"row": 224, "column": 19}, "end_point": {"row": 224, "column": 20}}, {"id": 686, "type": "identifier", "text": "IDLE", "parent": 683, "children": [], "start_point": {"row": 224, "column": 21}, "end_point": {"row": 224, "column": 25}}, {"id": 687, "type": "else_clause", "text": "else if(time_expired) {\r\n next_state = STOP;\r\n }", "parent": 680, "children": [688], "start_point": {"row": 225, "column": 8}, "end_point": {"row": 227, "column": 7}}, {"id": 688, "type": "if_statement", "text": "if(time_expired) {\r\n next_state = STOP;\r\n }", "parent": 687, "children": [689], "start_point": {"row": 225, "column": 13}, "end_point": {"row": 227, "column": 7}}, {"id": 689, "type": "parenthesized_expression", "text": "(time_expired)", "parent": 688, "children": [690], "start_point": {"row": 225, "column": 15}, "end_point": {"row": 225, "column": 29}}, {"id": 690, "type": "identifier", "text": "time_expired", "parent": 689, "children": [], "start_point": {"row": 225, "column": 16}, "end_point": {"row": 225, "column": 28}}, {"id": 691, "type": "assignment_expression", "text": "next_state = STOP", "parent": 688, "children": [692, 693, 694], "start_point": {"row": 226, "column": 8}, "end_point": {"row": 226, "column": 25}}, {"id": 692, "type": "identifier", "text": "next_state", "parent": 691, "children": [], "start_point": {"row": 226, "column": 8}, "end_point": {"row": 226, "column": 18}}, {"id": 693, "type": "=", "text": "=", "parent": 691, "children": [], "start_point": {"row": 226, "column": 19}, "end_point": {"row": 226, "column": 20}}, {"id": 694, "type": "identifier", "text": "STOP", "parent": 691, "children": [], "start_point": {"row": 226, "column": 21}, "end_point": {"row": 226, "column": 25}}, {"id": 695, "type": "break_statement", "text": "break;", "parent": 677, "children": [696], "start_point": {"row": 228, "column": 6}, "end_point": {"row": 228, "column": 12}}, {"id": 696, "type": "break", "text": "break", "parent": 695, "children": [], "start_point": {"row": 228, "column": 6}, "end_point": {"row": 228, "column": 11}}, {"id": 697, "type": "case_statement", "text": "default:\r\n next_state = IDLE;\r\n break;", "parent": 608, "children": [698, 703], "start_point": {"row": 230, "column": 4}, "end_point": {"row": 232, "column": 12}}, {"id": 698, "type": "default", "text": "default", "parent": 697, "children": [], "start_point": {"row": 230, "column": 4}, "end_point": {"row": 230, "column": 11}}, {"id": 699, "type": "assignment_expression", "text": "next_state = IDLE", "parent": 697, "children": [700, 701, 702], "start_point": {"row": 231, "column": 8}, "end_point": {"row": 231, "column": 25}}, {"id": 700, "type": "identifier", "text": "next_state", "parent": 699, "children": [], "start_point": {"row": 231, "column": 8}, "end_point": {"row": 231, "column": 18}}, {"id": 701, "type": "=", "text": "=", "parent": 699, "children": [], "start_point": {"row": 231, "column": 19}, "end_point": {"row": 231, "column": 20}}, {"id": 702, "type": "identifier", "text": "IDLE", "parent": 699, "children": [], "start_point": {"row": 231, "column": 21}, "end_point": {"row": 231, "column": 25}}, {"id": 703, "type": "break_statement", "text": "break;", "parent": 697, "children": [704], "start_point": {"row": 232, "column": 6}, "end_point": {"row": 232, "column": 12}}, {"id": 704, "type": "break", "text": "break", "parent": 703, "children": [], "start_point": {"row": 232, "column": 6}, "end_point": {"row": 232, "column": 11}}, {"id": 705, "type": "if_statement", "text": "if (next_state != present_state) {\r\n present_state = next_state;\r\n time_expired = RESET;\r\n prev_light_tick_time = curr_light_tick_time;\r\n pedestrian_pressed = RESET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }", "parent": 589, "children": [706], "start_point": {"row": 235, "column": 2}, "end_point": {"row": 241, "column": 3}}, {"id": 706, "type": "parenthesized_expression", "text": "(next_state != present_state)", "parent": 705, "children": [707], "start_point": {"row": 235, "column": 5}, "end_point": {"row": 235, "column": 34}}, {"id": 707, "type": "binary_expression", "text": "next_state != present_state", "parent": 706, "children": [708, 709, 710], "start_point": {"row": 235, "column": 6}, "end_point": {"row": 235, "column": 33}}, {"id": 708, "type": "identifier", "text": "next_state", "parent": 707, "children": [], "start_point": {"row": 235, "column": 6}, "end_point": {"row": 235, "column": 16}}, {"id": 709, "type": "!=", "text": "!=", "parent": 707, "children": [], "start_point": {"row": 235, "column": 17}, "end_point": {"row": 235, "column": 19}}, {"id": 710, "type": "identifier", "text": "present_state", "parent": 707, "children": [], "start_point": {"row": 235, "column": 20}, "end_point": {"row": 235, "column": 33}}, {"id": 711, "type": "assignment_expression", "text": "present_state = next_state", "parent": 705, "children": [712, 713, 714], "start_point": {"row": 236, "column": 4}, "end_point": {"row": 236, "column": 30}}, {"id": 712, "type": "identifier", "text": "present_state", "parent": 711, "children": [], "start_point": {"row": 236, "column": 4}, "end_point": {"row": 236, "column": 17}}, {"id": 713, "type": "=", "text": "=", "parent": 711, "children": [], "start_point": {"row": 236, "column": 18}, "end_point": {"row": 236, "column": 19}}, {"id": 714, "type": "identifier", "text": "next_state", "parent": 711, "children": [], "start_point": {"row": 236, "column": 20}, "end_point": {"row": 236, "column": 30}}, {"id": 715, "type": "assignment_expression", "text": "time_expired = RESET", "parent": 705, "children": [716, 717, 718], "start_point": {"row": 237, "column": 4}, "end_point": {"row": 237, "column": 24}}, {"id": 716, "type": "identifier", "text": "time_expired", "parent": 715, "children": [], "start_point": {"row": 237, "column": 4}, "end_point": {"row": 237, "column": 16}}, {"id": 717, "type": "=", "text": "=", "parent": 715, "children": [], "start_point": {"row": 237, "column": 17}, "end_point": {"row": 237, "column": 18}}, {"id": 718, "type": "identifier", "text": "RESET", "parent": 715, "children": [], "start_point": {"row": 237, "column": 19}, "end_point": {"row": 237, "column": 24}}, {"id": 719, "type": "assignment_expression", "text": "prev_light_tick_time = curr_light_tick_time", "parent": 705, "children": [720, 721, 722], "start_point": {"row": 238, "column": 4}, "end_point": {"row": 238, "column": 47}}, {"id": 720, "type": "identifier", "text": "prev_light_tick_time", "parent": 719, "children": [], "start_point": {"row": 238, "column": 4}, "end_point": {"row": 238, "column": 24}}, {"id": 721, "type": "=", "text": "=", "parent": 719, "children": [], "start_point": {"row": 238, "column": 25}, "end_point": {"row": 238, "column": 26}}, {"id": 722, "type": "identifier", "text": "curr_light_tick_time", "parent": 719, "children": [], "start_point": {"row": 238, "column": 27}, "end_point": {"row": 238, "column": 47}}, {"id": 723, "type": "assignment_expression", "text": "pedestrian_pressed = RESET", "parent": 705, "children": [724, 725, 726], "start_point": {"row": 239, "column": 4}, "end_point": {"row": 239, "column": 30}}, {"id": 724, "type": "identifier", "text": "pedestrian_pressed", "parent": 723, "children": [], "start_point": {"row": 239, "column": 4}, "end_point": {"row": 239, "column": 22}}, {"id": 725, "type": "=", "text": "=", "parent": 723, "children": [], "start_point": {"row": 239, "column": 23}, "end_point": {"row": 239, "column": 24}}, {"id": 726, "type": "identifier", "text": "RESET", "parent": 723, "children": [], "start_point": {"row": 239, "column": 25}, "end_point": {"row": 239, "column": 30}}, {"id": 727, "type": "assignment_expression", "text": "prev_ped_tick_time = curr_ped_tick_time", "parent": 705, "children": [728, 729, 730], "start_point": {"row": 240, "column": 4}, "end_point": {"row": 240, "column": 43}}, {"id": 728, "type": "identifier", "text": "prev_ped_tick_time", "parent": 727, "children": [], "start_point": {"row": 240, "column": 4}, "end_point": {"row": 240, "column": 22}}, {"id": 729, "type": "=", "text": "=", "parent": 727, "children": [], "start_point": {"row": 240, "column": 23}, "end_point": {"row": 240, "column": 24}}, {"id": 730, "type": "identifier", "text": "curr_ped_tick_time", "parent": 727, "children": [], "start_point": {"row": 240, "column": 25}, "end_point": {"row": 240, "column": 43}}, {"id": 731, "type": "switch_statement", "text": "switch (present_state) {\r\n case IDLE:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n\r\n case STOP:\r\n if(!RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);\r\n RedLightOn = SET;\r\n }\r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n\r\n case GO:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(!GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);\r\n GreenLightOn = SET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n\r\n case WARN:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(!YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);\r\n YellowLightOn = SET;\r\n }\r\n break;\r\n\r\n default:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n }", "parent": 589, "children": [732, 733], "start_point": {"row": 244, "column": 2}, "end_point": {"row": 319, "column": 3}}, {"id": 732, "type": "switch", "text": "switch", "parent": 731, "children": [], "start_point": {"row": 244, "column": 2}, "end_point": {"row": 244, "column": 8}}, {"id": 733, "type": "parenthesized_expression", "text": "(present_state)", "parent": 731, "children": [734], "start_point": {"row": 244, "column": 9}, "end_point": {"row": 244, "column": 24}}, {"id": 734, "type": "identifier", "text": "present_state", "parent": 733, "children": [], "start_point": {"row": 244, "column": 10}, "end_point": {"row": 244, "column": 23}}, {"id": 735, "type": "case_statement", "text": "case IDLE:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;", "parent": 731, "children": [736, 737, 738, 752, 766, 780], "start_point": {"row": 245, "column": 4}, "end_point": {"row": 258, "column": 12}}, {"id": 736, "type": "case", "text": "case", "parent": 735, "children": [], "start_point": {"row": 245, "column": 4}, "end_point": {"row": 245, "column": 8}}, {"id": 737, "type": "identifier", "text": "IDLE", "parent": 735, "children": [], "start_point": {"row": 245, "column": 9}, "end_point": {"row": 245, "column": 13}}, {"id": 738, "type": "if_statement", "text": "if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n }", "parent": 735, "children": [739], "start_point": {"row": 246, "column": 6}, "end_point": {"row": 249, "column": 7}}, {"id": 739, "type": "parenthesized_expression", "text": "(RedLightOn)", "parent": 738, "children": [740], "start_point": {"row": 246, "column": 8}, "end_point": {"row": 246, "column": 20}}, {"id": 740, "type": "identifier", "text": "RedLightOn", "parent": 739, "children": [], "start_point": {"row": 246, "column": 9}, "end_point": {"row": 246, "column": 19}}, {"id": 741, "type": "call_expression", "text": "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)", "parent": 738, "children": [742, 743], "start_point": {"row": 247, "column": 8}, "end_point": {"row": 247, "column": 68}}, {"id": 742, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 741, "children": [], "start_point": {"row": 247, "column": 8}, "end_point": {"row": 247, "column": 28}}, {"id": 743, "type": "argument_list", "text": "(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)", "parent": 741, "children": [744, 745, 746, 747], "start_point": {"row": 247, "column": 28}, "end_point": {"row": 247, "column": 68}}, {"id": 744, "type": "identifier", "text": "RED_X", "parent": 743, "children": [], "start_point": {"row": 247, "column": 29}, "end_point": {"row": 247, "column": 34}}, {"id": 745, "type": "identifier", "text": "RED_Y", "parent": 743, "children": [], "start_point": {"row": 247, "column": 36}, "end_point": {"row": 247, "column": 41}}, {"id": 746, "type": "identifier", "text": "RADIUS", "parent": 743, "children": [], "start_point": {"row": 247, "column": 43}, "end_point": {"row": 247, "column": 49}}, {"id": 747, "type": "identifier", "text": "BACKGROUND_COLOR", "parent": 743, "children": [], "start_point": {"row": 247, "column": 51}, "end_point": {"row": 247, "column": 67}}, {"id": 748, "type": "assignment_expression", "text": "RedLightOn = RESET", "parent": 738, "children": [749, 750, 751], "start_point": {"row": 248, "column": 8}, "end_point": {"row": 248, "column": 26}}, {"id": 749, "type": "identifier", "text": "RedLightOn", "parent": 748, "children": [], "start_point": {"row": 248, "column": 8}, "end_point": {"row": 248, "column": 18}}, {"id": 750, "type": "=", "text": "=", "parent": 748, "children": [], "start_point": {"row": 248, "column": 19}, "end_point": {"row": 248, "column": 20}}, {"id": 751, "type": "identifier", "text": "RESET", "parent": 748, "children": [], "start_point": {"row": 248, "column": 21}, "end_point": {"row": 248, "column": 26}}, {"id": 752, "type": "if_statement", "text": "if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }", "parent": 735, "children": [753], "start_point": {"row": 250, "column": 6}, "end_point": {"row": 253, "column": 7}}, {"id": 753, "type": "parenthesized_expression", "text": "(GreenLightOn)", "parent": 752, "children": [754], "start_point": {"row": 250, "column": 8}, "end_point": {"row": 250, "column": 22}}, {"id": 754, "type": "identifier", "text": "GreenLightOn", "parent": 753, "children": [], "start_point": {"row": 250, "column": 9}, "end_point": {"row": 250, "column": 21}}, {"id": 755, "type": "call_expression", "text": "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)", "parent": 752, "children": [756, 757], "start_point": {"row": 251, "column": 8}, "end_point": {"row": 251, "column": 72}}, {"id": 756, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 755, "children": [], "start_point": {"row": 251, "column": 8}, "end_point": {"row": 251, "column": 28}}, {"id": 757, "type": "argument_list", "text": "(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)", "parent": 755, "children": [758, 759, 760, 761], "start_point": {"row": 251, "column": 28}, "end_point": {"row": 251, "column": 72}}, {"id": 758, "type": "identifier", "text": "GREEN_X", "parent": 757, "children": [], "start_point": {"row": 251, "column": 29}, "end_point": {"row": 251, "column": 36}}, {"id": 759, "type": "identifier", "text": "GREEN_Y", "parent": 757, "children": [], "start_point": {"row": 251, "column": 38}, "end_point": {"row": 251, "column": 45}}, {"id": 760, "type": "identifier", "text": "RADIUS", "parent": 757, "children": [], "start_point": {"row": 251, "column": 47}, "end_point": {"row": 251, "column": 53}}, {"id": 761, "type": "identifier", "text": "BACKGROUND_COLOR", "parent": 757, "children": [], "start_point": {"row": 251, "column": 55}, "end_point": {"row": 251, "column": 71}}, {"id": 762, "type": "assignment_expression", "text": "GreenLightOn = RESET", "parent": 752, "children": [763, 764, 765], "start_point": {"row": 252, "column": 8}, "end_point": {"row": 252, "column": 28}}, {"id": 763, "type": "identifier", "text": "GreenLightOn", "parent": 762, "children": [], "start_point": {"row": 252, "column": 8}, "end_point": {"row": 252, "column": 20}}, {"id": 764, "type": "=", "text": "=", "parent": 762, "children": [], "start_point": {"row": 252, "column": 21}, "end_point": {"row": 252, "column": 22}}, {"id": 765, "type": "identifier", "text": "RESET", "parent": 762, "children": [], "start_point": {"row": 252, "column": 23}, "end_point": {"row": 252, "column": 28}}, {"id": 766, "type": "if_statement", "text": "if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }", "parent": 735, "children": [767], "start_point": {"row": 254, "column": 6}, "end_point": {"row": 257, "column": 7}}, {"id": 767, "type": "parenthesized_expression", "text": "(YellowLightOn)", "parent": 766, "children": [768], "start_point": {"row": 254, "column": 8}, "end_point": {"row": 254, "column": 23}}, {"id": 768, "type": "identifier", "text": "YellowLightOn", "parent": 767, "children": [], "start_point": {"row": 254, "column": 9}, "end_point": {"row": 254, "column": 22}}, {"id": 769, "type": "call_expression", "text": "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)", "parent": 766, "children": [770, 771], "start_point": {"row": 255, "column": 8}, "end_point": {"row": 255, "column": 74}}, {"id": 770, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 769, "children": [], "start_point": {"row": 255, "column": 8}, "end_point": {"row": 255, "column": 28}}, {"id": 771, "type": "argument_list", "text": "(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)", "parent": 769, "children": [772, 773, 774, 775], "start_point": {"row": 255, "column": 28}, "end_point": {"row": 255, "column": 74}}, {"id": 772, "type": "identifier", "text": "YELLOW_X", "parent": 771, "children": [], "start_point": {"row": 255, "column": 29}, "end_point": {"row": 255, "column": 37}}, {"id": 773, "type": "identifier", "text": "YELLOW_Y", "parent": 771, "children": [], "start_point": {"row": 255, "column": 39}, "end_point": {"row": 255, "column": 47}}, {"id": 774, "type": "identifier", "text": "RADIUS", "parent": 771, "children": [], "start_point": {"row": 255, "column": 49}, "end_point": {"row": 255, "column": 55}}, {"id": 775, "type": "identifier", "text": "BACKGROUND_COLOR", "parent": 771, "children": [], "start_point": {"row": 255, "column": 57}, "end_point": {"row": 255, "column": 73}}, {"id": 776, "type": "assignment_expression", "text": "YellowLightOn = RESET", "parent": 766, "children": [777, 778, 779], "start_point": {"row": 256, "column": 8}, "end_point": {"row": 256, "column": 29}}, {"id": 777, "type": "identifier", "text": "YellowLightOn", "parent": 776, "children": [], "start_point": {"row": 256, "column": 8}, "end_point": {"row": 256, "column": 21}}, {"id": 778, "type": "=", "text": "=", "parent": 776, "children": [], "start_point": {"row": 256, "column": 22}, "end_point": {"row": 256, "column": 23}}, {"id": 779, "type": "identifier", "text": "RESET", "parent": 776, "children": [], "start_point": {"row": 256, "column": 24}, "end_point": {"row": 256, "column": 29}}, {"id": 780, "type": "break_statement", "text": "break;", "parent": 735, "children": [781], "start_point": {"row": 258, "column": 6}, "end_point": {"row": 258, "column": 12}}, {"id": 781, "type": "break", "text": "break", "parent": 780, "children": [], "start_point": {"row": 258, "column": 6}, "end_point": {"row": 258, "column": 11}}, {"id": 782, "type": "case_statement", "text": "case STOP:\r\n if(!RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);\r\n RedLightOn = SET;\r\n }\r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;", "parent": 731, "children": [783, 784, 785, 801, 815, 829], "start_point": {"row": 260, "column": 4}, "end_point": {"row": 273, "column": 12}}, {"id": 783, "type": "case", "text": "case", "parent": 782, "children": [], "start_point": {"row": 260, "column": 4}, "end_point": {"row": 260, "column": 8}}, {"id": 784, "type": "identifier", "text": "STOP", "parent": 782, "children": [], "start_point": {"row": 260, "column": 9}, "end_point": {"row": 260, "column": 13}}, {"id": 785, "type": "if_statement", "text": "if(!RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);\r\n RedLightOn = SET;\r\n }", "parent": 782, "children": [786], "start_point": {"row": 261, "column": 6}, "end_point": {"row": 264, "column": 7}}, {"id": 786, "type": "parenthesized_expression", "text": "(!RedLightOn)", "parent": 785, "children": [787], "start_point": {"row": 261, "column": 8}, "end_point": {"row": 261, "column": 21}}, {"id": 787, "type": "unary_expression", "text": "!RedLightOn", "parent": 786, "children": [788, 789], "start_point": {"row": 261, "column": 9}, "end_point": {"row": 261, "column": 20}}, {"id": 788, "type": "!", "text": "!", "parent": 787, "children": [], "start_point": {"row": 261, "column": 9}, "end_point": {"row": 261, "column": 10}}, {"id": 789, "type": "identifier", "text": "RedLightOn", "parent": 787, "children": [], "start_point": {"row": 261, "column": 10}, "end_point": {"row": 261, "column": 20}}, {"id": 790, "type": "call_expression", "text": "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR)", "parent": 785, "children": [791, 792], "start_point": {"row": 262, "column": 8}, "end_point": {"row": 262, "column": 61}}, {"id": 791, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 790, "children": [], "start_point": {"row": 262, "column": 8}, "end_point": {"row": 262, "column": 28}}, {"id": 792, "type": "argument_list", "text": "(RED_X, RED_Y, RADIUS, RED_COLOR)", "parent": 790, "children": [793, 794, 795, 796], "start_point": {"row": 262, "column": 28}, "end_point": {"row": 262, "column": 61}}, {"id": 793, "type": "identifier", "text": "RED_X", "parent": 792, "children": [], "start_point": {"row": 262, "column": 29}, "end_point": {"row": 262, "column": 34}}, {"id": 794, "type": "identifier", "text": "RED_Y", "parent": 792, "children": [], "start_point": {"row": 262, "column": 36}, "end_point": {"row": 262, "column": 41}}, {"id": 795, "type": "identifier", "text": "RADIUS", "parent": 792, "children": [], "start_point": {"row": 262, "column": 43}, "end_point": {"row": 262, "column": 49}}, {"id": 796, "type": "identifier", "text": "RED_COLOR", "parent": 792, "children": [], "start_point": {"row": 262, "column": 51}, "end_point": {"row": 262, "column": 60}}, {"id": 797, "type": "assignment_expression", "text": "RedLightOn = SET", "parent": 785, "children": [798, 799, 800], "start_point": {"row": 263, "column": 8}, "end_point": {"row": 263, "column": 24}}, {"id": 798, "type": "identifier", "text": "RedLightOn", "parent": 797, "children": [], "start_point": {"row": 263, "column": 8}, "end_point": {"row": 263, "column": 18}}, {"id": 799, "type": "=", "text": "=", "parent": 797, "children": [], "start_point": {"row": 263, "column": 19}, "end_point": {"row": 263, "column": 20}}, {"id": 800, "type": "identifier", "text": "SET", "parent": 797, "children": [], "start_point": {"row": 263, "column": 21}, "end_point": {"row": 263, "column": 24}}, {"id": 801, "type": "if_statement", "text": "if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }", "parent": 782, "children": [802], "start_point": {"row": 265, "column": 6}, "end_point": {"row": 268, "column": 7}}, {"id": 802, "type": "parenthesized_expression", "text": "(GreenLightOn)", "parent": 801, "children": [803], "start_point": {"row": 265, "column": 8}, "end_point": {"row": 265, "column": 22}}, {"id": 803, "type": "identifier", "text": "GreenLightOn", "parent": 802, "children": [], "start_point": {"row": 265, "column": 9}, "end_point": {"row": 265, "column": 21}}, {"id": 804, "type": "call_expression", "text": "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)", "parent": 801, "children": [805, 806], "start_point": {"row": 266, "column": 8}, "end_point": {"row": 266, "column": 72}}, {"id": 805, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 804, "children": [], "start_point": {"row": 266, "column": 8}, "end_point": {"row": 266, "column": 28}}, {"id": 806, "type": "argument_list", "text": "(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)", "parent": 804, "children": [807, 808, 809, 810], "start_point": {"row": 266, "column": 28}, "end_point": {"row": 266, "column": 72}}, {"id": 807, "type": "identifier", "text": "GREEN_X", "parent": 806, "children": [], "start_point": {"row": 266, "column": 29}, "end_point": {"row": 266, "column": 36}}, {"id": 808, "type": "identifier", "text": "GREEN_Y", "parent": 806, "children": [], "start_point": {"row": 266, "column": 38}, "end_point": {"row": 266, "column": 45}}, {"id": 809, "type": "identifier", "text": "RADIUS", "parent": 806, "children": [], "start_point": {"row": 266, "column": 47}, "end_point": {"row": 266, "column": 53}}, {"id": 810, "type": "identifier", "text": "BACKGROUND_COLOR", "parent": 806, "children": [], "start_point": {"row": 266, "column": 55}, "end_point": {"row": 266, "column": 71}}, {"id": 811, "type": "assignment_expression", "text": "GreenLightOn = RESET", "parent": 801, "children": [812, 813, 814], "start_point": {"row": 267, "column": 8}, "end_point": {"row": 267, "column": 28}}, {"id": 812, "type": "identifier", "text": "GreenLightOn", "parent": 811, "children": [], "start_point": {"row": 267, "column": 8}, "end_point": {"row": 267, "column": 20}}, {"id": 813, "type": "=", "text": "=", "parent": 811, "children": [], "start_point": {"row": 267, "column": 21}, "end_point": {"row": 267, "column": 22}}, {"id": 814, "type": "identifier", "text": "RESET", "parent": 811, "children": [], "start_point": {"row": 267, "column": 23}, "end_point": {"row": 267, "column": 28}}, {"id": 815, "type": "if_statement", "text": "if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }", "parent": 782, "children": [816], "start_point": {"row": 269, "column": 6}, "end_point": {"row": 272, "column": 7}}, {"id": 816, "type": "parenthesized_expression", "text": "(YellowLightOn)", "parent": 815, "children": [817], "start_point": {"row": 269, "column": 8}, "end_point": {"row": 269, "column": 23}}, {"id": 817, "type": "identifier", "text": "YellowLightOn", "parent": 816, "children": [], "start_point": {"row": 269, "column": 9}, "end_point": {"row": 269, "column": 22}}, {"id": 818, "type": "call_expression", "text": "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)", "parent": 815, "children": [819, 820], "start_point": {"row": 270, "column": 8}, "end_point": {"row": 270, "column": 74}}, {"id": 819, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 818, "children": [], "start_point": {"row": 270, "column": 8}, "end_point": {"row": 270, "column": 28}}, {"id": 820, "type": "argument_list", "text": "(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)", "parent": 818, "children": [821, 822, 823, 824], "start_point": {"row": 270, "column": 28}, "end_point": {"row": 270, "column": 74}}, {"id": 821, "type": "identifier", "text": "YELLOW_X", "parent": 820, "children": [], "start_point": {"row": 270, "column": 29}, "end_point": {"row": 270, "column": 37}}, {"id": 822, "type": "identifier", "text": "YELLOW_Y", "parent": 820, "children": [], "start_point": {"row": 270, "column": 39}, "end_point": {"row": 270, "column": 47}}, {"id": 823, "type": "identifier", "text": "RADIUS", "parent": 820, "children": [], "start_point": {"row": 270, "column": 49}, "end_point": {"row": 270, "column": 55}}, {"id": 824, "type": "identifier", "text": "BACKGROUND_COLOR", "parent": 820, "children": [], "start_point": {"row": 270, "column": 57}, "end_point": {"row": 270, "column": 73}}, {"id": 825, "type": "assignment_expression", "text": "YellowLightOn = RESET", "parent": 815, "children": [826, 827, 828], "start_point": {"row": 271, "column": 8}, "end_point": {"row": 271, "column": 29}}, {"id": 826, "type": "identifier", "text": "YellowLightOn", "parent": 825, "children": [], "start_point": {"row": 271, "column": 8}, "end_point": {"row": 271, "column": 21}}, {"id": 827, "type": "=", "text": "=", "parent": 825, "children": [], "start_point": {"row": 271, "column": 22}, "end_point": {"row": 271, "column": 23}}, {"id": 828, "type": "identifier", "text": "RESET", "parent": 825, "children": [], "start_point": {"row": 271, "column": 24}, "end_point": {"row": 271, "column": 29}}, {"id": 829, "type": "break_statement", "text": "break;", "parent": 782, "children": [830], "start_point": {"row": 273, "column": 6}, "end_point": {"row": 273, "column": 12}}, {"id": 830, "type": "break", "text": "break", "parent": 829, "children": [], "start_point": {"row": 273, "column": 6}, "end_point": {"row": 273, "column": 11}}, {"id": 831, "type": "case_statement", "text": "case GO:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(!GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);\r\n GreenLightOn = SET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;", "parent": 731, "children": [832, 833, 834, 848, 864, 878], "start_point": {"row": 275, "column": 4}, "end_point": {"row": 288, "column": 12}}, {"id": 832, "type": "case", "text": "case", "parent": 831, "children": [], "start_point": {"row": 275, "column": 4}, "end_point": {"row": 275, "column": 8}}, {"id": 833, "type": "identifier", "text": "GO", "parent": 831, "children": [], "start_point": {"row": 275, "column": 9}, "end_point": {"row": 275, "column": 11}}, {"id": 834, "type": "if_statement", "text": "if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n }", "parent": 831, "children": [835], "start_point": {"row": 276, "column": 6}, "end_point": {"row": 279, "column": 7}}, {"id": 835, "type": "parenthesized_expression", "text": "(RedLightOn)", "parent": 834, "children": [836], "start_point": {"row": 276, "column": 8}, "end_point": {"row": 276, "column": 20}}, {"id": 836, "type": "identifier", "text": "RedLightOn", "parent": 835, "children": [], "start_point": {"row": 276, "column": 9}, "end_point": {"row": 276, "column": 19}}, {"id": 837, "type": "call_expression", "text": "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)", "parent": 834, "children": [838, 839], "start_point": {"row": 277, "column": 8}, "end_point": {"row": 277, "column": 68}}, {"id": 838, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 837, "children": [], "start_point": {"row": 277, "column": 8}, "end_point": {"row": 277, "column": 28}}, {"id": 839, "type": "argument_list", "text": "(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)", "parent": 837, "children": [840, 841, 842, 843], "start_point": {"row": 277, "column": 28}, "end_point": {"row": 277, "column": 68}}, {"id": 840, "type": "identifier", "text": "RED_X", "parent": 839, "children": [], "start_point": {"row": 277, "column": 29}, "end_point": {"row": 277, "column": 34}}, {"id": 841, "type": "identifier", "text": "RED_Y", "parent": 839, "children": [], "start_point": {"row": 277, "column": 36}, "end_point": {"row": 277, "column": 41}}, {"id": 842, "type": "identifier", "text": "RADIUS", "parent": 839, "children": [], "start_point": {"row": 277, "column": 43}, "end_point": {"row": 277, "column": 49}}, {"id": 843, "type": "identifier", "text": "BACKGROUND_COLOR", "parent": 839, "children": [], "start_point": {"row": 277, "column": 51}, "end_point": {"row": 277, "column": 67}}, {"id": 844, "type": "assignment_expression", "text": "RedLightOn = RESET", "parent": 834, "children": [845, 846, 847], "start_point": {"row": 278, "column": 8}, "end_point": {"row": 278, "column": 26}}, {"id": 845, "type": "identifier", "text": "RedLightOn", "parent": 844, "children": [], "start_point": {"row": 278, "column": 8}, "end_point": {"row": 278, "column": 18}}, {"id": 846, "type": "=", "text": "=", "parent": 844, "children": [], "start_point": {"row": 278, "column": 19}, "end_point": {"row": 278, "column": 20}}, {"id": 847, "type": "identifier", "text": "RESET", "parent": 844, "children": [], "start_point": {"row": 278, "column": 21}, "end_point": {"row": 278, "column": 26}}, {"id": 848, "type": "if_statement", "text": "if(!GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);\r\n GreenLightOn = SET;\r\n }", "parent": 831, "children": [849], "start_point": {"row": 280, "column": 6}, "end_point": {"row": 283, "column": 7}}, {"id": 849, "type": "parenthesized_expression", "text": "(!GreenLightOn)", "parent": 848, "children": [850], "start_point": {"row": 280, "column": 8}, "end_point": {"row": 280, "column": 23}}, {"id": 850, "type": "unary_expression", "text": "!GreenLightOn", "parent": 849, "children": [851, 852], "start_point": {"row": 280, "column": 9}, "end_point": {"row": 280, "column": 22}}, {"id": 851, "type": "!", "text": "!", "parent": 850, "children": [], "start_point": {"row": 280, "column": 9}, "end_point": {"row": 280, "column": 10}}, {"id": 852, "type": "identifier", "text": "GreenLightOn", "parent": 850, "children": [], "start_point": {"row": 280, "column": 10}, "end_point": {"row": 280, "column": 22}}, {"id": 853, "type": "call_expression", "text": "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR)", "parent": 848, "children": [854, 855], "start_point": {"row": 281, "column": 8}, "end_point": {"row": 281, "column": 67}}, {"id": 854, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 853, "children": [], "start_point": {"row": 281, "column": 8}, "end_point": {"row": 281, "column": 28}}, {"id": 855, "type": "argument_list", "text": "(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR)", "parent": 853, "children": [856, 857, 858, 859], "start_point": {"row": 281, "column": 28}, "end_point": {"row": 281, "column": 67}}, {"id": 856, "type": "identifier", "text": "GREEN_X", "parent": 855, "children": [], "start_point": {"row": 281, "column": 29}, "end_point": {"row": 281, "column": 36}}, {"id": 857, "type": "identifier", "text": "GREEN_Y", "parent": 855, "children": [], "start_point": {"row": 281, "column": 38}, "end_point": {"row": 281, "column": 45}}, {"id": 858, "type": "identifier", "text": "RADIUS", "parent": 855, "children": [], "start_point": {"row": 281, "column": 47}, "end_point": {"row": 281, "column": 53}}, {"id": 859, "type": "identifier", "text": "GREEN_COLOR", "parent": 855, "children": [], "start_point": {"row": 281, "column": 55}, "end_point": {"row": 281, "column": 66}}, {"id": 860, "type": "assignment_expression", "text": "GreenLightOn = SET", "parent": 848, "children": [861, 862, 863], "start_point": {"row": 282, "column": 8}, "end_point": {"row": 282, "column": 26}}, {"id": 861, "type": "identifier", "text": "GreenLightOn", "parent": 860, "children": [], "start_point": {"row": 282, "column": 8}, "end_point": {"row": 282, "column": 20}}, {"id": 862, "type": "=", "text": "=", "parent": 860, "children": [], "start_point": {"row": 282, "column": 21}, "end_point": {"row": 282, "column": 22}}, {"id": 863, "type": "identifier", "text": "SET", "parent": 860, "children": [], "start_point": {"row": 282, "column": 23}, "end_point": {"row": 282, "column": 26}}, {"id": 864, "type": "if_statement", "text": "if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }", "parent": 831, "children": [865], "start_point": {"row": 284, "column": 6}, "end_point": {"row": 287, "column": 7}}, {"id": 865, "type": "parenthesized_expression", "text": "(YellowLightOn)", "parent": 864, "children": [866], "start_point": {"row": 284, "column": 8}, "end_point": {"row": 284, "column": 23}}, {"id": 866, "type": "identifier", "text": "YellowLightOn", "parent": 865, "children": [], "start_point": {"row": 284, "column": 9}, "end_point": {"row": 284, "column": 22}}, {"id": 867, "type": "call_expression", "text": "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)", "parent": 864, "children": [868, 869], "start_point": {"row": 285, "column": 8}, "end_point": {"row": 285, "column": 74}}, {"id": 868, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 867, "children": [], "start_point": {"row": 285, "column": 8}, "end_point": {"row": 285, "column": 28}}, {"id": 869, "type": "argument_list", "text": "(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)", "parent": 867, "children": [870, 871, 872, 873], "start_point": {"row": 285, "column": 28}, "end_point": {"row": 285, "column": 74}}, {"id": 870, "type": "identifier", "text": "YELLOW_X", "parent": 869, "children": [], "start_point": {"row": 285, "column": 29}, "end_point": {"row": 285, "column": 37}}, {"id": 871, "type": "identifier", "text": "YELLOW_Y", "parent": 869, "children": [], "start_point": {"row": 285, "column": 39}, "end_point": {"row": 285, "column": 47}}, {"id": 872, "type": "identifier", "text": "RADIUS", "parent": 869, "children": [], "start_point": {"row": 285, "column": 49}, "end_point": {"row": 285, "column": 55}}, {"id": 873, "type": "identifier", "text": "BACKGROUND_COLOR", "parent": 869, "children": [], "start_point": {"row": 285, "column": 57}, "end_point": {"row": 285, "column": 73}}, {"id": 874, "type": "assignment_expression", "text": "YellowLightOn = RESET", "parent": 864, "children": [875, 876, 877], "start_point": {"row": 286, "column": 8}, "end_point": {"row": 286, "column": 29}}, {"id": 875, "type": "identifier", "text": "YellowLightOn", "parent": 874, "children": [], "start_point": {"row": 286, "column": 8}, "end_point": {"row": 286, "column": 21}}, {"id": 876, "type": "=", "text": "=", "parent": 874, "children": [], "start_point": {"row": 286, "column": 22}, "end_point": {"row": 286, "column": 23}}, {"id": 877, "type": "identifier", "text": "RESET", "parent": 874, "children": [], "start_point": {"row": 286, "column": 24}, "end_point": {"row": 286, "column": 29}}, {"id": 878, "type": "break_statement", "text": "break;", "parent": 831, "children": [879], "start_point": {"row": 288, "column": 6}, "end_point": {"row": 288, "column": 12}}, {"id": 879, "type": "break", "text": "break", "parent": 878, "children": [], "start_point": {"row": 288, "column": 6}, "end_point": {"row": 288, "column": 11}}, {"id": 880, "type": "case_statement", "text": "case WARN:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(!YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);\r\n YellowLightOn = SET;\r\n }\r\n break;", "parent": 731, "children": [881, 882, 883, 897, 911, 927], "start_point": {"row": 290, "column": 4}, "end_point": {"row": 303, "column": 12}}, {"id": 881, "type": "case", "text": "case", "parent": 880, "children": [], "start_point": {"row": 290, "column": 4}, "end_point": {"row": 290, "column": 8}}, {"id": 882, "type": "identifier", "text": "WARN", "parent": 880, "children": [], "start_point": {"row": 290, "column": 9}, "end_point": {"row": 290, "column": 13}}, {"id": 883, "type": "if_statement", "text": "if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n }", "parent": 880, "children": [884], "start_point": {"row": 291, "column": 6}, "end_point": {"row": 294, "column": 7}}, {"id": 884, "type": "parenthesized_expression", "text": "(RedLightOn)", "parent": 883, "children": [885], "start_point": {"row": 291, "column": 8}, "end_point": {"row": 291, "column": 20}}, {"id": 885, "type": "identifier", "text": "RedLightOn", "parent": 884, "children": [], "start_point": {"row": 291, "column": 9}, "end_point": {"row": 291, "column": 19}}, {"id": 886, "type": "call_expression", "text": "LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)", "parent": 883, "children": [887, 888], "start_point": {"row": 292, "column": 8}, "end_point": {"row": 292, "column": 68}}, {"id": 887, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 886, "children": [], "start_point": {"row": 292, "column": 8}, "end_point": {"row": 292, "column": 28}}, {"id": 888, "type": "argument_list", "text": "(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR)", "parent": 886, "children": [889, 890, 891, 892], "start_point": {"row": 292, "column": 28}, "end_point": {"row": 292, "column": 68}}, {"id": 889, "type": "identifier", "text": "RED_X", "parent": 888, "children": [], "start_point": {"row": 292, "column": 29}, "end_point": {"row": 292, "column": 34}}, {"id": 890, "type": "identifier", "text": "RED_Y", "parent": 888, "children": [], "start_point": {"row": 292, "column": 36}, "end_point": {"row": 292, "column": 41}}, {"id": 891, "type": "identifier", "text": "RADIUS", "parent": 888, "children": [], "start_point": {"row": 292, "column": 43}, "end_point": {"row": 292, "column": 49}}, {"id": 892, "type": "identifier", "text": "BACKGROUND_COLOR", "parent": 888, "children": [], "start_point": {"row": 292, "column": 51}, "end_point": {"row": 292, "column": 67}}, {"id": 893, "type": "assignment_expression", "text": "RedLightOn = RESET", "parent": 883, "children": [894, 895, 896], "start_point": {"row": 293, "column": 8}, "end_point": {"row": 293, "column": 26}}, {"id": 894, "type": "identifier", "text": "RedLightOn", "parent": 893, "children": [], "start_point": {"row": 293, "column": 8}, "end_point": {"row": 293, "column": 18}}, {"id": 895, "type": "=", "text": "=", "parent": 893, "children": [], "start_point": {"row": 293, "column": 19}, "end_point": {"row": 293, "column": 20}}, {"id": 896, "type": "identifier", "text": "RESET", "parent": 893, "children": [], "start_point": {"row": 293, "column": 21}, "end_point": {"row": 293, "column": 26}}, {"id": 897, "type": "if_statement", "text": "if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }", "parent": 880, "children": [898], "start_point": {"row": 295, "column": 6}, "end_point": {"row": 298, "column": 7}}, {"id": 898, "type": "parenthesized_expression", "text": "(GreenLightOn)", "parent": 897, "children": [899], "start_point": {"row": 295, "column": 8}, "end_point": {"row": 295, "column": 22}}, {"id": 899, "type": "identifier", "text": "GreenLightOn", "parent": 898, "children": [], "start_point": {"row": 295, "column": 9}, "end_point": {"row": 295, "column": 21}}, {"id": 900, "type": "call_expression", "text": "LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)", "parent": 897, "children": [901, 902], "start_point": {"row": 296, "column": 8}, "end_point": {"row": 296, "column": 72}}, {"id": 901, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 900, "children": [], "start_point": {"row": 296, "column": 8}, "end_point": {"row": 296, "column": 28}}, {"id": 902, "type": "argument_list", "text": "(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR)", "parent": 900, "children": [903, 904, 905, 906], "start_point": {"row": 296, "column": 28}, "end_point": {"row": 296, "column": 72}}, {"id": 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YellowLightOn = RESET;\r\n }", "parent": 929, "children": [960], "start_point": {"row": 314, "column": 6}, "end_point": {"row": 317, "column": 7}}, {"id": 960, "type": "parenthesized_expression", "text": "(YellowLightOn)", "parent": 959, "children": [961], "start_point": {"row": 314, "column": 8}, "end_point": {"row": 314, "column": 23}}, {"id": 961, "type": "identifier", "text": "YellowLightOn", "parent": 960, "children": [], "start_point": {"row": 314, "column": 9}, "end_point": {"row": 314, "column": 22}}, {"id": 962, "type": "call_expression", "text": "LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR)", "parent": 959, "children": [963, 964], "start_point": {"row": 315, "column": 8}, "end_point": {"row": 315, "column": 74}}, {"id": 963, "type": "identifier", "text": "LCD_DrawFilledCircle", "parent": 962, "children": [], "start_point": {"row": 315, "column": 8}, "end_point": {"row": 315, "column": 28}}, {"id": 964, "type": "argument_list", "text": "(YELLOW_X, 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"function", "name": "unknown", "text_snippet": "FSM(void)"}, {"node_id": 120, "universal_type": "function", "name": "vApplicationStackOverflowHook", "text_snippet": "void vApplicationStackOverflowHook(TaskHandle_t xTask, char *pcTaskName) {\r\n while (1) {}\r\n}"}, {"node_id": 122, "universal_type": "function", "name": "unknown", "text_snippet": "vApplicationStackOverflowHook(TaskHandle_t xTask, char *pcTaskName)"}, {"node_id": 136, "universal_type": "function", "name": "main", "text_snippet": "int main(void) {\r\n // Initialize the display and touch\r\n // functionalities of the SSD2119 touch d"}, {"node_id": 138, "universal_type": "function", "name": "unknown", "text_snippet": "main(void)"}, {"node_id": 255, "universal_type": "function", "name": "StartStop", "text_snippet": "void StartStop(void *p) {\r\n // keep track of time\r\n static int curr_onoff_tick_time = 0;\r\n static"}, {"node_id": 257, "universal_type": "function", "name": "unknown", "text_snippet": "StartStop(void *p)"}, {"node_id": 387, "universal_type": "function", "name": "Pedestrian", "text_snippet": "void Pedestrian(void *p) {\r\n curr_ped_tick_time = xTaskGetTickCount();\r\n prev_ped_tick_time = curr"}, {"node_id": 389, "universal_type": "function", "name": "unknown", "text_snippet": "Pedestrian(void *p)"}, {"node_id": 506, "universal_type": "function", "name": "Control", "text_snippet": "void Control(void *p) {\r\n // keep track of time\r\n time_expired = RESET;\r\n curr_light_tick_time = "}, {"node_id": 508, "universal_type": "function", "name": "unknown", "text_snippet": "Control(void *p)"}, {"node_id": 589, "universal_type": "function", "name": "FSM", "text_snippet": "void FSM(void) {\r\n static TL_states_e present_state = IDLE;\r\n static TL_states_e next_state = IDLE"}, {"node_id": 591, "universal_type": "function", "name": "unknown", "text_snippet": "FSM(void)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include \"FreeRTOS.h\"\r\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include \"task.h\"\r\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include \"SSD2119_Display.h\"\r\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"SSD2119_Touch.h\"\r\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include \"task2.h\"\r\n"}, {"node_id": 13, "text": "#include"}]}, "original_source_code": "\r\n#include \"FreeRTOS.h\"\r\n#include \"task.h\"\r\n\r\n// SSD2119 Display and Touch Drivers\r\n#include \"SSD2119_Display.h\"\r\n#include \"SSD2119_Touch.h\"\r\n\r\n// header file specific to task 2\r\n#include \"task2.h\"\r\n\r\n#define SET 1U \r\n#define RESET 0U\r\n\r\n// Flags for the buttons and the timer\r\nint pedestrian_pressed = RESET;\r\nint onoff_pressed = RESET;\r\nint time_expired = RESET;\r\n\r\n// light_tick is global because FSM() needs to reset the timer when an input\r\n// results in a transition \r\nstatic int curr_light_tick_time = 0;\r\nstatic int prev_light_tick_time = 0;\r\n\r\n// ped_tick global because FSM() needs to reset this timer to ensure that\r\n// the pedestrian button be pressed for two seconds during GO before going to WARN\r\nstatic int curr_ped_tick_time = 0;\r\nstatic int prev_ped_tick_time = 0;\r\n\r\n// Since drawing circles on the screen is time-consuming, we'll keep track of the light states\r\n// so that we don't draw on an already drawn spot\r\nuint8_t GreenLightOn = RESET;\r\nuint8_t YellowLightOn = RESET;\r\nuint8_t RedLightOn = RESET;\r\n\r\n// Task function that checks the state of the virtual pedestrian button.\r\n// Keeps track of how many seconds the pedestrian button has been pressed.\r\n// Once the user has pressed the virtual pedestrian button for 2 seconds,\r\n// it will set the global flag indicating the virtual pedestrian button\r\n// has been pressed.\r\nvoid Pedestrian(void *p);\r\n\r\n// Task function that checks the state of the virtual onoff button.\r\n// Keeps track of how many seconds the onoff button has been pressed.\r\n// Once the user has pressed the onoff button for 2 seconds,\r\n// it will set the global flag indicating the onoff button has been\r\n// pressed\r\nvoid StartStop(void *p);\r\n\r\n// Task function that represents your Finite State Machine.\r\n// Keeps track of how many seconds the virtual traffic light has been\r\n// lighting on. It will update the state of the traffic light system\r\n// every 5 seconds or once there's virtual button input.\r\nvoid Control(void *p);\r\n\r\n// Helper function that represents the traffic light FSM\r\n// Handles the traffic light state transition.\r\nvoid FSM(void);\r\n\r\nvoid vApplicationStackOverflowHook(TaskHandle_t xTask, char *pcTaskName) {\r\n while (1) {}\r\n}\r\n\r\nint main(void) {\r\n // Initialize the display and touch\r\n // functionalities of the SSD2119 touch display assembly.\r\n LCD_Init();\r\n Touch_Init();\r\n\r\n // Draw initial state of the screen\r\n LCD_ColorFill(BACKGROUND_COLOR);\r\n LCD_SetTextColor(255, 255, 255);\r\n LCD_SetCursor(0, 0);\r\n\r\n // Draw buttons\r\n LCD_DrawFilledCircle(START_STOP_X, START_STOP_Y, RADIUS, START_STOP_COLOR);\r\n LCD_DrawFilledCircle(PED_X, PED_Y, RADIUS, PED_COLOR);\r\n\r\n // Label buttons\r\n LCD_SetCursor(START_STOP_LABEL_X, START_STOP_LABEL_Y);\r\n LCD_PrintString(\"Start/Stop\");\r\n LCD_SetCursor(PED_LABEL_X, PED_LABEL_Y);\r\n LCD_PrintString(\"Pedestrian\");\r\n LCD_SetCursor(0, 0);\r\n\r\n xTaskCreate(StartStop, (const char *)\"StartStopButton\", 1024, NULL, 0U, NULL);\r\n xTaskCreate(Pedestrian, (const char *)\"PedestrianButton\", 1024, NULL, 0U, NULL);\r\n xTaskCreate(Control, (const char *)\"Control FSM\", 1024, NULL, 0U, NULL);\r\n\r\n vTaskStartScheduler();\r\n\r\n while(1);\r\n}\r\n\r\nvoid StartStop(void *p) {\r\n // keep track of time\r\n static int curr_onoff_tick_time = 0;\r\n static int prev_onoff_tick_time = 0;\r\n curr_onoff_tick_time = xTaskGetTickCount();\r\n prev_onoff_tick_time = curr_onoff_tick_time;\r\n\r\n // coordinates of a touch\r\n unsigned long x = 0;\r\n unsigned long y = 0;\r\n while (1) {\r\n curr_onoff_tick_time = xTaskGetTickCount();\r\n\r\n // Check whether the virtual button is pressed\r\n x = Touch_ReadX();\r\n y = Touch_ReadY();\r\n if ((START_STOP_LEFT_LIMIT < x && x < START_STOP_RIGHT_LIMIT && \r\n START_STOP_BOTTOM_LIMIT < y && y < START_STOP_TOP_LIMIT)) { \r\n if (curr_onoff_tick_time - prev_onoff_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {\r\n // register the input\r\n onoff_pressed = SET;\r\n prev_onoff_tick_time = curr_onoff_tick_time;\r\n }\r\n else {\r\n onoff_pressed = RESET;\r\n }\r\n } else {\r\n onoff_pressed = RESET;\r\n prev_onoff_tick_time = curr_onoff_tick_time;\r\n }\r\n\r\n vTaskDelay(1);\r\n }\r\n}\r\n\r\nvoid Pedestrian(void *p) {\r\n curr_ped_tick_time = xTaskGetTickCount();\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n\r\n // coordinates of a touch\r\n unsigned long x = 0;\r\n unsigned long y = 0;\r\n\r\n while (1) {\r\n curr_ped_tick_time = xTaskGetTickCount();\r\n\r\n // check if button has been pressed\r\n x = Touch_ReadX();\r\n y = Touch_ReadY();\r\n\r\n if (PED_LEFT_LIMIT < x && x < PED_RIGHT_LIMIT && \r\n PED_BOT_LIMIT < y && y < PED_TOP_LIMIT) { \r\n if (curr_ped_tick_time - prev_ped_tick_time >= SEC_TO_MS(BUTTON_PRESS_IN_S)) {\r\n // register the input\r\n pedestrian_pressed = SET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }\r\n else {\r\n pedestrian_pressed = RESET;\r\n }\r\n } else {\r\n pedestrian_pressed = RESET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }\r\n\r\n vTaskDelay(1);\r\n }\r\n}\r\n\r\nvoid Control(void *p) {\r\n // keep track of time\r\n time_expired = RESET;\r\n curr_light_tick_time = xTaskGetTickCount();\r\n prev_light_tick_time = curr_light_tick_time;\r\n\r\n while (1) {\r\n curr_light_tick_time = xTaskGetTickCount();\r\n\r\n // check if time to make a transition or if there's been virtual input\r\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S) || onoff_pressed || pedestrian_pressed) { \r\n \r\n // register that timer has expired\r\n if (curr_light_tick_time - prev_light_tick_time >= SEC_TO_MS(TRANSITION_TIMEOUT_IN_S)) {\r\n time_expired = SET;\r\n prev_light_tick_time = curr_light_tick_time;\r\n } \r\n \r\n FSM();\r\n } else {\r\n time_expired = RESET;\r\n }\r\n\r\n vTaskDelay(1);\r\n }\r\n}\r\n\r\nvoid FSM(void) {\r\n static TL_states_e present_state = IDLE;\r\n static TL_states_e next_state = IDLE;\r\n\r\n // choose next state\r\n switch (present_state) {\r\n case IDLE:\r\n if (onoff_pressed) {\r\n next_state = STOP;\r\n } else {\r\n next_state = IDLE;\r\n }\r\n break;\r\n\r\n case STOP:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(time_expired) {\r\n next_state = GO;\r\n }\r\n break;\r\n\r\n case GO:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(pedestrian_pressed) {\r\n next_state = WARN;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }\r\n break;\r\n\r\n case WARN:\r\n if (onoff_pressed) {\r\n next_state = IDLE;\r\n } else if(time_expired) {\r\n next_state = STOP;\r\n }\r\n break;\r\n \r\n default:\r\n next_state = IDLE;\r\n break;\r\n } \r\n\r\n if (next_state != present_state) {\r\n present_state = next_state;\r\n time_expired = RESET;\r\n prev_light_tick_time = curr_light_tick_time;\r\n pedestrian_pressed = RESET;\r\n prev_ped_tick_time = curr_ped_tick_time;\r\n }\r\n\r\n // produce the output\r\n switch (present_state) {\r\n case IDLE:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n\r\n case STOP:\r\n if(!RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, RED_COLOR);\r\n RedLightOn = SET;\r\n }\r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n\r\n case GO:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(!GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, GREEN_COLOR);\r\n GreenLightOn = SET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n\r\n case WARN:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(!YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, YELLOW_COLOR);\r\n YellowLightOn = SET;\r\n }\r\n break;\r\n\r\n default:\r\n if(RedLightOn) {\r\n LCD_DrawFilledCircle(RED_X, RED_Y, RADIUS, BACKGROUND_COLOR);\r\n RedLightOn = RESET;\r\n } \r\n if(GreenLightOn) {\r\n LCD_DrawFilledCircle(GREEN_X, GREEN_Y, RADIUS, BACKGROUND_COLOR);\r\n GreenLightOn = RESET;\r\n }\r\n if(YellowLightOn) {\r\n LCD_DrawFilledCircle(YELLOW_X, YELLOW_Y, RADIUS, BACKGROUND_COLOR);\r\n YellowLightOn = RESET;\r\n }\r\n break;\r\n }\r\n}\r\n"}
| 219
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c
|
/*******************************************************************************
* Copyright 2015 MobileMan GmbH
* www.mobileman.com
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
******************************************************************************/
//
// StreamSettingsViewController.h
// moments
//
// Created by MobileMan GmbH on 28/05/15.
// Copyright (c) 2015 MobileMan GmbH. All rights reserved.
//
#import <UIKit/UIKit.h>
typedef enum _SettingType {
kSettingTypeUnknown = -1,
kSettingTypeMinBitrate = 0,
kSettingTypeMaxBitrate = 1,
kSettingTypeSegmentsCount = 2,
kSettingTypeSegmentsDuration = 3,
kSettingTypeFramerate = 4,
kSettingTypePreset = 5,
kSettingTypeCodec = 6
} SettingType;
@interface StreamSettingsViewController : UIViewController <UITableViewDataSource, UITableViewDelegate, UIActionSheetDelegate>
@property (nonatomic, strong) IBOutlet UIButton *backButton;
@property (nonatomic, strong) IBOutlet UILabel *titleLabel;
@property (nonatomic, strong) IBOutlet UITableView *tableView;
@property (assign) SettingType showingSettingsOfType;
- (IBAction)back:(id)sender;
@end
| 38.45
| 42
|
(translation_unit) "/*******************************************************************************\n * Copyright 2015 MobileMan GmbH\n * www.mobileman.com\n * \n * Licensed under the Apache License, Version 2.0 (the "License");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * \n * http://www.apache.org/licenses/LICENSE-2.0\n * \n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an "AS IS" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n ******************************************************************************/\n\n//\n// StreamSettingsViewController.h\n// moments\n//\n// Created by MobileMan GmbH on 28/05/15.\n// Copyright (c) 2015 MobileMan GmbH. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\ntypedef enum _SettingType {\n kSettingTypeUnknown = -1,\n kSettingTypeMinBitrate = 0,\n kSettingTypeMaxBitrate = 1,\n kSettingTypeSegmentsCount = 2,\n kSettingTypeSegmentsDuration = 3,\n kSettingTypeFramerate = 4,\n kSettingTypePreset = 5,\n kSettingTypeCodec = 6\n \n} SettingType;\n\n@interface StreamSettingsViewController : UIViewController <UITableViewDataSource, UITableViewDelegate, UIActionSheetDelegate>\n\n@property (nonatomic, strong) IBOutlet UIButton *backButton;\n@property (nonatomic, strong) IBOutlet UILabel *titleLabel;\n@property (nonatomic, strong) IBOutlet UITableView *tableView;\n\n@property (assign) SettingType showingSettingsOfType;\n\n- (IBAction)back:(id)sender;\n\n@end\n"
(comment) "/*******************************************************************************\n * Copyright 2015 MobileMan GmbH\n * www.mobileman.com\n * \n * Licensed under the Apache License, Version 2.0 (the "License");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * \n * http://www.apache.org/licenses/LICENSE-2.0\n * \n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an "AS IS" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n ******************************************************************************/"
(comment) "//"
(comment) "// StreamSettingsViewController.h"
(comment) "// moments"
(comment) "//"
(comment) "// Created by MobileMan GmbH on 28/05/15."
(comment) "// Copyright (c) 2015 MobileMan GmbH. All rights reserved."
(comment) "//"
(preproc_call) "#import <UIKit/UIKit.h>\n"
(preproc_directive) "#import"
(preproc_arg) "<UIKit/UIKit.h>"
(type_definition) "typedef enum _SettingType {\n kSettingTypeUnknown = -1,\n kSettingTypeMinBitrate = 0,\n kSettingTypeMaxBitrate = 1,\n kSettingTypeSegmentsCount = 2,\n kSettingTypeSegmentsDuration = 3,\n kSettingTypeFramerate = 4,\n kSettingTypePreset = 5,\n kSettingTypeCodec = 6\n \n} SettingType;"
(typedef) "typedef"
(enum_specifier) "enum _SettingType {\n kSettingTypeUnknown = -1,\n kSettingTypeMinBitrate = 0,\n kSettingTypeMaxBitrate = 1,\n kSettingTypeSegmentsCount = 2,\n kSettingTypeSegmentsDuration = 3,\n kSettingTypeFramerate = 4,\n kSettingTypePreset = 5,\n kSettingTypeCodec = 6\n \n}"
(enum) "enum"
(type_identifier) "_SettingType"
(enumerator_list) "{\n kSettingTypeUnknown = -1,\n kSettingTypeMinBitrate = 0,\n kSettingTypeMaxBitrate = 1,\n kSettingTypeSegmentsCount = 2,\n kSettingTypeSegmentsDuration = 3,\n kSettingTypeFramerate = 4,\n kSettingTypePreset = 5,\n kSettingTypeCodec = 6\n \n}"
({) "{"
(enumerator) "kSettingTypeUnknown = -1"
(identifier) "kSettingTypeUnknown"
(=) "="
(number_literal) "-1"
(,) ","
(enumerator) "kSettingTypeMinBitrate = 0"
(identifier) "kSettingTypeMinBitrate"
(=) "="
(number_literal) "0"
(,) ","
(enumerator) "kSettingTypeMaxBitrate = 1"
(identifier) "kSettingTypeMaxBitrate"
(=) "="
(number_literal) "1"
(,) ","
(enumerator) "kSettingTypeSegmentsCount = 2"
(identifier) "kSettingTypeSegmentsCount"
(=) "="
(number_literal) "2"
(,) ","
(enumerator) "kSettingTypeSegmentsDuration = 3"
(identifier) "kSettingTypeSegmentsDuration"
(=) "="
(number_literal) "3"
(,) ","
(enumerator) "kSettingTypeFramerate = 4"
(identifier) "kSettingTypeFramerate"
(=) "="
(number_literal) "4"
(,) ","
(enumerator) "kSettingTypePreset = 5"
(identifier) "kSettingTypePreset"
(=) "="
(number_literal) "5"
(,) ","
(enumerator) "kSettingTypeCodec = 6"
(identifier) "kSettingTypeCodec"
(=) "="
(number_literal) "6"
(}) "}"
(type_identifier) "SettingType"
(;) ";"
(ERROR) "@"
(ERROR) "@"
(declaration) "interface StreamSettingsViewController : UIViewController <UITableViewDataSource, UITableViewDelegate, UIActionSheetDelegate>\n\n@property (nonatomic, strong) IBOutlet UIButton *backButton;"
(type_identifier) "interface"
(identifier) "StreamSettingsViewController"
(ERROR) ": UIViewController <UITableViewDataSource"
(:) ":"
(identifier) "UIViewController"
(<) "<"
(identifier) "UITableViewDataSource"
(,) ","
(identifier) "UITableViewDelegate"
(,) ","
(ERROR) "UIActionSheetDelegate>\n\n@property (nonatomic, strong) IBOutlet UIButton"
(function_declarator) "UIActionSheetDelegate>\n\n@property (nonatomic, strong) IBOutlet UIButton"
(identifier) "UIActionSheetDelegate"
(ERROR) ">\n\n@property"
(>) ">"
(ERROR) "@"
(identifier) "property"
(parameter_list) "(nonatomic, strong)"
(() "("
(parameter_declaration) "nonatomic"
(type_identifier) "nonatomic"
(,) ","
(parameter_declaration) "strong"
(type_identifier) "strong"
()) ")"
(identifier) "IBOutlet"
(identifier) "UIButton"
(pointer_declarator) "*backButton"
(*) "*"
(identifier) "backButton"
(;) ";"
(ERROR) "@property (nonatomic, strong) IBOutlet"
(ERROR) "@"
(call_expression) "property (nonatomic, strong)"
(identifier) "property"
(argument_list) "(nonatomic, strong)"
(() "("
(identifier) "nonatomic"
(,) ","
(identifier) "strong"
()) ")"
(identifier) "IBOutlet"
(declaration) "UILabel *titleLabel;"
(type_identifier) "UILabel"
(pointer_declarator) "*titleLabel"
(*) "*"
(identifier) "titleLabel"
(;) ";"
(ERROR) "@property (nonatomic, strong) IBOutlet"
(ERROR) "@"
(call_expression) "property (nonatomic, strong)"
(identifier) "property"
(argument_list) "(nonatomic, strong)"
(() "("
(identifier) "nonatomic"
(,) ","
(identifier) "strong"
()) ")"
(identifier) "IBOutlet"
(declaration) "UITableView *tableView;"
(type_identifier) "UITableView"
(pointer_declarator) "*tableView"
(*) "*"
(identifier) "tableView"
(;) ";"
(ERROR) "@"
(ERROR) "@"
(declaration) "property (assign) SettingType"
(macro_type_specifier) "property (assign)"
(identifier) "property"
(() "("
(type_descriptor) "assign"
(type_identifier) "assign"
()) ")"
(identifier) "SettingType"
(;) ""
(expression_statement) "showingSettingsOfType;"
(identifier) "showingSettingsOfType"
(;) ";"
(expression_statement) "- (IBAction)back:(id)sender;"
(unary_expression) "- (IBAction)back"
(-) "-"
(cast_expression) "(IBAction)back"
(() "("
(type_descriptor) "IBAction"
(type_identifier) "IBAction"
()) ")"
(identifier) "back"
(ERROR) ":(id)sender"
(:) ":"
(() "("
(identifier) "id"
()) ")"
(identifier) "sender"
(;) ";"
(ERROR) "@"
(ERROR) "@"
(expression_statement) "end"
(identifier) "end"
(;) ""
| 164
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"UIActionSheetDelegate>\n\n@property (nonatomic, strong) IBOutlet UIButton"}], "class_declarations": [], "import_statements": []}, "original_source_code": "/*******************************************************************************\n * Copyright 2015 MobileMan GmbH\n * www.mobileman.com\n * \n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n * \n * http://www.apache.org/licenses/LICENSE-2.0\n * \n * Unless required by applicable law or agreed to in writing, software\n * distributed under the License is distributed on an \"AS IS\" BASIS,\n * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n * See the License for the specific language governing permissions and\n * limitations under the License.\n ******************************************************************************/\n\n//\n// StreamSettingsViewController.h\n// moments\n//\n// Created by MobileMan GmbH on 28/05/15.\n// Copyright (c) 2015 MobileMan GmbH. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\ntypedef enum _SettingType {\n kSettingTypeUnknown = -1,\n kSettingTypeMinBitrate = 0,\n kSettingTypeMaxBitrate = 1,\n kSettingTypeSegmentsCount = 2,\n kSettingTypeSegmentsDuration = 3,\n kSettingTypeFramerate = 4,\n kSettingTypePreset = 5,\n kSettingTypeCodec = 6\n \n} SettingType;\n\n@interface StreamSettingsViewController : UIViewController <UITableViewDataSource, UITableViewDelegate, UIActionSheetDelegate>\n\n@property (nonatomic, strong) IBOutlet UIButton *backButton;\n@property (nonatomic, strong) IBOutlet UILabel *titleLabel;\n@property (nonatomic, strong) IBOutlet UITableView *tableView;\n\n@property (assign) SettingType showingSettingsOfType;\n\n- (IBAction)back:(id)sender;\n\n@end\n"}
| 220
|
c
|
#include "genname.h"
#include "../pkg/package.h"
#include "../ast/stringtab.h"
#include "../ast/lexer.h"
#include "../../libponyrt/mem/pool.h"
#include <string.h>
#include <assert.h>
static void types_append(printbuf_t* buf, ast_t* elements);
static void type_append(printbuf_t* buf, ast_t* type, bool first)
{
switch(ast_id(type))
{
case TK_UNIONTYPE:
{
// 3u_Arg1_Arg2_Arg3
printbuf(buf, "%du", ast_childcount(type));
types_append(buf, type);
return;
}
case TK_ISECTTYPE:
{
// 3i_Arg1_Arg2_Arg3
printbuf(buf, "%di", ast_childcount(type));
types_append(buf, type);
return;
}
case TK_TUPLETYPE:
{
// 3t_Arg1_Arg2_Arg3
printbuf(buf, "%dt", ast_childcount(type));
types_append(buf, type);
return;
}
case TK_NOMINAL:
{
// pkg_Type[_Arg1_Arg2]_cap
AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);
ast_t* def = (ast_t*)ast_data(type);
ast_t* pkg = ast_nearest(def, TK_PACKAGE);
const char* pkg_name = package_symbol(pkg);
if(pkg_name != NULL)
printbuf(buf, "%s_", pkg_name);
printbuf(buf, "%s", ast_name(name));
types_append(buf, typeargs);
if(!first)
printbuf(buf, "_%s", ast_get_print(cap));
return;
}
default: {}
}
assert(0);
}
static void types_append(printbuf_t* buf, ast_t* elements)
{
// _Arg1_Arg2
if(elements == NULL)
return;
ast_t* elem = ast_child(elements);
while(elem != NULL)
{
printbuf(buf, "_");
type_append(buf, elem, false);
elem = ast_sibling(elem);
}
}
static const char* stringtab_buf(printbuf_t* buf)
{
const char* r = stringtab(buf->m);
printbuf_free(buf);
return r;
}
static const char* stringtab_two(const char* a, const char* b)
{
if(a == NULL)
a = "_";
assert(b != NULL);
printbuf_t* buf = printbuf_new();
printbuf(buf, "%s_%s", a, b);
return stringtab_buf(buf);
}
const char* genname_type(ast_t* ast)
{
// package_Type[_Arg1_Arg2]
printbuf_t* buf = printbuf_new();
type_append(buf, ast, true);
return stringtab_buf(buf);
}
const char* genname_alloc(const char* type)
{
return stringtab_two(type, "Alloc");
}
const char* genname_traitlist(const char* type)
{
return stringtab_two(type, "Traits");
}
const char* genname_fieldlist(const char* type)
{
return stringtab_two(type, "Fields");
}
const char* genname_trace(const char* type)
{
return stringtab_two(type, "Trace");
}
const char* genname_serialise(const char* type)
{
return stringtab_two(type, "Serialise");
}
const char* genname_deserialise(const char* type)
{
return stringtab_two(type, "Deserialise");
}
const char* genname_dispatch(const char* type)
{
return stringtab_two(type, "Dispatch");
}
const char* genname_descriptor(const char* type)
{
return stringtab_two(type, "Desc");
}
const char* genname_instance(const char* type)
{
return stringtab_two(type, "Inst");
}
const char* genname_fun(token_id cap, const char* name, ast_t* typeargs)
{
// cap_name[_Arg1_Arg2]
printbuf_t* buf = printbuf_new();
printbuf(buf, "%s_%s", lexer_print(cap), name);
types_append(buf, typeargs);
return stringtab_buf(buf);
}
const char* genname_be(const char* name)
{
return stringtab_two(name, "_send");
}
const char* genname_box(const char* name)
{
return stringtab_two(name, "Box");
}
const char* genname_unbox(const char* name)
{
return stringtab_two(name, "Unbox");
}
| 23.11
| 143
|
(translation_unit) "#include "genname.h"\n#include "../pkg/package.h"\n#include "../ast/stringtab.h"\n#include "../ast/lexer.h"\n#include "../../libponyrt/mem/pool.h"\n#include <string.h>\n#include <assert.h>\n\nstatic void types_append(printbuf_t* buf, ast_t* elements);\n\nstatic void type_append(printbuf_t* buf, ast_t* type, bool first)\n{\n switch(ast_id(type))\n {\n case TK_UNIONTYPE:\n {\n // 3u_Arg1_Arg2_Arg3\n printbuf(buf, "%du", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_ISECTTYPE:\n {\n // 3i_Arg1_Arg2_Arg3\n printbuf(buf, "%di", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_TUPLETYPE:\n {\n // 3t_Arg1_Arg2_Arg3\n printbuf(buf, "%dt", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_NOMINAL:\n {\n // pkg_Type[_Arg1_Arg2]_cap\n AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);\n\n ast_t* def = (ast_t*)ast_data(type);\n ast_t* pkg = ast_nearest(def, TK_PACKAGE);\n const char* pkg_name = package_symbol(pkg);\n\n if(pkg_name != NULL)\n printbuf(buf, "%s_", pkg_name);\n\n printbuf(buf, "%s", ast_name(name));\n types_append(buf, typeargs);\n\n if(!first)\n printbuf(buf, "_%s", ast_get_print(cap));\n\n return;\n }\n\n default: {}\n }\n\n assert(0);\n}\n\nstatic void types_append(printbuf_t* buf, ast_t* elements)\n{\n // _Arg1_Arg2\n if(elements == NULL)\n return;\n\n ast_t* elem = ast_child(elements);\n\n while(elem != NULL)\n {\n printbuf(buf, "_");\n type_append(buf, elem, false);\n elem = ast_sibling(elem);\n }\n}\n\nstatic const char* stringtab_buf(printbuf_t* buf)\n{\n const char* r = stringtab(buf->m);\n printbuf_free(buf);\n return r;\n}\n\nstatic const char* stringtab_two(const char* a, const char* b)\n{\n if(a == NULL)\n a = "_";\n\n assert(b != NULL);\n printbuf_t* buf = printbuf_new();\n printbuf(buf, "%s_%s", a, b);\n return stringtab_buf(buf);\n}\n\nconst char* genname_type(ast_t* ast)\n{\n // package_Type[_Arg1_Arg2]\n printbuf_t* buf = printbuf_new();\n type_append(buf, ast, true);\n return stringtab_buf(buf);\n}\n\nconst char* genname_alloc(const char* type)\n{\n return stringtab_two(type, "Alloc");\n}\n\nconst char* genname_traitlist(const char* type)\n{\n return stringtab_two(type, "Traits");\n}\n\nconst char* genname_fieldlist(const char* type)\n{\n return stringtab_two(type, "Fields");\n}\n\nconst char* genname_trace(const char* type)\n{\n return stringtab_two(type, "Trace");\n}\n\nconst char* genname_serialise(const char* type)\n{\n return stringtab_two(type, "Serialise");\n}\n\nconst char* genname_deserialise(const char* type)\n{\n return stringtab_two(type, "Deserialise");\n}\n\nconst char* genname_dispatch(const char* type)\n{\n return stringtab_two(type, "Dispatch");\n}\n\nconst char* genname_descriptor(const char* type)\n{\n return stringtab_two(type, "Desc");\n}\n\nconst char* genname_instance(const char* type)\n{\n return stringtab_two(type, "Inst");\n}\n\nconst char* genname_fun(token_id cap, const char* name, ast_t* typeargs)\n{\n // cap_name[_Arg1_Arg2]\n printbuf_t* buf = printbuf_new();\n printbuf(buf, "%s_%s", lexer_print(cap), name);\n types_append(buf, typeargs);\n return stringtab_buf(buf);\n}\n\nconst char* genname_be(const char* name)\n{\n return stringtab_two(name, "_send");\n}\n\nconst char* genname_box(const char* name)\n{\n return stringtab_two(name, "Box");\n}\n\nconst char* genname_unbox(const char* name)\n{\n return stringtab_two(name, "Unbox");\n}\n"
(preproc_include) "#include "genname.h"\n"
(#include) "#include"
(string_literal) ""genname.h""
(") """
(string_content) "genname.h"
(") """
(preproc_include) "#include "../pkg/package.h"\n"
(#include) "#include"
(string_literal) ""../pkg/package.h""
(") """
(string_content) "../pkg/package.h"
(") """
(preproc_include) "#include "../ast/stringtab.h"\n"
(#include) "#include"
(string_literal) ""../ast/stringtab.h""
(") """
(string_content) "../ast/stringtab.h"
(") """
(preproc_include) "#include "../ast/lexer.h"\n"
(#include) "#include"
(string_literal) ""../ast/lexer.h""
(") """
(string_content) "../ast/lexer.h"
(") """
(preproc_include) "#include "../../libponyrt/mem/pool.h"\n"
(#include) "#include"
(string_literal) ""../../libponyrt/mem/pool.h""
(") """
(string_content) "../../libponyrt/mem/pool.h"
(") """
(preproc_include) "#include <string.h>\n"
(#include) "#include"
(system_lib_string) "<string.h>"
(preproc_include) "#include <assert.h>\n"
(#include) "#include"
(system_lib_string) "<assert.h>"
(declaration) "static void types_append(printbuf_t* buf, ast_t* elements);"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "void"
(function_declarator) "types_append(printbuf_t* buf, ast_t* elements)"
(identifier) "types_append"
(parameter_list) "(printbuf_t* buf, ast_t* elements)"
(() "("
(parameter_declaration) "printbuf_t* buf"
(type_identifier) "printbuf_t"
(pointer_declarator) "* buf"
(*) "*"
(identifier) "buf"
(,) ","
(parameter_declaration) "ast_t* elements"
(type_identifier) "ast_t"
(pointer_declarator) "* elements"
(*) "*"
(identifier) "elements"
()) ")"
(;) ";"
(function_definition) "static void type_append(printbuf_t* buf, ast_t* type, bool first)\n{\n switch(ast_id(type))\n {\n case TK_UNIONTYPE:\n {\n // 3u_Arg1_Arg2_Arg3\n printbuf(buf, "%du", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_ISECTTYPE:\n {\n // 3i_Arg1_Arg2_Arg3\n printbuf(buf, "%di", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_TUPLETYPE:\n {\n // 3t_Arg1_Arg2_Arg3\n printbuf(buf, "%dt", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_NOMINAL:\n {\n // pkg_Type[_Arg1_Arg2]_cap\n AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);\n\n ast_t* def = (ast_t*)ast_data(type);\n ast_t* pkg = ast_nearest(def, TK_PACKAGE);\n const char* pkg_name = package_symbol(pkg);\n\n if(pkg_name != NULL)\n printbuf(buf, "%s_", pkg_name);\n\n printbuf(buf, "%s", ast_name(name));\n types_append(buf, typeargs);\n\n if(!first)\n printbuf(buf, "_%s", ast_get_print(cap));\n\n return;\n }\n\n default: {}\n }\n\n assert(0);\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "void"
(function_declarator) "type_append(printbuf_t* buf, ast_t* type, bool first)"
(identifier) "type_append"
(parameter_list) "(printbuf_t* buf, ast_t* type, bool first)"
(() "("
(parameter_declaration) "printbuf_t* buf"
(type_identifier) "printbuf_t"
(pointer_declarator) "* buf"
(*) "*"
(identifier) "buf"
(,) ","
(parameter_declaration) "ast_t* type"
(type_identifier) "ast_t"
(pointer_declarator) "* type"
(*) "*"
(identifier) "type"
(,) ","
(parameter_declaration) "bool first"
(primitive_type) "bool"
(identifier) "first"
()) ")"
(compound_statement) "{\n switch(ast_id(type))\n {\n case TK_UNIONTYPE:\n {\n // 3u_Arg1_Arg2_Arg3\n printbuf(buf, "%du", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_ISECTTYPE:\n {\n // 3i_Arg1_Arg2_Arg3\n printbuf(buf, "%di", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_TUPLETYPE:\n {\n // 3t_Arg1_Arg2_Arg3\n printbuf(buf, "%dt", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_NOMINAL:\n {\n // pkg_Type[_Arg1_Arg2]_cap\n AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);\n\n ast_t* def = (ast_t*)ast_data(type);\n ast_t* pkg = ast_nearest(def, TK_PACKAGE);\n const char* pkg_name = package_symbol(pkg);\n\n if(pkg_name != NULL)\n printbuf(buf, "%s_", pkg_name);\n\n printbuf(buf, "%s", ast_name(name));\n types_append(buf, typeargs);\n\n if(!first)\n printbuf(buf, "_%s", ast_get_print(cap));\n\n return;\n }\n\n default: {}\n }\n\n assert(0);\n}"
({) "{"
(switch_statement) "switch(ast_id(type))\n {\n case TK_UNIONTYPE:\n {\n // 3u_Arg1_Arg2_Arg3\n printbuf(buf, "%du", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_ISECTTYPE:\n {\n // 3i_Arg1_Arg2_Arg3\n printbuf(buf, "%di", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_TUPLETYPE:\n {\n // 3t_Arg1_Arg2_Arg3\n printbuf(buf, "%dt", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_NOMINAL:\n {\n // pkg_Type[_Arg1_Arg2]_cap\n AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);\n\n ast_t* def = (ast_t*)ast_data(type);\n ast_t* pkg = ast_nearest(def, TK_PACKAGE);\n const char* pkg_name = package_symbol(pkg);\n\n if(pkg_name != NULL)\n printbuf(buf, "%s_", pkg_name);\n\n printbuf(buf, "%s", ast_name(name));\n types_append(buf, typeargs);\n\n if(!first)\n printbuf(buf, "_%s", ast_get_print(cap));\n\n return;\n }\n\n default: {}\n }"
(switch) "switch"
(parenthesized_expression) "(ast_id(type))"
(() "("
(call_expression) "ast_id(type)"
(identifier) "ast_id"
(argument_list) "(type)"
(() "("
(identifier) "type"
()) ")"
()) ")"
(compound_statement) "{\n case TK_UNIONTYPE:\n {\n // 3u_Arg1_Arg2_Arg3\n printbuf(buf, "%du", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_ISECTTYPE:\n {\n // 3i_Arg1_Arg2_Arg3\n printbuf(buf, "%di", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_TUPLETYPE:\n {\n // 3t_Arg1_Arg2_Arg3\n printbuf(buf, "%dt", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_NOMINAL:\n {\n // pkg_Type[_Arg1_Arg2]_cap\n AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);\n\n ast_t* def = (ast_t*)ast_data(type);\n ast_t* pkg = ast_nearest(def, TK_PACKAGE);\n const char* pkg_name = package_symbol(pkg);\n\n if(pkg_name != NULL)\n printbuf(buf, "%s_", pkg_name);\n\n printbuf(buf, "%s", ast_name(name));\n types_append(buf, typeargs);\n\n if(!first)\n printbuf(buf, "_%s", ast_get_print(cap));\n\n return;\n }\n\n default: {}\n }"
({) "{"
(case_statement) "case TK_UNIONTYPE:\n {\n // 3u_Arg1_Arg2_Arg3\n printbuf(buf, "%du", ast_childcount(type));\n types_append(buf, type);\n return;\n }"
(case) "case"
(identifier) "TK_UNIONTYPE"
(:) ":"
(compound_statement) "{\n // 3u_Arg1_Arg2_Arg3\n printbuf(buf, "%du", ast_childcount(type));\n types_append(buf, type);\n return;\n }"
({) "{"
(comment) "// 3u_Arg1_Arg2_Arg3"
(expression_statement) "printbuf(buf, "%du", ast_childcount(type));"
(call_expression) "printbuf(buf, "%du", ast_childcount(type))"
(identifier) "printbuf"
(argument_list) "(buf, "%du", ast_childcount(type))"
(() "("
(identifier) "buf"
(,) ","
(string_literal) ""%du""
(") """
(string_content) "%du"
(") """
(,) ","
(call_expression) "ast_childcount(type)"
(identifier) "ast_childcount"
(argument_list) "(type)"
(() "("
(identifier) "type"
()) ")"
()) ")"
(;) ";"
(expression_statement) "types_append(buf, type);"
(call_expression) "types_append(buf, type)"
(identifier) "types_append"
(argument_list) "(buf, type)"
(() "("
(identifier) "buf"
(,) ","
(identifier) "type"
()) ")"
(;) ";"
(return_statement) "return;"
(return) "return"
(;) ";"
(}) "}"
(case_statement) "case TK_ISECTTYPE:\n {\n // 3i_Arg1_Arg2_Arg3\n printbuf(buf, "%di", ast_childcount(type));\n types_append(buf, type);\n return;\n }"
(case) "case"
(identifier) "TK_ISECTTYPE"
(:) ":"
(compound_statement) "{\n // 3i_Arg1_Arg2_Arg3\n printbuf(buf, "%di", ast_childcount(type));\n types_append(buf, type);\n return;\n }"
({) "{"
(comment) "// 3i_Arg1_Arg2_Arg3"
(expression_statement) "printbuf(buf, "%di", ast_childcount(type));"
(call_expression) "printbuf(buf, "%di", ast_childcount(type))"
(identifier) "printbuf"
(argument_list) "(buf, "%di", ast_childcount(type))"
(() "("
(identifier) "buf"
(,) ","
(string_literal) ""%di""
(") """
(string_content) "%di"
(") """
(,) ","
(call_expression) "ast_childcount(type)"
(identifier) "ast_childcount"
(argument_list) "(type)"
(() "("
(identifier) "type"
()) ")"
()) ")"
(;) ";"
(expression_statement) "types_append(buf, type);"
(call_expression) "types_append(buf, type)"
(identifier) "types_append"
(argument_list) "(buf, type)"
(() "("
(identifier) "buf"
(,) ","
(identifier) "type"
()) ")"
(;) ";"
(return_statement) "return;"
(return) "return"
(;) ";"
(}) "}"
(case_statement) "case TK_TUPLETYPE:\n {\n // 3t_Arg1_Arg2_Arg3\n printbuf(buf, "%dt", ast_childcount(type));\n types_append(buf, type);\n return;\n }"
(case) "case"
(identifier) "TK_TUPLETYPE"
(:) ":"
(compound_statement) "{\n // 3t_Arg1_Arg2_Arg3\n printbuf(buf, "%dt", ast_childcount(type));\n types_append(buf, type);\n return;\n }"
({) "{"
(comment) "// 3t_Arg1_Arg2_Arg3"
(expression_statement) "printbuf(buf, "%dt", ast_childcount(type));"
(call_expression) "printbuf(buf, "%dt", ast_childcount(type))"
(identifier) "printbuf"
(argument_list) "(buf, "%dt", ast_childcount(type))"
(() "("
(identifier) "buf"
(,) ","
(string_literal) ""%dt""
(") """
(string_content) "%dt"
(") """
(,) ","
(call_expression) "ast_childcount(type)"
(identifier) "ast_childcount"
(argument_list) "(type)"
(() "("
(identifier) "type"
()) ")"
()) ")"
(;) ";"
(expression_statement) "types_append(buf, type);"
(call_expression) "types_append(buf, type)"
(identifier) "types_append"
(argument_list) "(buf, type)"
(() "("
(identifier) "buf"
(,) ","
(identifier) "type"
()) ")"
(;) ";"
(return_statement) "return;"
(return) "return"
(;) ";"
(}) "}"
(case_statement) "case TK_NOMINAL:\n {\n // pkg_Type[_Arg1_Arg2]_cap\n AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);\n\n ast_t* def = (ast_t*)ast_data(type);\n ast_t* pkg = ast_nearest(def, TK_PACKAGE);\n const char* pkg_name = package_symbol(pkg);\n\n if(pkg_name != NULL)\n printbuf(buf, "%s_", pkg_name);\n\n printbuf(buf, "%s", ast_name(name));\n types_append(buf, typeargs);\n\n if(!first)\n printbuf(buf, "_%s", ast_get_print(cap));\n\n return;\n }"
(case) "case"
(identifier) "TK_NOMINAL"
(:) ":"
(compound_statement) "{\n // pkg_Type[_Arg1_Arg2]_cap\n AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);\n\n ast_t* def = (ast_t*)ast_data(type);\n ast_t* pkg = ast_nearest(def, TK_PACKAGE);\n const char* pkg_name = package_symbol(pkg);\n\n if(pkg_name != NULL)\n printbuf(buf, "%s_", pkg_name);\n\n printbuf(buf, "%s", ast_name(name));\n types_append(buf, typeargs);\n\n if(!first)\n printbuf(buf, "_%s", ast_get_print(cap));\n\n return;\n }"
({) "{"
(comment) "// pkg_Type[_Arg1_Arg2]_cap"
(expression_statement) "AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);"
(call_expression) "AST_GET_CHILDREN(type, package, name, typeargs, cap, eph)"
(identifier) "AST_GET_CHILDREN"
(argument_list) "(type, package, name, typeargs, cap, eph)"
(() "("
(identifier) "type"
(,) ","
(identifier) "package"
(,) ","
(identifier) "name"
(,) ","
(identifier) "typeargs"
(,) ","
(identifier) "cap"
(,) ","
(identifier) "eph"
()) ")"
(;) ";"
(declaration) "ast_t* def = (ast_t*)ast_data(type);"
(type_identifier) "ast_t"
(init_declarator) "* def = (ast_t*)ast_data(type)"
(pointer_declarator) "* def"
(*) "*"
(identifier) "def"
(=) "="
(cast_expression) "(ast_t*)ast_data(type)"
(() "("
(type_descriptor) "ast_t*"
(type_identifier) "ast_t"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(call_expression) "ast_data(type)"
(identifier) "ast_data"
(argument_list) "(type)"
(() "("
(identifier) "type"
()) ")"
(;) ";"
(declaration) "ast_t* pkg = ast_nearest(def, TK_PACKAGE);"
(type_identifier) "ast_t"
(init_declarator) "* pkg = ast_nearest(def, TK_PACKAGE)"
(pointer_declarator) "* pkg"
(*) "*"
(identifier) "pkg"
(=) "="
(call_expression) "ast_nearest(def, TK_PACKAGE)"
(identifier) "ast_nearest"
(argument_list) "(def, TK_PACKAGE)"
(() "("
(identifier) "def"
(,) ","
(identifier) "TK_PACKAGE"
()) ")"
(;) ";"
(declaration) "const char* pkg_name = package_symbol(pkg);"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(init_declarator) "* pkg_name = package_symbol(pkg)"
(pointer_declarator) "* pkg_name"
(*) "*"
(identifier) "pkg_name"
(=) "="
(call_expression) "package_symbol(pkg)"
(identifier) "package_symbol"
(argument_list) "(pkg)"
(() "("
(identifier) "pkg"
()) ")"
(;) ";"
(if_statement) "if(pkg_name != NULL)\n printbuf(buf, "%s_", pkg_name);"
(if) "if"
(parenthesized_expression) "(pkg_name != NULL)"
(() "("
(binary_expression) "pkg_name != NULL"
(identifier) "pkg_name"
(!=) "!="
(null) "NULL"
(NULL) "NULL"
()) ")"
(expression_statement) "printbuf(buf, "%s_", pkg_name);"
(call_expression) "printbuf(buf, "%s_", pkg_name)"
(identifier) "printbuf"
(argument_list) "(buf, "%s_", pkg_name)"
(() "("
(identifier) "buf"
(,) ","
(string_literal) ""%s_""
(") """
(string_content) "%s_"
(") """
(,) ","
(identifier) "pkg_name"
()) ")"
(;) ";"
(expression_statement) "printbuf(buf, "%s", ast_name(name));"
(call_expression) "printbuf(buf, "%s", ast_name(name))"
(identifier) "printbuf"
(argument_list) "(buf, "%s", ast_name(name))"
(() "("
(identifier) "buf"
(,) ","
(string_literal) ""%s""
(") """
(string_content) "%s"
(") """
(,) ","
(call_expression) "ast_name(name)"
(identifier) "ast_name"
(argument_list) "(name)"
(() "("
(identifier) "name"
()) ")"
()) ")"
(;) ";"
(expression_statement) "types_append(buf, typeargs);"
(call_expression) "types_append(buf, typeargs)"
(identifier) "types_append"
(argument_list) "(buf, typeargs)"
(() "("
(identifier) "buf"
(,) ","
(identifier) "typeargs"
()) ")"
(;) ";"
(if_statement) "if(!first)\n printbuf(buf, "_%s", ast_get_print(cap));"
(if) "if"
(parenthesized_expression) "(!first)"
(() "("
(unary_expression) "!first"
(!) "!"
(identifier) "first"
()) ")"
(expression_statement) "printbuf(buf, "_%s", ast_get_print(cap));"
(call_expression) "printbuf(buf, "_%s", ast_get_print(cap))"
(identifier) "printbuf"
(argument_list) "(buf, "_%s", ast_get_print(cap))"
(() "("
(identifier) "buf"
(,) ","
(string_literal) ""_%s""
(") """
(string_content) "_%s"
(") """
(,) ","
(call_expression) "ast_get_print(cap)"
(identifier) "ast_get_print"
(argument_list) "(cap)"
(() "("
(identifier) "cap"
()) ")"
()) ")"
(;) ";"
(return_statement) "return;"
(return) "return"
(;) ";"
(}) "}"
(case_statement) "default: {}"
(default) "default"
(:) ":"
(compound_statement) "{}"
({) "{"
(}) "}"
(}) "}"
(expression_statement) "assert(0);"
(call_expression) "assert(0)"
(identifier) "assert"
(argument_list) "(0)"
(() "("
(number_literal) "0"
()) ")"
(;) ";"
(}) "}"
(function_definition) "static void types_append(printbuf_t* buf, ast_t* elements)\n{\n // _Arg1_Arg2\n if(elements == NULL)\n return;\n\n ast_t* elem = ast_child(elements);\n\n while(elem != NULL)\n {\n printbuf(buf, "_");\n type_append(buf, elem, false);\n elem = ast_sibling(elem);\n }\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "void"
(function_declarator) "types_append(printbuf_t* buf, ast_t* elements)"
(identifier) "types_append"
(parameter_list) "(printbuf_t* buf, ast_t* elements)"
(() "("
(parameter_declaration) "printbuf_t* buf"
(type_identifier) "printbuf_t"
(pointer_declarator) "* buf"
(*) "*"
(identifier) "buf"
(,) ","
(parameter_declaration) "ast_t* elements"
(type_identifier) "ast_t"
(pointer_declarator) "* elements"
(*) "*"
(identifier) "elements"
()) ")"
(compound_statement) "{\n // _Arg1_Arg2\n if(elements == NULL)\n return;\n\n ast_t* elem = ast_child(elements);\n\n while(elem != NULL)\n {\n printbuf(buf, "_");\n type_append(buf, elem, false);\n elem = ast_sibling(elem);\n }\n}"
({) "{"
(comment) "// _Arg1_Arg2"
(if_statement) "if(elements == NULL)\n return;"
(if) "if"
(parenthesized_expression) "(elements == NULL)"
(() "("
(binary_expression) "elements == NULL"
(identifier) "elements"
(==) "=="
(null) "NULL"
(NULL) "NULL"
()) ")"
(return_statement) "return;"
(return) "return"
(;) ";"
(declaration) "ast_t* elem = ast_child(elements);"
(type_identifier) "ast_t"
(init_declarator) "* elem = ast_child(elements)"
(pointer_declarator) "* elem"
(*) "*"
(identifier) "elem"
(=) "="
(call_expression) "ast_child(elements)"
(identifier) "ast_child"
(argument_list) "(elements)"
(() "("
(identifier) "elements"
()) ")"
(;) ";"
(while_statement) "while(elem != NULL)\n {\n printbuf(buf, "_");\n type_append(buf, elem, false);\n elem = ast_sibling(elem);\n }"
(while) "while"
(parenthesized_expression) "(elem != NULL)"
(() "("
(binary_expression) "elem != NULL"
(identifier) "elem"
(!=) "!="
(null) "NULL"
(NULL) "NULL"
()) ")"
(compound_statement) "{\n printbuf(buf, "_");\n type_append(buf, elem, false);\n elem = ast_sibling(elem);\n }"
({) "{"
(expression_statement) "printbuf(buf, "_");"
(call_expression) "printbuf(buf, "_")"
(identifier) "printbuf"
(argument_list) "(buf, "_")"
(() "("
(identifier) "buf"
(,) ","
(string_literal) ""_""
(") """
(string_content) "_"
(") """
()) ")"
(;) ";"
(expression_statement) "type_append(buf, elem, false);"
(call_expression) "type_append(buf, elem, false)"
(identifier) "type_append"
(argument_list) "(buf, elem, false)"
(() "("
(identifier) "buf"
(,) ","
(identifier) "elem"
(,) ","
(false) "false"
()) ")"
(;) ";"
(expression_statement) "elem = ast_sibling(elem);"
(assignment_expression) "elem = ast_sibling(elem)"
(identifier) "elem"
(=) "="
(call_expression) "ast_sibling(elem)"
(identifier) "ast_sibling"
(argument_list) "(elem)"
(() "("
(identifier) "elem"
()) ")"
(;) ";"
(}) "}"
(}) "}"
(function_definition) "static const char* stringtab_buf(printbuf_t* buf)\n{\n const char* r = stringtab(buf->m);\n printbuf_free(buf);\n return r;\n}"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* stringtab_buf(printbuf_t* buf)"
(*) "*"
(function_declarator) "stringtab_buf(printbuf_t* buf)"
(identifier) "stringtab_buf"
(parameter_list) "(printbuf_t* buf)"
(() "("
(parameter_declaration) "printbuf_t* buf"
(type_identifier) "printbuf_t"
(pointer_declarator) "* buf"
(*) "*"
(identifier) "buf"
()) ")"
(compound_statement) "{\n const char* r = stringtab(buf->m);\n printbuf_free(buf);\n return r;\n}"
({) "{"
(declaration) "const char* r = stringtab(buf->m);"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(init_declarator) "* r = stringtab(buf->m)"
(pointer_declarator) "* r"
(*) "*"
(identifier) "r"
(=) "="
(call_expression) "stringtab(buf->m)"
(identifier) "stringtab"
(argument_list) "(buf->m)"
(() "("
(field_expression) "buf->m"
(identifier) "buf"
(->) "->"
(field_identifier) "m"
()) ")"
(;) ";"
(expression_statement) "printbuf_free(buf);"
(call_expression) "printbuf_free(buf)"
(identifier) "printbuf_free"
(argument_list) "(buf)"
(() "("
(identifier) "buf"
()) ")"
(;) ";"
(return_statement) "return r;"
(return) "return"
(identifier) "r"
(;) ";"
(}) "}"
(function_definition) "static const char* stringtab_two(const char* a, const char* b)\n{\n if(a == NULL)\n a = "_";\n\n assert(b != NULL);\n printbuf_t* buf = printbuf_new();\n printbuf(buf, "%s_%s", a, b);\n return stringtab_buf(buf);\n}"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* stringtab_two(const char* a, const char* b)"
(*) "*"
(function_declarator) "stringtab_two(const char* a, const char* b)"
(identifier) "stringtab_two"
(parameter_list) "(const char* a, const char* b)"
(() "("
(parameter_declaration) "const char* a"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* a"
(*) "*"
(identifier) "a"
(,) ","
(parameter_declaration) "const char* b"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* b"
(*) "*"
(identifier) "b"
()) ")"
(compound_statement) "{\n if(a == NULL)\n a = "_";\n\n assert(b != NULL);\n printbuf_t* buf = printbuf_new();\n printbuf(buf, "%s_%s", a, b);\n return stringtab_buf(buf);\n}"
({) "{"
(if_statement) "if(a == NULL)\n a = "_";"
(if) "if"
(parenthesized_expression) "(a == NULL)"
(() "("
(binary_expression) "a == NULL"
(identifier) "a"
(==) "=="
(null) "NULL"
(NULL) "NULL"
()) ")"
(expression_statement) "a = "_";"
(assignment_expression) "a = "_""
(identifier) "a"
(=) "="
(string_literal) ""_""
(") """
(string_content) "_"
(") """
(;) ";"
(expression_statement) "assert(b != NULL);"
(call_expression) "assert(b != NULL)"
(identifier) "assert"
(argument_list) "(b != NULL)"
(() "("
(binary_expression) "b != NULL"
(identifier) "b"
(!=) "!="
(null) "NULL"
(NULL) "NULL"
()) ")"
(;) ";"
(declaration) "printbuf_t* buf = printbuf_new();"
(type_identifier) "printbuf_t"
(init_declarator) "* buf = printbuf_new()"
(pointer_declarator) "* buf"
(*) "*"
(identifier) "buf"
(=) "="
(call_expression) "printbuf_new()"
(identifier) "printbuf_new"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "printbuf(buf, "%s_%s", a, b);"
(call_expression) "printbuf(buf, "%s_%s", a, b)"
(identifier) "printbuf"
(argument_list) "(buf, "%s_%s", a, b)"
(() "("
(identifier) "buf"
(,) ","
(string_literal) ""%s_%s""
(") """
(string_content) "%s_%s"
(") """
(,) ","
(identifier) "a"
(,) ","
(identifier) "b"
()) ")"
(;) ";"
(return_statement) "return stringtab_buf(buf);"
(return) "return"
(call_expression) "stringtab_buf(buf)"
(identifier) "stringtab_buf"
(argument_list) "(buf)"
(() "("
(identifier) "buf"
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_type(ast_t* ast)\n{\n // package_Type[_Arg1_Arg2]\n printbuf_t* buf = printbuf_new();\n type_append(buf, ast, true);\n return stringtab_buf(buf);\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_type(ast_t* ast)"
(*) "*"
(function_declarator) "genname_type(ast_t* ast)"
(identifier) "genname_type"
(parameter_list) "(ast_t* ast)"
(() "("
(parameter_declaration) "ast_t* ast"
(type_identifier) "ast_t"
(pointer_declarator) "* ast"
(*) "*"
(identifier) "ast"
()) ")"
(compound_statement) "{\n // package_Type[_Arg1_Arg2]\n printbuf_t* buf = printbuf_new();\n type_append(buf, ast, true);\n return stringtab_buf(buf);\n}"
({) "{"
(comment) "// package_Type[_Arg1_Arg2]"
(declaration) "printbuf_t* buf = printbuf_new();"
(type_identifier) "printbuf_t"
(init_declarator) "* buf = printbuf_new()"
(pointer_declarator) "* buf"
(*) "*"
(identifier) "buf"
(=) "="
(call_expression) "printbuf_new()"
(identifier) "printbuf_new"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "type_append(buf, ast, true);"
(call_expression) "type_append(buf, ast, true)"
(identifier) "type_append"
(argument_list) "(buf, ast, true)"
(() "("
(identifier) "buf"
(,) ","
(identifier) "ast"
(,) ","
(true) "true"
()) ")"
(;) ";"
(return_statement) "return stringtab_buf(buf);"
(return) "return"
(call_expression) "stringtab_buf(buf)"
(identifier) "stringtab_buf"
(argument_list) "(buf)"
(() "("
(identifier) "buf"
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_alloc(const char* type)\n{\n return stringtab_two(type, "Alloc");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_alloc(const char* type)"
(*) "*"
(function_declarator) "genname_alloc(const char* type)"
(identifier) "genname_alloc"
(parameter_list) "(const char* type)"
(() "("
(parameter_declaration) "const char* type"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* type"
(*) "*"
(identifier) "type"
()) ")"
(compound_statement) "{\n return stringtab_two(type, "Alloc");\n}"
({) "{"
(return_statement) "return stringtab_two(type, "Alloc");"
(return) "return"
(call_expression) "stringtab_two(type, "Alloc")"
(identifier) "stringtab_two"
(argument_list) "(type, "Alloc")"
(() "("
(identifier) "type"
(,) ","
(string_literal) ""Alloc""
(") """
(string_content) "Alloc"
(") """
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_traitlist(const char* type)\n{\n return stringtab_two(type, "Traits");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_traitlist(const char* type)"
(*) "*"
(function_declarator) "genname_traitlist(const char* type)"
(identifier) "genname_traitlist"
(parameter_list) "(const char* type)"
(() "("
(parameter_declaration) "const char* type"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* type"
(*) "*"
(identifier) "type"
()) ")"
(compound_statement) "{\n return stringtab_two(type, "Traits");\n}"
({) "{"
(return_statement) "return stringtab_two(type, "Traits");"
(return) "return"
(call_expression) "stringtab_two(type, "Traits")"
(identifier) "stringtab_two"
(argument_list) "(type, "Traits")"
(() "("
(identifier) "type"
(,) ","
(string_literal) ""Traits""
(") """
(string_content) "Traits"
(") """
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_fieldlist(const char* type)\n{\n return stringtab_two(type, "Fields");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_fieldlist(const char* type)"
(*) "*"
(function_declarator) "genname_fieldlist(const char* type)"
(identifier) "genname_fieldlist"
(parameter_list) "(const char* type)"
(() "("
(parameter_declaration) "const char* type"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* type"
(*) "*"
(identifier) "type"
()) ")"
(compound_statement) "{\n return stringtab_two(type, "Fields");\n}"
({) "{"
(return_statement) "return stringtab_two(type, "Fields");"
(return) "return"
(call_expression) "stringtab_two(type, "Fields")"
(identifier) "stringtab_two"
(argument_list) "(type, "Fields")"
(() "("
(identifier) "type"
(,) ","
(string_literal) ""Fields""
(") """
(string_content) "Fields"
(") """
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_trace(const char* type)\n{\n return stringtab_two(type, "Trace");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_trace(const char* type)"
(*) "*"
(function_declarator) "genname_trace(const char* type)"
(identifier) "genname_trace"
(parameter_list) "(const char* type)"
(() "("
(parameter_declaration) "const char* type"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* type"
(*) "*"
(identifier) "type"
()) ")"
(compound_statement) "{\n return stringtab_two(type, "Trace");\n}"
({) "{"
(return_statement) "return stringtab_two(type, "Trace");"
(return) "return"
(call_expression) "stringtab_two(type, "Trace")"
(identifier) "stringtab_two"
(argument_list) "(type, "Trace")"
(() "("
(identifier) "type"
(,) ","
(string_literal) ""Trace""
(") """
(string_content) "Trace"
(") """
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_serialise(const char* type)\n{\n return stringtab_two(type, "Serialise");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_serialise(const char* type)"
(*) "*"
(function_declarator) "genname_serialise(const char* type)"
(identifier) "genname_serialise"
(parameter_list) "(const char* type)"
(() "("
(parameter_declaration) "const char* type"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* type"
(*) "*"
(identifier) "type"
()) ")"
(compound_statement) "{\n return stringtab_two(type, "Serialise");\n}"
({) "{"
(return_statement) "return stringtab_two(type, "Serialise");"
(return) "return"
(call_expression) "stringtab_two(type, "Serialise")"
(identifier) "stringtab_two"
(argument_list) "(type, "Serialise")"
(() "("
(identifier) "type"
(,) ","
(string_literal) ""Serialise""
(") """
(string_content) "Serialise"
(") """
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_deserialise(const char* type)\n{\n return stringtab_two(type, "Deserialise");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_deserialise(const char* type)"
(*) "*"
(function_declarator) "genname_deserialise(const char* type)"
(identifier) "genname_deserialise"
(parameter_list) "(const char* type)"
(() "("
(parameter_declaration) "const char* type"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* type"
(*) "*"
(identifier) "type"
()) ")"
(compound_statement) "{\n return stringtab_two(type, "Deserialise");\n}"
({) "{"
(return_statement) "return stringtab_two(type, "Deserialise");"
(return) "return"
(call_expression) "stringtab_two(type, "Deserialise")"
(identifier) "stringtab_two"
(argument_list) "(type, "Deserialise")"
(() "("
(identifier) "type"
(,) ","
(string_literal) ""Deserialise""
(") """
(string_content) "Deserialise"
(") """
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_dispatch(const char* type)\n{\n return stringtab_two(type, "Dispatch");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_dispatch(const char* type)"
(*) "*"
(function_declarator) "genname_dispatch(const char* type)"
(identifier) "genname_dispatch"
(parameter_list) "(const char* type)"
(() "("
(parameter_declaration) "const char* type"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* type"
(*) "*"
(identifier) "type"
()) ")"
(compound_statement) "{\n return stringtab_two(type, "Dispatch");\n}"
({) "{"
(return_statement) "return stringtab_two(type, "Dispatch");"
(return) "return"
(call_expression) "stringtab_two(type, "Dispatch")"
(identifier) "stringtab_two"
(argument_list) "(type, "Dispatch")"
(() "("
(identifier) "type"
(,) ","
(string_literal) ""Dispatch""
(") """
(string_content) "Dispatch"
(") """
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_descriptor(const char* type)\n{\n return stringtab_two(type, "Desc");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_descriptor(const char* type)"
(*) "*"
(function_declarator) "genname_descriptor(const char* type)"
(identifier) "genname_descriptor"
(parameter_list) "(const char* type)"
(() "("
(parameter_declaration) "const char* type"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* type"
(*) "*"
(identifier) "type"
()) ")"
(compound_statement) "{\n return stringtab_two(type, "Desc");\n}"
({) "{"
(return_statement) "return stringtab_two(type, "Desc");"
(return) "return"
(call_expression) "stringtab_two(type, "Desc")"
(identifier) "stringtab_two"
(argument_list) "(type, "Desc")"
(() "("
(identifier) "type"
(,) ","
(string_literal) ""Desc""
(") """
(string_content) "Desc"
(") """
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_instance(const char* type)\n{\n return stringtab_two(type, "Inst");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_instance(const char* type)"
(*) "*"
(function_declarator) "genname_instance(const char* type)"
(identifier) "genname_instance"
(parameter_list) "(const char* type)"
(() "("
(parameter_declaration) "const char* type"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* type"
(*) "*"
(identifier) "type"
()) ")"
(compound_statement) "{\n return stringtab_two(type, "Inst");\n}"
({) "{"
(return_statement) "return stringtab_two(type, "Inst");"
(return) "return"
(call_expression) "stringtab_two(type, "Inst")"
(identifier) "stringtab_two"
(argument_list) "(type, "Inst")"
(() "("
(identifier) "type"
(,) ","
(string_literal) ""Inst""
(") """
(string_content) "Inst"
(") """
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_fun(token_id cap, const char* name, ast_t* typeargs)\n{\n // cap_name[_Arg1_Arg2]\n printbuf_t* buf = printbuf_new();\n printbuf(buf, "%s_%s", lexer_print(cap), name);\n types_append(buf, typeargs);\n return stringtab_buf(buf);\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_fun(token_id cap, const char* name, ast_t* typeargs)"
(*) "*"
(function_declarator) "genname_fun(token_id cap, const char* name, ast_t* typeargs)"
(identifier) "genname_fun"
(parameter_list) "(token_id cap, const char* name, ast_t* typeargs)"
(() "("
(parameter_declaration) "token_id cap"
(type_identifier) "token_id"
(identifier) "cap"
(,) ","
(parameter_declaration) "const char* name"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* name"
(*) "*"
(identifier) "name"
(,) ","
(parameter_declaration) "ast_t* typeargs"
(type_identifier) "ast_t"
(pointer_declarator) "* typeargs"
(*) "*"
(identifier) "typeargs"
()) ")"
(compound_statement) "{\n // cap_name[_Arg1_Arg2]\n printbuf_t* buf = printbuf_new();\n printbuf(buf, "%s_%s", lexer_print(cap), name);\n types_append(buf, typeargs);\n return stringtab_buf(buf);\n}"
({) "{"
(comment) "// cap_name[_Arg1_Arg2]"
(declaration) "printbuf_t* buf = printbuf_new();"
(type_identifier) "printbuf_t"
(init_declarator) "* buf = printbuf_new()"
(pointer_declarator) "* buf"
(*) "*"
(identifier) "buf"
(=) "="
(call_expression) "printbuf_new()"
(identifier) "printbuf_new"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "printbuf(buf, "%s_%s", lexer_print(cap), name);"
(call_expression) "printbuf(buf, "%s_%s", lexer_print(cap), name)"
(identifier) "printbuf"
(argument_list) "(buf, "%s_%s", lexer_print(cap), name)"
(() "("
(identifier) "buf"
(,) ","
(string_literal) ""%s_%s""
(") """
(string_content) "%s_%s"
(") """
(,) ","
(call_expression) "lexer_print(cap)"
(identifier) "lexer_print"
(argument_list) "(cap)"
(() "("
(identifier) "cap"
()) ")"
(,) ","
(identifier) "name"
()) ")"
(;) ";"
(expression_statement) "types_append(buf, typeargs);"
(call_expression) "types_append(buf, typeargs)"
(identifier) "types_append"
(argument_list) "(buf, typeargs)"
(() "("
(identifier) "buf"
(,) ","
(identifier) "typeargs"
()) ")"
(;) ";"
(return_statement) "return stringtab_buf(buf);"
(return) "return"
(call_expression) "stringtab_buf(buf)"
(identifier) "stringtab_buf"
(argument_list) "(buf)"
(() "("
(identifier) "buf"
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_be(const char* name)\n{\n return stringtab_two(name, "_send");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_be(const char* name)"
(*) "*"
(function_declarator) "genname_be(const char* name)"
(identifier) "genname_be"
(parameter_list) "(const char* name)"
(() "("
(parameter_declaration) "const char* name"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* name"
(*) "*"
(identifier) "name"
()) ")"
(compound_statement) "{\n return stringtab_two(name, "_send");\n}"
({) "{"
(return_statement) "return stringtab_two(name, "_send");"
(return) "return"
(call_expression) "stringtab_two(name, "_send")"
(identifier) "stringtab_two"
(argument_list) "(name, "_send")"
(() "("
(identifier) "name"
(,) ","
(string_literal) ""_send""
(") """
(string_content) "_send"
(") """
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_box(const char* name)\n{\n return stringtab_two(name, "Box");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_box(const char* name)"
(*) "*"
(function_declarator) "genname_box(const char* name)"
(identifier) "genname_box"
(parameter_list) "(const char* name)"
(() "("
(parameter_declaration) "const char* name"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* name"
(*) "*"
(identifier) "name"
()) ")"
(compound_statement) "{\n return stringtab_two(name, "Box");\n}"
({) "{"
(return_statement) "return stringtab_two(name, "Box");"
(return) "return"
(call_expression) "stringtab_two(name, "Box")"
(identifier) "stringtab_two"
(argument_list) "(name, "Box")"
(() "("
(identifier) "name"
(,) ","
(string_literal) ""Box""
(") """
(string_content) "Box"
(") """
()) ")"
(;) ";"
(}) "}"
(function_definition) "const char* genname_unbox(const char* name)\n{\n return stringtab_two(name, "Unbox");\n}"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* genname_unbox(const char* name)"
(*) "*"
(function_declarator) "genname_unbox(const char* name)"
(identifier) "genname_unbox"
(parameter_list) "(const char* name)"
(() "("
(parameter_declaration) "const char* name"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* name"
(*) "*"
(identifier) "name"
()) ")"
(compound_statement) "{\n return stringtab_two(name, "Unbox");\n}"
({) "{"
(return_statement) "return stringtab_two(name, "Unbox");"
(return) "return"
(call_expression) "stringtab_two(name, "Unbox")"
(identifier) "stringtab_two"
(argument_list) "(name, "Unbox")"
(() "("
(identifier) "name"
(,) ","
(string_literal) ""Unbox""
(") """
(string_content) "Unbox"
(") """
()) ")"
(;) ";"
(}) "}"
| 1,214
| 0
|
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"#include", "text": "#include", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 8}}, {"id": 5, "type": "string_literal", "text": "\"../pkg/package.h\"", "parent": 3, "children": [], "start_point": {"row": 1, "column": 9}, "end_point": {"row": 1, "column": 27}}, {"id": 6, "type": "preproc_include", "text": "#include \"../ast/stringtab.h\"\n", "parent": null, "children": [7, 8], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 3, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 2, "column": 8}}, {"id": 8, "type": "string_literal", "text": "\"../ast/stringtab.h\"", "parent": 6, "children": [], "start_point": {"row": 2, "column": 9}, "end_point": {"row": 2, "column": 29}}, {"id": 9, "type": "preproc_include", "text": "#include \"../ast/lexer.h\"\n", "parent": null, "children": [10, 11], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 4, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"../ast/lexer.h\"", "parent": 9, "children": [], "start_point": {"row": 3, "column": 9}, "end_point": {"row": 3, "column": 25}}, {"id": 12, "type": "preproc_include", "text": "#include \"../../libponyrt/mem/pool.h\"\n", "parent": null, "children": [13, 14], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 5, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 4, "column": 8}}, {"id": 14, "type": "string_literal", "text": "\"../../libponyrt/mem/pool.h\"", "parent": 12, "children": [], "start_point": {"row": 4, "column": 9}, "end_point": {"row": 4, "column": 37}}, {"id": 15, "type": "preproc_include", "text": "#include <string.h>\n", "parent": null, "children": [16, 17], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 6, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 8}}, {"id": 17, "type": "system_lib_string", "text": "<string.h>", "parent": 15, "children": [], "start_point": {"row": 5, "column": 9}, "end_point": {"row": 5, "column": 19}}, {"id": 18, "type": "preproc_include", "text": "#include <assert.h>\n", "parent": null, "children": [19, 20], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 7, "column": 0}}, {"id": 19, "type": "#include", "text": "#include", "parent": 18, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 8}}, {"id": 20, "type": "system_lib_string", "text": "<assert.h>", "parent": 18, "children": [], "start_point": {"row": 6, "column": 9}, "end_point": {"row": 6, "column": 19}}, {"id": 21, "type": "declaration", "text": "static void types_append(printbuf_t* buf, ast_t* elements);", "parent": null, "children": [22, 23], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 59}}, {"id": 22, "type": "primitive_type", "text": "void", "parent": 21, "children": [], "start_point": {"row": 8, "column": 7}, "end_point": {"row": 8, "column": 11}}, {"id": 23, "type": "function_declarator", "text": "types_append(printbuf_t* buf, ast_t* elements)", "parent": 21, "children": [24, 25], "start_point": {"row": 8, "column": 12}, "end_point": {"row": 8, "column": 58}}, {"id": 24, "type": "identifier", "text": "types_append", "parent": 23, "children": [], "start_point": {"row": 8, "column": 12}, "end_point": {"row": 8, "column": 24}}, {"id": 25, "type": "parameter_list", "text": "(printbuf_t* buf, ast_t* elements)", "parent": 23, "children": [26, 31], "start_point": {"row": 8, "column": 24}, "end_point": {"row": 8, "column": 58}}, {"id": 26, "type": "parameter_declaration", "text": "printbuf_t* buf", "parent": 25, "children": [27, 28], "start_point": {"row": 8, "column": 25}, "end_point": {"row": 8, "column": 40}}, {"id": 27, "type": "type_identifier", "text": "printbuf_t", "parent": 26, "children": [], "start_point": {"row": 8, "column": 25}, "end_point": {"row": 8, "column": 35}}, {"id": 28, "type": "pointer_declarator", "text": "* buf", "parent": 26, "children": [29, 30], "start_point": {"row": 8, "column": 35}, "end_point": {"row": 8, "column": 40}}, {"id": 29, "type": "*", "text": "*", "parent": 28, "children": [], "start_point": {"row": 8, "column": 35}, "end_point": {"row": 8, "column": 36}}, {"id": 30, "type": "identifier", "text": "buf", "parent": 28, "children": [], "start_point": {"row": 8, "column": 37}, "end_point": {"row": 8, "column": 40}}, {"id": 31, "type": "parameter_declaration", "text": "ast_t* elements", "parent": 25, "children": [32, 33], "start_point": {"row": 8, "column": 42}, "end_point": {"row": 8, "column": 57}}, {"id": 32, "type": "type_identifier", "text": "ast_t", "parent": 31, "children": [], "start_point": {"row": 8, "column": 42}, "end_point": {"row": 8, "column": 47}}, {"id": 33, "type": "pointer_declarator", "text": "* elements", "parent": 31, "children": [34, 35], "start_point": {"row": 8, "column": 47}, "end_point": {"row": 8, "column": 57}}, {"id": 34, "type": "*", "text": "*", "parent": 33, "children": [], "start_point": {"row": 8, "column": 47}, "end_point": {"row": 8, "column": 48}}, {"id": 35, "type": "identifier", "text": "elements", "parent": 33, "children": [], "start_point": {"row": 8, "column": 49}, "end_point": {"row": 8, "column": 57}}, {"id": 36, "type": "function_definition", "text": "static void type_append(printbuf_t* buf, ast_t* type, bool first)\n{\n switch(ast_id(type))\n {\n case TK_UNIONTYPE:\n {\n // 3u_Arg1_Arg2_Arg3\n printbuf(buf, \"%du\", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_ISECTTYPE:\n {\n // 3i_Arg1_Arg2_Arg3\n printbuf(buf, \"%di\", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_TUPLETYPE:\n {\n // 3t_Arg1_Arg2_Arg3\n printbuf(buf, \"%dt\", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_NOMINAL:\n {\n // pkg_Type[_Arg1_Arg2]_cap\n AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);\n\n ast_t* def = (ast_t*)ast_data(type);\n ast_t* pkg = ast_nearest(def, TK_PACKAGE);\n const char* pkg_name = package_symbol(pkg);\n\n if(pkg_name != NULL)\n printbuf(buf, \"%s_\", pkg_name);\n\n printbuf(buf, \"%s\", ast_name(name));\n types_append(buf, typeargs);\n\n if(!first)\n printbuf(buf, \"_%s\", ast_get_print(cap));\n\n return;\n }\n\n default: {}\n }\n\n assert(0);\n}", "parent": null, "children": [37, 38], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 63, "column": 1}}, {"id": 37, "type": "primitive_type", "text": "void", "parent": 36, "children": [], "start_point": {"row": 10, "column": 7}, "end_point": {"row": 10, "column": 11}}, {"id": 38, "type": "function_declarator", "text": "type_append(printbuf_t* buf, ast_t* type, bool first)", "parent": 36, "children": [39, 40], "start_point": {"row": 10, "column": 12}, "end_point": {"row": 10, "column": 65}}, {"id": 39, "type": "identifier", "text": "type_append", "parent": 38, "children": [], "start_point": {"row": 10, "column": 12}, "end_point": {"row": 10, "column": 23}}, {"id": 40, "type": "parameter_list", "text": "(printbuf_t* buf, ast_t* type, bool first)", "parent": 38, "children": [41, 46, 51], "start_point": {"row": 10, "column": 23}, "end_point": {"row": 10, "column": 65}}, {"id": 41, "type": "parameter_declaration", "text": "printbuf_t* buf", "parent": 40, "children": [42, 43], "start_point": {"row": 10, "column": 24}, "end_point": {"row": 10, "column": 39}}, {"id": 42, "type": "type_identifier", "text": "printbuf_t", "parent": 41, "children": [], "start_point": {"row": 10, "column": 24}, "end_point": {"row": 10, "column": 34}}, {"id": 43, "type": "pointer_declarator", "text": "* buf", "parent": 41, "children": [44, 45], "start_point": {"row": 10, "column": 34}, "end_point": {"row": 10, "column": 39}}, {"id": 44, "type": "*", "text": "*", "parent": 43, "children": [], "start_point": {"row": 10, "column": 34}, "end_point": {"row": 10, "column": 35}}, {"id": 45, "type": "identifier", "text": "buf", "parent": 43, "children": [], "start_point": {"row": 10, "column": 36}, "end_point": {"row": 10, "column": 39}}, {"id": 46, "type": "parameter_declaration", "text": "ast_t* type", "parent": 40, "children": [47, 48], "start_point": {"row": 10, "column": 41}, "end_point": {"row": 10, "column": 52}}, {"id": 47, "type": "type_identifier", "text": "ast_t", "parent": 46, "children": [], "start_point": {"row": 10, "column": 41}, "end_point": {"row": 10, "column": 46}}, {"id": 48, "type": "pointer_declarator", "text": "* type", "parent": 46, "children": [49, 50], "start_point": {"row": 10, "column": 46}, "end_point": {"row": 10, "column": 52}}, {"id": 49, "type": "*", "text": "*", "parent": 48, "children": [], "start_point": {"row": 10, "column": 46}, "end_point": {"row": 10, "column": 47}}, {"id": 50, "type": "identifier", "text": "type", "parent": 48, "children": [], "start_point": {"row": 10, "column": 48}, "end_point": {"row": 10, "column": 52}}, {"id": 51, "type": "parameter_declaration", "text": "bool first", "parent": 40, "children": [52, 53], "start_point": {"row": 10, "column": 54}, "end_point": {"row": 10, "column": 64}}, {"id": 52, "type": "primitive_type", "text": "bool", "parent": 51, "children": [], "start_point": {"row": 10, "column": 54}, "end_point": {"row": 10, "column": 58}}, {"id": 53, "type": "identifier", "text": "first", "parent": 51, "children": [], "start_point": {"row": 10, "column": 59}, "end_point": {"row": 10, "column": 64}}, {"id": 54, "type": "switch_statement", "text": "switch(ast_id(type))\n {\n case TK_UNIONTYPE:\n {\n // 3u_Arg1_Arg2_Arg3\n printbuf(buf, \"%du\", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_ISECTTYPE:\n {\n // 3i_Arg1_Arg2_Arg3\n printbuf(buf, \"%di\", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_TUPLETYPE:\n {\n // 3t_Arg1_Arg2_Arg3\n printbuf(buf, \"%dt\", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_NOMINAL:\n {\n // pkg_Type[_Arg1_Arg2]_cap\n AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);\n\n ast_t* def = (ast_t*)ast_data(type);\n ast_t* pkg = ast_nearest(def, TK_PACKAGE);\n const char* pkg_name = package_symbol(pkg);\n\n if(pkg_name != NULL)\n printbuf(buf, \"%s_\", pkg_name);\n\n printbuf(buf, \"%s\", ast_name(name));\n types_append(buf, typeargs);\n\n if(!first)\n printbuf(buf, \"_%s\", ast_get_print(cap));\n\n return;\n }\n\n default: {}\n }", "parent": 36, "children": [55, 56], "start_point": {"row": 12, "column": 2}, "end_point": {"row": 60, "column": 3}}, {"id": 55, "type": "switch", "text": "switch", "parent": 54, "children": [], "start_point": {"row": 12, "column": 2}, "end_point": {"row": 12, "column": 8}}, {"id": 56, "type": "parenthesized_expression", "text": "(ast_id(type))", "parent": 54, "children": [57], "start_point": {"row": 12, "column": 8}, "end_point": {"row": 12, "column": 22}}, {"id": 57, "type": "call_expression", "text": "ast_id(type)", "parent": 56, "children": [58, 59], "start_point": {"row": 12, "column": 9}, "end_point": {"row": 12, "column": 21}}, {"id": 58, "type": "identifier", "text": "ast_id", "parent": 57, "children": [], "start_point": {"row": 12, "column": 9}, "end_point": {"row": 12, "column": 15}}, {"id": 59, "type": "argument_list", "text": "(type)", "parent": 57, "children": [60], "start_point": {"row": 12, "column": 15}, "end_point": {"row": 12, "column": 21}}, {"id": 60, "type": "identifier", "text": "type", "parent": 59, "children": [], "start_point": {"row": 12, "column": 16}, "end_point": {"row": 12, "column": 20}}, {"id": 61, "type": "case_statement", "text": "case TK_UNIONTYPE:\n {\n // 3u_Arg1_Arg2_Arg3\n printbuf(buf, \"%du\", ast_childcount(type));\n types_append(buf, type);\n return;\n }", "parent": 54, "children": [62, 63], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 20, "column": 5}}, {"id": 62, "type": "case", "text": "case", "parent": 61, "children": [], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 8}}, {"id": 63, "type": "identifier", "text": "TK_UNIONTYPE", "parent": 61, "children": [], "start_point": {"row": 14, "column": 9}, "end_point": {"row": 14, "column": 21}}, {"id": 64, "type": "call_expression", "text": "printbuf(buf, \"%du\", ast_childcount(type))", "parent": 61, "children": [65, 66], "start_point": {"row": 17, "column": 6}, "end_point": {"row": 17, "column": 48}}, {"id": 65, "type": "identifier", "text": "printbuf", "parent": 64, "children": [], "start_point": {"row": 17, "column": 6}, "end_point": {"row": 17, "column": 14}}, {"id": 66, "type": "argument_list", "text": "(buf, \"%du\", ast_childcount(type))", "parent": 64, "children": [67, 68, 69], "start_point": {"row": 17, "column": 14}, "end_point": {"row": 17, "column": 48}}, {"id": 67, "type": "identifier", "text": "buf", "parent": 66, "children": [], "start_point": {"row": 17, "column": 15}, "end_point": {"row": 17, "column": 18}}, {"id": 68, "type": "string_literal", "text": "\"%du\"", "parent": 66, "children": [], "start_point": {"row": 17, "column": 20}, "end_point": {"row": 17, "column": 25}}, {"id": 69, "type": "call_expression", "text": "ast_childcount(type)", "parent": 66, "children": [70, 71], "start_point": {"row": 17, "column": 27}, "end_point": {"row": 17, "column": 47}}, {"id": 70, "type": "identifier", "text": "ast_childcount", "parent": 69, "children": [], "start_point": {"row": 17, "column": 27}, "end_point": {"row": 17, "column": 41}}, {"id": 71, "type": "argument_list", "text": "(type)", "parent": 69, "children": [72], "start_point": {"row": 17, "column": 41}, "end_point": {"row": 17, "column": 47}}, {"id": 72, "type": "identifier", "text": "type", "parent": 71, "children": [], "start_point": {"row": 17, "column": 42}, "end_point": {"row": 17, "column": 46}}, {"id": 73, "type": "call_expression", "text": "types_append(buf, type)", "parent": 61, "children": [74, 75], "start_point": {"row": 18, "column": 6}, "end_point": {"row": 18, "column": 29}}, {"id": 74, "type": "identifier", "text": "types_append", "parent": 73, "children": [], "start_point": {"row": 18, "column": 6}, "end_point": {"row": 18, "column": 18}}, {"id": 75, "type": "argument_list", "text": "(buf, type)", "parent": 73, "children": [76, 77], "start_point": {"row": 18, "column": 18}, "end_point": {"row": 18, "column": 29}}, {"id": 76, "type": "identifier", "text": "buf", "parent": 75, "children": [], "start_point": {"row": 18, "column": 19}, "end_point": {"row": 18, "column": 22}}, {"id": 77, "type": "identifier", "text": "type", "parent": 75, "children": [], "start_point": {"row": 18, "column": 24}, "end_point": {"row": 18, "column": 28}}, {"id": 78, "type": "return_statement", "text": "return;", "parent": 61, "children": [], "start_point": {"row": 19, "column": 6}, "end_point": {"row": 19, "column": 13}}, {"id": 79, "type": "case_statement", "text": "case TK_ISECTTYPE:\n {\n // 3i_Arg1_Arg2_Arg3\n printbuf(buf, \"%di\", ast_childcount(type));\n types_append(buf, type);\n return;\n }", "parent": 54, "children": [80, 81], "start_point": {"row": 22, "column": 4}, "end_point": {"row": 28, "column": 5}}, {"id": 80, "type": "case", "text": "case", "parent": 79, "children": [], "start_point": {"row": 22, "column": 4}, "end_point": {"row": 22, "column": 8}}, {"id": 81, "type": "identifier", "text": "TK_ISECTTYPE", "parent": 79, "children": [], "start_point": {"row": 22, "column": 9}, "end_point": {"row": 22, "column": 21}}, {"id": 82, "type": "call_expression", "text": "printbuf(buf, \"%di\", ast_childcount(type))", "parent": 79, "children": [83, 84], "start_point": {"row": 25, "column": 6}, "end_point": {"row": 25, "column": 48}}, {"id": 83, "type": "identifier", "text": "printbuf", "parent": 82, "children": [], "start_point": {"row": 25, "column": 6}, "end_point": {"row": 25, "column": 14}}, {"id": 84, "type": "argument_list", "text": "(buf, \"%di\", ast_childcount(type))", "parent": 82, "children": [85, 86, 87], "start_point": {"row": 25, "column": 14}, "end_point": {"row": 25, "column": 48}}, {"id": 85, "type": "identifier", "text": "buf", "parent": 84, "children": [], "start_point": {"row": 25, "column": 15}, "end_point": {"row": 25, "column": 18}}, {"id": 86, "type": "string_literal", "text": "\"%di\"", "parent": 84, "children": [], "start_point": {"row": 25, "column": 20}, "end_point": {"row": 25, "column": 25}}, {"id": 87, "type": "call_expression", "text": "ast_childcount(type)", "parent": 84, "children": [88, 89], "start_point": {"row": 25, "column": 27}, "end_point": {"row": 25, "column": 47}}, {"id": 88, "type": "identifier", "text": "ast_childcount", "parent": 87, "children": [], "start_point": {"row": 25, "column": 27}, "end_point": {"row": 25, "column": 41}}, {"id": 89, "type": "argument_list", "text": "(type)", "parent": 87, "children": [90], "start_point": {"row": 25, "column": 41}, "end_point": {"row": 25, "column": 47}}, {"id": 90, "type": "identifier", "text": "type", "parent": 89, "children": [], "start_point": {"row": 25, "column": 42}, "end_point": {"row": 25, "column": 46}}, {"id": 91, "type": "call_expression", "text": "types_append(buf, type)", "parent": 79, "children": [92, 93], "start_point": {"row": 26, "column": 6}, "end_point": {"row": 26, "column": 29}}, {"id": 92, "type": "identifier", "text": "types_append", "parent": 91, "children": [], "start_point": {"row": 26, "column": 6}, "end_point": {"row": 26, "column": 18}}, {"id": 93, "type": "argument_list", "text": "(buf, type)", "parent": 91, "children": [94, 95], "start_point": {"row": 26, "column": 18}, "end_point": {"row": 26, "column": 29}}, {"id": 94, "type": "identifier", "text": "buf", "parent": 93, "children": [], "start_point": {"row": 26, "column": 19}, "end_point": {"row": 26, "column": 22}}, {"id": 95, "type": "identifier", "text": "type", "parent": 93, "children": [], "start_point": {"row": 26, "column": 24}, "end_point": {"row": 26, "column": 28}}, {"id": 96, "type": "return_statement", "text": "return;", "parent": 79, "children": [], "start_point": {"row": 27, "column": 6}, "end_point": {"row": 27, "column": 13}}, {"id": 97, "type": "case_statement", "text": "case TK_TUPLETYPE:\n {\n // 3t_Arg1_Arg2_Arg3\n printbuf(buf, \"%dt\", ast_childcount(type));\n types_append(buf, type);\n return;\n }", "parent": 54, "children": [98, 99], "start_point": {"row": 30, "column": 4}, "end_point": {"row": 36, "column": 5}}, {"id": 98, "type": "case", "text": "case", "parent": 97, "children": [], "start_point": {"row": 30, "column": 4}, "end_point": {"row": 30, "column": 8}}, {"id": 99, "type": "identifier", "text": "TK_TUPLETYPE", "parent": 97, "children": [], "start_point": {"row": 30, "column": 9}, "end_point": {"row": 30, "column": 21}}, {"id": 100, "type": "call_expression", "text": "printbuf(buf, \"%dt\", ast_childcount(type))", "parent": 97, "children": [101, 102], "start_point": {"row": 33, "column": 6}, "end_point": {"row": 33, "column": 48}}, {"id": 101, "type": "identifier", "text": "printbuf", "parent": 100, "children": [], "start_point": {"row": 33, "column": 6}, "end_point": {"row": 33, "column": 14}}, {"id": 102, "type": "argument_list", "text": "(buf, \"%dt\", ast_childcount(type))", "parent": 100, "children": [103, 104, 105], "start_point": {"row": 33, "column": 14}, "end_point": {"row": 33, "column": 48}}, {"id": 103, "type": "identifier", "text": "buf", "parent": 102, "children": [], "start_point": {"row": 33, "column": 15}, "end_point": {"row": 33, "column": 18}}, {"id": 104, "type": "string_literal", "text": "\"%dt\"", "parent": 102, "children": [], "start_point": {"row": 33, "column": 20}, "end_point": {"row": 33, "column": 25}}, {"id": 105, "type": "call_expression", "text": "ast_childcount(type)", "parent": 102, "children": [106, 107], "start_point": {"row": 33, "column": 27}, "end_point": {"row": 33, "column": 47}}, {"id": 106, "type": "identifier", "text": "ast_childcount", "parent": 105, "children": [], "start_point": {"row": 33, "column": 27}, "end_point": {"row": 33, "column": 41}}, {"id": 107, "type": "argument_list", "text": "(type)", "parent": 105, "children": [108], "start_point": {"row": 33, "column": 41}, "end_point": {"row": 33, "column": 47}}, {"id": 108, "type": "identifier", "text": "type", "parent": 107, "children": [], "start_point": {"row": 33, "column": 42}, "end_point": {"row": 33, "column": 46}}, {"id": 109, "type": "call_expression", "text": "types_append(buf, type)", "parent": 97, "children": [110, 111], "start_point": {"row": 34, "column": 6}, "end_point": {"row": 34, "column": 29}}, {"id": 110, "type": "identifier", "text": "types_append", "parent": 109, "children": [], "start_point": {"row": 34, "column": 6}, "end_point": {"row": 34, "column": 18}}, {"id": 111, "type": "argument_list", "text": "(buf, type)", "parent": 109, "children": [112, 113], "start_point": {"row": 34, "column": 18}, "end_point": {"row": 34, "column": 29}}, {"id": 112, "type": "identifier", "text": "buf", "parent": 111, "children": [], "start_point": {"row": 34, "column": 19}, "end_point": {"row": 34, "column": 22}}, {"id": 113, "type": "identifier", "text": "type", "parent": 111, "children": [], "start_point": {"row": 34, "column": 24}, "end_point": {"row": 34, "column": 28}}, {"id": 114, "type": "return_statement", "text": "return;", "parent": 97, "children": [], "start_point": {"row": 35, "column": 6}, "end_point": {"row": 35, "column": 13}}, {"id": 115, "type": "case_statement", "text": "case TK_NOMINAL:\n {\n // pkg_Type[_Arg1_Arg2]_cap\n AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);\n\n ast_t* def = (ast_t*)ast_data(type);\n ast_t* pkg = ast_nearest(def, TK_PACKAGE);\n const char* pkg_name = package_symbol(pkg);\n\n if(pkg_name != NULL)\n printbuf(buf, \"%s_\", pkg_name);\n\n printbuf(buf, \"%s\", ast_name(name));\n types_append(buf, typeargs);\n\n if(!first)\n printbuf(buf, \"_%s\", ast_get_print(cap));\n\n return;\n }", "parent": 54, "children": [116, 117], "start_point": {"row": 38, "column": 4}, "end_point": {"row": 57, "column": 5}}, {"id": 116, "type": "case", "text": "case", "parent": 115, "children": [], "start_point": {"row": 38, "column": 4}, "end_point": {"row": 38, "column": 8}}, {"id": 117, "type": "identifier", "text": "TK_NOMINAL", "parent": 115, "children": [], "start_point": {"row": 38, "column": 9}, "end_point": {"row": 38, "column": 19}}, {"id": 118, "type": "call_expression", "text": "AST_GET_CHILDREN(type, package, name, typeargs, cap, eph)", "parent": 115, "children": [119, 120], "start_point": {"row": 41, "column": 6}, "end_point": {"row": 41, "column": 63}}, {"id": 119, "type": "identifier", "text": "AST_GET_CHILDREN", "parent": 118, "children": [], "start_point": {"row": 41, "column": 6}, "end_point": {"row": 41, "column": 22}}, {"id": 120, "type": "argument_list", "text": "(type, package, name, typeargs, cap, eph)", "parent": 118, "children": [121, 122, 123, 124, 125], "start_point": {"row": 41, "column": 22}, "end_point": {"row": 41, "column": 63}}, {"id": 121, "type": "identifier", "text": "type", "parent": 120, "children": [], "start_point": {"row": 41, "column": 23}, "end_point": {"row": 41, "column": 27}}, {"id": 122, "type": "identifier", "text": "name", "parent": 120, "children": [], "start_point": {"row": 41, "column": 38}, "end_point": {"row": 41, "column": 42}}, {"id": 123, "type": "identifier", "text": "typeargs", "parent": 120, "children": [], "start_point": {"row": 41, "column": 44}, "end_point": {"row": 41, "column": 52}}, {"id": 124, "type": "identifier", "text": "cap", "parent": 120, "children": [], "start_point": {"row": 41, "column": 54}, "end_point": {"row": 41, "column": 57}}, {"id": 125, "type": "identifier", "text": "eph", "parent": 120, "children": [], "start_point": {"row": 41, "column": 59}, "end_point": {"row": 41, "column": 62}}, {"id": 126, "type": "declaration", "text": "ast_t* def = (ast_t*)ast_data(type);", "parent": 115, "children": [127, 128], "start_point": {"row": 43, "column": 6}, "end_point": {"row": 43, "column": 42}}, {"id": 127, "type": "type_identifier", "text": "ast_t", "parent": 126, "children": [], "start_point": {"row": 43, "column": 6}, "end_point": {"row": 43, "column": 11}}, {"id": 128, "type": "init_declarator", "text": "* def = (ast_t*)ast_data(type)", "parent": 126, "children": [129, 131, 132], "start_point": {"row": 43, "column": 11}, "end_point": {"row": 43, "column": 41}}, {"id": 129, "type": "pointer_declarator", "text": "* def", "parent": 128, "children": [130], "start_point": {"row": 43, "column": 11}, "end_point": {"row": 43, "column": 16}}, {"id": 130, "type": "*", "text": "*", "parent": 129, "children": [], "start_point": {"row": 43, "column": 11}, "end_point": {"row": 43, "column": 12}}, {"id": 131, "type": "=", "text": "=", "parent": 128, "children": [], "start_point": {"row": 43, "column": 17}, "end_point": {"row": 43, "column": 18}}, {"id": 132, "type": "cast_expression", "text": "(ast_t*)ast_data(type)", "parent": 128, "children": [133, 137], "start_point": {"row": 43, "column": 19}, "end_point": {"row": 43, "column": 41}}, {"id": 133, "type": "type_descriptor", "text": "ast_t*", "parent": 132, "children": [134, 135], "start_point": {"row": 43, "column": 20}, "end_point": {"row": 43, "column": 26}}, {"id": 134, "type": "type_identifier", "text": "ast_t", "parent": 133, "children": [], "start_point": {"row": 43, "column": 20}, "end_point": {"row": 43, "column": 25}}, {"id": 135, "type": "abstract_pointer_declarator", "text": "*", "parent": 133, "children": [136], "start_point": {"row": 43, "column": 25}, "end_point": {"row": 43, "column": 26}}, {"id": 136, "type": "*", "text": "*", "parent": 135, "children": [], "start_point": {"row": 43, "column": 25}, "end_point": {"row": 43, "column": 26}}, {"id": 137, "type": "call_expression", "text": "ast_data(type)", "parent": 132, "children": [138, 139], "start_point": {"row": 43, "column": 27}, "end_point": {"row": 43, "column": 41}}, {"id": 138, "type": "identifier", "text": "ast_data", "parent": 137, "children": [], "start_point": {"row": 43, "column": 27}, "end_point": {"row": 43, "column": 35}}, {"id": 139, "type": "argument_list", "text": "(type)", "parent": 137, "children": [140], "start_point": {"row": 43, "column": 35}, "end_point": {"row": 43, "column": 41}}, {"id": 140, "type": "identifier", "text": "type", "parent": 139, "children": [], "start_point": {"row": 43, "column": 36}, "end_point": {"row": 43, "column": 40}}, {"id": 141, "type": "declaration", "text": "ast_t* pkg = ast_nearest(def, TK_PACKAGE);", "parent": 115, "children": [142, 143], "start_point": {"row": 44, "column": 6}, "end_point": {"row": 44, "column": 48}}, {"id": 142, "type": "type_identifier", "text": "ast_t", "parent": 141, "children": [], "start_point": {"row": 44, "column": 6}, "end_point": {"row": 44, "column": 11}}, {"id": 143, "type": "init_declarator", "text": "* pkg = ast_nearest(def, TK_PACKAGE)", "parent": 141, "children": [144, 147, 148], "start_point": {"row": 44, "column": 11}, "end_point": {"row": 44, "column": 47}}, {"id": 144, "type": "pointer_declarator", "text": "* pkg", "parent": 143, "children": [145, 146], "start_point": {"row": 44, "column": 11}, "end_point": {"row": 44, "column": 16}}, {"id": 145, "type": "*", "text": "*", "parent": 144, "children": [], "start_point": {"row": 44, "column": 11}, "end_point": {"row": 44, "column": 12}}, {"id": 146, "type": "identifier", "text": "pkg", "parent": 144, "children": [], "start_point": {"row": 44, "column": 13}, "end_point": {"row": 44, "column": 16}}, {"id": 147, "type": "=", "text": "=", "parent": 143, "children": [], "start_point": {"row": 44, "column": 17}, "end_point": {"row": 44, "column": 18}}, {"id": 148, "type": "call_expression", "text": "ast_nearest(def, TK_PACKAGE)", "parent": 143, "children": [149, 150], "start_point": {"row": 44, "column": 19}, "end_point": {"row": 44, "column": 47}}, {"id": 149, "type": "identifier", "text": "ast_nearest", "parent": 148, "children": [], "start_point": {"row": 44, "column": 19}, "end_point": {"row": 44, "column": 30}}, {"id": 150, "type": "argument_list", "text": "(def, TK_PACKAGE)", "parent": 148, "children": [151], "start_point": {"row": 44, "column": 30}, "end_point": {"row": 44, "column": 47}}, {"id": 151, "type": "identifier", "text": "TK_PACKAGE", "parent": 150, "children": [], "start_point": {"row": 44, "column": 36}, "end_point": {"row": 44, "column": 46}}, {"id": 152, "type": "declaration", "text": "const char* pkg_name = package_symbol(pkg);", "parent": 115, "children": [153, 154], "start_point": {"row": 45, "column": 6}, "end_point": {"row": 45, "column": 49}}, {"id": 153, "type": "primitive_type", "text": "char", "parent": 152, "children": [], "start_point": {"row": 45, "column": 12}, "end_point": {"row": 45, "column": 16}}, {"id": 154, "type": "init_declarator", "text": "* pkg_name = package_symbol(pkg)", "parent": 152, "children": [155, 158, 159], "start_point": {"row": 45, "column": 16}, "end_point": {"row": 45, "column": 48}}, {"id": 155, "type": "pointer_declarator", "text": "* pkg_name", "parent": 154, "children": [156, 157], "start_point": {"row": 45, "column": 16}, "end_point": {"row": 45, "column": 26}}, {"id": 156, "type": "*", "text": "*", "parent": 155, "children": [], "start_point": {"row": 45, "column": 16}, "end_point": {"row": 45, "column": 17}}, {"id": 157, "type": "identifier", "text": "pkg_name", "parent": 155, "children": [], "start_point": {"row": 45, "column": 18}, "end_point": {"row": 45, "column": 26}}, {"id": 158, "type": "=", "text": "=", "parent": 154, "children": [], "start_point": {"row": 45, "column": 27}, "end_point": {"row": 45, "column": 28}}, {"id": 159, "type": "call_expression", "text": "package_symbol(pkg)", "parent": 154, "children": [160, 161], "start_point": {"row": 45, "column": 29}, "end_point": {"row": 45, "column": 48}}, {"id": 160, "type": "identifier", "text": "package_symbol", "parent": 159, "children": [], "start_point": {"row": 45, "column": 29}, "end_point": {"row": 45, "column": 43}}, {"id": 161, "type": "argument_list", "text": "(pkg)", "parent": 159, "children": [162], "start_point": {"row": 45, "column": 43}, "end_point": {"row": 45, "column": 48}}, {"id": 162, "type": "identifier", "text": "pkg", "parent": 161, "children": [], "start_point": {"row": 45, "column": 44}, "end_point": {"row": 45, "column": 47}}, {"id": 163, "type": "if_statement", "text": "if(pkg_name != NULL)\n printbuf(buf, \"%s_\", pkg_name);", "parent": 115, "children": [164], "start_point": {"row": 47, "column": 6}, "end_point": {"row": 48, "column": 39}}, {"id": 164, "type": "parenthesized_expression", "text": "(pkg_name != NULL)", "parent": 163, "children": [165], "start_point": {"row": 47, "column": 8}, "end_point": {"row": 47, "column": 26}}, {"id": 165, "type": "binary_expression", "text": "pkg_name != NULL", "parent": 164, "children": [166, 167, 168], "start_point": {"row": 47, "column": 9}, "end_point": {"row": 47, "column": 25}}, {"id": 166, "type": "identifier", "text": "pkg_name", "parent": 165, "children": [], "start_point": {"row": 47, "column": 9}, "end_point": {"row": 47, "column": 17}}, {"id": 167, "type": "!=", "text": "!=", "parent": 165, "children": [], "start_point": {"row": 47, "column": 18}, "end_point": {"row": 47, "column": 20}}, {"id": 168, "type": "null", "text": "NULL", "parent": 165, "children": [169], "start_point": {"row": 47, "column": 21}, "end_point": {"row": 47, "column": 25}}, {"id": 169, "type": "NULL", "text": "NULL", "parent": 168, "children": [], "start_point": {"row": 47, "column": 21}, "end_point": {"row": 47, "column": 25}}, {"id": 170, "type": "call_expression", "text": "printbuf(buf, \"%s_\", pkg_name)", "parent": 163, "children": [171, 172], "start_point": {"row": 48, "column": 8}, "end_point": {"row": 48, "column": 38}}, {"id": 171, "type": "identifier", "text": "printbuf", "parent": 170, "children": [], "start_point": {"row": 48, "column": 8}, "end_point": {"row": 48, "column": 16}}, {"id": 172, "type": "argument_list", "text": "(buf, \"%s_\", pkg_name)", "parent": 170, "children": [173, 174, 175], "start_point": {"row": 48, "column": 16}, "end_point": {"row": 48, "column": 38}}, {"id": 173, "type": "identifier", "text": "buf", "parent": 172, "children": [], "start_point": {"row": 48, "column": 17}, "end_point": {"row": 48, "column": 20}}, {"id": 174, "type": "string_literal", "text": "\"%s_\"", "parent": 172, "children": [], "start_point": {"row": 48, "column": 22}, "end_point": {"row": 48, "column": 27}}, {"id": 175, "type": "identifier", "text": "pkg_name", "parent": 172, "children": [], "start_point": {"row": 48, "column": 29}, "end_point": {"row": 48, "column": 37}}, {"id": 176, "type": "call_expression", "text": "printbuf(buf, \"%s\", ast_name(name))", "parent": 115, "children": [177, 178], "start_point": {"row": 50, "column": 6}, "end_point": {"row": 50, "column": 41}}, {"id": 177, "type": "identifier", "text": "printbuf", "parent": 176, "children": [], "start_point": {"row": 50, "column": 6}, "end_point": {"row": 50, "column": 14}}, {"id": 178, "type": "argument_list", "text": "(buf, \"%s\", ast_name(name))", "parent": 176, "children": [179, 180, 181], "start_point": {"row": 50, "column": 14}, "end_point": {"row": 50, "column": 41}}, {"id": 179, "type": "identifier", "text": "buf", "parent": 178, "children": [], "start_point": {"row": 50, "column": 15}, "end_point": {"row": 50, "column": 18}}, {"id": 180, "type": "string_literal", "text": "\"%s\"", "parent": 178, "children": [], "start_point": {"row": 50, 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"column": 15}}, {"id": 297, "type": "argument_list", "text": "(buf)", "parent": 295, "children": [298], "start_point": {"row": 84, "column": 15}, "end_point": {"row": 84, "column": 20}}, {"id": 298, "type": "identifier", "text": "buf", "parent": 297, "children": [], "start_point": {"row": 84, "column": 16}, "end_point": {"row": 84, "column": 19}}, {"id": 299, "type": "return_statement", "text": "return r;", "parent": 270, "children": [300], "start_point": {"row": 85, "column": 2}, "end_point": {"row": 85, "column": 11}}, {"id": 300, "type": "identifier", "text": "r", "parent": 299, "children": [], "start_point": {"row": 85, "column": 9}, "end_point": {"row": 85, "column": 10}}, {"id": 301, "type": "function_definition", "text": "static const char* stringtab_two(const char* a, const char* b)\n{\n if(a == NULL)\n a = \"_\";\n\n assert(b != NULL);\n printbuf_t* buf = printbuf_new();\n printbuf(buf, \"%s_%s\", a, b);\n return stringtab_buf(buf);\n}", "parent": null, "children": [302, 303], "start_point": {"row": 88, "column": 0}, "end_point": {"row": 97, "column": 1}}, {"id": 302, "type": "primitive_type", "text": "char", "parent": 301, "children": [], "start_point": {"row": 88, "column": 13}, "end_point": {"row": 88, "column": 17}}, {"id": 303, "type": "pointer_declarator", "text": "* stringtab_two(const char* a, const char* b)", "parent": 301, "children": [304, 305], "start_point": {"row": 88, "column": 17}, "end_point": {"row": 88, "column": 62}}, {"id": 304, "type": "*", "text": "*", "parent": 303, "children": [], "start_point": {"row": 88, "column": 17}, "end_point": {"row": 88, "column": 18}}, {"id": 305, "type": "function_declarator", "text": "stringtab_two(const char* a, const char* b)", "parent": 303, "children": [306, 307], "start_point": {"row": 88, "column": 19}, "end_point": {"row": 88, "column": 62}}, {"id": 306, "type": "identifier", "text": "stringtab_two", "parent": 305, "children": [], "start_point": {"row": 88, "column": 19}, "end_point": {"row": 88, "column": 32}}, {"id": 307, "type": "parameter_list", "text": "(const char* a, const char* b)", "parent": 305, "children": [308, 313], "start_point": {"row": 88, "column": 32}, "end_point": {"row": 88, "column": 62}}, {"id": 308, "type": "parameter_declaration", "text": "const char* a", "parent": 307, "children": [309, 310], "start_point": {"row": 88, "column": 33}, "end_point": {"row": 88, "column": 46}}, {"id": 309, "type": "primitive_type", "text": "char", "parent": 308, "children": [], "start_point": {"row": 88, "column": 39}, "end_point": {"row": 88, "column": 43}}, {"id": 310, "type": "pointer_declarator", "text": "* a", "parent": 308, "children": [311, 312], "start_point": {"row": 88, "column": 43}, "end_point": {"row": 88, "column": 46}}, {"id": 311, "type": "*", "text": "*", "parent": 310, "children": [], "start_point": {"row": 88, "column": 43}, "end_point": {"row": 88, "column": 44}}, {"id": 312, "type": "identifier", "text": "a", "parent": 310, "children": [], 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\"_\";", "parent": 301, "children": [319], "start_point": {"row": 90, "column": 2}, "end_point": {"row": 91, "column": 12}}, {"id": 319, "type": "parenthesized_expression", "text": "(a == NULL)", "parent": 318, "children": [320], "start_point": {"row": 90, "column": 4}, "end_point": {"row": 90, "column": 15}}, {"id": 320, "type": "binary_expression", "text": "a == NULL", "parent": 319, "children": [321, 322, 323], "start_point": {"row": 90, "column": 5}, "end_point": {"row": 90, "column": 14}}, {"id": 321, "type": "identifier", "text": "a", "parent": 320, "children": [], "start_point": {"row": 90, "column": 5}, "end_point": {"row": 90, "column": 6}}, {"id": 322, "type": "==", "text": "==", "parent": 320, "children": [], "start_point": {"row": 90, "column": 7}, "end_point": {"row": 90, "column": 9}}, {"id": 323, "type": "null", "text": "NULL", "parent": 320, "children": [324], "start_point": {"row": 90, "column": 10}, "end_point": {"row": 90, "column": 14}}, {"id": 324, "type": "NULL", "text": "NULL", "parent": 323, "children": [], "start_point": {"row": 90, "column": 10}, "end_point": {"row": 90, "column": 14}}, {"id": 325, "type": "assignment_expression", "text": "a = \"_\"", "parent": 318, "children": [326, 327, 328], "start_point": {"row": 91, "column": 4}, "end_point": {"row": 91, "column": 11}}, {"id": 326, "type": "identifier", "text": "a", "parent": 325, "children": [], "start_point": {"row": 91, "column": 4}, "end_point": {"row": 91, "column": 5}}, {"id": 327, "type": "=", "text": "=", "parent": 325, "children": [], "start_point": {"row": 91, "column": 6}, "end_point": {"row": 91, "column": 7}}, {"id": 328, "type": "string_literal", "text": "\"_\"", "parent": 325, "children": [], "start_point": {"row": 91, "column": 8}, "end_point": {"row": 91, "column": 11}}, {"id": 329, "type": "call_expression", "text": "assert(b != NULL)", "parent": 301, "children": [330, 331], "start_point": {"row": 93, "column": 2}, "end_point": {"row": 93, "column": 19}}, {"id": 330, 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336, "type": "NULL", "text": "NULL", "parent": 335, "children": [], "start_point": {"row": 93, "column": 14}, "end_point": {"row": 93, "column": 18}}, {"id": 337, "type": "declaration", "text": "printbuf_t* buf = printbuf_new();", "parent": 301, "children": [338, 339], "start_point": {"row": 94, "column": 2}, "end_point": {"row": 94, "column": 35}}, {"id": 338, "type": "type_identifier", "text": "printbuf_t", "parent": 337, "children": [], "start_point": {"row": 94, "column": 2}, "end_point": {"row": 94, "column": 12}}, {"id": 339, "type": "init_declarator", "text": "* buf = printbuf_new()", "parent": 337, "children": [340, 343, 344], "start_point": {"row": 94, "column": 12}, "end_point": {"row": 94, "column": 34}}, {"id": 340, "type": "pointer_declarator", "text": "* buf", "parent": 339, "children": [341, 342], "start_point": {"row": 94, "column": 12}, "end_point": {"row": 94, "column": 17}}, {"id": 341, "type": "*", "text": "*", "parent": 340, "children": [], "start_point": {"row": 94, "column": 12}, "end_point": {"row": 94, "column": 13}}, {"id": 342, "type": "identifier", "text": "buf", "parent": 340, "children": [], "start_point": {"row": 94, "column": 14}, "end_point": {"row": 94, "column": 17}}, {"id": 343, "type": "=", "text": "=", "parent": 339, "children": [], "start_point": {"row": 94, "column": 18}, "end_point": {"row": 94, "column": 19}}, {"id": 344, "type": "call_expression", "text": "printbuf_new()", "parent": 339, "children": [345, 346], "start_point": {"row": 94, "column": 20}, "end_point": {"row": 94, "column": 34}}, {"id": 345, "type": "identifier", "text": "printbuf_new", "parent": 344, "children": [], "start_point": {"row": 94, "column": 20}, "end_point": {"row": 94, "column": 32}}, {"id": 346, "type": "argument_list", "text": "()", "parent": 344, "children": [], "start_point": {"row": 94, "column": 32}, "end_point": {"row": 94, "column": 34}}, {"id": 347, "type": "call_expression", "text": "printbuf(buf, \"%s_%s\", a, b)", "parent": 301, "children": [348, 349], "start_point": {"row": 95, "column": 2}, "end_point": {"row": 95, "column": 30}}, {"id": 348, "type": "identifier", "text": "printbuf", "parent": 347, "children": [], "start_point": {"row": 95, "column": 2}, "end_point": {"row": 95, "column": 10}}, {"id": 349, "type": "argument_list", "text": "(buf, \"%s_%s\", a, b)", "parent": 347, "children": [350, 351, 352, 353], "start_point": {"row": 95, "column": 10}, "end_point": {"row": 95, "column": 30}}, {"id": 350, "type": "identifier", "text": "buf", "parent": 349, "children": [], "start_point": {"row": 95, "column": 11}, "end_point": {"row": 95, "column": 14}}, {"id": 351, "type": "string_literal", "text": "\"%s_%s\"", "parent": 349, "children": [], "start_point": {"row": 95, "column": 16}, "end_point": {"row": 95, "column": 23}}, {"id": 352, "type": "identifier", "text": "a", "parent": 349, "children": [], "start_point": {"row": 95, "column": 25}, "end_point": {"row": 95, "column": 26}}, {"id": 353, "type": "identifier", "text": "b", "parent": 349, "children": [], "start_point": {"row": 95, "column": 28}, "end_point": {"row": 95, "column": 29}}, {"id": 354, "type": "return_statement", "text": "return stringtab_buf(buf);", "parent": 301, "children": [355], "start_point": {"row": 96, "column": 2}, "end_point": {"row": 96, "column": 28}}, {"id": 355, "type": "call_expression", "text": "stringtab_buf(buf)", "parent": 354, "children": [356, 357], "start_point": {"row": 96, "column": 9}, "end_point": {"row": 96, "column": 27}}, {"id": 356, "type": "identifier", "text": "stringtab_buf", "parent": 355, "children": [], "start_point": {"row": 96, "column": 9}, "end_point": {"row": 96, "column": 22}}, {"id": 357, "type": "argument_list", "text": "(buf)", "parent": 355, "children": [358], "start_point": {"row": 96, "column": 22}, "end_point": {"row": 96, "column": 27}}, {"id": 358, "type": "identifier", "text": "buf", "parent": 357, "children": [], "start_point": {"row": 96, "column": 23}, "end_point": {"row": 96, "column": 26}}, {"id": 359, "type": "function_definition", "text": "const char* genname_type(ast_t* ast)\n{\n // package_Type[_Arg1_Arg2]\n printbuf_t* buf = printbuf_new();\n type_append(buf, ast, true);\n return stringtab_buf(buf);\n}", "parent": null, "children": [360, 361], "start_point": {"row": 99, "column": 0}, "end_point": {"row": 105, "column": 1}}, {"id": 360, "type": "primitive_type", "text": "char", "parent": 359, "children": [], "start_point": {"row": 99, "column": 6}, "end_point": {"row": 99, "column": 10}}, {"id": 361, "type": "pointer_declarator", "text": "* genname_type(ast_t* ast)", "parent": 359, "children": [362, 363], "start_point": {"row": 99, "column": 10}, "end_point": {"row": 99, "column": 36}}, {"id": 362, "type": "*", "text": "*", "parent": 361, "children": [], "start_point": {"row": 99, "column": 10}, "end_point": {"row": 99, "column": 11}}, {"id": 363, "type": "function_declarator", "text": "genname_type(ast_t* ast)", "parent": 361, "children": [364, 365], "start_point": {"row": 99, "column": 12}, "end_point": {"row": 99, "column": 36}}, {"id": 364, "type": "identifier", "text": "genname_type", "parent": 363, "children": [], "start_point": {"row": 99, "column": 12}, "end_point": {"row": 99, "column": 24}}, {"id": 365, "type": "parameter_list", "text": "(ast_t* ast)", "parent": 363, "children": [366], "start_point": {"row": 99, "column": 24}, "end_point": {"row": 99, "column": 36}}, {"id": 366, "type": "parameter_declaration", "text": "ast_t* ast", "parent": 365, "children": [367, 368], "start_point": {"row": 99, "column": 25}, "end_point": {"row": 99, "column": 35}}, {"id": 367, "type": "type_identifier", "text": "ast_t", "parent": 366, "children": [], "start_point": {"row": 99, "column": 25}, "end_point": {"row": 99, "column": 30}}, {"id": 368, "type": "pointer_declarator", "text": "* ast", "parent": 366, "children": [369, 370], "start_point": {"row": 99, "column": 30}, "end_point": {"row": 99, "column": 35}}, {"id": 369, "type": "*", "text": "*", "parent": 368, "children": [], "start_point": {"row": 99, "column": 30}, "end_point": {"row": 99, "column": 31}}, {"id": 370, "type": "identifier", "text": "ast", "parent": 368, "children": [], "start_point": {"row": 99, "column": 32}, "end_point": {"row": 99, "column": 35}}, {"id": 371, "type": "declaration", "text": "printbuf_t* buf = printbuf_new();", "parent": 359, "children": [372, 373], "start_point": {"row": 102, "column": 2}, "end_point": {"row": 102, "column": 35}}, {"id": 372, "type": "type_identifier", "text": "printbuf_t", "parent": 371, "children": [], "start_point": {"row": 102, "column": 2}, "end_point": {"row": 102, "column": 12}}, {"id": 373, "type": "init_declarator", "text": "* buf = printbuf_new()", "parent": 371, "children": [374, 377, 378], "start_point": {"row": 102, "column": 12}, "end_point": {"row": 102, "column": 34}}, {"id": 374, "type": "pointer_declarator", "text": "* buf", "parent": 373, "children": [375, 376], 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[], "start_point": {"row": 102, "column": 32}, "end_point": {"row": 102, "column": 34}}, {"id": 381, "type": "call_expression", "text": "type_append(buf, ast, true)", "parent": 359, "children": [382, 383], "start_point": {"row": 103, "column": 2}, "end_point": {"row": 103, "column": 29}}, {"id": 382, "type": "identifier", "text": "type_append", "parent": 381, "children": [], "start_point": {"row": 103, "column": 2}, "end_point": {"row": 103, "column": 13}}, {"id": 383, "type": "argument_list", "text": "(buf, ast, true)", "parent": 381, "children": [384, 385, 386], "start_point": {"row": 103, "column": 13}, "end_point": {"row": 103, "column": 29}}, {"id": 384, "type": "identifier", "text": "buf", "parent": 383, "children": [], "start_point": {"row": 103, "column": 14}, "end_point": {"row": 103, "column": 17}}, {"id": 385, "type": "identifier", "text": "ast", "parent": 383, "children": [], "start_point": {"row": 103, "column": 19}, "end_point": {"row": 103, "column": 22}}, {"id": 386, "type": "true", "text": "true", "parent": 383, "children": [], "start_point": {"row": 103, "column": 24}, "end_point": {"row": 103, "column": 28}}, {"id": 387, "type": "return_statement", "text": "return stringtab_buf(buf);", "parent": 359, "children": [388], "start_point": {"row": 104, "column": 2}, "end_point": {"row": 104, "column": 28}}, {"id": 388, "type": "call_expression", "text": "stringtab_buf(buf)", "parent": 387, "children": [389, 390], "start_point": {"row": 104, "column": 9}, "end_point": {"row": 104, "column": 27}}, {"id": 389, "type": "identifier", "text": "stringtab_buf", "parent": 388, "children": [], "start_point": {"row": 104, "column": 9}, "end_point": {"row": 104, "column": 22}}, {"id": 390, "type": "argument_list", "text": "(buf)", "parent": 388, "children": [391], "start_point": {"row": 104, "column": 22}, "end_point": {"row": 104, "column": 27}}, {"id": 391, "type": "identifier", "text": "buf", "parent": 390, "children": [], "start_point": {"row": 104, "column": 23}, "end_point": {"row": 104, "column": 26}}, {"id": 392, "type": "function_definition", "text": "const char* genname_alloc(const char* type)\n{\n return stringtab_two(type, \"Alloc\");\n}", "parent": null, "children": [393, 394], "start_point": {"row": 107, "column": 0}, "end_point": {"row": 110, "column": 1}}, {"id": 393, "type": "primitive_type", "text": "char", "parent": 392, "children": [], "start_point": {"row": 107, "column": 6}, "end_point": {"row": 107, "column": 10}}, {"id": 394, "type": "pointer_declarator", "text": "* genname_alloc(const char* type)", "parent": 392, "children": [395, 396], "start_point": {"row": 107, "column": 10}, "end_point": {"row": 107, "column": 43}}, {"id": 395, "type": "*", "text": "*", "parent": 394, "children": [], "start_point": {"row": 107, "column": 10}, "end_point": {"row": 107, "column": 11}}, {"id": 396, "type": "function_declarator", "text": "genname_alloc(const char* type)", "parent": 394, "children": [397, 398], "start_point": {"row": 107, "column": 12}, "end_point": {"row": 107, "column": 43}}, {"id": 397, "type": "identifier", "text": "genname_alloc", "parent": 396, "children": [], "start_point": {"row": 107, "column": 12}, "end_point": {"row": 107, "column": 25}}, {"id": 398, "type": "parameter_list", "text": "(const char* type)", "parent": 396, "children": [399], "start_point": {"row": 107, "column": 25}, "end_point": {"row": 107, "column": 43}}, {"id": 399, "type": "parameter_declaration", "text": "const char* type", "parent": 398, "children": [400, 401], "start_point": {"row": 107, "column": 26}, "end_point": {"row": 107, "column": 42}}, {"id": 400, "type": "primitive_type", "text": "char", "parent": 399, "children": [], "start_point": {"row": 107, "column": 32}, "end_point": {"row": 107, "column": 36}}, {"id": 401, "type": "pointer_declarator", "text": "* type", "parent": 399, "children": [402, 403], "start_point": {"row": 107, "column": 36}, "end_point": {"row": 107, "column": 42}}, {"id": 402, "type": "*", "text": "*", "parent": 401, "children": [], "start_point": {"row": 107, "column": 36}, "end_point": {"row": 107, "column": 37}}, {"id": 403, "type": "identifier", "text": "type", "parent": 401, "children": [], "start_point": {"row": 107, "column": 38}, "end_point": {"row": 107, "column": 42}}, {"id": 404, "type": "return_statement", "text": "return stringtab_two(type, \"Alloc\");", "parent": 392, "children": [405], "start_point": {"row": 109, "column": 2}, "end_point": {"row": 109, "column": 38}}, {"id": 405, "type": "call_expression", "text": "stringtab_two(type, \"Alloc\")", "parent": 404, "children": [406, 407], "start_point": {"row": 109, "column": 9}, "end_point": {"row": 109, "column": 37}}, {"id": 406, "type": "identifier", "text": "stringtab_two", "parent": 405, "children": [], "start_point": {"row": 109, "column": 9}, "end_point": {"row": 109, "column": 22}}, {"id": 407, "type": "argument_list", "text": "(type, \"Alloc\")", "parent": 405, "children": [408, 409], "start_point": {"row": 109, "column": 22}, "end_point": {"row": 109, "column": 37}}, {"id": 408, "type": "identifier", "text": "type", "parent": 407, "children": [], "start_point": {"row": 109, "column": 23}, "end_point": {"row": 109, "column": 27}}, {"id": 409, "type": "string_literal", "text": "\"Alloc\"", "parent": 407, "children": [], "start_point": {"row": 109, "column": 29}, "end_point": {"row": 109, "column": 36}}, {"id": 410, "type": "function_definition", "text": "const char* genname_traitlist(const char* type)\n{\n return stringtab_two(type, \"Traits\");\n}", "parent": null, "children": [411, 412], "start_point": {"row": 112, "column": 0}, "end_point": {"row": 115, "column": 1}}, {"id": 411, "type": "primitive_type", "text": "char", "parent": 410, "children": [], "start_point": {"row": 112, "column": 6}, "end_point": {"row": 112, "column": 10}}, {"id": 412, "type": "pointer_declarator", "text": "* genname_traitlist(const char* type)", "parent": 410, "children": [413, 414], "start_point": {"row": 112, "column": 10}, "end_point": {"row": 112, "column": 47}}, {"id": 413, "type": "*", "text": "*", "parent": 412, "children": [], "start_point": {"row": 112, "column": 10}, "end_point": {"row": 112, "column": 11}}, {"id": 414, "type": "function_declarator", "text": "genname_traitlist(const char* type)", "parent": 412, "children": [415, 416], "start_point": {"row": 112, "column": 12}, "end_point": {"row": 112, "column": 47}}, {"id": 415, "type": "identifier", "text": "genname_traitlist", "parent": 414, "children": [], "start_point": {"row": 112, "column": 12}, "end_point": {"row": 112, "column": 29}}, {"id": 416, "type": "parameter_list", "text": "(const char* type)", "parent": 414, "children": [417], "start_point": {"row": 112, "column": 29}, "end_point": {"row": 112, "column": 47}}, {"id": 417, "type": "parameter_declaration", "text": "const char* type", "parent": 416, "children": [418, 419], "start_point": {"row": 112, "column": 30}, "end_point": {"row": 112, "column": 46}}, {"id": 418, "type": "primitive_type", "text": "char", "parent": 417, "children": [], "start_point": {"row": 112, "column": 36}, "end_point": {"row": 112, "column": 40}}, {"id": 419, "type": "pointer_declarator", "text": "* type", "parent": 417, "children": [420, 421], "start_point": {"row": 112, "column": 40}, "end_point": {"row": 112, "column": 46}}, {"id": 420, "type": "*", "text": "*", "parent": 419, "children": [], "start_point": {"row": 112, "column": 40}, "end_point": {"row": 112, "column": 41}}, {"id": 421, "type": "identifier", "text": "type", "parent": 419, "children": [], "start_point": {"row": 112, "column": 42}, "end_point": {"row": 112, "column": 46}}, {"id": 422, "type": "return_statement", "text": "return stringtab_two(type, \"Traits\");", "parent": 410, "children": [423], "start_point": {"row": 114, "column": 2}, "end_point": {"row": 114, "column": 39}}, {"id": 423, "type": "call_expression", "text": "stringtab_two(type, \"Traits\")", "parent": 422, "children": [424, 425], "start_point": {"row": 114, "column": 9}, "end_point": {"row": 114, "column": 38}}, {"id": 424, "type": "identifier", "text": "stringtab_two", "parent": 423, "children": [], "start_point": {"row": 114, "column": 9}, "end_point": {"row": 114, "column": 22}}, {"id": 425, "type": "argument_list", "text": "(type, \"Traits\")", "parent": 423, "children": [426, 427], "start_point": {"row": 114, "column": 22}, "end_point": {"row": 114, "column": 38}}, {"id": 426, "type": "identifier", "text": "type", "parent": 425, "children": [], "start_point": {"row": 114, "column": 23}, "end_point": {"row": 114, "column": 27}}, {"id": 427, "type": "string_literal", "text": "\"Traits\"", "parent": 425, "children": [], "start_point": {"row": 114, "column": 29}, "end_point": {"row": 114, "column": 37}}, {"id": 428, "type": "function_definition", "text": "const char* genname_fieldlist(const char* type)\n{\n return stringtab_two(type, \"Fields\");\n}", "parent": null, "children": [429, 430], "start_point": {"row": 117, "column": 0}, "end_point": {"row": 120, "column": 1}}, {"id": 429, "type": "primitive_type", "text": "char", "parent": 428, "children": [], "start_point": {"row": 117, "column": 6}, "end_point": {"row": 117, "column": 10}}, {"id": 430, "type": "pointer_declarator", "text": "* genname_fieldlist(const char* type)", "parent": 428, "children": [431, 432], "start_point": {"row": 117, "column": 10}, "end_point": {"row": 117, "column": 47}}, {"id": 431, "type": "*", "text": "*", "parent": 430, "children": [], "start_point": {"row": 117, "column": 10}, "end_point": {"row": 117, "column": 11}}, {"id": 432, "type": "function_declarator", "text": "genname_fieldlist(const char* type)", "parent": 430, "children": [433, 434], "start_point": {"row": 117, "column": 12}, "end_point": {"row": 117, "column": 47}}, {"id": 433, "type": "identifier", "text": "genname_fieldlist", "parent": 432, "children": [], "start_point": {"row": 117, "column": 12}, "end_point": {"row": 117, "column": 29}}, {"id": 434, "type": "parameter_list", "text": "(const char* type)", "parent": 432, "children": [435], "start_point": {"row": 117, "column": 29}, "end_point": {"row": 117, "column": 47}}, {"id": 435, "type": "parameter_declaration", "text": "const char* type", "parent": 434, "children": [436, 437], "start_point": {"row": 117, "column": 30}, "end_point": {"row": 117, "column": 46}}, {"id": 436, "type": "primitive_type", "text": "char", "parent": 435, "children": [], "start_point": {"row": 117, "column": 36}, "end_point": {"row": 117, "column": 40}}, {"id": 437, "type": "pointer_declarator", "text": "* type", "parent": 435, "children": [438, 439], "start_point": {"row": 117, "column": 40}, "end_point": {"row": 117, "column": 46}}, {"id": 438, "type": "*", "text": "*", "parent": 437, "children": [], "start_point": {"row": 117, "column": 40}, "end_point": {"row": 117, "column": 41}}, {"id": 439, "type": "identifier", "text": "type", "parent": 437, "children": [], "start_point": {"row": 117, "column": 42}, "end_point": {"row": 117, "column": 46}}, {"id": 440, "type": "return_statement", "text": "return stringtab_two(type, \"Fields\");", "parent": 428, "children": [441], "start_point": {"row": 119, "column": 2}, "end_point": {"row": 119, "column": 39}}, {"id": 441, "type": "call_expression", "text": "stringtab_two(type, \"Fields\")", "parent": 440, "children": [442, 443], "start_point": {"row": 119, "column": 9}, "end_point": {"row": 119, "column": 38}}, {"id": 442, "type": "identifier", "text": "stringtab_two", "parent": 441, "children": [], "start_point": {"row": 119, "column": 9}, "end_point": {"row": 119, "column": 22}}, {"id": 443, "type": "argument_list", "text": "(type, \"Fields\")", "parent": 441, "children": [444, 445], "start_point": {"row": 119, "column": 22}, "end_point": {"row": 119, "column": 38}}, {"id": 444, "type": "identifier", "text": "type", "parent": 443, "children": [], "start_point": {"row": 119, "column": 23}, "end_point": {"row": 119, "column": 27}}, {"id": 445, "type": "string_literal", "text": "\"Fields\"", "parent": 443, "children": [], "start_point": {"row": 119, "column": 29}, "end_point": {"row": 119, "column": 37}}, {"id": 446, "type": "function_definition", "text": "const char* genname_trace(const char* type)\n{\n return stringtab_two(type, \"Trace\");\n}", "parent": null, "children": [447, 448], "start_point": {"row": 122, "column": 0}, "end_point": {"row": 125, "column": 1}}, {"id": 447, "type": "primitive_type", "text": "char", "parent": 446, "children": [], "start_point": {"row": 122, "column": 6}, "end_point": {"row": 122, "column": 10}}, {"id": 448, "type": "pointer_declarator", "text": "* genname_trace(const char* type)", "parent": 446, "children": [449, 450], "start_point": {"row": 122, "column": 10}, "end_point": {"row": 122, "column": 43}}, {"id": 449, "type": "*", "text": "*", "parent": 448, "children": [], "start_point": {"row": 122, "column": 10}, "end_point": {"row": 122, "column": 11}}, {"id": 450, "type": "function_declarator", "text": "genname_trace(const char* type)", "parent": 448, "children": [451, 452], "start_point": {"row": 122, "column": 12}, "end_point": {"row": 122, "column": 43}}, {"id": 451, "type": "identifier", "text": "genname_trace", "parent": 450, "children": [], "start_point": {"row": 122, "column": 12}, "end_point": {"row": 122, "column": 25}}, {"id": 452, "type": "parameter_list", "text": "(const char* type)", "parent": 450, "children": [453], "start_point": {"row": 122, "column": 25}, "end_point": {"row": 122, "column": 43}}, {"id": 453, "type": "parameter_declaration", "text": "const char* type", "parent": 452, "children": [454, 455], "start_point": {"row": 122, "column": 26}, "end_point": {"row": 122, "column": 42}}, {"id": 454, "type": "primitive_type", "text": "char", "parent": 453, "children": [], "start_point": {"row": 122, "column": 32}, "end_point": {"row": 122, "column": 36}}, {"id": 455, "type": "pointer_declarator", "text": "* type", "parent": 453, "children": [456, 457], "start_point": {"row": 122, "column": 36}, "end_point": {"row": 122, "column": 42}}, {"id": 456, "type": "*", "text": "*", "parent": 455, "children": [], "start_point": {"row": 122, "column": 36}, "end_point": {"row": 122, "column": 37}}, {"id": 457, "type": "identifier", "text": "type", "parent": 455, "children": [], "start_point": {"row": 122, "column": 38}, "end_point": {"row": 122, "column": 42}}, {"id": 458, "type": "return_statement", "text": "return stringtab_two(type, \"Trace\");", "parent": 446, "children": [459], "start_point": {"row": 124, "column": 2}, "end_point": {"row": 124, "column": 38}}, {"id": 459, "type": "call_expression", "text": "stringtab_two(type, \"Trace\")", "parent": 458, "children": [460, 461], "start_point": {"row": 124, "column": 9}, "end_point": {"row": 124, "column": 37}}, {"id": 460, "type": "identifier", "text": "stringtab_two", "parent": 459, "children": [], "start_point": {"row": 124, "column": 9}, "end_point": {"row": 124, "column": 22}}, {"id": 461, "type": "argument_list", "text": "(type, \"Trace\")", "parent": 459, "children": [462, 463], "start_point": {"row": 124, "column": 22}, "end_point": {"row": 124, "column": 37}}, {"id": 462, "type": "identifier", "text": "type", "parent": 461, "children": [], "start_point": {"row": 124, "column": 23}, "end_point": {"row": 124, "column": 27}}, {"id": 463, "type": "string_literal", "text": "\"Trace\"", "parent": 461, "children": [], "start_point": {"row": 124, "column": 29}, "end_point": {"row": 124, "column": 36}}, {"id": 464, "type": "function_definition", "text": "const char* genname_serialise(const char* type)\n{\n return stringtab_two(type, \"Serialise\");\n}", "parent": null, "children": [465, 466], "start_point": {"row": 127, "column": 0}, "end_point": {"row": 130, "column": 1}}, {"id": 465, "type": "primitive_type", "text": "char", "parent": 464, "children": [], "start_point": {"row": 127, "column": 6}, "end_point": {"row": 127, "column": 10}}, {"id": 466, "type": "pointer_declarator", "text": "* genname_serialise(const char* type)", "parent": 464, "children": [467, 468], "start_point": {"row": 127, "column": 10}, "end_point": {"row": 127, "column": 47}}, {"id": 467, "type": "*", "text": "*", "parent": 466, "children": [], "start_point": {"row": 127, "column": 10}, "end_point": {"row": 127, "column": 11}}, {"id": 468, "type": "function_declarator", "text": "genname_serialise(const char* type)", "parent": 466, "children": [469, 470], "start_point": {"row": 127, "column": 12}, "end_point": {"row": 127, "column": 47}}, {"id": 469, "type": "identifier", "text": "genname_serialise", "parent": 468, "children": [], "start_point": {"row": 127, "column": 12}, "end_point": {"row": 127, "column": 29}}, {"id": 470, "type": "parameter_list", "text": "(const char* type)", "parent": 468, "children": [471], "start_point": {"row": 127, "column": 29}, "end_point": {"row": 127, "column": 47}}, {"id": 471, "type": "parameter_declaration", "text": "const char* type", "parent": 470, "children": [472, 473], "start_point": {"row": 127, "column": 30}, "end_point": {"row": 127, "column": 46}}, {"id": 472, "type": "primitive_type", "text": "char", "parent": 471, "children": [], "start_point": {"row": 127, "column": 36}, "end_point": {"row": 127, "column": 40}}, {"id": 473, "type": "pointer_declarator", "text": "* type", "parent": 471, "children": [474, 475], "start_point": {"row": 127, "column": 40}, "end_point": {"row": 127, "column": 46}}, {"id": 474, "type": "*", "text": "*", "parent": 473, "children": [], "start_point": {"row": 127, "column": 40}, "end_point": {"row": 127, "column": 41}}, {"id": 475, "type": "identifier", "text": "type", "parent": 473, "children": [], "start_point": {"row": 127, "column": 42}, "end_point": {"row": 127, "column": 46}}, {"id": 476, "type": "return_statement", "text": "return stringtab_two(type, \"Serialise\");", "parent": 464, "children": [477], "start_point": {"row": 129, "column": 2}, "end_point": {"row": 129, "column": 42}}, {"id": 477, "type": "call_expression", "text": "stringtab_two(type, \"Serialise\")", "parent": 476, "children": [478, 479], "start_point": {"row": 129, "column": 9}, "end_point": {"row": 129, "column": 41}}, {"id": 478, "type": "identifier", "text": "stringtab_two", "parent": 477, "children": [], "start_point": {"row": 129, "column": 9}, "end_point": {"row": 129, "column": 22}}, {"id": 479, "type": "argument_list", "text": "(type, \"Serialise\")", "parent": 477, "children": [480, 481], "start_point": {"row": 129, "column": 22}, "end_point": {"row": 129, "column": 41}}, {"id": 480, "type": "identifier", "text": "type", "parent": 479, "children": [], "start_point": {"row": 129, "column": 23}, "end_point": {"row": 129, "column": 27}}, {"id": 481, "type": "string_literal", "text": "\"Serialise\"", "parent": 479, "children": [], "start_point": {"row": 129, "column": 29}, "end_point": {"row": 129, "column": 40}}, {"id": 482, "type": "function_definition", "text": "const char* genname_deserialise(const char* type)\n{\n return stringtab_two(type, \"Deserialise\");\n}", "parent": null, "children": [483, 484], "start_point": {"row": 132, "column": 0}, "end_point": {"row": 135, "column": 1}}, {"id": 483, "type": "primitive_type", "text": "char", "parent": 482, "children": [], "start_point": {"row": 132, "column": 6}, "end_point": {"row": 132, "column": 10}}, {"id": 484, "type": "pointer_declarator", "text": "* genname_deserialise(const char* type)", "parent": 482, "children": [485, 486], "start_point": {"row": 132, "column": 10}, "end_point": {"row": 132, "column": 49}}, {"id": 485, "type": "*", "text": "*", "parent": 484, "children": [], "start_point": {"row": 132, "column": 10}, "end_point": {"row": 132, "column": 11}}, {"id": 486, "type": "function_declarator", "text": "genname_deserialise(const char* type)", "parent": 484, "children": [487, 488], "start_point": {"row": 132, "column": 12}, "end_point": {"row": 132, "column": 49}}, {"id": 487, "type": "identifier", "text": "genname_deserialise", "parent": 486, "children": [], "start_point": {"row": 132, "column": 12}, "end_point": {"row": 132, "column": 31}}, {"id": 488, "type": "parameter_list", "text": "(const char* type)", "parent": 486, "children": [489], "start_point": {"row": 132, "column": 31}, "end_point": {"row": 132, "column": 49}}, {"id": 489, "type": "parameter_declaration", "text": "const char* type", "parent": 488, "children": [490, 491], "start_point": {"row": 132, "column": 32}, "end_point": {"row": 132, "column": 48}}, {"id": 490, "type": "primitive_type", "text": "char", "parent": 489, "children": [], "start_point": {"row": 132, "column": 38}, "end_point": {"row": 132, "column": 42}}, {"id": 491, "type": "pointer_declarator", "text": "* type", "parent": 489, "children": [492, 493], "start_point": {"row": 132, "column": 42}, "end_point": {"row": 132, "column": 48}}, {"id": 492, "type": "*", "text": "*", "parent": 491, "children": [], "start_point": {"row": 132, "column": 42}, "end_point": {"row": 132, "column": 43}}, {"id": 493, "type": "identifier", "text": "type", "parent": 491, "children": [], "start_point": {"row": 132, "column": 44}, "end_point": {"row": 132, "column": 48}}, {"id": 494, "type": "return_statement", "text": "return stringtab_two(type, \"Deserialise\");", "parent": 482, "children": [495], "start_point": {"row": 134, "column": 2}, "end_point": {"row": 134, "column": 44}}, {"id": 495, "type": "call_expression", "text": "stringtab_two(type, \"Deserialise\")", "parent": 494, "children": [496, 497], "start_point": {"row": 134, "column": 9}, "end_point": {"row": 134, "column": 43}}, {"id": 496, "type": "identifier", "text": "stringtab_two", "parent": 495, "children": [], "start_point": {"row": 134, "column": 9}, "end_point": {"row": 134, "column": 22}}, {"id": 497, "type": "argument_list", "text": "(type, \"Deserialise\")", "parent": 495, "children": [498, 499], "start_point": {"row": 134, "column": 22}, "end_point": {"row": 134, "column": 43}}, {"id": 498, "type": "identifier", "text": "type", "parent": 497, "children": [], "start_point": {"row": 134, "column": 23}, "end_point": {"row": 134, "column": 27}}, {"id": 499, "type": "string_literal", "text": "\"Deserialise\"", "parent": 497, "children": [], "start_point": {"row": 134, "column": 29}, "end_point": {"row": 134, "column": 42}}, {"id": 500, "type": "function_definition", "text": "const char* genname_dispatch(const char* type)\n{\n return stringtab_two(type, \"Dispatch\");\n}", "parent": null, "children": [501, 502], "start_point": {"row": 137, "column": 0}, "end_point": {"row": 140, "column": 1}}, {"id": 501, "type": "primitive_type", "text": "char", "parent": 500, "children": [], "start_point": {"row": 137, "column": 6}, "end_point": {"row": 137, "column": 10}}, {"id": 502, "type": "pointer_declarator", "text": "* genname_dispatch(const char* type)", "parent": 500, "children": [503, 504], "start_point": 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[514, 515], "start_point": {"row": 139, "column": 9}, "end_point": {"row": 139, "column": 40}}, {"id": 514, "type": "identifier", "text": "stringtab_two", "parent": 513, "children": [], "start_point": {"row": 139, "column": 9}, "end_point": {"row": 139, "column": 22}}, {"id": 515, "type": "argument_list", "text": "(type, \"Dispatch\")", "parent": 513, "children": [516, 517], "start_point": {"row": 139, "column": 22}, "end_point": {"row": 139, "column": 40}}, {"id": 516, "type": "identifier", "text": "type", "parent": 515, "children": [], "start_point": {"row": 139, "column": 23}, "end_point": {"row": 139, "column": 27}}, {"id": 517, "type": "string_literal", "text": "\"Dispatch\"", "parent": 515, "children": [], "start_point": {"row": 139, "column": 29}, "end_point": {"row": 139, "column": 39}}, {"id": 518, "type": "function_definition", "text": "const char* genname_descriptor(const char* type)\n{\n return stringtab_two(type, \"Desc\");\n}", "parent": null, "children": [519, 520], 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"column": 30}}, {"id": 524, "type": "parameter_list", "text": "(const char* type)", "parent": 522, "children": [525], "start_point": {"row": 142, "column": 30}, "end_point": {"row": 142, "column": 48}}, {"id": 525, "type": "parameter_declaration", "text": "const char* type", "parent": 524, "children": [526, 527], "start_point": {"row": 142, "column": 31}, "end_point": {"row": 142, "column": 47}}, {"id": 526, "type": "primitive_type", "text": "char", "parent": 525, "children": [], "start_point": {"row": 142, "column": 37}, "end_point": {"row": 142, "column": 41}}, {"id": 527, "type": "pointer_declarator", "text": "* type", "parent": 525, "children": [528, 529], "start_point": {"row": 142, "column": 41}, "end_point": {"row": 142, "column": 47}}, {"id": 528, "type": "*", "text": "*", "parent": 527, "children": [], "start_point": {"row": 142, "column": 41}, "end_point": {"row": 142, "column": 42}}, {"id": 529, "type": "identifier", "text": "type", "parent": 527, "children": [], "start_point": {"row": 142, "column": 43}, "end_point": {"row": 142, "column": 47}}, {"id": 530, "type": "return_statement", "text": "return stringtab_two(type, \"Desc\");", "parent": 518, "children": [531], "start_point": {"row": 144, "column": 2}, "end_point": {"row": 144, "column": 37}}, {"id": 531, "type": "call_expression", "text": "stringtab_two(type, \"Desc\")", "parent": 530, "children": [532, 533], "start_point": {"row": 144, "column": 9}, "end_point": {"row": 144, "column": 36}}, {"id": 532, "type": "identifier", "text": "stringtab_two", "parent": 531, "children": [], "start_point": {"row": 144, "column": 9}, "end_point": {"row": 144, "column": 22}}, {"id": 533, "type": "argument_list", "text": "(type, \"Desc\")", "parent": 531, "children": [534, 535], "start_point": {"row": 144, "column": 22}, "end_point": {"row": 144, "column": 36}}, {"id": 534, "type": "identifier", "text": "type", "parent": 533, "children": [], "start_point": {"row": 144, "column": 23}, "end_point": {"row": 144, "column": 27}}, {"id": 535, "type": "string_literal", "text": "\"Desc\"", "parent": 533, "children": [], "start_point": {"row": 144, "column": 29}, "end_point": {"row": 144, "column": 35}}, {"id": 536, "type": "function_definition", "text": "const char* genname_instance(const char* type)\n{\n return stringtab_two(type, \"Inst\");\n}", "parent": null, "children": [537, 538], "start_point": {"row": 147, "column": 0}, "end_point": {"row": 150, "column": 1}}, {"id": 537, "type": "primitive_type", "text": "char", "parent": 536, "children": [], "start_point": {"row": 147, "column": 6}, "end_point": {"row": 147, "column": 10}}, {"id": 538, "type": "pointer_declarator", "text": "* genname_instance(const char* type)", "parent": 536, "children": [539, 540], "start_point": {"row": 147, "column": 10}, "end_point": {"row": 147, "column": 46}}, {"id": 539, "type": "*", "text": "*", "parent": 538, "children": [], "start_point": {"row": 147, "column": 10}, "end_point": {"row": 147, "column": 11}}, {"id": 540, "type": "function_declarator", "text": "genname_instance(const char* type)", "parent": 538, "children": [541, 542], "start_point": {"row": 147, "column": 12}, "end_point": {"row": 147, "column": 46}}, {"id": 541, "type": "identifier", "text": "genname_instance", "parent": 540, "children": [], "start_point": {"row": 147, "column": 12}, "end_point": {"row": 147, "column": 28}}, {"id": 542, "type": "parameter_list", "text": "(const char* type)", "parent": 540, "children": [543], "start_point": {"row": 147, "column": 28}, "end_point": {"row": 147, "column": 46}}, {"id": 543, "type": "parameter_declaration", "text": "const char* type", "parent": 542, "children": [544, 545], "start_point": {"row": 147, "column": 29}, "end_point": {"row": 147, "column": 45}}, {"id": 544, "type": "primitive_type", "text": "char", "parent": 543, "children": [], "start_point": {"row": 147, "column": 35}, "end_point": {"row": 147, "column": 39}}, {"id": 545, "type": "pointer_declarator", "text": "* type", "parent": 543, "children": [546, 547], "start_point": {"row": 147, "column": 39}, "end_point": {"row": 147, "column": 45}}, {"id": 546, "type": "*", "text": "*", "parent": 545, "children": [], "start_point": {"row": 147, "column": 39}, "end_point": {"row": 147, "column": 40}}, {"id": 547, "type": "identifier", "text": "type", "parent": 545, "children": [], "start_point": {"row": 147, "column": 41}, "end_point": {"row": 147, "column": 45}}, {"id": 548, "type": "return_statement", "text": "return stringtab_two(type, \"Inst\");", "parent": 536, "children": [549], "start_point": {"row": 149, "column": 2}, "end_point": {"row": 149, "column": 37}}, {"id": 549, "type": "call_expression", "text": "stringtab_two(type, \"Inst\")", "parent": 548, "children": [550, 551], "start_point": {"row": 149, "column": 9}, "end_point": {"row": 149, "column": 36}}, {"id": 550, "type": "identifier", "text": "stringtab_two", "parent": 549, "children": [], "start_point": {"row": 149, "column": 9}, "end_point": {"row": 149, "column": 22}}, {"id": 551, "type": "argument_list", "text": "(type, \"Inst\")", "parent": 549, "children": [552, 553], "start_point": {"row": 149, "column": 22}, "end_point": {"row": 149, "column": 36}}, {"id": 552, "type": "identifier", "text": "type", "parent": 551, "children": [], "start_point": {"row": 149, "column": 23}, "end_point": {"row": 149, "column": 27}}, {"id": 553, "type": "string_literal", "text": "\"Inst\"", "parent": 551, "children": [], "start_point": {"row": 149, "column": 29}, "end_point": {"row": 149, "column": 35}}, {"id": 554, "type": "function_definition", "text": "const char* genname_fun(token_id cap, const char* name, ast_t* typeargs)\n{\n // cap_name[_Arg1_Arg2]\n printbuf_t* buf = printbuf_new();\n printbuf(buf, \"%s_%s\", lexer_print(cap), name);\n types_append(buf, typeargs);\n return stringtab_buf(buf);\n}", "parent": null, "children": [555, 556], "start_point": {"row": 152, "column": 0}, "end_point": {"row": 159, "column": 1}}, {"id": 555, "type": "primitive_type", "text": "char", "parent": 554, "children": [], "start_point": {"row": 152, "column": 6}, "end_point": {"row": 152, "column": 10}}, {"id": 556, "type": "pointer_declarator", "text": "* genname_fun(token_id cap, const char* name, ast_t* typeargs)", "parent": 554, "children": [557, 558], "start_point": {"row": 152, "column": 10}, "end_point": {"row": 152, "column": 72}}, {"id": 557, "type": "*", "text": "*", "parent": 556, "children": [], "start_point": {"row": 152, "column": 10}, "end_point": {"row": 152, "column": 11}}, {"id": 558, "type": "function_declarator", "text": "genname_fun(token_id cap, const char* name, ast_t* typeargs)", "parent": 556, "children": [559, 560], "start_point": {"row": 152, "column": 12}, "end_point": {"row": 152, "column": 72}}, {"id": 559, "type": "identifier", "text": "genname_fun", "parent": 558, "children": [], "start_point": {"row": 152, "column": 12}, "end_point": {"row": 152, "column": 23}}, {"id": 560, "type": "parameter_list", "text": "(token_id cap, const char* name, ast_t* typeargs)", "parent": 558, "children": [561, 564, 569], "start_point": {"row": 152, "column": 23}, "end_point": {"row": 152, "column": 72}}, {"id": 561, "type": "parameter_declaration", "text": "token_id cap", "parent": 560, "children": [562, 563], "start_point": {"row": 152, "column": 24}, "end_point": {"row": 152, "column": 36}}, {"id": 562, "type": "type_identifier", "text": "token_id", "parent": 561, "children": [], "start_point": {"row": 152, "column": 24}, "end_point": {"row": 152, "column": 32}}, {"id": 563, "type": "identifier", "text": "cap", "parent": 561, "children": [], "start_point": {"row": 152, "column": 33}, "end_point": {"row": 152, "column": 36}}, {"id": 564, "type": "parameter_declaration", "text": "const char* name", "parent": 560, "children": [565, 566], "start_point": {"row": 152, "column": 38}, "end_point": {"row": 152, "column": 54}}, {"id": 565, "type": "primitive_type", "text": "char", "parent": 564, "children": [], "start_point": {"row": 152, "column": 44}, "end_point": {"row": 152, "column": 48}}, {"id": 566, "type": "pointer_declarator", "text": "* name", "parent": 564, "children": [567, 568], "start_point": {"row": 152, "column": 48}, "end_point": {"row": 152, "column": 54}}, {"id": 567, "type": "*", "text": "*", "parent": 566, "children": [], "start_point": {"row": 152, "column": 48}, "end_point": {"row": 152, "column": 49}}, {"id": 568, "type": "identifier", "text": "name", "parent": 566, "children": [], "start_point": {"row": 152, "column": 50}, "end_point": {"row": 152, "column": 54}}, {"id": 569, "type": "parameter_declaration", "text": "ast_t* typeargs", "parent": 560, "children": [570, 571], "start_point": {"row": 152, "column": 56}, "end_point": {"row": 152, "column": 71}}, {"id": 570, "type": "type_identifier", "text": "ast_t", "parent": 569, "children": [], "start_point": {"row": 152, "column": 56}, "end_point": {"row": 152, "column": 61}}, {"id": 571, "type": "pointer_declarator", "text": "* typeargs", "parent": 569, "children": [572, 573], "start_point": {"row": 152, "column": 61}, "end_point": {"row": 152, "column": 71}}, {"id": 572, "type": "*", "text": "*", "parent": 571, "children": [], "start_point": {"row": 152, "column": 61}, "end_point": {"row": 152, "column": 62}}, {"id": 573, "type": "identifier", "text": "typeargs", "parent": 571, "children": [], "start_point": {"row": 152, "column": 63}, "end_point": {"row": 152, "column": 71}}, {"id": 574, "type": "declaration", "text": "printbuf_t* buf = printbuf_new();", "parent": 554, "children": [575, 576], "start_point": {"row": 155, "column": 2}, "end_point": {"row": 155, "column": 35}}, {"id": 575, "type": "type_identifier", "text": "printbuf_t", "parent": 574, "children": [], "start_point": {"row": 155, "column": 2}, "end_point": {"row": 155, "column": 12}}, {"id": 576, "type": "init_declarator", "text": "* buf = printbuf_new()", "parent": 574, "children": [577, 580, 581], "start_point": {"row": 155, "column": 12}, "end_point": {"row": 155, "column": 34}}, {"id": 577, "type": "pointer_declarator", "text": "* buf", "parent": 576, "children": [578, 579], "start_point": {"row": 155, "column": 12}, "end_point": {"row": 155, "column": 17}}, {"id": 578, "type": "*", "text": "*", "parent": 577, "children": [], "start_point": {"row": 155, "column": 12}, "end_point": {"row": 155, "column": 13}}, {"id": 579, "type": "identifier", "text": "buf", "parent": 577, "children": [], "start_point": {"row": 155, "column": 14}, "end_point": {"row": 155, "column": 17}}, {"id": 580, "type": "=", "text": "=", "parent": 576, "children": [], "start_point": {"row": 155, "column": 18}, "end_point": {"row": 155, "column": 19}}, {"id": 581, "type": "call_expression", "text": "printbuf_new()", "parent": 576, "children": [582, 583], "start_point": {"row": 155, "column": 20}, "end_point": {"row": 155, "column": 34}}, {"id": 582, "type": "identifier", "text": "printbuf_new", "parent": 581, "children": [], "start_point": {"row": 155, "column": 20}, "end_point": {"row": 155, "column": 32}}, {"id": 583, "type": "argument_list", "text": "()", "parent": 581, "children": [], "start_point": {"row": 155, "column": 32}, "end_point": {"row": 155, "column": 34}}, {"id": 584, "type": "call_expression", "text": "printbuf(buf, \"%s_%s\", lexer_print(cap), name)", "parent": 554, "children": [585, 586], "start_point": {"row": 156, "column": 2}, "end_point": {"row": 156, "column": 48}}, {"id": 585, "type": "identifier", "text": "printbuf", "parent": 584, "children": [], "start_point": {"row": 156, "column": 2}, "end_point": {"row": 156, "column": 10}}, {"id": 586, "type": "argument_list", "text": "(buf, \"%s_%s\", lexer_print(cap), name)", "parent": 584, "children": [587, 588, 589, 593], "start_point": {"row": 156, "column": 10}, "end_point": {"row": 156, "column": 48}}, {"id": 587, "type": "identifier", "text": "buf", "parent": 586, "children": [], "start_point": {"row": 156, "column": 11}, "end_point": {"row": 156, "column": 14}}, {"id": 588, "type": "string_literal", "text": "\"%s_%s\"", "parent": 586, "children": [], "start_point": {"row": 156, "column": 16}, "end_point": {"row": 156, "column": 23}}, {"id": 589, "type": "call_expression", "text": "lexer_print(cap)", "parent": 586, "children": [590, 591], "start_point": {"row": 156, "column": 25}, "end_point": {"row": 156, "column": 41}}, {"id": 590, "type": "identifier", "text": "lexer_print", "parent": 589, "children": [], "start_point": {"row": 156, "column": 25}, "end_point": {"row": 156, "column": 36}}, {"id": 591, "type": "argument_list", "text": "(cap)", "parent": 589, "children": [592], "start_point": {"row": 156, "column": 36}, "end_point": {"row": 156, "column": 41}}, {"id": 592, "type": "identifier", "text": "cap", "parent": 591, "children": [], "start_point": {"row": 156, "column": 37}, "end_point": {"row": 156, "column": 40}}, {"id": 593, "type": "identifier", "text": "name", "parent": 586, "children": [], "start_point": {"row": 156, "column": 43}, "end_point": {"row": 156, "column": 47}}, {"id": 594, "type": "call_expression", "text": "types_append(buf, typeargs)", "parent": 554, "children": [595, 596], "start_point": {"row": 157, "column": 2}, "end_point": {"row": 157, "column": 29}}, {"id": 595, "type": "identifier", "text": "types_append", "parent": 594, "children": [], "start_point": {"row": 157, "column": 2}, "end_point": {"row": 157, "column": 14}}, {"id": 596, "type": "argument_list", "text": "(buf, typeargs)", "parent": 594, "children": [597, 598], "start_point": {"row": 157, "column": 14}, "end_point": {"row": 157, "column": 29}}, {"id": 597, "type": "identifier", "text": "buf", "parent": 596, "children": [], "start_point": {"row": 157, "column": 15}, "end_point": {"row": 157, "column": 18}}, {"id": 598, "type": "identifier", "text": "typeargs", "parent": 596, "children": [], "start_point": {"row": 157, "column": 20}, "end_point": {"row": 157, "column": 28}}, {"id": 599, "type": "return_statement", "text": "return stringtab_buf(buf);", "parent": 554, "children": [600], "start_point": {"row": 158, "column": 2}, "end_point": {"row": 158, "column": 28}}, {"id": 600, "type": "call_expression", "text": "stringtab_buf(buf)", "parent": 599, "children": [601, 602], "start_point": {"row": 158, "column": 9}, "end_point": {"row": 158, "column": 27}}, {"id": 601, "type": "identifier", "text": "stringtab_buf", "parent": 600, "children": [], "start_point": {"row": 158, "column": 9}, "end_point": {"row": 158, "column": 22}}, {"id": 602, "type": "argument_list", "text": "(buf)", "parent": 600, "children": [603], "start_point": {"row": 158, "column": 22}, "end_point": {"row": 158, "column": 27}}, {"id": 603, "type": "identifier", "text": "buf", "parent": 602, "children": [], "start_point": {"row": 158, "column": 23}, "end_point": {"row": 158, "column": 26}}, {"id": 604, "type": "function_definition", "text": "const char* genname_be(const char* name)\n{\n return stringtab_two(name, \"_send\");\n}", "parent": null, "children": [605, 606], "start_point": {"row": 161, "column": 0}, "end_point": {"row": 164, "column": 1}}, {"id": 605, "type": "primitive_type", "text": "char", "parent": 604, "children": [], "start_point": {"row": 161, "column": 6}, "end_point": {"row": 161, "column": 10}}, {"id": 606, "type": "pointer_declarator", "text": "* genname_be(const char* name)", "parent": 604, "children": [607, 608], "start_point": {"row": 161, "column": 10}, "end_point": {"row": 161, "column": 40}}, {"id": 607, "type": "*", "text": "*", "parent": 606, "children": [], "start_point": {"row": 161, "column": 10}, "end_point": {"row": 161, "column": 11}}, {"id": 608, "type": "function_declarator", "text": "genname_be(const char* name)", "parent": 606, "children": [609, 610], "start_point": {"row": 161, "column": 12}, "end_point": {"row": 161, "column": 40}}, {"id": 609, "type": "identifier", "text": "genname_be", "parent": 608, "children": [], "start_point": {"row": 161, "column": 12}, "end_point": {"row": 161, "column": 22}}, {"id": 610, "type": "parameter_list", "text": "(const char* name)", "parent": 608, "children": [611], "start_point": {"row": 161, "column": 22}, "end_point": {"row": 161, "column": 40}}, {"id": 611, "type": "parameter_declaration", "text": "const char* name", "parent": 610, "children": [612, 613], "start_point": {"row": 161, "column": 23}, "end_point": {"row": 161, "column": 39}}, {"id": 612, "type": "primitive_type", "text": "char", "parent": 611, "children": [], "start_point": {"row": 161, "column": 29}, "end_point": {"row": 161, "column": 33}}, {"id": 613, "type": "pointer_declarator", "text": "* name", "parent": 611, "children": [614, 615], "start_point": {"row": 161, "column": 33}, "end_point": {"row": 161, "column": 39}}, {"id": 614, "type": "*", "text": "*", "parent": 613, "children": [], "start_point": {"row": 161, "column": 33}, "end_point": {"row": 161, "column": 34}}, {"id": 615, "type": "identifier", "text": "name", "parent": 613, "children": [], "start_point": {"row": 161, "column": 35}, "end_point": {"row": 161, "column": 39}}, {"id": 616, "type": "return_statement", "text": "return stringtab_two(name, \"_send\");", "parent": 604, "children": [617], "start_point": {"row": 163, "column": 2}, "end_point": {"row": 163, "column": 38}}, {"id": 617, "type": "call_expression", "text": "stringtab_two(name, \"_send\")", "parent": 616, "children": [618, 619], "start_point": {"row": 163, "column": 9}, "end_point": {"row": 163, "column": 37}}, {"id": 618, "type": "identifier", "text": "stringtab_two", "parent": 617, "children": [], "start_point": {"row": 163, "column": 9}, "end_point": {"row": 163, "column": 22}}, {"id": 619, "type": "argument_list", "text": "(name, \"_send\")", "parent": 617, "children": [620, 621], "start_point": {"row": 163, "column": 22}, "end_point": {"row": 163, "column": 37}}, {"id": 620, "type": "identifier", "text": "name", "parent": 619, "children": [], "start_point": {"row": 163, "column": 23}, "end_point": {"row": 163, "column": 27}}, {"id": 621, "type": "string_literal", "text": "\"_send\"", "parent": 619, "children": [], "start_point": {"row": 163, "column": 29}, "end_point": {"row": 163, "column": 36}}, {"id": 622, "type": "function_definition", "text": "const char* genname_box(const char* name)\n{\n return stringtab_two(name, \"Box\");\n}", "parent": null, "children": [623, 624], "start_point": {"row": 166, "column": 0}, "end_point": {"row": 169, "column": 1}}, {"id": 623, "type": "primitive_type", "text": "char", "parent": 622, "children": [], "start_point": {"row": 166, "column": 6}, "end_point": {"row": 166, "column": 10}}, {"id": 624, "type": "pointer_declarator", "text": "* genname_box(const char* name)", "parent": 622, "children": [625, 626], "start_point": {"row": 166, "column": 10}, "end_point": {"row": 166, "column": 41}}, {"id": 625, "type": "*", "text": "*", "parent": 624, "children": [], "start_point": {"row": 166, "column": 10}, "end_point": {"row": 166, "column": 11}}, {"id": 626, "type": "function_declarator", "text": "genname_box(const char* name)", "parent": 624, "children": [627, 628], "start_point": {"row": 166, "column": 12}, "end_point": {"row": 166, "column": 41}}, {"id": 627, "type": "identifier", "text": "genname_box", "parent": 626, "children": [], "start_point": {"row": 166, "column": 12}, "end_point": {"row": 166, "column": 23}}, {"id": 628, "type": "parameter_list", "text": "(const char* name)", "parent": 626, "children": [629], "start_point": {"row": 166, "column": 23}, "end_point": {"row": 166, "column": 41}}, {"id": 629, "type": "parameter_declaration", "text": "const char* name", "parent": 628, "children": [630, 631], "start_point": {"row": 166, "column": 24}, "end_point": {"row": 166, "column": 40}}, {"id": 630, "type": "primitive_type", "text": "char", "parent": 629, "children": [], "start_point": {"row": 166, "column": 30}, "end_point": {"row": 166, "column": 34}}, {"id": 631, "type": "pointer_declarator", "text": "* name", "parent": 629, "children": [632, 633], "start_point": {"row": 166, "column": 34}, "end_point": {"row": 166, "column": 40}}, {"id": 632, "type": "*", "text": "*", "parent": 631, "children": [], "start_point": {"row": 166, "column": 34}, "end_point": {"row": 166, "column": 35}}, {"id": 633, "type": "identifier", "text": "name", "parent": 631, "children": [], "start_point": {"row": 166, "column": 36}, "end_point": {"row": 166, "column": 40}}, {"id": 634, "type": "return_statement", "text": "return stringtab_two(name, \"Box\");", "parent": 622, "children": [635], "start_point": {"row": 168, "column": 2}, "end_point": {"row": 168, "column": 36}}, {"id": 635, "type": "call_expression", "text": "stringtab_two(name, \"Box\")", "parent": 634, "children": [636, 637], "start_point": {"row": 168, "column": 9}, "end_point": {"row": 168, "column": 35}}, {"id": 636, "type": "identifier", "text": 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void types_append(printbuf_t* buf, ast_t* elements)\n{\n // _Arg1_Arg2\n if(elements == NULL)\n"}, {"node_id": 213, "universal_type": "function", "name": "unknown", "text_snippet": "types_append(printbuf_t* buf, ast_t* elements)"}, {"node_id": 270, "universal_type": "function", "name": "unknown", "text_snippet": "static const char* stringtab_buf(printbuf_t* buf)\n{\n const char* r = stringtab(buf->m);\n printbuf_"}, {"node_id": 274, "universal_type": "function", "name": "unknown", "text_snippet": "stringtab_buf(printbuf_t* buf)"}, {"node_id": 301, "universal_type": "function", "name": "unknown", "text_snippet": "static const char* stringtab_two(const char* a, const char* b)\n{\n if(a == NULL)\n a = \"_\";\n\n ass"}, {"node_id": 305, "universal_type": "function", "name": "unknown", "text_snippet": "stringtab_two(const char* a, const char* b)"}, {"node_id": 359, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_type(ast_t* ast)\n{\n // package_Type[_Arg1_Arg2]\n printbuf_t* buf = printbuf_ne"}, {"node_id": 363, "universal_type": "function", "name": "unknown", "text_snippet": "genname_type(ast_t* ast)"}, {"node_id": 392, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_alloc(const char* type)\n{\n return stringtab_two(type, \"Alloc\");\n}"}, {"node_id": 396, "universal_type": "function", "name": "unknown", "text_snippet": "genname_alloc(const char* type)"}, {"node_id": 410, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_traitlist(const char* type)\n{\n return stringtab_two(type, \"Traits\");\n}"}, {"node_id": 414, "universal_type": "function", "name": "unknown", "text_snippet": "genname_traitlist(const char* type)"}, {"node_id": 428, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_fieldlist(const char* type)\n{\n return stringtab_two(type, \"Fields\");\n}"}, {"node_id": 432, "universal_type": "function", "name": "unknown", "text_snippet": "genname_fieldlist(const char* type)"}, {"node_id": 446, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_trace(const char* type)\n{\n return stringtab_two(type, \"Trace\");\n}"}, {"node_id": 450, "universal_type": "function", "name": "unknown", "text_snippet": "genname_trace(const char* type)"}, {"node_id": 464, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_serialise(const char* type)\n{\n return stringtab_two(type, \"Serialise\");\n}"}, {"node_id": 468, "universal_type": "function", "name": "unknown", "text_snippet": "genname_serialise(const char* type)"}, {"node_id": 482, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_deserialise(const char* type)\n{\n return stringtab_two(type, \"Deserialise\");\n}"}, {"node_id": 486, "universal_type": "function", "name": "unknown", "text_snippet": "genname_deserialise(const char* type)"}, {"node_id": 500, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_dispatch(const char* type)\n{\n return stringtab_two(type, \"Dispatch\");\n}"}, {"node_id": 504, "universal_type": "function", "name": "unknown", "text_snippet": "genname_dispatch(const char* type)"}, {"node_id": 518, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_descriptor(const char* type)\n{\n return stringtab_two(type, \"Desc\");\n}"}, {"node_id": 522, "universal_type": "function", "name": "unknown", "text_snippet": "genname_descriptor(const char* type)"}, {"node_id": 536, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_instance(const char* type)\n{\n return stringtab_two(type, \"Inst\");\n}"}, {"node_id": 540, "universal_type": "function", "name": "unknown", "text_snippet": "genname_instance(const char* type)"}, {"node_id": 554, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_fun(token_id cap, const char* name, ast_t* typeargs)\n{\n // cap_name[_Arg1_Arg2]"}, {"node_id": 558, "universal_type": "function", "name": "unknown", "text_snippet": "genname_fun(token_id cap, const char* name, ast_t* typeargs)"}, {"node_id": 604, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_be(const char* name)\n{\n return stringtab_two(name, \"_send\");\n}"}, {"node_id": 608, "universal_type": "function", "name": "unknown", "text_snippet": "genname_be(const char* name)"}, {"node_id": 622, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_box(const char* name)\n{\n return stringtab_two(name, \"Box\");\n}"}, {"node_id": 626, "universal_type": "function", "name": "unknown", "text_snippet": "genname_box(const char* name)"}, {"node_id": 640, "universal_type": "function", "name": "unknown", "text_snippet": "const char* genname_unbox(const char* name)\n{\n return stringtab_two(name, \"Unbox\");\n}"}, {"node_id": 644, "universal_type": "function", "name": "unknown", "text_snippet": "genname_unbox(const char* name)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include \"genname.h\"\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include \"../pkg/package.h\"\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include \"../ast/stringtab.h\"\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"../ast/lexer.h\"\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include \"../../libponyrt/mem/pool.h\"\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include <string.h>\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include <assert.h>\n"}, {"node_id": 19, "text": "#include"}]}, "original_source_code": "#include \"genname.h\"\n#include \"../pkg/package.h\"\n#include \"../ast/stringtab.h\"\n#include \"../ast/lexer.h\"\n#include \"../../libponyrt/mem/pool.h\"\n#include <string.h>\n#include <assert.h>\n\nstatic void types_append(printbuf_t* buf, ast_t* elements);\n\nstatic void type_append(printbuf_t* buf, ast_t* type, bool first)\n{\n switch(ast_id(type))\n {\n case TK_UNIONTYPE:\n {\n // 3u_Arg1_Arg2_Arg3\n printbuf(buf, \"%du\", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_ISECTTYPE:\n {\n // 3i_Arg1_Arg2_Arg3\n printbuf(buf, \"%di\", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_TUPLETYPE:\n {\n // 3t_Arg1_Arg2_Arg3\n printbuf(buf, \"%dt\", ast_childcount(type));\n types_append(buf, type);\n return;\n }\n\n case TK_NOMINAL:\n {\n // pkg_Type[_Arg1_Arg2]_cap\n AST_GET_CHILDREN(type, package, name, typeargs, cap, eph);\n\n ast_t* def = (ast_t*)ast_data(type);\n ast_t* pkg = ast_nearest(def, TK_PACKAGE);\n const char* pkg_name = package_symbol(pkg);\n\n if(pkg_name != NULL)\n printbuf(buf, \"%s_\", pkg_name);\n\n printbuf(buf, \"%s\", ast_name(name));\n types_append(buf, typeargs);\n\n if(!first)\n printbuf(buf, \"_%s\", ast_get_print(cap));\n\n return;\n }\n\n default: {}\n }\n\n assert(0);\n}\n\nstatic void types_append(printbuf_t* buf, ast_t* elements)\n{\n // _Arg1_Arg2\n if(elements == NULL)\n return;\n\n ast_t* elem = ast_child(elements);\n\n while(elem != NULL)\n {\n printbuf(buf, \"_\");\n type_append(buf, elem, false);\n elem = ast_sibling(elem);\n }\n}\n\nstatic const char* stringtab_buf(printbuf_t* buf)\n{\n const char* r = stringtab(buf->m);\n printbuf_free(buf);\n return r;\n}\n\nstatic const char* stringtab_two(const char* a, const char* b)\n{\n if(a == NULL)\n a = \"_\";\n\n assert(b != NULL);\n printbuf_t* buf = printbuf_new();\n printbuf(buf, \"%s_%s\", a, b);\n return stringtab_buf(buf);\n}\n\nconst char* genname_type(ast_t* ast)\n{\n // package_Type[_Arg1_Arg2]\n printbuf_t* buf = printbuf_new();\n type_append(buf, ast, true);\n return stringtab_buf(buf);\n}\n\nconst char* genname_alloc(const char* type)\n{\n return stringtab_two(type, \"Alloc\");\n}\n\nconst char* genname_traitlist(const char* type)\n{\n return stringtab_two(type, \"Traits\");\n}\n\nconst char* genname_fieldlist(const char* type)\n{\n return stringtab_two(type, \"Fields\");\n}\n\nconst char* genname_trace(const char* type)\n{\n return stringtab_two(type, \"Trace\");\n}\n\nconst char* genname_serialise(const char* type)\n{\n return stringtab_two(type, \"Serialise\");\n}\n\nconst char* genname_deserialise(const char* type)\n{\n return stringtab_two(type, \"Deserialise\");\n}\n\nconst char* genname_dispatch(const char* type)\n{\n return stringtab_two(type, \"Dispatch\");\n}\n\nconst char* genname_descriptor(const char* type)\n{\n return stringtab_two(type, \"Desc\");\n}\n\nconst char* genname_instance(const char* type)\n{\n return stringtab_two(type, \"Inst\");\n}\n\nconst char* genname_fun(token_id cap, const char* name, ast_t* typeargs)\n{\n // cap_name[_Arg1_Arg2]\n printbuf_t* buf = printbuf_new();\n printbuf(buf, \"%s_%s\", lexer_print(cap), name);\n types_append(buf, typeargs);\n return stringtab_buf(buf);\n}\n\nconst char* genname_be(const char* name)\n{\n return stringtab_two(name, \"_send\");\n}\n\nconst char* genname_box(const char* name)\n{\n return stringtab_two(name, \"Box\");\n}\n\nconst char* genname_unbox(const char* name)\n{\n return stringtab_two(name, \"Unbox\");\n}\n"}
| 221
|
c
|
void printArray(int a[], int n){
int i;
for(i=0;i<n;i++){
printf("%d\t",a[i]);
}
printf("\n-----------------------------------------------------\n");
}
| 21.57
| 7
|
(translation_unit) "void printArray(int a[], int n){\n int i;\n for(i=0;i<n;i++){\n printf("%d\t",a[i]);\n }\n printf("\n-----------------------------------------------------\n");\n}"
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(]) "]"
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(identifier) "i"
(;) ";"
(for_statement) "for(i=0;i<n;i++){\n printf("%d\t",a[i]);\n }"
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(=) "="
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(identifier) "i"
(++) "++"
()) ")"
(compound_statement) "{\n printf("%d\t",a[i]);\n }"
({) "{"
(expression_statement) "printf("%d\t",a[i]);"
(call_expression) "printf("%d\t",a[i])"
(identifier) "printf"
(argument_list) "("%d\t",a[i])"
(() "("
(string_literal) ""%d\t""
(") """
(string_content) "%d"
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(,) ","
(subscript_expression) "a[i]"
(identifier) "a"
([) "["
(identifier) "i"
(]) "]"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "printf("\n-----------------------------------------------------\n");"
(call_expression) "printf("\n-----------------------------------------------------\n")"
(identifier) "printf"
(argument_list) "("\n-----------------------------------------------------\n")"
(() "("
(string_literal) ""\n-----------------------------------------------------\n""
(") """
(escape_sequence) "\n"
(string_content) "-----------------------------------------------------"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(}) "}"
| 76
| 0
|
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"text": "printArray", "parent": 2, "children": [], "start_point": {"row": 0, "column": 5}, "end_point": {"row": 0, "column": 15}}, {"id": 4, "type": "parameter_list", "text": "(int a[], int n)", "parent": 2, "children": [5, 9], "start_point": {"row": 0, "column": 15}, "end_point": {"row": 0, "column": 31}}, {"id": 5, "type": "parameter_declaration", "text": "int a[]", "parent": 4, "children": [6, 7], "start_point": {"row": 0, "column": 16}, "end_point": {"row": 0, "column": 23}}, {"id": 6, "type": "primitive_type", "text": "int", "parent": 5, "children": [], "start_point": {"row": 0, "column": 16}, "end_point": {"row": 0, "column": 19}}, {"id": 7, "type": "array_declarator", "text": "a[]", "parent": 5, "children": [8], "start_point": {"row": 0, "column": 20}, "end_point": {"row": 0, "column": 23}}, {"id": 8, "type": "identifier", "text": "a", "parent": 7, "children": [], "start_point": {"row": 0, "column": 20}, "end_point": {"row": 0, "column": 21}}, {"id": 9, "type": "parameter_declaration", "text": "int n", "parent": 4, "children": [10, 11], "start_point": {"row": 0, "column": 25}, "end_point": {"row": 0, "column": 30}}, {"id": 10, "type": "primitive_type", "text": "int", "parent": 9, "children": [], "start_point": {"row": 0, "column": 25}, "end_point": {"row": 0, "column": 28}}, {"id": 11, "type": "identifier", "text": "n", "parent": 9, "children": [], "start_point": {"row": 0, "column": 29}, "end_point": {"row": 0, "column": 30}}, {"id": 12, "type": "declaration", "text": "int i;", "parent": 0, "children": [13, 14], "start_point": {"row": 1, "column": 1}, "end_point": {"row": 1, "column": 7}}, {"id": 13, "type": "primitive_type", "text": "int", "parent": 12, "children": [], "start_point": {"row": 1, "column": 1}, "end_point": {"row": 1, "column": 4}}, {"id": 14, "type": "identifier", "text": "i", "parent": 12, "children": [], "start_point": {"row": 1, "column": 5}, "end_point": {"row": 1, "column": 6}}, {"id": 15, "type": "for_statement", "text": "for(i=0;i<n;i++){\n\t\tprintf(\"%d\\t\",a[i]);\n\t}", "parent": 0, "children": [16, 20, 24], "start_point": {"row": 2, "column": 1}, "end_point": {"row": 4, "column": 2}}, {"id": 16, "type": "assignment_expression", "text": "i=0", "parent": 15, "children": [17, 18, 19], "start_point": {"row": 2, "column": 5}, "end_point": {"row": 2, "column": 8}}, {"id": 17, "type": "identifier", "text": "i", "parent": 16, "children": [], "start_point": {"row": 2, "column": 5}, "end_point": {"row": 2, "column": 6}}, {"id": 18, "type": "=", "text": "=", "parent": 16, "children": [], "start_point": {"row": 2, "column": 6}, "end_point": {"row": 2, "column": 7}}, {"id": 19, "type": "number_literal", "text": "0", "parent": 16, "children": [], "start_point": {"row": 2, "column": 7}, "end_point": {"row": 2, "column": 8}}, {"id": 20, "type": "binary_expression", "text": "i<n", "parent": 15, "children": [21, 22, 23], "start_point": {"row": 2, "column": 9}, "end_point": {"row": 2, "column": 12}}, {"id": 21, "type": "identifier", "text": "i", "parent": 20, "children": [], "start_point": {"row": 2, "column": 9}, "end_point": {"row": 2, "column": 10}}, {"id": 22, "type": "<", "text": "<", "parent": 20, "children": [], "start_point": {"row": 2, "column": 10}, "end_point": {"row": 2, "column": 11}}, {"id": 23, "type": "identifier", "text": "n", "parent": 20, "children": [], "start_point": {"row": 2, "column": 11}, "end_point": {"row": 2, "column": 12}}, {"id": 24, "type": "update_expression", "text": "i++", "parent": 15, "children": [25, 26], "start_point": {"row": 2, "column": 13}, "end_point": {"row": 2, "column": 16}}, {"id": 25, "type": "identifier", "text": "i", "parent": 24, "children": [], "start_point": {"row": 2, "column": 13}, "end_point": {"row": 2, "column": 14}}, {"id": 26, "type": "++", "text": "++", "parent": 24, "children": [], "start_point": {"row": 2, "column": 14}, "end_point": {"row": 2, "column": 16}}, {"id": 27, "type": "call_expression", "text": "printf(\"%d\\t\",a[i])", "parent": 15, "children": [28, 29], "start_point": {"row": 3, "column": 2}, "end_point": {"row": 3, "column": 21}}, {"id": 28, "type": "identifier", "text": "printf", "parent": 27, "children": [], "start_point": {"row": 3, "column": 2}, "end_point": {"row": 3, "column": 8}}, {"id": 29, "type": "argument_list", "text": "(\"%d\\t\",a[i])", "parent": 27, "children": [30, 32], "start_point": {"row": 3, "column": 8}, "end_point": {"row": 3, "column": 21}}, {"id": 30, "type": "string_literal", "text": "\"%d\\t\"", "parent": 29, "children": [31], "start_point": {"row": 3, "column": 9}, "end_point": {"row": 3, "column": 15}}, {"id": 31, "type": "escape_sequence", "text": "\\t", "parent": 30, "children": [], "start_point": {"row": 3, "column": 12}, "end_point": {"row": 3, "column": 14}}, {"id": 32, "type": "subscript_expression", "text": "a[i]", "parent": 29, "children": [33, 34], "start_point": {"row": 3, "column": 16}, "end_point": {"row": 3, "column": 20}}, {"id": 33, "type": "identifier", "text": "a", "parent": 32, "children": [], "start_point": {"row": 3, "column": 16}, "end_point": {"row": 3, "column": 17}}, {"id": 34, "type": "identifier", "text": "i", "parent": 32, "children": [], "start_point": {"row": 3, "column": 18}, "end_point": {"row": 3, "column": 19}}, {"id": 35, "type": "call_expression", "text": "printf(\"\\n-----------------------------------------------------\\n\")", "parent": 0, "children": [36, 37], "start_point": {"row": 5, "column": 1}, "end_point": {"row": 5, "column": 68}}, {"id": 36, "type": "identifier", "text": "printf", "parent": 35, "children": [], "start_point": {"row": 5, "column": 1}, "end_point": {"row": 5, "column": 7}}, {"id": 37, "type": "argument_list", "text": "(\"\\n-----------------------------------------------------\\n\")", "parent": 35, "children": [38], "start_point": {"row": 5, "column": 7}, "end_point": {"row": 5, "column": 68}}, {"id": 38, "type": "string_literal", "text": "\"\\n-----------------------------------------------------\\n\"", "parent": 37, "children": [39, 40], "start_point": {"row": 5, "column": 8}, "end_point": {"row": 5, "column": 67}}, {"id": 39, "type": "escape_sequence", "text": "\\n", "parent": 38, "children": [], "start_point": {"row": 5, "column": 9}, "end_point": {"row": 5, "column": 11}}, {"id": 40, "type": "escape_sequence", "text": "\\n", "parent": 38, "children": [], "start_point": {"row": 5, "column": 64}, "end_point": {"row": 5, "column": 66}}]}, "node_categories": {"declarations": {"functions": [0, 2], "variables": [5, 9, 12], "classes": [], "imports": [], "modules": [], "enums": []}, "statements": {"expressions": [20, 24, 27, 32, 35], "assignments": [16], "loops": [15], "conditionals": [3, 8, 11, 14, 17, 21, 23, 25, 28, 33, 34, 36], "returns": [], "exceptions": []}, "expressions": {"calls": [], "literals": [19, 30, 38], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 0, "universal_type": "function", "name": "printArray", "text_snippet": "void printArray(int a[], int n){\n\tint i;\n\tfor(i=0;i<n;i++){\n\t\tprintf(\"%d\\t\",a[i]);\n\t}\n\tprintf(\"\\n---"}, {"node_id": 2, "universal_type": "function", "name": "n)", "text_snippet": "printArray(int a[], int n)"}], "class_declarations": [], "import_statements": []}, "original_source_code": "void printArray(int a[], int n){\n\tint i;\n\tfor(i=0;i<n;i++){\n\t\tprintf(\"%d\\t\",a[i]);\n\t}\n\tprintf(\"\\n-----------------------------------------------------\\n\");\n}"}
| 222
|
c
|
//
// ViewController.h
// FIDLazyGet
//
// Created by Fidetro on 2017/4/19.
// Copyright © 2017年 Fidetro. All rights reserved.
//
#import <Cocoa/Cocoa.h>
@interface ViewController : NSViewController
@end
| 18
| 11
|
(translation_unit) "//\n// ViewController.h\n// FIDLazyGet\n//\n// Created by Fidetro on 2017/4/19.\n// Copyright © 2017年 Fidetro. All rights reserved.\n//\n\n#import <Cocoa/Cocoa.h>\n\n@interface ViewController : NSViewController\n\n\n@end\n\n"
(comment) "//"
(comment) "// ViewController.h"
(comment) "// FIDLazyGet"
(comment) "//"
(comment) "// Created by Fidetro on 2017/4/19."
(comment) "// Copyright © 2017年 Fidetro. All rights reserved.\n//"
(comment) "\n#"
(preproc_call) "port <Cocoa/Cocoa.h>\n\n@i"
(preproc_directive) "port <C"
(preproc_arg) "coa/Cocoa.h>\n\n@"
(ERROR) "t"
(ERROR) "t"
(declaration) "erface ViewController : NSViewController\n\n\n@end\n\n"
(type_identifier) "erface Vi"
(ERROR) "wController : NSViewController\n\n\n@end"
(identifier) "wController : "
(:) "S"
(identifier) "iewController\n\n\n"
(ERROR) "d"
(identifier) "\n\n"
(;) ""
| 22
| 4
|
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| 223
|
c
|
/* Test for some basic aspects of -traditional directive processing. */
/* { dg-do preprocess } */
#define HASH #
HASH
/* There is a #error directive. */
#error bad /* { dg-error "bad" } */
/* Directives with their #s indented are not recognized. */
#if 0 /* { dg-bogus "unterminated" } */
#wrong /* { dg-error "invalid" } */
#define foo 2
#define bar + 3
#define foobar 6
#if foo/**/bar != 5
# error Comments in directive is a separator /* { dg-bogus "error" } */
#endif
| 30.73
| 15
|
(translation_unit) "/* Test for some basic aspects of -traditional directive processing. */\n\n/* { dg-do preprocess } */\n\n#define HASH #\nHASH\n\n/* There is a #error directive. */\n\n#error bad /* { dg-error "bad" } */\n\n/* Directives with their #s indented are not recognized. */\n #if 0 /* { dg-bogus "unterminated" } */\n\n#wrong /* { dg-error "invalid" } */\n\n#define foo 2\n#define bar + 3\n#define foobar 6\n\n#if foo/**/bar != 5\n# error Comments in directive is a separator /* { dg-bogus "error" } */\n#endif\n"
(comment) "/* Test for some basic aspects of -traditional directive processing. */"
(comment) "/* { dg-do preprocess } */"
(preproc_def) "#define HASH #\n"
(#define) "#define"
(identifier) "HASH"
(preproc_arg) "#"
(expression_statement) "HASH\n\n/* There is a #error directive. */"
(identifier) "HASH"
(comment) "/* There is a #error directive. */"
(;) ""
(preproc_call) "#error bad /* { dg-error "bad" } */\n"
(preproc_directive) "#error"
(preproc_arg) "bad "
(comment) "/* { dg-error "bad" } */"
(comment) "/* Directives with their #s indented are not recognized. */"
(preproc_if) "#if 0 /* { dg-bogus "unterminated" } */\n\n#wrong /* { dg-error "invalid" } */\n\n#define foo 2\n#define bar + 3\n#define foobar 6\n\n#if foo/**/bar != 5\n# error Comments in directive is a separator /* { dg-bogus "error" } */\n#endif"
(#if) "#if"
(number_literal) "0"
(comment) "/* { dg-bogus "unterminated" } */"
(
) "\n\n"
(preproc_call) "#wrong /* { dg-error "invalid" } */\n"
(preproc_directive) "#wrong"
(comment) "/* { dg-error "invalid" } */"
(preproc_def) "#define foo 2\n"
(#define) "#define"
(identifier) "foo"
(preproc_arg) "2"
(preproc_def) "#define bar + 3\n"
(#define) "#define"
(identifier) "bar"
(preproc_arg) "+ 3"
(preproc_def) "#define foobar 6\n"
(#define) "#define"
(identifier) "foobar"
(preproc_arg) "6"
(preproc_if) "#if foo/**/bar != 5\n# error Comments in directive is a separator /* { dg-bogus "error" } */\n#endif"
(#if) "#if"
(ERROR) "foo"
(identifier) "foo"
(comment) "/**/"
(binary_expression) "bar != 5"
(identifier) "bar"
(!=) "!="
(number_literal) "5"
(
) "\n"
(preproc_call) "# error Comments in directive is a separator /* { dg-bogus "error" } */\n"
(preproc_directive) "# error"
(preproc_arg) "Comments in directive is a separator "
(comment) "/* { dg-bogus "error" } */"
(#endif) "#endif"
(#endif) ""
| 52
| 1
|
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"start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 4}}, {"id": 5, "type": "preproc_call", "text": "#error bad\t/* { dg-error \"bad\" } */\n", "parent": null, "children": [6, 7], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 10, "column": 0}}, {"id": 6, "type": "preproc_directive", "text": "#error", "parent": 5, "children": [], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 6}}, {"id": 7, "type": "preproc_arg", "text": "bad\t", "parent": 5, "children": [], "start_point": {"row": 9, "column": 7}, "end_point": {"row": 9, "column": 11}}, {"id": 8, "type": "preproc_if", "text": "#if 0\t/* { dg-bogus \"unterminated\" } */\n\n#wrong\t/* { dg-error \"invalid\" } */\n\n#define foo 2\n#define bar + 3\n#define foobar 6\n\n#if foo/**/bar != 5\n# error Comments in directive is a separator /* { dg-bogus \"error\" } */\n#endif", "parent": null, "children": [9, 10, 11, 12, 14, 18, 22, 26, 39], "start_point": {"row": 12, "column": 1}, "end_point": {"row": 22, "column": 6}}, {"id": 9, "type": "#if", "text": "#if", "parent": 8, "children": [], "start_point": {"row": 12, "column": 1}, "end_point": {"row": 12, "column": 4}}, {"id": 10, "type": "number_literal", "text": "0", "parent": 8, "children": [], "start_point": {"row": 12, "column": 5}, "end_point": {"row": 12, "column": 6}}, {"id": 11, "type": "\n", "text": "\n\n", "parent": 8, "children": [], "start_point": {"row": 12, "column": 40}, "end_point": {"row": 14, "column": 0}}, {"id": 12, "type": "preproc_call", "text": "#wrong\t/* { dg-error \"invalid\" } */\n", "parent": 8, "children": [13], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 15, "column": 0}}, {"id": 13, "type": "preproc_directive", "text": "#wrong", "parent": 12, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 6}}, {"id": 14, "type": "preproc_def", "text": "#define foo 2\n", "parent": 8, "children": [15, 16, 17], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 17, "column": 0}}, {"id": 15, "type": "#define", "text": "#define", "parent": 14, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 7}}, {"id": 16, "type": "identifier", "text": "foo", "parent": 14, "children": [], "start_point": {"row": 16, "column": 8}, "end_point": {"row": 16, "column": 11}}, {"id": 17, "type": "preproc_arg", "text": "2", "parent": 14, "children": [], "start_point": {"row": 16, "column": 12}, "end_point": {"row": 16, "column": 13}}, {"id": 18, "type": "preproc_def", "text": "#define bar + 3\n", "parent": 8, "children": [19, 20, 21], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 18, "column": 0}}, {"id": 19, "type": "#define", "text": "#define", "parent": 18, "children": [], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 7}}, {"id": 20, "type": "identifier", "text": "bar", "parent": 18, "children": [], "start_point": {"row": 17, "column": 8}, "end_point": {"row": 17, "column": 11}}, {"id": 21, "type": "preproc_arg", "text": "+ 3", "parent": 18, "children": [], "start_point": {"row": 17, "column": 12}, "end_point": {"row": 17, "column": 15}}, {"id": 22, "type": "preproc_def", "text": "#define foobar 6\n", "parent": 8, "children": [23, 24, 25], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 23, "type": "#define", "text": "#define", "parent": 22, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 7}}, {"id": 24, "type": "identifier", "text": "foobar", "parent": 22, "children": [], "start_point": {"row": 18, "column": 8}, "end_point": {"row": 18, "column": 14}}, {"id": 25, "type": "preproc_arg", "text": "6", "parent": 22, "children": [], "start_point": {"row": 18, "column": 15}, "end_point": {"row": 18, "column": 16}}, {"id": 26, "type": "preproc_if", "text": "#if foo/**/bar != 5\n# error Comments in directive is a separator /* { dg-bogus \"error\" } */\n#endif", "parent": 8, "children": [27, 28, 30, 34, 35, 38], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 22, "column": 6}}, {"id": 27, "type": "#if", "text": "#if", "parent": 26, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 3}}, {"id": 28, "type": "ERROR", "text": "foo", "parent": 26, "children": [29], "start_point": {"row": 20, "column": 4}, "end_point": {"row": 20, "column": 7}}, {"id": 29, "type": "identifier", "text": "foo", "parent": 28, "children": [], "start_point": {"row": 20, "column": 4}, "end_point": {"row": 20, "column": 7}}, {"id": 30, "type": "binary_expression", "text": "bar != 5", "parent": 26, "children": [31, 32, 33], "start_point": {"row": 20, "column": 11}, "end_point": {"row": 20, "column": 19}}, {"id": 31, "type": "identifier", "text": "bar", "parent": 30, "children": [], "start_point": {"row": 20, "column": 11}, "end_point": {"row": 20, "column": 14}}, {"id": 32, "type": "!=", "text": "!=", "parent": 30, "children": [], "start_point": {"row": 20, "column": 15}, "end_point": {"row": 20, "column": 17}}, {"id": 33, "type": "number_literal", "text": "5", "parent": 30, "children": [], "start_point": {"row": 20, "column": 18}, "end_point": {"row": 20, "column": 19}}, {"id": 34, "type": "\n", "text": "\n", "parent": 26, "children": [], "start_point": {"row": 20, "column": 19}, "end_point": {"row": 21, "column": 0}}, {"id": 35, "type": "preproc_call", "text": "# error Comments in directive is a separator /* { dg-bogus \"error\" } */\n", "parent": 26, "children": [36, 37], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 22, "column": 0}}, {"id": 36, "type": "preproc_directive", "text": "# error", "parent": 35, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 7}}, {"id": 37, "type": "preproc_arg", "text": "Comments in directive is a separator ", "parent": 35, "children": [], "start_point": {"row": 21, "column": 8}, "end_point": {"row": 21, "column": 45}}, {"id": 38, "type": "#endif", "text": "#endif", "parent": 26, "children": [], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 22, "column": 6}}, {"id": 39, "type": "#endif", "text": "", "parent": 8, "children": [], "start_point": {"row": 22, "column": 6}, "end_point": {"row": 22, "column": 6}}]}, "node_categories": {"declarations": {"functions": [], "variables": [], "classes": [], "imports": [], "modules": [], "enums": []}, "statements": {"expressions": [30], "assignments": [], "loops": [], "conditionals": [2, 4, 8, 9, 16, 20, 24, 26, 27, 29, 31, 38, 39], "returns": [], "exceptions": []}, "expressions": {"calls": [5, 12, 35], "literals": [10, 33], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [], "class_declarations": [], "import_statements": []}, "original_source_code": "/* Test for some basic aspects of -traditional directive processing. */\n\n/* { dg-do preprocess } */\n\n#define HASH #\nHASH\n\n/* There is a #error directive. */\n\n#error bad\t/* { dg-error \"bad\" } */\n\n/* Directives with their #s indented are not recognized. */\n #if 0\t/* { dg-bogus \"unterminated\" } */\n\n#wrong\t/* { dg-error \"invalid\" } */\n\n#define foo 2\n#define bar + 3\n#define foobar 6\n\n#if foo/**/bar != 5\n# error Comments in directive is a separator /* { dg-bogus \"error\" } */\n#endif\n"}
| 224
|
c
|
#ifndef LOG4CPLUS_CONFIG_DEFINES_HXX
#define LOG4CPLUS_CONFIG_DEFINES_HXX
/* */
#ifdef HAVE_SYSLOG_H
#define LOG4CPLUS_HAVE_SYSLOG_H
#endif
/* */
#ifdef HAVE_NETINET_IN_H
#define LOG4CPLUS_HAVE_NETINET_IN_H
#endif
/* */
#ifdef HAVE_SYS_TYPES_H
#define LOG4CPLUS_HAVE_SYS_TYPES_H
#endif
/* */
#ifdef HAVE_SYS_SOCKET_H
#define LOG4CPLUS_HAVE_SYS_SOCKET_H
#endif
/* */
#ifdef HAVE_NETDB_H
#define LOG4CPLUS_HAVE_NETDB_H
#endif
/* */
#ifdef HAVE_UNISTD_H
#define LOG4CPLUS_HAVE_UNISTD_H
#endif
/* */
#ifdef HAVE_FTIME
#define LOG4CPLUS_HAVE_FTIME
#endif
/* */
#ifdef HAVE_GETADDRINFO
#define LOG4CPLUS_HAVE_GETADDRINFO
#endif
/* */
// This is from dcuid.cc
#if defined(HAVE_GETHOSTNAME) && defined(HAVE_GETHOSTBYNAME) && defined(_REENTRANT)
#define LOG4CPLUS_HAVE_GETHOSTBYNAME_R
#endif
/* */
#ifdef HAVE_GETPID
#define LOG4CPLUS_HAVE_GETPID
#endif
/* */
#ifdef HAVE_PROTOTYPE_GETTIMEOFDAY
#define LOG4CPLUS_HAVE_GETTIMEOFDAY
#endif
/* */
#ifdef HAVE_GMTIME_R
#define LOG4CPLUS_HAVE_GMTIME_R
#endif
/* */
#ifdef HAVE_HTONL
#define LOG4CPLUS_HAVE_HTONL
#endif
/* */
#ifdef HAVE_HTONS
#define LOG4CPLUS_HAVE_HTONS
#endif
/* */
#ifdef HAVE_LOCALTIME_R
#define LOG4CPLUS_HAVE_LOCALTIME_R
#endif
/* */
#ifdef HAVE_LSTAT
#define LOG4CPLUS_HAVE_LSTAT
#endif
/* */
#ifdef HAVE_NTOHL
#define LOG4CPLUS_HAVE_NTOHL
#endif
/* */
#ifdef HAVE_NTOHS
#define LOG4CPLUS_HAVE_NTOHS
#endif
/* */
#ifdef HAVE_STAT
#define LOG4CPLUS_HAVE_STAT
#endif
/* */
#ifdef WITH_THREADS
#define LOG4CPLUS_USE_PTHREADS
#else
/* Define if this is a single-threaded library. */
#define LOG4CPLUS_SINGLE_THREADED
#endif
/* Define for compilers/standard libraries that support more than just the "C"
locale. */
#undef LOG4CPLUS_WORKING_LOCALE
/* Define to int if undefined. */
#if 0
/* This block is handled by configure completely */
#undef socklen_t
#ifndef HAVE_DECLARATION_SOCKLEN_T
#define socklen_t int
#endif
#endif
/* Defined for --enable-debugging builds. */
#ifdef DEBUG
#define LOG4CPLUS_DEBUGGING
#endif
/* These two are not needed since we build static libraries */
/* Defined if the compiler understands __declspec(export) or __attribute__((export)) construct. */
#define LOG4CPLUS_DECLSPEC_EXPORT
/* Defined if the compiler understands __declspec(import) or __attribute__((import)) construct. */
#define LOG4CPLUS_DECLSPEC_IMPORT
/* Defined if the host OS provides ENAMETOOLONG errno value. */
#ifdef HAVE_ENAMETOOLONG
#define LOG4CPLUS_HAVE_ENAMETOOLONG
#endif
#endif // LOG4CPLUS_CONFIG_DEFINES_HXX
| 21.32
| 111
|
(translation_unit) "#ifndef LOG4CPLUS_CONFIG_DEFINES_HXX\n#define LOG4CPLUS_CONFIG_DEFINES_HXX\n\n/* */\n#ifdef HAVE_SYSLOG_H\n#define LOG4CPLUS_HAVE_SYSLOG_H\n#endif\n\n/* */\n#ifdef HAVE_NETINET_IN_H\n#define LOG4CPLUS_HAVE_NETINET_IN_H\n#endif\n\n/* */\n#ifdef HAVE_SYS_TYPES_H\n#define LOG4CPLUS_HAVE_SYS_TYPES_H\n#endif\n\n/* */\n#ifdef HAVE_SYS_SOCKET_H\n#define LOG4CPLUS_HAVE_SYS_SOCKET_H\n#endif\n\n/* */\n#ifdef HAVE_NETDB_H\n#define LOG4CPLUS_HAVE_NETDB_H\n#endif\n\n/* */\n#ifdef HAVE_UNISTD_H\n#define LOG4CPLUS_HAVE_UNISTD_H\n#endif\n\n/* */\n#ifdef HAVE_FTIME\n#define LOG4CPLUS_HAVE_FTIME\n#endif\n\n/* */\n#ifdef HAVE_GETADDRINFO\n#define LOG4CPLUS_HAVE_GETADDRINFO\n#endif\n\n/* */\n// This is from dcuid.cc\n#if defined(HAVE_GETHOSTNAME) && defined(HAVE_GETHOSTBYNAME) && defined(_REENTRANT)\n#define LOG4CPLUS_HAVE_GETHOSTBYNAME_R\n#endif\n\n/* */\n#ifdef HAVE_GETPID\n#define LOG4CPLUS_HAVE_GETPID\n#endif\n\n/* */\n#ifdef HAVE_PROTOTYPE_GETTIMEOFDAY\n#define LOG4CPLUS_HAVE_GETTIMEOFDAY\n#endif\n\n/* */\n#ifdef HAVE_GMTIME_R\n#define LOG4CPLUS_HAVE_GMTIME_R\n#endif\n\n/* */\n#ifdef HAVE_HTONL\n#define LOG4CPLUS_HAVE_HTONL\n#endif\n\n/* */\n#ifdef HAVE_HTONS\n#define LOG4CPLUS_HAVE_HTONS\n#endif\n\n/* */\n#ifdef HAVE_LOCALTIME_R\n#define LOG4CPLUS_HAVE_LOCALTIME_R\n#endif\n\n/* */\n#ifdef HAVE_LSTAT\n#define LOG4CPLUS_HAVE_LSTAT\n#endif\n\n/* */\n#ifdef HAVE_NTOHL\n#define LOG4CPLUS_HAVE_NTOHL\n#endif\n\n/* */\n#ifdef HAVE_NTOHS\n#define LOG4CPLUS_HAVE_NTOHS\n#endif\n\n/* */\n#ifdef HAVE_STAT\n#define LOG4CPLUS_HAVE_STAT\n#endif\n\n/* */\n#ifdef WITH_THREADS\n#define LOG4CPLUS_USE_PTHREADS\n#else\n/* Define if this is a single-threaded library. */\n#define LOG4CPLUS_SINGLE_THREADED\n#endif\n\n/* Define for compilers/standard libraries that support more than just the "C"\n locale. */\n#undef LOG4CPLUS_WORKING_LOCALE\n\n/* Define to int if undefined. */\n#if 0\n/* This block is handled by configure completely */\n#undef socklen_t\n#ifndef HAVE_DECLARATION_SOCKLEN_T\n#define socklen_t int\n#endif\n#endif\n\n/* Defined for --enable-debugging builds. */\n#ifdef DEBUG\n#define LOG4CPLUS_DEBUGGING\n#endif\n\n/* These two are not needed since we build static libraries */\n/* Defined if the compiler understands __declspec(export) or __attribute__((export)) construct. */\n#define LOG4CPLUS_DECLSPEC_EXPORT\n/* Defined if the compiler understands __declspec(import) or __attribute__((import)) construct. */\n#define LOG4CPLUS_DECLSPEC_IMPORT\n\n/* Defined if the host OS provides ENAMETOOLONG errno value. */\n#ifdef HAVE_ENAMETOOLONG\n#define LOG4CPLUS_HAVE_ENAMETOOLONG\n#endif\n\n#endif // LOG4CPLUS_CONFIG_DEFINES_HXX\n"
(preproc_ifdef) "#ifndef LOG4CPLUS_CONFIG_DEFINES_HXX\n#define LOG4CPLUS_CONFIG_DEFINES_HXX\n\n/* */\n#ifdef HAVE_SYSLOG_H\n#define LOG4CPLUS_HAVE_SYSLOG_H\n#endif\n\n/* */\n#ifdef HAVE_NETINET_IN_H\n#define LOG4CPLUS_HAVE_NETINET_IN_H\n#endif\n\n/* */\n#ifdef HAVE_SYS_TYPES_H\n#define LOG4CPLUS_HAVE_SYS_TYPES_H\n#endif\n\n/* */\n#ifdef HAVE_SYS_SOCKET_H\n#define LOG4CPLUS_HAVE_SYS_SOCKET_H\n#endif\n\n/* */\n#ifdef HAVE_NETDB_H\n#define LOG4CPLUS_HAVE_NETDB_H\n#endif\n\n/* */\n#ifdef HAVE_UNISTD_H\n#define LOG4CPLUS_HAVE_UNISTD_H\n#endif\n\n/* */\n#ifdef HAVE_FTIME\n#define LOG4CPLUS_HAVE_FTIME\n#endif\n\n/* */\n#ifdef HAVE_GETADDRINFO\n#define LOG4CPLUS_HAVE_GETADDRINFO\n#endif\n\n/* */\n// This is from dcuid.cc\n#if defined(HAVE_GETHOSTNAME) && defined(HAVE_GETHOSTBYNAME) && defined(_REENTRANT)\n#define LOG4CPLUS_HAVE_GETHOSTBYNAME_R\n#endif\n\n/* */\n#ifdef HAVE_GETPID\n#define LOG4CPLUS_HAVE_GETPID\n#endif\n\n/* */\n#ifdef HAVE_PROTOTYPE_GETTIMEOFDAY\n#define LOG4CPLUS_HAVE_GETTIMEOFDAY\n#endif\n\n/* */\n#ifdef HAVE_GMTIME_R\n#define LOG4CPLUS_HAVE_GMTIME_R\n#endif\n\n/* */\n#ifdef HAVE_HTONL\n#define LOG4CPLUS_HAVE_HTONL\n#endif\n\n/* */\n#ifdef HAVE_HTONS\n#define LOG4CPLUS_HAVE_HTONS\n#endif\n\n/* */\n#ifdef HAVE_LOCALTIME_R\n#define LOG4CPLUS_HAVE_LOCALTIME_R\n#endif\n\n/* */\n#ifdef HAVE_LSTAT\n#define LOG4CPLUS_HAVE_LSTAT\n#endif\n\n/* */\n#ifdef HAVE_NTOHL\n#define LOG4CPLUS_HAVE_NTOHL\n#endif\n\n/* */\n#ifdef HAVE_NTOHS\n#define LOG4CPLUS_HAVE_NTOHS\n#endif\n\n/* */\n#ifdef HAVE_STAT\n#define LOG4CPLUS_HAVE_STAT\n#endif\n\n/* */\n#ifdef WITH_THREADS\n#define LOG4CPLUS_USE_PTHREADS\n#else\n/* Define if this is a single-threaded library. */\n#define LOG4CPLUS_SINGLE_THREADED\n#endif\n\n/* Define for compilers/standard libraries that support more than just the "C"\n locale. */\n#undef LOG4CPLUS_WORKING_LOCALE\n\n/* Define to int if undefined. */\n#if 0\n/* This block is handled by configure completely */\n#undef socklen_t\n#ifndef HAVE_DECLARATION_SOCKLEN_T\n#define socklen_t int\n#endif\n#endif\n\n/* Defined for --enable-debugging builds. */\n#ifdef DEBUG\n#define LOG4CPLUS_DEBUGGING\n#endif\n\n/* These two are not needed since we build static libraries */\n/* Defined if the compiler understands __declspec(export) or __attribute__((export)) construct. */\n#define LOG4CPLUS_DECLSPEC_EXPORT\n/* Defined if the compiler understands __declspec(import) or __attribute__((import)) construct. */\n#define LOG4CPLUS_DECLSPEC_IMPORT\n\n/* Defined if the host OS provides ENAMETOOLONG errno value. */\n#ifdef HAVE_ENAMETOOLONG\n#define LOG4CPLUS_HAVE_ENAMETOOLONG\n#endif\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "LOG4CPLUS_CONFIG_DEFINES_HXX"
(preproc_def) "#define LOG4CPLUS_CONFIG_DEFINES_HXX\n"
(#define) "#define"
(identifier) "LOG4CPLUS_CONFIG_DEFINES_HXX"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_SYSLOG_H\n#define LOG4CPLUS_HAVE_SYSLOG_H\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_SYSLOG_H"
(preproc_def) "#define LOG4CPLUS_HAVE_SYSLOG_H\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_SYSLOG_H"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_NETINET_IN_H\n#define LOG4CPLUS_HAVE_NETINET_IN_H\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_NETINET_IN_H"
(preproc_def) "#define LOG4CPLUS_HAVE_NETINET_IN_H\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_NETINET_IN_H"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_SYS_TYPES_H\n#define LOG4CPLUS_HAVE_SYS_TYPES_H\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_SYS_TYPES_H"
(preproc_def) "#define LOG4CPLUS_HAVE_SYS_TYPES_H\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_SYS_TYPES_H"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_SYS_SOCKET_H\n#define LOG4CPLUS_HAVE_SYS_SOCKET_H\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_SYS_SOCKET_H"
(preproc_def) "#define LOG4CPLUS_HAVE_SYS_SOCKET_H\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_SYS_SOCKET_H"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_NETDB_H\n#define LOG4CPLUS_HAVE_NETDB_H\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_NETDB_H"
(preproc_def) "#define LOG4CPLUS_HAVE_NETDB_H\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_NETDB_H"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_UNISTD_H\n#define LOG4CPLUS_HAVE_UNISTD_H\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_UNISTD_H"
(preproc_def) "#define LOG4CPLUS_HAVE_UNISTD_H\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_UNISTD_H"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_FTIME\n#define LOG4CPLUS_HAVE_FTIME\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_FTIME"
(preproc_def) "#define LOG4CPLUS_HAVE_FTIME\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_FTIME"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_GETADDRINFO\n#define LOG4CPLUS_HAVE_GETADDRINFO\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_GETADDRINFO"
(preproc_def) "#define LOG4CPLUS_HAVE_GETADDRINFO\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_GETADDRINFO"
(#endif) "#endif"
(comment) "/* */"
(comment) "// This is from dcuid.cc"
(preproc_if) "#if defined(HAVE_GETHOSTNAME) && defined(HAVE_GETHOSTBYNAME) && defined(_REENTRANT)\n#define LOG4CPLUS_HAVE_GETHOSTBYNAME_R\n#endif"
(#if) "#if"
(binary_expression) "defined(HAVE_GETHOSTNAME) && defined(HAVE_GETHOSTBYNAME) && defined(_REENTRANT)"
(binary_expression) "defined(HAVE_GETHOSTNAME) && defined(HAVE_GETHOSTBYNAME)"
(preproc_defined) "defined(HAVE_GETHOSTNAME)"
(defined) "defined"
(() "("
(identifier) "HAVE_GETHOSTNAME"
()) ")"
(&&) "&&"
(preproc_defined) "defined(HAVE_GETHOSTBYNAME)"
(defined) "defined"
(() "("
(identifier) "HAVE_GETHOSTBYNAME"
()) ")"
(&&) "&&"
(preproc_defined) "defined(_REENTRANT)"
(defined) "defined"
(() "("
(identifier) "_REENTRANT"
()) ")"
(
) "\n"
(preproc_def) "#define LOG4CPLUS_HAVE_GETHOSTBYNAME_R\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_GETHOSTBYNAME_R"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_GETPID\n#define LOG4CPLUS_HAVE_GETPID\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_GETPID"
(preproc_def) "#define LOG4CPLUS_HAVE_GETPID\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_GETPID"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_PROTOTYPE_GETTIMEOFDAY\n#define LOG4CPLUS_HAVE_GETTIMEOFDAY\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_PROTOTYPE_GETTIMEOFDAY"
(preproc_def) "#define LOG4CPLUS_HAVE_GETTIMEOFDAY\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_GETTIMEOFDAY"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_GMTIME_R\n#define LOG4CPLUS_HAVE_GMTIME_R\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_GMTIME_R"
(preproc_def) "#define LOG4CPLUS_HAVE_GMTIME_R\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_GMTIME_R"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_HTONL\n#define LOG4CPLUS_HAVE_HTONL\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_HTONL"
(preproc_def) "#define LOG4CPLUS_HAVE_HTONL\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_HTONL"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_HTONS\n#define LOG4CPLUS_HAVE_HTONS\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_HTONS"
(preproc_def) "#define LOG4CPLUS_HAVE_HTONS\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_HTONS"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_LOCALTIME_R\n#define LOG4CPLUS_HAVE_LOCALTIME_R\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_LOCALTIME_R"
(preproc_def) "#define LOG4CPLUS_HAVE_LOCALTIME_R\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_LOCALTIME_R"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_LSTAT\n#define LOG4CPLUS_HAVE_LSTAT\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_LSTAT"
(preproc_def) "#define LOG4CPLUS_HAVE_LSTAT\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_LSTAT"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_NTOHL\n#define LOG4CPLUS_HAVE_NTOHL\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_NTOHL"
(preproc_def) "#define LOG4CPLUS_HAVE_NTOHL\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_NTOHL"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_NTOHS\n#define LOG4CPLUS_HAVE_NTOHS\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_NTOHS"
(preproc_def) "#define LOG4CPLUS_HAVE_NTOHS\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_NTOHS"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef HAVE_STAT\n#define LOG4CPLUS_HAVE_STAT\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_STAT"
(preproc_def) "#define LOG4CPLUS_HAVE_STAT\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_STAT"
(#endif) "#endif"
(comment) "/* */"
(preproc_ifdef) "#ifdef WITH_THREADS\n#define LOG4CPLUS_USE_PTHREADS\n#else\n/* Define if this is a single-threaded library. */\n#define LOG4CPLUS_SINGLE_THREADED\n#endif"
(#ifdef) "#ifdef"
(identifier) "WITH_THREADS"
(preproc_def) "#define LOG4CPLUS_USE_PTHREADS\n"
(#define) "#define"
(identifier) "LOG4CPLUS_USE_PTHREADS"
(preproc_else) "#else\n/* Define if this is a single-threaded library. */\n#define LOG4CPLUS_SINGLE_THREADED\n"
(#else) "#else"
(comment) "/* Define if this is a single-threaded library. */"
(preproc_def) "#define LOG4CPLUS_SINGLE_THREADED\n"
(#define) "#define"
(identifier) "LOG4CPLUS_SINGLE_THREADED"
(#endif) "#endif"
(comment) "/* Define for compilers/standard libraries that support more than just the "C"\n locale. */"
(preproc_call) "#undef LOG4CPLUS_WORKING_LOCALE\n"
(preproc_directive) "#undef"
(preproc_arg) "LOG4CPLUS_WORKING_LOCALE"
(comment) "/* Define to int if undefined. */"
(preproc_if) "#if 0\n/* This block is handled by configure completely */\n#undef socklen_t\n#ifndef HAVE_DECLARATION_SOCKLEN_T\n#define socklen_t int\n#endif\n#endif"
(#if) "#if"
(number_literal) "0"
(
) "\n"
(comment) "/* This block is handled by configure completely */"
(preproc_call) "#undef socklen_t\n"
(preproc_directive) "#undef"
(preproc_arg) "socklen_t"
(preproc_ifdef) "#ifndef HAVE_DECLARATION_SOCKLEN_T\n#define socklen_t int\n#endif"
(#ifndef) "#ifndef"
(identifier) "HAVE_DECLARATION_SOCKLEN_T"
(preproc_def) "#define socklen_t int\n"
(#define) "#define"
(identifier) "socklen_t"
(preproc_arg) "int"
(#endif) "#endif"
(#endif) "#endif"
(comment) "/* Defined for --enable-debugging builds. */"
(preproc_ifdef) "#ifdef DEBUG\n#define LOG4CPLUS_DEBUGGING\n#endif"
(#ifdef) "#ifdef"
(identifier) "DEBUG"
(preproc_def) "#define LOG4CPLUS_DEBUGGING\n"
(#define) "#define"
(identifier) "LOG4CPLUS_DEBUGGING"
(#endif) "#endif"
(comment) "/* These two are not needed since we build static libraries */"
(comment) "/* Defined if the compiler understands __declspec(export) or __attribute__((export)) construct. */"
(preproc_def) "#define LOG4CPLUS_DECLSPEC_EXPORT\n"
(#define) "#define"
(identifier) "LOG4CPLUS_DECLSPEC_EXPORT"
(comment) "/* Defined if the compiler understands __declspec(import) or __attribute__((import)) construct. */"
(preproc_def) "#define LOG4CPLUS_DECLSPEC_IMPORT\n"
(#define) "#define"
(identifier) "LOG4CPLUS_DECLSPEC_IMPORT"
(comment) "/* Defined if the host OS provides ENAMETOOLONG errno value. */"
(preproc_ifdef) "#ifdef HAVE_ENAMETOOLONG\n#define LOG4CPLUS_HAVE_ENAMETOOLONG\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_ENAMETOOLONG"
(preproc_def) "#define LOG4CPLUS_HAVE_ENAMETOOLONG\n"
(#define) "#define"
(identifier) "LOG4CPLUS_HAVE_ENAMETOOLONG"
(#endif) "#endif"
(#endif) "#endif"
(comment) "// LOG4CPLUS_CONFIG_DEFINES_HXX"
| 242
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 111, "avg_line_length": 21.32, "nodes": 204, "errors": 0, "source_hash": "e8cf54dd13f226a4be1f150e2018399eedfca8ac99d0c0b2eda84aae94658a71", "categorized_nodes": 133}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef LOG4CPLUS_CONFIG_DEFINES_HXX\n#define LOG4CPLUS_CONFIG_DEFINES_HXX\n\n/* */\n#ifdef HAVE_SYSLOG_H\n#define LOG4CPLUS_HAVE_SYSLOG_H\n#endif\n\n/* */\n#ifdef HAVE_NETINET_IN_H\n#define LOG4CPLUS_HAVE_NETINET_IN_H\n#endif\n\n/* */\n#ifdef HAVE_SYS_TYPES_H\n#define LOG4CPLUS_HAVE_SYS_TYPES_H\n#endif\n\n/* */\n#ifdef HAVE_SYS_SOCKET_H\n#define LOG4CPLUS_HAVE_SYS_SOCKET_H\n#endif\n\n/* */\n#ifdef HAVE_NETDB_H\n#define LOG4CPLUS_HAVE_NETDB_H\n#endif\n\n/* */\n#ifdef HAVE_UNISTD_H\n#define LOG4CPLUS_HAVE_UNISTD_H\n#endif\n\n/* */\n#ifdef HAVE_FTIME\n#define LOG4CPLUS_HAVE_FTIME\n#endif\n\n/* */\n#ifdef HAVE_GETADDRINFO\n#define LOG4CPLUS_HAVE_GETADDRINFO\n#endif\n\n/* */\n// This is from dcuid.cc\n#if defined(HAVE_GETHOSTNAME) && defined(HAVE_GETHOSTBYNAME) && defined(_REENTRANT)\n#define LOG4CPLUS_HAVE_GETHOSTBYNAME_R\n#endif\n\n/* */\n#ifdef HAVE_GETPID\n#define LOG4CPLUS_HAVE_GETPID\n#endif\n\n/* */\n#ifdef HAVE_PROTOTYPE_GETTIMEOFDAY\n#define LOG4CPLUS_HAVE_GETTIMEOFDAY\n#endif\n\n/* */\n#ifdef HAVE_GMTIME_R\n#define LOG4CPLUS_HAVE_GMTIME_R\n#endif\n\n/* */\n#ifdef HAVE_HTONL\n#define LOG4CPLUS_HAVE_HTONL\n#endif\n\n/* */\n#ifdef HAVE_HTONS\n#define LOG4CPLUS_HAVE_HTONS\n#endif\n\n/* */\n#ifdef HAVE_LOCALTIME_R\n#define LOG4CPLUS_HAVE_LOCALTIME_R\n#endif\n\n/* */\n#ifdef HAVE_LSTAT\n#define LOG4CPLUS_HAVE_LSTAT\n#endif\n\n/* */\n#ifdef HAVE_NTOHL\n#define LOG4CPLUS_HAVE_NTOHL\n#endif\n\n/* */\n#ifdef HAVE_NTOHS\n#define LOG4CPLUS_HAVE_NTOHS\n#endif\n\n/* */\n#ifdef HAVE_STAT\n#define LOG4CPLUS_HAVE_STAT\n#endif\n\n/* */\n#ifdef WITH_THREADS\n#define LOG4CPLUS_USE_PTHREADS\n#else\n/* Define if this is a single-threaded library. */\n#define LOG4CPLUS_SINGLE_THREADED\n#endif\n\n/* Define for compilers/standard libraries that support more than just the \"C\"\n locale. */\n#undef LOG4CPLUS_WORKING_LOCALE\n\n/* Define to int if undefined. */\n#if 0\n/* This block is handled by configure completely */\n#undef socklen_t\n#ifndef HAVE_DECLARATION_SOCKLEN_T\n#define socklen_t int\n#endif\n#endif\n\n/* Defined for --enable-debugging builds. */\n#ifdef DEBUG\n#define LOG4CPLUS_DEBUGGING\n#endif\n\n/* These two are not needed since we build static libraries */\n/* Defined if the compiler understands __declspec(export) or __attribute__((export)) construct. */\n#define LOG4CPLUS_DECLSPEC_EXPORT\n/* Defined if the compiler understands __declspec(import) or __attribute__((import)) construct. */\n#define LOG4CPLUS_DECLSPEC_IMPORT\n\n/* Defined if the host OS provides ENAMETOOLONG errno value. */\n#ifdef HAVE_ENAMETOOLONG\n#define LOG4CPLUS_HAVE_ENAMETOOLONG\n#endif\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 13, 20, 27, 34, 41, 48, 55, 62, 82, 89, 96, 103, 110, 117, 124, 131, 138, 145, 152, 164, 167, 183, 190, 193, 196, 203], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 136, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 7}}, {"id": 2, "type": "identifier", "text": "LOG4CPLUS_CONFIG_DEFINES_HXX", "parent": 0, "children": [], "start_point": {"row": 0, "column": 8}, "end_point": {"row": 0, "column": 36}}, {"id": 3, "type": "preproc_def", "text": "#define LOG4CPLUS_CONFIG_DEFINES_HXX\n", "parent": 0, "children": [4, 5], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 2, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 7}}, {"id": 5, "type": "identifier", "text": "LOG4CPLUS_CONFIG_DEFINES_HXX", "parent": 3, "children": [], "start_point": {"row": 1, "column": 8}, "end_point": {"row": 1, "column": 36}}, {"id": 6, "type": "preproc_ifdef", "text": "#ifdef HAVE_SYSLOG_H\n#define LOG4CPLUS_HAVE_SYSLOG_H\n#endif", "parent": 0, "children": [7, 8, 9, 12], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 6, "column": 6}}, {"id": 7, "type": "#ifdef", "text": "#ifdef", "parent": 6, "children": [], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 4, "column": 6}}, {"id": 8, "type": "identifier", "text": "HAVE_SYSLOG_H", "parent": 6, "children": [], "start_point": {"row": 4, "column": 7}, "end_point": {"row": 4, "column": 20}}, {"id": 9, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_SYSLOG_H\n", "parent": 6, "children": [10, 11], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 6, "column": 0}}, {"id": 10, "type": "#define", "text": "#define", "parent": 9, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 7}}, {"id": 11, "type": "identifier", "text": "LOG4CPLUS_HAVE_SYSLOG_H", "parent": 9, "children": [], "start_point": {"row": 5, "column": 8}, "end_point": {"row": 5, "column": 31}}, {"id": 12, "type": "#endif", "text": "#endif", "parent": 6, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 6}}, {"id": 13, "type": "preproc_ifdef", "text": "#ifdef HAVE_NETINET_IN_H\n#define LOG4CPLUS_HAVE_NETINET_IN_H\n#endif", "parent": 0, "children": [14, 15, 16, 19], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 11, "column": 6}}, {"id": 14, "type": "#ifdef", "text": "#ifdef", "parent": 13, "children": [], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 6}}, {"id": 15, "type": "identifier", "text": "HAVE_NETINET_IN_H", "parent": 13, "children": [], "start_point": {"row": 9, "column": 7}, "end_point": {"row": 9, "column": 24}}, {"id": 16, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_NETINET_IN_H\n", "parent": 13, "children": [17, 18], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 11, "column": 0}}, {"id": 17, "type": "#define", "text": "#define", "parent": 16, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 7}}, {"id": 18, "type": "identifier", "text": "LOG4CPLUS_HAVE_NETINET_IN_H", "parent": 16, "children": [], "start_point": {"row": 10, "column": 8}, "end_point": {"row": 10, "column": 35}}, {"id": 19, "type": "#endif", "text": "#endif", "parent": 13, "children": [], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 11, "column": 6}}, {"id": 20, "type": "preproc_ifdef", "text": "#ifdef HAVE_SYS_TYPES_H\n#define LOG4CPLUS_HAVE_SYS_TYPES_H\n#endif", "parent": 0, "children": [21, 22, 23, 26], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 16, "column": 6}}, {"id": 21, "type": "#ifdef", "text": "#ifdef", "parent": 20, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 6}}, {"id": 22, "type": "identifier", "text": "HAVE_SYS_TYPES_H", "parent": 20, "children": [], "start_point": {"row": 14, "column": 7}, "end_point": {"row": 14, "column": 23}}, {"id": 23, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_SYS_TYPES_H\n", "parent": 20, "children": [24, 25], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 16, "column": 0}}, {"id": 24, "type": "#define", "text": "#define", "parent": 23, "children": [], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 7}}, {"id": 25, "type": "identifier", "text": "LOG4CPLUS_HAVE_SYS_TYPES_H", "parent": 23, "children": [], "start_point": {"row": 15, "column": 8}, "end_point": {"row": 15, "column": 34}}, {"id": 26, "type": "#endif", "text": "#endif", "parent": 20, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 6}}, {"id": 27, "type": "preproc_ifdef", "text": "#ifdef HAVE_SYS_SOCKET_H\n#define LOG4CPLUS_HAVE_SYS_SOCKET_H\n#endif", "parent": 0, "children": [28, 29, 30, 33], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 21, "column": 6}}, {"id": 28, "type": "#ifdef", "text": "#ifdef", "parent": 27, "children": [], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 19, "column": 6}}, {"id": 29, "type": "identifier", "text": "HAVE_SYS_SOCKET_H", "parent": 27, "children": [], "start_point": {"row": 19, "column": 7}, "end_point": {"row": 19, "column": 24}}, {"id": 30, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_SYS_SOCKET_H\n", "parent": 27, "children": [31, 32], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 21, "column": 0}}, {"id": 31, "type": "#define", "text": "#define", "parent": 30, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 7}}, {"id": 32, "type": "identifier", "text": "LOG4CPLUS_HAVE_SYS_SOCKET_H", "parent": 30, "children": [], "start_point": {"row": 20, "column": 8}, "end_point": {"row": 20, "column": 35}}, {"id": 33, "type": "#endif", "text": "#endif", "parent": 27, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 6}}, {"id": 34, "type": "preproc_ifdef", "text": "#ifdef HAVE_NETDB_H\n#define LOG4CPLUS_HAVE_NETDB_H\n#endif", "parent": 0, "children": [35, 36, 37, 40], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 26, "column": 6}}, {"id": 35, "type": "#ifdef", "text": "#ifdef", "parent": 34, "children": [], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 24, "column": 6}}, {"id": 36, "type": "identifier", "text": "HAVE_NETDB_H", "parent": 34, "children": [], "start_point": {"row": 24, "column": 7}, "end_point": {"row": 24, "column": 19}}, {"id": 37, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_NETDB_H\n", "parent": 34, "children": [38, 39], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 26, "column": 0}}, {"id": 38, "type": "#define", "text": "#define", "parent": 37, "children": [], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 25, "column": 7}}, {"id": 39, "type": "identifier", "text": "LOG4CPLUS_HAVE_NETDB_H", "parent": 37, "children": [], "start_point": {"row": 25, "column": 8}, "end_point": {"row": 25, "column": 30}}, {"id": 40, "type": "#endif", "text": "#endif", "parent": 34, "children": [], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 26, "column": 6}}, {"id": 41, "type": "preproc_ifdef", "text": "#ifdef HAVE_UNISTD_H\n#define LOG4CPLUS_HAVE_UNISTD_H\n#endif", "parent": 0, "children": [42, 43, 44, 47], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 31, "column": 6}}, {"id": 42, "type": "#ifdef", "text": "#ifdef", "parent": 41, "children": [], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 29, "column": 6}}, {"id": 43, "type": "identifier", "text": "HAVE_UNISTD_H", "parent": 41, "children": [], "start_point": {"row": 29, "column": 7}, "end_point": {"row": 29, "column": 20}}, {"id": 44, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_UNISTD_H\n", "parent": 41, "children": [45, 46], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 31, "column": 0}}, {"id": 45, "type": "#define", "text": "#define", "parent": 44, "children": [], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 30, "column": 7}}, {"id": 46, "type": "identifier", "text": "LOG4CPLUS_HAVE_UNISTD_H", "parent": 44, "children": [], "start_point": {"row": 30, "column": 8}, "end_point": {"row": 30, "column": 31}}, {"id": 47, "type": "#endif", "text": "#endif", "parent": 41, "children": [], "start_point": {"row": 31, "column": 0}, "end_point": {"row": 31, "column": 6}}, {"id": 48, "type": "preproc_ifdef", "text": "#ifdef HAVE_FTIME\n#define LOG4CPLUS_HAVE_FTIME\n#endif", "parent": 0, "children": [49, 50, 51, 54], "start_point": {"row": 34, "column": 0}, "end_point": {"row": 36, "column": 6}}, {"id": 49, "type": "#ifdef", "text": "#ifdef", "parent": 48, "children": [], "start_point": {"row": 34, "column": 0}, "end_point": {"row": 34, "column": 6}}, {"id": 50, "type": "identifier", "text": "HAVE_FTIME", "parent": 48, "children": [], "start_point": {"row": 34, "column": 7}, "end_point": {"row": 34, "column": 17}}, {"id": 51, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_FTIME\n", "parent": 48, "children": [52, 53], "start_point": {"row": 35, "column": 0}, "end_point": {"row": 36, "column": 0}}, {"id": 52, "type": "#define", "text": "#define", "parent": 51, "children": [], "start_point": {"row": 35, "column": 0}, "end_point": {"row": 35, "column": 7}}, {"id": 53, "type": "identifier", "text": "LOG4CPLUS_HAVE_FTIME", "parent": 51, "children": [], "start_point": {"row": 35, "column": 8}, "end_point": {"row": 35, "column": 28}}, {"id": 54, "type": "#endif", "text": "#endif", "parent": 48, "children": [], "start_point": {"row": 36, "column": 0}, "end_point": {"row": 36, "column": 6}}, {"id": 55, "type": "preproc_ifdef", "text": "#ifdef HAVE_GETADDRINFO\n#define LOG4CPLUS_HAVE_GETADDRINFO\n#endif", "parent": 0, "children": [56, 57, 58, 61], "start_point": {"row": 39, "column": 0}, "end_point": {"row": 41, "column": 6}}, {"id": 56, "type": "#ifdef", "text": "#ifdef", "parent": 55, "children": [], "start_point": {"row": 39, "column": 0}, "end_point": {"row": 39, "column": 6}}, {"id": 57, "type": "identifier", "text": "HAVE_GETADDRINFO", "parent": 55, "children": [], "start_point": {"row": 39, "column": 7}, "end_point": {"row": 39, "column": 23}}, {"id": 58, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_GETADDRINFO\n", "parent": 55, "children": [59, 60], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 41, "column": 0}}, {"id": 59, "type": "#define", "text": "#define", "parent": 58, "children": [], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 40, "column": 7}}, {"id": 60, "type": "identifier", "text": "LOG4CPLUS_HAVE_GETADDRINFO", "parent": 58, "children": [], "start_point": {"row": 40, "column": 8}, "end_point": {"row": 40, "column": 34}}, {"id": 61, "type": "#endif", "text": "#endif", "parent": 55, "children": [], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 6}}, {"id": 62, "type": "preproc_if", "text": "#if defined(HAVE_GETHOSTNAME) && defined(HAVE_GETHOSTBYNAME) && defined(_REENTRANT)\n#define LOG4CPLUS_HAVE_GETHOSTBYNAME_R\n#endif", "parent": 0, "children": [63, 64, 77, 78, 81], "start_point": {"row": 45, "column": 0}, "end_point": {"row": 47, "column": 6}}, {"id": 63, "type": "#if", "text": "#if", "parent": 62, "children": [], "start_point": {"row": 45, "column": 0}, "end_point": {"row": 45, "column": 3}}, {"id": 64, "type": "binary_expression", "text": "defined(HAVE_GETHOSTNAME) && defined(HAVE_GETHOSTBYNAME) && defined(_REENTRANT)", "parent": 62, "children": [65, 73, 74], "start_point": {"row": 45, "column": 4}, "end_point": {"row": 45, "column": 83}}, {"id": 65, "type": "binary_expression", "text": "defined(HAVE_GETHOSTNAME) && defined(HAVE_GETHOSTBYNAME)", "parent": 64, "children": [66, 69, 70], "start_point": {"row": 45, "column": 4}, "end_point": {"row": 45, "column": 60}}, {"id": 66, "type": "preproc_defined", "text": "defined(HAVE_GETHOSTNAME)", "parent": 65, "children": [67, 68], "start_point": {"row": 45, "column": 4}, "end_point": {"row": 45, "column": 29}}, {"id": 67, "type": "defined", "text": "defined", "parent": 66, "children": [], "start_point": {"row": 45, "column": 4}, "end_point": {"row": 45, "column": 11}}, {"id": 68, "type": "identifier", "text": "HAVE_GETHOSTNAME", "parent": 66, "children": [], "start_point": {"row": 45, "column": 12}, "end_point": {"row": 45, "column": 28}}, {"id": 69, "type": "&&", "text": "&&", "parent": 65, "children": [], "start_point": {"row": 45, "column": 30}, "end_point": {"row": 45, "column": 32}}, {"id": 70, "type": "preproc_defined", "text": "defined(HAVE_GETHOSTBYNAME)", "parent": 65, "children": [71, 72], "start_point": {"row": 45, "column": 33}, "end_point": {"row": 45, "column": 60}}, {"id": 71, "type": 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"type": "\n", "text": "\n", "parent": 62, "children": [], "start_point": {"row": 45, "column": 83}, "end_point": {"row": 46, "column": 0}}, {"id": 78, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_GETHOSTBYNAME_R\n", "parent": 62, "children": [79, 80], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 47, "column": 0}}, {"id": 79, "type": "#define", "text": "#define", "parent": 78, "children": [], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 46, "column": 7}}, {"id": 80, "type": "identifier", "text": "LOG4CPLUS_HAVE_GETHOSTBYNAME_R", "parent": 78, "children": [], "start_point": {"row": 46, "column": 8}, "end_point": {"row": 46, "column": 38}}, {"id": 81, "type": "#endif", "text": "#endif", "parent": 62, "children": [], "start_point": {"row": 47, "column": 0}, "end_point": {"row": 47, "column": 6}}, {"id": 82, "type": "preproc_ifdef", "text": "#ifdef HAVE_GETPID\n#define LOG4CPLUS_HAVE_GETPID\n#endif", "parent": 0, "children": [83, 84, 85, 88], "start_point": {"row": 50, "column": 0}, "end_point": {"row": 52, "column": 6}}, {"id": 83, "type": "#ifdef", "text": "#ifdef", "parent": 82, "children": [], "start_point": {"row": 50, "column": 0}, "end_point": {"row": 50, "column": 6}}, {"id": 84, "type": "identifier", "text": "HAVE_GETPID", "parent": 82, "children": [], "start_point": {"row": 50, "column": 7}, "end_point": {"row": 50, "column": 18}}, {"id": 85, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_GETPID\n", "parent": 82, "children": [86, 87], "start_point": {"row": 51, "column": 0}, "end_point": {"row": 52, "column": 0}}, {"id": 86, "type": "#define", "text": "#define", "parent": 85, "children": [], "start_point": {"row": 51, "column": 0}, "end_point": {"row": 51, "column": 7}}, {"id": 87, "type": "identifier", "text": "LOG4CPLUS_HAVE_GETPID", "parent": 85, "children": [], "start_point": {"row": 51, "column": 8}, "end_point": {"row": 51, "column": 29}}, {"id": 88, "type": "#endif", "text": "#endif", "parent": 82, "children": [], "start_point": {"row": 52, "column": 0}, "end_point": {"row": 52, "column": 6}}, {"id": 89, "type": "preproc_ifdef", "text": "#ifdef HAVE_PROTOTYPE_GETTIMEOFDAY\n#define LOG4CPLUS_HAVE_GETTIMEOFDAY\n#endif", "parent": 0, "children": [90, 91, 92, 95], "start_point": {"row": 55, "column": 0}, "end_point": {"row": 57, "column": 6}}, {"id": 90, "type": "#ifdef", "text": "#ifdef", "parent": 89, "children": [], "start_point": {"row": 55, "column": 0}, "end_point": {"row": 55, "column": 6}}, {"id": 91, "type": "identifier", "text": "HAVE_PROTOTYPE_GETTIMEOFDAY", "parent": 89, "children": [], "start_point": {"row": 55, "column": 7}, "end_point": {"row": 55, "column": 34}}, {"id": 92, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_GETTIMEOFDAY\n", "parent": 89, "children": [93, 94], "start_point": {"row": 56, "column": 0}, "end_point": {"row": 57, "column": 0}}, {"id": 93, "type": "#define", "text": "#define", "parent": 92, "children": [], "start_point": {"row": 56, "column": 0}, "end_point": {"row": 56, "column": 7}}, {"id": 94, "type": "identifier", "text": "LOG4CPLUS_HAVE_GETTIMEOFDAY", "parent": 92, "children": [], "start_point": {"row": 56, "column": 8}, "end_point": {"row": 56, "column": 35}}, {"id": 95, "type": "#endif", "text": "#endif", "parent": 89, "children": [], "start_point": {"row": 57, "column": 0}, "end_point": {"row": 57, "column": 6}}, {"id": 96, "type": "preproc_ifdef", "text": "#ifdef HAVE_GMTIME_R\n#define LOG4CPLUS_HAVE_GMTIME_R\n#endif", "parent": 0, "children": [97, 98, 99, 102], "start_point": {"row": 60, "column": 0}, "end_point": {"row": 62, "column": 6}}, {"id": 97, "type": "#ifdef", "text": "#ifdef", "parent": 96, "children": [], "start_point": {"row": 60, "column": 0}, "end_point": {"row": 60, "column": 6}}, {"id": 98, "type": "identifier", "text": "HAVE_GMTIME_R", "parent": 96, "children": [], "start_point": {"row": 60, "column": 7}, "end_point": {"row": 60, "column": 20}}, {"id": 99, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_GMTIME_R\n", "parent": 96, "children": [100, 101], "start_point": {"row": 61, "column": 0}, "end_point": {"row": 62, "column": 0}}, {"id": 100, "type": "#define", "text": "#define", "parent": 99, "children": [], "start_point": {"row": 61, "column": 0}, "end_point": {"row": 61, "column": 7}}, {"id": 101, "type": "identifier", "text": "LOG4CPLUS_HAVE_GMTIME_R", "parent": 99, "children": [], "start_point": {"row": 61, "column": 8}, "end_point": {"row": 61, "column": 31}}, {"id": 102, "type": "#endif", "text": "#endif", "parent": 96, "children": [], "start_point": {"row": 62, "column": 0}, "end_point": {"row": 62, "column": 6}}, {"id": 103, "type": "preproc_ifdef", "text": "#ifdef HAVE_HTONL\n#define LOG4CPLUS_HAVE_HTONL\n#endif", "parent": 0, "children": [104, 105, 106, 109], "start_point": {"row": 65, "column": 0}, "end_point": {"row": 67, "column": 6}}, {"id": 104, "type": "#ifdef", "text": "#ifdef", "parent": 103, "children": [], "start_point": {"row": 65, "column": 0}, "end_point": {"row": 65, "column": 6}}, {"id": 105, "type": "identifier", "text": "HAVE_HTONL", "parent": 103, "children": [], "start_point": {"row": 65, "column": 7}, "end_point": {"row": 65, "column": 17}}, {"id": 106, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_HTONL\n", "parent": 103, "children": [107, 108], "start_point": {"row": 66, "column": 0}, "end_point": {"row": 67, "column": 0}}, {"id": 107, "type": "#define", "text": "#define", "parent": 106, "children": [], "start_point": {"row": 66, "column": 0}, "end_point": {"row": 66, "column": 7}}, {"id": 108, "type": "identifier", "text": "LOG4CPLUS_HAVE_HTONL", "parent": 106, "children": [], "start_point": {"row": 66, "column": 8}, "end_point": {"row": 66, "column": 28}}, {"id": 109, "type": "#endif", "text": "#endif", "parent": 103, "children": [], "start_point": {"row": 67, "column": 0}, "end_point": {"row": 67, "column": 6}}, {"id": 110, "type": "preproc_ifdef", "text": "#ifdef HAVE_HTONS\n#define LOG4CPLUS_HAVE_HTONS\n#endif", "parent": 0, "children": [111, 112, 113, 116], "start_point": {"row": 70, "column": 0}, "end_point": {"row": 72, "column": 6}}, {"id": 111, "type": "#ifdef", "text": "#ifdef", "parent": 110, "children": [], "start_point": {"row": 70, "column": 0}, "end_point": {"row": 70, "column": 6}}, {"id": 112, "type": "identifier", "text": "HAVE_HTONS", "parent": 110, "children": [], "start_point": {"row": 70, "column": 7}, "end_point": {"row": 70, "column": 17}}, {"id": 113, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_HTONS\n", "parent": 110, "children": [114, 115], "start_point": {"row": 71, "column": 0}, "end_point": {"row": 72, "column": 0}}, {"id": 114, "type": "#define", "text": "#define", "parent": 113, "children": [], "start_point": {"row": 71, "column": 0}, "end_point": {"row": 71, "column": 7}}, {"id": 115, "type": "identifier", "text": "LOG4CPLUS_HAVE_HTONS", "parent": 113, "children": [], "start_point": {"row": 71, "column": 8}, "end_point": {"row": 71, "column": 28}}, {"id": 116, "type": "#endif", "text": "#endif", "parent": 110, "children": [], "start_point": {"row": 72, "column": 0}, "end_point": {"row": 72, "column": 6}}, {"id": 117, "type": "preproc_ifdef", "text": "#ifdef HAVE_LOCALTIME_R\n#define LOG4CPLUS_HAVE_LOCALTIME_R\n#endif", "parent": 0, "children": [118, 119, 120, 123], "start_point": {"row": 75, "column": 0}, "end_point": {"row": 77, "column": 6}}, {"id": 118, "type": "#ifdef", "text": "#ifdef", "parent": 117, "children": [], "start_point": {"row": 75, "column": 0}, "end_point": {"row": 75, "column": 6}}, {"id": 119, "type": "identifier", "text": "HAVE_LOCALTIME_R", "parent": 117, "children": [], "start_point": {"row": 75, "column": 7}, "end_point": {"row": 75, "column": 23}}, {"id": 120, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_LOCALTIME_R\n", "parent": 117, "children": [121, 122], "start_point": {"row": 76, "column": 0}, "end_point": {"row": 77, "column": 0}}, {"id": 121, "type": "#define", "text": "#define", "parent": 120, "children": [], "start_point": {"row": 76, "column": 0}, "end_point": {"row": 76, "column": 7}}, {"id": 122, "type": "identifier", "text": "LOG4CPLUS_HAVE_LOCALTIME_R", "parent": 120, "children": [], "start_point": {"row": 76, "column": 8}, "end_point": {"row": 76, "column": 34}}, {"id": 123, "type": "#endif", "text": "#endif", "parent": 117, "children": [], "start_point": {"row": 77, "column": 0}, "end_point": {"row": 77, "column": 6}}, {"id": 124, "type": "preproc_ifdef", "text": "#ifdef HAVE_LSTAT\n#define LOG4CPLUS_HAVE_LSTAT\n#endif", "parent": 0, "children": [125, 126, 127, 130], "start_point": {"row": 80, "column": 0}, "end_point": {"row": 82, "column": 6}}, {"id": 125, "type": "#ifdef", "text": "#ifdef", "parent": 124, "children": [], "start_point": {"row": 80, "column": 0}, "end_point": {"row": 80, "column": 6}}, {"id": 126, "type": "identifier", "text": "HAVE_LSTAT", "parent": 124, "children": [], "start_point": {"row": 80, "column": 7}, "end_point": {"row": 80, "column": 17}}, {"id": 127, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_LSTAT\n", "parent": 124, "children": [128, 129], "start_point": {"row": 81, "column": 0}, "end_point": {"row": 82, "column": 0}}, {"id": 128, "type": "#define", "text": "#define", "parent": 127, "children": [], "start_point": {"row": 81, "column": 0}, "end_point": {"row": 81, "column": 7}}, {"id": 129, "type": "identifier", "text": "LOG4CPLUS_HAVE_LSTAT", "parent": 127, "children": [], "start_point": {"row": 81, "column": 8}, "end_point": {"row": 81, "column": 28}}, {"id": 130, "type": "#endif", "text": "#endif", "parent": 124, "children": [], "start_point": {"row": 82, "column": 0}, "end_point": {"row": 82, "column": 6}}, {"id": 131, "type": "preproc_ifdef", "text": "#ifdef HAVE_NTOHL\n#define LOG4CPLUS_HAVE_NTOHL\n#endif", "parent": 0, "children": [132, 133, 134, 137], "start_point": {"row": 85, "column": 0}, "end_point": {"row": 87, "column": 6}}, {"id": 132, "type": "#ifdef", "text": "#ifdef", "parent": 131, "children": [], "start_point": {"row": 85, "column": 0}, "end_point": {"row": 85, "column": 6}}, {"id": 133, "type": "identifier", "text": "HAVE_NTOHL", "parent": 131, "children": [], "start_point": {"row": 85, "column": 7}, "end_point": {"row": 85, "column": 17}}, {"id": 134, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_NTOHL\n", "parent": 131, "children": [135, 136], "start_point": {"row": 86, "column": 0}, "end_point": {"row": 87, "column": 0}}, {"id": 135, "type": "#define", "text": "#define", "parent": 134, "children": [], "start_point": {"row": 86, "column": 0}, "end_point": {"row": 86, "column": 7}}, {"id": 136, "type": "identifier", "text": "LOG4CPLUS_HAVE_NTOHL", "parent": 134, "children": [], "start_point": {"row": 86, "column": 8}, "end_point": {"row": 86, "column": 28}}, {"id": 137, "type": "#endif", "text": "#endif", "parent": 131, "children": [], "start_point": {"row": 87, "column": 0}, "end_point": {"row": 87, "column": 6}}, {"id": 138, "type": "preproc_ifdef", "text": "#ifdef HAVE_NTOHS\n#define LOG4CPLUS_HAVE_NTOHS\n#endif", "parent": 0, "children": [139, 140, 141, 144], "start_point": {"row": 90, "column": 0}, "end_point": {"row": 92, "column": 6}}, {"id": 139, "type": "#ifdef", "text": "#ifdef", "parent": 138, "children": [], "start_point": {"row": 90, "column": 0}, "end_point": {"row": 90, "column": 6}}, {"id": 140, "type": "identifier", "text": "HAVE_NTOHS", "parent": 138, "children": [], "start_point": {"row": 90, "column": 7}, "end_point": {"row": 90, "column": 17}}, {"id": 141, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_NTOHS\n", "parent": 138, "children": [142, 143], "start_point": {"row": 91, "column": 0}, "end_point": {"row": 92, "column": 0}}, {"id": 142, "type": "#define", "text": "#define", "parent": 141, "children": [], "start_point": {"row": 91, "column": 0}, "end_point": {"row": 91, "column": 7}}, {"id": 143, "type": "identifier", "text": "LOG4CPLUS_HAVE_NTOHS", "parent": 141, "children": [], "start_point": {"row": 91, "column": 8}, "end_point": {"row": 91, "column": 28}}, {"id": 144, "type": "#endif", "text": "#endif", "parent": 138, "children": [], "start_point": {"row": 92, "column": 0}, "end_point": {"row": 92, "column": 6}}, {"id": 145, "type": "preproc_ifdef", "text": "#ifdef HAVE_STAT\n#define LOG4CPLUS_HAVE_STAT\n#endif", "parent": 0, "children": [146, 147, 148, 151], "start_point": {"row": 95, "column": 0}, "end_point": {"row": 97, "column": 6}}, {"id": 146, "type": "#ifdef", "text": "#ifdef", "parent": 145, "children": [], "start_point": {"row": 95, "column": 0}, "end_point": {"row": 95, "column": 6}}, {"id": 147, "type": "identifier", "text": "HAVE_STAT", "parent": 145, "children": [], "start_point": {"row": 95, "column": 7}, "end_point": {"row": 95, "column": 16}}, {"id": 148, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_STAT\n", "parent": 145, "children": [149, 150], "start_point": {"row": 96, "column": 0}, "end_point": {"row": 97, "column": 0}}, {"id": 149, "type": "#define", "text": "#define", "parent": 148, "children": [], "start_point": {"row": 96, "column": 0}, "end_point": {"row": 96, "column": 7}}, {"id": 150, "type": "identifier", "text": "LOG4CPLUS_HAVE_STAT", "parent": 148, "children": [], "start_point": {"row": 96, "column": 8}, "end_point": {"row": 96, "column": 27}}, {"id": 151, "type": "#endif", "text": "#endif", "parent": 145, "children": [], "start_point": {"row": 97, "column": 0}, "end_point": {"row": 97, "column": 6}}, {"id": 152, "type": "preproc_ifdef", "text": "#ifdef WITH_THREADS\n#define LOG4CPLUS_USE_PTHREADS\n#else\n/* Define if this is a single-threaded library. */\n#define LOG4CPLUS_SINGLE_THREADED\n#endif", "parent": 0, "children": [153, 154, 155, 158, 163], "start_point": {"row": 100, "column": 0}, "end_point": {"row": 105, "column": 6}}, {"id": 153, "type": "#ifdef", "text": "#ifdef", "parent": 152, "children": [], "start_point": {"row": 100, "column": 0}, "end_point": {"row": 100, "column": 6}}, {"id": 154, "type": "identifier", "text": "WITH_THREADS", "parent": 152, "children": [], "start_point": {"row": 100, "column": 7}, "end_point": {"row": 100, "column": 19}}, {"id": 155, "type": "preproc_def", "text": "#define LOG4CPLUS_USE_PTHREADS\n", "parent": 152, "children": [156, 157], "start_point": {"row": 101, "column": 0}, "end_point": {"row": 102, "column": 0}}, {"id": 156, "type": "#define", "text": "#define", "parent": 155, "children": [], "start_point": {"row": 101, "column": 0}, "end_point": {"row": 101, "column": 7}}, {"id": 157, "type": "identifier", "text": "LOG4CPLUS_USE_PTHREADS", "parent": 155, "children": [], "start_point": {"row": 101, "column": 8}, "end_point": {"row": 101, "column": 30}}, {"id": 158, "type": "preproc_else", "text": "#else\n/* Define if this is a single-threaded library. */\n#define LOG4CPLUS_SINGLE_THREADED\n", "parent": 152, "children": [159, 160], "start_point": {"row": 102, "column": 0}, "end_point": {"row": 105, "column": 0}}, {"id": 159, "type": "#else", "text": "#else", "parent": 158, "children": [], "start_point": {"row": 102, "column": 0}, "end_point": {"row": 102, "column": 5}}, {"id": 160, "type": "preproc_def", "text": "#define LOG4CPLUS_SINGLE_THREADED\n", "parent": 158, "children": [161, 162], "start_point": {"row": 104, "column": 0}, "end_point": {"row": 105, "column": 0}}, {"id": 161, "type": "#define", "text": "#define", "parent": 160, "children": [], "start_point": {"row": 104, "column": 0}, "end_point": {"row": 104, "column": 7}}, {"id": 162, "type": "identifier", "text": "LOG4CPLUS_SINGLE_THREADED", "parent": 160, "children": [], "start_point": {"row": 104, "column": 8}, "end_point": {"row": 104, "column": 33}}, {"id": 163, "type": "#endif", "text": "#endif", "parent": 152, "children": [], "start_point": {"row": 105, "column": 0}, "end_point": {"row": 105, "column": 6}}, {"id": 164, "type": "preproc_call", "text": "#undef LOG4CPLUS_WORKING_LOCALE\n", "parent": 0, "children": [165, 166], "start_point": {"row": 109, "column": 0}, "end_point": {"row": 110, "column": 0}}, {"id": 165, "type": "preproc_directive", "text": "#undef", "parent": 164, "children": [], "start_point": {"row": 109, "column": 0}, "end_point": {"row": 109, "column": 6}}, {"id": 166, "type": "preproc_arg", "text": "LOG4CPLUS_WORKING_LOCALE", "parent": 164, "children": [], "start_point": {"row": 109, "column": 7}, "end_point": {"row": 109, "column": 31}}, {"id": 167, "type": "preproc_if", "text": "#if 0\n/* This block is handled by configure completely */\n#undef socklen_t\n#ifndef HAVE_DECLARATION_SOCKLEN_T\n#define socklen_t int\n#endif\n#endif", "parent": 0, "children": [168, 169, 170, 171, 174, 182], "start_point": {"row": 112, "column": 0}, "end_point": {"row": 118, "column": 6}}, {"id": 168, "type": "#if", "text": "#if", "parent": 167, "children": [], "start_point": {"row": 112, "column": 0}, "end_point": {"row": 112, "column": 3}}, {"id": 169, "type": "number_literal", "text": "0", "parent": 167, "children": [], "start_point": {"row": 112, "column": 4}, "end_point": {"row": 112, "column": 5}}, {"id": 170, "type": "\n", "text": "\n", "parent": 167, "children": [], "start_point": {"row": 112, "column": 5}, "end_point": {"row": 113, "column": 0}}, {"id": 171, "type": "preproc_call", "text": "#undef socklen_t\n", "parent": 167, "children": [172, 173], "start_point": {"row": 114, "column": 0}, "end_point": {"row": 115, "column": 0}}, {"id": 172, "type": "preproc_directive", "text": "#undef", "parent": 171, "children": [], "start_point": {"row": 114, "column": 0}, "end_point": {"row": 114, "column": 6}}, {"id": 173, "type": "preproc_arg", "text": "socklen_t", "parent": 171, "children": [], "start_point": {"row": 114, "column": 7}, "end_point": {"row": 114, "column": 16}}, {"id": 174, "type": "preproc_ifdef", "text": "#ifndef HAVE_DECLARATION_SOCKLEN_T\n#define socklen_t int\n#endif", "parent": 167, "children": [175, 176, 177, 181], "start_point": {"row": 115, "column": 0}, "end_point": {"row": 117, "column": 6}}, {"id": 175, "type": "#ifndef", "text": "#ifndef", "parent": 174, "children": [], "start_point": {"row": 115, "column": 0}, "end_point": {"row": 115, "column": 7}}, {"id": 176, "type": "identifier", "text": "HAVE_DECLARATION_SOCKLEN_T", "parent": 174, "children": [], "start_point": {"row": 115, "column": 8}, "end_point": {"row": 115, "column": 34}}, {"id": 177, "type": "preproc_def", "text": "#define socklen_t int\n", "parent": 174, "children": [178, 179, 180], "start_point": {"row": 116, "column": 0}, "end_point": {"row": 117, "column": 0}}, {"id": 178, "type": "#define", "text": "#define", "parent": 177, "children": [], "start_point": {"row": 116, "column": 0}, "end_point": {"row": 116, "column": 7}}, {"id": 179, "type": "identifier", "text": "socklen_t", "parent": 177, "children": [], "start_point": {"row": 116, "column": 8}, "end_point": {"row": 116, "column": 17}}, {"id": 180, "type": "preproc_arg", "text": "int", "parent": 177, "children": [], "start_point": {"row": 116, "column": 18}, "end_point": {"row": 116, "column": 21}}, {"id": 181, "type": "#endif", "text": "#endif", "parent": 174, "children": [], "start_point": {"row": 117, "column": 0}, "end_point": {"row": 117, "column": 6}}, {"id": 182, "type": "#endif", "text": "#endif", "parent": 167, "children": [], "start_point": {"row": 118, "column": 0}, "end_point": {"row": 118, "column": 6}}, {"id": 183, "type": "preproc_ifdef", "text": "#ifdef DEBUG\n#define LOG4CPLUS_DEBUGGING\n#endif", "parent": 0, "children": [184, 185, 186, 189], "start_point": {"row": 121, "column": 0}, "end_point": {"row": 123, "column": 6}}, {"id": 184, "type": "#ifdef", "text": "#ifdef", "parent": 183, "children": [], "start_point": {"row": 121, "column": 0}, "end_point": {"row": 121, "column": 6}}, {"id": 185, "type": "identifier", "text": "DEBUG", "parent": 183, "children": [], "start_point": {"row": 121, "column": 7}, "end_point": {"row": 121, "column": 12}}, {"id": 186, "type": "preproc_def", "text": "#define LOG4CPLUS_DEBUGGING\n", "parent": 183, "children": [187, 188], "start_point": {"row": 122, "column": 0}, "end_point": {"row": 123, "column": 0}}, {"id": 187, "type": "#define", "text": "#define", "parent": 186, "children": [], "start_point": {"row": 122, "column": 0}, "end_point": {"row": 122, "column": 7}}, {"id": 188, "type": "identifier", "text": "LOG4CPLUS_DEBUGGING", "parent": 186, "children": [], "start_point": {"row": 122, "column": 8}, "end_point": {"row": 122, "column": 27}}, {"id": 189, "type": "#endif", "text": "#endif", "parent": 183, "children": [], "start_point": {"row": 123, "column": 0}, "end_point": {"row": 123, "column": 6}}, {"id": 190, "type": "preproc_def", "text": "#define LOG4CPLUS_DECLSPEC_EXPORT\n", "parent": 0, "children": [191, 192], "start_point": {"row": 127, "column": 0}, "end_point": {"row": 128, "column": 0}}, {"id": 191, "type": "#define", "text": "#define", "parent": 190, "children": [], "start_point": {"row": 127, "column": 0}, "end_point": {"row": 127, "column": 7}}, {"id": 192, "type": "identifier", "text": "LOG4CPLUS_DECLSPEC_EXPORT", "parent": 190, "children": [], "start_point": {"row": 127, "column": 8}, "end_point": {"row": 127, "column": 33}}, {"id": 193, "type": "preproc_def", "text": "#define LOG4CPLUS_DECLSPEC_IMPORT\n", "parent": 0, "children": [194, 195], "start_point": {"row": 129, "column": 0}, "end_point": {"row": 130, "column": 0}}, {"id": 194, "type": "#define", "text": "#define", "parent": 193, "children": [], "start_point": {"row": 129, "column": 0}, "end_point": {"row": 129, "column": 7}}, {"id": 195, "type": "identifier", "text": "LOG4CPLUS_DECLSPEC_IMPORT", "parent": 193, "children": [], "start_point": {"row": 129, "column": 8}, "end_point": {"row": 129, "column": 33}}, {"id": 196, "type": "preproc_ifdef", "text": "#ifdef HAVE_ENAMETOOLONG\n#define LOG4CPLUS_HAVE_ENAMETOOLONG\n#endif", "parent": 0, "children": [197, 198, 199, 202], "start_point": {"row": 132, "column": 0}, "end_point": {"row": 134, "column": 6}}, {"id": 197, "type": "#ifdef", "text": "#ifdef", "parent": 196, "children": [], "start_point": {"row": 132, "column": 0}, "end_point": {"row": 132, "column": 6}}, {"id": 198, "type": "identifier", "text": "HAVE_ENAMETOOLONG", "parent": 196, "children": [], "start_point": {"row": 132, "column": 7}, "end_point": {"row": 132, "column": 24}}, {"id": 199, "type": "preproc_def", "text": "#define LOG4CPLUS_HAVE_ENAMETOOLONG\n", "parent": 196, "children": [200, 201], "start_point": {"row": 133, "column": 0}, "end_point": {"row": 134, "column": 0}}, {"id": 200, "type": "#define", "text": "#define", "parent": 199, "children": [], "start_point": {"row": 133, "column": 0}, "end_point": {"row": 133, "column": 7}}, {"id": 201, "type": "identifier", "text": "LOG4CPLUS_HAVE_ENAMETOOLONG", "parent": 199, "children": [], "start_point": {"row": 133, "column": 8}, "end_point": {"row": 133, "column": 35}}, {"id": 202, "type": "#endif", "text": "#endif", "parent": 196, "children": [], "start_point": {"row": 134, "column": 0}, "end_point": {"row": 134, "column": 6}}, {"id": 203, "type": "#endif", "text": "#endif", "parent": 0, "children": [], "start_point": {"row": 136, "column": 0}, "end_point": {"row": 136, "column": 6}}]}, "node_categories": {"declarations": {"functions": [], "variables": [], "classes": [], "imports": [], "modules": [], "enums": []}, "statements": {"expressions": [64, 65], "assignments": [], "loops": [], "conditionals": [0, 1, 2, 5, 6, 7, 8, 11, 12, 13, 14, 15, 18, 19, 20, 21, 22, 25, 26, 27, 28, 29, 32, 33, 34, 35, 36, 39, 40, 41, 42, 43, 46, 47, 48, 49, 50, 53, 54, 55, 56, 57, 60, 61, 62, 63, 68, 72, 76, 80, 81, 82, 83, 84, 87, 88, 89, 90, 91, 94, 95, 96, 97, 98, 101, 102, 103, 104, 105, 108, 109, 110, 111, 112, 115, 116, 117, 118, 119, 122, 123, 124, 125, 126, 129, 130, 131, 132, 133, 136, 137, 138, 139, 140, 143, 144, 145, 146, 147, 150, 151, 152, 153, 154, 157, 162, 163, 167, 168, 174, 175, 176, 179, 181, 182, 183, 184, 185, 188, 189, 192, 195, 196, 197, 198, 201, 202, 203], "returns": [], "exceptions": []}, "expressions": {"calls": [164, 171], "literals": [169], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [], "class_declarations": [], "import_statements": []}, "original_source_code": "#ifndef LOG4CPLUS_CONFIG_DEFINES_HXX\n#define LOG4CPLUS_CONFIG_DEFINES_HXX\n\n/* */\n#ifdef HAVE_SYSLOG_H\n#define LOG4CPLUS_HAVE_SYSLOG_H\n#endif\n\n/* */\n#ifdef HAVE_NETINET_IN_H\n#define LOG4CPLUS_HAVE_NETINET_IN_H\n#endif\n\n/* */\n#ifdef HAVE_SYS_TYPES_H\n#define LOG4CPLUS_HAVE_SYS_TYPES_H\n#endif\n\n/* */\n#ifdef HAVE_SYS_SOCKET_H\n#define LOG4CPLUS_HAVE_SYS_SOCKET_H\n#endif\n\n/* */\n#ifdef HAVE_NETDB_H\n#define LOG4CPLUS_HAVE_NETDB_H\n#endif\n\n/* */\n#ifdef HAVE_UNISTD_H\n#define LOG4CPLUS_HAVE_UNISTD_H\n#endif\n\n/* */\n#ifdef HAVE_FTIME\n#define LOG4CPLUS_HAVE_FTIME\n#endif\n\n/* */\n#ifdef HAVE_GETADDRINFO\n#define LOG4CPLUS_HAVE_GETADDRINFO\n#endif\n\n/* */\n// This is from dcuid.cc\n#if defined(HAVE_GETHOSTNAME) && defined(HAVE_GETHOSTBYNAME) && defined(_REENTRANT)\n#define LOG4CPLUS_HAVE_GETHOSTBYNAME_R\n#endif\n\n/* */\n#ifdef HAVE_GETPID\n#define LOG4CPLUS_HAVE_GETPID\n#endif\n\n/* */\n#ifdef HAVE_PROTOTYPE_GETTIMEOFDAY\n#define LOG4CPLUS_HAVE_GETTIMEOFDAY\n#endif\n\n/* */\n#ifdef HAVE_GMTIME_R\n#define LOG4CPLUS_HAVE_GMTIME_R\n#endif\n\n/* */\n#ifdef HAVE_HTONL\n#define LOG4CPLUS_HAVE_HTONL\n#endif\n\n/* */\n#ifdef HAVE_HTONS\n#define LOG4CPLUS_HAVE_HTONS\n#endif\n\n/* */\n#ifdef HAVE_LOCALTIME_R\n#define LOG4CPLUS_HAVE_LOCALTIME_R\n#endif\n\n/* */\n#ifdef HAVE_LSTAT\n#define LOG4CPLUS_HAVE_LSTAT\n#endif\n\n/* */\n#ifdef HAVE_NTOHL\n#define LOG4CPLUS_HAVE_NTOHL\n#endif\n\n/* */\n#ifdef HAVE_NTOHS\n#define LOG4CPLUS_HAVE_NTOHS\n#endif\n\n/* */\n#ifdef HAVE_STAT\n#define LOG4CPLUS_HAVE_STAT\n#endif\n\n/* */\n#ifdef WITH_THREADS\n#define LOG4CPLUS_USE_PTHREADS\n#else\n/* Define if this is a single-threaded library. */\n#define LOG4CPLUS_SINGLE_THREADED\n#endif\n\n/* Define for compilers/standard libraries that support more than just the \"C\"\n locale. */\n#undef LOG4CPLUS_WORKING_LOCALE\n\n/* Define to int if undefined. */\n#if 0\n/* This block is handled by configure completely */\n#undef socklen_t\n#ifndef HAVE_DECLARATION_SOCKLEN_T\n#define socklen_t int\n#endif\n#endif\n\n/* Defined for --enable-debugging builds. */\n#ifdef DEBUG\n#define LOG4CPLUS_DEBUGGING\n#endif\n\n/* These two are not needed since we build static libraries */\n/* Defined if the compiler understands __declspec(export) or __attribute__((export)) construct. */\n#define LOG4CPLUS_DECLSPEC_EXPORT\n/* Defined if the compiler understands __declspec(import) or __attribute__((import)) construct. */\n#define LOG4CPLUS_DECLSPEC_IMPORT\n\n/* Defined if the host OS provides ENAMETOOLONG errno value. */\n#ifdef HAVE_ENAMETOOLONG\n#define LOG4CPLUS_HAVE_ENAMETOOLONG\n#endif\n\n#endif // LOG4CPLUS_CONFIG_DEFINES_HXX\n"}
| 225
|
c
|
//
// XXGJSycncNetKit.h
// xxdcchat_ios
//
// Created by 刘朝龙 on 2017/3/19.
// Copyright © 2017年 刘朝龙. All rights reserved.
//
#import <Foundation/Foundation.h>
@interface XXGJSycncNetKit : NSObject
#include "XXGJNetKitHeader.h"
+ (NSDictionary *)getCityFile;
/**
查找一个群组
@param param 查找参数[1. group_id]
*/
+ (NSDictionary *)searchGroup:(NSDictionary *)param;
/**
判断自己是否在该群组里
@param param 判断参数[1. user_id 2. group_id]
*/
+ (NSDictionary *)checkInGroup:(NSDictionary *)param;
/**
获取用户跟自己的关系
@param param 获取关系参数 [1. user_id, 2. from_user_id]
*/
+ (NSDictionary *)getPersonRelation:(NSDictionary *)param;
/**
获取好友信息
@param param 好友信息参数 [1. user_id]
*/
+ (NSDictionary *)getFriend:(NSDictionary *)param;
/**
获取好友列表
@param param 获取好友列表参数 [1. user_id 2. relation_type 3. currentPage 4. pageSize 5. nick_name]
** 注意：relation_type 0-个人好友 1-群好友 *
** 注意：nick_name 为选填参数 *
*/
+ (NSDictionary *)getFriendList:(NSDictionary *)param;
/**
根据用户名查询全体用户列表
@param param 查询参数 [1. nick_name 2. current_page 3. page_size]
*/
+ (NSDictionary *)searchUserList:(NSDictionary *)param;
/**
获取当前消息免打扰设置
@param param 获取设置参数[1. user_id，2. friend_id，3. type]
** 注意 user_id是当前用户id *
** 注意 friend_id是好友或群id *
** 注意 type：0好友 1群 *
*/
+ (NSDictionary *)getLocalSet:(NSDictionary *)param;
/**
获取群组中成员信息
@param param 参数
@return 返回信息
*/
+ (NSDictionary *)getGroupUserList:(NSDictionary *)param;
@end
| 20.33
| 66
|
(translation_unit) "//\n// XXGJSycncNetKit.h\n// xxdcchat_ios\n//\n// Created by 刘朝龙 on 2017/3/19.\n// Copyright © 2017年 刘朝龙. All rights reserved.\n//\n\n#import <Foundation/Foundation.h>\n\n@interface XXGJSycncNetKit : NSObject\n#include "XXGJNetKitHeader.h"\n\n+ (NSDictionary *)getCityFile;\n\n/**\n 查找一个群组\n \n @param param 查找参数[1. group_id]\n */\n+ (NSDictionary *)searchGroup:(NSDictionary *)param;\n\n/**\n 判断自己是否在该群组里\n \n @param param 判断参数[1. user_id 2. group_id]\n */\n+ (NSDictionary *)checkInGroup:(NSDictionary *)param;\n\n/**\n 获取用户跟自己的关系\n \n @param param 获取关系参数 [1. user_id, 2. from_user_id]\n */\n+ (NSDictionary *)getPersonRelation:(NSDictionary *)param;\n\n/**\n 获取好友信息\n \n @param param 好友信息参数 [1. user_id]\n */\n+ (NSDictionary *)getFriend:(NSDictionary *)param;\n\n/**\n 获取好友列表\n \n @param param 获取好友列表参数 [1. user_id 2. relation_type 3. currentPage 4. pageSize 5. nick_name]\n ** 注意：relation_type 0-个人好友 1-群好友 *\n ** 注意：nick_name 为选填参数 *\n */\n+ (NSDictionary *)getFriendList:(NSDictionary *)param;\n\n/**\n 根据用户名查询全体用户列表\n \n @param param 查询参数 [1. nick_name 2. current_page 3. page_size]\n */\n+ (NSDictionary *)searchUserList:(NSDictionary *)param;\n\n/**\n 获取当前消息免打扰设置\n \n @param param 获取设置参数[1. user_id，2. friend_id，3. type]\n ** 注意 user_id是当前用户id *\n ** 注意 friend_id是好友或群id *\n ** 注意 type：0好友 1群 *\n */\n+ (NSDictionary *)getLocalSet:(NSDictionary *)param;\n\n/**\n 获取群组中成员信息\n \n @param param 参数\n @return 返回信息\n */\n+ (NSDictionary *)getGroupUserList:(NSDictionary *)param;\n@end\n"
(comment) "//"
(comment) "// XXGJSycncNetKit.h"
(comment) "// xxdcchat_ios"
(comment) "//"
(comment) "// Created by 刘朝龙 on 2017/3/19.\n// C"
(comment) "pyright © 2017年 刘朝龙. All rights reserved.\n//\n\n#import <F"
(comment) "un"
(preproc_call) "tion/Foundation.h>\n\n@interface XXG"
(preproc_directive) "tion/Fo"
(preproc_arg) "ndation.h>\n\n@interface XX"
(ERROR) "SycncNetKit : NSObject\n#include "XXGJ"
(ERROR) "S"
(type_identifier) "ycncNetKi"
(identifier) " : NSObject\n#in"
(:) "l"
(identifier) "de "XXGJ"
(preproc_include) "etKitHeader.h"\n\n+ (NSDictionar"
(#include) "etKitHea"
(string_literal) "er.h"\n\n+ (NSDictiona"
(") "e"
(string_content) "r.h"\n\n+ (NSDiction"
(") "a"
(expression_statement) " *)getCityFile;\n\n/**\n 查找一个群组\n "
(unary_expression) " *)getCityFile;\n\n/**\n 查找一个群组\n"
(+) " "
(cast_expression) ")getCityFile;\n\n/**\n 查找一个群组\n"
(() ")"
(type_descriptor) "getCityFile;\n\n"
(type_identifier) "getCityFile;"
(abstract_pointer_declarator) "\n"
(*) "\n"
()) "/"
(identifier) "**\n 查找一个群组\n"
(;) " "
(comment) "@param param 查找参数[1. group_id]\n */\n+ (NSDictionary *)searchGroup:(NSD"
(expression_statement) "ctionary *)param;\n\n/**\n 判断自己是否在该群组里\n \n @param param "
(update_expression) "ctionary *)param;\n\n/**\n 判断自己是否在该群组里\n \n @param param"
(binary_expression) "ctionary *)param;\n\n/**\n 判断自己是否在该群组里\n \n @param param"
(unary_expression) "ctionary *)param;\n\n/**\n 判断自己是"
(+) "c"
(cast_expression) "ionary *)param;\n\n/**\n 判断自己是"
(() "i"
(type_descriptor) "onary *)param;"
(type_identifier) "onary *)para"
(abstract_pointer_declarator) ";"
(*) ";"
()) "\n"
(identifier) "\n/**\n 判断自己是"
(ERROR) "否在该群组里\n \n @par"
(:) "否"
(() "在"
(identifier) "该群组里\n \n @par"
(*) "m"
(ERROR) " "
()) " "
(identifier) "param"
(--) ""
(;) " "
(comment) "参数[1. user_id 2. group_id]\n */\n+ (NSDictionary *)checkInGroup:(NSDictionary *)param;\n\n/**\n 获取用户"
(expression_statement) "自己的关系\n \n @param param 获取关系参数 [1. user_id, 2. from_use"
(update_expression) "自己的关系\n \n @param param 获取关系参数 [1. user_id, 2. from_us"
(binary_expression) "自己的关系\n \n @param param 获取关系参数 [1. user_id, 2. from_us"
(unary_expression) "自己的关系\n \n @param param 获取关系参数 ["
(+) "自"
(cast_expression) "的关系\n \n @param param 获取关系参数 ["
(() "的"
(type_descriptor) "关系\n \n @param p"
(type_identifier) "关系\n \n @param"
(abstract_pointer_declarator) "p"
(*) "p"
()) "a"
(identifier) "ram 获取关系参数 ["
(ERROR) "1. user_id, 2."
(:) "1"
(() "."
(identifier) " user_id, 2."
(*) "f"
(ERROR) "r"
()) "r"
(identifier) "om_us"
(--) ""
(;) "e"
(comment) "id]\n */\n+ (NSDictionary *)getPersonRelation:(NSDictionary *)param;\n\n/**\n 获取好友信息\n \n @param param 好友信息参数 ["
(expression_statement) ". user_id]\n */\n+ (NSDictionary *)getFriend:(NSDictionary *"
(update_expression) ". user_id]\n */\n+ (NSDictionary *)getFriend:(NSDictionary "
(binary_expression) ". user_id]\n */\n+ (NSDictionary *)getFriend:(NSDictionary "
(unary_expression) ". user_id]\n */\n+ (NSDictionary *)ge"
(+) "."
(cast_expression) "user_id]\n */\n+ (NSDictionary *)ge"
(() "u"
(type_descriptor) "ser_id]\n */\n+ "
(type_identifier) "ser_id]\n */\n"
(abstract_pointer_declarator) " "
(*) " "
()) "("
(identifier) "NSDictionary *)ge"
(ERROR) "tFriend:(NSDic"
(:) "t"
(() "F"
(identifier) "riend:(NSDic"
(*) "i"
(ERROR) "o"
()) "o"
(identifier) "nary "
(--) ""
(;) "*"
(comment) "aram;\n\n/**\n 获取好友列表\n \n @param param 获取好友列表参数 [1. user_id 2. relation_type 3."
(expression_statement) "currentPage 4. pageSize 5. nick_name]\n ** 注意：relat"
(update_expression) "currentPage 4. pageSize 5. nick_name]\n ** 注意：rela"
(binary_expression) "currentPage 4. pageSize 5. nick_name]\n ** 注意：rela"
(unary_expression) "currentPage 4. pageSize 5. "
(+) "c"
(cast_expression) "rrentPage 4. pageSize 5. "
(() "r"
(type_descriptor) "rentPage 4. pa"
(type_identifier) "rentPage 4. "
(abstract_pointer_declarator) "a"
(*) "a"
()) "g"
(identifier) "eSize 5. "
(ERROR) "nick_name]\n **"
(:) "n"
(() "i"
(identifier) "ck_name]\n **"
(*) "注"
(ERROR) "意"
()) "意"
(identifier) "：rela"
(--) ""
(;) "t"
(comment) "n_type 0-个人好友 1-群好友 *\n ** 注意：nick_name 为选填参数 *\n */\n+ (NSDictionary *)getFriendList:(NSDictionary *)param;\n\n/**\n 根据用户名查询全体用户列表\n \n @param param 查询参数 [1. nick_name 2. current_page 3. page_size]\n */\n+ (NSDictionary *)searchUserList:(NSDict"
(expression_statement) "onary *)param;\n\n/**\n 获取当前消息免打扰设置\n \n @param param 获取设置参"
(update_expression) "onary *)param;\n\n/**\n 获取当前消息免打扰设置\n \n @param param 获取设置"
(binary_expression) "onary *)param;\n\n/**\n 获取当前消息免打扰设置\n \n @param param 获取设置"
(unary_expression) "onary *)param;\n\n/**\n 获取当前消息免打扰设"
(+) "o"
(cast_expression) "ary *)param;\n\n/**\n 获取当前消息免打扰设"
(() "a"
(type_descriptor) "ry *)param;\n\n/"
(type_identifier) "ry *)param;\n"
(abstract_pointer_declarator) "/"
(*) "/"
()) "*"
(identifier) "*\n 获取当前消息免打扰设"
(ERROR) "置\n \n @param pa"
(:) "置"
(() "\n"
(identifier) " \n @param pa"
(*) "a"
(ERROR) "m"
()) "m"
(identifier) " 获取设置"
(--) ""
(;) "参"
(comment) "1. user_id，2. friend_id，3. type]\n ** 注意 user_id是当前用户id *\n ** 注意 friend_id是好友或群id *\n ** 注意 type：0好友 1群 *\n */\n+ (NSDiction"
(expression_statement) "ry *)getLocalSet:(NSDictionary *)param;\n\n/**\n 获取群组中成员信息"
(update_expression) "ry *)getLocalSet:(NSDictionary *)param;\n\n/**\n 获取群组中成员信"
(binary_expression) "ry *)getLocalSet:(NSDictionary *)param;\n\n/**\n 获取群组中成员信"
(unary_expression) "ry *)getLocalSet:(NSDictionary *"
(+) "r"
(cast_expression) " *)getLocalSet:(NSDictionary *"
(() " "
(type_descriptor) "*)getLocalSet:"
(type_identifier) "*)getLocalSe"
(abstract_pointer_declarator) ":"
(*) ":"
()) "("
(identifier) "NSDictionary *"
(ERROR) ")param;\n\n/**\n "
(:) ")"
(() "p"
(identifier) "aram;\n\n/**\n "
(*) "取"
(ERROR) "群"
()) "群"
(identifier) "组中成员信"
(--) ""
(;) "息"
(comment) "\n @param param 参数\n @return 返回信息\n */\n+ (NSDictionary *)getGroupUserList:(NSDictionary *)param;\n@end\n"
(expression_statement) ""
(update_expression) ""
(binary_expression) ""
(unary_expression) ""
(+) ""
(cast_expression) ""
(() ""
(type_descriptor) ""
(type_identifier) ""
(abstract_pointer_declarator) ""
(*) ""
()) ""
(identifier) ""
(ERROR) ""
(:) ""
(() ""
(identifier) ""
(*) ""
(ERROR) ""
()) ""
(identifier) ""
(--) ""
(;) ""
(comment) ""
(ERROR) ""
(binary_expression) ""
(unary_expression) ""
(+) ""
(cast_expression) ""
(() ""
(type_descriptor) ""
(type_identifier) ""
(abstract_pointer_declarator) ""
(*) ""
()) ""
(identifier) ""
(ERROR) ""
(:) ""
(() ""
(identifier) ""
(*) ""
(ERROR) ""
()) ""
(identifier) ""
(;) ""
(ERROR) ""
(identifier) ""
| 227
| 20
|
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51}, "end_point": {"row": 75, "column": 56}}, {"id": 141, "type": "ERROR", "text": "", "parent": 126, "children": [], "start_point": {"row": 76, "column": 0}, "end_point": {"row": 76, "column": 1}}, {"id": 142, "type": "identifier", "text": "", "parent": 126, "children": [], "start_point": {"row": 76, "column": 1}, "end_point": {"row": 76, "column": 4}}]}, "node_categories": {"declarations": {"functions": [], "variables": [], "classes": [], "imports": [8, 9], "modules": [], "enums": []}, "statements": {"expressions": [11, 13, 19, 20, 21, 23, 33, 34, 35, 37, 49, 50, 51, 52, 64, 65, 66, 68, 80, 81, 82, 84, 96, 97, 98, 100, 110, 111, 112, 114, 127, 128, 130], "assignments": [], "loops": [], "conditionals": [5, 6, 7, 15, 18, 25, 26, 28, 31, 39, 42, 44, 47, 54, 57, 59, 62, 70, 73, 75, 78, 86, 89, 91, 94, 102, 103, 105, 108, 116, 119, 121, 124, 132, 135, 137, 140, 142], "returns": [], "exceptions": []}, "expressions": {"calls": [0], "literals": [10], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [], "class_declarations": [], "import_statements": [{"node_id": 8, "text": "etKitHeader.h\"\n\n+ (NSDictionar"}, {"node_id": 9, "text": "etKitHea"}]}, "original_source_code": "//\n// XXGJSycncNetKit.h\n// xxdcchat_ios\n//\n// Created by \u5218\u671d\u9f99 on 2017/3/19.\n// Copyright \u00a9 2017\u5e74 \u5218\u671d\u9f99. All rights reserved.\n//\n\n#import <Foundation/Foundation.h>\n\n@interface XXGJSycncNetKit : NSObject\n#include \"XXGJNetKitHeader.h\"\n\n+ (NSDictionary *)getCityFile;\n\n/**\n \u67e5\u627e\u4e00\u4e2a\u7fa4\u7ec4\n \n @param param \u67e5\u627e\u53c2\u6570[1. group_id]\n */\n+ (NSDictionary *)searchGroup:(NSDictionary *)param;\n\n/**\n \u5224\u65ad\u81ea\u5df1\u662f\u5426\u5728\u8be5\u7fa4\u7ec4\u91cc\n \n @param param \u5224\u65ad\u53c2\u6570[1. user_id 2. group_id]\n */\n+ (NSDictionary *)checkInGroup:(NSDictionary *)param;\n\n/**\n \u83b7\u53d6\u7528\u6237\u8ddf\u81ea\u5df1\u7684\u5173\u7cfb\n \n @param param \u83b7\u53d6\u5173\u7cfb\u53c2\u6570 [1. user_id, 2. from_user_id]\n */\n+ (NSDictionary *)getPersonRelation:(NSDictionary *)param;\n\n/**\n \u83b7\u53d6\u597d\u53cb\u4fe1\u606f\n \n @param param \u597d\u53cb\u4fe1\u606f\u53c2\u6570 [1. user_id]\n */\n+ (NSDictionary *)getFriend:(NSDictionary *)param;\n\n/**\n \u83b7\u53d6\u597d\u53cb\u5217\u8868\n \n @param param \u83b7\u53d6\u597d\u53cb\u5217\u8868\u53c2\u6570 [1. user_id 2. relation_type 3. currentPage 4. pageSize 5. nick_name]\n ** \u6ce8\u610f\uff1arelation_type 0-\u4e2a\u4eba\u597d\u53cb 1-\u7fa4\u597d\u53cb *\n ** \u6ce8\u610f\uff1anick_name \u4e3a\u9009\u586b\u53c2\u6570 *\n */\n+ (NSDictionary *)getFriendList:(NSDictionary *)param;\n\n/**\n \u6839\u636e\u7528\u6237\u540d\u67e5\u8be2\u5168\u4f53\u7528\u6237\u5217\u8868\n \n @param param \u67e5\u8be2\u53c2\u6570 [1. nick_name 2. current_page 3. page_size]\n */\n+ (NSDictionary *)searchUserList:(NSDictionary *)param;\n\n/**\n \u83b7\u53d6\u5f53\u524d\u6d88\u606f\u514d\u6253\u6270\u8bbe\u7f6e\n \n @param param \u83b7\u53d6\u8bbe\u7f6e\u53c2\u6570[1. user_id\uff0c2. friend_id\uff0c3. type]\n ** \u6ce8\u610f user_id\u662f\u5f53\u524d\u7528\u6237id *\n ** \u6ce8\u610f friend_id\u662f\u597d\u53cb\u6216\u7fa4id *\n ** \u6ce8\u610f type\uff1a0\u597d\u53cb 1\u7fa4 *\n */\n+ (NSDictionary *)getLocalSet:(NSDictionary *)param;\n\n/**\n \u83b7\u53d6\u7fa4\u7ec4\u4e2d\u6210\u5458\u4fe1\u606f\n \n @param param \u53c2\u6570\n @return \u8fd4\u56de\u4fe1\u606f\n */\n+ (NSDictionary *)getGroupUserList:(NSDictionary *)param;\n@end\n"}
| 226
|
c
|
/*
* Copyright (C) 2017 XRADIO TECHNOLOGY CO., LTD. All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the
* distribution.
* 3. Neither the name of XRADIO TECHNOLOGY CO., LTD. nor the names of
* its contributors may be used to endorse or promote products derived
* from this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
* "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
* LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
* A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
* OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
* LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
* DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
* THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
#ifndef _UTIL_ATOMIC_H_
#define _UTIL_ATOMIC_H_
#include <stdint.h>
#include "compiler.h"
static __inline int arch_atomic_read(volatile int *v)
{
return (*v);
}
static __inline int arch_atomic_set(volatile int *v, int i)
{
*v = i;
return i;
}
int arch_atomic_add_return(int *v, int i);
int arch_atomic_sub_return(int *v, int i);
int arch_atomic_and_return(int *v, int i);
int arch_atomic_or_return(int *v, int i);
int arch_atomic_xor_return(int *v, int i);
int arch_atomic_nand_return(int *v, int i);
static __inline int arch_atomic_inc_return(int *v)
{
return arch_atomic_add_return(v, 1);
}
static __inline int arch_atomic_dec_return(int *v)
{
return arch_atomic_sub_return(v, 1);
}
static __inline void arch_atomic_add(int *v, int i)
{
arch_atomic_add_return(v, i);
}
static __inline void arch_atomic_sub(int *v, int i)
{
arch_atomic_sub_return(v, i);
}
static __inline void arch_atomic_and(int *v, int i)
{
arch_atomic_and_return(v, i);
}
static __inline void arch_atomic_or(int *v, int i)
{
arch_atomic_or_return(v, i);
}
static __inline void arch_atomic_xor(int *v, int i)
{
arch_atomic_xor_return(v, i);
}
static __inline void arch_atomic_nand(int *v, int i)
{
arch_atomic_nand_return(v, i);
}
static __inline void arch_atomic_inc(int *v)
{
arch_atomic_add_return(v, 1);
}
static __inline void arch_atomic_dec(int *v)
{
arch_atomic_sub_return(v, 1);
}
int arch_atomic_xchg(int *v, int i);
int arch_atomic_cmpxchg(int *v, int old, int new_v);
void arch_atomic_clear_mask(uint32_t *addr, uint32_t mask);
void arch_atomic_set_mask(uint32_t *addr, uint32_t mask);
#endif /* _UTIL_ATOMIC_H_ */
| 34.34
| 92
|
(translation_unit) "/*\n * Copyright (C) 2017 XRADIO TECHNOLOGY CO., LTD. All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without\n * modification, are permitted provided that the following conditions\n * are met:\n * 1. Redistributions of source code must retain the above copyright\n * notice, this list of conditions and the following disclaimer.\n * 2. Redistributions in binary form must reproduce the above copyright\n * notice, this list of conditions and the following disclaimer in the\n * documentation and/or other materials provided with the\n * distribution.\n * 3. Neither the name of XRADIO TECHNOLOGY CO., LTD. nor the names of\n * its contributors may be used to endorse or promote products derived\n * from this software without specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS\n * "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT\n * LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR\n * A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT\n * OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,\n * SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT\n * LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,\n * DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY\n * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\n * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n */\n\n#ifndef _UTIL_ATOMIC_H_\n#define _UTIL_ATOMIC_H_\n\n#include <stdint.h>\n#include "compiler.h"\n\nstatic __inline int arch_atomic_read(volatile int *v)\n{\n return (*v);\n}\n\nstatic __inline int arch_atomic_set(volatile int *v, int i)\n{\n *v = i;\n return i;\n}\n\nint arch_atomic_add_return(int *v, int i);\nint arch_atomic_sub_return(int *v, int i);\nint arch_atomic_and_return(int *v, int i);\nint arch_atomic_or_return(int *v, int i);\nint arch_atomic_xor_return(int *v, int i);\nint arch_atomic_nand_return(int *v, int i);\n\nstatic __inline int arch_atomic_inc_return(int *v)\n{\n return arch_atomic_add_return(v, 1);\n}\n\nstatic __inline int arch_atomic_dec_return(int *v)\n{\n return arch_atomic_sub_return(v, 1);\n}\n\nstatic __inline void arch_atomic_add(int *v, int i)\n{\n arch_atomic_add_return(v, i);\n}\n\nstatic __inline void arch_atomic_sub(int *v, int i)\n{\n arch_atomic_sub_return(v, i);\n}\n\nstatic __inline void arch_atomic_and(int *v, int i)\n{\n arch_atomic_and_return(v, i);\n}\n\nstatic __inline void arch_atomic_or(int *v, int i)\n{\n arch_atomic_or_return(v, i);\n}\n\nstatic __inline void arch_atomic_xor(int *v, int i)\n{\n arch_atomic_xor_return(v, i);\n}\n\nstatic __inline void arch_atomic_nand(int *v, int i)\n{\n arch_atomic_nand_return(v, i);\n}\n\nstatic __inline void arch_atomic_inc(int *v)\n{\n arch_atomic_add_return(v, 1);\n}\n\nstatic __inline void arch_atomic_dec(int *v)\n{\n arch_atomic_sub_return(v, 1);\n}\n\nint arch_atomic_xchg(int *v, int i);\nint arch_atomic_cmpxchg(int *v, int old, int new_v);\n\nvoid arch_atomic_clear_mask(uint32_t *addr, uint32_t mask);\nvoid arch_atomic_set_mask(uint32_t *addr, uint32_t mask);\n\n#endif /* _UTIL_ATOMIC_H_ */\n"
(comment) "/*\n * Copyright (C) 2017 XRADIO TECHNOLOGY CO., LTD. All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without\n * modification, are permitted provided that the following conditions\n * are met:\n * 1. Redistributions of source code must retain the above copyright\n * notice, this list of conditions and the following disclaimer.\n * 2. Redistributions in binary form must reproduce the above copyright\n * notice, this list of conditions and the following disclaimer in the\n * documentation and/or other materials provided with the\n * distribution.\n * 3. Neither the name of XRADIO TECHNOLOGY CO., LTD. nor the names of\n * its contributors may be used to endorse or promote products derived\n * from this software without specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS\n * "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT\n * LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR\n * A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT\n * OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,\n * SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT\n * LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,\n * DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY\n * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\n * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n */"
(preproc_ifdef) "#ifndef _UTIL_ATOMIC_H_\n#define _UTIL_ATOMIC_H_\n\n#include <stdint.h>\n#include "compiler.h"\n\nstatic __inline int arch_atomic_read(volatile int *v)\n{\n return (*v);\n}\n\nstatic __inline int arch_atomic_set(volatile int *v, int i)\n{\n *v = i;\n return i;\n}\n\nint arch_atomic_add_return(int *v, int i);\nint arch_atomic_sub_return(int *v, int i);\nint arch_atomic_and_return(int *v, int i);\nint arch_atomic_or_return(int *v, int i);\nint arch_atomic_xor_return(int *v, int i);\nint arch_atomic_nand_return(int *v, int i);\n\nstatic __inline int arch_atomic_inc_return(int *v)\n{\n return arch_atomic_add_return(v, 1);\n}\n\nstatic __inline int arch_atomic_dec_return(int *v)\n{\n return arch_atomic_sub_return(v, 1);\n}\n\nstatic __inline void arch_atomic_add(int *v, int i)\n{\n arch_atomic_add_return(v, i);\n}\n\nstatic __inline void arch_atomic_sub(int *v, int i)\n{\n arch_atomic_sub_return(v, i);\n}\n\nstatic __inline void arch_atomic_and(int *v, int i)\n{\n arch_atomic_and_return(v, i);\n}\n\nstatic __inline void arch_atomic_or(int *v, int i)\n{\n arch_atomic_or_return(v, i);\n}\n\nstatic __inline void arch_atomic_xor(int *v, int i)\n{\n arch_atomic_xor_return(v, i);\n}\n\nstatic __inline void arch_atomic_nand(int *v, int i)\n{\n arch_atomic_nand_return(v, i);\n}\n\nstatic __inline void arch_atomic_inc(int *v)\n{\n arch_atomic_add_return(v, 1);\n}\n\nstatic __inline void arch_atomic_dec(int *v)\n{\n arch_atomic_sub_return(v, 1);\n}\n\nint arch_atomic_xchg(int *v, int i);\nint arch_atomic_cmpxchg(int *v, int old, int new_v);\n\nvoid arch_atomic_clear_mask(uint32_t *addr, uint32_t mask);\nvoid arch_atomic_set_mask(uint32_t *addr, uint32_t mask);\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "_UTIL_ATOMIC_H_"
(preproc_def) "#define _UTIL_ATOMIC_H_\n"
(#define) "#define"
(identifier) "_UTIL_ATOMIC_H_"
(preproc_include) "#include <stdint.h>\n"
(#include) "#include"
(system_lib_string) "<stdint.h>"
(preproc_include) "#include "compiler.h"\n"
(#include) "#include"
(string_literal) ""compiler.h""
(") """
(string_content) "compiler.h"
(") """
(function_definition) "static __inline int arch_atomic_read(volatile int *v)\n{\n return (*v);\n}"
(storage_class_specifier) "static"
(static) "static"
(storage_class_specifier) "__inline"
(__inline) "__inline"
(primitive_type) "int"
(function_declarator) "arch_atomic_read(volatile int *v)"
(identifier) "arch_atomic_read"
(parameter_list) "(volatile int *v)"
(() "("
(parameter_declaration) "volatile int *v"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "int"
(pointer_declarator) "*v"
(*) "*"
(identifier) "v"
()) ")"
(compound_statement) "{\n return (*v);\n}"
({) "{"
(return_statement) "return (*v);"
(return) "return"
(parenthesized_expression) "(*v)"
(() "("
(pointer_expression) "*v"
(*) "*"
(identifier) "v"
()) ")"
(;) ";"
(}) "}"
(function_definition) "static __inline int arch_atomic_set(volatile int *v, int i)\n{\n *v = i;\n return i;\n}"
(storage_class_specifier) "static"
(static) "static"
(storage_class_specifier) "__inline"
(__inline) "__inline"
(primitive_type) "int"
(function_declarator) "arch_atomic_set(volatile int *v, int i)"
(identifier) "arch_atomic_set"
(parameter_list) "(volatile int *v, int i)"
(() "("
(parameter_declaration) "volatile int *v"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "int"
(pointer_declarator) "*v"
(*) "*"
(identifier) "v"
(,) ","
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(#endif) "#endif"
(comment) "/* _UTIL_ATOMIC_H_ */"
| 576
| 0
|
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*v)\n{\n\treturn arch_atomic_sub_return(v, 1);\n}\n\nstatic __inline void arch_atomic_add(int *v, int i)\n{\n\tarch_atomic_add_return(v, i);\n}\n\nstatic __inline void arch_atomic_sub(int *v, int i)\n{\n\tarch_atomic_sub_return(v, i);\n}\n\nstatic __inline void arch_atomic_and(int *v, int i)\n{\n\tarch_atomic_and_return(v, i);\n}\n\nstatic __inline void arch_atomic_or(int *v, int i)\n{\n\tarch_atomic_or_return(v, i);\n}\n\nstatic __inline void arch_atomic_xor(int *v, int i)\n{\n\tarch_atomic_xor_return(v, i);\n}\n\nstatic __inline void arch_atomic_nand(int *v, int i)\n{\n\tarch_atomic_nand_return(v, i);\n}\n\nstatic __inline void arch_atomic_inc(int *v)\n{\n\tarch_atomic_add_return(v, 1);\n}\n\nstatic __inline void arch_atomic_dec(int *v)\n{\n\tarch_atomic_sub_return(v, 1);\n}\n\nint arch_atomic_xchg(int *v, int i);\nint arch_atomic_cmpxchg(int *v, int old, int new_v);\n\nvoid arch_atomic_clear_mask(uint32_t *addr, uint32_t mask);\nvoid arch_atomic_set_mask(uint32_t *addr, uint32_t 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"addr", "parent": 360, "children": [], "start_point": {"row": 106, "column": 38}, "end_point": {"row": 106, "column": 42}}, {"id": 363, "type": "parameter_declaration", "text": "uint32_t mask", "parent": 357, "children": [364, 365], "start_point": {"row": 106, "column": 44}, "end_point": {"row": 106, "column": 57}}, {"id": 364, "type": "primitive_type", "text": "uint32_t", "parent": 363, "children": [], "start_point": {"row": 106, "column": 44}, "end_point": {"row": 106, "column": 52}}, {"id": 365, "type": "identifier", "text": "mask", "parent": 363, "children": [], "start_point": {"row": 106, "column": 53}, "end_point": {"row": 106, "column": 57}}, {"id": 366, "type": "declaration", "text": "void arch_atomic_set_mask(uint32_t *addr, uint32_t mask);", "parent": 0, "children": [367, 368], "start_point": {"row": 107, "column": 0}, "end_point": {"row": 107, "column": 57}}, {"id": 367, "type": "primitive_type", "text": "void", "parent": 366, "children": [], "start_point": {"row": 107, "column": 0}, "end_point": {"row": 107, "column": 4}}, {"id": 368, "type": "function_declarator", "text": "arch_atomic_set_mask(uint32_t *addr, uint32_t mask)", "parent": 366, "children": [369, 370], "start_point": {"row": 107, "column": 5}, "end_point": {"row": 107, "column": 56}}, {"id": 369, "type": "identifier", "text": "arch_atomic_set_mask", "parent": 368, "children": [], "start_point": {"row": 107, "column": 5}, "end_point": {"row": 107, "column": 25}}, {"id": 370, "type": "parameter_list", "text": "(uint32_t *addr, uint32_t mask)", "parent": 368, "children": [371, 376], "start_point": {"row": 107, "column": 25}, "end_point": {"row": 107, "column": 56}}, {"id": 371, "type": "parameter_declaration", "text": "uint32_t *addr", "parent": 370, "children": [372, 373], "start_point": {"row": 107, "column": 26}, "end_point": {"row": 107, "column": 40}}, {"id": 372, "type": "primitive_type", "text": "uint32_t", "parent": 371, "children": [], "start_point": {"row": 107, "column": 26}, "end_point": {"row": 107, "column": 34}}, {"id": 373, "type": "pointer_declarator", "text": "*addr", "parent": 371, "children": [374, 375], "start_point": {"row": 107, "column": 35}, "end_point": {"row": 107, "column": 40}}, {"id": 374, "type": "*", "text": "*", "parent": 373, "children": [], "start_point": {"row": 107, "column": 35}, "end_point": {"row": 107, "column": 36}}, {"id": 375, "type": "identifier", "text": "addr", "parent": 373, "children": [], "start_point": {"row": 107, "column": 36}, "end_point": {"row": 107, "column": 40}}, {"id": 376, "type": "parameter_declaration", "text": "uint32_t mask", "parent": 370, "children": [377, 378], "start_point": {"row": 107, "column": 42}, "end_point": {"row": 107, "column": 55}}, {"id": 377, "type": "primitive_type", "text": "uint32_t", "parent": 376, "children": [], "start_point": {"row": 107, "column": 42}, "end_point": {"row": 107, "column": 50}}, {"id": 378, "type": "identifier", "text": "mask", "parent": 376, "children": [], "start_point": {"row": 107, "column": 51}, "end_point": {"row": 107, "column": 55}}, {"id": 379, "type": "#endif", "text": "#endif", "parent": 0, "children": [], "start_point": {"row": 109, "column": 0}, "end_point": {"row": 109, "column": 6}}]}, "node_categories": {"declarations": {"functions": [12, 16, 31, 35, 58, 71, 84, 97, 110, 123, 134, 138, 152, 156, 170, 174, 190, 194, 210, 214, 230, 234, 250, 254, 270, 274, 290, 294, 307, 311, 326, 339, 355, 368], "variables": [19, 38, 45, 56, 61, 66, 69, 74, 79, 82, 87, 92, 95, 100, 105, 108, 113, 118, 121, 126, 131, 141, 159, 177, 182, 197, 202, 217, 222, 237, 242, 257, 262, 277, 282, 297, 314, 324, 329, 334, 337, 342, 347, 350, 353, 358, 363, 366, 371, 376], "classes": [13, 32, 135, 153, 171, 191, 211, 231, 251, 271, 291, 308], "imports": [6, 7, 9, 10], "modules": [], "enums": []}, "statements": {"expressions": [27, 28, 49, 147, 165, 185, 205, 225, 245, 265, 285, 302, 319], "assignments": [48], "loops": [], "conditionals": [0, 1, 2, 5, 17, 20, 25, 30, 36, 39, 44, 47, 51, 53, 55, 59, 65, 68, 72, 78, 81, 85, 91, 94, 98, 104, 107, 111, 117, 120, 124, 130, 133, 139, 145, 148, 150, 157, 163, 166, 168, 175, 181, 184, 186, 188, 189, 195, 201, 204, 206, 208, 209, 215, 221, 224, 226, 228, 229, 235, 241, 244, 246, 248, 249, 255, 261, 264, 266, 268, 269, 275, 281, 284, 286, 288, 289, 295, 301, 303, 305, 312, 318, 320, 322, 327, 333, 336, 340, 346, 349, 352, 356, 362, 365, 369, 375, 378, 379], "returns": [26, 54, 146, 164], "exceptions": []}, "expressions": {"calls": [], "literals": [8, 11, 151, 169, 306, 323], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 12, "universal_type": "function", "name": "arch_atomic_read", "text_snippet": "static __inline int arch_atomic_read(volatile int *v)\n{\n\treturn (*v);\n}"}, {"node_id": 16, "universal_type": "function", "name": "*v)", "text_snippet": "arch_atomic_read(volatile int *v)"}, {"node_id": 31, "universal_type": "function", "name": "arch_atomic_set", "text_snippet": "static __inline int arch_atomic_set(volatile int *v, int i)\n{\n\t*v = i;\n\treturn i;\n}"}, {"node_id": 35, "universal_type": "function", "name": "*v,", "text_snippet": "arch_atomic_set(volatile int *v, int i)"}, {"node_id": 58, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_add_return(int *v, int i)"}, {"node_id": 71, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_sub_return(int *v, int i)"}, {"node_id": 84, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_and_return(int *v, int i)"}, {"node_id": 97, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_or_return(int *v, int i)"}, {"node_id": 110, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_xor_return(int *v, int i)"}, {"node_id": 123, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_nand_return(int *v, int i)"}, {"node_id": 134, "universal_type": "function", "name": "arch_atomic_inc_return", "text_snippet": "static __inline int arch_atomic_inc_return(int *v)\n{\n\treturn arch_atomic_add_return(v, 1);\n}"}, {"node_id": 138, "universal_type": "function", "name": "unknown", "text_snippet": "arch_atomic_inc_return(int *v)"}, {"node_id": 152, "universal_type": "function", "name": "arch_atomic_dec_return", "text_snippet": "static __inline int arch_atomic_dec_return(int *v)\n{\n\treturn arch_atomic_sub_return(v, 1);\n}"}, {"node_id": 156, "universal_type": "function", "name": "unknown", "text_snippet": "arch_atomic_dec_return(int *v)"}, {"node_id": 170, "universal_type": "function", "name": "arch_atomic_add", "text_snippet": "static __inline void arch_atomic_add(int *v, int i)\n{\n\tarch_atomic_add_return(v, i);\n}"}, {"node_id": 174, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_add(int *v, int i)"}, {"node_id": 190, "universal_type": "function", "name": "arch_atomic_sub", "text_snippet": "static __inline void arch_atomic_sub(int *v, int i)\n{\n\tarch_atomic_sub_return(v, i);\n}"}, {"node_id": 194, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_sub(int *v, int i)"}, {"node_id": 210, "universal_type": "function", "name": "arch_atomic_and", "text_snippet": "static __inline void arch_atomic_and(int *v, int i)\n{\n\tarch_atomic_and_return(v, i);\n}"}, {"node_id": 214, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_and(int *v, int i)"}, {"node_id": 230, "universal_type": "function", "name": "arch_atomic_or", "text_snippet": "static __inline void arch_atomic_or(int *v, int i)\n{\n\tarch_atomic_or_return(v, i);\n}"}, {"node_id": 234, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_or(int *v, int i)"}, {"node_id": 250, "universal_type": "function", "name": "arch_atomic_xor", "text_snippet": "static __inline void arch_atomic_xor(int *v, int i)\n{\n\tarch_atomic_xor_return(v, i);\n}"}, {"node_id": 254, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_xor(int *v, int i)"}, {"node_id": 270, "universal_type": "function", "name": "arch_atomic_nand", "text_snippet": "static __inline void arch_atomic_nand(int *v, int i)\n{\n\tarch_atomic_nand_return(v, i);\n}"}, {"node_id": 274, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_nand(int *v, int i)"}, {"node_id": 290, "universal_type": "function", "name": "arch_atomic_inc", "text_snippet": "static __inline void arch_atomic_inc(int *v)\n{\n\tarch_atomic_add_return(v, 1);\n}"}, {"node_id": 294, "universal_type": "function", "name": "unknown", "text_snippet": "arch_atomic_inc(int *v)"}, {"node_id": 307, "universal_type": "function", "name": "arch_atomic_dec", "text_snippet": "static __inline void arch_atomic_dec(int *v)\n{\n\tarch_atomic_sub_return(v, 1);\n}"}, {"node_id": 311, "universal_type": "function", "name": "unknown", "text_snippet": "arch_atomic_dec(int *v)"}, {"node_id": 326, "universal_type": "function", "name": "i)", "text_snippet": "arch_atomic_xchg(int *v, int i)"}, {"node_id": 339, "universal_type": "function", "name": "old,", "text_snippet": "arch_atomic_cmpxchg(int *v, int old, int new_v)"}, {"node_id": 355, "universal_type": "function", "name": "unknown", "text_snippet": "arch_atomic_clear_mask(uint32_t *addr, uint32_t mask)"}, {"node_id": 368, "universal_type": "function", "name": "unknown", "text_snippet": "arch_atomic_set_mask(uint32_t *addr, uint32_t mask)"}], "class_declarations": [{"node_id": 13, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}, {"node_id": 32, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}, {"node_id": 135, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}, {"node_id": 153, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}, {"node_id": 171, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}, {"node_id": 191, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}, {"node_id": 211, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}, {"node_id": 231, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}, {"node_id": 251, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}, {"node_id": 271, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}, {"node_id": 291, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}, {"node_id": 308, "universal_type": "class", "name": "unknown", "text_snippet": "__inline"}], "import_statements": [{"node_id": 6, "text": "#include <stdint.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"compiler.h\"\n"}, {"node_id": 10, "text": "#include"}]}, "original_source_code": "/*\n * Copyright (C) 2017 XRADIO TECHNOLOGY CO., LTD. All rights reserved.\n *\n * Redistribution and use in source and binary forms, with or without\n * modification, are permitted provided that the following conditions\n * are met:\n * 1. Redistributions of source code must retain the above copyright\n * notice, this list of conditions and the following disclaimer.\n * 2. Redistributions in binary form must reproduce the above copyright\n * notice, this list of conditions and the following disclaimer in the\n * documentation and/or other materials provided with the\n * distribution.\n * 3. Neither the name of XRADIO TECHNOLOGY CO., LTD. nor the names of\n * its contributors may be used to endorse or promote products derived\n * from this software without specific prior written permission.\n *\n * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS\n * \"AS IS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT\n * LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR\n * A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT\n * OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,\n * SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT\n * LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,\n * DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY\n * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\n * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n */\n\n#ifndef _UTIL_ATOMIC_H_\n#define _UTIL_ATOMIC_H_\n\n#include <stdint.h>\n#include \"compiler.h\"\n\nstatic __inline int arch_atomic_read(volatile int *v)\n{\n\treturn (*v);\n}\n\nstatic __inline int arch_atomic_set(volatile int *v, int i)\n{\n\t*v = i;\n\treturn i;\n}\n\nint arch_atomic_add_return(int *v, int i);\nint arch_atomic_sub_return(int *v, int i);\nint arch_atomic_and_return(int *v, int i);\nint arch_atomic_or_return(int *v, int i);\nint arch_atomic_xor_return(int *v, int i);\nint arch_atomic_nand_return(int *v, int i);\n\nstatic __inline int arch_atomic_inc_return(int *v)\n{\n\treturn arch_atomic_add_return(v, 1);\n}\n\nstatic __inline int arch_atomic_dec_return(int *v)\n{\n\treturn arch_atomic_sub_return(v, 1);\n}\n\nstatic __inline void arch_atomic_add(int *v, int i)\n{\n\tarch_atomic_add_return(v, i);\n}\n\nstatic __inline void arch_atomic_sub(int *v, int i)\n{\n\tarch_atomic_sub_return(v, i);\n}\n\nstatic __inline void arch_atomic_and(int *v, int i)\n{\n\tarch_atomic_and_return(v, i);\n}\n\nstatic __inline void arch_atomic_or(int *v, int i)\n{\n\tarch_atomic_or_return(v, i);\n}\n\nstatic __inline void arch_atomic_xor(int *v, int i)\n{\n\tarch_atomic_xor_return(v, i);\n}\n\nstatic __inline void arch_atomic_nand(int *v, int i)\n{\n\tarch_atomic_nand_return(v, i);\n}\n\nstatic __inline void arch_atomic_inc(int *v)\n{\n\tarch_atomic_add_return(v, 1);\n}\n\nstatic __inline void arch_atomic_dec(int *v)\n{\n\tarch_atomic_sub_return(v, 1);\n}\n\nint arch_atomic_xchg(int *v, int i);\nint arch_atomic_cmpxchg(int *v, int old, int new_v);\n\nvoid arch_atomic_clear_mask(uint32_t *addr, uint32_t mask);\nvoid arch_atomic_set_mask(uint32_t *addr, uint32_t mask);\n\n#endif /* _UTIL_ATOMIC_H_ */\n"}
| 227
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c
|
//
// Level.h
// Hexagon
//
// Created by <NAME> on 7/12/15.
// Copyright (c) 2015 Chi Corp. All rights reserved.
//
#import <SpriteKit/SpriteKit.h>
#import "Tile.h"
#import "CajunAlert.h"
#import "ColorUtil.h"
#import "StringUtil.h"
@interface Level : NSObject
{
SKScene *scene;
NSString *level_id;
long level_height;
long level_width;
long screen_height;
long screen_width;
}
-(instancetype) initWithData:(NSArray *) data;
-(NSMutableArray *)getBlocks;
-(BOOL)isLevelWon;
-(BOOL)isLevelLost;
-(void)touchLogicWithTouch:(UITouch *)touch;
@property NSMutableArray *levelDesign;
@property NSMutableArray *tileDesign;
@end
| 20.26
| 31
|
(translation_unit) "//\n// Level.h\n// Hexagon\n//\n// Created by <NAME> on 7/12/15.\n// Copyright (c) 2015 Chi Corp. All rights reserved.\n//\n\n#import <SpriteKit/SpriteKit.h>\n#import "Tile.h"\n#import "CajunAlert.h"\n#import "ColorUtil.h"\n#import "StringUtil.h"\n\n@interface Level : NSObject\n{\n SKScene *scene;\n NSString *level_id;\n \n long level_height;\n long level_width;\n \n long screen_height;\n long screen_width;\n}\n\n-(instancetype) initWithData:(NSArray *) data;\n-(NSMutableArray *)getBlocks;\n-(BOOL)isLevelWon;\n-(BOOL)isLevelLost;\n\n-(void)touchLogicWithTouch:(UITouch *)touch;\n\n@property NSMutableArray *levelDesign;\n@property NSMutableArray *tileDesign;\n\n@end\n"
(comment) "//"
(comment) "// Level.h"
(comment) "// Hexagon"
(comment) "//"
(comment) "// Created by <NAME> on 7/12/15."
(comment) "// Copyright (c) 2015 Chi Corp. All rights reserved."
(comment) "//"
(preproc_call) "#import <SpriteKit/SpriteKit.h>\n"
(preproc_directive) "#import"
(preproc_arg) "<SpriteKit/SpriteKit.h>"
(preproc_call) "#import "Tile.h"\n"
(preproc_directive) "#import"
(preproc_arg) ""Tile.h""
(preproc_call) "#import "CajunAlert.h"\n"
(preproc_directive) "#import"
(preproc_arg) ""CajunAlert.h""
(preproc_call) "#import "ColorUtil.h"\n"
(preproc_directive) "#import"
(preproc_arg) ""ColorUtil.h""
(preproc_call) "#import "StringUtil.h"\n"
(preproc_directive) "#import"
(preproc_arg) ""StringUtil.h""
(ERROR) "@"
(ERROR) "@"
(function_definition) "interface Level : NSObject\n{\n SKScene *scene;\n NSString *level_id;\n \n long level_height;\n long level_width;\n \n long screen_height;\n long screen_width;\n}"
(type_identifier) "interface"
(ERROR) "Level :"
(identifier) "Level"
(:) ":"
(identifier) "NSObject"
(compound_statement) "{\n SKScene *scene;\n NSString *level_id;\n \n long level_height;\n long level_width;\n \n long screen_height;\n long screen_width;\n}"
({) "{"
(declaration) "SKScene *scene;"
(type_identifier) "SKScene"
(pointer_declarator) "*scene"
(*) "*"
(identifier) "scene"
(;) ";"
(declaration) "NSString *level_id;"
(type_identifier) "NSString"
(pointer_declarator) "*level_id"
(*) "*"
(identifier) "level_id"
(;) ";"
(declaration) "long level_height;"
(sized_type_specifier) "long"
(long) "long"
(identifier) "level_height"
(;) ";"
(declaration) "long level_width;"
(sized_type_specifier) "long"
(long) "long"
(identifier) "level_width"
(;) ";"
(declaration) "long screen_height;"
(sized_type_specifier) "long"
(long) "long"
(identifier) "screen_height"
(;) ";"
(declaration) "long screen_width;"
(sized_type_specifier) "long"
(long) "long"
(identifier) "screen_width"
(;) ";"
(}) "}"
(expression_statement) "-(instancetype) initWithData:(NSArray *) data;"
(update_expression) "-(instancetype) initWithData:(NSArray *) data"
(binary_expression) "-(instancetype) initWithData:(NSArray *) data"
(unary_expression) "-(instancetype) initWithData"
(-) "-"
(cast_expression) "(instancetype) initWithData"
(() "("
(type_descriptor) "instancetype"
(type_identifier) "instancetype"
()) ")"
(identifier) "initWithData"
(ERROR) ":(NSArray"
(:) ":"
(() "("
(identifier) "NSArray"
(*) "*"
(ERROR) ")"
()) ")"
(identifier) "data"
(--) ""
(;) ";"
(expression_statement) "-(NSMutableArray *)getBlocks;"
(unary_expression) "-(NSMutableArray *)getBlocks"
(-) "-"
(cast_expression) "(NSMutableArray *)getBlocks"
(() "("
(type_descriptor) "NSMutableArray *"
(type_identifier) "NSMutableArray"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(identifier) "getBlocks"
(;) ";"
(expression_statement) "-(BOOL)isLevelWon;"
(unary_expression) "-(BOOL)isLevelWon"
(-) "-"
(cast_expression) "(BOOL)isLevelWon"
(() "("
(type_descriptor) "BOOL"
(type_identifier) "BOOL"
()) ")"
(identifier) "isLevelWon"
(;) ";"
(expression_statement) "-(BOOL)isLevelLost;"
(unary_expression) "-(BOOL)isLevelLost"
(-) "-"
(cast_expression) "(BOOL)isLevelLost"
(() "("
(type_descriptor) "BOOL"
(type_identifier) "BOOL"
()) ")"
(identifier) "isLevelLost"
(;) ";"
(ERROR) "-(void)touchLogicWithTouch:(UITouch *)touch;\n\n@"
(binary_expression) "-(void)touchLogicWithTouch:(UITouch *)touch"
(unary_expression) "-(void)touchLogicWithTouch"
(-) "-"
(cast_expression) "(void)touchLogicWithTouch"
(() "("
(type_descriptor) "void"
(primitive_type) "void"
()) ")"
(identifier) "touchLogicWithTouch"
(ERROR) ":(UITouch"
(:) ":"
(() "("
(identifier) "UITouch"
(*) "*"
(ERROR) ")"
()) ")"
(identifier) "touch"
(;) ";"
(ERROR) "@"
(declaration) "property NSMutableArray"
(type_identifier) "property"
(identifier) "NSMutableArray"
(;) ""
(expression_statement) "*levelDesign;"
(pointer_expression) "*levelDesign"
(*) "*"
(identifier) "levelDesign"
(;) ";"
(ERROR) "@"
(ERROR) "@"
(declaration) "property NSMutableArray"
(type_identifier) "property"
(identifier) "NSMutableArray"
(;) ""
(expression_statement) "*tileDesign;"
(pointer_expression) "*tileDesign"
(*) "*"
(identifier) "tileDesign"
(;) ";"
(ERROR) "@"
(ERROR) "@"
(expression_statement) "end"
(identifier) "end"
(;) ""
| 164
| 13
|
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"unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 17, "universal_type": "function", "name": "Level", "text_snippet": "interface Level : NSObject\n{\n SKScene *scene;\n NSString *level_id;\n \n long level_height;"}], "class_declarations": [], "import_statements": []}, "original_source_code": "//\n// Level.h\n// Hexagon\n//\n// Created by <NAME> on 7/12/15.\n// Copyright (c) 2015 Chi Corp. All rights reserved.\n//\n\n#import <SpriteKit/SpriteKit.h>\n#import \"Tile.h\"\n#import \"CajunAlert.h\"\n#import \"ColorUtil.h\"\n#import \"StringUtil.h\"\n\n@interface Level : NSObject\n{\n SKScene *scene;\n NSString *level_id;\n \n long level_height;\n long level_width;\n \n long screen_height;\n long screen_width;\n}\n\n-(instancetype) initWithData:(NSArray *) data;\n-(NSMutableArray *)getBlocks;\n-(BOOL)isLevelWon;\n-(BOOL)isLevelLost;\n\n-(void)touchLogicWithTouch:(UITouch *)touch;\n\n@property NSMutableArray *levelDesign;\n@property NSMutableArray *tileDesign;\n\n@end\n"}
| 228
|
c
|
// SPDX-License-Identifier: BSD-3-Clause
// Copyright (c) 2020 <NAME>
// All rights reserved.
#pragma once
#include <djvGL/Enum.h>
#include <djvCore/RapidJSONFunc.h>
#include <sstream>
#include <vector>
namespace djv
{
namespace GL
{
DJV_ENUM_HELPERS(SwapInterval);
} // namespace UI
DJV_ENUM_SERIALIZE_HELPERS(GL::SwapInterval);
rapidjson::Value toJSON(GL::SwapInterval, rapidjson::Document::AllocatorType&);
//! Throws:
//! - std::exception
void fromJSON(const rapidjson::Value&, GL::SwapInterval&);
} // namespace djv
| 27.05
| 20
|
(translation_unit) "// SPDX-License-Identifier: BSD-3-Clause\n// Copyright (c) 2020 <NAME>\n// All rights reserved.\n\n#pragma once\n\n#include <djvGL/Enum.h>\n\n#include <djvCore/RapidJSONFunc.h>\n\n#include <sstream>\n#include <vector>\n\nnamespace djv\n{\n namespace GL\n {\n DJV_ENUM_HELPERS(SwapInterval);\n\n } // namespace UI\n\n DJV_ENUM_SERIALIZE_HELPERS(GL::SwapInterval);\n\n rapidjson::Value toJSON(GL::SwapInterval, rapidjson::Document::AllocatorType&);\n\n //! Throws:\n //! - std::exception\n void fromJSON(const rapidjson::Value&, GL::SwapInterval&);\n\n} // namespace djv\n\n"
(comment) "// SPDX-License-Identifier: BSD-3-Clause"
(comment) "// Copyright (c) 2020 <NAME>"
(comment) "// All rights reserved."
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(preproc_include) "#include <djvGL/Enum.h>\n"
(#include) "#include"
(system_lib_string) "<djvGL/Enum.h>"
(preproc_include) "#include <djvCore/RapidJSONFunc.h>\n"
(#include) "#include"
(system_lib_string) "<djvCore/RapidJSONFunc.h>"
(preproc_include) "#include <sstream>\n"
(#include) "#include"
(system_lib_string) "<sstream>"
(preproc_include) "#include <vector>\n"
(#include) "#include"
(system_lib_string) "<vector>"
(function_definition) "namespace djv\n{\n namespace GL\n {\n DJV_ENUM_HELPERS(SwapInterval);\n\n } // namespace UI\n\n DJV_ENUM_SERIALIZE_HELPERS(GL::SwapInterval);\n\n rapidjson::Value toJSON(GL::SwapInterval, rapidjson::Document::AllocatorType&);\n\n //! Throws:\n //! - std::exception\n void fromJSON(const rapidjson::Value&, GL::SwapInterval&);\n\n}"
(type_identifier) "namespace"
(identifier) "djv"
(compound_statement) "{\n namespace GL\n {\n DJV_ENUM_HELPERS(SwapInterval);\n\n } // namespace UI\n\n DJV_ENUM_SERIALIZE_HELPERS(GL::SwapInterval);\n\n rapidjson::Value toJSON(GL::SwapInterval, rapidjson::Document::AllocatorType&);\n\n //! Throws:\n //! - std::exception\n void fromJSON(const rapidjson::Value&, GL::SwapInterval&);\n\n}"
({) "{"
(function_definition) "namespace GL\n {\n DJV_ENUM_HELPERS(SwapInterval);\n\n }"
(type_identifier) "namespace"
(identifier) "GL"
(compound_statement) "{\n DJV_ENUM_HELPERS(SwapInterval);\n\n }"
({) "{"
(expression_statement) "DJV_ENUM_HELPERS(SwapInterval);"
(call_expression) "DJV_ENUM_HELPERS(SwapInterval)"
(identifier) "DJV_ENUM_HELPERS"
(argument_list) "(SwapInterval)"
(() "("
(identifier) "SwapInterval"
()) ")"
(;) ";"
(}) "}"
(comment) "// namespace UI"
(macro_type_specifier) "DJV_ENUM_SERIALIZE_HELPERS(GL::SwapInterval)"
(identifier) "DJV_ENUM_SERIALIZE_HELPERS"
(() "("
(ERROR) "GL::"
(type_descriptor) "GL"
(type_identifier) "GL"
(:) ":"
(:) ":"
(type_descriptor) "SwapInterval"
(type_identifier) "SwapInterval"
()) ")"
(;) ";"
(labeled_statement) "rapidjson::Value toJSON(GL::SwapInterval, rapidjson::Document::AllocatorType&);"
(statement_identifier) "rapidjson"
(ERROR) "::Value toJSON(GL::SwapInterval, rapidjson:"
(:) ":"
(:) ":"
(type_identifier) "Value"
(identifier) "toJSON"
(() "("
(type_identifier) "GL"
(:) ":"
(:) ":"
(comma_expression) "SwapInterval, rapidjson"
(identifier) "SwapInterval"
(,) ","
(identifier) "rapidjson"
(:) ":"
(:) ":"
(labeled_statement) "Document::AllocatorType&);"
(statement_identifier) "Document"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "AllocatorType&);"
(identifier) "AllocatorType"
(ERROR) "&)"
(&) "&"
()) ")"
(;) ";"
(comment) "//! Throws:"
(comment) "//! - std::exception"
(declaration) "void fromJSON(const rapidjson::Value&, GL::SwapInterval&);"
(primitive_type) "void"
(function_declarator) "fromJSON(const rapidjson::Value&, GL::SwapInterval&)"
(identifier) "fromJSON"
(parameter_list) "(const rapidjson::Value&, GL::SwapInterval&)"
(() "("
(parameter_declaration) "const rapidjson::Value"
(type_qualifier) "const"
(const) "const"
(type_identifier) "rapidjson"
(ERROR) "::"
(:) ":"
(:) ":"
(identifier) "Value"
(ERROR) "&"
(&) "&"
(,) ","
(parameter_declaration) "GL::SwapInterval"
(type_identifier) "GL"
(ERROR) "::"
(:) ":"
(:) ":"
(identifier) "SwapInterval"
(ERROR) "&"
(&) "&"
()) ")"
(;) ";"
(}) "}"
(comment) "// namespace djv"
| 110
| 8
|
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Throws:\n //! - std::exception\n void fromJSON(const rapidjson::Value&, GL::SwapInterval&);\n\n}", "parent": null, "children": [16, 17], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 29, "column": 1}}, {"id": 16, "type": "type_identifier", "text": "namespace", "parent": 15, "children": [], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 13, "column": 9}}, {"id": 17, "type": "identifier", "text": "djv", "parent": 15, "children": [], "start_point": {"row": 13, "column": 10}, "end_point": {"row": 13, "column": 13}}, {"id": 18, "type": "function_definition", "text": "namespace GL\n {\n DJV_ENUM_HELPERS(SwapInterval);\n\n }", "parent": 15, "children": [19, 20], "start_point": {"row": 15, "column": 4}, "end_point": {"row": 19, "column": 5}}, {"id": 19, "type": "type_identifier", "text": "namespace", "parent": 18, "children": [], "start_point": {"row": 15, "column": 4}, "end_point": {"row": 15, "column": 13}}, {"id": 20, "type": "identifier", "text": "GL", 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SPDX-License-Identifier: BSD-3-Clause\n// Copyright (c) 2020 <NAME>\n// All rights reserved.\n\n#pragma once\n\n#include <djvGL/Enum.h>\n\n#include <djvCore/RapidJSONFunc.h>\n\n#include <sstream>\n#include <vector>\n\nnamespace djv\n{\n namespace GL\n {\n DJV_ENUM_HELPERS(SwapInterval);\n\n } // namespace UI\n\n DJV_ENUM_SERIALIZE_HELPERS(GL::SwapInterval);\n\n rapidjson::Value toJSON(GL::SwapInterval, rapidjson::Document::AllocatorType&);\n\n //! Throws:\n //! - std::exception\n void fromJSON(const rapidjson::Value&, GL::SwapInterval&);\n\n} // namespace djv\n\n"}
| 229
|
c
|
//
// ScrollDragView.h
// HorizontalScrollDrag
//
// Created by Simay on 16/4/28.
// Copyright © 2016年 Simay. All rights reserved.
//
#import <UIKit/UIKit.h>
@interface ScrollDragView : UIScrollView
@property (nonatomic, assign) CGSize itemSize;
@property (nonatomic, assign) UIEdgeInsets itemInsert;//上下左右margin
@property (nonatomic, assign) CGFloat spacingWidth; //间距大小
@property (nonatomic, assign,readonly) NSUInteger itemCount; //item数量
@property (nonatomic, assign) BOOL isHaveAddButton;
@property (nonatomic, strong ,readonly) UIButton *addItemButton;
//- (void)addImage:(UIImage *)image;
- (void)addItem:(UIView *)item;
//- (void)addImage:(UIImage *)image;
//- (void)insertImage:(UIImage *)image atIndex:(NSUInteger)index;
@end
| 36.85
| 20
|
(translation_unit) "//\n// ScrollDragView.h\n// HorizontalScrollDrag\n//\n// Created by Simay on 16/4/28.\n// Copyright © 2016年 Simay. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@interface ScrollDragView : UIScrollView\n\n@property (nonatomic, assign) CGSize itemSize;\n@property (nonatomic, assign) UIEdgeInsets itemInsert;//上下左右margin\n@property (nonatomic, assign) CGFloat spacingWidth; //间距大小\n@property (nonatomic, assign,readonly) NSUInteger itemCount; //item数量\n@property (nonatomic, assign) BOOL isHaveAddButton;\n@property (nonatomic, strong ,readonly) UIButton *addItemButton;\n\n//- (void)addImage:(UIImage *)image;\n- (void)addItem:(UIView *)item;\n\n//- (void)addImage:(UIImage *)image;\n//- (void)insertImage:(UIImage *)image atIndex:(NSUInteger)index;\n\n@end\n"
(comment) "//"
(comment) "// ScrollDragView.h"
(comment) "// HorizontalScrollDrag"
(comment) "//"
(comment) "// Created by Simay on 16/4/28."
(comment) "// Copyright © 2016年 Simay. All rights reserved.\n//"
(comment) "\n#"
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(,) "s"
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(ERROR) "c"
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(type_descriptor) "eadonly) "
(type_identifier) "eadonly) "
(ERROR) "NSUInteger ite"
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(identifier) "ount; //it"
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(ERROR) "s"
(ERROR) "s"
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(type_descriptor) " isHaveAd"
(type_identifier) " isHaveAd"
(ERROR) "dButton;"
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(identifier) "utton;"
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(ERROR) "prop"
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(;) " "
(ERROR) "t"
(ERROR) "t"
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(identifier) "rong ,re"
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(type_descriptor) "only) UIB"
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(ERROR) "utton *addItemButt"
(,) "u"
(identifier) "ton *a"
(,) "d"
(identifier) "ItemButt"
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(ERROR) ";\n\n//- ("
(identifier) ";\n\n//- ("
(pointer_declarator) "oid)addImage:("
(*) "o"
(identifier) "id)addImage:("
(;) "U"
(comment) "mage *)image;\n- (void)addItem:(UIVie"
(ERROR) " *)"
(-) " "
(() ")"
(declaration) "item;\n\n//- (void)addImage:(U"
(primitive_type) "item"
(ERROR) ";\n\n//- (void)addIma"
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(identifier) "\n\n//- ("
(:) "v"
(() "o"
(identifier) "id)add"
(*) "m"
()) "a"
(identifier) "ge:("
(;) "U"
(comment) "mage *)image;\n//- (void)insertImage:"
(comment) "UIImage *)image atIndex:(NSUInteger)index;\n\n@end\n"
(ERROR) ""
(ERROR) ""
(identifier) ""
| 141
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itemInsert;//\u4e0a\u4e0b\u5de6\u53f3margin\n@property (nonatomic, assign) CGFloat spacingWidth; //\u95f4\u8ddd\u5927\u5c0f\n@property (nonatomic, assign,readonly) NSUInteger itemCount; //item\u6570\u91cf\n@property (nonatomic, assign) BOOL isHaveAddButton;\n@property (nonatomic, strong ,readonly) UIButton *addItemButton;\n\n//- (void)addImage:(UIImage *)image;\n- (void)addItem:(UIView *)item;\n\n//- (void)addImage:(UIImage *)image;\n//- (void)insertImage:(UIImage *)image atIndex:(NSUInteger)index;\n\n@end\n", "parent": null, "children": [4, 5, 6, 15, 18, 20, 30, 32, 42, 44, 55, 57, 67, 69, 82, 84, 91, 93], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 25, "column": 4}}, {"id": 4, "type": "ERROR", "text": "t", "parent": 3, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 1}}, {"id": 5, "type": "type_identifier", "text": "erface Sc", "parent": 3, "children": [], "start_point": {"row": 10, "column": 1}, "end_point": {"row": 10, 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44}, "end_point": {"row": 13, "column": 54}}, {"id": 29, "type": "identifier", "text": "mInsert;//", "parent": 28, "children": [], "start_point": {"row": 13, "column": 44}, "end_point": {"row": 13, "column": 54}}, {"id": 30, "type": "ERROR", "text": "n", "parent": 3, "children": [31], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 1}}, {"id": 31, "type": "ERROR", "text": "n", "parent": 30, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 1}}, {"id": 32, "type": "declaration", "text": "onatomic, assign) CGFloat spacingWidth; //\u95f4\u8ddd\u5927\u5c0f\n@pr", "parent": 3, "children": [33, 39, 41], "start_point": {"row": 14, "column": 1}, "end_point": {"row": 14, "column": 57}}, {"id": 33, "type": "macro_type_specifier", "text": "onatomic, assign) CGFloat ", "parent": 32, "children": [34, 35, 37], "start_point": {"row": 14, "column": 1}, "end_point": {"row": 14, "column": 29}}, {"id": 34, "type": "identifier", "text": 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spac", "parent": 39, "children": [], "start_point": {"row": 14, "column": 30}, "end_point": {"row": 14, "column": 37}}, {"id": 41, "type": "identifier", "text": "h; //\u95f4\u8ddd\u5927\u5c0f\n@p", "parent": 32, "children": [], "start_point": {"row": 14, "column": 44}, "end_point": {"row": 14, "column": 56}}, {"id": 42, "type": "ERROR", "text": "c", "parent": 3, "children": [43], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 1}}, {"id": 43, "type": "ERROR", "text": "c", "parent": 42, "children": [], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 1}}, {"id": 44, "type": "declaration", "text": ", assign,readonly) NSUInteger itemCount; //item\u6570\u91cf\n@property", "parent": 3, "children": [45, 52, 53], "start_point": {"row": 15, "column": 1}, "end_point": {"row": 15, "column": 63}}, {"id": 45, "type": "macro_type_specifier", "text": ", assign,readonly) NSUInteger item", "parent": 44, "children": [46, 47, 49], "start_point": 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"start_point": {"row": 15, "column": 29}, "end_point": {"row": 15, "column": 37}}, {"id": 52, "type": "identifier", "text": "ount; //it", "parent": 44, "children": [], "start_point": {"row": 15, "column": 39}, "end_point": {"row": 15, "column": 49}}, {"id": 53, "type": "ERROR", "text": "\n@propert", "parent": 44, "children": [54], "start_point": {"row": 15, "column": 53}, "end_point": {"row": 15, "column": 62}}, {"id": 54, "type": "identifier", "text": "\n@propert", "parent": 53, "children": [], "start_point": {"row": 15, "column": 53}, "end_point": {"row": 15, "column": 62}}, {"id": 55, "type": "ERROR", "text": "s", "parent": 3, "children": [56], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 1}}, {"id": 56, "type": "ERROR", "text": "s", "parent": 55, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 1}}, {"id": 57, "type": "declaration", "text": "sign) BOOL isHaveAddButton;\n@property (nonatomic, ", "parent": 3, 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[], "start_point": {"row": 17, "column": 49}, "end_point": {"row": 17, "column": 50}}, {"id": 81, "type": "identifier", "text": "id)addImage:(", "parent": 79, "children": [], "start_point": {"row": 17, "column": 50}, "end_point": {"row": 17, "column": 63}}, {"id": 82, "type": "ERROR", "text": " *)", "parent": 3, "children": [83], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 3}}, {"id": 83, "type": "-", "text": " ", "parent": 82, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 1}}, {"id": 84, "type": "declaration", "text": "item;\n\n//- (void)addImage:(U", "parent": 3, "children": [85, 86, 90], "start_point": {"row": 20, "column": 3}, "end_point": {"row": 20, "column": 31}}, {"id": 85, "type": "primitive_type", "text": "item", "parent": 84, "children": [], "start_point": {"row": 20, "column": 3}, "end_point": {"row": 20, "column": 7}}, {"id": 86, "type": "ERROR", "text": ";\n\n//- (void)addIma", "parent": 84, 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"class_declarations": [], "import_statements": []}, "original_source_code": "//\n// ScrollDragView.h\n// HorizontalScrollDrag\n//\n// Created by Simay on 16/4/28.\n// Copyright \u00a9 2016\u5e74 Simay. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@interface ScrollDragView : UIScrollView\n\n@property (nonatomic, assign) CGSize itemSize;\n@property (nonatomic, assign) UIEdgeInsets itemInsert;//\u4e0a\u4e0b\u5de6\u53f3margin\n@property (nonatomic, assign) CGFloat spacingWidth; //\u95f4\u8ddd\u5927\u5c0f\n@property (nonatomic, assign,readonly) NSUInteger itemCount; //item\u6570\u91cf\n@property (nonatomic, assign) BOOL isHaveAddButton;\n@property (nonatomic, strong ,readonly) UIButton *addItemButton;\n\n//- (void)addImage:(UIImage *)image;\n- (void)addItem:(UIView *)item;\n\n//- (void)addImage:(UIImage *)image;\n//- (void)insertImage:(UIImage *)image atIndex:(NSUInteger)index;\n\n@end\n"}
| 230
|
c
|
//
// AppDelegate.h
// remember
//
// Created by Apple on 2017/5/7.
// Copyright © 2017年 ZKC. All rights reserved.
//
#import <UIKit/UIKit.h>
@interface AppDelegate : UIResponder <UIApplicationDelegate>
@property (strong, nonatomic) UIWindow *window;
@end
| 20.75
| 12
|
(translation_unit) "//\n// AppDelegate.h\n// remember\n//\n// Created by Apple on 2017/5/7.\n// Copyright © 2017年 ZKC. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@interface AppDelegate : UIResponder <UIApplicationDelegate>\n\n@property (strong, nonatomic) UIWindow *window;\n\n\n@end\n\n"
(comment) "//"
(comment) "// AppDelegate.h"
(comment) "// remember"
(comment) "//"
(comment) "// Created by Apple on 2017/5/7."
(comment) "// Copyright © 2017年 ZKC. All rights reserved.\n//"
(comment) "\n#"
(preproc_call) "port <UIKit/UIKit.h>\n\n@i"
(preproc_directive) "port <U"
(preproc_arg) "Kit/UIKit.h>\n\n@"
(ERROR) "terface AppDelegate : UIResponder <UIApplicationDelegate>\n\n@property (strong, nonatomic) UIWindow *window;\n\n\n@end\n\n"
(ERROR) "t"
(type_identifier) "erface Ap"
(ERROR) "Delegate : UIResponder <UIApplicationDelegate>\n\n@pro"
(identifier) "Delegate : "
(:) "I"
(identifier) "esponder <U"
(<) "A"
(identifier) "pplicationDelegate>\n\n"
(>) "@"
(ERROR) "o"
(function_declarator) "perty (strong, nonatomic) UI"
(identifier) "perty (s"
(parameter_list) "rong, nonatomic) UI"
(() "r"
(identifier) "ong, n"
(,) "o"
(identifier) "atomic) U"
()) "I"
(declaration) "indow *window;\n\n\n"
(type_identifier) "indow *w"
(pointer_declarator) "ndow;\n\n"
(*) "n"
(identifier) "dow;\n\n"
(;) "\n"
(ERROR) "d"
(ERROR) "d"
(identifier) "\n\n"
| 39
| 6
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c
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/***************************************************************************//**
* @file main.c
* @brief Demonstrate how to implement a composite device.(Virtual com port and Mass storage device)
* @version 2.0.0
*
* @copyright (C) 2016 Nuvoton Technology Corp. All rights reserved.
******************************************************************************/
#include <stdio.h>
#include "NuMicro.h"
#include "vcom_serial.h"
#include "massstorage.h"
#define CRYSTAL_LESS 1
#define TRIM_INIT (SYS_BASE+0x10C)
/*--------------------------------------------------------------------------*/
STR_VCOM_LINE_CODING gLineCoding = {115200, 0, 0, 8}; /* Baud rate : 115200 */
/* Stop bit */
/* parity */
/* data bits */
uint16_t gCtrlSignal = 0; /* BIT0: DTR(Data Terminal Ready) , BIT1: RTS(Request To Send) */
/*--------------------------------------------------------------------------*/
#define RXBUFSIZE 512 /* RX buffer size */
#define TXBUFSIZE 512 /* RX buffer size */
#define TX_FIFO_SIZE 16 /* TX Hardware FIFO size */
#define DATA_FLASH_BASE 0x40000
/*---------------------------------------------------------------------------------------------------------*/
/* Global variables */
/*---------------------------------------------------------------------------------------------------------*/
/* UART0 */
volatile uint8_t comRbuf[RXBUFSIZE];
volatile uint16_t comRbytes = 0;
volatile uint16_t comRhead = 0;
volatile uint16_t comRtail = 0;
volatile uint8_t comTbuf[TXBUFSIZE];
volatile uint16_t comTbytes = 0;
volatile uint16_t comThead = 0;
volatile uint16_t comTtail = 0;
uint8_t gRxBuf[64] = {0};
uint8_t *gpu8RxBuf = 0;
uint32_t gu32RxSize = 0;
uint32_t gu32TxSize = 0;
volatile int8_t gi8BulkOutReady = 0;
void SYS_Init(void)
{
/* Unlock protected registers */
SYS_UnlockReg();
/* Set XT1_OUT(PF.2) and XT1_IN(PF.3) to input mode */
PF->MODE &= ~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk);
/* Enable External XTAL (4~24 MHz) */
CLK_EnableXtalRC(CLK_PWRCTL_HXTEN_Msk);
/* Waiting for 12MHz clock ready */
CLK_WaitClockReady(CLK_STATUS_HXTSTB_Msk);
/* Switch HCLK clock source to HXT */
CLK_SetHCLK(CLK_CLKSEL0_HCLKSEL_HXT,CLK_CLKDIV0_HCLK(1));
/* Set core clock as PLL_CLOCK from PLL */
CLK_SetCoreClock(FREQ_192MHZ);
/* Set both PCLK0 and PCLK1 as HCLK/2 */
CLK->PCLKDIV = CLK_PCLKDIV_APB0DIV_DIV2 | CLK_PCLKDIV_APB1DIV_DIV2;
/* M480LD support crystal-less */
if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))
{
CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk;
/* Select IP clock source */
CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk;
}
else
{
/* Select IP clock source */
CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;
CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);
}
/* Select USBD */
SYS->USBPHY = (SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk | SYS_USBPHY_SBO_Msk;
/* Enable IP clock */
CLK_EnableModuleClock(USBD_MODULE);
/* Select IP clock source */
CLK_SetModuleClock(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1));
/* Enable IP clock */
CLK_EnableModuleClock(UART0_MODULE);
/* Set PA.12 ~ PA.14 to input mode */
PA->MODE &= ~(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk);
SYS->GPA_MFPH &= ~(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk);
SYS->GPA_MFPH |= (SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID);
/* Set GPB multi-function pins for UART0 RXD and TXD */
SYS->GPB_MFPH &= ~(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk);
SYS->GPB_MFPH |= (SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD);
}
void UART0_Init(void)
{
/* Configure UART0 and set UART0 Baudrate */
UART_Open(UART0, 115200);
/* Enable Interrupt and install the call back function */
UART_ENABLE_INT(UART0, (UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk));
}
void UART0_IRQHandler(void)
{
uint8_t bInChar;
int32_t size;
uint32_t u32IntStatus;
u32IntStatus = UART0->INTSTS;
if((u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk))
{
/* Receiver FIFO threshold level is reached or Rx time out */
/* Get all the input characters */
while (!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))
{
/* Get the character from UART Buffer */
bInChar = UART0->DAT;
/* Check if buffer full */
if(comRbytes < RXBUFSIZE)
{
/* Enqueue the character */
comRbuf[comRtail++] = bInChar;
if(comRtail >= RXBUFSIZE)
comRtail = 0;
comRbytes++;
}
else
{
/* FIFO over run */
}
}
}
if(u32IntStatus & UART_INTSTS_THREIF_Msk)
{
if(comTbytes)
{
/* Fill the Tx FIFO */
size = comTbytes;
if(size >= TX_FIFO_SIZE)
{
size = TX_FIFO_SIZE;
}
while(size)
{
bInChar = comTbuf[comThead++];
UART0->DAT = bInChar;
if(comThead >= TXBUFSIZE)
comThead = 0;
comTbytes--;
size--;
}
}
else
{
/* No more data, just stop Tx (Stop work) */
UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;
}
}
}
void VCOM_TransferData(void)
{
int32_t i, i32Len;
/* Check whether USB is ready for next packet or not*/
if(gu32TxSize == 0)
{
/* Check whether we have new COM Rx data to send to USB or not */
if(comRbytes)
{
i32Len = comRbytes;
if(i32Len > EP2_MAX_PKT_SIZE)
i32Len = EP2_MAX_PKT_SIZE;
for(i = 0; i < i32Len; i++)
{
gRxBuf[i] = comRbuf[comRhead++];
if(comRhead >= RXBUFSIZE)
comRhead = 0;
}
__set_PRIMASK(1);
comRbytes -= i32Len;
__set_PRIMASK(0);
gu32TxSize = i32Len;
USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);
USBD_SET_PAYLOAD_LEN(EP2, i32Len);
}
else
{
/* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and
no more data to send at this moment to note Host the transfer has been done */
i32Len = USBD_GET_PAYLOAD_LEN(EP2);
if(i32Len == EP2_MAX_PKT_SIZE)
USBD_SET_PAYLOAD_LEN(EP2, 0);
}
}
/* Process the Bulk out data when bulk out data is ready. */
if(gi8BulkOutReady && (gu32RxSize <= TXBUFSIZE - comTbytes))
{
for(i = 0; i < gu32RxSize; i++)
{
comTbuf[comTtail++] = gpu8RxBuf[i];
if(comTtail >= TXBUFSIZE)
comTtail = 0;
}
__set_PRIMASK(1);
comTbytes += gu32RxSize;
__set_PRIMASK(0);
gu32RxSize = 0;
gi8BulkOutReady = 0; /* Clear bulk out ready flag */
/* Ready to get next BULK out */
USBD_SET_PAYLOAD_LEN(EP3, EP3_MAX_PKT_SIZE);
}
/* Process the software Tx FIFO */
if(comTbytes)
{
/* Check if Tx is working */
if((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)
{
/* Send one bytes out */
UART0->DAT = comTbuf[comThead++];
if(comThead >= TXBUFSIZE)
comThead = 0;
__set_PRIMASK(1);
comTbytes--;
__set_PRIMASK(0);
/* Enable Tx Empty Interrupt. (Trigger first one) */
UART0->INTEN |= UART_INTEN_THREIEN_Msk;
}
}
}
int32_t main (void)
{
uint32_t u32TrimInit;
uint32_t au32Config[2];
SYS_Init();
UART0_Init();
SYS_UnlockReg();
/* Enable FMC ISP function */
FMC_Open();
/* Check if Data Flash Size is 64K. If not, to re-define Data Flash size and to enable Data Flash function */
if (FMC_ReadConfig(au32Config, 2) < 0)
return -1;
if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE) )
{
FMC_ENABLE_CFG_UPDATE();
au32Config[0] &= ~0x1;
au32Config[1] = DATA_FLASH_BASE;
if (FMC_WriteConfig(au32Config, 2) < 0)
return -1;
FMC_ReadConfig(au32Config, 2);
if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE))
{
printf("Error: Program Config Failed!\n");
/* Disable FMC ISP function */
FMC_Close();
SYS_LockReg();
return -1;
}
/* Reset Chip to reload new CONFIG value */
SYS->IPRST0 = SYS_IPRST0_CHIPRST_Msk;
}
USBD_Open(&gsInfo, VCOM_ClassRequest, NULL);
USBD_SetConfigCallback(MSC_SetConfig);
/* Endpoint configuration */
VCOM_Init();
USBD_Start();
SYS_UnlockReg();
if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))
{
/* Start USB trim */
USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;
while((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0);
SYS->HIRCTCTL = 0x1;
SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;
/* Backup default trim */
u32TrimInit = M32(TRIM_INIT);
}
NVIC_EnableIRQ(UART0_IRQn);
NVIC_EnableIRQ(USBD_IRQn);
while(1)
{
if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))
{
/* Start USB trim if it is not enabled. */
if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)
{
if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)
{
/* Clear SOF */
USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;
/* Re-enable crystal-less */
SYS->HIRCTCTL = 0x1;
SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;
}
}
/* Disable USB Trim when error */
if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))
{
/* Init TRIM */
M32(TRIM_INIT) = u32TrimInit;
/* Disable crystal-less */
SYS->HIRCTCTL = 0;
/* Clear error flags */
SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;
/* Clear SOF */
USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;
}
}
VCOM_TransferData();
MSC_ProcessCmd();
}
}
/*** (C) COPYRIGHT 2016 Nuvoton Technology Corp. ***/
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(translation_unit) "/***************************************************************************//**\n * @file main.c\n * @brief Demonstrate how to implement a composite device.(Virtual com port and Mass storage device)\n * @version 2.0.0\n *\n * @copyright (C) 2016 Nuvoton Technology Corp. All rights reserved.\n ******************************************************************************/\n#include <stdio.h>\n#include "NuMicro.h"\n#include "vcom_serial.h"\n#include "massstorage.h"\n\n#define CRYSTAL_LESS 1\n#define TRIM_INIT (SYS_BASE+0x10C)\n\n/*--------------------------------------------------------------------------*/\nSTR_VCOM_LINE_CODING gLineCoding = {115200, 0, 0, 8}; /* Baud rate : 115200 */\n/* Stop bit */\n/* parity */\n/* data bits */\nuint16_t gCtrlSignal = 0; /* BIT0: DTR(Data Terminal Ready) , BIT1: RTS(Request To Send) */\n\n/*--------------------------------------------------------------------------*/\n#define RXBUFSIZE 512 /* RX buffer size */\n#define TXBUFSIZE 512 /* RX buffer size */\n\n#define TX_FIFO_SIZE 16 /* TX Hardware FIFO size */\n\n#define DATA_FLASH_BASE 0x40000\n/*---------------------------------------------------------------------------------------------------------*/\n/* Global variables */\n/*---------------------------------------------------------------------------------------------------------*/\n/* UART0 */\nvolatile uint8_t comRbuf[RXBUFSIZE];\nvolatile uint16_t comRbytes = 0;\nvolatile uint16_t comRhead = 0;\nvolatile uint16_t comRtail = 0;\n\nvolatile uint8_t comTbuf[TXBUFSIZE];\nvolatile uint16_t comTbytes = 0;\nvolatile uint16_t comThead = 0;\nvolatile uint16_t comTtail = 0;\n\nuint8_t gRxBuf[64] = {0};\nuint8_t *gpu8RxBuf = 0;\nuint32_t gu32RxSize = 0;\nuint32_t gu32TxSize = 0;\n\nvolatile int8_t gi8BulkOutReady = 0;\n\nvoid SYS_Init(void)\n{\n /* Unlock protected registers */\n SYS_UnlockReg();\n\n /* Set XT1_OUT(PF.2) and XT1_IN(PF.3) to input mode */\n PF->MODE &= ~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk);\n\n /* Enable External XTAL (4~24 MHz) */\n CLK_EnableXtalRC(CLK_PWRCTL_HXTEN_Msk);\n\n /* Waiting for 12MHz clock ready */\n CLK_WaitClockReady(CLK_STATUS_HXTSTB_Msk);\n\n /* Switch HCLK clock source to HXT */\n CLK_SetHCLK(CLK_CLKSEL0_HCLKSEL_HXT,CLK_CLKDIV0_HCLK(1));\n\n /* Set core clock as PLL_CLOCK from PLL */\n CLK_SetCoreClock(FREQ_192MHZ);\n\n /* Set both PCLK0 and PCLK1 as HCLK/2 */\n CLK->PCLKDIV = CLK_PCLKDIV_APB0DIV_DIV2 | CLK_PCLKDIV_APB1DIV_DIV2;\n\n /* M480LD support crystal-less */\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk;\n /* Select IP clock source */\n CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk;\n }\n else\n {\n /* Select IP clock source */\n CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;\n CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);\n }\n\n /* Select USBD */\n SYS->USBPHY = (SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk | SYS_USBPHY_SBO_Msk;\n\n /* Enable IP clock */\n CLK_EnableModuleClock(USBD_MODULE);\n\n /* Select IP clock source */\n CLK_SetModuleClock(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1));\n\n /* Enable IP clock */\n CLK_EnableModuleClock(UART0_MODULE);\n /* Set PA.12 ~ PA.14 to input mode */\n PA->MODE &= ~(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk);\n SYS->GPA_MFPH &= ~(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk);\n SYS->GPA_MFPH |= (SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID);\n\n /* Set GPB multi-function pins for UART0 RXD and TXD */\n SYS->GPB_MFPH &= ~(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk);\n SYS->GPB_MFPH |= (SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD);\n\n}\n\nvoid UART0_Init(void)\n{\n /* Configure UART0 and set UART0 Baudrate */\n UART_Open(UART0, 115200);\n\n /* Enable Interrupt and install the call back function */\n UART_ENABLE_INT(UART0, (UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk));\n}\n\n\nvoid UART0_IRQHandler(void)\n{\n uint8_t bInChar;\n int32_t size;\n uint32_t u32IntStatus;\n\n u32IntStatus = UART0->INTSTS;\n\n if((u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk))\n {\n /* Receiver FIFO threshold level is reached or Rx time out */\n\n /* Get all the input characters */\n while (!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))\n {\n /* Get the character from UART Buffer */\n bInChar = UART0->DAT;\n\n /* Check if buffer full */\n if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }\n }\n }\n\n if(u32IntStatus & UART_INTSTS_THREIF_Msk)\n {\n\n if(comTbytes)\n {\n /* Fill the Tx FIFO */\n size = comTbytes;\n if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }\n\n while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }\n }\n else\n {\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }\n }\n}\n\nvoid VCOM_TransferData(void)\n{\n int32_t i, i32Len;\n\n /* Check whether USB is ready for next packet or not*/\n if(gu32TxSize == 0)\n {\n /* Check whether we have new COM Rx data to send to USB or not */\n if(comRbytes)\n {\n i32Len = comRbytes;\n if(i32Len > EP2_MAX_PKT_SIZE)\n i32Len = EP2_MAX_PKT_SIZE;\n\n for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }\n\n __set_PRIMASK(1);\n comRbytes -= i32Len;\n __set_PRIMASK(0);\n\n gu32TxSize = i32Len;\n USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);\n USBD_SET_PAYLOAD_LEN(EP2, i32Len);\n }\n else\n {\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }\n }\n\n /* Process the Bulk out data when bulk out data is ready. */\n if(gi8BulkOutReady && (gu32RxSize <= TXBUFSIZE - comTbytes))\n {\n for(i = 0; i < gu32RxSize; i++)\n {\n comTbuf[comTtail++] = gpu8RxBuf[i];\n if(comTtail >= TXBUFSIZE)\n comTtail = 0;\n }\n\n __set_PRIMASK(1);\n comTbytes += gu32RxSize;\n __set_PRIMASK(0);\n\n gu32RxSize = 0;\n gi8BulkOutReady = 0; /* Clear bulk out ready flag */\n\n /* Ready to get next BULK out */\n USBD_SET_PAYLOAD_LEN(EP3, EP3_MAX_PKT_SIZE);\n }\n\n /* Process the software Tx FIFO */\n if(comTbytes)\n {\n /* Check if Tx is working */\n if((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)\n {\n /* Send one bytes out */\n UART0->DAT = comTbuf[comThead++];\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n\n __set_PRIMASK(1);\n comTbytes--;\n __set_PRIMASK(0);\n\n /* Enable Tx Empty Interrupt. (Trigger first one) */\n UART0->INTEN |= UART_INTEN_THREIEN_Msk;\n }\n }\n}\n\n\nint32_t main (void)\n{\n uint32_t u32TrimInit;\n uint32_t au32Config[2];\n\n SYS_Init();\n UART0_Init();\n\n SYS_UnlockReg();\n\n /* Enable FMC ISP function */\n FMC_Open();\n\n /* Check if Data Flash Size is 64K. If not, to re-define Data Flash size and to enable Data Flash function */\n if (FMC_ReadConfig(au32Config, 2) < 0)\n return -1;\n\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE) )\n {\n FMC_ENABLE_CFG_UPDATE();\n au32Config[0] &= ~0x1;\n au32Config[1] = DATA_FLASH_BASE;\n if (FMC_WriteConfig(au32Config, 2) < 0)\n return -1;\n\n FMC_ReadConfig(au32Config, 2);\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE))\n {\n printf("Error: Program Config Failed!\n");\n /* Disable FMC ISP function */\n FMC_Close();\n SYS_LockReg();\n return -1;\n }\n\n /* Reset Chip to reload new CONFIG value */\n SYS->IPRST0 = SYS_IPRST0_CHIPRST_Msk;\n }\n\n USBD_Open(&gsInfo, VCOM_ClassRequest, NULL);\n USBD_SetConfigCallback(MSC_SetConfig);\n /* Endpoint configuration */\n VCOM_Init();\n USBD_Start();\n\n SYS_UnlockReg();\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n while((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0);\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n /* Backup default trim */\n u32TrimInit = M32(TRIM_INIT);\n }\n NVIC_EnableIRQ(UART0_IRQn);\n NVIC_EnableIRQ(USBD_IRQn);\n\n while(1)\n {\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim if it is not enabled. */\n if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }\n\n /* Disable USB Trim when error */\n if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }\n }\n VCOM_TransferData();\n MSC_ProcessCmd();\n }\n}\n\n\n\n/*** (C) COPYRIGHT 2016 Nuvoton Technology Corp. ***/\n\n"
(comment) "/***************************************************************************/"
(comment) "/**\n * @file main.c\n * @brief Demonstrate how to implement a composite device.(Virtual com port and Mass storage device)\n * @version 2.0.0\n *\n * @copyright (C) 2016 Nuvoton Technology Corp. All rights reserved.\n ******************************************************************************/"
(preproc_include) "#include <stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(preproc_include) "#include "NuMicro.h"\n"
(#include) "#include"
(string_literal) ""NuMicro.h""
(") """
(string_content) "NuMicro.h"
(") """
(preproc_include) "#include "vcom_serial.h"\n"
(#include) "#include"
(string_literal) ""vcom_serial.h""
(") """
(string_content) "vcom_serial.h"
(") """
(preproc_include) "#include "massstorage.h"\n"
(#include) "#include"
(string_literal) ""massstorage.h""
(") """
(string_content) "massstorage.h"
(") """
(preproc_def) "#define CRYSTAL_LESS 1\n"
(#define) "#define"
(identifier) "CRYSTAL_LESS"
(preproc_arg) "1"
(preproc_def) "#define TRIM_INIT (SYS_BASE+0x10C)\n"
(#define) "#define"
(identifier) "TRIM_INIT"
(preproc_arg) "(SYS_BASE+0x10C)"
(comment) "/*--------------------------------------------------------------------------*/"
(declaration) "STR_VCOM_LINE_CODING gLineCoding = {115200, 0, 0, 8};"
(type_identifier) "STR_VCOM_LINE_CODING"
(init_declarator) "gLineCoding = {115200, 0, 0, 8}"
(identifier) "gLineCoding"
(=) "="
(initializer_list) "{115200, 0, 0, 8}"
({) "{"
(number_literal) "115200"
(,) ","
(number_literal) "0"
(,) ","
(number_literal) "0"
(,) ","
(number_literal) "8"
(}) "}"
(;) ";"
(comment) "/* Baud rate : 115200 */"
(comment) "/* Stop bit */"
(comment) "/* parity */"
(comment) "/* data bits */"
(declaration) "uint16_t gCtrlSignal = 0;"
(primitive_type) "uint16_t"
(init_declarator) "gCtrlSignal = 0"
(identifier) "gCtrlSignal"
(=) "="
(number_literal) "0"
(;) ";"
(comment) "/* BIT0: DTR(Data Terminal Ready) , BIT1: RTS(Request To Send) */"
(comment) "/*--------------------------------------------------------------------------*/"
(preproc_def) "#define RXBUFSIZE 512 /* RX buffer size */\n"
(#define) "#define"
(identifier) "RXBUFSIZE"
(preproc_arg) "512 "
(comment) "/* RX buffer size */"
(preproc_def) "#define TXBUFSIZE 512 /* RX buffer size */\n"
(#define) "#define"
(identifier) "TXBUFSIZE"
(preproc_arg) "512 "
(comment) "/* RX buffer size */"
(preproc_def) "#define TX_FIFO_SIZE 16 /* TX Hardware FIFO size */\n"
(#define) "#define"
(identifier) "TX_FIFO_SIZE"
(preproc_arg) "16 "
(comment) "/* TX Hardware FIFO size */"
(preproc_def) "#define DATA_FLASH_BASE 0x40000\n"
(#define) "#define"
(identifier) "DATA_FLASH_BASE"
(preproc_arg) "0x40000"
(comment) "/*---------------------------------------------------------------------------------------------------------*/"
(comment) "/* Global variables */"
(comment) "/*---------------------------------------------------------------------------------------------------------*/"
(comment) "/* UART0 */"
(declaration) "volatile uint8_t comRbuf[RXBUFSIZE];"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "uint8_t"
(array_declarator) "comRbuf[RXBUFSIZE]"
(identifier) "comRbuf"
([) "["
(identifier) "RXBUFSIZE"
(]) "]"
(;) ";"
(declaration) "volatile uint16_t comRbytes = 0;"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "uint16_t"
(init_declarator) "comRbytes = 0"
(identifier) "comRbytes"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "volatile uint16_t comRhead = 0;"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "uint16_t"
(init_declarator) "comRhead = 0"
(identifier) "comRhead"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "volatile uint16_t comRtail = 0;"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "uint16_t"
(init_declarator) "comRtail = 0"
(identifier) "comRtail"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "volatile uint8_t comTbuf[TXBUFSIZE];"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "uint8_t"
(array_declarator) "comTbuf[TXBUFSIZE]"
(identifier) "comTbuf"
([) "["
(identifier) "TXBUFSIZE"
(]) "]"
(;) ";"
(declaration) "volatile uint16_t comTbytes = 0;"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "uint16_t"
(init_declarator) "comTbytes = 0"
(identifier) "comTbytes"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "volatile uint16_t comThead = 0;"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "uint16_t"
(init_declarator) "comThead = 0"
(identifier) "comThead"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "volatile uint16_t comTtail = 0;"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "uint16_t"
(init_declarator) "comTtail = 0"
(identifier) "comTtail"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "uint8_t gRxBuf[64] = {0};"
(primitive_type) "uint8_t"
(init_declarator) "gRxBuf[64] = {0}"
(array_declarator) "gRxBuf[64]"
(identifier) "gRxBuf"
([) "["
(number_literal) "64"
(]) "]"
(=) "="
(initializer_list) "{0}"
({) "{"
(number_literal) "0"
(}) "}"
(;) ";"
(declaration) "uint8_t *gpu8RxBuf = 0;"
(primitive_type) "uint8_t"
(init_declarator) "*gpu8RxBuf = 0"
(pointer_declarator) "*gpu8RxBuf"
(*) "*"
(identifier) "gpu8RxBuf"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "uint32_t gu32RxSize = 0;"
(primitive_type) "uint32_t"
(init_declarator) "gu32RxSize = 0"
(identifier) "gu32RxSize"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "uint32_t gu32TxSize = 0;"
(primitive_type) "uint32_t"
(init_declarator) "gu32TxSize = 0"
(identifier) "gu32TxSize"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "volatile int8_t gi8BulkOutReady = 0;"
(type_qualifier) "volatile"
(volatile) "volatile"
(primitive_type) "int8_t"
(init_declarator) "gi8BulkOutReady = 0"
(identifier) "gi8BulkOutReady"
(=) "="
(number_literal) "0"
(;) ";"
(function_definition) "void SYS_Init(void)\n{\n /* Unlock protected registers */\n SYS_UnlockReg();\n\n /* Set XT1_OUT(PF.2) and XT1_IN(PF.3) to input mode */\n PF->MODE &= ~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk);\n\n /* Enable External XTAL (4~24 MHz) */\n CLK_EnableXtalRC(CLK_PWRCTL_HXTEN_Msk);\n\n /* Waiting for 12MHz clock ready */\n CLK_WaitClockReady(CLK_STATUS_HXTSTB_Msk);\n\n /* Switch HCLK clock source to HXT */\n CLK_SetHCLK(CLK_CLKSEL0_HCLKSEL_HXT,CLK_CLKDIV0_HCLK(1));\n\n /* Set core clock as PLL_CLOCK from PLL */\n CLK_SetCoreClock(FREQ_192MHZ);\n\n /* Set both PCLK0 and PCLK1 as HCLK/2 */\n CLK->PCLKDIV = CLK_PCLKDIV_APB0DIV_DIV2 | CLK_PCLKDIV_APB1DIV_DIV2;\n\n /* M480LD support crystal-less */\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk;\n /* Select IP clock source */\n CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk;\n }\n else\n {\n /* Select IP clock source */\n CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;\n CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);\n }\n\n /* Select USBD */\n SYS->USBPHY = (SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk | SYS_USBPHY_SBO_Msk;\n\n /* Enable IP clock */\n CLK_EnableModuleClock(USBD_MODULE);\n\n /* Select IP clock source */\n CLK_SetModuleClock(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1));\n\n /* Enable IP clock */\n CLK_EnableModuleClock(UART0_MODULE);\n /* Set PA.12 ~ PA.14 to input mode */\n PA->MODE &= ~(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk);\n SYS->GPA_MFPH &= ~(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk);\n SYS->GPA_MFPH |= (SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID);\n\n /* Set GPB multi-function pins for UART0 RXD and TXD */\n SYS->GPB_MFPH &= ~(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk);\n SYS->GPB_MFPH |= (SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD);\n\n}"
(primitive_type) "void"
(function_declarator) "SYS_Init(void)"
(identifier) "SYS_Init"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{\n /* Unlock protected registers */\n SYS_UnlockReg();\n\n /* Set XT1_OUT(PF.2) and XT1_IN(PF.3) to input mode */\n PF->MODE &= ~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk);\n\n /* Enable External XTAL (4~24 MHz) */\n CLK_EnableXtalRC(CLK_PWRCTL_HXTEN_Msk);\n\n /* Waiting for 12MHz clock ready */\n CLK_WaitClockReady(CLK_STATUS_HXTSTB_Msk);\n\n /* Switch HCLK clock source to HXT */\n CLK_SetHCLK(CLK_CLKSEL0_HCLKSEL_HXT,CLK_CLKDIV0_HCLK(1));\n\n /* Set core clock as PLL_CLOCK from PLL */\n CLK_SetCoreClock(FREQ_192MHZ);\n\n /* Set both PCLK0 and PCLK1 as HCLK/2 */\n CLK->PCLKDIV = CLK_PCLKDIV_APB0DIV_DIV2 | CLK_PCLKDIV_APB1DIV_DIV2;\n\n /* M480LD support crystal-less */\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk;\n /* Select IP clock source */\n CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk;\n }\n else\n {\n /* Select IP clock source */\n CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;\n CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);\n }\n\n /* Select USBD */\n SYS->USBPHY = (SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk | SYS_USBPHY_SBO_Msk;\n\n /* Enable IP clock */\n CLK_EnableModuleClock(USBD_MODULE);\n\n /* Select IP clock source */\n CLK_SetModuleClock(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1));\n\n /* Enable IP clock */\n CLK_EnableModuleClock(UART0_MODULE);\n /* Set PA.12 ~ PA.14 to input mode */\n PA->MODE &= ~(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk);\n SYS->GPA_MFPH &= ~(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk);\n SYS->GPA_MFPH |= (SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID);\n\n /* Set GPB multi-function pins for UART0 RXD and TXD */\n SYS->GPB_MFPH &= ~(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk);\n SYS->GPB_MFPH |= (SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD);\n\n}"
({) "{"
(comment) "/* Unlock protected registers */"
(expression_statement) "SYS_UnlockReg();"
(call_expression) "SYS_UnlockReg()"
(identifier) "SYS_UnlockReg"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/* Set XT1_OUT(PF.2) and XT1_IN(PF.3) to input mode */"
(expression_statement) "PF->MODE &= ~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk);"
(assignment_expression) "PF->MODE &= ~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk)"
(field_expression) "PF->MODE"
(identifier) "PF"
(->) "->"
(field_identifier) "MODE"
(&=) "&="
(unary_expression) "~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk)"
(~) "~"
(parenthesized_expression) "(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk)"
(() "("
(binary_expression) "GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk"
(identifier) "GPIO_MODE_MODE2_Msk"
(|) "|"
(identifier) "GPIO_MODE_MODE3_Msk"
()) ")"
(;) ";"
(comment) "/* Enable External XTAL (4~24 MHz) */"
(expression_statement) "CLK_EnableXtalRC(CLK_PWRCTL_HXTEN_Msk);"
(call_expression) "CLK_EnableXtalRC(CLK_PWRCTL_HXTEN_Msk)"
(identifier) "CLK_EnableXtalRC"
(argument_list) "(CLK_PWRCTL_HXTEN_Msk)"
(() "("
(identifier) "CLK_PWRCTL_HXTEN_Msk"
()) ")"
(;) ";"
(comment) "/* Waiting for 12MHz clock ready */"
(expression_statement) "CLK_WaitClockReady(CLK_STATUS_HXTSTB_Msk);"
(call_expression) "CLK_WaitClockReady(CLK_STATUS_HXTSTB_Msk)"
(identifier) "CLK_WaitClockReady"
(argument_list) "(CLK_STATUS_HXTSTB_Msk)"
(() "("
(identifier) "CLK_STATUS_HXTSTB_Msk"
()) ")"
(;) ";"
(comment) "/* Switch HCLK clock source to HXT */"
(expression_statement) "CLK_SetHCLK(CLK_CLKSEL0_HCLKSEL_HXT,CLK_CLKDIV0_HCLK(1));"
(call_expression) "CLK_SetHCLK(CLK_CLKSEL0_HCLKSEL_HXT,CLK_CLKDIV0_HCLK(1))"
(identifier) "CLK_SetHCLK"
(argument_list) "(CLK_CLKSEL0_HCLKSEL_HXT,CLK_CLKDIV0_HCLK(1))"
(() "("
(identifier) "CLK_CLKSEL0_HCLKSEL_HXT"
(,) ","
(call_expression) "CLK_CLKDIV0_HCLK(1)"
(identifier) "CLK_CLKDIV0_HCLK"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
()) ")"
(;) ";"
(comment) "/* Set core clock as PLL_CLOCK from PLL */"
(expression_statement) "CLK_SetCoreClock(FREQ_192MHZ);"
(call_expression) "CLK_SetCoreClock(FREQ_192MHZ)"
(identifier) "CLK_SetCoreClock"
(argument_list) "(FREQ_192MHZ)"
(() "("
(identifier) "FREQ_192MHZ"
()) ")"
(;) ";"
(comment) "/* Set both PCLK0 and PCLK1 as HCLK/2 */"
(expression_statement) "CLK->PCLKDIV = CLK_PCLKDIV_APB0DIV_DIV2 | CLK_PCLKDIV_APB1DIV_DIV2;"
(assignment_expression) "CLK->PCLKDIV = CLK_PCLKDIV_APB0DIV_DIV2 | CLK_PCLKDIV_APB1DIV_DIV2"
(field_expression) "CLK->PCLKDIV"
(identifier) "CLK"
(->) "->"
(field_identifier) "PCLKDIV"
(=) "="
(binary_expression) "CLK_PCLKDIV_APB0DIV_DIV2 | CLK_PCLKDIV_APB1DIV_DIV2"
(identifier) "CLK_PCLKDIV_APB0DIV_DIV2"
(|) "|"
(identifier) "CLK_PCLKDIV_APB1DIV_DIV2"
(;) ";"
(comment) "/* M480LD support crystal-less */"
(if_statement) "if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk;\n /* Select IP clock source */\n CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk;\n }\n else\n {\n /* Select IP clock source */\n CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;\n CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);\n }"
(if) "if"
(parenthesized_expression) "(((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))"
(() "("
(binary_expression) "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS)"
(parenthesized_expression) "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1)"
(() "("
(binary_expression) "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1"
(parenthesized_expression) "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk)"
(() "("
(binary_expression) "SYS->CSERVER & SYS_CSERVER_VERSION_Msk"
(field_expression) "SYS->CSERVER"
(identifier) "SYS"
(->) "->"
(field_identifier) "CSERVER"
(&) "&"
(identifier) "SYS_CSERVER_VERSION_Msk"
()) ")"
(==) "=="
(number_literal) "0x1"
()) ")"
(&&) "&&"
(parenthesized_expression) "(CRYSTAL_LESS)"
(() "("
(identifier) "CRYSTAL_LESS"
()) ")"
()) ")"
(compound_statement) "{\n CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk;\n /* Select IP clock source */\n CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk;\n }"
({) "{"
(expression_statement) "CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk;"
(assignment_expression) "CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk"
(field_expression) "CLK->PWRCTL"
(identifier) "CLK"
(->) "->"
(field_identifier) "PWRCTL"
(|=) "|="
(identifier) "CLK_PWRCTL_HIRC48MEN_Msk"
(;) ";"
(comment) "/* Select IP clock source */"
(expression_statement) "CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk;"
(assignment_expression) "CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk"
(field_expression) "CLK->CLKSEL0"
(identifier) "CLK"
(->) "->"
(field_identifier) "CLKSEL0"
(&=) "&="
(unary_expression) "~CLK_CLKSEL0_USBSEL_Msk"
(~) "~"
(identifier) "CLK_CLKSEL0_USBSEL_Msk"
(;) ";"
(}) "}"
(else_clause) "else\n {\n /* Select IP clock source */\n CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;\n CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);\n }"
(else) "else"
(compound_statement) "{\n /* Select IP clock source */\n CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;\n CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);\n }"
({) "{"
(comment) "/* Select IP clock source */"
(expression_statement) "CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;"
(assignment_expression) "CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk"
(field_expression) "CLK->CLKSEL0"
(identifier) "CLK"
(->) "->"
(field_identifier) "CLKSEL0"
(|=) "|="
(identifier) "CLK_CLKSEL0_USBSEL_Msk"
(;) ";"
(expression_statement) "CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);"
(assignment_expression) "CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4)"
(field_expression) "CLK->CLKDIV0"
(identifier) "CLK"
(->) "->"
(field_identifier) "CLKDIV0"
(=) "="
(binary_expression) "(CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4)"
(parenthesized_expression) "(CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk)"
(() "("
(binary_expression) "CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk"
(field_expression) "CLK->CLKDIV0"
(identifier) "CLK"
(->) "->"
(field_identifier) "CLKDIV0"
(&) "&"
(unary_expression) "~CLK_CLKDIV0_USBDIV_Msk"
(~) "~"
(identifier) "CLK_CLKDIV0_USBDIV_Msk"
()) ")"
(|) "|"
(call_expression) "CLK_CLKDIV0_USB(4)"
(identifier) "CLK_CLKDIV0_USB"
(argument_list) "(4)"
(() "("
(number_literal) "4"
()) ")"
(;) ";"
(}) "}"
(comment) "/* Select USBD */"
(expression_statement) "SYS->USBPHY = (SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk | SYS_USBPHY_SBO_Msk;"
(assignment_expression) "SYS->USBPHY = (SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk | SYS_USBPHY_SBO_Msk"
(field_expression) "SYS->USBPHY"
(identifier) "SYS"
(->) "->"
(field_identifier) "USBPHY"
(=) "="
(binary_expression) "(SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk | SYS_USBPHY_SBO_Msk"
(binary_expression) "(SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk"
(parenthesized_expression) "(SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk)"
(() "("
(binary_expression) "SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk"
(field_expression) "SYS->USBPHY"
(identifier) "SYS"
(->) "->"
(field_identifier) "USBPHY"
(&) "&"
(unary_expression) "~SYS_USBPHY_USBROLE_Msk"
(~) "~"
(identifier) "SYS_USBPHY_USBROLE_Msk"
()) ")"
(|) "|"
(identifier) "SYS_USBPHY_USBEN_Msk"
(|) "|"
(identifier) "SYS_USBPHY_SBO_Msk"
(;) ";"
(comment) "/* Enable IP clock */"
(expression_statement) "CLK_EnableModuleClock(USBD_MODULE);"
(call_expression) "CLK_EnableModuleClock(USBD_MODULE)"
(identifier) "CLK_EnableModuleClock"
(argument_list) "(USBD_MODULE)"
(() "("
(identifier) "USBD_MODULE"
()) ")"
(;) ";"
(comment) "/* Select IP clock source */"
(expression_statement) "CLK_SetModuleClock(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1));"
(call_expression) "CLK_SetModuleClock(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1))"
(identifier) "CLK_SetModuleClock"
(argument_list) "(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1))"
(() "("
(identifier) "UART0_MODULE"
(,) ","
(identifier) "CLK_CLKSEL1_UART0SEL_HIRC"
(,) ","
(call_expression) "CLK_CLKDIV0_UART0(1)"
(identifier) "CLK_CLKDIV0_UART0"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
()) ")"
(;) ";"
(comment) "/* Enable IP clock */"
(expression_statement) "CLK_EnableModuleClock(UART0_MODULE);"
(call_expression) "CLK_EnableModuleClock(UART0_MODULE)"
(identifier) "CLK_EnableModuleClock"
(argument_list) "(UART0_MODULE)"
(() "("
(identifier) "UART0_MODULE"
()) ")"
(;) ";"
(comment) "/* Set PA.12 ~ PA.14 to input mode */"
(expression_statement) "PA->MODE &= ~(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk);"
(assignment_expression) "PA->MODE &= ~(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk)"
(field_expression) "PA->MODE"
(identifier) "PA"
(->) "->"
(field_identifier) "MODE"
(&=) "&="
(unary_expression) "~(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk)"
(~) "~"
(parenthesized_expression) "(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk)"
(() "("
(binary_expression) "GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk"
(binary_expression) "GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk"
(identifier) "GPIO_MODE_MODE12_Msk"
(|) "|"
(identifier) "GPIO_MODE_MODE13_Msk"
(|) "|"
(identifier) "GPIO_MODE_MODE14_Msk"
()) ")"
(;) ";"
(expression_statement) "SYS->GPA_MFPH &= ~(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk);"
(assignment_expression) "SYS->GPA_MFPH &= ~(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk)"
(field_expression) "SYS->GPA_MFPH"
(identifier) "SYS"
(->) "->"
(field_identifier) "GPA_MFPH"
(&=) "&="
(unary_expression) "~(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk)"
(~) "~"
(parenthesized_expression) "(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk)"
(() "("
(binary_expression) "SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk"
(binary_expression) "SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk"
(binary_expression) "SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk"
(identifier) "SYS_GPA_MFPH_PA12MFP_Msk"
(|) "|"
(identifier) "SYS_GPA_MFPH_PA13MFP_Msk"
(|) "|"
(identifier) "SYS_GPA_MFPH_PA14MFP_Msk"
(|) "|"
(identifier) "SYS_GPA_MFPH_PA15MFP_Msk"
()) ")"
(;) ";"
(expression_statement) "SYS->GPA_MFPH |= (SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID);"
(assignment_expression) "SYS->GPA_MFPH |= (SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID)"
(field_expression) "SYS->GPA_MFPH"
(identifier) "SYS"
(->) "->"
(field_identifier) "GPA_MFPH"
(|=) "|="
(parenthesized_expression) "(SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID)"
(() "("
(binary_expression) "SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID"
(binary_expression) "SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P"
(binary_expression) "SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N"
(identifier) "SYS_GPA_MFPH_PA12MFP_USB_VBUS"
(|) "|"
(identifier) "SYS_GPA_MFPH_PA13MFP_USB_D_N"
(|) "|"
(identifier) "SYS_GPA_MFPH_PA14MFP_USB_D_P"
(|) "|"
(identifier) "SYS_GPA_MFPH_PA15MFP_USB_OTG_ID"
()) ")"
(;) ";"
(comment) "/* Set GPB multi-function pins for UART0 RXD and TXD */"
(expression_statement) "SYS->GPB_MFPH &= ~(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk);"
(assignment_expression) "SYS->GPB_MFPH &= ~(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk)"
(field_expression) "SYS->GPB_MFPH"
(identifier) "SYS"
(->) "->"
(field_identifier) "GPB_MFPH"
(&=) "&="
(unary_expression) "~(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk)"
(~) "~"
(parenthesized_expression) "(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk)"
(() "("
(binary_expression) "SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk"
(identifier) "SYS_GPB_MFPH_PB12MFP_Msk"
(|) "|"
(identifier) "SYS_GPB_MFPH_PB13MFP_Msk"
()) ")"
(;) ";"
(expression_statement) "SYS->GPB_MFPH |= (SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD);"
(assignment_expression) "SYS->GPB_MFPH |= (SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD)"
(field_expression) "SYS->GPB_MFPH"
(identifier) "SYS"
(->) "->"
(field_identifier) "GPB_MFPH"
(|=) "|="
(parenthesized_expression) "(SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD)"
(() "("
(binary_expression) "SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD"
(identifier) "SYS_GPB_MFPH_PB12MFP_UART0_RXD"
(|) "|"
(identifier) "SYS_GPB_MFPH_PB13MFP_UART0_TXD"
()) ")"
(;) ";"
(}) "}"
(function_definition) "void UART0_Init(void)\n{\n /* Configure UART0 and set UART0 Baudrate */\n UART_Open(UART0, 115200);\n\n /* Enable Interrupt and install the call back function */\n UART_ENABLE_INT(UART0, (UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk));\n}"
(primitive_type) "void"
(function_declarator) "UART0_Init(void)"
(identifier) "UART0_Init"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{\n /* Configure UART0 and set UART0 Baudrate */\n UART_Open(UART0, 115200);\n\n /* Enable Interrupt and install the call back function */\n UART_ENABLE_INT(UART0, (UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk));\n}"
({) "{"
(comment) "/* Configure UART0 and set UART0 Baudrate */"
(expression_statement) "UART_Open(UART0, 115200);"
(call_expression) "UART_Open(UART0, 115200)"
(identifier) "UART_Open"
(argument_list) "(UART0, 115200)"
(() "("
(identifier) "UART0"
(,) ","
(number_literal) "115200"
()) ")"
(;) ";"
(comment) "/* Enable Interrupt and install the call back function */"
(expression_statement) "UART_ENABLE_INT(UART0, (UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk));"
(call_expression) "UART_ENABLE_INT(UART0, (UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk))"
(identifier) "UART_ENABLE_INT"
(argument_list) "(UART0, (UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk))"
(() "("
(identifier) "UART0"
(,) ","
(parenthesized_expression) "(UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk)"
(() "("
(binary_expression) "UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk"
(binary_expression) "UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk"
(identifier) "UART_INTEN_RDAIEN_Msk"
(|) "|"
(identifier) "UART_INTEN_THREIEN_Msk"
(|) "|"
(identifier) "UART_INTEN_RXTOIEN_Msk"
()) ")"
()) ")"
(;) ";"
(}) "}"
(function_definition) "void UART0_IRQHandler(void)\n{\n uint8_t bInChar;\n int32_t size;\n uint32_t u32IntStatus;\n\n u32IntStatus = UART0->INTSTS;\n\n if((u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk))\n {\n /* Receiver FIFO threshold level is reached or Rx time out */\n\n /* Get all the input characters */\n while (!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))\n {\n /* Get the character from UART Buffer */\n bInChar = UART0->DAT;\n\n /* Check if buffer full */\n if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }\n }\n }\n\n if(u32IntStatus & UART_INTSTS_THREIF_Msk)\n {\n\n if(comTbytes)\n {\n /* Fill the Tx FIFO */\n size = comTbytes;\n if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }\n\n while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }\n }\n else\n {\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }\n }\n}"
(primitive_type) "void"
(function_declarator) "UART0_IRQHandler(void)"
(identifier) "UART0_IRQHandler"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{\n uint8_t bInChar;\n int32_t size;\n uint32_t u32IntStatus;\n\n u32IntStatus = UART0->INTSTS;\n\n if((u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk))\n {\n /* Receiver FIFO threshold level is reached or Rx time out */\n\n /* Get all the input characters */\n while (!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))\n {\n /* Get the character from UART Buffer */\n bInChar = UART0->DAT;\n\n /* Check if buffer full */\n if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }\n }\n }\n\n if(u32IntStatus & UART_INTSTS_THREIF_Msk)\n {\n\n if(comTbytes)\n {\n /* Fill the Tx FIFO */\n size = comTbytes;\n if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }\n\n while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }\n }\n else\n {\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }\n }\n}"
({) "{"
(declaration) "uint8_t bInChar;"
(primitive_type) "uint8_t"
(identifier) "bInChar"
(;) ";"
(declaration) "int32_t size;"
(primitive_type) "int32_t"
(identifier) "size"
(;) ";"
(declaration) "uint32_t u32IntStatus;"
(primitive_type) "uint32_t"
(identifier) "u32IntStatus"
(;) ";"
(expression_statement) "u32IntStatus = UART0->INTSTS;"
(assignment_expression) "u32IntStatus = UART0->INTSTS"
(identifier) "u32IntStatus"
(=) "="
(field_expression) "UART0->INTSTS"
(identifier) "UART0"
(->) "->"
(field_identifier) "INTSTS"
(;) ";"
(if_statement) "if((u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk))\n {\n /* Receiver FIFO threshold level is reached or Rx time out */\n\n /* Get all the input characters */\n while (!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))\n {\n /* Get the character from UART Buffer */\n bInChar = UART0->DAT;\n\n /* Check if buffer full */\n if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }\n }\n }"
(if) "if"
(parenthesized_expression) "((u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk))"
(() "("
(binary_expression) "(u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk)"
(parenthesized_expression) "(u32IntStatus & UART_INTSTS_RDAIF_Msk)"
(() "("
(binary_expression) "u32IntStatus & UART_INTSTS_RDAIF_Msk"
(identifier) "u32IntStatus"
(&) "&"
(identifier) "UART_INTSTS_RDAIF_Msk"
()) ")"
(||) "||"
(parenthesized_expression) "(u32IntStatus & UART_INTSTS_RXTOIF_Msk)"
(() "("
(binary_expression) "u32IntStatus & UART_INTSTS_RXTOIF_Msk"
(identifier) "u32IntStatus"
(&) "&"
(identifier) "UART_INTSTS_RXTOIF_Msk"
()) ")"
()) ")"
(compound_statement) "{\n /* Receiver FIFO threshold level is reached or Rx time out */\n\n /* Get all the input characters */\n while (!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))\n {\n /* Get the character from UART Buffer */\n bInChar = UART0->DAT;\n\n /* Check if buffer full */\n if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }\n }\n }"
({) "{"
(comment) "/* Receiver FIFO threshold level is reached or Rx time out */"
(comment) "/* Get all the input characters */"
(while_statement) "while (!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))\n {\n /* Get the character from UART Buffer */\n bInChar = UART0->DAT;\n\n /* Check if buffer full */\n if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }\n }"
(while) "while"
(parenthesized_expression) "(!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))"
(() "("
(unary_expression) "!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk)"
(!) "!"
(parenthesized_expression) "(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk)"
(() "("
(binary_expression) "UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk"
(field_expression) "UART0->FIFOSTS"
(identifier) "UART0"
(->) "->"
(field_identifier) "FIFOSTS"
(&) "&"
(identifier) "UART_FIFOSTS_RXEMPTY_Msk"
()) ")"
()) ")"
(compound_statement) "{\n /* Get the character from UART Buffer */\n bInChar = UART0->DAT;\n\n /* Check if buffer full */\n if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }\n }"
({) "{"
(comment) "/* Get the character from UART Buffer */"
(expression_statement) "bInChar = UART0->DAT;"
(assignment_expression) "bInChar = UART0->DAT"
(identifier) "bInChar"
(=) "="
(field_expression) "UART0->DAT"
(identifier) "UART0"
(->) "->"
(field_identifier) "DAT"
(;) ";"
(comment) "/* Check if buffer full */"
(if_statement) "if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }"
(if) "if"
(parenthesized_expression) "(comRbytes < RXBUFSIZE)"
(() "("
(binary_expression) "comRbytes < RXBUFSIZE"
(identifier) "comRbytes"
(<) "<"
(identifier) "RXBUFSIZE"
()) ")"
(compound_statement) "{\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }"
({) "{"
(comment) "/* Enqueue the character */"
(expression_statement) "comRbuf[comRtail++] = bInChar;"
(assignment_expression) "comRbuf[comRtail++] = bInChar"
(subscript_expression) "comRbuf[comRtail++]"
(identifier) "comRbuf"
([) "["
(update_expression) "comRtail++"
(identifier) "comRtail"
(++) "++"
(]) "]"
(=) "="
(identifier) "bInChar"
(;) ";"
(if_statement) "if(comRtail >= RXBUFSIZE)\n comRtail = 0;"
(if) "if"
(parenthesized_expression) "(comRtail >= RXBUFSIZE)"
(() "("
(binary_expression) "comRtail >= RXBUFSIZE"
(identifier) "comRtail"
(>=) ">="
(identifier) "RXBUFSIZE"
()) ")"
(expression_statement) "comRtail = 0;"
(assignment_expression) "comRtail = 0"
(identifier) "comRtail"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "comRbytes++;"
(update_expression) "comRbytes++"
(identifier) "comRbytes"
(++) "++"
(;) ";"
(}) "}"
(else_clause) "else\n {\n /* FIFO over run */\n }"
(else) "else"
(compound_statement) "{\n /* FIFO over run */\n }"
({) "{"
(comment) "/* FIFO over run */"
(}) "}"
(}) "}"
(}) "}"
(if_statement) "if(u32IntStatus & UART_INTSTS_THREIF_Msk)\n {\n\n if(comTbytes)\n {\n /* Fill the Tx FIFO */\n size = comTbytes;\n if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }\n\n while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }\n }\n else\n {\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }\n }"
(if) "if"
(parenthesized_expression) "(u32IntStatus & UART_INTSTS_THREIF_Msk)"
(() "("
(binary_expression) "u32IntStatus & UART_INTSTS_THREIF_Msk"
(identifier) "u32IntStatus"
(&) "&"
(identifier) "UART_INTSTS_THREIF_Msk"
()) ")"
(compound_statement) "{\n\n if(comTbytes)\n {\n /* Fill the Tx FIFO */\n size = comTbytes;\n if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }\n\n while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }\n }\n else\n {\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }\n }"
({) "{"
(if_statement) "if(comTbytes)\n {\n /* Fill the Tx FIFO */\n size = comTbytes;\n if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }\n\n while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }\n }\n else\n {\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }"
(if) "if"
(parenthesized_expression) "(comTbytes)"
(() "("
(identifier) "comTbytes"
()) ")"
(compound_statement) "{\n /* Fill the Tx FIFO */\n size = comTbytes;\n if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }\n\n while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }\n }"
({) "{"
(comment) "/* Fill the Tx FIFO */"
(expression_statement) "size = comTbytes;"
(assignment_expression) "size = comTbytes"
(identifier) "size"
(=) "="
(identifier) "comTbytes"
(;) ";"
(if_statement) "if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }"
(if) "if"
(parenthesized_expression) "(size >= TX_FIFO_SIZE)"
(() "("
(binary_expression) "size >= TX_FIFO_SIZE"
(identifier) "size"
(>=) ">="
(identifier) "TX_FIFO_SIZE"
()) ")"
(compound_statement) "{\n size = TX_FIFO_SIZE;\n }"
({) "{"
(expression_statement) "size = TX_FIFO_SIZE;"
(assignment_expression) "size = TX_FIFO_SIZE"
(identifier) "size"
(=) "="
(identifier) "TX_FIFO_SIZE"
(;) ";"
(}) "}"
(while_statement) "while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }"
(while) "while"
(parenthesized_expression) "(size)"
(() "("
(identifier) "size"
()) ")"
(compound_statement) "{\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }"
({) "{"
(expression_statement) "bInChar = comTbuf[comThead++];"
(assignment_expression) "bInChar = comTbuf[comThead++]"
(identifier) "bInChar"
(=) "="
(subscript_expression) "comTbuf[comThead++]"
(identifier) "comTbuf"
([) "["
(update_expression) "comThead++"
(identifier) "comThead"
(++) "++"
(]) "]"
(;) ";"
(expression_statement) "UART0->DAT = bInChar;"
(assignment_expression) "UART0->DAT = bInChar"
(field_expression) "UART0->DAT"
(identifier) "UART0"
(->) "->"
(field_identifier) "DAT"
(=) "="
(identifier) "bInChar"
(;) ";"
(if_statement) "if(comThead >= TXBUFSIZE)\n comThead = 0;"
(if) "if"
(parenthesized_expression) "(comThead >= TXBUFSIZE)"
(() "("
(binary_expression) "comThead >= TXBUFSIZE"
(identifier) "comThead"
(>=) ">="
(identifier) "TXBUFSIZE"
()) ")"
(expression_statement) "comThead = 0;"
(assignment_expression) "comThead = 0"
(identifier) "comThead"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "comTbytes--;"
(update_expression) "comTbytes--"
(identifier) "comTbytes"
(--) "--"
(;) ";"
(expression_statement) "size--;"
(update_expression) "size--"
(identifier) "size"
(--) "--"
(;) ";"
(}) "}"
(}) "}"
(else_clause) "else\n {\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }"
(else) "else"
(compound_statement) "{\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }"
({) "{"
(comment) "/* No more data, just stop Tx (Stop work) */"
(expression_statement) "UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;"
(assignment_expression) "UART0->INTEN &= ~UART_INTEN_THREIEN_Msk"
(field_expression) "UART0->INTEN"
(identifier) "UART0"
(->) "->"
(field_identifier) "INTEN"
(&=) "&="
(unary_expression) "~UART_INTEN_THREIEN_Msk"
(~) "~"
(identifier) "UART_INTEN_THREIEN_Msk"
(;) ";"
(}) "}"
(}) "}"
(}) "}"
(function_definition) "void VCOM_TransferData(void)\n{\n int32_t i, i32Len;\n\n /* Check whether USB is ready for next packet or not*/\n if(gu32TxSize == 0)\n {\n /* Check whether we have new COM Rx data to send to USB or not */\n if(comRbytes)\n {\n i32Len = comRbytes;\n if(i32Len > EP2_MAX_PKT_SIZE)\n i32Len = EP2_MAX_PKT_SIZE;\n\n for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }\n\n __set_PRIMASK(1);\n comRbytes -= i32Len;\n __set_PRIMASK(0);\n\n gu32TxSize = i32Len;\n USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);\n USBD_SET_PAYLOAD_LEN(EP2, i32Len);\n }\n else\n {\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }\n }\n\n /* Process the Bulk out data when bulk out data is ready. */\n if(gi8BulkOutReady && (gu32RxSize <= TXBUFSIZE - comTbytes))\n {\n for(i = 0; i < gu32RxSize; i++)\n {\n comTbuf[comTtail++] = gpu8RxBuf[i];\n if(comTtail >= TXBUFSIZE)\n comTtail = 0;\n }\n\n __set_PRIMASK(1);\n comTbytes += gu32RxSize;\n __set_PRIMASK(0);\n\n gu32RxSize = 0;\n gi8BulkOutReady = 0; /* Clear bulk out ready flag */\n\n /* Ready to get next BULK out */\n USBD_SET_PAYLOAD_LEN(EP3, EP3_MAX_PKT_SIZE);\n }\n\n /* Process the software Tx FIFO */\n if(comTbytes)\n {\n /* Check if Tx is working */\n if((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)\n {\n /* Send one bytes out */\n UART0->DAT = comTbuf[comThead++];\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n\n __set_PRIMASK(1);\n comTbytes--;\n __set_PRIMASK(0);\n\n /* Enable Tx Empty Interrupt. (Trigger first one) */\n UART0->INTEN |= UART_INTEN_THREIEN_Msk;\n }\n }\n}"
(primitive_type) "void"
(function_declarator) "VCOM_TransferData(void)"
(identifier) "VCOM_TransferData"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{\n int32_t i, i32Len;\n\n /* Check whether USB is ready for next packet or not*/\n if(gu32TxSize == 0)\n {\n /* Check whether we have new COM Rx data to send to USB or not */\n if(comRbytes)\n {\n i32Len = comRbytes;\n if(i32Len > EP2_MAX_PKT_SIZE)\n i32Len = EP2_MAX_PKT_SIZE;\n\n for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }\n\n __set_PRIMASK(1);\n comRbytes -= i32Len;\n __set_PRIMASK(0);\n\n gu32TxSize = i32Len;\n USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);\n USBD_SET_PAYLOAD_LEN(EP2, i32Len);\n }\n else\n {\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }\n }\n\n /* Process the Bulk out data when bulk out data is ready. */\n if(gi8BulkOutReady && (gu32RxSize <= TXBUFSIZE - comTbytes))\n {\n for(i = 0; i < gu32RxSize; i++)\n {\n comTbuf[comTtail++] = gpu8RxBuf[i];\n if(comTtail >= TXBUFSIZE)\n comTtail = 0;\n }\n\n __set_PRIMASK(1);\n comTbytes += gu32RxSize;\n __set_PRIMASK(0);\n\n gu32RxSize = 0;\n gi8BulkOutReady = 0; /* Clear bulk out ready flag */\n\n /* Ready to get next BULK out */\n USBD_SET_PAYLOAD_LEN(EP3, EP3_MAX_PKT_SIZE);\n }\n\n /* Process the software Tx FIFO */\n if(comTbytes)\n {\n /* Check if Tx is working */\n if((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)\n {\n /* Send one bytes out */\n UART0->DAT = comTbuf[comThead++];\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n\n __set_PRIMASK(1);\n comTbytes--;\n __set_PRIMASK(0);\n\n /* Enable Tx Empty Interrupt. (Trigger first one) */\n UART0->INTEN |= UART_INTEN_THREIEN_Msk;\n }\n }\n}"
({) "{"
(declaration) "int32_t i, i32Len;"
(primitive_type) "int32_t"
(identifier) "i"
(,) ","
(identifier) "i32Len"
(;) ";"
(comment) "/* Check whether USB is ready for next packet or not*/"
(if_statement) "if(gu32TxSize == 0)\n {\n /* Check whether we have new COM Rx data to send to USB or not */\n if(comRbytes)\n {\n i32Len = comRbytes;\n if(i32Len > EP2_MAX_PKT_SIZE)\n i32Len = EP2_MAX_PKT_SIZE;\n\n for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }\n\n __set_PRIMASK(1);\n comRbytes -= i32Len;\n __set_PRIMASK(0);\n\n gu32TxSize = i32Len;\n USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);\n USBD_SET_PAYLOAD_LEN(EP2, i32Len);\n }\n else\n {\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }\n }"
(if) "if"
(parenthesized_expression) "(gu32TxSize == 0)"
(() "("
(binary_expression) "gu32TxSize == 0"
(identifier) "gu32TxSize"
(==) "=="
(number_literal) "0"
()) ")"
(compound_statement) "{\n /* Check whether we have new COM Rx data to send to USB or not */\n if(comRbytes)\n {\n i32Len = comRbytes;\n if(i32Len > EP2_MAX_PKT_SIZE)\n i32Len = EP2_MAX_PKT_SIZE;\n\n for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }\n\n __set_PRIMASK(1);\n comRbytes -= i32Len;\n __set_PRIMASK(0);\n\n gu32TxSize = i32Len;\n USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);\n USBD_SET_PAYLOAD_LEN(EP2, i32Len);\n }\n else\n {\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }\n }"
({) "{"
(comment) "/* Check whether we have new COM Rx data to send to USB or not */"
(if_statement) "if(comRbytes)\n {\n i32Len = comRbytes;\n if(i32Len > EP2_MAX_PKT_SIZE)\n i32Len = EP2_MAX_PKT_SIZE;\n\n for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }\n\n __set_PRIMASK(1);\n comRbytes -= i32Len;\n __set_PRIMASK(0);\n\n gu32TxSize = i32Len;\n USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);\n USBD_SET_PAYLOAD_LEN(EP2, i32Len);\n }\n else\n {\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }"
(if) "if"
(parenthesized_expression) "(comRbytes)"
(() "("
(identifier) "comRbytes"
()) ")"
(compound_statement) "{\n i32Len = comRbytes;\n if(i32Len > EP2_MAX_PKT_SIZE)\n i32Len = EP2_MAX_PKT_SIZE;\n\n for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }\n\n __set_PRIMASK(1);\n comRbytes -= i32Len;\n __set_PRIMASK(0);\n\n gu32TxSize = i32Len;\n USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);\n USBD_SET_PAYLOAD_LEN(EP2, i32Len);\n }"
({) "{"
(expression_statement) "i32Len = comRbytes;"
(assignment_expression) "i32Len = comRbytes"
(identifier) "i32Len"
(=) "="
(identifier) "comRbytes"
(;) ";"
(if_statement) "if(i32Len > EP2_MAX_PKT_SIZE)\n i32Len = EP2_MAX_PKT_SIZE;"
(if) "if"
(parenthesized_expression) "(i32Len > EP2_MAX_PKT_SIZE)"
(() "("
(binary_expression) "i32Len > EP2_MAX_PKT_SIZE"
(identifier) "i32Len"
(>) ">"
(identifier) "EP2_MAX_PKT_SIZE"
()) ")"
(expression_statement) "i32Len = EP2_MAX_PKT_SIZE;"
(assignment_expression) "i32Len = EP2_MAX_PKT_SIZE"
(identifier) "i32Len"
(=) "="
(identifier) "EP2_MAX_PKT_SIZE"
(;) ";"
(for_statement) "for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }"
(for) "for"
(() "("
(assignment_expression) "i = 0"
(identifier) "i"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "i < i32Len"
(identifier) "i"
(<) "<"
(identifier) "i32Len"
(;) ";"
(update_expression) "i++"
(identifier) "i"
(++) "++"
()) ")"
(compound_statement) "{\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }"
({) "{"
(expression_statement) "gRxBuf[i] = comRbuf[comRhead++];"
(assignment_expression) "gRxBuf[i] = comRbuf[comRhead++]"
(subscript_expression) "gRxBuf[i]"
(identifier) "gRxBuf"
([) "["
(identifier) "i"
(]) "]"
(=) "="
(subscript_expression) "comRbuf[comRhead++]"
(identifier) "comRbuf"
([) "["
(update_expression) "comRhead++"
(identifier) "comRhead"
(++) "++"
(]) "]"
(;) ";"
(if_statement) "if(comRhead >= RXBUFSIZE)\n comRhead = 0;"
(if) "if"
(parenthesized_expression) "(comRhead >= RXBUFSIZE)"
(() "("
(binary_expression) "comRhead >= RXBUFSIZE"
(identifier) "comRhead"
(>=) ">="
(identifier) "RXBUFSIZE"
()) ")"
(expression_statement) "comRhead = 0;"
(assignment_expression) "comRhead = 0"
(identifier) "comRhead"
(=) "="
(number_literal) "0"
(;) ";"
(}) "}"
(expression_statement) "__set_PRIMASK(1);"
(call_expression) "__set_PRIMASK(1)"
(identifier) "__set_PRIMASK"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
(;) ";"
(expression_statement) "comRbytes -= i32Len;"
(assignment_expression) "comRbytes -= i32Len"
(identifier) "comRbytes"
(-=) "-="
(identifier) "i32Len"
(;) ";"
(expression_statement) "__set_PRIMASK(0);"
(call_expression) "__set_PRIMASK(0)"
(identifier) "__set_PRIMASK"
(argument_list) "(0)"
(() "("
(number_literal) "0"
()) ")"
(;) ";"
(expression_statement) "gu32TxSize = i32Len;"
(assignment_expression) "gu32TxSize = i32Len"
(identifier) "gu32TxSize"
(=) "="
(identifier) "i32Len"
(;) ";"
(expression_statement) "USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);"
(call_expression) "USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len)"
(identifier) "USBD_MemCopy"
(argument_list) "((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len)"
(() "("
(cast_expression) "(uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2))"
(() "("
(type_descriptor) "uint8_t *"
(primitive_type) "uint8_t"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(parenthesized_expression) "(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2))"
(() "("
(binary_expression) "USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)"
(identifier) "USBD_BUF_BASE"
(+) "+"
(call_expression) "USBD_GET_EP_BUF_ADDR(EP2)"
(identifier) "USBD_GET_EP_BUF_ADDR"
(argument_list) "(EP2)"
(() "("
(identifier) "EP2"
()) ")"
()) ")"
(,) ","
(cast_expression) "(uint8_t *)gRxBuf"
(() "("
(type_descriptor) "uint8_t *"
(primitive_type) "uint8_t"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(identifier) "gRxBuf"
(,) ","
(identifier) "i32Len"
()) ")"
(;) ";"
(expression_statement) "USBD_SET_PAYLOAD_LEN(EP2, i32Len);"
(call_expression) "USBD_SET_PAYLOAD_LEN(EP2, i32Len)"
(identifier) "USBD_SET_PAYLOAD_LEN"
(argument_list) "(EP2, i32Len)"
(() "("
(identifier) "EP2"
(,) ","
(identifier) "i32Len"
()) ")"
(;) ";"
(}) "}"
(else_clause) "else\n {\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }"
(else) "else"
(compound_statement) "{\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }"
({) "{"
(comment) "/* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */"
(expression_statement) "i32Len = USBD_GET_PAYLOAD_LEN(EP2);"
(assignment_expression) "i32Len = USBD_GET_PAYLOAD_LEN(EP2)"
(identifier) "i32Len"
(=) "="
(call_expression) "USBD_GET_PAYLOAD_LEN(EP2)"
(identifier) "USBD_GET_PAYLOAD_LEN"
(argument_list) "(EP2)"
(() "("
(identifier) "EP2"
()) ")"
(;) ";"
(if_statement) "if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);"
(if) "if"
(parenthesized_expression) "(i32Len == EP2_MAX_PKT_SIZE)"
(() "("
(binary_expression) "i32Len == EP2_MAX_PKT_SIZE"
(identifier) "i32Len"
(==) "=="
(identifier) "EP2_MAX_PKT_SIZE"
()) ")"
(expression_statement) "USBD_SET_PAYLOAD_LEN(EP2, 0);"
(call_expression) "USBD_SET_PAYLOAD_LEN(EP2, 0)"
(identifier) "USBD_SET_PAYLOAD_LEN"
(argument_list) "(EP2, 0)"
(() "("
(identifier) "EP2"
(,) ","
(number_literal) "0"
()) ")"
(;) ";"
(}) "}"
(}) "}"
(comment) "/* Process the Bulk out data when bulk out data is ready. */"
(if_statement) "if(gi8BulkOutReady && (gu32RxSize <= TXBUFSIZE - comTbytes))\n {\n for(i = 0; i < gu32RxSize; i++)\n {\n comTbuf[comTtail++] = gpu8RxBuf[i];\n if(comTtail >= TXBUFSIZE)\n comTtail = 0;\n }\n\n __set_PRIMASK(1);\n comTbytes += gu32RxSize;\n __set_PRIMASK(0);\n\n gu32RxSize = 0;\n gi8BulkOutReady = 0; /* Clear bulk out ready flag */\n\n /* Ready to get next BULK out */\n USBD_SET_PAYLOAD_LEN(EP3, EP3_MAX_PKT_SIZE);\n }"
(if) "if"
(parenthesized_expression) "(gi8BulkOutReady && (gu32RxSize <= TXBUFSIZE - comTbytes))"
(() "("
(binary_expression) "gi8BulkOutReady && (gu32RxSize <= TXBUFSIZE - comTbytes)"
(identifier) "gi8BulkOutReady"
(&&) "&&"
(parenthesized_expression) "(gu32RxSize <= TXBUFSIZE - comTbytes)"
(() "("
(binary_expression) "gu32RxSize <= TXBUFSIZE - comTbytes"
(identifier) "gu32RxSize"
(<=) "<="
(binary_expression) "TXBUFSIZE - comTbytes"
(identifier) "TXBUFSIZE"
(-) "-"
(identifier) "comTbytes"
()) ")"
()) ")"
(compound_statement) "{\n for(i = 0; i < gu32RxSize; i++)\n {\n comTbuf[comTtail++] = gpu8RxBuf[i];\n if(comTtail >= TXBUFSIZE)\n comTtail = 0;\n }\n\n __set_PRIMASK(1);\n comTbytes += gu32RxSize;\n __set_PRIMASK(0);\n\n gu32RxSize = 0;\n gi8BulkOutReady = 0; /* Clear bulk out ready flag */\n\n /* Ready to get next BULK out */\n USBD_SET_PAYLOAD_LEN(EP3, EP3_MAX_PKT_SIZE);\n }"
({) "{"
(for_statement) "for(i = 0; i < gu32RxSize; i++)\n {\n comTbuf[comTtail++] = gpu8RxBuf[i];\n if(comTtail >= TXBUFSIZE)\n comTtail = 0;\n }"
(for) "for"
(() "("
(assignment_expression) "i = 0"
(identifier) "i"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "i < gu32RxSize"
(identifier) "i"
(<) "<"
(identifier) "gu32RxSize"
(;) ";"
(update_expression) "i++"
(identifier) "i"
(++) "++"
()) ")"
(compound_statement) "{\n comTbuf[comTtail++] = gpu8RxBuf[i];\n if(comTtail >= TXBUFSIZE)\n comTtail = 0;\n }"
({) "{"
(expression_statement) "comTbuf[comTtail++] = gpu8RxBuf[i];"
(assignment_expression) "comTbuf[comTtail++] = gpu8RxBuf[i]"
(subscript_expression) "comTbuf[comTtail++]"
(identifier) "comTbuf"
([) "["
(update_expression) "comTtail++"
(identifier) "comTtail"
(++) "++"
(]) "]"
(=) "="
(subscript_expression) "gpu8RxBuf[i]"
(identifier) "gpu8RxBuf"
([) "["
(identifier) "i"
(]) "]"
(;) ";"
(if_statement) "if(comTtail >= TXBUFSIZE)\n comTtail = 0;"
(if) "if"
(parenthesized_expression) "(comTtail >= TXBUFSIZE)"
(() "("
(binary_expression) "comTtail >= TXBUFSIZE"
(identifier) "comTtail"
(>=) ">="
(identifier) "TXBUFSIZE"
()) ")"
(expression_statement) "comTtail = 0;"
(assignment_expression) "comTtail = 0"
(identifier) "comTtail"
(=) "="
(number_literal) "0"
(;) ";"
(}) "}"
(expression_statement) "__set_PRIMASK(1);"
(call_expression) "__set_PRIMASK(1)"
(identifier) "__set_PRIMASK"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
(;) ";"
(expression_statement) "comTbytes += gu32RxSize;"
(assignment_expression) "comTbytes += gu32RxSize"
(identifier) "comTbytes"
(+=) "+="
(identifier) "gu32RxSize"
(;) ";"
(expression_statement) "__set_PRIMASK(0);"
(call_expression) "__set_PRIMASK(0)"
(identifier) "__set_PRIMASK"
(argument_list) "(0)"
(() "("
(number_literal) "0"
()) ")"
(;) ";"
(expression_statement) "gu32RxSize = 0;"
(assignment_expression) "gu32RxSize = 0"
(identifier) "gu32RxSize"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "gi8BulkOutReady = 0;"
(assignment_expression) "gi8BulkOutReady = 0"
(identifier) "gi8BulkOutReady"
(=) "="
(number_literal) "0"
(;) ";"
(comment) "/* Clear bulk out ready flag */"
(comment) "/* Ready to get next BULK out */"
(expression_statement) "USBD_SET_PAYLOAD_LEN(EP3, EP3_MAX_PKT_SIZE);"
(call_expression) "USBD_SET_PAYLOAD_LEN(EP3, EP3_MAX_PKT_SIZE)"
(identifier) "USBD_SET_PAYLOAD_LEN"
(argument_list) "(EP3, EP3_MAX_PKT_SIZE)"
(() "("
(identifier) "EP3"
(,) ","
(identifier) "EP3_MAX_PKT_SIZE"
()) ")"
(;) ";"
(}) "}"
(comment) "/* Process the software Tx FIFO */"
(if_statement) "if(comTbytes)\n {\n /* Check if Tx is working */\n if((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)\n {\n /* Send one bytes out */\n UART0->DAT = comTbuf[comThead++];\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n\n __set_PRIMASK(1);\n comTbytes--;\n __set_PRIMASK(0);\n\n /* Enable Tx Empty Interrupt. (Trigger first one) */\n UART0->INTEN |= UART_INTEN_THREIEN_Msk;\n }\n }"
(if) "if"
(parenthesized_expression) "(comTbytes)"
(() "("
(identifier) "comTbytes"
()) ")"
(compound_statement) "{\n /* Check if Tx is working */\n if((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)\n {\n /* Send one bytes out */\n UART0->DAT = comTbuf[comThead++];\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n\n __set_PRIMASK(1);\n comTbytes--;\n __set_PRIMASK(0);\n\n /* Enable Tx Empty Interrupt. (Trigger first one) */\n UART0->INTEN |= UART_INTEN_THREIEN_Msk;\n }\n }"
({) "{"
(comment) "/* Check if Tx is working */"
(if_statement) "if((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)\n {\n /* Send one bytes out */\n UART0->DAT = comTbuf[comThead++];\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n\n __set_PRIMASK(1);\n comTbytes--;\n __set_PRIMASK(0);\n\n /* Enable Tx Empty Interrupt. (Trigger first one) */\n UART0->INTEN |= UART_INTEN_THREIEN_Msk;\n }"
(if) "if"
(parenthesized_expression) "((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)"
(() "("
(binary_expression) "(UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0"
(parenthesized_expression) "(UART0->INTEN & UART_INTEN_THREIEN_Msk)"
(() "("
(binary_expression) "UART0->INTEN & UART_INTEN_THREIEN_Msk"
(field_expression) "UART0->INTEN"
(identifier) "UART0"
(->) "->"
(field_identifier) "INTEN"
(&) "&"
(identifier) "UART_INTEN_THREIEN_Msk"
()) ")"
(==) "=="
(number_literal) "0"
()) ")"
(compound_statement) "{\n /* Send one bytes out */\n UART0->DAT = comTbuf[comThead++];\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n\n __set_PRIMASK(1);\n comTbytes--;\n __set_PRIMASK(0);\n\n /* Enable Tx Empty Interrupt. (Trigger first one) */\n UART0->INTEN |= UART_INTEN_THREIEN_Msk;\n }"
({) "{"
(comment) "/* Send one bytes out */"
(expression_statement) "UART0->DAT = comTbuf[comThead++];"
(assignment_expression) "UART0->DAT = comTbuf[comThead++]"
(field_expression) "UART0->DAT"
(identifier) "UART0"
(->) "->"
(field_identifier) "DAT"
(=) "="
(subscript_expression) "comTbuf[comThead++]"
(identifier) "comTbuf"
([) "["
(update_expression) "comThead++"
(identifier) "comThead"
(++) "++"
(]) "]"
(;) ";"
(if_statement) "if(comThead >= TXBUFSIZE)\n comThead = 0;"
(if) "if"
(parenthesized_expression) "(comThead >= TXBUFSIZE)"
(() "("
(binary_expression) "comThead >= TXBUFSIZE"
(identifier) "comThead"
(>=) ">="
(identifier) "TXBUFSIZE"
()) ")"
(expression_statement) "comThead = 0;"
(assignment_expression) "comThead = 0"
(identifier) "comThead"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "__set_PRIMASK(1);"
(call_expression) "__set_PRIMASK(1)"
(identifier) "__set_PRIMASK"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
(;) ";"
(expression_statement) "comTbytes--;"
(update_expression) "comTbytes--"
(identifier) "comTbytes"
(--) "--"
(;) ";"
(expression_statement) "__set_PRIMASK(0);"
(call_expression) "__set_PRIMASK(0)"
(identifier) "__set_PRIMASK"
(argument_list) "(0)"
(() "("
(number_literal) "0"
()) ")"
(;) ";"
(comment) "/* Enable Tx Empty Interrupt. (Trigger first one) */"
(expression_statement) "UART0->INTEN |= UART_INTEN_THREIEN_Msk;"
(assignment_expression) "UART0->INTEN |= UART_INTEN_THREIEN_Msk"
(field_expression) "UART0->INTEN"
(identifier) "UART0"
(->) "->"
(field_identifier) "INTEN"
(|=) "|="
(identifier) "UART_INTEN_THREIEN_Msk"
(;) ";"
(}) "}"
(}) "}"
(}) "}"
(function_definition) "int32_t main (void)\n{\n uint32_t u32TrimInit;\n uint32_t au32Config[2];\n\n SYS_Init();\n UART0_Init();\n\n SYS_UnlockReg();\n\n /* Enable FMC ISP function */\n FMC_Open();\n\n /* Check if Data Flash Size is 64K. If not, to re-define Data Flash size and to enable Data Flash function */\n if (FMC_ReadConfig(au32Config, 2) < 0)\n return -1;\n\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE) )\n {\n FMC_ENABLE_CFG_UPDATE();\n au32Config[0] &= ~0x1;\n au32Config[1] = DATA_FLASH_BASE;\n if (FMC_WriteConfig(au32Config, 2) < 0)\n return -1;\n\n FMC_ReadConfig(au32Config, 2);\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE))\n {\n printf("Error: Program Config Failed!\n");\n /* Disable FMC ISP function */\n FMC_Close();\n SYS_LockReg();\n return -1;\n }\n\n /* Reset Chip to reload new CONFIG value */\n SYS->IPRST0 = SYS_IPRST0_CHIPRST_Msk;\n }\n\n USBD_Open(&gsInfo, VCOM_ClassRequest, NULL);\n USBD_SetConfigCallback(MSC_SetConfig);\n /* Endpoint configuration */\n VCOM_Init();\n USBD_Start();\n\n SYS_UnlockReg();\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n while((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0);\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n /* Backup default trim */\n u32TrimInit = M32(TRIM_INIT);\n }\n NVIC_EnableIRQ(UART0_IRQn);\n NVIC_EnableIRQ(USBD_IRQn);\n\n while(1)\n {\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim if it is not enabled. */\n if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }\n\n /* Disable USB Trim when error */\n if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }\n }\n VCOM_TransferData();\n MSC_ProcessCmd();\n }\n}"
(primitive_type) "int32_t"
(function_declarator) "main (void)"
(identifier) "main"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{\n uint32_t u32TrimInit;\n uint32_t au32Config[2];\n\n SYS_Init();\n UART0_Init();\n\n SYS_UnlockReg();\n\n /* Enable FMC ISP function */\n FMC_Open();\n\n /* Check if Data Flash Size is 64K. If not, to re-define Data Flash size and to enable Data Flash function */\n if (FMC_ReadConfig(au32Config, 2) < 0)\n return -1;\n\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE) )\n {\n FMC_ENABLE_CFG_UPDATE();\n au32Config[0] &= ~0x1;\n au32Config[1] = DATA_FLASH_BASE;\n if (FMC_WriteConfig(au32Config, 2) < 0)\n return -1;\n\n FMC_ReadConfig(au32Config, 2);\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE))\n {\n printf("Error: Program Config Failed!\n");\n /* Disable FMC ISP function */\n FMC_Close();\n SYS_LockReg();\n return -1;\n }\n\n /* Reset Chip to reload new CONFIG value */\n SYS->IPRST0 = SYS_IPRST0_CHIPRST_Msk;\n }\n\n USBD_Open(&gsInfo, VCOM_ClassRequest, NULL);\n USBD_SetConfigCallback(MSC_SetConfig);\n /* Endpoint configuration */\n VCOM_Init();\n USBD_Start();\n\n SYS_UnlockReg();\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n while((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0);\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n /* Backup default trim */\n u32TrimInit = M32(TRIM_INIT);\n }\n NVIC_EnableIRQ(UART0_IRQn);\n NVIC_EnableIRQ(USBD_IRQn);\n\n while(1)\n {\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim if it is not enabled. */\n if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }\n\n /* Disable USB Trim when error */\n if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }\n }\n VCOM_TransferData();\n MSC_ProcessCmd();\n }\n}"
({) "{"
(declaration) "uint32_t u32TrimInit;"
(primitive_type) "uint32_t"
(identifier) "u32TrimInit"
(;) ";"
(declaration) "uint32_t au32Config[2];"
(primitive_type) "uint32_t"
(array_declarator) "au32Config[2]"
(identifier) "au32Config"
([) "["
(number_literal) "2"
(]) "]"
(;) ";"
(expression_statement) "SYS_Init();"
(call_expression) "SYS_Init()"
(identifier) "SYS_Init"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "UART0_Init();"
(call_expression) "UART0_Init()"
(identifier) "UART0_Init"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "SYS_UnlockReg();"
(call_expression) "SYS_UnlockReg()"
(identifier) "SYS_UnlockReg"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/* Enable FMC ISP function */"
(expression_statement) "FMC_Open();"
(call_expression) "FMC_Open()"
(identifier) "FMC_Open"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/* Check if Data Flash Size is 64K. If not, to re-define Data Flash size and to enable Data Flash function */"
(if_statement) "if (FMC_ReadConfig(au32Config, 2) < 0)\n return -1;"
(if) "if"
(parenthesized_expression) "(FMC_ReadConfig(au32Config, 2) < 0)"
(() "("
(binary_expression) "FMC_ReadConfig(au32Config, 2) < 0"
(call_expression) "FMC_ReadConfig(au32Config, 2)"
(identifier) "FMC_ReadConfig"
(argument_list) "(au32Config, 2)"
(() "("
(identifier) "au32Config"
(,) ","
(number_literal) "2"
()) ")"
(<) "<"
(number_literal) "0"
()) ")"
(return_statement) "return -1;"
(return) "return"
(number_literal) "-1"
(;) ";"
(if_statement) "if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE) )\n {\n FMC_ENABLE_CFG_UPDATE();\n au32Config[0] &= ~0x1;\n au32Config[1] = DATA_FLASH_BASE;\n if (FMC_WriteConfig(au32Config, 2) < 0)\n return -1;\n\n FMC_ReadConfig(au32Config, 2);\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE))\n {\n printf("Error: Program Config Failed!\n");\n /* Disable FMC ISP function */\n FMC_Close();\n SYS_LockReg();\n return -1;\n }\n\n /* Reset Chip to reload new CONFIG value */\n SYS->IPRST0 = SYS_IPRST0_CHIPRST_Msk;\n }"
(if) "if"
(parenthesized_expression) "(((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE) )"
(() "("
(binary_expression) "((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE)"
(parenthesized_expression) "((au32Config[0] & 0x01) == 1)"
(() "("
(binary_expression) "(au32Config[0] & 0x01) == 1"
(parenthesized_expression) "(au32Config[0] & 0x01)"
(() "("
(binary_expression) "au32Config[0] & 0x01"
(subscript_expression) "au32Config[0]"
(identifier) "au32Config"
([) "["
(number_literal) "0"
(]) "]"
(&) "&"
(number_literal) "0x01"
()) ")"
(==) "=="
(number_literal) "1"
()) ")"
(||) "||"
(parenthesized_expression) "(au32Config[1] != DATA_FLASH_BASE)"
(() "("
(binary_expression) "au32Config[1] != DATA_FLASH_BASE"
(subscript_expression) "au32Config[1]"
(identifier) "au32Config"
([) "["
(number_literal) "1"
(]) "]"
(!=) "!="
(identifier) "DATA_FLASH_BASE"
()) ")"
()) ")"
(compound_statement) "{\n FMC_ENABLE_CFG_UPDATE();\n au32Config[0] &= ~0x1;\n au32Config[1] = DATA_FLASH_BASE;\n if (FMC_WriteConfig(au32Config, 2) < 0)\n return -1;\n\n FMC_ReadConfig(au32Config, 2);\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE))\n {\n printf("Error: Program Config Failed!\n");\n /* Disable FMC ISP function */\n FMC_Close();\n SYS_LockReg();\n return -1;\n }\n\n /* Reset Chip to reload new CONFIG value */\n SYS->IPRST0 = SYS_IPRST0_CHIPRST_Msk;\n }"
({) "{"
(expression_statement) "FMC_ENABLE_CFG_UPDATE();"
(call_expression) "FMC_ENABLE_CFG_UPDATE()"
(identifier) "FMC_ENABLE_CFG_UPDATE"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "au32Config[0] &= ~0x1;"
(assignment_expression) "au32Config[0] &= ~0x1"
(subscript_expression) "au32Config[0]"
(identifier) "au32Config"
([) "["
(number_literal) "0"
(]) "]"
(&=) "&="
(unary_expression) "~0x1"
(~) "~"
(number_literal) "0x1"
(;) ";"
(expression_statement) "au32Config[1] = DATA_FLASH_BASE;"
(assignment_expression) "au32Config[1] = DATA_FLASH_BASE"
(subscript_expression) "au32Config[1]"
(identifier) "au32Config"
([) "["
(number_literal) "1"
(]) "]"
(=) "="
(identifier) "DATA_FLASH_BASE"
(;) ";"
(if_statement) "if (FMC_WriteConfig(au32Config, 2) < 0)\n return -1;"
(if) "if"
(parenthesized_expression) "(FMC_WriteConfig(au32Config, 2) < 0)"
(() "("
(binary_expression) "FMC_WriteConfig(au32Config, 2) < 0"
(call_expression) "FMC_WriteConfig(au32Config, 2)"
(identifier) "FMC_WriteConfig"
(argument_list) "(au32Config, 2)"
(() "("
(identifier) "au32Config"
(,) ","
(number_literal) "2"
()) ")"
(<) "<"
(number_literal) "0"
()) ")"
(return_statement) "return -1;"
(return) "return"
(number_literal) "-1"
(;) ";"
(expression_statement) "FMC_ReadConfig(au32Config, 2);"
(call_expression) "FMC_ReadConfig(au32Config, 2)"
(identifier) "FMC_ReadConfig"
(argument_list) "(au32Config, 2)"
(() "("
(identifier) "au32Config"
(,) ","
(number_literal) "2"
()) ")"
(;) ";"
(if_statement) "if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE))\n {\n printf("Error: Program Config Failed!\n");\n /* Disable FMC ISP function */\n FMC_Close();\n SYS_LockReg();\n return -1;\n }"
(if) "if"
(parenthesized_expression) "(((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE))"
(() "("
(binary_expression) "((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE)"
(parenthesized_expression) "((au32Config[0] & 0x01) == 1)"
(() "("
(binary_expression) "(au32Config[0] & 0x01) == 1"
(parenthesized_expression) "(au32Config[0] & 0x01)"
(() "("
(binary_expression) "au32Config[0] & 0x01"
(subscript_expression) "au32Config[0]"
(identifier) "au32Config"
([) "["
(number_literal) "0"
(]) "]"
(&) "&"
(number_literal) "0x01"
()) ")"
(==) "=="
(number_literal) "1"
()) ")"
(||) "||"
(parenthesized_expression) "(au32Config[1] != DATA_FLASH_BASE)"
(() "("
(binary_expression) "au32Config[1] != DATA_FLASH_BASE"
(subscript_expression) "au32Config[1]"
(identifier) "au32Config"
([) "["
(number_literal) "1"
(]) "]"
(!=) "!="
(identifier) "DATA_FLASH_BASE"
()) ")"
()) ")"
(compound_statement) "{\n printf("Error: Program Config Failed!\n");\n /* Disable FMC ISP function */\n FMC_Close();\n SYS_LockReg();\n return -1;\n }"
({) "{"
(expression_statement) "printf("Error: Program Config Failed!\n");"
(call_expression) "printf("Error: Program Config Failed!\n")"
(identifier) "printf"
(argument_list) "("Error: Program Config Failed!\n")"
(() "("
(string_literal) ""Error: Program Config Failed!\n""
(") """
(string_content) "Error: Program Config Failed!"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(comment) "/* Disable FMC ISP function */"
(expression_statement) "FMC_Close();"
(call_expression) "FMC_Close()"
(identifier) "FMC_Close"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "SYS_LockReg();"
(call_expression) "SYS_LockReg()"
(identifier) "SYS_LockReg"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(return_statement) "return -1;"
(return) "return"
(number_literal) "-1"
(;) ";"
(}) "}"
(comment) "/* Reset Chip to reload new CONFIG value */"
(expression_statement) "SYS->IPRST0 = SYS_IPRST0_CHIPRST_Msk;"
(assignment_expression) "SYS->IPRST0 = SYS_IPRST0_CHIPRST_Msk"
(field_expression) "SYS->IPRST0"
(identifier) "SYS"
(->) "->"
(field_identifier) "IPRST0"
(=) "="
(identifier) "SYS_IPRST0_CHIPRST_Msk"
(;) ";"
(}) "}"
(expression_statement) "USBD_Open(&gsInfo, VCOM_ClassRequest, NULL);"
(call_expression) "USBD_Open(&gsInfo, VCOM_ClassRequest, NULL)"
(identifier) "USBD_Open"
(argument_list) "(&gsInfo, VCOM_ClassRequest, NULL)"
(() "("
(pointer_expression) "&gsInfo"
(&) "&"
(identifier) "gsInfo"
(,) ","
(identifier) "VCOM_ClassRequest"
(,) ","
(null) "NULL"
(NULL) "NULL"
()) ")"
(;) ";"
(expression_statement) "USBD_SetConfigCallback(MSC_SetConfig);"
(call_expression) "USBD_SetConfigCallback(MSC_SetConfig)"
(identifier) "USBD_SetConfigCallback"
(argument_list) "(MSC_SetConfig)"
(() "("
(identifier) "MSC_SetConfig"
()) ")"
(;) ";"
(comment) "/* Endpoint configuration */"
(expression_statement) "VCOM_Init();"
(call_expression) "VCOM_Init()"
(identifier) "VCOM_Init"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "USBD_Start();"
(call_expression) "USBD_Start()"
(identifier) "USBD_Start"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "SYS_UnlockReg();"
(call_expression) "SYS_UnlockReg()"
(identifier) "SYS_UnlockReg"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(if_statement) "if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n while((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0);\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n /* Backup default trim */\n u32TrimInit = M32(TRIM_INIT);\n }"
(if) "if"
(parenthesized_expression) "(((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))"
(() "("
(binary_expression) "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS)"
(parenthesized_expression) "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1)"
(() "("
(binary_expression) "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1"
(parenthesized_expression) "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk)"
(() "("
(binary_expression) "SYS->CSERVER & SYS_CSERVER_VERSION_Msk"
(field_expression) "SYS->CSERVER"
(identifier) "SYS"
(->) "->"
(field_identifier) "CSERVER"
(&) "&"
(identifier) "SYS_CSERVER_VERSION_Msk"
()) ")"
(==) "=="
(number_literal) "0x1"
()) ")"
(&&) "&&"
(parenthesized_expression) "(CRYSTAL_LESS)"
(() "("
(identifier) "CRYSTAL_LESS"
()) ")"
()) ")"
(compound_statement) "{\n /* Start USB trim */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n while((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0);\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n /* Backup default trim */\n u32TrimInit = M32(TRIM_INIT);\n }"
({) "{"
(comment) "/* Start USB trim */"
(expression_statement) "USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;"
(assignment_expression) "USBD->INTSTS = USBD_INTSTS_SOFIF_Msk"
(field_expression) "USBD->INTSTS"
(identifier) "USBD"
(->) "->"
(field_identifier) "INTSTS"
(=) "="
(identifier) "USBD_INTSTS_SOFIF_Msk"
(;) ";"
(while_statement) "while((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0);"
(while) "while"
(parenthesized_expression) "((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0)"
(() "("
(binary_expression) "(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0"
(parenthesized_expression) "(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)"
(() "("
(binary_expression) "USBD->INTSTS & USBD_INTSTS_SOFIF_Msk"
(field_expression) "USBD->INTSTS"
(identifier) "USBD"
(->) "->"
(field_identifier) "INTSTS"
(&) "&"
(identifier) "USBD_INTSTS_SOFIF_Msk"
()) ")"
(==) "=="
(number_literal) "0"
()) ")"
(expression_statement) ";"
(;) ";"
(expression_statement) "SYS->HIRCTCTL = 0x1;"
(assignment_expression) "SYS->HIRCTCTL = 0x1"
(field_expression) "SYS->HIRCTCTL"
(identifier) "SYS"
(->) "->"
(field_identifier) "HIRCTCTL"
(=) "="
(number_literal) "0x1"
(;) ";"
(expression_statement) "SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;"
(assignment_expression) "SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk"
(field_expression) "SYS->HIRCTCTL"
(identifier) "SYS"
(->) "->"
(field_identifier) "HIRCTCTL"
(|=) "|="
(identifier) "SYS_HIRCTCTL_REFCKSEL_Msk"
(;) ";"
(comment) "/* Backup default trim */"
(expression_statement) "u32TrimInit = M32(TRIM_INIT);"
(assignment_expression) "u32TrimInit = M32(TRIM_INIT)"
(identifier) "u32TrimInit"
(=) "="
(call_expression) "M32(TRIM_INIT)"
(identifier) "M32"
(argument_list) "(TRIM_INIT)"
(() "("
(identifier) "TRIM_INIT"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "NVIC_EnableIRQ(UART0_IRQn);"
(call_expression) "NVIC_EnableIRQ(UART0_IRQn)"
(identifier) "NVIC_EnableIRQ"
(argument_list) "(UART0_IRQn)"
(() "("
(identifier) "UART0_IRQn"
()) ")"
(;) ";"
(expression_statement) "NVIC_EnableIRQ(USBD_IRQn);"
(call_expression) "NVIC_EnableIRQ(USBD_IRQn)"
(identifier) "NVIC_EnableIRQ"
(argument_list) "(USBD_IRQn)"
(() "("
(identifier) "USBD_IRQn"
()) ")"
(;) ";"
(while_statement) "while(1)\n {\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim if it is not enabled. */\n if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }\n\n /* Disable USB Trim when error */\n if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }\n }\n VCOM_TransferData();\n MSC_ProcessCmd();\n }"
(while) "while"
(parenthesized_expression) "(1)"
(() "("
(number_literal) "1"
()) ")"
(compound_statement) "{\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim if it is not enabled. */\n if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }\n\n /* Disable USB Trim when error */\n if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }\n }\n VCOM_TransferData();\n MSC_ProcessCmd();\n }"
({) "{"
(if_statement) "if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim if it is not enabled. */\n if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }\n\n /* Disable USB Trim when error */\n if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }\n }"
(if) "if"
(parenthesized_expression) "(((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))"
(() "("
(binary_expression) "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS)"
(parenthesized_expression) "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1)"
(() "("
(binary_expression) "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1"
(parenthesized_expression) "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk)"
(() "("
(binary_expression) "SYS->CSERVER & SYS_CSERVER_VERSION_Msk"
(field_expression) "SYS->CSERVER"
(identifier) "SYS"
(->) "->"
(field_identifier) "CSERVER"
(&) "&"
(identifier) "SYS_CSERVER_VERSION_Msk"
()) ")"
(==) "=="
(number_literal) "0x1"
()) ")"
(&&) "&&"
(parenthesized_expression) "(CRYSTAL_LESS)"
(() "("
(identifier) "CRYSTAL_LESS"
()) ")"
()) ")"
(compound_statement) "{\n /* Start USB trim if it is not enabled. */\n if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }\n\n /* Disable USB Trim when error */\n if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }\n }"
({) "{"
(comment) "/* Start USB trim if it is not enabled. */"
(if_statement) "if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }"
(if) "if"
(parenthesized_expression) "((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)"
(() "("
(binary_expression) "(SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1"
(parenthesized_expression) "(SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk)"
(() "("
(binary_expression) "SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk"
(field_expression) "SYS->HIRCTCTL"
(identifier) "SYS"
(->) "->"
(field_identifier) "HIRCTCTL"
(&) "&"
(identifier) "SYS_HIRCTCTL_FREQSEL_Msk"
()) ")"
(!=) "!="
(number_literal) "1"
()) ")"
(compound_statement) "{\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }"
({) "{"
(if_statement) "if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }"
(if) "if"
(parenthesized_expression) "(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)"
(() "("
(binary_expression) "USBD->INTSTS & USBD_INTSTS_SOFIF_Msk"
(field_expression) "USBD->INTSTS"
(identifier) "USBD"
(->) "->"
(field_identifier) "INTSTS"
(&) "&"
(identifier) "USBD_INTSTS_SOFIF_Msk"
()) ")"
(compound_statement) "{\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }"
({) "{"
(comment) "/* Clear SOF */"
(expression_statement) "USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;"
(assignment_expression) "USBD->INTSTS = USBD_INTSTS_SOFIF_Msk"
(field_expression) "USBD->INTSTS"
(identifier) "USBD"
(->) "->"
(field_identifier) "INTSTS"
(=) "="
(identifier) "USBD_INTSTS_SOFIF_Msk"
(;) ";"
(comment) "/* Re-enable crystal-less */"
(expression_statement) "SYS->HIRCTCTL = 0x1;"
(assignment_expression) "SYS->HIRCTCTL = 0x1"
(field_expression) "SYS->HIRCTCTL"
(identifier) "SYS"
(->) "->"
(field_identifier) "HIRCTCTL"
(=) "="
(number_literal) "0x1"
(;) ";"
(expression_statement) "SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;"
(assignment_expression) "SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk"
(field_expression) "SYS->HIRCTCTL"
(identifier) "SYS"
(->) "->"
(field_identifier) "HIRCTCTL"
(|=) "|="
(identifier) "SYS_HIRCTCTL_REFCKSEL_Msk"
(;) ";"
(}) "}"
(}) "}"
(comment) "/* Disable USB Trim when error */"
(if_statement) "if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }"
(if) "if"
(parenthesized_expression) "(SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))"
(() "("
(binary_expression) "SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk)"
(field_expression) "SYS->HIRCTISTS"
(identifier) "SYS"
(->) "->"
(field_identifier) "HIRCTISTS"
(&) "&"
(parenthesized_expression) "(SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk)"
(() "("
(binary_expression) "SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk"
(identifier) "SYS_HIRCTISTS_CLKERRIF_Msk"
(|) "|"
(identifier) "SYS_HIRCTISTS_TFAILIF_Msk"
()) ")"
()) ")"
(compound_statement) "{\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }"
({) "{"
(comment) "/* Init TRIM */"
(expression_statement) "M32(TRIM_INIT) = u32TrimInit;"
(assignment_expression) "M32(TRIM_INIT) = u32TrimInit"
(call_expression) "M32(TRIM_INIT)"
(identifier) "M32"
(argument_list) "(TRIM_INIT)"
(() "("
(identifier) "TRIM_INIT"
()) ")"
(=) "="
(identifier) "u32TrimInit"
(;) ";"
(comment) "/* Disable crystal-less */"
(expression_statement) "SYS->HIRCTCTL = 0;"
(assignment_expression) "SYS->HIRCTCTL = 0"
(field_expression) "SYS->HIRCTCTL"
(identifier) "SYS"
(->) "->"
(field_identifier) "HIRCTCTL"
(=) "="
(number_literal) "0"
(;) ";"
(comment) "/* Clear error flags */"
(expression_statement) "SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;"
(assignment_expression) "SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk"
(field_expression) "SYS->HIRCTISTS"
(identifier) "SYS"
(->) "->"
(field_identifier) "HIRCTISTS"
(=) "="
(binary_expression) "SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk"
(identifier) "SYS_HIRCTISTS_CLKERRIF_Msk"
(|) "|"
(identifier) "SYS_HIRCTISTS_TFAILIF_Msk"
(;) ";"
(comment) "/* Clear SOF */"
(expression_statement) "USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;"
(assignment_expression) "USBD->INTSTS = USBD_INTSTS_SOFIF_Msk"
(field_expression) "USBD->INTSTS"
(identifier) "USBD"
(->) "->"
(field_identifier) "INTSTS"
(=) "="
(identifier) "USBD_INTSTS_SOFIF_Msk"
(;) ";"
(}) "}"
(}) "}"
(expression_statement) "VCOM_TransferData();"
(call_expression) "VCOM_TransferData()"
(identifier) "VCOM_TransferData"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "MSC_ProcessCmd();"
(call_expression) "MSC_ProcessCmd()"
(identifier) "MSC_ProcessCmd"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(}) "}"
(comment) "/*** (C) COPYRIGHT 2016 Nuvoton Technology Corp. ***/"
| 1,882
| 0
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11, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"massstorage.h\"", "parent": 9, "children": [], "start_point": {"row": 10, "column": 9}, "end_point": {"row": 10, "column": 24}}, {"id": 12, "type": "preproc_def", "text": "#define CRYSTAL_LESS 1\n", "parent": null, "children": [13, 14, 15], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 13, "column": 0}}, {"id": 13, "type": "#define", "text": "#define", "parent": 12, "children": [], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 12, "column": 7}}, {"id": 14, "type": "identifier", "text": "CRYSTAL_LESS", "parent": 12, "children": [], "start_point": {"row": 12, "column": 8}, "end_point": {"row": 12, "column": 20}}, {"id": 15, "type": "preproc_arg", "text": "1", "parent": 12, "children": [], "start_point": {"row": 12, "column": 28}, "end_point": {"row": 12, "column": 29}}, {"id": 16, "type": "preproc_def", "text": "#define TRIM_INIT (SYS_BASE+0x10C)\n", "parent": null, "children": [17, 18, 19], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 14, "column": 0}}, {"id": 17, "type": "#define", "text": "#define", "parent": 16, "children": [], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 13, "column": 7}}, {"id": 18, "type": "identifier", "text": "TRIM_INIT", "parent": 16, "children": [], "start_point": {"row": 13, "column": 8}, "end_point": {"row": 13, "column": 17}}, {"id": 19, "type": "preproc_arg", "text": "(SYS_BASE+0x10C)", "parent": 16, "children": [], "start_point": {"row": 13, "column": 28}, "end_point": {"row": 13, "column": 44}}, {"id": 20, "type": "declaration", "text": "STR_VCOM_LINE_CODING gLineCoding = {115200, 0, 0, 8};", "parent": null, "children": [21, 22], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 53}}, {"id": 21, "type": "type_identifier", "text": "STR_VCOM_LINE_CODING", "parent": 20, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 20}}, {"id": 22, "type": "init_declarator", "text": "gLineCoding = {115200, 0, 0, 8}", "parent": 20, "children": [23, 24, 25], "start_point": {"row": 16, "column": 21}, "end_point": {"row": 16, "column": 52}}, {"id": 23, "type": "identifier", "text": "gLineCoding", "parent": 22, "children": [], "start_point": {"row": 16, "column": 21}, "end_point": {"row": 16, "column": 32}}, {"id": 24, "type": "=", "text": "=", "parent": 22, "children": [], "start_point": {"row": 16, "column": 33}, "end_point": {"row": 16, "column": 34}}, {"id": 25, "type": "initializer_list", "text": "{115200, 0, 0, 8}", "parent": 22, "children": [26, 27, 28, 29], "start_point": {"row": 16, "column": 35}, "end_point": {"row": 16, "column": 52}}, {"id": 26, "type": "number_literal", "text": "115200", "parent": 25, "children": [], "start_point": {"row": 16, "column": 36}, "end_point": {"row": 16, "column": 42}}, {"id": 27, "type": "number_literal", "text": "0", "parent": 25, "children": [], "start_point": {"row": 16, "column": 44}, "end_point": {"row": 16, "column": 45}}, {"id": 28, "type": "number_literal", "text": "0", "parent": 25, "children": [], "start_point": {"row": 16, "column": 47}, "end_point": {"row": 16, "column": 48}}, {"id": 29, "type": "number_literal", "text": "8", "parent": 25, "children": [], "start_point": {"row": 16, "column": 50}, "end_point": {"row": 16, "column": 51}}, {"id": 30, "type": "declaration", "text": "uint16_t gCtrlSignal = 0;", "parent": null, "children": [31, 32], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 25}}, {"id": 31, "type": "primitive_type", "text": "uint16_t", "parent": 30, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 8}}, {"id": 32, "type": "init_declarator", "text": "gCtrlSignal = 0", "parent": 30, "children": [33, 34, 35], "start_point": {"row": 20, "column": 9}, "end_point": {"row": 20, "column": 24}}, {"id": 33, "type": "identifier", "text": "gCtrlSignal", "parent": 32, "children": [], "start_point": {"row": 20, "column": 9}, "end_point": {"row": 20, "column": 20}}, {"id": 34, "type": "=", "text": "=", "parent": 32, "children": [], "start_point": {"row": 20, "column": 21}, "end_point": {"row": 20, "column": 22}}, {"id": 35, "type": "number_literal", "text": "0", "parent": 32, "children": [], "start_point": {"row": 20, "column": 23}, "end_point": {"row": 20, "column": 24}}, {"id": 36, "type": "preproc_def", "text": "#define RXBUFSIZE 512 /* RX buffer size */\n", "parent": null, "children": [37, 38, 39], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 24, "column": 0}}, {"id": 37, "type": "#define", "text": "#define", "parent": 36, "children": [], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 23, "column": 7}}, {"id": 38, "type": "identifier", "text": "RXBUFSIZE", 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28, "column": 0}, "end_point": {"row": 28, "column": 7}}, {"id": 50, "type": "identifier", "text": "DATA_FLASH_BASE", "parent": 48, "children": [], "start_point": {"row": 28, "column": 8}, "end_point": {"row": 28, "column": 23}}, {"id": 51, "type": "preproc_arg", "text": "0x40000", "parent": 48, "children": [], "start_point": {"row": 28, "column": 25}, "end_point": {"row": 28, "column": 32}}, {"id": 52, "type": "declaration", "text": "volatile uint8_t comRbuf[RXBUFSIZE];", "parent": null, "children": [53, 55, 56], "start_point": {"row": 33, "column": 0}, "end_point": {"row": 33, "column": 36}}, {"id": 53, "type": "type_qualifier", "text": "volatile", "parent": 52, "children": [54], "start_point": {"row": 33, "column": 0}, "end_point": {"row": 33, "column": 8}}, {"id": 54, "type": "volatile", "text": "volatile", "parent": 53, "children": [], "start_point": {"row": 33, "column": 0}, "end_point": {"row": 33, "column": 8}}, {"id": 55, "type": "primitive_type", "text": "uint8_t", "parent": 52, "children": [], "start_point": {"row": 33, "column": 9}, "end_point": {"row": 33, "column": 16}}, {"id": 56, "type": "array_declarator", "text": "comRbuf[RXBUFSIZE]", "parent": 52, "children": [57, 58], "start_point": {"row": 33, "column": 17}, "end_point": {"row": 33, "column": 35}}, {"id": 57, "type": "identifier", "text": "comRbuf", "parent": 56, "children": [], "start_point": {"row": 33, "column": 17}, "end_point": {"row": 33, "column": 24}}, {"id": 58, "type": "identifier", "text": "RXBUFSIZE", "parent": 56, "children": [], "start_point": {"row": 33, "column": 25}, "end_point": {"row": 33, "column": 34}}, {"id": 59, "type": "declaration", "text": "volatile uint16_t comRbytes = 0;", "parent": null, "children": [60, 62, 63], "start_point": {"row": 34, "column": 0}, "end_point": {"row": 34, "column": 32}}, {"id": 60, "type": "type_qualifier", "text": "volatile", "parent": 59, "children": [61], "start_point": {"row": 34, "column": 0}, "end_point": {"row": 34, "column": 8}}, {"id": 61, "type": "volatile", "text": "volatile", "parent": 60, "children": [], "start_point": {"row": 34, "column": 0}, "end_point": {"row": 34, "column": 8}}, {"id": 62, "type": "primitive_type", "text": "uint16_t", "parent": 59, "children": [], "start_point": {"row": 34, "column": 9}, "end_point": {"row": 34, "column": 17}}, {"id": 63, "type": "init_declarator", "text": "comRbytes = 0", "parent": 59, "children": [64, 65, 66], "start_point": {"row": 34, "column": 18}, "end_point": {"row": 34, "column": 31}}, {"id": 64, "type": "identifier", "text": "comRbytes", "parent": 63, "children": [], "start_point": {"row": 34, "column": 18}, "end_point": {"row": 34, "column": 27}}, {"id": 65, "type": "=", "text": "=", "parent": 63, "children": [], "start_point": {"row": 34, "column": 28}, "end_point": {"row": 34, "column": 29}}, {"id": 66, "type": "number_literal", "text": "0", "parent": 63, "children": [], "start_point": {"row": 34, "column": 30}, "end_point": {"row": 34, "column": 31}}, {"id": 67, 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"end_point": {"row": 35, "column": 26}}, {"id": 73, "type": "=", "text": "=", "parent": 71, "children": [], "start_point": {"row": 35, "column": 27}, "end_point": {"row": 35, "column": 28}}, {"id": 74, "type": "number_literal", "text": "0", "parent": 71, "children": [], "start_point": {"row": 35, "column": 29}, "end_point": {"row": 35, "column": 30}}, {"id": 75, "type": "declaration", "text": "volatile uint16_t comRtail = 0;", "parent": null, "children": [76, 78, 79], "start_point": {"row": 36, "column": 0}, "end_point": {"row": 36, "column": 31}}, {"id": 76, "type": "type_qualifier", "text": "volatile", "parent": 75, "children": [77], "start_point": {"row": 36, "column": 0}, "end_point": {"row": 36, "column": 8}}, {"id": 77, "type": "volatile", "text": "volatile", "parent": 76, "children": [], "start_point": {"row": 36, "column": 0}, "end_point": {"row": 36, "column": 8}}, {"id": 78, "type": "primitive_type", "text": "uint16_t", "parent": 75, "children": [], "start_point": {"row": 36, "column": 9}, "end_point": {"row": 36, "column": 17}}, {"id": 79, "type": "init_declarator", "text": "comRtail = 0", "parent": 75, "children": [80, 81, 82], "start_point": {"row": 36, "column": 18}, "end_point": {"row": 36, "column": 30}}, {"id": 80, "type": "identifier", "text": "comRtail", "parent": 79, "children": [], "start_point": {"row": 36, "column": 18}, "end_point": {"row": 36, "column": 26}}, {"id": 81, "type": "=", "text": "=", "parent": 79, "children": [], "start_point": {"row": 36, "column": 27}, "end_point": {"row": 36, "column": 28}}, {"id": 82, "type": "number_literal", "text": "0", "parent": 79, "children": [], "start_point": {"row": 36, "column": 29}, "end_point": {"row": 36, "column": 30}}, {"id": 83, "type": "declaration", "text": "volatile uint8_t comTbuf[TXBUFSIZE];", "parent": null, "children": [84, 86, 87], "start_point": {"row": 38, "column": 0}, "end_point": {"row": 38, "column": 36}}, {"id": 84, "type": "type_qualifier", "text": "volatile", "parent": 83, "children": [85], "start_point": {"row": 38, "column": 0}, "end_point": {"row": 38, "column": 8}}, {"id": 85, "type": "volatile", "text": "volatile", "parent": 84, "children": [], "start_point": {"row": 38, "column": 0}, "end_point": {"row": 38, "column": 8}}, {"id": 86, "type": "primitive_type", "text": "uint8_t", "parent": 83, "children": [], "start_point": {"row": 38, "column": 9}, "end_point": {"row": 38, "column": 16}}, {"id": 87, "type": "array_declarator", "text": "comTbuf[TXBUFSIZE]", "parent": 83, "children": [88, 89], "start_point": {"row": 38, "column": 17}, "end_point": {"row": 38, "column": 35}}, {"id": 88, "type": "identifier", "text": "comTbuf", "parent": 87, "children": [], "start_point": {"row": 38, "column": 17}, "end_point": {"row": 38, "column": 24}}, {"id": 89, "type": "identifier", "text": "TXBUFSIZE", "parent": 87, "children": [], "start_point": {"row": 38, "column": 25}, "end_point": {"row": 38, "column": 34}}, {"id": 90, "type": "declaration", "text": "volatile uint16_t comTbytes = 0;", "parent": null, "children": [91, 93, 94], "start_point": {"row": 39, "column": 0}, "end_point": {"row": 39, "column": 32}}, {"id": 91, "type": "type_qualifier", "text": "volatile", "parent": 90, "children": [92], "start_point": {"row": 39, "column": 0}, "end_point": {"row": 39, "column": 8}}, {"id": 92, "type": "volatile", "text": "volatile", "parent": 91, "children": [], "start_point": {"row": 39, "column": 0}, "end_point": {"row": 39, "column": 8}}, {"id": 93, "type": "primitive_type", "text": "uint16_t", "parent": 90, "children": [], "start_point": {"row": 39, "column": 9}, "end_point": {"row": 39, "column": 17}}, {"id": 94, "type": "init_declarator", "text": "comTbytes = 0", "parent": 90, "children": [95, 96, 97], "start_point": {"row": 39, "column": 18}, "end_point": {"row": 39, "column": 31}}, {"id": 95, "type": "identifier", "text": "comTbytes", "parent": 94, "children": [], "start_point": {"row": 39, "column": 18}, "end_point": {"row": 39, "column": 27}}, {"id": 96, "type": "=", "text": "=", "parent": 94, "children": [], "start_point": {"row": 39, "column": 28}, "end_point": {"row": 39, "column": 29}}, {"id": 97, "type": "number_literal", "text": "0", "parent": 94, "children": [], "start_point": {"row": 39, "column": 30}, "end_point": {"row": 39, "column": 31}}, {"id": 98, "type": "declaration", "text": "volatile uint16_t comThead = 0;", "parent": null, "children": [99, 101, 102], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 40, "column": 31}}, {"id": 99, "type": "type_qualifier", "text": "volatile", "parent": 98, "children": [100], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 40, "column": 8}}, {"id": 100, "type": "volatile", "text": "volatile", "parent": 99, "children": [], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 40, "column": 8}}, {"id": 101, "type": "primitive_type", "text": "uint16_t", "parent": 98, "children": [], "start_point": {"row": 40, "column": 9}, "end_point": {"row": 40, "column": 17}}, {"id": 102, "type": "init_declarator", "text": "comThead = 0", "parent": 98, "children": [103, 104, 105], "start_point": {"row": 40, "column": 18}, "end_point": {"row": 40, "column": 30}}, {"id": 103, "type": "identifier", "text": "comThead", "parent": 102, "children": [], "start_point": {"row": 40, "column": 18}, "end_point": {"row": 40, "column": 26}}, {"id": 104, "type": "=", "text": "=", "parent": 102, "children": [], "start_point": {"row": 40, "column": 27}, "end_point": {"row": 40, "column": 28}}, {"id": 105, "type": "number_literal", "text": "0", "parent": 102, "children": [], "start_point": {"row": 40, "column": 29}, "end_point": {"row": 40, "column": 30}}, {"id": 106, "type": "declaration", "text": "volatile uint16_t comTtail = 0;", "parent": null, "children": [107, 109, 110], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 31}}, {"id": 107, "type": "type_qualifier", "text": "volatile", "parent": 106, "children": [108], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 8}}, {"id": 108, "type": "volatile", "text": "volatile", "parent": 107, "children": [], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 8}}, {"id": 109, "type": "primitive_type", "text": "uint16_t", "parent": 106, "children": [], "start_point": {"row": 41, "column": 9}, "end_point": {"row": 41, "column": 17}}, {"id": 110, "type": "init_declarator", "text": "comTtail = 0", "parent": 106, "children": [111, 112, 113], "start_point": {"row": 41, "column": 18}, "end_point": {"row": 41, "column": 30}}, {"id": 111, "type": "identifier", "text": "comTtail", "parent": 110, "children": [], "start_point": {"row": 41, "column": 18}, "end_point": {"row": 41, "column": 26}}, {"id": 112, "type": "=", "text": "=", "parent": 110, "children": [], "start_point": {"row": 41, "column": 27}, "end_point": {"row": 41, "column": 28}}, {"id": 113, "type": "number_literal", "text": "0", "parent": 110, "children": [], "start_point": {"row": 41, "column": 29}, "end_point": {"row": 41, "column": 30}}, {"id": 114, "type": "declaration", "text": "uint8_t gRxBuf[64] = {0};", "parent": null, "children": [115, 116], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 43, "column": 25}}, {"id": 115, "type": "primitive_type", "text": "uint8_t", "parent": 114, "children": [], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 43, "column": 7}}, {"id": 116, "type": "init_declarator", "text": "gRxBuf[64] = {0}", "parent": 114, "children": [117, 120, 121], "start_point": {"row": 43, "column": 8}, "end_point": {"row": 43, "column": 24}}, {"id": 117, "type": "array_declarator", "text": "gRxBuf[64]", "parent": 116, "children": [118, 119], "start_point": {"row": 43, "column": 8}, "end_point": {"row": 43, "column": 18}}, {"id": 118, "type": "identifier", "text": "gRxBuf", "parent": 117, "children": [], "start_point": {"row": 43, "column": 8}, "end_point": {"row": 43, "column": 14}}, {"id": 119, "type": "number_literal", "text": "64", "parent": 117, "children": [], "start_point": {"row": 43, "column": 15}, "end_point": {"row": 43, "column": 17}}, {"id": 120, "type": "=", "text": "=", "parent": 116, "children": [], "start_point": {"row": 43, "column": 19}, "end_point": {"row": 43, "column": 20}}, {"id": 121, "type": "initializer_list", "text": "{0}", "parent": 116, "children": [122], "start_point": {"row": 43, "column": 21}, "end_point": {"row": 43, "column": 24}}, {"id": 122, "type": "number_literal", "text": "0", "parent": 121, "children": [], "start_point": {"row": 43, "column": 22}, "end_point": {"row": 43, "column": 23}}, {"id": 123, "type": "declaration", "text": "uint8_t *gpu8RxBuf = 0;", "parent": null, "children": [124, 125], "start_point": {"row": 44, "column": 0}, "end_point": {"row": 44, "column": 23}}, {"id": 124, "type": "primitive_type", "text": "uint8_t", "parent": 123, "children": [], "start_point": {"row": 44, "column": 0}, "end_point": {"row": 44, "column": 7}}, {"id": 125, "type": "init_declarator", "text": "*gpu8RxBuf = 0", "parent": 123, "children": [126, 129, 130], "start_point": {"row": 44, "column": 8}, "end_point": {"row": 44, "column": 22}}, {"id": 126, "type": "pointer_declarator", "text": "*gpu8RxBuf", "parent": 125, "children": [127, 128], "start_point": {"row": 44, "column": 8}, "end_point": {"row": 44, "column": 18}}, {"id": 127, "type": "*", "text": "*", "parent": 126, "children": [], "start_point": {"row": 44, "column": 8}, "end_point": {"row": 44, "column": 9}}, {"id": 128, "type": "identifier", "text": "gpu8RxBuf", "parent": 126, "children": [], "start_point": {"row": 44, "column": 9}, "end_point": {"row": 44, "column": 18}}, {"id": 129, "type": "=", "text": "=", "parent": 125, "children": [], "start_point": {"row": 44, "column": 19}, "end_point": {"row": 44, "column": 20}}, {"id": 130, "type": "number_literal", "text": "0", "parent": 125, "children": [], "start_point": {"row": 44, "column": 21}, "end_point": {"row": 44, "column": 22}}, {"id": 131, "type": "declaration", "text": "uint32_t gu32RxSize = 0;", "parent": null, "children": [132, 133], "start_point": {"row": 45, "column": 0}, "end_point": {"row": 45, "column": 24}}, {"id": 132, "type": "primitive_type", "text": "uint32_t", "parent": 131, "children": [], "start_point": {"row": 45, "column": 0}, "end_point": {"row": 45, "column": 8}}, {"id": 133, "type": "init_declarator", "text": "gu32RxSize = 0", "parent": 131, "children": [134, 135, 136], "start_point": {"row": 45, "column": 9}, "end_point": {"row": 45, "column": 23}}, {"id": 134, "type": "identifier", "text": "gu32RxSize", "parent": 133, "children": [], "start_point": {"row": 45, "column": 9}, "end_point": {"row": 45, "column": 19}}, {"id": 135, "type": "=", "text": "=", "parent": 133, "children": [], "start_point": {"row": 45, "column": 20}, "end_point": {"row": 45, "column": 21}}, {"id": 136, "type": "number_literal", "text": "0", "parent": 133, "children": [], "start_point": {"row": 45, "column": 22}, "end_point": {"row": 45, "column": 23}}, {"id": 137, "type": "declaration", "text": "uint32_t gu32TxSize = 0;", "parent": null, "children": [138, 139], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 46, "column": 24}}, {"id": 138, "type": "primitive_type", "text": "uint32_t", "parent": 137, "children": [], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 46, "column": 8}}, {"id": 139, "type": "init_declarator", "text": "gu32TxSize = 0", "parent": 137, "children": [140, 141, 142], "start_point": {"row": 46, "column": 9}, "end_point": {"row": 46, "column": 23}}, {"id": 140, "type": "identifier", "text": "gu32TxSize", "parent": 139, "children": [], "start_point": {"row": 46, "column": 9}, "end_point": {"row": 46, "column": 19}}, {"id": 141, "type": "=", "text": "=", "parent": 139, "children": [], "start_point": {"row": 46, "column": 20}, "end_point": {"row": 46, "column": 21}}, {"id": 142, "type": "number_literal", "text": "0", "parent": 139, "children": [], "start_point": {"row": 46, "column": 22}, "end_point": {"row": 46, "column": 23}}, {"id": 143, "type": "declaration", "text": "volatile int8_t gi8BulkOutReady = 0;", "parent": null, "children": [144, 146, 147], "start_point": {"row": 48, "column": 0}, "end_point": {"row": 48, "column": 36}}, {"id": 144, "type": "type_qualifier", "text": "volatile", "parent": 143, "children": [145], "start_point": {"row": 48, "column": 0}, "end_point": {"row": 48, "column": 8}}, {"id": 145, "type": "volatile", "text": "volatile", "parent": 144, "children": [], "start_point": {"row": 48, "column": 0}, "end_point": {"row": 48, "column": 8}}, {"id": 146, "type": "primitive_type", "text": "int8_t", "parent": 143, "children": [], "start_point": {"row": 48, "column": 9}, "end_point": {"row": 48, "column": 15}}, {"id": 147, "type": "init_declarator", "text": "gi8BulkOutReady = 0", "parent": 143, "children": [148, 149, 150], "start_point": {"row": 48, "column": 16}, "end_point": {"row": 48, "column": 35}}, {"id": 148, "type": "identifier", "text": "gi8BulkOutReady", "parent": 147, "children": [], "start_point": {"row": 48, "column": 16}, "end_point": {"row": 48, "column": 31}}, {"id": 149, "type": "=", "text": "=", "parent": 147, "children": [], "start_point": {"row": 48, "column": 32}, "end_point": {"row": 48, "column": 33}}, {"id": 150, "type": "number_literal", "text": "0", "parent": 147, "children": [], "start_point": {"row": 48, "column": 34}, "end_point": {"row": 48, "column": 35}}, {"id": 151, "type": "function_definition", "text": "void SYS_Init(void)\n{\n /* Unlock protected registers */\n SYS_UnlockReg();\n\n /* Set XT1_OUT(PF.2) and XT1_IN(PF.3) to input mode */\n PF->MODE &= ~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk);\n\n /* Enable External XTAL (4~24 MHz) */\n CLK_EnableXtalRC(CLK_PWRCTL_HXTEN_Msk);\n\n /* Waiting for 12MHz clock ready */\n CLK_WaitClockReady(CLK_STATUS_HXTSTB_Msk);\n\n /* Switch HCLK clock source to HXT */\n CLK_SetHCLK(CLK_CLKSEL0_HCLKSEL_HXT,CLK_CLKDIV0_HCLK(1));\n\n /* Set core clock as PLL_CLOCK from PLL */\n CLK_SetCoreClock(FREQ_192MHZ);\n\n /* Set both PCLK0 and PCLK1 as HCLK/2 */\n CLK->PCLKDIV = CLK_PCLKDIV_APB0DIV_DIV2 | CLK_PCLKDIV_APB1DIV_DIV2;\n\n /* M480LD support crystal-less */\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk;\n /* Select IP clock source */\n CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk;\n }\n else\n {\n /* Select IP clock source */\n CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;\n CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);\n }\n\n /* Select USBD */\n SYS->USBPHY = (SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk | SYS_USBPHY_SBO_Msk;\n\n /* Enable IP clock */\n CLK_EnableModuleClock(USBD_MODULE);\n\n /* Select IP clock source */\n CLK_SetModuleClock(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1));\n\n /* Enable IP clock */\n CLK_EnableModuleClock(UART0_MODULE);\n /* Set PA.12 ~ PA.14 to input mode */\n PA->MODE &= ~(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk);\n SYS->GPA_MFPH &= ~(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk);\n SYS->GPA_MFPH |= (SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID);\n\n /* Set GPB multi-function pins for UART0 RXD and TXD */\n SYS->GPB_MFPH &= ~(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk);\n SYS->GPB_MFPH |= (SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD);\n\n}", "parent": null, "children": [152, 153], "start_point": {"row": 50, "column": 0}, "end_point": {"row": 107, "column": 1}}, {"id": 152, "type": "primitive_type", "text": "void", "parent": 151, "children": [], "start_point": {"row": 50, "column": 0}, "end_point": {"row": 50, "column": 4}}, {"id": 153, "type": "function_declarator", "text": "SYS_Init(void)", "parent": 151, "children": [154, 155], "start_point": {"row": 50, "column": 5}, "end_point": {"row": 50, "column": 19}}, {"id": 154, "type": "identifier", "text": "SYS_Init", "parent": 153, "children": [], "start_point": {"row": 50, "column": 5}, "end_point": {"row": 50, "column": 13}}, {"id": 155, "type": "parameter_list", "text": "(void)", "parent": 153, "children": [156], "start_point": {"row": 50, "column": 13}, "end_point": {"row": 50, "column": 19}}, {"id": 156, "type": "parameter_declaration", "text": "void", "parent": 155, "children": [157], "start_point": {"row": 50, "column": 14}, "end_point": {"row": 50, "column": 18}}, {"id": 157, "type": "primitive_type", "text": "void", "parent": 156, "children": [], "start_point": {"row": 50, "column": 14}, "end_point": {"row": 50, "column": 18}}, {"id": 158, "type": "call_expression", "text": "SYS_UnlockReg()", "parent": 151, "children": [159, 160], "start_point": {"row": 53, "column": 4}, "end_point": {"row": 53, "column": 19}}, {"id": 159, "type": "identifier", "text": "SYS_UnlockReg", "parent": 158, "children": [], "start_point": {"row": 53, "column": 4}, "end_point": {"row": 53, "column": 17}}, {"id": 160, "type": "argument_list", "text": "()", "parent": 158, "children": [], "start_point": {"row": 53, "column": 17}, "end_point": {"row": 53, "column": 19}}, {"id": 161, "type": "assignment_expression", "text": "PF->MODE &= ~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk)", "parent": 151, "children": [162, 165, 166], "start_point": {"row": 56, "column": 4}, "end_point": {"row": 56, "column": 60}}, {"id": 162, "type": "field_expression", "text": "PF->MODE", "parent": 161, "children": [163, 164], "start_point": {"row": 56, "column": 4}, "end_point": {"row": 56, "column": 12}}, {"id": 163, "type": "identifier", "text": "PF", "parent": 162, "children": [], "start_point": {"row": 56, "column": 4}, "end_point": {"row": 56, "column": 6}}, {"id": 164, "type": "field_identifier", "text": "MODE", "parent": 162, "children": [], "start_point": {"row": 56, "column": 8}, "end_point": {"row": 56, "column": 12}}, {"id": 165, "type": "&=", "text": "&=", "parent": 161, "children": [], "start_point": {"row": 56, "column": 13}, "end_point": {"row": 56, "column": 15}}, {"id": 166, "type": "unary_expression", "text": "~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk)", "parent": 161, "children": [167, 168], "start_point": {"row": 56, "column": 16}, "end_point": {"row": 56, "column": 60}}, {"id": 167, "type": "~", "text": "~", "parent": 166, "children": [], "start_point": {"row": 56, "column": 16}, "end_point": {"row": 56, "column": 17}}, {"id": 168, "type": "parenthesized_expression", "text": "(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk)", "parent": 166, "children": [169], "start_point": {"row": 56, "column": 17}, "end_point": {"row": 56, "column": 60}}, {"id": 169, "type": "binary_expression", "text": "GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk", "parent": 168, "children": [170, 171], "start_point": {"row": 56, "column": 18}, "end_point": {"row": 56, "column": 59}}, {"id": 170, "type": "identifier", "text": "GPIO_MODE_MODE2_Msk", "parent": 169, "children": [], "start_point": {"row": 56, "column": 18}, "end_point": {"row": 56, "column": 37}}, {"id": 171, "type": "identifier", "text": "GPIO_MODE_MODE3_Msk", "parent": 169, "children": [], "start_point": {"row": 56, "column": 40}, "end_point": {"row": 56, "column": 59}}, {"id": 172, "type": "call_expression", "text": "CLK_EnableXtalRC(CLK_PWRCTL_HXTEN_Msk)", "parent": 151, "children": [173, 174], "start_point": {"row": 59, "column": 4}, "end_point": {"row": 59, "column": 42}}, {"id": 173, "type": "identifier", "text": "CLK_EnableXtalRC", "parent": 172, "children": [], "start_point": {"row": 59, "column": 4}, "end_point": {"row": 59, "column": 20}}, {"id": 174, "type": "argument_list", "text": "(CLK_PWRCTL_HXTEN_Msk)", "parent": 172, "children": [175], "start_point": {"row": 59, "column": 20}, "end_point": {"row": 59, "column": 42}}, {"id": 175, "type": "identifier", "text": "CLK_PWRCTL_HXTEN_Msk", "parent": 174, "children": [], "start_point": {"row": 59, "column": 21}, "end_point": {"row": 59, "column": 41}}, {"id": 176, "type": "call_expression", "text": "CLK_WaitClockReady(CLK_STATUS_HXTSTB_Msk)", "parent": 151, "children": [177, 178], "start_point": {"row": 62, "column": 4}, "end_point": {"row": 62, "column": 45}}, {"id": 177, "type": "identifier", "text": "CLK_WaitClockReady", "parent": 176, "children": [], "start_point": {"row": 62, "column": 4}, "end_point": {"row": 62, "column": 22}}, {"id": 178, "type": "argument_list", "text": "(CLK_STATUS_HXTSTB_Msk)", "parent": 176, "children": [179], "start_point": {"row": 62, "column": 22}, "end_point": {"row": 62, "column": 45}}, {"id": 179, "type": "identifier", "text": "CLK_STATUS_HXTSTB_Msk", "parent": 178, "children": [], "start_point": {"row": 62, "column": 23}, "end_point": {"row": 62, "column": 44}}, {"id": 180, "type": "call_expression", "text": "CLK_SetHCLK(CLK_CLKSEL0_HCLKSEL_HXT,CLK_CLKDIV0_HCLK(1))", "parent": 151, "children": [181, 182], "start_point": {"row": 65, "column": 4}, "end_point": {"row": 65, "column": 60}}, {"id": 181, "type": "identifier", "text": "CLK_SetHCLK", "parent": 180, "children": [], "start_point": {"row": 65, "column": 4}, "end_point": {"row": 65, "column": 15}}, {"id": 182, "type": "argument_list", "text": "(CLK_CLKSEL0_HCLKSEL_HXT,CLK_CLKDIV0_HCLK(1))", "parent": 180, "children": [183, 184], "start_point": {"row": 65, "column": 15}, "end_point": {"row": 65, "column": 60}}, {"id": 183, "type": "identifier", "text": "CLK_CLKSEL0_HCLKSEL_HXT", "parent": 182, "children": [], "start_point": {"row": 65, "column": 16}, "end_point": {"row": 65, "column": 39}}, {"id": 184, "type": "call_expression", "text": "CLK_CLKDIV0_HCLK(1)", "parent": 182, "children": [185, 186], "start_point": {"row": 65, "column": 40}, "end_point": {"row": 65, "column": 59}}, {"id": 185, "type": "identifier", "text": "CLK_CLKDIV0_HCLK", "parent": 184, "children": [], "start_point": {"row": 65, "column": 40}, "end_point": {"row": 65, "column": 56}}, {"id": 186, "type": "argument_list", "text": "(1)", "parent": 184, "children": [187], "start_point": {"row": 65, "column": 56}, "end_point": {"row": 65, "column": 59}}, {"id": 187, "type": "number_literal", "text": "1", "parent": 186, "children": [], "start_point": {"row": 65, "column": 57}, "end_point": {"row": 65, "column": 58}}, {"id": 188, "type": "call_expression", "text": "CLK_SetCoreClock(FREQ_192MHZ)", "parent": 151, "children": [189, 190], "start_point": {"row": 68, "column": 4}, "end_point": {"row": 68, "column": 33}}, {"id": 189, "type": "identifier", "text": "CLK_SetCoreClock", "parent": 188, "children": [], "start_point": {"row": 68, "column": 4}, "end_point": {"row": 68, "column": 20}}, {"id": 190, "type": "argument_list", "text": "(FREQ_192MHZ)", "parent": 188, "children": [191], "start_point": {"row": 68, "column": 20}, "end_point": {"row": 68, "column": 33}}, {"id": 191, "type": "identifier", "text": "FREQ_192MHZ", "parent": 190, "children": [], "start_point": {"row": 68, "column": 21}, "end_point": {"row": 68, "column": 32}}, {"id": 192, "type": "assignment_expression", "text": "CLK->PCLKDIV = CLK_PCLKDIV_APB0DIV_DIV2 | CLK_PCLKDIV_APB1DIV_DIV2", "parent": 151, "children": [193, 196, 197], "start_point": {"row": 71, "column": 4}, "end_point": {"row": 71, "column": 70}}, {"id": 193, "type": "field_expression", "text": "CLK->PCLKDIV", "parent": 192, "children": [194, 195], "start_point": {"row": 71, "column": 4}, "end_point": {"row": 71, "column": 16}}, {"id": 194, "type": "identifier", "text": "CLK", "parent": 193, "children": [], "start_point": {"row": 71, "column": 4}, "end_point": {"row": 71, "column": 7}}, {"id": 195, "type": "field_identifier", "text": "PCLKDIV", "parent": 193, "children": [], "start_point": {"row": 71, "column": 9}, "end_point": {"row": 71, "column": 16}}, {"id": 196, "type": "=", "text": "=", "parent": 192, "children": [], "start_point": {"row": 71, "column": 17}, "end_point": {"row": 71, "column": 18}}, {"id": 197, "type": "binary_expression", "text": "CLK_PCLKDIV_APB0DIV_DIV2 | CLK_PCLKDIV_APB1DIV_DIV2", "parent": 192, "children": [198, 199], "start_point": {"row": 71, "column": 19}, "end_point": {"row": 71, "column": 70}}, {"id": 198, "type": "identifier", "text": "CLK_PCLKDIV_APB0DIV_DIV2", "parent": 197, "children": [], "start_point": {"row": 71, "column": 19}, "end_point": {"row": 71, "column": 43}}, {"id": 199, "type": "identifier", "text": "CLK_PCLKDIV_APB1DIV_DIV2", "parent": 197, "children": [], "start_point": {"row": 71, "column": 46}, "end_point": {"row": 71, "column": 70}}, {"id": 200, "type": "if_statement", "text": "if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk;\n /* Select IP clock source */\n CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk;\n }\n else\n {\n /* Select IP clock source */\n CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;\n CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);\n }", "parent": 151, "children": [201, 230], "start_point": {"row": 74, "column": 4}, "end_point": {"row": 85, "column": 5}}, {"id": 201, "type": "parenthesized_expression", "text": "(((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))", "parent": 200, "children": [202], "start_point": {"row": 74, "column": 7}, "end_point": {"row": 74, "column": 76}}, {"id": 202, "type": "binary_expression", "text": "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS)", "parent": 201, "children": [203, 213, 214], "start_point": {"row": 74, "column": 8}, "end_point": {"row": 74, "column": 75}}, {"id": 203, "type": "parenthesized_expression", "text": "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1)", "parent": 202, "children": [204], "start_point": {"row": 74, "column": 8}, "end_point": {"row": 74, "column": 57}}, {"id": 204, "type": "binary_expression", "text": "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1", "parent": 203, "children": [205, 211, 212], "start_point": {"row": 74, "column": 9}, "end_point": {"row": 74, "column": 56}}, {"id": 205, "type": "parenthesized_expression", "text": "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk)", "parent": 204, "children": [206], "start_point": {"row": 74, "column": 9}, "end_point": {"row": 74, "column": 49}}, {"id": 206, "type": "binary_expression", "text": "SYS->CSERVER & SYS_CSERVER_VERSION_Msk", "parent": 205, "children": [207, 210], "start_point": {"row": 74, "column": 10}, "end_point": {"row": 74, "column": 48}}, {"id": 207, "type": "field_expression", "text": "SYS->CSERVER", "parent": 206, "children": [208, 209], "start_point": {"row": 74, "column": 10}, "end_point": {"row": 74, "column": 22}}, {"id": 208, "type": "identifier", "text": "SYS", "parent": 207, "children": [], "start_point": {"row": 74, "column": 10}, "end_point": {"row": 74, "column": 13}}, {"id": 209, "type": "field_identifier", "text": "CSERVER", "parent": 207, "children": [], "start_point": {"row": 74, "column": 15}, "end_point": {"row": 74, "column": 22}}, {"id": 210, "type": "identifier", "text": "SYS_CSERVER_VERSION_Msk", "parent": 206, "children": [], "start_point": {"row": 74, "column": 25}, "end_point": {"row": 74, "column": 48}}, {"id": 211, "type": "==", "text": "==", "parent": 204, "children": [], "start_point": {"row": 74, "column": 50}, "end_point": {"row": 74, "column": 52}}, {"id": 212, "type": "number_literal", "text": "0x1", "parent": 204, "children": [], "start_point": {"row": 74, "column": 53}, "end_point": {"row": 74, "column": 56}}, {"id": 213, "type": "&&", "text": "&&", "parent": 202, "children": [], "start_point": {"row": 74, "column": 58}, "end_point": {"row": 74, "column": 60}}, {"id": 214, "type": "parenthesized_expression", "text": "(CRYSTAL_LESS)", "parent": 202, "children": [215], "start_point": {"row": 74, "column": 61}, "end_point": {"row": 74, "column": 75}}, {"id": 215, "type": "identifier", "text": "CRYSTAL_LESS", "parent": 214, "children": [], "start_point": {"row": 74, "column": 62}, "end_point": {"row": 74, "column": 74}}, {"id": 216, "type": "assignment_expression", "text": "CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk", "parent": 200, "children": [217, 220, 221], "start_point": {"row": 76, "column": 8}, "end_point": {"row": 76, "column": 47}}, {"id": 217, "type": "field_expression", "text": "CLK->PWRCTL", "parent": 216, "children": [218, 219], "start_point": {"row": 76, "column": 8}, "end_point": {"row": 76, "column": 19}}, {"id": 218, "type": "identifier", "text": "CLK", "parent": 217, "children": [], "start_point": {"row": 76, "column": 8}, "end_point": {"row": 76, "column": 11}}, {"id": 219, "type": "field_identifier", "text": "PWRCTL", "parent": 217, "children": [], "start_point": {"row": 76, "column": 13}, "end_point": {"row": 76, "column": 19}}, {"id": 220, "type": "|=", "text": "|=", "parent": 216, "children": [], "start_point": {"row": 76, "column": 20}, "end_point": {"row": 76, "column": 22}}, {"id": 221, "type": "identifier", "text": "CLK_PWRCTL_HIRC48MEN_Msk", "parent": 216, "children": [], "start_point": {"row": 76, "column": 23}, "end_point": {"row": 76, "column": 47}}, {"id": 222, "type": "assignment_expression", "text": "CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk", "parent": 200, "children": [223, 226, 227], "start_point": {"row": 78, "column": 8}, "end_point": {"row": 78, "column": 47}}, {"id": 223, "type": "field_expression", "text": "CLK->CLKSEL0", "parent": 222, "children": [224, 225], "start_point": {"row": 78, "column": 8}, "end_point": {"row": 78, "column": 20}}, {"id": 224, "type": "identifier", "text": "CLK", "parent": 223, "children": [], "start_point": {"row": 78, "column": 8}, "end_point": {"row": 78, "column": 11}}, {"id": 225, "type": "field_identifier", "text": "CLKSEL0", "parent": 223, "children": [], "start_point": {"row": 78, "column": 13}, "end_point": {"row": 78, "column": 20}}, {"id": 226, "type": "&=", "text": "&=", "parent": 222, "children": [], "start_point": {"row": 78, "column": 21}, "end_point": {"row": 78, "column": 23}}, {"id": 227, "type": "unary_expression", "text": "~CLK_CLKSEL0_USBSEL_Msk", "parent": 222, "children": [228, 229], "start_point": {"row": 78, "column": 24}, "end_point": {"row": 78, "column": 47}}, {"id": 228, "type": "~", "text": "~", "parent": 227, "children": [], "start_point": {"row": 78, "column": 24}, "end_point": {"row": 78, "column": 25}}, {"id": 229, "type": "identifier", "text": "CLK_CLKSEL0_USBSEL_Msk", "parent": 227, "children": [], "start_point": {"row": 78, "column": 25}, "end_point": {"row": 78, "column": 47}}, {"id": 230, "type": "else_clause", "text": "else\n {\n /* Select IP clock source */\n CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;\n CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);\n }", "parent": 200, "children": [], "start_point": {"row": 80, "column": 4}, "end_point": {"row": 85, "column": 5}}, {"id": 231, "type": "assignment_expression", "text": "CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk", "parent": 230, "children": [232, 235, 236], "start_point": {"row": 83, "column": 8}, "end_point": {"row": 83, "column": 46}}, {"id": 232, "type": "field_expression", "text": "CLK->CLKSEL0", "parent": 231, "children": [233, 234], "start_point": {"row": 83, "column": 8}, "end_point": {"row": 83, "column": 20}}, {"id": 233, "type": "identifier", "text": "CLK", "parent": 232, "children": [], "start_point": {"row": 83, "column": 8}, "end_point": {"row": 83, "column": 11}}, {"id": 234, "type": "field_identifier", "text": "CLKSEL0", "parent": 232, "children": [], "start_point": {"row": 83, "column": 13}, "end_point": {"row": 83, "column": 20}}, {"id": 235, "type": "|=", "text": "|=", "parent": 231, "children": [], "start_point": {"row": 83, "column": 21}, "end_point": {"row": 83, "column": 23}}, {"id": 236, "type": "identifier", "text": "CLK_CLKSEL0_USBSEL_Msk", "parent": 231, "children": [], "start_point": {"row": 83, "column": 24}, "end_point": {"row": 83, "column": 46}}, {"id": 237, "type": "assignment_expression", "text": "CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4)", "parent": 230, "children": [238, 241, 242], "start_point": {"row": 84, "column": 8}, "end_point": {"row": 84, "column": 84}}, {"id": 238, "type": "field_expression", "text": "CLK->CLKDIV0", "parent": 237, "children": [239, 240], "start_point": {"row": 84, "column": 8}, "end_point": {"row": 84, "column": 20}}, {"id": 239, "type": "identifier", "text": "CLK", "parent": 238, "children": [], "start_point": {"row": 84, "column": 8}, "end_point": {"row": 84, "column": 11}}, {"id": 240, "type": "field_identifier", "text": "CLKDIV0", "parent": 238, "children": [], "start_point": {"row": 84, "column": 13}, "end_point": {"row": 84, "column": 20}}, {"id": 241, "type": "=", "text": "=", "parent": 237, "children": [], "start_point": {"row": 84, "column": 21}, "end_point": {"row": 84, "column": 22}}, {"id": 242, "type": "binary_expression", "text": "(CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4)", "parent": 237, "children": [243, 251], "start_point": {"row": 84, "column": 23}, "end_point": {"row": 84, "column": 84}}, {"id": 243, "type": "parenthesized_expression", "text": "(CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk)", "parent": 242, "children": [244], "start_point": {"row": 84, "column": 23}, "end_point": {"row": 84, "column": 63}}, {"id": 244, "type": "binary_expression", "text": "CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk", "parent": 243, "children": [245, 248], "start_point": {"row": 84, "column": 24}, "end_point": {"row": 84, "column": 62}}, {"id": 245, "type": "field_expression", "text": "CLK->CLKDIV0", "parent": 244, "children": [246, 247], "start_point": {"row": 84, "column": 24}, "end_point": {"row": 84, "column": 36}}, {"id": 246, "type": "identifier", "text": "CLK", "parent": 245, "children": [], "start_point": {"row": 84, "column": 24}, "end_point": {"row": 84, "column": 27}}, {"id": 247, "type": "field_identifier", "text": "CLKDIV0", "parent": 245, "children": [], "start_point": {"row": 84, "column": 29}, "end_point": {"row": 84, "column": 36}}, {"id": 248, "type": "unary_expression", "text": "~CLK_CLKDIV0_USBDIV_Msk", "parent": 244, "children": [249, 250], "start_point": {"row": 84, "column": 39}, "end_point": {"row": 84, "column": 62}}, {"id": 249, "type": "~", "text": "~", "parent": 248, "children": [], "start_point": {"row": 84, "column": 39}, "end_point": {"row": 84, "column": 40}}, {"id": 250, "type": "identifier", "text": "CLK_CLKDIV0_USBDIV_Msk", "parent": 248, "children": [], "start_point": {"row": 84, "column": 40}, "end_point": {"row": 84, "column": 62}}, {"id": 251, "type": "call_expression", "text": "CLK_CLKDIV0_USB(4)", "parent": 242, "children": [252, 253], "start_point": {"row": 84, "column": 66}, "end_point": {"row": 84, "column": 84}}, {"id": 252, "type": "identifier", "text": "CLK_CLKDIV0_USB", "parent": 251, "children": [], "start_point": {"row": 84, "column": 66}, "end_point": {"row": 84, "column": 81}}, {"id": 253, "type": "argument_list", "text": "(4)", "parent": 251, "children": [254], "start_point": {"row": 84, "column": 81}, "end_point": {"row": 84, "column": 84}}, {"id": 254, "type": "number_literal", "text": "4", "parent": 253, "children": [], "start_point": {"row": 84, "column": 82}, "end_point": {"row": 84, "column": 83}}, {"id": 255, "type": "assignment_expression", "text": "SYS->USBPHY = (SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk | SYS_USBPHY_SBO_Msk", "parent": 151, "children": [256, 259, 260], "start_point": {"row": 88, "column": 4}, "end_point": {"row": 88, "column": 101}}, {"id": 256, "type": "field_expression", "text": "SYS->USBPHY", "parent": 255, "children": [257, 258], "start_point": {"row": 88, "column": 4}, "end_point": {"row": 88, "column": 15}}, {"id": 257, "type": "identifier", "text": "SYS", "parent": 256, "children": [], "start_point": {"row": 88, "column": 4}, "end_point": {"row": 88, "column": 7}}, {"id": 258, "type": "field_identifier", "text": "USBPHY", "parent": 256, "children": [], "start_point": {"row": 88, "column": 9}, "end_point": {"row": 88, "column": 15}}, {"id": 259, "type": "=", "text": "=", "parent": 255, "children": [], "start_point": {"row": 88, "column": 16}, "end_point": {"row": 88, "column": 17}}, {"id": 260, "type": "binary_expression", "text": "(SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk | SYS_USBPHY_SBO_Msk", "parent": 255, "children": [261, 271], "start_point": {"row": 88, "column": 18}, "end_point": {"row": 88, "column": 101}}, {"id": 261, "type": "binary_expression", "text": "(SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk", "parent": 260, "children": [262, 270], "start_point": {"row": 88, "column": 18}, "end_point": {"row": 88, "column": 80}}, {"id": 262, "type": "parenthesized_expression", "text": "(SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk)", "parent": 261, "children": [263], "start_point": {"row": 88, "column": 18}, "end_point": {"row": 88, "column": 57}}, {"id": 263, "type": "binary_expression", "text": "SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk", "parent": 262, "children": [264, 267], "start_point": {"row": 88, "column": 19}, "end_point": {"row": 88, "column": 56}}, {"id": 264, "type": "field_expression", "text": "SYS->USBPHY", "parent": 263, "children": [265, 266], "start_point": {"row": 88, "column": 19}, "end_point": {"row": 88, "column": 30}}, {"id": 265, "type": "identifier", "text": "SYS", "parent": 264, "children": [], "start_point": {"row": 88, "column": 19}, "end_point": {"row": 88, "column": 22}}, {"id": 266, "type": "field_identifier", "text": "USBPHY", "parent": 264, "children": [], "start_point": {"row": 88, "column": 24}, "end_point": {"row": 88, "column": 30}}, {"id": 267, "type": "unary_expression", "text": "~SYS_USBPHY_USBROLE_Msk", "parent": 263, "children": [268, 269], "start_point": {"row": 88, "column": 33}, "end_point": {"row": 88, "column": 56}}, {"id": 268, "type": "~", "text": "~", "parent": 267, "children": [], "start_point": {"row": 88, "column": 33}, "end_point": {"row": 88, "column": 34}}, {"id": 269, "type": "identifier", "text": "SYS_USBPHY_USBROLE_Msk", "parent": 267, "children": [], "start_point": {"row": 88, "column": 34}, "end_point": {"row": 88, "column": 56}}, {"id": 270, "type": "identifier", "text": "SYS_USBPHY_USBEN_Msk", "parent": 261, "children": [], "start_point": {"row": 88, "column": 60}, "end_point": {"row": 88, "column": 80}}, {"id": 271, "type": "identifier", "text": "SYS_USBPHY_SBO_Msk", "parent": 260, "children": [], "start_point": {"row": 88, "column": 83}, "end_point": {"row": 88, "column": 101}}, {"id": 272, "type": "call_expression", "text": "CLK_EnableModuleClock(USBD_MODULE)", "parent": 151, "children": [273, 274], "start_point": {"row": 91, "column": 4}, "end_point": {"row": 91, "column": 38}}, {"id": 273, "type": "identifier", "text": "CLK_EnableModuleClock", "parent": 272, "children": [], "start_point": {"row": 91, "column": 4}, "end_point": {"row": 91, "column": 25}}, {"id": 274, "type": "argument_list", "text": "(USBD_MODULE)", "parent": 272, "children": [275], "start_point": {"row": 91, "column": 25}, "end_point": {"row": 91, "column": 38}}, {"id": 275, "type": "identifier", "text": "USBD_MODULE", "parent": 274, "children": [], "start_point": {"row": 91, "column": 26}, "end_point": {"row": 91, "column": 37}}, {"id": 276, "type": "call_expression", "text": "CLK_SetModuleClock(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1))", "parent": 151, "children": [277, 278], "start_point": {"row": 94, "column": 4}, "end_point": {"row": 94, "column": 85}}, {"id": 277, "type": "identifier", "text": "CLK_SetModuleClock", "parent": 276, "children": [], "start_point": {"row": 94, "column": 4}, "end_point": {"row": 94, "column": 22}}, {"id": 278, "type": "argument_list", "text": "(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1))", "parent": 276, "children": [279, 280, 281], "start_point": {"row": 94, "column": 22}, "end_point": {"row": 94, "column": 85}}, {"id": 279, "type": "identifier", "text": "UART0_MODULE", "parent": 278, "children": [], "start_point": {"row": 94, "column": 23}, "end_point": {"row": 94, "column": 35}}, {"id": 280, "type": "identifier", "text": "CLK_CLKSEL1_UART0SEL_HIRC", "parent": 278, "children": [], "start_point": {"row": 94, "column": 37}, "end_point": {"row": 94, "column": 62}}, {"id": 281, "type": "call_expression", "text": "CLK_CLKDIV0_UART0(1)", "parent": 278, "children": [282, 283], "start_point": {"row": 94, "column": 64}, "end_point": {"row": 94, "column": 84}}, {"id": 282, "type": "identifier", "text": "CLK_CLKDIV0_UART0", "parent": 281, "children": [], "start_point": {"row": 94, "column": 64}, "end_point": {"row": 94, "column": 81}}, {"id": 283, "type": "argument_list", "text": "(1)", "parent": 281, "children": [284], "start_point": {"row": 94, "column": 81}, "end_point": {"row": 94, "column": 84}}, {"id": 284, "type": "number_literal", "text": "1", "parent": 283, "children": [], "start_point": {"row": 94, "column": 82}, "end_point": {"row": 94, "column": 83}}, {"id": 285, "type": "call_expression", "text": "CLK_EnableModuleClock(UART0_MODULE)", "parent": 151, "children": [286, 287], "start_point": {"row": 97, "column": 4}, "end_point": {"row": 97, "column": 39}}, {"id": 286, "type": "identifier", "text": "CLK_EnableModuleClock", "parent": 285, "children": [], "start_point": {"row": 97, "column": 4}, "end_point": {"row": 97, "column": 25}}, {"id": 287, "type": "argument_list", "text": "(UART0_MODULE)", "parent": 285, "children": [288], "start_point": {"row": 97, "column": 25}, "end_point": {"row": 97, "column": 39}}, {"id": 288, "type": "identifier", "text": "UART0_MODULE", "parent": 287, "children": [], "start_point": {"row": 97, "column": 26}, "end_point": {"row": 97, "column": 38}}, {"id": 289, "type": "assignment_expression", "text": "PA->MODE &= ~(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk)", "parent": 151, "children": [290, 293, 294], "start_point": {"row": 99, "column": 4}, "end_point": {"row": 99, "column": 85}}, {"id": 290, "type": "field_expression", "text": "PA->MODE", "parent": 289, "children": [291, 292], "start_point": {"row": 99, "column": 4}, "end_point": {"row": 99, "column": 12}}, {"id": 291, "type": "identifier", "text": "PA", "parent": 290, "children": [], "start_point": {"row": 99, "column": 4}, "end_point": {"row": 99, "column": 6}}, {"id": 292, "type": "field_identifier", "text": "MODE", "parent": 290, "children": [], "start_point": {"row": 99, "column": 8}, "end_point": {"row": 99, "column": 12}}, {"id": 293, "type": "&=", "text": "&=", "parent": 289, "children": [], "start_point": {"row": 99, "column": 13}, "end_point": {"row": 99, "column": 15}}, {"id": 294, "type": "unary_expression", "text": "~(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk)", "parent": 289, "children": [295, 296], "start_point": {"row": 99, "column": 16}, "end_point": {"row": 99, "column": 85}}, {"id": 295, "type": "~", "text": "~", "parent": 294, "children": [], "start_point": {"row": 99, "column": 16}, "end_point": {"row": 99, "column": 17}}, {"id": 296, "type": "parenthesized_expression", "text": "(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk)", "parent": 294, "children": [297], "start_point": {"row": 99, "column": 17}, "end_point": {"row": 99, "column": 85}}, {"id": 297, "type": "binary_expression", "text": "GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk", "parent": 296, "children": [298, 301], "start_point": {"row": 99, "column": 18}, "end_point": {"row": 99, "column": 84}}, {"id": 298, "type": "binary_expression", "text": "GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk", "parent": 297, "children": [299, 300], "start_point": {"row": 99, "column": 18}, "end_point": {"row": 99, "column": 61}}, {"id": 299, "type": "identifier", "text": "GPIO_MODE_MODE12_Msk", "parent": 298, "children": [], "start_point": {"row": 99, "column": 18}, "end_point": {"row": 99, "column": 38}}, {"id": 300, "type": "identifier", "text": "GPIO_MODE_MODE13_Msk", "parent": 298, "children": [], "start_point": {"row": 99, "column": 41}, "end_point": {"row": 99, "column": 61}}, {"id": 301, "type": "identifier", "text": "GPIO_MODE_MODE14_Msk", "parent": 297, "children": [], "start_point": {"row": 99, "column": 64}, "end_point": {"row": 99, "column": 84}}, {"id": 302, "type": "assignment_expression", "text": "SYS->GPA_MFPH &= ~(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk)", "parent": 151, "children": [303, 306, 307], "start_point": {"row": 100, "column": 4}, "end_point": {"row": 100, "column": 123}}, {"id": 303, "type": "field_expression", "text": "SYS->GPA_MFPH", "parent": 302, "children": [304, 305], "start_point": {"row": 100, "column": 4}, "end_point": {"row": 100, "column": 17}}, {"id": 304, "type": "identifier", "text": "SYS", "parent": 303, "children": [], "start_point": {"row": 100, "column": 4}, "end_point": {"row": 100, "column": 7}}, {"id": 305, "type": "field_identifier", "text": "GPA_MFPH", "parent": 303, "children": [], "start_point": {"row": 100, "column": 9}, "end_point": {"row": 100, "column": 17}}, {"id": 306, "type": "&=", "text": "&=", "parent": 302, "children": [], "start_point": {"row": 100, "column": 18}, "end_point": {"row": 100, "column": 20}}, {"id": 307, "type": "unary_expression", "text": "~(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk)", "parent": 302, "children": [308, 309], "start_point": {"row": 100, "column": 21}, "end_point": {"row": 100, "column": 123}}, {"id": 308, "type": "~", "text": "~", "parent": 307, "children": [], "start_point": {"row": 100, "column": 21}, "end_point": {"row": 100, "column": 22}}, {"id": 309, "type": "parenthesized_expression", "text": "(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk)", "parent": 307, "children": [310], "start_point": {"row": 100, "column": 22}, "end_point": {"row": 100, "column": 123}}, {"id": 310, "type": "binary_expression", "text": "SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk", "parent": 309, "children": [311, 316], "start_point": {"row": 100, "column": 23}, "end_point": {"row": 100, "column": 122}}, {"id": 311, "type": "binary_expression", "text": "SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk", "parent": 310, "children": [312, 315], "start_point": {"row": 100, "column": 23}, "end_point": {"row": 100, "column": 97}}, {"id": 312, "type": "binary_expression", "text": "SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk", "parent": 311, "children": [313, 314], "start_point": {"row": 100, "column": 23}, "end_point": {"row": 100, "column": 72}}, {"id": 313, "type": "identifier", "text": "SYS_GPA_MFPH_PA12MFP_Msk", "parent": 312, "children": [], "start_point": {"row": 100, "column": 23}, "end_point": {"row": 100, "column": 47}}, {"id": 314, "type": "identifier", "text": "SYS_GPA_MFPH_PA13MFP_Msk", "parent": 312, "children": [], "start_point": {"row": 100, "column": 48}, "end_point": {"row": 100, "column": 72}}, {"id": 315, "type": "identifier", "text": "SYS_GPA_MFPH_PA14MFP_Msk", "parent": 311, "children": [], "start_point": {"row": 100, "column": 73}, "end_point": {"row": 100, "column": 97}}, {"id": 316, "type": "identifier", "text": "SYS_GPA_MFPH_PA15MFP_Msk", "parent": 310, "children": [], "start_point": {"row": 100, "column": 98}, "end_point": {"row": 100, "column": 122}}, {"id": 317, "type": "assignment_expression", "text": "SYS->GPA_MFPH |= (SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID)", "parent": 151, "children": [318, 321, 322], "start_point": {"row": 101, "column": 4}, "end_point": {"row": 101, "column": 142}}, {"id": 318, "type": "field_expression", "text": "SYS->GPA_MFPH", "parent": 317, "children": [319, 320], "start_point": {"row": 101, "column": 4}, "end_point": {"row": 101, "column": 17}}, {"id": 319, "type": "identifier", "text": "SYS", "parent": 318, "children": [], "start_point": {"row": 101, "column": 4}, "end_point": {"row": 101, "column": 7}}, {"id": 320, "type": "field_identifier", "text": "GPA_MFPH", "parent": 318, "children": [], "start_point": {"row": 101, "column": 9}, "end_point": {"row": 101, "column": 17}}, {"id": 321, "type": "|=", "text": "|=", "parent": 317, "children": [], "start_point": {"row": 101, "column": 18}, "end_point": {"row": 101, "column": 20}}, {"id": 322, "type": "parenthesized_expression", "text": "(SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID)", "parent": 317, "children": [323], "start_point": {"row": 101, "column": 21}, "end_point": {"row": 101, "column": 142}}, {"id": 323, "type": "binary_expression", "text": "SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID", "parent": 322, "children": [324, 329], "start_point": {"row": 101, "column": 22}, "end_point": {"row": 101, "column": 141}}, {"id": 324, "type": "binary_expression", "text": "SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P", "parent": 323, "children": [325, 328], "start_point": {"row": 101, "column": 22}, "end_point": {"row": 101, "column": 109}}, {"id": 325, "type": "binary_expression", "text": "SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N", "parent": 324, "children": [326, 327], "start_point": {"row": 101, "column": 22}, "end_point": {"row": 101, "column": 80}}, {"id": 326, "type": "identifier", "text": "SYS_GPA_MFPH_PA12MFP_USB_VBUS", "parent": 325, "children": [], "start_point": {"row": 101, "column": 22}, "end_point": {"row": 101, "column": 51}}, {"id": 327, "type": "identifier", "text": "SYS_GPA_MFPH_PA13MFP_USB_D_N", "parent": 325, "children": [], "start_point": {"row": 101, "column": 52}, "end_point": {"row": 101, "column": 80}}, {"id": 328, "type": "identifier", "text": "SYS_GPA_MFPH_PA14MFP_USB_D_P", "parent": 324, "children": [], "start_point": {"row": 101, "column": 81}, "end_point": {"row": 101, "column": 109}}, {"id": 329, "type": "identifier", "text": "SYS_GPA_MFPH_PA15MFP_USB_OTG_ID", "parent": 323, "children": [], "start_point": {"row": 101, "column": 110}, "end_point": {"row": 101, "column": 141}}, {"id": 330, "type": "assignment_expression", "text": "SYS->GPB_MFPH &= ~(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk)", "parent": 151, "children": [331, 334, 335], "start_point": {"row": 104, "column": 4}, "end_point": {"row": 104, "column": 75}}, {"id": 331, "type": "field_expression", "text": "SYS->GPB_MFPH", "parent": 330, "children": [332, 333], "start_point": {"row": 104, "column": 4}, "end_point": {"row": 104, "column": 17}}, {"id": 332, "type": "identifier", "text": "SYS", "parent": 331, "children": [], "start_point": {"row": 104, "column": 4}, "end_point": {"row": 104, "column": 7}}, {"id": 333, "type": "field_identifier", "text": "GPB_MFPH", "parent": 331, "children": [], "start_point": {"row": 104, "column": 9}, "end_point": {"row": 104, "column": 17}}, {"id": 334, "type": "&=", "text": "&=", "parent": 330, "children": [], "start_point": {"row": 104, "column": 18}, "end_point": {"row": 104, "column": 20}}, {"id": 335, "type": "unary_expression", "text": "~(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk)", "parent": 330, "children": [336, 337], "start_point": {"row": 104, "column": 21}, "end_point": {"row": 104, "column": 75}}, {"id": 336, "type": "~", "text": "~", "parent": 335, "children": [], "start_point": {"row": 104, "column": 21}, "end_point": {"row": 104, "column": 22}}, {"id": 337, "type": "parenthesized_expression", "text": "(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk)", "parent": 335, "children": [338], "start_point": {"row": 104, "column": 22}, "end_point": {"row": 104, "column": 75}}, {"id": 338, "type": "binary_expression", "text": "SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk", "parent": 337, "children": [339, 340], "start_point": {"row": 104, "column": 23}, "end_point": {"row": 104, "column": 74}}, {"id": 339, "type": "identifier", "text": "SYS_GPB_MFPH_PB12MFP_Msk", "parent": 338, "children": [], "start_point": {"row": 104, "column": 23}, "end_point": {"row": 104, "column": 47}}, {"id": 340, "type": "identifier", "text": "SYS_GPB_MFPH_PB13MFP_Msk", "parent": 338, "children": [], "start_point": {"row": 104, "column": 50}, "end_point": {"row": 104, "column": 74}}, {"id": 341, "type": "assignment_expression", "text": "SYS->GPB_MFPH |= (SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD)", "parent": 151, "children": [342, 345, 346], "start_point": {"row": 105, "column": 4}, "end_point": {"row": 105, "column": 86}}, {"id": 342, "type": "field_expression", "text": "SYS->GPB_MFPH", "parent": 341, "children": [343, 344], "start_point": {"row": 105, "column": 4}, "end_point": {"row": 105, "column": 17}}, {"id": 343, "type": "identifier", "text": "SYS", "parent": 342, "children": [], "start_point": {"row": 105, "column": 4}, "end_point": {"row": 105, "column": 7}}, {"id": 344, "type": "field_identifier", "text": "GPB_MFPH", "parent": 342, "children": [], "start_point": {"row": 105, "column": 9}, "end_point": {"row": 105, "column": 17}}, {"id": 345, "type": "|=", "text": "|=", "parent": 341, "children": [], "start_point": {"row": 105, "column": 18}, "end_point": {"row": 105, "column": 20}}, {"id": 346, "type": "parenthesized_expression", "text": "(SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD)", "parent": 341, "children": [347], "start_point": {"row": 105, "column": 21}, "end_point": {"row": 105, "column": 86}}, {"id": 347, "type": "binary_expression", "text": "SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD", "parent": 346, "children": [348, 349], "start_point": {"row": 105, "column": 22}, "end_point": {"row": 105, "column": 85}}, {"id": 348, "type": "identifier", "text": "SYS_GPB_MFPH_PB12MFP_UART0_RXD", "parent": 347, "children": [], "start_point": {"row": 105, "column": 22}, "end_point": {"row": 105, "column": 52}}, {"id": 349, "type": "identifier", "text": "SYS_GPB_MFPH_PB13MFP_UART0_TXD", "parent": 347, "children": [], "start_point": {"row": 105, "column": 55}, "end_point": {"row": 105, "column": 85}}, {"id": 350, "type": "function_definition", "text": "void UART0_Init(void)\n{\n /* Configure UART0 and set UART0 Baudrate */\n UART_Open(UART0, 115200);\n\n /* Enable Interrupt and install the call back function */\n UART_ENABLE_INT(UART0, (UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk));\n}", "parent": null, "children": [351, 352], "start_point": {"row": 109, "column": 0}, "end_point": {"row": 116, "column": 1}}, {"id": 351, "type": "primitive_type", "text": "void", "parent": 350, "children": [], "start_point": {"row": 109, "column": 0}, "end_point": {"row": 109, "column": 4}}, {"id": 352, "type": "function_declarator", "text": "UART0_Init(void)", "parent": 350, "children": [353, 354], "start_point": {"row": 109, "column": 5}, "end_point": {"row": 109, "column": 21}}, {"id": 353, "type": "identifier", "text": "UART0_Init", "parent": 352, "children": [], "start_point": {"row": 109, "column": 5}, "end_point": {"row": 109, "column": 15}}, {"id": 354, "type": "parameter_list", "text": "(void)", "parent": 352, "children": [355], "start_point": {"row": 109, "column": 15}, "end_point": {"row": 109, "column": 21}}, {"id": 355, "type": "parameter_declaration", "text": "void", "parent": 354, "children": [356], "start_point": {"row": 109, "column": 16}, "end_point": {"row": 109, "column": 20}}, {"id": 356, "type": "primitive_type", "text": "void", "parent": 355, "children": [], "start_point": {"row": 109, "column": 16}, "end_point": {"row": 109, "column": 20}}, {"id": 357, "type": "call_expression", "text": "UART_Open(UART0, 115200)", "parent": 350, "children": [358, 359], "start_point": {"row": 112, "column": 4}, "end_point": {"row": 112, "column": 28}}, {"id": 358, "type": "identifier", "text": "UART_Open", "parent": 357, "children": [], "start_point": {"row": 112, "column": 4}, "end_point": {"row": 112, "column": 13}}, {"id": 359, "type": "argument_list", "text": "(UART0, 115200)", "parent": 357, "children": [360, 361], "start_point": {"row": 112, "column": 13}, "end_point": {"row": 112, "column": 28}}, {"id": 360, "type": "identifier", "text": "UART0", "parent": 359, "children": [], "start_point": {"row": 112, "column": 14}, "end_point": {"row": 112, "column": 19}}, {"id": 361, "type": "number_literal", "text": "115200", "parent": 359, "children": [], "start_point": {"row": 112, "column": 21}, "end_point": {"row": 112, "column": 27}}, {"id": 362, "type": "call_expression", "text": "UART_ENABLE_INT(UART0, (UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk))", "parent": 350, "children": [363, 364], "start_point": {"row": 115, "column": 4}, "end_point": {"row": 115, "column": 101}}, {"id": 363, "type": "identifier", "text": "UART_ENABLE_INT", "parent": 362, "children": [], "start_point": {"row": 115, "column": 4}, "end_point": {"row": 115, "column": 19}}, {"id": 364, "type": "argument_list", "text": "(UART0, (UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk))", "parent": 362, "children": [365, 366], "start_point": {"row": 115, "column": 19}, "end_point": {"row": 115, "column": 101}}, {"id": 365, "type": "identifier", "text": "UART0", "parent": 364, "children": [], "start_point": {"row": 115, "column": 20}, "end_point": {"row": 115, "column": 25}}, {"id": 366, "type": "parenthesized_expression", "text": "(UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk)", "parent": 364, "children": [367], "start_point": {"row": 115, "column": 27}, "end_point": {"row": 115, "column": 100}}, {"id": 367, "type": "binary_expression", "text": "UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk", "parent": 366, "children": [368, 371], "start_point": {"row": 115, "column": 28}, "end_point": {"row": 115, "column": 99}}, {"id": 368, "type": "binary_expression", "text": "UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk", "parent": 367, "children": [369, 370], "start_point": {"row": 115, "column": 28}, "end_point": {"row": 115, "column": 74}}, {"id": 369, "type": "identifier", "text": "UART_INTEN_RDAIEN_Msk", "parent": 368, "children": [], "start_point": {"row": 115, "column": 28}, "end_point": {"row": 115, "column": 49}}, {"id": 370, "type": "identifier", "text": "UART_INTEN_THREIEN_Msk", "parent": 368, "children": [], "start_point": {"row": 115, "column": 52}, "end_point": {"row": 115, "column": 74}}, {"id": 371, "type": "identifier", "text": "UART_INTEN_RXTOIEN_Msk", "parent": 367, "children": [], "start_point": {"row": 115, "column": 77}, "end_point": {"row": 115, "column": 99}}, {"id": 372, "type": "function_definition", "text": "void UART0_IRQHandler(void)\n{\n uint8_t bInChar;\n int32_t size;\n uint32_t u32IntStatus;\n\n u32IntStatus = UART0->INTSTS;\n\n if((u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk))\n {\n /* Receiver FIFO threshold level is reached or Rx time out */\n\n /* Get all the input characters */\n while (!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))\n {\n /* Get the character from UART Buffer */\n bInChar = UART0->DAT;\n\n /* Check if buffer full */\n if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }\n }\n }\n\n if(u32IntStatus & UART_INTSTS_THREIF_Msk)\n {\n\n if(comTbytes)\n {\n /* Fill the Tx FIFO */\n size = comTbytes;\n if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }\n\n while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }\n }\n else\n {\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }\n }\n}", "parent": null, "children": [373, 374], "start_point": {"row": 119, "column": 0}, "end_point": {"row": 181, "column": 1}}, {"id": 373, "type": "primitive_type", "text": "void", "parent": 372, "children": [], "start_point": {"row": 119, "column": 0}, "end_point": {"row": 119, "column": 4}}, {"id": 374, "type": "function_declarator", "text": "UART0_IRQHandler(void)", "parent": 372, "children": [375, 376], "start_point": {"row": 119, "column": 5}, "end_point": {"row": 119, "column": 27}}, {"id": 375, "type": "identifier", "text": "UART0_IRQHandler", "parent": 374, "children": [], "start_point": {"row": 119, "column": 5}, "end_point": {"row": 119, "column": 21}}, {"id": 376, "type": "parameter_list", "text": "(void)", "parent": 374, "children": [377], "start_point": {"row": 119, "column": 21}, "end_point": {"row": 119, "column": 27}}, {"id": 377, "type": "parameter_declaration", "text": "void", "parent": 376, "children": [378], "start_point": {"row": 119, "column": 22}, "end_point": {"row": 119, "column": 26}}, {"id": 378, "type": "primitive_type", "text": "void", "parent": 377, "children": [], "start_point": {"row": 119, "column": 22}, "end_point": {"row": 119, "column": 26}}, {"id": 379, "type": "declaration", "text": "uint8_t bInChar;", "parent": 372, "children": [380, 381], "start_point": {"row": 121, "column": 4}, "end_point": {"row": 121, "column": 20}}, {"id": 380, "type": "primitive_type", "text": "uint8_t", "parent": 379, "children": [], "start_point": {"row": 121, "column": 4}, "end_point": {"row": 121, "column": 11}}, {"id": 381, "type": "identifier", "text": "bInChar", "parent": 379, "children": [], "start_point": {"row": 121, "column": 12}, "end_point": {"row": 121, "column": 19}}, {"id": 382, "type": "declaration", "text": "int32_t size;", "parent": 372, "children": [383, 384], "start_point": {"row": 122, "column": 4}, "end_point": {"row": 122, "column": 17}}, {"id": 383, "type": "primitive_type", "text": "int32_t", "parent": 382, "children": [], "start_point": {"row": 122, "column": 4}, "end_point": {"row": 122, "column": 11}}, {"id": 384, "type": "identifier", "text": "size", "parent": 382, "children": [], "start_point": {"row": 122, "column": 12}, "end_point": {"row": 122, "column": 16}}, {"id": 385, "type": "declaration", "text": "uint32_t u32IntStatus;", "parent": 372, "children": [386, 387], "start_point": {"row": 123, "column": 4}, "end_point": {"row": 123, "column": 26}}, {"id": 386, "type": "primitive_type", "text": "uint32_t", "parent": 385, "children": [], "start_point": {"row": 123, "column": 4}, "end_point": {"row": 123, "column": 12}}, {"id": 387, "type": "identifier", "text": "u32IntStatus", "parent": 385, "children": [], "start_point": {"row": 123, "column": 13}, "end_point": {"row": 123, "column": 25}}, {"id": 388, "type": "assignment_expression", "text": "u32IntStatus = UART0->INTSTS", "parent": 372, "children": [389, 390, 391], "start_point": {"row": 125, "column": 4}, "end_point": {"row": 125, "column": 32}}, {"id": 389, "type": "identifier", "text": "u32IntStatus", "parent": 388, "children": [], "start_point": {"row": 125, "column": 4}, "end_point": {"row": 125, "column": 16}}, {"id": 390, "type": "=", "text": "=", "parent": 388, "children": [], "start_point": {"row": 125, "column": 17}, "end_point": {"row": 125, "column": 18}}, {"id": 391, "type": "field_expression", "text": "UART0->INTSTS", "parent": 388, "children": [392, 393], "start_point": {"row": 125, "column": 19}, "end_point": {"row": 125, "column": 32}}, {"id": 392, "type": "identifier", "text": "UART0", "parent": 391, "children": [], "start_point": {"row": 125, "column": 19}, "end_point": {"row": 125, "column": 24}}, {"id": 393, "type": "field_identifier", "text": "INTSTS", "parent": 391, "children": [], "start_point": {"row": 125, "column": 26}, "end_point": {"row": 125, "column": 32}}, {"id": 394, "type": "if_statement", "text": "if((u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk))\n {\n /* Receiver FIFO threshold level is reached or Rx time out */\n\n /* Get all the input characters */\n while (!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))\n {\n /* Get the character from UART Buffer */\n bInChar = UART0->DAT;\n\n /* Check if buffer full */\n if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }\n }\n }", "parent": 372, "children": [395], "start_point": {"row": 127, "column": 4}, "end_point": {"row": 151, "column": 5}}, {"id": 395, "type": "parenthesized_expression", "text": "((u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk))", "parent": 394, "children": [396], "start_point": {"row": 127, "column": 6}, "end_point": {"row": 127, "column": 89}}, {"id": 396, "type": "binary_expression", "text": "(u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk)", "parent": 395, "children": [397, 401, 402], "start_point": {"row": 127, "column": 7}, "end_point": {"row": 127, "column": 88}}, {"id": 397, "type": "parenthesized_expression", "text": "(u32IntStatus & UART_INTSTS_RDAIF_Msk)", "parent": 396, "children": [398], "start_point": {"row": 127, "column": 7}, "end_point": {"row": 127, "column": 45}}, {"id": 398, "type": "binary_expression", "text": "u32IntStatus & UART_INTSTS_RDAIF_Msk", "parent": 397, "children": [399, 400], "start_point": {"row": 127, "column": 8}, "end_point": {"row": 127, "column": 44}}, {"id": 399, "type": "identifier", "text": "u32IntStatus", "parent": 398, "children": [], "start_point": {"row": 127, "column": 8}, "end_point": {"row": 127, "column": 20}}, {"id": 400, "type": "identifier", "text": "UART_INTSTS_RDAIF_Msk", "parent": 398, "children": [], "start_point": {"row": 127, "column": 23}, "end_point": {"row": 127, "column": 44}}, {"id": 401, "type": "||", "text": "||", "parent": 396, "children": [], "start_point": {"row": 127, "column": 46}, "end_point": {"row": 127, "column": 48}}, {"id": 402, "type": "parenthesized_expression", "text": "(u32IntStatus & UART_INTSTS_RXTOIF_Msk)", "parent": 396, "children": [403], "start_point": {"row": 127, "column": 49}, "end_point": {"row": 127, "column": 88}}, {"id": 403, "type": "binary_expression", "text": "u32IntStatus & UART_INTSTS_RXTOIF_Msk", "parent": 402, "children": [404, 405], "start_point": {"row": 127, "column": 50}, "end_point": {"row": 127, "column": 87}}, {"id": 404, "type": "identifier", "text": "u32IntStatus", "parent": 403, "children": [], "start_point": {"row": 127, "column": 50}, "end_point": {"row": 127, "column": 62}}, {"id": 405, "type": "identifier", "text": "UART_INTSTS_RXTOIF_Msk", "parent": 403, "children": [], "start_point": {"row": 127, "column": 65}, "end_point": {"row": 127, "column": 87}}, {"id": 406, "type": "while_statement", "text": "while (!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))\n {\n /* Get the character from UART Buffer */\n bInChar = UART0->DAT;\n\n /* Check if buffer full */\n if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }\n }", "parent": 394, "children": [407], "start_point": {"row": 132, "column": 8}, "end_point": {"row": 150, "column": 9}}, {"id": 407, "type": "parenthesized_expression", "text": "(!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))", "parent": 406, "children": [408], "start_point": {"row": 132, "column": 14}, "end_point": {"row": 132, "column": 60}}, {"id": 408, "type": "unary_expression", "text": "!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk)", "parent": 407, "children": [409, 410], "start_point": {"row": 132, "column": 15}, "end_point": {"row": 132, "column": 59}}, {"id": 409, "type": "!", "text": "!", "parent": 408, "children": [], "start_point": {"row": 132, "column": 15}, "end_point": {"row": 132, "column": 16}}, {"id": 410, "type": "parenthesized_expression", "text": "(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk)", "parent": 408, "children": [411], "start_point": {"row": 132, "column": 16}, "end_point": {"row": 132, "column": 59}}, {"id": 411, "type": "binary_expression", "text": "UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk", "parent": 410, "children": [412, 415], "start_point": {"row": 132, "column": 17}, "end_point": {"row": 132, "column": 58}}, {"id": 412, "type": "field_expression", "text": "UART0->FIFOSTS", "parent": 411, "children": [413, 414], "start_point": {"row": 132, "column": 17}, "end_point": {"row": 132, "column": 31}}, {"id": 413, "type": "identifier", "text": "UART0", "parent": 412, "children": [], "start_point": {"row": 132, "column": 17}, "end_point": {"row": 132, "column": 22}}, {"id": 414, "type": "field_identifier", "text": "FIFOSTS", "parent": 412, "children": [], "start_point": {"row": 132, "column": 24}, "end_point": {"row": 132, "column": 31}}, {"id": 415, "type": "identifier", "text": "UART_FIFOSTS_RXEMPTY_Msk", "parent": 411, "children": [], "start_point": {"row": 132, "column": 34}, "end_point": {"row": 132, "column": 58}}, {"id": 416, "type": "assignment_expression", "text": "bInChar = UART0->DAT", "parent": 406, "children": [417, 418, 419], "start_point": {"row": 135, "column": 12}, "end_point": {"row": 135, "column": 32}}, {"id": 417, "type": "identifier", "text": "bInChar", "parent": 416, "children": [], "start_point": {"row": 135, "column": 12}, "end_point": {"row": 135, "column": 19}}, {"id": 418, "type": "=", "text": "=", "parent": 416, "children": [], "start_point": {"row": 135, "column": 20}, "end_point": {"row": 135, "column": 21}}, {"id": 419, "type": "field_expression", "text": "UART0->DAT", "parent": 416, "children": [420, 421], "start_point": {"row": 135, "column": 22}, "end_point": {"row": 135, "column": 32}}, {"id": 420, "type": "identifier", "text": "UART0", "parent": 419, "children": [], "start_point": {"row": 135, "column": 22}, "end_point": {"row": 135, "column": 27}}, {"id": 421, "type": "field_identifier", "text": "DAT", "parent": 419, "children": [], "start_point": {"row": 135, "column": 29}, "end_point": {"row": 135, "column": 32}}, {"id": 422, "type": "if_statement", "text": "if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }", "parent": 406, "children": [423, 449], "start_point": {"row": 138, "column": 12}, "end_point": {"row": 149, "column": 13}}, {"id": 423, "type": "parenthesized_expression", "text": 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141, "column": 16}, "end_point": {"row": 141, "column": 45}}, {"id": 429, "type": "subscript_expression", "text": "comRbuf[comRtail++]", "parent": 428, "children": [430, 431], "start_point": {"row": 141, "column": 16}, "end_point": {"row": 141, "column": 35}}, {"id": 430, "type": "identifier", "text": "comRbuf", "parent": 429, "children": [], "start_point": {"row": 141, "column": 16}, "end_point": {"row": 141, "column": 23}}, {"id": 431, "type": "update_expression", "text": "comRtail++", "parent": 429, "children": [432, 433], "start_point": {"row": 141, "column": 24}, "end_point": {"row": 141, "column": 34}}, {"id": 432, "type": "identifier", "text": "comRtail", "parent": 431, "children": [], "start_point": {"row": 141, "column": 24}, "end_point": {"row": 141, "column": 32}}, {"id": 433, "type": "++", "text": "++", "parent": 431, "children": [], "start_point": {"row": 141, "column": 32}, "end_point": {"row": 141, "column": 34}}, {"id": 434, "type": "=", "text": "=", "parent": 428, "children": [], "start_point": {"row": 141, "column": 36}, "end_point": {"row": 141, "column": 37}}, {"id": 435, "type": "identifier", "text": "bInChar", "parent": 428, "children": [], "start_point": {"row": 141, "column": 38}, "end_point": {"row": 141, "column": 45}}, {"id": 436, "type": "if_statement", "text": "if(comRtail >= RXBUFSIZE)\n comRtail = 0;", "parent": 422, "children": [437], "start_point": {"row": 142, "column": 16}, "end_point": {"row": 143, "column": 33}}, {"id": 437, "type": "parenthesized_expression", "text": "(comRtail >= RXBUFSIZE)", "parent": 436, "children": [438], "start_point": {"row": 142, "column": 18}, "end_point": {"row": 142, "column": 41}}, {"id": 438, "type": "binary_expression", "text": "comRtail >= RXBUFSIZE", "parent": 437, "children": [439, 440, 441], "start_point": {"row": 142, "column": 19}, "end_point": {"row": 142, "column": 40}}, {"id": 439, "type": "identifier", "text": "comRtail", "parent": 438, "children": [], "start_point": {"row": 142, "column": 19}, "end_point": {"row": 142, "column": 27}}, {"id": 440, "type": ">=", "text": ">=", "parent": 438, "children": [], "start_point": {"row": 142, "column": 28}, "end_point": {"row": 142, "column": 30}}, {"id": 441, "type": "identifier", "text": "RXBUFSIZE", "parent": 438, "children": [], "start_point": {"row": 142, "column": 31}, "end_point": {"row": 142, "column": 40}}, {"id": 442, "type": "assignment_expression", "text": "comRtail = 0", "parent": 436, "children": [443, 444, 445], "start_point": {"row": 143, "column": 20}, "end_point": {"row": 143, "column": 32}}, {"id": 443, "type": "identifier", "text": "comRtail", "parent": 442, "children": [], "start_point": {"row": 143, "column": 20}, "end_point": {"row": 143, "column": 28}}, {"id": 444, "type": "=", "text": "=", "parent": 442, "children": [], "start_point": {"row": 143, "column": 29}, "end_point": {"row": 143, "column": 30}}, {"id": 445, "type": "number_literal", "text": "0", "parent": 442, "children": [], "start_point": {"row": 143, "column": 31}, "end_point": {"row": 143, "column": 32}}, {"id": 446, "type": "update_expression", "text": "comRbytes++", "parent": 422, "children": [447, 448], "start_point": {"row": 144, "column": 16}, "end_point": {"row": 144, "column": 27}}, {"id": 447, "type": "identifier", "text": "comRbytes", "parent": 446, "children": [], "start_point": {"row": 144, "column": 16}, "end_point": {"row": 144, "column": 25}}, {"id": 448, "type": "++", "text": "++", "parent": 446, "children": [], "start_point": {"row": 144, "column": 25}, "end_point": {"row": 144, "column": 27}}, {"id": 449, "type": "else_clause", "text": "else\n {\n /* FIFO over run */\n }", "parent": 422, "children": [], "start_point": {"row": 146, "column": 12}, "end_point": {"row": 149, "column": 13}}, {"id": 450, "type": "if_statement", "text": "if(u32IntStatus & UART_INTSTS_THREIF_Msk)\n {\n\n if(comTbytes)\n {\n /* Fill the Tx FIFO */\n size = comTbytes;\n if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }\n\n while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }\n }\n else\n {\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }\n }", "parent": 372, "children": [451], "start_point": {"row": 153, "column": 4}, "end_point": {"row": 180, "column": 5}}, {"id": 451, "type": "parenthesized_expression", "text": "(u32IntStatus & UART_INTSTS_THREIF_Msk)", "parent": 450, "children": [452], "start_point": {"row": 153, "column": 6}, "end_point": {"row": 153, "column": 45}}, {"id": 452, "type": "binary_expression", "text": "u32IntStatus & UART_INTSTS_THREIF_Msk", "parent": 451, "children": [453, 454], "start_point": {"row": 153, "column": 7}, "end_point": {"row": 153, "column": 44}}, {"id": 453, "type": "identifier", "text": "u32IntStatus", "parent": 452, "children": [], "start_point": {"row": 153, "column": 7}, "end_point": {"row": 153, "column": 19}}, {"id": 454, "type": "identifier", "text": "UART_INTSTS_THREIF_Msk", "parent": 452, "children": [], "start_point": {"row": 153, "column": 22}, "end_point": {"row": 153, "column": 44}}, {"id": 455, "type": "if_statement", "text": "if(comTbytes)\n {\n /* Fill the Tx FIFO */\n size = comTbytes;\n if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }\n\n while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }\n }\n else\n {\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }", "parent": 450, "children": [456, 505], "start_point": {"row": 156, "column": 8}, "end_point": {"row": 179, "column": 9}}, {"id": 456, "type": "parenthesized_expression", "text": "(comTbytes)", "parent": 455, "children": [457], "start_point": {"row": 156, "column": 10}, "end_point": {"row": 156, "column": 21}}, {"id": 457, "type": "identifier", "text": "comTbytes", "parent": 456, "children": [], "start_point": {"row": 156, "column": 11}, "end_point": {"row": 156, "column": 20}}, {"id": 458, "type": "assignment_expression", "text": "size = comTbytes", "parent": 455, "children": [459, 460, 461], "start_point": {"row": 159, "column": 12}, "end_point": {"row": 159, "column": 28}}, {"id": 459, "type": "identifier", "text": "size", "parent": 458, "children": [], "start_point": {"row": 159, "column": 12}, "end_point": {"row": 159, "column": 16}}, {"id": 460, "type": "=", "text": "=", "parent": 458, "children": [], "start_point": {"row": 159, "column": 17}, "end_point": {"row": 159, "column": 18}}, {"id": 461, "type": "identifier", "text": "comTbytes", "parent": 458, "children": [], "start_point": {"row": 159, "column": 19}, "end_point": {"row": 159, "column": 28}}, {"id": 462, "type": "if_statement", "text": "if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }", "parent": 455, "children": [463], "start_point": {"row": 160, "column": 12}, "end_point": {"row": 163, "column": 13}}, {"id": 463, "type": "parenthesized_expression", "text": "(size >= TX_FIFO_SIZE)", "parent": 462, "children": [464], "start_point": {"row": 160, "column": 14}, "end_point": {"row": 160, "column": 36}}, {"id": 464, "type": "binary_expression", "text": "size >= TX_FIFO_SIZE", "parent": 463, "children": [465, 466, 467], "start_point": {"row": 160, "column": 15}, "end_point": {"row": 160, "column": 35}}, {"id": 465, "type": "identifier", "text": "size", "parent": 464, "children": [], "start_point": {"row": 160, "column": 15}, "end_point": {"row": 160, "column": 19}}, {"id": 466, "type": ">=", "text": ">=", "parent": 464, "children": [], "start_point": {"row": 160, "column": 20}, "end_point": {"row": 160, "column": 22}}, {"id": 467, "type": "identifier", "text": "TX_FIFO_SIZE", "parent": 464, "children": [], "start_point": {"row": 160, "column": 23}, "end_point": {"row": 160, "column": 35}}, {"id": 468, "type": "assignment_expression", "text": "size = TX_FIFO_SIZE", "parent": 462, "children": [469, 470, 471], "start_point": {"row": 162, "column": 16}, "end_point": {"row": 162, "column": 35}}, {"id": 469, "type": "identifier", "text": "size", "parent": 468, "children": [], "start_point": {"row": 162, "column": 16}, "end_point": {"row": 162, "column": 20}}, {"id": 470, "type": "=", "text": "=", "parent": 468, "children": [], "start_point": {"row": 162, "column": 21}, "end_point": {"row": 162, "column": 22}}, {"id": 471, "type": "identifier", "text": "TX_FIFO_SIZE", "parent": 468, "children": [], "start_point": {"row": 162, "column": 23}, "end_point": {"row": 162, "column": 35}}, {"id": 472, "type": "while_statement", "text": "while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }", "parent": 455, "children": [473], "start_point": {"row": 165, "column": 12}, "end_point": {"row": 173, "column": 13}}, {"id": 473, "type": "parenthesized_expression", "text": "(size)", 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"~", "text": "~", "parent": 511, "children": [], "start_point": {"row": 178, "column": 28}, "end_point": {"row": 178, "column": 29}}, {"id": 513, "type": "identifier", "text": "UART_INTEN_THREIEN_Msk", "parent": 511, "children": [], "start_point": {"row": 178, "column": 29}, "end_point": {"row": 178, "column": 51}}, {"id": 514, "type": "function_definition", "text": "void VCOM_TransferData(void)\n{\n int32_t i, i32Len;\n\n /* Check whether USB is ready for next packet or not*/\n if(gu32TxSize == 0)\n {\n /* Check whether we have new COM Rx data to send to USB or not */\n if(comRbytes)\n {\n i32Len = comRbytes;\n if(i32Len > EP2_MAX_PKT_SIZE)\n i32Len = EP2_MAX_PKT_SIZE;\n\n for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }\n\n __set_PRIMASK(1);\n comRbytes -= i32Len;\n __set_PRIMASK(0);\n\n gu32TxSize = i32Len;\n USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);\n USBD_SET_PAYLOAD_LEN(EP2, i32Len);\n }\n else\n {\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }\n }\n\n /* Process the Bulk out data when bulk out data is ready. */\n if(gi8BulkOutReady && (gu32RxSize <= TXBUFSIZE - comTbytes))\n {\n for(i = 0; i < gu32RxSize; i++)\n {\n comTbuf[comTtail++] = gpu8RxBuf[i];\n if(comTtail >= TXBUFSIZE)\n comTtail = 0;\n }\n\n __set_PRIMASK(1);\n comTbytes += gu32RxSize;\n __set_PRIMASK(0);\n\n gu32RxSize = 0;\n gi8BulkOutReady = 0; /* Clear bulk out ready flag */\n\n /* Ready to get next BULK out */\n USBD_SET_PAYLOAD_LEN(EP3, EP3_MAX_PKT_SIZE);\n }\n\n /* Process the software Tx FIFO */\n if(comTbytes)\n {\n /* Check if Tx is working */\n if((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)\n {\n /* Send one bytes out */\n UART0->DAT = 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(Trigger first one) */\n UART0->INTEN |= UART_INTEN_THREIEN_Msk;\n }\n }\n}", "parent": null, "children": [515, 516], "start_point": {"row": 183, "column": 0}, "end_point": {"row": 262, "column": 1}}, {"id": 515, "type": "primitive_type", "text": "void", "parent": 514, "children": [], "start_point": {"row": 183, "column": 0}, "end_point": {"row": 183, "column": 4}}, {"id": 516, "type": "function_declarator", "text": "VCOM_TransferData(void)", "parent": 514, "children": [517, 518], "start_point": {"row": 183, "column": 5}, "end_point": {"row": 183, "column": 28}}, {"id": 517, "type": "identifier", "text": "VCOM_TransferData", "parent": 516, "children": [], "start_point": {"row": 183, "column": 5}, "end_point": {"row": 183, "column": 22}}, {"id": 518, "type": "parameter_list", "text": "(void)", "parent": 516, "children": [519], "start_point": {"row": 183, "column": 22}, "end_point": {"row": 183, "column": 28}}, {"id": 519, "type": "parameter_declaration", "text": "void", "parent": 518, 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"if_statement", "text": "if(gu32TxSize == 0)\n {\n /* Check whether we have new COM Rx data to send to USB or not */\n if(comRbytes)\n {\n i32Len = comRbytes;\n if(i32Len > EP2_MAX_PKT_SIZE)\n i32Len = EP2_MAX_PKT_SIZE;\n\n for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }\n\n __set_PRIMASK(1);\n comRbytes -= i32Len;\n __set_PRIMASK(0);\n\n gu32TxSize = i32Len;\n USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);\n USBD_SET_PAYLOAD_LEN(EP2, i32Len);\n }\n else\n {\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }\n }", "parent": 514, "children": [526], "start_point": {"row": 188, "column": 4}, "end_point": {"row": 220, "column": 5}}, {"id": 526, "type": 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EP2_MAX_PKT_SIZE;\n\n for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }\n\n __set_PRIMASK(1);\n comRbytes -= i32Len;\n __set_PRIMASK(0);\n\n gu32TxSize = i32Len;\n USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);\n USBD_SET_PAYLOAD_LEN(EP2, i32Len);\n }\n else\n {\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }", "parent": 525, "children": [532, 624], "start_point": {"row": 191, "column": 8}, "end_point": {"row": 219, "column": 9}}, {"id": 532, "type": "parenthesized_expression", "text": "(comRbytes)", "parent": 531, "children": [533], "start_point": {"row": 191, "column": 10}, "end_point": {"row": 191, "column": 21}}, {"id": 533, "type": "identifier", "text": 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"children": [650, 651, 652], "start_point": {"row": 223, "column": 27}, "end_point": {"row": 223, "column": 62}}, {"id": 650, "type": "identifier", "text": "gu32RxSize", "parent": 649, "children": [], "start_point": {"row": 223, "column": 27}, "end_point": {"row": 223, "column": 37}}, {"id": 651, "type": "<=", "text": "<=", "parent": 649, "children": [], "start_point": {"row": 223, "column": 38}, "end_point": {"row": 223, "column": 40}}, {"id": 652, "type": "binary_expression", "text": "TXBUFSIZE - comTbytes", "parent": 649, "children": [653, 654, 655], "start_point": {"row": 223, "column": 41}, "end_point": {"row": 223, "column": 62}}, {"id": 653, "type": "identifier", "text": "TXBUFSIZE", "parent": 652, "children": [], "start_point": {"row": 223, "column": 41}, "end_point": {"row": 223, "column": 50}}, {"id": 654, "type": "-", "text": "-", "parent": 652, "children": [], "start_point": {"row": 223, "column": 51}, "end_point": {"row": 223, "column": 52}}, {"id": 655, "type": 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"type": "+=", "text": "+=", "parent": 692, "children": [], "start_point": {"row": 233, "column": 18}, "end_point": {"row": 233, "column": 20}}, {"id": 695, "type": "identifier", "text": "gu32RxSize", "parent": 692, "children": [], "start_point": {"row": 233, "column": 21}, "end_point": {"row": 233, "column": 31}}, {"id": 696, "type": "call_expression", "text": "__set_PRIMASK(0)", "parent": 643, "children": [697, 698], "start_point": {"row": 234, "column": 8}, "end_point": {"row": 234, "column": 24}}, {"id": 697, "type": "identifier", "text": "__set_PRIMASK", "parent": 696, "children": [], "start_point": {"row": 234, "column": 8}, "end_point": {"row": 234, "column": 21}}, {"id": 698, "type": "argument_list", "text": "(0)", "parent": 696, "children": [699], "start_point": {"row": 234, "column": 21}, "end_point": {"row": 234, "column": 24}}, {"id": 699, "type": "number_literal", "text": "0", "parent": 698, "children": [], "start_point": {"row": 234, "column": 22}, "end_point": {"row": 234, "column": 23}}, {"id": 700, "type": "assignment_expression", "text": "gu32RxSize = 0", "parent": 643, "children": [701, 702, 703], "start_point": {"row": 236, "column": 8}, "end_point": {"row": 236, "column": 22}}, {"id": 701, "type": "identifier", "text": "gu32RxSize", "parent": 700, "children": [], "start_point": {"row": 236, "column": 8}, "end_point": {"row": 236, "column": 18}}, {"id": 702, "type": "=", "text": "=", "parent": 700, "children": [], "start_point": {"row": 236, "column": 19}, "end_point": {"row": 236, "column": 20}}, {"id": 703, "type": "number_literal", "text": "0", "parent": 700, "children": [], "start_point": {"row": 236, "column": 21}, "end_point": {"row": 236, "column": 22}}, {"id": 704, "type": "assignment_expression", "text": "gi8BulkOutReady = 0", "parent": 643, "children": [705, 706, 707], "start_point": {"row": 237, "column": 8}, "end_point": {"row": 237, "column": 27}}, {"id": 705, "type": "identifier", "text": "gi8BulkOutReady", "parent": 704, "children": [], "start_point": {"row": 237, "column": 8}, "end_point": {"row": 237, "column": 23}}, {"id": 706, "type": "=", "text": "=", "parent": 704, "children": [], "start_point": {"row": 237, "column": 24}, "end_point": {"row": 237, "column": 25}}, {"id": 707, "type": "number_literal", "text": "0", "parent": 704, "children": [], "start_point": {"row": 237, "column": 26}, "end_point": {"row": 237, "column": 27}}, {"id": 708, "type": "call_expression", "text": "USBD_SET_PAYLOAD_LEN(EP3, EP3_MAX_PKT_SIZE)", "parent": 643, "children": [709, 710], "start_point": {"row": 240, "column": 8}, "end_point": {"row": 240, "column": 51}}, {"id": 709, "type": "identifier", "text": "USBD_SET_PAYLOAD_LEN", "parent": 708, "children": [], "start_point": {"row": 240, "column": 8}, "end_point": {"row": 240, "column": 28}}, {"id": 710, "type": "argument_list", "text": "(EP3, EP3_MAX_PKT_SIZE)", "parent": 708, "children": [711, 712], "start_point": {"row": 240, "column": 28}, "end_point": {"row": 240, "column": 51}}, {"id": 711, "type": "identifier", "text": "EP3", "parent": 710, "children": [], "start_point": {"row": 240, "column": 29}, "end_point": {"row": 240, "column": 32}}, {"id": 712, "type": "identifier", "text": "EP3_MAX_PKT_SIZE", "parent": 710, "children": [], "start_point": {"row": 240, "column": 34}, "end_point": {"row": 240, "column": 50}}, {"id": 713, "type": "if_statement", "text": "if(comTbytes)\n {\n /* Check if Tx is working */\n if((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)\n {\n /* Send one bytes out */\n UART0->DAT = comTbuf[comThead++];\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n\n __set_PRIMASK(1);\n comTbytes--;\n __set_PRIMASK(0);\n\n /* Enable Tx Empty Interrupt. (Trigger first one) */\n UART0->INTEN |= UART_INTEN_THREIEN_Msk;\n }\n }", "parent": 514, "children": [714], "start_point": {"row": 244, "column": 4}, "end_point": {"row": 261, "column": 5}}, {"id": 714, "type": "parenthesized_expression", "text": "(comTbytes)", "parent": 713, "children": [715], "start_point": {"row": 244, "column": 6}, "end_point": {"row": 244, "column": 17}}, {"id": 715, "type": "identifier", "text": "comTbytes", "parent": 714, "children": [], "start_point": {"row": 244, "column": 7}, "end_point": {"row": 244, "column": 16}}, {"id": 716, "type": "if_statement", "text": "if((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)\n {\n /* Send one bytes out */\n UART0->DAT = comTbuf[comThead++];\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n\n __set_PRIMASK(1);\n comTbytes--;\n __set_PRIMASK(0);\n\n /* Enable Tx Empty Interrupt. (Trigger first one) */\n UART0->INTEN |= UART_INTEN_THREIEN_Msk;\n }", "parent": 713, "children": [717], "start_point": {"row": 247, "column": 8}, "end_point": {"row": 260, "column": 9}}, {"id": 717, "type": "parenthesized_expression", "text": "((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)", "parent": 716, "children": [718], "start_point": {"row": 247, "column": 10}, "end_point": {"row": 247, "column": 56}}, {"id": 718, "type": "binary_expression", "text": "(UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0", "parent": 717, "children": [719, 725, 726], "start_point": {"row": 247, "column": 11}, "end_point": {"row": 247, "column": 55}}, {"id": 719, "type": "parenthesized_expression", "text": "(UART0->INTEN & UART_INTEN_THREIEN_Msk)", "parent": 718, "children": [720], "start_point": {"row": 247, "column": 11}, "end_point": {"row": 247, "column": 50}}, {"id": 720, "type": "binary_expression", "text": "UART0->INTEN & UART_INTEN_THREIEN_Msk", "parent": 719, "children": [721, 724], "start_point": {"row": 247, "column": 12}, "end_point": {"row": 247, "column": 49}}, {"id": 721, "type": "field_expression", "text": "UART0->INTEN", "parent": 720, "children": [722, 723], "start_point": {"row": 247, "column": 12}, "end_point": {"row": 247, "column": 24}}, {"id": 722, "type": "identifier", "text": "UART0", "parent": 721, "children": [], "start_point": {"row": 247, "column": 12}, "end_point": {"row": 247, "column": 17}}, {"id": 723, "type": "field_identifier", "text": "INTEN", "parent": 721, "children": [], "start_point": {"row": 247, "column": 19}, "end_point": {"row": 247, "column": 24}}, {"id": 724, "type": "identifier", "text": "UART_INTEN_THREIEN_Msk", "parent": 720, "children": [], "start_point": {"row": 247, "column": 27}, "end_point": {"row": 247, "column": 49}}, {"id": 725, "type": "==", "text": "==", "parent": 718, "children": [], "start_point": {"row": 247, "column": 51}, "end_point": {"row": 247, "column": 53}}, {"id": 726, "type": "number_literal", "text": "0", "parent": 718, "children": [], "start_point": {"row": 247, "column": 54}, "end_point": {"row": 247, "column": 55}}, {"id": 727, "type": "assignment_expression", "text": "UART0->DAT = comTbuf[comThead++]", "parent": 716, "children": [728, 731, 732], "start_point": {"row": 250, "column": 12}, "end_point": {"row": 250, "column": 44}}, {"id": 728, "type": "field_expression", "text": "UART0->DAT", "parent": 727, "children": [729, 730], "start_point": {"row": 250, "column": 12}, "end_point": {"row": 250, "column": 22}}, {"id": 729, "type": "identifier", "text": "UART0", "parent": 728, "children": [], "start_point": {"row": 250, "column": 12}, "end_point": {"row": 250, "column": 17}}, {"id": 730, "type": "field_identifier", "text": "DAT", "parent": 728, "children": [], "start_point": {"row": 250, "column": 19}, "end_point": {"row": 250, "column": 22}}, {"id": 731, "type": "=", "text": "=", "parent": 727, "children": [], "start_point": {"row": 250, "column": 23}, "end_point": {"row": 250, "column": 24}}, {"id": 732, "type": "subscript_expression", "text": "comTbuf[comThead++]", "parent": 727, "children": [733, 734], "start_point": {"row": 250, "column": 25}, "end_point": {"row": 250, "column": 44}}, {"id": 733, "type": "identifier", "text": "comTbuf", "parent": 732, "children": [], "start_point": {"row": 250, "column": 25}, "end_point": {"row": 250, "column": 32}}, {"id": 734, "type": "update_expression", "text": "comThead++", "parent": 732, "children": [735, 736], "start_point": {"row": 250, "column": 33}, "end_point": {"row": 250, "column": 43}}, {"id": 735, "type": "identifier", "text": "comThead", "parent": 734, "children": [], "start_point": {"row": 250, "column": 33}, "end_point": {"row": 250, "column": 41}}, {"id": 736, "type": "++", "text": "++", "parent": 734, "children": [], "start_point": {"row": 250, "column": 41}, "end_point": {"row": 250, "column": 43}}, {"id": 737, "type": "if_statement", "text": "if(comThead >= TXBUFSIZE)\n comThead = 0;", "parent": 716, "children": [738], "start_point": {"row": 251, "column": 12}, "end_point": {"row": 252, "column": 29}}, {"id": 738, "type": "parenthesized_expression", "text": "(comThead >= TXBUFSIZE)", "parent": 737, "children": [739], "start_point": {"row": 251, "column": 14}, "end_point": {"row": 251, "column": 37}}, {"id": 739, "type": "binary_expression", "text": "comThead >= TXBUFSIZE", "parent": 738, "children": [740, 741, 742], "start_point": {"row": 251, "column": 15}, "end_point": {"row": 251, "column": 36}}, {"id": 740, "type": "identifier", "text": "comThead", "parent": 739, "children": [], "start_point": {"row": 251, "column": 15}, "end_point": {"row": 251, "column": 23}}, {"id": 741, "type": ">=", "text": ">=", "parent": 739, "children": [], "start_point": {"row": 251, "column": 24}, "end_point": {"row": 251, "column": 26}}, {"id": 742, "type": "identifier", "text": "TXBUFSIZE", "parent": 739, "children": [], "start_point": {"row": 251, "column": 27}, "end_point": {"row": 251, "column": 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"children": [755, 756], "start_point": {"row": 256, "column": 12}, "end_point": {"row": 256, "column": 28}}, {"id": 755, "type": "identifier", "text": "__set_PRIMASK", "parent": 754, "children": [], "start_point": {"row": 256, "column": 12}, "end_point": {"row": 256, "column": 25}}, {"id": 756, "type": "argument_list", "text": "(0)", "parent": 754, "children": [757], "start_point": {"row": 256, "column": 25}, "end_point": {"row": 256, "column": 28}}, {"id": 757, "type": "number_literal", "text": "0", "parent": 756, "children": [], "start_point": {"row": 256, "column": 26}, "end_point": {"row": 256, "column": 27}}, {"id": 758, "type": "assignment_expression", "text": "UART0->INTEN |= UART_INTEN_THREIEN_Msk", "parent": 716, "children": [759, 762, 763], "start_point": {"row": 259, "column": 12}, "end_point": {"row": 259, "column": 50}}, {"id": 759, "type": "field_expression", "text": "UART0->INTEN", "parent": 758, "children": [760, 761], "start_point": {"row": 259, "column": 12}, "end_point": {"row": 259, "column": 24}}, {"id": 760, "type": "identifier", "text": "UART0", "parent": 759, "children": [], "start_point": {"row": 259, "column": 12}, "end_point": {"row": 259, "column": 17}}, {"id": 761, "type": "field_identifier", "text": "INTEN", "parent": 759, "children": [], "start_point": {"row": 259, "column": 19}, "end_point": {"row": 259, "column": 24}}, {"id": 762, "type": "|=", "text": "|=", "parent": 758, "children": [], "start_point": {"row": 259, "column": 25}, "end_point": {"row": 259, "column": 27}}, {"id": 763, "type": "identifier", "text": "UART_INTEN_THREIEN_Msk", "parent": 758, "children": [], "start_point": {"row": 259, "column": 28}, "end_point": {"row": 259, "column": 50}}, {"id": 764, "type": "function_definition", "text": "int32_t main (void)\n{\n uint32_t u32TrimInit;\n uint32_t au32Config[2];\n\n SYS_Init();\n UART0_Init();\n\n SYS_UnlockReg();\n\n /* Enable FMC ISP function */\n FMC_Open();\n\n /* Check if Data Flash Size is 64K. If not, to re-define Data Flash size and to enable Data Flash function */\n if (FMC_ReadConfig(au32Config, 2) < 0)\n return -1;\n\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE) )\n {\n FMC_ENABLE_CFG_UPDATE();\n au32Config[0] &= ~0x1;\n au32Config[1] = DATA_FLASH_BASE;\n if (FMC_WriteConfig(au32Config, 2) < 0)\n return -1;\n\n FMC_ReadConfig(au32Config, 2);\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE))\n {\n printf(\"Error: Program Config Failed!\\n\");\n /* Disable FMC ISP function */\n FMC_Close();\n SYS_LockReg();\n return -1;\n }\n\n /* Reset Chip to reload new CONFIG value */\n SYS->IPRST0 = SYS_IPRST0_CHIPRST_Msk;\n }\n\n USBD_Open(&gsInfo, VCOM_ClassRequest, NULL);\n USBD_SetConfigCallback(MSC_SetConfig);\n /* Endpoint configuration */\n VCOM_Init();\n USBD_Start();\n\n SYS_UnlockReg();\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n while((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0);\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n /* Backup default trim */\n u32TrimInit = M32(TRIM_INIT);\n }\n NVIC_EnableIRQ(UART0_IRQn);\n NVIC_EnableIRQ(USBD_IRQn);\n\n while(1)\n {\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim if it is not enabled. */\n if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }\n\n /* Disable USB Trim when error */\n if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }\n }\n VCOM_TransferData();\n MSC_ProcessCmd();\n }\n}", "parent": null, "children": [765, 766], "start_point": {"row": 265, "column": 0}, "end_point": {"row": 361, "column": 1}}, {"id": 765, "type": "primitive_type", "text": "int32_t", "parent": 764, "children": [], "start_point": {"row": 265, "column": 0}, "end_point": {"row": 265, "column": 7}}, {"id": 766, "type": "function_declarator", "text": "main (void)", "parent": 764, "children": [767, 768], "start_point": {"row": 265, "column": 8}, "end_point": {"row": 265, "column": 19}}, {"id": 767, "type": "identifier", "text": "main", "parent": 766, "children": [], "start_point": {"row": 265, "column": 8}, "end_point": {"row": 265, "column": 12}}, {"id": 768, "type": "parameter_list", "text": "(void)", "parent": 766, "children": [769], "start_point": {"row": 265, "column": 13}, "end_point": {"row": 265, "column": 19}}, {"id": 769, "type": 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"printf(\"Error: Program Config Failed!\\n\")", "parent": 858, "children": [880, 881], "start_point": {"row": 293, "column": 12}, "end_point": {"row": 293, "column": 53}}, {"id": 880, "type": "identifier", "text": "printf", "parent": 879, "children": [], "start_point": {"row": 293, "column": 12}, "end_point": {"row": 293, "column": 18}}, {"id": 881, "type": "argument_list", "text": "(\"Error: Program Config Failed!\\n\")", "parent": 879, "children": [882], "start_point": {"row": 293, "column": 18}, "end_point": {"row": 293, "column": 53}}, {"id": 882, "type": "string_literal", "text": "\"Error: Program Config Failed!\\n\"", "parent": 881, "children": [883], "start_point": {"row": 293, "column": 19}, "end_point": {"row": 293, "column": 52}}, {"id": 883, "type": "escape_sequence", "text": "\\n", "parent": 882, "children": [], "start_point": {"row": 293, "column": 49}, "end_point": {"row": 293, "column": 51}}, {"id": 884, "type": "call_expression", "text": "FMC_Close()", "parent": 858, "children": [885, 886], "start_point": {"row": 295, "column": 12}, "end_point": {"row": 295, "column": 23}}, {"id": 885, "type": "identifier", "text": "FMC_Close", "parent": 884, "children": [], "start_point": {"row": 295, "column": 12}, "end_point": {"row": 295, "column": 21}}, {"id": 886, "type": "argument_list", "text": "()", "parent": 884, "children": [], "start_point": {"row": 295, "column": 21}, "end_point": {"row": 295, "column": 23}}, {"id": 887, "type": "call_expression", "text": "SYS_LockReg()", "parent": 858, "children": [888, 889], "start_point": {"row": 296, "column": 12}, "end_point": {"row": 296, "column": 25}}, {"id": 888, "type": "identifier", "text": "SYS_LockReg", "parent": 887, "children": [], "start_point": {"row": 296, "column": 12}, "end_point": {"row": 296, "column": 23}}, {"id": 889, "type": "argument_list", "text": "()", "parent": 887, "children": [], "start_point": {"row": 296, "column": 23}, "end_point": {"row": 296, "column": 25}}, {"id": 890, "type": "return_statement", "text": "return -1;", "parent": 858, "children": [891], "start_point": {"row": 297, "column": 12}, "end_point": {"row": 297, "column": 22}}, {"id": 891, "type": "number_literal", "text": "-1", "parent": 890, "children": [], "start_point": {"row": 297, "column": 19}, "end_point": {"row": 297, "column": 21}}, {"id": 892, "type": "assignment_expression", "text": "SYS->IPRST0 = SYS_IPRST0_CHIPRST_Msk", "parent": 803, "children": [893, 896, 897], "start_point": {"row": 301, "column": 8}, "end_point": {"row": 301, "column": 44}}, {"id": 893, "type": "field_expression", "text": "SYS->IPRST0", "parent": 892, "children": [894, 895], "start_point": {"row": 301, "column": 8}, "end_point": {"row": 301, "column": 19}}, {"id": 894, "type": "identifier", "text": "SYS", "parent": 893, "children": [], "start_point": {"row": 301, "column": 8}, "end_point": {"row": 301, "column": 11}}, {"id": 895, "type": "field_identifier", "text": "IPRST0", "parent": 893, "children": [], "start_point": {"row": 301, "column": 13}, "end_point": {"row": 301, "column": 19}}, {"id": 896, "type": "=", "text": "=", "parent": 892, "children": [], "start_point": {"row": 301, "column": 20}, "end_point": {"row": 301, "column": 21}}, {"id": 897, "type": "identifier", "text": "SYS_IPRST0_CHIPRST_Msk", "parent": 892, "children": [], "start_point": {"row": 301, "column": 22}, "end_point": {"row": 301, "column": 44}}, {"id": 898, "type": "call_expression", "text": "USBD_Open(&gsInfo, VCOM_ClassRequest, NULL)", "parent": 764, "children": [899, 900], "start_point": {"row": 304, "column": 4}, "end_point": {"row": 304, "column": 47}}, {"id": 899, "type": "identifier", "text": "USBD_Open", "parent": 898, "children": [], "start_point": {"row": 304, "column": 4}, "end_point": {"row": 304, "column": 13}}, {"id": 900, "type": "argument_list", "text": "(&gsInfo, VCOM_ClassRequest, NULL)", "parent": 898, "children": [901, 903, 904], "start_point": {"row": 304, "column": 13}, "end_point": {"row": 304, "column": 47}}, {"id": 901, "type": "pointer_expression", "text": "&gsInfo", "parent": 900, "children": [902], "start_point": {"row": 304, "column": 14}, "end_point": {"row": 304, "column": 21}}, {"id": 902, "type": "identifier", "text": "gsInfo", "parent": 901, "children": [], "start_point": {"row": 304, "column": 15}, "end_point": {"row": 304, "column": 21}}, {"id": 903, "type": "identifier", "text": "VCOM_ClassRequest", "parent": 900, "children": [], "start_point": {"row": 304, "column": 23}, "end_point": {"row": 304, "column": 40}}, {"id": 904, "type": "null", "text": "NULL", "parent": 900, "children": [905], "start_point": {"row": 304, "column": 42}, "end_point": {"row": 304, "column": 46}}, {"id": 905, "type": "NULL", "text": "NULL", "parent": 904, "children": [], "start_point": {"row": 304, "column": 42}, "end_point": {"row": 304, "column": 46}}, {"id": 906, "type": "call_expression", "text": "USBD_SetConfigCallback(MSC_SetConfig)", "parent": 764, "children": [907, 908], "start_point": {"row": 305, "column": 4}, "end_point": {"row": 305, "column": 41}}, {"id": 907, "type": "identifier", "text": "USBD_SetConfigCallback", "parent": 906, "children": [], "start_point": {"row": 305, "column": 4}, "end_point": {"row": 305, "column": 26}}, {"id": 908, "type": "argument_list", "text": "(MSC_SetConfig)", "parent": 906, "children": [909], "start_point": {"row": 305, "column": 26}, "end_point": {"row": 305, "column": 41}}, {"id": 909, "type": "identifier", "text": "MSC_SetConfig", "parent": 908, "children": [], "start_point": {"row": 305, "column": 27}, "end_point": {"row": 305, "column": 40}}, {"id": 910, "type": "call_expression", "text": "VCOM_Init()", "parent": 764, "children": [911, 912], "start_point": {"row": 307, "column": 4}, "end_point": {"row": 307, "column": 15}}, {"id": 911, "type": "identifier", "text": "VCOM_Init", "parent": 910, "children": [], "start_point": {"row": 307, "column": 4}, "end_point": {"row": 307, "column": 13}}, {"id": 912, "type": "argument_list", "text": "()", "parent": 910, "children": [], "start_point": {"row": 307, "column": 13}, "end_point": {"row": 307, "column": 15}}, {"id": 913, "type": "call_expression", "text": "USBD_Start()", "parent": 764, "children": [914, 915], "start_point": {"row": 308, "column": 4}, "end_point": {"row": 308, "column": 16}}, {"id": 914, "type": "identifier", "text": "USBD_Start", "parent": 913, "children": [], "start_point": {"row": 308, "column": 4}, "end_point": {"row": 308, "column": 14}}, {"id": 915, "type": "argument_list", "text": "()", "parent": 913, "children": [], "start_point": {"row": 308, "column": 14}, "end_point": {"row": 308, "column": 16}}, {"id": 916, "type": "call_expression", "text": "SYS_UnlockReg()", "parent": 764, "children": [917, 918], "start_point": {"row": 310, "column": 4}, "end_point": {"row": 310, "column": 19}}, {"id": 917, "type": "identifier", "text": "SYS_UnlockReg", "parent": 916, "children": [], "start_point": {"row": 310, "column": 4}, "end_point": {"row": 310, "column": 17}}, {"id": 918, "type": "argument_list", "text": "()", "parent": 916, "children": [], "start_point": {"row": 310, "column": 17}, "end_point": {"row": 310, "column": 19}}, {"id": 919, "type": "if_statement", "text": "if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n while((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0);\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n /* Backup default trim */\n u32TrimInit = M32(TRIM_INIT);\n }", "parent": 764, "children": [920], "start_point": {"row": 311, "column": 4}, "end_point": {"row": 320, "column": 5}}, {"id": 920, "type": "parenthesized_expression", "text": "(((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))", "parent": 919, "children": [921], "start_point": {"row": 311, "column": 7}, "end_point": {"row": 311, "column": 76}}, {"id": 921, "type": "binary_expression", "text": "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS)", "parent": 920, "children": [922, 932, 933], "start_point": {"row": 311, "column": 8}, "end_point": {"row": 311, "column": 75}}, {"id": 922, "type": "parenthesized_expression", "text": "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1)", "parent": 921, "children": [923], "start_point": {"row": 311, "column": 8}, "end_point": {"row": 311, "column": 57}}, {"id": 923, "type": "binary_expression", "text": "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1", "parent": 922, "children": [924, 930, 931], "start_point": {"row": 311, "column": 9}, "end_point": {"row": 311, "column": 56}}, {"id": 924, "type": "parenthesized_expression", "text": "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk)", "parent": 923, "children": [925], "start_point": {"row": 311, "column": 9}, "end_point": {"row": 311, "column": 49}}, {"id": 925, "type": "binary_expression", "text": "SYS->CSERVER & SYS_CSERVER_VERSION_Msk", "parent": 924, "children": [926, 929], "start_point": {"row": 311, "column": 10}, "end_point": {"row": 311, "column": 48}}, {"id": 926, "type": "field_expression", "text": "SYS->CSERVER", "parent": 925, "children": [927, 928], "start_point": {"row": 311, "column": 10}, "end_point": {"row": 311, "column": 22}}, {"id": 927, "type": "identifier", "text": "SYS", "parent": 926, "children": [], "start_point": {"row": 311, "column": 10}, "end_point": {"row": 311, "column": 13}}, {"id": 928, "type": "field_identifier", "text": "CSERVER", "parent": 926, "children": [], "start_point": {"row": 311, "column": 15}, "end_point": {"row": 311, "column": 22}}, {"id": 929, "type": "identifier", "text": "SYS_CSERVER_VERSION_Msk", "parent": 925, "children": [], "start_point": {"row": 311, "column": 25}, "end_point": {"row": 311, "column": 48}}, {"id": 930, "type": "==", "text": "==", "parent": 923, "children": [], "start_point": {"row": 311, "column": 50}, "end_point": {"row": 311, "column": 52}}, {"id": 931, "type": "number_literal", "text": "0x1", "parent": 923, "children": [], "start_point": {"row": 311, "column": 53}, "end_point": {"row": 311, "column": 56}}, {"id": 932, "type": "&&", "text": "&&", "parent": 921, "children": [], "start_point": {"row": 311, "column": 58}, "end_point": {"row": 311, "column": 60}}, {"id": 933, "type": "parenthesized_expression", "text": "(CRYSTAL_LESS)", "parent": 921, "children": [934], "start_point": {"row": 311, "column": 61}, "end_point": {"row": 311, "column": 75}}, {"id": 934, "type": "identifier", "text": "CRYSTAL_LESS", "parent": 933, "children": [], "start_point": {"row": 311, "column": 62}, "end_point": {"row": 311, "column": 74}}, {"id": 935, "type": "assignment_expression", "text": "USBD->INTSTS = USBD_INTSTS_SOFIF_Msk", "parent": 919, "children": [936, 939, 940], "start_point": {"row": 314, "column": 8}, "end_point": {"row": 314, "column": 44}}, {"id": 936, "type": "field_expression", "text": "USBD->INTSTS", "parent": 935, "children": [937, 938], "start_point": {"row": 314, "column": 8}, "end_point": {"row": 314, "column": 20}}, {"id": 937, "type": "identifier", "text": "USBD", "parent": 936, "children": [], "start_point": {"row": 314, "column": 8}, "end_point": {"row": 314, "column": 12}}, {"id": 938, "type": "field_identifier", "text": "INTSTS", "parent": 936, "children": [], "start_point": {"row": 314, "column": 14}, "end_point": {"row": 314, "column": 20}}, {"id": 939, "type": "=", "text": "=", "parent": 935, "children": [], "start_point": {"row": 314, "column": 21}, "end_point": {"row": 314, "column": 22}}, {"id": 940, "type": "identifier", "text": "USBD_INTSTS_SOFIF_Msk", "parent": 935, "children": [], "start_point": {"row": 314, "column": 23}, "end_point": {"row": 314, "column": 44}}, {"id": 941, "type": "while_statement", "text": "while((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0);", "parent": 919, "children": [942], "start_point": {"row": 315, "column": 8}, "end_point": {"row": 315, "column": 59}}, {"id": 942, "type": "parenthesized_expression", "text": "((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0)", "parent": 941, "children": [943], "start_point": {"row": 315, "column": 13}, "end_point": {"row": 315, "column": 58}}, {"id": 943, "type": "binary_expression", "text": "(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0", "parent": 942, "children": [944, 950, 951], "start_point": {"row": 315, "column": 14}, "end_point": {"row": 315, "column": 57}}, {"id": 944, "type": "parenthesized_expression", "text": "(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)", "parent": 943, "children": [945], "start_point": {"row": 315, "column": 14}, "end_point": {"row": 315, "column": 52}}, {"id": 945, "type": "binary_expression", "text": "USBD->INTSTS & USBD_INTSTS_SOFIF_Msk", "parent": 944, "children": [946, 949], "start_point": {"row": 315, "column": 15}, "end_point": {"row": 315, "column": 51}}, {"id": 946, "type": "field_expression", "text": "USBD->INTSTS", "parent": 945, "children": [947, 948], "start_point": {"row": 315, "column": 15}, "end_point": {"row": 315, "column": 27}}, {"id": 947, "type": "identifier", "text": "USBD", "parent": 946, "children": [], "start_point": {"row": 315, "column": 15}, "end_point": {"row": 315, "column": 19}}, {"id": 948, "type": "field_identifier", "text": "INTSTS", "parent": 946, "children": [], "start_point": {"row": 315, "column": 21}, "end_point": {"row": 315, "column": 27}}, {"id": 949, "type": "identifier", "text": "USBD_INTSTS_SOFIF_Msk", "parent": 945, "children": [], "start_point": {"row": 315, "column": 30}, "end_point": {"row": 315, "column": 51}}, {"id": 950, "type": "==", "text": "==", "parent": 943, "children": [], "start_point": {"row": 315, "column": 53}, "end_point": {"row": 315, "column": 55}}, {"id": 951, "type": "number_literal", "text": "0", "parent": 943, "children": [], "start_point": {"row": 315, "column": 56}, "end_point": {"row": 315, "column": 57}}, {"id": 952, "type": "assignment_expression", "text": "SYS->HIRCTCTL = 0x1", "parent": 919, "children": [953, 956, 957], "start_point": {"row": 316, "column": 8}, "end_point": {"row": 316, "column": 27}}, {"id": 953, "type": "field_expression", "text": "SYS->HIRCTCTL", "parent": 952, "children": [954, 955], "start_point": {"row": 316, "column": 8}, "end_point": {"row": 316, "column": 21}}, {"id": 954, "type": "identifier", "text": "SYS", "parent": 953, "children": [], "start_point": {"row": 316, "column": 8}, "end_point": {"row": 316, "column": 11}}, {"id": 955, "type": "field_identifier", "text": "HIRCTCTL", "parent": 953, "children": [], "start_point": {"row": 316, "column": 13}, "end_point": {"row": 316, "column": 21}}, {"id": 956, "type": "=", "text": "=", "parent": 952, "children": [], "start_point": {"row": 316, "column": 22}, "end_point": {"row": 316, "column": 23}}, {"id": 957, "type": "number_literal", "text": "0x1", "parent": 952, "children": [], "start_point": {"row": 316, "column": 24}, "end_point": {"row": 316, "column": 27}}, {"id": 958, "type": "assignment_expression", "text": "SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk", "parent": 919, "children": [959, 962, 963], "start_point": {"row": 317, "column": 8}, "end_point": {"row": 317, "column": 50}}, {"id": 959, "type": "field_expression", "text": "SYS->HIRCTCTL", "parent": 958, "children": [960, 961], "start_point": {"row": 317, "column": 8}, "end_point": {"row": 317, "column": 21}}, {"id": 960, "type": "identifier", "text": "SYS", "parent": 959, "children": [], "start_point": {"row": 317, "column": 8}, "end_point": {"row": 317, "column": 11}}, {"id": 961, "type": "field_identifier", "text": "HIRCTCTL", "parent": 959, "children": [], "start_point": {"row": 317, "column": 13}, "end_point": {"row": 317, "column": 21}}, {"id": 962, "type": "|=", "text": "|=", "parent": 958, "children": [], "start_point": {"row": 317, "column": 22}, "end_point": {"row": 317, "column": 24}}, {"id": 963, "type": "identifier", "text": "SYS_HIRCTCTL_REFCKSEL_Msk", "parent": 958, "children": [], "start_point": {"row": 317, "column": 25}, "end_point": {"row": 317, "column": 50}}, {"id": 964, "type": "assignment_expression", "text": "u32TrimInit = M32(TRIM_INIT)", "parent": 919, "children": [965, 966, 967], "start_point": {"row": 319, "column": 8}, "end_point": {"row": 319, "column": 36}}, {"id": 965, "type": "identifier", "text": "u32TrimInit", "parent": 964, "children": [], "start_point": {"row": 319, "column": 8}, "end_point": {"row": 319, "column": 19}}, {"id": 966, "type": "=", "text": "=", "parent": 964, "children": [], "start_point": {"row": 319, "column": 20}, "end_point": {"row": 319, "column": 21}}, {"id": 967, "type": "call_expression", "text": "M32(TRIM_INIT)", "parent": 964, "children": [968, 969], "start_point": {"row": 319, "column": 22}, "end_point": {"row": 319, "column": 36}}, {"id": 968, "type": "identifier", "text": "M32", "parent": 967, "children": [], "start_point": {"row": 319, "column": 22}, "end_point": {"row": 319, "column": 25}}, {"id": 969, "type": "argument_list", "text": "(TRIM_INIT)", "parent": 967, "children": [970], "start_point": {"row": 319, "column": 25}, "end_point": {"row": 319, "column": 36}}, {"id": 970, "type": "identifier", "text": "TRIM_INIT", "parent": 969, "children": [], "start_point": {"row": 319, "column": 26}, "end_point": {"row": 319, "column": 35}}, {"id": 971, "type": "call_expression", "text": "NVIC_EnableIRQ(UART0_IRQn)", "parent": 764, "children": [972, 973], "start_point": {"row": 321, "column": 4}, "end_point": {"row": 321, "column": 30}}, {"id": 972, "type": "identifier", "text": "NVIC_EnableIRQ", "parent": 971, "children": [], "start_point": {"row": 321, "column": 4}, "end_point": {"row": 321, "column": 18}}, {"id": 973, "type": "argument_list", "text": "(UART0_IRQn)", "parent": 971, "children": [974], "start_point": {"row": 321, "column": 18}, "end_point": {"row": 321, "column": 30}}, {"id": 974, "type": "identifier", "text": "UART0_IRQn", "parent": 973, "children": [], "start_point": {"row": 321, "column": 19}, "end_point": {"row": 321, "column": 29}}, {"id": 975, "type": "call_expression", "text": "NVIC_EnableIRQ(USBD_IRQn)", "parent": 764, "children": [976, 977], "start_point": {"row": 322, "column": 4}, "end_point": {"row": 322, "column": 29}}, {"id": 976, "type": "identifier", "text": "NVIC_EnableIRQ", "parent": 975, "children": [], "start_point": {"row": 322, "column": 4}, "end_point": {"row": 322, "column": 18}}, {"id": 977, "type": "argument_list", "text": "(USBD_IRQn)", "parent": 975, "children": [978], "start_point": {"row": 322, "column": 18}, "end_point": {"row": 322, "column": 29}}, {"id": 978, "type": "identifier", "text": "USBD_IRQn", "parent": 977, "children": [], "start_point": {"row": 322, "column": 19}, "end_point": {"row": 322, "column": 28}}, {"id": 979, "type": "while_statement", "text": "while(1)\n {\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim if it is not enabled. */\n if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }\n\n /* Disable USB Trim when error */\n if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }\n }\n VCOM_TransferData();\n MSC_ProcessCmd();\n }", "parent": 764, "children": [980], "start_point": {"row": 324, "column": 4}, "end_point": {"row": 360, "column": 5}}, {"id": 980, "type": "parenthesized_expression", "text": "(1)", "parent": 979, "children": [981], "start_point": {"row": 324, "column": 9}, "end_point": {"row": 324, "column": 12}}, {"id": 981, "type": "number_literal", "text": "1", "parent": 980, "children": [], "start_point": {"row": 324, "column": 10}, "end_point": {"row": 324, "column": 11}}, {"id": 982, "type": "if_statement", "text": "if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim if it is not enabled. */\n if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }\n\n /* Disable USB Trim when error */\n if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }\n }", "parent": 979, "children": [983], "start_point": {"row": 326, "column": 8}, "end_point": {"row": 357, "column": 9}}, {"id": 983, "type": "parenthesized_expression", "text": "(((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))", "parent": 982, "children": [984], "start_point": {"row": 326, "column": 11}, "end_point": {"row": 326, "column": 80}}, {"id": 984, "type": "binary_expression", "text": "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS)", "parent": 983, "children": [985, 995, 996], "start_point": {"row": 326, "column": 12}, "end_point": {"row": 326, "column": 79}}, {"id": 985, "type": "parenthesized_expression", "text": "((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1)", "parent": 984, "children": [986], "start_point": {"row": 326, "column": 12}, "end_point": {"row": 326, "column": 61}}, {"id": 986, "type": "binary_expression", "text": "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1", "parent": 985, "children": [987, 993, 994], "start_point": {"row": 326, "column": 13}, "end_point": {"row": 326, "column": 60}}, {"id": 987, "type": "parenthesized_expression", "text": "(SYS->CSERVER & SYS_CSERVER_VERSION_Msk)", "parent": 986, "children": [988], "start_point": {"row": 326, "column": 13}, "end_point": {"row": 326, "column": 53}}, {"id": 988, "type": "binary_expression", "text": "SYS->CSERVER & SYS_CSERVER_VERSION_Msk", "parent": 987, "children": [989, 992], "start_point": {"row": 326, "column": 14}, "end_point": {"row": 326, "column": 52}}, {"id": 989, "type": "field_expression", "text": "SYS->CSERVER", "parent": 988, "children": [990, 991], "start_point": {"row": 326, "column": 14}, "end_point": {"row": 326, "column": 26}}, {"id": 990, "type": "identifier", "text": "SYS", "parent": 989, "children": [], "start_point": {"row": 326, "column": 14}, "end_point": {"row": 326, "column": 17}}, {"id": 991, "type": "field_identifier", "text": "CSERVER", "parent": 989, "children": [], "start_point": {"row": 326, "column": 19}, "end_point": {"row": 326, "column": 26}}, {"id": 992, "type": "identifier", "text": "SYS_CSERVER_VERSION_Msk", "parent": 988, "children": [], "start_point": {"row": 326, "column": 29}, "end_point": {"row": 326, "column": 52}}, {"id": 993, "type": "==", "text": "==", "parent": 986, "children": [], "start_point": {"row": 326, "column": 54}, "end_point": {"row": 326, "column": 56}}, {"id": 994, "type": "number_literal", "text": "0x1", "parent": 986, "children": [], "start_point": {"row": 326, "column": 57}, "end_point": {"row": 326, "column": 60}}, {"id": 995, "type": "&&", "text": "&&", "parent": 984, "children": [], "start_point": {"row": 326, "column": 62}, "end_point": {"row": 326, "column": 64}}, {"id": 996, "type": "parenthesized_expression", "text": "(CRYSTAL_LESS)", "parent": 984, "children": [997], "start_point": {"row": 326, "column": 65}, "end_point": {"row": 326, "column": 79}}, {"id": 997, "type": "identifier", "text": "CRYSTAL_LESS", "parent": 996, "children": [], "start_point": {"row": 326, "column": 66}, "end_point": {"row": 326, "column": 78}}, {"id": 998, "type": "if_statement", "text": "if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }", "parent": 982, "children": [999], "start_point": {"row": 329, "column": 12}, "end_point": {"row": 340, "column": 13}}, {"id": 999, "type": "parenthesized_expression", "text": "((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)", "parent": 998, "children": [1000], "start_point": {"row": 329, "column": 15}, "end_point": {"row": 329, "column": 64}}, {"id": 1000, "type": "binary_expression", "text": "(SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1", "parent": 999, "children": [1001, 1007, 1008], "start_point": {"row": 329, "column": 16}, "end_point": {"row": 329, "column": 63}}, {"id": 1001, "type": "parenthesized_expression", "text": "(SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk)", "parent": 1000, "children": [1002], "start_point": {"row": 329, "column": 16}, "end_point": {"row": 329, "column": 58}}, {"id": 1002, "type": "binary_expression", "text": "SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk", "parent": 1001, "children": [1003, 1006], "start_point": {"row": 329, "column": 17}, "end_point": {"row": 329, "column": 57}}, {"id": 1003, "type": "field_expression", "text": "SYS->HIRCTCTL", "parent": 1002, "children": [1004, 1005], "start_point": {"row": 329, "column": 17}, "end_point": {"row": 329, "column": 30}}, {"id": 1004, "type": "identifier", "text": "SYS", "parent": 1003, "children": [], "start_point": {"row": 329, "column": 17}, "end_point": {"row": 329, "column": 20}}, {"id": 1005, "type": "field_identifier", "text": "HIRCTCTL", "parent": 1003, "children": [], "start_point": {"row": 329, "column": 22}, "end_point": {"row": 329, "column": 30}}, {"id": 1006, "type": "identifier", "text": "SYS_HIRCTCTL_FREQSEL_Msk", "parent": 1002, "children": [], "start_point": {"row": 329, "column": 33}, "end_point": {"row": 329, "column": 57}}, {"id": 1007, "type": "!=", "text": "!=", "parent": 1000, "children": [], "start_point": {"row": 329, "column": 59}, "end_point": {"row": 329, "column": 61}}, {"id": 1008, "type": "number_literal", "text": "1", "parent": 1000, "children": [], "start_point": {"row": 329, "column": 62}, "end_point": {"row": 329, "column": 63}}, {"id": 1009, "type": "if_statement", "text": "if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }", "parent": 998, "children": [1010], "start_point": {"row": 331, "column": 16}, "end_point": {"row": 339, "column": 17}}, {"id": 1010, "type": "parenthesized_expression", "text": "(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)", "parent": 1009, "children": [1011], "start_point": {"row": 331, "column": 18}, "end_point": {"row": 331, "column": 56}}, {"id": 1011, "type": "binary_expression", "text": "USBD->INTSTS & USBD_INTSTS_SOFIF_Msk", "parent": 1010, "children": [1012, 1015], "start_point": {"row": 331, "column": 19}, "end_point": {"row": 331, "column": 55}}, {"id": 1012, "type": "field_expression", "text": "USBD->INTSTS", "parent": 1011, "children": [1013, 1014], "start_point": {"row": 331, "column": 19}, "end_point": {"row": 331, "column": 31}}, {"id": 1013, "type": "identifier", "text": "USBD", "parent": 1012, "children": [], "start_point": {"row": 331, "column": 19}, "end_point": {"row": 331, "column": 23}}, {"id": 1014, "type": "field_identifier", "text": "INTSTS", "parent": 1012, "children": [], "start_point": {"row": 331, "column": 25}, "end_point": {"row": 331, "column": 31}}, {"id": 1015, "type": "identifier", "text": "USBD_INTSTS_SOFIF_Msk", "parent": 1011, "children": [], "start_point": {"row": 331, "column": 34}, "end_point": {"row": 331, "column": 55}}, {"id": 1016, "type": "assignment_expression", "text": "USBD->INTSTS = USBD_INTSTS_SOFIF_Msk", "parent": 1009, "children": [1017, 1020, 1021], "start_point": {"row": 334, "column": 20}, "end_point": {"row": 334, "column": 56}}, {"id": 1017, "type": "field_expression", "text": "USBD->INTSTS", "parent": 1016, "children": [1018, 1019], "start_point": {"row": 334, "column": 20}, "end_point": {"row": 334, "column": 32}}, {"id": 1018, "type": "identifier", "text": "USBD", "parent": 1017, "children": [], "start_point": {"row": 334, "column": 20}, "end_point": {"row": 334, "column": 24}}, {"id": 1019, "type": "field_identifier", "text": "INTSTS", "parent": 1017, "children": [], "start_point": {"row": 334, "column": 26}, "end_point": {"row": 334, "column": 32}}, {"id": 1020, "type": "=", "text": "=", "parent": 1016, "children": [], "start_point": {"row": 334, "column": 33}, "end_point": {"row": 334, "column": 34}}, {"id": 1021, "type": "identifier", "text": "USBD_INTSTS_SOFIF_Msk", "parent": 1016, "children": [], "start_point": {"row": 334, "column": 35}, "end_point": {"row": 334, "column": 56}}, {"id": 1022, "type": "assignment_expression", "text": "SYS->HIRCTCTL = 0x1", "parent": 1009, "children": [1023, 1026, 1027], "start_point": {"row": 337, "column": 20}, "end_point": {"row": 337, "column": 39}}, {"id": 1023, "type": "field_expression", "text": "SYS->HIRCTCTL", "parent": 1022, "children": [1024, 1025], "start_point": {"row": 337, "column": 20}, "end_point": {"row": 337, "column": 33}}, {"id": 1024, "type": "identifier", "text": "SYS", "parent": 1023, "children": [], "start_point": {"row": 337, "column": 20}, "end_point": {"row": 337, "column": 23}}, {"id": 1025, "type": "field_identifier", "text": "HIRCTCTL", "parent": 1023, "children": [], "start_point": {"row": 337, "column": 25}, "end_point": {"row": 337, "column": 33}}, {"id": 1026, "type": "=", "text": "=", "parent": 1022, "children": [], "start_point": {"row": 337, "column": 34}, "end_point": {"row": 337, "column": 35}}, {"id": 1027, "type": "number_literal", "text": "0x1", "parent": 1022, "children": [], "start_point": {"row": 337, "column": 36}, "end_point": {"row": 337, "column": 39}}, {"id": 1028, "type": "assignment_expression", "text": "SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk", "parent": 1009, "children": [1029, 1032, 1033], "start_point": {"row": 338, "column": 20}, "end_point": {"row": 338, "column": 62}}, {"id": 1029, "type": "field_expression", "text": "SYS->HIRCTCTL", "parent": 1028, "children": [1030, 1031], "start_point": {"row": 338, "column": 20}, "end_point": {"row": 338, "column": 33}}, {"id": 1030, "type": "identifier", "text": "SYS", "parent": 1029, "children": [], "start_point": {"row": 338, "column": 20}, "end_point": {"row": 338, "column": 23}}, {"id": 1031, "type": "field_identifier", "text": "HIRCTCTL", "parent": 1029, "children": [], "start_point": {"row": 338, "column": 25}, "end_point": {"row": 338, "column": 33}}, {"id": 1032, "type": "|=", "text": "|=", "parent": 1028, "children": [], "start_point": {"row": 338, "column": 34}, "end_point": {"row": 338, "column": 36}}, {"id": 1033, "type": "identifier", "text": "SYS_HIRCTCTL_REFCKSEL_Msk", "parent": 1028, "children": [], "start_point": {"row": 338, "column": 37}, "end_point": {"row": 338, "column": 62}}, {"id": 1034, "type": "if_statement", "text": "if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }", "parent": 982, "children": [1035], "start_point": {"row": 343, "column": 12}, "end_point": {"row": 356, "column": 13}}, {"id": 1035, "type": "parenthesized_expression", "text": "(SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))", "parent": 1034, "children": [1036], "start_point": {"row": 343, "column": 15}, "end_point": {"row": 343, "column": 90}}, {"id": 1036, "type": "binary_expression", "text": "SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk)", "parent": 1035, "children": [1037, 1040], "start_point": {"row": 343, "column": 16}, "end_point": {"row": 343, "column": 89}}, {"id": 1037, "type": "field_expression", "text": "SYS->HIRCTISTS", "parent": 1036, "children": [1038, 1039], "start_point": {"row": 343, "column": 16}, "end_point": {"row": 343, "column": 30}}, {"id": 1038, "type": "identifier", "text": "SYS", "parent": 1037, "children": [], "start_point": {"row": 343, "column": 16}, "end_point": {"row": 343, "column": 19}}, {"id": 1039, "type": "field_identifier", "text": "HIRCTISTS", "parent": 1037, "children": [], "start_point": {"row": 343, "column": 21}, "end_point": {"row": 343, "column": 30}}, {"id": 1040, "type": "parenthesized_expression", "text": "(SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk)", "parent": 1036, "children": [1041], "start_point": {"row": 343, "column": 33}, "end_point": {"row": 343, "column": 89}}, {"id": 1041, "type": "binary_expression", "text": "SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk", "parent": 1040, "children": [1042, 1043], "start_point": {"row": 343, "column": 34}, "end_point": {"row": 343, "column": 88}}, {"id": 1042, "type": "identifier", "text": "SYS_HIRCTISTS_CLKERRIF_Msk", "parent": 1041, "children": [], "start_point": {"row": 343, "column": 34}, "end_point": {"row": 343, "column": 60}}, {"id": 1043, "type": "identifier", "text": "SYS_HIRCTISTS_TFAILIF_Msk", "parent": 1041, "children": [], "start_point": {"row": 343, "column": 63}, "end_point": {"row": 343, "column": 88}}, {"id": 1044, "type": "assignment_expression", "text": "M32(TRIM_INIT) = u32TrimInit", "parent": 1034, "children": [1045, 1049, 1050], "start_point": {"row": 346, "column": 16}, "end_point": {"row": 346, "column": 44}}, {"id": 1045, "type": "call_expression", "text": "M32(TRIM_INIT)", "parent": 1044, "children": [1046, 1047], "start_point": {"row": 346, "column": 16}, "end_point": {"row": 346, "column": 30}}, {"id": 1046, "type": "identifier", "text": "M32", "parent": 1045, "children": [], "start_point": {"row": 346, "column": 16}, "end_point": {"row": 346, "column": 19}}, {"id": 1047, "type": "argument_list", "text": "(TRIM_INIT)", "parent": 1045, "children": [1048], "start_point": {"row": 346, "column": 19}, "end_point": {"row": 346, "column": 30}}, {"id": 1048, "type": "identifier", "text": "TRIM_INIT", "parent": 1047, "children": [], "start_point": {"row": 346, "column": 20}, "end_point": {"row": 346, "column": 29}}, {"id": 1049, "type": "=", "text": "=", "parent": 1044, "children": [], "start_point": {"row": 346, "column": 31}, "end_point": {"row": 346, "column": 32}}, {"id": 1050, "type": "identifier", "text": "u32TrimInit", "parent": 1044, "children": [], "start_point": {"row": 346, "column": 33}, "end_point": {"row": 346, "column": 44}}, {"id": 1051, "type": "assignment_expression", "text": "SYS->HIRCTCTL = 0", "parent": 1034, "children": [1052, 1055, 1056], "start_point": {"row": 349, "column": 16}, "end_point": {"row": 349, "column": 33}}, {"id": 1052, "type": "field_expression", "text": "SYS->HIRCTCTL", "parent": 1051, "children": [1053, 1054], "start_point": {"row": 349, "column": 16}, "end_point": {"row": 349, "column": 29}}, {"id": 1053, "type": "identifier", "text": "SYS", "parent": 1052, "children": [], "start_point": {"row": 349, "column": 16}, "end_point": {"row": 349, "column": 19}}, {"id": 1054, "type": "field_identifier", "text": "HIRCTCTL", "parent": 1052, "children": [], "start_point": {"row": 349, "column": 21}, "end_point": {"row": 349, "column": 29}}, {"id": 1055, "type": "=", "text": "=", "parent": 1051, "children": [], "start_point": {"row": 349, "column": 30}, "end_point": {"row": 349, "column": 31}}, {"id": 1056, "type": "number_literal", "text": "0", "parent": 1051, "children": [], "start_point": {"row": 349, "column": 32}, "end_point": {"row": 349, "column": 33}}, {"id": 1057, "type": "assignment_expression", "text": "SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk", "parent": 1034, "children": [1058, 1061, 1062], "start_point": {"row": 352, "column": 16}, "end_point": {"row": 352, "column": 87}}, {"id": 1058, "type": "field_expression", "text": "SYS->HIRCTISTS", "parent": 1057, "children": [1059, 1060], "start_point": {"row": 352, "column": 16}, "end_point": {"row": 352, "column": 30}}, {"id": 1059, "type": "identifier", "text": "SYS", "parent": 1058, "children": [], "start_point": {"row": 352, "column": 16}, "end_point": {"row": 352, "column": 19}}, {"id": 1060, "type": "field_identifier", "text": "HIRCTISTS", "parent": 1058, "children": [], "start_point": {"row": 352, "column": 21}, "end_point": {"row": 352, "column": 30}}, {"id": 1061, "type": "=", "text": "=", "parent": 1057, "children": [], "start_point": {"row": 352, "column": 31}, "end_point": {"row": 352, "column": 32}}, {"id": 1062, "type": "binary_expression", "text": "SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk", "parent": 1057, "children": [1063, 1064], "start_point": {"row": 352, "column": 33}, "end_point": {"row": 352, "column": 87}}, {"id": 1063, "type": "identifier", "text": "SYS_HIRCTISTS_CLKERRIF_Msk", "parent": 1062, "children": [], "start_point": {"row": 352, "column": 33}, "end_point": {"row": 352, "column": 59}}, {"id": 1064, "type": "identifier", "text": "SYS_HIRCTISTS_TFAILIF_Msk", "parent": 1062, "children": [], "start_point": {"row": 352, "column": 62}, "end_point": {"row": 352, "column": 87}}, {"id": 1065, "type": "assignment_expression", "text": "USBD->INTSTS = USBD_INTSTS_SOFIF_Msk", "parent": 1034, "children": [1066, 1069, 1070], "start_point": {"row": 355, "column": 16}, "end_point": {"row": 355, "column": 52}}, {"id": 1066, "type": "field_expression", "text": "USBD->INTSTS", "parent": 1065, "children": [1067, 1068], "start_point": {"row": 355, "column": 16}, "end_point": {"row": 355, "column": 28}}, {"id": 1067, "type": "identifier", "text": "USBD", "parent": 1066, "children": [], "start_point": {"row": 355, "column": 16}, "end_point": {"row": 355, "column": 20}}, {"id": 1068, "type": "field_identifier", "text": "INTSTS", "parent": 1066, "children": [], "start_point": {"row": 355, "column": 22}, "end_point": {"row": 355, "column": 28}}, {"id": 1069, "type": "=", "text": "=", "parent": 1065, "children": [], "start_point": {"row": 355, "column": 29}, "end_point": {"row": 355, "column": 30}}, {"id": 1070, "type": "identifier", "text": "USBD_INTSTS_SOFIF_Msk", "parent": 1065, "children": [], "start_point": {"row": 355, "column": 31}, "end_point": {"row": 355, "column": 52}}, {"id": 1071, "type": "call_expression", "text": "VCOM_TransferData()", "parent": 979, "children": [1072, 1073], "start_point": {"row": 358, "column": 8}, "end_point": {"row": 358, "column": 27}}, {"id": 1072, "type": "identifier", "text": "VCOM_TransferData", "parent": 1071, "children": [], "start_point": {"row": 358, "column": 8}, "end_point": {"row": 358, "column": 25}}, {"id": 1073, "type": "argument_list", "text": "()", "parent": 1071, "children": [], "start_point": {"row": 358, "column": 25}, "end_point": {"row": 358, "column": 27}}, {"id": 1074, "type": "call_expression", "text": "MSC_ProcessCmd()", "parent": 979, "children": [1075, 1076], "start_point": {"row": 359, "column": 8}, "end_point": {"row": 359, "column": 24}}, {"id": 1075, "type": "identifier", "text": "MSC_ProcessCmd", "parent": 1074, "children": [], "start_point": {"row": 359, "column": 8}, "end_point": {"row": 359, "column": 22}}, {"id": 1076, "type": "argument_list", "text": "()", "parent": 1074, "children": [], "start_point": {"row": 359, "column": 22}, "end_point": {"row": 359, "column": 24}}]}, "node_categories": {"declarations": {"functions": [151, 153, 350, 352, 372, 374, 514, 516, 764, 766], "variables": [20, 30, 52, 59, 67, 75, 83, 90, 98, 106, 114, 123, 131, 137, 143, 156, 355, 377, 379, 382, 385, 519, 521, 769, 771, 774], "classes": [], "imports": [0, 1, 3, 4, 6, 7, 9, 10], "modules": [], "enums": []}, "statements": {"expressions": [158, 162, 166, 168, 169, 172, 176, 180, 184, 188, 193, 197, 201, 202, 203, 204, 205, 206, 207, 214, 217, 223, 227, 232, 238, 242, 243, 244, 245, 248, 251, 256, 260, 261, 262, 263, 264, 267, 272, 276, 281, 285, 290, 294, 296, 297, 298, 303, 307, 309, 310, 311, 312, 318, 322, 323, 324, 325, 331, 335, 337, 338, 342, 346, 347, 357, 362, 366, 367, 368, 391, 395, 396, 397, 398, 402, 403, 407, 408, 410, 411, 412, 419, 423, 424, 429, 431, 437, 438, 446, 451, 452, 456, 463, 464, 473, 478, 480, 484, 490, 491, 499, 502, 507, 511, 526, 527, 532, 539, 540, 553, 557, 561, 565, 567, 571, 572, 580, 588, 596, 599, 604, 605, 608, 612, 619, 628, 633, 634, 638, 644, 645, 648, 649, 652, 661, 665, 669, 671, 675, 679, 680, 688, 696, 708, 714, 717, 718, 719, 720, 721, 728, 732, 734, 738, 739, 747, 751, 754, 759, 779, 782, 785, 788, 792, 793, 794, 804, 805, 806, 807, 808, 809, 810, 817, 818, 819, 824, 828, 832, 836, 842, 843, 844, 853, 859, 860, 861, 862, 863, 864, 865, 872, 873, 874, 879, 884, 887, 893, 898, 901, 906, 910, 913, 916, 920, 921, 922, 923, 924, 925, 926, 933, 936, 942, 943, 944, 945, 946, 953, 959, 967, 971, 975, 980, 983, 984, 985, 986, 987, 988, 989, 996, 999, 1000, 1001, 1002, 1003, 1010, 1011, 1012, 1017, 1023, 1029, 1035, 1036, 1037, 1040, 1041, 1045, 1052, 1058, 1062, 1066, 1071, 1074], "assignments": [161, 192, 216, 222, 231, 237, 255, 289, 302, 317, 330, 341, 388, 416, 428, 442, 458, 468, 475, 483, 495, 506, 534, 544, 549, 560, 576, 584, 592, 625, 657, 668, 684, 692, 700, 704, 727, 743, 758, 827, 835, 892, 935, 952, 958, 964, 1016, 1022, 1028, 1044, 1051, 1057, 1065], "loops": [406, 472, 548, 656, 941, 979], "conditionals": [14, 18, 21, 23, 33, 38, 42, 46, 50, 53, 57, 58, 60, 64, 68, 72, 76, 80, 84, 88, 89, 91, 95, 99, 103, 107, 111, 118, 128, 134, 140, 144, 148, 154, 159, 163, 164, 170, 171, 173, 175, 177, 179, 181, 183, 185, 189, 191, 194, 195, 198, 199, 200, 208, 209, 210, 215, 218, 219, 221, 224, 225, 229, 233, 234, 236, 239, 240, 246, 247, 250, 252, 257, 258, 265, 266, 269, 270, 271, 273, 275, 277, 279, 280, 282, 286, 288, 291, 292, 299, 300, 301, 304, 305, 313, 314, 315, 316, 319, 320, 326, 327, 328, 329, 332, 333, 339, 340, 343, 344, 348, 349, 353, 358, 360, 363, 365, 369, 370, 371, 375, 381, 384, 387, 389, 392, 393, 394, 399, 400, 404, 405, 413, 414, 415, 417, 420, 421, 422, 425, 427, 430, 432, 435, 436, 439, 441, 443, 447, 450, 453, 454, 455, 457, 459, 461, 462, 465, 467, 469, 471, 474, 476, 479, 481, 485, 486, 488, 489, 492, 494, 496, 500, 503, 508, 509, 513, 517, 523, 524, 525, 528, 531, 533, 535, 537, 538, 541, 543, 545, 547, 550, 554, 556, 558, 562, 563, 566, 568, 570, 573, 575, 577, 581, 585, 587, 589, 593, 595, 597, 606, 609, 611, 617, 618, 620, 622, 623, 626, 629, 631, 632, 635, 637, 639, 641, 643, 646, 650, 653, 655, 658, 662, 664, 666, 670, 672, 676, 677, 678, 681, 683, 685, 689, 693, 695, 697, 701, 705, 709, 711, 712, 713, 715, 716, 722, 723, 724, 729, 730, 733, 735, 737, 740, 742, 744, 748, 752, 755, 760, 761, 763, 767, 773, 777, 780, 783, 786, 789, 791, 795, 797, 803, 811, 820, 823, 825, 829, 837, 840, 841, 845, 847, 854, 856, 858, 866, 875, 878, 880, 885, 888, 894, 895, 897, 899, 902, 903, 907, 909, 911, 914, 917, 919, 927, 928, 929, 934, 937, 938, 940, 947, 948, 949, 954, 955, 960, 961, 963, 965, 968, 970, 972, 974, 976, 978, 982, 990, 991, 992, 997, 998, 1004, 1005, 1006, 1009, 1013, 1014, 1015, 1018, 1019, 1021, 1024, 1025, 1030, 1031, 1033, 1034, 1038, 1039, 1042, 1043, 1046, 1048, 1050, 1053, 1054, 1059, 1060, 1063, 1064, 1067, 1068, 1070, 1072, 1075], "returns": [801, 851, 890], "exceptions": []}, "expressions": {"calls": [], "literals": [2, 5, 8, 11, 26, 27, 28, 29, 35, 66, 74, 82, 97, 105, 113, 119, 122, 130, 136, 142, 150, 187, 212, 254, 284, 361, 445, 498, 530, 552, 579, 583, 591, 642, 660, 687, 691, 699, 703, 707, 726, 746, 750, 757, 778, 798, 800, 802, 812, 813, 815, 821, 830, 834, 838, 848, 850, 852, 857, 867, 868, 870, 876, 882, 891, 931, 951, 957, 981, 994, 1008, 1027, 1056], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 151, "universal_type": "function", "name": "SYS_Init", "text_snippet": "void SYS_Init(void)\n{\n /* Unlock protected registers */\n SYS_UnlockReg();\n\n /* Set XT1_OUT("}, {"node_id": 153, "universal_type": "function", "name": "unknown", "text_snippet": "SYS_Init(void)"}, {"node_id": 350, "universal_type": "function", "name": "UART0_Init", "text_snippet": "void UART0_Init(void)\n{\n /* Configure UART0 and set UART0 Baudrate */\n UART_Open(UART0, 115200"}, {"node_id": 352, "universal_type": "function", "name": "unknown", "text_snippet": "UART0_Init(void)"}, {"node_id": 372, "universal_type": "function", "name": "UART0_IRQHandler", "text_snippet": "void UART0_IRQHandler(void)\n{\n uint8_t bInChar;\n int32_t size;\n uint32_t u32IntStatus;\n\n "}, {"node_id": 374, "universal_type": "function", "name": "unknown", "text_snippet": "UART0_IRQHandler(void)"}, {"node_id": 514, "universal_type": "function", "name": "VCOM_TransferData", "text_snippet": "void VCOM_TransferData(void)\n{\n int32_t i, i32Len;\n\n /* Check whether USB is ready for next pa"}, {"node_id": 516, "universal_type": "function", "name": "unknown", "text_snippet": "VCOM_TransferData(void)"}, {"node_id": 764, "universal_type": "function", "name": "unknown", "text_snippet": "int32_t main (void)\n{\n uint32_t u32TrimInit;\n uint32_t au32Config[2];\n\n SYS_Init();\n UAR"}, {"node_id": 766, "universal_type": "function", "name": "unknown", "text_snippet": "main (void)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include <stdio.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include \"NuMicro.h\"\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include \"vcom_serial.h\"\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"massstorage.h\"\n"}, {"node_id": 10, "text": "#include"}]}, "original_source_code": "/***************************************************************************//**\n * @file main.c\n * @brief Demonstrate how to implement a composite device.(Virtual com port and Mass storage device)\n * @version 2.0.0\n *\n * @copyright (C) 2016 Nuvoton Technology Corp. All rights reserved.\n ******************************************************************************/\n#include <stdio.h>\n#include \"NuMicro.h\"\n#include \"vcom_serial.h\"\n#include \"massstorage.h\"\n\n#define CRYSTAL_LESS 1\n#define TRIM_INIT (SYS_BASE+0x10C)\n\n/*--------------------------------------------------------------------------*/\nSTR_VCOM_LINE_CODING gLineCoding = {115200, 0, 0, 8}; /* Baud rate : 115200 */\n/* Stop bit */\n/* parity */\n/* data bits */\nuint16_t gCtrlSignal = 0; /* BIT0: DTR(Data Terminal Ready) , BIT1: RTS(Request To Send) */\n\n/*--------------------------------------------------------------------------*/\n#define RXBUFSIZE 512 /* RX buffer size */\n#define TXBUFSIZE 512 /* RX buffer size */\n\n#define TX_FIFO_SIZE 16 /* TX Hardware FIFO size */\n\n#define DATA_FLASH_BASE 0x40000\n/*---------------------------------------------------------------------------------------------------------*/\n/* Global variables */\n/*---------------------------------------------------------------------------------------------------------*/\n/* UART0 */\nvolatile uint8_t comRbuf[RXBUFSIZE];\nvolatile uint16_t comRbytes = 0;\nvolatile uint16_t comRhead = 0;\nvolatile uint16_t comRtail = 0;\n\nvolatile uint8_t comTbuf[TXBUFSIZE];\nvolatile uint16_t comTbytes = 0;\nvolatile uint16_t comThead = 0;\nvolatile uint16_t comTtail = 0;\n\nuint8_t gRxBuf[64] = {0};\nuint8_t *gpu8RxBuf = 0;\nuint32_t gu32RxSize = 0;\nuint32_t gu32TxSize = 0;\n\nvolatile int8_t gi8BulkOutReady = 0;\n\nvoid SYS_Init(void)\n{\n /* Unlock protected registers */\n SYS_UnlockReg();\n\n /* Set XT1_OUT(PF.2) and XT1_IN(PF.3) to input mode */\n PF->MODE &= ~(GPIO_MODE_MODE2_Msk | GPIO_MODE_MODE3_Msk);\n\n /* Enable External XTAL (4~24 MHz) */\n CLK_EnableXtalRC(CLK_PWRCTL_HXTEN_Msk);\n\n /* Waiting for 12MHz clock ready */\n CLK_WaitClockReady(CLK_STATUS_HXTSTB_Msk);\n\n /* Switch HCLK clock source to HXT */\n CLK_SetHCLK(CLK_CLKSEL0_HCLKSEL_HXT,CLK_CLKDIV0_HCLK(1));\n\n /* Set core clock as PLL_CLOCK from PLL */\n CLK_SetCoreClock(FREQ_192MHZ);\n\n /* Set both PCLK0 and PCLK1 as HCLK/2 */\n CLK->PCLKDIV = CLK_PCLKDIV_APB0DIV_DIV2 | CLK_PCLKDIV_APB1DIV_DIV2;\n\n /* M480LD support crystal-less */\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n CLK->PWRCTL |= CLK_PWRCTL_HIRC48MEN_Msk;\n /* Select IP clock source */\n CLK->CLKSEL0 &= ~CLK_CLKSEL0_USBSEL_Msk;\n }\n else\n {\n /* Select IP clock source */\n CLK->CLKSEL0 |= CLK_CLKSEL0_USBSEL_Msk;\n CLK->CLKDIV0 = (CLK->CLKDIV0 & ~CLK_CLKDIV0_USBDIV_Msk) | CLK_CLKDIV0_USB(4);\n }\n\n /* Select USBD */\n SYS->USBPHY = (SYS->USBPHY & ~SYS_USBPHY_USBROLE_Msk) | SYS_USBPHY_USBEN_Msk | SYS_USBPHY_SBO_Msk;\n\n /* Enable IP clock */\n CLK_EnableModuleClock(USBD_MODULE);\n\n /* Select IP clock source */\n CLK_SetModuleClock(UART0_MODULE, CLK_CLKSEL1_UART0SEL_HIRC, CLK_CLKDIV0_UART0(1));\n\n /* Enable IP clock */\n CLK_EnableModuleClock(UART0_MODULE);\n /* Set PA.12 ~ PA.14 to input mode */\n PA->MODE &= ~(GPIO_MODE_MODE12_Msk | GPIO_MODE_MODE13_Msk | GPIO_MODE_MODE14_Msk);\n SYS->GPA_MFPH &= ~(SYS_GPA_MFPH_PA12MFP_Msk|SYS_GPA_MFPH_PA13MFP_Msk|SYS_GPA_MFPH_PA14MFP_Msk|SYS_GPA_MFPH_PA15MFP_Msk);\n SYS->GPA_MFPH |= (SYS_GPA_MFPH_PA12MFP_USB_VBUS|SYS_GPA_MFPH_PA13MFP_USB_D_N|SYS_GPA_MFPH_PA14MFP_USB_D_P|SYS_GPA_MFPH_PA15MFP_USB_OTG_ID);\n\n /* Set GPB multi-function pins for UART0 RXD and TXD */\n SYS->GPB_MFPH &= ~(SYS_GPB_MFPH_PB12MFP_Msk | SYS_GPB_MFPH_PB13MFP_Msk);\n SYS->GPB_MFPH |= (SYS_GPB_MFPH_PB12MFP_UART0_RXD | SYS_GPB_MFPH_PB13MFP_UART0_TXD);\n\n}\n\nvoid UART0_Init(void)\n{\n /* Configure UART0 and set UART0 Baudrate */\n UART_Open(UART0, 115200);\n\n /* Enable Interrupt and install the call back function */\n UART_ENABLE_INT(UART0, (UART_INTEN_RDAIEN_Msk | UART_INTEN_THREIEN_Msk | UART_INTEN_RXTOIEN_Msk));\n}\n\n\nvoid UART0_IRQHandler(void)\n{\n uint8_t bInChar;\n int32_t size;\n uint32_t u32IntStatus;\n\n u32IntStatus = UART0->INTSTS;\n\n if((u32IntStatus & UART_INTSTS_RDAIF_Msk) || (u32IntStatus & UART_INTSTS_RXTOIF_Msk))\n {\n /* Receiver FIFO threshold level is reached or Rx time out */\n\n /* Get all the input characters */\n while (!(UART0->FIFOSTS & UART_FIFOSTS_RXEMPTY_Msk))\n {\n /* Get the character from UART Buffer */\n bInChar = UART0->DAT;\n\n /* Check if buffer full */\n if(comRbytes < RXBUFSIZE)\n {\n /* Enqueue the character */\n comRbuf[comRtail++] = bInChar;\n if(comRtail >= RXBUFSIZE)\n comRtail = 0;\n comRbytes++;\n }\n else\n {\n /* FIFO over run */\n }\n }\n }\n\n if(u32IntStatus & UART_INTSTS_THREIF_Msk)\n {\n\n if(comTbytes)\n {\n /* Fill the Tx FIFO */\n size = comTbytes;\n if(size >= TX_FIFO_SIZE)\n {\n size = TX_FIFO_SIZE;\n }\n\n while(size)\n {\n bInChar = comTbuf[comThead++];\n UART0->DAT = bInChar;\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n comTbytes--;\n size--;\n }\n }\n else\n {\n /* No more data, just stop Tx (Stop work) */\n UART0->INTEN &= ~UART_INTEN_THREIEN_Msk;\n }\n }\n}\n\nvoid VCOM_TransferData(void)\n{\n int32_t i, i32Len;\n\n /* Check whether USB is ready for next packet or not*/\n if(gu32TxSize == 0)\n {\n /* Check whether we have new COM Rx data to send to USB or not */\n if(comRbytes)\n {\n i32Len = comRbytes;\n if(i32Len > EP2_MAX_PKT_SIZE)\n i32Len = EP2_MAX_PKT_SIZE;\n\n for(i = 0; i < i32Len; i++)\n {\n gRxBuf[i] = comRbuf[comRhead++];\n if(comRhead >= RXBUFSIZE)\n comRhead = 0;\n }\n\n __set_PRIMASK(1);\n comRbytes -= i32Len;\n __set_PRIMASK(0);\n\n gu32TxSize = i32Len;\n USBD_MemCopy((uint8_t *)(USBD_BUF_BASE + USBD_GET_EP_BUF_ADDR(EP2)), (uint8_t *)gRxBuf, i32Len);\n USBD_SET_PAYLOAD_LEN(EP2, i32Len);\n }\n else\n {\n /* Prepare a zero packet if previous packet size is EP2_MAX_PKT_SIZE and\n no more data to send at this moment to note Host the transfer has been done */\n i32Len = USBD_GET_PAYLOAD_LEN(EP2);\n if(i32Len == EP2_MAX_PKT_SIZE)\n USBD_SET_PAYLOAD_LEN(EP2, 0);\n }\n }\n\n /* Process the Bulk out data when bulk out data is ready. */\n if(gi8BulkOutReady && (gu32RxSize <= TXBUFSIZE - comTbytes))\n {\n for(i = 0; i < gu32RxSize; i++)\n {\n comTbuf[comTtail++] = gpu8RxBuf[i];\n if(comTtail >= TXBUFSIZE)\n comTtail = 0;\n }\n\n __set_PRIMASK(1);\n comTbytes += gu32RxSize;\n __set_PRIMASK(0);\n\n gu32RxSize = 0;\n gi8BulkOutReady = 0; /* Clear bulk out ready flag */\n\n /* Ready to get next BULK out */\n USBD_SET_PAYLOAD_LEN(EP3, EP3_MAX_PKT_SIZE);\n }\n\n /* Process the software Tx FIFO */\n if(comTbytes)\n {\n /* Check if Tx is working */\n if((UART0->INTEN & UART_INTEN_THREIEN_Msk) == 0)\n {\n /* Send one bytes out */\n UART0->DAT = comTbuf[comThead++];\n if(comThead >= TXBUFSIZE)\n comThead = 0;\n\n __set_PRIMASK(1);\n comTbytes--;\n __set_PRIMASK(0);\n\n /* Enable Tx Empty Interrupt. (Trigger first one) */\n UART0->INTEN |= UART_INTEN_THREIEN_Msk;\n }\n }\n}\n\n\nint32_t main (void)\n{\n uint32_t u32TrimInit;\n uint32_t au32Config[2];\n\n SYS_Init();\n UART0_Init();\n\n SYS_UnlockReg();\n\n /* Enable FMC ISP function */\n FMC_Open();\n\n /* Check if Data Flash Size is 64K. If not, to re-define Data Flash size and to enable Data Flash function */\n if (FMC_ReadConfig(au32Config, 2) < 0)\n return -1;\n\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE) )\n {\n FMC_ENABLE_CFG_UPDATE();\n au32Config[0] &= ~0x1;\n au32Config[1] = DATA_FLASH_BASE;\n if (FMC_WriteConfig(au32Config, 2) < 0)\n return -1;\n\n FMC_ReadConfig(au32Config, 2);\n if (((au32Config[0] & 0x01) == 1) || (au32Config[1] != DATA_FLASH_BASE))\n {\n printf(\"Error: Program Config Failed!\\n\");\n /* Disable FMC ISP function */\n FMC_Close();\n SYS_LockReg();\n return -1;\n }\n\n /* Reset Chip to reload new CONFIG value */\n SYS->IPRST0 = SYS_IPRST0_CHIPRST_Msk;\n }\n\n USBD_Open(&gsInfo, VCOM_ClassRequest, NULL);\n USBD_SetConfigCallback(MSC_SetConfig);\n /* Endpoint configuration */\n VCOM_Init();\n USBD_Start();\n\n SYS_UnlockReg();\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n while((USBD->INTSTS & USBD_INTSTS_SOFIF_Msk) == 0);\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n /* Backup default trim */\n u32TrimInit = M32(TRIM_INIT);\n }\n NVIC_EnableIRQ(UART0_IRQn);\n NVIC_EnableIRQ(USBD_IRQn);\n\n while(1)\n {\n if (((SYS->CSERVER & SYS_CSERVER_VERSION_Msk) == 0x1) && (CRYSTAL_LESS))\n {\n /* Start USB trim if it is not enabled. */\n if ((SYS->HIRCTCTL & SYS_HIRCTCTL_FREQSEL_Msk) != 1)\n {\n if(USBD->INTSTS & USBD_INTSTS_SOFIF_Msk)\n {\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n\n /* Re-enable crystal-less */\n SYS->HIRCTCTL = 0x1;\n SYS->HIRCTCTL |= SYS_HIRCTCTL_REFCKSEL_Msk;\n }\n }\n\n /* Disable USB Trim when error */\n if (SYS->HIRCTISTS & (SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk))\n {\n /* Init TRIM */\n M32(TRIM_INIT) = u32TrimInit;\n\n /* Disable crystal-less */\n SYS->HIRCTCTL = 0;\n\n /* Clear error flags */\n SYS->HIRCTISTS = SYS_HIRCTISTS_CLKERRIF_Msk | SYS_HIRCTISTS_TFAILIF_Msk;\n\n /* Clear SOF */\n USBD->INTSTS = USBD_INTSTS_SOFIF_Msk;\n }\n }\n VCOM_TransferData();\n MSC_ProcessCmd();\n }\n}\n\n\n\n/*** (C) COPYRIGHT 2016 Nuvoton Technology Corp. ***/\n\n"}
| 232
|
c
|
/*
* Thursday, September 9th 2021
*
* <NAME> - <EMAIL>
* <NAME> - <EMAIL>
* <NAME> - <EMAIL>
* <NAME> - <EMAIL>
* <NAME> - <EMAIL>
*
* Vrije Universiteit Amsterdam - Amsterdam, The Netherlands
*
*/
#include <stdio.h>
#include <stdlib.h>
#include <stdint.h>
#include <sys/types.h>
#include <sys/stat.h>
#include <fcntl.h>
#include <unistd.h>
#include "targets.h"
#include "helper.h"
uint64_t cpu_support_ibrs(void);
uint64_t cpu_support_eibrs(void);
uint64_t rdmsr(uint32_t reg, int cpu);
uint64_t cpu_ibrs_enabled(void);
int main(int argc, char **argv)
{
printf("cpu_support_ibrs: %lx\n", cpu_support_ibrs());
printf("cpu_support_eibrs: %lx\n", cpu_support_eibrs());
printf("cpu_(e)ibrs_enabled: %lx\n", cpu_ibrs_enabled());
return 0;
}
//CPUID leaf=7, subleaf=0, edx[26]
//Enumerates support for indirect branch restricted speculation (IBRS) and the indirect branch pre-
//dictor barrier (IBPB). Processors that set this bit support the IA32_SPEC_CTRL MSR and the
//IA32_PRED_CMD MSR. They allow software to set IA32_SPEC_CTRL[0] (IBRS) and IA32_PRED_CMD[0]
//(IBPB).
uint64_t cpu_support_ibrs(void)
{
uint32_t eax, ebx, ecx, edx;
cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);
return (edx>>26)&1;
}
//CPUID leaf=7, subleaf=0, edx[29]
//Enumerates support for the IA32_ARCH_CAPABILITIES MSR.
//
//MSR 10AH: IA32_ARCH_CAPABILITIES
//MSR[10AH][1] = IBRS_ALL: The processor supports enhanced IBRS.
uint64_t cpu_support_eibrs(void)
{
uint32_t eax, ebx, ecx, edx;
cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);
if ( ((edx>>29)&1) != 1)
return 0;
return (rdmsr(0x10A, 0)>>1)&1;
}
//MSR 48H: IA32_SPEC_CTRL
//MSR[48H][0] = Indirect Branch Restricted Speculation (IBRS).
// Restricts speculation of indirect branch.
uint64_t cpu_ibrs_enabled(void)
{
if(cpu_support_ibrs())
return (rdmsr(0x48, 0)>>0)&1;
return 0;
}
| 28.34
| 65
|
(translation_unit) "/*\n * Thursday, September 9th 2021\n *\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n *\n * Vrije Universiteit Amsterdam - Amsterdam, The Netherlands\n *\n */\n\n#include <stdio.h>\n#include <stdlib.h>\n#include <stdint.h>\n#include <sys/types.h>\n#include <sys/stat.h> \n#include <fcntl.h> \n#include <unistd.h> \n#include "targets.h"\n#include "helper.h"\n\nuint64_t cpu_support_ibrs(void);\nuint64_t cpu_support_eibrs(void);\nuint64_t rdmsr(uint32_t reg, int cpu);\nuint64_t cpu_ibrs_enabled(void);\n\nint main(int argc, char **argv)\n{\n printf("cpu_support_ibrs: %lx\n", cpu_support_ibrs());\n printf("cpu_support_eibrs: %lx\n", cpu_support_eibrs());\n printf("cpu_(e)ibrs_enabled: %lx\n", cpu_ibrs_enabled());\n return 0;\n}\n\n//CPUID leaf=7, subleaf=0, edx[26]\n//Enumerates support for indirect branch restricted speculation (IBRS) and the indirect branch pre-\n//dictor barrier (IBPB). Processors that set this bit support the IA32_SPEC_CTRL MSR and the\n//IA32_PRED_CMD MSR. They allow software to set IA32_SPEC_CTRL[0] (IBRS) and IA32_PRED_CMD[0]\n//(IBPB).\nuint64_t cpu_support_ibrs(void)\n{\n uint32_t eax, ebx, ecx, edx;\n cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);\n return (edx>>26)&1;\n}\n\n//CPUID leaf=7, subleaf=0, edx[29]\n//Enumerates support for the IA32_ARCH_CAPABILITIES MSR.\n//\n//MSR 10AH: IA32_ARCH_CAPABILITIES\n//MSR[10AH][1] = IBRS_ALL: The processor supports enhanced IBRS.\nuint64_t cpu_support_eibrs(void)\n{\n uint32_t eax, ebx, ecx, edx;\n cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);\n if ( ((edx>>29)&1) != 1)\n return 0;\n return (rdmsr(0x10A, 0)>>1)&1;\n}\n\n//MSR 48H: IA32_SPEC_CTRL\n//MSR[48H][0] = Indirect Branch Restricted Speculation (IBRS).\n// Restricts speculation of indirect branch.\nuint64_t cpu_ibrs_enabled(void)\n{\n if(cpu_support_ibrs())\n return (rdmsr(0x48, 0)>>0)&1;\n return 0;\n}\n"
(comment) "/*\n * Thursday, September 9th 2021\n *\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n *\n * Vrije Universiteit Amsterdam - Amsterdam, The Netherlands\n *\n */"
(preproc_include) "#include <stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(preproc_include) "#include <stdlib.h>\n"
(#include) "#include"
(system_lib_string) "<stdlib.h>"
(preproc_include) "#include <stdint.h>\n"
(#include) "#include"
(system_lib_string) "<stdint.h>"
(preproc_include) "#include <sys/types.h>\n"
(#include) "#include"
(system_lib_string) "<sys/types.h>"
(preproc_include) "#include <sys/stat.h>"
(#include) "#include"
(system_lib_string) "<sys/stat.h>"
(preproc_include) "#include <fcntl.h>"
(#include) "#include"
(system_lib_string) "<fcntl.h>"
(preproc_include) "#include <unistd.h>"
(#include) "#include"
(system_lib_string) "<unistd.h>"
(preproc_include) "#include "targets.h"\n"
(#include) "#include"
(string_literal) ""targets.h""
(") """
(string_content) "targets.h"
(") """
(preproc_include) "#include "helper.h"\n"
(#include) "#include"
(string_literal) ""helper.h""
(") """
(string_content) "helper.h"
(") """
(declaration) "uint64_t cpu_support_ibrs(void);"
(primitive_type) "uint64_t"
(function_declarator) "cpu_support_ibrs(void)"
(identifier) "cpu_support_ibrs"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(;) ";"
(declaration) "uint64_t cpu_support_eibrs(void);"
(primitive_type) "uint64_t"
(function_declarator) "cpu_support_eibrs(void)"
(identifier) "cpu_support_eibrs"
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(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(;) ";"
(declaration) "uint64_t rdmsr(uint32_t reg, int cpu);"
(primitive_type) "uint64_t"
(function_declarator) "rdmsr(uint32_t reg, int cpu)"
(identifier) "rdmsr"
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(() "("
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(,) ","
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(identifier) "cpu"
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(;) ";"
(declaration) "uint64_t cpu_ibrs_enabled(void);"
(primitive_type) "uint64_t"
(function_declarator) "cpu_ibrs_enabled(void)"
(identifier) "cpu_ibrs_enabled"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(;) ";"
(function_definition) "int main(int argc, char **argv)\n{\n printf("cpu_support_ibrs: %lx\n", cpu_support_ibrs());\n printf("cpu_support_eibrs: %lx\n", cpu_support_eibrs());\n printf("cpu_(e)ibrs_enabled: %lx\n", cpu_ibrs_enabled());\n return 0;\n}"
(primitive_type) "int"
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(() "("
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(pointer_declarator) "**argv"
(*) "*"
(pointer_declarator) "*argv"
(*) "*"
(identifier) "argv"
()) ")"
(compound_statement) "{\n printf("cpu_support_ibrs: %lx\n", cpu_support_ibrs());\n printf("cpu_support_eibrs: %lx\n", cpu_support_eibrs());\n printf("cpu_(e)ibrs_enabled: %lx\n", cpu_ibrs_enabled());\n return 0;\n}"
({) "{"
(expression_statement) "printf("cpu_support_ibrs: %lx\n", cpu_support_ibrs());"
(call_expression) "printf("cpu_support_ibrs: %lx\n", cpu_support_ibrs())"
(identifier) "printf"
(argument_list) "("cpu_support_ibrs: %lx\n", cpu_support_ibrs())"
(() "("
(string_literal) ""cpu_support_ibrs: %lx\n""
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(escape_sequence) "\n"
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(call_expression) "cpu_support_ibrs()"
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(() "("
()) ")"
()) ")"
(;) ";"
(expression_statement) "printf("cpu_support_eibrs: %lx\n", cpu_support_eibrs());"
(call_expression) "printf("cpu_support_eibrs: %lx\n", cpu_support_eibrs())"
(identifier) "printf"
(argument_list) "("cpu_support_eibrs: %lx\n", cpu_support_eibrs())"
(() "("
(string_literal) ""cpu_support_eibrs: %lx\n""
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(expression_statement) "printf("cpu_(e)ibrs_enabled: %lx\n", cpu_ibrs_enabled());"
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(string_literal) ""cpu_(e)ibrs_enabled: %lx\n""
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(return) "return"
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(comment) "//CPUID leaf=7, subleaf=0, edx[26]"
(comment) "//Enumerates support for indirect branch restricted speculation (IBRS) and the indirect branch pre-"
(comment) "//dictor barrier (IBPB). Processors that set this bit support the IA32_SPEC_CTRL MSR and the"
(comment) "//IA32_PRED_CMD MSR. They allow software to set IA32_SPEC_CTRL[0] (IBRS) and IA32_PRED_CMD[0]"
(comment) "//(IBPB)."
(function_definition) "uint64_t cpu_support_ibrs(void)\n{\n uint32_t eax, ebx, ecx, edx;\n cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);\n return (edx>>26)&1;\n}"
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(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{\n uint32_t eax, ebx, ecx, edx;\n cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);\n return (edx>>26)&1;\n}"
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(expression_statement) "cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);"
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(}) "}"
(comment) "//CPUID leaf=7, subleaf=0, edx[29]"
(comment) "//Enumerates support for the IA32_ARCH_CAPABILITIES MSR."
(comment) "//"
(comment) "//MSR 10AH: IA32_ARCH_CAPABILITIES"
(comment) "//MSR[10AH][1] = IBRS_ALL: The processor supports enhanced IBRS."
(function_definition) "uint64_t cpu_support_eibrs(void)\n{\n uint32_t eax, ebx, ecx, edx;\n cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);\n if ( ((edx>>29)&1) != 1)\n return 0;\n return (rdmsr(0x10A, 0)>>1)&1;\n}"
(primitive_type) "uint64_t"
(function_declarator) "cpu_support_eibrs(void)"
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(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{\n uint32_t eax, ebx, ecx, edx;\n cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);\n if ( ((edx>>29)&1) != 1)\n return 0;\n return (rdmsr(0x10A, 0)>>1)&1;\n}"
({) "{"
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(,) ","
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(,) ","
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(expression_statement) "cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);"
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(identifier) "cpuid"
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(&) "&"
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(parenthesized_expression) "( ((edx>>29)&1) != 1)"
(() "("
(binary_expression) "((edx>>29)&1) != 1"
(parenthesized_expression) "((edx>>29)&1)"
(() "("
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(() "("
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(!=) "!="
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(return_statement) "return 0;"
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(return_statement) "return (rdmsr(0x10A, 0)>>1)&1;"
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(binary_expression) "(rdmsr(0x10A, 0)>>1)&1"
(parenthesized_expression) "(rdmsr(0x10A, 0)>>1)"
(() "("
(binary_expression) "rdmsr(0x10A, 0)>>1"
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(() "("
(number_literal) "0x10A"
(,) ","
(number_literal) "0"
()) ")"
(>>) ">>"
(number_literal) "1"
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(&) "&"
(number_literal) "1"
(;) ";"
(}) "}"
(comment) "//MSR 48H: IA32_SPEC_CTRL"
(comment) "//MSR[48H][0] = Indirect Branch Restricted Speculation (IBRS)."
(comment) "// Restricts speculation of indirect branch."
(function_definition) "uint64_t cpu_ibrs_enabled(void)\n{\n if(cpu_support_ibrs())\n return (rdmsr(0x48, 0)>>0)&1;\n return 0;\n}"
(primitive_type) "uint64_t"
(function_declarator) "cpu_ibrs_enabled(void)"
(identifier) "cpu_ibrs_enabled"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{\n if(cpu_support_ibrs())\n return (rdmsr(0x48, 0)>>0)&1;\n return 0;\n}"
({) "{"
(if_statement) "if(cpu_support_ibrs())\n return (rdmsr(0x48, 0)>>0)&1;"
(if) "if"
(parenthesized_expression) "(cpu_support_ibrs())"
(() "("
(call_expression) "cpu_support_ibrs()"
(identifier) "cpu_support_ibrs"
(argument_list) "()"
(() "("
()) ")"
()) ")"
(return_statement) "return (rdmsr(0x48, 0)>>0)&1;"
(return) "return"
(binary_expression) "(rdmsr(0x48, 0)>>0)&1"
(parenthesized_expression) "(rdmsr(0x48, 0)>>0)"
(() "("
(binary_expression) "rdmsr(0x48, 0)>>0"
(call_expression) "rdmsr(0x48, 0)"
(identifier) "rdmsr"
(argument_list) "(0x48, 0)"
(() "("
(number_literal) "0x48"
(,) ","
(number_literal) "0"
()) ")"
(>>) ">>"
(number_literal) "0"
()) ")"
(&) "&"
(number_literal) "1"
(;) ";"
(return_statement) "return 0;"
(return) "return"
(number_literal) "0"
(;) ";"
(}) "}"
| 372
| 0
|
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[142, 143, 144, 145, 146], "start_point": {"row": 55, "column": 4}, "end_point": {"row": 55, "column": 32}}, {"id": 142, "type": "primitive_type", "text": "uint32_t", "parent": 141, "children": [], "start_point": {"row": 55, "column": 4}, "end_point": {"row": 55, "column": 12}}, {"id": 143, "type": "identifier", "text": "eax", "parent": 141, "children": [], "start_point": {"row": 55, "column": 13}, "end_point": {"row": 55, "column": 16}}, {"id": 144, "type": "identifier", "text": "ebx", "parent": 141, "children": [], "start_point": {"row": 55, "column": 18}, "end_point": {"row": 55, "column": 21}}, {"id": 145, "type": "identifier", "text": "ecx", "parent": 141, "children": [], "start_point": {"row": 55, "column": 23}, "end_point": {"row": 55, "column": 26}}, {"id": 146, "type": "identifier", "text": "edx", "parent": 141, "children": [], "start_point": {"row": 55, "column": 28}, "end_point": {"row": 55, "column": 31}}, {"id": 147, "type": "call_expression", "text": "cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0)", "parent": 134, "children": [148, 149], "start_point": {"row": 56, "column": 4}, "end_point": {"row": 56, "column": 44}}, {"id": 148, "type": "identifier", "text": "cpuid", "parent": 147, "children": [], "start_point": {"row": 56, "column": 4}, "end_point": {"row": 56, "column": 9}}, {"id": 149, "type": "argument_list", "text": "(&eax, &ebx, &ecx, &edx, 0x07, 0x0)", "parent": 147, "children": [150, 152, 154, 156, 158, 159], "start_point": {"row": 56, "column": 9}, "end_point": {"row": 56, "column": 44}}, {"id": 150, "type": "pointer_expression", "text": "&eax", "parent": 149, "children": [151], "start_point": {"row": 56, "column": 10}, "end_point": {"row": 56, "column": 14}}, {"id": 151, "type": "identifier", "text": "eax", "parent": 150, "children": [], "start_point": {"row": 56, "column": 11}, "end_point": {"row": 56, "column": 14}}, {"id": 152, "type": "pointer_expression", "text": "&ebx", "parent": 149, "children": [153], "start_point": {"row": 56, "column": 16}, "end_point": {"row": 56, "column": 20}}, {"id": 153, "type": "identifier", "text": "ebx", "parent": 152, "children": [], "start_point": {"row": 56, "column": 17}, "end_point": {"row": 56, "column": 20}}, {"id": 154, "type": "pointer_expression", "text": "&ecx", "parent": 149, "children": [155], "start_point": {"row": 56, "column": 22}, "end_point": {"row": 56, "column": 26}}, {"id": 155, "type": "identifier", "text": "ecx", "parent": 154, "children": [], "start_point": {"row": 56, "column": 23}, "end_point": {"row": 56, "column": 26}}, {"id": 156, "type": "pointer_expression", "text": "&edx", "parent": 149, "children": [157], "start_point": {"row": 56, "column": 28}, "end_point": {"row": 56, "column": 32}}, {"id": 157, "type": "identifier", "text": "edx", "parent": 156, "children": [], "start_point": {"row": 56, "column": 29}, "end_point": {"row": 56, "column": 32}}, {"id": 158, "type": "number_literal", "text": "0x07", "parent": 149, "children": [], "start_point": {"row": 56, "column": 34}, "end_point": {"row": 56, "column": 38}}, {"id": 159, "type": "number_literal", "text": "0x0", "parent": 149, "children": [], "start_point": {"row": 56, "column": 40}, "end_point": {"row": 56, "column": 43}}, {"id": 160, "type": "if_statement", "text": "if ( ((edx>>29)&1) != 1)\n return 0;", "parent": 134, "children": [161, 173], "start_point": {"row": 57, "column": 4}, "end_point": {"row": 58, "column": 17}}, {"id": 161, "type": "parenthesized_expression", "text": "( ((edx>>29)&1) != 1)", "parent": 160, "children": [162], "start_point": {"row": 57, "column": 7}, "end_point": {"row": 57, "column": 28}}, {"id": 162, "type": "binary_expression", "text": "((edx>>29)&1) != 1", "parent": 161, "children": [163, 171, 172], "start_point": {"row": 57, "column": 9}, "end_point": {"row": 57, "column": 27}}, {"id": 163, "type": "parenthesized_expression", "text": "((edx>>29)&1)", "parent": 162, "children": [164], "start_point": {"row": 57, "column": 9}, "end_point": {"row": 57, "column": 22}}, {"id": 164, "type": "binary_expression", "text": "(edx>>29)&1", "parent": 163, "children": [165, 170], "start_point": {"row": 57, "column": 10}, "end_point": {"row": 57, "column": 21}}, {"id": 165, "type": "parenthesized_expression", "text": "(edx>>29)", "parent": 164, "children": [166], "start_point": {"row": 57, "column": 10}, "end_point": {"row": 57, "column": 19}}, {"id": 166, "type": "binary_expression", "text": "edx>>29", "parent": 165, "children": [167, 168, 169], "start_point": {"row": 57, "column": 11}, "end_point": {"row": 57, "column": 18}}, {"id": 167, "type": "identifier", "text": "edx", "parent": 166, "children": [], "start_point": {"row": 57, "column": 11}, "end_point": {"row": 57, "column": 14}}, {"id": 168, "type": ">>", "text": ">>", "parent": 166, "children": [], "start_point": {"row": 57, "column": 14}, "end_point": {"row": 57, "column": 16}}, {"id": 169, "type": "number_literal", "text": "29", "parent": 166, "children": [], "start_point": {"row": 57, "column": 16}, "end_point": {"row": 57, "column": 18}}, {"id": 170, "type": "number_literal", "text": "1", "parent": 164, "children": [], "start_point": {"row": 57, "column": 20}, "end_point": {"row": 57, "column": 21}}, {"id": 171, "type": "!=", "text": "!=", "parent": 162, "children": [], "start_point": {"row": 57, "column": 23}, "end_point": {"row": 57, "column": 25}}, {"id": 172, "type": "number_literal", "text": "1", "parent": 162, "children": [], "start_point": {"row": 57, "column": 26}, "end_point": {"row": 57, "column": 27}}, {"id": 173, "type": "return_statement", "text": "return 0;", "parent": 160, "children": [174], "start_point": {"row": 58, "column": 8}, "end_point": {"row": 58, "column": 17}}, {"id": 174, "type": "number_literal", "text": "0", "parent": 173, "children": [], "start_point": {"row": 58, "column": 15}, "end_point": {"row": 58, "column": 16}}, {"id": 175, "type": "return_statement", "text": "return (rdmsr(0x10A, 0)>>1)&1;", "parent": 134, "children": [176], "start_point": {"row": 59, "column": 4}, "end_point": {"row": 59, "column": 34}}, {"id": 176, "type": "binary_expression", "text": "(rdmsr(0x10A, 0)>>1)&1", "parent": 175, "children": [177, 186], "start_point": {"row": 59, "column": 11}, "end_point": {"row": 59, "column": 33}}, {"id": 177, "type": "parenthesized_expression", "text": "(rdmsr(0x10A, 0)>>1)", "parent": 176, "children": [178], "start_point": {"row": 59, "column": 11}, "end_point": {"row": 59, "column": 31}}, {"id": 178, "type": "binary_expression", "text": "rdmsr(0x10A, 0)>>1", "parent": 177, "children": [179, 184, 185], "start_point": {"row": 59, "column": 12}, "end_point": {"row": 59, "column": 30}}, {"id": 179, "type": "call_expression", "text": "rdmsr(0x10A, 0)", "parent": 178, "children": [180, 181], "start_point": {"row": 59, "column": 12}, "end_point": {"row": 59, "column": 27}}, {"id": 180, "type": "identifier", "text": "rdmsr", "parent": 179, "children": [], "start_point": {"row": 59, "column": 12}, "end_point": {"row": 59, "column": 17}}, {"id": 181, "type": "argument_list", "text": "(0x10A, 0)", "parent": 179, "children": [182, 183], "start_point": {"row": 59, "column": 17}, "end_point": {"row": 59, "column": 27}}, {"id": 182, "type": "number_literal", "text": "0x10A", "parent": 181, "children": [], "start_point": {"row": 59, "column": 18}, "end_point": {"row": 59, "column": 23}}, {"id": 183, "type": "number_literal", "text": "0", "parent": 181, "children": [], "start_point": {"row": 59, "column": 25}, "end_point": {"row": 59, "column": 26}}, {"id": 184, "type": ">>", "text": ">>", "parent": 178, "children": [], "start_point": {"row": 59, "column": 27}, "end_point": {"row": 59, "column": 29}}, {"id": 185, "type": "number_literal", "text": "1", "parent": 178, "children": [], "start_point": {"row": 59, "column": 29}, "end_point": {"row": 59, "column": 30}}, {"id": 186, "type": "number_literal", "text": "1", "parent": 176, "children": [], "start_point": {"row": 59, "column": 32}, "end_point": {"row": 59, "column": 33}}, {"id": 187, "type": "function_definition", "text": "uint64_t cpu_ibrs_enabled(void)\n{\n if(cpu_support_ibrs())\n return (rdmsr(0x48, 0)>>0)&1;\n return 0;\n}", "parent": null, "children": [188, 189], "start_point": {"row": 65, "column": 0}, "end_point": {"row": 70, "column": 1}}, {"id": 188, "type": "primitive_type", "text": "uint64_t", "parent": 187, "children": [], "start_point": {"row": 65, "column": 0}, "end_point": {"row": 65, "column": 8}}, {"id": 189, "type": "function_declarator", "text": "cpu_ibrs_enabled(void)", "parent": 187, "children": [190, 191], "start_point": {"row": 65, "column": 9}, "end_point": {"row": 65, "column": 31}}, {"id": 190, "type": "identifier", "text": "cpu_ibrs_enabled", "parent": 189, "children": [], "start_point": {"row": 65, "column": 9}, "end_point": {"row": 65, "column": 25}}, {"id": 191, "type": "parameter_list", "text": "(void)", "parent": 189, "children": [192], "start_point": {"row": 65, "column": 25}, "end_point": {"row": 65, "column": 31}}, {"id": 192, "type": "parameter_declaration", "text": "void", "parent": 191, "children": [193], "start_point": {"row": 65, "column": 26}, "end_point": {"row": 65, "column": 30}}, {"id": 193, "type": "primitive_type", "text": "void", "parent": 192, "children": [], "start_point": {"row": 65, "column": 26}, "end_point": {"row": 65, "column": 30}}, {"id": 194, "type": "if_statement", "text": "if(cpu_support_ibrs())\n return (rdmsr(0x48, 0)>>0)&1;", "parent": 187, "children": [195, 199], "start_point": {"row": 67, "column": 4}, "end_point": {"row": 68, "column": 37}}, {"id": 195, "type": "parenthesized_expression", "text": "(cpu_support_ibrs())", "parent": 194, "children": [196], "start_point": {"row": 67, "column": 6}, "end_point": {"row": 67, "column": 26}}, {"id": 196, "type": "call_expression", "text": "cpu_support_ibrs()", "parent": 195, "children": [197, 198], "start_point": {"row": 67, "column": 7}, "end_point": {"row": 67, "column": 25}}, {"id": 197, "type": "identifier", "text": "cpu_support_ibrs", "parent": 196, "children": [], "start_point": {"row": 67, "column": 7}, "end_point": {"row": 67, "column": 23}}, {"id": 198, "type": "argument_list", "text": "()", "parent": 196, "children": [], "start_point": {"row": 67, "column": 23}, "end_point": {"row": 67, "column": 25}}, {"id": 199, "type": "return_statement", "text": "return (rdmsr(0x48, 0)>>0)&1;", "parent": 194, "children": [200], "start_point": {"row": 68, "column": 8}, "end_point": {"row": 68, "column": 37}}, {"id": 200, "type": "binary_expression", "text": "(rdmsr(0x48, 0)>>0)&1", "parent": 199, "children": [201, 210], "start_point": {"row": 68, "column": 15}, "end_point": {"row": 68, "column": 36}}, {"id": 201, "type": "parenthesized_expression", "text": "(rdmsr(0x48, 0)>>0)", "parent": 200, "children": [202], "start_point": {"row": 68, "column": 15}, "end_point": {"row": 68, "column": 34}}, {"id": 202, "type": "binary_expression", "text": "rdmsr(0x48, 0)>>0", "parent": 201, "children": [203, 208, 209], "start_point": {"row": 68, "column": 16}, "end_point": {"row": 68, "column": 33}}, {"id": 203, "type": "call_expression", "text": "rdmsr(0x48, 0)", "parent": 202, "children": [204, 205], "start_point": {"row": 68, "column": 16}, "end_point": {"row": 68, "column": 30}}, {"id": 204, "type": "identifier", "text": "rdmsr", "parent": 203, "children": [], "start_point": {"row": 68, "column": 16}, "end_point": {"row": 68, "column": 21}}, {"id": 205, "type": "argument_list", "text": "(0x48, 0)", "parent": 203, "children": [206, 207], "start_point": {"row": 68, "column": 21}, "end_point": {"row": 68, "column": 30}}, {"id": 206, "type": "number_literal", "text": "0x48", "parent": 205, "children": [], "start_point": {"row": 68, "column": 22}, "end_point": {"row": 68, "column": 26}}, {"id": 207, "type": "number_literal", "text": "0", "parent": 205, "children": [], "start_point": {"row": 68, "column": 28}, "end_point": {"row": 68, "column": 29}}, {"id": 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"universal_type": "function", "name": "unknown", "text_snippet": "cpu_support_ibrs(void)"}, {"node_id": 36, "universal_type": "function", "name": "unknown", "text_snippet": "cpu_support_eibrs(void)"}, {"node_id": 43, "universal_type": "function", "name": "cpu)", "text_snippet": "rdmsr(uint32_t reg, int cpu)"}, {"node_id": 54, "universal_type": "function", "name": "unknown", "text_snippet": "cpu_ibrs_enabled(void)"}, {"node_id": 59, "universal_type": "function", "name": "main", "text_snippet": "int main(int argc, char **argv)\n{\n printf(\"cpu_support_ibrs: %lx\\n\", cpu_support_ibrs());\n "}, {"node_id": 61, "universal_type": "function", "name": "unknown", "text_snippet": "main(int argc, char **argv)"}, {"node_id": 100, "universal_type": "function", "name": "unknown", "text_snippet": "uint64_t cpu_support_ibrs(void)\n{\n uint32_t eax, ebx, ecx, edx;\n cpuid(&eax, &ebx, &ecx, &edx,"}, {"node_id": 102, "universal_type": "function", "name": "unknown", "text_snippet": "cpu_support_ibrs(void)"}, {"node_id": 134, "universal_type": "function", "name": "unknown", "text_snippet": "uint64_t cpu_support_eibrs(void)\n{\n uint32_t eax, ebx, ecx, edx;\n cpuid(&eax, &ebx, &ecx, &edx"}, {"node_id": 136, "universal_type": "function", "name": "unknown", "text_snippet": "cpu_support_eibrs(void)"}, {"node_id": 187, "universal_type": "function", "name": "unknown", "text_snippet": "uint64_t cpu_ibrs_enabled(void)\n{\n if(cpu_support_ibrs())\n return (rdmsr(0x48, 0)>>0)&1;\n "}, {"node_id": 189, "universal_type": "function", "name": "unknown", "text_snippet": "cpu_ibrs_enabled(void)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include <stdio.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include <stdlib.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <stdint.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <sys/types.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <sys/stat.h>"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include <fcntl.h>"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include <unistd.h>"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include \"targets.h\"\n"}, {"node_id": 22, "text": "#include"}, {"node_id": 24, "text": "#include \"helper.h\"\n"}, {"node_id": 25, "text": "#include"}]}, "original_source_code": "/*\n * Thursday, September 9th 2021\n *\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n * <NAME> - <EMAIL>\n *\n * Vrije Universiteit Amsterdam - Amsterdam, The Netherlands\n *\n */\n\n#include <stdio.h>\n#include <stdlib.h>\n#include <stdint.h>\n#include <sys/types.h>\n#include <sys/stat.h> \n#include <fcntl.h> \n#include <unistd.h> \n#include \"targets.h\"\n#include \"helper.h\"\n\nuint64_t cpu_support_ibrs(void);\nuint64_t cpu_support_eibrs(void);\nuint64_t rdmsr(uint32_t reg, int cpu);\nuint64_t cpu_ibrs_enabled(void);\n\nint main(int argc, char **argv)\n{\n printf(\"cpu_support_ibrs: %lx\\n\", cpu_support_ibrs());\n printf(\"cpu_support_eibrs: %lx\\n\", cpu_support_eibrs());\n printf(\"cpu_(e)ibrs_enabled: %lx\\n\", cpu_ibrs_enabled());\n return 0;\n}\n\n//CPUID leaf=7, subleaf=0, edx[26]\n//Enumerates support for indirect branch restricted speculation (IBRS) and the indirect branch pre-\n//dictor barrier (IBPB). Processors that set this bit support the IA32_SPEC_CTRL MSR and the\n//IA32_PRED_CMD MSR. They allow software to set IA32_SPEC_CTRL[0] (IBRS) and IA32_PRED_CMD[0]\n//(IBPB).\nuint64_t cpu_support_ibrs(void)\n{\n uint32_t eax, ebx, ecx, edx;\n cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);\n return (edx>>26)&1;\n}\n\n//CPUID leaf=7, subleaf=0, edx[29]\n//Enumerates support for the IA32_ARCH_CAPABILITIES MSR.\n//\n//MSR 10AH: IA32_ARCH_CAPABILITIES\n//MSR[10AH][1] = IBRS_ALL: The processor supports enhanced IBRS.\nuint64_t cpu_support_eibrs(void)\n{\n uint32_t eax, ebx, ecx, edx;\n cpuid(&eax, &ebx, &ecx, &edx, 0x07, 0x0);\n if ( ((edx>>29)&1) != 1)\n return 0;\n return (rdmsr(0x10A, 0)>>1)&1;\n}\n\n//MSR 48H: IA32_SPEC_CTRL\n//MSR[48H][0] = Indirect Branch Restricted Speculation (IBRS).\n// Restricts speculation of indirect branch.\nuint64_t cpu_ibrs_enabled(void)\n{\n if(cpu_support_ibrs())\n return (rdmsr(0x48, 0)>>0)&1;\n return 0;\n}\n"}
| 233
|
c
|
#ifndef TOKEN_H
#define TOKEN_H
#include "location.h"
#include <cassert>
#include <string>
#include <fstream>
#include <cstdint>
class Token
{
public:
enum TokenType
{
// Values of different types
Integer,
Real,
StringLiteral,
Char,
Boolean,
// Type/var/const declarations:
Type,
Var,
Packed,
Array,
Of,
Record,
Class,
Identifier,
Const,
File,
Set,
String,
Nil,
// Symbols and such
LeftParen,
RightParen,
LeftSquare,
RightSquare,
Plus,
Minus,
Multiply,
Divide,
Comma,
Semicolon,
Colon,
Assign,
Period,
DotDot,
Uparrow,
Div,
Mod,
Xor,
Shr,
Shl,
// Comparison symbols - these return bool in binary ops.
LessOrEqual,
FirstComparison = LessOrEqual,
LessThan,
GreaterOrEqual,
GreaterThan,
Equal,
NotEqual,
In,
LastComparison = In,
// Keywords
For,
To,
Downto,
Do,
If,
Then,
Else,
While,
Repeat,
Until,
Function,
Procedure,
Begin,
End,
Program,
Unit,
Write,
Writeln,
Read,
Readln,
Builtin,
Forward,
Inline,
Interface,
Implementation,
And,
Or,
Not,
Case,
Otherwise,
With,
Virtual,
Override,
Static,
Private,
Public,
Protected,
Constructor,
Destructor,
Label,
Goto,
Uses,
At,
// Specials
LineNumber,
FileName,
SizeOf,
// Errors
Overflow,
UntermString,
EndOfFile = -1,
Unknown = -1000,
};
Token();
Token(TokenType t, const Location& w);
Token(TokenType t, const Location& w, const std::string& str);
Token(TokenType t, const Location& w, uint64_t v);
Token(TokenType t, const Location& w, double v);
static TokenType KeyWordToToken(const std::string& str);
TokenType GetToken() const { return type; }
std::string GetIdentName() const
{
assert(type == Token::Identifier && "Incorrect type for identname");
assert(strVal.size() != 0 && "String should not be empty!");
return strVal;
}
uint64_t GetIntVal() const
{
assert((type == Token::Integer || type == Token::Char) &&
"Request for integer value from wrong type???");
return intVal;
}
double GetRealVal() const
{
assert(type == Token::Real && "Request for real from wrong type???");
return realVal;
}
std::string GetStrVal() const
{
assert(type == Token::StringLiteral && "Request for string from wrong type???");
return strVal;
}
// For debug purposes.
void dump(std::ostream& out, const char* file = 0, int line = 0) const;
void dump() const;
std::string ToString() const;
std::string TypeStr() const;
void SetWhere(const std::string& file, int line, int col);
std::string Where();
const Location& Loc() const { return where; }
int Precedence() const;
bool IsCompare() const { return type >= Token::FirstComparison && type <= Token::LastComparison; }
private:
TokenType type;
// Store location where token started.
Location where;
// Values.
std::string strVal;
uint64_t intVal;
double realVal;
};
#endif
| 16.56
| 169
|
(translation_unit) "#ifndef TOKEN_H\n#define TOKEN_H\n\n#include "location.h"\n\n#include <cassert>\n#include <string>\n#include <fstream>\n#include <cstdint>\n\n\nclass Token\n{\npublic:\n enum TokenType\n {\n // Values of different types\n Integer,\n Real,\n StringLiteral,\n Char,\n Boolean,\n\n // Type/var/const declarations:\n Type,\n Var,\n Packed,\n Array,\n Of,\n Record,\n Class,\n Identifier,\n Const,\n File,\n Set,\n String,\n Nil,\n\n // Symbols and such\n LeftParen,\n RightParen,\n LeftSquare,\n RightSquare,\n Plus,\n Minus,\n Multiply,\n Divide,\n Comma,\n Semicolon,\n Colon,\n Assign,\n Period,\n DotDot,\n Uparrow,\n Div,\n Mod,\n Xor,\n Shr,\n Shl,\n\n // Comparison symbols - these return bool in binary ops.\n LessOrEqual,\n FirstComparison = LessOrEqual,\n LessThan,\n GreaterOrEqual,\n GreaterThan,\n Equal,\n NotEqual,\n In,\n LastComparison = In,\n\n // Keywords\n For,\n To,\n Downto,\n Do, \n If,\n Then,\n Else,\n While,\n Repeat,\n Until,\n Function,\n Procedure,\n Begin,\n End,\n Program,\n Unit,\n Write,\n Writeln,\n Read,\n Readln,\n Builtin,\n Forward,\n Inline,\n Interface,\n Implementation,\n And,\n Or,\n Not,\n Case,\n Otherwise,\n With,\n Virtual,\n Override,\n Static,\n Private,\n Public,\n Protected,\n Constructor,\n Destructor,\n Label,\n Goto,\n Uses,\n At,\n\n // Specials\n LineNumber,\n FileName,\n SizeOf,\n\n // Errors\n Overflow,\n UntermString,\n\n EndOfFile = -1, \n Unknown = -1000,\n };\n\n Token();\n \n Token(TokenType t, const Location& w);\n Token(TokenType t, const Location& w, const std::string& str);\n Token(TokenType t, const Location& w, uint64_t v);\n Token(TokenType t, const Location& w, double v);\n\n static TokenType KeyWordToToken(const std::string& str);\n\n TokenType GetToken() const { return type; }\n std::string GetIdentName() const \n { \n assert(type == Token::Identifier && "Incorrect type for identname");\n assert(strVal.size() != 0 && "String should not be empty!");\n return strVal; \n }\n\n uint64_t GetIntVal() const \n { \n assert((type == Token::Integer || type == Token::Char) &&\n "Request for integer value from wrong type???");\n return intVal; \n }\n\n double GetRealVal() const \n { \n assert(type == Token::Real && "Request for real from wrong type???");\n return realVal; \n }\n\n std::string GetStrVal() const \n { \n assert(type == Token::StringLiteral && "Request for string from wrong type???");\n return strVal; \n }\n\n // For debug purposes.\n void dump(std::ostream& out, const char* file = 0, int line = 0) const;\n void dump() const;\n std::string ToString() const;\n std::string TypeStr() const;\n\n void SetWhere(const std::string& file, int line, int col);\n std::string Where();\n const Location& Loc() const { return where; }\n\n int Precedence() const;\n bool IsCompare() const { return type >= Token::FirstComparison && type <= Token::LastComparison; }\n\nprivate:\n TokenType type;\n // Store location where token started.\n Location where;\n \n // Values. \n std::string strVal; \n uint64_t intVal;\n double realVal;\n};\n\n#endif\n"
(preproc_ifdef) "#ifndef TOKEN_H\n#define TOKEN_H\n\n#include "location.h"\n\n#include <cassert>\n#include <string>\n#include <fstream>\n#include <cstdint>\n\n\nclass Token\n{\npublic:\n enum TokenType\n {\n // Values of different types\n Integer,\n Real,\n StringLiteral,\n Char,\n Boolean,\n\n // Type/var/const declarations:\n Type,\n Var,\n Packed,\n Array,\n Of,\n Record,\n Class,\n Identifier,\n Const,\n File,\n Set,\n String,\n Nil,\n\n // Symbols and such\n LeftParen,\n RightParen,\n LeftSquare,\n RightSquare,\n Plus,\n Minus,\n Multiply,\n Divide,\n Comma,\n Semicolon,\n Colon,\n Assign,\n Period,\n DotDot,\n Uparrow,\n Div,\n Mod,\n Xor,\n Shr,\n Shl,\n\n // Comparison symbols - these return bool in binary ops.\n LessOrEqual,\n FirstComparison = LessOrEqual,\n LessThan,\n GreaterOrEqual,\n GreaterThan,\n Equal,\n NotEqual,\n In,\n LastComparison = In,\n\n // Keywords\n For,\n To,\n Downto,\n Do, \n If,\n Then,\n Else,\n While,\n Repeat,\n Until,\n Function,\n Procedure,\n Begin,\n End,\n Program,\n Unit,\n Write,\n Writeln,\n Read,\n Readln,\n Builtin,\n Forward,\n Inline,\n Interface,\n Implementation,\n And,\n Or,\n Not,\n Case,\n Otherwise,\n With,\n Virtual,\n Override,\n Static,\n Private,\n Public,\n Protected,\n Constructor,\n Destructor,\n Label,\n Goto,\n Uses,\n At,\n\n // Specials\n LineNumber,\n FileName,\n SizeOf,\n\n // Errors\n Overflow,\n UntermString,\n\n EndOfFile = -1, \n Unknown = -1000,\n };\n\n Token();\n \n Token(TokenType t, const Location& w);\n Token(TokenType t, const Location& w, const std::string& str);\n Token(TokenType t, const Location& w, uint64_t v);\n Token(TokenType t, const Location& w, double v);\n\n static TokenType KeyWordToToken(const std::string& str);\n\n TokenType GetToken() const { return type; }\n std::string GetIdentName() const \n { \n assert(type == Token::Identifier && "Incorrect type for identname");\n assert(strVal.size() != 0 && "String should not be empty!");\n return strVal; \n }\n\n uint64_t GetIntVal() const \n { \n assert((type == Token::Integer || type == Token::Char) &&\n "Request for integer value from wrong type???");\n return intVal; \n }\n\n double GetRealVal() const \n { \n assert(type == Token::Real && "Request for real from wrong type???");\n return realVal; \n }\n\n std::string GetStrVal() const \n { \n assert(type == Token::StringLiteral && "Request for string from wrong type???");\n return strVal; \n }\n\n // For debug purposes.\n void dump(std::ostream& out, const char* file = 0, int line = 0) const;\n void dump() const;\n std::string ToString() const;\n std::string TypeStr() const;\n\n void SetWhere(const std::string& file, int line, int col);\n std::string Where();\n const Location& Loc() const { return where; }\n\n int Precedence() const;\n bool IsCompare() const { return type >= Token::FirstComparison && type <= Token::LastComparison; }\n\nprivate:\n TokenType type;\n // Store location where token started.\n Location where;\n \n // Values. \n std::string strVal; \n uint64_t intVal;\n double realVal;\n};\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "TOKEN_H"
(preproc_def) "#define TOKEN_H\n"
(#define) "#define"
(identifier) "TOKEN_H"
(preproc_include) "#include "location.h"\n"
(#include) "#include"
(string_literal) ""location.h""
(") """
(string_content) "location.h"
(") """
(preproc_include) "#include <cassert>\n"
(#include) "#include"
(system_lib_string) "<cassert>"
(preproc_include) "#include <string>\n"
(#include) "#include"
(system_lib_string) "<string>"
(preproc_include) "#include <fstream>\n"
(#include) "#include"
(system_lib_string) "<fstream>"
(preproc_include) "#include <cstdint>\n"
(#include) "#include"
(system_lib_string) "<cstdint>"
(function_definition) "class Token\n{\npublic:\n enum TokenType\n {\n // Values of different types\n Integer,\n Real,\n StringLiteral,\n Char,\n Boolean,\n\n // Type/var/const declarations:\n Type,\n Var,\n Packed,\n Array,\n Of,\n Record,\n Class,\n Identifier,\n Const,\n File,\n Set,\n String,\n Nil,\n\n // Symbols and such\n LeftParen,\n RightParen,\n LeftSquare,\n RightSquare,\n Plus,\n Minus,\n Multiply,\n Divide,\n Comma,\n Semicolon,\n Colon,\n Assign,\n Period,\n DotDot,\n Uparrow,\n Div,\n Mod,\n Xor,\n Shr,\n Shl,\n\n // Comparison symbols - these return bool in binary ops.\n LessOrEqual,\n FirstComparison = LessOrEqual,\n LessThan,\n GreaterOrEqual,\n GreaterThan,\n Equal,\n NotEqual,\n In,\n LastComparison = In,\n\n // Keywords\n For,\n To,\n Downto,\n Do, \n If,\n Then,\n Else,\n While,\n Repeat,\n Until,\n Function,\n Procedure,\n Begin,\n End,\n Program,\n Unit,\n Write,\n Writeln,\n Read,\n Readln,\n Builtin,\n Forward,\n Inline,\n Interface,\n Implementation,\n And,\n Or,\n Not,\n Case,\n Otherwise,\n With,\n Virtual,\n Override,\n Static,\n Private,\n Public,\n Protected,\n Constructor,\n Destructor,\n Label,\n Goto,\n Uses,\n At,\n\n // Specials\n LineNumber,\n FileName,\n SizeOf,\n\n // Errors\n Overflow,\n UntermString,\n\n EndOfFile = -1, \n Unknown = -1000,\n };\n\n Token();\n \n Token(TokenType t, const Location& w);\n Token(TokenType t, const Location& w, const std::string& str);\n Token(TokenType t, const Location& w, uint64_t v);\n Token(TokenType t, const Location& w, double v);\n\n static TokenType KeyWordToToken(const std::string& str);\n\n TokenType GetToken() const { return type; }\n std::string GetIdentName() const \n { \n assert(type == Token::Identifier && "Incorrect type for identname");\n assert(strVal.size() != 0 && "String should not be empty!");\n return strVal; \n }\n\n uint64_t GetIntVal() const \n { \n assert((type == Token::Integer || type == Token::Char) &&\n "Request for integer value from wrong type???");\n return intVal; \n }\n\n double GetRealVal() const \n { \n assert(type == Token::Real && "Request for real from wrong type???");\n return realVal; \n }\n\n std::string GetStrVal() const \n { \n assert(type == Token::StringLiteral && "Request for string from wrong type???");\n return strVal; \n }\n\n // For debug purposes.\n void dump(std::ostream& out, const char* file = 0, int line = 0) const;\n void dump() const;\n std::string ToString() const;\n std::string TypeStr() const;\n\n void SetWhere(const std::string& file, int line, int col);\n std::string Where();\n const Location& Loc() const { return where; }\n\n int Precedence() const;\n bool IsCompare() const { return type >= Token::FirstComparison && type <= Token::LastComparison; }"
(type_identifier) "class"
(identifier) "Token"
(compound_statement) "{\npublic:\n enum TokenType\n {\n // Values of different types\n Integer,\n Real,\n StringLiteral,\n Char,\n Boolean,\n\n // Type/var/const declarations:\n Type,\n Var,\n Packed,\n Array,\n Of,\n Record,\n Class,\n Identifier,\n Const,\n File,\n Set,\n String,\n Nil,\n\n // Symbols and such\n LeftParen,\n RightParen,\n LeftSquare,\n RightSquare,\n Plus,\n Minus,\n Multiply,\n Divide,\n Comma,\n Semicolon,\n Colon,\n Assign,\n Period,\n DotDot,\n Uparrow,\n Div,\n Mod,\n Xor,\n Shr,\n Shl,\n\n // Comparison symbols - these return bool in binary ops.\n LessOrEqual,\n FirstComparison = LessOrEqual,\n LessThan,\n GreaterOrEqual,\n GreaterThan,\n Equal,\n NotEqual,\n In,\n LastComparison = In,\n\n // Keywords\n For,\n To,\n Downto,\n Do, \n If,\n Then,\n Else,\n While,\n Repeat,\n Until,\n Function,\n Procedure,\n Begin,\n End,\n Program,\n Unit,\n Write,\n Writeln,\n Read,\n Readln,\n Builtin,\n Forward,\n Inline,\n Interface,\n Implementation,\n And,\n Or,\n Not,\n Case,\n Otherwise,\n With,\n Virtual,\n Override,\n Static,\n Private,\n Public,\n Protected,\n Constructor,\n Destructor,\n Label,\n Goto,\n Uses,\n At,\n\n // Specials\n LineNumber,\n FileName,\n SizeOf,\n\n // Errors\n Overflow,\n UntermString,\n\n EndOfFile = -1, \n Unknown = -1000,\n };\n\n Token();\n \n Token(TokenType t, const Location& w);\n Token(TokenType t, const Location& w, const std::string& str);\n Token(TokenType t, const Location& w, uint64_t v);\n Token(TokenType t, const Location& w, double v);\n\n static TokenType KeyWordToToken(const std::string& str);\n\n TokenType GetToken() const { return type; }\n std::string GetIdentName() const \n { \n assert(type == Token::Identifier && "Incorrect type for identname");\n assert(strVal.size() != 0 && "String should not be empty!");\n return strVal; \n }\n\n uint64_t GetIntVal() const \n { \n assert((type == Token::Integer || type == Token::Char) &&\n "Request for integer value from wrong type???");\n return intVal; \n }\n\n double GetRealVal() const \n { \n assert(type == Token::Real && "Request for real from wrong type???");\n return realVal; \n }\n\n std::string GetStrVal() const \n { \n assert(type == Token::StringLiteral && "Request for string from wrong type???");\n return strVal; \n }\n\n // For debug purposes.\n void dump(std::ostream& out, const char* file = 0, int line = 0) const;\n void dump() const;\n std::string ToString() const;\n std::string TypeStr() const;\n\n void SetWhere(const std::string& file, int line, int col);\n std::string Where();\n const Location& Loc() const { return where; }\n\n int Precedence() const;\n bool IsCompare() const { return type >= Token::FirstComparison && type <= Token::LastComparison; }"
({) "{"
(labeled_statement) "public:\n enum TokenType\n {\n // Values of different types\n Integer,\n Real,\n StringLiteral,\n Char,\n Boolean,\n\n // Type/var/const declarations:\n Type,\n Var,\n Packed,\n Array,\n Of,\n Record,\n Class,\n Identifier,\n Const,\n File,\n Set,\n String,\n Nil,\n\n // Symbols and such\n LeftParen,\n RightParen,\n LeftSquare,\n RightSquare,\n Plus,\n Minus,\n Multiply,\n Divide,\n Comma,\n Semicolon,\n Colon,\n Assign,\n Period,\n DotDot,\n Uparrow,\n Div,\n Mod,\n Xor,\n Shr,\n Shl,\n\n // Comparison symbols - these return bool in binary ops.\n LessOrEqual,\n FirstComparison = LessOrEqual,\n LessThan,\n GreaterOrEqual,\n GreaterThan,\n Equal,\n NotEqual,\n In,\n LastComparison = In,\n\n // Keywords\n For,\n To,\n Downto,\n Do, \n If,\n Then,\n Else,\n While,\n Repeat,\n Until,\n Function,\n Procedure,\n Begin,\n End,\n Program,\n Unit,\n Write,\n Writeln,\n Read,\n Readln,\n Builtin,\n Forward,\n Inline,\n Interface,\n Implementation,\n And,\n Or,\n Not,\n Case,\n Otherwise,\n With,\n Virtual,\n Override,\n Static,\n Private,\n Public,\n Protected,\n Constructor,\n Destructor,\n Label,\n Goto,\n Uses,\n At,\n\n // Specials\n LineNumber,\n FileName,\n SizeOf,\n\n // Errors\n Overflow,\n UntermString,\n\n EndOfFile = -1, \n Unknown = -1000,\n };\n\n Token();"
(statement_identifier) "public"
(:) ":"
(declaration) "enum TokenType\n {\n // Values of different types\n Integer,\n Real,\n StringLiteral,\n Char,\n Boolean,\n\n // Type/var/const declarations:\n Type,\n Var,\n Packed,\n Array,\n Of,\n Record,\n Class,\n Identifier,\n Const,\n File,\n Set,\n String,\n Nil,\n\n // Symbols and such\n LeftParen,\n RightParen,\n LeftSquare,\n RightSquare,\n Plus,\n Minus,\n Multiply,\n Divide,\n Comma,\n Semicolon,\n Colon,\n Assign,\n Period,\n DotDot,\n Uparrow,\n Div,\n Mod,\n Xor,\n Shr,\n Shl,\n\n // Comparison symbols - these return bool in binary ops.\n LessOrEqual,\n FirstComparison = LessOrEqual,\n LessThan,\n GreaterOrEqual,\n GreaterThan,\n Equal,\n NotEqual,\n In,\n LastComparison = In,\n\n // Keywords\n For,\n To,\n Downto,\n Do, \n If,\n Then,\n Else,\n While,\n Repeat,\n Until,\n Function,\n Procedure,\n Begin,\n End,\n Program,\n Unit,\n Write,\n Writeln,\n Read,\n Readln,\n Builtin,\n Forward,\n Inline,\n Interface,\n Implementation,\n And,\n Or,\n Not,\n Case,\n Otherwise,\n With,\n Virtual,\n Override,\n Static,\n Private,\n Public,\n Protected,\n Constructor,\n Destructor,\n Label,\n Goto,\n Uses,\n At,\n\n // Specials\n LineNumber,\n FileName,\n SizeOf,\n\n // Errors\n Overflow,\n UntermString,\n\n EndOfFile = -1, \n Unknown = -1000,\n };\n\n Token();"
(enum_specifier) "enum TokenType\n {\n // Values of different types\n Integer,\n Real,\n StringLiteral,\n Char,\n Boolean,\n\n // Type/var/const declarations:\n Type,\n Var,\n Packed,\n Array,\n Of,\n Record,\n Class,\n Identifier,\n Const,\n File,\n Set,\n String,\n Nil,\n\n // Symbols and such\n LeftParen,\n RightParen,\n LeftSquare,\n RightSquare,\n Plus,\n Minus,\n Multiply,\n Divide,\n Comma,\n Semicolon,\n Colon,\n Assign,\n Period,\n DotDot,\n Uparrow,\n Div,\n Mod,\n Xor,\n Shr,\n Shl,\n\n // Comparison symbols - these return bool in binary ops.\n LessOrEqual,\n FirstComparison = LessOrEqual,\n LessThan,\n GreaterOrEqual,\n GreaterThan,\n Equal,\n NotEqual,\n In,\n LastComparison = In,\n\n // Keywords\n For,\n To,\n Downto,\n Do, \n If,\n Then,\n Else,\n While,\n Repeat,\n Until,\n Function,\n Procedure,\n Begin,\n End,\n Program,\n Unit,\n Write,\n Writeln,\n Read,\n Readln,\n Builtin,\n Forward,\n Inline,\n Interface,\n Implementation,\n And,\n Or,\n Not,\n Case,\n Otherwise,\n With,\n Virtual,\n Override,\n Static,\n Private,\n Public,\n Protected,\n Constructor,\n Destructor,\n Label,\n Goto,\n Uses,\n At,\n\n // Specials\n LineNumber,\n FileName,\n SizeOf,\n\n // Errors\n Overflow,\n UntermString,\n\n EndOfFile = -1, \n Unknown = -1000,\n }"
(enum) "enum"
(type_identifier) "TokenType"
(enumerator_list) "{\n // Values of different types\n Integer,\n Real,\n StringLiteral,\n Char,\n Boolean,\n\n // Type/var/const declarations:\n Type,\n Var,\n Packed,\n Array,\n Of,\n Record,\n Class,\n Identifier,\n Const,\n File,\n Set,\n String,\n Nil,\n\n // Symbols and such\n LeftParen,\n RightParen,\n LeftSquare,\n RightSquare,\n Plus,\n Minus,\n Multiply,\n Divide,\n Comma,\n Semicolon,\n Colon,\n Assign,\n Period,\n DotDot,\n Uparrow,\n Div,\n Mod,\n Xor,\n Shr,\n Shl,\n\n // Comparison symbols - these return bool in binary ops.\n LessOrEqual,\n FirstComparison = LessOrEqual,\n LessThan,\n GreaterOrEqual,\n GreaterThan,\n Equal,\n NotEqual,\n In,\n LastComparison = In,\n\n // Keywords\n For,\n To,\n Downto,\n Do, \n If,\n Then,\n Else,\n While,\n Repeat,\n Until,\n Function,\n Procedure,\n Begin,\n End,\n Program,\n Unit,\n Write,\n Writeln,\n Read,\n Readln,\n Builtin,\n Forward,\n Inline,\n Interface,\n Implementation,\n And,\n Or,\n Not,\n Case,\n Otherwise,\n With,\n Virtual,\n Override,\n Static,\n Private,\n Public,\n Protected,\n Constructor,\n Destructor,\n Label,\n Goto,\n Uses,\n At,\n\n // Specials\n LineNumber,\n FileName,\n SizeOf,\n\n // Errors\n Overflow,\n UntermString,\n\n EndOfFile = -1, \n Unknown = -1000,\n }"
({) "{"
(comment) "// Values of different types"
(enumerator) "Integer"
(identifier) "Integer"
(,) ","
(enumerator) "Real"
(identifier) "Real"
(,) ","
(enumerator) "StringLiteral"
(identifier) "StringLiteral"
(,) ","
(enumerator) "Char"
(identifier) "Char"
(,) ","
(enumerator) "Boolean"
(identifier) "Boolean"
(,) ","
(comment) "// Type/var/const declarations:"
(enumerator) "Type"
(identifier) "Type"
(,) ","
(enumerator) "Var"
(identifier) "Var"
(,) ","
(enumerator) "Packed"
(identifier) "Packed"
(,) ","
(enumerator) "Array"
(identifier) "Array"
(,) ","
(enumerator) "Of"
(identifier) "Of"
(,) ","
(enumerator) "Record"
(identifier) "Record"
(,) ","
(enumerator) "Class"
(identifier) "Class"
(,) ","
(enumerator) "Identifier"
(identifier) "Identifier"
(,) ","
(enumerator) "Const"
(identifier) "Const"
(,) ","
(enumerator) "File"
(identifier) "File"
(,) ","
(enumerator) "Set"
(identifier) "Set"
(,) ","
(enumerator) "String"
(identifier) "String"
(,) ","
(enumerator) "Nil"
(identifier) "Nil"
(,) ","
(comment) "// Symbols and such"
(enumerator) "LeftParen"
(identifier) "LeftParen"
(,) ","
(enumerator) "RightParen"
(identifier) "RightParen"
(,) ","
(enumerator) "LeftSquare"
(identifier) "LeftSquare"
(,) ","
(enumerator) "RightSquare"
(identifier) "RightSquare"
(,) ","
(enumerator) "Plus"
(identifier) "Plus"
(,) ","
(enumerator) "Minus"
(identifier) "Minus"
(,) ","
(enumerator) "Multiply"
(identifier) "Multiply"
(,) ","
(enumerator) "Divide"
(identifier) "Divide"
(,) ","
(enumerator) "Comma"
(identifier) "Comma"
(,) ","
(enumerator) "Semicolon"
(identifier) "Semicolon"
(,) ","
(enumerator) "Colon"
(identifier) "Colon"
(,) ","
(enumerator) "Assign"
(identifier) "Assign"
(,) ","
(enumerator) "Period"
(identifier) "Period"
(,) ","
(enumerator) "DotDot"
(identifier) "DotDot"
(,) ","
(enumerator) "Uparrow"
(identifier) "Uparrow"
(,) ","
(enumerator) "Div"
(identifier) "Div"
(,) ","
(enumerator) "Mod"
(identifier) "Mod"
(,) ","
(enumerator) "Xor"
(identifier) "Xor"
(,) ","
(enumerator) "Shr"
(identifier) "Shr"
(,) ","
(enumerator) "Shl"
(identifier) "Shl"
(,) ","
(comment) "// Comparison symbols - these return bool in binary ops."
(enumerator) "LessOrEqual"
(identifier) "LessOrEqual"
(,) ","
(enumerator) "FirstComparison = LessOrEqual"
(identifier) "FirstComparison"
(=) "="
(identifier) "LessOrEqual"
(,) ","
(enumerator) "LessThan"
(identifier) "LessThan"
(,) ","
(enumerator) "GreaterOrEqual"
(identifier) "GreaterOrEqual"
(,) ","
(enumerator) "GreaterThan"
(identifier) "GreaterThan"
(,) ","
(enumerator) "Equal"
(identifier) "Equal"
(,) ","
(enumerator) "NotEqual"
(identifier) "NotEqual"
(,) ","
(enumerator) "In"
(identifier) "In"
(,) ","
(enumerator) "LastComparison = In"
(identifier) "LastComparison"
(=) "="
(identifier) "In"
(,) ","
(comment) "// Keywords"
(enumerator) "For"
(identifier) "For"
(,) ","
(enumerator) "To"
(identifier) "To"
(,) ","
(enumerator) "Downto"
(identifier) "Downto"
(,) ","
(enumerator) "Do"
(identifier) "Do"
(,) ","
(enumerator) "If"
(identifier) "If"
(,) ","
(enumerator) "Then"
(identifier) "Then"
(,) ","
(enumerator) "Else"
(identifier) "Else"
(,) ","
(enumerator) "While"
(identifier) "While"
(,) ","
(enumerator) "Repeat"
(identifier) "Repeat"
(,) ","
(enumerator) "Until"
(identifier) "Until"
(,) ","
(enumerator) "Function"
(identifier) "Function"
(,) ","
(enumerator) "Procedure"
(identifier) "Procedure"
(,) ","
(enumerator) "Begin"
(identifier) "Begin"
(,) ","
(enumerator) "End"
(identifier) "End"
(,) ","
(enumerator) "Program"
(identifier) "Program"
(,) ","
(enumerator) "Unit"
(identifier) "Unit"
(,) ","
(enumerator) "Write"
(identifier) "Write"
(,) ","
(enumerator) "Writeln"
(identifier) "Writeln"
(,) ","
(enumerator) "Read"
(identifier) "Read"
(,) ","
(enumerator) "Readln"
(identifier) "Readln"
(,) ","
(enumerator) "Builtin"
(identifier) "Builtin"
(,) ","
(enumerator) "Forward"
(identifier) "Forward"
(,) ","
(enumerator) "Inline"
(identifier) "Inline"
(,) ","
(enumerator) "Interface"
(identifier) "Interface"
(,) ","
(enumerator) "Implementation"
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(enumerator) "Case"
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(enumerator) "Otherwise"
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(ERROR) "double GetRealVal() const"
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(identifier) "GetRealVal"
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(() "("
()) ")"
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(compound_statement) "{ \n assert(type == Token::Real && "Request for real from wrong type???");\n return realVal; \n }"
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(labeled_statement) "std::string GetStrVal() const \n { \n assert(type == Token::StringLiteral && "Request for string from wrong type???");\n return strVal; \n }"
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(compound_statement) "{ return where; }"
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(ERROR) "int Precedence() const;\n bool IsCompare() const { return type >= Token::FirstComparison && type <= Token::LastComparison;"
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(:) ":"
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(;) ";"
(ERROR) "}"
(}) "}"
(expression_statement) ";"
(;) ";"
(#endif) "#endif"
| 870
| 34
|
{"language": "c", "success": true, "metadata": {"lines": 169, "avg_line_length": 16.56, "nodes": 513, "errors": 0, "source_hash": "3feff6e8952aec7f8f6f36b73e33305777b3e8041228aed3605db45598e018f8", "categorized_nodes": 412}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef TOKEN_H\n#define TOKEN_H\n\n#include \"location.h\"\n\n#include <cassert>\n#include <string>\n#include <fstream>\n#include <cstdint>\n\n\nclass Token\n{\npublic:\n enum TokenType\n {\n\t// Values of different types\n\tInteger,\n\tReal,\n\tStringLiteral,\n\tChar,\n\tBoolean,\n\n\t// Type/var/const declarations:\n\tType,\n\tVar,\n\tPacked,\n\tArray,\n\tOf,\n\tRecord,\n\tClass,\n\tIdentifier,\n\tConst,\n\tFile,\n\tSet,\n\tString,\n\tNil,\n\n\t// Symbols and such\n\tLeftParen,\n\tRightParen,\n\tLeftSquare,\n\tRightSquare,\n\tPlus,\n\tMinus,\n\tMultiply,\n\tDivide,\n\tComma,\n\tSemicolon,\n\tColon,\n\tAssign,\n\tPeriod,\n\tDotDot,\n\tUparrow,\n\tDiv,\n\tMod,\n\tXor,\n\tShr,\n\tShl,\n\n\t// Comparison symbols - these return bool in binary ops.\n\tLessOrEqual,\n\tFirstComparison = LessOrEqual,\n\tLessThan,\n\tGreaterOrEqual,\n\tGreaterThan,\n\tEqual,\n\tNotEqual,\n\tIn,\n\tLastComparison = In,\n\n\t// Keywords\n\tFor,\n\tTo,\n\tDownto,\n\tDo, \n\tIf,\n\tThen,\n\tElse,\n\tWhile,\n\tRepeat,\n\tUntil,\n\tFunction,\n\tProcedure,\n\tBegin,\n\tEnd,\n\tProgram,\n\tUnit,\n\tWrite,\n\tWriteln,\n\tRead,\n\tReadln,\n\tBuiltin,\n\tForward,\n\tInline,\n\tInterface,\n\tImplementation,\n\tAnd,\n\tOr,\n\tNot,\n\tCase,\n\tOtherwise,\n\tWith,\n\tVirtual,\n\tOverride,\n\tStatic,\n\tPrivate,\n\tPublic,\n\tProtected,\n\tConstructor,\n\tDestructor,\n\tLabel,\n\tGoto,\n\tUses,\n\tAt,\n\n\t// Specials\n\tLineNumber,\n\tFileName,\n\tSizeOf,\n\n\t// Errors\n\tOverflow,\n\tUntermString,\n\n\tEndOfFile = -1, \n\tUnknown = -1000,\n };\n\n Token();\n\t\n Token(TokenType t, const Location& w);\n Token(TokenType t, const Location& w, const std::string& str);\n Token(TokenType t, const Location& w, uint64_t v);\n Token(TokenType t, const Location& w, double v);\n\n static TokenType KeyWordToToken(const std::string& str);\n\n TokenType GetToken() const { return type; }\n std::string GetIdentName() const \n { \n\tassert(type == Token::Identifier && \"Incorrect type for identname\");\n\tassert(strVal.size() != 0 && \"String should not be empty!\");\n\treturn strVal; \n }\n\n uint64_t GetIntVal() const \n { \n\tassert((type == Token::Integer || type == Token::Char) &&\n\t \"Request for integer value from wrong type???\");\n\treturn intVal; \n }\n\n double GetRealVal() const \n { \n\tassert(type == Token::Real && \"Request for real from wrong type???\");\n\treturn realVal; \n }\n\n std::string GetStrVal() const \n { \n\tassert(type == Token::StringLiteral && \"Request for string from wrong type???\");\n\treturn strVal; \n }\n\n // For debug purposes.\n void dump(std::ostream& out, const char* file = 0, int line = 0) const;\n void dump() const;\n std::string ToString() const;\n std::string TypeStr() const;\n\n void SetWhere(const std::string& file, int line, int col);\n std::string Where();\n const Location& Loc() const { return where; }\n\n int Precedence() const;\n bool IsCompare() const { return type >= Token::FirstComparison && type <= Token::LastComparison; }\n\nprivate:\n TokenType type;\n // Store location where token started.\n Location where;\n \n // Values. \n std::string strVal; \n uint64_t intVal;\n double realVal;\n};\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 15, 18, 21, 494, 498, 501, 506, 509, 512], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 189, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 7}}, {"id": 2, "type": "identifier", "text": "TOKEN_H", "parent": 0, "children": [], "start_point": {"row": 0, "column": 8}, "end_point": {"row": 0, "column": 15}}, {"id": 3, "type": "preproc_def", "text": "#define TOKEN_H\n", "parent": 0, "children": [4, 5], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 2, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 7}}, {"id": 5, "type": "identifier", "text": "TOKEN_H", "parent": 3, "children": [], "start_point": {"row": 1, "column": 8}, "end_point": {"row": 1, "column": 15}}, {"id": 6, "type": "preproc_include", "text": "#include \"location.h\"\n", "parent": 0, "children": [7, 8], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 4, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 8}}, {"id": 8, "type": "string_literal", "text": "\"location.h\"", "parent": 6, "children": [], "start_point": {"row": 3, "column": 9}, "end_point": {"row": 3, "column": 21}}, {"id": 9, "type": "preproc_include", "text": "#include <cassert>\n", "parent": 0, "children": [10, 11], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 6, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 8}}, {"id": 11, "type": "system_lib_string", "text": "<cassert>", "parent": 9, "children": [], "start_point": {"row": 5, "column": 9}, "end_point": {"row": 5, "column": 18}}, {"id": 12, "type": "preproc_include", "text": "#include <string>\n", "parent": 0, "children": [13, 14], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 7, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 8}}, {"id": 14, "type": "system_lib_string", "text": "<string>", "parent": 12, "children": [], "start_point": {"row": 6, "column": 9}, "end_point": {"row": 6, "column": 17}}, {"id": 15, "type": "preproc_include", "text": "#include <fstream>\n", "parent": 0, "children": [16, 17], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 8, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 8}}, {"id": 17, "type": "system_lib_string", "text": "<fstream>", "parent": 15, "children": [], "start_point": {"row": 7, "column": 9}, "end_point": {"row": 7, "column": 18}}, {"id": 18, "type": "preproc_include", "text": "#include <cstdint>\n", "parent": 0, "children": [19, 20], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 9, "column": 0}}, {"id": 19, "type": "#include", "text": "#include", "parent": 18, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 8}}, {"id": 20, "type": "system_lib_string", "text": "<cstdint>", "parent": 18, "children": [], "start_point": {"row": 8, "column": 9}, "end_point": {"row": 8, "column": 18}}, {"id": 21, "type": "function_definition", "text": "class Token\n{\npublic:\n enum TokenType\n {\n\t// Values of different types\n\tInteger,\n\tReal,\n\tStringLiteral,\n\tChar,\n\tBoolean,\n\n\t// Type/var/const declarations:\n\tType,\n\tVar,\n\tPacked,\n\tArray,\n\tOf,\n\tRecord,\n\tClass,\n\tIdentifier,\n\tConst,\n\tFile,\n\tSet,\n\tString,\n\tNil,\n\n\t// Symbols and such\n\tLeftParen,\n\tRightParen,\n\tLeftSquare,\n\tRightSquare,\n\tPlus,\n\tMinus,\n\tMultiply,\n\tDivide,\n\tComma,\n\tSemicolon,\n\tColon,\n\tAssign,\n\tPeriod,\n\tDotDot,\n\tUparrow,\n\tDiv,\n\tMod,\n\tXor,\n\tShr,\n\tShl,\n\n\t// Comparison symbols - these return bool in binary ops.\n\tLessOrEqual,\n\tFirstComparison = LessOrEqual,\n\tLessThan,\n\tGreaterOrEqual,\n\tGreaterThan,\n\tEqual,\n\tNotEqual,\n\tIn,\n\tLastComparison = In,\n\n\t// Keywords\n\tFor,\n\tTo,\n\tDownto,\n\tDo, \n\tIf,\n\tThen,\n\tElse,\n\tWhile,\n\tRepeat,\n\tUntil,\n\tFunction,\n\tProcedure,\n\tBegin,\n\tEnd,\n\tProgram,\n\tUnit,\n\tWrite,\n\tWriteln,\n\tRead,\n\tReadln,\n\tBuiltin,\n\tForward,\n\tInline,\n\tInterface,\n\tImplementation,\n\tAnd,\n\tOr,\n\tNot,\n\tCase,\n\tOtherwise,\n\tWith,\n\tVirtual,\n\tOverride,\n\tStatic,\n\tPrivate,\n\tPublic,\n\tProtected,\n\tConstructor,\n\tDestructor,\n\tLabel,\n\tGoto,\n\tUses,\n\tAt,\n\n\t// Specials\n\tLineNumber,\n\tFileName,\n\tSizeOf,\n\n\t// Errors\n\tOverflow,\n\tUntermString,\n\n\tEndOfFile = -1, \n\tUnknown = -1000,\n };\n\n Token();\n\t\n Token(TokenType t, const Location& w);\n Token(TokenType t, const Location& w, const std::string& str);\n Token(TokenType t, const Location& w, uint64_t v);\n Token(TokenType t, const Location& w, double v);\n\n static TokenType KeyWordToToken(const std::string& str);\n\n TokenType GetToken() const { return type; }\n std::string GetIdentName() const \n { \n\tassert(type == Token::Identifier && \"Incorrect type for identname\");\n\tassert(strVal.size() != 0 && \"String should not be empty!\");\n\treturn strVal; \n }\n\n uint64_t GetIntVal() const \n { \n\tassert((type == Token::Integer || type == Token::Char) &&\n\t \"Request for integer value from wrong type???\");\n\treturn intVal; \n }\n\n double GetRealVal() const \n { \n\tassert(type == Token::Real && \"Request for real from wrong type???\");\n\treturn realVal; \n }\n\n std::string GetStrVal() const \n { \n\tassert(type == Token::StringLiteral && \"Request for string from wrong type???\");\n\treturn strVal; \n }\n\n // For debug purposes.\n void dump(std::ostream& out, const char* file = 0, int line = 0) const;\n void dump() const;\n std::string ToString() const;\n std::string TypeStr() const;\n\n void SetWhere(const std::string& file, int line, int col);\n std::string Where();\n const Location& Loc() const { return where; }\n\n int Precedence() const;\n bool IsCompare() const { return type >= Token::FirstComparison && type <= Token::LastComparison; }", "parent": 0, "children": [22], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 176, "column": 102}}, {"id": 22, "type": "identifier", "text": "Token", "parent": 21, "children": [], "start_point": {"row": 11, "column": 6}, "end_point": {"row": 11, "column": 11}}, {"id": 23, "type": "labeled_statement", "text": "public:\n enum TokenType\n {\n\t// Values of different types\n\tInteger,\n\tReal,\n\tStringLiteral,\n\tChar,\n\tBoolean,\n\n\t// Type/var/const declarations:\n\tType,\n\tVar,\n\tPacked,\n\tArray,\n\tOf,\n\tRecord,\n\tClass,\n\tIdentifier,\n\tConst,\n\tFile,\n\tSet,\n\tString,\n\tNil,\n\n\t// Symbols and such\n\tLeftParen,\n\tRightParen,\n\tLeftSquare,\n\tRightSquare,\n\tPlus,\n\tMinus,\n\tMultiply,\n\tDivide,\n\tComma,\n\tSemicolon,\n\tColon,\n\tAssign,\n\tPeriod,\n\tDotDot,\n\tUparrow,\n\tDiv,\n\tMod,\n\tXor,\n\tShr,\n\tShl,\n\n\t// Comparison symbols - these return bool in binary ops.\n\tLessOrEqual,\n\tFirstComparison = LessOrEqual,\n\tLessThan,\n\tGreaterOrEqual,\n\tGreaterThan,\n\tEqual,\n\tNotEqual,\n\tIn,\n\tLastComparison = In,\n\n\t// Keywords\n\tFor,\n\tTo,\n\tDownto,\n\tDo, \n\tIf,\n\tThen,\n\tElse,\n\tWhile,\n\tRepeat,\n\tUntil,\n\tFunction,\n\tProcedure,\n\tBegin,\n\tEnd,\n\tProgram,\n\tUnit,\n\tWrite,\n\tWriteln,\n\tRead,\n\tReadln,\n\tBuiltin,\n\tForward,\n\tInline,\n\tInterface,\n\tImplementation,\n\tAnd,\n\tOr,\n\tNot,\n\tCase,\n\tOtherwise,\n\tWith,\n\tVirtual,\n\tOverride,\n\tStatic,\n\tPrivate,\n\tPublic,\n\tProtected,\n\tConstructor,\n\tDestructor,\n\tLabel,\n\tGoto,\n\tUses,\n\tAt,\n\n\t// Specials\n\tLineNumber,\n\tFileName,\n\tSizeOf,\n\n\t// Errors\n\tOverflow,\n\tUntermString,\n\n\tEndOfFile = -1, \n\tUnknown = -1000,\n };\n\n Token();", "parent": 21, "children": [24], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 129, "column": 12}}, {"id": 24, "type": "declaration", "text": "enum TokenType\n {\n\t// Values of different types\n\tInteger,\n\tReal,\n\tStringLiteral,\n\tChar,\n\tBoolean,\n\n\t// Type/var/const declarations:\n\tType,\n\tVar,\n\tPacked,\n\tArray,\n\tOf,\n\tRecord,\n\tClass,\n\tIdentifier,\n\tConst,\n\tFile,\n\tSet,\n\tString,\n\tNil,\n\n\t// Symbols and such\n\tLeftParen,\n\tRightParen,\n\tLeftSquare,\n\tRightSquare,\n\tPlus,\n\tMinus,\n\tMultiply,\n\tDivide,\n\tComma,\n\tSemicolon,\n\tColon,\n\tAssign,\n\tPeriod,\n\tDotDot,\n\tUparrow,\n\tDiv,\n\tMod,\n\tXor,\n\tShr,\n\tShl,\n\n\t// Comparison symbols - these return bool in binary ops.\n\tLessOrEqual,\n\tFirstComparison = LessOrEqual,\n\tLessThan,\n\tGreaterOrEqual,\n\tGreaterThan,\n\tEqual,\n\tNotEqual,\n\tIn,\n\tLastComparison = In,\n\n\t// Keywords\n\tFor,\n\tTo,\n\tDownto,\n\tDo, \n\tIf,\n\tThen,\n\tElse,\n\tWhile,\n\tRepeat,\n\tUntil,\n\tFunction,\n\tProcedure,\n\tBegin,\n\tEnd,\n\tProgram,\n\tUnit,\n\tWrite,\n\tWriteln,\n\tRead,\n\tReadln,\n\tBuiltin,\n\tForward,\n\tInline,\n\tInterface,\n\tImplementation,\n\tAnd,\n\tOr,\n\tNot,\n\tCase,\n\tOtherwise,\n\tWith,\n\tVirtual,\n\tOverride,\n\tStatic,\n\tPrivate,\n\tPublic,\n\tProtected,\n\tConstructor,\n\tDestructor,\n\tLabel,\n\tGoto,\n\tUses,\n\tAt,\n\n\t// Specials\n\tLineNumber,\n\tFileName,\n\tSizeOf,\n\n\t// Errors\n\tOverflow,\n\tUntermString,\n\n\tEndOfFile = -1, \n\tUnknown = -1000,\n };\n\n Token();", "parent": 23, "children": [25, 231], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 129, "column": 12}}, {"id": 25, "type": "enum_specifier", "text": "enum TokenType\n {\n\t// Values of different types\n\tInteger,\n\tReal,\n\tStringLiteral,\n\tChar,\n\tBoolean,\n\n\t// Type/var/const declarations:\n\tType,\n\tVar,\n\tPacked,\n\tArray,\n\tOf,\n\tRecord,\n\tClass,\n\tIdentifier,\n\tConst,\n\tFile,\n\tSet,\n\tString,\n\tNil,\n\n\t// Symbols and such\n\tLeftParen,\n\tRightParen,\n\tLeftSquare,\n\tRightSquare,\n\tPlus,\n\tMinus,\n\tMultiply,\n\tDivide,\n\tComma,\n\tSemicolon,\n\tColon,\n\tAssign,\n\tPeriod,\n\tDotDot,\n\tUparrow,\n\tDiv,\n\tMod,\n\tXor,\n\tShr,\n\tShl,\n\n\t// Comparison symbols - these return bool in binary ops.\n\tLessOrEqual,\n\tFirstComparison = LessOrEqual,\n\tLessThan,\n\tGreaterOrEqual,\n\tGreaterThan,\n\tEqual,\n\tNotEqual,\n\tIn,\n\tLastComparison = In,\n\n\t// Keywords\n\tFor,\n\tTo,\n\tDownto,\n\tDo, \n\tIf,\n\tThen,\n\tElse,\n\tWhile,\n\tRepeat,\n\tUntil,\n\tFunction,\n\tProcedure,\n\tBegin,\n\tEnd,\n\tProgram,\n\tUnit,\n\tWrite,\n\tWriteln,\n\tRead,\n\tReadln,\n\tBuiltin,\n\tForward,\n\tInline,\n\tInterface,\n\tImplementation,\n\tAnd,\n\tOr,\n\tNot,\n\tCase,\n\tOtherwise,\n\tWith,\n\tVirtual,\n\tOverride,\n\tStatic,\n\tPrivate,\n\tPublic,\n\tProtected,\n\tConstructor,\n\tDestructor,\n\tLabel,\n\tGoto,\n\tUses,\n\tAt,\n\n\t// Specials\n\tLineNumber,\n\tFileName,\n\tSizeOf,\n\n\t// Errors\n\tOverflow,\n\tUntermString,\n\n\tEndOfFile = -1, \n\tUnknown = -1000,\n }", "parent": 24, "children": [26, 27, 28], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 127, "column": 5}}, {"id": 26, "type": "enum", "text": "enum", "parent": 25, "children": [], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 8}}, {"id": 27, "type": "type_identifier", "text": "TokenType", "parent": 25, "children": [], "start_point": {"row": 14, "column": 9}, "end_point": {"row": 14, "column": 18}}, {"id": 28, "type": "enumerator_list", "text": "{\n\t// Values of different types\n\tInteger,\n\tReal,\n\tStringLiteral,\n\tChar,\n\tBoolean,\n\n\t// Type/var/const declarations:\n\tType,\n\tVar,\n\tPacked,\n\tArray,\n\tOf,\n\tRecord,\n\tClass,\n\tIdentifier,\n\tConst,\n\tFile,\n\tSet,\n\tString,\n\tNil,\n\n\t// Symbols and such\n\tLeftParen,\n\tRightParen,\n\tLeftSquare,\n\tRightSquare,\n\tPlus,\n\tMinus,\n\tMultiply,\n\tDivide,\n\tComma,\n\tSemicolon,\n\tColon,\n\tAssign,\n\tPeriod,\n\tDotDot,\n\tUparrow,\n\tDiv,\n\tMod,\n\tXor,\n\tShr,\n\tShl,\n\n\t// Comparison symbols - these return bool in binary ops.\n\tLessOrEqual,\n\tFirstComparison = LessOrEqual,\n\tLessThan,\n\tGreaterOrEqual,\n\tGreaterThan,\n\tEqual,\n\tNotEqual,\n\tIn,\n\tLastComparison = In,\n\n\t// Keywords\n\tFor,\n\tTo,\n\tDownto,\n\tDo, \n\tIf,\n\tThen,\n\tElse,\n\tWhile,\n\tRepeat,\n\tUntil,\n\tFunction,\n\tProcedure,\n\tBegin,\n\tEnd,\n\tProgram,\n\tUnit,\n\tWrite,\n\tWriteln,\n\tRead,\n\tReadln,\n\tBuiltin,\n\tForward,\n\tInline,\n\tInterface,\n\tImplementation,\n\tAnd,\n\tOr,\n\tNot,\n\tCase,\n\tOtherwise,\n\tWith,\n\tVirtual,\n\tOverride,\n\tStatic,\n\tPrivate,\n\tPublic,\n\tProtected,\n\tConstructor,\n\tDestructor,\n\tLabel,\n\tGoto,\n\tUses,\n\tAt,\n\n\t// Specials\n\tLineNumber,\n\tFileName,\n\tSizeOf,\n\n\t// Errors\n\tOverflow,\n\tUntermString,\n\n\tEndOfFile = -1, \n\tUnknown = -1000,\n }", "parent": 25, "children": [29, 31, 33, 35, 37, 39, 41, 43, 45, 47, 49, 51, 53, 55, 57, 59, 61, 63, 65, 67, 69, 71, 73, 75, 77, 79, 81, 83, 85, 87, 89, 91, 93, 95, 97, 99, 101, 103, 105, 107, 111, 113, 115, 117, 119, 121, 123, 127, 129, 131, 133, 135, 137, 139, 141, 143, 145, 147, 149, 151, 153, 155, 157, 159, 161, 163, 165, 167, 169, 171, 173, 175, 177, 179, 181, 183, 185, 187, 189, 191, 193, 195, 197, 199, 201, 203, 205, 207, 209, 211, 213, 215, 217, 219, 221, 223, 227], "start_point": {"row": 15, "column": 4}, "end_point": {"row": 127, "column": 5}}, {"id": 29, "type": "enumerator", "text": "Integer", "parent": 28, "children": [30], "start_point": {"row": 17, "column": 1}, "end_point": {"row": 17, "column": 8}}, {"id": 30, "type": "identifier", "text": "Integer", "parent": 29, "children": [], "start_point": {"row": 17, "column": 1}, "end_point": {"row": 17, "column": 8}}, {"id": 31, "type": "enumerator", "text": "Real", "parent": 28, "children": [32], "start_point": {"row": 18, "column": 1}, "end_point": {"row": 18, "column": 5}}, {"id": 32, "type": "identifier", "text": "Real", "parent": 31, "children": [], "start_point": {"row": 18, "column": 1}, "end_point": {"row": 18, "column": 5}}, {"id": 33, "type": "enumerator", "text": "StringLiteral", "parent": 28, "children": [34], "start_point": {"row": 19, "column": 1}, "end_point": {"row": 19, "column": 14}}, {"id": 34, "type": "identifier", "text": "StringLiteral", "parent": 33, "children": [], "start_point": {"row": 19, "column": 1}, "end_point": {"row": 19, "column": 14}}, {"id": 35, "type": "enumerator", "text": "Char", "parent": 28, "children": [36], "start_point": {"row": 20, "column": 1}, "end_point": {"row": 20, "column": 5}}, {"id": 36, "type": "identifier", "text": "Char", "parent": 35, "children": [], "start_point": {"row": 20, "column": 1}, "end_point": {"row": 20, "column": 5}}, {"id": 37, "type": "enumerator", "text": "Boolean", "parent": 28, "children": [38], "start_point": {"row": 21, "column": 1}, "end_point": {"row": 21, "column": 8}}, {"id": 38, "type": "identifier", "text": "Boolean", "parent": 37, "children": [], "start_point": {"row": 21, "column": 1}, "end_point": {"row": 21, "column": 8}}, {"id": 39, "type": "enumerator", "text": "Type", "parent": 28, "children": [40], "start_point": {"row": 24, "column": 1}, "end_point": {"row": 24, "column": 5}}, {"id": 40, "type": "identifier", "text": "Type", "parent": 39, "children": [], "start_point": {"row": 24, "column": 1}, "end_point": {"row": 24, "column": 5}}, {"id": 41, "type": "enumerator", "text": "Var", "parent": 28, "children": [42], "start_point": {"row": 25, "column": 1}, "end_point": {"row": 25, "column": 4}}, {"id": 42, "type": "identifier", "text": "Var", "parent": 41, "children": [], "start_point": {"row": 25, "column": 1}, "end_point": {"row": 25, "column": 4}}, {"id": 43, "type": "enumerator", "text": "Packed", "parent": 28, "children": [44], "start_point": {"row": 26, "column": 1}, "end_point": {"row": 26, "column": 7}}, {"id": 44, "type": "identifier", "text": "Packed", "parent": 43, "children": [], "start_point": {"row": 26, "column": 1}, "end_point": {"row": 26, "column": 7}}, {"id": 45, "type": "enumerator", "text": "Array", "parent": 28, "children": [46], "start_point": {"row": 27, "column": 1}, "end_point": {"row": 27, "column": 6}}, {"id": 46, "type": "identifier", "text": "Array", "parent": 45, "children": [], "start_point": {"row": 27, "column": 1}, "end_point": {"row": 27, "column": 6}}, {"id": 47, "type": "enumerator", "text": "Of", "parent": 28, "children": [48], "start_point": {"row": 28, "column": 1}, "end_point": {"row": 28, "column": 3}}, {"id": 48, "type": "identifier", "text": "Of", "parent": 47, "children": [], "start_point": {"row": 28, "column": 1}, "end_point": {"row": 28, "column": 3}}, {"id": 49, "type": "enumerator", "text": "Record", "parent": 28, "children": [50], "start_point": {"row": 29, "column": 1}, "end_point": {"row": 29, "column": 7}}, {"id": 50, "type": "identifier", "text": "Record", "parent": 49, "children": [], "start_point": {"row": 29, "column": 1}, "end_point": {"row": 29, "column": 7}}, {"id": 51, "type": "enumerator", "text": "Class", "parent": 28, "children": [52], "start_point": {"row": 30, "column": 1}, "end_point": {"row": 30, "column": 6}}, {"id": 52, "type": "identifier", "text": "Class", "parent": 51, "children": [], "start_point": {"row": 30, 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"text": "#include"}, {"node_id": 15, "text": "#include <fstream>\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include <cstdint>\n"}, {"node_id": 19, "text": "#include"}]}, "original_source_code": "#ifndef TOKEN_H\n#define TOKEN_H\n\n#include \"location.h\"\n\n#include <cassert>\n#include <string>\n#include <fstream>\n#include <cstdint>\n\n\nclass Token\n{\npublic:\n enum TokenType\n {\n\t// Values of different types\n\tInteger,\n\tReal,\n\tStringLiteral,\n\tChar,\n\tBoolean,\n\n\t// Type/var/const declarations:\n\tType,\n\tVar,\n\tPacked,\n\tArray,\n\tOf,\n\tRecord,\n\tClass,\n\tIdentifier,\n\tConst,\n\tFile,\n\tSet,\n\tString,\n\tNil,\n\n\t// Symbols and such\n\tLeftParen,\n\tRightParen,\n\tLeftSquare,\n\tRightSquare,\n\tPlus,\n\tMinus,\n\tMultiply,\n\tDivide,\n\tComma,\n\tSemicolon,\n\tColon,\n\tAssign,\n\tPeriod,\n\tDotDot,\n\tUparrow,\n\tDiv,\n\tMod,\n\tXor,\n\tShr,\n\tShl,\n\n\t// Comparison symbols - these return bool in binary ops.\n\tLessOrEqual,\n\tFirstComparison = LessOrEqual,\n\tLessThan,\n\tGreaterOrEqual,\n\tGreaterThan,\n\tEqual,\n\tNotEqual,\n\tIn,\n\tLastComparison = In,\n\n\t// Keywords\n\tFor,\n\tTo,\n\tDownto,\n\tDo, \n\tIf,\n\tThen,\n\tElse,\n\tWhile,\n\tRepeat,\n\tUntil,\n\tFunction,\n\tProcedure,\n\tBegin,\n\tEnd,\n\tProgram,\n\tUnit,\n\tWrite,\n\tWriteln,\n\tRead,\n\tReadln,\n\tBuiltin,\n\tForward,\n\tInline,\n\tInterface,\n\tImplementation,\n\tAnd,\n\tOr,\n\tNot,\n\tCase,\n\tOtherwise,\n\tWith,\n\tVirtual,\n\tOverride,\n\tStatic,\n\tPrivate,\n\tPublic,\n\tProtected,\n\tConstructor,\n\tDestructor,\n\tLabel,\n\tGoto,\n\tUses,\n\tAt,\n\n\t// Specials\n\tLineNumber,\n\tFileName,\n\tSizeOf,\n\n\t// Errors\n\tOverflow,\n\tUntermString,\n\n\tEndOfFile = -1, \n\tUnknown = -1000,\n };\n\n Token();\n\t\n Token(TokenType t, const Location& w);\n Token(TokenType t, const Location& w, const std::string& str);\n Token(TokenType t, const Location& w, uint64_t v);\n Token(TokenType t, const Location& w, double v);\n\n static TokenType KeyWordToToken(const std::string& str);\n\n TokenType GetToken() const { return type; }\n std::string GetIdentName() const \n { \n\tassert(type == Token::Identifier && \"Incorrect type for identname\");\n\tassert(strVal.size() != 0 && \"String should not be empty!\");\n\treturn strVal; \n }\n\n uint64_t GetIntVal() const \n { \n\tassert((type == Token::Integer || type == Token::Char) &&\n\t \"Request for integer value from wrong type???\");\n\treturn intVal; \n }\n\n double GetRealVal() const \n { \n\tassert(type == Token::Real && \"Request for real from wrong type???\");\n\treturn realVal; \n }\n\n std::string GetStrVal() const \n { \n\tassert(type == Token::StringLiteral && \"Request for string from wrong type???\");\n\treturn strVal; \n }\n\n // For debug purposes.\n void dump(std::ostream& out, const char* file = 0, int line = 0) const;\n void dump() const;\n std::string ToString() const;\n std::string TypeStr() const;\n\n void SetWhere(const std::string& file, int line, int col);\n std::string Where();\n const Location& Loc() const { return where; }\n\n int Precedence() const;\n bool IsCompare() const { return type >= Token::FirstComparison && type <= Token::LastComparison; }\n\nprivate:\n TokenType type;\n // Store location where token started.\n Location where;\n \n // Values. \n std::string strVal; \n uint64_t intVal;\n double realVal;\n};\n\n#endif\n"}
| 234
|
c
|
#include "ite/ite_mac.h"
static struct mii_ioctl_data phy_reg = { CFG_NET_ETHERNET_PHY_ADDR, 0, 0, 0 };
#define phy_set_page(page) do { phy_reg.reg_num=31; phy_reg.val_write=page; iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)
#define phy_reg_write(reg,val) do { phy_reg.reg_num=(reg); phy_reg.val_write=(val); iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)
static uint16_t phy_reg_read(uint16_t reg)
{
phy_reg.reg_num = reg;
phy_reg.val_read = 0;
iteMacIoctl(&phy_reg, IOCGMIIREG);
return phy_reg.val_read;
}
static int rtl8211f_reset(void)
{
int bmcr;
// Software Reset PHY
bmcr = phy_reg_read(MII_BMCR);
if (bmcr < 0)
return bmcr;
bmcr |= BMCR_RESET;
phy_reg_write(MII_BMCR, bmcr);
do {
bmcr = phy_reg_read(MII_BMCR);
if (bmcr < 0)
return bmcr;
} while (bmcr & BMCR_RESET);
return 0;
}
/* phy interrupt definition */
#define INTR_JABBER 0x0400
#define INTR_ALDPS_STATE_CHANGE 0x0200
#define INTR_PME 0x0080
#define INTR_PHY_REG_ACCESSIBLE 0x0020
#define INTR_LINK_CHG 0x0010
#define INTR_AN_COMPLETE 0x0008
#define INTR_AN_ERROR 0x0001
#define INTR_ENABLE_ALL (INTR_JABBER |\
INTR_ALDPS_STATE_CHANGE |\
INTR_PME |\
INTR_PHY_REG_ACCESSIBLE |\
INTR_LINK_CHG |\
INTR_AN_COMPLETE |\
INTR_AN_ERROR)
static void rtl8211f_config_intr(void)
{
phy_set_page(0xA42);
#if defined(CFG_NET_ETHERNET_LINK_INTR)
phy_reg_write(0x12, INTR_ENABLE_ALL);
#endif
phy_set_page(0);
}
void
PhyInit(int ethMode)
{
int res;
uint16_t tmp;
uint32_t timeout;
if (ethMode == ITE_ETH_MAC_LB)
return;
/* phy reset */
if (rtl8211f_reset())
printf("rtl8211e reset fail! \n");
printf(" after reset: phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);
/* config interrupt */
rtl8211f_config_intr();
if (ethMode == ITE_ETH_PCS_LB_10) {
printf(" PHY PCS 10 loopback! \n\n");
//phy_reg_write(0, 0x4100);
phy_reg_write(0, 0x4000);
usleep(20 * 1000);
}
else if(ethMode == ITE_ETH_PCS_LB_100) {
printf(" PHY PCS 100 loopback! \n\n");
//phy_reg_write(0, 0x6100);
phy_reg_write(0, 0x6000);
phy_reg_read(0);
printf(" phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);
usleep(20 * 1000);
}
else if(ethMode == ITE_ETH_PCS_LB_1000) {
printf(" PHY PCS 1000 loopback! \n\n");
phy_reg_write(0, 0x4140);
usleep(20 * 1000);
}
else if (ethMode == ITE_ETH_MDI_LB_10) {
printf(" PHY MDI 10 loopback! \n\n");
phy_reg_write(0, 0x0100);
usleep(100 * 1000);
}
else if (ethMode == ITE_ETH_MDI_LB_100) {
printf(" PHY MDI 100 loopback! \n\n");
phy_reg_write(0, 0x2100);
usleep(100 * 1000);
}
else if (ethMode == ITE_ETH_MDI_LB_1000) {
printf(" PHY MDI 1000 loopback! \n\n");
phy_reg_write(0, 0x0140);
usleep(100 * 1000);
}
}
#define INTR_JABBER 0x0400
#define INTR_ALDPS_STATE_CHANGE 0x0200
#define INTR_PME 0x0080
#define INTR_PHY_REG_ACCESSIBLE 0x0020
#define INTR_LINK_CHG 0x0010
#define INTR_AN_COMPLETE 0x0008
#define INTR_AN_ERROR 0x0001
/* in interrupt context */
int rtl8211f_link_change(void)
{
uint16_t intr;
phy_set_page(0xA43);
intr = phy_reg_read(0x1D);
phy_set_page(0);
#if 1
if (intr & INTR_JABBER)
ithPrintf("phy: jabber detected! \n");
if (intr & INTR_ALDPS_STATE_CHANGE)
ithPrintf("phy: ALDPS state changed! \n");
if (intr & INTR_PME)
ithPrintf("phy: WOL event occurred! \n");
if (intr & INTR_PHY_REG_ACCESSIBLE)
ithPrintf("phy: Can access PHY register through MDC/MDIO! \n");
if (intr & INTR_AN_COMPLETE)
ithPrintf("phy: Auto-Negotiation completed! \n");
if (intr & INTR_AN_ERROR)
ithPrintf("phy: auto-negotiation error! \n");
#endif
if (intr & INTR_LINK_CHG) {
ithPrintf("phy: link change! \n");
return 1;
}
return 0;
}
#define PHYSR_FULL_DUPLEX 0x0008
#define PHYSR_LINK_OK 0x0004
/* return 0 means link up */
int rtl8211f_read_mode(int* speed, int* duplex)
{
uint16_t status = phy_reg_read(0x1A);
uint16_t _speed = (status & 0x0030) >> 4;
if (!(status & PHYSR_LINK_OK)) {
ithPrintf("phy status reg0x1A = 0x%04X - link not ok! \n", status);
return -1;
}
if (status & PHYSR_FULL_DUPLEX)
(*duplex) = DUPLEX_FULL;
else
(*duplex) = DUPLEX_HALF;
switch (_speed) {
default:
case 0:
(*speed) = SPEED_10;
break;
case 1:
(*speed) = SPEED_100;
break;
case 2:
(*speed) = SPEED_1000;
break;
}
return 0; // 0 means link up
}
/**
* Check interrupt status for link change.
* Call from mac driver's internal ISR for phy's interrupt.
*/
int(*itpPhyLinkChange)(void) = rtl8211f_link_change;
/**
* Replace mac driver's ISR for phy's interrupt.
*/
ITHGpioIntrHandler itpPhylinkIsr = NULL;
/**
* Returns 0 if the device reports link status up/ok
*/
int(*itpPhyReadMode)(int* speed, int* duplex) = rtl8211f_read_mode;
/**
* Get link status.
*/
uint32_t(*itpPhyLinkStatus)(void) = NULL;
| 27.96
| 181
|
(translation_unit) "nclude "ite/ite_mac.h"\n\n\n\nstatic struct mii_ioctl_data phy_reg = { CFG_NET_ETHERNET_PHY_ADDR, 0, 0, 0 };\n\n#define phy_set_page(page) do { phy_reg.reg_num=31; phy_reg.val_write=page; iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n#define phy_reg_write(reg,val) do { phy_reg.reg_num=(reg); phy_reg.val_write=(val); iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n\nstatic uint16_t phy_reg_read(uint16_t reg)\n{\n phy_reg.reg_num = reg; \n phy_reg.val_read = 0; \n iteMacIoctl(&phy_reg, IOCGMIIREG);\n return phy_reg.val_read;\n}\n\nstatic int rtl8211f_reset(void)\n{\n int bmcr;\n\n // Software Reset PHY\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n bmcr |= BMCR_RESET;\n phy_reg_write(MII_BMCR, bmcr);\n\n do {\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n } while (bmcr & BMCR_RESET);\n\n return 0;\n}\n\n/* phy interrupt definition */\n#define INTR_JABBER 0x0400\n#define INTR_ALDPS_STATE_CHANGE 0x0200\n#define INTR_PME 0x0080\n#define INTR_PHY_REG_ACCESSIBLE 0x0020\n#define INTR_LINK_CHG 0x0010\n#define INTR_AN_COMPLETE 0x0008\n#define INTR_AN_ERROR 0x0001\n\n#define INTR_ENABLE_ALL (INTR_JABBER |\\n INTR_ALDPS_STATE_CHANGE |\\n INTR_PME |\\n INTR_PHY_REG_ACCESSIBLE |\\n INTR_LINK_CHG |\\n INTR_AN_COMPLETE |\\n INTR_AN_ERROR)\n \nstatic void rtl8211f_config_intr(void)\n{\n phy_set_page(0xA42);\n \n#if defined(CFG_NET_ETHERNET_LINK_INTR)\n phy_reg_write(0x12, INTR_ENABLE_ALL);\n#endif\n\n phy_set_page(0);\n}\n\nvoid\nPhyInit(int ethMode)\n{\n int res;\n uint16_t tmp;\n uint32_t timeout;\n\n if (ethMode == ITE_ETH_MAC_LB)\n return;\n\n /* phy reset */\n if (rtl8211f_reset())\n printf("rtl8211e reset fail! \n");\n printf(" after reset: phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n\n /* config interrupt */\n rtl8211f_config_intr();\n\n if (ethMode == ITE_ETH_PCS_LB_10) {\n printf(" PHY PCS 10 loopback! \n\n");\n //phy_reg_write(0, 0x4100);\n phy_reg_write(0, 0x4000);\n usleep(20 * 1000);\n } \n else if(ethMode == ITE_ETH_PCS_LB_100) {\n printf(" PHY PCS 100 loopback! \n\n");\n //phy_reg_write(0, 0x6100);\n phy_reg_write(0, 0x6000);\n phy_reg_read(0);\n printf(" phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n usleep(20 * 1000);\n }\n else if(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(" PHY PCS 1000 loopback! \n\n");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(" PHY MDI 10 loopback! \n\n");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}\n\n#define INTR_JABBER 0x0400\n#define INTR_ALDPS_STATE_CHANGE 0x0200\n#define INTR_PME 0x0080\n#define INTR_PHY_REG_ACCESSIBLE 0x0020\n#define INTR_LINK_CHG 0x0010\n#define INTR_AN_COMPLETE 0x0008\n#define INTR_AN_ERROR 0x0001\n\n/* in interrupt context */\nint rtl8211f_link_change(void)\n{\n uint16_t intr;\n\n phy_set_page(0xA43);\n\n intr = phy_reg_read(0x1D);\n \n phy_set_page(0);\n\n#if 1\n if (intr & INTR_JABBER)\n ithPrintf("phy: jabber detected! \n");\n if (intr & INTR_ALDPS_STATE_CHANGE)\n ithPrintf("phy: ALDPS state changed! \n");\n if (intr & INTR_PME)\n ithPrintf("phy: WOL event occurred! \n");\n if (intr & INTR_PHY_REG_ACCESSIBLE)\n ithPrintf("phy: Can access PHY register through MDC/MDIO! \n");\n if (intr & INTR_AN_COMPLETE)\n ithPrintf("phy: Auto-Negotiation completed! \n");\n if (intr & INTR_AN_ERROR)\n ithPrintf("phy: auto-negotiation error! \n");\n#endif\n if (intr & INTR_LINK_CHG) {\n ithPrintf("phy: link change! \n");\n return 1;\n }\n\n return 0;\n}\n\n#define PHYSR_FULL_DUPLEX 0x0008\n#define PHYSR_LINK_OK 0x0004\n\n/* return 0 means link up */\nint rtl8211f_read_mode(int* speed, int* duplex)\n{\n uint16_t status = phy_reg_read(0x1A);\n uint16_t _speed = (status & 0x0030) >> 4;\n\n if (!(status & PHYSR_LINK_OK)) {\n ithPrintf("phy status reg0x1A = 0x%04X - link not ok! \n", status);\n return -1;\n }\n\n if (status & PHYSR_FULL_DUPLEX)\n (*duplex) = DUPLEX_FULL;\n else\n (*duplex) = DUPLEX_HALF;\n\n switch (_speed) {\n default:\n case 0:\n (*speed) = SPEED_10;\n break;\n case 1:\n (*speed) = SPEED_100;\n break;\n case 2:\n (*speed) = SPEED_1000;\n break;\n }\n\n return 0; // 0 means link up\n}\n\n\n/**\n* Check interrupt status for link change. \n* Call from mac driver's internal ISR for phy's interrupt.\n*/\nint(*itpPhyLinkChange)(void) = rtl8211f_link_change;\n/**\n* Replace mac driver's ISR for phy's interrupt. \n*/\nITHGpioIntrHandler itpPhylinkIsr = NULL;\n/**\n* Returns 0 if the device reports link status up/ok \n*/\nint(*itpPhyReadMode)(int* speed, int* duplex) = rtl8211f_read_mode;\n/**\n* Get link status.\n*/\nuint32_t(*itpPhyLinkStatus)(void) = NULL;\n\n\n"
(preproc_include) "nclude "ite/ite_mac.h"\n\n\n"
(#include) "nclude ""
(string_literal) "te/ite_mac.h"\n\n"
(") "t"
(string_content) "e/ite_mac.h"\n"
(") "\n"
(declaration) "atic struct mii_ioctl_data phy_reg = { CFG_NET_ETHERNET_PHY_ADDR, 0, 0, 0 };\n\n"
(storage_class_specifier) "atic s"
(static) "atic s"
(struct_specifier) "ruct mii_ioctl_data p"
(struct) "ruct m"
(type_identifier) "i_ioctl_data p"
(init_declarator) "y_reg = { CFG_NET_ETHERNET_PHY_ADDR, 0, 0, 0 };\n"
(identifier) "y_reg ="
(=) "{"
(initializer_list) "CFG_NET_ETHERNET_PHY_ADDR, 0, 0, 0 };\n"
({) "C"
(identifier) "G_NET_ETHERNET_PHY_ADDR, "
(,) "0"
(number_literal) " "
(,) "0"
(number_literal) " "
(,) "0"
(number_literal) "}"
(}) "\n"
(;) "\n"
(preproc_function_def) "efine phy_set_page(page) do { phy_reg.reg_num=31; phy_reg.val_write=page; iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n#d"
(#define) "efine p"
(identifier) "y_set_page(p"
(preproc_params) "age) "
(() "a"
(identifier) "ge) "
()) " "
(preproc_arg) " { phy_reg.reg_num=31; phy_reg.val_write=page; iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n#"
(preproc_function_def) "efine phy_reg_write(reg,val) do { phy_reg.reg_num=(reg); phy_reg.val_write=(val); iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n\ns"
(#define) "efine p"
(identifier) "y_reg_write(r"
(preproc_params) "eg,val) "
(() "e"
(identifier) "g,v"
(,) "a"
(identifier) "l) "
()) " "
(preproc_arg) " { phy_reg.reg_num=(reg); phy_reg.val_write=(val); iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n\n"
(function_definition) "atic uint16_t phy_reg_read(uint16_t reg)\n{\n phy_reg.reg_num = reg; \n phy_reg.val_read = 0; \n iteMacIoctl(&phy_reg, IOCGMIIREG);\n return phy_reg.val_read;\n}\n\n"
(storage_class_specifier) "atic u"
(static) "atic u"
(primitive_type) "nt16_t p"
(function_declarator) "y_reg_read(uint16_t reg)\n{"
(identifier) "y_reg_read(u"
(parameter_list) "int16_t reg)\n{"
(() "i"
(parameter_declaration) "nt16_t reg)\n"
(primitive_type) "nt16_t r"
(identifier) "g)\n"
()) "{"
(compound_statement) " phy_reg.reg_num = reg; \n phy_reg.val_read = 0; \n iteMacIoctl(&phy_reg, IOCGMIIREG);\n return phy_reg.val_read;\n}\n\n"
({) " "
(expression_statement) "y_reg.reg_num = reg; \n"
(assignment_expression) "y_reg.reg_num = reg; "
(field_expression) "y_reg.reg_num ="
(identifier) "y_reg.r"
(.) "e"
(field_identifier) "g_num ="
(=) "r"
(identifier) "g; "
(;) "\n"
(expression_statement) "y_reg.val_read = 0; \n"
(assignment_expression) "y_reg.val_read = 0; "
(field_expression) "y_reg.val_read ="
(identifier) "y_reg.v"
(.) "a"
(field_identifier) "l_read ="
(=) "0"
(number_literal) " "
(;) "\n"
(expression_statement) "eMacIoctl(&phy_reg, IOCGMIIREG);\n "
(call_expression) "eMacIoctl(&phy_reg, IOCGMIIREG);\n"
(identifier) "eMacIoctl(&"
(argument_list) "phy_reg, IOCGMIIREG);\n"
(() "p"
(pointer_expression) "hy_reg, "
(&) "h"
(identifier) "y_reg, "
(,) "I"
(identifier) "CGMIIREG);"
()) "\n"
(;) " "
(return_statement) "turn phy_reg.val_read;\n}"
(return) "turn p"
(field_expression) "y_reg.val_read;\n"
(identifier) "y_reg.v"
(.) "a"
(field_identifier) "l_read;\n"
(;) "}"
(}) "\n"
(function_definition) "atic int rtl8211f_reset(void)\n{\n int bmcr;\n\n // Software Reset PHY\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n bmcr |= BMCR_RESET;\n phy_reg_write(MII_BMCR, bmcr);\n\n do {\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n } while (bmcr & BMCR_RESET);\n\n return 0;\n}\n\n"
(storage_class_specifier) "atic i"
(static) "atic i"
(primitive_type) "t r"
(function_declarator) "l8211f_reset(void)\n{"
(identifier) "l8211f_reset(v"
(parameter_list) "oid)\n{"
(() "o"
(parameter_declaration) "id)\n"
(primitive_type) "id)\n"
()) "{"
(compound_statement) " int bmcr;\n\n // Software Reset PHY\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n bmcr |= BMCR_RESET;\n phy_reg_write(MII_BMCR, bmcr);\n\n do {\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n } while (bmcr & BMCR_RESET);\n\n return 0;\n}\n\n"
({) " "
(declaration) "t bmcr;\n\n"
(primitive_type) "t b"
(identifier) "cr;\n"
(;) "\n"
(comment) " Software Reset PHY\n "
(expression_statement) "cr = phy_reg_read(MII_BMCR);\n "
(assignment_expression) "cr = phy_reg_read(MII_BMCR);\n"
(identifier) "cr ="
(=) "p"
(call_expression) "y_reg_read(MII_BMCR);\n"
(identifier) "y_reg_read(M"
(argument_list) "II_BMCR);\n"
(() "I"
(identifier) "I_BMCR);"
()) "\n"
(;) " "
(if_statement) " (bmcr < 0)\n return bmcr;\n "
(if) " ("
(parenthesized_expression) "mcr < 0)\n "
(() "m"
(binary_expression) "cr < 0)\n"
(identifier) "cr <"
(<) "0"
(number_literal) "\n"
()) " "
(return_statement) "turn bmcr;\n "
(return) "turn b"
(identifier) "cr;\n"
(;) " "
(expression_statement) "cr |= BMCR_RESET;\n "
(assignment_expression) "cr |= BMCR_RESET;\n"
(identifier) "cr |"
(|=) " B"
(identifier) "CR_RESET;\n"
(;) " "
(expression_statement) "y_reg_write(MII_BMCR, bmcr);\n\n"
(call_expression) "y_reg_write(MII_BMCR, bmcr);\n"
(identifier) "y_reg_write(M"
(argument_list) "II_BMCR, bmcr);\n"
(() "I"
(identifier) "I_BMCR, "
(,) "b"
(identifier) "cr);"
()) "\n"
(;) "\n"
(do_statement) " {\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n } while (bmcr & BMCR_RESET);\n\n"
(do) " {"
(compound_statement) " bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n } w"
({) " "
(expression_statement) "cr = phy_reg_read(MII_BMCR);\n "
(assignment_expression) "cr = phy_reg_read(MII_BMCR);\n"
(identifier) "cr ="
(=) "p"
(call_expression) "y_reg_read(MII_BMCR);\n"
(identifier) "y_reg_read(M"
(argument_list) "II_BMCR);\n"
(() "I"
(identifier) "I_BMCR);"
()) "\n"
(;) " "
(if_statement) " (bmcr < 0)\n return bmcr;\n "
(if) " ("
(parenthesized_expression) "mcr < 0)\n "
(() "m"
(binary_expression) "cr < 0)\n"
(identifier) "cr <"
(<) "0"
(number_literal) "\n"
()) " "
(return_statement) "turn bmcr;\n "
(return) "turn b"
(identifier) "cr;\n"
(;) " "
(}) "w"
(while) "ile ("
(parenthesized_expression) "mcr & BMCR_RESET);\n"
(() "m"
(binary_expression) "cr & BMCR_RESET);"
(identifier) "cr &"
(&) "B"
(identifier) "CR_RESET);"
()) "\n"
(;) "\n"
(return_statement) "turn 0;\n}"
(return) "turn 0"
(number_literal) "\n"
(;) "}"
(}) "\n"
(comment) " phy interrupt definition */\n#"
(preproc_def) "efine INTR_JABBER 0x0400\n#d"
(#define) "efine I"
(identifier) "TR_JABBER "
(preproc_arg) "0400\n#"
(preproc_def) "efine INTR_ALDPS_STATE_CHANGE 0x0200\n#d"
(#define) "efine I"
(identifier) "TR_ALDPS_STATE_CHANGE 0"
(preproc_arg) "0200\n#"
(preproc_def) "efine INTR_PME 0x0080\n#d"
(#define) "efine I"
(identifier) "TR_PME "
(preproc_arg) "0080\n#"
(preproc_def) "efine INTR_PHY_REG_ACCESSIBLE 0x0020\n#d"
(#define) "efine I"
(identifier) "TR_PHY_REG_ACCESSIBLE 0"
(preproc_arg) "0020\n#"
(preproc_def) "efine INTR_LINK_CHG 0x0010\n#d"
(#define) "efine I"
(identifier) "TR_LINK_CHG "
(preproc_arg) "0010\n#"
(preproc_def) "efine INTR_AN_COMPLETE 0x0008\n#d"
(#define) "efine I"
(identifier) "TR_AN_COMPLETE "
(preproc_arg) "0008\n#"
(preproc_def) "efine INTR_AN_ERROR 0x0001\n\n#"
(#define) "efine I"
(identifier) "TR_AN_ERROR "
(preproc_arg) "0001\n\n"
(preproc_def) "efine INTR_ENABLE_ALL (INTR_JABBER |\\n INTR_ALDPS_STATE_CHANGE |\\n INTR_PME |\\n INTR_PHY_REG_ACCESSIBLE |\\n INTR_LINK_CHG |\\n INTR_AN_COMPLETE |\\n INTR_AN_ERROR)\n \n"
(#define) "efine I"
(identifier) "TR_ENABLE_ALL ("
(preproc_arg) "NTR_JABBER |\\n INTR_ALDPS_STATE_CHANGE |\\n INTR_PME |\\n INTR_PHY_REG_ACCESSIBLE |\\n INTR_LINK_CHG |\\n INTR_AN_COMPLETE |\\n INTR_AN_ERROR)\n "
(function_definition) "atic void rtl8211f_config_intr(void)\n{\n phy_set_page(0xA42);\n \n#if defined(CFG_NET_ETHERNET_LINK_INTR)\n phy_reg_write(0x12, INTR_ENABLE_ALL);\n#endif\n\n phy_set_page(0);\n}\n\n"
(storage_class_specifier) "atic v"
(static) "atic v"
(primitive_type) "id r"
(function_declarator) "l8211f_config_intr(void)\n{"
(identifier) "l8211f_config_intr(v"
(parameter_list) "oid)\n{"
(() "o"
(parameter_declaration) "id)\n"
(primitive_type) "id)\n"
()) "{"
(compound_statement) " phy_set_page(0xA42);\n \n#if defined(CFG_NET_ETHERNET_LINK_INTR)\n phy_reg_write(0x12, INTR_ENABLE_ALL);\n#endif\n\n phy_set_page(0);\n}\n\n"
({) " "
(expression_statement) "y_set_page(0xA42);\n "
(call_expression) "y_set_page(0xA42);\n"
(identifier) "y_set_page(0"
(argument_list) "xA42);\n"
(() "x"
(number_literal) "A42);"
()) "\n"
(;) " "
(preproc_if) "f defined(CFG_NET_ETHERNET_LINK_INTR)\n phy_reg_write(0x12, INTR_ENABLE_ALL);\n#endif\n\n"
(#if) "f d"
(preproc_defined) "fined(CFG_NET_ETHERNET_LINK_INTR)\n "
(defined) "fined(C"
(() "F"
(identifier) "G_NET_ETHERNET_LINK_INTR)\n"
()) " "
(
) " "
(expression_statement) "y_reg_write(0x12, INTR_ENABLE_ALL);\n#"
(call_expression) "y_reg_write(0x12, INTR_ENABLE_ALL);\n"
(identifier) "y_reg_write(0"
(argument_list) "x12, INTR_ENABLE_ALL);\n"
(() "x"
(number_literal) "12, "
(,) "I"
(identifier) "TR_ENABLE_ALL);"
()) "\n"
(;) "#"
(#endif) "ndif\n\n"
(expression_statement) "y_set_page(0);\n}"
(call_expression) "y_set_page(0);\n"
(identifier) "y_set_page(0"
(argument_list) ");\n"
(() ")"
(number_literal) ";"
()) "\n"
(;) "}"
(}) "\n"
(function_definition) "id\nPhyInit(int ethMode)\n{\n int res;\n uint16_t tmp;\n uint32_t timeout;\n\n if (ethMode == ITE_ETH_MAC_LB)\n return;\n\n /* phy reset */\n if (rtl8211f_reset())\n printf("rtl8211e reset fail! \n");\n printf(" after reset: phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n\n /* config interrupt */\n rtl8211f_config_intr();\n\n if (ethMode == ITE_ETH_PCS_LB_10) {\n printf(" PHY PCS 10 loopback! \n\n");\n //phy_reg_write(0, 0x4100);\n phy_reg_write(0, 0x4000);\n usleep(20 * 1000);\n } \n else if(ethMode == ITE_ETH_PCS_LB_100) {\n printf(" PHY PCS 100 loopback! \n\n");\n //phy_reg_write(0, 0x6100);\n phy_reg_write(0, 0x6000);\n phy_reg_read(0);\n printf(" phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n usleep(20 * 1000);\n }\n else if(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(" PHY PCS 1000 loopback! \n\n");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(" PHY MDI 10 loopback! \n\n");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}\n\n"
(primitive_type) "id\nP"
(function_declarator) "yInit(int ethMode)\n{"
(identifier) "yInit(i"
(parameter_list) "nt ethMode)\n{"
(() "n"
(parameter_declaration) "t ethMode)\n"
(primitive_type) "t e"
(identifier) "hMode)\n"
()) "{"
(compound_statement) " int res;\n uint16_t tmp;\n uint32_t timeout;\n\n if (ethMode == ITE_ETH_MAC_LB)\n return;\n\n /* phy reset */\n if (rtl8211f_reset())\n printf("rtl8211e reset fail! \n");\n printf(" after reset: phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n\n /* config interrupt */\n rtl8211f_config_intr();\n\n if (ethMode == ITE_ETH_PCS_LB_10) {\n printf(" PHY PCS 10 loopback! \n\n");\n //phy_reg_write(0, 0x4100);\n phy_reg_write(0, 0x4000);\n usleep(20 * 1000);\n } \n else if(ethMode == ITE_ETH_PCS_LB_100) {\n printf(" PHY PCS 100 loopback! \n\n");\n //phy_reg_write(0, 0x6100);\n phy_reg_write(0, 0x6000);\n phy_reg_read(0);\n printf(" phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n usleep(20 * 1000);\n }\n else if(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(" PHY PCS 1000 loopback! \n\n");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(" PHY MDI 10 loopback! \n\n");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}\n\n"
({) " "
(declaration) "t res;\n "
(primitive_type) "t r"
(identifier) "s;\n"
(;) " "
(declaration) "nt16_t tmp;\n "
(primitive_type) "nt16_t t"
(identifier) "p;\n"
(;) " "
(declaration) "nt32_t timeout;\n\n"
(primitive_type) "nt32_t t"
(identifier) "meout;\n"
(;) "\n"
(if_statement) " (ethMode == ITE_ETH_MAC_LB)\n return;\n\n"
(if) " ("
(parenthesized_expression) "thMode == ITE_ETH_MAC_LB)\n "
(() "t"
(binary_expression) "hMode == ITE_ETH_MAC_LB)\n"
(identifier) "hMode ="
(==) " I"
(identifier) "E_ETH_MAC_LB)\n"
()) " "
(return_statement) "turn;\n\n"
(return) "turn;\n"
(;) "\n"
(comment) " phy reset */\n "
(if_statement) " (rtl8211f_reset())\n printf("rtl8211e reset fail! \n");\n "
(if) " ("
(parenthesized_expression) "tl8211f_reset())\n "
(() "t"
(call_expression) "l8211f_reset())\n"
(identifier) "l8211f_reset()"
(argument_list) ")\n"
(() ")"
()) "\n"
()) " "
(expression_statement) "intf("rtl8211e reset fail! \n");\n "
(call_expression) "intf("rtl8211e reset fail! \n");\n"
(identifier) "intf(""
(argument_list) "rtl8211e reset fail! \n");\n"
(() "r"
(string_literal) "tl8211e reset fail! \n");"
(") "t"
(string_content) "l8211e reset fail! \n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(expression_statement) "intf(" after reset: phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n\n"
(call_expression) "intf(" after reset: phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n"
(identifier) "intf(""
(argument_list) " after reset: phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n"
(() " "
(string_literal) "after reset: phy reg %d = 0x%04X \n", "
(") "a"
(string_content) "fter reset: phy reg %d = 0x%04X \n"
(escape_sequence) "","
(") " "
(,) "p"
(field_expression) "y_reg.reg_num, "
(identifier) "y_reg.r"
(.) "e"
(field_identifier) "g_num, "
(,) "p"
(field_expression) "y_reg.val_read);"
(identifier) "y_reg.v"
(.) "a"
(field_identifier) "l_read);"
()) "\n"
(;) "\n"
(comment) " config interrupt */\n "
(expression_statement) "l8211f_config_intr();\n\n"
(call_expression) "l8211f_config_intr();\n"
(identifier) "l8211f_config_intr()"
(argument_list) ";\n"
(() ";"
()) "\n"
(;) "\n"
(if_statement) " (ethMode == ITE_ETH_PCS_LB_10) {\n printf(" PHY PCS 10 loopback! \n\n");\n //phy_reg_write(0, 0x4100);\n phy_reg_write(0, 0x4000);\n usleep(20 * 1000);\n } \n else if(ethMode == ITE_ETH_PCS_LB_100) {\n printf(" PHY PCS 100 loopback! \n\n");\n //phy_reg_write(0, 0x6100);\n phy_reg_write(0, 0x6000);\n phy_reg_read(0);\n printf(" phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n usleep(20 * 1000);\n }\n else if(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(" PHY PCS 1000 loopback! \n\n");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(" PHY MDI 10 loopback! \n\n");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
(if) " ("
(parenthesized_expression) "thMode == ITE_ETH_PCS_LB_10) {"
(() "t"
(binary_expression) "hMode == ITE_ETH_PCS_LB_10) "
(identifier) "hMode ="
(==) " I"
(identifier) "E_ETH_PCS_LB_10) "
()) "{"
(compound_statement) " printf(" PHY PCS 10 loopback! \n\n");\n //phy_reg_write(0, 0x4100);\n phy_reg_write(0, 0x4000);\n usleep(20 * 1000);\n } \n"
({) " "
(expression_statement) "intf(" PHY PCS 10 loopback! \n\n");\n "
(call_expression) "intf(" PHY PCS 10 loopback! \n\n");\n"
(identifier) "intf(""
(argument_list) " PHY PCS 10 loopback! \n\n");\n"
(() " "
(string_literal) "PHY PCS 10 loopback! \n\n");"
(") "P"
(string_content) "HY PCS 10 loopback! \n"
(escape_sequence) "\n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(comment) "phy_reg_write(0, 0x4100);\n "
(expression_statement) "y_reg_write(0, 0x4000);\n "
(call_expression) "y_reg_write(0, 0x4000);\n"
(identifier) "y_reg_write(0"
(argument_list) ", 0x4000);\n"
(() ","
(number_literal) " "
(,) "0"
(number_literal) "4000);"
()) "\n"
(;) " "
(expression_statement) "leep(20 * 1000);\n "
(call_expression) "leep(20 * 1000);\n"
(identifier) "leep(2"
(argument_list) "0 * 1000);\n"
(() "0"
(binary_expression) " * 1000);"
(number_literal) " *"
(*) "1"
(number_literal) "00);"
()) "\n"
(;) " "
(}) "\n"
(else_clause) "se if(ethMode == ITE_ETH_PCS_LB_100) {\n printf(" PHY PCS 100 loopback! \n\n");\n //phy_reg_write(0, 0x6100);\n phy_reg_write(0, 0x6000);\n phy_reg_read(0);\n printf(" phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n usleep(20 * 1000);\n }\n else if(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(" PHY PCS 1000 loopback! \n\n");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(" PHY MDI 10 loopback! \n\n");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
(else) "se i"
(if_statement) "(ethMode == ITE_ETH_PCS_LB_100) {\n printf(" PHY PCS 100 loopback! \n\n");\n //phy_reg_write(0, 0x6100);\n phy_reg_write(0, 0x6000);\n phy_reg_read(0);\n printf(" phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n usleep(20 * 1000);\n }\n else if(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(" PHY PCS 1000 loopback! \n\n");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(" PHY MDI 10 loopback! \n\n");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
(if) "(e"
(parenthesized_expression) "thMode == ITE_ETH_PCS_LB_100) {"
(() "t"
(binary_expression) "hMode == ITE_ETH_PCS_LB_100) "
(identifier) "hMode ="
(==) " I"
(identifier) "E_ETH_PCS_LB_100) "
()) "{"
(compound_statement) " printf(" PHY PCS 100 loopback! \n\n");\n //phy_reg_write(0, 0x6100);\n phy_reg_write(0, 0x6000);\n phy_reg_read(0);\n printf(" phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n usleep(20 * 1000);\n }\n "
({) " "
(expression_statement) "intf(" PHY PCS 100 loopback! \n\n");\n "
(call_expression) "intf(" PHY PCS 100 loopback! \n\n");\n"
(identifier) "intf(""
(argument_list) " PHY PCS 100 loopback! \n\n");\n"
(() " "
(string_literal) "PHY PCS 100 loopback! \n\n");"
(") "P"
(string_content) "HY PCS 100 loopback! \n"
(escape_sequence) "\n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(comment) "phy_reg_write(0, 0x6100);\n "
(expression_statement) "y_reg_write(0, 0x6000);\n "
(call_expression) "y_reg_write(0, 0x6000);\n"
(identifier) "y_reg_write(0"
(argument_list) ", 0x6000);\n"
(() ","
(number_literal) " "
(,) "0"
(number_literal) "6000);"
()) "\n"
(;) " "
(expression_statement) "y_reg_read(0);\n "
(call_expression) "y_reg_read(0);\n"
(identifier) "y_reg_read(0"
(argument_list) ");\n"
(() ")"
(number_literal) ";"
()) "\n"
(;) " "
(expression_statement) "intf(" phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n "
(call_expression) "intf(" phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n"
(identifier) "intf(""
(argument_list) " phy reg %d = 0x%04X \n", phy_reg.reg_num, phy_reg.val_read);\n"
(() " "
(string_literal) "phy reg %d = 0x%04X \n", "
(") "p"
(string_content) "hy reg %d = 0x%04X \n"
(escape_sequence) "","
(") " "
(,) "p"
(field_expression) "y_reg.reg_num, "
(identifier) "y_reg.r"
(.) "e"
(field_identifier) "g_num, "
(,) "p"
(field_expression) "y_reg.val_read);"
(identifier) "y_reg.v"
(.) "a"
(field_identifier) "l_read);"
()) "\n"
(;) " "
(expression_statement) "leep(20 * 1000);\n "
(call_expression) "leep(20 * 1000);\n"
(identifier) "leep(2"
(argument_list) "0 * 1000);\n"
(() "0"
(binary_expression) " * 1000);"
(number_literal) " *"
(*) "1"
(number_literal) "00);"
()) "\n"
(;) " "
(}) " "
(else_clause) "se if(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(" PHY PCS 1000 loopback! \n\n");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(" PHY MDI 10 loopback! \n\n");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
(else) "se i"
(if_statement) "(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(" PHY PCS 1000 loopback! \n\n");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(" PHY MDI 10 loopback! \n\n");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
(if) "(e"
(parenthesized_expression) "thMode == ITE_ETH_PCS_LB_1000) {"
(() "t"
(binary_expression) "hMode == ITE_ETH_PCS_LB_1000) "
(identifier) "hMode ="
(==) " I"
(identifier) "E_ETH_PCS_LB_1000) "
()) "{"
(compound_statement) " printf(" PHY PCS 1000 loopback! \n\n");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n "
({) " "
(expression_statement) "intf(" PHY PCS 1000 loopback! \n\n");\n "
(call_expression) "intf(" PHY PCS 1000 loopback! \n\n");\n"
(identifier) "intf(""
(argument_list) " PHY PCS 1000 loopback! \n\n");\n"
(() " "
(string_literal) "PHY PCS 1000 loopback! \n\n");"
(") "P"
(string_content) "HY PCS 1000 loopback! \n"
(escape_sequence) "\n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(expression_statement) "y_reg_write(0, 0x4140);\n "
(call_expression) "y_reg_write(0, 0x4140);\n"
(identifier) "y_reg_write(0"
(argument_list) ", 0x4140);\n"
(() ","
(number_literal) " "
(,) "0"
(number_literal) "4140);"
()) "\n"
(;) " "
(expression_statement) "leep(20 * 1000);\n "
(call_expression) "leep(20 * 1000);\n"
(identifier) "leep(2"
(argument_list) "0 * 1000);\n"
(() "0"
(binary_expression) " * 1000);"
(number_literal) " *"
(*) "1"
(number_literal) "00);"
()) "\n"
(;) " "
(}) " "
(else_clause) "se if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(" PHY MDI 10 loopback! \n\n");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
(else) "se i"
(if_statement) " (ethMode == ITE_ETH_MDI_LB_10) {\n printf(" PHY MDI 10 loopback! \n\n");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
(if) " ("
(parenthesized_expression) "thMode == ITE_ETH_MDI_LB_10) {"
(() "t"
(binary_expression) "hMode == ITE_ETH_MDI_LB_10) "
(identifier) "hMode ="
(==) " I"
(identifier) "E_ETH_MDI_LB_10) "
()) "{"
(compound_statement) " printf(" PHY MDI 10 loopback! \n\n");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n "
({) " "
(expression_statement) "intf(" PHY MDI 10 loopback! \n\n");\n "
(call_expression) "intf(" PHY MDI 10 loopback! \n\n");\n"
(identifier) "intf(""
(argument_list) " PHY MDI 10 loopback! \n\n");\n"
(() " "
(string_literal) "PHY MDI 10 loopback! \n\n");"
(") "P"
(string_content) "HY MDI 10 loopback! \n"
(escape_sequence) "\n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(expression_statement) "y_reg_write(0, 0x0100);\n "
(call_expression) "y_reg_write(0, 0x0100);\n"
(identifier) "y_reg_write(0"
(argument_list) ", 0x0100);\n"
(() ","
(number_literal) " "
(,) "0"
(number_literal) "0100);"
()) "\n"
(;) " "
(expression_statement) "leep(100 * 1000);\n "
(call_expression) "leep(100 * 1000);\n"
(identifier) "leep(1"
(argument_list) "00 * 1000);\n"
(() "0"
(binary_expression) "0 * 1000);"
(number_literal) "0 *"
(*) "1"
(number_literal) "00);"
()) "\n"
(;) " "
(}) " "
(else_clause) "se if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
(else) "se i"
(if_statement) " (ethMode == ITE_ETH_MDI_LB_100) {\n printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
(if) " ("
(parenthesized_expression) "thMode == ITE_ETH_MDI_LB_100) {"
(() "t"
(binary_expression) "hMode == ITE_ETH_MDI_LB_100) "
(identifier) "hMode ="
(==) " I"
(identifier) "E_ETH_MDI_LB_100) "
()) "{"
(compound_statement) " printf(" PHY MDI 100 loopback! \n\n");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n "
({) " "
(expression_statement) "intf(" PHY MDI 100 loopback! \n\n");\n "
(call_expression) "intf(" PHY MDI 100 loopback! \n\n");\n"
(identifier) "intf(""
(argument_list) " PHY MDI 100 loopback! \n\n");\n"
(() " "
(string_literal) "PHY MDI 100 loopback! \n\n");"
(") "P"
(string_content) "HY MDI 100 loopback! \n"
(escape_sequence) "\n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(expression_statement) "y_reg_write(0, 0x2100);\n "
(call_expression) "y_reg_write(0, 0x2100);\n"
(identifier) "y_reg_write(0"
(argument_list) ", 0x2100);\n"
(() ","
(number_literal) " "
(,) "0"
(number_literal) "2100);"
()) "\n"
(;) " "
(expression_statement) "leep(100 * 1000);\n "
(call_expression) "leep(100 * 1000);\n"
(identifier) "leep(1"
(argument_list) "00 * 1000);\n"
(() "0"
(binary_expression) "0 * 1000);"
(number_literal) "0 *"
(*) "1"
(number_literal) "00);"
()) "\n"
(;) " "
(}) " "
(else_clause) "se if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
(else) "se i"
(if_statement) " (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
(if) " ("
(parenthesized_expression) "thMode == ITE_ETH_MDI_LB_1000) {"
(() "t"
(binary_expression) "hMode == ITE_ETH_MDI_LB_1000) "
(identifier) "hMode ="
(==) " I"
(identifier) "E_ETH_MDI_LB_1000) "
()) "{"
(compound_statement) " printf(" PHY MDI 1000 loopback! \n\n");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}"
({) " "
(expression_statement) "intf(" PHY MDI 1000 loopback! \n\n");\n "
(call_expression) "intf(" PHY MDI 1000 loopback! \n\n");\n"
(identifier) "intf(""
(argument_list) " PHY MDI 1000 loopback! \n\n");\n"
(() " "
(string_literal) "PHY MDI 1000 loopback! \n\n");"
(") "P"
(string_content) "HY MDI 1000 loopback! \n"
(escape_sequence) "\n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(expression_statement) "y_reg_write(0, 0x0140);\n "
(call_expression) "y_reg_write(0, 0x0140);\n"
(identifier) "y_reg_write(0"
(argument_list) ", 0x0140);\n"
(() ","
(number_literal) " "
(,) "0"
(number_literal) "0140);"
()) "\n"
(;) " "
(expression_statement) "leep(100 * 1000);\n "
(call_expression) "leep(100 * 1000);\n"
(identifier) "leep(1"
(argument_list) "00 * 1000);\n"
(() "0"
(binary_expression) "0 * 1000);"
(number_literal) "0 *"
(*) "1"
(number_literal) "00);"
()) "\n"
(;) " "
(}) "}"
(}) "\n"
(preproc_def) "efine INTR_JABBER 0x0400\n#d"
(#define) "efine I"
(identifier) "TR_JABBER "
(preproc_arg) "0400\n#"
(preproc_def) "efine INTR_ALDPS_STATE_CHANGE 0x0200\n#d"
(#define) "efine I"
(identifier) "TR_ALDPS_STATE_CHANGE 0"
(preproc_arg) "0200\n#"
(preproc_def) "efine INTR_PME 0x0080\n#d"
(#define) "efine I"
(identifier) "TR_PME "
(preproc_arg) "0080\n#"
(preproc_def) "efine INTR_PHY_REG_ACCESSIBLE 0x0020\n#d"
(#define) "efine I"
(identifier) "TR_PHY_REG_ACCESSIBLE 0"
(preproc_arg) "0020\n#"
(preproc_def) "efine INTR_LINK_CHG 0x0010\n#d"
(#define) "efine I"
(identifier) "TR_LINK_CHG "
(preproc_arg) "0010\n#"
(preproc_def) "efine INTR_AN_COMPLETE 0x0008\n#d"
(#define) "efine I"
(identifier) "TR_AN_COMPLETE "
(preproc_arg) "0008\n#"
(preproc_def) "efine INTR_AN_ERROR 0x0001\n\n/"
(#define) "efine I"
(identifier) "TR_AN_ERROR "
(preproc_arg) "0001\n\n"
(comment) " in interrupt context */\ni"
(function_definition) "t rtl8211f_link_change(void)\n{\n uint16_t intr;\n\n phy_set_page(0xA43);\n\n intr = phy_reg_read(0x1D);\n \n phy_set_page(0);\n\n#if 1\n if (intr & INTR_JABBER)\n ithPrintf("phy: jabber detected! \n");\n if (intr & INTR_ALDPS_STATE_CHANGE)\n ithPrintf("phy: ALDPS state changed! \n");\n if (intr & INTR_PME)\n ithPrintf("phy: WOL event occurred! \n");\n if (intr & INTR_PHY_REG_ACCESSIBLE)\n ithPrintf("phy: Can access PHY register through MDC/MDIO! \n");\n if (intr & INTR_AN_COMPLETE)\n ithPrintf("phy: Auto-Negotiation completed! \n");\n if (intr & INTR_AN_ERROR)\n ithPrintf("phy: auto-negotiation error! \n");\n#endif\n if (intr & INTR_LINK_CHG) {\n ithPrintf("phy: link change! \n");\n return 1;\n }\n\n return 0;\n}\n\n"
(primitive_type) "t r"
(function_declarator) "l8211f_link_change(void)\n{"
(identifier) "l8211f_link_change(v"
(parameter_list) "oid)\n{"
(() "o"
(parameter_declaration) "id)\n"
(primitive_type) "id)\n"
()) "{"
(compound_statement) " uint16_t intr;\n\n phy_set_page(0xA43);\n\n intr = phy_reg_read(0x1D);\n \n phy_set_page(0);\n\n#if 1\n if (intr & INTR_JABBER)\n ithPrintf("phy: jabber detected! \n");\n if (intr & INTR_ALDPS_STATE_CHANGE)\n ithPrintf("phy: ALDPS state changed! \n");\n if (intr & INTR_PME)\n ithPrintf("phy: WOL event occurred! \n");\n if (intr & INTR_PHY_REG_ACCESSIBLE)\n ithPrintf("phy: Can access PHY register through MDC/MDIO! \n");\n if (intr & INTR_AN_COMPLETE)\n ithPrintf("phy: Auto-Negotiation completed! \n");\n if (intr & INTR_AN_ERROR)\n ithPrintf("phy: auto-negotiation error! \n");\n#endif\n if (intr & INTR_LINK_CHG) {\n ithPrintf("phy: link change! \n");\n return 1;\n }\n\n return 0;\n}\n\n"
({) " "
(declaration) "nt16_t intr;\n\n"
(primitive_type) "nt16_t i"
(identifier) "tr;\n"
(;) "\n"
(expression_statement) "y_set_page(0xA43);\n\n"
(call_expression) "y_set_page(0xA43);\n"
(identifier) "y_set_page(0"
(argument_list) "xA43);\n"
(() "x"
(number_literal) "A43);"
()) "\n"
(;) "\n"
(expression_statement) "tr = phy_reg_read(0x1D);\n "
(assignment_expression) "tr = phy_reg_read(0x1D);\n"
(identifier) "tr ="
(=) "p"
(call_expression) "y_reg_read(0x1D);\n"
(identifier) "y_reg_read(0"
(argument_list) "x1D);\n"
(() "x"
(number_literal) "1D);"
()) "\n"
(;) " "
(expression_statement) "y_set_page(0);\n\n"
(call_expression) "y_set_page(0);\n"
(identifier) "y_set_page(0"
(argument_list) ");\n"
(() ")"
(number_literal) ";"
()) "\n"
(;) "\n"
(preproc_if) "f 1\n if (intr & INTR_JABBER)\n ithPrintf("phy: jabber detected! \n");\n if (intr & INTR_ALDPS_STATE_CHANGE)\n ithPrintf("phy: ALDPS state changed! \n");\n if (intr & INTR_PME)\n ithPrintf("phy: WOL event occurred! \n");\n if (intr & INTR_PHY_REG_ACCESSIBLE)\n ithPrintf("phy: Can access PHY register through MDC/MDIO! \n");\n if (intr & INTR_AN_COMPLETE)\n ithPrintf("phy: Auto-Negotiation completed! \n");\n if (intr & INTR_AN_ERROR)\n ithPrintf("phy: auto-negotiation error! \n");\n#endif\n "
(#if) "f 1"
(number_literal) " "
(
) " "
(if_statement) " (intr & INTR_JABBER)\n ithPrintf("phy: jabber detected! \n");\n "
(if) " ("
(parenthesized_expression) "ntr & INTR_JABBER)\n "
(() "n"
(binary_expression) "tr & INTR_JABBER)\n"
(identifier) "tr &"
(&) "I"
(identifier) "TR_JABBER)\n"
()) " "
(expression_statement) "hPrintf("phy: jabber detected! \n");\n "
(call_expression) "hPrintf("phy: jabber detected! \n");\n"
(identifier) "hPrintf(""
(argument_list) "phy: jabber detected! \n");\n"
(() "p"
(string_literal) "hy: jabber detected! \n");"
(") "h"
(string_content) "y: jabber detected! \n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(if_statement) " (intr & INTR_ALDPS_STATE_CHANGE)\n ithPrintf("phy: ALDPS state changed! \n");\n "
(if) " ("
(parenthesized_expression) "ntr & INTR_ALDPS_STATE_CHANGE)\n "
(() "n"
(binary_expression) "tr & INTR_ALDPS_STATE_CHANGE)\n"
(identifier) "tr &"
(&) "I"
(identifier) "TR_ALDPS_STATE_CHANGE)\n"
()) " "
(expression_statement) "hPrintf("phy: ALDPS state changed! \n");\n "
(call_expression) "hPrintf("phy: ALDPS state changed! \n");\n"
(identifier) "hPrintf(""
(argument_list) "phy: ALDPS state changed! \n");\n"
(() "p"
(string_literal) "hy: ALDPS state changed! \n");"
(") "h"
(string_content) "y: ALDPS state changed! \n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(if_statement) " (intr & INTR_PME)\n ithPrintf("phy: WOL event occurred! \n");\n "
(if) " ("
(parenthesized_expression) "ntr & INTR_PME)\n "
(() "n"
(binary_expression) "tr & INTR_PME)\n"
(identifier) "tr &"
(&) "I"
(identifier) "TR_PME)\n"
()) " "
(expression_statement) "hPrintf("phy: WOL event occurred! \n");\n "
(call_expression) "hPrintf("phy: WOL event occurred! \n");\n"
(identifier) "hPrintf(""
(argument_list) "phy: WOL event occurred! \n");\n"
(() "p"
(string_literal) "hy: WOL event occurred! \n");"
(") "h"
(string_content) "y: WOL event occurred! \n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(if_statement) " (intr & INTR_PHY_REG_ACCESSIBLE)\n ithPrintf("phy: Can access PHY register through MDC/MDIO! \n");\n "
(if) " ("
(parenthesized_expression) "ntr & INTR_PHY_REG_ACCESSIBLE)\n "
(() "n"
(binary_expression) "tr & INTR_PHY_REG_ACCESSIBLE)\n"
(identifier) "tr &"
(&) "I"
(identifier) "TR_PHY_REG_ACCESSIBLE)\n"
()) " "
(expression_statement) "hPrintf("phy: Can access PHY register through MDC/MDIO! \n");\n "
(call_expression) "hPrintf("phy: Can access PHY register through MDC/MDIO! \n");\n"
(identifier) "hPrintf(""
(argument_list) "phy: Can access PHY register through MDC/MDIO! \n");\n"
(() "p"
(string_literal) "hy: Can access PHY register through MDC/MDIO! \n");"
(") "h"
(string_content) "y: Can access PHY register through MDC/MDIO! \n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(if_statement) " (intr & INTR_AN_COMPLETE)\n ithPrintf("phy: Auto-Negotiation completed! \n");\n "
(if) " ("
(parenthesized_expression) "ntr & INTR_AN_COMPLETE)\n "
(() "n"
(binary_expression) "tr & INTR_AN_COMPLETE)\n"
(identifier) "tr &"
(&) "I"
(identifier) "TR_AN_COMPLETE)\n"
()) " "
(expression_statement) "hPrintf("phy: Auto-Negotiation completed! \n");\n "
(call_expression) "hPrintf("phy: Auto-Negotiation completed! \n");\n"
(identifier) "hPrintf(""
(argument_list) "phy: Auto-Negotiation completed! \n");\n"
(() "p"
(string_literal) "hy: Auto-Negotiation completed! \n");"
(") "h"
(string_content) "y: Auto-Negotiation completed! \n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(if_statement) " (intr & INTR_AN_ERROR)\n ithPrintf("phy: auto-negotiation error! \n");\n#"
(if) " ("
(parenthesized_expression) "ntr & INTR_AN_ERROR)\n "
(() "n"
(binary_expression) "tr & INTR_AN_ERROR)\n"
(identifier) "tr &"
(&) "I"
(identifier) "TR_AN_ERROR)\n"
()) " "
(expression_statement) "hPrintf("phy: auto-negotiation error! \n");\n#"
(call_expression) "hPrintf("phy: auto-negotiation error! \n");\n"
(identifier) "hPrintf(""
(argument_list) "phy: auto-negotiation error! \n");\n"
(() "p"
(string_literal) "hy: auto-negotiation error! \n");"
(") "h"
(string_content) "y: auto-negotiation error! \n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) "#"
(#endif) "ndif\n "
(if_statement) " (intr & INTR_LINK_CHG) {\n ithPrintf("phy: link change! \n");\n return 1;\n }\n\n"
(if) " ("
(parenthesized_expression) "ntr & INTR_LINK_CHG) {"
(() "n"
(binary_expression) "tr & INTR_LINK_CHG) "
(identifier) "tr &"
(&) "I"
(identifier) "TR_LINK_CHG) "
()) "{"
(compound_statement) " ithPrintf("phy: link change! \n");\n return 1;\n }\n\n"
({) " "
(expression_statement) "hPrintf("phy: link change! \n");\n "
(call_expression) "hPrintf("phy: link change! \n");\n"
(identifier) "hPrintf(""
(argument_list) "phy: link change! \n");\n"
(() "p"
(string_literal) "hy: link change! \n");"
(") "h"
(string_content) "y: link change! \n"
(escape_sequence) "")"
(") ";"
()) "\n"
(;) " "
(return_statement) "turn 1;\n "
(return) "turn 1"
(number_literal) "\n"
(;) " "
(}) "\n"
(return_statement) "turn 0;\n}"
(return) "turn 0"
(number_literal) "\n"
(;) "}"
(}) "\n"
(preproc_def) "efine PHYSR_FULL_DUPLEX 0x0008\n#d"
(#define) "efine P"
(identifier) "YSR_FULL_DUPLEX "
(preproc_arg) "0008\n#"
(preproc_def) "efine PHYSR_LINK_OK 0x0004\n\n/"
(#define) "efine P"
(identifier) "YSR_LINK_OK "
(preproc_arg) "0004\n\n"
(comment) " return 0 means link up */\ni"
(function_definition) "t rtl8211f_read_mode(int* speed, int* duplex)\n{\n uint16_t status = phy_reg_read(0x1A);\n uint16_t _speed = (status & 0x0030) >> 4;\n\n if (!(status & PHYSR_LINK_OK)) {\n ithPrintf("phy status reg0x1A = 0x%04X - link not ok! \n", status);\n return -1;\n }\n\n if (status & PHYSR_FULL_DUPLEX)\n (*duplex) = DUPLEX_FULL;\n else\n (*duplex) = DUPLEX_HALF;\n\n switch (_speed) {\n default:\n case 0:\n (*speed) = SPEED_10;\n break;\n case 1:\n (*speed) = SPEED_100;\n break;\n case 2:\n (*speed) = SPEED_1000;\n break;\n }\n\n return 0; // 0 means link up\n}\n\n"
(primitive_type) "t r"
(function_declarator) "l8211f_read_mode(int* speed, int* duplex)\n{"
(identifier) "l8211f_read_mode(i"
(parameter_list) "nt* speed, int* duplex)\n{"
(() "n"
(parameter_declaration) "t* speed, "
(primitive_type) "t* "
(pointer_declarator) "speed, "
(*) "s"
(identifier) "eed, "
(,) "i"
(parameter_declaration) "t* duplex)\n"
(primitive_type) "t* "
(pointer_declarator) "duplex)\n"
(*) "d"
(identifier) "plex)\n"
()) "{"
(compound_statement) " uint16_t status = phy_reg_read(0x1A);\n uint16_t _speed = (status & 0x0030) >> 4;\n\n if (!(status & PHYSR_LINK_OK)) {\n ithPrintf("phy status reg0x1A = 0x%04X - link not ok! \n", status);\n return -1;\n }\n\n if (status & PHYSR_FULL_DUPLEX)\n (*duplex) = DUPLEX_FULL;\n else\n (*duplex) = DUPLEX_HALF;\n\n switch (_speed) {\n default:\n case 0:\n (*speed) = SPEED_10;\n break;\n case 1:\n (*speed) = SPEED_100;\n break;\n case 2:\n (*speed) = SPEED_1000;\n break;\n }\n\n return 0; // 0 means link up\n}\n\n"
({) " "
(declaration) "nt16_t status = phy_reg_read(0x1A);\n "
(primitive_type) "nt16_t s"
(init_declarator) "atus = phy_reg_read(0x1A);\n"
(identifier) "atus ="
(=) "p"
(call_expression) "y_reg_read(0x1A);\n"
(identifier) "y_reg_read(0"
(argument_list) "x1A);\n"
(() "x"
(number_literal) "1A);"
()) "\n"
(;) " "
(declaration) "nt16_t _speed = (status & 0x0030) >> 4;\n\n"
(primitive_type) "nt16_t _"
(init_declarator) "peed = (status & 0x0030) >> 4;\n"
(identifier) "peed ="
(=) "("
(binary_expression) "tatus & 0x0030) >> 4;\n"
(parenthesized_expression) "tatus & 0x0030) >"
(() "t"
(binary_expression) "atus & 0x0030) "
(identifier) "atus &"
(&) "0"
(number_literal) "0030) "
()) ">"
(>>) " 4"
(number_literal) "\n"
(;) "\n"
(if_statement) " (!(status & PHYSR_LINK_OK)) {\n ithPrintf("phy status reg0x1A = 0x%04X - link not ok! \n", status);\n return -1;\n }\n\n"
(if) " ("
(parenthesized_expression) "(status & PHYSR_LINK_OK)) {"
(() "("
(unary_expression) "status & PHYSR_LINK_OK)) "
(!) "s"
(parenthesized_expression) "tatus & PHYSR_LINK_OK)) "
(() "t"
(binary_expression) "atus & PHYSR_LINK_OK))"
(identifier) "atus &"
(&) "P"
(identifier) "YSR_LINK_OK))"
()) " "
()) "{"
(compound_statement) " ithPrintf("phy status reg0x1A = 0x%04X - link not ok! \n", status);\n return -1;\n }\n\n"
({) " "
(expression_statement) "hPrintf("phy status reg0x1A = 0x%04X - link not ok! \n", status);\n "
(call_expression) "hPrintf("phy status reg0x1A = 0x%04X - link not ok! \n", status);\n"
(identifier) "hPrintf(""
(argument_list) "phy status reg0x1A = 0x%04X - link not ok! \n", status);\n"
(() "p"
(string_literal) "hy status reg0x1A = 0x%04X - link not ok! \n", "
(") "h"
(string_content) "y status reg0x1A = 0x%04X - link not ok! \n"
(escape_sequence) "","
(") " "
(,) "s"
(identifier) "atus);"
()) "\n"
(;) " "
(return_statement) "turn -1;\n "
(return) "turn -"
(number_literal) ";\n"
(;) " "
(}) "\n"
(if_statement) " (status & PHYSR_FULL_DUPLEX)\n (*duplex) = DUPLEX_FULL;\n else\n (*duplex) = DUPLEX_HALF;\n\n"
(if) " ("
(parenthesized_expression) "tatus & PHYSR_FULL_DUPLEX)\n "
(() "t"
(binary_expression) "atus & PHYSR_FULL_DUPLEX)\n"
(identifier) "atus &"
(&) "P"
(identifier) "YSR_FULL_DUPLEX)\n"
()) " "
(expression_statement) "duplex) = DUPLEX_FULL;\n "
(assignment_expression) "duplex) = DUPLEX_FULL;\n"
(parenthesized_expression) "duplex) ="
(() "d"
(pointer_expression) "uplex) "
(*) "u"
(identifier) "plex) "
()) "="
(=) "D"
(identifier) "PLEX_FULL;\n"
(;) " "
(else_clause) "se\n (*duplex) = DUPLEX_HALF;\n\n"
(else) "se\n "
(expression_statement) "duplex) = DUPLEX_HALF;\n\n"
(assignment_expression) "duplex) = DUPLEX_HALF;\n"
(parenthesized_expression) "duplex) ="
(() "d"
(pointer_expression) "uplex) "
(*) "u"
(identifier) "plex) "
()) "="
(=) "D"
(identifier) "PLEX_HALF;\n"
(;) "\n"
(switch_statement) "itch (_speed) {\n default:\n case 0:\n (*speed) = SPEED_10;\n break;\n case 1:\n (*speed) = SPEED_100;\n break;\n case 2:\n (*speed) = SPEED_1000;\n break;\n }\n\n"
(switch) "itch ("
(parenthesized_expression) "speed) {"
(() "s"
(identifier) "peed) "
()) "{"
(compound_statement) " default:\n case 0:\n (*speed) = SPEED_10;\n break;\n case 1:\n (*speed) = SPEED_100;\n break;\n case 2:\n (*speed) = SPEED_1000;\n break;\n }\n\n"
({) " "
(case_statement) "fault:\n "
(default) "fault:\n"
(:) " "
(case_statement) "se 0:\n (*speed) = SPEED_10;\n break;\n "
(case) "se 0"
(number_literal) "\n"
(:) " "
(expression_statement) "speed) = SPEED_10;\n "
(assignment_expression) "speed) = SPEED_10;\n"
(parenthesized_expression) "speed) ="
(() "s"
(pointer_expression) "peed) "
(*) "p"
(identifier) "eed) "
()) "="
(=) "S"
(identifier) "EED_10;\n"
(;) " "
(break_statement) "eak;\n "
(break) "eak;\n"
(;) " "
(case_statement) "se 1:\n (*speed) = SPEED_100;\n break;\n "
(case) "se 1"
(number_literal) "\n"
(:) " "
(expression_statement) "speed) = SPEED_100;\n "
(assignment_expression) "speed) = SPEED_100;\n"
(parenthesized_expression) "speed) ="
(() "s"
(pointer_expression) "peed) "
(*) "p"
(identifier) "eed) "
()) "="
(=) "S"
(identifier) "EED_100;\n"
(;) " "
(break_statement) "eak;\n "
(break) "eak;\n"
(;) " "
(case_statement) "se 2:\n (*speed) = SPEED_1000;\n break;\n "
(case) "se 2"
(number_literal) "\n"
(:) " "
(expression_statement) "speed) = SPEED_1000;\n "
(assignment_expression) "speed) = SPEED_1000;\n"
(parenthesized_expression) "speed) ="
(() "s"
(pointer_expression) "peed) "
(*) "p"
(identifier) "eed) "
()) "="
(=) "S"
(identifier) "EED_1000;\n"
(;) " "
(break_statement) "eak;\n "
(break) "eak;\n"
(;) " "
(}) "\n"
(return_statement) "turn 0; /"
(return) "turn 0"
(number_literal) " "
(;) "/"
(comment) " 0 means link up\n}"
(}) "\n"
(comment) "*\n* Check interrupt status for link change. \n* Call from mac driver's internal ISR for phy's interrupt.\n*/\ni"
(declaration) "t(*itpPhyLinkChange)(void) = rtl8211f_link_change;\n/"
(primitive_type) "t(*"
(init_declarator) "itpPhyLinkChange)(void) = rtl8211f_link_change;\n"
(function_declarator) "itpPhyLinkChange)(void) ="
(parenthesized_declarator) "itpPhyLinkChange)(v"
(() "i"
(pointer_declarator) "tpPhyLinkChange)("
(*) "t"
(identifier) "pPhyLinkChange)("
()) "v"
(parameter_list) "oid) ="
(() "o"
(parameter_declaration) "id) "
(primitive_type) "id) "
()) "="
(=) "r"
(identifier) "l8211f_link_change;\n"
(;) "/"
(comment) "*\n* Replace mac driver's ISR for phy's interrupt. \n*/\nI"
(declaration) "HGpioIntrHandler itpPhylinkIsr = NULL;\n/"
(type_identifier) "HGpioIntrHandler i"
(init_declarator) "pPhylinkIsr = NULL;\n"
(identifier) "pPhylinkIsr ="
(=) "N"
(null) "LL;\n"
(NULL) "LL;\n"
(;) "/"
(comment) "*\n* Returns 0 if the device reports link status up/ok \n*/\ni"
(declaration) "t(*itpPhyReadMode)(int* speed, int* duplex) = rtl8211f_read_mode;\n/"
(primitive_type) "t(*"
(init_declarator) "itpPhyReadMode)(int* speed, int* duplex) = rtl8211f_read_mode;\n"
(function_declarator) "itpPhyReadMode)(int* speed, int* duplex) ="
(parenthesized_declarator) "itpPhyReadMode)(i"
(() "i"
(pointer_declarator) "tpPhyReadMode)("
(*) "t"
(identifier) "pPhyReadMode)("
()) "i"
(parameter_list) "nt* speed, int* duplex) ="
(() "n"
(parameter_declaration) "t* speed, "
(primitive_type) "t* "
(pointer_declarator) "speed, "
(*) "s"
(identifier) "eed, "
(,) "i"
(parameter_declaration) "t* duplex) "
(primitive_type) "t* "
(pointer_declarator) "duplex) "
(*) "d"
(identifier) "plex) "
()) "="
(=) "r"
(identifier) "l8211f_read_mode;\n"
(;) "/"
(comment) "*\n* Get link status.\n*/\nu"
(declaration) "nt32_t(*itpPhyLinkStatus)(void) = NULL;\n\n"
(primitive_type) "nt32_t(*"
(init_declarator) "itpPhyLinkStatus)(void) = NULL;\n"
(function_declarator) "itpPhyLinkStatus)(void) ="
(parenthesized_declarator) "itpPhyLinkStatus)(v"
(() "i"
(pointer_declarator) "tpPhyLinkStatus)("
(*) "t"
(identifier) "pPhyLinkStatus)("
()) "v"
(parameter_list) "oid) ="
(() "o"
(parameter_declaration) "id) "
(primitive_type) "id) "
()) "="
(=) "N"
(null) "LL;\n"
(NULL) "LL;\n"
(;) "\n"
| 1,196
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 181, "avg_line_length": 27.96, "nodes": 703, "errors": 0, "source_hash": "cec44b228433ea0ff2155912883009345fa63f2f5d124c30bc724c3008c813c7", "categorized_nodes": 449}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_include", "text": "nclude \"ite/ite_mac.h\"\n\n\n", "parent": null, "children": [1, 2], "start_point": {"row": 0, "column": 3}, "end_point": {"row": 1, "column": 0}}, {"id": 1, "type": "#include", "text": "nclude \"", "parent": 0, "children": [], "start_point": {"row": 0, "column": 3}, "end_point": {"row": 0, "column": 11}}, {"id": 2, "type": "string_literal", "text": "te/ite_mac.h\"\n\n", "parent": 0, "children": [], "start_point": {"row": 0, "column": 12}, "end_point": {"row": 0, "column": 27}}, {"id": 3, "type": "declaration", "text": "atic struct mii_ioctl_data phy_reg = { CFG_NET_ETHERNET_PHY_ADDR, 0, 0, 0 };\n\n", "parent": null, "children": [4, 5, 8], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 4, "column": 78}}, {"id": 4, "type": "storage_class_specifier", "text": "atic s", "parent": 3, "children": [], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 4, "column": 6}}, {"id": 5, "type": "struct_specifier", "text": "ruct mii_ioctl_data p", "parent": 3, "children": [6, 7], "start_point": {"row": 4, "column": 7}, "end_point": {"row": 4, "column": 28}}, {"id": 6, "type": "struct", "text": "ruct m", "parent": 5, "children": [], "start_point": {"row": 4, "column": 7}, "end_point": {"row": 4, "column": 13}}, {"id": 7, "type": "type_identifier", "text": "i_ioctl_data p", "parent": 5, "children": [], "start_point": {"row": 4, "column": 14}, "end_point": {"row": 4, "column": 28}}, {"id": 8, "type": "init_declarator", "text": "y_reg = { CFG_NET_ETHERNET_PHY_ADDR, 0, 0, 0 };\n", "parent": 3, "children": [9, 10], "start_point": {"row": 4, "column": 29}, "end_point": {"row": 4, "column": 77}}, {"id": 9, "type": "identifier", "text": "y_reg =", "parent": 8, "children": [], "start_point": {"row": 4, "column": 29}, "end_point": {"row": 4, "column": 36}}, {"id": 10, "type": "initializer_list", "text": "CFG_NET_ETHERNET_PHY_ADDR, 0, 0, 0 };\n", "parent": 8, "children": [11, 12, 13], "start_point": {"row": 4, "column": 39}, "end_point": {"row": 4, "column": 77}}, {"id": 11, "type": "identifier", "text": "G_NET_ETHERNET_PHY_ADDR, ", "parent": 10, "children": [], "start_point": {"row": 4, "column": 41}, "end_point": {"row": 4, "column": 66}}, {"id": 12, "type": "number_literal", "text": " ", "parent": 10, "children": [], "start_point": {"row": 4, "column": 68}, "end_point": {"row": 4, "column": 69}}, {"id": 13, "type": "number_literal", "text": " ", "parent": 10, "children": [], "start_point": {"row": 4, "column": 71}, "end_point": {"row": 4, "column": 72}}, {"id": 14, "type": "preproc_function_def", "text": "efine phy_set_page(page) do { phy_reg.reg_num=31; phy_reg.val_write=page; iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n#d", "parent": null, "children": [15, 16, 17, 19], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 7, "column": 0}}, {"id": 15, "type": "#define", "text": "efine p", "parent": 14, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 7}}, {"id": 16, "type": "identifier", "text": "y_set_page(p", "parent": 14, "children": [], "start_point": {"row": 6, "column": 8}, "end_point": {"row": 6, "column": 20}}, {"id": 17, "type": "preproc_params", "text": "age) ", "parent": 14, "children": [18], "start_point": {"row": 6, "column": 20}, "end_point": {"row": 6, "column": 26}}, {"id": 18, "type": "identifier", "text": "ge) ", "parent": 17, "children": [], "start_point": {"row": 6, "column": 21}, "end_point": {"row": 6, "column": 25}}, {"id": 19, "type": "preproc_arg", "text": " { phy_reg.reg_num=31; phy_reg.val_write=page; iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n#", "parent": 14, "children": [], "start_point": {"row": 6, "column": 32}, "end_point": {"row": 6, "column": 126}}, {"id": 20, "type": "preproc_function_def", "text": "efine phy_reg_write(reg,val) do { phy_reg.reg_num=(reg); phy_reg.val_write=(val); iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n\ns", "parent": null, "children": [21, 22, 23, 26], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 8, "column": 0}}, {"id": 21, "type": "#define", "text": "efine p", "parent": 20, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 7}}, {"id": 22, "type": "identifier", "text": "y_reg_write(r", "parent": 20, "children": [], "start_point": {"row": 7, "column": 8}, "end_point": {"row": 7, "column": 21}}, {"id": 23, "type": "preproc_params", "text": "eg,val) ", "parent": 20, "children": [24, 25], "start_point": {"row": 7, "column": 21}, "end_point": {"row": 7, "column": 30}}, {"id": 24, "type": "identifier", "text": "g,v", "parent": 23, "children": [], "start_point": {"row": 7, "column": 22}, "end_point": {"row": 7, "column": 25}}, {"id": 25, "type": "identifier", "text": "l) ", "parent": 23, "children": [], "start_point": {"row": 7, "column": 26}, "end_point": {"row": 7, "column": 29}}, {"id": 26, "type": "preproc_arg", "text": " { phy_reg.reg_num=(reg); phy_reg.val_write=(val); iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n\n", "parent": 20, "children": [], "start_point": {"row": 7, "column": 32}, "end_point": {"row": 7, "column": 130}}, {"id": 27, "type": "function_definition", "text": "atic uint16_t phy_reg_read(uint16_t reg)\n{\n phy_reg.reg_num = reg; \n phy_reg.val_read = 0; \n iteMacIoctl(&phy_reg, IOCGMIIREG);\n return phy_reg.val_read;\n}\n\n", "parent": null, "children": [28, 29, 30], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 15, "column": 1}}, {"id": 28, "type": "storage_class_specifier", "text": "atic u", "parent": 27, "children": [], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 6}}, {"id": 29, "type": "primitive_type", "text": "nt16_t p", "parent": 27, "children": [], "start_point": {"row": 9, "column": 7}, "end_point": {"row": 9, "column": 15}}, {"id": 30, "type": "function_declarator", "text": "y_reg_read(uint16_t reg)\n{", "parent": 27, "children": [31, 32], "start_point": {"row": 9, "column": 16}, "end_point": {"row": 9, "column": 42}}, {"id": 31, "type": "identifier", "text": "y_reg_read(u", "parent": 30, "children": [], "start_point": {"row": 9, "column": 16}, "end_point": {"row": 9, "column": 28}}, {"id": 32, "type": "parameter_list", "text": "int16_t reg)\n{", "parent": 30, "children": [33], "start_point": {"row": 9, "column": 28}, "end_point": {"row": 9, "column": 42}}, {"id": 33, "type": "parameter_declaration", "text": "nt16_t reg)\n", "parent": 32, "children": [34, 35], "start_point": {"row": 9, "column": 29}, "end_point": {"row": 9, "column": 41}}, {"id": 34, "type": "primitive_type", "text": "nt16_t r", "parent": 33, "children": [], "start_point": {"row": 9, "column": 29}, "end_point": {"row": 9, "column": 37}}, {"id": 35, "type": "identifier", "text": "g)\n", "parent": 33, "children": [], "start_point": {"row": 9, "column": 38}, "end_point": {"row": 9, "column": 41}}, {"id": 36, "type": "assignment_expression", "text": "y_reg.reg_num = reg; ", "parent": 27, "children": [37, 40, 41], "start_point": {"row": 11, "column": 4}, "end_point": {"row": 11, "column": 25}}, {"id": 37, "type": "field_expression", "text": "y_reg.reg_num =", "parent": 36, "children": [38, 39], "start_point": {"row": 11, "column": 4}, "end_point": {"row": 11, "column": 19}}, {"id": 38, "type": "identifier", "text": "y_reg.r", "parent": 37, "children": [], "start_point": {"row": 11, "column": 4}, "end_point": {"row": 11, "column": 11}}, {"id": 39, "type": "field_identifier", "text": "g_num =", "parent": 37, "children": [], "start_point": {"row": 11, "column": 12}, "end_point": {"row": 11, "column": 19}}, {"id": 40, "type": "=", "text": "r", "parent": 36, "children": [], "start_point": {"row": 11, "column": 20}, "end_point": {"row": 11, "column": 21}}, {"id": 41, "type": "identifier", "text": "g; ", "parent": 36, "children": [], "start_point": {"row": 11, "column": 22}, "end_point": {"row": 11, "column": 25}}, {"id": 42, "type": "assignment_expression", "text": "y_reg.val_read = 0; ", "parent": 27, "children": [43, 46, 47], "start_point": {"row": 12, "column": 4}, "end_point": {"row": 12, "column": 24}}, {"id": 43, "type": "field_expression", "text": "y_reg.val_read =", "parent": 42, "children": [44, 45], "start_point": {"row": 12, "column": 4}, "end_point": {"row": 12, "column": 20}}, {"id": 44, "type": "identifier", "text": "y_reg.v", "parent": 43, "children": [], "start_point": {"row": 12, "column": 4}, "end_point": {"row": 12, "column": 11}}, {"id": 45, "type": "field_identifier", "text": "l_read =", "parent": 43, "children": [], "start_point": {"row": 12, "column": 12}, "end_point": {"row": 12, "column": 20}}, {"id": 46, "type": "=", "text": "0", "parent": 42, "children": [], "start_point": {"row": 12, "column": 21}, "end_point": {"row": 12, "column": 22}}, {"id": 47, "type": "number_literal", "text": " ", "parent": 42, "children": [], "start_point": {"row": 12, "column": 23}, "end_point": {"row": 12, "column": 24}}, {"id": 48, "type": "call_expression", "text": "eMacIoctl(&phy_reg, IOCGMIIREG);\n", "parent": 27, "children": [49, 50], "start_point": {"row": 13, "column": 4}, "end_point": {"row": 13, "column": 37}}, {"id": 49, "type": "identifier", "text": "eMacIoctl(&", "parent": 48, "children": [], "start_point": {"row": 13, "column": 4}, "end_point": {"row": 13, "column": 15}}, {"id": 50, "type": "argument_list", "text": "phy_reg, IOCGMIIREG);\n", "parent": 48, "children": [51, 54], "start_point": {"row": 13, "column": 15}, "end_point": {"row": 13, "column": 37}}, {"id": 51, "type": "pointer_expression", "text": "hy_reg, ", "parent": 50, "children": [52, 53], "start_point": {"row": 13, "column": 16}, "end_point": {"row": 13, "column": 24}}, {"id": 52, "type": "&", "text": "h", "parent": 51, "children": [], "start_point": {"row": 13, "column": 16}, "end_point": {"row": 13, "column": 17}}, {"id": 53, "type": "identifier", "text": "y_reg, ", "parent": 51, "children": [], "start_point": {"row": 13, "column": 17}, "end_point": {"row": 13, "column": 24}}, {"id": 54, "type": "identifier", "text": "CGMIIREG);", "parent": 50, "children": [], "start_point": {"row": 13, "column": 26}, "end_point": {"row": 13, "column": 36}}, {"id": 55, "type": "return_statement", "text": "turn phy_reg.val_read;\n}", "parent": 27, "children": [56], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 28}}, {"id": 56, "type": "field_expression", "text": "y_reg.val_read;\n", "parent": 55, "children": [57, 58], "start_point": {"row": 14, "column": 11}, "end_point": {"row": 14, "column": 27}}, {"id": 57, "type": "identifier", "text": "y_reg.v", "parent": 56, "children": [], "start_point": {"row": 14, "column": 11}, "end_point": {"row": 14, "column": 18}}, {"id": 58, "type": "field_identifier", "text": "l_read;\n", "parent": 56, "children": [], "start_point": {"row": 14, "column": 19}, "end_point": {"row": 14, "column": 27}}, {"id": 59, "type": "function_definition", "text": "atic int rtl8211f_reset(void)\n{\n int bmcr;\n\n // Software Reset PHY\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n bmcr |= BMCR_RESET;\n phy_reg_write(MII_BMCR, bmcr);\n\n do {\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n } while (bmcr & BMCR_RESET);\n\n return 0;\n}\n\n", "parent": null, "children": [60, 61, 62], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 35, "column": 1}}, {"id": 60, "type": "storage_class_specifier", "text": "atic i", "parent": 59, "children": [], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 6}}, {"id": 61, "type": "primitive_type", "text": "t r", "parent": 59, "children": [], "start_point": {"row": 17, "column": 7}, "end_point": {"row": 17, "column": 10}}, {"id": 62, "type": "function_declarator", "text": "l8211f_reset(void)\n{", "parent": 59, "children": [63, 64], "start_point": {"row": 17, "column": 11}, "end_point": {"row": 17, "column": 31}}, {"id": 63, "type": "identifier", "text": "l8211f_reset(v", "parent": 62, "children": [], "start_point": {"row": 17, "column": 11}, "end_point": {"row": 17, "column": 25}}, {"id": 64, "type": "parameter_list", "text": "oid)\n{", "parent": 62, "children": [65], "start_point": {"row": 17, "column": 25}, "end_point": {"row": 17, "column": 31}}, {"id": 65, "type": "parameter_declaration", "text": "id)\n", "parent": 64, "children": [66], "start_point": {"row": 17, "column": 26}, "end_point": {"row": 17, "column": 30}}, {"id": 66, "type": "primitive_type", "text": "id)\n", "parent": 65, "children": [], "start_point": {"row": 17, "column": 26}, "end_point": {"row": 17, "column": 30}}, {"id": 67, "type": "declaration", "text": "t bmcr;\n\n", "parent": 59, "children": [68, 69], "start_point": {"row": 19, "column": 4}, "end_point": {"row": 19, "column": 13}}, {"id": 68, "type": "primitive_type", "text": "t b", "parent": 67, "children": [], "start_point": {"row": 19, "column": 4}, "end_point": {"row": 19, "column": 7}}, {"id": 69, "type": "identifier", "text": "cr;\n", "parent": 67, "children": [], "start_point": {"row": 19, "column": 8}, "end_point": {"row": 19, "column": 12}}, {"id": 70, "type": "assignment_expression", "text": "cr = phy_reg_read(MII_BMCR);\n", "parent": 59, "children": [71, 72, 73], "start_point": {"row": 22, "column": 4}, "end_point": {"row": 22, "column": 33}}, {"id": 71, "type": "identifier", "text": "cr =", "parent": 70, "children": [], "start_point": {"row": 22, "column": 4}, "end_point": {"row": 22, "column": 8}}, {"id": 72, "type": "=", "text": "p", "parent": 70, "children": [], "start_point": {"row": 22, "column": 9}, "end_point": {"row": 22, "column": 10}}, {"id": 73, "type": "call_expression", "text": "y_reg_read(MII_BMCR);\n", "parent": 70, "children": [74, 75], "start_point": {"row": 22, "column": 11}, "end_point": {"row": 22, "column": 33}}, {"id": 74, "type": "identifier", "text": "y_reg_read(M", "parent": 73, "children": [], "start_point": {"row": 22, "column": 11}, "end_point": {"row": 22, "column": 23}}, {"id": 75, "type": "argument_list", "text": "II_BMCR);\n", "parent": 73, "children": [76], "start_point": {"row": 22, "column": 23}, "end_point": {"row": 22, "column": 33}}, {"id": 76, "type": "identifier", "text": "I_BMCR);", "parent": 75, "children": [], "start_point": {"row": 22, "column": 24}, "end_point": {"row": 22, "column": 32}}, {"id": 77, "type": "if_statement", "text": " (bmcr < 0)\n return bmcr;\n ", "parent": 59, "children": [78, 83], "start_point": {"row": 23, "column": 4}, "end_point": {"row": 24, "column": 20}}, {"id": 78, "type": "parenthesized_expression", "text": "mcr < 0)\n ", "parent": 77, "children": [79], "start_point": {"row": 23, "column": 7}, "end_point": {"row": 23, "column": 17}}, {"id": 79, "type": "binary_expression", "text": "cr < 0)\n", "parent": 78, "children": [80, 81, 82], "start_point": {"row": 23, "column": 8}, "end_point": {"row": 23, "column": 16}}, {"id": 80, "type": "identifier", "text": "cr <", "parent": 79, "children": [], "start_point": {"row": 23, "column": 8}, "end_point": {"row": 23, "column": 12}}, {"id": 81, "type": "<", "text": "0", "parent": 79, "children": [], "start_point": {"row": 23, "column": 13}, "end_point": {"row": 23, "column": 14}}, {"id": 82, "type": "number_literal", "text": "\n", "parent": 79, "children": [], "start_point": {"row": 23, "column": 15}, "end_point": {"row": 23, "column": 16}}, {"id": 83, "type": "return_statement", "text": "turn bmcr;\n ", "parent": 77, "children": [84], "start_point": {"row": 24, "column": 8}, "end_point": {"row": 24, "column": 20}}, {"id": 84, "type": "identifier", "text": "cr;\n", "parent": 83, "children": [], "start_point": {"row": 24, "column": 15}, "end_point": {"row": 24, "column": 19}}, {"id": 85, "type": "assignment_expression", "text": "cr |= BMCR_RESET;\n", "parent": 59, "children": [86, 87, 88], "start_point": {"row": 25, "column": 4}, "end_point": {"row": 25, "column": 22}}, {"id": 86, "type": "identifier", "text": "cr |", "parent": 85, "children": [], "start_point": {"row": 25, "column": 4}, "end_point": {"row": 25, "column": 8}}, {"id": 87, "type": "|=", "text": " B", "parent": 85, "children": [], "start_point": {"row": 25, "column": 9}, "end_point": {"row": 25, "column": 11}}, {"id": 88, "type": "identifier", "text": "CR_RESET;\n", "parent": 85, "children": [], "start_point": {"row": 25, "column": 12}, "end_point": {"row": 25, "column": 22}}, {"id": 89, "type": "call_expression", "text": "y_reg_write(MII_BMCR, bmcr);\n", "parent": 59, "children": [90, 91], "start_point": {"row": 26, "column": 4}, "end_point": {"row": 26, "column": 33}}, {"id": 90, "type": "identifier", "text": "y_reg_write(M", "parent": 89, "children": [], "start_point": {"row": 26, "column": 4}, "end_point": {"row": 26, "column": 17}}, {"id": 91, "type": "argument_list", "text": "II_BMCR, bmcr);\n", "parent": 89, "children": [92, 93], "start_point": {"row": 26, "column": 17}, "end_point": {"row": 26, "column": 33}}, {"id": 92, "type": "identifier", "text": "I_BMCR, ", "parent": 91, "children": [], "start_point": {"row": 26, "column": 18}, "end_point": {"row": 26, "column": 26}}, {"id": 93, "type": "identifier", "text": "cr);", "parent": 91, "children": [], "start_point": {"row": 26, "column": 28}, "end_point": {"row": 26, "column": 32}}, {"id": 94, "type": "do_statement", "text": " {\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n } while (bmcr & BMCR_RESET);\n\n", "parent": 59, "children": [110], "start_point": {"row": 28, "column": 4}, "end_point": {"row": 32, "column": 32}}, {"id": 95, "type": "assignment_expression", "text": "cr = phy_reg_read(MII_BMCR);\n", "parent": 94, "children": [96, 97, 98], "start_point": {"row": 29, "column": 8}, "end_point": {"row": 29, "column": 37}}, {"id": 96, "type": "identifier", "text": "cr =", "parent": 95, "children": [], "start_point": {"row": 29, "column": 8}, "end_point": {"row": 29, "column": 12}}, {"id": 97, "type": "=", "text": "p", "parent": 95, "children": [], "start_point": {"row": 29, "column": 13}, "end_point": {"row": 29, "column": 14}}, {"id": 98, "type": "call_expression", "text": "y_reg_read(MII_BMCR);\n", "parent": 95, "children": [99, 100], "start_point": {"row": 29, "column": 15}, "end_point": {"row": 29, "column": 37}}, {"id": 99, "type": "identifier", "text": "y_reg_read(M", "parent": 98, "children": [], "start_point": {"row": 29, "column": 15}, "end_point": {"row": 29, "column": 27}}, {"id": 100, "type": "argument_list", "text": "II_BMCR);\n", "parent": 98, "children": [101], "start_point": {"row": 29, "column": 27}, "end_point": {"row": 29, "column": 37}}, {"id": 101, "type": "identifier", "text": "I_BMCR);", "parent": 100, "children": [], "start_point": {"row": 29, "column": 28}, "end_point": {"row": 29, "column": 36}}, {"id": 102, "type": "if_statement", "text": " (bmcr < 0)\n return bmcr;\n ", "parent": 94, "children": [103, 108], "start_point": {"row": 30, "column": 8}, "end_point": {"row": 31, "column": 24}}, {"id": 103, "type": "parenthesized_expression", "text": "mcr < 0)\n ", "parent": 102, "children": [104], "start_point": {"row": 30, "column": 11}, "end_point": {"row": 30, "column": 21}}, {"id": 104, "type": "binary_expression", "text": "cr < 0)\n", "parent": 103, "children": [105, 106, 107], "start_point": {"row": 30, "column": 12}, "end_point": {"row": 30, "column": 20}}, {"id": 105, "type": "identifier", "text": "cr <", "parent": 104, "children": [], "start_point": {"row": 30, "column": 12}, "end_point": {"row": 30, "column": 16}}, {"id": 106, "type": "<", "text": "0", "parent": 104, "children": [], "start_point": {"row": 30, "column": 17}, "end_point": {"row": 30, "column": 18}}, {"id": 107, "type": "number_literal", "text": "\n", "parent": 104, "children": [], "start_point": {"row": 30, "column": 19}, "end_point": {"row": 30, "column": 20}}, {"id": 108, "type": "return_statement", "text": "turn bmcr;\n ", "parent": 102, "children": [109], "start_point": {"row": 31, "column": 12}, "end_point": {"row": 31, "column": 24}}, {"id": 109, "type": "identifier", "text": "cr;\n", "parent": 108, "children": [], "start_point": {"row": 31, "column": 19}, "end_point": {"row": 31, "column": 23}}, {"id": 110, "type": "parenthesized_expression", "text": "mcr & BMCR_RESET);\n", "parent": 94, "children": [111], "start_point": {"row": 32, "column": 12}, "end_point": {"row": 32, "column": 31}}, {"id": 111, "type": "binary_expression", "text": "cr & BMCR_RESET);", "parent": 110, "children": [112, 113, 114], "start_point": {"row": 32, "column": 13}, "end_point": {"row": 32, "column": 30}}, {"id": 112, "type": "identifier", "text": "cr &", "parent": 111, "children": [], "start_point": {"row": 32, "column": 13}, "end_point": {"row": 32, "column": 17}}, {"id": 113, "type": "&", "text": "B", "parent": 111, "children": [], "start_point": {"row": 32, "column": 18}, "end_point": {"row": 32, "column": 19}}, {"id": 114, "type": "identifier", "text": "CR_RESET);", "parent": 111, "children": [], "start_point": {"row": 32, "column": 20}, "end_point": {"row": 32, "column": 30}}, {"id": 115, "type": "return_statement", "text": "turn 0;\n}", "parent": 59, "children": [116], "start_point": {"row": 34, "column": 4}, "end_point": {"row": 34, "column": 13}}, {"id": 116, "type": "number_literal", "text": "\n", "parent": 115, "children": [], "start_point": {"row": 34, "column": 11}, "end_point": {"row": 34, "column": 12}}, {"id": 117, "type": "preproc_def", "text": "efine INTR_JABBER\t\t\t \t0x0400\n#d", "parent": null, "children": [118, 119, 120], "start_point": {"row": 38, "column": 0}, "end_point": {"row": 39, "column": 0}}, {"id": 118, "type": "#define", "text": "efine I", "parent": 117, "children": [], "start_point": {"row": 38, "column": 0}, "end_point": {"row": 38, "column": 7}}, {"id": 119, "type": "identifier", "text": "TR_JABBER\t\t", "parent": 117, "children": [], "start_point": {"row": 38, "column": 8}, "end_point": {"row": 38, "column": 19}}, {"id": 120, "type": "preproc_arg", "text": "0400\n#", "parent": 117, "children": [], "start_point": {"row": 38, "column": 24}, "end_point": {"row": 38, "column": 30}}, {"id": 121, "type": "preproc_def", "text": "efine INTR_ALDPS_STATE_CHANGE\t0x0200\n#d", "parent": null, "children": [122, 123, 124], "start_point": {"row": 39, "column": 0}, "end_point": {"row": 40, "column": 0}}, {"id": 122, "type": "#define", "text": "efine I", "parent": 121, "children": [], "start_point": {"row": 39, "column": 0}, "end_point": {"row": 39, "column": 7}}, {"id": 123, "type": "identifier", "text": "TR_ALDPS_STATE_CHANGE\t0", "parent": 121, "children": [], "start_point": {"row": 39, "column": 8}, "end_point": {"row": 39, "column": 31}}, {"id": 124, "type": "preproc_arg", "text": "0200\n#", "parent": 121, "children": [], "start_point": {"row": 39, "column": 32}, "end_point": {"row": 39, "column": 38}}, {"id": 125, "type": "preproc_def", "text": "efine INTR_PME\t\t\t \t0x0080\n#d", "parent": null, "children": [126, 127, 128], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 41, "column": 0}}, {"id": 126, "type": "#define", "text": "efine I", "parent": 125, "children": [], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 40, "column": 7}}, {"id": 127, "type": "identifier", "text": "TR_PME\t\t", "parent": 125, "children": [], "start_point": {"row": 40, "column": 8}, "end_point": {"row": 40, "column": 16}}, {"id": 128, "type": "preproc_arg", "text": "0080\n#", "parent": 125, "children": [], "start_point": {"row": 40, "column": 21}, "end_point": {"row": 40, "column": 27}}, {"id": 129, "type": "preproc_def", "text": "efine INTR_PHY_REG_ACCESSIBLE\t0x0020\n#d", "parent": null, "children": [130, 131, 132], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 42, "column": 0}}, {"id": 130, "type": "#define", "text": "efine I", "parent": 129, "children": [], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 7}}, {"id": 131, "type": "identifier", "text": "TR_PHY_REG_ACCESSIBLE\t0", "parent": 129, "children": [], "start_point": {"row": 41, "column": 8}, "end_point": {"row": 41, "column": 31}}, {"id": 132, "type": "preproc_arg", "text": "0020\n#", "parent": 129, "children": [], "start_point": {"row": 41, "column": 32}, "end_point": {"row": 41, "column": 38}}, {"id": 133, "type": "preproc_def", "text": "efine INTR_LINK_CHG \t 0x0010\n#d", "parent": null, "children": [134, 135, 136], "start_point": {"row": 42, "column": 0}, "end_point": {"row": 43, "column": 0}}, {"id": 134, "type": "#define", "text": "efine I", "parent": 133, "children": [], "start_point": {"row": 42, "column": 0}, "end_point": {"row": 42, "column": 7}}, {"id": 135, "type": "identifier", "text": "TR_LINK_CHG ", "parent": 133, "children": [], "start_point": {"row": 42, "column": 8}, "end_point": {"row": 42, "column": 21}}, {"id": 136, "type": "preproc_arg", "text": "0010\n#", "parent": 133, "children": [], "start_point": {"row": 42, "column": 30}, "end_point": {"row": 42, "column": 36}}, {"id": 137, "type": "preproc_def", "text": "efine INTR_AN_COMPLETE\t 0x0008\n#d", "parent": null, "children": [138, 139, 140], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 44, "column": 0}}, {"id": 138, "type": "#define", "text": "efine I", "parent": 137, "children": [], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 43, "column": 7}}, {"id": 139, "type": "identifier", "text": "TR_AN_COMPLETE\t ", "parent": 137, "children": [], "start_point": {"row": 43, "column": 8}, "end_point": {"row": 43, "column": 24}}, {"id": 140, "type": "preproc_arg", "text": "0008\n#", "parent": 137, "children": [], "start_point": {"row": 43, "column": 29}, "end_point": {"row": 43, "column": 35}}, {"id": 141, "type": "preproc_def", "text": "efine INTR_AN_ERROR\t\t 0x0001\n\n#", "parent": null, "children": [142, 143, 144], "start_point": {"row": 44, "column": 0}, "end_point": {"row": 45, "column": 0}}, {"id": 142, "type": "#define", "text": "efine I", "parent": 141, "children": [], "start_point": {"row": 44, "column": 0}, "end_point": {"row": 44, "column": 7}}, {"id": 143, "type": "identifier", "text": "TR_AN_ERROR\t\t", "parent": 141, "children": [], "start_point": {"row": 44, "column": 8}, "end_point": {"row": 44, "column": 21}}, {"id": 144, "type": "preproc_arg", "text": "0001\n\n", "parent": 141, "children": [], "start_point": {"row": 44, "column": 27}, "end_point": {"row": 44, "column": 33}}, {"id": 145, "type": "preproc_def", "text": "efine INTR_ENABLE_ALL\t(INTR_JABBER |\\\n\tINTR_ALDPS_STATE_CHANGE |\\\n\tINTR_PME |\\\n\tINTR_PHY_REG_ACCESSIBLE |\\\n\tINTR_LINK_CHG |\\\n\tINTR_AN_COMPLETE |\\\n\tINTR_AN_ERROR)\n\t\n", "parent": null, "children": [146, 147, 148], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 53, "column": 0}}, {"id": 146, "type": "#define", "text": "efine I", "parent": 145, "children": [], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 46, "column": 7}}, {"id": 147, "type": "identifier", "text": "TR_ENABLE_ALL\t(", "parent": 145, "children": [], "start_point": {"row": 46, "column": 8}, "end_point": {"row": 46, "column": 23}}, {"id": 148, "type": "preproc_arg", "text": "NTR_JABBER |\\\n\tINTR_ALDPS_STATE_CHANGE |\\\n\tINTR_PME |\\\n\tINTR_PHY_REG_ACCESSIBLE |\\\n\tINTR_LINK_CHG |\\\n\tINTR_AN_COMPLETE |\\\n\tINTR_AN_ERROR)\n\t", "parent": 145, "children": [], "start_point": {"row": 46, "column": 24}, "end_point": {"row": 52, "column": 15}}, {"id": 149, "type": "function_definition", "text": "atic void rtl8211f_config_intr(void)\n{\n phy_set_page(0xA42);\n\t\n#if defined(CFG_NET_ETHERNET_LINK_INTR)\n phy_reg_write(0x12, INTR_ENABLE_ALL);\n#endif\n\n\tphy_set_page(0);\n}\n\n", "parent": null, "children": [150, 151, 152], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 63, "column": 1}}, {"id": 150, "type": "storage_class_specifier", "text": "atic v", "parent": 149, "children": [], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 54, "column": 6}}, {"id": 151, "type": "primitive_type", "text": "id r", "parent": 149, "children": [], "start_point": {"row": 54, "column": 7}, "end_point": {"row": 54, "column": 11}}, {"id": 152, "type": "function_declarator", "text": "l8211f_config_intr(void)\n{", "parent": 149, "children": [153, 154], "start_point": {"row": 54, "column": 12}, "end_point": {"row": 54, "column": 38}}, {"id": 153, "type": "identifier", "text": "l8211f_config_intr(v", "parent": 152, "children": [], "start_point": {"row": 54, "column": 12}, "end_point": {"row": 54, "column": 32}}, {"id": 154, "type": "parameter_list", "text": "oid)\n{", "parent": 152, "children": [155], "start_point": {"row": 54, "column": 32}, "end_point": {"row": 54, "column": 38}}, {"id": 155, "type": "parameter_declaration", "text": "id)\n", "parent": 154, "children": [156], "start_point": {"row": 54, "column": 33}, "end_point": {"row": 54, "column": 37}}, {"id": 156, "type": "primitive_type", "text": "id)\n", "parent": 155, "children": [], "start_point": {"row": 54, "column": 33}, "end_point": {"row": 54, "column": 37}}, {"id": 157, "type": "call_expression", "text": "y_set_page(0xA42);\n", "parent": 149, "children": [158, 159], "start_point": {"row": 56, "column": 4}, "end_point": {"row": 56, "column": 23}}, {"id": 158, "type": "identifier", "text": "y_set_page(0", "parent": 157, "children": [], "start_point": {"row": 56, "column": 4}, "end_point": {"row": 56, "column": 16}}, {"id": 159, "type": "argument_list", "text": "xA42);\n", "parent": 157, "children": [160], "start_point": {"row": 56, "column": 16}, "end_point": {"row": 56, "column": 23}}, {"id": 160, "type": "number_literal", "text": "A42);", "parent": 159, "children": [], "start_point": {"row": 56, "column": 17}, 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239, "children": [], "start_point": {"row": 87, "column": 8}, "end_point": {"row": 87, "column": 14}}, {"id": 241, "type": "argument_list", "text": "0 * 1000);\n", "parent": 239, "children": [242], "start_point": {"row": 87, "column": 14}, "end_point": {"row": 87, "column": 25}}, {"id": 242, "type": "binary_expression", "text": " * 1000);", "parent": 241, "children": [243, 244, 245], "start_point": {"row": 87, "column": 15}, "end_point": {"row": 87, "column": 24}}, {"id": 243, "type": "number_literal", "text": " *", "parent": 242, "children": [], "start_point": {"row": 87, "column": 15}, "end_point": {"row": 87, "column": 17}}, {"id": 244, "type": "*", "text": "1", "parent": 242, "children": [], "start_point": {"row": 87, "column": 18}, "end_point": {"row": 87, "column": 19}}, {"id": 245, "type": "number_literal", "text": "00);", "parent": 242, "children": [], "start_point": {"row": 87, "column": 20}, "end_point": {"row": 87, "column": 24}}, {"id": 246, "type": "else_clause", "text": "se if(ethMode == ITE_ETH_PCS_LB_100) {\n printf(\" PHY PCS 100 loopback! \\n\\n\");\n //phy_reg_write(0, 0x6100);\n\t\tphy_reg_write(0, 0x6000);\n\t\tphy_reg_read(0);\n\t\tprintf(\" phy reg %d = 0x%04X \\n\", phy_reg.reg_num, phy_reg.val_read);\n usleep(20 * 1000);\n }\n else if(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(\" PHY PCS 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(\" PHY MDI 10 loopback! \\n\\n\");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(\" PHY MDI 100 loopback! \\n\\n\");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(\" PHY MDI 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}", "parent": 222, "children": [247], "start_point": {"row": 89, "column": 4}, "end_point": {"row": 116, "column": 5}}, {"id": 247, "type": "if_statement", "text": "(ethMode == ITE_ETH_PCS_LB_100) {\n printf(\" PHY PCS 100 loopback! \\n\\n\");\n //phy_reg_write(0, 0x6100);\n\t\tphy_reg_write(0, 0x6000);\n\t\tphy_reg_read(0);\n\t\tprintf(\" phy reg %d = 0x%04X \\n\", phy_reg.reg_num, phy_reg.val_read);\n usleep(20 * 1000);\n }\n else if(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(\" PHY PCS 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(\" PHY MDI 10 loopback! \\n\\n\");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(\" PHY MDI 100 loopback! \\n\\n\");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(\" PHY MDI 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}", "parent": 246, "children": [248, 285], "start_point": {"row": 89, "column": 9}, "end_point": {"row": 116, "column": 5}}, {"id": 248, "type": "parenthesized_expression", "text": "thMode == ITE_ETH_PCS_LB_100) {", "parent": 247, "children": [249], "start_point": {"row": 89, "column": 11}, "end_point": {"row": 89, "column": 42}}, {"id": 249, "type": "binary_expression", "text": "hMode == ITE_ETH_PCS_LB_100) ", "parent": 248, "children": [250, 251, 252], "start_point": {"row": 89, "column": 12}, "end_point": {"row": 89, "column": 41}}, {"id": 250, "type": "identifier", "text": "hMode =", "parent": 249, "children": [], "start_point": {"row": 89, "column": 12}, "end_point": {"row": 89, "column": 19}}, {"id": 251, "type": "==", "text": " I", "parent": 249, "children": [], "start_point": {"row": 89, "column": 20}, "end_point": {"row": 89, "column": 22}}, {"id": 252, "type": "identifier", "text": "E_ETH_PCS_LB_100) ", "parent": 249, "children": [], "start_point": {"row": 89, "column": 23}, "end_point": {"row": 89, "column": 41}}, {"id": 253, "type": "call_expression", "text": "intf(\" PHY PCS 100 loopback! \\n\\n\");\n", "parent": 247, "children": [254, 255], "start_point": {"row": 90, "column": 8}, "end_point": {"row": 90, "column": 45}}, {"id": 254, "type": "identifier", "text": "intf(\"", "parent": 253, "children": [], "start_point": {"row": 90, "column": 8}, "end_point": {"row": 90, "column": 14}}, {"id": 255, "type": "argument_list", "text": " PHY PCS 100 loopback! \\n\\n\");\n", "parent": 253, "children": [256], "start_point": {"row": 90, "column": 14}, "end_point": {"row": 90, "column": 45}}, {"id": 256, "type": "string_literal", "text": "PHY PCS 100 loopback! \\n\\n\");", "parent": 255, "children": [257, 258], "start_point": {"row": 90, "column": 15}, "end_point": {"row": 90, "column": 44}}, {"id": 257, "type": "escape_sequence", "text": "\\n", "parent": 256, "children": [], "start_point": {"row": 90, "column": 39}, "end_point": {"row": 90, "column": 41}}, {"id": 258, "type": "escape_sequence", "text": "\")", "parent": 256, "children": [], "start_point": {"row": 90, "column": 41}, "end_point": {"row": 90, "column": 43}}, {"id": 259, "type": "call_expression", "text": "y_reg_write(0, 0x6000);\n", "parent": 247, "children": [260, 261], "start_point": {"row": 92, "column": 2}, "end_point": {"row": 92, "column": 26}}, {"id": 260, "type": "identifier", "text": "y_reg_write(0", "parent": 259, "children": [], "start_point": {"row": 92, "column": 2}, "end_point": {"row": 92, "column": 15}}, {"id": 261, "type": "argument_list", "text": ", 0x6000);\n", "parent": 259, "children": [262, 263], "start_point": {"row": 92, "column": 15}, "end_point": {"row": 92, "column": 26}}, {"id": 262, "type": "number_literal", "text": " ", "parent": 261, "children": [], "start_point": {"row": 92, "column": 16}, "end_point": {"row": 92, "column": 17}}, {"id": 263, "type": "number_literal", "text": "6000);", "parent": 261, "children": [], "start_point": {"row": 92, "column": 19}, "end_point": {"row": 92, "column": 25}}, {"id": 264, "type": "call_expression", "text": "y_reg_read(0);\n", "parent": 247, "children": [265, 266], "start_point": {"row": 93, "column": 2}, "end_point": {"row": 93, "column": 17}}, {"id": 265, "type": "identifier", "text": "y_reg_read(0", "parent": 264, "children": [], "start_point": {"row": 93, "column": 2}, "end_point": {"row": 93, "column": 14}}, {"id": 266, "type": "argument_list", "text": ");\n", "parent": 264, "children": [], "start_point": {"row": 93, "column": 14}, "end_point": {"row": 93, "column": 17}}, {"id": 267, "type": "call_expression", "text": "intf(\" phy reg %d = 0x%04X \\n\", phy_reg.reg_num, phy_reg.val_read);\n", "parent": 247, "children": [268, 269], "start_point": {"row": 94, "column": 2}, "end_point": {"row": 94, "column": 70}}, {"id": 268, "type": "identifier", "text": "intf(\"", "parent": 267, "children": [], "start_point": {"row": 94, "column": 2}, "end_point": {"row": 94, "column": 8}}, {"id": 269, "type": "argument_list", "text": " phy reg %d = 0x%04X \\n\", phy_reg.reg_num, phy_reg.val_read);\n", "parent": 267, "children": [270, 272, 275], "start_point": {"row": 94, "column": 8}, "end_point": {"row": 94, "column": 70}}, {"id": 270, "type": "string_literal", "text": "phy reg %d = 0x%04X \\n\", ", "parent": 269, "children": [271], "start_point": {"row": 94, "column": 9}, "end_point": {"row": 94, "column": 34}}, {"id": 271, "type": "escape_sequence", "text": "\",", "parent": 270, "children": [], "start_point": {"row": 94, "column": 31}, "end_point": {"row": 94, "column": 33}}, {"id": 272, "type": "field_expression", "text": "y_reg.reg_num, ", "parent": 269, "children": [273, 274], "start_point": {"row": 94, "column": 36}, "end_point": {"row": 94, "column": 51}}, {"id": 273, "type": "identifier", "text": "y_reg.r", "parent": 272, "children": [], "start_point": {"row": 94, "column": 36}, "end_point": {"row": 94, "column": 43}}, {"id": 274, "type": "field_identifier", "text": "g_num, ", "parent": 272, "children": [], "start_point": {"row": 94, "column": 44}, "end_point": {"row": 94, "column": 51}}, {"id": 275, "type": "field_expression", "text": "y_reg.val_read);", "parent": 269, "children": [276, 277], "start_point": {"row": 94, "column": 53}, "end_point": {"row": 94, "column": 69}}, {"id": 276, "type": "identifier", "text": "y_reg.v", "parent": 275, "children": [], "start_point": {"row": 94, "column": 53}, "end_point": {"row": 94, "column": 60}}, {"id": 277, "type": "field_identifier", "text": "l_read);", "parent": 275, "children": [], "start_point": {"row": 94, "column": 61}, "end_point": {"row": 94, "column": 69}}, {"id": 278, "type": "call_expression", "text": "leep(20 * 1000);\n", "parent": 247, "children": [279, 280], "start_point": {"row": 95, "column": 8}, "end_point": {"row": 95, "column": 25}}, {"id": 279, "type": "identifier", "text": "leep(2", "parent": 278, "children": [], "start_point": {"row": 95, "column": 8}, "end_point": {"row": 95, "column": 14}}, {"id": 280, "type": "argument_list", "text": "0 * 1000);\n", "parent": 278, "children": [281], "start_point": {"row": 95, "column": 14}, "end_point": {"row": 95, "column": 25}}, {"id": 281, "type": "binary_expression", "text": " * 1000);", "parent": 280, "children": [282, 283, 284], "start_point": {"row": 95, "column": 15}, "end_point": {"row": 95, "column": 24}}, {"id": 282, "type": "number_literal", "text": " *", "parent": 281, "children": [], "start_point": {"row": 95, "column": 15}, "end_point": {"row": 95, "column": 17}}, {"id": 283, "type": "*", "text": "1", "parent": 281, "children": [], "start_point": {"row": 95, "column": 18}, "end_point": {"row": 95, "column": 19}}, {"id": 284, "type": "number_literal", "text": "00);", "parent": 281, "children": [], "start_point": {"row": 95, "column": 20}, "end_point": {"row": 95, "column": 24}}, {"id": 285, "type": "else_clause", "text": "se if(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(\" PHY PCS 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(\" PHY MDI 10 loopback! \\n\\n\");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(\" PHY MDI 100 loopback! \\n\\n\");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(\" PHY MDI 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}", "parent": 247, "children": [286], "start_point": {"row": 97, "column": 4}, "end_point": {"row": 116, "column": 5}}, {"id": 286, "type": "if_statement", "text": "(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(\" PHY PCS 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(\" PHY MDI 10 loopback! \\n\\n\");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(\" PHY MDI 100 loopback! \\n\\n\");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(\" PHY MDI 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}", "parent": 285, "children": [287, 310], "start_point": {"row": 97, "column": 9}, "end_point": {"row": 116, "column": 5}}, {"id": 287, "type": "parenthesized_expression", "text": "thMode == ITE_ETH_PCS_LB_1000) {", "parent": 286, "children": [288], "start_point": {"row": 97, "column": 11}, "end_point": {"row": 97, "column": 43}}, {"id": 288, "type": "binary_expression", "text": "hMode == ITE_ETH_PCS_LB_1000) ", "parent": 287, "children": [289, 290, 291], "start_point": {"row": 97, "column": 12}, "end_point": {"row": 97, "column": 42}}, {"id": 289, "type": "identifier", "text": "hMode =", "parent": 288, "children": [], "start_point": {"row": 97, "column": 12}, "end_point": {"row": 97, "column": 19}}, {"id": 290, "type": "==", "text": " I", "parent": 288, "children": [], "start_point": {"row": 97, "column": 20}, "end_point": {"row": 97, "column": 22}}, {"id": 291, "type": "identifier", "text": "E_ETH_PCS_LB_1000) ", "parent": 288, "children": [], "start_point": {"row": 97, "column": 23}, "end_point": {"row": 97, "column": 42}}, {"id": 292, "type": "call_expression", "text": "intf(\" PHY PCS 1000 loopback! \\n\\n\");\n", "parent": 286, "children": [293, 294], "start_point": {"row": 98, "column": 8}, "end_point": {"row": 98, "column": 46}}, {"id": 293, "type": "identifier", "text": "intf(\"", "parent": 292, "children": [], "start_point": {"row": 98, "column": 8}, "end_point": {"row": 98, "column": 14}}, {"id": 294, "type": "argument_list", "text": " PHY PCS 1000 loopback! \\n\\n\");\n", "parent": 292, "children": [295], "start_point": {"row": 98, "column": 14}, "end_point": {"row": 98, "column": 46}}, {"id": 295, "type": "string_literal", "text": "PHY PCS 1000 loopback! \\n\\n\");", "parent": 294, "children": [296, 297], "start_point": {"row": 98, "column": 15}, "end_point": {"row": 98, "column": 45}}, {"id": 296, "type": "escape_sequence", "text": "\\n", "parent": 295, "children": [], "start_point": {"row": 98, "column": 40}, "end_point": {"row": 98, "column": 42}}, {"id": 297, "type": "escape_sequence", "text": "\")", "parent": 295, "children": [], "start_point": {"row": 98, "column": 42}, "end_point": {"row": 98, "column": 44}}, {"id": 298, "type": "call_expression", "text": "y_reg_write(0, 0x4140);\n", "parent": 286, "children": [299, 300], "start_point": {"row": 99, "column": 8}, "end_point": {"row": 99, "column": 32}}, {"id": 299, "type": "identifier", "text": "y_reg_write(0", "parent": 298, "children": [], "start_point": {"row": 99, "column": 8}, "end_point": {"row": 99, "column": 21}}, {"id": 300, "type": "argument_list", "text": ", 0x4140);\n", "parent": 298, "children": [301, 302], "start_point": {"row": 99, "column": 21}, "end_point": {"row": 99, "column": 32}}, {"id": 301, "type": "number_literal", "text": " ", "parent": 300, "children": [], "start_point": {"row": 99, "column": 22}, "end_point": {"row": 99, "column": 23}}, {"id": 302, "type": "number_literal", "text": "4140);", "parent": 300, "children": [], "start_point": {"row": 99, "column": 25}, "end_point": {"row": 99, "column": 31}}, {"id": 303, "type": "call_expression", "text": "leep(20 * 1000);\n", "parent": 286, "children": [304, 305], "start_point": {"row": 100, "column": 8}, "end_point": {"row": 100, "column": 25}}, {"id": 304, "type": "identifier", "text": "leep(2", "parent": 303, "children": [], "start_point": {"row": 100, "column": 8}, "end_point": {"row": 100, "column": 14}}, {"id": 305, "type": "argument_list", "text": "0 * 1000);\n", "parent": 303, "children": [306], "start_point": {"row": 100, "column": 14}, "end_point": {"row": 100, "column": 25}}, {"id": 306, "type": "binary_expression", "text": " * 1000);", "parent": 305, "children": [307, 308, 309], "start_point": {"row": 100, "column": 15}, "end_point": {"row": 100, "column": 24}}, {"id": 307, "type": "number_literal", "text": " *", "parent": 306, "children": [], "start_point": {"row": 100, "column": 15}, "end_point": {"row": 100, "column": 17}}, {"id": 308, "type": "*", "text": "1", "parent": 306, "children": [], "start_point": {"row": 100, "column": 18}, "end_point": {"row": 100, "column": 19}}, {"id": 309, "type": "number_literal", "text": "00);", "parent": 306, "children": [], "start_point": {"row": 100, "column": 20}, "end_point": {"row": 100, "column": 24}}, {"id": 310, "type": "else_clause", "text": "se if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(\" PHY MDI 10 loopback! \\n\\n\");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(\" PHY MDI 100 loopback! \\n\\n\");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(\" PHY MDI 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}", "parent": 286, "children": [311], "start_point": {"row": 102, "column": 4}, "end_point": {"row": 116, "column": 5}}, {"id": 311, "type": "if_statement", "text": " (ethMode == ITE_ETH_MDI_LB_10) {\n printf(\" PHY MDI 10 loopback! \\n\\n\");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(\" PHY MDI 100 loopback! \\n\\n\");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(\" PHY MDI 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}", "parent": 310, "children": [312, 335], "start_point": {"row": 102, "column": 9}, "end_point": {"row": 116, "column": 5}}, {"id": 312, "type": "parenthesized_expression", "text": "thMode == ITE_ETH_MDI_LB_10) {", "parent": 311, "children": [313], "start_point": {"row": 102, "column": 12}, "end_point": {"row": 102, "column": 42}}, {"id": 313, "type": "binary_expression", "text": "hMode == ITE_ETH_MDI_LB_10) ", "parent": 312, "children": [314, 315, 316], "start_point": {"row": 102, "column": 13}, "end_point": {"row": 102, "column": 41}}, {"id": 314, "type": "identifier", "text": "hMode =", "parent": 313, "children": [], "start_point": {"row": 102, "column": 13}, "end_point": {"row": 102, "column": 20}}, {"id": 315, "type": "==", "text": " I", "parent": 313, "children": [], "start_point": {"row": 102, "column": 21}, "end_point": {"row": 102, "column": 23}}, {"id": 316, "type": "identifier", "text": "E_ETH_MDI_LB_10) ", "parent": 313, "children": [], "start_point": {"row": 102, "column": 24}, "end_point": {"row": 102, "column": 41}}, {"id": 317, "type": "call_expression", "text": "intf(\" PHY MDI 10 loopback! \\n\\n\");\n", "parent": 311, "children": [318, 319], "start_point": {"row": 103, "column": 8}, "end_point": {"row": 103, "column": 44}}, {"id": 318, "type": "identifier", "text": "intf(\"", "parent": 317, "children": [], "start_point": {"row": 103, "column": 8}, "end_point": {"row": 103, "column": 14}}, {"id": 319, "type": "argument_list", "text": " PHY MDI 10 loopback! \\n\\n\");\n", "parent": 317, "children": [320], "start_point": {"row": 103, "column": 14}, "end_point": {"row": 103, "column": 44}}, {"id": 320, "type": "string_literal", "text": "PHY MDI 10 loopback! \\n\\n\");", "parent": 319, "children": [321, 322], "start_point": {"row": 103, "column": 15}, "end_point": {"row": 103, "column": 43}}, {"id": 321, "type": "escape_sequence", "text": "\\n", "parent": 320, "children": [], "start_point": {"row": 103, "column": 38}, "end_point": {"row": 103, "column": 40}}, {"id": 322, "type": "escape_sequence", "text": "\")", "parent": 320, "children": [], "start_point": {"row": 103, "column": 40}, "end_point": {"row": 103, "column": 42}}, {"id": 323, "type": "call_expression", "text": "y_reg_write(0, 0x0100);\n", "parent": 311, "children": [324, 325], "start_point": {"row": 104, "column": 8}, "end_point": {"row": 104, "column": 32}}, {"id": 324, "type": "identifier", "text": "y_reg_write(0", "parent": 323, "children": [], "start_point": {"row": 104, "column": 8}, "end_point": {"row": 104, "column": 21}}, {"id": 325, "type": "argument_list", "text": ", 0x0100);\n", "parent": 323, "children": [326, 327], "start_point": {"row": 104, "column": 21}, "end_point": {"row": 104, "column": 32}}, {"id": 326, "type": "number_literal", "text": " ", "parent": 325, "children": [], "start_point": {"row": 104, "column": 22}, "end_point": {"row": 104, "column": 23}}, {"id": 327, "type": "number_literal", "text": "0100);", "parent": 325, "children": [], "start_point": {"row": 104, "column": 25}, "end_point": {"row": 104, "column": 31}}, {"id": 328, "type": "call_expression", "text": "leep(100 * 1000);\n", "parent": 311, "children": [329, 330], "start_point": {"row": 105, "column": 8}, "end_point": {"row": 105, "column": 26}}, {"id": 329, "type": "identifier", "text": "leep(1", "parent": 328, "children": [], "start_point": {"row": 105, "column": 8}, "end_point": {"row": 105, "column": 14}}, {"id": 330, "type": "argument_list", "text": "00 * 1000);\n", "parent": 328, "children": [331], "start_point": {"row": 105, "column": 14}, "end_point": {"row": 105, "column": 26}}, {"id": 331, "type": "binary_expression", "text": "0 * 1000);", "parent": 330, "children": [332, 333, 334], "start_point": {"row": 105, "column": 15}, "end_point": {"row": 105, "column": 25}}, {"id": 332, "type": "number_literal", "text": "0 *", "parent": 331, "children": [], "start_point": {"row": 105, "column": 15}, "end_point": {"row": 105, "column": 18}}, {"id": 333, "type": "*", "text": "1", "parent": 331, "children": [], "start_point": {"row": 105, "column": 19}, "end_point": {"row": 105, "column": 20}}, {"id": 334, "type": "number_literal", "text": "00);", "parent": 331, "children": [], "start_point": {"row": 105, "column": 21}, "end_point": {"row": 105, "column": 25}}, {"id": 335, "type": "else_clause", "text": "se if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(\" PHY MDI 100 loopback! \\n\\n\");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(\" PHY 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"argument_list", "text": " PHY MDI 100 loopback! \\n\\n\");\n", "parent": 342, "children": [345], "start_point": {"row": 108, "column": 14}, "end_point": {"row": 108, "column": 45}}, {"id": 345, "type": "string_literal", "text": "PHY MDI 100 loopback! \\n\\n\");", "parent": 344, "children": [346, 347], "start_point": {"row": 108, "column": 15}, "end_point": {"row": 108, "column": 44}}, {"id": 346, "type": "escape_sequence", "text": "\\n", "parent": 345, "children": [], "start_point": {"row": 108, "column": 39}, "end_point": {"row": 108, "column": 41}}, {"id": 347, "type": "escape_sequence", "text": "\")", "parent": 345, "children": [], "start_point": {"row": 108, "column": 41}, "end_point": {"row": 108, "column": 43}}, {"id": 348, "type": "call_expression", "text": "y_reg_write(0, 0x2100);\n", "parent": 336, "children": [349, 350], "start_point": {"row": 109, "column": 8}, "end_point": {"row": 109, "column": 32}}, {"id": 349, "type": "identifier", "text": "y_reg_write(0", "parent": 348, "children": [], "start_point": {"row": 109, "column": 8}, "end_point": {"row": 109, "column": 21}}, {"id": 350, "type": "argument_list", "text": ", 0x2100);\n", "parent": 348, "children": [351, 352], "start_point": {"row": 109, "column": 21}, "end_point": {"row": 109, "column": 32}}, {"id": 351, "type": "number_literal", "text": " ", "parent": 350, "children": [], "start_point": {"row": 109, "column": 22}, "end_point": {"row": 109, "column": 23}}, {"id": 352, "type": "number_literal", "text": "2100);", "parent": 350, "children": [], "start_point": {"row": 109, "column": 25}, "end_point": {"row": 109, "column": 31}}, {"id": 353, "type": "call_expression", "text": "leep(100 * 1000);\n", "parent": 336, "children": [354, 355], "start_point": {"row": 110, "column": 8}, "end_point": {"row": 110, "column": 26}}, {"id": 354, "type": "identifier", "text": "leep(1", "parent": 353, "children": [], "start_point": {"row": 110, "column": 8}, "end_point": {"row": 110, "column": 14}}, {"id": 355, "type": "argument_list", "text": "00 * 1000);\n", "parent": 353, "children": [356], "start_point": {"row": 110, "column": 14}, "end_point": {"row": 110, "column": 26}}, {"id": 356, "type": "binary_expression", "text": "0 * 1000);", "parent": 355, "children": [357, 358, 359], "start_point": {"row": 110, "column": 15}, "end_point": {"row": 110, "column": 25}}, {"id": 357, "type": "number_literal", "text": "0 *", "parent": 356, "children": [], "start_point": {"row": 110, "column": 15}, "end_point": {"row": 110, "column": 18}}, {"id": 358, "type": "*", "text": "1", "parent": 356, "children": [], "start_point": {"row": 110, "column": 19}, "end_point": {"row": 110, "column": 20}}, {"id": 359, "type": "number_literal", "text": "00);", "parent": 356, "children": [], "start_point": {"row": 110, "column": 21}, "end_point": {"row": 110, "column": 25}}, {"id": 360, "type": "else_clause", "text": "se if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(\" PHY MDI 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}", "parent": 336, "children": [361], "start_point": {"row": 112, "column": 4}, "end_point": {"row": 116, "column": 5}}, {"id": 361, "type": "if_statement", "text": " (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(\" PHY MDI 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}", "parent": 360, "children": [362], "start_point": {"row": 112, "column": 9}, "end_point": {"row": 116, "column": 5}}, {"id": 362, "type": "parenthesized_expression", "text": "thMode == ITE_ETH_MDI_LB_1000) {", "parent": 361, "children": [363], "start_point": {"row": 112, "column": 12}, "end_point": {"row": 112, "column": 44}}, {"id": 363, "type": "binary_expression", "text": "hMode == ITE_ETH_MDI_LB_1000) ", "parent": 362, "children": [364, 365, 366], "start_point": {"row": 112, "column": 13}, "end_point": {"row": 112, "column": 43}}, {"id": 364, "type": "identifier", "text": "hMode =", "parent": 363, "children": [], "start_point": {"row": 112, "column": 13}, "end_point": {"row": 112, "column": 20}}, {"id": 365, "type": "==", "text": " I", "parent": 363, "children": [], "start_point": {"row": 112, "column": 21}, "end_point": {"row": 112, "column": 23}}, {"id": 366, "type": "identifier", "text": "E_ETH_MDI_LB_1000) ", "parent": 363, "children": [], "start_point": {"row": 112, "column": 24}, "end_point": {"row": 112, "column": 43}}, {"id": 367, "type": "call_expression", "text": "intf(\" PHY MDI 1000 loopback! \\n\\n\");\n", "parent": 361, "children": [368, 369], "start_point": {"row": 113, "column": 8}, "end_point": {"row": 113, "column": 46}}, {"id": 368, "type": "identifier", "text": "intf(\"", "parent": 367, "children": [], "start_point": {"row": 113, "column": 8}, "end_point": {"row": 113, "column": 14}}, {"id": 369, "type": "argument_list", "text": " PHY MDI 1000 loopback! \\n\\n\");\n", "parent": 367, "children": [370], "start_point": {"row": 113, "column": 14}, "end_point": {"row": 113, "column": 46}}, {"id": 370, "type": "string_literal", "text": "PHY MDI 1000 loopback! \\n\\n\");", "parent": 369, "children": [371, 372], "start_point": {"row": 113, "column": 15}, "end_point": {"row": 113, "column": 45}}, {"id": 371, "type": "escape_sequence", "text": "\\n", "parent": 370, "children": [], "start_point": {"row": 113, "column": 40}, "end_point": {"row": 113, "column": 42}}, {"id": 372, "type": "escape_sequence", "text": "\")", "parent": 370, "children": [], "start_point": {"row": 113, "column": 42}, "end_point": {"row": 113, "column": 44}}, {"id": 373, "type": "call_expression", "text": "y_reg_write(0, 0x0140);\n", "parent": 361, "children": [374, 375], "start_point": {"row": 114, "column": 8}, "end_point": {"row": 114, "column": 32}}, {"id": 374, "type": "identifier", "text": "y_reg_write(0", "parent": 373, "children": [], "start_point": {"row": 114, "column": 8}, "end_point": {"row": 114, "column": 21}}, {"id": 375, "type": "argument_list", "text": ", 0x0140);\n", "parent": 373, "children": [376, 377], "start_point": {"row": 114, "column": 21}, "end_point": {"row": 114, "column": 32}}, {"id": 376, "type": "number_literal", "text": " ", "parent": 375, "children": [], "start_point": {"row": 114, "column": 22}, "end_point": {"row": 114, "column": 23}}, {"id": 377, "type": "number_literal", "text": "0140);", "parent": 375, "children": [], "start_point": {"row": 114, "column": 25}, "end_point": {"row": 114, "column": 31}}, {"id": 378, "type": "call_expression", "text": "leep(100 * 1000);\n", "parent": 361, "children": [379, 380], "start_point": {"row": 115, "column": 8}, "end_point": {"row": 115, "column": 26}}, {"id": 379, "type": "identifier", "text": "leep(1", "parent": 378, "children": [], "start_point": {"row": 115, "column": 8}, "end_point": {"row": 115, "column": 14}}, {"id": 380, "type": "argument_list", "text": "00 * 1000);\n", "parent": 378, "children": [381], "start_point": {"row": 115, "column": 14}, "end_point": {"row": 115, "column": 26}}, {"id": 381, "type": "binary_expression", "text": "0 * 1000);", "parent": 380, "children": [382, 383, 384], "start_point": {"row": 115, "column": 15}, "end_point": {"row": 115, "column": 25}}, {"id": 382, "type": "number_literal", "text": "0 *", "parent": 381, "children": [], "start_point": {"row": 115, "column": 15}, "end_point": {"row": 115, "column": 18}}, {"id": 383, "type": "*", "text": "1", "parent": 381, "children": [], "start_point": {"row": 115, "column": 19}, "end_point": {"row": 115, "column": 20}}, {"id": 384, "type": "number_literal", "text": "00);", "parent": 381, "children": [], "start_point": {"row": 115, "column": 21}, "end_point": {"row": 115, "column": 25}}, {"id": 385, "type": "preproc_def", "text": "efine INTR_JABBER\t\t\t \t0x0400\n#d", "parent": null, "children": [386, 387, 388], "start_point": {"row": 119, "column": 0}, "end_point": {"row": 120, "column": 0}}, {"id": 386, "type": "#define", "text": "efine I", "parent": 385, "children": [], "start_point": {"row": 119, "column": 0}, "end_point": {"row": 119, "column": 7}}, {"id": 387, "type": "identifier", "text": "TR_JABBER\t\t", "parent": 385, "children": [], "start_point": {"row": 119, "column": 8}, "end_point": {"row": 119, "column": 19}}, {"id": 388, "type": "preproc_arg", "text": "0400\n#", "parent": 385, "children": [], "start_point": {"row": 119, "column": 24}, "end_point": {"row": 119, "column": 30}}, {"id": 389, "type": "preproc_def", "text": "efine INTR_ALDPS_STATE_CHANGE\t0x0200\n#d", "parent": null, "children": [390, 391, 392], "start_point": {"row": 120, "column": 0}, "end_point": {"row": 121, "column": 0}}, {"id": 390, "type": "#define", "text": "efine I", "parent": 389, "children": [], "start_point": {"row": 120, "column": 0}, "end_point": {"row": 120, "column": 7}}, {"id": 391, "type": "identifier", "text": "TR_ALDPS_STATE_CHANGE\t0", "parent": 389, "children": [], "start_point": {"row": 120, "column": 8}, "end_point": {"row": 120, "column": 31}}, {"id": 392, "type": "preproc_arg", "text": "0200\n#", "parent": 389, "children": [], "start_point": {"row": 120, "column": 32}, "end_point": {"row": 120, "column": 38}}, {"id": 393, "type": "preproc_def", "text": "efine INTR_PME\t\t\t \t0x0080\n#d", "parent": null, "children": [394, 395, 396], "start_point": {"row": 121, "column": 0}, "end_point": {"row": 122, "column": 0}}, {"id": 394, "type": "#define", "text": "efine I", "parent": 393, "children": [], "start_point": {"row": 121, "column": 0}, "end_point": {"row": 121, "column": 7}}, {"id": 395, "type": "identifier", "text": "TR_PME\t\t", "parent": 393, "children": [], "start_point": {"row": 121, "column": 8}, "end_point": {"row": 121, "column": 16}}, {"id": 396, "type": "preproc_arg", "text": "0080\n#", "parent": 393, "children": [], "start_point": {"row": 121, "column": 21}, "end_point": {"row": 121, "column": 27}}, {"id": 397, "type": "preproc_def", "text": "efine INTR_PHY_REG_ACCESSIBLE\t0x0020\n#d", "parent": null, "children": [398, 399, 400], "start_point": {"row": 122, "column": 0}, "end_point": {"row": 123, "column": 0}}, {"id": 398, "type": "#define", "text": "efine I", "parent": 397, "children": [], "start_point": {"row": 122, "column": 0}, "end_point": {"row": 122, "column": 7}}, {"id": 399, "type": "identifier", "text": "TR_PHY_REG_ACCESSIBLE\t0", "parent": 397, "children": [], "start_point": {"row": 122, "column": 8}, "end_point": {"row": 122, "column": 31}}, {"id": 400, "type": "preproc_arg", "text": "0020\n#", "parent": 397, "children": [], "start_point": {"row": 122, "column": 32}, "end_point": {"row": 122, "column": 38}}, {"id": 401, "type": "preproc_def", "text": "efine INTR_LINK_CHG \t 0x0010\n#d", "parent": null, "children": [402, 403, 404], "start_point": {"row": 123, "column": 0}, "end_point": {"row": 124, "column": 0}}, {"id": 402, "type": "#define", "text": "efine I", "parent": 401, "children": [], "start_point": {"row": 123, "column": 0}, "end_point": {"row": 123, "column": 7}}, {"id": 403, "type": "identifier", "text": "TR_LINK_CHG ", "parent": 401, "children": [], "start_point": {"row": 123, "column": 8}, "end_point": {"row": 123, "column": 21}}, {"id": 404, "type": "preproc_arg", "text": "0010\n#", "parent": 401, "children": [], "start_point": {"row": 123, "column": 30}, "end_point": {"row": 123, "column": 36}}, {"id": 405, "type": "preproc_def", "text": "efine INTR_AN_COMPLETE\t 0x0008\n#d", "parent": null, "children": [406, 407, 408], "start_point": {"row": 124, "column": 0}, "end_point": {"row": 125, "column": 0}}, {"id": 406, "type": "#define", "text": "efine I", "parent": 405, "children": [], "start_point": {"row": 124, "column": 0}, "end_point": {"row": 124, "column": 7}}, {"id": 407, "type": "identifier", "text": "TR_AN_COMPLETE\t ", "parent": 405, "children": [], "start_point": {"row": 124, "column": 8}, "end_point": {"row": 124, "column": 24}}, {"id": 408, "type": "preproc_arg", "text": "0008\n#", "parent": 405, "children": [], "start_point": {"row": 124, "column": 29}, "end_point": {"row": 124, "column": 35}}, {"id": 409, "type": "preproc_def", "text": "efine INTR_AN_ERROR\t\t 0x0001\n\n/", "parent": null, "children": [410, 411, 412], "start_point": {"row": 125, "column": 0}, "end_point": {"row": 126, "column": 0}}, {"id": 410, "type": "#define", "text": "efine I", "parent": 409, "children": [], "start_point": {"row": 125, "column": 0}, "end_point": {"row": 125, "column": 7}}, {"id": 411, "type": "identifier", "text": "TR_AN_ERROR\t\t", "parent": 409, "children": [], "start_point": {"row": 125, "column": 8}, "end_point": {"row": 125, "column": 21}}, {"id": 412, "type": "preproc_arg", "text": "0001\n\n", "parent": 409, "children": [], "start_point": {"row": 125, "column": 27}, "end_point": {"row": 125, "column": 33}}, {"id": 413, "type": "function_definition", "text": "t rtl8211f_link_change(void)\n{\n uint16_t intr;\n\n\tphy_set_page(0xA43);\n\n intr = phy_reg_read(0x1D);\n\t\n\tphy_set_page(0);\n\n#if 1\n if (intr & INTR_JABBER)\n ithPrintf(\"phy: jabber 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128, "column": 4}, "end_point": {"row": 128, "column": 30}}, {"id": 416, "type": "identifier", "text": "l8211f_link_change(v", "parent": 415, "children": [], "start_point": {"row": 128, "column": 4}, "end_point": {"row": 128, "column": 24}}, {"id": 417, "type": "parameter_list", "text": "oid)\n{", "parent": 415, "children": [418], "start_point": {"row": 128, "column": 24}, "end_point": {"row": 128, "column": 30}}, {"id": 418, "type": "parameter_declaration", "text": "id)\n", "parent": 417, "children": [419], "start_point": {"row": 128, "column": 25}, "end_point": {"row": 128, "column": 29}}, {"id": 419, "type": "primitive_type", "text": "id)\n", "parent": 418, "children": [], "start_point": {"row": 128, "column": 25}, "end_point": {"row": 128, "column": 29}}, {"id": 420, "type": "declaration", "text": "nt16_t intr;\n\n", "parent": 413, "children": [421, 422], "start_point": {"row": 130, "column": 4}, "end_point": {"row": 130, "column": 18}}, {"id": 421, "type": "primitive_type", "text": "nt16_t i", "parent": 420, "children": [], "start_point": {"row": 130, "column": 4}, "end_point": {"row": 130, "column": 12}}, {"id": 422, "type": "identifier", "text": "tr;\n", "parent": 420, "children": [], "start_point": {"row": 130, "column": 13}, "end_point": {"row": 130, "column": 17}}, {"id": 423, "type": "call_expression", "text": "y_set_page(0xA43);\n", "parent": 413, "children": [424, 425], "start_point": {"row": 132, "column": 1}, "end_point": {"row": 132, "column": 20}}, {"id": 424, "type": "identifier", "text": "y_set_page(0", "parent": 423, "children": [], "start_point": {"row": 132, "column": 1}, "end_point": {"row": 132, "column": 13}}, {"id": 425, "type": "argument_list", "text": "xA43);\n", "parent": 423, "children": [426], "start_point": {"row": 132, "column": 13}, "end_point": {"row": 132, "column": 20}}, {"id": 426, "type": "number_literal", "text": "A43);", "parent": 425, "children": [], "start_point": {"row": 132, "column": 14}, "end_point": {"row": 132, "column": 19}}, {"id": 427, "type": "assignment_expression", "text": "tr = phy_reg_read(0x1D);\n", "parent": 413, "children": [428, 429, 430], "start_point": {"row": 134, "column": 4}, "end_point": {"row": 134, "column": 29}}, {"id": 428, "type": "identifier", "text": "tr =", "parent": 427, "children": [], "start_point": {"row": 134, "column": 4}, "end_point": {"row": 134, "column": 8}}, {"id": 429, "type": "=", "text": "p", "parent": 427, "children": [], "start_point": {"row": 134, "column": 9}, "end_point": {"row": 134, "column": 10}}, {"id": 430, "type": "call_expression", "text": "y_reg_read(0x1D);\n", "parent": 427, "children": [431, 432], "start_point": {"row": 134, "column": 11}, "end_point": {"row": 134, "column": 29}}, {"id": 431, "type": "identifier", "text": "y_reg_read(0", "parent": 430, "children": [], "start_point": {"row": 134, "column": 11}, "end_point": {"row": 134, "column": 23}}, {"id": 432, "type": "argument_list", "text": "x1D);\n", "parent": 430, "children": [433], "start_point": {"row": 134, "column": 23}, "end_point": {"row": 134, "column": 29}}, {"id": 433, "type": "number_literal", "text": "1D);", "parent": 432, "children": [], "start_point": {"row": 134, "column": 24}, "end_point": {"row": 134, "column": 28}}, {"id": 434, "type": "call_expression", "text": "y_set_page(0);\n", "parent": 413, "children": [435, 436], "start_point": {"row": 136, "column": 1}, "end_point": {"row": 136, "column": 16}}, {"id": 435, "type": "identifier", "text": "y_set_page(0", "parent": 434, "children": [], "start_point": {"row": 136, "column": 1}, "end_point": {"row": 136, "column": 13}}, {"id": 436, "type": "argument_list", "text": ");\n", "parent": 434, "children": [], "start_point": {"row": 136, "column": 13}, "end_point": {"row": 136, "column": 16}}, {"id": 437, "type": "preproc_if", "text": "f 1\n if (intr & INTR_JABBER)\n ithPrintf(\"phy: jabber detected! \\n\");\n if (intr & INTR_ALDPS_STATE_CHANGE)\n ithPrintf(\"phy: ALDPS state changed! \\n\");\n if (intr & INTR_PME)\n ithPrintf(\"phy: WOL event occurred! \\n\");\n if (intr & INTR_PHY_REG_ACCESSIBLE)\n ithPrintf(\"phy: Can access PHY register through MDC/MDIO! \\n\");\n if (intr & INTR_AN_COMPLETE)\n ithPrintf(\"phy: Auto-Negotiation completed! \\n\");\n if (intr & INTR_AN_ERROR)\n ithPrintf(\"phy: auto-negotiation error! \\n\");\n#endif\n ", "parent": 413, "children": [438, 439, 440, 441, 452, 463, 474, 485, 496, 507], "start_point": {"row": 138, "column": 0}, "end_point": {"row": 151, "column": 6}}, {"id": 438, "type": "#if", "text": "f 1", "parent": 437, "children": [], "start_point": {"row": 138, "column": 0}, "end_point": {"row": 138, "column": 3}}, {"id": 439, "type": "number_literal", "text": " ", "parent": 437, "children": [], "start_point": {"row": 138, "column": 4}, "end_point": {"row": 138, "column": 5}}, {"id": 440, "type": "\n", "text": " ", "parent": 437, "children": [], "start_point": {"row": 138, "column": 5}, "end_point": {"row": 139, "column": 0}}, {"id": 441, "type": "if_statement", "text": " (intr & INTR_JABBER)\n ithPrintf(\"phy: jabber detected! \\n\");\n ", "parent": 437, "children": [442], "start_point": {"row": 139, "column": 4}, "end_point": {"row": 140, "column": 46}}, {"id": 442, "type": "parenthesized_expression", "text": "ntr & INTR_JABBER)\n ", "parent": 441, "children": [443], "start_point": {"row": 139, "column": 7}, "end_point": {"row": 139, "column": 27}}, {"id": 443, "type": "binary_expression", "text": "tr & INTR_JABBER)\n", "parent": 442, "children": [444, 445, 446], "start_point": {"row": 139, "column": 8}, "end_point": {"row": 139, "column": 26}}, {"id": 444, "type": "identifier", "text": "tr &", "parent": 443, "children": [], "start_point": {"row": 139, "column": 8}, "end_point": {"row": 139, "column": 12}}, {"id": 445, "type": "&", "text": "I", "parent": 443, "children": [], "start_point": {"row": 139, "column": 13}, "end_point": {"row": 139, "column": 14}}, {"id": 446, "type": "identifier", "text": "TR_JABBER)\n", "parent": 443, "children": [], "start_point": {"row": 139, "column": 15}, "end_point": {"row": 139, "column": 26}}, {"id": 447, "type": "call_expression", "text": "hPrintf(\"phy: jabber detected! \\n\");\n", "parent": 441, "children": [448, 449], "start_point": {"row": 140, "column": 8}, "end_point": {"row": 140, "column": 45}}, {"id": 448, "type": "identifier", "text": "hPrintf(\"", "parent": 447, "children": [], "start_point": {"row": 140, "column": 8}, "end_point": {"row": 140, "column": 17}}, {"id": 449, "type": "argument_list", "text": "phy: jabber detected! \\n\");\n", "parent": 447, "children": [450], "start_point": {"row": 140, "column": 17}, "end_point": {"row": 140, "column": 45}}, {"id": 450, "type": "string_literal", "text": "hy: jabber detected! \\n\");", "parent": 449, "children": [451], "start_point": {"row": 140, "column": 18}, "end_point": {"row": 140, "column": 44}}, {"id": 451, "type": "escape_sequence", "text": "\")", "parent": 450, "children": [], "start_point": {"row": 140, "column": 41}, "end_point": {"row": 140, "column": 43}}, {"id": 452, "type": "if_statement", "text": " (intr & INTR_ALDPS_STATE_CHANGE)\n ithPrintf(\"phy: ALDPS state changed! \\n\");\n ", "parent": 437, "children": [453], "start_point": {"row": 141, "column": 4}, "end_point": {"row": 142, "column": 50}}, {"id": 453, "type": "parenthesized_expression", "text": "ntr & INTR_ALDPS_STATE_CHANGE)\n ", "parent": 452, "children": [454], "start_point": {"row": 141, "column": 7}, "end_point": {"row": 141, "column": 39}}, {"id": 454, "type": "binary_expression", "text": "tr & INTR_ALDPS_STATE_CHANGE)\n", "parent": 453, "children": [455, 456, 457], "start_point": {"row": 141, "column": 8}, "end_point": {"row": 141, "column": 38}}, {"id": 455, "type": "identifier", "text": "tr &", "parent": 454, "children": [], "start_point": {"row": 141, "column": 8}, "end_point": {"row": 141, "column": 12}}, {"id": 456, "type": "&", "text": "I", "parent": 454, "children": [], "start_point": {"row": 141, "column": 13}, "end_point": {"row": 141, "column": 14}}, {"id": 457, "type": "identifier", "text": "TR_ALDPS_STATE_CHANGE)\n", "parent": 454, "children": [], "start_point": {"row": 141, "column": 15}, "end_point": {"row": 141, "column": 38}}, {"id": 458, "type": "call_expression", "text": "hPrintf(\"phy: ALDPS state changed! \\n\");\n", "parent": 452, "children": [459, 460], "start_point": {"row": 142, "column": 8}, "end_point": {"row": 142, "column": 49}}, {"id": 459, "type": "identifier", "text": "hPrintf(\"", "parent": 458, "children": [], "start_point": {"row": 142, "column": 8}, "end_point": {"row": 142, "column": 17}}, {"id": 460, "type": "argument_list", "text": "phy: ALDPS state changed! \\n\");\n", "parent": 458, "children": [461], "start_point": {"row": 142, "column": 17}, "end_point": {"row": 142, "column": 49}}, {"id": 461, "type": "string_literal", "text": "hy: ALDPS state changed! \\n\");", "parent": 460, "children": [462], "start_point": {"row": 142, "column": 18}, "end_point": {"row": 142, "column": 48}}, {"id": 462, "type": "escape_sequence", "text": "\")", "parent": 461, "children": [], "start_point": {"row": 142, "column": 45}, "end_point": {"row": 142, "column": 47}}, {"id": 463, "type": "if_statement", "text": " (intr & INTR_PME)\n ithPrintf(\"phy: WOL event occurred! \\n\");\n ", "parent": 437, "children": [464], "start_point": {"row": 143, "column": 4}, "end_point": {"row": 144, "column": 49}}, {"id": 464, "type": "parenthesized_expression", "text": "ntr & INTR_PME)\n ", "parent": 463, "children": [465], "start_point": {"row": 143, "column": 7}, "end_point": {"row": 143, "column": 24}}, {"id": 465, "type": "binary_expression", "text": "tr & INTR_PME)\n", "parent": 464, "children": [466, 467, 468], "start_point": {"row": 143, "column": 8}, "end_point": {"row": 143, "column": 23}}, {"id": 466, "type": "identifier", "text": "tr &", "parent": 465, "children": [], "start_point": {"row": 143, "column": 8}, "end_point": {"row": 143, "column": 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\\n\");", "parent": 471, "children": [473], "start_point": {"row": 144, "column": 18}, "end_point": {"row": 144, "column": 47}}, {"id": 473, "type": "escape_sequence", "text": "\")", "parent": 472, "children": [], "start_point": {"row": 144, "column": 44}, "end_point": {"row": 144, "column": 46}}, {"id": 474, "type": "if_statement", "text": " (intr & INTR_PHY_REG_ACCESSIBLE)\n ithPrintf(\"phy: Can access PHY register through MDC/MDIO! \\n\");\n ", "parent": 437, "children": [475], "start_point": {"row": 145, "column": 4}, "end_point": {"row": 146, "column": 71}}, {"id": 475, "type": "parenthesized_expression", "text": "ntr & INTR_PHY_REG_ACCESSIBLE)\n ", "parent": 474, "children": [476], "start_point": {"row": 145, "column": 7}, "end_point": {"row": 145, "column": 39}}, {"id": 476, "type": "binary_expression", "text": "tr & INTR_PHY_REG_ACCESSIBLE)\n", "parent": 475, "children": [477, 478, 479], "start_point": {"row": 145, "column": 8}, "end_point": {"row": 145, "column": 38}}, {"id": 477, "type": "identifier", "text": "tr &", "parent": 476, "children": [], "start_point": {"row": 145, "column": 8}, "end_point": {"row": 145, "column": 12}}, {"id": 478, "type": "&", "text": "I", "parent": 476, "children": [], "start_point": {"row": 145, "column": 13}, "end_point": {"row": 145, "column": 14}}, {"id": 479, "type": "identifier", "text": "TR_PHY_REG_ACCESSIBLE)\n", "parent": 476, "children": [], "start_point": {"row": 145, "column": 15}, "end_point": {"row": 145, "column": 38}}, {"id": 480, "type": "call_expression", "text": "hPrintf(\"phy: Can access PHY register through MDC/MDIO! \\n\");\n", "parent": 474, "children": [481, 482], "start_point": {"row": 146, "column": 8}, "end_point": {"row": 146, "column": 70}}, {"id": 481, "type": "identifier", "text": "hPrintf(\"", "parent": 480, "children": [], "start_point": {"row": 146, "column": 8}, "end_point": {"row": 146, "column": 17}}, {"id": 482, "type": "argument_list", "text": "phy: Can access PHY register through MDC/MDIO! \\n\");\n", "parent": 480, "children": [483], "start_point": {"row": 146, "column": 17}, "end_point": {"row": 146, "column": 70}}, {"id": 483, "type": "string_literal", "text": "hy: Can access PHY register through MDC/MDIO! \\n\");", "parent": 482, "children": [484], "start_point": {"row": 146, "column": 18}, "end_point": {"row": 146, "column": 69}}, {"id": 484, "type": "escape_sequence", "text": "\")", "parent": 483, "children": [], "start_point": {"row": 146, "column": 66}, "end_point": {"row": 146, "column": 68}}, {"id": 485, "type": "if_statement", "text": " (intr & INTR_AN_COMPLETE)\n ithPrintf(\"phy: Auto-Negotiation completed! \\n\");\n ", "parent": 437, "children": [486], "start_point": {"row": 147, "column": 4}, "end_point": {"row": 148, "column": 57}}, {"id": 486, "type": "parenthesized_expression", "text": "ntr & INTR_AN_COMPLETE)\n ", "parent": 485, "children": [487], "start_point": {"row": 147, "column": 7}, "end_point": {"row": 147, "column": 32}}, {"id": 487, "type": "binary_expression", "text": "tr & INTR_AN_COMPLETE)\n", "parent": 486, "children": [488, 489, 490], "start_point": {"row": 147, "column": 8}, "end_point": {"row": 147, "column": 31}}, {"id": 488, "type": "identifier", "text": "tr &", "parent": 487, "children": [], "start_point": {"row": 147, "column": 8}, "end_point": {"row": 147, "column": 12}}, {"id": 489, "type": "&", "text": "I", "parent": 487, "children": [], "start_point": {"row": 147, "column": 13}, "end_point": {"row": 147, "column": 14}}, {"id": 490, "type": "identifier", "text": "TR_AN_COMPLETE)\n", "parent": 487, "children": [], "start_point": {"row": 147, "column": 15}, "end_point": {"row": 147, "column": 31}}, {"id": 491, "type": "call_expression", "text": "hPrintf(\"phy: Auto-Negotiation completed! \\n\");\n", "parent": 485, "children": [492, 493], "start_point": {"row": 148, "column": 8}, "end_point": {"row": 148, "column": 56}}, {"id": 492, "type": "identifier", "text": "hPrintf(\"", "parent": 491, "children": [], "start_point": {"row": 148, "column": 8}, "end_point": {"row": 148, "column": 17}}, {"id": 493, "type": "argument_list", "text": "phy: Auto-Negotiation completed! \\n\");\n", "parent": 491, "children": [494], "start_point": {"row": 148, "column": 17}, "end_point": {"row": 148, "column": 56}}, {"id": 494, "type": "string_literal", "text": "hy: Auto-Negotiation completed! \\n\");", "parent": 493, "children": [495], "start_point": {"row": 148, "column": 18}, "end_point": {"row": 148, "column": 55}}, {"id": 495, "type": "escape_sequence", "text": "\")", "parent": 494, "children": [], "start_point": {"row": 148, "column": 52}, "end_point": {"row": 148, "column": 54}}, {"id": 496, "type": "if_statement", "text": " (intr & INTR_AN_ERROR)\n ithPrintf(\"phy: auto-negotiation error! \\n\");\n#", "parent": 437, "children": [497], "start_point": {"row": 149, "column": 4}, "end_point": {"row": 150, "column": 53}}, {"id": 497, "type": "parenthesized_expression", "text": "ntr & INTR_AN_ERROR)\n ", "parent": 496, "children": [498], "start_point": {"row": 149, "column": 7}, "end_point": {"row": 149, "column": 29}}, {"id": 498, "type": "binary_expression", "text": "tr & INTR_AN_ERROR)\n", "parent": 497, "children": [499, 500, 501], "start_point": {"row": 149, "column": 8}, "end_point": {"row": 149, "column": 28}}, {"id": 499, "type": "identifier", "text": "tr &", "parent": 498, "children": [], "start_point": {"row": 149, "column": 8}, "end_point": {"row": 149, "column": 12}}, {"id": 500, "type": "&", "text": "I", "parent": 498, "children": [], "start_point": {"row": 149, "column": 13}, "end_point": {"row": 149, "column": 14}}, {"id": 501, "type": "identifier", "text": "TR_AN_ERROR)\n", "parent": 498, "children": [], "start_point": {"row": 149, "column": 15}, "end_point": {"row": 149, "column": 28}}, {"id": 502, "type": "call_expression", "text": "hPrintf(\"phy: auto-negotiation error! \\n\");\n", "parent": 496, "children": [503, 504], "start_point": {"row": 150, "column": 8}, "end_point": {"row": 150, "column": 52}}, {"id": 503, "type": "identifier", "text": "hPrintf(\"", "parent": 502, "children": [], "start_point": {"row": 150, "column": 8}, "end_point": {"row": 150, "column": 17}}, {"id": 504, "type": "argument_list", "text": "phy: auto-negotiation error! \\n\");\n", "parent": 502, "children": [505], "start_point": {"row": 150, "column": 17}, "end_point": {"row": 150, "column": 52}}, {"id": 505, "type": "string_literal", "text": "hy: auto-negotiation error! \\n\");", "parent": 504, "children": [506], "start_point": {"row": 150, "column": 18}, "end_point": {"row": 150, "column": 51}}, {"id": 506, "type": "escape_sequence", "text": "\")", "parent": 505, "children": [], "start_point": {"row": 150, "column": 48}, "end_point": {"row": 150, "column": 50}}, {"id": 507, "type": "#endif", "text": "ndif\n ", "parent": 437, "children": [], "start_point": {"row": 151, "column": 0}, "end_point": {"row": 151, "column": 6}}, {"id": 508, "type": "if_statement", "text": " (intr & INTR_LINK_CHG) {\n ithPrintf(\"phy: link change! \\n\");\n return 1;\n }\n\n", "parent": 413, "children": [509], "start_point": {"row": 152, "column": 4}, "end_point": {"row": 155, "column": 5}}, {"id": 509, "type": "parenthesized_expression", "text": "ntr & INTR_LINK_CHG) {", "parent": 508, "children": [510], "start_point": {"row": 152, "column": 7}, "end_point": {"row": 152, "column": 29}}, {"id": 510, "type": "binary_expression", "text": "tr & INTR_LINK_CHG) ", "parent": 509, "children": [511, 512, 513], "start_point": {"row": 152, "column": 8}, "end_point": {"row": 152, "column": 28}}, {"id": 511, "type": "identifier", "text": "tr &", "parent": 510, "children": [], "start_point": {"row": 152, "column": 8}, "end_point": {"row": 152, "column": 12}}, {"id": 512, "type": "&", "text": "I", "parent": 510, "children": [], "start_point": {"row": 152, "column": 13}, "end_point": {"row": 152, "column": 14}}, {"id": 513, "type": "identifier", "text": "TR_LINK_CHG) ", "parent": 510, "children": [], "start_point": {"row": 152, "column": 15}, "end_point": {"row": 152, "column": 28}}, {"id": 514, "type": "call_expression", "text": "hPrintf(\"phy: link change! \\n\");\n", "parent": 508, "children": [515, 516], "start_point": {"row": 153, "column": 8}, "end_point": {"row": 153, "column": 41}}, {"id": 515, "type": "identifier", "text": "hPrintf(\"", "parent": 514, "children": [], "start_point": {"row": 153, "column": 8}, "end_point": {"row": 153, "column": 17}}, {"id": 516, "type": "argument_list", "text": "phy: link change! \\n\");\n", "parent": 514, "children": [517], "start_point": {"row": 153, "column": 17}, "end_point": {"row": 153, "column": 41}}, {"id": 517, "type": "string_literal", "text": "hy: link change! \\n\");", "parent": 516, "children": [518], "start_point": {"row": 153, "column": 18}, "end_point": {"row": 153, "column": 40}}, {"id": 518, "type": "escape_sequence", "text": "\")", "parent": 517, "children": [], "start_point": {"row": 153, "column": 37}, "end_point": {"row": 153, "column": 39}}, {"id": 519, "type": "return_statement", "text": "turn 1;\n ", "parent": 508, "children": [520], "start_point": {"row": 154, "column": 8}, "end_point": {"row": 154, "column": 17}}, {"id": 520, "type": "number_literal", "text": "\n", "parent": 519, "children": [], "start_point": {"row": 154, "column": 15}, "end_point": {"row": 154, "column": 16}}, {"id": 521, "type": "return_statement", "text": "turn 0;\n}", "parent": 413, "children": [522], "start_point": {"row": 157, "column": 4}, "end_point": {"row": 157, "column": 13}}, {"id": 522, "type": "number_literal", "text": "\n", "parent": 521, "children": [], "start_point": {"row": 157, "column": 11}, "end_point": {"row": 157, "column": 12}}, {"id": 523, "type": "preproc_def", "text": "efine PHYSR_FULL_DUPLEX 0x0008\n#d", "parent": null, "children": [524, 525, 526], "start_point": {"row": 160, "column": 0}, "end_point": {"row": 161, "column": 0}}, {"id": 524, "type": "#define", "text": "efine P", "parent": 523, "children": [], "start_point": {"row": 160, "column": 0}, "end_point": {"row": 160, "column": 7}}, {"id": 525, "type": "identifier", "text": "YSR_FULL_DUPLEX ", "parent": 523, "children": [], "start_point": {"row": 160, "column": 8}, "end_point": {"row": 160, "column": 25}}, {"id": 526, "type": "preproc_arg", "text": "0008\n#", "parent": 523, "children": [], "start_point": {"row": 160, "column": 40}, "end_point": {"row": 160, "column": 46}}, {"id": 527, "type": "preproc_def", "text": "efine PHYSR_LINK_OK 0x0004\n\n/", "parent": null, "children": [528, 529, 530], "start_point": {"row": 161, "column": 0}, "end_point": {"row": 162, "column": 0}}, {"id": 528, "type": "#define", "text": "efine P", "parent": 527, "children": [], "start_point": {"row": 161, "column": 0}, "end_point": {"row": 161, "column": 7}}, {"id": 529, "type": "identifier", "text": "YSR_LINK_OK ", "parent": 527, "children": [], "start_point": {"row": 161, "column": 8}, "end_point": {"row": 161, "column": 21}}, {"id": 530, "type": "preproc_arg", "text": "0004\n\n", "parent": 527, "children": [], "start_point": {"row": 161, "column": 40}, "end_point": {"row": 161, "column": 46}}, {"id": 531, "type": "function_definition", "text": "t rtl8211f_read_mode(int* speed, int* duplex)\n{\n uint16_t status = phy_reg_read(0x1A);\n uint16_t _speed = (status & 0x0030) >> 4;\n\n if (!(status & PHYSR_LINK_OK)) {\n ithPrintf(\"phy status reg0x1A = 0x%04X - link not ok! \\n\", status);\n return -1;\n }\n\n if (status & PHYSR_FULL_DUPLEX)\n (*duplex) = DUPLEX_FULL;\n else\n (*duplex) = DUPLEX_HALF;\n\n switch (_speed) {\n default:\n case 0:\n (*speed) = SPEED_10;\n break;\n case 1:\n (*speed) = SPEED_100;\n break;\n case 2:\n (*speed) = SPEED_1000;\n break;\n }\n\n return 0; // 0 means link up\n}\n\n", "parent": null, "children": [532, 533], "start_point": {"row": 164, "column": 0}, "end_point": {"row": 193, "column": 1}}, {"id": 532, "type": "primitive_type", "text": "t r", "parent": 531, "children": [], 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"pointer_expression", "text": "uplex) ", "parent": 590, "children": [592, 593], "start_point": {"row": 175, "column": 9}, "end_point": {"row": 175, "column": 16}}, {"id": 592, "type": "*", "text": "u", "parent": 591, "children": [], "start_point": {"row": 175, "column": 9}, "end_point": {"row": 175, "column": 10}}, {"id": 593, "type": "identifier", "text": "plex) ", "parent": 591, "children": [], "start_point": {"row": 175, "column": 10}, "end_point": {"row": 175, "column": 16}}, {"id": 594, "type": "=", "text": "D", "parent": 589, "children": [], "start_point": {"row": 175, "column": 18}, "end_point": {"row": 175, "column": 19}}, {"id": 595, "type": "identifier", "text": "PLEX_FULL;\n", "parent": 589, "children": [], "start_point": {"row": 175, "column": 20}, "end_point": {"row": 175, "column": 31}}, {"id": 596, "type": "else_clause", "text": "se\n (*duplex) = DUPLEX_HALF;\n\n", "parent": 583, "children": [], "start_point": {"row": 176, "column": 4}, "end_point": {"row": 177, 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"unknown", "text_snippet": "efine phy_reg_write(reg,val) do { phy_reg.reg_num=(reg); phy_reg.val_write=(val); iteMacIoctl(&phy_"}, {"node_id": 27, "universal_type": "function", "name": "unknown", "text_snippet": "atic uint16_t phy_reg_read(uint16_t reg)\n{\n phy_reg.reg_num = reg; \n phy_reg.val_read = 0; \n "}, {"node_id": 30, "universal_type": "function", "name": "unknown", "text_snippet": "y_reg_read(uint16_t reg)\n{"}, {"node_id": 59, "universal_type": "function", "name": "rtl8211f_reset", "text_snippet": "atic int rtl8211f_reset(void)\n{\n int bmcr;\n\n // Software Reset PHY\n bmcr = phy_reg_read(MII"}, {"node_id": 62, "universal_type": "function", "name": "unknown", "text_snippet": "l8211f_reset(void)\n{"}, {"node_id": 149, "universal_type": "function", "name": "rtl8211f_config_intr", "text_snippet": "atic void rtl8211f_config_intr(void)\n{\n phy_set_page(0xA42);\n\t\n#if defined(CFG_NET_ETHERNET_LINK_"}, {"node_id": 152, "universal_type": "function", "name": "unknown", "text_snippet": "l8211f_config_intr(void)\n{"}, {"node_id": 176, "universal_type": "function", "name": "res;", "text_snippet": "id\nPhyInit(int ethMode)\n{\n int res;\n uint16_t tmp;\n uint32_t timeout;\n\n if (ethMode == I"}, {"node_id": 178, "universal_type": "function", "name": "unknown", "text_snippet": "yInit(int ethMode)\n{"}, {"node_id": 413, "universal_type": "function", "name": "unknown", "text_snippet": "t rtl8211f_link_change(void)\n{\n uint16_t intr;\n\n\tphy_set_page(0xA43);\n\n intr = phy_reg_read(0x"}, {"node_id": 415, "universal_type": "function", "name": "unknown", "text_snippet": "l8211f_link_change(void)\n{"}, {"node_id": 531, "universal_type": "function", "name": "unknown", "text_snippet": "t rtl8211f_read_mode(int* speed, int* duplex)\n{\n uint16_t status = phy_reg_read(0x1A);\n uint16"}, {"node_id": 533, "universal_type": "function", "name": "unknown", "text_snippet": "l8211f_read_mode(int* speed, int* duplex)\n{"}, {"node_id": 651, "universal_type": "function", "name": "unknown", "text_snippet": "itpPhyLinkChange)(void) ="}, {"node_id": 671, "universal_type": "function", "name": "unknown", "text_snippet": "itpPhyReadMode)(int* speed, int* duplex) ="}, {"node_id": 692, "universal_type": "function", "name": "unknown", "text_snippet": "itpPhyLinkStatus)(void) ="}], "class_declarations": [{"node_id": 4, "universal_type": "class", "name": "unknown", "text_snippet": "atic s"}, {"node_id": 5, "universal_type": "class", "name": "unknown", "text_snippet": "ruct mii_ioctl_data p"}, {"node_id": 6, "universal_type": "class", "name": "unknown", "text_snippet": "ruct m"}, {"node_id": 28, "universal_type": "class", "name": "unknown", "text_snippet": "atic u"}, {"node_id": 60, "universal_type": "class", "name": "unknown", "text_snippet": "atic i"}, {"node_id": 150, "universal_type": "class", "name": "unknown", "text_snippet": "atic v"}], "import_statements": [{"node_id": 0, "text": "nclude \"ite/ite_mac.h\"\n\n\n"}, {"node_id": 1, "text": "nclude \""}]}, "original_source_code": "\ufeff#include \"ite/ite_mac.h\"\n\n\n\nstatic struct mii_ioctl_data phy_reg = { CFG_NET_ETHERNET_PHY_ADDR, 0, 0, 0 };\n\n#define phy_set_page(page) do { phy_reg.reg_num=31; phy_reg.val_write=page; iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n#define phy_reg_write(reg,val) do { phy_reg.reg_num=(reg); phy_reg.val_write=(val); iteMacIoctl(&phy_reg, IOCSMIIREG); } while(0)\n\nstatic uint16_t phy_reg_read(uint16_t reg)\n{\n phy_reg.reg_num = reg; \n phy_reg.val_read = 0; \n iteMacIoctl(&phy_reg, IOCGMIIREG);\n return phy_reg.val_read;\n}\n\nstatic int rtl8211f_reset(void)\n{\n int bmcr;\n\n // Software Reset PHY\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n bmcr |= BMCR_RESET;\n phy_reg_write(MII_BMCR, bmcr);\n\n do {\n bmcr = phy_reg_read(MII_BMCR);\n if (bmcr < 0)\n return bmcr;\n } while (bmcr & BMCR_RESET);\n\n return 0;\n}\n\n/* phy interrupt definition */\n#define INTR_JABBER\t\t\t \t0x0400\n#define INTR_ALDPS_STATE_CHANGE\t0x0200\n#define INTR_PME\t\t\t \t0x0080\n#define INTR_PHY_REG_ACCESSIBLE\t0x0020\n#define INTR_LINK_CHG \t 0x0010\n#define INTR_AN_COMPLETE\t 0x0008\n#define INTR_AN_ERROR\t\t 0x0001\n\n#define INTR_ENABLE_ALL\t(INTR_JABBER |\\\n\tINTR_ALDPS_STATE_CHANGE |\\\n\tINTR_PME |\\\n\tINTR_PHY_REG_ACCESSIBLE |\\\n\tINTR_LINK_CHG |\\\n\tINTR_AN_COMPLETE |\\\n\tINTR_AN_ERROR)\n\t\nstatic void rtl8211f_config_intr(void)\n{\n phy_set_page(0xA42);\n\t\n#if defined(CFG_NET_ETHERNET_LINK_INTR)\n phy_reg_write(0x12, INTR_ENABLE_ALL);\n#endif\n\n\tphy_set_page(0);\n}\n\nvoid\nPhyInit(int ethMode)\n{\n int res;\n uint16_t tmp;\n uint32_t timeout;\n\n if (ethMode == ITE_ETH_MAC_LB)\n return;\n\n /* phy reset */\n if (rtl8211f_reset())\n printf(\"rtl8211e reset fail! \\n\");\n printf(\" after reset: phy reg %d = 0x%04X \\n\", phy_reg.reg_num, phy_reg.val_read);\n\n /* config interrupt */\n rtl8211f_config_intr();\n\n if (ethMode == ITE_ETH_PCS_LB_10) {\n printf(\" PHY PCS 10 loopback! \\n\\n\");\n //phy_reg_write(0, 0x4100);\n\t\tphy_reg_write(0, 0x4000);\n usleep(20 * 1000);\n } \n else if(ethMode == ITE_ETH_PCS_LB_100) {\n printf(\" PHY PCS 100 loopback! \\n\\n\");\n //phy_reg_write(0, 0x6100);\n\t\tphy_reg_write(0, 0x6000);\n\t\tphy_reg_read(0);\n\t\tprintf(\" phy reg %d = 0x%04X \\n\", phy_reg.reg_num, phy_reg.val_read);\n usleep(20 * 1000);\n }\n else if(ethMode == ITE_ETH_PCS_LB_1000) {\n printf(\" PHY PCS 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x4140);\n usleep(20 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_10) {\n printf(\" PHY MDI 10 loopback! \\n\\n\");\n phy_reg_write(0, 0x0100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_100) {\n printf(\" PHY MDI 100 loopback! \\n\\n\");\n phy_reg_write(0, 0x2100);\n usleep(100 * 1000);\n }\n else if (ethMode == ITE_ETH_MDI_LB_1000) {\n printf(\" PHY MDI 1000 loopback! \\n\\n\");\n phy_reg_write(0, 0x0140);\n usleep(100 * 1000);\n }\n}\n\n#define INTR_JABBER\t\t\t \t0x0400\n#define INTR_ALDPS_STATE_CHANGE\t0x0200\n#define INTR_PME\t\t\t \t0x0080\n#define INTR_PHY_REG_ACCESSIBLE\t0x0020\n#define INTR_LINK_CHG \t 0x0010\n#define INTR_AN_COMPLETE\t 0x0008\n#define INTR_AN_ERROR\t\t 0x0001\n\n/* in interrupt context */\nint rtl8211f_link_change(void)\n{\n uint16_t intr;\n\n\tphy_set_page(0xA43);\n\n intr = phy_reg_read(0x1D);\n\t\n\tphy_set_page(0);\n\n#if 1\n if (intr & INTR_JABBER)\n ithPrintf(\"phy: jabber detected! \\n\");\n if (intr & INTR_ALDPS_STATE_CHANGE)\n ithPrintf(\"phy: ALDPS state changed! \\n\");\n if (intr & INTR_PME)\n ithPrintf(\"phy: WOL event occurred! \\n\");\n if (intr & INTR_PHY_REG_ACCESSIBLE)\n ithPrintf(\"phy: Can access PHY register through MDC/MDIO! \\n\");\n if (intr & INTR_AN_COMPLETE)\n ithPrintf(\"phy: Auto-Negotiation completed! \\n\");\n if (intr & INTR_AN_ERROR)\n ithPrintf(\"phy: auto-negotiation error! \\n\");\n#endif\n if (intr & INTR_LINK_CHG) {\n ithPrintf(\"phy: link change! \\n\");\n return 1;\n }\n\n return 0;\n}\n\n#define PHYSR_FULL_DUPLEX 0x0008\n#define PHYSR_LINK_OK 0x0004\n\n/* return 0 means link up */\nint rtl8211f_read_mode(int* speed, int* duplex)\n{\n uint16_t status = phy_reg_read(0x1A);\n uint16_t _speed = (status & 0x0030) >> 4;\n\n if (!(status & PHYSR_LINK_OK)) {\n ithPrintf(\"phy status reg0x1A = 0x%04X - link not ok! \\n\", status);\n return -1;\n }\n\n if (status & PHYSR_FULL_DUPLEX)\n (*duplex) = DUPLEX_FULL;\n else\n (*duplex) = DUPLEX_HALF;\n\n switch (_speed) {\n default:\n case 0:\n (*speed) = SPEED_10;\n break;\n case 1:\n (*speed) = SPEED_100;\n break;\n case 2:\n (*speed) = SPEED_1000;\n break;\n }\n\n return 0; // 0 means link up\n}\n\n\n/**\n* Check interrupt status for link change. \n* Call from mac driver's internal ISR for phy's interrupt.\n*/\nint(*itpPhyLinkChange)(void) = rtl8211f_link_change;\n/**\n* Replace mac driver's ISR for phy's interrupt. \n*/\nITHGpioIntrHandler itpPhylinkIsr = NULL;\n/**\n* Returns 0 if the device reports link status up/ok \n*/\nint(*itpPhyReadMode)(int* speed, int* duplex) = rtl8211f_read_mode;\n/**\n* Get link status.\n*/\nuint32_t(*itpPhyLinkStatus)(void) = NULL;\n\n\n"}
| 235
|
c
|
/**
* Module date
*/
// Inclure l'interface Date.h
#include "date.h"
// Inclure les bibliothèques uniquement nécessaire à Date.c
#include <stdio.h>
#include <math.h>
/** */
void initialiser(Date *date){
date->jour = 1;
date->nomJour = JEUDI;
date->mois = JAN;
date->annee = 1970;
}
void convertir_vers_date(time_t t, Date* date){
struct tm now;
localtime_r(&t, &now);//convertion fuseau horaire
date->jour = now.tm_mday;//jour
date->nomJour = now.tm_wday;//jour de la semaine
date->mois = now.tm_mon;//mois
date->annee = now.tm_year+1900;//annee (a partir de 1900)
}
Date date_aujourd_hui(){
time_t t = time(0); // date systeme avec #include <time.h>
Date auj;
convertir_vers_date(t, &auj);
return auj;
}
void afficher_date(Date d){
printf("Date %i/%i/%i \n",d.jour, (d.mois+1), d.annee);
}
| 25.75
| 32
|
(translation_unit) "/**\n * Module date\n */\n\n// Inclure l'interface Date.h\n#include "date.h"\n\n// Inclure les bibliothèques uniquement nécessaire à Date.c\n#include <stdio.h>\n#include <math.h>\n\n/** */\nvoid initialiser(Date *date){\n date->jour = 1;\n date->nomJour = JEUDI;\n date->mois = JAN;\n date->annee = 1970;\n}\nvoid convertir_vers_date(time_t t, Date* date){\n struct tm now;\n localtime_r(&t, &now);//convertion fuseau horaire\n date->jour = now.tm_mday;//jour\n date->nomJour = now.tm_wday;//jour de la semaine\n date->mois = now.tm_mon;//mois\n date->annee = now.tm_year+1900;//annee (a partir de 1900)\n}\nDate date_aujourd_hui(){\n time_t t = time(0); // date systeme avec #include <time.h>\n Date auj;\n convertir_vers_date(t, &auj);\n return auj;\n}\nvoid afficher_date(Date d){\n printf("Date %i/%i/%i \n",d.jour, (d.mois+1), d.annee);\n}\n\n"
(comment) "/**\n * Module date\n */"
(comment) "// Inclure l'interface Date.h"
(preproc_include) "#include "date.h"\n"
(#include) "#include"
(string_literal) ""date.h""
(") """
(string_content) "date.h"
(") """
(comment) "// Inclure les bibliothèques uniquement nécessaire à Date.c\n#i"
(preproc_include) "clude <stdio.h>\n#in"
(#include) "clude <s"
(system_lib_string) "dio.h>\n#i"
(preproc_include) "clude <math.h>\n\n/*"
(#include) "clude <m"
(system_lib_string) "th.h>\n\n/"
(comment) " */\nvo"
(function_definition) "d initialiser(Date *date){\n date->jour = 1;\n date->nomJour = JEUDI;\n date->mois = JAN;\n date->annee = 1970;\n}\nvo"
(primitive_type) "d in"
(function_declarator) "tialiser(Date *date){\n "
(identifier) "tialiser(Da"
(parameter_list) "te *date){\n "
(() "t"
(parameter_declaration) "e *date){\n"
(type_identifier) "e *d"
(pointer_declarator) "te){\n"
(*) "t"
(identifier) "e){\n"
()) " "
(compound_statement) " date->jour = 1;\n date->nomJour = JEUDI;\n date->mois = JAN;\n date->annee = 1970;\n}\nvo"
({) " "
(expression_statement) "e->jour = 1;\n "
(assignment_expression) "e->jour = 1;\n "
(field_expression) "e->jour = "
(identifier) "e->j"
(->) "ou"
(field_identifier) "r = "
(=) ";"
(number_literal) " "
(;) " "
(expression_statement) "e->nomJour = JEUDI;\n "
(assignment_expression) "e->nomJour = JEUDI;\n "
(field_expression) "e->nomJour = "
(identifier) "e->n"
(->) "om"
(field_identifier) "Jour = "
(=) "E"
(identifier) "DI;\n "
(;) " "
(expression_statement) "e->mois = JAN;\n "
(assignment_expression) "e->mois = JAN;\n "
(field_expression) "e->mois = "
(identifier) "e->m"
(->) "oi"
(field_identifier) "s = "
(=) "A"
(identifier) ";\n "
(;) " "
(expression_statement) "e->annee = 1970;\n}\n"
(assignment_expression) "e->annee = 1970;\n}"
(field_expression) "e->annee = "
(identifier) "e->a"
(->) "nn"
(field_identifier) "ee = "
(=) "9"
(number_literal) "0;\n}"
(;) "\n"
(}) "o"
(function_definition) "d convertir_vers_date(time_t t, Date* date){\n struct tm now;\n localtime_r(&t, &now);//convertion fuseau horaire\n date->jour = now.tm_mday;//jour\n date->nomJour = now.tm_wday;//jour de la semaine\n date->mois = now.tm_mon;//mois\n date->annee = now.tm_year+1900;//annee (a partir de 1900)\n}\nDa"
(primitive_type) "d co"
(function_declarator) "vertir_vers_date(time_t t, Date* date){\n "
(identifier) "vertir_vers_date(ti"
(parameter_list) "me_t t, Date* date){\n "
(() "m"
(parameter_declaration) "e_t t, D"
(type_identifier) "e_t t,"
(identifier) "D"
(,) "a"
(parameter_declaration) "e* date){\n"
(type_identifier) "e* d"
(pointer_declarator) "ate){\n"
(*) "a"
(identifier) "e){\n"
()) " "
(compound_statement) " struct tm now;\n localtime_r(&t, &now);//convertion fuseau horaire\n date->jour = now.tm_mday;//jour\n date->nomJour = now.tm_wday;//jour de la semaine\n date->mois = now.tm_mon;//mois\n date->annee = now.tm_year+1900;//annee (a partir de 1900)\n}\nDa"
({) " "
(declaration) "uct tm now;\n "
(struct_specifier) "uct tm no"
(struct) "uct tm"
(type_identifier) "no"
(identifier) ";\n "
(;) " "
(expression_statement) "altime_r(&t, &now);//c"
(call_expression) "altime_r(&t, &now);//"
(identifier) "altime_r(&t"
(argument_list) ", &now);//"
(() ","
(pointer_expression) " &"
(&) " "
(identifier) "&"
(,) "n"
(pointer_expression) "w);/"
(&) "w"
(identifier) ");/"
()) "/"
(;) "c"
(comment) "onvertion fuseau horaire\n "
(expression_statement) "e->jour = now.tm_mday;//j"
(assignment_expression) "e->jour = now.tm_mday;//"
(field_expression) "e->jour = "
(identifier) "e->j"
(->) "ou"
(field_identifier) "r = "
(=) "o"
(field_expression) ".tm_mday;//"
(identifier) ".tm"
(.) "_"
(field_identifier) "mday;//"
(;) "j"
(comment) "our\n "
(expression_statement) "e->nomJour = now.tm_wday;//j"
(assignment_expression) "e->nomJour = now.tm_wday;//"
(field_expression) "e->nomJour = "
(identifier) "e->n"
(->) "om"
(field_identifier) "Jour = "
(=) "o"
(field_expression) ".tm_wday;//"
(identifier) ".tm"
(.) "_"
(field_identifier) "wday;//"
(;) "j"
(comment) "our de la semaine\n "
(expression_statement) "e->mois = now.tm_mon;//m"
(assignment_expression) "e->mois = now.tm_mon;//"
(field_expression) "e->mois = "
(identifier) "e->m"
(->) "oi"
(field_identifier) "s = "
(=) "o"
(field_expression) ".tm_mon;//"
(identifier) ".tm"
(.) "_"
(field_identifier) "mon;//"
(;) "m"
(comment) "ois\n "
(expression_statement) "e->annee = now.tm_year+1900;//a"
(assignment_expression) "e->annee = now.tm_year+1900;//"
(field_expression) "e->annee = "
(identifier) "e->a"
(->) "nn"
(field_identifier) "ee = "
(=) "o"
(binary_expression) ".tm_year+1900;//"
(field_expression) ".tm_year+19"
(identifier) ".tm"
(.) "_"
(field_identifier) "year+19"
(+) "0"
(number_literal) "0;//"
(;) "a"
(comment) "nnee (a partir de 1900)\n}\n"
(}) "a"
(function_definition) "e date_aujourd_hui(){\n time_t t = time(0); // date systeme avec #include <time.h>\n Date auj;\n convertir_vers_date(t, &auj);\n return auj;\n}\nvo"
(type_identifier) "e da"
(function_declarator) "e_aujourd_hui(){\n "
(identifier) "e_aujourd_hui(){"
(parameter_list) "\n "
(() "\n"
()) " "
(compound_statement) " time_t t = time(0); // date systeme avec #include <time.h>\n Date auj;\n convertir_vers_date(t, &auj);\n return auj;\n}\nvo"
({) " "
(declaration) "e_t t = time(0); "
(type_identifier) "e_t t "
(init_declarator) " time(0); "
(identifier) " "
(=) "i"
(call_expression) "e(0); "
(identifier) "e(0)"
(argument_list) "; "
(() ";"
(number_literal) " "
()) " "
(;) " "
(comment) "date systeme avec #include <time.h>\n "
(declaration) "e auj;\n "
(type_identifier) "e au"
(identifier) ";\n "
(;) " "
(expression_statement) "vertir_vers_date(t, &auj);\n "
(call_expression) "vertir_vers_date(t, &auj);\n "
(identifier) "vertir_vers_date(t,"
(argument_list) " &auj);\n "
(() " "
(identifier) "&"
(,) "a"
(pointer_expression) "j);\n"
(&) "j"
(identifier) ");\n"
()) " "
(;) " "
(return_statement) "urn auj;\n}\n"
(return) "urn au"
(identifier) ";\n}"
(;) "\n"
(}) "o"
(function_definition) "d afficher_date(Date d){\n printf("Date %i/%i/%i \n",d.jour, (d.mois+1), d.annee);\n}\n\n"
(primitive_type) "d af"
(function_declarator) "icher_date(Date d){\n "
(identifier) "icher_date(Da"
(parameter_list) "te d){\n "
(() "t"
(parameter_declaration) "e d){\n"
(type_identifier) "e d)"
(identifier) "\n"
()) " "
(compound_statement) " printf("Date %i/%i/%i \n",d.jour, (d.mois+1), d.annee);\n}\n\n"
({) " "
(expression_statement) "ntf("Date %i/%i/%i \n",d.jour, (d.mois+1), d.annee);\n}\n"
(call_expression) "ntf("Date %i/%i/%i \n",d.jour, (d.mois+1), d.annee);\n}"
(identifier) "ntf("D"
(argument_list) "ate %i/%i/%i \n",d.jour, (d.mois+1), d.annee);\n}"
(() "a"
(string_literal) "te %i/%i/%i \n",d."
(") "t"
(string_content) "e %i/%i/%i \n""
(escape_sequence) ",d"
(") "."
(,) "j"
(field_expression) "our, ("
(identifier) "o"
(.) "u"
(field_identifier) "r, ("
(,) "d"
(parenthesized_expression) "mois+1), d"
(() "m"
(binary_expression) "ois+1), "
(field_expression) "ois+1)"
(identifier) "o"
(.) "i"
(field_identifier) "s+1)"
(+) ","
(number_literal) " "
()) "d"
(,) "."
(field_expression) "nnee);\n"
(identifier) "n"
(.) "n"
(field_identifier) "ee);\n"
()) "}"
(;) "\n"
(}) ""
| 252
| 0
|
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15, "type": "type_identifier", "text": "e *d", "parent": 14, "children": [], "start_point": {"row": 12, "column": 17}, "end_point": {"row": 12, "column": 21}}, {"id": 16, "type": "pointer_declarator", "text": "te){\n", "parent": 14, "children": [17, 18], "start_point": {"row": 12, "column": 22}, "end_point": {"row": 12, "column": 27}}, {"id": 17, "type": "*", "text": "t", "parent": 16, "children": [], "start_point": {"row": 12, "column": 22}, "end_point": {"row": 12, "column": 23}}, {"id": 18, "type": "identifier", "text": "e){\n", "parent": 16, "children": [], "start_point": {"row": 12, "column": 23}, "end_point": {"row": 12, "column": 27}}, {"id": 19, "type": "assignment_expression", "text": "e->jour = 1;\n ", "parent": 9, "children": [20, 24], "start_point": {"row": 13, "column": 4}, "end_point": {"row": 13, "column": 18}}, {"id": 20, "type": "field_expression", "text": "e->jour = ", "parent": 19, "children": [21, 22, 23], "start_point": {"row": 13, "column": 4}, "end_point": {"row": 13, "column": 14}}, {"id": 21, "type": "identifier", "text": "e->j", "parent": 20, "children": [], "start_point": {"row": 13, "column": 4}, "end_point": {"row": 13, "column": 8}}, {"id": 22, "type": "->", "text": "ou", "parent": 20, "children": [], "start_point": {"row": 13, "column": 8}, "end_point": {"row": 13, "column": 10}}, {"id": 23, "type": "field_identifier", "text": "r = ", "parent": 20, "children": [], "start_point": {"row": 13, "column": 10}, "end_point": {"row": 13, "column": 14}}, {"id": 24, "type": "number_literal", "text": " ", "parent": 19, "children": [], "start_point": {"row": 13, "column": 17}, "end_point": {"row": 13, "column": 18}}, {"id": 25, "type": "assignment_expression", "text": "e->nomJour = JEUDI;\n ", "parent": 9, "children": [26, 30, 31], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 25}}, {"id": 26, "type": "field_expression", "text": "e->nomJour = ", "parent": 25, "children": [27, 28, 29], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 17}}, {"id": 27, "type": "identifier", "text": "e->n", "parent": 26, "children": [], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 8}}, {"id": 28, "type": "->", "text": "om", "parent": 26, "children": [], "start_point": {"row": 14, "column": 8}, "end_point": {"row": 14, "column": 10}}, {"id": 29, "type": "field_identifier", "text": "Jour = ", "parent": 26, "children": [], "start_point": {"row": 14, "column": 10}, "end_point": {"row": 14, "column": 17}}, {"id": 30, "type": "=", "text": "E", "parent": 25, "children": [], "start_point": {"row": 14, "column": 18}, "end_point": {"row": 14, "column": 19}}, {"id": 31, "type": "identifier", "text": "DI;\n ", "parent": 25, "children": [], "start_point": {"row": 14, "column": 20}, "end_point": {"row": 14, "column": 25}}, {"id": 32, "type": "assignment_expression", "text": "e->mois = JAN;\n ", "parent": 9, "children": [33, 37], "start_point": {"row": 15, "column": 4}, "end_point": {"row": 15, "column": 20}}, {"id": 33, "type": "field_expression", "text": "e->mois = ", "parent": 32, "children": [34, 35, 36], "start_point": {"row": 15, "column": 4}, "end_point": {"row": 15, "column": 14}}, {"id": 34, "type": "identifier", "text": "e->m", "parent": 33, "children": [], "start_point": {"row": 15, "column": 4}, "end_point": {"row": 15, "column": 8}}, {"id": 35, "type": "->", "text": "oi", "parent": 33, "children": [], "start_point": {"row": 15, "column": 8}, "end_point": {"row": 15, "column": 10}}, {"id": 36, "type": "field_identifier", "text": "s = ", "parent": 33, "children": [], "start_point": {"row": 15, "column": 10}, "end_point": {"row": 15, "column": 14}}, {"id": 37, "type": "=", "text": "A", "parent": 32, "children": [], "start_point": {"row": 15, "column": 15}, "end_point": {"row": 15, "column": 16}}, {"id": 38, "type": "assignment_expression", "text": "e->annee = 1970;\n}", "parent": 9, "children": [39, 43, 44], "start_point": {"row": 16, "column": 4}, "end_point": {"row": 16, "column": 22}}, {"id": 39, "type": "field_expression", "text": "e->annee = ", "parent": 38, "children": [40, 41, 42], "start_point": {"row": 16, "column": 4}, "end_point": {"row": 16, "column": 15}}, {"id": 40, "type": "identifier", "text": "e->a", "parent": 39, "children": [], "start_point": {"row": 16, "column": 4}, "end_point": {"row": 16, "column": 8}}, {"id": 41, "type": "->", "text": "nn", "parent": 39, "children": [], "start_point": {"row": 16, "column": 8}, "end_point": {"row": 16, "column": 10}}, {"id": 42, "type": "field_identifier", "text": "ee = ", "parent": 39, "children": [], "start_point": {"row": 16, "column": 10}, "end_point": {"row": 16, "column": 15}}, {"id": 43, "type": "=", "text": "9", "parent": 38, "children": [], "start_point": {"row": 16, "column": 16}, "end_point": {"row": 16, "column": 17}}, {"id": 44, "type": "number_literal", "text": "0;\n}", "parent": 38, "children": [], "start_point": {"row": 16, "column": 18}, "end_point": {"row": 16, "column": 22}}, {"id": 45, "type": "function_definition", "text": "d convertir_vers_date(time_t t, Date* date){\n struct tm now;\n localtime_r(&t, &now);//convertion fuseau horaire\n date->jour = now.tm_mday;//jour\n date->nomJour = now.tm_wday;//jour de la semaine\n date->mois = now.tm_mon;//mois\n date->annee = now.tm_year+1900;//annee (a partir de 1900)\n}\nDa", "parent": null, "children": [46, 47], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 25, "column": 1}}, {"id": 46, "type": "primitive_type", "text": "d co", "parent": 45, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 4}}, {"id": 47, "type": "function_declarator", "text": "vertir_vers_date(time_t t, Date* date){\n ", "parent": 45, "children": [48, 49], "start_point": {"row": 18, "column": 5}, "end_point": {"row": 18, "column": 46}}, {"id": 48, "type": "identifier", "text": "vertir_vers_date(ti", "parent": 47, "children": [], "start_point": {"row": 18, "column": 5}, "end_point": {"row": 18, "column": 24}}, {"id": 49, "type": "parameter_list", "text": "me_t t, Date* date){\n ", "parent": 47, "children": [50, 53], "start_point": {"row": 18, "column": 24}, "end_point": {"row": 18, "column": 46}}, {"id": 50, "type": "parameter_declaration", "text": "e_t t, D", "parent": 49, "children": [51, 52], "start_point": {"row": 18, "column": 25}, "end_point": {"row": 18, "column": 33}}, {"id": 51, "type": "type_identifier", "text": "e_t t,", "parent": 50, "children": [], "start_point": {"row": 18, "column": 25}, "end_point": {"row": 18, "column": 31}}, {"id": 52, "type": "identifier", "text": "D", "parent": 50, "children": [], "start_point": {"row": 18, "column": 32}, "end_point": {"row": 18, "column": 33}}, {"id": 53, "type": "parameter_declaration", "text": "e* date){\n", "parent": 49, "children": [54, 55], "start_point": {"row": 18, "column": 35}, "end_point": {"row": 18, "column": 45}}, {"id": 54, "type": "type_identifier", "text": "e* d", "parent": 53, "children": [], "start_point": {"row": 18, "column": 35}, "end_point": {"row": 18, "column": 39}}, {"id": 55, "type": "pointer_declarator", "text": "ate){\n", "parent": 53, "children": [56, 57], "start_point": {"row": 18, "column": 39}, "end_point": {"row": 18, "column": 45}}, {"id": 56, "type": "*", "text": "a", "parent": 55, "children": [], "start_point": {"row": 18, "column": 39}, "end_point": {"row": 18, "column": 40}}, {"id": 57, "type": "identifier", "text": "e){\n", "parent": 55, "children": [], "start_point": {"row": 18, "column": 41}, "end_point": {"row": 18, "column": 45}}, {"id": 58, "type": "declaration", "text": "uct tm now;\n ", "parent": 45, "children": [59], "start_point": {"row": 19, "column": 4}, "end_point": {"row": 19, "column": 18}}, {"id": 59, "type": "struct_specifier", "text": "uct tm no", "parent": 58, "children": [60, 61], "start_point": {"row": 19, "column": 4}, "end_point": {"row": 19, "column": 13}}, {"id": 60, "type": "struct", "text": "uct tm", "parent": 59, "children": [], "start_point": {"row": 19, "column": 4}, "end_point": {"row": 19, "column": 10}}, {"id": 61, "type": "type_identifier", "text": "no", "parent": 59, "children": [], "start_point": {"row": 19, "column": 11}, "end_point": {"row": 19, "column": 13}}, {"id": 62, "type": "call_expression", "text": "altime_r(&t, &now);//", "parent": 45, "children": [63, 64], "start_point": {"row": 20, "column": 4}, "end_point": {"row": 20, "column": 25}}, {"id": 63, "type": "identifier", "text": "altime_r(&t", "parent": 62, "children": [], "start_point": {"row": 20, "column": 4}, "end_point": {"row": 20, "column": 15}}, {"id": 64, "type": "argument_list", "text": ", &now);//", "parent": 62, "children": [66], "start_point": {"row": 20, "column": 15}, "end_point": {"row": 20, "column": 25}}, {"id": 65, "type": "&", "text": " ", "parent": 64, "children": [], "start_point": {"row": 20, "column": 16}, "end_point": {"row": 20, "column": 17}}, {"id": 66, "type": "pointer_expression", "text": "w);/", "parent": 64, "children": [67, 68], "start_point": {"row": 20, "column": 20}, "end_point": {"row": 20, "column": 24}}, {"id": 67, "type": "&", "text": "w", "parent": 66, "children": [], "start_point": {"row": 20, "column": 20}, "end_point": {"row": 20, "column": 21}}, {"id": 68, "type": "identifier", "text": ");/", "parent": 66, "children": [], "start_point": {"row": 20, "column": 21}, "end_point": {"row": 20, "column": 24}}, {"id": 69, "type": "assignment_expression", "text": "e->jour = now.tm_mday;//", "parent": 45, "children": [70, 74, 75], "start_point": {"row": 21, "column": 4}, "end_point": {"row": 21, "column": 28}}, {"id": 70, "type": "field_expression", "text": "e->jour = ", "parent": 69, "children": [71, 72, 73], "start_point": {"row": 21, "column": 4}, "end_point": {"row": 21, "column": 14}}, {"id": 71, "type": "identifier", "text": "e->j", "parent": 70, "children": [], "start_point": {"row": 21, "column": 4}, "end_point": {"row": 21, "column": 8}}, {"id": 72, "type": "->", "text": "ou", "parent": 70, "children": [], "start_point": {"row": 21, "column": 8}, "end_point": {"row": 21, "column": 10}}, {"id": 73, "type": "field_identifier", "text": "r = ", "parent": 70, "children": [], "start_point": {"row": 21, "column": 10}, "end_point": {"row": 21, "column": 14}}, {"id": 74, "type": "=", "text": "o", "parent": 69, "children": [], "start_point": {"row": 21, "column": 15}, "end_point": {"row": 21, "column": 16}}, {"id": 75, "type": "field_expression", "text": ".tm_mday;//", "parent": 69, "children": [76, 77], "start_point": {"row": 21, "column": 17}, "end_point": {"row": 21, "column": 28}}, {"id": 76, "type": "identifier", "text": ".tm", "parent": 75, "children": [], "start_point": {"row": 21, "column": 17}, "end_point": {"row": 21, "column": 20}}, {"id": 77, "type": "field_identifier", "text": "mday;//", "parent": 75, "children": [], "start_point": {"row": 21, "column": 21}, "end_point": {"row": 21, "column": 28}}, {"id": 78, "type": "assignment_expression", "text": "e->nomJour = now.tm_wday;//", "parent": 45, "children": [79, 83, 84], "start_point": {"row": 22, "column": 4}, "end_point": {"row": 22, "column": 31}}, {"id": 79, "type": "field_expression", "text": "e->nomJour = ", "parent": 78, "children": [80, 81, 82], "start_point": {"row": 22, "column": 4}, "end_point": {"row": 22, "column": 17}}, {"id": 80, "type": "identifier", "text": "e->n", "parent": 79, "children": [], "start_point": {"row": 22, "column": 4}, "end_point": {"row": 22, "column": 8}}, {"id": 81, "type": "->", "text": "om", "parent": 79, "children": [], "start_point": {"row": 22, "column": 8}, "end_point": {"row": 22, "column": 10}}, {"id": 82, "type": "field_identifier", "text": "Jour = ", "parent": 79, "children": [], "start_point": {"row": 22, "column": 10}, "end_point": {"row": 22, "column": 17}}, {"id": 83, "type": "=", "text": "o", "parent": 78, "children": [], "start_point": {"row": 22, "column": 18}, "end_point": {"row": 22, "column": 19}}, {"id": 84, "type": "field_expression", "text": ".tm_wday;//", "parent": 78, "children": [85, 86], "start_point": {"row": 22, "column": 20}, "end_point": {"row": 22, "column": 31}}, {"id": 85, "type": "identifier", "text": ".tm", "parent": 84, "children": [], "start_point": {"row": 22, "column": 20}, "end_point": {"row": 22, "column": 23}}, {"id": 86, "type": "field_identifier", "text": "wday;//", "parent": 84, "children": [], "start_point": {"row": 22, "column": 24}, "end_point": {"row": 22, "column": 31}}, {"id": 87, "type": "assignment_expression", "text": "e->mois = now.tm_mon;//", "parent": 45, "children": [88, 92, 93], "start_point": {"row": 23, "column": 4}, "end_point": {"row": 23, "column": 27}}, {"id": 88, "type": "field_expression", "text": "e->mois = ", "parent": 87, "children": [89, 90, 91], "start_point": {"row": 23, "column": 4}, "end_point": {"row": 23, "column": 14}}, {"id": 89, "type": "identifier", "text": "e->m", "parent": 88, "children": [], "start_point": {"row": 23, "column": 4}, "end_point": {"row": 23, "column": 8}}, {"id": 90, "type": "->", "text": "oi", "parent": 88, "children": [], "start_point": {"row": 23, "column": 8}, "end_point": {"row": 23, "column": 10}}, {"id": 91, "type": "field_identifier", "text": "s = ", "parent": 88, "children": [], "start_point": {"row": 23, "column": 10}, "end_point": {"row": 23, "column": 14}}, {"id": 92, "type": "=", "text": "o", "parent": 87, "children": [], "start_point": {"row": 23, "column": 15}, "end_point": {"row": 23, "column": 16}}, {"id": 93, "type": "field_expression", "text": ".tm_mon;//", "parent": 87, "children": [94, 95], "start_point": {"row": 23, "column": 17}, "end_point": {"row": 23, "column": 27}}, {"id": 94, "type": "identifier", "text": ".tm", "parent": 93, "children": [], "start_point": {"row": 23, "column": 17}, "end_point": {"row": 23, "column": 20}}, {"id": 95, "type": "field_identifier", "text": "mon;//", "parent": 93, "children": [], "start_point": {"row": 23, "column": 21}, "end_point": {"row": 23, "column": 27}}, {"id": 96, "type": "assignment_expression", "text": "e->annee = now.tm_year+1900;//", "parent": 45, "children": [97, 101, 102], "start_point": {"row": 24, "column": 4}, "end_point": {"row": 24, "column": 34}}, {"id": 97, "type": "field_expression", "text": "e->annee = ", "parent": 96, "children": [98, 99, 100], "start_point": {"row": 24, "column": 4}, "end_point": {"row": 24, "column": 15}}, {"id": 98, "type": "identifier", "text": "e->a", "parent": 97, "children": [], "start_point": {"row": 24, "column": 4}, "end_point": {"row": 24, "column": 8}}, {"id": 99, "type": "->", "text": "nn", "parent": 97, "children": [], "start_point": {"row": 24, "column": 8}, "end_point": {"row": 24, "column": 10}}, {"id": 100, "type": "field_identifier", "text": "ee = ", "parent": 97, "children": [], "start_point": {"row": 24, "column": 10}, "end_point": {"row": 24, "column": 15}}, {"id": 101, "type": "=", "text": "o", "parent": 96, "children": [], "start_point": {"row": 24, "column": 16}, "end_point": {"row": 24, "column": 17}}, {"id": 102, "type": "binary_expression", "text": ".tm_year+1900;//", "parent": 96, "children": [103, 106, 107], "start_point": {"row": 24, "column": 18}, "end_point": {"row": 24, "column": 34}}, {"id": 103, "type": "field_expression", "text": ".tm_year+19", "parent": 102, "children": [104, 105], "start_point": {"row": 24, "column": 18}, "end_point": {"row": 24, "column": 29}}, {"id": 104, "type": "identifier", "text": ".tm", "parent": 103, "children": [], "start_point": {"row": 24, "column": 18}, "end_point": {"row": 24, "column": 21}}, {"id": 105, "type": "field_identifier", "text": "year+19", "parent": 103, "children": [], "start_point": {"row": 24, "column": 22}, "end_point": {"row": 24, "column": 29}}, {"id": 106, "type": "+", "text": "0", "parent": 102, "children": [], "start_point": {"row": 24, "column": 29}, "end_point": {"row": 24, "column": 30}}, {"id": 107, "type": "number_literal", "text": "0;//", "parent": 102, "children": [], "start_point": {"row": 24, "column": 30}, "end_point": {"row": 24, "column": 34}}, {"id": 108, "type": "function_definition", "text": "e date_aujourd_hui(){\n time_t t = time(0); // date systeme avec #include <time.h>\n Date auj;\n convertir_vers_date(t, &auj);\n return auj;\n}\nvo", "parent": null, "children": [109, 110], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 31, "column": 1}}, {"id": 109, "type": "type_identifier", "text": "e da", "parent": 108, "children": [], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 26, "column": 4}}, {"id": 110, "type": "function_declarator", "text": "e_aujourd_hui(){\n ", "parent": 108, "children": [111, 112], "start_point": {"row": 26, "column": 5}, "end_point": {"row": 26, "column": 23}}, {"id": 111, "type": "identifier", "text": "e_aujourd_hui(){", "parent": 110, "children": [], "start_point": {"row": 26, "column": 5}, "end_point": {"row": 26, "column": 21}}, {"id": 112, "type": "parameter_list", "text": "\n ", "parent": 110, "children": [], "start_point": {"row": 26, "column": 21}, "end_point": {"row": 26, "column": 23}}, {"id": 113, "type": "declaration", "text": "e_t t = time(0); ", "parent": 108, "children": [114, 115], "start_point": {"row": 27, "column": 4}, "end_point": {"row": 27, "column": 23}}, {"id": 114, "type": "type_identifier", "text": "e_t t ", "parent": 113, "children": [], "start_point": {"row": 27, "column": 4}, "end_point": {"row": 27, "column": 10}}, {"id": 115, "type": "init_declarator", "text": " time(0); ", "parent": 113, "children": [116, 117, 118], "start_point": {"row": 27, "column": 11}, "end_point": {"row": 27, "column": 22}}, {"id": 116, "type": "identifier", "text": " ", "parent": 115, "children": [], "start_point": {"row": 27, "column": 11}, "end_point": {"row": 27, "column": 12}}, {"id": 117, "type": "=", "text": "i", "parent": 115, "children": [], "start_point": {"row": 27, "column": 13}, "end_point": {"row": 27, "column": 14}}, {"id": 118, "type": "call_expression", "text": "e(0); ", "parent": 115, "children": [119], "start_point": {"row": 27, "column": 15}, "end_point": {"row": 27, "column": 22}}, {"id": 119, "type": "identifier", "text": "e(0)", "parent": 118, "children": [], "start_point": {"row": 27, "column": 15}, "end_point": {"row": 27, "column": 19}}, {"id": 120, "type": "number_literal", "text": " ", "parent": 118, "children": [], "start_point": {"row": 27, "column": 20}, "end_point": {"row": 27, "column": 21}}, {"id": 121, "type": "declaration", "text": "e auj;\n ", "parent": 108, "children": [122], "start_point": {"row": 28, "column": 4}, "end_point": {"row": 28, "column": 13}}, {"id": 122, "type": "type_identifier", "text": "e au", "parent": 121, "children": [], "start_point": {"row": 28, "column": 4}, "end_point": {"row": 28, "column": 8}}, {"id": 123, "type": "call_expression", "text": "vertir_vers_date(t, &auj);\n ", "parent": 108, "children": [124, 125], "start_point": {"row": 29, "column": 4}, "end_point": {"row": 29, "column": 32}}, {"id": 124, "type": "identifier", "text": "vertir_vers_date(t,", "parent": 123, "children": [], "start_point": {"row": 29, "column": 4}, "end_point": {"row": 29, "column": 23}}, {"id": 125, "type": "argument_list", "text": " &auj);\n ", "parent": 123, "children": [126], "start_point": {"row": 29, "column": 23}, "end_point": {"row": 29, "column": 32}}, {"id": 126, "type": "pointer_expression", "text": "j);\n", "parent": 125, "children": [127, 128], "start_point": {"row": 29, "column": 27}, "end_point": {"row": 29, "column": 31}}, {"id": 127, "type": "&", "text": "j", "parent": 126, "children": [], "start_point": {"row": 29, "column": 27}, "end_point": {"row": 29, "column": 28}}, {"id": 128, "type": "identifier", "text": ");\n", "parent": 126, "children": [], "start_point": {"row": 29, "column": 28}, "end_point": {"row": 29, "column": 31}}, {"id": 129, "type": "return_statement", "text": "urn auj;\n}\n", "parent": 108, "children": [130], "start_point": {"row": 30, "column": 4}, "end_point": {"row": 30, "column": 15}}, {"id": 130, "type": "identifier", "text": ";\n}", "parent": 129, "children": [], "start_point": {"row": 30, "column": 11}, "end_point": {"row": 30, "column": 14}}, {"id": 131, "type": "function_definition", "text": "d afficher_date(Date d){\n printf(\"Date %i/%i/%i \\n\",d.jour, (d.mois+1), d.annee);\n}\n\n", "parent": null, "children": [132, 133], "start_point": {"row": 32, "column": 0}, "end_point": {"row": 34, "column": 1}}, {"id": 132, "type": "primitive_type", "text": "d af", "parent": 131, "children": [], "start_point": {"row": 32, "column": 0}, "end_point": {"row": 32, "column": 4}}, {"id": 133, "type": "function_declarator", "text": "icher_date(Date d){\n ", "parent": 131, "children": [134, 135], "start_point": {"row": 32, "column": 5}, "end_point": {"row": 32, "column": 26}}, {"id": 134, "type": "identifier", "text": "icher_date(Da", "parent": 133, "children": [], "start_point": {"row": 32, "column": 5}, "end_point": {"row": 32, "column": 18}}, {"id": 135, "type": "parameter_list", "text": "te d){\n ", "parent": 133, "children": [136], "start_point": {"row": 32, "column": 18}, "end_point": {"row": 32, "column": 26}}, {"id": 136, "type": "parameter_declaration", "text": "e d){\n", "parent": 135, "children": [137, 138], "start_point": {"row": 32, "column": 19}, "end_point": {"row": 32, "column": 25}}, {"id": 137, "type": "type_identifier", "text": "e d)", "parent": 136, "children": [], "start_point": {"row": 32, "column": 19}, "end_point": {"row": 32, "column": 23}}, {"id": 138, "type": "identifier", "text": "\n", "parent": 136, "children": [], "start_point": {"row": 32, "column": 24}, "end_point": {"row": 32, "column": 25}}, {"id": 139, "type": "call_expression", "text": "ntf(\"Date %i/%i/%i \\n\",d.jour, (d.mois+1), d.annee);\n}", "parent": 131, "children": [140, 141], "start_point": {"row": 33, "column": 4}, "end_point": {"row": 33, "column": 58}}, {"id": 140, "type": "identifier", "text": "ntf(\"D", "parent": 139, "children": [], "start_point": {"row": 33, "column": 4}, "end_point": {"row": 33, "column": 10}}, {"id": 141, "type": "argument_list", "text": "ate %i/%i/%i \\n\",d.jour, (d.mois+1), d.annee);\n}", "parent": 139, "children": [142, 144, 147, 153], "start_point": {"row": 33, "column": 10}, "end_point": {"row": 33, "column": 58}}, {"id": 142, "type": "string_literal", "text": "te %i/%i/%i \\n\",d.", "parent": 141, "children": [143], "start_point": {"row": 33, "column": 11}, "end_point": {"row": 33, "column": 29}}, {"id": 143, "type": "escape_sequence", "text": ",d", "parent": 142, "children": [], "start_point": {"row": 33, "column": 26}, "end_point": {"row": 33, "column": 28}}, {"id": 144, "type": "field_expression", "text": "our, (", "parent": 141, "children": [145, 146], "start_point": {"row": 33, "column": 30}, "end_point": {"row": 33, "column": 36}}, {"id": 145, "type": "identifier", "text": "o", "parent": 144, "children": [], "start_point": {"row": 33, "column": 30}, "end_point": {"row": 33, "column": 31}}, {"id": 146, "type": "field_identifier", "text": "r, (", "parent": 144, "children": [], "start_point": {"row": 33, "column": 32}, "end_point": {"row": 33, "column": 36}}, {"id": 147, "type": "parenthesized_expression", "text": "mois+1), d", "parent": 141, "children": [148], "start_point": {"row": 33, "column": 38}, "end_point": {"row": 33, "column": 48}}, {"id": 148, "type": "binary_expression", "text": "ois+1), ", "parent": 147, "children": [149, 152], "start_point": {"row": 33, "column": 39}, "end_point": {"row": 33, "column": 47}}, {"id": 149, "type": "field_expression", "text": "ois+1)", "parent": 148, "children": [150, 151], "start_point": {"row": 33, "column": 39}, "end_point": {"row": 33, "column": 45}}, {"id": 150, "type": "identifier", "text": "o", "parent": 149, "children": [], "start_point": {"row": 33, "column": 39}, "end_point": {"row": 33, "column": 40}}, {"id": 151, "type": "field_identifier", "text": "s+1)", "parent": 149, "children": [], "start_point": {"row": 33, "column": 41}, "end_point": {"row": 33, "column": 45}}, {"id": 152, "type": "number_literal", "text": " ", "parent": 148, "children": [], "start_point": {"row": 33, "column": 46}, "end_point": {"row": 33, "column": 47}}, {"id": 153, "type": "field_expression", "text": "nnee);\n", "parent": 141, "children": [154, 155], "start_point": {"row": 33, "column": 50}, "end_point": {"row": 33, "column": 57}}, {"id": 154, "type": "identifier", "text": "n", "parent": 153, "children": [], "start_point": {"row": 33, "column": 50}, "end_point": {"row": 33, "column": 51}}, {"id": 155, "type": "field_identifier", "text": "ee);\n", "parent": 153, "children": [], "start_point": {"row": 33, "column": 52}, "end_point": {"row": 33, "column": 57}}]}, "node_categories": {"declarations": {"functions": [9, 11, 45, 47, 108, 110, 131, 133], "variables": [14, 50, 53, 58, 113, 121, 136], "classes": [59, 60], "imports": [0, 1, 3, 4, 6, 7], "modules": [], "enums": []}, "statements": {"expressions": [20, 26, 33, 39, 62, 66, 70, 75, 79, 84, 88, 93, 97, 102, 103, 118, 123, 126, 139, 144, 147, 148, 149, 153], "assignments": [19, 25, 32, 38, 69, 78, 87, 96], "loops": [], "conditionals": [12, 15, 18, 21, 23, 27, 29, 31, 34, 36, 40, 42, 48, 51, 52, 54, 57, 61, 63, 68, 71, 73, 76, 77, 80, 82, 85, 86, 89, 91, 94, 95, 98, 100, 104, 105, 109, 111, 114, 116, 119, 122, 124, 128, 130, 134, 137, 138, 140, 145, 146, 150, 151, 154, 155], "returns": [129], "exceptions": []}, "expressions": {"calls": [], "literals": [2, 5, 8, 24, 44, 107, 120, 142, 152], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 9, "universal_type": "function", "name": "unknown", "text_snippet": "d initialiser(Date *date){\n date->jour = 1;\n date->nomJour = JEUDI;\n date->mois = JAN;\n "}, {"node_id": 11, "universal_type": "function", "name": "unknown", "text_snippet": "tialiser(Date *date){\n "}, {"node_id": 45, "universal_type": "function", "name": "tm", "text_snippet": "d convertir_vers_date(time_t t, Date* date){\n struct tm now;\n localtime_r(&t, &now);//converti"}, {"node_id": 47, "universal_type": "function", "name": "unknown", "text_snippet": "vertir_vers_date(time_t t, Date* date){\n "}, {"node_id": 108, "universal_type": "function", "name": "unknown", "text_snippet": "e date_aujourd_hui(){\n time_t t = time(0); // date systeme avec #include <time.h>\n Date auj;"}, {"node_id": 110, "universal_type": "function", "name": "unknown", "text_snippet": "e_aujourd_hui(){\n "}, {"node_id": 131, "universal_type": "function", "name": "unknown", "text_snippet": "d afficher_date(Date d){\n printf(\"Date %i/%i/%i \\n\",d.jour, (d.mois+1), d.annee);\n}\n\n"}, {"node_id": 133, "universal_type": "function", "name": "unknown", "text_snippet": "icher_date(Date d){\n "}], "class_declarations": [{"node_id": 59, "universal_type": "class", "name": "unknown", "text_snippet": "uct tm no"}, {"node_id": 60, "universal_type": "class", "name": "unknown", "text_snippet": "uct tm"}], "import_statements": [{"node_id": 0, "text": "#include \"date.h\"\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "clude <stdio.h>\n#in"}, {"node_id": 4, "text": "clude <s"}, {"node_id": 6, "text": "clude <math.h>\n\n/*"}, {"node_id": 7, "text": "clude <m"}]}, "original_source_code": "/**\n * Module date\n */\n\n// Inclure l'interface Date.h\n#include \"date.h\"\n\n// Inclure les biblioth\u00e8ques uniquement n\u00e9cessaire \u00e0 Date.c\n#include <stdio.h>\n#include <math.h>\n\n/** */\nvoid initialiser(Date *date){\n date->jour = 1;\n date->nomJour = JEUDI;\n date->mois = JAN;\n date->annee = 1970;\n}\nvoid convertir_vers_date(time_t t, Date* date){\n struct tm now;\n localtime_r(&t, &now);//convertion fuseau horaire\n date->jour = now.tm_mday;//jour\n date->nomJour = now.tm_wday;//jour de la semaine\n date->mois = now.tm_mon;//mois\n date->annee = now.tm_year+1900;//annee (a partir de 1900)\n}\nDate date_aujourd_hui(){\n time_t t = time(0); // date systeme avec #include <time.h>\n Date auj;\n convertir_vers_date(t, &auj);\n return auj;\n}\nvoid afficher_date(Date d){\n printf(\"Date %i/%i/%i \\n\",d.jour, (d.mois+1), d.annee);\n}\n\n"}
| 236
|
c
|
/*
* Copyright 2008-2019, Marvell International Ltd.
* All Rights Reserved.
*
* Derived from:
* http://www.kernel.org/pub/linux/libs/klibc/
*/
/*
* strcat.c
*/
#include <string.h>
char *strcat(char *dst, const char *src)
{
strcpy(strchr(dst, '\0'), src);
return dst;
}
| 15.56
| 18
|
(translation_unit) "/*
\n * Copyright 2008-2019, Marvell International Ltd.
\n * All Rights Reserved.
\n *
\n * Derived from:
\n * http://www.kernel.org/pub/linux/libs/klibc/
\n */
\n/*
\n * strcat.c
\n */
\n
\n#include <string.h>
\n
\nchar *strcat(char *dst, const char *src)
\n{
\n strcpy(strchr(dst, '\0'), src);
\n return dst;
\n}
\n"
(comment) "/*
\n * Copyright 2008-2019, Marvell International Ltd.
\n * All Rights Reserved.
\n *
\n * Derived from:
\n * http://www.kernel.org/pub/linux/libs/klibc/
\n */"
(comment) "/*
\n * strcat.c
\n */"
(preproc_include) "#include <string.h>
\n"
(#include) "#include"
(system_lib_string) "<string.h>"
(function_definition) "char *strcat(char *dst, const char *src)
\n{
\n strcpy(strchr(dst, '\0'), src);
\n return dst;
\n}"
(primitive_type) "char"
(pointer_declarator) "*strcat(char *dst, const char *src)"
(*) "*"
(function_declarator) "strcat(char *dst, const char *src)"
(identifier) "strcat"
(parameter_list) "(char *dst, const char *src)"
(() "("
(parameter_declaration) "char *dst"
(primitive_type) "char"
(pointer_declarator) "*dst"
(*) "*"
(identifier) "dst"
(,) ","
(parameter_declaration) "const char *src"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "*src"
(*) "*"
(identifier) "src"
()) ")"
(compound_statement) "{
\n strcpy(strchr(dst, '\0'), src);
\n return dst;
\n}"
({) "{"
(expression_statement) "strcpy(strchr(dst, '\0'), src);"
(call_expression) "strcpy(strchr(dst, '\0'), src)"
(identifier) "strcpy"
(argument_list) "(strchr(dst, '\0'), src)"
(() "("
(call_expression) "strchr(dst, '\0')"
(identifier) "strchr"
(argument_list) "(dst, '\0')"
(() "("
(identifier) "dst"
(,) ","
(char_literal) "'\0'"
(') "'"
(escape_sequence) "\0"
(') "'"
()) ")"
(,) ","
(identifier) "src"
()) ")"
(;) ";"
(return_statement) "return dst;"
(return) "return"
(identifier) "dst"
(;) ";"
(}) "}"
| 55
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 18, "avg_line_length": 15.56, "nodes": 34, "errors": 0, "source_hash": "0a686c746e2d5c1fa090fd459d928ba21e15aee2d3c3418cce0d4b6a5c695478", "categorized_nodes": 19}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_include", "text": "#include <string.h>\r\n", "parent": null, "children": [1, 2], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 12, "column": 0}}, {"id": 1, "type": "#include", "text": "#include", "parent": 0, "children": [], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 11, "column": 8}}, {"id": 2, "type": "system_lib_string", "text": "<string.h>", "parent": 0, "children": [], "start_point": {"row": 11, "column": 9}, "end_point": {"row": 11, "column": 19}}, {"id": 3, "type": "function_definition", "text": "char *strcat(char *dst, const char *src)\r\n{\r\n\tstrcpy(strchr(dst, '\\0'), src);\r\n\treturn dst;\r\n}", "parent": null, "children": [4, 5], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 17, "column": 1}}, {"id": 4, "type": "primitive_type", "text": "char", "parent": 3, "children": [], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 13, "column": 4}}, {"id": 5, "type": "pointer_declarator", "text": "*strcat(char *dst, const char *src)", "parent": 3, "children": [6, 7], "start_point": {"row": 13, "column": 5}, "end_point": {"row": 13, "column": 40}}, {"id": 6, "type": "*", "text": "*", "parent": 5, "children": [], "start_point": {"row": 13, "column": 5}, "end_point": {"row": 13, "column": 6}}, {"id": 7, "type": "function_declarator", "text": "strcat(char *dst, const char *src)", "parent": 5, "children": [8, 9], "start_point": {"row": 13, "column": 6}, "end_point": {"row": 13, "column": 40}}, {"id": 8, "type": "identifier", "text": "strcat", "parent": 7, "children": [], "start_point": {"row": 13, "column": 6}, "end_point": {"row": 13, "column": 12}}, {"id": 9, "type": "parameter_list", "text": "(char *dst, const char *src)", "parent": 7, "children": [10, 15], "start_point": {"row": 13, "column": 12}, "end_point": {"row": 13, "column": 40}}, {"id": 10, "type": "parameter_declaration", "text": "char *dst", "parent": 9, "children": [11, 12], "start_point": {"row": 13, "column": 13}, "end_point": {"row": 13, "column": 22}}, {"id": 11, "type": "primitive_type", "text": "char", "parent": 10, "children": [], "start_point": {"row": 13, "column": 13}, "end_point": {"row": 13, "column": 17}}, {"id": 12, "type": "pointer_declarator", "text": "*dst", "parent": 10, "children": [13, 14], "start_point": {"row": 13, "column": 18}, "end_point": {"row": 13, "column": 22}}, {"id": 13, "type": "*", "text": "*", "parent": 12, "children": [], "start_point": {"row": 13, "column": 18}, "end_point": {"row": 13, "column": 19}}, {"id": 14, "type": "identifier", "text": "dst", "parent": 12, "children": [], "start_point": {"row": 13, "column": 19}, "end_point": {"row": 13, "column": 22}}, {"id": 15, "type": "parameter_declaration", "text": "const char *src", "parent": 9, "children": [16, 17], "start_point": {"row": 13, "column": 24}, "end_point": {"row": 13, "column": 39}}, {"id": 16, "type": "primitive_type", "text": "char", "parent": 15, "children": [], "start_point": {"row": 13, "column": 30}, "end_point": {"row": 13, "column": 34}}, {"id": 17, "type": "pointer_declarator", "text": "*src", "parent": 15, "children": [18, 19], "start_point": {"row": 13, "column": 35}, "end_point": {"row": 13, "column": 39}}, {"id": 18, "type": "*", "text": "*", "parent": 17, "children": [], "start_point": {"row": 13, "column": 35}, "end_point": {"row": 13, "column": 36}}, {"id": 19, "type": "identifier", "text": "src", "parent": 17, "children": [], "start_point": {"row": 13, "column": 36}, "end_point": {"row": 13, "column": 39}}, {"id": 20, "type": "call_expression", "text": "strcpy(strchr(dst, '\\0'), src)", "parent": 3, "children": [21, 22], "start_point": {"row": 15, "column": 1}, "end_point": {"row": 15, "column": 31}}, {"id": 21, "type": "identifier", "text": "strcpy", "parent": 20, "children": [], "start_point": {"row": 15, "column": 1}, "end_point": {"row": 15, "column": 7}}, {"id": 22, "type": "argument_list", "text": "(strchr(dst, '\\0'), src)", "parent": 20, "children": [23, 31], "start_point": {"row": 15, "column": 7}, "end_point": {"row": 15, "column": 31}}, {"id": 23, "type": "call_expression", "text": "strchr(dst, '\\0')", "parent": 22, "children": [24, 25], "start_point": {"row": 15, "column": 8}, "end_point": {"row": 15, "column": 25}}, {"id": 24, "type": "identifier", "text": "strchr", "parent": 23, "children": [], "start_point": {"row": 15, "column": 8}, "end_point": {"row": 15, "column": 14}}, {"id": 25, "type": "argument_list", "text": "(dst, '\\0')", "parent": 23, "children": [26, 27], "start_point": {"row": 15, "column": 14}, "end_point": {"row": 15, "column": 25}}, {"id": 26, "type": "identifier", "text": "dst", "parent": 25, "children": [], "start_point": {"row": 15, "column": 15}, "end_point": {"row": 15, "column": 18}}, {"id": 27, "type": "char_literal", "text": "'\\0'", "parent": 25, "children": [28, 29, 30], "start_point": {"row": 15, "column": 20}, "end_point": {"row": 15, "column": 24}}, {"id": 28, "type": "'", "text": "'", "parent": 27, "children": [], "start_point": {"row": 15, "column": 20}, "end_point": {"row": 15, "column": 21}}, {"id": 29, "type": "escape_sequence", "text": "\\0", "parent": 27, "children": [], "start_point": {"row": 15, "column": 21}, "end_point": {"row": 15, "column": 23}}, {"id": 30, "type": "'", "text": "'", "parent": 27, "children": [], "start_point": {"row": 15, "column": 23}, "end_point": {"row": 15, "column": 24}}, {"id": 31, "type": "identifier", "text": "src", "parent": 22, "children": [], "start_point": {"row": 15, "column": 27}, "end_point": {"row": 15, "column": 30}}, {"id": 32, "type": "return_statement", "text": "return dst;", "parent": 3, "children": [33], "start_point": {"row": 16, "column": 1}, "end_point": {"row": 16, "column": 12}}, {"id": 33, "type": "identifier", "text": "dst", "parent": 32, "children": [], "start_point": {"row": 16, "column": 8}, "end_point": {"row": 16, "column": 11}}]}, "node_categories": {"declarations": {"functions": [3, 7], "variables": [10, 15], "classes": [], "imports": [0, 1], "modules": [], "enums": []}, "statements": {"expressions": [20, 23], "assignments": [], "loops": [], "conditionals": [8, 14, 19, 21, 24, 26, 31, 33], "returns": [32], "exceptions": []}, "expressions": {"calls": [], "literals": [2, 27], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 3, "universal_type": "function", "name": "unknown", "text_snippet": "char *strcat(char *dst, const char *src)\r\n{\r\n\tstrcpy(strchr(dst, '\\0'), src);\r\n\treturn dst;\r\n}"}, {"node_id": 7, "universal_type": "function", "name": "unknown", "text_snippet": "strcat(char *dst, const char *src)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include <string.h>\r\n"}, {"node_id": 1, "text": "#include"}]}, "original_source_code": "/*\r\n * Copyright 2008-2019, Marvell International Ltd.\r\n * All Rights Reserved.\r\n *\r\n * Derived from:\r\n * http://www.kernel.org/pub/linux/libs/klibc/\r\n */\r\n/*\r\n * strcat.c\r\n */\r\n\r\n#include <string.h>\r\n\r\nchar *strcat(char *dst, const char *src)\r\n{\r\n\tstrcpy(strchr(dst, '\\0'), src);\r\n\treturn dst;\r\n}\r\n"}
| 237
|
c
|
#include<stdio.h>
#include<stdlib.h>
#include<string.h>
#include"CStack.h"
#include<ctype.h>
int priority(char i){
if(i == '(')
return 0;
else if(i == '+' || i == '-')
return 1;
else if(i == '*' || i == '/')
return 2;
}
void infixToPostfix(char arr[]){
char *i,x;
Stack *top = NULL;
i = arr;
while(*i!='\0'){
if(isalnum(*i))
printf("%c",*i);
else if(*i == '('){
top = pushC(top, *i);
}
else if(*i == ')'){
while(top->data != '('){
printf("%c",top->data);
top = pop(top);
}
top = pop(top);
}
else{
while(top!=NULL && priority(top->data) >= priority(*i)){
printf("%c",top->data);
top = pop(top);
}
top = pushC(top, *i);
}
i++;
}
while(top!=NULL){
printf("%c",top->data);
top = pop(top);
}
}
void main(){
char arr[100];
printf("Enter function: ");
scanf("%[^\n]",arr);
infixToPostfix(arr);
}
| 21.2
| 50
|
(translation_unit) "#include<stdio.h>\n#include<stdlib.h>\n#include<string.h>\n#include"CStack.h"\n#include<ctype.h>\nint priority(char i){\n if(i == '(')\n return 0;\n else if(i == '+' || i == '-')\n return 1;\n else if(i == '*' || i == '/')\n return 2;\n}\nvoid infixToPostfix(char arr[]){\n char *i,x;\n Stack *top = NULL;\n i = arr;\n while(*i!='\0'){\n if(isalnum(*i))\n printf("%c",*i);\n else if(*i == '('){\n top = pushC(top, *i);\n }\n else if(*i == ')'){ \n while(top->data != '('){\n printf("%c",top->data);\n top = pop(top);\n }\n top = pop(top);\n }\n else{\n while(top!=NULL && priority(top->data) >= priority(*i)){\n printf("%c",top->data);\n top = pop(top);\n }\n top = pushC(top, *i);\n }\n i++;\n }\n while(top!=NULL){\n printf("%c",top->data);\n top = pop(top);\n }\n}\nvoid main(){\n char arr[100];\n printf("Enter function: ");\n scanf("%[^\n]",arr);\n infixToPostfix(arr);\n}\n"
(preproc_include) "#include<stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(preproc_include) "#include<stdlib.h>\n"
(#include) "#include"
(system_lib_string) "<stdlib.h>"
(preproc_include) "#include<string.h>\n"
(#include) "#include"
(system_lib_string) "<string.h>"
(preproc_include) "#include"CStack.h"\n"
(#include) "#include"
(string_literal) ""CStack.h""
(") """
(string_content) "CStack.h"
(") """
(preproc_include) "#include<ctype.h>\n"
(#include) "#include"
(system_lib_string) "<ctype.h>"
(function_definition) "int priority(char i){\n if(i == '(')\n return 0;\n else if(i == '+' || i == '-')\n return 1;\n else if(i == '*' || i == '/')\n return 2;\n}"
(primitive_type) "int"
(function_declarator) "priority(char i)"
(identifier) "priority"
(parameter_list) "(char i)"
(() "("
(parameter_declaration) "char i"
(primitive_type) "char"
(identifier) "i"
()) ")"
(compound_statement) "{\n if(i == '(')\n return 0;\n else if(i == '+' || i == '-')\n return 1;\n else if(i == '*' || i == '/')\n return 2;\n}"
({) "{"
(if_statement) "if(i == '(')\n return 0;\n else if(i == '+' || i == '-')\n return 1;\n else if(i == '*' || i == '/')\n return 2;"
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(() "("
(identifier) "arr"
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(}) "}"
| 474
| 0
|
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"field_identifier", "text": "data", "parent": 254, "children": [], "start_point": {"row": 40, "column": 25}, "end_point": {"row": 40, "column": 29}}, {"id": 257, "type": "assignment_expression", "text": "top = pop(top)", "parent": 243, "children": [258, 259, 260], "start_point": {"row": 41, "column": 8}, "end_point": {"row": 41, "column": 22}}, {"id": 258, "type": "identifier", "text": "top", "parent": 257, "children": [], "start_point": {"row": 41, "column": 8}, "end_point": {"row": 41, "column": 11}}, {"id": 259, "type": "=", "text": "=", "parent": 257, "children": [], "start_point": {"row": 41, "column": 12}, "end_point": {"row": 41, "column": 13}}, {"id": 260, "type": "call_expression", "text": "pop(top)", "parent": 257, "children": [261, 262], "start_point": {"row": 41, "column": 14}, "end_point": {"row": 41, "column": 22}}, {"id": 261, "type": "identifier", "text": "pop", "parent": 260, "children": [], "start_point": {"row": 41, "column": 14}, "end_point": {"row": 41, "column": 17}}, {"id": 262, "type": "argument_list", "text": "(top)", "parent": 260, "children": [263], "start_point": {"row": 41, "column": 17}, "end_point": {"row": 41, "column": 22}}, {"id": 263, "type": "identifier", "text": "top", "parent": 262, "children": [], "start_point": {"row": 41, "column": 18}, "end_point": {"row": 41, "column": 21}}, {"id": 264, "type": "function_definition", "text": "void main(){\n char arr[100];\n printf(\"Enter function: \");\n scanf(\"%[^\\n]\",arr);\n infixToPostfix(arr);\n}", "parent": null, "children": [265, 266], "start_point": {"row": 44, "column": 0}, "end_point": {"row": 49, "column": 1}}, {"id": 265, "type": "primitive_type", "text": "void", "parent": 264, "children": [], "start_point": {"row": 44, "column": 0}, "end_point": {"row": 44, "column": 4}}, {"id": 266, "type": "function_declarator", "text": "main()", "parent": 264, "children": [267, 268], "start_point": {"row": 44, "column": 5}, "end_point": {"row": 44, "column": 11}}, {"id": 267, "type": "identifier", "text": "main", "parent": 266, "children": [], "start_point": {"row": 44, "column": 5}, "end_point": {"row": 44, "column": 9}}, {"id": 268, "type": "parameter_list", "text": "()", "parent": 266, "children": [], "start_point": {"row": 44, "column": 9}, "end_point": {"row": 44, "column": 11}}, {"id": 269, "type": "declaration", "text": "char arr[100];", "parent": 264, "children": [270, 271], "start_point": {"row": 45, "column": 4}, "end_point": {"row": 45, "column": 18}}, {"id": 270, "type": "primitive_type", "text": "char", "parent": 269, "children": [], "start_point": {"row": 45, "column": 4}, "end_point": {"row": 45, "column": 8}}, {"id": 271, "type": "array_declarator", "text": "arr[100]", "parent": 269, "children": [272, 273], "start_point": {"row": 45, "column": 9}, "end_point": {"row": 45, "column": 17}}, {"id": 272, "type": "identifier", "text": "arr", "parent": 271, "children": [], "start_point": {"row": 45, "column": 9}, "end_point": {"row": 45, "column": 12}}, {"id": 273, "type": "number_literal", "text": "100", "parent": 271, "children": [], "start_point": {"row": 45, "column": 13}, "end_point": {"row": 45, "column": 16}}, {"id": 274, "type": "call_expression", "text": "printf(\"Enter function: \")", "parent": 264, "children": [275, 276], "start_point": {"row": 46, "column": 4}, "end_point": {"row": 46, "column": 30}}, {"id": 275, "type": "identifier", "text": "printf", "parent": 274, "children": [], "start_point": {"row": 46, "column": 4}, "end_point": {"row": 46, "column": 10}}, {"id": 276, "type": "argument_list", "text": "(\"Enter function: \")", "parent": 274, "children": [277], "start_point": {"row": 46, "column": 10}, "end_point": {"row": 46, "column": 30}}, {"id": 277, "type": "string_literal", "text": "\"Enter function: \"", "parent": 276, "children": [], "start_point": {"row": 46, "column": 11}, "end_point": {"row": 46, "column": 29}}, {"id": 278, "type": "call_expression", "text": "scanf(\"%[^\\n]\",arr)", "parent": 264, "children": [279, 280], "start_point": {"row": 47, "column": 4}, "end_point": {"row": 47, "column": 23}}, {"id": 279, "type": "identifier", "text": "scanf", "parent": 278, "children": [], "start_point": {"row": 47, "column": 4}, "end_point": {"row": 47, "column": 9}}, {"id": 280, "type": "argument_list", "text": "(\"%[^\\n]\",arr)", "parent": 278, "children": [281, 283], "start_point": {"row": 47, "column": 9}, "end_point": {"row": 47, "column": 23}}, {"id": 281, "type": "string_literal", "text": "\"%[^\\n]\"", "parent": 280, "children": [282], "start_point": {"row": 47, "column": 10}, "end_point": {"row": 47, "column": 18}}, {"id": 282, "type": "escape_sequence", "text": "\\n", "parent": 281, "children": [], "start_point": {"row": 47, "column": 14}, "end_point": {"row": 47, "column": 16}}, {"id": 283, "type": "identifier", "text": "arr", "parent": 280, "children": [], "start_point": {"row": 47, "column": 19}, "end_point": {"row": 47, "column": 22}}, {"id": 284, "type": "call_expression", "text": "infixToPostfix(arr)", "parent": 264, "children": [285, 286], "start_point": {"row": 48, "column": 4}, "end_point": {"row": 48, "column": 23}}, {"id": 285, "type": "identifier", "text": "infixToPostfix", "parent": 284, "children": [], "start_point": {"row": 48, "column": 4}, "end_point": {"row": 48, "column": 18}}, {"id": 286, "type": "argument_list", "text": "(arr)", "parent": 284, "children": [287], "start_point": {"row": 48, "column": 18}, "end_point": {"row": 48, "column": 23}}, {"id": 287, "type": "identifier", "text": "arr", "parent": 286, "children": [], "start_point": {"row": 48, "column": 19}, "end_point": {"row": 48, "column": 22}}]}, "node_categories": {"declarations": {"functions": [15, 17, 75, 77, 264, 266], "variables": [20, 80, 84, 90, 269], "classes": [], "imports": [0, 1, 3, 4, 6, 7, 9, 10, 12, 13], "modules": [], "enums": []}, "statements": {"expressions": [24, 25, 35, 36, 37, 45, 56, 57, 58, 66, 104, 105, 106, 115, 116, 119, 122, 126, 131, 132, 133, 143, 147, 152, 153, 154, 162, 163, 164, 171, 175, 181, 188, 194, 195, 196, 202, 203, 206, 210, 213, 216, 220, 226, 233, 237, 240, 244, 245, 250, 254, 260, 274, 278, 284], "assignments": [99, 140, 178, 185, 223, 230, 257], "loops": [103, 161, 193, 243], "conditionals": [18, 22, 23, 26, 34, 38, 46, 55, 59, 67, 78, 83, 88, 89, 91, 95, 100, 102, 108, 114, 117, 121, 123, 128, 130, 135, 141, 144, 146, 149, 151, 156, 165, 166, 172, 176, 177, 179, 182, 184, 186, 189, 191, 197, 204, 207, 208, 211, 215, 217, 221, 222, 224, 227, 229, 231, 234, 236, 239, 241, 246, 251, 255, 256, 258, 261, 263, 267, 272, 275, 279, 283, 285, 287], "returns": [31, 52, 73], "exceptions": []}, "expressions": {"calls": [], "literals": [2, 5, 8, 11, 14, 28, 32, 40, 48, 53, 61, 69, 74, 110, 125, 137, 158, 168, 174, 219, 253, 273, 277, 281], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 15, "universal_type": "function", "name": "priority", "text_snippet": "int priority(char i){\n if(i == '(')\n return 0;\n else if(i == '+' || i == '-')\n r"}, {"node_id": 17, "universal_type": "function", "name": "unknown", "text_snippet": "priority(char i)"}, {"node_id": 75, "universal_type": "function", "name": "infixToPostfix", "text_snippet": "void infixToPostfix(char arr[]){\n char *i,x;\n Stack *top = NULL;\n i = arr;\n while(*i!='\\"}, {"node_id": 77, "universal_type": "function", "name": "unknown", "text_snippet": "infixToPostfix(char arr[])"}, {"node_id": 264, "universal_type": "function", "name": "main", "text_snippet": "void main(){\n char arr[100];\n printf(\"Enter function: \");\n scanf(\"%[^\\n]\",arr);\n infixTo"}, {"node_id": 266, "universal_type": "function", "name": "unknown", "text_snippet": "main()"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include<stdio.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include<stdlib.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include<string.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include\"CStack.h\"\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include<ctype.h>\n"}, {"node_id": 13, "text": "#include"}]}, "original_source_code": "#include<stdio.h>\n#include<stdlib.h>\n#include<string.h>\n#include\"CStack.h\"\n#include<ctype.h>\nint priority(char i){\n if(i == '(')\n return 0;\n else if(i == '+' || i == '-')\n return 1;\n else if(i == '*' || i == '/')\n return 2;\n}\nvoid infixToPostfix(char arr[]){\n char *i,x;\n Stack *top = NULL;\n i = arr;\n while(*i!='\\0'){\n if(isalnum(*i))\n printf(\"%c\",*i);\n else if(*i == '('){\n top = pushC(top, *i);\n }\n else if(*i == ')'){ \n while(top->data != '('){\n printf(\"%c\",top->data);\n top = pop(top);\n }\n top = pop(top);\n }\n else{\n while(top!=NULL && priority(top->data) >= priority(*i)){\n printf(\"%c\",top->data);\n top = pop(top);\n }\n top = pushC(top, *i);\n }\n i++;\n }\n while(top!=NULL){\n printf(\"%c\",top->data);\n top = pop(top);\n }\n}\nvoid main(){\n char arr[100];\n printf(\"Enter function: \");\n scanf(\"%[^\\n]\",arr);\n infixToPostfix(arr);\n}\n"}
| 238
|
c
|
/*
* Copyright (c) 2002, Intel Corporation. All rights reserved.
* Created by: julie.n.fleischer REMOVE-THIS AT intel DOT com
* This file is licensed under the GPL license. For the full content
* of this license, see the COPYING file at the top level of this
* source tree.
*
* Test that if clock_settime() changes the value for CLOCK_REALTIME,
* an absolute timer which would now have expired in the past
* will expire immediately (with no error).
*
* Steps:
* - get time T0
* - create/enable a timer to expire at T1 = T0 + TIMEROFFSET
* - set time forward to T1 + CLOCKOFFSET
* - ensure that timer has expired with no error
*
* signal SIGTOTEST is used.
*/
#include <stdio.h>
#include <time.h>
#include <signal.h>
#include <unistd.h>
#include <stdlib.h>
#include "posixtest.h"
#include "helpers.h"
#define TIMEROFFSET 9
#define CLOCKOFFSET 4
#define SHORTTIME 1
#define SIGTOTEST SIGALRM
struct timespec tpreset;
void handler(int signo)
{
printf("Caught signal\n");
printf("Test PASSED\n");
setBackTime(tpreset);
exit(PTS_PASS);
}
int main(int argc, char *argv[])
{
struct sigevent ev;
struct sigaction act;
struct timespec tpT0, tpclock;
struct itimerspec its;
timer_t tid;
int flags = 0;
/*
* set up sigevent for timer
* set up sigaction to catch signal
*/
ev.sigev_notify = SIGEV_SIGNAL;
ev.sigev_signo = SIGTOTEST;
act.sa_handler=handler;
act.sa_flags=0;
if (sigemptyset(&act.sa_mask) != 0) {
perror("sigemptyset() was not successful\n");
return PTS_UNRESOLVED;
}
if (sigaction(SIGTOTEST, &act, 0) != 0) {
perror("sigaction() was not successful\n");
return PTS_UNRESOLVED;
}
if (clock_gettime(CLOCK_REALTIME, &tpT0) != 0) {
perror("clock_gettime() was not successful\n");
return PTS_UNRESOLVED;
}
if (timer_create(CLOCK_REALTIME, &ev, &tid) != 0) {
perror("timer_create() did not return success\n");
return PTS_UNRESOLVED;
}
flags |= TIMER_ABSTIME;
its.it_interval.tv_sec = 0;
its.it_interval.tv_nsec = 0;
its.it_value.tv_sec = tpT0.tv_sec + TIMEROFFSET;
its.it_value.tv_nsec = tpT0.tv_nsec;
if (timer_settime(tid, flags, &its, NULL) != 0) {
perror("timer_settime() did not return success\n");
return PTS_UNRESOLVED;
}
tpclock.tv_sec = its.it_value.tv_sec + CLOCKOFFSET;
tpclock.tv_nsec = its.it_value.tv_nsec;
getBeforeTime(&tpreset);
if (clock_settime(CLOCK_REALTIME, &tpclock) != 0) {
printf("clock_settime() was not successful\n");
return PTS_UNRESOLVED;
}
sleep(SHORTTIME);
printf("timer should have expired _immediately_\n");
tpreset.tv_sec += SHORTTIME;
setBackTime(tpreset);
return PTS_FAIL;
}
| 27.29
| 92
|
(translation_unit) "/* \n * Copyright (c) 2002, Intel Corporation. All rights reserved.\n * Created by: julie.n.fleischer REMOVE-THIS AT intel DOT com\n * This file is licensed under the GPL license. For the full content\n * of this license, see the COPYING file at the top level of this \n * source tree.\n *\n * Test that if clock_settime() changes the value for CLOCK_REALTIME,\n * an absolute timer which would now have expired in the past\n * will expire immediately (with no error).\n *\n * Steps:\n * - get time T0\n * - create/enable a timer to expire at T1 = T0 + TIMEROFFSET\n * - set time forward to T1 + CLOCKOFFSET\n * - ensure that timer has expired with no error\n *\n * signal SIGTOTEST is used.\n */\n#include <stdio.h>\n#include <time.h>\n#include <signal.h>\n#include <unistd.h>\n#include <stdlib.h>\n#include "posixtest.h"\n#include "helpers.h"\n\n#define TIMEROFFSET 9\n#define CLOCKOFFSET 4\n\n#define SHORTTIME 1\n\n#define SIGTOTEST SIGALRM\n\nstruct timespec tpreset;\n\nvoid handler(int signo)\n{\n printf("Caught signal\n");\n printf("Test PASSED\n");\n setBackTime(tpreset);\n exit(PTS_PASS);\n}\n\nint main(int argc, char *argv[])\n{\n struct sigevent ev;\n struct sigaction act;\n struct timespec tpT0, tpclock;\n struct itimerspec its;\n timer_t tid;\n int flags = 0;\n\n /*\n * set up sigevent for timer\n * set up sigaction to catch signal\n */\n ev.sigev_notify = SIGEV_SIGNAL;\n ev.sigev_signo = SIGTOTEST;\n\n act.sa_handler=handler;\n act.sa_flags=0;\n\n if (sigemptyset(&act.sa_mask) != 0) {\n perror("sigemptyset() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n if (sigaction(SIGTOTEST, &act, 0) != 0) {\n perror("sigaction() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n if (clock_gettime(CLOCK_REALTIME, &tpT0) != 0) {\n perror("clock_gettime() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n if (timer_create(CLOCK_REALTIME, &ev, &tid) != 0) {\n perror("timer_create() did not return success\n");\n return PTS_UNRESOLVED;\n }\n\n flags |= TIMER_ABSTIME;\n its.it_interval.tv_sec = 0;\n its.it_interval.tv_nsec = 0;\n its.it_value.tv_sec = tpT0.tv_sec + TIMEROFFSET;\n its.it_value.tv_nsec = tpT0.tv_nsec;\n if (timer_settime(tid, flags, &its, NULL) != 0) {\n perror("timer_settime() did not return success\n");\n return PTS_UNRESOLVED;\n }\n\n tpclock.tv_sec = its.it_value.tv_sec + CLOCKOFFSET;\n tpclock.tv_nsec = its.it_value.tv_nsec;\n getBeforeTime(&tpreset);\n if (clock_settime(CLOCK_REALTIME, &tpclock) != 0) {\n printf("clock_settime() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n sleep(SHORTTIME);\n printf("timer should have expired _immediately_\n");\n tpreset.tv_sec += SHORTTIME;\n setBackTime(tpreset);\n return PTS_FAIL;\n}\n"
(comment) "/* \n * Copyright (c) 2002, Intel Corporation. All rights reserved.\n * Created by: julie.n.fleischer REMOVE-THIS AT intel DOT com\n * This file is licensed under the GPL license. For the full content\n * of this license, see the COPYING file at the top level of this \n * source tree.\n *\n * Test that if clock_settime() changes the value for CLOCK_REALTIME,\n * an absolute timer which would now have expired in the past\n * will expire immediately (with no error).\n *\n * Steps:\n * - get time T0\n * - create/enable a timer to expire at T1 = T0 + TIMEROFFSET\n * - set time forward to T1 + CLOCKOFFSET\n * - ensure that timer has expired with no error\n *\n * signal SIGTOTEST is used.\n */"
(preproc_include) "#include <stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(preproc_include) "#include <time.h>\n"
(#include) "#include"
(system_lib_string) "<time.h>"
(preproc_include) "#include <signal.h>\n"
(#include) "#include"
(system_lib_string) "<signal.h>"
(preproc_include) "#include <unistd.h>\n"
(#include) "#include"
(system_lib_string) "<unistd.h>"
(preproc_include) "#include <stdlib.h>\n"
(#include) "#include"
(system_lib_string) "<stdlib.h>"
(preproc_include) "#include "posixtest.h"\n"
(#include) "#include"
(string_literal) ""posixtest.h""
(") """
(string_content) "posixtest.h"
(") """
(preproc_include) "#include "helpers.h"\n"
(#include) "#include"
(string_literal) ""helpers.h""
(") """
(string_content) "helpers.h"
(") """
(preproc_def) "#define TIMEROFFSET 9\n"
(#define) "#define"
(identifier) "TIMEROFFSET"
(preproc_arg) "9"
(preproc_def) "#define CLOCKOFFSET 4\n"
(#define) "#define"
(identifier) "CLOCKOFFSET"
(preproc_arg) "4"
(preproc_def) "#define SHORTTIME 1\n"
(#define) "#define"
(identifier) "SHORTTIME"
(preproc_arg) "1"
(preproc_def) "#define SIGTOTEST SIGALRM\n"
(#define) "#define"
(identifier) "SIGTOTEST"
(preproc_arg) "SIGALRM"
(declaration) "struct timespec tpreset;"
(struct_specifier) "struct timespec"
(struct) "struct"
(type_identifier) "timespec"
(identifier) "tpreset"
(;) ";"
(function_definition) "void handler(int signo)\n{\n printf("Caught signal\n");\n printf("Test PASSED\n");\n setBackTime(tpreset);\n exit(PTS_PASS);\n}"
(primitive_type) "void"
(function_declarator) "handler(int signo)"
(identifier) "handler"
(parameter_list) "(int signo)"
(() "("
(parameter_declaration) "int signo"
(primitive_type) "int"
(identifier) "signo"
()) ")"
(compound_statement) "{\n printf("Caught signal\n");\n printf("Test PASSED\n");\n setBackTime(tpreset);\n exit(PTS_PASS);\n}"
({) "{"
(expression_statement) "printf("Caught signal\n");"
(call_expression) "printf("Caught signal\n")"
(identifier) "printf"
(argument_list) "("Caught signal\n")"
(() "("
(string_literal) ""Caught signal\n""
(") """
(string_content) "Caught signal"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "printf("Test PASSED\n");"
(call_expression) "printf("Test PASSED\n")"
(identifier) "printf"
(argument_list) "("Test PASSED\n")"
(() "("
(string_literal) ""Test PASSED\n""
(") """
(string_content) "Test PASSED"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "setBackTime(tpreset);"
(call_expression) "setBackTime(tpreset)"
(identifier) "setBackTime"
(argument_list) "(tpreset)"
(() "("
(identifier) "tpreset"
()) ")"
(;) ";"
(expression_statement) "exit(PTS_PASS);"
(call_expression) "exit(PTS_PASS)"
(identifier) "exit"
(argument_list) "(PTS_PASS)"
(() "("
(identifier) "PTS_PASS"
()) ")"
(;) ";"
(}) "}"
(function_definition) "int main(int argc, char *argv[])\n{\n struct sigevent ev;\n struct sigaction act;\n struct timespec tpT0, tpclock;\n struct itimerspec its;\n timer_t tid;\n int flags = 0;\n\n /*\n * set up sigevent for timer\n * set up sigaction to catch signal\n */\n ev.sigev_notify = SIGEV_SIGNAL;\n ev.sigev_signo = SIGTOTEST;\n\n act.sa_handler=handler;\n act.sa_flags=0;\n\n if (sigemptyset(&act.sa_mask) != 0) {\n perror("sigemptyset() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n if (sigaction(SIGTOTEST, &act, 0) != 0) {\n perror("sigaction() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n if (clock_gettime(CLOCK_REALTIME, &tpT0) != 0) {\n perror("clock_gettime() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n if (timer_create(CLOCK_REALTIME, &ev, &tid) != 0) {\n perror("timer_create() did not return success\n");\n return PTS_UNRESOLVED;\n }\n\n flags |= TIMER_ABSTIME;\n its.it_interval.tv_sec = 0;\n its.it_interval.tv_nsec = 0;\n its.it_value.tv_sec = tpT0.tv_sec + TIMEROFFSET;\n its.it_value.tv_nsec = tpT0.tv_nsec;\n if (timer_settime(tid, flags, &its, NULL) != 0) {\n perror("timer_settime() did not return success\n");\n return PTS_UNRESOLVED;\n }\n\n tpclock.tv_sec = its.it_value.tv_sec + CLOCKOFFSET;\n tpclock.tv_nsec = its.it_value.tv_nsec;\n getBeforeTime(&tpreset);\n if (clock_settime(CLOCK_REALTIME, &tpclock) != 0) {\n printf("clock_settime() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n sleep(SHORTTIME);\n printf("timer should have expired _immediately_\n");\n tpreset.tv_sec += SHORTTIME;\n setBackTime(tpreset);\n return PTS_FAIL;\n}"
(primitive_type) "int"
(function_declarator) "main(int argc, char *argv[])"
(identifier) "main"
(parameter_list) "(int argc, char *argv[])"
(() "("
(parameter_declaration) "int argc"
(primitive_type) "int"
(identifier) "argc"
(,) ","
(parameter_declaration) "char *argv[]"
(primitive_type) "char"
(pointer_declarator) "*argv[]"
(*) "*"
(array_declarator) "argv[]"
(identifier) "argv"
([) "["
(]) "]"
()) ")"
(compound_statement) "{\n struct sigevent ev;\n struct sigaction act;\n struct timespec tpT0, tpclock;\n struct itimerspec its;\n timer_t tid;\n int flags = 0;\n\n /*\n * set up sigevent for timer\n * set up sigaction to catch signal\n */\n ev.sigev_notify = SIGEV_SIGNAL;\n ev.sigev_signo = SIGTOTEST;\n\n act.sa_handler=handler;\n act.sa_flags=0;\n\n if (sigemptyset(&act.sa_mask) != 0) {\n perror("sigemptyset() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n if (sigaction(SIGTOTEST, &act, 0) != 0) {\n perror("sigaction() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n if (clock_gettime(CLOCK_REALTIME, &tpT0) != 0) {\n perror("clock_gettime() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n if (timer_create(CLOCK_REALTIME, &ev, &tid) != 0) {\n perror("timer_create() did not return success\n");\n return PTS_UNRESOLVED;\n }\n\n flags |= TIMER_ABSTIME;\n its.it_interval.tv_sec = 0;\n its.it_interval.tv_nsec = 0;\n its.it_value.tv_sec = tpT0.tv_sec + TIMEROFFSET;\n its.it_value.tv_nsec = tpT0.tv_nsec;\n if (timer_settime(tid, flags, &its, NULL) != 0) {\n perror("timer_settime() did not return success\n");\n return PTS_UNRESOLVED;\n }\n\n tpclock.tv_sec = its.it_value.tv_sec + CLOCKOFFSET;\n tpclock.tv_nsec = its.it_value.tv_nsec;\n getBeforeTime(&tpreset);\n if (clock_settime(CLOCK_REALTIME, &tpclock) != 0) {\n printf("clock_settime() was not successful\n");\n return PTS_UNRESOLVED;\n }\n\n sleep(SHORTTIME);\n printf("timer should have expired _immediately_\n");\n tpreset.tv_sec += SHORTTIME;\n setBackTime(tpreset);\n return PTS_FAIL;\n}"
({) "{"
(declaration) "struct sigevent ev;"
(struct_specifier) "struct sigevent"
(struct) "struct"
(type_identifier) "sigevent"
(identifier) "ev"
(;) ";"
(declaration) "struct sigaction act;"
(struct_specifier) "struct sigaction"
(struct) "struct"
(type_identifier) "sigaction"
(identifier) "act"
(;) ";"
(declaration) "struct timespec tpT0, tpclock;"
(struct_specifier) "struct timespec"
(struct) "struct"
(type_identifier) "timespec"
(identifier) "tpT0"
(,) ","
(identifier) "tpclock"
(;) ";"
(declaration) "struct itimerspec its;"
(struct_specifier) "struct itimerspec"
(struct) "struct"
(type_identifier) "itimerspec"
(identifier) "its"
(;) ";"
(declaration) "timer_t tid;"
(type_identifier) "timer_t"
(identifier) "tid"
(;) ";"
(declaration) "int flags = 0;"
(primitive_type) "int"
(init_declarator) "flags = 0"
(identifier) "flags"
(=) "="
(number_literal) "0"
(;) ";"
(comment) "/*\n * set up sigevent for timer\n * set up sigaction to catch signal\n */"
(expression_statement) "ev.sigev_notify = SIGEV_SIGNAL;"
(assignment_expression) "ev.sigev_notify = SIGEV_SIGNAL"
(field_expression) "ev.sigev_notify"
(identifier) "ev"
(.) "."
(field_identifier) "sigev_notify"
(=) "="
(identifier) "SIGEV_SIGNAL"
(;) ";"
(expression_statement) "ev.sigev_signo = SIGTOTEST;"
(assignment_expression) "ev.sigev_signo = SIGTOTEST"
(field_expression) "ev.sigev_signo"
(identifier) "ev"
(.) "."
(field_identifier) "sigev_signo"
(=) "="
(identifier) "SIGTOTEST"
(;) ";"
(expression_statement) "act.sa_handler=handler;"
(assignment_expression) "act.sa_handler=handler"
(field_expression) "act.sa_handler"
(identifier) "act"
(.) "."
(field_identifier) "sa_handler"
(=) "="
(identifier) "handler"
(;) ";"
(expression_statement) "act.sa_flags=0;"
(assignment_expression) "act.sa_flags=0"
(field_expression) "act.sa_flags"
(identifier) "act"
(.) "."
(field_identifier) "sa_flags"
(=) "="
(number_literal) "0"
(;) ";"
(if_statement) "if (sigemptyset(&act.sa_mask) != 0) {\n perror("sigemptyset() was not successful\n");\n return PTS_UNRESOLVED;\n }"
(if) "if"
(parenthesized_expression) "(sigemptyset(&act.sa_mask) != 0)"
(() "("
(binary_expression) "sigemptyset(&act.sa_mask) != 0"
(call_expression) "sigemptyset(&act.sa_mask)"
(identifier) "sigemptyset"
(argument_list) "(&act.sa_mask)"
(() "("
(pointer_expression) "&act.sa_mask"
(&) "&"
(field_expression) "act.sa_mask"
(identifier) "act"
(.) "."
(field_identifier) "sa_mask"
()) ")"
(!=) "!="
(number_literal) "0"
()) ")"
(compound_statement) "{\n perror("sigemptyset() was not successful\n");\n return PTS_UNRESOLVED;\n }"
({) "{"
(expression_statement) "perror("sigemptyset() was not successful\n");"
(call_expression) "perror("sigemptyset() was not successful\n")"
(identifier) "perror"
(argument_list) "("sigemptyset() was not successful\n")"
(() "("
(string_literal) ""sigemptyset() was not successful\n""
(") """
(string_content) "sigemptyset() was not successful"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(return_statement) "return PTS_UNRESOLVED;"
(return) "return"
(identifier) "PTS_UNRESOLVED"
(;) ";"
(}) "}"
(if_statement) "if (sigaction(SIGTOTEST, &act, 0) != 0) {\n perror("sigaction() was not successful\n");\n return PTS_UNRESOLVED;\n }"
(if) "if"
(parenthesized_expression) "(sigaction(SIGTOTEST, &act, 0) != 0)"
(() "("
(binary_expression) "sigaction(SIGTOTEST, &act, 0) != 0"
(call_expression) "sigaction(SIGTOTEST, &act, 0)"
(identifier) "sigaction"
(argument_list) "(SIGTOTEST, &act, 0)"
(() "("
(identifier) "SIGTOTEST"
(,) ","
(pointer_expression) "&act"
(&) "&"
(identifier) "act"
(,) ","
(number_literal) "0"
()) ")"
(!=) "!="
(number_literal) "0"
()) ")"
(compound_statement) "{\n perror("sigaction() was not successful\n");\n return PTS_UNRESOLVED;\n }"
({) "{"
(expression_statement) "perror("sigaction() was not successful\n");"
(call_expression) "perror("sigaction() was not successful\n")"
(identifier) "perror"
(argument_list) "("sigaction() was not successful\n")"
(() "("
(string_literal) ""sigaction() was not successful\n""
(") """
(string_content) "sigaction() was not successful"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(return_statement) "return PTS_UNRESOLVED;"
(return) "return"
(identifier) "PTS_UNRESOLVED"
(;) ";"
(}) "}"
(if_statement) "if (clock_gettime(CLOCK_REALTIME, &tpT0) != 0) {\n perror("clock_gettime() was not successful\n");\n return PTS_UNRESOLVED;\n }"
(if) "if"
(parenthesized_expression) "(clock_gettime(CLOCK_REALTIME, &tpT0) != 0)"
(() "("
(binary_expression) "clock_gettime(CLOCK_REALTIME, &tpT0) != 0"
(call_expression) "clock_gettime(CLOCK_REALTIME, &tpT0)"
(identifier) "clock_gettime"
(argument_list) "(CLOCK_REALTIME, &tpT0)"
(() "("
(identifier) "CLOCK_REALTIME"
(,) ","
(pointer_expression) "&tpT0"
(&) "&"
(identifier) "tpT0"
()) ")"
(!=) "!="
(number_literal) "0"
()) ")"
(compound_statement) "{\n perror("clock_gettime() was not successful\n");\n return PTS_UNRESOLVED;\n }"
({) "{"
(expression_statement) "perror("clock_gettime() was not successful\n");"
(call_expression) "perror("clock_gettime() was not successful\n")"
(identifier) "perror"
(argument_list) "("clock_gettime() was not successful\n")"
(() "("
(string_literal) ""clock_gettime() was not successful\n""
(") """
(string_content) "clock_gettime() was not successful"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(return_statement) "return PTS_UNRESOLVED;"
(return) "return"
(identifier) "PTS_UNRESOLVED"
(;) ";"
(}) "}"
(if_statement) "if (timer_create(CLOCK_REALTIME, &ev, &tid) != 0) {\n perror("timer_create() did not return success\n");\n return PTS_UNRESOLVED;\n }"
(if) "if"
(parenthesized_expression) "(timer_create(CLOCK_REALTIME, &ev, &tid) != 0)"
(() "("
(binary_expression) "timer_create(CLOCK_REALTIME, &ev, &tid) != 0"
(call_expression) "timer_create(CLOCK_REALTIME, &ev, &tid)"
(identifier) "timer_create"
(argument_list) "(CLOCK_REALTIME, &ev, &tid)"
(() "("
(identifier) "CLOCK_REALTIME"
(,) ","
(pointer_expression) "&ev"
(&) "&"
(identifier) "ev"
(,) ","
(pointer_expression) "&tid"
(&) "&"
(identifier) "tid"
()) ")"
(!=) "!="
(number_literal) "0"
()) ")"
(compound_statement) "{\n perror("timer_create() did not return success\n");\n return PTS_UNRESOLVED;\n }"
({) "{"
(expression_statement) "perror("timer_create() did not return success\n");"
(call_expression) "perror("timer_create() did not return success\n")"
(identifier) "perror"
(argument_list) "("timer_create() did not return success\n")"
(() "("
(string_literal) ""timer_create() did not return success\n""
(") """
(string_content) "timer_create() did not return success"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(return_statement) "return PTS_UNRESOLVED;"
(return) "return"
(identifier) "PTS_UNRESOLVED"
(;) ";"
(}) "}"
(expression_statement) "flags |= TIMER_ABSTIME;"
(assignment_expression) "flags |= TIMER_ABSTIME"
(identifier) "flags"
(|=) "|="
(identifier) "TIMER_ABSTIME"
(;) ";"
(expression_statement) "its.it_interval.tv_sec = 0;"
(assignment_expression) "its.it_interval.tv_sec = 0"
(field_expression) "its.it_interval.tv_sec"
(field_expression) "its.it_interval"
(identifier) "its"
(.) "."
(field_identifier) "it_interval"
(.) "."
(field_identifier) "tv_sec"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "its.it_interval.tv_nsec = 0;"
(assignment_expression) "its.it_interval.tv_nsec = 0"
(field_expression) "its.it_interval.tv_nsec"
(field_expression) "its.it_interval"
(identifier) "its"
(.) "."
(field_identifier) "it_interval"
(.) "."
(field_identifier) "tv_nsec"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "its.it_value.tv_sec = tpT0.tv_sec + TIMEROFFSET;"
(assignment_expression) "its.it_value.tv_sec = tpT0.tv_sec + TIMEROFFSET"
(field_expression) "its.it_value.tv_sec"
(field_expression) "its.it_value"
(identifier) "its"
(.) "."
(field_identifier) "it_value"
(.) "."
(field_identifier) "tv_sec"
(=) "="
(binary_expression) "tpT0.tv_sec + TIMEROFFSET"
(field_expression) "tpT0.tv_sec"
(identifier) "tpT0"
(.) "."
(field_identifier) "tv_sec"
(+) "+"
(identifier) "TIMEROFFSET"
(;) ";"
(expression_statement) "its.it_value.tv_nsec = tpT0.tv_nsec;"
(assignment_expression) "its.it_value.tv_nsec = tpT0.tv_nsec"
(field_expression) "its.it_value.tv_nsec"
(field_expression) "its.it_value"
(identifier) "its"
(.) "."
(field_identifier) "it_value"
(.) "."
(field_identifier) "tv_nsec"
(=) "="
(field_expression) "tpT0.tv_nsec"
(identifier) "tpT0"
(.) "."
(field_identifier) "tv_nsec"
(;) ";"
(if_statement) "if (timer_settime(tid, flags, &its, NULL) != 0) {\n perror("timer_settime() did not return success\n");\n return PTS_UNRESOLVED;\n }"
(if) "if"
(parenthesized_expression) "(timer_settime(tid, flags, &its, NULL) != 0)"
(() "("
(binary_expression) "timer_settime(tid, flags, &its, NULL) != 0"
(call_expression) "timer_settime(tid, flags, &its, NULL)"
(identifier) "timer_settime"
(argument_list) "(tid, flags, &its, NULL)"
(() "("
(identifier) "tid"
(,) ","
(identifier) "flags"
(,) ","
(pointer_expression) "&its"
(&) "&"
(identifier) "its"
(,) ","
(null) "NULL"
(NULL) "NULL"
()) ")"
(!=) "!="
(number_literal) "0"
()) ")"
(compound_statement) "{\n perror("timer_settime() did not return success\n");\n return PTS_UNRESOLVED;\n }"
({) "{"
(expression_statement) "perror("timer_settime() did not return success\n");"
(call_expression) "perror("timer_settime() did not return success\n")"
(identifier) "perror"
(argument_list) "("timer_settime() did not return success\n")"
(() "("
(string_literal) ""timer_settime() did not return success\n""
(") """
(string_content) "timer_settime() did not return success"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(return_statement) "return PTS_UNRESOLVED;"
(return) "return"
(identifier) "PTS_UNRESOLVED"
(;) ";"
(}) "}"
(expression_statement) "tpclock.tv_sec = its.it_value.tv_sec + CLOCKOFFSET;"
(assignment_expression) "tpclock.tv_sec = its.it_value.tv_sec + CLOCKOFFSET"
(field_expression) "tpclock.tv_sec"
(identifier) "tpclock"
(.) "."
(field_identifier) "tv_sec"
(=) "="
(binary_expression) "its.it_value.tv_sec + CLOCKOFFSET"
(field_expression) "its.it_value.tv_sec"
(field_expression) "its.it_value"
(identifier) "its"
(.) "."
(field_identifier) "it_value"
(.) "."
(field_identifier) "tv_sec"
(+) "+"
(identifier) "CLOCKOFFSET"
(;) ";"
(expression_statement) "tpclock.tv_nsec = its.it_value.tv_nsec;"
(assignment_expression) "tpclock.tv_nsec = its.it_value.tv_nsec"
(field_expression) "tpclock.tv_nsec"
(identifier) "tpclock"
(.) "."
(field_identifier) "tv_nsec"
(=) "="
(field_expression) "its.it_value.tv_nsec"
(field_expression) "its.it_value"
(identifier) "its"
(.) "."
(field_identifier) "it_value"
(.) "."
(field_identifier) "tv_nsec"
(;) ";"
(expression_statement) "getBeforeTime(&tpreset);"
(call_expression) "getBeforeTime(&tpreset)"
(identifier) "getBeforeTime"
(argument_list) "(&tpreset)"
(() "("
(pointer_expression) "&tpreset"
(&) "&"
(identifier) "tpreset"
()) ")"
(;) ";"
(if_statement) "if (clock_settime(CLOCK_REALTIME, &tpclock) != 0) {\n printf("clock_settime() was not successful\n");\n return PTS_UNRESOLVED;\n }"
(if) "if"
(parenthesized_expression) "(clock_settime(CLOCK_REALTIME, &tpclock) != 0)"
(() "("
(binary_expression) "clock_settime(CLOCK_REALTIME, &tpclock) != 0"
(call_expression) "clock_settime(CLOCK_REALTIME, &tpclock)"
(identifier) "clock_settime"
(argument_list) "(CLOCK_REALTIME, &tpclock)"
(() "("
(identifier) "CLOCK_REALTIME"
(,) ","
(pointer_expression) "&tpclock"
(&) "&"
(identifier) "tpclock"
()) ")"
(!=) "!="
(number_literal) "0"
()) ")"
(compound_statement) "{\n printf("clock_settime() was not successful\n");\n return PTS_UNRESOLVED;\n }"
({) "{"
(expression_statement) "printf("clock_settime() was not successful\n");"
(call_expression) "printf("clock_settime() was not successful\n")"
(identifier) "printf"
(argument_list) "("clock_settime() was not successful\n")"
(() "("
(string_literal) ""clock_settime() was not successful\n""
(") """
(string_content) "clock_settime() was not successful"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(return_statement) "return PTS_UNRESOLVED;"
(return) "return"
(identifier) "PTS_UNRESOLVED"
(;) ";"
(}) "}"
(expression_statement) "sleep(SHORTTIME);"
(call_expression) "sleep(SHORTTIME)"
(identifier) "sleep"
(argument_list) "(SHORTTIME)"
(() "("
(identifier) "SHORTTIME"
()) ")"
(;) ";"
(expression_statement) "printf("timer should have expired _immediately_\n");"
(call_expression) "printf("timer should have expired _immediately_\n")"
(identifier) "printf"
(argument_list) "("timer should have expired _immediately_\n")"
(() "("
(string_literal) ""timer should have expired _immediately_\n""
(") """
(string_content) "timer should have expired _immediately_"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "tpreset.tv_sec += SHORTTIME;"
(assignment_expression) "tpreset.tv_sec += SHORTTIME"
(field_expression) "tpreset.tv_sec"
(identifier) "tpreset"
(.) "."
(field_identifier) "tv_sec"
(+=) "+="
(identifier) "SHORTTIME"
(;) ";"
(expression_statement) "setBackTime(tpreset);"
(call_expression) "setBackTime(tpreset)"
(identifier) "setBackTime"
(argument_list) "(tpreset)"
(() "("
(identifier) "tpreset"
()) ")"
(;) ";"
(return_statement) "return PTS_FAIL;"
(return) "return"
(identifier) "PTS_FAIL"
(;) ";"
(}) "}"
| 581
| 0
|
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[233, 238, 239], "start_point": {"row": 86, "column": 1}, "end_point": {"row": 86, "column": 48}}, {"id": 233, "type": "field_expression", "text": "its.it_value.tv_sec", "parent": 232, "children": [234, 237], "start_point": {"row": 86, "column": 1}, "end_point": {"row": 86, "column": 20}}, {"id": 234, "type": "field_expression", "text": "its.it_value", "parent": 233, "children": [235, 236], "start_point": {"row": 86, "column": 1}, "end_point": {"row": 86, "column": 13}}, {"id": 235, "type": "identifier", "text": "its", "parent": 234, "children": [], "start_point": {"row": 86, "column": 1}, "end_point": {"row": 86, "column": 4}}, {"id": 236, "type": "field_identifier", "text": "it_value", "parent": 234, "children": [], "start_point": {"row": 86, "column": 5}, "end_point": {"row": 86, "column": 13}}, {"id": 237, "type": "field_identifier", "text": "tv_sec", "parent": 233, "children": [], "start_point": {"row": 86, "column": 14}, "end_point": {"row": 86, "column": 20}}, {"id": 238, 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86, "column": 36}}, {"id": 244, "type": "identifier", "text": "TIMEROFFSET", "parent": 239, "children": [], "start_point": {"row": 86, "column": 37}, "end_point": {"row": 86, "column": 48}}, {"id": 245, "type": "assignment_expression", "text": "its.it_value.tv_nsec = tpT0.tv_nsec", "parent": 68, "children": [246, 251, 252], "start_point": {"row": 87, "column": 1}, "end_point": {"row": 87, "column": 36}}, {"id": 246, "type": "field_expression", "text": "its.it_value.tv_nsec", "parent": 245, "children": [247, 250], "start_point": {"row": 87, "column": 1}, "end_point": {"row": 87, "column": 21}}, {"id": 247, "type": "field_expression", "text": "its.it_value", "parent": 246, "children": [248, 249], "start_point": {"row": 87, "column": 1}, "end_point": {"row": 87, "column": 13}}, {"id": 248, "type": "identifier", "text": "its", "parent": 247, "children": [], "start_point": {"row": 87, "column": 1}, "end_point": {"row": 87, "column": 4}}, {"id": 249, "type": "field_identifier", "text": "it_value", "parent": 247, "children": [], "start_point": {"row": 87, "column": 5}, "end_point": {"row": 87, "column": 13}}, {"id": 250, "type": "field_identifier", "text": "tv_nsec", "parent": 246, "children": [], "start_point": {"row": 87, "column": 14}, "end_point": {"row": 87, "column": 21}}, {"id": 251, "type": "=", "text": "=", "parent": 245, "children": [], "start_point": {"row": 87, "column": 22}, "end_point": {"row": 87, "column": 23}}, {"id": 252, "type": "field_expression", "text": "tpT0.tv_nsec", "parent": 245, "children": [253, 254], "start_point": {"row": 87, "column": 24}, "end_point": {"row": 87, "column": 36}}, {"id": 253, "type": "identifier", "text": "tpT0", "parent": 252, "children": [], "start_point": {"row": 87, "column": 24}, "end_point": {"row": 87, "column": 28}}, {"id": 254, "type": "field_identifier", "text": "tv_nsec", "parent": 252, "children": [], "start_point": {"row": 87, "column": 29}, "end_point": {"row": 87, "column": 36}}, {"id": 255, "type": "if_statement", "text": "if (timer_settime(tid, flags, &its, NULL) != 0) {\n\t\tperror(\"timer_settime() did not return success\\n\");\n\t\treturn PTS_UNRESOLVED;\n\t}", "parent": 68, "children": [256], "start_point": {"row": 88, "column": 1}, "end_point": {"row": 91, "column": 2}}, {"id": 256, "type": "parenthesized_expression", "text": "(timer_settime(tid, flags, &its, NULL) != 0)", "parent": 255, "children": [257], "start_point": {"row": 88, "column": 4}, "end_point": {"row": 88, "column": 48}}, {"id": 257, "type": "binary_expression", "text": "timer_settime(tid, flags, &its, NULL) != 0", "parent": 256, "children": [258, 267, 268], "start_point": {"row": 88, "column": 5}, "end_point": {"row": 88, "column": 47}}, {"id": 258, "type": "call_expression", "text": "timer_settime(tid, flags, &its, NULL)", "parent": 257, "children": [259, 260], "start_point": {"row": 88, "column": 5}, "end_point": {"row": 88, "column": 42}}, {"id": 259, "type": "identifier", "text": "timer_settime", 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"assignment_expression", "text": "tpclock.tv_sec = its.it_value.tv_sec + CLOCKOFFSET", "parent": 68, "children": [277, 280, 281], "start_point": {"row": 93, "column": 1}, "end_point": {"row": 93, "column": 51}}, {"id": 277, "type": "field_expression", "text": "tpclock.tv_sec", "parent": 276, "children": [278, 279], "start_point": {"row": 93, "column": 1}, "end_point": {"row": 93, "column": 15}}, {"id": 278, "type": "identifier", "text": "tpclock", "parent": 277, "children": [], "start_point": {"row": 93, "column": 1}, "end_point": {"row": 93, "column": 8}}, {"id": 279, "type": "field_identifier", "text": "tv_sec", "parent": 277, "children": [], "start_point": {"row": 93, "column": 9}, "end_point": {"row": 93, "column": 15}}, {"id": 280, "type": "=", "text": "=", "parent": 276, "children": [], "start_point": {"row": 93, "column": 16}, "end_point": {"row": 93, "column": 17}}, {"id": 281, "type": "binary_expression", "text": "its.it_value.tv_sec + CLOCKOFFSET", "parent": 276, "children": 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"children": [], "start_point": {"row": 94, "column": 32}, "end_point": {"row": 94, "column": 39}}, {"id": 299, "type": "call_expression", "text": "getBeforeTime(&tpreset)", "parent": 68, "children": [300, 301], "start_point": {"row": 95, "column": 1}, "end_point": {"row": 95, "column": 24}}, {"id": 300, "type": "identifier", "text": "getBeforeTime", "parent": 299, "children": [], "start_point": {"row": 95, "column": 1}, "end_point": {"row": 95, "column": 14}}, {"id": 301, "type": "argument_list", "text": "(&tpreset)", "parent": 299, "children": [302], "start_point": {"row": 95, "column": 14}, "end_point": {"row": 95, "column": 24}}, {"id": 302, "type": "pointer_expression", "text": "&tpreset", "parent": 301, "children": [303], "start_point": {"row": 95, "column": 15}, "end_point": {"row": 95, "column": 23}}, {"id": 303, "type": "identifier", "text": "tpreset", "parent": 302, "children": [], "start_point": {"row": 95, "column": 16}, "end_point": {"row": 95, "column": 23}}, {"id": 304, 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{"id": 314, "type": "number_literal", "text": "0", "parent": 306, "children": [], "start_point": {"row": 96, "column": 48}, "end_point": {"row": 96, "column": 49}}, {"id": 315, "type": "call_expression", "text": "printf(\"clock_settime() was not successful\\n\")", "parent": 304, "children": [316, 317], "start_point": {"row": 97, "column": 2}, "end_point": {"row": 97, "column": 48}}, {"id": 316, "type": "identifier", "text": "printf", "parent": 315, "children": [], "start_point": {"row": 97, "column": 2}, "end_point": {"row": 97, "column": 8}}, {"id": 317, "type": "argument_list", "text": "(\"clock_settime() was not successful\\n\")", "parent": 315, "children": [318], "start_point": {"row": 97, "column": 8}, "end_point": {"row": 97, "column": 48}}, {"id": 318, "type": "string_literal", "text": "\"clock_settime() was not successful\\n\"", "parent": 317, "children": [319], "start_point": {"row": 97, "column": 9}, "end_point": {"row": 97, "column": 47}}, {"id": 319, "type": 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"parent": 331, "children": [], "start_point": {"row": 103, "column": 16}, "end_point": {"row": 103, "column": 18}}, {"id": 336, "type": "identifier", "text": "SHORTTIME", "parent": 331, "children": [], "start_point": {"row": 103, "column": 19}, "end_point": {"row": 103, "column": 28}}, {"id": 337, "type": "call_expression", "text": "setBackTime(tpreset)", "parent": 68, "children": [338, 339], "start_point": {"row": 104, "column": 1}, "end_point": {"row": 104, "column": 21}}, {"id": 338, "type": "identifier", "text": "setBackTime", "parent": 337, "children": [], "start_point": {"row": 104, "column": 1}, "end_point": {"row": 104, "column": 12}}, {"id": 339, "type": "argument_list", "text": "(tpreset)", "parent": 337, "children": [340], "start_point": {"row": 104, "column": 12}, "end_point": {"row": 104, "column": 21}}, {"id": 340, "type": "identifier", "text": "tpreset", "parent": 339, "children": [], "start_point": {"row": 104, "column": 13}, "end_point": {"row": 104, "column": 20}}, 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{"function_declarations": [{"node_id": 42, "universal_type": "function", "name": "handler", "text_snippet": "void handler(int signo)\n{\n\tprintf(\"Caught signal\\n\");\n\tprintf(\"Test PASSED\\n\");\n\tsetBackTime(tpreset"}, {"node_id": 44, "universal_type": "function", "name": "unknown", "text_snippet": "handler(int signo)"}, {"node_id": 68, "universal_type": "function", "name": "main", "text_snippet": "int main(int argc, char *argv[])\n{\n\tstruct sigevent ev;\n\tstruct sigaction act;\n\tstruct timespec tpT0"}, {"node_id": 70, "universal_type": "function", "name": "unknown", "text_snippet": "main(int argc, char *argv[])"}], "class_declarations": [{"node_id": 38, "universal_type": "class", "name": "timespec", "text_snippet": "struct timespec"}, {"node_id": 39, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 83, "universal_type": "class", "name": "sigevent", "text_snippet": "struct sigevent"}, {"node_id": 84, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 88, "universal_type": "class", "name": "sigaction", "text_snippet": "struct sigaction"}, {"node_id": 89, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 93, "universal_type": "class", "name": "timespec", "text_snippet": "struct timespec"}, {"node_id": 94, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 99, "universal_type": "class", "name": "itimerspec", "text_snippet": "struct itimerspec"}, {"node_id": 100, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 0, "text": "#include <stdio.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include <time.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <signal.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <unistd.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <stdlib.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include \"posixtest.h\"\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include \"helpers.h\"\n"}, {"node_id": 19, "text": "#include"}]}, "original_source_code": "/* \n * Copyright (c) 2002, Intel Corporation. All rights reserved.\n * Created by: julie.n.fleischer REMOVE-THIS AT intel DOT com\n * This file is licensed under the GPL license. For the full content\n * of this license, see the COPYING file at the top level of this \n * source tree.\n *\n * Test that if clock_settime() changes the value for CLOCK_REALTIME,\n * an absolute timer which would now have expired in the past\n * will expire immediately (with no error).\n *\n * Steps:\n * - get time T0\n * - create/enable a timer to expire at T1 = T0 + TIMEROFFSET\n * - set time forward to T1 + CLOCKOFFSET\n * - ensure that timer has expired with no error\n *\n * signal SIGTOTEST is used.\n */\n#include <stdio.h>\n#include <time.h>\n#include <signal.h>\n#include <unistd.h>\n#include <stdlib.h>\n#include \"posixtest.h\"\n#include \"helpers.h\"\n\n#define TIMEROFFSET 9\n#define CLOCKOFFSET 4\n\n#define SHORTTIME 1\n\n#define SIGTOTEST SIGALRM\n\nstruct timespec tpreset;\n\nvoid handler(int signo)\n{\n\tprintf(\"Caught signal\\n\");\n\tprintf(\"Test PASSED\\n\");\n\tsetBackTime(tpreset);\n\texit(PTS_PASS);\n}\n\nint main(int argc, char *argv[])\n{\n\tstruct sigevent ev;\n\tstruct sigaction act;\n\tstruct timespec tpT0, tpclock;\n\tstruct itimerspec its;\n\ttimer_t tid;\n\tint flags = 0;\n\n\t/*\n\t * set up sigevent for timer\n\t * set up sigaction to catch signal\n\t */\n\tev.sigev_notify = SIGEV_SIGNAL;\n\tev.sigev_signo = SIGTOTEST;\n\n\tact.sa_handler=handler;\n\tact.sa_flags=0;\n\n\tif (sigemptyset(&act.sa_mask) != 0) {\n\t\tperror(\"sigemptyset() was not successful\\n\");\n\t\treturn PTS_UNRESOLVED;\n\t}\n\n\tif (sigaction(SIGTOTEST, &act, 0) != 0) {\n\t\tperror(\"sigaction() was not successful\\n\");\n\t\treturn PTS_UNRESOLVED;\n\t}\n\n\tif (clock_gettime(CLOCK_REALTIME, &tpT0) != 0) {\n\t\tperror(\"clock_gettime() was not successful\\n\");\n\t\treturn PTS_UNRESOLVED;\n\t}\n\n \tif (timer_create(CLOCK_REALTIME, &ev, &tid) != 0) {\n\t\tperror(\"timer_create() did not return success\\n\");\n\t\treturn PTS_UNRESOLVED;\n\t}\n\n\tflags |= TIMER_ABSTIME;\n\tits.it_interval.tv_sec = 0;\n\tits.it_interval.tv_nsec = 0;\n\tits.it_value.tv_sec = tpT0.tv_sec + TIMEROFFSET;\n\tits.it_value.tv_nsec = tpT0.tv_nsec;\n\tif (timer_settime(tid, flags, &its, NULL) != 0) {\n\t\tperror(\"timer_settime() did not return success\\n\");\n\t\treturn PTS_UNRESOLVED;\n\t}\n\n\ttpclock.tv_sec = its.it_value.tv_sec + CLOCKOFFSET;\n\ttpclock.tv_nsec = its.it_value.tv_nsec;\n\tgetBeforeTime(&tpreset);\n\tif (clock_settime(CLOCK_REALTIME, &tpclock) != 0) {\n\t\tprintf(\"clock_settime() was not successful\\n\");\n\t\treturn PTS_UNRESOLVED;\n\t}\n\n\tsleep(SHORTTIME);\n\tprintf(\"timer should have expired _immediately_\\n\");\n\ttpreset.tv_sec += SHORTTIME;\n\tsetBackTime(tpreset);\n\treturn PTS_FAIL;\n}\n"}
| 239
|
c
|
/*
* coverage_stubs.c
*
* These stubs are needed to generate coverage from an embedded target.
*/
#include <stdio.h>
#include <stddef.h>
#include <sys/types.h>
#include <sys/stat.h>
#include <unistd.h>
#include <errno.h>
#include "mgcov_stubs.h"
// ============================================================================================
/* prototype */
void __gcov_flush(void);
// ============================================================================================
void mgcov_static_init(void)
/* call the coverage initializers if not done by startup code */
{
void (**p)(void);
extern uint32_t __init_array_start, __init_array_end; /* linker defined symbols, array of function pointers */
uint32_t beg = (uint32_t)&__init_array_start;
uint32_t end = (uint32_t)&__init_array_end-sizeof(p);
while(beg<end) {
p = (void(**)(void))beg; /* get function pointer */
(*p)(); /* call constructor */
beg += sizeof(p); /* next pointer */
}
}
// ============================================================================================
void mgcov_report(void) {
__gcov_flush();
}
// ============================================================================================
| 34.65
| 34
|
(translation_unit) "/*\n * coverage_stubs.c\n *\n * These stubs are needed to generate coverage from an embedded target.\n */\n#include <stdio.h>\n#include <stddef.h>\n#include <sys/types.h>\n#include <sys/stat.h>\n#include <unistd.h>\n#include <errno.h>\n#include "mgcov_stubs.h"\n// ============================================================================================\n/* prototype */\nvoid __gcov_flush(void);\n// ============================================================================================\nvoid mgcov_static_init(void)\n\n/* call the coverage initializers if not done by startup code */\n\n{\n void (**p)(void);\n extern uint32_t __init_array_start, __init_array_end; /* linker defined symbols, array of function pointers */\n uint32_t beg = (uint32_t)&__init_array_start;\n uint32_t end = (uint32_t)&__init_array_end-sizeof(p);\n\n while(beg<end) {\n p = (void(**)(void))beg; /* get function pointer */\n (*p)(); /* call constructor */\n beg += sizeof(p); /* next pointer */\n }\n}\n// ============================================================================================\nvoid mgcov_report(void) {\n __gcov_flush();\n}\n// ============================================================================================\n"
(comment) "/*\n * coverage_stubs.c\n *\n * These stubs are needed to generate coverage from an embedded target.\n */"
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(comment) "// ============================================================================================"
| 197
| 0
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"mgcov_static_init(void)"}, {"node_id": 37, "universal_type": "function", "name": "unknown", "text_snippet": "(**p)(void)"}, {"node_id": 88, "universal_type": "function", "name": "unknown", "text_snippet": "(**)(void)"}, {"node_id": 110, "universal_type": "function", "name": "mgcov_report", "text_snippet": "void mgcov_report(void) {\n __gcov_flush();\n}"}, {"node_id": 112, "universal_type": "function", "name": "unknown", "text_snippet": "mgcov_report(void)"}], "class_declarations": [{"node_id": 48, "universal_type": "class", "name": "unknown", "text_snippet": "extern"}], "import_statements": [{"node_id": 0, "text": "#include <stdio.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include <stddef.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <sys/types.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <sys/stat.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <unistd.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include <errno.h>\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include \"mgcov_stubs.h\"\n"}, {"node_id": 19, "text": "#include"}]}, "original_source_code": "/*\n * coverage_stubs.c\n *\n * These stubs are needed to generate coverage from an embedded target.\n */\n#include <stdio.h>\n#include <stddef.h>\n#include <sys/types.h>\n#include <sys/stat.h>\n#include <unistd.h>\n#include <errno.h>\n#include \"mgcov_stubs.h\"\n// ============================================================================================\n/* prototype */\nvoid __gcov_flush(void);\n// ============================================================================================\nvoid mgcov_static_init(void)\n\n/* call the coverage initializers if not done by startup code */\n\n{\n void (**p)(void);\n extern uint32_t __init_array_start, __init_array_end; /* linker defined symbols, array of function pointers */\n uint32_t beg = (uint32_t)&__init_array_start;\n uint32_t end = (uint32_t)&__init_array_end-sizeof(p);\n\n while(beg<end) {\n p = (void(**)(void))beg; /* get function pointer */\n (*p)(); /* call constructor */\n beg += sizeof(p); /* next pointer */\n }\n}\n// ============================================================================================\nvoid mgcov_report(void) {\n __gcov_flush();\n}\n// ============================================================================================\n"}
| 240
|
c
|
/* SPDX-License-Identifier: GPL-2.0-only */
/*
* MTD splitter for ELF loader firmware partitions
*
* Copyright (C) 2020 <NAME> <<EMAIL>>
*
* This program is free software; you can redistribute it and/or modify it
* under the terms of the GNU General Public License as published by the Free
* Software Foundation; version 2.
*
* To parse the ELF kernel loader, a small ELF parser is used that can
* handle both ELF32 or ELF64 class loaders. The splitter assumes that the
* kernel is always located before the rootfs, whether it is embedded in the
* loader or not.
*
* The kernel image is preferably embedded inside the ELF loader, so the end
* of the loader equals the end of the kernel partition. This is due to the
* way mtd_find_rootfs_from searches for the the rootfs:
* - if the kernel image is embedded in the loader, the appended rootfs may
* follow the loader immediately, within the same erase block.
* - if the kernel image is not embedded in the loader, but placed at some
* offset behind the loader (OKLI-style loader), the rootfs must be
* aligned to an erase-block after the loader and kernel image.
*/
#include <linux/module.h>
#include <linux/init.h>
#include <linux/kernel.h>
#include <linux/slab.h>
#include <linux/mtd/mtd.h>
#include <linux/mtd/partitions.h>
#include <linux/of.h>
#include <linux/byteorder/generic.h>
#include "mtdsplit.h"
#define ELF_NR_PARTS 2
#define ELF_MAGIC 0x7f454c46 /* 0x7f E L F */
#define ELF_CLASS_32 1
#define ELF_CLASS_64 2
struct elf_header_ident {
uint32_t magic;
uint8_t class;
uint8_t data;
uint8_t version;
uint8_t osabi;
uint8_t abiversion;
uint8_t pad[7];
};
struct elf_header_32 {
uint16_t type;
uint16_t machine;
uint32_t version;
uint32_t entry;
uint32_t phoff;
uint32_t shoff;
uint32_t flags;
uint16_t ehsize;
uint16_t phentsize;
uint16_t phnum;
uint16_t shentsize;
uint16_t shnum;
uint16_t shstrndx;
};
struct elf_header_64 {
uint16_t type;
uint16_t machine;
uint32_t version;
uint64_t entry;
uint64_t phoff;
uint64_t shoff;
uint32_t flags;
uint16_t ehsize;
uint16_t phentsize;
uint16_t phnum;
uint16_t shentsize;
uint16_t shnum;
uint16_t shstrndx;
};
struct elf_header {
struct elf_header_ident ident;
union {
struct elf_header_32 elf32;
struct elf_header_64 elf64;
};
};
struct elf_program_header_32 {
uint32_t type;
uint32_t offset;
uint32_t vaddr;
uint32_t paddr;
uint32_t filesize;
uint32_t memsize;
uint32_t flags;
};
struct elf_program_header_64 {
uint32_t type;
uint32_t flags;
uint64_t offset;
uint64_t vaddr;
uint64_t paddr;
uint64_t filesize;
uint64_t memsize;
};
static int mtdsplit_elf_read_mtd(struct mtd_info *mtd, size_t offset,
uint8_t *dst, size_t len)
{
size_t retlen;
int ret;
ret = mtd_read(mtd, offset, len, &retlen, dst);
if (ret) {
pr_debug("read error in \"%s\"\n", mtd->name);
return ret;
}
if (retlen != len) {
pr_debug("short read in \"%s\"\n", mtd->name);
return -EIO;
}
return 0;
}
static int elf32_determine_size(struct mtd_info *mtd, struct elf_header *hdr,
size_t *size)
{
struct elf_header_32 *hdr32 = &(hdr->elf32);
int err;
size_t section_end, ph_table_end, ph_entry;
struct elf_program_header_32 ph;
*size = 0;
if (hdr32->shoff > 0) {
*size = hdr32->shoff + hdr32->shentsize * hdr32->shnum;
return 0;
}
ph_entry = hdr32->phoff;
ph_table_end = hdr32->phoff + hdr32->phentsize * hdr32->phnum;
while (ph_entry < ph_table_end) {
err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),
sizeof(ph));
if (err)
return err;
section_end = ph.offset + ph.filesize;
if (section_end > *size)
*size = section_end;
ph_entry += hdr32->phentsize;
}
return 0;
}
static int elf64_determine_size(struct mtd_info *mtd, struct elf_header *hdr,
size_t *size)
{
struct elf_header_64 *hdr64 = &(hdr->elf64);
int err;
size_t section_end, ph_table_end, ph_entry;
struct elf_program_header_64 ph;
*size = 0;
if (hdr64->shoff > 0) {
*size = hdr64->shoff + hdr64->shentsize * hdr64->shnum;
return 0;
}
ph_entry = hdr64->phoff;
ph_table_end = hdr64->phoff + hdr64->phentsize * hdr64->phnum;
while (ph_entry < ph_table_end) {
err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),
sizeof(ph));
if (err)
return err;
section_end = ph.offset + ph.filesize;
if (section_end > *size)
*size = section_end;
ph_entry += hdr64->phentsize;
}
return 0;
}
static int mtdsplit_parse_elf(struct mtd_info *mtd,
const struct mtd_partition **pparts,
struct mtd_part_parser_data *data)
{
struct elf_header hdr;
size_t loader_size, rootfs_offset;
enum mtdsplit_part_type type;
struct mtd_partition *parts;
int err;
err = mtdsplit_elf_read_mtd(mtd, 0, (uint8_t *)&hdr, sizeof(hdr));
if (err)
return err;
if (be32_to_cpu(hdr.ident.magic) != ELF_MAGIC) {
pr_debug("invalid ELF magic %08x\n",
be32_to_cpu(hdr.ident.magic));
return -EINVAL;
}
switch (hdr.ident.class) {
case ELF_CLASS_32:
err = elf32_determine_size(mtd, &hdr, &loader_size);
break;
case ELF_CLASS_64:
err = elf64_determine_size(mtd, &hdr, &loader_size);
break;
default:
pr_debug("invalid ELF class %i\n", hdr.ident.class);
err = -EINVAL;
}
if (err)
return err;
err = mtd_find_rootfs_from(mtd, loader_size, mtd->size,
&rootfs_offset, &type);
if (err)
return err;
if (rootfs_offset == mtd->size) {
pr_debug("no rootfs found in \"%s\"\n", mtd->name);
return -ENODEV;
}
parts = kzalloc(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL);
if (!parts)
return -ENOMEM;
parts[0].name = KERNEL_PART_NAME;
parts[0].offset = 0;
parts[0].size = rootfs_offset;
if (type == MTDSPLIT_PART_TYPE_UBI)
parts[1].name = UBI_PART_NAME;
else
parts[1].name = ROOTFS_PART_NAME;
parts[1].offset = rootfs_offset;
parts[1].size = mtd->size - rootfs_offset;
*pparts = parts;
return ELF_NR_PARTS;
}
static const struct of_device_id mtdsplit_elf_of_match_table[] = {
{ .compatible = "openwrt,elf" },
{},
};
MODULE_DEVICE_TABLE(of, mtdsplit_elf_of_match_table);
static struct mtd_part_parser mtdsplit_elf_parser = {
.owner = THIS_MODULE,
.name = "elf-loader-fw",
.of_match_table = mtdsplit_elf_of_match_table,
.parse_fn = mtdsplit_parse_elf,
.type = MTD_PARSER_TYPE_FIRMWARE,
};
static int __init mtdsplit_elf_init(void)
{
register_mtd_parser(&mtdsplit_elf_parser);
return 0;
}
subsys_initcall(mtdsplit_elf_init);
| 25.58
| 241
|
(translation_unit) "/* SPDX-License-Identifier: GPL-2.0-only */\n/*\n * MTD splitter for ELF loader firmware partitions\n *\n * Copyright (C) 2020 <NAME> <<EMAIL>>\n *\n * This program is free software; you can redistribute it and/or modify it\n * under the terms of the GNU General Public License as published by the Free\n * Software Foundation; version 2.\n *\n * To parse the ELF kernel loader, a small ELF parser is used that can\n * handle both ELF32 or ELF64 class loaders. The splitter assumes that the\n * kernel is always located before the rootfs, whether it is embedded in the\n * loader or not.\n *\n * The kernel image is preferably embedded inside the ELF loader, so the end\n * of the loader equals the end of the kernel partition. This is due to the\n * way mtd_find_rootfs_from searches for the the rootfs:\n * - if the kernel image is embedded in the loader, the appended rootfs may\n * follow the loader immediately, within the same erase block.\n * - if the kernel image is not embedded in the loader, but placed at some\n * offset behind the loader (OKLI-style loader), the rootfs must be\n * aligned to an erase-block after the loader and kernel image.\n */\n\n#include <linux/module.h>\n#include <linux/init.h>\n#include <linux/kernel.h>\n#include <linux/slab.h>\n#include <linux/mtd/mtd.h>\n#include <linux/mtd/partitions.h>\n#include <linux/of.h>\n#include <linux/byteorder/generic.h>\n\n#include "mtdsplit.h"\n\n#define ELF_NR_PARTS 2\n\n#define ELF_MAGIC 0x7f454c46 /* 0x7f E L F */\n#define ELF_CLASS_32 1\n#define ELF_CLASS_64 2\n\nstruct elf_header_ident {\n uint32_t magic;\n uint8_t class;\n uint8_t data;\n uint8_t version;\n uint8_t osabi;\n uint8_t abiversion;\n uint8_t pad[7];\n};\n\nstruct elf_header_32 {\n uint16_t type;\n uint16_t machine;\n uint32_t version;\n uint32_t entry;\n uint32_t phoff;\n uint32_t shoff;\n uint32_t flags;\n uint16_t ehsize;\n uint16_t phentsize;\n uint16_t phnum;\n uint16_t shentsize;\n uint16_t shnum;\n uint16_t shstrndx;\n};\n\nstruct elf_header_64 {\n uint16_t type;\n uint16_t machine;\n uint32_t version;\n uint64_t entry;\n uint64_t phoff;\n uint64_t shoff;\n uint32_t flags;\n uint16_t ehsize;\n uint16_t phentsize;\n uint16_t phnum;\n uint16_t shentsize;\n uint16_t shnum;\n uint16_t shstrndx;\n};\n\nstruct elf_header {\n struct elf_header_ident ident;\n union {\n struct elf_header_32 elf32;\n struct elf_header_64 elf64;\n };\n};\n\nstruct elf_program_header_32 {\n uint32_t type;\n uint32_t offset;\n uint32_t vaddr;\n uint32_t paddr;\n uint32_t filesize;\n uint32_t memsize;\n uint32_t flags;\n};\n\nstruct elf_program_header_64 {\n uint32_t type;\n uint32_t flags;\n uint64_t offset;\n uint64_t vaddr;\n uint64_t paddr;\n uint64_t filesize;\n uint64_t memsize;\n};\n\n\nstatic int mtdsplit_elf_read_mtd(struct mtd_info *mtd, size_t offset,\n uint8_t *dst, size_t len)\n{\n size_t retlen;\n int ret;\n\n ret = mtd_read(mtd, offset, len, &retlen, dst);\n if (ret) {\n pr_debug("read error in \"%s\"\n", mtd->name);\n return ret;\n }\n\n if (retlen != len) {\n pr_debug("short read in \"%s\"\n", mtd->name);\n return -EIO;\n }\n\n return 0;\n}\n\nstatic int elf32_determine_size(struct mtd_info *mtd, struct elf_header *hdr,\n size_t *size)\n{\n struct elf_header_32 *hdr32 = &(hdr->elf32);\n int err;\n size_t section_end, ph_table_end, ph_entry;\n struct elf_program_header_32 ph;\n\n *size = 0;\n\n if (hdr32->shoff > 0) {\n *size = hdr32->shoff + hdr32->shentsize * hdr32->shnum;\n return 0;\n }\n\n ph_entry = hdr32->phoff;\n ph_table_end = hdr32->phoff + hdr32->phentsize * hdr32->phnum;\n\n while (ph_entry < ph_table_end) {\n err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));\n if (err)\n return err;\n\n section_end = ph.offset + ph.filesize;\n if (section_end > *size)\n *size = section_end;\n\n ph_entry += hdr32->phentsize;\n }\n\n return 0;\n}\n\nstatic int elf64_determine_size(struct mtd_info *mtd, struct elf_header *hdr,\n size_t *size)\n{\n struct elf_header_64 *hdr64 = &(hdr->elf64);\n int err;\n size_t section_end, ph_table_end, ph_entry;\n struct elf_program_header_64 ph;\n\n *size = 0;\n\n if (hdr64->shoff > 0) {\n *size = hdr64->shoff + hdr64->shentsize * hdr64->shnum;\n return 0;\n }\n\n ph_entry = hdr64->phoff;\n ph_table_end = hdr64->phoff + hdr64->phentsize * hdr64->phnum;\n\n while (ph_entry < ph_table_end) {\n err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));\n if (err)\n return err;\n\n section_end = ph.offset + ph.filesize;\n if (section_end > *size)\n *size = section_end;\n\n ph_entry += hdr64->phentsize;\n }\n\n return 0;\n}\n\nstatic int mtdsplit_parse_elf(struct mtd_info *mtd,\n const struct mtd_partition **pparts,\n struct mtd_part_parser_data *data)\n{\n struct elf_header hdr;\n size_t loader_size, rootfs_offset;\n enum mtdsplit_part_type type;\n struct mtd_partition *parts;\n int err;\n\n err = mtdsplit_elf_read_mtd(mtd, 0, (uint8_t *)&hdr, sizeof(hdr));\n if (err)\n return err;\n\n if (be32_to_cpu(hdr.ident.magic) != ELF_MAGIC) {\n pr_debug("invalid ELF magic %08x\n",\n be32_to_cpu(hdr.ident.magic));\n return -EINVAL;\n }\n\n switch (hdr.ident.class) {\n case ELF_CLASS_32:\n err = elf32_determine_size(mtd, &hdr, &loader_size);\n break;\n case ELF_CLASS_64:\n err = elf64_determine_size(mtd, &hdr, &loader_size);\n break;\n default:\n pr_debug("invalid ELF class %i\n", hdr.ident.class);\n err = -EINVAL;\n }\n\n if (err)\n return err;\n\n err = mtd_find_rootfs_from(mtd, loader_size, mtd->size,\n &rootfs_offset, &type);\n if (err)\n return err;\n\n if (rootfs_offset == mtd->size) {\n pr_debug("no rootfs found in \"%s\"\n", mtd->name);\n return -ENODEV;\n }\n\n parts = kzalloc(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL);\n if (!parts)\n return -ENOMEM;\n\n parts[0].name = KERNEL_PART_NAME;\n parts[0].offset = 0;\n parts[0].size = rootfs_offset;\n\n if (type == MTDSPLIT_PART_TYPE_UBI)\n parts[1].name = UBI_PART_NAME;\n else\n parts[1].name = ROOTFS_PART_NAME;\n parts[1].offset = rootfs_offset;\n parts[1].size = mtd->size - rootfs_offset;\n\n *pparts = parts;\n return ELF_NR_PARTS;\n}\n\nstatic const struct of_device_id mtdsplit_elf_of_match_table[] = {\n { .compatible = "openwrt,elf" },\n {},\n};\nMODULE_DEVICE_TABLE(of, mtdsplit_elf_of_match_table);\n\nstatic struct mtd_part_parser mtdsplit_elf_parser = {\n .owner = THIS_MODULE,\n .name = "elf-loader-fw",\n .of_match_table = mtdsplit_elf_of_match_table,\n .parse_fn = mtdsplit_parse_elf,\n .type = MTD_PARSER_TYPE_FIRMWARE,\n};\n\nstatic int __init mtdsplit_elf_init(void)\n{\n register_mtd_parser(&mtdsplit_elf_parser);\n\n return 0;\n}\n\nsubsys_initcall(mtdsplit_elf_init);\n"
(comment) "/* SPDX-License-Identifier: GPL-2.0-only */"
(comment) "/*\n * MTD splitter for ELF loader firmware partitions\n *\n * Copyright (C) 2020 <NAME> <<EMAIL>>\n *\n * This program is free software; you can redistribute it and/or modify it\n * under the terms of the GNU General Public License as published by the Free\n * Software Foundation; version 2.\n *\n * To parse the ELF kernel loader, a small ELF parser is used that can\n * handle both ELF32 or ELF64 class loaders. The splitter assumes that the\n * kernel is always located before the rootfs, whether it is embedded in the\n * loader or not.\n *\n * The kernel image is preferably embedded inside the ELF loader, so the end\n * of the loader equals the end of the kernel partition. This is due to the\n * way mtd_find_rootfs_from searches for the the rootfs:\n * - if the kernel image is embedded in the loader, the appended rootfs may\n * follow the loader immediately, within the same erase block.\n * - if the kernel image is not embedded in the loader, but placed at some\n * offset behind the loader (OKLI-style loader), the rootfs must be\n * aligned to an erase-block after the loader and kernel image.\n */"
(preproc_include) "#include <linux/module.h>\n"
(#include) "#include"
(system_lib_string) "<linux/module.h>"
(preproc_include) "#include <linux/init.h>\n"
(#include) "#include"
(system_lib_string) "<linux/init.h>"
(preproc_include) "#include <linux/kernel.h>\n"
(#include) "#include"
(system_lib_string) "<linux/kernel.h>"
(preproc_include) "#include <linux/slab.h>\n"
(#include) "#include"
(system_lib_string) "<linux/slab.h>"
(preproc_include) "#include <linux/mtd/mtd.h>\n"
(#include) "#include"
(system_lib_string) "<linux/mtd/mtd.h>"
(preproc_include) "#include <linux/mtd/partitions.h>\n"
(#include) "#include"
(system_lib_string) "<linux/mtd/partitions.h>"
(preproc_include) "#include <linux/of.h>\n"
(#include) "#include"
(system_lib_string) "<linux/of.h>"
(preproc_include) "#include <linux/byteorder/generic.h>\n"
(#include) "#include"
(system_lib_string) "<linux/byteorder/generic.h>"
(preproc_include) "#include "mtdsplit.h"\n"
(#include) "#include"
(string_literal) ""mtdsplit.h""
(") """
(string_content) "mtdsplit.h"
(") """
(preproc_def) "#define ELF_NR_PARTS 2\n"
(#define) "#define"
(identifier) "ELF_NR_PARTS"
(preproc_arg) "2"
(preproc_def) "#define ELF_MAGIC 0x7f454c46 /* 0x7f E L F */\n"
(#define) "#define"
(identifier) "ELF_MAGIC"
(preproc_arg) "0x7f454c46 "
(comment) "/* 0x7f E L F */"
(preproc_def) "#define ELF_CLASS_32 1\n"
(#define) "#define"
(identifier) "ELF_CLASS_32"
(preproc_arg) "1"
(preproc_def) "#define ELF_CLASS_64 2\n"
(#define) "#define"
(identifier) "ELF_CLASS_64"
(preproc_arg) "2"
(struct_specifier) "struct elf_header_ident {\n uint32_t magic;\n uint8_t class;\n uint8_t data;\n uint8_t version;\n uint8_t osabi;\n uint8_t abiversion;\n uint8_t pad[7];\n}"
(struct) "struct"
(type_identifier) "elf_header_ident"
(field_declaration_list) "{\n uint32_t magic;\n uint8_t class;\n uint8_t data;\n uint8_t version;\n uint8_t osabi;\n uint8_t abiversion;\n uint8_t pad[7];\n}"
({) "{"
(field_declaration) "uint32_t magic;"
(primitive_type) "uint32_t"
(field_identifier) "magic"
(;) ";"
(field_declaration) "uint8_t class;"
(primitive_type) "uint8_t"
(field_identifier) "class"
(;) ";"
(field_declaration) "uint8_t data;"
(primitive_type) "uint8_t"
(field_identifier) "data"
(;) ";"
(field_declaration) "uint8_t version;"
(primitive_type) "uint8_t"
(field_identifier) "version"
(;) ";"
(field_declaration) "uint8_t osabi;"
(primitive_type) "uint8_t"
(field_identifier) "osabi"
(;) ";"
(field_declaration) "uint8_t abiversion;"
(primitive_type) "uint8_t"
(field_identifier) "abiversion"
(;) ";"
(field_declaration) "uint8_t pad[7];"
(primitive_type) "uint8_t"
(array_declarator) "pad[7]"
(field_identifier) "pad"
([) "["
(number_literal) "7"
(]) "]"
(;) ";"
(}) "}"
(;) ";"
(struct_specifier) "struct elf_header_32 {\n uint16_t type;\n uint16_t machine;\n uint32_t version;\n uint32_t entry;\n uint32_t phoff;\n uint32_t shoff;\n uint32_t flags;\n uint16_t ehsize;\n uint16_t phentsize;\n uint16_t phnum;\n uint16_t shentsize;\n uint16_t shnum;\n uint16_t shstrndx;\n}"
(struct) "struct"
(type_identifier) "elf_header_32"
(field_declaration_list) "{\n uint16_t type;\n uint16_t machine;\n uint32_t version;\n uint32_t entry;\n uint32_t phoff;\n uint32_t shoff;\n uint32_t flags;\n uint16_t ehsize;\n uint16_t phentsize;\n uint16_t phnum;\n uint16_t shentsize;\n uint16_t shnum;\n uint16_t shstrndx;\n}"
({) "{"
(field_declaration) "uint16_t type;"
(primitive_type) "uint16_t"
(field_identifier) "type"
(;) ";"
(field_declaration) "uint16_t machine;"
(primitive_type) "uint16_t"
(field_identifier) "machine"
(;) ";"
(field_declaration) "uint32_t version;"
(primitive_type) "uint32_t"
(field_identifier) "version"
(;) ";"
(field_declaration) "uint32_t entry;"
(primitive_type) "uint32_t"
(field_identifier) "entry"
(;) ";"
(field_declaration) "uint32_t phoff;"
(primitive_type) "uint32_t"
(field_identifier) "phoff"
(;) ";"
(field_declaration) "uint32_t shoff;"
(primitive_type) "uint32_t"
(field_identifier) "shoff"
(;) ";"
(field_declaration) "uint32_t flags;"
(primitive_type) "uint32_t"
(field_identifier) "flags"
(;) ";"
(field_declaration) "uint16_t ehsize;"
(primitive_type) "uint16_t"
(field_identifier) "ehsize"
(;) ";"
(field_declaration) "uint16_t phentsize;"
(primitive_type) "uint16_t"
(field_identifier) "phentsize"
(;) ";"
(field_declaration) "uint16_t phnum;"
(primitive_type) "uint16_t"
(field_identifier) "phnum"
(;) ";"
(field_declaration) "uint16_t shentsize;"
(primitive_type) "uint16_t"
(field_identifier) "shentsize"
(;) ";"
(field_declaration) "uint16_t shnum;"
(primitive_type) "uint16_t"
(field_identifier) "shnum"
(;) ";"
(field_declaration) "uint16_t shstrndx;"
(primitive_type) "uint16_t"
(field_identifier) "shstrndx"
(;) ";"
(}) "}"
(;) ";"
(struct_specifier) "struct elf_header_64 {\n uint16_t type;\n uint16_t machine;\n uint32_t version;\n uint64_t entry;\n uint64_t phoff;\n uint64_t shoff;\n uint32_t flags;\n uint16_t ehsize;\n uint16_t phentsize;\n uint16_t phnum;\n uint16_t shentsize;\n uint16_t shnum;\n uint16_t shstrndx;\n}"
(struct) "struct"
(type_identifier) "elf_header_64"
(field_declaration_list) "{\n uint16_t type;\n uint16_t machine;\n uint32_t version;\n uint64_t entry;\n uint64_t phoff;\n uint64_t shoff;\n uint32_t flags;\n uint16_t ehsize;\n uint16_t phentsize;\n uint16_t phnum;\n uint16_t shentsize;\n uint16_t shnum;\n uint16_t shstrndx;\n}"
({) "{"
(field_declaration) "uint16_t type;"
(primitive_type) "uint16_t"
(field_identifier) "type"
(;) ";"
(field_declaration) "uint16_t machine;"
(primitive_type) "uint16_t"
(field_identifier) "machine"
(;) ";"
(field_declaration) "uint32_t version;"
(primitive_type) "uint32_t"
(field_identifier) "version"
(;) ";"
(field_declaration) "uint64_t entry;"
(primitive_type) "uint64_t"
(field_identifier) "entry"
(;) ";"
(field_declaration) "uint64_t phoff;"
(primitive_type) "uint64_t"
(field_identifier) "phoff"
(;) ";"
(field_declaration) "uint64_t shoff;"
(primitive_type) "uint64_t"
(field_identifier) "shoff"
(;) ";"
(field_declaration) "uint32_t flags;"
(primitive_type) "uint32_t"
(field_identifier) "flags"
(;) ";"
(field_declaration) "uint16_t ehsize;"
(primitive_type) "uint16_t"
(field_identifier) "ehsize"
(;) ";"
(field_declaration) "uint16_t phentsize;"
(primitive_type) "uint16_t"
(field_identifier) "phentsize"
(;) ";"
(field_declaration) "uint16_t phnum;"
(primitive_type) "uint16_t"
(field_identifier) "phnum"
(;) ";"
(field_declaration) "uint16_t shentsize;"
(primitive_type) "uint16_t"
(field_identifier) "shentsize"
(;) ";"
(field_declaration) "uint16_t shnum;"
(primitive_type) "uint16_t"
(field_identifier) "shnum"
(;) ";"
(field_declaration) "uint16_t shstrndx;"
(primitive_type) "uint16_t"
(field_identifier) "shstrndx"
(;) ";"
(}) "}"
(;) ";"
(struct_specifier) "struct elf_header {\n struct elf_header_ident ident;\n union {\n struct elf_header_32 elf32;\n struct elf_header_64 elf64;\n };\n}"
(struct) "struct"
(type_identifier) "elf_header"
(field_declaration_list) "{\n struct elf_header_ident ident;\n union {\n struct elf_header_32 elf32;\n struct elf_header_64 elf64;\n };\n}"
({) "{"
(field_declaration) "struct elf_header_ident ident;"
(struct_specifier) "struct elf_header_ident"
(struct) "struct"
(type_identifier) "elf_header_ident"
(field_identifier) "ident"
(;) ";"
(field_declaration) "union {\n struct elf_header_32 elf32;\n struct elf_header_64 elf64;\n };"
(union_specifier) "union {\n struct elf_header_32 elf32;\n struct elf_header_64 elf64;\n }"
(union) "union"
(field_declaration_list) "{\n struct elf_header_32 elf32;\n struct elf_header_64 elf64;\n }"
({) "{"
(field_declaration) "struct elf_header_32 elf32;"
(struct_specifier) "struct elf_header_32"
(struct) "struct"
(type_identifier) "elf_header_32"
(field_identifier) "elf32"
(;) ";"
(field_declaration) "struct elf_header_64 elf64;"
(struct_specifier) "struct elf_header_64"
(struct) "struct"
(type_identifier) "elf_header_64"
(field_identifier) "elf64"
(;) ";"
(}) "}"
(;) ";"
(}) "}"
(;) ";"
(struct_specifier) "struct elf_program_header_32 {\n uint32_t type;\n uint32_t offset;\n uint32_t vaddr;\n uint32_t paddr;\n uint32_t filesize;\n uint32_t memsize;\n uint32_t flags;\n}"
(struct) "struct"
(type_identifier) "elf_program_header_32"
(field_declaration_list) "{\n uint32_t type;\n uint32_t offset;\n uint32_t vaddr;\n uint32_t paddr;\n uint32_t filesize;\n uint32_t memsize;\n uint32_t flags;\n}"
({) "{"
(field_declaration) "uint32_t type;"
(primitive_type) "uint32_t"
(field_identifier) "type"
(;) ";"
(field_declaration) "uint32_t offset;"
(primitive_type) "uint32_t"
(field_identifier) "offset"
(;) ";"
(field_declaration) "uint32_t vaddr;"
(primitive_type) "uint32_t"
(field_identifier) "vaddr"
(;) ";"
(field_declaration) "uint32_t paddr;"
(primitive_type) "uint32_t"
(field_identifier) "paddr"
(;) ";"
(field_declaration) "uint32_t filesize;"
(primitive_type) "uint32_t"
(field_identifier) "filesize"
(;) ";"
(field_declaration) "uint32_t memsize;"
(primitive_type) "uint32_t"
(field_identifier) "memsize"
(;) ";"
(field_declaration) "uint32_t flags;"
(primitive_type) "uint32_t"
(field_identifier) "flags"
(;) ";"
(}) "}"
(;) ";"
(struct_specifier) "struct elf_program_header_64 {\n uint32_t type;\n uint32_t flags;\n uint64_t offset;\n uint64_t vaddr;\n uint64_t paddr;\n uint64_t filesize;\n uint64_t memsize;\n}"
(struct) "struct"
(type_identifier) "elf_program_header_64"
(field_declaration_list) "{\n uint32_t type;\n uint32_t flags;\n uint64_t offset;\n uint64_t vaddr;\n uint64_t paddr;\n uint64_t filesize;\n uint64_t memsize;\n}"
({) "{"
(field_declaration) "uint32_t type;"
(primitive_type) "uint32_t"
(field_identifier) "type"
(;) ";"
(field_declaration) "uint32_t flags;"
(primitive_type) "uint32_t"
(field_identifier) "flags"
(;) ";"
(field_declaration) "uint64_t offset;"
(primitive_type) "uint64_t"
(field_identifier) "offset"
(;) ";"
(field_declaration) "uint64_t vaddr;"
(primitive_type) "uint64_t"
(field_identifier) "vaddr"
(;) ";"
(field_declaration) "uint64_t paddr;"
(primitive_type) "uint64_t"
(field_identifier) "paddr"
(;) ";"
(field_declaration) "uint64_t filesize;"
(primitive_type) "uint64_t"
(field_identifier) "filesize"
(;) ";"
(field_declaration) "uint64_t memsize;"
(primitive_type) "uint64_t"
(field_identifier) "memsize"
(;) ";"
(}) "}"
(;) ";"
(function_definition) "static int mtdsplit_elf_read_mtd(struct mtd_info *mtd, size_t offset,\n uint8_t *dst, size_t len)\n{\n size_t retlen;\n int ret;\n\n ret = mtd_read(mtd, offset, len, &retlen, dst);\n if (ret) {\n pr_debug("read error in \"%s\"\n", mtd->name);\n return ret;\n }\n\n if (retlen != len) {\n pr_debug("short read in \"%s\"\n", mtd->name);\n return -EIO;\n }\n\n return 0;\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(function_declarator) "mtdsplit_elf_read_mtd(struct mtd_info *mtd, size_t offset,\n uint8_t *dst, size_t len)"
(identifier) "mtdsplit_elf_read_mtd"
(parameter_list) "(struct mtd_info *mtd, size_t offset,\n uint8_t *dst, size_t len)"
(() "("
(parameter_declaration) "struct mtd_info *mtd"
(struct_specifier) "struct mtd_info"
(struct) "struct"
(type_identifier) "mtd_info"
(pointer_declarator) "*mtd"
(*) "*"
(identifier) "mtd"
(,) ","
(parameter_declaration) "size_t offset"
(primitive_type) "size_t"
(identifier) "offset"
(,) ","
(parameter_declaration) "uint8_t *dst"
(primitive_type) "uint8_t"
(pointer_declarator) "*dst"
(*) "*"
(identifier) "dst"
(,) ","
(parameter_declaration) "size_t len"
(primitive_type) "size_t"
(identifier) "len"
()) ")"
(compound_statement) "{\n size_t retlen;\n int ret;\n\n ret = mtd_read(mtd, offset, len, &retlen, dst);\n if (ret) {\n pr_debug("read error in \"%s\"\n", mtd->name);\n return ret;\n }\n\n if (retlen != len) {\n pr_debug("short read in \"%s\"\n", mtd->name);\n return -EIO;\n }\n\n return 0;\n}"
({) "{"
(declaration) "size_t retlen;"
(primitive_type) "size_t"
(identifier) "retlen"
(;) ";"
(declaration) "int ret;"
(primitive_type) "int"
(identifier) "ret"
(;) ";"
(expression_statement) "ret = mtd_read(mtd, offset, len, &retlen, dst);"
(assignment_expression) "ret = mtd_read(mtd, offset, len, &retlen, dst)"
(identifier) "ret"
(=) "="
(call_expression) "mtd_read(mtd, offset, len, &retlen, dst)"
(identifier) "mtd_read"
(argument_list) "(mtd, offset, len, &retlen, dst)"
(() "("
(identifier) "mtd"
(,) ","
(identifier) "offset"
(,) ","
(identifier) "len"
(,) ","
(pointer_expression) "&retlen"
(&) "&"
(identifier) "retlen"
(,) ","
(identifier) "dst"
()) ")"
(;) ";"
(if_statement) "if (ret) {\n pr_debug("read error in \"%s\"\n", mtd->name);\n return ret;\n }"
(if) "if"
(parenthesized_expression) "(ret)"
(() "("
(identifier) "ret"
()) ")"
(compound_statement) "{\n pr_debug("read error in \"%s\"\n", mtd->name);\n return ret;\n }"
({) "{"
(expression_statement) "pr_debug("read error in \"%s\"\n", mtd->name);"
(call_expression) "pr_debug("read error in \"%s\"\n", mtd->name)"
(identifier) "pr_debug"
(argument_list) "("read error in \"%s\"\n", mtd->name)"
(() "("
(string_literal) ""read error in \"%s\"\n""
(") """
(string_content) "read error in "
(escape_sequence) "\""
(string_content) "%s"
(escape_sequence) "\""
(escape_sequence) "\n"
(") """
(,) ","
(field_expression) "mtd->name"
(identifier) "mtd"
(->) "->"
(field_identifier) "name"
()) ")"
(;) ";"
(return_statement) "return ret;"
(return) "return"
(identifier) "ret"
(;) ";"
(}) "}"
(if_statement) "if (retlen != len) {\n pr_debug("short read in \"%s\"\n", mtd->name);\n return -EIO;\n }"
(if) "if"
(parenthesized_expression) "(retlen != len)"
(() "("
(binary_expression) "retlen != len"
(identifier) "retlen"
(!=) "!="
(identifier) "len"
()) ")"
(compound_statement) "{\n pr_debug("short read in \"%s\"\n", mtd->name);\n return -EIO;\n }"
({) "{"
(expression_statement) "pr_debug("short read in \"%s\"\n", mtd->name);"
(call_expression) "pr_debug("short read in \"%s\"\n", mtd->name)"
(identifier) "pr_debug"
(argument_list) "("short read in \"%s\"\n", mtd->name)"
(() "("
(string_literal) ""short read in \"%s\"\n""
(") """
(string_content) "short read in "
(escape_sequence) "\""
(string_content) "%s"
(escape_sequence) "\""
(escape_sequence) "\n"
(") """
(,) ","
(field_expression) "mtd->name"
(identifier) "mtd"
(->) "->"
(field_identifier) "name"
()) ")"
(;) ";"
(return_statement) "return -EIO;"
(return) "return"
(unary_expression) "-EIO"
(-) "-"
(identifier) "EIO"
(;) ";"
(}) "}"
(return_statement) "return 0;"
(return) "return"
(number_literal) "0"
(;) ";"
(}) "}"
(function_definition) "static int elf32_determine_size(struct mtd_info *mtd, struct elf_header *hdr,\n size_t *size)\n{\n struct elf_header_32 *hdr32 = &(hdr->elf32);\n int err;\n size_t section_end, ph_table_end, ph_entry;\n struct elf_program_header_32 ph;\n\n *size = 0;\n\n if (hdr32->shoff > 0) {\n *size = hdr32->shoff + hdr32->shentsize * hdr32->shnum;\n return 0;\n }\n\n ph_entry = hdr32->phoff;\n ph_table_end = hdr32->phoff + hdr32->phentsize * hdr32->phnum;\n\n while (ph_entry < ph_table_end) {\n err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));\n if (err)\n return err;\n\n section_end = ph.offset + ph.filesize;\n if (section_end > *size)\n *size = section_end;\n\n ph_entry += hdr32->phentsize;\n }\n\n return 0;\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(function_declarator) "elf32_determine_size(struct mtd_info *mtd, struct elf_header *hdr,\n size_t *size)"
(identifier) "elf32_determine_size"
(parameter_list) "(struct mtd_info *mtd, struct elf_header *hdr,\n size_t *size)"
(() "("
(parameter_declaration) "struct mtd_info *mtd"
(struct_specifier) "struct mtd_info"
(struct) "struct"
(type_identifier) "mtd_info"
(pointer_declarator) "*mtd"
(*) "*"
(identifier) "mtd"
(,) ","
(parameter_declaration) "struct elf_header *hdr"
(struct_specifier) "struct elf_header"
(struct) "struct"
(type_identifier) "elf_header"
(pointer_declarator) "*hdr"
(*) "*"
(identifier) "hdr"
(,) ","
(parameter_declaration) "size_t *size"
(primitive_type) "size_t"
(pointer_declarator) "*size"
(*) "*"
(identifier) "size"
()) ")"
(compound_statement) "{\n struct elf_header_32 *hdr32 = &(hdr->elf32);\n int err;\n size_t section_end, ph_table_end, ph_entry;\n struct elf_program_header_32 ph;\n\n *size = 0;\n\n if (hdr32->shoff > 0) {\n *size = hdr32->shoff + hdr32->shentsize * hdr32->shnum;\n return 0;\n }\n\n ph_entry = hdr32->phoff;\n ph_table_end = hdr32->phoff + hdr32->phentsize * hdr32->phnum;\n\n while (ph_entry < ph_table_end) {\n err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));\n if (err)\n return err;\n\n section_end = ph.offset + ph.filesize;\n if (section_end > *size)\n *size = section_end;\n\n ph_entry += hdr32->phentsize;\n }\n\n return 0;\n}"
({) "{"
(declaration) "struct elf_header_32 *hdr32 = &(hdr->elf32);"
(struct_specifier) "struct elf_header_32"
(struct) "struct"
(type_identifier) "elf_header_32"
(init_declarator) "*hdr32 = &(hdr->elf32)"
(pointer_declarator) "*hdr32"
(*) "*"
(identifier) "hdr32"
(=) "="
(pointer_expression) "&(hdr->elf32)"
(&) "&"
(parenthesized_expression) "(hdr->elf32)"
(() "("
(field_expression) "hdr->elf32"
(identifier) "hdr"
(->) "->"
(field_identifier) "elf32"
()) ")"
(;) ";"
(declaration) "int err;"
(primitive_type) "int"
(identifier) "err"
(;) ";"
(declaration) "size_t section_end, ph_table_end, ph_entry;"
(primitive_type) "size_t"
(identifier) "section_end"
(,) ","
(identifier) "ph_table_end"
(,) ","
(identifier) "ph_entry"
(;) ";"
(declaration) "struct elf_program_header_32 ph;"
(struct_specifier) "struct elf_program_header_32"
(struct) "struct"
(type_identifier) "elf_program_header_32"
(identifier) "ph"
(;) ";"
(expression_statement) "*size = 0;"
(assignment_expression) "*size = 0"
(pointer_expression) "*size"
(*) "*"
(identifier) "size"
(=) "="
(number_literal) "0"
(;) ";"
(if_statement) "if (hdr32->shoff > 0) {\n *size = hdr32->shoff + hdr32->shentsize * hdr32->shnum;\n return 0;\n }"
(if) "if"
(parenthesized_expression) "(hdr32->shoff > 0)"
(() "("
(binary_expression) "hdr32->shoff > 0"
(field_expression) "hdr32->shoff"
(identifier) "hdr32"
(->) "->"
(field_identifier) "shoff"
(>) ">"
(number_literal) "0"
()) ")"
(compound_statement) "{\n *size = hdr32->shoff + hdr32->shentsize * hdr32->shnum;\n return 0;\n }"
({) "{"
(expression_statement) "*size = hdr32->shoff + hdr32->shentsize * hdr32->shnum;"
(assignment_expression) "*size = hdr32->shoff + hdr32->shentsize * hdr32->shnum"
(pointer_expression) "*size"
(*) "*"
(identifier) "size"
(=) "="
(binary_expression) "hdr32->shoff + hdr32->shentsize * hdr32->shnum"
(field_expression) "hdr32->shoff"
(identifier) "hdr32"
(->) "->"
(field_identifier) "shoff"
(+) "+"
(binary_expression) "hdr32->shentsize * hdr32->shnum"
(field_expression) "hdr32->shentsize"
(identifier) "hdr32"
(->) "->"
(field_identifier) "shentsize"
(*) "*"
(field_expression) "hdr32->shnum"
(identifier) "hdr32"
(->) "->"
(field_identifier) "shnum"
(;) ";"
(return_statement) "return 0;"
(return) "return"
(number_literal) "0"
(;) ";"
(}) "}"
(expression_statement) "ph_entry = hdr32->phoff;"
(assignment_expression) "ph_entry = hdr32->phoff"
(identifier) "ph_entry"
(=) "="
(field_expression) "hdr32->phoff"
(identifier) "hdr32"
(->) "->"
(field_identifier) "phoff"
(;) ";"
(expression_statement) "ph_table_end = hdr32->phoff + hdr32->phentsize * hdr32->phnum;"
(assignment_expression) "ph_table_end = hdr32->phoff + hdr32->phentsize * hdr32->phnum"
(identifier) "ph_table_end"
(=) "="
(binary_expression) "hdr32->phoff + hdr32->phentsize * hdr32->phnum"
(field_expression) "hdr32->phoff"
(identifier) "hdr32"
(->) "->"
(field_identifier) "phoff"
(+) "+"
(binary_expression) "hdr32->phentsize * hdr32->phnum"
(field_expression) "hdr32->phentsize"
(identifier) "hdr32"
(->) "->"
(field_identifier) "phentsize"
(*) "*"
(field_expression) "hdr32->phnum"
(identifier) "hdr32"
(->) "->"
(field_identifier) "phnum"
(;) ";"
(while_statement) "while (ph_entry < ph_table_end) {\n err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));\n if (err)\n return err;\n\n section_end = ph.offset + ph.filesize;\n if (section_end > *size)\n *size = section_end;\n\n ph_entry += hdr32->phentsize;\n }"
(while) "while"
(parenthesized_expression) "(ph_entry < ph_table_end)"
(() "("
(binary_expression) "ph_entry < ph_table_end"
(identifier) "ph_entry"
(<) "<"
(identifier) "ph_table_end"
()) ")"
(compound_statement) "{\n err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));\n if (err)\n return err;\n\n section_end = ph.offset + ph.filesize;\n if (section_end > *size)\n *size = section_end;\n\n ph_entry += hdr32->phentsize;\n }"
({) "{"
(expression_statement) "err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));"
(assignment_expression) "err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph))"
(identifier) "err"
(=) "="
(call_expression) "mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph))"
(identifier) "mtdsplit_elf_read_mtd"
(argument_list) "(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph))"
(() "("
(identifier) "mtd"
(,) ","
(identifier) "ph_entry"
(,) ","
(cast_expression) "(uint8_t *)(&ph)"
(() "("
(type_descriptor) "uint8_t *"
(primitive_type) "uint8_t"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(parenthesized_expression) "(&ph)"
(() "("
(pointer_expression) "&ph"
(&) "&"
(identifier) "ph"
()) ")"
(,) ","
(sizeof_expression) "sizeof(ph)"
(sizeof) "sizeof"
(parenthesized_expression) "(ph)"
(() "("
(identifier) "ph"
()) ")"
()) ")"
(;) ";"
(if_statement) "if (err)\n return err;"
(if) "if"
(parenthesized_expression) "(err)"
(() "("
(identifier) "err"
()) ")"
(return_statement) "return err;"
(return) "return"
(identifier) "err"
(;) ";"
(expression_statement) "section_end = ph.offset + ph.filesize;"
(assignment_expression) "section_end = ph.offset + ph.filesize"
(identifier) "section_end"
(=) "="
(binary_expression) "ph.offset + ph.filesize"
(field_expression) "ph.offset"
(identifier) "ph"
(.) "."
(field_identifier) "offset"
(+) "+"
(field_expression) "ph.filesize"
(identifier) "ph"
(.) "."
(field_identifier) "filesize"
(;) ";"
(if_statement) "if (section_end > *size)\n *size = section_end;"
(if) "if"
(parenthesized_expression) "(section_end > *size)"
(() "("
(binary_expression) "section_end > *size"
(identifier) "section_end"
(>) ">"
(pointer_expression) "*size"
(*) "*"
(identifier) "size"
()) ")"
(expression_statement) "*size = section_end;"
(assignment_expression) "*size = section_end"
(pointer_expression) "*size"
(*) "*"
(identifier) "size"
(=) "="
(identifier) "section_end"
(;) ";"
(expression_statement) "ph_entry += hdr32->phentsize;"
(assignment_expression) "ph_entry += hdr32->phentsize"
(identifier) "ph_entry"
(+=) "+="
(field_expression) "hdr32->phentsize"
(identifier) "hdr32"
(->) "->"
(field_identifier) "phentsize"
(;) ";"
(}) "}"
(return_statement) "return 0;"
(return) "return"
(number_literal) "0"
(;) ";"
(}) "}"
(function_definition) "static int elf64_determine_size(struct mtd_info *mtd, struct elf_header *hdr,\n size_t *size)\n{\n struct elf_header_64 *hdr64 = &(hdr->elf64);\n int err;\n size_t section_end, ph_table_end, ph_entry;\n struct elf_program_header_64 ph;\n\n *size = 0;\n\n if (hdr64->shoff > 0) {\n *size = hdr64->shoff + hdr64->shentsize * hdr64->shnum;\n return 0;\n }\n\n ph_entry = hdr64->phoff;\n ph_table_end = hdr64->phoff + hdr64->phentsize * hdr64->phnum;\n\n while (ph_entry < ph_table_end) {\n err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));\n if (err)\n return err;\n\n section_end = ph.offset + ph.filesize;\n if (section_end > *size)\n *size = section_end;\n\n ph_entry += hdr64->phentsize;\n }\n\n return 0;\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(function_declarator) "elf64_determine_size(struct mtd_info *mtd, struct elf_header *hdr,\n size_t *size)"
(identifier) "elf64_determine_size"
(parameter_list) "(struct mtd_info *mtd, struct elf_header *hdr,\n size_t *size)"
(() "("
(parameter_declaration) "struct mtd_info *mtd"
(struct_specifier) "struct mtd_info"
(struct) "struct"
(type_identifier) "mtd_info"
(pointer_declarator) "*mtd"
(*) "*"
(identifier) "mtd"
(,) ","
(parameter_declaration) "struct elf_header *hdr"
(struct_specifier) "struct elf_header"
(struct) "struct"
(type_identifier) "elf_header"
(pointer_declarator) "*hdr"
(*) "*"
(identifier) "hdr"
(,) ","
(parameter_declaration) "size_t *size"
(primitive_type) "size_t"
(pointer_declarator) "*size"
(*) "*"
(identifier) "size"
()) ")"
(compound_statement) "{\n struct elf_header_64 *hdr64 = &(hdr->elf64);\n int err;\n size_t section_end, ph_table_end, ph_entry;\n struct elf_program_header_64 ph;\n\n *size = 0;\n\n if (hdr64->shoff > 0) {\n *size = hdr64->shoff + hdr64->shentsize * hdr64->shnum;\n return 0;\n }\n\n ph_entry = hdr64->phoff;\n ph_table_end = hdr64->phoff + hdr64->phentsize * hdr64->phnum;\n\n while (ph_entry < ph_table_end) {\n err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));\n if (err)\n return err;\n\n section_end = ph.offset + ph.filesize;\n if (section_end > *size)\n *size = section_end;\n\n ph_entry += hdr64->phentsize;\n }\n\n return 0;\n}"
({) "{"
(declaration) "struct elf_header_64 *hdr64 = &(hdr->elf64);"
(struct_specifier) "struct elf_header_64"
(struct) "struct"
(type_identifier) "elf_header_64"
(init_declarator) "*hdr64 = &(hdr->elf64)"
(pointer_declarator) "*hdr64"
(*) "*"
(identifier) "hdr64"
(=) "="
(pointer_expression) "&(hdr->elf64)"
(&) "&"
(parenthesized_expression) "(hdr->elf64)"
(() "("
(field_expression) "hdr->elf64"
(identifier) "hdr"
(->) "->"
(field_identifier) "elf64"
()) ")"
(;) ";"
(declaration) "int err;"
(primitive_type) "int"
(identifier) "err"
(;) ";"
(declaration) "size_t section_end, ph_table_end, ph_entry;"
(primitive_type) "size_t"
(identifier) "section_end"
(,) ","
(identifier) "ph_table_end"
(,) ","
(identifier) "ph_entry"
(;) ";"
(declaration) "struct elf_program_header_64 ph;"
(struct_specifier) "struct elf_program_header_64"
(struct) "struct"
(type_identifier) "elf_program_header_64"
(identifier) "ph"
(;) ";"
(expression_statement) "*size = 0;"
(assignment_expression) "*size = 0"
(pointer_expression) "*size"
(*) "*"
(identifier) "size"
(=) "="
(number_literal) "0"
(;) ";"
(if_statement) "if (hdr64->shoff > 0) {\n *size = hdr64->shoff + hdr64->shentsize * hdr64->shnum;\n return 0;\n }"
(if) "if"
(parenthesized_expression) "(hdr64->shoff > 0)"
(() "("
(binary_expression) "hdr64->shoff > 0"
(field_expression) "hdr64->shoff"
(identifier) "hdr64"
(->) "->"
(field_identifier) "shoff"
(>) ">"
(number_literal) "0"
()) ")"
(compound_statement) "{\n *size = hdr64->shoff + hdr64->shentsize * hdr64->shnum;\n return 0;\n }"
({) "{"
(expression_statement) "*size = hdr64->shoff + hdr64->shentsize * hdr64->shnum;"
(assignment_expression) "*size = hdr64->shoff + hdr64->shentsize * hdr64->shnum"
(pointer_expression) "*size"
(*) "*"
(identifier) "size"
(=) "="
(binary_expression) "hdr64->shoff + hdr64->shentsize * hdr64->shnum"
(field_expression) "hdr64->shoff"
(identifier) "hdr64"
(->) "->"
(field_identifier) "shoff"
(+) "+"
(binary_expression) "hdr64->shentsize * hdr64->shnum"
(field_expression) "hdr64->shentsize"
(identifier) "hdr64"
(->) "->"
(field_identifier) "shentsize"
(*) "*"
(field_expression) "hdr64->shnum"
(identifier) "hdr64"
(->) "->"
(field_identifier) "shnum"
(;) ";"
(return_statement) "return 0;"
(return) "return"
(number_literal) "0"
(;) ";"
(}) "}"
(expression_statement) "ph_entry = hdr64->phoff;"
(assignment_expression) "ph_entry = hdr64->phoff"
(identifier) "ph_entry"
(=) "="
(field_expression) "hdr64->phoff"
(identifier) "hdr64"
(->) "->"
(field_identifier) "phoff"
(;) ";"
(expression_statement) "ph_table_end = hdr64->phoff + hdr64->phentsize * hdr64->phnum;"
(assignment_expression) "ph_table_end = hdr64->phoff + hdr64->phentsize * hdr64->phnum"
(identifier) "ph_table_end"
(=) "="
(binary_expression) "hdr64->phoff + hdr64->phentsize * hdr64->phnum"
(field_expression) "hdr64->phoff"
(identifier) "hdr64"
(->) "->"
(field_identifier) "phoff"
(+) "+"
(binary_expression) "hdr64->phentsize * hdr64->phnum"
(field_expression) "hdr64->phentsize"
(identifier) "hdr64"
(->) "->"
(field_identifier) "phentsize"
(*) "*"
(field_expression) "hdr64->phnum"
(identifier) "hdr64"
(->) "->"
(field_identifier) "phnum"
(;) ";"
(while_statement) "while (ph_entry < ph_table_end) {\n err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));\n if (err)\n return err;\n\n section_end = ph.offset + ph.filesize;\n if (section_end > *size)\n *size = section_end;\n\n ph_entry += hdr64->phentsize;\n }"
(while) "while"
(parenthesized_expression) "(ph_entry < ph_table_end)"
(() "("
(binary_expression) "ph_entry < ph_table_end"
(identifier) "ph_entry"
(<) "<"
(identifier) "ph_table_end"
()) ")"
(compound_statement) "{\n err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));\n if (err)\n return err;\n\n section_end = ph.offset + ph.filesize;\n if (section_end > *size)\n *size = section_end;\n\n ph_entry += hdr64->phentsize;\n }"
({) "{"
(expression_statement) "err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph));"
(assignment_expression) "err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph))"
(identifier) "err"
(=) "="
(call_expression) "mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph))"
(identifier) "mtdsplit_elf_read_mtd"
(argument_list) "(mtd, ph_entry, (uint8_t *)(&ph),\n sizeof(ph))"
(() "("
(identifier) "mtd"
(,) ","
(identifier) "ph_entry"
(,) ","
(cast_expression) "(uint8_t *)(&ph)"
(() "("
(type_descriptor) "uint8_t *"
(primitive_type) "uint8_t"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(parenthesized_expression) "(&ph)"
(() "("
(pointer_expression) "&ph"
(&) "&"
(identifier) "ph"
()) ")"
(,) ","
(sizeof_expression) "sizeof(ph)"
(sizeof) "sizeof"
(parenthesized_expression) "(ph)"
(() "("
(identifier) "ph"
()) ")"
()) ")"
(;) ";"
(if_statement) "if (err)\n return err;"
(if) "if"
(parenthesized_expression) "(err)"
(() "("
(identifier) "err"
()) ")"
(return_statement) "return err;"
(return) "return"
(identifier) "err"
(;) ";"
(expression_statement) "section_end = ph.offset + ph.filesize;"
(assignment_expression) "section_end = ph.offset + ph.filesize"
(identifier) "section_end"
(=) "="
(binary_expression) "ph.offset + ph.filesize"
(field_expression) "ph.offset"
(identifier) "ph"
(.) "."
(field_identifier) "offset"
(+) "+"
(field_expression) "ph.filesize"
(identifier) "ph"
(.) "."
(field_identifier) "filesize"
(;) ";"
(if_statement) "if (section_end > *size)\n *size = section_end;"
(if) "if"
(parenthesized_expression) "(section_end > *size)"
(() "("
(binary_expression) "section_end > *size"
(identifier) "section_end"
(>) ">"
(pointer_expression) "*size"
(*) "*"
(identifier) "size"
()) ")"
(expression_statement) "*size = section_end;"
(assignment_expression) "*size = section_end"
(pointer_expression) "*size"
(*) "*"
(identifier) "size"
(=) "="
(identifier) "section_end"
(;) ";"
(expression_statement) "ph_entry += hdr64->phentsize;"
(assignment_expression) "ph_entry += hdr64->phentsize"
(identifier) "ph_entry"
(+=) "+="
(field_expression) "hdr64->phentsize"
(identifier) "hdr64"
(->) "->"
(field_identifier) "phentsize"
(;) ";"
(}) "}"
(return_statement) "return 0;"
(return) "return"
(number_literal) "0"
(;) ";"
(}) "}"
(function_definition) "static int mtdsplit_parse_elf(struct mtd_info *mtd,\n const struct mtd_partition **pparts,\n struct mtd_part_parser_data *data)\n{\n struct elf_header hdr;\n size_t loader_size, rootfs_offset;\n enum mtdsplit_part_type type;\n struct mtd_partition *parts;\n int err;\n\n err = mtdsplit_elf_read_mtd(mtd, 0, (uint8_t *)&hdr, sizeof(hdr));\n if (err)\n return err;\n\n if (be32_to_cpu(hdr.ident.magic) != ELF_MAGIC) {\n pr_debug("invalid ELF magic %08x\n",\n be32_to_cpu(hdr.ident.magic));\n return -EINVAL;\n }\n\n switch (hdr.ident.class) {\n case ELF_CLASS_32:\n err = elf32_determine_size(mtd, &hdr, &loader_size);\n break;\n case ELF_CLASS_64:\n err = elf64_determine_size(mtd, &hdr, &loader_size);\n break;\n default:\n pr_debug("invalid ELF class %i\n", hdr.ident.class);\n err = -EINVAL;\n }\n\n if (err)\n return err;\n\n err = mtd_find_rootfs_from(mtd, loader_size, mtd->size,\n &rootfs_offset, &type);\n if (err)\n return err;\n\n if (rootfs_offset == mtd->size) {\n pr_debug("no rootfs found in \"%s\"\n", mtd->name);\n return -ENODEV;\n }\n\n parts = kzalloc(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL);\n if (!parts)\n return -ENOMEM;\n\n parts[0].name = KERNEL_PART_NAME;\n parts[0].offset = 0;\n parts[0].size = rootfs_offset;\n\n if (type == MTDSPLIT_PART_TYPE_UBI)\n parts[1].name = UBI_PART_NAME;\n else\n parts[1].name = ROOTFS_PART_NAME;\n parts[1].offset = rootfs_offset;\n parts[1].size = mtd->size - rootfs_offset;\n\n *pparts = parts;\n return ELF_NR_PARTS;\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(function_declarator) "mtdsplit_parse_elf(struct mtd_info *mtd,\n const struct mtd_partition **pparts,\n struct mtd_part_parser_data *data)"
(identifier) "mtdsplit_parse_elf"
(parameter_list) "(struct mtd_info *mtd,\n const struct mtd_partition **pparts,\n struct mtd_part_parser_data *data)"
(() "("
(parameter_declaration) "struct mtd_info *mtd"
(struct_specifier) "struct mtd_info"
(struct) "struct"
(type_identifier) "mtd_info"
(pointer_declarator) "*mtd"
(*) "*"
(identifier) "mtd"
(,) ","
(parameter_declaration) "const struct mtd_partition **pparts"
(type_qualifier) "const"
(const) "const"
(struct_specifier) "struct mtd_partition"
(struct) "struct"
(type_identifier) "mtd_partition"
(pointer_declarator) "**pparts"
(*) "*"
(pointer_declarator) "*pparts"
(*) "*"
(identifier) "pparts"
(,) ","
(parameter_declaration) "struct mtd_part_parser_data *data"
(struct_specifier) "struct mtd_part_parser_data"
(struct) "struct"
(type_identifier) "mtd_part_parser_data"
(pointer_declarator) "*data"
(*) "*"
(identifier) "data"
()) ")"
(compound_statement) "{\n struct elf_header hdr;\n size_t loader_size, rootfs_offset;\n enum mtdsplit_part_type type;\n struct mtd_partition *parts;\n int err;\n\n err = mtdsplit_elf_read_mtd(mtd, 0, (uint8_t *)&hdr, sizeof(hdr));\n if (err)\n return err;\n\n if (be32_to_cpu(hdr.ident.magic) != ELF_MAGIC) {\n pr_debug("invalid ELF magic %08x\n",\n be32_to_cpu(hdr.ident.magic));\n return -EINVAL;\n }\n\n switch (hdr.ident.class) {\n case ELF_CLASS_32:\n err = elf32_determine_size(mtd, &hdr, &loader_size);\n break;\n case ELF_CLASS_64:\n err = elf64_determine_size(mtd, &hdr, &loader_size);\n break;\n default:\n pr_debug("invalid ELF class %i\n", hdr.ident.class);\n err = -EINVAL;\n }\n\n if (err)\n return err;\n\n err = mtd_find_rootfs_from(mtd, loader_size, mtd->size,\n &rootfs_offset, &type);\n if (err)\n return err;\n\n if (rootfs_offset == mtd->size) {\n pr_debug("no rootfs found in \"%s\"\n", mtd->name);\n return -ENODEV;\n }\n\n parts = kzalloc(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL);\n if (!parts)\n return -ENOMEM;\n\n parts[0].name = KERNEL_PART_NAME;\n parts[0].offset = 0;\n parts[0].size = rootfs_offset;\n\n if (type == MTDSPLIT_PART_TYPE_UBI)\n parts[1].name = UBI_PART_NAME;\n else\n parts[1].name = ROOTFS_PART_NAME;\n parts[1].offset = rootfs_offset;\n parts[1].size = mtd->size - rootfs_offset;\n\n *pparts = parts;\n return ELF_NR_PARTS;\n}"
({) "{"
(declaration) "struct elf_header hdr;"
(struct_specifier) "struct elf_header"
(struct) "struct"
(type_identifier) "elf_header"
(identifier) "hdr"
(;) ";"
(declaration) "size_t loader_size, rootfs_offset;"
(primitive_type) "size_t"
(identifier) "loader_size"
(,) ","
(identifier) "rootfs_offset"
(;) ";"
(declaration) "enum mtdsplit_part_type type;"
(enum_specifier) "enum mtdsplit_part_type"
(enum) "enum"
(type_identifier) "mtdsplit_part_type"
(identifier) "type"
(;) ";"
(declaration) "struct mtd_partition *parts;"
(struct_specifier) "struct mtd_partition"
(struct) "struct"
(type_identifier) "mtd_partition"
(pointer_declarator) "*parts"
(*) "*"
(identifier) "parts"
(;) ";"
(declaration) "int err;"
(primitive_type) "int"
(identifier) "err"
(;) ";"
(expression_statement) "err = mtdsplit_elf_read_mtd(mtd, 0, (uint8_t *)&hdr, sizeof(hdr));"
(assignment_expression) "err = mtdsplit_elf_read_mtd(mtd, 0, (uint8_t *)&hdr, sizeof(hdr))"
(identifier) "err"
(=) "="
(call_expression) "mtdsplit_elf_read_mtd(mtd, 0, (uint8_t *)&hdr, sizeof(hdr))"
(identifier) "mtdsplit_elf_read_mtd"
(argument_list) "(mtd, 0, (uint8_t *)&hdr, sizeof(hdr))"
(() "("
(identifier) "mtd"
(,) ","
(number_literal) "0"
(,) ","
(cast_expression) "(uint8_t *)&hdr"
(() "("
(type_descriptor) "uint8_t *"
(primitive_type) "uint8_t"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(pointer_expression) "&hdr"
(&) "&"
(identifier) "hdr"
(,) ","
(sizeof_expression) "sizeof(hdr)"
(sizeof) "sizeof"
(parenthesized_expression) "(hdr)"
(() "("
(identifier) "hdr"
()) ")"
()) ")"
(;) ";"
(if_statement) "if (err)\n return err;"
(if) "if"
(parenthesized_expression) "(err)"
(() "("
(identifier) "err"
()) ")"
(return_statement) "return err;"
(return) "return"
(identifier) "err"
(;) ";"
(if_statement) "if (be32_to_cpu(hdr.ident.magic) != ELF_MAGIC) {\n pr_debug("invalid ELF magic %08x\n",\n be32_to_cpu(hdr.ident.magic));\n return -EINVAL;\n }"
(if) "if"
(parenthesized_expression) "(be32_to_cpu(hdr.ident.magic) != ELF_MAGIC)"
(() "("
(binary_expression) "be32_to_cpu(hdr.ident.magic) != ELF_MAGIC"
(call_expression) "be32_to_cpu(hdr.ident.magic)"
(identifier) "be32_to_cpu"
(argument_list) "(hdr.ident.magic)"
(() "("
(field_expression) "hdr.ident.magic"
(field_expression) "hdr.ident"
(identifier) "hdr"
(.) "."
(field_identifier) "ident"
(.) "."
(field_identifier) "magic"
()) ")"
(!=) "!="
(identifier) "ELF_MAGIC"
()) ")"
(compound_statement) "{\n pr_debug("invalid ELF magic %08x\n",\n be32_to_cpu(hdr.ident.magic));\n return -EINVAL;\n }"
({) "{"
(expression_statement) "pr_debug("invalid ELF magic %08x\n",\n be32_to_cpu(hdr.ident.magic));"
(call_expression) "pr_debug("invalid ELF magic %08x\n",\n be32_to_cpu(hdr.ident.magic))"
(identifier) "pr_debug"
(argument_list) "("invalid ELF magic %08x\n",\n be32_to_cpu(hdr.ident.magic))"
(() "("
(string_literal) ""invalid ELF magic %08x\n""
(") """
(string_content) "invalid ELF magic %08x"
(escape_sequence) "\n"
(") """
(,) ","
(call_expression) "be32_to_cpu(hdr.ident.magic)"
(identifier) "be32_to_cpu"
(argument_list) "(hdr.ident.magic)"
(() "("
(field_expression) "hdr.ident.magic"
(field_expression) "hdr.ident"
(identifier) "hdr"
(.) "."
(field_identifier) "ident"
(.) "."
(field_identifier) "magic"
()) ")"
()) ")"
(;) ";"
(return_statement) "return -EINVAL;"
(return) "return"
(unary_expression) "-EINVAL"
(-) "-"
(identifier) "EINVAL"
(;) ";"
(}) "}"
(switch_statement) "switch (hdr.ident.class) {\n case ELF_CLASS_32:\n err = elf32_determine_size(mtd, &hdr, &loader_size);\n break;\n case ELF_CLASS_64:\n err = elf64_determine_size(mtd, &hdr, &loader_size);\n break;\n default:\n pr_debug("invalid ELF class %i\n", hdr.ident.class);\n err = -EINVAL;\n }"
(switch) "switch"
(parenthesized_expression) "(hdr.ident.class)"
(() "("
(field_expression) "hdr.ident.class"
(field_expression) "hdr.ident"
(identifier) "hdr"
(.) "."
(field_identifier) "ident"
(.) "."
(field_identifier) "class"
()) ")"
(compound_statement) "{\n case ELF_CLASS_32:\n err = elf32_determine_size(mtd, &hdr, &loader_size);\n break;\n case ELF_CLASS_64:\n err = elf64_determine_size(mtd, &hdr, &loader_size);\n break;\n default:\n pr_debug("invalid ELF class %i\n", hdr.ident.class);\n err = -EINVAL;\n }"
({) "{"
(case_statement) "case ELF_CLASS_32:\n err = elf32_determine_size(mtd, &hdr, &loader_size);\n break;"
(case) "case"
(identifier) "ELF_CLASS_32"
(:) ":"
(expression_statement) "err = elf32_determine_size(mtd, &hdr, &loader_size);"
(assignment_expression) "err = elf32_determine_size(mtd, &hdr, &loader_size)"
(identifier) "err"
(=) "="
(call_expression) "elf32_determine_size(mtd, &hdr, &loader_size)"
(identifier) "elf32_determine_size"
(argument_list) "(mtd, &hdr, &loader_size)"
(() "("
(identifier) "mtd"
(,) ","
(pointer_expression) "&hdr"
(&) "&"
(identifier) "hdr"
(,) ","
(pointer_expression) "&loader_size"
(&) "&"
(identifier) "loader_size"
()) ")"
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case ELF_CLASS_64:\n err = elf64_determine_size(mtd, &hdr, &loader_size);\n break;"
(case) "case"
(identifier) "ELF_CLASS_64"
(:) ":"
(expression_statement) "err = elf64_determine_size(mtd, &hdr, &loader_size);"
(assignment_expression) "err = elf64_determine_size(mtd, &hdr, &loader_size)"
(identifier) "err"
(=) "="
(call_expression) "elf64_determine_size(mtd, &hdr, &loader_size)"
(identifier) "elf64_determine_size"
(argument_list) "(mtd, &hdr, &loader_size)"
(() "("
(identifier) "mtd"
(,) ","
(pointer_expression) "&hdr"
(&) "&"
(identifier) "hdr"
(,) ","
(pointer_expression) "&loader_size"
(&) "&"
(identifier) "loader_size"
()) ")"
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "default:\n pr_debug("invalid ELF class %i\n", hdr.ident.class);\n err = -EINVAL;"
(default) "default"
(:) ":"
(expression_statement) "pr_debug("invalid ELF class %i\n", hdr.ident.class);"
(call_expression) "pr_debug("invalid ELF class %i\n", hdr.ident.class)"
(identifier) "pr_debug"
(argument_list) "("invalid ELF class %i\n", hdr.ident.class)"
(() "("
(string_literal) ""invalid ELF class %i\n""
(") """
(string_content) "invalid ELF class %i"
(escape_sequence) "\n"
(") """
(,) ","
(field_expression) "hdr.ident.class"
(field_expression) "hdr.ident"
(identifier) "hdr"
(.) "."
(field_identifier) "ident"
(.) "."
(field_identifier) "class"
()) ")"
(;) ";"
(expression_statement) "err = -EINVAL;"
(assignment_expression) "err = -EINVAL"
(identifier) "err"
(=) "="
(unary_expression) "-EINVAL"
(-) "-"
(identifier) "EINVAL"
(;) ";"
(}) "}"
(if_statement) "if (err)\n return err;"
(if) "if"
(parenthesized_expression) "(err)"
(() "("
(identifier) "err"
()) ")"
(return_statement) "return err;"
(return) "return"
(identifier) "err"
(;) ";"
(expression_statement) "err = mtd_find_rootfs_from(mtd, loader_size, mtd->size,\n &rootfs_offset, &type);"
(assignment_expression) "err = mtd_find_rootfs_from(mtd, loader_size, mtd->size,\n &rootfs_offset, &type)"
(identifier) "err"
(=) "="
(call_expression) "mtd_find_rootfs_from(mtd, loader_size, mtd->size,\n &rootfs_offset, &type)"
(identifier) "mtd_find_rootfs_from"
(argument_list) "(mtd, loader_size, mtd->size,\n &rootfs_offset, &type)"
(() "("
(identifier) "mtd"
(,) ","
(identifier) "loader_size"
(,) ","
(field_expression) "mtd->size"
(identifier) "mtd"
(->) "->"
(field_identifier) "size"
(,) ","
(pointer_expression) "&rootfs_offset"
(&) "&"
(identifier) "rootfs_offset"
(,) ","
(pointer_expression) "&type"
(&) "&"
(identifier) "type"
()) ")"
(;) ";"
(if_statement) "if (err)\n return err;"
(if) "if"
(parenthesized_expression) "(err)"
(() "("
(identifier) "err"
()) ")"
(return_statement) "return err;"
(return) "return"
(identifier) "err"
(;) ";"
(if_statement) "if (rootfs_offset == mtd->size) {\n pr_debug("no rootfs found in \"%s\"\n", mtd->name);\n return -ENODEV;\n }"
(if) "if"
(parenthesized_expression) "(rootfs_offset == mtd->size)"
(() "("
(binary_expression) "rootfs_offset == mtd->size"
(identifier) "rootfs_offset"
(==) "=="
(field_expression) "mtd->size"
(identifier) "mtd"
(->) "->"
(field_identifier) "size"
()) ")"
(compound_statement) "{\n pr_debug("no rootfs found in \"%s\"\n", mtd->name);\n return -ENODEV;\n }"
({) "{"
(expression_statement) "pr_debug("no rootfs found in \"%s\"\n", mtd->name);"
(call_expression) "pr_debug("no rootfs found in \"%s\"\n", mtd->name)"
(identifier) "pr_debug"
(argument_list) "("no rootfs found in \"%s\"\n", mtd->name)"
(() "("
(string_literal) ""no rootfs found in \"%s\"\n""
(") """
(string_content) "no rootfs found in "
(escape_sequence) "\""
(string_content) "%s"
(escape_sequence) "\""
(escape_sequence) "\n"
(") """
(,) ","
(field_expression) "mtd->name"
(identifier) "mtd"
(->) "->"
(field_identifier) "name"
()) ")"
(;) ";"
(return_statement) "return -ENODEV;"
(return) "return"
(unary_expression) "-ENODEV"
(-) "-"
(identifier) "ENODEV"
(;) ";"
(}) "}"
(expression_statement) "parts = kzalloc(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL);"
(assignment_expression) "parts = kzalloc(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL)"
(identifier) "parts"
(=) "="
(call_expression) "kzalloc(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL)"
(identifier) "kzalloc"
(argument_list) "(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL)"
(() "("
(binary_expression) "ELF_NR_PARTS * sizeof(*parts)"
(identifier) "ELF_NR_PARTS"
(*) "*"
(sizeof_expression) "sizeof(*parts)"
(sizeof) "sizeof"
(parenthesized_expression) "(*parts)"
(() "("
(pointer_expression) "*parts"
(*) "*"
(identifier) "parts"
()) ")"
(,) ","
(identifier) "GFP_KERNEL"
()) ")"
(;) ";"
(if_statement) "if (!parts)\n return -ENOMEM;"
(if) "if"
(parenthesized_expression) "(!parts)"
(() "("
(unary_expression) "!parts"
(!) "!"
(identifier) "parts"
()) ")"
(return_statement) "return -ENOMEM;"
(return) "return"
(unary_expression) "-ENOMEM"
(-) "-"
(identifier) "ENOMEM"
(;) ";"
(expression_statement) "parts[0].name = KERNEL_PART_NAME;"
(assignment_expression) "parts[0].name = KERNEL_PART_NAME"
(field_expression) "parts[0].name"
(subscript_expression) "parts[0]"
(identifier) "parts"
([) "["
(number_literal) "0"
(]) "]"
(.) "."
(field_identifier) "name"
(=) "="
(identifier) "KERNEL_PART_NAME"
(;) ";"
(expression_statement) "parts[0].offset = 0;"
(assignment_expression) "parts[0].offset = 0"
(field_expression) "parts[0].offset"
(subscript_expression) "parts[0]"
(identifier) "parts"
([) "["
(number_literal) "0"
(]) "]"
(.) "."
(field_identifier) "offset"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "parts[0].size = rootfs_offset;"
(assignment_expression) "parts[0].size = rootfs_offset"
(field_expression) "parts[0].size"
(subscript_expression) "parts[0]"
(identifier) "parts"
([) "["
(number_literal) "0"
(]) "]"
(.) "."
(field_identifier) "size"
(=) "="
(identifier) "rootfs_offset"
(;) ";"
(if_statement) "if (type == MTDSPLIT_PART_TYPE_UBI)\n parts[1].name = UBI_PART_NAME;\n else\n parts[1].name = ROOTFS_PART_NAME;"
(if) "if"
(parenthesized_expression) "(type == MTDSPLIT_PART_TYPE_UBI)"
(() "("
(binary_expression) "type == MTDSPLIT_PART_TYPE_UBI"
(identifier) "type"
(==) "=="
(identifier) "MTDSPLIT_PART_TYPE_UBI"
()) ")"
(expression_statement) "parts[1].name = UBI_PART_NAME;"
(assignment_expression) "parts[1].name = UBI_PART_NAME"
(field_expression) "parts[1].name"
(subscript_expression) "parts[1]"
(identifier) "parts"
([) "["
(number_literal) "1"
(]) "]"
(.) "."
(field_identifier) "name"
(=) "="
(identifier) "UBI_PART_NAME"
(;) ";"
(else_clause) "else\n parts[1].name = ROOTFS_PART_NAME;"
(else) "else"
(expression_statement) "parts[1].name = ROOTFS_PART_NAME;"
(assignment_expression) "parts[1].name = ROOTFS_PART_NAME"
(field_expression) "parts[1].name"
(subscript_expression) "parts[1]"
(identifier) "parts"
([) "["
(number_literal) "1"
(]) "]"
(.) "."
(field_identifier) "name"
(=) "="
(identifier) "ROOTFS_PART_NAME"
(;) ";"
(expression_statement) "parts[1].offset = rootfs_offset;"
(assignment_expression) "parts[1].offset = rootfs_offset"
(field_expression) "parts[1].offset"
(subscript_expression) "parts[1]"
(identifier) "parts"
([) "["
(number_literal) "1"
(]) "]"
(.) "."
(field_identifier) "offset"
(=) "="
(identifier) "rootfs_offset"
(;) ";"
(expression_statement) "parts[1].size = mtd->size - rootfs_offset;"
(assignment_expression) "parts[1].size = mtd->size - rootfs_offset"
(field_expression) "parts[1].size"
(subscript_expression) "parts[1]"
(identifier) "parts"
([) "["
(number_literal) "1"
(]) "]"
(.) "."
(field_identifier) "size"
(=) "="
(binary_expression) "mtd->size - rootfs_offset"
(field_expression) "mtd->size"
(identifier) "mtd"
(->) "->"
(field_identifier) "size"
(-) "-"
(identifier) "rootfs_offset"
(;) ";"
(expression_statement) "*pparts = parts;"
(assignment_expression) "*pparts = parts"
(pointer_expression) "*pparts"
(*) "*"
(identifier) "pparts"
(=) "="
(identifier) "parts"
(;) ";"
(return_statement) "return ELF_NR_PARTS;"
(return) "return"
(identifier) "ELF_NR_PARTS"
(;) ";"
(}) "}"
(declaration) "static const struct of_device_id mtdsplit_elf_of_match_table[] = {\n { .compatible = "openwrt,elf" },\n {},\n};"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(struct_specifier) "struct of_device_id"
(struct) "struct"
(type_identifier) "of_device_id"
(init_declarator) "mtdsplit_elf_of_match_table[] = {\n { .compatible = "openwrt,elf" },\n {},\n}"
(array_declarator) "mtdsplit_elf_of_match_table[]"
(identifier) "mtdsplit_elf_of_match_table"
([) "["
(]) "]"
(=) "="
(initializer_list) "{\n { .compatible = "openwrt,elf" },\n {},\n}"
({) "{"
(initializer_list) "{ .compatible = "openwrt,elf" }"
({) "{"
(initializer_pair) ".compatible = "openwrt,elf""
(field_designator) ".compatible"
(.) "."
(field_identifier) "compatible"
(=) "="
(string_literal) ""openwrt,elf""
(") """
(string_content) "openwrt,elf"
(") """
(}) "}"
(,) ","
(initializer_list) "{}"
({) "{"
(}) "}"
(,) ","
(}) "}"
(;) ";"
(expression_statement) "MODULE_DEVICE_TABLE(of, mtdsplit_elf_of_match_table);"
(call_expression) "MODULE_DEVICE_TABLE(of, mtdsplit_elf_of_match_table)"
(identifier) "MODULE_DEVICE_TABLE"
(argument_list) "(of, mtdsplit_elf_of_match_table)"
(() "("
(identifier) "of"
(,) ","
(identifier) "mtdsplit_elf_of_match_table"
()) ")"
(;) ";"
(declaration) "static struct mtd_part_parser mtdsplit_elf_parser = {\n .owner = THIS_MODULE,\n .name = "elf-loader-fw",\n .of_match_table = mtdsplit_elf_of_match_table,\n .parse_fn = mtdsplit_parse_elf,\n .type = MTD_PARSER_TYPE_FIRMWARE,\n};"
(storage_class_specifier) "static"
(static) "static"
(struct_specifier) "struct mtd_part_parser"
(struct) "struct"
(type_identifier) "mtd_part_parser"
(init_declarator) "mtdsplit_elf_parser = {\n .owner = THIS_MODULE,\n .name = "elf-loader-fw",\n .of_match_table = mtdsplit_elf_of_match_table,\n .parse_fn = mtdsplit_parse_elf,\n .type = MTD_PARSER_TYPE_FIRMWARE,\n}"
(identifier) "mtdsplit_elf_parser"
(=) "="
(initializer_list) "{\n .owner = THIS_MODULE,\n .name = "elf-loader-fw",\n .of_match_table = mtdsplit_elf_of_match_table,\n .parse_fn = mtdsplit_parse_elf,\n .type = MTD_PARSER_TYPE_FIRMWARE,\n}"
({) "{"
(initializer_pair) ".owner = THIS_MODULE"
(field_designator) ".owner"
(.) "."
(field_identifier) "owner"
(=) "="
(identifier) "THIS_MODULE"
(,) ","
(initializer_pair) ".name = "elf-loader-fw""
(field_designator) ".name"
(.) "."
(field_identifier) "name"
(=) "="
(string_literal) ""elf-loader-fw""
(") """
(string_content) "elf-loader-fw"
(") """
(,) ","
(initializer_pair) ".of_match_table = mtdsplit_elf_of_match_table"
(field_designator) ".of_match_table"
(.) "."
(field_identifier) "of_match_table"
(=) "="
(identifier) "mtdsplit_elf_of_match_table"
(,) ","
(initializer_pair) ".parse_fn = mtdsplit_parse_elf"
(field_designator) ".parse_fn"
(.) "."
(field_identifier) "parse_fn"
(=) "="
(identifier) "mtdsplit_parse_elf"
(,) ","
(initializer_pair) ".type = MTD_PARSER_TYPE_FIRMWARE"
(field_designator) ".type"
(.) "."
(field_identifier) "type"
(=) "="
(identifier) "MTD_PARSER_TYPE_FIRMWARE"
(,) ","
(}) "}"
(;) ";"
(function_definition) "static int __init mtdsplit_elf_init(void)\n{\n register_mtd_parser(&mtdsplit_elf_parser);\n\n return 0;\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int"
(ERROR) "__init"
(identifier) "__init"
(function_declarator) "mtdsplit_elf_init(void)"
(identifier) "mtdsplit_elf_init"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{\n register_mtd_parser(&mtdsplit_elf_parser);\n\n return 0;\n}"
({) "{"
(expression_statement) "register_mtd_parser(&mtdsplit_elf_parser);"
(call_expression) "register_mtd_parser(&mtdsplit_elf_parser)"
(identifier) "register_mtd_parser"
(argument_list) "(&mtdsplit_elf_parser)"
(() "("
(pointer_expression) "&mtdsplit_elf_parser"
(&) "&"
(identifier) "mtdsplit_elf_parser"
()) ")"
(;) ";"
(return_statement) "return 0;"
(return) "return"
(number_literal) "0"
(;) ";"
(}) "}"
(expression_statement) "subsys_initcall(mtdsplit_elf_init);"
(call_expression) "subsys_initcall(mtdsplit_elf_init)"
(identifier) "subsys_initcall"
(argument_list) "(mtdsplit_elf_init)"
(() "("
(identifier) "mtdsplit_elf_init"
()) ")"
(;) ";"
| 1,592
| 1
|
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4, "type": "#include", "text": "#include", "parent": 3, "children": [], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 26, "column": 8}}, {"id": 5, "type": "system_lib_string", "text": "<linux/init.h>", "parent": 3, "children": [], "start_point": {"row": 26, "column": 9}, "end_point": {"row": 26, "column": 23}}, {"id": 6, "type": "preproc_include", "text": "#include <linux/kernel.h>\n", "parent": null, "children": [7, 8], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 28, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 27, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<linux/kernel.h>", "parent": 6, "children": [], "start_point": {"row": 27, "column": 9}, "end_point": {"row": 27, "column": 25}}, {"id": 9, "type": "preproc_include", "text": "#include <linux/slab.h>\n", "parent": null, "children": [10, 11], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 29, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 28, "column": 8}}, {"id": 11, "type": "system_lib_string", "text": "<linux/slab.h>", "parent": 9, "children": [], "start_point": {"row": 28, "column": 9}, "end_point": {"row": 28, "column": 23}}, {"id": 12, "type": "preproc_include", "text": "#include <linux/mtd/mtd.h>\n", "parent": null, "children": [13, 14], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 30, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 29, "column": 8}}, {"id": 14, "type": "system_lib_string", "text": "<linux/mtd/mtd.h>", "parent": 12, "children": [], "start_point": {"row": 29, "column": 9}, "end_point": {"row": 29, "column": 26}}, {"id": 15, "type": "preproc_include", "text": "#include <linux/mtd/partitions.h>\n", "parent": null, "children": [16, 17], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 31, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 30, "column": 8}}, {"id": 17, "type": "system_lib_string", "text": "<linux/mtd/partitions.h>", "parent": 15, "children": [], "start_point": {"row": 30, "column": 9}, "end_point": {"row": 30, "column": 33}}, {"id": 18, "type": "preproc_include", "text": "#include <linux/of.h>\n", "parent": null, "children": [19, 20], "start_point": {"row": 31, "column": 0}, "end_point": {"row": 32, "column": 0}}, {"id": 19, "type": "#include", "text": "#include", "parent": 18, "children": [], "start_point": {"row": 31, "column": 0}, "end_point": {"row": 31, "column": 8}}, {"id": 20, "type": "system_lib_string", "text": "<linux/of.h>", "parent": 18, "children": [], "start_point": {"row": 31, "column": 9}, "end_point": 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"\"mtdsplit.h\"", "parent": 24, "children": [], "start_point": {"row": 34, "column": 9}, "end_point": {"row": 34, "column": 21}}, {"id": 27, "type": "preproc_def", "text": "#define ELF_NR_PARTS\t2\n", "parent": null, "children": [28, 29, 30], "start_point": {"row": 36, "column": 0}, "end_point": {"row": 37, "column": 0}}, {"id": 28, "type": "#define", "text": "#define", "parent": 27, "children": [], "start_point": {"row": 36, "column": 0}, "end_point": {"row": 36, "column": 7}}, {"id": 29, "type": "identifier", "text": "ELF_NR_PARTS", "parent": 27, "children": [], "start_point": {"row": 36, "column": 8}, "end_point": {"row": 36, "column": 20}}, {"id": 30, "type": "preproc_arg", "text": "2", "parent": 27, "children": [], "start_point": {"row": 36, "column": 21}, "end_point": {"row": 36, "column": 22}}, {"id": 31, "type": "preproc_def", "text": "#define ELF_MAGIC\t0x7f454c46 /* 0x7f E L F */\n", "parent": null, "children": [32, 33, 34], "start_point": {"row": 38, "column": 0}, "end_point": {"row": 39, "column": 0}}, {"id": 32, "type": "#define", "text": "#define", "parent": 31, "children": [], "start_point": {"row": 38, "column": 0}, "end_point": {"row": 38, "column": 7}}, {"id": 33, "type": "identifier", "text": "ELF_MAGIC", "parent": 31, "children": [], "start_point": {"row": 38, "column": 8}, "end_point": {"row": 38, "column": 17}}, {"id": 34, "type": "preproc_arg", "text": "0x7f454c46 ", "parent": 31, "children": [], "start_point": {"row": 38, "column": 18}, "end_point": {"row": 38, "column": 29}}, {"id": 35, "type": "preproc_def", "text": "#define ELF_CLASS_32\t1\n", "parent": null, "children": [36, 37, 38], "start_point": {"row": 39, "column": 0}, "end_point": {"row": 40, "column": 0}}, {"id": 36, "type": "#define", "text": "#define", "parent": 35, "children": [], "start_point": {"row": 39, "column": 0}, "end_point": {"row": 39, "column": 7}}, {"id": 37, "type": "identifier", "text": "ELF_CLASS_32", "parent": 35, "children": [], "start_point": {"row": 39, "column": 8}, "end_point": {"row": 39, "column": 20}}, {"id": 38, "type": "preproc_arg", "text": "1", "parent": 35, "children": [], "start_point": {"row": 39, "column": 21}, "end_point": {"row": 39, "column": 22}}, {"id": 39, "type": "preproc_def", "text": "#define ELF_CLASS_64\t2\n", "parent": null, "children": [40, 41, 42], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 41, "column": 0}}, {"id": 40, "type": "#define", "text": "#define", "parent": 39, "children": [], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 40, "column": 7}}, {"id": 41, "type": "identifier", "text": "ELF_CLASS_64", "parent": 39, "children": [], "start_point": {"row": 40, "column": 8}, "end_point": {"row": 40, "column": 20}}, {"id": 42, "type": "preproc_arg", "text": "2", "parent": 39, "children": [], "start_point": {"row": 40, "column": 21}, "end_point": {"row": 40, "column": 22}}, {"id": 43, "type": "struct_specifier", "text": "struct elf_header_ident {\n\tuint32_t magic;\n\tuint8_t class;\n\tuint8_t data;\n\tuint8_t version;\n\tuint8_t osabi;\n\tuint8_t abiversion;\n\tuint8_t pad[7];\n}", "parent": null, "children": [44, 45], "start_point": {"row": 42, "column": 0}, "end_point": {"row": 50, "column": 1}}, {"id": 44, "type": "struct", "text": "struct", "parent": 43, "children": [], "start_point": {"row": 42, "column": 0}, "end_point": {"row": 42, "column": 6}}, {"id": 45, "type": "type_identifier", "text": "elf_header_ident", "parent": 43, "children": [], "start_point": {"row": 42, "column": 7}, "end_point": {"row": 42, "column": 23}}, {"id": 46, "type": "field_declaration", "text": "uint32_t magic;", "parent": 43, "children": [47, 48], "start_point": {"row": 43, "column": 1}, "end_point": {"row": 43, "column": 16}}, {"id": 47, "type": "primitive_type", "text": "uint32_t", "parent": 46, "children": [], "start_point": {"row": 43, "column": 1}, "end_point": {"row": 43, "column": 9}}, {"id": 48, "type": "field_identifier", "text": "magic", "parent": 46, "children": [], "start_point": {"row": 43, "column": 10}, "end_point": {"row": 43, "column": 15}}, {"id": 49, "type": "field_declaration", "text": "uint8_t class;", "parent": 43, "children": [50], "start_point": {"row": 44, "column": 1}, "end_point": {"row": 44, "column": 15}}, {"id": 50, "type": "primitive_type", "text": "uint8_t", "parent": 49, "children": [], "start_point": {"row": 44, "column": 1}, "end_point": {"row": 44, "column": 8}}, {"id": 51, "type": "field_declaration", "text": "uint8_t data;", "parent": 43, "children": [52, 53], "start_point": {"row": 45, "column": 1}, "end_point": {"row": 45, "column": 14}}, {"id": 52, "type": "primitive_type", "text": "uint8_t", "parent": 51, "children": [], "start_point": {"row": 45, "column": 1}, "end_point": {"row": 45, "column": 8}}, {"id": 53, "type": "field_identifier", "text": "data", "parent": 51, "children": [], "start_point": {"row": 45, "column": 9}, "end_point": {"row": 45, "column": 13}}, {"id": 54, "type": "field_declaration", "text": "uint8_t version;", "parent": 43, "children": [55, 56], "start_point": {"row": 46, "column": 1}, "end_point": {"row": 46, "column": 17}}, {"id": 55, "type": "primitive_type", "text": "uint8_t", "parent": 54, "children": [], "start_point": {"row": 46, "column": 1}, "end_point": {"row": 46, "column": 8}}, {"id": 56, "type": "field_identifier", "text": "version", "parent": 54, "children": [], "start_point": {"row": 46, "column": 9}, "end_point": {"row": 46, "column": 16}}, {"id": 57, "type": "field_declaration", "text": "uint8_t osabi;", "parent": 43, "children": [58, 59], "start_point": {"row": 47, "column": 1}, "end_point": {"row": 47, "column": 15}}, {"id": 58, "type": "primitive_type", "text": "uint8_t", "parent": 57, "children": [], "start_point": {"row": 47, "column": 1}, "end_point": {"row": 47, "column": 8}}, {"id": 59, "type": "field_identifier", "text": "osabi", "parent": 57, "children": [], "start_point": {"row": 47, "column": 9}, "end_point": {"row": 47, "column": 14}}, {"id": 60, "type": "field_declaration", "text": "uint8_t abiversion;", "parent": 43, "children": [61, 62], "start_point": {"row": 48, "column": 1}, "end_point": {"row": 48, "column": 20}}, {"id": 61, "type": "primitive_type", "text": "uint8_t", "parent": 60, "children": [], "start_point": {"row": 48, "column": 1}, "end_point": {"row": 48, "column": 8}}, {"id": 62, "type": "field_identifier", "text": "abiversion", "parent": 60, "children": [], "start_point": {"row": 48, "column": 9}, "end_point": {"row": 48, "column": 19}}, {"id": 63, "type": "field_declaration", "text": "uint8_t pad[7];", "parent": 43, "children": [64, 65], "start_point": {"row": 49, "column": 1}, "end_point": {"row": 49, "column": 16}}, {"id": 64, "type": "primitive_type", "text": "uint8_t", "parent": 63, "children": [], "start_point": {"row": 49, "column": 1}, "end_point": {"row": 49, "column": 8}}, {"id": 65, "type": "array_declarator", "text": "pad[7]", "parent": 63, "children": [66, 67], "start_point": {"row": 49, "column": 9}, "end_point": {"row": 49, "column": 15}}, {"id": 66, "type": "field_identifier", "text": "pad", "parent": 65, "children": [], "start_point": {"row": 49, "column": 9}, "end_point": {"row": 49, "column": 12}}, {"id": 67, "type": "number_literal", "text": "7", "parent": 65, "children": [], "start_point": {"row": 49, "column": 13}, "end_point": {"row": 49, "column": 14}}, {"id": 68, "type": "struct_specifier", "text": "struct elf_header_32 {\n\tuint16_t type;\n\tuint16_t machine;\n\tuint32_t version;\n\tuint32_t entry;\n\tuint32_t phoff;\n\tuint32_t shoff;\n\tuint32_t flags;\n\tuint16_t ehsize;\n\tuint16_t phentsize;\n\tuint16_t phnum;\n\tuint16_t shentsize;\n\tuint16_t shnum;\n\tuint16_t shstrndx;\n}", "parent": null, "children": [69, 70], "start_point": {"row": 52, "column": 0}, "end_point": {"row": 66, "column": 1}}, {"id": 69, "type": "struct", "text": "struct", "parent": 68, "children": [], "start_point": {"row": 52, "column": 0}, "end_point": {"row": 52, "column": 6}}, {"id": 70, "type": "type_identifier", "text": "elf_header_32", "parent": 68, "children": [], "start_point": {"row": 52, "column": 7}, "end_point": {"row": 52, "column": 20}}, {"id": 71, "type": "field_declaration", "text": "uint16_t type;", "parent": 68, "children": [72, 73], "start_point": {"row": 53, "column": 1}, "end_point": {"row": 53, "column": 15}}, {"id": 72, "type": "primitive_type", "text": "uint16_t", "parent": 71, "children": [], "start_point": {"row": 53, "column": 1}, "end_point": {"row": 53, "column": 9}}, {"id": 73, "type": "field_identifier", "text": "type", "parent": 71, "children": [], "start_point": {"row": 53, "column": 10}, "end_point": {"row": 53, "column": 14}}, {"id": 74, "type": "field_declaration", "text": "uint16_t machine;", "parent": 68, "children": [75, 76], "start_point": {"row": 54, "column": 1}, "end_point": {"row": 54, "column": 18}}, {"id": 75, "type": "primitive_type", "text": "uint16_t", "parent": 74, "children": [], "start_point": {"row": 54, "column": 1}, "end_point": {"row": 54, "column": 9}}, {"id": 76, "type": "field_identifier", "text": "machine", "parent": 74, "children": [], "start_point": {"row": 54, "column": 10}, "end_point": {"row": 54, "column": 17}}, {"id": 77, "type": "field_declaration", "text": "uint32_t version;", "parent": 68, "children": [78, 79], "start_point": {"row": 55, "column": 1}, "end_point": {"row": 55, "column": 18}}, {"id": 78, "type": "primitive_type", "text": "uint32_t", "parent": 77, "children": [], "start_point": {"row": 55, "column": 1}, "end_point": {"row": 55, "column": 9}}, {"id": 79, "type": "field_identifier", "text": "version", "parent": 77, "children": [], "start_point": {"row": 55, "column": 10}, "end_point": {"row": 55, "column": 17}}, {"id": 80, "type": "field_declaration", "text": "uint32_t entry;", "parent": 68, "children": [81, 82], "start_point": {"row": 56, "column": 1}, "end_point": {"row": 56, "column": 16}}, {"id": 81, "type": 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{"row": 58, "column": 16}}, {"id": 87, "type": "primitive_type", "text": "uint32_t", "parent": 86, "children": [], "start_point": {"row": 58, "column": 1}, "end_point": {"row": 58, "column": 9}}, {"id": 88, "type": "field_identifier", "text": "shoff", "parent": 86, "children": [], "start_point": {"row": 58, "column": 10}, "end_point": {"row": 58, "column": 15}}, {"id": 89, "type": "field_declaration", "text": "uint32_t flags;", "parent": 68, "children": [90, 91], "start_point": {"row": 59, "column": 1}, "end_point": {"row": 59, "column": 16}}, {"id": 90, "type": "primitive_type", "text": "uint32_t", "parent": 89, "children": [], "start_point": {"row": 59, "column": 1}, "end_point": {"row": 59, "column": 9}}, {"id": 91, "type": "field_identifier", "text": "flags", "parent": 89, "children": [], "start_point": {"row": 59, "column": 10}, "end_point": {"row": 59, "column": 15}}, {"id": 92, "type": "field_declaration", "text": "uint16_t ehsize;", "parent": 68, "children": [93, 94], "start_point": {"row": 60, "column": 1}, "end_point": {"row": 60, "column": 17}}, {"id": 93, "type": "primitive_type", "text": "uint16_t", "parent": 92, "children": [], "start_point": {"row": 60, "column": 1}, "end_point": {"row": 60, "column": 9}}, {"id": 94, "type": "field_identifier", "text": "ehsize", "parent": 92, "children": [], "start_point": {"row": 60, "column": 10}, "end_point": {"row": 60, "column": 16}}, {"id": 95, "type": "field_declaration", "text": "uint16_t phentsize;", "parent": 68, "children": [96, 97], "start_point": {"row": 61, "column": 1}, "end_point": {"row": 61, "column": 20}}, {"id": 96, "type": "primitive_type", "text": "uint16_t", "parent": 95, "children": [], "start_point": {"row": 61, "column": 1}, "end_point": {"row": 61, "column": 9}}, {"id": 97, "type": "field_identifier", "text": "phentsize", "parent": 95, "children": [], "start_point": {"row": 61, "column": 10}, "end_point": {"row": 61, "column": 19}}, {"id": 98, "type": "field_declaration", "text": "uint16_t phnum;", "parent": 68, "children": [99, 100], "start_point": {"row": 62, "column": 1}, "end_point": {"row": 62, "column": 16}}, {"id": 99, "type": "primitive_type", "text": "uint16_t", "parent": 98, "children": [], "start_point": {"row": 62, "column": 1}, "end_point": {"row": 62, "column": 9}}, {"id": 100, "type": "field_identifier", "text": "phnum", "parent": 98, "children": [], "start_point": {"row": 62, "column": 10}, "end_point": {"row": 62, "column": 15}}, {"id": 101, "type": "field_declaration", "text": "uint16_t shentsize;", "parent": 68, "children": [102, 103], "start_point": {"row": 63, "column": 1}, "end_point": {"row": 63, "column": 20}}, {"id": 102, "type": "primitive_type", "text": "uint16_t", "parent": 101, "children": [], "start_point": {"row": 63, "column": 1}, "end_point": {"row": 63, "column": 9}}, {"id": 103, "type": "field_identifier", "text": "shentsize", "parent": 101, "children": [], "start_point": {"row": 63, "column": 10}, "end_point": {"row": 63, "column": 19}}, {"id": 104, "type": "field_declaration", "text": "uint16_t shnum;", "parent": 68, "children": [105, 106], "start_point": {"row": 64, "column": 1}, "end_point": {"row": 64, "column": 16}}, {"id": 105, "type": "primitive_type", "text": "uint16_t", "parent": 104, "children": [], "start_point": {"row": 64, "column": 1}, "end_point": {"row": 64, "column": 9}}, {"id": 106, "type": "field_identifier", "text": "shnum", "parent": 104, "children": [], "start_point": {"row": 64, "column": 10}, "end_point": {"row": 64, "column": 15}}, {"id": 107, "type": "field_declaration", "text": "uint16_t shstrndx;", "parent": 68, "children": [108, 109], "start_point": {"row": 65, "column": 1}, "end_point": {"row": 65, "column": 19}}, {"id": 108, "type": "primitive_type", "text": "uint16_t", "parent": 107, "children": [], "start_point": {"row": 65, "column": 1}, "end_point": {"row": 65, "column": 9}}, {"id": 109, "type": "field_identifier", "text": "shstrndx", "parent": 107, "children": [], "start_point": {"row": 65, "column": 10}, "end_point": {"row": 65, "column": 18}}, {"id": 110, "type": "struct_specifier", "text": "struct elf_header_64 {\n\tuint16_t type;\n\tuint16_t machine;\n\tuint32_t version;\n\tuint64_t entry;\n\tuint64_t phoff;\n\tuint64_t shoff;\n\tuint32_t flags;\n\tuint16_t ehsize;\n\tuint16_t phentsize;\n\tuint16_t phnum;\n\tuint16_t shentsize;\n\tuint16_t shnum;\n\tuint16_t shstrndx;\n}", "parent": null, "children": [111, 112], "start_point": {"row": 68, "column": 0}, "end_point": {"row": 82, "column": 1}}, {"id": 111, "type": "struct", "text": "struct", "parent": 110, "children": [], "start_point": {"row": 68, "column": 0}, "end_point": {"row": 68, "column": 6}}, {"id": 112, "type": "type_identifier", "text": "elf_header_64", "parent": 110, "children": [], "start_point": {"row": 68, "column": 7}, "end_point": {"row": 68, "column": 20}}, {"id": 113, "type": "field_declaration", "text": "uint16_t type;", "parent": 110, "children": [114, 115], "start_point": {"row": 69, "column": 1}, "end_point": {"row": 69, "column": 15}}, {"id": 114, "type": "primitive_type", "text": "uint16_t", "parent": 113, "children": [], "start_point": {"row": 69, "column": 1}, "end_point": {"row": 69, "column": 9}}, {"id": 115, "type": "field_identifier", "text": "type", "parent": 113, "children": [], "start_point": {"row": 69, "column": 10}, "end_point": {"row": 69, "column": 14}}, {"id": 116, "type": "field_declaration", "text": "uint16_t machine;", "parent": 110, "children": [117, 118], "start_point": {"row": 70, "column": 1}, "end_point": {"row": 70, "column": 18}}, {"id": 117, "type": "primitive_type", "text": "uint16_t", "parent": 116, "children": [], "start_point": {"row": 70, "column": 1}, "end_point": {"row": 70, "column": 9}}, {"id": 118, "type": "field_identifier", "text": "machine", "parent": 116, "children": [], "start_point": {"row": 70, "column": 10}, "end_point": {"row": 70, "column": 17}}, {"id": 119, "type": "field_declaration", "text": "uint32_t 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"text": "ehsize", "parent": 134, "children": [], "start_point": {"row": 76, "column": 10}, "end_point": {"row": 76, "column": 16}}, {"id": 137, "type": "field_declaration", "text": "uint16_t phentsize;", "parent": 110, "children": [138, 139], "start_point": {"row": 77, "column": 1}, "end_point": {"row": 77, "column": 20}}, {"id": 138, "type": "primitive_type", "text": "uint16_t", "parent": 137, "children": [], "start_point": {"row": 77, "column": 1}, "end_point": {"row": 77, "column": 9}}, {"id": 139, "type": "field_identifier", "text": "phentsize", "parent": 137, "children": [], "start_point": {"row": 77, "column": 10}, "end_point": {"row": 77, "column": 19}}, {"id": 140, "type": "field_declaration", "text": "uint16_t phnum;", "parent": 110, "children": [141, 142], "start_point": {"row": 78, "column": 1}, "end_point": {"row": 78, "column": 16}}, {"id": 141, "type": "primitive_type", "text": "uint16_t", "parent": 140, "children": [], "start_point": {"row": 78, "column": 1}, "end_point": {"row": 78, "column": 9}}, {"id": 142, "type": "field_identifier", "text": "phnum", "parent": 140, "children": [], "start_point": {"row": 78, "column": 10}, "end_point": {"row": 78, "column": 15}}, {"id": 143, "type": "field_declaration", "text": "uint16_t shentsize;", "parent": 110, "children": [144, 145], "start_point": {"row": 79, "column": 1}, "end_point": {"row": 79, "column": 20}}, {"id": 144, "type": "primitive_type", "text": "uint16_t", "parent": 143, "children": [], "start_point": {"row": 79, "column": 1}, "end_point": {"row": 79, "column": 9}}, {"id": 145, "type": "field_identifier", "text": "shentsize", "parent": 143, "children": [], "start_point": {"row": 79, "column": 10}, "end_point": {"row": 79, "column": 19}}, {"id": 146, "type": "field_declaration", "text": "uint16_t shnum;", "parent": 110, "children": [147, 148], "start_point": {"row": 80, "column": 1}, "end_point": {"row": 80, "column": 16}}, {"id": 147, "type": "primitive_type", "text": "uint16_t", "parent": 146, "children": [], "start_point": {"row": 80, "column": 1}, "end_point": {"row": 80, "column": 9}}, {"id": 148, "type": "field_identifier", "text": "shnum", "parent": 146, "children": [], "start_point": {"row": 80, "column": 10}, "end_point": {"row": 80, "column": 15}}, {"id": 149, "type": "field_declaration", "text": "uint16_t shstrndx;", "parent": 110, "children": [150, 151], "start_point": {"row": 81, "column": 1}, "end_point": {"row": 81, "column": 19}}, {"id": 150, "type": "primitive_type", "text": "uint16_t", "parent": 149, "children": [], "start_point": {"row": 81, "column": 1}, "end_point": {"row": 81, "column": 9}}, {"id": 151, "type": "field_identifier", "text": "shstrndx", "parent": 149, "children": [], "start_point": {"row": 81, "column": 10}, "end_point": {"row": 81, "column": 18}}, {"id": 152, "type": "struct_specifier", "text": "struct elf_header {\n\tstruct elf_header_ident ident;\n\tunion {\n\t\tstruct elf_header_32 elf32;\n\t\tstruct elf_header_64 elf64;\n\t};\n}", "parent": null, "children": [153, 154], "start_point": {"row": 84, "column": 0}, "end_point": {"row": 90, "column": 1}}, {"id": 153, "type": "struct", "text": "struct", "parent": 152, "children": [], "start_point": {"row": 84, "column": 0}, "end_point": {"row": 84, "column": 6}}, {"id": 154, "type": "type_identifier", "text": "elf_header", "parent": 152, "children": [], "start_point": {"row": 84, "column": 7}, "end_point": {"row": 84, "column": 17}}, {"id": 155, "type": "field_declaration", "text": "struct elf_header_ident ident;", "parent": 152, "children": [156, 159], "start_point": {"row": 85, "column": 1}, "end_point": {"row": 85, "column": 31}}, {"id": 156, "type": "struct_specifier", "text": "struct elf_header_ident", "parent": 155, "children": [157, 158], "start_point": {"row": 85, "column": 1}, "end_point": {"row": 85, "column": 24}}, {"id": 157, "type": "struct", "text": "struct", "parent": 156, "children": [], "start_point": {"row": 85, "column": 1}, "end_point": {"row": 85, "column": 7}}, {"id": 158, "type": "type_identifier", "text": "elf_header_ident", "parent": 156, "children": [], "start_point": {"row": 85, "column": 8}, "end_point": {"row": 85, "column": 24}}, {"id": 159, "type": "field_identifier", "text": "ident", "parent": 155, "children": [], "start_point": {"row": 85, "column": 25}, "end_point": {"row": 85, "column": 30}}, {"id": 160, "type": "field_declaration", "text": "union {\n\t\tstruct elf_header_32 elf32;\n\t\tstruct elf_header_64 elf64;\n\t};", "parent": 152, "children": [161], "start_point": {"row": 86, "column": 1}, "end_point": {"row": 89, "column": 3}}, {"id": 161, "type": "union_specifier", "text": "union {\n\t\tstruct elf_header_32 elf32;\n\t\tstruct elf_header_64 elf64;\n\t}", "parent": 160, "children": [162], "start_point": {"row": 86, "column": 1}, "end_point": {"row": 89, "column": 2}}, {"id": 162, "type": "union", "text": "union", "parent": 161, "children": [], "start_point": {"row": 86, "column": 1}, "end_point": {"row": 86, "column": 6}}, {"id": 163, "type": "field_declaration", "text": "struct elf_header_32 elf32;", "parent": 161, "children": [164, 167], "start_point": {"row": 87, "column": 2}, "end_point": {"row": 87, "column": 29}}, {"id": 164, "type": "struct_specifier", "text": "struct elf_header_32", "parent": 163, "children": [165, 166], "start_point": {"row": 87, "column": 2}, "end_point": {"row": 87, "column": 22}}, {"id": 165, "type": "struct", "text": "struct", "parent": 164, "children": [], "start_point": {"row": 87, "column": 2}, "end_point": {"row": 87, "column": 8}}, {"id": 166, "type": "type_identifier", "text": "elf_header_32", "parent": 164, "children": [], "start_point": {"row": 87, "column": 9}, "end_point": {"row": 87, "column": 22}}, {"id": 167, "type": "field_identifier", "text": "elf32", "parent": 163, "children": [], "start_point": {"row": 87, "column": 23}, "end_point": {"row": 87, "column": 28}}, {"id": 168, "type": "field_declaration", "text": "struct elf_header_64 elf64;", "parent": 161, "children": [169, 172], "start_point": {"row": 88, "column": 2}, "end_point": {"row": 88, "column": 29}}, {"id": 169, "type": "struct_specifier", "text": "struct elf_header_64", "parent": 168, "children": [170, 171], "start_point": {"row": 88, "column": 2}, "end_point": {"row": 88, "column": 22}}, {"id": 170, "type": "struct", "text": "struct", "parent": 169, "children": [], "start_point": {"row": 88, "column": 2}, "end_point": {"row": 88, "column": 8}}, {"id": 171, "type": "type_identifier", "text": "elf_header_64", "parent": 169, "children": [], "start_point": {"row": 88, "column": 9}, "end_point": {"row": 88, "column": 22}}, {"id": 172, "type": "field_identifier", "text": "elf64", "parent": 168, "children": [], "start_point": {"row": 88, "column": 23}, "end_point": {"row": 88, "column": 28}}, {"id": 173, "type": "struct_specifier", "text": "struct elf_program_header_32 {\n\tuint32_t type;\n\tuint32_t offset;\n\tuint32_t vaddr;\n\tuint32_t paddr;\n\tuint32_t filesize;\n\tuint32_t memsize;\n\tuint32_t flags;\n}", "parent": null, "children": [174, 175], "start_point": {"row": 92, "column": 0}, "end_point": {"row": 100, "column": 1}}, {"id": 174, "type": "struct", "text": "struct", "parent": 173, "children": [], "start_point": {"row": 92, "column": 0}, "end_point": {"row": 92, "column": 6}}, {"id": 175, "type": "type_identifier", "text": "elf_program_header_32", "parent": 173, "children": [], "start_point": {"row": 92, "column": 7}, "end_point": {"row": 92, "column": 28}}, {"id": 176, "type": "field_declaration", "text": "uint32_t type;", "parent": 173, "children": [177, 178], "start_point": {"row": 93, "column": 1}, "end_point": {"row": 93, "column": 15}}, {"id": 177, "type": "primitive_type", "text": "uint32_t", "parent": 176, "children": [], "start_point": {"row": 93, "column": 1}, "end_point": {"row": 93, "column": 9}}, {"id": 178, "type": "field_identifier", "text": "type", "parent": 176, "children": [], "start_point": {"row": 93, "column": 10}, "end_point": {"row": 93, "column": 14}}, {"id": 179, "type": "field_declaration", "text": "uint32_t offset;", "parent": 173, "children": [180, 181], "start_point": {"row": 94, "column": 1}, "end_point": {"row": 94, "column": 17}}, {"id": 180, "type": "primitive_type", "text": "uint32_t", "parent": 179, "children": [], "start_point": {"row": 94, "column": 1}, "end_point": {"row": 94, "column": 9}}, {"id": 181, "type": "field_identifier", "text": "offset", "parent": 179, "children": [], "start_point": {"row": 94, "column": 10}, "end_point": {"row": 94, "column": 16}}, {"id": 182, "type": "field_declaration", "text": "uint32_t vaddr;", "parent": 173, "children": [183, 184], "start_point": {"row": 95, "column": 1}, "end_point": {"row": 95, "column": 16}}, {"id": 183, "type": "primitive_type", "text": "uint32_t", "parent": 182, "children": [], "start_point": {"row": 95, "column": 1}, "end_point": {"row": 95, "column": 9}}, {"id": 184, "type": "field_identifier", "text": "vaddr", "parent": 182, "children": [], "start_point": {"row": 95, "column": 10}, "end_point": {"row": 95, "column": 15}}, {"id": 185, "type": "field_declaration", "text": "uint32_t paddr;", "parent": 173, "children": [186, 187], "start_point": {"row": 96, "column": 1}, "end_point": {"row": 96, "column": 16}}, {"id": 186, "type": "primitive_type", "text": "uint32_t", "parent": 185, "children": [], "start_point": {"row": 96, "column": 1}, "end_point": {"row": 96, "column": 9}}, {"id": 187, "type": "field_identifier", "text": "paddr", "parent": 185, "children": [], "start_point": {"row": 96, "column": 10}, "end_point": {"row": 96, "column": 15}}, {"id": 188, "type": "field_declaration", "text": "uint32_t filesize;", "parent": 173, "children": [189, 190], "start_point": {"row": 97, "column": 1}, "end_point": {"row": 97, "column": 19}}, {"id": 189, "type": "primitive_type", "text": "uint32_t", "parent": 188, "children": [], "start_point": {"row": 97, "column": 1}, "end_point": {"row": 97, "column": 9}}, {"id": 190, "type": "field_identifier", "text": "filesize", "parent": 188, "children": [], "start_point": {"row": 97, "column": 10}, "end_point": {"row": 97, "column": 18}}, {"id": 191, "type": "field_declaration", "text": "uint32_t memsize;", "parent": 173, "children": [192, 193], "start_point": {"row": 98, "column": 1}, "end_point": {"row": 98, "column": 18}}, {"id": 192, "type": "primitive_type", "text": "uint32_t", "parent": 191, "children": [], "start_point": {"row": 98, "column": 1}, "end_point": {"row": 98, "column": 9}}, {"id": 193, "type": "field_identifier", "text": "memsize", "parent": 191, "children": [], "start_point": {"row": 98, "column": 10}, "end_point": {"row": 98, "column": 17}}, {"id": 194, "type": "field_declaration", "text": "uint32_t flags;", "parent": 173, "children": [195, 196], "start_point": {"row": 99, "column": 1}, "end_point": {"row": 99, "column": 16}}, {"id": 195, "type": "primitive_type", "text": "uint32_t", "parent": 194, "children": [], "start_point": {"row": 99, "column": 1}, "end_point": {"row": 99, "column": 9}}, {"id": 196, "type": "field_identifier", "text": "flags", "parent": 194, "children": [], "start_point": {"row": 99, "column": 10}, "end_point": {"row": 99, "column": 15}}, {"id": 197, "type": "struct_specifier", "text": "struct elf_program_header_64 {\n\tuint32_t type;\n\tuint32_t flags;\n\tuint64_t offset;\n\tuint64_t vaddr;\n\tuint64_t paddr;\n\tuint64_t filesize;\n\tuint64_t memsize;\n}", "parent": null, "children": [198, 199], "start_point": {"row": 102, "column": 0}, "end_point": {"row": 110, "column": 1}}, {"id": 198, "type": "struct", "text": "struct", "parent": 197, "children": [], "start_point": {"row": 102, "column": 0}, "end_point": {"row": 102, "column": 6}}, {"id": 199, "type": "type_identifier", "text": "elf_program_header_64", "parent": 197, "children": [], "start_point": {"row": 102, "column": 7}, "end_point": {"row": 102, "column": 28}}, {"id": 200, "type": "field_declaration", "text": "uint32_t type;", "parent": 197, "children": [201, 202], "start_point": {"row": 103, "column": 1}, "end_point": {"row": 103, "column": 15}}, {"id": 201, "type": "primitive_type", "text": "uint32_t", "parent": 200, "children": [], "start_point": {"row": 103, "column": 1}, "end_point": {"row": 103, "column": 9}}, {"id": 202, "type": "field_identifier", "text": "type", "parent": 200, "children": [], "start_point": {"row": 103, "column": 10}, "end_point": {"row": 103, "column": 14}}, {"id": 203, "type": "field_declaration", "text": "uint32_t flags;", "parent": 197, "children": [204, 205], "start_point": {"row": 104, "column": 1}, "end_point": {"row": 104, "column": 16}}, {"id": 204, "type": "primitive_type", "text": "uint32_t", "parent": 203, "children": [], "start_point": {"row": 104, "column": 1}, "end_point": {"row": 104, "column": 9}}, {"id": 205, "type": "field_identifier", "text": "flags", "parent": 203, "children": [], "start_point": {"row": 104, "column": 10}, "end_point": {"row": 104, "column": 15}}, {"id": 206, "type": "field_declaration", "text": "uint64_t offset;", "parent": 197, "children": [207, 208], "start_point": {"row": 105, "column": 1}, "end_point": {"row": 105, "column": 17}}, {"id": 207, "type": "primitive_type", "text": "uint64_t", "parent": 206, "children": [], "start_point": {"row": 105, "column": 1}, "end_point": {"row": 105, "column": 9}}, {"id": 208, "type": "field_identifier", "text": "offset", "parent": 206, "children": [], "start_point": {"row": 105, "column": 10}, "end_point": {"row": 105, "column": 16}}, {"id": 209, "type": "field_declaration", "text": "uint64_t vaddr;", "parent": 197, "children": [210, 211], "start_point": {"row": 106, "column": 1}, "end_point": {"row": 106, "column": 16}}, {"id": 210, "type": "primitive_type", "text": "uint64_t", "parent": 209, "children": [], "start_point": {"row": 106, "column": 1}, "end_point": {"row": 106, "column": 9}}, {"id": 211, "type": "field_identifier", "text": "vaddr", "parent": 209, "children": [], "start_point": {"row": 106, "column": 10}, "end_point": {"row": 106, "column": 15}}, {"id": 212, "type": "field_declaration", "text": "uint64_t paddr;", "parent": 197, "children": [213, 214], "start_point": {"row": 107, "column": 1}, "end_point": {"row": 107, "column": 16}}, {"id": 213, "type": "primitive_type", "text": "uint64_t", "parent": 212, "children": [], "start_point": {"row": 107, "column": 1}, "end_point": {"row": 107, "column": 9}}, {"id": 214, "type": "field_identifier", "text": "paddr", "parent": 212, "children": [], "start_point": {"row": 107, "column": 10}, "end_point": {"row": 107, "column": 15}}, {"id": 215, "type": "field_declaration", "text": "uint64_t filesize;", "parent": 197, "children": [216, 217], "start_point": {"row": 108, "column": 1}, "end_point": {"row": 108, "column": 19}}, {"id": 216, "type": "primitive_type", "text": "uint64_t", "parent": 215, "children": [], "start_point": {"row": 108, "column": 1}, "end_point": {"row": 108, "column": 9}}, {"id": 217, "type": "field_identifier", "text": "filesize", "parent": 215, "children": [], "start_point": {"row": 108, "column": 10}, "end_point": {"row": 108, "column": 18}}, {"id": 218, "type": "field_declaration", "text": "uint64_t memsize;", "parent": 197, "children": [219, 220], "start_point": {"row": 109, "column": 1}, "end_point": {"row": 109, "column": 18}}, {"id": 219, "type": "primitive_type", "text": "uint64_t", "parent": 218, "children": [], "start_point": {"row": 109, "column": 1}, "end_point": {"row": 109, "column": 9}}, {"id": 220, "type": "field_identifier", "text": "memsize", "parent": 218, "children": [], "start_point": {"row": 109, "column": 10}, "end_point": {"row": 109, "column": 17}}, {"id": 221, "type": "function_definition", "text": "static int mtdsplit_elf_read_mtd(struct mtd_info *mtd, size_t offset,\n\t\t\t\t uint8_t *dst, size_t len)\n{\n\tsize_t retlen;\n\tint ret;\n\n\tret = mtd_read(mtd, offset, len, &retlen, dst);\n\tif (ret) {\n\t\tpr_debug(\"read error in \\\"%s\\\"\\n\", mtd->name);\n\t\treturn ret;\n\t}\n\n\tif (retlen != len) {\n\t\tpr_debug(\"short read in \\\"%s\\\"\\n\", mtd->name);\n\t\treturn -EIO;\n\t}\n\n\treturn 0;\n}", "parent": null, "children": [222, 223], "start_point": {"row": 113, "column": 0}, "end_point": {"row": 131, "column": 1}}, {"id": 222, "type": "primitive_type", "text": "int", "parent": 221, "children": [], "start_point": {"row": 113, "column": 7}, "end_point": {"row": 113, "column": 10}}, {"id": 223, "type": "function_declarator", "text": "mtdsplit_elf_read_mtd(struct mtd_info *mtd, size_t offset,\n\t\t\t\t uint8_t *dst, size_t len)", "parent": 221, "children": [224, 225], "start_point": {"row": 113, "column": 11}, "end_point": {"row": 114, "column": 30}}, {"id": 224, "type": "identifier", "text": "mtdsplit_elf_read_mtd", "parent": 223, "children": [], "start_point": {"row": 113, "column": 11}, "end_point": {"row": 113, "column": 32}}, {"id": 225, "type": "parameter_list", "text": "(struct mtd_info *mtd, size_t offset,\n\t\t\t\t uint8_t *dst, size_t len)", "parent": 223, "children": [226, 233, 236, 241], "start_point": {"row": 113, "column": 32}, "end_point": {"row": 114, "column": 30}}, {"id": 226, "type": "parameter_declaration", "text": "struct mtd_info *mtd", "parent": 225, "children": [227, 230], "start_point": {"row": 113, "column": 33}, "end_point": {"row": 113, "column": 53}}, {"id": 227, "type": "struct_specifier", "text": "struct mtd_info", "parent": 226, "children": [228, 229], "start_point": {"row": 113, "column": 33}, "end_point": {"row": 113, "column": 48}}, {"id": 228, "type": "struct", "text": "struct", "parent": 227, "children": [], "start_point": {"row": 113, "column": 33}, "end_point": {"row": 113, "column": 39}}, {"id": 229, "type": "type_identifier", "text": "mtd_info", "parent": 227, "children": [], "start_point": {"row": 113, "column": 40}, "end_point": {"row": 113, "column": 48}}, {"id": 230, "type": "pointer_declarator", "text": "*mtd", "parent": 226, "children": [231, 232], "start_point": {"row": 113, "column": 49}, "end_point": {"row": 113, "column": 53}}, {"id": 231, "type": "*", "text": "*", "parent": 230, "children": [], "start_point": {"row": 113, "column": 49}, "end_point": {"row": 113, "column": 50}}, {"id": 232, "type": "identifier", "text": "mtd", "parent": 230, "children": [], "start_point": {"row": 113, "column": 50}, "end_point": {"row": 113, "column": 53}}, {"id": 233, "type": "parameter_declaration", "text": "size_t offset", "parent": 225, "children": [234, 235], "start_point": {"row": 113, "column": 55}, "end_point": {"row": 113, "column": 68}}, {"id": 234, "type": "primitive_type", "text": "size_t", "parent": 233, "children": [], "start_point": {"row": 113, "column": 55}, "end_point": {"row": 113, "column": 61}}, {"id": 235, "type": "identifier", "text": "offset", "parent": 233, "children": [], "start_point": {"row": 113, "column": 62}, "end_point": {"row": 113, "column": 68}}, {"id": 236, "type": "parameter_declaration", "text": "uint8_t *dst", "parent": 225, "children": [237, 238], "start_point": {"row": 114, "column": 5}, "end_point": {"row": 114, "column": 17}}, {"id": 237, "type": "primitive_type", "text": "uint8_t", "parent": 236, "children": [], "start_point": {"row": 114, "column": 5}, "end_point": {"row": 114, "column": 12}}, {"id": 238, "type": "pointer_declarator", "text": "*dst", "parent": 236, "children": [239, 240], "start_point": {"row": 114, "column": 13}, "end_point": {"row": 114, "column": 17}}, {"id": 239, "type": "*", "text": "*", "parent": 238, "children": [], "start_point": {"row": 114, "column": 13}, "end_point": {"row": 114, "column": 14}}, {"id": 240, "type": "identifier", "text": "dst", "parent": 238, "children": [], "start_point": {"row": 114, "column": 14}, "end_point": {"row": 114, "column": 17}}, {"id": 241, "type": "parameter_declaration", "text": "size_t len", "parent": 225, "children": [242, 243], 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"parent": 221, "children": [248, 249], "start_point": {"row": 117, "column": 1}, "end_point": {"row": 117, "column": 9}}, {"id": 248, "type": "primitive_type", "text": "int", "parent": 247, "children": [], "start_point": {"row": 117, "column": 1}, "end_point": {"row": 117, "column": 4}}, {"id": 249, "type": "identifier", "text": "ret", "parent": 247, "children": [], "start_point": {"row": 117, "column": 5}, "end_point": {"row": 117, "column": 8}}, {"id": 250, "type": "assignment_expression", "text": "ret = mtd_read(mtd, offset, len, &retlen, dst)", "parent": 221, "children": [251, 252, 253], "start_point": {"row": 119, "column": 1}, "end_point": {"row": 119, "column": 47}}, {"id": 251, "type": "identifier", "text": "ret", "parent": 250, "children": [], "start_point": {"row": 119, "column": 1}, "end_point": {"row": 119, "column": 4}}, {"id": 252, "type": "=", "text": "=", "parent": 250, "children": [], "start_point": {"row": 119, "column": 5}, "end_point": {"row": 119, "column": 6}}, 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"text": "return 0;", "parent": 299, "children": [468], "start_point": {"row": 164, "column": 1}, "end_point": {"row": 164, "column": 10}}, {"id": 468, "type": "number_literal", "text": "0", "parent": 467, "children": [], "start_point": {"row": 164, "column": 8}, "end_point": {"row": 164, "column": 9}}, {"id": 469, "type": "function_definition", "text": "static int elf64_determine_size(struct mtd_info *mtd, struct elf_header *hdr,\n\t\t\t\tsize_t *size)\n{\n\tstruct elf_header_64 *hdr64 = &(hdr->elf64);\n\tint err;\n\tsize_t section_end, ph_table_end, ph_entry;\n\tstruct elf_program_header_64 ph;\n\n\t*size = 0;\n\n\tif (hdr64->shoff > 0) {\n\t\t*size = hdr64->shoff + hdr64->shentsize * hdr64->shnum;\n\t\treturn 0;\n\t}\n\n\tph_entry = hdr64->phoff;\n\tph_table_end = hdr64->phoff + hdr64->phentsize * hdr64->phnum;\n\n\twhile (ph_entry < ph_table_end) {\n\t\terr = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n\t\t\t\t\t sizeof(ph));\n\t\tif (err)\n\t\t\treturn 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562, "type": "=", "text": "=", "parent": 560, "children": [], "start_point": {"row": 183, "column": 14}, "end_point": {"row": 183, "column": 15}}, {"id": 563, "type": "binary_expression", "text": "hdr64->phoff + hdr64->phentsize * hdr64->phnum", "parent": 560, "children": [564, 567, 568], "start_point": {"row": 183, "column": 16}, "end_point": {"row": 183, "column": 62}}, {"id": 564, "type": "field_expression", "text": "hdr64->phoff", "parent": 563, "children": [565, 566], "start_point": {"row": 183, "column": 16}, "end_point": {"row": 183, "column": 28}}, {"id": 565, "type": "identifier", "text": "hdr64", "parent": 564, "children": [], "start_point": {"row": 183, "column": 16}, "end_point": {"row": 183, "column": 21}}, {"id": 566, "type": "field_identifier", "text": "phoff", "parent": 564, "children": [], "start_point": {"row": 183, "column": 23}, "end_point": {"row": 183, "column": 28}}, {"id": 567, "type": "+", "text": "+", "parent": 563, "children": [], "start_point": {"row": 183, "column": 29}, "end_point": {"row": 183, "column": 30}}, {"id": 568, "type": "binary_expression", "text": "hdr64->phentsize * hdr64->phnum", "parent": 563, "children": [569, 572, 573], "start_point": {"row": 183, "column": 31}, "end_point": {"row": 183, "column": 62}}, {"id": 569, "type": "field_expression", "text": "hdr64->phentsize", "parent": 568, "children": [570, 571], "start_point": {"row": 183, "column": 31}, "end_point": {"row": 183, "column": 47}}, {"id": 570, "type": "identifier", "text": "hdr64", "parent": 569, "children": [], "start_point": {"row": 183, "column": 31}, "end_point": {"row": 183, "column": 36}}, {"id": 571, "type": "field_identifier", "text": "phentsize", "parent": 569, "children": [], "start_point": {"row": 183, "column": 38}, "end_point": {"row": 183, "column": 47}}, {"id": 572, "type": "*", "text": "*", "parent": 568, "children": [], "start_point": {"row": 183, "column": 48}, "end_point": {"row": 183, "column": 49}}, {"id": 573, "type": "field_expression", "text": "hdr64->phnum", "parent": 568, "children": [574, 575], "start_point": {"row": 183, "column": 50}, "end_point": {"row": 183, "column": 62}}, {"id": 574, "type": "identifier", "text": "hdr64", "parent": 573, "children": [], "start_point": {"row": 183, "column": 50}, "end_point": {"row": 183, "column": 55}}, {"id": 575, "type": "field_identifier", "text": "phnum", "parent": 573, "children": [], "start_point": {"row": 183, "column": 57}, "end_point": {"row": 183, "column": 62}}, {"id": 576, "type": "while_statement", "text": "while (ph_entry < ph_table_end) {\n\t\terr = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n\t\t\t\t\t sizeof(ph));\n\t\tif (err)\n\t\t\treturn err;\n\n\t\tsection_end = ph.offset + ph.filesize;\n\t\tif (section_end > *size)\n\t\t\t*size = section_end;\n\n\t\tph_entry += hdr64->phentsize;\n\t}", "parent": 469, "children": [577], "start_point": {"row": 185, "column": 1}, "end_point": {"row": 196, "column": 2}}, {"id": 577, "type": "parenthesized_expression", "text": "(ph_entry < ph_table_end)", "parent": 576, "children": [578], "start_point": {"row": 185, "column": 7}, "end_point": {"row": 185, "column": 32}}, {"id": 578, "type": "binary_expression", "text": "ph_entry < ph_table_end", "parent": 577, "children": [579, 580, 581], "start_point": {"row": 185, "column": 8}, "end_point": {"row": 185, "column": 31}}, {"id": 579, "type": "identifier", "text": "ph_entry", "parent": 578, "children": [], "start_point": {"row": 185, "column": 8}, "end_point": {"row": 185, "column": 16}}, {"id": 580, "type": "<", "text": "<", "parent": 578, "children": [], "start_point": {"row": 185, "column": 17}, "end_point": {"row": 185, "column": 18}}, {"id": 581, "type": "identifier", "text": "ph_table_end", "parent": 578, "children": [], "start_point": {"row": 185, "column": 19}, "end_point": {"row": 185, "column": 31}}, {"id": 582, "type": "assignment_expression", "text": "err = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n\t\t\t\t\t sizeof(ph))", "parent": 576, "children": [583, 584, 585], "start_point": {"row": 186, "column": 2}, "end_point": {"row": 187, "column": 20}}, {"id": 583, "type": "identifier", "text": "err", "parent": 582, "children": [], "start_point": {"row": 186, "column": 2}, "end_point": {"row": 186, "column": 5}}, {"id": 584, "type": "=", "text": "=", "parent": 582, "children": [], "start_point": {"row": 186, "column": 6}, "end_point": {"row": 186, "column": 7}}, {"id": 585, "type": "call_expression", "text": "mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n\t\t\t\t\t sizeof(ph))", "parent": 582, "children": [586, 587], "start_point": {"row": 186, "column": 8}, "end_point": {"row": 187, "column": 20}}, {"id": 586, "type": "identifier", "text": "mtdsplit_elf_read_mtd", "parent": 585, "children": [], "start_point": {"row": 186, "column": 8}, "end_point": {"row": 186, "column": 29}}, {"id": 587, "type": "argument_list", "text": "(mtd, ph_entry, (uint8_t *)(&ph),\n\t\t\t\t\t sizeof(ph))", "parent": 585, "children": [588, 589, 590, 598], "start_point": {"row": 186, "column": 29}, "end_point": {"row": 187, "column": 20}}, {"id": 588, "type": "identifier", "text": "mtd", "parent": 587, "children": [], "start_point": {"row": 186, "column": 30}, "end_point": {"row": 186, "column": 33}}, {"id": 589, "type": "identifier", "text": "ph_entry", "parent": 587, "children": [], "start_point": {"row": 186, "column": 35}, "end_point": {"row": 186, "column": 43}}, {"id": 590, "type": "cast_expression", "text": "(uint8_t *)(&ph)", "parent": 587, "children": [591, 595], "start_point": {"row": 186, "column": 45}, "end_point": {"row": 186, "column": 61}}, {"id": 591, "type": "type_descriptor", "text": "uint8_t *", "parent": 590, "children": [592, 593], "start_point": {"row": 186, "column": 46}, "end_point": {"row": 186, "column": 55}}, {"id": 592, "type": "primitive_type", "text": "uint8_t", "parent": 591, "children": [], "start_point": {"row": 186, "column": 46}, "end_point": {"row": 186, "column": 53}}, {"id": 593, "type": "abstract_pointer_declarator", "text": "*", "parent": 591, "children": [594], "start_point": {"row": 186, "column": 54}, "end_point": {"row": 186, "column": 55}}, {"id": 594, "type": "*", "text": "*", "parent": 593, "children": [], "start_point": {"row": 186, "column": 54}, "end_point": {"row": 186, "column": 55}}, {"id": 595, "type": "parenthesized_expression", "text": "(&ph)", "parent": 590, "children": [596], "start_point": {"row": 186, "column": 56}, "end_point": {"row": 186, "column": 61}}, {"id": 596, "type": "pointer_expression", "text": "&ph", "parent": 595, "children": [597], "start_point": {"row": 186, "column": 57}, "end_point": {"row": 186, "column": 60}}, {"id": 597, "type": "identifier", "text": "ph", "parent": 596, "children": [], "start_point": {"row": 186, "column": 58}, "end_point": {"row": 186, "column": 60}}, {"id": 598, "type": "sizeof_expression", "text": "sizeof(ph)", "parent": 587, "children": [599], "start_point": {"row": 187, "column": 9}, "end_point": {"row": 187, "column": 19}}, {"id": 599, "type": "parenthesized_expression", "text": "(ph)", "parent": 598, "children": [600], "start_point": {"row": 187, "column": 15}, "end_point": {"row": 187, "column": 19}}, {"id": 600, "type": "identifier", "text": "ph", "parent": 599, "children": [], "start_point": {"row": 187, "column": 16}, "end_point": {"row": 187, "column": 18}}, {"id": 601, "type": "if_statement", "text": "if (err)\n\t\t\treturn err;", "parent": 576, "children": [602, 604], "start_point": {"row": 188, "column": 2}, "end_point": {"row": 189, "column": 14}}, {"id": 602, "type": "parenthesized_expression", "text": "(err)", "parent": 601, "children": [603], "start_point": {"row": 188, "column": 5}, "end_point": {"row": 188, "column": 10}}, {"id": 603, "type": "identifier", "text": "err", "parent": 602, "children": [], "start_point": {"row": 188, "column": 6}, "end_point": {"row": 188, "column": 9}}, {"id": 604, "type": "return_statement", "text": "return err;", "parent": 601, "children": [605], "start_point": {"row": 189, "column": 3}, "end_point": {"row": 189, "column": 14}}, {"id": 605, "type": "identifier", "text": "err", "parent": 604, "children": [], "start_point": {"row": 189, "column": 10}, "end_point": {"row": 189, "column": 13}}, {"id": 606, "type": "assignment_expression", "text": "section_end = ph.offset + ph.filesize", "parent": 576, "children": [607, 608, 609], "start_point": {"row": 191, "column": 2}, "end_point": {"row": 191, "column": 39}}, {"id": 607, "type": "identifier", "text": "section_end", "parent": 606, "children": [], "start_point": {"row": 191, "column": 2}, "end_point": {"row": 191, "column": 13}}, {"id": 608, "type": "=", "text": "=", "parent": 606, "children": [], "start_point": {"row": 191, "column": 14}, "end_point": {"row": 191, "column": 15}}, {"id": 609, "type": "binary_expression", "text": "ph.offset + ph.filesize", "parent": 606, "children": [610, 613, 614], "start_point": {"row": 191, "column": 16}, "end_point": {"row": 191, "column": 39}}, {"id": 610, "type": "field_expression", "text": "ph.offset", "parent": 609, "children": [611, 612], "start_point": {"row": 191, "column": 16}, "end_point": {"row": 191, "column": 25}}, {"id": 611, "type": "identifier", "text": "ph", "parent": 610, "children": [], "start_point": {"row": 191, "column": 16}, "end_point": {"row": 191, "column": 18}}, {"id": 612, "type": "field_identifier", "text": "offset", "parent": 610, "children": [], "start_point": {"row": 191, "column": 19}, "end_point": {"row": 191, "column": 25}}, {"id": 613, "type": "+", "text": "+", "parent": 609, "children": [], "start_point": {"row": 191, "column": 26}, "end_point": {"row": 191, "column": 27}}, {"id": 614, "type": "field_expression", "text": "ph.filesize", "parent": 609, "children": [615, 616], "start_point": {"row": 191, "column": 28}, "end_point": {"row": 191, "column": 39}}, {"id": 615, "type": "identifier", "text": "ph", "parent": 614, "children": [], "start_point": {"row": 191, "column": 28}, "end_point": {"row": 191, "column": 30}}, {"id": 616, "type": "field_identifier", "text": "filesize", "parent": 614, "children": [], "start_point": {"row": 191, "column": 31}, "end_point": {"row": 191, "column": 39}}, {"id": 617, "type": "if_statement", "text": "if (section_end > *size)\n\t\t\t*size = section_end;", "parent": 576, "children": [618], "start_point": {"row": 192, "column": 2}, "end_point": {"row": 193, "column": 23}}, {"id": 618, "type": "parenthesized_expression", "text": "(section_end > *size)", "parent": 617, "children": [619], "start_point": {"row": 192, "column": 5}, "end_point": {"row": 192, "column": 26}}, {"id": 619, "type": "binary_expression", "text": "section_end > *size", "parent": 618, "children": [620, 621, 622], "start_point": {"row": 192, "column": 6}, "end_point": {"row": 192, "column": 25}}, {"id": 620, "type": "identifier", "text": "section_end", "parent": 619, "children": [], "start_point": {"row": 192, "column": 6}, "end_point": {"row": 192, "column": 17}}, {"id": 621, "type": ">", "text": ">", "parent": 619, "children": [], "start_point": {"row": 192, "column": 18}, "end_point": {"row": 192, "column": 19}}, {"id": 622, "type": "pointer_expression", "text": "*size", "parent": 619, "children": [623, 624], "start_point": {"row": 192, "column": 20}, "end_point": {"row": 192, "column": 25}}, {"id": 623, "type": "*", "text": "*", "parent": 622, "children": [], "start_point": {"row": 192, "column": 20}, "end_point": {"row": 192, "column": 21}}, {"id": 624, "type": "identifier", "text": "size", "parent": 622, "children": [], "start_point": {"row": 192, "column": 21}, "end_point": {"row": 192, "column": 25}}, {"id": 625, "type": "assignment_expression", "text": "*size = section_end", "parent": 617, "children": [626, 629, 630], "start_point": {"row": 193, "column": 3}, "end_point": {"row": 193, "column": 22}}, {"id": 626, "type": "pointer_expression", "text": "*size", "parent": 625, "children": [627, 628], "start_point": {"row": 193, "column": 3}, "end_point": {"row": 193, "column": 8}}, {"id": 627, "type": "*", "text": "*", "parent": 626, "children": [], "start_point": {"row": 193, "column": 3}, "end_point": {"row": 193, "column": 4}}, {"id": 628, "type": "identifier", "text": "size", "parent": 626, "children": [], "start_point": {"row": 193, "column": 4}, "end_point": {"row": 193, "column": 8}}, {"id": 629, "type": "=", "text": "=", "parent": 625, "children": [], "start_point": {"row": 193, "column": 9}, "end_point": {"row": 193, "column": 10}}, {"id": 630, "type": "identifier", "text": "section_end", "parent": 625, "children": [], "start_point": {"row": 193, "column": 11}, "end_point": {"row": 193, "column": 22}}, {"id": 631, "type": "assignment_expression", "text": "ph_entry += hdr64->phentsize", "parent": 576, "children": [632, 633, 634], "start_point": {"row": 195, "column": 2}, "end_point": {"row": 195, "column": 30}}, {"id": 632, "type": "identifier", "text": "ph_entry", "parent": 631, "children": [], "start_point": {"row": 195, "column": 2}, "end_point": {"row": 195, "column": 10}}, {"id": 633, "type": "+=", "text": "+=", "parent": 631, "children": [], "start_point": {"row": 195, "column": 11}, "end_point": {"row": 195, "column": 13}}, {"id": 634, "type": "field_expression", "text": "hdr64->phentsize", "parent": 631, "children": [635, 636], "start_point": {"row": 195, "column": 14}, "end_point": {"row": 195, "column": 30}}, {"id": 635, "type": "identifier", "text": "hdr64", "parent": 634, "children": [], "start_point": {"row": 195, "column": 14}, "end_point": {"row": 195, "column": 19}}, {"id": 636, "type": "field_identifier", "text": "phentsize", "parent": 634, "children": [], "start_point": {"row": 195, "column": 21}, "end_point": {"row": 195, "column": 30}}, {"id": 637, "type": "return_statement", "text": "return 0;", "parent": 469, "children": [638], "start_point": {"row": 198, "column": 1}, "end_point": {"row": 198, "column": 10}}, {"id": 638, "type": "number_literal", "text": "0", "parent": 637, "children": [], "start_point": {"row": 198, "column": 8}, "end_point": {"row": 198, "column": 9}}, {"id": 639, "type": "function_definition", "text": "static int mtdsplit_parse_elf(struct mtd_info *mtd,\n\t\t\t const struct mtd_partition **pparts,\n\t\t\t struct mtd_part_parser_data *data)\n{\n\tstruct elf_header hdr;\n\tsize_t loader_size, rootfs_offset;\n\tenum mtdsplit_part_type type;\n\tstruct mtd_partition *parts;\n\tint err;\n\n\terr = mtdsplit_elf_read_mtd(mtd, 0, (uint8_t *)&hdr, sizeof(hdr));\n\tif (err)\n\t\treturn err;\n\n\tif (be32_to_cpu(hdr.ident.magic) != ELF_MAGIC) {\n\t\tpr_debug(\"invalid ELF magic %08x\\n\",\n\t\t\t be32_to_cpu(hdr.ident.magic));\n\t\treturn -EINVAL;\n\t}\n\n\tswitch (hdr.ident.class) {\n\tcase ELF_CLASS_32:\n\t\terr = elf32_determine_size(mtd, &hdr, &loader_size);\n\t\tbreak;\n\tcase ELF_CLASS_64:\n\t\terr = elf64_determine_size(mtd, &hdr, &loader_size);\n\t\tbreak;\n\tdefault:\n\t\tpr_debug(\"invalid ELF class %i\\n\", hdr.ident.class);\n\t\terr = -EINVAL;\n\t}\n\n\tif (err)\n\t\treturn err;\n\n\terr = mtd_find_rootfs_from(mtd, loader_size, mtd->size,\n\t\t\t\t &rootfs_offset, &type);\n\tif (err)\n\t\treturn err;\n\n\tif (rootfs_offset == mtd->size) {\n\t\tpr_debug(\"no rootfs found in \\\"%s\\\"\\n\", mtd->name);\n\t\treturn -ENODEV;\n\t}\n\n\tparts = kzalloc(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL);\n\tif (!parts)\n\t\treturn -ENOMEM;\n\n\tparts[0].name = KERNEL_PART_NAME;\n\tparts[0].offset = 0;\n\tparts[0].size = rootfs_offset;\n\n\tif (type == MTDSPLIT_PART_TYPE_UBI)\n\t\tparts[1].name = UBI_PART_NAME;\n\telse\n\t\tparts[1].name = ROOTFS_PART_NAME;\n\tparts[1].offset = rootfs_offset;\n\tparts[1].size = mtd->size - rootfs_offset;\n\n\t*pparts = parts;\n\treturn ELF_NR_PARTS;\n}", "parent": null, "children": [640, 641], "start_point": {"row": 201, "column": 0}, "end_point": {"row": 263, "column": 1}}, {"id": 640, "type": "primitive_type", "text": "int", "parent": 639, "children": [], "start_point": {"row": 201, "column": 7}, "end_point": {"row": 201, "column": 10}}, {"id": 641, "type": "function_declarator", "text": "mtdsplit_parse_elf(struct mtd_info *mtd,\n\t\t\t const struct mtd_partition **pparts,\n\t\t\t struct mtd_part_parser_data *data)", "parent": 639, "children": [642, 643], "start_point": {"row": 201, "column": 11}, "end_point": {"row": 203, "column": 43}}, {"id": 642, "type": "identifier", "text": "mtdsplit_parse_elf", "parent": 641, "children": [], "start_point": {"row": 201, "column": 11}, "end_point": {"row": 201, "column": 29}}, {"id": 643, "type": "parameter_list", "text": "(struct mtd_info *mtd,\n\t\t\t const struct mtd_partition **pparts,\n\t\t\t struct mtd_part_parser_data *data)", "parent": 641, "children": [644, 651, 660], "start_point": {"row": 201, "column": 29}, "end_point": {"row": 203, "column": 43}}, {"id": 644, "type": "parameter_declaration", "text": "struct mtd_info *mtd", "parent": 643, "children": [645, 648], "start_point": {"row": 201, "column": 30}, "end_point": {"row": 201, "column": 50}}, {"id": 645, "type": "struct_specifier", "text": "struct mtd_info", "parent": 644, "children": [646, 647], "start_point": {"row": 201, "column": 30}, "end_point": {"row": 201, "column": 45}}, {"id": 646, "type": "struct", "text": "struct", "parent": 645, "children": [], "start_point": {"row": 201, "column": 30}, "end_point": {"row": 201, "column": 36}}, {"id": 647, "type": "type_identifier", "text": "mtd_info", "parent": 645, "children": [], "start_point": {"row": 201, "column": 37}, "end_point": {"row": 201, "column": 45}}, {"id": 648, "type": "pointer_declarator", "text": "*mtd", "parent": 644, "children": [649, 650], "start_point": {"row": 201, "column": 46}, "end_point": {"row": 201, "column": 50}}, {"id": 649, "type": "*", "text": "*", "parent": 648, "children": [], "start_point": {"row": 201, "column": 46}, "end_point": {"row": 201, "column": 47}}, {"id": 650, "type": "identifier", "text": "mtd", "parent": 648, "children": [], "start_point": {"row": 201, "column": 47}, "end_point": {"row": 201, "column": 50}}, {"id": 651, "type": "parameter_declaration", "text": "const struct mtd_partition **pparts", "parent": 643, "children": [652, 655], "start_point": {"row": 202, "column": 9}, "end_point": {"row": 202, "column": 44}}, {"id": 652, "type": "struct_specifier", "text": "struct mtd_partition", "parent": 651, "children": [653, 654], "start_point": {"row": 202, "column": 15}, "end_point": {"row": 202, "column": 35}}, {"id": 653, "type": "struct", "text": "struct", "parent": 652, "children": [], "start_point": {"row": 202, "column": 15}, "end_point": {"row": 202, "column": 21}}, {"id": 654, "type": "type_identifier", "text": "mtd_partition", "parent": 652, "children": [], "start_point": {"row": 202, "column": 22}, "end_point": {"row": 202, "column": 35}}, {"id": 655, "type": "pointer_declarator", "text": "**pparts", "parent": 651, "children": [656, 657], "start_point": {"row": 202, "column": 36}, "end_point": {"row": 202, "column": 44}}, {"id": 656, "type": "*", "text": "*", "parent": 655, "children": [], "start_point": {"row": 202, "column": 36}, "end_point": {"row": 202, "column": 37}}, {"id": 657, "type": "pointer_declarator", "text": "*pparts", "parent": 655, "children": [658, 659], "start_point": {"row": 202, "column": 37}, "end_point": {"row": 202, "column": 44}}, {"id": 658, "type": "*", "text": "*", "parent": 657, "children": [], "start_point": {"row": 202, "column": 37}, "end_point": {"row": 202, "column": 38}}, {"id": 659, "type": "identifier", "text": "pparts", "parent": 657, "children": [], "start_point": {"row": 202, "column": 38}, "end_point": {"row": 202, "column": 44}}, {"id": 660, "type": "parameter_declaration", "text": "struct mtd_part_parser_data *data", "parent": 643, "children": [661, 664], "start_point": {"row": 203, "column": 9}, "end_point": {"row": 203, "column": 42}}, {"id": 661, "type": "struct_specifier", "text": "struct mtd_part_parser_data", "parent": 660, "children": [662, 663], "start_point": {"row": 203, "column": 9}, "end_point": {"row": 203, "column": 36}}, {"id": 662, "type": "struct", "text": "struct", "parent": 661, "children": [], "start_point": {"row": 203, "column": 9}, "end_point": {"row": 203, "column": 15}}, {"id": 663, "type": "type_identifier", "text": "mtd_part_parser_data", "parent": 661, "children": [], "start_point": {"row": 203, "column": 16}, "end_point": {"row": 203, "column": 36}}, {"id": 664, "type": "pointer_declarator", "text": "*data", "parent": 660, "children": [665, 666], "start_point": {"row": 203, "column": 37}, "end_point": {"row": 203, "column": 42}}, {"id": 665, "type": "*", "text": "*", "parent": 664, "children": [], "start_point": {"row": 203, "column": 37}, "end_point": {"row": 203, "column": 38}}, {"id": 666, "type": "identifier", "text": "data", "parent": 664, "children": [], "start_point": {"row": 203, "column": 38}, "end_point": {"row": 203, "column": 42}}, {"id": 667, "type": "declaration", "text": "struct elf_header hdr;", "parent": 639, "children": [668, 671], "start_point": {"row": 205, "column": 1}, "end_point": {"row": 205, "column": 23}}, {"id": 668, "type": "struct_specifier", "text": "struct elf_header", "parent": 667, "children": [669, 670], "start_point": {"row": 205, "column": 1}, "end_point": {"row": 205, "column": 18}}, {"id": 669, "type": "struct", "text": "struct", "parent": 668, "children": [], "start_point": {"row": 205, "column": 1}, "end_point": {"row": 205, "column": 7}}, {"id": 670, "type": "type_identifier", "text": "elf_header", "parent": 668, "children": [], "start_point": {"row": 205, "column": 8}, "end_point": {"row": 205, "column": 18}}, {"id": 671, "type": "identifier", "text": "hdr", "parent": 667, "children": [], "start_point": {"row": 205, "column": 19}, "end_point": {"row": 205, "column": 22}}, {"id": 672, "type": "declaration", "text": "size_t loader_size, rootfs_offset;", "parent": 639, "children": [673, 674, 675], "start_point": {"row": 206, "column": 1}, "end_point": {"row": 206, "column": 35}}, {"id": 673, "type": "primitive_type", "text": "size_t", "parent": 672, "children": [], "start_point": {"row": 206, "column": 1}, "end_point": {"row": 206, "column": 7}}, {"id": 674, "type": "identifier", "text": "loader_size", "parent": 672, "children": [], "start_point": {"row": 206, "column": 8}, "end_point": {"row": 206, "column": 19}}, {"id": 675, "type": "identifier", "text": "rootfs_offset", "parent": 672, "children": [], "start_point": {"row": 206, "column": 21}, "end_point": {"row": 206, "column": 34}}, {"id": 676, "type": "declaration", "text": "enum mtdsplit_part_type type;", "parent": 639, "children": [677, 680], "start_point": {"row": 207, "column": 1}, "end_point": {"row": 207, "column": 30}}, {"id": 677, "type": "enum_specifier", "text": "enum mtdsplit_part_type", "parent": 676, "children": [678, 679], "start_point": {"row": 207, "column": 1}, "end_point": {"row": 207, "column": 24}}, {"id": 678, "type": "enum", "text": "enum", "parent": 677, "children": [], "start_point": {"row": 207, "column": 1}, "end_point": {"row": 207, "column": 5}}, {"id": 679, "type": "type_identifier", "text": "mtdsplit_part_type", "parent": 677, "children": [], "start_point": {"row": 207, "column": 6}, "end_point": {"row": 207, "column": 24}}, {"id": 680, "type": "identifier", "text": "type", "parent": 676, "children": [], "start_point": {"row": 207, "column": 25}, "end_point": {"row": 207, "column": 29}}, {"id": 681, "type": "declaration", "text": "struct mtd_partition *parts;", "parent": 639, "children": [682, 685], "start_point": {"row": 208, "column": 1}, "end_point": {"row": 208, "column": 29}}, {"id": 682, "type": "struct_specifier", "text": "struct mtd_partition", "parent": 681, "children": [683, 684], "start_point": {"row": 208, "column": 1}, "end_point": {"row": 208, "column": 21}}, {"id": 683, "type": "struct", "text": "struct", "parent": 682, "children": [], "start_point": {"row": 208, "column": 1}, "end_point": {"row": 208, "column": 7}}, {"id": 684, "type": "type_identifier", "text": "mtd_partition", "parent": 682, "children": [], "start_point": {"row": 208, "column": 8}, "end_point": {"row": 208, "column": 21}}, {"id": 685, "type": "pointer_declarator", "text": "*parts", "parent": 681, "children": [686, 687], "start_point": {"row": 208, "column": 22}, "end_point": {"row": 208, "column": 28}}, {"id": 686, "type": "*", "text": "*", "parent": 685, "children": [], "start_point": {"row": 208, "column": 22}, "end_point": {"row": 208, "column": 23}}, {"id": 687, "type": "identifier", "text": "parts", "parent": 685, "children": [], "start_point": {"row": 208, "column": 23}, "end_point": {"row": 208, "column": 28}}, {"id": 688, "type": "declaration", "text": "int err;", "parent": 639, "children": [689, 690], "start_point": {"row": 209, "column": 1}, "end_point": {"row": 209, "column": 9}}, {"id": 689, "type": "primitive_type", "text": "int", "parent": 688, "children": [], "start_point": {"row": 209, "column": 1}, "end_point": {"row": 209, "column": 4}}, {"id": 690, "type": "identifier", "text": "err", "parent": 688, "children": [], "start_point": {"row": 209, "column": 5}, "end_point": {"row": 209, "column": 8}}, {"id": 691, "type": "assignment_expression", "text": "err = mtdsplit_elf_read_mtd(mtd, 0, (uint8_t *)&hdr, sizeof(hdr))", "parent": 639, "children": [692, 693, 694], "start_point": {"row": 211, "column": 1}, "end_point": {"row": 211, "column": 66}}, {"id": 692, "type": "identifier", "text": "err", "parent": 691, "children": [], "start_point": {"row": 211, "column": 1}, "end_point": {"row": 211, "column": 4}}, {"id": 693, "type": "=", "text": "=", "parent": 691, "children": [], "start_point": {"row": 211, "column": 5}, "end_point": {"row": 211, "column": 6}}, {"id": 694, "type": "call_expression", "text": "mtdsplit_elf_read_mtd(mtd, 0, (uint8_t *)&hdr, sizeof(hdr))", "parent": 691, "children": [695, 696], "start_point": {"row": 211, "column": 7}, "end_point": {"row": 211, "column": 66}}, {"id": 695, "type": "identifier", "text": "mtdsplit_elf_read_mtd", "parent": 694, "children": [], "start_point": {"row": 211, "column": 7}, "end_point": {"row": 211, "column": 28}}, {"id": 696, "type": "argument_list", "text": "(mtd, 0, (uint8_t *)&hdr, sizeof(hdr))", "parent": 694, "children": [697, 698, 699, 706], "start_point": {"row": 211, "column": 28}, "end_point": {"row": 211, "column": 66}}, {"id": 697, "type": "identifier", "text": "mtd", "parent": 696, "children": [], "start_point": {"row": 211, "column": 29}, "end_point": {"row": 211, "column": 32}}, {"id": 698, "type": "number_literal", "text": "0", "parent": 696, "children": [], "start_point": {"row": 211, "column": 34}, "end_point": {"row": 211, "column": 35}}, {"id": 699, "type": "cast_expression", "text": "(uint8_t *)&hdr", "parent": 696, "children": [700, 704], "start_point": {"row": 211, "column": 37}, "end_point": {"row": 211, "column": 52}}, {"id": 700, "type": "type_descriptor", "text": "uint8_t *", "parent": 699, "children": [701, 702], "start_point": {"row": 211, "column": 38}, "end_point": {"row": 211, "column": 47}}, {"id": 701, "type": "primitive_type", "text": "uint8_t", "parent": 700, "children": [], "start_point": {"row": 211, "column": 38}, "end_point": {"row": 211, "column": 45}}, {"id": 702, "type": "abstract_pointer_declarator", "text": "*", "parent": 700, "children": [703], "start_point": {"row": 211, "column": 46}, "end_point": {"row": 211, "column": 47}}, {"id": 703, "type": "*", "text": "*", "parent": 702, "children": [], "start_point": {"row": 211, "column": 46}, "end_point": {"row": 211, "column": 47}}, {"id": 704, "type": "pointer_expression", "text": "&hdr", "parent": 699, "children": [705], "start_point": {"row": 211, "column": 48}, "end_point": {"row": 211, "column": 52}}, {"id": 705, "type": "identifier", "text": "hdr", "parent": 704, "children": [], "start_point": {"row": 211, "column": 49}, "end_point": {"row": 211, "column": 52}}, {"id": 706, "type": "sizeof_expression", "text": "sizeof(hdr)", "parent": 696, "children": [707], "start_point": {"row": 211, "column": 54}, "end_point": {"row": 211, "column": 65}}, {"id": 707, "type": "parenthesized_expression", "text": "(hdr)", "parent": 706, "children": [708], "start_point": {"row": 211, "column": 60}, "end_point": {"row": 211, "column": 65}}, {"id": 708, "type": "identifier", "text": "hdr", "parent": 707, "children": [], "start_point": {"row": 211, "column": 61}, "end_point": {"row": 211, "column": 64}}, {"id": 709, "type": "if_statement", "text": "if (err)\n\t\treturn err;", "parent": 639, "children": [710, 712], "start_point": {"row": 212, "column": 1}, "end_point": {"row": 213, "column": 13}}, {"id": 710, "type": "parenthesized_expression", "text": "(err)", "parent": 709, "children": [711], "start_point": {"row": 212, "column": 4}, "end_point": {"row": 212, "column": 9}}, {"id": 711, "type": "identifier", "text": "err", "parent": 710, "children": [], "start_point": {"row": 212, "column": 5}, "end_point": {"row": 212, "column": 8}}, {"id": 712, "type": "return_statement", "text": "return err;", "parent": 709, "children": [713], "start_point": {"row": 213, "column": 2}, "end_point": {"row": 213, "column": 13}}, {"id": 713, "type": "identifier", "text": "err", "parent": 712, "children": [], "start_point": {"row": 213, "column": 9}, "end_point": {"row": 213, "column": 12}}, {"id": 714, "type": "if_statement", "text": "if (be32_to_cpu(hdr.ident.magic) != ELF_MAGIC) {\n\t\tpr_debug(\"invalid ELF magic %08x\\n\",\n\t\t\t be32_to_cpu(hdr.ident.magic));\n\t\treturn -EINVAL;\n\t}", "parent": 639, "children": [715], "start_point": {"row": 215, "column": 1}, "end_point": {"row": 219, "column": 2}}, {"id": 715, "type": "parenthesized_expression", "text": "(be32_to_cpu(hdr.ident.magic) != ELF_MAGIC)", "parent": 714, "children": [716], "start_point": {"row": 215, "column": 4}, "end_point": {"row": 215, "column": 47}}, {"id": 716, "type": "binary_expression", "text": "be32_to_cpu(hdr.ident.magic) != ELF_MAGIC", "parent": 715, "children": [717, 725, 726], "start_point": {"row": 215, "column": 5}, "end_point": {"row": 215, "column": 46}}, {"id": 717, "type": "call_expression", "text": "be32_to_cpu(hdr.ident.magic)", "parent": 716, "children": [718, 719], "start_point": {"row": 215, "column": 5}, "end_point": {"row": 215, "column": 33}}, {"id": 718, "type": "identifier", "text": "be32_to_cpu", "parent": 717, "children": [], "start_point": {"row": 215, "column": 5}, "end_point": {"row": 215, "column": 16}}, {"id": 719, "type": "argument_list", "text": "(hdr.ident.magic)", "parent": 717, "children": [720], "start_point": {"row": 215, "column": 16}, "end_point": {"row": 215, "column": 33}}, {"id": 720, "type": "field_expression", "text": "hdr.ident.magic", "parent": 719, "children": [721, 724], "start_point": {"row": 215, "column": 17}, "end_point": {"row": 215, "column": 32}}, {"id": 721, "type": "field_expression", "text": "hdr.ident", "parent": 720, "children": [722, 723], "start_point": {"row": 215, "column": 17}, "end_point": {"row": 215, "column": 26}}, {"id": 722, "type": "identifier", "text": "hdr", "parent": 721, "children": [], "start_point": {"row": 215, "column": 17}, "end_point": {"row": 215, "column": 20}}, {"id": 723, "type": "field_identifier", "text": "ident", "parent": 721, "children": [], "start_point": {"row": 215, "column": 21}, "end_point": {"row": 215, "column": 26}}, {"id": 724, "type": "field_identifier", "text": "magic", "parent": 720, "children": [], "start_point": {"row": 215, "column": 27}, "end_point": {"row": 215, "column": 32}}, {"id": 725, "type": "!=", "text": "!=", "parent": 716, "children": [], "start_point": {"row": 215, "column": 34}, "end_point": {"row": 215, "column": 36}}, {"id": 726, "type": "identifier", "text": "ELF_MAGIC", "parent": 716, "children": [], "start_point": {"row": 215, "column": 37}, "end_point": {"row": 215, "column": 46}}, {"id": 727, "type": "call_expression", "text": "pr_debug(\"invalid ELF magic %08x\\n\",\n\t\t\t be32_to_cpu(hdr.ident.magic))", "parent": 714, "children": [728, 729], "start_point": {"row": 216, "column": 2}, "end_point": {"row": 217, "column": 33}}, {"id": 728, "type": "identifier", "text": "pr_debug", "parent": 727, "children": [], "start_point": {"row": 216, "column": 2}, "end_point": {"row": 216, "column": 10}}, {"id": 729, "type": "argument_list", "text": "(\"invalid ELF magic %08x\\n\",\n\t\t\t be32_to_cpu(hdr.ident.magic))", "parent": 727, "children": [730, 732], "start_point": {"row": 216, "column": 10}, "end_point": {"row": 217, "column": 33}}, {"id": 730, "type": "string_literal", "text": "\"invalid ELF magic %08x\\n\"", "parent": 729, "children": [731], "start_point": {"row": 216, "column": 11}, "end_point": {"row": 216, "column": 37}}, {"id": 731, "type": "escape_sequence", "text": "\\n", "parent": 730, "children": [], "start_point": {"row": 216, "column": 34}, "end_point": {"row": 216, "column": 36}}, {"id": 732, "type": "call_expression", "text": "be32_to_cpu(hdr.ident.magic)", "parent": 729, "children": [733, 734], "start_point": {"row": 217, "column": 4}, "end_point": {"row": 217, "column": 32}}, {"id": 733, "type": "identifier", "text": "be32_to_cpu", "parent": 732, "children": [], "start_point": {"row": 217, "column": 4}, "end_point": {"row": 217, "column": 15}}, {"id": 734, "type": "argument_list", "text": "(hdr.ident.magic)", "parent": 732, "children": [735], "start_point": {"row": 217, "column": 15}, "end_point": {"row": 217, "column": 32}}, {"id": 735, "type": "field_expression", "text": "hdr.ident.magic", "parent": 734, "children": [736, 739], "start_point": {"row": 217, "column": 16}, "end_point": {"row": 217, "column": 31}}, {"id": 736, "type": "field_expression", "text": "hdr.ident", "parent": 735, "children": [737, 738], "start_point": {"row": 217, "column": 16}, "end_point": {"row": 217, "column": 25}}, {"id": 737, "type": "identifier", "text": "hdr", "parent": 736, "children": [], "start_point": {"row": 217, "column": 16}, "end_point": {"row": 217, "column": 19}}, {"id": 738, "type": "field_identifier", "text": "ident", "parent": 736, "children": [], "start_point": {"row": 217, "column": 20}, "end_point": {"row": 217, "column": 25}}, {"id": 739, "type": "field_identifier", "text": "magic", "parent": 735, "children": [], "start_point": {"row": 217, "column": 26}, "end_point": {"row": 217, "column": 31}}, {"id": 740, "type": "return_statement", "text": "return -EINVAL;", "parent": 714, "children": [741], "start_point": {"row": 218, "column": 2}, "end_point": {"row": 218, "column": 17}}, {"id": 741, "type": "unary_expression", "text": "-EINVAL", "parent": 740, "children": [742, 743], "start_point": {"row": 218, "column": 9}, "end_point": {"row": 218, "column": 16}}, {"id": 742, "type": "-", "text": "-", "parent": 741, "children": [], "start_point": {"row": 218, "column": 9}, "end_point": {"row": 218, "column": 10}}, {"id": 743, "type": "identifier", "text": "EINVAL", "parent": 741, "children": [], "start_point": {"row": 218, "column": 10}, "end_point": {"row": 218, "column": 16}}, {"id": 744, "type": "switch_statement", "text": "switch (hdr.ident.class) {\n\tcase ELF_CLASS_32:\n\t\terr = elf32_determine_size(mtd, &hdr, &loader_size);\n\t\tbreak;\n\tcase ELF_CLASS_64:\n\t\terr = elf64_determine_size(mtd, &hdr, &loader_size);\n\t\tbreak;\n\tdefault:\n\t\tpr_debug(\"invalid ELF class %i\\n\", hdr.ident.class);\n\t\terr = -EINVAL;\n\t}", "parent": 639, "children": [745, 746], "start_point": {"row": 221, "column": 1}, "end_point": {"row": 231, "column": 2}}, {"id": 745, "type": "switch", "text": "switch", "parent": 744, "children": [], "start_point": {"row": 221, "column": 1}, "end_point": {"row": 221, "column": 7}}, {"id": 746, "type": "parenthesized_expression", "text": "(hdr.ident.class)", "parent": 744, "children": [747], "start_point": {"row": 221, "column": 8}, "end_point": {"row": 221, "column": 25}}, {"id": 747, "type": "field_expression", "text": "hdr.ident.class", "parent": 746, "children": [748], "start_point": {"row": 221, "column": 9}, "end_point": {"row": 221, "column": 24}}, {"id": 748, "type": "field_expression", "text": "hdr.ident", "parent": 747, "children": [749, 750], "start_point": {"row": 221, "column": 9}, "end_point": {"row": 221, "column": 18}}, {"id": 749, "type": "identifier", "text": "hdr", "parent": 748, "children": [], "start_point": {"row": 221, "column": 9}, "end_point": {"row": 221, "column": 12}}, {"id": 750, "type": "field_identifier", "text": "ident", "parent": 748, "children": [], "start_point": {"row": 221, "column": 13}, "end_point": {"row": 221, "column": 18}}, {"id": 751, "type": "case_statement", "text": "case ELF_CLASS_32:\n\t\terr = elf32_determine_size(mtd, &hdr, &loader_size);\n\t\tbreak;", "parent": 744, "children": [752, 753, 765], "start_point": {"row": 222, "column": 1}, "end_point": {"row": 224, "column": 8}}, {"id": 752, "type": "case", "text": "case", "parent": 751, "children": [], "start_point": {"row": 222, "column": 1}, "end_point": {"row": 222, "column": 5}}, {"id": 753, "type": "identifier", "text": "ELF_CLASS_32", "parent": 751, "children": [], "start_point": {"row": 222, "column": 6}, "end_point": {"row": 222, "column": 18}}, {"id": 754, "type": "assignment_expression", "text": "err = elf32_determine_size(mtd, &hdr, &loader_size)", "parent": 751, "children": [755, 756, 757], "start_point": {"row": 223, "column": 2}, "end_point": {"row": 223, "column": 53}}, {"id": 755, "type": "identifier", "text": "err", "parent": 754, "children": [], "start_point": {"row": 223, "column": 2}, "end_point": {"row": 223, "column": 5}}, {"id": 756, "type": "=", "text": "=", "parent": 754, "children": [], "start_point": {"row": 223, "column": 6}, "end_point": {"row": 223, "column": 7}}, {"id": 757, "type": "call_expression", "text": "elf32_determine_size(mtd, &hdr, &loader_size)", "parent": 754, "children": [758, 759], "start_point": {"row": 223, "column": 8}, "end_point": {"row": 223, "column": 53}}, {"id": 758, "type": "identifier", "text": "elf32_determine_size", "parent": 757, "children": [], "start_point": {"row": 223, "column": 8}, "end_point": {"row": 223, "column": 28}}, {"id": 759, "type": "argument_list", "text": "(mtd, &hdr, &loader_size)", "parent": 757, "children": [760, 761, 763], "start_point": {"row": 223, "column": 28}, "end_point": {"row": 223, "column": 53}}, {"id": 760, "type": "identifier", "text": "mtd", "parent": 759, "children": [], "start_point": {"row": 223, "column": 29}, "end_point": {"row": 223, "column": 32}}, {"id": 761, "type": "pointer_expression", "text": "&hdr", "parent": 759, "children": [762], "start_point": {"row": 223, "column": 34}, "end_point": {"row": 223, "column": 38}}, {"id": 762, "type": "identifier", "text": "hdr", "parent": 761, "children": [], "start_point": {"row": 223, "column": 35}, "end_point": {"row": 223, "column": 38}}, {"id": 763, "type": "pointer_expression", "text": "&loader_size", "parent": 759, "children": [764], "start_point": {"row": 223, "column": 40}, "end_point": {"row": 223, "column": 52}}, {"id": 764, "type": "identifier", "text": "loader_size", "parent": 763, "children": [], "start_point": {"row": 223, "column": 41}, "end_point": {"row": 223, "column": 52}}, {"id": 765, "type": "break_statement", "text": "break;", "parent": 751, "children": [766], "start_point": {"row": 224, "column": 2}, "end_point": {"row": 224, "column": 8}}, {"id": 766, "type": "break", "text": "break", "parent": 765, "children": [], "start_point": {"row": 224, "column": 2}, "end_point": {"row": 224, "column": 7}}, {"id": 767, "type": "case_statement", "text": "case ELF_CLASS_64:\n\t\terr = elf64_determine_size(mtd, &hdr, &loader_size);\n\t\tbreak;", "parent": 744, "children": [768, 769, 781], "start_point": {"row": 225, "column": 1}, "end_point": {"row": 227, "column": 8}}, {"id": 768, "type": "case", "text": "case", "parent": 767, "children": [], "start_point": {"row": 225, "column": 1}, "end_point": {"row": 225, "column": 5}}, {"id": 769, "type": "identifier", "text": "ELF_CLASS_64", "parent": 767, "children": [], "start_point": {"row": 225, "column": 6}, "end_point": {"row": 225, "column": 18}}, {"id": 770, "type": "assignment_expression", "text": "err = elf64_determine_size(mtd, &hdr, &loader_size)", "parent": 767, "children": [771, 772, 773], "start_point": {"row": 226, "column": 2}, "end_point": {"row": 226, "column": 53}}, {"id": 771, "type": "identifier", "text": "err", "parent": 770, "children": [], "start_point": {"row": 226, "column": 2}, "end_point": {"row": 226, "column": 5}}, {"id": 772, "type": "=", "text": "=", "parent": 770, "children": [], "start_point": {"row": 226, "column": 6}, "end_point": {"row": 226, "column": 7}}, {"id": 773, "type": "call_expression", "text": "elf64_determine_size(mtd, &hdr, &loader_size)", "parent": 770, "children": [774, 775], "start_point": {"row": 226, "column": 8}, "end_point": {"row": 226, "column": 53}}, {"id": 774, "type": "identifier", "text": "elf64_determine_size", "parent": 773, "children": [], "start_point": {"row": 226, "column": 8}, "end_point": {"row": 226, "column": 28}}, {"id": 775, "type": "argument_list", "text": "(mtd, &hdr, &loader_size)", "parent": 773, "children": [776, 777, 779], "start_point": {"row": 226, "column": 28}, "end_point": {"row": 226, "column": 53}}, {"id": 776, "type": "identifier", "text": "mtd", "parent": 775, "children": [], "start_point": {"row": 226, "column": 29}, "end_point": {"row": 226, "column": 32}}, {"id": 777, "type": "pointer_expression", "text": "&hdr", "parent": 775, "children": [778], "start_point": {"row": 226, "column": 34}, "end_point": {"row": 226, "column": 38}}, {"id": 778, "type": "identifier", "text": "hdr", "parent": 777, "children": [], "start_point": {"row": 226, "column": 35}, "end_point": {"row": 226, "column": 38}}, {"id": 779, "type": "pointer_expression", "text": "&loader_size", "parent": 775, "children": [780], "start_point": {"row": 226, "column": 40}, "end_point": {"row": 226, "column": 52}}, {"id": 780, "type": "identifier", "text": "loader_size", "parent": 779, "children": [], "start_point": {"row": 226, "column": 41}, "end_point": {"row": 226, "column": 52}}, {"id": 781, "type": "break_statement", "text": "break;", "parent": 767, "children": [782], "start_point": {"row": 227, "column": 2}, "end_point": {"row": 227, "column": 8}}, {"id": 782, "type": "break", "text": "break", "parent": 781, "children": [], "start_point": {"row": 227, "column": 2}, "end_point": {"row": 227, "column": 7}}, {"id": 783, "type": "case_statement", "text": "default:\n\t\tpr_debug(\"invalid ELF class %i\\n\", hdr.ident.class);\n\t\terr = -EINVAL;", "parent": 744, "children": [784], "start_point": {"row": 228, "column": 1}, "end_point": {"row": 230, "column": 16}}, {"id": 784, "type": "default", "text": "default", "parent": 783, "children": [], "start_point": {"row": 228, "column": 1}, "end_point": {"row": 228, "column": 8}}, {"id": 785, "type": "call_expression", "text": "pr_debug(\"invalid ELF class %i\\n\", hdr.ident.class)", "parent": 783, "children": [786, 787], "start_point": {"row": 229, "column": 2}, "end_point": {"row": 229, "column": 53}}, {"id": 786, "type": "identifier", "text": "pr_debug", "parent": 785, "children": [], "start_point": {"row": 229, "column": 2}, "end_point": {"row": 229, "column": 10}}, {"id": 787, "type": "argument_list", "text": "(\"invalid ELF class %i\\n\", hdr.ident.class)", "parent": 785, "children": [788, 790], "start_point": {"row": 229, "column": 10}, "end_point": {"row": 229, "column": 53}}, {"id": 788, "type": "string_literal", "text": "\"invalid ELF class %i\\n\"", "parent": 787, "children": [789], "start_point": {"row": 229, "column": 11}, "end_point": {"row": 229, "column": 35}}, {"id": 789, "type": "escape_sequence", "text": "\\n", "parent": 788, "children": [], "start_point": {"row": 229, "column": 32}, "end_point": {"row": 229, "column": 34}}, {"id": 790, "type": "field_expression", "text": "hdr.ident.class", "parent": 787, "children": [791], "start_point": {"row": 229, "column": 37}, "end_point": {"row": 229, "column": 52}}, {"id": 791, "type": "field_expression", "text": "hdr.ident", "parent": 790, "children": [792, 793], "start_point": {"row": 229, "column": 37}, "end_point": {"row": 229, "column": 46}}, {"id": 792, "type": "identifier", "text": "hdr", "parent": 791, "children": [], "start_point": {"row": 229, "column": 37}, "end_point": {"row": 229, "column": 40}}, {"id": 793, "type": "field_identifier", "text": "ident", "parent": 791, "children": [], "start_point": {"row": 229, "column": 41}, "end_point": {"row": 229, "column": 46}}, {"id": 794, "type": "assignment_expression", "text": "err = -EINVAL", "parent": 783, "children": [795, 796, 797], "start_point": {"row": 230, "column": 2}, "end_point": {"row": 230, "column": 15}}, {"id": 795, "type": "identifier", "text": "err", "parent": 794, "children": [], "start_point": {"row": 230, "column": 2}, "end_point": {"row": 230, "column": 5}}, {"id": 796, "type": "=", "text": "=", "parent": 794, "children": [], "start_point": {"row": 230, "column": 6}, "end_point": {"row": 230, "column": 7}}, {"id": 797, "type": "unary_expression", "text": "-EINVAL", "parent": 794, "children": [798, 799], "start_point": {"row": 230, "column": 8}, "end_point": {"row": 230, "column": 15}}, {"id": 798, "type": "-", "text": "-", "parent": 797, "children": [], "start_point": {"row": 230, "column": 8}, "end_point": {"row": 230, "column": 9}}, {"id": 799, "type": "identifier", "text": "EINVAL", "parent": 797, "children": [], "start_point": {"row": 230, "column": 9}, "end_point": {"row": 230, "column": 15}}, {"id": 800, "type": "if_statement", "text": "if (err)\n\t\treturn err;", "parent": 639, "children": [801, 803], "start_point": {"row": 233, "column": 1}, "end_point": {"row": 234, "column": 13}}, {"id": 801, "type": "parenthesized_expression", "text": "(err)", "parent": 800, "children": [802], "start_point": {"row": 233, "column": 4}, "end_point": {"row": 233, "column": 9}}, {"id": 802, "type": "identifier", "text": "err", "parent": 801, "children": [], "start_point": {"row": 233, "column": 5}, "end_point": {"row": 233, "column": 8}}, {"id": 803, "type": "return_statement", "text": "return err;", "parent": 800, "children": [804], "start_point": {"row": 234, "column": 2}, "end_point": {"row": 234, "column": 13}}, {"id": 804, "type": "identifier", "text": "err", "parent": 803, "children": [], "start_point": {"row": 234, "column": 9}, "end_point": {"row": 234, "column": 12}}, {"id": 805, "type": "assignment_expression", "text": "err = mtd_find_rootfs_from(mtd, loader_size, mtd->size,\n\t\t\t\t &rootfs_offset, &type)", "parent": 639, "children": [806, 807, 808], "start_point": {"row": 236, "column": 1}, "end_point": {"row": 237, "column": 29}}, {"id": 806, "type": "identifier", "text": "err", "parent": 805, "children": [], "start_point": {"row": 236, "column": 1}, "end_point": {"row": 236, "column": 4}}, {"id": 807, "type": "=", "text": "=", "parent": 805, "children": [], "start_point": {"row": 236, "column": 5}, "end_point": {"row": 236, "column": 6}}, {"id": 808, "type": "call_expression", "text": "mtd_find_rootfs_from(mtd, loader_size, mtd->size,\n\t\t\t\t &rootfs_offset, &type)", "parent": 805, "children": [809, 810], "start_point": {"row": 236, "column": 7}, "end_point": {"row": 237, "column": 29}}, {"id": 809, "type": "identifier", "text": "mtd_find_rootfs_from", "parent": 808, "children": [], "start_point": {"row": 236, "column": 7}, "end_point": {"row": 236, "column": 27}}, {"id": 810, "type": "argument_list", "text": "(mtd, loader_size, mtd->size,\n\t\t\t\t &rootfs_offset, &type)", "parent": 808, "children": [811, 812, 813, 816, 818], "start_point": {"row": 236, "column": 27}, "end_point": {"row": 237, "column": 29}}, {"id": 811, "type": "identifier", "text": "mtd", "parent": 810, "children": [], "start_point": {"row": 236, "column": 28}, "end_point": {"row": 236, "column": 31}}, {"id": 812, "type": "identifier", "text": "loader_size", "parent": 810, "children": [], "start_point": {"row": 236, "column": 33}, "end_point": {"row": 236, "column": 44}}, {"id": 813, "type": "field_expression", "text": "mtd->size", "parent": 810, "children": [814, 815], "start_point": {"row": 236, "column": 46}, "end_point": {"row": 236, "column": 55}}, {"id": 814, "type": "identifier", "text": "mtd", "parent": 813, "children": [], "start_point": {"row": 236, "column": 46}, "end_point": {"row": 236, "column": 49}}, {"id": 815, "type": "field_identifier", "text": "size", "parent": 813, "children": [], "start_point": {"row": 236, "column": 51}, "end_point": {"row": 236, "column": 55}}, {"id": 816, "type": "pointer_expression", "text": "&rootfs_offset", "parent": 810, "children": [817], "start_point": {"row": 237, "column": 7}, "end_point": {"row": 237, "column": 21}}, {"id": 817, "type": "identifier", "text": "rootfs_offset", "parent": 816, "children": [], "start_point": {"row": 237, "column": 8}, "end_point": {"row": 237, "column": 21}}, {"id": 818, "type": "pointer_expression", "text": "&type", "parent": 810, "children": [819], "start_point": {"row": 237, "column": 23}, "end_point": {"row": 237, "column": 28}}, {"id": 819, "type": "identifier", "text": "type", "parent": 818, "children": [], "start_point": {"row": 237, "column": 24}, "end_point": {"row": 237, "column": 28}}, {"id": 820, "type": "if_statement", "text": "if (err)\n\t\treturn err;", "parent": 639, "children": [821, 823], "start_point": {"row": 238, "column": 1}, "end_point": {"row": 239, "column": 13}}, {"id": 821, "type": "parenthesized_expression", "text": "(err)", "parent": 820, "children": [822], "start_point": {"row": 238, "column": 4}, "end_point": {"row": 238, "column": 9}}, {"id": 822, "type": "identifier", "text": "err", "parent": 821, "children": [], "start_point": {"row": 238, "column": 5}, "end_point": {"row": 238, "column": 8}}, {"id": 823, "type": "return_statement", "text": "return err;", "parent": 820, "children": [824], "start_point": {"row": 239, "column": 2}, "end_point": {"row": 239, "column": 13}}, {"id": 824, "type": "identifier", "text": "err", "parent": 823, "children": [], "start_point": {"row": 239, "column": 9}, "end_point": {"row": 239, "column": 12}}, {"id": 825, "type": "if_statement", "text": "if (rootfs_offset == mtd->size) {\n\t\tpr_debug(\"no rootfs found in \\\"%s\\\"\\n\", mtd->name);\n\t\treturn -ENODEV;\n\t}", "parent": 639, "children": [826], "start_point": {"row": 241, "column": 1}, "end_point": {"row": 244, "column": 2}}, {"id": 826, "type": "parenthesized_expression", "text": "(rootfs_offset == mtd->size)", "parent": 825, "children": [827], "start_point": {"row": 241, "column": 4}, "end_point": {"row": 241, "column": 32}}, {"id": 827, "type": "binary_expression", "text": "rootfs_offset == mtd->size", "parent": 826, "children": [828, 829, 830], "start_point": {"row": 241, "column": 5}, "end_point": {"row": 241, "column": 31}}, {"id": 828, "type": "identifier", "text": "rootfs_offset", "parent": 827, "children": [], "start_point": {"row": 241, "column": 5}, "end_point": {"row": 241, "column": 18}}, {"id": 829, "type": "==", "text": "==", "parent": 827, "children": [], "start_point": {"row": 241, "column": 19}, "end_point": {"row": 241, "column": 21}}, {"id": 830, "type": "field_expression", "text": "mtd->size", "parent": 827, "children": [831, 832], "start_point": {"row": 241, "column": 22}, "end_point": {"row": 241, "column": 31}}, {"id": 831, "type": "identifier", "text": "mtd", "parent": 830, "children": [], "start_point": {"row": 241, "column": 22}, "end_point": {"row": 241, "column": 25}}, {"id": 832, "type": "field_identifier", "text": "size", "parent": 830, "children": [], "start_point": {"row": 241, "column": 27}, "end_point": {"row": 241, "column": 31}}, {"id": 833, "type": "call_expression", "text": "pr_debug(\"no rootfs found in \\\"%s\\\"\\n\", mtd->name)", "parent": 825, "children": [834, 835], "start_point": {"row": 242, "column": 2}, "end_point": {"row": 242, "column": 52}}, {"id": 834, "type": "identifier", "text": "pr_debug", "parent": 833, "children": [], "start_point": {"row": 242, "column": 2}, "end_point": {"row": 242, "column": 10}}, {"id": 835, "type": "argument_list", "text": "(\"no rootfs found in \\\"%s\\\"\\n\", mtd->name)", "parent": 833, "children": [836, 840], "start_point": {"row": 242, "column": 10}, "end_point": {"row": 242, "column": 52}}, {"id": 836, "type": "string_literal", "text": "\"no rootfs found in \\\"%s\\\"\\n\"", "parent": 835, "children": [837, 838, 839], "start_point": {"row": 242, "column": 11}, "end_point": {"row": 242, "column": 40}}, {"id": 837, "type": "escape_sequence", "text": "\\\"", "parent": 836, "children": [], "start_point": {"row": 242, "column": 31}, "end_point": {"row": 242, "column": 33}}, {"id": 838, "type": "escape_sequence", "text": "\\\"", "parent": 836, "children": [], "start_point": {"row": 242, "column": 35}, "end_point": {"row": 242, "column": 37}}, {"id": 839, "type": "escape_sequence", "text": "\\n", "parent": 836, "children": [], "start_point": {"row": 242, "column": 37}, "end_point": {"row": 242, "column": 39}}, {"id": 840, "type": "field_expression", "text": "mtd->name", "parent": 835, "children": [841, 842], "start_point": {"row": 242, "column": 42}, "end_point": {"row": 242, "column": 51}}, {"id": 841, "type": "identifier", "text": "mtd", "parent": 840, "children": [], "start_point": {"row": 242, "column": 42}, "end_point": {"row": 242, "column": 45}}, {"id": 842, "type": "field_identifier", "text": "name", "parent": 840, "children": [], "start_point": {"row": 242, "column": 47}, "end_point": {"row": 242, "column": 51}}, {"id": 843, "type": "return_statement", "text": "return -ENODEV;", "parent": 825, "children": [844], "start_point": {"row": 243, "column": 2}, "end_point": {"row": 243, "column": 17}}, {"id": 844, "type": "unary_expression", "text": "-ENODEV", "parent": 843, "children": [845, 846], "start_point": {"row": 243, "column": 9}, "end_point": {"row": 243, "column": 16}}, {"id": 845, "type": "-", "text": "-", "parent": 844, "children": [], "start_point": {"row": 243, "column": 9}, "end_point": {"row": 243, "column": 10}}, {"id": 846, "type": "identifier", "text": "ENODEV", "parent": 844, "children": [], "start_point": {"row": 243, "column": 10}, "end_point": {"row": 243, "column": 16}}, {"id": 847, "type": "assignment_expression", "text": "parts = kzalloc(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL)", "parent": 639, "children": [848, 849, 850], "start_point": {"row": 246, "column": 1}, "end_point": {"row": 246, "column": 59}}, {"id": 848, "type": "identifier", "text": "parts", "parent": 847, "children": [], "start_point": {"row": 246, "column": 1}, "end_point": {"row": 246, "column": 6}}, {"id": 849, "type": "=", "text": "=", "parent": 847, "children": [], "start_point": {"row": 246, "column": 7}, "end_point": {"row": 246, "column": 8}}, {"id": 850, "type": "call_expression", "text": "kzalloc(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL)", "parent": 847, "children": [851, 852], "start_point": {"row": 246, "column": 9}, "end_point": {"row": 246, "column": 59}}, {"id": 851, "type": "identifier", "text": "kzalloc", "parent": 850, "children": [], "start_point": {"row": 246, "column": 9}, "end_point": {"row": 246, "column": 16}}, {"id": 852, "type": "argument_list", "text": "(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL)", "parent": 850, "children": [853, 861], "start_point": {"row": 246, "column": 16}, "end_point": {"row": 246, "column": 59}}, {"id": 853, "type": "binary_expression", "text": "ELF_NR_PARTS * sizeof(*parts)", "parent": 852, "children": [854, 855, 856], "start_point": {"row": 246, "column": 17}, "end_point": {"row": 246, "column": 46}}, {"id": 854, "type": "identifier", "text": "ELF_NR_PARTS", "parent": 853, "children": [], "start_point": {"row": 246, "column": 17}, "end_point": {"row": 246, "column": 29}}, {"id": 855, "type": "*", "text": "*", "parent": 853, "children": [], "start_point": {"row": 246, "column": 30}, "end_point": {"row": 246, "column": 31}}, {"id": 856, "type": "sizeof_expression", "text": "sizeof(*parts)", "parent": 853, "children": [857], "start_point": {"row": 246, "column": 32}, "end_point": {"row": 246, "column": 46}}, {"id": 857, "type": "parenthesized_expression", "text": "(*parts)", "parent": 856, "children": [858], "start_point": {"row": 246, "column": 38}, "end_point": {"row": 246, "column": 46}}, {"id": 858, "type": "pointer_expression", "text": "*parts", "parent": 857, "children": [859, 860], "start_point": {"row": 246, "column": 39}, "end_point": {"row": 246, "column": 45}}, {"id": 859, "type": "*", "text": "*", "parent": 858, "children": [], "start_point": {"row": 246, "column": 39}, "end_point": {"row": 246, "column": 40}}, {"id": 860, "type": "identifier", "text": "parts", "parent": 858, "children": [], "start_point": {"row": 246, "column": 40}, "end_point": {"row": 246, "column": 45}}, {"id": 861, "type": "identifier", "text": "GFP_KERNEL", "parent": 852, "children": [], "start_point": {"row": 246, "column": 48}, "end_point": {"row": 246, "column": 58}}, {"id": 862, "type": "if_statement", "text": "if (!parts)\n\t\treturn -ENOMEM;", "parent": 639, "children": [863, 867], "start_point": {"row": 247, "column": 1}, "end_point": {"row": 248, "column": 17}}, {"id": 863, "type": "parenthesized_expression", "text": "(!parts)", "parent": 862, "children": [864], "start_point": {"row": 247, "column": 4}, "end_point": {"row": 247, "column": 12}}, {"id": 864, "type": "unary_expression", "text": "!parts", "parent": 863, "children": [865, 866], "start_point": {"row": 247, "column": 5}, "end_point": {"row": 247, "column": 11}}, {"id": 865, "type": "!", "text": "!", "parent": 864, "children": [], "start_point": {"row": 247, "column": 5}, "end_point": {"row": 247, "column": 6}}, {"id": 866, "type": "identifier", "text": "parts", "parent": 864, "children": [], "start_point": {"row": 247, "column": 6}, "end_point": {"row": 247, "column": 11}}, {"id": 867, "type": "return_statement", "text": "return -ENOMEM;", "parent": 862, "children": [868], "start_point": {"row": 248, "column": 2}, "end_point": {"row": 248, "column": 17}}, {"id": 868, "type": "unary_expression", "text": "-ENOMEM", "parent": 867, "children": [869, 870], "start_point": {"row": 248, "column": 9}, "end_point": {"row": 248, "column": 16}}, {"id": 869, "type": "-", "text": "-", "parent": 868, "children": [], "start_point": {"row": 248, "column": 9}, "end_point": {"row": 248, "column": 10}}, {"id": 870, "type": "identifier", "text": "ENOMEM", "parent": 868, "children": [], "start_point": {"row": 248, "column": 10}, "end_point": {"row": 248, "column": 16}}, {"id": 871, "type": "assignment_expression", "text": "parts[0].name = KERNEL_PART_NAME", "parent": 639, "children": [872, 877, 878], "start_point": {"row": 250, "column": 1}, "end_point": {"row": 250, "column": 33}}, {"id": 872, "type": "field_expression", "text": "parts[0].name", "parent": 871, "children": [873, 876], "start_point": {"row": 250, "column": 1}, "end_point": {"row": 250, "column": 14}}, {"id": 873, "type": "subscript_expression", "text": "parts[0]", "parent": 872, "children": [874, 875], "start_point": {"row": 250, "column": 1}, "end_point": {"row": 250, "column": 9}}, {"id": 874, "type": "identifier", "text": "parts", "parent": 873, "children": [], "start_point": {"row": 250, "column": 1}, "end_point": {"row": 250, "column": 6}}, {"id": 875, "type": "number_literal", "text": "0", "parent": 873, "children": [], "start_point": {"row": 250, "column": 7}, "end_point": {"row": 250, "column": 8}}, {"id": 876, "type": "field_identifier", "text": "name", "parent": 872, "children": [], "start_point": {"row": 250, "column": 10}, 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"parts", "parent": 881, "children": [], "start_point": {"row": 251, "column": 1}, "end_point": {"row": 251, "column": 6}}, {"id": 883, "type": "number_literal", "text": "0", "parent": 881, "children": [], "start_point": {"row": 251, "column": 7}, "end_point": {"row": 251, "column": 8}}, {"id": 884, "type": "field_identifier", "text": "offset", "parent": 880, "children": [], "start_point": {"row": 251, "column": 10}, "end_point": {"row": 251, "column": 16}}, {"id": 885, "type": "=", "text": "=", "parent": 879, "children": [], "start_point": {"row": 251, "column": 17}, "end_point": {"row": 251, "column": 18}}, {"id": 886, "type": "number_literal", "text": "0", "parent": 879, "children": [], "start_point": {"row": 251, "column": 19}, "end_point": {"row": 251, "column": 20}}, {"id": 887, "type": "assignment_expression", "text": "parts[0].size = rootfs_offset", "parent": 639, "children": [888, 893, 894], "start_point": {"row": 252, "column": 1}, "end_point": {"row": 252, "column": 30}}, 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266, "column": 3}, "end_point": {"row": 266, "column": 14}}, {"id": 959, "type": "field_identifier", "text": "compatible", "parent": 958, "children": [], "start_point": {"row": 266, "column": 4}, "end_point": {"row": 266, "column": 14}}, {"id": 960, "type": "=", "text": "=", "parent": 957, "children": [], "start_point": {"row": 266, "column": 15}, "end_point": {"row": 266, "column": 16}}, {"id": 961, "type": "string_literal", "text": "\"openwrt,elf\"", "parent": 957, "children": [], "start_point": {"row": 266, "column": 17}, "end_point": {"row": 266, "column": 30}}, {"id": 962, "type": "initializer_list", "text": "{}", "parent": 955, "children": [], "start_point": {"row": 267, "column": 1}, "end_point": {"row": 267, "column": 3}}, {"id": 963, "type": "call_expression", "text": "MODULE_DEVICE_TABLE(of, mtdsplit_elf_of_match_table)", "parent": null, "children": [964, 965], "start_point": {"row": 269, "column": 0}, "end_point": {"row": 269, "column": 52}}, {"id": 964, "type": "identifier", "text": "MODULE_DEVICE_TABLE", "parent": 963, "children": [], "start_point": {"row": 269, "column": 0}, "end_point": {"row": 269, "column": 19}}, {"id": 965, "type": "argument_list", "text": "(of, mtdsplit_elf_of_match_table)", "parent": 963, "children": [966, 967], "start_point": {"row": 269, "column": 19}, "end_point": {"row": 269, "column": 52}}, {"id": 966, "type": "identifier", "text": "of", "parent": 965, "children": [], "start_point": {"row": 269, "column": 20}, "end_point": {"row": 269, "column": 22}}, {"id": 967, "type": "identifier", "text": "mtdsplit_elf_of_match_table", "parent": 965, "children": [], "start_point": {"row": 269, "column": 24}, "end_point": {"row": 269, "column": 51}}, {"id": 968, "type": "declaration", "text": "static struct mtd_part_parser mtdsplit_elf_parser = {\n\t.owner = THIS_MODULE,\n\t.name = \"elf-loader-fw\",\n\t.of_match_table = mtdsplit_elf_of_match_table,\n\t.parse_fn = mtdsplit_parse_elf,\n\t.type = MTD_PARSER_TYPE_FIRMWARE,\n};", 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30}, "end_point": {"row": 277, "column": 1}}, {"id": 973, "type": "identifier", "text": "mtdsplit_elf_parser", "parent": 972, "children": [], "start_point": {"row": 271, "column": 30}, "end_point": {"row": 271, "column": 49}}, {"id": 974, "type": "=", "text": "=", "parent": 972, "children": [], "start_point": {"row": 271, "column": 50}, "end_point": {"row": 271, "column": 51}}, {"id": 975, "type": "initializer_list", "text": "{\n\t.owner = THIS_MODULE,\n\t.name = \"elf-loader-fw\",\n\t.of_match_table = mtdsplit_elf_of_match_table,\n\t.parse_fn = mtdsplit_parse_elf,\n\t.type = MTD_PARSER_TYPE_FIRMWARE,\n}", "parent": 972, "children": [976, 981, 986, 991, 996], "start_point": {"row": 271, "column": 52}, "end_point": {"row": 277, "column": 1}}, {"id": 976, "type": "initializer_pair", "text": ".owner = THIS_MODULE", "parent": 975, "children": [977, 979, 980], "start_point": {"row": 272, "column": 1}, "end_point": {"row": 272, "column": 21}}, {"id": 977, "type": "field_designator", "text": 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"text": "#include <linux/module.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include <linux/init.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <linux/kernel.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <linux/slab.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <linux/mtd/mtd.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include <linux/mtd/partitions.h>\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include <linux/of.h>\n"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include <linux/byteorder/generic.h>\n"}, {"node_id": 22, "text": "#include"}, {"node_id": 24, "text": "#include \"mtdsplit.h\"\n"}, {"node_id": 25, "text": "#include"}]}, "original_source_code": "/* SPDX-License-Identifier: GPL-2.0-only */\n/*\n * MTD splitter for ELF loader firmware partitions\n *\n * Copyright (C) 2020 <NAME> <<EMAIL>>\n *\n * This program is free software; you can redistribute it and/or modify it\n * under the terms of the GNU General Public License as published by the Free\n * Software Foundation; version 2.\n *\n * To parse the ELF kernel loader, a small ELF parser is used that can\n * handle both ELF32 or ELF64 class loaders. The splitter assumes that the\n * kernel is always located before the rootfs, whether it is embedded in the\n * loader or not.\n *\n * The kernel image is preferably embedded inside the ELF loader, so the end\n * of the loader equals the end of the kernel partition. This is due to the\n * way mtd_find_rootfs_from searches for the the rootfs:\n * - if the kernel image is embedded in the loader, the appended rootfs may\n * follow the loader immediately, within the same erase block.\n * - if the kernel image is not embedded in the loader, but placed at some\n * offset behind the loader (OKLI-style loader), the rootfs must be\n * aligned to an erase-block after the loader and kernel image.\n */\n\n#include <linux/module.h>\n#include <linux/init.h>\n#include <linux/kernel.h>\n#include <linux/slab.h>\n#include <linux/mtd/mtd.h>\n#include <linux/mtd/partitions.h>\n#include <linux/of.h>\n#include <linux/byteorder/generic.h>\n\n#include \"mtdsplit.h\"\n\n#define ELF_NR_PARTS\t2\n\n#define ELF_MAGIC\t0x7f454c46 /* 0x7f E L F */\n#define ELF_CLASS_32\t1\n#define ELF_CLASS_64\t2\n\nstruct elf_header_ident {\n\tuint32_t magic;\n\tuint8_t class;\n\tuint8_t data;\n\tuint8_t version;\n\tuint8_t osabi;\n\tuint8_t abiversion;\n\tuint8_t pad[7];\n};\n\nstruct elf_header_32 {\n\tuint16_t type;\n\tuint16_t machine;\n\tuint32_t version;\n\tuint32_t entry;\n\tuint32_t phoff;\n\tuint32_t shoff;\n\tuint32_t flags;\n\tuint16_t ehsize;\n\tuint16_t phentsize;\n\tuint16_t phnum;\n\tuint16_t shentsize;\n\tuint16_t shnum;\n\tuint16_t shstrndx;\n};\n\nstruct elf_header_64 {\n\tuint16_t type;\n\tuint16_t machine;\n\tuint32_t version;\n\tuint64_t entry;\n\tuint64_t phoff;\n\tuint64_t shoff;\n\tuint32_t flags;\n\tuint16_t ehsize;\n\tuint16_t phentsize;\n\tuint16_t phnum;\n\tuint16_t shentsize;\n\tuint16_t shnum;\n\tuint16_t shstrndx;\n};\n\nstruct elf_header {\n\tstruct elf_header_ident ident;\n\tunion {\n\t\tstruct elf_header_32 elf32;\n\t\tstruct elf_header_64 elf64;\n\t};\n};\n\nstruct elf_program_header_32 {\n\tuint32_t type;\n\tuint32_t offset;\n\tuint32_t vaddr;\n\tuint32_t paddr;\n\tuint32_t filesize;\n\tuint32_t memsize;\n\tuint32_t flags;\n};\n\nstruct elf_program_header_64 {\n\tuint32_t type;\n\tuint32_t flags;\n\tuint64_t offset;\n\tuint64_t vaddr;\n\tuint64_t paddr;\n\tuint64_t filesize;\n\tuint64_t memsize;\n};\n\n\nstatic int mtdsplit_elf_read_mtd(struct mtd_info *mtd, size_t offset,\n\t\t\t\t uint8_t *dst, size_t len)\n{\n\tsize_t retlen;\n\tint ret;\n\n\tret = mtd_read(mtd, offset, len, &retlen, dst);\n\tif (ret) {\n\t\tpr_debug(\"read error in \\\"%s\\\"\\n\", mtd->name);\n\t\treturn ret;\n\t}\n\n\tif (retlen != len) {\n\t\tpr_debug(\"short read in \\\"%s\\\"\\n\", mtd->name);\n\t\treturn -EIO;\n\t}\n\n\treturn 0;\n}\n\nstatic int elf32_determine_size(struct mtd_info *mtd, struct elf_header *hdr,\n\t\t\t\tsize_t *size)\n{\n\tstruct elf_header_32 *hdr32 = &(hdr->elf32);\n\tint err;\n\tsize_t section_end, ph_table_end, ph_entry;\n\tstruct elf_program_header_32 ph;\n\n\t*size = 0;\n\n\tif (hdr32->shoff > 0) {\n\t\t*size = hdr32->shoff + hdr32->shentsize * hdr32->shnum;\n\t\treturn 0;\n\t}\n\n\tph_entry = hdr32->phoff;\n\tph_table_end = hdr32->phoff + hdr32->phentsize * hdr32->phnum;\n\n\twhile (ph_entry < ph_table_end) {\n\t\terr = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n\t\t\t\t\t sizeof(ph));\n\t\tif (err)\n\t\t\treturn err;\n\n\t\tsection_end = ph.offset + ph.filesize;\n\t\tif (section_end > *size)\n\t\t\t*size = section_end;\n\n\t\tph_entry += hdr32->phentsize;\n\t}\n\n\treturn 0;\n}\n\nstatic int elf64_determine_size(struct mtd_info *mtd, struct elf_header *hdr,\n\t\t\t\tsize_t *size)\n{\n\tstruct elf_header_64 *hdr64 = &(hdr->elf64);\n\tint err;\n\tsize_t section_end, ph_table_end, ph_entry;\n\tstruct elf_program_header_64 ph;\n\n\t*size = 0;\n\n\tif (hdr64->shoff > 0) {\n\t\t*size = hdr64->shoff + hdr64->shentsize * hdr64->shnum;\n\t\treturn 0;\n\t}\n\n\tph_entry = hdr64->phoff;\n\tph_table_end = hdr64->phoff + hdr64->phentsize * hdr64->phnum;\n\n\twhile (ph_entry < ph_table_end) {\n\t\terr = mtdsplit_elf_read_mtd(mtd, ph_entry, (uint8_t *)(&ph),\n\t\t\t\t\t sizeof(ph));\n\t\tif (err)\n\t\t\treturn err;\n\n\t\tsection_end = ph.offset + ph.filesize;\n\t\tif (section_end > *size)\n\t\t\t*size = section_end;\n\n\t\tph_entry += hdr64->phentsize;\n\t}\n\n\treturn 0;\n}\n\nstatic int mtdsplit_parse_elf(struct mtd_info *mtd,\n\t\t\t const struct mtd_partition **pparts,\n\t\t\t struct mtd_part_parser_data *data)\n{\n\tstruct elf_header hdr;\n\tsize_t loader_size, rootfs_offset;\n\tenum mtdsplit_part_type type;\n\tstruct mtd_partition *parts;\n\tint err;\n\n\terr = mtdsplit_elf_read_mtd(mtd, 0, (uint8_t *)&hdr, sizeof(hdr));\n\tif (err)\n\t\treturn err;\n\n\tif (be32_to_cpu(hdr.ident.magic) != ELF_MAGIC) {\n\t\tpr_debug(\"invalid ELF magic %08x\\n\",\n\t\t\t be32_to_cpu(hdr.ident.magic));\n\t\treturn -EINVAL;\n\t}\n\n\tswitch (hdr.ident.class) {\n\tcase ELF_CLASS_32:\n\t\terr = elf32_determine_size(mtd, &hdr, &loader_size);\n\t\tbreak;\n\tcase ELF_CLASS_64:\n\t\terr = elf64_determine_size(mtd, &hdr, &loader_size);\n\t\tbreak;\n\tdefault:\n\t\tpr_debug(\"invalid ELF class %i\\n\", hdr.ident.class);\n\t\terr = -EINVAL;\n\t}\n\n\tif (err)\n\t\treturn err;\n\n\terr = mtd_find_rootfs_from(mtd, loader_size, mtd->size,\n\t\t\t\t &rootfs_offset, &type);\n\tif (err)\n\t\treturn err;\n\n\tif (rootfs_offset == mtd->size) {\n\t\tpr_debug(\"no rootfs found in \\\"%s\\\"\\n\", mtd->name);\n\t\treturn -ENODEV;\n\t}\n\n\tparts = kzalloc(ELF_NR_PARTS * sizeof(*parts), GFP_KERNEL);\n\tif (!parts)\n\t\treturn -ENOMEM;\n\n\tparts[0].name = KERNEL_PART_NAME;\n\tparts[0].offset = 0;\n\tparts[0].size = rootfs_offset;\n\n\tif (type == MTDSPLIT_PART_TYPE_UBI)\n\t\tparts[1].name = UBI_PART_NAME;\n\telse\n\t\tparts[1].name = ROOTFS_PART_NAME;\n\tparts[1].offset = rootfs_offset;\n\tparts[1].size = mtd->size - rootfs_offset;\n\n\t*pparts = parts;\n\treturn ELF_NR_PARTS;\n}\n\nstatic const struct of_device_id mtdsplit_elf_of_match_table[] = {\n\t{ .compatible = \"openwrt,elf\" },\n\t{},\n};\nMODULE_DEVICE_TABLE(of, mtdsplit_elf_of_match_table);\n\nstatic struct mtd_part_parser mtdsplit_elf_parser = {\n\t.owner = THIS_MODULE,\n\t.name = \"elf-loader-fw\",\n\t.of_match_table = mtdsplit_elf_of_match_table,\n\t.parse_fn = mtdsplit_parse_elf,\n\t.type = MTD_PARSER_TYPE_FIRMWARE,\n};\n\nstatic int __init mtdsplit_elf_init(void)\n{\n\tregister_mtd_parser(&mtdsplit_elf_parser);\n\n\treturn 0;\n}\n\nsubsys_initcall(mtdsplit_elf_init);\n"}
| 241
|
c
|
#pragma once
#include <LaunchCommandAbstractAssistant.h>
class LaunchCommandFakeAssistant : public LaunchCommandAbstractAssistant {
public:
void setTarget(const QString& appImagePath, const QStringList& args) override {
}
void setLauncher(std::shared_ptr<AbstractLauncher> launcher) override {
}
void show() override {
showRequested = true;
}
bool isShowRequested() const {
return showRequested;
}
void reset() {
showRequested = false;
}
void setInstaller(std::shared_ptr<AbstractInstaller> installer) override {
}
void setInspector(std::shared_ptr<AbstractInspector> inspector) override {
}
private:
bool showRequested = false;
};
| 28.83
| 24
|
(translation_unit) "#pragma once\n\n#include <LaunchCommandAbstractAssistant.h>\n\nclass LaunchCommandFakeAssistant : public LaunchCommandAbstractAssistant {\npublic:\n\n void setTarget(const QString& appImagePath, const QStringList& args) override {\n\n }\n\n void setLauncher(std::shared_ptr<AbstractLauncher> launcher) override {\n\n }\n\n void show() override {\n showRequested = true;\n }\n\n bool isShowRequested() const {\n return showRequested;\n }\n\n void reset() {\n showRequested = false;\n }\n\n void setInstaller(std::shared_ptr<AbstractInstaller> installer) override {\n\n }\n\n void setInspector(std::shared_ptr<AbstractInspector> inspector) override {\n\n }\n\nprivate:\n bool showRequested = false;\n};\n\n"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(preproc_include) "#include <LaunchCommandAbstractAssistant.h>\n"
(#include) "#include"
(system_lib_string) "<LaunchCommandAbstractAssistant.h>"
(function_definition) "class LaunchCommandFakeAssistant : public LaunchCommandAbstractAssistant {\npublic:\n\n void setTarget(const QString& appImagePath, const QStringList& args) override {\n\n }\n\n void setLauncher(std::shared_ptr<AbstractLauncher> launcher) override {\n\n }\n\n void show() override {\n showRequested = true;\n }\n\n bool isShowRequested() const {\n return showRequested;\n }\n\n void reset() {\n showRequested = false;\n }\n\n void setInstaller(std::shared_ptr<AbstractInstaller> installer) override {\n\n }\n\n void setInspector(std::shared_ptr<AbstractInspector> inspector) override {\n\n }\n\nprivate:\n bool showRequested = false;\n}"
(type_identifier) "class"
(ERROR) "LaunchCommandFakeAssistant : public"
(identifier) "LaunchCommandFakeAssistant"
(:) ":"
(identifier) "public"
(identifier) "LaunchCommandAbstractAssistant"
(compound_statement) "{\npublic:\n\n void setTarget(const QString& appImagePath, const QStringList& args) override {\n\n }\n\n void setLauncher(std::shared_ptr<AbstractLauncher> launcher) override {\n\n }\n\n void show() override {\n showRequested = true;\n }\n\n bool isShowRequested() const {\n return showRequested;\n }\n\n void reset() {\n showRequested = false;\n }\n\n void setInstaller(std::shared_ptr<AbstractInstaller> installer) override {\n\n }\n\n void setInspector(std::shared_ptr<AbstractInspector> inspector) override {\n\n }\n\nprivate:\n bool showRequested = false;\n}"
({) "{"
(labeled_statement) "public:\n\n void setTarget(const QString& appImagePath, const QStringList& args) override {\n\n }"
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(primitive_type) "void"
(function_declarator) "setTarget(const QString& appImagePath, const QStringList& args) override"
(identifier) "setTarget"
(parameter_list) "(const QString& appImagePath, const QStringList& args)"
(() "("
(parameter_declaration) "const QString& appImagePath"
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(const) "const"
(type_identifier) "QString"
(ERROR) "&"
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(identifier) "appImagePath"
(,) ","
(parameter_declaration) "const QStringList& args"
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({) "{"
(}) "}"
(function_definition) "void setLauncher(std::shared_ptr<AbstractLauncher> launcher) override {\n\n }"
(primitive_type) "void"
(function_declarator) "setLauncher(std::shared_ptr<AbstractLauncher> launcher) override"
(identifier) "setLauncher"
(parameter_list) "(std::shared_ptr<AbstractLauncher> launcher)"
(() "("
(parameter_declaration) "std::shared_ptr<AbstractLauncher> launcher"
(type_identifier) "std"
(ERROR) "::shared_ptr<AbstractLauncher>"
(:) ":"
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(<) "<"
(identifier) "AbstractLauncher"
(>) ">"
(identifier) "launcher"
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(identifier) "override"
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({) "{"
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(primitive_type) "void"
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(() "("
()) ")"
(identifier) "override"
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({) "{"
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(identifier) "showRequested"
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(true) "true"
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(}) "}"
(ERROR) "bool isShowRequested() const"
(primitive_type) "bool"
(function_declarator) "isShowRequested()"
(identifier) "isShowRequested"
(parameter_list) "()"
(() "("
()) ")"
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(compound_statement) "{\n return showRequested;\n }"
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(identifier) "showRequested"
(;) ";"
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(primitive_type) "void"
(function_declarator) "reset()"
(identifier) "reset"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n showRequested = false;\n }"
({) "{"
(expression_statement) "showRequested = false;"
(assignment_expression) "showRequested = false"
(identifier) "showRequested"
(=) "="
(false) "false"
(;) ";"
(}) "}"
(function_definition) "void setInstaller(std::shared_ptr<AbstractInstaller> installer) override {\n\n }"
(primitive_type) "void"
(function_declarator) "setInstaller(std::shared_ptr<AbstractInstaller> installer) override"
(identifier) "setInstaller"
(parameter_list) "(std::shared_ptr<AbstractInstaller> installer)"
(() "("
(parameter_declaration) "std::shared_ptr<AbstractInstaller> installer"
(type_identifier) "std"
(ERROR) "::shared_ptr<AbstractInstaller>"
(:) ":"
(:) ":"
(identifier) "shared_ptr"
(<) "<"
(identifier) "AbstractInstaller"
(>) ">"
(identifier) "installer"
()) ")"
(identifier) "override"
(compound_statement) "{\n\n }"
({) "{"
(}) "}"
(function_definition) "void setInspector(std::shared_ptr<AbstractInspector> inspector) override {\n\n }"
(primitive_type) "void"
(function_declarator) "setInspector(std::shared_ptr<AbstractInspector> inspector) override"
(identifier) "setInspector"
(parameter_list) "(std::shared_ptr<AbstractInspector> inspector)"
(() "("
(parameter_declaration) "std::shared_ptr<AbstractInspector> inspector"
(type_identifier) "std"
(ERROR) "::shared_ptr<AbstractInspector>"
(:) ":"
(:) ":"
(identifier) "shared_ptr"
(<) "<"
(identifier) "AbstractInspector"
(>) ">"
(identifier) "inspector"
()) ")"
(identifier) "override"
(compound_statement) "{\n\n }"
({) "{"
(}) "}"
(labeled_statement) "private:\n bool showRequested = false;"
(statement_identifier) "private"
(:) ":"
(declaration) "bool showRequested = false;"
(primitive_type) "bool"
(init_declarator) "showRequested = false"
(identifier) "showRequested"
(=) "="
(false) "false"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
| 170
| 8
|
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showRequested = false;\n}", "parent": null, "children": [7, 9], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 37, "column": 1}}, {"id": 7, "type": "ERROR", "text": "LaunchCommandFakeAssistant : public", "parent": 6, "children": [8], "start_point": {"row": 4, "column": 6}, "end_point": {"row": 4, "column": 41}}, {"id": 8, "type": "identifier", "text": "LaunchCommandFakeAssistant", "parent": 7, "children": [], "start_point": {"row": 4, "column": 6}, "end_point": {"row": 4, "column": 32}}, {"id": 9, "type": "identifier", "text": "LaunchCommandAbstractAssistant", "parent": 6, "children": [], "start_point": {"row": 4, "column": 42}, "end_point": {"row": 4, "column": 72}}, {"id": 10, "type": "labeled_statement", "text": "public:\n\n void setTarget(const QString& appImagePath, const QStringList& args) override {\n\n }", "parent": 6, "children": [11], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 9, "column": 5}}, {"id": 11, "type": "ERROR", "text": "void 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| 242
|
c
|
#ifndef __DATAFORMAT_H__
#define __DATAFORMAT_H__
#include <string.h>
#include <stdio.h>
#include <stdarg.h>
unsigned char *data_format(const char *__restrict__ format, ...);
#endif
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| 7
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(translation_unit) "#ifndef __DATAFORMAT_H__\n#define __DATAFORMAT_H__\n\n#include <string.h>\n#include <stdio.h>\n#include <stdarg.h>\n\nunsigned char *data_format(const char *__restrict__ format, ...);\n\n#endif\n"
(preproc_ifdef) "#ifndef __DATAFORMAT_H__\n#define __DATAFORMAT_H__\n\n#include <string.h>\n#include <stdio.h>\n#include <stdarg.h>\n\nunsigned char *data_format(const char *__restrict__ format, ...);\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "__DATAFORMAT_H__"
(preproc_def) "#define __DATAFORMAT_H__\n"
(#define) "#define"
(identifier) "__DATAFORMAT_H__"
(preproc_include) "#include <string.h>\n"
(#include) "#include"
(system_lib_string) "<string.h>"
(preproc_include) "#include <stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(preproc_include) "#include <stdarg.h>\n"
(#include) "#include"
(system_lib_string) "<stdarg.h>"
(declaration) "unsigned char *data_format(const char *__restrict__ format, ...);"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(pointer_declarator) "*data_format(const char *__restrict__ format, ...)"
(*) "*"
(function_declarator) "data_format(const char *__restrict__ format, ...)"
(identifier) "data_format"
(parameter_list) "(const char *__restrict__ format, ...)"
(() "("
(parameter_declaration) "const char *__restrict__ format"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "*__restrict__ format"
(*) "*"
(type_qualifier) "__restrict__"
(__restrict__) "__restrict__"
(identifier) "format"
(,) ","
(variadic_parameter) "..."
(...) "..."
()) ")"
(;) ";"
(#endif) "#endif"
| 41
| 0
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| 243
|
c
|
int removeDuplicates(int* nums, int numsSize){
if(numsSize == 0) return 0;
int i = 0; //outer loop counter
int j = 0; //medium loop counter
for(j = 1; j<numsSize; j++){
if(nums[j] != nums[i]){
i++;
nums[i] = nums[j];
}
}
return i+1;
return cnt;
}
| 18.71
| 17
|
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(function_definition) "int removeDuplicates(int* nums, int numsSize){\n if(numsSize == 0) return 0;\n \n int i = 0; //outer loop counter\n int j = 0; //medium loop counter\n \n \n for(j = 1; j<numsSize; j++){\n if(nums[j] != nums[i]){\n i++;\n nums[i] = nums[j];\n }\n }\n return i+1;\n \n return cnt;\n}"
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(() "("
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(() "("
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(() "("
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(++) "++"
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(expression_statement) "nums[i] = nums[j];"
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(;) ";"
(}) "}"
| 119
| 0
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70], "start_point": {"row": 13, "column": 11}, "end_point": {"row": 13, "column": 14}}, {"id": 68, "type": "identifier", "text": "i", "parent": 67, "children": [], "start_point": {"row": 13, "column": 11}, "end_point": {"row": 13, "column": 12}}, {"id": 69, "type": "+", "text": "+", "parent": 67, "children": [], "start_point": {"row": 13, "column": 12}, "end_point": {"row": 13, "column": 13}}, {"id": 70, "type": "number_literal", "text": "1", "parent": 67, "children": [], "start_point": {"row": 13, "column": 13}, "end_point": {"row": 13, "column": 14}}, {"id": 71, "type": "return_statement", "text": "return cnt;", "parent": 0, "children": [72], "start_point": {"row": 15, "column": 4}, "end_point": {"row": 15, "column": 15}}, {"id": 72, "type": "identifier", "text": "cnt", "parent": 71, "children": [], "start_point": {"row": 15, "column": 11}, "end_point": {"row": 15, "column": 14}}]}, "node_categories": {"declarations": {"functions": [0, 2], "variables": [5, 10, 21, 27], "classes": [], 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int i = 0; //outer loop counter\n int j = 0; //medium loop counter\n \n \n for(j = 1; j<numsSize; j++){\n if(nums[j] != nums[i]){\n i++;\n nums[i] = nums[j];\n }\n }\n return i+1;\n \n return cnt;\n}\n"}
| 244
|
c
|
/*
**********************************************************************
* File : MachineState.h
* Author : peach
* Date : 19 Dec 2017
**********************************************************************
*/
/*
* Machine states always have three basic functions: Initialize, enterState and iterateState.
* Initialization should happen once when the arduino powers on. enterState() gets called whenever
* the specified mode is entered. iterateState() gets called in the main loop each time the arduino
* still in the same mode.
*/
#ifndef MACHINESTATE_MACHINESTATE_H_
#define MACHINESTATE_MACHINESTATE_H_
class MachineState {
public:
virtual ~MachineState() {
}
virtual void enterState() = 0;
virtual void iterateState() = 0;
};
#endif /* MACHINESTATE_MACHINESTATE_H_ */
| 34.04
| 23
|
(translation_unit) "/*\n **********************************************************************\n * File : MachineState.h\n * Author : peach\n * Date : 19 Dec 2017\n **********************************************************************\n */\n\n/*\n * Machine states always have three basic functions: Initialize, enterState and iterateState.\n * Initialization should happen once when the arduino powers on. enterState() gets called whenever\n * the specified mode is entered. iterateState() gets called in the main loop each time the arduino\n * still in the same mode.\n */\n\n#ifndef MACHINESTATE_MACHINESTATE_H_\n#define MACHINESTATE_MACHINESTATE_H_\n\nclass MachineState {\npublic:\n virtual ~MachineState() {\n }\n\n virtual void enterState() = 0;\n virtual void iterateState() = 0;\n};\n\n#endif /* MACHINESTATE_MACHINESTATE_H_ */\n"
(comment) "/*\n **********************************************************************\n * File : MachineState.h\n * Author : peach\n * Date : 19 Dec 2017\n **********************************************************************\n */"
(comment) "/*\n * Machine states always have three basic functions: Initialize, enterState and iterateState.\n * Initialization should happen once when the arduino powers on. enterState() gets called whenever\n * the specified mode is entered. iterateState() gets called in the main loop each time the arduino\n * still in the same mode.\n */"
(preproc_ifdef) "#ifndef MACHINESTATE_MACHINESTATE_H_\n#define MACHINESTATE_MACHINESTATE_H_\n\nclass MachineState {\npublic:\n virtual ~MachineState() {\n }\n\n virtual void enterState() = 0;\n virtual void iterateState() = 0;\n};\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "MACHINESTATE_MACHINESTATE_H_"
(preproc_def) "#define MACHINESTATE_MACHINESTATE_H_\n"
(#define) "#define"
(identifier) "MACHINESTATE_MACHINESTATE_H_"
(function_definition) "class MachineState {\npublic:\n virtual ~MachineState() {\n }\n\n virtual void enterState() = 0;\n virtual void iterateState() = 0;\n}"
(type_identifier) "class"
(identifier) "MachineState"
(compound_statement) "{\npublic:\n virtual ~MachineState() {\n }\n\n virtual void enterState() = 0;\n virtual void iterateState() = 0;\n}"
({) "{"
(labeled_statement) "public:\n virtual ~MachineState() {\n }"
(statement_identifier) "public"
(:) ":"
(ERROR) "virtual ~MachineState()"
(type_identifier) "virtual"
(ERROR) "~"
(~) "~"
(function_declarator) "MachineState()"
(identifier) "MachineState"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n }"
({) "{"
(}) "}"
(declaration) "virtual void enterState() = 0;"
(type_identifier) "virtual"
(ERROR) "void"
(identifier) "void"
(init_declarator) "enterState() = 0"
(function_declarator) "enterState()"
(identifier) "enterState"
(parameter_list) "()"
(() "("
()) ")"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "virtual void iterateState() = 0;"
(type_identifier) "virtual"
(ERROR) "void"
(identifier) "void"
(init_declarator) "iterateState() = 0"
(function_declarator) "iterateState()"
(identifier) "iterateState"
(parameter_list) "()"
(() "("
()) ")"
(=) "="
(number_literal) "0"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
(#endif) "#endif"
(comment) "/* MACHINESTATE_MACHINESTATE_H_ */"
| 60
| 4
|
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| 245
|
c
|
#pragma once
#include "stdafx.h"
#include "opencv2/imgproc/imgproc_c.h"
class ImageIO
{
public:
ImageIO(void);
~ImageIO(void);
static IplImage* loadImage(char* path);
};
| 14.91
| 11
|
(translation_unit) "#pragma once\n\n#include "stdafx.h"\n\n#include "opencv2/imgproc/imgproc_c.h"\n\nclass ImageIO\n{\npublic:\n ImageIO(void);\n ~ImageIO(void);\n\n static IplImage* loadImage(char* path);\n \n};\n"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(preproc_include) "#include "stdafx.h"\n"
(#include) "#include"
(string_literal) ""stdafx.h""
(") """
(string_content) "stdafx.h"
(") """
(preproc_include) "#include "opencv2/imgproc/imgproc_c.h"\n"
(#include) "#include"
(string_literal) ""opencv2/imgproc/imgproc_c.h""
(") """
(string_content) "opencv2/imgproc/imgproc_c.h"
(") """
(function_definition) "class ImageIO\n{\npublic:\n ImageIO(void);\n ~ImageIO(void);\n\n static IplImage* loadImage(char* path);\n \n}"
(type_identifier) "class"
(identifier) "ImageIO"
(compound_statement) "{\npublic:\n ImageIO(void);\n ~ImageIO(void);\n\n static IplImage* loadImage(char* path);\n \n}"
({) "{"
(labeled_statement) "public:\n ImageIO(void);"
(statement_identifier) "public"
(:) ":"
(expression_statement) "ImageIO(void);"
(call_expression) "ImageIO(void)"
(identifier) "ImageIO"
(argument_list) "(void)"
(() "("
(identifier) "void"
()) ")"
(;) ";"
(expression_statement) "~ImageIO(void);"
(unary_expression) "~ImageIO(void)"
(~) "~"
(call_expression) "ImageIO(void)"
(identifier) "ImageIO"
(argument_list) "(void)"
(() "("
(identifier) "void"
()) ")"
(;) ";"
(declaration) "static IplImage* loadImage(char* path);"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "IplImage"
(pointer_declarator) "* loadImage(char* path)"
(*) "*"
(function_declarator) "loadImage(char* path)"
(identifier) "loadImage"
(parameter_list) "(char* path)"
(() "("
(parameter_declaration) "char* path"
(primitive_type) "char"
(pointer_declarator) "* path"
(*) "*"
(identifier) "path"
()) ")"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
| 62
| 0
|
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path);\n\t\n}", "parent": null, "children": [10], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 14, "column": 1}}, {"id": 10, "type": "identifier", "text": "ImageIO", "parent": 9, "children": [], "start_point": {"row": 6, "column": 6}, "end_point": {"row": 6, "column": 13}}, {"id": 11, "type": "labeled_statement", "text": "public:\n\tImageIO(void);", "parent": 9, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 9, "column": 15}}, {"id": 12, "type": "call_expression", "text": "ImageIO(void)", "parent": 11, "children": [13, 14], "start_point": {"row": 9, "column": 1}, "end_point": {"row": 9, "column": 14}}, {"id": 13, "type": "identifier", "text": "ImageIO", "parent": 12, "children": [], "start_point": {"row": 9, "column": 1}, "end_point": {"row": 9, "column": 8}}, {"id": 14, "type": "argument_list", "text": "(void)", "parent": 12, "children": [15], "start_point": {"row": 9, "column": 8}, "end_point": {"row": 9, "column": 14}}, {"id": 15, "type": "identifier", "text": "void", "parent": 14, "children": [], "start_point": {"row": 9, "column": 9}, "end_point": {"row": 9, "column": 13}}, {"id": 16, "type": "unary_expression", "text": "~ImageIO(void)", "parent": 9, "children": [17, 18], "start_point": {"row": 10, "column": 1}, "end_point": {"row": 10, "column": 15}}, {"id": 17, "type": "~", "text": "~", "parent": 16, "children": [], "start_point": {"row": 10, "column": 1}, "end_point": {"row": 10, "column": 2}}, {"id": 18, "type": "call_expression", "text": "ImageIO(void)", "parent": 16, "children": [19, 20], "start_point": {"row": 10, "column": 2}, "end_point": {"row": 10, "column": 15}}, {"id": 19, "type": "identifier", "text": "ImageIO", "parent": 18, "children": [], "start_point": {"row": 10, "column": 2}, "end_point": {"row": 10, "column": 9}}, {"id": 20, "type": "argument_list", "text": "(void)", "parent": 18, "children": [21], "start_point": {"row": 10, "column": 9}, "end_point": {"row": 10, "column": 15}}, {"id": 21, "type": "identifier", "text": "void", "parent": 20, "children": [], "start_point": {"row": 10, "column": 10}, "end_point": {"row": 10, "column": 14}}, {"id": 22, "type": "declaration", "text": "static IplImage* loadImage(char* path);", "parent": 9, "children": [23, 24], "start_point": {"row": 12, "column": 1}, "end_point": {"row": 12, "column": 40}}, {"id": 23, "type": "type_identifier", "text": "IplImage", "parent": 22, "children": [], "start_point": {"row": 12, "column": 8}, "end_point": {"row": 12, "column": 16}}, {"id": 24, "type": "pointer_declarator", "text": "* loadImage(char* path)", "parent": 22, "children": [25, 26], "start_point": {"row": 12, "column": 16}, "end_point": {"row": 12, "column": 39}}, {"id": 25, "type": "*", "text": "*", "parent": 24, "children": [], "start_point": {"row": 12, "column": 16}, "end_point": {"row": 12, "column": 17}}, {"id": 26, "type": "function_declarator", "text": "loadImage(char* path)", "parent": 24, "children": [27, 28], "start_point": {"row": 12, "column": 18}, "end_point": {"row": 12, "column": 39}}, {"id": 27, "type": "identifier", "text": "loadImage", "parent": 26, "children": [], "start_point": {"row": 12, "column": 18}, "end_point": {"row": 12, "column": 27}}, {"id": 28, "type": "parameter_list", "text": "(char* path)", "parent": 26, "children": [29], "start_point": {"row": 12, "column": 27}, "end_point": {"row": 12, "column": 39}}, {"id": 29, "type": "parameter_declaration", "text": "char* path", "parent": 28, "children": [30, 31], "start_point": {"row": 12, "column": 28}, "end_point": {"row": 12, "column": 38}}, {"id": 30, "type": "primitive_type", "text": "char", "parent": 29, "children": [], "start_point": {"row": 12, "column": 28}, "end_point": {"row": 12, "column": 32}}, {"id": 31, "type": "pointer_declarator", "text": "* path", "parent": 29, "children": [32, 33], "start_point": {"row": 12, "column": 32}, "end_point": {"row": 12, "column": 38}}, {"id": 32, "type": "*", "text": "*", "parent": 31, "children": [], "start_point": {"row": 12, "column": 32}, "end_point": {"row": 12, "column": 33}}, {"id": 33, "type": "identifier", "text": "path", "parent": 31, "children": [], "start_point": {"row": 12, "column": 34}, "end_point": {"row": 12, "column": 38}}]}, "node_categories": {"declarations": {"functions": [9, 26], "variables": [22, 29], "classes": [], "imports": [3, 4, 6, 7], "modules": [], "enums": []}, "statements": {"expressions": [12, 16, 18], "assignments": [], "loops": [], "conditionals": [10, 13, 15, 19, 21, 23, 27, 33], "returns": [], "exceptions": []}, "expressions": {"calls": [0], "literals": [5, 8], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 9, "universal_type": "function", "name": "ImageIO", "text_snippet": "class ImageIO\n{\npublic:\n\tImageIO(void);\n\t~ImageIO(void);\n\n\tstatic IplImage* loadImage(char* path);\n\t"}, {"node_id": 26, "universal_type": "function", "name": "unknown", "text_snippet": "loadImage(char* path)"}], "class_declarations": [], "import_statements": [{"node_id": 3, "text": "#include \"stdafx.h\"\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include \"opencv2/imgproc/imgproc_c.h\"\n"}, {"node_id": 7, "text": "#include"}]}, "original_source_code": "#pragma once\n\n#include \"stdafx.h\"\n\n#include \"opencv2/imgproc/imgproc_c.h\"\n\nclass ImageIO\n{\npublic:\n\tImageIO(void);\n\t~ImageIO(void);\n\n\tstatic IplImage* loadImage(char* path);\n\t\n};\n"}
| 246
|
c
|
/*
* Copyright 2013, <NAME> <<EMAIL>>.
* Copyright 2021, <NAME> <<EMAIL>>.
* All rights reserved. Distributed under the terms of the MIT License.
*/
#ifndef PARAGRAPH_LAYOUT_H
#define PARAGRAPH_LAYOUT_H
#include <vector>
#include <Font.h>
#include <Referenceable.h>
#include <String.h>
#include "CharacterStyle.h"
#include "List.h"
#include "Paragraph.h"
class BView;
class GlyphInfo {
public:
GlyphInfo()
:
charCode(0),
x(0.0f),
width(0.0f),
lineIndex(0)
{
}
GlyphInfo(uint32 charCode, float x, float width, int32 lineIndex)
:
charCode(charCode),
x(x),
width(width),
lineIndex(lineIndex)
{
}
GlyphInfo(const GlyphInfo& other)
:
charCode(other.charCode),
x(other.x),
width(other.width),
lineIndex(other.lineIndex)
{
}
GlyphInfo& operator=(const GlyphInfo& other)
{
charCode = other.charCode;
x = other.x;
width = other.width;
lineIndex = other.lineIndex;
return *this;
}
bool operator==(const GlyphInfo& other) const
{
return charCode == other.charCode
&& x == other.x
&& width == other.width
&& lineIndex == other.lineIndex;
}
bool operator!=(const GlyphInfo& other) const
{
return !(*this == other);
}
public:
uint32 charCode;
float x;
float width;
int32 lineIndex;
};
class LineInfo {
public:
LineInfo()
:
textOffset(0),
y(0.0f),
height(0.0f),
maxAscent(0.0f),
maxDescent(0.0f),
extraGlyphSpacing(0.0f),
extraWhiteSpacing(0.0f),
layoutedSpans()
{
}
LineInfo(int32 textOffset, float y, float height, float maxAscent,
float maxDescent)
:
textOffset(textOffset),
y(y),
height(height),
maxAscent(maxAscent),
maxDescent(maxDescent),
extraGlyphSpacing(0.0f),
extraWhiteSpacing(0.0f),
layoutedSpans()
{
}
LineInfo(const LineInfo& other)
:
textOffset(other.textOffset),
y(other.y),
height(other.height),
maxAscent(other.maxAscent),
maxDescent(other.maxDescent),
extraGlyphSpacing(other.extraGlyphSpacing),
extraWhiteSpacing(other.extraWhiteSpacing),
layoutedSpans(other.layoutedSpans)
{
}
LineInfo& operator=(const LineInfo& other)
{
textOffset = other.textOffset;
y = other.y;
height = other.height;
maxAscent = other.maxAscent;
maxDescent = other.maxDescent;
extraGlyphSpacing = other.extraGlyphSpacing;
extraWhiteSpacing = other.extraWhiteSpacing;
layoutedSpans = other.layoutedSpans;
return *this;
}
bool operator==(const LineInfo& other) const
{
return textOffset == other.textOffset
&& y == other.y
&& height == other.height
&& maxAscent == other.maxAscent
&& maxDescent == other.maxDescent
&& extraGlyphSpacing == other.extraGlyphSpacing
&& extraWhiteSpacing == other.extraWhiteSpacing
&& layoutedSpans == other.layoutedSpans;
}
bool operator!=(const LineInfo& other) const
{
return !(*this == other);
}
public:
int32 textOffset;
float y;
float height;
float maxAscent;
float maxDescent;
float extraGlyphSpacing;
float extraWhiteSpacing;
std::vector<TextSpan>
layoutedSpans;
};
class ParagraphLayout : public BReferenceable {
public:
ParagraphLayout();
ParagraphLayout(const Paragraph& paragraph);
ParagraphLayout(const ParagraphLayout& other);
virtual ~ParagraphLayout();
void SetParagraph(const Paragraph& paragraph);
const ParagraphStyle& Style() const
{ return fParagraphStyle; }
void SetWidth(float width);
float Width() const
{ return fWidth; }
float Height();
void Draw(BView* view, const BPoint& offset);
int32 CountGlyphs() const;
int32 CountLines();
int32 LineIndexForOffset(int32 textOffset);
int32 FirstOffsetOnLine(int32 lineIndex);
int32 LastOffsetOnLine(int32 lineIndex);
void GetLineBounds(int32 lineIndex,
float& x1, float& y1,
float& x2, float& y2);
void GetTextBounds(int32 textOffset,
float& x1, float& y1,
float& x2, float& y2);
int32 TextOffsetAt(float x, float y,
bool& rightOfCenter);
private:
void _Init();
void _ValidateLayout();
void _Layout();
void _ApplyAlignment();
bool _AppendGlyphInfos(const TextSpan& span);
bool _AppendGlyphInfo(uint32 charCode,
float advanceX,
const CharacterStyle& style);
bool _FinalizeLine(int lineStart, int lineEnd,
int lineIndex, float y, float& lineHeight);
void _IncludeStyleInLine(LineInfo& line,
const CharacterStyle& style);
void _DrawLine(BView* view, const BPoint& offset,
const LineInfo& line) const;
void _DrawSpan(BView* view, BPoint offset,
const TextSpan& span,
int32 textOffset) const;
void _GetEmptyLayoutBounds(float& x1, float& y1,
float& x2, float& y2) const;
void _AppendTextSpans(const Paragraph& paragraph);
private:
std::vector<TextSpan>
fTextSpans;
ParagraphStyle fParagraphStyle;
float fWidth;
bool fLayoutValid;
std::vector<GlyphInfo>
fGlyphInfos;
std::vector<LineInfo>
fLineInfos;
};
typedef BReference<ParagraphLayout> ParagraphLayoutRef;
#endif // PARAGRAPH_LAYOUT_H
| 23.6
| 210
|
(translation_unit) "/*\n * Copyright 2013, <NAME> <<EMAIL>>.\n * Copyright 2021, <NAME> <<EMAIL>>.\n * All rights reserved. Distributed under the terms of the MIT License.\n */\n#ifndef PARAGRAPH_LAYOUT_H\n#define PARAGRAPH_LAYOUT_H\n\n#include <vector>\n\n#include <Font.h>\n#include <Referenceable.h>\n#include <String.h>\n\n#include "CharacterStyle.h"\n#include "List.h"\n#include "Paragraph.h"\n\n\nclass BView;\n\n\nclass GlyphInfo {\npublic:\n GlyphInfo()\n :\n charCode(0),\n x(0.0f),\n width(0.0f),\n lineIndex(0)\n {\n }\n\n GlyphInfo(uint32 charCode, float x, float width, int32 lineIndex)\n :\n charCode(charCode),\n x(x),\n width(width),\n lineIndex(lineIndex)\n {\n }\n\n GlyphInfo(const GlyphInfo& other)\n :\n charCode(other.charCode),\n x(other.x),\n width(other.width),\n lineIndex(other.lineIndex)\n {\n }\n\n GlyphInfo& operator=(const GlyphInfo& other)\n {\n charCode = other.charCode;\n x = other.x;\n width = other.width;\n lineIndex = other.lineIndex;\n return *this;\n }\n\n bool operator==(const GlyphInfo& other) const\n {\n return charCode == other.charCode\n && x == other.x\n && width == other.width\n && lineIndex == other.lineIndex;\n }\n\n bool operator!=(const GlyphInfo& other) const\n {\n return !(*this == other);\n }\n\npublic:\n uint32 charCode;\n\n float x;\n float width;\n\n int32 lineIndex;\n};\n\n\nclass LineInfo {\npublic:\n LineInfo()\n :\n textOffset(0),\n y(0.0f),\n height(0.0f),\n maxAscent(0.0f),\n maxDescent(0.0f),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)\n :\n textOffset(textOffset),\n y(y),\n height(height),\n maxAscent(maxAscent),\n maxDescent(maxDescent),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)\n :\n textOffset(other.textOffset),\n y(other.y),\n height(other.height),\n maxAscent(other.maxAscent),\n maxDescent(other.maxDescent),\n extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset;\n y = other.y;\n height = other.height;\n maxAscent = other.maxAscent;\n maxDescent = other.maxDescent;\n extraGlyphSpacing = other.extraGlyphSpacing;\n extraWhiteSpacing = other.extraWhiteSpacing;\n layoutedSpans = other.layoutedSpans;\n return *this;\n }\n\n bool operator==(const LineInfo& other) const\n {\n return textOffset == other.textOffset\n && y == other.y\n && height == other.height\n && maxAscent == other.maxAscent\n && maxDescent == other.maxDescent\n && extraGlyphSpacing == other.extraGlyphSpacing\n && extraWhiteSpacing == other.extraWhiteSpacing\n && layoutedSpans == other.layoutedSpans;\n }\n\n bool operator!=(const LineInfo& other) const\n {\n return !(*this == other);\n }\n\npublic:\n int32 textOffset;\n\n float y;\n float height;\n\n float maxAscent;\n float maxDescent;\n\n float extraGlyphSpacing;\n float extraWhiteSpacing;\n\n std::vector<TextSpan>\n layoutedSpans;\n};\n\n\nclass ParagraphLayout : public BReferenceable {\npublic:\n ParagraphLayout();\n ParagraphLayout(const Paragraph& paragraph);\n ParagraphLayout(const ParagraphLayout& other);\n virtual ~ParagraphLayout();\n\n void SetParagraph(const Paragraph& paragraph);\n const ParagraphStyle& Style() const\n { return fParagraphStyle; }\n\n void SetWidth(float width);\n float Width() const\n { return fWidth; }\n\n float Height();\n void Draw(BView* view, const BPoint& offset);\n\n int32 CountGlyphs() const;\n int32 CountLines();\n\n int32 LineIndexForOffset(int32 textOffset);\n int32 FirstOffsetOnLine(int32 lineIndex);\n int32 LastOffsetOnLine(int32 lineIndex);\n\n void GetLineBounds(int32 lineIndex,\n float& x1, float& y1,\n float& x2, float& y2);\n\n void GetTextBounds(int32 textOffset,\n float& x1, float& y1,\n float& x2, float& y2);\n\n int32 TextOffsetAt(float x, float y,\n bool& rightOfCenter);\n\nprivate:\n void _Init();\n\n void _ValidateLayout();\n void _Layout();\n void _ApplyAlignment();\n\n bool _AppendGlyphInfos(const TextSpan& span);\n bool _AppendGlyphInfo(uint32 charCode,\n float advanceX,\n const CharacterStyle& style);\n\n bool _FinalizeLine(int lineStart, int lineEnd,\n int lineIndex, float y, float& lineHeight);\n\n void _IncludeStyleInLine(LineInfo& line,\n const CharacterStyle& style);\n\n void _DrawLine(BView* view, const BPoint& offset,\n const LineInfo& line) const;\n void _DrawSpan(BView* view, BPoint offset,\n const TextSpan& span,\n int32 textOffset) const;\n\n void _GetEmptyLayoutBounds(float& x1, float& y1,\n float& x2, float& y2) const;\n\n void _AppendTextSpans(const Paragraph& paragraph);\n\nprivate:\n std::vector<TextSpan>\n fTextSpans;\n ParagraphStyle fParagraphStyle;\n\n float fWidth;\n bool fLayoutValid;\n\n std::vector<GlyphInfo>\n fGlyphInfos;\n std::vector<LineInfo>\n fLineInfos;\n};\n\n\ntypedef BReference<ParagraphLayout> ParagraphLayoutRef;\n\n\n#endif // PARAGRAPH_LAYOUT_H\n"
(comment) "/*\n * Copyright 2013, <NAME> <<EMAIL>>.\n * Copyright 2021, <NAME> <<EMAIL>>.\n * All rights reserved. Distributed under the terms of the MIT License.\n */"
(preproc_ifdef) "#ifndef PARAGRAPH_LAYOUT_H\n#define PARAGRAPH_LAYOUT_H\n\n#include <vector>\n\n#include <Font.h>\n#include <Referenceable.h>\n#include <String.h>\n\n#include "CharacterStyle.h"\n#include "List.h"\n#include "Paragraph.h"\n\n\nclass BView;\n\n\nclass GlyphInfo {\npublic:\n GlyphInfo()\n :\n charCode(0),\n x(0.0f),\n width(0.0f),\n lineIndex(0)\n {\n }\n\n GlyphInfo(uint32 charCode, float x, float width, int32 lineIndex)\n :\n charCode(charCode),\n x(x),\n width(width),\n lineIndex(lineIndex)\n {\n }\n\n GlyphInfo(const GlyphInfo& other)\n :\n charCode(other.charCode),\n x(other.x),\n width(other.width),\n lineIndex(other.lineIndex)\n {\n }\n\n GlyphInfo& operator=(const GlyphInfo& other)\n {\n charCode = other.charCode;\n x = other.x;\n width = other.width;\n lineIndex = other.lineIndex;\n return *this;\n }\n\n bool operator==(const GlyphInfo& other) const\n {\n return charCode == other.charCode\n && x == other.x\n && width == other.width\n && lineIndex == other.lineIndex;\n }\n\n bool operator!=(const GlyphInfo& other) const\n {\n return !(*this == other);\n }\n\npublic:\n uint32 charCode;\n\n float x;\n float width;\n\n int32 lineIndex;\n};\n\n\nclass LineInfo {\npublic:\n LineInfo()\n :\n textOffset(0),\n y(0.0f),\n height(0.0f),\n maxAscent(0.0f),\n maxDescent(0.0f),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)\n :\n textOffset(textOffset),\n y(y),\n height(height),\n maxAscent(maxAscent),\n maxDescent(maxDescent),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)\n :\n textOffset(other.textOffset),\n y(other.y),\n height(other.height),\n maxAscent(other.maxAscent),\n maxDescent(other.maxDescent),\n extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset;\n y = other.y;\n height = other.height;\n maxAscent = other.maxAscent;\n maxDescent = other.maxDescent;\n extraGlyphSpacing = other.extraGlyphSpacing;\n extraWhiteSpacing = other.extraWhiteSpacing;\n layoutedSpans = other.layoutedSpans;\n return *this;\n }\n\n bool operator==(const LineInfo& other) const\n {\n return textOffset == other.textOffset\n && y == other.y\n && height == other.height\n && maxAscent == other.maxAscent\n && maxDescent == other.maxDescent\n && extraGlyphSpacing == other.extraGlyphSpacing\n && extraWhiteSpacing == other.extraWhiteSpacing\n && layoutedSpans == other.layoutedSpans;\n }\n\n bool operator!=(const LineInfo& other) const\n {\n return !(*this == other);\n }\n\npublic:\n int32 textOffset;\n\n float y;\n float height;\n\n float maxAscent;\n float maxDescent;\n\n float extraGlyphSpacing;\n float extraWhiteSpacing;\n\n std::vector<TextSpan>\n layoutedSpans;\n};\n\n\nclass ParagraphLayout : public BReferenceable {\npublic:\n ParagraphLayout();\n ParagraphLayout(const Paragraph& paragraph);\n ParagraphLayout(const ParagraphLayout& other);\n virtual ~ParagraphLayout();\n\n void SetParagraph(const Paragraph& paragraph);\n const ParagraphStyle& Style() const\n { return fParagraphStyle; }\n\n void SetWidth(float width);\n float Width() const\n { return fWidth; }\n\n float Height();\n void Draw(BView* view, const BPoint& offset);\n\n int32 CountGlyphs() const;\n int32 CountLines();\n\n int32 LineIndexForOffset(int32 textOffset);\n int32 FirstOffsetOnLine(int32 lineIndex);\n int32 LastOffsetOnLine(int32 lineIndex);\n\n void GetLineBounds(int32 lineIndex,\n float& x1, float& y1,\n float& x2, float& y2);\n\n void GetTextBounds(int32 textOffset,\n float& x1, float& y1,\n float& x2, float& y2);\n\n int32 TextOffsetAt(float x, float y,\n bool& rightOfCenter);\n\nprivate:\n void _Init();\n\n void _ValidateLayout();\n void _Layout();\n void _ApplyAlignment();\n\n bool _AppendGlyphInfos(const TextSpan& span);\n bool _AppendGlyphInfo(uint32 charCode,\n float advanceX,\n const CharacterStyle& style);\n\n bool _FinalizeLine(int lineStart, int lineEnd,\n int lineIndex, float y, float& lineHeight);\n\n void _IncludeStyleInLine(LineInfo& line,\n const CharacterStyle& style);\n\n void _DrawLine(BView* view, const BPoint& offset,\n const LineInfo& line) const;\n void _DrawSpan(BView* view, BPoint offset,\n const TextSpan& span,\n int32 textOffset) const;\n\n void _GetEmptyLayoutBounds(float& x1, float& y1,\n float& x2, float& y2) const;\n\n void _AppendTextSpans(const Paragraph& paragraph);\n\nprivate:\n std::vector<TextSpan>\n fTextSpans;\n ParagraphStyle fParagraphStyle;\n\n float fWidth;\n bool fLayoutValid;\n\n std::vector<GlyphInfo>\n fGlyphInfos;\n std::vector<LineInfo>\n fLineInfos;\n};\n\n\ntypedef BReference<ParagraphLayout> ParagraphLayoutRef;\n\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "PARAGRAPH_LAYOUT_H"
(preproc_def) "#define PARAGRAPH_LAYOUT_H\n"
(#define) "#define"
(identifier) "PARAGRAPH_LAYOUT_H"
(preproc_include) "#include <vector>\n"
(#include) "#include"
(system_lib_string) "<vector>"
(preproc_include) "#include <Font.h>\n"
(#include) "#include"
(system_lib_string) "<Font.h>"
(preproc_include) "#include <Referenceable.h>\n"
(#include) "#include"
(system_lib_string) "<Referenceable.h>"
(preproc_include) "#include <String.h>\n"
(#include) "#include"
(system_lib_string) "<String.h>"
(preproc_include) "#include "CharacterStyle.h"\n"
(#include) "#include"
(string_literal) ""CharacterStyle.h""
(") """
(string_content) "CharacterStyle.h"
(") """
(preproc_include) "#include "List.h"\n"
(#include) "#include"
(string_literal) ""List.h""
(") """
(string_content) "List.h"
(") """
(preproc_include) "#include "Paragraph.h"\n"
(#include) "#include"
(string_literal) ""Paragraph.h""
(") """
(string_content) "Paragraph.h"
(") """
(declaration) "class BView;"
(type_identifier) "class"
(identifier) "BView"
(;) ";"
(function_definition) "class GlyphInfo {\npublic:\n GlyphInfo()\n :\n charCode(0),\n x(0.0f),\n width(0.0f),\n lineIndex(0)\n {\n }\n\n GlyphInfo(uint32 charCode, float x, float width, int32 lineIndex)\n :\n charCode(charCode),\n x(x),\n width(width),\n lineIndex(lineIndex)\n {\n }\n\n GlyphInfo(const GlyphInfo& other)\n :\n charCode(other.charCode),\n x(other.x),\n width(other.width),\n lineIndex(other.lineIndex)\n {\n }\n\n GlyphInfo& operator=(const GlyphInfo& other)\n {\n charCode = other.charCode;\n x = other.x;\n width = other.width;\n lineIndex = other.lineIndex;\n return *this;\n }\n\n bool operator==(const GlyphInfo& other) const\n {\n return charCode == other.charCode\n && x == other.x\n && width == other.width\n && lineIndex == other.lineIndex;\n }\n\n bool operator!=(const GlyphInfo& other) const\n {\n return !(*this == other);\n }\n\npublic:\n uint32 charCode;\n\n float x;\n float width;\n\n int32 lineIndex;\n}"
(type_identifier) "class"
(identifier) "GlyphInfo"
(compound_statement) "{\npublic:\n GlyphInfo()\n :\n charCode(0),\n x(0.0f),\n width(0.0f),\n lineIndex(0)\n {\n }\n\n GlyphInfo(uint32 charCode, float x, float width, int32 lineIndex)\n :\n charCode(charCode),\n x(x),\n width(width),\n lineIndex(lineIndex)\n {\n }\n\n GlyphInfo(const GlyphInfo& other)\n :\n charCode(other.charCode),\n x(other.x),\n width(other.width),\n lineIndex(other.lineIndex)\n {\n }\n\n GlyphInfo& operator=(const GlyphInfo& other)\n {\n charCode = other.charCode;\n x = other.x;\n width = other.width;\n lineIndex = other.lineIndex;\n return *this;\n }\n\n bool operator==(const GlyphInfo& other) const\n {\n return charCode == other.charCode\n && x == other.x\n && width == other.width\n && lineIndex == other.lineIndex;\n }\n\n bool operator!=(const GlyphInfo& other) const\n {\n return !(*this == other);\n }\n\npublic:\n uint32 charCode;\n\n float x;\n float width;\n\n int32 lineIndex;\n}"
({) "{"
(labeled_statement) "public:\n GlyphInfo()\n :\n charCode(0),\n x(0.0f),\n width(0.0f),\n lineIndex(0)"
(statement_identifier) "public"
(ERROR) ":\n GlyphInfo()"
(:) ":"
(call_expression) "GlyphInfo()"
(identifier) "GlyphInfo"
(argument_list) "()"
(() "("
()) ")"
(:) ":"
(expression_statement) "charCode(0),\n x(0.0f),\n width(0.0f),\n lineIndex(0)"
(comma_expression) "charCode(0),\n x(0.0f),\n width(0.0f),\n lineIndex(0)"
(call_expression) "charCode(0)"
(identifier) "charCode"
(argument_list) "(0)"
(() "("
(number_literal) "0"
()) ")"
(,) ","
(comma_expression) "x(0.0f),\n width(0.0f),\n lineIndex(0)"
(call_expression) "x(0.0f)"
(identifier) "x"
(argument_list) "(0.0f)"
(() "("
(number_literal) "0.0f"
()) ")"
(,) ","
(comma_expression) "width(0.0f),\n lineIndex(0)"
(call_expression) "width(0.0f)"
(identifier) "width"
(argument_list) "(0.0f)"
(() "("
(number_literal) "0.0f"
()) ")"
(,) ","
(call_expression) "lineIndex(0)"
(identifier) "lineIndex"
(argument_list) "(0)"
(() "("
(number_literal) "0"
()) ")"
(;) ""
(compound_statement) "{\n }"
({) "{"
(}) "}"
(declaration) "GlyphInfo(uint32 charCode, float x, float width, int32 lineIndex)\n :\n charCode(charCode),\n x(x),\n width(width),\n lineIndex(lineIndex)\n {\n }\n\n GlyphInfo(const GlyphInfo& other)\n :\n charCode(other.charCode),\n x(other.x),\n width(other.width),\n lineIndex(other.lineIndex)\n {\n }\n\n GlyphInfo& operator=(const GlyphInfo& other)"
(macro_type_specifier) "GlyphInfo(uint32"
(identifier) "GlyphInfo"
(() "("
(type_descriptor) "uint32"
(type_identifier) "uint32"
()) ""
(identifier) "charCode"
(,) ","
(identifier) "float"
(ERROR) "x"
(identifier) "x"
(,) ","
(identifier) "float"
(ERROR) "width"
(identifier) "width"
(,) ","
(ERROR) "int32 lineIndex)\n :"
(identifier) "int32"
(identifier) "lineIndex"
()) ")"
(:) ":"
(function_declarator) "charCode(charCode)"
(identifier) "charCode"
(parameter_list) "(charCode)"
(() "("
(parameter_declaration) "charCode"
(type_identifier) "charCode"
()) ")"
(,) ","
(function_declarator) "x(x)"
(identifier) "x"
(parameter_list) "(x)"
(() "("
(parameter_declaration) "x"
(type_identifier) "x"
()) ")"
(,) ","
(function_declarator) "width(width)"
(identifier) "width"
(parameter_list) "(width)"
(() "("
(parameter_declaration) "width"
(type_identifier) "width"
()) ")"
(,) ","
(ERROR) "lineIndex(lineIndex)\n {\n }\n\n GlyphInfo(const GlyphInfo& other)\n :\n charCode(other.charCode),"
(function_declarator) "lineIndex(lineIndex)"
(identifier) "lineIndex"
(parameter_list) "(lineIndex)"
(() "("
(parameter_declaration) "lineIndex"
(type_identifier) "lineIndex"
()) ")"
({) "{"
(}) "}"
(function_declarator) "GlyphInfo(const GlyphInfo& other)\n :\n charCode(other.charCode)"
(identifier) "GlyphInfo"
(parameter_list) "(const GlyphInfo& other)"
(() "("
(parameter_declaration) "const GlyphInfo& other"
(type_qualifier) "const"
(const) "const"
(type_identifier) "GlyphInfo"
(ERROR) "&"
(&) "&"
(identifier) "other"
()) ")"
(ERROR) ":"
(:) ":"
(call_expression) "charCode(other.charCode)"
(identifier) "charCode"
(argument_list) "(other.charCode)"
(() "("
(ERROR) "other."
(identifier) "other"
(.) "."
(identifier) "charCode"
()) ")"
(,) ","
(function_declarator) "x(other.x)"
(identifier) "x"
(parameter_list) "(other.x)"
(() "("
(parameter_declaration) "other.x"
(type_identifier) "other"
(ERROR) "."
(.) "."
(identifier) "x"
()) ")"
(,) ","
(function_declarator) "width(other.width)"
(identifier) "width"
(parameter_list) "(other.width)"
(() "("
(parameter_declaration) "other.width"
(type_identifier) "other"
(ERROR) "."
(.) "."
(identifier) "width"
()) ")"
(,) ","
(ERROR) "lineIndex(other.lineIndex)\n {\n }\n\n GlyphInfo&"
(function_declarator) "lineIndex(other.lineIndex)"
(identifier) "lineIndex"
(parameter_list) "(other.lineIndex)"
(() "("
(parameter_declaration) "other.lineIndex"
(type_identifier) "other"
(ERROR) "."
(.) "."
(identifier) "lineIndex"
()) ")"
({) "{"
(}) "}"
(identifier) "GlyphInfo"
(&) "&"
(init_declarator) "operator=(const GlyphInfo& other)"
(identifier) "operator"
(=) "="
(parenthesized_expression) "(const GlyphInfo& other)"
(() "("
(ERROR) "const GlyphInfo"
(type_descriptor) "const GlyphInfo"
(type_qualifier) "const"
(const) "const"
(type_identifier) "GlyphInfo"
(pointer_expression) "& other"
(&) "&"
(identifier) "other"
()) ")"
(;) ""
(compound_statement) "{\n charCode = other.charCode;\n x = other.x;\n width = other.width;\n lineIndex = other.lineIndex;\n return *this;\n }"
({) "{"
(expression_statement) "charCode = other.charCode;"
(assignment_expression) "charCode = other.charCode"
(identifier) "charCode"
(=) "="
(field_expression) "other.charCode"
(identifier) "other"
(.) "."
(field_identifier) "charCode"
(;) ";"
(expression_statement) "x = other.x;"
(assignment_expression) "x = other.x"
(identifier) "x"
(=) "="
(field_expression) "other.x"
(identifier) "other"
(.) "."
(field_identifier) "x"
(;) ";"
(expression_statement) "width = other.width;"
(assignment_expression) "width = other.width"
(identifier) "width"
(=) "="
(field_expression) "other.width"
(identifier) "other"
(.) "."
(field_identifier) "width"
(;) ";"
(expression_statement) "lineIndex = other.lineIndex;"
(assignment_expression) "lineIndex = other.lineIndex"
(identifier) "lineIndex"
(=) "="
(field_expression) "other.lineIndex"
(identifier) "other"
(.) "."
(field_identifier) "lineIndex"
(;) ";"
(return_statement) "return *this;"
(return) "return"
(pointer_expression) "*this"
(*) "*"
(identifier) "this"
(;) ";"
(}) "}"
(ERROR) "bool operator==(const GlyphInfo& other) const"
(primitive_type) "bool"
(identifier) "operator"
(==) "=="
(() "("
(type_qualifier) "const"
(const) "const"
(type_identifier) "GlyphInfo"
(pointer_expression) "& other"
(&) "&"
(identifier) "other"
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{\n return charCode == other.charCode\n && x == other.x\n && width == other.width\n && lineIndex == other.lineIndex;\n }"
({) "{"
(return_statement) "return charCode == other.charCode\n && x == other.x\n && width == other.width\n && lineIndex == other.lineIndex;"
(return) "return"
(binary_expression) "charCode == other.charCode\n && x == other.x\n && width == other.width\n && lineIndex == other.lineIndex"
(binary_expression) "charCode == other.charCode\n && x == other.x\n && width == other.width"
(binary_expression) "charCode == other.charCode\n && x == other.x"
(binary_expression) "charCode == other.charCode"
(identifier) "charCode"
(==) "=="
(field_expression) "other.charCode"
(identifier) "other"
(.) "."
(field_identifier) "charCode"
(&&) "&&"
(binary_expression) "x == other.x"
(identifier) "x"
(==) "=="
(field_expression) "other.x"
(identifier) "other"
(.) "."
(field_identifier) "x"
(&&) "&&"
(binary_expression) "width == other.width"
(identifier) "width"
(==) "=="
(field_expression) "other.width"
(identifier) "other"
(.) "."
(field_identifier) "width"
(&&) "&&"
(binary_expression) "lineIndex == other.lineIndex"
(identifier) "lineIndex"
(==) "=="
(field_expression) "other.lineIndex"
(identifier) "other"
(.) "."
(field_identifier) "lineIndex"
(;) ";"
(}) "}"
(ERROR) "bool operator!=(const GlyphInfo& other) const"
(primitive_type) "bool"
(identifier) "operator"
(!=) "!="
(() "("
(type_qualifier) "const"
(const) "const"
(type_identifier) "GlyphInfo"
(pointer_expression) "& other"
(&) "&"
(identifier) "other"
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{\n return !(*this == other);\n }"
({) "{"
(return_statement) "return !(*this == other);"
(return) "return"
(unary_expression) "!(*this == other)"
(!) "!"
(parenthesized_expression) "(*this == other)"
(() "("
(binary_expression) "*this == other"
(pointer_expression) "*this"
(*) "*"
(identifier) "this"
(==) "=="
(identifier) "other"
()) ")"
(;) ";"
(}) "}"
(labeled_statement) "public:\n uint32 charCode;"
(statement_identifier) "public"
(:) ":"
(declaration) "uint32 charCode;"
(type_identifier) "uint32"
(identifier) "charCode"
(;) ";"
(declaration) "float x;"
(primitive_type) "float"
(identifier) "x"
(;) ";"
(declaration) "float width;"
(primitive_type) "float"
(identifier) "width"
(;) ";"
(declaration) "int32 lineIndex;"
(type_identifier) "int32"
(identifier) "lineIndex"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
(function_definition) "class LineInfo {\npublic:\n LineInfo()\n :\n textOffset(0),\n y(0.0f),\n height(0.0f),\n maxAscent(0.0f),\n maxDescent(0.0f),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)\n :\n textOffset(textOffset),\n y(y),\n height(height),\n maxAscent(maxAscent),\n maxDescent(maxDescent),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)\n :\n textOffset(other.textOffset),\n y(other.y),\n height(other.height),\n maxAscent(other.maxAscent),\n maxDescent(other.maxDescent),\n extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset;\n y = other.y;\n height = other.height;\n maxAscent = other.maxAscent;\n maxDescent = other.maxDescent;\n extraGlyphSpacing = other.extraGlyphSpacing;\n extraWhiteSpacing = other.extraWhiteSpacing;\n layoutedSpans = other.layoutedSpans;\n return *this;\n }"
(type_identifier) "class"
(identifier) "LineInfo"
(compound_statement) "{\npublic:\n LineInfo()\n :\n textOffset(0),\n y(0.0f),\n height(0.0f),\n maxAscent(0.0f),\n maxDescent(0.0f),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)\n :\n textOffset(textOffset),\n y(y),\n height(height),\n maxAscent(maxAscent),\n maxDescent(maxDescent),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)\n :\n textOffset(other.textOffset),\n y(other.y),\n height(other.height),\n maxAscent(other.maxAscent),\n maxDescent(other.maxDescent),\n extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset;\n y = other.y;\n height = other.height;\n maxAscent = other.maxAscent;\n maxDescent = other.maxDescent;\n extraGlyphSpacing = other.extraGlyphSpacing;\n extraWhiteSpacing = other.extraWhiteSpacing;\n layoutedSpans = other.layoutedSpans;\n return *this;\n }"
({) "{"
(labeled_statement) "public:\n LineInfo()\n :\n textOffset(0),\n y(0.0f),\n height(0.0f),\n maxAscent(0.0f),\n maxDescent(0.0f),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)\n :\n textOffset(textOffset),\n y(y),\n height(height),\n maxAscent(maxAscent),\n maxDescent(maxDescent),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)\n :\n textOffset(other.textOffset),\n y(other.y),\n height(other.height),\n maxAscent(other.maxAscent),\n maxDescent(other.maxDescent),\n extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset;"
(statement_identifier) "public"
(ERROR) ":\n LineInfo()\n :\n textOffset(0),\n y(0.0f),\n height(0.0f),\n maxAscent(0.0f),\n maxDescent(0.0f),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)\n :\n textOffset(textOffset),\n y(y),\n height(height),\n maxAscent(maxAscent),\n maxDescent(maxDescent),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)"
(:) ":"
(call_expression) "LineInfo()"
(identifier) "LineInfo"
(argument_list) "()"
(() "("
()) ")"
(:) ":"
(comma_expression) "textOffset(0),\n y(0.0f),\n height(0.0f),\n maxAscent(0.0f),\n maxDescent(0.0f),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)"
(call_expression) "textOffset(0)"
(identifier) "textOffset"
(argument_list) "(0)"
(() "("
(number_literal) "0"
()) ")"
(,) ","
(comma_expression) "y(0.0f),\n height(0.0f),\n maxAscent(0.0f),\n maxDescent(0.0f),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)"
(call_expression) "y(0.0f)"
(identifier) "y"
(argument_list) "(0.0f)"
(() "("
(number_literal) "0.0f"
()) ")"
(,) ","
(comma_expression) "height(0.0f),\n maxAscent(0.0f),\n maxDescent(0.0f),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)"
(call_expression) "height(0.0f)"
(identifier) "height"
(argument_list) "(0.0f)"
(() "("
(number_literal) "0.0f"
()) ")"
(,) ","
(comma_expression) "maxAscent(0.0f),\n maxDescent(0.0f),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)"
(call_expression) "maxAscent(0.0f)"
(identifier) "maxAscent"
(argument_list) "(0.0f)"
(() "("
(number_literal) "0.0f"
()) ")"
(,) ","
(comma_expression) "maxDescent(0.0f),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)"
(call_expression) "maxDescent(0.0f)"
(identifier) "maxDescent"
(argument_list) "(0.0f)"
(() "("
(number_literal) "0.0f"
()) ")"
(,) ","
(comma_expression) "extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)"
(call_expression) "extraGlyphSpacing(0.0f)"
(identifier) "extraGlyphSpacing"
(argument_list) "(0.0f)"
(() "("
(number_literal) "0.0f"
()) ")"
(,) ","
(comma_expression) "extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)"
(call_expression) "extraWhiteSpacing(0.0f)"
(identifier) "extraWhiteSpacing"
(argument_list) "(0.0f)"
(() "("
(number_literal) "0.0f"
()) ")"
(,) ","
(ERROR) "layoutedSpans()\n {\n }"
(call_expression) "layoutedSpans()"
(identifier) "layoutedSpans"
(argument_list) "()"
(() "("
()) ")"
({) "{"
(}) "}"
(call_expression) "LineInfo(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)"
(identifier) "LineInfo"
(argument_list) "(int32 textOffset, float y, float height, float maxAscent,\n float maxDescent)"
(() "("
(ERROR) "int32"
(identifier) "int32"
(identifier) "textOffset"
(,) ","
(identifier) "float"
(ERROR) "y"
(identifier) "y"
(,) ","
(ERROR) "float"
(identifier) "float"
(identifier) "height"
(,) ","
(ERROR) "float"
(identifier) "float"
(identifier) "maxAscent"
(,) ","
(ERROR) "float"
(identifier) "float"
(identifier) "maxDescent"
()) ")"
(:) ":"
(comma_expression) "textOffset(textOffset),\n y(y),\n height(height),\n maxAscent(maxAscent),\n maxDescent(maxDescent),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)"
(call_expression) "textOffset(textOffset)"
(identifier) "textOffset"
(argument_list) "(textOffset)"
(() "("
(identifier) "textOffset"
()) ")"
(,) ","
(comma_expression) "y(y),\n height(height),\n maxAscent(maxAscent),\n maxDescent(maxDescent),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)"
(call_expression) "y(y)"
(identifier) "y"
(argument_list) "(y)"
(() "("
(identifier) "y"
()) ")"
(,) ","
(comma_expression) "height(height),\n maxAscent(maxAscent),\n maxDescent(maxDescent),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)"
(call_expression) "height(height)"
(identifier) "height"
(argument_list) "(height)"
(() "("
(identifier) "height"
()) ")"
(,) ","
(comma_expression) "maxAscent(maxAscent),\n maxDescent(maxDescent),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)"
(call_expression) "maxAscent(maxAscent)"
(identifier) "maxAscent"
(argument_list) "(maxAscent)"
(() "("
(identifier) "maxAscent"
()) ")"
(,) ","
(comma_expression) "maxDescent(maxDescent),\n extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)"
(call_expression) "maxDescent(maxDescent)"
(identifier) "maxDescent"
(argument_list) "(maxDescent)"
(() "("
(identifier) "maxDescent"
()) ")"
(,) ","
(comma_expression) "extraGlyphSpacing(0.0f),\n extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)"
(call_expression) "extraGlyphSpacing(0.0f)"
(identifier) "extraGlyphSpacing"
(argument_list) "(0.0f)"
(() "("
(number_literal) "0.0f"
()) ")"
(,) ","
(comma_expression) "extraWhiteSpacing(0.0f),\n layoutedSpans()\n {\n }\n\n LineInfo(const LineInfo& other)"
(call_expression) "extraWhiteSpacing(0.0f)"
(identifier) "extraWhiteSpacing"
(argument_list) "(0.0f)"
(() "("
(number_literal) "0.0f"
()) ")"
(,) ","
(ERROR) "layoutedSpans()\n {\n }"
(call_expression) "layoutedSpans()"
(identifier) "layoutedSpans"
(argument_list) "()"
(() "("
()) ")"
({) "{"
(}) "}"
(call_expression) "LineInfo(const LineInfo& other)"
(identifier) "LineInfo"
(argument_list) "(const LineInfo& other)"
(() "("
(ERROR) "const"
(identifier) "const"
(binary_expression) "LineInfo& other"
(identifier) "LineInfo"
(&) "&"
(identifier) "other"
()) ")"
(:) ":"
(expression_statement) "textOffset(other.textOffset),\n y(other.y),\n height(other.height),\n maxAscent(other.maxAscent),\n maxDescent(other.maxDescent),\n extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset;"
(comma_expression) "textOffset(other.textOffset),\n y(other.y),\n height(other.height),\n maxAscent(other.maxAscent),\n maxDescent(other.maxDescent),\n extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset"
(call_expression) "textOffset(other.textOffset)"
(identifier) "textOffset"
(argument_list) "(other.textOffset)"
(() "("
(field_expression) "other.textOffset"
(identifier) "other"
(.) "."
(field_identifier) "textOffset"
()) ")"
(,) ","
(comma_expression) "y(other.y),\n height(other.height),\n maxAscent(other.maxAscent),\n maxDescent(other.maxDescent),\n extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset"
(call_expression) "y(other.y)"
(identifier) "y"
(argument_list) "(other.y)"
(() "("
(field_expression) "other.y"
(identifier) "other"
(.) "."
(field_identifier) "y"
()) ")"
(,) ","
(comma_expression) "height(other.height),\n maxAscent(other.maxAscent),\n maxDescent(other.maxDescent),\n extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset"
(call_expression) "height(other.height)"
(identifier) "height"
(argument_list) "(other.height)"
(() "("
(field_expression) "other.height"
(identifier) "other"
(.) "."
(field_identifier) "height"
()) ")"
(,) ","
(comma_expression) "maxAscent(other.maxAscent),\n maxDescent(other.maxDescent),\n extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset"
(call_expression) "maxAscent(other.maxAscent)"
(identifier) "maxAscent"
(argument_list) "(other.maxAscent)"
(() "("
(field_expression) "other.maxAscent"
(identifier) "other"
(.) "."
(field_identifier) "maxAscent"
()) ")"
(,) ","
(comma_expression) "maxDescent(other.maxDescent),\n extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset"
(call_expression) "maxDescent(other.maxDescent)"
(identifier) "maxDescent"
(argument_list) "(other.maxDescent)"
(() "("
(field_expression) "other.maxDescent"
(identifier) "other"
(.) "."
(field_identifier) "maxDescent"
()) ")"
(,) ","
(comma_expression) "extraGlyphSpacing(other.extraGlyphSpacing),\n extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset"
(call_expression) "extraGlyphSpacing(other.extraGlyphSpacing)"
(identifier) "extraGlyphSpacing"
(argument_list) "(other.extraGlyphSpacing)"
(() "("
(field_expression) "other.extraGlyphSpacing"
(identifier) "other"
(.) "."
(field_identifier) "extraGlyphSpacing"
()) ")"
(,) ","
(comma_expression) "extraWhiteSpacing(other.extraWhiteSpacing),\n layoutedSpans(other.layoutedSpans)\n {\n }\n\n LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset"
(call_expression) "extraWhiteSpacing(other.extraWhiteSpacing)"
(identifier) "extraWhiteSpacing"
(argument_list) "(other.extraWhiteSpacing)"
(() "("
(field_expression) "other.extraWhiteSpacing"
(identifier) "other"
(.) "."
(field_identifier) "extraWhiteSpacing"
()) ")"
(,) ","
(ERROR) "layoutedSpans(other.layoutedSpans)\n {\n }"
(call_expression) "layoutedSpans(other.layoutedSpans)"
(identifier) "layoutedSpans"
(argument_list) "(other.layoutedSpans)"
(() "("
(field_expression) "other.layoutedSpans"
(identifier) "other"
(.) "."
(field_identifier) "layoutedSpans"
()) ")"
({) "{"
(}) "}"
(binary_expression) "LineInfo& operator=(const LineInfo& other)\n {\n textOffset = other.textOffset"
(identifier) "LineInfo"
(&) "&"
(assignment_expression) "operator=(const LineInfo& other)\n {\n textOffset = other.textOffset"
(identifier) "operator"
(=) "="
(assignment_expression) "(const LineInfo& other)\n {\n textOffset = other.textOffset"
(parenthesized_expression) "(const LineInfo& other)"
(() "("
(ERROR) "const LineInfo"
(type_descriptor) "const LineInfo"
(type_qualifier) "const"
(const) "const"
(type_identifier) "LineInfo"
(pointer_expression) "& other"
(&) "&"
(identifier) "other"
()) ")"
(ERROR) "{\n textOffset"
({) "{"
(identifier) "textOffset"
(=) "="
(field_expression) "other.textOffset"
(identifier) "other"
(.) "."
(field_identifier) "textOffset"
(;) ";"
(expression_statement) "y = other.y;"
(assignment_expression) "y = other.y"
(identifier) "y"
(=) "="
(field_expression) "other.y"
(identifier) "other"
(.) "."
(field_identifier) "y"
(;) ";"
(expression_statement) "height = other.height;"
(assignment_expression) "height = other.height"
(identifier) "height"
(=) "="
(field_expression) "other.height"
(identifier) "other"
(.) "."
(field_identifier) "height"
(;) ";"
(expression_statement) "maxAscent = other.maxAscent;"
(assignment_expression) "maxAscent = other.maxAscent"
(identifier) "maxAscent"
(=) "="
(field_expression) "other.maxAscent"
(identifier) "other"
(.) "."
(field_identifier) "maxAscent"
(;) ";"
(expression_statement) "maxDescent = other.maxDescent;"
(assignment_expression) "maxDescent = other.maxDescent"
(identifier) "maxDescent"
(=) "="
(field_expression) "other.maxDescent"
(identifier) "other"
(.) "."
(field_identifier) "maxDescent"
(;) ";"
(expression_statement) "extraGlyphSpacing = other.extraGlyphSpacing;"
(assignment_expression) "extraGlyphSpacing = other.extraGlyphSpacing"
(identifier) "extraGlyphSpacing"
(=) "="
(field_expression) "other.extraGlyphSpacing"
(identifier) "other"
(.) "."
(field_identifier) "extraGlyphSpacing"
(;) ";"
(expression_statement) "extraWhiteSpacing = other.extraWhiteSpacing;"
(assignment_expression) "extraWhiteSpacing = other.extraWhiteSpacing"
(identifier) "extraWhiteSpacing"
(=) "="
(field_expression) "other.extraWhiteSpacing"
(identifier) "other"
(.) "."
(field_identifier) "extraWhiteSpacing"
(;) ";"
(expression_statement) "layoutedSpans = other.layoutedSpans;"
(assignment_expression) "layoutedSpans = other.layoutedSpans"
(identifier) "layoutedSpans"
(=) "="
(field_expression) "other.layoutedSpans"
(identifier) "other"
(.) "."
(field_identifier) "layoutedSpans"
(;) ";"
(return_statement) "return *this;"
(return) "return"
(pointer_expression) "*this"
(*) "*"
(identifier) "this"
(;) ";"
(}) "}"
(ERROR) "bool operator==(const LineInfo& other) const"
(primitive_type) "bool"
(identifier) "operator"
(==) "=="
(() "("
(type_qualifier) "const"
(const) "const"
(type_identifier) "LineInfo"
(pointer_expression) "& other"
(&) "&"
(identifier) "other"
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{\n return textOffset == other.textOffset\n && y == other.y\n && height == other.height\n && maxAscent == other.maxAscent\n && maxDescent == other.maxDescent\n && extraGlyphSpacing == other.extraGlyphSpacing\n && extraWhiteSpacing == other.extraWhiteSpacing\n && layoutedSpans == other.layoutedSpans;\n }"
({) "{"
(return_statement) "return textOffset == other.textOffset\n && y == other.y\n && height == other.height\n && maxAscent == other.maxAscent\n && maxDescent == other.maxDescent\n && extraGlyphSpacing == other.extraGlyphSpacing\n && extraWhiteSpacing == other.extraWhiteSpacing\n && layoutedSpans == other.layoutedSpans;"
(return) "return"
(binary_expression) "textOffset == other.textOffset\n && y == other.y\n && height == other.height\n && maxAscent == other.maxAscent\n && maxDescent == other.maxDescent\n && extraGlyphSpacing == other.extraGlyphSpacing\n && extraWhiteSpacing == other.extraWhiteSpacing\n && layoutedSpans == other.layoutedSpans"
(binary_expression) "textOffset == other.textOffset\n && y == other.y\n && height == other.height\n && maxAscent == other.maxAscent\n && maxDescent == other.maxDescent\n && extraGlyphSpacing == other.extraGlyphSpacing\n && extraWhiteSpacing == other.extraWhiteSpacing"
(binary_expression) "textOffset == other.textOffset\n && y == other.y\n && height == other.height\n && maxAscent == other.maxAscent\n && maxDescent == other.maxDescent\n && extraGlyphSpacing == other.extraGlyphSpacing"
(binary_expression) "textOffset == other.textOffset\n && y == other.y\n && height == other.height\n && maxAscent == other.maxAscent\n && maxDescent == other.maxDescent"
(binary_expression) "textOffset == other.textOffset\n && y == other.y\n && height == other.height\n && maxAscent == other.maxAscent"
(binary_expression) "textOffset == other.textOffset\n && y == other.y\n && height == other.height"
(binary_expression) "textOffset == other.textOffset\n && y == other.y"
(binary_expression) "textOffset == other.textOffset"
(identifier) "textOffset"
(==) "=="
(field_expression) "other.textOffset"
(identifier) "other"
(.) "."
(field_identifier) "textOffset"
(&&) "&&"
(binary_expression) "y == other.y"
(identifier) "y"
(==) "=="
(field_expression) "other.y"
(identifier) "other"
(.) "."
(field_identifier) "y"
(&&) "&&"
(binary_expression) "height == other.height"
(identifier) "height"
(==) "=="
(field_expression) "other.height"
(identifier) "other"
(.) "."
(field_identifier) "height"
(&&) "&&"
(binary_expression) "maxAscent == other.maxAscent"
(identifier) "maxAscent"
(==) "=="
(field_expression) "other.maxAscent"
(identifier) "other"
(.) "."
(field_identifier) "maxAscent"
(&&) "&&"
(binary_expression) "maxDescent == other.maxDescent"
(identifier) "maxDescent"
(==) "=="
(field_expression) "other.maxDescent"
(identifier) "other"
(.) "."
(field_identifier) "maxDescent"
(&&) "&&"
(binary_expression) "extraGlyphSpacing == other.extraGlyphSpacing"
(identifier) "extraGlyphSpacing"
(==) "=="
(field_expression) "other.extraGlyphSpacing"
(identifier) "other"
(.) "."
(field_identifier) "extraGlyphSpacing"
(&&) "&&"
(binary_expression) "extraWhiteSpacing == other.extraWhiteSpacing"
(identifier) "extraWhiteSpacing"
(==) "=="
(field_expression) "other.extraWhiteSpacing"
(identifier) "other"
(.) "."
(field_identifier) "extraWhiteSpacing"
(&&) "&&"
(binary_expression) "layoutedSpans == other.layoutedSpans"
(identifier) "layoutedSpans"
(==) "=="
(field_expression) "other.layoutedSpans"
(identifier) "other"
(.) "."
(field_identifier) "layoutedSpans"
(;) ";"
(}) "}"
(ERROR) "bool operator!=(const LineInfo& other) const"
(primitive_type) "bool"
(identifier) "operator"
(!=) "!="
(() "("
(type_qualifier) "const"
(const) "const"
(type_identifier) "LineInfo"
(pointer_expression) "& other"
(&) "&"
(identifier) "other"
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{\n return !(*this == other);\n }"
({) "{"
(return_statement) "return !(*this == other);"
(return) "return"
(unary_expression) "!(*this == other)"
(!) "!"
(parenthesized_expression) "(*this == other)"
(() "("
(binary_expression) "*this == other"
(pointer_expression) "*this"
(*) "*"
(identifier) "this"
(==) "=="
(identifier) "other"
()) ")"
(;) ";"
(}) "}"
(labeled_statement) "public:\n int32 textOffset;"
(statement_identifier) "public"
(:) ":"
(declaration) "int32 textOffset;"
(type_identifier) "int32"
(identifier) "textOffset"
(;) ";"
(declaration) "float y;"
(primitive_type) "float"
(identifier) "y"
(;) ";"
(declaration) "float height;"
(primitive_type) "float"
(identifier) "height"
(;) ";"
(declaration) "float maxAscent;"
(primitive_type) "float"
(identifier) "maxAscent"
(;) ";"
(declaration) "float maxDescent;"
(primitive_type) "float"
(identifier) "maxDescent"
(;) ";"
(declaration) "float extraGlyphSpacing;"
(primitive_type) "float"
(identifier) "extraGlyphSpacing"
(;) ";"
(declaration) "float extraWhiteSpacing;"
(primitive_type) "float"
(identifier) "extraWhiteSpacing"
(;) ";"
(labeled_statement) "std::vector<TextSpan>\n layoutedSpans;"
(statement_identifier) "std"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "vector<TextSpan>\n layoutedSpans;"
(binary_expression) "vector<TextSpan>\n layoutedSpans"
(binary_expression) "vector<TextSpan"
(identifier) "vector"
(<) "<"
(identifier) "TextSpan"
(>) ">"
(identifier) "layoutedSpans"
(;) ";"
(ERROR) "}"
(}) "}"
(expression_statement) ";"
(;) ";"
(ERROR) "class ParagraphLayout : public BReferenceable {\npublic:\n ParagraphLayout();\n ParagraphLayout(const Paragraph& paragraph);\n ParagraphLayout(const ParagraphLayout& other);\n virtual ~ParagraphLayout();\n\n void SetParagraph(const Paragraph& paragraph);\n const ParagraphStyle& Style() const\n { return fParagraphStyle; }\n\n void SetWidth(float width);\n float Width() const\n { return fWidth; }\n\n float Height();\n void Draw(BView* view, const BPoint& offset);\n\n int32 CountGlyphs() const;\n int32 CountLines();\n\n int32 LineIndexForOffset(int32 textOffset);\n int32 FirstOffsetOnLine(int32 lineIndex);\n int32 LastOffsetOnLine(int32 lineIndex);\n\n void GetLineBounds(int32 lineIndex,\n float& x1, float& y1,\n float& x2, float& y2);\n\n void GetTextBounds(int32 textOffset,\n float& x1, float& y1,\n float& x2, float& y2);\n\n int32 TextOffsetAt(float x, float y,\n bool& rightOfCenter);\n\nprivate:\n void _Init();\n\n void _ValidateLayout();\n void _Layout();\n void _ApplyAlignment();\n\n bool _AppendGlyphInfos(const TextSpan& span);\n bool _AppendGlyphInfo(uint32 charCode,\n float advanceX,\n const CharacterStyle& style);\n\n bool _FinalizeLine(int lineStart, int lineEnd,\n int lineIndex, float y, float& lineHeight);\n\n void _IncludeStyleInLine(LineInfo& line,\n const CharacterStyle& style);\n\n void _DrawLine(BView* view, const BPoint& offset,\n const LineInfo& line) const;\n void _DrawSpan(BView* view, BPoint offset,\n const TextSpan& span,\n int32 textOffset) const;\n\n void _GetEmptyLayoutBounds(float& x1, float& y1,\n float& x2, float& y2) const;\n\n void _AppendTextSpans(const Paragraph& paragraph);\n\nprivate:\n std::vector<TextSpan>\n fTextSpans;\n ParagraphStyle fParagraphStyle;\n\n float fWidth;\n bool fLayoutValid;\n\n std::vector<GlyphInfo>\n fGlyphInfos;\n std::vector<LineInfo>\n fLineInfos;\n};\n\n\ntypedef BReference<ParagraphLayout> ParagraphLayoutRef;"
(type_identifier) "class"
(identifier) "ParagraphLayout"
(ERROR) ": public BReferenceable"
(:) ":"
(identifier) "public"
(identifier) "BReferenceable"
({) "{"
(labeled_statement) "public:\n ParagraphLayout();"
(statement_identifier) "public"
(:) ":"
(expression_statement) "ParagraphLayout();"
(call_expression) "ParagraphLayout()"
(identifier) "ParagraphLayout"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(macro_type_specifier) "ParagraphLayout(const Paragraph& paragraph)"
(identifier) "ParagraphLayout"
(() "("
(type_descriptor) "const Paragraph"
(type_qualifier) "const"
(const) "const"
(type_identifier) "Paragraph"
(ERROR) "& paragraph"
(&) "&"
(identifier) "paragraph"
()) ")"
(;) ";"
(macro_type_specifier) "ParagraphLayout(const ParagraphLayout& other)"
(identifier) "ParagraphLayout"
(() "("
(type_descriptor) "const ParagraphLayout"
(type_qualifier) "const"
(const) "const"
(type_identifier) "ParagraphLayout"
(ERROR) "& other"
(&) "&"
(identifier) "other"
()) ")"
(;) ";"
(declaration) "virtual ~ParagraphLayout();"
(type_identifier) "virtual"
(ERROR) "~"
(~) "~"
(function_declarator) "ParagraphLayout()"
(identifier) "ParagraphLayout"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void SetParagraph(const Paragraph& paragraph);"
(primitive_type) "void"
(function_declarator) "SetParagraph(const Paragraph& paragraph)"
(identifier) "SetParagraph"
(parameter_list) "(const Paragraph& paragraph)"
(() "("
(parameter_declaration) "const Paragraph& paragraph"
(type_qualifier) "const"
(const) "const"
(type_identifier) "Paragraph"
(ERROR) "&"
(&) "&"
(identifier) "paragraph"
()) ")"
(;) ";"
(ERROR) "const ParagraphStyle& Style() const"
(type_qualifier) "const"
(const) "const"
(type_identifier) "ParagraphStyle"
(ERROR) "&"
(&) "&"
(function_declarator) "Style()"
(identifier) "Style"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{ return fParagraphStyle; }"
({) "{"
(return_statement) "return fParagraphStyle;"
(return) "return"
(identifier) "fParagraphStyle"
(;) ";"
(}) "}"
(declaration) "void SetWidth(float width);"
(primitive_type) "void"
(function_declarator) "SetWidth(float width)"
(identifier) "SetWidth"
(parameter_list) "(float width)"
(() "("
(parameter_declaration) "float width"
(primitive_type) "float"
(identifier) "width"
()) ")"
(;) ";"
(ERROR) "float Width() const"
(primitive_type) "float"
(function_declarator) "Width()"
(identifier) "Width"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{ return fWidth; }"
({) "{"
(return_statement) "return fWidth;"
(return) "return"
(identifier) "fWidth"
(;) ";"
(}) "}"
(declaration) "float Height();"
(primitive_type) "float"
(function_declarator) "Height()"
(identifier) "Height"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void Draw(BView* view, const BPoint& offset);"
(primitive_type) "void"
(function_declarator) "Draw(BView* view, const BPoint& offset)"
(identifier) "Draw"
(parameter_list) "(BView* view, const BPoint& offset)"
(() "("
(parameter_declaration) "BView* view"
(type_identifier) "BView"
(pointer_declarator) "* view"
(*) "*"
(identifier) "view"
(,) ","
(parameter_declaration) "const BPoint& offset"
(type_qualifier) "const"
(const) "const"
(type_identifier) "BPoint"
(ERROR) "&"
(&) "&"
(identifier) "offset"
()) ")"
(;) ";"
(type_identifier) "int32"
(function_declarator) "CountGlyphs()"
(identifier) "CountGlyphs"
(parameter_list) "()"
(() "("
()) ")"
(declaration) "const;\n int32 CountLines();"
(type_qualifier) "const"
(const) "const"
(ERROR) ";"
(;) ";"
(type_identifier) "int32"
(function_declarator) "CountLines()"
(identifier) "CountLines"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "int32 LineIndexForOffset(int32 textOffset);"
(type_identifier) "int32"
(function_declarator) "LineIndexForOffset(int32 textOffset)"
(identifier) "LineIndexForOffset"
(parameter_list) "(int32 textOffset)"
(() "("
(parameter_declaration) "int32 textOffset"
(type_identifier) "int32"
(identifier) "textOffset"
()) ")"
(;) ";"
(declaration) "int32 FirstOffsetOnLine(int32 lineIndex);"
(type_identifier) "int32"
(function_declarator) "FirstOffsetOnLine(int32 lineIndex)"
(identifier) "FirstOffsetOnLine"
(parameter_list) "(int32 lineIndex)"
(() "("
(parameter_declaration) "int32 lineIndex"
(type_identifier) "int32"
(identifier) "lineIndex"
()) ")"
(;) ";"
(declaration) "int32 LastOffsetOnLine(int32 lineIndex);"
(type_identifier) "int32"
(function_declarator) "LastOffsetOnLine(int32 lineIndex)"
(identifier) "LastOffsetOnLine"
(parameter_list) "(int32 lineIndex)"
(() "("
(parameter_declaration) "int32 lineIndex"
(type_identifier) "int32"
(identifier) "lineIndex"
()) ")"
(;) ";"
(declaration) "void GetLineBounds(int32 lineIndex,\n float& x1, float& y1,\n float& x2, float& y2);"
(primitive_type) "void"
(function_declarator) "GetLineBounds(int32 lineIndex,\n float& x1, float& y1,\n float& x2, float& y2)"
(identifier) "GetLineBounds"
(parameter_list) "(int32 lineIndex,\n float& x1, float& y1,\n float& x2, float& y2)"
(() "("
(parameter_declaration) "int32 lineIndex"
(type_identifier) "int32"
(identifier) "lineIndex"
(,) ","
(parameter_declaration) "float& x1"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "x1"
(,) ","
(parameter_declaration) "float& y1"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "y1"
(,) ","
(parameter_declaration) "float& x2"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "x2"
(,) ","
(parameter_declaration) "float& y2"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "y2"
()) ")"
(;) ";"
(declaration) "void GetTextBounds(int32 textOffset,\n float& x1, float& y1,\n float& x2, float& y2);"
(primitive_type) "void"
(function_declarator) "GetTextBounds(int32 textOffset,\n float& x1, float& y1,\n float& x2, float& y2)"
(identifier) "GetTextBounds"
(parameter_list) "(int32 textOffset,\n float& x1, float& y1,\n float& x2, float& y2)"
(() "("
(parameter_declaration) "int32 textOffset"
(type_identifier) "int32"
(identifier) "textOffset"
(,) ","
(parameter_declaration) "float& x1"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "x1"
(,) ","
(parameter_declaration) "float& y1"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "y1"
(,) ","
(parameter_declaration) "float& x2"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "x2"
(,) ","
(parameter_declaration) "float& y2"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "y2"
()) ")"
(;) ";"
(declaration) "int32 TextOffsetAt(float x, float y,\n bool& rightOfCenter);"
(type_identifier) "int32"
(function_declarator) "TextOffsetAt(float x, float y,\n bool& rightOfCenter)"
(identifier) "TextOffsetAt"
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(identifier) "rightOfCenter"
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(identifier) "_Init"
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(() "("
()) ")"
(;) ";"
(declaration) "void _ValidateLayout();"
(primitive_type) "void"
(function_declarator) "_ValidateLayout()"
(identifier) "_ValidateLayout"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void _Layout();"
(primitive_type) "void"
(function_declarator) "_Layout()"
(identifier) "_Layout"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void _ApplyAlignment();"
(primitive_type) "void"
(function_declarator) "_ApplyAlignment()"
(identifier) "_ApplyAlignment"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "bool _AppendGlyphInfos(const TextSpan& span);"
(primitive_type) "bool"
(function_declarator) "_AppendGlyphInfos(const TextSpan& span)"
(identifier) "_AppendGlyphInfos"
(parameter_list) "(const TextSpan& span)"
(() "("
(parameter_declaration) "const TextSpan& span"
(type_qualifier) "const"
(const) "const"
(type_identifier) "TextSpan"
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(&) "&"
(identifier) "span"
()) ")"
(;) ";"
(declaration) "bool _AppendGlyphInfo(uint32 charCode,\n float advanceX,\n const CharacterStyle& style);"
(primitive_type) "bool"
(function_declarator) "_AppendGlyphInfo(uint32 charCode,\n float advanceX,\n const CharacterStyle& style)"
(identifier) "_AppendGlyphInfo"
(parameter_list) "(uint32 charCode,\n float advanceX,\n const CharacterStyle& style)"
(() "("
(parameter_declaration) "uint32 charCode"
(type_identifier) "uint32"
(identifier) "charCode"
(,) ","
(parameter_declaration) "float advanceX"
(primitive_type) "float"
(identifier) "advanceX"
(,) ","
(parameter_declaration) "const CharacterStyle& style"
(type_qualifier) "const"
(const) "const"
(type_identifier) "CharacterStyle"
(ERROR) "&"
(&) "&"
(identifier) "style"
()) ")"
(;) ";"
(declaration) "bool _FinalizeLine(int lineStart, int lineEnd,\n int lineIndex, float y, float& lineHeight);"
(primitive_type) "bool"
(function_declarator) "_FinalizeLine(int lineStart, int lineEnd,\n int lineIndex, float y, float& lineHeight)"
(identifier) "_FinalizeLine"
(parameter_list) "(int lineStart, int lineEnd,\n int lineIndex, float y, float& lineHeight)"
(() "("
(parameter_declaration) "int lineStart"
(primitive_type) "int"
(identifier) "lineStart"
(,) ","
(parameter_declaration) "int lineEnd"
(primitive_type) "int"
(identifier) "lineEnd"
(,) ","
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(,) ","
(parameter_declaration) "float y"
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(identifier) "y"
(,) ","
(parameter_declaration) "float& lineHeight"
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(ERROR) "&"
(&) "&"
(identifier) "lineHeight"
()) ")"
(;) ";"
(declaration) "void _IncludeStyleInLine(LineInfo& line,\n const CharacterStyle& style);"
(primitive_type) "void"
(function_declarator) "_IncludeStyleInLine(LineInfo& line,\n const CharacterStyle& style)"
(identifier) "_IncludeStyleInLine"
(parameter_list) "(LineInfo& line,\n const CharacterStyle& style)"
(() "("
(parameter_declaration) "LineInfo& line"
(type_identifier) "LineInfo"
(ERROR) "&"
(&) "&"
(identifier) "line"
(,) ","
(parameter_declaration) "const CharacterStyle& style"
(type_qualifier) "const"
(const) "const"
(type_identifier) "CharacterStyle"
(ERROR) "&"
(&) "&"
(identifier) "style"
()) ")"
(;) ";"
(ERROR) "void _DrawLine(BView* view, const BPoint& offset,\n const LineInfo& line) const;\n void _DrawSpan(BView* view, BPoint offset,\n const TextSpan& span,\n int32 textOffset) const;\n\n void _GetEmptyLayoutBounds(float& x1, float& y1,\n float& x2, float& y2) const;"
(primitive_type) "void"
(function_declarator) "_DrawLine(BView* view, const BPoint& offset,\n const LineInfo& line) const"
(identifier) "_DrawLine"
(parameter_list) "(BView* view, const BPoint& offset,\n const LineInfo& line)"
(() "("
(parameter_declaration) "BView* view"
(type_identifier) "BView"
(pointer_declarator) "* view"
(*) "*"
(identifier) "view"
(,) ","
(parameter_declaration) "const BPoint& offset"
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(const) "const"
(type_identifier) "BPoint"
(ERROR) "&"
(&) "&"
(identifier) "offset"
(,) ","
(parameter_declaration) "const LineInfo& line"
(type_qualifier) "const"
(const) "const"
(type_identifier) "LineInfo"
(ERROR) "&"
(&) "&"
(identifier) "line"
()) ")"
(identifier) "const"
(;) ";"
(primitive_type) "void"
(function_declarator) "_DrawSpan(BView* view, BPoint offset,\n const TextSpan& span,\n int32 textOffset) const"
(identifier) "_DrawSpan"
(parameter_list) "(BView* view, BPoint offset,\n const TextSpan& span,\n int32 textOffset)"
(() "("
(parameter_declaration) "BView* view"
(type_identifier) "BView"
(pointer_declarator) "* view"
(*) "*"
(identifier) "view"
(,) ","
(parameter_declaration) "BPoint offset"
(type_identifier) "BPoint"
(identifier) "offset"
(,) ","
(parameter_declaration) "const TextSpan& span"
(type_qualifier) "const"
(const) "const"
(type_identifier) "TextSpan"
(ERROR) "&"
(&) "&"
(identifier) "span"
(,) ","
(parameter_declaration) "int32 textOffset"
(type_identifier) "int32"
(identifier) "textOffset"
()) ")"
(identifier) "const"
(;) ";"
(primitive_type) "void"
(function_declarator) "_GetEmptyLayoutBounds(float& x1, float& y1,\n float& x2, float& y2) const"
(identifier) "_GetEmptyLayoutBounds"
(parameter_list) "(float& x1, float& y1,\n float& x2, float& y2)"
(() "("
(parameter_declaration) "float& x1"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "x1"
(,) ","
(parameter_declaration) "float& y1"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "y1"
(,) ","
(parameter_declaration) "float& x2"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "x2"
(,) ","
(parameter_declaration) "float& y2"
(primitive_type) "float"
(ERROR) "&"
(&) "&"
(identifier) "y2"
()) ")"
(identifier) "const"
(;) ";"
(declaration) "void _AppendTextSpans(const Paragraph& paragraph);"
(primitive_type) "void"
(function_declarator) "_AppendTextSpans(const Paragraph& paragraph)"
(identifier) "_AppendTextSpans"
(parameter_list) "(const Paragraph& paragraph)"
(() "("
(parameter_declaration) "const Paragraph& paragraph"
(type_qualifier) "const"
(const) "const"
(type_identifier) "Paragraph"
(ERROR) "&"
(&) "&"
(identifier) "paragraph"
()) ")"
(;) ";"
(declaration) "private:\n std::vector<TextSpan>\n fTextSpans;"
(type_identifier) "private"
(ERROR) ":\n std::vector<TextSpan>"
(:) ":"
(identifier) "std"
(:) ":"
(:) ":"
(identifier) "vector"
(<) "<"
(identifier) "TextSpan"
(>) ">"
(identifier) "fTextSpans"
(;) ";"
(declaration) "ParagraphStyle fParagraphStyle;"
(type_identifier) "ParagraphStyle"
(identifier) "fParagraphStyle"
(;) ";"
(declaration) "float fWidth;"
(primitive_type) "float"
(identifier) "fWidth"
(;) ";"
(declaration) "bool fLayoutValid;"
(primitive_type) "bool"
(identifier) "fLayoutValid"
(;) ";"
(declaration) "std::vector<GlyphInfo>\n fGlyphInfos;"
(type_identifier) "std"
(ERROR) "::vector<GlyphInfo>"
(:) ":"
(:) ":"
(identifier) "vector"
(<) "<"
(identifier) "GlyphInfo"
(>) ">"
(identifier) "fGlyphInfos"
(;) ";"
(declaration) "std::vector<LineInfo>\n fLineInfos;"
(type_identifier) "std"
(ERROR) "::vector<LineInfo>"
(:) ":"
(:) ":"
(identifier) "vector"
(<) "<"
(identifier) "LineInfo"
(>) ">"
(identifier) "fLineInfos"
(;) ";"
(ERROR) "};\n\n\ntypedef"
(}) "}"
(;) ";"
(typedef) "typedef"
(declaration) "BReference<ParagraphLayout> ParagraphLayoutRef;"
(type_identifier) "BReference"
(ERROR) "<ParagraphLayout>"
(<) "<"
(identifier) "ParagraphLayout"
(>) ">"
(identifier) "ParagraphLayoutRef"
(;) ";"
(#endif) "#endif"
(comment) "// PARAGRAPH_LAYOUT_H"
| 1,487
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|
{"language": "c", "success": true, "metadata": {"lines": 210, "avg_line_length": 23.6, "nodes": 912, "errors": 0, "source_hash": "d12da5adf905b56a29651dd6162503e85e5f858e4983b96896944328492e08ae", "categorized_nodes": 671}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef PARAGRAPH_LAYOUT_H\n#define PARAGRAPH_LAYOUT_H\n\n#include <vector>\n\n#include <Font.h>\n#include <Referenceable.h>\n#include <String.h>\n\n#include \"CharacterStyle.h\"\n#include \"List.h\"\n#include \"Paragraph.h\"\n\n\nclass BView;\n\n\nclass GlyphInfo {\npublic:\n\tGlyphInfo()\n\t\t:\n\t\tcharCode(0),\n\t\tx(0.0f),\n\t\twidth(0.0f),\n\t\tlineIndex(0)\n\t{\n\t}\n\n\tGlyphInfo(uint32 charCode, float x, float width, int32 lineIndex)\n\t\t:\n\t\tcharCode(charCode),\n\t\tx(x),\n\t\twidth(width),\n\t\tlineIndex(lineIndex)\n\t{\n\t}\n\n\tGlyphInfo(const GlyphInfo& other)\n\t\t:\n\t\tcharCode(other.charCode),\n\t\tx(other.x),\n\t\twidth(other.width),\n\t\tlineIndex(other.lineIndex)\n\t{\n\t}\n\n\tGlyphInfo& operator=(const GlyphInfo& other)\n\t{\n\t\tcharCode = other.charCode;\n\t\tx = other.x;\n\t\twidth = other.width;\n\t\tlineIndex = other.lineIndex;\n\t\treturn *this;\n\t}\n\n\tbool operator==(const GlyphInfo& other) const\n\t{\n\t\treturn charCode == other.charCode\n\t\t\t&& x == other.x\n\t\t\t&& width == other.width\n\t\t\t&& lineIndex == other.lineIndex;\n\t}\n\n\tbool operator!=(const GlyphInfo& other) const\n\t{\n\t\treturn !(*this == other);\n\t}\n\npublic:\n\tuint32\t\t\t\t\tcharCode;\n\n\tfloat\t\t\t\t\tx;\n\tfloat\t\t\t\t\twidth;\n\n\tint32\t\t\t\t\tlineIndex;\n};\n\n\nclass LineInfo {\npublic:\n\tLineInfo()\n\t\t:\n\t\ttextOffset(0),\n\t\ty(0.0f),\n\t\theight(0.0f),\n\t\tmaxAscent(0.0f),\n\t\tmaxDescent(0.0f),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)\n\t\t:\n\t\ttextOffset(textOffset),\n\t\ty(y),\n\t\theight(height),\n\t\tmaxAscent(maxAscent),\n\t\tmaxDescent(maxDescent),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(const LineInfo& other)\n\t\t:\n\t\ttextOffset(other.textOffset),\n\t\ty(other.y),\n\t\theight(other.height),\n\t\tmaxAscent(other.maxAscent),\n\t\tmaxDescent(other.maxDescent),\n\t\textraGlyphSpacing(other.extraGlyphSpacing),\n\t\textraWhiteSpacing(other.extraWhiteSpacing),\n\t\tlayoutedSpans(other.layoutedSpans)\n\t{\n\t}\n\n\tLineInfo& operator=(const LineInfo& other)\n\t{\n\t\ttextOffset = other.textOffset;\n\t\ty = other.y;\n\t\theight = other.height;\n\t\tmaxAscent = other.maxAscent;\n\t\tmaxDescent = other.maxDescent;\n\t\textraGlyphSpacing = other.extraGlyphSpacing;\n\t\textraWhiteSpacing = other.extraWhiteSpacing;\n\t\tlayoutedSpans = other.layoutedSpans;\n\t\treturn *this;\n\t}\n\n\tbool operator==(const LineInfo& other) const\n\t{\n\t\treturn textOffset == other.textOffset\n\t\t\t&& y == other.y\n\t\t\t&& height == other.height\n\t\t\t&& maxAscent == other.maxAscent\n\t\t\t&& maxDescent == other.maxDescent\n\t\t\t&& extraGlyphSpacing == other.extraGlyphSpacing\n\t\t\t&& extraWhiteSpacing == other.extraWhiteSpacing\n\t\t\t&& layoutedSpans == other.layoutedSpans;\n\t}\n\n\tbool operator!=(const LineInfo& other) const\n\t{\n\t\treturn !(*this == other);\n\t}\n\npublic:\n\tint32\t\t\ttextOffset;\n\n\tfloat\t\t\ty;\n\tfloat\t\t\theight;\n\n\tfloat\t\t\tmaxAscent;\n\tfloat\t\t\tmaxDescent;\n\n\tfloat\t\t\textraGlyphSpacing;\n\tfloat\t\t\textraWhiteSpacing;\n\n\tstd::vector<TextSpan>\n\t\t\t\t\tlayoutedSpans;\n};\n\n\nclass ParagraphLayout : public BReferenceable {\npublic:\n\t\t\t\t\t\t\t\tParagraphLayout();\n\t\t\t\t\t\t\t\tParagraphLayout(const Paragraph& paragraph);\n\t\t\t\t\t\t\t\tParagraphLayout(const ParagraphLayout& other);\n\tvirtual\t\t\t\t\t\t~ParagraphLayout();\n\n\t\t\tvoid\t\t\t\tSetParagraph(const Paragraph& paragraph);\n\t\t\tconst ParagraphStyle& Style() const\n\t\t\t\t\t\t\t\t\t{ return fParagraphStyle; }\n\n\t\t\tvoid\t\t\t\tSetWidth(float width);\n\t\t\tfloat\t\t\t\tWidth() const\n\t\t\t\t\t\t\t\t\t{ return fWidth; }\n\n\t\t\tfloat\t\t\t\tHeight();\n\t\t\tvoid\t\t\t\tDraw(BView* view, const BPoint& offset);\n\n\t\t\tint32\t\t\t\tCountGlyphs() const;\n\t\t\tint32\t\t\t\tCountLines();\n\n\t\t\tint32\t\t\t\tLineIndexForOffset(int32 textOffset);\n\t\t\tint32\t\t\t\tFirstOffsetOnLine(int32 lineIndex);\n\t\t\tint32\t\t\t\tLastOffsetOnLine(int32 lineIndex);\n\n\t\t\tvoid\t\t\t\tGetLineBounds(int32 lineIndex,\n\t\t\t\t\t\t\t\t\tfloat& x1, float& y1,\n\t\t\t\t\t\t\t\t\tfloat& x2, float& y2);\n\n\t\t\tvoid\t\t\t\tGetTextBounds(int32 textOffset,\n\t\t\t\t\t\t\t\t\tfloat& x1, float& y1,\n\t\t\t\t\t\t\t\t\tfloat& x2, float& y2);\n\n\t\t\tint32\t\t\t\tTextOffsetAt(float x, float y,\n\t\t\t\t\t\t\t\t\tbool& rightOfCenter);\n\nprivate:\n\t\t\tvoid\t\t\t\t_Init();\n\n\t\t\tvoid\t\t\t\t_ValidateLayout();\n\t\t\tvoid\t\t\t\t_Layout();\n\t\t\tvoid\t\t\t\t_ApplyAlignment();\n\n\t\t\tbool\t\t\t\t_AppendGlyphInfos(const TextSpan& span);\n\t\t\tbool\t\t\t\t_AppendGlyphInfo(uint32 charCode,\n\t\t\t\t\t\t\t\t\tfloat advanceX,\n\t\t\t\t\t\t\t\t\tconst CharacterStyle& style);\n\n\t\t\tbool\t\t\t\t_FinalizeLine(int lineStart, int lineEnd,\n\t\t\t\t\t\t\t\t\tint lineIndex, float y, float& lineHeight);\n\n\t\t\tvoid\t\t\t\t_IncludeStyleInLine(LineInfo& line,\n\t\t\t\t\t\t\t\t\tconst CharacterStyle& style);\n\n\t\t\tvoid\t\t\t\t_DrawLine(BView* view, const BPoint& offset,\n\t\t\t\t\t\t\t\t\tconst LineInfo& line) const;\n\t\t\tvoid\t\t\t\t_DrawSpan(BView* view, BPoint offset,\n\t\t\t\t\t\t\t\t\tconst TextSpan& span,\n\t\t\t\t\t\t\t\t\tint32 textOffset) const;\n\n\t\t\tvoid\t\t\t\t_GetEmptyLayoutBounds(float& x1, float& y1,\n\t\t\t\t\t\t\t\t\tfloat& x2, float& y2) const;\n\n\t\t\tvoid\t\t\t\t_AppendTextSpans(const Paragraph& paragraph);\n\nprivate:\n\t\t\tstd::vector<TextSpan>\n\t\t\t\t\t\t\t\tfTextSpans;\n\t\t\tParagraphStyle\t\tfParagraphStyle;\n\n\t\t\tfloat\t\t\t\tfWidth;\n\t\t\tbool\t\t\t\tfLayoutValid;\n\n\t\t\tstd::vector<GlyphInfo>\n\t\t\t\t\t\t\t\tfGlyphInfos;\n\t\t\tstd::vector<LineInfo>\n\t\t\t\t\t\t\t\tfLineInfos;\n};\n\n\ntypedef BReference<ParagraphLayout> ParagraphLayoutRef;\n\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 15, 18, 21, 24, 27, 29, 228, 457, 527, 544, 548, 551, 554, 557, 560, 563, 566, 575, 911], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 255, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 7}}, {"id": 2, "type": "identifier", "text": "PARAGRAPH_LAYOUT_H", "parent": 0, "children": [], "start_point": {"row": 5, "column": 8}, "end_point": {"row": 5, "column": 26}}, {"id": 3, "type": "preproc_def", "text": "#define PARAGRAPH_LAYOUT_H\n", "parent": 0, "children": [4, 5], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 7, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 7}}, {"id": 5, "type": "identifier", "text": "PARAGRAPH_LAYOUT_H", "parent": 3, "children": [], "start_point": {"row": 6, "column": 8}, "end_point": {"row": 6, "column": 26}}, {"id": 6, "type": "preproc_include", "text": "#include <vector>\n", "parent": 0, "children": [7, 8], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 9, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<vector>", "parent": 6, "children": [], "start_point": {"row": 8, "column": 9}, "end_point": {"row": 8, "column": 17}}, {"id": 9, "type": "preproc_include", "text": "#include <Font.h>\n", "parent": 0, "children": [10, 11], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 11, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 8}}, {"id": 11, "type": "system_lib_string", "text": "<Font.h>", "parent": 9, "children": [], "start_point": {"row": 10, "column": 9}, "end_point": {"row": 10, "column": 17}}, {"id": 12, "type": "preproc_include", "text": "#include <Referenceable.h>\n", "parent": 0, "children": [13, 14], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 12, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 11, "column": 8}}, {"id": 14, "type": "system_lib_string", "text": "<Referenceable.h>", "parent": 12, "children": [], "start_point": {"row": 11, "column": 9}, "end_point": {"row": 11, "column": 26}}, {"id": 15, "type": "preproc_include", "text": "#include <String.h>\n", "parent": 0, "children": [16, 17], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 13, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 12, "column": 8}}, {"id": 17, "type": "system_lib_string", "text": "<String.h>", "parent": 15, "children": [], "start_point": {"row": 12, "column": 9}, "end_point": {"row": 12, "column": 19}}, {"id": 18, "type": "preproc_include", "text": "#include \"CharacterStyle.h\"\n", "parent": 0, "children": [19, 20], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 15, "column": 0}}, {"id": 19, "type": "#include", "text": "#include", "parent": 18, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 8}}, {"id": 20, "type": "string_literal", "text": "\"CharacterStyle.h\"", "parent": 18, "children": [], "start_point": {"row": 14, "column": 9}, "end_point": {"row": 14, "column": 27}}, {"id": 21, "type": "preproc_include", "text": "#include \"List.h\"\n", "parent": 0, "children": [22, 23], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 16, "column": 0}}, {"id": 22, "type": "#include", "text": "#include", "parent": 21, "children": [], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 8}}, {"id": 23, "type": "string_literal", "text": "\"List.h\"", "parent": 21, "children": [], "start_point": {"row": 15, "column": 9}, "end_point": {"row": 15, "column": 17}}, {"id": 24, "type": "preproc_include", "text": "#include \"Paragraph.h\"\n", "parent": 0, "children": [25, 26], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 17, "column": 0}}, {"id": 25, "type": "#include", "text": "#include", "parent": 24, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 8}}, {"id": 26, "type": "string_literal", "text": "\"Paragraph.h\"", "parent": 24, "children": [], "start_point": {"row": 16, "column": 9}, "end_point": {"row": 16, "column": 22}}, {"id": 27, "type": "declaration", "text": "class BView;", "parent": 0, "children": [28], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 19, "column": 12}}, {"id": 28, "type": "identifier", "text": "BView", "parent": 27, "children": [], "start_point": {"row": 19, "column": 6}, "end_point": {"row": 19, "column": 11}}, {"id": 29, "type": "function_definition", "text": "class GlyphInfo {\npublic:\n\tGlyphInfo()\n\t\t:\n\t\tcharCode(0),\n\t\tx(0.0f),\n\t\twidth(0.0f),\n\t\tlineIndex(0)\n\t{\n\t}\n\n\tGlyphInfo(uint32 charCode, float x, float width, int32 lineIndex)\n\t\t:\n\t\tcharCode(charCode),\n\t\tx(x),\n\t\twidth(width),\n\t\tlineIndex(lineIndex)\n\t{\n\t}\n\n\tGlyphInfo(const GlyphInfo& other)\n\t\t:\n\t\tcharCode(other.charCode),\n\t\tx(other.x),\n\t\twidth(other.width),\n\t\tlineIndex(other.lineIndex)\n\t{\n\t}\n\n\tGlyphInfo& operator=(const GlyphInfo& other)\n\t{\n\t\tcharCode = other.charCode;\n\t\tx = other.x;\n\t\twidth = other.width;\n\t\tlineIndex = other.lineIndex;\n\t\treturn *this;\n\t}\n\n\tbool operator==(const GlyphInfo& other) const\n\t{\n\t\treturn charCode == other.charCode\n\t\t\t&& x == other.x\n\t\t\t&& width == other.width\n\t\t\t&& lineIndex == other.lineIndex;\n\t}\n\n\tbool operator!=(const GlyphInfo& other) const\n\t{\n\t\treturn !(*this == other);\n\t}\n\npublic:\n\tuint32\t\t\t\t\tcharCode;\n\n\tfloat\t\t\t\t\tx;\n\tfloat\t\t\t\t\twidth;\n\n\tint32\t\t\t\t\tlineIndex;\n}", "parent": 0, "children": [30], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 80, "column": 1}}, {"id": 30, "type": "identifier", "text": "GlyphInfo", "parent": 29, "children": [], "start_point": {"row": 22, "column": 6}, "end_point": {"row": 22, "column": 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"parent": 206, "children": [209], "start_point": {"row": 70, "column": 10}, "end_point": {"row": 70, "column": 26}}, {"id": 209, "type": "binary_expression", "text": "*this == other", "parent": 208, "children": [210, 213, 214], "start_point": {"row": 70, "column": 11}, "end_point": {"row": 70, "column": 25}}, {"id": 210, "type": "pointer_expression", "text": "*this", "parent": 209, "children": [211, 212], "start_point": {"row": 70, "column": 11}, "end_point": {"row": 70, "column": 16}}, {"id": 211, "type": "*", "text": "*", "parent": 210, "children": [], "start_point": {"row": 70, "column": 11}, "end_point": {"row": 70, "column": 12}}, {"id": 212, "type": "identifier", "text": "this", "parent": 210, "children": [], "start_point": {"row": 70, "column": 12}, "end_point": {"row": 70, "column": 16}}, {"id": 213, "type": "==", "text": "==", "parent": 209, "children": [], "start_point": {"row": 70, "column": 17}, "end_point": {"row": 70, "column": 19}}, {"id": 214, "type": "identifier", "text": "other", "parent": 209, "children": [], "start_point": {"row": 70, "column": 20}, "end_point": {"row": 70, "column": 25}}, {"id": 215, "type": "labeled_statement", "text": "public:\n\tuint32\t\t\t\t\tcharCode;", "parent": 29, "children": [216], "start_point": {"row": 73, "column": 0}, "end_point": {"row": 74, "column": 21}}, {"id": 216, "type": "declaration", "text": "uint32\t\t\t\t\tcharCode;", "parent": 215, "children": [217, 218], "start_point": {"row": 74, "column": 1}, "end_point": {"row": 74, "column": 21}}, {"id": 217, "type": "type_identifier", "text": "uint32", "parent": 216, "children": [], "start_point": {"row": 74, "column": 1}, "end_point": {"row": 74, "column": 7}}, {"id": 218, "type": "identifier", "text": "charCode", "parent": 216, "children": [], "start_point": {"row": 74, "column": 12}, "end_point": {"row": 74, "column": 20}}, {"id": 219, "type": "declaration", "text": "float\t\t\t\t\tx;", "parent": 29, "children": [220, 221], "start_point": {"row": 76, 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[226, 227], "start_point": {"row": 79, "column": 1}, "end_point": {"row": 79, "column": 21}}, {"id": 226, "type": "type_identifier", "text": "int32", "parent": 225, "children": [], "start_point": {"row": 79, "column": 1}, "end_point": {"row": 79, "column": 6}}, {"id": 227, "type": "identifier", "text": "lineIndex", "parent": 225, "children": [], "start_point": {"row": 79, "column": 11}, "end_point": {"row": 79, "column": 20}}, {"id": 228, "type": "function_definition", "text": "class LineInfo {\npublic:\n\tLineInfo()\n\t\t:\n\t\ttextOffset(0),\n\t\ty(0.0f),\n\t\theight(0.0f),\n\t\tmaxAscent(0.0f),\n\t\tmaxDescent(0.0f),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)\n\t\t:\n\t\ttextOffset(textOffset),\n\t\ty(y),\n\t\theight(height),\n\t\tmaxAscent(maxAscent),\n\t\tmaxDescent(maxDescent),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(const LineInfo& other)\n\t\t:\n\t\ttextOffset(other.textOffset),\n\t\ty(other.y),\n\t\theight(other.height),\n\t\tmaxAscent(other.maxAscent),\n\t\tmaxDescent(other.maxDescent),\n\t\textraGlyphSpacing(other.extraGlyphSpacing),\n\t\textraWhiteSpacing(other.extraWhiteSpacing),\n\t\tlayoutedSpans(other.layoutedSpans)\n\t{\n\t}\n\n\tLineInfo& operator=(const LineInfo& other)\n\t{\n\t\ttextOffset = other.textOffset;\n\t\ty = other.y;\n\t\theight = other.height;\n\t\tmaxAscent = other.maxAscent;\n\t\tmaxDescent = other.maxDescent;\n\t\textraGlyphSpacing = other.extraGlyphSpacing;\n\t\textraWhiteSpacing = other.extraWhiteSpacing;\n\t\tlayoutedSpans = other.layoutedSpans;\n\t\treturn *this;\n\t}", "parent": 0, "children": [229], "start_point": {"row": 83, "column": 0}, "end_point": {"row": 136, "column": 2}}, {"id": 229, "type": "identifier", "text": "LineInfo", "parent": 228, "children": [], "start_point": {"row": 83, "column": 6}, "end_point": {"row": 83, "column": 14}}, {"id": 230, "type": "labeled_statement", "text": "public:\n\tLineInfo()\n\t\t:\n\t\ttextOffset(0),\n\t\ty(0.0f),\n\t\theight(0.0f),\n\t\tmaxAscent(0.0f),\n\t\tmaxDescent(0.0f),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)\n\t\t:\n\t\ttextOffset(textOffset),\n\t\ty(y),\n\t\theight(height),\n\t\tmaxAscent(maxAscent),\n\t\tmaxDescent(maxDescent),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(const LineInfo& other)\n\t\t:\n\t\ttextOffset(other.textOffset),\n\t\ty(other.y),\n\t\theight(other.height),\n\t\tmaxAscent(other.maxAscent),\n\t\tmaxDescent(other.maxDescent),\n\t\textraGlyphSpacing(other.extraGlyphSpacing),\n\t\textraWhiteSpacing(other.extraWhiteSpacing),\n\t\tlayoutedSpans(other.layoutedSpans)\n\t{\n\t}\n\n\tLineInfo& operator=(const LineInfo& other)\n\t{\n\t\ttextOffset = other.textOffset;", "parent": 228, "children": [231], "start_point": {"row": 84, "column": 0}, "end_point": {"row": 127, "column": 32}}, {"id": 231, "type": "ERROR", "text": ":\n\tLineInfo()\n\t\t:\n\t\ttextOffset(0),\n\t\ty(0.0f),\n\t\theight(0.0f),\n\t\tmaxAscent(0.0f),\n\t\tmaxDescent(0.0f),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)\n\t\t:\n\t\ttextOffset(textOffset),\n\t\ty(y),\n\t\theight(height),\n\t\tmaxAscent(maxAscent),\n\t\tmaxDescent(maxDescent),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(const LineInfo& other)", "parent": 230, "children": [232, 235, 292], "start_point": {"row": 84, "column": 6}, "end_point": {"row": 112, "column": 32}}, {"id": 232, "type": "call_expression", "text": "LineInfo()", "parent": 231, "children": [233, 234], "start_point": {"row": 85, "column": 1}, "end_point": {"row": 85, "column": 11}}, {"id": 233, "type": "identifier", "text": "LineInfo", "parent": 232, "children": [], "start_point": {"row": 85, "column": 1}, "end_point": {"row": 85, "column": 9}}, {"id": 234, "type": "argument_list", "text": "()", "parent": 232, "children": [], "start_point": {"row": 85, "column": 9}, "end_point": {"row": 85, "column": 11}}, {"id": 235, "type": "comma_expression", "text": "textOffset(0),\n\t\ty(0.0f),\n\t\theight(0.0f),\n\t\tmaxAscent(0.0f),\n\t\tmaxDescent(0.0f),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)", "parent": 231, "children": [236, 240], "start_point": {"row": 87, "column": 2}, "end_point": {"row": 99, "column": 19}}, {"id": 236, "type": "call_expression", "text": "textOffset(0)", "parent": 235, "children": [237, 238], "start_point": {"row": 87, "column": 2}, "end_point": {"row": 87, "column": 15}}, {"id": 237, "type": "identifier", "text": "textOffset", "parent": 236, "children": [], "start_point": {"row": 87, "column": 2}, "end_point": {"row": 87, "column": 12}}, {"id": 238, "type": "argument_list", "text": "(0)", "parent": 236, "children": [239], "start_point": {"row": 87, "column": 12}, "end_point": {"row": 87, "column": 15}}, {"id": 239, "type": "number_literal", "text": "0", "parent": 238, "children": [], "start_point": {"row": 87, "column": 13}, "end_point": {"row": 87, "column": 14}}, {"id": 240, "type": "comma_expression", "text": "y(0.0f),\n\t\theight(0.0f),\n\t\tmaxAscent(0.0f),\n\t\tmaxDescent(0.0f),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)", "parent": 235, "children": [241, 245], "start_point": {"row": 88, "column": 2}, "end_point": {"row": 99, "column": 19}}, {"id": 241, "type": "call_expression", "text": "y(0.0f)", "parent": 240, "children": [242, 243], "start_point": {"row": 88, "column": 2}, "end_point": {"row": 88, "column": 9}}, {"id": 242, "type": "identifier", "text": "y", "parent": 241, "children": [], "start_point": {"row": 88, "column": 2}, "end_point": {"row": 88, "column": 3}}, {"id": 243, "type": "argument_list", "text": "(0.0f)", "parent": 241, "children": [244], "start_point": {"row": 88, "column": 3}, "end_point": {"row": 88, "column": 9}}, {"id": 244, "type": "number_literal", "text": "0.0f", "parent": 243, "children": [], "start_point": {"row": 88, "column": 4}, "end_point": {"row": 88, "column": 8}}, {"id": 245, "type": "comma_expression", "text": "height(0.0f),\n\t\tmaxAscent(0.0f),\n\t\tmaxDescent(0.0f),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)", "parent": 240, "children": [246, 250], "start_point": {"row": 89, "column": 2}, "end_point": {"row": 99, "column": 19}}, {"id": 246, "type": "call_expression", "text": "height(0.0f)", "parent": 245, "children": [247, 248], "start_point": {"row": 89, "column": 2}, "end_point": {"row": 89, "column": 14}}, {"id": 247, "type": "identifier", "text": "height", "parent": 246, "children": [], "start_point": {"row": 89, "column": 2}, "end_point": {"row": 89, "column": 8}}, {"id": 248, "type": "argument_list", "text": "(0.0f)", "parent": 246, "children": [249], "start_point": {"row": 89, "column": 8}, "end_point": {"row": 89, "column": 14}}, {"id": 249, "type": "number_literal", "text": "0.0f", "parent": 248, "children": [], "start_point": {"row": 89, "column": 9}, "end_point": {"row": 89, "column": 13}}, {"id": 250, "type": "comma_expression", "text": "maxAscent(0.0f),\n\t\tmaxDescent(0.0f),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)", "parent": 245, "children": [251, 255], "start_point": {"row": 90, "column": 2}, "end_point": {"row": 99, "column": 19}}, {"id": 251, "type": "call_expression", "text": "maxAscent(0.0f)", "parent": 250, "children": [252, 253], "start_point": {"row": 90, "column": 2}, "end_point": {"row": 90, "column": 17}}, {"id": 252, "type": "identifier", "text": "maxAscent", "parent": 251, "children": [], "start_point": {"row": 90, "column": 2}, "end_point": {"row": 90, "column": 11}}, {"id": 253, "type": "argument_list", "text": "(0.0f)", "parent": 251, "children": [254], "start_point": {"row": 90, "column": 11}, "end_point": {"row": 90, "column": 17}}, {"id": 254, "type": "number_literal", "text": "0.0f", "parent": 253, "children": [], "start_point": {"row": 90, "column": 12}, "end_point": {"row": 90, "column": 16}}, {"id": 255, "type": "comma_expression", "text": "maxDescent(0.0f),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)", "parent": 250, "children": [256, 260], "start_point": {"row": 91, "column": 2}, "end_point": {"row": 99, "column": 19}}, {"id": 256, "type": "call_expression", "text": "maxDescent(0.0f)", "parent": 255, "children": [257, 258], "start_point": {"row": 91, "column": 2}, "end_point": {"row": 91, "column": 18}}, {"id": 257, "type": "identifier", "text": "maxDescent", "parent": 256, "children": [], "start_point": {"row": 91, "column": 2}, "end_point": {"row": 91, "column": 12}}, {"id": 258, "type": "argument_list", "text": "(0.0f)", "parent": 256, "children": [259], "start_point": {"row": 91, "column": 12}, "end_point": {"row": 91, "column": 18}}, {"id": 259, "type": "number_literal", "text": "0.0f", "parent": 258, "children": [], "start_point": {"row": 91, "column": 13}, "end_point": {"row": 91, "column": 17}}, {"id": 260, "type": "comma_expression", "text": "extraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)", "parent": 255, "children": [261, 265], "start_point": {"row": 92, "column": 2}, "end_point": {"row": 99, "column": 19}}, {"id": 261, "type": "call_expression", "text": "extraGlyphSpacing(0.0f)", "parent": 260, "children": [262, 263], "start_point": {"row": 92, "column": 2}, "end_point": {"row": 92, "column": 25}}, {"id": 262, "type": "identifier", "text": "extraGlyphSpacing", "parent": 261, "children": [], "start_point": {"row": 92, "column": 2}, "end_point": {"row": 92, "column": 19}}, {"id": 263, "type": "argument_list", "text": "(0.0f)", "parent": 261, "children": [264], "start_point": {"row": 92, "column": 19}, "end_point": {"row": 92, "column": 25}}, {"id": 264, "type": "number_literal", "text": "0.0f", "parent": 263, "children": [], "start_point": {"row": 92, "column": 20}, "end_point": {"row": 92, "column": 24}}, {"id": 265, "type": "comma_expression", "text": "extraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)", "parent": 260, "children": [266, 270, 274], "start_point": {"row": 93, "column": 2}, "end_point": {"row": 99, "column": 19}}, {"id": 266, "type": "call_expression", "text": "extraWhiteSpacing(0.0f)", "parent": 265, "children": [267, 268], "start_point": {"row": 93, "column": 2}, "end_point": {"row": 93, "column": 25}}, {"id": 267, "type": "identifier", "text": "extraWhiteSpacing", "parent": 266, "children": [], "start_point": {"row": 93, "column": 2}, "end_point": {"row": 93, "column": 19}}, {"id": 268, "type": "argument_list", "text": "(0.0f)", "parent": 266, "children": [269], "start_point": {"row": 93, "column": 19}, "end_point": {"row": 93, "column": 25}}, {"id": 269, "type": "number_literal", "text": "0.0f", "parent": 268, "children": [], "start_point": {"row": 93, "column": 20}, "end_point": {"row": 93, "column": 24}}, {"id": 270, "type": "ERROR", "text": "layoutedSpans()\n\t{\n\t}", "parent": 265, "children": [271], "start_point": {"row": 94, "column": 2}, "end_point": {"row": 96, "column": 2}}, {"id": 271, "type": "call_expression", "text": "layoutedSpans()", "parent": 270, "children": [272, 273], "start_point": {"row": 94, "column": 2}, "end_point": {"row": 94, "column": 17}}, {"id": 272, "type": "identifier", "text": "layoutedSpans", "parent": 271, "children": [], "start_point": {"row": 94, "column": 2}, "end_point": {"row": 94, "column": 15}}, {"id": 273, "type": "argument_list", "text": "()", "parent": 271, "children": [], "start_point": {"row": 94, "column": 15}, "end_point": {"row": 94, "column": 17}}, {"id": 274, "type": "call_expression", "text": "LineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)", "parent": 265, "children": [275, 276], "start_point": {"row": 98, "column": 1}, "end_point": {"row": 99, "column": 19}}, {"id": 275, "type": "identifier", "text": "LineInfo", "parent": 274, "children": [], "start_point": {"row": 98, "column": 1}, "end_point": {"row": 98, "column": 9}}, {"id": 276, "type": "argument_list", "text": "(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)", "parent": 274, "children": [277, 279, 280, 281, 283, 285, 286, 288, 289, 291], "start_point": {"row": 98, "column": 9}, "end_point": {"row": 99, "column": 19}}, {"id": 277, "type": "ERROR", "text": "int32", "parent": 276, "children": [278], "start_point": {"row": 98, "column": 10}, "end_point": {"row": 98, "column": 15}}, {"id": 278, "type": "identifier", "text": "int32", "parent": 277, "children": [], "start_point": {"row": 98, "column": 10}, "end_point": {"row": 98, "column": 15}}, {"id": 279, "type": "identifier", "text": "textOffset", "parent": 276, "children": [], "start_point": {"row": 98, "column": 16}, "end_point": {"row": 98, "column": 26}}, {"id": 280, "type": "identifier", "text": "float", "parent": 276, "children": [], "start_point": {"row": 98, "column": 28}, "end_point": {"row": 98, "column": 33}}, {"id": 281, "type": "ERROR", "text": "y", "parent": 276, "children": [282], "start_point": {"row": 98, "column": 34}, "end_point": {"row": 98, "column": 35}}, {"id": 282, "type": "identifier", "text": "y", "parent": 281, "children": [], "start_point": {"row": 98, "column": 34}, "end_point": {"row": 98, "column": 35}}, {"id": 283, "type": "ERROR", "text": "float", "parent": 276, "children": [284], "start_point": {"row": 98, "column": 37}, "end_point": {"row": 98, "column": 42}}, {"id": 284, "type": "identifier", "text": "float", "parent": 283, "children": [], "start_point": {"row": 98, "column": 37}, "end_point": {"row": 98, "column": 42}}, {"id": 285, "type": "identifier", "text": "height", "parent": 276, "children": [], "start_point": {"row": 98, "column": 43}, "end_point": {"row": 98, "column": 49}}, {"id": 286, "type": "ERROR", "text": "float", "parent": 276, "children": [287], "start_point": {"row": 98, "column": 51}, "end_point": {"row": 98, "column": 56}}, {"id": 287, "type": "identifier", "text": "float", "parent": 286, "children": [], "start_point": {"row": 98, "column": 51}, "end_point": {"row": 98, "column": 56}}, {"id": 288, "type": "identifier", "text": "maxAscent", "parent": 276, "children": [], "start_point": {"row": 98, "column": 57}, "end_point": {"row": 98, "column": 66}}, {"id": 289, "type": "ERROR", "text": "float", "parent": 276, "children": [290], "start_point": {"row": 99, "column": 2}, "end_point": {"row": 99, "column": 7}}, {"id": 290, "type": "identifier", "text": "float", "parent": 289, "children": [], "start_point": {"row": 99, "column": 2}, "end_point": {"row": 99, "column": 7}}, {"id": 291, "type": "identifier", "text": "maxDescent", "parent": 276, "children": [], "start_point": {"row": 99, "column": 8}, "end_point": {"row": 99, "column": 18}}, {"id": 292, "type": "comma_expression", "text": "textOffset(textOffset),\n\t\ty(y),\n\t\theight(height),\n\t\tmaxAscent(maxAscent),\n\t\tmaxDescent(maxDescent),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(const LineInfo& other)", "parent": 231, "children": [293, 297], "start_point": {"row": 101, "column": 2}, "end_point": {"row": 112, "column": 32}}, {"id": 293, "type": "call_expression", "text": "textOffset(textOffset)", "parent": 292, "children": [294, 295], "start_point": {"row": 101, "column": 2}, "end_point": {"row": 101, "column": 24}}, {"id": 294, "type": "identifier", "text": "textOffset", "parent": 293, "children": [], "start_point": {"row": 101, "column": 2}, "end_point": {"row": 101, "column": 12}}, {"id": 295, "type": "argument_list", "text": "(textOffset)", "parent": 293, "children": [296], "start_point": {"row": 101, "column": 12}, "end_point": {"row": 101, "column": 24}}, {"id": 296, "type": "identifier", "text": "textOffset", "parent": 295, "children": [], "start_point": {"row": 101, "column": 13}, "end_point": {"row": 101, "column": 23}}, {"id": 297, "type": "comma_expression", "text": "y(y),\n\t\theight(height),\n\t\tmaxAscent(maxAscent),\n\t\tmaxDescent(maxDescent),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(const LineInfo& other)", "parent": 292, "children": [298, 302], "start_point": {"row": 102, "column": 2}, "end_point": {"row": 112, "column": 32}}, {"id": 298, "type": "call_expression", "text": "y(y)", "parent": 297, "children": [299, 300], "start_point": {"row": 102, "column": 2}, "end_point": {"row": 102, "column": 6}}, {"id": 299, "type": "identifier", "text": "y", "parent": 298, "children": [], "start_point": {"row": 102, "column": 2}, "end_point": {"row": 102, "column": 3}}, {"id": 300, "type": "argument_list", "text": "(y)", "parent": 298, "children": [301], "start_point": {"row": 102, "column": 3}, "end_point": {"row": 102, "column": 6}}, {"id": 301, "type": "identifier", "text": "y", "parent": 300, "children": [], "start_point": {"row": 102, "column": 4}, "end_point": {"row": 102, "column": 5}}, {"id": 302, "type": "comma_expression", "text": "height(height),\n\t\tmaxAscent(maxAscent),\n\t\tmaxDescent(maxDescent),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(const LineInfo& other)", "parent": 297, "children": [303, 307], "start_point": {"row": 103, "column": 2}, "end_point": {"row": 112, "column": 32}}, {"id": 303, "type": "call_expression", "text": "height(height)", "parent": 302, "children": [304, 305], "start_point": {"row": 103, "column": 2}, "end_point": {"row": 103, "column": 16}}, {"id": 304, "type": "identifier", "text": "height", "parent": 303, "children": [], "start_point": {"row": 103, "column": 2}, "end_point": {"row": 103, "column": 8}}, {"id": 305, "type": "argument_list", "text": "(height)", "parent": 303, "children": [306], "start_point": {"row": 103, "column": 8}, "end_point": {"row": 103, "column": 16}}, {"id": 306, "type": "identifier", "text": "height", "parent": 305, "children": [], "start_point": {"row": 103, "column": 9}, "end_point": {"row": 103, "column": 15}}, {"id": 307, "type": "comma_expression", "text": "maxAscent(maxAscent),\n\t\tmaxDescent(maxDescent),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(const LineInfo& other)", "parent": 302, "children": [308, 312], "start_point": {"row": 104, "column": 2}, "end_point": {"row": 112, "column": 32}}, {"id": 308, "type": "call_expression", "text": "maxAscent(maxAscent)", "parent": 307, "children": [309, 310], "start_point": {"row": 104, "column": 2}, "end_point": {"row": 104, "column": 22}}, {"id": 309, "type": "identifier", "text": "maxAscent", "parent": 308, "children": [], "start_point": {"row": 104, "column": 2}, "end_point": {"row": 104, "column": 11}}, {"id": 310, "type": "argument_list", "text": "(maxAscent)", "parent": 308, "children": [311], "start_point": {"row": 104, "column": 11}, "end_point": {"row": 104, "column": 22}}, {"id": 311, "type": "identifier", "text": "maxAscent", "parent": 310, "children": [], "start_point": {"row": 104, "column": 12}, "end_point": {"row": 104, "column": 21}}, {"id": 312, "type": "comma_expression", "text": 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{"id": 317, "type": "comma_expression", "text": "extraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(const LineInfo& other)", "parent": 312, "children": [318, 322], "start_point": {"row": 106, "column": 2}, "end_point": {"row": 112, "column": 32}}, {"id": 318, "type": "call_expression", "text": "extraGlyphSpacing(0.0f)", "parent": 317, "children": [319, 320], "start_point": {"row": 106, "column": 2}, "end_point": {"row": 106, "column": 25}}, {"id": 319, "type": "identifier", "text": "extraGlyphSpacing", "parent": 318, "children": [], "start_point": {"row": 106, "column": 2}, "end_point": {"row": 106, "column": 19}}, {"id": 320, "type": "argument_list", "text": "(0.0f)", "parent": 318, "children": [321], "start_point": {"row": 106, "column": 19}, "end_point": {"row": 106, "column": 25}}, {"id": 321, "type": "number_literal", "text": "0.0f", "parent": 320, "children": [], "start_point": {"row": 106, "column": 20}, "end_point": {"row": 106, 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"maxAscent = other.maxAscent", "parent": 228, "children": [424, 425, 426], "start_point": {"row": 130, "column": 2}, "end_point": {"row": 130, "column": 29}}, {"id": 424, "type": "identifier", "text": "maxAscent", "parent": 423, "children": [], "start_point": {"row": 130, "column": 2}, "end_point": {"row": 130, "column": 11}}, {"id": 425, "type": "=", "text": "=", "parent": 423, "children": [], "start_point": {"row": 130, "column": 12}, "end_point": {"row": 130, "column": 13}}, {"id": 426, "type": "field_expression", "text": "other.maxAscent", "parent": 423, "children": [427, 428], "start_point": {"row": 130, "column": 14}, "end_point": {"row": 130, "column": 29}}, {"id": 427, "type": "identifier", "text": "other", "parent": 426, "children": [], "start_point": {"row": 130, "column": 14}, "end_point": {"row": 130, "column": 19}}, {"id": 428, "type": "field_identifier", "text": "maxAscent", "parent": 426, "children": [], "start_point": {"row": 130, "column": 20}, "end_point": {"row": 130, "column": 29}}, {"id": 429, "type": "assignment_expression", "text": "maxDescent = other.maxDescent", "parent": 228, "children": [430, 431, 432], "start_point": {"row": 131, "column": 2}, "end_point": {"row": 131, "column": 31}}, {"id": 430, "type": "identifier", "text": "maxDescent", "parent": 429, "children": [], "start_point": {"row": 131, "column": 2}, "end_point": {"row": 131, "column": 12}}, {"id": 431, "type": "=", "text": "=", "parent": 429, "children": [], "start_point": {"row": 131, "column": 13}, "end_point": {"row": 131, "column": 14}}, {"id": 432, "type": "field_expression", "text": "other.maxDescent", "parent": 429, "children": [433, 434], "start_point": {"row": 131, "column": 15}, "end_point": {"row": 131, "column": 31}}, {"id": 433, "type": "identifier", "text": "other", "parent": 432, "children": [], "start_point": {"row": 131, "column": 15}, "end_point": {"row": 131, "column": 20}}, {"id": 434, "type": "field_identifier", "text": "maxDescent", "parent": 432, "children": [], "start_point": {"row": 131, "column": 21}, "end_point": {"row": 131, "column": 31}}, {"id": 435, "type": "assignment_expression", "text": "extraGlyphSpacing = other.extraGlyphSpacing", "parent": 228, "children": [436, 437, 438], "start_point": {"row": 132, "column": 2}, "end_point": {"row": 132, "column": 45}}, {"id": 436, "type": "identifier", "text": "extraGlyphSpacing", "parent": 435, "children": [], "start_point": {"row": 132, "column": 2}, "end_point": {"row": 132, "column": 19}}, {"id": 437, "type": "=", "text": "=", "parent": 435, "children": [], "start_point": {"row": 132, "column": 20}, "end_point": {"row": 132, "column": 21}}, {"id": 438, "type": "field_expression", "text": "other.extraGlyphSpacing", "parent": 435, "children": [439, 440], "start_point": {"row": 132, "column": 22}, "end_point": {"row": 132, "column": 45}}, {"id": 439, "type": "identifier", "text": "other", "parent": 438, "children": [], "start_point": {"row": 132, "column": 22}, "end_point": {"row": 132, "column": 27}}, {"id": 440, "type": "field_identifier", "text": "extraGlyphSpacing", "parent": 438, "children": [], "start_point": {"row": 132, "column": 28}, "end_point": {"row": 132, "column": 45}}, {"id": 441, "type": "assignment_expression", "text": "extraWhiteSpacing = other.extraWhiteSpacing", "parent": 228, "children": [442, 443, 444], "start_point": {"row": 133, "column": 2}, "end_point": {"row": 133, "column": 45}}, {"id": 442, "type": "identifier", "text": "extraWhiteSpacing", "parent": 441, "children": [], "start_point": {"row": 133, "column": 2}, "end_point": {"row": 133, "column": 19}}, {"id": 443, "type": "=", "text": "=", "parent": 441, "children": [], "start_point": {"row": 133, "column": 20}, "end_point": {"row": 133, "column": 21}}, {"id": 444, "type": "field_expression", "text": "other.extraWhiteSpacing", "parent": 441, "children": [445, 446], "start_point": {"row": 133, "column": 22}, "end_point": {"row": 133, "column": 45}}, {"id": 445, "type": "identifier", "text": "other", "parent": 444, "children": [], "start_point": {"row": 133, "column": 22}, "end_point": {"row": 133, "column": 27}}, {"id": 446, "type": "field_identifier", "text": "extraWhiteSpacing", "parent": 444, "children": [], "start_point": {"row": 133, "column": 28}, "end_point": {"row": 133, "column": 45}}, {"id": 447, "type": "assignment_expression", "text": "layoutedSpans = other.layoutedSpans", "parent": 228, "children": [448, 449, 450], "start_point": {"row": 134, "column": 2}, "end_point": {"row": 134, "column": 37}}, {"id": 448, "type": "identifier", "text": "layoutedSpans", "parent": 447, "children": [], "start_point": {"row": 134, "column": 2}, "end_point": {"row": 134, "column": 15}}, {"id": 449, "type": "=", "text": "=", "parent": 447, "children": [], "start_point": {"row": 134, "column": 16}, "end_point": {"row": 134, "column": 17}}, {"id": 450, "type": "field_expression", "text": "other.layoutedSpans", "parent": 447, "children": [451, 452], "start_point": {"row": 134, "column": 18}, "end_point": {"row": 134, "column": 37}}, {"id": 451, "type": "identifier", "text": "other", "parent": 450, "children": [], "start_point": {"row": 134, "column": 18}, "end_point": {"row": 134, "column": 23}}, {"id": 452, "type": "field_identifier", "text": "layoutedSpans", "parent": 450, "children": [], "start_point": {"row": 134, "column": 24}, "end_point": {"row": 134, "column": 37}}, {"id": 453, "type": "return_statement", "text": "return *this;", "parent": 228, "children": [454], "start_point": {"row": 135, "column": 2}, "end_point": {"row": 135, "column": 15}}, {"id": 454, "type": "pointer_expression", "text": "*this", "parent": 453, "children": [455, 456], "start_point": {"row": 135, "column": 9}, "end_point": {"row": 135, "column": 14}}, {"id": 455, "type": "*", "text": "*", "parent": 454, "children": [], "start_point": {"row": 135, "column": 9}, "end_point": {"row": 135, "column": 10}}, {"id": 456, "type": "identifier", "text": "this", "parent": 454, "children": [], "start_point": {"row": 135, "column": 10}, "end_point": {"row": 135, "column": 14}}, {"id": 457, "type": "ERROR", "text": "bool operator==(const LineInfo& other) const", "parent": 0, "children": [458, 459, 460, 461, 462], "start_point": {"row": 138, "column": 1}, "end_point": {"row": 138, "column": 45}}, {"id": 458, "type": "primitive_type", "text": "bool", "parent": 457, "children": [], "start_point": {"row": 138, "column": 1}, "end_point": {"row": 138, "column": 5}}, {"id": 459, "type": "identifier", "text": "operator", "parent": 457, "children": [], "start_point": {"row": 138, "column": 6}, "end_point": {"row": 138, "column": 14}}, {"id": 460, "type": "==", "text": "==", "parent": 457, "children": [], "start_point": {"row": 138, "column": 14}, "end_point": {"row": 138, "column": 16}}, {"id": 461, "type": "type_identifier", "text": "LineInfo", "parent": 457, "children": [], "start_point": {"row": 138, "column": 23}, "end_point": {"row": 138, "column": 31}}, {"id": 462, "type": "pointer_expression", "text": "& other", "parent": 457, "children": [463], "start_point": {"row": 138, "column": 31}, "end_point": {"row": 138, "column": 38}}, {"id": 463, "type": "identifier", "text": "other", "parent": 462, "children": [], "start_point": {"row": 138, "column": 33}, "end_point": {"row": 138, "column": 38}}, {"id": 464, "type": "return_statement", "text": "return textOffset == other.textOffset\n\t\t\t&& y == other.y\n\t\t\t&& height == other.height\n\t\t\t&& maxAscent == other.maxAscent\n\t\t\t&& maxDescent == other.maxDescent\n\t\t\t&& extraGlyphSpacing == other.extraGlyphSpacing\n\t\t\t&& extraWhiteSpacing == other.extraWhiteSpacing\n\t\t\t&& layoutedSpans == other.layoutedSpans;", "parent": 0, "children": [465], "start_point": {"row": 140, "column": 2}, "end_point": {"row": 147, "column": 43}}, {"id": 465, "type": "binary_expression", "text": "textOffset == other.textOffset\n\t\t\t&& y == other.y\n\t\t\t&& height == other.height\n\t\t\t&& maxAscent == other.maxAscent\n\t\t\t&& maxDescent == other.maxDescent\n\t\t\t&& extraGlyphSpacing == other.extraGlyphSpacing\n\t\t\t&& extraWhiteSpacing == other.extraWhiteSpacing\n\t\t\t&& layoutedSpans == other.layoutedSpans", "parent": 464, "children": [466, 520, 521], "start_point": {"row": 140, "column": 9}, "end_point": {"row": 147, "column": 42}}, {"id": 466, "type": "binary_expression", "text": "textOffset == other.textOffset\n\t\t\t&& y == other.y\n\t\t\t&& height == other.height\n\t\t\t&& maxAscent == other.maxAscent\n\t\t\t&& maxDescent == other.maxDescent\n\t\t\t&& extraGlyphSpacing == other.extraGlyphSpacing\n\t\t\t&& extraWhiteSpacing == other.extraWhiteSpacing", "parent": 465, "children": [467, 513, 514], "start_point": {"row": 140, "column": 9}, "end_point": {"row": 146, "column": 50}}, {"id": 467, "type": "binary_expression", "text": "textOffset == other.textOffset\n\t\t\t&& y == other.y\n\t\t\t&& height == other.height\n\t\t\t&& maxAscent == other.maxAscent\n\t\t\t&& maxDescent == other.maxDescent\n\t\t\t&& extraGlyphSpacing == other.extraGlyphSpacing", "parent": 466, "children": [468, 506, 507], "start_point": {"row": 140, "column": 9}, "end_point": {"row": 145, "column": 50}}, {"id": 468, "type": "binary_expression", "text": "textOffset == other.textOffset\n\t\t\t&& y == other.y\n\t\t\t&& height == other.height\n\t\t\t&& maxAscent == other.maxAscent\n\t\t\t&& maxDescent == other.maxDescent", "parent": 467, "children": [469, 499, 500], "start_point": {"row": 140, "column": 9}, "end_point": {"row": 144, "column": 36}}, {"id": 469, "type": "binary_expression", "text": "textOffset == other.textOffset\n\t\t\t&& y == other.y\n\t\t\t&& height == other.height\n\t\t\t&& maxAscent == other.maxAscent", "parent": 468, "children": [470, 492, 493], "start_point": {"row": 140, "column": 9}, "end_point": {"row": 143, "column": 34}}, {"id": 470, "type": "binary_expression", "text": "textOffset == other.textOffset\n\t\t\t&& y == other.y\n\t\t\t&& height == other.height", "parent": 469, "children": [471, 485, 486], "start_point": {"row": 140, "column": 9}, "end_point": {"row": 142, "column": 28}}, {"id": 471, "type": "binary_expression", "text": "textOffset == other.textOffset\n\t\t\t&& y == other.y", "parent": 470, "children": [472, 478, 479], "start_point": {"row": 140, "column": 9}, "end_point": {"row": 141, "column": 18}}, {"id": 472, "type": "binary_expression", "text": "textOffset == other.textOffset", "parent": 471, "children": [473, 474, 475], "start_point": {"row": 140, "column": 9}, "end_point": {"row": 140, "column": 39}}, {"id": 473, "type": "identifier", "text": "textOffset", "parent": 472, "children": [], "start_point": {"row": 140, "column": 9}, "end_point": {"row": 140, "column": 19}}, {"id": 474, "type": "==", "text": "==", "parent": 472, "children": [], "start_point": {"row": 140, "column": 20}, "end_point": {"row": 140, "column": 22}}, {"id": 475, "type": "field_expression", "text": "other.textOffset", "parent": 472, "children": [476, 477], "start_point": {"row": 140, "column": 23}, "end_point": {"row": 140, "column": 39}}, {"id": 476, "type": "identifier", "text": "other", "parent": 475, "children": [], "start_point": {"row": 140, "column": 23}, "end_point": {"row": 140, "column": 28}}, {"id": 477, "type": "field_identifier", "text": "textOffset", "parent": 475, "children": [], "start_point": {"row": 140, "column": 29}, "end_point": {"row": 140, "column": 39}}, {"id": 478, "type": "&&", "text": "&&", "parent": 471, "children": [], "start_point": {"row": 141, "column": 3}, "end_point": {"row": 141, "column": 5}}, {"id": 479, "type": "binary_expression", "text": "y == other.y", "parent": 471, "children": [480, 481, 482], "start_point": {"row": 141, "column": 6}, "end_point": {"row": 141, "column": 18}}, {"id": 480, "type": "identifier", "text": "y", "parent": 479, "children": [], "start_point": {"row": 141, "column": 6}, "end_point": {"row": 141, "column": 7}}, {"id": 481, "type": "==", "text": "==", "parent": 479, "children": [], "start_point": {"row": 141, "column": 8}, "end_point": {"row": 141, "column": 10}}, {"id": 482, "type": "field_expression", "text": "other.y", "parent": 479, "children": [483, 484], "start_point": {"row": 141, "column": 11}, "end_point": {"row": 141, "column": 18}}, {"id": 483, "type": "identifier", "text": "other", "parent": 482, "children": [], "start_point": {"row": 141, "column": 11}, "end_point": {"row": 141, "column": 16}}, {"id": 484, "type": "field_identifier", "text": "y", "parent": 482, "children": [], "start_point": {"row": 141, "column": 17}, "end_point": {"row": 141, "column": 18}}, {"id": 485, "type": "&&", "text": "&&", "parent": 470, "children": [], "start_point": {"row": 142, "column": 3}, "end_point": {"row": 142, "column": 5}}, {"id": 486, "type": "binary_expression", "text": "height == other.height", "parent": 470, "children": [487, 488, 489], "start_point": {"row": 142, "column": 6}, "end_point": {"row": 142, "column": 28}}, {"id": 487, "type": "identifier", "text": "height", "parent": 486, "children": [], "start_point": {"row": 142, "column": 6}, "end_point": {"row": 142, "column": 12}}, {"id": 488, "type": "==", "text": "==", "parent": 486, "children": [], "start_point": {"row": 142, "column": 13}, "end_point": {"row": 142, "column": 15}}, {"id": 489, "type": "field_expression", "text": "other.height", "parent": 486, "children": [490, 491], "start_point": {"row": 142, "column": 16}, "end_point": {"row": 142, "column": 28}}, {"id": 490, "type": "identifier", "text": "other", "parent": 489, "children": [], "start_point": {"row": 142, "column": 16}, "end_point": {"row": 142, "column": 21}}, {"id": 491, "type": "field_identifier", "text": "height", "parent": 489, "children": [], "start_point": {"row": 142, "column": 22}, "end_point": {"row": 142, "column": 28}}, {"id": 492, "type": "&&", "text": "&&", "parent": 469, "children": [], "start_point": {"row": 143, "column": 3}, "end_point": {"row": 143, "column": 5}}, {"id": 493, "type": "binary_expression", "text": "maxAscent == other.maxAscent", "parent": 469, "children": [494, 495, 496], "start_point": {"row": 143, "column": 6}, "end_point": {"row": 143, "column": 34}}, {"id": 494, "type": "identifier", "text": "maxAscent", "parent": 493, "children": [], "start_point": {"row": 143, "column": 6}, "end_point": {"row": 143, "column": 15}}, {"id": 495, "type": "==", "text": "==", "parent": 493, "children": [], "start_point": {"row": 143, "column": 16}, "end_point": {"row": 143, "column": 18}}, {"id": 496, "type": "field_expression", "text": "other.maxAscent", "parent": 493, "children": [497, 498], "start_point": {"row": 143, "column": 19}, "end_point": {"row": 143, "column": 34}}, {"id": 497, "type": "identifier", "text": "other", "parent": 496, "children": [], "start_point": {"row": 143, "column": 19}, "end_point": {"row": 143, "column": 24}}, {"id": 498, "type": "field_identifier", "text": "maxAscent", "parent": 496, "children": [], "start_point": {"row": 143, "column": 25}, "end_point": {"row": 143, "column": 34}}, {"id": 499, "type": "&&", "text": "&&", "parent": 468, "children": [], "start_point": {"row": 144, "column": 3}, "end_point": {"row": 144, "column": 5}}, {"id": 500, "type": "binary_expression", "text": "maxDescent == other.maxDescent", "parent": 468, "children": [501, 502, 503], "start_point": {"row": 144, "column": 6}, "end_point": {"row": 144, "column": 36}}, {"id": 501, "type": "identifier", "text": "maxDescent", "parent": 500, "children": [], "start_point": {"row": 144, "column": 6}, "end_point": {"row": 144, "column": 16}}, {"id": 502, "type": "==", "text": "==", "parent": 500, "children": [], "start_point": {"row": 144, "column": 17}, "end_point": {"row": 144, "column": 19}}, {"id": 503, "type": "field_expression", "text": "other.maxDescent", "parent": 500, "children": [504, 505], "start_point": {"row": 144, "column": 20}, "end_point": {"row": 144, "column": 36}}, {"id": 504, "type": "identifier", "text": "other", "parent": 503, "children": [], "start_point": {"row": 144, "column": 20}, "end_point": {"row": 144, "column": 25}}, {"id": 505, "type": "field_identifier", "text": "maxDescent", "parent": 503, "children": [], "start_point": {"row": 144, "column": 26}, "end_point": {"row": 144, "column": 36}}, {"id": 506, "type": "&&", "text": "&&", "parent": 467, "children": [], "start_point": {"row": 145, "column": 3}, "end_point": {"row": 145, "column": 5}}, {"id": 507, "type": "binary_expression", "text": "extraGlyphSpacing == other.extraGlyphSpacing", "parent": 467, "children": [508, 509, 510], "start_point": {"row": 145, "column": 6}, "end_point": {"row": 145, "column": 50}}, {"id": 508, "type": "identifier", "text": "extraGlyphSpacing", "parent": 507, "children": [], "start_point": {"row": 145, "column": 6}, "end_point": {"row": 145, "column": 23}}, {"id": 509, "type": "==", "text": "==", "parent": 507, "children": [], "start_point": {"row": 145, "column": 24}, "end_point": {"row": 145, "column": 26}}, {"id": 510, "type": "field_expression", "text": "other.extraGlyphSpacing", "parent": 507, "children": [511, 512], "start_point": {"row": 145, "column": 27}, "end_point": {"row": 145, "column": 50}}, {"id": 511, "type": "identifier", "text": "other", "parent": 510, "children": [], "start_point": {"row": 145, "column": 27}, "end_point": {"row": 145, "column": 32}}, {"id": 512, "type": "field_identifier", "text": "extraGlyphSpacing", "parent": 510, "children": [], "start_point": {"row": 145, "column": 33}, "end_point": {"row": 145, "column": 50}}, {"id": 513, "type": "&&", "text": "&&", "parent": 466, "children": [], "start_point": {"row": 146, "column": 3}, "end_point": {"row": 146, "column": 5}}, {"id": 514, "type": "binary_expression", "text": "extraWhiteSpacing == other.extraWhiteSpacing", "parent": 466, "children": [515, 516, 517], "start_point": {"row": 146, "column": 6}, "end_point": {"row": 146, "column": 50}}, {"id": 515, "type": "identifier", "text": "extraWhiteSpacing", "parent": 514, "children": [], "start_point": {"row": 146, "column": 6}, "end_point": {"row": 146, "column": 23}}, {"id": 516, "type": "==", "text": "==", "parent": 514, "children": [], "start_point": {"row": 146, "column": 24}, "end_point": {"row": 146, "column": 26}}, {"id": 517, "type": "field_expression", "text": "other.extraWhiteSpacing", "parent": 514, "children": [518, 519], "start_point": {"row": 146, "column": 27}, "end_point": {"row": 146, "column": 50}}, {"id": 518, "type": "identifier", "text": "other", "parent": 517, "children": [], "start_point": {"row": 146, "column": 27}, "end_point": {"row": 146, "column": 32}}, {"id": 519, "type": "field_identifier", "text": "extraWhiteSpacing", "parent": 517, "children": [], "start_point": {"row": 146, "column": 33}, "end_point": {"row": 146, "column": 50}}, {"id": 520, "type": "&&", "text": "&&", "parent": 465, "children": [], "start_point": {"row": 147, "column": 3}, "end_point": {"row": 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other);\n\tvirtual\t\t\t\t\t\t~ParagraphLayout();\n\n\t\t\tvoid\t\t\t\tSetParagraph(const Paragraph& paragraph);\n\t\t\tconst ParagraphStyle& Style() const\n\t\t\t\t\t\t\t\t\t{ return fParagraphStyle; }\n\n\t\t\tvoid\t\t\t\tSetWidth(float width);\n\t\t\tfloat\t\t\t\tWidth() const\n\t\t\t\t\t\t\t\t\t{ return fWidth; }\n\n\t\t\tfloat\t\t\t\tHeight();\n\t\t\tvoid\t\t\t\tDraw(BView* view, const BPoint& offset);\n\n\t\t\tint32\t\t\t\tCountGlyphs() const;\n\t\t\tint32\t\t\t\tCountLines();\n\n\t\t\tint32\t\t\t\tLineIndexForOffset(int32 textOffset);\n\t\t\tint32\t\t\t\tFirstOffsetOnLine(int32 lineIndex);\n\t\t\tint32\t\t\t\tLastOffsetOnLine(int32 lineIndex);\n\n\t\t\tvoid\t\t\t\tGetLineBounds(int32 lineIndex,\n\t\t\t\t\t\t\t\t\tfloat& x1, float& y1,\n\t\t\t\t\t\t\t\t\tfloat& x2, float& y2);\n\n\t\t\tvoid\t\t\t\tGetTextBounds(int32 textOffset,\n\t\t\t\t\t\t\t\t\tfloat& x1, float& y1,\n\t\t\t\t\t\t\t\t\tfloat& x2, float& y2);\n\n\t\t\tint32\t\t\t\tTextOffsetAt(float x, float 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"text": "ParagraphLayout()", "parent": 595, "children": [600, 601], "start_point": {"row": 177, "column": 15}, "end_point": {"row": 177, "column": 32}}, {"id": 600, "type": "identifier", "text": "ParagraphLayout", "parent": 599, "children": [], "start_point": {"row": 177, "column": 15}, "end_point": {"row": 177, "column": 30}}, {"id": 601, "type": "parameter_list", "text": "()", "parent": 599, "children": [], "start_point": {"row": 177, "column": 30}, "end_point": {"row": 177, "column": 32}}, {"id": 602, "type": "declaration", "text": "void\t\t\t\tSetParagraph(const Paragraph& paragraph);", "parent": 575, "children": [603, 604], "start_point": {"row": 179, "column": 3}, "end_point": {"row": 179, "column": 52}}, {"id": 603, "type": "primitive_type", "text": "void", "parent": 602, "children": [], "start_point": {"row": 179, "column": 3}, "end_point": {"row": 179, "column": 7}}, {"id": 604, "type": "function_declarator", "text": "SetParagraph(const Paragraph& paragraph)", "parent": 602, 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{\npublic:\n\tLineInfo()\n\t\t:\n\t\ttextOffset(0),\n\t\ty(0.0f),\n\t\theight(0.0f),\n\t\tmaxAscent(0.0"}, {"node_id": 599, "universal_type": "function", "name": "unknown", "text_snippet": "ParagraphLayout()"}, {"node_id": 604, "universal_type": "function", "name": "unknown", "text_snippet": "SetParagraph(const Paragraph& paragraph)"}, {"node_id": 612, "universal_type": "function", "name": "unknown", "text_snippet": "Style()"}, {"node_id": 619, "universal_type": "function", "name": "unknown", "text_snippet": "SetWidth(float width)"}, {"node_id": 627, "universal_type": "function", "name": "unknown", "text_snippet": "Width()"}, {"node_id": 634, "universal_type": "function", "name": "unknown", "text_snippet": "Height()"}, {"node_id": 639, "universal_type": "function", "name": "unknown", "text_snippet": "Draw(BView* view, const BPoint& offset)"}, {"node_id": 651, "universal_type": "function", "name": "unknown", "text_snippet": "CountGlyphs()"}, {"node_id": 656, "universal_type": "function", "name": "unknown", "text_snippet": "CountLines()"}, {"node_id": 661, "universal_type": "function", "name": "unknown", "text_snippet": "LineIndexForOffset(int32 textOffset)"}, {"node_id": 669, "universal_type": "function", "name": "unknown", "text_snippet": "FirstOffsetOnLine(int32 lineIndex)"}, {"node_id": 677, "universal_type": "function", "name": "unknown", "text_snippet": "LastOffsetOnLine(int32 lineIndex)"}, {"node_id": 685, "universal_type": "function", "name": "unknown", "text_snippet": "GetLineBounds(int32 lineIndex,\n\t\t\t\t\t\t\t\t\tfloat& x1, float& y1,\n\t\t\t\t\t\t\t\t\tfloat& x2, float& y2)"}, {"node_id": 705, "universal_type": "function", "name": "unknown", "text_snippet": "GetTextBounds(int32 textOffset,\n\t\t\t\t\t\t\t\t\tfloat& x1, float& y1,\n\t\t\t\t\t\t\t\t\tfloat& x2, float& y2)"}, {"node_id": 725, "universal_type": "function", "name": "unknown", "text_snippet": "TextOffsetAt(float x, float y,\n\t\t\t\t\t\t\t\t\tbool& rightOfCenter)"}, {"node_id": 740, "universal_type": "function", "name": "unknown", "text_snippet": "_Init()"}, {"node_id": 745, "universal_type": "function", "name": "unknown", "text_snippet": "_ValidateLayout()"}, {"node_id": 750, "universal_type": "function", "name": "unknown", "text_snippet": "_Layout()"}, {"node_id": 755, "universal_type": "function", "name": "unknown", "text_snippet": "_ApplyAlignment()"}, {"node_id": 760, "universal_type": "function", "name": "unknown", "text_snippet": "_AppendGlyphInfos(const TextSpan& span)"}, {"node_id": 768, "universal_type": "function", "name": "unknown", "text_snippet": "_AppendGlyphInfo(uint32 charCode,\n\t\t\t\t\t\t\t\t\tfloat advanceX,\n\t\t\t\t\t\t\t\t\tconst CharacterStyle& style)"}, {"node_id": 782, "universal_type": "function", "name": "lineEnd,", "text_snippet": "_FinalizeLine(int lineStart, int lineEnd,\n\t\t\t\t\t\t\t\t\tint lineIndex, float y, float& lineHeight)"}, {"node_id": 802, "universal_type": "function", "name": "unknown", "text_snippet": "_IncludeStyleInLine(LineInfo& line,\n\t\t\t\t\t\t\t\t\tconst CharacterStyle& style)"}, {"node_id": 813, "universal_type": "function", "name": "unknown", "text_snippet": "_DrawLine(BView* view, const BPoint& offset,\n\t\t\t\t\t\t\t\t\tconst LineInfo& line) const"}, {"node_id": 828, "universal_type": "function", "name": "unknown", "text_snippet": "_DrawSpan(BView* view, BPoint offset,\n\t\t\t\t\t\t\t\t\tconst TextSpan& span,\n\t\t\t\t\t\t\t\t\tint32 textOffset) cons"}, {"node_id": 846, "universal_type": "function", "name": "unknown", "text_snippet": "_GetEmptyLayoutBounds(float& x1, float& y1,\n\t\t\t\t\t\t\t\t\tfloat& x2, float& y2) const"}, {"node_id": 863, "universal_type": "function", "name": "unknown", "text_snippet": "_AppendTextSpans(const Paragraph& paragraph)"}], "class_declarations": [], "import_statements": [{"node_id": 6, "text": "#include <vector>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <Font.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <Referenceable.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include <String.h>\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include \"CharacterStyle.h\"\n"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include \"List.h\"\n"}, {"node_id": 22, "text": "#include"}, {"node_id": 24, "text": "#include \"Paragraph.h\"\n"}, {"node_id": 25, "text": "#include"}]}, "original_source_code": "/*\n * Copyright 2013, <NAME> <<EMAIL>>.\n * Copyright 2021, <NAME> <<EMAIL>>.\n * All rights reserved. Distributed under the terms of the MIT License.\n */\n#ifndef PARAGRAPH_LAYOUT_H\n#define PARAGRAPH_LAYOUT_H\n\n#include <vector>\n\n#include <Font.h>\n#include <Referenceable.h>\n#include <String.h>\n\n#include \"CharacterStyle.h\"\n#include \"List.h\"\n#include \"Paragraph.h\"\n\n\nclass BView;\n\n\nclass GlyphInfo {\npublic:\n\tGlyphInfo()\n\t\t:\n\t\tcharCode(0),\n\t\tx(0.0f),\n\t\twidth(0.0f),\n\t\tlineIndex(0)\n\t{\n\t}\n\n\tGlyphInfo(uint32 charCode, float x, float width, int32 lineIndex)\n\t\t:\n\t\tcharCode(charCode),\n\t\tx(x),\n\t\twidth(width),\n\t\tlineIndex(lineIndex)\n\t{\n\t}\n\n\tGlyphInfo(const GlyphInfo& other)\n\t\t:\n\t\tcharCode(other.charCode),\n\t\tx(other.x),\n\t\twidth(other.width),\n\t\tlineIndex(other.lineIndex)\n\t{\n\t}\n\n\tGlyphInfo& operator=(const GlyphInfo& other)\n\t{\n\t\tcharCode = other.charCode;\n\t\tx = other.x;\n\t\twidth = other.width;\n\t\tlineIndex = other.lineIndex;\n\t\treturn *this;\n\t}\n\n\tbool operator==(const GlyphInfo& other) const\n\t{\n\t\treturn charCode == other.charCode\n\t\t\t&& x == other.x\n\t\t\t&& width == other.width\n\t\t\t&& lineIndex == other.lineIndex;\n\t}\n\n\tbool operator!=(const GlyphInfo& other) const\n\t{\n\t\treturn !(*this == other);\n\t}\n\npublic:\n\tuint32\t\t\t\t\tcharCode;\n\n\tfloat\t\t\t\t\tx;\n\tfloat\t\t\t\t\twidth;\n\n\tint32\t\t\t\t\tlineIndex;\n};\n\n\nclass LineInfo {\npublic:\n\tLineInfo()\n\t\t:\n\t\ttextOffset(0),\n\t\ty(0.0f),\n\t\theight(0.0f),\n\t\tmaxAscent(0.0f),\n\t\tmaxDescent(0.0f),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(int32 textOffset, float y, float height, float maxAscent,\n\t\tfloat maxDescent)\n\t\t:\n\t\ttextOffset(textOffset),\n\t\ty(y),\n\t\theight(height),\n\t\tmaxAscent(maxAscent),\n\t\tmaxDescent(maxDescent),\n\t\textraGlyphSpacing(0.0f),\n\t\textraWhiteSpacing(0.0f),\n\t\tlayoutedSpans()\n\t{\n\t}\n\n\tLineInfo(const LineInfo& other)\n\t\t:\n\t\ttextOffset(other.textOffset),\n\t\ty(other.y),\n\t\theight(other.height),\n\t\tmaxAscent(other.maxAscent),\n\t\tmaxDescent(other.maxDescent),\n\t\textraGlyphSpacing(other.extraGlyphSpacing),\n\t\textraWhiteSpacing(other.extraWhiteSpacing),\n\t\tlayoutedSpans(other.layoutedSpans)\n\t{\n\t}\n\n\tLineInfo& operator=(const LineInfo& other)\n\t{\n\t\ttextOffset = other.textOffset;\n\t\ty = other.y;\n\t\theight = other.height;\n\t\tmaxAscent = other.maxAscent;\n\t\tmaxDescent = other.maxDescent;\n\t\textraGlyphSpacing = other.extraGlyphSpacing;\n\t\textraWhiteSpacing = other.extraWhiteSpacing;\n\t\tlayoutedSpans = other.layoutedSpans;\n\t\treturn *this;\n\t}\n\n\tbool operator==(const LineInfo& other) const\n\t{\n\t\treturn textOffset == other.textOffset\n\t\t\t&& y == other.y\n\t\t\t&& height == other.height\n\t\t\t&& maxAscent == other.maxAscent\n\t\t\t&& maxDescent == other.maxDescent\n\t\t\t&& extraGlyphSpacing == other.extraGlyphSpacing\n\t\t\t&& extraWhiteSpacing == other.extraWhiteSpacing\n\t\t\t&& layoutedSpans == other.layoutedSpans;\n\t}\n\n\tbool operator!=(const LineInfo& other) const\n\t{\n\t\treturn !(*this == other);\n\t}\n\npublic:\n\tint32\t\t\ttextOffset;\n\n\tfloat\t\t\ty;\n\tfloat\t\t\theight;\n\n\tfloat\t\t\tmaxAscent;\n\tfloat\t\t\tmaxDescent;\n\n\tfloat\t\t\textraGlyphSpacing;\n\tfloat\t\t\textraWhiteSpacing;\n\n\tstd::vector<TextSpan>\n\t\t\t\t\tlayoutedSpans;\n};\n\n\nclass ParagraphLayout : public BReferenceable {\npublic:\n\t\t\t\t\t\t\t\tParagraphLayout();\n\t\t\t\t\t\t\t\tParagraphLayout(const Paragraph& paragraph);\n\t\t\t\t\t\t\t\tParagraphLayout(const ParagraphLayout& other);\n\tvirtual\t\t\t\t\t\t~ParagraphLayout();\n\n\t\t\tvoid\t\t\t\tSetParagraph(const Paragraph& paragraph);\n\t\t\tconst ParagraphStyle& Style() const\n\t\t\t\t\t\t\t\t\t{ return fParagraphStyle; }\n\n\t\t\tvoid\t\t\t\tSetWidth(float width);\n\t\t\tfloat\t\t\t\tWidth() const\n\t\t\t\t\t\t\t\t\t{ return fWidth; }\n\n\t\t\tfloat\t\t\t\tHeight();\n\t\t\tvoid\t\t\t\tDraw(BView* view, const BPoint& offset);\n\n\t\t\tint32\t\t\t\tCountGlyphs() const;\n\t\t\tint32\t\t\t\tCountLines();\n\n\t\t\tint32\t\t\t\tLineIndexForOffset(int32 textOffset);\n\t\t\tint32\t\t\t\tFirstOffsetOnLine(int32 lineIndex);\n\t\t\tint32\t\t\t\tLastOffsetOnLine(int32 lineIndex);\n\n\t\t\tvoid\t\t\t\tGetLineBounds(int32 lineIndex,\n\t\t\t\t\t\t\t\t\tfloat& x1, float& y1,\n\t\t\t\t\t\t\t\t\tfloat& x2, float& y2);\n\n\t\t\tvoid\t\t\t\tGetTextBounds(int32 textOffset,\n\t\t\t\t\t\t\t\t\tfloat& x1, float& y1,\n\t\t\t\t\t\t\t\t\tfloat& x2, float& y2);\n\n\t\t\tint32\t\t\t\tTextOffsetAt(float x, float y,\n\t\t\t\t\t\t\t\t\tbool& rightOfCenter);\n\nprivate:\n\t\t\tvoid\t\t\t\t_Init();\n\n\t\t\tvoid\t\t\t\t_ValidateLayout();\n\t\t\tvoid\t\t\t\t_Layout();\n\t\t\tvoid\t\t\t\t_ApplyAlignment();\n\n\t\t\tbool\t\t\t\t_AppendGlyphInfos(const TextSpan& span);\n\t\t\tbool\t\t\t\t_AppendGlyphInfo(uint32 charCode,\n\t\t\t\t\t\t\t\t\tfloat advanceX,\n\t\t\t\t\t\t\t\t\tconst CharacterStyle& style);\n\n\t\t\tbool\t\t\t\t_FinalizeLine(int lineStart, int lineEnd,\n\t\t\t\t\t\t\t\t\tint lineIndex, float y, float& lineHeight);\n\n\t\t\tvoid\t\t\t\t_IncludeStyleInLine(LineInfo& line,\n\t\t\t\t\t\t\t\t\tconst CharacterStyle& style);\n\n\t\t\tvoid\t\t\t\t_DrawLine(BView* view, const BPoint& offset,\n\t\t\t\t\t\t\t\t\tconst LineInfo& line) const;\n\t\t\tvoid\t\t\t\t_DrawSpan(BView* view, BPoint offset,\n\t\t\t\t\t\t\t\t\tconst TextSpan& span,\n\t\t\t\t\t\t\t\t\tint32 textOffset) const;\n\n\t\t\tvoid\t\t\t\t_GetEmptyLayoutBounds(float& x1, float& y1,\n\t\t\t\t\t\t\t\t\tfloat& x2, float& y2) const;\n\n\t\t\tvoid\t\t\t\t_AppendTextSpans(const Paragraph& paragraph);\n\nprivate:\n\t\t\tstd::vector<TextSpan>\n\t\t\t\t\t\t\t\tfTextSpans;\n\t\t\tParagraphStyle\t\tfParagraphStyle;\n\n\t\t\tfloat\t\t\t\tfWidth;\n\t\t\tbool\t\t\t\tfLayoutValid;\n\n\t\t\tstd::vector<GlyphInfo>\n\t\t\t\t\t\t\t\tfGlyphInfos;\n\t\t\tstd::vector<LineInfo>\n\t\t\t\t\t\t\t\tfLineInfos;\n};\n\n\ntypedef BReference<ParagraphLayout> ParagraphLayoutRef;\n\n\n#endif // PARAGRAPH_LAYOUT_H\n"}
| 247
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c
|
//
// BugButton.h
// Thirstie
//
// Created by <NAME> on 11/23/13.
// Copyright (c) 2013 Digital-Liquor-Delivery. All rights reserved.
//
#import <UIKit/UIKit.h>
@class BugButton;
@protocol BugButtonDelegate
- (void)reportBug:(BugButton *)sender;
@end
@interface BugButton : UIButton
@property (nonatomic, weak) id<BugButtonDelegate> delegate;
//These are used to set the bounds where the bug button can be dragged
@property (nonatomic) CGFloat minX, maxX, minY, maxY;
+ (instancetype)bugButton;
- (NSData *)getScreenshot;
- (NSString *)bugReportString;
@end
| 27.15
| 20
|
(translation_unit) "//\n// BugButton.h\n// Thirstie\n//\n// Created by <NAME> on 11/23/13.\n// Copyright (c) 2013 Digital-Liquor-Delivery. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@class BugButton;\n\n@protocol BugButtonDelegate\n- (void)reportBug:(BugButton *)sender;\n@end\n\n@interface BugButton : UIButton\n\n@property (nonatomic, weak) id<BugButtonDelegate> delegate;\n//These are used to set the bounds where the bug button can be dragged\n@property (nonatomic) CGFloat minX, maxX, minY, maxY;\n\n+ (instancetype)bugButton;\n- (NSData *)getScreenshot;\n- (NSString *)bugReportString;\n\n@end\n"
(comment) "//"
(comment) "// BugButton.h"
(comment) "// Thirstie"
(comment) "//"
(comment) "// Created by <NAME> on 11/23/13."
(comment) "// Copyright (c) 2013 Digital-Liquor-Delivery. All rights reserved."
(comment) "//"
(preproc_call) "#import <UIKit/UIKit.h>\n"
(preproc_directive) "#import"
(preproc_arg) "<UIKit/UIKit.h>"
(ERROR) "@"
(ERROR) "@"
(declaration) "class BugButton;"
(type_identifier) "class"
(identifier) "BugButton"
(;) ";"
(ERROR) "@"
(ERROR) "@"
(declaration) "protocol BugButtonDelegate\n- (void)reportBug:(BugButton *)sender;\n@end\n\n@interface BugButton : UIButton\n\n@property (nonatomic, weak) id<BugButtonDelegate> delegate;\n//These are used to set the bounds where the bug button can be dragged\n@property (nonatomic) CGFloat minX, maxX, minY, maxY;\n\n+ (instancetype)bugButton;"
(type_identifier) "protocol"
(ERROR) "BugButtonDelegate\n- (void)reportBug:(BugButton *)sender;\n@end\n\n@interface BugButton : UIButton\n\n@property (nonatomic, weak) id<BugButtonDelegate> delegate;\n//These are used to set the bounds where the bug button can be dragged\n@property (nonatomic) CGFloat minX, maxX, minY, maxY;\n\n+ (instancetype)"
(function_declarator) "BugButtonDelegate\n- (void)reportBug:(BugButton *)sender"
(identifier) "BugButtonDelegate"
(ERROR) "-"
(-) "-"
(parameter_list) "(void)"
(() "("
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()) ")"
(identifier) "reportBug"
(ERROR) ":("
(:) ":"
(() "("
(identifier) "BugButton"
(ERROR) "*)"
(*) "*"
()) ")"
(identifier) "sender"
(;) ";"
(ERROR) "@"
(identifier) "end"
(ERROR) "@"
(identifier) "interface"
(identifier) "BugButton"
(:) ":"
(identifier) "UIButton"
(ERROR) "@"
(function_declarator) "property (nonatomic, weak)"
(identifier) "property"
(parameter_list) "(nonatomic, weak)"
(() "("
(identifier) "nonatomic"
(,) ","
(identifier) "weak"
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(declaration) "id<BugButtonDelegate> delegate;"
(type_identifier) "id"
(ERROR) "<BugButtonDelegate>"
(<) "<"
(identifier) "BugButtonDelegate"
(>) ">"
(identifier) "delegate"
(;) ";"
(comment) "//These are used to set the bounds where the bug button can be dragged"
(ERROR) "@"
(ERROR) "@"
(declaration) "property (nonatomic) CGFloat minX, maxX, minY, maxY;"
(macro_type_specifier) "property (nonatomic)"
(identifier) "property"
(() "("
(type_descriptor) "nonatomic"
(type_identifier) "nonatomic"
()) ")"
(identifier) "CGFloat"
(ERROR) "minX"
(identifier) "minX"
(,) ","
(identifier) "maxX"
(,) ","
(identifier) "minY"
(,) ","
(identifier) "maxY"
(;) ";"
(+) "+"
(parenthesized_declarator) "(instancetype)"
(() "("
(identifier) "instancetype"
()) ")"
(identifier) "bugButton"
(;) ";"
(expression_statement) "- (NSData *)getScreenshot;"
(unary_expression) "- (NSData *)getScreenshot"
(-) "-"
(cast_expression) "(NSData *)getScreenshot"
(() "("
(type_descriptor) "NSData *"
(type_identifier) "NSData"
(abstract_pointer_declarator) "*"
(*) "*"
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(identifier) "getScreenshot"
(;) ";"
(expression_statement) "- (NSString *)bugReportString;"
(unary_expression) "- (NSString *)bugReportString"
(-) "-"
(cast_expression) "(NSString *)bugReportString"
(() "("
(type_descriptor) "NSString *"
(type_identifier) "NSString"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(identifier) "bugReportString"
(;) ";"
(ERROR) "@"
(ERROR) "@"
(expression_statement) "end"
(identifier) "end"
(;) ""
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"class_declarations": [], "import_statements": []}, "original_source_code": "//\n// BugButton.h\n// Thirstie\n//\n// Created by <NAME> on 11/23/13.\n// Copyright (c) 2013 Digital-Liquor-Delivery. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@class BugButton;\n\n@protocol BugButtonDelegate\n- (void)reportBug:(BugButton *)sender;\n@end\n\n@interface BugButton : UIButton\n\n@property (nonatomic, weak) id<BugButtonDelegate> delegate;\n//These are used to set the bounds where the bug button can be dragged\n@property (nonatomic) CGFloat minX, maxX, minY, maxY;\n\n+ (instancetype)bugButton;\n- (NSData *)getScreenshot;\n- (NSString *)bugReportString;\n\n@end\n"}
| 248
|
c
|
#ifndef __PANEL_EDIT_H__
#define __PANEL_EDIT_H__
#include "Panel.h"
#ifndef GAMEMODE
class PanelEdit : public Panel
{
public:
PanelEdit(char* name);
~PanelEdit();
bool Draw();
};
#endif
#endif
| 14.15
| 13
|
(translation_unit) "#ifndef __PANEL_EDIT_H__\n#define __PANEL_EDIT_H__\n\n#include "Panel.h"\n\n#ifndef GAMEMODE\n\nclass PanelEdit : public Panel\n{\npublic:\n\n PanelEdit(char* name);\n ~PanelEdit();\n\n bool Draw();\n};\n\n#endif\n\n#endif\n"
(preproc_ifdef) "#ifndef __PANEL_EDIT_H__\n#define __PANEL_EDIT_H__\n\n#include "Panel.h"\n\n#ifndef GAMEMODE\n\nclass PanelEdit : public Panel\n{\npublic:\n\n PanelEdit(char* name);\n ~PanelEdit();\n\n bool Draw();\n};\n\n#endif\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "__PANEL_EDIT_H__"
(preproc_def) "#define __PANEL_EDIT_H__\n"
(#define) "#define"
(identifier) "__PANEL_EDIT_H__"
(preproc_include) "#include "Panel.h"\n"
(#include) "#include"
(string_literal) ""Panel.h""
(") """
(string_content) "Panel.h"
(") """
(preproc_ifdef) "#ifndef GAMEMODE\n\nclass PanelEdit : public Panel\n{\npublic:\n\n PanelEdit(char* name);\n ~PanelEdit();\n\n bool Draw();\n};\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "GAMEMODE"
(function_definition) "class PanelEdit : public Panel\n{\npublic:\n\n PanelEdit(char* name);\n ~PanelEdit();\n\n bool Draw();\n}"
(type_identifier) "class"
(identifier) "PanelEdit"
(ERROR) ": public Panel"
(:) ":"
(identifier) "public"
(identifier) "Panel"
(compound_statement) "{\npublic:\n\n PanelEdit(char* name);\n ~PanelEdit();\n\n bool Draw();\n}"
({) "{"
(labeled_statement) "public:\n\n PanelEdit(char* name);"
(statement_identifier) "public"
(:) ":"
(expression_statement) "PanelEdit(char* name);"
(call_expression) "PanelEdit(char* name)"
(identifier) "PanelEdit"
(argument_list) "(char* name)"
(() "("
(binary_expression) "char* name"
(identifier) "char"
(*) "*"
(identifier) "name"
()) ")"
(;) ";"
(expression_statement) "~PanelEdit();"
(unary_expression) "~PanelEdit()"
(~) "~"
(call_expression) "PanelEdit()"
(identifier) "PanelEdit"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "bool Draw();"
(primitive_type) "bool"
(function_declarator) "Draw()"
(identifier) "Draw"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
(#endif) "#endif"
(#endif) "#endif"
| 61
| 1
|
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Draw();\n};\n\n#endif\n\n#endif\n"}
| 249
|
c
|
#ifndef __ESK8_MODEL_H__
#define __ESK8_MODEL_H__
#ifdef __cplusplus
extern "C" {
#endif
#include "Arduino.h"
#include "local_datatypes.h"
#ifdef __cplusplus
}
#endif
void convertToBytes(char *source, byte *destination, uint8_t length);
void convertToCharArr(byte *source, char *destination, uint8_t length);
void setSpeedValue(Message *msg, uint8_t value);
uint8_t getSpeedValue(Message *msg);
float getFloatValue(int *sourceIndex, byte* source);
void injectToPayload(int *currentIndex, byte* payload, FloatPayload *item);
int convertToRequiredReadings(Message *source, RequiredReadings *target);
void convertToMessage(Message *target, RequiredReadings *source);
#endif
| 32.8
| 20
|
(translation_unit) "#ifndef __ESK8_MODEL_H__\n#define __ESK8_MODEL_H__\n\n#ifdef __cplusplus\nextern "C" {\n#endif\n\n#include "Arduino.h"\n#include "local_datatypes.h"\n\n#ifdef __cplusplus\n }\n#endif\n\n\nvoid convertToBytes(char *source, byte *destination, uint8_t length);\nvoid convertToCharArr(byte *source, char *destination, uint8_t length);\n\nvoid setSpeedValue(Message *msg, uint8_t value);\nuint8_t getSpeedValue(Message *msg);\n\nfloat getFloatValue(int *sourceIndex, byte* source);\nvoid injectToPayload(int *currentIndex, byte* payload, FloatPayload *item);\n\nint convertToRequiredReadings(Message *source, RequiredReadings *target); \nvoid convertToMessage(Message *target, RequiredReadings *source); \n#endif\n"
(preproc_ifdef) "#ifndef __ESK8_MODEL_H__\n#define __ESK8_MODEL_H__\n\n#ifdef __cplusplus\nextern "C" {\n#endif\n\n#include "Arduino.h"\n#include "local_datatypes.h"\n\n#ifdef __cplusplus\n }\n#endif\n\n\nvoid convertToBytes(char *source, byte *destination, uint8_t length);\nvoid convertToCharArr(byte *source, char *destination, uint8_t length);\n\nvoid setSpeedValue(Message *msg, uint8_t value);\nuint8_t getSpeedValue(Message *msg);\n\nfloat getFloatValue(int *sourceIndex, byte* source);\nvoid injectToPayload(int *currentIndex, byte* payload, FloatPayload *item);\n\nint convertToRequiredReadings(Message *source, RequiredReadings *target); \nvoid convertToMessage(Message *target, RequiredReadings *source); \n#endif"
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(() "("
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(parameter_declaration) "byte *destination"
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(() "("
(parameter_declaration) "Message *msg"
(type_identifier) "Message"
(pointer_declarator) "*msg"
(*) "*"
(identifier) "msg"
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(parameter_declaration) "uint8_t value"
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(primitive_type) "uint8_t"
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(() "("
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(type_identifier) "Message"
(pointer_declarator) "*msg"
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(;) ";"
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(identifier) "getFloatValue"
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(() "("
(parameter_declaration) "int *sourceIndex"
(primitive_type) "int"
(pointer_declarator) "*sourceIndex"
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(identifier) "sourceIndex"
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(parameter_list) "(int *currentIndex, byte* payload, FloatPayload *item)"
(() "("
(parameter_declaration) "int *currentIndex"
(primitive_type) "int"
(pointer_declarator) "*currentIndex"
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(identifier) "currentIndex"
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(parameter_declaration) "byte* payload"
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(;) ";"
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(primitive_type) "int"
(function_declarator) "convertToRequiredReadings(Message *source, RequiredReadings *target)"
(identifier) "convertToRequiredReadings"
(parameter_list) "(Message *source, RequiredReadings *target)"
(() "("
(parameter_declaration) "Message *source"
(type_identifier) "Message"
(pointer_declarator) "*source"
(*) "*"
(identifier) "source"
(,) ","
(parameter_declaration) "RequiredReadings *target"
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(pointer_declarator) "*target"
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(identifier) "target"
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(declaration) "void convertToMessage(Message *target, RequiredReadings *source);"
(primitive_type) "void"
(function_declarator) "convertToMessage(Message *target, RequiredReadings *source)"
(identifier) "convertToMessage"
(parameter_list) "(Message *target, RequiredReadings *source)"
(() "("
(parameter_declaration) "Message *target"
(type_identifier) "Message"
(pointer_declarator) "*target"
(*) "*"
(identifier) "target"
(,) ","
(parameter_declaration) "RequiredReadings *source"
(type_identifier) "RequiredReadings"
(pointer_declarator) "*source"
(*) "*"
(identifier) "source"
()) ")"
(;) ";"
(#endif) "#endif"
| 197
| 0
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*item);\n\nint convertToRequiredReadings(Message *source, RequiredReadings *target); \nvoid convertToMessage(Message *target, RequiredReadings *source); \n#endif\n"}
| 250
|
c
|
/**
* @file ArmCollisionDetector.h
*
* @author <a href="mailto:<EMAIL>"><NAME></a>
* ArmCollisionDetector: detect collisions with arms based on joint position deviation.
*/
#ifndef _ArmCollisionDetector_H_
#define _ArmCollisionDetector_H_
#include <ModuleFramework/Module.h>
// representations
#include <Representations/Infrastructure/FrameInfo.h>
#include <Representations/Infrastructure/JointData.h>
#include "Representations/Motion/MotionStatus.h"
#include "Representations/Motion/Request/MotionRequest.h"
#include "Representations/Motion/CollisionPercept.h"
// tools
#include <Tools/DataStructures/RingBufferWithSum.h>
// debug
#include "Tools/Debug/DebugRequest.h"
#include "Tools/Debug/DebugPlot.h"
#include "Tools/Debug/DebugModify.h"
#include "Tools/Debug/DebugParameterList.h"
BEGIN_DECLARE_MODULE(ArmCollisionDetector)
PROVIDE(DebugRequest)
PROVIDE(DebugPlot)
PROVIDE(DebugModify)
PROVIDE(DebugParameterList)
REQUIRE(FrameInfo)
REQUIRE(MotorJointData)
REQUIRE(SensorJointData)
REQUIRE(MotionStatus)
REQUIRE(MotionRequest)
PROVIDE(CollisionPercept)
END_DECLARE_MODULE(ArmCollisionDetector)
class ArmCollisionDetector : private ArmCollisionDetectorBase
{
public:
ArmCollisionDetector();
~ArmCollisionDetector();
void execute();
public:
class Parameter : public ParameterList
{
public:
Parameter() : ParameterList("ArmCollisionDetector")
{
PARAMETER_REGISTER(maxErrorStand) = 0.02;
PARAMETER_REGISTER(maxErrorWalk) = 0.05;
syncWithConfig();
}
double maxErrorStand;
double maxErrorWalk;
} params;
private:
RingBufferWithSum<double, 100> collisionBufferLeft;
RingBufferWithSum<double, 100> collisionBufferRight;
RingBuffer<double, 4> jointDataBufferLeft;
RingBuffer<double, 4> jointDataBufferRight;
//naoth::FrameInfo frameWhenArmsBack;
//ArmMotionRequest::ArmMotionID armStatus;
};
#endif //_ArmCollisionDetector_H_
| 28.83
| 64
|
(translation_unit) "/**\n* @file ArmCollisionDetector.h\n*\n* @author <a href="mailto:<EMAIL>"><NAME></a>\n* ArmCollisionDetector: detect collisions with arms based on joint position deviation.\n*/\n\n#ifndef _ArmCollisionDetector_H_\n#define _ArmCollisionDetector_H_\n\n#include <ModuleFramework/Module.h>\n\n// representations\n#include <Representations/Infrastructure/FrameInfo.h>\n#include <Representations/Infrastructure/JointData.h>\n\n#include "Representations/Motion/MotionStatus.h"\n#include "Representations/Motion/Request/MotionRequest.h"\n#include "Representations/Motion/CollisionPercept.h"\n\n// tools\n#include <Tools/DataStructures/RingBufferWithSum.h>\n\n// debug\n#include "Tools/Debug/DebugRequest.h"\n#include "Tools/Debug/DebugPlot.h"\n#include "Tools/Debug/DebugModify.h"\n#include "Tools/Debug/DebugParameterList.h"\n\n\nBEGIN_DECLARE_MODULE(ArmCollisionDetector)\n PROVIDE(DebugRequest)\n PROVIDE(DebugPlot)\n PROVIDE(DebugModify)\n PROVIDE(DebugParameterList)\n\n REQUIRE(FrameInfo)\n REQUIRE(MotorJointData)\n REQUIRE(SensorJointData)\n REQUIRE(MotionStatus)\n REQUIRE(MotionRequest)\n\n PROVIDE(CollisionPercept)\nEND_DECLARE_MODULE(ArmCollisionDetector)\n\nclass ArmCollisionDetector : private ArmCollisionDetectorBase\n{\npublic:\n ArmCollisionDetector();\n ~ArmCollisionDetector();\n\n void execute();\n\npublic:\n class Parameter : public ParameterList\n {\n public:\n Parameter() : ParameterList("ArmCollisionDetector") \n {\n PARAMETER_REGISTER(maxErrorStand) = 0.02;\n PARAMETER_REGISTER(maxErrorWalk) = 0.05;\n syncWithConfig();\n }\n\n double maxErrorStand;\n double maxErrorWalk;\n } params;\n\n\nprivate:\n RingBufferWithSum<double, 100> collisionBufferLeft;\n RingBufferWithSum<double, 100> collisionBufferRight;\n\n RingBuffer<double, 4> jointDataBufferLeft;\n RingBuffer<double, 4> jointDataBufferRight;\n //naoth::FrameInfo frameWhenArmsBack;\n //ArmMotionRequest::ArmMotionID armStatus;\n};\n\n#endif //_ArmCollisionDetector_H_\n"
(comment) "/**\n* @file ArmCollisionDetector.h\n*\n* @author <a href="mailto:<EMAIL>"><NAME></a>\n* ArmCollisionDetector: detect collisions with arms based on joint position deviation.\n*/"
(preproc_ifdef) "#ifndef _ArmCollisionDetector_H_\n#define _ArmCollisionDetector_H_\n\n#include <ModuleFramework/Module.h>\n\n// representations\n#include <Representations/Infrastructure/FrameInfo.h>\n#include <Representations/Infrastructure/JointData.h>\n\n#include "Representations/Motion/MotionStatus.h"\n#include "Representations/Motion/Request/MotionRequest.h"\n#include "Representations/Motion/CollisionPercept.h"\n\n// tools\n#include <Tools/DataStructures/RingBufferWithSum.h>\n\n// debug\n#include "Tools/Debug/DebugRequest.h"\n#include "Tools/Debug/DebugPlot.h"\n#include "Tools/Debug/DebugModify.h"\n#include "Tools/Debug/DebugParameterList.h"\n\n\nBEGIN_DECLARE_MODULE(ArmCollisionDetector)\n PROVIDE(DebugRequest)\n PROVIDE(DebugPlot)\n PROVIDE(DebugModify)\n PROVIDE(DebugParameterList)\n\n REQUIRE(FrameInfo)\n REQUIRE(MotorJointData)\n REQUIRE(SensorJointData)\n REQUIRE(MotionStatus)\n REQUIRE(MotionRequest)\n\n PROVIDE(CollisionPercept)\nEND_DECLARE_MODULE(ArmCollisionDetector)\n\nclass ArmCollisionDetector : private ArmCollisionDetectorBase\n{\npublic:\n ArmCollisionDetector();\n ~ArmCollisionDetector();\n\n void execute();\n\npublic:\n class Parameter : public ParameterList\n {\n public:\n Parameter() : ParameterList("ArmCollisionDetector") \n {\n PARAMETER_REGISTER(maxErrorStand) = 0.02;\n PARAMETER_REGISTER(maxErrorWalk) = 0.05;\n syncWithConfig();\n }\n\n double maxErrorStand;\n double maxErrorWalk;\n } params;\n\n\nprivate:\n RingBufferWithSum<double, 100> collisionBufferLeft;\n RingBufferWithSum<double, 100> collisionBufferRight;\n\n RingBuffer<double, 4> jointDataBufferLeft;\n RingBuffer<double, 4> jointDataBufferRight;\n //naoth::FrameInfo frameWhenArmsBack;\n //ArmMotionRequest::ArmMotionID armStatus;\n};\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "_ArmCollisionDetector_H_"
(preproc_def) "#define _ArmCollisionDetector_H_\n"
(#define) "#define"
(identifier) "_ArmCollisionDetector_H_"
(preproc_include) "#include <ModuleFramework/Module.h>\n"
(#include) "#include"
(system_lib_string) "<ModuleFramework/Module.h>"
(comment) "// representations"
(preproc_include) "#include <Representations/Infrastructure/FrameInfo.h>\n"
(#include) "#include"
(system_lib_string) "<Representations/Infrastructure/FrameInfo.h>"
(preproc_include) "#include <Representations/Infrastructure/JointData.h>\n"
(#include) "#include"
(system_lib_string) "<Representations/Infrastructure/JointData.h>"
(preproc_include) "#include "Representations/Motion/MotionStatus.h"\n"
(#include) "#include"
(string_literal) ""Representations/Motion/MotionStatus.h""
(") """
(string_content) "Representations/Motion/MotionStatus.h"
(") """
(preproc_include) "#include "Representations/Motion/Request/MotionRequest.h"\n"
(#include) "#include"
(string_literal) ""Representations/Motion/Request/MotionRequest.h""
(") """
(string_content) "Representations/Motion/Request/MotionRequest.h"
(") """
(preproc_include) "#include "Representations/Motion/CollisionPercept.h"\n"
(#include) "#include"
(string_literal) ""Representations/Motion/CollisionPercept.h""
(") """
(string_content) "Representations/Motion/CollisionPercept.h"
(") """
(comment) "// tools"
(preproc_include) "#include <Tools/DataStructures/RingBufferWithSum.h>\n"
(#include) "#include"
(system_lib_string) "<Tools/DataStructures/RingBufferWithSum.h>"
(comment) "// debug"
(preproc_include) "#include "Tools/Debug/DebugRequest.h"\n"
(#include) "#include"
(string_literal) ""Tools/Debug/DebugRequest.h""
(") """
(string_content) "Tools/Debug/DebugRequest.h"
(") """
(preproc_include) "#include "Tools/Debug/DebugPlot.h"\n"
(#include) "#include"
(string_literal) ""Tools/Debug/DebugPlot.h""
(") """
(string_content) "Tools/Debug/DebugPlot.h"
(") """
(preproc_include) "#include "Tools/Debug/DebugModify.h"\n"
(#include) "#include"
(string_literal) ""Tools/Debug/DebugModify.h""
(") """
(string_content) "Tools/Debug/DebugModify.h"
(") """
(preproc_include) "#include "Tools/Debug/DebugParameterList.h"\n"
(#include) "#include"
(string_literal) ""Tools/Debug/DebugParameterList.h""
(") """
(string_content) "Tools/Debug/DebugParameterList.h"
(") """
(function_definition) "BEGIN_DECLARE_MODULE(ArmCollisionDetector)\n PROVIDE(DebugRequest)\n PROVIDE(DebugPlot)\n PROVIDE(DebugModify)\n PROVIDE(DebugParameterList)\n\n REQUIRE(FrameInfo)\n REQUIRE(MotorJointData)\n REQUIRE(SensorJointData)\n REQUIRE(MotionStatus)\n REQUIRE(MotionRequest)\n\n PROVIDE(CollisionPercept)\nEND_DECLARE_MODULE(ArmCollisionDetector)\n\nclass ArmCollisionDetector : private ArmCollisionDetectorBase\n{\npublic:\n ArmCollisionDetector();\n ~ArmCollisionDetector();\n\n void execute();\n\npublic:\n class Parameter : public ParameterList\n {\n public:\n Parameter() : ParameterList("ArmCollisionDetector") \n {\n PARAMETER_REGISTER(maxErrorStand) = 0.02;\n PARAMETER_REGISTER(maxErrorWalk) = 0.05;\n syncWithConfig();\n }\n\n double maxErrorStand;\n double maxErrorWalk;\n } params;\n\n\nprivate:\n RingBufferWithSum<double, 100> collisionBufferLeft;\n RingBufferWithSum<double, 100> collisionBufferRight;\n\n RingBuffer<double, 4> jointDataBufferLeft;\n RingBuffer<double, 4> jointDataBufferRight;\n //naoth::FrameInfo frameWhenArmsBack;\n //ArmMotionRequest::ArmMotionID armStatus;\n}"
(macro_type_specifier) "BEGIN_DECLARE_MODULE(ArmCollisionDetector)"
(identifier) "BEGIN_DECLARE_MODULE"
(() "("
(type_descriptor) "ArmCollisionDetector"
(type_identifier) "ArmCollisionDetector"
()) ")"
(function_declarator) "PROVIDE(DebugRequest)\n PROVIDE(DebugPlot)\n PROVIDE(DebugModify)\n PROVIDE(DebugParameterList)\n\n REQUIRE(FrameInfo)\n REQUIRE(MotorJointData)\n REQUIRE(SensorJointData)\n REQUIRE(MotionStatus)\n REQUIRE(MotionRequest)\n\n PROVIDE(CollisionPercept)\nEND_DECLARE_MODULE(ArmCollisionDetector)\n\nclass ArmCollisionDetector : private ArmCollisionDetectorBase"
(identifier) "PROVIDE"
(parameter_list) "(DebugRequest)"
(() "("
(parameter_declaration) "DebugRequest"
(type_identifier) "DebugRequest"
()) ")"
(call_expression) "PROVIDE(DebugPlot)"
(identifier) "PROVIDE"
(argument_list) "(DebugPlot)"
(() "("
(identifier) "DebugPlot"
()) ")"
(call_expression) "PROVIDE(DebugModify)"
(identifier) "PROVIDE"
(argument_list) "(DebugModify)"
(() "("
(identifier) "DebugModify"
()) ")"
(call_expression) "PROVIDE(DebugParameterList)"
(identifier) "PROVIDE"
(argument_list) "(DebugParameterList)"
(() "("
(identifier) "DebugParameterList"
()) ")"
(call_expression) "REQUIRE(FrameInfo)"
(identifier) "REQUIRE"
(argument_list) "(FrameInfo)"
(() "("
(identifier) "FrameInfo"
()) ")"
(call_expression) "REQUIRE(MotorJointData)"
(identifier) "REQUIRE"
(argument_list) "(MotorJointData)"
(() "("
(identifier) "MotorJointData"
()) ")"
(call_expression) "REQUIRE(SensorJointData)"
(identifier) "REQUIRE"
(argument_list) "(SensorJointData)"
(() "("
(identifier) "SensorJointData"
()) ")"
(call_expression) "REQUIRE(MotionStatus)"
(identifier) "REQUIRE"
(argument_list) "(MotionStatus)"
(() "("
(identifier) "MotionStatus"
()) ")"
(call_expression) "REQUIRE(MotionRequest)"
(identifier) "REQUIRE"
(argument_list) "(MotionRequest)"
(() "("
(identifier) "MotionRequest"
()) ")"
(call_expression) "PROVIDE(CollisionPercept)"
(identifier) "PROVIDE"
(argument_list) "(CollisionPercept)"
(() "("
(identifier) "CollisionPercept"
()) ")"
(call_expression) "END_DECLARE_MODULE(ArmCollisionDetector)"
(identifier) "END_DECLARE_MODULE"
(argument_list) "(ArmCollisionDetector)"
(() "("
(identifier) "ArmCollisionDetector"
()) ")"
(identifier) "class"
(identifier) "ArmCollisionDetector"
(ERROR) ":"
(:) ":"
(identifier) "private"
(identifier) "ArmCollisionDetectorBase"
(compound_statement) "{\npublic:\n ArmCollisionDetector();\n ~ArmCollisionDetector();\n\n void execute();\n\npublic:\n class Parameter : public ParameterList\n {\n public:\n Parameter() : ParameterList("ArmCollisionDetector") \n {\n PARAMETER_REGISTER(maxErrorStand) = 0.02;\n PARAMETER_REGISTER(maxErrorWalk) = 0.05;\n syncWithConfig();\n }\n\n double maxErrorStand;\n double maxErrorWalk;\n } params;\n\n\nprivate:\n RingBufferWithSum<double, 100> collisionBufferLeft;\n RingBufferWithSum<double, 100> collisionBufferRight;\n\n RingBuffer<double, 4> jointDataBufferLeft;\n RingBuffer<double, 4> jointDataBufferRight;\n //naoth::FrameInfo frameWhenArmsBack;\n //ArmMotionRequest::ArmMotionID armStatus;\n}"
({) "{"
(labeled_statement) "public:\n ArmCollisionDetector();"
(statement_identifier) "public"
(:) ":"
(expression_statement) "ArmCollisionDetector();"
(call_expression) "ArmCollisionDetector()"
(identifier) "ArmCollisionDetector"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "~ArmCollisionDetector();"
(unary_expression) "~ArmCollisionDetector()"
(~) "~"
(call_expression) "ArmCollisionDetector()"
(identifier) "ArmCollisionDetector"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void execute();"
(primitive_type) "void"
(function_declarator) "execute()"
(identifier) "execute"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(labeled_statement) "public:\n class Parameter : public ParameterList\n {\n public:\n Parameter() : ParameterList("ArmCollisionDetector") \n {\n PARAMETER_REGISTER(maxErrorStand) = 0.02;\n PARAMETER_REGISTER(maxErrorWalk) = 0.05;\n syncWithConfig();\n }\n\n double maxErrorStand;\n double maxErrorWalk;\n }"
(statement_identifier) "public"
(:) ":"
(ERROR) "class Parameter : public ParameterList"
(type_identifier) "class"
(ERROR) "Parameter : public"
(identifier) "Parameter"
(:) ":"
(identifier) "public"
(identifier) "ParameterList"
(compound_statement) "{\n public:\n Parameter() : ParameterList("ArmCollisionDetector") \n {\n PARAMETER_REGISTER(maxErrorStand) = 0.02;\n PARAMETER_REGISTER(maxErrorWalk) = 0.05;\n syncWithConfig();\n }\n\n double maxErrorStand;\n double maxErrorWalk;\n }"
({) "{"
(labeled_statement) "public:\n Parameter() : ParameterList("ArmCollisionDetector") \n {\n PARAMETER_REGISTER(maxErrorStand) = 0.02;\n PARAMETER_REGISTER(maxErrorWalk) = 0.05;\n syncWithConfig();\n }"
(statement_identifier) "public"
(:) ":"
(ERROR) "Parameter() : ParameterList("ArmCollisionDetector")"
(call_expression) "Parameter()"
(identifier) "Parameter"
(argument_list) "()"
(() "("
()) ")"
(:) ":"
(call_expression) "ParameterList("ArmCollisionDetector")"
(identifier) "ParameterList"
(argument_list) "("ArmCollisionDetector")"
(() "("
(string_literal) ""ArmCollisionDetector""
(") """
(string_content) "ArmCollisionDetector"
(") """
()) ")"
(compound_statement) "{\n PARAMETER_REGISTER(maxErrorStand) = 0.02;\n PARAMETER_REGISTER(maxErrorWalk) = 0.05;\n syncWithConfig();\n }"
({) "{"
(expression_statement) "PARAMETER_REGISTER(maxErrorStand) = 0.02;"
(assignment_expression) "PARAMETER_REGISTER(maxErrorStand) = 0.02"
(call_expression) "PARAMETER_REGISTER(maxErrorStand)"
(identifier) "PARAMETER_REGISTER"
(argument_list) "(maxErrorStand)"
(() "("
(identifier) "maxErrorStand"
()) ")"
(=) "="
(number_literal) "0.02"
(;) ";"
(expression_statement) "PARAMETER_REGISTER(maxErrorWalk) = 0.05;"
(assignment_expression) "PARAMETER_REGISTER(maxErrorWalk) = 0.05"
(call_expression) "PARAMETER_REGISTER(maxErrorWalk)"
(identifier) "PARAMETER_REGISTER"
(argument_list) "(maxErrorWalk)"
(() "("
(identifier) "maxErrorWalk"
()) ")"
(=) "="
(number_literal) "0.05"
(;) ";"
(expression_statement) "syncWithConfig();"
(call_expression) "syncWithConfig()"
(identifier) "syncWithConfig"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(declaration) "double maxErrorStand;"
(primitive_type) "double"
(identifier) "maxErrorStand"
(;) ";"
(declaration) "double maxErrorWalk;"
(primitive_type) "double"
(identifier) "maxErrorWalk"
(;) ";"
(}) "}"
(expression_statement) "params;"
(identifier) "params"
(;) ";"
(labeled_statement) "private:\n RingBufferWithSum<double, 100> collisionBufferLeft;"
(statement_identifier) "private"
(:) ":"
(expression_statement) "RingBufferWithSum<double, 100> collisionBufferLeft;"
(comma_expression) "RingBufferWithSum<double, 100> collisionBufferLeft"
(binary_expression) "RingBufferWithSum<double"
(identifier) "RingBufferWithSum"
(<) "<"
(identifier) "double"
(,) ","
(binary_expression) "100> collisionBufferLeft"
(number_literal) "100"
(>) ">"
(identifier) "collisionBufferLeft"
(;) ";"
(expression_statement) "RingBufferWithSum<double, 100> collisionBufferRight;"
(comma_expression) "RingBufferWithSum<double, 100> collisionBufferRight"
(binary_expression) "RingBufferWithSum<double"
(identifier) "RingBufferWithSum"
(<) "<"
(identifier) "double"
(,) ","
(binary_expression) "100> collisionBufferRight"
(number_literal) "100"
(>) ">"
(identifier) "collisionBufferRight"
(;) ";"
(expression_statement) "RingBuffer<double, 4> jointDataBufferLeft;"
(comma_expression) "RingBuffer<double, 4> jointDataBufferLeft"
(binary_expression) "RingBuffer<double"
(identifier) "RingBuffer"
(<) "<"
(identifier) "double"
(,) ","
(binary_expression) "4> jointDataBufferLeft"
(number_literal) "4"
(>) ">"
(identifier) "jointDataBufferLeft"
(;) ";"
(expression_statement) "RingBuffer<double, 4> jointDataBufferRight;"
(comma_expression) "RingBuffer<double, 4> jointDataBufferRight"
(binary_expression) "RingBuffer<double"
(identifier) "RingBuffer"
(<) "<"
(identifier) "double"
(,) ","
(binary_expression) "4> jointDataBufferRight"
(number_literal) "4"
(>) ">"
(identifier) "jointDataBufferRight"
(;) ";"
(comment) "//naoth::FrameInfo frameWhenArmsBack;"
(comment) "//ArmMotionRequest::ArmMotionID armStatus;"
(}) "}"
(expression_statement) ";"
(;) ";"
(#endif) "#endif"
(comment) "//_ArmCollisionDetector_H_"
| 307
| 4
|
{"language": "c", "success": true, "metadata": {"lines": 64, "avg_line_length": 28.83, "nodes": 181, "errors": 0, "source_hash": "be6b4b3603f73fcd5ca779529d36ff2f1a1d0762d723d6805d99b4b073720de2", "categorized_nodes": 138}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef _ArmCollisionDetector_H_\n#define _ArmCollisionDetector_H_\n\n#include <ModuleFramework/Module.h>\n\n// representations\n#include <Representations/Infrastructure/FrameInfo.h>\n#include <Representations/Infrastructure/JointData.h>\n\n#include \"Representations/Motion/MotionStatus.h\"\n#include \"Representations/Motion/Request/MotionRequest.h\"\n#include \"Representations/Motion/CollisionPercept.h\"\n\n// tools\n#include <Tools/DataStructures/RingBufferWithSum.h>\n\n// debug\n#include \"Tools/Debug/DebugRequest.h\"\n#include \"Tools/Debug/DebugPlot.h\"\n#include \"Tools/Debug/DebugModify.h\"\n#include \"Tools/Debug/DebugParameterList.h\"\n\n\nBEGIN_DECLARE_MODULE(ArmCollisionDetector)\n PROVIDE(DebugRequest)\n PROVIDE(DebugPlot)\n PROVIDE(DebugModify)\n PROVIDE(DebugParameterList)\n\n REQUIRE(FrameInfo)\n REQUIRE(MotorJointData)\n REQUIRE(SensorJointData)\n REQUIRE(MotionStatus)\n REQUIRE(MotionRequest)\n\n PROVIDE(CollisionPercept)\nEND_DECLARE_MODULE(ArmCollisionDetector)\n\nclass ArmCollisionDetector : private ArmCollisionDetectorBase\n{\npublic:\n ArmCollisionDetector();\n ~ArmCollisionDetector();\n\n void execute();\n\npublic:\n class Parameter : public ParameterList\n {\n public:\n Parameter() : ParameterList(\"ArmCollisionDetector\") \n {\n PARAMETER_REGISTER(maxErrorStand) = 0.02;\n PARAMETER_REGISTER(maxErrorWalk) = 0.05;\n syncWithConfig();\n }\n\n double maxErrorStand;\n double maxErrorWalk;\n } params;\n\n\nprivate:\n RingBufferWithSum<double, 100> collisionBufferLeft;\n RingBufferWithSum<double, 100> collisionBufferRight;\n\n RingBuffer<double, 4> jointDataBufferLeft;\n RingBuffer<double, 4> jointDataBufferRight;\n //naoth::FrameInfo frameWhenArmsBack;\n //ArmMotionRequest::ArmMotionID armStatus;\n};\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39, 180], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 79, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 7}}, {"id": 2, "type": "identifier", "text": "_ArmCollisionDetector_H_", "parent": 0, "children": [], "start_point": {"row": 7, "column": 8}, "end_point": {"row": 7, "column": 32}}, {"id": 3, "type": "preproc_def", "text": "#define _ArmCollisionDetector_H_\n", "parent": 0, "children": [4, 5], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 9, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 7}}, {"id": 5, "type": "identifier", "text": "_ArmCollisionDetector_H_", "parent": 3, "children": [], "start_point": {"row": 8, "column": 8}, "end_point": {"row": 8, "column": 32}}, {"id": 6, "type": "preproc_include", "text": "#include <ModuleFramework/Module.h>\n", "parent": 0, "children": [7, 8], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 11, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<ModuleFramework/Module.h>", "parent": 6, "children": [], "start_point": {"row": 10, "column": 9}, "end_point": {"row": 10, "column": 35}}, {"id": 9, "type": "preproc_include", "text": "#include <Representations/Infrastructure/FrameInfo.h>\n", "parent": 0, "children": [10, 11], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 14, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 13, "column": 8}}, {"id": 11, "type": "system_lib_string", "text": "<Representations/Infrastructure/FrameInfo.h>", "parent": 9, "children": [], "start_point": {"row": 13, "column": 9}, "end_point": {"row": 13, "column": 53}}, {"id": 12, "type": "preproc_include", "text": "#include <Representations/Infrastructure/JointData.h>\n", "parent": 0, "children": [13, 14], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 15, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 8}}, {"id": 14, "type": "system_lib_string", "text": "<Representations/Infrastructure/JointData.h>", "parent": 12, "children": [], "start_point": {"row": 14, "column": 9}, "end_point": {"row": 14, "column": 53}}, {"id": 15, "type": "preproc_include", "text": "#include \"Representations/Motion/MotionStatus.h\"\n", "parent": 0, "children": [16, 17], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 17, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 8}}, {"id": 17, "type": "string_literal", "text": "\"Representations/Motion/MotionStatus.h\"", "parent": 15, "children": [], "start_point": {"row": 16, "column": 9}, "end_point": {"row": 16, "column": 48}}, {"id": 18, "type": "preproc_include", "text": "#include \"Representations/Motion/Request/MotionRequest.h\"\n", "parent": 0, "children": [19, 20], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 18, "column": 0}}, {"id": 19, "type": "#include", "text": "#include", "parent": 18, "children": [], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 8}}, {"id": 20, "type": "string_literal", "text": "\"Representations/Motion/Request/MotionRequest.h\"", "parent": 18, "children": [], "start_point": {"row": 17, "column": 9}, "end_point": {"row": 17, "column": 57}}, {"id": 21, "type": "preproc_include", "text": "#include \"Representations/Motion/CollisionPercept.h\"\n", "parent": 0, "children": [22, 23], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 22, "type": "#include", "text": "#include", "parent": 21, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 8}}, {"id": 23, "type": "string_literal", "text": "\"Representations/Motion/CollisionPercept.h\"", "parent": 21, "children": [], "start_point": {"row": 18, "column": 9}, "end_point": {"row": 18, "column": 52}}, {"id": 24, "type": "preproc_include", "text": "#include <Tools/DataStructures/RingBufferWithSum.h>\n", "parent": 0, "children": [25, 26], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 22, "column": 0}}, {"id": 25, "type": "#include", "text": "#include", "parent": 24, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 8}}, {"id": 26, "type": "system_lib_string", "text": "<Tools/DataStructures/RingBufferWithSum.h>", "parent": 24, "children": [], "start_point": {"row": 21, "column": 9}, "end_point": {"row": 21, "column": 51}}, {"id": 27, "type": "preproc_include", "text": "#include \"Tools/Debug/DebugRequest.h\"\n", "parent": 0, "children": [28, 29], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 25, "column": 0}}, {"id": 28, "type": "#include", "text": "#include", "parent": 27, "children": [], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 24, "column": 8}}, {"id": 29, "type": "string_literal", "text": "\"Tools/Debug/DebugRequest.h\"", "parent": 27, "children": [], "start_point": {"row": 24, "column": 9}, "end_point": {"row": 24, "column": 37}}, {"id": 30, "type": "preproc_include", "text": "#include \"Tools/Debug/DebugPlot.h\"\n", "parent": 0, "children": [31, 32], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 26, "column": 0}}, {"id": 31, "type": "#include", "text": "#include", "parent": 30, "children": [], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 25, "column": 8}}, {"id": 32, "type": "string_literal", "text": "\"Tools/Debug/DebugPlot.h\"", "parent": 30, "children": [], "start_point": {"row": 25, "column": 9}, "end_point": {"row": 25, "column": 34}}, {"id": 33, "type": "preproc_include", "text": "#include \"Tools/Debug/DebugModify.h\"\n", "parent": 0, "children": [34, 35], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 27, "column": 0}}, {"id": 34, "type": "#include", "text": "#include", "parent": 33, "children": [], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 26, "column": 8}}, {"id": 35, "type": "string_literal", "text": "\"Tools/Debug/DebugModify.h\"", "parent": 33, "children": [], "start_point": {"row": 26, "column": 9}, "end_point": {"row": 26, "column": 36}}, {"id": 36, "type": "preproc_include", "text": "#include \"Tools/Debug/DebugParameterList.h\"\n", "parent": 0, "children": [37, 38], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 28, "column": 0}}, {"id": 37, "type": "#include", "text": "#include", "parent": 36, "children": [], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 27, "column": 8}}, {"id": 38, "type": "string_literal", "text": "\"Tools/Debug/DebugParameterList.h\"", "parent": 36, "children": [], "start_point": {"row": 27, "column": 9}, "end_point": {"row": 27, "column": 43}}, {"id": 39, "type": "function_definition", "text": "BEGIN_DECLARE_MODULE(ArmCollisionDetector)\n PROVIDE(DebugRequest)\n PROVIDE(DebugPlot)\n PROVIDE(DebugModify)\n PROVIDE(DebugParameterList)\n\n REQUIRE(FrameInfo)\n REQUIRE(MotorJointData)\n REQUIRE(SensorJointData)\n REQUIRE(MotionStatus)\n REQUIRE(MotionRequest)\n\n PROVIDE(CollisionPercept)\nEND_DECLARE_MODULE(ArmCollisionDetector)\n\nclass ArmCollisionDetector : private ArmCollisionDetectorBase\n{\npublic:\n ArmCollisionDetector();\n ~ArmCollisionDetector();\n\n void execute();\n\npublic:\n class Parameter : public ParameterList\n {\n public:\n Parameter() : ParameterList(\"ArmCollisionDetector\") \n {\n PARAMETER_REGISTER(maxErrorStand) = 0.02;\n PARAMETER_REGISTER(maxErrorWalk) = 0.05;\n syncWithConfig();\n }\n\n double maxErrorStand;\n double maxErrorWalk;\n } params;\n\n\nprivate:\n RingBufferWithSum<double, 100> collisionBufferLeft;\n RingBufferWithSum<double, 100> collisionBufferRight;\n\n RingBuffer<double, 4> jointDataBufferLeft;\n RingBuffer<double, 4> jointDataBufferRight;\n //naoth::FrameInfo frameWhenArmsBack;\n //ArmMotionRequest::ArmMotionID armStatus;\n}", "parent": 0, "children": [40, 44], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 77, "column": 1}}, {"id": 40, "type": "macro_type_specifier", "text": "BEGIN_DECLARE_MODULE(ArmCollisionDetector)", "parent": 39, "children": [41, 42], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 30, "column": 42}}, {"id": 41, "type": "identifier", "text": "BEGIN_DECLARE_MODULE", "parent": 40, "children": [], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 30, "column": 20}}, {"id": 42, "type": "type_descriptor", "text": "ArmCollisionDetector", "parent": 40, "children": [43], "start_point": {"row": 30, "column": 21}, "end_point": {"row": 30, "column": 41}}, {"id": 43, "type": "type_identifier", "text": "ArmCollisionDetector", "parent": 42, "children": [], "start_point": {"row": 30, "column": 21}, "end_point": {"row": 30, "column": 41}}, {"id": 44, "type": "function_declarator", "text": "PROVIDE(DebugRequest)\n PROVIDE(DebugPlot)\n PROVIDE(DebugModify)\n PROVIDE(DebugParameterList)\n\n REQUIRE(FrameInfo)\n REQUIRE(MotorJointData)\n REQUIRE(SensorJointData)\n REQUIRE(MotionStatus)\n REQUIRE(MotionRequest)\n\n PROVIDE(CollisionPercept)\nEND_DECLARE_MODULE(ArmCollisionDetector)\n\nclass ArmCollisionDetector : private ArmCollisionDetectorBase", "parent": 39, "children": [45, 46, 49, 53, 57, 61, 65, 69, 73, 77, 81, 85, 89, 90], "start_point": {"row": 31, "column": 2}, "end_point": {"row": 45, "column": 61}}, {"id": 45, "type": "identifier", "text": "PROVIDE", "parent": 44, "children": [], "start_point": {"row": 31, "column": 2}, "end_point": {"row": 31, "column": 9}}, {"id": 46, "type": "parameter_list", "text": "(DebugRequest)", "parent": 44, "children": [47], "start_point": {"row": 31, "column": 9}, "end_point": {"row": 31, "column": 23}}, {"id": 47, "type": "parameter_declaration", "text": "DebugRequest", "parent": 46, "children": [48], "start_point": {"row": 31, "column": 10}, "end_point": {"row": 31, "column": 22}}, {"id": 48, "type": "type_identifier", "text": "DebugRequest", "parent": 47, "children": [], "start_point": {"row": 31, "column": 10}, "end_point": {"row": 31, "column": 22}}, {"id": 49, "type": "call_expression", "text": "PROVIDE(DebugPlot)", "parent": 44, "children": [50, 51], "start_point": {"row": 32, "column": 2}, "end_point": {"row": 32, "column": 20}}, {"id": 50, "type": "identifier", "text": "PROVIDE", "parent": 49, "children": [], "start_point": {"row": 32, "column": 2}, "end_point": {"row": 32, "column": 9}}, {"id": 51, "type": "argument_list", "text": "(DebugPlot)", "parent": 49, "children": [52], "start_point": {"row": 32, "column": 9}, "end_point": {"row": 32, "column": 20}}, {"id": 52, "type": "identifier", "text": "DebugPlot", "parent": 51, "children": [], "start_point": {"row": 32, "column": 10}, "end_point": {"row": 32, "column": 19}}, {"id": 53, "type": "call_expression", "text": "PROVIDE(DebugModify)", "parent": 44, "children": [54, 55], "start_point": {"row": 33, "column": 2}, "end_point": {"row": 33, "column": 22}}, {"id": 54, "type": "identifier", "text": "PROVIDE", "parent": 53, "children": [], "start_point": {"row": 33, "column": 2}, "end_point": {"row": 33, "column": 9}}, {"id": 55, "type": "argument_list", "text": "(DebugModify)", "parent": 53, "children": [56], "start_point": {"row": 33, "column": 9}, "end_point": {"row": 33, "column": 22}}, {"id": 56, "type": "identifier", "text": "DebugModify", "parent": 55, "children": [], "start_point": {"row": 33, "column": 10}, "end_point": {"row": 33, "column": 21}}, {"id": 57, "type": "call_expression", "text": "PROVIDE(DebugParameterList)", "parent": 44, "children": [58, 59], "start_point": {"row": 34, "column": 2}, "end_point": {"row": 34, "column": 29}}, {"id": 58, "type": "identifier", "text": "PROVIDE", "parent": 57, "children": [], "start_point": {"row": 34, "column": 2}, "end_point": {"row": 34, "column": 9}}, {"id": 59, "type": "argument_list", "text": "(DebugParameterList)", "parent": 57, "children": [60], "start_point": {"row": 34, "column": 9}, "end_point": {"row": 34, "column": 29}}, {"id": 60, "type": "identifier", "text": "DebugParameterList", "parent": 59, "children": [], "start_point": {"row": 34, "column": 10}, "end_point": {"row": 34, 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37, "column": 2}, "end_point": {"row": 37, "column": 9}}, {"id": 67, "type": "argument_list", "text": "(MotorJointData)", "parent": 65, "children": [68], "start_point": {"row": 37, "column": 9}, "end_point": {"row": 37, "column": 25}}, {"id": 68, "type": "identifier", "text": "MotorJointData", "parent": 67, "children": [], "start_point": {"row": 37, "column": 10}, "end_point": {"row": 37, "column": 24}}, {"id": 69, "type": "call_expression", "text": "REQUIRE(SensorJointData)", "parent": 44, "children": [70, 71], "start_point": {"row": 38, "column": 2}, "end_point": {"row": 38, "column": 26}}, {"id": 70, "type": "identifier", "text": "REQUIRE", "parent": 69, "children": [], "start_point": {"row": 38, "column": 2}, "end_point": {"row": 38, "column": 9}}, {"id": 71, "type": "argument_list", "text": "(SensorJointData)", "parent": 69, "children": [72], "start_point": {"row": 38, "column": 9}, "end_point": {"row": 38, "column": 26}}, {"id": 72, "type": "identifier", "text": 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"member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 39, "universal_type": "function", "name": "ArmCollisionDetector", "text_snippet": "BEGIN_DECLARE_MODULE(ArmCollisionDetector)\n PROVIDE(DebugRequest)\n PROVIDE(DebugPlot)\n PROVIDE(De"}, {"node_id": 44, "universal_type": "function", "name": "ArmCollisionDetector", "text_snippet": "PROVIDE(DebugRequest)\n PROVIDE(DebugPlot)\n PROVIDE(DebugModify)\n PROVIDE(DebugParameterList)\n\n R"}, {"node_id": 102, "universal_type": "function", "name": "unknown", "text_snippet": "execute()"}], "class_declarations": [], "import_statements": [{"node_id": 6, "text": "#include <ModuleFramework/Module.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <Representations/Infrastructure/FrameInfo.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <Representations/Infrastructure/JointData.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include \"Representations/Motion/MotionStatus.h\"\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include \"Representations/Motion/Request/MotionRequest.h\"\n"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include \"Representations/Motion/CollisionPercept.h\"\n"}, {"node_id": 22, "text": "#include"}, {"node_id": 24, "text": "#include <Tools/DataStructures/RingBufferWithSum.h>\n"}, {"node_id": 25, "text": "#include"}, {"node_id": 27, "text": "#include \"Tools/Debug/DebugRequest.h\"\n"}, {"node_id": 28, "text": "#include"}, {"node_id": 30, "text": "#include \"Tools/Debug/DebugPlot.h\"\n"}, {"node_id": 31, "text": "#include"}, {"node_id": 33, "text": "#include \"Tools/Debug/DebugModify.h\"\n"}, {"node_id": 34, "text": "#include"}, {"node_id": 36, "text": "#include \"Tools/Debug/DebugParameterList.h\"\n"}, {"node_id": 37, "text": "#include"}]}, "original_source_code": "/**\n* @file ArmCollisionDetector.h\n*\n* @author <a href=\"mailto:<EMAIL>\"><NAME></a>\n* ArmCollisionDetector: detect collisions with arms based on joint position deviation.\n*/\n\n#ifndef _ArmCollisionDetector_H_\n#define _ArmCollisionDetector_H_\n\n#include <ModuleFramework/Module.h>\n\n// representations\n#include <Representations/Infrastructure/FrameInfo.h>\n#include <Representations/Infrastructure/JointData.h>\n\n#include \"Representations/Motion/MotionStatus.h\"\n#include \"Representations/Motion/Request/MotionRequest.h\"\n#include \"Representations/Motion/CollisionPercept.h\"\n\n// tools\n#include <Tools/DataStructures/RingBufferWithSum.h>\n\n// debug\n#include \"Tools/Debug/DebugRequest.h\"\n#include \"Tools/Debug/DebugPlot.h\"\n#include \"Tools/Debug/DebugModify.h\"\n#include \"Tools/Debug/DebugParameterList.h\"\n\n\nBEGIN_DECLARE_MODULE(ArmCollisionDetector)\n PROVIDE(DebugRequest)\n PROVIDE(DebugPlot)\n PROVIDE(DebugModify)\n PROVIDE(DebugParameterList)\n\n REQUIRE(FrameInfo)\n REQUIRE(MotorJointData)\n REQUIRE(SensorJointData)\n REQUIRE(MotionStatus)\n REQUIRE(MotionRequest)\n\n PROVIDE(CollisionPercept)\nEND_DECLARE_MODULE(ArmCollisionDetector)\n\nclass ArmCollisionDetector : private ArmCollisionDetectorBase\n{\npublic:\n ArmCollisionDetector();\n ~ArmCollisionDetector();\n\n void execute();\n\npublic:\n class Parameter : public ParameterList\n {\n public:\n Parameter() : ParameterList(\"ArmCollisionDetector\") \n {\n PARAMETER_REGISTER(maxErrorStand) = 0.02;\n PARAMETER_REGISTER(maxErrorWalk) = 0.05;\n syncWithConfig();\n }\n\n double maxErrorStand;\n double maxErrorWalk;\n } params;\n\n\nprivate:\n RingBufferWithSum<double, 100> collisionBufferLeft;\n RingBufferWithSum<double, 100> collisionBufferRight;\n\n RingBuffer<double, 4> jointDataBufferLeft;\n RingBuffer<double, 4> jointDataBufferRight;\n //naoth::FrameInfo frameWhenArmsBack;\n //ArmMotionRequest::ArmMotionID armStatus;\n};\n\n#endif //_ArmCollisionDetector_H_\n"}
| 251
|
c
|
#pragma once
#include "MatrixHelper.h"
#include <cstdint>
namespace DX
{
class TextRenderer;
enum class TextRenderer::AnchorPoint;
}
namespace DirectXGame
{
class GameMain;
class Snake;
enum class Snake::SnakeType;
class ProgramHelper
{
public:
struct PlayerConfig
{
std::string mName;
std::uint32_t mBlocks;
DirectX::XMFLOAT2 mDimension;
DirectX::XMFLOAT2 mPosition;
DirectX::XMFLOAT2 mHeading;
Snake::SnakeType mType;
DirectX::XMFLOAT4 mHeadColor;
DirectX::XMFLOAT4 mBodyColor;
DX::TextRenderer::AnchorPoint mScoreAnchorPoint;
};
static const DirectX::XMFLOAT2 RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension);
static float RandomFloat(float min, float max);
static int32_t RandomInt(std::int32_t min, std::int32_t max);
static void ToWideString(const std::string& source, std::wstring& dest);
static std::wstring ToWideString(const std::string& source);
static void Totring(const std::wstring& source, std::string& dest);
static std::string ToString(const std::wstring& source);
static const float Left;
static const float Right;
static const float Top;
static const float Bottom;
static const std::vector<PlayerConfig> PlayerConfigs;
static bool IsDebugEnabled;
private:
static std::default_random_engine RandomGenerator;
static std::uniform_real_distribution<float> RandomRealDistribution;
static std::uniform_int_distribution<std::uint32_t> RandomIntDistribution;
friend GameMain;
};
}
| 26.61
| 56
|
(translation_unit) "#pragma once
\n
\n#include "MatrixHelper.h"
\n#include <cstdint>
\n
\nnamespace DX
\n{
\n class TextRenderer;
\n enum class TextRenderer::AnchorPoint;
\n}
\n
\nnamespace DirectXGame
\n{
\n class GameMain;
\n class Snake;
\n enum class Snake::SnakeType;
\n
\n class ProgramHelper
\n {
\n public:
\n struct PlayerConfig
\n {
\n std::string mName;
\n std::uint32_t mBlocks;
\n DirectX::XMFLOAT2 mDimension;
\n DirectX::XMFLOAT2 mPosition;
\n DirectX::XMFLOAT2 mHeading;
\n Snake::SnakeType mType;
\n DirectX::XMFLOAT4 mHeadColor;
\n DirectX::XMFLOAT4 mBodyColor;
\n DX::TextRenderer::AnchorPoint mScoreAnchorPoint;
\n };
\n
\n static const DirectX::XMFLOAT2 RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension);
\n static float RandomFloat(float min, float max);
\n static int32_t RandomInt(std::int32_t min, std::int32_t max);
\n static void ToWideString(const std::string& source, std::wstring& dest);
\n static std::wstring ToWideString(const std::string& source);
\n static void Totring(const std::wstring& source, std::string& dest);
\n static std::string ToString(const std::wstring& source);
\n
\n static const float Left;
\n static const float Right;
\n static const float Top;
\n static const float Bottom;
\n static const std::vector<PlayerConfig> PlayerConfigs;
\n
\n static bool IsDebugEnabled;
\n private:
\n static std::default_random_engine RandomGenerator;
\n static std::uniform_real_distribution<float> RandomRealDistribution;
\n static std::uniform_int_distribution<std::uint32_t> RandomIntDistribution;
\n
\n friend GameMain;
\n };
\n}
\n"
(preproc_call) "#pragma once
\n"
(preproc_directive) "#pragma"
(preproc_arg) "once
"
(preproc_include) "#include "MatrixHelper.h"
\n"
(#include) "#include"
(string_literal) ""MatrixHelper.h""
(") """
(string_content) "MatrixHelper.h"
(") """
(preproc_include) "#include <cstdint>
\n"
(#include) "#include"
(system_lib_string) "<cstdint>"
(function_definition) "namespace DX
\n{
\n class TextRenderer;
\n enum class TextRenderer::AnchorPoint;
\n}"
(type_identifier) "namespace"
(identifier) "DX"
(compound_statement) "{
\n class TextRenderer;
\n enum class TextRenderer::AnchorPoint;
\n}"
({) "{"
(declaration) "class TextRenderer;"
(type_identifier) "class"
(identifier) "TextRenderer"
(;) ";"
(declaration) "enum class TextRenderer::AnchorPoint;"
(enum_specifier) "enum class"
(enum) "enum"
(type_identifier) "class"
(identifier) "TextRenderer"
(ERROR) "::AnchorPoint"
(:) ":"
(:) ":"
(identifier) "AnchorPoint"
(;) ";"
(}) "}"
(function_definition) "namespace DirectXGame
\n{
\n class GameMain;
\n class Snake;
\n enum class Snake::SnakeType;
\n
\n class ProgramHelper
\n {
\n public:
\n struct PlayerConfig
\n {
\n std::string mName;
\n std::uint32_t mBlocks;
\n DirectX::XMFLOAT2 mDimension;
\n DirectX::XMFLOAT2 mPosition;
\n DirectX::XMFLOAT2 mHeading;
\n Snake::SnakeType mType;
\n DirectX::XMFLOAT4 mHeadColor;
\n DirectX::XMFLOAT4 mBodyColor;
\n DX::TextRenderer::AnchorPoint mScoreAnchorPoint;
\n };
\n
\n static const DirectX::XMFLOAT2 RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension);
\n static float RandomFloat(float min, float max);
\n static int32_t RandomInt(std::int32_t min, std::int32_t max);
\n static void ToWideString(const std::string& source, std::wstring& dest);
\n static std::wstring ToWideString(const std::string& source);
\n static void Totring(const std::wstring& source, std::string& dest);
\n static std::string ToString(const std::wstring& source);
\n
\n static const float Left;
\n static const float Right;
\n static const float Top;
\n static const float Bottom;
\n static const std::vector<PlayerConfig> PlayerConfigs;
\n
\n static bool IsDebugEnabled;
\n private:
\n static std::default_random_engine RandomGenerator;
\n static std::uniform_real_distribution<float> RandomRealDistribution;
\n static std::uniform_int_distribution<std::uint32_t> RandomIntDistribution;
\n
\n friend GameMain;
\n };
\n}"
(type_identifier) "namespace"
(identifier) "DirectXGame"
(compound_statement) "{
\n class GameMain;
\n class Snake;
\n enum class Snake::SnakeType;
\n
\n class ProgramHelper
\n {
\n public:
\n struct PlayerConfig
\n {
\n std::string mName;
\n std::uint32_t mBlocks;
\n DirectX::XMFLOAT2 mDimension;
\n DirectX::XMFLOAT2 mPosition;
\n DirectX::XMFLOAT2 mHeading;
\n Snake::SnakeType mType;
\n DirectX::XMFLOAT4 mHeadColor;
\n DirectX::XMFLOAT4 mBodyColor;
\n DX::TextRenderer::AnchorPoint mScoreAnchorPoint;
\n };
\n
\n static const DirectX::XMFLOAT2 RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension);
\n static float RandomFloat(float min, float max);
\n static int32_t RandomInt(std::int32_t min, std::int32_t max);
\n static void ToWideString(const std::string& source, std::wstring& dest);
\n static std::wstring ToWideString(const std::string& source);
\n static void Totring(const std::wstring& source, std::string& dest);
\n static std::string ToString(const std::wstring& source);
\n
\n static const float Left;
\n static const float Right;
\n static const float Top;
\n static const float Bottom;
\n static const std::vector<PlayerConfig> PlayerConfigs;
\n
\n static bool IsDebugEnabled;
\n private:
\n static std::default_random_engine RandomGenerator;
\n static std::uniform_real_distribution<float> RandomRealDistribution;
\n static std::uniform_int_distribution<std::uint32_t> RandomIntDistribution;
\n
\n friend GameMain;
\n };
\n}"
({) "{"
(declaration) "class GameMain;"
(type_identifier) "class"
(identifier) "GameMain"
(;) ";"
(declaration) "class Snake;"
(type_identifier) "class"
(identifier) "Snake"
(;) ";"
(declaration) "enum class Snake::SnakeType;"
(enum_specifier) "enum class"
(enum) "enum"
(type_identifier) "class"
(ERROR) "Snake::"
(identifier) "Snake"
(:) ":"
(:) ":"
(identifier) "SnakeType"
(;) ";"
(function_definition) "class ProgramHelper
\n {
\n public:
\n struct PlayerConfig
\n {
\n std::string mName;
\n std::uint32_t mBlocks;
\n DirectX::XMFLOAT2 mDimension;
\n DirectX::XMFLOAT2 mPosition;
\n DirectX::XMFLOAT2 mHeading;
\n Snake::SnakeType mType;
\n DirectX::XMFLOAT4 mHeadColor;
\n DirectX::XMFLOAT4 mBodyColor;
\n DX::TextRenderer::AnchorPoint mScoreAnchorPoint;
\n };
\n
\n static const DirectX::XMFLOAT2 RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension);
\n static float RandomFloat(float min, float max);
\n static int32_t RandomInt(std::int32_t min, std::int32_t max);
\n static void ToWideString(const std::string& source, std::wstring& dest);
\n static std::wstring ToWideString(const std::string& source);
\n static void Totring(const std::wstring& source, std::string& dest);
\n static std::string ToString(const std::wstring& source);
\n
\n static const float Left;
\n static const float Right;
\n static const float Top;
\n static const float Bottom;
\n static const std::vector<PlayerConfig> PlayerConfigs;
\n
\n static bool IsDebugEnabled;
\n private:
\n static std::default_random_engine RandomGenerator;
\n static std::uniform_real_distribution<float> RandomRealDistribution;
\n static std::uniform_int_distribution<std::uint32_t> RandomIntDistribution;
\n
\n friend GameMain;
\n }"
(type_identifier) "class"
(identifier) "ProgramHelper"
(compound_statement) "{
\n public:
\n struct PlayerConfig
\n {
\n std::string mName;
\n std::uint32_t mBlocks;
\n DirectX::XMFLOAT2 mDimension;
\n DirectX::XMFLOAT2 mPosition;
\n DirectX::XMFLOAT2 mHeading;
\n Snake::SnakeType mType;
\n DirectX::XMFLOAT4 mHeadColor;
\n DirectX::XMFLOAT4 mBodyColor;
\n DX::TextRenderer::AnchorPoint mScoreAnchorPoint;
\n };
\n
\n static const DirectX::XMFLOAT2 RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension);
\n static float RandomFloat(float min, float max);
\n static int32_t RandomInt(std::int32_t min, std::int32_t max);
\n static void ToWideString(const std::string& source, std::wstring& dest);
\n static std::wstring ToWideString(const std::string& source);
\n static void Totring(const std::wstring& source, std::string& dest);
\n static std::string ToString(const std::wstring& source);
\n
\n static const float Left;
\n static const float Right;
\n static const float Top;
\n static const float Bottom;
\n static const std::vector<PlayerConfig> PlayerConfigs;
\n
\n static bool IsDebugEnabled;
\n private:
\n static std::default_random_engine RandomGenerator;
\n static std::uniform_real_distribution<float> RandomRealDistribution;
\n static std::uniform_int_distribution<std::uint32_t> RandomIntDistribution;
\n
\n friend GameMain;
\n }"
({) "{"
(labeled_statement) "public:
\n struct PlayerConfig
\n {
\n std::string mName;
\n std::uint32_t mBlocks;
\n DirectX::XMFLOAT2 mDimension;
\n DirectX::XMFLOAT2 mPosition;
\n DirectX::XMFLOAT2 mHeading;
\n Snake::SnakeType mType;
\n DirectX::XMFLOAT4 mHeadColor;
\n DirectX::XMFLOAT4 mBodyColor;
\n DX::TextRenderer::AnchorPoint mScoreAnchorPoint;
\n };"
(statement_identifier) "public"
(:) ":"
(declaration) "struct PlayerConfig
\n {
\n std::string mName;
\n std::uint32_t mBlocks;
\n DirectX::XMFLOAT2 mDimension;
\n DirectX::XMFLOAT2 mPosition;
\n DirectX::XMFLOAT2 mHeading;
\n Snake::SnakeType mType;
\n DirectX::XMFLOAT4 mHeadColor;
\n DirectX::XMFLOAT4 mBodyColor;
\n DX::TextRenderer::AnchorPoint mScoreAnchorPoint;
\n };"
(struct_specifier) "struct PlayerConfig
\n {
\n std::string mName;
\n std::uint32_t mBlocks;
\n DirectX::XMFLOAT2 mDimension;
\n DirectX::XMFLOAT2 mPosition;
\n DirectX::XMFLOAT2 mHeading;
\n Snake::SnakeType mType;
\n DirectX::XMFLOAT4 mHeadColor;
\n DirectX::XMFLOAT4 mBodyColor;
\n DX::TextRenderer::AnchorPoint mScoreAnchorPoint;
\n }"
(struct) "struct"
(type_identifier) "PlayerConfig"
(field_declaration_list) "{
\n std::string mName;
\n std::uint32_t mBlocks;
\n DirectX::XMFLOAT2 mDimension;
\n DirectX::XMFLOAT2 mPosition;
\n DirectX::XMFLOAT2 mHeading;
\n Snake::SnakeType mType;
\n DirectX::XMFLOAT4 mHeadColor;
\n DirectX::XMFLOAT4 mBodyColor;
\n DX::TextRenderer::AnchorPoint mScoreAnchorPoint;
\n }"
({) "{"
(field_declaration) "std::string mName;"
(type_identifier) "std"
(ERROR) "::string"
(:) ":"
(:) ":"
(field_identifier) "string"
(field_identifier) "mName"
(;) ";"
(ERROR) "std::"
(type_identifier) "std"
(:) ":"
(:) ":"
(field_declaration) "uint32_t mBlocks;"
(primitive_type) "uint32_t"
(field_identifier) "mBlocks"
(;) ";"
(field_declaration) "DirectX::XMFLOAT2 mDimension;"
(type_identifier) "DirectX"
(ERROR) "::XMFLOAT2"
(:) ":"
(:) ":"
(field_identifier) "XMFLOAT2"
(field_identifier) "mDimension"
(;) ";"
(field_declaration) "DirectX::XMFLOAT2 mPosition;"
(type_identifier) "DirectX"
(ERROR) "::XMFLOAT2"
(:) ":"
(:) ":"
(field_identifier) "XMFLOAT2"
(field_identifier) "mPosition"
(;) ";"
(field_declaration) "DirectX::XMFLOAT2 mHeading;"
(type_identifier) "DirectX"
(ERROR) "::XMFLOAT2"
(:) ":"
(:) ":"
(field_identifier) "XMFLOAT2"
(field_identifier) "mHeading"
(;) ";"
(field_declaration) "Snake::SnakeType mType;"
(type_identifier) "Snake"
(ERROR) "::SnakeType"
(:) ":"
(:) ":"
(field_identifier) "SnakeType"
(field_identifier) "mType"
(;) ";"
(field_declaration) "DirectX::XMFLOAT4 mHeadColor;"
(type_identifier) "DirectX"
(ERROR) "::XMFLOAT4"
(:) ":"
(:) ":"
(field_identifier) "XMFLOAT4"
(field_identifier) "mHeadColor"
(;) ";"
(field_declaration) "DirectX::XMFLOAT4 mBodyColor;"
(type_identifier) "DirectX"
(ERROR) "::XMFLOAT4"
(:) ":"
(:) ":"
(field_identifier) "XMFLOAT4"
(field_identifier) "mBodyColor"
(;) ";"
(field_declaration) "DX::TextRenderer::AnchorPoint mScoreAnchorPoint;"
(type_identifier) "DX"
(ERROR) "::"
(:) ":"
(:) ":"
(field_identifier) "TextRenderer"
(bitfield_clause) "::AnchorPoint mScoreAnchorPoint"
(:) ":"
(ERROR) ":AnchorPoint"
(:) ":"
(identifier) "AnchorPoint"
(identifier) "mScoreAnchorPoint"
(;) ";"
(}) "}"
(identifier) ""
(;) ";"
(declaration) "static const DirectX::XMFLOAT2 RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension);"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(type_identifier) "DirectX"
(ERROR) "::XMFLOAT2"
(:) ":"
(:) ":"
(identifier) "XMFLOAT2"
(function_declarator) "RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension)"
(identifier) "RandomLocationInsideBorder"
(parameter_list) "(const DirectX::XMFLOAT2& dimension)"
(() "("
(parameter_declaration) "const DirectX::XMFLOAT2& dimension"
(type_qualifier) "const"
(const) "const"
(type_identifier) "DirectX"
(ERROR) "::XMFLOAT2&"
(:) ":"
(:) ":"
(identifier) "XMFLOAT2"
(&) "&"
(identifier) "dimension"
()) ")"
(;) ";"
(declaration) "static float RandomFloat(float min, float max);"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "float"
(function_declarator) "RandomFloat(float min, float max)"
(identifier) "RandomFloat"
(parameter_list) "(float min, float max)"
(() "("
(parameter_declaration) "float min"
(primitive_type) "float"
(identifier) "min"
(,) ","
(parameter_declaration) "float max"
(primitive_type) "float"
(identifier) "max"
()) ")"
(;) ";"
(declaration) "static int32_t RandomInt(std::int32_t min, std::int32_t max);"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "int32_t"
(function_declarator) "RandomInt(std::int32_t min, std::int32_t max)"
(identifier) "RandomInt"
(parameter_list) "(std::int32_t min, std::int32_t max)"
(() "("
(ERROR) "std::"
(identifier) "std"
(:) ":"
(:) ":"
(parameter_declaration) "int32_t min"
(primitive_type) "int32_t"
(identifier) "min"
(,) ","
(ERROR) "std::"
(type_identifier) "std"
(:) ":"
(:) ":"
(parameter_declaration) "int32_t max"
(primitive_type) "int32_t"
(identifier) "max"
()) ")"
(;) ";"
(declaration) "static void ToWideString(const std::string& source, std::wstring& dest);"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "void"
(function_declarator) "ToWideString(const std::string& source, std::wstring& dest)"
(identifier) "ToWideString"
(parameter_list) "(const std::string& source, std::wstring& dest)"
(() "("
(parameter_declaration) "const std::string& source"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "source"
(,) ","
(parameter_declaration) "std::wstring& dest"
(type_identifier) "std"
(ERROR) "::wstring&"
(:) ":"
(:) ":"
(identifier) "wstring"
(&) "&"
(identifier) "dest"
()) ")"
(;) ";"
(declaration) "static std::wstring ToWideString(const std::string& source);"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "std"
(ERROR) "::wstring"
(:) ":"
(:) ":"
(identifier) "wstring"
(function_declarator) "ToWideString(const std::string& source)"
(identifier) "ToWideString"
(parameter_list) "(const std::string& source)"
(() "("
(parameter_declaration) "const std::string& source"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "source"
()) ")"
(;) ";"
(declaration) "static void Totring(const std::wstring& source, std::string& dest);"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "void"
(function_declarator) "Totring(const std::wstring& source, std::string& dest)"
(identifier) "Totring"
(parameter_list) "(const std::wstring& source, std::string& dest)"
(() "("
(parameter_declaration) "const std::wstring& source"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::wstring&"
(:) ":"
(:) ":"
(identifier) "wstring"
(&) "&"
(identifier) "source"
(,) ","
(parameter_declaration) "std::string& dest"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "dest"
()) ")"
(;) ";"
(declaration) "static std::string ToString(const std::wstring& source);"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "std"
(ERROR) "::string"
(:) ":"
(:) ":"
(identifier) "string"
(function_declarator) "ToString(const std::wstring& source)"
(identifier) "ToString"
(parameter_list) "(const std::wstring& source)"
(() "("
(parameter_declaration) "const std::wstring& source"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::wstring&"
(:) ":"
(:) ":"
(identifier) "wstring"
(&) "&"
(identifier) "source"
()) ")"
(;) ";"
(declaration) "static const float Left;"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(primitive_type) "float"
(identifier) "Left"
(;) ";"
(declaration) "static const float Right;"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(primitive_type) "float"
(identifier) "Right"
(;) ";"
(declaration) "static const float Top;"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(primitive_type) "float"
(identifier) "Top"
(;) ";"
(declaration) "static const float Bottom;"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(primitive_type) "float"
(identifier) "Bottom"
(;) ";"
(declaration) "static const std::vector<PlayerConfig> PlayerConfigs;"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::vector<PlayerConfig>"
(:) ":"
(:) ":"
(identifier) "vector"
(<) "<"
(identifier) "PlayerConfig"
(>) ">"
(identifier) "PlayerConfigs"
(;) ";"
(declaration) "static bool IsDebugEnabled;"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "bool"
(identifier) "IsDebugEnabled"
(;) ";"
(labeled_statement) "private:
\n static std::default_random_engine RandomGenerator;"
(statement_identifier) "private"
(ERROR) ":
\n static std:"
(:) ":"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "std"
(:) ":"
(:) ":"
(declaration) "default_random_engine RandomGenerator;"
(type_identifier) "default_random_engine"
(identifier) "RandomGenerator"
(;) ";"
(declaration) "static std::uniform_real_distribution<float> RandomRealDistribution;"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "std"
(ERROR) "::uniform_real_distribution<float>"
(:) ":"
(:) ":"
(identifier) "uniform_real_distribution"
(<) "<"
(primitive_type) "float"
(>) ">"
(identifier) "RandomRealDistribution"
(;) ";"
(declaration) "static std::uniform_int_distribution<std::uint32_t> RandomIntDistribution;"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "std"
(ERROR) "::uniform_int_distribution<std::uint32_t>"
(:) ":"
(:) ":"
(identifier) "uniform_int_distribution"
(<) "<"
(identifier) "std"
(:) ":"
(:) ":"
(primitive_type) "uint32_t"
(>) ">"
(identifier) "RandomIntDistribution"
(;) ";"
(declaration) "friend GameMain;"
(type_identifier) "friend"
(identifier) "GameMain"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
(}) "}"
| 427
| 28
|
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"text": "#include", "parent": 3, "children": [], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 2, "column": 8}}, {"id": 5, "type": "string_literal", "text": "\"MatrixHelper.h\"", "parent": 3, "children": [], "start_point": {"row": 2, "column": 9}, "end_point": {"row": 2, "column": 25}}, {"id": 6, "type": "preproc_include", "text": "#include <cstdint>\r\n", "parent": null, "children": [7, 8], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 4, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<cstdint>", "parent": 6, "children": [], "start_point": {"row": 3, "column": 9}, "end_point": {"row": 3, "column": 18}}, {"id": 9, "type": "function_definition", "text": "namespace DX\r\n{\r\n\tclass TextRenderer;\r\n\tenum class TextRenderer::AnchorPoint;\r\n}", "parent": null, "children": [10, 11], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 9, "column": 1}}, {"id": 10, "type": "type_identifier", "text": "namespace", "parent": 9, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 9}}, {"id": 11, "type": "identifier", "text": "DX", "parent": 9, "children": [], "start_point": {"row": 5, "column": 10}, "end_point": {"row": 5, "column": 12}}, {"id": 12, "type": "declaration", "text": "class TextRenderer;", "parent": 9, "children": [13], "start_point": {"row": 7, "column": 1}, "end_point": {"row": 7, "column": 20}}, {"id": 13, "type": "identifier", "text": "TextRenderer", "parent": 12, "children": [], "start_point": {"row": 7, "column": 7}, "end_point": {"row": 7, "column": 19}}, {"id": 14, "type": "declaration", "text": "enum class TextRenderer::AnchorPoint;", "parent": 9, "children": [15, 17, 18], "start_point": {"row": 8, "column": 1}, "end_point": {"row": 8, "column": 38}}, {"id": 15, "type": "enum_specifier", "text": "enum class", "parent": 14, "children": [16], "start_point": {"row": 8, "column": 1}, "end_point": {"row": 8, "column": 11}}, {"id": 16, "type": "enum", "text": "enum", "parent": 15, "children": [], "start_point": {"row": 8, "column": 1}, "end_point": {"row": 8, "column": 5}}, {"id": 17, "type": "identifier", "text": "TextRenderer", "parent": 14, "children": [], "start_point": {"row": 8, "column": 12}, "end_point": {"row": 8, "column": 24}}, {"id": 18, "type": "ERROR", "text": "::AnchorPoint", "parent": 14, "children": [19], "start_point": {"row": 8, "column": 24}, "end_point": {"row": 8, "column": 37}}, {"id": 19, "type": "identifier", "text": "AnchorPoint", "parent": 18, "children": [], "start_point": {"row": 8, "column": 26}, "end_point": {"row": 8, "column": 37}}, {"id": 20, "type": "function_definition", "text": "namespace DirectXGame\r\n{\r\n\tclass GameMain;\r\n\tclass Snake;\r\n\tenum class Snake::SnakeType;\r\n\r\n\tclass ProgramHelper\r\n\t{\r\n\tpublic:\r\n\t\tstruct PlayerConfig\r\n\t\t{\r\n\t\t\tstd::string mName;\r\n\t\t\tstd::uint32_t mBlocks;\r\n\t\t\tDirectX::XMFLOAT2 mDimension;\r\n\t\t\tDirectX::XMFLOAT2 mPosition;\r\n\t\t\tDirectX::XMFLOAT2 mHeading;\r\n\t\t\tSnake::SnakeType mType;\r\n\t\t\tDirectX::XMFLOAT4 mHeadColor;\r\n\t\t\tDirectX::XMFLOAT4 mBodyColor;\r\n\t\t\tDX::TextRenderer::AnchorPoint mScoreAnchorPoint;\r\n\t\t};\r\n\r\n\t\tstatic const DirectX::XMFLOAT2 RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension);\r\n\t\tstatic float RandomFloat(float min, float max);\r\n\t\tstatic int32_t RandomInt(std::int32_t min, std::int32_t max);\r\n\t\tstatic void ToWideString(const std::string& source, std::wstring& dest);\r\n\t\tstatic std::wstring ToWideString(const std::string& source);\r\n\t\tstatic void Totring(const std::wstring& source, std::string& dest);\r\n\t\tstatic std::string ToString(const std::wstring& source);\r\n\r\n\t\tstatic const float Left;\r\n\t\tstatic const float Right;\r\n\t\tstatic const float Top;\r\n\t\tstatic const float Bottom;\r\n\t\tstatic const std::vector<PlayerConfig> PlayerConfigs;\r\n\r\n\t\tstatic bool IsDebugEnabled;\r\n\tprivate:\r\n\t\tstatic std::default_random_engine RandomGenerator;\r\n\t\tstatic std::uniform_real_distribution<float> RandomRealDistribution;\r\n\t\tstatic std::uniform_int_distribution<std::uint32_t> RandomIntDistribution;\r\n\r\n\t\tfriend GameMain;\r\n\t};\r\n}", "parent": null, "children": [21, 22], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 55, "column": 1}}, {"id": 21, "type": "type_identifier", "text": "namespace", "parent": 20, "children": [], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 11, "column": 9}}, {"id": 22, "type": "identifier", "text": "DirectXGame", "parent": 20, "children": [], "start_point": {"row": 11, "column": 10}, "end_point": {"row": 11, "column": 21}}, {"id": 23, "type": "declaration", "text": "class GameMain;", "parent": 20, "children": [24], "start_point": {"row": 13, "column": 1}, "end_point": {"row": 13, "column": 16}}, {"id": 24, "type": "identifier", "text": "GameMain", "parent": 23, "children": [], "start_point": {"row": 13, "column": 7}, "end_point": {"row": 13, "column": 15}}, {"id": 25, "type": "declaration", "text": "class Snake;", "parent": 20, "children": [26], "start_point": {"row": 14, "column": 1}, "end_point": {"row": 14, "column": 13}}, {"id": 26, "type": "identifier", "text": "Snake", "parent": 25, "children": [], "start_point": {"row": 14, "column": 7}, "end_point": {"row": 14, "column": 12}}, {"id": 27, "type": "declaration", "text": "enum class Snake::SnakeType;", "parent": 20, "children": [28, 30, 32], "start_point": {"row": 15, "column": 1}, "end_point": {"row": 15, "column": 29}}, {"id": 28, "type": "enum_specifier", "text": "enum class", "parent": 27, "children": [29], "start_point": {"row": 15, "column": 1}, "end_point": {"row": 15, "column": 11}}, {"id": 29, "type": "enum", "text": "enum", "parent": 28, "children": [], "start_point": {"row": 15, "column": 1}, "end_point": {"row": 15, "column": 5}}, {"id": 30, "type": "ERROR", "text": "Snake::", "parent": 27, "children": [31], "start_point": {"row": 15, "column": 12}, "end_point": {"row": 15, "column": 19}}, {"id": 31, "type": "identifier", "text": "Snake", "parent": 30, "children": [], "start_point": {"row": 15, "column": 12}, "end_point": {"row": 15, "column": 17}}, {"id": 32, "type": "identifier", "text": "SnakeType", "parent": 27, "children": [], "start_point": {"row": 15, "column": 19}, "end_point": {"row": 15, "column": 28}}, {"id": 33, "type": "function_definition", "text": "class ProgramHelper\r\n\t{\r\n\tpublic:\r\n\t\tstruct PlayerConfig\r\n\t\t{\r\n\t\t\tstd::string mName;\r\n\t\t\tstd::uint32_t mBlocks;\r\n\t\t\tDirectX::XMFLOAT2 mDimension;\r\n\t\t\tDirectX::XMFLOAT2 mPosition;\r\n\t\t\tDirectX::XMFLOAT2 mHeading;\r\n\t\t\tSnake::SnakeType mType;\r\n\t\t\tDirectX::XMFLOAT4 mHeadColor;\r\n\t\t\tDirectX::XMFLOAT4 mBodyColor;\r\n\t\t\tDX::TextRenderer::AnchorPoint mScoreAnchorPoint;\r\n\t\t};\r\n\r\n\t\tstatic const DirectX::XMFLOAT2 RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension);\r\n\t\tstatic float RandomFloat(float min, float max);\r\n\t\tstatic int32_t RandomInt(std::int32_t min, std::int32_t max);\r\n\t\tstatic void ToWideString(const std::string& source, std::wstring& dest);\r\n\t\tstatic std::wstring ToWideString(const std::string& source);\r\n\t\tstatic void Totring(const std::wstring& source, std::string& dest);\r\n\t\tstatic std::string ToString(const std::wstring& source);\r\n\r\n\t\tstatic const float Left;\r\n\t\tstatic const float Right;\r\n\t\tstatic const float Top;\r\n\t\tstatic const float Bottom;\r\n\t\tstatic const std::vector<PlayerConfig> PlayerConfigs;\r\n\r\n\t\tstatic bool IsDebugEnabled;\r\n\tprivate:\r\n\t\tstatic std::default_random_engine RandomGenerator;\r\n\t\tstatic std::uniform_real_distribution<float> RandomRealDistribution;\r\n\t\tstatic std::uniform_int_distribution<std::uint32_t> RandomIntDistribution;\r\n\r\n\t\tfriend GameMain;\r\n\t}", "parent": 20, "children": [34], "start_point": {"row": 17, "column": 1}, "end_point": {"row": 54, "column": 2}}, {"id": 34, "type": "identifier", "text": "ProgramHelper", "parent": 33, "children": [], "start_point": {"row": 17, "column": 7}, "end_point": {"row": 17, "column": 20}}, {"id": 35, "type": "labeled_statement", "text": "public:\r\n\t\tstruct PlayerConfig\r\n\t\t{\r\n\t\t\tstd::string mName;\r\n\t\t\tstd::uint32_t mBlocks;\r\n\t\t\tDirectX::XMFLOAT2 mDimension;\r\n\t\t\tDirectX::XMFLOAT2 mPosition;\r\n\t\t\tDirectX::XMFLOAT2 mHeading;\r\n\t\t\tSnake::SnakeType mType;\r\n\t\t\tDirectX::XMFLOAT4 mHeadColor;\r\n\t\t\tDirectX::XMFLOAT4 mBodyColor;\r\n\t\t\tDX::TextRenderer::AnchorPoint mScoreAnchorPoint;\r\n\t\t};", "parent": 33, "children": [36], "start_point": {"row": 19, "column": 1}, "end_point": {"row": 31, "column": 4}}, {"id": 36, "type": "declaration", "text": "struct PlayerConfig\r\n\t\t{\r\n\t\t\tstd::string mName;\r\n\t\t\tstd::uint32_t mBlocks;\r\n\t\t\tDirectX::XMFLOAT2 mDimension;\r\n\t\t\tDirectX::XMFLOAT2 mPosition;\r\n\t\t\tDirectX::XMFLOAT2 mHeading;\r\n\t\t\tSnake::SnakeType mType;\r\n\t\t\tDirectX::XMFLOAT4 mHeadColor;\r\n\t\t\tDirectX::XMFLOAT4 mBodyColor;\r\n\t\t\tDX::TextRenderer::AnchorPoint mScoreAnchorPoint;\r\n\t\t};", "parent": 35, "children": [37, 87], "start_point": {"row": 20, "column": 2}, "end_point": {"row": 31, "column": 4}}, {"id": 37, "type": "struct_specifier", "text": "struct PlayerConfig\r\n\t\t{\r\n\t\t\tstd::string mName;\r\n\t\t\tstd::uint32_t mBlocks;\r\n\t\t\tDirectX::XMFLOAT2 mDimension;\r\n\t\t\tDirectX::XMFLOAT2 mPosition;\r\n\t\t\tDirectX::XMFLOAT2 mHeading;\r\n\t\t\tSnake::SnakeType mType;\r\n\t\t\tDirectX::XMFLOAT4 mHeadColor;\r\n\t\t\tDirectX::XMFLOAT4 mBodyColor;\r\n\t\t\tDX::TextRenderer::AnchorPoint mScoreAnchorPoint;\r\n\t\t}", "parent": 36, "children": [38, 39], "start_point": {"row": 20, "column": 2}, "end_point": {"row": 31, "column": 3}}, {"id": 38, "type": "struct", "text": "struct", "parent": 37, "children": [], "start_point": {"row": 20, "column": 2}, "end_point": {"row": 20, "column": 8}}, {"id": 39, "type": "type_identifier", "text": "PlayerConfig", "parent": 37, "children": [], "start_point": {"row": 20, "column": 9}, "end_point": {"row": 20, "column": 21}}, {"id": 40, "type": "field_declaration", "text": "std::string mName;", "parent": 37, "children": [41, 42, 44], "start_point": {"row": 22, "column": 3}, "end_point": {"row": 22, "column": 21}}, {"id": 41, "type": "type_identifier", "text": "std", "parent": 40, "children": [], "start_point": {"row": 22, "column": 3}, "end_point": {"row": 22, "column": 6}}, {"id": 42, "type": "ERROR", "text": "::string", "parent": 40, "children": [43], "start_point": {"row": 22, "column": 6}, "end_point": {"row": 22, "column": 14}}, {"id": 43, "type": "field_identifier", "text": "string", "parent": 42, "children": [], "start_point": {"row": 22, "column": 8}, "end_point": {"row": 22, "column": 14}}, {"id": 44, "type": "field_identifier", "text": "mName", "parent": 40, "children": [], "start_point": {"row": 22, "column": 15}, "end_point": {"row": 22, "column": 20}}, {"id": 45, "type": "ERROR", "text": "std::", "parent": 37, "children": [46], "start_point": {"row": 23, "column": 3}, "end_point": {"row": 23, "column": 8}}, {"id": 46, "type": "type_identifier", "text": "std", "parent": 45, "children": [], "start_point": {"row": 23, "column": 3}, "end_point": {"row": 23, "column": 6}}, {"id": 47, "type": "field_declaration", "text": "uint32_t mBlocks;", "parent": 37, "children": [48, 49], "start_point": {"row": 23, "column": 8}, "end_point": {"row": 23, "column": 25}}, {"id": 48, "type": "primitive_type", "text": "uint32_t", "parent": 47, "children": [], "start_point": {"row": 23, "column": 8}, "end_point": {"row": 23, "column": 16}}, {"id": 49, "type": "field_identifier", "text": "mBlocks", "parent": 47, "children": 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"field_declaration", "text": "DirectX::XMFLOAT2 mPosition;", "parent": 37, "children": [56, 57, 59], "start_point": {"row": 25, "column": 3}, "end_point": {"row": 25, "column": 31}}, {"id": 56, "type": "type_identifier", "text": "DirectX", "parent": 55, "children": [], "start_point": {"row": 25, "column": 3}, "end_point": {"row": 25, "column": 10}}, {"id": 57, "type": "ERROR", "text": "::XMFLOAT2", "parent": 55, "children": [58], "start_point": {"row": 25, "column": 10}, "end_point": {"row": 25, "column": 20}}, {"id": 58, "type": "field_identifier", "text": "XMFLOAT2", "parent": 57, "children": [], "start_point": {"row": 25, "column": 12}, "end_point": {"row": 25, "column": 20}}, {"id": 59, "type": "field_identifier", "text": "mPosition", "parent": 55, "children": [], "start_point": {"row": 25, "column": 21}, "end_point": {"row": 25, "column": 30}}, {"id": 60, "type": "field_declaration", "text": "DirectX::XMFLOAT2 mHeading;", "parent": 37, "children": [61, 62, 64], "start_point": {"row": 26, "column": 3}, "end_point": {"row": 26, "column": 30}}, {"id": 61, "type": "type_identifier", "text": "DirectX", "parent": 60, "children": [], "start_point": {"row": 26, "column": 3}, "end_point": {"row": 26, "column": 10}}, {"id": 62, "type": "ERROR", "text": "::XMFLOAT2", "parent": 60, "children": [63], "start_point": {"row": 26, "column": 10}, "end_point": {"row": 26, "column": 20}}, {"id": 63, "type": "field_identifier", "text": "XMFLOAT2", "parent": 62, "children": [], "start_point": {"row": 26, "column": 12}, "end_point": {"row": 26, "column": 20}}, {"id": 64, "type": "field_identifier", "text": "mHeading", "parent": 60, "children": [], "start_point": {"row": 26, "column": 21}, "end_point": {"row": 26, "column": 29}}, {"id": 65, "type": "field_declaration", "text": "Snake::SnakeType mType;", "parent": 37, "children": [66, 67, 69], "start_point": {"row": 27, "column": 3}, "end_point": {"row": 27, "column": 26}}, {"id": 66, "type": "type_identifier", "text": "Snake", 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"column": 12}, "end_point": {"row": 51, "column": 53}}, {"id": 220, "type": "identifier", "text": "uniform_int_distribution", "parent": 219, "children": [], "start_point": {"row": 51, "column": 14}, "end_point": {"row": 51, "column": 38}}, {"id": 221, "type": "<", "text": "<", "parent": 219, "children": [], "start_point": {"row": 51, "column": 38}, "end_point": {"row": 51, "column": 39}}, {"id": 222, "type": "identifier", "text": "std", "parent": 219, "children": [], "start_point": {"row": 51, "column": 39}, "end_point": {"row": 51, "column": 42}}, {"id": 223, "type": "primitive_type", "text": "uint32_t", "parent": 219, "children": [], "start_point": {"row": 51, "column": 44}, "end_point": {"row": 51, "column": 52}}, {"id": 224, "type": ">", "text": ">", "parent": 219, "children": [], "start_point": {"row": 51, "column": 52}, "end_point": {"row": 51, "column": 53}}, {"id": 225, "type": "identifier", "text": "RandomIntDistribution", "parent": 217, "children": [], "start_point": {"row": 51, "column": 54}, "end_point": {"row": 51, "column": 75}}, {"id": 226, "type": "declaration", "text": "friend GameMain;", "parent": 33, "children": [227, 228], "start_point": {"row": 53, "column": 2}, "end_point": {"row": 53, "column": 18}}, {"id": 227, "type": "type_identifier", "text": "friend", "parent": 226, "children": [], "start_point": {"row": 53, "column": 2}, "end_point": {"row": 53, "column": 8}}, {"id": 228, "type": "identifier", "text": "GameMain", "parent": 226, "children": [], "start_point": {"row": 53, "column": 9}, "end_point": {"row": 53, "column": 17}}]}, "node_categories": {"declarations": {"functions": [9, 20, 33, 92, 102, 113, 128, 145, 155, 172], "variables": [12, 14, 23, 25, 27, 36, 40, 47, 50, 55, 60, 65, 70, 75, 80, 88, 95, 100, 105, 108, 111, 118, 123, 126, 131, 136, 141, 148, 153, 158, 163, 168, 175, 180, 183, 186, 189, 192, 200, 206, 209, 217, 226], "classes": [37, 38], "imports": [3, 4, 6, 7], "modules": [], "enums": [15, 16, 28, 29]}, "statements": {"expressions": [], "assignments": [], "loops": [], "conditionals": [10, 11, 13, 17, 19, 21, 22, 24, 26, 31, 32, 34, 39, 41, 43, 44, 46, 49, 51, 53, 54, 56, 58, 59, 61, 63, 64, 66, 68, 69, 71, 73, 74, 76, 78, 79, 81, 82, 85, 86, 87, 89, 91, 93, 96, 98, 99, 103, 107, 110, 114, 117, 120, 122, 125, 129, 132, 134, 135, 137, 139, 140, 142, 144, 146, 149, 151, 152, 156, 159, 161, 162, 164, 166, 167, 169, 171, 173, 176, 178, 179, 182, 185, 188, 191, 193, 195, 197, 199, 202, 205, 207, 208, 210, 212, 216, 218, 220, 222, 225, 227, 228], "returns": [], "exceptions": []}, "expressions": {"calls": [0], "literals": [5, 8], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": [83]}}, "cross_language_map": {"function_declarations": [{"node_id": 9, "universal_type": "function", "name": "TextRenderer;", "text_snippet": "namespace DX\r\n{\r\n\tclass TextRenderer;\r\n\tenum class TextRenderer::AnchorPoint;\r\n}"}, {"node_id": 20, "universal_type": "function", "name": "GameMain;", "text_snippet": "namespace DirectXGame\r\n{\r\n\tclass GameMain;\r\n\tclass Snake;\r\n\tenum class Snake::SnakeType;\r\n\r\n\tclass P"}, {"node_id": 33, "universal_type": "function", "name": "ProgramHelper", "text_snippet": "class ProgramHelper\r\n\t{\r\n\tpublic:\r\n\t\tstruct PlayerConfig\r\n\t\t{\r\n\t\t\tstd::string mName;\r\n\t\t\tstd::uint32"}, {"node_id": 92, "universal_type": "function", "name": "unknown", "text_snippet": "RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension)"}, {"node_id": 102, "universal_type": "function", "name": "unknown", "text_snippet": "RandomFloat(float min, float max)"}, {"node_id": 113, "universal_type": "function", "name": "unknown", "text_snippet": "RandomInt(std::int32_t min, std::int32_t max)"}, {"node_id": 128, "universal_type": "function", "name": "unknown", "text_snippet": "ToWideString(const std::string& source, std::wstring& dest)"}, {"node_id": 145, "universal_type": "function", "name": "unknown", "text_snippet": "ToWideString(const std::string& source)"}, {"node_id": 155, "universal_type": "function", "name": "unknown", "text_snippet": "Totring(const std::wstring& source, std::string& dest)"}, {"node_id": 172, "universal_type": "function", "name": "unknown", "text_snippet": "ToString(const std::wstring& source)"}], "class_declarations": [{"node_id": 37, "universal_type": "class", "name": "PlayerConfig", "text_snippet": "struct PlayerConfig\r\n\t\t{\r\n\t\t\tstd::string mName;\r\n\t\t\tstd::uint32_t mBlocks;\r\n\t\t\tDirectX::XMFLOAT2 mDi"}, {"node_id": 38, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 3, "text": "#include \"MatrixHelper.h\"\r\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <cstdint>\r\n"}, {"node_id": 7, "text": "#include"}]}, "original_source_code": "#pragma once\r\n\r\n#include \"MatrixHelper.h\"\r\n#include <cstdint>\r\n\r\nnamespace DX\r\n{\r\n\tclass TextRenderer;\r\n\tenum class TextRenderer::AnchorPoint;\r\n}\r\n\r\nnamespace DirectXGame\r\n{\r\n\tclass GameMain;\r\n\tclass Snake;\r\n\tenum class Snake::SnakeType;\r\n\r\n\tclass ProgramHelper\r\n\t{\r\n\tpublic:\r\n\t\tstruct PlayerConfig\r\n\t\t{\r\n\t\t\tstd::string mName;\r\n\t\t\tstd::uint32_t mBlocks;\r\n\t\t\tDirectX::XMFLOAT2 mDimension;\r\n\t\t\tDirectX::XMFLOAT2 mPosition;\r\n\t\t\tDirectX::XMFLOAT2 mHeading;\r\n\t\t\tSnake::SnakeType mType;\r\n\t\t\tDirectX::XMFLOAT4 mHeadColor;\r\n\t\t\tDirectX::XMFLOAT4 mBodyColor;\r\n\t\t\tDX::TextRenderer::AnchorPoint mScoreAnchorPoint;\r\n\t\t};\r\n\r\n\t\tstatic const DirectX::XMFLOAT2 RandomLocationInsideBorder(const DirectX::XMFLOAT2& dimension);\r\n\t\tstatic float RandomFloat(float min, float max);\r\n\t\tstatic int32_t RandomInt(std::int32_t min, std::int32_t max);\r\n\t\tstatic void ToWideString(const std::string& source, std::wstring& dest);\r\n\t\tstatic std::wstring ToWideString(const std::string& source);\r\n\t\tstatic void Totring(const std::wstring& source, std::string& dest);\r\n\t\tstatic std::string ToString(const std::wstring& source);\r\n\r\n\t\tstatic const float Left;\r\n\t\tstatic const float Right;\r\n\t\tstatic const float Top;\r\n\t\tstatic const float Bottom;\r\n\t\tstatic const std::vector<PlayerConfig> PlayerConfigs;\r\n\r\n\t\tstatic bool IsDebugEnabled;\r\n\tprivate:\r\n\t\tstatic std::default_random_engine RandomGenerator;\r\n\t\tstatic std::uniform_real_distribution<float> RandomRealDistribution;\r\n\t\tstatic std::uniform_int_distribution<std::uint32_t> RandomIntDistribution;\r\n\r\n\t\tfriend GameMain;\r\n\t};\r\n}\r\n"}
| 252
|
c
|
// Copyright 2011 Google Inc. All Rights Reserved.
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
#ifndef NINJA_CLEAN_H_
#define NINJA_CLEAN_H_
#include <set>
#include <string>
#include "build.h"
#include "dyndep.h"
#include "build_log.h"
struct State;
struct Node;
struct Rule;
struct DiskInterface;
struct Cleaner {
/// Build a cleaner object with the given @a disk_interface
Cleaner(State* state,
const BuildConfig& config,
DiskInterface* disk_interface);
/// Clean the given @a target and all the file built for it.
/// @return non-zero if an error occurs.
int CleanTarget(Node* target);
/// Clean the given target @a target.
/// @return non-zero if an error occurs.
int CleanTarget(const char* target);
/// Clean the given target @a targets.
/// @return non-zero if an error occurs.
int CleanTargets(int target_count, char* targets[]);
/// Clean all built files, except for files created by generator rules.
/// @param generator If set, also clean files created by generator rules.
/// @return non-zero if an error occurs.
int CleanAll(bool generator = false);
/// Clean all the file built with the given rule @a rule.
/// @return non-zero if an error occurs.
int CleanRule(const Rule* rule);
/// Clean the file produced by the given @a rule.
/// @return non-zero if an error occurs.
int CleanRule(const char* rule);
/// Clean the file produced by the given @a rules.
/// @return non-zero if an error occurs.
int CleanRules(int rule_count, char* rules[]);
/// Clean the files produced by previous builds that are no longer in the
/// manifest.
/// @return non-zero if an error occurs.
int CleanDead(const BuildLog::Entries& entries);
/// @return the number of file cleaned.
int cleaned_files_count() const {
return cleaned_files_count_;
}
/// @return whether the cleaner is in verbose mode.
bool IsVerbose() const {
return (config_.verbosity != BuildConfig::QUIET
&& (config_.verbosity == BuildConfig::VERBOSE || config_.dry_run));
}
private:
/// Remove the file @a path.
/// @return whether the file has been removed.
int RemoveFile(const std::string& path);
/// @returns whether the file @a path exists.
bool FileExists(const std::string& path);
void Report(const std::string& path);
/// Remove the given @a path file only if it has not been already removed.
void Remove(const std::string& path);
/// @return whether the given @a path has already been removed.
bool IsAlreadyRemoved(const std::string& path);
/// Remove the depfile and rspfile for an Edge.
void RemoveEdgeFiles(Edge* edge);
/// Helper recursive method for CleanTarget().
void DoCleanTarget(Node* target);
void PrintHeader();
void PrintFooter();
void DoCleanRule(const Rule* rule);
void Reset();
/// Load dependencies from dyndep bindings.
void LoadDyndeps();
State* state_;
const BuildConfig& config_;
DyndepLoader dyndep_loader_;
std::set<std::string> removed_;
std::set<Node*> cleaned_;
int cleaned_files_count_;
DiskInterface* disk_interface_;
int status_;
};
#endif // NINJA_CLEAN_H_
| 37.31
| 95
|
(translation_unit) "// Copyright 2011 Google Inc. All Rights Reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the "License");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an "AS IS" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\n\n#ifndef NINJA_CLEAN_H_\n#define NINJA_CLEAN_H_\n\n#include <set>\n#include <string>\n\n#include "build.h"\n#include "dyndep.h"\n#include "build_log.h"\n\nstruct State;\nstruct Node;\nstruct Rule;\nstruct DiskInterface;\n\nstruct Cleaner {\n /// Build a cleaner object with the given @a disk_interface\n Cleaner(State* state,\n const BuildConfig& config,\n DiskInterface* disk_interface);\n\n /// Clean the given @a target and all the file built for it.\n /// @return non-zero if an error occurs.\n int CleanTarget(Node* target);\n /// Clean the given target @a target.\n /// @return non-zero if an error occurs.\n int CleanTarget(const char* target);\n /// Clean the given target @a targets.\n /// @return non-zero if an error occurs.\n int CleanTargets(int target_count, char* targets[]);\n\n /// Clean all built files, except for files created by generator rules.\n /// @param generator If set, also clean files created by generator rules.\n /// @return non-zero if an error occurs.\n int CleanAll(bool generator = false);\n\n /// Clean all the file built with the given rule @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const Rule* rule);\n /// Clean the file produced by the given @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const char* rule);\n /// Clean the file produced by the given @a rules.\n /// @return non-zero if an error occurs.\n int CleanRules(int rule_count, char* rules[]);\n /// Clean the files produced by previous builds that are no longer in the\n /// manifest.\n /// @return non-zero if an error occurs.\n int CleanDead(const BuildLog::Entries& entries);\n\n /// @return the number of file cleaned.\n int cleaned_files_count() const {\n return cleaned_files_count_;\n }\n\n /// @return whether the cleaner is in verbose mode.\n bool IsVerbose() const {\n return (config_.verbosity != BuildConfig::QUIET\n && (config_.verbosity == BuildConfig::VERBOSE || config_.dry_run));\n }\n\n private:\n /// Remove the file @a path.\n /// @return whether the file has been removed.\n int RemoveFile(const std::string& path);\n /// @returns whether the file @a path exists.\n bool FileExists(const std::string& path);\n void Report(const std::string& path);\n\n /// Remove the given @a path file only if it has not been already removed.\n void Remove(const std::string& path);\n /// @return whether the given @a path has already been removed.\n bool IsAlreadyRemoved(const std::string& path);\n /// Remove the depfile and rspfile for an Edge.\n void RemoveEdgeFiles(Edge* edge);\n\n /// Helper recursive method for CleanTarget().\n void DoCleanTarget(Node* target);\n void PrintHeader();\n void PrintFooter();\n void DoCleanRule(const Rule* rule);\n void Reset();\n\n /// Load dependencies from dyndep bindings.\n void LoadDyndeps();\n\n State* state_;\n const BuildConfig& config_;\n DyndepLoader dyndep_loader_;\n std::set<std::string> removed_;\n std::set<Node*> cleaned_;\n int cleaned_files_count_;\n DiskInterface* disk_interface_;\n int status_;\n};\n\n#endif // NINJA_CLEAN_H_\n"
(comment) "// Copyright 2011 Google Inc. All Rights Reserved."
(comment) "//"
(comment) "// Licensed under the Apache License, Version 2.0 (the "License");"
(comment) "// you may not use this file except in compliance with the License."
(comment) "// You may obtain a copy of the License at"
(comment) "//"
(comment) "// http://www.apache.org/licenses/LICENSE-2.0"
(comment) "//"
(comment) "// Unless required by applicable law or agreed to in writing, software"
(comment) "// distributed under the License is distributed on an "AS IS" BASIS,"
(comment) "// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied."
(comment) "// See the License for the specific language governing permissions and"
(comment) "// limitations under the License."
(preproc_ifdef) "#ifndef NINJA_CLEAN_H_\n#define NINJA_CLEAN_H_\n\n#include <set>\n#include <string>\n\n#include "build.h"\n#include "dyndep.h"\n#include "build_log.h"\n\nstruct State;\nstruct Node;\nstruct Rule;\nstruct DiskInterface;\n\nstruct Cleaner {\n /// Build a cleaner object with the given @a disk_interface\n Cleaner(State* state,\n const BuildConfig& config,\n DiskInterface* disk_interface);\n\n /// Clean the given @a target and all the file built for it.\n /// @return non-zero if an error occurs.\n int CleanTarget(Node* target);\n /// Clean the given target @a target.\n /// @return non-zero if an error occurs.\n int CleanTarget(const char* target);\n /// Clean the given target @a targets.\n /// @return non-zero if an error occurs.\n int CleanTargets(int target_count, char* targets[]);\n\n /// Clean all built files, except for files created by generator rules.\n /// @param generator If set, also clean files created by generator rules.\n /// @return non-zero if an error occurs.\n int CleanAll(bool generator = false);\n\n /// Clean all the file built with the given rule @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const Rule* rule);\n /// Clean the file produced by the given @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const char* rule);\n /// Clean the file produced by the given @a rules.\n /// @return non-zero if an error occurs.\n int CleanRules(int rule_count, char* rules[]);\n /// Clean the files produced by previous builds that are no longer in the\n /// manifest.\n /// @return non-zero if an error occurs.\n int CleanDead(const BuildLog::Entries& entries);\n\n /// @return the number of file cleaned.\n int cleaned_files_count() const {\n return cleaned_files_count_;\n }\n\n /// @return whether the cleaner is in verbose mode.\n bool IsVerbose() const {\n return (config_.verbosity != BuildConfig::QUIET\n && (config_.verbosity == BuildConfig::VERBOSE || config_.dry_run));\n }\n\n private:\n /// Remove the file @a path.\n /// @return whether the file has been removed.\n int RemoveFile(const std::string& path);\n /// @returns whether the file @a path exists.\n bool FileExists(const std::string& path);\n void Report(const std::string& path);\n\n /// Remove the given @a path file only if it has not been already removed.\n void Remove(const std::string& path);\n /// @return whether the given @a path has already been removed.\n bool IsAlreadyRemoved(const std::string& path);\n /// Remove the depfile and rspfile for an Edge.\n void RemoveEdgeFiles(Edge* edge);\n\n /// Helper recursive method for CleanTarget().\n void DoCleanTarget(Node* target);\n void PrintHeader();\n void PrintFooter();\n void DoCleanRule(const Rule* rule);\n void Reset();\n\n /// Load dependencies from dyndep bindings.\n void LoadDyndeps();\n\n State* state_;\n const BuildConfig& config_;\n DyndepLoader dyndep_loader_;\n std::set<std::string> removed_;\n std::set<Node*> cleaned_;\n int cleaned_files_count_;\n DiskInterface* disk_interface_;\n int status_;\n};\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "NINJA_CLEAN_H_"
(preproc_def) "#define NINJA_CLEAN_H_\n"
(#define) "#define"
(identifier) "NINJA_CLEAN_H_"
(preproc_include) "#include <set>\n"
(#include) "#include"
(system_lib_string) "<set>"
(preproc_include) "#include <string>\n"
(#include) "#include"
(system_lib_string) "<string>"
(preproc_include) "#include "build.h"\n"
(#include) "#include"
(string_literal) ""build.h""
(") """
(string_content) "build.h"
(") """
(preproc_include) "#include "dyndep.h"\n"
(#include) "#include"
(string_literal) ""dyndep.h""
(") """
(string_content) "dyndep.h"
(") """
(preproc_include) "#include "build_log.h"\n"
(#include) "#include"
(string_literal) ""build_log.h""
(") """
(string_content) "build_log.h"
(") """
(struct_specifier) "struct State"
(struct) "struct"
(type_identifier) "State"
(;) ";"
(struct_specifier) "struct Node"
(struct) "struct"
(type_identifier) "Node"
(;) ";"
(struct_specifier) "struct Rule"
(struct) "struct"
(type_identifier) "Rule"
(;) ";"
(struct_specifier) "struct DiskInterface"
(struct) "struct"
(type_identifier) "DiskInterface"
(;) ";"
(declaration) "struct Cleaner {\n /// Build a cleaner object with the given @a disk_interface\n Cleaner(State* state,\n const BuildConfig& config,\n DiskInterface* disk_interface);\n\n /// Clean the given @a target and all the file built for it.\n /// @return non-zero if an error occurs.\n int CleanTarget(Node* target);\n /// Clean the given target @a target.\n /// @return non-zero if an error occurs.\n int CleanTarget(const char* target);\n /// Clean the given target @a targets.\n /// @return non-zero if an error occurs.\n int CleanTargets(int target_count, char* targets[]);\n\n /// Clean all built files, except for files created by generator rules.\n /// @param generator If set, also clean files created by generator rules.\n /// @return non-zero if an error occurs.\n int CleanAll(bool generator = false);\n\n /// Clean all the file built with the given rule @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const Rule* rule);\n /// Clean the file produced by the given @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const char* rule);\n /// Clean the file produced by the given @a rules.\n /// @return non-zero if an error occurs.\n int CleanRules(int rule_count, char* rules[]);\n /// Clean the files produced by previous builds that are no longer in the\n /// manifest.\n /// @return non-zero if an error occurs.\n int CleanDead(const BuildLog::Entries& entries);\n\n /// @return the number of file cleaned.\n int cleaned_files_count() const {\n return cleaned_files_count_;\n }\n\n /// @return whether the cleaner is in verbose mode.\n bool IsVerbose() const {\n return (config_.verbosity != BuildConfig::QUIET\n && (config_.verbosity == BuildConfig::VERBOSE || config_.dry_run));"
(struct_specifier) "struct Cleaner {\n /// Build a cleaner object with the given @a disk_interface\n Cleaner(State* state,\n const BuildConfig& config,\n DiskInterface* disk_interface);\n\n /// Clean the given @a target and all the file built for it.\n /// @return non-zero if an error occurs.\n int CleanTarget(Node* target);\n /// Clean the given target @a target.\n /// @return non-zero if an error occurs.\n int CleanTarget(const char* target);\n /// Clean the given target @a targets.\n /// @return non-zero if an error occurs.\n int CleanTargets(int target_count, char* targets[]);\n\n /// Clean all built files, except for files created by generator rules.\n /// @param generator If set, also clean files created by generator rules.\n /// @return non-zero if an error occurs.\n int CleanAll(bool generator = false);\n\n /// Clean all the file built with the given rule @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const Rule* rule);\n /// Clean the file produced by the given @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const char* rule);\n /// Clean the file produced by the given @a rules.\n /// @return non-zero if an error occurs.\n int CleanRules(int rule_count, char* rules[]);\n /// Clean the files produced by previous builds that are no longer in the\n /// manifest.\n /// @return non-zero if an error occurs.\n int CleanDead(const BuildLog::Entries& entries);\n\n /// @return the number of file cleaned.\n int cleaned_files_count() const {\n return cleaned_files_count_;\n }"
(struct) "struct"
(type_identifier) "Cleaner"
(field_declaration_list) "{\n /// Build a cleaner object with the given @a disk_interface\n Cleaner(State* state,\n const BuildConfig& config,\n DiskInterface* disk_interface);\n\n /// Clean the given @a target and all the file built for it.\n /// @return non-zero if an error occurs.\n int CleanTarget(Node* target);\n /// Clean the given target @a target.\n /// @return non-zero if an error occurs.\n int CleanTarget(const char* target);\n /// Clean the given target @a targets.\n /// @return non-zero if an error occurs.\n int CleanTargets(int target_count, char* targets[]);\n\n /// Clean all built files, except for files created by generator rules.\n /// @param generator If set, also clean files created by generator rules.\n /// @return non-zero if an error occurs.\n int CleanAll(bool generator = false);\n\n /// Clean all the file built with the given rule @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const Rule* rule);\n /// Clean the file produced by the given @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const char* rule);\n /// Clean the file produced by the given @a rules.\n /// @return non-zero if an error occurs.\n int CleanRules(int rule_count, char* rules[]);\n /// Clean the files produced by previous builds that are no longer in the\n /// manifest.\n /// @return non-zero if an error occurs.\n int CleanDead(const BuildLog::Entries& entries);\n\n /// @return the number of file cleaned.\n int cleaned_files_count() const {\n return cleaned_files_count_;\n }"
({) "{"
(comment) "/// Build a cleaner object with the given @a disk_interface"
(field_declaration) "Cleaner(State* state,\n const BuildConfig& config,\n DiskInterface* disk_interface);"
(macro_type_specifier) "Cleaner(State*"
(identifier) "Cleaner"
(() "("
(type_descriptor) "State*"
(type_identifier) "State"
(abstract_pointer_declarator) "*"
(*) "*"
()) ""
(field_identifier) "state"
(,) ","
(ERROR) "const BuildConfig&"
(field_identifier) "const"
(identifier) "BuildConfig"
(&) "&"
(field_identifier) "config"
(,) ","
(ERROR) "DiskInterface"
(field_identifier) "DiskInterface"
(pointer_declarator) "* disk_interface"
(*) "*"
(field_identifier) "disk_interface"
(ERROR) ")"
()) ")"
(;) ";"
(comment) "/// Clean the given @a target and all the file built for it."
(comment) "/// @return non-zero if an error occurs."
(field_declaration) "int CleanTarget(Node* target);"
(primitive_type) "int"
(function_declarator) "CleanTarget(Node* target)"
(field_identifier) "CleanTarget"
(parameter_list) "(Node* target)"
(() "("
(parameter_declaration) "Node* target"
(type_identifier) "Node"
(pointer_declarator) "* target"
(*) "*"
(identifier) "target"
()) ")"
(;) ";"
(comment) "/// Clean the given target @a target."
(comment) "/// @return non-zero if an error occurs."
(field_declaration) "int CleanTarget(const char* target);"
(primitive_type) "int"
(function_declarator) "CleanTarget(const char* target)"
(field_identifier) "CleanTarget"
(parameter_list) "(const char* target)"
(() "("
(parameter_declaration) "const char* target"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* target"
(*) "*"
(identifier) "target"
()) ")"
(;) ";"
(comment) "/// Clean the given target @a targets."
(comment) "/// @return non-zero if an error occurs."
(field_declaration) "int CleanTargets(int target_count, char* targets[]);"
(primitive_type) "int"
(function_declarator) "CleanTargets(int target_count, char* targets[])"
(field_identifier) "CleanTargets"
(parameter_list) "(int target_count, char* targets[])"
(() "("
(parameter_declaration) "int target_count"
(primitive_type) "int"
(identifier) "target_count"
(,) ","
(parameter_declaration) "char* targets[]"
(primitive_type) "char"
(pointer_declarator) "* targets[]"
(*) "*"
(array_declarator) "targets[]"
(identifier) "targets"
([) "["
(]) "]"
()) ")"
(;) ";"
(comment) "/// Clean all built files, except for files created by generator rules."
(comment) "/// @param generator If set, also clean files created by generator rules."
(comment) "/// @return non-zero if an error occurs."
(field_declaration) "int CleanAll(bool generator = false);"
(primitive_type) "int"
(function_declarator) "CleanAll(bool generator = false)"
(field_identifier) "CleanAll"
(parameter_list) "(bool generator = false)"
(() "("
(parameter_declaration) "bool generator"
(primitive_type) "bool"
(identifier) "generator"
(ERROR) "= false"
(=) "="
(false) "false"
()) ")"
(;) ";"
(comment) "/// Clean all the file built with the given rule @a rule."
(comment) "/// @return non-zero if an error occurs."
(field_declaration) "int CleanRule(const Rule* rule);"
(primitive_type) "int"
(function_declarator) "CleanRule(const Rule* rule)"
(field_identifier) "CleanRule"
(parameter_list) "(const Rule* rule)"
(() "("
(parameter_declaration) "const Rule* rule"
(type_qualifier) "const"
(const) "const"
(type_identifier) "Rule"
(pointer_declarator) "* rule"
(*) "*"
(identifier) "rule"
()) ")"
(;) ";"
(comment) "/// Clean the file produced by the given @a rule."
(comment) "/// @return non-zero if an error occurs."
(field_declaration) "int CleanRule(const char* rule);"
(primitive_type) "int"
(function_declarator) "CleanRule(const char* rule)"
(field_identifier) "CleanRule"
(parameter_list) "(const char* rule)"
(() "("
(parameter_declaration) "const char* rule"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* rule"
(*) "*"
(identifier) "rule"
()) ")"
(;) ";"
(comment) "/// Clean the file produced by the given @a rules."
(comment) "/// @return non-zero if an error occurs."
(field_declaration) "int CleanRules(int rule_count, char* rules[]);"
(primitive_type) "int"
(function_declarator) "CleanRules(int rule_count, char* rules[])"
(field_identifier) "CleanRules"
(parameter_list) "(int rule_count, char* rules[])"
(() "("
(parameter_declaration) "int rule_count"
(primitive_type) "int"
(identifier) "rule_count"
(,) ","
(parameter_declaration) "char* rules[]"
(primitive_type) "char"
(pointer_declarator) "* rules[]"
(*) "*"
(array_declarator) "rules[]"
(identifier) "rules"
([) "["
(]) "]"
()) ")"
(;) ";"
(comment) "/// Clean the files produced by previous builds that are no longer in the"
(comment) "/// manifest."
(comment) "/// @return non-zero if an error occurs."
(field_declaration) "int CleanDead(const BuildLog::Entries& entries);"
(primitive_type) "int"
(field_identifier) "CleanDead"
(ERROR) "(const BuildLog:"
(() "("
(type_qualifier) "const"
(const) "const"
(type_identifier) "BuildLog"
(:) ":"
(bitfield_clause) ":Entries& entries"
(:) ":"
(binary_expression) "Entries& entries"
(identifier) "Entries"
(&) "&"
(identifier) "entries"
(ERROR) ")"
()) ")"
(;) ";"
(comment) "/// @return the number of file cleaned."
(field_declaration) "int cleaned_files_count() const {\n return cleaned_files_count_;"
(primitive_type) "int"
(function_declarator) "cleaned_files_count()"
(field_identifier) "cleaned_files_count"
(parameter_list) "()"
(() "("
()) ")"
(ERROR) "const {\n return cleaned_files_count_"
(identifier) "const"
({) "{"
(return) "return"
(identifier) "cleaned_files_count_"
(;) ";"
(}) "}"
(comment) "/// @return whether the cleaner is in verbose mode."
(ERROR) "bool IsVerbose() const {\n return"
(identifier) "bool"
(function_declarator) "IsVerbose()"
(identifier) "IsVerbose"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
({) "{"
(return) "return"
(parenthesized_declarator) "(config_.verbosity != BuildConfig::QUIET\n && (config_.verbosity == BuildConfig::VERBOSE || config_.dry_run))"
(() "("
(ERROR) "config_.verbosity != BuildConfig::"
(identifier) "config_"
(.) "."
(identifier) "verbosity"
(!=) "!="
(identifier) "BuildConfig"
(:) ":"
(:) ":"
(function_declarator) "QUIET\n && (config_.verbosity == BuildConfig::VERBOSE || config_.dry_run)"
(identifier) "QUIET"
(ERROR) "&&"
(&&) "&&"
(parameter_list) "(config_.verbosity == BuildConfig::VERBOSE || config_.dry_run)"
(() "("
(parameter_declaration) "config_.verbosity == BuildConfig::VERBOSE || config_.dry_run"
(type_identifier) "config_"
(ERROR) ".verbosity == BuildConfig::VERBOSE || config_."
(.) "."
(identifier) "verbosity"
(==) "=="
(identifier) "BuildConfig"
(:) ":"
(:) ":"
(identifier) "VERBOSE"
(||) "||"
(identifier) "config_"
(.) "."
(identifier) "dry_run"
()) ")"
()) ")"
(;) ";"
(ERROR) "}"
(}) "}"
(labeled_statement) "private:\n /// Remove the file @a path.\n /// @return whether the file has been removed.\n int RemoveFile(const std::string& path);"
(statement_identifier) "private"
(:) ":"
(comment) "/// Remove the file @a path."
(comment) "/// @return whether the file has been removed."
(declaration) "int RemoveFile(const std::string& path);"
(primitive_type) "int"
(function_declarator) "RemoveFile(const std::string& path)"
(identifier) "RemoveFile"
(parameter_list) "(const std::string& path)"
(() "("
(parameter_declaration) "const std::string& path"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "path"
()) ")"
(;) ";"
(comment) "/// @returns whether the file @a path exists."
(declaration) "bool FileExists(const std::string& path);"
(primitive_type) "bool"
(function_declarator) "FileExists(const std::string& path)"
(identifier) "FileExists"
(parameter_list) "(const std::string& path)"
(() "("
(parameter_declaration) "const std::string& path"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "path"
()) ")"
(;) ";"
(declaration) "void Report(const std::string& path);"
(primitive_type) "void"
(function_declarator) "Report(const std::string& path)"
(identifier) "Report"
(parameter_list) "(const std::string& path)"
(() "("
(parameter_declaration) "const std::string& path"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "path"
()) ")"
(;) ";"
(comment) "/// Remove the given @a path file only if it has not been already removed."
(declaration) "void Remove(const std::string& path);"
(primitive_type) "void"
(function_declarator) "Remove(const std::string& path)"
(identifier) "Remove"
(parameter_list) "(const std::string& path)"
(() "("
(parameter_declaration) "const std::string& path"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "path"
()) ")"
(;) ";"
(comment) "/// @return whether the given @a path has already been removed."
(declaration) "bool IsAlreadyRemoved(const std::string& path);"
(primitive_type) "bool"
(function_declarator) "IsAlreadyRemoved(const std::string& path)"
(identifier) "IsAlreadyRemoved"
(parameter_list) "(const std::string& path)"
(() "("
(parameter_declaration) "const std::string& path"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string&"
(:) ":"
(:) ":"
(identifier) "string"
(&) "&"
(identifier) "path"
()) ")"
(;) ";"
(comment) "/// Remove the depfile and rspfile for an Edge."
(declaration) "void RemoveEdgeFiles(Edge* edge);"
(primitive_type) "void"
(function_declarator) "RemoveEdgeFiles(Edge* edge)"
(identifier) "RemoveEdgeFiles"
(parameter_list) "(Edge* edge)"
(() "("
(parameter_declaration) "Edge* edge"
(type_identifier) "Edge"
(pointer_declarator) "* edge"
(*) "*"
(identifier) "edge"
()) ")"
(;) ";"
(comment) "/// Helper recursive method for CleanTarget()."
(declaration) "void DoCleanTarget(Node* target);"
(primitive_type) "void"
(function_declarator) "DoCleanTarget(Node* target)"
(identifier) "DoCleanTarget"
(parameter_list) "(Node* target)"
(() "("
(parameter_declaration) "Node* target"
(type_identifier) "Node"
(pointer_declarator) "* target"
(*) "*"
(identifier) "target"
()) ")"
(;) ";"
(declaration) "void PrintHeader();"
(primitive_type) "void"
(function_declarator) "PrintHeader()"
(identifier) "PrintHeader"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void PrintFooter();"
(primitive_type) "void"
(function_declarator) "PrintFooter()"
(identifier) "PrintFooter"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void DoCleanRule(const Rule* rule);"
(primitive_type) "void"
(function_declarator) "DoCleanRule(const Rule* rule)"
(identifier) "DoCleanRule"
(parameter_list) "(const Rule* rule)"
(() "("
(parameter_declaration) "const Rule* rule"
(type_qualifier) "const"
(const) "const"
(type_identifier) "Rule"
(pointer_declarator) "* rule"
(*) "*"
(identifier) "rule"
()) ")"
(;) ";"
(declaration) "void Reset();"
(primitive_type) "void"
(function_declarator) "Reset()"
(identifier) "Reset"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/// Load dependencies from dyndep bindings."
(declaration) "void LoadDyndeps();"
(primitive_type) "void"
(function_declarator) "LoadDyndeps()"
(identifier) "LoadDyndeps"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "State* state_;"
(type_identifier) "State"
(pointer_declarator) "* state_"
(*) "*"
(identifier) "state_"
(;) ";"
(declaration) "const BuildConfig& config_;"
(type_qualifier) "const"
(const) "const"
(type_identifier) "BuildConfig"
(ERROR) "&"
(&) "&"
(identifier) "config_"
(;) ";"
(declaration) "DyndepLoader dyndep_loader_;"
(type_identifier) "DyndepLoader"
(identifier) "dyndep_loader_"
(;) ";"
(labeled_statement) "std::set<std::string> removed_;"
(statement_identifier) "std"
(ERROR) "::set<std:"
(:) ":"
(:) ":"
(binary_expression) "set<std"
(identifier) "set"
(<) "<"
(identifier) "std"
(:) ":"
(:) ":"
(expression_statement) "string> removed_;"
(binary_expression) "string> removed_"
(identifier) "string"
(>) ">"
(identifier) "removed_"
(;) ";"
(labeled_statement) "std::set<Node*> cleaned_;"
(statement_identifier) "std"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "set<Node*> cleaned_;"
(binary_expression) "set<Node*> cleaned_"
(binary_expression) "set<Node"
(identifier) "set"
(<) "<"
(identifier) "Node"
(ERROR) "*"
(*) "*"
(>) ">"
(identifier) "cleaned_"
(;) ";"
(declaration) "int cleaned_files_count_;"
(primitive_type) "int"
(identifier) "cleaned_files_count_"
(;) ";"
(declaration) "DiskInterface* disk_interface_;"
(type_identifier) "DiskInterface"
(pointer_declarator) "* disk_interface_"
(*) "*"
(identifier) "disk_interface_"
(;) ";"
(declaration) "int status_;"
(primitive_type) "int"
(identifier) "status_"
(;) ";"
(ERROR) "}"
(}) "}"
(expression_statement) ";"
(;) ";"
(#endif) "#endif"
(comment) "// NINJA_CLEAN_H_"
| 547
| 22
|
{"language": "c", "success": true, "metadata": {"lines": 95, "avg_line_length": 37.31, "nodes": 320, "errors": 0, "source_hash": "9e802c85af45cf548d31cac67cf6b8d1d67a8c1fabfb1c894b820d9a242521dd", "categorized_nodes": 206}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef NINJA_CLEAN_H_\n#define NINJA_CLEAN_H_\n\n#include <set>\n#include <string>\n\n#include \"build.h\"\n#include \"dyndep.h\"\n#include \"build_log.h\"\n\nstruct State;\nstruct Node;\nstruct Rule;\nstruct DiskInterface;\n\nstruct Cleaner {\n /// Build a cleaner object with the given @a disk_interface\n Cleaner(State* state,\n const BuildConfig& config,\n DiskInterface* disk_interface);\n\n /// Clean the given @a target and all the file built for it.\n /// @return non-zero if an error occurs.\n int CleanTarget(Node* target);\n /// Clean the given target @a target.\n /// @return non-zero if an error occurs.\n int CleanTarget(const char* target);\n /// Clean the given target @a targets.\n /// @return non-zero if an error occurs.\n int CleanTargets(int target_count, char* targets[]);\n\n /// Clean all built files, except for files created by generator rules.\n /// @param generator If set, also clean files created by generator rules.\n /// @return non-zero if an error occurs.\n int CleanAll(bool generator = false);\n\n /// Clean all the file built with the given rule @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const Rule* rule);\n /// Clean the file produced by the given @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const char* rule);\n /// Clean the file produced by the given @a rules.\n /// @return non-zero if an error occurs.\n int CleanRules(int rule_count, char* rules[]);\n /// Clean the files produced by previous builds that are no longer in the\n /// manifest.\n /// @return non-zero if an error occurs.\n int CleanDead(const BuildLog::Entries& entries);\n\n /// @return the number of file cleaned.\n int cleaned_files_count() const {\n return cleaned_files_count_;\n }\n\n /// @return whether the cleaner is in verbose mode.\n bool IsVerbose() const {\n return (config_.verbosity != BuildConfig::QUIET\n && (config_.verbosity == BuildConfig::VERBOSE || config_.dry_run));\n }\n\n private:\n /// Remove the file @a path.\n /// @return whether the file has been removed.\n int RemoveFile(const std::string& path);\n /// @returns whether the file @a path exists.\n bool FileExists(const std::string& path);\n void Report(const std::string& path);\n\n /// Remove the given @a path file only if it has not been already removed.\n void Remove(const std::string& path);\n /// @return whether the given @a path has already been removed.\n bool IsAlreadyRemoved(const std::string& path);\n /// Remove the depfile and rspfile for an Edge.\n void RemoveEdgeFiles(Edge* edge);\n\n /// Helper recursive method for CleanTarget().\n void DoCleanTarget(Node* target);\n void PrintHeader();\n void PrintFooter();\n void DoCleanRule(const Rule* rule);\n void Reset();\n\n /// Load dependencies from dyndep bindings.\n void LoadDyndeps();\n\n State* state_;\n const BuildConfig& config_;\n DyndepLoader dyndep_loader_;\n std::set<std::string> removed_;\n std::set<Node*> cleaned_;\n int cleaned_files_count_;\n DiskInterface* disk_interface_;\n int status_;\n};\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 174, 185, 195, 205, 215, 225, 235, 245, 250, 255, 265, 270, 275, 280, 283, 286, 297, 308, 311, 316, 319], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 110, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 7}}, {"id": 2, "type": "identifier", "text": "NINJA_CLEAN_H_", "parent": 0, "children": [], "start_point": {"row": 14, "column": 8}, "end_point": {"row": 14, "column": 22}}, {"id": 3, "type": "preproc_def", "text": "#define NINJA_CLEAN_H_\n", "parent": 0, "children": [4, 5], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 16, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 7}}, {"id": 5, "type": "identifier", "text": "NINJA_CLEAN_H_", "parent": 3, "children": [], "start_point": {"row": 15, "column": 8}, "end_point": {"row": 15, "column": 22}}, {"id": 6, "type": "preproc_include", "text": "#include <set>\n", "parent": 0, "children": [7, 8], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 18, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<set>", "parent": 6, "children": [], "start_point": {"row": 17, "column": 9}, "end_point": {"row": 17, "column": 14}}, {"id": 9, "type": "preproc_include", "text": "#include <string>\n", "parent": 0, "children": [10, 11], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 8}}, {"id": 11, "type": "system_lib_string", "text": "<string>", "parent": 9, "children": [], "start_point": {"row": 18, "column": 9}, "end_point": {"row": 18, "column": 17}}, {"id": 12, "type": "preproc_include", "text": "#include \"build.h\"\n", "parent": 0, "children": [13, 14], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 21, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 8}}, {"id": 14, "type": "string_literal", "text": "\"build.h\"", "parent": 12, "children": [], "start_point": {"row": 20, "column": 9}, "end_point": {"row": 20, "column": 18}}, {"id": 15, "type": "preproc_include", "text": "#include \"dyndep.h\"\n", "parent": 0, "children": [16, 17], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 22, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 8}}, {"id": 17, "type": "string_literal", "text": "\"dyndep.h\"", "parent": 15, "children": [], "start_point": {"row": 21, "column": 9}, "end_point": {"row": 21, "column": 19}}, {"id": 18, "type": "preproc_include", "text": "#include \"build_log.h\"\n", "parent": 0, "children": [19, 20], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 23, "column": 0}}, {"id": 19, "type": "#include", "text": "#include", "parent": 18, "children": [], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 22, "column": 8}}, {"id": 20, "type": "string_literal", "text": "\"build_log.h\"", "parent": 18, "children": [], 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"text": "#include"}, {"node_id": 9, "text": "#include <string>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include \"build.h\"\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include \"dyndep.h\"\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include \"build_log.h\"\n"}, {"node_id": 19, "text": "#include"}]}, "original_source_code": "// Copyright 2011 Google Inc. All Rights Reserved.\n//\n// Licensed under the Apache License, Version 2.0 (the \"License\");\n// you may not use this file except in compliance with the License.\n// You may obtain a copy of the License at\n//\n// http://www.apache.org/licenses/LICENSE-2.0\n//\n// Unless required by applicable law or agreed to in writing, software\n// distributed under the License is distributed on an \"AS IS\" BASIS,\n// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n// See the License for the specific language governing permissions and\n// limitations under the License.\n\n#ifndef NINJA_CLEAN_H_\n#define NINJA_CLEAN_H_\n\n#include <set>\n#include <string>\n\n#include \"build.h\"\n#include \"dyndep.h\"\n#include \"build_log.h\"\n\nstruct State;\nstruct Node;\nstruct Rule;\nstruct DiskInterface;\n\nstruct Cleaner {\n /// Build a cleaner object with the given @a disk_interface\n Cleaner(State* state,\n const BuildConfig& config,\n DiskInterface* disk_interface);\n\n /// Clean the given @a target and all the file built for it.\n /// @return non-zero if an error occurs.\n int CleanTarget(Node* target);\n /// Clean the given target @a target.\n /// @return non-zero if an error occurs.\n int CleanTarget(const char* target);\n /// Clean the given target @a targets.\n /// @return non-zero if an error occurs.\n int CleanTargets(int target_count, char* targets[]);\n\n /// Clean all built files, except for files created by generator rules.\n /// @param generator If set, also clean files created by generator rules.\n /// @return non-zero if an error occurs.\n int CleanAll(bool generator = false);\n\n /// Clean all the file built with the given rule @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const Rule* rule);\n /// Clean the file produced by the given @a rule.\n /// @return non-zero if an error occurs.\n int CleanRule(const char* rule);\n /// Clean the file produced by the given @a rules.\n /// @return non-zero if an error occurs.\n int CleanRules(int rule_count, char* rules[]);\n /// Clean the files produced by previous builds that are no longer in the\n /// manifest.\n /// @return non-zero if an error occurs.\n int CleanDead(const BuildLog::Entries& entries);\n\n /// @return the number of file cleaned.\n int cleaned_files_count() const {\n return cleaned_files_count_;\n }\n\n /// @return whether the cleaner is in verbose mode.\n bool IsVerbose() const {\n return (config_.verbosity != BuildConfig::QUIET\n && (config_.verbosity == BuildConfig::VERBOSE || config_.dry_run));\n }\n\n private:\n /// Remove the file @a path.\n /// @return whether the file has been removed.\n int RemoveFile(const std::string& path);\n /// @returns whether the file @a path exists.\n bool FileExists(const std::string& path);\n void Report(const std::string& path);\n\n /// Remove the given @a path file only if it has not been already removed.\n void Remove(const std::string& path);\n /// @return whether the given @a path has already been removed.\n bool IsAlreadyRemoved(const std::string& path);\n /// Remove the depfile and rspfile for an Edge.\n void RemoveEdgeFiles(Edge* edge);\n\n /// Helper recursive method for CleanTarget().\n void DoCleanTarget(Node* target);\n void PrintHeader();\n void PrintFooter();\n void DoCleanRule(const Rule* rule);\n void Reset();\n\n /// Load dependencies from dyndep bindings.\n void LoadDyndeps();\n\n State* state_;\n const BuildConfig& config_;\n DyndepLoader dyndep_loader_;\n std::set<std::string> removed_;\n std::set<Node*> cleaned_;\n int cleaned_files_count_;\n DiskInterface* disk_interface_;\n int status_;\n};\n\n#endif // NINJA_CLEAN_H_\n"}
| 253
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c
|
#include <std.h>
inherit "/d/common/obj/weapon/mspear.c";
create() {
::create();
set_id(({"spear","mithril spear","mithril medium spear"}));
set_name("mithril spear");
set_short("A mithril spear");
set_long("%^BOLD%^This short spear is tipped with"+
" a bright silvery mithril spearhead. It was "+
"forged by the Dwarves of Mt. Sholkum in the "+
"Dagger Reaches. Dwarven runes line the center"+
" of the spearhead and the long oak shaft is "+
"polished to a high shine. Engraved on the shaft"+
" is the crest of the Army of the Dagger Reaches.");
//set_weight(7);
//set_prof_type("medium spear");
//set_size(2);
set_value(100);
//set_wc(1,8);
//set_large_wc(1,12);
//set_type("piercing");
set_property("enchantment", 2);
}
| 34.57
| 23
|
(translation_unit) "#include <std.h>\ninherit "/d/common/obj/weapon/mspear.c";\n\ncreate() {\n ::create();\n set_id(({"spear","mithril spear","mithril medium spear"}));\n set_name("mithril spear");\n set_short("A mithril spear");\n set_long("%^BOLD%^This short spear is tipped with"+\n " a bright silvery mithril spearhead. It was "+\n "forged by the Dwarves of Mt. Sholkum in the "+\n "Dagger Reaches. Dwarven runes line the center"+\n " of the spearhead and the long oak shaft is "+\n "polished to a high shine. Engraved on the shaft"+\n " is the crest of the Army of the Dagger Reaches.");\n //set_weight(7);\n //set_prof_type("medium spear");\n //set_size(2);\n set_value(100);\n //set_wc(1,8);\n //set_large_wc(1,12);\n //set_type("piercing");\n set_property("enchantment", 2);\n}\n"
(preproc_include) "#include <std.h>\n"
(#include) "#include"
(system_lib_string) "<std.h>"
(expression_statement) "inherit "/d/common/obj/weapon/mspear.c";"
(concatenated_string) "inherit "/d/common/obj/weapon/mspear.c""
(identifier) "inherit"
(string_literal) ""/d/common/obj/weapon/mspear.c""
(") """
(string_content) "/d/common/obj/weapon/mspear.c"
(") """
(;) ";"
(ERROR) "create() {\n ::"
(call_expression) "create()"
(identifier) "create"
(argument_list) "()"
(() "("
()) ")"
({) "{"
(:) ":"
(:) ":"
(expression_statement) "create();"
(call_expression) "create()"
(identifier) "create"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "set_id(({"spear","mithril spear","mithril medium spear"}));"
(call_expression) "set_id(({"spear","mithril spear","mithril medium spear"}))"
(identifier) "set_id"
(argument_list) "(({"spear","mithril spear","mithril medium spear"}))"
(() "("
(parenthesized_expression) "({"spear","mithril spear","mithril medium spear"})"
(() "("
(compound_statement) "{"spear","mithril spear","mithril medium spear"}"
({) "{"
(expression_statement) ""spear","mithril spear","mithril medium spear""
(comma_expression) ""spear","mithril spear","mithril medium spear""
(string_literal) ""spear""
(") """
(string_content) "spear"
(") """
(,) ","
(comma_expression) ""mithril spear","mithril medium spear""
(string_literal) ""mithril spear""
(") """
(string_content) "mithril spear"
(") """
(,) ","
(string_literal) ""mithril medium spear""
(") """
(string_content) "mithril medium spear"
(") """
(;) ""
(}) "}"
()) ")"
()) ")"
(;) ";"
(expression_statement) "set_name("mithril spear");"
(call_expression) "set_name("mithril spear")"
(identifier) "set_name"
(argument_list) "("mithril spear")"
(() "("
(string_literal) ""mithril spear""
(") """
(string_content) "mithril spear"
(") """
()) ")"
(;) ";"
(expression_statement) "set_short("A mithril spear");"
(call_expression) "set_short("A mithril spear")"
(identifier) "set_short"
(argument_list) "("A mithril spear")"
(() "("
(string_literal) ""A mithril spear""
(") """
(string_content) "A mithril spear"
(") """
()) ")"
(;) ";"
(expression_statement) "set_long("%^BOLD%^This short spear is tipped with"+\n " a bright silvery mithril spearhead. It was "+\n "forged by the Dwarves of Mt. Sholkum in the "+\n "Dagger Reaches. Dwarven runes line the center"+\n " of the spearhead and the long oak shaft is "+\n "polished to a high shine. Engraved on the shaft"+\n " is the crest of the Army of the Dagger Reaches.");"
(call_expression) "set_long("%^BOLD%^This short spear is tipped with"+\n " a bright silvery mithril spearhead. It was "+\n "forged by the Dwarves of Mt. Sholkum in the "+\n "Dagger Reaches. Dwarven runes line the center"+\n " of the spearhead and the long oak shaft is "+\n "polished to a high shine. Engraved on the shaft"+\n " is the crest of the Army of the Dagger Reaches.")"
(identifier) "set_long"
(argument_list) "("%^BOLD%^This short spear is tipped with"+\n " a bright silvery mithril spearhead. It was "+\n "forged by the Dwarves of Mt. Sholkum in the "+\n "Dagger Reaches. Dwarven runes line the center"+\n " of the spearhead and the long oak shaft is "+\n "polished to a high shine. Engraved on the shaft"+\n " is the crest of the Army of the Dagger Reaches.")"
(() "("
(binary_expression) ""%^BOLD%^This short spear is tipped with"+\n " a bright silvery mithril spearhead. It was "+\n "forged by the Dwarves of Mt. Sholkum in the "+\n "Dagger Reaches. Dwarven runes line the center"+\n " of the spearhead and the long oak shaft is "+\n "polished to a high shine. Engraved on the shaft"+\n " is the crest of the Army of the Dagger Reaches.""
(binary_expression) ""%^BOLD%^This short spear is tipped with"+\n " a bright silvery mithril spearhead. It was "+\n "forged by the Dwarves of Mt. Sholkum in the "+\n "Dagger Reaches. Dwarven runes line the center"+\n " of the spearhead and the long oak shaft is "+\n "polished to a high shine. Engraved on the shaft""
(binary_expression) ""%^BOLD%^This short spear is tipped with"+\n " a bright silvery mithril spearhead. It was "+\n "forged by the Dwarves of Mt. Sholkum in the "+\n "Dagger Reaches. Dwarven runes line the center"+\n " of the spearhead and the long oak shaft is ""
(binary_expression) ""%^BOLD%^This short spear is tipped with"+\n " a bright silvery mithril spearhead. It was "+\n "forged by the Dwarves of Mt. Sholkum in the "+\n "Dagger Reaches. Dwarven runes line the center""
(binary_expression) ""%^BOLD%^This short spear is tipped with"+\n " a bright silvery mithril spearhead. It was "+\n "forged by the Dwarves of Mt. Sholkum in the ""
(binary_expression) ""%^BOLD%^This short spear is tipped with"+\n " a bright silvery mithril spearhead. It was ""
(string_literal) ""%^BOLD%^This short spear is tipped with""
(") """
(string_content) "%^BOLD%^This short spear is tipped with"
(") """
(+) "+"
(string_literal) "" a bright silvery mithril spearhead. It was ""
(") """
(string_content) " a bright silvery mithril spearhead. It was "
(") """
(+) "+"
(string_literal) ""forged by the Dwarves of Mt. Sholkum in the ""
(") """
(string_content) "forged by the Dwarves of Mt. Sholkum in the "
(") """
(+) "+"
(string_literal) ""Dagger Reaches. Dwarven runes line the center""
(") """
(string_content) "Dagger Reaches. Dwarven runes line the center"
(") """
(+) "+"
(string_literal) "" of the spearhead and the long oak shaft is ""
(") """
(string_content) " of the spearhead and the long oak shaft is "
(") """
(+) "+"
(string_literal) ""polished to a high shine. Engraved on the shaft""
(") """
(string_content) "polished to a high shine. Engraved on the shaft"
(") """
(+) "+"
(string_literal) "" is the crest of the Army of the Dagger Reaches.""
(") """
(string_content) " is the crest of the Army of the Dagger Reaches."
(") """
()) ")"
(;) ";"
(comment) "//set_weight(7);"
(comment) "//set_prof_type("medium spear");"
(comment) "//set_size(2);"
(expression_statement) "set_value(100);"
(call_expression) "set_value(100)"
(identifier) "set_value"
(argument_list) "(100)"
(() "("
(number_literal) "100"
()) ")"
(;) ";"
(comment) "//set_wc(1,8);"
(comment) "//set_large_wc(1,12);"
(comment) "//set_type("piercing");"
(expression_statement) "set_property("enchantment", 2);"
(call_expression) "set_property("enchantment", 2)"
(identifier) "set_property"
(argument_list) "("enchantment", 2)"
(() "("
(string_literal) ""enchantment""
(") """
(string_content) "enchantment"
(") """
(,) ","
(number_literal) "2"
()) ")"
(;) ";"
(ERROR) "}"
(}) "}"
| 157
| 2
|
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"type": "identifier", "text": "inherit", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 7}}, {"id": 5, "type": "string_literal", "text": "\"/d/common/obj/weapon/mspear.c\"", "parent": 3, "children": [], "start_point": {"row": 1, "column": 8}, "end_point": {"row": 1, "column": 39}}, {"id": 6, "type": "ERROR", "text": "create() {\n ::", "parent": null, "children": [7], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 4, "column": 6}}, {"id": 7, "type": "call_expression", "text": "create()", "parent": 6, "children": [8, 9], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 8}}, {"id": 8, "type": "identifier", "text": "create", "parent": 7, "children": [], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 6}}, {"id": 9, "type": "argument_list", "text": "()", "parent": 7, "children": [], "start_point": {"row": 3, "column": 6}, "end_point": {"row": 3, "column": 8}}, {"id": 10, "type": "call_expression", "text": "create()", "parent": null, "children": [11, 12], "start_point": {"row": 4, "column": 6}, "end_point": {"row": 4, "column": 14}}, {"id": 11, "type": "identifier", "text": "create", "parent": 10, "children": [], "start_point": {"row": 4, "column": 6}, "end_point": {"row": 4, "column": 12}}, {"id": 12, "type": "argument_list", "text": "()", "parent": 10, "children": [], "start_point": {"row": 4, "column": 12}, "end_point": {"row": 4, "column": 14}}, {"id": 13, "type": "call_expression", "text": "set_id(({\"spear\",\"mithril spear\",\"mithril medium spear\"}))", "parent": null, "children": [14, 15], "start_point": {"row": 5, "column": 4}, "end_point": {"row": 5, "column": 62}}, {"id": 14, "type": "identifier", "text": "set_id", "parent": 13, "children": [], "start_point": {"row": 5, "column": 4}, "end_point": {"row": 5, "column": 10}}, {"id": 15, "type": "argument_list", "text": "(({\"spear\",\"mithril spear\",\"mithril medium spear\"}))", "parent": 13, "children": [16], "start_point": {"row": 5, "column": 10}, "end_point": {"row": 5, "column": 62}}, {"id": 16, "type": "parenthesized_expression", "text": "({\"spear\",\"mithril spear\",\"mithril medium spear\"})", "parent": 15, "children": [], "start_point": {"row": 5, "column": 11}, "end_point": {"row": 5, "column": 61}}, {"id": 17, "type": "comma_expression", "text": "\"spear\",\"mithril spear\",\"mithril medium spear\"", "parent": 16, "children": [18, 19], "start_point": {"row": 5, "column": 13}, "end_point": {"row": 5, "column": 59}}, {"id": 18, "type": "string_literal", "text": "\"spear\"", "parent": 17, "children": [], "start_point": {"row": 5, "column": 13}, "end_point": {"row": 5, "column": 20}}, {"id": 19, "type": "comma_expression", "text": "\"mithril spear\",\"mithril medium spear\"", "parent": 17, "children": [20, 21], "start_point": {"row": 5, "column": 21}, "end_point": {"row": 5, "column": 59}}, {"id": 20, "type": "string_literal", "text": "\"mithril spear\"", "parent": 19, "children": [], "start_point": {"row": 5, "column": 21}, "end_point": {"row": 5, "column": 36}}, {"id": 21, "type": "string_literal", "text": "\"mithril medium spear\"", "parent": 19, "children": [], "start_point": {"row": 5, "column": 37}, "end_point": {"row": 5, "column": 59}}, {"id": 22, "type": "call_expression", "text": "set_name(\"mithril spear\")", "parent": null, "children": [23, 24], "start_point": {"row": 6, "column": 4}, "end_point": {"row": 6, "column": 29}}, {"id": 23, "type": "identifier", "text": "set_name", "parent": 22, "children": [], "start_point": {"row": 6, "column": 4}, "end_point": {"row": 6, "column": 12}}, {"id": 24, "type": "argument_list", "text": "(\"mithril spear\")", "parent": 22, "children": [25], "start_point": {"row": 6, "column": 12}, "end_point": {"row": 6, "column": 29}}, {"id": 25, "type": "string_literal", "text": "\"mithril spear\"", "parent": 24, "children": [], "start_point": {"row": 6, "column": 13}, "end_point": {"row": 6, "column": 28}}, {"id": 26, "type": "call_expression", "text": "set_short(\"A mithril spear\")", "parent": null, "children": [27, 28], "start_point": {"row": 7, "column": 4}, "end_point": {"row": 7, "column": 32}}, {"id": 27, "type": "identifier", "text": "set_short", "parent": 26, "children": [], "start_point": {"row": 7, "column": 4}, "end_point": {"row": 7, "column": 13}}, {"id": 28, "type": "argument_list", "text": "(\"A mithril spear\")", "parent": 26, "children": [29], "start_point": {"row": 7, "column": 13}, "end_point": {"row": 7, "column": 32}}, {"id": 29, "type": "string_literal", "text": "\"A mithril spear\"", "parent": 28, "children": [], "start_point": {"row": 7, "column": 14}, "end_point": {"row": 7, "column": 31}}, {"id": 30, "type": "call_expression", "text": "set_long(\"%^BOLD%^This short spear is tipped with\"+\n \" a bright silvery mithril spearhead. It was \"+\n \"forged by the Dwarves of Mt. Sholkum in the \"+\n \"Dagger Reaches. Dwarven runes line the center\"+\n \" of the spearhead and the long oak shaft is \"+\n \"polished to a high shine. Engraved on the shaft\"+\n \" is the crest of the Army of the Dagger Reaches.\")", "parent": null, "children": [31, 32], "start_point": {"row": 8, "column": 4}, "end_point": {"row": 14, "column": 59}}, {"id": 31, "type": "identifier", "text": "set_long", "parent": 30, "children": [], "start_point": {"row": 8, "column": 4}, "end_point": {"row": 8, "column": 12}}, {"id": 32, "type": "argument_list", "text": "(\"%^BOLD%^This short spear is tipped with\"+\n \" a bright silvery mithril spearhead. It was \"+\n \"forged by the Dwarves of Mt. Sholkum in the \"+\n \"Dagger Reaches. Dwarven runes line the center\"+\n \" of the spearhead and the long oak shaft is \"+\n \"polished to a high shine. Engraved on the shaft\"+\n \" is the crest of the Army of the Dagger Reaches.\")", "parent": 30, "children": [33], "start_point": {"row": 8, "column": 12}, "end_point": {"row": 14, "column": 59}}, {"id": 33, "type": "binary_expression", "text": "\"%^BOLD%^This short spear is tipped with\"+\n \" a bright silvery mithril spearhead. It was \"+\n \"forged by the Dwarves of Mt. Sholkum in the \"+\n \"Dagger Reaches. Dwarven runes line the center\"+\n \" of the spearhead and the long oak shaft is \"+\n \"polished to a high shine. Engraved on the shaft\"+\n \" is the crest of the Army of the Dagger Reaches.\"", "parent": 32, "children": [34, 50, 51], "start_point": {"row": 8, "column": 13}, "end_point": {"row": 14, "column": 58}}, {"id": 34, "type": "binary_expression", "text": "\"%^BOLD%^This short spear is tipped with\"+\n \" a bright silvery mithril spearhead. It was \"+\n \"forged by the Dwarves of Mt. Sholkum in the \"+\n \"Dagger Reaches. Dwarven runes line the center\"+\n \" of the spearhead and the long oak shaft is \"+\n \"polished to a high shine. Engraved on the shaft\"", "parent": 33, "children": [35, 48, 49], "start_point": {"row": 8, "column": 13}, "end_point": {"row": 13, "column": 58}}, {"id": 35, "type": "binary_expression", "text": "\"%^BOLD%^This short spear is tipped with\"+\n \" a bright silvery mithril spearhead. It was \"+\n \"forged by the Dwarves of Mt. Sholkum in the \"+\n \"Dagger Reaches. Dwarven runes line the center\"+\n \" of the spearhead and the long oak shaft is \"", "parent": 34, "children": [36, 46, 47], "start_point": {"row": 8, "column": 13}, "end_point": {"row": 12, "column": 54}}, {"id": 36, "type": "binary_expression", "text": "\"%^BOLD%^This short spear is tipped with\"+\n \" a bright silvery mithril spearhead. It was \"+\n \"forged by the Dwarves of Mt. Sholkum in the \"+\n \"Dagger Reaches. Dwarven runes line the center\"", "parent": 35, "children": [37, 44, 45], "start_point": {"row": 8, "column": 13}, "end_point": {"row": 11, "column": 56}}, {"id": 37, "type": "binary_expression", "text": "\"%^BOLD%^This short spear is tipped with\"+\n \" a bright silvery mithril spearhead. It was \"+\n \"forged by the Dwarves of Mt. Sholkum in the \"", "parent": 36, "children": [38, 42, 43], "start_point": {"row": 8, "column": 13}, "end_point": {"row": 10, "column": 54}}, {"id": 38, "type": "binary_expression", "text": "\"%^BOLD%^This short spear is tipped with\"+\n \" a bright silvery mithril spearhead. It was \"", "parent": 37, "children": [39, 40, 41], "start_point": {"row": 8, "column": 13}, "end_point": {"row": 9, "column": 55}}, {"id": 39, "type": "string_literal", "text": "\"%^BOLD%^This short spear is tipped with\"", "parent": 38, "children": [], "start_point": {"row": 8, "column": 13}, "end_point": {"row": 8, "column": 54}}, {"id": 40, "type": "+", "text": "+", "parent": 38, "children": [], "start_point": {"row": 8, "column": 54}, "end_point": {"row": 8, "column": 55}}, {"id": 41, "type": "string_literal", "text": "\" a bright silvery mithril spearhead. It was \"", "parent": 38, "children": [], "start_point": {"row": 9, "column": 8}, "end_point": {"row": 9, "column": 55}}, {"id": 42, "type": "+", "text": "+", "parent": 37, "children": [], "start_point": {"row": 9, "column": 55}, "end_point": {"row": 9, "column": 56}}, {"id": 43, "type": "string_literal", "text": "\"forged by the Dwarves of Mt. Sholkum in the \"", "parent": 37, "children": [], "start_point": {"row": 10, "column": 8}, "end_point": {"row": 10, "column": 54}}, {"id": 44, "type": "+", "text": "+", "parent": 36, "children": [], "start_point": {"row": 10, "column": 54}, "end_point": {"row": 10, "column": 55}}, {"id": 45, "type": "string_literal", "text": "\"Dagger Reaches. Dwarven runes line the center\"", "parent": 36, "children": [], "start_point": {"row": 11, "column": 8}, "end_point": {"row": 11, "column": 56}}, {"id": 46, "type": "+", "text": "+", "parent": 35, "children": [], "start_point": {"row": 11, "column": 56}, "end_point": {"row": 11, "column": 57}}, {"id": 47, "type": "string_literal", "text": "\" of the spearhead and the long oak shaft is \"", "parent": 35, "children": [], "start_point": {"row": 12, "column": 8}, "end_point": {"row": 12, "column": 54}}, {"id": 48, "type": "+", "text": "+", "parent": 34, "children": [], "start_point": {"row": 12, "column": 54}, "end_point": {"row": 12, "column": 55}}, {"id": 49, "type": "string_literal", "text": "\"polished to a high shine. Engraved on the shaft\"", "parent": 34, "children": [], "start_point": {"row": 13, "column": 8}, "end_point": {"row": 13, "column": 58}}, {"id": 50, "type": "+", "text": "+", "parent": 33, "children": [], "start_point": {"row": 13, "column": 58}, "end_point": {"row": 13, "column": 59}}, {"id": 51, "type": "string_literal", "text": "\" is the crest of the Army of the Dagger Reaches.\"", "parent": 33, "children": [], "start_point": {"row": 14, "column": 8}, "end_point": {"row": 14, "column": 58}}, {"id": 52, "type": "call_expression", "text": "set_value(100)", "parent": null, "children": [53, 54], "start_point": {"row": 18, "column": 3}, "end_point": {"row": 18, "column": 17}}, {"id": 53, "type": "identifier", "text": "set_value", "parent": 52, "children": [], "start_point": {"row": 18, "column": 3}, "end_point": {"row": 18, "column": 12}}, {"id": 54, "type": "argument_list", "text": "(100)", "parent": 52, "children": [55], "start_point": {"row": 18, "column": 12}, "end_point": {"row": 18, "column": 17}}, {"id": 55, "type": "number_literal", "text": "100", "parent": 54, "children": [], "start_point": {"row": 18, "column": 13}, "end_point": {"row": 18, "column": 16}}, {"id": 56, "type": "call_expression", "text": "set_property(\"enchantment\", 2)", "parent": null, "children": [57, 58], "start_point": {"row": 22, "column": 3}, "end_point": {"row": 22, "column": 33}}, {"id": 57, "type": "identifier", "text": "set_property", "parent": 56, "children": [], "start_point": {"row": 22, "column": 3}, "end_point": {"row": 22, "column": 15}}, {"id": 58, "type": "argument_list", "text": "(\"enchantment\", 2)", "parent": 56, "children": [59, 60], "start_point": {"row": 22, "column": 15}, "end_point": {"row": 22, "column": 33}}, {"id": 59, "type": "string_literal", "text": "\"enchantment\"", "parent": 58, "children": [], "start_point": {"row": 22, "column": 16}, "end_point": {"row": 22, "column": 29}}, {"id": 60, "type": "number_literal", "text": "2", "parent": 58, "children": [], "start_point": {"row": 22, "column": 31}, "end_point": {"row": 22, "column": 32}}]}, "node_categories": {"declarations": {"functions": [], "variables": [], "classes": [], "imports": [0, 1], "modules": [], "enums": []}, "statements": {"expressions": [7, 10, 13, 16, 17, 19, 22, 26, 30, 33, 34, 35, 36, 37, 38, 52, 56], "assignments": [], "loops": [], "conditionals": [4, 8, 11, 14, 23, 27, 31, 53, 57], "returns": [], "exceptions": []}, "expressions": {"calls": [], "literals": [2, 3, 5, 18, 20, 21, 25, 29, 39, 41, 43, 45, 47, 49, 51, 55, 59, 60], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include <std.h>\n"}, {"node_id": 1, "text": "#include"}]}, "original_source_code": "#include <std.h>\ninherit \"/d/common/obj/weapon/mspear.c\";\n\ncreate() {\n ::create();\n set_id(({\"spear\",\"mithril spear\",\"mithril medium spear\"}));\n set_name(\"mithril spear\");\n set_short(\"A mithril spear\");\n set_long(\"%^BOLD%^This short spear is tipped with\"+\n \" a bright silvery mithril spearhead. It was \"+\n \"forged by the Dwarves of Mt. Sholkum in the \"+\n \"Dagger Reaches. Dwarven runes line the center\"+\n \" of the spearhead and the long oak shaft is \"+\n \"polished to a high shine. Engraved on the shaft\"+\n \" is the crest of the Army of the Dagger Reaches.\");\n //set_weight(7);\n //set_prof_type(\"medium spear\");\n //set_size(2);\n set_value(100);\n //set_wc(1,8);\n //set_large_wc(1,12);\n //set_type(\"piercing\");\n set_property(\"enchantment\", 2);\n}\n"}
| 254
|
c
|
/*
* cubieboard emulation
*
* Copyright (C) 2013 <NAME>
* Written by <NAME> <<EMAIL>>
*
* This program is free software; you can redistribute it and/or modify it
* under the terms of the GNU General Public License as published by the
* Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful, but WITHOUT
* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
* FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
* for more details.
*/
#include "qemu/osdep.h"
#include "hw/sysbus.h"
#include "hw/devices.h"
#include "hw/boards.h"
#include "hw/arm/allwinner-a10.h"
static struct arm_boot_info cubieboard_binfo = {
.loader_start = AW_A10_SDRAM_BASE,
.board_id = 0x1008,
};
typedef struct CubieBoardState {
AwA10State *a10;
MemoryRegion sdram;
} CubieBoardState;
static void cubieboard_init(MachineState *machine)
{
CubieBoardState *s = g_new(CubieBoardState, 1);
Error *err = NULL;
s->a10 = AW_A10(object_new(TYPE_AW_A10));
object_property_set_int(OBJECT(&s->a10->emac), 1, "phy-addr", &err);
if (err != NULL) {
error_reportf_err(err, "Couldn't set phy address: ");
exit(1);
}
object_property_set_int(OBJECT(&s->a10->timer), 32768, "clk0-freq", &err);
if (err != NULL) {
error_reportf_err(err, "Couldn't set clk0 frequency: ");
exit(1);
}
object_property_set_int(OBJECT(&s->a10->timer), 24000000, "clk1-freq",
&err);
if (err != NULL) {
error_reportf_err(err, "Couldn't set clk1 frequency: ");
exit(1);
}
object_property_set_bool(OBJECT(s->a10), true, "realized", &err);
if (err != NULL) {
error_reportf_err(err, "Couldn't realize Allwinner A10: ");
exit(1);
}
memory_region_allocate_system_memory(&s->sdram, NULL, "cubieboard.ram",
machine->ram_size);
memory_region_add_subregion(get_system_memory(), AW_A10_SDRAM_BASE,
&s->sdram);
cubieboard_binfo.ram_size = machine->ram_size;
cubieboard_binfo.kernel_filename = machine->kernel_filename;
cubieboard_binfo.kernel_cmdline = machine->kernel_cmdline;
arm_load_kernel(&s->a10->cpu, &cubieboard_binfo);
}
static void cubieboard_machine_init(MachineClass *mc)
{
mc->desc = "cubietech cubieboard";
mc->init = cubieboard_init;
}
DEFINE_MACHINE("cubieboard", cubieboard_machine_init)
| 35.54
| 70
|
(translation_unit) "/*\n * cubieboard emulation\n *\n * Copyright (C) 2013 <NAME>\n * Written by <NAME> <<EMAIL>>\n *\n * This program is free software; you can redistribute it and/or modify it\n * under the terms of the GNU General Public License as published by the\n * Free Software Foundation; either version 2 of the License, or\n * (at your option) any later version.\n *\n * This program is distributed in the hope that it will be useful, but WITHOUT\n * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or\n * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License\n * for more details.\n */\n\n#include "qemu/osdep.h"\n#include "hw/sysbus.h"\n#include "hw/devices.h"\n#include "hw/boards.h"\n#include "hw/arm/allwinner-a10.h"\n\nstatic struct arm_boot_info cubieboard_binfo = {\n .loader_start = AW_A10_SDRAM_BASE,\n .board_id = 0x1008,\n};\n\ntypedef struct CubieBoardState {\n AwA10State *a10;\n MemoryRegion sdram;\n} CubieBoardState;\n\nstatic void cubieboard_init(MachineState *machine)\n{\n CubieBoardState *s = g_new(CubieBoardState, 1);\n Error *err = NULL;\n\n s->a10 = AW_A10(object_new(TYPE_AW_A10));\n\n object_property_set_int(OBJECT(&s->a10->emac), 1, "phy-addr", &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't set phy address: ");\n exit(1);\n }\n\n object_property_set_int(OBJECT(&s->a10->timer), 32768, "clk0-freq", &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't set clk0 frequency: ");\n exit(1);\n }\n\n object_property_set_int(OBJECT(&s->a10->timer), 24000000, "clk1-freq",\n &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't set clk1 frequency: ");\n exit(1);\n }\n\n object_property_set_bool(OBJECT(s->a10), true, "realized", &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't realize Allwinner A10: ");\n exit(1);\n }\n\n memory_region_allocate_system_memory(&s->sdram, NULL, "cubieboard.ram",\n machine->ram_size);\n memory_region_add_subregion(get_system_memory(), AW_A10_SDRAM_BASE,\n &s->sdram);\n\n cubieboard_binfo.ram_size = machine->ram_size;\n cubieboard_binfo.kernel_filename = machine->kernel_filename;\n cubieboard_binfo.kernel_cmdline = machine->kernel_cmdline;\n arm_load_kernel(&s->a10->cpu, &cubieboard_binfo);\n}\n\nstatic void cubieboard_machine_init(MachineClass *mc)\n{\n mc->desc = "cubietech cubieboard";\n mc->init = cubieboard_init;\n}\n\nDEFINE_MACHINE("cubieboard", cubieboard_machine_init)\n"
(comment) "/*\n * cubieboard emulation\n *\n * Copyright (C) 2013 <NAME>\n * Written by <NAME> <<EMAIL>>\n *\n * This program is free software; you can redistribute it and/or modify it\n * under the terms of the GNU General Public License as published by the\n * Free Software Foundation; either version 2 of the License, or\n * (at your option) any later version.\n *\n * This program is distributed in the hope that it will be useful, but WITHOUT\n * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or\n * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License\n * for more details.\n */"
(preproc_include) "#include "qemu/osdep.h"\n"
(#include) "#include"
(string_literal) ""qemu/osdep.h""
(") """
(string_content) "qemu/osdep.h"
(") """
(preproc_include) "#include "hw/sysbus.h"\n"
(#include) "#include"
(string_literal) ""hw/sysbus.h""
(") """
(string_content) "hw/sysbus.h"
(") """
(preproc_include) "#include "hw/devices.h"\n"
(#include) "#include"
(string_literal) ""hw/devices.h""
(") """
(string_content) "hw/devices.h"
(") """
(preproc_include) "#include "hw/boards.h"\n"
(#include) "#include"
(string_literal) ""hw/boards.h""
(") """
(string_content) "hw/boards.h"
(") """
(preproc_include) "#include "hw/arm/allwinner-a10.h"\n"
(#include) "#include"
(string_literal) ""hw/arm/allwinner-a10.h""
(") """
(string_content) "hw/arm/allwinner-a10.h"
(") """
(declaration) "static struct arm_boot_info cubieboard_binfo = {\n .loader_start = AW_A10_SDRAM_BASE,\n .board_id = 0x1008,\n};"
(storage_class_specifier) "static"
(static) "static"
(struct_specifier) "struct arm_boot_info"
(struct) "struct"
(type_identifier) "arm_boot_info"
(init_declarator) "cubieboard_binfo = {\n .loader_start = AW_A10_SDRAM_BASE,\n .board_id = 0x1008,\n}"
(identifier) "cubieboard_binfo"
(=) "="
(initializer_list) "{\n .loader_start = AW_A10_SDRAM_BASE,\n .board_id = 0x1008,\n}"
({) "{"
(initializer_pair) ".loader_start = AW_A10_SDRAM_BASE"
(field_designator) ".loader_start"
(.) "."
(field_identifier) "loader_start"
(=) "="
(identifier) "AW_A10_SDRAM_BASE"
(,) ","
(initializer_pair) ".board_id = 0x1008"
(field_designator) ".board_id"
(.) "."
(field_identifier) "board_id"
(=) "="
(number_literal) "0x1008"
(,) ","
(}) "}"
(;) ";"
(type_definition) "typedef struct CubieBoardState {\n AwA10State *a10;\n MemoryRegion sdram;\n} CubieBoardState;"
(typedef) "typedef"
(struct_specifier) "struct CubieBoardState {\n AwA10State *a10;\n MemoryRegion sdram;\n}"
(struct) "struct"
(type_identifier) "CubieBoardState"
(field_declaration_list) "{\n AwA10State *a10;\n MemoryRegion sdram;\n}"
({) "{"
(field_declaration) "AwA10State *a10;"
(type_identifier) "AwA10State"
(pointer_declarator) "*a10"
(*) "*"
(field_identifier) "a10"
(;) ";"
(field_declaration) "MemoryRegion sdram;"
(type_identifier) "MemoryRegion"
(field_identifier) "sdram"
(;) ";"
(}) "}"
(type_identifier) "CubieBoardState"
(;) ";"
(function_definition) "static void cubieboard_init(MachineState *machine)\n{\n CubieBoardState *s = g_new(CubieBoardState, 1);\n Error *err = NULL;\n\n s->a10 = AW_A10(object_new(TYPE_AW_A10));\n\n object_property_set_int(OBJECT(&s->a10->emac), 1, "phy-addr", &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't set phy address: ");\n exit(1);\n }\n\n object_property_set_int(OBJECT(&s->a10->timer), 32768, "clk0-freq", &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't set clk0 frequency: ");\n exit(1);\n }\n\n object_property_set_int(OBJECT(&s->a10->timer), 24000000, "clk1-freq",\n &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't set clk1 frequency: ");\n exit(1);\n }\n\n object_property_set_bool(OBJECT(s->a10), true, "realized", &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't realize Allwinner A10: ");\n exit(1);\n }\n\n memory_region_allocate_system_memory(&s->sdram, NULL, "cubieboard.ram",\n machine->ram_size);\n memory_region_add_subregion(get_system_memory(), AW_A10_SDRAM_BASE,\n &s->sdram);\n\n cubieboard_binfo.ram_size = machine->ram_size;\n cubieboard_binfo.kernel_filename = machine->kernel_filename;\n cubieboard_binfo.kernel_cmdline = machine->kernel_cmdline;\n arm_load_kernel(&s->a10->cpu, &cubieboard_binfo);\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "void"
(function_declarator) "cubieboard_init(MachineState *machine)"
(identifier) "cubieboard_init"
(parameter_list) "(MachineState *machine)"
(() "("
(parameter_declaration) "MachineState *machine"
(type_identifier) "MachineState"
(pointer_declarator) "*machine"
(*) "*"
(identifier) "machine"
()) ")"
(compound_statement) "{\n CubieBoardState *s = g_new(CubieBoardState, 1);\n Error *err = NULL;\n\n s->a10 = AW_A10(object_new(TYPE_AW_A10));\n\n object_property_set_int(OBJECT(&s->a10->emac), 1, "phy-addr", &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't set phy address: ");\n exit(1);\n }\n\n object_property_set_int(OBJECT(&s->a10->timer), 32768, "clk0-freq", &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't set clk0 frequency: ");\n exit(1);\n }\n\n object_property_set_int(OBJECT(&s->a10->timer), 24000000, "clk1-freq",\n &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't set clk1 frequency: ");\n exit(1);\n }\n\n object_property_set_bool(OBJECT(s->a10), true, "realized", &err);\n if (err != NULL) {\n error_reportf_err(err, "Couldn't realize Allwinner A10: ");\n exit(1);\n }\n\n memory_region_allocate_system_memory(&s->sdram, NULL, "cubieboard.ram",\n machine->ram_size);\n memory_region_add_subregion(get_system_memory(), AW_A10_SDRAM_BASE,\n &s->sdram);\n\n cubieboard_binfo.ram_size = machine->ram_size;\n cubieboard_binfo.kernel_filename = machine->kernel_filename;\n cubieboard_binfo.kernel_cmdline = machine->kernel_cmdline;\n arm_load_kernel(&s->a10->cpu, &cubieboard_binfo);\n}"
({) "{"
(declaration) "CubieBoardState *s = g_new(CubieBoardState, 1);"
(type_identifier) "CubieBoardState"
(init_declarator) "*s = g_new(CubieBoardState, 1)"
(pointer_declarator) "*s"
(*) "*"
(identifier) "s"
(=) "="
(call_expression) "g_new(CubieBoardState, 1)"
(identifier) "g_new"
(argument_list) "(CubieBoardState, 1)"
(() "("
(identifier) "CubieBoardState"
(,) ","
(number_literal) "1"
()) ")"
(;) ";"
(declaration) "Error *err = NULL;"
(type_identifier) "Error"
(init_declarator) "*err = NULL"
(pointer_declarator) "*err"
(*) "*"
(identifier) "err"
(=) "="
(null) "NULL"
(NULL) "NULL"
(;) ";"
(expression_statement) "s->a10 = AW_A10(object_new(TYPE_AW_A10));"
(assignment_expression) "s->a10 = AW_A10(object_new(TYPE_AW_A10))"
(field_expression) "s->a10"
(identifier) "s"
(->) "->"
(field_identifier) "a10"
(=) "="
(call_expression) "AW_A10(object_new(TYPE_AW_A10))"
(identifier) "AW_A10"
(argument_list) "(object_new(TYPE_AW_A10))"
(() "("
(call_expression) "object_new(TYPE_AW_A10)"
(identifier) "object_new"
(argument_list) "(TYPE_AW_A10)"
(() "("
(identifier) "TYPE_AW_A10"
()) ")"
()) ")"
(;) ";"
(expression_statement) "object_property_set_int(OBJECT(&s->a10->emac), 1, "phy-addr", &err);"
(call_expression) "object_property_set_int(OBJECT(&s->a10->emac), 1, "phy-addr", &err)"
(identifier) "object_property_set_int"
(argument_list) "(OBJECT(&s->a10->emac), 1, "phy-addr", &err)"
(() "("
(call_expression) "OBJECT(&s->a10->emac)"
(identifier) "OBJECT"
(argument_list) "(&s->a10->emac)"
(() "("
(pointer_expression) "&s->a10->emac"
(&) "&"
(field_expression) "s->a10->emac"
(field_expression) "s->a10"
(identifier) "s"
(->) "->"
(field_identifier) "a10"
(->) "->"
(field_identifier) "emac"
()) ")"
(,) ","
(number_literal) "1"
(,) ","
(string_literal) ""phy-addr""
(") """
(string_content) "phy-addr"
(") """
(,) ","
(pointer_expression) "&err"
(&) "&"
(identifier) "err"
()) ")"
(;) ";"
(if_statement) "if (err != NULL) {\n error_reportf_err(err, "Couldn't set phy address: ");\n exit(1);\n }"
(if) "if"
(parenthesized_expression) "(err != NULL)"
(() "("
(binary_expression) "err != NULL"
(identifier) "err"
(!=) "!="
(null) "NULL"
(NULL) "NULL"
()) ")"
(compound_statement) "{\n error_reportf_err(err, "Couldn't set phy address: ");\n exit(1);\n }"
({) "{"
(expression_statement) "error_reportf_err(err, "Couldn't set phy address: ");"
(call_expression) "error_reportf_err(err, "Couldn't set phy address: ")"
(identifier) "error_reportf_err"
(argument_list) "(err, "Couldn't set phy address: ")"
(() "("
(identifier) "err"
(,) ","
(string_literal) ""Couldn't set phy address: ""
(") """
(string_content) "Couldn't set phy address: "
(") """
()) ")"
(;) ";"
(expression_statement) "exit(1);"
(call_expression) "exit(1)"
(identifier) "exit"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "object_property_set_int(OBJECT(&s->a10->timer), 32768, "clk0-freq", &err);"
(call_expression) "object_property_set_int(OBJECT(&s->a10->timer), 32768, "clk0-freq", &err)"
(identifier) "object_property_set_int"
(argument_list) "(OBJECT(&s->a10->timer), 32768, "clk0-freq", &err)"
(() "("
(call_expression) "OBJECT(&s->a10->timer)"
(identifier) "OBJECT"
(argument_list) "(&s->a10->timer)"
(() "("
(pointer_expression) "&s->a10->timer"
(&) "&"
(field_expression) "s->a10->timer"
(field_expression) "s->a10"
(identifier) "s"
(->) "->"
(field_identifier) "a10"
(->) "->"
(field_identifier) "timer"
()) ")"
(,) ","
(number_literal) "32768"
(,) ","
(string_literal) ""clk0-freq""
(") """
(string_content) "clk0-freq"
(") """
(,) ","
(pointer_expression) "&err"
(&) "&"
(identifier) "err"
()) ")"
(;) ";"
(if_statement) "if (err != NULL) {\n error_reportf_err(err, "Couldn't set clk0 frequency: ");\n exit(1);\n }"
(if) "if"
(parenthesized_expression) "(err != NULL)"
(() "("
(binary_expression) "err != NULL"
(identifier) "err"
(!=) "!="
(null) "NULL"
(NULL) "NULL"
()) ")"
(compound_statement) "{\n error_reportf_err(err, "Couldn't set clk0 frequency: ");\n exit(1);\n }"
({) "{"
(expression_statement) "error_reportf_err(err, "Couldn't set clk0 frequency: ");"
(call_expression) "error_reportf_err(err, "Couldn't set clk0 frequency: ")"
(identifier) "error_reportf_err"
(argument_list) "(err, "Couldn't set clk0 frequency: ")"
(() "("
(identifier) "err"
(,) ","
(string_literal) ""Couldn't set clk0 frequency: ""
(") """
(string_content) "Couldn't set clk0 frequency: "
(") """
()) ")"
(;) ";"
(expression_statement) "exit(1);"
(call_expression) "exit(1)"
(identifier) "exit"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "object_property_set_int(OBJECT(&s->a10->timer), 24000000, "clk1-freq",\n &err);"
(call_expression) "object_property_set_int(OBJECT(&s->a10->timer), 24000000, "clk1-freq",\n &err)"
(identifier) "object_property_set_int"
(argument_list) "(OBJECT(&s->a10->timer), 24000000, "clk1-freq",\n &err)"
(() "("
(call_expression) "OBJECT(&s->a10->timer)"
(identifier) "OBJECT"
(argument_list) "(&s->a10->timer)"
(() "("
(pointer_expression) "&s->a10->timer"
(&) "&"
(field_expression) "s->a10->timer"
(field_expression) "s->a10"
(identifier) "s"
(->) "->"
(field_identifier) "a10"
(->) "->"
(field_identifier) "timer"
()) ")"
(,) ","
(number_literal) "24000000"
(,) ","
(string_literal) ""clk1-freq""
(") """
(string_content) "clk1-freq"
(") """
(,) ","
(pointer_expression) "&err"
(&) "&"
(identifier) "err"
()) ")"
(;) ";"
(if_statement) "if (err != NULL) {\n error_reportf_err(err, "Couldn't set clk1 frequency: ");\n exit(1);\n }"
(if) "if"
(parenthesized_expression) "(err != NULL)"
(() "("
(binary_expression) "err != NULL"
(identifier) "err"
(!=) "!="
(null) "NULL"
(NULL) "NULL"
()) ")"
(compound_statement) "{\n error_reportf_err(err, "Couldn't set clk1 frequency: ");\n exit(1);\n }"
({) "{"
(expression_statement) "error_reportf_err(err, "Couldn't set clk1 frequency: ");"
(call_expression) "error_reportf_err(err, "Couldn't set clk1 frequency: ")"
(identifier) "error_reportf_err"
(argument_list) "(err, "Couldn't set clk1 frequency: ")"
(() "("
(identifier) "err"
(,) ","
(string_literal) ""Couldn't set clk1 frequency: ""
(") """
(string_content) "Couldn't set clk1 frequency: "
(") """
()) ")"
(;) ";"
(expression_statement) "exit(1);"
(call_expression) "exit(1)"
(identifier) "exit"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "object_property_set_bool(OBJECT(s->a10), true, "realized", &err);"
(call_expression) "object_property_set_bool(OBJECT(s->a10), true, "realized", &err)"
(identifier) "object_property_set_bool"
(argument_list) "(OBJECT(s->a10), true, "realized", &err)"
(() "("
(call_expression) "OBJECT(s->a10)"
(identifier) "OBJECT"
(argument_list) "(s->a10)"
(() "("
(field_expression) "s->a10"
(identifier) "s"
(->) "->"
(field_identifier) "a10"
()) ")"
(,) ","
(true) "true"
(,) ","
(string_literal) ""realized""
(") """
(string_content) "realized"
(") """
(,) ","
(pointer_expression) "&err"
(&) "&"
(identifier) "err"
()) ")"
(;) ";"
(if_statement) "if (err != NULL) {\n error_reportf_err(err, "Couldn't realize Allwinner A10: ");\n exit(1);\n }"
(if) "if"
(parenthesized_expression) "(err != NULL)"
(() "("
(binary_expression) "err != NULL"
(identifier) "err"
(!=) "!="
(null) "NULL"
(NULL) "NULL"
()) ")"
(compound_statement) "{\n error_reportf_err(err, "Couldn't realize Allwinner A10: ");\n exit(1);\n }"
({) "{"
(expression_statement) "error_reportf_err(err, "Couldn't realize Allwinner A10: ");"
(call_expression) "error_reportf_err(err, "Couldn't realize Allwinner A10: ")"
(identifier) "error_reportf_err"
(argument_list) "(err, "Couldn't realize Allwinner A10: ")"
(() "("
(identifier) "err"
(,) ","
(string_literal) ""Couldn't realize Allwinner A10: ""
(") """
(string_content) "Couldn't realize Allwinner A10: "
(") """
()) ")"
(;) ";"
(expression_statement) "exit(1);"
(call_expression) "exit(1)"
(identifier) "exit"
(argument_list) "(1)"
(() "("
(number_literal) "1"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "memory_region_allocate_system_memory(&s->sdram, NULL, "cubieboard.ram",\n machine->ram_size);"
(call_expression) "memory_region_allocate_system_memory(&s->sdram, NULL, "cubieboard.ram",\n machine->ram_size)"
(identifier) "memory_region_allocate_system_memory"
(argument_list) "(&s->sdram, NULL, "cubieboard.ram",\n machine->ram_size)"
(() "("
(pointer_expression) "&s->sdram"
(&) "&"
(field_expression) "s->sdram"
(identifier) "s"
(->) "->"
(field_identifier) "sdram"
(,) ","
(null) "NULL"
(NULL) "NULL"
(,) ","
(string_literal) ""cubieboard.ram""
(") """
(string_content) "cubieboard.ram"
(") """
(,) ","
(field_expression) "machine->ram_size"
(identifier) "machine"
(->) "->"
(field_identifier) "ram_size"
()) ")"
(;) ";"
(expression_statement) "memory_region_add_subregion(get_system_memory(), AW_A10_SDRAM_BASE,\n &s->sdram);"
(call_expression) "memory_region_add_subregion(get_system_memory(), AW_A10_SDRAM_BASE,\n &s->sdram)"
(identifier) "memory_region_add_subregion"
(argument_list) "(get_system_memory(), AW_A10_SDRAM_BASE,\n &s->sdram)"
(() "("
(call_expression) "get_system_memory()"
(identifier) "get_system_memory"
(argument_list) "()"
(() "("
()) ")"
(,) ","
(identifier) "AW_A10_SDRAM_BASE"
(,) ","
(pointer_expression) "&s->sdram"
(&) "&"
(field_expression) "s->sdram"
(identifier) "s"
(->) "->"
(field_identifier) "sdram"
()) ")"
(;) ";"
(expression_statement) "cubieboard_binfo.ram_size = machine->ram_size;"
(assignment_expression) "cubieboard_binfo.ram_size = machine->ram_size"
(field_expression) "cubieboard_binfo.ram_size"
(identifier) "cubieboard_binfo"
(.) "."
(field_identifier) "ram_size"
(=) "="
(field_expression) "machine->ram_size"
(identifier) "machine"
(->) "->"
(field_identifier) "ram_size"
(;) ";"
(expression_statement) "cubieboard_binfo.kernel_filename = machine->kernel_filename;"
(assignment_expression) "cubieboard_binfo.kernel_filename = machine->kernel_filename"
(field_expression) "cubieboard_binfo.kernel_filename"
(identifier) "cubieboard_binfo"
(.) "."
(field_identifier) "kernel_filename"
(=) "="
(field_expression) "machine->kernel_filename"
(identifier) "machine"
(->) "->"
(field_identifier) "kernel_filename"
(;) ";"
(expression_statement) "cubieboard_binfo.kernel_cmdline = machine->kernel_cmdline;"
(assignment_expression) "cubieboard_binfo.kernel_cmdline = machine->kernel_cmdline"
(field_expression) "cubieboard_binfo.kernel_cmdline"
(identifier) "cubieboard_binfo"
(.) "."
(field_identifier) "kernel_cmdline"
(=) "="
(field_expression) "machine->kernel_cmdline"
(identifier) "machine"
(->) "->"
(field_identifier) "kernel_cmdline"
(;) ";"
(expression_statement) "arm_load_kernel(&s->a10->cpu, &cubieboard_binfo);"
(call_expression) "arm_load_kernel(&s->a10->cpu, &cubieboard_binfo)"
(identifier) "arm_load_kernel"
(argument_list) "(&s->a10->cpu, &cubieboard_binfo)"
(() "("
(pointer_expression) "&s->a10->cpu"
(&) "&"
(field_expression) "s->a10->cpu"
(field_expression) "s->a10"
(identifier) "s"
(->) "->"
(field_identifier) "a10"
(->) "->"
(field_identifier) "cpu"
(,) ","
(pointer_expression) "&cubieboard_binfo"
(&) "&"
(identifier) "cubieboard_binfo"
()) ")"
(;) ";"
(}) "}"
(function_definition) "static void cubieboard_machine_init(MachineClass *mc)\n{\n mc->desc = "cubietech cubieboard";\n mc->init = cubieboard_init;\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "void"
(function_declarator) "cubieboard_machine_init(MachineClass *mc)"
(identifier) "cubieboard_machine_init"
(parameter_list) "(MachineClass *mc)"
(() "("
(parameter_declaration) "MachineClass *mc"
(type_identifier) "MachineClass"
(pointer_declarator) "*mc"
(*) "*"
(identifier) "mc"
()) ")"
(compound_statement) "{\n mc->desc = "cubietech cubieboard";\n mc->init = cubieboard_init;\n}"
({) "{"
(expression_statement) "mc->desc = "cubietech cubieboard";"
(assignment_expression) "mc->desc = "cubietech cubieboard""
(field_expression) "mc->desc"
(identifier) "mc"
(->) "->"
(field_identifier) "desc"
(=) "="
(string_literal) ""cubietech cubieboard""
(") """
(string_content) "cubietech cubieboard"
(") """
(;) ";"
(expression_statement) "mc->init = cubieboard_init;"
(assignment_expression) "mc->init = cubieboard_init"
(field_expression) "mc->init"
(identifier) "mc"
(->) "->"
(field_identifier) "init"
(=) "="
(identifier) "cubieboard_init"
(;) ";"
(}) "}"
(expression_statement) "DEFINE_MACHINE("cubieboard", cubieboard_machine_init)"
(call_expression) "DEFINE_MACHINE("cubieboard", cubieboard_machine_init)"
(identifier) "DEFINE_MACHINE"
(argument_list) "("cubieboard", cubieboard_machine_init)"
(() "("
(string_literal) ""cubieboard""
(") """
(string_content) "cubieboard"
(") """
(,) ","
(identifier) "cubieboard_machine_init"
()) ")"
(;) ""
| 554
| 0
|
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"type": "#include", "text": "#include", "parent": 3, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 8}}, {"id": 5, "type": "string_literal", "text": "\"hw/sysbus.h\"", "parent": 3, "children": [], "start_point": {"row": 18, "column": 9}, "end_point": {"row": 18, "column": 22}}, {"id": 6, "type": "preproc_include", "text": "#include \"hw/devices.h\"\n", "parent": null, "children": [7, 8], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 20, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 19, "column": 8}}, {"id": 8, "type": "string_literal", "text": "\"hw/devices.h\"", "parent": 6, "children": [], "start_point": {"row": 19, "column": 9}, "end_point": {"row": 19, "column": 23}}, {"id": 9, "type": "preproc_include", "text": "#include \"hw/boards.h\"\n", "parent": null, "children": [10, 11], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 21, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"hw/boards.h\"", "parent": 9, "children": [], "start_point": {"row": 20, "column": 9}, "end_point": {"row": 20, "column": 22}}, {"id": 12, "type": "preproc_include", "text": "#include \"hw/arm/allwinner-a10.h\"\n", "parent": null, "children": [13, 14], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 22, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 8}}, {"id": 14, "type": "string_literal", "text": "\"hw/arm/allwinner-a10.h\"", "parent": 12, "children": [], "start_point": {"row": 21, "column": 9}, "end_point": {"row": 21, "column": 33}}, {"id": 15, "type": "declaration", "text": "static struct arm_boot_info cubieboard_binfo = {\n .loader_start = AW_A10_SDRAM_BASE,\n .board_id = 0x1008,\n};", "parent": null, "children": [16, 19], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 26, "column": 2}}, {"id": 16, "type": "struct_specifier", "text": "struct arm_boot_info", "parent": 15, "children": [17, 18], "start_point": {"row": 23, "column": 7}, "end_point": {"row": 23, "column": 27}}, {"id": 17, "type": "struct", "text": "struct", "parent": 16, "children": [], "start_point": {"row": 23, "column": 7}, "end_point": {"row": 23, "column": 13}}, {"id": 18, "type": "type_identifier", "text": "arm_boot_info", "parent": 16, "children": [], "start_point": {"row": 23, "column": 14}, "end_point": {"row": 23, "column": 27}}, {"id": 19, "type": "init_declarator", "text": "cubieboard_binfo = {\n .loader_start = AW_A10_SDRAM_BASE,\n .board_id = 0x1008,\n}", "parent": 15, "children": [20, 21, 22], "start_point": {"row": 23, "column": 28}, "end_point": {"row": 26, "column": 1}}, {"id": 20, "type": "identifier", "text": "cubieboard_binfo", "parent": 19, "children": [], "start_point": {"row": 23, "column": 28}, "end_point": {"row": 23, "column": 44}}, {"id": 21, "type": "=", "text": "=", "parent": 19, "children": [], "start_point": {"row": 23, "column": 45}, "end_point": {"row": 23, "column": 46}}, {"id": 22, "type": "initializer_list", "text": "{\n .loader_start = AW_A10_SDRAM_BASE,\n .board_id = 0x1008,\n}", "parent": 19, "children": [23, 28], "start_point": {"row": 23, "column": 47}, "end_point": {"row": 26, "column": 1}}, {"id": 23, "type": "initializer_pair", "text": ".loader_start = AW_A10_SDRAM_BASE", "parent": 22, "children": [24, 26, 27], "start_point": {"row": 24, "column": 4}, "end_point": {"row": 24, "column": 37}}, {"id": 24, "type": "field_designator", "text": ".loader_start", "parent": 23, "children": [25], "start_point": {"row": 24, "column": 4}, "end_point": {"row": 24, "column": 17}}, {"id": 25, "type": "field_identifier", "text": "loader_start", "parent": 24, "children": [], "start_point": {"row": 24, "column": 5}, "end_point": {"row": 24, "column": 17}}, {"id": 26, "type": "=", "text": "=", "parent": 23, "children": [], "start_point": {"row": 24, "column": 18}, "end_point": {"row": 24, "column": 19}}, {"id": 27, "type": "identifier", "text": "AW_A10_SDRAM_BASE", "parent": 23, "children": [], "start_point": {"row": 24, "column": 20}, "end_point": {"row": 24, "column": 37}}, {"id": 28, "type": "initializer_pair", "text": ".board_id = 0x1008", "parent": 22, "children": [29, 31, 32], "start_point": {"row": 25, "column": 4}, "end_point": {"row": 25, "column": 22}}, {"id": 29, "type": "field_designator", "text": ".board_id", "parent": 28, "children": [30], "start_point": {"row": 25, "column": 4}, "end_point": {"row": 25, "column": 13}}, {"id": 30, "type": "field_identifier", "text": "board_id", "parent": 29, "children": [], "start_point": {"row": 25, "column": 5}, "end_point": {"row": 25, "column": 13}}, {"id": 31, "type": "=", "text": "=", "parent": 28, "children": [], "start_point": {"row": 25, "column": 14}, "end_point": {"row": 25, "column": 15}}, {"id": 32, "type": "number_literal", "text": "0x1008", "parent": 28, "children": [], "start_point": {"row": 25, "column": 16}, "end_point": {"row": 25, "column": 22}}, {"id": 33, "type": "type_definition", "text": "typedef struct CubieBoardState {\n AwA10State *a10;\n MemoryRegion sdram;\n} CubieBoardState;", "parent": null, "children": [34, 35, 46], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 31, "column": 18}}, {"id": 34, "type": "typedef", "text": "typedef", "parent": 33, "children": [], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 28, "column": 7}}, {"id": 35, "type": "struct_specifier", "text": "struct CubieBoardState {\n AwA10State *a10;\n MemoryRegion sdram;\n}", "parent": 33, "children": [36, 37], "start_point": {"row": 28, "column": 8}, "end_point": {"row": 31, "column": 1}}, {"id": 36, "type": "struct", "text": "struct", "parent": 35, "children": [], "start_point": {"row": 28, "column": 8}, "end_point": {"row": 28, "column": 14}}, {"id": 37, "type": "type_identifier", "text": "CubieBoardState", "parent": 35, "children": [], "start_point": {"row": 28, "column": 15}, "end_point": {"row": 28, "column": 30}}, {"id": 38, "type": "field_declaration", "text": "AwA10State *a10;", "parent": 35, "children": [39, 40], "start_point": {"row": 29, "column": 4}, "end_point": {"row": 29, "column": 20}}, {"id": 39, "type": "type_identifier", "text": "AwA10State", "parent": 38, "children": [], "start_point": {"row": 29, "column": 4}, "end_point": {"row": 29, "column": 14}}, {"id": 40, "type": "pointer_declarator", "text": "*a10", "parent": 38, "children": [41, 42], "start_point": {"row": 29, "column": 15}, "end_point": {"row": 29, "column": 19}}, {"id": 41, "type": "*", "text": "*", "parent": 40, "children": [], "start_point": {"row": 29, "column": 15}, "end_point": {"row": 29, "column": 16}}, {"id": 42, "type": "field_identifier", "text": "a10", "parent": 40, "children": [], "start_point": {"row": 29, "column": 16}, "end_point": {"row": 29, "column": 19}}, {"id": 43, "type": "field_declaration", "text": "MemoryRegion sdram;", "parent": 35, "children": [44, 45], "start_point": {"row": 30, "column": 4}, "end_point": {"row": 30, "column": 23}}, {"id": 44, "type": "type_identifier", "text": "MemoryRegion", "parent": 43, "children": [], "start_point": {"row": 30, "column": 4}, "end_point": {"row": 30, "column": 16}}, {"id": 45, "type": "field_identifier", "text": "sdram", "parent": 43, "children": [], "start_point": {"row": 30, "column": 17}, "end_point": {"row": 30, "column": 22}}, {"id": 46, "type": "type_identifier", "text": "CubieBoardState", "parent": 33, "children": [], "start_point": {"row": 31, "column": 2}, "end_point": {"row": 31, "column": 17}}, {"id": 47, "type": "function_definition", "text": "static void cubieboard_init(MachineState *machine)\n{\n CubieBoardState *s = g_new(CubieBoardState, 1);\n Error *err = NULL;\n\n s->a10 = AW_A10(object_new(TYPE_AW_A10));\n\n object_property_set_int(OBJECT(&s->a10->emac), 1, \"phy-addr\", &err);\n if (err != NULL) {\n error_reportf_err(err, \"Couldn't set phy address: \");\n exit(1);\n }\n\n object_property_set_int(OBJECT(&s->a10->timer), 32768, \"clk0-freq\", &err);\n if (err != NULL) {\n error_reportf_err(err, \"Couldn't set clk0 frequency: \");\n exit(1);\n }\n\n object_property_set_int(OBJECT(&s->a10->timer), 24000000, \"clk1-freq\",\n &err);\n if (err != NULL) {\n error_reportf_err(err, \"Couldn't set clk1 frequency: \");\n exit(1);\n }\n\n object_property_set_bool(OBJECT(s->a10), true, \"realized\", &err);\n if (err != NULL) {\n error_reportf_err(err, \"Couldn't realize Allwinner A10: \");\n exit(1);\n }\n\n memory_region_allocate_system_memory(&s->sdram, NULL, \"cubieboard.ram\",\n machine->ram_size);\n memory_region_add_subregion(get_system_memory(), AW_A10_SDRAM_BASE,\n &s->sdram);\n\n cubieboard_binfo.ram_size = machine->ram_size;\n cubieboard_binfo.kernel_filename = machine->kernel_filename;\n cubieboard_binfo.kernel_cmdline = machine->kernel_cmdline;\n arm_load_kernel(&s->a10->cpu, &cubieboard_binfo);\n}", "parent": null, "children": [48, 49], "start_point": {"row": 33, "column": 0}, "end_point": {"row": 74, "column": 1}}, {"id": 48, "type": "primitive_type", "text": "void", "parent": 47, "children": [], "start_point": {"row": 33, "column": 7}, "end_point": {"row": 33, "column": 11}}, {"id": 49, "type": "function_declarator", "text": "cubieboard_init(MachineState *machine)", "parent": 47, "children": [50, 51], "start_point": {"row": 33, "column": 12}, "end_point": {"row": 33, "column": 50}}, {"id": 50, "type": "identifier", "text": "cubieboard_init", "parent": 49, "children": [], "start_point": {"row": 33, "column": 12}, "end_point": {"row": 33, "column": 27}}, {"id": 51, "type": "parameter_list", "text": "(MachineState *machine)", "parent": 49, "children": [52], "start_point": {"row": 33, "column": 27}, "end_point": {"row": 33, "column": 50}}, {"id": 52, "type": "parameter_declaration", "text": "MachineState *machine", "parent": 51, "children": [53, 54], "start_point": {"row": 33, "column": 28}, "end_point": {"row": 33, "column": 49}}, {"id": 53, "type": "type_identifier", "text": "MachineState", "parent": 52, "children": [], "start_point": {"row": 33, "column": 28}, "end_point": {"row": 33, "column": 40}}, {"id": 54, "type": "pointer_declarator", "text": "*machine", "parent": 52, "children": [55, 56], "start_point": {"row": 33, "column": 41}, "end_point": {"row": 33, "column": 49}}, {"id": 55, "type": "*", "text": "*", "parent": 54, "children": [], "start_point": {"row": 33, "column": 41}, "end_point": {"row": 33, "column": 42}}, {"id": 56, "type": "identifier", "text": "machine", "parent": 54, "children": [], "start_point": {"row": 33, "column": 42}, "end_point": {"row": 33, "column": 49}}, {"id": 57, "type": "declaration", "text": "CubieBoardState *s = g_new(CubieBoardState, 1);", "parent": 47, "children": [58, 59], "start_point": {"row": 35, "column": 4}, "end_point": {"row": 35, "column": 51}}, {"id": 58, "type": "type_identifier", "text": "CubieBoardState", "parent": 57, "children": [], "start_point": {"row": 35, "column": 4}, "end_point": {"row": 35, "column": 19}}, {"id": 59, "type": "init_declarator", "text": "*s = g_new(CubieBoardState, 1)", "parent": 57, "children": [60, 63, 64], "start_point": {"row": 35, "column": 20}, "end_point": {"row": 35, "column": 50}}, {"id": 60, "type": "pointer_declarator", "text": "*s", "parent": 59, "children": [61, 62], "start_point": {"row": 35, "column": 20}, "end_point": {"row": 35, "column": 22}}, {"id": 61, "type": "*", "text": "*", "parent": 60, "children": [], "start_point": {"row": 35, "column": 20}, "end_point": {"row": 35, "column": 21}}, {"id": 62, "type": "identifier", "text": "s", "parent": 60, "children": [], "start_point": {"row": 35, "column": 21}, "end_point": {"row": 35, "column": 22}}, {"id": 63, "type": "=", "text": "=", "parent": 59, "children": [], "start_point": {"row": 35, "column": 23}, "end_point": {"row": 35, "column": 24}}, {"id": 64, "type": "call_expression", "text": "g_new(CubieBoardState, 1)", "parent": 59, "children": [65, 66], "start_point": {"row": 35, "column": 25}, "end_point": {"row": 35, "column": 50}}, {"id": 65, "type": "identifier", "text": "g_new", "parent": 64, "children": [], "start_point": {"row": 35, "column": 25}, "end_point": {"row": 35, "column": 30}}, {"id": 66, "type": "argument_list", "text": "(CubieBoardState, 1)", "parent": 64, "children": [67, 68], "start_point": {"row": 35, "column": 30}, "end_point": {"row": 35, "column": 50}}, {"id": 67, "type": "identifier", "text": "CubieBoardState", "parent": 66, "children": [], "start_point": {"row": 35, "column": 31}, "end_point": {"row": 35, "column": 46}}, {"id": 68, "type": "number_literal", "text": "1", "parent": 66, "children": [], "start_point": {"row": 35, "column": 48}, "end_point": {"row": 35, "column": 49}}, {"id": 69, "type": "declaration", "text": "Error *err = NULL;", "parent": 47, "children": [70, 71], "start_point": {"row": 36, "column": 4}, "end_point": {"row": 36, "column": 22}}, {"id": 70, "type": "type_identifier", "text": "Error", "parent": 69, "children": [], "start_point": {"row": 36, "column": 4}, "end_point": {"row": 36, "column": 9}}, {"id": 71, "type": "init_declarator", "text": "*err = NULL", "parent": 69, "children": [72, 75, 76], "start_point": {"row": 36, "column": 10}, "end_point": {"row": 36, "column": 21}}, {"id": 72, "type": "pointer_declarator", "text": "*err", "parent": 71, "children": [73, 74], "start_point": {"row": 36, "column": 10}, "end_point": {"row": 36, "column": 14}}, {"id": 73, "type": "*", "text": "*", "parent": 72, "children": [], "start_point": {"row": 36, "column": 10}, "end_point": {"row": 36, "column": 11}}, {"id": 74, "type": "identifier", "text": "err", "parent": 72, "children": [], "start_point": {"row": 36, "column": 11}, "end_point": {"row": 36, "column": 14}}, {"id": 75, "type": "=", "text": "=", "parent": 71, "children": [], "start_point": {"row": 36, "column": 15}, "end_point": {"row": 36, "column": 16}}, {"id": 76, "type": "null", "text": "NULL", "parent": 71, "children": [77], "start_point": {"row": 36, "column": 17}, "end_point": {"row": 36, "column": 21}}, {"id": 77, "type": "NULL", "text": "NULL", "parent": 76, "children": [], "start_point": {"row": 36, "column": 17}, "end_point": {"row": 36, "column": 21}}, {"id": 78, "type": "assignment_expression", "text": "s->a10 = AW_A10(object_new(TYPE_AW_A10))", "parent": 47, "children": [79, 82, 83], "start_point": {"row": 38, "column": 4}, "end_point": {"row": 38, "column": 44}}, {"id": 79, "type": "field_expression", "text": "s->a10", "parent": 78, "children": [80, 81], "start_point": {"row": 38, "column": 4}, "end_point": {"row": 38, "column": 10}}, {"id": 80, "type": "identifier", "text": 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"text_snippet": "struct"}, {"node_id": 35, "universal_type": "class", "name": "CubieBoardState", "text_snippet": "struct CubieBoardState {\n AwA10State *a10;\n MemoryRegion sdram;\n}"}, {"node_id": 36, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 0, "text": "#include \"qemu/osdep.h\"\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include \"hw/sysbus.h\"\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include \"hw/devices.h\"\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"hw/boards.h\"\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include \"hw/arm/allwinner-a10.h\"\n"}, {"node_id": 13, "text": "#include"}]}, "original_source_code": "/*\n * cubieboard emulation\n *\n * Copyright (C) 2013 <NAME>\n * Written by <NAME> <<EMAIL>>\n *\n * This program is free software; you can redistribute it and/or modify it\n * under the terms of the GNU General Public License as published by the\n * Free Software Foundation; either version 2 of the License, or\n * (at your option) any later version.\n *\n * This program is distributed in the hope that it will be useful, but WITHOUT\n * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or\n * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License\n * for more details.\n */\n\n#include \"qemu/osdep.h\"\n#include \"hw/sysbus.h\"\n#include \"hw/devices.h\"\n#include \"hw/boards.h\"\n#include \"hw/arm/allwinner-a10.h\"\n\nstatic struct arm_boot_info cubieboard_binfo = {\n .loader_start = AW_A10_SDRAM_BASE,\n .board_id = 0x1008,\n};\n\ntypedef struct CubieBoardState {\n AwA10State *a10;\n MemoryRegion sdram;\n} CubieBoardState;\n\nstatic void cubieboard_init(MachineState *machine)\n{\n CubieBoardState *s = g_new(CubieBoardState, 1);\n Error *err = NULL;\n\n s->a10 = AW_A10(object_new(TYPE_AW_A10));\n\n object_property_set_int(OBJECT(&s->a10->emac), 1, \"phy-addr\", &err);\n if (err != NULL) {\n error_reportf_err(err, \"Couldn't set phy address: \");\n exit(1);\n }\n\n object_property_set_int(OBJECT(&s->a10->timer), 32768, \"clk0-freq\", &err);\n if (err != NULL) {\n error_reportf_err(err, \"Couldn't set clk0 frequency: \");\n exit(1);\n }\n\n object_property_set_int(OBJECT(&s->a10->timer), 24000000, \"clk1-freq\",\n &err);\n if (err != NULL) {\n error_reportf_err(err, \"Couldn't set clk1 frequency: \");\n exit(1);\n }\n\n object_property_set_bool(OBJECT(s->a10), true, \"realized\", &err);\n if (err != NULL) {\n error_reportf_err(err, \"Couldn't realize Allwinner A10: \");\n exit(1);\n }\n\n memory_region_allocate_system_memory(&s->sdram, NULL, \"cubieboard.ram\",\n machine->ram_size);\n memory_region_add_subregion(get_system_memory(), AW_A10_SDRAM_BASE,\n &s->sdram);\n\n cubieboard_binfo.ram_size = machine->ram_size;\n cubieboard_binfo.kernel_filename = machine->kernel_filename;\n cubieboard_binfo.kernel_cmdline = machine->kernel_cmdline;\n arm_load_kernel(&s->a10->cpu, &cubieboard_binfo);\n}\n\nstatic void cubieboard_machine_init(MachineClass *mc)\n{\n mc->desc = \"cubietech cubieboard\";\n mc->init = cubieboard_init;\n}\n\nDEFINE_MACHINE(\"cubieboard\", cubieboard_machine_init)\n"}
| 255
|
c
|
#include<stdio.h>
int a[100];
int n;
void main()
{
int item,j,i,f=0,l=0,m,temp,min;
printf("Enter number of elements\n");
scanf("%d",&n);
printf("Enter elemets\n");
for(i=0;i<n;i++)
{
scanf("%d",&a[i]);
}
for(i=1;i<n;i++)
{
m=a[i];
for(j=i-1;j>=0;j--)
{
if(a[j]>m)
a[j+1]=a[j];
else
break;
}
a[j+1]=m;
}
for(i=0;i<n;i++)
printf("%d\t",a[i]);
printf("\n");
}
| 12.72
| 29
|
(translation_unit) "#include<stdio.h>\nint a[100];\nint n;\nvoid main()\n{\n int item,j,i,f=0,l=0,m,temp,min;\n printf("Enter number of elements\n");\n scanf("%d",&n);\n printf("Enter elemets\n");\n for(i=0;i<n;i++)\n {\n scanf("%d",&a[i]);\n }\n for(i=1;i<n;i++)\n {\n m=a[i];\n for(j=i-1;j>=0;j--)\n {\n if(a[j]>m)\n a[j+1]=a[j];\n else\n break;\n }\n a[j+1]=m;\n }\n for(i=0;i<n;i++)\n printf("%d\t",a[i]);\n printf("\n");\n}\n"
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(() "("
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(() "("
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(string_content) "Enter number of elements"
(escape_sequence) "\n"
(") """
()) ")"
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(expression_statement) "scanf("%d",&n);"
(call_expression) "scanf("%d",&n)"
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(() "("
(string_literal) ""%d""
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(string_content) "%d"
(") """
(,) ","
(pointer_expression) "&n"
(&) "&"
(identifier) "n"
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(expression_statement) "printf("Enter elemets\n");"
(call_expression) "printf("Enter elemets\n")"
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(() "("
(string_literal) ""Enter elemets\n""
(") """
(string_content) "Enter elemets"
(escape_sequence) "\n"
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()) ")"
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(call_expression) "scanf("%d",&a[i])"
(identifier) "scanf"
(argument_list) "("%d",&a[i])"
(() "("
(string_literal) ""%d""
(") """
(string_content) "%d"
(") """
(,) ","
(pointer_expression) "&a[i]"
(&) "&"
(subscript_expression) "a[i]"
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([) "["
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(]) "]"
()) ")"
(;) ";"
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(() "("
(assignment_expression) "i=1"
(identifier) "i"
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(=) "="
(subscript_expression) "a[i]"
(identifier) "a"
([) "["
(identifier) "i"
(]) "]"
(;) ";"
(for_statement) "for(j=i-1;j>=0;j--)\n {\n if(a[j]>m)\n a[j+1]=a[j];\n else\n break;\n }"
(for) "for"
(() "("
(assignment_expression) "j=i-1"
(identifier) "j"
(=) "="
(binary_expression) "i-1"
(identifier) "i"
(-) "-"
(number_literal) "1"
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(--) "--"
()) ")"
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({) "{"
(if_statement) "if(a[j]>m)\n a[j+1]=a[j];\n else\n break;"
(if) "if"
(parenthesized_expression) "(a[j]>m)"
(() "("
(binary_expression) "a[j]>m"
(subscript_expression) "a[j]"
(identifier) "a"
([) "["
(identifier) "j"
(]) "]"
(>) ">"
(identifier) "m"
()) ")"
(expression_statement) "a[j+1]=a[j];"
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(identifier) "a"
([) "["
(binary_expression) "j+1"
(identifier) "j"
(+) "+"
(number_literal) "1"
(]) "]"
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(identifier) "a"
([) "["
(identifier) "j"
(]) "]"
(;) ";"
(else_clause) "else\n break;"
(else) "else"
(break_statement) "break;"
(break) "break"
(;) ";"
(}) "}"
(expression_statement) "a[j+1]=m;"
(assignment_expression) "a[j+1]=m"
(subscript_expression) "a[j+1]"
(identifier) "a"
([) "["
(binary_expression) "j+1"
(identifier) "j"
(+) "+"
(number_literal) "1"
(]) "]"
(=) "="
(identifier) "m"
(;) ";"
(}) "}"
(for_statement) "for(i=0;i<n;i++)\n printf("%d\t",a[i]);"
(for) "for"
(() "("
(assignment_expression) "i=0"
(identifier) "i"
(=) "="
(number_literal) "0"
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(<) "<"
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()) ")"
(expression_statement) "printf("%d\t",a[i]);"
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(identifier) "printf"
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(() "("
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(") """
(string_content) "%d"
(escape_sequence) "\t"
(") """
(,) ","
(subscript_expression) "a[i]"
(identifier) "a"
([) "["
(identifier) "i"
(]) "]"
()) ")"
(;) ";"
(expression_statement) "printf("\n");"
(call_expression) "printf("\n")"
(identifier) "printf"
(argument_list) "("\n")"
(() "("
(string_literal) ""\n""
(") """
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(}) "}"
| 275
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 29, "avg_line_length": 12.72, "nodes": 157, "errors": 0, "source_hash": "1b6d9fb950a7a7d0dc0a8962d4a7af3bd3eaf89e8f040d5feba2f5f78a692615", "categorized_nodes": 115}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_include", "text": "#include<stdio.h>\n", "parent": null, "children": [1, 2], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 1, "column": 0}}, {"id": 1, "type": "#include", "text": "#include", "parent": 0, "children": [], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 8}}, {"id": 2, "type": "system_lib_string", "text": "<stdio.h>", "parent": 0, "children": [], "start_point": {"row": 0, "column": 8}, "end_point": {"row": 0, "column": 17}}, {"id": 3, "type": "declaration", "text": "int a[100];", "parent": null, "children": [4, 5], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 11}}, {"id": 4, "type": "primitive_type", "text": 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"exceptions": []}, "expressions": {"calls": [], "literals": [2, 7, 24, 28, 35, 40, 46, 52, 63, 72, 93, 97, 115, 129, 136, 147, 155], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 11, "universal_type": "function", "name": "main", "text_snippet": "void main()\n{\n\tint item,j,i,f=0,l=0,m,temp,min;\n\tprintf(\"Enter number of elements\\n\");\n\tscanf(\"%d\",&"}, {"node_id": 13, "universal_type": "function", "name": "unknown", "text_snippet": "main()"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include<stdio.h>\n"}, {"node_id": 1, "text": "#include"}]}, "original_source_code": "#include<stdio.h>\nint a[100];\nint n;\nvoid main()\n{\n\tint item,j,i,f=0,l=0,m,temp,min;\n\tprintf(\"Enter number of elements\\n\");\n\tscanf(\"%d\",&n);\n\tprintf(\"Enter elemets\\n\");\n\tfor(i=0;i<n;i++)\n\t{\n\t\tscanf(\"%d\",&a[i]);\n\t}\n\tfor(i=1;i<n;i++)\n\t{\n\t\tm=a[i];\n\t\tfor(j=i-1;j>=0;j--)\n\t\t{\n\t\t\tif(a[j]>m)\n\t\t\t\ta[j+1]=a[j];\n\t\t\telse\n\t\t\t\tbreak;\n\t\t}\n\t\ta[j+1]=m;\n\t}\n\tfor(i=0;i<n;i++)\n\t\tprintf(\"%d\\t\",a[i]);\n\tprintf(\"\\n\");\n}\n"}
| 256
|
c
|
#include "mex.h"
#include "blas.h"
#include "conv2d.h"
#define DEBUG 0
void inner_fv_term(int Np, int K, double *h, double *u, double *v,
int Nedge, double *v1, double *v2,
double *nx, double *ny, double *ds,
signed char *EToR, double *rhs)
{
#ifdef _OPENMP
#pragma omp parallel for num_threads(DG_THREADS)
#endif
for (int k = 0; k < K; k++)
{
if ((cell_type)EToR[k] != REFINE)
continue;
int n, ind = k * Nedge;
for (n = 0; n < Nedge; n++)
{
int n1 = (int)v1[n] + k*Np - 1; // change to C type
int n2 = (int)v2[n] + k*Np - 1;
double nx_ = nx[ind];
double ny_ = ny[ind];
double delta_s = ds[ind];
double num_flux;
upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);
rhs[n1] -= num_flux * delta_s;
rhs[n2] += num_flux * delta_s;
#if DEBUG
mexPrintf("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",
k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);
#endif
ind++;
}
}
#if DEBUG
mexPrintf("inner_rhs = \n");
int n;
for (n = 0; n < Np; n++)
{
mexPrintf("\t");
for (k = 0; k < K; k++)
{
mexPrintf("%e\t", rhs[k * Np + n]);
}
mexPrintf("\n");
}
#endif
return;
}
void surface_fv_term(size_t Np, size_t Nfp, size_t K,
double *h, double *h_ext, double *u, double *v,
signed char *EToR, signed char *eidtype,
double *eidM, double *eidP,
double *nx, double *ny, double *Js, double *LIFT,
double *rhs)
{
int k;
double *flux = calloc(Nfp * K, sizeof(double));
// #ifdef _OPENMP
// #pragma omp parallel for num_threads(DG_THREADS)
// #endif
for (k = 0; k < K; k++)
{
if ((cell_type)EToR[k] != REFINE)
continue;
int j, ind = k * Nfp;
for (j = 0; j < Nfp; j++)
{
int iM = (int)eidM[ind] - 1; // change index to C type
int iP = (int)eidP[ind] - 1;
double f_M = h[iM]; // local and adjacent node values
double hP = h[iP];
double uM = u[iM], vM = v[iM];
// outward normal vector of local element
double nx_ = nx[ind];
double ny_ = ny[ind];
double f_ext; // external values on local nodes
f_ext = h_ext[iM];
bc_type type = (bc_type)eidtype[ind];
// get adjacent values hP, qxP, qyP, considering
// various boudnary conditions
double f_P;
int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);
// if(info) mexErrMsgTxt("Unknown boundary conditions.");
double numflux;
upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);
flux[ind] = -numflux;
ind++;
}
}
#if DEBUG
mexPrintf("flux = \n");
int n;
for (n = 0; n < Nfp; n++)
{
mexPrintf("\t");
for (k = 0; k < K; k++)
{
mexPrintf("%e\t", flux[k * Nfp + n]);
}
mexPrintf("\n");
}
#endif
double *stemp = calloc(Nfp * K, sizeof(double));
dvecm(Nfp * K, 1, flux, Js, stemp);
char *chn = "N";
double one = 1.0;
mwSignedIndex Np_ = Np, K_ = K, Nfp_ = Nfp;
dgemm(chn, chn, &Np_, &K_, &Nfp_, &one, LIFT, &Np_, stemp, &Nfp_, &one, rhs, &Np_);
free(flux);
free(stemp);
return;
}
/*
* @brief calculate the sub-cell discretization by finite volume scheme.
* Usages:
* [ rhsQ ] = rhs_fv_term(f_Q, f_ext, u, v, Nedge, v1, v2, nx, ny, ds, ...
* eidM, eidP, nxM, nyM, Js, LIFT, vol, ...
* eidtype, EToR)
*/
void mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])
{
/* check input */
if (nrhs != 19)
{
mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:invalidNumInputs",
"20 input required.");
}
else if (nlhs > 1)
{
mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:maxlhs",
"Too many output arguments.");
}
double *f_Q = mxGetPr(prhs[0]);
double *f_extQ = mxGetPr(prhs[1]);
double *u = mxGetPr(prhs[2]);
double *v = mxGetPr(prhs[3]);
double Nedge = mxGetScalar(prhs[4]);
double *v1 = mxGetPr(prhs[5]);
double *v2 = mxGetPr(prhs[6]);
double *nx = mxGetPr(prhs[7]);
double *ny = mxGetPr(prhs[8]);
double *ds = mxGetPr(prhs[9]);
double *eidM = mxGetPr(prhs[10]);
double *eidP = mxGetPr(prhs[11]);
double *nxM = mxGetPr(prhs[12]);
double *nyM = mxGetPr(prhs[13]);
double *Js = mxGetPr(prhs[14]);
double *LIFT = mxGetPr(prhs[15]);
double *vol = mxGetPr(prhs[16]);
signed char *eidtype = (signed char *)mxGetData(prhs[17]);
signed char *EToR = (signed char *)mxGetData(prhs[18]);
/* get dimensions */
size_t Np = mxGetM(prhs[0]);
size_t K = mxGetN(prhs[0]);
size_t Nfp = mxGetM(prhs[10]);
/* allocate output array */
plhs[0] = mxCreateDoubleMatrix((mwSize)Np, (mwSize)K, mxREAL);
double *rhsQ = mxGetPr(plhs[0]);
double *vtemp = calloc(Np * K, sizeof(double));
inner_fv_term(Np, K, f_Q, u, v,
(int)Nedge, v1, v2, nx, ny, ds, EToR, vtemp);
surface_fv_term(Np, Nfp, K, f_Q, f_extQ, u, v,
EToR, eidtype, eidM, eidP, nxM, nyM, Js, LIFT, vtemp);
dvecd(Np * K, 1, vtemp, vol, rhsQ);
free(vtemp);
return;
}
| 32.59
| 169
|
(translation_unit) "#include "mex.h"\n#include "blas.h"\n#include "conv2d.h"\n\n#define DEBUG 0\n\nvoid inner_fv_term(int Np, int K, double *h, double *u, double *v,\n int Nedge, double *v1, double *v2,\n double *nx, double *ny, double *ds,\n signed char *EToR, double *rhs)\n{\n#ifdef _OPENMP\n#pragma omp parallel for num_threads(DG_THREADS)\n#endif\n for (int k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int n, ind = k * Nedge;\n for (n = 0; n < Nedge; n++)\n {\n int n1 = (int)v1[n] + k*Np - 1; // change to C type\n int n2 = (int)v2[n] + k*Np - 1;\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double delta_s = ds[ind];\n\n double num_flux;\n upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);\n\n rhs[n1] -= num_flux * delta_s;\n rhs[n2] += num_flux * delta_s;\n#if DEBUG\n mexPrintf("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif\n ind++;\n }\n }\n\n#if DEBUG\n mexPrintf("inner_rhs = \n");\n int n;\n for (n = 0; n < Np; n++)\n {\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", rhs[k * Np + n]);\n }\n mexPrintf("\n");\n }\n#endif\n return;\n}\n\nvoid surface_fv_term(size_t Np, size_t Nfp, size_t K,\n double *h, double *h_ext, double *u, double *v,\n signed char *EToR, signed char *eidtype,\n double *eidM, double *eidP,\n double *nx, double *ny, double *Js, double *LIFT,\n double *rhs)\n{\n\n int k;\n double *flux = calloc(Nfp * K, sizeof(double));\n // #ifdef _OPENMP\n // #pragma omp parallel for num_threads(DG_THREADS)\n // #endif\n for (k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int j, ind = k * Nfp;\n for (j = 0; j < Nfp; j++)\n {\n int iM = (int)eidM[ind] - 1; // change index to C type\n int iP = (int)eidP[ind] - 1;\n double f_M = h[iM]; // local and adjacent node values\n double hP = h[iP];\n double uM = u[iM], vM = v[iM];\n // outward normal vector of local element\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double f_ext; // external values on local nodes\n f_ext = h_ext[iM];\n bc_type type = (bc_type)eidtype[ind];\n // get adjacent values hP, qxP, qyP, considering\n // various boudnary conditions\n double f_P;\n int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);\n // if(info) mexErrMsgTxt("Unknown boundary conditions.");\n double numflux;\n upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);\n\n flux[ind] = -numflux;\n ind++;\n }\n }\n#if DEBUG\n mexPrintf("flux = \n");\n int n;\n for (n = 0; n < Nfp; n++)\n {\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", flux[k * Nfp + n]);\n }\n mexPrintf("\n");\n }\n#endif\n double *stemp = calloc(Nfp * K, sizeof(double));\n dvecm(Nfp * K, 1, flux, Js, stemp);\n char *chn = "N";\n double one = 1.0;\n mwSignedIndex Np_ = Np, K_ = K, Nfp_ = Nfp;\n dgemm(chn, chn, &Np_, &K_, &Nfp_, &one, LIFT, &Np_, stemp, &Nfp_, &one, rhs, &Np_);\n free(flux);\n free(stemp);\n return;\n}\n\n/*\n * @brief calculate the sub-cell discretization by finite volume scheme.\n * Usages: \n * [ rhsQ ] = rhs_fv_term(f_Q, f_ext, u, v, Nedge, v1, v2, nx, ny, ds, ...\n * eidM, eidP, nxM, nyM, Js, LIFT, vol, ...\n * eidtype, EToR)\n */\nvoid mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])\n{\n /* check input */\n if (nrhs != 19)\n {\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:invalidNumInputs",\n "20 input required.");\n }\n else if (nlhs > 1)\n {\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:maxlhs",\n "Too many output arguments.");\n }\n\n double *f_Q = mxGetPr(prhs[0]);\n double *f_extQ = mxGetPr(prhs[1]);\n double *u = mxGetPr(prhs[2]);\n double *v = mxGetPr(prhs[3]);\n double Nedge = mxGetScalar(prhs[4]);\n double *v1 = mxGetPr(prhs[5]);\n double *v2 = mxGetPr(prhs[6]);\n double *nx = mxGetPr(prhs[7]);\n double *ny = mxGetPr(prhs[8]);\n double *ds = mxGetPr(prhs[9]);\n double *eidM = mxGetPr(prhs[10]);\n double *eidP = mxGetPr(prhs[11]);\n double *nxM = mxGetPr(prhs[12]);\n double *nyM = mxGetPr(prhs[13]);\n double *Js = mxGetPr(prhs[14]);\n double *LIFT = mxGetPr(prhs[15]);\n double *vol = mxGetPr(prhs[16]);\n signed char *eidtype = (signed char *)mxGetData(prhs[17]);\n signed char *EToR = (signed char *)mxGetData(prhs[18]);\n\n /* get dimensions */\n size_t Np = mxGetM(prhs[0]);\n size_t K = mxGetN(prhs[0]);\n size_t Nfp = mxGetM(prhs[10]);\n\n /* allocate output array */\n plhs[0] = mxCreateDoubleMatrix((mwSize)Np, (mwSize)K, mxREAL);\n double *rhsQ = mxGetPr(plhs[0]);\n\n double *vtemp = calloc(Np * K, sizeof(double));\n inner_fv_term(Np, K, f_Q, u, v,\n (int)Nedge, v1, v2, nx, ny, ds, EToR, vtemp);\n\n surface_fv_term(Np, Nfp, K, f_Q, f_extQ, u, v,\n EToR, eidtype, eidM, eidP, nxM, nyM, Js, LIFT, vtemp);\n\n dvecd(Np * K, 1, vtemp, vol, rhsQ);\n\n free(vtemp);\n return;\n}"
(preproc_include) "#include "mex.h"\n"
(#include) "#include"
(string_literal) ""mex.h""
(") """
(string_content) "mex.h"
(") """
(preproc_include) "#include "blas.h"\n"
(#include) "#include"
(string_literal) ""blas.h""
(") """
(string_content) "blas.h"
(") """
(preproc_include) "#include "conv2d.h"\n"
(#include) "#include"
(string_literal) ""conv2d.h""
(") """
(string_content) "conv2d.h"
(") """
(preproc_def) "#define DEBUG 0\n"
(#define) "#define"
(identifier) "DEBUG"
(preproc_arg) "0"
(function_definition) "void inner_fv_term(int Np, int K, double *h, double *u, double *v,\n int Nedge, double *v1, double *v2,\n double *nx, double *ny, double *ds,\n signed char *EToR, double *rhs)\n{\n#ifdef _OPENMP\n#pragma omp parallel for num_threads(DG_THREADS)\n#endif\n for (int k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int n, ind = k * Nedge;\n for (n = 0; n < Nedge; n++)\n {\n int n1 = (int)v1[n] + k*Np - 1; // change to C type\n int n2 = (int)v2[n] + k*Np - 1;\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double delta_s = ds[ind];\n\n double num_flux;\n upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);\n\n rhs[n1] -= num_flux * delta_s;\n rhs[n2] += num_flux * delta_s;\n#if DEBUG\n mexPrintf("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif\n ind++;\n }\n }\n\n#if DEBUG\n mexPrintf("inner_rhs = \n");\n int n;\n for (n = 0; n < Np; n++)\n {\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", rhs[k * Np + n]);\n }\n mexPrintf("\n");\n }\n#endif\n return;\n}"
(primitive_type) "void"
(function_declarator) "inner_fv_term(int Np, int K, double *h, double *u, double *v,\n int Nedge, double *v1, double *v2,\n double *nx, double *ny, double *ds,\n signed char *EToR, double *rhs)"
(identifier) "inner_fv_term"
(parameter_list) "(int Np, int K, double *h, double *u, double *v,\n int Nedge, double *v1, double *v2,\n double *nx, double *ny, double *ds,\n signed char *EToR, double *rhs)"
(() "("
(parameter_declaration) "int Np"
(primitive_type) "int"
(identifier) "Np"
(,) ","
(parameter_declaration) "int K"
(primitive_type) "int"
(identifier) "K"
(,) ","
(parameter_declaration) "double *h"
(primitive_type) "double"
(pointer_declarator) "*h"
(*) "*"
(identifier) "h"
(,) ","
(parameter_declaration) "double *u"
(primitive_type) "double"
(pointer_declarator) "*u"
(*) "*"
(identifier) "u"
(,) ","
(parameter_declaration) "double *v"
(primitive_type) "double"
(pointer_declarator) "*v"
(*) "*"
(identifier) "v"
(,) ","
(parameter_declaration) "int Nedge"
(primitive_type) "int"
(identifier) "Nedge"
(,) ","
(parameter_declaration) "double *v1"
(primitive_type) "double"
(pointer_declarator) "*v1"
(*) "*"
(identifier) "v1"
(,) ","
(parameter_declaration) "double *v2"
(primitive_type) "double"
(pointer_declarator) "*v2"
(*) "*"
(identifier) "v2"
(,) ","
(parameter_declaration) "double *nx"
(primitive_type) "double"
(pointer_declarator) "*nx"
(*) "*"
(identifier) "nx"
(,) ","
(parameter_declaration) "double *ny"
(primitive_type) "double"
(pointer_declarator) "*ny"
(*) "*"
(identifier) "ny"
(,) ","
(parameter_declaration) "double *ds"
(primitive_type) "double"
(pointer_declarator) "*ds"
(*) "*"
(identifier) "ds"
(,) ","
(parameter_declaration) "signed char *EToR"
(sized_type_specifier) "signed char"
(signed) "signed"
(primitive_type) "char"
(pointer_declarator) "*EToR"
(*) "*"
(identifier) "EToR"
(,) ","
(parameter_declaration) "double *rhs"
(primitive_type) "double"
(pointer_declarator) "*rhs"
(*) "*"
(identifier) "rhs"
()) ")"
(compound_statement) "{\n#ifdef _OPENMP\n#pragma omp parallel for num_threads(DG_THREADS)\n#endif\n for (int k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int n, ind = k * Nedge;\n for (n = 0; n < Nedge; n++)\n {\n int n1 = (int)v1[n] + k*Np - 1; // change to C type\n int n2 = (int)v2[n] + k*Np - 1;\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double delta_s = ds[ind];\n\n double num_flux;\n upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);\n\n rhs[n1] -= num_flux * delta_s;\n rhs[n2] += num_flux * delta_s;\n#if DEBUG\n mexPrintf("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif\n ind++;\n }\n }\n\n#if DEBUG\n mexPrintf("inner_rhs = \n");\n int n;\n for (n = 0; n < Np; n++)\n {\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", rhs[k * Np + n]);\n }\n mexPrintf("\n");\n }\n#endif\n return;\n}"
({) "{"
(preproc_ifdef) "#ifdef _OPENMP\n#pragma omp parallel for num_threads(DG_THREADS)\n#endif"
(#ifdef) "#ifdef"
(identifier) "_OPENMP"
(preproc_call) "#pragma omp parallel for num_threads(DG_THREADS)\n"
(preproc_directive) "#pragma"
(preproc_arg) "omp parallel for num_threads(DG_THREADS)"
(#endif) "#endif"
(for_statement) "for (int k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int n, ind = k * Nedge;\n for (n = 0; n < Nedge; n++)\n {\n int n1 = (int)v1[n] + k*Np - 1; // change to C type\n int n2 = (int)v2[n] + k*Np - 1;\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double delta_s = ds[ind];\n\n double num_flux;\n upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);\n\n rhs[n1] -= num_flux * delta_s;\n rhs[n2] += num_flux * delta_s;\n#if DEBUG\n mexPrintf("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif\n ind++;\n }\n }"
(for) "for"
(() "("
(declaration) "int k = 0;"
(primitive_type) "int"
(init_declarator) "k = 0"
(identifier) "k"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "k < K"
(identifier) "k"
(<) "<"
(identifier) "K"
(;) ";"
(update_expression) "k++"
(identifier) "k"
(++) "++"
()) ")"
(compound_statement) "{\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int n, ind = k * Nedge;\n for (n = 0; n < Nedge; n++)\n {\n int n1 = (int)v1[n] + k*Np - 1; // change to C type\n int n2 = (int)v2[n] + k*Np - 1;\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double delta_s = ds[ind];\n\n double num_flux;\n upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);\n\n rhs[n1] -= num_flux * delta_s;\n rhs[n2] += num_flux * delta_s;\n#if DEBUG\n mexPrintf("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif\n ind++;\n }\n }"
({) "{"
(if_statement) "if ((cell_type)EToR[k] != REFINE)\n continue;"
(if) "if"
(parenthesized_expression) "((cell_type)EToR[k] != REFINE)"
(() "("
(binary_expression) "(cell_type)EToR[k] != REFINE"
(cast_expression) "(cell_type)EToR[k]"
(() "("
(type_descriptor) "cell_type"
(type_identifier) "cell_type"
()) ")"
(subscript_expression) "EToR[k]"
(identifier) "EToR"
([) "["
(identifier) "k"
(]) "]"
(!=) "!="
(identifier) "REFINE"
()) ")"
(continue_statement) "continue;"
(continue) "continue"
(;) ";"
(declaration) "int n, ind = k * Nedge;"
(primitive_type) "int"
(identifier) "n"
(,) ","
(init_declarator) "ind = k * Nedge"
(identifier) "ind"
(=) "="
(binary_expression) "k * Nedge"
(identifier) "k"
(*) "*"
(identifier) "Nedge"
(;) ";"
(for_statement) "for (n = 0; n < Nedge; n++)\n {\n int n1 = (int)v1[n] + k*Np - 1; // change to C type\n int n2 = (int)v2[n] + k*Np - 1;\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double delta_s = ds[ind];\n\n double num_flux;\n upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);\n\n rhs[n1] -= num_flux * delta_s;\n rhs[n2] += num_flux * delta_s;\n#if DEBUG\n mexPrintf("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif\n ind++;\n }"
(for) "for"
(() "("
(assignment_expression) "n = 0"
(identifier) "n"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "n < Nedge"
(identifier) "n"
(<) "<"
(identifier) "Nedge"
(;) ";"
(update_expression) "n++"
(identifier) "n"
(++) "++"
()) ")"
(compound_statement) "{\n int n1 = (int)v1[n] + k*Np - 1; // change to C type\n int n2 = (int)v2[n] + k*Np - 1;\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double delta_s = ds[ind];\n\n double num_flux;\n upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);\n\n rhs[n1] -= num_flux * delta_s;\n rhs[n2] += num_flux * delta_s;\n#if DEBUG\n mexPrintf("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif\n ind++;\n }"
({) "{"
(declaration) "int n1 = (int)v1[n] + k*Np - 1;"
(primitive_type) "int"
(init_declarator) "n1 = (int)v1[n] + k*Np - 1"
(identifier) "n1"
(=) "="
(binary_expression) "(int)v1[n] + k*Np - 1"
(binary_expression) "(int)v1[n] + k*Np"
(cast_expression) "(int)v1[n]"
(() "("
(type_descriptor) "int"
(primitive_type) "int"
()) ")"
(subscript_expression) "v1[n]"
(identifier) "v1"
([) "["
(identifier) "n"
(]) "]"
(+) "+"
(binary_expression) "k*Np"
(identifier) "k"
(*) "*"
(identifier) "Np"
(-) "-"
(number_literal) "1"
(;) ";"
(comment) "// change to C type"
(declaration) "int n2 = (int)v2[n] + k*Np - 1;"
(primitive_type) "int"
(init_declarator) "n2 = (int)v2[n] + k*Np - 1"
(identifier) "n2"
(=) "="
(binary_expression) "(int)v2[n] + k*Np - 1"
(binary_expression) "(int)v2[n] + k*Np"
(cast_expression) "(int)v2[n]"
(() "("
(type_descriptor) "int"
(primitive_type) "int"
()) ")"
(subscript_expression) "v2[n]"
(identifier) "v2"
([) "["
(identifier) "n"
(]) "]"
(+) "+"
(binary_expression) "k*Np"
(identifier) "k"
(*) "*"
(identifier) "Np"
(-) "-"
(number_literal) "1"
(;) ";"
(declaration) "double nx_ = nx[ind];"
(primitive_type) "double"
(init_declarator) "nx_ = nx[ind]"
(identifier) "nx_"
(=) "="
(subscript_expression) "nx[ind]"
(identifier) "nx"
([) "["
(identifier) "ind"
(]) "]"
(;) ";"
(declaration) "double ny_ = ny[ind];"
(primitive_type) "double"
(init_declarator) "ny_ = ny[ind]"
(identifier) "ny_"
(=) "="
(subscript_expression) "ny[ind]"
(identifier) "ny"
([) "["
(identifier) "ind"
(]) "]"
(;) ";"
(declaration) "double delta_s = ds[ind];"
(primitive_type) "double"
(init_declarator) "delta_s = ds[ind]"
(identifier) "delta_s"
(=) "="
(subscript_expression) "ds[ind]"
(identifier) "ds"
([) "["
(identifier) "ind"
(]) "]"
(;) ";"
(declaration) "double num_flux;"
(primitive_type) "double"
(identifier) "num_flux"
(;) ";"
(expression_statement) "upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);"
(call_expression) "upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux)"
(identifier) "upwind_flux"
(argument_list) "(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux)"
(() "("
(subscript_expression) "h[n1]"
(identifier) "h"
([) "["
(identifier) "n1"
(]) "]"
(,) ","
(subscript_expression) "h[n2]"
(identifier) "h"
([) "["
(identifier) "n2"
(]) "]"
(,) ","
(subscript_expression) "u[n1]"
(identifier) "u"
([) "["
(identifier) "n1"
(]) "]"
(,) ","
(subscript_expression) "v[n1]"
(identifier) "v"
([) "["
(identifier) "n1"
(]) "]"
(,) ","
(identifier) "nx_"
(,) ","
(identifier) "ny_"
(,) ","
(pointer_expression) "&num_flux"
(&) "&"
(identifier) "num_flux"
()) ")"
(;) ";"
(expression_statement) "rhs[n1] -= num_flux * delta_s;"
(assignment_expression) "rhs[n1] -= num_flux * delta_s"
(subscript_expression) "rhs[n1]"
(identifier) "rhs"
([) "["
(identifier) "n1"
(]) "]"
(-=) "-="
(binary_expression) "num_flux * delta_s"
(identifier) "num_flux"
(*) "*"
(identifier) "delta_s"
(;) ";"
(expression_statement) "rhs[n2] += num_flux * delta_s;"
(assignment_expression) "rhs[n2] += num_flux * delta_s"
(subscript_expression) "rhs[n2]"
(identifier) "rhs"
([) "["
(identifier) "n2"
(]) "]"
(+=) "+="
(binary_expression) "num_flux * delta_s"
(identifier) "num_flux"
(*) "*"
(identifier) "delta_s"
(;) ";"
(preproc_if) "#if DEBUG\n mexPrintf("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif"
(#if) "#if"
(identifier) "DEBUG"
(
) "\n"
(expression_statement) "mexPrintf("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);"
(call_expression) "mexPrintf("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2])"
(identifier) "mexPrintf"
(argument_list) "("k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2])"
(() "("
(string_literal) ""k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\n""
(") """
(string_content) "k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e"
(escape_sequence) "\n"
(") """
(,) ","
(identifier) "k"
(,) ","
(identifier) "n"
(,) ","
(identifier) "n1"
(,) ","
(identifier) "n2"
(,) ","
(identifier) "nx_"
(,) ","
(identifier) "ny_"
(,) ","
(identifier) "delta_s"
(,) ","
(identifier) "num_flux"
(,) ","
(subscript_expression) "rhs[n1]"
(identifier) "rhs"
([) "["
(identifier) "n1"
(]) "]"
(,) ","
(subscript_expression) "rhs[n2]"
(identifier) "rhs"
([) "["
(identifier) "n2"
(]) "]"
()) ")"
(;) ";"
(#endif) "#endif"
(expression_statement) "ind++;"
(update_expression) "ind++"
(identifier) "ind"
(++) "++"
(;) ";"
(}) "}"
(}) "}"
(preproc_if) "#if DEBUG\n mexPrintf("inner_rhs = \n");\n int n;\n for (n = 0; n < Np; n++)\n {\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", rhs[k * Np + n]);\n }\n mexPrintf("\n");\n }\n#endif"
(#if) "#if"
(identifier) "DEBUG"
(
) "\n"
(expression_statement) "mexPrintf("inner_rhs = \n");"
(call_expression) "mexPrintf("inner_rhs = \n")"
(identifier) "mexPrintf"
(argument_list) "("inner_rhs = \n")"
(() "("
(string_literal) ""inner_rhs = \n""
(") """
(string_content) "inner_rhs = "
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(declaration) "int n;"
(primitive_type) "int"
(identifier) "n"
(;) ";"
(for_statement) "for (n = 0; n < Np; n++)\n {\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", rhs[k * Np + n]);\n }\n mexPrintf("\n");\n }"
(for) "for"
(() "("
(assignment_expression) "n = 0"
(identifier) "n"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "n < Np"
(identifier) "n"
(<) "<"
(identifier) "Np"
(;) ";"
(update_expression) "n++"
(identifier) "n"
(++) "++"
()) ")"
(compound_statement) "{\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", rhs[k * Np + n]);\n }\n mexPrintf("\n");\n }"
({) "{"
(expression_statement) "mexPrintf("\t");"
(call_expression) "mexPrintf("\t")"
(identifier) "mexPrintf"
(argument_list) "("\t")"
(() "("
(string_literal) ""\t""
(") """
(escape_sequence) "\t"
(") """
()) ")"
(;) ";"
(for_statement) "for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", rhs[k * Np + n]);\n }"
(for) "for"
(() "("
(assignment_expression) "k = 0"
(identifier) "k"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "k < K"
(identifier) "k"
(<) "<"
(identifier) "K"
(;) ";"
(update_expression) "k++"
(identifier) "k"
(++) "++"
()) ")"
(compound_statement) "{\n mexPrintf("%e\t", rhs[k * Np + n]);\n }"
({) "{"
(expression_statement) "mexPrintf("%e\t", rhs[k * Np + n]);"
(call_expression) "mexPrintf("%e\t", rhs[k * Np + n])"
(identifier) "mexPrintf"
(argument_list) "("%e\t", rhs[k * Np + n])"
(() "("
(string_literal) ""%e\t""
(") """
(string_content) "%e"
(escape_sequence) "\t"
(") """
(,) ","
(subscript_expression) "rhs[k * Np + n]"
(identifier) "rhs"
([) "["
(binary_expression) "k * Np + n"
(binary_expression) "k * Np"
(identifier) "k"
(*) "*"
(identifier) "Np"
(+) "+"
(identifier) "n"
(]) "]"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "mexPrintf("\n");"
(call_expression) "mexPrintf("\n")"
(identifier) "mexPrintf"
(argument_list) "("\n")"
(() "("
(string_literal) ""\n""
(") """
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(}) "}"
(#endif) "#endif"
(return_statement) "return;"
(return) "return"
(;) ";"
(}) "}"
(function_definition) "void surface_fv_term(size_t Np, size_t Nfp, size_t K,\n double *h, double *h_ext, double *u, double *v,\n signed char *EToR, signed char *eidtype,\n double *eidM, double *eidP,\n double *nx, double *ny, double *Js, double *LIFT,\n double *rhs)\n{\n\n int k;\n double *flux = calloc(Nfp * K, sizeof(double));\n // #ifdef _OPENMP\n // #pragma omp parallel for num_threads(DG_THREADS)\n // #endif\n for (k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int j, ind = k * Nfp;\n for (j = 0; j < Nfp; j++)\n {\n int iM = (int)eidM[ind] - 1; // change index to C type\n int iP = (int)eidP[ind] - 1;\n double f_M = h[iM]; // local and adjacent node values\n double hP = h[iP];\n double uM = u[iM], vM = v[iM];\n // outward normal vector of local element\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double f_ext; // external values on local nodes\n f_ext = h_ext[iM];\n bc_type type = (bc_type)eidtype[ind];\n // get adjacent values hP, qxP, qyP, considering\n // various boudnary conditions\n double f_P;\n int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);\n // if(info) mexErrMsgTxt("Unknown boundary conditions.");\n double numflux;\n upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);\n\n flux[ind] = -numflux;\n ind++;\n }\n }\n#if DEBUG\n mexPrintf("flux = \n");\n int n;\n for (n = 0; n < Nfp; n++)\n {\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", flux[k * Nfp + n]);\n }\n mexPrintf("\n");\n }\n#endif\n double *stemp = calloc(Nfp * K, sizeof(double));\n dvecm(Nfp * K, 1, flux, Js, stemp);\n char *chn = "N";\n double one = 1.0;\n mwSignedIndex Np_ = Np, K_ = K, Nfp_ = Nfp;\n dgemm(chn, chn, &Np_, &K_, &Nfp_, &one, LIFT, &Np_, stemp, &Nfp_, &one, rhs, &Np_);\n free(flux);\n free(stemp);\n return;\n}"
(primitive_type) "void"
(function_declarator) "surface_fv_term(size_t Np, size_t Nfp, size_t K,\n double *h, double *h_ext, double *u, double *v,\n signed char *EToR, signed char *eidtype,\n double *eidM, double *eidP,\n double *nx, double *ny, double *Js, double *LIFT,\n double *rhs)"
(identifier) "surface_fv_term"
(parameter_list) "(size_t Np, size_t Nfp, size_t K,\n double *h, double *h_ext, double *u, double *v,\n signed char *EToR, signed char *eidtype,\n double *eidM, double *eidP,\n double *nx, double *ny, double *Js, double *LIFT,\n double *rhs)"
(() "("
(parameter_declaration) "size_t Np"
(primitive_type) "size_t"
(identifier) "Np"
(,) ","
(parameter_declaration) "size_t Nfp"
(primitive_type) "size_t"
(identifier) "Nfp"
(,) ","
(parameter_declaration) "size_t K"
(primitive_type) "size_t"
(identifier) "K"
(,) ","
(parameter_declaration) "double *h"
(primitive_type) "double"
(pointer_declarator) "*h"
(*) "*"
(identifier) "h"
(,) ","
(parameter_declaration) "double *h_ext"
(primitive_type) "double"
(pointer_declarator) "*h_ext"
(*) "*"
(identifier) "h_ext"
(,) ","
(parameter_declaration) "double *u"
(primitive_type) "double"
(pointer_declarator) "*u"
(*) "*"
(identifier) "u"
(,) ","
(parameter_declaration) "double *v"
(primitive_type) "double"
(pointer_declarator) "*v"
(*) "*"
(identifier) "v"
(,) ","
(parameter_declaration) "signed char *EToR"
(sized_type_specifier) "signed char"
(signed) "signed"
(primitive_type) "char"
(pointer_declarator) "*EToR"
(*) "*"
(identifier) "EToR"
(,) ","
(parameter_declaration) "signed char *eidtype"
(sized_type_specifier) "signed char"
(signed) "signed"
(primitive_type) "char"
(pointer_declarator) "*eidtype"
(*) "*"
(identifier) "eidtype"
(,) ","
(parameter_declaration) "double *eidM"
(primitive_type) "double"
(pointer_declarator) "*eidM"
(*) "*"
(identifier) "eidM"
(,) ","
(parameter_declaration) "double *eidP"
(primitive_type) "double"
(pointer_declarator) "*eidP"
(*) "*"
(identifier) "eidP"
(,) ","
(parameter_declaration) "double *nx"
(primitive_type) "double"
(pointer_declarator) "*nx"
(*) "*"
(identifier) "nx"
(,) ","
(parameter_declaration) "double *ny"
(primitive_type) "double"
(pointer_declarator) "*ny"
(*) "*"
(identifier) "ny"
(,) ","
(parameter_declaration) "double *Js"
(primitive_type) "double"
(pointer_declarator) "*Js"
(*) "*"
(identifier) "Js"
(,) ","
(parameter_declaration) "double *LIFT"
(primitive_type) "double"
(pointer_declarator) "*LIFT"
(*) "*"
(identifier) "LIFT"
(,) ","
(parameter_declaration) "double *rhs"
(primitive_type) "double"
(pointer_declarator) "*rhs"
(*) "*"
(identifier) "rhs"
()) ")"
(compound_statement) "{\n\n int k;\n double *flux = calloc(Nfp * K, sizeof(double));\n // #ifdef _OPENMP\n // #pragma omp parallel for num_threads(DG_THREADS)\n // #endif\n for (k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int j, ind = k * Nfp;\n for (j = 0; j < Nfp; j++)\n {\n int iM = (int)eidM[ind] - 1; // change index to C type\n int iP = (int)eidP[ind] - 1;\n double f_M = h[iM]; // local and adjacent node values\n double hP = h[iP];\n double uM = u[iM], vM = v[iM];\n // outward normal vector of local element\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double f_ext; // external values on local nodes\n f_ext = h_ext[iM];\n bc_type type = (bc_type)eidtype[ind];\n // get adjacent values hP, qxP, qyP, considering\n // various boudnary conditions\n double f_P;\n int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);\n // if(info) mexErrMsgTxt("Unknown boundary conditions.");\n double numflux;\n upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);\n\n flux[ind] = -numflux;\n ind++;\n }\n }\n#if DEBUG\n mexPrintf("flux = \n");\n int n;\n for (n = 0; n < Nfp; n++)\n {\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", flux[k * Nfp + n]);\n }\n mexPrintf("\n");\n }\n#endif\n double *stemp = calloc(Nfp * K, sizeof(double));\n dvecm(Nfp * K, 1, flux, Js, stemp);\n char *chn = "N";\n double one = 1.0;\n mwSignedIndex Np_ = Np, K_ = K, Nfp_ = Nfp;\n dgemm(chn, chn, &Np_, &K_, &Nfp_, &one, LIFT, &Np_, stemp, &Nfp_, &one, rhs, &Np_);\n free(flux);\n free(stemp);\n return;\n}"
({) "{"
(declaration) "int k;"
(primitive_type) "int"
(identifier) "k"
(;) ";"
(declaration) "double *flux = calloc(Nfp * K, sizeof(double));"
(primitive_type) "double"
(init_declarator) "*flux = calloc(Nfp * K, sizeof(double))"
(pointer_declarator) "*flux"
(*) "*"
(identifier) "flux"
(=) "="
(call_expression) "calloc(Nfp * K, sizeof(double))"
(identifier) "calloc"
(argument_list) "(Nfp * K, sizeof(double))"
(() "("
(binary_expression) "Nfp * K"
(identifier) "Nfp"
(*) "*"
(identifier) "K"
(,) ","
(sizeof_expression) "sizeof(double)"
(sizeof) "sizeof"
(() "("
(type_descriptor) "double"
(primitive_type) "double"
()) ")"
()) ")"
(;) ";"
(comment) "// #ifdef _OPENMP"
(comment) "// #pragma omp parallel for num_threads(DG_THREADS)"
(comment) "// #endif"
(for_statement) "for (k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int j, ind = k * Nfp;\n for (j = 0; j < Nfp; j++)\n {\n int iM = (int)eidM[ind] - 1; // change index to C type\n int iP = (int)eidP[ind] - 1;\n double f_M = h[iM]; // local and adjacent node values\n double hP = h[iP];\n double uM = u[iM], vM = v[iM];\n // outward normal vector of local element\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double f_ext; // external values on local nodes\n f_ext = h_ext[iM];\n bc_type type = (bc_type)eidtype[ind];\n // get adjacent values hP, qxP, qyP, considering\n // various boudnary conditions\n double f_P;\n int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);\n // if(info) mexErrMsgTxt("Unknown boundary conditions.");\n double numflux;\n upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);\n\n flux[ind] = -numflux;\n ind++;\n }\n }"
(for) "for"
(() "("
(assignment_expression) "k = 0"
(identifier) "k"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "k < K"
(identifier) "k"
(<) "<"
(identifier) "K"
(;) ";"
(update_expression) "k++"
(identifier) "k"
(++) "++"
()) ")"
(compound_statement) "{\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int j, ind = k * Nfp;\n for (j = 0; j < Nfp; j++)\n {\n int iM = (int)eidM[ind] - 1; // change index to C type\n int iP = (int)eidP[ind] - 1;\n double f_M = h[iM]; // local and adjacent node values\n double hP = h[iP];\n double uM = u[iM], vM = v[iM];\n // outward normal vector of local element\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double f_ext; // external values on local nodes\n f_ext = h_ext[iM];\n bc_type type = (bc_type)eidtype[ind];\n // get adjacent values hP, qxP, qyP, considering\n // various boudnary conditions\n double f_P;\n int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);\n // if(info) mexErrMsgTxt("Unknown boundary conditions.");\n double numflux;\n upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);\n\n flux[ind] = -numflux;\n ind++;\n }\n }"
({) "{"
(if_statement) "if ((cell_type)EToR[k] != REFINE)\n continue;"
(if) "if"
(parenthesized_expression) "((cell_type)EToR[k] != REFINE)"
(() "("
(binary_expression) "(cell_type)EToR[k] != REFINE"
(cast_expression) "(cell_type)EToR[k]"
(() "("
(type_descriptor) "cell_type"
(type_identifier) "cell_type"
()) ")"
(subscript_expression) "EToR[k]"
(identifier) "EToR"
([) "["
(identifier) "k"
(]) "]"
(!=) "!="
(identifier) "REFINE"
()) ")"
(continue_statement) "continue;"
(continue) "continue"
(;) ";"
(declaration) "int j, ind = k * Nfp;"
(primitive_type) "int"
(identifier) "j"
(,) ","
(init_declarator) "ind = k * Nfp"
(identifier) "ind"
(=) "="
(binary_expression) "k * Nfp"
(identifier) "k"
(*) "*"
(identifier) "Nfp"
(;) ";"
(for_statement) "for (j = 0; j < Nfp; j++)\n {\n int iM = (int)eidM[ind] - 1; // change index to C type\n int iP = (int)eidP[ind] - 1;\n double f_M = h[iM]; // local and adjacent node values\n double hP = h[iP];\n double uM = u[iM], vM = v[iM];\n // outward normal vector of local element\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double f_ext; // external values on local nodes\n f_ext = h_ext[iM];\n bc_type type = (bc_type)eidtype[ind];\n // get adjacent values hP, qxP, qyP, considering\n // various boudnary conditions\n double f_P;\n int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);\n // if(info) mexErrMsgTxt("Unknown boundary conditions.");\n double numflux;\n upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);\n\n flux[ind] = -numflux;\n ind++;\n }"
(for) "for"
(() "("
(assignment_expression) "j = 0"
(identifier) "j"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "j < Nfp"
(identifier) "j"
(<) "<"
(identifier) "Nfp"
(;) ";"
(update_expression) "j++"
(identifier) "j"
(++) "++"
()) ")"
(compound_statement) "{\n int iM = (int)eidM[ind] - 1; // change index to C type\n int iP = (int)eidP[ind] - 1;\n double f_M = h[iM]; // local and adjacent node values\n double hP = h[iP];\n double uM = u[iM], vM = v[iM];\n // outward normal vector of local element\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double f_ext; // external values on local nodes\n f_ext = h_ext[iM];\n bc_type type = (bc_type)eidtype[ind];\n // get adjacent values hP, qxP, qyP, considering\n // various boudnary conditions\n double f_P;\n int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);\n // if(info) mexErrMsgTxt("Unknown boundary conditions.");\n double numflux;\n upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);\n\n flux[ind] = -numflux;\n ind++;\n }"
({) "{"
(declaration) "int iM = (int)eidM[ind] - 1;"
(primitive_type) "int"
(init_declarator) "iM = (int)eidM[ind] - 1"
(identifier) "iM"
(=) "="
(binary_expression) "(int)eidM[ind] - 1"
(cast_expression) "(int)eidM[ind]"
(() "("
(type_descriptor) "int"
(primitive_type) "int"
()) ")"
(subscript_expression) "eidM[ind]"
(identifier) "eidM"
([) "["
(identifier) "ind"
(]) "]"
(-) "-"
(number_literal) "1"
(;) ";"
(comment) "// change index to C type"
(declaration) "int iP = (int)eidP[ind] - 1;"
(primitive_type) "int"
(init_declarator) "iP = (int)eidP[ind] - 1"
(identifier) "iP"
(=) "="
(binary_expression) "(int)eidP[ind] - 1"
(cast_expression) "(int)eidP[ind]"
(() "("
(type_descriptor) "int"
(primitive_type) "int"
()) ")"
(subscript_expression) "eidP[ind]"
(identifier) "eidP"
([) "["
(identifier) "ind"
(]) "]"
(-) "-"
(number_literal) "1"
(;) ";"
(declaration) "double f_M = h[iM];"
(primitive_type) "double"
(init_declarator) "f_M = h[iM]"
(identifier) "f_M"
(=) "="
(subscript_expression) "h[iM]"
(identifier) "h"
([) "["
(identifier) "iM"
(]) "]"
(;) ";"
(comment) "// local and adjacent node values"
(declaration) "double hP = h[iP];"
(primitive_type) "double"
(init_declarator) "hP = h[iP]"
(identifier) "hP"
(=) "="
(subscript_expression) "h[iP]"
(identifier) "h"
([) "["
(identifier) "iP"
(]) "]"
(;) ";"
(declaration) "double uM = u[iM], vM = v[iM];"
(primitive_type) "double"
(init_declarator) "uM = u[iM]"
(identifier) "uM"
(=) "="
(subscript_expression) "u[iM]"
(identifier) "u"
([) "["
(identifier) "iM"
(]) "]"
(,) ","
(init_declarator) "vM = v[iM]"
(identifier) "vM"
(=) "="
(subscript_expression) "v[iM]"
(identifier) "v"
([) "["
(identifier) "iM"
(]) "]"
(;) ";"
(comment) "// outward normal vector of local element"
(declaration) "double nx_ = nx[ind];"
(primitive_type) "double"
(init_declarator) "nx_ = nx[ind]"
(identifier) "nx_"
(=) "="
(subscript_expression) "nx[ind]"
(identifier) "nx"
([) "["
(identifier) "ind"
(]) "]"
(;) ";"
(declaration) "double ny_ = ny[ind];"
(primitive_type) "double"
(init_declarator) "ny_ = ny[ind]"
(identifier) "ny_"
(=) "="
(subscript_expression) "ny[ind]"
(identifier) "ny"
([) "["
(identifier) "ind"
(]) "]"
(;) ";"
(declaration) "double f_ext;"
(primitive_type) "double"
(identifier) "f_ext"
(;) ";"
(comment) "// external values on local nodes"
(expression_statement) "f_ext = h_ext[iM];"
(assignment_expression) "f_ext = h_ext[iM]"
(identifier) "f_ext"
(=) "="
(subscript_expression) "h_ext[iM]"
(identifier) "h_ext"
([) "["
(identifier) "iM"
(]) "]"
(;) ";"
(declaration) "bc_type type = (bc_type)eidtype[ind];"
(type_identifier) "bc_type"
(init_declarator) "type = (bc_type)eidtype[ind]"
(identifier) "type"
(=) "="
(cast_expression) "(bc_type)eidtype[ind]"
(() "("
(type_descriptor) "bc_type"
(type_identifier) "bc_type"
()) ")"
(subscript_expression) "eidtype[ind]"
(identifier) "eidtype"
([) "["
(identifier) "ind"
(]) "]"
(;) ";"
(comment) "// get adjacent values hP, qxP, qyP, considering"
(comment) "// various boudnary conditions"
(declaration) "double f_P;"
(primitive_type) "double"
(identifier) "f_P"
(;) ";"
(declaration) "int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);"
(primitive_type) "int"
(init_declarator) "info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P)"
(identifier) "info"
(=) "="
(call_expression) "bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P)"
(identifier) "bound_cond"
(argument_list) "(f_M, hP, f_ext, nx_, ny_, type, &f_P)"
(() "("
(identifier) "f_M"
(,) ","
(identifier) "hP"
(,) ","
(identifier) "f_ext"
(,) ","
(identifier) "nx_"
(,) ","
(identifier) "ny_"
(,) ","
(identifier) "type"
(,) ","
(pointer_expression) "&f_P"
(&) "&"
(identifier) "f_P"
()) ")"
(;) ";"
(comment) "// if(info) mexErrMsgTxt("Unknown boundary conditions.");"
(declaration) "double numflux;"
(primitive_type) "double"
(identifier) "numflux"
(;) ";"
(expression_statement) "upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);"
(call_expression) "upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux)"
(identifier) "upwind_flux"
(argument_list) "(f_M, f_P, uM, vM, nx_, ny_, &numflux)"
(() "("
(identifier) "f_M"
(,) ","
(identifier) "f_P"
(,) ","
(identifier) "uM"
(,) ","
(identifier) "vM"
(,) ","
(identifier) "nx_"
(,) ","
(identifier) "ny_"
(,) ","
(pointer_expression) "&numflux"
(&) "&"
(identifier) "numflux"
()) ")"
(;) ";"
(expression_statement) "flux[ind] = -numflux;"
(assignment_expression) "flux[ind] = -numflux"
(subscript_expression) "flux[ind]"
(identifier) "flux"
([) "["
(identifier) "ind"
(]) "]"
(=) "="
(unary_expression) "-numflux"
(-) "-"
(identifier) "numflux"
(;) ";"
(expression_statement) "ind++;"
(update_expression) "ind++"
(identifier) "ind"
(++) "++"
(;) ";"
(}) "}"
(}) "}"
(preproc_if) "#if DEBUG\n mexPrintf("flux = \n");\n int n;\n for (n = 0; n < Nfp; n++)\n {\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", flux[k * Nfp + n]);\n }\n mexPrintf("\n");\n }\n#endif"
(#if) "#if"
(identifier) "DEBUG"
(
) "\n"
(expression_statement) "mexPrintf("flux = \n");"
(call_expression) "mexPrintf("flux = \n")"
(identifier) "mexPrintf"
(argument_list) "("flux = \n")"
(() "("
(string_literal) ""flux = \n""
(") """
(string_content) "flux = "
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(declaration) "int n;"
(primitive_type) "int"
(identifier) "n"
(;) ";"
(for_statement) "for (n = 0; n < Nfp; n++)\n {\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", flux[k * Nfp + n]);\n }\n mexPrintf("\n");\n }"
(for) "for"
(() "("
(assignment_expression) "n = 0"
(identifier) "n"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "n < Nfp"
(identifier) "n"
(<) "<"
(identifier) "Nfp"
(;) ";"
(update_expression) "n++"
(identifier) "n"
(++) "++"
()) ")"
(compound_statement) "{\n mexPrintf("\t");\n for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", flux[k * Nfp + n]);\n }\n mexPrintf("\n");\n }"
({) "{"
(expression_statement) "mexPrintf("\t");"
(call_expression) "mexPrintf("\t")"
(identifier) "mexPrintf"
(argument_list) "("\t")"
(() "("
(string_literal) ""\t""
(") """
(escape_sequence) "\t"
(") """
()) ")"
(;) ";"
(for_statement) "for (k = 0; k < K; k++)\n {\n mexPrintf("%e\t", flux[k * Nfp + n]);\n }"
(for) "for"
(() "("
(assignment_expression) "k = 0"
(identifier) "k"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "k < K"
(identifier) "k"
(<) "<"
(identifier) "K"
(;) ";"
(update_expression) "k++"
(identifier) "k"
(++) "++"
()) ")"
(compound_statement) "{\n mexPrintf("%e\t", flux[k * Nfp + n]);\n }"
({) "{"
(expression_statement) "mexPrintf("%e\t", flux[k * Nfp + n]);"
(call_expression) "mexPrintf("%e\t", flux[k * Nfp + n])"
(identifier) "mexPrintf"
(argument_list) "("%e\t", flux[k * Nfp + n])"
(() "("
(string_literal) ""%e\t""
(") """
(string_content) "%e"
(escape_sequence) "\t"
(") """
(,) ","
(subscript_expression) "flux[k * Nfp + n]"
(identifier) "flux"
([) "["
(binary_expression) "k * Nfp + n"
(binary_expression) "k * Nfp"
(identifier) "k"
(*) "*"
(identifier) "Nfp"
(+) "+"
(identifier) "n"
(]) "]"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "mexPrintf("\n");"
(call_expression) "mexPrintf("\n")"
(identifier) "mexPrintf"
(argument_list) "("\n")"
(() "("
(string_literal) ""\n""
(") """
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(}) "}"
(#endif) "#endif"
(declaration) "double *stemp = calloc(Nfp * K, sizeof(double));"
(primitive_type) "double"
(init_declarator) "*stemp = calloc(Nfp * K, sizeof(double))"
(pointer_declarator) "*stemp"
(*) "*"
(identifier) "stemp"
(=) "="
(call_expression) "calloc(Nfp * K, sizeof(double))"
(identifier) "calloc"
(argument_list) "(Nfp * K, sizeof(double))"
(() "("
(binary_expression) "Nfp * K"
(identifier) "Nfp"
(*) "*"
(identifier) "K"
(,) ","
(sizeof_expression) "sizeof(double)"
(sizeof) "sizeof"
(() "("
(type_descriptor) "double"
(primitive_type) "double"
()) ")"
()) ")"
(;) ";"
(expression_statement) "dvecm(Nfp * K, 1, flux, Js, stemp);"
(call_expression) "dvecm(Nfp * K, 1, flux, Js, stemp)"
(identifier) "dvecm"
(argument_list) "(Nfp * K, 1, flux, Js, stemp)"
(() "("
(binary_expression) "Nfp * K"
(identifier) "Nfp"
(*) "*"
(identifier) "K"
(,) ","
(number_literal) "1"
(,) ","
(identifier) "flux"
(,) ","
(identifier) "Js"
(,) ","
(identifier) "stemp"
()) ")"
(;) ";"
(declaration) "char *chn = "N";"
(primitive_type) "char"
(init_declarator) "*chn = "N""
(pointer_declarator) "*chn"
(*) "*"
(identifier) "chn"
(=) "="
(string_literal) ""N""
(") """
(string_content) "N"
(") """
(;) ";"
(declaration) "double one = 1.0;"
(primitive_type) "double"
(init_declarator) "one = 1.0"
(identifier) "one"
(=) "="
(number_literal) "1.0"
(;) ";"
(declaration) "mwSignedIndex Np_ = Np, K_ = K, Nfp_ = Nfp;"
(type_identifier) "mwSignedIndex"
(init_declarator) "Np_ = Np"
(identifier) "Np_"
(=) "="
(identifier) "Np"
(,) ","
(init_declarator) "K_ = K"
(identifier) "K_"
(=) "="
(identifier) "K"
(,) ","
(init_declarator) "Nfp_ = Nfp"
(identifier) "Nfp_"
(=) "="
(identifier) "Nfp"
(;) ";"
(expression_statement) "dgemm(chn, chn, &Np_, &K_, &Nfp_, &one, LIFT, &Np_, stemp, &Nfp_, &one, rhs, &Np_);"
(call_expression) "dgemm(chn, chn, &Np_, &K_, &Nfp_, &one, LIFT, &Np_, stemp, &Nfp_, &one, rhs, &Np_)"
(identifier) "dgemm"
(argument_list) "(chn, chn, &Np_, &K_, &Nfp_, &one, LIFT, &Np_, stemp, &Nfp_, &one, rhs, &Np_)"
(() "("
(identifier) "chn"
(,) ","
(identifier) "chn"
(,) ","
(pointer_expression) "&Np_"
(&) "&"
(identifier) "Np_"
(,) ","
(pointer_expression) "&K_"
(&) "&"
(identifier) "K_"
(,) ","
(pointer_expression) "&Nfp_"
(&) "&"
(identifier) "Nfp_"
(,) ","
(pointer_expression) "&one"
(&) "&"
(identifier) "one"
(,) ","
(identifier) "LIFT"
(,) ","
(pointer_expression) "&Np_"
(&) "&"
(identifier) "Np_"
(,) ","
(identifier) "stemp"
(,) ","
(pointer_expression) "&Nfp_"
(&) "&"
(identifier) "Nfp_"
(,) ","
(pointer_expression) "&one"
(&) "&"
(identifier) "one"
(,) ","
(identifier) "rhs"
(,) ","
(pointer_expression) "&Np_"
(&) "&"
(identifier) "Np_"
()) ")"
(;) ";"
(expression_statement) "free(flux);"
(call_expression) "free(flux)"
(identifier) "free"
(argument_list) "(flux)"
(() "("
(identifier) "flux"
()) ")"
(;) ";"
(expression_statement) "free(stemp);"
(call_expression) "free(stemp)"
(identifier) "free"
(argument_list) "(stemp)"
(() "("
(identifier) "stemp"
()) ")"
(;) ";"
(return_statement) "return;"
(return) "return"
(;) ";"
(}) "}"
(comment) "/*\n * @brief calculate the sub-cell discretization by finite volume scheme.\n * Usages: \n * [ rhsQ ] = rhs_fv_term(f_Q, f_ext, u, v, Nedge, v1, v2, nx, ny, ds, ...\n * eidM, eidP, nxM, nyM, Js, LIFT, vol, ...\n * eidtype, EToR)\n */"
(function_definition) "void mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])\n{\n /* check input */\n if (nrhs != 19)\n {\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:invalidNumInputs",\n "20 input required.");\n }\n else if (nlhs > 1)\n {\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:maxlhs",\n "Too many output arguments.");\n }\n\n double *f_Q = mxGetPr(prhs[0]);\n double *f_extQ = mxGetPr(prhs[1]);\n double *u = mxGetPr(prhs[2]);\n double *v = mxGetPr(prhs[3]);\n double Nedge = mxGetScalar(prhs[4]);\n double *v1 = mxGetPr(prhs[5]);\n double *v2 = mxGetPr(prhs[6]);\n double *nx = mxGetPr(prhs[7]);\n double *ny = mxGetPr(prhs[8]);\n double *ds = mxGetPr(prhs[9]);\n double *eidM = mxGetPr(prhs[10]);\n double *eidP = mxGetPr(prhs[11]);\n double *nxM = mxGetPr(prhs[12]);\n double *nyM = mxGetPr(prhs[13]);\n double *Js = mxGetPr(prhs[14]);\n double *LIFT = mxGetPr(prhs[15]);\n double *vol = mxGetPr(prhs[16]);\n signed char *eidtype = (signed char *)mxGetData(prhs[17]);\n signed char *EToR = (signed char *)mxGetData(prhs[18]);\n\n /* get dimensions */\n size_t Np = mxGetM(prhs[0]);\n size_t K = mxGetN(prhs[0]);\n size_t Nfp = mxGetM(prhs[10]);\n\n /* allocate output array */\n plhs[0] = mxCreateDoubleMatrix((mwSize)Np, (mwSize)K, mxREAL);\n double *rhsQ = mxGetPr(plhs[0]);\n\n double *vtemp = calloc(Np * K, sizeof(double));\n inner_fv_term(Np, K, f_Q, u, v,\n (int)Nedge, v1, v2, nx, ny, ds, EToR, vtemp);\n\n surface_fv_term(Np, Nfp, K, f_Q, f_extQ, u, v,\n EToR, eidtype, eidM, eidP, nxM, nyM, Js, LIFT, vtemp);\n\n dvecd(Np * K, 1, vtemp, vol, rhsQ);\n\n free(vtemp);\n return;\n}"
(primitive_type) "void"
(function_declarator) "mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])"
(identifier) "mexFunction"
(parameter_list) "(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])"
(() "("
(parameter_declaration) "int nlhs"
(primitive_type) "int"
(identifier) "nlhs"
(,) ","
(parameter_declaration) "mxArray *plhs[]"
(type_identifier) "mxArray"
(pointer_declarator) "*plhs[]"
(*) "*"
(array_declarator) "plhs[]"
(identifier) "plhs"
([) "["
(]) "]"
(,) ","
(parameter_declaration) "int nrhs"
(primitive_type) "int"
(identifier) "nrhs"
(,) ","
(parameter_declaration) "const mxArray *prhs[]"
(type_qualifier) "const"
(const) "const"
(type_identifier) "mxArray"
(pointer_declarator) "*prhs[]"
(*) "*"
(array_declarator) "prhs[]"
(identifier) "prhs"
([) "["
(]) "]"
()) ")"
(compound_statement) "{\n /* check input */\n if (nrhs != 19)\n {\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:invalidNumInputs",\n "20 input required.");\n }\n else if (nlhs > 1)\n {\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:maxlhs",\n "Too many output arguments.");\n }\n\n double *f_Q = mxGetPr(prhs[0]);\n double *f_extQ = mxGetPr(prhs[1]);\n double *u = mxGetPr(prhs[2]);\n double *v = mxGetPr(prhs[3]);\n double Nedge = mxGetScalar(prhs[4]);\n double *v1 = mxGetPr(prhs[5]);\n double *v2 = mxGetPr(prhs[6]);\n double *nx = mxGetPr(prhs[7]);\n double *ny = mxGetPr(prhs[8]);\n double *ds = mxGetPr(prhs[9]);\n double *eidM = mxGetPr(prhs[10]);\n double *eidP = mxGetPr(prhs[11]);\n double *nxM = mxGetPr(prhs[12]);\n double *nyM = mxGetPr(prhs[13]);\n double *Js = mxGetPr(prhs[14]);\n double *LIFT = mxGetPr(prhs[15]);\n double *vol = mxGetPr(prhs[16]);\n signed char *eidtype = (signed char *)mxGetData(prhs[17]);\n signed char *EToR = (signed char *)mxGetData(prhs[18]);\n\n /* get dimensions */\n size_t Np = mxGetM(prhs[0]);\n size_t K = mxGetN(prhs[0]);\n size_t Nfp = mxGetM(prhs[10]);\n\n /* allocate output array */\n plhs[0] = mxCreateDoubleMatrix((mwSize)Np, (mwSize)K, mxREAL);\n double *rhsQ = mxGetPr(plhs[0]);\n\n double *vtemp = calloc(Np * K, sizeof(double));\n inner_fv_term(Np, K, f_Q, u, v,\n (int)Nedge, v1, v2, nx, ny, ds, EToR, vtemp);\n\n surface_fv_term(Np, Nfp, K, f_Q, f_extQ, u, v,\n EToR, eidtype, eidM, eidP, nxM, nyM, Js, LIFT, vtemp);\n\n dvecd(Np * K, 1, vtemp, vol, rhsQ);\n\n free(vtemp);\n return;\n}"
({) "{"
(comment) "/* check input */"
(if_statement) "if (nrhs != 19)\n {\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:invalidNumInputs",\n "20 input required.");\n }\n else if (nlhs > 1)\n {\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:maxlhs",\n "Too many output arguments.");\n }"
(if) "if"
(parenthesized_expression) "(nrhs != 19)"
(() "("
(binary_expression) "nrhs != 19"
(identifier) "nrhs"
(!=) "!="
(number_literal) "19"
()) ")"
(compound_statement) "{\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:invalidNumInputs",\n "20 input required.");\n }"
({) "{"
(expression_statement) "mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:invalidNumInputs",\n "20 input required.");"
(call_expression) "mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:invalidNumInputs",\n "20 input required.")"
(identifier) "mexErrMsgIdAndTxt"
(argument_list) "("MATLAB:rhs_fv_term:invalidNumInputs",\n "20 input required.")"
(() "("
(string_literal) ""MATLAB:rhs_fv_term:invalidNumInputs""
(") """
(string_content) "MATLAB:rhs_fv_term:invalidNumInputs"
(") """
(,) ","
(string_literal) ""20 input required.""
(") """
(string_content) "20 input required."
(") """
()) ")"
(;) ";"
(}) "}"
(else_clause) "else if (nlhs > 1)\n {\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:maxlhs",\n "Too many output arguments.");\n }"
(else) "else"
(if_statement) "if (nlhs > 1)\n {\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:maxlhs",\n "Too many output arguments.");\n }"
(if) "if"
(parenthesized_expression) "(nlhs > 1)"
(() "("
(binary_expression) "nlhs > 1"
(identifier) "nlhs"
(>) ">"
(number_literal) "1"
()) ")"
(compound_statement) "{\n mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:maxlhs",\n "Too many output arguments.");\n }"
({) "{"
(expression_statement) "mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:maxlhs",\n "Too many output arguments.");"
(call_expression) "mexErrMsgIdAndTxt("MATLAB:rhs_fv_term:maxlhs",\n "Too many output arguments.")"
(identifier) "mexErrMsgIdAndTxt"
(argument_list) "("MATLAB:rhs_fv_term:maxlhs",\n "Too many output arguments.")"
(() "("
(string_literal) ""MATLAB:rhs_fv_term:maxlhs""
(") """
(string_content) "MATLAB:rhs_fv_term:maxlhs"
(") """
(,) ","
(string_literal) ""Too many output arguments.""
(") """
(string_content) "Too many output arguments."
(") """
()) ")"
(;) ";"
(}) "}"
(declaration) "double *f_Q = mxGetPr(prhs[0]);"
(primitive_type) "double"
(init_declarator) "*f_Q = mxGetPr(prhs[0])"
(pointer_declarator) "*f_Q"
(*) "*"
(identifier) "f_Q"
(=) "="
(call_expression) "mxGetPr(prhs[0])"
(identifier) "mxGetPr"
(argument_list) "(prhs[0])"
(() "("
(subscript_expression) "prhs[0]"
(identifier) "prhs"
([) "["
(number_literal) "0"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *f_extQ = mxGetPr(prhs[1]);"
(primitive_type) "double"
(init_declarator) "*f_extQ = mxGetPr(prhs[1])"
(pointer_declarator) "*f_extQ"
(*) "*"
(identifier) "f_extQ"
(=) "="
(call_expression) "mxGetPr(prhs[1])"
(identifier) "mxGetPr"
(argument_list) "(prhs[1])"
(() "("
(subscript_expression) "prhs[1]"
(identifier) "prhs"
([) "["
(number_literal) "1"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *u = mxGetPr(prhs[2]);"
(primitive_type) "double"
(init_declarator) "*u = mxGetPr(prhs[2])"
(pointer_declarator) "*u"
(*) "*"
(identifier) "u"
(=) "="
(call_expression) "mxGetPr(prhs[2])"
(identifier) "mxGetPr"
(argument_list) "(prhs[2])"
(() "("
(subscript_expression) "prhs[2]"
(identifier) "prhs"
([) "["
(number_literal) "2"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *v = mxGetPr(prhs[3]);"
(primitive_type) "double"
(init_declarator) "*v = mxGetPr(prhs[3])"
(pointer_declarator) "*v"
(*) "*"
(identifier) "v"
(=) "="
(call_expression) "mxGetPr(prhs[3])"
(identifier) "mxGetPr"
(argument_list) "(prhs[3])"
(() "("
(subscript_expression) "prhs[3]"
(identifier) "prhs"
([) "["
(number_literal) "3"
(]) "]"
()) ")"
(;) ";"
(declaration) "double Nedge = mxGetScalar(prhs[4]);"
(primitive_type) "double"
(init_declarator) "Nedge = mxGetScalar(prhs[4])"
(identifier) "Nedge"
(=) "="
(call_expression) "mxGetScalar(prhs[4])"
(identifier) "mxGetScalar"
(argument_list) "(prhs[4])"
(() "("
(subscript_expression) "prhs[4]"
(identifier) "prhs"
([) "["
(number_literal) "4"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *v1 = mxGetPr(prhs[5]);"
(primitive_type) "double"
(init_declarator) "*v1 = mxGetPr(prhs[5])"
(pointer_declarator) "*v1"
(*) "*"
(identifier) "v1"
(=) "="
(call_expression) "mxGetPr(prhs[5])"
(identifier) "mxGetPr"
(argument_list) "(prhs[5])"
(() "("
(subscript_expression) "prhs[5]"
(identifier) "prhs"
([) "["
(number_literal) "5"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *v2 = mxGetPr(prhs[6]);"
(primitive_type) "double"
(init_declarator) "*v2 = mxGetPr(prhs[6])"
(pointer_declarator) "*v2"
(*) "*"
(identifier) "v2"
(=) "="
(call_expression) "mxGetPr(prhs[6])"
(identifier) "mxGetPr"
(argument_list) "(prhs[6])"
(() "("
(subscript_expression) "prhs[6]"
(identifier) "prhs"
([) "["
(number_literal) "6"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *nx = mxGetPr(prhs[7]);"
(primitive_type) "double"
(init_declarator) "*nx = mxGetPr(prhs[7])"
(pointer_declarator) "*nx"
(*) "*"
(identifier) "nx"
(=) "="
(call_expression) "mxGetPr(prhs[7])"
(identifier) "mxGetPr"
(argument_list) "(prhs[7])"
(() "("
(subscript_expression) "prhs[7]"
(identifier) "prhs"
([) "["
(number_literal) "7"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *ny = mxGetPr(prhs[8]);"
(primitive_type) "double"
(init_declarator) "*ny = mxGetPr(prhs[8])"
(pointer_declarator) "*ny"
(*) "*"
(identifier) "ny"
(=) "="
(call_expression) "mxGetPr(prhs[8])"
(identifier) "mxGetPr"
(argument_list) "(prhs[8])"
(() "("
(subscript_expression) "prhs[8]"
(identifier) "prhs"
([) "["
(number_literal) "8"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *ds = mxGetPr(prhs[9]);"
(primitive_type) "double"
(init_declarator) "*ds = mxGetPr(prhs[9])"
(pointer_declarator) "*ds"
(*) "*"
(identifier) "ds"
(=) "="
(call_expression) "mxGetPr(prhs[9])"
(identifier) "mxGetPr"
(argument_list) "(prhs[9])"
(() "("
(subscript_expression) "prhs[9]"
(identifier) "prhs"
([) "["
(number_literal) "9"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *eidM = mxGetPr(prhs[10]);"
(primitive_type) "double"
(init_declarator) "*eidM = mxGetPr(prhs[10])"
(pointer_declarator) "*eidM"
(*) "*"
(identifier) "eidM"
(=) "="
(call_expression) "mxGetPr(prhs[10])"
(identifier) "mxGetPr"
(argument_list) "(prhs[10])"
(() "("
(subscript_expression) "prhs[10]"
(identifier) "prhs"
([) "["
(number_literal) "10"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *eidP = mxGetPr(prhs[11]);"
(primitive_type) "double"
(init_declarator) "*eidP = mxGetPr(prhs[11])"
(pointer_declarator) "*eidP"
(*) "*"
(identifier) "eidP"
(=) "="
(call_expression) "mxGetPr(prhs[11])"
(identifier) "mxGetPr"
(argument_list) "(prhs[11])"
(() "("
(subscript_expression) "prhs[11]"
(identifier) "prhs"
([) "["
(number_literal) "11"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *nxM = mxGetPr(prhs[12]);"
(primitive_type) "double"
(init_declarator) "*nxM = mxGetPr(prhs[12])"
(pointer_declarator) "*nxM"
(*) "*"
(identifier) "nxM"
(=) "="
(call_expression) "mxGetPr(prhs[12])"
(identifier) "mxGetPr"
(argument_list) "(prhs[12])"
(() "("
(subscript_expression) "prhs[12]"
(identifier) "prhs"
([) "["
(number_literal) "12"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *nyM = mxGetPr(prhs[13]);"
(primitive_type) "double"
(init_declarator) "*nyM = mxGetPr(prhs[13])"
(pointer_declarator) "*nyM"
(*) "*"
(identifier) "nyM"
(=) "="
(call_expression) "mxGetPr(prhs[13])"
(identifier) "mxGetPr"
(argument_list) "(prhs[13])"
(() "("
(subscript_expression) "prhs[13]"
(identifier) "prhs"
([) "["
(number_literal) "13"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *Js = mxGetPr(prhs[14]);"
(primitive_type) "double"
(init_declarator) "*Js = mxGetPr(prhs[14])"
(pointer_declarator) "*Js"
(*) "*"
(identifier) "Js"
(=) "="
(call_expression) "mxGetPr(prhs[14])"
(identifier) "mxGetPr"
(argument_list) "(prhs[14])"
(() "("
(subscript_expression) "prhs[14]"
(identifier) "prhs"
([) "["
(number_literal) "14"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *LIFT = mxGetPr(prhs[15]);"
(primitive_type) "double"
(init_declarator) "*LIFT = mxGetPr(prhs[15])"
(pointer_declarator) "*LIFT"
(*) "*"
(identifier) "LIFT"
(=) "="
(call_expression) "mxGetPr(prhs[15])"
(identifier) "mxGetPr"
(argument_list) "(prhs[15])"
(() "("
(subscript_expression) "prhs[15]"
(identifier) "prhs"
([) "["
(number_literal) "15"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *vol = mxGetPr(prhs[16]);"
(primitive_type) "double"
(init_declarator) "*vol = mxGetPr(prhs[16])"
(pointer_declarator) "*vol"
(*) "*"
(identifier) "vol"
(=) "="
(call_expression) "mxGetPr(prhs[16])"
(identifier) "mxGetPr"
(argument_list) "(prhs[16])"
(() "("
(subscript_expression) "prhs[16]"
(identifier) "prhs"
([) "["
(number_literal) "16"
(]) "]"
()) ")"
(;) ";"
(declaration) "signed char *eidtype = (signed char *)mxGetData(prhs[17]);"
(sized_type_specifier) "signed char"
(signed) "signed"
(primitive_type) "char"
(init_declarator) "*eidtype = (signed char *)mxGetData(prhs[17])"
(pointer_declarator) "*eidtype"
(*) "*"
(identifier) "eidtype"
(=) "="
(cast_expression) "(signed char *)mxGetData(prhs[17])"
(() "("
(type_descriptor) "signed char *"
(sized_type_specifier) "signed char"
(signed) "signed"
(primitive_type) "char"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(call_expression) "mxGetData(prhs[17])"
(identifier) "mxGetData"
(argument_list) "(prhs[17])"
(() "("
(subscript_expression) "prhs[17]"
(identifier) "prhs"
([) "["
(number_literal) "17"
(]) "]"
()) ")"
(;) ";"
(declaration) "signed char *EToR = (signed char *)mxGetData(prhs[18]);"
(sized_type_specifier) "signed char"
(signed) "signed"
(primitive_type) "char"
(init_declarator) "*EToR = (signed char *)mxGetData(prhs[18])"
(pointer_declarator) "*EToR"
(*) "*"
(identifier) "EToR"
(=) "="
(cast_expression) "(signed char *)mxGetData(prhs[18])"
(() "("
(type_descriptor) "signed char *"
(sized_type_specifier) "signed char"
(signed) "signed"
(primitive_type) "char"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(call_expression) "mxGetData(prhs[18])"
(identifier) "mxGetData"
(argument_list) "(prhs[18])"
(() "("
(subscript_expression) "prhs[18]"
(identifier) "prhs"
([) "["
(number_literal) "18"
(]) "]"
()) ")"
(;) ";"
(comment) "/* get dimensions */"
(declaration) "size_t Np = mxGetM(prhs[0]);"
(primitive_type) "size_t"
(init_declarator) "Np = mxGetM(prhs[0])"
(identifier) "Np"
(=) "="
(call_expression) "mxGetM(prhs[0])"
(identifier) "mxGetM"
(argument_list) "(prhs[0])"
(() "("
(subscript_expression) "prhs[0]"
(identifier) "prhs"
([) "["
(number_literal) "0"
(]) "]"
()) ")"
(;) ";"
(declaration) "size_t K = mxGetN(prhs[0]);"
(primitive_type) "size_t"
(init_declarator) "K = mxGetN(prhs[0])"
(identifier) "K"
(=) "="
(call_expression) "mxGetN(prhs[0])"
(identifier) "mxGetN"
(argument_list) "(prhs[0])"
(() "("
(subscript_expression) "prhs[0]"
(identifier) "prhs"
([) "["
(number_literal) "0"
(]) "]"
()) ")"
(;) ";"
(declaration) "size_t Nfp = mxGetM(prhs[10]);"
(primitive_type) "size_t"
(init_declarator) "Nfp = mxGetM(prhs[10])"
(identifier) "Nfp"
(=) "="
(call_expression) "mxGetM(prhs[10])"
(identifier) "mxGetM"
(argument_list) "(prhs[10])"
(() "("
(subscript_expression) "prhs[10]"
(identifier) "prhs"
([) "["
(number_literal) "10"
(]) "]"
()) ")"
(;) ";"
(comment) "/* allocate output array */"
(expression_statement) "plhs[0] = mxCreateDoubleMatrix((mwSize)Np, (mwSize)K, mxREAL);"
(assignment_expression) "plhs[0] = mxCreateDoubleMatrix((mwSize)Np, (mwSize)K, mxREAL)"
(subscript_expression) "plhs[0]"
(identifier) "plhs"
([) "["
(number_literal) "0"
(]) "]"
(=) "="
(call_expression) "mxCreateDoubleMatrix((mwSize)Np, (mwSize)K, mxREAL)"
(identifier) "mxCreateDoubleMatrix"
(argument_list) "((mwSize)Np, (mwSize)K, mxREAL)"
(() "("
(cast_expression) "(mwSize)Np"
(() "("
(type_descriptor) "mwSize"
(type_identifier) "mwSize"
()) ")"
(identifier) "Np"
(,) ","
(cast_expression) "(mwSize)K"
(() "("
(type_descriptor) "mwSize"
(type_identifier) "mwSize"
()) ")"
(identifier) "K"
(,) ","
(identifier) "mxREAL"
()) ")"
(;) ";"
(declaration) "double *rhsQ = mxGetPr(plhs[0]);"
(primitive_type) "double"
(init_declarator) "*rhsQ = mxGetPr(plhs[0])"
(pointer_declarator) "*rhsQ"
(*) "*"
(identifier) "rhsQ"
(=) "="
(call_expression) "mxGetPr(plhs[0])"
(identifier) "mxGetPr"
(argument_list) "(plhs[0])"
(() "("
(subscript_expression) "plhs[0]"
(identifier) "plhs"
([) "["
(number_literal) "0"
(]) "]"
()) ")"
(;) ";"
(declaration) "double *vtemp = calloc(Np * K, sizeof(double));"
(primitive_type) "double"
(init_declarator) "*vtemp = calloc(Np * K, sizeof(double))"
(pointer_declarator) "*vtemp"
(*) "*"
(identifier) "vtemp"
(=) "="
(call_expression) "calloc(Np * K, sizeof(double))"
(identifier) "calloc"
(argument_list) "(Np * K, sizeof(double))"
(() "("
(binary_expression) "Np * K"
(identifier) "Np"
(*) "*"
(identifier) "K"
(,) ","
(sizeof_expression) "sizeof(double)"
(sizeof) "sizeof"
(() "("
(type_descriptor) "double"
(primitive_type) "double"
()) ")"
()) ")"
(;) ";"
(expression_statement) "inner_fv_term(Np, K, f_Q, u, v,\n (int)Nedge, v1, v2, nx, ny, ds, EToR, vtemp);"
(call_expression) "inner_fv_term(Np, K, f_Q, u, v,\n (int)Nedge, v1, v2, nx, ny, ds, EToR, vtemp)"
(identifier) "inner_fv_term"
(argument_list) "(Np, K, f_Q, u, v,\n (int)Nedge, v1, v2, nx, ny, ds, EToR, vtemp)"
(() "("
(identifier) "Np"
(,) ","
(identifier) "K"
(,) ","
(identifier) "f_Q"
(,) ","
(identifier) "u"
(,) ","
(identifier) "v"
(,) ","
(cast_expression) "(int)Nedge"
(() "("
(type_descriptor) "int"
(primitive_type) "int"
()) ")"
(identifier) "Nedge"
(,) ","
(identifier) "v1"
(,) ","
(identifier) "v2"
(,) ","
(identifier) "nx"
(,) ","
(identifier) "ny"
(,) ","
(identifier) "ds"
(,) ","
(identifier) "EToR"
(,) ","
(identifier) "vtemp"
()) ")"
(;) ";"
(expression_statement) "surface_fv_term(Np, Nfp, K, f_Q, f_extQ, u, v,\n EToR, eidtype, eidM, eidP, nxM, nyM, Js, LIFT, vtemp);"
(call_expression) "surface_fv_term(Np, Nfp, K, f_Q, f_extQ, u, v,\n EToR, eidtype, eidM, eidP, nxM, nyM, Js, LIFT, vtemp)"
(identifier) "surface_fv_term"
(argument_list) "(Np, Nfp, K, f_Q, f_extQ, u, v,\n EToR, eidtype, eidM, eidP, nxM, nyM, Js, LIFT, vtemp)"
(() "("
(identifier) "Np"
(,) ","
(identifier) "Nfp"
(,) ","
(identifier) "K"
(,) ","
(identifier) "f_Q"
(,) ","
(identifier) "f_extQ"
(,) ","
(identifier) "u"
(,) ","
(identifier) "v"
(,) ","
(identifier) "EToR"
(,) ","
(identifier) "eidtype"
(,) ","
(identifier) "eidM"
(,) ","
(identifier) "eidP"
(,) ","
(identifier) "nxM"
(,) ","
(identifier) "nyM"
(,) ","
(identifier) "Js"
(,) ","
(identifier) "LIFT"
(,) ","
(identifier) "vtemp"
()) ")"
(;) ";"
(expression_statement) "dvecd(Np * K, 1, vtemp, vol, rhsQ);"
(call_expression) "dvecd(Np * K, 1, vtemp, vol, rhsQ)"
(identifier) "dvecd"
(argument_list) "(Np * K, 1, vtemp, vol, rhsQ)"
(() "("
(binary_expression) "Np * K"
(identifier) "Np"
(*) "*"
(identifier) "K"
(,) ","
(number_literal) "1"
(,) ","
(identifier) "vtemp"
(,) ","
(identifier) "vol"
(,) ","
(identifier) "rhsQ"
()) ")"
(;) ";"
(expression_statement) "free(vtemp);"
(call_expression) "free(vtemp)"
(identifier) "free"
(argument_list) "(vtemp)"
(() "("
(identifier) "vtemp"
()) ")"
(;) ";"
(return_statement) "return;"
(return) "return"
(;) ";"
(}) "}"
| 1,857
| 0
|
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"text": "#include", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 8}}, {"id": 5, "type": "string_literal", "text": "\"blas.h\"", "parent": 3, "children": [], "start_point": {"row": 1, "column": 9}, "end_point": {"row": 1, "column": 17}}, {"id": 6, "type": "preproc_include", "text": "#include \"conv2d.h\"\n", "parent": null, "children": [7, 8], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 3, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 2, "column": 8}}, {"id": 8, "type": "string_literal", "text": "\"conv2d.h\"", "parent": 6, "children": [], "start_point": {"row": 2, "column": 9}, "end_point": {"row": 2, "column": 19}}, {"id": 9, "type": "preproc_def", "text": "#define DEBUG 0\n", "parent": null, "children": [10, 11, 12], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 5, "column": 0}}, {"id": 10, "type": "#define", "text": "#define", "parent": 9, "children": [], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 4, "column": 7}}, {"id": 11, "type": "identifier", "text": "DEBUG", "parent": 9, "children": [], "start_point": {"row": 4, "column": 8}, "end_point": {"row": 4, "column": 13}}, {"id": 12, "type": "preproc_arg", "text": "0", "parent": 9, "children": [], "start_point": {"row": 4, "column": 14}, "end_point": {"row": 4, "column": 15}}, {"id": 13, "type": "function_definition", "text": "void inner_fv_term(int Np, int K, double *h, double *u, double *v,\n int Nedge, double *v1, double *v2,\n double *nx, double *ny, double *ds,\n signed char *EToR, double *rhs)\n{\n#ifdef _OPENMP\n#pragma omp parallel for num_threads(DG_THREADS)\n#endif\n for (int k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int n, ind = k * Nedge;\n for (n = 0; n < Nedge; n++)\n {\n int n1 = (int)v1[n] + k*Np - 1; // change to C type\n int n2 = (int)v2[n] + k*Np - 1;\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double delta_s = ds[ind];\n\n double num_flux;\n upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);\n\n rhs[n1] -= num_flux * delta_s;\n rhs[n2] += num_flux * delta_s;\n#if DEBUG\n mexPrintf(\"k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\\n\",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif\n ind++;\n }\n }\n\n#if DEBUG\n mexPrintf(\"inner_rhs = \\n\");\n int n;\n for (n = 0; n < Np; n++)\n {\n mexPrintf(\"\\t\");\n for (k = 0; k < K; k++)\n {\n mexPrintf(\"%e\\t\", rhs[k * Np + n]);\n }\n mexPrintf(\"\\n\");\n }\n#endif\n return;\n}", "parent": null, "children": [14, 15], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 55, "column": 1}}, {"id": 14, "type": "primitive_type", "text": "void", "parent": 13, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 4}}, {"id": 15, "type": "function_declarator", "text": "inner_fv_term(int Np, int K, double *h, double *u, double *v,\n int Nedge, double *v1, double *v2,\n double *nx, double *ny, double *ds,\n signed char *EToR, double *rhs)", "parent": 13, "children": [16, 17], "start_point": {"row": 6, "column": 5}, "end_point": {"row": 9, "column": 50}}, {"id": 16, "type": "identifier", "text": "inner_fv_term", "parent": 15, "children": [], "start_point": {"row": 6, "column": 5}, "end_point": {"row": 6, "column": 18}}, {"id": 17, "type": "parameter_list", "text": "(int Np, int K, double *h, double *u, double *v,\n int Nedge, double *v1, double *v2,\n double *nx, double *ny, double *ds,\n signed char *EToR, double *rhs)", "parent": 15, "children": [18, 21, 24, 29, 34, 39, 42, 47, 52, 57, 62, 67, 74], "start_point": {"row": 6, "column": 18}, "end_point": {"row": 9, "column": 50}}, {"id": 18, "type": "parameter_declaration", "text": "int Np", "parent": 17, "children": [19, 20], "start_point": {"row": 6, "column": 19}, "end_point": {"row": 6, "column": 25}}, {"id": 19, "type": "primitive_type", "text": "int", "parent": 18, "children": [], "start_point": {"row": 6, "column": 19}, "end_point": {"row": 6, "column": 22}}, {"id": 20, "type": "identifier", "text": "Np", "parent": 18, "children": [], "start_point": {"row": 6, "column": 23}, "end_point": {"row": 6, "column": 25}}, {"id": 21, "type": "parameter_declaration", "text": "int K", "parent": 17, "children": [22, 23], "start_point": {"row": 6, "column": 27}, "end_point": {"row": 6, "column": 32}}, {"id": 22, "type": "primitive_type", "text": "int", "parent": 21, "children": [], "start_point": {"row": 6, "column": 27}, "end_point": {"row": 6, "column": 30}}, {"id": 23, "type": "identifier", "text": "K", "parent": 21, "children": [], "start_point": {"row": 6, "column": 31}, "end_point": {"row": 6, "column": 32}}, {"id": 24, "type": "parameter_declaration", "text": "double *h", "parent": 17, "children": [25, 26], "start_point": {"row": 6, "column": 34}, "end_point": {"row": 6, "column": 43}}, {"id": 25, "type": "primitive_type", "text": "double", "parent": 24, "children": [], "start_point": {"row": 6, "column": 34}, "end_point": {"row": 6, "column": 40}}, {"id": 26, "type": "pointer_declarator", "text": "*h", "parent": 24, "children": [27, 28], "start_point": {"row": 6, "column": 41}, "end_point": {"row": 6, "column": 43}}, {"id": 27, "type": "*", "text": "*", "parent": 26, "children": [], "start_point": {"row": 6, "column": 41}, "end_point": {"row": 6, "column": 42}}, {"id": 28, "type": "identifier", "text": "h", "parent": 26, "children": [], "start_point": {"row": 6, "column": 42}, "end_point": {"row": 6, "column": 43}}, {"id": 29, "type": "parameter_declaration", "text": "double *u", "parent": 17, "children": [30, 31], "start_point": {"row": 6, "column": 45}, "end_point": {"row": 6, "column": 54}}, {"id": 30, "type": "primitive_type", "text": "double", "parent": 29, "children": [], "start_point": {"row": 6, "column": 45}, "end_point": {"row": 6, "column": 51}}, {"id": 31, "type": "pointer_declarator", "text": "*u", "parent": 29, "children": [32, 33], "start_point": {"row": 6, "column": 52}, "end_point": {"row": 6, "column": 54}}, {"id": 32, "type": "*", "text": "*", "parent": 31, "children": [], "start_point": {"row": 6, "column": 52}, "end_point": {"row": 6, "column": 53}}, {"id": 33, "type": "identifier", "text": "u", "parent": 31, "children": [], "start_point": {"row": 6, "column": 53}, "end_point": {"row": 6, "column": 54}}, {"id": 34, "type": "parameter_declaration", "text": "double *v", "parent": 17, "children": [35, 36], "start_point": {"row": 6, "column": 56}, "end_point": {"row": 6, "column": 65}}, {"id": 35, "type": "primitive_type", "text": "double", "parent": 34, "children": [], "start_point": {"row": 6, "column": 56}, "end_point": {"row": 6, "column": 62}}, {"id": 36, "type": "pointer_declarator", "text": "*v", "parent": 34, "children": [37, 38], "start_point": {"row": 6, "column": 63}, "end_point": {"row": 6, "column": 65}}, {"id": 37, "type": "*", "text": "*", "parent": 36, "children": [], "start_point": {"row": 6, "column": 63}, "end_point": {"row": 6, "column": 64}}, {"id": 38, "type": "identifier", "text": "v", "parent": 36, "children": [], "start_point": {"row": 6, "column": 64}, "end_point": {"row": 6, "column": 65}}, {"id": 39, "type": "parameter_declaration", "text": "int Nedge", "parent": 17, "children": [40, 41], "start_point": {"row": 7, "column": 19}, "end_point": {"row": 7, "column": 28}}, {"id": 40, "type": "primitive_type", "text": "int", "parent": 39, "children": [], "start_point": {"row": 7, "column": 19}, "end_point": {"row": 7, "column": 22}}, {"id": 41, "type": "identifier", "text": "Nedge", "parent": 39, "children": [], "start_point": {"row": 7, "column": 23}, "end_point": {"row": 7, "column": 28}}, {"id": 42, "type": "parameter_declaration", "text": "double *v1", "parent": 17, "children": [43, 44], "start_point": {"row": 7, "column": 30}, "end_point": {"row": 7, "column": 40}}, {"id": 43, "type": "primitive_type", "text": "double", "parent": 42, "children": [], "start_point": {"row": 7, "column": 30}, "end_point": {"row": 7, "column": 36}}, {"id": 44, "type": "pointer_declarator", "text": "*v1", "parent": 42, "children": [45, 46], "start_point": {"row": 7, "column": 37}, "end_point": {"row": 7, "column": 40}}, {"id": 45, "type": "*", "text": "*", "parent": 44, "children": [], "start_point": {"row": 7, "column": 37}, "end_point": {"row": 7, "column": 38}}, {"id": 46, "type": "identifier", "text": "v1", "parent": 44, "children": [], "start_point": {"row": 7, "column": 38}, "end_point": {"row": 7, "column": 40}}, {"id": 47, "type": "parameter_declaration", "text": "double *v2", "parent": 17, "children": [48, 49], "start_point": {"row": 7, "column": 42}, "end_point": {"row": 7, "column": 52}}, {"id": 48, "type": "primitive_type", "text": "double", "parent": 47, "children": [], "start_point": {"row": 7, "column": 42}, "end_point": {"row": 7, "column": 48}}, {"id": 49, 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"text": "signed char *EToR", "parent": 17, "children": [68, 71], "start_point": {"row": 9, "column": 19}, "end_point": {"row": 9, "column": 36}}, {"id": 68, "type": "sized_type_specifier", "text": "signed char", "parent": 67, "children": [69, 70], "start_point": {"row": 9, "column": 19}, "end_point": {"row": 9, "column": 30}}, {"id": 69, "type": "signed", "text": "signed", "parent": 68, "children": [], "start_point": {"row": 9, "column": 19}, "end_point": {"row": 9, "column": 25}}, {"id": 70, "type": "primitive_type", "text": "char", "parent": 68, "children": [], "start_point": {"row": 9, "column": 26}, "end_point": {"row": 9, "column": 30}}, {"id": 71, "type": "pointer_declarator", "text": "*EToR", "parent": 67, "children": [72, 73], "start_point": {"row": 9, "column": 31}, "end_point": {"row": 9, "column": 36}}, {"id": 72, "type": "*", "text": "*", "parent": 71, "children": [], "start_point": {"row": 9, "column": 31}, "end_point": {"row": 9, "column": 32}}, {"id": 73, "type": "identifier", "text": "EToR", "parent": 71, "children": [], "start_point": {"row": 9, "column": 32}, "end_point": {"row": 9, "column": 36}}, {"id": 74, "type": "parameter_declaration", "text": "double *rhs", "parent": 17, "children": [75, 76], "start_point": {"row": 9, "column": 38}, "end_point": {"row": 9, "column": 49}}, {"id": 75, "type": "primitive_type", "text": "double", "parent": 74, "children": [], "start_point": {"row": 9, "column": 38}, "end_point": {"row": 9, "column": 44}}, {"id": 76, "type": "pointer_declarator", "text": "*rhs", "parent": 74, "children": [77, 78], "start_point": {"row": 9, "column": 45}, "end_point": {"row": 9, "column": 49}}, {"id": 77, "type": "*", "text": "*", "parent": 76, "children": [], "start_point": {"row": 9, "column": 45}, "end_point": {"row": 9, "column": 46}}, {"id": 78, "type": "identifier", "text": "rhs", "parent": 76, "children": [], "start_point": {"row": 9, "column": 46}, "end_point": {"row": 9, "column": 49}}, {"id": 79, "type": "preproc_ifdef", "text": "#ifdef _OPENMP\n#pragma omp parallel for num_threads(DG_THREADS)\n#endif", "parent": 13, "children": [80, 81, 82, 85], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 13, "column": 6}}, {"id": 80, "type": "#ifdef", "text": "#ifdef", "parent": 79, "children": [], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 11, "column": 6}}, {"id": 81, "type": "identifier", "text": "_OPENMP", "parent": 79, "children": [], "start_point": {"row": 11, "column": 7}, "end_point": {"row": 11, "column": 14}}, {"id": 82, "type": "preproc_call", "text": "#pragma omp parallel for num_threads(DG_THREADS)\n", "parent": 79, "children": [83, 84], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 13, "column": 0}}, {"id": 83, "type": "preproc_directive", "text": "#pragma", "parent": 82, "children": [], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 12, "column": 7}}, {"id": 84, "type": "preproc_arg", "text": "omp parallel for num_threads(DG_THREADS)", "parent": 82, "children": [], "start_point": {"row": 12, "column": 8}, "end_point": {"row": 12, "column": 48}}, {"id": 85, "type": "#endif", "text": "#endif", "parent": 79, "children": [], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 13, "column": 6}}, {"id": 86, "type": "for_statement", "text": "for (int k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int n, ind = k * Nedge;\n for (n = 0; n < Nedge; n++)\n {\n int n1 = (int)v1[n] + k*Np - 1; // change to C type\n int n2 = (int)v2[n] + k*Np - 1;\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double delta_s = ds[ind];\n\n double num_flux;\n upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);\n\n rhs[n1] -= num_flux * delta_s;\n rhs[n2] += num_flux * delta_s;\n#if DEBUG\n mexPrintf(\"k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\\n\",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif\n ind++;\n }\n }", "parent": 13, "children": [87, 93, 97], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 39, "column": 5}}, {"id": 87, "type": "declaration", "text": "int k = 0;", "parent": 86, "children": [88, 89], "start_point": {"row": 14, "column": 9}, "end_point": {"row": 14, "column": 19}}, {"id": 88, "type": "primitive_type", "text": "int", "parent": 87, "children": [], "start_point": {"row": 14, "column": 9}, "end_point": {"row": 14, "column": 12}}, {"id": 89, "type": "init_declarator", "text": "k = 0", "parent": 87, "children": [90, 91, 92], "start_point": {"row": 14, "column": 13}, "end_point": {"row": 14, "column": 18}}, {"id": 90, "type": "identifier", "text": "k", "parent": 89, "children": [], "start_point": {"row": 14, "column": 13}, "end_point": {"row": 14, "column": 14}}, {"id": 91, "type": "=", "text": "=", "parent": 89, "children": [], "start_point": {"row": 14, "column": 15}, "end_point": {"row": 14, "column": 16}}, {"id": 92, "type": "number_literal", "text": "0", "parent": 89, "children": [], "start_point": {"row": 14, "column": 17}, "end_point": {"row": 14, "column": 18}}, {"id": 93, "type": "binary_expression", "text": "k < K", "parent": 86, "children": [94, 95, 96], "start_point": {"row": 14, "column": 20}, "end_point": {"row": 14, "column": 25}}, {"id": 94, "type": "identifier", "text": "k", "parent": 93, "children": [], "start_point": {"row": 14, "column": 20}, "end_point": {"row": 14, "column": 21}}, {"id": 95, "type": "<", "text": "<", "parent": 93, "children": [], "start_point": {"row": 14, "column": 22}, "end_point": {"row": 14, "column": 23}}, {"id": 96, "type": "identifier", "text": "K", "parent": 93, "children": [], "start_point": {"row": 14, "column": 24}, "end_point": {"row": 14, "column": 25}}, {"id": 97, "type": "update_expression", "text": "k++", "parent": 86, "children": [98, 99], "start_point": {"row": 14, "column": 27}, "end_point": {"row": 14, "column": 30}}, {"id": 98, "type": "identifier", "text": "k", "parent": 97, "children": [], "start_point": {"row": 14, "column": 27}, "end_point": {"row": 14, "column": 28}}, {"id": 99, "type": "++", "text": "++", "parent": 97, "children": [], "start_point": {"row": 14, "column": 28}, "end_point": {"row": 14, "column": 30}}, {"id": 100, "type": "if_statement", "text": "if ((cell_type)EToR[k] != REFINE)\n continue;", "parent": 86, "children": [101, 111], "start_point": {"row": 16, "column": 8}, "end_point": {"row": 17, "column": 21}}, {"id": 101, "type": "parenthesized_expression", "text": "((cell_type)EToR[k] != REFINE)", "parent": 100, "children": [102], "start_point": {"row": 16, "column": 11}, "end_point": {"row": 16, "column": 41}}, {"id": 102, "type": "binary_expression", "text": "(cell_type)EToR[k] != REFINE", "parent": 101, "children": [103, 109, 110], "start_point": {"row": 16, "column": 12}, "end_point": {"row": 16, "column": 40}}, {"id": 103, "type": "cast_expression", "text": "(cell_type)EToR[k]", "parent": 102, "children": [104, 106], "start_point": {"row": 16, "column": 12}, "end_point": {"row": 16, "column": 30}}, {"id": 104, "type": "type_descriptor", "text": "cell_type", "parent": 103, "children": [105], "start_point": {"row": 16, "column": 13}, "end_point": {"row": 16, "column": 22}}, {"id": 105, "type": "type_identifier", "text": "cell_type", "parent": 104, "children": [], "start_point": {"row": 16, "column": 13}, "end_point": {"row": 16, "column": 22}}, {"id": 106, "type": "subscript_expression", "text": "EToR[k]", "parent": 103, "children": [107, 108], "start_point": {"row": 16, "column": 23}, "end_point": {"row": 16, "column": 30}}, {"id": 107, "type": "identifier", "text": "EToR", "parent": 106, "children": [], "start_point": {"row": 16, "column": 23}, "end_point": {"row": 16, "column": 27}}, {"id": 108, "type": "identifier", "text": "k", "parent": 106, "children": [], "start_point": {"row": 16, "column": 28}, "end_point": {"row": 16, "column": 29}}, {"id": 109, "type": "!=", "text": "!=", "parent": 102, "children": [], "start_point": {"row": 16, "column": 31}, "end_point": {"row": 16, "column": 33}}, {"id": 110, "type": "identifier", "text": "REFINE", "parent": 102, "children": [], "start_point": {"row": 16, "column": 34}, "end_point": {"row": 16, "column": 40}}, {"id": 111, "type": "continue_statement", "text": "continue;", "parent": 100, "children": [112], "start_point": {"row": 17, "column": 12}, "end_point": {"row": 17, "column": 21}}, {"id": 112, "type": "continue", "text": "continue", "parent": 111, "children": [], "start_point": {"row": 17, "column": 12}, "end_point": {"row": 17, "column": 20}}, {"id": 113, "type": "declaration", "text": "int n, ind = k * Nedge;", "parent": 86, "children": [114, 115, 116], "start_point": {"row": 19, "column": 8}, "end_point": {"row": 19, "column": 31}}, {"id": 114, "type": "primitive_type", "text": "int", "parent": 113, "children": [], "start_point": {"row": 19, "column": 8}, "end_point": {"row": 19, "column": 11}}, {"id": 115, "type": "identifier", "text": "n", "parent": 113, "children": [], "start_point": {"row": 19, "column": 12}, "end_point": {"row": 19, "column": 13}}, {"id": 116, "type": "init_declarator", "text": "ind = k * Nedge", "parent": 113, "children": [117, 118, 119], "start_point": {"row": 19, "column": 15}, "end_point": {"row": 19, "column": 30}}, {"id": 117, "type": "identifier", "text": "ind", "parent": 116, "children": [], "start_point": {"row": 19, "column": 15}, "end_point": {"row": 19, "column": 18}}, {"id": 118, "type": "=", "text": "=", "parent": 116, "children": [], "start_point": {"row": 19, "column": 19}, "end_point": {"row": 19, "column": 20}}, {"id": 119, "type": "binary_expression", "text": "k * Nedge", "parent": 116, "children": [120, 121, 122], "start_point": {"row": 19, "column": 21}, "end_point": {"row": 19, "column": 30}}, {"id": 120, "type": "identifier", "text": "k", "parent": 119, "children": [], "start_point": {"row": 19, "column": 21}, "end_point": {"row": 19, "column": 22}}, {"id": 121, "type": "*", "text": "*", "parent": 119, "children": [], "start_point": {"row": 19, "column": 23}, "end_point": {"row": 19, "column": 24}}, {"id": 122, "type": "identifier", "text": "Nedge", "parent": 119, "children": [], "start_point": {"row": 19, "column": 25}, "end_point": {"row": 19, "column": 30}}, {"id": 123, "type": "for_statement", "text": "for (n = 0; n < Nedge; n++)\n {\n int n1 = (int)v1[n] + k*Np - 1; // change to C type\n int n2 = (int)v2[n] + k*Np - 1;\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double delta_s = ds[ind];\n\n double num_flux;\n upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);\n\n rhs[n1] -= num_flux * delta_s;\n rhs[n2] += num_flux * delta_s;\n#if DEBUG\n mexPrintf(\"k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\\n\",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif\n ind++;\n }", "parent": 86, "children": [124, 128, 132], "start_point": {"row": 20, "column": 8}, "end_point": {"row": 38, "column": 9}}, {"id": 124, "type": "assignment_expression", "text": "n = 0", "parent": 123, "children": [125, 126, 127], "start_point": {"row": 20, "column": 13}, "end_point": {"row": 20, "column": 18}}, {"id": 125, "type": "identifier", "text": "n", "parent": 124, "children": [], "start_point": {"row": 20, "column": 13}, "end_point": {"row": 20, "column": 14}}, {"id": 126, "type": "=", "text": "=", "parent": 124, "children": [], "start_point": {"row": 20, "column": 15}, "end_point": {"row": 20, "column": 16}}, {"id": 127, "type": "number_literal", "text": "0", "parent": 124, "children": [], "start_point": {"row": 20, "column": 17}, "end_point": {"row": 20, "column": 18}}, {"id": 128, "type": "binary_expression", "text": "n < Nedge", "parent": 123, "children": [129, 130, 131], "start_point": {"row": 20, "column": 20}, "end_point": {"row": 20, "column": 29}}, {"id": 129, "type": "identifier", "text": "n", "parent": 128, "children": [], "start_point": {"row": 20, "column": 20}, "end_point": {"row": 20, "column": 21}}, {"id": 130, "type": "<", "text": "<", "parent": 128, "children": [], "start_point": {"row": 20, "column": 22}, "end_point": {"row": 20, "column": 23}}, {"id": 131, "type": "identifier", "text": "Nedge", "parent": 128, "children": [], "start_point": {"row": 20, "column": 24}, "end_point": {"row": 20, "column": 29}}, {"id": 132, "type": "update_expression", "text": "n++", "parent": 123, "children": [133, 134], "start_point": {"row": 20, "column": 31}, "end_point": {"row": 20, "column": 34}}, {"id": 133, "type": "identifier", "text": "n", "parent": 132, "children": [], "start_point": {"row": 20, "column": 31}, "end_point": {"row": 20, "column": 32}}, {"id": 134, "type": "++", "text": "++", "parent": 132, "children": [], "start_point": {"row": 20, "column": 32}, "end_point": {"row": 20, "column": 34}}, {"id": 135, "type": "declaration", "text": "int n1 = (int)v1[n] + k*Np - 1;", "parent": 123, "children": [136, 137], "start_point": {"row": 22, "column": 12}, "end_point": {"row": 22, "column": 43}}, {"id": 136, "type": "primitive_type", "text": "int", "parent": 135, "children": [], "start_point": {"row": 22, "column": 12}, "end_point": {"row": 22, "column": 15}}, {"id": 137, "type": "init_declarator", "text": "n1 = (int)v1[n] + k*Np - 1", "parent": 135, "children": [138, 139, 140], "start_point": {"row": 22, "column": 16}, "end_point": {"row": 22, "column": 42}}, {"id": 138, "type": "identifier", "text": "n1", "parent": 137, "children": [], "start_point": {"row": 22, "column": 16}, "end_point": {"row": 22, "column": 18}}, {"id": 139, "type": "=", "text": "=", "parent": 137, "children": [], "start_point": {"row": 22, "column": 19}, "end_point": {"row": 22, "column": 20}}, {"id": 140, "type": "binary_expression", "text": "(int)v1[n] + k*Np - 1", "parent": 137, "children": [141, 153, 154], "start_point": {"row": 22, "column": 21}, "end_point": {"row": 22, "column": 42}}, {"id": 141, "type": "binary_expression", "text": "(int)v1[n] + k*Np", "parent": 140, "children": [142, 148, 149], "start_point": {"row": 22, "column": 21}, "end_point": {"row": 22, "column": 38}}, {"id": 142, "type": "cast_expression", "text": "(int)v1[n]", "parent": 141, "children": [143, 145], "start_point": {"row": 22, "column": 21}, "end_point": {"row": 22, "column": 31}}, {"id": 143, "type": "type_descriptor", "text": "int", "parent": 142, "children": [144], "start_point": {"row": 22, "column": 22}, "end_point": {"row": 22, "column": 25}}, {"id": 144, "type": "primitive_type", "text": "int", "parent": 143, "children": [], "start_point": {"row": 22, "column": 22}, "end_point": {"row": 22, "column": 25}}, {"id": 145, "type": "subscript_expression", "text": "v1[n]", "parent": 142, "children": [146, 147], "start_point": {"row": 22, "column": 26}, "end_point": {"row": 22, "column": 31}}, {"id": 146, "type": "identifier", "text": "v1", "parent": 145, "children": [], "start_point": {"row": 22, "column": 26}, "end_point": {"row": 22, "column": 28}}, {"id": 147, "type": "identifier", "text": "n", "parent": 145, "children": [], "start_point": {"row": 22, "column": 29}, "end_point": {"row": 22, "column": 30}}, {"id": 148, "type": "+", "text": "+", "parent": 141, "children": [], "start_point": {"row": 22, "column": 32}, "end_point": {"row": 22, "column": 33}}, {"id": 149, "type": "binary_expression", "text": "k*Np", "parent": 141, "children": [150, 151, 152], "start_point": {"row": 22, "column": 34}, "end_point": {"row": 22, "column": 38}}, {"id": 150, "type": "identifier", "text": "k", "parent": 149, "children": [], "start_point": {"row": 22, "column": 34}, "end_point": {"row": 22, "column": 35}}, {"id": 151, "type": "*", "text": "*", "parent": 149, "children": [], "start_point": {"row": 22, "column": 35}, "end_point": {"row": 22, "column": 36}}, {"id": 152, "type": "identifier", "text": "Np", "parent": 149, "children": [], "start_point": {"row": 22, "column": 36}, "end_point": {"row": 22, "column": 38}}, {"id": 153, "type": "-", "text": "-", "parent": 140, "children": [], "start_point": {"row": 22, "column": 39}, "end_point": {"row": 22, "column": 40}}, {"id": 154, "type": "number_literal", "text": "1", "parent": 140, "children": [], "start_point": {"row": 22, "column": 41}, "end_point": {"row": 22, "column": 42}}, {"id": 155, "type": "declaration", "text": "int n2 = (int)v2[n] + k*Np - 1;", "parent": 123, "children": [156, 157], "start_point": {"row": 23, "column": 12}, "end_point": {"row": 23, "column": 43}}, {"id": 156, "type": "primitive_type", "text": "int", "parent": 155, "children": [], "start_point": {"row": 23, "column": 12}, "end_point": {"row": 23, "column": 15}}, {"id": 157, "type": "init_declarator", "text": "n2 = (int)v2[n] + k*Np - 1", "parent": 155, "children": [158, 159, 160], "start_point": {"row": 23, "column": 16}, "end_point": {"row": 23, "column": 42}}, {"id": 158, "type": "identifier", "text": "n2", "parent": 157, "children": [], "start_point": {"row": 23, "column": 16}, "end_point": {"row": 23, "column": 18}}, {"id": 159, "type": "=", "text": "=", "parent": 157, "children": [], "start_point": {"row": 23, "column": 19}, "end_point": {"row": 23, "column": 20}}, {"id": 160, "type": "binary_expression", "text": "(int)v2[n] + k*Np - 1", "parent": 157, "children": [161, 173, 174], "start_point": {"row": 23, "column": 21}, "end_point": {"row": 23, "column": 42}}, {"id": 161, "type": "binary_expression", "text": "(int)v2[n] + k*Np", "parent": 160, "children": [162, 168, 169], "start_point": {"row": 23, "column": 21}, "end_point": {"row": 23, "column": 38}}, {"id": 162, "type": "cast_expression", "text": "(int)v2[n]", "parent": 161, "children": [163, 165], "start_point": {"row": 23, "column": 21}, "end_point": {"row": 23, "column": 31}}, {"id": 163, "type": "type_descriptor", "text": "int", "parent": 162, "children": [164], "start_point": {"row": 23, "column": 22}, "end_point": {"row": 23, "column": 25}}, {"id": 164, "type": "primitive_type", "text": "int", "parent": 163, "children": [], "start_point": {"row": 23, "column": 22}, "end_point": {"row": 23, "column": 25}}, {"id": 165, "type": "subscript_expression", "text": "v2[n]", "parent": 162, "children": [166, 167], "start_point": {"row": 23, "column": 26}, "end_point": {"row": 23, "column": 31}}, {"id": 166, "type": "identifier", "text": "v2", "parent": 165, "children": [], "start_point": {"row": 23, "column": 26}, "end_point": {"row": 23, "column": 28}}, {"id": 167, "type": "identifier", "text": "n", "parent": 165, "children": [], "start_point": {"row": 23, "column": 29}, "end_point": {"row": 23, "column": 30}}, {"id": 168, "type": "+", "text": "+", "parent": 161, "children": [], "start_point": {"row": 23, "column": 32}, "end_point": {"row": 23, "column": 33}}, {"id": 169, "type": "binary_expression", "text": "k*Np", "parent": 161, "children": [170, 171, 172], "start_point": {"row": 23, "column": 34}, "end_point": {"row": 23, "column": 38}}, {"id": 170, "type": "identifier", "text": "k", "parent": 169, "children": [], "start_point": {"row": 23, "column": 34}, "end_point": {"row": 23, "column": 35}}, {"id": 171, "type": "*", "text": "*", "parent": 169, "children": [], "start_point": {"row": 23, "column": 35}, "end_point": {"row": 23, "column": 36}}, {"id": 172, "type": "identifier", "text": "Np", "parent": 169, "children": [], "start_point": {"row": 23, "column": 36}, "end_point": {"row": 23, "column": 38}}, {"id": 173, "type": "-", "text": "-", "parent": 160, "children": [], "start_point": {"row": 23, "column": 39}, "end_point": {"row": 23, "column": 40}}, {"id": 174, "type": "number_literal", "text": "1", "parent": 160, "children": [], "start_point": {"row": 23, "column": 41}, "end_point": {"row": 23, "column": 42}}, {"id": 175, "type": "declaration", "text": "double nx_ = nx[ind];", "parent": 123, "children": [176, 177], "start_point": {"row": 24, "column": 12}, "end_point": {"row": 24, "column": 33}}, {"id": 176, "type": "primitive_type", "text": "double", "parent": 175, "children": [], "start_point": {"row": 24, "column": 12}, "end_point": {"row": 24, "column": 18}}, {"id": 177, "type": "init_declarator", "text": "nx_ = nx[ind]", "parent": 175, "children": [178, 179, 180], "start_point": {"row": 24, "column": 19}, "end_point": {"row": 24, "column": 32}}, {"id": 178, "type": "identifier", "text": "nx_", "parent": 177, "children": [], "start_point": {"row": 24, "column": 19}, "end_point": {"row": 24, "column": 22}}, {"id": 179, "type": "=", "text": "=", "parent": 177, "children": [], "start_point": {"row": 24, "column": 23}, "end_point": {"row": 24, "column": 24}}, {"id": 180, "type": "subscript_expression", "text": "nx[ind]", "parent": 177, "children": [181, 182], "start_point": {"row": 24, "column": 25}, "end_point": {"row": 24, "column": 32}}, {"id": 181, "type": "identifier", "text": "nx", "parent": 180, "children": [], "start_point": {"row": 24, "column": 25}, "end_point": {"row": 24, "column": 27}}, {"id": 182, "type": "identifier", "text": "ind", "parent": 180, "children": [], "start_point": {"row": 24, "column": 28}, "end_point": {"row": 24, "column": 31}}, {"id": 183, "type": "declaration", "text": "double ny_ = ny[ind];", "parent": 123, "children": [184, 185], "start_point": {"row": 25, "column": 12}, "end_point": {"row": 25, "column": 33}}, {"id": 184, "type": "primitive_type", "text": "double", "parent": 183, "children": [], "start_point": {"row": 25, "column": 12}, "end_point": {"row": 25, "column": 18}}, {"id": 185, "type": "init_declarator", "text": "ny_ = ny[ind]", "parent": 183, "children": [186, 187, 188], "start_point": {"row": 25, "column": 19}, "end_point": {"row": 25, "column": 32}}, {"id": 186, "type": "identifier", "text": "ny_", "parent": 185, "children": [], "start_point": {"row": 25, "column": 19}, "end_point": {"row": 25, "column": 22}}, {"id": 187, "type": "=", "text": "=", "parent": 185, "children": [], "start_point": {"row": 25, "column": 23}, "end_point": {"row": 25, "column": 24}}, {"id": 188, "type": "subscript_expression", "text": "ny[ind]", "parent": 185, "children": [189, 190], "start_point": {"row": 25, "column": 25}, "end_point": {"row": 25, "column": 32}}, {"id": 189, "type": "identifier", "text": "ny", "parent": 188, "children": [], "start_point": {"row": 25, "column": 25}, "end_point": {"row": 25, "column": 27}}, {"id": 190, "type": "identifier", "text": "ind", "parent": 188, "children": [], "start_point": {"row": 25, "column": 28}, "end_point": {"row": 25, "column": 31}}, {"id": 191, "type": "declaration", "text": "double delta_s = ds[ind];", "parent": 123, "children": [192, 193], "start_point": {"row": 26, "column": 12}, "end_point": {"row": 26, "column": 37}}, {"id": 192, "type": "primitive_type", "text": "double", "parent": 191, "children": [], "start_point": {"row": 26, "column": 12}, "end_point": {"row": 26, "column": 18}}, {"id": 193, "type": "init_declarator", "text": "delta_s = ds[ind]", "parent": 191, "children": [194, 195, 196], "start_point": {"row": 26, "column": 19}, "end_point": {"row": 26, "column": 36}}, {"id": 194, "type": "identifier", "text": "delta_s", "parent": 193, "children": [], "start_point": {"row": 26, "column": 19}, "end_point": {"row": 26, "column": 26}}, {"id": 195, "type": "=", "text": "=", "parent": 193, "children": [], "start_point": {"row": 26, "column": 27}, "end_point": {"row": 26, "column": 28}}, {"id": 196, "type": "subscript_expression", "text": "ds[ind]", "parent": 193, "children": [197, 198], "start_point": {"row": 26, "column": 29}, "end_point": {"row": 26, "column": 36}}, {"id": 197, "type": "identifier", "text": "ds", "parent": 196, "children": [], "start_point": {"row": 26, "column": 29}, "end_point": {"row": 26, "column": 31}}, {"id": 198, "type": "identifier", "text": "ind", "parent": 196, "children": [], "start_point": {"row": 26, "column": 32}, "end_point": {"row": 26, "column": 35}}, {"id": 199, "type": "declaration", "text": "double num_flux;", "parent": 123, "children": [200, 201], "start_point": {"row": 28, "column": 12}, "end_point": {"row": 28, "column": 28}}, {"id": 200, "type": "primitive_type", "text": "double", "parent": 199, "children": [], "start_point": {"row": 28, "column": 12}, "end_point": {"row": 28, "column": 18}}, {"id": 201, "type": "identifier", "text": "num_flux", "parent": 199, "children": [], "start_point": {"row": 28, "column": 19}, "end_point": {"row": 28, "column": 27}}, {"id": 202, "type": "call_expression", "text": "upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux)", "parent": 123, "children": [203, 204], "start_point": {"row": 29, "column": 12}, "end_point": {"row": 29, "column": 72}}, {"id": 203, "type": "identifier", "text": "upwind_flux", "parent": 202, "children": [], "start_point": {"row": 29, "column": 12}, "end_point": {"row": 29, "column": 23}}, {"id": 204, "type": "argument_list", "text": "(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux)", "parent": 202, "children": [205, 208, 211, 214, 217, 218, 219], "start_point": {"row": 29, "column": 23}, "end_point": {"row": 29, "column": 72}}, {"id": 205, "type": "subscript_expression", "text": "h[n1]", "parent": 204, "children": [206, 207], "start_point": {"row": 29, "column": 24}, "end_point": {"row": 29, "column": 29}}, {"id": 206, "type": "identifier", "text": "h", "parent": 205, "children": [], "start_point": {"row": 29, "column": 24}, "end_point": {"row": 29, "column": 25}}, {"id": 207, "type": "identifier", "text": "n1", "parent": 205, "children": [], "start_point": {"row": 29, "column": 26}, "end_point": {"row": 29, "column": 28}}, {"id": 208, "type": "subscript_expression", "text": "h[n2]", "parent": 204, "children": [209, 210], "start_point": {"row": 29, "column": 31}, "end_point": {"row": 29, "column": 36}}, {"id": 209, "type": "identifier", "text": "h", "parent": 208, "children": [], "start_point": {"row": 29, "column": 31}, "end_point": {"row": 29, "column": 32}}, {"id": 210, "type": "identifier", "text": "n2", "parent": 208, "children": [], "start_point": {"row": 29, "column": 33}, "end_point": {"row": 29, "column": 35}}, {"id": 211, "type": "subscript_expression", "text": "u[n1]", "parent": 204, "children": [212, 213], "start_point": {"row": 29, "column": 38}, "end_point": {"row": 29, "column": 43}}, {"id": 212, "type": "identifier", "text": "u", "parent": 211, "children": [], "start_point": {"row": 29, "column": 38}, "end_point": {"row": 29, "column": 39}}, {"id": 213, "type": "identifier", "text": "n1", "parent": 211, "children": [], "start_point": {"row": 29, "column": 40}, "end_point": {"row": 29, "column": 42}}, {"id": 214, "type": "subscript_expression", "text": "v[n1]", "parent": 204, "children": [215, 216], "start_point": {"row": 29, "column": 45}, "end_point": {"row": 29, "column": 50}}, {"id": 215, "type": "identifier", "text": "v", "parent": 214, "children": [], "start_point": {"row": 29, "column": 45}, "end_point": {"row": 29, "column": 46}}, {"id": 216, "type": "identifier", "text": "n1", "parent": 214, "children": [], "start_point": {"row": 29, "column": 47}, "end_point": {"row": 29, "column": 49}}, {"id": 217, "type": "identifier", "text": "nx_", "parent": 204, "children": [], "start_point": {"row": 29, "column": 52}, "end_point": {"row": 29, "column": 55}}, {"id": 218, "type": "identifier", "text": "ny_", "parent": 204, "children": [], "start_point": {"row": 29, "column": 57}, "end_point": {"row": 29, "column": 60}}, {"id": 219, "type": "pointer_expression", "text": "&num_flux", "parent": 204, "children": [220], "start_point": {"row": 29, "column": 62}, "end_point": {"row": 29, "column": 71}}, {"id": 220, "type": "identifier", "text": "num_flux", "parent": 219, "children": [], "start_point": {"row": 29, "column": 63}, "end_point": {"row": 29, "column": 71}}, {"id": 221, "type": "assignment_expression", "text": "rhs[n1] -= num_flux * delta_s", "parent": 123, "children": [222, 225, 226], "start_point": {"row": 31, "column": 12}, "end_point": {"row": 31, "column": 41}}, {"id": 222, "type": "subscript_expression", "text": "rhs[n1]", "parent": 221, "children": [223, 224], "start_point": {"row": 31, "column": 12}, "end_point": {"row": 31, "column": 19}}, {"id": 223, "type": "identifier", "text": "rhs", "parent": 222, "children": [], "start_point": {"row": 31, "column": 12}, "end_point": {"row": 31, "column": 15}}, {"id": 224, "type": "identifier", "text": "n1", "parent": 222, "children": [], "start_point": {"row": 31, "column": 16}, "end_point": {"row": 31, "column": 18}}, {"id": 225, "type": "-=", "text": "-=", "parent": 221, "children": [], "start_point": {"row": 31, "column": 20}, "end_point": {"row": 31, "column": 22}}, {"id": 226, "type": "binary_expression", "text": "num_flux * delta_s", "parent": 221, "children": [227, 228, 229], "start_point": {"row": 31, "column": 23}, "end_point": {"row": 31, "column": 41}}, {"id": 227, "type": "identifier", "text": "num_flux", "parent": 226, "children": [], "start_point": {"row": 31, "column": 23}, "end_point": {"row": 31, "column": 31}}, {"id": 228, "type": "*", "text": "*", "parent": 226, "children": [], "start_point": {"row": 31, "column": 32}, "end_point": {"row": 31, "column": 33}}, {"id": 229, "type": "identifier", "text": "delta_s", "parent": 226, "children": [], "start_point": {"row": 31, "column": 34}, "end_point": {"row": 31, "column": 41}}, {"id": 230, "type": "assignment_expression", "text": "rhs[n2] += num_flux * delta_s", "parent": 123, "children": [231, 234, 235], "start_point": {"row": 32, "column": 12}, "end_point": {"row": 32, "column": 41}}, {"id": 231, "type": "subscript_expression", "text": "rhs[n2]", "parent": 230, "children": [232, 233], "start_point": {"row": 32, "column": 12}, "end_point": {"row": 32, "column": 19}}, {"id": 232, "type": "identifier", "text": "rhs", "parent": 231, "children": [], "start_point": {"row": 32, "column": 12}, "end_point": {"row": 32, "column": 15}}, {"id": 233, "type": "identifier", "text": "n2", "parent": 231, "children": [], "start_point": {"row": 32, "column": 16}, "end_point": {"row": 32, "column": 18}}, {"id": 234, "type": "+=", "text": "+=", "parent": 230, "children": [], "start_point": {"row": 32, "column": 20}, "end_point": {"row": 32, "column": 22}}, {"id": 235, "type": "binary_expression", "text": "num_flux * delta_s", "parent": 230, "children": [236, 237, 238], "start_point": {"row": 32, "column": 23}, "end_point": {"row": 32, "column": 41}}, {"id": 236, "type": "identifier", "text": "num_flux", "parent": 235, "children": [], "start_point": {"row": 32, "column": 23}, "end_point": {"row": 32, "column": 31}}, {"id": 237, "type": "*", "text": "*", "parent": 235, "children": [], "start_point": {"row": 32, "column": 32}, "end_point": {"row": 32, "column": 33}}, {"id": 238, "type": "identifier", "text": "delta_s", "parent": 235, "children": [], "start_point": {"row": 32, "column": 34}, "end_point": {"row": 32, "column": 41}}, {"id": 239, "type": "preproc_if", "text": "#if DEBUG\n mexPrintf(\"k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\\n\",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif", "parent": 123, "children": [240, 241, 242, 262], "start_point": {"row": 33, "column": 0}, "end_point": {"row": 36, "column": 6}}, {"id": 240, "type": "#if", "text": "#if", "parent": 239, "children": [], "start_point": {"row": 33, "column": 0}, "end_point": {"row": 33, "column": 3}}, {"id": 241, "type": "identifier", "text": "DEBUG", "parent": 239, "children": [], "start_point": {"row": 33, "column": 4}, "end_point": {"row": 33, "column": 9}}, {"id": 242, "type": "\n", "text": "\n", "parent": 239, "children": [], "start_point": {"row": 33, "column": 9}, "end_point": {"row": 34, "column": 0}}, {"id": 243, "type": "call_expression", "text": "mexPrintf(\"k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\\n\",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2])", "parent": 239, "children": [244, 245], "start_point": {"row": 34, "column": 12}, "end_point": {"row": 35, "column": 82}}, {"id": 244, "type": "identifier", "text": "mexPrintf", "parent": 243, "children": [], "start_point": {"row": 34, "column": 12}, "end_point": {"row": 34, "column": 21}}, {"id": 245, "type": "argument_list", "text": "(\"k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\\n\",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2])", "parent": 243, "children": [246, 248, 249, 250, 251, 252, 253, 254, 255, 256, 259], "start_point": {"row": 34, "column": 21}, "end_point": {"row": 35, "column": 82}}, {"id": 246, "type": "string_literal", "text": "\"k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\\n\"", "parent": 245, "children": [247], "start_point": {"row": 34, "column": 22}, "end_point": {"row": 34, "column": 101}}, {"id": 247, "type": "escape_sequence", "text": "\\n", "parent": 246, "children": [], "start_point": {"row": 34, "column": 98}, "end_point": {"row": 34, "column": 100}}, {"id": 248, "type": "identifier", "text": "k", "parent": 245, "children": [], "start_point": {"row": 35, "column": 22}, "end_point": {"row": 35, "column": 23}}, {"id": 249, "type": "identifier", "text": "n", "parent": 245, "children": [], "start_point": {"row": 35, "column": 25}, "end_point": {"row": 35, "column": 26}}, {"id": 250, "type": "identifier", "text": "n1", "parent": 245, "children": [], "start_point": {"row": 35, "column": 28}, "end_point": {"row": 35, "column": 30}}, {"id": 251, "type": "identifier", "text": "n2", "parent": 245, "children": [], "start_point": {"row": 35, "column": 32}, "end_point": {"row": 35, "column": 34}}, {"id": 252, "type": "identifier", "text": "nx_", "parent": 245, "children": [], "start_point": {"row": 35, "column": 36}, "end_point": {"row": 35, "column": 39}}, {"id": 253, "type": "identifier", "text": "ny_", "parent": 245, "children": [], "start_point": {"row": 35, "column": 41}, "end_point": {"row": 35, "column": 44}}, {"id": 254, "type": "identifier", "text": "delta_s", "parent": 245, "children": [], "start_point": {"row": 35, "column": 46}, "end_point": {"row": 35, "column": 53}}, {"id": 255, "type": "identifier", "text": "num_flux", "parent": 245, "children": [], "start_point": {"row": 35, "column": 55}, "end_point": {"row": 35, "column": 63}}, {"id": 256, "type": "subscript_expression", "text": "rhs[n1]", "parent": 245, "children": [257, 258], "start_point": {"row": 35, "column": 65}, "end_point": {"row": 35, "column": 72}}, {"id": 257, "type": "identifier", "text": "rhs", "parent": 256, "children": [], "start_point": {"row": 35, "column": 65}, "end_point": {"row": 35, "column": 68}}, {"id": 258, "type": "identifier", "text": "n1", "parent": 256, "children": [], "start_point": {"row": 35, "column": 69}, "end_point": {"row": 35, "column": 71}}, {"id": 259, "type": "subscript_expression", "text": "rhs[n2]", "parent": 245, "children": [260, 261], "start_point": {"row": 35, "column": 74}, "end_point": {"row": 35, "column": 81}}, {"id": 260, "type": "identifier", "text": "rhs", "parent": 259, "children": [], "start_point": {"row": 35, "column": 74}, "end_point": {"row": 35, "column": 77}}, {"id": 261, "type": "identifier", "text": "n2", "parent": 259, "children": [], "start_point": {"row": 35, "column": 78}, "end_point": {"row": 35, "column": 80}}, {"id": 262, "type": "#endif", "text": "#endif", "parent": 239, "children": [], "start_point": {"row": 36, "column": 0}, "end_point": {"row": 36, "column": 6}}, {"id": 263, "type": "update_expression", "text": "ind++", "parent": 123, "children": [264, 265], "start_point": {"row": 37, "column": 12}, "end_point": {"row": 37, "column": 17}}, {"id": 264, "type": "identifier", "text": "ind", "parent": 263, "children": [], "start_point": {"row": 37, "column": 12}, "end_point": {"row": 37, "column": 15}}, {"id": 265, "type": "++", "text": "++", "parent": 263, "children": [], "start_point": {"row": 37, "column": 15}, "end_point": {"row": 37, "column": 17}}, {"id": 266, "type": "preproc_if", "text": "#if DEBUG\n mexPrintf(\"inner_rhs = \\n\");\n int n;\n for (n = 0; n < Np; n++)\n {\n mexPrintf(\"\\t\");\n for (k = 0; k < K; k++)\n {\n mexPrintf(\"%e\\t\", rhs[k * Np + n]);\n }\n mexPrintf(\"\\n\");\n }\n#endif", "parent": 13, "children": [267, 268, 269, 275, 278, 326], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 53, "column": 6}}, {"id": 267, "type": "#if", "text": "#if", "parent": 266, "children": [], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 3}}, {"id": 268, "type": "identifier", "text": "DEBUG", "parent": 266, "children": [], "start_point": {"row": 41, "column": 4}, "end_point": {"row": 41, "column": 9}}, {"id": 269, "type": "\n", "text": "\n", "parent": 266, "children": [], "start_point": {"row": 41, "column": 9}, "end_point": {"row": 42, "column": 0}}, {"id": 270, "type": "call_expression", "text": "mexPrintf(\"inner_rhs = \\n\")", "parent": 266, "children": [271, 272], "start_point": {"row": 42, "column": 4}, "end_point": {"row": 42, "column": 31}}, {"id": 271, "type": "identifier", "text": "mexPrintf", "parent": 270, "children": [], "start_point": {"row": 42, "column": 4}, "end_point": {"row": 42, "column": 13}}, {"id": 272, "type": "argument_list", "text": "(\"inner_rhs = \\n\")", "parent": 270, "children": [273], "start_point": {"row": 42, "column": 13}, "end_point": {"row": 42, "column": 31}}, {"id": 273, "type": "string_literal", "text": "\"inner_rhs = \\n\"", "parent": 272, "children": [274], "start_point": {"row": 42, "column": 14}, "end_point": {"row": 42, "column": 30}}, {"id": 274, "type": "escape_sequence", "text": "\\n", "parent": 273, "children": [], "start_point": {"row": 42, "column": 27}, "end_point": {"row": 42, "column": 29}}, {"id": 275, "type": "declaration", "text": "int n;", "parent": 266, "children": [276, 277], "start_point": {"row": 43, "column": 4}, "end_point": {"row": 43, "column": 10}}, {"id": 276, "type": "primitive_type", "text": "int", "parent": 275, "children": [], "start_point": {"row": 43, "column": 4}, "end_point": {"row": 43, "column": 7}}, {"id": 277, "type": "identifier", "text": "n", "parent": 275, "children": [], "start_point": {"row": 43, "column": 8}, "end_point": {"row": 43, "column": 9}}, {"id": 278, "type": "for_statement", "text": "for (n = 0; n < Np; n++)\n {\n mexPrintf(\"\\t\");\n for (k = 0; k < K; k++)\n {\n mexPrintf(\"%e\\t\", rhs[k * Np + n]);\n }\n mexPrintf(\"\\n\");\n }", "parent": 266, "children": [279, 283, 287], "start_point": {"row": 44, "column": 4}, "end_point": {"row": 52, "column": 5}}, {"id": 279, "type": "assignment_expression", "text": "n = 0", "parent": 278, "children": [280, 281, 282], "start_point": {"row": 44, "column": 9}, "end_point": {"row": 44, "column": 14}}, {"id": 280, "type": "identifier", "text": "n", "parent": 279, "children": [], "start_point": {"row": 44, "column": 9}, "end_point": {"row": 44, "column": 10}}, {"id": 281, "type": "=", "text": "=", "parent": 279, "children": [], "start_point": {"row": 44, "column": 11}, "end_point": {"row": 44, "column": 12}}, {"id": 282, "type": "number_literal", "text": "0", "parent": 279, "children": [], "start_point": {"row": 44, "column": 13}, "end_point": {"row": 44, "column": 14}}, {"id": 283, "type": "binary_expression", "text": "n < Np", "parent": 278, "children": [284, 285, 286], "start_point": {"row": 44, "column": 16}, "end_point": {"row": 44, "column": 22}}, {"id": 284, "type": "identifier", "text": "n", "parent": 283, "children": [], "start_point": {"row": 44, "column": 16}, "end_point": {"row": 44, "column": 17}}, {"id": 285, "type": "<", "text": "<", "parent": 283, "children": [], "start_point": {"row": 44, "column": 18}, "end_point": {"row": 44, "column": 19}}, {"id": 286, "type": "identifier", "text": "Np", "parent": 283, "children": [], "start_point": {"row": 44, "column": 20}, "end_point": {"row": 44, "column": 22}}, {"id": 287, "type": "update_expression", "text": "n++", "parent": 278, "children": [288, 289], "start_point": {"row": 44, "column": 24}, "end_point": {"row": 44, "column": 27}}, {"id": 288, "type": "identifier", "text": "n", "parent": 287, "children": [], "start_point": {"row": 44, "column": 24}, "end_point": {"row": 44, "column": 25}}, {"id": 289, "type": "++", "text": "++", "parent": 287, "children": [], "start_point": {"row": 44, "column": 25}, "end_point": {"row": 44, "column": 27}}, {"id": 290, "type": "call_expression", "text": "mexPrintf(\"\\t\")", "parent": 278, "children": [291, 292], "start_point": {"row": 46, "column": 8}, "end_point": {"row": 46, "column": 23}}, {"id": 291, "type": "identifier", "text": "mexPrintf", "parent": 290, "children": [], "start_point": {"row": 46, "column": 8}, "end_point": {"row": 46, "column": 17}}, {"id": 292, "type": "argument_list", "text": "(\"\\t\")", "parent": 290, "children": [293], "start_point": {"row": 46, "column": 17}, "end_point": {"row": 46, "column": 23}}, {"id": 293, "type": "string_literal", "text": "\"\\t\"", "parent": 292, "children": [294], "start_point": {"row": 46, "column": 18}, "end_point": {"row": 46, "column": 22}}, {"id": 294, "type": "escape_sequence", "text": "\\t", "parent": 293, "children": [], "start_point": {"row": 46, "column": 19}, "end_point": {"row": 46, "column": 21}}, {"id": 295, "type": "for_statement", "text": "for (k = 0; k < K; k++)\n {\n mexPrintf(\"%e\\t\", rhs[k * Np + n]);\n }", "parent": 278, "children": [296, 300, 304], "start_point": {"row": 47, "column": 8}, "end_point": {"row": 50, "column": 9}}, {"id": 296, "type": "assignment_expression", "text": "k = 0", "parent": 295, "children": [297, 298, 299], "start_point": {"row": 47, "column": 13}, "end_point": {"row": 47, "column": 18}}, {"id": 297, "type": "identifier", "text": "k", "parent": 296, "children": [], "start_point": {"row": 47, "column": 13}, "end_point": {"row": 47, "column": 14}}, {"id": 298, "type": "=", "text": "=", "parent": 296, "children": [], "start_point": {"row": 47, "column": 15}, "end_point": {"row": 47, "column": 16}}, {"id": 299, "type": "number_literal", "text": "0", "parent": 296, "children": [], "start_point": {"row": 47, "column": 17}, "end_point": {"row": 47, "column": 18}}, {"id": 300, "type": "binary_expression", "text": "k < K", "parent": 295, "children": [301, 302, 303], "start_point": {"row": 47, "column": 20}, "end_point": {"row": 47, "column": 25}}, {"id": 301, "type": "identifier", "text": "k", "parent": 300, "children": [], "start_point": {"row": 47, "column": 20}, "end_point": {"row": 47, "column": 21}}, {"id": 302, "type": "<", "text": "<", "parent": 300, "children": [], "start_point": {"row": 47, "column": 22}, "end_point": {"row": 47, "column": 23}}, {"id": 303, "type": "identifier", "text": "K", "parent": 300, "children": [], "start_point": {"row": 47, "column": 24}, "end_point": {"row": 47, "column": 25}}, {"id": 304, "type": "update_expression", "text": "k++", "parent": 295, 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"start_point": {"row": 54, "column": 4}, "end_point": {"row": 54, "column": 11}}, {"id": 328, "type": "function_definition", "text": "void surface_fv_term(size_t Np, size_t Nfp, size_t K,\n double *h, double *h_ext, double *u, double *v,\n signed char *EToR, signed char *eidtype,\n double *eidM, double *eidP,\n double *nx, double *ny, double *Js, double *LIFT,\n double *rhs)\n{\n\n int k;\n double *flux = calloc(Nfp * K, sizeof(double));\n // #ifdef _OPENMP\n // #pragma omp parallel for num_threads(DG_THREADS)\n // #endif\n for (k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int j, ind = k * Nfp;\n for (j = 0; j < Nfp; j++)\n {\n int iM = (int)eidM[ind] - 1; // change index to C type\n int iP = (int)eidP[ind] - 1;\n double f_M = h[iM]; // local and adjacent node values\n double hP = h[iP];\n double uM = u[iM], vM = v[iM];\n // outward normal vector of local element\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double f_ext; // external values on local nodes\n f_ext = h_ext[iM];\n bc_type type = (bc_type)eidtype[ind];\n // get adjacent values hP, qxP, qyP, considering\n // various boudnary conditions\n double f_P;\n int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);\n // if(info) mexErrMsgTxt(\"Unknown boundary conditions.\");\n double numflux;\n upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);\n\n flux[ind] = -numflux;\n ind++;\n }\n }\n#if DEBUG\n mexPrintf(\"flux = \\n\");\n int n;\n for (n = 0; n < Nfp; n++)\n {\n mexPrintf(\"\\t\");\n for (k = 0; k < K; k++)\n {\n mexPrintf(\"%e\\t\", flux[k * Nfp + n]);\n }\n mexPrintf(\"\\n\");\n }\n#endif\n double *stemp = calloc(Nfp * K, sizeof(double));\n dvecm(Nfp * K, 1, flux, Js, stemp);\n char *chn = \"N\";\n double one = 1.0;\n mwSignedIndex Np_ = Np, K_ = K, Nfp_ = Nfp;\n dgemm(chn, chn, &Np_, &K_, &Nfp_, &one, LIFT, &Np_, stemp, &Nfp_, &one, rhs, &Np_);\n free(flux);\n free(stemp);\n return;\n}", "parent": null, "children": [329, 330], "start_point": {"row": 57, "column": 0}, "end_point": {"row": 123, "column": 1}}, {"id": 329, "type": "primitive_type", "text": "void", "parent": 328, "children": [], "start_point": {"row": 57, "column": 0}, "end_point": {"row": 57, "column": 4}}, {"id": 330, "type": "function_declarator", "text": "surface_fv_term(size_t Np, size_t Nfp, size_t K,\n double *h, double *h_ext, double *u, double *v,\n signed char *EToR, signed char *eidtype,\n double *eidM, double *eidP,\n double *nx, double *ny, double *Js, double *LIFT,\n double *rhs)", "parent": 328, "children": [331, 332], "start_point": {"row": 57, "column": 5}, "end_point": {"row": 62, "column": 33}}, {"id": 331, "type": "identifier", "text": "surface_fv_term", "parent": 330, "children": [], "start_point": {"row": 57, "column": 5}, "end_point": {"row": 57, "column": 20}}, {"id": 332, "type": "parameter_list", "text": "(size_t Np, size_t Nfp, size_t K,\n double *h, double *h_ext, double *u, double *v,\n signed char *EToR, signed char *eidtype,\n double *eidM, double *eidP,\n double *nx, double *ny, double *Js, double *LIFT,\n double *rhs)", "parent": 330, "children": [333, 336, 339, 342, 347, 352, 357, 362, 369, 376, 381, 386, 391, 396, 401, 406], "start_point": {"row": 57, "column": 20}, "end_point": {"row": 62, "column": 33}}, {"id": 333, "type": "parameter_declaration", "text": "size_t Np", "parent": 332, "children": [334, 335], "start_point": {"row": 57, "column": 21}, "end_point": {"row": 57, "column": 30}}, {"id": 334, "type": "primitive_type", "text": "size_t", "parent": 333, "children": [], "start_point": {"row": 57, "column": 21}, "end_point": {"row": 57, "column": 27}}, {"id": 335, "type": "identifier", "text": "Np", "parent": 333, "children": [], "start_point": {"row": 57, "column": 28}, "end_point": {"row": 57, "column": 30}}, {"id": 336, "type": "parameter_declaration", "text": "size_t Nfp", "parent": 332, "children": [337, 338], "start_point": {"row": 57, "column": 32}, "end_point": {"row": 57, "column": 42}}, {"id": 337, "type": 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"*", "text": "*", "parent": 417, "children": [], "start_point": {"row": 66, "column": 11}, "end_point": {"row": 66, "column": 12}}, {"id": 419, "type": "identifier", "text": "flux", "parent": 417, "children": [], "start_point": {"row": 66, "column": 12}, "end_point": {"row": 66, "column": 16}}, {"id": 420, "type": "=", "text": "=", "parent": 416, "children": [], "start_point": {"row": 66, "column": 17}, "end_point": {"row": 66, "column": 18}}, {"id": 421, "type": "call_expression", "text": "calloc(Nfp * K, sizeof(double))", "parent": 416, "children": [422, 423], "start_point": {"row": 66, "column": 19}, "end_point": {"row": 66, "column": 50}}, {"id": 422, "type": "identifier", "text": "calloc", "parent": 421, "children": [], "start_point": {"row": 66, "column": 19}, "end_point": {"row": 66, "column": 25}}, {"id": 423, "type": "argument_list", "text": "(Nfp * K, sizeof(double))", "parent": 421, "children": [424, 428], "start_point": {"row": 66, "column": 25}, "end_point": {"row": 66, "column": 50}}, {"id": 424, "type": "binary_expression", "text": "Nfp * K", "parent": 423, "children": [425, 426, 427], "start_point": {"row": 66, "column": 26}, "end_point": {"row": 66, "column": 33}}, {"id": 425, "type": "identifier", "text": "Nfp", "parent": 424, "children": [], "start_point": {"row": 66, "column": 26}, "end_point": {"row": 66, "column": 29}}, {"id": 426, "type": "*", "text": "*", "parent": 424, "children": [], "start_point": {"row": 66, "column": 30}, "end_point": {"row": 66, "column": 31}}, {"id": 427, "type": "identifier", "text": "K", "parent": 424, "children": [], "start_point": {"row": 66, "column": 32}, "end_point": {"row": 66, "column": 33}}, {"id": 428, "type": "sizeof_expression", "text": "sizeof(double)", "parent": 423, "children": [429], "start_point": {"row": 66, "column": 35}, "end_point": {"row": 66, "column": 49}}, {"id": 429, "type": "type_descriptor", "text": "double", "parent": 428, "children": [430], "start_point": {"row": 66, "column": 42}, "end_point": {"row": 66, "column": 48}}, {"id": 430, "type": "primitive_type", "text": "double", "parent": 429, "children": [], "start_point": {"row": 66, "column": 42}, "end_point": {"row": 66, "column": 48}}, {"id": 431, "type": "for_statement", "text": "for (k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int j, ind = k * Nfp;\n for (j = 0; j < Nfp; j++)\n {\n int iM = (int)eidM[ind] - 1; // change index to C type\n int iP = (int)eidP[ind] - 1;\n double f_M = h[iM]; // local and adjacent node values\n double hP = h[iP];\n double uM = u[iM], vM = v[iM];\n // outward normal vector of local element\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double f_ext; // external values on local nodes\n f_ext = h_ext[iM];\n bc_type type = (bc_type)eidtype[ind];\n // get adjacent values hP, qxP, qyP, considering\n // various boudnary conditions\n double f_P;\n int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);\n // if(info) mexErrMsgTxt(\"Unknown boundary conditions.\");\n double numflux;\n upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);\n\n flux[ind] = -numflux;\n ind++;\n }\n }", "parent": 328, "children": [432, 436, 440], "start_point": {"row": 70, "column": 4}, "end_point": {"row": 100, "column": 5}}, {"id": 432, "type": "assignment_expression", "text": "k = 0", "parent": 431, "children": [433, 434, 435], "start_point": {"row": 70, "column": 9}, "end_point": {"row": 70, "column": 14}}, {"id": 433, "type": "identifier", "text": "k", "parent": 432, "children": [], "start_point": {"row": 70, "column": 9}, "end_point": {"row": 70, "column": 10}}, {"id": 434, "type": "=", "text": "=", "parent": 432, "children": [], "start_point": {"row": 70, "column": 11}, "end_point": {"row": 70, "column": 12}}, {"id": 435, "type": "number_literal", "text": "0", "parent": 432, "children": [], "start_point": {"row": 70, "column": 13}, "end_point": {"row": 70, "column": 14}}, {"id": 436, "type": "binary_expression", "text": "k < K", "parent": 431, "children": [437, 438, 439], "start_point": {"row": 70, "column": 16}, "end_point": {"row": 70, "column": 21}}, {"id": 437, "type": "identifier", "text": "k", "parent": 436, "children": [], "start_point": {"row": 70, "column": 16}, "end_point": {"row": 70, "column": 17}}, {"id": 438, "type": "<", "text": "<", "parent": 436, "children": [], "start_point": {"row": 70, "column": 18}, "end_point": {"row": 70, "column": 19}}, {"id": 439, "type": "identifier", "text": "K", "parent": 436, "children": [], "start_point": {"row": 70, "column": 20}, "end_point": {"row": 70, "column": 21}}, {"id": 440, "type": "update_expression", "text": "k++", "parent": 431, "children": [441, 442], "start_point": {"row": 70, "column": 23}, "end_point": {"row": 70, "column": 26}}, {"id": 441, "type": "identifier", "text": "k", "parent": 440, "children": [], "start_point": {"row": 70, "column": 23}, "end_point": {"row": 70, "column": 24}}, {"id": 442, "type": "++", "text": "++", "parent": 440, "children": [], "start_point": {"row": 70, "column": 24}, "end_point": {"row": 70, "column": 26}}, {"id": 443, "type": "if_statement", "text": "if ((cell_type)EToR[k] != REFINE)\n continue;", "parent": 431, "children": [444, 454], "start_point": {"row": 72, "column": 8}, "end_point": {"row": 73, "column": 21}}, {"id": 444, "type": "parenthesized_expression", "text": "((cell_type)EToR[k] != REFINE)", "parent": 443, "children": [445], "start_point": {"row": 72, "column": 11}, "end_point": {"row": 72, "column": 41}}, {"id": 445, "type": "binary_expression", "text": "(cell_type)EToR[k] != REFINE", "parent": 444, "children": [446, 452, 453], "start_point": {"row": 72, "column": 12}, "end_point": {"row": 72, "column": 40}}, {"id": 446, "type": "cast_expression", "text": "(cell_type)EToR[k]", "parent": 445, "children": [447, 449], "start_point": {"row": 72, "column": 12}, "end_point": {"row": 72, "column": 30}}, {"id": 447, "type": "type_descriptor", "text": "cell_type", "parent": 446, "children": [448], "start_point": {"row": 72, "column": 13}, "end_point": {"row": 72, "column": 22}}, {"id": 448, "type": "type_identifier", "text": "cell_type", "parent": 447, "children": [], "start_point": {"row": 72, "column": 13}, "end_point": {"row": 72, "column": 22}}, {"id": 449, "type": "subscript_expression", "text": "EToR[k]", "parent": 446, "children": [450, 451], "start_point": {"row": 72, "column": 23}, "end_point": {"row": 72, "column": 30}}, {"id": 450, "type": "identifier", "text": "EToR", "parent": 449, "children": [], "start_point": {"row": 72, "column": 23}, "end_point": {"row": 72, "column": 27}}, {"id": 451, "type": "identifier", "text": "k", "parent": 449, "children": [], "start_point": {"row": 72, "column": 28}, "end_point": {"row": 72, "column": 29}}, {"id": 452, "type": "!=", "text": "!=", "parent": 445, "children": [], "start_point": {"row": 72, "column": 31}, "end_point": {"row": 72, "column": 33}}, {"id": 453, "type": "identifier", "text": "REFINE", "parent": 445, "children": [], "start_point": {"row": 72, "column": 34}, "end_point": {"row": 72, "column": 40}}, {"id": 454, "type": "continue_statement", "text": "continue;", "parent": 443, "children": [455], "start_point": {"row": 73, "column": 12}, "end_point": {"row": 73, "column": 21}}, {"id": 455, "type": "continue", "text": "continue", "parent": 454, "children": [], "start_point": {"row": 73, "column": 12}, "end_point": {"row": 73, "column": 20}}, {"id": 456, "type": "declaration", "text": "int j, ind = k * Nfp;", "parent": 431, "children": [457, 458, 459], "start_point": {"row": 75, "column": 8}, "end_point": {"row": 75, "column": 29}}, {"id": 457, "type": "primitive_type", "text": "int", "parent": 456, "children": [], "start_point": {"row": 75, "column": 8}, "end_point": {"row": 75, "column": 11}}, {"id": 458, "type": "identifier", "text": "j", "parent": 456, "children": [], "start_point": {"row": 75, "column": 12}, "end_point": {"row": 75, "column": 13}}, {"id": 459, "type": "init_declarator", "text": "ind = k * Nfp", "parent": 456, "children": [460, 461, 462], "start_point": {"row": 75, "column": 15}, "end_point": {"row": 75, "column": 28}}, {"id": 460, "type": "identifier", "text": "ind", "parent": 459, "children": [], "start_point": {"row": 75, "column": 15}, "end_point": {"row": 75, "column": 18}}, {"id": 461, "type": "=", "text": "=", "parent": 459, "children": [], "start_point": {"row": 75, "column": 19}, "end_point": {"row": 75, "column": 20}}, {"id": 462, "type": "binary_expression", "text": "k * Nfp", "parent": 459, "children": [463, 464, 465], "start_point": {"row": 75, "column": 21}, "end_point": {"row": 75, "column": 28}}, {"id": 463, "type": "identifier", "text": "k", "parent": 462, "children": [], "start_point": {"row": 75, "column": 21}, "end_point": {"row": 75, "column": 22}}, {"id": 464, "type": "*", "text": "*", "parent": 462, "children": [], "start_point": {"row": 75, "column": 23}, "end_point": {"row": 75, "column": 24}}, {"id": 465, "type": "identifier", "text": "Nfp", "parent": 462, "children": [], "start_point": {"row": 75, "column": 25}, "end_point": {"row": 75, "column": 28}}, {"id": 466, "type": "for_statement", "text": "for (j = 0; j < Nfp; j++)\n {\n int iM = (int)eidM[ind] - 1; // change index to C type\n int iP = (int)eidP[ind] - 1;\n double f_M = h[iM]; // local and adjacent node values\n double hP = h[iP];\n double uM = u[iM], vM = v[iM];\n // outward normal vector of local element\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double f_ext; // external values on local nodes\n f_ext = h_ext[iM];\n bc_type type = (bc_type)eidtype[ind];\n // get adjacent values hP, qxP, qyP, considering\n // various boudnary conditions\n double f_P;\n int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);\n // if(info) mexErrMsgTxt(\"Unknown boundary conditions.\");\n double numflux;\n upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);\n\n flux[ind] = -numflux;\n ind++;\n }", "parent": 431, "children": [467, 471, 475], "start_point": {"row": 76, "column": 8}, "end_point": {"row": 99, "column": 9}}, {"id": 467, "type": "assignment_expression", "text": "j = 0", "parent": 466, "children": [468, 469, 470], "start_point": {"row": 76, "column": 13}, "end_point": {"row": 76, "column": 18}}, {"id": 468, "type": "identifier", "text": "j", "parent": 467, "children": [], "start_point": {"row": 76, "column": 13}, "end_point": {"row": 76, "column": 14}}, {"id": 469, "type": "=", "text": "=", "parent": 467, "children": [], "start_point": {"row": 76, "column": 15}, "end_point": {"row": 76, "column": 16}}, {"id": 470, "type": "number_literal", "text": "0", "parent": 467, "children": [], "start_point": {"row": 76, "column": 17}, "end_point": {"row": 76, "column": 18}}, {"id": 471, "type": "binary_expression", "text": "j < Nfp", "parent": 466, "children": [472, 473, 474], "start_point": {"row": 76, "column": 20}, "end_point": {"row": 76, "column": 27}}, {"id": 472, "type": "identifier", "text": "j", "parent": 471, "children": [], "start_point": {"row": 76, "column": 20}, "end_point": {"row": 76, "column": 21}}, {"id": 473, "type": "<", "text": "<", "parent": 471, "children": [], "start_point": {"row": 76, "column": 22}, "end_point": {"row": 76, "column": 23}}, {"id": 474, "type": "identifier", "text": "Nfp", "parent": 471, "children": [], "start_point": {"row": 76, "column": 24}, "end_point": {"row": 76, "column": 27}}, {"id": 475, "type": "update_expression", "text": "j++", "parent": 466, "children": [476, 477], "start_point": {"row": 76, "column": 29}, "end_point": {"row": 76, "column": 32}}, {"id": 476, "type": "identifier", "text": "j", "parent": 475, "children": [], "start_point": {"row": 76, "column": 29}, "end_point": {"row": 76, "column": 30}}, {"id": 477, "type": "++", "text": "++", "parent": 475, "children": [], "start_point": {"row": 76, "column": 30}, "end_point": {"row": 76, "column": 32}}, {"id": 478, "type": "declaration", "text": "int iM = (int)eidM[ind] - 1;", "parent": 466, "children": [479, 480], "start_point": {"row": 78, "column": 12}, "end_point": {"row": 78, "column": 40}}, {"id": 479, "type": "primitive_type", "text": "int", "parent": 478, "children": [], "start_point": {"row": 78, "column": 12}, "end_point": {"row": 78, "column": 15}}, {"id": 480, "type": "init_declarator", "text": "iM = (int)eidM[ind] - 1", "parent": 478, "children": [481, 482, 483], "start_point": {"row": 78, "column": 16}, "end_point": {"row": 78, "column": 39}}, {"id": 481, "type": "identifier", "text": "iM", "parent": 480, "children": [], "start_point": {"row": 78, "column": 16}, "end_point": {"row": 78, "column": 18}}, {"id": 482, "type": "=", "text": "=", "parent": 480, "children": [], "start_point": {"row": 78, "column": 19}, "end_point": {"row": 78, "column": 20}}, {"id": 483, "type": "binary_expression", "text": "(int)eidM[ind] - 1", "parent": 480, "children": [484, 490, 491], "start_point": {"row": 78, "column": 21}, "end_point": {"row": 78, "column": 39}}, {"id": 484, "type": "cast_expression", "text": "(int)eidM[ind]", "parent": 483, "children": [485, 487], "start_point": {"row": 78, "column": 21}, "end_point": {"row": 78, "column": 35}}, {"id": 485, "type": "type_descriptor", "text": "int", "parent": 484, "children": [486], "start_point": {"row": 78, "column": 22}, "end_point": {"row": 78, "column": 25}}, {"id": 486, "type": "primitive_type", "text": "int", "parent": 485, "children": [], "start_point": {"row": 78, "column": 22}, "end_point": {"row": 78, "column": 25}}, {"id": 487, "type": "subscript_expression", "text": "eidM[ind]", "parent": 484, "children": [488, 489], "start_point": {"row": 78, "column": 26}, "end_point": {"row": 78, "column": 35}}, {"id": 488, "type": "identifier", "text": "eidM", "parent": 487, "children": [], "start_point": {"row": 78, "column": 26}, "end_point": {"row": 78, "column": 30}}, {"id": 489, "type": "identifier", "text": "ind", "parent": 487, "children": [], "start_point": {"row": 78, "column": 31}, "end_point": {"row": 78, "column": 34}}, {"id": 490, "type": "-", "text": "-", "parent": 483, "children": [], "start_point": {"row": 78, "column": 36}, "end_point": {"row": 78, "column": 37}}, {"id": 491, "type": "number_literal", "text": "1", "parent": 483, "children": [], "start_point": {"row": 78, "column": 38}, "end_point": {"row": 78, "column": 39}}, {"id": 492, "type": "declaration", "text": "int iP = (int)eidP[ind] - 1;", "parent": 466, "children": [493, 494], "start_point": {"row": 79, "column": 12}, "end_point": {"row": 79, "column": 40}}, {"id": 493, "type": "primitive_type", "text": "int", "parent": 492, "children": [], "start_point": {"row": 79, "column": 12}, "end_point": {"row": 79, "column": 15}}, {"id": 494, "type": "init_declarator", "text": "iP = (int)eidP[ind] - 1", "parent": 492, "children": [495, 496, 497], "start_point": {"row": 79, "column": 16}, "end_point": {"row": 79, "column": 39}}, {"id": 495, "type": "identifier", "text": "iP", "parent": 494, "children": [], "start_point": {"row": 79, "column": 16}, "end_point": {"row": 79, "column": 18}}, {"id": 496, "type": "=", "text": "=", "parent": 494, "children": [], "start_point": {"row": 79, "column": 19}, "end_point": {"row": 79, "column": 20}}, {"id": 497, "type": "binary_expression", "text": "(int)eidP[ind] - 1", "parent": 494, "children": [498, 504, 505], "start_point": {"row": 79, "column": 21}, "end_point": {"row": 79, "column": 39}}, {"id": 498, "type": "cast_expression", "text": "(int)eidP[ind]", "parent": 497, "children": [499, 501], "start_point": {"row": 79, "column": 21}, "end_point": {"row": 79, "column": 35}}, {"id": 499, "type": "type_descriptor", "text": "int", "parent": 498, "children": [500], "start_point": {"row": 79, "column": 22}, "end_point": {"row": 79, "column": 25}}, {"id": 500, "type": "primitive_type", "text": "int", "parent": 499, "children": [], "start_point": {"row": 79, "column": 22}, "end_point": {"row": 79, "column": 25}}, {"id": 501, "type": "subscript_expression", "text": "eidP[ind]", "parent": 498, "children": [502, 503], "start_point": {"row": 79, "column": 26}, "end_point": {"row": 79, "column": 35}}, {"id": 502, "type": "identifier", "text": "eidP", "parent": 501, "children": [], "start_point": {"row": 79, "column": 26}, "end_point": {"row": 79, "column": 30}}, {"id": 503, "type": "identifier", "text": "ind", "parent": 501, "children": [], "start_point": {"row": 79, "column": 31}, "end_point": {"row": 79, "column": 34}}, {"id": 504, "type": "-", "text": "-", "parent": 497, "children": [], "start_point": {"row": 79, "column": 36}, "end_point": {"row": 79, "column": 37}}, {"id": 505, "type": "number_literal", "text": "1", "parent": 497, "children": [], "start_point": {"row": 79, "column": 38}, "end_point": {"row": 79, "column": 39}}, {"id": 506, "type": "declaration", "text": "double f_M = h[iM];", "parent": 466, "children": [507, 508], "start_point": {"row": 80, "column": 12}, "end_point": {"row": 80, "column": 31}}, {"id": 507, "type": "primitive_type", "text": "double", "parent": 506, "children": [], "start_point": {"row": 80, "column": 12}, "end_point": {"row": 80, "column": 18}}, {"id": 508, "type": "init_declarator", "text": "f_M = h[iM]", "parent": 506, "children": [509, 510, 511], "start_point": {"row": 80, "column": 19}, "end_point": {"row": 80, "column": 30}}, {"id": 509, "type": "identifier", "text": "f_M", "parent": 508, "children": [], "start_point": {"row": 80, "column": 19}, "end_point": {"row": 80, "column": 22}}, {"id": 510, "type": "=", "text": "=", "parent": 508, "children": [], "start_point": {"row": 80, "column": 23}, "end_point": {"row": 80, "column": 24}}, {"id": 511, "type": "subscript_expression", "text": "h[iM]", "parent": 508, "children": [512, 513], "start_point": {"row": 80, "column": 25}, "end_point": {"row": 80, "column": 30}}, {"id": 512, "type": "identifier", "text": "h", "parent": 511, "children": [], "start_point": {"row": 80, "column": 25}, "end_point": {"row": 80, "column": 26}}, {"id": 513, "type": "identifier", "text": "iM", "parent": 511, "children": [], "start_point": {"row": 80, "column": 27}, "end_point": {"row": 80, "column": 29}}, {"id": 514, "type": "declaration", "text": "double hP = h[iP];", "parent": 466, "children": [515, 516], "start_point": {"row": 81, "column": 12}, "end_point": {"row": 81, "column": 30}}, {"id": 515, "type": "primitive_type", "text": "double", "parent": 514, "children": [], "start_point": {"row": 81, "column": 12}, "end_point": {"row": 81, "column": 18}}, {"id": 516, "type": "init_declarator", "text": "hP = h[iP]", "parent": 514, "children": [517, 518, 519], "start_point": {"row": 81, "column": 19}, "end_point": {"row": 81, "column": 29}}, {"id": 517, "type": "identifier", "text": "hP", "parent": 516, "children": [], "start_point": {"row": 81, "column": 19}, "end_point": {"row": 81, "column": 21}}, {"id": 518, "type": "=", "text": "=", "parent": 516, "children": [], "start_point": {"row": 81, "column": 22}, "end_point": {"row": 81, "column": 23}}, {"id": 519, "type": "subscript_expression", "text": "h[iP]", "parent": 516, "children": [520, 521], "start_point": {"row": 81, "column": 24}, "end_point": {"row": 81, "column": 29}}, {"id": 520, "type": "identifier", "text": "h", "parent": 519, "children": [], "start_point": {"row": 81, "column": 24}, "end_point": {"row": 81, "column": 25}}, {"id": 521, "type": "identifier", "text": "iP", "parent": 519, "children": [], "start_point": {"row": 81, "column": 26}, "end_point": {"row": 81, "column": 28}}, {"id": 522, "type": "declaration", "text": "double uM = u[iM], vM = v[iM];", "parent": 466, "children": [523, 524, 530], "start_point": {"row": 82, "column": 12}, "end_point": {"row": 82, "column": 42}}, {"id": 523, "type": "primitive_type", "text": "double", "parent": 522, "children": [], "start_point": {"row": 82, "column": 12}, "end_point": {"row": 82, "column": 18}}, {"id": 524, "type": "init_declarator", "text": "uM = u[iM]", "parent": 522, "children": [525, 526, 527], "start_point": {"row": 82, "column": 19}, "end_point": {"row": 82, "column": 29}}, {"id": 525, "type": "identifier", "text": "uM", "parent": 524, "children": [], "start_point": {"row": 82, "column": 19}, "end_point": {"row": 82, "column": 21}}, {"id": 526, "type": "=", "text": "=", "parent": 524, "children": [], "start_point": {"row": 82, "column": 22}, "end_point": {"row": 82, "column": 23}}, {"id": 527, "type": "subscript_expression", "text": "u[iM]", "parent": 524, "children": [528, 529], "start_point": {"row": 82, "column": 24}, "end_point": {"row": 82, "column": 29}}, {"id": 528, "type": "identifier", "text": "u", "parent": 527, "children": [], "start_point": {"row": 82, "column": 24}, "end_point": {"row": 82, "column": 25}}, {"id": 529, "type": "identifier", "text": "iM", "parent": 527, "children": [], "start_point": {"row": 82, "column": 26}, "end_point": {"row": 82, "column": 28}}, {"id": 530, "type": "init_declarator", "text": "vM = v[iM]", "parent": 522, "children": [531, 532, 533], "start_point": {"row": 82, "column": 31}, "end_point": {"row": 82, "column": 41}}, {"id": 531, "type": "identifier", "text": "vM", "parent": 530, "children": [], "start_point": {"row": 82, "column": 31}, "end_point": {"row": 82, "column": 33}}, {"id": 532, "type": "=", "text": "=", "parent": 530, "children": [], "start_point": {"row": 82, "column": 34}, "end_point": {"row": 82, "column": 35}}, {"id": 533, "type": "subscript_expression", "text": "v[iM]", "parent": 530, "children": [534, 535], "start_point": {"row": 82, "column": 36}, "end_point": {"row": 82, "column": 41}}, {"id": 534, "type": "identifier", "text": "v", "parent": 533, "children": [], "start_point": {"row": 82, "column": 36}, "end_point": {"row": 82, "column": 37}}, {"id": 535, "type": "identifier", "text": "iM", "parent": 533, "children": [], "start_point": {"row": 82, "column": 38}, "end_point": {"row": 82, "column": 40}}, {"id": 536, "type": "declaration", "text": "double nx_ = nx[ind];", "parent": 466, "children": [537, 538], "start_point": {"row": 84, "column": 12}, "end_point": {"row": 84, "column": 33}}, {"id": 537, "type": "primitive_type", "text": "double", "parent": 536, "children": [], "start_point": {"row": 84, "column": 12}, "end_point": {"row": 84, "column": 18}}, {"id": 538, "type": "init_declarator", "text": "nx_ = nx[ind]", "parent": 536, "children": [539, 540, 541], "start_point": {"row": 84, "column": 19}, "end_point": {"row": 84, "column": 32}}, {"id": 539, "type": "identifier", "text": "nx_", "parent": 538, "children": [], "start_point": {"row": 84, "column": 19}, "end_point": {"row": 84, "column": 22}}, {"id": 540, "type": "=", "text": "=", "parent": 538, "children": [], "start_point": {"row": 84, "column": 23}, "end_point": {"row": 84, "column": 24}}, {"id": 541, "type": "subscript_expression", "text": "nx[ind]", "parent": 538, "children": [542, 543], "start_point": {"row": 84, "column": 25}, "end_point": {"row": 84, "column": 32}}, {"id": 542, "type": "identifier", "text": "nx", "parent": 541, "children": [], "start_point": {"row": 84, "column": 25}, "end_point": {"row": 84, "column": 27}}, {"id": 543, "type": "identifier", "text": "ind", "parent": 541, "children": [], "start_point": {"row": 84, "column": 28}, "end_point": {"row": 84, "column": 31}}, {"id": 544, "type": "declaration", "text": "double ny_ = ny[ind];", "parent": 466, "children": [545, 546], "start_point": {"row": 85, "column": 12}, "end_point": {"row": 85, "column": 33}}, {"id": 545, "type": "primitive_type", "text": "double", "parent": 544, "children": [], "start_point": {"row": 85, "column": 12}, "end_point": {"row": 85, "column": 18}}, {"id": 546, "type": "init_declarator", "text": "ny_ = ny[ind]", "parent": 544, "children": [547, 548, 549], "start_point": {"row": 85, "column": 19}, "end_point": {"row": 85, "column": 32}}, {"id": 547, "type": "identifier", "text": "ny_", "parent": 546, "children": [], "start_point": {"row": 85, "column": 19}, "end_point": {"row": 85, "column": 22}}, {"id": 548, "type": "=", "text": "=", "parent": 546, "children": [], "start_point": {"row": 85, "column": 23}, "end_point": {"row": 85, "column": 24}}, {"id": 549, "type": "subscript_expression", "text": "ny[ind]", "parent": 546, "children": [550, 551], "start_point": {"row": 85, "column": 25}, "end_point": {"row": 85, "column": 32}}, {"id": 550, "type": "identifier", "text": "ny", "parent": 549, "children": [], "start_point": {"row": 85, "column": 25}, "end_point": {"row": 85, "column": 27}}, {"id": 551, "type": "identifier", "text": "ind", "parent": 549, "children": [], "start_point": {"row": 85, "column": 28}, "end_point": {"row": 85, "column": 31}}, {"id": 552, "type": "declaration", "text": "double f_ext;", "parent": 466, "children": [553, 554], "start_point": {"row": 86, "column": 12}, "end_point": {"row": 86, "column": 25}}, {"id": 553, "type": "primitive_type", "text": "double", "parent": 552, "children": [], "start_point": {"row": 86, "column": 12}, "end_point": {"row": 86, "column": 18}}, {"id": 554, "type": "identifier", "text": "f_ext", "parent": 552, "children": [], "start_point": {"row": 86, "column": 19}, "end_point": {"row": 86, "column": 24}}, {"id": 555, "type": "assignment_expression", "text": "f_ext = h_ext[iM]", "parent": 466, "children": [556, 557, 558], "start_point": {"row": 87, "column": 12}, "end_point": {"row": 87, "column": 29}}, {"id": 556, "type": "identifier", "text": "f_ext", "parent": 555, "children": [], "start_point": {"row": 87, "column": 12}, "end_point": {"row": 87, "column": 17}}, {"id": 557, "type": "=", "text": "=", "parent": 555, "children": [], "start_point": {"row": 87, "column": 18}, "end_point": {"row": 87, "column": 19}}, {"id": 558, "type": "subscript_expression", "text": "h_ext[iM]", "parent": 555, "children": [559, 560], "start_point": {"row": 87, "column": 20}, "end_point": {"row": 87, "column": 29}}, {"id": 559, "type": "identifier", "text": "h_ext", "parent": 558, "children": [], "start_point": {"row": 87, "column": 20}, "end_point": {"row": 87, "column": 25}}, {"id": 560, "type": "identifier", "text": "iM", "parent": 558, "children": [], "start_point": {"row": 87, "column": 26}, "end_point": {"row": 87, "column": 28}}, {"id": 561, "type": "declaration", "text": "bc_type type = (bc_type)eidtype[ind];", "parent": 466, "children": [562, 563], "start_point": {"row": 88, "column": 12}, "end_point": {"row": 88, "column": 49}}, {"id": 562, "type": "type_identifier", "text": "bc_type", "parent": 561, "children": [], "start_point": {"row": 88, "column": 12}, "end_point": {"row": 88, "column": 19}}, {"id": 563, "type": "init_declarator", "text": "type = (bc_type)eidtype[ind]", "parent": 561, "children": [564, 565, 566], "start_point": {"row": 88, "column": 20}, "end_point": {"row": 88, "column": 48}}, {"id": 564, "type": "identifier", "text": "type", "parent": 563, "children": [], "start_point": {"row": 88, "column": 20}, "end_point": {"row": 88, "column": 24}}, {"id": 565, "type": "=", "text": "=", "parent": 563, "children": [], "start_point": {"row": 88, "column": 25}, "end_point": {"row": 88, "column": 26}}, {"id": 566, "type": "cast_expression", "text": "(bc_type)eidtype[ind]", "parent": 563, "children": [567, 569], "start_point": {"row": 88, "column": 27}, "end_point": {"row": 88, "column": 48}}, {"id": 567, "type": "type_descriptor", "text": "bc_type", "parent": 566, "children": [568], "start_point": {"row": 88, "column": 28}, "end_point": {"row": 88, "column": 35}}, {"id": 568, "type": "type_identifier", "text": "bc_type", "parent": 567, "children": [], "start_point": {"row": 88, "column": 28}, "end_point": {"row": 88, "column": 35}}, {"id": 569, "type": "subscript_expression", "text": "eidtype[ind]", "parent": 566, "children": [570, 571], "start_point": {"row": 88, "column": 36}, "end_point": {"row": 88, "column": 48}}, {"id": 570, "type": "identifier", "text": "eidtype", "parent": 569, "children": [], "start_point": {"row": 88, "column": 36}, "end_point": {"row": 88, "column": 43}}, {"id": 571, "type": "identifier", "text": "ind", "parent": 569, "children": [], "start_point": {"row": 88, "column": 44}, "end_point": {"row": 88, "column": 47}}, {"id": 572, "type": "declaration", "text": "double f_P;", "parent": 466, "children": [573, 574], "start_point": {"row": 91, "column": 12}, "end_point": {"row": 91, "column": 23}}, {"id": 573, "type": "primitive_type", "text": "double", "parent": 572, "children": [], "start_point": {"row": 91, "column": 12}, "end_point": {"row": 91, "column": 18}}, {"id": 574, "type": "identifier", "text": "f_P", "parent": 572, "children": [], "start_point": {"row": 91, "column": 19}, "end_point": {"row": 91, "column": 22}}, {"id": 575, "type": "declaration", "text": "int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);", "parent": 466, "children": [576, 577], "start_point": {"row": 92, "column": 12}, "end_point": {"row": 92, "column": 72}}, {"id": 576, "type": "primitive_type", "text": "int", "parent": 575, "children": [], "start_point": {"row": 92, "column": 12}, "end_point": {"row": 92, "column": 15}}, {"id": 577, "type": "init_declarator", "text": "info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P)", "parent": 575, "children": [578, 579, 580], "start_point": {"row": 92, "column": 16}, "end_point": {"row": 92, "column": 71}}, {"id": 578, "type": "identifier", "text": "info", "parent": 577, "children": [], "start_point": {"row": 92, "column": 16}, "end_point": {"row": 92, "column": 20}}, {"id": 579, "type": "=", "text": "=", "parent": 577, "children": [], "start_point": {"row": 92, "column": 21}, "end_point": {"row": 92, "column": 22}}, {"id": 580, "type": "call_expression", "text": "bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P)", "parent": 577, "children": [581, 582], "start_point": {"row": 92, "column": 23}, "end_point": {"row": 92, "column": 71}}, {"id": 581, "type": "identifier", "text": "bound_cond", "parent": 580, "children": [], "start_point": {"row": 92, "column": 23}, "end_point": {"row": 92, "column": 33}}, {"id": 582, "type": "argument_list", "text": "(f_M, hP, f_ext, nx_, ny_, type, &f_P)", "parent": 580, "children": [583, 584, 585, 586, 587, 588, 589], "start_point": {"row": 92, "column": 33}, "end_point": {"row": 92, "column": 71}}, {"id": 583, "type": "identifier", "text": "f_M", "parent": 582, "children": [], "start_point": {"row": 92, "column": 34}, "end_point": {"row": 92, "column": 37}}, {"id": 584, "type": "identifier", "text": "hP", "parent": 582, "children": [], "start_point": {"row": 92, "column": 39}, "end_point": {"row": 92, "column": 41}}, {"id": 585, "type": "identifier", "text": "f_ext", "parent": 582, "children": [], "start_point": {"row": 92, "column": 43}, "end_point": {"row": 92, "column": 48}}, {"id": 586, "type": "identifier", "text": "nx_", "parent": 582, "children": [], "start_point": {"row": 92, "column": 50}, "end_point": {"row": 92, "column": 53}}, {"id": 587, "type": "identifier", "text": "ny_", "parent": 582, "children": [], "start_point": {"row": 92, "column": 55}, "end_point": {"row": 92, "column": 58}}, {"id": 588, "type": "identifier", "text": "type", "parent": 582, "children": [], "start_point": {"row": 92, "column": 60}, "end_point": {"row": 92, "column": 64}}, {"id": 589, "type": "pointer_expression", "text": "&f_P", "parent": 582, "children": [590], "start_point": {"row": 92, "column": 66}, "end_point": {"row": 92, "column": 70}}, {"id": 590, "type": "identifier", "text": "f_P", "parent": 589, "children": [], "start_point": {"row": 92, "column": 67}, "end_point": {"row": 92, "column": 70}}, {"id": 591, "type": "declaration", "text": "double numflux;", "parent": 466, "children": [592, 593], "start_point": {"row": 94, "column": 12}, "end_point": {"row": 94, "column": 27}}, {"id": 592, "type": "primitive_type", "text": "double", "parent": 591, "children": [], "start_point": {"row": 94, "column": 12}, "end_point": {"row": 94, "column": 18}}, {"id": 593, "type": "identifier", "text": "numflux", "parent": 591, "children": [], "start_point": {"row": 94, "column": 19}, "end_point": {"row": 94, "column": 26}}, {"id": 594, "type": "call_expression", "text": "upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux)", "parent": 466, "children": [595, 596], "start_point": {"row": 95, "column": 12}, "end_point": {"row": 95, "column": 61}}, {"id": 595, "type": "identifier", "text": "upwind_flux", "parent": 594, "children": [], "start_point": {"row": 95, "column": 12}, "end_point": {"row": 95, "column": 23}}, {"id": 596, "type": "argument_list", "text": "(f_M, f_P, uM, vM, nx_, ny_, &numflux)", "parent": 594, "children": [597, 598, 599, 600, 601, 602, 603], "start_point": {"row": 95, "column": 23}, "end_point": {"row": 95, "column": 61}}, {"id": 597, "type": "identifier", "text": "f_M", "parent": 596, "children": [], "start_point": {"row": 95, "column": 24}, "end_point": {"row": 95, "column": 27}}, {"id": 598, "type": "identifier", "text": "f_P", "parent": 596, "children": [], "start_point": {"row": 95, "column": 29}, "end_point": {"row": 95, "column": 32}}, {"id": 599, "type": "identifier", "text": "uM", "parent": 596, "children": [], "start_point": {"row": 95, "column": 34}, "end_point": {"row": 95, "column": 36}}, {"id": 600, "type": "identifier", "text": "vM", "parent": 596, "children": [], "start_point": {"row": 95, "column": 38}, "end_point": {"row": 95, "column": 40}}, {"id": 601, "type": "identifier", "text": "nx_", "parent": 596, "children": [], "start_point": {"row": 95, "column": 42}, "end_point": {"row": 95, "column": 45}}, {"id": 602, "type": "identifier", "text": "ny_", "parent": 596, "children": [], "start_point": {"row": 95, "column": 47}, "end_point": {"row": 95, "column": 50}}, {"id": 603, "type": "pointer_expression", "text": "&numflux", "parent": 596, "children": [604], "start_point": {"row": 95, "column": 52}, "end_point": {"row": 95, "column": 60}}, {"id": 604, "type": "identifier", "text": "numflux", "parent": 603, "children": [], "start_point": {"row": 95, "column": 53}, "end_point": {"row": 95, "column": 60}}, {"id": 605, "type": "assignment_expression", "text": "flux[ind] = -numflux", "parent": 466, "children": [606, 609, 610], "start_point": {"row": 97, "column": 12}, "end_point": {"row": 97, "column": 32}}, {"id": 606, "type": "subscript_expression", "text": "flux[ind]", "parent": 605, "children": [607, 608], "start_point": {"row": 97, "column": 12}, "end_point": {"row": 97, "column": 21}}, {"id": 607, "type": "identifier", "text": "flux", "parent": 606, "children": [], "start_point": {"row": 97, "column": 12}, "end_point": {"row": 97, "column": 16}}, {"id": 608, "type": "identifier", "text": "ind", "parent": 606, "children": [], "start_point": {"row": 97, "column": 17}, "end_point": {"row": 97, "column": 20}}, {"id": 609, "type": "=", "text": "=", "parent": 605, "children": [], "start_point": {"row": 97, "column": 22}, "end_point": {"row": 97, "column": 23}}, {"id": 610, "type": "unary_expression", "text": "-numflux", "parent": 605, "children": [611, 612], "start_point": {"row": 97, "column": 24}, "end_point": {"row": 97, "column": 32}}, {"id": 611, "type": "-", "text": "-", "parent": 610, "children": [], "start_point": {"row": 97, "column": 24}, "end_point": {"row": 97, "column": 25}}, {"id": 612, "type": "identifier", "text": "numflux", "parent": 610, "children": [], "start_point": {"row": 97, "column": 25}, "end_point": {"row": 97, "column": 32}}, {"id": 613, "type": "update_expression", "text": "ind++", "parent": 466, "children": [614, 615], "start_point": {"row": 98, "column": 12}, "end_point": {"row": 98, "column": 17}}, {"id": 614, "type": "identifier", "text": "ind", "parent": 613, "children": [], "start_point": {"row": 98, "column": 12}, "end_point": {"row": 98, "column": 15}}, {"id": 615, "type": "++", "text": "++", "parent": 613, "children": [], "start_point": {"row": 98, "column": 15}, "end_point": {"row": 98, "column": 17}}, {"id": 616, "type": "preproc_if", "text": "#if DEBUG\n mexPrintf(\"flux = \\n\");\n int n;\n for (n = 0; n < Nfp; n++)\n {\n mexPrintf(\"\\t\");\n for (k = 0; k < K; k++)\n {\n mexPrintf(\"%e\\t\", flux[k * Nfp + n]);\n }\n mexPrintf(\"\\n\");\n }\n#endif", "parent": 328, "children": [617, 618, 619, 625, 628, 676], "start_point": {"row": 101, "column": 0}, "end_point": {"row": 113, "column": 6}}, {"id": 617, "type": "#if", "text": "#if", "parent": 616, "children": [], "start_point": {"row": 101, "column": 0}, "end_point": {"row": 101, "column": 3}}, {"id": 618, "type": "identifier", "text": "DEBUG", "parent": 616, "children": [], "start_point": {"row": 101, "column": 4}, "end_point": {"row": 101, "column": 9}}, {"id": 619, "type": "\n", "text": "\n", "parent": 616, "children": [], "start_point": {"row": 101, "column": 9}, "end_point": {"row": 102, "column": 0}}, {"id": 620, "type": "call_expression", "text": "mexPrintf(\"flux = \\n\")", "parent": 616, "children": [621, 622], "start_point": {"row": 102, "column": 4}, "end_point": {"row": 102, "column": 26}}, {"id": 621, "type": "identifier", "text": "mexPrintf", "parent": 620, "children": [], "start_point": {"row": 102, "column": 4}, "end_point": {"row": 102, "column": 13}}, {"id": 622, "type": "argument_list", "text": "(\"flux = \\n\")", "parent": 620, "children": [623], "start_point": {"row": 102, "column": 13}, "end_point": {"row": 102, "column": 26}}, {"id": 623, "type": "string_literal", "text": "\"flux = \\n\"", "parent": 622, "children": [624], "start_point": {"row": 102, "column": 14}, "end_point": {"row": 102, "column": 25}}, {"id": 624, "type": "escape_sequence", "text": "\\n", "parent": 623, "children": [], "start_point": {"row": 102, "column": 22}, "end_point": {"row": 102, "column": 24}}, {"id": 625, "type": "declaration", "text": "int n;", "parent": 616, "children": [626, 627], "start_point": {"row": 103, "column": 4}, "end_point": {"row": 103, "column": 10}}, {"id": 626, "type": "primitive_type", "text": "int", 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735, "children": [751], "start_point": {"row": 119, "column": 63}, "end_point": {"row": 119, "column": 68}}, {"id": 751, "type": "identifier", "text": "Nfp_", "parent": 750, "children": [], "start_point": {"row": 119, "column": 64}, "end_point": {"row": 119, "column": 68}}, {"id": 752, "type": "pointer_expression", "text": "&one", "parent": 735, "children": [753], "start_point": {"row": 119, "column": 70}, "end_point": {"row": 119, "column": 74}}, {"id": 753, "type": "identifier", "text": "one", "parent": 752, "children": [], "start_point": {"row": 119, "column": 71}, "end_point": {"row": 119, "column": 74}}, {"id": 754, "type": "identifier", "text": "rhs", "parent": 735, "children": [], "start_point": {"row": 119, "column": 76}, "end_point": {"row": 119, "column": 79}}, {"id": 755, "type": "pointer_expression", "text": "&Np_", "parent": 735, "children": [756], "start_point": {"row": 119, "column": 81}, "end_point": {"row": 119, "column": 85}}, {"id": 756, "type": "identifier", "text": "Np_", "parent": 755, "children": [], "start_point": {"row": 119, "column": 82}, "end_point": {"row": 119, "column": 85}}, {"id": 757, "type": "call_expression", "text": "free(flux)", "parent": 328, "children": [758, 759], "start_point": {"row": 120, "column": 4}, "end_point": {"row": 120, "column": 14}}, {"id": 758, "type": "identifier", "text": "free", "parent": 757, "children": [], "start_point": {"row": 120, "column": 4}, "end_point": {"row": 120, "column": 8}}, {"id": 759, "type": "argument_list", "text": "(flux)", "parent": 757, "children": [760], "start_point": {"row": 120, "column": 8}, "end_point": {"row": 120, "column": 14}}, {"id": 760, "type": "identifier", "text": "flux", "parent": 759, "children": [], "start_point": {"row": 120, "column": 9}, "end_point": {"row": 120, "column": 13}}, {"id": 761, "type": "call_expression", "text": "free(stemp)", "parent": 328, "children": [762, 763], "start_point": {"row": 121, "column": 4}, "end_point": {"row": 121, "column": 15}}, {"id": 762, "type": "identifier", "text": "free", "parent": 761, "children": [], "start_point": {"row": 121, "column": 4}, "end_point": {"row": 121, "column": 8}}, {"id": 763, "type": "argument_list", "text": "(stemp)", "parent": 761, "children": [764], "start_point": {"row": 121, "column": 8}, "end_point": {"row": 121, "column": 15}}, {"id": 764, "type": "identifier", "text": "stemp", "parent": 763, "children": [], "start_point": {"row": 121, "column": 9}, "end_point": {"row": 121, "column": 14}}, {"id": 765, "type": "return_statement", "text": "return;", "parent": 328, "children": [], "start_point": {"row": 122, "column": 4}, "end_point": {"row": 122, "column": 11}}, {"id": 766, "type": "function_definition", "text": "void mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])\n{\n /* check input */\n if (nrhs != 19)\n {\n mexErrMsgIdAndTxt(\"MATLAB:rhs_fv_term:invalidNumInputs\",\n \"20 input required.\");\n }\n else if (nlhs > 1)\n {\n mexErrMsgIdAndTxt(\"MATLAB:rhs_fv_term:maxlhs\",\n \"Too many output arguments.\");\n }\n\n double *f_Q = mxGetPr(prhs[0]);\n double *f_extQ = mxGetPr(prhs[1]);\n double *u = mxGetPr(prhs[2]);\n double *v = mxGetPr(prhs[3]);\n double Nedge = mxGetScalar(prhs[4]);\n double *v1 = mxGetPr(prhs[5]);\n double *v2 = mxGetPr(prhs[6]);\n double *nx = mxGetPr(prhs[7]);\n double *ny = mxGetPr(prhs[8]);\n double *ds = mxGetPr(prhs[9]);\n double *eidM = mxGetPr(prhs[10]);\n double *eidP = mxGetPr(prhs[11]);\n double *nxM = mxGetPr(prhs[12]);\n double *nyM = mxGetPr(prhs[13]);\n double *Js = mxGetPr(prhs[14]);\n double *LIFT = mxGetPr(prhs[15]);\n double *vol = mxGetPr(prhs[16]);\n signed char *eidtype = (signed char *)mxGetData(prhs[17]);\n signed char *EToR = (signed char *)mxGetData(prhs[18]);\n\n /* get dimensions */\n size_t Np = mxGetM(prhs[0]);\n size_t K = mxGetN(prhs[0]);\n size_t Nfp = mxGetM(prhs[10]);\n\n /* allocate output array */\n plhs[0] = mxCreateDoubleMatrix((mwSize)Np, (mwSize)K, mxREAL);\n double *rhsQ = mxGetPr(plhs[0]);\n\n double *vtemp = calloc(Np * K, sizeof(double));\n inner_fv_term(Np, K, f_Q, u, v,\n (int)Nedge, v1, v2, nx, ny, ds, EToR, vtemp);\n\n surface_fv_term(Np, Nfp, K, f_Q, f_extQ, u, v,\n EToR, eidtype, eidM, eidP, nxM, nyM, Js, LIFT, vtemp);\n\n dvecd(Np * K, 1, vtemp, vol, rhsQ);\n\n free(vtemp);\n return;\n}", "parent": null, "children": [767, 768], "start_point": {"row": 132, "column": 0}, "end_point": {"row": 186, "column": 1}}, {"id": 767, "type": "primitive_type", "text": "void", "parent": 766, "children": [], "start_point": {"row": 132, "column": 0}, "end_point": {"row": 132, "column": 4}}, {"id": 768, "type": "function_declarator", "text": "mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])", "parent": 766, "children": [769, 770], "start_point": {"row": 132, "column": 5}, "end_point": {"row": 132, "column": 76}}, {"id": 769, "type": "identifier", "text": "mexFunction", "parent": 768, "children": [], "start_point": {"row": 132, "column": 5}, "end_point": {"row": 132, "column": 16}}, {"id": 770, "type": "parameter_list", "text": "(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])", "parent": 768, "children": [771, 774, 780, 783], "start_point": {"row": 132, "column": 16}, "end_point": {"row": 132, "column": 76}}, {"id": 771, "type": "parameter_declaration", "text": "int nlhs", "parent": 770, "children": [772, 773], "start_point": {"row": 132, "column": 17}, "end_point": {"row": 132, "column": 25}}, {"id": 772, "type": "primitive_type", "text": "int", "parent": 771, "children": [], "start_point": {"row": 132, "column": 17}, "end_point": {"row": 132, "column": 20}}, {"id": 773, "type": "identifier", "text": "nlhs", "parent": 771, "children": [], "start_point": {"row": 132, "column": 21}, "end_point": {"row": 132, "column": 25}}, {"id": 774, "type": "parameter_declaration", "text": "mxArray *plhs[]", "parent": 770, "children": [775, 776], "start_point": {"row": 132, "column": 27}, "end_point": {"row": 132, "column": 42}}, {"id": 775, "type": "type_identifier", "text": "mxArray", "parent": 774, "children": [], "start_point": {"row": 132, "column": 27}, "end_point": {"row": 132, "column": 34}}, {"id": 776, "type": "pointer_declarator", "text": "*plhs[]", "parent": 774, "children": [777, 778], "start_point": {"row": 132, "column": 35}, "end_point": {"row": 132, "column": 42}}, {"id": 777, "type": "*", "text": "*", "parent": 776, "children": [], "start_point": {"row": 132, "column": 35}, "end_point": {"row": 132, "column": 36}}, {"id": 778, "type": "array_declarator", "text": "plhs[]", "parent": 776, "children": [779], "start_point": {"row": 132, "column": 36}, "end_point": {"row": 132, "column": 42}}, {"id": 779, "type": "identifier", "text": "plhs", "parent": 778, "children": [], "start_point": {"row": 132, "column": 36}, "end_point": {"row": 132, "column": 40}}, {"id": 780, "type": "parameter_declaration", "text": "int nrhs", "parent": 770, "children": [781, 782], "start_point": {"row": 132, "column": 44}, "end_point": {"row": 132, "column": 52}}, {"id": 781, "type": "primitive_type", "text": "int", "parent": 780, "children": [], "start_point": {"row": 132, "column": 44}, "end_point": {"row": 132, "column": 47}}, {"id": 782, "type": "identifier", "text": "nrhs", "parent": 780, "children": [], "start_point": {"row": 132, "column": 48}, "end_point": {"row": 132, "column": 52}}, {"id": 783, "type": "parameter_declaration", "text": "const mxArray *prhs[]", "parent": 770, "children": [784, 785], "start_point": {"row": 132, "column": 54}, "end_point": {"row": 132, "column": 75}}, {"id": 784, "type": "type_identifier", "text": "mxArray", "parent": 783, "children": [], "start_point": {"row": 132, "column": 60}, "end_point": {"row": 132, "column": 67}}, {"id": 785, "type": "pointer_declarator", "text": "*prhs[]", "parent": 783, "children": [786, 787], "start_point": {"row": 132, "column": 68}, "end_point": {"row": 132, "column": 75}}, {"id": 786, "type": "*", "text": "*", "parent": 785, "children": [], "start_point": {"row": 132, "column": 68}, "end_point": {"row": 132, "column": 69}}, {"id": 787, "type": "array_declarator", "text": "prhs[]", "parent": 785, "children": [788], "start_point": {"row": 132, "column": 69}, "end_point": {"row": 132, "column": 75}}, {"id": 788, "type": "identifier", "text": "prhs", "parent": 787, "children": [], "start_point": {"row": 132, "column": 69}, "end_point": {"row": 132, "column": 73}}, {"id": 789, "type": "if_statement", "text": "if (nrhs != 19)\n {\n mexErrMsgIdAndTxt(\"MATLAB:rhs_fv_term:invalidNumInputs\",\n \"20 input required.\");\n }\n else if (nlhs > 1)\n {\n mexErrMsgIdAndTxt(\"MATLAB:rhs_fv_term:maxlhs\",\n \"Too many output arguments.\");\n }", "parent": 766, "children": [790, 800], "start_point": {"row": 135, "column": 4}, "end_point": {"row": 144, "column": 5}}, {"id": 790, "type": "parenthesized_expression", "text": "(nrhs != 19)", "parent": 789, "children": [791], "start_point": {"row": 135, "column": 7}, "end_point": {"row": 135, "column": 19}}, {"id": 791, "type": "binary_expression", "text": "nrhs != 19", "parent": 790, "children": [792, 793, 794], "start_point": {"row": 135, "column": 8}, "end_point": {"row": 135, "column": 18}}, {"id": 792, "type": "identifier", "text": "nrhs", "parent": 791, "children": [], "start_point": {"row": 135, "column": 8}, "end_point": {"row": 135, "column": 12}}, {"id": 793, "type": "!=", "text": "!=", "parent": 791, "children": [], "start_point": {"row": 135, "column": 13}, "end_point": {"row": 135, "column": 15}}, {"id": 794, "type": "number_literal", "text": "19", "parent": 791, "children": [], "start_point": {"row": 135, "column": 16}, "end_point": {"row": 135, "column": 18}}, {"id": 795, "type": "call_expression", "text": "mexErrMsgIdAndTxt(\"MATLAB:rhs_fv_term:invalidNumInputs\",\n \"20 input required.\")", "parent": 789, "children": [796, 797], "start_point": {"row": 137, "column": 8}, "end_point": {"row": 138, "column": 47}}, {"id": 796, "type": "identifier", "text": "mexErrMsgIdAndTxt", "parent": 795, "children": [], "start_point": {"row": 137, "column": 8}, "end_point": {"row": 137, "column": 25}}, {"id": 797, "type": "argument_list", "text": "(\"MATLAB:rhs_fv_term:invalidNumInputs\",\n \"20 input required.\")", "parent": 795, "children": [798, 799], "start_point": {"row": 137, "column": 25}, "end_point": {"row": 138, "column": 47}}, {"id": 798, "type": "string_literal", "text": "\"MATLAB:rhs_fv_term:invalidNumInputs\"", "parent": 797, "children": [], "start_point": {"row": 137, "column": 26}, "end_point": {"row": 137, "column": 63}}, {"id": 799, "type": "string_literal", "text": "\"20 input required.\"", "parent": 797, "children": [], "start_point": {"row": 138, "column": 26}, "end_point": {"row": 138, "column": 46}}, {"id": 800, "type": "else_clause", "text": "else if (nlhs > 1)\n {\n mexErrMsgIdAndTxt(\"MATLAB:rhs_fv_term:maxlhs\",\n \"Too many output arguments.\");\n }", "parent": 789, "children": [801], "start_point": {"row": 140, "column": 4}, "end_point": {"row": 144, "column": 5}}, {"id": 801, "type": "if_statement", "text": "if (nlhs > 1)\n {\n mexErrMsgIdAndTxt(\"MATLAB:rhs_fv_term:maxlhs\",\n \"Too many output arguments.\");\n }", "parent": 800, "children": [802], "start_point": {"row": 140, "column": 9}, "end_point": {"row": 144, "column": 5}}, {"id": 802, "type": "parenthesized_expression", "text": "(nlhs > 1)", "parent": 801, "children": [803], "start_point": {"row": 140, "column": 12}, "end_point": {"row": 140, "column": 22}}, {"id": 803, "type": "binary_expression", "text": "nlhs > 1", "parent": 802, "children": [804, 805, 806], "start_point": {"row": 140, "column": 13}, "end_point": {"row": 140, "column": 21}}, {"id": 804, "type": "identifier", "text": "nlhs", "parent": 803, "children": [], "start_point": {"row": 140, "column": 13}, "end_point": {"row": 140, "column": 17}}, {"id": 805, "type": ">", "text": ">", "parent": 803, "children": [], "start_point": {"row": 140, "column": 18}, "end_point": {"row": 140, "column": 19}}, {"id": 806, "type": "number_literal", "text": "1", "parent": 803, "children": [], "start_point": {"row": 140, "column": 20}, "end_point": {"row": 140, "column": 21}}, {"id": 807, "type": "call_expression", "text": "mexErrMsgIdAndTxt(\"MATLAB:rhs_fv_term:maxlhs\",\n \"Too many output arguments.\")", "parent": 801, "children": [808, 809], "start_point": {"row": 142, "column": 8}, "end_point": {"row": 143, "column": 55}}, {"id": 808, "type": "identifier", "text": "mexErrMsgIdAndTxt", "parent": 807, "children": [], "start_point": {"row": 142, "column": 8}, "end_point": {"row": 142, "column": 25}}, {"id": 809, "type": "argument_list", "text": "(\"MATLAB:rhs_fv_term:maxlhs\",\n \"Too many output arguments.\")", "parent": 807, "children": [810, 811], "start_point": {"row": 142, "column": 25}, "end_point": {"row": 143, "column": 55}}, {"id": 810, "type": "string_literal", "text": "\"MATLAB:rhs_fv_term:maxlhs\"", "parent": 809, "children": [], "start_point": {"row": 142, "column": 26}, "end_point": {"row": 142, "column": 53}}, {"id": 811, "type": "string_literal", "text": "\"Too many output arguments.\"", "parent": 809, "children": [], "start_point": {"row": 143, "column": 26}, "end_point": {"row": 143, "column": 54}}, {"id": 812, "type": "declaration", "text": "double *f_Q = mxGetPr(prhs[0]);", "parent": 766, "children": [813, 814], "start_point": {"row": 146, "column": 4}, "end_point": {"row": 146, "column": 35}}, {"id": 813, "type": "primitive_type", "text": "double", "parent": 812, "children": [], "start_point": {"row": 146, "column": 4}, "end_point": {"row": 146, "column": 10}}, {"id": 814, "type": "init_declarator", "text": "*f_Q = mxGetPr(prhs[0])", "parent": 812, "children": [815, 818, 819], "start_point": {"row": 146, "column": 11}, "end_point": {"row": 146, "column": 34}}, {"id": 815, "type": "pointer_declarator", "text": "*f_Q", "parent": 814, "children": [816, 817], "start_point": {"row": 146, "column": 11}, "end_point": {"row": 146, "column": 15}}, {"id": 816, "type": "*", "text": "*", "parent": 815, "children": [], "start_point": {"row": 146, "column": 11}, "end_point": {"row": 146, "column": 12}}, {"id": 817, "type": "identifier", "text": "f_Q", "parent": 815, "children": [], "start_point": {"row": 146, "column": 12}, "end_point": {"row": 146, "column": 15}}, {"id": 818, "type": "=", "text": "=", "parent": 814, "children": [], "start_point": {"row": 146, "column": 16}, "end_point": {"row": 146, "column": 17}}, {"id": 819, "type": "call_expression", "text": "mxGetPr(prhs[0])", "parent": 814, "children": [820, 821], "start_point": {"row": 146, "column": 18}, "end_point": {"row": 146, "column": 34}}, {"id": 820, "type": "identifier", "text": "mxGetPr", "parent": 819, "children": [], "start_point": {"row": 146, "column": 18}, "end_point": {"row": 146, "column": 25}}, {"id": 821, "type": "argument_list", "text": "(prhs[0])", "parent": 819, "children": [822], "start_point": {"row": 146, "column": 25}, "end_point": {"row": 146, "column": 34}}, {"id": 822, "type": "subscript_expression", "text": "prhs[0]", "parent": 821, "children": [823, 824], "start_point": {"row": 146, "column": 26}, "end_point": {"row": 146, "column": 33}}, {"id": 823, "type": "identifier", "text": "prhs", "parent": 822, "children": [], "start_point": {"row": 146, "column": 26}, "end_point": {"row": 146, "column": 30}}, {"id": 824, "type": "number_literal", "text": "0", "parent": 822, "children": [], "start_point": {"row": 146, "column": 31}, "end_point": {"row": 146, "column": 32}}, {"id": 825, "type": "declaration", "text": "double *f_extQ = mxGetPr(prhs[1]);", "parent": 766, "children": [826, 827], "start_point": {"row": 147, "column": 4}, "end_point": {"row": 147, "column": 38}}, {"id": 826, "type": "primitive_type", "text": "double", "parent": 825, "children": [], "start_point": {"row": 147, "column": 4}, "end_point": {"row": 147, "column": 10}}, {"id": 827, "type": "init_declarator", "text": "*f_extQ = mxGetPr(prhs[1])", "parent": 825, "children": [828, 831, 832], "start_point": {"row": 147, "column": 11}, "end_point": {"row": 147, "column": 37}}, {"id": 828, "type": "pointer_declarator", "text": "*f_extQ", "parent": 827, "children": [829, 830], "start_point": {"row": 147, "column": 11}, "end_point": {"row": 147, "column": 18}}, {"id": 829, "type": "*", "text": "*", "parent": 828, "children": [], "start_point": {"row": 147, "column": 11}, "end_point": {"row": 147, "column": 12}}, {"id": 830, "type": "identifier", "text": "f_extQ", "parent": 828, "children": [], "start_point": {"row": 147, "column": 12}, "end_point": {"row": 147, "column": 18}}, {"id": 831, "type": "=", "text": "=", "parent": 827, "children": [], "start_point": {"row": 147, "column": 19}, "end_point": {"row": 147, "column": 20}}, {"id": 832, "type": "call_expression", "text": "mxGetPr(prhs[1])", "parent": 827, "children": [833, 834], 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"double *u = mxGetPr(prhs[2]);", "parent": 766, "children": [839, 840], "start_point": {"row": 148, "column": 4}, "end_point": {"row": 148, "column": 33}}, {"id": 839, "type": "primitive_type", "text": "double", "parent": 838, "children": [], "start_point": {"row": 148, "column": 4}, "end_point": {"row": 148, "column": 10}}, {"id": 840, "type": "init_declarator", "text": "*u = mxGetPr(prhs[2])", "parent": 838, "children": [841, 844, 845], "start_point": {"row": 148, "column": 11}, "end_point": {"row": 148, "column": 32}}, {"id": 841, "type": "pointer_declarator", "text": "*u", "parent": 840, "children": [842, 843], "start_point": {"row": 148, "column": 11}, "end_point": {"row": 148, "column": 13}}, {"id": 842, "type": "*", "text": "*", "parent": 841, "children": [], "start_point": {"row": 148, "column": 11}, "end_point": {"row": 148, "column": 12}}, {"id": 843, "type": "identifier", "text": "u", "parent": 841, "children": [], "start_point": {"row": 148, "column": 12}, "end_point": 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"children": [935, 936], "start_point": {"row": 155, "column": 17}, "end_point": {"row": 155, "column": 33}}, {"id": 935, "type": "identifier", "text": "mxGetPr", "parent": 934, "children": [], "start_point": {"row": 155, "column": 17}, "end_point": {"row": 155, "column": 24}}, {"id": 936, "type": "argument_list", "text": "(prhs[9])", "parent": 934, "children": [937], "start_point": {"row": 155, "column": 24}, "end_point": {"row": 155, "column": 33}}, {"id": 937, "type": "subscript_expression", "text": "prhs[9]", "parent": 936, "children": [938, 939], "start_point": {"row": 155, "column": 25}, "end_point": {"row": 155, "column": 32}}, {"id": 938, "type": "identifier", "text": "prhs", "parent": 937, "children": [], "start_point": {"row": 155, "column": 25}, "end_point": {"row": 155, "column": 29}}, {"id": 939, "type": "number_literal", "text": "9", "parent": 937, "children": [], "start_point": {"row": 155, "column": 30}, "end_point": {"row": 155, "column": 31}}, {"id": 940, "type": "declaration", "text": "double *eidM = mxGetPr(prhs[10]);", "parent": 766, "children": [941, 942], "start_point": {"row": 156, "column": 4}, "end_point": {"row": 156, "column": 37}}, {"id": 941, "type": "primitive_type", "text": "double", "parent": 940, "children": [], "start_point": {"row": 156, "column": 4}, "end_point": {"row": 156, "column": 10}}, {"id": 942, "type": "init_declarator", "text": "*eidM = mxGetPr(prhs[10])", "parent": 940, "children": [943, 946, 947], "start_point": {"row": 156, "column": 11}, "end_point": {"row": 156, "column": 36}}, {"id": 943, "type": "pointer_declarator", "text": "*eidM", "parent": 942, "children": [944, 945], "start_point": {"row": 156, "column": 11}, "end_point": {"row": 156, "column": 16}}, {"id": 944, "type": "*", "text": "*", "parent": 943, "children": [], "start_point": {"row": 156, "column": 11}, "end_point": {"row": 156, "column": 12}}, {"id": 945, "type": "identifier", "text": "eidM", "parent": 943, "children": [], "start_point": {"row": 156, "column": 12}, "end_point": {"row": 156, "column": 16}}, {"id": 946, "type": "=", "text": "=", "parent": 942, "children": [], "start_point": {"row": 156, "column": 17}, "end_point": {"row": 156, "column": 18}}, {"id": 947, "type": "call_expression", "text": "mxGetPr(prhs[10])", "parent": 942, "children": [948, 949], "start_point": {"row": 156, "column": 19}, "end_point": {"row": 156, "column": 36}}, {"id": 948, "type": "identifier", "text": "mxGetPr", "parent": 947, "children": [], "start_point": {"row": 156, "column": 19}, "end_point": {"row": 156, "column": 26}}, {"id": 949, "type": "argument_list", "text": "(prhs[10])", "parent": 947, "children": [950], "start_point": {"row": 156, "column": 26}, "end_point": {"row": 156, "column": 36}}, {"id": 950, "type": "subscript_expression", "text": "prhs[10]", "parent": 949, "children": [951, 952], "start_point": {"row": 156, "column": 27}, "end_point": {"row": 156, "column": 35}}, {"id": 951, "type": "identifier", "text": "prhs", "parent": 950, "children": [], "start_point": {"row": 156, "column": 27}, "end_point": {"row": 156, "column": 31}}, {"id": 952, "type": "number_literal", "text": "10", "parent": 950, "children": [], "start_point": {"row": 156, "column": 32}, "end_point": {"row": 156, "column": 34}}, {"id": 953, "type": "declaration", "text": "double *eidP = mxGetPr(prhs[11]);", "parent": 766, "children": [954, 955], "start_point": {"row": 157, "column": 4}, "end_point": {"row": 157, "column": 37}}, {"id": 954, "type": "primitive_type", "text": "double", "parent": 953, "children": [], "start_point": {"row": 157, "column": 4}, "end_point": {"row": 157, "column": 10}}, {"id": 955, "type": "init_declarator", "text": "*eidP = mxGetPr(prhs[11])", "parent": 953, "children": [956, 959, 960], "start_point": {"row": 157, "column": 11}, "end_point": {"row": 157, "column": 36}}, {"id": 956, "type": "pointer_declarator", "text": "*eidP", "parent": 955, "children": [957, 958], "start_point": {"row": 157, "column": 11}, "end_point": {"row": 157, "column": 16}}, {"id": 957, "type": "*", "text": "*", "parent": 956, "children": [], "start_point": {"row": 157, "column": 11}, "end_point": {"row": 157, "column": 12}}, {"id": 958, "type": "identifier", "text": "eidP", "parent": 956, "children": [], "start_point": {"row": 157, "column": 12}, "end_point": {"row": 157, "column": 16}}, {"id": 959, "type": "=", "text": "=", "parent": 955, "children": [], "start_point": {"row": 157, "column": 17}, "end_point": {"row": 157, "column": 18}}, {"id": 960, "type": "call_expression", "text": "mxGetPr(prhs[11])", "parent": 955, "children": [961, 962], "start_point": {"row": 157, "column": 19}, "end_point": {"row": 157, "column": 36}}, {"id": 961, "type": "identifier", "text": "mxGetPr", "parent": 960, "children": [], "start_point": {"row": 157, "column": 19}, "end_point": {"row": 157, "column": 26}}, {"id": 962, "type": "argument_list", "text": "(prhs[11])", "parent": 960, "children": [963], "start_point": {"row": 157, "column": 26}, "end_point": {"row": 157, "column": 36}}, {"id": 963, "type": "subscript_expression", "text": "prhs[11]", "parent": 962, "children": [964, 965], "start_point": {"row": 157, "column": 27}, "end_point": {"row": 157, "column": 35}}, {"id": 964, "type": "identifier", "text": "prhs", "parent": 963, "children": [], "start_point": {"row": 157, "column": 27}, "end_point": {"row": 157, "column": 31}}, {"id": 965, "type": "number_literal", "text": "11", "parent": 963, "children": [], "start_point": {"row": 157, "column": 32}, "end_point": {"row": 157, "column": 34}}, {"id": 966, "type": "declaration", "text": "double *nxM = mxGetPr(prhs[12]);", "parent": 766, "children": [967, 968], "start_point": {"row": 158, "column": 4}, "end_point": {"row": 158, "column": 36}}, {"id": 967, "type": "primitive_type", "text": "double", "parent": 966, "children": [], "start_point": {"row": 158, "column": 4}, "end_point": {"row": 158, "column": 10}}, {"id": 968, "type": "init_declarator", "text": "*nxM = mxGetPr(prhs[12])", "parent": 966, "children": [969, 972, 973], "start_point": {"row": 158, "column": 11}, "end_point": {"row": 158, "column": 35}}, {"id": 969, "type": "pointer_declarator", "text": "*nxM", "parent": 968, "children": [970, 971], "start_point": {"row": 158, "column": 11}, "end_point": {"row": 158, "column": 15}}, {"id": 970, "type": "*", "text": "*", "parent": 969, "children": [], "start_point": {"row": 158, "column": 11}, "end_point": {"row": 158, "column": 12}}, {"id": 971, "type": "identifier", "text": "nxM", "parent": 969, "children": [], "start_point": {"row": 158, "column": 12}, "end_point": {"row": 158, "column": 15}}, {"id": 972, "type": "=", "text": "=", "parent": 968, "children": [], "start_point": {"row": 158, "column": 16}, "end_point": {"row": 158, "column": 17}}, {"id": 973, "type": "call_expression", "text": "mxGetPr(prhs[12])", "parent": 968, "children": [974, 975], "start_point": {"row": 158, "column": 18}, "end_point": {"row": 158, "column": 35}}, {"id": 974, "type": "identifier", "text": "mxGetPr", "parent": 973, "children": [], "start_point": {"row": 158, "column": 18}, "end_point": {"row": 158, "column": 25}}, {"id": 975, "type": "argument_list", "text": "(prhs[12])", "parent": 973, "children": [976], "start_point": {"row": 158, "column": 25}, "end_point": {"row": 158, "column": 35}}, {"id": 976, "type": "subscript_expression", "text": "prhs[12]", "parent": 975, "children": [977, 978], "start_point": {"row": 158, "column": 26}, "end_point": {"row": 158, "column": 34}}, {"id": 977, "type": "identifier", "text": "prhs", "parent": 976, "children": [], "start_point": {"row": 158, "column": 26}, "end_point": {"row": 158, "column": 30}}, {"id": 978, "type": "number_literal", "text": "12", "parent": 976, "children": [], "start_point": {"row": 158, "column": 31}, "end_point": {"row": 158, "column": 33}}, {"id": 979, "type": "declaration", "text": "double *nyM = mxGetPr(prhs[13]);", "parent": 766, "children": [980, 981], "start_point": {"row": 159, "column": 4}, "end_point": {"row": 159, "column": 36}}, {"id": 980, "type": "primitive_type", "text": "double", "parent": 979, "children": [], "start_point": {"row": 159, "column": 4}, "end_point": {"row": 159, "column": 10}}, {"id": 981, "type": "init_declarator", "text": "*nyM = mxGetPr(prhs[13])", "parent": 979, "children": [982, 985, 986], "start_point": {"row": 159, "column": 11}, "end_point": {"row": 159, "column": 35}}, {"id": 982, "type": "pointer_declarator", "text": "*nyM", "parent": 981, "children": [983, 984], "start_point": {"row": 159, "column": 11}, "end_point": {"row": 159, "column": 15}}, {"id": 983, "type": "*", "text": "*", "parent": 982, "children": [], "start_point": {"row": 159, "column": 11}, "end_point": {"row": 159, "column": 12}}, {"id": 984, "type": "identifier", "text": "nyM", "parent": 982, "children": [], "start_point": {"row": 159, "column": 12}, "end_point": {"row": 159, "column": 15}}, {"id": 985, "type": "=", "text": 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"column": 30}}, {"id": 991, "type": "number_literal", "text": "13", "parent": 989, "children": [], "start_point": {"row": 159, "column": 31}, "end_point": {"row": 159, "column": 33}}, {"id": 992, "type": "declaration", "text": "double *Js = mxGetPr(prhs[14]);", "parent": 766, "children": [993, 994], "start_point": {"row": 160, "column": 4}, "end_point": {"row": 160, "column": 35}}, {"id": 993, "type": "primitive_type", "text": "double", "parent": 992, "children": [], "start_point": {"row": 160, "column": 4}, "end_point": {"row": 160, "column": 10}}, {"id": 994, "type": "init_declarator", "text": "*Js = mxGetPr(prhs[14])", "parent": 992, "children": [995, 998, 999], "start_point": {"row": 160, "column": 11}, "end_point": {"row": 160, "column": 34}}, {"id": 995, "type": "pointer_declarator", "text": "*Js", "parent": 994, "children": [996, 997], "start_point": {"row": 160, "column": 11}, "end_point": {"row": 160, "column": 14}}, {"id": 996, "type": "*", "text": "*", "parent": 995, 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1011, 1012], "start_point": {"row": 161, "column": 11}, "end_point": {"row": 161, "column": 36}}, {"id": 1008, "type": "pointer_declarator", "text": "*LIFT", "parent": 1007, "children": [1009, 1010], "start_point": {"row": 161, "column": 11}, "end_point": {"row": 161, "column": 16}}, {"id": 1009, "type": "*", "text": "*", "parent": 1008, "children": [], "start_point": {"row": 161, "column": 11}, "end_point": {"row": 161, "column": 12}}, {"id": 1010, "type": "identifier", "text": "LIFT", "parent": 1008, "children": [], "start_point": {"row": 161, "column": 12}, "end_point": {"row": 161, "column": 16}}, {"id": 1011, "type": "=", "text": "=", "parent": 1007, "children": [], "start_point": {"row": 161, "column": 17}, "end_point": {"row": 161, "column": 18}}, {"id": 1012, "type": "call_expression", "text": "mxGetPr(prhs[15])", "parent": 1007, "children": [1013, 1014], "start_point": {"row": 161, "column": 19}, "end_point": {"row": 161, "column": 36}}, {"id": 1013, "type": "identifier", 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"*eidtype = (signed char *)mxGetData(prhs[17])", "parent": 1031, "children": [1036, 1039, 1040], "start_point": {"row": 163, "column": 16}, "end_point": {"row": 163, "column": 61}}, {"id": 1036, "type": "pointer_declarator", "text": "*eidtype", "parent": 1035, "children": [1037, 1038], "start_point": {"row": 163, "column": 16}, "end_point": {"row": 163, "column": 24}}, {"id": 1037, "type": "*", "text": "*", "parent": 1036, "children": [], "start_point": {"row": 163, "column": 16}, "end_point": {"row": 163, "column": 17}}, {"id": 1038, "type": "identifier", "text": "eidtype", "parent": 1036, "children": [], "start_point": {"row": 163, "column": 17}, "end_point": {"row": 163, "column": 24}}, {"id": 1039, "type": "=", "text": "=", "parent": 1035, "children": [], "start_point": {"row": 163, "column": 25}, "end_point": {"row": 163, "column": 26}}, {"id": 1040, "type": "cast_expression", "text": "(signed char *)mxGetData(prhs[17])", "parent": 1035, "children": [1041, 1047], "start_point": {"row": 163, "column": 27}, "end_point": {"row": 163, "column": 61}}, {"id": 1041, "type": "type_descriptor", "text": "signed char *", "parent": 1040, "children": [1042, 1045], "start_point": {"row": 163, "column": 28}, "end_point": {"row": 163, "column": 41}}, {"id": 1042, "type": "sized_type_specifier", "text": "signed char", "parent": 1041, "children": [1043, 1044], "start_point": {"row": 163, "column": 28}, "end_point": {"row": 163, "column": 39}}, {"id": 1043, "type": "signed", "text": "signed", "parent": 1042, "children": [], "start_point": {"row": 163, "column": 28}, "end_point": {"row": 163, "column": 34}}, {"id": 1044, "type": "primitive_type", "text": "char", "parent": 1042, "children": [], "start_point": {"row": 163, "column": 35}, "end_point": {"row": 163, "column": 39}}, {"id": 1045, "type": "abstract_pointer_declarator", "text": "*", "parent": 1041, "children": [1046], "start_point": {"row": 163, "column": 40}, "end_point": {"row": 163, "column": 41}}, {"id": 1046, "type": "*", "text": "*", "parent": 1045, "children": [], "start_point": {"row": 163, "column": 40}, "end_point": {"row": 163, "column": 41}}, {"id": 1047, "type": "call_expression", "text": "mxGetData(prhs[17])", "parent": 1040, "children": [1048, 1049], "start_point": {"row": 163, "column": 42}, "end_point": {"row": 163, "column": 61}}, {"id": 1048, "type": "identifier", "text": "mxGetData", "parent": 1047, "children": [], "start_point": {"row": 163, "column": 42}, "end_point": {"row": 163, "column": 51}}, {"id": 1049, "type": "argument_list", "text": "(prhs[17])", "parent": 1047, "children": [1050], "start_point": {"row": 163, "column": 51}, "end_point": {"row": 163, "column": 61}}, {"id": 1050, "type": "subscript_expression", "text": "prhs[17]", "parent": 1049, "children": [1051, 1052], "start_point": {"row": 163, "column": 52}, "end_point": {"row": 163, "column": 60}}, {"id": 1051, "type": "identifier", "text": "prhs", "parent": 1050, "children": [], "start_point": {"row": 163, "column": 52}, "end_point": {"row": 163, "column": 56}}, {"id": 1052, "type": "number_literal", "text": "17", "parent": 1050, "children": [], "start_point": {"row": 163, "column": 57}, "end_point": {"row": 163, "column": 59}}, {"id": 1053, "type": "declaration", "text": "signed char *EToR = (signed char *)mxGetData(prhs[18]);", "parent": 766, "children": [1054, 1057], "start_point": {"row": 164, "column": 4}, "end_point": {"row": 164, "column": 59}}, {"id": 1054, "type": "sized_type_specifier", "text": "signed char", "parent": 1053, "children": [1055, 1056], "start_point": {"row": 164, "column": 4}, "end_point": {"row": 164, "column": 15}}, {"id": 1055, "type": "signed", "text": "signed", "parent": 1054, "children": [], "start_point": {"row": 164, "column": 4}, "end_point": {"row": 164, "column": 10}}, {"id": 1056, "type": "primitive_type", "text": "char", "parent": 1054, "children": [], "start_point": {"row": 164, "column": 11}, "end_point": {"row": 164, "column": 15}}, {"id": 1057, "type": "init_declarator", "text": "*EToR = (signed char *)mxGetData(prhs[18])", "parent": 1053, "children": [1058, 1061, 1062], "start_point": {"row": 164, "column": 16}, "end_point": {"row": 164, "column": 58}}, {"id": 1058, "type": "pointer_declarator", "text": "*EToR", "parent": 1057, "children": [1059, 1060], "start_point": {"row": 164, "column": 16}, "end_point": {"row": 164, "column": 21}}, {"id": 1059, "type": "*", "text": "*", "parent": 1058, "children": [], "start_point": {"row": 164, "column": 16}, "end_point": {"row": 164, "column": 17}}, {"id": 1060, "type": "identifier", "text": "EToR", "parent": 1058, "children": [], "start_point": {"row": 164, "column": 17}, "end_point": {"row": 164, "column": 21}}, {"id": 1061, "type": "=", "text": "=", "parent": 1057, "children": [], "start_point": {"row": 164, "column": 22}, "end_point": {"row": 164, "column": 23}}, {"id": 1062, "type": "cast_expression", "text": "(signed char *)mxGetData(prhs[18])", "parent": 1057, "children": 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{"row": 177, "column": 23}, "end_point": {"row": 177, "column": 28}}, {"id": 1167, "type": "identifier", "text": "v1", "parent": 1157, "children": [], "start_point": {"row": 177, "column": 30}, "end_point": {"row": 177, "column": 32}}, {"id": 1168, "type": "identifier", "text": "v2", "parent": 1157, "children": [], "start_point": {"row": 177, "column": 34}, "end_point": {"row": 177, "column": 36}}, {"id": 1169, "type": "identifier", "text": "nx", "parent": 1157, "children": [], "start_point": {"row": 177, "column": 38}, "end_point": {"row": 177, "column": 40}}, {"id": 1170, "type": "identifier", "text": "ny", "parent": 1157, "children": [], "start_point": {"row": 177, "column": 42}, "end_point": {"row": 177, "column": 44}}, {"id": 1171, "type": "identifier", "text": "ds", "parent": 1157, "children": [], "start_point": {"row": 177, "column": 46}, "end_point": {"row": 177, "column": 48}}, {"id": 1172, "type": "identifier", "text": "EToR", "parent": 1157, "children": [], "start_point": {"row": 177, "column": 50}, "end_point": {"row": 177, "column": 54}}, {"id": 1173, "type": "identifier", "text": "vtemp", "parent": 1157, "children": [], "start_point": {"row": 177, "column": 56}, "end_point": {"row": 177, "column": 61}}, {"id": 1174, "type": "call_expression", "text": "surface_fv_term(Np, Nfp, K, f_Q, f_extQ, u, v,\n EToR, eidtype, eidM, eidP, nxM, nyM, Js, LIFT, vtemp)", "parent": 766, "children": [1175, 1176], "start_point": {"row": 179, "column": 4}, "end_point": {"row": 180, "column": 73}}, {"id": 1175, "type": "identifier", "text": "surface_fv_term", "parent": 1174, "children": [], "start_point": {"row": 179, "column": 4}, "end_point": {"row": 179, "column": 19}}, {"id": 1176, "type": "argument_list", "text": "(Np, Nfp, K, f_Q, f_extQ, u, v,\n EToR, eidtype, eidM, eidP, nxM, nyM, Js, LIFT, vtemp)", "parent": 1174, "children": [1177, 1178, 1179, 1180, 1181, 1182, 1183, 1184, 1185, 1186, 1187, 1188, 1189, 1190, 1191, 1192], "start_point": {"row": 179, "column": 19}, "end_point": {"row": 180, "column": 73}}, {"id": 1177, "type": "identifier", "text": "Np", "parent": 1176, "children": [], "start_point": {"row": 179, "column": 20}, "end_point": {"row": 179, "column": 22}}, {"id": 1178, "type": "identifier", "text": "Nfp", "parent": 1176, "children": [], "start_point": {"row": 179, "column": 24}, "end_point": {"row": 179, "column": 27}}, {"id": 1179, "type": "identifier", "text": "K", "parent": 1176, "children": [], "start_point": {"row": 179, "column": 29}, "end_point": {"row": 179, "column": 30}}, {"id": 1180, "type": "identifier", "text": "f_Q", "parent": 1176, "children": [], "start_point": {"row": 179, "column": 32}, "end_point": {"row": 179, "column": 35}}, {"id": 1181, "type": "identifier", "text": "f_extQ", "parent": 1176, "children": [], "start_point": {"row": 179, "column": 37}, "end_point": {"row": 179, "column": 43}}, {"id": 1182, "type": "identifier", "text": "u", "parent": 1176, "children": [], "start_point": {"row": 179, "column": 45}, "end_point": {"row": 179, "column": 46}}, {"id": 1183, "type": "identifier", "text": "v", "parent": 1176, "children": [], "start_point": {"row": 179, "column": 48}, "end_point": {"row": 179, "column": 49}}, {"id": 1184, "type": "identifier", "text": "EToR", "parent": 1176, "children": [], "start_point": {"row": 180, "column": 20}, "end_point": {"row": 180, "column": 24}}, {"id": 1185, "type": "identifier", "text": "eidtype", "parent": 1176, "children": [], "start_point": {"row": 180, "column": 26}, "end_point": {"row": 180, "column": 33}}, {"id": 1186, "type": "identifier", "text": "eidM", "parent": 1176, "children": [], "start_point": {"row": 180, "column": 35}, "end_point": {"row": 180, "column": 39}}, {"id": 1187, "type": "identifier", "text": "eidP", "parent": 1176, "children": [], "start_point": {"row": 180, "column": 41}, "end_point": {"row": 180, "column": 45}}, {"id": 1188, "type": "identifier", "text": "nxM", "parent": 1176, "children": [], "start_point": {"row": 180, "column": 47}, "end_point": {"row": 180, "column": 50}}, {"id": 1189, "type": "identifier", "text": "nyM", "parent": 1176, "children": [], "start_point": {"row": 180, "column": 52}, "end_point": {"row": 180, "column": 55}}, {"id": 1190, "type": "identifier", "text": "Js", "parent": 1176, "children": [], "start_point": {"row": 180, "column": 57}, "end_point": {"row": 180, "column": 59}}, {"id": 1191, "type": "identifier", "text": "LIFT", "parent": 1176, "children": [], "start_point": {"row": 180, "column": 61}, "end_point": {"row": 180, "column": 65}}, {"id": 1192, "type": "identifier", "text": "vtemp", "parent": 1176, "children": [], "start_point": {"row": 180, "column": 67}, "end_point": {"row": 180, "column": 72}}, {"id": 1193, "type": "call_expression", "text": "dvecd(Np * K, 1, vtemp, vol, rhsQ)", "parent": 766, "children": [1194, 1195], "start_point": {"row": 182, "column": 4}, "end_point": {"row": 182, "column": 38}}, {"id": 1194, "type": "identifier", "text": "dvecd", "parent": 1193, "children": [], "start_point": {"row": 182, "column": 4}, "end_point": {"row": 182, "column": 9}}, {"id": 1195, "type": "argument_list", "text": "(Np * K, 1, vtemp, vol, rhsQ)", "parent": 1193, "children": [1196, 1200, 1201, 1202, 1203], "start_point": {"row": 182, "column": 9}, "end_point": {"row": 182, "column": 38}}, {"id": 1196, "type": "binary_expression", "text": "Np * K", "parent": 1195, "children": [1197, 1198, 1199], "start_point": {"row": 182, "column": 10}, "end_point": {"row": 182, "column": 16}}, {"id": 1197, "type": "identifier", "text": "Np", "parent": 1196, "children": [], "start_point": {"row": 182, "column": 10}, "end_point": {"row": 182, "column": 12}}, {"id": 1198, "type": "*", "text": "*", "parent": 1196, "children": [], "start_point": {"row": 182, "column": 13}, "end_point": {"row": 182, "column": 14}}, {"id": 1199, "type": "identifier", "text": "K", "parent": 1196, "children": [], "start_point": {"row": 182, "column": 15}, "end_point": {"row": 182, "column": 16}}, {"id": 1200, "type": "number_literal", "text": "1", "parent": 1195, "children": [], "start_point": {"row": 182, "column": 18}, "end_point": {"row": 182, "column": 19}}, {"id": 1201, "type": "identifier", "text": "vtemp", "parent": 1195, "children": [], "start_point": {"row": 182, "column": 21}, "end_point": {"row": 182, "column": 26}}, {"id": 1202, "type": "identifier", "text": "vol", "parent": 1195, "children": [], "start_point": {"row": 182, "column": 28}, "end_point": {"row": 182, "column": 31}}, {"id": 1203, "type": "identifier", "text": "rhsQ", "parent": 1195, "children": [], "start_point": {"row": 182, "column": 33}, "end_point": {"row": 182, "column": 37}}, {"id": 1204, "type": "call_expression", "text": "free(vtemp)", "parent": 766, "children": [1205, 1206], "start_point": {"row": 184, "column": 4}, "end_point": {"row": 184, "column": 15}}, {"id": 1205, "type": "identifier", "text": "free", "parent": 1204, "children": [], "start_point": {"row": 184, "column": 4}, "end_point": {"row": 184, "column": 8}}, {"id": 1206, "type": "argument_list", "text": "(vtemp)", "parent": 1204, "children": [1207], "start_point": {"row": 184, "column": 8}, "end_point": {"row": 184, "column": 15}}, {"id": 1207, "type": "identifier", "text": "vtemp", "parent": 1206, "children": [], "start_point": {"row": 184, "column": 9}, "end_point": {"row": 184, "column": 14}}, {"id": 1208, "type": "return_statement", "text": "return;", "parent": 766, "children": [], "start_point": {"row": 185, "column": 4}, "end_point": {"row": 185, "column": 11}}]}, "node_categories": {"declarations": {"functions": [13, 15, 328, 330, 766, 768], "variables": [18, 21, 24, 29, 34, 39, 42, 47, 52, 57, 62, 67, 74, 87, 113, 135, 155, 175, 183, 191, 199, 275, 333, 336, 339, 342, 347, 352, 357, 362, 369, 376, 381, 386, 391, 396, 401, 406, 411, 414, 456, 478, 492, 506, 514, 522, 536, 544, 552, 561, 572, 575, 591, 625, 677, 705, 713, 719, 771, 774, 780, 783, 812, 825, 838, 851, 864, 875, 888, 901, 914, 927, 940, 953, 966, 979, 992, 1005, 1018, 1031, 1053, 1075, 1086, 1097, 1125, 1138], "classes": [], "imports": [0, 1, 3, 4, 6, 7], "modules": [], "enums": []}, "statements": {"expressions": [93, 97, 101, 102, 103, 106, 119, 128, 132, 140, 141, 142, 145, 149, 160, 161, 162, 165, 169, 180, 188, 196, 202, 205, 208, 211, 214, 219, 222, 226, 231, 235, 243, 256, 259, 263, 270, 283, 287, 290, 300, 304, 307, 312, 314, 315, 321, 421, 424, 428, 436, 440, 444, 445, 446, 449, 462, 471, 475, 483, 484, 487, 497, 498, 501, 511, 519, 527, 533, 541, 549, 558, 566, 569, 580, 589, 594, 603, 606, 610, 613, 620, 633, 637, 640, 650, 654, 657, 662, 664, 665, 671, 684, 687, 691, 694, 697, 733, 738, 740, 742, 744, 747, 750, 752, 755, 757, 761, 790, 791, 795, 802, 803, 807, 819, 822, 832, 835, 845, 848, 858, 861, 869, 872, 882, 885, 895, 898, 908, 911, 921, 924, 934, 937, 947, 950, 960, 963, 973, 976, 986, 989, 999, 1002, 1012, 1015, 1025, 1028, 1040, 1047, 1050, 1062, 1069, 1072, 1080, 1083, 1091, 1094, 1102, 1105, 1109, 1113, 1116, 1120, 1132, 1135, 1145, 1148, 1152, 1155, 1163, 1174, 1193, 1196, 1204], "assignments": [124, 221, 230, 279, 296, 432, 467, 555, 605, 629, 646, 1108], "loops": [86, 123, 278, 295, 431, 466, 628, 645], "conditionals": [11, 16, 20, 23, 28, 33, 38, 41, 46, 51, 56, 61, 66, 68, 73, 78, 79, 80, 81, 85, 90, 94, 96, 98, 100, 105, 107, 108, 110, 115, 117, 120, 122, 125, 129, 131, 133, 138, 146, 147, 150, 152, 158, 166, 167, 170, 172, 178, 181, 182, 186, 189, 190, 194, 197, 198, 201, 203, 206, 207, 209, 210, 212, 213, 215, 216, 217, 218, 220, 223, 224, 227, 229, 232, 233, 236, 238, 239, 240, 241, 244, 248, 249, 250, 251, 252, 253, 254, 255, 257, 258, 260, 261, 262, 264, 266, 267, 268, 271, 277, 280, 284, 286, 288, 291, 297, 301, 303, 305, 308, 313, 316, 318, 320, 322, 326, 331, 335, 338, 341, 346, 351, 356, 361, 363, 368, 370, 375, 380, 385, 390, 395, 400, 405, 410, 413, 419, 422, 425, 427, 433, 437, 439, 441, 443, 448, 450, 451, 453, 458, 460, 463, 465, 468, 472, 474, 476, 481, 488, 489, 495, 502, 503, 509, 512, 513, 517, 520, 521, 525, 528, 529, 531, 534, 535, 539, 542, 543, 547, 550, 551, 554, 556, 559, 560, 562, 564, 568, 570, 571, 574, 578, 581, 583, 584, 585, 586, 587, 588, 590, 593, 595, 597, 598, 599, 600, 601, 602, 604, 607, 608, 612, 614, 616, 617, 618, 621, 627, 630, 634, 636, 638, 641, 647, 651, 653, 655, 658, 663, 666, 668, 670, 672, 676, 682, 685, 688, 690, 695, 698, 700, 702, 703, 704, 710, 716, 720, 722, 724, 726, 728, 730, 732, 734, 736, 737, 739, 741, 743, 745, 746, 748, 749, 751, 753, 754, 756, 758, 760, 762, 764, 769, 773, 775, 779, 782, 784, 788, 789, 792, 796, 801, 804, 808, 817, 820, 823, 830, 833, 836, 843, 846, 849, 856, 859, 862, 867, 870, 873, 880, 883, 886, 893, 896, 899, 906, 909, 912, 919, 922, 925, 932, 935, 938, 945, 948, 951, 958, 961, 964, 971, 974, 977, 984, 987, 990, 997, 1000, 1003, 1010, 1013, 1016, 1023, 1026, 1029, 1032, 1038, 1042, 1048, 1051, 1054, 1060, 1064, 1070, 1073, 1078, 1081, 1084, 1089, 1092, 1095, 1100, 1103, 1106, 1110, 1114, 1118, 1119, 1122, 1123, 1124, 1130, 1133, 1136, 1143, 1146, 1149, 1151, 1156, 1158, 1159, 1160, 1161, 1162, 1166, 1167, 1168, 1169, 1170, 1171, 1172, 1173, 1175, 1177, 1178, 1179, 1180, 1181, 1182, 1183, 1184, 1185, 1186, 1187, 1188, 1189, 1190, 1191, 1192, 1194, 1197, 1199, 1201, 1202, 1203, 1205, 1207], "returns": [327, 765, 1208], "exceptions": []}, "expressions": {"calls": [82], "literals": [2, 5, 8, 92, 127, 154, 174, 246, 273, 282, 293, 299, 310, 324, 435, 470, 491, 505, 623, 632, 643, 649, 660, 674, 701, 712, 718, 794, 798, 799, 806, 810, 811, 824, 837, 850, 863, 874, 887, 900, 913, 926, 939, 952, 965, 978, 991, 1004, 1017, 1030, 1052, 1074, 1085, 1096, 1107, 1111, 1137, 1200], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 13, "universal_type": "function", "name": "inner_fv_term", "text_snippet": "void inner_fv_term(int Np, int K, double *h, double *u, double *v,\n int Nedge, dou"}, {"node_id": 15, "universal_type": "function", "name": "K,", "text_snippet": "inner_fv_term(int Np, int K, double *h, double *u, double *v,\n int Nedge, double *"}, {"node_id": 328, "universal_type": "function", "name": "surface_fv_term", "text_snippet": "void surface_fv_term(size_t Np, size_t Nfp, size_t K,\n double *h, double *h_ext,"}, {"node_id": 330, "universal_type": "function", "name": "unknown", "text_snippet": "surface_fv_term(size_t Np, size_t Nfp, size_t K,\n double *h, double *h_ext, doub"}, {"node_id": 766, "universal_type": "function", "name": "mexFunction", "text_snippet": "void mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])\n{\n /* check input */"}, {"node_id": 768, "universal_type": "function", "name": "nrhs,", "text_snippet": "mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include \"mex.h\"\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include \"blas.h\"\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include \"conv2d.h\"\n"}, {"node_id": 7, "text": "#include"}]}, "original_source_code": "#include \"mex.h\"\n#include \"blas.h\"\n#include \"conv2d.h\"\n\n#define DEBUG 0\n\nvoid inner_fv_term(int Np, int K, double *h, double *u, double *v,\n int Nedge, double *v1, double *v2,\n double *nx, double *ny, double *ds,\n signed char *EToR, double *rhs)\n{\n#ifdef _OPENMP\n#pragma omp parallel for num_threads(DG_THREADS)\n#endif\n for (int k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int n, ind = k * Nedge;\n for (n = 0; n < Nedge; n++)\n {\n int n1 = (int)v1[n] + k*Np - 1; // change to C type\n int n2 = (int)v2[n] + k*Np - 1;\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double delta_s = ds[ind];\n\n double num_flux;\n upwind_flux(h[n1], h[n2], u[n1], v[n1], nx_, ny_, &num_flux);\n\n rhs[n1] -= num_flux * delta_s;\n rhs[n2] += num_flux * delta_s;\n#if DEBUG\n mexPrintf(\"k=%d, n=%d, n1=%d, n2=%d, nx=%e, ny=%e, delta=%e, flux=%e, rhs1=%e, rhs2=%e\\n\",\n k, n, n1, n2, nx_, ny_, delta_s, num_flux, rhs[n1], rhs[n2]);\n#endif\n ind++;\n }\n }\n\n#if DEBUG\n mexPrintf(\"inner_rhs = \\n\");\n int n;\n for (n = 0; n < Np; n++)\n {\n mexPrintf(\"\\t\");\n for (k = 0; k < K; k++)\n {\n mexPrintf(\"%e\\t\", rhs[k * Np + n]);\n }\n mexPrintf(\"\\n\");\n }\n#endif\n return;\n}\n\nvoid surface_fv_term(size_t Np, size_t Nfp, size_t K,\n double *h, double *h_ext, double *u, double *v,\n signed char *EToR, signed char *eidtype,\n double *eidM, double *eidP,\n double *nx, double *ny, double *Js, double *LIFT,\n double *rhs)\n{\n\n int k;\n double *flux = calloc(Nfp * K, sizeof(double));\n // #ifdef _OPENMP\n // #pragma omp parallel for num_threads(DG_THREADS)\n // #endif\n for (k = 0; k < K; k++)\n {\n if ((cell_type)EToR[k] != REFINE)\n continue;\n\n int j, ind = k * Nfp;\n for (j = 0; j < Nfp; j++)\n {\n int iM = (int)eidM[ind] - 1; // change index to C type\n int iP = (int)eidP[ind] - 1;\n double f_M = h[iM]; // local and adjacent node values\n double hP = h[iP];\n double uM = u[iM], vM = v[iM];\n // outward normal vector of local element\n double nx_ = nx[ind];\n double ny_ = ny[ind];\n double f_ext; // external values on local nodes\n f_ext = h_ext[iM];\n bc_type type = (bc_type)eidtype[ind];\n // get adjacent values hP, qxP, qyP, considering\n // various boudnary conditions\n double f_P;\n int info = bound_cond(f_M, hP, f_ext, nx_, ny_, type, &f_P);\n // if(info) mexErrMsgTxt(\"Unknown boundary conditions.\");\n double numflux;\n upwind_flux(f_M, f_P, uM, vM, nx_, ny_, &numflux);\n\n flux[ind] = -numflux;\n ind++;\n }\n }\n#if DEBUG\n mexPrintf(\"flux = \\n\");\n int n;\n for (n = 0; n < Nfp; n++)\n {\n mexPrintf(\"\\t\");\n for (k = 0; k < K; k++)\n {\n mexPrintf(\"%e\\t\", flux[k * Nfp + n]);\n }\n mexPrintf(\"\\n\");\n }\n#endif\n double *stemp = calloc(Nfp * K, sizeof(double));\n dvecm(Nfp * K, 1, flux, Js, stemp);\n char *chn = \"N\";\n double one = 1.0;\n mwSignedIndex Np_ = Np, K_ = K, Nfp_ = Nfp;\n dgemm(chn, chn, &Np_, &K_, &Nfp_, &one, LIFT, &Np_, stemp, &Nfp_, &one, rhs, &Np_);\n free(flux);\n free(stemp);\n return;\n}\n\n/*\n * @brief calculate the sub-cell discretization by finite volume scheme.\n * Usages: \n * [ rhsQ ] = rhs_fv_term(f_Q, f_ext, u, v, Nedge, v1, v2, nx, ny, ds, ...\n * eidM, eidP, nxM, nyM, Js, LIFT, vol, ...\n * eidtype, EToR)\n */\nvoid mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[])\n{\n /* check input */\n if (nrhs != 19)\n {\n mexErrMsgIdAndTxt(\"MATLAB:rhs_fv_term:invalidNumInputs\",\n \"20 input required.\");\n }\n else if (nlhs > 1)\n {\n mexErrMsgIdAndTxt(\"MATLAB:rhs_fv_term:maxlhs\",\n \"Too many output arguments.\");\n }\n\n double *f_Q = mxGetPr(prhs[0]);\n double *f_extQ = mxGetPr(prhs[1]);\n double *u = mxGetPr(prhs[2]);\n double *v = mxGetPr(prhs[3]);\n double Nedge = mxGetScalar(prhs[4]);\n double *v1 = mxGetPr(prhs[5]);\n double *v2 = mxGetPr(prhs[6]);\n double *nx = mxGetPr(prhs[7]);\n double *ny = mxGetPr(prhs[8]);\n double *ds = mxGetPr(prhs[9]);\n double *eidM = mxGetPr(prhs[10]);\n double *eidP = mxGetPr(prhs[11]);\n double *nxM = mxGetPr(prhs[12]);\n double *nyM = mxGetPr(prhs[13]);\n double *Js = mxGetPr(prhs[14]);\n double *LIFT = mxGetPr(prhs[15]);\n double *vol = mxGetPr(prhs[16]);\n signed char *eidtype = (signed char *)mxGetData(prhs[17]);\n signed char *EToR = (signed char *)mxGetData(prhs[18]);\n\n /* get dimensions */\n size_t Np = mxGetM(prhs[0]);\n size_t K = mxGetN(prhs[0]);\n size_t Nfp = mxGetM(prhs[10]);\n\n /* allocate output array */\n plhs[0] = mxCreateDoubleMatrix((mwSize)Np, (mwSize)K, mxREAL);\n double *rhsQ = mxGetPr(plhs[0]);\n\n double *vtemp = calloc(Np * K, sizeof(double));\n inner_fv_term(Np, K, f_Q, u, v,\n (int)Nedge, v1, v2, nx, ny, ds, EToR, vtemp);\n\n surface_fv_term(Np, Nfp, K, f_Q, f_extQ, u, v,\n EToR, eidtype, eidM, eidP, nxM, nyM, Js, LIFT, vtemp);\n\n dvecd(Np * K, 1, vtemp, vol, rhsQ);\n\n free(vtemp);\n return;\n}"}
| 257
|
c
|
#pragma once
#include <vector>
#include "RuntimeLoader.h"
#include "InterpreterCommon.h"
namespace RolLang {
class InterpreterStacktracer
{
struct StacktracerFrameInfo
{
RuntimeFunction* Function;
std::size_t PC;
std::size_t StackBase;
NativeFunction Native;
};
public:
InterpreterStacktracer(RuntimeLoader* loader)
: _loader(loader)
{
}
public:
void BeginFrameInterpreted(RuntimeFunction* func)
{
_stack.push_back({ func, 0, 0, nullptr });
}
void EndFrameInterpreted()
{
_stack.pop_back();
}
void BeginNativeFrame(RuntimeFunction* func, NativeFunction n)
{
_stack.push_back({ func, SIZE_MAX, 0, n });
}
void EndNativeFrame()
{
_stack.pop_back();
}
void SetReturnAddress(std::size_t pc, std::size_t stack)
{
_stack[_stack.size() - 1].PC = pc;
_stack[_stack.size() - 1].StackBase = stack;
}
void GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)
{
*f = _stack.back().Function;
*pc = _stack.back().PC;
*stack = _stack.back().StackBase;
}
StacktraceInfo GetStacktrace()
{
StacktraceInfo ret;
for (auto& f : _stack)
{
ret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });
}
return std::move(ret);
}
private:
RuntimeLoader* _loader;
std::vector<StacktracerFrameInfo> _stack;
};
}
| 20.05
| 61
|
(translation_unit) "#pragma once\n#include <vector>\n#include "RuntimeLoader.h"\n#include "InterpreterCommon.h"\n\nnamespace RolLang {\n\nclass InterpreterStacktracer\n{\n struct StacktracerFrameInfo\n {\n RuntimeFunction* Function;\n std::size_t PC;\n std::size_t StackBase;\n NativeFunction Native;\n };\n\npublic:\n InterpreterStacktracer(RuntimeLoader* loader)\n : _loader(loader)\n {\n }\n\npublic:\n void BeginFrameInterpreted(RuntimeFunction* func)\n {\n _stack.push_back({ func, 0, 0, nullptr });\n }\n\n void EndFrameInterpreted()\n {\n _stack.pop_back();\n }\n\n void BeginNativeFrame(RuntimeFunction* func, NativeFunction n)\n {\n _stack.push_back({ func, SIZE_MAX, 0, n });\n }\n\n void EndNativeFrame()\n {\n _stack.pop_back();\n }\n\n void SetReturnAddress(std::size_t pc, std::size_t stack)\n {\n _stack[_stack.size() - 1].PC = pc;\n _stack[_stack.size() - 1].StackBase = stack;\n }\n\n void GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)\n {\n *f = _stack.back().Function;\n *pc = _stack.back().PC;\n *stack = _stack.back().StackBase;\n }\n\n StacktraceInfo GetStacktrace()\n {\n StacktraceInfo ret;\n for (auto& f : _stack)\n {\n ret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n }\n return std::move(ret);\n }\n\nprivate:\n RuntimeLoader* _loader;\n std::vector<StacktracerFrameInfo> _stack;\n};\n\n}\n"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(preproc_include) "#include <vector>\n"
(#include) "#include"
(system_lib_string) "<vector>"
(preproc_include) "#include "RuntimeLoader.h"\n"
(#include) "#include"
(string_literal) ""RuntimeLoader.h""
(") """
(string_content) "RuntimeLoader.h"
(") """
(preproc_include) "#include "InterpreterCommon.h"\n"
(#include) "#include"
(string_literal) ""InterpreterCommon.h""
(") """
(string_content) "InterpreterCommon.h"
(") """
(function_definition) "namespace RolLang {\n\nclass InterpreterStacktracer\n{\n struct StacktracerFrameInfo\n {\n RuntimeFunction* Function;\n std::size_t PC;\n std::size_t StackBase;\n NativeFunction Native;\n };\n\npublic:\n InterpreterStacktracer(RuntimeLoader* loader)\n : _loader(loader)\n {\n }\n\npublic:\n void BeginFrameInterpreted(RuntimeFunction* func)\n {\n _stack.push_back({ func, 0, 0, nullptr });\n }\n\n void EndFrameInterpreted()\n {\n _stack.pop_back();\n }\n\n void BeginNativeFrame(RuntimeFunction* func, NativeFunction n)\n {\n _stack.push_back({ func, SIZE_MAX, 0, n });\n }\n\n void EndNativeFrame()\n {\n _stack.pop_back();\n }\n\n void SetReturnAddress(std::size_t pc, std::size_t stack)\n {\n _stack[_stack.size() - 1].PC = pc;\n _stack[_stack.size() - 1].StackBase = stack;\n }\n\n void GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)\n {\n *f = _stack.back().Function;\n *pc = _stack.back().PC;\n *stack = _stack.back().StackBase;\n }\n\n StacktraceInfo GetStacktrace()\n {\n StacktraceInfo ret;\n for (auto& f : _stack)\n {\n ret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n }\n return std::move(ret);\n }\n\nprivate:\n RuntimeLoader* _loader;\n std::vector<StacktracerFrameInfo> _stack;\n};\n\n}"
(type_identifier) "namespace"
(identifier) "RolLang"
(compound_statement) "{\n\nclass InterpreterStacktracer\n{\n struct StacktracerFrameInfo\n {\n RuntimeFunction* Function;\n std::size_t PC;\n std::size_t StackBase;\n NativeFunction Native;\n };\n\npublic:\n InterpreterStacktracer(RuntimeLoader* loader)\n : _loader(loader)\n {\n }\n\npublic:\n void BeginFrameInterpreted(RuntimeFunction* func)\n {\n _stack.push_back({ func, 0, 0, nullptr });\n }\n\n void EndFrameInterpreted()\n {\n _stack.pop_back();\n }\n\n void BeginNativeFrame(RuntimeFunction* func, NativeFunction n)\n {\n _stack.push_back({ func, SIZE_MAX, 0, n });\n }\n\n void EndNativeFrame()\n {\n _stack.pop_back();\n }\n\n void SetReturnAddress(std::size_t pc, std::size_t stack)\n {\n _stack[_stack.size() - 1].PC = pc;\n _stack[_stack.size() - 1].StackBase = stack;\n }\n\n void GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)\n {\n *f = _stack.back().Function;\n *pc = _stack.back().PC;\n *stack = _stack.back().StackBase;\n }\n\n StacktraceInfo GetStacktrace()\n {\n StacktraceInfo ret;\n for (auto& f : _stack)\n {\n ret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n }\n return std::move(ret);\n }\n\nprivate:\n RuntimeLoader* _loader;\n std::vector<StacktracerFrameInfo> _stack;\n};\n\n}"
({) "{"
(function_definition) "class InterpreterStacktracer\n{\n struct StacktracerFrameInfo\n {\n RuntimeFunction* Function;\n std::size_t PC;\n std::size_t StackBase;\n NativeFunction Native;\n };\n\npublic:\n InterpreterStacktracer(RuntimeLoader* loader)\n : _loader(loader)\n {\n }\n\npublic:\n void BeginFrameInterpreted(RuntimeFunction* func)\n {\n _stack.push_back({ func, 0, 0, nullptr });\n }\n\n void EndFrameInterpreted()\n {\n _stack.pop_back();\n }\n\n void BeginNativeFrame(RuntimeFunction* func, NativeFunction n)\n {\n _stack.push_back({ func, SIZE_MAX, 0, n });\n }\n\n void EndNativeFrame()\n {\n _stack.pop_back();\n }\n\n void SetReturnAddress(std::size_t pc, std::size_t stack)\n {\n _stack[_stack.size() - 1].PC = pc;\n _stack[_stack.size() - 1].StackBase = stack;\n }\n\n void GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)\n {\n *f = _stack.back().Function;\n *pc = _stack.back().PC;\n *stack = _stack.back().StackBase;\n }\n\n StacktraceInfo GetStacktrace()\n {\n StacktraceInfo ret;\n for (auto& f : _stack)\n {\n ret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n }\n return std::move(ret);\n }\n\nprivate:\n RuntimeLoader* _loader;\n std::vector<StacktracerFrameInfo> _stack;\n};\n\n}"
(type_identifier) "class"
(identifier) "InterpreterStacktracer"
(compound_statement) "{\n struct StacktracerFrameInfo\n {\n RuntimeFunction* Function;\n std::size_t PC;\n std::size_t StackBase;\n NativeFunction Native;\n };\n\npublic:\n InterpreterStacktracer(RuntimeLoader* loader)\n : _loader(loader)\n {\n }\n\npublic:\n void BeginFrameInterpreted(RuntimeFunction* func)\n {\n _stack.push_back({ func, 0, 0, nullptr });\n }\n\n void EndFrameInterpreted()\n {\n _stack.pop_back();\n }\n\n void BeginNativeFrame(RuntimeFunction* func, NativeFunction n)\n {\n _stack.push_back({ func, SIZE_MAX, 0, n });\n }\n\n void EndNativeFrame()\n {\n _stack.pop_back();\n }\n\n void SetReturnAddress(std::size_t pc, std::size_t stack)\n {\n _stack[_stack.size() - 1].PC = pc;\n _stack[_stack.size() - 1].StackBase = stack;\n }\n\n void GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)\n {\n *f = _stack.back().Function;\n *pc = _stack.back().PC;\n *stack = _stack.back().StackBase;\n }\n\n StacktraceInfo GetStacktrace()\n {\n StacktraceInfo ret;\n for (auto& f : _stack)\n {\n ret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n }\n return std::move(ret);\n }\n\nprivate:\n RuntimeLoader* _loader;\n std::vector<StacktracerFrameInfo> _stack;\n};\n\n}"
({) "{"
(struct_specifier) "struct StacktracerFrameInfo\n {\n RuntimeFunction* Function;\n std::size_t PC;\n std::size_t StackBase;\n NativeFunction Native;\n }"
(struct) "struct"
(type_identifier) "StacktracerFrameInfo"
(field_declaration_list) "{\n RuntimeFunction* Function;\n std::size_t PC;\n std::size_t StackBase;\n NativeFunction Native;\n }"
({) "{"
(field_declaration) "RuntimeFunction* Function;"
(type_identifier) "RuntimeFunction"
(pointer_declarator) "* Function"
(*) "*"
(field_identifier) "Function"
(;) ";"
(ERROR) "std::"
(type_identifier) "std"
(:) ":"
(:) ":"
(field_declaration) "size_t PC;"
(primitive_type) "size_t"
(field_identifier) "PC"
(;) ";"
(ERROR) "std::"
(type_identifier) "std"
(:) ":"
(:) ":"
(field_declaration) "size_t StackBase;"
(primitive_type) "size_t"
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(;) ";"
(field_declaration) "NativeFunction Native;"
(type_identifier) "NativeFunction"
(field_identifier) "Native"
(;) ";"
(}) "}"
(;) ";"
(labeled_statement) "public:\n InterpreterStacktracer(RuntimeLoader* loader)\n : _loader(loader)\n {\n }"
(statement_identifier) "public"
(ERROR) ":\n InterpreterStacktracer(RuntimeLoader* loader)"
(:) ":"
(call_expression) "InterpreterStacktracer(RuntimeLoader* loader)"
(identifier) "InterpreterStacktracer"
(argument_list) "(RuntimeLoader* loader)"
(() "("
(binary_expression) "RuntimeLoader* loader"
(identifier) "RuntimeLoader"
(*) "*"
(identifier) "loader"
()) ")"
(:) ":"
(ERROR) "_loader(loader)"
(macro_type_specifier) "_loader(loader)"
(identifier) "_loader"
(() "("
(type_descriptor) "loader"
(type_identifier) "loader"
()) ")"
(compound_statement) "{\n }"
({) "{"
(}) "}"
(labeled_statement) "public:\n void BeginFrameInterpreted(RuntimeFunction* func)\n {\n _stack.push_back({ func, 0, 0, nullptr });\n }"
(statement_identifier) "public"
(:) ":"
(ERROR) "void BeginFrameInterpreted(RuntimeFunction* func)"
(primitive_type) "void"
(function_declarator) "BeginFrameInterpreted(RuntimeFunction* func)"
(identifier) "BeginFrameInterpreted"
(parameter_list) "(RuntimeFunction* func)"
(() "("
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(type_identifier) "RuntimeFunction"
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(*) "*"
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(compound_statement) "{\n _stack.push_back({ func, 0, 0, nullptr });\n }"
({) "{"
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(call_expression) "_stack.push_back({ func, 0, 0, nullptr })"
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(.) "."
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(argument_list) "({ func, 0, 0, nullptr })"
(() "("
(compound_statement) "{ func, 0, 0, nullptr }"
({) "{"
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(comma_expression) "func, 0, 0, nullptr"
(identifier) "func"
(,) ","
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(,) ","
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(number_literal) "0"
(,) ","
(null) "nullptr"
(nullptr) "nullptr"
(;) ""
(}) "}"
()) ")"
(;) ";"
(}) "}"
(function_definition) "void EndFrameInterpreted()\n {\n _stack.pop_back();\n }"
(primitive_type) "void"
(function_declarator) "EndFrameInterpreted()"
(identifier) "EndFrameInterpreted"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n _stack.pop_back();\n }"
({) "{"
(expression_statement) "_stack.pop_back();"
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(identifier) "_stack"
(.) "."
(field_identifier) "pop_back"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(function_definition) "void BeginNativeFrame(RuntimeFunction* func, NativeFunction n)\n {\n _stack.push_back({ func, SIZE_MAX, 0, n });\n }"
(primitive_type) "void"
(function_declarator) "BeginNativeFrame(RuntimeFunction* func, NativeFunction n)"
(identifier) "BeginNativeFrame"
(parameter_list) "(RuntimeFunction* func, NativeFunction n)"
(() "("
(parameter_declaration) "RuntimeFunction* func"
(type_identifier) "RuntimeFunction"
(pointer_declarator) "* func"
(*) "*"
(identifier) "func"
(,) ","
(parameter_declaration) "NativeFunction n"
(type_identifier) "NativeFunction"
(identifier) "n"
()) ")"
(compound_statement) "{\n _stack.push_back({ func, SIZE_MAX, 0, n });\n }"
({) "{"
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(.) "."
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(() "("
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({) "{"
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(identifier) "func"
(,) ","
(comma_expression) "SIZE_MAX, 0, n"
(identifier) "SIZE_MAX"
(,) ","
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(number_literal) "0"
(,) ","
(identifier) "n"
(;) ""
(}) "}"
()) ")"
(;) ";"
(}) "}"
(function_definition) "void EndNativeFrame()\n {\n _stack.pop_back();\n }"
(primitive_type) "void"
(function_declarator) "EndNativeFrame()"
(identifier) "EndNativeFrame"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n _stack.pop_back();\n }"
({) "{"
(expression_statement) "_stack.pop_back();"
(call_expression) "_stack.pop_back()"
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(identifier) "_stack"
(.) "."
(field_identifier) "pop_back"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(function_definition) "void SetReturnAddress(std::size_t pc, std::size_t stack)\n {\n _stack[_stack.size() - 1].PC = pc;\n _stack[_stack.size() - 1].StackBase = stack;\n }"
(primitive_type) "void"
(function_declarator) "SetReturnAddress(std::size_t pc, std::size_t stack)"
(identifier) "SetReturnAddress"
(parameter_list) "(std::size_t pc, std::size_t stack)"
(() "("
(ERROR) "std::"
(identifier) "std"
(:) ":"
(:) ":"
(parameter_declaration) "size_t pc"
(primitive_type) "size_t"
(identifier) "pc"
(,) ","
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(:) ":"
(:) ":"
(parameter_declaration) "size_t stack"
(primitive_type) "size_t"
(identifier) "stack"
()) ")"
(compound_statement) "{\n _stack[_stack.size() - 1].PC = pc;\n _stack[_stack.size() - 1].StackBase = stack;\n }"
({) "{"
(expression_statement) "_stack[_stack.size() - 1].PC = pc;"
(assignment_expression) "_stack[_stack.size() - 1].PC = pc"
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(identifier) "_stack"
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(binary_expression) "_stack.size() - 1"
(call_expression) "_stack.size()"
(field_expression) "_stack.size"
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(.) "."
(field_identifier) "size"
(argument_list) "()"
(() "("
()) ")"
(-) "-"
(number_literal) "1"
(]) "]"
(.) "."
(field_identifier) "PC"
(=) "="
(identifier) "pc"
(;) ";"
(expression_statement) "_stack[_stack.size() - 1].StackBase = stack;"
(assignment_expression) "_stack[_stack.size() - 1].StackBase = stack"
(field_expression) "_stack[_stack.size() - 1].StackBase"
(subscript_expression) "_stack[_stack.size() - 1]"
(identifier) "_stack"
([) "["
(binary_expression) "_stack.size() - 1"
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(.) "."
(field_identifier) "size"
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(() "("
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(-) "-"
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(.) "."
(field_identifier) "StackBase"
(=) "="
(identifier) "stack"
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(}) "}"
(function_definition) "void GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)\n {\n *f = _stack.back().Function;\n *pc = _stack.back().PC;\n *stack = _stack.back().StackBase;\n }"
(primitive_type) "void"
(function_declarator) "GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)"
(identifier) "GetReturnAddress"
(parameter_list) "(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)"
(() "("
(parameter_declaration) "RuntimeFunction** f"
(type_identifier) "RuntimeFunction"
(pointer_declarator) "** f"
(*) "*"
(pointer_declarator) "* f"
(*) "*"
(identifier) "f"
(,) ","
(ERROR) "std::"
(type_identifier) "std"
(:) ":"
(:) ":"
(parameter_declaration) "size_t* pc"
(primitive_type) "size_t"
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(*) "*"
(identifier) "pc"
(,) ","
(ERROR) "std::"
(type_identifier) "std"
(:) ":"
(:) ":"
(parameter_declaration) "size_t* stack"
(primitive_type) "size_t"
(pointer_declarator) "* stack"
(*) "*"
(identifier) "stack"
()) ")"
(compound_statement) "{\n *f = _stack.back().Function;\n *pc = _stack.back().PC;\n *stack = _stack.back().StackBase;\n }"
({) "{"
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(() "("
()) ")"
(.) "."
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(pointer_expression) "*pc"
(*) "*"
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(call_expression) "_stack.back()"
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(.) "."
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(() "("
()) ")"
(.) "."
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(;) ";"
(expression_statement) "*stack = _stack.back().StackBase;"
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(*) "*"
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(field_identifier) "back"
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(() "("
()) ")"
(.) "."
(field_identifier) "StackBase"
(;) ";"
(}) "}"
(function_definition) "StacktraceInfo GetStacktrace()\n {\n StacktraceInfo ret;\n for (auto& f : _stack)\n {\n ret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n }\n return std::move(ret);\n }\n\nprivate:\n RuntimeLoader* _loader;\n std::vector<StacktracerFrameInfo> _stack;\n}"
(type_identifier) "StacktraceInfo"
(function_declarator) "GetStacktrace()"
(identifier) "GetStacktrace"
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(() "("
()) ")"
(compound_statement) "{\n StacktraceInfo ret;\n for (auto& f : _stack)\n {\n ret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n }\n return std::move(ret);\n }\n\nprivate:\n RuntimeLoader* _loader;\n std::vector<StacktracerFrameInfo> _stack;\n}"
({) "{"
(declaration) "StacktraceInfo ret;"
(type_identifier) "StacktraceInfo"
(identifier) "ret"
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(ERROR) "for (auto& f : _stack)\n {\n ret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n }\n return std::move(ret);\n }\n\nprivate:\n RuntimeLoader* _loader;\n std::vector<StacktracerFrameInfo> _stack;"
(for) "for"
(() "("
(declaration) "auto& f : _stack)\n {\n ret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });"
(storage_class_specifier) "auto"
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(&) "&"
(type_identifier) "f"
(ERROR) ": _stack)\n {\n ret."
(:) ":"
(identifier) "_stack"
()) ")"
({) "{"
(identifier) "ret"
(.) "."
(function_declarator) "push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC })"
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(() "("
(compound_statement) "{ f.Function->Args.ConvertToSymbol(_loader), f.PC }"
({) "{"
(expression_statement) "f.Function->Args.ConvertToSymbol(_loader), f.PC"
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(() "("
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()) ")"
(,) ","
(field_expression) "f.PC"
(identifier) "f"
(.) "."
(field_identifier) "PC"
(;) ""
(}) "}"
()) ")"
(;) ";"
(ERROR) "}\n return std::"
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(return) "return"
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(:) ":"
(:) ":"
(call_expression) "move(ret)"
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(() "("
(identifier) "ret"
()) ")"
(;) ";"
(ERROR) "}\n\nprivate:\n RuntimeLoader* _loader;\n std::"
(}) "}"
(identifier) "private"
(:) ":"
(binary_expression) "RuntimeLoader* _loader"
(identifier) "RuntimeLoader"
(*) "*"
(identifier) "_loader"
(;) ";"
(identifier) "std"
(:) ":"
(:) ":"
(binary_expression) "vector<StacktracerFrameInfo> _stack"
(binary_expression) "vector<StacktracerFrameInfo"
(identifier) "vector"
(<) "<"
(identifier) "StacktracerFrameInfo"
(>) ">"
(identifier) "_stack"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
(}) "}"
(}) ""
| 475
| 14
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"column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"InterpreterCommon.h\"", "parent": 9, "children": [], "start_point": {"row": 3, "column": 9}, "end_point": {"row": 3, "column": 30}}, {"id": 12, "type": "function_definition", "text": "namespace RolLang {\n\nclass InterpreterStacktracer\n{\n\tstruct StacktracerFrameInfo\n\t{\n\t\tRuntimeFunction* Function;\n\t\tstd::size_t PC;\n\t\tstd::size_t StackBase;\n\t\tNativeFunction Native;\n\t};\n\npublic:\n\tInterpreterStacktracer(RuntimeLoader* loader)\n\t\t: _loader(loader)\n\t{\n\t}\n\npublic:\n\tvoid BeginFrameInterpreted(RuntimeFunction* func)\n\t{\n\t\t_stack.push_back({ func, 0, 0, nullptr });\n\t}\n\n\tvoid EndFrameInterpreted()\n\t{\n\t\t_stack.pop_back();\n\t}\n\n\tvoid BeginNativeFrame(RuntimeFunction* func, NativeFunction n)\n\t{\n\t\t_stack.push_back({ func, SIZE_MAX, 0, n });\n\t}\n\n\tvoid EndNativeFrame()\n\t{\n\t\t_stack.pop_back();\n\t}\n\n\tvoid SetReturnAddress(std::size_t pc, std::size_t stack)\n\t{\n\t\t_stack[_stack.size() - 1].PC = pc;\n\t\t_stack[_stack.size() - 1].StackBase = stack;\n\t}\n\n\tvoid GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)\n\t{\n\t\t*f = _stack.back().Function;\n\t\t*pc = _stack.back().PC;\n\t\t*stack = _stack.back().StackBase;\n\t}\n\n\tStacktraceInfo GetStacktrace()\n\t{\n\t\tStacktraceInfo ret;\n\t\tfor (auto& f : _stack)\n\t\t{\n\t\t\tret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n\t\t}\n\t\treturn std::move(ret);\n\t}\n\nprivate:\n\tRuntimeLoader* _loader;\n\tstd::vector<StacktracerFrameInfo> _stack;\n};\n\n}", "parent": null, "children": [13, 14], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 72, "column": 1}}, {"id": 13, "type": "type_identifier", "text": "namespace", "parent": 12, "children": [], "start_point": {"row": 5, "column": 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stack)\n\t{\n\t\t_stack[_stack.size() - 1].PC = pc;\n\t\t_stack[_stack.size() - 1].StackBase = stack;\n\t}\n\n\tvoid GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)\n\t{\n\t\t*f = _stack.back().Function;\n\t\t*pc = _stack.back().PC;\n\t\t*stack = _stack.back().StackBase;\n\t}\n\n\tStacktraceInfo GetStacktrace()\n\t{\n\t\tStacktraceInfo ret;\n\t\tfor (auto& f : _stack)\n\t\t{\n\t\t\tret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n\t\t}\n\t\treturn std::move(ret);\n\t}\n\nprivate:\n\tRuntimeLoader* _loader;\n\tstd::vector<StacktracerFrameInfo> _stack;\n};\n\n}", "parent": 12, "children": [16], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 72, "column": 1}}, {"id": 16, "type": "identifier", "text": "InterpreterStacktracer", "parent": 15, "children": [], "start_point": {"row": 7, "column": 6}, "end_point": {"row": 7, "column": 28}}, {"id": 17, "type": "struct_specifier", "text": "struct 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"field_expression", "text": "_stack.back().StackBase", "parent": 216, "children": [222, 227], "start_point": {"row": 54, "column": 11}, "end_point": {"row": 54, "column": 34}}, {"id": 222, "type": "call_expression", "text": "_stack.back()", "parent": 221, "children": [223, 226], "start_point": {"row": 54, "column": 11}, "end_point": {"row": 54, "column": 24}}, {"id": 223, "type": "field_expression", "text": "_stack.back", "parent": 222, "children": [224, 225], "start_point": {"row": 54, "column": 11}, "end_point": {"row": 54, "column": 22}}, {"id": 224, "type": "identifier", "text": "_stack", "parent": 223, "children": [], "start_point": {"row": 54, "column": 11}, "end_point": {"row": 54, "column": 17}}, {"id": 225, "type": "field_identifier", "text": "back", "parent": 223, "children": [], "start_point": {"row": 54, "column": 18}, "end_point": {"row": 54, "column": 22}}, {"id": 226, "type": "argument_list", "text": "()", "parent": 222, "children": [], "start_point": {"row": 54, "column": 22}, "end_point": {"row": 54, "column": 24}}, {"id": 227, "type": "field_identifier", "text": "StackBase", "parent": 221, "children": [], "start_point": {"row": 54, "column": 25}, "end_point": {"row": 54, "column": 34}}, {"id": 228, "type": "function_definition", "text": "StacktraceInfo GetStacktrace()\n\t{\n\t\tStacktraceInfo ret;\n\t\tfor (auto& f : _stack)\n\t\t{\n\t\t\tret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n\t\t}\n\t\treturn std::move(ret);\n\t}\n\nprivate:\n\tRuntimeLoader* _loader;\n\tstd::vector<StacktracerFrameInfo> _stack;\n}", "parent": 15, "children": [229, 230], "start_point": {"row": 57, "column": 1}, "end_point": {"row": 70, "column": 1}}, {"id": 229, "type": "type_identifier", "text": "StacktraceInfo", "parent": 228, "children": [], "start_point": {"row": 57, "column": 1}, "end_point": {"row": 57, "column": 15}}, {"id": 230, "type": "function_declarator", "text": "GetStacktrace()", "parent": 228, "children": [231, 232], "start_point": {"row": 57, "column": 16}, "end_point": {"row": 57, "column": 31}}, {"id": 231, "type": "identifier", "text": "GetStacktrace", "parent": 230, "children": [], "start_point": {"row": 57, "column": 16}, "end_point": {"row": 57, "column": 29}}, {"id": 232, "type": "parameter_list", "text": "()", "parent": 230, "children": [], "start_point": {"row": 57, "column": 29}, "end_point": {"row": 57, "column": 31}}, {"id": 233, "type": "declaration", "text": "StacktraceInfo ret;", "parent": 228, "children": [234, 235], "start_point": {"row": 59, "column": 2}, "end_point": {"row": 59, "column": 21}}, {"id": 234, "type": "type_identifier", "text": "StacktraceInfo", "parent": 233, "children": [], "start_point": {"row": 59, "column": 2}, "end_point": {"row": 59, "column": 16}}, {"id": 235, "type": "identifier", "text": "ret", "parent": 233, "children": [], "start_point": {"row": 59, "column": 17}, "end_point": {"row": 59, "column": 20}}, {"id": 236, "type": "ERROR", "text": "for (auto& f : _stack)\n\t\t{\n\t\t\tret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n\t\t}\n\t\treturn std::move(ret);\n\t}\n\nprivate:\n\tRuntimeLoader* _loader;\n\tstd::vector<StacktracerFrameInfo> _stack;", "parent": 228, "children": [237, 261, 263, 267, 273], "start_point": {"row": 60, "column": 2}, "end_point": {"row": 69, "column": 42}}, {"id": 237, "type": "declaration", "text": "auto& f : _stack)\n\t\t{\n\t\t\tret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });", "parent": 236, "children": [238, 240, 241, 244], "start_point": {"row": 60, "column": 7}, "end_point": {"row": 62, "column": 70}}, {"id": 238, "type": "storage_class_specifier", "text": "auto", "parent": 237, "children": [239], "start_point": {"row": 60, "column": 7}, "end_point": {"row": 60, "column": 11}}, {"id": 239, "type": "auto", "text": "auto", "parent": 238, "children": [], "start_point": {"row": 60, "column": 7}, "end_point": {"row": 60, "column": 11}}, {"id": 240, "type": "type_identifier", "text": "f", "parent": 237, "children": [], "start_point": {"row": 60, "column": 13}, "end_point": {"row": 60, "column": 14}}, {"id": 241, "type": "ERROR", "text": ": _stack)\n\t\t{\n\t\t\tret.", "parent": 237, "children": [242, 243], "start_point": {"row": 60, "column": 15}, "end_point": {"row": 62, "column": 7}}, {"id": 242, "type": "identifier", "text": "_stack", "parent": 241, "children": [], "start_point": {"row": 60, "column": 17}, "end_point": {"row": 60, "column": 23}}, {"id": 243, "type": "identifier", "text": "ret", "parent": 241, "children": [], "start_point": {"row": 62, "column": 3}, "end_point": {"row": 62, "column": 6}}, {"id": 244, "type": "function_declarator", "text": "push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC })", "parent": 237, "children": [245, 246], "start_point": {"row": 62, "column": 7}, "end_point": {"row": 62, "column": 69}}, {"id": 245, "type": "identifier", "text": "push_back", "parent": 244, "children": [], "start_point": {"row": 62, "column": 7}, "end_point": {"row": 62, "column": 16}}, {"id": 246, "type": "parameter_list", "text": "({ f.Function->Args.ConvertToSymbol(_loader), f.PC })", "parent": 244, "children": [], "start_point": {"row": 62, "column": 16}, "end_point": {"row": 62, "column": 69}}, {"id": 247, "type": "comma_expression", "text": "f.Function->Args.ConvertToSymbol(_loader), f.PC", "parent": 246, "children": [248, 258], "start_point": {"row": 62, "column": 19}, "end_point": {"row": 62, "column": 66}}, {"id": 248, "type": "call_expression", "text": "f.Function->Args.ConvertToSymbol(_loader)", "parent": 247, "children": [249, 256], "start_point": {"row": 62, "column": 19}, "end_point": {"row": 62, "column": 60}}, {"id": 249, "type": "field_expression", "text": "f.Function->Args.ConvertToSymbol", "parent": 248, "children": [250, 255], "start_point": {"row": 62, "column": 19}, "end_point": {"row": 62, "column": 51}}, {"id": 250, "type": "field_expression", "text": "f.Function->Args", "parent": 249, "children": [251, 254], "start_point": {"row": 62, "column": 19}, "end_point": {"row": 62, "column": 35}}, {"id": 251, "type": "field_expression", "text": "f.Function", "parent": 250, "children": [252, 253], "start_point": {"row": 62, "column": 19}, "end_point": {"row": 62, "column": 29}}, {"id": 252, "type": "identifier", "text": "f", "parent": 251, "children": [], "start_point": {"row": 62, "column": 19}, "end_point": {"row": 62, "column": 20}}, {"id": 253, "type": "field_identifier", "text": "Function", "parent": 251, "children": [], "start_point": {"row": 62, "column": 21}, "end_point": {"row": 62, "column": 29}}, {"id": 254, "type": "field_identifier", "text": "Args", "parent": 250, "children": [], "start_point": {"row": 62, "column": 31}, "end_point": {"row": 62, "column": 35}}, {"id": 255, "type": "field_identifier", "text": "ConvertToSymbol", "parent": 249, "children": [], "start_point": {"row": 62, "column": 36}, "end_point": {"row": 62, "column": 51}}, {"id": 256, "type": "argument_list", "text": "(_loader)", "parent": 248, "children": [257], "start_point": {"row": 62, "column": 51}, "end_point": {"row": 62, "column": 60}}, {"id": 257, "type": "identifier", "text": "_loader", "parent": 256, "children": [], "start_point": {"row": 62, "column": 52}, "end_point": {"row": 62, "column": 59}}, {"id": 258, "type": "field_expression", "text": "f.PC", "parent": 247, "children": [259, 260], "start_point": {"row": 62, "column": 62}, "end_point": {"row": 62, "column": 66}}, {"id": 259, "type": "identifier", "text": "f", "parent": 258, "children": [], "start_point": {"row": 62, "column": 62}, "end_point": {"row": 62, "column": 63}}, {"id": 260, "type": "field_identifier", "text": "PC", "parent": 258, "children": [], "start_point": {"row": 62, "column": 64}, "end_point": {"row": 62, "column": 66}}, {"id": 261, "type": "ERROR", "text": "}\n\t\treturn std::", "parent": 236, "children": [262], "start_point": {"row": 63, "column": 2}, "end_point": {"row": 64, "column": 14}}, {"id": 262, "type": "identifier", "text": "std", "parent": 261, "children": [], "start_point": {"row": 64, "column": 9}, "end_point": {"row": 64, "column": 12}}, {"id": 263, "type": "call_expression", "text": "move(ret)", "parent": 236, "children": [264, 265], "start_point": {"row": 64, "column": 14}, "end_point": {"row": 64, "column": 23}}, {"id": 264, "type": "identifier", "text": "move", "parent": 263, "children": [], "start_point": {"row": 64, "column": 14}, "end_point": {"row": 64, "column": 18}}, {"id": 265, "type": "argument_list", "text": "(ret)", "parent": 263, "children": [266], "start_point": {"row": 64, "column": 18}, "end_point": {"row": 64, "column": 23}}, {"id": 266, "type": "identifier", "text": "ret", "parent": 265, "children": [], "start_point": {"row": 64, "column": 19}, "end_point": {"row": 64, "column": 22}}, {"id": 267, "type": "ERROR", "text": "}\n\nprivate:\n\tRuntimeLoader* _loader;\n\tstd::", "parent": 236, "children": [268, 272], "start_point": {"row": 65, "column": 1}, "end_point": {"row": 69, "column": 6}}, {"id": 268, "type": "binary_expression", "text": "RuntimeLoader* _loader", "parent": 267, "children": [269, 270, 271], "start_point": {"row": 68, "column": 1}, "end_point": {"row": 68, "column": 23}}, {"id": 269, "type": "identifier", "text": "RuntimeLoader", "parent": 268, "children": [], "start_point": {"row": 68, "column": 1}, "end_point": {"row": 68, "column": 14}}, {"id": 270, "type": "*", "text": "*", "parent": 268, "children": [], "start_point": {"row": 68, "column": 14}, "end_point": {"row": 68, "column": 15}}, {"id": 271, "type": "identifier", "text": "_loader", "parent": 268, "children": [], "start_point": {"row": 68, "column": 16}, "end_point": {"row": 68, "column": 23}}, {"id": 272, "type": "identifier", "text": "std", "parent": 267, "children": [], "start_point": {"row": 69, "column": 1}, "end_point": {"row": 69, "column": 4}}, {"id": 273, "type": "binary_expression", "text": "vector<StacktracerFrameInfo> _stack", "parent": 236, "children": [274, 278, 279], "start_point": {"row": 69, "column": 6}, "end_point": {"row": 69, "column": 41}}, {"id": 274, "type": "binary_expression", "text": "vector<StacktracerFrameInfo", "parent": 273, "children": [275, 276, 277], "start_point": {"row": 69, "column": 6}, "end_point": {"row": 69, "column": 33}}, {"id": 275, "type": "identifier", "text": "vector", "parent": 274, "children": [], "start_point": {"row": 69, "column": 6}, "end_point": {"row": 69, "column": 12}}, {"id": 276, "type": "<", "text": "<", "parent": 274, "children": [], "start_point": {"row": 69, "column": 12}, "end_point": {"row": 69, "column": 13}}, {"id": 277, "type": "identifier", "text": "StacktracerFrameInfo", "parent": 274, "children": [], "start_point": {"row": 69, "column": 13}, "end_point": {"row": 69, "column": 33}}, {"id": 278, "type": ">", "text": ">", "parent": 273, "children": [], "start_point": {"row": 69, "column": 33}, "end_point": {"row": 69, "column": 34}}, {"id": 279, "type": "identifier", "text": "_stack", "parent": 273, "children": [], "start_point": {"row": 69, "column": 35}, "end_point": {"row": 69, "column": 41}}]}, "node_categories": {"declarations": {"functions": [12, 15, 55, 76, 78, 86, 88, 111, 113, 121, 123, 166, 168, 228, 230, 244], "variables": [20, 27, 32, 35, 58, 91, 96, 128, 133, 171, 180, 187, 233, 237], "classes": [17, 18, 238], "imports": [3, 4, 6, 7, 9, 10], "modules": [], "enums": []}, "statements": {"expressions": [40, 43, 63, 64, 68, 70, 72, 81, 82, 99, 100, 104, 106, 108, 116, 117, 137, 138, 140, 141, 142, 152, 153, 155, 156, 157, 193, 197, 198, 199, 205, 209, 210, 211, 217, 221, 222, 223, 247, 248, 249, 250, 251, 258, 263, 268, 273, 274], "assignments": [136, 151, 192, 204, 216], "loops": [], "conditionals": [13, 14, 16, 19, 21, 24, 26, 29, 31, 34, 36, 37, 41, 44, 46, 48, 49, 51, 56, 59, 62, 65, 66, 69, 79, 83, 84, 89, 92, 95, 97, 98, 101, 102, 105, 107, 110, 114, 118, 119, 124, 127, 130, 132, 135, 139, 143, 144, 148, 150, 154, 158, 159, 163, 165, 169, 172, 177, 179, 184, 186, 191, 195, 200, 201, 203, 207, 212, 213, 215, 219, 224, 225, 227, 229, 231, 234, 235, 240, 242, 243, 245, 252, 253, 254, 255, 257, 259, 260, 262, 264, 266, 269, 271, 272, 275, 277, 279], "returns": [], "exceptions": []}, "expressions": {"calls": [0], "literals": [5, 8, 11, 71, 73, 109, 147, 162], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 12, "universal_type": "function", "name": "InterpreterStacktracer", "text_snippet": "namespace RolLang {\n\nclass InterpreterStacktracer\n{\n\tstruct StacktracerFrameInfo\n\t{\n\t\tRuntimeFunctio"}, {"node_id": 15, "universal_type": "function", "name": "InterpreterStacktracer", "text_snippet": "class InterpreterStacktracer\n{\n\tstruct StacktracerFrameInfo\n\t{\n\t\tRuntimeFunction* Function;\n\t\tstd::s"}, {"node_id": 55, "universal_type": "function", "name": "unknown", "text_snippet": "BeginFrameInterpreted(RuntimeFunction* func)"}, {"node_id": 76, "universal_type": "function", "name": "EndFrameInterpreted", "text_snippet": "void EndFrameInterpreted()\n\t{\n\t\t_stack.pop_back();\n\t}"}, {"node_id": 78, "universal_type": "function", "name": "unknown", "text_snippet": "EndFrameInterpreted()"}, {"node_id": 86, "universal_type": "function", "name": "BeginNativeFrame", "text_snippet": "void BeginNativeFrame(RuntimeFunction* func, NativeFunction n)\n\t{\n\t\t_stack.push_back({ func, SIZE_MA"}, {"node_id": 88, "universal_type": "function", "name": "unknown", "text_snippet": "BeginNativeFrame(RuntimeFunction* func, NativeFunction n)"}, {"node_id": 111, "universal_type": "function", "name": "EndNativeFrame", "text_snippet": "void EndNativeFrame()\n\t{\n\t\t_stack.pop_back();\n\t}"}, {"node_id": 113, "universal_type": "function", "name": "unknown", "text_snippet": "EndNativeFrame()"}, {"node_id": 121, "universal_type": "function", "name": "SetReturnAddress", "text_snippet": "void SetReturnAddress(std::size_t pc, std::size_t stack)\n\t{\n\t\t_stack[_stack.size() - 1].PC = pc;\n\t\t_"}, {"node_id": 123, "universal_type": "function", "name": "unknown", "text_snippet": "SetReturnAddress(std::size_t pc, std::size_t stack)"}, {"node_id": 166, "universal_type": "function", "name": "GetReturnAddress", "text_snippet": "void GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)\n\t{\n\t\t*f = _stack.bac"}, {"node_id": 168, "universal_type": "function", "name": "unknown", "text_snippet": "GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)"}, {"node_id": 228, "universal_type": "function", "name": "unknown", "text_snippet": "StacktraceInfo GetStacktrace()\n\t{\n\t\tStacktraceInfo ret;\n\t\tfor (auto& f : _stack)\n\t\t{\n\t\t\tret.push_bac"}, {"node_id": 230, "universal_type": "function", "name": "unknown", "text_snippet": "GetStacktrace()"}, {"node_id": 244, "universal_type": "function", "name": "unknown", "text_snippet": "push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC })"}], "class_declarations": [{"node_id": 17, "universal_type": "class", "name": "StacktracerFrameInfo", "text_snippet": "struct StacktracerFrameInfo\n\t{\n\t\tRuntimeFunction* Function;\n\t\tstd::size_t PC;\n\t\tstd::size_t StackBas"}, {"node_id": 18, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 238, "universal_type": "class", "name": "unknown", "text_snippet": "auto"}], "import_statements": [{"node_id": 3, "text": "#include <vector>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include \"RuntimeLoader.h\"\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"InterpreterCommon.h\"\n"}, {"node_id": 10, "text": "#include"}]}, "original_source_code": "#pragma once\n#include <vector>\n#include \"RuntimeLoader.h\"\n#include \"InterpreterCommon.h\"\n\nnamespace RolLang {\n\nclass InterpreterStacktracer\n{\n\tstruct StacktracerFrameInfo\n\t{\n\t\tRuntimeFunction* Function;\n\t\tstd::size_t PC;\n\t\tstd::size_t StackBase;\n\t\tNativeFunction Native;\n\t};\n\npublic:\n\tInterpreterStacktracer(RuntimeLoader* loader)\n\t\t: _loader(loader)\n\t{\n\t}\n\npublic:\n\tvoid BeginFrameInterpreted(RuntimeFunction* func)\n\t{\n\t\t_stack.push_back({ func, 0, 0, nullptr });\n\t}\n\n\tvoid EndFrameInterpreted()\n\t{\n\t\t_stack.pop_back();\n\t}\n\n\tvoid BeginNativeFrame(RuntimeFunction* func, NativeFunction n)\n\t{\n\t\t_stack.push_back({ func, SIZE_MAX, 0, n });\n\t}\n\n\tvoid EndNativeFrame()\n\t{\n\t\t_stack.pop_back();\n\t}\n\n\tvoid SetReturnAddress(std::size_t pc, std::size_t stack)\n\t{\n\t\t_stack[_stack.size() - 1].PC = pc;\n\t\t_stack[_stack.size() - 1].StackBase = stack;\n\t}\n\n\tvoid GetReturnAddress(RuntimeFunction** f, std::size_t* pc, std::size_t* stack)\n\t{\n\t\t*f = _stack.back().Function;\n\t\t*pc = _stack.back().PC;\n\t\t*stack = _stack.back().StackBase;\n\t}\n\n\tStacktraceInfo GetStacktrace()\n\t{\n\t\tStacktraceInfo ret;\n\t\tfor (auto& f : _stack)\n\t\t{\n\t\t\tret.push_back({ f.Function->Args.ConvertToSymbol(_loader), f.PC });\n\t\t}\n\t\treturn std::move(ret);\n\t}\n\nprivate:\n\tRuntimeLoader* _loader;\n\tstd::vector<StacktracerFrameInfo> _stack;\n};\n\n}\n"}
| 258
|
c
|
/* DO NOT EDIT THIS FILE - it is machine generated */
#include <jni.h>
/* Header for class com_crickettechnology_audio_Mixer */
#ifndef _Included_com_crickettechnology_audio_Mixer
#define _Included_com_crickettechnology_audio_Mixer
#ifdef __cplusplus
extern "C" {
#endif
/*
* Class: com_crickettechnology_audio_Mixer
* Method: nativeSetName
* Signature: (JLjava/lang/String;)V
*/
JNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetName
(JNIEnv *, jclass, jlong, jstring);
/*
* Class: com_crickettechnology_audio_Mixer
* Method: nativeGetName
* Signature: (J)Ljava/lang/String;
*/
JNIEXPORT jstring JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetName
(JNIEnv *, jclass, jlong);
/*
* Class: com_crickettechnology_audio_Mixer
* Method: nativeSetVolume
* Signature: (JF)V
*/
JNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetVolume
(JNIEnv *, jclass, jlong, jfloat);
/*
* Class: com_crickettechnology_audio_Mixer
* Method: nativeGetVolume
* Signature: (J)F
*/
JNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetVolume
(JNIEnv *, jclass, jlong);
/*
* Class: com_crickettechnology_audio_Mixer
* Method: nativeGetMixedVolume
* Signature: (J)F
*/
JNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume
(JNIEnv *, jclass, jlong);
/*
* Class: com_crickettechnology_audio_Mixer
* Method: nativeSetParent
* Signature: (JJ)V
*/
JNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetParent
(JNIEnv *, jclass, jlong, jlong);
/*
* Class: com_crickettechnology_audio_Mixer
* Method: nativeGetParent
* Signature: (J)J
*/
JNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetParent
(JNIEnv *, jclass, jlong);
/*
* Class: com_crickettechnology_audio_Mixer
* Method: nativeGetMaster
* Signature: ()J
*/
JNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMaster
(JNIEnv *, jclass);
/*
* Class: com_crickettechnology_audio_Mixer
* Method: nativeNewMixer
* Signature: (Ljava/lang/String;J)J
*/
JNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeNewMixer
(JNIEnv *, jclass, jstring, jlong);
/*
* Class: com_crickettechnology_audio_Mixer
* Method: nativeFind
* Signature: (Ljava/lang/String;)J
*/
JNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeFind
(JNIEnv *, jclass, jstring);
/*
* Class: com_crickettechnology_audio_Mixer
* Method: nativeDestroy
* Signature: (J)V
*/
JNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeDestroy
(JNIEnv *, jclass, jlong);
#ifdef __cplusplus
}
#endif
#endif
| 29.6
| 89
|
(translation_unit) "/* DO NOT EDIT THIS FILE - it is machine generated */\n#include <jni.h>\n/* Header for class com_crickettechnology_audio_Mixer */\n\n#ifndef _Included_com_crickettechnology_audio_Mixer\n#define _Included_com_crickettechnology_audio_Mixer\n#ifdef __cplusplus\nextern "C" {\n#endif\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetName\n * Signature: (JLjava/lang/String;)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetName\n (JNIEnv *, jclass, jlong, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetName\n * Signature: (J)Ljava/lang/String;\n */\nJNIEXPORT jstring JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetName\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetVolume\n * Signature: (JF)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetVolume\n (JNIEnv *, jclass, jlong, jfloat);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMixedVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetParent\n * Signature: (JJ)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetParent\n (JNIEnv *, jclass, jlong, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetParent\n * Signature: (J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetParent\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMaster\n * Signature: ()J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMaster\n (JNIEnv *, jclass);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeNewMixer\n * Signature: (Ljava/lang/String;J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeNewMixer\n (JNIEnv *, jclass, jstring, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeFind\n * Signature: (Ljava/lang/String;)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeFind\n (JNIEnv *, jclass, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeDestroy\n * Signature: (J)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeDestroy\n (JNIEnv *, jclass, jlong);\n\n#ifdef __cplusplus\n}\n#endif\n#endif\n"
(comment) "/* DO NOT EDIT THIS FILE - it is machine generated */"
(preproc_include) "#include <jni.h>\n"
(#include) "#include"
(system_lib_string) "<jni.h>"
(comment) "/* Header for class com_crickettechnology_audio_Mixer */"
(preproc_ifdef) "#ifndef _Included_com_crickettechnology_audio_Mixer\n#define _Included_com_crickettechnology_audio_Mixer\n#ifdef __cplusplus\nextern "C" {\n#endif\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetName\n * Signature: (JLjava/lang/String;)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetName\n (JNIEnv *, jclass, jlong, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetName\n * Signature: (J)Ljava/lang/String;\n */\nJNIEXPORT jstring JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetName\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetVolume\n * Signature: (JF)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetVolume\n (JNIEnv *, jclass, jlong, jfloat);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMixedVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetParent\n * Signature: (JJ)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetParent\n (JNIEnv *, jclass, jlong, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetParent\n * Signature: (J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetParent\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMaster\n * Signature: ()J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMaster\n (JNIEnv *, jclass);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeNewMixer\n * Signature: (Ljava/lang/String;J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeNewMixer\n (JNIEnv *, jclass, jstring, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeFind\n * Signature: (Ljava/lang/String;)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeFind\n (JNIEnv *, jclass, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeDestroy\n * Signature: (J)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeDestroy\n (JNIEnv *, jclass, jlong);\n\n#ifdef __cplusplus\n}\n#endif\n#endif"
(#ifndef) "#ifndef"
(identifier) "_Included_com_crickettechnology_audio_Mixer"
(preproc_def) "#define _Included_com_crickettechnology_audio_Mixer\n"
(#define) "#define"
(identifier) "_Included_com_crickettechnology_audio_Mixer"
(preproc_ifdef) "#ifdef __cplusplus\nextern "C" {\n#endif\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetName\n * Signature: (JLjava/lang/String;)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetName\n (JNIEnv *, jclass, jlong, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetName\n * Signature: (J)Ljava/lang/String;\n */\nJNIEXPORT jstring JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetName\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetVolume\n * Signature: (JF)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetVolume\n (JNIEnv *, jclass, jlong, jfloat);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMixedVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetParent\n * Signature: (JJ)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetParent\n (JNIEnv *, jclass, jlong, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetParent\n * Signature: (J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetParent\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMaster\n * Signature: ()J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMaster\n (JNIEnv *, jclass);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeNewMixer\n * Signature: (Ljava/lang/String;J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeNewMixer\n (JNIEnv *, jclass, jstring, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeFind\n * Signature: (Ljava/lang/String;)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeFind\n (JNIEnv *, jclass, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeDestroy\n * Signature: (J)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeDestroy\n (JNIEnv *, jclass, jlong);\n\n#ifdef __cplusplus\n}\n#endif"
(#ifdef) "#ifdef"
(identifier) "__cplusplus"
(linkage_specification) "extern "C" {\n#endif\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetName\n * Signature: (JLjava/lang/String;)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetName\n (JNIEnv *, jclass, jlong, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetName\n * Signature: (J)Ljava/lang/String;\n */\nJNIEXPORT jstring JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetName\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetVolume\n * Signature: (JF)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetVolume\n (JNIEnv *, jclass, jlong, jfloat);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMixedVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetParent\n * Signature: (JJ)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetParent\n (JNIEnv *, jclass, jlong, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetParent\n * Signature: (J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetParent\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMaster\n * Signature: ()J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMaster\n (JNIEnv *, jclass);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeNewMixer\n * Signature: (Ljava/lang/String;J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeNewMixer\n (JNIEnv *, jclass, jstring, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeFind\n * Signature: (Ljava/lang/String;)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeFind\n (JNIEnv *, jclass, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeDestroy\n * Signature: (J)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeDestroy\n (JNIEnv *, jclass, jlong);\n\n#ifdef __cplusplus\n}"
(extern) "extern"
(string_literal) ""C""
(") """
(string_content) "C"
(") """
(declaration_list) "{\n#endif\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetName\n * Signature: (JLjava/lang/String;)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetName\n (JNIEnv *, jclass, jlong, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetName\n * Signature: (J)Ljava/lang/String;\n */\nJNIEXPORT jstring JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetName\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetVolume\n * Signature: (JF)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetVolume\n (JNIEnv *, jclass, jlong, jfloat);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMixedVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetParent\n * Signature: (JJ)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetParent\n (JNIEnv *, jclass, jlong, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetParent\n * Signature: (J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetParent\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMaster\n * Signature: ()J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMaster\n (JNIEnv *, jclass);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeNewMixer\n * Signature: (Ljava/lang/String;J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeNewMixer\n (JNIEnv *, jclass, jstring, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeFind\n * Signature: (Ljava/lang/String;)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeFind\n (JNIEnv *, jclass, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeDestroy\n * Signature: (J)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeDestroy\n (JNIEnv *, jclass, jlong);\n\n#ifdef __cplusplus\n}"
({) "{"
(preproc_call) "#endif\n"
(preproc_directive) "#endif"
(comment) "/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetName\n * Signature: (JLjava/lang/String;)V\n */"
(declaration) "JNIEXPORT void"
(type_identifier) "JNIEXPORT"
(identifier) "void"
(;) ""
(declaration) "JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetName\n (JNIEnv *, jclass, jlong, jstring);"
(type_identifier) "JNICALL"
(function_declarator) "Java_com_crickettechnology_audio_Mixer_nativeSetName\n (JNIEnv *, jclass, jlong, jstring)"
(identifier) "Java_com_crickettechnology_audio_Mixer_nativeSetName"
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(() "("
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(;) ";"
(comment) "/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetName\n * Signature: (J)Ljava/lang/String;\n */"
(declaration) "JNIEXPORT jstring"
(type_identifier) "JNIEXPORT"
(identifier) "jstring"
(;) ""
(declaration) "JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetName\n (JNIEnv *, jclass, jlong);"
(type_identifier) "JNICALL"
(function_declarator) "Java_com_crickettechnology_audio_Mixer_nativeGetName\n (JNIEnv *, jclass, jlong)"
(identifier) "Java_com_crickettechnology_audio_Mixer_nativeGetName"
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(() "("
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(;) ";"
(comment) "/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetVolume\n * Signature: (JF)V\n */"
(declaration) "JNIEXPORT void"
(type_identifier) "JNIEXPORT"
(identifier) "void"
(;) ""
(declaration) "JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetVolume\n (JNIEnv *, jclass, jlong, jfloat);"
(type_identifier) "JNICALL"
(function_declarator) "Java_com_crickettechnology_audio_Mixer_nativeSetVolume\n (JNIEnv *, jclass, jlong, jfloat)"
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(() "("
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(;) ";"
(comment) "/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetVolume\n * Signature: (J)F\n */"
(declaration) "JNIEXPORT jfloat"
(type_identifier) "JNIEXPORT"
(identifier) "jfloat"
(;) ""
(declaration) "JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetVolume\n (JNIEnv *, jclass, jlong);"
(type_identifier) "JNICALL"
(function_declarator) "Java_com_crickettechnology_audio_Mixer_nativeGetVolume\n (JNIEnv *, jclass, jlong)"
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(;) ";"
(comment) "/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMixedVolume\n * Signature: (J)F\n */"
(declaration) "JNIEXPORT jfloat"
(type_identifier) "JNIEXPORT"
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(;) ""
(declaration) "JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume\n (JNIEnv *, jclass, jlong);"
(type_identifier) "JNICALL"
(function_declarator) "Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume\n (JNIEnv *, jclass, jlong)"
(identifier) "Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume"
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(;) ";"
(comment) "/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetParent\n * Signature: (JJ)V\n */"
(declaration) "JNIEXPORT void"
(type_identifier) "JNIEXPORT"
(identifier) "void"
(;) ""
(declaration) "JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetParent\n (JNIEnv *, jclass, jlong, jlong);"
(type_identifier) "JNICALL"
(function_declarator) "Java_com_crickettechnology_audio_Mixer_nativeSetParent\n (JNIEnv *, jclass, jlong, jlong)"
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(;) ";"
(comment) "/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetParent\n * Signature: (J)J\n */"
(declaration) "JNIEXPORT jlong"
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(;) ""
(declaration) "JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetParent\n (JNIEnv *, jclass, jlong);"
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(;) ";"
(comment) "/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMaster\n * Signature: ()J\n */"
(declaration) "JNIEXPORT jlong"
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(;) ""
(declaration) "JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMaster\n (JNIEnv *, jclass);"
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(function_declarator) "Java_com_crickettechnology_audio_Mixer_nativeGetMaster\n (JNIEnv *, jclass)"
(identifier) "Java_com_crickettechnology_audio_Mixer_nativeGetMaster"
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(comment) "/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeNewMixer\n * Signature: (Ljava/lang/String;J)J\n */"
(declaration) "JNIEXPORT jlong"
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(declaration) "JNICALL Java_com_crickettechnology_audio_Mixer_nativeNewMixer\n (JNIEnv *, jclass, jstring, jlong);"
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Java_com_crickettechnology_audio_Mixer_nativeGetName\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetVolume\n * Signature: (JF)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetVolume\n (JNIEnv *, jclass, jlong, jfloat);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMixedVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetParent\n * Signature: (JJ)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetParent\n (JNIEnv *, jclass, jlong, jlong);\n\n/*\n * Class: 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jstring JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetName\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetVolume\n * Signature: (JF)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetVolume\n (JNIEnv *, jclass, jlong, jfloat);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMixedVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetParent\n * Signature: (JJ)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetParent\n (JNIEnv *, jclass, jlong, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetParent\n * Signature: (J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetParent\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMaster\n * Signature: ()J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMaster\n (JNIEnv *, jclass);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeNewMixer\n * Signature: (Ljava/lang/String;J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeNewMixer\n (JNIEnv *, jclass, jstring, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeFind\n * Signature: (Ljava/lang/String;)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeFind\n (JNIEnv *, jclass, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeDestroy\n * Signature: (J)V\n */\nJNIEXPORT void JNICALL 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"Java_com_crickettechnology_audio_Mixer_nativeFind\n (JNIEnv *, jclass, jstring)", "parent": 170, "children": [173, 174], "start_point": {"row": 86, "column": 24}, "end_point": {"row": 87, "column": 29}}, {"id": 173, "type": "identifier", "text": "Java_com_crickettechnology_audio_Mixer_nativeFind", "parent": 172, "children": [], "start_point": {"row": 86, "column": 24}, "end_point": {"row": 86, "column": 73}}, {"id": 174, "type": "parameter_list", "text": "(JNIEnv *, jclass, jstring)", "parent": 172, "children": [175, 179, 181], "start_point": {"row": 87, "column": 2}, "end_point": {"row": 87, "column": 29}}, {"id": 175, "type": "parameter_declaration", "text": "JNIEnv *", "parent": 174, "children": [176, 177], "start_point": {"row": 87, "column": 3}, "end_point": {"row": 87, "column": 11}}, {"id": 176, "type": "type_identifier", "text": "JNIEnv", "parent": 175, "children": [], "start_point": {"row": 87, "column": 3}, "end_point": {"row": 87, "column": 9}}, {"id": 177, "type": "abstract_pointer_declarator", "text": "*", "parent": 175, "children": [178], "start_point": {"row": 87, "column": 10}, "end_point": {"row": 87, "column": 11}}, {"id": 178, "type": "*", "text": "*", "parent": 177, "children": [], "start_point": {"row": 87, "column": 10}, "end_point": {"row": 87, "column": 11}}, {"id": 179, "type": "parameter_declaration", "text": "jclass", "parent": 174, "children": [180], "start_point": {"row": 87, "column": 13}, "end_point": {"row": 87, "column": 19}}, {"id": 180, "type": "type_identifier", "text": "jclass", "parent": 179, "children": [], "start_point": {"row": 87, "column": 13}, "end_point": {"row": 87, "column": 19}}, {"id": 181, "type": "parameter_declaration", "text": "jstring", "parent": 174, "children": [182], "start_point": {"row": 87, "column": 21}, "end_point": {"row": 87, "column": 28}}, {"id": 182, "type": "type_identifier", "text": "jstring", "parent": 181, "children": [], "start_point": {"row": 87, "column": 21}, "end_point": {"row": 87, "column": 28}}, {"id": 183, "type": "declaration", "text": "JNIEXPORT void", "parent": 12, "children": [184, 185], "start_point": {"row": 94, "column": 0}, "end_point": {"row": 94, "column": 14}}, {"id": 184, "type": "type_identifier", "text": "JNIEXPORT", "parent": 183, "children": [], "start_point": {"row": 94, "column": 0}, "end_point": {"row": 94, "column": 9}}, {"id": 185, "type": "identifier", "text": "void", "parent": 183, "children": [], "start_point": {"row": 94, "column": 10}, "end_point": {"row": 94, "column": 14}}, {"id": 186, "type": "declaration", "text": "JNICALL Java_com_crickettechnology_audio_Mixer_nativeDestroy\n (JNIEnv *, jclass, jlong);", "parent": 12, "children": [187, 188], "start_point": {"row": 94, "column": 15}, "end_point": {"row": 95, "column": 28}}, {"id": 187, "type": "type_identifier", "text": "JNICALL", "parent": 186, "children": [], "start_point": {"row": 94, "column": 15}, "end_point": {"row": 94, "column": 22}}, {"id": 188, "type": "function_declarator", "text": "Java_com_crickettechnology_audio_Mixer_nativeDestroy\n (JNIEnv *, jclass, jlong)", "parent": 186, "children": [189, 190], "start_point": {"row": 94, "column": 23}, "end_point": {"row": 95, "column": 27}}, {"id": 189, "type": "identifier", "text": "Java_com_crickettechnology_audio_Mixer_nativeDestroy", "parent": 188, "children": [], "start_point": {"row": 94, "column": 23}, "end_point": {"row": 94, "column": 75}}, {"id": 190, "type": "parameter_list", "text": "(JNIEnv *, jclass, jlong)", "parent": 188, "children": [191, 195, 197], "start_point": {"row": 95, "column": 2}, "end_point": {"row": 95, "column": 27}}, {"id": 191, "type": "parameter_declaration", "text": "JNIEnv *", "parent": 190, "children": [192, 193], "start_point": {"row": 95, "column": 3}, "end_point": {"row": 95, "column": 11}}, {"id": 192, "type": "type_identifier", "text": "JNIEnv", "parent": 191, "children": [], "start_point": {"row": 95, "column": 3}, "end_point": {"row": 95, "column": 9}}, {"id": 193, "type": "abstract_pointer_declarator", "text": "*", "parent": 191, "children": [194], "start_point": {"row": 95, "column": 10}, "end_point": {"row": 95, "column": 11}}, {"id": 194, "type": "*", "text": "*", "parent": 193, "children": [], "start_point": {"row": 95, "column": 10}, "end_point": {"row": 95, "column": 11}}, {"id": 195, "type": "parameter_declaration", "text": "jclass", "parent": 190, "children": [196], "start_point": {"row": 95, "column": 13}, "end_point": {"row": 95, "column": 19}}, {"id": 196, "type": "type_identifier", "text": "jclass", "parent": 195, "children": [], "start_point": {"row": 95, "column": 13}, "end_point": {"row": 95, "column": 19}}, {"id": 197, "type": "parameter_declaration", "text": "jlong", "parent": 190, "children": [198], "start_point": {"row": 95, "column": 21}, "end_point": {"row": 95, "column": 26}}, {"id": 198, "type": "type_identifier", "text": "jlong", "parent": 197, "children": [], "start_point": {"row": 95, "column": 21}, "end_point": {"row": 95, "column": 26}}, {"id": 199, "type": "preproc_ifdef", "text": "#ifdef __cplusplus", "parent": 12, "children": [200, 201, 202], "start_point": {"row": 97, "column": 0}, "end_point": {"row": 97, "column": 18}}, {"id": 200, "type": "#ifdef", "text": "#ifdef", "parent": 199, "children": [], "start_point": {"row": 97, "column": 0}, "end_point": {"row": 97, "column": 6}}, {"id": 201, "type": "identifier", "text": "__cplusplus", "parent": 199, "children": [], "start_point": {"row": 97, "column": 7}, "end_point": {"row": 97, "column": 18}}, {"id": 202, "type": "#endif", "text": "", "parent": 199, "children": [], "start_point": {"row": 97, "column": 18}, "end_point": {"row": 97, "column": 18}}, {"id": 203, "type": "#endif", "text": "#endif", "parent": 9, "children": [], "start_point": {"row": 99, "column": 0}, "end_point": {"row": 99, "column": 6}}, {"id": 204, "type": "#endif", "text": "#endif", "parent": 3, "children": [], "start_point": {"row": 100, "column": 0}, "end_point": {"row": 100, "column": 6}}]}, "node_categories": {"declarations": {"functions": [22, 40, 56, 74, 90, 106, 124, 140, 154, 172, 188], "variables": [17, 20, 25, 29, 31, 33, 35, 38, 43, 47, 49, 51, 54, 59, 63, 65, 67, 69, 72, 77, 81, 83, 85, 88, 93, 97, 99, 101, 104, 109, 113, 115, 117, 119, 122, 127, 131, 133, 135, 138, 143, 147, 149, 152, 157, 161, 163, 165, 167, 170, 175, 179, 181, 183, 186, 191, 195, 197], "classes": [], "imports": [0, 1], "modules": [], "enums": []}, "statements": {"expressions": [], "assignments": [], "loops": [], "conditionals": [3, 4, 5, 8, 9, 10, 11, 12, 18, 19, 21, 23, 26, 30, 32, 34, 36, 37, 39, 41, 44, 48, 50, 52, 53, 55, 57, 60, 64, 66, 68, 70, 71, 73, 75, 78, 82, 84, 86, 87, 89, 91, 94, 98, 100, 102, 103, 105, 107, 110, 114, 116, 118, 120, 121, 123, 125, 128, 132, 134, 136, 137, 139, 141, 144, 148, 150, 151, 153, 155, 158, 162, 164, 166, 168, 169, 171, 173, 176, 180, 182, 184, 185, 187, 189, 192, 196, 198, 199, 200, 201, 202, 203, 204], "returns": [], "exceptions": []}, "expressions": {"calls": [15], "literals": [2, 14], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 22, "universal_type": "function", "name": "unknown", "text_snippet": "Java_com_crickettechnology_audio_Mixer_nativeSetName\n (JNIEnv *, jclass, jlong, jstring)"}, {"node_id": 40, "universal_type": "function", "name": "unknown", "text_snippet": "Java_com_crickettechnology_audio_Mixer_nativeGetName\n (JNIEnv *, jclass, jlong)"}, {"node_id": 56, "universal_type": "function", "name": "unknown", "text_snippet": "Java_com_crickettechnology_audio_Mixer_nativeSetVolume\n (JNIEnv *, jclass, jlong, jfloat)"}, {"node_id": 74, "universal_type": "function", "name": "unknown", "text_snippet": "Java_com_crickettechnology_audio_Mixer_nativeGetVolume\n (JNIEnv *, jclass, jlong)"}, {"node_id": 90, "universal_type": "function", "name": "unknown", "text_snippet": "Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume\n (JNIEnv *, jclass, jlong)"}, {"node_id": 106, "universal_type": "function", "name": "unknown", "text_snippet": "Java_com_crickettechnology_audio_Mixer_nativeSetParent\n (JNIEnv *, jclass, jlong, jlong)"}, {"node_id": 124, "universal_type": "function", "name": "unknown", "text_snippet": "Java_com_crickettechnology_audio_Mixer_nativeGetParent\n (JNIEnv *, jclass, jlong)"}, {"node_id": 140, "universal_type": "function", "name": "unknown", "text_snippet": "Java_com_crickettechnology_audio_Mixer_nativeGetMaster\n (JNIEnv *, jclass)"}, {"node_id": 154, "universal_type": "function", "name": "unknown", "text_snippet": "Java_com_crickettechnology_audio_Mixer_nativeNewMixer\n (JNIEnv *, jclass, jstring, jlong)"}, {"node_id": 172, "universal_type": "function", "name": "unknown", "text_snippet": "Java_com_crickettechnology_audio_Mixer_nativeFind\n (JNIEnv *, jclass, jstring)"}, {"node_id": 188, "universal_type": "function", "name": "unknown", "text_snippet": "Java_com_crickettechnology_audio_Mixer_nativeDestroy\n (JNIEnv *, jclass, jlong)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include <jni.h>\n"}, {"node_id": 1, "text": "#include"}]}, "original_source_code": "/* DO NOT EDIT THIS FILE - it is machine generated */\n#include <jni.h>\n/* Header for class com_crickettechnology_audio_Mixer */\n\n#ifndef _Included_com_crickettechnology_audio_Mixer\n#define _Included_com_crickettechnology_audio_Mixer\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetName\n * Signature: (JLjava/lang/String;)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetName\n (JNIEnv *, jclass, jlong, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetName\n * Signature: (J)Ljava/lang/String;\n */\nJNIEXPORT jstring JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetName\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetVolume\n * Signature: (JF)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetVolume\n (JNIEnv *, jclass, jlong, jfloat);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMixedVolume\n * Signature: (J)F\n */\nJNIEXPORT jfloat JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMixedVolume\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeSetParent\n * Signature: (JJ)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeSetParent\n (JNIEnv *, jclass, jlong, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetParent\n * Signature: (J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetParent\n (JNIEnv *, jclass, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeGetMaster\n * Signature: ()J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeGetMaster\n (JNIEnv *, jclass);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeNewMixer\n * Signature: (Ljava/lang/String;J)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeNewMixer\n (JNIEnv *, jclass, jstring, jlong);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeFind\n * Signature: (Ljava/lang/String;)J\n */\nJNIEXPORT jlong JNICALL Java_com_crickettechnology_audio_Mixer_nativeFind\n (JNIEnv *, jclass, jstring);\n\n/*\n * Class: com_crickettechnology_audio_Mixer\n * Method: nativeDestroy\n * Signature: (J)V\n */\nJNIEXPORT void JNICALL Java_com_crickettechnology_audio_Mixer_nativeDestroy\n (JNIEnv *, jclass, jlong);\n\n#ifdef __cplusplus\n}\n#endif\n#endif\n"}
| 259
|
c
|
//
// HYTopBottomClosePortalTransitionAnimationDirection.h
// HYKit
//
// Created by ocean on 2017/8/9.
// Copyright © 2017年 wuhaiyang. All rights reserved.
//
#import "HYPortalTransitionAnimation.h"
@interface HYTopBottomClosePortalTransitionAnimationDirection : HYPortalTransitionAnimation
@end
| 29.1
| 10
|
(translation_unit) "//\n// HYTopBottomClosePortalTransitionAnimationDirection.h\n// HYKit\n//\n// Created by ocean on 2017/8/9.\n// Copyright © 2017年 wuhaiyang. All rights reserved.\n//\n\n#import "HYPortalTransitionAnimation.h"\n\n@interface HYTopBottomClosePortalTransitionAnimationDirection : HYPortalTransitionAnimation\n\n@end\n"
(comment) "//"
(comment) "// HYTopBottomClosePortalTransitionAnimationDirection.h"
(comment) "// HYKit"
(comment) "//"
(comment) "// Created by ocean on 2017/8/9."
(comment) "// Copyright © 2017年 wuhaiyang. All rights reserved.\n//"
(comment) "\n#"
(preproc_call) "port "HYPortalTransitionAnimation.h"\n\n@i"
(preproc_directive) "port "H"
(preproc_arg) "PortalTransitionAnimation.h"\n\n@"
(ERROR) "terface HYTopBottomClosePortalTransitionAnimationDirection : HYPortalTransitionAnimation\n\n@end\n"
(ERROR) "t"
(type_identifier) "erface HY"
(identifier) "opBottomClosePortalTransitionAnimationDirection : "
(:) "Y"
(identifier) "ortalTransitionAnimation\n\n@"
(ERROR) "d"
(identifier) "\n"
| 19
| 3
|
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| 260
|
c
|
#ifndef PLUGIN_EXPORT_H
#define PLUGIN_EXPORT_H
#include <QtUiPlugin/QDesignerExportWidget>
#include <QtDesigner/QDesignerFormWindowInterface>
#include <QtDesigner/QDesignerFormEditorInterface>
#include <QtDesigner/QDesignerPropertySheetExtension>
#include <QtDesigner/QExtensionManager>
#ifdef QT_PLUGIN
#define PLUGIN_EXPORT QDESIGNER_WIDGET_EXPORT
#else
#define PLUGIN_EXPORT
#endif // QT_PLUGIN
#endif // PLUGIN_EXPORT_H
| 31.69
| 13
|
(translation_unit) "#ifndef PLUGIN_EXPORT_H\n#define PLUGIN_EXPORT_H\n\n#include <QtUiPlugin/QDesignerExportWidget>\n\n#include <QtDesigner/QDesignerFormWindowInterface>\n#include <QtDesigner/QDesignerFormEditorInterface>\n#include <QtDesigner/QDesignerPropertySheetExtension>\n#include <QtDesigner/QExtensionManager>\n\n#ifdef QT_PLUGIN\n#define PLUGIN_EXPORT QDESIGNER_WIDGET_EXPORT\n#else\n#define PLUGIN_EXPORT\n#endif // QT_PLUGIN\n\n#endif // PLUGIN_EXPORT_H\n"
(preproc_ifdef) "#ifndef PLUGIN_EXPORT_H\n#define PLUGIN_EXPORT_H\n\n#include <QtUiPlugin/QDesignerExportWidget>\n\n#include <QtDesigner/QDesignerFormWindowInterface>\n#include <QtDesigner/QDesignerFormEditorInterface>\n#include <QtDesigner/QDesignerPropertySheetExtension>\n#include <QtDesigner/QExtensionManager>\n\n#ifdef QT_PLUGIN\n#define PLUGIN_EXPORT QDESIGNER_WIDGET_EXPORT\n#else\n#define PLUGIN_EXPORT\n#endif // QT_PLUGIN\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "PLUGIN_EXPORT_H"
(preproc_def) "#define PLUGIN_EXPORT_H\n"
(#define) "#define"
(identifier) "PLUGIN_EXPORT_H"
(preproc_include) "#include <QtUiPlugin/QDesignerExportWidget>\n"
(#include) "#include"
(system_lib_string) "<QtUiPlugin/QDesignerExportWidget>"
(preproc_include) "#include <QtDesigner/QDesignerFormWindowInterface>\n"
(#include) "#include"
(system_lib_string) "<QtDesigner/QDesignerFormWindowInterface>"
(preproc_include) "#include <QtDesigner/QDesignerFormEditorInterface>\n"
(#include) "#include"
(system_lib_string) "<QtDesigner/QDesignerFormEditorInterface>"
(preproc_include) "#include <QtDesigner/QDesignerPropertySheetExtension>\n"
(#include) "#include"
(system_lib_string) "<QtDesigner/QDesignerPropertySheetExtension>"
(preproc_include) "#include <QtDesigner/QExtensionManager>\n"
(#include) "#include"
(system_lib_string) "<QtDesigner/QExtensionManager>"
(preproc_ifdef) "#ifdef QT_PLUGIN\n#define PLUGIN_EXPORT QDESIGNER_WIDGET_EXPORT\n#else\n#define PLUGIN_EXPORT\n#endif"
(#ifdef) "#ifdef"
(identifier) "QT_PLUGIN"
(preproc_def) "#define PLUGIN_EXPORT QDESIGNER_WIDGET_EXPORT\n"
(#define) "#define"
(identifier) "PLUGIN_EXPORT"
(preproc_arg) "QDESIGNER_WIDGET_EXPORT"
(preproc_else) "#else\n#define PLUGIN_EXPORT\n"
(#else) "#else"
(preproc_def) "#define PLUGIN_EXPORT\n"
(#define) "#define"
(identifier) "PLUGIN_EXPORT"
(#endif) "#endif"
(comment) "// QT_PLUGIN"
(#endif) "#endif"
(comment) "// PLUGIN_EXPORT_H"
| 38
| 0
|
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| 261
|
c
|
long a;
long b[10];
void func() {
a = 2;
b[3] = 5;
commit;
}
void watcher_func() {
a = 0;
b[3] = 0;
commitd;
}
void main() {
runner func()
using a, b[0,, 10];
runner watcher_func()
watching a, b[0,, 10];
commit;
}
| 10.95
| 19
|
(translation_unit) "long a;\nlong b[10];\n\nvoid func() {\n a = 2;\n b[3] = 5;\n commit;\n}\n\nvoid watcher_func() {\n a = 0;\n b[3] = 0;\n commitd;\n}\n\nvoid main() {\n runner func()\n using a, b[0,, 10];\n runner watcher_func()\n watching a, b[0,, 10];\n commit;\n}\n"
(declaration) "long a;"
(sized_type_specifier) "long"
(long) "long"
(identifier) "a"
(;) ";"
(declaration) "long b[10];"
(sized_type_specifier) "long"
(long) "long"
(array_declarator) "b[10]"
(identifier) "b"
([) "["
(number_literal) "10"
(]) "]"
(;) ";"
(function_definition) "void func() {\n a = 2;\n b[3] = 5;\n commit;\n}"
(primitive_type) "void"
(function_declarator) "func()"
(identifier) "func"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n a = 2;\n b[3] = 5;\n commit;\n}"
({) "{"
(expression_statement) "a = 2;"
(assignment_expression) "a = 2"
(identifier) "a"
(=) "="
(number_literal) "2"
(;) ";"
(expression_statement) "b[3] = 5;"
(assignment_expression) "b[3] = 5"
(subscript_expression) "b[3]"
(identifier) "b"
([) "["
(number_literal) "3"
(]) "]"
(=) "="
(number_literal) "5"
(;) ";"
(expression_statement) "commit;"
(identifier) "commit"
(;) ";"
(}) "}"
(function_definition) "void watcher_func() {\n a = 0;\n b[3] = 0;\n commitd;\n}"
(primitive_type) "void"
(function_declarator) "watcher_func()"
(identifier) "watcher_func"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n a = 0;\n b[3] = 0;\n commitd;\n}"
({) "{"
(expression_statement) "a = 0;"
(assignment_expression) "a = 0"
(identifier) "a"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "b[3] = 0;"
(assignment_expression) "b[3] = 0"
(subscript_expression) "b[3]"
(identifier) "b"
([) "["
(number_literal) "3"
(]) "]"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "commitd;"
(identifier) "commitd"
(;) ";"
(}) "}"
(function_definition) "void main() {\n runner func()\n using a, b[0,, 10];\n runner watcher_func()\n watching a, b[0,, 10];\n commit;\n}"
(primitive_type) "void"
(function_declarator) "main()"
(identifier) "main"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n runner func()\n using a, b[0,, 10];\n runner watcher_func()\n watching a, b[0,, 10];\n commit;\n}"
({) "{"
(ERROR) "runner func()\n using a, b[0,, 10];\n runner watcher_func()\n watching a, b[0,, 10];\n commit"
(type_identifier) "runner"
(function_declarator) "func()"
(identifier) "func"
(parameter_list) "()"
(() "("
()) ")"
(declaration) "using a, b[0,, 10];"
(type_identifier) "using"
(identifier) "a"
(,) ","
(array_declarator) "b[0,, 10]"
(identifier) "b"
([) "["
(ERROR) "0,,"
(number_literal) "0"
(,) ","
(,) ","
(number_literal) "10"
(]) "]"
(;) ";"
(declaration) "runner watcher_func()\n watching a, b[0,, 10];"
(type_identifier) "runner"
(array_declarator) "watcher_func()\n watching a, b[0,, 10]"
(function_declarator) "watcher_func()\n watching a"
(identifier) "watcher_func"
(parameter_list) "()"
(() "("
()) ")"
(identifier) "watching"
(identifier) "a"
(ERROR) ", b"
(,) ","
(identifier) "b"
([) "["
(ERROR) "0,,"
(number_literal) "0"
(,) ","
(,) ","
(number_literal) "10"
(]) "]"
(;) ";"
(type_identifier) "commit"
(expression_statement) ";"
(;) ";"
(}) "}"
| 128
| 4
|
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"children": [], "start_point": {"row": 4, "column": 1}, "end_point": {"row": 4, "column": 2}}, {"id": 17, "type": "=", "text": "=", "parent": 15, "children": [], "start_point": {"row": 4, "column": 3}, "end_point": {"row": 4, "column": 4}}, {"id": 18, "type": "number_literal", "text": "2", "parent": 15, "children": [], "start_point": {"row": 4, "column": 5}, "end_point": {"row": 4, "column": 6}}, {"id": 19, "type": "assignment_expression", "text": "b[3] = 5", "parent": 10, "children": [20, 23, 24], "start_point": {"row": 5, "column": 1}, "end_point": {"row": 5, "column": 9}}, {"id": 20, "type": "subscript_expression", "text": "b[3]", "parent": 19, "children": [21, 22], "start_point": {"row": 5, "column": 1}, "end_point": {"row": 5, "column": 5}}, {"id": 21, "type": "identifier", "text": "b", "parent": 20, "children": [], "start_point": {"row": 5, "column": 1}, "end_point": {"row": 5, "column": 2}}, {"id": 22, "type": "number_literal", "text": "3", "parent": 20, "children": [], "start_point": {"row": 5, "column": 3}, "end_point": {"row": 5, "column": 4}}, {"id": 23, "type": "=", "text": "=", "parent": 19, "children": [], "start_point": {"row": 5, "column": 6}, "end_point": {"row": 5, "column": 7}}, {"id": 24, "type": "number_literal", "text": "5", "parent": 19, "children": [], "start_point": {"row": 5, "column": 8}, "end_point": {"row": 5, "column": 9}}, {"id": 25, "type": "identifier", "text": "commit", "parent": 10, "children": [], "start_point": {"row": 6, "column": 1}, "end_point": {"row": 6, "column": 7}}, {"id": 26, "type": "function_definition", "text": "void watcher_func() {\n\ta = 0;\n\tb[3] = 0;\n\tcommitd;\n}", "parent": null, "children": [27, 28], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 13, "column": 1}}, {"id": 27, "type": "primitive_type", "text": "void", "parent": 26, "children": [], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 4}}, {"id": 28, "type": "function_declarator", "text": 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"function", "name": "unknown", "text_snippet": "watcher_func()"}, {"node_id": 42, "universal_type": "function", "name": "main", "text_snippet": "void main() {\n\trunner func()\n\t\tusing a, b[0,, 10];\n\trunner watcher_func()\n\t\twatching a, b[0,, 10];\n\t"}, {"node_id": 44, "universal_type": "function", "name": "unknown", "text_snippet": "main()"}, {"node_id": 49, "universal_type": "function", "name": "unknown", "text_snippet": "func()"}, {"node_id": 63, "universal_type": "function", "name": "unknown", "text_snippet": "watcher_func()\n\t\twatching a"}], "class_declarations": [], "import_statements": []}, "original_source_code": "long a;\nlong b[10];\n\nvoid func() {\n\ta = 2;\n\tb[3] = 5;\n\tcommit;\n}\n\nvoid watcher_func() {\n\ta = 0;\n\tb[3] = 0;\n\tcommitd;\n}\n\nvoid main() {\n\trunner func()\n\t\tusing a, b[0,, 10];\n\trunner watcher_func()\n\t\twatching a, b[0,, 10];\n\tcommit;\n}\n"}
| 262
|
c
|
#pragma once
namespace Ubpa::UECS {
class World;
class SystemMngr;
class System;
class EntityMngr;
class Entity;
class CmptPtr;
class IListener {
public:
virtual void EnterWorld(const World*) = 0;
virtual void ExistWorld(const World*) = 0;
virtual void EnterSystemMngr(const SystemMngr*) = 0;
virtual void ExistSystemMngr(const SystemMngr*) = 0;
virtual void EnterSystem(const System*) = 0;
virtual void ExistSystem(const System*) = 0;
virtual void EnterEntityMngr(const EntityMngr*) = 0;
virtual void ExistEntityMngr(const EntityMngr*) = 0;
virtual void EnterEntity(const Entity*) = 0;
virtual void ExistEntity(const Entity*) = 0;
virtual void EnterCmptPtr(const CmptPtr*) = 0;
virtual void ExistCmptPtr(const CmptPtr*) = 0;
};
}
| 30.83
| 24
|
(translation_unit) "#pragma once\n\nnamespace Ubpa::UECS {\n class World;\n class SystemMngr;\n class System;\n class EntityMngr;\n class Entity;\n class CmptPtr;\n\n class IListener {\n public:\n virtual void EnterWorld(const World*) = 0;\n virtual void ExistWorld(const World*) = 0;\n\n virtual void EnterSystemMngr(const SystemMngr*) = 0;\n virtual void ExistSystemMngr(const SystemMngr*) = 0;\n\n virtual void EnterSystem(const System*) = 0;\n virtual void ExistSystem(const System*) = 0;\n\n virtual void EnterEntityMngr(const EntityMngr*) = 0;\n virtual void ExistEntityMngr(const EntityMngr*) = 0;\n\n virtual void EnterEntity(const Entity*) = 0;\n virtual void ExistEntity(const Entity*) = 0;\n\n virtual void EnterCmptPtr(const CmptPtr*) = 0;\n virtual void ExistCmptPtr(const CmptPtr*) = 0;\n };\n}\n"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(function_definition) "namespace Ubpa::UECS {\n class World;\n class SystemMngr;\n class System;\n class EntityMngr;\n class Entity;\n class CmptPtr;\n\n class IListener {\n public:\n virtual void EnterWorld(const World*) = 0;\n virtual void ExistWorld(const World*) = 0;\n\n virtual void EnterSystemMngr(const SystemMngr*) = 0;\n virtual void ExistSystemMngr(const SystemMngr*) = 0;\n\n virtual void EnterSystem(const System*) = 0;\n virtual void ExistSystem(const System*) = 0;\n\n virtual void EnterEntityMngr(const EntityMngr*) = 0;\n virtual void ExistEntityMngr(const EntityMngr*) = 0;\n\n virtual void EnterEntity(const Entity*) = 0;\n virtual void ExistEntity(const Entity*) = 0;\n\n virtual void EnterCmptPtr(const CmptPtr*) = 0;\n virtual void ExistCmptPtr(const CmptPtr*) = 0;\n };\n}"
(type_identifier) "namespace"
(identifier) "Ubpa"
(ERROR) "::UECS"
(:) ":"
(:) ":"
(identifier) "UECS"
(compound_statement) "{\n class World;\n class SystemMngr;\n class System;\n class EntityMngr;\n class Entity;\n class CmptPtr;\n\n class IListener {\n public:\n virtual void EnterWorld(const World*) = 0;\n virtual void ExistWorld(const World*) = 0;\n\n virtual void EnterSystemMngr(const SystemMngr*) = 0;\n virtual void ExistSystemMngr(const SystemMngr*) = 0;\n\n virtual void EnterSystem(const System*) = 0;\n virtual void ExistSystem(const System*) = 0;\n\n virtual void EnterEntityMngr(const EntityMngr*) = 0;\n virtual void ExistEntityMngr(const EntityMngr*) = 0;\n\n virtual void EnterEntity(const Entity*) = 0;\n virtual void ExistEntity(const Entity*) = 0;\n\n virtual void EnterCmptPtr(const CmptPtr*) = 0;\n virtual void ExistCmptPtr(const CmptPtr*) = 0;\n };\n}"
({) "{"
(declaration) "class World;"
(type_identifier) "class"
(identifier) "World"
(;) ";"
(declaration) "class SystemMngr;"
(type_identifier) "class"
(identifier) "SystemMngr"
(;) ";"
(declaration) "class System;"
(type_identifier) "class"
(identifier) "System"
(;) ";"
(declaration) "class EntityMngr;"
(type_identifier) "class"
(identifier) "EntityMngr"
(;) ";"
(declaration) "class Entity;"
(type_identifier) "class"
(identifier) "Entity"
(;) ";"
(declaration) "class CmptPtr;"
(type_identifier) "class"
(identifier) "CmptPtr"
(;) ";"
(function_definition) "class IListener {\n public:\n virtual void EnterWorld(const World*) = 0;\n virtual void ExistWorld(const World*) = 0;\n\n virtual void EnterSystemMngr(const SystemMngr*) = 0;\n virtual void ExistSystemMngr(const SystemMngr*) = 0;\n\n virtual void EnterSystem(const System*) = 0;\n virtual void ExistSystem(const System*) = 0;\n\n virtual void EnterEntityMngr(const EntityMngr*) = 0;\n virtual void ExistEntityMngr(const EntityMngr*) = 0;\n\n virtual void EnterEntity(const Entity*) = 0;\n virtual void ExistEntity(const Entity*) = 0;\n\n virtual void EnterCmptPtr(const CmptPtr*) = 0;\n virtual void ExistCmptPtr(const CmptPtr*) = 0;\n }"
(type_identifier) "class"
(identifier) "IListener"
(compound_statement) "{\n public:\n virtual void EnterWorld(const World*) = 0;\n virtual void ExistWorld(const World*) = 0;\n\n virtual void EnterSystemMngr(const SystemMngr*) = 0;\n virtual void ExistSystemMngr(const SystemMngr*) = 0;\n\n virtual void EnterSystem(const System*) = 0;\n virtual void ExistSystem(const System*) = 0;\n\n virtual void EnterEntityMngr(const EntityMngr*) = 0;\n virtual void ExistEntityMngr(const EntityMngr*) = 0;\n\n virtual void EnterEntity(const Entity*) = 0;\n virtual void ExistEntity(const Entity*) = 0;\n\n virtual void EnterCmptPtr(const CmptPtr*) = 0;\n virtual void ExistCmptPtr(const CmptPtr*) = 0;\n }"
({) "{"
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(type_identifier) "virtual"
(ERROR) "void"
(identifier) "void"
(init_declarator) "EnterWorld(const World*) = 0"
(function_declarator) "EnterWorld(const World*)"
(identifier) "EnterWorld"
(parameter_list) "(const World*)"
(() "("
(parameter_declaration) "const World*"
(type_qualifier) "const"
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(type_identifier) "World"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "virtual void ExistWorld(const World*) = 0;"
(type_identifier) "virtual"
(ERROR) "void"
(identifier) "void"
(init_declarator) "ExistWorld(const World*) = 0"
(function_declarator) "ExistWorld(const World*)"
(identifier) "ExistWorld"
(parameter_list) "(const World*)"
(() "("
(parameter_declaration) "const World*"
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(declaration) "virtual void EnterSystemMngr(const SystemMngr*) = 0;"
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(init_declarator) "EnterSystemMngr(const SystemMngr*) = 0"
(function_declarator) "EnterSystemMngr(const SystemMngr*)"
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(() "("
(parameter_declaration) "const SystemMngr*"
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(declaration) "virtual void ExistSystemMngr(const SystemMngr*) = 0;"
(type_identifier) "virtual"
(ERROR) "void"
(identifier) "void"
(init_declarator) "ExistSystemMngr(const SystemMngr*) = 0"
(function_declarator) "ExistSystemMngr(const SystemMngr*)"
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(parameter_list) "(const SystemMngr*)"
(() "("
(parameter_declaration) "const SystemMngr*"
(type_qualifier) "const"
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(declaration) "virtual void EnterSystem(const System*) = 0;"
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(init_declarator) "EnterSystem(const System*) = 0"
(function_declarator) "EnterSystem(const System*)"
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(() "("
(parameter_declaration) "const System*"
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(declaration) "virtual void ExistSystem(const System*) = 0;"
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(init_declarator) "ExistSystem(const System*) = 0"
(function_declarator) "ExistSystem(const System*)"
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(() "("
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(declaration) "virtual void EnterEntityMngr(const EntityMngr*) = 0;"
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(function_declarator) "EnterEntityMngr(const EntityMngr*)"
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(() "("
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(() "("
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(type_identifier) "Entity"
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(() "("
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(() "("
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(() "("
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(type_qualifier) "const"
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(}) "}"
(expression_statement) ";"
(;) ";"
(}) "}"
| 277
| 13
|
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"function_declarator", "text": "ExistEntity(const Entity*)", "parent": 153, "children": [155, 156], "start_point": {"row": 25, "column": 15}, "end_point": {"row": 25, "column": 41}}, {"id": 155, "type": "identifier", "text": "ExistEntity", "parent": 154, "children": [], "start_point": {"row": 25, "column": 15}, "end_point": {"row": 25, "column": 26}}, {"id": 156, "type": "parameter_list", "text": "(const Entity*)", "parent": 154, "children": [157], "start_point": {"row": 25, "column": 26}, "end_point": {"row": 25, "column": 41}}, {"id": 157, "type": "parameter_declaration", "text": "const Entity*", "parent": 156, "children": [158, 159], "start_point": {"row": 25, "column": 27}, "end_point": {"row": 25, "column": 40}}, {"id": 158, "type": "type_identifier", "text": "Entity", "parent": 157, "children": [], "start_point": {"row": 25, "column": 33}, "end_point": {"row": 25, "column": 39}}, {"id": 159, "type": "abstract_pointer_declarator", "text": "*", "parent": 157, "children": [160], 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{"node_id": 42, "universal_type": "function", "name": "unknown", "text_snippet": "ExistWorld(const World*)"}, {"node_id": 56, "universal_type": "function", "name": "unknown", "text_snippet": "EnterSystemMngr(const SystemMngr*)"}, {"node_id": 70, "universal_type": "function", "name": "unknown", "text_snippet": "ExistSystemMngr(const SystemMngr*)"}, {"node_id": 84, "universal_type": "function", "name": "unknown", "text_snippet": "EnterSystem(const System*)"}, {"node_id": 98, "universal_type": "function", "name": "unknown", "text_snippet": "ExistSystem(const System*)"}, {"node_id": 112, "universal_type": "function", "name": "unknown", "text_snippet": "EnterEntityMngr(const EntityMngr*)"}, {"node_id": 126, "universal_type": "function", "name": "unknown", "text_snippet": "ExistEntityMngr(const EntityMngr*)"}, {"node_id": 140, "universal_type": "function", "name": "unknown", "text_snippet": "EnterEntity(const Entity*)"}, {"node_id": 154, "universal_type": "function", "name": "unknown", "text_snippet": "ExistEntity(const Entity*)"}, {"node_id": 168, "universal_type": "function", "name": "unknown", "text_snippet": "EnterCmptPtr(const CmptPtr*)"}, {"node_id": 182, "universal_type": "function", "name": "unknown", "text_snippet": "ExistCmptPtr(const CmptPtr*)"}], "class_declarations": [], "import_statements": []}, "original_source_code": "#pragma once\n\nnamespace Ubpa::UECS {\n\tclass World;\n\tclass SystemMngr;\n\tclass System;\n\tclass EntityMngr;\n\tclass Entity;\n\tclass CmptPtr;\n\n\tclass IListener {\n\tpublic:\n\t\tvirtual void EnterWorld(const World*) = 0;\n\t\tvirtual void ExistWorld(const World*) = 0;\n\n\t\tvirtual void EnterSystemMngr(const SystemMngr*) = 0;\n\t\tvirtual void ExistSystemMngr(const SystemMngr*) = 0;\n\n\t\tvirtual void EnterSystem(const System*) = 0;\n\t\tvirtual void ExistSystem(const System*) = 0;\n\n\t\tvirtual void EnterEntityMngr(const EntityMngr*) = 0;\n\t\tvirtual void ExistEntityMngr(const EntityMngr*) = 0;\n\n\t\tvirtual void EnterEntity(const Entity*) = 0;\n\t\tvirtual void ExistEntity(const Entity*) = 0;\n\n\t\tvirtual void EnterCmptPtr(const CmptPtr*) = 0;\n\t\tvirtual void ExistCmptPtr(const CmptPtr*) = 0;\n\t};\n}\n"}
| 263
|
c
|
//
// UIImage+KMUtilities.h
// Tun2Web
//
// Created by kevinma on 2016/10/20.
// Copyright © 2016年 kevinma. All rights reserved.
//
#import <UIKit/UIKit.h>
@interface UIImage (KMUtilities)
+ (UIImage *)bundleImageNamed:(NSString *)name;
+ (UIImage *)fixOrientation:(UIImage *)srcImg;
- (UIImage *)normalizedImage ;
@end
| 24
| 13
|
(translation_unit) "//\n// UIImage+KMUtilities.h\n// Tun2Web\n//\n// Created by kevinma on 2016/10/20.\n// Copyright © 2016年 kevinma. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@interface UIImage (KMUtilities)\n\n+ (UIImage *)bundleImageNamed:(NSString *)name;\n+ (UIImage *)fixOrientation:(UIImage *)srcImg;\n- (UIImage *)normalizedImage ;\n\n@end\n"
(comment) "//"
(comment) "// UIImage+KMUtilities.h"
(comment) "// Tun2Web"
(comment) "//"
(comment) "// Created by kevinma on 2016/10/20."
(comment) "// Copyright © 2016年 kevinma. All rights reserved.\n//"
(comment) "\n#"
(preproc_call) "port <UIKit/UIKit.h>\n\n@i"
(preproc_directive) "port <U"
(preproc_arg) "Kit/UIKit.h>\n\n@"
(ERROR) "terface UIImage (KMUtilities)\n\n+ (UIImage *)bundleImageNamed:(NSString *)name;\n+"
(ERROR) "t"
(type_identifier) "erface UI"
(function_declarator) "mage (KMUtilities)\n\n+"
(identifier) "mage (K"
(parameter_list) "Utilities)\n\n+"
(() "U"
(identifier) "tilities)\n\n"
()) "+"
(unary_expression) "UIImage *)bundleImageNamed:(N"
(+) "U"
(cast_expression) "Image *)bundleImageNamed:(N"
(() "I"
(type_descriptor) "mage *)bu"
(type_identifier) "mage *)"
(abstract_pointer_declarator) "u"
(*) "u"
()) "n"
(identifier) "dleImageNamed:(N"
(:) "S"
(() "S"
(binary_expression) "tring *)name;\n+"
(identifier) "tring *)"
(*) "a"
(ERROR) "m"
()) "m"
(identifier) "e;\n+"
(expression_statement) " "
(;) " "
(expression_statement) "UIImage *)fixOrientation:(UIImage *)srcImg;\n- "
(update_expression) "UIImage *)fixOrientation:(UIImage *)srcImg;\n-"
(binary_expression) "UIImage *)fixOrientation:(UIImage *)srcImg;\n-"
(unary_expression) "UIImage *)fixOrientation:(U"
(+) "U"
(cast_expression) "Image *)fixOrientation:(U"
(() "I"
(type_descriptor) "mage *)fi"
(type_identifier) "mage *)"
(abstract_pointer_declarator) "i"
(*) "i"
()) "x"
(identifier) "Orientation:(U"
(ERROR) "IImage *)"
(:) "I"
(() "I"
(identifier) "mage *)"
(*) "r"
(ERROR) "c"
()) "c"
(identifier) "Img;\n-"
(--) ""
(;) " "
(expression_statement) "UIImage *)normalizedImage ;\n\n@"
(unary_expression) "UIImage *)normalizedImage ;\n"
(-) "U"
(cast_expression) "Image *)normalizedImage ;\n"
(() "I"
(type_descriptor) "mage *)no"
(type_identifier) "mage *)"
(abstract_pointer_declarator) "o"
(*) "o"
()) "r"
(identifier) "malizedImage ;\n"
(;) "@"
(ERROR) "d"
(ERROR) "d"
(expression_statement) "\n"
(identifier) "\n"
(;) ""
| 80
| 7
|
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All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@interface UIImage (KMUtilities)\n\n+ (UIImage *)bundleImageNamed:(NSString *)name;\n+ (UIImage *)fixOrientation:(UIImage *)srcImg;\n- (UIImage *)normalizedImage ;\n\n@end\n"}
| 264
|
c
|
/****************************************************************************
*
* Copyright 2017 Samsung Electronics All Rights Reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an
* "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND,
* either express or implied. See the License for the specific
* language governing permissions and limitations under the License.
*
****************************************************************************/
/**
* @file command.c
*/
#include "command.h"
#include <stdio.h>
#include <string.h>
void usage(const char *command_base, const struct command *commands)
{
const struct command *cmd = commands;
fprintf(stderr, "usage:\n");
while (cmd->fn) {
fprintf(stderr, "\t%s %s - %s\n", command_base, cmd->name, cmd->usage);
cmd++;
}
}
int commands_parser(int argc, char **argv, const struct command *commands)
{
const struct command *cmd = commands;
if (argc < 2) {
usage(argv[0], commands);
return -1;
}
while (cmd->fn) {
if (!strcmp(argv[1], (const char *)cmd->name)) {
if (cmd->fn) {
char tname[32];
snprintf(tname, 32, "%s_command", cmd->name);
task_create(tname, SCHED_PRIORITY_DEFAULT, 16384, cmd->fn, argv);
}
break;
}
cmd++;
}
if (!cmd->fn) {
fprintf(stderr, "Unknown command\n");
usage(argv[0], commands);
return -1;
}
return 0;
}
| 27.17
| 59
|
(translation_unit) "/****************************************************************************\n *\n * Copyright 2017 Samsung Electronics All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the "License");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http://www.apache.org/licenses/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND,\n * either express or implied. See the License for the specific\n * language governing permissions and limitations under the License.\n *\n ****************************************************************************/\n\n/**\n * @file command.c\n */\n\n\n#include "command.h"\n\n#include <stdio.h>\n#include <string.h>\n\nvoid usage(const char *command_base, const struct command *commands)\n{\n const struct command *cmd = commands;\n\n fprintf(stderr, "usage:\n");\n\n while (cmd->fn) {\n fprintf(stderr, "\t%s %s - %s\n", command_base, cmd->name, cmd->usage);\n cmd++;\n }\n}\n\n\nint commands_parser(int argc, char **argv, const struct command *commands)\n{\n const struct command *cmd = commands;\n\n if (argc < 2) {\n usage(argv[0], commands);\n return -1;\n }\n\n while (cmd->fn) {\n if (!strcmp(argv[1], (const char *)cmd->name)) {\n if (cmd->fn) {\n char tname[32];\n\n snprintf(tname, 32, "%s_command", cmd->name);\n task_create(tname, SCHED_PRIORITY_DEFAULT, 16384, cmd->fn, argv);\n }\n break;\n }\n\n cmd++;\n }\n\n if (!cmd->fn) {\n fprintf(stderr, "Unknown command\n");\n usage(argv[0], commands);\n return -1;\n }\n\n return 0;\n}\n"
(comment) "/****************************************************************************\n *\n * Copyright 2017 Samsung Electronics All Rights Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the "License");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http://www.apache.org/licenses/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND,\n * either express or implied. See the License for the specific\n * language governing permissions and limitations under the License.\n *\n ****************************************************************************/"
(comment) "/**\n * @file command.c\n */"
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({) "{"
(if_statement) "if (cmd->fn) {\n char tname[32];\n\n snprintf(tname, 32, "%s_command", cmd->name);\n task_create(tname, SCHED_PRIORITY_DEFAULT, 16384, cmd->fn, argv);\n }"
(if) "if"
(parenthesized_expression) "(cmd->fn)"
(() "("
(field_expression) "cmd->fn"
(identifier) "cmd"
(->) "->"
(field_identifier) "fn"
()) ")"
(compound_statement) "{\n char tname[32];\n\n snprintf(tname, 32, "%s_command", cmd->name);\n task_create(tname, SCHED_PRIORITY_DEFAULT, 16384, cmd->fn, argv);\n }"
({) "{"
(declaration) "char tname[32];"
(primitive_type) "char"
(array_declarator) "tname[32]"
(identifier) "tname"
([) "["
(number_literal) "32"
(]) "]"
(;) ";"
(expression_statement) "snprintf(tname, 32, "%s_command", cmd->name);"
(call_expression) "snprintf(tname, 32, "%s_command", cmd->name)"
(identifier) "snprintf"
(argument_list) "(tname, 32, "%s_command", cmd->name)"
(() "("
(identifier) "tname"
(,) ","
(number_literal) "32"
(,) ","
(string_literal) ""%s_command""
(") """
(string_content) "%s_command"
(") """
(,) ","
(field_expression) "cmd->name"
(identifier) "cmd"
(->) "->"
(field_identifier) "name"
()) ")"
(;) ";"
(expression_statement) "task_create(tname, SCHED_PRIORITY_DEFAULT, 16384, cmd->fn, argv);"
(call_expression) "task_create(tname, SCHED_PRIORITY_DEFAULT, 16384, cmd->fn, argv)"
(identifier) "task_create"
(argument_list) "(tname, SCHED_PRIORITY_DEFAULT, 16384, cmd->fn, argv)"
(() "("
(identifier) "tname"
(,) ","
(identifier) "SCHED_PRIORITY_DEFAULT"
(,) ","
(number_literal) "16384"
(,) ","
(field_expression) "cmd->fn"
(identifier) "cmd"
(->) "->"
(field_identifier) "fn"
(,) ","
(identifier) "argv"
()) ")"
(;) ";"
(}) "}"
(break_statement) "break;"
(break) "break"
(;) ";"
(}) "}"
(expression_statement) "cmd++;"
(update_expression) "cmd++"
(identifier) "cmd"
(++) "++"
(;) ";"
(}) "}"
(if_statement) "if (!cmd->fn) {\n fprintf(stderr, "Unknown command\n");\n usage(argv[0], commands);\n return -1;\n }"
(if) "if"
(parenthesized_expression) "(!cmd->fn)"
(() "("
(unary_expression) "!cmd->fn"
(!) "!"
(field_expression) "cmd->fn"
(identifier) "cmd"
(->) "->"
(field_identifier) "fn"
()) ")"
(compound_statement) "{\n fprintf(stderr, "Unknown command\n");\n usage(argv[0], commands);\n return -1;\n }"
({) "{"
(expression_statement) "fprintf(stderr, "Unknown command\n");"
(call_expression) "fprintf(stderr, "Unknown command\n")"
(identifier) "fprintf"
(argument_list) "(stderr, "Unknown command\n")"
(() "("
(identifier) "stderr"
(,) ","
(string_literal) ""Unknown command\n""
(") """
(string_content) "Unknown command"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "usage(argv[0], commands);"
(call_expression) "usage(argv[0], commands)"
(identifier) "usage"
(argument_list) "(argv[0], commands)"
(() "("
(subscript_expression) "argv[0]"
(identifier) "argv"
([) "["
(number_literal) "0"
(]) "]"
(,) ","
(identifier) "commands"
()) ")"
(;) ";"
(return_statement) "return -1;"
(return) "return"
(number_literal) "-1"
(;) ";"
(}) "}"
(return_statement) "return 0;"
(return) "return"
(number_literal) "0"
(;) ";"
(}) "}"
| 350
| 0
|
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"#include", "text": "#include", "parent": 3, "children": [], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 25, "column": 8}}, {"id": 5, "type": "system_lib_string", "text": "<stdio.h>", "parent": 3, "children": [], "start_point": {"row": 25, "column": 9}, "end_point": {"row": 25, "column": 18}}, {"id": 6, "type": "preproc_include", "text": "#include <string.h>\n", "parent": null, "children": [7, 8], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 27, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 26, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<string.h>", "parent": 6, "children": [], "start_point": {"row": 26, "column": 9}, "end_point": {"row": 26, "column": 19}}, {"id": 9, "type": "function_definition", "text": "void usage(const char *command_base, const struct command *commands)\n{\n\tconst struct command *cmd = commands;\n\n\tfprintf(stderr, \"usage:\\n\");\n\n\twhile (cmd->fn) {\n\t\tfprintf(stderr, \"\\t%s %s - %s\\n\", command_base, cmd->name, cmd->usage);\n\t\tcmd++;\n\t}\n}", "parent": null, "children": [10, 11], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 38, "column": 1}}, {"id": 10, "type": "primitive_type", "text": "void", "parent": 9, "children": [], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 28, "column": 4}}, {"id": 11, "type": "function_declarator", "text": "usage(const char *command_base, const struct command *commands)", "parent": 9, "children": [12, 13], "start_point": {"row": 28, "column": 5}, "end_point": {"row": 28, "column": 68}}, {"id": 12, "type": "identifier", "text": "usage", "parent": 11, "children": [], "start_point": {"row": 28, "column": 5}, "end_point": {"row": 28, "column": 10}}, {"id": 13, "type": "parameter_list", "text": "(const char *command_base, const struct command *commands)", "parent": 11, "children": [14, 19], "start_point": {"row": 28, "column": 10}, "end_point": {"row": 28, "column": 68}}, {"id": 14, "type": "parameter_declaration", "text": "const char *command_base", "parent": 13, "children": [15, 16], "start_point": {"row": 28, "column": 11}, "end_point": {"row": 28, "column": 35}}, {"id": 15, "type": "primitive_type", "text": "char", "parent": 14, "children": [], "start_point": {"row": 28, "column": 17}, "end_point": {"row": 28, "column": 21}}, {"id": 16, "type": "pointer_declarator", "text": "*command_base", "parent": 14, "children": [17, 18], "start_point": {"row": 28, "column": 22}, "end_point": {"row": 28, "column": 35}}, {"id": 17, "type": "*", "text": "*", "parent": 16, "children": [], "start_point": {"row": 28, "column": 22}, "end_point": {"row": 28, "column": 23}}, {"id": 18, "type": "identifier", "text": "command_base", "parent": 16, "children": [], "start_point": {"row": 28, "column": 23}, "end_point": {"row": 28, "column": 35}}, {"id": 19, "type": "parameter_declaration", 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"start_point": {"row": 30, "column": 22}, "end_point": {"row": 30, "column": 37}}, {"id": 31, "type": "pointer_declarator", "text": "*cmd", "parent": 30, "children": [32, 33], "start_point": {"row": 30, "column": 22}, "end_point": {"row": 30, "column": 26}}, {"id": 32, "type": "*", "text": "*", "parent": 31, "children": [], "start_point": {"row": 30, "column": 22}, "end_point": {"row": 30, "column": 23}}, {"id": 33, "type": "identifier", "text": "cmd", "parent": 31, "children": [], "start_point": {"row": 30, "column": 23}, "end_point": {"row": 30, "column": 26}}, {"id": 34, "type": "=", "text": "=", "parent": 30, "children": [], "start_point": {"row": 30, "column": 27}, "end_point": {"row": 30, "column": 28}}, {"id": 35, "type": "identifier", "text": "commands", "parent": 30, "children": [], "start_point": {"row": 30, "column": 29}, "end_point": {"row": 30, "column": 37}}, {"id": 36, "type": "call_expression", "text": "fprintf(stderr, \"usage:\\n\")", "parent": 9, "children": [37, 38], 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argc, char **argv, const struct command *commands)\n{\n\tconst struct command *cmd = commands;\n\n\tif (argc < 2) {\n\t\tusage(argv[0], commands);\n\t\treturn -1;\n\t}\n\n\twhile (cmd->fn) {\n\t\tif (!strcmp(argv[1], (const char *)cmd->name)) {\n\t\t\tif (cmd->fn) {\n\t\t\t\tchar tname[32];\n\n\t\t\t\tsnprintf(tname, 32, \"%s_command\", cmd->name);\n\t\t\t\ttask_create(tname, SCHED_PRIORITY_DEFAULT, 16384, cmd->fn, argv);\n\t\t\t}\n\t\t\tbreak;\n\t\t}\n\n\t\tcmd++;\n\t}\n\n\tif (!cmd->fn) {\n\t\tfprintf(stderr, \"Unknown command\\n\");\n\t\tusage(argv[0], commands);\n\t\treturn -1;\n\t}\n\n\treturn 0;\n}", "parent": null, "children": [65, 66], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 71, "column": 1}}, {"id": 65, "type": "primitive_type", "text": "int", "parent": 64, "children": [], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 3}}, {"id": 66, "type": "function_declarator", "text": "commands_parser(int argc, char **argv, const struct 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Reserved.\n *\n * Licensed under the Apache License, Version 2.0 (the \"License\");\n * you may not use this file except in compliance with the License.\n * You may obtain a copy of the License at\n *\n * http://www.apache.org/licenses/LICENSE-2.0\n *\n * Unless required by applicable law or agreed to in writing,\n * software distributed under the License is distributed on an\n * \"AS IS\" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND,\n * either express or implied. See the License for the specific\n * language governing permissions and limitations under the License.\n *\n ****************************************************************************/\n\n/**\n * @file command.c\n */\n\n\n#include \"command.h\"\n\n#include <stdio.h>\n#include <string.h>\n\nvoid usage(const char *command_base, const struct command *commands)\n{\n\tconst struct command *cmd = commands;\n\n\tfprintf(stderr, \"usage:\\n\");\n\n\twhile (cmd->fn) {\n\t\tfprintf(stderr, \"\\t%s %s - %s\\n\", command_base, cmd->name, cmd->usage);\n\t\tcmd++;\n\t}\n}\n\n\nint commands_parser(int argc, char **argv, const struct command *commands)\n{\n\tconst struct command *cmd = commands;\n\n\tif (argc < 2) {\n\t\tusage(argv[0], commands);\n\t\treturn -1;\n\t}\n\n\twhile (cmd->fn) {\n\t\tif (!strcmp(argv[1], (const char *)cmd->name)) {\n\t\t\tif (cmd->fn) {\n\t\t\t\tchar tname[32];\n\n\t\t\t\tsnprintf(tname, 32, \"%s_command\", cmd->name);\n\t\t\t\ttask_create(tname, SCHED_PRIORITY_DEFAULT, 16384, cmd->fn, argv);\n\t\t\t}\n\t\t\tbreak;\n\t\t}\n\n\t\tcmd++;\n\t}\n\n\tif (!cmd->fn) {\n\t\tfprintf(stderr, \"Unknown command\\n\");\n\t\tusage(argv[0], commands);\n\t\treturn -1;\n\t}\n\n\treturn 0;\n}\n"}
| 265
|
c
|
//
// CBL_Shared.h
// CouchbaseLite
//
// Created by <NAME> on 3/20/13.
// Copyright (c) 2013 Couchbase, Inc. All rights reserved.
//
//
#import <Foundation/Foundation.h>
@class CBL_Server, MYReadWriteLock;
/** Container for shared state between CBLDatabase instances that represent the same database file. API is thread-safe. */
@interface CBL_Shared : NSObject
- (void) setValue: (id)value
forType: (NSString*)type
name: (NSString*)name
inDatabaseNamed: (NSString*)dbName;
- (id) valueForType: (NSString*)type
name: (NSString*)name
inDatabaseNamed: (NSString*)dbName;
- (bool) hasValuesOfType: (NSString*)type
inDatabaseNamed: (NSString*)dbName;
- (NSDictionary*) valuesOfType: (NSString*)type
inDatabaseNamed: (NSString*)dbName;
- (MYReadWriteLock*) lockForDatabaseNamed: (NSString*)dbName;
- (void) openedDatabase: (NSString*)dbName;
- (void) closedDatabase: (NSString*)dbName;
- (BOOL) isDatabaseOpened: (NSString*)dbName;
// Blocks till everyone who opened the database has closed it
- (void) forgetDatabaseNamed: (NSString*)name;
@property CBL_Server* backgroundServer;
#if DEBUG
- (NSUInteger) countForOpenedDatabase: (NSString*)dbName;
#endif
@end
| 34.14
| 35
|
(ERROR) "//\n// CBL_Shared.h\n// CouchbaseLite\n//\n// Created by <NAME> on 3/20/13.\n// Copyright (c) 2013 Couchbase, Inc. All rights reserved.\n//\n//\n\n#import <Foundation/Foundation.h>\n@class CBL_Server, MYReadWriteLock;\n\n\n/** Container for shared state between CBLDatabase instances that represent the same database file. API is thread-safe. */\n@interface CBL_Shared : NSObject\n\n- (void) setValue: (id)value\n forType: (NSString*)type\n name: (NSString*)name\n inDatabaseNamed: (NSString*)dbName;\n\n- (id) valueForType: (NSString*)type\n name: (NSString*)name\n inDatabaseNamed: (NSString*)dbName;\n\n- (bool) hasValuesOfType: (NSString*)type\n inDatabaseNamed: (NSString*)dbName;\n\n- (NSDictionary*) valuesOfType: (NSString*)type\n inDatabaseNamed: (NSString*)dbName;\n\n- (MYReadWriteLock*) lockForDatabaseNamed: (NSString*)dbName;\n\n- (void) openedDatabase: (NSString*)dbName;\n- (void) closedDatabase: (NSString*)dbName;\n- (BOOL) isDatabaseOpened: (NSString*)dbName;\n\n// Blocks till everyone who opened the database has closed it\n- (void) forgetDatabaseNamed: (NSString*)name;\n\n@property CBL_Server* backgroundServer;\n\n#if DEBUG\n- (NSUInteger) countForOpenedDatabase: (NSString*)dbName;\n#endif\n\n@end\n"
(comment) "//"
(comment) "// CBL_Shared.h"
(comment) "// CouchbaseLite"
(comment) "//"
(comment) "// Created by <NAME> on 3/20/13."
(comment) "// Copyright (c) 2013 Couchbase, Inc. All rights reserved."
(comment) "//"
(comment) "//"
(preproc_call) "#import <Foundation/Foundation.h>\n"
(preproc_directive) "#import"
(preproc_arg) "<Foundation/Foundation.h>"
(ERROR) "@"
(ERROR) "@"
(declaration) "class CBL_Server, MYReadWriteLock;"
(type_identifier) "class"
(identifier) "CBL_Server"
(,) ","
(identifier) "MYReadWriteLock"
(;) ";"
(comment) "/** Container for shared state between CBLDatabase instances that represent the same database file. API is thread-safe. */"
(ERROR) "@interface CBL_Shared : NSObject\n\n- (void) setValue: (id)value"
(ERROR) "@"
(type_identifier) "interface"
(identifier) "CBL_Shared"
(:) ":"
(identifier) "NSObject"
(call_expression) "- (void) setValue: (id)"
(unary_expression) "- (void) setValue"
(-) "-"
(cast_expression) "(void) setValue"
(() "("
(type_descriptor) "void"
(primitive_type) "void"
()) ")"
(identifier) "setValue"
(ERROR) ":"
(:) ":"
(argument_list) "(id)"
(() "("
(identifier) "id"
()) ")"
(identifier) "value"
(labeled_statement) "forType: (NSString*)type"
(statement_identifier) "forType"
(:) ":"
(expression_statement) "(NSString*)type"
(cast_expression) "(NSString*)type"
(() "("
(type_descriptor) "NSString*"
(type_identifier) "NSString"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(identifier) "type"
(;) ""
(labeled_statement) "name: (NSString*)name"
(statement_identifier) "name"
(:) ":"
(expression_statement) "(NSString*)name"
(cast_expression) "(NSString*)name"
(() "("
(type_descriptor) "NSString*"
(type_identifier) "NSString"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(identifier) "name"
(;) ""
(labeled_statement) "inDatabaseNamed: (NSString*)dbName;"
(statement_identifier) "inDatabaseNamed"
(:) ":"
(expression_statement) "(NSString*)dbName;"
(cast_expression) "(NSString*)dbName"
(() "("
(type_descriptor) "NSString*"
(type_identifier) "NSString"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(identifier) "dbName"
(;) ";"
(unary_expression) "- (id) valueForType"
(-) "-"
(cast_expression) "(id) valueForType"
(() "("
(type_descriptor) "id"
(type_identifier) "id"
()) ")"
(identifier) "valueForType"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)type\n name"
(identifier) "NSString"
(*) "*"
(ERROR) ")type"
()) ")"
(identifier) "type"
(identifier) "name"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)name\n inDatabaseNamed"
(identifier) "NSString"
(*) "*"
(ERROR) ")name"
()) ")"
(identifier) "name"
(identifier) "inDatabaseNamed"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)dbName;\n\n- (bool) hasValuesOfType"
(binary_expression) "NSString*)dbName"
(identifier) "NSString"
(*) "*"
(ERROR) ")"
()) ")"
(identifier) "dbName"
(ERROR) ";"
(;) ";"
(-) "-"
(cast_expression) "(bool) hasValuesOfType"
(() "("
(type_descriptor) "bool"
(primitive_type) "bool"
()) ")"
(identifier) "hasValuesOfType"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)type\n inDatabaseNamed"
(identifier) "NSString"
(*) "*"
(ERROR) ")type"
()) ")"
(identifier) "type"
(identifier) "inDatabaseNamed"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)dbName;\n\n- (NSDictionary*) valuesOfType"
(binary_expression) "NSString*)dbName"
(identifier) "NSString"
(*) "*"
(ERROR) ")"
()) ")"
(identifier) "dbName"
(ERROR) ";"
(;) ";"
(-) "-"
(cast_expression) "(NSDictionary*) valuesOfType"
(() "("
(type_descriptor) "NSDictionary*"
(type_identifier) "NSDictionary"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(identifier) "valuesOfType"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)type\n inDatabaseNamed"
(identifier) "NSString"
(*) "*"
(ERROR) ")type"
()) ")"
(identifier) "type"
(identifier) "inDatabaseNamed"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)dbName;\n\n- (MYReadWriteLock*) lockForDatabaseNamed"
(binary_expression) "NSString*)dbName"
(identifier) "NSString"
(*) "*"
(ERROR) ")"
()) ")"
(identifier) "dbName"
(ERROR) ";"
(;) ";"
(-) "-"
(cast_expression) "(MYReadWriteLock*) lockForDatabaseNamed"
(() "("
(type_descriptor) "MYReadWriteLock*"
(type_identifier) "MYReadWriteLock"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(identifier) "lockForDatabaseNamed"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)dbName;\n\n- (void) openedDatabase"
(binary_expression) "NSString*)dbName"
(identifier) "NSString"
(*) "*"
(ERROR) ")"
()) ")"
(identifier) "dbName"
(ERROR) ";"
(;) ";"
(-) "-"
(cast_expression) "(void) openedDatabase"
(() "("
(type_descriptor) "void"
(primitive_type) "void"
()) ")"
(identifier) "openedDatabase"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)dbName;\n- (void) closedDatabase"
(binary_expression) "NSString*)dbName"
(identifier) "NSString"
(*) "*"
(ERROR) ")"
()) ")"
(identifier) "dbName"
(ERROR) ";"
(;) ";"
(-) "-"
(cast_expression) "(void) closedDatabase"
(() "("
(type_descriptor) "void"
(primitive_type) "void"
()) ")"
(identifier) "closedDatabase"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)dbName;\n- (BOOL) isDatabaseOpened"
(binary_expression) "NSString*)dbName"
(identifier) "NSString"
(*) "*"
(ERROR) ")"
()) ")"
(identifier) "dbName"
(ERROR) ";"
(;) ";"
(-) "-"
(cast_expression) "(BOOL) isDatabaseOpened"
(() "("
(type_descriptor) "BOOL"
(type_identifier) "BOOL"
()) ")"
(identifier) "isDatabaseOpened"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)dbName;\n\n// Blocks till everyone who opened the database has closed it\n- (void) forgetDatabaseNamed"
(binary_expression) "NSString*)dbName"
(identifier) "NSString"
(*) "*"
(ERROR) ")"
()) ")"
(identifier) "dbName"
(ERROR) ";"
(;) ";"
(comment) "// Blocks till everyone who opened the database has closed it"
(-) "-"
(cast_expression) "(void) forgetDatabaseNamed"
(() "("
(type_descriptor) "void"
(primitive_type) "void"
()) ")"
(identifier) "forgetDatabaseNamed"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)name;\n\n@property CBL_Server* backgroundServer;\n\n#if DEBUG\n- (NSUInteger) countForOpenedDatabase"
(binary_expression) "NSString*)name;\n\n@property CBL_Server* backgroundServer"
(binary_expression) "NSString*)name"
(identifier) "NSString"
(*) "*"
(ERROR) ")"
()) ")"
(identifier) "name"
(ERROR) ";\n\n@property CBL_Server"
(;) ";"
(ERROR) "@"
(identifier) "property"
(identifier) "CBL_Server"
(*) "*"
(identifier) "backgroundServer"
(ERROR) ";\n\n#if DEBUG"
(;) ";"
(#if) "#if"
(identifier) "DEBUG"
(-) "-"
(cast_expression) "(NSUInteger) countForOpenedDatabase"
(() "("
(type_descriptor) "NSUInteger"
(type_identifier) "NSUInteger"
()) ")"
(identifier) "countForOpenedDatabase"
(ERROR) ":"
(:) ":"
(() "("
(binary_expression) "NSString*)dbName"
(identifier) "NSString"
(*) "*"
(ERROR) ")"
()) ")"
(identifier) "dbName"
(;) ";"
(#endif) "#endif"
(ERROR) "@"
(identifier) "end"
| 310
| 43
|
{"language": "c", "success": true, "metadata": {"lines": 35, "avg_line_length": 34.14, "nodes": 178, "errors": 0, "source_hash": "483b5e744b63c79f94e182987b857ef19b8bdffe49c6071067f0fbea157a1896", "categorized_nodes": 107}, "ast": {"root": "ERROR", "nodes": [{"id": 0, "type": "ERROR", "text": "//\n// CBL_Shared.h\n// CouchbaseLite\n//\n// Created by <NAME> on 3/20/13.\n// Copyright (c) 2013 Couchbase, Inc. All rights reserved.\n//\n//\n\n#import <Foundation/Foundation.h>\n@class CBL_Server, MYReadWriteLock;\n\n\n/** Container for shared state between CBLDatabase instances that represent the same database file. API is thread-safe. */\n@interface CBL_Shared : NSObject\n\n- (void) setValue: (id)value\n forType: (NSString*)type\n name: (NSString*)name\n inDatabaseNamed: (NSString*)dbName;\n\n- (id) valueForType: (NSString*)type\n name: (NSString*)name\n inDatabaseNamed: (NSString*)dbName;\n\n- (bool) hasValuesOfType: (NSString*)type\n inDatabaseNamed: (NSString*)dbName;\n\n- (NSDictionary*) valuesOfType: (NSString*)type\n inDatabaseNamed: (NSString*)dbName;\n\n- (MYReadWriteLock*) lockForDatabaseNamed: (NSString*)dbName;\n\n- (void) openedDatabase: (NSString*)dbName;\n- (void) closedDatabase: (NSString*)dbName;\n- (BOOL) isDatabaseOpened: (NSString*)dbName;\n\n// Blocks till everyone who opened the database has closed it\n- (void) forgetDatabaseNamed: (NSString*)name;\n\n@property CBL_Server* backgroundServer;\n\n#if DEBUG\n- (NSUInteger) countForOpenedDatabase: (NSString*)dbName;\n#endif\n\n@end\n", "parent": null, "children": [1, 4, 6, 9, 24, 32, 40, 48, 54, 60, 66, 76, 82, 94, 100, 112, 122, 132, 142, 152, 172, 176, 177], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 47, "column": 0}}, {"id": 1, "type": "preproc_call", "text": "#import <Foundation/Foundation.h>\n", "parent": 0, "children": [2, 3], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 10, "column": 0}}, {"id": 2, "type": "preproc_directive", "text": "#import", "parent": 1, "children": [], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 7}}, {"id": 3, "type": "preproc_arg", "text": "<Foundation/Foundation.h>", "parent": 1, "children": [], "start_point": {"row": 9, "column": 8}, "end_point": {"row": 9, "column": 33}}, {"id": 4, "type": "ERROR", "text": "@", "parent": 0, "children": [5], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 1}}, {"id": 5, "type": "ERROR", "text": "@", "parent": 4, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 1}}, {"id": 6, "type": "declaration", "text": "class CBL_Server, MYReadWriteLock;", "parent": 0, "children": [7, 8], "start_point": {"row": 10, "column": 1}, "end_point": {"row": 10, "column": 35}}, {"id": 7, "type": "identifier", "text": "CBL_Server", "parent": 6, "children": [], "start_point": {"row": 10, "column": 7}, "end_point": {"row": 10, "column": 17}}, {"id": 8, "type": "identifier", "text": "MYReadWriteLock", "parent": 6, "children": [], "start_point": {"row": 10, "column": 19}, "end_point": {"row": 10, "column": 34}}, {"id": 9, "type": "ERROR", "text": "@interface CBL_Shared : NSObject\n\n- (void) setValue: (id)value", "parent": 0, "children": [10, 11, 12, 13, 14, 23], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 16, "column": 28}}, {"id": 10, "type": "ERROR", "text": "@", "parent": 9, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 1}}, {"id": 11, "type": "type_identifier", "text": "interface", "parent": 9, "children": [], "start_point": {"row": 14, "column": 1}, 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"end_point": {"row": 42, "column": 3}}, {"id": 166, "type": "identifier", "text": "DEBUG", "parent": 164, "children": [], "start_point": {"row": 42, "column": 4}, "end_point": {"row": 42, "column": 9}}, {"id": 167, "type": "-", "text": "-", "parent": 152, "children": [], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 43, "column": 1}}, {"id": 168, "type": "cast_expression", "text": "(NSUInteger) countForOpenedDatabase", "parent": 152, "children": [169, 171], "start_point": {"row": 43, "column": 2}, "end_point": {"row": 43, "column": 37}}, {"id": 169, "type": "type_descriptor", "text": "NSUInteger", "parent": 168, "children": [170], "start_point": {"row": 43, "column": 3}, "end_point": {"row": 43, "column": 13}}, {"id": 170, "type": "type_identifier", "text": "NSUInteger", "parent": 169, "children": [], "start_point": {"row": 43, "column": 3}, "end_point": {"row": 43, "column": 13}}, {"id": 171, "type": "identifier", "text": "countForOpenedDatabase", "parent": 168, 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"children": [], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 46, "column": 1}}]}, "node_categories": {"declarations": {"functions": [], "variables": [6], "classes": [], "imports": [], "modules": [], "enums": []}, "statements": {"expressions": [14, 15, 17, 26, 34, 42, 48, 50, 54, 60, 66, 67, 72, 76, 82, 83, 88, 94, 100, 101, 106, 112, 113, 118, 122, 123, 128, 132, 133, 138, 142, 143, 148, 152, 153, 154, 168, 172], "assignments": [], "loops": [], "conditionals": [7, 8, 11, 12, 13, 20, 22, 23, 25, 28, 31, 33, 36, 39, 41, 44, 47, 52, 53, 55, 58, 59, 61, 64, 65, 68, 70, 75, 77, 80, 81, 84, 86, 90, 93, 95, 98, 99, 102, 104, 108, 111, 114, 116, 121, 124, 126, 131, 134, 136, 140, 141, 144, 146, 151, 155, 157, 160, 161, 163, 165, 166, 170, 171, 173, 175, 176], "returns": [], "exceptions": []}, "expressions": {"calls": [1], "literals": [], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [], "class_declarations": [], "import_statements": []}, "original_source_code": "//\n// CBL_Shared.h\n// CouchbaseLite\n//\n// Created by <NAME> on 3/20/13.\n// Copyright (c) 2013 Couchbase, Inc. All rights reserved.\n//\n//\n\n#import <Foundation/Foundation.h>\n@class CBL_Server, MYReadWriteLock;\n\n\n/** Container for shared state between CBLDatabase instances that represent the same database file. API is thread-safe. */\n@interface CBL_Shared : NSObject\n\n- (void) setValue: (id)value\n forType: (NSString*)type\n name: (NSString*)name\n inDatabaseNamed: (NSString*)dbName;\n\n- (id) valueForType: (NSString*)type\n name: (NSString*)name\n inDatabaseNamed: (NSString*)dbName;\n\n- (bool) hasValuesOfType: (NSString*)type\n inDatabaseNamed: (NSString*)dbName;\n\n- (NSDictionary*) valuesOfType: (NSString*)type\n inDatabaseNamed: (NSString*)dbName;\n\n- (MYReadWriteLock*) lockForDatabaseNamed: (NSString*)dbName;\n\n- (void) openedDatabase: (NSString*)dbName;\n- (void) closedDatabase: (NSString*)dbName;\n- (BOOL) isDatabaseOpened: (NSString*)dbName;\n\n// Blocks till everyone who opened the database has closed it\n- (void) forgetDatabaseNamed: (NSString*)name;\n\n@property CBL_Server* backgroundServer;\n\n#if DEBUG\n- (NSUInteger) countForOpenedDatabase: (NSString*)dbName;\n#endif\n\n@end\n"}
| 266
|
c
|
#include "Problem.h"
#include <stdio.h>
#include <stdlib.h>
void initQueenProblem(Problem* p,int newn ) {
p->d=newDomain(newn);
p->n = newn;
p->c=malloc(sizeof(Constraint)*3*(p->n)*(p->n)-3*(p->n));
int compte = 0;
for(int i = 0; i<p->n; i++) {
for(int j=0; j<p->n; j++) {
if(i!=j) {
Constraint cl, cdm, cdd;
initConstraint(&cl,0,0,i,j);
initConstraint(&cdm,i,j,i,j);
initConstraint(&cdd,-i,-j,i,j);
//afficherConstraint(cl);
(p->c)[compte]=cl;
compte++;
(p->c)[compte]=cdm;
compte++;
(p->c)[compte]=cdd;
compte++;
// effacerConstraint(cl);
}
}
}
p->m += compte;
}
Problem* newProblem(int newn) {
Problem* p=malloc(sizeof(Problem));
initQueenProblem(p, newn);
return p;
}
void destroyProblemContent(Problem * p) {
destroyDomain(p->d);
free(p->d);
free(p->c);
return;
}
void afficherProblem(Problem p) {
printf("afficherProblem: n = %d m = %d\n",p.n,p.m);
afficherDomain(*(p.d));
//afficherConstraint();
return;
}
bool isSolution(Domain d, Problem p) {
for(int i=0; i<d.n; i++) {
if(Length(d.LDomain[i])>1) {
//printf("taille pas bonne\n");
return false;
}
}
for(int i=0; i<p.m; i++) {
if(!validationContrainte(p.c[i],d)) {
printf("Contrainte pas bonne\n");
return false;
}
}
return true;
}
bool verifCtes(Problem p, Domain d) {
for(int i=0; i<p.m; i++) {
if(!validationContrainte(p.c[i],d)) {
return false;
}
}
return true;
}
| 24.72
| 69
|
(translation_unit) "#include "Problem.h"\n#include <stdio.h>\n#include <stdlib.h>\n\n\nvoid initQueenProblem(Problem* p,int newn ) {\n p->d=newDomain(newn);\n p->n = newn;\n p->c=malloc(sizeof(Constraint)*3*(p->n)*(p->n)-3*(p->n));\n int compte = 0;\n for(int i = 0; i<p->n; i++) {\n for(int j=0; j<p->n; j++) {\n if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }\n }\n }\n p->m += compte;\n}\n\nProblem* newProblem(int newn) {\n Problem* p=malloc(sizeof(Problem));\n initQueenProblem(p, newn);\n return p;\n}\n\nvoid destroyProblemContent(Problem * p) {\n destroyDomain(p->d);\n free(p->d);\n free(p->c);\n return;\n}\n\nvoid afficherProblem(Problem p) {\n printf("afficherProblem: n = %d m = %d\n",p.n,p.m);\n afficherDomain(*(p.d));\n //afficherConstraint();\n return;\n}\n\nbool isSolution(Domain d, Problem p) {\n for(int i=0; i<d.n; i++) {\n if(Length(d.LDomain[i])>1) {\n //printf("taille pas bonne\n");\n return false;\n }\n }\n for(int i=0; i<p.m; i++) {\n if(!validationContrainte(p.c[i],d)) {\n printf("Contrainte pas bonne\n");\n return false;\n }\n }\n return true;\n}\n\nbool verifCtes(Problem p, Domain d) {\n for(int i=0; i<p.m; i++) {\n if(!validationContrainte(p.c[i],d)) {\n return false;\n }\n }\n return true;\n}\n"
(preproc_include) "#include "Problem.h"\n"
(#include) "#include"
(string_literal) ""Problem.h""
(") """
(string_content) "Problem.h"
(") """
(preproc_include) "#include <stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(preproc_include) "#include <stdlib.h>\n"
(#include) "#include"
(system_lib_string) "<stdlib.h>"
(function_definition) "void initQueenProblem(Problem* p,int newn ) {\n p->d=newDomain(newn);\n p->n = newn;\n p->c=malloc(sizeof(Constraint)*3*(p->n)*(p->n)-3*(p->n));\n int compte = 0;\n for(int i = 0; i<p->n; i++) {\n for(int j=0; j<p->n; j++) {\n if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }\n }\n }\n p->m += compte;\n}"
(primitive_type) "void"
(function_declarator) "initQueenProblem(Problem* p,int newn )"
(identifier) "initQueenProblem"
(parameter_list) "(Problem* p,int newn )"
(() "("
(parameter_declaration) "Problem* p"
(type_identifier) "Problem"
(pointer_declarator) "* p"
(*) "*"
(identifier) "p"
(,) ","
(parameter_declaration) "int newn"
(primitive_type) "int"
(identifier) "newn"
()) ")"
(compound_statement) "{\n p->d=newDomain(newn);\n p->n = newn;\n p->c=malloc(sizeof(Constraint)*3*(p->n)*(p->n)-3*(p->n));\n int compte = 0;\n for(int i = 0; i<p->n; i++) {\n for(int j=0; j<p->n; j++) {\n if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }\n }\n }\n p->m += compte;\n}"
({) "{"
(expression_statement) "p->d=newDomain(newn);"
(assignment_expression) "p->d=newDomain(newn)"
(field_expression) "p->d"
(identifier) "p"
(->) "->"
(field_identifier) "d"
(=) "="
(call_expression) "newDomain(newn)"
(identifier) "newDomain"
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(() "("
(identifier) "newn"
()) ")"
(;) ";"
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(=) "="
(identifier) "newn"
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(assignment_expression) "p->c=malloc(sizeof(Constraint)*3*(p->n)*(p->n)-3*(p->n))"
(field_expression) "p->c"
(identifier) "p"
(->) "->"
(field_identifier) "c"
(=) "="
(call_expression) "malloc(sizeof(Constraint)*3*(p->n)*(p->n)-3*(p->n))"
(identifier) "malloc"
(argument_list) "(sizeof(Constraint)*3*(p->n)*(p->n)-3*(p->n))"
(() "("
(binary_expression) "sizeof(Constraint)*3*(p->n)*(p->n)-3*(p->n)"
(binary_expression) "sizeof(Constraint)*3*(p->n)*(p->n)"
(binary_expression) "sizeof(Constraint)*3*(p->n)"
(binary_expression) "sizeof(Constraint)*3"
(sizeof_expression) "sizeof(Constraint)"
(sizeof) "sizeof"
(parenthesized_expression) "(Constraint)"
(() "("
(identifier) "Constraint"
()) ")"
(*) "*"
(number_literal) "3"
(*) "*"
(parenthesized_expression) "(p->n)"
(() "("
(field_expression) "p->n"
(identifier) "p"
(->) "->"
(field_identifier) "n"
()) ")"
(*) "*"
(parenthesized_expression) "(p->n)"
(() "("
(field_expression) "p->n"
(identifier) "p"
(->) "->"
(field_identifier) "n"
()) ")"
(-) "-"
(binary_expression) "3*(p->n)"
(number_literal) "3"
(*) "*"
(parenthesized_expression) "(p->n)"
(() "("
(field_expression) "p->n"
(identifier) "p"
(->) "->"
(field_identifier) "n"
()) ")"
()) ")"
(;) ";"
(declaration) "int compte = 0;"
(primitive_type) "int"
(init_declarator) "compte = 0"
(identifier) "compte"
(=) "="
(number_literal) "0"
(;) ";"
(for_statement) "for(int i = 0; i<p->n; i++) {\n for(int j=0; j<p->n; j++) {\n if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }\n }\n }"
(for) "for"
(() "("
(declaration) "int i = 0;"
(primitive_type) "int"
(init_declarator) "i = 0"
(identifier) "i"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "i<p->n"
(identifier) "i"
(<) "<"
(field_expression) "p->n"
(identifier) "p"
(->) "->"
(field_identifier) "n"
(;) ";"
(update_expression) "i++"
(identifier) "i"
(++) "++"
()) ")"
(compound_statement) "{\n for(int j=0; j<p->n; j++) {\n if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }\n }\n }"
({) "{"
(for_statement) "for(int j=0; j<p->n; j++) {\n if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }\n }"
(for) "for"
(() "("
(declaration) "int j=0;"
(primitive_type) "int"
(init_declarator) "j=0"
(identifier) "j"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "j<p->n"
(identifier) "j"
(<) "<"
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(identifier) "p"
(->) "->"
(field_identifier) "n"
(;) ";"
(update_expression) "j++"
(identifier) "j"
(++) "++"
()) ")"
(compound_statement) "{\n if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }\n }"
({) "{"
(if_statement) "if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }"
(if) "if"
(parenthesized_expression) "(i!=j)"
(() "("
(binary_expression) "i!=j"
(identifier) "i"
(!=) "!="
(identifier) "j"
()) ")"
(compound_statement) "{\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }"
({) "{"
(declaration) "Constraint cl, cdm, cdd;"
(type_identifier) "Constraint"
(identifier) "cl"
(,) ","
(identifier) "cdm"
(,) ","
(identifier) "cdd"
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(call_expression) "initConstraint(&cl,0,0,i,j)"
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(() "("
(pointer_expression) "&cl"
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(identifier) "cl"
(,) ","
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(comment) "//afficherConstraint(cl);"
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(}) "}"
| 686
| 0
|
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{"id": 47, "type": "binary_expression", "text": "sizeof(Constraint)*3*(p->n)", "parent": 46, "children": [48, 54, 55], "start_point": {"row": 8, "column": 16}, "end_point": {"row": 8, "column": 43}}, {"id": 48, "type": "binary_expression", "text": "sizeof(Constraint)*3", "parent": 47, "children": [49, 52, 53], "start_point": {"row": 8, "column": 16}, "end_point": {"row": 8, "column": 36}}, {"id": 49, "type": "sizeof_expression", "text": "sizeof(Constraint)", "parent": 48, "children": [50], "start_point": {"row": 8, "column": 16}, "end_point": {"row": 8, "column": 34}}, {"id": 50, "type": "parenthesized_expression", "text": "(Constraint)", "parent": 49, "children": [51], "start_point": {"row": 8, "column": 22}, "end_point": {"row": 8, "column": 34}}, {"id": 51, "type": "identifier", "text": "Constraint", "parent": 50, "children": [], "start_point": {"row": 8, "column": 23}, "end_point": {"row": 8, "column": 33}}, {"id": 52, "type": "*", "text": "*", "parent": 48, "children": [], "start_point": {"row": 8, "column": 34}, "end_point": {"row": 8, "column": 35}}, {"id": 53, "type": "number_literal", "text": "3", "parent": 48, "children": [], "start_point": {"row": 8, "column": 35}, "end_point": {"row": 8, "column": 36}}, {"id": 54, "type": "*", "text": "*", "parent": 47, "children": [], "start_point": {"row": 8, "column": 36}, "end_point": {"row": 8, "column": 37}}, {"id": 55, "type": "parenthesized_expression", "text": "(p->n)", "parent": 47, "children": [56], "start_point": {"row": 8, "column": 37}, "end_point": {"row": 8, "column": 43}}, {"id": 56, "type": "field_expression", "text": "p->n", "parent": 55, "children": [57, 58], "start_point": {"row": 8, "column": 38}, "end_point": {"row": 8, "column": 42}}, {"id": 57, "type": "identifier", "text": "p", "parent": 56, "children": [], "start_point": {"row": 8, "column": 38}, "end_point": {"row": 8, "column": 39}}, {"id": 58, "type": "field_identifier", "text": "n", "parent": 56, "children": [], "start_point": {"row": 8, "column": 41}, "end_point": {"row": 8, "column": 42}}, {"id": 59, "type": "*", "text": "*", "parent": 46, "children": [], "start_point": {"row": 8, "column": 43}, "end_point": {"row": 8, "column": 44}}, {"id": 60, "type": "parenthesized_expression", "text": "(p->n)", "parent": 46, "children": [61], "start_point": {"row": 8, "column": 44}, "end_point": {"row": 8, "column": 50}}, {"id": 61, "type": "field_expression", "text": "p->n", "parent": 60, "children": [62, 63], "start_point": {"row": 8, "column": 45}, "end_point": {"row": 8, "column": 49}}, {"id": 62, "type": "identifier", "text": "p", "parent": 61, "children": [], "start_point": {"row": 8, "column": 45}, "end_point": {"row": 8, "column": 46}}, {"id": 63, "type": "field_identifier", "text": "n", "parent": 61, "children": [], "start_point": {"row": 8, "column": 48}, "end_point": {"row": 8, "column": 49}}, {"id": 64, "type": "-", "text": "-", "parent": 45, "children": [], "start_point": {"row": 8, "column": 50}, "end_point": {"row": 8, "column": 51}}, {"id": 65, "type": "binary_expression", "text": "3*(p->n)", "parent": 45, "children": [66, 67, 68], "start_point": {"row": 8, "column": 51}, "end_point": {"row": 8, "column": 59}}, {"id": 66, "type": "number_literal", "text": "3", "parent": 65, "children": [], "start_point": {"row": 8, "column": 51}, "end_point": {"row": 8, "column": 52}}, {"id": 67, "type": "*", "text": "*", "parent": 65, "children": [], "start_point": {"row": 8, "column": 52}, "end_point": {"row": 8, "column": 53}}, {"id": 68, "type": "parenthesized_expression", "text": "(p->n)", "parent": 65, "children": [69], "start_point": {"row": 8, "column": 53}, "end_point": {"row": 8, "column": 59}}, {"id": 69, "type": "field_expression", "text": "p->n", "parent": 68, "children": [70, 71], "start_point": {"row": 8, "column": 54}, "end_point": {"row": 8, "column": 58}}, {"id": 70, "type": "identifier", "text": "p", "parent": 69, "children": [], "start_point": {"row": 8, "column": 54}, "end_point": {"row": 8, "column": 55}}, {"id": 71, "type": "field_identifier", "text": "n", "parent": 69, "children": [], "start_point": {"row": 8, "column": 57}, "end_point": {"row": 8, "column": 58}}, {"id": 72, "type": "declaration", "text": "int compte = 0;", "parent": 9, "children": [73, 74], "start_point": {"row": 9, "column": 4}, "end_point": {"row": 9, "column": 19}}, {"id": 73, "type": "primitive_type", "text": "int", "parent": 72, "children": [], "start_point": {"row": 9, "column": 4}, "end_point": {"row": 9, "column": 7}}, {"id": 74, "type": "init_declarator", "text": "compte = 0", "parent": 72, "children": [75, 76, 77], "start_point": {"row": 9, "column": 8}, "end_point": {"row": 9, "column": 18}}, {"id": 75, "type": "identifier", "text": "compte", "parent": 74, "children": [], "start_point": {"row": 9, "column": 8}, "end_point": {"row": 9, "column": 14}}, {"id": 76, "type": "=", "text": "=", "parent": 74, "children": [], "start_point": {"row": 9, "column": 15}, "end_point": {"row": 9, "column": 16}}, {"id": 77, "type": "number_literal", "text": "0", "parent": 74, "children": [], "start_point": {"row": 9, "column": 17}, "end_point": {"row": 9, "column": 18}}, {"id": 78, "type": "for_statement", "text": "for(int i = 0; i<p->n; i++) {\n for(int j=0; j<p->n; j++) {\n if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }\n }\n }", "parent": 9, "children": [79, 85, 91], "start_point": {"row": 10, "column": 4}, "end_point": {"row": 27, "column": 5}}, {"id": 79, "type": "declaration", "text": "int i = 0;", "parent": 78, "children": [80, 81], "start_point": {"row": 10, "column": 8}, "end_point": {"row": 10, "column": 18}}, {"id": 80, "type": "primitive_type", "text": "int", "parent": 79, "children": [], "start_point": {"row": 10, "column": 8}, "end_point": {"row": 10, "column": 11}}, {"id": 81, "type": "init_declarator", "text": "i = 0", "parent": 79, "children": [82, 83, 84], "start_point": {"row": 10, "column": 12}, "end_point": {"row": 10, "column": 17}}, {"id": 82, "type": "identifier", "text": "i", "parent": 81, "children": [], "start_point": {"row": 10, "column": 12}, "end_point": {"row": 10, "column": 13}}, {"id": 83, "type": "=", "text": "=", "parent": 81, "children": [], "start_point": {"row": 10, "column": 14}, "end_point": {"row": 10, "column": 15}}, {"id": 84, "type": "number_literal", "text": "0", "parent": 81, "children": [], "start_point": {"row": 10, "column": 16}, "end_point": {"row": 10, "column": 17}}, {"id": 85, "type": "binary_expression", "text": "i<p->n", "parent": 78, "children": [86, 87, 88], "start_point": {"row": 10, "column": 19}, "end_point": {"row": 10, "column": 25}}, {"id": 86, "type": "identifier", "text": "i", "parent": 85, "children": [], "start_point": {"row": 10, "column": 19}, "end_point": {"row": 10, "column": 20}}, {"id": 87, "type": "<", "text": "<", "parent": 85, "children": [], "start_point": {"row": 10, "column": 20}, "end_point": {"row": 10, "column": 21}}, {"id": 88, "type": "field_expression", "text": "p->n", "parent": 85, "children": [89, 90], "start_point": {"row": 10, "column": 21}, "end_point": {"row": 10, "column": 25}}, {"id": 89, "type": "identifier", "text": "p", "parent": 88, "children": [], "start_point": {"row": 10, "column": 21}, "end_point": {"row": 10, "column": 22}}, {"id": 90, "type": "field_identifier", "text": "n", "parent": 88, "children": [], "start_point": {"row": 10, "column": 24}, "end_point": {"row": 10, "column": 25}}, {"id": 91, "type": "update_expression", "text": "i++", "parent": 78, "children": [92, 93], "start_point": {"row": 10, "column": 27}, "end_point": {"row": 10, "column": 30}}, {"id": 92, "type": "identifier", "text": "i", "parent": 91, "children": [], "start_point": {"row": 10, "column": 27}, "end_point": {"row": 10, "column": 28}}, {"id": 93, "type": "++", "text": "++", "parent": 91, "children": [], "start_point": {"row": 10, "column": 28}, "end_point": {"row": 10, "column": 30}}, {"id": 94, "type": "for_statement", "text": "for(int j=0; j<p->n; j++) {\n if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }\n }", "parent": 78, "children": [95, 101, 107], "start_point": {"row": 11, "column": 8}, "end_point": {"row": 26, "column": 9}}, {"id": 95, "type": "declaration", "text": "int j=0;", "parent": 94, "children": [96, 97], "start_point": {"row": 11, "column": 12}, "end_point": {"row": 11, "column": 20}}, {"id": 96, "type": "primitive_type", "text": "int", "parent": 95, "children": [], "start_point": {"row": 11, "column": 12}, "end_point": {"row": 11, "column": 15}}, {"id": 97, "type": "init_declarator", "text": "j=0", "parent": 95, "children": [98, 99, 100], "start_point": {"row": 11, "column": 16}, "end_point": {"row": 11, "column": 19}}, {"id": 98, "type": "identifier", "text": "j", "parent": 97, "children": [], "start_point": {"row": 11, "column": 16}, "end_point": {"row": 11, "column": 17}}, {"id": 99, "type": "=", "text": "=", "parent": 97, "children": [], "start_point": {"row": 11, "column": 17}, "end_point": {"row": 11, "column": 18}}, {"id": 100, "type": "number_literal", "text": "0", "parent": 97, "children": [], "start_point": {"row": 11, "column": 18}, "end_point": {"row": 11, "column": 19}}, {"id": 101, "type": "binary_expression", "text": "j<p->n", "parent": 94, "children": [102, 103, 104], "start_point": {"row": 11, "column": 21}, "end_point": {"row": 11, "column": 27}}, {"id": 102, "type": "identifier", "text": "j", "parent": 101, "children": [], "start_point": {"row": 11, "column": 21}, "end_point": {"row": 11, "column": 22}}, {"id": 103, "type": "<", "text": "<", "parent": 101, "children": [], "start_point": {"row": 11, "column": 22}, "end_point": {"row": 11, "column": 23}}, {"id": 104, "type": "field_expression", "text": "p->n", "parent": 101, "children": [105, 106], "start_point": {"row": 11, "column": 23}, "end_point": {"row": 11, "column": 27}}, {"id": 105, "type": "identifier", "text": "p", "parent": 104, "children": [], "start_point": {"row": 11, "column": 23}, "end_point": {"row": 11, "column": 24}}, {"id": 106, "type": "field_identifier", "text": "n", "parent": 104, "children": [], "start_point": {"row": 11, "column": 26}, "end_point": {"row": 11, "column": 27}}, {"id": 107, "type": "update_expression", "text": "j++", "parent": 94, "children": [108, 109], "start_point": {"row": 11, "column": 29}, "end_point": {"row": 11, "column": 32}}, {"id": 108, "type": "identifier", "text": "j", "parent": 107, "children": [], "start_point": {"row": 11, "column": 29}, "end_point": {"row": 11, "column": 30}}, {"id": 109, "type": "++", "text": "++", "parent": 107, "children": [], "start_point": {"row": 11, "column": 30}, "end_point": {"row": 11, "column": 32}}, {"id": 110, "type": "if_statement", "text": "if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }", "parent": 94, "children": [111], "start_point": {"row": 12, "column": 12}, "end_point": {"row": 25, "column": 13}}, {"id": 111, "type": "parenthesized_expression", "text": "(i!=j)", "parent": 110, "children": [112], "start_point": {"row": 12, "column": 14}, "end_point": {"row": 12, "column": 20}}, {"id": 112, "type": "binary_expression", "text": "i!=j", "parent": 111, "children": [113, 114, 115], "start_point": {"row": 12, "column": 15}, "end_point": {"row": 12, "column": 19}}, {"id": 113, "type": "identifier", "text": "i", "parent": 112, "children": [], "start_point": {"row": 12, "column": 15}, "end_point": {"row": 12, "column": 16}}, {"id": 114, "type": "!=", "text": "!=", "parent": 112, "children": [], "start_point": {"row": 12, "column": 16}, "end_point": {"row": 12, "column": 18}}, {"id": 115, "type": "identifier", "text": "j", "parent": 112, "children": [], "start_point": {"row": 12, "column": 18}, "end_point": {"row": 12, "column": 19}}, {"id": 116, "type": "declaration", "text": "Constraint cl, cdm, cdd;", "parent": 110, "children": [117, 118, 119, 120], "start_point": {"row": 13, "column": 16}, "end_point": {"row": 13, "column": 40}}, {"id": 117, "type": "type_identifier", "text": "Constraint", "parent": 116, "children": [], "start_point": {"row": 13, "column": 16}, "end_point": {"row": 13, "column": 26}}, {"id": 118, "type": "identifier", "text": "cl", "parent": 116, "children": [], "start_point": {"row": 13, "column": 27}, "end_point": {"row": 13, "column": 29}}, {"id": 119, "type": "identifier", "text": "cdm", "parent": 116, "children": [], "start_point": {"row": 13, "column": 31}, "end_point": {"row": 13, "column": 34}}, {"id": 120, "type": "identifier", "text": "cdd", "parent": 116, "children": [], "start_point": {"row": 13, "column": 36}, "end_point": {"row": 13, "column": 39}}, {"id": 121, "type": "call_expression", "text": "initConstraint(&cl,0,0,i,j)", "parent": 110, "children": [122, 123], "start_point": {"row": 14, "column": 16}, "end_point": {"row": 14, "column": 43}}, {"id": 122, "type": "identifier", "text": "initConstraint", "parent": 121, "children": [], "start_point": {"row": 14, "column": 16}, "end_point": {"row": 14, "column": 30}}, {"id": 123, "type": "argument_list", "text": "(&cl,0,0,i,j)", "parent": 121, "children": [124, 126, 127, 128, 129], "start_point": {"row": 14, "column": 30}, "end_point": {"row": 14, "column": 43}}, {"id": 124, "type": "pointer_expression", "text": "&cl", "parent": 123, "children": [125], "start_point": {"row": 14, "column": 31}, "end_point": {"row": 14, "column": 34}}, {"id": 125, "type": "identifier", "text": "cl", "parent": 124, "children": [], "start_point": {"row": 14, "column": 32}, "end_point": {"row": 14, "column": 34}}, {"id": 126, "type": "number_literal", "text": "0", "parent": 123, "children": [], "start_point": {"row": 14, "column": 35}, "end_point": {"row": 14, "column": 36}}, {"id": 127, "type": "number_literal", "text": "0", "parent": 123, "children": [], "start_point": {"row": 14, "column": 37}, "end_point": {"row": 14, "column": 38}}, {"id": 128, "type": "identifier", "text": "i", "parent": 123, "children": [], "start_point": {"row": 14, "column": 39}, "end_point": {"row": 14, "column": 40}}, {"id": 129, "type": "identifier", "text": "j", "parent": 123, "children": [], "start_point": {"row": 14, "column": 41}, "end_point": {"row": 14, "column": 42}}, {"id": 130, "type": "call_expression", "text": "initConstraint(&cdm,i,j,i,j)", "parent": 110, "children": [131, 132], "start_point": {"row": 15, "column": 16}, "end_point": {"row": 15, "column": 44}}, {"id": 131, "type": "identifier", "text": "initConstraint", "parent": 130, "children": [], "start_point": {"row": 15, "column": 16}, "end_point": {"row": 15, "column": 30}}, {"id": 132, "type": "argument_list", "text": "(&cdm,i,j,i,j)", "parent": 130, "children": [133, 135, 136, 137, 138], "start_point": {"row": 15, "column": 30}, "end_point": {"row": 15, "column": 44}}, {"id": 133, "type": "pointer_expression", "text": "&cdm", "parent": 132, "children": [134], "start_point": {"row": 15, "column": 31}, "end_point": {"row": 15, "column": 35}}, {"id": 134, "type": "identifier", "text": "cdm", "parent": 133, "children": [], "start_point": {"row": 15, "column": 32}, "end_point": {"row": 15, "column": 35}}, {"id": 135, "type": "identifier", "text": "i", "parent": 132, "children": [], "start_point": {"row": 15, "column": 36}, "end_point": {"row": 15, "column": 37}}, {"id": 136, "type": "identifier", "text": "j", "parent": 132, "children": [], "start_point": {"row": 15, "column": 38}, "end_point": {"row": 15, "column": 39}}, {"id": 137, "type": "identifier", "text": "i", "parent": 132, "children": [], "start_point": {"row": 15, "column": 40}, "end_point": {"row": 15, "column": 41}}, {"id": 138, "type": "identifier", "text": "j", "parent": 132, "children": [], "start_point": {"row": 15, "column": 42}, "end_point": {"row": 15, "column": 43}}, {"id": 139, "type": "call_expression", "text": "initConstraint(&cdd,-i,-j,i,j)", "parent": 110, "children": [140, 141], "start_point": {"row": 16, "column": 16}, "end_point": {"row": 16, "column": 46}}, {"id": 140, "type": "identifier", "text": "initConstraint", "parent": 139, "children": [], "start_point": {"row": 16, "column": 16}, "end_point": {"row": 16, "column": 30}}, {"id": 141, "type": "argument_list", "text": "(&cdd,-i,-j,i,j)", "parent": 139, "children": [142, 144, 147, 150, 151], "start_point": {"row": 16, "column": 30}, "end_point": {"row": 16, "column": 46}}, {"id": 142, "type": "pointer_expression", "text": "&cdd", "parent": 141, "children": [143], "start_point": {"row": 16, "column": 31}, "end_point": {"row": 16, "column": 35}}, {"id": 143, "type": "identifier", "text": "cdd", "parent": 142, "children": [], "start_point": {"row": 16, "column": 32}, "end_point": {"row": 16, "column": 35}}, {"id": 144, "type": "unary_expression", "text": "-i", "parent": 141, "children": [145, 146], "start_point": {"row": 16, "column": 36}, "end_point": {"row": 16, "column": 38}}, {"id": 145, "type": "-", "text": "-", "parent": 144, "children": [], "start_point": {"row": 16, "column": 36}, "end_point": {"row": 16, "column": 37}}, {"id": 146, "type": "identifier", "text": "i", "parent": 144, "children": [], "start_point": {"row": 16, "column": 37}, "end_point": {"row": 16, "column": 38}}, {"id": 147, "type": "unary_expression", "text": "-j", "parent": 141, "children": 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"text_snippet": "void destroyProblemContent(Problem * p) {\n destroyDomain(p->d);\n free(p->d);\n free(p->c);\n "}, {"node_id": 226, "universal_type": "function", "name": "unknown", "text_snippet": "destroyProblemContent(Problem * p)"}, {"node_id": 253, "universal_type": "function", "name": "afficherProblem", "text_snippet": "void afficherProblem(Problem p) {\n printf(\"afficherProblem: n = %d m = %d\\n\",p.n,p.m);\n aff"}, {"node_id": 255, "universal_type": "function", "name": "unknown", "text_snippet": "afficherProblem(Problem p)"}, {"node_id": 282, "universal_type": "function", "name": "isSolution", "text_snippet": "bool isSolution(Domain d, Problem p) {\n for(int i=0; i<d.n; i++) {\n if(Length(d.LDomain[i]"}, {"node_id": 284, "universal_type": "function", "name": "unknown", "text_snippet": "isSolution(Domain d, Problem p)"}, {"node_id": 362, "universal_type": "function", "name": "verifCtes", "text_snippet": "bool verifCtes(Problem p, Domain d) {\n for(int i=0; i<p.m; i++) {\n if(!validationContraint"}, {"node_id": 364, "universal_type": "function", "name": "unknown", "text_snippet": "verifCtes(Problem p, Domain d)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include \"Problem.h\"\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include <stdio.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <stdlib.h>\n"}, {"node_id": 7, "text": "#include"}]}, "original_source_code": "#include \"Problem.h\"\n#include <stdio.h>\n#include <stdlib.h>\n\n\nvoid initQueenProblem(Problem* p,int newn ) {\n p->d=newDomain(newn);\n p->n = newn;\n p->c=malloc(sizeof(Constraint)*3*(p->n)*(p->n)-3*(p->n));\n int compte = 0;\n for(int i = 0; i<p->n; i++) {\n for(int j=0; j<p->n; j++) {\n if(i!=j) {\n Constraint cl, cdm, cdd;\n initConstraint(&cl,0,0,i,j);\n initConstraint(&cdm,i,j,i,j);\n initConstraint(&cdd,-i,-j,i,j);\n //afficherConstraint(cl);\n (p->c)[compte]=cl;\n compte++;\n (p->c)[compte]=cdm;\n compte++;\n (p->c)[compte]=cdd;\n compte++;\n // effacerConstraint(cl);\n }\n }\n }\n p->m += compte;\n}\n\nProblem* newProblem(int newn) {\n Problem* p=malloc(sizeof(Problem));\n initQueenProblem(p, newn);\n return p;\n}\n\nvoid destroyProblemContent(Problem * p) {\n destroyDomain(p->d);\n free(p->d);\n free(p->c);\n return;\n}\n\nvoid afficherProblem(Problem p) {\n printf(\"afficherProblem: n = %d m = %d\\n\",p.n,p.m);\n afficherDomain(*(p.d));\n //afficherConstraint();\n return;\n}\n\nbool isSolution(Domain d, Problem p) {\n for(int i=0; i<d.n; i++) {\n if(Length(d.LDomain[i])>1) {\n //printf(\"taille pas bonne\\n\");\n return false;\n }\n }\n for(int i=0; i<p.m; i++) {\n if(!validationContrainte(p.c[i],d)) {\n printf(\"Contrainte pas bonne\\n\");\n return false;\n }\n }\n return true;\n}\n\nbool verifCtes(Problem p, Domain d) {\n for(int i=0; i<p.m; i++) {\n if(!validationContrainte(p.c[i],d)) {\n return false;\n }\n }\n return true;\n}\n"}
| 267
|
c
|
/*
* errorHandling.c
*
* Created on: 22 dic 2018
* Author: ugo
*/
#include <stdio.h>
#include <stdlib.h>
#include <pthread.h>
#include "errorHandling.h"
void report_error(const char *msg, const char *file, int line_no, int use_perror)
{
fprintf(stderr,"[%s:%d] ",file,line_no);
if(use_perror != 0)
{
perror(msg);
}
else
{
fprintf(stderr, "%s\n",msg);
}
}
void report_error_q(const char *msg, const char *file, int line_no, int use_perror)
{
report_error(msg, file, line_no, use_perror);
exit(EXIT_FAILURE);
}
| 18.07
| 28
|
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"start_point": {"row": 17, "column": 3}, "end_point": {"row": 17, "column": 20}}, {"id": 42, "type": "binary_expression", "text": "use_perror != 0", "parent": 41, "children": [43, 44, 45], "start_point": {"row": 17, "column": 4}, "end_point": {"row": 17, "column": 19}}, {"id": 43, "type": "identifier", "text": "use_perror", "parent": 42, "children": [], "start_point": {"row": 17, "column": 4}, "end_point": {"row": 17, "column": 14}}, {"id": 44, "type": "!=", "text": "!=", "parent": 42, "children": [], "start_point": {"row": 17, "column": 15}, "end_point": {"row": 17, "column": 17}}, {"id": 45, "type": "number_literal", "text": "0", "parent": 42, "children": [], "start_point": {"row": 17, "column": 18}, "end_point": {"row": 17, "column": 19}}, {"id": 46, "type": "call_expression", "text": "perror(msg)", "parent": 40, "children": [47, 48], "start_point": {"row": 19, "column": 2}, "end_point": {"row": 19, "column": 13}}, {"id": 47, "type": "identifier", "text": "perror", "parent": 46, 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use_perror)\n{\n\treport_error(msg, file, line_no, use_perror);\n\texit(EXIT_FAILURE);\n}", "parent": null, "children": [59, 60], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 31, "column": 1}}, {"id": 59, "type": "primitive_type", "text": "void", "parent": 58, "children": [], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 27, "column": 4}}, {"id": 60, "type": "function_declarator", "text": "report_error_q(const char *msg, const char *file, int line_no, int use_perror)", "parent": 58, "children": [61, 62], "start_point": {"row": 27, "column": 5}, "end_point": {"row": 27, "column": 83}}, {"id": 61, "type": "identifier", "text": "report_error_q", "parent": 60, "children": [], "start_point": {"row": 27, "column": 5}, "end_point": {"row": 27, "column": 19}}, {"id": 62, "type": "parameter_list", "text": "(const char *msg, const char *file, int line_no, int use_perror)", "parent": 60, "children": [63, 68, 73, 76], "start_point": {"row": 27, "column": 19}, 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"assignments": [], "loops": [], "conditionals": [15, 21, 26, 29, 32, 34, 36, 38, 39, 40, 43, 47, 49, 52, 54, 57, 61, 67, 72, 75, 78, 80, 82, 83, 84, 85, 87, 89], "returns": [], "exceptions": []}, "expressions": {"calls": [], "literals": [2, 5, 8, 11, 37, 45, 55], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 12, "universal_type": "function", "name": "report_error", "text_snippet": "void report_error(const char *msg, const char *file, int line_no, int use_perror)\n{\n\tfprintf(stderr,"}, {"node_id": 14, "universal_type": "function", "name": "line_no,", "text_snippet": "report_error(const char *msg, const char *file, int line_no, int use_perror)"}, {"node_id": 58, "universal_type": "function", "name": "report_error_q", "text_snippet": "void report_error_q(const char *msg, const char *file, int line_no, int use_perror)\n{\n\treport_error("}, {"node_id": 60, "universal_type": "function", "name": "line_no,", "text_snippet": "report_error_q(const char *msg, const char *file, int line_no, int use_perror)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include <stdio.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include <stdlib.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <pthread.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"errorHandling.h\"\n"}, {"node_id": 10, "text": "#include"}]}, "original_source_code": "/*\n * errorHandling.c\n *\n * Created on: 22 dic 2018\n * Author: ugo\n */\n\n#include <stdio.h>\n#include <stdlib.h>\n#include <pthread.h>\n#include \"errorHandling.h\"\n\n\nvoid report_error(const char *msg, const char *file, int line_no, int use_perror)\n{\n\tfprintf(stderr,\"[%s:%d] \",file,line_no);\n\n\tif(use_perror != 0)\n\t{\n\t\tperror(msg);\n\t}\n\telse\n\t{\n\t\tfprintf(stderr, \"%s\\n\",msg);\n\t}\n}\n\nvoid report_error_q(const char *msg, const char *file, int line_no, int use_perror)\n{\n\treport_error(msg, file, line_no, use_perror);\n\texit(EXIT_FAILURE);\n}\n"}
| 268
|
c
|
#ifndef RANGE_SUM_OF_BST_H_
#define RANGE_SUM_OF_BST_H_
#include <stack>
#include "tree-node.h"
namespace solution {
int rangeSumBST(TreeNode* root, int low, int high) {
// direct
// Runtime: 128 ms, faster than 42.77% of C++ online submissions for Range Sum of BST.
// Memory Usage: 64.8 MB, less than 15.65% of C++ online submissions for Range Sum of BST.
//
std::stack<TreeNode*> s;
auto current = root;
while (current != nullptr) {
s.push(current);
current = current->right;
}
if (s.top()->val < low) return 0;
s = std::stack<TreeNode*>{};
current = root;
while (current != nullptr) {
s.push(current);
current = current->left;
}
if (s.top()->val > high) return 0;
auto result{0};
s = std::stack<TreeNode*>{};
s.push(root);
while (!s.empty()) {
current = s.top();
s.pop();
if (current->val >= low && current->val <= high) {
result += current->val;
}
if (current->val > low && current->left != nullptr) s.push(current->left);
if (current->val < high && current->right != nullptr)
s.push(current->right);
}
return result;
}
}
#endif // RANGE_SUM_OF_BST_H_
| 27.07
| 41
|
(translation_unit) "#ifndef RANGE_SUM_OF_BST_H_\n#define RANGE_SUM_OF_BST_H_\n\n#include <stack>\n\n#include "tree-node.h"\n\nnamespace solution {\n\nint rangeSumBST(TreeNode* root, int low, int high) {\n // direct\n // Runtime: 128 ms, faster than 42.77% of C++ online submissions for Range Sum of BST.\n // Memory Usage: 64.8 MB, less than 15.65% of C++ online submissions for Range Sum of BST.\n //\n std::stack<TreeNode*> s;\n auto current = root;\n while (current != nullptr) {\n s.push(current);\n current = current->right;\n }\n if (s.top()->val < low) return 0;\n\n s = std::stack<TreeNode*>{};\n current = root;\n\n while (current != nullptr) {\n s.push(current);\n current = current->left;\n }\n if (s.top()->val > high) return 0;\n\n auto result{0};\n s = std::stack<TreeNode*>{};\n s.push(root);\n\n while (!s.empty()) {\n current = s.top();\n s.pop();\n\n if (current->val >= low && current->val <= high) {\n result += current->val;\n } \n\n if (current->val > low && current->left != nullptr) s.push(current->left);\n if (current->val < high && current->right != nullptr)\n s.push(current->right);\n }\n return result;\n}\n\n}\n\n#endif // RANGE_SUM_OF_BST_H_\n"
(preproc_ifdef) "#ifndef RANGE_SUM_OF_BST_H_\n#define RANGE_SUM_OF_BST_H_\n\n#include <stack>\n\n#include "tree-node.h"\n\nnamespace solution {\n\nint rangeSumBST(TreeNode* root, int low, int high) {\n // direct\n // Runtime: 128 ms, faster than 42.77% of C++ online submissions for Range Sum of BST.\n // Memory Usage: 64.8 MB, less than 15.65% of C++ online submissions for Range Sum of BST.\n //\n std::stack<TreeNode*> s;\n auto current = root;\n while (current != nullptr) {\n s.push(current);\n current = current->right;\n }\n if (s.top()->val < low) return 0;\n\n s = std::stack<TreeNode*>{};\n current = root;\n\n while (current != nullptr) {\n s.push(current);\n current = current->left;\n }\n if (s.top()->val > high) return 0;\n\n auto result{0};\n s = std::stack<TreeNode*>{};\n s.push(root);\n\n while (!s.empty()) {\n current = s.top();\n s.pop();\n\n if (current->val >= low && current->val <= high) {\n result += current->val;\n } \n\n if (current->val > low && current->left != nullptr) s.push(current->left);\n if (current->val < high && current->right != nullptr)\n s.push(current->right);\n }\n return result;\n}\n\n}\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "RANGE_SUM_OF_BST_H_"
(preproc_def) "#define RANGE_SUM_OF_BST_H_\n"
(#define) "#define"
(identifier) "RANGE_SUM_OF_BST_H_"
(preproc_include) "#include <stack>\n"
(#include) "#include"
(system_lib_string) "<stack>"
(preproc_include) "#include "tree-node.h"\n"
(#include) "#include"
(string_literal) ""tree-node.h""
(") """
(string_content) "tree-node.h"
(") """
(function_definition) "namespace solution {\n\nint rangeSumBST(TreeNode* root, int low, int high) {\n // direct\n // Runtime: 128 ms, faster than 42.77% of C++ online submissions for Range Sum of BST.\n // Memory Usage: 64.8 MB, less than 15.65% of C++ online submissions for Range Sum of BST.\n //\n std::stack<TreeNode*> s;\n auto current = root;\n while (current != nullptr) {\n s.push(current);\n current = current->right;\n }\n if (s.top()->val < low) return 0;\n\n s = std::stack<TreeNode*>{};\n current = root;\n\n while (current != nullptr) {\n s.push(current);\n current = current->left;\n }\n if (s.top()->val > high) return 0;\n\n auto result{0};\n s = std::stack<TreeNode*>{};\n s.push(root);\n\n while (!s.empty()) {\n current = s.top();\n s.pop();\n\n if (current->val >= low && current->val <= high) {\n result += current->val;\n } \n\n if (current->val > low && current->left != nullptr) s.push(current->left);\n if (current->val < high && current->right != nullptr)\n s.push(current->right);\n }\n return result;\n}\n\n}"
(type_identifier) "namespace"
(identifier) "solution"
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({) "{"
(function_definition) "int rangeSumBST(TreeNode* root, int low, int high) {\n // direct\n // Runtime: 128 ms, faster than 42.77% of C++ online submissions for Range Sum of BST.\n // Memory Usage: 64.8 MB, less than 15.65% of C++ online submissions for Range Sum of BST.\n //\n std::stack<TreeNode*> s;\n auto current = root;\n while (current != nullptr) {\n s.push(current);\n current = current->right;\n }\n if (s.top()->val < low) return 0;\n\n s = std::stack<TreeNode*>{};\n current = root;\n\n while (current != nullptr) {\n s.push(current);\n current = current->left;\n }\n if (s.top()->val > high) return 0;\n\n auto result{0};\n s = std::stack<TreeNode*>{};\n s.push(root);\n\n while (!s.empty()) {\n current = s.top();\n s.pop();\n\n if (current->val >= low && current->val <= high) {\n result += current->val;\n } \n\n if (current->val > low && current->left != nullptr) s.push(current->left);\n if (current->val < high && current->right != nullptr)\n s.push(current->right);\n }\n return result;\n}"
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(identifier) "rangeSumBST"
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(compound_statement) "{\n // direct\n // Runtime: 128 ms, faster than 42.77% of C++ online submissions for Range Sum of BST.\n // Memory Usage: 64.8 MB, less than 15.65% of C++ online submissions for Range Sum of BST.\n //\n std::stack<TreeNode*> s;\n auto current = root;\n while (current != nullptr) {\n s.push(current);\n current = current->right;\n }\n if (s.top()->val < low) return 0;\n\n s = std::stack<TreeNode*>{};\n current = root;\n\n while (current != nullptr) {\n s.push(current);\n current = current->left;\n }\n if (s.top()->val > high) return 0;\n\n auto result{0};\n s = std::stack<TreeNode*>{};\n s.push(root);\n\n while (!s.empty()) {\n current = s.top();\n s.pop();\n\n if (current->val >= low && current->val <= high) {\n result += current->val;\n } \n\n if (current->val > low && current->left != nullptr) s.push(current->left);\n if (current->val < high && current->right != nullptr)\n s.push(current->right);\n }\n return result;\n}"
({) "{"
(comment) "// direct"
(comment) "// Runtime: 128 ms, faster than 42.77% of C++ online submissions for Range Sum of BST."
(comment) "// Memory Usage: 64.8 MB, less than 15.65% of C++ online submissions for Range Sum of BST."
(comment) "//"
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(#endif) "#endif"
(comment) "// RANGE_SUM_OF_BST_H_"
| 402
| 8
|
{"language": "c", "success": true, "metadata": {"lines": 41, "avg_line_length": 27.07, "nodes": 255, "errors": 0, "source_hash": "7d730f34a6559eafbce75c6e609edb135fe5b39e17f99586327e9dbe1ca4d087", "categorized_nodes": 188}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef RANGE_SUM_OF_BST_H_\n#define RANGE_SUM_OF_BST_H_\n\n#include <stack>\n\n#include \"tree-node.h\"\n\nnamespace solution {\n\nint rangeSumBST(TreeNode* root, int low, int high) {\n // direct\n // Runtime: 128 ms, faster than 42.77% of C++ online submissions for Range Sum of BST.\n // Memory Usage: 64.8 MB, less than 15.65% of C++ online submissions for Range Sum of BST.\n //\n std::stack<TreeNode*> s;\n auto current = root;\n while (current != nullptr) {\n s.push(current);\n current = current->right;\n }\n if (s.top()->val < low) return 0;\n\n s = std::stack<TreeNode*>{};\n current = root;\n\n while (current != nullptr) {\n s.push(current);\n current = current->left;\n }\n if (s.top()->val > high) return 0;\n\n auto result{0};\n s = std::stack<TreeNode*>{};\n s.push(root);\n\n while (!s.empty()) {\n current = s.top();\n s.pop();\n\n if (current->val >= low && current->val <= high) {\n result += current->val;\n } \n\n if (current->val > low && current->left != nullptr) s.push(current->left);\n if (current->val < high && current->right != nullptr)\n s.push(current->right);\n }\n return result;\n}\n\n}\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 254], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 52, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 7}}, {"id": 2, "type": "identifier", "text": "RANGE_SUM_OF_BST_H_", "parent": 0, "children": [], "start_point": {"row": 0, "column": 8}, "end_point": {"row": 0, "column": 27}}, {"id": 3, "type": "preproc_def", "text": "#define RANGE_SUM_OF_BST_H_\n", "parent": 0, "children": [4, 5], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 2, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 7}}, {"id": 5, "type": "identifier", "text": "RANGE_SUM_OF_BST_H_", "parent": 3, "children": [], "start_point": {"row": 1, "column": 8}, "end_point": {"row": 1, "column": 27}}, {"id": 6, "type": "preproc_include", "text": "#include <stack>\n", "parent": 0, "children": [7, 8], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 4, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<stack>", "parent": 6, "children": [], "start_point": {"row": 3, "column": 9}, "end_point": {"row": 3, "column": 16}}, {"id": 9, "type": "preproc_include", "text": "#include \"tree-node.h\"\n", "parent": 0, "children": [10, 11], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 6, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"tree-node.h\"", "parent": 9, "children": [], "start_point": {"row": 5, "column": 9}, "end_point": {"row": 5, "column": 22}}, {"id": 12, "type": "function_definition", "text": "namespace solution {\n\nint rangeSumBST(TreeNode* root, int low, int high) {\n // direct\n // Runtime: 128 ms, faster than 42.77% of C++ online submissions for Range Sum of BST.\n // Memory Usage: 64.8 MB, less than 15.65% of C++ online submissions for Range Sum of BST.\n //\n std::stack<TreeNode*> s;\n auto current = root;\n while (current != nullptr) {\n s.push(current);\n current = current->right;\n }\n if (s.top()->val < low) return 0;\n\n s = std::stack<TreeNode*>{};\n current = root;\n\n while (current != nullptr) {\n s.push(current);\n current = current->left;\n }\n if (s.top()->val > high) return 0;\n\n auto result{0};\n s = std::stack<TreeNode*>{};\n s.push(root);\n\n while (!s.empty()) {\n current = s.top();\n s.pop();\n\n if (current->val >= low && current->val <= high) {\n result += current->val;\n } \n\n if (current->val > low && current->left != nullptr) s.push(current->left);\n if (current->val < high && current->right != nullptr)\n s.push(current->right);\n }\n return result;\n}\n\n}", "parent": 0, "children": [13, 14], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 50, "column": 1}}, {"id": 13, "type": "type_identifier", "text": "namespace", "parent": 12, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 9}}, {"id": 14, "type": "identifier", "text": "solution", "parent": 12, "children": [], "start_point": {"row": 7, "column": 10}, "end_point": {"row": 7, "column": 18}}, {"id": 15, "type": "function_definition", "text": "int rangeSumBST(TreeNode* root, int low, int high) {\n // direct\n // Runtime: 128 ms, faster than 42.77% of C++ online submissions for Range Sum of BST.\n // Memory Usage: 64.8 MB, less than 15.65% of C++ online submissions for Range Sum of BST.\n //\n std::stack<TreeNode*> s;\n auto current = root;\n while (current != nullptr) {\n s.push(current);\n current = current->right;\n }\n if (s.top()->val < low) return 0;\n\n s = std::stack<TreeNode*>{};\n current = root;\n\n while (current != nullptr) {\n s.push(current);\n current = current->left;\n }\n if (s.top()->val > high) return 0;\n\n auto result{0};\n s = std::stack<TreeNode*>{};\n s.push(root);\n\n while (!s.empty()) {\n current = s.top();\n s.pop();\n\n if (current->val >= low && current->val <= high) {\n result += current->val;\n } \n\n if (current->val > low && current->left != nullptr) s.push(current->left);\n if (current->val < high && current->right != nullptr)\n 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"parent": 252, "children": [], "start_point": {"row": 47, "column": 9}, "end_point": {"row": 47, "column": 15}}, {"id": 254, "type": "#endif", "text": "#endif", "parent": 0, "children": [], "start_point": {"row": 52, "column": 0}, "end_point": {"row": 52, "column": 6}}]}, "node_categories": {"declarations": {"functions": [12, 15, 17, 132], "variables": [20, 25, 28, 42], "classes": [43, 133], "imports": [6, 7, 9, 10], "modules": [], "enums": []}, "statements": {"expressions": [33, 34, 50, 51, 56, 57, 65, 69, 70, 71, 72, 73, 82, 90, 100, 101, 106, 107, 115, 119, 120, 121, 122, 123, 139, 147, 152, 153, 159, 160, 162, 163, 170, 171, 175, 176, 181, 182, 183, 184, 190, 191, 199, 203, 204, 205, 206, 212, 213, 219, 220, 224, 228, 229, 230, 231, 237, 238, 244, 245, 249], "assignments": [62, 83, 95, 112, 140, 167, 196], "loops": [49, 99, 158], "conditionals": [0, 1, 2, 5, 13, 14, 18, 21, 24, 27, 30, 32, 35, 37, 41, 45, 48, 52, 58, 59, 61, 63, 66, 67, 68, 74, 75, 77, 79, 84, 86, 88, 91, 96, 98, 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"text_snippet": "rangeSumBST(TreeNode* root, int low, int high)"}, {"node_id": 132, "universal_type": "function", "name": "unknown", "text_snippet": "auto result{0}"}], "class_declarations": [{"node_id": 43, "universal_type": "class", "name": "unknown", "text_snippet": "auto"}, {"node_id": 133, "universal_type": "class", "name": "unknown", "text_snippet": "auto"}], "import_statements": [{"node_id": 6, "text": "#include <stack>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"tree-node.h\"\n"}, {"node_id": 10, "text": "#include"}]}, "original_source_code": "#ifndef RANGE_SUM_OF_BST_H_\n#define RANGE_SUM_OF_BST_H_\n\n#include <stack>\n\n#include \"tree-node.h\"\n\nnamespace solution {\n\nint rangeSumBST(TreeNode* root, int low, int high) {\n // direct\n // Runtime: 128 ms, faster than 42.77% of C++ online submissions for Range Sum of BST.\n // Memory Usage: 64.8 MB, less than 15.65% of C++ online submissions for Range Sum of BST.\n //\n std::stack<TreeNode*> s;\n auto current = root;\n while (current != nullptr) {\n s.push(current);\n current = current->right;\n }\n if (s.top()->val < low) return 0;\n\n s = std::stack<TreeNode*>{};\n current = root;\n\n while (current != nullptr) {\n s.push(current);\n current = current->left;\n }\n if (s.top()->val > high) return 0;\n\n auto result{0};\n s = std::stack<TreeNode*>{};\n s.push(root);\n\n while (!s.empty()) {\n current = s.top();\n s.pop();\n\n if (current->val >= low && current->val <= high) {\n result += current->val;\n } \n\n if (current->val > low && current->left != nullptr) s.push(current->left);\n if (current->val < high && current->right != nullptr)\n s.push(current->right);\n }\n return result;\n}\n\n}\n\n#endif // RANGE_SUM_OF_BST_H_\n"}
| 269
|
c
|
/** *************************************************************************
\fn ADM_inttype.h
\brief Defint plaform agnostic var type
copyright : (C) 2008 by mean
***************************************************************************/
#pragma once
#include "ADM_coreConfig.h"
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
/*
The maximum width/height is MAXIMUM_SIZE 768*768 for now
*/
#define MAXIMUM_SIZE 4096
typedef unsigned char ADM_filename;
#if defined( HAVE_STDINT_H) || defined(_MSC_VER) // We do have stdint , heck it is embedded
#define __STDC_CONSTANT_MACROS
#define __STDC_LIMIT_MACROS
#include <stdint.h>
#define GOT_TYPES
#endif
#ifdef NEED_STDINT_GCC
#include <stdint-gcc.h>
#endif //NEED_STDINT_GCC
#ifdef HAVE_INTTYPES_H
#define __STDC_FORMAT_MACROS
#include <inttypes.h>
#define GOT_TYPES
#ifndef SCNu8
#define SCNu8 "u"
#endif
#endif
#ifndef GOT_TYPES
#ifdef ADM_CPU_64BIT
#define int32_t signed int
#define int64_t signed long int
#define uint64_t unsigned long int
#else
#define int32_t signed long int
#define int64_t signed long long
#define uint64_t unsigned long long
#endif // ADM_CPU_64BIT
#define uint8_t unsigned char
#define int8_t signed char
#define int16_t signed short int
#define uint16_t unsigned short int
#define uint32_t unsigned long int
#endif // GOT_TYPES
#define UNUSED_ARG(a) (void)a
#define MKFCC(a,b,c,d) ((d<<24)+(c<<16)+(b<<8)+a)
#define MKFCCR(a,b,c,d) ((a<<24)+(b<<16)+(c<<8)+d)
// 0 means error, 1 means ok, 2 means ignore
// 2 is seldom used
#define ADM_ERR 0
#define ADM_OK 1
#define ADM_IGN 2
| 27.56
| 59
|
(translation_unit) "/** *************************************************************************\n \fn ADM_inttype.h\n \brief Defint plaform agnostic var type\n \n copyright : (C) 2008 by mean\n \n ***************************************************************************/\n\n#pragma once\n#include "ADM_coreConfig.h"\n\n#include <stdio.h>\n#include <stdlib.h>\n#include <string.h>\n\n/*\n The maximum width/height is MAXIMUM_SIZE 768*768 for now\n*/\n#define MAXIMUM_SIZE 4096\n\ntypedef unsigned char ADM_filename;\n\n#if defined( HAVE_STDINT_H) || defined(_MSC_VER) // We do have stdint , heck it is embedded\n #define __STDC_CONSTANT_MACROS\n #define __STDC_LIMIT_MACROS\n #include <stdint.h>\n #define GOT_TYPES\n#endif\n #ifdef NEED_STDINT_GCC\n #include <stdint-gcc.h>\n #endif //NEED_STDINT_GCC\n #ifdef HAVE_INTTYPES_H\n #define __STDC_FORMAT_MACROS\n #include <inttypes.h>\n #define GOT_TYPES\n #ifndef SCNu8\n #define SCNu8 "u"\n #endif\n#endif\n\n#ifndef GOT_TYPES\n#ifdef ADM_CPU_64BIT\n#define int32_t signed int\n#define int64_t signed long int \n#define uint64_t unsigned long int\n#else\n#define int32_t signed long int\n#define int64_t signed long long\n#define uint64_t unsigned long long\n#endif // ADM_CPU_64BIT\n\n#define uint8_t unsigned char\n#define int8_t signed char\n#define int16_t signed short int\n#define uint16_t unsigned short int\n#define uint32_t unsigned long int\n#endif // GOT_TYPES\n\n#define UNUSED_ARG(a) (void)a\n\n\n#define MKFCC(a,b,c,d) ((d<<24)+(c<<16)+(b<<8)+a)\n#define MKFCCR(a,b,c,d) ((a<<24)+(b<<16)+(c<<8)+d)\n\n// 0 means error, 1 means ok, 2 means ignore\n// 2 is seldom used\n\n#define ADM_ERR 0\n#define ADM_OK 1\n#define ADM_IGN 2\n\n"
(comment) "/** *************************************************************************\n \fn ADM_inttype.h\n \brief Defint plaform agnostic var type\n \n copyright : (C) 2008 by mean\n \n ***************************************************************************/"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(preproc_include) "#include "ADM_coreConfig.h"\n"
(#include) "#include"
(string_literal) ""ADM_coreConfig.h""
(") """
(string_content) "ADM_coreConfig.h"
(") """
(preproc_include) "#include <stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(preproc_include) "#include <stdlib.h>\n"
(#include) "#include"
(system_lib_string) "<stdlib.h>"
(preproc_include) "#include <string.h>\n"
(#include) "#include"
(system_lib_string) "<string.h>"
(comment) "/*\n The maximum width/height is MAXIMUM_SIZE 768*768 for now\n*/"
(preproc_def) "#define MAXIMUM_SIZE 4096\n"
(#define) "#define"
(identifier) "MAXIMUM_SIZE"
(preproc_arg) "4096"
(type_definition) "typedef unsigned char ADM_filename;"
(typedef) "typedef"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(type_identifier) "ADM_filename"
(;) ";"
(preproc_if) "#if defined( HAVE_STDINT_H) || defined(_MSC_VER) // We do have stdint , heck it is embedded\n #define __STDC_CONSTANT_MACROS\n #define __STDC_LIMIT_MACROS\n #include <stdint.h>\n #define GOT_TYPES\n#endif"
(#if) "#if"
(binary_expression) "defined( HAVE_STDINT_H) || defined(_MSC_VER)"
(preproc_defined) "defined( HAVE_STDINT_H)"
(defined) "defined"
(() "("
(identifier) "HAVE_STDINT_H"
()) ")"
(||) "||"
(preproc_defined) "defined(_MSC_VER)"
(defined) "defined"
(() "("
(identifier) "_MSC_VER"
()) ")"
(comment) "// We do have stdint , heck it is embedded"
(
) "\n"
(preproc_def) "#define __STDC_CONSTANT_MACROS\n"
(#define) "#define"
(identifier) "__STDC_CONSTANT_MACROS"
(preproc_def) "#define __STDC_LIMIT_MACROS\n"
(#define) "#define"
(identifier) "__STDC_LIMIT_MACROS"
(preproc_include) "#include <stdint.h>\n"
(#include) "#include"
(system_lib_string) "<stdint.h>"
(preproc_def) "#define GOT_TYPES\n"
(#define) "#define"
(identifier) "GOT_TYPES"
(#endif) "#endif"
(preproc_ifdef) "#ifdef NEED_STDINT_GCC\n #include <stdint-gcc.h>\n #endif"
(#ifdef) "#ifdef"
(identifier) "NEED_STDINT_GCC"
(preproc_include) "#include <stdint-gcc.h>\n"
(#include) "#include"
(system_lib_string) "<stdint-gcc.h>"
(#endif) "#endif"
(comment) "//NEED_STDINT_GCC"
(preproc_ifdef) "#ifdef HAVE_INTTYPES_H\n #define __STDC_FORMAT_MACROS\n #include <inttypes.h>\n #define GOT_TYPES\n #ifndef SCNu8\n #define SCNu8 "u"\n #endif\n#endif"
(#ifdef) "#ifdef"
(identifier) "HAVE_INTTYPES_H"
(preproc_def) "#define __STDC_FORMAT_MACROS\n"
(#define) "#define"
(identifier) "__STDC_FORMAT_MACROS"
(preproc_include) "#include <inttypes.h>\n"
(#include) "#include"
(system_lib_string) "<inttypes.h>"
(preproc_def) "#define GOT_TYPES\n"
(#define) "#define"
(identifier) "GOT_TYPES"
(preproc_ifdef) "#ifndef SCNu8\n #define SCNu8 "u"\n #endif"
(#ifndef) "#ifndef"
(identifier) "SCNu8"
(preproc_def) "#define SCNu8 "u"\n"
(#define) "#define"
(identifier) "SCNu8"
(preproc_arg) ""u""
(#endif) "#endif"
(#endif) "#endif"
(preproc_ifdef) "#ifndef GOT_TYPES\n#ifdef ADM_CPU_64BIT\n#define int32_t signed int\n#define int64_t signed long int \n#define uint64_t unsigned long int\n#else\n#define int32_t signed long int\n#define int64_t signed long long\n#define uint64_t unsigned long long\n#endif // ADM_CPU_64BIT\n\n#define uint8_t unsigned char\n#define int8_t signed char\n#define int16_t signed short int\n#define uint16_t unsigned short int\n#define uint32_t unsigned long int\n#endif"
(#ifndef) "#ifndef"
(identifier) "GOT_TYPES"
(preproc_ifdef) "#ifdef ADM_CPU_64BIT\n#define int32_t signed int\n#define int64_t signed long int \n#define uint64_t unsigned long int\n#else\n#define int32_t signed long int\n#define int64_t signed long long\n#define uint64_t unsigned long long\n#endif"
(#ifdef) "#ifdef"
(identifier) "ADM_CPU_64BIT"
(preproc_def) "#define int32_t signed int\n"
(#define) "#define"
(identifier) "int32_t"
(preproc_arg) "signed int"
(preproc_def) "#define int64_t signed long int \n"
(#define) "#define"
(identifier) "int64_t"
(preproc_arg) "signed long int "
(preproc_def) "#define uint64_t unsigned long int\n"
(#define) "#define"
(identifier) "uint64_t"
(preproc_arg) "unsigned long int"
(preproc_else) "#else\n#define int32_t signed long int\n#define int64_t signed long long\n#define uint64_t unsigned long long\n"
(#else) "#else"
(preproc_def) "#define int32_t signed long int\n"
(#define) "#define"
(identifier) "int32_t"
(preproc_arg) "signed long int"
(preproc_def) "#define int64_t signed long long\n"
(#define) "#define"
(identifier) "int64_t"
(preproc_arg) "signed long long"
(preproc_def) "#define uint64_t unsigned long long\n"
(#define) "#define"
(identifier) "uint64_t"
(preproc_arg) "unsigned long long"
(#endif) "#endif"
(comment) "// ADM_CPU_64BIT"
(preproc_def) "#define uint8_t unsigned char\n"
(#define) "#define"
(identifier) "uint8_t"
(preproc_arg) "unsigned char"
(preproc_def) "#define int8_t signed char\n"
(#define) "#define"
(identifier) "int8_t"
(preproc_arg) "signed char"
(preproc_def) "#define int16_t signed short int\n"
(#define) "#define"
(identifier) "int16_t"
(preproc_arg) "signed short int"
(preproc_def) "#define uint16_t unsigned short int\n"
(#define) "#define"
(identifier) "uint16_t"
(preproc_arg) "unsigned short int"
(preproc_def) "#define uint32_t unsigned long int\n"
(#define) "#define"
(identifier) "uint32_t"
(preproc_arg) "unsigned long int"
(#endif) "#endif"
(comment) "// GOT_TYPES"
(preproc_function_def) "#define UNUSED_ARG(a) (void)a\n"
(#define) "#define"
(identifier) "UNUSED_ARG"
(preproc_params) "(a)"
(() "("
(identifier) "a"
()) ")"
(preproc_arg) "(void)a"
(preproc_function_def) "#define MKFCC(a,b,c,d) ((d<<24)+(c<<16)+(b<<8)+a)\n"
(#define) "#define"
(identifier) "MKFCC"
(preproc_params) "(a,b,c,d)"
(() "("
(identifier) "a"
(,) ","
(identifier) "b"
(,) ","
(identifier) "c"
(,) ","
(identifier) "d"
()) ")"
(preproc_arg) "((d<<24)+(c<<16)+(b<<8)+a)"
(preproc_function_def) "#define MKFCCR(a,b,c,d) ((a<<24)+(b<<16)+(c<<8)+d)\n"
(#define) "#define"
(identifier) "MKFCCR"
(preproc_params) "(a,b,c,d)"
(() "("
(identifier) "a"
(,) ","
(identifier) "b"
(,) ","
(identifier) "c"
(,) ","
(identifier) "d"
()) ")"
(preproc_arg) "((a<<24)+(b<<16)+(c<<8)+d)"
(comment) "// 0 means error, 1 means ok, 2 means ignore"
(comment) "// 2 is seldom used"
(preproc_def) "#define ADM_ERR 0\n"
(#define) "#define"
(identifier) "ADM_ERR"
(preproc_arg) "0"
(preproc_def) "#define ADM_OK 1\n"
(#define) "#define"
(identifier) "ADM_OK"
(preproc_arg) "1"
(preproc_def) "#define ADM_IGN 2\n"
(#define) "#define"
(identifier) "ADM_IGN"
(preproc_arg) "2"
| 196
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 59, "avg_line_length": 27.56, "nodes": 167, "errors": 0, "source_hash": "766797e53aa5e233f600367724a4221c7becefaf384b6fb5f0fb8f1c90fccaa2", "categorized_nodes": 87}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_call", "text": "#pragma once\n", "parent": null, "children": [1, 2], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 9, "column": 0}}, {"id": 1, "type": "preproc_directive", "text": "#pragma", "parent": 0, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 7}}, {"id": 2, "type": "preproc_arg", "text": "once", "parent": 0, "children": [], "start_point": {"row": 8, "column": 8}, "end_point": {"row": 8, "column": 12}}, {"id": 3, "type": "preproc_include", "text": "#include \"ADM_coreConfig.h\"\n", "parent": null, "children": [4, 5], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 10, "column": 0}}, {"id": 4, "type": "#include", 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"column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 12, "column": 8}}, {"id": 11, "type": "system_lib_string", "text": "<stdlib.h>", "parent": 9, "children": [], "start_point": {"row": 12, "column": 9}, "end_point": {"row": 12, "column": 19}}, {"id": 12, "type": "preproc_include", "text": "#include <string.h>\n", "parent": null, "children": [13, 14], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 14, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 13, "column": 8}}, {"id": 14, "type": "system_lib_string", "text": "<string.h>", "parent": 12, "children": [], "start_point": {"row": 13, "column": 9}, "end_point": {"row": 13, "column": 19}}, {"id": 15, "type": "preproc_def", "text": "#define MAXIMUM_SIZE 4096\n", "parent": null, "children": [16, 17, 18], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 16, "type": "#define", "text": "#define", "parent": 15, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 7}}, {"id": 17, "type": "identifier", "text": "MAXIMUM_SIZE", "parent": 15, "children": [], "start_point": {"row": 18, "column": 8}, "end_point": {"row": 18, "column": 20}}, {"id": 18, "type": "preproc_arg", "text": "4096", "parent": 15, "children": [], "start_point": {"row": 18, "column": 21}, "end_point": {"row": 18, "column": 25}}, {"id": 19, "type": "type_definition", "text": "typedef unsigned char ADM_filename;", "parent": null, "children": [20, 21, 24], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 35}}, {"id": 20, "type": "typedef", "text": "typedef", "parent": 19, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 7}}, {"id": 21, "type": "sized_type_specifier", "text": 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"parent": 36, "children": [], "start_point": {"row": 23, "column": 2}, "end_point": {"row": 23, "column": 9}}, {"id": 38, "type": "identifier", "text": "__STDC_CONSTANT_MACROS", "parent": 36, "children": [], "start_point": {"row": 23, "column": 10}, "end_point": {"row": 23, "column": 32}}, {"id": 39, "type": "preproc_def", "text": "#define __STDC_LIMIT_MACROS\n", "parent": 25, "children": [40, 41], "start_point": {"row": 24, "column": 2}, "end_point": {"row": 25, "column": 0}}, {"id": 40, "type": "#define", "text": "#define", "parent": 39, "children": [], "start_point": {"row": 24, "column": 2}, "end_point": {"row": 24, "column": 9}}, {"id": 41, "type": "identifier", "text": "__STDC_LIMIT_MACROS", "parent": 39, "children": [], "start_point": {"row": 24, "column": 10}, "end_point": {"row": 24, "column": 29}}, {"id": 42, "type": "preproc_include", "text": "#include <stdint.h>\n", "parent": 25, "children": [43, 44], "start_point": {"row": 25, "column": 2}, "end_point": {"row": 26, "column": 0}}, {"id": 43, "type": "#include", "text": "#include", "parent": 42, "children": [], "start_point": {"row": 25, "column": 2}, "end_point": {"row": 25, "column": 10}}, {"id": 44, "type": "system_lib_string", "text": "<stdint.h>", "parent": 42, "children": [], "start_point": {"row": 25, "column": 11}, "end_point": {"row": 25, "column": 21}}, {"id": 45, "type": "preproc_def", "text": "#define GOT_TYPES\n", "parent": 25, "children": [46, 47], "start_point": {"row": 26, "column": 2}, "end_point": {"row": 27, "column": 0}}, {"id": 46, "type": "#define", "text": "#define", "parent": 45, "children": [], "start_point": {"row": 26, "column": 2}, "end_point": {"row": 26, "column": 9}}, {"id": 47, "type": "identifier", "text": "GOT_TYPES", "parent": 45, "children": [], "start_point": {"row": 26, "column": 10}, "end_point": {"row": 26, "column": 19}}, {"id": 48, "type": "#endif", "text": "#endif", "parent": 25, "children": [], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 27, "column": 6}}, {"id": 49, "type": "preproc_ifdef", "text": "#ifdef NEED_STDINT_GCC\n #include <stdint-gcc.h>\n #endif", "parent": null, "children": [50, 51, 52, 55], "start_point": {"row": 28, "column": 2}, "end_point": {"row": 30, "column": 10}}, {"id": 50, "type": "#ifdef", "text": "#ifdef", "parent": 49, "children": [], "start_point": {"row": 28, "column": 2}, "end_point": {"row": 28, "column": 8}}, {"id": 51, "type": "identifier", "text": "NEED_STDINT_GCC", "parent": 49, "children": [], "start_point": {"row": 28, "column": 9}, "end_point": {"row": 28, "column": 24}}, {"id": 52, "type": "preproc_include", "text": "#include <stdint-gcc.h>\n", "parent": 49, "children": [53, 54], "start_point": {"row": 29, "column": 4}, "end_point": {"row": 30, "column": 0}}, {"id": 53, "type": "#include", "text": "#include", "parent": 52, "children": [], "start_point": {"row": 29, "column": 4}, "end_point": {"row": 29, "column": 12}}, {"id": 54, "type": "system_lib_string", "text": "<stdint-gcc.h>", "parent": 52, "children": [], "start_point": {"row": 29, "column": 13}, "end_point": {"row": 29, "column": 27}}, {"id": 55, "type": "#endif", "text": "#endif", "parent": 49, "children": [], "start_point": {"row": 30, "column": 4}, "end_point": {"row": 30, "column": 10}}, {"id": 56, "type": "preproc_ifdef", "text": "#ifdef HAVE_INTTYPES_H\n\t#define __STDC_FORMAT_MACROS\n\t#include <inttypes.h>\n\t#define GOT_TYPES\n #ifndef SCNu8\n #define SCNu8 \"u\"\n #endif\n#endif", "parent": null, "children": [57, 58, 59, 62, 65, 68, 76], "start_point": {"row": 31, "column": 4}, "end_point": {"row": 38, "column": 6}}, {"id": 57, "type": "#ifdef", "text": "#ifdef", "parent": 56, "children": [], "start_point": {"row": 31, "column": 4}, "end_point": {"row": 31, "column": 10}}, {"id": 58, "type": "identifier", "text": "HAVE_INTTYPES_H", "parent": 56, "children": [], "start_point": {"row": 31, "column": 11}, "end_point": {"row": 31, "column": 26}}, {"id": 59, "type": "preproc_def", "text": "#define __STDC_FORMAT_MACROS\n", "parent": 56, "children": [60, 61], "start_point": {"row": 32, "column": 1}, "end_point": {"row": 33, "column": 0}}, {"id": 60, "type": "#define", "text": "#define", "parent": 59, "children": [], "start_point": {"row": 32, "column": 1}, "end_point": {"row": 32, "column": 8}}, {"id": 61, "type": "identifier", "text": "__STDC_FORMAT_MACROS", "parent": 59, "children": [], "start_point": {"row": 32, "column": 9}, "end_point": {"row": 32, "column": 29}}, {"id": 62, "type": "preproc_include", "text": "#include <inttypes.h>\n", "parent": 56, "children": [63, 64], "start_point": {"row": 33, "column": 1}, "end_point": {"row": 34, "column": 0}}, {"id": 63, "type": "#include", "text": "#include", "parent": 62, "children": [], "start_point": {"row": 33, "column": 1}, "end_point": {"row": 33, "column": 9}}, {"id": 64, "type": "system_lib_string", "text": "<inttypes.h>", "parent": 62, "children": [], "start_point": {"row": 33, "column": 10}, "end_point": {"row": 33, "column": 22}}, {"id": 65, "type": "preproc_def", "text": "#define GOT_TYPES\n", "parent": 56, "children": [66, 67], "start_point": {"row": 34, "column": 1}, "end_point": {"row": 35, "column": 0}}, {"id": 66, "type": "#define", "text": "#define", "parent": 65, "children": [], "start_point": {"row": 34, "column": 1}, "end_point": {"row": 34, "column": 8}}, {"id": 67, "type": "identifier", "text": "GOT_TYPES", "parent": 65, "children": [], "start_point": {"row": 34, "column": 9}, "end_point": {"row": 34, "column": 18}}, {"id": 68, "type": "preproc_ifdef", "text": "#ifndef SCNu8\n #define SCNu8 \"u\"\n #endif", "parent": 56, "children": [69, 70, 71, 75], "start_point": {"row": 35, "column": 4}, "end_point": {"row": 37, "column": 8}}, {"id": 69, "type": "#ifndef", "text": "#ifndef", "parent": 68, "children": [], "start_point": {"row": 35, "column": 4}, "end_point": {"row": 35, "column": 11}}, {"id": 70, "type": "identifier", "text": "SCNu8", "parent": 68, "children": [], "start_point": {"row": 35, "column": 12}, "end_point": {"row": 35, "column": 17}}, {"id": 71, "type": "preproc_def", "text": "#define SCNu8 \"u\"\n", "parent": 68, "children": [72, 73, 74], "start_point": {"row": 36, "column": 4}, "end_point": {"row": 37, "column": 0}}, {"id": 72, "type": "#define", "text": "#define", "parent": 71, "children": [], "start_point": {"row": 36, "column": 4}, "end_point": {"row": 36, "column": 11}}, {"id": 73, "type": "identifier", "text": "SCNu8", "parent": 71, "children": [], "start_point": {"row": 36, "column": 12}, "end_point": {"row": 36, "column": 17}}, {"id": 74, "type": "preproc_arg", "text": "\"u\"", "parent": 71, "children": [], "start_point": {"row": 36, "column": 18}, "end_point": {"row": 36, "column": 21}}, {"id": 75, "type": "#endif", "text": "#endif", "parent": 68, "children": [], "start_point": {"row": 37, "column": 2}, "end_point": {"row": 37, "column": 8}}, {"id": 76, "type": "#endif", "text": "#endif", "parent": 56, "children": [], "start_point": {"row": 38, "column": 0}, "end_point": {"row": 38, "column": 6}}, {"id": 77, "type": "preproc_ifdef", "text": "#ifndef GOT_TYPES\n#ifdef ADM_CPU_64BIT\n#define int32_t \tsigned int\n#define int64_t \tsigned long int \n#define uint64_t \tunsigned long int\n#else\n#define int32_t \tsigned long int\n#define int64_t \tsigned long long\n#define uint64_t \tunsigned long long\n#endif\t// ADM_CPU_64BIT\n\n#define uint8_t \tunsigned char\n#define int8_t \tsigned char\n#define int16_t \tsigned short int\n#define uint16_t \tunsigned short int\n#define uint32_t \tunsigned long int\n#endif", "parent": null, "children": [78, 79, 80, 110, 114, 118, 122, 126, 130], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 56, "column": 6}}, {"id": 78, "type": "#ifndef", "text": "#ifndef", "parent": 77, "children": [], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 40, "column": 7}}, {"id": 79, "type": "identifier", "text": "GOT_TYPES", "parent": 77, "children": [], "start_point": {"row": 40, "column": 8}, "end_point": {"row": 40, "column": 17}}, {"id": 80, "type": "preproc_ifdef", "text": "#ifdef ADM_CPU_64BIT\n#define int32_t \tsigned int\n#define int64_t \tsigned long int \n#define uint64_t \tunsigned long int\n#else\n#define int32_t \tsigned long int\n#define int64_t \tsigned long long\n#define uint64_t \tunsigned long long\n#endif", "parent": 77, "children": [81, 82, 83, 87, 91, 95, 109], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 49, "column": 6}}, {"id": 81, "type": "#ifdef", "text": "#ifdef", "parent": 80, "children": [], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 6}}, {"id": 82, "type": "identifier", "text": "ADM_CPU_64BIT", "parent": 80, "children": [], "start_point": {"row": 41, "column": 7}, "end_point": {"row": 41, "column": 20}}, {"id": 83, "type": "preproc_def", "text": "#define int32_t \tsigned int\n", "parent": 80, "children": [84, 85, 86], "start_point": {"row": 42, "column": 0}, "end_point": {"row": 43, "column": 0}}, {"id": 84, "type": "#define", "text": "#define", "parent": 83, "children": [], "start_point": {"row": 42, "column": 0}, "end_point": {"row": 42, "column": 7}}, {"id": 85, "type": "identifier", "text": "int32_t", "parent": 83, "children": [], "start_point": {"row": 42, "column": 8}, "end_point": {"row": 42, "column": 15}}, {"id": 86, "type": "preproc_arg", "text": "signed int", "parent": 83, "children": [], "start_point": {"row": 42, "column": 17}, "end_point": {"row": 42, "column": 27}}, {"id": 87, "type": "preproc_def", "text": "#define int64_t \tsigned long int \n", "parent": 80, "children": [88, 89, 90], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 44, "column": 0}}, {"id": 88, "type": "#define", "text": "#define", "parent": 87, "children": [], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 43, "column": 7}}, {"id": 89, "type": "identifier", "text": "int64_t", "parent": 87, "children": [], "start_point": {"row": 43, "column": 8}, "end_point": {"row": 43, "column": 15}}, {"id": 90, "type": "preproc_arg", "text": "signed long int ", "parent": 87, "children": [], "start_point": {"row": 43, "column": 17}, "end_point": {"row": 43, "column": 33}}, {"id": 91, "type": "preproc_def", "text": "#define uint64_t \tunsigned long int\n", "parent": 80, "children": [92, 93, 94], "start_point": {"row": 44, "column": 0}, "end_point": {"row": 45, "column": 0}}, {"id": 92, "type": "#define", "text": "#define", "parent": 91, "children": [], "start_point": {"row": 44, "column": 0}, "end_point": {"row": 44, "column": 7}}, {"id": 93, "type": "identifier", "text": "uint64_t", "parent": 91, "children": [], "start_point": {"row": 44, "column": 8}, "end_point": {"row": 44, "column": 16}}, {"id": 94, "type": "preproc_arg", "text": "unsigned long int", "parent": 91, "children": [], "start_point": {"row": 44, "column": 18}, "end_point": {"row": 44, "column": 36}}, {"id": 95, "type": "preproc_else", "text": "#else\n#define int32_t \tsigned long int\n#define int64_t \tsigned long long\n#define uint64_t \tunsigned long long\n", "parent": 80, "children": [96, 97, 101, 105], "start_point": {"row": 45, "column": 0}, "end_point": {"row": 49, "column": 0}}, {"id": 96, "type": "#else", "text": "#else", "parent": 95, "children": [], "start_point": {"row": 45, "column": 0}, "end_point": {"row": 45, "column": 5}}, {"id": 97, "type": "preproc_def", "text": "#define int32_t \tsigned long int\n", "parent": 95, "children": [98, 99, 100], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 47, "column": 0}}, {"id": 98, "type": "#define", "text": "#define", "parent": 97, "children": [], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 46, "column": 7}}, {"id": 99, "type": "identifier", "text": "int32_t", "parent": 97, "children": [], "start_point": {"row": 46, "column": 8}, "end_point": {"row": 46, "column": 15}}, {"id": 100, "type": "preproc_arg", "text": "signed long int", "parent": 97, "children": [], "start_point": {"row": 46, "column": 17}, "end_point": {"row": 46, "column": 33}}, {"id": 101, "type": "preproc_def", "text": "#define int64_t \tsigned long long\n", "parent": 95, "children": [102, 103, 104], "start_point": {"row": 47, "column": 0}, "end_point": {"row": 48, "column": 0}}, {"id": 102, "type": "#define", "text": "#define", "parent": 101, "children": [], "start_point": {"row": 47, "column": 0}, "end_point": {"row": 47, "column": 7}}, {"id": 103, "type": "identifier", "text": "int64_t", "parent": 101, "children": [], "start_point": {"row": 47, "column": 8}, "end_point": {"row": 47, "column": 15}}, {"id": 104, "type": "preproc_arg", "text": "signed long long", "parent": 101, "children": [], "start_point": {"row": 47, "column": 17}, "end_point": {"row": 47, "column": 34}}, {"id": 105, "type": "preproc_def", "text": "#define uint64_t \tunsigned long long\n", "parent": 95, "children": [106, 107, 108], "start_point": {"row": 48, "column": 0}, "end_point": {"row": 49, "column": 0}}, {"id": 106, "type": "#define", "text": "#define", "parent": 105, "children": [], "start_point": {"row": 48, "column": 0}, "end_point": {"row": 48, "column": 7}}, {"id": 107, "type": "identifier", "text": "uint64_t", "parent": 105, "children": [], "start_point": {"row": 48, "column": 8}, "end_point": {"row": 48, "column": 16}}, {"id": 108, "type": "preproc_arg", "text": "unsigned long long", "parent": 105, "children": [], "start_point": {"row": 48, "column": 18}, "end_point": {"row": 48, "column": 37}}, {"id": 109, "type": "#endif", "text": "#endif", "parent": 80, "children": [], "start_point": {"row": 49, "column": 0}, "end_point": {"row": 49, "column": 6}}, {"id": 110, "type": "preproc_def", "text": "#define uint8_t \tunsigned char\n", "parent": 77, "children": [111, 112, 113], "start_point": {"row": 51, "column": 0}, "end_point": {"row": 52, "column": 0}}, {"id": 111, "type": "#define", "text": "#define", "parent": 110, "children": [], "start_point": {"row": 51, "column": 0}, "end_point": {"row": 51, "column": 7}}, {"id": 112, "type": "identifier", "text": "uint8_t", "parent": 110, "children": [], "start_point": {"row": 51, "column": 8}, "end_point": {"row": 51, "column": 15}}, {"id": 113, "type": "preproc_arg", "text": "unsigned char", "parent": 110, "children": [], "start_point": {"row": 51, "column": 18}, "end_point": {"row": 51, "column": 31}}, {"id": 114, "type": "preproc_def", "text": "#define int8_t \tsigned char\n", "parent": 77, "children": [115, 116, 117], "start_point": {"row": 52, "column": 0}, "end_point": {"row": 53, "column": 0}}, {"id": 115, "type": "#define", "text": "#define", "parent": 114, "children": [], "start_point": {"row": 52, "column": 0}, "end_point": {"row": 52, "column": 7}}, {"id": 116, "type": "identifier", "text": "int8_t", "parent": 114, "children": [], "start_point": {"row": 52, "column": 8}, "end_point": {"row": 52, "column": 14}}, {"id": 117, "type": "preproc_arg", "text": "signed char", "parent": 114, "children": [], "start_point": {"row": 52, "column": 18}, "end_point": {"row": 52, "column": 29}}, {"id": 118, "type": "preproc_def", "text": "#define int16_t \tsigned short int\n", "parent": 77, "children": [119, 120, 121], "start_point": {"row": 53, "column": 0}, "end_point": {"row": 54, "column": 0}}, {"id": 119, "type": "#define", "text": "#define", "parent": 118, "children": [], "start_point": {"row": 53, "column": 0}, "end_point": {"row": 53, "column": 7}}, {"id": 120, "type": "identifier", "text": "int16_t", "parent": 118, "children": [], "start_point": {"row": 53, "column": 8}, "end_point": {"row": 53, "column": 15}}, {"id": 121, "type": "preproc_arg", "text": "signed short int", "parent": 118, "children": [], "start_point": {"row": 53, "column": 17}, "end_point": {"row": 53, "column": 33}}, {"id": 122, "type": "preproc_def", "text": "#define uint16_t \tunsigned short int\n", "parent": 77, "children": [123, 124, 125], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 55, "column": 0}}, {"id": 123, "type": "#define", "text": "#define", "parent": 122, "children": [], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 54, "column": 7}}, {"id": 124, "type": "identifier", "text": "uint16_t", "parent": 122, "children": [], "start_point": {"row": 54, "column": 8}, "end_point": {"row": 54, "column": 16}}, {"id": 125, "type": "preproc_arg", "text": "unsigned short int", "parent": 122, "children": [], "start_point": {"row": 54, "column": 18}, "end_point": {"row": 54, "column": 36}}, {"id": 126, "type": "preproc_def", "text": "#define uint32_t \tunsigned long int\n", "parent": 77, "children": [127, 128, 129], "start_point": {"row": 55, "column": 0}, "end_point": {"row": 56, "column": 0}}, {"id": 127, "type": "#define", "text": "#define", "parent": 126, "children": [], "start_point": {"row": 55, "column": 0}, "end_point": {"row": 55, "column": 7}}, {"id": 128, "type": "identifier", "text": "uint32_t", "parent": 126, "children": [], "start_point": {"row": 55, "column": 8}, "end_point": {"row": 55, "column": 16}}, {"id": 129, "type": "preproc_arg", "text": "unsigned long int", "parent": 126, "children": [], "start_point": {"row": 55, "column": 18}, "end_point": {"row": 55, "column": 36}}, {"id": 130, "type": "#endif", "text": "#endif", "parent": 77, "children": [], "start_point": {"row": 56, "column": 0}, "end_point": {"row": 56, "column": 6}}, {"id": 131, "type": "preproc_function_def", "text": "#define UNUSED_ARG(a) (void)a\n", "parent": null, "children": [132, 133, 134, 136], "start_point": {"row": 58, "column": 0}, "end_point": {"row": 59, "column": 0}}, {"id": 132, "type": "#define", "text": "#define", "parent": 131, "children": [], "start_point": {"row": 58, "column": 0}, "end_point": {"row": 58, "column": 7}}, {"id": 133, "type": "identifier", "text": "UNUSED_ARG", "parent": 131, "children": [], "start_point": {"row": 58, "column": 8}, "end_point": {"row": 58, "column": 18}}, {"id": 134, "type": "preproc_params", "text": "(a)", "parent": 131, "children": [135], "start_point": {"row": 58, "column": 18}, "end_point": {"row": 58, "column": 21}}, {"id": 135, "type": "identifier", "text": "a", "parent": 134, "children": [], "start_point": {"row": 58, "column": 19}, "end_point": {"row": 58, "column": 20}}, {"id": 136, "type": "preproc_arg", "text": "(void)a", "parent": 131, "children": [], "start_point": {"row": 58, "column": 22}, "end_point": {"row": 58, "column": 29}}, {"id": 137, "type": "preproc_function_def", "text": "#define MKFCC(a,b,c,d) ((d<<24)+(c<<16)+(b<<8)+a)\n", "parent": null, "children": [138, 139, 140, 145], "start_point": {"row": 61, "column": 0}, "end_point": {"row": 62, "column": 0}}, {"id": 138, "type": "#define", "text": "#define", "parent": 137, "children": [], "start_point": {"row": 61, "column": 0}, "end_point": {"row": 61, "column": 7}}, {"id": 139, "type": "identifier", "text": "MKFCC", "parent": 137, "children": [], "start_point": {"row": 61, "column": 8}, "end_point": {"row": 61, "column": 13}}, {"id": 140, "type": "preproc_params", "text": "(a,b,c,d)", "parent": 137, "children": [141, 142, 143, 144], "start_point": {"row": 61, "column": 13}, "end_point": {"row": 61, "column": 22}}, {"id": 141, "type": "identifier", "text": "a", "parent": 140, "children": [], "start_point": {"row": 61, "column": 14}, "end_point": {"row": 61, "column": 15}}, {"id": 142, "type": "identifier", "text": "b", "parent": 140, "children": [], "start_point": {"row": 61, "column": 16}, "end_point": {"row": 61, "column": 17}}, {"id": 143, "type": "identifier", "text": "c", "parent": 140, "children": [], "start_point": {"row": 61, "column": 18}, "end_point": {"row": 61, "column": 19}}, {"id": 144, "type": "identifier", "text": "d", "parent": 140, "children": [], "start_point": {"row": 61, "column": 20}, "end_point": {"row": 61, "column": 21}}, {"id": 145, "type": "preproc_arg", "text": "((d<<24)+(c<<16)+(b<<8)+a)", "parent": 137, "children": [], "start_point": {"row": 61, "column": 25}, "end_point": {"row": 61, "column": 51}}, {"id": 146, "type": "preproc_function_def", "text": "#define MKFCCR(a,b,c,d) ((a<<24)+(b<<16)+(c<<8)+d)\n", "parent": null, "children": [147, 148, 149, 154], "start_point": {"row": 62, "column": 0}, "end_point": {"row": 63, "column": 0}}, {"id": 147, "type": "#define", "text": "#define", "parent": 146, "children": [], "start_point": {"row": 62, "column": 0}, "end_point": {"row": 62, "column": 7}}, {"id": 148, "type": "identifier", "text": "MKFCCR", "parent": 146, "children": [], "start_point": {"row": 62, "column": 8}, "end_point": {"row": 62, "column": 14}}, {"id": 149, "type": "preproc_params", "text": "(a,b,c,d)", "parent": 146, "children": [150, 151, 152, 153], "start_point": {"row": 62, "column": 14}, "end_point": {"row": 62, "column": 23}}, {"id": 150, "type": "identifier", "text": "a", "parent": 149, "children": [], "start_point": {"row": 62, "column": 15}, "end_point": {"row": 62, "column": 16}}, {"id": 151, "type": "identifier", "text": "b", "parent": 149, "children": [], "start_point": {"row": 62, "column": 17}, "end_point": {"row": 62, "column": 18}}, {"id": 152, "type": "identifier", "text": "c", "parent": 149, "children": [], "start_point": {"row": 62, "column": 19}, "end_point": {"row": 62, "column": 20}}, {"id": 153, "type": "identifier", "text": "d", "parent": 149, "children": [], "start_point": {"row": 62, "column": 21}, "end_point": {"row": 62, "column": 22}}, {"id": 154, "type": "preproc_arg", "text": "((a<<24)+(b<<16)+(c<<8)+d)", "parent": 146, "children": [], "start_point": {"row": 62, "column": 26}, "end_point": {"row": 62, "column": 52}}, {"id": 155, "type": "preproc_def", "text": "#define ADM_ERR 0\n", "parent": null, "children": [156, 157, 158], "start_point": {"row": 67, "column": 0}, "end_point": {"row": 68, "column": 0}}, {"id": 156, "type": "#define", "text": "#define", "parent": 155, "children": [], "start_point": {"row": 67, "column": 0}, "end_point": {"row": 67, "column": 7}}, {"id": 157, "type": "identifier", "text": "ADM_ERR", "parent": 155, "children": [], "start_point": {"row": 67, "column": 8}, "end_point": {"row": 67, "column": 15}}, {"id": 158, "type": "preproc_arg", "text": "0", "parent": 155, "children": [], "start_point": {"row": 67, "column": 16}, "end_point": {"row": 67, "column": 17}}, {"id": 159, "type": "preproc_def", "text": "#define ADM_OK \t1\n", "parent": null, "children": [160, 161, 162], "start_point": {"row": 68, "column": 0}, "end_point": {"row": 69, "column": 0}}, {"id": 160, "type": "#define", "text": "#define", "parent": 159, "children": [], "start_point": {"row": 68, "column": 0}, "end_point": {"row": 68, "column": 7}}, {"id": 161, "type": "identifier", "text": "ADM_OK", "parent": 159, "children": [], "start_point": {"row": 68, "column": 8}, "end_point": {"row": 68, "column": 14}}, {"id": 162, "type": "preproc_arg", "text": "1", "parent": 159, "children": [], "start_point": {"row": 68, "column": 16}, "end_point": {"row": 68, "column": 17}}, {"id": 163, "type": "preproc_def", "text": "#define ADM_IGN 2\n", "parent": null, "children": [164, 165, 166], "start_point": {"row": 69, "column": 0}, "end_point": {"row": 70, "column": 0}}, {"id": 164, "type": "#define", "text": "#define", "parent": 163, "children": [], "start_point": {"row": 69, "column": 0}, "end_point": {"row": 69, "column": 7}}, {"id": 165, "type": "identifier", "text": "ADM_IGN", "parent": 163, "children": [], "start_point": {"row": 69, "column": 8}, "end_point": {"row": 69, "column": 15}}, {"id": 166, "type": "preproc_arg", "text": "2", "parent": 163, "children": [], "start_point": {"row": 69, "column": 16}, "end_point": {"row": 69, "column": 17}}]}, "node_categories": {"declarations": {"functions": [131, 137, 146], "variables": [19], "classes": [], "imports": [3, 4, 6, 7, 9, 10, 12, 13, 42, 43, 52, 53, 62, 63], "modules": [], "enums": []}, "statements": {"expressions": [27], "assignments": [], "loops": [], "conditionals": [17, 21, 24, 25, 26, 30, 34, 38, 41, 47, 48, 49, 50, 51, 55, 56, 57, 58, 61, 67, 68, 69, 70, 73, 75, 76, 77, 78, 79, 80, 81, 82, 85, 89, 93, 99, 103, 107, 109, 112, 116, 120, 124, 128, 130, 133, 135, 139, 141, 142, 143, 144, 148, 150, 151, 152, 153, 157, 161, 165], "returns": [], "exceptions": []}, "expressions": {"calls": [0], "literals": [5, 8, 11, 14, 44, 54, 64], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 131, "universal_type": "function", "name": "unknown", "text_snippet": "#define UNUSED_ARG(a) (void)a\n"}, {"node_id": 137, "universal_type": "function", "name": "unknown", "text_snippet": "#define MKFCC(a,b,c,d) ((d<<24)+(c<<16)+(b<<8)+a)\n"}, {"node_id": 146, "universal_type": "function", "name": "unknown", "text_snippet": "#define MKFCCR(a,b,c,d) ((a<<24)+(b<<16)+(c<<8)+d)\n"}], "class_declarations": [], "import_statements": [{"node_id": 3, "text": "#include \"ADM_coreConfig.h\"\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <stdio.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <stdlib.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <string.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 42, "text": "#include <stdint.h>\n"}, {"node_id": 43, "text": "#include"}, {"node_id": 52, "text": "#include <stdint-gcc.h>\n"}, {"node_id": 53, "text": "#include"}, {"node_id": 62, "text": "#include <inttypes.h>\n"}, {"node_id": 63, "text": "#include"}]}, "original_source_code": "/** *************************************************************************\n \\fn ADM_inttype.h\n \\brief Defint plaform agnostic var type\n \n copyright : (C) 2008 by mean\n \n ***************************************************************************/\n\n#pragma once\n#include \"ADM_coreConfig.h\"\n\n#include <stdio.h>\n#include <stdlib.h>\n#include <string.h>\n\n/*\n \tThe maximum width/height is MAXIMUM_SIZE 768*768 for now\n*/\n#define MAXIMUM_SIZE 4096\n\ntypedef unsigned char ADM_filename;\n\n#if defined( HAVE_STDINT_H) || defined(_MSC_VER) // We do have stdint , heck it is embedded\n #define __STDC_CONSTANT_MACROS\n #define __STDC_LIMIT_MACROS\n #include <stdint.h>\n #define GOT_TYPES\n#endif\n #ifdef NEED_STDINT_GCC\n #include <stdint-gcc.h>\n #endif //NEED_STDINT_GCC\n #ifdef HAVE_INTTYPES_H\n\t#define __STDC_FORMAT_MACROS\n\t#include <inttypes.h>\n\t#define GOT_TYPES\n #ifndef SCNu8\n #define SCNu8 \"u\"\n #endif\n#endif\n\n#ifndef GOT_TYPES\n#ifdef ADM_CPU_64BIT\n#define int32_t \tsigned int\n#define int64_t \tsigned long int \n#define uint64_t \tunsigned long int\n#else\n#define int32_t \tsigned long int\n#define int64_t \tsigned long long\n#define uint64_t \tunsigned long long\n#endif\t// ADM_CPU_64BIT\n\n#define uint8_t \tunsigned char\n#define int8_t \tsigned char\n#define int16_t \tsigned short int\n#define uint16_t \tunsigned short int\n#define uint32_t \tunsigned long int\n#endif\t// GOT_TYPES\n\n#define UNUSED_ARG(a) (void)a\n\n\n#define MKFCC(a,b,c,d) ((d<<24)+(c<<16)+(b<<8)+a)\n#define MKFCCR(a,b,c,d) ((a<<24)+(b<<16)+(c<<8)+d)\n\n// 0 means error, 1 means ok, 2 means ignore\n// 2 is seldom used\n\n#define ADM_ERR 0\n#define ADM_OK \t1\n#define ADM_IGN 2\n\n"}
| 270
|
c
|
/*$
Copyright (c) 2014-2017, Azel
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
* Redistributions of source code must retain the above copyright
notice, this list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright
notice, this list of conditions and the following disclaimer in the
documentation and/or other materials provided with the distribution.
* Neither the name of the <organization> nor the
names of its contributors may be used to endorse or promote products
derived from this software without specific prior written permission.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL <COPYRIGHT HOLDER> BE LIABLE FOR ANY
DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
$*/
/********************************
* しおりデータ
********************************/
#ifndef BOOKMARKDAT_H
#define BOOKMARKDAT_H
#include "mListDef.h"
#define BMITEM_G(p) ((BmItemGlobal *)(p))
#define BMITEM_L(p) ((BmItemLocal *)(p))
typedef struct
{
mListItem i;
char *fname;
int lineno;
}BmItemGlobal;
typedef struct
{
mListItem i;
char *comment; //NULL でなし
int lineno;
}BmItemLocal;
#ifdef __cplusplus
extern "C" {
#endif
void BookmarkFree();
BmItemGlobal *BookmarkGlobal_add();
void BookmarkGlobal_getListStr(mStr *str,BmItemGlobal *pi);
void BookmarkGlobal_saveFile();
void BookmarkGlobal_loadFile();
BmItemLocal *BookmarkLocal_add(mStr *strcomment);
void BookmarkLocal_getListStr(mStr *str,BmItemLocal *pi);
void BookmarkLocal_saveFile(const char *fname);
void BookmarkLocal_loadFile(const char *fname);
#ifdef __cplusplus
}
#endif
#endif
| 38.15
| 60
|
(translation_unit) "/*$\nCopyright (c) 2014-2017, Azel\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n * Redistributions of source code must retain the above copyright\n notice, this list of conditions and the following disclaimer.\n * Redistributions in binary form must reproduce the above copyright\n notice, this list of conditions and the following disclaimer in the\n documentation and/or other materials provided with the distribution.\n * Neither the name of the <organization> nor the\n names of its contributors may be used to endorse or promote products\n derived from this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND\nANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\nWARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL <COPYRIGHT HOLDER> BE LIABLE FOR ANY\nDIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\nLOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\nON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n$*/\n\n/********************************\n * しおりデータ\n ********************************/\n\n#ifndef BOOKMARKDAT_H\n#define BOOKMARKDAT_H\n\n#include "mListDef.h"\n\n#define BMITEM_G(p) ((BmItemGlobal *)(p))\n#define BMITEM_L(p) ((BmItemLocal *)(p))\n\ntypedef struct\n{\n mListItem i;\n char *fname;\n int lineno;\n}BmItemGlobal;\n\ntypedef struct\n{\n mListItem i;\n char *comment; //NULL でなし\n int lineno;\n}BmItemLocal;\n\n#ifdef __cplusplus\nextern "C" {\n#endif\nvoid BookmarkFree();\n\nBmItemGlobal *BookmarkGlobal_add();\nvoid BookmarkGlobal_getListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlobal_saveFile();\nvoid BookmarkGlobal_loadFile();\n\nBmItemLocal *BookmarkLocal_add(mStr *strcomment);\nvoid BookmarkLocal_getListStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLocal_saveFile(const char *fname);\nvoid BookmarkLocal_loadFile(const char *fname);\n#ifdef __cplusplus\n}\n#endif\n#endif\n"
(comment) "/*$\nCopyright (c) 2014-2017, Azel\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n * Redistributions of source code must retain the above copyright\n notice, this list of conditions and the following disclaimer.\n * Redistributions in binary form must reproduce the above copyright\n notice, this list of conditions and the following disclaimer in the\n documentation and/or other materials provided with the distribution.\n * Neither the name of the <organization> nor the\n names of its contributors may be used to endorse or promote products\n derived from this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND\nANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\nWARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL <COPYRIGHT HOLDER> BE LIABLE FOR ANY\nDIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\nLOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\nON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n$*/"
(comment) "/********************************\n * しおりデータ\n ********************************/\n\n#ifndef BO"
(preproc_ifdef) "MARKDAT_H\n#define BOOKMARKDAT_H\n\n#include "mListDef.h"\n\n#define BMITEM_G(p) ((BmItemGlobal *)(p))\n#define BMITEM_L(p) ((BmItemLocal *)(p))\n\ntypedef struct\n{\n mListItem i;\n char *fname;\n int lineno;\n}BmItemGlobal;\n\ntypedef struct\n{\n mListItem i;\n char *comment; //NULL でなし\n int lineno;\n}BmItemLocal;\n\n#ifdef __cplusplus\nextern "C" {\n#endif\nvoid BookmarkFree();\n\nBmItemGlobal *BookmarkGlobal_add();\nvoid BookmarkGlobal_getListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlobal_saveFile();\nvoid BookmarkGlobal_loadFile();\n\nBmItemLocal *BookmarkLocal_add(mStr *strcomment);\nvoid BookmarkLocal_getListStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLocal_saveFile(const char *fname);\nvoid BookmarkLocal_loadFile(const char *fname);\n#ifdef __cplusplus\n}\n#endif\n#endif\n"
(#ifndef) "MARKDAT"
(identifier) "H\n#define BOO"
(preproc_def) "MARKDAT_H\n\n#include "m"
(#define) "MARKDAT"
(identifier) "H\n\n#include ""
(preproc_include) "istDef.h"\n\n#define BMI"
(#include) "istDef.h"
(string_literal) "\n\n#define BM"
(") "\n"
(string_content) "\n#define B"
(") "M"
(preproc_function_def) "EM_G(p) ((BmItemGlobal *)(p))\n#define BMIT"
(#define) "EM_G(p)"
(identifier) " ((BmIte"
(preproc_params) "mGl"
(() "m"
(identifier) "G"
()) "l"
(preproc_arg) "al *)(p))\n#define BMI"
(preproc_function_def) "EM_L(p) ((BmItemLocal *)(p))\n\ntypedef str"
(#define) "EM_L(p)"
(identifier) " ((BmIte"
(preproc_params) "mLo"
(() "m"
(identifier) "L"
()) "o"
(preproc_arg) "l *)(p))\n\ntypedef st"
(type_definition) "ct\n{\n mListItem i;\n char *fname;\n int lineno;\n}BmItemGlobal;\n\ntypedef st"
(typedef) "ct\n{\n m"
(struct_specifier) "istItem i;\n char *fname;\n int lineno;\n}BmItemGlobal"
(struct) "istIte"
(field_declaration_list) " i;\n char *fname;\n int lineno;\n}BmItemGlobal"
({) " "
(field_declaration) "\n char *fnam"
(type_identifier) "\n char *f"
(field_identifier) "a"
(;) "m"
(field_declaration) "\n int lineno"
(primitive_type) "\n in"
(pointer_declarator) " linen"
(*) " "
(field_identifier) "linen"
(;) "o"
(field_declaration) "}BmItemGlob"
(primitive_type) "}Bm"
(field_identifier) "temGlo"
(;) "b"
(}) "l"
(type_identifier) ";\n\ntypedef s"
(;) "t"
(type_definition) "ct\n{\n mListItem i;\n char *comment; //NULL でなし\n int lineno;\n}BmItemLocal;\n\n#ifdef __cpluspl"
(typedef) "ct\n{\n m"
(struct_specifier) "istItem i;\n char *comment; //NULL でなし\n int lineno;\n}BmItemLocal;\n\n#ifd"
(struct) "istIte"
(field_declaration_list) " i;\n char *comment; //NULL でなし\n int lineno;\n}BmItemLocal;\n\n#ifd"
({) " "
(field_declaration) "\n char *comm"
(type_identifier) "\n char *c"
(field_identifier) "m"
(;) "m"
(field_declaration) "t; //NULL でなし\n"
(primitive_type) "t; /"
(pointer_declarator) "NULL でなし"
(*) "N"
(field_identifier) "ULL でなし"
(;) "\n"
(comment) "int lineno;\n}BmI"
(field_declaration) "mLocal;\n\n#i"
(primitive_type) "mLo"
(field_identifier) "al;\n\n#"
(;) "i"
(}) "d"
(type_identifier) "ef __cplusp"
(;) "l"
(preproc_ifdef) "\nextern "C" {\n#endif\nvoid BookmarkFree();\n\nBmItemGlobal *BookmarkGlobal_add();\nvoid BookmarkGlobal_getListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlobal_saveFile();\nvoid BookmarkGlobal_loadFile();\n\nBmItemLocal *BookmarkLocal_add(mStr *strcomment);\nvoid BookmarkLocal_getListStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLocal_saveFile(const char *fname);\nvoid BookmarkLocal_loadFile(const char *fname);\n#ifdef __cplusplus\n}\n#endif\n#endif\n"
(#ifdef) "\nexter"
(identifier) " "C" {\n#end"
(linkage_specification) "f\nvoid BookmarkFree();\n\nBmItemGlobal *BookmarkGlobal_add();\nvoid BookmarkGlobal_getListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlobal_saveFile();\nvoid BookmarkGlobal_loadFile();\n\nBmItemLocal *BookmarkLocal_add(mStr *strcomment);\nvoid BookmarkLocal_getListStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLocal_saveFile(const char *fname);\nvoid BookmarkLocal_loadFile(const char *fname);\n#ifdef __cplusplus\n}\n#endif\n#endif\n"
(extern) "f\nvoid"
(string_literal) "Boo"
(") "B"
(string_content) "o"
(") "o"
(declaration_list) "markFree();\n\nBmItemGlobal *BookmarkGlobal_add();\nvoid BookmarkGlobal_getListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlobal_saveFile();\nvoid BookmarkGlobal_loadFile();\n\nBmItemLocal *BookmarkLocal_add(mStr *strcomment);\nvoid BookmarkLocal_getListStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLocal_saveFile(const char *fname);\nvoid BookmarkLocal_loadFile(const char *fname);\n#ifdef __cplusplus\n}\n#endif\n#endif\n"
({) "m"
(preproc_call) "rkFree("
(preproc_directive) "rkFree"
(declaration) ");\n\nBmItemGlobal *Bo"
(primitive_type) ");\n\n"
(function_declarator) "mItemGlobal *B"
(identifier) "mItemGlobal "
(parameter_list) "*B"
(() "*"
()) "B"
(;) "o"
(declaration) "markGlobal_add();\nvoid BookmarkGlob"
(type_identifier) "markGlobal_a"
(pointer_declarator) "d();\nvoid BookmarkGlo"
(*) "d"
(function_declarator) "();\nvoid BookmarkGlo"
(identifier) "();\nvoid BookmarkG"
(parameter_list) "lo"
(() "l"
()) "o"
(;) "b"
(declaration) "l_getListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlob"
(primitive_type) "l_ge"
(function_declarator) "ListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlo"
(identifier) "ListStr(mStr *str,BmItemG"
(parameter_list) "lobal *pi);\nvoid BookmarkGlo"
(() "l"
(parameter_declaration) "obal *pi)"
(type_identifier) "obal"
(pointer_declarator) "*pi)"
(*) "*"
(identifier) "pi)"
(,) ";"
(parameter_declaration) "\nvoid BookmarkGl"
(type_identifier) "\nvoid Bookma"
(pointer_declarator) "kGl"
(*) "k"
(identifier) "Gl"
()) "o"
(;) "b"
(declaration) "l_saveFile();\nvoid BookmarkGlob"
(primitive_type) "l_sa"
(function_declarator) "eFile();\nvoid BookmarkGlo"
(identifier) "eFile();\nvoid BookmarkG"
(parameter_list) "lo"
(() "l"
()) "o"
(;) "b"
(declaration) "l_loadFile();\n\nBmItemLocal *Boo"
(primitive_type) "l_lo"
(function_declarator) "dFile();\n\nBmItemLocal *Bo"
(identifier) "dFile();\n\nBmItemLocal *"
(parameter_list) "Bo"
(() "B"
()) "o"
(;) "o"
(declaration) "arkLocal_add(mStr *strcomment);\nvoid BookmarkLoca"
(type_identifier) "arkLocal_ad"
(pointer_declarator) "(mStr *strcomment);\nvoid BookmarkLoc"
(*) "("
(function_declarator) "mStr *strcomment);\nvoid BookmarkLoc"
(identifier) "mStr *strcomment)"
(parameter_list) ";\nvoid BookmarkLoc"
(() ";"
(parameter_declaration) "\nvoid BookmarkLo"
(type_identifier) "\nvoi"
(pointer_declarator) " BookmarkLo"
(*) " "
(identifier) "BookmarkLo"
()) "c"
(;) "a"
(declaration) "_getListStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLoca"
(primitive_type) "_get"
(function_declarator) "istStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLoc"
(identifier) "istStr(mStr *str,BmItemL"
(parameter_list) "ocal *pi);\nvoid BookmarkLoc"
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(parameter_declaration) "void BookmarkLo"
(type_identifier) "void Bookma"
(pointer_declarator) "kLo"
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(;) "a"
(declaration) "_saveFile(const char *fname);\nvoid BookmarkLoca"
(primitive_type) "_sav"
(function_declarator) "File(const char *fname);\nvoid BookmarkLoc"
(identifier) "File(const char *fname"
(parameter_list) ");\nvoid BookmarkLoc"
(() ")"
(parameter_declaration) ";\nvoid BookmarkLo"
(type_qualifier) ";\nvoi"
(const) ";\nvoi"
(primitive_type) " Boo"
(pointer_declarator) "markLo"
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(declaration) "_loadFile(const char *fname);\n#ifdef __cplusplu"
(primitive_type) "_loa"
(function_declarator) "File(const char *fname);\n#ifdef __cpluspl"
(identifier) "File(const char *fname"
(parameter_list) ");\n#ifdef __cpluspl"
(() ")"
(parameter_declaration) ";\n#ifdef __cplusp"
(type_qualifier) ";\n#if"
(const) ";\n#if"
(primitive_type) "ef _"
(pointer_declarator) "cplusp"
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(;) "u"
(preproc_ifdef) "\n}\n#endif\n#endif\n"
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(identifier) "if\n#endif\n"
(#endif) ""
(}) ""
(#endif) ""
(#endif) ""
| 215
| 0
|
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*pi);\nvoid BookmarkLocal_saveFile(const char *fname);\nvoid BookmarkLocal_loadFile(const char *fname);\n#ifdef __cplusplus\n}\n#endif\n#endif\n", "parent": null, "children": [1, 2, 3, 6, 9, 15, 21, 37, 53, 151], "start_point": {"row": 31, "column": 0}, "end_point": {"row": 70, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "MARKDAT", "parent": 0, "children": [], "start_point": {"row": 31, "column": 0}, "end_point": {"row": 31, "column": 7}}, {"id": 2, "type": "identifier", "text": "H\n#define BOO", "parent": 0, "children": [], "start_point": {"row": 31, "column": 8}, "end_point": {"row": 31, "column": 21}}, {"id": 3, "type": "preproc_def", "text": "MARKDAT_H\n\n#include \"m", "parent": 0, "children": [4, 5], "start_point": {"row": 32, "column": 0}, "end_point": {"row": 33, "column": 0}}, {"id": 4, "type": "#define", "text": "MARKDAT", "parent": 3, "children": [], "start_point": {"row": 32, "column": 0}, "end_point": {"row": 32, "column": 7}}, {"id": 5, "type": "identifier", 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"end_point": {"row": 36, "column": 7}}, {"id": 11, "type": "identifier", "text": " ((BmIte", "parent": 9, "children": [], "start_point": {"row": 36, "column": 8}, "end_point": {"row": 36, "column": 16}}, {"id": 12, "type": "preproc_params", "text": "mGl", "parent": 9, "children": [13], "start_point": {"row": 36, "column": 16}, "end_point": {"row": 36, "column": 19}}, {"id": 13, "type": "identifier", "text": "G", "parent": 12, "children": [], "start_point": {"row": 36, "column": 17}, "end_point": {"row": 36, "column": 18}}, {"id": 14, "type": "preproc_arg", "text": "al *)(p))\n#define BMI", "parent": 9, "children": [], "start_point": {"row": 36, "column": 21}, "end_point": {"row": 36, "column": 42}}, {"id": 15, "type": "preproc_function_def", "text": "EM_L(p) ((BmItemLocal *)(p))\n\ntypedef str", "parent": 0, "children": [16, 17, 18, 20], "start_point": {"row": 37, "column": 0}, "end_point": {"row": 38, "column": 0}}, {"id": 16, "type": "#define", "text": "EM_L(p)", "parent": 15, "children": [], "start_point": {"row": 37, "column": 0}, "end_point": {"row": 37, "column": 7}}, {"id": 17, "type": "identifier", "text": " ((BmIte", "parent": 15, "children": [], "start_point": {"row": 37, "column": 8}, "end_point": {"row": 37, "column": 16}}, {"id": 18, "type": "preproc_params", "text": "mLo", "parent": 15, "children": [19], "start_point": {"row": 37, "column": 16}, "end_point": {"row": 37, "column": 19}}, {"id": 19, "type": "identifier", "text": "L", "parent": 18, "children": [], "start_point": {"row": 37, "column": 17}, "end_point": {"row": 37, "column": 18}}, {"id": 20, "type": "preproc_arg", "text": "l *)(p))\n\ntypedef st", "parent": 15, "children": [], "start_point": {"row": 37, "column": 21}, "end_point": {"row": 37, "column": 41}}, {"id": 21, "type": "type_definition", "text": "ct\n{\n\tmListItem i;\n\tchar *fname;\n\tint lineno;\n}BmItemGlobal;\n\ntypedef st", "parent": 0, "children": [22, 23, 36], "start_point": {"row": 39, "column": 0}, "end_point": {"row": 44, "column": 14}}, {"id": 22, "type": "typedef", "text": "ct\n{\n\tm", "parent": 21, "children": [], "start_point": {"row": 39, "column": 0}, "end_point": {"row": 39, "column": 7}}, {"id": 23, "type": "struct_specifier", "text": "istItem i;\n\tchar *fname;\n\tint lineno;\n}BmItemGlobal", "parent": 21, "children": [24], "start_point": {"row": 39, "column": 8}, "end_point": {"row": 44, "column": 1}}, {"id": 24, "type": "struct", "text": "istIte", "parent": 23, "children": [], "start_point": {"row": 39, "column": 8}, "end_point": {"row": 39, "column": 14}}, {"id": 25, "type": "field_declaration", "text": "\n\tchar *fnam", "parent": 23, "children": [26, 27], "start_point": {"row": 41, "column": 1}, "end_point": {"row": 41, "column": 13}}, {"id": 26, "type": "type_identifier", "text": "\n\tchar *f", "parent": 25, "children": [], "start_point": {"row": 41, "column": 1}, "end_point": {"row": 41, "column": 10}}, {"id": 27, "type": "field_identifier", "text": "a", "parent": 25, "children": [], "start_point": {"row": 41, "column": 11}, "end_point": {"row": 41, "column": 12}}, {"id": 28, "type": "field_declaration", "text": "\n\tint lineno", "parent": 23, "children": [29, 30], "start_point": {"row": 42, "column": 1}, "end_point": {"row": 42, "column": 13}}, {"id": 29, "type": "primitive_type", "text": "\n\tin", "parent": 28, "children": [], "start_point": {"row": 42, "column": 1}, "end_point": {"row": 42, "column": 5}}, {"id": 30, "type": "pointer_declarator", "text": " linen", "parent": 28, "children": [31, 32], "start_point": {"row": 42, "column": 6}, "end_point": {"row": 42, "column": 12}}, {"id": 31, "type": "*", "text": " ", "parent": 30, "children": [], "start_point": {"row": 42, "column": 6}, "end_point": {"row": 42, "column": 7}}, {"id": 32, "type": "field_identifier", "text": "linen", "parent": 30, "children": [], "start_point": {"row": 42, "column": 7}, "end_point": {"row": 42, "column": 12}}, {"id": 33, "type": "field_declaration", "text": "}BmItemGlob", "parent": 23, "children": [34, 35], "start_point": {"row": 43, "column": 1}, "end_point": {"row": 43, "column": 12}}, {"id": 34, "type": "primitive_type", "text": "}Bm", "parent": 33, "children": [], "start_point": {"row": 43, "column": 1}, "end_point": {"row": 43, "column": 4}}, {"id": 35, "type": "field_identifier", "text": "temGlo", "parent": 33, "children": [], "start_point": {"row": 43, "column": 5}, "end_point": {"row": 43, "column": 11}}, {"id": 36, "type": "type_identifier", "text": ";\n\ntypedef s", "parent": 21, "children": [], "start_point": {"row": 44, "column": 1}, "end_point": {"row": 44, "column": 13}}, {"id": 37, "type": "type_definition", "text": "ct\n{\n\tmListItem i;\n\tchar *comment; //NULL \u3067\u306a\u3057\n\tint lineno;\n}BmItemLocal;\n\n#ifdef __cpluspl", "parent": 0, "children": [38, 39, 52], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 51, "column": 13}}, {"id": 38, "type": "typedef", "text": "ct\n{\n\tm", "parent": 37, "children": [], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 46, "column": 7}}, {"id": 39, "type": "struct_specifier", "text": "istItem i;\n\tchar *comment; //NULL \u3067\u306a\u3057\n\tint lineno;\n}BmItemLocal;\n\n#ifd", "parent": 37, "children": [40], "start_point": {"row": 46, "column": 8}, "end_point": {"row": 51, "column": 1}}, {"id": 40, "type": "struct", "text": "istIte", "parent": 39, "children": [], "start_point": {"row": 46, "column": 8}, "end_point": {"row": 46, "column": 14}}, {"id": 41, "type": "field_declaration", "text": "\n\tchar *comm", "parent": 39, "children": [42, 43], "start_point": {"row": 48, "column": 1}, "end_point": {"row": 48, "column": 13}}, {"id": 42, "type": "type_identifier", "text": "\n\tchar *c", "parent": 41, "children": [], "start_point": {"row": 48, "column": 1}, "end_point": {"row": 48, "column": 10}}, {"id": 43, "type": "field_identifier", "text": "m", "parent": 41, "children": [], "start_point": {"row": 48, "column": 11}, "end_point": {"row": 48, "column": 12}}, {"id": 44, "type": "field_declaration", "text": "t; //NULL \u3067\u306a\u3057\n", "parent": 39, "children": [45, 46], "start_point": {"row": 49, "column": 1}, "end_point": {"row": 49, "column": 15}}, {"id": 45, "type": "primitive_type", "text": "t; /", "parent": 44, "children": [], "start_point": {"row": 49, "column": 1}, "end_point": {"row": 49, "column": 5}}, {"id": 46, "type": "pointer_declarator", "text": "NULL \u3067\u306a\u3057", "parent": 44, "children": [47, 48], "start_point": {"row": 49, "column": 6}, "end_point": {"row": 49, "column": 14}}, {"id": 47, "type": "*", "text": "N", "parent": 46, "children": [], "start_point": {"row": 49, "column": 6}, "end_point": {"row": 49, "column": 7}}, {"id": 48, "type": "field_identifier", "text": "ULL \u3067\u306a\u3057", "parent": 46, "children": [], "start_point": {"row": 49, "column": 7}, "end_point": {"row": 49, "column": 14}}, {"id": 49, "type": "field_declaration", "text": "mLocal;\n\n#i", "parent": 39, "children": [50, 51], "start_point": {"row": 50, "column": 1}, "end_point": {"row": 50, "column": 12}}, {"id": 50, "type": "primitive_type", "text": "mLo", "parent": 49, "children": [], "start_point": {"row": 50, "column": 1}, "end_point": {"row": 50, "column": 4}}, {"id": 51, "type": "field_identifier", "text": "al;\n\n#", "parent": 49, "children": [], "start_point": {"row": 50, "column": 5}, "end_point": {"row": 50, "column": 11}}, {"id": 52, "type": "type_identifier", "text": "ef __cplusp", "parent": 37, "children": [], "start_point": {"row": 51, "column": 1}, "end_point": {"row": 51, "column": 12}}, {"id": 53, "type": "preproc_ifdef", "text": "\nextern \"C\" {\n#endif\nvoid BookmarkFree();\n\nBmItemGlobal *BookmarkGlobal_add();\nvoid BookmarkGlobal_getListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlobal_saveFile();\nvoid BookmarkGlobal_loadFile();\n\nBmItemLocal *BookmarkLocal_add(mStr *strcomment);\nvoid BookmarkLocal_getListStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLocal_saveFile(const char *fname);\nvoid BookmarkLocal_loadFile(const char *fname);\n#ifdef __cplusplus\n}\n#endif\n#endif\n", "parent": 0, "children": [54, 55, 56, 150], "start_point": {"row": 53, "column": 0}, "end_point": {"row": 69, "column": 6}}, {"id": 54, "type": "#ifdef", "text": "\nexter", "parent": 53, "children": [], "start_point": {"row": 53, "column": 0}, "end_point": {"row": 53, "column": 6}}, {"id": 55, "type": "identifier", "text": " \"C\" {\n#end", "parent": 53, "children": [], "start_point": {"row": 53, "column": 7}, "end_point": {"row": 53, "column": 18}}, {"id": 56, "type": "linkage_specification", "text": "f\nvoid BookmarkFree();\n\nBmItemGlobal *BookmarkGlobal_add();\nvoid BookmarkGlobal_getListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlobal_saveFile();\nvoid BookmarkGlobal_loadFile();\n\nBmItemLocal *BookmarkLocal_add(mStr *strcomment);\nvoid BookmarkLocal_getListStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLocal_saveFile(const char *fname);\nvoid BookmarkLocal_loadFile(const char *fname);\n#ifdef __cplusplus\n}\n#endif\n#endif\n", "parent": 53, "children": [57, 58], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 68, "column": 1}}, {"id": 57, "type": "extern", "text": "f\nvoid", "parent": 56, "children": [], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 54, "column": 6}}, {"id": 58, "type": "string_literal", "text": "Boo", "parent": 56, "children": [], "start_point": {"row": 54, "column": 7}, "end_point": {"row": 54, "column": 10}}, {"id": 59, "type": "preproc_call", "text": "rkFree(", "parent": 56, "children": [60], "start_point": {"row": 55, "column": 0}, "end_point": {"row": 56, "column": 0}}, {"id": 60, "type": "preproc_directive", "text": "rkFree", "parent": 59, "children": [], "start_point": {"row": 55, "column": 0}, "end_point": {"row": 55, "column": 6}}, {"id": 61, "type": "declaration", "text": ");\n\nBmItemGlobal *Bo", "parent": 56, "children": [62, 63], "start_point": {"row": 56, "column": 0}, "end_point": {"row": 56, "column": 20}}, {"id": 62, "type": "primitive_type", "text": ");\n\n", "parent": 61, "children": [], "start_point": {"row": 56, "column": 0}, "end_point": {"row": 56, "column": 4}}, {"id": 63, "type": "function_declarator", "text": "mItemGlobal *B", "parent": 61, "children": [64, 65], "start_point": {"row": 56, "column": 5}, "end_point": {"row": 56, "column": 19}}, {"id": 64, "type": "identifier", "text": "mItemGlobal ", "parent": 63, "children": [], "start_point": {"row": 56, "column": 5}, "end_point": {"row": 56, "column": 17}}, {"id": 65, "type": "parameter_list", "text": "*B", "parent": 63, "children": [], "start_point": {"row": 56, "column": 17}, "end_point": {"row": 56, "column": 19}}, {"id": 66, "type": "declaration", "text": "markGlobal_add();\nvoid BookmarkGlob", "parent": 56, "children": [67, 68], "start_point": {"row": 58, "column": 0}, "end_point": {"row": 58, "column": 35}}, {"id": 67, "type": "type_identifier", "text": "markGlobal_a", "parent": 66, "children": [], "start_point": {"row": 58, "column": 0}, "end_point": {"row": 58, "column": 12}}, {"id": 68, "type": "pointer_declarator", "text": "d();\nvoid BookmarkGlo", "parent": 66, "children": [69, 70], "start_point": {"row": 58, "column": 13}, "end_point": {"row": 58, "column": 34}}, {"id": 69, "type": "*", "text": "d", "parent": 68, "children": [], "start_point": {"row": 58, "column": 13}, "end_point": {"row": 58, "column": 14}}, {"id": 70, "type": "function_declarator", "text": "();\nvoid BookmarkGlo", "parent": 68, "children": [71, 72], "start_point": {"row": 58, "column": 14}, "end_point": {"row": 58, "column": 34}}, {"id": 71, "type": "identifier", "text": "();\nvoid BookmarkG", "parent": 70, "children": [], "start_point": {"row": 58, "column": 14}, "end_point": {"row": 58, "column": 32}}, {"id": 72, "type": "parameter_list", "text": "lo", "parent": 70, "children": [], "start_point": {"row": 58, "column": 32}, "end_point": {"row": 58, "column": 34}}, {"id": 73, "type": "declaration", "text": "l_getListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlob", "parent": 56, "children": [74, 75], "start_point": {"row": 59, "column": 0}, "end_point": {"row": 59, "column": 59}}, {"id": 74, "type": "primitive_type", "text": "l_ge", "parent": 73, "children": [], "start_point": {"row": 59, "column": 0}, "end_point": {"row": 59, "column": 4}}, {"id": 75, "type": "function_declarator", "text": "ListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlo", "parent": 73, "children": [76, 77], "start_point": {"row": 59, "column": 5}, "end_point": {"row": 59, "column": 58}}, {"id": 76, "type": "identifier", "text": "ListStr(mStr *str,BmItemG", "parent": 75, "children": [], "start_point": {"row": 59, "column": 5}, "end_point": {"row": 59, "column": 30}}, {"id": 77, "type": "parameter_list", "text": "lobal *pi);\nvoid BookmarkGlo", "parent": 75, "children": [78, 83], "start_point": {"row": 59, "column": 30}, "end_point": {"row": 59, "column": 58}}, {"id": 78, "type": "parameter_declaration", "text": "obal *pi)", "parent": 77, "children": [79, 80], "start_point": {"row": 59, "column": 31}, "end_point": {"row": 59, "column": 40}}, {"id": 79, "type": "type_identifier", "text": "obal", "parent": 78, "children": [], "start_point": {"row": 59, "column": 31}, "end_point": {"row": 59, "column": 35}}, {"id": 80, "type": "pointer_declarator", "text": "*pi)", "parent": 78, "children": [81, 82], "start_point": {"row": 59, "column": 36}, "end_point": {"row": 59, "column": 40}}, {"id": 81, "type": "*", "text": "*", "parent": 80, "children": [], "start_point": {"row": 59, "column": 36}, "end_point": {"row": 59, "column": 37}}, {"id": 82, "type": "identifier", "text": "pi)", "parent": 80, "children": [], "start_point": {"row": 59, "column": 37}, "end_point": {"row": 59, "column": 40}}, {"id": 83, "type": "parameter_declaration", "text": "\nvoid BookmarkGl", "parent": 77, "children": [84, 85], "start_point": {"row": 59, "column": 41}, "end_point": {"row": 59, "column": 57}}, {"id": 84, "type": "type_identifier", "text": "\nvoid Bookma", "parent": 83, "children": [], "start_point": {"row": 59, "column": 41}, "end_point": {"row": 59, "column": 53}}, {"id": 85, "type": "pointer_declarator", "text": "kGl", "parent": 83, "children": [86, 87], "start_point": {"row": 59, "column": 54}, "end_point": {"row": 59, "column": 57}}, {"id": 86, "type": "*", "text": "k", "parent": 85, "children": [], "start_point": {"row": 59, "column": 54}, "end_point": {"row": 59, "column": 55}}, {"id": 87, "type": "identifier", "text": "Gl", "parent": 85, "children": [], "start_point": {"row": 59, "column": 55}, "end_point": {"row": 59, "column": 57}}, {"id": 88, "type": "declaration", "text": "l_saveFile();\nvoid BookmarkGlob", "parent": 56, "children": [89, 90], "start_point": {"row": 60, "column": 0}, "end_point": {"row": 60, "column": 31}}, {"id": 89, "type": "primitive_type", "text": "l_sa", "parent": 88, "children": [], "start_point": {"row": 60, "column": 0}, "end_point": {"row": 60, "column": 4}}, {"id": 90, "type": "function_declarator", "text": "eFile();\nvoid BookmarkGlo", "parent": 88, "children": [91, 92], "start_point": {"row": 60, "column": 5}, "end_point": {"row": 60, "column": 30}}, {"id": 91, "type": "identifier", "text": "eFile();\nvoid BookmarkG", "parent": 90, "children": [], "start_point": {"row": 60, "column": 5}, "end_point": {"row": 60, "column": 28}}, {"id": 92, "type": "parameter_list", "text": "lo", "parent": 90, "children": [], "start_point": {"row": 60, "column": 28}, "end_point": {"row": 60, "column": 30}}, {"id": 93, "type": "declaration", "text": "l_loadFile();\n\nBmItemLocal *Boo", "parent": 56, "children": [94, 95], "start_point": {"row": 61, "column": 0}, "end_point": {"row": 61, "column": 31}}, {"id": 94, "type": "primitive_type", "text": "l_lo", "parent": 93, "children": [], "start_point": {"row": 61, "column": 0}, "end_point": {"row": 61, "column": 4}}, {"id": 95, "type": "function_declarator", "text": "dFile();\n\nBmItemLocal *Bo", "parent": 93, "children": [96, 97], "start_point": {"row": 61, "column": 5}, "end_point": {"row": 61, "column": 30}}, {"id": 96, "type": "identifier", "text": "dFile();\n\nBmItemLocal *", "parent": 95, "children": [], "start_point": {"row": 61, "column": 5}, "end_point": {"row": 61, "column": 28}}, {"id": 97, "type": "parameter_list", "text": "Bo", "parent": 95, "children": [], "start_point": {"row": 61, "column": 28}, "end_point": {"row": 61, "column": 30}}, {"id": 98, "type": "declaration", "text": "arkLocal_add(mStr *strcomment);\nvoid BookmarkLoca", "parent": 56, "children": [99, 100], "start_point": {"row": 63, "column": 0}, "end_point": {"row": 63, "column": 49}}, {"id": 99, "type": "type_identifier", "text": "arkLocal_ad", "parent": 98, "children": [], "start_point": {"row": 63, "column": 0}, "end_point": {"row": 63, "column": 11}}, {"id": 100, "type": "pointer_declarator", "text": "(mStr *strcomment);\nvoid BookmarkLoc", "parent": 98, "children": [101], "start_point": {"row": 63, "column": 12}, "end_point": {"row": 63, "column": 48}}, {"id": 101, "type": "function_declarator", "text": "mStr *strcomment);\nvoid BookmarkLoc", "parent": 100, "children": [102, 103], "start_point": {"row": 63, "column": 13}, "end_point": {"row": 63, "column": 48}}, {"id": 102, "type": "identifier", "text": "mStr *strcomment)", "parent": 101, "children": [], "start_point": {"row": 63, "column": 13}, "end_point": {"row": 63, "column": 30}}, {"id": 103, "type": "parameter_list", "text": ";\nvoid BookmarkLoc", "parent": 101, "children": [104], "start_point": {"row": 63, "column": 30}, "end_point": {"row": 63, "column": 48}}, {"id": 104, "type": "parameter_declaration", "text": "\nvoid BookmarkLo", "parent": 103, "children": [105, 106], "start_point": {"row": 63, "column": 31}, "end_point": {"row": 63, "column": 47}}, {"id": 105, "type": "type_identifier", "text": "\nvoi", "parent": 104, "children": [], "start_point": {"row": 63, "column": 31}, "end_point": {"row": 63, "column": 35}}, {"id": 106, "type": "pointer_declarator", "text": " BookmarkLo", "parent": 104, "children": [107, 108], "start_point": {"row": 63, "column": 36}, "end_point": {"row": 63, "column": 47}}, {"id": 107, "type": "*", "text": " ", "parent": 106, "children": [], "start_point": {"row": 63, "column": 36}, "end_point": {"row": 63, "column": 37}}, {"id": 108, "type": "identifier", "text": "BookmarkLo", "parent": 106, "children": [], "start_point": {"row": 63, "column": 37}, "end_point": {"row": 63, "column": 47}}, {"id": 109, "type": "declaration", "text": "_getListStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLoca", "parent": 56, "children": [110, 111], "start_point": {"row": 64, "column": 0}, "end_point": {"row": 64, "column": 57}}, {"id": 110, "type": "primitive_type", "text": "_get", "parent": 109, "children": [], "start_point": {"row": 64, "column": 0}, "end_point": {"row": 64, "column": 4}}, {"id": 111, "type": "function_declarator", "text": "istStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLoc", "parent": 109, "children": [112, 113], "start_point": {"row": 64, "column": 5}, "end_point": {"row": 64, "column": 56}}, {"id": 112, "type": "identifier", "text": "istStr(mStr *str,BmItemL", "parent": 111, "children": [], "start_point": {"row": 64, "column": 5}, "end_point": {"row": 64, "column": 29}}, {"id": 113, "type": "parameter_list", "text": "ocal *pi);\nvoid BookmarkLoc", "parent": 111, "children": [114, 119], "start_point": {"row": 64, "column": 29}, "end_point": {"row": 64, "column": 56}}, {"id": 114, "type": "parameter_declaration", "text": "cal *pi);", "parent": 113, "children": [115, 116], "start_point": {"row": 64, "column": 30}, "end_point": {"row": 64, "column": 39}}, {"id": 115, "type": "type_identifier", "text": "cal ", "parent": 114, "children": [], "start_point": {"row": 64, "column": 30}, "end_point": {"row": 64, "column": 34}}, {"id": 116, "type": "pointer_declarator", "text": "pi);", "parent": 114, "children": [117, 118], "start_point": {"row": 64, "column": 35}, "end_point": {"row": 64, "column": 39}}, {"id": 117, "type": "*", "text": "p", "parent": 116, "children": [], "start_point": {"row": 64, "column": 35}, "end_point": {"row": 64, "column": 36}}, {"id": 118, "type": "identifier", "text": "i);", "parent": 116, "children": [], "start_point": {"row": 64, "column": 36}, "end_point": {"row": 64, "column": 39}}, {"id": 119, "type": "parameter_declaration", "text": "void BookmarkLo", "parent": 113, "children": [120, 121], "start_point": {"row": 64, "column": 40}, "end_point": {"row": 64, "column": 55}}, {"id": 120, "type": "type_identifier", "text": "void Bookma", "parent": 119, "children": [], "start_point": {"row": 64, "column": 40}, "end_point": {"row": 64, "column": 51}}, {"id": 121, "type": "pointer_declarator", "text": "kLo", "parent": 119, "children": [122, 123], "start_point": {"row": 64, "column": 52}, "end_point": {"row": 64, "column": 55}}, {"id": 122, "type": "*", "text": "k", "parent": 121, "children": [], "start_point": {"row": 64, "column": 52}, "end_point": {"row": 64, "column": 53}}, {"id": 123, "type": "identifier", "text": "Lo", "parent": 121, "children": [], "start_point": {"row": 64, "column": 53}, "end_point": {"row": 64, "column": 55}}, {"id": 124, "type": "declaration", "text": "_saveFile(const char *fname);\nvoid BookmarkLoca", "parent": 56, "children": [125, 126], "start_point": {"row": 65, "column": 0}, "end_point": {"row": 65, "column": 47}}, {"id": 125, "type": "primitive_type", "text": "_sav", "parent": 124, "children": [], "start_point": {"row": 65, "column": 0}, "end_point": {"row": 65, "column": 4}}, {"id": 126, "type": "function_declarator", "text": "File(const char *fname);\nvoid BookmarkLoc", "parent": 124, "children": [127, 128], "start_point": {"row": 65, "column": 5}, "end_point": {"row": 65, "column": 46}}, {"id": 127, "type": "identifier", "text": "File(const char *fname", "parent": 126, "children": [], "start_point": {"row": 65, "column": 5}, "end_point": {"row": 65, "column": 27}}, {"id": 128, "type": "parameter_list", "text": ");\nvoid BookmarkLoc", "parent": 126, "children": [129], "start_point": {"row": 65, "column": 27}, "end_point": {"row": 65, "column": 46}}, {"id": 129, "type": "parameter_declaration", "text": ";\nvoid BookmarkLo", "parent": 128, "children": [130, 131, 132], "start_point": {"row": 65, "column": 28}, "end_point": {"row": 65, "column": 45}}, {"id": 130, "type": "type_qualifier", "text": ";\nvoi", "parent": 129, "children": [], "start_point": {"row": 65, "column": 28}, "end_point": {"row": 65, "column": 33}}, {"id": 131, "type": "primitive_type", "text": " Boo", "parent": 129, "children": [], "start_point": {"row": 65, "column": 34}, "end_point": {"row": 65, "column": 38}}, {"id": 132, "type": "pointer_declarator", "text": "markLo", "parent": 129, "children": [133, 134], "start_point": {"row": 65, "column": 39}, "end_point": {"row": 65, 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[59], "literals": [8, 58], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 9, "universal_type": "function", "name": "unknown", "text_snippet": "EM_G(p) ((BmItemGlobal *)(p))\n#define BMIT"}, {"node_id": 15, "universal_type": "function", "name": "unknown", "text_snippet": "EM_L(p) ((BmItemLocal *)(p))\n\ntypedef str"}, {"node_id": 63, "universal_type": "function", "name": "unknown", "text_snippet": "mItemGlobal *B"}, {"node_id": 70, "universal_type": "function", "name": "BookmarkGlo", "text_snippet": "();\nvoid BookmarkGlo"}, {"node_id": 75, "universal_type": "function", "name": "BookmarkGlo", "text_snippet": "ListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlo"}, {"node_id": 90, "universal_type": "function", "name": "BookmarkGlo", "text_snippet": "eFile();\nvoid BookmarkGlo"}, {"node_id": 95, "universal_type": "function", "name": "unknown", "text_snippet": "dFile();\n\nBmItemLocal *Bo"}, {"node_id": 101, "universal_type": "function", "name": "BookmarkLoc", "text_snippet": "mStr *strcomment);\nvoid BookmarkLoc"}, {"node_id": 111, "universal_type": "function", "name": "BookmarkLoc", "text_snippet": "istStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLoc"}, {"node_id": 126, "universal_type": "function", "name": "BookmarkLoc", "text_snippet": "File(const char *fname);\nvoid BookmarkLoc"}, {"node_id": 137, "universal_type": "function", "name": "unknown", "text_snippet": "File(const char *fname);\n#ifdef __cpluspl"}], "class_declarations": [{"node_id": 23, "universal_type": "class", "name": "lineno;", "text_snippet": "istItem i;\n\tchar *fname;\n\tint lineno;\n}BmItemGlobal"}, {"node_id": 24, "universal_type": "class", "name": "unknown", "text_snippet": "istIte"}, {"node_id": 39, "universal_type": "class", "name": "lineno;", "text_snippet": "istItem i;\n\tchar *comment; //NULL \u3067\u306a\u3057\n\tint lineno;\n}BmItemLocal;\n\n#ifd"}, {"node_id": 40, "universal_type": "class", "name": "unknown", "text_snippet": "istIte"}], "import_statements": [{"node_id": 6, "text": "istDef.h\"\n\n#define BMI"}, {"node_id": 7, "text": "istDef.h"}]}, "original_source_code": "/*$\nCopyright (c) 2014-2017, Azel\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n * Redistributions of source code must retain the above copyright\n notice, this list of conditions and the following disclaimer.\n * Redistributions in binary form must reproduce the above copyright\n notice, this list of conditions and the following disclaimer in the\n documentation and/or other materials provided with the distribution.\n * Neither the name of the <organization> nor the\n names of its contributors may be used to endorse or promote products\n derived from this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\" AND\nANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED\nWARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL <COPYRIGHT HOLDER> BE LIABLE FOR ANY\nDIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES\n(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;\nLOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND\nON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT\n(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n$*/\n\n/********************************\n * \u3057\u304a\u308a\u30c7\u30fc\u30bf\n ********************************/\n\n#ifndef BOOKMARKDAT_H\n#define BOOKMARKDAT_H\n\n#include \"mListDef.h\"\n\n#define BMITEM_G(p) ((BmItemGlobal *)(p))\n#define BMITEM_L(p) ((BmItemLocal *)(p))\n\ntypedef struct\n{\n\tmListItem i;\n\tchar *fname;\n\tint lineno;\n}BmItemGlobal;\n\ntypedef struct\n{\n\tmListItem i;\n\tchar *comment; //NULL \u3067\u306a\u3057\n\tint lineno;\n}BmItemLocal;\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\nvoid BookmarkFree();\n\nBmItemGlobal *BookmarkGlobal_add();\nvoid BookmarkGlobal_getListStr(mStr *str,BmItemGlobal *pi);\nvoid BookmarkGlobal_saveFile();\nvoid BookmarkGlobal_loadFile();\n\nBmItemLocal *BookmarkLocal_add(mStr *strcomment);\nvoid BookmarkLocal_getListStr(mStr *str,BmItemLocal *pi);\nvoid BookmarkLocal_saveFile(const char *fname);\nvoid BookmarkLocal_loadFile(const char *fname);\n#ifdef __cplusplus\n}\n#endif\n#endif\n"}
| 271
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c
|
//
// SlideTransitionAnimator.h
// SlideController
//
// Created by weuse_hao on 2018/9/3.
// Copyright © 2018 weuse_hao. All rights reserved.
//
#import <UIKit/UIKit.h>
typedef NS_ENUM(NSUInteger, SlideTransitionType) {
SlideTransitionTypeModal,
SlideTransitionTypePush,
};
NS_ASSUME_NONNULL_BEGIN
@interface SlideTransitionAnimator : NSObject <UIViewControllerAnimatedTransitioning>
- (instancetype)initWithTargetEdge:(UIRectEdge)targetEdge transitionType:(SlideTransitionType)transitionType;
@property (nonatomic, readwrite) UIRectEdge targetEdge;
@property (nonatomic, assign) SlideTransitionType transitionType;
@end
NS_ASSUME_NONNULL_END
| 33.53
| 19
|
(translation_unit) "//\n// SlideTransitionAnimator.h\n// SlideController\n//\n// Created by weuse_hao on 2018/9/3.\n// Copyright © 2018 weuse_hao. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\ntypedef NS_ENUM(NSUInteger, SlideTransitionType) {\n SlideTransitionTypeModal,\n SlideTransitionTypePush,\n};\n\nNS_ASSUME_NONNULL_BEGIN\n\n@interface SlideTransitionAnimator : NSObject <UIViewControllerAnimatedTransitioning>\n\n- (instancetype)initWithTargetEdge:(UIRectEdge)targetEdge transitionType:(SlideTransitionType)transitionType;\n\n@property (nonatomic, readwrite) UIRectEdge targetEdge;\n\n@property (nonatomic, assign) SlideTransitionType transitionType;\n\n@end\n\nNS_ASSUME_NONNULL_END\n"
(comment) "//"
(comment) "// SlideTransitionAnimator.h"
(comment) "// SlideController"
(comment) "//"
(comment) "// Created by weuse_hao on 2018/9/3."
(comment) "// Copyright © 2018 weuse_hao. All rights reserved.\n"
(comment) "/\n"
(preproc_call) "import <UIKit/UIKit.h>\n\n"
(preproc_directive) "import "
(preproc_arg) "UIKit/UIKit.h>\n"
(type_definition) "ypedef NS_ENUM(NSUInteger, SlideTransitionType) {\n SlideTransitionTypeModal,\n SlideTransitionTypePush,\n};\n\nNS_ASSUME_NONNULL_BEGIN\n\n@interface "
(typedef) "ypedef "
(macro_type_specifier) "S_ENUM(NSUInteger, SlideTransitionType) "
(identifier) "S_ENUM("
(() "N"
(ERROR) "SUInteger, "
(type_descriptor) "SUInteger,"
(type_identifier) "SUInteger,"
(,) " "
(type_descriptor) "lideTransitionType)"
(type_identifier) "lideTransitionType)"
()) " "
(ERROR) "\n"
({) "\n"
(type_identifier) "lideTransitionTypeModal,"
(,) "\n"
(type_identifier) "lideTransitionTypePush,"
(,) "\n"
(ERROR) ";\n\nNS_ASSUME_NONNULL_BEGIN\n\n@i"
(}) ";"
(;) "\n"
(type_identifier) "S_ASSUME_NONNULL_BEGIN\n"
(ERROR) "i"
(type_identifier) "nterface "
(;) ""
(labeled_statement) "lideTransitionAnimator : NSObject <UIViewControllerAnimatedTransitioning>\n\n- (instancetype)initWithTargetEdge:(UIRectEdge)targetEdge "
(statement_identifier) "lideTransitionAnimator "
(ERROR) " NSObject <UIViewControllerAnimatedTransitioning>\n\n- (instancetype)initWithTargetEdge:"
(:) " "
(binary_expression) "SObject <UIViewControllerAnimatedTransitioning>\n\n- (instancetype)initWithTargetEdge:"
(binary_expression) "SObject <UIViewControllerAnimatedTransitioning>"
(identifier) "SObject "
(<) "U"
(identifier) "IViewControllerAnimatedTransitioning>"
(>) "\n"
(unary_expression) " (instancetype)initWithTargetEdge:"
(-) " "
(cast_expression) "instancetype)initWithTargetEdge:"
(() "i"
(type_descriptor) "nstancetype)"
(type_identifier) "nstancetype)"
()) "i"
(identifier) "nitWithTargetEdge:"
(:) "("
(expression_statement) "UIRectEdge)targetEdge "
(cast_expression) "UIRectEdge)targetEdge "
(() "U"
(type_descriptor) "IRectEdge)"
(type_identifier) "IRectEdge)"
()) "t"
(identifier) "argetEdge "
(;) ""
(labeled_statement) "ransitionType:(SlideTransitionType)transitionType;\n"
(statement_identifier) "ransitionType:"
(:) "("
(expression_statement) "SlideTransitionType)transitionType;\n"
(cast_expression) "SlideTransitionType)transitionType;"
(() "S"
(type_descriptor) "lideTransitionType)"
(type_identifier) "lideTransitionType)"
()) "t"
(identifier) "ransitionType;"
(;) "\n"
(ERROR) "property (nonatomic, readwrite) UIRectEdge "
(ERROR) "p"
(call_expression) "roperty (nonatomic, readwrite) "
(identifier) "roperty "
(argument_list) "nonatomic, readwrite) "
(() "n"
(identifier) "onatomic,"
(,) " "
(identifier) "eadwrite)"
()) " "
(identifier) "IRectEdge "
(expression_statement) "argetEdge;\n"
(identifier) "argetEdge;"
(;) "\n"
(ERROR) "property (nonatomic, assign) SlideTransitionType "
(ERROR) "p"
(call_expression) "roperty (nonatomic, assign) "
(identifier) "roperty "
(argument_list) "nonatomic, assign) "
(() "n"
(identifier) "onatomic,"
(,) " "
(identifier) "ssign)"
()) " "
(identifier) "lideTransitionType "
(expression_statement) "ransitionType;\n"
(identifier) "ransitionType;"
(;) "\n"
(ERROR) "e"
(ERROR) "e"
(declaration) "nd\n\nNS_ASSUME_NONNULL_END\n"
(type_identifier) "nd\n"
(identifier) "S_ASSUME_NONNULL_END\n"
(;) ""
| 108
| 11
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"cross_language_map": {"function_declarations": [], "class_declarations": [], "import_statements": []}, "original_source_code": "//\n// SlideTransitionAnimator.h\n// SlideController\n//\n// Created by weuse_hao on 2018/9/3.\n// Copyright \u00a9 2018 weuse_hao. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\ntypedef NS_ENUM(NSUInteger, SlideTransitionType) {\n SlideTransitionTypeModal,\n SlideTransitionTypePush,\n};\n\nNS_ASSUME_NONNULL_BEGIN\n\n@interface SlideTransitionAnimator : NSObject <UIViewControllerAnimatedTransitioning>\n\n- (instancetype)initWithTargetEdge:(UIRectEdge)targetEdge transitionType:(SlideTransitionType)transitionType;\n\n@property (nonatomic, readwrite) UIRectEdge targetEdge;\n\n@property (nonatomic, assign) SlideTransitionType transitionType;\n\n@end\n\nNS_ASSUME_NONNULL_END\n"}
| 272
|
c
|
// StrArray.h: interface for the CStrArray class.
//
//////////////////////////////////////////////////////////////////////
#if !defined(AFX_STRARRAY_H__9F745161_BBA5_4006_8CA4_3F201B316DED__INCLUDED_)
#define AFX_STRARRAY_H__9F745161_BBA5_4006_8CA4_3F201B316DED__INCLUDED_
#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000
#include "sarray.hpp"
typedef struct tagSTRING
{
char *pszBuf;
int nLen;
}STRING;
class CStrArray : public CSArray<STRING>
{
public:
int AddString(const char *pszString,int nLen=-1);
void RemoveAll();
CStrArray();
virtual ~CStrArray();
};
typedef struct tagWSTRING
{
WCHAR *pszBuf;
int nLen;
}WSTRING;
class CWStrArray : public CSArray<WSTRING>
{
public:
int AddString(const WCHAR *pszString,int nLen=-1);
void RemoveAll();
CWStrArray();
virtual ~CWStrArray();
};
#endif // !defined(AFX_STRARRAY_H__9F745161_BBA5_4006_8CA4_3F201B316DED__INCLUDED_)
| 21.57
| 42
|
(translation_unit) "// StrArray.h: interface for the CStrArray class.
\n//
\n//////////////////////////////////////////////////////////////////////
\n
\n#if !defined(AFX_STRARRAY_H__9F745161_BBA5_4006_8CA4_3F201B316DED__INCLUDED_)
\n#define AFX_STRARRAY_H__9F745161_BBA5_4006_8CA4_3F201B316DED__INCLUDED_
\n
\n#if _MSC_VER > 1000
\n#pragma once
\n#endif // _MSC_VER > 1000
\n#include "sarray.hpp"
\n
\ntypedef struct tagSTRING
\n{
\n char *pszBuf;
\n int nLen;
\n}STRING;
\n
\nclass CStrArray : public CSArray<STRING>
\n{
\npublic:
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\n void RemoveAll();
\n CStrArray();
\n virtual ~CStrArray();
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\ntypedef struct tagWSTRING
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\n WCHAR *pszBuf;
\n int nLen;
\n}WSTRING;
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(comment) "// StrArray.h: interface for the CStrArray class.
"
(comment) "//
"
(comment) "//////////////////////////////////////////////////////////////////////
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(preproc_if) "#if !defined(AFX_STRARRAY_H__9F745161_BBA5_4006_8CA4_3F201B316DED__INCLUDED_)
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\n WCHAR *pszBuf;
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(() "("
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(() "("
()) ")"
(;) ";"
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(() "("
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(declaration) "virtual ~CWStrArray();"
(type_identifier) "virtual"
(ERROR) "~"
(~) "~"
(function_declarator) "CWStrArray()"
(identifier) "CWStrArray"
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(() "("
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(;) ";"
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(expression_statement) ";"
(;) ";"
(#endif) "#endif"
(comment) "// !defined(AFX_STRARRAY_H__9F745161_BBA5_4006_8CA4_3F201B316DED__INCLUDED_)
"
| 211
| 6
|
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nLen=-1);", "parent": 92, "children": [100], "start_point": {"row": 35, "column": 0}, "end_point": {"row": 36, "column": 51}}, {"id": 100, "type": "declaration", "text": "int AddString(const WCHAR *pszString,int nLen=-1);", "parent": 99, "children": [101, 102], "start_point": {"row": 36, "column": 1}, "end_point": {"row": 36, "column": 51}}, {"id": 101, "type": "primitive_type", "text": "int", "parent": 100, "children": [], "start_point": {"row": 36, "column": 1}, "end_point": {"row": 36, "column": 4}}, {"id": 102, "type": "init_declarator", "text": "AddString(const WCHAR *pszString,int nLen=-1", "parent": 100, "children": [103, 114, 115], "start_point": {"row": 36, "column": 5}, "end_point": {"row": 36, "column": 49}}, {"id": 103, "type": "function_declarator", "text": "AddString(const WCHAR *pszString,int nLen", "parent": 102, "children": [104, 105], "start_point": {"row": 36, "column": 5}, "end_point": {"row": 36, "column": 46}}, {"id": 104, "type": "identifier", "text": "AddString", "parent": 103, "children": [], "start_point": {"row": 36, "column": 5}, "end_point": {"row": 36, "column": 14}}, {"id": 105, "type": "parameter_list", "text": "(const WCHAR *pszString,int nLen", "parent": 103, "children": [106, 111], "start_point": {"row": 36, "column": 14}, "end_point": {"row": 36, "column": 46}}, {"id": 106, "type": "parameter_declaration", "text": "const WCHAR *pszString", "parent": 105, "children": [107, 108], "start_point": {"row": 36, "column": 15}, "end_point": {"row": 36, "column": 37}}, {"id": 107, "type": "type_identifier", "text": "WCHAR", "parent": 106, "children": [], "start_point": {"row": 36, "column": 21}, "end_point": {"row": 36, "column": 26}}, {"id": 108, "type": "pointer_declarator", "text": "*pszString", "parent": 106, "children": [109, 110], "start_point": {"row": 36, "column": 27}, "end_point": {"row": 36, "column": 37}}, {"id": 109, "type": "*", "text": "*", "parent": 108, "children": [], "start_point": {"row": 36, "column": 27}, "end_point": {"row": 36, "column": 28}}, {"id": 110, "type": "identifier", "text": "pszString", "parent": 108, "children": [], "start_point": {"row": 36, "column": 28}, "end_point": {"row": 36, "column": 37}}, {"id": 111, "type": "parameter_declaration", "text": "int nLen", "parent": 105, "children": [112, 113], "start_point": {"row": 36, "column": 38}, "end_point": {"row": 36, "column": 46}}, {"id": 112, "type": "primitive_type", "text": "int", "parent": 111, "children": [], "start_point": {"row": 36, "column": 38}, "end_point": {"row": 36, "column": 41}}, {"id": 113, "type": "identifier", "text": "nLen", "parent": 111, "children": [], "start_point": {"row": 36, "column": 42}, "end_point": {"row": 36, "column": 46}}, {"id": 114, "type": "=", "text": "=", "parent": 102, "children": [], "start_point": {"row": 36, "column": 46}, "end_point": {"row": 36, "column": 47}}, {"id": 115, "type": "number_literal", "text": "-1", "parent": 102, "children": [], "start_point": {"row": 36, "column": 47}, "end_point": {"row": 36, "column": 49}}, {"id": 116, "type": "declaration", "text": "void RemoveAll();", "parent": 92, "children": [117, 118], "start_point": {"row": 37, "column": 1}, "end_point": {"row": 37, "column": 18}}, {"id": 117, "type": "primitive_type", "text": "void", "parent": 116, "children": [], "start_point": {"row": 37, "column": 1}, "end_point": {"row": 37, "column": 5}}, {"id": 118, "type": "function_declarator", "text": "RemoveAll()", "parent": 116, "children": [119, 120], "start_point": {"row": 37, "column": 6}, "end_point": {"row": 37, "column": 17}}, {"id": 119, "type": "identifier", "text": "RemoveAll", "parent": 118, "children": [], "start_point": {"row": 37, "column": 6}, "end_point": {"row": 37, "column": 15}}, {"id": 120, "type": "parameter_list", "text": "()", "parent": 118, "children": [], "start_point": {"row": 37, "column": 15}, "end_point": {"row": 37, "column": 17}}, {"id": 121, "type": "call_expression", "text": "CWStrArray()", "parent": 92, "children": [122, 123], "start_point": {"row": 38, "column": 1}, "end_point": {"row": 38, "column": 13}}, {"id": 122, "type": "identifier", "text": "CWStrArray", "parent": 121, "children": [], "start_point": {"row": 38, "column": 1}, "end_point": {"row": 38, "column": 11}}, {"id": 123, "type": "argument_list", "text": "()", "parent": 121, "children": [], "start_point": {"row": 38, "column": 11}, "end_point": {"row": 38, "column": 13}}, {"id": 124, "type": "declaration", "text": "virtual ~CWStrArray();", "parent": 92, "children": [125, 126, 128], "start_point": {"row": 39, "column": 1}, "end_point": {"row": 39, "column": 23}}, {"id": 125, "type": "type_identifier", "text": "virtual", "parent": 124, "children": [], "start_point": {"row": 39, "column": 1}, "end_point": {"row": 39, "column": 8}}, {"id": 126, "type": "ERROR", "text": "~", "parent": 124, "children": [127], "start_point": {"row": 39, "column": 9}, "end_point": {"row": 39, "column": 10}}, {"id": 127, "type": "~", "text": "~", "parent": 126, "children": [], "start_point": {"row": 39, "column": 9}, "end_point": {"row": 39, "column": 10}}, {"id": 128, "type": "function_declarator", "text": "CWStrArray()", "parent": 124, "children": [129, 130], "start_point": {"row": 39, "column": 10}, "end_point": {"row": 39, "column": 22}}, {"id": 129, "type": "identifier", "text": "CWStrArray", "parent": 128, "children": [], "start_point": {"row": 39, "column": 10}, "end_point": {"row": 39, "column": 20}}, {"id": 130, "type": "parameter_list", "text": "()", "parent": 128, "children": [], "start_point": {"row": 39, "column": 20}, "end_point": {"row": 39, "column": 22}}, {"id": 131, "type": "#endif", "text": "#endif", "parent": 0, "children": [], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 6}}]}, "node_categories": {"declarations": {"functions": [39, 50, 65, 75, 92, 103, 118, 128], "variables": [25, 30, 35, 47, 53, 58, 63, 71, 78, 83, 88, 100, 106, 111, 116, 124], "classes": [27, 28, 80, 81], "imports": [22, 23], "modules": [], "enums": []}, "statements": {"expressions": [2, 13, 68, 121], "assignments": [], "loops": [], "conditionals": [0, 1, 6, 10, 11, 12, 14, 21, 29, 34, 37, 38, 40, 42, 44, 51, 57, 60, 66, 69, 72, 76, 82, 84, 87, 90, 91, 93, 95, 97, 104, 107, 110, 113, 119, 122, 125, 129, 131], "returns": [], "exceptions": []}, "expressions": {"calls": [18], "literals": [16, 24, 62, 115], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 39, "universal_type": "function", "name": "CStrArray", "text_snippet": "class CStrArray : public CSArray<STRING> \r\n{\r\npublic:\r\n\tint AddString(const char *pszString,int nLe"}, {"node_id": 50, "universal_type": "function", "name": "unknown", "text_snippet": "AddString(const char *pszString,int nLen"}, {"node_id": 65, "universal_type": "function", "name": "unknown", "text_snippet": "RemoveAll()"}, {"node_id": 75, "universal_type": "function", "name": "unknown", "text_snippet": "CStrArray()"}, {"node_id": 92, "universal_type": "function", "name": "CWStrArray", "text_snippet": "class CWStrArray : public CSArray<WSTRING> \r\n{\r\npublic:\r\n\tint AddString(const WCHAR *pszString,int "}, {"node_id": 103, "universal_type": "function", "name": "unknown", "text_snippet": "AddString(const WCHAR *pszString,int nLen"}, {"node_id": 118, "universal_type": "function", "name": "unknown", "text_snippet": "RemoveAll()"}, {"node_id": 128, "universal_type": "function", "name": "unknown", "text_snippet": "CWStrArray()"}], "class_declarations": [{"node_id": 27, "universal_type": "class", "name": "tagSTRING", "text_snippet": "struct tagSTRING\r\n{\r\n\tchar *pszBuf;\r\n\tint nLen;\r\n}"}, {"node_id": 28, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 80, "universal_type": "class", "name": "tagWSTRING", "text_snippet": "struct tagWSTRING\r\n{\r\n\tWCHAR *pszBuf;\r\n\tint nLen;\r\n}"}, {"node_id": 81, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 22, "text": "#include \"sarray.hpp\"\r\n"}, {"node_id": 23, "text": "#include"}]}, "original_source_code": "// StrArray.h: interface for the CStrArray class.\r\n//\r\n//////////////////////////////////////////////////////////////////////\r\n\r\n#if !defined(AFX_STRARRAY_H__9F745161_BBA5_4006_8CA4_3F201B316DED__INCLUDED_)\r\n#define AFX_STRARRAY_H__9F745161_BBA5_4006_8CA4_3F201B316DED__INCLUDED_\r\n\r\n#if _MSC_VER > 1000\r\n#pragma once\r\n#endif // _MSC_VER > 1000\r\n#include \"sarray.hpp\"\r\n\r\ntypedef struct tagSTRING\r\n{\r\n\tchar *pszBuf;\r\n\tint nLen;\r\n}STRING;\r\n\r\nclass CStrArray : public CSArray<STRING> \r\n{\r\npublic:\r\n\tint AddString(const char *pszString,int nLen=-1);\r\n\tvoid RemoveAll();\r\n\tCStrArray();\r\n\tvirtual ~CStrArray();\r\n};\r\n\r\ntypedef struct tagWSTRING\r\n{\r\n\tWCHAR *pszBuf;\r\n\tint nLen;\r\n}WSTRING;\r\n\r\nclass CWStrArray : public CSArray<WSTRING> \r\n{\r\npublic:\r\n\tint AddString(const WCHAR *pszString,int nLen=-1);\r\n\tvoid RemoveAll();\r\n\tCWStrArray();\r\n\tvirtual ~CWStrArray();\r\n};\r\n#endif // !defined(AFX_STRARRAY_H__9F745161_BBA5_4006_8CA4_3F201B316DED__INCLUDED_)\r\n"}
| 273
|
c
|
#ifndef CATEGORY_BANK_INCLUDED
#define CATEGORY_BANK_INCLUDED
#include "minorGems/util/SimpleVector.h"
typedef struct CategoryRecord {
// object ID of parent object
int parentID;
// true if this category is a pattern
// means parendID is a real gameplay object, and that we add
// extra transitions only if another pattern matches for
// other elements of a transition
char isPattern;
// true if this category is a set of probability-weighted objects
char isProbabilitySet;
// child objects that are in this category
// none of these should themselves be parent objects
SimpleVector<int> objectIDSet;
// for probability sets
SimpleVector<float> objectWeights;
} CategoryRecord;
// backwards mapping
typedef struct ReverseCategoryRecord {
// child object ID
int childID;
// parent objects whose category this child object is in
SimpleVector<int> categoryIDSet;
} ReverseCategoryRecord;
// loads from categories folder
// returns number of categories that need to be loaded
int initCategoryBankStart( char *outRebuildingCache );
// returns progress... ready for Finish when progress == 1.0
float initCategoryBankStep();
void initCategoryBankFinish();
void freeCategoryBank();
CategoryRecord *getCategory( int inParentID );
ReverseCategoryRecord *getReverseCategory( int inChildID );
void addCategoryToObject( int inObjectID, int inParentID );
void removeCategoryFromObject( int inObjectID, int inParentID );
void setCategoryIsPattern( int inParentID, char inIsPattern );
void setCategoryIsProbabilitySet( int inParentID, char inIsProbabilitySet );
void removeObjectFromAllCategories( int inObjectID );
/**
NOTE:
These functions are currently not implemented in a useful way.
They result in a change to RAM records only, and the result is not
preserved on disk in the category folder.
// move category up/down on object's category list (which categories object
// is part of, and which take precedence)
void moveCategoryUp( int inObjectID, int inParentID );
void moveCategoryDown( int inObjectID, int inParentID );
*/
// move member object up/down in category's member list
void moveCategoryMemberUp( int inParentID, int inObjectID );
void moveCategoryMemberDown( int inParentID, int inObjectID );
void setMemberWeight( int inParentID, int inObjectID, float inWeight );
// only works on prob sets
void makeWeightUniform( int inParentID );
int getNumCategoriesForObject( int inObjectID );
// return -1 if index does not exist
int getCategoryForObject( int inObjectID, int inCategoryIndex );
void deleteCategoryFromBank( int inID );
// used as either parent or child
char isObjectUsedInCategories( int inObjectID );
int pickFromProbSet( int inParentID );
char isProbabilitySet( int inParentID );
#endif
| 33.42
| 85
|
(translation_unit) "#ifndef CATEGORY_BANK_INCLUDED\n#define CATEGORY_BANK_INCLUDED\n\n#include "minorGems/util/SimpleVector.h"\n\n\ntypedef struct CategoryRecord {\n // object ID of parent object\n int parentID;\n \n // true if this category is a pattern\n // means parendID is a real gameplay object, and that we add\n // extra transitions only if another pattern matches for\n // other elements of a transition\n char isPattern;\n \n // true if this category is a set of probability-weighted objects\n char isProbabilitySet;\n \n // child objects that are in this category\n // none of these should themselves be parent objects\n SimpleVector<int> objectIDSet;\n \n // for probability sets\n SimpleVector<float> objectWeights;\n\n } CategoryRecord;\n\n\n\n// backwards mapping\ntypedef struct ReverseCategoryRecord {\n // child object ID\n int childID;\n \n // parent objects whose category this child object is in\n SimpleVector<int> categoryIDSet;\n \n } ReverseCategoryRecord;\n\n\n\n// loads from categories folder\n// returns number of categories that need to be loaded\nint initCategoryBankStart( char *outRebuildingCache );\n\n// returns progress... ready for Finish when progress == 1.0\nfloat initCategoryBankStep();\nvoid initCategoryBankFinish();\n\n\nvoid freeCategoryBank();\n\n\nCategoryRecord *getCategory( int inParentID );\nReverseCategoryRecord *getReverseCategory( int inChildID );\n\n\nvoid addCategoryToObject( int inObjectID, int inParentID );\n\nvoid removeCategoryFromObject( int inObjectID, int inParentID );\n\n\nvoid setCategoryIsPattern( int inParentID, char inIsPattern );\nvoid setCategoryIsProbabilitySet( int inParentID, char inIsProbabilitySet );\n\n\n\nvoid removeObjectFromAllCategories( int inObjectID );\n\n/**\nNOTE:\nThese functions are currently not implemented in a useful way.\nThey result in a change to RAM records only, and the result is not\npreserved on disk in the category folder.\n\n// move category up/down on object's category list (which categories object\n// is part of, and which take precedence)\nvoid moveCategoryUp( int inObjectID, int inParentID );\nvoid moveCategoryDown( int inObjectID, int inParentID );\n*/\n\n// move member object up/down in category's member list\nvoid moveCategoryMemberUp( int inParentID, int inObjectID );\nvoid moveCategoryMemberDown( int inParentID, int inObjectID );\n\nvoid setMemberWeight( int inParentID, int inObjectID, float inWeight );\n\n// only works on prob sets\nvoid makeWeightUniform( int inParentID );\n\n\n\nint getNumCategoriesForObject( int inObjectID );\n\n// return -1 if index does not exist\nint getCategoryForObject( int inObjectID, int inCategoryIndex );\n\n\n\nvoid deleteCategoryFromBank( int inID );\n\n\n// used as either parent or child\nchar isObjectUsedInCategories( int inObjectID );\n\n\n\nint pickFromProbSet( int inParentID );\n\n\nchar isProbabilitySet( int inParentID );\n\n\n#endif\n"
(preproc_ifdef) "#ifndef CATEGORY_BANK_INCLUDED\n#define CATEGORY_BANK_INCLUDED\n\n#include "minorGems/util/SimpleVector.h"\n\n\ntypedef struct CategoryRecord {\n // object ID of parent object\n int parentID;\n \n // true if this category is a pattern\n // means parendID is a real gameplay object, and that we add\n // extra transitions only if another pattern matches for\n // other elements of a transition\n char isPattern;\n \n // true if this category is a set of probability-weighted objects\n char isProbabilitySet;\n \n // child objects that are in this category\n // none of these should themselves be parent objects\n SimpleVector<int> objectIDSet;\n \n // for probability sets\n SimpleVector<float> objectWeights;\n\n } CategoryRecord;\n\n\n\n// backwards mapping\ntypedef struct ReverseCategoryRecord {\n // child object ID\n int childID;\n \n // parent objects whose category this child object is in\n SimpleVector<int> categoryIDSet;\n \n } ReverseCategoryRecord;\n\n\n\n// loads from categories folder\n// returns number of categories that need to be loaded\nint initCategoryBankStart( char *outRebuildingCache );\n\n// returns progress... ready for Finish when progress == 1.0\nfloat initCategoryBankStep();\nvoid initCategoryBankFinish();\n\n\nvoid freeCategoryBank();\n\n\nCategoryRecord *getCategory( int inParentID );\nReverseCategoryRecord *getReverseCategory( int inChildID );\n\n\nvoid addCategoryToObject( int inObjectID, int inParentID );\n\nvoid removeCategoryFromObject( int inObjectID, int inParentID );\n\n\nvoid setCategoryIsPattern( int inParentID, char inIsPattern );\nvoid setCategoryIsProbabilitySet( int inParentID, char inIsProbabilitySet );\n\n\n\nvoid removeObjectFromAllCategories( int inObjectID );\n\n/**\nNOTE:\nThese functions are currently not implemented in a useful way.\nThey result in a change to RAM records only, and the result is not\npreserved on disk in the category folder.\n\n// move category up/down on object's category list (which categories object\n// is part of, and which take precedence)\nvoid moveCategoryUp( int inObjectID, int inParentID );\nvoid moveCategoryDown( int inObjectID, int inParentID );\n*/\n\n// move member object up/down in category's member list\nvoid moveCategoryMemberUp( int inParentID, int inObjectID );\nvoid moveCategoryMemberDown( int inParentID, int inObjectID );\n\nvoid setMemberWeight( int inParentID, int inObjectID, float inWeight );\n\n// only works on prob sets\nvoid makeWeightUniform( int inParentID );\n\n\n\nint getNumCategoriesForObject( int inObjectID );\n\n// return -1 if index does not exist\nint getCategoryForObject( int inObjectID, int inCategoryIndex );\n\n\n\nvoid deleteCategoryFromBank( int inID );\n\n\n// used as either parent or child\nchar isObjectUsedInCategories( int inObjectID );\n\n\n\nint pickFromProbSet( int inParentID );\n\n\nchar isProbabilitySet( int inParentID );\n\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "CATEGORY_BANK_INCLUDED"
(preproc_def) "#define CATEGORY_BANK_INCLUDED\n"
(#define) "#define"
(identifier) "CATEGORY_BANK_INCLUDED"
(preproc_include) "#include "minorGems/util/SimpleVector.h"\n"
(#include) "#include"
(string_literal) ""minorGems/util/SimpleVector.h""
(") """
(string_content) "minorGems/util/SimpleVector.h"
(") """
(type_definition) "typedef struct CategoryRecord {\n // object ID of parent object\n int parentID;\n \n // true if this category is a pattern\n // means parendID is a real gameplay object, and that we add\n // extra transitions only if another pattern matches for\n // other elements of a transition\n char isPattern;\n \n // true if this category is a set of probability-weighted objects\n char isProbabilitySet;\n \n // child objects that are in this category\n // none of these should themselves be parent objects\n SimpleVector<int> objectIDSet;\n \n // for probability sets\n SimpleVector<float> objectWeights;\n\n } CategoryRecord;"
(typedef) "typedef"
(struct_specifier) "struct CategoryRecord {\n // object ID of parent object\n int parentID;\n \n // true if this category is a pattern\n // means parendID is a real gameplay object, and that we add\n // extra transitions only if another pattern matches for\n // other elements of a transition\n char isPattern;\n \n // true if this category is a set of probability-weighted objects\n char isProbabilitySet;\n \n // child objects that are in this category\n // none of these should themselves be parent objects\n SimpleVector<int> objectIDSet;\n \n // for probability sets\n SimpleVector<float> objectWeights;\n\n }"
(struct) "struct"
(type_identifier) "CategoryRecord"
(field_declaration_list) "{\n // object ID of parent object\n int parentID;\n \n // true if this category is a pattern\n // means parendID is a real gameplay object, and that we add\n // extra transitions only if another pattern matches for\n // other elements of a transition\n char isPattern;\n \n // true if this category is a set of probability-weighted objects\n char isProbabilitySet;\n \n // child objects that are in this category\n // none of these should themselves be parent objects\n SimpleVector<int> objectIDSet;\n \n // for probability sets\n SimpleVector<float> objectWeights;\n\n }"
({) "{"
(comment) "// object ID of parent object"
(field_declaration) "int parentID;"
(primitive_type) "int"
(field_identifier) "parentID"
(;) ";"
(comment) "// true if this category is a pattern"
(comment) "// means parendID is a real gameplay object, and that we add"
(comment) "// extra transitions only if another pattern matches for"
(comment) "// other elements of a transition"
(field_declaration) "char isPattern;"
(primitive_type) "char"
(field_identifier) "isPattern"
(;) ";"
(comment) "// true if this category is a set of probability-weighted objects"
(field_declaration) "char isProbabilitySet;"
(primitive_type) "char"
(field_identifier) "isProbabilitySet"
(;) ";"
(comment) "// child objects that are in this category"
(comment) "// none of these should themselves be parent objects"
(field_declaration) "SimpleVector<int> objectIDSet;"
(type_identifier) "SimpleVector"
(ERROR) "<int>"
(<) "<"
(primitive_type) "int"
(>) ">"
(field_identifier) "objectIDSet"
(;) ";"
(comment) "// for probability sets"
(field_declaration) "SimpleVector<float> objectWeights;"
(type_identifier) "SimpleVector"
(ERROR) "<float>"
(<) "<"
(primitive_type) "float"
(>) ">"
(field_identifier) "objectWeights"
(;) ";"
(}) "}"
(type_identifier) "CategoryRecord"
(;) ";"
(comment) "// backwards mapping"
(type_definition) "typedef struct ReverseCategoryRecord {\n // child object ID\n int childID;\n \n // parent objects whose category this child object is in\n SimpleVector<int> categoryIDSet;\n \n } ReverseCategoryRecord;"
(typedef) "typedef"
(struct_specifier) "struct ReverseCategoryRecord {\n // child object ID\n int childID;\n \n // parent objects whose category this child object is in\n SimpleVector<int> categoryIDSet;\n \n }"
(struct) "struct"
(type_identifier) "ReverseCategoryRecord"
(field_declaration_list) "{\n // child object ID\n int childID;\n \n // parent objects whose category this child object is in\n SimpleVector<int> categoryIDSet;\n \n }"
({) "{"
(comment) "// child object ID"
(field_declaration) "int childID;"
(primitive_type) "int"
(field_identifier) "childID"
(;) ";"
(comment) "// parent objects whose category this child object is in"
(field_declaration) "SimpleVector<int> categoryIDSet;"
(type_identifier) "SimpleVector"
(ERROR) "<int>"
(<) "<"
(primitive_type) "int"
(>) ">"
(field_identifier) "categoryIDSet"
(;) ";"
(}) "}"
(type_identifier) "ReverseCategoryRecord"
(;) ";"
(comment) "// loads from categories folder"
(comment) "// returns number of categories that need to be loaded"
(declaration) "int initCategoryBankStart( char *outRebuildingCache );"
(primitive_type) "int"
(function_declarator) "initCategoryBankStart( char *outRebuildingCache )"
(identifier) "initCategoryBankStart"
(parameter_list) "( char *outRebuildingCache )"
(() "("
(parameter_declaration) "char *outRebuildingCache"
(primitive_type) "char"
(pointer_declarator) "*outRebuildingCache"
(*) "*"
(identifier) "outRebuildingCache"
()) ")"
(;) ";"
(comment) "// returns progress... ready for Finish when progress == 1.0"
(declaration) "float initCategoryBankStep();"
(primitive_type) "float"
(function_declarator) "initCategoryBankStep()"
(identifier) "initCategoryBankStep"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void initCategoryBankFinish();"
(primitive_type) "void"
(function_declarator) "initCategoryBankFinish()"
(identifier) "initCategoryBankFinish"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void freeCategoryBank();"
(primitive_type) "void"
(function_declarator) "freeCategoryBank()"
(identifier) "freeCategoryBank"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "CategoryRecord *getCategory( int inParentID );"
(type_identifier) "CategoryRecord"
(pointer_declarator) "*getCategory( int inParentID )"
(*) "*"
(function_declarator) "getCategory( int inParentID )"
(identifier) "getCategory"
(parameter_list) "( int inParentID )"
(() "("
(parameter_declaration) "int inParentID"
(primitive_type) "int"
(identifier) "inParentID"
()) ")"
(;) ";"
(declaration) "ReverseCategoryRecord *getReverseCategory( int inChildID );"
(type_identifier) "ReverseCategoryRecord"
(pointer_declarator) "*getReverseCategory( int inChildID )"
(*) "*"
(function_declarator) "getReverseCategory( int inChildID )"
(identifier) "getReverseCategory"
(parameter_list) "( int inChildID )"
(() "("
(parameter_declaration) "int inChildID"
(primitive_type) "int"
(identifier) "inChildID"
()) ")"
(;) ";"
(declaration) "void addCategoryToObject( int inObjectID, int inParentID );"
(primitive_type) "void"
(function_declarator) "addCategoryToObject( int inObjectID, int inParentID )"
(identifier) "addCategoryToObject"
(parameter_list) "( int inObjectID, int inParentID )"
(() "("
(parameter_declaration) "int inObjectID"
(primitive_type) "int"
(identifier) "inObjectID"
(,) ","
(parameter_declaration) "int inParentID"
(primitive_type) "int"
(identifier) "inParentID"
()) ")"
(;) ";"
(declaration) "void removeCategoryFromObject( int inObjectID, int inParentID );"
(primitive_type) "void"
(function_declarator) "removeCategoryFromObject( int inObjectID, int inParentID )"
(identifier) "removeCategoryFromObject"
(parameter_list) "( int inObjectID, int inParentID )"
(() "("
(parameter_declaration) "int inObjectID"
(primitive_type) "int"
(identifier) "inObjectID"
(,) ","
(parameter_declaration) "int inParentID"
(primitive_type) "int"
(identifier) "inParentID"
()) ")"
(;) ";"
(declaration) "void setCategoryIsPattern( int inParentID, char inIsPattern );"
(primitive_type) "void"
(function_declarator) "setCategoryIsPattern( int inParentID, char inIsPattern )"
(identifier) "setCategoryIsPattern"
(parameter_list) "( int inParentID, char inIsPattern )"
(() "("
(parameter_declaration) "int inParentID"
(primitive_type) "int"
(identifier) "inParentID"
(,) ","
(parameter_declaration) "char inIsPattern"
(primitive_type) "char"
(identifier) "inIsPattern"
()) ")"
(;) ";"
(declaration) "void setCategoryIsProbabilitySet( int inParentID, char inIsProbabilitySet );"
(primitive_type) "void"
(function_declarator) "setCategoryIsProbabilitySet( int inParentID, char inIsProbabilitySet )"
(identifier) "setCategoryIsProbabilitySet"
(parameter_list) "( int inParentID, char inIsProbabilitySet )"
(() "("
(parameter_declaration) "int inParentID"
(primitive_type) "int"
(identifier) "inParentID"
(,) ","
(parameter_declaration) "char inIsProbabilitySet"
(primitive_type) "char"
(identifier) "inIsProbabilitySet"
()) ")"
(;) ";"
(declaration) "void removeObjectFromAllCategories( int inObjectID );"
(primitive_type) "void"
(function_declarator) "removeObjectFromAllCategories( int inObjectID )"
(identifier) "removeObjectFromAllCategories"
(parameter_list) "( int inObjectID )"
(() "("
(parameter_declaration) "int inObjectID"
(primitive_type) "int"
(identifier) "inObjectID"
()) ")"
(;) ";"
(comment) "/**\nNOTE:\nThese functions are currently not implemented in a useful way.\nThey result in a change to RAM records only, and the result is not\npreserved on disk in the category folder.\n\n// move category up/down on object's category list (which categories object\n// is part of, and which take precedence)\nvoid moveCategoryUp( int inObjectID, int inParentID );\nvoid moveCategoryDown( int inObjectID, int inParentID );\n*/"
(comment) "// move member object up/down in category's member list"
(declaration) "void moveCategoryMemberUp( int inParentID, int inObjectID );"
(primitive_type) "void"
(function_declarator) "moveCategoryMemberUp( int inParentID, int inObjectID )"
(identifier) "moveCategoryMemberUp"
(parameter_list) "( int inParentID, int inObjectID )"
(() "("
(parameter_declaration) "int inParentID"
(primitive_type) "int"
(identifier) "inParentID"
(,) ","
(parameter_declaration) "int inObjectID"
(primitive_type) "int"
(identifier) "inObjectID"
()) ")"
(;) ";"
(declaration) "void moveCategoryMemberDown( int inParentID, int inObjectID );"
(primitive_type) "void"
(function_declarator) "moveCategoryMemberDown( int inParentID, int inObjectID )"
(identifier) "moveCategoryMemberDown"
(parameter_list) "( int inParentID, int inObjectID )"
(() "("
(parameter_declaration) "int inParentID"
(primitive_type) "int"
(identifier) "inParentID"
(,) ","
(parameter_declaration) "int inObjectID"
(primitive_type) "int"
(identifier) "inObjectID"
()) ")"
(;) ";"
(declaration) "void setMemberWeight( int inParentID, int inObjectID, float inWeight );"
(primitive_type) "void"
(function_declarator) "setMemberWeight( int inParentID, int inObjectID, float inWeight )"
(identifier) "setMemberWeight"
(parameter_list) "( int inParentID, int inObjectID, float inWeight )"
(() "("
(parameter_declaration) "int inParentID"
(primitive_type) "int"
(identifier) "inParentID"
(,) ","
(parameter_declaration) "int inObjectID"
(primitive_type) "int"
(identifier) "inObjectID"
(,) ","
(parameter_declaration) "float inWeight"
(primitive_type) "float"
(identifier) "inWeight"
()) ")"
(;) ";"
(comment) "// only works on prob sets"
(declaration) "void makeWeightUniform( int inParentID );"
(primitive_type) "void"
(function_declarator) "makeWeightUniform( int inParentID )"
(identifier) "makeWeightUniform"
(parameter_list) "( int inParentID )"
(() "("
(parameter_declaration) "int inParentID"
(primitive_type) "int"
(identifier) "inParentID"
()) ")"
(;) ";"
(declaration) "int getNumCategoriesForObject( int inObjectID );"
(primitive_type) "int"
(function_declarator) "getNumCategoriesForObject( int inObjectID )"
(identifier) "getNumCategoriesForObject"
(parameter_list) "( int inObjectID )"
(() "("
(parameter_declaration) "int inObjectID"
(primitive_type) "int"
(identifier) "inObjectID"
()) ")"
(;) ";"
(comment) "// return -1 if index does not exist"
(declaration) "int getCategoryForObject( int inObjectID, int inCategoryIndex );"
(primitive_type) "int"
(function_declarator) "getCategoryForObject( int inObjectID, int inCategoryIndex )"
(identifier) "getCategoryForObject"
(parameter_list) "( int inObjectID, int inCategoryIndex )"
(() "("
(parameter_declaration) "int inObjectID"
(primitive_type) "int"
(identifier) "inObjectID"
(,) ","
(parameter_declaration) "int inCategoryIndex"
(primitive_type) "int"
(identifier) "inCategoryIndex"
()) ")"
(;) ";"
(declaration) "void deleteCategoryFromBank( int inID );"
(primitive_type) "void"
(function_declarator) "deleteCategoryFromBank( int inID )"
(identifier) "deleteCategoryFromBank"
(parameter_list) "( int inID )"
(() "("
(parameter_declaration) "int inID"
(primitive_type) "int"
(identifier) "inID"
()) ")"
(;) ";"
(comment) "// used as either parent or child"
(declaration) "char isObjectUsedInCategories( int inObjectID );"
(primitive_type) "char"
(function_declarator) "isObjectUsedInCategories( int inObjectID )"
(identifier) "isObjectUsedInCategories"
(parameter_list) "( int inObjectID )"
(() "("
(parameter_declaration) "int inObjectID"
(primitive_type) "int"
(identifier) "inObjectID"
()) ")"
(;) ";"
(declaration) "int pickFromProbSet( int inParentID );"
(primitive_type) "int"
(function_declarator) "pickFromProbSet( int inParentID )"
(identifier) "pickFromProbSet"
(parameter_list) "( int inParentID )"
(() "("
(parameter_declaration) "int inParentID"
(primitive_type) "int"
(identifier) "inParentID"
()) ")"
(;) ";"
(declaration) "char isProbabilitySet( int inParentID );"
(primitive_type) "char"
(function_declarator) "isProbabilitySet( int inParentID )"
(identifier) "isProbabilitySet"
(parameter_list) "( int inParentID )"
(() "("
(parameter_declaration) "int inParentID"
(primitive_type) "int"
(identifier) "inParentID"
()) ")"
(;) ";"
(#endif) "#endif"
| 358
| 3
|
{"language": "c", "success": true, "metadata": {"lines": 85, "avg_line_length": 33.42, "nodes": 247, "errors": 0, "source_hash": "454ddaee1770c129bbbe6b694fa7501ad760bad3bd169864899496cae0fd4ccb", "categorized_nodes": 154}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef CATEGORY_BANK_INCLUDED\n#define CATEGORY_BANK_INCLUDED\n\n#include \"minorGems/util/SimpleVector.h\"\n\n\ntypedef struct CategoryRecord {\n // object ID of parent object\n int parentID;\n \n // true if this category is a pattern\n // means parendID is a real gameplay object, and that we add\n // extra transitions only if another pattern matches for\n // other elements of a transition\n char isPattern;\n \n // true if this category is a set of probability-weighted objects\n char isProbabilitySet;\n \n // child objects that are in this category\n // none of these should themselves be parent objects\n SimpleVector<int> objectIDSet;\n \n // for probability sets\n SimpleVector<float> objectWeights;\n\n } CategoryRecord;\n\n\n\n// backwards mapping\ntypedef struct ReverseCategoryRecord {\n // child object ID\n int childID;\n \n // parent objects whose category this child object is in\n SimpleVector<int> categoryIDSet;\n \n } ReverseCategoryRecord;\n\n\n\n// loads from categories folder\n// returns number of categories that need to be loaded\nint initCategoryBankStart( char *outRebuildingCache );\n\n// returns progress... ready for Finish when progress == 1.0\nfloat initCategoryBankStep();\nvoid initCategoryBankFinish();\n\n\nvoid freeCategoryBank();\n\n\nCategoryRecord *getCategory( int inParentID );\nReverseCategoryRecord *getReverseCategory( int inChildID );\n\n\nvoid addCategoryToObject( int inObjectID, int inParentID );\n\nvoid removeCategoryFromObject( int inObjectID, int inParentID );\n\n\nvoid setCategoryIsPattern( int inParentID, char inIsPattern );\nvoid setCategoryIsProbabilitySet( int inParentID, char inIsProbabilitySet );\n\n\n\nvoid removeObjectFromAllCategories( int inObjectID );\n\n/**\nNOTE:\nThese functions are currently not implemented in a useful way.\nThey result in a change to RAM records only, and the result is not\npreserved on disk in the category folder.\n\n// move category up/down on object's category list (which categories object\n// is part of, and which take precedence)\nvoid moveCategoryUp( int inObjectID, int inParentID );\nvoid moveCategoryDown( int inObjectID, int inParentID );\n*/\n\n// move member object up/down in category's member list\nvoid moveCategoryMemberUp( int inParentID, int inObjectID );\nvoid moveCategoryMemberDown( int inParentID, int inObjectID );\n\nvoid setMemberWeight( int inParentID, int inObjectID, float inWeight );\n\n// only works on prob sets\nvoid makeWeightUniform( int inParentID );\n\n\n\nint getNumCategoriesForObject( int inObjectID );\n\n// return -1 if index does not exist\nint getCategoryForObject( int inObjectID, int inCategoryIndex );\n\n\n\nvoid deleteCategoryFromBank( int inID );\n\n\n// used as either parent or child\nchar isObjectUsedInCategories( int inObjectID );\n\n\n\nint pickFromProbSet( int inParentID );\n\n\nchar isProbabilitySet( int inParentID );\n\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 38, 54, 64, 69, 74, 79, 89, 99, 110, 121, 132, 143, 151, 162, 173, 187, 195, 203, 214, 222, 230, 238, 246], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 114, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 7}}, {"id": 2, "type": "identifier", "text": "CATEGORY_BANK_INCLUDED", "parent": 0, "children": [], "start_point": {"row": 0, "column": 8}, "end_point": {"row": 0, "column": 30}}, {"id": 3, "type": "preproc_def", "text": "#define CATEGORY_BANK_INCLUDED\n", "parent": 0, "children": [4, 5], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 2, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 7}}, {"id": 5, "type": "identifier", "text": "CATEGORY_BANK_INCLUDED", "parent": 3, "children": [], "start_point": {"row": 1, "column": 8}, "end_point": {"row": 1, "column": 30}}, {"id": 6, "type": "preproc_include", "text": "#include \"minorGems/util/SimpleVector.h\"\n", "parent": 0, "children": [7, 8], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 4, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 8}}, {"id": 8, "type": "string_literal", "text": "\"minorGems/util/SimpleVector.h\"", "parent": 6, "children": [], "start_point": {"row": 3, "column": 9}, "end_point": {"row": 3, "column": 40}}, {"id": 9, "type": "type_definition", "text": "typedef struct CategoryRecord {\n // object ID of parent object\n int parentID;\n \n // true if this category is a pattern\n // means parendID is a real gameplay object, and that we add\n // extra transitions only if another pattern matches for\n // other elements of a transition\n char isPattern;\n \n // true if this category is a set of probability-weighted objects\n char isProbabilitySet;\n \n // child objects that are in this category\n // none of these should themselves be parent objects\n SimpleVector<int> objectIDSet;\n \n // for probability sets\n SimpleVector<float> objectWeights;\n\n } CategoryRecord;", "parent": 0, "children": [10, 11, 37], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 26, "column": 21}}, {"id": 10, "type": "typedef", "text": "typedef", "parent": 9, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 7}}, {"id": 11, "type": "struct_specifier", "text": "struct CategoryRecord {\n // object ID of parent object\n int parentID;\n \n // true if this category is a pattern\n // means parendID is a real gameplay object, and that we add\n // extra transitions only if another pattern matches for\n // other elements of a transition\n char isPattern;\n \n // true if this category is a set of probability-weighted objects\n char isProbabilitySet;\n \n // child objects that are in this category\n // none of these should themselves be parent objects\n SimpleVector<int> objectIDSet;\n \n // for probability sets\n SimpleVector<float> objectWeights;\n\n }", "parent": 9, "children": [12, 13], "start_point": {"row": 6, "column": 8}, "end_point": {"row": 26, "column": 5}}, {"id": 12, "type": "struct", "text": "struct", "parent": 11, "children": [], "start_point": {"row": 6, "column": 8}, "end_point": {"row": 6, "column": 14}}, {"id": 13, "type": "type_identifier", "text": "CategoryRecord", "parent": 11, "children": [], "start_point": {"row": 6, "column": 15}, "end_point": {"row": 6, "column": 29}}, {"id": 14, "type": "field_declaration", "text": "int parentID;", "parent": 11, "children": [15, 16], "start_point": {"row": 8, "column": 8}, "end_point": {"row": 8, "column": 21}}, {"id": 15, "type": "primitive_type", "text": "int", "parent": 14, "children": [], "start_point": {"row": 8, "column": 8}, "end_point": {"row": 8, "column": 11}}, {"id": 16, "type": "field_identifier", "text": "parentID", "parent": 14, "children": [], "start_point": {"row": 8, "column": 12}, "end_point": {"row": 8, "column": 20}}, {"id": 17, "type": "field_declaration", "text": "char isPattern;", "parent": 11, "children": [18, 19], "start_point": {"row": 14, "column": 8}, "end_point": {"row": 14, "column": 23}}, {"id": 18, "type": "primitive_type", "text": "char", "parent": 17, "children": [], "start_point": {"row": 14, "column": 8}, "end_point": {"row": 14, "column": 12}}, {"id": 19, "type": "field_identifier", "text": "isPattern", "parent": 17, "children": [], "start_point": {"row": 14, "column": 13}, "end_point": {"row": 14, "column": 22}}, {"id": 20, "type": "field_declaration", "text": "char isProbabilitySet;", "parent": 11, "children": [21, 22], "start_point": {"row": 17, "column": 8}, "end_point": {"row": 17, "column": 30}}, {"id": 21, "type": "primitive_type", "text": "char", "parent": 20, "children": [], "start_point": {"row": 17, "column": 8}, "end_point": {"row": 17, "column": 12}}, {"id": 22, "type": "field_identifier", "text": "isProbabilitySet", "parent": 20, "children": [], "start_point": {"row": 17, "column": 13}, "end_point": {"row": 17, "column": 29}}, {"id": 23, "type": "field_declaration", "text": "SimpleVector<int> objectIDSet;", "parent": 11, "children": [24, 25, 29], "start_point": {"row": 21, "column": 8}, "end_point": {"row": 21, "column": 38}}, {"id": 24, "type": "type_identifier", "text": "SimpleVector", "parent": 23, "children": [], "start_point": {"row": 21, "column": 8}, "end_point": {"row": 21, "column": 20}}, {"id": 25, "type": "ERROR", "text": "<int>", "parent": 23, "children": [26, 27, 28], "start_point": {"row": 21, "column": 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{"row": 24, "column": 8}, "end_point": {"row": 24, "column": 20}}, {"id": 32, "type": "ERROR", "text": "<float>", "parent": 30, "children": [33, 34, 35], "start_point": {"row": 24, "column": 20}, "end_point": {"row": 24, "column": 27}}, {"id": 33, "type": "<", "text": "<", "parent": 32, "children": [], "start_point": {"row": 24, "column": 20}, "end_point": {"row": 24, "column": 21}}, {"id": 34, "type": "primitive_type", "text": "float", "parent": 32, "children": [], "start_point": {"row": 24, "column": 21}, "end_point": {"row": 24, "column": 26}}, {"id": 35, "type": ">", "text": ">", "parent": 32, "children": [], "start_point": {"row": 24, "column": 26}, "end_point": {"row": 24, "column": 27}}, {"id": 36, "type": "field_identifier", "text": "objectWeights", "parent": 30, "children": [], "start_point": {"row": 24, "column": 28}, "end_point": {"row": 24, "column": 41}}, {"id": 37, "type": "type_identifier", "text": "CategoryRecord", "parent": 9, "children": [], "start_point": {"row": 26, "column": 6}, "end_point": {"row": 26, "column": 20}}, {"id": 38, "type": "type_definition", "text": "typedef struct ReverseCategoryRecord {\n // child object ID\n int childID;\n \n // parent objects whose category this child object is in\n SimpleVector<int> categoryIDSet;\n \n } ReverseCategoryRecord;", "parent": 0, "children": [39, 40, 53], "start_point": {"row": 31, "column": 0}, "end_point": {"row": 38, "column": 28}}, {"id": 39, "type": "typedef", "text": "typedef", "parent": 38, "children": [], "start_point": {"row": 31, "column": 0}, "end_point": {"row": 31, "column": 7}}, {"id": 40, "type": "struct_specifier", "text": "struct ReverseCategoryRecord {\n // child object ID\n int childID;\n \n // parent objects whose category this child object is in\n SimpleVector<int> categoryIDSet;\n \n }", "parent": 38, "children": [41, 42], "start_point": {"row": 31, "column": 8}, "end_point": {"row": 38, "column": 5}}, {"id": 41, "type": "struct", "text": "struct", "parent": 40, "children": 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\"minorGems/util/SimpleVector.h\"\n\n\ntypedef struct CategoryRecord {\n // object ID of parent object\n int parentID;\n \n // true if this category is a pattern\n // means parendID is a real gameplay object, and that we add\n // extra transitions only if another pattern matches for\n // other elements of a transition\n char isPattern;\n \n // true if this category is a set of probability-weighted objects\n char isProbabilitySet;\n \n // child objects that are in this category\n // none of these should themselves be parent objects\n SimpleVector<int> objectIDSet;\n \n // for probability sets\n SimpleVector<float> objectWeights;\n\n } CategoryRecord;\n\n\n\n// backwards mapping\ntypedef struct ReverseCategoryRecord {\n // child object ID\n int childID;\n \n // parent objects whose category this child object is in\n SimpleVector<int> categoryIDSet;\n \n } ReverseCategoryRecord;\n\n\n\n// loads from categories folder\n// returns number of categories that need to be loaded\nint initCategoryBankStart( char *outRebuildingCache );\n\n// returns progress... ready for Finish when progress == 1.0\nfloat initCategoryBankStep();\nvoid initCategoryBankFinish();\n\n\nvoid freeCategoryBank();\n\n\nCategoryRecord *getCategory( int inParentID );\nReverseCategoryRecord *getReverseCategory( int inChildID );\n\n\nvoid addCategoryToObject( int inObjectID, int inParentID );\n\nvoid removeCategoryFromObject( int inObjectID, int inParentID );\n\n\nvoid setCategoryIsPattern( int inParentID, char inIsPattern );\nvoid setCategoryIsProbabilitySet( int inParentID, char inIsProbabilitySet );\n\n\n\nvoid removeObjectFromAllCategories( int inObjectID );\n\n/**\nNOTE:\nThese functions are currently not implemented in a useful way.\nThey result in a change to RAM records only, and the result is not\npreserved on disk in the category folder.\n\n// move category up/down on object's category list (which categories object\n// is part of, and which take precedence)\nvoid moveCategoryUp( int inObjectID, int inParentID );\nvoid moveCategoryDown( int inObjectID, int inParentID );\n*/\n\n// move member object up/down in category's member list\nvoid moveCategoryMemberUp( int inParentID, int inObjectID );\nvoid moveCategoryMemberDown( int inParentID, int inObjectID );\n\nvoid setMemberWeight( int inParentID, int inObjectID, float inWeight );\n\n// only works on prob sets\nvoid makeWeightUniform( int inParentID );\n\n\n\nint getNumCategoriesForObject( int inObjectID );\n\n// return -1 if index does not exist\nint getCategoryForObject( int inObjectID, int inCategoryIndex );\n\n\n\nvoid deleteCategoryFromBank( int inID );\n\n\n// used as either parent or child\nchar isObjectUsedInCategories( int inObjectID );\n\n\n\nint pickFromProbSet( int inParentID );\n\n\nchar isProbabilitySet( int inParentID );\n\n\n#endif\n"}
| 274
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c
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/* Generated by RuntimeBrowser
Image: /System/Library/PrivateFrameworks/NeutrinoCore.framework/NeutrinoCore
*/
@interface NUEnumSetting : NUSetting {
NSArray * _values;
}
@property (readonly) NSString *defaultValue;
@property (readonly) NSArray *values;
+ (id)deserializeFromDictionary:(id)arg1 error:(out id*)arg2;
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"@", "parent": 161, "children": [], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 25, "column": 1}}]}, "node_categories": {"declarations": {"functions": [2], "variables": [7, 14, 26, 44, 93, 119, 135], "classes": [], "imports": [], "modules": [], "enums": []}, "statements": {"expressions": [37, 39, 52, 54, 58, 60, 64, 66, 70, 72, 76, 78, 86, 88, 100, 102, 107, 112, 114, 128, 130, 144, 146, 151, 155, 157], "assignments": [], "loops": [], "conditionals": [3, 4, 6, 8, 11, 15, 16, 18, 20, 23, 27, 28, 30, 32, 35, 41, 42, 43, 45, 46, 48, 49, 51, 57, 62, 63, 68, 69, 74, 75, 80, 81, 83, 84, 90, 91, 92, 94, 95, 97, 98, 105, 106, 108, 110, 117, 118, 120, 121, 123, 124, 126, 133, 134, 136, 137, 139, 140, 142, 149, 150, 152, 154, 159, 160], "returns": [], "exceptions": []}, "expressions": {"calls": [], "literals": [], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 2, "universal_type": "function", "name": "NUEnumSetting", "text_snippet": "interface NUEnumSetting : NUSetting {\n NSArray * _values;\n}"}], "class_declarations": [], "import_statements": []}, "original_source_code": "/* Generated by RuntimeBrowser\n Image: /System/Library/PrivateFrameworks/NeutrinoCore.framework/NeutrinoCore\n */\n\n@interface NUEnumSetting : NUSetting {\n NSArray * _values;\n}\n\n@property (readonly) NSString *defaultValue;\n@property (readonly) NSArray *values;\n\n+ (id)deserializeFromDictionary:(id)arg1 error:(out id*)arg2;\n\n- (void).cxx_destruct;\n- (id)defaultValue;\n- (id)description;\n- (id)init;\n- (id)initWithAttributes:(id)arg1;\n- (id)initWithValues:(id)arg1 attributes:(id)arg2;\n- (bool)isValid:(out id*)arg1;\n- (bool)serializeIntoDictionary:(id)arg1 error:(out id*)arg2;\n- (bool)validate:(id)arg1 error:(out id*)arg2;\n- (bool)validateValues:(out id*)arg1;\n- (id)values;\n\n@end\n"}
| 275
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c
|
/*
* Copyright (c) 2014-2015 <NAME> <<EMAIL>>
*
* Distributed under the terms of the MIT license.
* (See LICENSE.MIT or http://opensource.org/licenses/MIT)
*/
#ifndef _ZRAM_DATA_TYPES_H_
#define _ZRAM_DATA_TYPES_H_
#include <stdint.h>
#include <sys/types.h>
#include "globals.h"
#include "config.h"
enum {
ZRAM_COMP_NONE,
ZRAM_COMP_LZO,
ZRAM_COMP_LZ4,
ZRAM_COMP_UNKNOWN,
ZRAM_COMP_DEFAULT = ZRAM_DEFAULT_COMPRESSION
};
extern const char* ZRAM_COMPRESSION_DESC[];
enum {
ZRAM_TYPE_NONE = 0x0,
ZRAM_TYPE_SWAP = 0x1,
ZRAM_TYPE_DISK = 0x2,
ZRAM_TYPE_DISK_EXT2 = 0x4,
ZRAM_TYPE_DISK_EXT4 = 0x8,
ZRAM_TYPE_DISK_BTRFS = 0x10,
ZRAM_TYPE__DUMMY,
ZRAM_TYPE_FSTYPE_MASK = (
ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS
)
};
enum {
ZRAM_STATUS_NONE = 0,
ZRAM_STATUS_INITIALIZED = 0x1,
ZRAM_STATUS_CLAIMED = 0x2,
ZRAM_STATUS_INUSE = 0x4,
ZRAM_STATUS__DUMMY
};
struct zram_dev_info {
unsigned type;
char* name;
char* path;
char* devpath;
int comp_algorithm;
char* fslabel;
/* <= 255 identifiers */
uint8_t identifier;
size_t size_m;
uint_fast8_t status;
#if ZRAM_EXPORT_SIZE_B
/** size in bytes, only set after allocating the device */
size_t size_b;
#endif
};
void zram_dev_info_free ( struct zram_dev_info* const p_dev );
__attribute__((warn_unused_result))
struct zram_dev_info* zram_dev_info_new_from_identifier (
const uint8_t identifier
);
size_t get_zram_dev_size_b ( const struct zram_dev_info* const p_dev );
void zram_dev_set_size_b (
struct zram_dev_info* const p_dev, const size_t size_b
);
__attribute__((pure))
const char* zram_get_comp_desc ( const int algi );
const char* zram_get_comp_desc_of ( const struct zram_dev_info* const p_dev );
__attribute__((warn_unused_result))
char* zram_get_zdisk_devpath ( const struct zram_dev_info* const p_dev );
void zram_dev_info_set_fstype (
struct zram_dev_info* const p_dev, int fstype
);
#endif /* _ZRAM_DATA_TYPES_H_ */
| 27.11
| 75
|
(translation_unit) "/*\n * Copyright (c) 2014-2015 <NAME> <<EMAIL>>\n *\n * Distributed under the terms of the MIT license.\n * (See LICENSE.MIT or http://opensource.org/licenses/MIT)\n */\n\n#ifndef _ZRAM_DATA_TYPES_H_\n#define _ZRAM_DATA_TYPES_H_\n\n#include <stdint.h>\n#include <sys/types.h>\n\n#include "globals.h"\n#include "config.h"\n\n\nenum {\n ZRAM_COMP_NONE,\n\n ZRAM_COMP_LZO,\n ZRAM_COMP_LZ4,\n\n ZRAM_COMP_UNKNOWN,\n\n ZRAM_COMP_DEFAULT = ZRAM_DEFAULT_COMPRESSION\n};\n\nextern const char* ZRAM_COMPRESSION_DESC[];\n\nenum {\n ZRAM_TYPE_NONE = 0x0,\n ZRAM_TYPE_SWAP = 0x1,\n\n ZRAM_TYPE_DISK = 0x2,\n ZRAM_TYPE_DISK_EXT2 = 0x4,\n ZRAM_TYPE_DISK_EXT4 = 0x8,\n ZRAM_TYPE_DISK_BTRFS = 0x10,\n\n ZRAM_TYPE__DUMMY,\n ZRAM_TYPE_FSTYPE_MASK = (\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )\n};\n\nenum {\n ZRAM_STATUS_NONE = 0,\n ZRAM_STATUS_INITIALIZED = 0x1,\n ZRAM_STATUS_CLAIMED = 0x2,\n ZRAM_STATUS_INUSE = 0x4,\n\n ZRAM_STATUS__DUMMY\n};\n\nstruct zram_dev_info {\n unsigned type;\n char* name;\n char* path;\n char* devpath;\n int comp_algorithm;\n char* fslabel;\n /* <= 255 identifiers */\n uint8_t identifier;\n size_t size_m;\n uint_fast8_t status;\n\n#if ZRAM_EXPORT_SIZE_B\n /** size in bytes, only set after allocating the device */\n size_t size_b;\n#endif\n};\n\n\nvoid zram_dev_info_free ( struct zram_dev_info* const p_dev );\n\n__attribute__((warn_unused_result))\nstruct zram_dev_info* zram_dev_info_new_from_identifier (\n const uint8_t identifier\n);\n\nsize_t get_zram_dev_size_b ( const struct zram_dev_info* const p_dev );\n\nvoid zram_dev_set_size_b (\n struct zram_dev_info* const p_dev, const size_t size_b\n);\n\n__attribute__((pure))\nconst char* zram_get_comp_desc ( const int algi );\nconst char* zram_get_comp_desc_of ( const struct zram_dev_info* const p_dev );\n\n__attribute__((warn_unused_result))\nchar* zram_get_zdisk_devpath ( const struct zram_dev_info* const p_dev );\n\nvoid zram_dev_info_set_fstype (\n struct zram_dev_info* const p_dev, int fstype\n);\n\n#endif /* _ZRAM_DATA_TYPES_H_ */\n"
(comment) "/*\n * Copyright (c) 2014-2015 <NAME> <<EMAIL>>\n *\n * Distributed under the terms of the MIT license.\n * (See LICENSE.MIT or http://opensource.org/licenses/MIT)\n */"
(preproc_ifdef) "#ifndef _ZRAM_DATA_TYPES_H_\n#define _ZRAM_DATA_TYPES_H_\n\n#include <stdint.h>\n#include <sys/types.h>\n\n#include "globals.h"\n#include "config.h"\n\n\nenum {\n ZRAM_COMP_NONE,\n\n ZRAM_COMP_LZO,\n ZRAM_COMP_LZ4,\n\n ZRAM_COMP_UNKNOWN,\n\n ZRAM_COMP_DEFAULT = ZRAM_DEFAULT_COMPRESSION\n};\n\nextern const char* ZRAM_COMPRESSION_DESC[];\n\nenum {\n ZRAM_TYPE_NONE = 0x0,\n ZRAM_TYPE_SWAP = 0x1,\n\n ZRAM_TYPE_DISK = 0x2,\n ZRAM_TYPE_DISK_EXT2 = 0x4,\n ZRAM_TYPE_DISK_EXT4 = 0x8,\n ZRAM_TYPE_DISK_BTRFS = 0x10,\n\n ZRAM_TYPE__DUMMY,\n ZRAM_TYPE_FSTYPE_MASK = (\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )\n};\n\nenum {\n ZRAM_STATUS_NONE = 0,\n ZRAM_STATUS_INITIALIZED = 0x1,\n ZRAM_STATUS_CLAIMED = 0x2,\n ZRAM_STATUS_INUSE = 0x4,\n\n ZRAM_STATUS__DUMMY\n};\n\nstruct zram_dev_info {\n unsigned type;\n char* name;\n char* path;\n char* devpath;\n int comp_algorithm;\n char* fslabel;\n /* <= 255 identifiers */\n uint8_t identifier;\n size_t size_m;\n uint_fast8_t status;\n\n#if ZRAM_EXPORT_SIZE_B\n /** size in bytes, only set after allocating the device */\n size_t size_b;\n#endif\n};\n\n\nvoid zram_dev_info_free ( struct zram_dev_info* const p_dev );\n\n__attribute__((warn_unused_result))\nstruct zram_dev_info* zram_dev_info_new_from_identifier (\n const uint8_t identifier\n);\n\nsize_t get_zram_dev_size_b ( const struct zram_dev_info* const p_dev );\n\nvoid zram_dev_set_size_b (\n struct zram_dev_info* const p_dev, const size_t size_b\n);\n\n__attribute__((pure))\nconst char* zram_get_comp_desc ( const int algi );\nconst char* zram_get_comp_desc_of ( const struct zram_dev_info* const p_dev );\n\n__attribute__((warn_unused_result))\nchar* zram_get_zdisk_devpath ( const struct zram_dev_info* const p_dev );\n\nvoid zram_dev_info_set_fstype (\n struct zram_dev_info* const p_dev, int fstype\n);\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "_ZRAM_DATA_TYPES_H_"
(preproc_def) "#define _ZRAM_DATA_TYPES_H_\n"
(#define) "#define"
(identifier) "_ZRAM_DATA_TYPES_H_"
(preproc_include) "#include <stdint.h>\n"
(#include) "#include"
(system_lib_string) "<stdint.h>"
(preproc_include) "#include <sys/types.h>\n"
(#include) "#include"
(system_lib_string) "<sys/types.h>"
(preproc_include) "#include "globals.h"\n"
(#include) "#include"
(string_literal) ""globals.h""
(") """
(string_content) "globals.h"
(") """
(preproc_include) "#include "config.h"\n"
(#include) "#include"
(string_literal) ""config.h""
(") """
(string_content) "config.h"
(") """
(enum_specifier) "enum {\n ZRAM_COMP_NONE,\n\n ZRAM_COMP_LZO,\n ZRAM_COMP_LZ4,\n\n ZRAM_COMP_UNKNOWN,\n\n ZRAM_COMP_DEFAULT = ZRAM_DEFAULT_COMPRESSION\n}"
(enum) "enum"
(enumerator_list) "{\n ZRAM_COMP_NONE,\n\n ZRAM_COMP_LZO,\n ZRAM_COMP_LZ4,\n\n ZRAM_COMP_UNKNOWN,\n\n ZRAM_COMP_DEFAULT = ZRAM_DEFAULT_COMPRESSION\n}"
({) "{"
(enumerator) "ZRAM_COMP_NONE"
(identifier) "ZRAM_COMP_NONE"
(,) ","
(enumerator) "ZRAM_COMP_LZO"
(identifier) "ZRAM_COMP_LZO"
(,) ","
(enumerator) "ZRAM_COMP_LZ4"
(identifier) "ZRAM_COMP_LZ4"
(,) ","
(enumerator) "ZRAM_COMP_UNKNOWN"
(identifier) "ZRAM_COMP_UNKNOWN"
(,) ","
(enumerator) "ZRAM_COMP_DEFAULT = ZRAM_DEFAULT_COMPRESSION"
(identifier) "ZRAM_COMP_DEFAULT"
(=) "="
(identifier) "ZRAM_DEFAULT_COMPRESSION"
(}) "}"
(;) ";"
(declaration) "extern const char* ZRAM_COMPRESSION_DESC[];"
(storage_class_specifier) "extern"
(extern) "extern"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* ZRAM_COMPRESSION_DESC[]"
(*) "*"
(array_declarator) "ZRAM_COMPRESSION_DESC[]"
(identifier) "ZRAM_COMPRESSION_DESC"
([) "["
(]) "]"
(;) ";"
(enum_specifier) "enum {\n ZRAM_TYPE_NONE = 0x0,\n ZRAM_TYPE_SWAP = 0x1,\n\n ZRAM_TYPE_DISK = 0x2,\n ZRAM_TYPE_DISK_EXT2 = 0x4,\n ZRAM_TYPE_DISK_EXT4 = 0x8,\n ZRAM_TYPE_DISK_BTRFS = 0x10,\n\n ZRAM_TYPE__DUMMY,\n ZRAM_TYPE_FSTYPE_MASK = (\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )\n}"
(enum) "enum"
(enumerator_list) "{\n ZRAM_TYPE_NONE = 0x0,\n ZRAM_TYPE_SWAP = 0x1,\n\n ZRAM_TYPE_DISK = 0x2,\n ZRAM_TYPE_DISK_EXT2 = 0x4,\n ZRAM_TYPE_DISK_EXT4 = 0x8,\n ZRAM_TYPE_DISK_BTRFS = 0x10,\n\n ZRAM_TYPE__DUMMY,\n ZRAM_TYPE_FSTYPE_MASK = (\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )\n}"
({) "{"
(enumerator) "ZRAM_TYPE_NONE = 0x0"
(identifier) "ZRAM_TYPE_NONE"
(=) "="
(number_literal) "0x0"
(,) ","
(enumerator) "ZRAM_TYPE_SWAP = 0x1"
(identifier) "ZRAM_TYPE_SWAP"
(=) "="
(number_literal) "0x1"
(,) ","
(enumerator) "ZRAM_TYPE_DISK = 0x2"
(identifier) "ZRAM_TYPE_DISK"
(=) "="
(number_literal) "0x2"
(,) ","
(enumerator) "ZRAM_TYPE_DISK_EXT2 = 0x4"
(identifier) "ZRAM_TYPE_DISK_EXT2"
(=) "="
(number_literal) "0x4"
(,) ","
(enumerator) "ZRAM_TYPE_DISK_EXT4 = 0x8"
(identifier) "ZRAM_TYPE_DISK_EXT4"
(=) "="
(number_literal) "0x8"
(,) ","
(enumerator) "ZRAM_TYPE_DISK_BTRFS = 0x10"
(identifier) "ZRAM_TYPE_DISK_BTRFS"
(=) "="
(number_literal) "0x10"
(,) ","
(enumerator) "ZRAM_TYPE__DUMMY"
(identifier) "ZRAM_TYPE__DUMMY"
(,) ","
(enumerator) "ZRAM_TYPE_FSTYPE_MASK = (\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )"
(identifier) "ZRAM_TYPE_FSTYPE_MASK"
(=) "="
(parenthesized_expression) "(\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )"
(() "("
(binary_expression) "ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS"
(binary_expression) "ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4"
(identifier) "ZRAM_TYPE_DISK_EXT2"
(|) "|"
(identifier) "ZRAM_TYPE_DISK_EXT4"
(|) "|"
(identifier) "ZRAM_TYPE_DISK_BTRFS"
()) ")"
(}) "}"
(;) ";"
(enum_specifier) "enum {\n ZRAM_STATUS_NONE = 0,\n ZRAM_STATUS_INITIALIZED = 0x1,\n ZRAM_STATUS_CLAIMED = 0x2,\n ZRAM_STATUS_INUSE = 0x4,\n\n ZRAM_STATUS__DUMMY\n}"
(enum) "enum"
(enumerator_list) "{\n ZRAM_STATUS_NONE = 0,\n ZRAM_STATUS_INITIALIZED = 0x1,\n ZRAM_STATUS_CLAIMED = 0x2,\n ZRAM_STATUS_INUSE = 0x4,\n\n ZRAM_STATUS__DUMMY\n}"
({) "{"
(enumerator) "ZRAM_STATUS_NONE = 0"
(identifier) "ZRAM_STATUS_NONE"
(=) "="
(number_literal) "0"
(,) ","
(enumerator) "ZRAM_STATUS_INITIALIZED = 0x1"
(identifier) "ZRAM_STATUS_INITIALIZED"
(=) "="
(number_literal) "0x1"
(,) ","
(enumerator) "ZRAM_STATUS_CLAIMED = 0x2"
(identifier) "ZRAM_STATUS_CLAIMED"
(=) "="
(number_literal) "0x2"
(,) ","
(enumerator) "ZRAM_STATUS_INUSE = 0x4"
(identifier) "ZRAM_STATUS_INUSE"
(=) "="
(number_literal) "0x4"
(,) ","
(enumerator) "ZRAM_STATUS__DUMMY"
(identifier) "ZRAM_STATUS__DUMMY"
(}) "}"
(;) ";"
(struct_specifier) "struct zram_dev_info {\n unsigned type;\n char* name;\n char* path;\n char* devpath;\n int comp_algorithm;\n char* fslabel;\n /* <= 255 identifiers */\n uint8_t identifier;\n size_t size_m;\n uint_fast8_t status;\n\n#if ZRAM_EXPORT_SIZE_B\n /** size in bytes, only set after allocating the device */\n size_t size_b;\n#endif\n}"
(struct) "struct"
(type_identifier) "zram_dev_info"
(field_declaration_list) "{\n unsigned type;\n char* name;\n char* path;\n char* devpath;\n int comp_algorithm;\n char* fslabel;\n /* <= 255 identifiers */\n uint8_t identifier;\n size_t size_m;\n uint_fast8_t status;\n\n#if ZRAM_EXPORT_SIZE_B\n /** size in bytes, only set after allocating the device */\n size_t size_b;\n#endif\n}"
({) "{"
(field_declaration) "unsigned type;"
(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
(field_identifier) "type"
(;) ";"
(field_declaration) "char* name;"
(primitive_type) "char"
(pointer_declarator) "* name"
(*) "*"
(field_identifier) "name"
(;) ";"
(field_declaration) "char* path;"
(primitive_type) "char"
(pointer_declarator) "* path"
(*) "*"
(field_identifier) "path"
(;) ";"
(field_declaration) "char* devpath;"
(primitive_type) "char"
(pointer_declarator) "* devpath"
(*) "*"
(field_identifier) "devpath"
(;) ";"
(field_declaration) "int comp_algorithm;"
(primitive_type) "int"
(field_identifier) "comp_algorithm"
(;) ";"
(field_declaration) "char* fslabel;"
(primitive_type) "char"
(pointer_declarator) "* fslabel"
(*) "*"
(field_identifier) "fslabel"
(;) ";"
(comment) "/* <= 255 identifiers */"
(field_declaration) "uint8_t identifier;"
(primitive_type) "uint8_t"
(field_identifier) "identifier"
(;) ";"
(field_declaration) "size_t size_m;"
(primitive_type) "size_t"
(field_identifier) "size_m"
(;) ";"
(field_declaration) "uint_fast8_t status;"
(type_identifier) "uint_fast8_t"
(field_identifier) "status"
(;) ";"
(preproc_if) "#if ZRAM_EXPORT_SIZE_B\n /** size in bytes, only set after allocating the device */\n size_t size_b;\n#endif"
(#if) "#if"
(identifier) "ZRAM_EXPORT_SIZE_B"
(
) "\n"
(comment) "/** size in bytes, only set after allocating the device */"
(field_declaration) "size_t size_b;"
(primitive_type) "size_t"
(field_identifier) "size_b"
(;) ";"
(#endif) "#endif"
(}) "}"
(;) ";"
(declaration) "void zram_dev_info_free ( struct zram_dev_info* const p_dev );"
(primitive_type) "void"
(function_declarator) "zram_dev_info_free ( struct zram_dev_info* const p_dev )"
(identifier) "zram_dev_info_free"
(parameter_list) "( struct zram_dev_info* const p_dev )"
(() "("
(parameter_declaration) "struct zram_dev_info* const p_dev"
(struct_specifier) "struct zram_dev_info"
(struct) "struct"
(type_identifier) "zram_dev_info"
(pointer_declarator) "* const p_dev"
(*) "*"
(type_qualifier) "const"
(const) "const"
(identifier) "p_dev"
()) ")"
(;) ";"
(declaration) "__attribute__((warn_unused_result))\nstruct zram_dev_info* zram_dev_info_new_from_identifier (\n const uint8_t identifier\n);"
(attribute_specifier) "__attribute__((warn_unused_result))"
(__attribute__) "__attribute__"
(() "("
(argument_list) "(warn_unused_result)"
(() "("
(identifier) "warn_unused_result"
()) ")"
()) ")"
(struct_specifier) "struct zram_dev_info"
(struct) "struct"
(type_identifier) "zram_dev_info"
(pointer_declarator) "* zram_dev_info_new_from_identifier (\n const uint8_t identifier\n)"
(*) "*"
(function_declarator) "zram_dev_info_new_from_identifier (\n const uint8_t identifier\n)"
(identifier) "zram_dev_info_new_from_identifier"
(parameter_list) "(\n const uint8_t identifier\n)"
(() "("
(parameter_declaration) "const uint8_t identifier"
(type_qualifier) "const"
(const) "const"
(primitive_type) "uint8_t"
(identifier) "identifier"
()) ")"
(;) ";"
(declaration) "size_t get_zram_dev_size_b ( const struct zram_dev_info* const p_dev );"
(primitive_type) "size_t"
(function_declarator) "get_zram_dev_size_b ( const struct zram_dev_info* const p_dev )"
(identifier) "get_zram_dev_size_b"
(parameter_list) "( const struct zram_dev_info* const p_dev )"
(() "("
(parameter_declaration) "const struct zram_dev_info* const p_dev"
(type_qualifier) "const"
(const) "const"
(struct_specifier) "struct zram_dev_info"
(struct) "struct"
(type_identifier) "zram_dev_info"
(pointer_declarator) "* const p_dev"
(*) "*"
(type_qualifier) "const"
(const) "const"
(identifier) "p_dev"
()) ")"
(;) ";"
(declaration) "void zram_dev_set_size_b (\n struct zram_dev_info* const p_dev, const size_t size_b\n);"
(primitive_type) "void"
(function_declarator) "zram_dev_set_size_b (\n struct zram_dev_info* const p_dev, const size_t size_b\n)"
(identifier) "zram_dev_set_size_b"
(parameter_list) "(\n struct zram_dev_info* const p_dev, const size_t size_b\n)"
(() "("
(parameter_declaration) "struct zram_dev_info* const p_dev"
(struct_specifier) "struct zram_dev_info"
(struct) "struct"
(type_identifier) "zram_dev_info"
(pointer_declarator) "* const p_dev"
(*) "*"
(type_qualifier) "const"
(const) "const"
(identifier) "p_dev"
(,) ","
(parameter_declaration) "const size_t size_b"
(type_qualifier) "const"
(const) "const"
(primitive_type) "size_t"
(identifier) "size_b"
()) ")"
(;) ";"
(declaration) "__attribute__((pure))\nconst char* zram_get_comp_desc ( const int algi );"
(attribute_specifier) "__attribute__((pure))"
(__attribute__) "__attribute__"
(() "("
(argument_list) "(pure)"
(() "("
(identifier) "pure"
()) ")"
()) ")"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* zram_get_comp_desc ( const int algi )"
(*) "*"
(function_declarator) "zram_get_comp_desc ( const int algi )"
(identifier) "zram_get_comp_desc"
(parameter_list) "( const int algi )"
(() "("
(parameter_declaration) "const int algi"
(type_qualifier) "const"
(const) "const"
(primitive_type) "int"
(identifier) "algi"
()) ")"
(;) ";"
(declaration) "const char* zram_get_comp_desc_of ( const struct zram_dev_info* const p_dev );"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* zram_get_comp_desc_of ( const struct zram_dev_info* const p_dev )"
(*) "*"
(function_declarator) "zram_get_comp_desc_of ( const struct zram_dev_info* const p_dev )"
(identifier) "zram_get_comp_desc_of"
(parameter_list) "( const struct zram_dev_info* const p_dev )"
(() "("
(parameter_declaration) "const struct zram_dev_info* const p_dev"
(type_qualifier) "const"
(const) "const"
(struct_specifier) "struct zram_dev_info"
(struct) "struct"
(type_identifier) "zram_dev_info"
(pointer_declarator) "* const p_dev"
(*) "*"
(type_qualifier) "const"
(const) "const"
(identifier) "p_dev"
()) ")"
(;) ";"
(declaration) "__attribute__((warn_unused_result))\nchar* zram_get_zdisk_devpath ( const struct zram_dev_info* const p_dev );"
(attribute_specifier) "__attribute__((warn_unused_result))"
(__attribute__) "__attribute__"
(() "("
(argument_list) "(warn_unused_result)"
(() "("
(identifier) "warn_unused_result"
()) ")"
()) ")"
(primitive_type) "char"
(pointer_declarator) "* zram_get_zdisk_devpath ( const struct zram_dev_info* const p_dev )"
(*) "*"
(function_declarator) "zram_get_zdisk_devpath ( const struct zram_dev_info* const p_dev )"
(identifier) "zram_get_zdisk_devpath"
(parameter_list) "( const struct zram_dev_info* const p_dev )"
(() "("
(parameter_declaration) "const struct zram_dev_info* const p_dev"
(type_qualifier) "const"
(const) "const"
(struct_specifier) "struct zram_dev_info"
(struct) "struct"
(type_identifier) "zram_dev_info"
(pointer_declarator) "* const p_dev"
(*) "*"
(type_qualifier) "const"
(const) "const"
(identifier) "p_dev"
()) ")"
(;) ";"
(declaration) "void zram_dev_info_set_fstype (\n struct zram_dev_info* const p_dev, int fstype\n);"
(primitive_type) "void"
(function_declarator) "zram_dev_info_set_fstype (\n struct zram_dev_info* const p_dev, int fstype\n)"
(identifier) "zram_dev_info_set_fstype"
(parameter_list) "(\n struct zram_dev_info* const p_dev, int fstype\n)"
(() "("
(parameter_declaration) "struct zram_dev_info* const p_dev"
(struct_specifier) "struct zram_dev_info"
(struct) "struct"
(type_identifier) "zram_dev_info"
(pointer_declarator) "* const p_dev"
(*) "*"
(type_qualifier) "const"
(const) "const"
(identifier) "p_dev"
(,) ","
(parameter_declaration) "int fstype"
(primitive_type) "int"
(identifier) "fstype"
()) ")"
(;) ";"
(#endif) "#endif"
(comment) "/* _ZRAM_DATA_TYPES_H_ */"
| 388
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 75, "avg_line_length": 27.11, "nodes": 264, "errors": 0, "source_hash": "5e4eb14b18ef5c372c8a3e95e9833e84c0f68823a3b4ccbfe6922197a9493a43", "categorized_nodes": 182}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef _ZRAM_DATA_TYPES_H_\n#define _ZRAM_DATA_TYPES_H_\n\n#include <stdint.h>\n#include <sys/types.h>\n\n#include \"globals.h\"\n#include \"config.h\"\n\n\nenum {\n ZRAM_COMP_NONE,\n\n ZRAM_COMP_LZO,\n ZRAM_COMP_LZ4,\n\n ZRAM_COMP_UNKNOWN,\n\n ZRAM_COMP_DEFAULT = ZRAM_DEFAULT_COMPRESSION\n};\n\nextern const char* ZRAM_COMPRESSION_DESC[];\n\nenum {\n ZRAM_TYPE_NONE = 0x0,\n ZRAM_TYPE_SWAP = 0x1,\n\n ZRAM_TYPE_DISK = 0x2,\n ZRAM_TYPE_DISK_EXT2 = 0x4,\n ZRAM_TYPE_DISK_EXT4 = 0x8,\n ZRAM_TYPE_DISK_BTRFS = 0x10,\n\n ZRAM_TYPE__DUMMY,\n ZRAM_TYPE_FSTYPE_MASK = (\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )\n};\n\nenum {\n ZRAM_STATUS_NONE = 0,\n ZRAM_STATUS_INITIALIZED = 0x1,\n ZRAM_STATUS_CLAIMED = 0x2,\n ZRAM_STATUS_INUSE = 0x4,\n\n ZRAM_STATUS__DUMMY\n};\n\nstruct zram_dev_info {\n unsigned type;\n char* name;\n char* path;\n char* devpath;\n int comp_algorithm;\n char* fslabel;\n /* <= 255 identifiers */\n uint8_t identifier;\n size_t size_m;\n uint_fast8_t status;\n\n#if ZRAM_EXPORT_SIZE_B\n /** size in bytes, only set after allocating the device */\n size_t size_b;\n#endif\n};\n\n\nvoid zram_dev_info_free ( struct zram_dev_info* const p_dev );\n\n__attribute__((warn_unused_result))\nstruct zram_dev_info* zram_dev_info_new_from_identifier (\n const uint8_t identifier\n);\n\nsize_t get_zram_dev_size_b ( const struct zram_dev_info* const p_dev );\n\nvoid zram_dev_set_size_b (\n struct zram_dev_info* const p_dev, const size_t size_b\n);\n\n__attribute__((pure))\nconst char* zram_get_comp_desc ( const int algi );\nconst char* zram_get_comp_desc_of ( const struct zram_dev_info* const p_dev );\n\n__attribute__((warn_unused_result))\nchar* zram_get_zdisk_devpath ( const struct zram_dev_info* const p_dev );\n\nvoid zram_dev_info_set_fstype (\n struct zram_dev_info* const p_dev, int fstype\n);\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 15, 18, 33, 41, 79, 100, 147, 159, 175, 187, 202, 216, 230, 248, 263], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 97, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 7}}, {"id": 2, "type": "identifier", "text": "_ZRAM_DATA_TYPES_H_", "parent": 0, "children": [], "start_point": {"row": 7, "column": 8}, "end_point": {"row": 7, "column": 27}}, {"id": 3, "type": "preproc_def", "text": "#define _ZRAM_DATA_TYPES_H_\n", "parent": 0, "children": [4, 5], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 9, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 7}}, {"id": 5, "type": "identifier", "text": "_ZRAM_DATA_TYPES_H_", "parent": 3, "children": [], "start_point": {"row": 8, "column": 8}, "end_point": {"row": 8, "column": 27}}, {"id": 6, "type": "preproc_include", "text": "#include <stdint.h>\n", "parent": 0, "children": [7, 8], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 11, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<stdint.h>", "parent": 6, "children": [], "start_point": {"row": 10, "column": 9}, "end_point": {"row": 10, "column": 19}}, {"id": 9, "type": "preproc_include", "text": "#include <sys/types.h>\n", "parent": 0, "children": [10, 11], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 12, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 11, "column": 8}}, {"id": 11, "type": "system_lib_string", "text": "<sys/types.h>", "parent": 9, "children": [], "start_point": {"row": 11, "column": 9}, "end_point": {"row": 11, "column": 22}}, {"id": 12, "type": "preproc_include", "text": "#include \"globals.h\"\n", "parent": 0, "children": [13, 14], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 14, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 13, "column": 8}}, {"id": 14, "type": "string_literal", "text": "\"globals.h\"", "parent": 12, "children": [], "start_point": {"row": 13, "column": 9}, "end_point": {"row": 13, "column": 20}}, {"id": 15, "type": "preproc_include", "text": "#include \"config.h\"\n", "parent": 0, "children": [16, 17], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 15, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 8}}, {"id": 17, "type": "string_literal", "text": "\"config.h\"", "parent": 15, "children": [], "start_point": {"row": 14, "column": 9}, "end_point": {"row": 14, "column": 19}}, {"id": 18, "type": "enum_specifier", "text": "enum {\n ZRAM_COMP_NONE,\n\n ZRAM_COMP_LZO,\n ZRAM_COMP_LZ4,\n\n ZRAM_COMP_UNKNOWN,\n\n ZRAM_COMP_DEFAULT = ZRAM_DEFAULT_COMPRESSION\n}", "parent": 0, "children": [19, 20], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 26, "column": 1}}, {"id": 19, "type": "enum", "text": "enum", "parent": 18, "children": [], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 4}}, {"id": 20, "type": "enumerator_list", "text": "{\n ZRAM_COMP_NONE,\n\n ZRAM_COMP_LZO,\n ZRAM_COMP_LZ4,\n\n ZRAM_COMP_UNKNOWN,\n\n ZRAM_COMP_DEFAULT = ZRAM_DEFAULT_COMPRESSION\n}", "parent": 18, "children": [21, 23, 25, 27, 29], "start_point": {"row": 17, "column": 5}, "end_point": {"row": 26, "column": 1}}, {"id": 21, "type": "enumerator", "text": "ZRAM_COMP_NONE", "parent": 20, "children": [22], "start_point": {"row": 18, "column": 3}, "end_point": {"row": 18, "column": 17}}, {"id": 22, "type": "identifier", "text": "ZRAM_COMP_NONE", "parent": 21, "children": [], "start_point": {"row": 18, "column": 3}, "end_point": {"row": 18, "column": 17}}, {"id": 23, "type": "enumerator", "text": "ZRAM_COMP_LZO", "parent": 20, "children": [24], "start_point": {"row": 20, "column": 3}, "end_point": {"row": 20, "column": 16}}, {"id": 24, "type": "identifier", "text": "ZRAM_COMP_LZO", "parent": 23, "children": [], "start_point": {"row": 20, "column": 3}, "end_point": {"row": 20, "column": 16}}, {"id": 25, "type": "enumerator", "text": "ZRAM_COMP_LZ4", "parent": 20, "children": [26], "start_point": {"row": 21, "column": 3}, "end_point": {"row": 21, "column": 16}}, {"id": 26, "type": "identifier", "text": "ZRAM_COMP_LZ4", "parent": 25, "children": [], "start_point": {"row": 21, "column": 3}, "end_point": {"row": 21, "column": 16}}, {"id": 27, "type": "enumerator", "text": "ZRAM_COMP_UNKNOWN", "parent": 20, "children": [28], "start_point": {"row": 23, "column": 3}, "end_point": {"row": 23, "column": 20}}, {"id": 28, "type": "identifier", "text": "ZRAM_COMP_UNKNOWN", "parent": 27, "children": [], "start_point": {"row": 23, "column": 3}, "end_point": {"row": 23, "column": 20}}, {"id": 29, "type": "enumerator", "text": "ZRAM_COMP_DEFAULT = ZRAM_DEFAULT_COMPRESSION", "parent": 20, "children": [30, 31, 32], "start_point": {"row": 25, "column": 3}, "end_point": {"row": 25, "column": 47}}, {"id": 30, "type": "identifier", "text": "ZRAM_COMP_DEFAULT", "parent": 29, "children": [], "start_point": {"row": 25, "column": 3}, "end_point": {"row": 25, "column": 20}}, {"id": 31, "type": "=", "text": "=", "parent": 29, "children": [], "start_point": {"row": 25, "column": 21}, "end_point": {"row": 25, "column": 22}}, {"id": 32, "type": "identifier", "text": "ZRAM_DEFAULT_COMPRESSION", "parent": 29, "children": [], "start_point": {"row": 25, "column": 23}, "end_point": {"row": 25, "column": 47}}, {"id": 33, "type": "declaration", "text": "extern const char* ZRAM_COMPRESSION_DESC[];", "parent": 0, "children": [34, 36, 37], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 28, "column": 43}}, {"id": 34, "type": "storage_class_specifier", "text": "extern", "parent": 33, "children": [35], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 28, "column": 6}}, {"id": 35, "type": "extern", "text": "extern", "parent": 34, "children": [], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 28, "column": 6}}, {"id": 36, "type": "primitive_type", "text": "char", "parent": 33, "children": [], "start_point": {"row": 28, "column": 13}, "end_point": {"row": 28, "column": 17}}, {"id": 37, "type": "pointer_declarator", "text": "* ZRAM_COMPRESSION_DESC[]", "parent": 33, "children": [38, 39], "start_point": {"row": 28, "column": 17}, "end_point": {"row": 28, "column": 42}}, {"id": 38, "type": "*", "text": "*", "parent": 37, "children": [], "start_point": {"row": 28, "column": 17}, "end_point": {"row": 28, "column": 18}}, {"id": 39, "type": "array_declarator", "text": "ZRAM_COMPRESSION_DESC[]", "parent": 37, "children": [40], "start_point": {"row": 28, "column": 19}, "end_point": {"row": 28, "column": 42}}, {"id": 40, "type": "identifier", "text": "ZRAM_COMPRESSION_DESC", "parent": 39, "children": [], "start_point": {"row": 28, "column": 19}, "end_point": {"row": 28, "column": 40}}, {"id": 41, "type": "enum_specifier", "text": "enum {\n ZRAM_TYPE_NONE = 0x0,\n ZRAM_TYPE_SWAP = 0x1,\n\n ZRAM_TYPE_DISK = 0x2,\n ZRAM_TYPE_DISK_EXT2 = 0x4,\n ZRAM_TYPE_DISK_EXT4 = 0x8,\n ZRAM_TYPE_DISK_BTRFS = 0x10,\n\n ZRAM_TYPE__DUMMY,\n ZRAM_TYPE_FSTYPE_MASK = (\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )\n}", "parent": 0, "children": [42, 43], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 43, "column": 1}}, {"id": 42, "type": "enum", "text": "enum", "parent": 41, "children": [], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 30, "column": 4}}, {"id": 43, "type": "enumerator_list", "text": "{\n ZRAM_TYPE_NONE = 0x0,\n ZRAM_TYPE_SWAP = 0x1,\n\n ZRAM_TYPE_DISK = 0x2,\n ZRAM_TYPE_DISK_EXT2 = 0x4,\n ZRAM_TYPE_DISK_EXT4 = 0x8,\n ZRAM_TYPE_DISK_BTRFS = 0x10,\n\n ZRAM_TYPE__DUMMY,\n ZRAM_TYPE_FSTYPE_MASK = (\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )\n}", "parent": 41, "children": [44, 48, 52, 56, 60, 64, 68, 70], "start_point": {"row": 30, "column": 5}, "end_point": {"row": 43, "column": 1}}, {"id": 44, "type": "enumerator", "text": "ZRAM_TYPE_NONE = 0x0", "parent": 43, "children": [45, 46, 47], "start_point": {"row": 31, "column": 3}, "end_point": {"row": 31, "column": 29}}, {"id": 45, "type": "identifier", "text": "ZRAM_TYPE_NONE", "parent": 44, "children": [], "start_point": {"row": 31, "column": 3}, "end_point": {"row": 31, "column": 17}}, {"id": 46, "type": "=", "text": "=", "parent": 44, "children": [], "start_point": {"row": 31, "column": 24}, "end_point": {"row": 31, "column": 25}}, {"id": 47, "type": "number_literal", "text": "0x0", "parent": 44, "children": [], "start_point": {"row": 31, "column": 26}, "end_point": {"row": 31, "column": 29}}, {"id": 48, "type": "enumerator", "text": "ZRAM_TYPE_SWAP = 0x1", "parent": 43, "children": [49, 50, 51], "start_point": {"row": 32, "column": 3}, "end_point": {"row": 32, "column": 29}}, {"id": 49, "type": "identifier", "text": "ZRAM_TYPE_SWAP", "parent": 48, "children": [], "start_point": {"row": 32, "column": 3}, "end_point": {"row": 32, "column": 17}}, {"id": 50, "type": "=", "text": "=", "parent": 48, "children": [], "start_point": {"row": 32, "column": 24}, "end_point": {"row": 32, "column": 25}}, {"id": 51, "type": "number_literal", "text": "0x1", "parent": 48, "children": [], "start_point": {"row": 32, "column": 26}, "end_point": {"row": 32, "column": 29}}, {"id": 52, "type": "enumerator", "text": "ZRAM_TYPE_DISK = 0x2", "parent": 43, "children": [53, 54, 55], "start_point": {"row": 34, "column": 3}, "end_point": {"row": 34, "column": 29}}, {"id": 53, "type": "identifier", "text": "ZRAM_TYPE_DISK", "parent": 52, "children": [], "start_point": {"row": 34, "column": 3}, "end_point": {"row": 34, "column": 17}}, {"id": 54, "type": "=", "text": "=", "parent": 52, "children": [], "start_point": {"row": 34, "column": 24}, "end_point": {"row": 34, "column": 25}}, {"id": 55, "type": "number_literal", "text": "0x2", "parent": 52, "children": [], "start_point": {"row": 34, "column": 26}, "end_point": {"row": 34, "column": 29}}, {"id": 56, "type": "enumerator", "text": "ZRAM_TYPE_DISK_EXT2 = 0x4", "parent": 43, "children": [57, 58, 59], "start_point": {"row": 35, "column": 3}, "end_point": {"row": 35, "column": 29}}, {"id": 57, "type": "identifier", "text": "ZRAM_TYPE_DISK_EXT2", "parent": 56, "children": [], "start_point": {"row": 35, "column": 3}, "end_point": {"row": 35, "column": 22}}, {"id": 58, "type": "=", "text": "=", "parent": 56, "children": [], "start_point": {"row": 35, "column": 24}, "end_point": {"row": 35, "column": 25}}, {"id": 59, "type": "number_literal", "text": "0x4", "parent": 56, "children": [], "start_point": {"row": 35, "column": 26}, "end_point": {"row": 35, "column": 29}}, {"id": 60, "type": "enumerator", "text": "ZRAM_TYPE_DISK_EXT4 = 0x8", "parent": 43, "children": [61, 62, 63], "start_point": {"row": 36, "column": 3}, "end_point": {"row": 36, "column": 29}}, {"id": 61, "type": "identifier", "text": "ZRAM_TYPE_DISK_EXT4", "parent": 60, "children": [], "start_point": {"row": 36, "column": 3}, "end_point": {"row": 36, "column": 22}}, {"id": 62, "type": "=", "text": "=", "parent": 60, "children": [], "start_point": {"row": 36, "column": 24}, "end_point": {"row": 36, "column": 25}}, {"id": 63, "type": "number_literal", "text": "0x8", "parent": 60, "children": [], "start_point": {"row": 36, "column": 26}, "end_point": {"row": 36, "column": 29}}, {"id": 64, "type": "enumerator", "text": "ZRAM_TYPE_DISK_BTRFS = 0x10", "parent": 43, "children": [65, 66, 67], "start_point": {"row": 37, "column": 3}, "end_point": {"row": 37, "column": 30}}, {"id": 65, "type": "identifier", "text": "ZRAM_TYPE_DISK_BTRFS", "parent": 64, "children": [], "start_point": {"row": 37, "column": 3}, "end_point": {"row": 37, "column": 23}}, {"id": 66, "type": "=", "text": "=", "parent": 64, "children": [], "start_point": {"row": 37, "column": 24}, "end_point": {"row": 37, "column": 25}}, {"id": 67, "type": "number_literal", "text": "0x10", "parent": 64, "children": [], "start_point": {"row": 37, "column": 26}, "end_point": {"row": 37, "column": 30}}, {"id": 68, "type": "enumerator", "text": "ZRAM_TYPE__DUMMY", "parent": 43, "children": [69], "start_point": {"row": 39, "column": 3}, "end_point": {"row": 39, "column": 19}}, {"id": 69, "type": "identifier", "text": "ZRAM_TYPE__DUMMY", "parent": 68, "children": [], "start_point": {"row": 39, "column": 3}, "end_point": {"row": 39, "column": 19}}, {"id": 70, "type": "enumerator", "text": "ZRAM_TYPE_FSTYPE_MASK = (\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )", "parent": 43, "children": [71, 72, 73], "start_point": {"row": 40, "column": 3}, "end_point": {"row": 42, "column": 4}}, {"id": 71, "type": "identifier", "text": "ZRAM_TYPE_FSTYPE_MASK", "parent": 70, "children": [], "start_point": {"row": 40, "column": 3}, "end_point": {"row": 40, "column": 24}}, {"id": 72, "type": "=", "text": "=", "parent": 70, "children": [], "start_point": {"row": 40, "column": 25}, "end_point": {"row": 40, "column": 26}}, {"id": 73, "type": "parenthesized_expression", "text": "(\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )", "parent": 70, "children": [74], "start_point": {"row": 40, "column": 27}, "end_point": {"row": 42, "column": 4}}, {"id": 74, "type": "binary_expression", "text": "ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS", "parent": 73, "children": [75, 78], "start_point": {"row": 41, "column": 6}, "end_point": {"row": 41, "column": 70}}, {"id": 75, "type": "binary_expression", "text": "ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4", "parent": 74, "children": [76, 77], "start_point": {"row": 41, "column": 6}, "end_point": {"row": 41, "column": 47}}, {"id": 76, "type": "identifier", "text": "ZRAM_TYPE_DISK_EXT2", "parent": 75, "children": [], "start_point": {"row": 41, "column": 6}, "end_point": {"row": 41, "column": 25}}, {"id": 77, "type": "identifier", "text": "ZRAM_TYPE_DISK_EXT4", "parent": 75, "children": [], "start_point": {"row": 41, "column": 28}, "end_point": {"row": 41, "column": 47}}, {"id": 78, "type": "identifier", "text": "ZRAM_TYPE_DISK_BTRFS", "parent": 74, "children": [], "start_point": {"row": 41, "column": 50}, "end_point": {"row": 41, "column": 70}}, {"id": 79, "type": "enum_specifier", "text": "enum {\n ZRAM_STATUS_NONE = 0,\n ZRAM_STATUS_INITIALIZED = 0x1,\n ZRAM_STATUS_CLAIMED = 0x2,\n ZRAM_STATUS_INUSE = 0x4,\n\n ZRAM_STATUS__DUMMY\n}", "parent": 0, "children": [80, 81], "start_point": {"row": 45, "column": 0}, "end_point": {"row": 52, "column": 1}}, {"id": 80, "type": "enum", "text": "enum", "parent": 79, "children": [], "start_point": {"row": 45, "column": 0}, "end_point": {"row": 45, "column": 4}}, {"id": 81, "type": "enumerator_list", "text": "{\n ZRAM_STATUS_NONE = 0,\n ZRAM_STATUS_INITIALIZED = 0x1,\n ZRAM_STATUS_CLAIMED = 0x2,\n ZRAM_STATUS_INUSE = 0x4,\n\n ZRAM_STATUS__DUMMY\n}", "parent": 79, "children": [82, 86, 90, 94, 98], "start_point": {"row": 45, "column": 5}, "end_point": {"row": 52, "column": 1}}, {"id": 82, "type": "enumerator", "text": "ZRAM_STATUS_NONE = 0", "parent": 81, "children": [83, 84, 85], "start_point": {"row": 46, "column": 3}, "end_point": {"row": 46, "column": 30}}, {"id": 83, "type": "identifier", "text": "ZRAM_STATUS_NONE", "parent": 82, "children": [], "start_point": {"row": 46, "column": 3}, "end_point": {"row": 46, "column": 19}}, {"id": 84, "type": "=", "text": "=", "parent": 82, "children": [], "start_point": {"row": 46, "column": 27}, "end_point": {"row": 46, "column": 28}}, {"id": 85, "type": "number_literal", "text": "0", "parent": 82, "children": [], "start_point": {"row": 46, "column": 29}, "end_point": {"row": 46, "column": 30}}, {"id": 86, "type": "enumerator", "text": "ZRAM_STATUS_INITIALIZED = 0x1", "parent": 81, "children": [87, 88, 89], "start_point": {"row": 47, "column": 3}, "end_point": {"row": 47, "column": 32}}, {"id": 87, "type": "identifier", "text": "ZRAM_STATUS_INITIALIZED", "parent": 86, "children": [], "start_point": {"row": 47, "column": 3}, "end_point": {"row": 47, "column": 26}}, {"id": 88, "type": "=", "text": "=", "parent": 86, "children": [], "start_point": {"row": 47, "column": 27}, "end_point": {"row": 47, "column": 28}}, {"id": 89, "type": "number_literal", "text": "0x1", "parent": 86, "children": [], "start_point": {"row": 47, "column": 29}, "end_point": {"row": 47, "column": 32}}, {"id": 90, "type": "enumerator", "text": "ZRAM_STATUS_CLAIMED = 0x2", "parent": 81, "children": [91, 92, 93], "start_point": {"row": 48, "column": 3}, "end_point": {"row": 48, "column": 32}}, {"id": 91, "type": "identifier", "text": "ZRAM_STATUS_CLAIMED", "parent": 90, "children": [], "start_point": {"row": 48, "column": 3}, "end_point": {"row": 48, "column": 22}}, {"id": 92, "type": "=", "text": "=", "parent": 90, "children": [], "start_point": {"row": 48, "column": 27}, "end_point": {"row": 48, "column": 28}}, {"id": 93, "type": "number_literal", "text": "0x2", "parent": 90, "children": [], "start_point": {"row": 48, "column": 29}, "end_point": {"row": 48, "column": 32}}, {"id": 94, "type": "enumerator", "text": "ZRAM_STATUS_INUSE = 0x4", "parent": 81, "children": [95, 96, 97], "start_point": {"row": 49, "column": 3}, "end_point": {"row": 49, "column": 32}}, {"id": 95, "type": "identifier", "text": "ZRAM_STATUS_INUSE", "parent": 94, "children": [], "start_point": {"row": 49, "column": 3}, "end_point": {"row": 49, "column": 20}}, {"id": 96, "type": "=", "text": "=", "parent": 94, "children": [], "start_point": {"row": 49, "column": 27}, "end_point": {"row": 49, "column": 28}}, {"id": 97, "type": "number_literal", "text": "0x4", "parent": 94, "children": [], "start_point": {"row": 49, "column": 29}, "end_point": {"row": 49, "column": 32}}, {"id": 98, "type": "enumerator", "text": "ZRAM_STATUS__DUMMY", "parent": 81, "children": [99], "start_point": {"row": 51, "column": 3}, "end_point": {"row": 51, "column": 21}}, {"id": 99, "type": "identifier", "text": "ZRAM_STATUS__DUMMY", "parent": 98, "children": [], "start_point": {"row": 51, "column": 3}, "end_point": {"row": 51, "column": 21}}, {"id": 100, "type": "struct_specifier", "text": "struct zram_dev_info {\n unsigned type;\n char* name;\n char* path;\n char* devpath;\n int comp_algorithm;\n char* fslabel;\n /* <= 255 identifiers */\n uint8_t identifier;\n size_t size_m;\n uint_fast8_t status;\n\n#if ZRAM_EXPORT_SIZE_B\n /** size in bytes, only set after allocating the device */\n size_t size_b;\n#endif\n}", "parent": 0, "children": [101, 102], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 70, "column": 1}}, {"id": 101, "type": "struct", "text": "struct", "parent": 100, "children": [], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 54, "column": 6}}, {"id": 102, "type": "type_identifier", "text": "zram_dev_info", "parent": 100, "children": [], "start_point": {"row": 54, "column": 7}, "end_point": {"row": 54, "column": 20}}, {"id": 103, "type": "field_declaration", "text": "unsigned type;", "parent": 100, "children": [104, 106], "start_point": {"row": 55, "column": 3}, "end_point": {"row": 55, "column": 22}}, {"id": 104, "type": "sized_type_specifier", "text": "unsigned", "parent": 103, "children": [105], "start_point": {"row": 55, "column": 3}, "end_point": {"row": 55, "column": 11}}, {"id": 105, "type": "unsigned", "text": "unsigned", "parent": 104, "children": [], "start_point": {"row": 55, "column": 3}, "end_point": {"row": 55, "column": 11}}, {"id": 106, "type": "field_identifier", "text": "type", "parent": 103, "children": [], "start_point": {"row": 55, "column": 17}, "end_point": {"row": 55, "column": 21}}, {"id": 107, "type": "field_declaration", "text": "char* name;", "parent": 100, "children": [108, 109], "start_point": {"row": 56, "column": 3}, "end_point": {"row": 56, "column": 22}}, {"id": 108, "type": "primitive_type", "text": "char", "parent": 107, "children": [], "start_point": {"row": 56, "column": 3}, "end_point": {"row": 56, "column": 7}}, {"id": 109, "type": "pointer_declarator", "text": "* name", "parent": 107, "children": [110, 111], "start_point": {"row": 56, "column": 7}, "end_point": {"row": 56, "column": 21}}, {"id": 110, 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116, "type": "field_identifier", "text": "path", "parent": 114, "children": [], "start_point": {"row": 57, "column": 17}, "end_point": {"row": 57, "column": 21}}, {"id": 117, "type": "field_declaration", "text": "char* devpath;", "parent": 100, "children": [118, 119], "start_point": {"row": 58, "column": 3}, "end_point": {"row": 58, "column": 25}}, {"id": 118, "type": "primitive_type", "text": "char", "parent": 117, "children": [], "start_point": {"row": 58, "column": 3}, "end_point": {"row": 58, "column": 7}}, {"id": 119, "type": "pointer_declarator", "text": "* devpath", "parent": 117, "children": [120, 121], "start_point": {"row": 58, "column": 7}, "end_point": {"row": 58, "column": 24}}, {"id": 120, "type": "*", "text": "*", "parent": 119, "children": [], "start_point": {"row": 58, "column": 7}, "end_point": {"row": 58, "column": 8}}, {"id": 121, "type": "field_identifier", "text": "devpath", "parent": 119, "children": [], "start_point": {"row": 58, "column": 17}, "end_point": {"row": 58, "column": 24}}, {"id": 122, "type": "field_declaration", "text": "int comp_algorithm;", "parent": 100, "children": [123, 124], "start_point": {"row": 59, "column": 3}, "end_point": {"row": 59, "column": 32}}, {"id": 123, "type": "primitive_type", "text": "int", "parent": 122, "children": [], "start_point": {"row": 59, "column": 3}, "end_point": {"row": 59, "column": 6}}, {"id": 124, "type": "field_identifier", "text": "comp_algorithm", "parent": 122, "children": [], "start_point": {"row": 59, "column": 17}, "end_point": {"row": 59, "column": 31}}, {"id": 125, "type": "field_declaration", "text": "char* fslabel;", "parent": 100, "children": [126, 127], "start_point": {"row": 60, "column": 3}, "end_point": {"row": 60, "column": 25}}, {"id": 126, "type": "primitive_type", "text": "char", "parent": 125, "children": [], "start_point": {"row": 60, "column": 3}, "end_point": {"row": 60, "column": 7}}, {"id": 127, "type": "pointer_declarator", "text": "* fslabel", "parent": 125, "children": [128, 129], "start_point": {"row": 60, "column": 7}, "end_point": {"row": 60, "column": 24}}, {"id": 128, "type": "*", "text": "*", "parent": 127, "children": [], "start_point": {"row": 60, "column": 7}, "end_point": {"row": 60, "column": 8}}, {"id": 129, "type": "field_identifier", "text": "fslabel", "parent": 127, "children": [], "start_point": {"row": 60, "column": 17}, "end_point": {"row": 60, "column": 24}}, {"id": 130, "type": "field_declaration", "text": "uint8_t identifier;", "parent": 100, "children": [131, 132], "start_point": {"row": 62, "column": 3}, "end_point": {"row": 62, "column": 28}}, {"id": 131, "type": "primitive_type", "text": "uint8_t", "parent": 130, "children": [], "start_point": {"row": 62, "column": 3}, "end_point": {"row": 62, "column": 10}}, {"id": 132, "type": "field_identifier", "text": "identifier", "parent": 130, "children": [], "start_point": {"row": 62, "column": 17}, "end_point": {"row": 62, "column": 27}}, {"id": 133, "type": "field_declaration", "text": "size_t size_m;", "parent": 100, "children": [134, 135], "start_point": {"row": 63, "column": 3}, "end_point": {"row": 63, "column": 24}}, {"id": 134, "type": "primitive_type", "text": "size_t", "parent": 133, "children": [], "start_point": {"row": 63, "column": 3}, "end_point": {"row": 63, "column": 9}}, {"id": 135, "type": "field_identifier", "text": "size_m", "parent": 133, "children": [], "start_point": {"row": 63, "column": 17}, "end_point": {"row": 63, "column": 23}}, {"id": 136, "type": "field_declaration", "text": "uint_fast8_t status;", "parent": 100, "children": [137, 138], "start_point": {"row": 64, "column": 3}, "end_point": {"row": 64, "column": 24}}, {"id": 137, "type": "type_identifier", "text": "uint_fast8_t", "parent": 136, "children": [], "start_point": {"row": 64, "column": 3}, "end_point": {"row": 64, "column": 15}}, {"id": 138, "type": "field_identifier", "text": "status", "parent": 136, "children": [], "start_point": {"row": 64, "column": 17}, "end_point": {"row": 64, "column": 23}}, {"id": 139, "type": "preproc_if", "text": "#if ZRAM_EXPORT_SIZE_B\n /** size in bytes, only set after allocating the device */\n size_t size_b;\n#endif", "parent": 100, "children": [140, 141, 142, 143, 146], "start_point": {"row": 66, "column": 0}, "end_point": {"row": 69, "column": 6}}, {"id": 140, "type": "#if", "text": "#if", "parent": 139, "children": [], "start_point": {"row": 66, "column": 0}, "end_point": {"row": 66, "column": 3}}, {"id": 141, "type": "identifier", "text": "ZRAM_EXPORT_SIZE_B", "parent": 139, "children": [], "start_point": {"row": 66, "column": 4}, "end_point": {"row": 66, "column": 22}}, {"id": 142, "type": "\n", "text": "\n", "parent": 139, "children": [], "start_point": {"row": 66, "column": 22}, "end_point": {"row": 67, "column": 0}}, {"id": 143, "type": "field_declaration", "text": "size_t size_b;", "parent": 139, "children": [144, 145], "start_point": {"row": 68, "column": 3}, "end_point": {"row": 68, "column": 24}}, {"id": 144, "type": "primitive_type", "text": "size_t", "parent": 143, "children": [], "start_point": {"row": 68, "column": 3}, "end_point": {"row": 68, "column": 9}}, {"id": 145, "type": "field_identifier", "text": "size_b", "parent": 143, "children": [], "start_point": {"row": 68, "column": 17}, "end_point": {"row": 68, "column": 23}}, {"id": 146, "type": "#endif", "text": "#endif", "parent": 139, "children": [], "start_point": {"row": 69, "column": 0}, "end_point": {"row": 69, "column": 6}}, {"id": 147, "type": "declaration", "text": "void zram_dev_info_free ( struct zram_dev_info* const p_dev );", "parent": 0, "children": [148, 149], "start_point": {"row": 73, "column": 0}, "end_point": {"row": 73, "column": 62}}, {"id": 148, "type": "primitive_type", "text": "void", "parent": 147, "children": [], "start_point": {"row": 73, "column": 0}, "end_point": {"row": 73, "column": 4}}, {"id": 149, "type": "function_declarator", "text": "zram_dev_info_free ( struct zram_dev_info* const p_dev )", "parent": 147, "children": [150, 151], "start_point": {"row": 73, "column": 5}, "end_point": {"row": 73, "column": 61}}, {"id": 150, "type": "identifier", "text": "zram_dev_info_free", "parent": 149, "children": [], "start_point": {"row": 73, "column": 5}, "end_point": {"row": 73, "column": 23}}, {"id": 151, "type": "parameter_list", "text": "( struct zram_dev_info* const p_dev )", "parent": 149, "children": [152], "start_point": {"row": 73, "column": 24}, "end_point": {"row": 73, "column": 61}}, {"id": 152, "type": "parameter_declaration", "text": "struct zram_dev_info* const p_dev", "parent": 151, "children": [153, 156], "start_point": {"row": 73, "column": 26}, "end_point": {"row": 73, "column": 59}}, {"id": 153, "type": "struct_specifier", "text": "struct zram_dev_info", "parent": 152, "children": [154, 155], "start_point": {"row": 73, "column": 26}, "end_point": {"row": 73, "column": 46}}, {"id": 154, "type": "struct", "text": "struct", "parent": 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get_zram_dev_size_b ( const struct zram_dev_info* const p_dev );", "parent": 0, "children": [176, 177], "start_point": {"row": 80, "column": 0}, "end_point": {"row": 80, "column": 71}}, {"id": 176, "type": "primitive_type", "text": "size_t", "parent": 175, "children": [], "start_point": {"row": 80, "column": 0}, "end_point": {"row": 80, "column": 6}}, {"id": 177, "type": "function_declarator", "text": "get_zram_dev_size_b ( const struct zram_dev_info* const p_dev )", "parent": 175, "children": [178, 179], "start_point": {"row": 80, "column": 7}, "end_point": {"row": 80, "column": 70}}, {"id": 178, "type": "identifier", "text": "get_zram_dev_size_b", "parent": 177, "children": [], "start_point": {"row": 80, "column": 7}, "end_point": {"row": 80, "column": 26}}, {"id": 179, "type": "parameter_list", "text": "( const struct zram_dev_info* const p_dev )", "parent": 177, "children": [180], "start_point": {"row": 80, "column": 27}, "end_point": {"row": 80, "column": 70}}, {"id": 180, "type": 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"end_point": {"row": 91, "column": 5}}, {"id": 238, "type": "function_declarator", "text": "zram_get_zdisk_devpath ( const struct zram_dev_info* const p_dev )", "parent": 236, "children": [239, 240], "start_point": {"row": 91, "column": 6}, "end_point": {"row": 91, "column": 72}}, {"id": 239, "type": "identifier", "text": "zram_get_zdisk_devpath", "parent": 238, "children": [], "start_point": {"row": 91, "column": 6}, "end_point": {"row": 91, "column": 28}}, {"id": 240, "type": "parameter_list", "text": "( const struct zram_dev_info* const p_dev )", "parent": 238, "children": [241], "start_point": {"row": 91, "column": 29}, "end_point": {"row": 91, "column": 72}}, {"id": 241, "type": "parameter_declaration", "text": "const struct zram_dev_info* const p_dev", "parent": 240, "children": [242, 245], "start_point": {"row": 91, "column": 31}, "end_point": {"row": 91, "column": 70}}, {"id": 242, "type": "struct_specifier", "text": "struct zram_dev_info", "parent": 241, "children": [243, 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"text_snippet": "struct"}, {"node_id": 164, "universal_type": "class", "name": "zram_dev_info", "text_snippet": "struct zram_dev_info"}, {"node_id": 165, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 181, "universal_type": "class", "name": "zram_dev_info", "text_snippet": "struct zram_dev_info"}, {"node_id": 182, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 193, "universal_type": "class", "name": "zram_dev_info", "text_snippet": "struct zram_dev_info"}, {"node_id": 194, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 224, "universal_type": "class", "name": "zram_dev_info", "text_snippet": "struct zram_dev_info"}, {"node_id": 225, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 242, "universal_type": "class", "name": "zram_dev_info", "text_snippet": "struct zram_dev_info"}, {"node_id": 243, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 254, "universal_type": "class", "name": "zram_dev_info", "text_snippet": "struct zram_dev_info"}, {"node_id": 255, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 6, "text": "#include <stdint.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <sys/types.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include \"globals.h\"\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include \"config.h\"\n"}, {"node_id": 16, "text": "#include"}]}, "original_source_code": "/*\n * Copyright (c) 2014-2015 <NAME> <<EMAIL>>\n *\n * Distributed under the terms of the MIT license.\n * (See LICENSE.MIT or http://opensource.org/licenses/MIT)\n */\n\n#ifndef _ZRAM_DATA_TYPES_H_\n#define _ZRAM_DATA_TYPES_H_\n\n#include <stdint.h>\n#include <sys/types.h>\n\n#include \"globals.h\"\n#include \"config.h\"\n\n\nenum {\n ZRAM_COMP_NONE,\n\n ZRAM_COMP_LZO,\n ZRAM_COMP_LZ4,\n\n ZRAM_COMP_UNKNOWN,\n\n ZRAM_COMP_DEFAULT = ZRAM_DEFAULT_COMPRESSION\n};\n\nextern const char* ZRAM_COMPRESSION_DESC[];\n\nenum {\n ZRAM_TYPE_NONE = 0x0,\n ZRAM_TYPE_SWAP = 0x1,\n\n ZRAM_TYPE_DISK = 0x2,\n ZRAM_TYPE_DISK_EXT2 = 0x4,\n ZRAM_TYPE_DISK_EXT4 = 0x8,\n ZRAM_TYPE_DISK_BTRFS = 0x10,\n\n ZRAM_TYPE__DUMMY,\n ZRAM_TYPE_FSTYPE_MASK = (\n ZRAM_TYPE_DISK_EXT2 | ZRAM_TYPE_DISK_EXT4 | ZRAM_TYPE_DISK_BTRFS\n )\n};\n\nenum {\n ZRAM_STATUS_NONE = 0,\n ZRAM_STATUS_INITIALIZED = 0x1,\n ZRAM_STATUS_CLAIMED = 0x2,\n ZRAM_STATUS_INUSE = 0x4,\n\n ZRAM_STATUS__DUMMY\n};\n\nstruct zram_dev_info {\n unsigned type;\n char* name;\n char* path;\n char* devpath;\n int comp_algorithm;\n char* fslabel;\n /* <= 255 identifiers */\n uint8_t identifier;\n size_t size_m;\n uint_fast8_t status;\n\n#if ZRAM_EXPORT_SIZE_B\n /** size in bytes, only set after allocating the device */\n size_t size_b;\n#endif\n};\n\n\nvoid zram_dev_info_free ( struct zram_dev_info* const p_dev );\n\n__attribute__((warn_unused_result))\nstruct zram_dev_info* zram_dev_info_new_from_identifier (\n const uint8_t identifier\n);\n\nsize_t get_zram_dev_size_b ( const struct zram_dev_info* const p_dev );\n\nvoid zram_dev_set_size_b (\n struct zram_dev_info* const p_dev, const size_t size_b\n);\n\n__attribute__((pure))\nconst char* zram_get_comp_desc ( const int algi );\nconst char* zram_get_comp_desc_of ( const struct zram_dev_info* const p_dev );\n\n__attribute__((warn_unused_result))\nchar* zram_get_zdisk_devpath ( const struct zram_dev_info* const p_dev );\n\nvoid zram_dev_info_set_fstype (\n struct zram_dev_info* const p_dev, int fstype\n);\n\n#endif /* _ZRAM_DATA_TYPES_H_ */\n"}
| 276
|
c
|
/*++
Copyright (c) 2011 Microsoft Corporation
Module Name:
bit_blaster_rewriter.h
Abstract:
Bit-blasting rewriter
Author:
Leonardo (leonardo) 2012-10-04
Notes:
--*/
#pragma once
#include "ast/ast.h"
#include "util/obj_hashtable.h"
#include "util/params.h"
class bit_blaster_rewriter {
struct imp;
imp * m_imp;
public:
bit_blaster_rewriter(ast_manager & m, params_ref const & p);
~bit_blaster_rewriter();
void updt_params(params_ref const & p);
ast_manager & m() const;
unsigned get_num_steps() const;
void cleanup();
void start_rewrite();
void end_rewrite(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);
void get_translation(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);
void operator()(expr * e, expr_ref & result, proof_ref & result_proof);
void push();
void pop(unsigned num_scopes);
unsigned get_num_scopes() const;
private:
obj_map<func_decl, expr*> const& const2bits() const;
};
| 28.94
| 34
|
(translation_unit) "/*++\nCopyright (c) 2011 Microsoft Corporation\n\nModule Name:\n\n bit_blaster_rewriter.h\n\nAbstract:\n\n Bit-blasting rewriter\n\nAuthor:\n\n Leonardo (leonardo) 2012-10-04\n\nNotes:\n\n--*/\n#pragma once\n\n#include "ast/ast.h"\n#include "util/obj_hashtable.h"\n#include "util/params.h"\n\nclass bit_blaster_rewriter {\n struct imp;\n imp * m_imp;\npublic:\n bit_blaster_rewriter(ast_manager & m, params_ref const & p);\n ~bit_blaster_rewriter();\n void updt_params(params_ref const & p);\n ast_manager & m() const;\n unsigned get_num_steps() const;\n void cleanup();\n void start_rewrite();\n void end_rewrite(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);\n void get_translation(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);\n void operator()(expr * e, expr_ref & result, proof_ref & result_proof);\n void push();\n void pop(unsigned num_scopes);\n unsigned get_num_scopes() const;\nprivate:\n obj_map<func_decl, expr*> const& const2bits() const; \n\n};\n\n\n"
(comment) "/*++\nCopyright (c) 2011 Microsoft Corporation\n\nModule Name:\n\n bit_blaster_rewriter.h\n\nAbstract:\n\n Bit-blasting rewriter\n\nAuthor:\n\n Leonardo (leonardo) 2012-10-04\n\nNotes:\n\n--*/"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(preproc_include) "#include "ast/ast.h"\n"
(#include) "#include"
(string_literal) ""ast/ast.h""
(") """
(string_content) "ast/ast.h"
(") """
(preproc_include) "#include "util/obj_hashtable.h"\n"
(#include) "#include"
(string_literal) ""util/obj_hashtable.h""
(") """
(string_content) "util/obj_hashtable.h"
(") """
(preproc_include) "#include "util/params.h"\n"
(#include) "#include"
(string_literal) ""util/params.h""
(") """
(string_content) "util/params.h"
(") """
(ERROR) "class bit_blaster_rewriter {\n struct imp;\n imp * m_imp;\npublic:\n bit_blaster_rewriter(ast_manager & m, params_ref const & p);\n ~bit_blaster_rewriter();\n void updt_params(params_ref const & p);\n ast_manager & m() const;\n unsigned get_num_steps() const;\n void cleanup();\n void start_rewrite();\n void end_rewrite(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);\n void get_translation(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);\n void operator()(expr * e, expr_ref & result, proof_ref & result_proof);\n void push();\n void pop(unsigned num_scopes);\n unsigned get_num_scopes() const;\nprivate:\n obj_map<func_decl, expr*> const& const2bits() const; \n\n};"
(type_identifier) "class"
(identifier) "bit_blaster_rewriter"
({) "{"
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(struct) "struct"
(type_identifier) "imp"
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(*) "*"
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(labeled_statement) "public:\n bit_blaster_rewriter(ast_manager & m, params_ref const & p);"
(statement_identifier) "public"
(:) ":"
(expression_statement) "bit_blaster_rewriter(ast_manager & m, params_ref const & p);"
(call_expression) "bit_blaster_rewriter(ast_manager & m, params_ref const & p)"
(identifier) "bit_blaster_rewriter"
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(() "("
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(identifier) "ast_manager"
(&) "&"
(identifier) "m"
(,) ","
(binary_expression) "params_ref const & p"
(identifier) "params_ref"
(ERROR) "const"
(identifier) "const"
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(identifier) "p"
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(;) ";"
(expression_statement) "~bit_blaster_rewriter();"
(unary_expression) "~bit_blaster_rewriter()"
(~) "~"
(call_expression) "bit_blaster_rewriter()"
(identifier) "bit_blaster_rewriter"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void updt_params(params_ref const & p);"
(primitive_type) "void"
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(identifier) "updt_params"
(parameter_list) "(params_ref const & p)"
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(type_identifier) "params_ref"
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(ERROR) "m()"
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(identifier) "m"
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(() "("
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(function_declarator) "get_num_steps()"
(identifier) "get_num_steps"
(parameter_list) "()"
(() "("
()) ")"
(declaration) "const;\n void cleanup();"
(type_qualifier) "const"
(const) "const"
(ERROR) ";"
(;) ";"
(primitive_type) "void"
(function_declarator) "cleanup()"
(identifier) "cleanup"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void start_rewrite();"
(primitive_type) "void"
(function_declarator) "start_rewrite()"
(identifier) "start_rewrite"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void end_rewrite(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);"
(primitive_type) "void"
(function_declarator) "end_rewrite(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits)"
(identifier) "end_rewrite"
(parameter_list) "(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits)"
(() "("
(parameter_declaration) "obj_map<func_decl"
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(identifier) "func_decl"
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(parameter_declaration) "expr*>& const2bits"
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(ERROR) ">&"
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(&) "&"
(identifier) "const2bits"
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(ERROR) "<func_decl> &"
(<) "<"
(identifier) "func_decl"
(>) ">"
(&) "&"
(identifier) "newbits"
()) ")"
(;) ";"
(declaration) "void get_translation(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);"
(primitive_type) "void"
(function_declarator) "get_translation(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits)"
(identifier) "get_translation"
(parameter_list) "(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits)"
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(parameter_declaration) "expr*>& const2bits"
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(identifier) "const2bits"
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(parameter_declaration) "ptr_vector<func_decl> & newbits"
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(<) "<"
(identifier) "func_decl"
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(&) "&"
(identifier) "newbits"
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(declaration) "void operator()(expr * e, expr_ref & result, proof_ref & result_proof);"
(primitive_type) "void"
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(function_declarator) "operator()"
(identifier) "operator"
(parameter_list) "()"
(() "("
()) ")"
(parameter_list) "(expr * e, expr_ref & result, proof_ref & result_proof)"
(() "("
(parameter_declaration) "expr * e"
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(pointer_declarator) "* e"
(*) "*"
(identifier) "e"
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(parameter_declaration) "expr_ref & result"
(type_identifier) "expr_ref"
(ERROR) "&"
(&) "&"
(identifier) "result"
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(&) "&"
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(declaration) "void push();"
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(identifier) "push"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void pop(unsigned num_scopes);"
(primitive_type) "void"
(function_declarator) "pop(unsigned num_scopes)"
(identifier) "pop"
(parameter_list) "(unsigned num_scopes)"
(() "("
(parameter_declaration) "unsigned num_scopes"
(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
(identifier) "num_scopes"
()) ")"
(;) ";"
(sized_type_specifier) "unsigned"
(unsigned) "unsigned"
(ERROR) "get_num_scopes() const;\nprivate:\n obj_map<"
(function_declarator) "get_num_scopes() const"
(identifier) "get_num_scopes"
(parameter_list) "()"
(() "("
()) ")"
(identifier) "const"
(;) ";"
(identifier) "private"
(:) ":"
(identifier) "obj_map"
(<) "<"
(identifier) "func_decl"
(,) ","
(ERROR) "expr*> const&"
(identifier) "expr"
(*) "*"
(>) ">"
(const) "const"
(&) "&"
(function_declarator) "const2bits() const"
(identifier) "const2bits"
(parameter_list) "()"
(() "("
()) ")"
(identifier) "const"
(;) ";"
(}) "}"
(;) ";"
| 263
| 15
|
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"text": "#include", "parent": 3, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 8}}, {"id": 5, "type": "string_literal", "text": "\"ast/ast.h\"", "parent": 3, "children": [], "start_point": {"row": 20, "column": 9}, "end_point": {"row": 20, "column": 20}}, {"id": 6, "type": "preproc_include", "text": "#include \"util/obj_hashtable.h\"\n", "parent": null, "children": [7, 8], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 22, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 8}}, {"id": 8, "type": "string_literal", "text": "\"util/obj_hashtable.h\"", "parent": 6, "children": [], "start_point": {"row": 21, "column": 9}, "end_point": {"row": 21, "column": 31}}, {"id": 9, "type": "preproc_include", "text": "#include \"util/params.h\"\n", "parent": null, "children": [10, 11], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 23, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 22, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"util/params.h\"", "parent": 9, "children": [], "start_point": {"row": 22, "column": 9}, "end_point": {"row": 22, "column": 24}}, {"id": 12, "type": "ERROR", "text": "class bit_blaster_rewriter {\n struct imp;\n imp * m_imp;\npublic:\n bit_blaster_rewriter(ast_manager & m, params_ref const & p);\n ~bit_blaster_rewriter();\n void updt_params(params_ref const & p);\n ast_manager & m() const;\n unsigned get_num_steps() const;\n void cleanup();\n void start_rewrite();\n void end_rewrite(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);\n void get_translation(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);\n void operator()(expr * e, expr_ref & result, proof_ref & result_proof);\n void push();\n 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num_scopes)"}, {"node_id": 149, "universal_type": "function", "name": "unknown", "text_snippet": "get_num_scopes() const"}, {"node_id": 159, "universal_type": "function", "name": "unknown", "text_snippet": "const2bits() const"}], "class_declarations": [{"node_id": 14, "universal_type": "class", "name": "imp", "text_snippet": "struct imp"}, {"node_id": 15, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 3, "text": "#include \"ast/ast.h\"\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include \"util/obj_hashtable.h\"\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"util/params.h\"\n"}, {"node_id": 10, "text": "#include"}]}, "original_source_code": "/*++\nCopyright (c) 2011 Microsoft Corporation\n\nModule Name:\n\n bit_blaster_rewriter.h\n\nAbstract:\n\n Bit-blasting rewriter\n\nAuthor:\n\n Leonardo (leonardo) 2012-10-04\n\nNotes:\n\n--*/\n#pragma once\n\n#include \"ast/ast.h\"\n#include \"util/obj_hashtable.h\"\n#include \"util/params.h\"\n\nclass bit_blaster_rewriter {\n struct imp;\n imp * m_imp;\npublic:\n bit_blaster_rewriter(ast_manager & m, params_ref const & p);\n ~bit_blaster_rewriter();\n void updt_params(params_ref const & p);\n ast_manager & m() const;\n unsigned get_num_steps() const;\n void cleanup();\n void start_rewrite();\n void end_rewrite(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);\n void get_translation(obj_map<func_decl, expr*>& const2bits, ptr_vector<func_decl> & newbits);\n void operator()(expr * e, expr_ref & result, proof_ref & result_proof);\n void push();\n void pop(unsigned num_scopes);\n unsigned get_num_scopes() const;\nprivate:\n obj_map<func_decl, expr*> const& const2bits() const; \n\n};\n\n\n"}
| 277
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c
|
#include "task_led.h"
#include "task_environmental.h"
#include "ruuvi_driver_error.h"
#include "ruuvi_interface_gpio.h"
#include <stddef.h>
static uint16_t m_activity_led;
ruuvi_driver_status_t task_led_init(void)
{
ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;
if(!ruuvi_interface_gpio_is_init())
{
err_code |= ruuvi_interface_gpio_init();
}
#pragma GCC diagnostic push
#pragma GCC diagnostic ignored "-Wmissing-braces"
ruuvi_interface_gpio_id_t leds[] = RUUVI_BOARD_LEDS_LIST;
#pragma GCC diagnostic pop
for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)
{
ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE);
ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE);
}
m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;
return err_code;
}
ruuvi_driver_status_t task_led_write(const uint16_t led, const task_led_state_t state)
{
ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;
ruuvi_interface_gpio_id_t pin = {.pin = led };
err_code |= ruuvi_interface_gpio_write(pin, state);
return err_code;
}
void task_led_activity_indicate(const bool active)
{
const task_led_state_t state = (active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE;
task_led_write(m_activity_led, state);
}
void task_led_activity_led_set(uint16_t led)
{
#pragma GCC diagnostic push
#pragma GCC diagnostic ignored "-Wmissing-braces"
ruuvi_interface_gpio_id_t const leds[] = RUUVI_BOARD_LEDS_LIST;
#pragma GCC diagnostic pop
m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;
for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)
{
if(leds[ii].pin == led)
{
m_activity_led = led;
break;
}
}
}
| 31.47
| 53
|
(translation_unit) "#include "task_led.h"\n#include "task_environmental.h"\n#include "ruuvi_driver_error.h"\n#include "ruuvi_interface_gpio.h"\n#include <stddef.h>\n\nstatic uint16_t m_activity_led;\n\nruuvi_driver_status_t task_led_init(void)\n{\n ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;\n\n if(!ruuvi_interface_gpio_is_init())\n {\n err_code |= ruuvi_interface_gpio_init();\n }\n\n#pragma GCC diagnostic push\n#pragma GCC diagnostic ignored "-Wmissing-braces"\n ruuvi_interface_gpio_id_t leds[] = RUUVI_BOARD_LEDS_LIST;\n#pragma GCC diagnostic pop\n\n for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE);\n ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE);\n }\n\n m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;\n return err_code;\n}\n\nruuvi_driver_status_t task_led_write(const uint16_t led, const task_led_state_t state)\n{\n ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;\n ruuvi_interface_gpio_id_t pin = {.pin = led };\n err_code |= ruuvi_interface_gpio_write(pin, state);\n return err_code;\n}\n\nvoid task_led_activity_indicate(const bool active)\n{\n const task_led_state_t state = (active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE;\n task_led_write(m_activity_led, state);\n}\n\nvoid task_led_activity_led_set(uint16_t led)\n{\n#pragma GCC diagnostic push\n#pragma GCC diagnostic ignored "-Wmissing-braces"\n ruuvi_interface_gpio_id_t const leds[] = RUUVI_BOARD_LEDS_LIST;\n#pragma GCC diagnostic pop\n m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;\n for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n if(leds[ii].pin == led)\n {\n m_activity_led = led;\n break;\n }\n }\n}"
(preproc_include) "#include "task_led.h"\n"
(#include) "#include"
(string_literal) ""task_led.h""
(") """
(string_content) "task_led.h"
(") """
(preproc_include) "#include "task_environmental.h"\n"
(#include) "#include"
(string_literal) ""task_environmental.h""
(") """
(string_content) "task_environmental.h"
(") """
(preproc_include) "#include "ruuvi_driver_error.h"\n"
(#include) "#include"
(string_literal) ""ruuvi_driver_error.h""
(") """
(string_content) "ruuvi_driver_error.h"
(") """
(preproc_include) "#include "ruuvi_interface_gpio.h"\n"
(#include) "#include"
(string_literal) ""ruuvi_interface_gpio.h""
(") """
(string_content) "ruuvi_interface_gpio.h"
(") """
(preproc_include) "#include <stddef.h>\n"
(#include) "#include"
(system_lib_string) "<stddef.h>"
(declaration) "static uint16_t m_activity_led;"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "uint16_t"
(identifier) "m_activity_led"
(;) ";"
(function_definition) "ruuvi_driver_status_t task_led_init(void)\n{\n ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;\n\n if(!ruuvi_interface_gpio_is_init())\n {\n err_code |= ruuvi_interface_gpio_init();\n }\n\n#pragma GCC diagnostic push\n#pragma GCC diagnostic ignored "-Wmissing-braces"\n ruuvi_interface_gpio_id_t leds[] = RUUVI_BOARD_LEDS_LIST;\n#pragma GCC diagnostic pop\n\n for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE);\n ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE);\n }\n\n m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;\n return err_code;\n}"
(type_identifier) "ruuvi_driver_status_t"
(function_declarator) "task_led_init(void)"
(identifier) "task_led_init"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{\n ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;\n\n if(!ruuvi_interface_gpio_is_init())\n {\n err_code |= ruuvi_interface_gpio_init();\n }\n\n#pragma GCC diagnostic push\n#pragma GCC diagnostic ignored "-Wmissing-braces"\n ruuvi_interface_gpio_id_t leds[] = RUUVI_BOARD_LEDS_LIST;\n#pragma GCC diagnostic pop\n\n for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE);\n ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE);\n }\n\n m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;\n return err_code;\n}"
({) "{"
(declaration) "ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;"
(type_identifier) "ruuvi_driver_status_t"
(init_declarator) "err_code = RUUVI_DRIVER_SUCCESS"
(identifier) "err_code"
(=) "="
(identifier) "RUUVI_DRIVER_SUCCESS"
(;) ";"
(if_statement) "if(!ruuvi_interface_gpio_is_init())\n {\n err_code |= ruuvi_interface_gpio_init();\n }"
(if) "if"
(parenthesized_expression) "(!ruuvi_interface_gpio_is_init())"
(() "("
(unary_expression) "!ruuvi_interface_gpio_is_init()"
(!) "!"
(call_expression) "ruuvi_interface_gpio_is_init()"
(identifier) "ruuvi_interface_gpio_is_init"
(argument_list) "()"
(() "("
()) ")"
()) ")"
(compound_statement) "{\n err_code |= ruuvi_interface_gpio_init();\n }"
({) "{"
(expression_statement) "err_code |= ruuvi_interface_gpio_init();"
(assignment_expression) "err_code |= ruuvi_interface_gpio_init()"
(identifier) "err_code"
(|=) "|="
(call_expression) "ruuvi_interface_gpio_init()"
(identifier) "ruuvi_interface_gpio_init"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
(preproc_call) "#pragma GCC diagnostic push\n"
(preproc_directive) "#pragma"
(preproc_arg) "GCC diagnostic push"
(preproc_call) "#pragma GCC diagnostic ignored "-Wmissing-braces"\n"
(preproc_directive) "#pragma"
(preproc_arg) "GCC diagnostic ignored "-Wmissing-braces""
(declaration) "ruuvi_interface_gpio_id_t leds[] = RUUVI_BOARD_LEDS_LIST;"
(type_identifier) "ruuvi_interface_gpio_id_t"
(init_declarator) "leds[] = RUUVI_BOARD_LEDS_LIST"
(array_declarator) "leds[]"
(identifier) "leds"
([) "["
(]) "]"
(=) "="
(identifier) "RUUVI_BOARD_LEDS_LIST"
(;) ";"
(preproc_call) "#pragma GCC diagnostic pop\n"
(preproc_directive) "#pragma"
(preproc_arg) "GCC diagnostic pop"
(for_statement) "for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE);\n ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE);\n }"
(for) "for"
(() "("
(declaration) "size_t ii = 0;"
(primitive_type) "size_t"
(init_declarator) "ii = 0"
(identifier) "ii"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "ii < RUUVI_BOARD_LEDS_NUMBER"
(identifier) "ii"
(<) "<"
(identifier) "RUUVI_BOARD_LEDS_NUMBER"
(;) ";"
(update_expression) "ii++"
(identifier) "ii"
(++) "++"
()) ")"
(compound_statement) "{\n ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE);\n ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE);\n }"
({) "{"
(expression_statement) "ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE);"
(call_expression) "ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE)"
(identifier) "ruuvi_interface_gpio_configure"
(argument_list) "(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE)"
(() "("
(subscript_expression) "leds[ii]"
(identifier) "leds"
([) "["
(identifier) "ii"
(]) "]"
(,) ","
(identifier) "RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE"
()) ")"
(;) ";"
(expression_statement) "ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE);"
(call_expression) "ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE)"
(identifier) "ruuvi_interface_gpio_write"
(argument_list) "(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE)"
(() "("
(subscript_expression) "leds[ii]"
(identifier) "leds"
([) "["
(identifier) "ii"
(]) "]"
(,) ","
(unary_expression) "!RUUVI_BOARD_LEDS_ACTIVE_STATE"
(!) "!"
(identifier) "RUUVI_BOARD_LEDS_ACTIVE_STATE"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;"
(assignment_expression) "m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED"
(identifier) "m_activity_led"
(=) "="
(identifier) "RUUVI_INTERFACE_GPIO_ID_UNUSED"
(;) ";"
(return_statement) "return err_code;"
(return) "return"
(identifier) "err_code"
(;) ";"
(}) "}"
(function_definition) "ruuvi_driver_status_t task_led_write(const uint16_t led, const task_led_state_t state)\n{\n ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;\n ruuvi_interface_gpio_id_t pin = {.pin = led };\n err_code |= ruuvi_interface_gpio_write(pin, state);\n return err_code;\n}"
(type_identifier) "ruuvi_driver_status_t"
(function_declarator) "task_led_write(const uint16_t led, const task_led_state_t state)"
(identifier) "task_led_write"
(parameter_list) "(const uint16_t led, const task_led_state_t state)"
(() "("
(parameter_declaration) "const uint16_t led"
(type_qualifier) "const"
(const) "const"
(primitive_type) "uint16_t"
(identifier) "led"
(,) ","
(parameter_declaration) "const task_led_state_t state"
(type_qualifier) "const"
(const) "const"
(type_identifier) "task_led_state_t"
(identifier) "state"
()) ")"
(compound_statement) "{\n ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;\n ruuvi_interface_gpio_id_t pin = {.pin = led };\n err_code |= ruuvi_interface_gpio_write(pin, state);\n return err_code;\n}"
({) "{"
(declaration) "ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;"
(type_identifier) "ruuvi_driver_status_t"
(init_declarator) "err_code = RUUVI_DRIVER_SUCCESS"
(identifier) "err_code"
(=) "="
(identifier) "RUUVI_DRIVER_SUCCESS"
(;) ";"
(declaration) "ruuvi_interface_gpio_id_t pin = {.pin = led };"
(type_identifier) "ruuvi_interface_gpio_id_t"
(init_declarator) "pin = {.pin = led }"
(identifier) "pin"
(=) "="
(initializer_list) "{.pin = led }"
({) "{"
(initializer_pair) ".pin = led"
(field_designator) ".pin"
(.) "."
(field_identifier) "pin"
(=) "="
(identifier) "led"
(}) "}"
(;) ";"
(expression_statement) "err_code |= ruuvi_interface_gpio_write(pin, state);"
(assignment_expression) "err_code |= ruuvi_interface_gpio_write(pin, state)"
(identifier) "err_code"
(|=) "|="
(call_expression) "ruuvi_interface_gpio_write(pin, state)"
(identifier) "ruuvi_interface_gpio_write"
(argument_list) "(pin, state)"
(() "("
(identifier) "pin"
(,) ","
(identifier) "state"
()) ")"
(;) ";"
(return_statement) "return err_code;"
(return) "return"
(identifier) "err_code"
(;) ";"
(}) "}"
(function_definition) "void task_led_activity_indicate(const bool active)\n{\n const task_led_state_t state = (active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE;\n task_led_write(m_activity_led, state);\n}"
(primitive_type) "void"
(function_declarator) "task_led_activity_indicate(const bool active)"
(identifier) "task_led_activity_indicate"
(parameter_list) "(const bool active)"
(() "("
(parameter_declaration) "const bool active"
(type_qualifier) "const"
(const) "const"
(primitive_type) "bool"
(identifier) "active"
()) ")"
(compound_statement) "{\n const task_led_state_t state = (active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE;\n task_led_write(m_activity_led, state);\n}"
({) "{"
(declaration) "const task_led_state_t state = (active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE;"
(type_qualifier) "const"
(const) "const"
(type_identifier) "task_led_state_t"
(init_declarator) "state = (active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE"
(identifier) "state"
(=) "="
(conditional_expression) "(active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE"
(parenthesized_expression) "(active)"
(() "("
(identifier) "active"
()) ")"
(?) "?"
(identifier) "RUUVI_BOARD_LEDS_ACTIVE_STATE"
(:) ":"
(unary_expression) "!RUUVI_BOARD_LEDS_ACTIVE_STATE"
(!) "!"
(identifier) "RUUVI_BOARD_LEDS_ACTIVE_STATE"
(;) ";"
(expression_statement) "task_led_write(m_activity_led, state);"
(call_expression) "task_led_write(m_activity_led, state)"
(identifier) "task_led_write"
(argument_list) "(m_activity_led, state)"
(() "("
(identifier) "m_activity_led"
(,) ","
(identifier) "state"
()) ")"
(;) ";"
(}) "}"
(function_definition) "void task_led_activity_led_set(uint16_t led)\n{\n#pragma GCC diagnostic push\n#pragma GCC diagnostic ignored "-Wmissing-braces"\n ruuvi_interface_gpio_id_t const leds[] = RUUVI_BOARD_LEDS_LIST;\n#pragma GCC diagnostic pop\n m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;\n for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n if(leds[ii].pin == led)\n {\n m_activity_led = led;\n break;\n }\n }\n}"
(primitive_type) "void"
(function_declarator) "task_led_activity_led_set(uint16_t led)"
(identifier) "task_led_activity_led_set"
(parameter_list) "(uint16_t led)"
(() "("
(parameter_declaration) "uint16_t led"
(primitive_type) "uint16_t"
(identifier) "led"
()) ")"
(compound_statement) "{\n#pragma GCC diagnostic push\n#pragma GCC diagnostic ignored "-Wmissing-braces"\n ruuvi_interface_gpio_id_t const leds[] = RUUVI_BOARD_LEDS_LIST;\n#pragma GCC diagnostic pop\n m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;\n for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n if(leds[ii].pin == led)\n {\n m_activity_led = led;\n break;\n }\n }\n}"
({) "{"
(preproc_call) "#pragma GCC diagnostic push\n"
(preproc_directive) "#pragma"
(preproc_arg) "GCC diagnostic push"
(preproc_call) "#pragma GCC diagnostic ignored "-Wmissing-braces"\n"
(preproc_directive) "#pragma"
(preproc_arg) "GCC diagnostic ignored "-Wmissing-braces""
(declaration) "ruuvi_interface_gpio_id_t const leds[] = RUUVI_BOARD_LEDS_LIST;"
(type_identifier) "ruuvi_interface_gpio_id_t"
(type_qualifier) "const"
(const) "const"
(init_declarator) "leds[] = RUUVI_BOARD_LEDS_LIST"
(array_declarator) "leds[]"
(identifier) "leds"
([) "["
(]) "]"
(=) "="
(identifier) "RUUVI_BOARD_LEDS_LIST"
(;) ";"
(preproc_call) "#pragma GCC diagnostic pop\n"
(preproc_directive) "#pragma"
(preproc_arg) "GCC diagnostic pop"
(expression_statement) "m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;"
(assignment_expression) "m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED"
(identifier) "m_activity_led"
(=) "="
(identifier) "RUUVI_INTERFACE_GPIO_ID_UNUSED"
(;) ";"
(for_statement) "for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n if(leds[ii].pin == led)\n {\n m_activity_led = led;\n break;\n }\n }"
(for) "for"
(() "("
(declaration) "size_t ii = 0;"
(primitive_type) "size_t"
(init_declarator) "ii = 0"
(identifier) "ii"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "ii < RUUVI_BOARD_LEDS_NUMBER"
(identifier) "ii"
(<) "<"
(identifier) "RUUVI_BOARD_LEDS_NUMBER"
(;) ";"
(update_expression) "ii++"
(identifier) "ii"
(++) "++"
()) ")"
(compound_statement) "{\n if(leds[ii].pin == led)\n {\n m_activity_led = led;\n break;\n }\n }"
({) "{"
(if_statement) "if(leds[ii].pin == led)\n {\n m_activity_led = led;\n break;\n }"
(if) "if"
(parenthesized_expression) "(leds[ii].pin == led)"
(() "("
(binary_expression) "leds[ii].pin == led"
(field_expression) "leds[ii].pin"
(subscript_expression) "leds[ii]"
(identifier) "leds"
([) "["
(identifier) "ii"
(]) "]"
(.) "."
(field_identifier) "pin"
(==) "=="
(identifier) "led"
()) ")"
(compound_statement) "{\n m_activity_led = led;\n break;\n }"
({) "{"
(expression_statement) "m_activity_led = led;"
(assignment_expression) "m_activity_led = led"
(identifier) "m_activity_led"
(=) "="
(identifier) "led"
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(}) "}"
(}) "}"
(}) "}"
| 353
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 53, "avg_line_length": 31.47, "nodes": 218, "errors": 0, "source_hash": "6d7a3fb8f75595fee4973016c3bc065e199e0977e9deea04860976c68cb7100e", "categorized_nodes": 150}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_include", "text": "#include \"task_led.h\"\n", "parent": null, "children": [1, 2], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 1, "column": 0}}, {"id": 1, "type": "#include", "text": "#include", "parent": 0, "children": [], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 8}}, {"id": 2, "type": "string_literal", "text": "\"task_led.h\"", "parent": 0, "children": [], "start_point": {"row": 0, "column": 9}, "end_point": {"row": 0, "column": 21}}, {"id": 3, "type": "preproc_include", "text": "#include \"task_environmental.h\"\n", "parent": null, "children": [4, 5], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 2, "column": 0}}, {"id": 4, "type": "#include", "text": "#include", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 8}}, {"id": 5, "type": "string_literal", "text": "\"task_environmental.h\"", "parent": 3, "children": [], "start_point": {"row": 1, "column": 9}, "end_point": {"row": 1, "column": 31}}, {"id": 6, "type": "preproc_include", "text": "#include \"ruuvi_driver_error.h\"\n", "parent": null, "children": [7, 8], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 3, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 2, "column": 8}}, {"id": 8, "type": "string_literal", "text": "\"ruuvi_driver_error.h\"", "parent": 6, "children": [], "start_point": {"row": 2, "column": 9}, "end_point": {"row": 2, "column": 31}}, {"id": 9, "type": "preproc_include", "text": "#include \"ruuvi_interface_gpio.h\"\n", "parent": null, "children": [10, 11], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 4, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"ruuvi_interface_gpio.h\"", "parent": 9, "children": [], "start_point": {"row": 3, "column": 9}, "end_point": {"row": 3, "column": 33}}, {"id": 12, "type": "preproc_include", "text": "#include <stddef.h>\n", "parent": null, "children": [13, 14], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 5, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 4, "column": 8}}, {"id": 14, "type": "system_lib_string", "text": "<stddef.h>", "parent": 12, "children": [], "start_point": {"row": 4, "column": 9}, "end_point": {"row": 4, "column": 19}}, {"id": 15, "type": "declaration", "text": "static uint16_t m_activity_led;", "parent": null, "children": [16, 17], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 31}}, {"id": 16, "type": "primitive_type", "text": "uint16_t", "parent": 15, "children": [], "start_point": {"row": 6, "column": 7}, "end_point": {"row": 6, "column": 15}}, {"id": 17, "type": "identifier", "text": "m_activity_led", "parent": 15, "children": [], "start_point": {"row": 6, "column": 16}, "end_point": {"row": 6, "column": 30}}, {"id": 18, "type": "function_definition", "text": "ruuvi_driver_status_t task_led_init(void)\n{\n ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;\n\n if(!ruuvi_interface_gpio_is_init())\n {\n err_code |= ruuvi_interface_gpio_init();\n }\n\n#pragma GCC diagnostic push\n#pragma GCC diagnostic ignored \"-Wmissing-braces\"\n ruuvi_interface_gpio_id_t leds[] = RUUVI_BOARD_LEDS_LIST;\n#pragma GCC diagnostic pop\n\n for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE);\n ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE);\n }\n\n m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;\n return err_code;\n}", "parent": null, "children": [19, 20], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 30, "column": 1}}, {"id": 19, "type": "type_identifier", "text": "ruuvi_driver_status_t", "parent": 18, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 21}}, {"id": 20, "type": "function_declarator", "text": "task_led_init(void)", "parent": 18, "children": [21, 22], "start_point": {"row": 8, "column": 22}, "end_point": {"row": 8, "column": 41}}, {"id": 21, "type": "identifier", "text": "task_led_init", "parent": 20, "children": [], "start_point": {"row": 8, "column": 22}, "end_point": {"row": 8, "column": 35}}, {"id": 22, "type": "parameter_list", "text": "(void)", "parent": 20, "children": [23], "start_point": {"row": 8, "column": 35}, "end_point": {"row": 8, "column": 41}}, {"id": 23, "type": "parameter_declaration", "text": "void", "parent": 22, "children": [24], "start_point": {"row": 8, "column": 36}, "end_point": {"row": 8, "column": 40}}, {"id": 24, "type": "primitive_type", "text": "void", "parent": 23, "children": [], "start_point": {"row": 8, "column": 36}, "end_point": {"row": 8, "column": 40}}, {"id": 25, "type": "declaration", "text": "ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;", "parent": 18, "children": [26, 27], "start_point": {"row": 10, "column": 2}, "end_point": {"row": 10, "column": 56}}, {"id": 26, "type": "type_identifier", "text": "ruuvi_driver_status_t", "parent": 25, "children": [], "start_point": {"row": 10, "column": 2}, "end_point": {"row": 10, "column": 23}}, {"id": 27, "type": "init_declarator", "text": "err_code = RUUVI_DRIVER_SUCCESS", "parent": 25, "children": [28, 29, 30], "start_point": {"row": 10, "column": 24}, "end_point": {"row": 10, "column": 55}}, {"id": 28, "type": "identifier", "text": "err_code", "parent": 27, "children": [], "start_point": {"row": 10, "column": 24}, "end_point": {"row": 10, "column": 32}}, {"id": 29, "type": "=", "text": "=", "parent": 27, "children": [], "start_point": {"row": 10, "column": 33}, "end_point": {"row": 10, "column": 34}}, {"id": 30, "type": "identifier", "text": "RUUVI_DRIVER_SUCCESS", "parent": 27, "children": [], "start_point": {"row": 10, "column": 35}, "end_point": {"row": 10, "column": 55}}, {"id": 31, "type": "if_statement", "text": "if(!ruuvi_interface_gpio_is_init())\n {\n err_code |= ruuvi_interface_gpio_init();\n }", "parent": 18, "children": [32], "start_point": {"row": 12, "column": 2}, "end_point": {"row": 15, "column": 3}}, {"id": 32, "type": "parenthesized_expression", "text": "(!ruuvi_interface_gpio_is_init())", "parent": 31, "children": [33], "start_point": {"row": 12, "column": 4}, "end_point": {"row": 12, "column": 37}}, {"id": 33, "type": "unary_expression", "text": "!ruuvi_interface_gpio_is_init()", "parent": 32, "children": [34, 35], "start_point": {"row": 12, "column": 5}, "end_point": {"row": 12, "column": 36}}, {"id": 34, "type": "!", "text": "!", "parent": 33, "children": [], "start_point": {"row": 12, "column": 5}, "end_point": {"row": 12, "column": 6}}, {"id": 35, "type": "call_expression", "text": "ruuvi_interface_gpio_is_init()", "parent": 33, "children": [36, 37], "start_point": {"row": 12, "column": 6}, "end_point": {"row": 12, "column": 36}}, {"id": 36, "type": "identifier", "text": "ruuvi_interface_gpio_is_init", "parent": 35, "children": [], "start_point": {"row": 12, "column": 6}, "end_point": {"row": 12, "column": 34}}, {"id": 37, "type": "argument_list", "text": "()", "parent": 35, "children": [], "start_point": {"row": 12, "column": 34}, "end_point": {"row": 12, "column": 36}}, {"id": 38, "type": "assignment_expression", "text": "err_code |= ruuvi_interface_gpio_init()", "parent": 31, "children": [39, 40, 41], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 43}}, {"id": 39, "type": "identifier", "text": "err_code", "parent": 38, "children": [], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 12}}, {"id": 40, "type": "|=", "text": "|=", "parent": 38, "children": [], "start_point": {"row": 14, "column": 13}, "end_point": {"row": 14, "column": 15}}, {"id": 41, "type": "call_expression", "text": "ruuvi_interface_gpio_init()", "parent": 38, "children": [42, 43], "start_point": {"row": 14, "column": 16}, "end_point": {"row": 14, "column": 43}}, {"id": 42, "type": "identifier", "text": "ruuvi_interface_gpio_init", "parent": 41, "children": [], "start_point": {"row": 14, "column": 16}, "end_point": {"row": 14, "column": 41}}, {"id": 43, "type": "argument_list", "text": "()", "parent": 41, "children": [], "start_point": {"row": 14, "column": 41}, "end_point": {"row": 14, "column": 43}}, {"id": 44, "type": "preproc_call", "text": "#pragma GCC diagnostic push\n", "parent": 18, "children": [45, 46], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 18, "column": 0}}, {"id": 45, "type": "preproc_directive", "text": "#pragma", "parent": 44, "children": [], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 7}}, {"id": 46, "type": "preproc_arg", "text": "GCC diagnostic push", "parent": 44, "children": [], "start_point": {"row": 17, "column": 8}, "end_point": {"row": 17, "column": 27}}, {"id": 47, "type": "preproc_call", "text": "#pragma GCC diagnostic ignored \"-Wmissing-braces\"\n", "parent": 18, "children": [48, 49], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 48, "type": "preproc_directive", "text": "#pragma", "parent": 47, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 7}}, {"id": 49, "type": "preproc_arg", "text": "GCC diagnostic ignored \"-Wmissing-braces\"", "parent": 47, "children": [], "start_point": {"row": 18, "column": 8}, "end_point": {"row": 18, "column": 49}}, {"id": 50, "type": "declaration", "text": "ruuvi_interface_gpio_id_t leds[] = RUUVI_BOARD_LEDS_LIST;", "parent": 18, "children": [51, 52], "start_point": {"row": 19, "column": 2}, "end_point": {"row": 19, "column": 59}}, {"id": 51, "type": "type_identifier", "text": "ruuvi_interface_gpio_id_t", "parent": 50, "children": [], "start_point": {"row": 19, "column": 2}, "end_point": {"row": 19, "column": 27}}, {"id": 52, "type": "init_declarator", "text": "leds[] = RUUVI_BOARD_LEDS_LIST", "parent": 50, "children": [53, 55, 56], "start_point": {"row": 19, "column": 28}, "end_point": {"row": 19, "column": 58}}, {"id": 53, "type": "array_declarator", "text": "leds[]", "parent": 52, "children": [54], "start_point": {"row": 19, "column": 28}, "end_point": {"row": 19, "column": 34}}, {"id": 54, "type": "identifier", "text": "leds", "parent": 53, "children": [], "start_point": {"row": 19, "column": 28}, "end_point": {"row": 19, "column": 32}}, {"id": 55, "type": "=", "text": "=", "parent": 52, "children": [], "start_point": {"row": 19, "column": 35}, "end_point": {"row": 19, "column": 36}}, {"id": 56, "type": "identifier", "text": "RUUVI_BOARD_LEDS_LIST", "parent": 52, "children": [], "start_point": {"row": 19, "column": 37}, "end_point": {"row": 19, "column": 58}}, {"id": 57, "type": "preproc_call", "text": "#pragma GCC diagnostic pop\n", "parent": 18, "children": [58, 59], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 21, "column": 0}}, {"id": 58, "type": "preproc_directive", "text": "#pragma", "parent": 57, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 7}}, {"id": 59, "type": "preproc_arg", "text": "GCC diagnostic pop", "parent": 57, "children": [], "start_point": {"row": 20, "column": 8}, "end_point": {"row": 20, "column": 26}}, {"id": 60, "type": "for_statement", "text": "for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE);\n ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE);\n }", "parent": 18, "children": [61, 67, 71], "start_point": {"row": 22, "column": 2}, "end_point": {"row": 26, "column": 3}}, {"id": 61, "type": "declaration", "text": "size_t ii = 0;", "parent": 60, "children": [62, 63], "start_point": {"row": 22, "column": 6}, "end_point": {"row": 22, "column": 20}}, {"id": 62, "type": "primitive_type", "text": "size_t", "parent": 61, "children": [], "start_point": {"row": 22, "column": 6}, "end_point": {"row": 22, "column": 12}}, {"id": 63, "type": "init_declarator", "text": "ii = 0", "parent": 61, "children": [64, 65, 66], "start_point": {"row": 22, "column": 13}, "end_point": {"row": 22, "column": 19}}, {"id": 64, "type": "identifier", "text": "ii", "parent": 63, "children": [], "start_point": {"row": 22, "column": 13}, "end_point": {"row": 22, "column": 15}}, {"id": 65, "type": "=", "text": "=", "parent": 63, "children": [], "start_point": {"row": 22, "column": 16}, "end_point": {"row": 22, "column": 17}}, {"id": 66, "type": "number_literal", "text": "0", "parent": 63, "children": [], "start_point": {"row": 22, "column": 18}, "end_point": {"row": 22, "column": 19}}, {"id": 67, "type": "binary_expression", "text": "ii < RUUVI_BOARD_LEDS_NUMBER", "parent": 60, "children": [68, 69, 70], "start_point": {"row": 22, "column": 21}, "end_point": {"row": 22, "column": 49}}, {"id": 68, "type": "identifier", "text": "ii", "parent": 67, "children": [], "start_point": {"row": 22, "column": 21}, "end_point": {"row": 22, "column": 23}}, {"id": 69, "type": "<", "text": "<", "parent": 67, "children": [], "start_point": {"row": 22, "column": 24}, "end_point": {"row": 22, "column": 25}}, {"id": 70, "type": "identifier", "text": "RUUVI_BOARD_LEDS_NUMBER", "parent": 67, "children": [], "start_point": {"row": 22, "column": 26}, "end_point": {"row": 22, "column": 49}}, {"id": 71, "type": "update_expression", "text": "ii++", "parent": 60, "children": [72, 73], "start_point": {"row": 22, "column": 51}, "end_point": {"row": 22, "column": 55}}, {"id": 72, "type": "identifier", "text": "ii", "parent": 71, "children": [], "start_point": {"row": 22, "column": 51}, "end_point": {"row": 22, "column": 53}}, {"id": 73, "type": "++", "text": "++", "parent": 71, "children": [], "start_point": {"row": 22, "column": 53}, "end_point": {"row": 22, "column": 55}}, {"id": 74, "type": "call_expression", "text": "ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE)", "parent": 60, "children": [75, 76], "start_point": {"row": 24, "column": 4}, "end_point": {"row": 24, "column": 88}}, {"id": 75, "type": "identifier", "text": "ruuvi_interface_gpio_configure", "parent": 74, "children": [], "start_point": {"row": 24, "column": 4}, "end_point": {"row": 24, "column": 34}}, {"id": 76, "type": "argument_list", "text": "(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE)", "parent": 74, "children": [77, 80], "start_point": {"row": 24, "column": 34}, "end_point": {"row": 24, "column": 88}}, {"id": 77, "type": "subscript_expression", "text": "leds[ii]", "parent": 76, "children": [78, 79], "start_point": {"row": 24, "column": 35}, "end_point": {"row": 24, "column": 43}}, {"id": 78, "type": "identifier", "text": "leds", "parent": 77, "children": [], "start_point": {"row": 24, "column": 35}, "end_point": {"row": 24, "column": 39}}, {"id": 79, "type": "identifier", "text": "ii", "parent": 77, "children": [], "start_point": {"row": 24, "column": 40}, "end_point": {"row": 24, "column": 42}}, {"id": 80, "type": "identifier", "text": "RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE", "parent": 76, "children": [], "start_point": {"row": 24, "column": 45}, "end_point": {"row": 24, "column": 87}}, {"id": 81, "type": "call_expression", "text": "ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE)", "parent": 60, "children": [82, 83], "start_point": {"row": 25, "column": 4}, "end_point": {"row": 25, "column": 72}}, {"id": 82, "type": "identifier", "text": "ruuvi_interface_gpio_write", "parent": 81, "children": [], "start_point": {"row": 25, "column": 4}, "end_point": {"row": 25, "column": 30}}, {"id": 83, "type": "argument_list", "text": "(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE)", "parent": 81, "children": [84, 87], "start_point": {"row": 25, "column": 30}, "end_point": {"row": 25, "column": 72}}, {"id": 84, "type": "subscript_expression", "text": "leds[ii]", "parent": 83, "children": [85, 86], "start_point": {"row": 25, "column": 31}, "end_point": {"row": 25, "column": 39}}, {"id": 85, "type": "identifier", "text": "leds", "parent": 84, "children": [], "start_point": {"row": 25, "column": 31}, "end_point": {"row": 25, "column": 35}}, {"id": 86, "type": "identifier", "text": "ii", "parent": 84, "children": [], "start_point": {"row": 25, "column": 36}, "end_point": {"row": 25, "column": 38}}, {"id": 87, "type": "unary_expression", "text": "!RUUVI_BOARD_LEDS_ACTIVE_STATE", "parent": 83, "children": [88, 89], "start_point": {"row": 25, "column": 41}, "end_point": {"row": 25, "column": 71}}, {"id": 88, "type": "!", "text": "!", "parent": 87, "children": [], "start_point": {"row": 25, "column": 41}, "end_point": {"row": 25, "column": 42}}, {"id": 89, "type": "identifier", "text": "RUUVI_BOARD_LEDS_ACTIVE_STATE", "parent": 87, "children": [], "start_point": {"row": 25, "column": 42}, "end_point": {"row": 25, "column": 71}}, {"id": 90, "type": "assignment_expression", "text": "m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED", "parent": 18, "children": [91, 92, 93], "start_point": {"row": 28, "column": 2}, "end_point": {"row": 28, "column": 49}}, {"id": 91, "type": "identifier", "text": "m_activity_led", "parent": 90, "children": [], "start_point": {"row": 28, "column": 2}, "end_point": {"row": 28, "column": 16}}, {"id": 92, "type": "=", "text": "=", "parent": 90, "children": [], "start_point": {"row": 28, "column": 17}, "end_point": {"row": 28, "column": 18}}, {"id": 93, "type": "identifier", "text": "RUUVI_INTERFACE_GPIO_ID_UNUSED", "parent": 90, "children": [], "start_point": {"row": 28, "column": 19}, "end_point": {"row": 28, "column": 49}}, {"id": 94, "type": "return_statement", "text": "return err_code;", "parent": 18, "children": [95], "start_point": {"row": 29, "column": 2}, "end_point": {"row": 29, "column": 18}}, {"id": 95, "type": "identifier", "text": "err_code", "parent": 94, "children": [], "start_point": {"row": 29, "column": 9}, "end_point": {"row": 29, "column": 17}}, {"id": 96, "type": "function_definition", "text": "ruuvi_driver_status_t task_led_write(const uint16_t led, const task_led_state_t state)\n{\n ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;\n ruuvi_interface_gpio_id_t pin = {.pin = led };\n err_code |= ruuvi_interface_gpio_write(pin, state);\n return err_code;\n}", "parent": null, "children": [97, 98], "start_point": {"row": 32, "column": 0}, "end_point": {"row": 38, "column": 1}}, {"id": 97, "type": "type_identifier", "text": "ruuvi_driver_status_t", "parent": 96, "children": [], "start_point": {"row": 32, "column": 0}, "end_point": {"row": 32, "column": 21}}, {"id": 98, "type": "function_declarator", "text": "task_led_write(const uint16_t led, const task_led_state_t state)", "parent": 96, "children": [99, 100], "start_point": {"row": 32, "column": 22}, "end_point": {"row": 32, "column": 86}}, {"id": 99, "type": "identifier", "text": "task_led_write", "parent": 98, "children": [], "start_point": {"row": 32, "column": 22}, "end_point": {"row": 32, "column": 36}}, {"id": 100, "type": "parameter_list", "text": "(const uint16_t led, const task_led_state_t state)", "parent": 98, "children": [101, 104], "start_point": {"row": 32, "column": 36}, "end_point": {"row": 32, "column": 86}}, {"id": 101, "type": "parameter_declaration", "text": "const uint16_t led", "parent": 100, "children": [102, 103], "start_point": {"row": 32, "column": 37}, "end_point": {"row": 32, "column": 55}}, {"id": 102, "type": "primitive_type", "text": "uint16_t", "parent": 101, "children": [], "start_point": {"row": 32, "column": 43}, "end_point": {"row": 32, "column": 51}}, {"id": 103, "type": "identifier", "text": "led", "parent": 101, "children": [], "start_point": {"row": 32, "column": 52}, "end_point": {"row": 32, "column": 55}}, {"id": 104, "type": "parameter_declaration", "text": "const task_led_state_t state", "parent": 100, "children": [105, 106], "start_point": {"row": 32, "column": 57}, "end_point": {"row": 32, "column": 85}}, {"id": 105, "type": "type_identifier", "text": "task_led_state_t", "parent": 104, "children": [], "start_point": {"row": 32, "column": 63}, "end_point": {"row": 32, "column": 79}}, {"id": 106, "type": "identifier", "text": "state", "parent": 104, "children": [], "start_point": {"row": 32, "column": 80}, "end_point": {"row": 32, "column": 85}}, {"id": 107, "type": "declaration", "text": "ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;", "parent": 96, "children": [108, 109], "start_point": {"row": 34, "column": 2}, "end_point": {"row": 34, "column": 56}}, {"id": 108, "type": "type_identifier", "text": "ruuvi_driver_status_t", "parent": 107, "children": [], "start_point": {"row": 34, "column": 2}, "end_point": {"row": 34, "column": 23}}, {"id": 109, "type": "init_declarator", "text": "err_code = RUUVI_DRIVER_SUCCESS", "parent": 107, "children": [110, 111, 112], "start_point": {"row": 34, "column": 24}, "end_point": {"row": 34, "column": 55}}, {"id": 110, "type": "identifier", "text": "err_code", "parent": 109, "children": [], "start_point": {"row": 34, "column": 24}, "end_point": {"row": 34, "column": 32}}, {"id": 111, "type": "=", "text": "=", "parent": 109, "children": [], "start_point": {"row": 34, "column": 33}, "end_point": {"row": 34, "column": 34}}, {"id": 112, "type": "identifier", "text": "RUUVI_DRIVER_SUCCESS", "parent": 109, "children": [], "start_point": {"row": 34, "column": 35}, "end_point": {"row": 34, "column": 55}}, {"id": 113, "type": "declaration", "text": "ruuvi_interface_gpio_id_t pin = {.pin = led };", "parent": 96, "children": [114, 115], "start_point": {"row": 35, "column": 2}, "end_point": {"row": 35, "column": 48}}, {"id": 114, "type": "type_identifier", "text": "ruuvi_interface_gpio_id_t", "parent": 113, "children": [], "start_point": {"row": 35, "column": 2}, "end_point": {"row": 35, "column": 27}}, {"id": 115, "type": "init_declarator", "text": "pin = {.pin = led }", "parent": 113, "children": [116, 117, 118], "start_point": {"row": 35, "column": 28}, "end_point": {"row": 35, "column": 47}}, {"id": 116, "type": "identifier", "text": "pin", "parent": 115, "children": [], "start_point": {"row": 35, "column": 28}, "end_point": {"row": 35, "column": 31}}, {"id": 117, "type": "=", "text": "=", "parent": 115, "children": [], "start_point": {"row": 35, "column": 32}, "end_point": {"row": 35, "column": 33}}, {"id": 118, "type": "initializer_list", "text": "{.pin = led }", "parent": 115, "children": [119], "start_point": {"row": 35, "column": 34}, "end_point": {"row": 35, "column": 47}}, {"id": 119, "type": "initializer_pair", "text": ".pin = led", "parent": 118, "children": [120, 122, 123], "start_point": {"row": 35, "column": 35}, "end_point": {"row": 35, "column": 45}}, {"id": 120, "type": "field_designator", "text": ".pin", "parent": 119, "children": [121], "start_point": {"row": 35, "column": 35}, "end_point": {"row": 35, "column": 39}}, {"id": 121, "type": "field_identifier", "text": "pin", "parent": 120, "children": [], "start_point": {"row": 35, "column": 36}, "end_point": {"row": 35, "column": 39}}, {"id": 122, "type": "=", "text": "=", "parent": 119, "children": [], "start_point": {"row": 35, "column": 40}, "end_point": {"row": 35, "column": 41}}, {"id": 123, "type": "identifier", "text": "led", "parent": 119, "children": [], "start_point": {"row": 35, "column": 42}, "end_point": {"row": 35, "column": 45}}, {"id": 124, "type": "assignment_expression", "text": "err_code |= ruuvi_interface_gpio_write(pin, state)", "parent": 96, "children": [125, 126, 127], "start_point": {"row": 36, "column": 2}, "end_point": {"row": 36, "column": 52}}, {"id": 125, "type": "identifier", "text": "err_code", "parent": 124, "children": [], "start_point": {"row": 36, "column": 2}, "end_point": {"row": 36, "column": 10}}, {"id": 126, "type": "|=", "text": "|=", "parent": 124, "children": [], "start_point": {"row": 36, "column": 11}, "end_point": {"row": 36, "column": 13}}, {"id": 127, "type": "call_expression", "text": "ruuvi_interface_gpio_write(pin, state)", "parent": 124, "children": [128, 129], "start_point": {"row": 36, "column": 14}, "end_point": {"row": 36, "column": 52}}, {"id": 128, "type": "identifier", "text": "ruuvi_interface_gpio_write", "parent": 127, "children": [], "start_point": {"row": 36, "column": 14}, "end_point": {"row": 36, "column": 40}}, {"id": 129, "type": "argument_list", "text": "(pin, state)", "parent": 127, "children": [130, 131], "start_point": {"row": 36, "column": 40}, "end_point": {"row": 36, "column": 52}}, {"id": 130, "type": "identifier", "text": "pin", "parent": 129, "children": [], "start_point": {"row": 36, "column": 41}, "end_point": {"row": 36, "column": 44}}, {"id": 131, "type": "identifier", "text": "state", "parent": 129, "children": [], "start_point": {"row": 36, "column": 46}, "end_point": {"row": 36, "column": 51}}, {"id": 132, "type": "return_statement", "text": "return err_code;", "parent": 96, "children": [133], "start_point": {"row": 37, "column": 2}, "end_point": {"row": 37, "column": 18}}, {"id": 133, "type": "identifier", "text": "err_code", "parent": 132, "children": [], "start_point": {"row": 37, "column": 9}, "end_point": {"row": 37, "column": 17}}, {"id": 134, "type": "function_definition", "text": "void task_led_activity_indicate(const bool active)\n{\n const task_led_state_t state = (active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE;\n task_led_write(m_activity_led, state);\n}", "parent": null, "children": [135, 136], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 44, "column": 1}}, {"id": 135, "type": "primitive_type", "text": "void", "parent": 134, "children": [], "start_point": {"row": 40, "column": 0}, "end_point": {"row": 40, "column": 4}}, {"id": 136, "type": "function_declarator", "text": "task_led_activity_indicate(const bool active)", "parent": 134, "children": [137, 138], "start_point": {"row": 40, "column": 5}, "end_point": {"row": 40, "column": 50}}, {"id": 137, "type": "identifier", "text": "task_led_activity_indicate", "parent": 136, "children": [], "start_point": {"row": 40, "column": 5}, "end_point": {"row": 40, "column": 31}}, {"id": 138, "type": "parameter_list", "text": "(const bool active)", "parent": 136, "children": [139], "start_point": {"row": 40, "column": 31}, "end_point": {"row": 40, "column": 50}}, {"id": 139, "type": "parameter_declaration", "text": "const bool active", "parent": 138, "children": [140, 141], "start_point": {"row": 40, "column": 32}, "end_point": {"row": 40, "column": 49}}, {"id": 140, "type": "primitive_type", "text": "bool", "parent": 139, "children": [], "start_point": {"row": 40, "column": 38}, "end_point": {"row": 40, "column": 42}}, {"id": 141, "type": "identifier", "text": "active", "parent": 139, "children": [], "start_point": {"row": 40, "column": 43}, "end_point": {"row": 40, "column": 49}}, {"id": 142, "type": "declaration", "text": "const task_led_state_t state = (active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE;", "parent": 134, "children": [143, 144], "start_point": {"row": 42, "column": 2}, "end_point": {"row": 42, "column": 107}}, {"id": 143, "type": "type_identifier", "text": "task_led_state_t", "parent": 142, "children": [], "start_point": {"row": 42, "column": 8}, "end_point": {"row": 42, "column": 24}}, {"id": 144, "type": "init_declarator", "text": "state = (active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE", "parent": 142, "children": [145, 146, 147], "start_point": {"row": 42, "column": 25}, "end_point": {"row": 42, "column": 106}}, {"id": 145, "type": "identifier", "text": "state", "parent": 144, "children": [], "start_point": {"row": 42, "column": 25}, "end_point": {"row": 42, "column": 30}}, {"id": 146, "type": "=", "text": "=", "parent": 144, "children": [], "start_point": {"row": 42, "column": 31}, "end_point": {"row": 42, "column": 32}}, {"id": 147, "type": "conditional_expression", "text": "(active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE", "parent": 144, "children": [148, 150, 151, 152], "start_point": {"row": 42, "column": 33}, "end_point": {"row": 42, "column": 106}}, {"id": 148, "type": "parenthesized_expression", "text": "(active)", "parent": 147, "children": [149], "start_point": {"row": 42, "column": 33}, "end_point": {"row": 42, "column": 41}}, {"id": 149, "type": "identifier", "text": "active", "parent": 148, "children": [], "start_point": {"row": 42, "column": 34}, "end_point": {"row": 42, "column": 40}}, {"id": 150, "type": "?", "text": "?", "parent": 147, "children": [], "start_point": {"row": 42, "column": 42}, "end_point": {"row": 42, "column": 43}}, {"id": 151, "type": "identifier", "text": "RUUVI_BOARD_LEDS_ACTIVE_STATE", "parent": 147, "children": [], "start_point": {"row": 42, "column": 44}, "end_point": {"row": 42, "column": 73}}, {"id": 152, "type": "unary_expression", "text": "!RUUVI_BOARD_LEDS_ACTIVE_STATE", "parent": 147, "children": [153, 154], "start_point": {"row": 42, "column": 76}, "end_point": {"row": 42, "column": 106}}, {"id": 153, "type": "!", "text": "!", "parent": 152, "children": [], "start_point": {"row": 42, "column": 76}, "end_point": {"row": 42, "column": 77}}, {"id": 154, "type": "identifier", "text": "RUUVI_BOARD_LEDS_ACTIVE_STATE", "parent": 152, "children": [], "start_point": {"row": 42, "column": 77}, "end_point": {"row": 42, "column": 106}}, {"id": 155, "type": "call_expression", "text": "task_led_write(m_activity_led, state)", "parent": 134, "children": [156, 157], "start_point": {"row": 43, "column": 2}, "end_point": {"row": 43, "column": 39}}, {"id": 156, "type": "identifier", "text": "task_led_write", "parent": 155, "children": [], "start_point": {"row": 43, "column": 2}, "end_point": {"row": 43, "column": 16}}, {"id": 157, "type": "argument_list", "text": "(m_activity_led, state)", "parent": 155, "children": [158, 159], "start_point": {"row": 43, "column": 16}, "end_point": {"row": 43, "column": 39}}, {"id": 158, "type": "identifier", "text": "m_activity_led", "parent": 157, "children": [], "start_point": {"row": 43, "column": 17}, "end_point": {"row": 43, "column": 31}}, {"id": 159, "type": "identifier", "text": "state", "parent": 157, "children": [], "start_point": {"row": 43, "column": 33}, "end_point": {"row": 43, "column": 38}}, {"id": 160, "type": "function_definition", "text": "void task_led_activity_led_set(uint16_t led)\n{\n#pragma GCC diagnostic push\n#pragma GCC diagnostic ignored \"-Wmissing-braces\"\n ruuvi_interface_gpio_id_t const leds[] = RUUVI_BOARD_LEDS_LIST;\n#pragma GCC diagnostic pop\n m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;\n for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n if(leds[ii].pin == led)\n {\n m_activity_led = led;\n break;\n }\n }\n}", "parent": null, "children": [161, 162], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 61, "column": 1}}, {"id": 161, "type": "primitive_type", "text": "void", "parent": 160, "children": [], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 46, "column": 4}}, {"id": 162, "type": "function_declarator", "text": "task_led_activity_led_set(uint16_t led)", "parent": 160, "children": [163, 164], "start_point": {"row": 46, "column": 5}, "end_point": {"row": 46, "column": 44}}, {"id": 163, "type": "identifier", "text": "task_led_activity_led_set", "parent": 162, "children": [], "start_point": {"row": 46, "column": 5}, "end_point": {"row": 46, "column": 30}}, {"id": 164, "type": "parameter_list", "text": "(uint16_t led)", "parent": 162, "children": [165], "start_point": {"row": 46, "column": 30}, "end_point": {"row": 46, "column": 44}}, {"id": 165, "type": "parameter_declaration", "text": "uint16_t led", "parent": 164, "children": [166, 167], "start_point": {"row": 46, "column": 31}, "end_point": {"row": 46, "column": 43}}, {"id": 166, "type": "primitive_type", "text": "uint16_t", "parent": 165, "children": [], "start_point": {"row": 46, "column": 31}, "end_point": {"row": 46, "column": 39}}, {"id": 167, "type": "identifier", "text": "led", "parent": 165, "children": [], "start_point": {"row": 46, "column": 40}, "end_point": {"row": 46, "column": 43}}, {"id": 168, "type": "preproc_call", "text": "#pragma GCC diagnostic push\n", "parent": 160, "children": [169, 170], "start_point": {"row": 48, "column": 0}, "end_point": {"row": 49, "column": 0}}, {"id": 169, "type": "preproc_directive", "text": "#pragma", "parent": 168, "children": [], "start_point": {"row": 48, "column": 0}, "end_point": {"row": 48, "column": 7}}, {"id": 170, "type": "preproc_arg", "text": "GCC diagnostic push", "parent": 168, "children": [], "start_point": {"row": 48, "column": 8}, "end_point": {"row": 48, "column": 27}}, {"id": 171, "type": "preproc_call", "text": "#pragma GCC diagnostic ignored \"-Wmissing-braces\"\n", "parent": 160, "children": [172, 173], "start_point": {"row": 49, "column": 0}, "end_point": {"row": 50, "column": 0}}, {"id": 172, "type": "preproc_directive", "text": "#pragma", "parent": 171, "children": [], "start_point": {"row": 49, "column": 0}, "end_point": {"row": 49, "column": 7}}, {"id": 173, "type": "preproc_arg", "text": "GCC diagnostic ignored \"-Wmissing-braces\"", "parent": 171, "children": [], "start_point": {"row": 49, "column": 8}, "end_point": {"row": 49, "column": 49}}, {"id": 174, "type": "declaration", "text": "ruuvi_interface_gpio_id_t const leds[] = RUUVI_BOARD_LEDS_LIST;", "parent": 160, "children": [175, 176], "start_point": {"row": 50, "column": 2}, "end_point": {"row": 50, "column": 65}}, {"id": 175, "type": "type_identifier", "text": "ruuvi_interface_gpio_id_t", "parent": 174, "children": [], "start_point": {"row": 50, "column": 2}, "end_point": {"row": 50, "column": 27}}, {"id": 176, "type": "init_declarator", "text": "leds[] = RUUVI_BOARD_LEDS_LIST", "parent": 174, "children": [177, 179, 180], "start_point": {"row": 50, "column": 34}, "end_point": {"row": 50, "column": 64}}, {"id": 177, "type": "array_declarator", "text": "leds[]", "parent": 176, "children": [178], "start_point": {"row": 50, "column": 34}, "end_point": {"row": 50, "column": 40}}, {"id": 178, "type": "identifier", "text": "leds", "parent": 177, "children": [], "start_point": {"row": 50, "column": 34}, "end_point": {"row": 50, "column": 38}}, {"id": 179, "type": "=", "text": "=", "parent": 176, "children": [], "start_point": {"row": 50, "column": 41}, "end_point": {"row": 50, "column": 42}}, {"id": 180, "type": "identifier", "text": "RUUVI_BOARD_LEDS_LIST", "parent": 176, "children": [], "start_point": {"row": 50, "column": 43}, "end_point": {"row": 50, "column": 64}}, {"id": 181, "type": "preproc_call", "text": "#pragma GCC diagnostic pop\n", "parent": 160, "children": [182, 183], "start_point": {"row": 51, "column": 0}, "end_point": {"row": 52, "column": 0}}, {"id": 182, "type": "preproc_directive", "text": "#pragma", "parent": 181, "children": [], "start_point": {"row": 51, "column": 0}, "end_point": {"row": 51, "column": 7}}, {"id": 183, "type": "preproc_arg", "text": "GCC diagnostic pop", "parent": 181, "children": [], "start_point": {"row": 51, "column": 8}, "end_point": {"row": 51, "column": 26}}, {"id": 184, "type": "assignment_expression", "text": "m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED", "parent": 160, "children": [185, 186, 187], "start_point": {"row": 52, "column": 2}, "end_point": {"row": 52, "column": 49}}, {"id": 185, "type": "identifier", "text": "m_activity_led", "parent": 184, "children": [], "start_point": {"row": 52, "column": 2}, "end_point": {"row": 52, "column": 16}}, {"id": 186, "type": "=", "text": "=", "parent": 184, "children": [], "start_point": {"row": 52, "column": 17}, "end_point": {"row": 52, "column": 18}}, {"id": 187, "type": "identifier", "text": "RUUVI_INTERFACE_GPIO_ID_UNUSED", "parent": 184, "children": [], "start_point": {"row": 52, "column": 19}, "end_point": {"row": 52, "column": 49}}, {"id": 188, "type": "for_statement", "text": "for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n if(leds[ii].pin == led)\n {\n m_activity_led = led;\n break;\n }\n }", "parent": 160, "children": [189, 195, 199], "start_point": {"row": 53, "column": 2}, "end_point": {"row": 60, "column": 3}}, {"id": 189, "type": "declaration", "text": "size_t ii = 0;", "parent": 188, "children": [190, 191], "start_point": {"row": 53, "column": 6}, "end_point": {"row": 53, "column": 20}}, {"id": 190, "type": "primitive_type", "text": "size_t", "parent": 189, "children": [], "start_point": {"row": 53, "column": 6}, "end_point": {"row": 53, "column": 12}}, {"id": 191, "type": "init_declarator", "text": "ii = 0", "parent": 189, "children": [192, 193, 194], "start_point": {"row": 53, "column": 13}, "end_point": {"row": 53, "column": 19}}, {"id": 192, "type": "identifier", "text": "ii", "parent": 191, "children": [], "start_point": {"row": 53, "column": 13}, "end_point": {"row": 53, "column": 15}}, {"id": 193, "type": "=", "text": "=", 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"type": "break_statement", "text": "break;", "parent": 202, "children": [217], "start_point": {"row": 58, "column": 6}, "end_point": {"row": 58, "column": 12}}, {"id": 217, "type": "break", "text": "break", "parent": 216, "children": [], "start_point": {"row": 58, "column": 6}, "end_point": {"row": 58, "column": 11}}]}, "node_categories": {"declarations": {"functions": [18, 20, 96, 98, 134, 136, 160, 162], "variables": [15, 23, 25, 50, 61, 101, 104, 107, 113, 139, 142, 165, 174, 189], "classes": [], "imports": [0, 1, 3, 4, 6, 7, 9, 10, 12, 13], "modules": [], "enums": []}, "statements": {"expressions": [32, 33, 35, 41, 67, 71, 74, 77, 81, 84, 87, 127, 148, 152, 155, 195, 199, 203, 204, 205, 206], "assignments": [38, 90, 124, 184, 212], "loops": [60, 188], "conditionals": [17, 19, 21, 26, 28, 30, 31, 36, 39, 42, 51, 54, 56, 64, 68, 70, 72, 75, 78, 79, 80, 82, 85, 86, 89, 91, 93, 95, 97, 99, 103, 105, 106, 108, 110, 112, 114, 116, 121, 123, 125, 128, 130, 131, 133, 137, 141, 143, 145, 147, 149, 151, 154, 156, 158, 159, 163, 167, 175, 178, 180, 185, 187, 192, 196, 198, 200, 202, 207, 208, 209, 211, 213, 215], "returns": [94, 132], "exceptions": []}, "expressions": {"calls": [44, 47, 57, 168, 171, 181], "literals": [2, 5, 8, 11, 14, 66, 194], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": [120]}}, "cross_language_map": {"function_declarations": [{"node_id": 18, "universal_type": "function", "name": "unknown", "text_snippet": "ruuvi_driver_status_t task_led_init(void)\n{\n ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;"}, {"node_id": 20, "universal_type": "function", "name": "unknown", "text_snippet": "task_led_init(void)"}, {"node_id": 96, "universal_type": "function", "name": "unknown", "text_snippet": "ruuvi_driver_status_t task_led_write(const uint16_t led, const task_led_state_t state)\n{\n ruuvi_dri"}, {"node_id": 98, "universal_type": "function", "name": "unknown", "text_snippet": "task_led_write(const uint16_t led, const task_led_state_t state)"}, {"node_id": 134, "universal_type": "function", "name": "task_led_activity_indicate", "text_snippet": "void task_led_activity_indicate(const bool active)\n{\n const task_led_state_t state = (active) ? RUU"}, {"node_id": 136, "universal_type": "function", "name": "active)", "text_snippet": "task_led_activity_indicate(const bool active)"}, {"node_id": 160, "universal_type": "function", "name": "task_led_activity_led_set", "text_snippet": "void task_led_activity_led_set(uint16_t led)\n{\n#pragma GCC diagnostic push\n#pragma GCC diagnostic ig"}, {"node_id": 162, "universal_type": "function", "name": "unknown", "text_snippet": "task_led_activity_led_set(uint16_t led)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include \"task_led.h\"\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include \"task_environmental.h\"\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include \"ruuvi_driver_error.h\"\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"ruuvi_interface_gpio.h\"\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <stddef.h>\n"}, {"node_id": 13, "text": "#include"}]}, "original_source_code": "#include \"task_led.h\"\n#include \"task_environmental.h\"\n#include \"ruuvi_driver_error.h\"\n#include \"ruuvi_interface_gpio.h\"\n#include <stddef.h>\n\nstatic uint16_t m_activity_led;\n\nruuvi_driver_status_t task_led_init(void)\n{\n ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;\n\n if(!ruuvi_interface_gpio_is_init())\n {\n err_code |= ruuvi_interface_gpio_init();\n }\n\n#pragma GCC diagnostic push\n#pragma GCC diagnostic ignored \"-Wmissing-braces\"\n ruuvi_interface_gpio_id_t leds[] = RUUVI_BOARD_LEDS_LIST;\n#pragma GCC diagnostic pop\n\n for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n ruuvi_interface_gpio_configure(leds[ii], RUUVI_INTERFACE_GPIO_MODE_OUTPUT_HIGHDRIVE);\n ruuvi_interface_gpio_write(leds[ii], !RUUVI_BOARD_LEDS_ACTIVE_STATE);\n }\n\n m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;\n return err_code;\n}\n\nruuvi_driver_status_t task_led_write(const uint16_t led, const task_led_state_t state)\n{\n ruuvi_driver_status_t err_code = RUUVI_DRIVER_SUCCESS;\n ruuvi_interface_gpio_id_t pin = {.pin = led };\n err_code |= ruuvi_interface_gpio_write(pin, state);\n return err_code;\n}\n\nvoid task_led_activity_indicate(const bool active)\n{\n const task_led_state_t state = (active) ? RUUVI_BOARD_LEDS_ACTIVE_STATE : !RUUVI_BOARD_LEDS_ACTIVE_STATE;\n task_led_write(m_activity_led, state);\n}\n\nvoid task_led_activity_led_set(uint16_t led)\n{\n#pragma GCC diagnostic push\n#pragma GCC diagnostic ignored \"-Wmissing-braces\"\n ruuvi_interface_gpio_id_t const leds[] = RUUVI_BOARD_LEDS_LIST;\n#pragma GCC diagnostic pop\n m_activity_led = RUUVI_INTERFACE_GPIO_ID_UNUSED;\n for(size_t ii = 0; ii < RUUVI_BOARD_LEDS_NUMBER; ii++)\n {\n if(leds[ii].pin == led)\n {\n m_activity_led = led;\n break;\n }\n }\n}"}
| 278
|
c
|
//--------------------------------------------------------------------------------------
// MemoryMapping.h
// PIX Pluging for PIX Workshop GDC2007
// Copyright (c) Microsoft Corporation. All rights reserved.
//--------------------------------------------------------------------------------------
#pragma once
#ifndef _MEMORY_MAPPING_H_
#define _MEMORY_MAPPING_H_
struct SHARED_MEMORY_DATA
{
int NumTerrainTiles;
int NumGrassTiles;
int NumBalls;
int MaxBalls;
};
bool g_bSharedMemoryInit = false;
HANDLE g_hMapFile = NULL;
SHARED_MEMORY_DATA* g_pSharedData = NULL;
WCHAR g_szSharedName[] = L"Local\\PIXWorkshopGDC2007";
#endif
| 32.6
| 20
|
(translation_unit) "//--------------------------------------------------------------------------------------\n// MemoryMapping.h\n// PIX Pluging for PIX Workshop GDC2007\n// Copyright (c) Microsoft Corporation. All rights reserved.\n//--------------------------------------------------------------------------------------\n\n#pragma once\n#ifndef _MEMORY_MAPPING_H_\n#define _MEMORY_MAPPING_H_\n\nstruct SHARED_MEMORY_DATA\n{\n int NumTerrainTiles;\n int NumGrassTiles;\n int NumBalls;\n int MaxBalls;\n};\n\nbool g_bSharedMemoryInit = false;\nHANDLE g_hMapFile = NULL;\nSHARED_MEMORY_DATA* g_pSharedData = NULL;\nWCHAR g_szSharedName[] = L"Local\\PIXWorkshopGDC2007";\n\n#endif\n"
(comment) "//--------------------------------------------------------------------------------------"
(comment) "// MemoryMapping.h"
(comment) "// PIX Pluging for PIX Workshop GDC2007"
(comment) "// Copyright (c) Microsoft Corporation. All rights reserved."
(comment) "//--------------------------------------------------------------------------------------"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(preproc_ifdef) "#ifndef _MEMORY_MAPPING_H_\n#define _MEMORY_MAPPING_H_\n\nstruct SHARED_MEMORY_DATA\n{\n int NumTerrainTiles;\n int NumGrassTiles;\n int NumBalls;\n int MaxBalls;\n};\n\nbool g_bSharedMemoryInit = false;\nHANDLE g_hMapFile = NULL;\nSHARED_MEMORY_DATA* g_pSharedData = NULL;\nWCHAR g_szSharedName[] = L"Local\\PIXWorkshopGDC2007";\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "_MEMORY_MAPPING_H_"
(preproc_def) "#define _MEMORY_MAPPING_H_\n"
(#define) "#define"
(identifier) "_MEMORY_MAPPING_H_"
(struct_specifier) "struct SHARED_MEMORY_DATA\n{\n int NumTerrainTiles;\n int NumGrassTiles;\n int NumBalls;\n int MaxBalls;\n}"
(struct) "struct"
(type_identifier) "SHARED_MEMORY_DATA"
(field_declaration_list) "{\n int NumTerrainTiles;\n int NumGrassTiles;\n int NumBalls;\n int MaxBalls;\n}"
({) "{"
(field_declaration) "int NumTerrainTiles;"
(primitive_type) "int"
(field_identifier) "NumTerrainTiles"
(;) ";"
(field_declaration) "int NumGrassTiles;"
(primitive_type) "int"
(field_identifier) "NumGrassTiles"
(;) ";"
(field_declaration) "int NumBalls;"
(primitive_type) "int"
(field_identifier) "NumBalls"
(;) ";"
(field_declaration) "int MaxBalls;"
(primitive_type) "int"
(field_identifier) "MaxBalls"
(;) ";"
(}) "}"
(;) ";"
(declaration) "bool g_bSharedMemoryInit = false;"
(primitive_type) "bool"
(init_declarator) "g_bSharedMemoryInit = false"
(identifier) "g_bSharedMemoryInit"
(=) "="
(false) "false"
(;) ";"
(declaration) "HANDLE g_hMapFile = NULL;"
(type_identifier) "HANDLE"
(init_declarator) "g_hMapFile = NULL"
(identifier) "g_hMapFile"
(=) "="
(null) "NULL"
(NULL) "NULL"
(;) ";"
(declaration) "SHARED_MEMORY_DATA* g_pSharedData = NULL;"
(type_identifier) "SHARED_MEMORY_DATA"
(init_declarator) "* g_pSharedData = NULL"
(pointer_declarator) "* g_pSharedData"
(*) "*"
(identifier) "g_pSharedData"
(=) "="
(null) "NULL"
(NULL) "NULL"
(;) ";"
(declaration) "WCHAR g_szSharedName[] = L"Local\\PIXWorkshopGDC2007";"
(type_identifier) "WCHAR"
(init_declarator) "g_szSharedName[] = L"Local\\PIXWorkshopGDC2007""
(array_declarator) "g_szSharedName[]"
(identifier) "g_szSharedName"
([) "["
(]) "]"
(=) "="
(string_literal) "L"Local\\PIXWorkshopGDC2007""
(L") "L""
(string_content) "Local"
(escape_sequence) "\\"
(string_content) "PIXWorkshopGDC2007"
(") """
(;) ";"
(#endif) "#endif"
| 79
| 0
|
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g_bSharedMemoryInit = false;\nHANDLE g_hMapFile = NULL;\nSHARED_MEMORY_DATA* g_pSharedData = NULL;\nWCHAR g_szSharedName[] = L\"Local\\\\PIXWorkshopGDC2007\";\n\n#endif", "parent": null, "children": [4, 5, 6, 9, 24, 30, 37, 46, 55], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 23, "column": 6}}, {"id": 4, "type": "#ifndef", "text": "#ifndef", "parent": 3, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 7}}, {"id": 5, "type": "identifier", "text": "_MEMORY_MAPPING_H_", "parent": 3, "children": [], "start_point": {"row": 7, "column": 8}, "end_point": {"row": 7, "column": 26}}, {"id": 6, "type": "preproc_def", "text": "#define _MEMORY_MAPPING_H_\n", "parent": 3, "children": [7, 8], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 9, "column": 0}}, {"id": 7, "type": "#define", "text": "#define", "parent": 6, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 7}}, {"id": 8, "type": "identifier", "text": "_MEMORY_MAPPING_H_", "parent": 6, "children": [], "start_point": {"row": 8, "column": 8}, "end_point": {"row": 8, "column": 26}}, {"id": 9, "type": "struct_specifier", "text": "struct SHARED_MEMORY_DATA\n{\n int NumTerrainTiles;\n int NumGrassTiles;\n int NumBalls;\n int MaxBalls;\n}", "parent": 3, "children": [10, 11], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 16, "column": 1}}, {"id": 10, "type": "struct", "text": "struct", "parent": 9, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 6}}, {"id": 11, "type": "type_identifier", "text": "SHARED_MEMORY_DATA", "parent": 9, "children": [], "start_point": {"row": 10, "column": 7}, "end_point": {"row": 10, "column": 25}}, {"id": 12, "type": "field_declaration", "text": "int NumTerrainTiles;", "parent": 9, "children": [13, 14], "start_point": {"row": 12, "column": 4}, "end_point": {"row": 12, "column": 24}}, {"id": 13, "type": "primitive_type", "text": "int", "parent": 12, "children": [], "start_point": {"row": 12, "column": 4}, "end_point": {"row": 12, "column": 7}}, {"id": 14, "type": "field_identifier", "text": "NumTerrainTiles", "parent": 12, "children": [], "start_point": {"row": 12, "column": 8}, "end_point": {"row": 12, "column": 23}}, {"id": 15, "type": "field_declaration", "text": "int NumGrassTiles;", "parent": 9, "children": [16, 17], "start_point": {"row": 13, "column": 4}, "end_point": {"row": 13, "column": 22}}, {"id": 16, "type": "primitive_type", "text": "int", "parent": 15, "children": [], "start_point": {"row": 13, "column": 4}, "end_point": {"row": 13, "column": 7}}, {"id": 17, "type": "field_identifier", "text": "NumGrassTiles", "parent": 15, "children": [], "start_point": {"row": 13, "column": 8}, "end_point": {"row": 13, "column": 21}}, {"id": 18, "type": "field_declaration", "text": "int NumBalls;", "parent": 9, "children": [19, 20], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 17}}, {"id": 19, "type": "primitive_type", "text": "int", "parent": 18, "children": [], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 14, "column": 7}}, {"id": 20, "type": "field_identifier", "text": "NumBalls", "parent": 18, "children": [], "start_point": {"row": 14, "column": 8}, "end_point": {"row": 14, "column": 16}}, {"id": 21, "type": "field_declaration", "text": "int MaxBalls;", "parent": 9, "children": [22, 23], "start_point": {"row": 15, "column": 4}, "end_point": {"row": 15, "column": 17}}, {"id": 22, "type": "primitive_type", "text": "int", "parent": 21, "children": [], "start_point": {"row": 15, "column": 4}, "end_point": {"row": 15, "column": 7}}, {"id": 23, "type": "field_identifier", "text": "MaxBalls", "parent": 21, "children": [], "start_point": {"row": 15, "column": 8}, "end_point": {"row": 15, "column": 16}}, {"id": 24, "type": "declaration", "text": "bool g_bSharedMemoryInit = false;", "parent": 3, "children": [25, 26], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 48}}, {"id": 25, "type": "primitive_type", "text": "bool", "parent": 24, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 4}}, {"id": 26, "type": "init_declarator", "text": "g_bSharedMemoryInit = false", "parent": 24, "children": [27, 28, 29], "start_point": {"row": 18, "column": 20}, "end_point": {"row": 18, "column": 47}}, {"id": 27, "type": "identifier", "text": "g_bSharedMemoryInit", "parent": 26, "children": [], "start_point": {"row": 18, "column": 20}, "end_point": {"row": 18, "column": 39}}, {"id": 28, "type": "=", "text": "=", "parent": 26, "children": [], "start_point": {"row": 18, "column": 40}, "end_point": {"row": 18, "column": 41}}, {"id": 29, "type": "false", "text": "false", "parent": 26, "children": [], "start_point": {"row": 18, "column": 42}, "end_point": {"row": 18, "column": 47}}, {"id": 30, "type": "declaration", "text": "HANDLE g_hMapFile = NULL;", "parent": 3, "children": [31, 32], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 19, "column": 38}}, {"id": 31, "type": "type_identifier", "text": "HANDLE", "parent": 30, "children": [], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 19, "column": 6}}, {"id": 32, "type": "init_declarator", "text": "g_hMapFile = NULL", "parent": 30, "children": [33, 34, 35], "start_point": {"row": 19, "column": 20}, "end_point": {"row": 19, "column": 37}}, {"id": 33, "type": "identifier", "text": "g_hMapFile", "parent": 32, "children": [], "start_point": {"row": 19, "column": 20}, "end_point": {"row": 19, "column": 30}}, {"id": 34, "type": "=", "text": "=", "parent": 32, "children": [], "start_point": {"row": 19, "column": 31}, "end_point": {"row": 19, "column": 32}}, {"id": 35, "type": "null", "text": "NULL", "parent": 32, "children": [36], "start_point": {"row": 19, "column": 33}, "end_point": {"row": 19, "column": 37}}, {"id": 36, "type": "NULL", "text": "NULL", "parent": 35, "children": [], "start_point": {"row": 19, "column": 33}, "end_point": {"row": 19, "column": 37}}, {"id": 37, "type": "declaration", "text": "SHARED_MEMORY_DATA* g_pSharedData = NULL;", "parent": 3, "children": [38, 39], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 41}}, {"id": 38, "type": "type_identifier", "text": "SHARED_MEMORY_DATA", "parent": 37, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 18}}, {"id": 39, "type": "init_declarator", "text": "* g_pSharedData = NULL", "parent": 37, "children": [40, 43, 44], "start_point": {"row": 20, "column": 18}, "end_point": {"row": 20, "column": 40}}, {"id": 40, "type": "pointer_declarator", "text": "* g_pSharedData", "parent": 39, "children": [41, 42], "start_point": {"row": 20, "column": 18}, "end_point": {"row": 20, "column": 33}}, {"id": 41, "type": "*", "text": "*", "parent": 40, "children": [], "start_point": {"row": 20, "column": 18}, "end_point": {"row": 20, "column": 19}}, {"id": 42, "type": "identifier", "text": "g_pSharedData", "parent": 40, "children": [], "start_point": {"row": 20, "column": 20}, "end_point": {"row": 20, "column": 33}}, {"id": 43, "type": "=", "text": "=", "parent": 39, "children": [], "start_point": {"row": 20, "column": 34}, "end_point": {"row": 20, "column": 35}}, {"id": 44, "type": "null", "text": "NULL", "parent": 39, "children": [45], "start_point": {"row": 20, "column": 36}, "end_point": {"row": 20, "column": 40}}, {"id": 45, "type": "NULL", "text": "NULL", "parent": 44, "children": [], "start_point": {"row": 20, "column": 36}, "end_point": {"row": 20, "column": 40}}, {"id": 46, "type": "declaration", "text": "WCHAR g_szSharedName[] = L\"Local\\\\PIXWorkshopGDC2007\";", "parent": 3, "children": [47, 48], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 54}}, {"id": 47, "type": "type_identifier", "text": "WCHAR", "parent": 46, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 5}}, {"id": 48, "type": "init_declarator", "text": "g_szSharedName[] = L\"Local\\\\PIXWorkshopGDC2007\"", "parent": 46, "children": [49, 51, 52], "start_point": {"row": 21, "column": 6}, "end_point": {"row": 21, "column": 53}}, {"id": 49, "type": "array_declarator", "text": "g_szSharedName[]", "parent": 48, "children": [50], "start_point": {"row": 21, "column": 6}, "end_point": {"row": 21, "column": 22}}, {"id": 50, "type": "identifier", "text": "g_szSharedName", "parent": 49, "children": [], "start_point": {"row": 21, "column": 6}, "end_point": {"row": 21, "column": 20}}, {"id": 51, "type": "=", "text": "=", "parent": 48, "children": [], "start_point": {"row": 21, "column": 23}, "end_point": {"row": 21, "column": 24}}, {"id": 52, "type": "string_literal", "text": "L\"Local\\\\PIXWorkshopGDC2007\"", "parent": 48, "children": [53, 54], "start_point": {"row": 21, "column": 25}, "end_point": {"row": 21, "column": 53}}, {"id": 53, "type": "L\"", "text": "L\"", "parent": 52, "children": [], "start_point": {"row": 21, "column": 25}, "end_point": {"row": 21, "column": 27}}, {"id": 54, "type": "escape_sequence", "text": "\\\\", "parent": 52, "children": [], "start_point": {"row": 21, "column": 32}, "end_point": {"row": 21, "column": 34}}, {"id": 55, "type": "#endif", "text": "#endif", "parent": 3, "children": [], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 23, "column": 6}}]}, "node_categories": {"declarations": {"functions": [], "variables": [12, 15, 18, 21, 24, 30, 37, 46], "classes": [9, 10], "imports": [], "modules": [], "enums": []}, "statements": {"expressions": [], "assignments": [], "loops": [], "conditionals": [3, 4, 5, 8, 11, 14, 17, 20, 23, 27, 31, 33, 38, 42, 47, 50, 55], "returns": [], "exceptions": []}, "expressions": {"calls": [0], "literals": [52], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [], "class_declarations": [{"node_id": 9, "universal_type": "class", "name": "SHARED_MEMORY_DATA", "text_snippet": "struct SHARED_MEMORY_DATA\n{\n int NumTerrainTiles;\n int NumGrassTiles;\n int NumBalls;\n in"}, {"node_id": 10, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": []}, "original_source_code": "//--------------------------------------------------------------------------------------\n// MemoryMapping.h\n// PIX Pluging for PIX Workshop GDC2007\n// Copyright (c) Microsoft Corporation. All rights reserved.\n//--------------------------------------------------------------------------------------\n\n#pragma once\n#ifndef _MEMORY_MAPPING_H_\n#define _MEMORY_MAPPING_H_\n\nstruct SHARED_MEMORY_DATA\n{\n int NumTerrainTiles;\n int NumGrassTiles;\n int NumBalls;\n int MaxBalls;\n};\n\nbool g_bSharedMemoryInit = false;\nHANDLE g_hMapFile = NULL;\nSHARED_MEMORY_DATA* g_pSharedData = NULL;\nWCHAR g_szSharedName[] = L\"Local\\\\PIXWorkshopGDC2007\";\n\n#endif\n"}
| 279
|
c
|
// Copyright (c) 2009-2022 The Regents of the University of Michigan.
// Part of HOOMD-blue, released under the BSD 3-Clause License.
#ifndef __BOND_EVALUATOR_TETHER_H__
#define __BOND_EVALUATOR_TETHER_H__
#ifndef __HIPCC__
#include <string>
#endif
#include "hoomd/HOOMDMath.h"
/*! \file EvaluatorBondTether.h
\brief Defines the bond evaluator class for Tethering potentials
*/
// need to declare these class methods with __device__ qualifiers when building in nvcc
// DEVICE is __host__ __device__ when included in nvcc and blank when included into the host
// compiler
#ifdef __HIPCC__
#define DEVICE __device__
#else
#define DEVICE
#endif
namespace hoomd
{
namespace md
{
struct tether_params
{
Scalar k_b;
Scalar l_min;
Scalar l_c1;
Scalar l_c0;
Scalar l_max;
#ifndef __HIPCC__
tether_params()
{
k_b = 10;
l_min = 0.9;
l_c1 = 1.2;
l_c0 = 1.8;
l_max = 2.1;
}
tether_params(Scalar k_b, Scalar l_min, Scalar l_c1, Scalar l_c0, Scalar l_max)
: k_b(k_b), l_min(l_min), l_c1(l_c1), l_c0(l_c0), l_max(l_max)
{
}
tether_params(pybind11::dict v)
{
k_b = v["k_b"].cast<Scalar>();
l_min = v["l_min"].cast<Scalar>();
l_c1 = v["l_c1"].cast<Scalar>();
l_c0 = v["l_c0"].cast<Scalar>();
l_max = v["l_max"].cast<Scalar>();
if (!(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max
&& l_c0 < l_max))
{
throw std::invalid_argument("The input parameters should follow l_min < l_c1 < l_c0"
" < l_max");
}
}
pybind11::dict asDict()
{
pybind11::dict v;
v["k_b"] = k_b;
v["l_min"] = l_min;
v["l_c1"] = l_c1;
v["l_c0"] = l_c0;
v["l_max"] = l_max;
return v;
}
#endif
} __attribute__((aligned(32)));
//! Class for evaluating the tethering bond potential
/*! The parameters are:
- \a k_b (param.x) Bond stiffness
- \a l_min (param.y) minimum bond length
- \a l_c1 (param.w) cutoff length of repulsive part
- \a l_c0 (param.z) cutoff length of attractive part
- \a l_max (param.a) maximum bond length
*/
class EvaluatorBondTether
{
public:
//! Define the parameter type used by this bond potential evaluator
typedef tether_params param_type;
//! Constructs the pair potential evaluator
/*! \param _rsq Squared distance between the particles
\param _params Per type pair parameters of this potential
*/
DEVICE EvaluatorBondTether(Scalar _rsq, const param_type& _params)
: rsq(_rsq), k_b(_params.k_b), l_min(_params.l_min), l_c1(_params.l_c1), l_c0(_params.l_c0),
l_max(_params.l_max)
{
}
//! This evaluator doesn't use diameter
DEVICE static bool needsDiameter()
{
return false;
}
//! Accept the optional diameter values
/*! \param da Diameter of particle a
\param db Diameter of particle
*/
DEVICE void setDiameter(Scalar da, Scalar db) { }
//! Tether doesn't use charge
DEVICE static bool needsCharge()
{
return false;
}
//! Accept the optional charge values
/*! \param qa Charge of particle a
\param qb Charge of particle b
*/
DEVICE void setCharge(Scalar qa, Scalar qb) { }
//! Evaluate the force and energy
/*! \param force_divr Output parameter to write the computed force divided by r.
\param bond_eng Output parameter to write the computed bond energy
\return True if they are evaluated or false if the bond
energy is not defined
*/
DEVICE bool evalForceAndEnergy(Scalar& force_divr, Scalar& bond_eng)
{
Scalar r = sqrt(rsq);
Scalar U_att = Scalar(0.0);
Scalar F_att = Scalar(0.0);
Scalar U_rep = Scalar(0.0);
Scalar F_rep = Scalar(0.0);
if (r > l_c0)
{
U_att = k_b * (exp(Scalar(1.0) / (l_c0 - r)) / (l_max - r));
F_att = k_b
* (((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)
- exp(Scalar(1.0) / (l_c0 - r)))
/ (l_max - r) / (l_max - r));
}
if (r < l_c1)
{
U_rep = k_b * (exp(Scalar(1.0) / (r - l_c1)) / (r - l_min));
F_rep = k_b
* (((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)
+ exp(Scalar(1.0) / (r - l_c1)))
/ (r - l_min) / (r - l_min));
}
if (k_b != Scalar(0.0))
{
// Check if bond length restriction is violated
if (rsq >= l_max * l_max)
return false;
if (rsq <= l_min * l_min)
return false;
force_divr = (F_att + F_rep) / r;
bond_eng = U_att + U_rep;
}
return true;
}
#ifndef __HIPCC__
//! Get the name of this potential
/*! \returns The potential name.
*/
static std::string getName()
{
return std::string("tether");
}
#endif
protected:
Scalar rsq; //!< Stored rsq from the constructor
Scalar k_b; //!< k_b parameter
Scalar l_min; //!< l_min parameter
Scalar l_c1; //!< l_c1 parameter
Scalar l_c0; //!< l_c0 parameter
Scalar l_max; //!< l_max parameter
};
} // end namespace md
} // end namespace hoomd
#endif // __BOND_EVALUATOR_TETHER_H__
| 31.81
| 172
|
(translation_unit) "// Copyright (c) 2009-2022 The Regents of the University of Michigan.\n// Part of HOOMD-blue, released under the BSD 3-Clause License.\n\n#ifndef __BOND_EVALUATOR_TETHER_H__\n#define __BOND_EVALUATOR_TETHER_H__\n\n#ifndef __HIPCC__\n#include <string>\n#endif\n\n#include "hoomd/HOOMDMath.h"\n\n/*! \file EvaluatorBondTether.h\n \brief Defines the bond evaluator class for Tethering potentials\n*/\n\n// need to declare these class methods with __device__ qualifiers when building in nvcc\n// DEVICE is __host__ __device__ when included in nvcc and blank when included into the host\n// compiler\n#ifdef __HIPCC__\n#define DEVICE __device__\n#else\n#define DEVICE\n#endif\n\nnamespace hoomd\n {\nnamespace md\n {\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b = 10;\n l_min = 0.9;\n l_c1 = 1.2;\n l_c0 = 1.8;\n l_max = 2.1;\n }\n\n tether_params(Scalar k_b, Scalar l_min, Scalar l_c1, Scalar l_c0, Scalar l_max)\n : k_b(k_b), l_min(l_min), l_c1(l_c1), l_c0(l_c0), l_max(l_max)\n {\n }\n\n tether_params(pybind11::dict v)\n {\n k_b = v["k_b"].cast<Scalar>();\n l_min = v["l_min"].cast<Scalar>();\n l_c1 = v["l_c1"].cast<Scalar>();\n l_c0 = v["l_c0"].cast<Scalar>();\n l_max = v["l_max"].cast<Scalar>();\n\n if (!(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max))\n {\n throw std::invalid_argument("The input parameters should follow l_min < l_c1 < l_c0"\n " < l_max");\n }\n }\n\n pybind11::dict asDict()\n {\n pybind11::dict v;\n v["k_b"] = k_b;\n v["l_min"] = l_min;\n v["l_c1"] = l_c1;\n v["l_c0"] = l_c0;\n v["l_max"] = l_max;\n return v;\n }\n#endif\n } __attribute__((aligned(32)));\n\n//! Class for evaluating the tethering bond potential\n/*! The parameters are:\n - \a k_b (param.x) Bond stiffness\n - \a l_min (param.y) minimum bond length\n - \a l_c1 (param.w) cutoff length of repulsive part\n - \a l_c0 (param.z) cutoff length of attractive part\n - \a l_max (param.a) maximum bond length\n*/\nclass EvaluatorBondTether\n {\n public:\n //! Define the parameter type used by this bond potential evaluator\n typedef tether_params param_type;\n\n //! Constructs the pair potential evaluator\n /*! \param _rsq Squared distance between the particles\n \param _params Per type pair parameters of this potential\n */\n DEVICE EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq), k_b(_params.k_b), l_min(_params.l_min), l_c1(_params.l_c1), l_c0(_params.l_c0),\n l_max(_params.l_max)\n {\n }\n\n //! This evaluator doesn't use diameter\n DEVICE static bool needsDiameter()\n {\n return false;\n }\n\n //! Accept the optional diameter values\n /*! \param da Diameter of particle a\n \param db Diameter of particle\n */\n DEVICE void setDiameter(Scalar da, Scalar db) { }\n\n //! Tether doesn't use charge\n DEVICE static bool needsCharge()\n {\n return false;\n }\n\n //! Accept the optional charge values\n /*! \param qa Charge of particle a\n \param qb Charge of particle b\n */\n DEVICE void setCharge(Scalar qa, Scalar qb) { }\n\n //! Evaluate the force and energy\n /*! \param force_divr Output parameter to write the computed force divided by r.\n \param bond_eng Output parameter to write the computed bond energy\n\n \return True if they are evaluated or false if the bond\n energy is not defined\n */\n DEVICE bool evalForceAndEnergy(Scalar& force_divr, Scalar& bond_eng)\n {\n Scalar r = sqrt(rsq);\n Scalar U_att = Scalar(0.0);\n Scalar F_att = Scalar(0.0);\n Scalar U_rep = Scalar(0.0);\n Scalar F_rep = Scalar(0.0);\n\n if (r > l_c0)\n {\n U_att = k_b * (exp(Scalar(1.0) / (l_c0 - r)) / (l_max - r));\n F_att = k_b\n * (((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))\n / (l_max - r) / (l_max - r));\n }\n\n if (r < l_c1)\n {\n U_rep = k_b * (exp(Scalar(1.0) / (r - l_c1)) / (r - l_min));\n F_rep = k_b\n * (((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))\n / (r - l_min) / (r - l_min));\n }\n if (k_b != Scalar(0.0))\n {\n // Check if bond length restriction is violated\n if (rsq >= l_max * l_max)\n return false;\n if (rsq <= l_min * l_min)\n return false;\n\n force_divr = (F_att + F_rep) / r;\n bond_eng = U_att + U_rep;\n }\n\n return true;\n }\n\n#ifndef __HIPCC__\n //! Get the name of this potential\n /*! \returns The potential name.\n */\n static std::string getName()\n {\n return std::string("tether");\n }\n#endif\n\n protected:\n Scalar rsq; //!< Stored rsq from the constructor\n Scalar k_b; //!< k_b parameter\n Scalar l_min; //!< l_min parameter\n Scalar l_c1; //!< l_c1 parameter\n Scalar l_c0; //!< l_c0 parameter\n Scalar l_max; //!< l_max parameter\n };\n\n } // end namespace md\n } // end namespace hoomd\n\n#endif // __BOND_EVALUATOR_TETHER_H__\n"
(comment) "// Copyright (c) 2009-2022 The Regents of the University of Michigan."
(comment) "// Part of HOOMD-blue, released under the BSD 3-Clause License."
(preproc_ifdef) "#ifndef __BOND_EVALUATOR_TETHER_H__\n#define __BOND_EVALUATOR_TETHER_H__\n\n#ifndef __HIPCC__\n#include <string>\n#endif\n\n#include "hoomd/HOOMDMath.h"\n\n/*! \file EvaluatorBondTether.h\n \brief Defines the bond evaluator class for Tethering potentials\n*/\n\n// need to declare these class methods with __device__ qualifiers when building in nvcc\n// DEVICE is __host__ __device__ when included in nvcc and blank when included into the host\n// compiler\n#ifdef __HIPCC__\n#define DEVICE __device__\n#else\n#define DEVICE\n#endif\n\nnamespace hoomd\n {\nnamespace md\n {\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b = 10;\n l_min = 0.9;\n l_c1 = 1.2;\n l_c0 = 1.8;\n l_max = 2.1;\n }\n\n tether_params(Scalar k_b, Scalar l_min, Scalar l_c1, Scalar l_c0, Scalar l_max)\n : k_b(k_b), l_min(l_min), l_c1(l_c1), l_c0(l_c0), l_max(l_max)\n {\n }\n\n tether_params(pybind11::dict v)\n {\n k_b = v["k_b"].cast<Scalar>();\n l_min = v["l_min"].cast<Scalar>();\n l_c1 = v["l_c1"].cast<Scalar>();\n l_c0 = v["l_c0"].cast<Scalar>();\n l_max = v["l_max"].cast<Scalar>();\n\n if (!(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max))\n {\n throw std::invalid_argument("The input parameters should follow l_min < l_c1 < l_c0"\n " < l_max");\n }\n }\n\n pybind11::dict asDict()\n {\n pybind11::dict v;\n v["k_b"] = k_b;\n v["l_min"] = l_min;\n v["l_c1"] = l_c1;\n v["l_c0"] = l_c0;\n v["l_max"] = l_max;\n return v;\n }\n#endif"
(#ifndef) "#ifndef"
(identifier) "__BOND_EVALUATOR_TETHER_H__"
(preproc_def) "#define __BOND_EVALUATOR_TETHER_H__\n"
(#define) "#define"
(identifier) "__BOND_EVALUATOR_TETHER_H__"
(preproc_ifdef) "#ifndef __HIPCC__\n#include <string>\n#endif"
(#ifndef) "#ifndef"
(identifier) "__HIPCC__"
(preproc_include) "#include <string>\n"
(#include) "#include"
(system_lib_string) "<string>"
(#endif) "#endif"
(preproc_include) "#include "hoomd/HOOMDMath.h"\n"
(#include) "#include"
(string_literal) ""hoomd/HOOMDMath.h""
(") """
(string_content) "hoomd/HOOMDMath.h"
(") """
(comment) "/*! \file EvaluatorBondTether.h\n \brief Defines the bond evaluator class for Tethering potentials\n*/"
(comment) "// need to declare these class methods with __device__ qualifiers when building in nvcc"
(comment) "// DEVICE is __host__ __device__ when included in nvcc and blank when included into the host"
(comment) "// compiler"
(preproc_ifdef) "#ifdef __HIPCC__\n#define DEVICE __device__\n#else\n#define DEVICE\n#endif"
(#ifdef) "#ifdef"
(identifier) "__HIPCC__"
(preproc_def) "#define DEVICE __device__\n"
(#define) "#define"
(identifier) "DEVICE"
(preproc_arg) "__device__"
(preproc_else) "#else\n#define DEVICE\n"
(#else) "#else"
(preproc_def) "#define DEVICE\n"
(#define) "#define"
(identifier) "DEVICE"
(#endif) "#endif"
(function_definition) "namespace hoomd\n {\nnamespace md\n {\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b = 10;\n l_min = 0.9;\n l_c1 = 1.2;\n l_c0 = 1.8;\n l_max = 2.1;\n }\n\n tether_params(Scalar k_b, Scalar l_min, Scalar l_c1, Scalar l_c0, Scalar l_max)\n : k_b(k_b), l_min(l_min), l_c1(l_c1), l_c0(l_c0), l_max(l_max)\n {\n }\n\n tether_params(pybind11::dict v)\n {\n k_b = v["k_b"].cast<Scalar>();\n l_min = v["l_min"].cast<Scalar>();\n l_c1 = v["l_c1"].cast<Scalar>();\n l_c0 = v["l_c0"].cast<Scalar>();\n l_max = v["l_max"].cast<Scalar>();\n\n if (!(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max))\n {\n throw std::invalid_argument("The input parameters should follow l_min < l_c1 < l_c0"\n " < l_max");\n }\n }"
(type_identifier) "namespace"
(identifier) "hoomd"
(compound_statement) "{\nnamespace md\n {\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b = 10;\n l_min = 0.9;\n l_c1 = 1.2;\n l_c0 = 1.8;\n l_max = 2.1;\n }\n\n tether_params(Scalar k_b, Scalar l_min, Scalar l_c1, Scalar l_c0, Scalar l_max)\n : k_b(k_b), l_min(l_min), l_c1(l_c1), l_c0(l_c0), l_max(l_max)\n {\n }\n\n tether_params(pybind11::dict v)\n {\n k_b = v["k_b"].cast<Scalar>();\n l_min = v["l_min"].cast<Scalar>();\n l_c1 = v["l_c1"].cast<Scalar>();\n l_c0 = v["l_c0"].cast<Scalar>();\n l_max = v["l_max"].cast<Scalar>();\n\n if (!(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max))\n {\n throw std::invalid_argument("The input parameters should follow l_min < l_c1 < l_c0"\n " < l_max");\n }\n }"
({) "{"
(function_definition) "namespace md\n {\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b = 10;\n l_min = 0.9;\n l_c1 = 1.2;\n l_c0 = 1.8;\n l_max = 2.1;\n }"
(type_identifier) "namespace"
(identifier) "md"
(compound_statement) "{\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b = 10;\n l_min = 0.9;\n l_c1 = 1.2;\n l_c0 = 1.8;\n l_max = 2.1;\n }"
({) "{"
(ERROR) "struct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b ="
(struct) "struct"
(identifier) "tether_params"
({) "{"
(field_declaration) "Scalar k_b;"
(type_identifier) "Scalar"
(field_identifier) "k_b"
(;) ";"
(field_declaration) "Scalar l_min;"
(type_identifier) "Scalar"
(field_identifier) "l_min"
(;) ";"
(field_declaration) "Scalar l_c1;"
(type_identifier) "Scalar"
(field_identifier) "l_c1"
(;) ";"
(field_declaration) "Scalar l_c0;"
(type_identifier) "Scalar"
(field_identifier) "l_c0"
(;) ";"
(field_declaration) "Scalar l_max;"
(type_identifier) "Scalar"
(field_identifier) "l_max"
(;) ";"
(#ifndef) "#ifndef"
(identifier) "__HIPCC__"
(identifier) "tether_params"
(() "("
(ERROR) ")\n {"
()) ")"
({) "{"
(identifier) "k_b"
(=) "="
(expression_statement) "10;"
(number_literal) "10"
(;) ";"
(expression_statement) "l_min = 0.9;"
(assignment_expression) "l_min = 0.9"
(identifier) "l_min"
(=) "="
(number_literal) "0.9"
(;) ";"
(expression_statement) "l_c1 = 1.2;"
(assignment_expression) "l_c1 = 1.2"
(identifier) "l_c1"
(=) "="
(number_literal) "1.2"
(;) ";"
(expression_statement) "l_c0 = 1.8;"
(assignment_expression) "l_c0 = 1.8"
(identifier) "l_c0"
(=) "="
(number_literal) "1.8"
(;) ";"
(expression_statement) "l_max = 2.1;"
(assignment_expression) "l_max = 2.1"
(identifier) "l_max"
(=) "="
(number_literal) "2.1"
(;) ";"
(}) "}"
(declaration) "tether_params(Scalar k_b, Scalar l_min, Scalar l_c1, Scalar l_c0, Scalar l_max)\n : k_b(k_b), l_min(l_min), l_c1(l_c1), l_c0(l_c0), l_max(l_max)\n {\n }\n\n tether_params(pybind11::dict v)\n {\n k_b = v["k_b"].cast<Scalar>();"
(macro_type_specifier) "tether_params(Scalar"
(identifier) "tether_params"
(() "("
(type_descriptor) "Scalar"
(type_identifier) "Scalar"
()) ""
(identifier) "k_b"
(,) ","
(identifier) "Scalar"
(ERROR) "l_min"
(identifier) "l_min"
(,) ","
(identifier) "Scalar"
(ERROR) "l_c1"
(identifier) "l_c1"
(,) ","
(identifier) "Scalar"
(ERROR) "l_c0"
(identifier) "l_c0"
(,) ","
(ERROR) "Scalar l_max)\n :"
(identifier) "Scalar"
(identifier) "l_max"
()) ")"
(:) ":"
(function_declarator) "k_b(k_b)"
(identifier) "k_b"
(parameter_list) "(k_b)"
(() "("
(parameter_declaration) "k_b"
(type_identifier) "k_b"
()) ")"
(,) ","
(function_declarator) "l_min(l_min)"
(identifier) "l_min"
(parameter_list) "(l_min)"
(() "("
(parameter_declaration) "l_min"
(type_identifier) "l_min"
()) ")"
(,) ","
(function_declarator) "l_c1(l_c1)"
(identifier) "l_c1"
(parameter_list) "(l_c1)"
(() "("
(parameter_declaration) "l_c1"
(type_identifier) "l_c1"
()) ")"
(,) ","
(function_declarator) "l_c0(l_c0)"
(identifier) "l_c0"
(parameter_list) "(l_c0)"
(() "("
(parameter_declaration) "l_c0"
(type_identifier) "l_c0"
()) ")"
(,) ","
(ERROR) "l_max(l_max)\n {\n }\n\n tether_params(pybind11::dict v)\n {"
(function_declarator) "l_max(l_max)"
(identifier) "l_max"
(parameter_list) "(l_max)"
(() "("
(parameter_declaration) "l_max"
(type_identifier) "l_max"
()) ")"
({) "{"
(}) "}"
(function_declarator) "tether_params(pybind11::dict v)"
(identifier) "tether_params"
(parameter_list) "(pybind11::dict v)"
(() "("
(parameter_declaration) "pybind11::dict v"
(type_identifier) "pybind11"
(ERROR) "::dict"
(:) ":"
(:) ":"
(identifier) "dict"
(identifier) "v"
()) ")"
({) "{"
(init_declarator) "k_b = v["k_b"].cast<Scalar>()"
(identifier) "k_b"
(=) "="
(binary_expression) "v["k_b"].cast<Scalar>()"
(binary_expression) "v["k_b"].cast<Scalar"
(field_expression) "v["k_b"].cast"
(subscript_expression) "v["k_b"]"
(identifier) "v"
([) "["
(string_literal) ""k_b""
(") """
(string_content) "k_b"
(") """
(]) "]"
(.) "."
(field_identifier) "cast"
(<) "<"
(identifier) "Scalar"
(>) ">"
(parenthesized_expression) "()"
(() "("
(identifier) ""
()) ")"
(;) ";"
(expression_statement) "l_min = v["l_min"].cast<Scalar>();"
(assignment_expression) "l_min = v["l_min"].cast<Scalar>()"
(identifier) "l_min"
(=) "="
(binary_expression) "v["l_min"].cast<Scalar>()"
(binary_expression) "v["l_min"].cast<Scalar"
(field_expression) "v["l_min"].cast"
(subscript_expression) "v["l_min"]"
(identifier) "v"
([) "["
(string_literal) ""l_min""
(") """
(string_content) "l_min"
(") """
(]) "]"
(.) "."
(field_identifier) "cast"
(<) "<"
(identifier) "Scalar"
(>) ">"
(parenthesized_expression) "()"
(() "("
(identifier) ""
()) ")"
(;) ";"
(expression_statement) "l_c1 = v["l_c1"].cast<Scalar>();"
(assignment_expression) "l_c1 = v["l_c1"].cast<Scalar>()"
(identifier) "l_c1"
(=) "="
(binary_expression) "v["l_c1"].cast<Scalar>()"
(binary_expression) "v["l_c1"].cast<Scalar"
(field_expression) "v["l_c1"].cast"
(subscript_expression) "v["l_c1"]"
(identifier) "v"
([) "["
(string_literal) ""l_c1""
(") """
(string_content) "l_c1"
(") """
(]) "]"
(.) "."
(field_identifier) "cast"
(<) "<"
(identifier) "Scalar"
(>) ">"
(parenthesized_expression) "()"
(() "("
(identifier) ""
()) ")"
(;) ";"
(expression_statement) "l_c0 = v["l_c0"].cast<Scalar>();"
(assignment_expression) "l_c0 = v["l_c0"].cast<Scalar>()"
(identifier) "l_c0"
(=) "="
(binary_expression) "v["l_c0"].cast<Scalar>()"
(binary_expression) "v["l_c0"].cast<Scalar"
(field_expression) "v["l_c0"].cast"
(subscript_expression) "v["l_c0"]"
(identifier) "v"
([) "["
(string_literal) ""l_c0""
(") """
(string_content) "l_c0"
(") """
(]) "]"
(.) "."
(field_identifier) "cast"
(<) "<"
(identifier) "Scalar"
(>) ">"
(parenthesized_expression) "()"
(() "("
(identifier) ""
()) ")"
(;) ";"
(expression_statement) "l_max = v["l_max"].cast<Scalar>();"
(assignment_expression) "l_max = v["l_max"].cast<Scalar>()"
(identifier) "l_max"
(=) "="
(binary_expression) "v["l_max"].cast<Scalar>()"
(binary_expression) "v["l_max"].cast<Scalar"
(field_expression) "v["l_max"].cast"
(subscript_expression) "v["l_max"]"
(identifier) "v"
([) "["
(string_literal) ""l_max""
(") """
(string_content) "l_max"
(") """
(]) "]"
(.) "."
(field_identifier) "cast"
(<) "<"
(identifier) "Scalar"
(>) ">"
(parenthesized_expression) "()"
(() "("
(identifier) ""
()) ")"
(;) ";"
(if_statement) "if (!(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max))\n {\n throw std::invalid_argument("The input parameters should follow l_min < l_c1 < l_c0"\n " < l_max");\n }"
(if) "if"
(parenthesized_expression) "(!(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max))"
(() "("
(unary_expression) "!(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max)"
(!) "!"
(parenthesized_expression) "(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max)"
(() "("
(binary_expression) "l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max"
(binary_expression) "l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max"
(binary_expression) "l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0"
(binary_expression) "l_min < l_c1 && l_min < l_c0 && l_min < l_max"
(binary_expression) "l_min < l_c1 && l_min < l_c0"
(binary_expression) "l_min < l_c1"
(identifier) "l_min"
(<) "<"
(identifier) "l_c1"
(&&) "&&"
(binary_expression) "l_min < l_c0"
(identifier) "l_min"
(<) "<"
(identifier) "l_c0"
(&&) "&&"
(binary_expression) "l_min < l_max"
(identifier) "l_min"
(<) "<"
(identifier) "l_max"
(&&) "&&"
(binary_expression) "l_c1 < l_c0"
(identifier) "l_c1"
(<) "<"
(identifier) "l_c0"
(&&) "&&"
(binary_expression) "l_c1 < l_max"
(identifier) "l_c1"
(<) "<"
(identifier) "l_max"
(&&) "&&"
(binary_expression) "l_c0 < l_max"
(identifier) "l_c0"
(<) "<"
(identifier) "l_max"
()) ")"
()) ")"
(compound_statement) "{\n throw std::invalid_argument("The input parameters should follow l_min < l_c1 < l_c0"\n " < l_max");\n }"
({) "{"
(ERROR) "throw std::invalid_argument("
(type_identifier) "throw"
(ERROR) "std::"
(identifier) "std"
(:) ":"
(:) ":"
(identifier) "invalid_argument"
(() "("
(expression_statement) ""The input parameters should follow l_min < l_c1 < l_c0"\n " < l_max");"
(concatenated_string) ""The input parameters should follow l_min < l_c1 < l_c0"\n " < l_max""
(string_literal) ""The input parameters should follow l_min < l_c1 < l_c0""
(") """
(string_content) "The input parameters should follow l_min < l_c1 < l_c0"
(") """
(string_literal) "" < l_max""
(") """
(string_content) " < l_max"
(") """
(ERROR) ")"
()) ")"
(;) ";"
(}) "}"
(}) "}"
(labeled_statement) "pybind11::dict asDict()\n {\n pybind11::dict v;\n v["k_b"] = k_b;\n v["l_min"] = l_min;\n v["l_c1"] = l_c1;\n v["l_c0"] = l_c0;\n v["l_max"] = l_max;\n return v;\n }"
(statement_identifier) "pybind11"
(:) ":"
(ERROR) ":dict asDict()"
(:) ":"
(type_identifier) "dict"
(function_declarator) "asDict()"
(identifier) "asDict"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n pybind11::dict v;\n v["k_b"] = k_b;\n v["l_min"] = l_min;\n v["l_c1"] = l_c1;\n v["l_c0"] = l_c0;\n v["l_max"] = l_max;\n return v;\n }"
({) "{"
(labeled_statement) "pybind11::dict v;"
(statement_identifier) "pybind11"
(:) ":"
(ERROR) ":"
(:) ":"
(declaration) "dict v;"
(type_identifier) "dict"
(identifier) "v"
(;) ";"
(expression_statement) "v["k_b"] = k_b;"
(assignment_expression) "v["k_b"] = k_b"
(subscript_expression) "v["k_b"]"
(identifier) "v"
([) "["
(string_literal) ""k_b""
(") """
(string_content) "k_b"
(") """
(]) "]"
(=) "="
(identifier) "k_b"
(;) ";"
(expression_statement) "v["l_min"] = l_min;"
(assignment_expression) "v["l_min"] = l_min"
(subscript_expression) "v["l_min"]"
(identifier) "v"
([) "["
(string_literal) ""l_min""
(") """
(string_content) "l_min"
(") """
(]) "]"
(=) "="
(identifier) "l_min"
(;) ";"
(expression_statement) "v["l_c1"] = l_c1;"
(assignment_expression) "v["l_c1"] = l_c1"
(subscript_expression) "v["l_c1"]"
(identifier) "v"
([) "["
(string_literal) ""l_c1""
(") """
(string_content) "l_c1"
(") """
(]) "]"
(=) "="
(identifier) "l_c1"
(;) ";"
(expression_statement) "v["l_c0"] = l_c0;"
(assignment_expression) "v["l_c0"] = l_c0"
(subscript_expression) "v["l_c0"]"
(identifier) "v"
([) "["
(string_literal) ""l_c0""
(") """
(string_content) "l_c0"
(") """
(]) "]"
(=) "="
(identifier) "l_c0"
(;) ";"
(expression_statement) "v["l_max"] = l_max;"
(assignment_expression) "v["l_max"] = l_max"
(subscript_expression) "v["l_max"]"
(identifier) "v"
([) "["
(string_literal) ""l_max""
(") """
(string_content) "l_max"
(") """
(]) "]"
(=) "="
(identifier) "l_max"
(;) ";"
(return_statement) "return v;"
(return) "return"
(identifier) "v"
(;) ";"
(}) "}"
(#endif) "#endif"
(ERROR) "} __attribute__((aligned(32)))"
(}) "}"
(attribute_specifier) "__attribute__((aligned(32)))"
(__attribute__) "__attribute__"
(() "("
(argument_list) "(aligned(32))"
(() "("
(call_expression) "aligned(32)"
(identifier) "aligned"
(argument_list) "(32)"
(() "("
(number_literal) "32"
()) ")"
()) ")"
()) ")"
(expression_statement) ";"
(;) ";"
(comment) "//! Class for evaluating the tethering bond potential"
(comment) "/*! The parameters are:\n - \a k_b (param.x) Bond stiffness\n - \a l_min (param.y) minimum bond length\n - \a l_c1 (param.w) cutoff length of repulsive part\n - \a l_c0 (param.z) cutoff length of attractive part\n - \a l_max (param.a) maximum bond length\n*/"
(function_definition) "class EvaluatorBondTether\n {\n public:\n //! Define the parameter type used by this bond potential evaluator\n typedef tether_params param_type;\n\n //! Constructs the pair potential evaluator\n /*! \param _rsq Squared distance between the particles\n \param _params Per type pair parameters of this potential\n */\n DEVICE EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq), k_b(_params.k_b), l_min(_params.l_min), l_c1(_params.l_c1), l_c0(_params.l_c0),\n l_max(_params.l_max)\n {\n }\n\n //! This evaluator doesn't use diameter\n DEVICE static bool needsDiameter()\n {\n return false;\n }"
(type_identifier) "class"
(identifier) "EvaluatorBondTether"
(compound_statement) "{\n public:\n //! Define the parameter type used by this bond potential evaluator\n typedef tether_params param_type;\n\n //! Constructs the pair potential evaluator\n /*! \param _rsq Squared distance between the particles\n \param _params Per type pair parameters of this potential\n */\n DEVICE EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq), k_b(_params.k_b), l_min(_params.l_min), l_c1(_params.l_c1), l_c0(_params.l_c0),\n l_max(_params.l_max)\n {\n }\n\n //! This evaluator doesn't use diameter\n DEVICE static bool needsDiameter()\n {\n return false;\n }"
({) "{"
(labeled_statement) "public:\n //! Define the parameter type used by this bond potential evaluator\n typedef tether_params param_type;"
(statement_identifier) "public"
(:) ":"
(comment) "//! Define the parameter type used by this bond potential evaluator"
(declaration) "typedef tether_params param_type;"
(type_identifier) "typedef"
(identifier) "tether_params"
(ERROR) "param_type"
(identifier) "param_type"
(;) ";"
(comment) "//! Constructs the pair potential evaluator"
(comment) "/*! \param _rsq Squared distance between the particles\n \param _params Per type pair parameters of this potential\n */"
(declaration) "DEVICE EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq), k_b(_params.k_b), l_min(_params.l_min), l_c1(_params.l_c1), l_c0(_params.l_c0),\n l_max(_params.l_max)\n {\n }\n\n //! This evaluator doesn't use diameter\n DEVICE static bool needsDiameter()\n {\n return false;"
(type_identifier) "DEVICE"
(ERROR) "EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq),"
(function_declarator) "EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq)"
(identifier) "EvaluatorBondTether"
(parameter_list) "(Scalar _rsq, const param_type& _params)"
(() "("
(parameter_declaration) "Scalar _rsq"
(type_identifier) "Scalar"
(identifier) "_rsq"
(,) ","
(parameter_declaration) "const param_type& _params"
(type_qualifier) "const"
(const) "const"
(type_identifier) "param_type"
(ERROR) "&"
(&) "&"
(identifier) "_params"
()) ")"
(ERROR) ":"
(:) ":"
(call_expression) "rsq(_rsq)"
(identifier) "rsq"
(argument_list) "(_rsq)"
(() "("
(identifier) "_rsq"
()) ")"
(,) ","
(function_declarator) "k_b(_params.k_b)"
(identifier) "k_b"
(parameter_list) "(_params.k_b)"
(() "("
(parameter_declaration) "_params.k_b"
(type_identifier) "_params"
(ERROR) "."
(.) "."
(identifier) "k_b"
()) ")"
(,) ","
(function_declarator) "l_min(_params.l_min)"
(identifier) "l_min"
(parameter_list) "(_params.l_min)"
(() "("
(parameter_declaration) "_params.l_min"
(type_identifier) "_params"
(ERROR) "."
(.) "."
(identifier) "l_min"
()) ")"
(,) ","
(function_declarator) "l_c1(_params.l_c1)"
(identifier) "l_c1"
(parameter_list) "(_params.l_c1)"
(() "("
(parameter_declaration) "_params.l_c1"
(type_identifier) "_params"
(ERROR) "."
(.) "."
(identifier) "l_c1"
()) ")"
(,) ","
(function_declarator) "l_c0(_params.l_c0)"
(identifier) "l_c0"
(parameter_list) "(_params.l_c0)"
(() "("
(parameter_declaration) "_params.l_c0"
(type_identifier) "_params"
(ERROR) "."
(.) "."
(identifier) "l_c0"
()) ")"
(ERROR) ",\n l_max(_params.l_max)\n {\n }\n\n //! This evaluator doesn't use diameter\n DEVICE static bool needsDiameter()\n {\n return false"
(,) ","
(ERROR) "l_max(_params.l_max)\n {\n }"
(function_declarator) "l_max(_params.l_max)"
(identifier) "l_max"
(parameter_list) "(_params.l_max)"
(() "("
(parameter_declaration) "_params.l_max"
(type_identifier) "_params"
(ERROR) "."
(.) "."
(identifier) "l_max"
()) ")"
({) "{"
(}) "}"
(comment) "//! This evaluator doesn't use diameter"
(ERROR) "DEVICE static bool"
(identifier) "DEVICE"
(identifier) "static"
(primitive_type) "bool"
(function_declarator) "needsDiameter()"
(identifier) "needsDiameter"
(parameter_list) "()"
(() "("
()) ")"
({) "{"
(return) "return"
(false) "false"
(;) ";"
(}) "}"
(comment) "//! Accept the optional diameter values"
(comment) "/*! \param da Diameter of particle a\n \param db Diameter of particle\n */"
(function_definition) "DEVICE void setDiameter(Scalar da, Scalar db) { }"
(type_identifier) "DEVICE"
(ERROR) "void"
(identifier) "void"
(function_declarator) "setDiameter(Scalar da, Scalar db)"
(identifier) "setDiameter"
(parameter_list) "(Scalar da, Scalar db)"
(() "("
(parameter_declaration) "Scalar da"
(type_identifier) "Scalar"
(identifier) "da"
(,) ","
(parameter_declaration) "Scalar db"
(type_identifier) "Scalar"
(identifier) "db"
()) ")"
(compound_statement) "{ }"
({) "{"
(}) "}"
(comment) "//! Tether doesn't use charge"
(function_definition) "DEVICE static bool needsCharge()\n {\n return false;\n }"
(type_identifier) "DEVICE"
(storage_class_specifier) "static"
(static) "static"
(ERROR) "bool"
(identifier) "bool"
(function_declarator) "needsCharge()"
(identifier) "needsCharge"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n return false;\n }"
({) "{"
(return_statement) "return false;"
(return) "return"
(false) "false"
(;) ";"
(}) "}"
(comment) "//! Accept the optional charge values"
(comment) "/*! \param qa Charge of particle a\n \param qb Charge of particle b\n */"
(function_definition) "DEVICE void setCharge(Scalar qa, Scalar qb) { }"
(type_identifier) "DEVICE"
(ERROR) "void"
(identifier) "void"
(function_declarator) "setCharge(Scalar qa, Scalar qb)"
(identifier) "setCharge"
(parameter_list) "(Scalar qa, Scalar qb)"
(() "("
(parameter_declaration) "Scalar qa"
(type_identifier) "Scalar"
(identifier) "qa"
(,) ","
(parameter_declaration) "Scalar qb"
(type_identifier) "Scalar"
(identifier) "qb"
()) ")"
(compound_statement) "{ }"
({) "{"
(}) "}"
(comment) "//! Evaluate the force and energy"
(comment) "/*! \param force_divr Output parameter to write the computed force divided by r.\n \param bond_eng Output parameter to write the computed bond energy\n\n \return True if they are evaluated or false if the bond\n energy is not defined\n */"
(declaration) "DEVICE bool"
(type_identifier) "DEVICE"
(identifier) "bool"
(;) ""
(expression_statement) "evalForceAndEnergy(Scalar& force_divr, Scalar& bond_eng)"
(call_expression) "evalForceAndEnergy(Scalar& force_divr, Scalar& bond_eng)"
(identifier) "evalForceAndEnergy"
(argument_list) "(Scalar& force_divr, Scalar& bond_eng)"
(() "("
(binary_expression) "Scalar& force_divr"
(identifier) "Scalar"
(&) "&"
(identifier) "force_divr"
(,) ","
(binary_expression) "Scalar& bond_eng"
(identifier) "Scalar"
(&) "&"
(identifier) "bond_eng"
()) ")"
(;) ""
(compound_statement) "{\n Scalar r = sqrt(rsq);\n Scalar U_att = Scalar(0.0);\n Scalar F_att = Scalar(0.0);\n Scalar U_rep = Scalar(0.0);\n Scalar F_rep = Scalar(0.0);\n\n if (r > l_c0)\n {\n U_att = k_b * (exp(Scalar(1.0) / (l_c0 - r)) / (l_max - r));\n F_att = k_b\n * (((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))\n / (l_max - r) / (l_max - r));\n }\n\n if (r < l_c1)\n {\n U_rep = k_b * (exp(Scalar(1.0) / (r - l_c1)) / (r - l_min));\n F_rep = k_b\n * (((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))\n / (r - l_min) / (r - l_min));\n }\n if (k_b != Scalar(0.0))\n {\n // Check if bond length restriction is violated\n if (rsq >= l_max * l_max)\n return false;\n if (rsq <= l_min * l_min)\n return false;\n\n force_divr = (F_att + F_rep) / r;\n bond_eng = U_att + U_rep;\n }\n\n return true;\n }"
({) "{"
(declaration) "Scalar r = sqrt(rsq);"
(type_identifier) "Scalar"
(init_declarator) "r = sqrt(rsq)"
(identifier) "r"
(=) "="
(call_expression) "sqrt(rsq)"
(identifier) "sqrt"
(argument_list) "(rsq)"
(() "("
(identifier) "rsq"
()) ")"
(;) ";"
(declaration) "Scalar U_att = Scalar(0.0);"
(type_identifier) "Scalar"
(init_declarator) "U_att = Scalar(0.0)"
(identifier) "U_att"
(=) "="
(call_expression) "Scalar(0.0)"
(identifier) "Scalar"
(argument_list) "(0.0)"
(() "("
(number_literal) "0.0"
()) ")"
(;) ";"
(declaration) "Scalar F_att = Scalar(0.0);"
(type_identifier) "Scalar"
(init_declarator) "F_att = Scalar(0.0)"
(identifier) "F_att"
(=) "="
(call_expression) "Scalar(0.0)"
(identifier) "Scalar"
(argument_list) "(0.0)"
(() "("
(number_literal) "0.0"
()) ")"
(;) ";"
(declaration) "Scalar U_rep = Scalar(0.0);"
(type_identifier) "Scalar"
(init_declarator) "U_rep = Scalar(0.0)"
(identifier) "U_rep"
(=) "="
(call_expression) "Scalar(0.0)"
(identifier) "Scalar"
(argument_list) "(0.0)"
(() "("
(number_literal) "0.0"
()) ")"
(;) ";"
(declaration) "Scalar F_rep = Scalar(0.0);"
(type_identifier) "Scalar"
(init_declarator) "F_rep = Scalar(0.0)"
(identifier) "F_rep"
(=) "="
(call_expression) "Scalar(0.0)"
(identifier) "Scalar"
(argument_list) "(0.0)"
(() "("
(number_literal) "0.0"
()) ")"
(;) ";"
(if_statement) "if (r > l_c0)\n {\n U_att = k_b * (exp(Scalar(1.0) / (l_c0 - r)) / (l_max - r));\n F_att = k_b\n * (((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))\n / (l_max - r) / (l_max - r));\n }"
(if) "if"
(parenthesized_expression) "(r > l_c0)"
(() "("
(binary_expression) "r > l_c0"
(identifier) "r"
(>) ">"
(identifier) "l_c0"
()) ")"
(compound_statement) "{\n U_att = k_b * (exp(Scalar(1.0) / (l_c0 - r)) / (l_max - r));\n F_att = k_b\n * (((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))\n / (l_max - r) / (l_max - r));\n }"
({) "{"
(expression_statement) "U_att = k_b * (exp(Scalar(1.0) / (l_c0 - r)) / (l_max - r));"
(assignment_expression) "U_att = k_b * (exp(Scalar(1.0) / (l_c0 - r)) / (l_max - r))"
(identifier) "U_att"
(=) "="
(binary_expression) "k_b * (exp(Scalar(1.0) / (l_c0 - r)) / (l_max - r))"
(identifier) "k_b"
(*) "*"
(parenthesized_expression) "(exp(Scalar(1.0) / (l_c0 - r)) / (l_max - r))"
(() "("
(binary_expression) "exp(Scalar(1.0) / (l_c0 - r)) / (l_max - r)"
(call_expression) "exp(Scalar(1.0) / (l_c0 - r))"
(identifier) "exp"
(argument_list) "(Scalar(1.0) / (l_c0 - r))"
(() "("
(binary_expression) "Scalar(1.0) / (l_c0 - r)"
(call_expression) "Scalar(1.0)"
(identifier) "Scalar"
(argument_list) "(1.0)"
(() "("
(number_literal) "1.0"
()) ")"
(/) "/"
(parenthesized_expression) "(l_c0 - r)"
(() "("
(binary_expression) "l_c0 - r"
(identifier) "l_c0"
(-) "-"
(identifier) "r"
()) ")"
()) ")"
(/) "/"
(parenthesized_expression) "(l_max - r)"
(() "("
(binary_expression) "l_max - r"
(identifier) "l_max"
(-) "-"
(identifier) "r"
()) ")"
()) ")"
(;) ";"
(expression_statement) "F_att = k_b\n * (((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))\n / (l_max - r) / (l_max - r));"
(assignment_expression) "F_att = k_b\n * (((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))\n / (l_max - r) / (l_max - r))"
(identifier) "F_att"
(=) "="
(binary_expression) "k_b\n * (((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))\n / (l_max - r) / (l_max - r))"
(identifier) "k_b"
(*) "*"
(parenthesized_expression) "(((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))\n / (l_max - r) / (l_max - r))"
(() "("
(binary_expression) "((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))\n / (l_max - r) / (l_max - r)"
(binary_expression) "((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))\n / (l_max - r)"
(parenthesized_expression) "((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))"
(() "("
(binary_expression) "(r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r))"
(binary_expression) "(r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)"
(binary_expression) "(r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r)"
(binary_expression) "(r - l_max) * exp(Scalar(1.0) / (l_c0 - r))"
(parenthesized_expression) "(r - l_max)"
(() "("
(binary_expression) "r - l_max"
(identifier) "r"
(-) "-"
(identifier) "l_max"
()) ")"
(*) "*"
(call_expression) "exp(Scalar(1.0) / (l_c0 - r))"
(identifier) "exp"
(argument_list) "(Scalar(1.0) / (l_c0 - r))"
(() "("
(binary_expression) "Scalar(1.0) / (l_c0 - r)"
(call_expression) "Scalar(1.0)"
(identifier) "Scalar"
(argument_list) "(1.0)"
(() "("
(number_literal) "1.0"
()) ")"
(/) "/"
(parenthesized_expression) "(l_c0 - r)"
(() "("
(binary_expression) "l_c0 - r"
(identifier) "l_c0"
(-) "-"
(identifier) "r"
()) ")"
()) ")"
(/) "/"
(parenthesized_expression) "(l_c0 - r)"
(() "("
(binary_expression) "l_c0 - r"
(identifier) "l_c0"
(-) "-"
(identifier) "r"
()) ")"
(/) "/"
(parenthesized_expression) "(l_c0 - r)"
(() "("
(binary_expression) "l_c0 - r"
(identifier) "l_c0"
(-) "-"
(identifier) "r"
()) ")"
(-) "-"
(call_expression) "exp(Scalar(1.0) / (l_c0 - r))"
(identifier) "exp"
(argument_list) "(Scalar(1.0) / (l_c0 - r))"
(() "("
(binary_expression) "Scalar(1.0) / (l_c0 - r)"
(call_expression) "Scalar(1.0)"
(identifier) "Scalar"
(argument_list) "(1.0)"
(() "("
(number_literal) "1.0"
()) ")"
(/) "/"
(parenthesized_expression) "(l_c0 - r)"
(() "("
(binary_expression) "l_c0 - r"
(identifier) "l_c0"
(-) "-"
(identifier) "r"
()) ")"
()) ")"
()) ")"
(/) "/"
(parenthesized_expression) "(l_max - r)"
(() "("
(binary_expression) "l_max - r"
(identifier) "l_max"
(-) "-"
(identifier) "r"
()) ")"
(/) "/"
(parenthesized_expression) "(l_max - r)"
(() "("
(binary_expression) "l_max - r"
(identifier) "l_max"
(-) "-"
(identifier) "r"
()) ")"
()) ")"
(;) ";"
(}) "}"
(if_statement) "if (r < l_c1)\n {\n U_rep = k_b * (exp(Scalar(1.0) / (r - l_c1)) / (r - l_min));\n F_rep = k_b\n * (((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))\n / (r - l_min) / (r - l_min));\n }"
(if) "if"
(parenthesized_expression) "(r < l_c1)"
(() "("
(binary_expression) "r < l_c1"
(identifier) "r"
(<) "<"
(identifier) "l_c1"
()) ")"
(compound_statement) "{\n U_rep = k_b * (exp(Scalar(1.0) / (r - l_c1)) / (r - l_min));\n F_rep = k_b\n * (((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))\n / (r - l_min) / (r - l_min));\n }"
({) "{"
(expression_statement) "U_rep = k_b * (exp(Scalar(1.0) / (r - l_c1)) / (r - l_min));"
(assignment_expression) "U_rep = k_b * (exp(Scalar(1.0) / (r - l_c1)) / (r - l_min))"
(identifier) "U_rep"
(=) "="
(binary_expression) "k_b * (exp(Scalar(1.0) / (r - l_c1)) / (r - l_min))"
(identifier) "k_b"
(*) "*"
(parenthesized_expression) "(exp(Scalar(1.0) / (r - l_c1)) / (r - l_min))"
(() "("
(binary_expression) "exp(Scalar(1.0) / (r - l_c1)) / (r - l_min)"
(call_expression) "exp(Scalar(1.0) / (r - l_c1))"
(identifier) "exp"
(argument_list) "(Scalar(1.0) / (r - l_c1))"
(() "("
(binary_expression) "Scalar(1.0) / (r - l_c1)"
(call_expression) "Scalar(1.0)"
(identifier) "Scalar"
(argument_list) "(1.0)"
(() "("
(number_literal) "1.0"
()) ")"
(/) "/"
(parenthesized_expression) "(r - l_c1)"
(() "("
(binary_expression) "r - l_c1"
(identifier) "r"
(-) "-"
(identifier) "l_c1"
()) ")"
()) ")"
(/) "/"
(parenthesized_expression) "(r - l_min)"
(() "("
(binary_expression) "r - l_min"
(identifier) "r"
(-) "-"
(identifier) "l_min"
()) ")"
()) ")"
(;) ";"
(expression_statement) "F_rep = k_b\n * (((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))\n / (r - l_min) / (r - l_min));"
(assignment_expression) "F_rep = k_b\n * (((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))\n / (r - l_min) / (r - l_min))"
(identifier) "F_rep"
(=) "="
(binary_expression) "k_b\n * (((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))\n / (r - l_min) / (r - l_min))"
(identifier) "k_b"
(*) "*"
(parenthesized_expression) "(((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))\n / (r - l_min) / (r - l_min))"
(() "("
(binary_expression) "((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))\n / (r - l_min) / (r - l_min)"
(binary_expression) "((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))\n / (r - l_min)"
(parenthesized_expression) "((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))"
(() "("
(binary_expression) "(r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1))"
(binary_expression) "(r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)"
(binary_expression) "(r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1)"
(binary_expression) "(r - l_min) * exp(Scalar(1.0) / (r - l_c1))"
(parenthesized_expression) "(r - l_min)"
(() "("
(binary_expression) "r - l_min"
(identifier) "r"
(-) "-"
(identifier) "l_min"
()) ")"
(*) "*"
(call_expression) "exp(Scalar(1.0) / (r - l_c1))"
(identifier) "exp"
(argument_list) "(Scalar(1.0) / (r - l_c1))"
(() "("
(binary_expression) "Scalar(1.0) / (r - l_c1)"
(call_expression) "Scalar(1.0)"
(identifier) "Scalar"
(argument_list) "(1.0)"
(() "("
(number_literal) "1.0"
()) ")"
(/) "/"
(parenthesized_expression) "(r - l_c1)"
(() "("
(binary_expression) "r - l_c1"
(identifier) "r"
(-) "-"
(identifier) "l_c1"
()) ")"
()) ")"
(/) "/"
(parenthesized_expression) "(r - l_c1)"
(() "("
(binary_expression) "r - l_c1"
(identifier) "r"
(-) "-"
(identifier) "l_c1"
()) ")"
(/) "/"
(parenthesized_expression) "(r - l_c1)"
(() "("
(binary_expression) "r - l_c1"
(identifier) "r"
(-) "-"
(identifier) "l_c1"
()) ")"
(+) "+"
(call_expression) "exp(Scalar(1.0) / (r - l_c1))"
(identifier) "exp"
(argument_list) "(Scalar(1.0) / (r - l_c1))"
(() "("
(binary_expression) "Scalar(1.0) / (r - l_c1)"
(call_expression) "Scalar(1.0)"
(identifier) "Scalar"
(argument_list) "(1.0)"
(() "("
(number_literal) "1.0"
()) ")"
(/) "/"
(parenthesized_expression) "(r - l_c1)"
(() "("
(binary_expression) "r - l_c1"
(identifier) "r"
(-) "-"
(identifier) "l_c1"
()) ")"
()) ")"
()) ")"
(/) "/"
(parenthesized_expression) "(r - l_min)"
(() "("
(binary_expression) "r - l_min"
(identifier) "r"
(-) "-"
(identifier) "l_min"
()) ")"
(/) "/"
(parenthesized_expression) "(r - l_min)"
(() "("
(binary_expression) "r - l_min"
(identifier) "r"
(-) "-"
(identifier) "l_min"
()) ")"
()) ")"
(;) ";"
(}) "}"
(if_statement) "if (k_b != Scalar(0.0))\n {\n // Check if bond length restriction is violated\n if (rsq >= l_max * l_max)\n return false;\n if (rsq <= l_min * l_min)\n return false;\n\n force_divr = (F_att + F_rep) / r;\n bond_eng = U_att + U_rep;\n }"
(if) "if"
(parenthesized_expression) "(k_b != Scalar(0.0))"
(() "("
(binary_expression) "k_b != Scalar(0.0)"
(identifier) "k_b"
(!=) "!="
(call_expression) "Scalar(0.0)"
(identifier) "Scalar"
(argument_list) "(0.0)"
(() "("
(number_literal) "0.0"
()) ")"
()) ")"
(compound_statement) "{\n // Check if bond length restriction is violated\n if (rsq >= l_max * l_max)\n return false;\n if (rsq <= l_min * l_min)\n return false;\n\n force_divr = (F_att + F_rep) / r;\n bond_eng = U_att + U_rep;\n }"
({) "{"
(comment) "// Check if bond length restriction is violated"
(if_statement) "if (rsq >= l_max * l_max)\n return false;"
(if) "if"
(parenthesized_expression) "(rsq >= l_max * l_max)"
(() "("
(binary_expression) "rsq >= l_max * l_max"
(identifier) "rsq"
(>=) ">="
(binary_expression) "l_max * l_max"
(identifier) "l_max"
(*) "*"
(identifier) "l_max"
()) ")"
(return_statement) "return false;"
(return) "return"
(false) "false"
(;) ";"
(if_statement) "if (rsq <= l_min * l_min)\n return false;"
(if) "if"
(parenthesized_expression) "(rsq <= l_min * l_min)"
(() "("
(binary_expression) "rsq <= l_min * l_min"
(identifier) "rsq"
(<=) "<="
(binary_expression) "l_min * l_min"
(identifier) "l_min"
(*) "*"
(identifier) "l_min"
()) ")"
(return_statement) "return false;"
(return) "return"
(false) "false"
(;) ";"
(expression_statement) "force_divr = (F_att + F_rep) / r;"
(assignment_expression) "force_divr = (F_att + F_rep) / r"
(identifier) "force_divr"
(=) "="
(binary_expression) "(F_att + F_rep) / r"
(parenthesized_expression) "(F_att + F_rep)"
(() "("
(binary_expression) "F_att + F_rep"
(identifier) "F_att"
(+) "+"
(identifier) "F_rep"
()) ")"
(/) "/"
(identifier) "r"
(;) ";"
(expression_statement) "bond_eng = U_att + U_rep;"
(assignment_expression) "bond_eng = U_att + U_rep"
(identifier) "bond_eng"
(=) "="
(binary_expression) "U_att + U_rep"
(identifier) "U_att"
(+) "+"
(identifier) "U_rep"
(;) ";"
(}) "}"
(return_statement) "return true;"
(return) "return"
(true) "true"
(;) ";"
(}) "}"
(preproc_ifdef) "#ifndef __HIPCC__\n //! Get the name of this potential\n /*! \returns The potential name.\n */\n static std::string getName()\n {\n return std::string("tether");\n }\n#endif"
(#ifndef) "#ifndef"
(identifier) "__HIPCC__"
(comment) "//! Get the name of this potential"
(comment) "/*! \returns The potential name.\n */"
(function_definition) "static std::string getName()\n {\n return std::string("tether");\n }"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "std"
(ERROR) "::string"
(:) ":"
(:) ":"
(identifier) "string"
(function_declarator) "getName()"
(identifier) "getName"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n return std::string("tether");\n }"
({) "{"
(return_statement) "return std::string("tether");"
(return) "return"
(ERROR) "std::"
(identifier) "std"
(:) ":"
(:) ":"
(call_expression) "string("tether")"
(identifier) "string"
(argument_list) "("tether")"
(() "("
(string_literal) ""tether""
(") """
(string_content) "tether"
(") """
()) ")"
(;) ";"
(}) "}"
(#endif) "#endif"
(labeled_statement) "protected:\n Scalar rsq;"
(statement_identifier) "protected"
(:) ":"
(declaration) "Scalar rsq;"
(type_identifier) "Scalar"
(identifier) "rsq"
(;) ";"
(comment) "//!< Stored rsq from the constructor"
(declaration) "Scalar k_b;"
(type_identifier) "Scalar"
(identifier) "k_b"
(;) ";"
(comment) "//!< k_b parameter"
(declaration) "Scalar l_min;"
(type_identifier) "Scalar"
(identifier) "l_min"
(;) ";"
(comment) "//!< l_min parameter"
(declaration) "Scalar l_c1;"
(type_identifier) "Scalar"
(identifier) "l_c1"
(;) ";"
(comment) "//!< l_c1 parameter"
(declaration) "Scalar l_c0;"
(type_identifier) "Scalar"
(identifier) "l_c0"
(;) ";"
(comment) "//!< l_c0 parameter"
(declaration) "Scalar l_max;"
(type_identifier) "Scalar"
(identifier) "l_max"
(;) ";"
(comment) "//!< l_max parameter"
(ERROR) "}"
(}) "}"
(expression_statement) ";"
(;) ";"
(ERROR) "} // end namespace md\n } // end namespace hoomd\n\n#endif"
(}) "}"
(comment) "// end namespace md"
(}) "}"
(comment) "// end namespace hoomd"
(#endif) "#endif"
(comment) "// __BOND_EVALUATOR_TETHER_H__"
| 1,226
| 33
|
{"language": "c", "success": true, "metadata": {"lines": 172, "avg_line_length": 31.81, "nodes": 761, "errors": 0, "source_hash": "a5726314da3141617863c9c47084d1ab28b6e81f474df6b89bd49e83b7491616", "categorized_nodes": 570}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef __BOND_EVALUATOR_TETHER_H__\n#define __BOND_EVALUATOR_TETHER_H__\n\n#ifndef __HIPCC__\n#include <string>\n#endif\n\n#include \"hoomd/HOOMDMath.h\"\n\n/*! \\file EvaluatorBondTether.h\n \\brief Defines the bond evaluator class for Tethering potentials\n*/\n\n// need to declare these class methods with __device__ qualifiers when building in nvcc\n// DEVICE is __host__ __device__ when included in nvcc and blank when included into the host\n// compiler\n#ifdef __HIPCC__\n#define DEVICE __device__\n#else\n#define DEVICE\n#endif\n\nnamespace hoomd\n {\nnamespace md\n {\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b = 10;\n l_min = 0.9;\n l_c1 = 1.2;\n l_c0 = 1.8;\n l_max = 2.1;\n }\n\n tether_params(Scalar k_b, Scalar l_min, Scalar l_c1, Scalar l_c0, Scalar l_max)\n : k_b(k_b), l_min(l_min), l_c1(l_c1), l_c0(l_c0), l_max(l_max)\n {\n }\n\n tether_params(pybind11::dict v)\n {\n k_b = v[\"k_b\"].cast<Scalar>();\n l_min = v[\"l_min\"].cast<Scalar>();\n l_c1 = v[\"l_c1\"].cast<Scalar>();\n l_c0 = v[\"l_c0\"].cast<Scalar>();\n l_max = v[\"l_max\"].cast<Scalar>();\n\n if (!(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max))\n {\n throw std::invalid_argument(\"The input parameters should follow l_min < l_c1 < l_c0\"\n \" < l_max\");\n }\n }\n\n pybind11::dict asDict()\n {\n pybind11::dict v;\n v[\"k_b\"] = k_b;\n v[\"l_min\"] = l_min;\n v[\"l_c1\"] = l_c1;\n v[\"l_c0\"] = l_c0;\n v[\"l_max\"] = l_max;\n return v;\n }\n#endif", "parent": null, "children": [1, 2, 3, 6, 13, 16, 29, 249, 293], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 78, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 3, "column": 0}, "end_point": {"row": 3, "column": 7}}, {"id": 2, "type": "identifier", "text": "__BOND_EVALUATOR_TETHER_H__", "parent": 0, "children": [], "start_point": {"row": 3, "column": 8}, "end_point": {"row": 3, "column": 35}}, {"id": 3, "type": "preproc_def", "text": "#define __BOND_EVALUATOR_TETHER_H__\n", "parent": 0, "children": [4, 5], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 5, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 4, "column": 7}}, {"id": 5, "type": "identifier", "text": "__BOND_EVALUATOR_TETHER_H__", "parent": 3, "children": [], "start_point": {"row": 4, "column": 8}, "end_point": {"row": 4, "column": 35}}, {"id": 6, "type": "preproc_ifdef", "text": "#ifndef __HIPCC__\n#include <string>\n#endif", "parent": 0, "children": [7, 8, 9, 12], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 8, "column": 6}}, {"id": 7, "type": "#ifndef", "text": "#ifndef", "parent": 6, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 7}}, {"id": 8, "type": "identifier", "text": "__HIPCC__", "parent": 6, "children": [], "start_point": {"row": 6, "column": 8}, "end_point": {"row": 6, "column": 17}}, {"id": 9, "type": "preproc_include", "text": "#include <string>\n", "parent": 6, "children": [10, 11], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 8, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 8}}, {"id": 11, "type": "system_lib_string", "text": "<string>", "parent": 9, "children": [], "start_point": {"row": 7, "column": 9}, "end_point": {"row": 7, "column": 17}}, {"id": 12, "type": "#endif", "text": "#endif", "parent": 6, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 6}}, {"id": 13, "type": "preproc_include", "text": "#include \"hoomd/HOOMDMath.h\"\n", "parent": 0, "children": [14, 15], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 11, "column": 0}}, {"id": 14, "type": "#include", "text": "#include", "parent": 13, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 8}}, {"id": 15, "type": "string_literal", "text": "\"hoomd/HOOMDMath.h\"", "parent": 13, "children": [], "start_point": {"row": 10, "column": 9}, "end_point": {"row": 10, "column": 28}}, {"id": 16, "type": "preproc_ifdef", "text": "#ifdef __HIPCC__\n#define DEVICE __device__\n#else\n#define DEVICE\n#endif", "parent": 0, "children": [17, 18, 19, 23, 28], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 23, "column": 6}}, {"id": 17, "type": "#ifdef", "text": "#ifdef", "parent": 16, "children": [], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 19, "column": 6}}, {"id": 18, "type": "identifier", "text": "__HIPCC__", "parent": 16, "children": [], "start_point": {"row": 19, "column": 7}, "end_point": {"row": 19, "column": 16}}, {"id": 19, "type": "preproc_def", "text": "#define DEVICE __device__\n", "parent": 16, "children": [20, 21, 22], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 21, "column": 0}}, {"id": 20, "type": "#define", "text": "#define", "parent": 19, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 7}}, {"id": 21, "type": "identifier", "text": "DEVICE", "parent": 19, "children": [], "start_point": {"row": 20, "column": 8}, "end_point": {"row": 20, "column": 14}}, {"id": 22, "type": "preproc_arg", "text": "__device__", "parent": 19, "children": [], "start_point": {"row": 20, "column": 15}, "end_point": {"row": 20, "column": 25}}, {"id": 23, "type": "preproc_else", "text": "#else\n#define DEVICE\n", "parent": 16, "children": [24, 25], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 23, "column": 0}}, {"id": 24, "type": "#else", "text": "#else", "parent": 23, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 5}}, {"id": 25, "type": "preproc_def", "text": "#define DEVICE\n", "parent": 23, "children": [26, 27], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 23, "column": 0}}, {"id": 26, "type": "#define", "text": "#define", "parent": 25, "children": [], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 22, "column": 7}}, {"id": 27, "type": "identifier", "text": "DEVICE", "parent": 25, "children": [], "start_point": {"row": 22, "column": 8}, "end_point": {"row": 22, "column": 14}}, {"id": 28, "type": "#endif", "text": "#endif", "parent": 16, "children": [], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 23, "column": 6}}, {"id": 29, "type": "function_definition", "text": "namespace hoomd\n {\nnamespace md\n {\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b = 10;\n l_min = 0.9;\n l_c1 = 1.2;\n l_c0 = 1.8;\n l_max = 2.1;\n }\n\n tether_params(Scalar k_b, Scalar l_min, Scalar l_c1, Scalar l_c0, Scalar l_max)\n : k_b(k_b), l_min(l_min), l_c1(l_c1), l_c0(l_c0), l_max(l_max)\n {\n }\n\n tether_params(pybind11::dict v)\n {\n k_b = v[\"k_b\"].cast<Scalar>();\n l_min = v[\"l_min\"].cast<Scalar>();\n l_c1 = v[\"l_c1\"].cast<Scalar>();\n l_c0 = v[\"l_c0\"].cast<Scalar>();\n l_max = v[\"l_max\"].cast<Scalar>();\n\n if (!(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max))\n {\n throw std::invalid_argument(\"The input parameters should follow l_min < l_c1 < l_c0\"\n \" < l_max\");\n }\n }", "parent": 0, "children": [30, 31], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 66, "column": 9}}, {"id": 30, "type": "type_identifier", "text": "namespace", "parent": 29, "children": [], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 25, "column": 9}}, {"id": 31, "type": "identifier", "text": "hoomd", "parent": 29, "children": [], "start_point": {"row": 25, "column": 10}, "end_point": {"row": 25, "column": 15}}, {"id": 32, "type": "function_definition", "text": "namespace md\n {\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b = 10;\n l_min = 0.9;\n l_c1 = 1.2;\n l_c0 = 1.8;\n l_max = 2.1;\n }", "parent": 29, "children": [33, 34], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 45, "column": 9}}, {"id": 33, "type": "type_identifier", "text": "namespace", "parent": 32, "children": [], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 27, "column": 9}}, {"id": 34, "type": "identifier", "text": "md", "parent": 32, "children": [], "start_point": {"row": 27, "column": 10}, "end_point": {"row": 27, "column": 12}}, {"id": 35, "type": "ERROR", "text": "struct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b =", "parent": 32, "children": [36, 37, 38, 41, 44, 47, 50, 53, 54, 55, 56, 57, 58], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 40, "column": 13}}, {"id": 36, "type": "struct", "text": "struct", "parent": 35, "children": [], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 29, "column": 6}}, {"id": 37, "type": "identifier", "text": "tether_params", "parent": 35, "children": [], "start_point": {"row": 29, "column": 7}, "end_point": {"row": 29, "column": 20}}, {"id": 38, "type": "field_declaration", "text": "Scalar k_b;", "parent": 35, "children": [39, 40], "start_point": {"row": 31, "column": 4}, "end_point": {"row": 31, "column": 15}}, {"id": 39, "type": "type_identifier", "text": "Scalar", "parent": 38, "children": [], "start_point": {"row": 31, "column": 4}, "end_point": {"row": 31, "column": 10}}, {"id": 40, "type": "field_identifier", "text": "k_b", "parent": 38, "children": [], "start_point": {"row": 31, "column": 11}, "end_point": {"row": 31, "column": 14}}, {"id": 41, "type": "field_declaration", "text": "Scalar l_min;", "parent": 35, "children": [42, 43], "start_point": {"row": 32, "column": 4}, "end_point": {"row": 32, "column": 17}}, {"id": 42, "type": "type_identifier", "text": "Scalar", "parent": 41, "children": [], "start_point": {"row": 32, "column": 4}, "end_point": {"row": 32, "column": 10}}, {"id": 43, "type": "field_identifier", "text": "l_min", "parent": 41, "children": [], "start_point": {"row": 32, "column": 11}, "end_point": {"row": 32, "column": 16}}, {"id": 44, "type": "field_declaration", "text": "Scalar l_c1;", "parent": 35, "children": [45, 46], "start_point": {"row": 33, "column": 4}, "end_point": {"row": 33, "column": 16}}, {"id": 45, "type": "type_identifier", "text": "Scalar", "parent": 44, "children": [], "start_point": {"row": 33, "column": 4}, "end_point": {"row": 33, "column": 10}}, {"id": 46, "type": "field_identifier", "text": "l_c1", "parent": 44, "children": [], "start_point": {"row": 33, "column": 11}, "end_point": {"row": 33, "column": 15}}, {"id": 47, "type": "field_declaration", "text": "Scalar l_c0;", "parent": 35, "children": [48, 49], "start_point": {"row": 34, "column": 4}, "end_point": {"row": 34, "column": 16}}, {"id": 48, "type": "type_identifier", "text": "Scalar", "parent": 47, "children": [], "start_point": {"row": 34, "column": 4}, "end_point": {"row": 34, "column": 10}}, {"id": 49, "type": "field_identifier", "text": "l_c0", "parent": 47, "children": [], "start_point": {"row": 34, "column": 11}, "end_point": {"row": 34, "column": 15}}, {"id": 50, "type": "field_declaration", "text": "Scalar l_max;", "parent": 35, "children": [51, 52], "start_point": {"row": 35, "column": 4}, "end_point": {"row": 35, "column": 17}}, {"id": 51, "type": "type_identifier", "text": "Scalar", "parent": 50, "children": [], "start_point": {"row": 35, "column": 4}, "end_point": {"row": 35, "column": 10}}, {"id": 52, "type": "field_identifier", "text": "l_max", "parent": 50, "children": [], "start_point": {"row": 35, "column": 11}, "end_point": {"row": 35, "column": 16}}, {"id": 53, "type": "#ifndef", "text": "#ifndef", "parent": 35, "children": [], "start_point": {"row": 37, "column": 0}, "end_point": {"row": 37, "column": 7}}, {"id": 54, "type": "identifier", "text": "__HIPCC__", "parent": 35, "children": [], "start_point": {"row": 37, "column": 8}, "end_point": {"row": 37, "column": 17}}, {"id": 55, "type": "identifier", "text": "tether_params", "parent": 35, "children": [], "start_point": {"row": 38, "column": 4}, "end_point": {"row": 38, "column": 17}}, {"id": 56, "type": "ERROR", "text": ")\n {", "parent": 35, "children": [], "start_point": {"row": 38, "column": 18}, "end_point": {"row": 39, "column": 9}}, {"id": 57, "type": "identifier", "text": "k_b", "parent": 35, "children": [], "start_point": {"row": 40, "column": 8}, "end_point": {"row": 40, "column": 11}}, {"id": 58, "type": "=", "text": "=", "parent": 35, "children": [], "start_point": {"row": 40, "column": 12}, "end_point": {"row": 40, "column": 13}}, {"id": 59, "type": "number_literal", "text": "10", "parent": 32, "children": [], "start_point": {"row": 40, "column": 14}, "end_point": {"row": 40, "column": 16}}, {"id": 60, "type": "assignment_expression", "text": "l_min = 0.9", "parent": 32, "children": [61, 62, 63], "start_point": {"row": 41, "column": 8}, "end_point": {"row": 41, "column": 19}}, {"id": 61, "type": "identifier", "text": "l_min", "parent": 60, "children": [], "start_point": {"row": 41, "column": 8}, "end_point": {"row": 41, "column": 13}}, {"id": 62, "type": "=", "text": "=", "parent": 60, "children": [], "start_point": {"row": 41, "column": 14}, "end_point": {"row": 41, "column": 15}}, {"id": 63, "type": "number_literal", "text": "0.9", "parent": 60, "children": [], "start_point": {"row": 41, "column": 16}, "end_point": {"row": 41, "column": 19}}, {"id": 64, "type": "assignment_expression", "text": "l_c1 = 1.2", "parent": 32, "children": [65, 66, 67], "start_point": {"row": 42, "column": 8}, "end_point": {"row": 42, "column": 18}}, {"id": 65, "type": "identifier", "text": "l_c1", "parent": 64, "children": [], "start_point": {"row": 42, "column": 8}, "end_point": {"row": 42, "column": 12}}, {"id": 66, "type": "=", "text": "=", "parent": 64, "children": [], "start_point": {"row": 42, "column": 13}, "end_point": {"row": 42, "column": 14}}, {"id": 67, "type": "number_literal", "text": "1.2", "parent": 64, "children": [], "start_point": {"row": 42, "column": 15}, "end_point": {"row": 42, "column": 18}}, {"id": 68, "type": "assignment_expression", "text": "l_c0 = 1.8", "parent": 32, "children": [69, 70, 71], "start_point": {"row": 43, "column": 8}, "end_point": {"row": 43, "column": 18}}, {"id": 69, "type": "identifier", "text": "l_c0", "parent": 68, "children": [], "start_point": {"row": 43, "column": 8}, "end_point": {"row": 43, "column": 12}}, {"id": 70, "type": "=", "text": "=", "parent": 68, "children": [], "start_point": {"row": 43, "column": 13}, "end_point": {"row": 43, "column": 14}}, {"id": 71, "type": "number_literal", "text": "1.8", "parent": 68, "children": [], "start_point": {"row": 43, "column": 15}, "end_point": {"row": 43, "column": 18}}, {"id": 72, "type": "assignment_expression", "text": "l_max = 2.1", "parent": 32, "children": [73, 74, 75], "start_point": {"row": 44, "column": 8}, "end_point": {"row": 44, "column": 19}}, {"id": 73, "type": "identifier", "text": "l_max", "parent": 72, "children": [], "start_point": {"row": 44, "column": 8}, "end_point": {"row": 44, "column": 13}}, {"id": 74, "type": "=", "text": "=", "parent": 72, "children": [], "start_point": {"row": 44, "column": 14}, "end_point": {"row": 44, "column": 15}}, {"id": 75, "type": "number_literal", "text": "2.1", "parent": 72, "children": [], "start_point": {"row": 44, "column": 16}, "end_point": {"row": 44, "column": 19}}, {"id": 76, "type": "declaration", "text": "tether_params(Scalar k_b, Scalar l_min, Scalar l_c1, Scalar l_c0, Scalar l_max)\n : k_b(k_b), l_min(l_min), l_c1(l_c1), l_c0(l_c0), l_max(l_max)\n {\n }\n\n tether_params(pybind11::dict v)\n {\n k_b = v[\"k_b\"].cast<Scalar>();", "parent": 29, "children": [77, 81, 82, 83, 85, 86, 88, 89, 91, 94, 99, 104, 109, 114, 128], "start_point": {"row": 47, "column": 4}, "end_point": {"row": 54, "column": 38}}, {"id": 77, "type": "macro_type_specifier", "text": "tether_params(Scalar", "parent": 76, "children": [78, 79], "start_point": {"row": 47, "column": 4}, "end_point": {"row": 47, "column": 24}}, {"id": 78, "type": "identifier", "text": "tether_params", "parent": 77, "children": [], "start_point": {"row": 47, "column": 4}, "end_point": {"row": 47, "column": 17}}, {"id": 79, "type": "type_descriptor", "text": "Scalar", "parent": 77, "children": [80], "start_point": {"row": 47, "column": 18}, "end_point": {"row": 47, "column": 24}}, {"id": 80, "type": "type_identifier", "text": "Scalar", "parent": 79, "children": [], "start_point": {"row": 47, "column": 18}, "end_point": {"row": 47, "column": 24}}, {"id": 81, "type": "identifier", "text": "k_b", "parent": 76, "children": [], "start_point": {"row": 47, "column": 25}, "end_point": {"row": 47, "column": 28}}, {"id": 82, "type": "identifier", "text": "Scalar", "parent": 76, "children": [], "start_point": {"row": 47, "column": 30}, "end_point": {"row": 47, "column": 36}}, {"id": 83, "type": "ERROR", "text": "l_min", "parent": 76, "children": [84], "start_point": {"row": 47, "column": 37}, "end_point": {"row": 47, "column": 42}}, {"id": 84, "type": "identifier", "text": "l_min", "parent": 83, "children": [], "start_point": {"row": 47, "column": 37}, "end_point": {"row": 47, "column": 42}}, {"id": 85, "type": "identifier", "text": "Scalar", "parent": 76, "children": [], "start_point": {"row": 47, "column": 44}, "end_point": {"row": 47, "column": 50}}, {"id": 86, "type": "ERROR", "text": "l_c1", "parent": 76, "children": [87], "start_point": {"row": 47, "column": 51}, "end_point": {"row": 47, "column": 55}}, {"id": 87, "type": "identifier", "text": "l_c1", "parent": 86, "children": [], "start_point": {"row": 47, "column": 51}, "end_point": {"row": 47, "column": 55}}, {"id": 88, "type": "identifier", "text": "Scalar", "parent": 76, "children": [], "start_point": {"row": 47, "column": 57}, "end_point": {"row": 47, "column": 63}}, {"id": 89, "type": "ERROR", "text": "l_c0", "parent": 76, "children": [90], "start_point": {"row": 47, "column": 64}, "end_point": {"row": 47, "column": 68}}, {"id": 90, "type": "identifier", "text": "l_c0", "parent": 89, "children": [], "start_point": {"row": 47, "column": 64}, "end_point": {"row": 47, "column": 68}}, {"id": 91, "type": "ERROR", "text": "Scalar l_max)\n :", "parent": 76, "children": [92, 93], "start_point": {"row": 47, "column": 70}, "end_point": {"row": 48, "column": 9}}, {"id": 92, "type": "identifier", "text": "Scalar", "parent": 91, "children": [], "start_point": {"row": 47, "column": 70}, "end_point": {"row": 47, "column": 76}}, {"id": 93, "type": "identifier", "text": "l_max", "parent": 91, "children": [], "start_point": {"row": 47, "column": 77}, "end_point": {"row": 47, "column": 82}}, {"id": 94, "type": "function_declarator", "text": "k_b(k_b)", "parent": 76, "children": [95, 96], "start_point": {"row": 48, "column": 10}, "end_point": {"row": 48, "column": 18}}, {"id": 95, "type": "identifier", "text": "k_b", "parent": 94, "children": [], "start_point": {"row": 48, "column": 10}, "end_point": {"row": 48, "column": 13}}, {"id": 96, "type": "parameter_list", "text": "(k_b)", "parent": 94, "children": [97], "start_point": {"row": 48, "column": 13}, "end_point": {"row": 48, "column": 18}}, {"id": 97, "type": "parameter_declaration", "text": "k_b", "parent": 96, "children": [98], "start_point": {"row": 48, "column": 14}, "end_point": {"row": 48, "column": 17}}, {"id": 98, "type": "type_identifier", "text": "k_b", "parent": 97, "children": [], "start_point": {"row": 48, "column": 14}, "end_point": {"row": 48, "column": 17}}, {"id": 99, "type": "function_declarator", "text": "l_min(l_min)", "parent": 76, "children": [100, 101], "start_point": {"row": 48, "column": 20}, "end_point": {"row": 48, "column": 32}}, {"id": 100, "type": "identifier", "text": "l_min", "parent": 99, "children": [], "start_point": {"row": 48, "column": 20}, "end_point": {"row": 48, "column": 25}}, {"id": 101, "type": "parameter_list", "text": "(l_min)", "parent": 99, "children": [102], "start_point": {"row": 48, "column": 25}, "end_point": {"row": 48, "column": 32}}, {"id": 102, "type": "parameter_declaration", "text": "l_min", "parent": 101, "children": [103], "start_point": {"row": 48, "column": 26}, "end_point": {"row": 48, "column": 31}}, {"id": 103, "type": "type_identifier", "text": "l_min", "parent": 102, "children": [], "start_point": {"row": 48, "column": 26}, "end_point": {"row": 48, "column": 31}}, {"id": 104, "type": "function_declarator", "text": "l_c1(l_c1)", "parent": 76, "children": [105, 106], "start_point": {"row": 48, "column": 34}, "end_point": {"row": 48, "column": 44}}, {"id": 105, "type": "identifier", "text": "l_c1", "parent": 104, "children": [], "start_point": {"row": 48, "column": 34}, "end_point": {"row": 48, "column": 38}}, {"id": 106, "type": "parameter_list", "text": "(l_c1)", "parent": 104, "children": [107], "start_point": {"row": 48, "column": 38}, "end_point": {"row": 48, "column": 44}}, {"id": 107, "type": "parameter_declaration", "text": "l_c1", "parent": 106, "children": [108], "start_point": {"row": 48, "column": 39}, "end_point": {"row": 48, "column": 43}}, {"id": 108, "type": "type_identifier", "text": "l_c1", "parent": 107, "children": [], "start_point": {"row": 48, "column": 39}, "end_point": {"row": 48, "column": 43}}, {"id": 109, "type": "function_declarator", "text": "l_c0(l_c0)", "parent": 76, "children": [110, 111], "start_point": {"row": 48, "column": 46}, "end_point": {"row": 48, "column": 56}}, {"id": 110, "type": "identifier", "text": "l_c0", "parent": 109, "children": [], "start_point": {"row": 48, "column": 46}, "end_point": {"row": 48, "column": 50}}, {"id": 111, "type": "parameter_list", "text": "(l_c0)", "parent": 109, "children": [112], "start_point": {"row": 48, "column": 50}, "end_point": {"row": 48, "column": 56}}, {"id": 112, "type": "parameter_declaration", "text": "l_c0", "parent": 111, "children": [113], "start_point": {"row": 48, "column": 51}, "end_point": {"row": 48, "column": 55}}, {"id": 113, "type": "type_identifier", "text": "l_c0", "parent": 112, "children": [], "start_point": {"row": 48, "column": 51}, "end_point": {"row": 48, "column": 55}}, {"id": 114, "type": "ERROR", "text": "l_max(l_max)\n {\n }\n\n tether_params(pybind11::dict v)\n {", "parent": 76, "children": [115, 120], "start_point": {"row": 48, "column": 58}, "end_point": {"row": 53, "column": 9}}, {"id": 115, "type": "function_declarator", "text": "l_max(l_max)", "parent": 114, "children": [116, 117], "start_point": {"row": 48, "column": 58}, "end_point": {"row": 48, "column": 70}}, {"id": 116, "type": "identifier", "text": "l_max", "parent": 115, "children": [], "start_point": {"row": 48, "column": 58}, "end_point": {"row": 48, "column": 63}}, {"id": 117, "type": "parameter_list", "text": "(l_max)", "parent": 115, "children": [118], "start_point": {"row": 48, "column": 63}, "end_point": {"row": 48, "column": 70}}, {"id": 118, "type": "parameter_declaration", "text": "l_max", "parent": 117, "children": [119], "start_point": {"row": 48, "column": 64}, "end_point": {"row": 48, "column": 69}}, {"id": 119, "type": "type_identifier", "text": "l_max", "parent": 118, "children": [], "start_point": {"row": 48, "column": 64}, "end_point": {"row": 48, "column": 69}}, {"id": 120, "type": "function_declarator", "text": "tether_params(pybind11::dict v)", "parent": 114, "children": [121, 122], "start_point": {"row": 52, "column": 4}, "end_point": {"row": 52, "column": 35}}, {"id": 121, "type": "identifier", "text": "tether_params", "parent": 120, "children": [], "start_point": {"row": 52, "column": 4}, "end_point": {"row": 52, "column": 17}}, {"id": 122, "type": "parameter_list", "text": "(pybind11::dict v)", "parent": 120, "children": [123], "start_point": {"row": 52, "column": 17}, "end_point": {"row": 52, "column": 35}}, {"id": 123, "type": "parameter_declaration", "text": "pybind11::dict v", "parent": 122, "children": [124, 125, 127], "start_point": {"row": 52, "column": 18}, "end_point": {"row": 52, "column": 34}}, {"id": 124, "type": "type_identifier", "text": "pybind11", "parent": 123, "children": [], "start_point": {"row": 52, "column": 18}, "end_point": {"row": 52, "column": 26}}, {"id": 125, "type": "ERROR", "text": "::dict", "parent": 123, "children": [126], "start_point": {"row": 52, "column": 26}, "end_point": {"row": 52, "column": 32}}, {"id": 126, "type": "identifier", "text": "dict", "parent": 125, "children": [], "start_point": {"row": 52, "column": 28}, "end_point": {"row": 52, "column": 32}}, {"id": 127, "type": "identifier", "text": "v", "parent": 123, "children": [], "start_point": {"row": 52, "column": 33}, "end_point": {"row": 52, "column": 34}}, {"id": 128, "type": "init_declarator", "text": "k_b = v[\"k_b\"].cast<Scalar>()", "parent": 76, "children": [129, 130, 131], "start_point": {"row": 54, "column": 8}, "end_point": {"row": 54, "column": 37}}, {"id": 129, "type": "identifier", "text": "k_b", "parent": 128, "children": [], "start_point": {"row": 54, "column": 8}, "end_point": {"row": 54, "column": 11}}, {"id": 130, "type": "=", "text": "=", "parent": 128, "children": [], "start_point": {"row": 54, "column": 12}, "end_point": {"row": 54, "column": 13}}, {"id": 131, "type": "binary_expression", "text": "v[\"k_b\"].cast<Scalar>()", "parent": 128, "children": [132, 140, 141], "start_point": {"row": 54, "column": 14}, "end_point": {"row": 54, "column": 37}}, {"id": 132, "type": "binary_expression", "text": "v[\"k_b\"].cast<Scalar", "parent": 131, "children": [133, 138, 139], "start_point": {"row": 54, "column": 14}, "end_point": {"row": 54, "column": 34}}, {"id": 133, "type": "field_expression", "text": "v[\"k_b\"].cast", "parent": 132, "children": [134, 137], "start_point": {"row": 54, "column": 14}, "end_point": {"row": 54, "column": 27}}, {"id": 134, "type": "subscript_expression", "text": "v[\"k_b\"]", "parent": 133, "children": [135, 136], "start_point": {"row": 54, "column": 14}, "end_point": {"row": 54, "column": 22}}, {"id": 135, "type": "identifier", "text": "v", "parent": 134, "children": [], "start_point": {"row": 54, "column": 14}, "end_point": {"row": 54, "column": 15}}, {"id": 136, "type": "string_literal", "text": "\"k_b\"", "parent": 134, "children": [], "start_point": {"row": 54, "column": 16}, "end_point": {"row": 54, "column": 21}}, {"id": 137, "type": "field_identifier", "text": "cast", "parent": 133, "children": [], "start_point": {"row": 54, "column": 23}, "end_point": {"row": 54, "column": 27}}, {"id": 138, "type": "<", "text": "<", "parent": 132, "children": [], "start_point": {"row": 54, "column": 27}, "end_point": {"row": 54, "column": 28}}, {"id": 139, "type": "identifier", "text": "Scalar", "parent": 132, "children": [], "start_point": {"row": 54, "column": 28}, "end_point": {"row": 54, "column": 34}}, {"id": 140, "type": ">", "text": ">", "parent": 131, "children": [], "start_point": {"row": 54, "column": 34}, "end_point": {"row": 54, "column": 35}}, {"id": 141, "type": "parenthesized_expression", "text": "()", "parent": 131, "children": [142], "start_point": {"row": 54, "column": 35}, "end_point": {"row": 54, "column": 37}}, {"id": 142, "type": "identifier", "text": "", "parent": 141, "children": [], "start_point": {"row": 54, "column": 36}, "end_point": {"row": 54, "column": 36}}, {"id": 143, "type": "assignment_expression", "text": "l_min = v[\"l_min\"].cast<Scalar>()", "parent": 29, "children": [144, 145, 146], "start_point": {"row": 55, "column": 8}, "end_point": {"row": 55, "column": 41}}, {"id": 144, "type": "identifier", "text": "l_min", "parent": 143, "children": [], "start_point": {"row": 55, "column": 8}, "end_point": {"row": 55, "column": 13}}, {"id": 145, "type": "=", "text": "=", "parent": 143, "children": [], "start_point": {"row": 55, "column": 14}, "end_point": {"row": 55, "column": 15}}, {"id": 146, "type": "binary_expression", "text": "v[\"l_min\"].cast<Scalar>()", "parent": 143, "children": [147, 155, 156], "start_point": {"row": 55, "column": 16}, "end_point": {"row": 55, "column": 41}}, {"id": 147, "type": "binary_expression", "text": "v[\"l_min\"].cast<Scalar", "parent": 146, "children": [148, 153, 154], "start_point": {"row": 55, "column": 16}, "end_point": {"row": 55, "column": 38}}, {"id": 148, "type": "field_expression", "text": "v[\"l_min\"].cast", "parent": 147, "children": [149, 152], "start_point": {"row": 55, "column": 16}, "end_point": {"row": 55, "column": 31}}, {"id": 149, "type": "subscript_expression", "text": "v[\"l_min\"]", "parent": 148, "children": [150, 151], "start_point": {"row": 55, "column": 16}, "end_point": {"row": 55, "column": 26}}, {"id": 150, "type": "identifier", "text": "v", "parent": 149, "children": [], "start_point": {"row": 55, "column": 16}, "end_point": {"row": 55, "column": 17}}, {"id": 151, "type": "string_literal", "text": "\"l_min\"", "parent": 149, "children": [], "start_point": {"row": 55, "column": 18}, "end_point": {"row": 55, "column": 25}}, {"id": 152, "type": "field_identifier", "text": "cast", "parent": 148, "children": [], "start_point": {"row": 55, "column": 27}, "end_point": {"row": 55, "column": 31}}, {"id": 153, "type": "<", "text": "<", "parent": 147, "children": [], "start_point": {"row": 55, "column": 31}, "end_point": {"row": 55, "column": 32}}, {"id": 154, "type": "identifier", "text": "Scalar", "parent": 147, "children": [], "start_point": {"row": 55, "column": 32}, "end_point": {"row": 55, "column": 38}}, {"id": 155, "type": ">", "text": ">", "parent": 146, "children": [], "start_point": {"row": 55, "column": 38}, "end_point": {"row": 55, "column": 39}}, {"id": 156, "type": "parenthesized_expression", "text": "()", "parent": 146, "children": [157], "start_point": {"row": 55, "column": 39}, "end_point": {"row": 55, "column": 41}}, {"id": 157, "type": "identifier", "text": "", "parent": 156, "children": [], "start_point": {"row": 55, "column": 40}, "end_point": {"row": 55, "column": 40}}, {"id": 158, "type": "assignment_expression", "text": "l_c1 = v[\"l_c1\"].cast<Scalar>()", "parent": 29, "children": [159, 160, 161], "start_point": {"row": 56, "column": 8}, "end_point": {"row": 56, "column": 39}}, {"id": 159, "type": "identifier", "text": "l_c1", "parent": 158, "children": [], "start_point": {"row": 56, "column": 8}, "end_point": {"row": 56, "column": 12}}, {"id": 160, "type": "=", "text": "=", "parent": 158, "children": [], "start_point": {"row": 56, "column": 13}, "end_point": {"row": 56, "column": 14}}, {"id": 161, "type": "binary_expression", "text": "v[\"l_c1\"].cast<Scalar>()", "parent": 158, "children": [162, 170, 171], "start_point": {"row": 56, "column": 15}, "end_point": {"row": 56, "column": 39}}, {"id": 162, "type": "binary_expression", "text": "v[\"l_c1\"].cast<Scalar", "parent": 161, "children": [163, 168, 169], "start_point": {"row": 56, "column": 15}, "end_point": {"row": 56, "column": 36}}, {"id": 163, "type": "field_expression", "text": "v[\"l_c1\"].cast", "parent": 162, "children": [164, 167], "start_point": {"row": 56, "column": 15}, "end_point": {"row": 56, "column": 29}}, {"id": 164, "type": "subscript_expression", "text": "v[\"l_c1\"]", "parent": 163, "children": [165, 166], "start_point": {"row": 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173, "children": [177, 185, 186], "start_point": {"row": 57, "column": 15}, "end_point": {"row": 57, "column": 39}}, {"id": 177, "type": "binary_expression", "text": "v[\"l_c0\"].cast<Scalar", "parent": 176, "children": [178, 183, 184], "start_point": {"row": 57, "column": 15}, "end_point": {"row": 57, "column": 36}}, {"id": 178, "type": "field_expression", "text": "v[\"l_c0\"].cast", "parent": 177, "children": [179, 182], "start_point": {"row": 57, "column": 15}, "end_point": {"row": 57, "column": 29}}, {"id": 179, "type": "subscript_expression", "text": "v[\"l_c0\"]", "parent": 178, "children": [180, 181], "start_point": {"row": 57, "column": 15}, "end_point": {"row": 57, "column": 24}}, {"id": 180, "type": "identifier", "text": "v", "parent": 179, "children": [], "start_point": {"row": 57, "column": 15}, "end_point": {"row": 57, "column": 16}}, {"id": 181, "type": "string_literal", "text": "\"l_c0\"", "parent": 179, "children": [], "start_point": {"row": 57, "column": 17}, 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57, "column": 38}}, {"id": 188, "type": "assignment_expression", "text": "l_max = v[\"l_max\"].cast<Scalar>()", "parent": 29, "children": [189, 190, 191], "start_point": {"row": 58, "column": 8}, "end_point": {"row": 58, "column": 41}}, {"id": 189, "type": "identifier", "text": "l_max", "parent": 188, "children": [], "start_point": {"row": 58, "column": 8}, "end_point": {"row": 58, "column": 13}}, {"id": 190, "type": "=", "text": "=", "parent": 188, "children": [], "start_point": {"row": 58, "column": 14}, "end_point": {"row": 58, "column": 15}}, {"id": 191, "type": "binary_expression", "text": "v[\"l_max\"].cast<Scalar>()", "parent": 188, "children": [192, 200, 201], "start_point": {"row": 58, "column": 16}, "end_point": {"row": 58, "column": 41}}, {"id": 192, "type": "binary_expression", "text": "v[\"l_max\"].cast<Scalar", "parent": 191, "children": [193, 198, 199], "start_point": {"row": 58, "column": 16}, "end_point": {"row": 58, "column": 38}}, {"id": 193, "type": "field_expression", "text": "v[\"l_max\"].cast", "parent": 192, "children": [194, 197], "start_point": {"row": 58, "column": 16}, "end_point": {"row": 58, "column": 31}}, {"id": 194, "type": "subscript_expression", "text": "v[\"l_max\"]", "parent": 193, "children": [195, 196], "start_point": {"row": 58, "column": 16}, "end_point": {"row": 58, "column": 26}}, {"id": 195, "type": "identifier", "text": "v", "parent": 194, "children": [], "start_point": {"row": 58, "column": 16}, "end_point": {"row": 58, "column": 17}}, {"id": 196, "type": "string_literal", "text": "\"l_max\"", "parent": 194, "children": [], "start_point": {"row": 58, "column": 18}, "end_point": {"row": 58, "column": 25}}, {"id": 197, "type": "field_identifier", "text": "cast", "parent": 193, "children": [], "start_point": {"row": 58, "column": 27}, "end_point": {"row": 58, "column": 31}}, {"id": 198, "type": "<", "text": "<", "parent": 192, "children": [], "start_point": {"row": 58, "column": 31}, "end_point": {"row": 58, 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{"row": 61, "column": 30}}, {"id": 208, "type": "binary_expression", "text": "l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max", "parent": 207, "children": [209, 237, 238], "start_point": {"row": 60, "column": 14}, "end_point": {"row": 61, "column": 29}}, {"id": 209, "type": "binary_expression", "text": "l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max", "parent": 208, "children": [210, 232, 233], "start_point": {"row": 60, "column": 14}, "end_point": {"row": 60, "column": 90}}, {"id": 210, "type": "binary_expression", "text": "l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0", "parent": 209, "children": [211, 227, 228], "start_point": {"row": 60, "column": 14}, "end_point": {"row": 60, "column": 74}}, {"id": 211, "type": "binary_expression", "text": "l_min < l_c1 && l_min < l_c0 && l_min < l_max", "parent": 210, "children": [212, 222, 223], "start_point": {"row": 60, "column": 14}, "end_point": {"row": 60, "column": 59}}, {"id": 212, "type": "binary_expression", "text": "l_min < l_c1 && l_min < l_c0", "parent": 211, "children": [213, 217, 218], "start_point": {"row": 60, "column": 14}, "end_point": {"row": 60, "column": 42}}, {"id": 213, "type": "binary_expression", "text": "l_min < l_c1", "parent": 212, "children": [214, 215, 216], "start_point": {"row": 60, "column": 14}, "end_point": {"row": 60, "column": 26}}, {"id": 214, "type": "identifier", "text": "l_min", "parent": 213, "children": [], "start_point": {"row": 60, "column": 14}, "end_point": {"row": 60, "column": 19}}, {"id": 215, "type": "<", "text": "<", "parent": 213, "children": [], "start_point": {"row": 60, "column": 20}, "end_point": {"row": 60, "column": 21}}, {"id": 216, "type": "identifier", "text": "l_c1", "parent": 213, "children": [], "start_point": {"row": 60, "column": 22}, "end_point": {"row": 60, "column": 26}}, {"id": 217, "type": "&&", "text": "&&", "parent": 212, "children": [], "start_point": 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{"id": 247, "type": "string_literal", "text": "\"The input parameters should follow l_min < l_c1 < l_c0\"", "parent": 246, "children": [], "start_point": {"row": 63, "column": 40}, "end_point": {"row": 63, "column": 96}}, {"id": 248, "type": "string_literal", "text": "\" < l_max\"", "parent": 246, "children": [], "start_point": {"row": 64, "column": 40}, "end_point": {"row": 64, "column": 50}}, {"id": 249, "type": "labeled_statement", "text": "pybind11::dict asDict()\n {\n pybind11::dict v;\n v[\"k_b\"] = k_b;\n v[\"l_min\"] = l_min;\n v[\"l_c1\"] = l_c1;\n v[\"l_c0\"] = l_c0;\n v[\"l_max\"] = l_max;\n return v;\n }", "parent": 0, "children": [250, 251], "start_point": {"row": 68, "column": 4}, "end_point": {"row": 77, "column": 9}}, {"id": 250, "type": "statement_identifier", "text": "pybind11", "parent": 249, "children": [], "start_point": {"row": 68, "column": 4}, "end_point": {"row": 68, "column": 12}}, {"id": 251, "type": "ERROR", "text": ":dict asDict()", "parent": 249, 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71, "column": 8}, "end_point": {"row": 71, "column": 16}}, {"id": 263, "type": "identifier", "text": "v", "parent": 262, "children": [], "start_point": {"row": 71, "column": 8}, "end_point": {"row": 71, "column": 9}}, {"id": 264, "type": "string_literal", "text": "\"k_b\"", "parent": 262, "children": [], "start_point": {"row": 71, "column": 10}, "end_point": {"row": 71, "column": 15}}, {"id": 265, "type": "=", "text": "=", "parent": 261, "children": [], "start_point": {"row": 71, "column": 17}, "end_point": {"row": 71, "column": 18}}, {"id": 266, "type": "identifier", "text": "k_b", "parent": 261, "children": [], "start_point": {"row": 71, "column": 19}, "end_point": {"row": 71, "column": 22}}, {"id": 267, "type": "assignment_expression", "text": "v[\"l_min\"] = l_min", "parent": 249, "children": [268, 271, 272], "start_point": {"row": 72, "column": 8}, "end_point": {"row": 72, "column": 26}}, {"id": 268, "type": "subscript_expression", "text": "v[\"l_min\"]", "parent": 267, "children": [269, 270], "start_point": {"row": 72, "column": 8}, "end_point": {"row": 72, "column": 18}}, {"id": 269, "type": "identifier", "text": "v", "parent": 268, "children": [], "start_point": {"row": 72, "column": 8}, "end_point": {"row": 72, "column": 9}}, {"id": 270, "type": "string_literal", "text": "\"l_min\"", "parent": 268, "children": [], "start_point": {"row": 72, "column": 10}, "end_point": {"row": 72, "column": 17}}, {"id": 271, "type": "=", "text": "=", "parent": 267, "children": [], "start_point": {"row": 72, "column": 19}, "end_point": {"row": 72, "column": 20}}, {"id": 272, "type": "identifier", "text": "l_min", "parent": 267, "children": [], "start_point": {"row": 72, "column": 21}, "end_point": {"row": 72, "column": 26}}, {"id": 273, "type": "assignment_expression", "text": "v[\"l_c1\"] = l_c1", "parent": 249, "children": [274, 277, 278], "start_point": {"row": 73, "column": 8}, "end_point": {"row": 73, "column": 24}}, {"id": 274, "type": "subscript_expression", "text": "v[\"l_c1\"]", "parent": 273, "children": [275, 276], "start_point": {"row": 73, "column": 8}, "end_point": {"row": 73, "column": 17}}, {"id": 275, "type": "identifier", "text": "v", "parent": 274, "children": [], "start_point": {"row": 73, "column": 8}, "end_point": {"row": 73, "column": 9}}, {"id": 276, "type": "string_literal", "text": "\"l_c1\"", "parent": 274, "children": [], "start_point": {"row": 73, "column": 10}, "end_point": {"row": 73, "column": 16}}, {"id": 277, "type": "=", "text": "=", "parent": 273, "children": [], "start_point": {"row": 73, "column": 18}, "end_point": {"row": 73, "column": 19}}, {"id": 278, "type": "identifier", "text": "l_c1", "parent": 273, "children": [], "start_point": {"row": 73, "column": 20}, "end_point": {"row": 73, "column": 24}}, {"id": 279, "type": "assignment_expression", "text": "v[\"l_c0\"] = l_c0", "parent": 249, "children": [280, 283, 284], "start_point": {"row": 74, "column": 8}, "end_point": {"row": 74, "column": 24}}, {"id": 280, "type": "subscript_expression", "text": "v[\"l_c0\"]", "parent": 279, "children": [281, 282], "start_point": {"row": 74, "column": 8}, "end_point": {"row": 74, "column": 17}}, {"id": 281, "type": "identifier", "text": "v", "parent": 280, "children": [], "start_point": {"row": 74, "column": 8}, "end_point": {"row": 74, "column": 9}}, {"id": 282, "type": "string_literal", "text": "\"l_c0\"", "parent": 280, "children": [], "start_point": {"row": 74, "column": 10}, "end_point": {"row": 74, "column": 16}}, {"id": 283, "type": "=", "text": "=", "parent": 279, "children": [], "start_point": {"row": 74, "column": 18}, "end_point": {"row": 74, "column": 19}}, {"id": 284, "type": "identifier", "text": "l_c0", "parent": 279, "children": [], "start_point": {"row": 74, "column": 20}, "end_point": {"row": 74, "column": 24}}, {"id": 285, "type": "assignment_expression", "text": "v[\"l_max\"] = l_max", "parent": 249, "children": [286, 289, 290], "start_point": {"row": 75, "column": 8}, "end_point": {"row": 75, "column": 26}}, {"id": 286, "type": "subscript_expression", "text": "v[\"l_max\"]", "parent": 285, "children": [287, 288], "start_point": {"row": 75, "column": 8}, "end_point": {"row": 75, "column": 18}}, {"id": 287, "type": "identifier", "text": "v", "parent": 286, "children": [], "start_point": {"row": 75, "column": 8}, "end_point": {"row": 75, "column": 9}}, {"id": 288, "type": "string_literal", "text": "\"l_max\"", "parent": 286, "children": [], "start_point": {"row": 75, "column": 10}, "end_point": {"row": 75, "column": 17}}, {"id": 289, "type": "=", "text": "=", "parent": 285, "children": [], "start_point": {"row": 75, "column": 19}, "end_point": {"row": 75, "column": 20}}, {"id": 290, "type": "identifier", "text": "l_max", "parent": 285, "children": [], "start_point": {"row": 75, "column": 21}, "end_point": {"row": 75, "column": 26}}, {"id": 291, "type": "return_statement", "text": "return v;", "parent": 249, "children": [292], "start_point": {"row": 76, "column": 8}, "end_point": {"row": 76, "column": 17}}, {"id": 292, "type": "identifier", "text": "v", "parent": 291, "children": [], "start_point": {"row": 76, "column": 15}, "end_point": {"row": 76, "column": 16}}, {"id": 293, "type": "#endif", "text": "#endif", "parent": 0, "children": [], "start_point": {"row": 78, "column": 0}, "end_point": {"row": 78, "column": 6}}, {"id": 294, "type": "ERROR", "text": "} __attribute__((aligned(32)))", "parent": null, "children": [295], "start_point": {"row": 79, "column": 4}, "end_point": {"row": 79, "column": 34}}, {"id": 295, "type": "attribute_specifier", "text": "__attribute__((aligned(32)))", "parent": 294, "children": [296, 297], "start_point": {"row": 79, "column": 6}, "end_point": {"row": 79, "column": 34}}, {"id": 296, "type": "__attribute__", "text": "__attribute__", "parent": 295, "children": [], "start_point": {"row": 79, "column": 6}, "end_point": {"row": 79, "column": 19}}, {"id": 297, "type": "argument_list", "text": "(aligned(32))", "parent": 295, "children": [298], "start_point": {"row": 79, "column": 20}, "end_point": {"row": 79, "column": 33}}, {"id": 298, "type": "call_expression", "text": "aligned(32)", "parent": 297, "children": [299, 300], "start_point": {"row": 79, "column": 21}, "end_point": {"row": 79, "column": 32}}, {"id": 299, "type": "identifier", "text": "aligned", "parent": 298, "children": [], "start_point": {"row": 79, "column": 21}, "end_point": {"row": 79, "column": 28}}, {"id": 300, "type": "argument_list", "text": "(32)", "parent": 298, "children": [301], "start_point": {"row": 79, "column": 28}, "end_point": {"row": 79, "column": 32}}, {"id": 301, "type": "number_literal", "text": "32", "parent": 300, "children": [], "start_point": {"row": 79, "column": 29}, "end_point": {"row": 79, "column": 31}}, {"id": 302, "type": "function_definition", "text": "class EvaluatorBondTether\n {\n public:\n //! Define the parameter type used by this bond potential evaluator\n typedef tether_params param_type;\n\n //! Constructs the pair potential evaluator\n /*! \\param _rsq Squared distance between the particles\n \\param _params Per type pair parameters of this potential\n */\n DEVICE EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq), k_b(_params.k_b), l_min(_params.l_min), l_c1(_params.l_c1), l_c0(_params.l_c0),\n l_max(_params.l_max)\n {\n }\n\n //! This evaluator doesn't use diameter\n DEVICE static bool needsDiameter()\n {\n return false;\n }", "parent": null, "children": [303], "start_point": {"row": 89, "column": 0}, "end_point": {"row": 109, "column": 9}}, {"id": 303, "type": "identifier", "text": "EvaluatorBondTether", "parent": 302, "children": [], "start_point": {"row": 89, "column": 6}, "end_point": {"row": 89, "column": 25}}, {"id": 304, "type": "labeled_statement", "text": "public:\n //! Define the parameter type used by this bond potential evaluator\n typedef tether_params param_type;", "parent": 302, "children": [305], "start_point": {"row": 91, "column": 4}, "end_point": {"row": 93, "column": 37}}, {"id": 305, "type": "declaration", "text": "typedef tether_params param_type;", "parent": 304, "children": [306, 307, 308], "start_point": {"row": 93, "column": 4}, "end_point": {"row": 93, "column": 37}}, {"id": 306, "type": "type_identifier", "text": "typedef", "parent": 305, "children": [], "start_point": {"row": 93, "column": 4}, "end_point": {"row": 93, "column": 11}}, {"id": 307, "type": "identifier", "text": "tether_params", "parent": 305, "children": [], "start_point": {"row": 93, "column": 12}, "end_point": {"row": 93, "column": 25}}, {"id": 308, "type": "ERROR", "text": "param_type", "parent": 305, "children": [309], "start_point": {"row": 93, "column": 26}, "end_point": {"row": 93, "column": 36}}, {"id": 309, "type": "identifier", "text": "param_type", "parent": 308, "children": [], "start_point": {"row": 93, "column": 26}, "end_point": {"row": 93, "column": 36}}, {"id": 310, "type": "declaration", "text": "DEVICE EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq), k_b(_params.k_b), l_min(_params.l_min), l_c1(_params.l_c1), l_c0(_params.l_c0),\n l_max(_params.l_max)\n {\n }\n\n //! This evaluator doesn't use diameter\n DEVICE static bool needsDiameter()\n {\n return false;", "parent": 302, "children": [311, 312, 326, 332, 338, 344, 350], "start_point": {"row": 99, "column": 4}, "end_point": {"row": 108, "column": 21}}, {"id": 311, "type": "type_identifier", "text": "DEVICE", "parent": 310, "children": [], "start_point": {"row": 99, "column": 4}, "end_point": {"row": 99, "column": 10}}, {"id": 312, "type": "ERROR", "text": "EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq),", "parent": 310, "children": [313], "start_point": {"row": 99, "column": 11}, "end_point": {"row": 100, "column": 20}}, {"id": 313, "type": "function_declarator", "text": "EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq)", "parent": 312, "children": [314, 315, 322], "start_point": {"row": 99, "column": 11}, "end_point": {"row": 100, "column": 19}}, {"id": 314, "type": "identifier", "text": "EvaluatorBondTether", "parent": 313, "children": [], "start_point": {"row": 99, "column": 11}, "end_point": {"row": 99, "column": 30}}, {"id": 315, "type": "parameter_list", "text": "(Scalar _rsq, const param_type& _params)", "parent": 313, "children": [316, 319], "start_point": {"row": 99, "column": 30}, "end_point": {"row": 99, "column": 70}}, {"id": 316, "type": "parameter_declaration", "text": "Scalar _rsq", "parent": 315, "children": [317, 318], "start_point": {"row": 99, "column": 31}, "end_point": {"row": 99, "column": 42}}, {"id": 317, "type": "type_identifier", "text": "Scalar", "parent": 316, "children": [], "start_point": {"row": 99, "column": 31}, "end_point": {"row": 99, "column": 37}}, {"id": 318, "type": "identifier", "text": "_rsq", "parent": 316, "children": [], "start_point": {"row": 99, "column": 38}, "end_point": {"row": 99, "column": 42}}, {"id": 319, "type": "parameter_declaration", "text": "const param_type& _params", "parent": 315, "children": [320, 321], "start_point": {"row": 99, "column": 44}, "end_point": {"row": 99, "column": 69}}, {"id": 320, "type": "type_identifier", "text": "param_type", "parent": 319, "children": [], "start_point": {"row": 99, "column": 50}, "end_point": {"row": 99, "column": 60}}, {"id": 321, "type": "identifier", "text": "_params", "parent": 319, "children": [], "start_point": {"row": 99, "column": 62}, "end_point": {"row": 99, "column": 69}}, {"id": 322, "type": "call_expression", "text": "rsq(_rsq)", "parent": 313, "children": [323, 324], "start_point": {"row": 100, "column": 10}, "end_point": {"row": 100, "column": 19}}, {"id": 323, "type": "identifier", "text": "rsq", "parent": 322, "children": [], "start_point": {"row": 100, "column": 10}, "end_point": {"row": 100, "column": 13}}, {"id": 324, "type": "argument_list", "text": "(_rsq)", "parent": 322, "children": [325], "start_point": {"row": 100, "column": 13}, "end_point": {"row": 100, "column": 19}}, {"id": 325, "type": "identifier", "text": "_rsq", "parent": 324, "children": [], "start_point": {"row": 100, "column": 14}, "end_point": {"row": 100, "column": 18}}, {"id": 326, "type": "function_declarator", "text": "k_b(_params.k_b)", "parent": 310, "children": [327, 328], "start_point": {"row": 100, "column": 21}, "end_point": {"row": 100, "column": 37}}, {"id": 327, "type": "identifier", "text": "k_b", "parent": 326, "children": [], "start_point": {"row": 100, "column": 21}, "end_point": {"row": 100, "column": 24}}, {"id": 328, "type": "parameter_list", "text": "(_params.k_b)", "parent": 326, "children": [329], "start_point": {"row": 100, "column": 24}, "end_point": {"row": 100, "column": 37}}, {"id": 329, "type": "parameter_declaration", "text": "_params.k_b", "parent": 328, "children": [330, 331], "start_point": {"row": 100, "column": 25}, "end_point": {"row": 100, "column": 36}}, {"id": 330, "type": "type_identifier", "text": "_params", "parent": 329, "children": [], "start_point": {"row": 100, "column": 25}, "end_point": {"row": 100, "column": 32}}, {"id": 331, "type": "identifier", "text": "k_b", "parent": 329, "children": [], "start_point": {"row": 100, "column": 33}, "end_point": {"row": 100, "column": 36}}, {"id": 332, "type": "function_declarator", "text": "l_min(_params.l_min)", "parent": 310, "children": [333, 334], "start_point": {"row": 100, "column": 39}, "end_point": {"row": 100, "column": 59}}, {"id": 333, "type": "identifier", "text": "l_min", "parent": 332, "children": [], "start_point": {"row": 100, "column": 39}, "end_point": {"row": 100, "column": 44}}, {"id": 334, "type": "parameter_list", "text": "(_params.l_min)", "parent": 332, "children": [335], "start_point": {"row": 100, "column": 44}, "end_point": {"row": 100, "column": 59}}, {"id": 335, "type": "parameter_declaration", "text": "_params.l_min", "parent": 334, "children": [336, 337], "start_point": {"row": 100, "column": 45}, "end_point": {"row": 100, "column": 58}}, {"id": 336, "type": "type_identifier", "text": "_params", "parent": 335, "children": [], "start_point": {"row": 100, "column": 45}, "end_point": {"row": 100, "column": 52}}, {"id": 337, "type": "identifier", "text": "l_min", "parent": 335, "children": [], "start_point": {"row": 100, "column": 53}, "end_point": {"row": 100, "column": 58}}, {"id": 338, "type": "function_declarator", "text": "l_c1(_params.l_c1)", "parent": 310, "children": [339, 340], "start_point": {"row": 100, "column": 61}, "end_point": {"row": 100, "column": 79}}, {"id": 339, "type": "identifier", "text": "l_c1", "parent": 338, "children": [], "start_point": {"row": 100, "column": 61}, "end_point": {"row": 100, "column": 65}}, {"id": 340, "type": "parameter_list", "text": "(_params.l_c1)", "parent": 338, "children": [341], "start_point": {"row": 100, "column": 65}, "end_point": {"row": 100, "column": 79}}, {"id": 341, "type": "parameter_declaration", "text": "_params.l_c1", "parent": 340, "children": [342, 343], "start_point": {"row": 100, "column": 66}, "end_point": {"row": 100, "column": 78}}, {"id": 342, "type": "type_identifier", "text": "_params", "parent": 341, "children": [], "start_point": {"row": 100, "column": 66}, "end_point": {"row": 100, "column": 73}}, {"id": 343, "type": "identifier", "text": "l_c1", "parent": 341, "children": [], "start_point": {"row": 100, "column": 74}, "end_point": {"row": 100, "column": 78}}, {"id": 344, "type": "function_declarator", "text": "l_c0(_params.l_c0)", "parent": 310, "children": [345, 346], "start_point": {"row": 100, "column": 81}, "end_point": {"row": 100, "column": 99}}, {"id": 345, "type": "identifier", "text": "l_c0", "parent": 344, "children": [], "start_point": {"row": 100, "column": 81}, "end_point": {"row": 100, "column": 85}}, {"id": 346, "type": "parameter_list", "text": "(_params.l_c0)", "parent": 344, "children": [347], "start_point": {"row": 100, "column": 85}, "end_point": {"row": 100, "column": 99}}, {"id": 347, "type": "parameter_declaration", "text": "_params.l_c0", "parent": 346, "children": [348, 349], "start_point": {"row": 100, "column": 86}, "end_point": {"row": 100, "column": 98}}, {"id": 348, "type": "type_identifier", "text": "_params", "parent": 347, "children": [], "start_point": {"row": 100, "column": 86}, "end_point": {"row": 100, "column": 93}}, {"id": 349, "type": "identifier", "text": "l_c0", "parent": 347, "children": [], "start_point": {"row": 100, "column": 94}, "end_point": {"row": 100, "column": 98}}, {"id": 350, "type": "ERROR", "text": ",\n l_max(_params.l_max)\n {\n }\n\n //! This evaluator doesn't use diameter\n DEVICE static bool needsDiameter()\n {\n return false", "parent": 310, "children": [351, 358, 361, 364], "start_point": {"row": 100, "column": 99}, "end_point": {"row": 108, "column": 20}}, {"id": 351, "type": "ERROR", "text": "l_max(_params.l_max)\n {\n }", "parent": 350, "children": [352], "start_point": {"row": 101, "column": 10}, "end_point": {"row": 103, "column": 9}}, {"id": 352, "type": "function_declarator", "text": "l_max(_params.l_max)", "parent": 351, "children": [353, 354], "start_point": {"row": 101, "column": 10}, "end_point": {"row": 101, "column": 30}}, {"id": 353, "type": "identifier", "text": "l_max", "parent": 352, "children": [], "start_point": {"row": 101, "column": 10}, "end_point": {"row": 101, "column": 15}}, {"id": 354, "type": "parameter_list", "text": "(_params.l_max)", "parent": 352, "children": [355], "start_point": {"row": 101, "column": 15}, "end_point": {"row": 101, "column": 30}}, {"id": 355, "type": "parameter_declaration", "text": "_params.l_max", "parent": 354, "children": [356, 357], "start_point": {"row": 101, "column": 16}, "end_point": {"row": 101, "column": 29}}, {"id": 356, "type": "type_identifier", "text": "_params", "parent": 355, "children": [], "start_point": {"row": 101, "column": 16}, "end_point": {"row": 101, "column": 23}}, {"id": 357, "type": "identifier", "text": "l_max", "parent": 355, "children": [], "start_point": {"row": 101, "column": 24}, "end_point": {"row": 101, "column": 29}}, {"id": 358, "type": "ERROR", "text": "DEVICE static bool", "parent": 350, "children": [359, 360], "start_point": {"row": 106, "column": 4}, "end_point": {"row": 106, "column": 22}}, {"id": 359, "type": "identifier", "text": "DEVICE", "parent": 358, "children": [], "start_point": {"row": 106, "column": 4}, "end_point": {"row": 106, "column": 10}}, {"id": 360, "type": "primitive_type", "text": "bool", "parent": 358, "children": [], "start_point": {"row": 106, "column": 18}, "end_point": {"row": 106, "column": 22}}, {"id": 361, "type": "function_declarator", "text": "needsDiameter()", "parent": 350, "children": [362, 363], "start_point": {"row": 106, "column": 23}, "end_point": {"row": 106, "column": 38}}, {"id": 362, "type": "identifier", "text": "needsDiameter", "parent": 361, "children": [], "start_point": {"row": 106, "column": 23}, "end_point": {"row": 106, "column": 36}}, {"id": 363, "type": "parameter_list", "text": "()", "parent": 361, "children": [], "start_point": {"row": 106, "column": 36}, "end_point": {"row": 106, "column": 38}}, {"id": 364, "type": "false", "text": "false", "parent": 350, "children": [], "start_point": {"row": 108, "column": 15}, "end_point": {"row": 108, "column": 20}}, {"id": 365, "type": "function_definition", "text": "DEVICE void setDiameter(Scalar da, Scalar db) { }", "parent": null, "children": [366, 367, 369], "start_point": {"row": 115, "column": 4}, "end_point": {"row": 115, "column": 53}}, {"id": 366, "type": "type_identifier", "text": "DEVICE", "parent": 365, "children": [], "start_point": {"row": 115, "column": 4}, "end_point": {"row": 115, "column": 10}}, {"id": 367, "type": "ERROR", "text": "void", "parent": 365, "children": [368], "start_point": {"row": 115, "column": 11}, "end_point": {"row": 115, "column": 15}}, {"id": 368, "type": "identifier", "text": "void", "parent": 367, "children": [], "start_point": {"row": 115, "column": 11}, "end_point": {"row": 115, "column": 15}}, {"id": 369, "type": "function_declarator", "text": "setDiameter(Scalar da, Scalar db)", "parent": 365, "children": [370, 371], "start_point": {"row": 115, "column": 16}, "end_point": {"row": 115, "column": 49}}, {"id": 370, "type": "identifier", "text": "setDiameter", "parent": 369, "children": [], "start_point": {"row": 115, "column": 16}, "end_point": {"row": 115, "column": 27}}, {"id": 371, "type": "parameter_list", "text": "(Scalar da, Scalar db)", "parent": 369, "children": [372, 375], "start_point": {"row": 115, "column": 27}, "end_point": {"row": 115, "column": 49}}, {"id": 372, "type": "parameter_declaration", "text": "Scalar da", "parent": 371, "children": [373, 374], "start_point": {"row": 115, "column": 28}, "end_point": {"row": 115, "column": 37}}, {"id": 373, "type": "type_identifier", "text": "Scalar", "parent": 372, "children": [], "start_point": {"row": 115, "column": 28}, "end_point": {"row": 115, "column": 34}}, {"id": 374, "type": "identifier", "text": "da", "parent": 372, "children": [], "start_point": {"row": 115, "column": 35}, "end_point": {"row": 115, "column": 37}}, {"id": 375, "type": "parameter_declaration", "text": "Scalar db", "parent": 371, "children": [376, 377], "start_point": {"row": 115, "column": 39}, "end_point": {"row": 115, "column": 48}}, {"id": 376, "type": "type_identifier", "text": "Scalar", "parent": 375, "children": [], "start_point": {"row": 115, "column": 39}, "end_point": {"row": 115, "column": 45}}, {"id": 377, "type": "identifier", "text": "db", "parent": 375, "children": [], "start_point": {"row": 115, "column": 46}, "end_point": {"row": 115, "column": 48}}, {"id": 378, "type": "function_definition", "text": "DEVICE static bool needsCharge()\n {\n return false;\n }", "parent": null, "children": [379, 380, 382], "start_point": {"row": 118, "column": 4}, "end_point": {"row": 121, "column": 9}}, {"id": 379, "type": "type_identifier", "text": "DEVICE", "parent": 378, "children": [], "start_point": {"row": 118, "column": 4}, "end_point": {"row": 118, "column": 10}}, {"id": 380, "type": "ERROR", "text": "bool", "parent": 378, "children": [381], "start_point": {"row": 118, "column": 18}, "end_point": {"row": 118, "column": 22}}, {"id": 381, "type": "identifier", "text": "bool", "parent": 380, "children": [], "start_point": {"row": 118, "column": 18}, "end_point": {"row": 118, "column": 22}}, {"id": 382, "type": "function_declarator", "text": "needsCharge()", "parent": 378, "children": [383, 384], "start_point": {"row": 118, "column": 23}, "end_point": {"row": 118, "column": 36}}, {"id": 383, "type": "identifier", "text": "needsCharge", "parent": 382, "children": [], "start_point": {"row": 118, "column": 23}, "end_point": {"row": 118, "column": 34}}, {"id": 384, "type": "parameter_list", "text": "()", "parent": 382, "children": [], "start_point": {"row": 118, "column": 34}, "end_point": {"row": 118, "column": 36}}, {"id": 385, "type": "return_statement", "text": "return false;", "parent": 378, "children": [386], "start_point": {"row": 120, "column": 8}, "end_point": {"row": 120, "column": 21}}, {"id": 386, "type": "false", "text": "false", "parent": 385, "children": [], "start_point": {"row": 120, "column": 15}, "end_point": {"row": 120, "column": 20}}, {"id": 387, "type": "function_definition", "text": "DEVICE void setCharge(Scalar qa, Scalar qb) { }", "parent": null, "children": [388, 389, 391], "start_point": {"row": 127, "column": 4}, "end_point": {"row": 127, "column": 51}}, {"id": 388, "type": "type_identifier", "text": "DEVICE", "parent": 387, "children": [], "start_point": {"row": 127, "column": 4}, "end_point": {"row": 127, "column": 10}}, {"id": 389, "type": "ERROR", "text": "void", "parent": 387, "children": [390], "start_point": {"row": 127, "column": 11}, "end_point": {"row": 127, "column": 15}}, {"id": 390, "type": "identifier", "text": "void", "parent": 389, "children": [], "start_point": {"row": 127, "column": 11}, "end_point": {"row": 127, "column": 15}}, {"id": 391, "type": "function_declarator", "text": "setCharge(Scalar qa, Scalar qb)", "parent": 387, "children": [392, 393], "start_point": {"row": 127, "column": 16}, "end_point": {"row": 127, "column": 47}}, {"id": 392, "type": "identifier", "text": "setCharge", "parent": 391, "children": [], "start_point": {"row": 127, "column": 16}, "end_point": {"row": 127, "column": 25}}, {"id": 393, "type": "parameter_list", "text": "(Scalar qa, Scalar qb)", "parent": 391, "children": [394, 397], "start_point": {"row": 127, "column": 25}, "end_point": {"row": 127, "column": 47}}, {"id": 394, "type": "parameter_declaration", "text": "Scalar qa", "parent": 393, "children": [395, 396], "start_point": {"row": 127, "column": 26}, "end_point": {"row": 127, "column": 35}}, {"id": 395, "type": "type_identifier", "text": "Scalar", "parent": 394, "children": [], "start_point": {"row": 127, "column": 26}, "end_point": {"row": 127, "column": 32}}, {"id": 396, "type": "identifier", "text": "qa", "parent": 394, "children": [], "start_point": {"row": 127, "column": 33}, "end_point": {"row": 127, "column": 35}}, {"id": 397, "type": "parameter_declaration", "text": "Scalar qb", "parent": 393, "children": [398, 399], "start_point": {"row": 127, "column": 37}, "end_point": {"row": 127, "column": 46}}, {"id": 398, "type": "type_identifier", "text": "Scalar", "parent": 397, "children": [], "start_point": {"row": 127, "column": 37}, "end_point": {"row": 127, "column": 43}}, {"id": 399, "type": "identifier", "text": "qb", "parent": 397, "children": [], "start_point": {"row": 127, "column": 44}, "end_point": {"row": 127, "column": 46}}, {"id": 400, "type": "declaration", "text": "DEVICE bool", "parent": null, "children": [401, 402], "start_point": {"row": 136, "column": 4}, "end_point": {"row": 136, "column": 15}}, {"id": 401, "type": "type_identifier", "text": "DEVICE", "parent": 400, "children": [], "start_point": {"row": 136, "column": 4}, "end_point": {"row": 136, "column": 10}}, {"id": 402, "type": "identifier", "text": "bool", "parent": 400, "children": [], "start_point": {"row": 136, "column": 11}, "end_point": {"row": 136, "column": 15}}, {"id": 403, "type": "call_expression", "text": "evalForceAndEnergy(Scalar& force_divr, Scalar& bond_eng)", "parent": null, "children": [404, 405], "start_point": {"row": 136, "column": 16}, "end_point": {"row": 136, "column": 72}}, {"id": 404, "type": "identifier", "text": "evalForceAndEnergy", "parent": 403, "children": [], "start_point": {"row": 136, "column": 16}, "end_point": {"row": 136, "column": 34}}, {"id": 405, "type": "argument_list", "text": "(Scalar& force_divr, Scalar& bond_eng)", "parent": 403, "children": [406, 409], "start_point": {"row": 136, "column": 34}, "end_point": {"row": 136, "column": 72}}, {"id": 406, "type": "binary_expression", "text": "Scalar& force_divr", "parent": 405, "children": [407, 408], "start_point": {"row": 136, "column": 35}, "end_point": {"row": 136, "column": 53}}, {"id": 407, "type": "identifier", "text": "Scalar", "parent": 406, "children": [], "start_point": {"row": 136, "column": 35}, "end_point": {"row": 136, "column": 41}}, {"id": 408, "type": "identifier", "text": "force_divr", "parent": 406, "children": [], "start_point": {"row": 136, "column": 43}, "end_point": {"row": 136, "column": 53}}, {"id": 409, "type": "binary_expression", "text": "Scalar& bond_eng", "parent": 405, "children": [410, 411], "start_point": {"row": 136, "column": 55}, "end_point": {"row": 136, "column": 71}}, {"id": 410, "type": "identifier", "text": "Scalar", "parent": 409, "children": [], "start_point": {"row": 136, "column": 55}, "end_point": {"row": 136, "column": 61}}, {"id": 411, "type": "identifier", "text": "bond_eng", "parent": 409, "children": [], "start_point": {"row": 136, "column": 63}, "end_point": {"row": 136, "column": 71}}, {"id": 412, "type": "declaration", "text": "Scalar r = sqrt(rsq);", "parent": null, "children": [413, 414], "start_point": {"row": 138, "column": 8}, "end_point": {"row": 138, "column": 29}}, {"id": 413, "type": "type_identifier", "text": "Scalar", "parent": 412, "children": [], "start_point": {"row": 138, "column": 8}, "end_point": {"row": 138, "column": 14}}, {"id": 414, "type": "init_declarator", "text": "r = sqrt(rsq)", "parent": 412, "children": [415, 416, 417], "start_point": {"row": 138, "column": 15}, "end_point": {"row": 138, "column": 28}}, {"id": 415, "type": "identifier", "text": "r", "parent": 414, "children": [], "start_point": {"row": 138, "column": 15}, "end_point": {"row": 138, "column": 16}}, {"id": 416, "type": "=", "text": "=", "parent": 414, "children": [], "start_point": {"row": 138, "column": 17}, "end_point": {"row": 138, "column": 18}}, {"id": 417, "type": "call_expression", "text": "sqrt(rsq)", "parent": 414, "children": [418, 419], "start_point": {"row": 138, "column": 19}, "end_point": {"row": 138, "column": 28}}, {"id": 418, "type": "identifier", "text": "sqrt", "parent": 417, "children": [], "start_point": {"row": 138, "column": 19}, "end_point": {"row": 138, "column": 23}}, {"id": 419, "type": "argument_list", "text": "(rsq)", "parent": 417, "children": [420], "start_point": {"row": 138, "column": 23}, "end_point": {"row": 138, "column": 28}}, {"id": 420, "type": "identifier", "text": "rsq", "parent": 419, "children": [], "start_point": {"row": 138, "column": 24}, "end_point": {"row": 138, "column": 27}}, {"id": 421, "type": "declaration", "text": "Scalar U_att = Scalar(0.0);", "parent": null, "children": [422, 423], "start_point": {"row": 139, "column": 8}, "end_point": {"row": 139, "column": 35}}, {"id": 422, "type": "type_identifier", "text": "Scalar", "parent": 421, "children": [], "start_point": {"row": 139, "column": 8}, "end_point": {"row": 139, "column": 14}}, {"id": 423, "type": "init_declarator", "text": "U_att = Scalar(0.0)", "parent": 421, "children": [424, 425, 426], "start_point": {"row": 139, "column": 15}, "end_point": {"row": 139, "column": 34}}, {"id": 424, "type": "identifier", "text": "U_att", "parent": 423, "children": [], "start_point": {"row": 139, "column": 15}, "end_point": {"row": 139, "column": 20}}, {"id": 425, "type": "=", "text": "=", "parent": 423, "children": [], "start_point": {"row": 139, "column": 21}, "end_point": {"row": 139, "column": 22}}, {"id": 426, "type": "call_expression", "text": "Scalar(0.0)", "parent": 423, "children": [427, 428], "start_point": {"row": 139, "column": 23}, "end_point": {"row": 139, "column": 34}}, {"id": 427, "type": "identifier", "text": "Scalar", "parent": 426, "children": [], "start_point": {"row": 139, "column": 23}, "end_point": {"row": 139, "column": 29}}, {"id": 428, "type": "argument_list", "text": "(0.0)", "parent": 426, "children": [429], "start_point": {"row": 139, "column": 29}, "end_point": {"row": 139, "column": 34}}, {"id": 429, "type": "number_literal", "text": "0.0", "parent": 428, "children": [], "start_point": {"row": 139, "column": 30}, "end_point": {"row": 139, "column": 33}}, {"id": 430, "type": "declaration", "text": "Scalar F_att = Scalar(0.0);", "parent": null, "children": [431, 432], "start_point": {"row": 140, "column": 8}, "end_point": {"row": 140, "column": 35}}, {"id": 431, "type": "type_identifier", "text": "Scalar", "parent": 430, "children": [], "start_point": {"row": 140, "column": 8}, "end_point": {"row": 140, "column": 14}}, {"id": 432, "type": "init_declarator", "text": "F_att = Scalar(0.0)", "parent": 430, "children": [433, 434, 435], "start_point": {"row": 140, "column": 15}, "end_point": {"row": 140, "column": 34}}, {"id": 433, "type": "identifier", "text": "F_att", "parent": 432, "children": [], "start_point": {"row": 140, "column": 15}, "end_point": {"row": 140, "column": 20}}, {"id": 434, "type": "=", "text": "=", "parent": 432, "children": [], "start_point": {"row": 140, "column": 21}, "end_point": {"row": 140, "column": 22}}, {"id": 435, "type": "call_expression", "text": "Scalar(0.0)", "parent": 432, "children": [436, 437], "start_point": {"row": 140, "column": 23}, "end_point": {"row": 140, "column": 34}}, {"id": 436, "type": "identifier", "text": "Scalar", "parent": 435, "children": [], "start_point": {"row": 140, "column": 23}, "end_point": {"row": 140, "column": 29}}, {"id": 437, "type": "argument_list", "text": "(0.0)", "parent": 435, "children": [438], "start_point": {"row": 140, "column": 29}, "end_point": {"row": 140, "column": 34}}, {"id": 438, "type": "number_literal", "text": "0.0", "parent": 437, "children": [], "start_point": {"row": 140, "column": 30}, "end_point": {"row": 140, "column": 33}}, {"id": 439, "type": "declaration", "text": "Scalar U_rep = Scalar(0.0);", "parent": null, "children": [440, 441], "start_point": {"row": 141, "column": 8}, "end_point": {"row": 141, "column": 35}}, {"id": 440, "type": "type_identifier", "text": "Scalar", "parent": 439, "children": [], "start_point": {"row": 141, "column": 8}, "end_point": {"row": 141, "column": 14}}, {"id": 441, "type": "init_declarator", "text": "U_rep = Scalar(0.0)", "parent": 439, "children": [442, 443, 444], "start_point": {"row": 141, "column": 15}, "end_point": {"row": 141, "column": 34}}, {"id": 442, "type": "identifier", "text": "U_rep", "parent": 441, "children": [], "start_point": {"row": 141, "column": 15}, "end_point": {"row": 141, "column": 20}}, {"id": 443, "type": "=", "text": "=", "parent": 441, "children": [], "start_point": {"row": 141, "column": 21}, "end_point": {"row": 141, "column": 22}}, {"id": 444, "type": "call_expression", "text": "Scalar(0.0)", "parent": 441, "children": [445, 446], "start_point": {"row": 141, "column": 23}, "end_point": {"row": 141, "column": 34}}, {"id": 445, "type": "identifier", "text": "Scalar", "parent": 444, "children": [], "start_point": {"row": 141, "column": 23}, "end_point": {"row": 141, "column": 29}}, {"id": 446, "type": "argument_list", "text": "(0.0)", "parent": 444, "children": [447], "start_point": {"row": 141, "column": 29}, "end_point": {"row": 141, "column": 34}}, {"id": 447, "type": "number_literal", "text": "0.0", "parent": 446, "children": [], "start_point": {"row": 141, "column": 30}, "end_point": {"row": 141, "column": 33}}, {"id": 448, "type": "declaration", "text": "Scalar F_rep = Scalar(0.0);", "parent": null, "children": [449, 450], "start_point": {"row": 142, "column": 8}, "end_point": {"row": 142, "column": 35}}, {"id": 449, "type": "type_identifier", "text": "Scalar", "parent": 448, "children": [], "start_point": {"row": 142, "column": 8}, "end_point": {"row": 142, "column": 14}}, {"id": 450, "type": "init_declarator", "text": "F_rep = Scalar(0.0)", "parent": 448, "children": [451, 452, 453], "start_point": {"row": 142, "column": 15}, "end_point": {"row": 142, "column": 34}}, {"id": 451, "type": "identifier", "text": "F_rep", "parent": 450, "children": [], "start_point": {"row": 142, "column": 15}, "end_point": {"row": 142, "column": 20}}, {"id": 452, "type": "=", "text": "=", "parent": 450, "children": [], "start_point": {"row": 142, "column": 21}, "end_point": {"row": 142, "column": 22}}, {"id": 453, "type": "call_expression", "text": "Scalar(0.0)", "parent": 450, "children": [454, 455], "start_point": {"row": 142, "column": 23}, "end_point": {"row": 142, "column": 34}}, {"id": 454, "type": "identifier", "text": "Scalar", "parent": 453, "children": [], "start_point": {"row": 142, "column": 23}, "end_point": {"row": 142, "column": 29}}, {"id": 455, "type": "argument_list", "text": "(0.0)", "parent": 453, "children": 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"end_point": {"row": 158, "column": 53}}, {"id": 656, "type": "identifier", "text": "r", "parent": 655, "children": [], "start_point": {"row": 158, "column": 45}, "end_point": {"row": 158, "column": 46}}, {"id": 657, "type": "-", "text": "-", "parent": 655, "children": [], "start_point": {"row": 158, "column": 47}, "end_point": {"row": 158, "column": 48}}, {"id": 658, "type": "identifier", "text": "l_c1", "parent": 655, "children": [], "start_point": {"row": 158, "column": 49}, "end_point": {"row": 158, "column": 53}}, {"id": 659, "type": "/", "text": "/", "parent": 606, "children": [], "start_point": {"row": 159, "column": 23}, "end_point": {"row": 159, "column": 24}}, {"id": 660, "type": "parenthesized_expression", "text": "(r - l_min)", "parent": 606, "children": [661], "start_point": {"row": 159, "column": 25}, "end_point": {"row": 159, "column": 36}}, {"id": 661, "type": "binary_expression", "text": "r - l_min", "parent": 660, "children": [662, 663, 664], "start_point": {"row": 159, "column": 26}, "end_point": {"row": 159, "column": 35}}, {"id": 662, "type": "identifier", "text": "r", "parent": 661, "children": [], "start_point": {"row": 159, "column": 26}, "end_point": {"row": 159, "column": 27}}, {"id": 663, "type": "-", "text": "-", "parent": 661, "children": [], "start_point": {"row": 159, "column": 28}, "end_point": {"row": 159, "column": 29}}, {"id": 664, "type": "identifier", "text": "l_min", "parent": 661, "children": [], "start_point": {"row": 159, "column": 30}, "end_point": {"row": 159, "column": 35}}, {"id": 665, "type": "/", "text": "/", "parent": 605, "children": [], "start_point": {"row": 159, "column": 37}, "end_point": {"row": 159, "column": 38}}, {"id": 666, "type": "parenthesized_expression", "text": "(r - l_min)", "parent": 605, "children": [667], "start_point": {"row": 159, "column": 39}, "end_point": {"row": 159, "column": 50}}, {"id": 667, "type": "binary_expression", "text": "r - l_min", "parent": 666, "children": [668, 669, 670], "start_point": {"row": 159, "column": 40}, "end_point": {"row": 159, "column": 49}}, {"id": 668, "type": "identifier", "text": "r", "parent": 667, "children": [], "start_point": {"row": 159, "column": 40}, "end_point": {"row": 159, "column": 41}}, {"id": 669, "type": "-", "text": "-", "parent": 667, "children": [], "start_point": {"row": 159, "column": 42}, "end_point": {"row": 159, "column": 43}}, {"id": 670, "type": "identifier", "text": "l_min", "parent": 667, "children": [], "start_point": {"row": 159, "column": 44}, "end_point": {"row": 159, "column": 49}}, {"id": 671, "type": "if_statement", "text": "if (k_b != Scalar(0.0))\n {\n // Check if bond length restriction is violated\n if (rsq >= l_max * l_max)\n return false;\n if (rsq <= l_min * l_min)\n return false;\n\n force_divr = (F_att + F_rep) / r;\n bond_eng = U_att + U_rep;\n }", "parent": null, "children": [672], "start_point": {"row": 161, "column": 8}, "end_point": {"row": 171, "column": 13}}, {"id": 672, "type": "parenthesized_expression", "text": "(k_b != Scalar(0.0))", "parent": 671, "children": [673], "start_point": {"row": 161, "column": 11}, "end_point": {"row": 161, "column": 31}}, {"id": 673, "type": "binary_expression", "text": "k_b != Scalar(0.0)", "parent": 672, "children": [674, 675, 676], "start_point": {"row": 161, "column": 12}, "end_point": {"row": 161, "column": 30}}, {"id": 674, "type": "identifier", "text": "k_b", "parent": 673, "children": [], "start_point": {"row": 161, "column": 12}, "end_point": {"row": 161, "column": 15}}, {"id": 675, "type": "!=", "text": "!=", "parent": 673, "children": [], "start_point": {"row": 161, "column": 16}, "end_point": {"row": 161, "column": 18}}, {"id": 676, "type": "call_expression", "text": "Scalar(0.0)", "parent": 673, "children": [677, 678], "start_point": {"row": 161, "column": 19}, "end_point": {"row": 161, "column": 30}}, {"id": 677, "type": "identifier", "text": "Scalar", "parent": 676, "children": [], "start_point": {"row": 161, "column": 19}, "end_point": {"row": 161, "column": 25}}, {"id": 678, "type": "argument_list", "text": "(0.0)", "parent": 676, "children": [679], "start_point": {"row": 161, "column": 25}, "end_point": {"row": 161, "column": 30}}, {"id": 679, "type": "number_literal", "text": "0.0", "parent": 678, "children": [], "start_point": {"row": 161, "column": 26}, "end_point": {"row": 161, "column": 29}}, {"id": 680, "type": "if_statement", "text": "if (rsq >= l_max * l_max)\n return false;", "parent": 671, "children": [681, 689], "start_point": {"row": 164, "column": 12}, "end_point": {"row": 165, "column": 29}}, {"id": 681, "type": "parenthesized_expression", "text": "(rsq >= l_max * l_max)", "parent": 680, "children": [682], "start_point": {"row": 164, "column": 15}, "end_point": {"row": 164, "column": 37}}, {"id": 682, "type": "binary_expression", "text": "rsq >= l_max * l_max", "parent": 681, "children": [683, 684, 685], "start_point": {"row": 164, "column": 16}, "end_point": {"row": 164, "column": 36}}, {"id": 683, "type": "identifier", "text": "rsq", "parent": 682, "children": [], "start_point": {"row": 164, "column": 16}, "end_point": {"row": 164, "column": 19}}, {"id": 684, "type": ">=", "text": ">=", "parent": 682, "children": [], "start_point": {"row": 164, "column": 20}, "end_point": {"row": 164, "column": 22}}, {"id": 685, "type": "binary_expression", "text": "l_max * l_max", "parent": 682, "children": [686, 687, 688], "start_point": {"row": 164, "column": 23}, "end_point": {"row": 164, "column": 36}}, {"id": 686, "type": "identifier", "text": "l_max", "parent": 685, "children": [], "start_point": {"row": 164, "column": 23}, "end_point": {"row": 164, "column": 28}}, {"id": 687, "type": "*", "text": "*", "parent": 685, "children": [], "start_point": {"row": 164, "column": 29}, "end_point": {"row": 164, "column": 30}}, {"id": 688, "type": "identifier", "text": "l_max", "parent": 685, "children": [], "start_point": {"row": 164, "column": 31}, "end_point": {"row": 164, "column": 36}}, {"id": 689, "type": "return_statement", "text": "return false;", "parent": 680, "children": [690], "start_point": {"row": 165, "column": 16}, "end_point": {"row": 165, "column": 29}}, {"id": 690, "type": "false", "text": "false", "parent": 689, "children": [], "start_point": {"row": 165, "column": 23}, "end_point": {"row": 165, "column": 28}}, {"id": 691, "type": "if_statement", "text": "if (rsq <= l_min * l_min)\n return false;", "parent": 671, "children": [692, 700], "start_point": {"row": 166, "column": 12}, "end_point": {"row": 167, "column": 29}}, {"id": 692, "type": "parenthesized_expression", "text": "(rsq <= l_min * l_min)", "parent": 691, "children": [693], "start_point": {"row": 166, "column": 15}, "end_point": {"row": 166, "column": 37}}, {"id": 693, "type": "binary_expression", "text": "rsq <= l_min * l_min", "parent": 692, "children": [694, 695, 696], "start_point": {"row": 166, "column": 16}, "end_point": {"row": 166, "column": 36}}, {"id": 694, "type": "identifier", "text": "rsq", "parent": 693, "children": [], "start_point": {"row": 166, "column": 16}, "end_point": {"row": 166, "column": 19}}, {"id": 695, "type": "<=", "text": "<=", "parent": 693, "children": [], "start_point": {"row": 166, "column": 20}, "end_point": {"row": 166, "column": 22}}, {"id": 696, "type": "binary_expression", "text": "l_min * l_min", "parent": 693, "children": [697, 698, 699], "start_point": {"row": 166, "column": 23}, "end_point": {"row": 166, "column": 36}}, {"id": 697, "type": "identifier", "text": "l_min", "parent": 696, "children": [], "start_point": {"row": 166, "column": 23}, "end_point": {"row": 166, "column": 28}}, {"id": 698, "type": "*", "text": "*", "parent": 696, "children": [], "start_point": {"row": 166, "column": 29}, "end_point": {"row": 166, "column": 30}}, {"id": 699, "type": "identifier", "text": "l_min", "parent": 696, "children": [], "start_point": {"row": 166, "column": 31}, "end_point": {"row": 166, "column": 36}}, {"id": 700, "type": "return_statement", "text": "return false;", "parent": 691, "children": [701], "start_point": {"row": 167, "column": 16}, "end_point": {"row": 167, "column": 29}}, {"id": 701, "type": "false", "text": "false", "parent": 700, "children": [], "start_point": {"row": 167, "column": 23}, "end_point": {"row": 167, "column": 28}}, {"id": 702, "type": "assignment_expression", "text": "force_divr = (F_att + F_rep) / r", "parent": 671, "children": [703, 704, 705], "start_point": {"row": 169, "column": 12}, "end_point": {"row": 169, "column": 44}}, {"id": 703, "type": "identifier", "text": "force_divr", "parent": 702, "children": [], "start_point": {"row": 169, "column": 12}, "end_point": {"row": 169, "column": 22}}, {"id": 704, "type": "=", "text": "=", "parent": 702, "children": [], "start_point": {"row": 169, "column": 23}, "end_point": {"row": 169, "column": 24}}, {"id": 705, "type": "binary_expression", "text": "(F_att + F_rep) / r", "parent": 702, "children": [706, 711, 712], "start_point": {"row": 169, "column": 25}, "end_point": {"row": 169, "column": 44}}, {"id": 706, "type": "parenthesized_expression", "text": "(F_att + F_rep)", "parent": 705, "children": [707], "start_point": {"row": 169, "column": 25}, "end_point": {"row": 169, "column": 40}}, {"id": 707, "type": "binary_expression", "text": "F_att + F_rep", "parent": 706, "children": [708, 709, 710], "start_point": {"row": 169, "column": 26}, "end_point": {"row": 169, "column": 39}}, {"id": 708, "type": "identifier", "text": "F_att", "parent": 707, "children": [], "start_point": {"row": 169, "column": 26}, "end_point": {"row": 169, "column": 31}}, {"id": 709, "type": "+", "text": "+", "parent": 707, "children": [], "start_point": {"row": 169, "column": 32}, "end_point": {"row": 169, "column": 33}}, {"id": 710, "type": "identifier", "text": "F_rep", "parent": 707, "children": [], "start_point": {"row": 169, "column": 34}, "end_point": {"row": 169, "column": 39}}, {"id": 711, "type": "/", "text": "/", "parent": 705, "children": [], "start_point": {"row": 169, "column": 41}, "end_point": {"row": 169, "column": 42}}, {"id": 712, "type": "identifier", "text": "r", "parent": 705, "children": [], "start_point": {"row": 169, "column": 43}, "end_point": {"row": 169, "column": 44}}, {"id": 713, "type": "assignment_expression", "text": "bond_eng = U_att + U_rep", "parent": 671, "children": [714, 715, 716], "start_point": {"row": 170, "column": 12}, "end_point": {"row": 170, "column": 36}}, {"id": 714, "type": "identifier", "text": "bond_eng", "parent": 713, "children": [], "start_point": {"row": 170, "column": 12}, "end_point": {"row": 170, "column": 20}}, {"id": 715, "type": "=", "text": "=", "parent": 713, "children": [], "start_point": {"row": 170, "column": 21}, "end_point": {"row": 170, "column": 22}}, {"id": 716, "type": "binary_expression", "text": "U_att + U_rep", "parent": 713, "children": [717, 718, 719], "start_point": {"row": 170, "column": 23}, "end_point": {"row": 170, "column": 36}}, {"id": 717, "type": "identifier", "text": "U_att", "parent": 716, "children": [], "start_point": {"row": 170, "column": 23}, "end_point": {"row": 170, "column": 28}}, {"id": 718, "type": "+", "text": "+", "parent": 716, "children": [], "start_point": {"row": 170, "column": 29}, "end_point": {"row": 170, "column": 30}}, {"id": 719, "type": "identifier", "text": "U_rep", "parent": 716, "children": [], "start_point": {"row": 170, "column": 31}, "end_point": {"row": 170, "column": 36}}, {"id": 720, "type": "return_statement", "text": "return true;", "parent": null, "children": [721], "start_point": {"row": 173, "column": 8}, "end_point": {"row": 173, "column": 20}}, {"id": 721, "type": "true", "text": "true", "parent": 720, "children": [], "start_point": {"row": 173, "column": 15}, "end_point": {"row": 173, "column": 19}}, {"id": 722, "type": "preproc_ifdef", "text": "#ifndef __HIPCC__\n //! Get the name of this potential\n /*! \\returns The potential name.\n */\n static std::string getName()\n {\n return std::string(\"tether\");\n }\n#endif", "parent": null, "children": [723, 724, 725, 739], "start_point": {"row": 176, "column": 0}, "end_point": {"row": 184, "column": 6}}, {"id": 723, "type": "#ifndef", "text": "#ifndef", "parent": 722, "children": [], "start_point": {"row": 176, "column": 0}, "end_point": {"row": 176, "column": 7}}, {"id": 724, "type": "identifier", "text": "__HIPCC__", "parent": 722, "children": [], "start_point": {"row": 176, "column": 8}, "end_point": {"row": 176, "column": 17}}, {"id": 725, "type": "function_definition", "text": "static std::string getName()\n {\n return std::string(\"tether\");\n }", "parent": 722, "children": [726, 727, 729], "start_point": {"row": 180, "column": 4}, "end_point": {"row": 183, "column": 9}}, {"id": 726, "type": "type_identifier", "text": "std", "parent": 725, "children": [], "start_point": {"row": 180, "column": 11}, "end_point": {"row": 180, "column": 14}}, {"id": 727, "type": "ERROR", "text": "::string", "parent": 725, "children": [728], "start_point": {"row": 180, "column": 14}, "end_point": {"row": 180, "column": 22}}, {"id": 728, "type": "identifier", "text": "string", "parent": 727, "children": [], "start_point": {"row": 180, "column": 16}, "end_point": {"row": 180, "column": 22}}, {"id": 729, "type": "function_declarator", "text": "getName()", "parent": 725, "children": [730, 731], "start_point": {"row": 180, "column": 23}, "end_point": {"row": 180, "column": 32}}, {"id": 730, "type": "identifier", "text": "getName", "parent": 729, "children": [], "start_point": {"row": 180, "column": 23}, "end_point": {"row": 180, "column": 30}}, {"id": 731, "type": "parameter_list", "text": "()", "parent": 729, "children": [], "start_point": {"row": 180, "column": 30}, "end_point": {"row": 180, "column": 32}}, {"id": 732, "type": "return_statement", "text": "return std::string(\"tether\");", "parent": 725, "children": [733, 735], "start_point": {"row": 182, "column": 8}, "end_point": {"row": 182, "column": 37}}, {"id": 733, "type": "ERROR", "text": "std::", "parent": 732, "children": [734], "start_point": {"row": 182, "column": 15}, "end_point": {"row": 182, "column": 20}}, {"id": 734, "type": "identifier", "text": "std", "parent": 733, "children": [], "start_point": {"row": 182, "column": 15}, "end_point": {"row": 182, "column": 18}}, {"id": 735, "type": "call_expression", "text": "string(\"tether\")", "parent": 732, "children": [736, 737], "start_point": {"row": 182, "column": 20}, "end_point": {"row": 182, "column": 36}}, {"id": 736, "type": "identifier", "text": "string", "parent": 735, "children": [], "start_point": {"row": 182, "column": 20}, "end_point": {"row": 182, "column": 26}}, {"id": 737, "type": "argument_list", "text": "(\"tether\")", "parent": 735, "children": [738], "start_point": {"row": 182, "column": 26}, "end_point": {"row": 182, "column": 36}}, {"id": 738, "type": "string_literal", "text": "\"tether\"", "parent": 737, "children": [], "start_point": {"row": 182, "column": 27}, "end_point": {"row": 182, "column": 35}}, {"id": 739, "type": "#endif", "text": "#endif", "parent": 722, "children": [], "start_point": {"row": 184, "column": 0}, "end_point": {"row": 184, "column": 6}}, {"id": 740, "type": "labeled_statement", "text": "protected:\n Scalar rsq;", "parent": null, "children": [741], "start_point": {"row": 186, "column": 4}, "end_point": {"row": 187, "column": 15}}, {"id": 741, "type": "declaration", "text": "Scalar rsq;", "parent": 740, "children": [742, 743], "start_point": {"row": 187, "column": 4}, "end_point": {"row": 187, "column": 15}}, {"id": 742, "type": "type_identifier", "text": "Scalar", "parent": 741, "children": [], "start_point": {"row": 187, "column": 4}, "end_point": {"row": 187, "column": 10}}, {"id": 743, "type": "identifier", "text": "rsq", "parent": 741, "children": [], "start_point": {"row": 187, "column": 11}, "end_point": {"row": 187, "column": 14}}, {"id": 744, "type": "declaration", "text": "Scalar k_b;", "parent": null, "children": [745, 746], "start_point": {"row": 188, "column": 4}, "end_point": {"row": 188, "column": 15}}, {"id": 745, "type": "type_identifier", "text": "Scalar", "parent": 744, "children": [], "start_point": {"row": 188, "column": 4}, "end_point": {"row": 188, "column": 10}}, {"id": 746, "type": "identifier", "text": "k_b", "parent": 744, "children": [], "start_point": {"row": 188, "column": 11}, "end_point": {"row": 188, "column": 14}}, {"id": 747, "type": "declaration", "text": "Scalar l_min;", "parent": null, "children": [748, 749], "start_point": {"row": 189, "column": 4}, "end_point": {"row": 189, "column": 17}}, {"id": 748, "type": "type_identifier", "text": "Scalar", "parent": 747, "children": [], "start_point": {"row": 189, "column": 4}, "end_point": {"row": 189, "column": 10}}, {"id": 749, "type": "identifier", "text": "l_min", "parent": 747, "children": [], "start_point": {"row": 189, "column": 11}, "end_point": {"row": 189, "column": 16}}, {"id": 750, "type": "declaration", "text": "Scalar l_c1;", "parent": null, "children": [751, 752], "start_point": {"row": 190, "column": 4}, "end_point": {"row": 190, "column": 16}}, {"id": 751, "type": "type_identifier", "text": "Scalar", "parent": 750, "children": [], "start_point": {"row": 190, "column": 4}, "end_point": {"row": 190, "column": 10}}, {"id": 752, "type": "identifier", "text": "l_c1", "parent": 750, "children": [], "start_point": {"row": 190, "column": 11}, "end_point": {"row": 190, "column": 15}}, {"id": 753, "type": "declaration", "text": "Scalar l_c0;", "parent": null, "children": [754, 755], "start_point": {"row": 191, "column": 4}, "end_point": {"row": 191, "column": 16}}, {"id": 754, "type": "type_identifier", "text": "Scalar", "parent": 753, "children": [], "start_point": {"row": 191, "column": 4}, "end_point": {"row": 191, "column": 10}}, {"id": 755, "type": "identifier", "text": "l_c0", "parent": 753, "children": [], "start_point": {"row": 191, "column": 11}, "end_point": {"row": 191, "column": 15}}, {"id": 756, "type": "declaration", "text": "Scalar l_max;", "parent": null, "children": [757, 758], "start_point": {"row": 192, "column": 4}, "end_point": {"row": 192, "column": 17}}, {"id": 757, "type": "type_identifier", "text": "Scalar", "parent": 756, "children": [], "start_point": {"row": 192, "column": 4}, "end_point": {"row": 192, "column": 10}}, {"id": 758, "type": "identifier", "text": "l_max", "parent": 756, "children": [], "start_point": {"row": 192, "column": 11}, "end_point": {"row": 192, "column": 16}}, {"id": 759, "type": "ERROR", "text": "} // end namespace md\n } // end namespace hoomd\n\n#endif", "parent": null, "children": [760], "start_point": {"row": 195, "column": 4}, "end_point": {"row": 198, "column": 6}}, {"id": 760, "type": "#endif", "text": "#endif", "parent": 759, "children": [], "start_point": {"row": 198, "column": 0}, "end_point": {"row": 198, "column": 6}}]}, "node_categories": {"declarations": {"functions": [29, 32, 94, 99, 104, 109, 115, 120, 253, 302, 313, 326, 332, 338, 344, 352, 361, 365, 369, 378, 382, 387, 391, 725, 729], "variables": [38, 41, 44, 47, 50, 76, 97, 102, 107, 112, 118, 123, 258, 305, 310, 316, 319, 329, 335, 341, 347, 355, 372, 375, 394, 397, 400, 412, 421, 430, 439, 448, 741, 744, 747, 750, 753, 756], "classes": [36], "imports": [9, 10, 13, 14], "modules": [], "enums": []}, "statements": {"expressions": [131, 132, 133, 134, 141, 146, 147, 148, 149, 156, 161, 162, 163, 164, 171, 176, 177, 178, 179, 186, 191, 192, 193, 194, 201, 204, 205, 207, 208, 209, 210, 211, 212, 213, 218, 223, 228, 233, 238, 262, 268, 274, 280, 286, 298, 322, 403, 406, 409, 417, 426, 435, 444, 453, 458, 459, 466, 469, 470, 471, 474, 475, 480, 481, 486, 487, 494, 497, 498, 499, 500, 501, 502, 503, 504, 505, 506, 511, 514, 515, 520, 521, 526, 527, 532, 533, 538, 541, 542, 547, 548, 553, 554, 559, 560, 565, 566, 573, 576, 577, 578, 581, 582, 587, 588, 593, 594, 601, 604, 605, 606, 607, 608, 609, 610, 611, 612, 613, 618, 621, 622, 627, 628, 633, 634, 639, 640, 645, 648, 649, 654, 655, 660, 661, 666, 667, 672, 673, 676, 681, 682, 685, 692, 693, 696, 705, 706, 707, 716, 735], "assignments": [60, 64, 68, 72, 143, 158, 173, 188, 261, 267, 273, 279, 285, 463, 491, 570, 598, 702, 713], "loops": [], "conditionals": [0, 1, 2, 5, 6, 7, 8, 12, 16, 17, 18, 21, 27, 28, 30, 31, 33, 34, 37, 39, 40, 42, 43, 45, 46, 48, 49, 51, 52, 53, 54, 55, 57, 61, 65, 69, 73, 77, 78, 80, 81, 82, 84, 85, 87, 88, 90, 92, 93, 95, 98, 100, 103, 105, 108, 110, 113, 116, 119, 121, 124, 126, 127, 129, 135, 137, 139, 142, 144, 150, 152, 154, 157, 159, 165, 167, 169, 172, 174, 180, 182, 184, 187, 189, 195, 197, 199, 202, 203, 214, 216, 219, 221, 224, 226, 229, 231, 234, 236, 239, 241, 244, 245, 250, 252, 254, 257, 259, 260, 263, 266, 269, 272, 275, 278, 281, 284, 287, 290, 292, 293, 295, 299, 303, 306, 307, 309, 311, 314, 317, 318, 320, 321, 323, 325, 327, 330, 331, 333, 336, 337, 339, 342, 343, 345, 348, 349, 353, 356, 357, 359, 362, 366, 368, 370, 373, 374, 376, 377, 379, 381, 383, 388, 390, 392, 395, 396, 398, 399, 401, 402, 404, 407, 408, 410, 411, 413, 415, 418, 420, 422, 424, 427, 431, 433, 436, 440, 442, 445, 449, 451, 454, 457, 460, 462, 464, 467, 472, 476, 482, 484, 488, 490, 492, 495, 507, 509, 512, 516, 522, 524, 528, 530, 534, 536, 539, 543, 549, 551, 555, 557, 561, 563, 564, 567, 569, 571, 574, 579, 583, 589, 591, 595, 597, 599, 602, 614, 616, 619, 623, 629, 631, 635, 637, 641, 643, 646, 650, 656, 658, 662, 664, 668, 670, 671, 674, 677, 680, 683, 686, 688, 691, 694, 697, 699, 703, 708, 710, 712, 714, 717, 719, 722, 723, 724, 726, 728, 730, 734, 736, 739, 742, 743, 745, 746, 748, 749, 751, 752, 754, 755, 757, 758, 760], "returns": [291, 385, 689, 700, 720, 732], "exceptions": []}, "expressions": {"calls": [], "literals": [11, 15, 59, 63, 67, 71, 75, 136, 151, 166, 181, 196, 246, 247, 248, 264, 270, 276, 282, 288, 301, 429, 438, 447, 456, 478, 518, 545, 585, 625, 652, 679, 738], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 29, "universal_type": "function", "name": "tether_params", "text_snippet": "namespace hoomd\n {\nnamespace md\n {\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min"}, {"node_id": 32, "universal_type": "function", "name": "tether_params", "text_snippet": "namespace md\n {\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n "}, {"node_id": 94, "universal_type": "function", "name": "unknown", "text_snippet": "k_b(k_b)"}, {"node_id": 99, "universal_type": "function", "name": "unknown", "text_snippet": "l_min(l_min)"}, {"node_id": 104, "universal_type": "function", "name": "unknown", "text_snippet": "l_c1(l_c1)"}, {"node_id": 109, "universal_type": "function", "name": "unknown", "text_snippet": "l_c0(l_c0)"}, {"node_id": 115, "universal_type": "function", "name": "unknown", "text_snippet": "l_max(l_max)"}, {"node_id": 120, "universal_type": "function", "name": "unknown", "text_snippet": "tether_params(pybind11::dict v)"}, {"node_id": 253, "universal_type": "function", "name": "unknown", "text_snippet": "asDict()"}, {"node_id": 302, "universal_type": "function", "name": "EvaluatorBondTether", "text_snippet": "class EvaluatorBondTether\n {\n public:\n //! Define the parameter type used by this bond pote"}, {"node_id": 313, "universal_type": "function", "name": "unknown", "text_snippet": "EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq)"}, {"node_id": 326, "universal_type": "function", "name": "unknown", "text_snippet": "k_b(_params.k_b)"}, {"node_id": 332, "universal_type": "function", "name": "unknown", "text_snippet": "l_min(_params.l_min)"}, {"node_id": 338, "universal_type": "function", "name": "unknown", "text_snippet": "l_c1(_params.l_c1)"}, {"node_id": 344, "universal_type": "function", "name": "unknown", "text_snippet": "l_c0(_params.l_c0)"}, {"node_id": 352, "universal_type": "function", "name": "unknown", "text_snippet": "l_max(_params.l_max)"}, {"node_id": 361, "universal_type": "function", "name": "unknown", "text_snippet": "needsDiameter()"}, {"node_id": 365, "universal_type": "function", "name": "setDiameter", "text_snippet": "DEVICE void setDiameter(Scalar da, Scalar db) { }"}, {"node_id": 369, "universal_type": "function", "name": "unknown", "text_snippet": "setDiameter(Scalar da, Scalar db)"}, {"node_id": 378, "universal_type": "function", "name": "needsCharge", "text_snippet": "DEVICE static bool needsCharge()\n {\n return false;\n }"}, {"node_id": 382, "universal_type": "function", "name": "unknown", "text_snippet": "needsCharge()"}, {"node_id": 387, "universal_type": "function", "name": "setCharge", "text_snippet": "DEVICE void setCharge(Scalar qa, Scalar qb) { }"}, {"node_id": 391, "universal_type": "function", "name": "unknown", "text_snippet": "setCharge(Scalar qa, Scalar qb)"}, {"node_id": 725, "universal_type": "function", "name": "unknown", "text_snippet": "static std::string getName()\n {\n return std::string(\"tether\");\n }"}, {"node_id": 729, "universal_type": "function", "name": "unknown", "text_snippet": "getName()"}], "class_declarations": [{"node_id": 36, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 9, "text": "#include <string>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 13, "text": "#include \"hoomd/HOOMDMath.h\"\n"}, {"node_id": 14, "text": "#include"}]}, "original_source_code": "// Copyright (c) 2009-2022 The Regents of the University of Michigan.\n// Part of HOOMD-blue, released under the BSD 3-Clause License.\n\n#ifndef __BOND_EVALUATOR_TETHER_H__\n#define __BOND_EVALUATOR_TETHER_H__\n\n#ifndef __HIPCC__\n#include <string>\n#endif\n\n#include \"hoomd/HOOMDMath.h\"\n\n/*! \\file EvaluatorBondTether.h\n \\brief Defines the bond evaluator class for Tethering potentials\n*/\n\n// need to declare these class methods with __device__ qualifiers when building in nvcc\n// DEVICE is __host__ __device__ when included in nvcc and blank when included into the host\n// compiler\n#ifdef __HIPCC__\n#define DEVICE __device__\n#else\n#define DEVICE\n#endif\n\nnamespace hoomd\n {\nnamespace md\n {\nstruct tether_params\n {\n Scalar k_b;\n Scalar l_min;\n Scalar l_c1;\n Scalar l_c0;\n Scalar l_max;\n\n#ifndef __HIPCC__\n tether_params()\n {\n k_b = 10;\n l_min = 0.9;\n l_c1 = 1.2;\n l_c0 = 1.8;\n l_max = 2.1;\n }\n\n tether_params(Scalar k_b, Scalar l_min, Scalar l_c1, Scalar l_c0, Scalar l_max)\n : k_b(k_b), l_min(l_min), l_c1(l_c1), l_c0(l_c0), l_max(l_max)\n {\n }\n\n tether_params(pybind11::dict v)\n {\n k_b = v[\"k_b\"].cast<Scalar>();\n l_min = v[\"l_min\"].cast<Scalar>();\n l_c1 = v[\"l_c1\"].cast<Scalar>();\n l_c0 = v[\"l_c0\"].cast<Scalar>();\n l_max = v[\"l_max\"].cast<Scalar>();\n\n if (!(l_min < l_c1 && l_min < l_c0 && l_min < l_max && l_c1 < l_c0 && l_c1 < l_max\n && l_c0 < l_max))\n {\n throw std::invalid_argument(\"The input parameters should follow l_min < l_c1 < l_c0\"\n \" < l_max\");\n }\n }\n\n pybind11::dict asDict()\n {\n pybind11::dict v;\n v[\"k_b\"] = k_b;\n v[\"l_min\"] = l_min;\n v[\"l_c1\"] = l_c1;\n v[\"l_c0\"] = l_c0;\n v[\"l_max\"] = l_max;\n return v;\n }\n#endif\n } __attribute__((aligned(32)));\n\n//! Class for evaluating the tethering bond potential\n/*! The parameters are:\n - \\a k_b (param.x) Bond stiffness\n - \\a l_min (param.y) minimum bond length\n - \\a l_c1 (param.w) cutoff length of repulsive part\n - \\a l_c0 (param.z) cutoff length of attractive part\n - \\a l_max (param.a) maximum bond length\n*/\nclass EvaluatorBondTether\n {\n public:\n //! Define the parameter type used by this bond potential evaluator\n typedef tether_params param_type;\n\n //! Constructs the pair potential evaluator\n /*! \\param _rsq Squared distance between the particles\n \\param _params Per type pair parameters of this potential\n */\n DEVICE EvaluatorBondTether(Scalar _rsq, const param_type& _params)\n : rsq(_rsq), k_b(_params.k_b), l_min(_params.l_min), l_c1(_params.l_c1), l_c0(_params.l_c0),\n l_max(_params.l_max)\n {\n }\n\n //! This evaluator doesn't use diameter\n DEVICE static bool needsDiameter()\n {\n return false;\n }\n\n //! Accept the optional diameter values\n /*! \\param da Diameter of particle a\n \\param db Diameter of particle\n */\n DEVICE void setDiameter(Scalar da, Scalar db) { }\n\n //! Tether doesn't use charge\n DEVICE static bool needsCharge()\n {\n return false;\n }\n\n //! Accept the optional charge values\n /*! \\param qa Charge of particle a\n \\param qb Charge of particle b\n */\n DEVICE void setCharge(Scalar qa, Scalar qb) { }\n\n //! Evaluate the force and energy\n /*! \\param force_divr Output parameter to write the computed force divided by r.\n \\param bond_eng Output parameter to write the computed bond energy\n\n \\return True if they are evaluated or false if the bond\n energy is not defined\n */\n DEVICE bool evalForceAndEnergy(Scalar& force_divr, Scalar& bond_eng)\n {\n Scalar r = sqrt(rsq);\n Scalar U_att = Scalar(0.0);\n Scalar F_att = Scalar(0.0);\n Scalar U_rep = Scalar(0.0);\n Scalar F_rep = Scalar(0.0);\n\n if (r > l_c0)\n {\n U_att = k_b * (exp(Scalar(1.0) / (l_c0 - r)) / (l_max - r));\n F_att = k_b\n * (((r - l_max) * exp(Scalar(1.0) / (l_c0 - r)) / (l_c0 - r) / (l_c0 - r)\n - exp(Scalar(1.0) / (l_c0 - r)))\n / (l_max - r) / (l_max - r));\n }\n\n if (r < l_c1)\n {\n U_rep = k_b * (exp(Scalar(1.0) / (r - l_c1)) / (r - l_min));\n F_rep = k_b\n * (((r - l_min) * exp(Scalar(1.0) / (r - l_c1)) / (r - l_c1) / (r - l_c1)\n + exp(Scalar(1.0) / (r - l_c1)))\n / (r - l_min) / (r - l_min));\n }\n if (k_b != Scalar(0.0))\n {\n // Check if bond length restriction is violated\n if (rsq >= l_max * l_max)\n return false;\n if (rsq <= l_min * l_min)\n return false;\n\n force_divr = (F_att + F_rep) / r;\n bond_eng = U_att + U_rep;\n }\n\n return true;\n }\n\n#ifndef __HIPCC__\n //! Get the name of this potential\n /*! \\returns The potential name.\n */\n static std::string getName()\n {\n return std::string(\"tether\");\n }\n#endif\n\n protected:\n Scalar rsq; //!< Stored rsq from the constructor\n Scalar k_b; //!< k_b parameter\n Scalar l_min; //!< l_min parameter\n Scalar l_c1; //!< l_c1 parameter\n Scalar l_c0; //!< l_c0 parameter\n Scalar l_max; //!< l_max parameter\n };\n\n } // end namespace md\n } // end namespace hoomd\n\n#endif // __BOND_EVALUATOR_TETHER_H__\n"}
| 280
|
c
|
/*
* socket methods (mostly unimplemented)
*/
#include <stdio.h>
#include <stdint.h>
#include <stdlib.h>
#include <string.h>
#include <fcntl.h>
#include <unistd.h>
#include <sys/ioctl.h>
#include <sys/types.h>
#include <sys/socket.h>
static struct hostent _out_host = {0};
static struct in_addr * _out_host_vector[2] = {NULL, NULL};
static struct in_addr * _out_host_aliases[1] = {NULL};
static uint32_t _out_addr;
#define UNIMPLEMENTED fprintf(stderr, "[libnetwork] Unimplemented: %s\n", __FUNCTION__)
struct hostent * gethostbyname(const char * name) {
if (_out_host.h_name) free(_out_host.h_name);
_out_host.h_name = strdup(name);
int fd = open("/dev/net",O_RDONLY);
void * args[2] = {(void *)name,&_out_addr};
int ret = ioctl(fd, 0x5000, args);
close(fd);
if (ret) return NULL;
_out_host_vector[0] = (struct in_addr *)&_out_addr;
_out_host.h_aliases = (char **)&_out_host_aliases;
_out_host.h_addrtype = AF_INET;
_out_host.h_addr_list = (char**)_out_host_vector;
_out_host.h_length = sizeof(uint32_t);
return &_out_host;
}
int connect(int sockfd, const struct sockaddr *addr, socklen_t addrlen) {
UNIMPLEMENTED;
return -1;
}
/* All of these should just be reads. */
ssize_t recv(int sockfd, void *buf, size_t len, int flags) {
UNIMPLEMENTED;
return -1;
}
ssize_t recvfrom(int sockfd, void *buf, size_t len, int flags, struct sockaddr *src_addr, socklen_t *addrlen) {
UNIMPLEMENTED;
return -1;
}
ssize_t recvmsg(int sockfd, struct msghdr *msg, int flags) {
UNIMPLEMENTED;
return -1;
}
ssize_t send(int sockfd, const void *buf, size_t len, int flags) {
UNIMPLEMENTED;
return len;
}
ssize_t sendto(int sockfd, const void *buf, size_t len, int flags, const struct sockaddr *dest_addr, socklen_t addrlen) {
UNIMPLEMENTED;
return len;
}
ssize_t sendmsg(int sockfd, const struct msghdr *msg, int flags) {
UNIMPLEMENTED;
return -1;
}
int socket(int domain, int type, int protocol) {
UNIMPLEMENTED;
return -1;
}
uint32_t htonl(uint32_t hostlong) {
return ( (((hostlong) & 0xFF) << 24) | (((hostlong) & 0xFF00) << 8) | (((hostlong) & 0xFF0000) >> 8) | (((hostlong) & 0xFF000000) >> 24));
}
uint16_t htons(uint16_t hostshort) {
return ( (((hostshort) & 0xFF) << 8) | (((hostshort) & 0xFF00) >> 8) );
}
uint32_t ntohl(uint32_t netlong) {
return htonl(netlong);
}
uint16_t ntohs(uint16_t netshort) {
return htons(netshort);
}
int bind(int sockfd, const struct sockaddr *addr, socklen_t addrlen) {
UNIMPLEMENTED;
return -1;
}
int accept(int sockfd, struct sockaddr * addr, socklen_t * addrlen) {
UNIMPLEMENTED;
return -1;
}
int listen(int sockfd, int backlog) {
UNIMPLEMENTED;
return -1;
}
int getsockname(int sockfd, struct sockaddr *addr, socklen_t *addrlen) {
UNIMPLEMENTED;
return -1;
}
int getpeername(int sockfd, struct sockaddr *addr, socklen_t *addrlen) {
return -1;
}
int getsockopt(int sockfd, int level, int optname, void *optval, socklen_t *optlen) {
UNIMPLEMENTED;
return -1;
}
int setsockopt(int sockfd, int level, int optname, const void *optval, socklen_t optlen) {
UNIMPLEMENTED;
return -1;
}
| 28.04
| 105
|
(translation_unit) "/*\n * socket methods (mostly unimplemented)\n */\n#include <stdio.h>\n#include <stdint.h>\n#include <stdlib.h>\n#include <string.h>\n#include <fcntl.h>\n#include <unistd.h>\n#include <sys/ioctl.h>\n#include <sys/types.h>\n#include <sys/socket.h>\n\n\nstatic struct hostent _out_host = {0};\nstatic struct in_addr * _out_host_vector[2] = {NULL, NULL};\nstatic struct in_addr * _out_host_aliases[1] = {NULL};\nstatic uint32_t _out_addr;\n\n#define UNIMPLEMENTED fprintf(stderr, "[libnetwork] Unimplemented: %s\n", __FUNCTION__)\n\nstruct hostent * gethostbyname(const char * name) {\n if (_out_host.h_name) free(_out_host.h_name);\n _out_host.h_name = strdup(name);\n int fd = open("/dev/net",O_RDONLY);\n void * args[2] = {(void *)name,&_out_addr};\n int ret = ioctl(fd, 0x5000, args);\n close(fd);\n if (ret) return NULL;\n\n _out_host_vector[0] = (struct in_addr *)&_out_addr;\n _out_host.h_aliases = (char **)&_out_host_aliases;\n _out_host.h_addrtype = AF_INET;\n _out_host.h_addr_list = (char**)_out_host_vector;\n _out_host.h_length = sizeof(uint32_t);\n return &_out_host;\n}\n\nint connect(int sockfd, const struct sockaddr *addr, socklen_t addrlen) {\n UNIMPLEMENTED;\n return -1;\n}\n\n/* All of these should just be reads. */\nssize_t recv(int sockfd, void *buf, size_t len, int flags) {\n UNIMPLEMENTED;\n return -1;\n}\nssize_t recvfrom(int sockfd, void *buf, size_t len, int flags, struct sockaddr *src_addr, socklen_t *addrlen) {\n UNIMPLEMENTED;\n return -1;\n}\nssize_t recvmsg(int sockfd, struct msghdr *msg, int flags) {\n UNIMPLEMENTED;\n return -1;\n}\n\nssize_t send(int sockfd, const void *buf, size_t len, int flags) {\n UNIMPLEMENTED;\n return len;\n}\nssize_t sendto(int sockfd, const void *buf, size_t len, int flags, const struct sockaddr *dest_addr, socklen_t addrlen) {\n UNIMPLEMENTED;\n return len;\n}\nssize_t sendmsg(int sockfd, const struct msghdr *msg, int flags) {\n UNIMPLEMENTED;\n return -1;\n}\n\nint socket(int domain, int type, int protocol) {\n UNIMPLEMENTED;\n return -1;\n}\n\nuint32_t htonl(uint32_t hostlong) {\n return ( (((hostlong) & 0xFF) << 24) | (((hostlong) & 0xFF00) << 8) | (((hostlong) & 0xFF0000) >> 8) | (((hostlong) & 0xFF000000) >> 24));\n}\n\nuint16_t htons(uint16_t hostshort) {\n return ( (((hostshort) & 0xFF) << 8) | (((hostshort) & 0xFF00) >> 8) );\n}\n\nuint32_t ntohl(uint32_t netlong) {\n return htonl(netlong);\n}\n\nuint16_t ntohs(uint16_t netshort) {\n return htons(netshort);\n}\n\nint bind(int sockfd, const struct sockaddr *addr, socklen_t addrlen) {\n UNIMPLEMENTED;\n return -1;\n}\n\nint accept(int sockfd, struct sockaddr * addr, socklen_t * addrlen) {\n UNIMPLEMENTED;\n return -1;\n}\n\nint listen(int sockfd, int backlog) {\n UNIMPLEMENTED;\n return -1;\n}\n\nint getsockname(int sockfd, struct sockaddr *addr, socklen_t *addrlen) {\n UNIMPLEMENTED;\n return -1;\n}\n\nint getpeername(int sockfd, struct sockaddr *addr, socklen_t *addrlen) {\n return -1;\n}\n\nint getsockopt(int sockfd, int level, int optname, void *optval, socklen_t *optlen) {\n UNIMPLEMENTED;\n return -1;\n}\n\nint setsockopt(int sockfd, int level, int optname, const void *optval, socklen_t optlen) {\n UNIMPLEMENTED;\n return -1;\n}\n\n\n"
(comment) "/*\n * socket methods (mostly unimplemented)\n */"
(preproc_include) "#include <stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(preproc_include) "#include <stdint.h>\n"
(#include) "#include"
(system_lib_string) "<stdint.h>"
(preproc_include) "#include <stdlib.h>\n"
(#include) "#include"
(system_lib_string) "<stdlib.h>"
(preproc_include) "#include <string.h>\n"
(#include) "#include"
(system_lib_string) "<string.h>"
(preproc_include) "#include <fcntl.h>\n"
(#include) "#include"
(system_lib_string) "<fcntl.h>"
(preproc_include) "#include <unistd.h>\n"
(#include) "#include"
(system_lib_string) "<unistd.h>"
(preproc_include) "#include <sys/ioctl.h>\n"
(#include) "#include"
(system_lib_string) "<sys/ioctl.h>"
(preproc_include) "#include <sys/types.h>\n"
(#include) "#include"
(system_lib_string) "<sys/types.h>"
(preproc_include) "#include <sys/socket.h>\n"
(#include) "#include"
(system_lib_string) "<sys/socket.h>"
(declaration) "static struct hostent _out_host = {0};"
(storage_class_specifier) "static"
(static) "static"
(struct_specifier) "struct hostent"
(struct) "struct"
(type_identifier) "hostent"
(init_declarator) "_out_host = {0}"
(identifier) "_out_host"
(=) "="
(initializer_list) "{0}"
({) "{"
(number_literal) "0"
(}) "}"
(;) ";"
(declaration) "static struct in_addr * _out_host_vector[2] = {NULL, NULL};"
(storage_class_specifier) "static"
(static) "static"
(struct_specifier) "struct in_addr"
(struct) "struct"
(type_identifier) "in_addr"
(init_declarator) "* _out_host_vector[2] = {NULL, NULL}"
(pointer_declarator) "* _out_host_vector[2]"
(*) "*"
(array_declarator) "_out_host_vector[2]"
(identifier) "_out_host_vector"
([) "["
(number_literal) "2"
(]) "]"
(=) "="
(initializer_list) "{NULL, NULL}"
({) "{"
(null) "NULL"
(NULL) "NULL"
(,) ","
(null) "NULL"
(NULL) "NULL"
(}) "}"
(;) ";"
(declaration) "static struct in_addr * _out_host_aliases[1] = {NULL};"
(storage_class_specifier) "static"
(static) "static"
(struct_specifier) "struct in_addr"
(struct) "struct"
(type_identifier) "in_addr"
(init_declarator) "* _out_host_aliases[1] = {NULL}"
(pointer_declarator) "* _out_host_aliases[1]"
(*) "*"
(array_declarator) "_out_host_aliases[1]"
(identifier) "_out_host_aliases"
([) "["
(number_literal) "1"
(]) "]"
(=) "="
(initializer_list) "{NULL}"
({) "{"
(null) "NULL"
(NULL) "NULL"
(}) "}"
(;) ";"
(declaration) "static uint32_t _out_addr;"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "uint32_t"
(identifier) "_out_addr"
(;) ";"
(preproc_def) "#define UNIMPLEMENTED fprintf(stderr, "[libnetwork] Unimplemented: %s\n", __FUNCTION__)\n"
(#define) "#define"
(identifier) "UNIMPLEMENTED"
(preproc_arg) "fprintf(stderr, "[libnetwork] Unimplemented: %s\n", __FUNCTION__)"
(function_definition) "struct hostent * gethostbyname(const char * name) {\n if (_out_host.h_name) free(_out_host.h_name);\n _out_host.h_name = strdup(name);\n int fd = open("/dev/net",O_RDONLY);\n void * args[2] = {(void *)name,&_out_addr};\n int ret = ioctl(fd, 0x5000, args);\n close(fd);\n if (ret) return NULL;\n\n _out_host_vector[0] = (struct in_addr *)&_out_addr;\n _out_host.h_aliases = (char **)&_out_host_aliases;\n _out_host.h_addrtype = AF_INET;\n _out_host.h_addr_list = (char**)_out_host_vector;\n _out_host.h_length = sizeof(uint32_t);\n return &_out_host;\n}"
(struct_specifier) "struct hostent"
(struct) "struct"
(type_identifier) "hostent"
(pointer_declarator) "* gethostbyname(const char * name)"
(*) "*"
(function_declarator) "gethostbyname(const char * name)"
(identifier) "gethostbyname"
(parameter_list) "(const char * name)"
(() "("
(parameter_declaration) "const char * name"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "* name"
(*) "*"
(identifier) "name"
()) ")"
(compound_statement) "{\n if (_out_host.h_name) free(_out_host.h_name);\n _out_host.h_name = strdup(name);\n int fd = open("/dev/net",O_RDONLY);\n void * args[2] = {(void *)name,&_out_addr};\n int ret = ioctl(fd, 0x5000, args);\n close(fd);\n if (ret) return NULL;\n\n _out_host_vector[0] = (struct in_addr *)&_out_addr;\n _out_host.h_aliases = (char **)&_out_host_aliases;\n _out_host.h_addrtype = AF_INET;\n _out_host.h_addr_list = (char**)_out_host_vector;\n _out_host.h_length = sizeof(uint32_t);\n return &_out_host;\n}"
({) "{"
(if_statement) "if (_out_host.h_name) free(_out_host.h_name);"
(if) "if"
(parenthesized_expression) "(_out_host.h_name)"
(() "("
(field_expression) "_out_host.h_name"
(identifier) "_out_host"
(.) "."
(field_identifier) "h_name"
()) ")"
(expression_statement) "free(_out_host.h_name);"
(call_expression) "free(_out_host.h_name)"
(identifier) "free"
(argument_list) "(_out_host.h_name)"
(() "("
(field_expression) "_out_host.h_name"
(identifier) "_out_host"
(.) "."
(field_identifier) "h_name"
()) ")"
(;) ";"
(expression_statement) "_out_host.h_name = strdup(name);"
(assignment_expression) "_out_host.h_name = strdup(name)"
(field_expression) "_out_host.h_name"
(identifier) "_out_host"
(.) "."
(field_identifier) "h_name"
(=) "="
(call_expression) "strdup(name)"
(identifier) "strdup"
(argument_list) "(name)"
(() "("
(identifier) "name"
()) ")"
(;) ";"
(declaration) "int fd = open("/dev/net",O_RDONLY);"
(primitive_type) "int"
(init_declarator) "fd = open("/dev/net",O_RDONLY)"
(identifier) "fd"
(=) "="
(call_expression) "open("/dev/net",O_RDONLY)"
(identifier) "open"
(argument_list) "("/dev/net",O_RDONLY)"
(() "("
(string_literal) ""/dev/net""
(") """
(string_content) "/dev/net"
(") """
(,) ","
(identifier) "O_RDONLY"
()) ")"
(;) ";"
(declaration) "void * args[2] = {(void *)name,&_out_addr};"
(primitive_type) "void"
(init_declarator) "* args[2] = {(void *)name,&_out_addr}"
(pointer_declarator) "* args[2]"
(*) "*"
(array_declarator) "args[2]"
(identifier) "args"
([) "["
(number_literal) "2"
(]) "]"
(=) "="
(initializer_list) "{(void *)name,&_out_addr}"
({) "{"
(cast_expression) "(void *)name"
(() "("
(type_descriptor) "void *"
(primitive_type) "void"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(identifier) "name"
(,) ","
(pointer_expression) "&_out_addr"
(&) "&"
(identifier) "_out_addr"
(}) "}"
(;) ";"
(declaration) "int ret = ioctl(fd, 0x5000, args);"
(primitive_type) "int"
(init_declarator) "ret = ioctl(fd, 0x5000, args)"
(identifier) "ret"
(=) "="
(call_expression) "ioctl(fd, 0x5000, args)"
(identifier) "ioctl"
(argument_list) "(fd, 0x5000, args)"
(() "("
(identifier) "fd"
(,) ","
(number_literal) "0x5000"
(,) ","
(identifier) "args"
()) ")"
(;) ";"
(expression_statement) "close(fd);"
(call_expression) "close(fd)"
(identifier) "close"
(argument_list) "(fd)"
(() "("
(identifier) "fd"
()) ")"
(;) ";"
(if_statement) "if (ret) return NULL;"
(if) "if"
(parenthesized_expression) "(ret)"
(() "("
(identifier) "ret"
()) ")"
(return_statement) "return NULL;"
(return) "return"
(null) "NULL"
(NULL) "NULL"
(;) ";"
(expression_statement) "_out_host_vector[0] = (struct in_addr *)&_out_addr;"
(assignment_expression) "_out_host_vector[0] = (struct in_addr *)&_out_addr"
(subscript_expression) "_out_host_vector[0]"
(identifier) "_out_host_vector"
([) "["
(number_literal) "0"
(]) "]"
(=) "="
(cast_expression) "(struct in_addr *)&_out_addr"
(() "("
(type_descriptor) "struct in_addr *"
(struct_specifier) "struct in_addr"
(struct) "struct"
(type_identifier) "in_addr"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(pointer_expression) "&_out_addr"
(&) "&"
(identifier) "_out_addr"
(;) ";"
(expression_statement) "_out_host.h_aliases = (char **)&_out_host_aliases;"
(assignment_expression) "_out_host.h_aliases = (char **)&_out_host_aliases"
(field_expression) "_out_host.h_aliases"
(identifier) "_out_host"
(.) "."
(field_identifier) "h_aliases"
(=) "="
(cast_expression) "(char **)&_out_host_aliases"
(() "("
(type_descriptor) "char **"
(primitive_type) "char"
(abstract_pointer_declarator) "**"
(*) "*"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(pointer_expression) "&_out_host_aliases"
(&) "&"
(identifier) "_out_host_aliases"
(;) ";"
(expression_statement) "_out_host.h_addrtype = AF_INET;"
(assignment_expression) "_out_host.h_addrtype = AF_INET"
(field_expression) "_out_host.h_addrtype"
(identifier) "_out_host"
(.) "."
(field_identifier) "h_addrtype"
(=) "="
(identifier) "AF_INET"
(;) ";"
(expression_statement) "_out_host.h_addr_list = (char**)_out_host_vector;"
(assignment_expression) "_out_host.h_addr_list = (char**)_out_host_vector"
(field_expression) "_out_host.h_addr_list"
(identifier) "_out_host"
(.) "."
(field_identifier) "h_addr_list"
(=) "="
(cast_expression) "(char**)_out_host_vector"
(() "("
(type_descriptor) "char**"
(primitive_type) "char"
(abstract_pointer_declarator) "**"
(*) "*"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(identifier) "_out_host_vector"
(;) ";"
(expression_statement) "_out_host.h_length = sizeof(uint32_t);"
(assignment_expression) "_out_host.h_length = sizeof(uint32_t)"
(field_expression) "_out_host.h_length"
(identifier) "_out_host"
(.) "."
(field_identifier) "h_length"
(=) "="
(sizeof_expression) "sizeof(uint32_t)"
(sizeof) "sizeof"
(() "("
(type_descriptor) "uint32_t"
(primitive_type) "uint32_t"
()) ")"
(;) ";"
(return_statement) "return &_out_host;"
(return) "return"
(pointer_expression) "&_out_host"
(&) "&"
(identifier) "_out_host"
(;) ";"
(}) "}"
(function_definition) "int connect(int sockfd, const struct sockaddr *addr, socklen_t addrlen) {\n UNIMPLEMENTED;\n return -1;\n}"
(primitive_type) "int"
(function_declarator) "connect(int sockfd, const struct sockaddr *addr, socklen_t addrlen)"
(identifier) "connect"
(parameter_list) "(int sockfd, const struct sockaddr *addr, socklen_t addrlen)"
(() "("
(parameter_declaration) "int sockfd"
(primitive_type) "int"
(identifier) "sockfd"
(,) ","
(parameter_declaration) "const struct sockaddr *addr"
(type_qualifier) "const"
(const) "const"
(struct_specifier) "struct sockaddr"
(struct) "struct"
(type_identifier) "sockaddr"
(pointer_declarator) "*addr"
(*) "*"
(identifier) "addr"
(,) ","
(parameter_declaration) "socklen_t addrlen"
(type_identifier) "socklen_t"
(identifier) "addrlen"
()) ")"
(compound_statement) "{\n UNIMPLEMENTED;\n return -1;\n}"
({) "{"
(expression_statement) "UNIMPLEMENTED;"
(identifier) "UNIMPLEMENTED"
(;) ";"
(return_statement) "return -1;"
(return) "return"
(number_literal) "-1"
(;) ";"
(}) "}"
(comment) "/* All of these should just be reads. */"
(function_definition) "ssize_t recv(int sockfd, void *buf, size_t len, int flags) {\n UNIMPLEMENTED;\n return -1;\n}"
(primitive_type) "ssize_t"
(function_declarator) "recv(int sockfd, void *buf, size_t len, int flags)"
(identifier) "recv"
(parameter_list) "(int sockfd, void *buf, size_t len, int flags)"
(() "("
(parameter_declaration) "int sockfd"
(primitive_type) "int"
(identifier) "sockfd"
(,) ","
(parameter_declaration) "void *buf"
(primitive_type) "void"
(pointer_declarator) "*buf"
(*) "*"
(identifier) "buf"
(,) ","
(parameter_declaration) "size_t len"
(primitive_type) "size_t"
(identifier) "len"
(,) ","
(parameter_declaration) "int flags"
(primitive_type) "int"
(identifier) "flags"
()) ")"
(compound_statement) "{\n UNIMPLEMENTED;\n return -1;\n}"
({) "{"
(expression_statement) "UNIMPLEMENTED;"
(identifier) "UNIMPLEMENTED"
(;) ";"
(return_statement) "return -1;"
(return) "return"
(number_literal) "-1"
(;) ";"
(}) "}"
(function_definition) "ssize_t recvfrom(int sockfd, void *buf, size_t len, int flags, struct sockaddr *src_addr, socklen_t *addrlen) {\n UNIMPLEMENTED;\n return -1;\n}"
(primitive_type) "ssize_t"
(function_declarator) "recvfrom(int sockfd, void *buf, size_t len, int flags, struct sockaddr *src_addr, socklen_t *addrlen)"
(identifier) "recvfrom"
(parameter_list) "(int sockfd, void *buf, size_t len, int flags, struct sockaddr *src_addr, socklen_t *addrlen)"
(() "("
(parameter_declaration) "int sockfd"
(primitive_type) "int"
(identifier) "sockfd"
(,) ","
(parameter_declaration) "void *buf"
(primitive_type) "void"
(pointer_declarator) "*buf"
(*) "*"
(identifier) "buf"
(,) ","
(parameter_declaration) "size_t len"
(primitive_type) "size_t"
(identifier) "len"
(,) ","
(parameter_declaration) "int flags"
(primitive_type) "int"
(identifier) "flags"
(,) ","
(parameter_declaration) "struct sockaddr *src_addr"
(struct_specifier) "struct sockaddr"
(struct) "struct"
(type_identifier) "sockaddr"
(pointer_declarator) "*src_addr"
(*) "*"
(identifier) "src_addr"
(,) ","
(parameter_declaration) "socklen_t *addrlen"
(type_identifier) "socklen_t"
(pointer_declarator) "*addrlen"
(*) "*"
(identifier) "addrlen"
()) ")"
(compound_statement) "{\n UNIMPLEMENTED;\n return -1;\n}"
({) "{"
(expression_statement) "UNIMPLEMENTED;"
(identifier) "UNIMPLEMENTED"
(;) ";"
(return_statement) "return -1;"
(return) "return"
(number_literal) "-1"
(;) ";"
(}) "}"
(function_definition) "ssize_t recvmsg(int sockfd, struct msghdr *msg, int flags) {\n UNIMPLEMENTED;\n return -1;\n}"
(primitive_type) "ssize_t"
(function_declarator) "recvmsg(int sockfd, struct msghdr *msg, int flags)"
(identifier) "recvmsg"
(parameter_list) "(int sockfd, struct msghdr *msg, int flags)"
(() "("
(parameter_declaration) "int sockfd"
(primitive_type) "int"
(identifier) "sockfd"
(,) ","
(parameter_declaration) "struct msghdr *msg"
(struct_specifier) "struct msghdr"
(struct) "struct"
(type_identifier) "msghdr"
(pointer_declarator) "*msg"
(*) "*"
(identifier) "msg"
(,) ","
(parameter_declaration) "int flags"
(primitive_type) "int"
(identifier) "flags"
()) ")"
(compound_statement) "{\n UNIMPLEMENTED;\n return -1;\n}"
({) "{"
(expression_statement) "UNIMPLEMENTED;"
(identifier) "UNIMPLEMENTED"
(;) ";"
(return_statement) "return -1;"
(return) "return"
(number_literal) "-1"
(;) ";"
(}) "}"
(function_definition) "ssize_t send(int sockfd, const void *buf, size_t len, int flags) {\n UNIMPLEMENTED;\n return len;\n}"
(primitive_type) "ssize_t"
(function_declarator) "send(int sockfd, const void *buf, size_t len, int flags)"
(identifier) "send"
(parameter_list) "(int sockfd, const void *buf, size_t len, int flags)"
(() "("
(parameter_declaration) "int sockfd"
(primitive_type) "int"
(identifier) "sockfd"
(,) ","
(parameter_declaration) "const void *buf"
(type_qualifier) "const"
(const) "const"
(primitive_type) "void"
(pointer_declarator) "*buf"
(*) "*"
(identifier) "buf"
(,) ","
(parameter_declaration) "size_t len"
(primitive_type) "size_t"
(identifier) "len"
(,) ","
(parameter_declaration) "int flags"
(primitive_type) "int"
(identifier) "flags"
()) ")"
(compound_statement) "{\n UNIMPLEMENTED;\n return len;\n}"
({) "{"
(expression_statement) "UNIMPLEMENTED;"
(identifier) "UNIMPLEMENTED"
(;) ";"
(return_statement) "return len;"
(return) "return"
(identifier) "len"
(;) ";"
(}) "}"
(function_definition) "ssize_t sendto(int sockfd, const void *buf, size_t len, int flags, const struct sockaddr *dest_addr, socklen_t addrlen) {\n UNIMPLEMENTED;\n return len;\n}"
(primitive_type) "ssize_t"
(function_declarator) "sendto(int sockfd, const void *buf, size_t len, int flags, const struct sockaddr *dest_addr, socklen_t addrlen)"
(identifier) "sendto"
(parameter_list) "(int sockfd, const void *buf, size_t len, int flags, const struct sockaddr *dest_addr, socklen_t addrlen)"
(() "("
(parameter_declaration) "int sockfd"
(primitive_type) "int"
(identifier) "sockfd"
(,) ","
(parameter_declaration) "const void *buf"
(type_qualifier) "const"
(const) "const"
(primitive_type) "void"
(pointer_declarator) "*buf"
(*) "*"
(identifier) "buf"
(,) ","
(parameter_declaration) "size_t len"
(primitive_type) "size_t"
(identifier) "len"
(,) ","
(parameter_declaration) "int flags"
(primitive_type) "int"
(identifier) "flags"
(,) ","
(parameter_declaration) "const struct sockaddr *dest_addr"
(type_qualifier) "const"
(const) "const"
(struct_specifier) "struct sockaddr"
(struct) "struct"
(type_identifier) "sockaddr"
(pointer_declarator) "*dest_addr"
(*) "*"
(identifier) "dest_addr"
(,) ","
(parameter_declaration) "socklen_t addrlen"
(type_identifier) "socklen_t"
(identifier) "addrlen"
()) ")"
(compound_statement) "{\n UNIMPLEMENTED;\n return len;\n}"
({) "{"
(expression_statement) "UNIMPLEMENTED;"
(identifier) "UNIMPLEMENTED"
(;) ";"
(return_statement) "return len;"
(return) "return"
(identifier) "len"
(;) ";"
(}) "}"
(function_definition) "ssize_t sendmsg(int sockfd, const struct msghdr *msg, int flags) {\n UNIMPLEMENTED;\n return -1;\n}"
(primitive_type) "ssize_t"
(function_declarator) "sendmsg(int sockfd, const struct msghdr *msg, int flags)"
(identifier) "sendmsg"
(parameter_list) "(int sockfd, const struct msghdr *msg, int flags)"
(() "("
(parameter_declaration) "int sockfd"
(primitive_type) "int"
(identifier) "sockfd"
(,) ","
(parameter_declaration) "const struct msghdr *msg"
(type_qualifier) "const"
(const) "const"
(struct_specifier) "struct msghdr"
(struct) "struct"
(type_identifier) "msghdr"
(pointer_declarator) "*msg"
(*) "*"
(identifier) "msg"
(,) ","
(parameter_declaration) "int flags"
(primitive_type) "int"
(identifier) "flags"
()) ")"
(compound_statement) "{\n UNIMPLEMENTED;\n return -1;\n}"
({) "{"
(expression_statement) "UNIMPLEMENTED;"
(identifier) "UNIMPLEMENTED"
(;) ";"
(return_statement) "return -1;"
(return) "return"
(number_literal) "-1"
(;) ";"
(}) "}"
(function_definition) "int socket(int domain, int type, int protocol) {\n UNIMPLEMENTED;\n return -1;\n}"
(primitive_type) "int"
(function_declarator) "socket(int domain, int type, int protocol)"
(identifier) "socket"
(parameter_list) "(int domain, int type, int protocol)"
(() "("
(parameter_declaration) "int domain"
(primitive_type) "int"
(identifier) "domain"
(,) ","
(parameter_declaration) "int type"
(primitive_type) "int"
(identifier) "type"
(,) ","
(parameter_declaration) "int protocol"
(primitive_type) "int"
(identifier) "protocol"
()) ")"
(compound_statement) "{\n UNIMPLEMENTED;\n return -1;\n}"
({) "{"
(expression_statement) "UNIMPLEMENTED;"
(identifier) "UNIMPLEMENTED"
(;) ";"
(return_statement) "return -1;"
(return) "return"
(number_literal) "-1"
(;) ";"
(}) "}"
(function_definition) "uint32_t htonl(uint32_t hostlong) {\n return ( (((hostlong) & 0xFF) << 24) | (((hostlong) & 0xFF00) << 8) | (((hostlong) & 0xFF0000) >> 8) | (((hostlong) & 0xFF000000) >> 24));\n}"
(primitive_type) "uint32_t"
(function_declarator) "htonl(uint32_t hostlong)"
(identifier) "htonl"
(parameter_list) "(uint32_t hostlong)"
(() "("
(parameter_declaration) "uint32_t hostlong"
(primitive_type) "uint32_t"
(identifier) "hostlong"
()) ")"
(compound_statement) "{\n return ( (((hostlong) & 0xFF) << 24) | (((hostlong) & 0xFF00) << 8) | (((hostlong) & 0xFF0000) >> 8) | (((hostlong) & 0xFF000000) >> 24));\n}"
({) "{"
(return_statement) "return ( (((hostlong) & 0xFF) << 24) | (((hostlong) & 0xFF00) << 8) | (((hostlong) & 0xFF0000) >> 8) | (((hostlong) & 0xFF000000) >> 24));"
(return) "return"
(parenthesized_expression) "( (((hostlong) & 0xFF) << 24) | (((hostlong) & 0xFF00) << 8) | (((hostlong) & 0xFF0000) >> 8) | (((hostlong) & 0xFF000000) >> 24))"
(() "("
(binary_expression) "(((hostlong) & 0xFF) << 24) | (((hostlong) & 0xFF00) << 8) | (((hostlong) & 0xFF0000) >> 8) | (((hostlong) & 0xFF000000) >> 24)"
(binary_expression) "(((hostlong) & 0xFF) << 24) | (((hostlong) & 0xFF00) << 8) | (((hostlong) & 0xFF0000) >> 8)"
(binary_expression) "(((hostlong) & 0xFF) << 24) | (((hostlong) & 0xFF00) << 8)"
(parenthesized_expression) "(((hostlong) & 0xFF) << 24)"
(() "("
(binary_expression) "((hostlong) & 0xFF) << 24"
(parenthesized_expression) "((hostlong) & 0xFF)"
(() "("
(binary_expression) "(hostlong) & 0xFF"
(parenthesized_expression) "(hostlong)"
(() "("
(identifier) "hostlong"
()) ")"
(&) "&"
(number_literal) "0xFF"
()) ")"
(<<) "<<"
(number_literal) "24"
()) ")"
(|) "|"
(parenthesized_expression) "(((hostlong) & 0xFF00) << 8)"
(() "("
(binary_expression) "((hostlong) & 0xFF00) << 8"
(parenthesized_expression) "((hostlong) & 0xFF00)"
(() "("
(binary_expression) "(hostlong) & 0xFF00"
(parenthesized_expression) "(hostlong)"
(() "("
(identifier) "hostlong"
()) ")"
(&) "&"
(number_literal) "0xFF00"
()) ")"
(<<) "<<"
(number_literal) "8"
()) ")"
(|) "|"
(parenthesized_expression) "(((hostlong) & 0xFF0000) >> 8)"
(() "("
(binary_expression) "((hostlong) & 0xFF0000) >> 8"
(parenthesized_expression) "((hostlong) & 0xFF0000)"
(() "("
(binary_expression) "(hostlong) & 0xFF0000"
(parenthesized_expression) "(hostlong)"
(() "("
(identifier) "hostlong"
()) ")"
(&) "&"
(number_literal) "0xFF0000"
()) ")"
(>>) ">>"
(number_literal) "8"
()) ")"
(|) "|"
(parenthesized_expression) "(((hostlong) & 0xFF000000) >> 24)"
(() "("
(binary_expression) "((hostlong) & 0xFF000000) >> 24"
(parenthesized_expression) "((hostlong) & 0xFF000000)"
(() "("
(binary_expression) "(hostlong) & 0xFF000000"
(parenthesized_expression) "(hostlong)"
(() "("
(identifier) "hostlong"
()) ")"
(&) "&"
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(number_literal) "24"
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(() "("
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(() "("
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(() "("
(identifier) "hostshort"
()) ")"
(&) "&"
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(() "("
(identifier) "netlong"
()) ")"
(;) ";"
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(identifier) "netshort"
()) ")"
(;) ";"
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(,) ","
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(primitive_type) "int"
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(parameter_list) "(int sockfd, struct sockaddr * addr, socklen_t * addrlen)"
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(parameter_declaration) "int sockfd"
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(identifier) "sockfd"
(,) ","
(parameter_declaration) "struct sockaddr * addr"
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(parameter_list) "(int sockfd, int backlog)"
(() "("
(parameter_declaration) "int sockfd"
(primitive_type) "int"
(identifier) "sockfd"
(,) ","
(parameter_declaration) "int backlog"
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({) "{"
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(primitive_type) "int"
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(identifier) "getsockname"
(parameter_list) "(int sockfd, struct sockaddr *addr, socklen_t *addrlen)"
(() "("
(parameter_declaration) "int sockfd"
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(,) ","
(parameter_declaration) "struct sockaddr *addr"
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({) "{"
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(function_definition) "int getpeername(int sockfd, struct sockaddr *addr, socklen_t *addrlen) {\n return -1;\n}"
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(identifier) "getpeername"
(parameter_list) "(int sockfd, struct sockaddr *addr, socklen_t *addrlen)"
(() "("
(parameter_declaration) "int sockfd"
(primitive_type) "int"
(identifier) "sockfd"
(,) ","
(parameter_declaration) "struct sockaddr *addr"
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({) "{"
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(function_definition) "int getsockopt(int sockfd, int level, int optname, void *optval, socklen_t *optlen) {\n UNIMPLEMENTED;\n return -1;\n}"
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(identifier) "getsockopt"
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(() "("
(parameter_declaration) "int sockfd"
(primitive_type) "int"
(identifier) "sockfd"
(,) ","
(parameter_declaration) "int level"
(primitive_type) "int"
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(,) ","
(parameter_declaration) "void *optval"
(primitive_type) "void"
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(*) "*"
(identifier) "optval"
(,) ","
(parameter_declaration) "socklen_t *optlen"
(type_identifier) "socklen_t"
(pointer_declarator) "*optlen"
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(identifier) "optlen"
()) ")"
(compound_statement) "{\n UNIMPLEMENTED;\n return -1;\n}"
({) "{"
(expression_statement) "UNIMPLEMENTED;"
(identifier) "UNIMPLEMENTED"
(;) ";"
(return_statement) "return -1;"
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(number_literal) "-1"
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(function_definition) "int setsockopt(int sockfd, int level, int optname, const void *optval, socklen_t optlen) {\n UNIMPLEMENTED;\n return -1;\n}"
(primitive_type) "int"
(function_declarator) "setsockopt(int sockfd, int level, int optname, const void *optval, socklen_t optlen)"
(identifier) "setsockopt"
(parameter_list) "(int sockfd, int level, int optname, const void *optval, socklen_t optlen)"
(() "("
(parameter_declaration) "int sockfd"
(primitive_type) "int"
(identifier) "sockfd"
(,) ","
(parameter_declaration) "int level"
(primitive_type) "int"
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(,) ","
(parameter_declaration) "int optname"
(primitive_type) "int"
(identifier) "optname"
(,) ","
(parameter_declaration) "const void *optval"
(type_qualifier) "const"
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(primitive_type) "void"
(pointer_declarator) "*optval"
(*) "*"
(identifier) "optval"
(,) ","
(parameter_declaration) "socklen_t optlen"
(type_identifier) "socklen_t"
(identifier) "optlen"
()) ")"
(compound_statement) "{\n UNIMPLEMENTED;\n return -1;\n}"
({) "{"
(expression_statement) "UNIMPLEMENTED;"
(identifier) "UNIMPLEMENTED"
(;) ";"
(return_statement) "return -1;"
(return) "return"
(number_literal) "-1"
(;) ";"
(}) "}"
| 1,040
| 0
|
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{"id": 50, "type": "null", "text": "NULL", "parent": 47, "children": [51], "start_point": {"row": 15, "column": 53}, "end_point": {"row": 15, "column": 57}}, {"id": 51, "type": "NULL", "text": "NULL", "parent": 50, "children": [], "start_point": {"row": 15, "column": 53}, "end_point": {"row": 15, "column": 57}}, {"id": 52, "type": "declaration", "text": "static struct in_addr * _out_host_aliases[1] = {NULL};", "parent": null, "children": [53, 56], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 54}}, {"id": 53, "type": "struct_specifier", "text": "struct in_addr", "parent": 52, "children": [54, 55], "start_point": {"row": 16, "column": 7}, "end_point": {"row": 16, "column": 21}}, {"id": 54, "type": "struct", "text": "struct", "parent": 53, "children": [], "start_point": {"row": 16, "column": 7}, "end_point": {"row": 16, "column": 13}}, {"id": 55, "type": "type_identifier", "text": "in_addr", "parent": 53, "children": [], "start_point": {"row": 16, "column": 14}, "end_point": {"row": 16, "column": 21}}, {"id": 56, "type": "init_declarator", "text": "* _out_host_aliases[1] = {NULL}", "parent": 52, "children": [57, 62, 63], "start_point": {"row": 16, "column": 22}, "end_point": {"row": 16, "column": 53}}, {"id": 57, "type": "pointer_declarator", "text": "* _out_host_aliases[1]", "parent": 56, "children": [58, 59], "start_point": {"row": 16, "column": 22}, "end_point": {"row": 16, "column": 44}}, {"id": 58, "type": "*", "text": "*", "parent": 57, "children": [], "start_point": {"row": 16, "column": 22}, "end_point": {"row": 16, "column": 23}}, {"id": 59, "type": "array_declarator", "text": "_out_host_aliases[1]", "parent": 57, "children": [60, 61], "start_point": {"row": 16, "column": 24}, "end_point": {"row": 16, "column": 44}}, {"id": 60, "type": "identifier", "text": "_out_host_aliases", "parent": 59, "children": [], "start_point": {"row": 16, "column": 24}, "end_point": {"row": 16, "column": 41}}, {"id": 61, "type": "number_literal", "text": "1", "parent": 59, "children": [], "start_point": {"row": 16, "column": 42}, "end_point": {"row": 16, "column": 43}}, {"id": 62, "type": "=", "text": "=", "parent": 56, "children": [], "start_point": {"row": 16, "column": 45}, "end_point": {"row": 16, "column": 46}}, {"id": 63, "type": "initializer_list", "text": "{NULL}", "parent": 56, "children": [64], "start_point": {"row": 16, "column": 47}, "end_point": {"row": 16, "column": 53}}, {"id": 64, "type": "null", "text": "NULL", "parent": 63, "children": [65], "start_point": {"row": 16, "column": 48}, "end_point": {"row": 16, "column": 52}}, {"id": 65, "type": "NULL", "text": "NULL", "parent": 64, "children": [], "start_point": {"row": 16, "column": 48}, "end_point": {"row": 16, "column": 52}}, {"id": 66, "type": "declaration", "text": "static uint32_t _out_addr;", "parent": null, "children": [67, 68], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 26}}, {"id": 67, "type": "primitive_type", "text": "uint32_t", "parent": 66, "children": [], "start_point": {"row": 17, "column": 7}, "end_point": {"row": 17, "column": 15}}, {"id": 68, "type": "identifier", "text": "_out_addr", "parent": 66, "children": [], "start_point": {"row": 17, "column": 16}, "end_point": {"row": 17, "column": 25}}, {"id": 69, "type": "preproc_def", "text": "#define UNIMPLEMENTED fprintf(stderr, \"[libnetwork] Unimplemented: %s\\n\", __FUNCTION__)\n", "parent": null, "children": [70, 71, 72], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 20, "column": 0}}, {"id": 70, "type": "#define", "text": "#define", "parent": 69, "children": [], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 19, "column": 7}}, {"id": 71, "type": "identifier", "text": "UNIMPLEMENTED", "parent": 69, "children": [], "start_point": {"row": 19, "column": 8}, "end_point": {"row": 19, "column": 21}}, {"id": 72, "type": "preproc_arg", "text": "fprintf(stderr, \"[libnetwork] Unimplemented: %s\\n\", __FUNCTION__)", "parent": 69, "children": [], "start_point": {"row": 19, "column": 22}, "end_point": {"row": 19, "column": 87}}, {"id": 73, "type": "function_definition", "text": "struct hostent * gethostbyname(const char * name) {\n\tif (_out_host.h_name) free(_out_host.h_name);\n\t_out_host.h_name = strdup(name);\n\tint fd = open(\"/dev/net\",O_RDONLY);\n\tvoid * args[2] = {(void *)name,&_out_addr};\n\tint ret = ioctl(fd, 0x5000, args);\n\tclose(fd);\n\tif (ret) return NULL;\n\n\t_out_host_vector[0] = (struct in_addr *)&_out_addr;\n\t_out_host.h_aliases = (char **)&_out_host_aliases;\n\t_out_host.h_addrtype = AF_INET;\n\t_out_host.h_addr_list = (char**)_out_host_vector;\n\t_out_host.h_length = sizeof(uint32_t);\n\treturn &_out_host;\n}", "parent": null, "children": [74, 77], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 36, "column": 1}}, {"id": 74, "type": "struct_specifier", "text": "struct hostent", "parent": 73, "children": [75, 76], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 14}}, {"id": 75, "type": "struct", "text": "struct", "parent": 74, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 6}}, {"id": 76, "type": "type_identifier", "text": "hostent", "parent": 74, "children": [], "start_point": {"row": 21, "column": 7}, "end_point": {"row": 21, "column": 14}}, {"id": 77, "type": "pointer_declarator", "text": "* gethostbyname(const char * name)", "parent": 73, "children": [78, 79], "start_point": {"row": 21, "column": 15}, "end_point": {"row": 21, "column": 49}}, {"id": 78, "type": "*", "text": "*", "parent": 77, "children": [], "start_point": {"row": 21, "column": 15}, "end_point": {"row": 21, "column": 16}}, {"id": 79, "type": "function_declarator", "text": "gethostbyname(const char * name)", "parent": 77, "children": [80, 81], "start_point": {"row": 21, "column": 17}, "end_point": {"row": 21, "column": 49}}, {"id": 80, "type": "identifier", "text": "gethostbyname", "parent": 79, "children": [], "start_point": {"row": 21, "column": 17}, "end_point": {"row": 21, "column": 30}}, {"id": 81, "type": "parameter_list", "text": "(const char * name)", "parent": 79, "children": [82], "start_point": {"row": 21, "column": 30}, "end_point": {"row": 21, "column": 49}}, {"id": 82, "type": "parameter_declaration", "text": "const char * name", "parent": 81, "children": [83, 84], "start_point": {"row": 21, "column": 31}, "end_point": {"row": 21, "column": 48}}, {"id": 83, "type": "primitive_type", "text": "char", "parent": 82, "children": [], "start_point": {"row": 21, "column": 37}, "end_point": {"row": 21, "column": 41}}, {"id": 84, "type": "pointer_declarator", "text": "* name", "parent": 82, "children": [85, 86], "start_point": {"row": 21, "column": 42}, "end_point": {"row": 21, "column": 48}}, {"id": 85, "type": "*", "text": "*", "parent": 84, "children": [], "start_point": {"row": 21, "column": 42}, "end_point": {"row": 21, "column": 43}}, {"id": 86, "type": "identifier", "text": "name", "parent": 84, "children": [], "start_point": {"row": 21, "column": 44}, "end_point": {"row": 21, "column": 48}}, {"id": 87, "type": "if_statement", "text": "if (_out_host.h_name) free(_out_host.h_name);", "parent": 73, "children": [88], "start_point": {"row": 22, "column": 1}, "end_point": {"row": 22, "column": 46}}, {"id": 88, "type": "parenthesized_expression", "text": "(_out_host.h_name)", "parent": 87, "children": [89], "start_point": {"row": 22, "column": 4}, "end_point": {"row": 22, "column": 22}}, {"id": 89, "type": "field_expression", "text": "_out_host.h_name", "parent": 88, "children": [90, 91], "start_point": {"row": 22, "column": 5}, "end_point": {"row": 22, "column": 21}}, {"id": 90, "type": "identifier", "text": "_out_host", "parent": 89, "children": [], "start_point": {"row": 22, "column": 5}, "end_point": {"row": 22, "column": 14}}, {"id": 91, "type": "field_identifier", "text": "h_name", "parent": 89, "children": [], "start_point": {"row": 22, "column": 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95, "children": [], "start_point": {"row": 22, "column": 38}, "end_point": {"row": 22, "column": 44}}, {"id": 98, "type": "assignment_expression", "text": "_out_host.h_name = strdup(name)", "parent": 73, "children": [99, 102, 103], "start_point": {"row": 23, "column": 1}, "end_point": {"row": 23, "column": 32}}, {"id": 99, "type": "field_expression", "text": "_out_host.h_name", "parent": 98, "children": [100, 101], "start_point": {"row": 23, "column": 1}, "end_point": {"row": 23, "column": 17}}, {"id": 100, "type": "identifier", "text": "_out_host", "parent": 99, "children": [], "start_point": {"row": 23, "column": 1}, "end_point": {"row": 23, "column": 10}}, {"id": 101, "type": "field_identifier", "text": "h_name", "parent": 99, "children": [], "start_point": {"row": 23, "column": 11}, "end_point": {"row": 23, "column": 17}}, {"id": 102, "type": "=", "text": "=", "parent": 98, "children": [], "start_point": {"row": 23, "column": 18}, "end_point": {"row": 23, "column": 19}}, {"id": 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"(\"/dev/net\",O_RDONLY)", "parent": 112, "children": [115, 116], "start_point": {"row": 24, "column": 14}, "end_point": {"row": 24, "column": 35}}, {"id": 115, "type": "string_literal", "text": "\"/dev/net\"", "parent": 114, "children": [], "start_point": {"row": 24, "column": 15}, "end_point": {"row": 24, "column": 25}}, {"id": 116, "type": "identifier", "text": "O_RDONLY", "parent": 114, "children": [], "start_point": {"row": 24, "column": 26}, "end_point": {"row": 24, "column": 34}}, {"id": 117, "type": "declaration", "text": "void * args[2] = {(void *)name,&_out_addr};", "parent": 73, "children": [118, 119], "start_point": {"row": 25, "column": 1}, "end_point": {"row": 25, "column": 44}}, {"id": 118, "type": "primitive_type", "text": "void", "parent": 117, "children": [], "start_point": {"row": 25, "column": 1}, "end_point": {"row": 25, "column": 5}}, {"id": 119, "type": "init_declarator", "text": "* args[2] = {(void *)name,&_out_addr}", "parent": 117, "children": [120, 125, 126], 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{"id": 154, "type": "null", "text": "NULL", "parent": 153, "children": [155], "start_point": {"row": 28, "column": 17}, "end_point": {"row": 28, "column": 21}}, {"id": 155, "type": "NULL", "text": "NULL", "parent": 154, "children": [], "start_point": {"row": 28, "column": 17}, "end_point": {"row": 28, "column": 21}}, {"id": 156, "type": "assignment_expression", "text": "_out_host_vector[0] = (struct in_addr *)&_out_addr", "parent": 73, "children": [157, 160, 161], "start_point": {"row": 30, "column": 1}, "end_point": {"row": 30, "column": 51}}, {"id": 157, "type": "subscript_expression", "text": "_out_host_vector[0]", "parent": 156, "children": [158, 159], "start_point": {"row": 30, "column": 1}, "end_point": {"row": 30, "column": 20}}, {"id": 158, "type": "identifier", "text": "_out_host_vector", "parent": 157, "children": [], "start_point": {"row": 30, "column": 1}, "end_point": {"row": 30, "column": 17}}, {"id": 159, "type": "number_literal", "text": "0", "parent": 157, "children": 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"sockaddr", "text_snippet": "struct sockaddr"}, {"node_id": 539, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 575, "universal_type": "class", "name": "sockaddr", "text_snippet": "struct sockaddr"}, {"node_id": 576, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 598, "universal_type": "class", "name": "sockaddr", "text_snippet": "struct sockaddr"}, {"node_id": 599, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 0, "text": "#include <stdio.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include <stdint.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <stdlib.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <string.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <fcntl.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include <unistd.h>\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include <sys/ioctl.h>\n"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include <sys/types.h>\n"}, {"node_id": 22, "text": "#include"}, {"node_id": 24, "text": "#include <sys/socket.h>\n"}, {"node_id": 25, "text": "#include"}]}, "original_source_code": "/*\n * socket methods (mostly unimplemented)\n */\n#include <stdio.h>\n#include <stdint.h>\n#include <stdlib.h>\n#include <string.h>\n#include <fcntl.h>\n#include <unistd.h>\n#include <sys/ioctl.h>\n#include <sys/types.h>\n#include <sys/socket.h>\n\n\nstatic struct hostent _out_host = {0};\nstatic struct in_addr * _out_host_vector[2] = {NULL, NULL};\nstatic struct in_addr * _out_host_aliases[1] = {NULL};\nstatic uint32_t _out_addr;\n\n#define UNIMPLEMENTED fprintf(stderr, \"[libnetwork] Unimplemented: %s\\n\", __FUNCTION__)\n\nstruct hostent * gethostbyname(const char * name) {\n\tif (_out_host.h_name) free(_out_host.h_name);\n\t_out_host.h_name = strdup(name);\n\tint fd = open(\"/dev/net\",O_RDONLY);\n\tvoid * args[2] = {(void *)name,&_out_addr};\n\tint ret = ioctl(fd, 0x5000, args);\n\tclose(fd);\n\tif (ret) return NULL;\n\n\t_out_host_vector[0] = (struct in_addr *)&_out_addr;\n\t_out_host.h_aliases = (char **)&_out_host_aliases;\n\t_out_host.h_addrtype = AF_INET;\n\t_out_host.h_addr_list = (char**)_out_host_vector;\n\t_out_host.h_length = sizeof(uint32_t);\n\treturn &_out_host;\n}\n\nint connect(int sockfd, const struct sockaddr *addr, socklen_t addrlen) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\n\n/* All of these should just be reads. */\nssize_t recv(int sockfd, void *buf, size_t len, int flags) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\nssize_t recvfrom(int sockfd, void *buf, size_t len, int flags, struct sockaddr *src_addr, socklen_t *addrlen) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\nssize_t recvmsg(int sockfd, struct msghdr *msg, int flags) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\n\nssize_t send(int sockfd, const void *buf, size_t len, int flags) {\n\tUNIMPLEMENTED;\n\treturn len;\n}\nssize_t sendto(int sockfd, const void *buf, size_t len, int flags, const struct sockaddr *dest_addr, socklen_t addrlen) {\n\tUNIMPLEMENTED;\n\treturn len;\n}\nssize_t sendmsg(int sockfd, const struct msghdr *msg, int flags) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\n\nint socket(int domain, int type, int protocol) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\n\nuint32_t htonl(uint32_t hostlong) {\n\treturn ( (((hostlong) & 0xFF) << 24) | (((hostlong) & 0xFF00) << 8) | (((hostlong) & 0xFF0000) >> 8) | (((hostlong) & 0xFF000000) >> 24));\n}\n\nuint16_t htons(uint16_t hostshort) {\n\treturn ( (((hostshort) & 0xFF) << 8) | (((hostshort) & 0xFF00) >> 8) );\n}\n\nuint32_t ntohl(uint32_t netlong) {\n\treturn htonl(netlong);\n}\n\nuint16_t ntohs(uint16_t netshort) {\n\treturn htons(netshort);\n}\n\nint bind(int sockfd, const struct sockaddr *addr, socklen_t addrlen) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\n\nint accept(int sockfd, struct sockaddr * addr, socklen_t * addrlen) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\n\nint listen(int sockfd, int backlog) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\n\nint getsockname(int sockfd, struct sockaddr *addr, socklen_t *addrlen) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\n\nint getpeername(int sockfd, struct sockaddr *addr, socklen_t *addrlen) {\n\treturn -1;\n}\n\nint getsockopt(int sockfd, int level, int optname, void *optval, socklen_t *optlen) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\n\nint setsockopt(int sockfd, int level, int optname, const void *optval, socklen_t optlen) {\n\tUNIMPLEMENTED;\n\treturn -1;\n}\n\n\n"}
| 281
|
c
|
int f(int x) {
if (x > 10) {
sleep(5);
}
return x+1;
}
| 11.5
| 6
|
(translation_unit) "int f(int x) {\n if (x > 10) {\n sleep(5);\n }\n return x+1;\n}\n\n"
(function_definition) "int f(int x) {\n if (x > 10) {\n sleep(5);\n }\n return x+1;\n}"
(primitive_type) "int"
(function_declarator) "f(int x)"
(identifier) "f"
(parameter_list) "(int x)"
(() "("
(parameter_declaration) "int x"
(primitive_type) "int"
(identifier) "x"
()) ")"
(compound_statement) "{\n if (x > 10) {\n sleep(5);\n }\n return x+1;\n}"
({) "{"
(if_statement) "if (x > 10) {\n sleep(5);\n }"
(if) "if"
(parenthesized_expression) "(x > 10)"
(() "("
(binary_expression) "x > 10"
(identifier) "x"
(>) ">"
(number_literal) "10"
()) ")"
(compound_statement) "{\n sleep(5);\n }"
({) "{"
(expression_statement) "sleep(5);"
(call_expression) "sleep(5)"
(identifier) "sleep"
(argument_list) "(5)"
(() "("
(number_literal) "5"
()) ")"
(;) ";"
(}) "}"
(return_statement) "return x+1;"
(return) "return"
(binary_expression) "x+1"
(identifier) "x"
(+) "+"
(number_literal) "1"
(;) ";"
(}) "}"
| 41
| 0
|
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| 282
|
c
|
#ifndef CLIENT_H
#define CLIENT_H
#include <sys/socket.h>
#include <netinet/in.h>
#include <arpa/inet.h>
#include <netdb.h>
#include <unistd.h>
#include <errno.h>
#include <ctype.h>
#include <string.h>
#include <memory.h>
#include <stdio.h>
#include <stdlib.h>
#include <dirent.h>
#include <fcntl.h>
/* =============================================
* 一些宏定义或全局数据
* =============================================
*/
#define MAX_SIZE 1024
#define COMMAND_NUM 17
char *CLIENT_INSTRUCTION[]=
{
"USER", "PASS",
"RETR", "STOR",
"QUIT", "SYST",
"TYPE", "PORT",
"PASV", "MKD",
"CWD", "PWD",
"LIST", "RMD",
"RNFR", "RNTO",
"REST"
};
/* =============================================
* 客户端相关函数
* =============================================
*/
//客户端运行的主要控制函数
int client_work(int argc,char **argv);
//客户端PORT命令的控制函数
int client_port(char* param,char *ip,int *port);
//客户端PASV命令的控制函数
int client_pasv(int sockfd,char *buffer,char *ip,int *port);
//客户端RETR命令控制函数
int client_retr(int sockfd,char *buffer,char *param,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);
//客户端STOR命令控制函数
int client_stor(int sockfd,char *buffer,char *param,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);
//客户端LIST命令控制函数
int client_list(int sockfd,char *buffer,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);
/* =============================================
* 基础处理函数
* =============================================
*/
//创建套接字并监听
int create_socket(int port);
//处理套接字接受请求
int accept_socket(int listenfd);
//发送数据
int send_data(int sockfd,char *buf,int bufsize);
//从命令行中读取输入
int get_input(char* buffer, int size,char *cmd,char *param);
//得到ip地址和端口port
int get_ip_port(char *param,char *ip,int *port);
#endif
| 26.18
| 66
|
(translation_unit) "#ifndef CLIENT_H\n#define CLIENT_H\n\n#include <sys/socket.h>\n#include <netinet/in.h>\n#include <arpa/inet.h>\n#include <netdb.h> \n\n#include <unistd.h>\n#include <errno.h>\n\n#include <ctype.h>\n#include <string.h>\n#include <memory.h>\n#include <stdio.h>\n#include <stdlib.h>\n#include <dirent.h>\n#include <fcntl.h>\n\n/* =============================================\n * 一些宏定义或全局数据\n * =============================================\n */\n#define MAX_SIZE 1024\n#define COMMAND_NUM 17\n\nchar *CLIENT_INSTRUCTION[]=\n{\n "USER", "PASS", \n "RETR", "STOR", \n "QUIT", "SYST", \n "TYPE", "PORT", \n "PASV", "MKD", \n "CWD", "PWD",\n "LIST", "RMD", \n "RNFR", "RNTO",\n "REST" \n};\n\n\n/* =============================================\n * 客户端相关函数\n * =============================================\n */\n\n//客户端运行的主要控制函数\nint client_work(int argc,char **argv);\n\n//客户端PORT命令的控制函数\nint client_port(char* param,char *ip,int *port);\n\n//客户端PASV命令的控制函数\nint client_pasv(int sockfd,char *buffer,char *ip,int *port);\n\n//客户端RETR命令控制函数\nint client_retr(int sockfd,char *buffer,char *param,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n//客户端STOR命令控制函数\nint client_stor(int sockfd,char *buffer,char *param,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n//客户端LIST命令控制函数\nint client_list(int sockfd,char *buffer,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n\n/* =============================================\n * 基础处理函数\n * =============================================\n */\n//创建套接字并监听\nint create_socket(int port);\n\n//处理套接字接受请求\nint accept_socket(int listenfd);\n\n//发送数据\nint send_data(int sockfd,char *buf,int bufsize);\n\n//从命令行中读取输入\nint get_input(char* buffer, int size,char *cmd,char *param);\n\n//得到ip地址和端口port\nint get_ip_port(char *param,char *ip,int *port);\n\n#endif\n"
(preproc_ifdef) "#ifndef CLIENT_H\n#define CLIENT_H\n\n#include <sys/socket.h>\n#include <netinet/in.h>\n#include <arpa/inet.h>\n#include <netdb.h> \n\n#include <unistd.h>\n#include <errno.h>\n\n#include <ctype.h>\n#include <string.h>\n#include <memory.h>\n#include <stdio.h>\n#include <stdlib.h>\n#include <dirent.h>\n#include <fcntl.h>\n\n/* =============================================\n * 一些宏定义或全局数据\n * =============================================\n */\n#define MAX_SIZE 1024\n#define COMMAND_NUM 17\n\nchar *CLIENT_INSTRUCTION[]=\n{\n "USER", "PASS", \n "RETR", "STOR", \n "QUIT", "SYST", \n "TYPE", "PORT", \n "PASV", "MKD", \n "CWD", "PWD",\n "LIST", "RMD", \n "RNFR", "RNTO",\n "REST" \n};\n\n\n/* =============================================\n * 客户端相关函数\n * =============================================\n */\n\n//客户端运行的主要控制函数\nint client_work(int argc,char **argv);\n\n//客户端PORT命令的控制函数\nint client_port(char* param,char *ip,int *port);\n\n//客户端PASV命令的控制函数\nint client_pasv(int sockfd,char *buffer,char *ip,int *port);\n\n//客户端RETR命令控制函数\nint client_retr(int sockfd,char *buffer,char *param,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n//客户端STOR命令控制函数\nint client_stor(int sockfd,char *buffer,char *param,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n//客户端LIST命令控制函数\nint client_list(int sockfd,char *buffer,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n\n/* =============================================\n * 基础处理函数\n * =============================================\n */\n//创建套接字并监听\nint create_socket(int port);\n\n//处理套接字接受请求\nint accept_socket(int listenfd);\n\n//发送数据\nint send_data(int sockfd,char *buf,int bufsize);\n\n//从命令行中读取输入\nint get_input(char* buffer, int size,char *cmd,char *param);\n\n//得到ip地址和端口port\nint get_ip_port(char *param,char *ip,int *port);\n\n#endif\n"
(#ifndef) "#ifndef"
(identifier) "CLIENT_H"
(preproc_def) "#define CLIENT_H\n"
(#define) "#define"
(identifier) "CLIENT_H"
(preproc_include) "#include <sys/socket.h>\n"
(#include) "#include"
(system_lib_string) "<sys/socket.h>"
(preproc_include) "#include <netinet/in.h>\n"
(#include) "#include"
(system_lib_string) "<netinet/in.h>"
(preproc_include) "#include <arpa/inet.h>\n"
(#include) "#include"
(system_lib_string) "<arpa/inet.h>"
(preproc_include) "#include <netdb.h>"
(#include) "#include"
(system_lib_string) "<netdb.h>"
(preproc_include) "#include <unistd.h>\n"
(#include) "#include"
(system_lib_string) "<unistd.h>"
(preproc_include) "#include <errno.h>\n"
(#include) "#include"
(system_lib_string) "<errno.h>"
(preproc_include) "#include <ctype.h>\n"
(#include) "#include"
(system_lib_string) "<ctype.h>"
(preproc_include) "#include <string.h>\n"
(#include) "#include"
(system_lib_string) "<string.h>"
(preproc_include) "#include <memory.h>\n"
(#include) "#include"
(system_lib_string) "<memory.h>"
(preproc_include) "#include <stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(preproc_include) "#include <stdlib.h>\n"
(#include) "#include"
(system_lib_string) "<stdlib.h>"
(preproc_include) "#include <dirent.h>\n"
(#include) "#include"
(system_lib_string) "<dirent.h>"
(preproc_include) "#include <fcntl.h>\n"
(#include) "#include"
(system_lib_string) "<fcntl.h>"
(comment) "/* =============================================\n * 一些宏定义或全局数据\n * =============================================\n */\n#define MAX_SIZE 10"
(preproc_def) "4\n#define COMMAND_NUM "
(#define) "4\n#defi"
(identifier) "e COMMAN"
(preproc_arg) "_NUM"
(preproc_def) "17\n\nchar *CLIENT_INSTRU"
(#define) "17\n\ncha"
(identifier) " *CLIENT_IN"
(preproc_arg) "TR"
(declaration) "TION[]=\n{\n "USER", "PASS", \n "RETR", "STOR", \n "QUIT", "SYST", \n "TYPE", "PORT", \n "PASV", "MKD", \n "CWD", "PWD",\n "LIST", "RMD", \n "RNFR", "RNTO",\n "REST" \n};\n\n\n/* =============="
(primitive_type) "TION"
(init_declarator) "]=\n{\n "USER", "PASS", \n "RETR", "STOR", \n "QUIT", "SYST", \n "TYPE", "PORT", \n "PASV", "MKD", \n "CWD", "PWD",\n "LIST", "RMD", \n "RNFR", "RNTO",\n "REST" \n};\n\n\n/* ============="
(pointer_declarator) "]=\n{\n "USER", "PASS","
(*) "]"
(array_declarator) "=\n{\n "USER", "PASS","
(identifier) "=\n{\n "USER", "PASS"
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(initializer_list) " "RETR", "STOR", \n "QUIT", "SYST", \n "TYPE", "PORT", \n "PASV", "MKD", \n "CWD", "PWD",\n "LIST", "RMD", \n "RNFR", "RNTO",\n "REST" \n};\n\n\n/* ============="
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(comment) "============================\n * 客户端相关函数\n * =============================================\n */\n\n//客户端运行的主要控制函数\nint client_work(i"
(comment) " argc,char **argv);\n\n//客户端PORT命令的控制函数\n"
(declaration) "nt client_port(char* param,char *ip,in"
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(parameter_list) "char* param,char *ip,i"
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(primitive_type) "har"
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(comment) "*port);\n\n//客户端PASV命令的控制函数\nint client"
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(() ","
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(comment) "\n//客户端RETR命令控制函数\nint client_retr(int"
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(comment) "PORT_port,int is_PASV,char * PASV"
(declaration) "ip,int PASV_port);\n\n//客户端STOR命令控制函数\nint client_stor(int sockfd,char *buffer,char *param,int is_PORT,char *PORT_ip,int PORT_port,int is"
(primitive_type) "ip,"
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(identifier) "nt PASV_por"
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(() "t"
(parameter_declaration) ");\n\n//客户端S"
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(comment) "ASV,char * PASV_ip,int PASV_port)"
(declaration) "\n\n//客户端LIST命令控制函数\nint client_list(int sockfd,char *buffer,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_"
(primitive_type) "\n\n/"
(function_declarator) "客户端LIST命令控制函数\nint client_list(int sockfd,char *buffer,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV"
(identifier) "客户端LIST命令控制"
(parameter_list) "函数\nint client_list(int sockfd,char *buffer,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV"
(() "函"
(parameter_declaration) "数\nint clie"
(primitive_type) "数\ni"
(identifier) "t clie"
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(parameter_declaration) "t_list(int s"
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(parameter_declaration) "SV_ip,int PAS"
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(comment) "rt);\n\n\n/* ======================="
(declaration) "=====================\n * 基础处理函数\n * =============================================\n */\n//创建套接字并监听\nint create_socket(int port"
(primitive_type) "==="
(function_declarator) "=================\n * 基础处理函数\n * =============================================\n */\n//创建套接字并监听\nint create_socket(int por"
(identifier) "==========="
(parameter_list) "======\n * 基础处理函数\n * =============================================\n */\n//创建套接字并监听\nint create_socket(int por"
(() "="
(parameter_declaration) "=====\n * 基"
(primitive_type) "==="
(identifier) "=\n * 基"
(,) "础"
(parameter_declaration) "处理函数\n * ===="
(primitive_type) "处理函数"
(pointer_declarator) " * ===="
(*) " "
(identifier) "* ===="
(,) "="
(parameter_declaration) "==========="
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(,) "="
(parameter_declaration) "============="
(primitive_type) "===="
(pointer_declarator) "========"
(*) "="
(identifier) "======="
(,) "="
(parameter_declaration) "============="
(primitive_type) "==="
(identifier) "========="
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(parameter_declaration) "\n */\n//创建套接"
(primitive_type) "\n *"
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(,) "字"
(parameter_declaration) "并监听\nint create"
(primitive_type) "并监听\n"
(pointer_declarator) "nt create"
(*) "n"
(identifier) " create"
(,) "_"
(parameter_declaration) "socket(int po"
(primitive_type) "soc"
(identifier) "et(int po"
()) "r"
(;) "t"
(comment) "\n//处理套接字接受请求\nint accept_socket(int listenfd);\n\n//发送数据\nint send_data(int sockfd,char *buf,int bufsize);\n\n//从命令行中读取输入\nint get"
(comment) "input(char* buffer, int si"
(declaration) "e,char *cmd,char *param);\n\n/"
(primitive_type) "e,c"
(function_declarator) "ar *cmd,char *param);\n\n"
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(parameter_list) "*param);\n\n"
(() "*"
(parameter_declaration) "param);\n"
(primitive_type) "par"
(identifier) "m);\n"
()) "\n"
(;) "/"
(comment) "到ip地址和端口port\nint get_ip_port("
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(primitive_type) "har"
(function_declarator) "*param,char *ip,int *port);"
(identifier) "*param,char *"
(parameter_list) "ip,int *port);"
(() "i"
(parameter_declaration) "p,int *port)"
(primitive_type) "p,i"
(identifier) "t *port)"
()) ";"
(;) "\n"
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(() ""
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(#endif) ""
| 484
| 0
|
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\"MKD\", \n\t\"CWD\", \"PWD\",\n\t\"LIST\", \"RMD\", \n\t\"RNFR\", \"RNTO\",\n\t\"REST\" \n};\n\n\n/* =============================================\n * \u5ba2\u6237\u7aef\u76f8\u5173\u51fd\u6570\n * =============================================\n */\n\n//\u5ba2\u6237\u7aef\u8fd0\u884c\u7684\u4e3b\u8981\u63a7\u5236\u51fd\u6570\nint client_work(int argc,char **argv);\n\n//\u5ba2\u6237\u7aefPORT\u547d\u4ee4\u7684\u63a7\u5236\u51fd\u6570\nint client_port(char* param,char *ip,int *port);\n\n//\u5ba2\u6237\u7aefPASV\u547d\u4ee4\u7684\u63a7\u5236\u51fd\u6570\nint client_pasv(int sockfd,char *buffer,char *ip,int *port);\n\n//\u5ba2\u6237\u7aefRETR\u547d\u4ee4\u63a7\u5236\u51fd\u6570\nint client_retr(int sockfd,char *buffer,char *param,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n//\u5ba2\u6237\u7aefSTOR\u547d\u4ee4\u63a7\u5236\u51fd\u6570\nint client_stor(int sockfd,char *buffer,char *param,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n//\u5ba2\u6237\u7aefLIST\u547d\u4ee4\u63a7\u5236\u51fd\u6570\nint client_list(int sockfd,char *buffer,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n\n/* =============================================\n * \u57fa\u7840\u5904\u7406\u51fd\u6570\n * =============================================\n */\n//\u521b\u5efa\u5957\u63a5\u5b57\u5e76\u76d1\u542c\nint create_socket(int port);\n\n//\u5904\u7406\u5957\u63a5\u5b57\u63a5\u53d7\u8bf7\u6c42\nint accept_socket(int listenfd);\n\n//\u53d1\u9001\u6570\u636e\nint send_data(int sockfd,char *buf,int bufsize);\n\n//\u4ece\u547d\u4ee4\u884c\u4e2d\u8bfb\u53d6\u8f93\u5165\nint get_input(char* buffer, int size,char *cmd,char *param);\n\n//\u5f97\u5230ip\u5730\u5740\u548c\u7aef\u53e3port\nint get_ip_port(char *param,char *ip,int *port);\n\n#endif\n", "parent": null, "children": [1, 2, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39, 42, 45, 49, 53, 78, 93, 113, 136, 176, 214, 249, 257, 265, 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"\n\n//\u5ba2\u6237\u7aefLIST\u547d\u4ee4\u63a7\u5236\u51fd\u6570\nint client_list(int sockfd,char *buffer,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_", "parent": 0, "children": [177, 178], "start_point": {"row": 58, "column": 0}, "end_point": {"row": 58, "column": 134}}, {"id": 177, "type": "primitive_type", "text": "\n\n/", "parent": 176, "children": [], "start_point": {"row": 58, "column": 0}, "end_point": {"row": 58, "column": 3}}, {"id": 178, "type": "function_declarator", "text": "\u5ba2\u6237\u7aefLIST\u547d\u4ee4\u63a7\u5236\u51fd\u6570\nint client_list(int sockfd,char *buffer,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV", "parent": 176, "children": [179, 180], "start_point": {"row": 58, "column": 4}, "end_point": {"row": 58, "column": 133}}, {"id": 179, "type": "identifier", "text": "\u5ba2\u6237\u7aefLIST\u547d\u4ee4\u63a7\u5236", "parent": 178, "children": [], "start_point": {"row": 58, "column": 4}, "end_point": {"row": 58, "column": 15}}, {"id": 180, "type": "parameter_list", "text": "\u51fd\u6570\nint client_list(int sockfd,char *buffer,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV", "parent": 178, "children": [181, 184, 189, 194, 197, 201, 204, 207, 211], "start_point": {"row": 58, "column": 15}, "end_point": {"row": 58, "column": 133}}, {"id": 181, "type": "parameter_declaration", "text": "\u6570\nint clie", "parent": 180, "children": [182, 183], "start_point": {"row": 58, "column": 16}, "end_point": {"row": 58, "column": 26}}, {"id": 182, "type": "primitive_type", "text": "\u6570\ni", "parent": 181, "children": [], "start_point": {"row": 58, "column": 16}, "end_point": {"row": 58, "column": 19}}, {"id": 183, "type": "identifier", "text": "t clie", "parent": 181, "children": [], "start_point": {"row": 58, "column": 20}, "end_point": {"row": 58, "column": 26}}, {"id": 184, "type": "parameter_declaration", "text": "t_list(int s", "parent": 180, 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"primitive_type", "text": "ckfd", "parent": 189, "children": [], "start_point": {"row": 58, "column": 40}, "end_point": {"row": 58, "column": 44}}, {"id": 191, "type": "pointer_declarator", "text": "char *", "parent": 189, "children": [192, 193], "start_point": {"row": 58, "column": 45}, "end_point": {"row": 58, "column": 51}}, {"id": 192, "type": "*", "text": "c", "parent": 191, "children": [], "start_point": {"row": 58, "column": 45}, "end_point": {"row": 58, "column": 46}}, {"id": 193, "type": "identifier", "text": "har *", "parent": 191, "children": [], "start_point": {"row": 58, "column": 46}, "end_point": {"row": 58, "column": 51}}, {"id": 194, "type": "parameter_declaration", "text": "uffer,int i", "parent": 180, "children": [195, 196], "start_point": {"row": 58, "column": 52}, "end_point": {"row": 58, "column": 63}}, {"id": 195, "type": "primitive_type", "text": "uff", "parent": 194, "children": [], "start_point": {"row": 58, "column": 52}, "end_point": {"row": 58, "column": 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"start_point": {"row": 58, "column": 78}, "end_point": {"row": 58, "column": 91}}, {"id": 202, "type": "primitive_type", "text": "RT_", "parent": 201, "children": [], "start_point": {"row": 58, "column": 78}, "end_point": {"row": 58, "column": 81}}, {"id": 203, "type": "identifier", "text": "p,int POR", "parent": 201, "children": [], "start_point": {"row": 58, "column": 82}, "end_point": {"row": 58, "column": 91}}, {"id": 204, "type": "parameter_declaration", "text": "_port,int i", "parent": 180, "children": [205, 206], "start_point": {"row": 58, "column": 92}, "end_point": {"row": 58, "column": 103}}, {"id": 205, "type": "primitive_type", "text": "_po", "parent": 204, "children": [], "start_point": {"row": 58, "column": 92}, "end_point": {"row": 58, "column": 95}}, {"id": 206, "type": "identifier", "text": "t,int i", "parent": 204, "children": [], "start_point": {"row": 58, "column": 96}, "end_point": {"row": 58, "column": 103}}, {"id": 207, "type": "parameter_declaration", "text": 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<netdb.h>"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include <unistd.h>\n"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include <errno.h>\n"}, {"node_id": 22, "text": "#include"}, {"node_id": 24, "text": "#include <ctype.h>\n"}, {"node_id": 25, "text": "#include"}, {"node_id": 27, "text": "#include <string.h>\n"}, {"node_id": 28, "text": "#include"}, {"node_id": 30, "text": "#include <memory.h>\n"}, {"node_id": 31, "text": "#include"}, {"node_id": 33, "text": "#include <stdio.h>\n"}, {"node_id": 34, "text": "#include"}, {"node_id": 36, "text": "#include <stdlib.h>\n"}, {"node_id": 37, "text": "#include"}, {"node_id": 39, "text": "#include <dirent.h>\n"}, {"node_id": 40, "text": "#include"}, {"node_id": 42, "text": "#include <fcntl.h>\n"}, {"node_id": 43, "text": "#include"}]}, "original_source_code": "#ifndef CLIENT_H\n#define CLIENT_H\n\n#include <sys/socket.h>\n#include <netinet/in.h>\n#include <arpa/inet.h>\n#include <netdb.h>\t\n\n#include <unistd.h>\n#include <errno.h>\n\n#include <ctype.h>\n#include <string.h>\n#include <memory.h>\n#include <stdio.h>\n#include <stdlib.h>\n#include <dirent.h>\n#include <fcntl.h>\n\n/* =============================================\n * \u4e00\u4e9b\u5b8f\u5b9a\u4e49\u6216\u5168\u5c40\u6570\u636e\n * =============================================\n */\n#define MAX_SIZE 1024\n#define COMMAND_NUM 17\n\nchar *CLIENT_INSTRUCTION[]=\n{\n\t\"USER\",\t\"PASS\", \n\t\"RETR\", \"STOR\", \n\t\"QUIT\", \"SYST\", \n\t\"TYPE\", \"PORT\", \n\t\"PASV\", \"MKD\", \n\t\"CWD\", \"PWD\",\n\t\"LIST\", \"RMD\", \n\t\"RNFR\", \"RNTO\",\n\t\"REST\" \n};\n\n\n/* =============================================\n * \u5ba2\u6237\u7aef\u76f8\u5173\u51fd\u6570\n * =============================================\n */\n\n//\u5ba2\u6237\u7aef\u8fd0\u884c\u7684\u4e3b\u8981\u63a7\u5236\u51fd\u6570\nint client_work(int argc,char **argv);\n\n//\u5ba2\u6237\u7aefPORT\u547d\u4ee4\u7684\u63a7\u5236\u51fd\u6570\nint client_port(char* param,char *ip,int *port);\n\n//\u5ba2\u6237\u7aefPASV\u547d\u4ee4\u7684\u63a7\u5236\u51fd\u6570\nint client_pasv(int sockfd,char *buffer,char *ip,int *port);\n\n//\u5ba2\u6237\u7aefRETR\u547d\u4ee4\u63a7\u5236\u51fd\u6570\nint client_retr(int sockfd,char *buffer,char *param,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n//\u5ba2\u6237\u7aefSTOR\u547d\u4ee4\u63a7\u5236\u51fd\u6570\nint client_stor(int sockfd,char *buffer,char *param,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n//\u5ba2\u6237\u7aefLIST\u547d\u4ee4\u63a7\u5236\u51fd\u6570\nint client_list(int sockfd,char *buffer,int is_PORT,char *PORT_ip,int PORT_port,int is_PASV,char * PASV_ip,int PASV_port);\n\n\n/* =============================================\n * \u57fa\u7840\u5904\u7406\u51fd\u6570\n * =============================================\n */\n//\u521b\u5efa\u5957\u63a5\u5b57\u5e76\u76d1\u542c\nint create_socket(int port);\n\n//\u5904\u7406\u5957\u63a5\u5b57\u63a5\u53d7\u8bf7\u6c42\nint accept_socket(int listenfd);\n\n//\u53d1\u9001\u6570\u636e\nint send_data(int sockfd,char *buf,int bufsize);\n\n//\u4ece\u547d\u4ee4\u884c\u4e2d\u8bfb\u53d6\u8f93\u5165\nint get_input(char* buffer, int size,char *cmd,char *param);\n\n//\u5f97\u5230ip\u5730\u5740\u548c\u7aef\u53e3port\nint get_ip_port(char *param,char *ip,int *port);\n\n#endif\n"}
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/*===================================================================
The Medical Imaging Interaction Toolkit (MITK)
Copyright (c) German Cancer Research Center,
Division of Medical and Biological Informatics.
All rights reserved.
This software is distributed WITHOUT ANY WARRANTY; without
even the implied warranty of MERCHANTABILITY or FITNESS FOR
A PARTICULAR PURPOSE.
See LICENSE.txt or http://www.mitk.org for details.
===================================================================*/
#ifndef QmitkSlicesInterpolator_h_Included
#define QmitkSlicesInterpolator_h_Included
#include "mitkSliceNavigationController.h"
#include <MitkSegmentationUIExports.h>
#include "mitkSegmentationInterpolationController.h"
#include "mitkDataNode.h"
#include "mitkDataStorage.h"
#include "mitkWeakPointer.h"
#include "mitkSurfaceInterpolationController.h"
#include "mitkToolManager.h"
#include <QWidget>
#include <map>
#include <QComboBox>
#include <QFrame>
#include <QRadioButton>
#include <QGroupBox>
#include <QCheckBox>
#include "mitkVtkRepresentationProperty.h"
#include "vtkProperty.h"
//For running 3D interpolation in background
#include <QtConcurrentRun>
#include <QFuture>
#include <QFutureWatcher>
#include <QTimer>
namespace mitk
{
class PlaneGeometry;
class SliceNavigationController;
}
class QPushButton;
/**
\brief GUI for slices interpolation.
\ingroup ToolManagerEtAl
\ingroup Widgets
\sa QmitkInteractiveSegmentation
\sa mitk::SegmentationInterpolation
There is a separate page describing the general design of QmitkInteractiveSegmentation: \ref QmitkInteractiveSegmentationTechnicalPage
While mitk::SegmentationInterpolation does the bookkeeping of interpolation
(keeping track of which slices contain how much segmentation) and the algorithmic work,
QmitkSlicesInterpolator is responsible to watch the GUI, to notice, which slice is currently
visible. It triggers generation of interpolation suggestions and also triggers acception of
suggestions.
\todo show/hide feedback on demand
Last contributor: $Author: maleike $
*/
class MitkSegmentationUI_EXPORT QmitkSlicesInterpolator : public QWidget
{
Q_OBJECT
public:
QmitkSlicesInterpolator(QWidget* parent = 0, const char* name = 0);
/**
To be called once before real use.
*/
void Initialize(mitk::ToolManager* toolManager, const QList<mitk::SliceNavigationController*> &controllers);
void Uninitialize();
virtual ~QmitkSlicesInterpolator();
void SetDataStorage( mitk::DataStorage::Pointer storage );
mitk::DataStorage* GetDataStorage();
/**
Just public because it is called by itk::Commands. You should not need to call this.
*/
void OnToolManagerWorkingDataModified();
/**
Just public because it is called by itk::Commands. You should not need to call this.
*/
void OnToolManagerReferenceDataModified();
void OnTimeChanged(itk::Object* sender, const itk::EventObject&);
void OnSliceChanged(itk::Object* sender, const itk::EventObject&);
void OnSliceNavigationControllerDeleted(const itk::Object *sender, const itk::EventObject& );
/**
Just public because it is called by itk::Commands. You should not need to call this.
*/
void OnInterpolationInfoChanged(const itk::EventObject&);
/**
Just public because it is called by itk::Commands. You should not need to call this.
*/
void OnSurfaceInterpolationInfoChanged(const itk::EventObject&);
/**
* @brief Set the visibility of the 3d interpolation
*/
void Show3DInterpolationResult(bool);
signals:
void SignalRememberContourPositions(bool);
void SignalShowMarkerNodes(bool);
public slots:
virtual void setEnabled( bool );
/**
Call this from the outside to enable/disable interpolation
*/
void EnableInterpolation(bool);
void Enable3DInterpolation(bool);
/**
Call this from the outside to accept all interpolations
*/
void FinishInterpolation(mitk::SliceNavigationController* slicer = NULL);
protected slots:
/**
Reaction to button clicks.
*/
void OnAcceptInterpolationClicked();
/*
Opens popup to ask about which orientation should be interpolated
*/
void OnAcceptAllInterpolationsClicked();
/*
Reaction to button clicks
*/
void OnAccept3DInterpolationClicked();
/*
* Will trigger interpolation for all slices in given orientation (called from popup menu of OnAcceptAllInterpolationsClicked)
*/
void OnAcceptAllPopupActivated(QAction* action);
/**
Called on activation/deactivation
*/
void OnInterpolationActivated(bool);
void On3DInterpolationActivated(bool);
void OnInterpolationMethodChanged(int index);
//Enhancement for 3D interpolation
void On2DInterpolationEnabled(bool);
void On3DInterpolationEnabled(bool);
void OnInterpolationDisabled(bool);
void OnShowMarkers(bool);
void Run3DInterpolation();
void OnSurfaceInterpolationFinished();
void StartUpdateInterpolationTimer();
void StopUpdateInterpolationTimer();
void ChangeSurfaceColor();
protected:
const std::map<QAction*, mitk::SliceNavigationController*> createActionToSliceDimension();
std::map<QAction*, mitk::SliceNavigationController*> ACTION_TO_SLICEDIMENSION;
void AcceptAllInterpolations(mitk::SliceNavigationController* slicer);
/**
Retrieves the currently selected PlaneGeometry from a SlicedGeometry3D that is generated by a SliceNavigationController
and calls Interpolate to further process this PlaneGeometry into an interpolation.
\param e is a actually a mitk::SliceNavigationController::GeometrySliceEvent, sent by a SliceNavigationController
\param slice the SliceNavigationController
*/
bool TranslateAndInterpolateChangedSlice(const itk::EventObject& e, mitk::SliceNavigationController* slicer);
/**
Given a PlaneGeometry, this method figures out which slice of the first working image (of the associated ToolManager)
should be interpolated. The actual work is then done by our SegmentationInterpolation object.
*/
void Interpolate( mitk::PlaneGeometry* plane, unsigned int timeStep, mitk::SliceNavigationController *slicer );
//void InterpolateSurface();
/**
Called internally to update the interpolation suggestion. Finds out about the focused render window and requests an interpolation.
*/
void UpdateVisibleSuggestion();
void SetCurrentContourListID();
private:
void HideAllInterpolationControls();
void Show2DInterpolationControls(bool show);
void Show3DInterpolationControls(bool show);
void CheckSupportedImageDimension();
mitk::SegmentationInterpolationController::Pointer m_Interpolator;
mitk::SurfaceInterpolationController::Pointer m_SurfaceInterpolator;
mitk::ToolManager::Pointer m_ToolManager;
bool m_Initialized;
QHash<mitk::SliceNavigationController*, int> m_ControllerToTimeObserverTag;
QHash<mitk::SliceNavigationController*, int> m_ControllerToSliceObserverTag;
QHash<mitk::SliceNavigationController*, int> m_ControllerToDeleteObserverTag;
unsigned int InterpolationInfoChangedObserverTag;
unsigned int SurfaceInterpolationInfoChangedObserverTag;
QGroupBox* m_GroupBoxEnableExclusiveInterpolationMode;
QComboBox* m_CmbInterpolation;
QPushButton* m_BtnApply2D;
QPushButton* m_BtnApplyForAllSlices2D;
QPushButton* m_BtnApply3D;
QCheckBox* m_ChkShowPositionNodes;
mitk::DataNode::Pointer m_FeedbackNode;
mitk::DataNode::Pointer m_InterpolatedSurfaceNode;
mitk::DataNode::Pointer m_3DContourNode;
mitk::Image* m_Segmentation;
mitk::SliceNavigationController* m_LastSNC;
unsigned int m_LastSliceIndex;
QHash<mitk::SliceNavigationController*, unsigned int> m_TimeStep;
bool m_2DInterpolationEnabled;
bool m_3DInterpolationEnabled;
//unsigned int m_CurrentListID;
mitk::DataStorage::Pointer m_DataStorage;
QFuture<void> m_Future;
QFutureWatcher<void> m_Watcher;
QTimer* m_Timer;
};
#endif
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(translation_unit) "/*===================================================================\n\nThe Medical Imaging Interaction Toolkit (MITK)\n\nCopyright (c) German Cancer Research Center,\nDivision of Medical and Biological Informatics.\nAll rights reserved.\n\nThis software is distributed WITHOUT ANY WARRANTY; without\neven the implied warranty of MERCHANTABILITY or FITNESS FOR\nA PARTICULAR PURPOSE.\n\nSee LICENSE.txt or http://www.mitk.org for details.\n\n===================================================================*/\n\n#ifndef QmitkSlicesInterpolator_h_Included\n#define QmitkSlicesInterpolator_h_Included\n\n#include "mitkSliceNavigationController.h"\n#include <MitkSegmentationUIExports.h>\n#include "mitkSegmentationInterpolationController.h"\n#include "mitkDataNode.h"\n#include "mitkDataStorage.h"\n#include "mitkWeakPointer.h"\n#include "mitkSurfaceInterpolationController.h"\n#include "mitkToolManager.h"\n\n#include <QWidget>\n#include <map>\n\n#include <QComboBox>\n#include <QFrame>\n#include <QRadioButton>\n#include <QGroupBox>\n#include <QCheckBox>\n\n#include "mitkVtkRepresentationProperty.h"\n#include "vtkProperty.h"\n\n//For running 3D interpolation in background\n#include <QtConcurrentRun>\n#include <QFuture>\n#include <QFutureWatcher>\n#include <QTimer>\n\n\nnamespace mitk\n{\n class PlaneGeometry;\n class SliceNavigationController;\n}\n\nclass QPushButton;\n\n\n/**\n \brief GUI for slices interpolation.\n\n \ingroup ToolManagerEtAl\n \ingroup Widgets\n\n \sa QmitkInteractiveSegmentation\n \sa mitk::SegmentationInterpolation\n\n There is a separate page describing the general design of QmitkInteractiveSegmentation: \ref QmitkInteractiveSegmentationTechnicalPage\n\n While mitk::SegmentationInterpolation does the bookkeeping of interpolation\n (keeping track of which slices contain how much segmentation) and the algorithmic work,\n QmitkSlicesInterpolator is responsible to watch the GUI, to notice, which slice is currently\n visible. It triggers generation of interpolation suggestions and also triggers acception of\n suggestions.\n\n \todo show/hide feedback on demand\n\n Last contributor: $Author: maleike $\n*/\nclass MitkSegmentationUI_EXPORT QmitkSlicesInterpolator : public QWidget\n{\n Q_OBJECT\n\n public:\n\n QmitkSlicesInterpolator(QWidget* parent = 0, const char* name = 0);\n\n /**\n To be called once before real use.\n */\n void Initialize(mitk::ToolManager* toolManager, const QList<mitk::SliceNavigationController*> &controllers);\n\n void Uninitialize();\n\n virtual ~QmitkSlicesInterpolator();\n\n void SetDataStorage( mitk::DataStorage::Pointer storage );\n mitk::DataStorage* GetDataStorage();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerWorkingDataModified();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerReferenceDataModified();\n\n void OnTimeChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceNavigationControllerDeleted(const itk::Object *sender, const itk::EventObject& );\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnSurfaceInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n * @brief Set the visibility of the 3d interpolation\n */\n void Show3DInterpolationResult(bool);\n\n signals:\n\n void SignalRememberContourPositions(bool);\n void SignalShowMarkerNodes(bool);\n\n public slots:\n\n virtual void setEnabled( bool );\n /**\n Call this from the outside to enable/disable interpolation\n */\n void EnableInterpolation(bool);\n\n void Enable3DInterpolation(bool);\n\n\n\n /**\n Call this from the outside to accept all interpolations\n */\n void FinishInterpolation(mitk::SliceNavigationController* slicer = NULL);\n\n protected slots:\n\n /**\n Reaction to button clicks.\n */\n void OnAcceptInterpolationClicked();\n\n /*\n Opens popup to ask about which orientation should be interpolated\n */\n void OnAcceptAllInterpolationsClicked();\n\n /*\n Reaction to button clicks\n */\n void OnAccept3DInterpolationClicked();\n\n /*\n * Will trigger interpolation for all slices in given orientation (called from popup menu of OnAcceptAllInterpolationsClicked)\n */\n void OnAcceptAllPopupActivated(QAction* action);\n\n /**\n Called on activation/deactivation\n */\n void OnInterpolationActivated(bool);\n\n void On3DInterpolationActivated(bool);\n\n void OnInterpolationMethodChanged(int index);\n\n //Enhancement for 3D interpolation\n void On2DInterpolationEnabled(bool);\n void On3DInterpolationEnabled(bool);\n void OnInterpolationDisabled(bool);\n void OnShowMarkers(bool);\n\n void Run3DInterpolation();\n\n void OnSurfaceInterpolationFinished();\n\n void StartUpdateInterpolationTimer();\n\n void StopUpdateInterpolationTimer();\n\n void ChangeSurfaceColor();\n\n protected:\n\n const std::map<QAction*, mitk::SliceNavigationController*> createActionToSliceDimension();\n std::map<QAction*, mitk::SliceNavigationController*> ACTION_TO_SLICEDIMENSION;\n\n void AcceptAllInterpolations(mitk::SliceNavigationController* slicer);\n\n /**\n Retrieves the currently selected PlaneGeometry from a SlicedGeometry3D that is generated by a SliceNavigationController\n and calls Interpolate to further process this PlaneGeometry into an interpolation.\n\n \param e is a actually a mitk::SliceNavigationController::GeometrySliceEvent, sent by a SliceNavigationController\n \param slice the SliceNavigationController\n */\n bool TranslateAndInterpolateChangedSlice(const itk::EventObject& e, mitk::SliceNavigationController* slicer);\n\n /**\n Given a PlaneGeometry, this method figures out which slice of the first working image (of the associated ToolManager)\n should be interpolated. The actual work is then done by our SegmentationInterpolation object.\n */\n void Interpolate( mitk::PlaneGeometry* plane, unsigned int timeStep, mitk::SliceNavigationController *slicer );\n\n //void InterpolateSurface();\n\n /**\n Called internally to update the interpolation suggestion. Finds out about the focused render window and requests an interpolation.\n */\n void UpdateVisibleSuggestion();\n\n void SetCurrentContourListID();\n\nprivate:\n\n void HideAllInterpolationControls();\n void Show2DInterpolationControls(bool show);\n void Show3DInterpolationControls(bool show);\n void CheckSupportedImageDimension();\n\n mitk::SegmentationInterpolationController::Pointer m_Interpolator;\n mitk::SurfaceInterpolationController::Pointer m_SurfaceInterpolator;\n\n mitk::ToolManager::Pointer m_ToolManager;\n bool m_Initialized;\n\n QHash<mitk::SliceNavigationController*, int> m_ControllerToTimeObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToSliceObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToDeleteObserverTag;\n\n unsigned int InterpolationInfoChangedObserverTag;\n unsigned int SurfaceInterpolationInfoChangedObserverTag;\n\n QGroupBox* m_GroupBoxEnableExclusiveInterpolationMode;\n QComboBox* m_CmbInterpolation;\n QPushButton* m_BtnApply2D;\n QPushButton* m_BtnApplyForAllSlices2D;\n QPushButton* m_BtnApply3D;\n QCheckBox* m_ChkShowPositionNodes;\n\n mitk::DataNode::Pointer m_FeedbackNode;\n mitk::DataNode::Pointer m_InterpolatedSurfaceNode;\n mitk::DataNode::Pointer m_3DContourNode;\n\n mitk::Image* m_Segmentation;\n\n mitk::SliceNavigationController* m_LastSNC;\n unsigned int m_LastSliceIndex;\n\n QHash<mitk::SliceNavigationController*, unsigned int> m_TimeStep;\n\n bool m_2DInterpolationEnabled;\n bool m_3DInterpolationEnabled;\n //unsigned int m_CurrentListID;\n\n mitk::DataStorage::Pointer m_DataStorage;\n\n QFuture<void> m_Future;\n QFutureWatcher<void> m_Watcher;\n QTimer* m_Timer;\n};\n\n#endif\n\n"
(comment) "/*===================================================================\n\nThe Medical Imaging Interaction Toolkit (MITK)\n\nCopyright (c) German Cancer Research Center,\nDivision of Medical and Biological Informatics.\nAll rights reserved.\n\nThis software is distributed WITHOUT ANY WARRANTY; without\neven the implied warranty of MERCHANTABILITY or FITNESS FOR\nA PARTICULAR PURPOSE.\n\nSee LICENSE.txt or http://www.mitk.org for details.\n\n===================================================================*/"
(preproc_ifdef) "#ifndef QmitkSlicesInterpolator_h_Included\n#define QmitkSlicesInterpolator_h_Included\n\n#include "mitkSliceNavigationController.h"\n#include <MitkSegmentationUIExports.h>\n#include "mitkSegmentationInterpolationController.h"\n#include "mitkDataNode.h"\n#include "mitkDataStorage.h"\n#include "mitkWeakPointer.h"\n#include "mitkSurfaceInterpolationController.h"\n#include "mitkToolManager.h"\n\n#include <QWidget>\n#include <map>\n\n#include <QComboBox>\n#include <QFrame>\n#include <QRadioButton>\n#include <QGroupBox>\n#include <QCheckBox>\n\n#include "mitkVtkRepresentationProperty.h"\n#include "vtkProperty.h"\n\n//For running 3D interpolation in background\n#include <QtConcurrentRun>\n#include <QFuture>\n#include <QFutureWatcher>\n#include <QTimer>\n\n\nnamespace mitk\n{\n class PlaneGeometry;\n class SliceNavigationController;\n}\n\nclass QPushButton;\n\n\n/**\n \brief GUI for slices interpolation.\n\n \ingroup ToolManagerEtAl\n \ingroup Widgets\n\n \sa QmitkInteractiveSegmentation\n \sa mitk::SegmentationInterpolation\n\n There is a separate page describing the general design of QmitkInteractiveSegmentation: \ref QmitkInteractiveSegmentationTechnicalPage\n\n While mitk::SegmentationInterpolation does the bookkeeping of interpolation\n (keeping track of which slices contain how much segmentation) and the algorithmic work,\n QmitkSlicesInterpolator is responsible to watch the GUI, to notice, which slice is currently\n visible. It triggers generation of interpolation suggestions and also triggers acception of\n suggestions.\n\n \todo show/hide feedback on demand\n\n Last contributor: $Author: maleike $\n*/\nclass MitkSegmentationUI_EXPORT QmitkSlicesInterpolator : public QWidget\n{\n Q_OBJECT\n\n public:\n\n QmitkSlicesInterpolator(QWidget* parent = 0, const char* name = 0);\n\n /**\n To be called once before real use.\n */\n void Initialize(mitk::ToolManager* toolManager, const QList<mitk::SliceNavigationController*> &controllers);\n\n void Uninitialize();\n\n virtual ~QmitkSlicesInterpolator();\n\n void SetDataStorage( mitk::DataStorage::Pointer storage );\n mitk::DataStorage* GetDataStorage();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerWorkingDataModified();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerReferenceDataModified();\n\n void OnTimeChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceNavigationControllerDeleted(const itk::Object *sender, const itk::EventObject& );\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnSurfaceInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n * @brief Set the visibility of the 3d interpolation\n */\n void Show3DInterpolationResult(bool);\n\n signals:\n\n void SignalRememberContourPositions(bool);\n void SignalShowMarkerNodes(bool);\n\n public slots:\n\n virtual void setEnabled( bool );\n /**\n Call this from the outside to enable/disable interpolation\n */\n void EnableInterpolation(bool);\n\n void Enable3DInterpolation(bool);\n\n\n\n /**\n Call this from the outside to accept all interpolations\n */\n void FinishInterpolation(mitk::SliceNavigationController* slicer = NULL);\n\n protected slots:\n\n /**\n Reaction to button clicks.\n */\n void OnAcceptInterpolationClicked();\n\n /*\n Opens popup to ask about which orientation should be interpolated\n */\n void OnAcceptAllInterpolationsClicked();\n\n /*\n Reaction to button clicks\n */\n void OnAccept3DInterpolationClicked();\n\n /*\n * Will trigger interpolation for all slices in given orientation (called from popup menu of OnAcceptAllInterpolationsClicked)\n */\n void OnAcceptAllPopupActivated(QAction* action);\n\n /**\n Called on activation/deactivation\n */\n void OnInterpolationActivated(bool);\n\n void On3DInterpolationActivated(bool);\n\n void OnInterpolationMethodChanged(int index);\n\n //Enhancement for 3D interpolation\n void On2DInterpolationEnabled(bool);\n void On3DInterpolationEnabled(bool);\n void OnInterpolationDisabled(bool);\n void OnShowMarkers(bool);\n\n void Run3DInterpolation();\n\n void OnSurfaceInterpolationFinished();\n\n void StartUpdateInterpolationTimer();\n\n void StopUpdateInterpolationTimer();\n\n void ChangeSurfaceColor();\n\n protected:\n\n const std::map<QAction*, mitk::SliceNavigationController*> createActionToSliceDimension();\n std::map<QAction*, mitk::SliceNavigationController*> ACTION_TO_SLICEDIMENSION;\n\n void AcceptAllInterpolations(mitk::SliceNavigationController* slicer);\n\n /**\n Retrieves the currently selected PlaneGeometry from a SlicedGeometry3D that is generated by a SliceNavigationController\n and calls Interpolate to further process this PlaneGeometry into an interpolation.\n\n \param e is a actually a mitk::SliceNavigationController::GeometrySliceEvent, sent by a SliceNavigationController\n \param slice the SliceNavigationController\n */\n bool TranslateAndInterpolateChangedSlice(const itk::EventObject& e, mitk::SliceNavigationController* slicer);\n\n /**\n Given a PlaneGeometry, this method figures out which slice of the first working image (of the associated ToolManager)\n should be interpolated. The actual work is then done by our SegmentationInterpolation object.\n */\n void Interpolate( mitk::PlaneGeometry* plane, unsigned int timeStep, mitk::SliceNavigationController *slicer );\n\n //void InterpolateSurface();\n\n /**\n Called internally to update the interpolation suggestion. Finds out about the focused render window and requests an interpolation.\n */\n void UpdateVisibleSuggestion();\n\n void SetCurrentContourListID();\n\nprivate:\n\n void HideAllInterpolationControls();\n void Show2DInterpolationControls(bool show);\n void Show3DInterpolationControls(bool show);\n void CheckSupportedImageDimension();\n\n mitk::SegmentationInterpolationController::Pointer m_Interpolator;\n mitk::SurfaceInterpolationController::Pointer m_SurfaceInterpolator;\n\n mitk::ToolManager::Pointer m_ToolManager;\n bool m_Initialized;\n\n QHash<mitk::SliceNavigationController*, int> m_ControllerToTimeObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToSliceObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToDeleteObserverTag;\n\n unsigned int InterpolationInfoChangedObserverTag;\n unsigned int SurfaceInterpolationInfoChangedObserverTag;\n\n QGroupBox* m_GroupBoxEnableExclusiveInterpolationMode;\n QComboBox* m_CmbInterpolation;\n QPushButton* m_BtnApply2D;\n QPushButton* m_BtnApplyForAllSlices2D;\n QPushButton* m_BtnApply3D;\n QCheckBox* m_ChkShowPositionNodes;\n\n mitk::DataNode::Pointer m_FeedbackNode;\n mitk::DataNode::Pointer m_InterpolatedSurfaceNode;\n mitk::DataNode::Pointer m_3DContourNode;\n\n mitk::Image* m_Segmentation;\n\n mitk::SliceNavigationController* m_LastSNC;\n unsigned int m_LastSliceIndex;\n\n QHash<mitk::SliceNavigationController*, unsigned int> m_TimeStep;\n\n bool m_2DInterpolationEnabled;\n bool m_3DInterpolationEnabled;\n //unsigned int m_CurrentListID;\n\n mitk::DataStorage::Pointer m_DataStorage;\n\n QFuture<void> m_Future;\n QFutureWatcher<void> m_Watcher;\n QTimer* m_Timer;\n};\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "QmitkSlicesInterpolator_h_Included"
(preproc_def) "#define QmitkSlicesInterpolator_h_Included\n"
(#define) "#define"
(identifier) "QmitkSlicesInterpolator_h_Included"
(preproc_include) "#include "mitkSliceNavigationController.h"\n"
(#include) "#include"
(string_literal) ""mitkSliceNavigationController.h""
(") """
(string_content) "mitkSliceNavigationController.h"
(") """
(preproc_include) "#include <MitkSegmentationUIExports.h>\n"
(#include) "#include"
(system_lib_string) "<MitkSegmentationUIExports.h>"
(preproc_include) "#include "mitkSegmentationInterpolationController.h"\n"
(#include) "#include"
(string_literal) ""mitkSegmentationInterpolationController.h""
(") """
(string_content) "mitkSegmentationInterpolationController.h"
(") """
(preproc_include) "#include "mitkDataNode.h"\n"
(#include) "#include"
(string_literal) ""mitkDataNode.h""
(") """
(string_content) "mitkDataNode.h"
(") """
(preproc_include) "#include "mitkDataStorage.h"\n"
(#include) "#include"
(string_literal) ""mitkDataStorage.h""
(") """
(string_content) "mitkDataStorage.h"
(") """
(preproc_include) "#include "mitkWeakPointer.h"\n"
(#include) "#include"
(string_literal) ""mitkWeakPointer.h""
(") """
(string_content) "mitkWeakPointer.h"
(") """
(preproc_include) "#include "mitkSurfaceInterpolationController.h"\n"
(#include) "#include"
(string_literal) ""mitkSurfaceInterpolationController.h""
(") """
(string_content) "mitkSurfaceInterpolationController.h"
(") """
(preproc_include) "#include "mitkToolManager.h"\n"
(#include) "#include"
(string_literal) ""mitkToolManager.h""
(") """
(string_content) "mitkToolManager.h"
(") """
(preproc_include) "#include <QWidget>\n"
(#include) "#include"
(system_lib_string) "<QWidget>"
(preproc_include) "#include <map>\n"
(#include) "#include"
(system_lib_string) "<map>"
(preproc_include) "#include <QComboBox>\n"
(#include) "#include"
(system_lib_string) "<QComboBox>"
(preproc_include) "#include <QFrame>\n"
(#include) "#include"
(system_lib_string) "<QFrame>"
(preproc_include) "#include <QRadioButton>\n"
(#include) "#include"
(system_lib_string) "<QRadioButton>"
(preproc_include) "#include <QGroupBox>\n"
(#include) "#include"
(system_lib_string) "<QGroupBox>"
(preproc_include) "#include <QCheckBox>\n"
(#include) "#include"
(system_lib_string) "<QCheckBox>"
(preproc_include) "#include "mitkVtkRepresentationProperty.h"\n"
(#include) "#include"
(string_literal) ""mitkVtkRepresentationProperty.h""
(") """
(string_content) "mitkVtkRepresentationProperty.h"
(") """
(preproc_include) "#include "vtkProperty.h"\n"
(#include) "#include"
(string_literal) ""vtkProperty.h""
(") """
(string_content) "vtkProperty.h"
(") """
(comment) "//For running 3D interpolation in background"
(preproc_include) "#include <QtConcurrentRun>\n"
(#include) "#include"
(system_lib_string) "<QtConcurrentRun>"
(preproc_include) "#include <QFuture>\n"
(#include) "#include"
(system_lib_string) "<QFuture>"
(preproc_include) "#include <QFutureWatcher>\n"
(#include) "#include"
(system_lib_string) "<QFutureWatcher>"
(preproc_include) "#include <QTimer>\n"
(#include) "#include"
(system_lib_string) "<QTimer>"
(function_definition) "namespace mitk\n{\n class PlaneGeometry;\n class SliceNavigationController;\n}"
(type_identifier) "namespace"
(identifier) "mitk"
(compound_statement) "{\n class PlaneGeometry;\n class SliceNavigationController;\n}"
({) "{"
(declaration) "class PlaneGeometry;"
(type_identifier) "class"
(identifier) "PlaneGeometry"
(;) ";"
(declaration) "class SliceNavigationController;"
(type_identifier) "class"
(identifier) "SliceNavigationController"
(;) ";"
(}) "}"
(declaration) "class QPushButton;"
(type_identifier) "class"
(identifier) "QPushButton"
(;) ";"
(comment) "/**\n \brief GUI for slices interpolation.\n\n \ingroup ToolManagerEtAl\n \ingroup Widgets\n\n \sa QmitkInteractiveSegmentation\n \sa mitk::SegmentationInterpolation\n\n There is a separate page describing the general design of QmitkInteractiveSegmentation: \ref QmitkInteractiveSegmentationTechnicalPage\n\n While mitk::SegmentationInterpolation does the bookkeeping of interpolation\n (keeping track of which slices contain how much segmentation) and the algorithmic work,\n QmitkSlicesInterpolator is responsible to watch the GUI, to notice, which slice is currently\n visible. It triggers generation of interpolation suggestions and also triggers acception of\n suggestions.\n\n \todo show/hide feedback on demand\n\n Last contributor: $Author: maleike $\n*/"
(declaration) "class MitkSegmentationUI_EXPORT"
(type_identifier) "class"
(identifier) "MitkSegmentationUI_EXPORT"
(;) ""
(labeled_statement) "QmitkSlicesInterpolator : public QWidget\n{\n Q_OBJECT\n\n public:\n\n QmitkSlicesInterpolator(QWidget* parent = 0, const char* name = 0);\n\n /**\n To be called once before real use.\n */\n void Initialize(mitk::ToolManager* toolManager, const QList<mitk::SliceNavigationController*> &controllers);\n\n void Uninitialize();\n\n virtual ~QmitkSlicesInterpolator();\n\n void SetDataStorage( mitk::DataStorage::Pointer storage );\n mitk::DataStorage* GetDataStorage();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerWorkingDataModified();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerReferenceDataModified();\n\n void OnTimeChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceNavigationControllerDeleted(const itk::Object *sender, const itk::EventObject& );\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnSurfaceInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n * @brief Set the visibility of the 3d interpolation\n */\n void Show3DInterpolationResult(bool);\n\n signals:\n\n void SignalRememberContourPositions(bool);\n void SignalShowMarkerNodes(bool);\n\n public slots:\n\n virtual void setEnabled( bool );\n /**\n Call this from the outside to enable/disable interpolation\n */\n void EnableInterpolation(bool);\n\n void Enable3DInterpolation(bool);\n\n\n\n /**\n Call this from the outside to accept all interpolations\n */\n void FinishInterpolation(mitk::SliceNavigationController* slicer = NULL);\n\n protected slots:\n\n /**\n Reaction to button clicks.\n */\n void OnAcceptInterpolationClicked();\n\n /*\n Opens popup to ask about which orientation should be interpolated\n */\n void OnAcceptAllInterpolationsClicked();\n\n /*\n Reaction to button clicks\n */\n void OnAccept3DInterpolationClicked();\n\n /*\n * Will trigger interpolation for all slices in given orientation (called from popup menu of OnAcceptAllInterpolationsClicked)\n */\n void OnAcceptAllPopupActivated(QAction* action);\n\n /**\n Called on activation/deactivation\n */\n void OnInterpolationActivated(bool);\n\n void On3DInterpolationActivated(bool);\n\n void OnInterpolationMethodChanged(int index);\n\n //Enhancement for 3D interpolation\n void On2DInterpolationEnabled(bool);\n void On3DInterpolationEnabled(bool);\n void OnInterpolationDisabled(bool);\n void OnShowMarkers(bool);\n\n void Run3DInterpolation();\n\n void OnSurfaceInterpolationFinished();\n\n void StartUpdateInterpolationTimer();\n\n void StopUpdateInterpolationTimer();\n\n void ChangeSurfaceColor();\n\n protected:\n\n const std::map<QAction*, mitk::SliceNavigationController*> createActionToSliceDimension();\n std::map<QAction*, mitk::SliceNavigationController*> ACTION_TO_SLICEDIMENSION;\n\n void AcceptAllInterpolations(mitk::SliceNavigationController* slicer);\n\n /**\n Retrieves the currently selected PlaneGeometry from a SlicedGeometry3D that is generated by a SliceNavigationController\n and calls Interpolate to further process this PlaneGeometry into an interpolation.\n\n \param e is a actually a mitk::SliceNavigationController::GeometrySliceEvent, sent by a SliceNavigationController\n \param slice the SliceNavigationController\n */\n bool TranslateAndInterpolateChangedSlice(const itk::EventObject& e, mitk::SliceNavigationController* slicer);\n\n /**\n Given a PlaneGeometry, this method figures out which slice of the first working image (of the associated ToolManager)\n should be interpolated. The actual work is then done by our SegmentationInterpolation object.\n */\n void Interpolate( mitk::PlaneGeometry* plane, unsigned int timeStep, mitk::SliceNavigationController *slicer );\n\n //void InterpolateSurface();\n\n /**\n Called internally to update the interpolation suggestion. Finds out about the focused render window and requests an interpolation.\n */\n void UpdateVisibleSuggestion();\n\n void SetCurrentContourListID();\n\nprivate:\n\n void HideAllInterpolationControls();\n void Show2DInterpolationControls(bool show);\n void Show3DInterpolationControls(bool show);\n void CheckSupportedImageDimension();\n\n mitk::SegmentationInterpolationController::Pointer m_Interpolator;\n mitk::SurfaceInterpolationController::Pointer m_SurfaceInterpolator;\n\n mitk::ToolManager::Pointer m_ToolManager;\n bool m_Initialized;\n\n QHash<mitk::SliceNavigationController*, int> m_ControllerToTimeObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToSliceObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToDeleteObserverTag;\n\n unsigned int InterpolationInfoChangedObserverTag;\n unsigned int SurfaceInterpolationInfoChangedObserverTag;\n\n QGroupBox* m_GroupBoxEnableExclusiveInterpolationMode;\n QComboBox* m_CmbInterpolation;\n QPushButton* m_BtnApply2D;\n QPushButton* m_BtnApplyForAllSlices2D;\n QPushButton* m_BtnApply3D;\n QCheckBox* m_ChkShowPositionNodes;\n\n mitk::DataNode::Pointer m_FeedbackNode;\n mitk::DataNode::Pointer m_InterpolatedSurfaceNode;\n mitk::DataNode::Pointer m_3DContourNode;\n\n mitk::Image* m_Segmentation;\n\n mitk::SliceNavigationController* m_LastSNC;\n unsigned int m_LastSliceIndex;\n\n QHash<mitk::SliceNavigationController*, unsigned int> m_TimeStep;\n\n bool m_2DInterpolationEnabled;\n bool m_3DInterpolationEnabled;\n //unsigned int m_CurrentListID;\n\n mitk::DataStorage::Pointer m_DataStorage;\n\n QFuture<void> m_Future;\n QFutureWatcher<void> m_Watcher;\n QTimer* m_Timer;\n}"
(statement_identifier) "QmitkSlicesInterpolator"
(:) ":"
(ERROR) "public QWidget"
(type_identifier) "public"
(identifier) "QWidget"
(compound_statement) "{\n Q_OBJECT\n\n public:\n\n QmitkSlicesInterpolator(QWidget* parent = 0, const char* name = 0);\n\n /**\n To be called once before real use.\n */\n void Initialize(mitk::ToolManager* toolManager, const QList<mitk::SliceNavigationController*> &controllers);\n\n void Uninitialize();\n\n virtual ~QmitkSlicesInterpolator();\n\n void SetDataStorage( mitk::DataStorage::Pointer storage );\n mitk::DataStorage* GetDataStorage();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerWorkingDataModified();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerReferenceDataModified();\n\n void OnTimeChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceNavigationControllerDeleted(const itk::Object *sender, const itk::EventObject& );\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnSurfaceInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n * @brief Set the visibility of the 3d interpolation\n */\n void Show3DInterpolationResult(bool);\n\n signals:\n\n void SignalRememberContourPositions(bool);\n void SignalShowMarkerNodes(bool);\n\n public slots:\n\n virtual void setEnabled( bool );\n /**\n Call this from the outside to enable/disable interpolation\n */\n void EnableInterpolation(bool);\n\n void Enable3DInterpolation(bool);\n\n\n\n /**\n Call this from the outside to accept all interpolations\n */\n void FinishInterpolation(mitk::SliceNavigationController* slicer = NULL);\n\n protected slots:\n\n /**\n Reaction to button clicks.\n */\n void OnAcceptInterpolationClicked();\n\n /*\n Opens popup to ask about which orientation should be interpolated\n */\n void OnAcceptAllInterpolationsClicked();\n\n /*\n Reaction to button clicks\n */\n void OnAccept3DInterpolationClicked();\n\n /*\n * Will trigger interpolation for all slices in given orientation (called from popup menu of OnAcceptAllInterpolationsClicked)\n */\n void OnAcceptAllPopupActivated(QAction* action);\n\n /**\n Called on activation/deactivation\n */\n void OnInterpolationActivated(bool);\n\n void On3DInterpolationActivated(bool);\n\n void OnInterpolationMethodChanged(int index);\n\n //Enhancement for 3D interpolation\n void On2DInterpolationEnabled(bool);\n void On3DInterpolationEnabled(bool);\n void OnInterpolationDisabled(bool);\n void OnShowMarkers(bool);\n\n void Run3DInterpolation();\n\n void OnSurfaceInterpolationFinished();\n\n void StartUpdateInterpolationTimer();\n\n void StopUpdateInterpolationTimer();\n\n void ChangeSurfaceColor();\n\n protected:\n\n const std::map<QAction*, mitk::SliceNavigationController*> createActionToSliceDimension();\n std::map<QAction*, mitk::SliceNavigationController*> ACTION_TO_SLICEDIMENSION;\n\n void AcceptAllInterpolations(mitk::SliceNavigationController* slicer);\n\n /**\n Retrieves the currently selected PlaneGeometry from a SlicedGeometry3D that is generated by a SliceNavigationController\n and calls Interpolate to further process this PlaneGeometry into an interpolation.\n\n \param e is a actually a mitk::SliceNavigationController::GeometrySliceEvent, sent by a SliceNavigationController\n \param slice the SliceNavigationController\n */\n bool TranslateAndInterpolateChangedSlice(const itk::EventObject& e, mitk::SliceNavigationController* slicer);\n\n /**\n Given a PlaneGeometry, this method figures out which slice of the first working image (of the associated ToolManager)\n should be interpolated. The actual work is then done by our SegmentationInterpolation object.\n */\n void Interpolate( mitk::PlaneGeometry* plane, unsigned int timeStep, mitk::SliceNavigationController *slicer );\n\n //void InterpolateSurface();\n\n /**\n Called internally to update the interpolation suggestion. Finds out about the focused render window and requests an interpolation.\n */\n void UpdateVisibleSuggestion();\n\n void SetCurrentContourListID();\n\nprivate:\n\n void HideAllInterpolationControls();\n void Show2DInterpolationControls(bool show);\n void Show3DInterpolationControls(bool show);\n void CheckSupportedImageDimension();\n\n mitk::SegmentationInterpolationController::Pointer m_Interpolator;\n mitk::SurfaceInterpolationController::Pointer m_SurfaceInterpolator;\n\n mitk::ToolManager::Pointer m_ToolManager;\n bool m_Initialized;\n\n QHash<mitk::SliceNavigationController*, int> m_ControllerToTimeObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToSliceObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToDeleteObserverTag;\n\n unsigned int InterpolationInfoChangedObserverTag;\n unsigned int SurfaceInterpolationInfoChangedObserverTag;\n\n QGroupBox* m_GroupBoxEnableExclusiveInterpolationMode;\n QComboBox* m_CmbInterpolation;\n QPushButton* m_BtnApply2D;\n QPushButton* m_BtnApplyForAllSlices2D;\n QPushButton* m_BtnApply3D;\n QCheckBox* m_ChkShowPositionNodes;\n\n mitk::DataNode::Pointer m_FeedbackNode;\n mitk::DataNode::Pointer m_InterpolatedSurfaceNode;\n mitk::DataNode::Pointer m_3DContourNode;\n\n mitk::Image* m_Segmentation;\n\n mitk::SliceNavigationController* m_LastSNC;\n unsigned int m_LastSliceIndex;\n\n QHash<mitk::SliceNavigationController*, unsigned int> m_TimeStep;\n\n bool m_2DInterpolationEnabled;\n bool m_3DInterpolationEnabled;\n //unsigned int m_CurrentListID;\n\n mitk::DataStorage::Pointer m_DataStorage;\n\n QFuture<void> m_Future;\n QFutureWatcher<void> m_Watcher;\n QTimer* m_Timer;\n}"
({) "{"
(declaration) "Q_OBJECT\n\n public:\n\n QmitkSlicesInterpolator(QWidget* parent = 0, const char* name = 0);"
(type_identifier) "Q_OBJECT"
(ERROR) "public:"
(identifier) "public"
(:) ":"
(init_declarator) "QmitkSlicesInterpolator(QWidget* parent = 0"
(function_declarator) "QmitkSlicesInterpolator(QWidget* parent"
(identifier) "QmitkSlicesInterpolator"
(parameter_list) "(QWidget* parent"
(() "("
(parameter_declaration) "QWidget* parent"
(type_identifier) "QWidget"
(pointer_declarator) "* parent"
(*) "*"
(identifier) "parent"
()) ""
(=) "="
(number_literal) "0"
(,) ","
(ERROR) "const char"
(identifier) "const"
(identifier) "char"
(init_declarator) "* name = 0"
(pointer_declarator) "* name"
(*) "*"
(identifier) "name"
(=) "="
(number_literal) "0"
(ERROR) ")"
()) ")"
(;) ";"
(comment) "/**\n To be called once before real use.\n */"
(declaration) "void Initialize(mitk::ToolManager* toolManager, const QList<mitk::SliceNavigationController*> &controllers);"
(primitive_type) "void"
(function_declarator) "Initialize(mitk::ToolManager* toolManager, const QList<mitk::SliceNavigationController*> &controllers)"
(identifier) "Initialize"
(parameter_list) "(mitk::ToolManager* toolManager, const QList<mitk::SliceNavigationController*> &controllers)"
(() "("
(parameter_declaration) "mitk::ToolManager* toolManager"
(type_identifier) "mitk"
(ERROR) "::ToolManager"
(:) ":"
(:) ":"
(identifier) "ToolManager"
(pointer_declarator) "* toolManager"
(*) "*"
(identifier) "toolManager"
(,) ","
(parameter_declaration) "const QList<mitk::SliceNavigationController*> &controllers"
(type_qualifier) "const"
(const) "const"
(type_identifier) "QList"
(ERROR) "<mitk::SliceNavigationController*> &"
(<) "<"
(identifier) "mitk"
(:) ":"
(:) ":"
(identifier) "SliceNavigationController"
(*) "*"
(>) ">"
(&) "&"
(identifier) "controllers"
()) ")"
(;) ";"
(declaration) "void Uninitialize();"
(primitive_type) "void"
(function_declarator) "Uninitialize()"
(identifier) "Uninitialize"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "virtual ~QmitkSlicesInterpolator();"
(type_identifier) "virtual"
(ERROR) "~"
(~) "~"
(function_declarator) "QmitkSlicesInterpolator()"
(identifier) "QmitkSlicesInterpolator"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void SetDataStorage( mitk::DataStorage::Pointer storage );"
(primitive_type) "void"
(function_declarator) "SetDataStorage( mitk::DataStorage::Pointer storage )"
(identifier) "SetDataStorage"
(parameter_list) "( mitk::DataStorage::Pointer storage )"
(() "("
(parameter_declaration) "mitk::DataStorage::Pointer storage"
(type_identifier) "mitk"
(ERROR) "::DataStorage::Pointer"
(:) ":"
(:) ":"
(identifier) "DataStorage"
(:) ":"
(:) ":"
(identifier) "Pointer"
(identifier) "storage"
()) ")"
(;) ";"
(labeled_statement) "mitk::DataStorage* GetDataStorage();"
(statement_identifier) "mitk"
(:) ":"
(ERROR) ":"
(:) ":"
(declaration) "DataStorage* GetDataStorage();"
(type_identifier) "DataStorage"
(pointer_declarator) "* GetDataStorage()"
(*) "*"
(function_declarator) "GetDataStorage()"
(identifier) "GetDataStorage"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/**\n Just public because it is called by itk::Commands. You should not need to call this.\n */"
(declaration) "void OnToolManagerWorkingDataModified();"
(primitive_type) "void"
(function_declarator) "OnToolManagerWorkingDataModified()"
(identifier) "OnToolManagerWorkingDataModified"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/**\n Just public because it is called by itk::Commands. You should not need to call this.\n */"
(declaration) "void OnToolManagerReferenceDataModified();"
(primitive_type) "void"
(function_declarator) "OnToolManagerReferenceDataModified()"
(identifier) "OnToolManagerReferenceDataModified"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void OnTimeChanged(itk::Object* sender, const itk::EventObject&);"
(primitive_type) "void"
(function_declarator) "OnTimeChanged(itk::Object* sender, const itk::EventObject&)"
(identifier) "OnTimeChanged"
(parameter_list) "(itk::Object* sender, const itk::EventObject&)"
(() "("
(parameter_declaration) "itk::Object* sender"
(type_identifier) "itk"
(ERROR) "::Object"
(:) ":"
(:) ":"
(identifier) "Object"
(pointer_declarator) "* sender"
(*) "*"
(identifier) "sender"
(,) ","
(parameter_declaration) "const itk::EventObject"
(type_qualifier) "const"
(const) "const"
(type_identifier) "itk"
(ERROR) "::"
(:) ":"
(:) ":"
(identifier) "EventObject"
(ERROR) "&"
(&) "&"
()) ")"
(;) ";"
(declaration) "void OnSliceChanged(itk::Object* sender, const itk::EventObject&);"
(primitive_type) "void"
(function_declarator) "OnSliceChanged(itk::Object* sender, const itk::EventObject&)"
(identifier) "OnSliceChanged"
(parameter_list) "(itk::Object* sender, const itk::EventObject&)"
(() "("
(parameter_declaration) "itk::Object* sender"
(type_identifier) "itk"
(ERROR) "::Object"
(:) ":"
(:) ":"
(identifier) "Object"
(pointer_declarator) "* sender"
(*) "*"
(identifier) "sender"
(,) ","
(parameter_declaration) "const itk::EventObject"
(type_qualifier) "const"
(const) "const"
(type_identifier) "itk"
(ERROR) "::"
(:) ":"
(:) ":"
(identifier) "EventObject"
(ERROR) "&"
(&) "&"
()) ")"
(;) ";"
(declaration) "void OnSliceNavigationControllerDeleted(const itk::Object *sender, const itk::EventObject& );"
(primitive_type) "void"
(function_declarator) "OnSliceNavigationControllerDeleted(const itk::Object *sender, const itk::EventObject& )"
(identifier) "OnSliceNavigationControllerDeleted"
(parameter_list) "(const itk::Object *sender, const itk::EventObject& )"
(() "("
(parameter_declaration) "const itk::Object *sender"
(type_qualifier) "const"
(const) "const"
(type_identifier) "itk"
(ERROR) "::Object"
(:) ":"
(:) ":"
(identifier) "Object"
(pointer_declarator) "*sender"
(*) "*"
(identifier) "sender"
(,) ","
(parameter_declaration) "const itk::EventObject"
(type_qualifier) "const"
(const) "const"
(type_identifier) "itk"
(ERROR) "::"
(:) ":"
(:) ":"
(identifier) "EventObject"
(ERROR) "&"
(&) "&"
()) ")"
(;) ";"
(comment) "/**\n Just public because it is called by itk::Commands. You should not need to call this.\n */"
(declaration) "void OnInterpolationInfoChanged(const itk::EventObject&);"
(primitive_type) "void"
(function_declarator) "OnInterpolationInfoChanged(const itk::EventObject&)"
(identifier) "OnInterpolationInfoChanged"
(parameter_list) "(const itk::EventObject&)"
(() "("
(parameter_declaration) "const itk::EventObject"
(type_qualifier) "const"
(const) "const"
(type_identifier) "itk"
(ERROR) "::"
(:) ":"
(:) ":"
(identifier) "EventObject"
(ERROR) "&"
(&) "&"
()) ")"
(;) ";"
(comment) "/**\n Just public because it is called by itk::Commands. You should not need to call this.\n */"
(declaration) "void OnSurfaceInterpolationInfoChanged(const itk::EventObject&);"
(primitive_type) "void"
(function_declarator) "OnSurfaceInterpolationInfoChanged(const itk::EventObject&)"
(identifier) "OnSurfaceInterpolationInfoChanged"
(parameter_list) "(const itk::EventObject&)"
(() "("
(parameter_declaration) "const itk::EventObject"
(type_qualifier) "const"
(const) "const"
(type_identifier) "itk"
(ERROR) "::"
(:) ":"
(:) ":"
(identifier) "EventObject"
(ERROR) "&"
(&) "&"
()) ")"
(;) ";"
(comment) "/**\n * @brief Set the visibility of the 3d interpolation\n */"
(declaration) "void Show3DInterpolationResult(bool);"
(primitive_type) "void"
(function_declarator) "Show3DInterpolationResult(bool)"
(identifier) "Show3DInterpolationResult"
(parameter_list) "(bool)"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(labeled_statement) "signals:\n\n void SignalRememberContourPositions(bool);"
(statement_identifier) "signals"
(:) ":"
(declaration) "void SignalRememberContourPositions(bool);"
(primitive_type) "void"
(function_declarator) "SignalRememberContourPositions(bool)"
(identifier) "SignalRememberContourPositions"
(parameter_list) "(bool)"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(declaration) "void SignalShowMarkerNodes(bool);"
(primitive_type) "void"
(function_declarator) "SignalShowMarkerNodes(bool)"
(identifier) "SignalShowMarkerNodes"
(parameter_list) "(bool)"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(declaration) "public slots:\n\n virtual void setEnabled( bool );"
(type_identifier) "public"
(ERROR) "slots:\n\n virtual void"
(identifier) "slots"
(:) ":"
(identifier) "virtual"
(identifier) "void"
(function_declarator) "setEnabled( bool )"
(identifier) "setEnabled"
(parameter_list) "( bool )"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(comment) "/**\n Call this from the outside to enable/disable interpolation\n */"
(declaration) "void EnableInterpolation(bool);"
(primitive_type) "void"
(function_declarator) "EnableInterpolation(bool)"
(identifier) "EnableInterpolation"
(parameter_list) "(bool)"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(declaration) "void Enable3DInterpolation(bool);"
(primitive_type) "void"
(function_declarator) "Enable3DInterpolation(bool)"
(identifier) "Enable3DInterpolation"
(parameter_list) "(bool)"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(comment) "/**\n Call this from the outside to accept all interpolations\n */"
(declaration) "void FinishInterpolation(mitk::SliceNavigationController* slicer = NULL);"
(primitive_type) "void"
(init_declarator) "FinishInterpolation(mitk::SliceNavigationController* slicer = NULL"
(function_declarator) "FinishInterpolation(mitk::SliceNavigationController* slicer"
(identifier) "FinishInterpolation"
(parameter_list) "(mitk::SliceNavigationController* slicer"
(() "("
(parameter_declaration) "mitk::SliceNavigationController* slicer"
(type_identifier) "mitk"
(ERROR) "::SliceNavigationController"
(:) ":"
(:) ":"
(identifier) "SliceNavigationController"
(pointer_declarator) "* slicer"
(*) "*"
(identifier) "slicer"
()) ""
(=) "="
(null) "NULL"
(NULL) "NULL"
(ERROR) ")"
()) ")"
(;) ";"
(ERROR) "protected slots:"
(type_identifier) "protected"
(identifier) "slots"
(:) ":"
(comment) "/**\n Reaction to button clicks.\n */"
(declaration) "void OnAcceptInterpolationClicked();"
(primitive_type) "void"
(function_declarator) "OnAcceptInterpolationClicked()"
(identifier) "OnAcceptInterpolationClicked"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/*\n Opens popup to ask about which orientation should be interpolated\n */"
(declaration) "void OnAcceptAllInterpolationsClicked();"
(primitive_type) "void"
(function_declarator) "OnAcceptAllInterpolationsClicked()"
(identifier) "OnAcceptAllInterpolationsClicked"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/*\n Reaction to button clicks\n */"
(declaration) "void OnAccept3DInterpolationClicked();"
(primitive_type) "void"
(function_declarator) "OnAccept3DInterpolationClicked()"
(identifier) "OnAccept3DInterpolationClicked"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/*\n * Will trigger interpolation for all slices in given orientation (called from popup menu of OnAcceptAllInterpolationsClicked)\n */"
(declaration) "void OnAcceptAllPopupActivated(QAction* action);"
(primitive_type) "void"
(function_declarator) "OnAcceptAllPopupActivated(QAction* action)"
(identifier) "OnAcceptAllPopupActivated"
(parameter_list) "(QAction* action)"
(() "("
(parameter_declaration) "QAction* action"
(type_identifier) "QAction"
(pointer_declarator) "* action"
(*) "*"
(identifier) "action"
()) ")"
(;) ";"
(comment) "/**\n Called on activation/deactivation\n */"
(declaration) "void OnInterpolationActivated(bool);"
(primitive_type) "void"
(function_declarator) "OnInterpolationActivated(bool)"
(identifier) "OnInterpolationActivated"
(parameter_list) "(bool)"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(declaration) "void On3DInterpolationActivated(bool);"
(primitive_type) "void"
(function_declarator) "On3DInterpolationActivated(bool)"
(identifier) "On3DInterpolationActivated"
(parameter_list) "(bool)"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(declaration) "void OnInterpolationMethodChanged(int index);"
(primitive_type) "void"
(function_declarator) "OnInterpolationMethodChanged(int index)"
(identifier) "OnInterpolationMethodChanged"
(parameter_list) "(int index)"
(() "("
(parameter_declaration) "int index"
(primitive_type) "int"
(identifier) "index"
()) ")"
(;) ";"
(comment) "//Enhancement for 3D interpolation"
(declaration) "void On2DInterpolationEnabled(bool);"
(primitive_type) "void"
(function_declarator) "On2DInterpolationEnabled(bool)"
(identifier) "On2DInterpolationEnabled"
(parameter_list) "(bool)"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(declaration) "void On3DInterpolationEnabled(bool);"
(primitive_type) "void"
(function_declarator) "On3DInterpolationEnabled(bool)"
(identifier) "On3DInterpolationEnabled"
(parameter_list) "(bool)"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(declaration) "void OnInterpolationDisabled(bool);"
(primitive_type) "void"
(function_declarator) "OnInterpolationDisabled(bool)"
(identifier) "OnInterpolationDisabled"
(parameter_list) "(bool)"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(declaration) "void OnShowMarkers(bool);"
(primitive_type) "void"
(function_declarator) "OnShowMarkers(bool)"
(identifier) "OnShowMarkers"
(parameter_list) "(bool)"
(() "("
(parameter_declaration) "bool"
(primitive_type) "bool"
()) ")"
(;) ";"
(declaration) "void Run3DInterpolation();"
(primitive_type) "void"
(function_declarator) "Run3DInterpolation()"
(identifier) "Run3DInterpolation"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void OnSurfaceInterpolationFinished();"
(primitive_type) "void"
(function_declarator) "OnSurfaceInterpolationFinished()"
(identifier) "OnSurfaceInterpolationFinished"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void StartUpdateInterpolationTimer();"
(primitive_type) "void"
(function_declarator) "StartUpdateInterpolationTimer()"
(identifier) "StartUpdateInterpolationTimer"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void StopUpdateInterpolationTimer();"
(primitive_type) "void"
(function_declarator) "StopUpdateInterpolationTimer()"
(identifier) "StopUpdateInterpolationTimer"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void ChangeSurfaceColor();"
(primitive_type) "void"
(function_declarator) "ChangeSurfaceColor()"
(identifier) "ChangeSurfaceColor"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "protected:\n\n const std::map<QAction*, mitk::SliceNavigationController*> createActionToSliceDimension();"
(binary_expression) "protected:\n\n const std::map<QAction*, mitk::SliceNavigationController*> createActionToSliceDimension()"
(identifier) "protected"
(ERROR) ":\n\n const std::map<QAction*, mitk::SliceNavigationController*"
(:) ":"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(:) ":"
(:) ":"
(comma_expression) "map<QAction*, mitk"
(binary_expression) "map<QAction"
(identifier) "map"
(<) "<"
(identifier) "QAction"
(ERROR) "*"
(*) "*"
(,) ","
(identifier) "mitk"
(:) ":"
(:) ":"
(identifier) "SliceNavigationController"
(*) "*"
(>) ">"
(call_expression) "createActionToSliceDimension()"
(identifier) "createActionToSliceDimension"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "std::map<QAction*, mitk::SliceNavigationController*> ACTION_TO_SLICEDIMENSION;"
(binary_expression) "std::map<QAction*, mitk::SliceNavigationController*> ACTION_TO_SLICEDIMENSION"
(identifier) "std"
(ERROR) "::map<QAction*, mitk::SliceNavigationController*"
(:) ":"
(:) ":"
(comma_expression) "map<QAction*, mitk"
(binary_expression) "map<QAction"
(identifier) "map"
(<) "<"
(identifier) "QAction"
(ERROR) "*"
(*) "*"
(,) ","
(identifier) "mitk"
(:) ":"
(:) ":"
(identifier) "SliceNavigationController"
(*) "*"
(>) ">"
(identifier) "ACTION_TO_SLICEDIMENSION"
(;) ";"
(declaration) "void AcceptAllInterpolations(mitk::SliceNavigationController* slicer);"
(primitive_type) "void"
(function_declarator) "AcceptAllInterpolations(mitk::SliceNavigationController* slicer)"
(identifier) "AcceptAllInterpolations"
(parameter_list) "(mitk::SliceNavigationController* slicer)"
(() "("
(parameter_declaration) "mitk::SliceNavigationController* slicer"
(type_identifier) "mitk"
(ERROR) "::SliceNavigationController"
(:) ":"
(:) ":"
(identifier) "SliceNavigationController"
(pointer_declarator) "* slicer"
(*) "*"
(identifier) "slicer"
()) ")"
(;) ";"
(comment) "/**\n Retrieves the currently selected PlaneGeometry from a SlicedGeometry3D that is generated by a SliceNavigationController\n and calls Interpolate to further process this PlaneGeometry into an interpolation.\n\n \param e is a actually a mitk::SliceNavigationController::GeometrySliceEvent, sent by a SliceNavigationController\n \param slice the SliceNavigationController\n */"
(declaration) "bool TranslateAndInterpolateChangedSlice(const itk::EventObject& e, mitk::SliceNavigationController* slicer);"
(primitive_type) "bool"
(function_declarator) "TranslateAndInterpolateChangedSlice(const itk::EventObject& e, mitk::SliceNavigationController* slicer)"
(identifier) "TranslateAndInterpolateChangedSlice"
(parameter_list) "(const itk::EventObject& e, mitk::SliceNavigationController* slicer)"
(() "("
(parameter_declaration) "const itk::EventObject& e"
(type_qualifier) "const"
(const) "const"
(type_identifier) "itk"
(ERROR) "::EventObject&"
(:) ":"
(:) ":"
(identifier) "EventObject"
(&) "&"
(identifier) "e"
(,) ","
(parameter_declaration) "mitk::SliceNavigationController* slicer"
(type_identifier) "mitk"
(ERROR) "::SliceNavigationController"
(:) ":"
(:) ":"
(identifier) "SliceNavigationController"
(pointer_declarator) "* slicer"
(*) "*"
(identifier) "slicer"
()) ")"
(;) ";"
(comment) "/**\n Given a PlaneGeometry, this method figures out which slice of the first working image (of the associated ToolManager)\n should be interpolated. The actual work is then done by our SegmentationInterpolation object.\n */"
(declaration) "void Interpolate( mitk::PlaneGeometry* plane, unsigned int timeStep, mitk::SliceNavigationController *slicer );"
(primitive_type) "void"
(function_declarator) "Interpolate( mitk::PlaneGeometry* plane, unsigned int timeStep, mitk::SliceNavigationController *slicer )"
(identifier) "Interpolate"
(parameter_list) "( mitk::PlaneGeometry* plane, unsigned int timeStep, mitk::SliceNavigationController *slicer )"
(() "("
(parameter_declaration) "mitk::PlaneGeometry* plane"
(type_identifier) "mitk"
(ERROR) "::PlaneGeometry"
(:) ":"
(:) ":"
(identifier) "PlaneGeometry"
(pointer_declarator) "* plane"
(*) "*"
(identifier) "plane"
(,) ","
(parameter_declaration) "unsigned int timeStep"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "timeStep"
(,) ","
(parameter_declaration) "mitk::SliceNavigationController *slicer"
(type_identifier) "mitk"
(ERROR) "::SliceNavigationController"
(:) ":"
(:) ":"
(identifier) "SliceNavigationController"
(pointer_declarator) "*slicer"
(*) "*"
(identifier) "slicer"
()) ")"
(;) ";"
(comment) "//void InterpolateSurface();"
(comment) "/**\n Called internally to update the interpolation suggestion. Finds out about the focused render window and requests an interpolation.\n */"
(declaration) "void UpdateVisibleSuggestion();"
(primitive_type) "void"
(function_declarator) "UpdateVisibleSuggestion()"
(identifier) "UpdateVisibleSuggestion"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void SetCurrentContourListID();"
(primitive_type) "void"
(function_declarator) "SetCurrentContourListID()"
(identifier) "SetCurrentContourListID"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(labeled_statement) "private:\n\n void HideAllInterpolationControls();"
(statement_identifier) "private"
(:) ":"
(declaration) "void HideAllInterpolationControls();"
(primitive_type) "void"
(function_declarator) "HideAllInterpolationControls()"
(identifier) "HideAllInterpolationControls"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void Show2DInterpolationControls(bool show);"
(primitive_type) "void"
(function_declarator) "Show2DInterpolationControls(bool show)"
(identifier) "Show2DInterpolationControls"
(parameter_list) "(bool show)"
(() "("
(parameter_declaration) "bool show"
(primitive_type) "bool"
(identifier) "show"
()) ")"
(;) ";"
(declaration) "void Show3DInterpolationControls(bool show);"
(primitive_type) "void"
(function_declarator) "Show3DInterpolationControls(bool show)"
(identifier) "Show3DInterpolationControls"
(parameter_list) "(bool show)"
(() "("
(parameter_declaration) "bool show"
(primitive_type) "bool"
(identifier) "show"
()) ")"
(;) ";"
(declaration) "void CheckSupportedImageDimension();"
(primitive_type) "void"
(function_declarator) "CheckSupportedImageDimension()"
(identifier) "CheckSupportedImageDimension"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(labeled_statement) "mitk::SegmentationInterpolationController::Pointer m_Interpolator;"
(statement_identifier) "mitk"
(:) ":"
(ERROR) ":"
(:) ":"
(labeled_statement) "SegmentationInterpolationController::Pointer m_Interpolator;"
(statement_identifier) "SegmentationInterpolationController"
(:) ":"
(ERROR) ":"
(:) ":"
(declaration) "Pointer m_Interpolator;"
(type_identifier) "Pointer"
(identifier) "m_Interpolator"
(;) ";"
(labeled_statement) "mitk::SurfaceInterpolationController::Pointer m_SurfaceInterpolator;"
(statement_identifier) "mitk"
(:) ":"
(ERROR) ":"
(:) ":"
(labeled_statement) "SurfaceInterpolationController::Pointer m_SurfaceInterpolator;"
(statement_identifier) "SurfaceInterpolationController"
(:) ":"
(ERROR) ":"
(:) ":"
(declaration) "Pointer m_SurfaceInterpolator;"
(type_identifier) "Pointer"
(identifier) "m_SurfaceInterpolator"
(;) ";"
(labeled_statement) "mitk::ToolManager::Pointer m_ToolManager;"
(statement_identifier) "mitk"
(:) ":"
(ERROR) ":"
(:) ":"
(labeled_statement) "ToolManager::Pointer m_ToolManager;"
(statement_identifier) "ToolManager"
(:) ":"
(ERROR) ":"
(:) ":"
(declaration) "Pointer m_ToolManager;"
(type_identifier) "Pointer"
(identifier) "m_ToolManager"
(;) ";"
(declaration) "bool m_Initialized;"
(primitive_type) "bool"
(identifier) "m_Initialized"
(;) ";"
(ERROR) "QHash<mitk::"
(binary_expression) "QHash<mitk"
(identifier) "QHash"
(<) "<"
(identifier) "mitk"
(:) ":"
(:) ":"
(expression_statement) "SliceNavigationController*, int> m_ControllerToTimeObserverTag;"
(comma_expression) "SliceNavigationController*, int> m_ControllerToTimeObserverTag"
(binary_expression) "SliceNavigationController*"
(identifier) "SliceNavigationController"
(*) "*"
(identifier) ""
(,) ","
(binary_expression) "int> m_ControllerToTimeObserverTag"
(identifier) "int"
(>) ">"
(identifier) "m_ControllerToTimeObserverTag"
(;) ";"
(ERROR) "QHash<mitk::"
(binary_expression) "QHash<mitk"
(identifier) "QHash"
(<) "<"
(identifier) "mitk"
(:) ":"
(:) ":"
(expression_statement) "SliceNavigationController*, int> m_ControllerToSliceObserverTag;"
(comma_expression) "SliceNavigationController*, int> m_ControllerToSliceObserverTag"
(binary_expression) "SliceNavigationController*"
(identifier) "SliceNavigationController"
(*) "*"
(identifier) ""
(,) ","
(binary_expression) "int> m_ControllerToSliceObserverTag"
(identifier) "int"
(>) ">"
(identifier) "m_ControllerToSliceObserverTag"
(;) ";"
(ERROR) "QHash<mitk::"
(binary_expression) "QHash<mitk"
(identifier) "QHash"
(<) "<"
(identifier) "mitk"
(:) ":"
(:) ":"
(expression_statement) "SliceNavigationController*, int> m_ControllerToDeleteObserverTag;"
(comma_expression) "SliceNavigationController*, int> m_ControllerToDeleteObserverTag"
(binary_expression) "SliceNavigationController*"
(identifier) "SliceNavigationController"
(*) "*"
(identifier) ""
(,) ","
(binary_expression) "int> m_ControllerToDeleteObserverTag"
(identifier) "int"
(>) ">"
(identifier) "m_ControllerToDeleteObserverTag"
(;) ";"
(declaration) "unsigned int InterpolationInfoChangedObserverTag;"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "InterpolationInfoChangedObserverTag"
(;) ";"
(declaration) "unsigned int SurfaceInterpolationInfoChangedObserverTag;"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "SurfaceInterpolationInfoChangedObserverTag"
(;) ";"
(declaration) "QGroupBox* m_GroupBoxEnableExclusiveInterpolationMode;"
(type_identifier) "QGroupBox"
(pointer_declarator) "* m_GroupBoxEnableExclusiveInterpolationMode"
(*) "*"
(identifier) "m_GroupBoxEnableExclusiveInterpolationMode"
(;) ";"
(declaration) "QComboBox* m_CmbInterpolation;"
(type_identifier) "QComboBox"
(pointer_declarator) "* m_CmbInterpolation"
(*) "*"
(identifier) "m_CmbInterpolation"
(;) ";"
(declaration) "QPushButton* m_BtnApply2D;"
(type_identifier) "QPushButton"
(pointer_declarator) "* m_BtnApply2D"
(*) "*"
(identifier) "m_BtnApply2D"
(;) ";"
(declaration) "QPushButton* m_BtnApplyForAllSlices2D;"
(type_identifier) "QPushButton"
(pointer_declarator) "* m_BtnApplyForAllSlices2D"
(*) "*"
(identifier) "m_BtnApplyForAllSlices2D"
(;) ";"
(declaration) "QPushButton* m_BtnApply3D;"
(type_identifier) "QPushButton"
(pointer_declarator) "* m_BtnApply3D"
(*) "*"
(identifier) "m_BtnApply3D"
(;) ";"
(declaration) "QCheckBox* m_ChkShowPositionNodes;"
(type_identifier) "QCheckBox"
(pointer_declarator) "* m_ChkShowPositionNodes"
(*) "*"
(identifier) "m_ChkShowPositionNodes"
(;) ";"
(labeled_statement) "mitk::DataNode::Pointer m_FeedbackNode;"
(statement_identifier) "mitk"
(:) ":"
(ERROR) ":"
(:) ":"
(labeled_statement) "DataNode::Pointer m_FeedbackNode;"
(statement_identifier) "DataNode"
(:) ":"
(ERROR) ":"
(:) ":"
(declaration) "Pointer m_FeedbackNode;"
(type_identifier) "Pointer"
(identifier) "m_FeedbackNode"
(;) ";"
(labeled_statement) "mitk::DataNode::Pointer m_InterpolatedSurfaceNode;"
(statement_identifier) "mitk"
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{"language": "c", "success": true, "metadata": {"lines": 199, "avg_line_length": 39.7, "nodes": 710, "errors": 0, "source_hash": "9b802995fc8ec886fd065f5664763f4f9c42b15c84593fd506510b64f07b038c", "categorized_nodes": 466}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef QmitkSlicesInterpolator_h_Included\n#define QmitkSlicesInterpolator_h_Included\n\n#include \"mitkSliceNavigationController.h\"\n#include <MitkSegmentationUIExports.h>\n#include \"mitkSegmentationInterpolationController.h\"\n#include \"mitkDataNode.h\"\n#include \"mitkDataStorage.h\"\n#include \"mitkWeakPointer.h\"\n#include \"mitkSurfaceInterpolationController.h\"\n#include \"mitkToolManager.h\"\n\n#include <QWidget>\n#include <map>\n\n#include <QComboBox>\n#include <QFrame>\n#include <QRadioButton>\n#include <QGroupBox>\n#include <QCheckBox>\n\n#include \"mitkVtkRepresentationProperty.h\"\n#include \"vtkProperty.h\"\n\n//For running 3D interpolation in background\n#include <QtConcurrentRun>\n#include <QFuture>\n#include <QFutureWatcher>\n#include <QTimer>\n\n\nnamespace mitk\n{\n class PlaneGeometry;\n class SliceNavigationController;\n}\n\nclass QPushButton;\n\n\n/**\n \\brief GUI for slices interpolation.\n\n \\ingroup ToolManagerEtAl\n \\ingroup Widgets\n\n \\sa QmitkInteractiveSegmentation\n \\sa mitk::SegmentationInterpolation\n\n There is a separate page describing the general design of QmitkInteractiveSegmentation: \\ref QmitkInteractiveSegmentationTechnicalPage\n\n While mitk::SegmentationInterpolation does the bookkeeping of interpolation\n (keeping track of which slices contain how much segmentation) and the algorithmic work,\n QmitkSlicesInterpolator is responsible to watch the GUI, to notice, which slice is currently\n visible. It triggers generation of interpolation suggestions and also triggers acception of\n suggestions.\n\n \\todo show/hide feedback on demand\n\n Last contributor: $Author: maleike $\n*/\nclass MitkSegmentationUI_EXPORT QmitkSlicesInterpolator : public QWidget\n{\n Q_OBJECT\n\n public:\n\n QmitkSlicesInterpolator(QWidget* parent = 0, const char* name = 0);\n\n /**\n To be called once before real use.\n */\n void Initialize(mitk::ToolManager* toolManager, const QList<mitk::SliceNavigationController*> &controllers);\n\n void Uninitialize();\n\n virtual ~QmitkSlicesInterpolator();\n\n void SetDataStorage( mitk::DataStorage::Pointer storage );\n mitk::DataStorage* GetDataStorage();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerWorkingDataModified();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerReferenceDataModified();\n\n void OnTimeChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceNavigationControllerDeleted(const itk::Object *sender, const itk::EventObject& );\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnSurfaceInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n * @brief Set the visibility of the 3d interpolation\n */\n void Show3DInterpolationResult(bool);\n\n signals:\n\n void SignalRememberContourPositions(bool);\n void SignalShowMarkerNodes(bool);\n\n public slots:\n\n virtual void setEnabled( bool );\n /**\n Call this from the outside to enable/disable interpolation\n */\n void EnableInterpolation(bool);\n\n void Enable3DInterpolation(bool);\n\n\n\n /**\n Call this from the outside to accept all interpolations\n */\n void FinishInterpolation(mitk::SliceNavigationController* slicer = NULL);\n\n protected slots:\n\n /**\n Reaction to button clicks.\n */\n void OnAcceptInterpolationClicked();\n\n /*\n Opens popup to ask about which orientation should be interpolated\n */\n void OnAcceptAllInterpolationsClicked();\n\n /*\n Reaction to button clicks\n */\n void OnAccept3DInterpolationClicked();\n\n /*\n * Will trigger interpolation for all slices in given orientation (called from popup menu of OnAcceptAllInterpolationsClicked)\n */\n void OnAcceptAllPopupActivated(QAction* action);\n\n /**\n Called on activation/deactivation\n */\n void OnInterpolationActivated(bool);\n\n void On3DInterpolationActivated(bool);\n\n void OnInterpolationMethodChanged(int index);\n\n //Enhancement for 3D interpolation\n void On2DInterpolationEnabled(bool);\n void On3DInterpolationEnabled(bool);\n void OnInterpolationDisabled(bool);\n void OnShowMarkers(bool);\n\n void Run3DInterpolation();\n\n void OnSurfaceInterpolationFinished();\n\n void StartUpdateInterpolationTimer();\n\n void StopUpdateInterpolationTimer();\n\n void ChangeSurfaceColor();\n\n protected:\n\n const std::map<QAction*, mitk::SliceNavigationController*> createActionToSliceDimension();\n std::map<QAction*, mitk::SliceNavigationController*> ACTION_TO_SLICEDIMENSION;\n\n void AcceptAllInterpolations(mitk::SliceNavigationController* slicer);\n\n /**\n Retrieves the currently selected PlaneGeometry from a SlicedGeometry3D that is generated by a SliceNavigationController\n and calls Interpolate to further process this PlaneGeometry into an interpolation.\n\n \\param e is a actually a mitk::SliceNavigationController::GeometrySliceEvent, sent by a SliceNavigationController\n \\param slice the SliceNavigationController\n */\n bool TranslateAndInterpolateChangedSlice(const itk::EventObject& e, mitk::SliceNavigationController* slicer);\n\n /**\n Given a PlaneGeometry, this method figures out which slice of the first working image (of the associated ToolManager)\n should be interpolated. The actual work is then done by our SegmentationInterpolation object.\n */\n void Interpolate( mitk::PlaneGeometry* plane, unsigned int timeStep, mitk::SliceNavigationController *slicer );\n\n //void InterpolateSurface();\n\n /**\n Called internally to update the interpolation suggestion. Finds out about the focused render window and requests an interpolation.\n */\n void UpdateVisibleSuggestion();\n\n void SetCurrentContourListID();\n\nprivate:\n\n void HideAllInterpolationControls();\n void Show2DInterpolationControls(bool show);\n void Show3DInterpolationControls(bool show);\n void CheckSupportedImageDimension();\n\n mitk::SegmentationInterpolationController::Pointer m_Interpolator;\n mitk::SurfaceInterpolationController::Pointer m_SurfaceInterpolator;\n\n mitk::ToolManager::Pointer m_ToolManager;\n bool m_Initialized;\n\n QHash<mitk::SliceNavigationController*, int> m_ControllerToTimeObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToSliceObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToDeleteObserverTag;\n\n unsigned int InterpolationInfoChangedObserverTag;\n unsigned int SurfaceInterpolationInfoChangedObserverTag;\n\n QGroupBox* m_GroupBoxEnableExclusiveInterpolationMode;\n QComboBox* m_CmbInterpolation;\n QPushButton* m_BtnApply2D;\n QPushButton* m_BtnApplyForAllSlices2D;\n QPushButton* m_BtnApply3D;\n QCheckBox* m_ChkShowPositionNodes;\n\n mitk::DataNode::Pointer m_FeedbackNode;\n mitk::DataNode::Pointer m_InterpolatedSurfaceNode;\n mitk::DataNode::Pointer m_3DContourNode;\n\n mitk::Image* m_Segmentation;\n\n mitk::SliceNavigationController* m_LastSNC;\n unsigned int m_LastSliceIndex;\n\n QHash<mitk::SliceNavigationController*, unsigned int> m_TimeStep;\n\n bool m_2DInterpolationEnabled;\n bool m_3DInterpolationEnabled;\n //unsigned int m_CurrentListID;\n\n mitk::DataStorage::Pointer m_DataStorage;\n\n QFuture<void> m_Future;\n QFutureWatcher<void> m_Watcher;\n QTimer* m_Timer;\n};\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39, 42, 45, 48, 51, 54, 57, 60, 63, 66, 69, 76, 78, 80, 709], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 277, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": 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"universal_type": "function", "name": "unknown", "text_snippet": "Initialize(mitk::ToolManager* toolManager, const QList<mitk::SliceNavigationController*> &controller"}, {"node_id": 129, "universal_type": "function", "name": "unknown", "text_snippet": "Uninitialize()"}, {"node_id": 136, "universal_type": "function", "name": "unknown", "text_snippet": "QmitkSlicesInterpolator()"}, {"node_id": 141, "universal_type": "function", "name": "unknown", "text_snippet": "SetDataStorage( mitk::DataStorage::Pointer storage )"}, {"node_id": 156, "universal_type": "function", "name": "unknown", "text_snippet": "GetDataStorage()"}, {"node_id": 161, "universal_type": "function", "name": "unknown", "text_snippet": "OnToolManagerWorkingDataModified()"}, {"node_id": 166, "universal_type": "function", "name": "unknown", "text_snippet": "OnToolManagerReferenceDataModified()"}, {"node_id": 171, "universal_type": "function", "name": "unknown", "text_snippet": "OnTimeChanged(itk::Object* sender, const itk::EventObject&)"}, {"node_id": 186, "universal_type": "function", "name": "unknown", "text_snippet": "OnSliceChanged(itk::Object* sender, const itk::EventObject&)"}, {"node_id": 201, "universal_type": "function", "name": "unknown", "text_snippet": "OnSliceNavigationControllerDeleted(const itk::Object *sender, const itk::EventObject& )"}, {"node_id": 216, "universal_type": "function", "name": "unknown", "text_snippet": "OnInterpolationInfoChanged(const itk::EventObject&)"}, {"node_id": 224, "universal_type": "function", "name": "unknown", "text_snippet": "OnSurfaceInterpolationInfoChanged(const itk::EventObject&)"}, {"node_id": 232, "universal_type": "function", "name": "unknown", "text_snippet": "Show3DInterpolationResult(bool)"}, {"node_id": 241, "universal_type": "function", "name": "unknown", "text_snippet": "SignalRememberContourPositions(bool)"}, {"node_id": 248, "universal_type": "function", "name": "unknown", "text_snippet": "SignalShowMarkerNodes(bool)"}, {"node_id": 258, "universal_type": "function", "name": ")", "text_snippet": "setEnabled( bool )"}, {"node_id": 265, "universal_type": "function", "name": "unknown", "text_snippet": "EnableInterpolation(bool)"}, {"node_id": 272, "universal_type": "function", "name": "unknown", "text_snippet": "Enable3DInterpolation(bool)"}, {"node_id": 280, "universal_type": "function", "name": "unknown", "text_snippet": "FinishInterpolation(mitk::SliceNavigationController* slicer"}, {"node_id": 297, "universal_type": "function", "name": "unknown", "text_snippet": "OnAcceptInterpolationClicked()"}, {"node_id": 302, "universal_type": "function", "name": "unknown", "text_snippet": "OnAcceptAllInterpolationsClicked()"}, {"node_id": 307, "universal_type": "function", "name": "unknown", "text_snippet": "OnAccept3DInterpolationClicked()"}, {"node_id": 312, "universal_type": "function", "name": "unknown", "text_snippet": "OnAcceptAllPopupActivated(QAction* action)"}, {"node_id": 322, "universal_type": "function", "name": "unknown", "text_snippet": "OnInterpolationActivated(bool)"}, {"node_id": 329, "universal_type": "function", "name": "unknown", "text_snippet": "On3DInterpolationActivated(bool)"}, {"node_id": 336, "universal_type": "function", "name": "unknown", "text_snippet": "OnInterpolationMethodChanged(int index)"}, {"node_id": 344, "universal_type": "function", "name": "unknown", "text_snippet": "On2DInterpolationEnabled(bool)"}, {"node_id": 351, "universal_type": "function", "name": "unknown", "text_snippet": "On3DInterpolationEnabled(bool)"}, {"node_id": 358, "universal_type": "function", "name": "unknown", "text_snippet": "OnInterpolationDisabled(bool)"}, {"node_id": 365, "universal_type": "function", "name": "unknown", "text_snippet": "OnShowMarkers(bool)"}, {"node_id": 372, "universal_type": "function", "name": "unknown", "text_snippet": "Run3DInterpolation()"}, {"node_id": 377, "universal_type": "function", "name": "unknown", "text_snippet": "OnSurfaceInterpolationFinished()"}, {"node_id": 382, "universal_type": "function", "name": "unknown", "text_snippet": "StartUpdateInterpolationTimer()"}, {"node_id": 387, "universal_type": "function", "name": "unknown", "text_snippet": "StopUpdateInterpolationTimer()"}, {"node_id": 392, "universal_type": "function", "name": "unknown", "text_snippet": "ChangeSurfaceColor()"}, {"node_id": 429, "universal_type": "function", "name": "unknown", "text_snippet": "AcceptAllInterpolations(mitk::SliceNavigationController* slicer)"}, {"node_id": 441, "universal_type": "function", "name": "unknown", "text_snippet": "TranslateAndInterpolateChangedSlice(const itk::EventObject& e, mitk::SliceNavigationController* slic"}, {"node_id": 458, "universal_type": "function", "name": "timeStep,", "text_snippet": "Interpolate( mitk::PlaneGeometry* plane, unsigned int timeStep, mitk::SliceNavigationController *sli"}, {"node_id": 482, "universal_type": "function", "name": "unknown", "text_snippet": "UpdateVisibleSuggestion()"}, {"node_id": 487, "universal_type": "function", "name": "unknown", "text_snippet": "SetCurrentContourListID()"}, {"node_id": 493, "universal_type": "function", "name": "unknown", "text_snippet": "HideAllInterpolationControls()"}, {"node_id": 498, "universal_type": "function", "name": "unknown", "text_snippet": "Show2DInterpolationControls(bool show)"}, {"node_id": 506, "universal_type": "function", "name": "unknown", "text_snippet": "Show3DInterpolationControls(bool show)"}, {"node_id": 514, "universal_type": "function", "name": "unknown", "text_snippet": "CheckSupportedImageDimension()"}], "class_declarations": [], "import_statements": [{"node_id": 6, "text": "#include \"mitkSliceNavigationController.h\"\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <MitkSegmentationUIExports.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include \"mitkSegmentationInterpolationController.h\"\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include \"mitkDataNode.h\"\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include \"mitkDataStorage.h\"\n"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include \"mitkWeakPointer.h\"\n"}, {"node_id": 22, "text": "#include"}, {"node_id": 24, "text": "#include \"mitkSurfaceInterpolationController.h\"\n"}, {"node_id": 25, "text": "#include"}, {"node_id": 27, "text": "#include \"mitkToolManager.h\"\n"}, {"node_id": 28, "text": "#include"}, {"node_id": 30, "text": "#include <QWidget>\n"}, {"node_id": 31, "text": "#include"}, {"node_id": 33, "text": "#include <map>\n"}, {"node_id": 34, "text": "#include"}, {"node_id": 36, "text": "#include <QComboBox>\n"}, {"node_id": 37, "text": "#include"}, {"node_id": 39, "text": "#include <QFrame>\n"}, {"node_id": 40, "text": "#include"}, {"node_id": 42, "text": "#include <QRadioButton>\n"}, {"node_id": 43, "text": "#include"}, {"node_id": 45, "text": "#include <QGroupBox>\n"}, {"node_id": 46, "text": "#include"}, {"node_id": 48, "text": "#include <QCheckBox>\n"}, {"node_id": 49, "text": "#include"}, {"node_id": 51, "text": "#include \"mitkVtkRepresentationProperty.h\"\n"}, {"node_id": 52, "text": "#include"}, {"node_id": 54, "text": "#include \"vtkProperty.h\"\n"}, {"node_id": 55, "text": "#include"}, {"node_id": 57, "text": "#include <QtConcurrentRun>\n"}, {"node_id": 58, "text": "#include"}, {"node_id": 60, "text": "#include <QFuture>\n"}, {"node_id": 61, "text": "#include"}, {"node_id": 63, "text": "#include <QFutureWatcher>\n"}, {"node_id": 64, "text": "#include"}, {"node_id": 66, "text": "#include <QTimer>\n"}, {"node_id": 67, "text": "#include"}]}, "original_source_code": "/*===================================================================\n\nThe Medical Imaging Interaction Toolkit (MITK)\n\nCopyright (c) German Cancer Research Center,\nDivision of Medical and Biological Informatics.\nAll rights reserved.\n\nThis software is distributed WITHOUT ANY WARRANTY; without\neven the implied warranty of MERCHANTABILITY or FITNESS FOR\nA PARTICULAR PURPOSE.\n\nSee LICENSE.txt or http://www.mitk.org for details.\n\n===================================================================*/\n\n#ifndef QmitkSlicesInterpolator_h_Included\n#define QmitkSlicesInterpolator_h_Included\n\n#include \"mitkSliceNavigationController.h\"\n#include <MitkSegmentationUIExports.h>\n#include \"mitkSegmentationInterpolationController.h\"\n#include \"mitkDataNode.h\"\n#include \"mitkDataStorage.h\"\n#include \"mitkWeakPointer.h\"\n#include \"mitkSurfaceInterpolationController.h\"\n#include \"mitkToolManager.h\"\n\n#include <QWidget>\n#include <map>\n\n#include <QComboBox>\n#include <QFrame>\n#include <QRadioButton>\n#include <QGroupBox>\n#include <QCheckBox>\n\n#include \"mitkVtkRepresentationProperty.h\"\n#include \"vtkProperty.h\"\n\n//For running 3D interpolation in background\n#include <QtConcurrentRun>\n#include <QFuture>\n#include <QFutureWatcher>\n#include <QTimer>\n\n\nnamespace mitk\n{\n class PlaneGeometry;\n class SliceNavigationController;\n}\n\nclass QPushButton;\n\n\n/**\n \\brief GUI for slices interpolation.\n\n \\ingroup ToolManagerEtAl\n \\ingroup Widgets\n\n \\sa QmitkInteractiveSegmentation\n \\sa mitk::SegmentationInterpolation\n\n There is a separate page describing the general design of QmitkInteractiveSegmentation: \\ref QmitkInteractiveSegmentationTechnicalPage\n\n While mitk::SegmentationInterpolation does the bookkeeping of interpolation\n (keeping track of which slices contain how much segmentation) and the algorithmic work,\n QmitkSlicesInterpolator is responsible to watch the GUI, to notice, which slice is currently\n visible. It triggers generation of interpolation suggestions and also triggers acception of\n suggestions.\n\n \\todo show/hide feedback on demand\n\n Last contributor: $Author: maleike $\n*/\nclass MitkSegmentationUI_EXPORT QmitkSlicesInterpolator : public QWidget\n{\n Q_OBJECT\n\n public:\n\n QmitkSlicesInterpolator(QWidget* parent = 0, const char* name = 0);\n\n /**\n To be called once before real use.\n */\n void Initialize(mitk::ToolManager* toolManager, const QList<mitk::SliceNavigationController*> &controllers);\n\n void Uninitialize();\n\n virtual ~QmitkSlicesInterpolator();\n\n void SetDataStorage( mitk::DataStorage::Pointer storage );\n mitk::DataStorage* GetDataStorage();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerWorkingDataModified();\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnToolManagerReferenceDataModified();\n\n void OnTimeChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceChanged(itk::Object* sender, const itk::EventObject&);\n\n void OnSliceNavigationControllerDeleted(const itk::Object *sender, const itk::EventObject& );\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n Just public because it is called by itk::Commands. You should not need to call this.\n */\n void OnSurfaceInterpolationInfoChanged(const itk::EventObject&);\n\n /**\n * @brief Set the visibility of the 3d interpolation\n */\n void Show3DInterpolationResult(bool);\n\n signals:\n\n void SignalRememberContourPositions(bool);\n void SignalShowMarkerNodes(bool);\n\n public slots:\n\n virtual void setEnabled( bool );\n /**\n Call this from the outside to enable/disable interpolation\n */\n void EnableInterpolation(bool);\n\n void Enable3DInterpolation(bool);\n\n\n\n /**\n Call this from the outside to accept all interpolations\n */\n void FinishInterpolation(mitk::SliceNavigationController* slicer = NULL);\n\n protected slots:\n\n /**\n Reaction to button clicks.\n */\n void OnAcceptInterpolationClicked();\n\n /*\n Opens popup to ask about which orientation should be interpolated\n */\n void OnAcceptAllInterpolationsClicked();\n\n /*\n Reaction to button clicks\n */\n void OnAccept3DInterpolationClicked();\n\n /*\n * Will trigger interpolation for all slices in given orientation (called from popup menu of OnAcceptAllInterpolationsClicked)\n */\n void OnAcceptAllPopupActivated(QAction* action);\n\n /**\n Called on activation/deactivation\n */\n void OnInterpolationActivated(bool);\n\n void On3DInterpolationActivated(bool);\n\n void OnInterpolationMethodChanged(int index);\n\n //Enhancement for 3D interpolation\n void On2DInterpolationEnabled(bool);\n void On3DInterpolationEnabled(bool);\n void OnInterpolationDisabled(bool);\n void OnShowMarkers(bool);\n\n void Run3DInterpolation();\n\n void OnSurfaceInterpolationFinished();\n\n void StartUpdateInterpolationTimer();\n\n void StopUpdateInterpolationTimer();\n\n void ChangeSurfaceColor();\n\n protected:\n\n const std::map<QAction*, mitk::SliceNavigationController*> createActionToSliceDimension();\n std::map<QAction*, mitk::SliceNavigationController*> ACTION_TO_SLICEDIMENSION;\n\n void AcceptAllInterpolations(mitk::SliceNavigationController* slicer);\n\n /**\n Retrieves the currently selected PlaneGeometry from a SlicedGeometry3D that is generated by a SliceNavigationController\n and calls Interpolate to further process this PlaneGeometry into an interpolation.\n\n \\param e is a actually a mitk::SliceNavigationController::GeometrySliceEvent, sent by a SliceNavigationController\n \\param slice the SliceNavigationController\n */\n bool TranslateAndInterpolateChangedSlice(const itk::EventObject& e, mitk::SliceNavigationController* slicer);\n\n /**\n Given a PlaneGeometry, this method figures out which slice of the first working image (of the associated ToolManager)\n should be interpolated. The actual work is then done by our SegmentationInterpolation object.\n */\n void Interpolate( mitk::PlaneGeometry* plane, unsigned int timeStep, mitk::SliceNavigationController *slicer );\n\n //void InterpolateSurface();\n\n /**\n Called internally to update the interpolation suggestion. Finds out about the focused render window and requests an interpolation.\n */\n void UpdateVisibleSuggestion();\n\n void SetCurrentContourListID();\n\nprivate:\n\n void HideAllInterpolationControls();\n void Show2DInterpolationControls(bool show);\n void Show3DInterpolationControls(bool show);\n void CheckSupportedImageDimension();\n\n mitk::SegmentationInterpolationController::Pointer m_Interpolator;\n mitk::SurfaceInterpolationController::Pointer m_SurfaceInterpolator;\n\n mitk::ToolManager::Pointer m_ToolManager;\n bool m_Initialized;\n\n QHash<mitk::SliceNavigationController*, int> m_ControllerToTimeObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToSliceObserverTag;\n QHash<mitk::SliceNavigationController*, int> m_ControllerToDeleteObserverTag;\n\n unsigned int InterpolationInfoChangedObserverTag;\n unsigned int SurfaceInterpolationInfoChangedObserverTag;\n\n QGroupBox* m_GroupBoxEnableExclusiveInterpolationMode;\n QComboBox* m_CmbInterpolation;\n QPushButton* m_BtnApply2D;\n QPushButton* m_BtnApplyForAllSlices2D;\n QPushButton* m_BtnApply3D;\n QCheckBox* m_ChkShowPositionNodes;\n\n mitk::DataNode::Pointer m_FeedbackNode;\n mitk::DataNode::Pointer m_InterpolatedSurfaceNode;\n mitk::DataNode::Pointer m_3DContourNode;\n\n mitk::Image* m_Segmentation;\n\n mitk::SliceNavigationController* m_LastSNC;\n unsigned int m_LastSliceIndex;\n\n QHash<mitk::SliceNavigationController*, unsigned int> m_TimeStep;\n\n bool m_2DInterpolationEnabled;\n bool m_3DInterpolationEnabled;\n //unsigned int m_CurrentListID;\n\n mitk::DataStorage::Pointer m_DataStorage;\n\n QFuture<void> m_Future;\n QFutureWatcher<void> m_Watcher;\n QTimer* m_Timer;\n};\n\n#endif\n\n"}
| 284
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c
|
/*
* Copyright (c) 2018 Liming,Deng <<EMAIL>>
* Author: <NAME>
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in
* all copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*/
#ifndef _KINT_H_
#define _KINT_H_
#include <ktypes.h>
#define IDT_ENTRY_CNT 256
typedef enum _IRQ {
IRQ0 = 32,
IRQ1,
IRQ2,
IRQ3,
IRQ4,
IRQ5,
IRQ6,
IRQ7,
IRQ8,
IRQ9,
IRQ10,
IRQ11,
IRQ12,
IRQ13,
IRQ14,
IRQ15
} IRQ;
typedef struct _KPTRegs {
u32 ds; // Save previous data segment
u32 edi; // From edi to eax, all pushed by instruction: pusha
u32 esi;
u32 ebp;
u32 esp;
u32 ebx;
u32 edx;
u32 ecx;
u32 eax;
u32 int_id; // Interrupt id
u32 error_code; // Push by CPU
/* ---- pushed by CPU ---- */
u32 eip;
u32 cs;
u32 eflags;
u32 useresp;
u32 ss;
} KPTRegs;
typedef void (*KInterruptHandler)(KPTRegs *);
// Register an interrupt handler function
void kreg_int_handler(u32 int_id, KInterruptHandler handler);
void kisr_handler(KPTRegs *pt_regs);
void kirq_handler(KPTRegs *pt_regs);
void isr0();
void isr1();
void isr2();
void isr3();
void isr4();
void isr5();
void isr6();
void isr7();
void isr8();
void isr9();
void isr10();
void isr11();
void isr12();
void isr13();
void isr14();
void isr15();
void isr16();
void isr17();
void isr18();
void isr19();
void isr20();
void isr21();
void isr22();
void isr23();
void isr24();
void isr25();
void isr26();
void isr27();
void isr28();
void isr29();
void isr30();
void isr31();
void irq0();
void irq1();
void irq2();
void irq3();
void irq4();
void irq5();
void irq6();
void irq7();
void irq8();
void irq9();
void irq10();
void irq11();
void irq12();
void irq13();
void irq14();
void irq15();
// System call
void isr255();
void kcli();
void ksti();
#endif /* ifndef _KINT_H_ */
| 21.54
| 121
|
(translation_unit) "/*\n * Copyright (c) 2018 Liming,Deng <<EMAIL>>\n * Author: <NAME>\n *\n * Permission is hereby granted, free of charge, to any person obtaining a copy\n * of this software and associated documentation files (the "Software"), to deal\n * in the Software without restriction, including without limitation the rights\n * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell\n * copies of the Software, and to permit persons to whom the Software is\n * furnished to do so, subject to the following conditions:\n *\n * The above copyright notice and this permission notice shall be included in\n * all copies or substantial portions of the Software.\n *\n * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n * SOFTWARE.\n */\n\n#ifndef _KINT_H_\n#define _KINT_H_\n\n#include <ktypes.h>\n\n#define IDT_ENTRY_CNT 256\n\ntypedef enum _IRQ {\n IRQ0 = 32,\n IRQ1,\n IRQ2,\n IRQ3,\n IRQ4,\n IRQ5,\n IRQ6,\n IRQ7,\n IRQ8,\n IRQ9,\n IRQ10,\n IRQ11,\n IRQ12,\n IRQ13,\n IRQ14,\n IRQ15\n} IRQ;\n\ntypedef struct _KPTRegs {\n u32 ds; // Save previous data segment\n\n u32 edi; // From edi to eax, all pushed by instruction: pusha\n u32 esi;\n u32 ebp;\n u32 esp;\n u32 ebx;\n u32 edx;\n u32 ecx;\n u32 eax;\n\n u32 int_id; // Interrupt id\n u32 error_code; // Push by CPU\n\n /* ---- pushed by CPU ---- */\n u32 eip;\n u32 cs;\n u32 eflags;\n u32 useresp;\n u32 ss;\n} KPTRegs;\n\ntypedef void (*KInterruptHandler)(KPTRegs *);\n\n// Register an interrupt handler function\nvoid kreg_int_handler(u32 int_id, KInterruptHandler handler);\n\nvoid kisr_handler(KPTRegs *pt_regs);\nvoid kirq_handler(KPTRegs *pt_regs);\n\nvoid isr0();\nvoid isr1();\nvoid isr2();\nvoid isr3();\nvoid isr4();\nvoid isr5();\nvoid isr6();\nvoid isr7();\nvoid isr8();\nvoid isr9();\nvoid isr10();\nvoid isr11();\nvoid isr12();\nvoid isr13();\nvoid isr14();\nvoid isr15();\nvoid isr16();\nvoid isr17();\nvoid isr18();\nvoid isr19();\nvoid isr20();\nvoid isr21();\nvoid isr22();\nvoid isr23();\nvoid isr24();\nvoid isr25();\nvoid isr26();\nvoid isr27();\nvoid isr28();\nvoid isr29();\nvoid isr30();\nvoid isr31();\n\nvoid irq0();\nvoid irq1();\nvoid irq2();\nvoid irq3();\nvoid irq4();\nvoid irq5();\nvoid irq6();\nvoid irq7();\nvoid irq8();\nvoid irq9();\nvoid irq10();\nvoid irq11();\nvoid irq12();\nvoid irq13();\nvoid irq14();\nvoid irq15();\n\n// System call\nvoid isr255();\n\nvoid kcli();\nvoid ksti();\n\n#endif /* ifndef _KINT_H_ */\n"
(comment) "/*\n * Copyright (c) 2018 Liming,Deng <<EMAIL>>\n * Author: <NAME>\n *\n * Permission is hereby granted, free of charge, to any person obtaining a copy\n * of this software and associated documentation files (the "Software"), to deal\n * in the Software without restriction, including without limitation the rights\n * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell\n * copies of the Software, and to permit persons to whom the Software is\n * furnished to do so, subject to the following conditions:\n *\n * The above copyright notice and this permission notice shall be included in\n * all copies or substantial portions of the Software.\n *\n * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n * SOFTWARE.\n */"
(preproc_ifdef) "#ifndef _KINT_H_\n#define _KINT_H_\n\n#include <ktypes.h>\n\n#define IDT_ENTRY_CNT 256\n\ntypedef enum _IRQ {\n IRQ0 = 32,\n IRQ1,\n IRQ2,\n IRQ3,\n IRQ4,\n IRQ5,\n IRQ6,\n IRQ7,\n IRQ8,\n IRQ9,\n IRQ10,\n IRQ11,\n IRQ12,\n IRQ13,\n IRQ14,\n IRQ15\n} IRQ;\n\ntypedef struct _KPTRegs {\n u32 ds; // Save previous data segment\n\n u32 edi; // From edi to eax, all pushed by instruction: pusha\n u32 esi;\n u32 ebp;\n u32 esp;\n u32 ebx;\n u32 edx;\n u32 ecx;\n u32 eax;\n\n u32 int_id; // Interrupt id\n u32 error_code; // Push by CPU\n\n /* ---- pushed by CPU ---- */\n u32 eip;\n u32 cs;\n u32 eflags;\n u32 useresp;\n u32 ss;\n} KPTRegs;\n\ntypedef void (*KInterruptHandler)(KPTRegs *);\n\n// Register an interrupt handler function\nvoid kreg_int_handler(u32 int_id, KInterruptHandler handler);\n\nvoid kisr_handler(KPTRegs *pt_regs);\nvoid kirq_handler(KPTRegs *pt_regs);\n\nvoid isr0();\nvoid isr1();\nvoid isr2();\nvoid isr3();\nvoid isr4();\nvoid isr5();\nvoid isr6();\nvoid isr7();\nvoid isr8();\nvoid isr9();\nvoid isr10();\nvoid isr11();\nvoid isr12();\nvoid isr13();\nvoid isr14();\nvoid isr15();\nvoid isr16();\nvoid isr17();\nvoid isr18();\nvoid isr19();\nvoid isr20();\nvoid isr21();\nvoid isr22();\nvoid isr23();\nvoid isr24();\nvoid isr25();\nvoid isr26();\nvoid isr27();\nvoid isr28();\nvoid isr29();\nvoid isr30();\nvoid isr31();\n\nvoid irq0();\nvoid irq1();\nvoid irq2();\nvoid irq3();\nvoid irq4();\nvoid irq5();\nvoid irq6();\nvoid irq7();\nvoid irq8();\nvoid irq9();\nvoid irq10();\nvoid irq11();\nvoid irq12();\nvoid irq13();\nvoid irq14();\nvoid irq15();\n\n// System call\nvoid isr255();\n\nvoid kcli();\nvoid ksti();\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "_KINT_H_"
(preproc_def) "#define _KINT_H_\n"
(#define) "#define"
(identifier) "_KINT_H_"
(preproc_include) "#include <ktypes.h>\n"
(#include) "#include"
(system_lib_string) "<ktypes.h>"
(preproc_def) "#define IDT_ENTRY_CNT 256\n"
(#define) "#define"
(identifier) "IDT_ENTRY_CNT"
(preproc_arg) "256"
(type_definition) "typedef enum _IRQ {\n IRQ0 = 32,\n IRQ1,\n IRQ2,\n IRQ3,\n IRQ4,\n IRQ5,\n IRQ6,\n IRQ7,\n IRQ8,\n IRQ9,\n IRQ10,\n IRQ11,\n IRQ12,\n IRQ13,\n IRQ14,\n IRQ15\n} IRQ;"
(typedef) "typedef"
(enum_specifier) "enum _IRQ {\n IRQ0 = 32,\n IRQ1,\n IRQ2,\n IRQ3,\n IRQ4,\n IRQ5,\n IRQ6,\n IRQ7,\n IRQ8,\n IRQ9,\n IRQ10,\n IRQ11,\n IRQ12,\n IRQ13,\n IRQ14,\n IRQ15\n}"
(enum) "enum"
(type_identifier) "_IRQ"
(enumerator_list) "{\n IRQ0 = 32,\n IRQ1,\n IRQ2,\n IRQ3,\n IRQ4,\n IRQ5,\n IRQ6,\n IRQ7,\n IRQ8,\n IRQ9,\n IRQ10,\n IRQ11,\n IRQ12,\n IRQ13,\n IRQ14,\n IRQ15\n}"
({) "{"
(enumerator) "IRQ0 = 32"
(identifier) "IRQ0"
(=) "="
(number_literal) "32"
(,) ","
(enumerator) "IRQ1"
(identifier) "IRQ1"
(,) ","
(enumerator) "IRQ2"
(identifier) "IRQ2"
(,) ","
(enumerator) "IRQ3"
(identifier) "IRQ3"
(,) ","
(enumerator) "IRQ4"
(identifier) "IRQ4"
(,) ","
(enumerator) "IRQ5"
(identifier) "IRQ5"
(,) ","
(enumerator) "IRQ6"
(identifier) "IRQ6"
(,) ","
(enumerator) "IRQ7"
(identifier) "IRQ7"
(,) ","
(enumerator) "IRQ8"
(identifier) "IRQ8"
(,) ","
(enumerator) "IRQ9"
(identifier) "IRQ9"
(,) ","
(enumerator) "IRQ10"
(identifier) "IRQ10"
(,) ","
(enumerator) "IRQ11"
(identifier) "IRQ11"
(,) ","
(enumerator) "IRQ12"
(identifier) "IRQ12"
(,) ","
(enumerator) "IRQ13"
(identifier) "IRQ13"
(,) ","
(enumerator) "IRQ14"
(identifier) "IRQ14"
(,) ","
(enumerator) "IRQ15"
(identifier) "IRQ15"
(}) "}"
(type_identifier) "IRQ"
(;) ";"
(type_definition) "typedef struct _KPTRegs {\n u32 ds; // Save previous data segment\n\n u32 edi; // From edi to eax, all pushed by instruction: pusha\n u32 esi;\n u32 ebp;\n u32 esp;\n u32 ebx;\n u32 edx;\n u32 ecx;\n u32 eax;\n\n u32 int_id; // Interrupt id\n u32 error_code; // Push by CPU\n\n /* ---- pushed by CPU ---- */\n u32 eip;\n u32 cs;\n u32 eflags;\n u32 useresp;\n u32 ss;\n} KPTRegs;"
(typedef) "typedef"
(struct_specifier) "struct _KPTRegs {\n u32 ds; // Save previous data segment\n\n u32 edi; // From edi to eax, all pushed by instruction: pusha\n u32 esi;\n u32 ebp;\n u32 esp;\n u32 ebx;\n u32 edx;\n u32 ecx;\n u32 eax;\n\n u32 int_id; // Interrupt id\n u32 error_code; // Push by CPU\n\n /* ---- pushed by CPU ---- */\n u32 eip;\n u32 cs;\n u32 eflags;\n u32 useresp;\n u32 ss;\n}"
(struct) "struct"
(type_identifier) "_KPTRegs"
(field_declaration_list) "{\n u32 ds; // Save previous data segment\n\n u32 edi; // From edi to eax, all pushed by instruction: pusha\n u32 esi;\n u32 ebp;\n u32 esp;\n u32 ebx;\n u32 edx;\n u32 ecx;\n u32 eax;\n\n u32 int_id; // Interrupt id\n u32 error_code; // Push by CPU\n\n /* ---- pushed by CPU ---- */\n u32 eip;\n u32 cs;\n u32 eflags;\n u32 useresp;\n u32 ss;\n}"
({) "{"
(field_declaration) "u32 ds;"
(type_identifier) "u32"
(field_identifier) "ds"
(;) ";"
(comment) "// Save previous data segment"
(field_declaration) "u32 edi;"
(type_identifier) "u32"
(field_identifier) "edi"
(;) ";"
(comment) "// From edi to eax, all pushed by instruction: pusha"
(field_declaration) "u32 esi;"
(type_identifier) "u32"
(field_identifier) "esi"
(;) ";"
(field_declaration) "u32 ebp;"
(type_identifier) "u32"
(field_identifier) "ebp"
(;) ";"
(field_declaration) "u32 esp;"
(type_identifier) "u32"
(field_identifier) "esp"
(;) ";"
(field_declaration) "u32 ebx;"
(type_identifier) "u32"
(field_identifier) "ebx"
(;) ";"
(field_declaration) "u32 edx;"
(type_identifier) "u32"
(field_identifier) "edx"
(;) ";"
(field_declaration) "u32 ecx;"
(type_identifier) "u32"
(field_identifier) "ecx"
(;) ";"
(field_declaration) "u32 eax;"
(type_identifier) "u32"
(field_identifier) "eax"
(;) ";"
(field_declaration) "u32 int_id;"
(type_identifier) "u32"
(field_identifier) "int_id"
(;) ";"
(comment) "// Interrupt id"
(field_declaration) "u32 error_code;"
(type_identifier) "u32"
(field_identifier) "error_code"
(;) ";"
(comment) "// Push by CPU"
(comment) "/* ---- pushed by CPU ---- */"
(field_declaration) "u32 eip;"
(type_identifier) "u32"
(field_identifier) "eip"
(;) ";"
(field_declaration) "u32 cs;"
(type_identifier) "u32"
(field_identifier) "cs"
(;) ";"
(field_declaration) "u32 eflags;"
(type_identifier) "u32"
(field_identifier) "eflags"
(;) ";"
(field_declaration) "u32 useresp;"
(type_identifier) "u32"
(field_identifier) "useresp"
(;) ";"
(field_declaration) "u32 ss;"
(type_identifier) "u32"
(field_identifier) "ss"
(;) ";"
(}) "}"
(type_identifier) "KPTRegs"
(;) ";"
(type_definition) "typedef void (*KInterruptHandler)(KPTRegs *);"
(typedef) "typedef"
(primitive_type) "void"
(function_declarator) "(*KInterruptHandler)(KPTRegs *)"
(parenthesized_declarator) "(*KInterruptHandler)"
(() "("
(pointer_declarator) "*KInterruptHandler"
(*) "*"
(type_identifier) "KInterruptHandler"
()) ")"
(parameter_list) "(KPTRegs *)"
(() "("
(parameter_declaration) "KPTRegs *"
(type_identifier) "KPTRegs"
(abstract_pointer_declarator) "*"
(*) "*"
()) ")"
(;) ";"
(comment) "// Register an interrupt handler function"
(declaration) "void kreg_int_handler(u32 int_id, KInterruptHandler handler);"
(primitive_type) "void"
(function_declarator) "kreg_int_handler(u32 int_id, KInterruptHandler handler)"
(identifier) "kreg_int_handler"
(parameter_list) "(u32 int_id, KInterruptHandler handler)"
(() "("
(parameter_declaration) "u32 int_id"
(type_identifier) "u32"
(identifier) "int_id"
(,) ","
(parameter_declaration) "KInterruptHandler handler"
(type_identifier) "KInterruptHandler"
(identifier) "handler"
()) ")"
(;) ";"
(declaration) "void kisr_handler(KPTRegs *pt_regs);"
(primitive_type) "void"
(function_declarator) "kisr_handler(KPTRegs *pt_regs)"
(identifier) "kisr_handler"
(parameter_list) "(KPTRegs *pt_regs)"
(() "("
(parameter_declaration) "KPTRegs *pt_regs"
(type_identifier) "KPTRegs"
(pointer_declarator) "*pt_regs"
(*) "*"
(identifier) "pt_regs"
()) ")"
(;) ";"
(declaration) "void kirq_handler(KPTRegs *pt_regs);"
(primitive_type) "void"
(function_declarator) "kirq_handler(KPTRegs *pt_regs)"
(identifier) "kirq_handler"
(parameter_list) "(KPTRegs *pt_regs)"
(() "("
(parameter_declaration) "KPTRegs *pt_regs"
(type_identifier) "KPTRegs"
(pointer_declarator) "*pt_regs"
(*) "*"
(identifier) "pt_regs"
()) ")"
(;) ";"
(declaration) "void isr0();"
(primitive_type) "void"
(function_declarator) "isr0()"
(identifier) "isr0"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr1();"
(primitive_type) "void"
(function_declarator) "isr1()"
(identifier) "isr1"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr2();"
(primitive_type) "void"
(function_declarator) "isr2()"
(identifier) "isr2"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr3();"
(primitive_type) "void"
(function_declarator) "isr3()"
(identifier) "isr3"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr4();"
(primitive_type) "void"
(function_declarator) "isr4()"
(identifier) "isr4"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr5();"
(primitive_type) "void"
(function_declarator) "isr5()"
(identifier) "isr5"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr6();"
(primitive_type) "void"
(function_declarator) "isr6()"
(identifier) "isr6"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr7();"
(primitive_type) "void"
(function_declarator) "isr7()"
(identifier) "isr7"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr8();"
(primitive_type) "void"
(function_declarator) "isr8()"
(identifier) "isr8"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr9();"
(primitive_type) "void"
(function_declarator) "isr9()"
(identifier) "isr9"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr10();"
(primitive_type) "void"
(function_declarator) "isr10()"
(identifier) "isr10"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr11();"
(primitive_type) "void"
(function_declarator) "isr11()"
(identifier) "isr11"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr12();"
(primitive_type) "void"
(function_declarator) "isr12()"
(identifier) "isr12"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr13();"
(primitive_type) "void"
(function_declarator) "isr13()"
(identifier) "isr13"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr14();"
(primitive_type) "void"
(function_declarator) "isr14()"
(identifier) "isr14"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr15();"
(primitive_type) "void"
(function_declarator) "isr15()"
(identifier) "isr15"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr16();"
(primitive_type) "void"
(function_declarator) "isr16()"
(identifier) "isr16"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr17();"
(primitive_type) "void"
(function_declarator) "isr17()"
(identifier) "isr17"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr18();"
(primitive_type) "void"
(function_declarator) "isr18()"
(identifier) "isr18"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr19();"
(primitive_type) "void"
(function_declarator) "isr19()"
(identifier) "isr19"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr20();"
(primitive_type) "void"
(function_declarator) "isr20()"
(identifier) "isr20"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr21();"
(primitive_type) "void"
(function_declarator) "isr21()"
(identifier) "isr21"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr22();"
(primitive_type) "void"
(function_declarator) "isr22()"
(identifier) "isr22"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr23();"
(primitive_type) "void"
(function_declarator) "isr23()"
(identifier) "isr23"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr24();"
(primitive_type) "void"
(function_declarator) "isr24()"
(identifier) "isr24"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr25();"
(primitive_type) "void"
(function_declarator) "isr25()"
(identifier) "isr25"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr26();"
(primitive_type) "void"
(function_declarator) "isr26()"
(identifier) "isr26"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr27();"
(primitive_type) "void"
(function_declarator) "isr27()"
(identifier) "isr27"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr28();"
(primitive_type) "void"
(function_declarator) "isr28()"
(identifier) "isr28"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr29();"
(primitive_type) "void"
(function_declarator) "isr29()"
(identifier) "isr29"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr30();"
(primitive_type) "void"
(function_declarator) "isr30()"
(identifier) "isr30"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void isr31();"
(primitive_type) "void"
(function_declarator) "isr31()"
(identifier) "isr31"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq0();"
(primitive_type) "void"
(function_declarator) "irq0()"
(identifier) "irq0"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq1();"
(primitive_type) "void"
(function_declarator) "irq1()"
(identifier) "irq1"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq2();"
(primitive_type) "void"
(function_declarator) "irq2()"
(identifier) "irq2"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq3();"
(primitive_type) "void"
(function_declarator) "irq3()"
(identifier) "irq3"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq4();"
(primitive_type) "void"
(function_declarator) "irq4()"
(identifier) "irq4"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq5();"
(primitive_type) "void"
(function_declarator) "irq5()"
(identifier) "irq5"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq6();"
(primitive_type) "void"
(function_declarator) "irq6()"
(identifier) "irq6"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq7();"
(primitive_type) "void"
(function_declarator) "irq7()"
(identifier) "irq7"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq8();"
(primitive_type) "void"
(function_declarator) "irq8()"
(identifier) "irq8"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq9();"
(primitive_type) "void"
(function_declarator) "irq9()"
(identifier) "irq9"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq10();"
(primitive_type) "void"
(function_declarator) "irq10()"
(identifier) "irq10"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq11();"
(primitive_type) "void"
(function_declarator) "irq11()"
(identifier) "irq11"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq12();"
(primitive_type) "void"
(function_declarator) "irq12()"
(identifier) "irq12"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq13();"
(primitive_type) "void"
(function_declarator) "irq13()"
(identifier) "irq13"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq14();"
(primitive_type) "void"
(function_declarator) "irq14()"
(identifier) "irq14"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void irq15();"
(primitive_type) "void"
(function_declarator) "irq15()"
(identifier) "irq15"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "// System call"
(declaration) "void isr255();"
(primitive_type) "void"
(function_declarator) "isr255()"
(identifier) "isr255"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void kcli();"
(primitive_type) "void"
(function_declarator) "kcli()"
(identifier) "kcli"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void ksti();"
(primitive_type) "void"
(function_declarator) "ksti()"
(identifier) "ksti"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(#endif) "#endif"
(comment) "/* ifndef _KINT_H_ */"
| 624
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 121, "avg_line_length": 21.54, "nodes": 408, "errors": 0, "source_hash": "1185ff9a274d89af6ffdba6b4e51e24516513c34b799736f191b8d40688c8c69", "categorized_nodes": 280}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef _KINT_H_\n#define _KINT_H_\n\n#include <ktypes.h>\n\n#define IDT_ENTRY_CNT 256\n\ntypedef enum _IRQ {\n IRQ0 = 32,\n IRQ1,\n IRQ2,\n IRQ3,\n IRQ4,\n IRQ5,\n IRQ6,\n IRQ7,\n IRQ8,\n IRQ9,\n IRQ10,\n IRQ11,\n IRQ12,\n IRQ13,\n IRQ14,\n IRQ15\n} IRQ;\n\ntypedef struct _KPTRegs {\n u32 ds; // Save previous data segment\n\n u32 edi; // From edi to eax, all pushed by instruction: pusha\n u32 esi;\n u32 ebp;\n u32 esp;\n u32 ebx;\n u32 edx;\n u32 ecx;\n u32 eax;\n\n u32 int_id; // Interrupt id\n u32 error_code; // Push by CPU\n\n /* ---- pushed by CPU ---- */\n u32 eip;\n u32 cs;\n u32 eflags;\n u32 useresp;\n u32 ss;\n} KPTRegs;\n\ntypedef void (*KInterruptHandler)(KPTRegs *);\n\n// Register an interrupt handler function\nvoid kreg_int_handler(u32 int_id, KInterruptHandler handler);\n\nvoid kisr_handler(KPTRegs *pt_regs);\nvoid kirq_handler(KPTRegs *pt_regs);\n\nvoid isr0();\nvoid isr1();\nvoid isr2();\nvoid isr3();\nvoid isr4();\nvoid isr5();\nvoid isr6();\nvoid isr7();\nvoid isr8();\nvoid isr9();\nvoid isr10();\nvoid isr11();\nvoid isr12();\nvoid isr13();\nvoid isr14();\nvoid isr15();\nvoid isr16();\nvoid isr17();\nvoid isr18();\nvoid isr19();\nvoid isr20();\nvoid isr21();\nvoid isr22();\nvoid isr23();\nvoid isr24();\nvoid isr25();\nvoid isr26();\nvoid isr27();\nvoid isr28();\nvoid isr29();\nvoid isr30();\nvoid isr31();\n\nvoid irq0();\nvoid irq1();\nvoid irq2();\nvoid irq3();\nvoid irq4();\nvoid irq5();\nvoid irq6();\nvoid irq7();\nvoid irq8();\nvoid irq9();\nvoid irq10();\nvoid irq11();\nvoid irq12();\nvoid irq13();\nvoid irq14();\nvoid irq15();\n\n// System call\nvoid isr255();\n\nvoid kcli();\nvoid ksti();\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 13, 54, 108, 121, 132, 142, 152, 157, 162, 167, 172, 177, 182, 187, 192, 197, 202, 207, 212, 217, 222, 227, 232, 237, 242, 247, 252, 257, 262, 267, 272, 277, 282, 287, 292, 297, 302, 307, 312, 317, 322, 327, 332, 337, 342, 347, 352, 357, 362, 367, 372, 377, 382, 387, 392, 397, 402, 407], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 136, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 23, "column": 7}}, {"id": 2, "type": "identifier", "text": "_KINT_H_", "parent": 0, "children": [], "start_point": {"row": 23, "column": 8}, "end_point": {"row": 23, "column": 16}}, {"id": 3, "type": "preproc_def", "text": "#define _KINT_H_\n", "parent": 0, "children": [4, 5], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 25, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 24, "column": 7}}, {"id": 5, "type": "identifier", "text": "_KINT_H_", "parent": 3, "children": [], "start_point": {"row": 24, "column": 8}, "end_point": {"row": 24, "column": 16}}, {"id": 6, "type": "preproc_include", "text": "#include <ktypes.h>\n", "parent": 0, "children": [7, 8], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 27, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 26, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<ktypes.h>", "parent": 6, "children": [], "start_point": {"row": 26, "column": 9}, "end_point": {"row": 26, "column": 19}}, {"id": 9, "type": "preproc_def", "text": "#define IDT_ENTRY_CNT 256\n", "parent": 0, "children": [10, 11, 12], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 29, "column": 0}}, {"id": 10, "type": "#define", "text": "#define", "parent": 9, "children": [], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 28, "column": 7}}, {"id": 11, "type": "identifier", "text": "IDT_ENTRY_CNT", "parent": 9, "children": [], "start_point": {"row": 28, "column": 8}, "end_point": {"row": 28, "column": 21}}, {"id": 12, "type": "preproc_arg", "text": "256", "parent": 9, "children": [], "start_point": {"row": 28, "column": 22}, "end_point": {"row": 28, "column": 25}}, {"id": 13, "type": "type_definition", "text": "typedef enum _IRQ {\n IRQ0 = 32,\n IRQ1,\n IRQ2,\n IRQ3,\n IRQ4,\n IRQ5,\n IRQ6,\n IRQ7,\n IRQ8,\n IRQ9,\n IRQ10,\n IRQ11,\n IRQ12,\n IRQ13,\n IRQ14,\n IRQ15\n} IRQ;", "parent": 0, "children": [14, 15, 53], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 47, "column": 6}}, {"id": 14, "type": "typedef", "text": "typedef", "parent": 13, "children": [], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 30, "column": 7}}, {"id": 15, "type": "enum_specifier", "text": "enum _IRQ {\n IRQ0 = 32,\n IRQ1,\n IRQ2,\n IRQ3,\n IRQ4,\n IRQ5,\n IRQ6,\n IRQ7,\n IRQ8,\n IRQ9,\n IRQ10,\n IRQ11,\n IRQ12,\n IRQ13,\n IRQ14,\n IRQ15\n}", "parent": 13, "children": [16, 17, 18], "start_point": {"row": 30, "column": 8}, "end_point": {"row": 47, "column": 1}}, {"id": 16, "type": "enum", "text": "enum", "parent": 15, "children": [], "start_point": {"row": 30, "column": 8}, "end_point": {"row": 30, "column": 12}}, {"id": 17, "type": "type_identifier", "text": "_IRQ", "parent": 15, "children": [], "start_point": {"row": 30, "column": 13}, "end_point": {"row": 30, "column": 17}}, {"id": 18, "type": "enumerator_list", "text": "{\n IRQ0 = 32,\n IRQ1,\n IRQ2,\n IRQ3,\n IRQ4,\n IRQ5,\n IRQ6,\n IRQ7,\n IRQ8,\n IRQ9,\n IRQ10,\n IRQ11,\n IRQ12,\n IRQ13,\n IRQ14,\n IRQ15\n}", "parent": 15, "children": [19, 23, 25, 27, 29, 31, 33, 35, 37, 39, 41, 43, 45, 47, 49, 51], "start_point": {"row": 30, "column": 18}, "end_point": {"row": 47, "column": 1}}, {"id": 19, "type": "enumerator", "text": "IRQ0 = 32", "parent": 18, "children": [20, 21, 22], "start_point": {"row": 31, "column": 2}, "end_point": {"row": 31, "column": 11}}, {"id": 20, "type": "identifier", "text": "IRQ0", "parent": 19, "children": [], "start_point": {"row": 31, "column": 2}, "end_point": {"row": 31, "column": 6}}, {"id": 21, "type": "=", "text": "=", "parent": 19, "children": [], "start_point": {"row": 31, "column": 7}, "end_point": {"row": 31, "column": 8}}, {"id": 22, "type": "number_literal", "text": "32", "parent": 19, "children": [], "start_point": {"row": 31, "column": 9}, "end_point": {"row": 31, "column": 11}}, {"id": 23, "type": "enumerator", "text": "IRQ1", "parent": 18, "children": [24], "start_point": {"row": 32, "column": 2}, "end_point": {"row": 32, "column": 6}}, {"id": 24, "type": "identifier", "text": "IRQ1", "parent": 23, "children": [], "start_point": {"row": 32, "column": 2}, "end_point": {"row": 32, "column": 6}}, {"id": 25, "type": "enumerator", "text": "IRQ2", "parent": 18, "children": [26], "start_point": {"row": 33, "column": 2}, "end_point": {"row": 33, "column": 6}}, {"id": 26, "type": "identifier", "text": "IRQ2", "parent": 25, "children": [], "start_point": {"row": 33, "column": 2}, "end_point": {"row": 33, "column": 6}}, {"id": 27, "type": "enumerator", "text": "IRQ3", "parent": 18, "children": [28], "start_point": {"row": 34, "column": 2}, "end_point": {"row": 34, "column": 6}}, {"id": 28, "type": "identifier", "text": "IRQ3", "parent": 27, "children": [], "start_point": {"row": 34, "column": 2}, "end_point": {"row": 34, "column": 6}}, {"id": 29, "type": "enumerator", "text": "IRQ4", "parent": 18, "children": [30], "start_point": {"row": 35, "column": 2}, "end_point": {"row": 35, "column": 6}}, {"id": 30, "type": "identifier", "text": "IRQ4", "parent": 29, "children": [], "start_point": {"row": 35, "column": 2}, "end_point": {"row": 35, "column": 6}}, {"id": 31, "type": "enumerator", "text": "IRQ5", "parent": 18, "children": [32], "start_point": {"row": 36, "column": 2}, "end_point": {"row": 36, "column": 6}}, {"id": 32, "type": "identifier", "text": "IRQ5", "parent": 31, "children": [], "start_point": {"row": 36, "column": 2}, "end_point": {"row": 36, "column": 6}}, {"id": 33, "type": "enumerator", "text": "IRQ6", "parent": 18, "children": [34], "start_point": {"row": 37, "column": 2}, "end_point": {"row": 37, "column": 6}}, {"id": 34, "type": "identifier", "text": "IRQ6", "parent": 33, "children": [], "start_point": {"row": 37, "column": 2}, "end_point": {"row": 37, "column": 6}}, {"id": 35, "type": "enumerator", "text": "IRQ7", "parent": 18, "children": [36], "start_point": {"row": 38, "column": 2}, "end_point": {"row": 38, "column": 6}}, {"id": 36, "type": "identifier", "text": "IRQ7", "parent": 35, "children": [], "start_point": {"row": 38, "column": 2}, "end_point": {"row": 38, "column": 6}}, {"id": 37, "type": "enumerator", "text": "IRQ8", "parent": 18, "children": [38], "start_point": {"row": 39, "column": 2}, "end_point": {"row": 39, "column": 6}}, {"id": 38, "type": "identifier", "text": "IRQ8", "parent": 37, "children": [], "start_point": {"row": 39, "column": 2}, "end_point": {"row": 39, "column": 6}}, {"id": 39, "type": "enumerator", "text": "IRQ9", "parent": 18, "children": [40], "start_point": {"row": 40, "column": 2}, "end_point": {"row": 40, "column": 6}}, {"id": 40, "type": "identifier", "text": "IRQ9", "parent": 39, "children": [], "start_point": {"row": 40, "column": 2}, "end_point": {"row": 40, "column": 6}}, {"id": 41, "type": "enumerator", "text": "IRQ10", "parent": 18, "children": [42], "start_point": {"row": 41, "column": 2}, "end_point": {"row": 41, "column": 7}}, {"id": 42, "type": "identifier", "text": "IRQ10", "parent": 41, "children": [], "start_point": {"row": 41, "column": 2}, "end_point": {"row": 41, "column": 7}}, {"id": 43, "type": "enumerator", "text": "IRQ11", "parent": 18, "children": [44], "start_point": {"row": 42, "column": 2}, "end_point": {"row": 42, "column": 7}}, {"id": 44, "type": "identifier", "text": "IRQ11", "parent": 43, "children": [], "start_point": {"row": 42, "column": 2}, "end_point": {"row": 42, "column": 7}}, {"id": 45, "type": "enumerator", "text": "IRQ12", "parent": 18, "children": [46], "start_point": {"row": 43, "column": 2}, "end_point": {"row": 43, "column": 7}}, {"id": 46, "type": "identifier", "text": "IRQ12", "parent": 45, "children": [], "start_point": {"row": 43, "column": 2}, "end_point": {"row": 43, "column": 7}}, {"id": 47, "type": "enumerator", "text": "IRQ13", "parent": 18, "children": [48], "start_point": {"row": 44, "column": 2}, "end_point": {"row": 44, "column": 7}}, {"id": 48, "type": "identifier", "text": "IRQ13", "parent": 47, "children": [], "start_point": {"row": 44, "column": 2}, "end_point": {"row": 44, "column": 7}}, {"id": 49, "type": "enumerator", "text": "IRQ14", "parent": 18, "children": [50], "start_point": {"row": 45, "column": 2}, "end_point": {"row": 45, "column": 7}}, {"id": 50, "type": "identifier", "text": "IRQ14", "parent": 49, "children": [], "start_point": {"row": 45, "column": 2}, "end_point": {"row": 45, "column": 7}}, {"id": 51, "type": "enumerator", "text": "IRQ15", "parent": 18, "children": [52], "start_point": {"row": 46, "column": 2}, "end_point": {"row": 46, "column": 7}}, {"id": 52, "type": "identifier", "text": "IRQ15", "parent": 51, "children": [], "start_point": {"row": 46, "column": 2}, "end_point": {"row": 46, "column": 7}}, {"id": 53, "type": "type_identifier", "text": "IRQ", "parent": 13, "children": [], "start_point": {"row": 47, "column": 2}, "end_point": {"row": 47, "column": 5}}, {"id": 54, "type": "type_definition", "text": "typedef struct _KPTRegs {\n u32 ds; // Save previous data segment\n\n u32 edi; // From edi to eax, all pushed by instruction: pusha\n u32 esi;\n u32 ebp;\n u32 esp;\n u32 ebx;\n u32 edx;\n u32 ecx;\n u32 eax;\n\n u32 int_id; // Interrupt id\n u32 error_code; // Push by CPU\n\n /* ---- pushed by CPU ---- */\n u32 eip;\n u32 cs;\n u32 eflags;\n u32 useresp;\n u32 ss;\n} KPTRegs;", "parent": 0, "children": [55, 56, 107], "start_point": {"row": 49, "column": 0}, "end_point": {"row": 70, "column": 10}}, {"id": 55, "type": "typedef", "text": "typedef", "parent": 54, "children": [], "start_point": {"row": 49, "column": 0}, "end_point": {"row": 49, "column": 7}}, {"id": 56, "type": "struct_specifier", "text": "struct _KPTRegs {\n u32 ds; // Save previous data segment\n\n u32 edi; // From edi to eax, all pushed by instruction: pusha\n u32 esi;\n u32 ebp;\n u32 esp;\n u32 ebx;\n u32 edx;\n u32 ecx;\n u32 eax;\n\n u32 int_id; // Interrupt id\n u32 error_code; // Push by CPU\n\n /* ---- pushed by CPU ---- */\n u32 eip;\n u32 cs;\n u32 eflags;\n u32 useresp;\n u32 ss;\n}", "parent": 54, "children": [57, 58], "start_point": {"row": 49, "column": 8}, "end_point": {"row": 70, "column": 1}}, {"id": 57, "type": "struct", "text": "struct", "parent": 56, "children": [], "start_point": {"row": 49, "column": 8}, "end_point": {"row": 49, "column": 14}}, {"id": 58, "type": "type_identifier", "text": "_KPTRegs", "parent": 56, "children": [], "start_point": {"row": 49, "column": 15}, "end_point": {"row": 49, "column": 23}}, {"id": 59, "type": "field_declaration", "text": "u32 ds;", "parent": 56, "children": [60, 61], "start_point": {"row": 50, "column": 2}, "end_point": {"row": 50, "column": 9}}, {"id": 60, "type": "type_identifier", "text": "u32", "parent": 59, "children": [], "start_point": {"row": 50, "column": 2}, "end_point": {"row": 50, "column": 5}}, {"id": 61, "type": "field_identifier", "text": "ds", "parent": 59, "children": [], "start_point": {"row": 50, "column": 6}, "end_point": {"row": 50, "column": 8}}, {"id": 62, "type": "field_declaration", "text": "u32 edi;", "parent": 56, "children": [63, 64], "start_point": {"row": 52, "column": 2}, "end_point": {"row": 52, "column": 10}}, {"id": 63, "type": "type_identifier", "text": "u32", "parent": 62, "children": [], "start_point": {"row": 52, "column": 2}, "end_point": {"row": 52, "column": 5}}, {"id": 64, "type": "field_identifier", "text": "edi", "parent": 62, "children": [], "start_point": {"row": 52, "column": 6}, "end_point": {"row": 52, "column": 9}}, {"id": 65, "type": "field_declaration", "text": "u32 esi;", "parent": 56, "children": [66, 67], "start_point": {"row": 53, "column": 2}, "end_point": {"row": 53, "column": 10}}, {"id": 66, "type": "type_identifier", "text": "u32", "parent": 65, "children": [], "start_point": {"row": 53, "column": 2}, "end_point": {"row": 53, "column": 5}}, {"id": 67, "type": "field_identifier", "text": "esi", "parent": 65, "children": [], "start_point": {"row": 53, "column": 6}, "end_point": {"row": 53, "column": 9}}, {"id": 68, "type": "field_declaration", "text": "u32 ebp;", "parent": 56, "children": [69, 70], "start_point": {"row": 54, "column": 2}, "end_point": {"row": 54, "column": 10}}, {"id": 69, "type": "type_identifier", "text": "u32", "parent": 68, "children": [], "start_point": {"row": 54, "column": 2}, "end_point": {"row": 54, "column": 5}}, {"id": 70, "type": "field_identifier", "text": "ebp", "parent": 68, "children": [], "start_point": {"row": 54, "column": 6}, "end_point": {"row": 54, "column": 9}}, {"id": 71, "type": "field_declaration", "text": "u32 esp;", "parent": 56, "children": [72, 73], "start_point": {"row": 55, "column": 2}, "end_point": {"row": 55, "column": 10}}, {"id": 72, "type": "type_identifier", "text": "u32", "parent": 71, "children": [], "start_point": {"row": 55, "column": 2}, "end_point": {"row": 55, "column": 5}}, {"id": 73, "type": "field_identifier", "text": "esp", "parent": 71, "children": [], "start_point": {"row": 55, "column": 6}, "end_point": {"row": 55, "column": 9}}, {"id": 74, "type": "field_declaration", "text": "u32 ebx;", "parent": 56, "children": [75, 76], "start_point": {"row": 56, "column": 2}, "end_point": {"row": 56, "column": 10}}, {"id": 75, "type": "type_identifier", "text": "u32", "parent": 74, "children": [], "start_point": {"row": 56, "column": 2}, "end_point": {"row": 56, "column": 5}}, {"id": 76, "type": "field_identifier", "text": "ebx", "parent": 74, "children": [], "start_point": {"row": 56, "column": 6}, "end_point": {"row": 56, "column": 9}}, {"id": 77, "type": "field_declaration", "text": "u32 edx;", "parent": 56, "children": [78, 79], "start_point": {"row": 57, "column": 2}, "end_point": {"row": 57, "column": 10}}, {"id": 78, "type": "type_identifier", "text": "u32", "parent": 77, "children": [], "start_point": {"row": 57, "column": 2}, "end_point": {"row": 57, "column": 5}}, {"id": 79, "type": "field_identifier", "text": "edx", "parent": 77, "children": [], "start_point": {"row": 57, "column": 6}, "end_point": {"row": 57, "column": 9}}, {"id": 80, "type": "field_declaration", "text": "u32 ecx;", "parent": 56, "children": [81, 82], "start_point": {"row": 58, "column": 2}, "end_point": {"row": 58, "column": 10}}, {"id": 81, "type": "type_identifier", "text": "u32", "parent": 80, "children": [], "start_point": {"row": 58, 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"text_snippet": "isr30()"}, {"node_id": 309, "universal_type": "function", "name": "unknown", "text_snippet": "isr31()"}, {"node_id": 314, "universal_type": "function", "name": "unknown", "text_snippet": "irq0()"}, {"node_id": 319, "universal_type": "function", "name": "unknown", "text_snippet": "irq1()"}, {"node_id": 324, "universal_type": "function", "name": "unknown", "text_snippet": "irq2()"}, {"node_id": 329, "universal_type": "function", "name": "unknown", "text_snippet": "irq3()"}, {"node_id": 334, "universal_type": "function", "name": "unknown", "text_snippet": "irq4()"}, {"node_id": 339, "universal_type": "function", "name": "unknown", "text_snippet": "irq5()"}, {"node_id": 344, "universal_type": "function", "name": "unknown", "text_snippet": "irq6()"}, {"node_id": 349, "universal_type": "function", "name": "unknown", "text_snippet": "irq7()"}, {"node_id": 354, "universal_type": "function", "name": "unknown", "text_snippet": "irq8()"}, {"node_id": 359, "universal_type": "function", "name": "unknown", "text_snippet": "irq9()"}, {"node_id": 364, "universal_type": "function", "name": "unknown", "text_snippet": "irq10()"}, {"node_id": 369, "universal_type": "function", "name": "unknown", "text_snippet": "irq11()"}, {"node_id": 374, "universal_type": "function", "name": "unknown", "text_snippet": "irq12()"}, {"node_id": 379, "universal_type": "function", "name": "unknown", "text_snippet": "irq13()"}, {"node_id": 384, "universal_type": "function", "name": "unknown", "text_snippet": "irq14()"}, {"node_id": 389, "universal_type": "function", "name": "unknown", "text_snippet": "irq15()"}, {"node_id": 394, "universal_type": "function", "name": "unknown", "text_snippet": "isr255()"}, {"node_id": 399, "universal_type": "function", "name": "unknown", "text_snippet": "kcli()"}, {"node_id": 404, "universal_type": "function", "name": "unknown", "text_snippet": "ksti()"}], "class_declarations": [{"node_id": 56, "universal_type": "class", "name": "_KPTRegs", "text_snippet": "struct _KPTRegs {\n u32 ds; // Save previous data segment\n\n u32 edi; // From edi to eax, all pushed"}, {"node_id": 57, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 6, "text": "#include <ktypes.h>\n"}, {"node_id": 7, "text": "#include"}]}, "original_source_code": "/*\n * Copyright (c) 2018 Liming,Deng <<EMAIL>>\n * Author: <NAME>\n *\n * Permission is hereby granted, free of charge, to any person obtaining a copy\n * of this software and associated documentation files (the \"Software\"), to deal\n * in the Software without restriction, including without limitation the rights\n * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell\n * copies of the Software, and to permit persons to whom the Software is\n * furnished to do so, subject to the following conditions:\n *\n * The above copyright notice and this permission notice shall be included in\n * all copies or substantial portions of the Software.\n *\n * THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\n * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\n * SOFTWARE.\n */\n\n#ifndef _KINT_H_\n#define _KINT_H_\n\n#include <ktypes.h>\n\n#define IDT_ENTRY_CNT 256\n\ntypedef enum _IRQ {\n IRQ0 = 32,\n IRQ1,\n IRQ2,\n IRQ3,\n IRQ4,\n IRQ5,\n IRQ6,\n IRQ7,\n IRQ8,\n IRQ9,\n IRQ10,\n IRQ11,\n IRQ12,\n IRQ13,\n IRQ14,\n IRQ15\n} IRQ;\n\ntypedef struct _KPTRegs {\n u32 ds; // Save previous data segment\n\n u32 edi; // From edi to eax, all pushed by instruction: pusha\n u32 esi;\n u32 ebp;\n u32 esp;\n u32 ebx;\n u32 edx;\n u32 ecx;\n u32 eax;\n\n u32 int_id; // Interrupt id\n u32 error_code; // Push by CPU\n\n /* ---- pushed by CPU ---- */\n u32 eip;\n u32 cs;\n u32 eflags;\n u32 useresp;\n u32 ss;\n} KPTRegs;\n\ntypedef void (*KInterruptHandler)(KPTRegs *);\n\n// Register an interrupt handler function\nvoid kreg_int_handler(u32 int_id, KInterruptHandler handler);\n\nvoid kisr_handler(KPTRegs *pt_regs);\nvoid kirq_handler(KPTRegs *pt_regs);\n\nvoid isr0();\nvoid isr1();\nvoid isr2();\nvoid isr3();\nvoid isr4();\nvoid isr5();\nvoid isr6();\nvoid isr7();\nvoid isr8();\nvoid isr9();\nvoid isr10();\nvoid isr11();\nvoid isr12();\nvoid isr13();\nvoid isr14();\nvoid isr15();\nvoid isr16();\nvoid isr17();\nvoid isr18();\nvoid isr19();\nvoid isr20();\nvoid isr21();\nvoid isr22();\nvoid isr23();\nvoid isr24();\nvoid isr25();\nvoid isr26();\nvoid isr27();\nvoid isr28();\nvoid isr29();\nvoid isr30();\nvoid isr31();\n\nvoid irq0();\nvoid irq1();\nvoid irq2();\nvoid irq3();\nvoid irq4();\nvoid irq5();\nvoid irq6();\nvoid irq7();\nvoid irq8();\nvoid irq9();\nvoid irq10();\nvoid irq11();\nvoid irq12();\nvoid irq13();\nvoid irq14();\nvoid irq15();\n\n// System call\nvoid isr255();\n\nvoid kcli();\nvoid ksti();\n\n#endif /* ifndef _KINT_H_ */\n"}
| 285
|
c
|
/*!
* @file main.c
* @brief Altitude5 Click example
*
* # Description
* This library contains API for Altitude 5 Click driver.
* The demo application reads ADC value, calculate pressure and altitude.
*
* The demo application is composed of two sections :
*
* ## Application Init
* Initializes I2C or analog driver and log UART.
* After driver initialization the app set default settings.
*
* ## Application Task
* This is an example that demonstrates the use of the Altitude 5 Click board™.
* In this example, we read ADC values and
* display the Pressure ( mBar ) and Altitude ( m ) data.
* Results are being sent to the Usart Terminal where you can track their changes.
*
* @author <NAME>
*
*/
#include "board.h"
#include "log.h"
#include "altitude5.h"
static altitude5_t altitude5;
static log_t logger;
void application_init ( void )
{
log_cfg_t log_cfg; /**< Logger config object. */
altitude5_cfg_t altitude5_cfg; /**< Click config object. */
/**
* Logger initialization.
* Default baud rate: 115200
* Default log level: LOG_LEVEL_DEBUG
* @note If USB_UART_RX and USB_UART_TX
* are defined as HAL_PIN_NC, you will
* need to define them manually for log to work.
* See @b LOG_MAP_USB_UART macro definition for detailed explanation.
*/
LOG_MAP_USB_UART( log_cfg );
log_init( &logger, &log_cfg );
log_info( &logger, " Application Init " );
// Click initialization.
altitude5_cfg_setup( &altitude5_cfg );
ALTITUDE5_MAP_MIKROBUS( altitude5_cfg, MIKROBUS_1 );
err_t init_flag = altitude5_init( &altitude5, &altitude5_cfg );
if ( I2C_MASTER_ERROR == init_flag )
{
log_error( &logger, " Application Init Error. " );
log_info( &logger, " Please, run program again... " );
for ( ; ; );
}
altitude5_default_cfg ( &altitude5 );
log_info( &logger, " Application Task " );
log_printf( &logger, "----------------------------\r\n" );
Delay_ms( 100 );
}
void application_task ( void )
{
static float pressure;
static float altitude;
altitude5_get_pressure( &altitude5, &pressure );
log_printf( &logger, " Pressure : %.2f mBar \r\n", pressure );
Delay_ms( 100 );
altitude5_get_altitude( &altitude5, &altitude );
log_printf( &logger, " Altitude : %.2f m \r\n", altitude );
log_printf( &logger, "----------------------------\r\n" );
Delay_ms( 1000 );
}
void main ( void )
{
application_init( );
for ( ; ; )
{
application_task( );
}
}
// ------------------------------------------------------------------------ END
| 31.35
| 82
|
(translation_unit) "/*!\n * @file main.c\n * @brief Altitude5 Click example\n *\n * # Description\n * This library contains API for Altitude 5 Click driver.\n * The demo application reads ADC value, calculate pressure and altitude.\n *\n * The demo application is composed of two sections :\n *\n * ## Application Init\n * Initializes I2C or analog driver and log UART.\n * After driver initialization the app set default settings.\n *\n * ## Application Task\n * This is an example that demonstrates the use of the Altitude 5 Click board™.\n * In this example, we read ADC values and \n * display the Pressure ( mBar ) and Altitude ( m ) data.\n * Results are being sent to the Usart Terminal where you can track their changes.\n *\n * @author <NAME>\n *\n */\n\n#include "board.h"\n#include "log.h"\n#include "altitude5.h"\n\nstatic altitude5_t altitude5;\nstatic log_t logger;\n\nvoid application_init ( void ) \n{\n log_cfg_t log_cfg; /**< Logger config object. */\n altitude5_cfg_t altitude5_cfg; /**< Click config object. */\n\n /** \n * Logger initialization.\n * Default baud rate: 115200\n * Default log level: LOG_LEVEL_DEBUG\n * @note If USB_UART_RX and USB_UART_TX \n * are defined as HAL_PIN_NC, you will \n * need to define them manually for log to work. \n * See @b LOG_MAP_USB_UART macro definition for detailed explanation.\n */\n LOG_MAP_USB_UART( log_cfg );\n log_init( &logger, &log_cfg );\n log_info( &logger, " Application Init " );\n\n // Click initialization.\n altitude5_cfg_setup( &altitude5_cfg );\n ALTITUDE5_MAP_MIKROBUS( altitude5_cfg, MIKROBUS_1 );\n err_t init_flag = altitude5_init( &altitude5, &altitude5_cfg );\n if ( I2C_MASTER_ERROR == init_flag ) \n {\n log_error( &logger, " Application Init Error. " );\n log_info( &logger, " Please, run program again... " );\n\n for ( ; ; );\n }\n\n altitude5_default_cfg ( &altitude5 );\n log_info( &logger, " Application Task " );\n log_printf( &logger, "----------------------------\r\n" );\n Delay_ms( 100 );\n}\n\nvoid application_task ( void ) \n{\n static float pressure;\n static float altitude;\n \n altitude5_get_pressure( &altitude5, &pressure );\n log_printf( &logger, " Pressure : %.2f mBar \r\n", pressure );\n Delay_ms( 100 );\n \n altitude5_get_altitude( &altitude5, &altitude );\n log_printf( &logger, " Altitude : %.2f m \r\n", altitude );\n log_printf( &logger, "----------------------------\r\n" );\n Delay_ms( 1000 );\n}\n\nvoid main ( void ) \n{\n application_init( );\n\n for ( ; ; ) \n {\n application_task( );\n }\n}\n\n// ------------------------------------------------------------------------ END\n"
(comment) "/*!\n * @file main.c\n * @brief Altitude5 Click example\n *\n * # Description\n * This library contains API for Altitude 5 Click driver.\n * The demo application reads ADC value, calculate pressure and altitude.\n *\n * The demo application is composed of two sections :\n *\n * ## Application Init\n * Initializes I2C or analog driver and log UART.\n * After driver initialization the app set default settings.\n *\n * ## Application Task\n * This is an example that demonstrates the use of the Altitude 5 Click board™.\n * In this example, we read ADC values and \n * display the Pressure ( mBar ) and Altitude ( m ) data.\n * Results are being sent to the Usart Terminal where you can track their changes.\n *\n * @author <NAME>\n *\n */\n\n"
(preproc_include) "nclude "board.h"\n#i"
(#include) "nclude ""
(string_literal) "oard.h"\n#"
(") "o"
(string_content) "ard.h"\n"
(") "#"
(preproc_include) "nclude "log.h"\n#i"
(#include) "nclude ""
(string_literal) "og.h"\n#"
(") "o"
(string_content) "g.h"\n"
(") "#"
(preproc_include) "nclude "altitude5.h"\n\ns"
(#include) "nclude ""
(string_literal) "ltitude5.h"\n\n"
(") "l"
(string_content) "titude5.h"\n"
(") "\n"
(declaration) "atic altitude5_t altitude5;\ns"
(storage_class_specifier) "atic a"
(static) "atic a"
(type_identifier) "titude5_t a"
(identifier) "titude5;\n"
(;) "s"
(declaration) "atic log_t logger;\n\n"
(storage_class_specifier) "atic l"
(static) "atic l"
(type_identifier) "g_t l"
(identifier) "gger;\n"
(;) "\n"
(function_definition) "id application_init ( void ) \n{\n log_cfg_t log_cfg; /**< Logger config object. */\n altitude5_cfg_t altitude5_cfg; /**< Click config object. */\n\n /** \n * Logger initialization.\n * Default baud rate: 115200\n * Default log level: LOG_LEVEL_DEBUG\n * @note If USB_UART_RX and USB_UART_TX \n * are defined as HAL_PIN_NC, you will \n * need to define them manually for log to work. \n * See @b LOG_MAP_USB_UART macro definition for detailed explanation.\n */\n LOG_MAP_USB_UART( log_cfg );\n log_init( &logger, &log_cfg );\n log_info( &logger, " Application Init " );\n\n // Click initialization.\n altitude5_cfg_setup( &altitude5_cfg );\n ALTITUDE5_MAP_MIKROBUS( altitude5_cfg, MIKROBUS_1 );\n err_t init_flag = altitude5_init( &altitude5, &altitude5_cfg );\n if ( I2C_MASTER_ERROR == init_flag ) \n {\n log_error( &logger, " Application Init Error. " );\n log_info( &logger, " Please, run program again... " );\n\n for ( ; ; );\n }\n\n altitude5_default_cfg ( &altitude5 );\n log_info( &logger, " Application Task " );\n log_printf( &logger, "----------------------------\r\n" );\n Delay_ms( 100 );\n}\n\n"
(primitive_type) "id a"
(function_declarator) "plication_init ( void ) \n"
(identifier) "plication_init ("
(parameter_list) "void ) \n"
(() "v"
(parameter_declaration) "id )"
(primitive_type) "id )"
()) "\n"
(compound_statement) " log_cfg_t log_cfg; /**< Logger config object. */\n altitude5_cfg_t altitude5_cfg; /**< Click config object. */\n\n /** \n * Logger initialization.\n * Default baud rate: 115200\n * Default log level: LOG_LEVEL_DEBUG\n * @note If USB_UART_RX and USB_UART_TX \n * are defined as HAL_PIN_NC, you will \n * need to define them manually for log to work. \n * See @b LOG_MAP_USB_UART macro definition for detailed explanation.\n */\n LOG_MAP_USB_UART( log_cfg );\n log_init( &logger, &log_cfg );\n log_info( &logger, " Application Init " );\n\n // Click initialization.\n altitude5_cfg_setup( &altitude5_cfg );\n ALTITUDE5_MAP_MIKROBUS( altitude5_cfg, MIKROBUS_1 );\n err_t init_flag = altitude5_init( &altitude5, &altitude5_cfg );\n if ( I2C_MASTER_ERROR == init_flag ) \n {\n log_error( &logger, " Application Init Error. " );\n log_info( &logger, " Please, run program again... " );\n\n for ( ; ; );\n }\n\n altitude5_default_cfg ( &altitude5 );\n log_info( &logger, " Application Task " );\n log_printf( &logger, "----------------------------\r\n" );\n Delay_ms( 100 );\n}\n\n"
({) " "
(declaration) "g_cfg_t log_cfg; "
(type_identifier) "g_cfg_t l"
(identifier) "g_cfg; "
(;) " "
(comment) "*< Logger config object. */\n "
(declaration) "titude5_cfg_t altitude5_cfg; "
(type_identifier) "titude5_cfg_t a"
(identifier) "titude5_cfg; "
(;) " "
(comment) "*< Click config object. */\n\n"
(comment) "* \n * Logger initialization.\n * Default baud rate: 115200\n * Default log level: LOG_LEVEL_DEBUG\n * @note If USB_UART_RX and USB_UART_TX \n * are defined as HAL_PIN_NC, you will \n * need to define them manually for log to work. \n * See @b LOG_MAP_USB_UART macro definition for detailed explanation.\n */\n "
(expression_statement) "G_MAP_USB_UART( log_cfg );\n "
(call_expression) "G_MAP_USB_UART( log_cfg );\n"
(identifier) "G_MAP_USB_UART( "
(argument_list) "log_cfg );\n"
(() "l"
(identifier) "g_cfg )"
()) "\n"
(;) " "
(expression_statement) "g_init( &logger, &log_cfg );\n "
(call_expression) "g_init( &logger, &log_cfg );\n"
(identifier) "g_init( "
(argument_list) "&logger, &log_cfg );\n"
(() "&"
(pointer_expression) "ogger, "
(&) "o"
(identifier) "gger, "
(,) "&"
(pointer_expression) "og_cfg )"
(&) "o"
(identifier) "g_cfg )"
()) "\n"
(;) " "
(expression_statement) "g_info( &logger, " Application Init " );\n\n"
(call_expression) "g_info( &logger, " Application Init " );\n"
(identifier) "g_info( "
(argument_list) "&logger, " Application Init " );\n"
(() "&"
(pointer_expression) "ogger, "
(&) "o"
(identifier) "gger, "
(,) """
(string_literal) "Application Init " )"
(") "A"
(string_content) "pplication Init " "
(") ")"
()) "\n"
(;) "\n"
(comment) " Click initialization.\n "
(expression_statement) "titude5_cfg_setup( &altitude5_cfg );\n "
(call_expression) "titude5_cfg_setup( &altitude5_cfg );\n"
(identifier) "titude5_cfg_setup( "
(argument_list) "&altitude5_cfg );\n"
(() "&"
(pointer_expression) "ltitude5_cfg )"
(&) "l"
(identifier) "titude5_cfg )"
()) "\n"
(;) " "
(expression_statement) "TITUDE5_MAP_MIKROBUS( altitude5_cfg, MIKROBUS_1 );\n "
(call_expression) "TITUDE5_MAP_MIKROBUS( altitude5_cfg, MIKROBUS_1 );\n"
(identifier) "TITUDE5_MAP_MIKROBUS( "
(argument_list) "altitude5_cfg, MIKROBUS_1 );\n"
(() "a"
(identifier) "titude5_cfg, "
(,) "M"
(identifier) "KROBUS_1 )"
()) "\n"
(;) " "
(declaration) "r_t init_flag = altitude5_init( &altitude5, &altitude5_cfg );\n "
(type_identifier) "r_t i"
(init_declarator) "it_flag = altitude5_init( &altitude5, &altitude5_cfg );\n"
(identifier) "it_flag ="
(=) "a"
(call_expression) "titude5_init( &altitude5, &altitude5_cfg );\n"
(identifier) "titude5_init( "
(argument_list) "&altitude5, &altitude5_cfg );\n"
(() "&"
(pointer_expression) "ltitude5, "
(&) "l"
(identifier) "titude5, "
(,) "&"
(pointer_expression) "ltitude5_cfg )"
(&) "l"
(identifier) "titude5_cfg )"
()) "\n"
(;) " "
(if_statement) " ( I2C_MASTER_ERROR == init_flag ) \n {\n log_error( &logger, " Application Init Error. " );\n log_info( &logger, " Please, run program again... " );\n\n for ( ; ; );\n }\n\n"
(if) " ("
(parenthesized_expression) "I2C_MASTER_ERROR == init_flag ) \n"
(() "I"
(binary_expression) "C_MASTER_ERROR == init_flag )"
(identifier) "C_MASTER_ERROR ="
(==) " i"
(identifier) "it_flag )"
()) "\n"
(compound_statement) " log_error( &logger, " Application Init Error. " );\n log_info( &logger, " Please, run program again... " );\n\n for ( ; ; );\n }\n\n"
({) " "
(expression_statement) "g_error( &logger, " Application Init Error. " );\n "
(call_expression) "g_error( &logger, " Application Init Error. " );\n"
(identifier) "g_error( "
(argument_list) "&logger, " Application Init Error. " );\n"
(() "&"
(pointer_expression) "ogger, "
(&) "o"
(identifier) "gger, "
(,) """
(string_literal) "Application Init Error. " )"
(") "A"
(string_content) "pplication Init Error. " "
(") ")"
()) "\n"
(;) " "
(expression_statement) "g_info( &logger, " Please, run program again... " );\n\n"
(call_expression) "g_info( &logger, " Please, run program again... " );\n"
(identifier) "g_info( "
(argument_list) "&logger, " Please, run program again... " );\n"
(() "&"
(pointer_expression) "ogger, "
(&) "o"
(identifier) "gger, "
(,) """
(string_literal) "Please, run program again... " )"
(") "P"
(string_content) "lease, run program again... " "
(") ")"
()) "\n"
(;) "\n"
(for_statement) "r ( ; ; );\n "
(for) "r ("
(() ";"
(;) ";"
(;) ")"
()) "\n"
(expression_statement) " "
(;) " "
(}) "\n"
(expression_statement) "titude5_default_cfg ( &altitude5 );\n "
(call_expression) "titude5_default_cfg ( &altitude5 );\n"
(identifier) "titude5_default_cfg ("
(argument_list) "&altitude5 );\n"
(() "&"
(pointer_expression) "ltitude5 )"
(&) "l"
(identifier) "titude5 )"
()) "\n"
(;) " "
(expression_statement) "g_info( &logger, " Application Task " );\n "
(call_expression) "g_info( &logger, " Application Task " );\n"
(identifier) "g_info( "
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(() "&"
(pointer_expression) "ogger, "
(&) "o"
(identifier) "gger, "
(,) """
(string_literal) "Application Task " )"
(") "A"
(string_content) "pplication Task " "
(") ")"
()) "\n"
(;) " "
(expression_statement) "g_printf( &logger, "----------------------------\r\n" );\n "
(call_expression) "g_printf( &logger, "----------------------------\r\n" );\n"
(identifier) "g_printf( "
(argument_list) "&logger, "----------------------------\r\n" );\n"
(() "&"
(pointer_expression) "ogger, "
(&) "o"
(identifier) "gger, "
(,) """
(string_literal) "---------------------------\r\n" )"
(") "-"
(string_content) "--------------------------\r"
(escape_sequence) "\n"
(escape_sequence) "" "
(") ")"
()) "\n"
(;) " "
(expression_statement) "lay_ms( 100 );\n}"
(call_expression) "lay_ms( 100 );\n"
(identifier) "lay_ms( "
(argument_list) "100 );\n"
(() "1"
(number_literal) "0 )"
()) "\n"
(;) "}"
(}) "\n"
(function_definition) "id application_task ( void ) \n{\n static float pressure;\n static float altitude;\n \n altitude5_get_pressure( &altitude5, &pressure );\n log_printf( &logger, " Pressure : %.2f mBar \r\n", pressure );\n Delay_ms( 100 );\n \n altitude5_get_altitude( &altitude5, &altitude );\n log_printf( &logger, " Altitude : %.2f m \r\n", altitude );\n log_printf( &logger, "----------------------------\r\n" );\n Delay_ms( 1000 );\n}\n\n"
(primitive_type) "id a"
(function_declarator) "plication_task ( void ) \n"
(identifier) "plication_task ("
(parameter_list) "void ) \n"
(() "v"
(parameter_declaration) "id )"
(primitive_type) "id )"
()) "\n"
(compound_statement) " static float pressure;\n static float altitude;\n \n altitude5_get_pressure( &altitude5, &pressure );\n log_printf( &logger, " Pressure : %.2f mBar \r\n", pressure );\n Delay_ms( 100 );\n \n altitude5_get_altitude( &altitude5, &altitude );\n log_printf( &logger, " Altitude : %.2f m \r\n", altitude );\n log_printf( &logger, "----------------------------\r\n" );\n Delay_ms( 1000 );\n}\n\n"
({) " "
(declaration) "atic float pressure;\n "
(storage_class_specifier) "atic f"
(static) "atic f"
(primitive_type) "oat p"
(identifier) "essure;\n"
(;) " "
(declaration) "atic float altitude;\n "
(storage_class_specifier) "atic f"
(static) "atic f"
(primitive_type) "oat a"
(identifier) "titude;\n"
(;) " "
(expression_statement) "titude5_get_pressure( &altitude5, &pressure );\n "
(call_expression) "titude5_get_pressure( &altitude5, &pressure );\n"
(identifier) "titude5_get_pressure( "
(argument_list) "&altitude5, &pressure );\n"
(() "&"
(pointer_expression) "ltitude5, "
(&) "l"
(identifier) "titude5, "
(,) "&"
(pointer_expression) "ressure )"
(&) "r"
(identifier) "essure )"
()) "\n"
(;) " "
(expression_statement) "g_printf( &logger, " Pressure : %.2f mBar \r\n", pressure );\n "
(call_expression) "g_printf( &logger, " Pressure : %.2f mBar \r\n", pressure );\n"
(identifier) "g_printf( "
(argument_list) "&logger, " Pressure : %.2f mBar \r\n", pressure );\n"
(() "&"
(pointer_expression) "ogger, "
(&) "o"
(identifier) "gger, "
(,) """
(string_literal) "Pressure : %.2f mBar \r\n", "
(") "P"
(string_content) "ressure : %.2f mBar \r"
(escape_sequence) "\n"
(escape_sequence) "","
(") " "
(,) "p"
(identifier) "essure )"
()) "\n"
(;) " "
(expression_statement) "lay_ms( 100 );\n "
(call_expression) "lay_ms( 100 );\n"
(identifier) "lay_ms( "
(argument_list) "100 );\n"
(() "1"
(number_literal) "0 )"
()) "\n"
(;) " "
(expression_statement) "titude5_get_altitude( &altitude5, &altitude );\n "
(call_expression) "titude5_get_altitude( &altitude5, &altitude );\n"
(identifier) "titude5_get_altitude( "
(argument_list) "&altitude5, &altitude );\n"
(() "&"
(pointer_expression) "ltitude5, "
(&) "l"
(identifier) "titude5, "
(,) "&"
(pointer_expression) "ltitude )"
(&) "l"
(identifier) "titude )"
()) "\n"
(;) " "
(expression_statement) "g_printf( &logger, " Altitude : %.2f m \r\n", altitude );\n "
(call_expression) "g_printf( &logger, " Altitude : %.2f m \r\n", altitude );\n"
(identifier) "g_printf( "
(argument_list) "&logger, " Altitude : %.2f m \r\n", altitude );\n"
(() "&"
(pointer_expression) "ogger, "
(&) "o"
(identifier) "gger, "
(,) """
(string_literal) "Altitude : %.2f m \r\n", "
(") "A"
(string_content) "ltitude : %.2f m \r"
(escape_sequence) "\n"
(escape_sequence) "","
(") " "
(,) "a"
(identifier) "titude )"
()) "\n"
(;) " "
(expression_statement) "g_printf( &logger, "----------------------------\r\n" );\n "
(call_expression) "g_printf( &logger, "----------------------------\r\n" );\n"
(identifier) "g_printf( "
(argument_list) "&logger, "----------------------------\r\n" );\n"
(() "&"
(pointer_expression) "ogger, "
(&) "o"
(identifier) "gger, "
(,) """
(string_literal) "---------------------------\r\n" )"
(") "-"
(string_content) "--------------------------\r"
(escape_sequence) "\n"
(escape_sequence) "" "
(") ")"
()) "\n"
(;) " "
(expression_statement) "lay_ms( 1000 );\n}"
(call_expression) "lay_ms( 1000 );\n"
(identifier) "lay_ms( "
(argument_list) "1000 );\n"
(() "1"
(number_literal) "00 )"
()) "\n"
(;) "}"
(}) "\n"
(function_definition) "id main ( void ) \n{\n application_init( );\n\n for ( ; ; ) \n {\n application_task( );\n }\n}\n\n"
(primitive_type) "id m"
(function_declarator) "in ( void ) \n"
(identifier) "in ("
(parameter_list) "void ) \n"
(() "v"
(parameter_declaration) "id )"
(primitive_type) "id )"
()) "\n"
(compound_statement) " application_init( );\n\n for ( ; ; ) \n {\n application_task( );\n }\n}\n\n"
({) " "
(expression_statement) "plication_init( );\n\n"
(call_expression) "plication_init( );\n"
(identifier) "plication_init( "
(argument_list) ");\n"
(() ")"
()) "\n"
(;) "\n"
(for_statement) "r ( ; ; ) \n {\n application_task( );\n }\n}"
(for) "r ("
(() ";"
(;) ";"
(;) ")"
()) "\n"
(compound_statement) " application_task( );\n }\n}"
({) " "
(expression_statement) "plication_task( );\n "
(call_expression) "plication_task( );\n"
(identifier) "plication_task( "
(argument_list) ");\n"
(() ")"
()) "\n"
(;) " "
(}) "}"
(}) "\n"
(comment) " ------------------------------------------------------------------------ END\n"
| 390
| 0
|
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"#include", "text": "nclude \"", "parent": 3, "children": [], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 25, "column": 8}}, {"id": 5, "type": "string_literal", "text": "og.h\"\n#", "parent": 3, "children": [], "start_point": {"row": 25, "column": 9}, "end_point": {"row": 25, "column": 16}}, {"id": 6, "type": "preproc_include", "text": "nclude \"altitude5.h\"\n\ns", "parent": null, "children": [7, 8], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 27, "column": 0}}, {"id": 7, "type": "#include", "text": "nclude \"", "parent": 6, "children": [], "start_point": {"row": 26, "column": 0}, "end_point": {"row": 26, "column": 8}}, {"id": 8, "type": "string_literal", "text": "ltitude5.h\"\n\n", "parent": 6, "children": [], "start_point": {"row": 26, "column": 9}, "end_point": {"row": 26, "column": 22}}, {"id": 9, "type": "declaration", "text": "atic altitude5_t altitude5;\ns", "parent": null, "children": [10, 11, 12], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 28, "column": 29}}, {"id": 10, "type": "storage_class_specifier", "text": "atic a", "parent": 9, "children": [], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 28, "column": 6}}, {"id": 11, "type": "type_identifier", "text": "titude5_t a", "parent": 9, "children": [], "start_point": {"row": 28, "column": 7}, "end_point": {"row": 28, "column": 18}}, {"id": 12, "type": "identifier", "text": "titude5;\n", "parent": 9, "children": [], "start_point": {"row": 28, "column": 19}, "end_point": {"row": 28, "column": 28}}, {"id": 13, "type": "declaration", "text": "atic log_t logger;\n\n", "parent": null, "children": [14, 15, 16], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 29, "column": 20}}, {"id": 14, "type": "storage_class_specifier", "text": "atic l", "parent": 13, "children": [], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 29, "column": 6}}, {"id": 15, "type": "type_identifier", "text": "g_t l", "parent": 13, "children": [], "start_point": {"row": 29, "column": 7}, "end_point": {"row": 29, "column": 12}}, {"id": 16, "type": "identifier", "text": "gger;\n", "parent": 13, "children": [], "start_point": {"row": 29, "column": 13}, "end_point": {"row": 29, "column": 19}}, {"id": 17, "type": "function_definition", "text": "id application_init ( void ) \n{\n log_cfg_t log_cfg; /**< Logger config object. */\n altitude5_cfg_t altitude5_cfg; /**< Click config object. */\n\n /** \n * Logger initialization.\n * Default baud rate: 115200\n * Default log level: LOG_LEVEL_DEBUG\n * @note If USB_UART_RX and USB_UART_TX \n * are defined as HAL_PIN_NC, you will \n * need to define them manually for log to work. \n * See @b LOG_MAP_USB_UART macro definition for detailed explanation.\n */\n LOG_MAP_USB_UART( log_cfg );\n log_init( &logger, &log_cfg );\n log_info( &logger, \" Application Init \" );\n\n // Click initialization.\n altitude5_cfg_setup( &altitude5_cfg );\n ALTITUDE5_MAP_MIKROBUS( altitude5_cfg, MIKROBUS_1 );\n err_t init_flag = altitude5_init( &altitude5, &altitude5_cfg );\n if ( I2C_MASTER_ERROR == init_flag ) \n {\n log_error( &logger, \" Application Init Error. \" );\n log_info( &logger, \" Please, run program again... \" );\n\n for ( ; ; );\n }\n\n altitude5_default_cfg ( &altitude5 );\n log_info( &logger, \" Application Task \" );\n log_printf( &logger, \"----------------------------\\r\\n\" );\n Delay_ms( 100 );\n}\n\n", "parent": null, "children": [18, 19], "start_point": {"row": 31, "column": 0}, "end_point": {"row": 65, "column": 1}}, {"id": 18, "type": "primitive_type", "text": "id a", "parent": 17, "children": [], "start_point": {"row": 31, "column": 0}, "end_point": {"row": 31, "column": 4}}, {"id": 19, "type": "function_declarator", "text": "plication_init ( void ) \n", "parent": 17, "children": [20, 21], "start_point": {"row": 31, "column": 5}, "end_point": {"row": 31, "column": 30}}, {"id": 20, "type": "identifier", "text": "plication_init (", "parent": 19, 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"end_point": {"row": 51, "column": 41}}, {"id": 60, "type": "identifier", "text": "KROBUS_1 )", "parent": 58, "children": [], "start_point": {"row": 51, "column": 43}, "end_point": {"row": 51, "column": 53}}, {"id": 61, "type": "declaration", "text": "r_t init_flag = altitude5_init( &altitude5, &altitude5_cfg );\n ", "parent": 17, "children": [62, 63], "start_point": {"row": 52, "column": 4}, "end_point": {"row": 52, "column": 67}}, {"id": 62, "type": "type_identifier", "text": "r_t i", "parent": 61, "children": [], "start_point": {"row": 52, "column": 4}, "end_point": {"row": 52, "column": 9}}, {"id": 63, "type": "init_declarator", "text": "it_flag = altitude5_init( &altitude5, &altitude5_cfg );\n", "parent": 61, "children": [64, 65, 66], "start_point": {"row": 52, "column": 10}, "end_point": {"row": 52, "column": 66}}, {"id": 64, "type": "identifier", "text": "it_flag =", "parent": 63, "children": [], "start_point": {"row": 52, "column": 10}, "end_point": {"row": 52, "column": 19}}, 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"universal_type": "function", "name": ")", "text_snippet": "in ( void ) \n"}], "class_declarations": [{"node_id": 10, "universal_type": "class", "name": "unknown", "text_snippet": "atic a"}, {"node_id": 14, "universal_type": "class", "name": "unknown", "text_snippet": "atic l"}, {"node_id": 130, "universal_type": "class", "name": "unknown", "text_snippet": "atic f"}, {"node_id": 134, "universal_type": "class", "name": "unknown", "text_snippet": "atic f"}], "import_statements": [{"node_id": 0, "text": "nclude \"board.h\"\n#i"}, {"node_id": 1, "text": "nclude \""}, {"node_id": 3, "text": "nclude \"log.h\"\n#i"}, {"node_id": 4, "text": "nclude \""}, {"node_id": 6, "text": "nclude \"altitude5.h\"\n\ns"}, {"node_id": 7, "text": "nclude \""}]}, "original_source_code": "/*!\n * @file main.c\n * @brief Altitude5 Click example\n *\n * # Description\n * This library contains API for Altitude 5 Click driver.\n * The demo application reads ADC value, calculate pressure and altitude.\n *\n * The demo application is composed of two sections :\n *\n * ## Application Init\n * Initializes I2C or analog driver and log UART.\n * After driver initialization the app set default settings.\n *\n * ## Application Task\n * This is an example that demonstrates the use of the Altitude 5 Click board\u2122.\n * In this example, we read ADC values and \n * display the Pressure ( mBar ) and Altitude ( m ) data.\n * Results are being sent to the Usart Terminal where you can track their changes.\n *\n * @author <NAME>\n *\n */\n\n#include \"board.h\"\n#include \"log.h\"\n#include \"altitude5.h\"\n\nstatic altitude5_t altitude5;\nstatic log_t logger;\n\nvoid application_init ( void ) \n{\n log_cfg_t log_cfg; /**< Logger config object. */\n altitude5_cfg_t altitude5_cfg; /**< Click config object. */\n\n /** \n * Logger initialization.\n * Default baud rate: 115200\n * Default log level: LOG_LEVEL_DEBUG\n * @note If USB_UART_RX and USB_UART_TX \n * are defined as HAL_PIN_NC, you will \n * need to define them manually for log to work. \n * See @b LOG_MAP_USB_UART macro definition for detailed explanation.\n */\n LOG_MAP_USB_UART( log_cfg );\n log_init( &logger, &log_cfg );\n log_info( &logger, \" Application Init \" );\n\n // Click initialization.\n altitude5_cfg_setup( &altitude5_cfg );\n ALTITUDE5_MAP_MIKROBUS( altitude5_cfg, MIKROBUS_1 );\n err_t init_flag = altitude5_init( &altitude5, &altitude5_cfg );\n if ( I2C_MASTER_ERROR == init_flag ) \n {\n log_error( &logger, \" Application Init Error. \" );\n log_info( &logger, \" Please, run program again... \" );\n\n for ( ; ; );\n }\n\n altitude5_default_cfg ( &altitude5 );\n log_info( &logger, \" Application Task \" );\n log_printf( &logger, \"----------------------------\\r\\n\" );\n Delay_ms( 100 );\n}\n\nvoid application_task ( void ) \n{\n static float pressure;\n static float altitude;\n \n altitude5_get_pressure( &altitude5, &pressure );\n log_printf( &logger, \" Pressure : %.2f mBar \\r\\n\", pressure );\n Delay_ms( 100 );\n \n altitude5_get_altitude( &altitude5, &altitude );\n log_printf( &logger, \" Altitude : %.2f m \\r\\n\", altitude );\n log_printf( &logger, \"----------------------------\\r\\n\" );\n Delay_ms( 1000 );\n}\n\nvoid main ( void ) \n{\n application_init( );\n\n for ( ; ; ) \n {\n application_task( );\n }\n}\n\n// ------------------------------------------------------------------------ END\n"}
| 286
|
c
|
#ifndef SERIALIZATION_LIBRARY
#define SERIALIZATION_LIBRARY
#include "std_include.h"
#include <boost/serialization/split_free.hpp>
#include <boost/serialization/vector.hpp>
using namespace std;
using namespace cv;
BOOST_SERIALIZATION_SPLIT_FREE(Mat)
namespace boost
{
namespace serialization
{
/** Serialization support for cv::Mat */
template <class Archive>
void save(Archive &ar, const Mat &m, const unsigned int version)
{
size_t elem_size = m.elemSize();
size_t elem_type = m.type();
ar &m.cols;
ar &m.rows;
ar &elem_size;
ar &elem_type;
const size_t data_size = m.cols * m.rows * elem_size;
ar &boost::serialization::make_array(m.ptr(), data_size);
}
/** Serialization support for cv::Mat */
template <class Archive>
void load(Archive &ar, Mat &m, const unsigned int version)
{
int cols, rows;
size_t elem_size, elem_type;
ar &cols;
ar &rows;
ar &elem_size;
ar &elem_type;
m.create(rows, cols, elem_type);
size_t data_size = m.cols * m.rows * elem_size;
ar &boost::serialization::make_array(m.ptr(), data_size);
}
} // namespace serialization
} // namespace boost
#endif
| 31.83
| 42
|
(translation_unit) "#ifndef SERIALIZATION_LIBRARY\n#define SERIALIZATION_LIBRARY\n\n#include "std_include.h"\n\n#include <boost/serialization/split_free.hpp>\n#include <boost/serialization/vector.hpp>\n\nusing namespace std;\nusing namespace cv;\n\nBOOST_SERIALIZATION_SPLIT_FREE(Mat)\nnamespace boost\n{\n namespace serialization\n {\n /** Serialization support for cv::Mat */\n template <class Archive>\n void save(Archive &ar, const Mat &m, const unsigned int version)\n {\n size_t elem_size = m.elemSize();\n size_t elem_type = m.type();\n\n ar &m.cols;\n ar &m.rows;\n ar &elem_size;\n ar &elem_type;\n\n const size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n /** Serialization support for cv::Mat */\n template <class Archive>\n void load(Archive &ar, Mat &m, const unsigned int version)\n {\n int cols, rows;\n size_t elem_size, elem_type;\n\n ar &cols;\n ar &rows;\n ar &elem_size;\n ar &elem_type;\n\n m.create(rows, cols, elem_type);\n\n size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n } // namespace serialization\n} // namespace boost\n\n#endif\n"
(preproc_ifdef) "#ifndef SERIALIZATION_LIBRARY\n#define SERIALIZATION_LIBRARY\n\n#include "std_include.h"\n\n#include <boost/serialization/split_free.hpp>\n#include <boost/serialization/vector.hpp>\n\nusing namespace std;\nusing namespace cv;\n\nBOOST_SERIALIZATION_SPLIT_FREE(Mat)\nnamespace boost\n{\n namespace serialization\n {\n /** Serialization support for cv::Mat */\n template <class Archive>\n void save(Archive &ar, const Mat &m, const unsigned int version)\n {\n size_t elem_size = m.elemSize();\n size_t elem_type = m.type();\n\n ar &m.cols;\n ar &m.rows;\n ar &elem_size;\n ar &elem_type;\n\n const size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n /** Serialization support for cv::Mat */\n template <class Archive>\n void load(Archive &ar, Mat &m, const unsigned int version)\n {\n int cols, rows;\n size_t elem_size, elem_type;\n\n ar &cols;\n ar &rows;\n ar &elem_size;\n ar &elem_type;\n\n m.create(rows, cols, elem_type);\n\n size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n } // namespace serialization\n} // namespace boost\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "SERIALIZATION_LIBRARY"
(preproc_def) "#define SERIALIZATION_LIBRARY\n"
(#define) "#define"
(identifier) "SERIALIZATION_LIBRARY"
(preproc_include) "#include "std_include.h"\n"
(#include) "#include"
(string_literal) ""std_include.h""
(") """
(string_content) "std_include.h"
(") """
(preproc_include) "#include <boost/serialization/split_free.hpp>\n"
(#include) "#include"
(system_lib_string) "<boost/serialization/split_free.hpp>"
(preproc_include) "#include <boost/serialization/vector.hpp>\n"
(#include) "#include"
(system_lib_string) "<boost/serialization/vector.hpp>"
(declaration) "using namespace std;"
(type_identifier) "using"
(identifier) "namespace"
(ERROR) "std"
(identifier) "std"
(;) ";"
(declaration) "using namespace cv;"
(type_identifier) "using"
(identifier) "namespace"
(ERROR) "cv"
(identifier) "cv"
(;) ";"
(function_definition) "BOOST_SERIALIZATION_SPLIT_FREE(Mat)\nnamespace boost\n{\n namespace serialization\n {\n /** Serialization support for cv::Mat */\n template <class Archive>\n void save(Archive &ar, const Mat &m, const unsigned int version)\n {\n size_t elem_size = m.elemSize();\n size_t elem_type = m.type();\n\n ar &m.cols;\n ar &m.rows;\n ar &elem_size;\n ar &elem_type;\n\n const size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n /** Serialization support for cv::Mat */\n template <class Archive>\n void load(Archive &ar, Mat &m, const unsigned int version)\n {\n int cols, rows;\n size_t elem_size, elem_type;\n\n ar &cols;\n ar &rows;\n ar &elem_size;\n ar &elem_type;\n\n m.create(rows, cols, elem_type);\n\n size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n } // namespace serialization\n}"
(macro_type_specifier) "BOOST_SERIALIZATION_SPLIT_FREE(Mat)"
(identifier) "BOOST_SERIALIZATION_SPLIT_FREE"
(() "("
(type_descriptor) "Mat"
(type_identifier) "Mat"
()) ")"
(identifier) "namespace"
(ERROR) "boost"
(identifier) "boost"
(compound_statement) "{\n namespace serialization\n {\n /** Serialization support for cv::Mat */\n template <class Archive>\n void save(Archive &ar, const Mat &m, const unsigned int version)\n {\n size_t elem_size = m.elemSize();\n size_t elem_type = m.type();\n\n ar &m.cols;\n ar &m.rows;\n ar &elem_size;\n ar &elem_type;\n\n const size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n /** Serialization support for cv::Mat */\n template <class Archive>\n void load(Archive &ar, Mat &m, const unsigned int version)\n {\n int cols, rows;\n size_t elem_size, elem_type;\n\n ar &cols;\n ar &rows;\n ar &elem_size;\n ar &elem_type;\n\n m.create(rows, cols, elem_type);\n\n size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n } // namespace serialization\n}"
({) "{"
(function_definition) "namespace serialization\n {\n /** Serialization support for cv::Mat */\n template <class Archive>\n void save(Archive &ar, const Mat &m, const unsigned int version)\n {\n size_t elem_size = m.elemSize();\n size_t elem_type = m.type();\n\n ar &m.cols;\n ar &m.rows;\n ar &elem_size;\n ar &elem_type;\n\n const size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n /** Serialization support for cv::Mat */\n template <class Archive>\n void load(Archive &ar, Mat &m, const unsigned int version)\n {\n int cols, rows;\n size_t elem_size, elem_type;\n\n ar &cols;\n ar &rows;\n ar &elem_size;\n ar &elem_type;\n\n m.create(rows, cols, elem_type);\n\n size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n }"
(type_identifier) "namespace"
(identifier) "serialization"
(compound_statement) "{\n /** Serialization support for cv::Mat */\n template <class Archive>\n void save(Archive &ar, const Mat &m, const unsigned int version)\n {\n size_t elem_size = m.elemSize();\n size_t elem_type = m.type();\n\n ar &m.cols;\n ar &m.rows;\n ar &elem_size;\n ar &elem_type;\n\n const size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n /** Serialization support for cv::Mat */\n template <class Archive>\n void load(Archive &ar, Mat &m, const unsigned int version)\n {\n int cols, rows;\n size_t elem_size, elem_type;\n\n ar &cols;\n ar &rows;\n ar &elem_size;\n ar &elem_type;\n\n m.create(rows, cols, elem_type);\n\n size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n }"
({) "{"
(comment) "/** Serialization support for cv::Mat */"
(expression_statement) "template <class Archive>\n void save(Archive &ar, const Mat &m, const unsigned int version)"
(binary_expression) "template <class Archive>\n void save(Archive &ar, const Mat &m, const unsigned int version)"
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(identifier) "template"
(<) "<"
(ERROR) "class"
(identifier) "class"
(identifier) "Archive"
(>) ">"
(ERROR) "void"
(identifier) "void"
(call_expression) "save(Archive &ar, const Mat &m, const unsigned int version)"
(identifier) "save"
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(() "("
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(&) "&"
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(binary_expression) "const Mat &m"
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(identifier) "Mat"
(&) "&"
(identifier) "m"
(,) ","
(ERROR) "const unsigned int"
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(identifier) "unsigned"
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(;) ""
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(comment) "// namespace serialization"
(}) "}"
(comment) "// namespace boost"
(#endif) "#endif"
| 334
| 14
|
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&boost::serialization::make_array(m.ptr(), data_size);\n }\n\n /** Serialization support for cv::Mat */\n template <class Archive>\n void load(Archive &ar, Mat &m, const unsigned int version)\n {\n int cols, rows;\n size_t elem_size, elem_type;\n\n ar &cols;\n ar &rows;\n ar &elem_size;\n ar &elem_type;\n\n m.create(rows, cols, elem_type);\n\n size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n } // namespace serialization\n} // namespace boost\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 15, 20, 25, 205], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 53, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 7}}, {"id": 2, "type": "identifier", "text": "SERIALIZATION_LIBRARY", "parent": 0, "children": [], "start_point": {"row": 0, "column": 8}, "end_point": {"row": 0, "column": 29}}, 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"system_lib_string", "text": "<boost/serialization/vector.hpp>", "parent": 12, "children": [], "start_point": {"row": 6, "column": 9}, "end_point": {"row": 6, "column": 41}}, {"id": 15, "type": "declaration", "text": "using namespace std;", "parent": 0, "children": [16, 17, 18], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 20}}, {"id": 16, "type": "type_identifier", "text": "using", "parent": 15, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 5}}, {"id": 17, "type": "identifier", "text": "namespace", "parent": 15, "children": [], "start_point": {"row": 8, "column": 6}, "end_point": {"row": 8, "column": 15}}, {"id": 18, "type": "ERROR", "text": "std", "parent": 15, "children": [19], "start_point": {"row": 8, "column": 16}, "end_point": {"row": 8, "column": 19}}, {"id": 19, "type": "identifier", "text": "std", "parent": 18, "children": [], "start_point": {"row": 8, "column": 16}, "end_point": {"row": 8, "column": 19}}, {"id": 20, "type": "declaration", "text": "using namespace cv;", "parent": 0, "children": [21, 22, 23], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 19}}, {"id": 21, "type": "type_identifier", "text": "using", "parent": 20, "children": [], "start_point": {"row": 9, "column": 0}, "end_point": {"row": 9, "column": 5}}, {"id": 22, "type": "identifier", "text": "namespace", "parent": 20, "children": [], "start_point": {"row": 9, "column": 6}, "end_point": {"row": 9, "column": 15}}, {"id": 23, "type": "ERROR", "text": "cv", "parent": 20, "children": [24], "start_point": {"row": 9, "column": 16}, "end_point": {"row": 9, "column": 18}}, {"id": 24, "type": "identifier", "text": "cv", "parent": 23, "children": [], "start_point": {"row": 9, "column": 16}, "end_point": {"row": 9, "column": 18}}, {"id": 25, "type": "function_definition", "text": "BOOST_SERIALIZATION_SPLIT_FREE(Mat)\nnamespace boost\n{\n namespace serialization\n {\n /** Serialization support for cv::Mat */\n template <class Archive>\n void save(Archive &ar, const Mat &m, const unsigned int version)\n {\n size_t elem_size = m.elemSize();\n size_t elem_type = m.type();\n\n ar &m.cols;\n ar &m.rows;\n ar &elem_size;\n ar &elem_type;\n\n const size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n /** Serialization support for cv::Mat */\n template <class Archive>\n void load(Archive &ar, Mat &m, const unsigned int version)\n {\n int cols, rows;\n size_t elem_size, elem_type;\n\n ar &cols;\n ar &rows;\n ar &elem_size;\n ar &elem_type;\n\n m.create(rows, cols, elem_type);\n\n size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n } // namespace serialization\n}", "parent": 0, "children": [26, 30, 31], "start_point": {"row": 11, "column": 0}, "end_point": {"row": 51, "column": 1}}, {"id": 26, "type": "macro_type_specifier", "text": 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89, 90, 92, 93, 97, 102, 103, 106, 107, 109, 112, 113, 115, 117, 121, 122, 124, 127, 129, 132, 134, 137, 138, 140, 141, 143, 145, 148, 149, 152, 153, 155, 156, 158, 159, 161, 162, 164, 165, 168, 169, 171, 172, 173, 177, 182, 183, 186, 187, 189, 192, 193, 195, 197, 201, 202, 204, 205], "returns": [], "exceptions": []}, "expressions": {"calls": [], "literals": [8, 11, 14], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 25, "universal_type": "function", "name": "save", "text_snippet": "BOOST_SERIALIZATION_SPLIT_FREE(Mat)\nnamespace boost\n{\n namespace serialization\n {\n /** "}, {"node_id": 33, "universal_type": "function", "name": "save", "text_snippet": "namespace serialization\n {\n /** Serialization support for cv::Mat */\n template <cla"}], "class_declarations": [], "import_statements": [{"node_id": 6, "text": "#include \"std_include.h\"\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <boost/serialization/split_free.hpp>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <boost/serialization/vector.hpp>\n"}, {"node_id": 13, "text": "#include"}]}, "original_source_code": "#ifndef SERIALIZATION_LIBRARY\n#define SERIALIZATION_LIBRARY\n\n#include \"std_include.h\"\n\n#include <boost/serialization/split_free.hpp>\n#include <boost/serialization/vector.hpp>\n\nusing namespace std;\nusing namespace cv;\n\nBOOST_SERIALIZATION_SPLIT_FREE(Mat)\nnamespace boost\n{\n namespace serialization\n {\n /** Serialization support for cv::Mat */\n template <class Archive>\n void save(Archive &ar, const Mat &m, const unsigned int version)\n {\n size_t elem_size = m.elemSize();\n size_t elem_type = m.type();\n\n ar &m.cols;\n ar &m.rows;\n ar &elem_size;\n ar &elem_type;\n\n const size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n /** Serialization support for cv::Mat */\n template <class Archive>\n void load(Archive &ar, Mat &m, const unsigned int version)\n {\n int cols, rows;\n size_t elem_size, elem_type;\n\n ar &cols;\n ar &rows;\n ar &elem_size;\n ar &elem_type;\n\n m.create(rows, cols, elem_type);\n\n size_t data_size = m.cols * m.rows * elem_size;\n ar &boost::serialization::make_array(m.ptr(), data_size);\n }\n\n } // namespace serialization\n} // namespace boost\n\n#endif\n"}
| 287
|
c
|
//
// SelectCountryView.h
// Connect
//
// Created by MoHuilin on 2016/12/6.
// Copyright © 2016年 Connect - P2P Encrypted Instant Message. All rights reserved.
//
#import <UIKit/UIKit.h>
@interface SelectCountryView : UIControl
@property(strong, nonatomic) UILabel *countryInfoLabel;
+ (instancetype)viewWithCountryName:(NSString *)countryName countryCode:(int)code;
- (void)updateCountryInfoWithCountryName:(NSString *)countryName countryCode:(int)code;
@end
| 34.69
| 13
|
(ERROR) "//\n// SelectCountryView.h\n// Connect\n//\n// Created by MoHuilin on 2016/12/6.\n// Copyright © 2016年 Connect - P2P Encrypted Instant Message. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@interface SelectCountryView : UIControl\n\n@property(strong, nonatomic) UILabel *countryInfoLabel;\n\n+ (instancetype)viewWithCountryName:(NSString *)countryName countryCode:(int)code;\n\n- (void)updateCountryInfoWithCountryName:(NSString *)countryName countryCode:(int)code;\n\n@end\n"
(comment) "//"
(comment) "// SelectCountryView.h"
(comment) "// Connect"
(comment) "//"
(comment) "// Created by MoHuilin on 2016/12/6."
(comment) "// Copyright © 2016年 Connect - P2P Encrypted Instant Message. All rights reserved.\n//"
(comment) "\n#"
(preproc_call) "port <UIKit/UIKit.h>\n\n@i"
(preproc_directive) "port <U"
(preproc_arg) "Kit/UIKit.h>\n\n@"
(ERROR) "terface SelectCountryView : UIControl\n\n@property(strong, nonatomic) UILabel *countryInfoLabel;\n\n+ (instancetype)viewWithCountryName:(NSS"
(ERROR) "t"
(type_identifier) "erface Se"
(ERROR) "ectCountryView : UIControl\n\n@pro"
(identifier) "ectCountryView : "
(:) "I"
(identifier) "ontrol\n\n@"
(ERROR) "o"
(function_declarator) "perty(strong, nonatomic) UI"
(identifier) "perty(st"
(parameter_list) "rong, nonatomic) UI"
(() "r"
(identifier) "ong, n"
(,) "o"
(identifier) "atomic) U"
()) "I"
(declaration) "abel *countryInfoLabel;\n\n+"
(type_identifier) "abel *c"
(pointer_declarator) "untryInfoLabel;\n\n"
(*) "u"
(identifier) "ntryInfoLabel;\n\n"
(;) "+"
(unary_expression) "instancetype)viewWithCountryName:(N"
(+) "i"
(cast_expression) "stancetype)viewWithCountryName:(N"
(() "s"
(type_descriptor) "tancetype)vi"
(type_identifier) "tancetype)vi"
()) "e"
(identifier) "wWithCountryName:(N"
(:) "S"
(() "S"
(binary_expression) "tring *)countryName co"
(identifier) "tring *)"
(*) "o"
(ERROR) "u"
()) "u"
(identifier) "ntryName co"
(identifier) "ntryCode:(i"
(:) "n"
(() "t"
(primitive_type) ")co"
()) "d"
(identifier) "e;\n\n"
(;) "-"
(-) "v"
(() "i"
(primitive_type) "d)up"
()) "d"
(identifier) "ateCountryInfoWithCountryName:(N"
(:) "S"
(() "S"
(identifier) "tring *)"
(*) "o"
()) "u"
(identifier) "ntryName co"
(identifier) "ntryCode:(i"
(:) "n"
(() "t"
(primitive_type) ")co"
()) "d"
(identifier) "e;\n\n"
(;) "@"
(ERROR) "d"
(identifier) "\n"
| 76
| 7
|
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All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@interface SelectCountryView : UIControl\n\n@property(strong, nonatomic) UILabel *countryInfoLabel;\n\n+ (instancetype)viewWithCountryName:(NSString *)countryName countryCode:(int)code;\n\n- (void)updateCountryInfoWithCountryName:(NSString *)countryName countryCode:(int)code;\n\n@end\n", "parent": null, "children": [1, 4, 27, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 1, "type": "preproc_call", "text": "port <UIKit/UIKit.h>\n\n@i", "parent": 0, "children": [2, 3], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 9, "column": 0}}, {"id": 2, "type": "preproc_directive", "text": "port <U", "parent": 1, "children": [], "start_point": {"row": 8, "column": 0}, "end_point": {"row": 8, "column": 7}}, {"id": 3, "type": "preproc_arg", "text": "Kit/UIKit.h>\n\n@", "parent": 1, "children": [], "start_point": {"row": 8, "column": 8}, "end_point": {"row": 8, "column": 23}}, {"id": 4, "type": "ERROR", "text": "terface SelectCountryView : UIControl\n\n@property(strong, nonatomic) UILabel *countryInfoLabel;\n\n+ (instancetype)viewWithCountryName:(NSS", "parent": 0, "children": [5, 6, 7, 11, 16, 21], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 14, "column": 37}}, {"id": 5, "type": "ERROR", "text": "t", "parent": 4, "children": [], "start_point": {"row": 10, "column": 0}, "end_point": {"row": 10, "column": 1}}, {"id": 6, "type": "type_identifier", "text": "erface Se", "parent": 4, "children": [], "start_point": {"row": 10, "column": 1}, "end_point": {"row": 10, "column": 10}}, {"id": 7, "type": "ERROR", "text": "ectCountryView : UIControl\n\n@pro", "parent": 4, "children": [8, 9, 10], "start_point": {"row": 10, "column": 11}, "end_point": {"row": 12, "column": 1}}, {"id": 8, "type": "identifier", "text": "ectCountryView : ", "parent": 7, "children": [], "start_point": {"row": 10, "column": 11}, "end_point": {"row": 10, "column": 28}}, {"id": 9, "type": "identifier", "text": "ontrol\n\n@", "parent": 7, "children": [], "start_point": {"row": 10, "column": 31}, "end_point": {"row": 10, "column": 40}}, {"id": 10, "type": "ERROR", "text": "o", "parent": 7, "children": [], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 12, "column": 1}}, {"id": 11, "type": "function_declarator", "text": "perty(strong, nonatomic) UI", "parent": 4, "children": [12, 13], "start_point": {"row": 12, "column": 1}, "end_point": {"row": 12, "column": 28}}, {"id": 12, "type": "identifier", "text": "perty(st", "parent": 11, "children": [], "start_point": {"row": 12, "column": 1}, "end_point": {"row": 12, "column": 9}}, {"id": 13, "type": "parameter_list", "text": "rong, nonatomic) UI", "parent": 11, "children": [14, 15], "start_point": {"row": 12, "column": 9}, "end_point": {"row": 12, "column": 28}}, {"id": 14, "type": "identifier", "text": "ong, n", "parent": 13, "children": [], 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"ntryInfoLabel;\n\n", "parent": 18, "children": [], "start_point": {"row": 12, "column": 38}, "end_point": {"row": 12, "column": 54}}, {"id": 21, "type": "unary_expression", "text": "instancetype)viewWithCountryName:(N", "parent": 4, "children": [22, 23], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 35}}, {"id": 22, "type": "+", "text": "i", "parent": 21, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 1}}, {"id": 23, "type": "cast_expression", "text": "stancetype)viewWithCountryName:(N", "parent": 21, "children": [24, 26], "start_point": {"row": 14, "column": 2}, "end_point": {"row": 14, "column": 35}}, {"id": 24, "type": "type_descriptor", "text": "tancetype)vi", "parent": 23, "children": [25], "start_point": {"row": 14, "column": 3}, "end_point": {"row": 14, "column": 15}}, {"id": 25, "type": "type_identifier", "text": "tancetype)vi", "parent": 24, "children": [], "start_point": {"row": 14, "column": 3}, "end_point": {"row": 14, "column": 15}}, {"id": 26, "type": "identifier", "text": "wWithCountryName:(N", "parent": 23, "children": [], "start_point": {"row": 14, "column": 16}, "end_point": {"row": 14, "column": 35}}, {"id": 27, "type": "binary_expression", "text": "tring *)countryName co", "parent": 0, "children": [28, 29, 30, 31], "start_point": {"row": 14, "column": 37}, "end_point": {"row": 14, "column": 59}}, {"id": 28, "type": "identifier", "text": "tring *)", "parent": 27, "children": [], "start_point": {"row": 14, "column": 37}, "end_point": {"row": 14, "column": 45}}, {"id": 29, "type": "*", "text": "o", "parent": 27, "children": [], "start_point": {"row": 14, "column": 46}, "end_point": {"row": 14, "column": 47}}, {"id": 30, "type": "ERROR", "text": "u", "parent": 27, "children": [], "start_point": {"row": 14, "column": 47}, "end_point": {"row": 14, "column": 48}}, {"id": 31, "type": "identifier", "text": "ntryName co", "parent": 27, "children": [], "start_point": {"row": 14, "column": 48}, "end_point": {"row": 14, "column": 59}}, {"id": 32, "type": "identifier", "text": "ntryCode:(i", "parent": 0, "children": [], "start_point": {"row": 14, "column": 60}, "end_point": {"row": 14, "column": 71}}, {"id": 33, "type": "primitive_type", "text": ")co", "parent": 0, "children": [], "start_point": {"row": 14, "column": 73}, "end_point": {"row": 14, "column": 76}}, {"id": 34, "type": "identifier", "text": "e;\n\n", "parent": 0, "children": [], "start_point": {"row": 14, "column": 77}, "end_point": {"row": 14, "column": 81}}, {"id": 35, "type": "-", "text": "v", "parent": 0, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 1}}, {"id": 36, "type": "primitive_type", "text": "d)up", "parent": 0, "children": [], "start_point": {"row": 16, "column": 3}, "end_point": {"row": 16, "column": 7}}, {"id": 37, "type": "identifier", "text": "ateCountryInfoWithCountryName:(N", "parent": 0, "children": [], "start_point": {"row": 16, "column": 8}, "end_point": {"row": 16, "column": 40}}, {"id": 38, "type": "identifier", "text": "tring *)", "parent": 0, "children": [], "start_point": {"row": 16, "column": 42}, "end_point": {"row": 16, "column": 50}}, {"id": 39, "type": "*", "text": "o", "parent": 0, "children": [], "start_point": {"row": 16, "column": 51}, "end_point": {"row": 16, "column": 52}}, {"id": 40, "type": "identifier", "text": "ntryName co", "parent": 0, "children": [], "start_point": {"row": 16, "column": 53}, "end_point": {"row": 16, "column": 64}}, {"id": 41, "type": "identifier", "text": "ntryCode:(i", "parent": 0, "children": [], "start_point": {"row": 16, "column": 65}, "end_point": {"row": 16, "column": 76}}, {"id": 42, "type": "primitive_type", "text": ")co", "parent": 0, "children": [], "start_point": {"row": 16, "column": 78}, "end_point": {"row": 16, "column": 81}}, {"id": 43, "type": "identifier", "text": "e;\n\n", "parent": 0, "children": [], "start_point": {"row": 16, "column": 82}, "end_point": {"row": 16, "column": 86}}, {"id": 44, "type": "ERROR", "text": "d", "parent": 0, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 1}}, {"id": 45, "type": "identifier", "text": "\n", "parent": 0, "children": [], "start_point": {"row": 18, "column": 1}, "end_point": {"row": 18, "column": 4}}]}, "node_categories": {"declarations": {"functions": [11], "variables": [16], "classes": [], "imports": [], "modules": [], "enums": []}, "statements": {"expressions": [21, 23, 27], "assignments": [], "loops": [], "conditionals": [6, 8, 9, 12, 14, 15, 17, 20, 25, 26, 28, 31, 32, 34, 37, 38, 40, 41, 43, 45], "returns": [], "exceptions": []}, "expressions": {"calls": [1], "literals": [], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 11, "universal_type": "function", "name": "unknown", "text_snippet": "perty(strong, nonatomic) UI"}], "class_declarations": [], "import_statements": []}, "original_source_code": "//\n// SelectCountryView.h\n// Connect\n//\n// Created by MoHuilin on 2016/12/6.\n// Copyright \u00a9 2016\u5e74 Connect - P2P Encrypted Instant Message. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@interface SelectCountryView : UIControl\n\n@property(strong, nonatomic) UILabel *countryInfoLabel;\n\n+ (instancetype)viewWithCountryName:(NSString *)countryName countryCode:(int)code;\n\n- (void)updateCountryInfoWithCountryName:(NSString *)countryName countryCode:(int)code;\n\n@end\n"}
| 288
|
c
|
//
// ShowShareView.h
// wecoo
//
// Created by 屈小波 on 2016/11/21.
// Copyright © 2016年 屈小波. All rights reserved.
//
#import <UIKit/UIKit.h>
@interface ShowShareView : UIView
@property (nonatomic, strong) UIView *bgclickview;
@property (nonatomic, strong) UIImageView *wechatImageView;
@property (nonatomic, strong) UILabel *wechatLabel;
@property (nonatomic, strong) UIImageView *lineImageView;
@property (nonatomic,strong) UIView *cancelView;
@property (nonatomic,strong) UILabel *cancelLabel;
@property (nonatomic,strong) NSString *sharefrom;
-(void)showView;
@end
| 29.37
| 19
|
(translation_unit) "//\n// ShowShareView.h\n// wecoo\n//\n// Created by 屈小波 on 2016/11/21.\n// Copyright © 2016年 屈小波. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@interface ShowShareView : UIView\n@property (nonatomic, strong) UIView *bgclickview;\n@property (nonatomic, strong) UIImageView *wechatImageView;\n@property (nonatomic, strong) UILabel *wechatLabel;\n@property (nonatomic, strong) UIImageView *lineImageView;\n@property (nonatomic,strong) UIView *cancelView;\n@property (nonatomic,strong) UILabel *cancelLabel;\n\n\n@property (nonatomic,strong) NSString *sharefrom;\n-(void)showView;\n@end\n"
(comment) "//"
(comment) "// ShowShareView.h"
(comment) "// wecoo"
(comment) "//"
(comment) "// Created by 屈小波 on 2016/11/21.\n// C"
(comment) "pyright © 2016年 屈小波. All rights reserved.\n//\n\n#import <U"
(comment) "Ki"
(preproc_call) "UIKit.h>\n\n@interface Sho"
(preproc_directive) "UIKit.h"
(preproc_arg) "\n\n@interface Sh"
(ERROR) "ShareView : UIView\n@property (nonatomic, strong) UIView *bgclickview;\n@property (nonatomic, strong) UIImageView *wechatImageView;\n@property (nonatomic, strong) UILabel *wechatLabel;\n@property (nonatomic, strong) UIImageView *lineImageView;\n@property (nonatomic,strong) UIView *cancelView;\n@property (nonatomic,strong) UILabel *cancelLabel;\n\n\n@property (nonatomic,strong) NSString *sharefrom;\n-(void)showView;\n@end\n"
(ERROR) "S"
(type_identifier) "hareView "
(function_declarator) " UIView\n@property (nonatomic, strong) UIView *bgcli"
(identifier) " UIView\n@prop"
(ERROR) "rty (nonatomic, st"
(:) "r"
(identifier) "y (non"
(ERROR) "t"
(identifier) "omic, st"
(parameter_list) "ong) UIView *bgcli"
(() "o"
(identifier) "ng) UIVie"
(,) "w"
(identifier) " *bgcl"
()) "i"
(declaration) "kview;\n@property (non"
(type_identifier) "kview;"
(pointer_declarator) "property (no"
(*) "p"
(identifier) "roperty (no"
(;) "n"
(ERROR) "t"
(ERROR) "t"
(declaration) "omic, strong) UIImageView *wechatImageView;\n@property (non"
(macro_type_specifier) "omic, strong) UIImageView *"
(identifier) "omic, st"
(() "o"
(type_descriptor) "ng) UIIma"
(type_identifier) "ng) UIIma"
(ERROR) "geView "
(,) "g"
(identifier) "View "
()) "*"
(ERROR) "echatImageV"
(identifier) "echatImageV"
(pointer_declarator) "w;\n@property (no"
(*) "w"
(identifier) ";\n@property (no"
(;) "n"
(ERROR) "t"
(ERROR) "t"
(declaration) "omic, strong) UILabel *wechatLabel;\n@property (non"
(macro_type_specifier) "omic, strong) UILabel *wech"
(identifier) "omic, st"
(() "o"
(type_descriptor) "ng) UILab"
(type_identifier) "ng) UILab"
(ERROR) "el *wec"
(,) "e"
(identifier) " *wec"
()) "h"
(ERROR) "tLabel;"
(identifier) "tLabel;"
(pointer_declarator) "property (no"
(*) "p"
(identifier) "roperty (no"
(;) "n"
(ERROR) "t"
(ERROR) "t"
(declaration) "omic, strong) UIImageView *lineImageView;\n@property (non"
(macro_type_specifier) "omic, strong) UIImageView *"
(identifier) "omic, st"
(() "o"
(type_descriptor) "ng) UIIma"
(type_identifier) "ng) UIIma"
(ERROR) "geView "
(,) "g"
(identifier) "View "
()) "*"
(ERROR) "ineImageVie"
(identifier) "ineImageVie"
(pointer_declarator) "\n@property (no"
(*) "\n"
(identifier) "@property (no"
(;) "n"
(ERROR) "t"
(ERROR) "t"
(declaration) "omic,strong) UIView *cancelView;\n@property (non"
(macro_type_specifier) "omic,strong) UIView *cancel"
(identifier) "omic,str"
(() "n"
(type_descriptor) "g) UIView"
(type_identifier) "g) UIView"
(ERROR) " *cance"
(,) " "
(identifier) "*cance"
()) "l"
(ERROR) "iew;\n@"
(identifier) "iew;\n@"
(pointer_declarator) "roperty (no"
(*) "r"
(identifier) "operty (no"
(;) "n"
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All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n\n@interface ShowShareView : UIView\n@property (nonatomic, strong) UIView *bgclickview;\n@property (nonatomic, strong) UIImageView *wechatImageView;\n@property (nonatomic, strong) UILabel *wechatLabel;\n@property (nonatomic, strong) UIImageView *lineImageView;\n@property (nonatomic,strong) UIView *cancelView;\n@property (nonatomic,strong) UILabel *cancelLabel;\n\n\n@property (nonatomic,strong) NSString *sharefrom;\n-(void)showView;\n@end\n"}
| 289
|
c
|
/*
Copyright (C) 2016 <NAME>. All Rights Reserved.
* Written by <NAME> (<EMAIL>)
This file is part of Kung Foo Barracuda.
Kung Foo Barracuda is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Kung Foo Barracuda is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Kung Foo Barracuda. If not, see <http://www.gnu.org/licenses/>.
*/
#pragma once
//#include <boost/noncopyable.hpp>
#include <sstream>
#include <boost/property_tree/json_parser.hpp>
#include <boost/property_tree/ptree.hpp>
#include <DescentEngine/src/PropertyTreeSupport.h>
#include <DescentEngine/src/EntityEngine/EntityFactory.h>
#include <DescentEngine/src/XmlTools.h>
#include <DescentEngine/src/Engines.h>
//#include <DescentLogic/src/GameState.h>
#include <DescentLogic/src/Entities/WallEntity.h>
#include <DescentLogic/src/Entities/WallCollisionEntity.h>
#include <DescentLogic/src/Entities/FloorEntity.h>
#include "Exceptions/LevelParsingException.h"
#include <DescentLogic/src/Game/GameState.h>
#include <DescentLogic/src/Game/Util/SafePlacement.h>
//class GameState;
struct LevelTile {
LevelTile(Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,
std::string const& ent, bool collideOnJump) :
Center(cen), Repeat(rep), Collides(col), CollidesOnJump(collideOnJump), Type(type), Entity(ent) {
}
Vector2 Center;
Vector2 Repeat;
bool Collides;
bool CollidesOnJump;
std::string Type;
std::string Entity;
};
typedef std::string LevelConnection;
/*
struct LevelConnection {
};*/
struct LevelFragment {
std::vector<LevelTile> Tiles;
Vector2 Size;
std::string Name;
std::vector<LevelConnection> ConnectionsIn;
std::vector<LevelConnection> ConnectionsOut;
};
class LevelLoader {
public:
void loadFragment(std::string const& json, LevelFragment & frag);
template<class TGameState, class TEntFactory>
void applyFragment(LevelFragment const& frag, TGameState & gs, TEntFactory & fact, int offsetY = 0) {
for (auto const& tile : frag.Tiles) {
for (int repX = 0; repX < tile.Repeat.x(); repX++) {
for (int repY = 0; repY < tile.Repeat.y(); repY++) {
//entFactory
uniq<Entity> ent = nullptr;
EntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(
tile.Entity);
const Rectangle2 entSize = entTemplate.VisualSize;
const Rectangle2 boundSize = entTemplate.BoundingBox;
const Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);
if (tile.Type == "WallEntity") {
ent = fact.template createFromTemplateName<WallEntity>(tile.Entity,
tile.Center + offset);
}
if (tile.Type == "FloorEntity") {
ent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,
tile.Center + offset);
}
if (ent != nullptr) {
gs.addStaticEntity(std::move(ent));
// create blocking ?
if (tile.Collides == 1) {
// todo : give correct angle here
auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,
boundSize, LayerPriorityBottom, tile.CollidesOnJump);
if (!tile.CollidesOnJump) {
col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);
col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);
}
gs.addStaticEntity(std::move(col));
}
} else {
logging::Fatal() << "Unknown entity type: " << tile.Type;
}
}
}
}
}
};
typedef std::vector<std::string> LevelFragmentsName;
class LevelFactory: boost::noncopyable {
public:
LevelFactory(Engines & engines, LevelFragmentsName const& fragments, ResourceEngine & re) :
m_engines(engines), m_fact(engines), m_lastFragment(nullptr), m_currentLayer(0) {
LevelLoader loader;
for (std::string const & fr : fragments) {
LevelFragment frag;
frag.Name = fr;
const std::string xmlInp = re.loadLevel(fr);
try {
loader.loadFragment(xmlInp, frag);
} catch (LevelParsingException & ex) {
logging::Error() << "Level " << fr << " can not be parsed";
}
m_fragments.push_back(frag);
}
}
void loadFragment(GameState & gs, std::string const& fragName);
void nextLayers(GameState & gs, unsigned int amount);
bool canConnect(LevelFragment const& prevFrag, LevelFragment const& nextFrag) const;
void collisionTestLevel(GameState & gs);
void renderTestLevel(GameState & gs);
void reset();
template<class TEnemy>
void addEnemy(std::string name, float enemyCollisionRadius, float maxPlacementRadius,
LevelFragment const* frag, int thisLayer, GameState & gs, EntityFactory & fact) {
const int locY = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))
+ thisLayer;
const int locX = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()));
const Vector2 idealPosition(locX, locY);
// really ugly, but know of no other way right now
//Vector2 bndBox = DefaultFighterBoundingBox;
// bndBox.getRadius();
std::pair<bool, Vector2> bestPlacement = game_util::findSafePlacement(idealPosition,
enemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs);
if (bestPlacement.first) {
auto entEnemy = fact.createMultiVisual<TEnemy>(name, bestPlacement.second);
gs.addEnemyEntity(std::move(entEnemy));
} else {
logging::Info() << "no valid placement found for enemy";
}
}
private:
Engines m_engines;
EntityFactory m_fact;
LevelFragment const* m_lastFragment;
std::vector<LevelFragment> m_fragments;
unsigned int m_currentLayer;
};
| 38.58
| 149
|
(translation_unit) "/*\nCopyright (C) 2016 <NAME>. All Rights Reserved.\n* Written by <NAME> (<EMAIL>)\n\nThis file is part of Kung Foo Barracuda.\n\nKung Foo Barracuda is free software: you can redistribute it and/or modify\nit under the terms of the GNU General Public License as published by\nthe Free Software Foundation, either version 3 of the License, or\n(at your option) any later version.\n\nKung Foo Barracuda is distributed in the hope that it will be useful,\nbut WITHOUT ANY WARRANTY; without even the implied warranty of\nMERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\nGNU General Public License for more details.\n\nYou should have received a copy of the GNU General Public License\nalong with Kung Foo Barracuda. If not, see <http://www.gnu.org/licenses/>.\n*/\n\n#pragma once\n\n//#include <boost/noncopyable.hpp>\n\n#include <sstream>\n\n#include <boost/property_tree/json_parser.hpp>\n#include <boost/property_tree/ptree.hpp>\n\n#include <DescentEngine/src/PropertyTreeSupport.h>\n#include <DescentEngine/src/EntityEngine/EntityFactory.h>\n#include <DescentEngine/src/XmlTools.h>\n\n#include <DescentEngine/src/Engines.h>\n//#include <DescentLogic/src/GameState.h>\n#include <DescentLogic/src/Entities/WallEntity.h>\n#include <DescentLogic/src/Entities/WallCollisionEntity.h>\n#include <DescentLogic/src/Entities/FloorEntity.h>\n\n#include "Exceptions/LevelParsingException.h"\n#include <DescentLogic/src/Game/GameState.h>\n\n#include <DescentLogic/src/Game/Util/SafePlacement.h>\n\n//class GameState;\n\nstruct LevelTile {\n\n LevelTile(Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,\n std::string const& ent, bool collideOnJump) :\n Center(cen), Repeat(rep), Collides(col), CollidesOnJump(collideOnJump), Type(type), Entity(ent) {\n }\n\n Vector2 Center;\n Vector2 Repeat;\n bool Collides;\n bool CollidesOnJump;\n std::string Type;\n std::string Entity;\n\n};\n\ntypedef std::string LevelConnection;\n/*\n struct LevelConnection {\n\n };*/\n\nstruct LevelFragment {\n std::vector<LevelTile> Tiles;\n Vector2 Size;\n std::string Name;\n std::vector<LevelConnection> ConnectionsIn;\n std::vector<LevelConnection> ConnectionsOut;\n};\n\nclass LevelLoader {\npublic:\n\n void loadFragment(std::string const& json, LevelFragment & frag);\n\n template<class TGameState, class TEntFactory>\n void applyFragment(LevelFragment const& frag, TGameState & gs, TEntFactory & fact, int offsetY = 0) {\n\n for (auto const& tile : frag.Tiles) {\n\n for (int repX = 0; repX < tile.Repeat.x(); repX++) {\n for (int repY = 0; repY < tile.Repeat.y(); repY++) {\n //entFactory\n uniq<Entity> ent = nullptr;\n EntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n tile.Entity);\n const Rectangle2 entSize = entTemplate.VisualSize;\n const Rectangle2 boundSize = entTemplate.BoundingBox;\n const Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n if (tile.Type == "WallEntity") {\n ent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset);\n }\n if (tile.Type == "FloorEntity") {\n ent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset);\n }\n\n if (ent != nullptr) {\n gs.addStaticEntity(std::move(ent));\n\n // create blocking ?\n if (tile.Collides == 1) {\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }\n } else {\n logging::Fatal() << "Unknown entity type: " << tile.Type;\n }\n\n }\n }\n }\n }\n};\n\ntypedef std::vector<std::string> LevelFragmentsName;\n\nclass LevelFactory: boost::noncopyable {\npublic:\n\n LevelFactory(Engines & engines, LevelFragmentsName const& fragments, ResourceEngine & re) :\n m_engines(engines), m_fact(engines), m_lastFragment(nullptr), m_currentLayer(0) {\n\n LevelLoader loader;\n\n for (std::string const & fr : fragments) {\n LevelFragment frag;\n frag.Name = fr;\n const std::string xmlInp = re.loadLevel(fr);\n\n try {\n loader.loadFragment(xmlInp, frag);\n } catch (LevelParsingException & ex) {\n logging::Error() << "Level " << fr << " can not be parsed";\n }\n m_fragments.push_back(frag);\n }\n }\n\n void loadFragment(GameState & gs, std::string const& fragName);\n\n void nextLayers(GameState & gs, unsigned int amount);\n\n bool canConnect(LevelFragment const& prevFrag, LevelFragment const& nextFrag) const;\n\n void collisionTestLevel(GameState & gs);\n\n void renderTestLevel(GameState & gs);\n\n void reset();\n\n template<class TEnemy>\n void addEnemy(std::string name, float enemyCollisionRadius, float maxPlacementRadius,\n LevelFragment const* frag, int thisLayer, GameState & gs, EntityFactory & fact) {\n\n const int locY = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))\n + thisLayer;\n const int locX = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()));\n\n const Vector2 idealPosition(locX, locY);\n // really ugly, but know of no other way right now\n //Vector2 bndBox = DefaultFighterBoundingBox;\n // bndBox.getRadius();\n\n std::pair<bool, Vector2> bestPlacement = game_util::findSafePlacement(idealPosition,\n enemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs);\n\n if (bestPlacement.first) {\n auto entEnemy = fact.createMultiVisual<TEnemy>(name, bestPlacement.second);\n\n gs.addEnemyEntity(std::move(entEnemy));\n } else {\n logging::Info() << "no valid placement found for enemy";\n }\n }\n\nprivate:\n Engines m_engines;\n EntityFactory m_fact;\n LevelFragment const* m_lastFragment;\n std::vector<LevelFragment> m_fragments;\n unsigned int m_currentLayer;\n};\n"
(comment) "/*\nCopyright (C) 2016 <NAME>. All Rights Reserved.\n* Written by <NAME> (<EMAIL>)\n\nThis file is part of Kung Foo Barracuda.\n\nKung Foo Barracuda is free software: you can redistribute it and/or modify\nit under the terms of the GNU General Public License as published by\nthe Free Software Foundation, either version 3 of the License, or\n(at your option) any later version.\n\nKung Foo Barracuda is distributed in the hope that it will be useful,\nbut WITHOUT ANY WARRANTY; without even the implied warranty of\nMERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\nGNU General Public License for more details.\n\nYou should have received a copy of the GNU General Public License\nalong with Kung Foo Barracuda. If not, see <http://www.gnu.org/licenses/>.\n*/"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(comment) "//#include <boost/noncopyable.hpp>"
(preproc_include) "#include <sstream>\n"
(#include) "#include"
(system_lib_string) "<sstream>"
(preproc_include) "#include <boost/property_tree/json_parser.hpp>\n"
(#include) "#include"
(system_lib_string) "<boost/property_tree/json_parser.hpp>"
(preproc_include) "#include <boost/property_tree/ptree.hpp>\n"
(#include) "#include"
(system_lib_string) "<boost/property_tree/ptree.hpp>"
(preproc_include) "#include <DescentEngine/src/PropertyTreeSupport.h>\n"
(#include) "#include"
(system_lib_string) "<DescentEngine/src/PropertyTreeSupport.h>"
(preproc_include) "#include <DescentEngine/src/EntityEngine/EntityFactory.h>\n"
(#include) "#include"
(system_lib_string) "<DescentEngine/src/EntityEngine/EntityFactory.h>"
(preproc_include) "#include <DescentEngine/src/XmlTools.h>\n"
(#include) "#include"
(system_lib_string) "<DescentEngine/src/XmlTools.h>"
(preproc_include) "#include <DescentEngine/src/Engines.h>\n"
(#include) "#include"
(system_lib_string) "<DescentEngine/src/Engines.h>"
(comment) "//#include <DescentLogic/src/GameState.h>"
(preproc_include) "#include <DescentLogic/src/Entities/WallEntity.h>\n"
(#include) "#include"
(system_lib_string) "<DescentLogic/src/Entities/WallEntity.h>"
(preproc_include) "#include <DescentLogic/src/Entities/WallCollisionEntity.h>\n"
(#include) "#include"
(system_lib_string) "<DescentLogic/src/Entities/WallCollisionEntity.h>"
(preproc_include) "#include <DescentLogic/src/Entities/FloorEntity.h>\n"
(#include) "#include"
(system_lib_string) "<DescentLogic/src/Entities/FloorEntity.h>"
(preproc_include) "#include "Exceptions/LevelParsingException.h"\n"
(#include) "#include"
(string_literal) ""Exceptions/LevelParsingException.h""
(") """
(string_content) "Exceptions/LevelParsingException.h"
(") """
(preproc_include) "#include <DescentLogic/src/Game/GameState.h>\n"
(#include) "#include"
(system_lib_string) "<DescentLogic/src/Game/GameState.h>"
(preproc_include) "#include <DescentLogic/src/Game/Util/SafePlacement.h>\n"
(#include) "#include"
(system_lib_string) "<DescentLogic/src/Game/Util/SafePlacement.h>"
(comment) "//class GameState;"
(struct_specifier) "struct LevelTile {\n\n LevelTile(Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,\n std::string const& ent, bool collideOnJump) :\n Center(cen), Repeat(rep), Collides(col), CollidesOnJump(collideOnJump), Type(type), Entity(ent) {\n }\n\n Vector2 Center;\n Vector2 Repeat;\n bool Collides;\n bool CollidesOnJump;\n std::string Type;\n std::string Entity;\n\n}"
(struct) "struct"
(type_identifier) "LevelTile"
(field_declaration_list) "{\n\n LevelTile(Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,\n std::string const& ent, bool collideOnJump) :\n Center(cen), Repeat(rep), Collides(col), CollidesOnJump(collideOnJump), Type(type), Entity(ent) {\n }\n\n Vector2 Center;\n Vector2 Repeat;\n bool Collides;\n bool CollidesOnJump;\n std::string Type;\n std::string Entity;\n\n}"
({) "{"
(field_declaration) "LevelTile(Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,\n std::string const& ent, bool collideOnJump) :\n Center(cen), Repeat(rep), Collides(col), CollidesOnJump(collideOnJump), Type(type), Entity(ent) {\n }\n\n Vector2 Center;"
(macro_type_specifier) "LevelTile(Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,\n std::string const& ent, bool collideOnJump)"
(identifier) "LevelTile"
(() "("
(type_descriptor) "Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,\n std::string const"
(type_identifier) "Vector2"
(type_qualifier) "const"
(const) "const"
(ERROR) "& cen, Vector2"
(&) "&"
(identifier) "cen"
(,) ","
(identifier) "Vector2"
(type_qualifier) "const"
(const) "const"
(ERROR) "& rep, bool col, std::string"
(&) "&"
(identifier) "rep"
(,) ","
(primitive_type) "bool"
(identifier) "col"
(,) ","
(identifier) "std"
(:) ":"
(:) ":"
(identifier) "string"
(type_qualifier) "const"
(const) "const"
(ERROR) "& type,\n std::string"
(&) "&"
(identifier) "type"
(,) ","
(identifier) "std"
(:) ":"
(:) ":"
(identifier) "string"
(type_qualifier) "const"
(const) "const"
(ERROR) "& ent, bool collideOnJump"
(&) "&"
(identifier) "ent"
(,) ","
(primitive_type) "bool"
(identifier) "collideOnJump"
()) ")"
(ERROR) ":"
(:) ":"
(function_declarator) "Center(cen)"
(field_identifier) "Center"
(parameter_list) "(cen)"
(() "("
(parameter_declaration) "cen"
(type_identifier) "cen"
()) ")"
(,) ","
(function_declarator) "Repeat(rep)"
(field_identifier) "Repeat"
(parameter_list) "(rep)"
(() "("
(parameter_declaration) "rep"
(type_identifier) "rep"
()) ")"
(,) ","
(function_declarator) "Collides(col)"
(field_identifier) "Collides"
(parameter_list) "(col)"
(() "("
(parameter_declaration) "col"
(type_identifier) "col"
()) ")"
(,) ","
(function_declarator) "CollidesOnJump(collideOnJump)"
(field_identifier) "CollidesOnJump"
(parameter_list) "(collideOnJump)"
(() "("
(parameter_declaration) "collideOnJump"
(type_identifier) "collideOnJump"
()) ")"
(,) ","
(function_declarator) "Type(type)"
(field_identifier) "Type"
(parameter_list) "(type)"
(() "("
(parameter_declaration) "type"
(type_identifier) "type"
()) ")"
(,) ","
(ERROR) "Entity(ent) {\n }\n\n Vector2"
(function_declarator) "Entity(ent)"
(field_identifier) "Entity"
(parameter_list) "(ent)"
(() "("
(parameter_declaration) "ent"
(type_identifier) "ent"
()) ")"
({) "{"
(}) "}"
(field_identifier) "Vector2"
(field_identifier) "Center"
(;) ";"
(field_declaration) "Vector2 Repeat;"
(type_identifier) "Vector2"
(field_identifier) "Repeat"
(;) ";"
(field_declaration) "bool Collides;"
(primitive_type) "bool"
(field_identifier) "Collides"
(;) ";"
(field_declaration) "bool CollidesOnJump;"
(primitive_type) "bool"
(field_identifier) "CollidesOnJump"
(;) ";"
(field_declaration) "std::string Type;"
(type_identifier) "std"
(ERROR) "::string"
(:) ":"
(:) ":"
(field_identifier) "string"
(field_identifier) "Type"
(;) ";"
(field_declaration) "std::string Entity;"
(type_identifier) "std"
(ERROR) "::string"
(:) ":"
(:) ":"
(field_identifier) "string"
(field_identifier) "Entity"
(;) ";"
(}) "}"
(;) ";"
(type_definition) "typedef std::string LevelConnection;"
(typedef) "typedef"
(type_identifier) "std"
(ERROR) "::string"
(:) ":"
(:) ":"
(type_identifier) "string"
(type_identifier) "LevelConnection"
(;) ";"
(comment) "/*\n struct LevelConnection {\n\n };*/"
(struct_specifier) "struct LevelFragment {\n std::vector<LevelTile> Tiles;\n Vector2 Size;\n std::string Name;\n std::vector<LevelConnection> ConnectionsIn;\n std::vector<LevelConnection> ConnectionsOut;\n}"
(struct) "struct"
(type_identifier) "LevelFragment"
(field_declaration_list) "{\n std::vector<LevelTile> Tiles;\n Vector2 Size;\n std::string Name;\n std::vector<LevelConnection> ConnectionsIn;\n std::vector<LevelConnection> ConnectionsOut;\n}"
({) "{"
(field_declaration) "std::vector<LevelTile> Tiles;"
(type_identifier) "std"
(ERROR) "::vector<LevelTile>"
(:) ":"
(:) ":"
(field_identifier) "vector"
(<) "<"
(field_identifier) "LevelTile"
(>) ">"
(field_identifier) "Tiles"
(;) ";"
(field_declaration) "Vector2 Size;"
(type_identifier) "Vector2"
(field_identifier) "Size"
(;) ";"
(field_declaration) "std::string Name;"
(type_identifier) "std"
(ERROR) "::string"
(:) ":"
(:) ":"
(field_identifier) "string"
(field_identifier) "Name"
(;) ";"
(field_declaration) "std::vector<LevelConnection> ConnectionsIn;"
(type_identifier) "std"
(ERROR) "::vector<LevelConnection>"
(:) ":"
(:) ":"
(field_identifier) "vector"
(<) "<"
(field_identifier) "LevelConnection"
(>) ">"
(field_identifier) "ConnectionsIn"
(;) ";"
(field_declaration) "std::vector<LevelConnection> ConnectionsOut;"
(type_identifier) "std"
(ERROR) "::vector<LevelConnection>"
(:) ":"
(:) ":"
(field_identifier) "vector"
(<) "<"
(field_identifier) "LevelConnection"
(>) ">"
(field_identifier) "ConnectionsOut"
(;) ";"
(}) "}"
(;) ";"
(function_definition) "class LevelLoader {\npublic:\n\n void loadFragment(std::string const& json, LevelFragment & frag);\n\n template<class TGameState, class TEntFactory>\n void applyFragment(LevelFragment const& frag, TGameState & gs, TEntFactory & fact, int offsetY = 0) {\n\n for (auto const& tile : frag.Tiles) {\n\n for (int repX = 0; repX < tile.Repeat.x(); repX++) {\n for (int repY = 0; repY < tile.Repeat.y(); repY++) {\n //entFactory\n uniq<Entity> ent = nullptr;\n EntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n tile.Entity);\n const Rectangle2 entSize = entTemplate.VisualSize;\n const Rectangle2 boundSize = entTemplate.BoundingBox;\n const Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n if (tile.Type == "WallEntity") {\n ent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset);\n }\n if (tile.Type == "FloorEntity") {\n ent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset);\n }\n\n if (ent != nullptr) {\n gs.addStaticEntity(std::move(ent));\n\n // create blocking ?\n if (tile.Collides == 1) {\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }\n } else {\n logging::Fatal() << "Unknown entity type: " << tile.Type;\n }\n\n }\n }\n }\n }"
(type_identifier) "class"
(identifier) "LevelLoader"
(compound_statement) "{\npublic:\n\n void loadFragment(std::string const& json, LevelFragment & frag);\n\n template<class TGameState, class TEntFactory>\n void applyFragment(LevelFragment const& frag, TGameState & gs, TEntFactory & fact, int offsetY = 0) {\n\n for (auto const& tile : frag.Tiles) {\n\n for (int repX = 0; repX < tile.Repeat.x(); repX++) {\n for (int repY = 0; repY < tile.Repeat.y(); repY++) {\n //entFactory\n uniq<Entity> ent = nullptr;\n EntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n tile.Entity);\n const Rectangle2 entSize = entTemplate.VisualSize;\n const Rectangle2 boundSize = entTemplate.BoundingBox;\n const Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n if (tile.Type == "WallEntity") {\n ent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset);\n }\n if (tile.Type == "FloorEntity") {\n ent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset);\n }\n\n if (ent != nullptr) {\n gs.addStaticEntity(std::move(ent));\n\n // create blocking ?\n if (tile.Collides == 1) {\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }\n } else {\n logging::Fatal() << "Unknown entity type: " << tile.Type;\n }\n\n }\n }\n }\n }"
({) "{"
(labeled_statement) "public:\n\n void loadFragment(std::string const& json, LevelFragment & frag);"
(statement_identifier) "public"
(:) ":"
(declaration) "void loadFragment(std::string const& json, LevelFragment & frag);"
(primitive_type) "void"
(function_declarator) "loadFragment(std::string const& json, LevelFragment & frag)"
(identifier) "loadFragment"
(parameter_list) "(std::string const& json, LevelFragment & frag)"
(() "("
(parameter_declaration) "std::string const& json"
(type_identifier) "std"
(ERROR) "::string const&"
(:) ":"
(:) ":"
(identifier) "string"
(identifier) "const"
(&) "&"
(identifier) "json"
(,) ","
(parameter_declaration) "LevelFragment & frag"
(type_identifier) "LevelFragment"
(ERROR) "&"
(&) "&"
(identifier) "frag"
()) ")"
(;) ";"
(expression_statement) "template<class TGameState, class TEntFactory>\n void"
(comma_expression) "template<class TGameState, class TEntFactory>\n void"
(binary_expression) "template<class TGameState"
(identifier) "template"
(<) "<"
(ERROR) "class"
(identifier) "class"
(identifier) "TGameState"
(,) ","
(ERROR) "class"
(identifier) "class"
(binary_expression) "TEntFactory>\n void"
(identifier) "TEntFactory"
(>) ">"
(identifier) "void"
(;) ""
(ERROR) "applyFragment(LevelFragment const& frag, TGameState & gs, TEntFactory & fact, int offsetY = 0)"
(comma_expression) "applyFragment(LevelFragment const& frag, TGameState & gs, TEntFactory & fact, int offsetY = 0"
(binary_expression) "applyFragment(LevelFragment const& frag"
(identifier) "applyFragment"
(ERROR) "(LevelFragment const"
(() "("
(type_descriptor) "LevelFragment const"
(type_identifier) "LevelFragment"
(type_qualifier) "const"
(const) "const"
(&) "&"
(identifier) "frag"
(,) ","
(comma_expression) "TGameState & gs, TEntFactory & fact, int offsetY = 0"
(binary_expression) "TGameState & gs"
(identifier) "TGameState"
(&) "&"
(identifier) "gs"
(,) ","
(comma_expression) "TEntFactory & fact, int offsetY = 0"
(binary_expression) "TEntFactory & fact"
(identifier) "TEntFactory"
(&) "&"
(identifier) "fact"
(,) ","
(ERROR) "int"
(identifier) "int"
(assignment_expression) "offsetY = 0"
(identifier) "offsetY"
(=) "="
(number_literal) "0"
()) ")"
(compound_statement) "{\n\n for (auto const& tile : frag.Tiles) {\n\n for (int repX = 0; repX < tile.Repeat.x(); repX++) {\n for (int repY = 0; repY < tile.Repeat.y(); repY++) {\n //entFactory\n uniq<Entity> ent = nullptr;\n EntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n tile.Entity);\n const Rectangle2 entSize = entTemplate.VisualSize;\n const Rectangle2 boundSize = entTemplate.BoundingBox;\n const Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n if (tile.Type == "WallEntity") {\n ent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset);\n }\n if (tile.Type == "FloorEntity") {\n ent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset);\n }\n\n if (ent != nullptr) {\n gs.addStaticEntity(std::move(ent));\n\n // create blocking ?\n if (tile.Collides == 1) {\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }\n } else {\n logging::Fatal() << "Unknown entity type: " << tile.Type;\n }\n\n }\n }\n }"
({) "{"
(for_statement) "for (auto const& tile : frag.Tiles) {\n\n for (int repX = 0; repX < tile.Repeat.x(); repX++) {\n for (int repY = 0; repY < tile.Repeat.y(); repY++) {\n //entFactory\n uniq<Entity> ent = nullptr;\n EntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n tile.Entity);\n const Rectangle2 entSize = entTemplate.VisualSize;\n const Rectangle2 boundSize = entTemplate.BoundingBox;\n const Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n if (tile.Type == "WallEntity") {\n ent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset);\n }\n if (tile.Type == "FloorEntity") {\n ent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset);\n }\n\n if (ent != nullptr) {\n gs.addStaticEntity(std::move(ent));\n\n // create blocking ?\n if (tile.Collides == 1) {\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }\n } else {\n logging::Fatal() << "Unknown entity type: " << tile.Type;\n }\n\n }\n }"
(for) "for"
(() "("
(declaration) "auto const& tile : frag.Tiles) {\n\n for (int repX = 0;"
(storage_class_specifier) "auto"
(auto) "auto"
(type_qualifier) "const"
(const) "const"
(ERROR) "&"
(&) "&"
(type_identifier) "tile"
(ERROR) ": frag."
(:) ":"
(identifier) "frag"
(.) "."
(init_declarator) "Tiles) {\n\n for (int repX = 0"
(function_declarator) "Tiles) {\n\n for (int repX"
(identifier) "Tiles"
(ERROR) ") {\n\n for"
()) ")"
({) "{"
(for) "for"
(parameter_list) "(int repX"
(() "("
(parameter_declaration) "int repX"
(primitive_type) "int"
(identifier) "repX"
()) ""
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "repX < tile.Repeat.x()"
(identifier) "repX"
(<) "<"
(call_expression) "tile.Repeat.x()"
(field_expression) "tile.Repeat.x"
(field_expression) "tile.Repeat"
(identifier) "tile"
(.) "."
(field_identifier) "Repeat"
(.) "."
(field_identifier) "x"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(update_expression) "repX++"
(identifier) "repX"
(++) "++"
()) ")"
(compound_statement) "{\n for (int repY = 0; repY < tile.Repeat.y(); repY++) {\n //entFactory\n uniq<Entity> ent = nullptr;\n EntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n tile.Entity);\n const Rectangle2 entSize = entTemplate.VisualSize;\n const Rectangle2 boundSize = entTemplate.BoundingBox;\n const Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n if (tile.Type == "WallEntity") {\n ent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset);\n }\n if (tile.Type == "FloorEntity") {\n ent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset);\n }\n\n if (ent != nullptr) {\n gs.addStaticEntity(std::move(ent));\n\n // create blocking ?\n if (tile.Collides == 1) {\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }\n } else {\n logging::Fatal() << "Unknown entity type: " << tile.Type;\n }\n\n }\n }"
({) "{"
(for_statement) "for (int repY = 0; repY < tile.Repeat.y(); repY++) {\n //entFactory\n uniq<Entity> ent = nullptr;\n EntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n tile.Entity);\n const Rectangle2 entSize = entTemplate.VisualSize;\n const Rectangle2 boundSize = entTemplate.BoundingBox;\n const Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n if (tile.Type == "WallEntity") {\n ent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset);\n }\n if (tile.Type == "FloorEntity") {\n ent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset);\n }\n\n if (ent != nullptr) {\n gs.addStaticEntity(std::move(ent));\n\n // create blocking ?\n if (tile.Collides == 1) {\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }\n } else {\n logging::Fatal() << "Unknown entity type: " << tile.Type;\n }\n\n }"
(for) "for"
(() "("
(declaration) "int repY = 0;"
(primitive_type) "int"
(init_declarator) "repY = 0"
(identifier) "repY"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "repY < tile.Repeat.y()"
(identifier) "repY"
(<) "<"
(call_expression) "tile.Repeat.y()"
(field_expression) "tile.Repeat.y"
(field_expression) "tile.Repeat"
(identifier) "tile"
(.) "."
(field_identifier) "Repeat"
(.) "."
(field_identifier) "y"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(update_expression) "repY++"
(identifier) "repY"
(++) "++"
()) ")"
(compound_statement) "{\n //entFactory\n uniq<Entity> ent = nullptr;\n EntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n tile.Entity);\n const Rectangle2 entSize = entTemplate.VisualSize;\n const Rectangle2 boundSize = entTemplate.BoundingBox;\n const Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n if (tile.Type == "WallEntity") {\n ent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset);\n }\n if (tile.Type == "FloorEntity") {\n ent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset);\n }\n\n if (ent != nullptr) {\n gs.addStaticEntity(std::move(ent));\n\n // create blocking ?\n if (tile.Collides == 1) {\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }\n } else {\n logging::Fatal() << "Unknown entity type: " << tile.Type;\n }\n\n }"
({) "{"
(comment) "//entFactory"
(expression_statement) "uniq<Entity> ent = nullptr;"
(binary_expression) "uniq<Entity> ent = nullptr"
(binary_expression) "uniq<Entity"
(identifier) "uniq"
(<) "<"
(identifier) "Entity"
(>) ">"
(assignment_expression) "ent = nullptr"
(identifier) "ent"
(=) "="
(null) "nullptr"
(nullptr) "nullptr"
(;) ";"
(declaration) "EntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n tile.Entity);"
(type_identifier) "EntityTemplate"
(type_qualifier) "const"
(const) "const"
(ERROR) "&"
(&) "&"
(init_declarator) "entTemplate = gs.getEngines().entityEngine().getTemplate(\n tile.Entity)"
(identifier) "entTemplate"
(=) "="
(call_expression) "gs.getEngines().entityEngine().getTemplate(\n tile.Entity)"
(field_expression) "gs.getEngines().entityEngine().getTemplate"
(call_expression) "gs.getEngines().entityEngine()"
(field_expression) "gs.getEngines().entityEngine"
(call_expression) "gs.getEngines()"
(field_expression) "gs.getEngines"
(identifier) "gs"
(.) "."
(field_identifier) "getEngines"
(argument_list) "()"
(() "("
()) ")"
(.) "."
(field_identifier) "entityEngine"
(argument_list) "()"
(() "("
()) ")"
(.) "."
(field_identifier) "getTemplate"
(argument_list) "(\n tile.Entity)"
(() "("
(field_expression) "tile.Entity"
(identifier) "tile"
(.) "."
(field_identifier) "Entity"
()) ")"
(;) ";"
(declaration) "const Rectangle2 entSize = entTemplate.VisualSize;"
(type_qualifier) "const"
(const) "const"
(type_identifier) "Rectangle2"
(init_declarator) "entSize = entTemplate.VisualSize"
(identifier) "entSize"
(=) "="
(field_expression) "entTemplate.VisualSize"
(identifier) "entTemplate"
(.) "."
(field_identifier) "VisualSize"
(;) ";"
(declaration) "const Rectangle2 boundSize = entTemplate.BoundingBox;"
(type_qualifier) "const"
(const) "const"
(type_identifier) "Rectangle2"
(init_declarator) "boundSize = entTemplate.BoundingBox"
(identifier) "boundSize"
(=) "="
(field_expression) "entTemplate.BoundingBox"
(identifier) "entTemplate"
(.) "."
(field_identifier) "BoundingBox"
(;) ";"
(declaration) "const Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);"
(type_qualifier) "const"
(const) "const"
(type_identifier) "Vector2"
(function_declarator) "offset(repX * entSize.width(), repY * entSize.height() + offsetY)"
(identifier) "offset"
(parameter_list) "(repX * entSize.width(), repY * entSize.height() + offsetY)"
(() "("
(parameter_declaration) "repX * entSize.width()"
(type_identifier) "repX"
(pointer_declarator) "* entSize.width()"
(*) "*"
(ERROR) "entSize."
(identifier) "entSize"
(.) "."
(function_declarator) "width()"
(identifier) "width"
(parameter_list) "()"
(() "("
()) ")"
(,) ","
(parameter_declaration) "repY * entSize.height() + offsetY"
(type_identifier) "repY"
(pointer_declarator) "* entSize.height() + offsetY"
(*) "*"
(ERROR) "entSize."
(identifier) "entSize"
(.) "."
(function_declarator) "height() + offsetY"
(identifier) "height"
(parameter_list) "()"
(() "("
()) ")"
(ERROR) "+"
(+) "+"
(identifier) "offsetY"
()) ")"
(;) ";"
(if_statement) "if (tile.Type == "WallEntity") {\n ent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset);\n }"
(if) "if"
(parenthesized_expression) "(tile.Type == "WallEntity")"
(() "("
(binary_expression) "tile.Type == "WallEntity""
(field_expression) "tile.Type"
(identifier) "tile"
(.) "."
(field_identifier) "Type"
(==) "=="
(string_literal) ""WallEntity""
(") """
(string_content) "WallEntity"
(") """
()) ")"
(compound_statement) "{\n ent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset);\n }"
({) "{"
(expression_statement) "ent = fact.template"
(assignment_expression) "ent = fact.template"
(identifier) "ent"
(=) "="
(field_expression) "fact.template"
(identifier) "fact"
(.) "."
(field_identifier) "template"
(;) ""
(expression_statement) "createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset);"
(binary_expression) "createFromTemplateName<WallEntity>(tile.Entity,\n tile.Center + offset)"
(binary_expression) "createFromTemplateName<WallEntity"
(identifier) "createFromTemplateName"
(<) "<"
(identifier) "WallEntity"
(>) ">"
(parenthesized_expression) "(tile.Entity,\n tile.Center + offset)"
(() "("
(comma_expression) "tile.Entity,\n tile.Center + offset"
(field_expression) "tile.Entity"
(identifier) "tile"
(.) "."
(field_identifier) "Entity"
(,) ","
(binary_expression) "tile.Center + offset"
(field_expression) "tile.Center"
(identifier) "tile"
(.) "."
(field_identifier) "Center"
(+) "+"
(identifier) "offset"
()) ")"
(;) ";"
(}) "}"
(if_statement) "if (tile.Type == "FloorEntity") {\n ent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset);\n }"
(if) "if"
(parenthesized_expression) "(tile.Type == "FloorEntity")"
(() "("
(binary_expression) "tile.Type == "FloorEntity""
(field_expression) "tile.Type"
(identifier) "tile"
(.) "."
(field_identifier) "Type"
(==) "=="
(string_literal) ""FloorEntity""
(") """
(string_content) "FloorEntity"
(") """
()) ")"
(compound_statement) "{\n ent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset);\n }"
({) "{"
(expression_statement) "ent = fact.template"
(assignment_expression) "ent = fact.template"
(identifier) "ent"
(=) "="
(field_expression) "fact.template"
(identifier) "fact"
(.) "."
(field_identifier) "template"
(;) ""
(expression_statement) "createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset);"
(binary_expression) "createFromTemplateName<FloorEntity>(tile.Entity,\n tile.Center + offset)"
(binary_expression) "createFromTemplateName<FloorEntity"
(identifier) "createFromTemplateName"
(<) "<"
(identifier) "FloorEntity"
(>) ">"
(parenthesized_expression) "(tile.Entity,\n tile.Center + offset)"
(() "("
(comma_expression) "tile.Entity,\n tile.Center + offset"
(field_expression) "tile.Entity"
(identifier) "tile"
(.) "."
(field_identifier) "Entity"
(,) ","
(binary_expression) "tile.Center + offset"
(field_expression) "tile.Center"
(identifier) "tile"
(.) "."
(field_identifier) "Center"
(+) "+"
(identifier) "offset"
()) ")"
(;) ";"
(}) "}"
(if_statement) "if (ent != nullptr) {\n gs.addStaticEntity(std::move(ent));\n\n // create blocking ?\n if (tile.Collides == 1) {\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }\n } else {\n logging::Fatal() << "Unknown entity type: " << tile.Type;\n }"
(if) "if"
(parenthesized_expression) "(ent != nullptr)"
(() "("
(binary_expression) "ent != nullptr"
(identifier) "ent"
(!=) "!="
(null) "nullptr"
(nullptr) "nullptr"
()) ")"
(compound_statement) "{\n gs.addStaticEntity(std::move(ent));\n\n // create blocking ?\n if (tile.Collides == 1) {\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }\n }"
({) "{"
(expression_statement) "gs.addStaticEntity(std::move(ent));"
(call_expression) "gs.addStaticEntity(std::move(ent))"
(field_expression) "gs.addStaticEntity"
(identifier) "gs"
(.) "."
(field_identifier) "addStaticEntity"
(argument_list) "(std::move(ent))"
(() "("
(ERROR) "std::"
(identifier) "std"
(:) ":"
(:) ":"
(call_expression) "move(ent)"
(identifier) "move"
(argument_list) "(ent)"
(() "("
(identifier) "ent"
()) ")"
()) ")"
(;) ";"
(comment) "// create blocking ?"
(if_statement) "if (tile.Collides == 1) {\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }"
(if) "if"
(parenthesized_expression) "(tile.Collides == 1)"
(() "("
(binary_expression) "tile.Collides == 1"
(field_expression) "tile.Collides"
(identifier) "tile"
(.) "."
(field_identifier) "Collides"
(==) "=="
(number_literal) "1"
()) ")"
(compound_statement) "{\n // todo : give correct angle here\n auto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }\n\n gs.addStaticEntity(std::move(col));\n }"
({) "{"
(comment) "// todo : give correct angle here"
(declaration) "auto col = fact.template"
(storage_class_specifier) "auto"
(auto) "auto"
(type_identifier) "col"
(init_declarator) " = fact.template"
(identifier) ""
(=) "="
(field_expression) "fact.template"
(identifier) "fact"
(.) "."
(field_identifier) "template"
(;) ""
(expression_statement) "createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump);"
(binary_expression) "createNonVisual<WallCollisionEntity>(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump)"
(binary_expression) "createNonVisual<WallCollisionEntity"
(identifier) "createNonVisual"
(<) "<"
(identifier) "WallCollisionEntity"
(>) ">"
(parenthesized_expression) "(tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump)"
(() "("
(comma_expression) "tile.Center + offset,\n boundSize, LayerPriorityBottom, tile.CollidesOnJump"
(binary_expression) "tile.Center + offset"
(field_expression) "tile.Center"
(identifier) "tile"
(.) "."
(field_identifier) "Center"
(+) "+"
(identifier) "offset"
(,) ","
(comma_expression) "boundSize, LayerPriorityBottom, tile.CollidesOnJump"
(identifier) "boundSize"
(,) ","
(comma_expression) "LayerPriorityBottom, tile.CollidesOnJump"
(identifier) "LayerPriorityBottom"
(,) ","
(field_expression) "tile.CollidesOnJump"
(identifier) "tile"
(.) "."
(field_identifier) "CollidesOnJump"
()) ")"
(;) ";"
(if_statement) "if (!tile.CollidesOnJump) {\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }"
(if) "if"
(parenthesized_expression) "(!tile.CollidesOnJump)"
(() "("
(unary_expression) "!tile.CollidesOnJump"
(!) "!"
(field_expression) "tile.CollidesOnJump"
(identifier) "tile"
(.) "."
(field_identifier) "CollidesOnJump"
()) ")"
(compound_statement) "{\n col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n }"
({) "{"
(expression_statement) "col->setCollisionGroup(GameCollisionGroups::StaticsJumpable);"
(call_expression) "col->setCollisionGroup(GameCollisionGroups::StaticsJumpable)"
(field_expression) "col->setCollisionGroup"
(identifier) "col"
(->) "->"
(field_identifier) "setCollisionGroup"
(argument_list) "(GameCollisionGroups::StaticsJumpable)"
(() "("
(identifier) "GameCollisionGroups"
(ERROR) "::StaticsJumpable"
(:) ":"
(:) ":"
(identifier) "StaticsJumpable"
()) ")"
(;) ";"
(expression_statement) "col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);"
(call_expression) "col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith)"
(field_expression) "col->setCollisionMask"
(identifier) "col"
(->) "->"
(field_identifier) "setCollisionMask"
(argument_list) "(GameCollisionGroups::StaticsJumpable_CollidesWith)"
(() "("
(ERROR) "GameCollisionGroups::"
(identifier) "GameCollisionGroups"
(:) ":"
(:) ":"
(identifier) "StaticsJumpable_CollidesWith"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "gs.addStaticEntity(std::move(col));"
(call_expression) "gs.addStaticEntity(std::move(col))"
(field_expression) "gs.addStaticEntity"
(identifier) "gs"
(.) "."
(field_identifier) "addStaticEntity"
(argument_list) "(std::move(col))"
(() "("
(ERROR) "std::"
(identifier) "std"
(:) ":"
(:) ":"
(call_expression) "move(col)"
(identifier) "move"
(argument_list) "(col)"
(() "("
(identifier) "col"
()) ")"
()) ")"
(;) ";"
(}) "}"
(}) "}"
(else_clause) "else {\n logging::Fatal() << "Unknown entity type: " << tile.Type;\n }"
(else) "else"
(compound_statement) "{\n logging::Fatal() << "Unknown entity type: " << tile.Type;\n }"
({) "{"
(labeled_statement) "logging::Fatal() << "Unknown entity type: " << tile.Type;"
(statement_identifier) "logging"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "Fatal() << "Unknown entity type: " << tile.Type;"
(binary_expression) "Fatal() << "Unknown entity type: " << tile.Type"
(binary_expression) "Fatal() << "Unknown entity type: ""
(call_expression) "Fatal()"
(identifier) "Fatal"
(argument_list) "()"
(() "("
()) ")"
(<<) "<<"
(string_literal) ""Unknown entity type: ""
(") """
(string_content) "Unknown entity type: "
(") """
(<<) "<<"
(field_expression) "tile.Type"
(identifier) "tile"
(.) "."
(field_identifier) "Type"
(;) ";"
(}) "}"
(}) "}"
(}) "}"
(}) "}"
(}) "}"
(ERROR) "}"
(}) "}"
(expression_statement) ";"
(;) ";"
(type_definition) "typedef std::vector<std::string> LevelFragmentsName;"
(typedef) "typedef"
(type_identifier) "std"
(ERROR) "::vector<std::string>"
(:) ":"
(:) ":"
(type_identifier) "vector"
(<) "<"
(type_identifier) "std"
(:) ":"
(:) ":"
(type_identifier) "string"
(>) ">"
(type_identifier) "LevelFragmentsName"
(;) ";"
(function_definition) "class LevelFactory: boost::noncopyable {\npublic:\n\n LevelFactory(Engines & engines, LevelFragmentsName const& fragments, ResourceEngine & re) :\n m_engines(engines), m_fact(engines), m_lastFragment(nullptr), m_currentLayer(0) {\n\n LevelLoader loader;\n\n for (std::string const & fr : fragments) {\n LevelFragment frag;\n frag.Name = fr;\n const std::string xmlInp = re.loadLevel(fr);\n\n try {\n loader.loadFragment(xmlInp, frag);\n } catch (LevelParsingException & ex) {\n logging::Error() << "Level " << fr << " can not be parsed";\n }\n m_fragments.push_back(frag);\n }\n }\n\n void loadFragment(GameState & gs, std::string const& fragName);\n\n void nextLayers(GameState & gs, unsigned int amount);\n\n bool canConnect(LevelFragment const& prevFrag, LevelFragment const& nextFrag) const;\n\n void collisionTestLevel(GameState & gs);\n\n void renderTestLevel(GameState & gs);\n\n void reset();\n\n template<class TEnemy>\n void addEnemy(std::string name, float enemyCollisionRadius, float maxPlacementRadius,\n LevelFragment const* frag, int thisLayer, GameState & gs, EntityFactory & fact) {\n\n const int locY = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))\n + thisLayer;\n const int locX = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()));\n\n const Vector2 idealPosition(locX, locY);\n // really ugly, but know of no other way right now\n //Vector2 bndBox = DefaultFighterBoundingBox;\n // bndBox.getRadius();\n\n std::pair<bool, Vector2> bestPlacement = game_util::findSafePlacement(idealPosition,\n enemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs);\n\n if (bestPlacement.first) {\n auto entEnemy = fact.createMultiVisual<TEnemy>(name, bestPlacement.second);\n\n gs.addEnemyEntity(std::move(entEnemy));\n } else {\n logging::Info() << "no valid placement found for enemy";\n }\n }\n\nprivate:\n Engines m_engines;\n EntityFactory m_fact;\n LevelFragment const* m_lastFragment;\n std::vector<LevelFragment> m_fragments;\n unsigned int m_currentLayer;\n}"
(type_identifier) "class"
(identifier) "LevelFactory"
(ERROR) ": boost::noncopyable"
(:) ":"
(identifier) "boost"
(:) ":"
(:) ":"
(identifier) "noncopyable"
(compound_statement) "{\npublic:\n\n LevelFactory(Engines & engines, LevelFragmentsName const& fragments, ResourceEngine & re) :\n m_engines(engines), m_fact(engines), m_lastFragment(nullptr), m_currentLayer(0) {\n\n LevelLoader loader;\n\n for (std::string const & fr : fragments) {\n LevelFragment frag;\n frag.Name = fr;\n const std::string xmlInp = re.loadLevel(fr);\n\n try {\n loader.loadFragment(xmlInp, frag);\n } catch (LevelParsingException & ex) {\n logging::Error() << "Level " << fr << " can not be parsed";\n }\n m_fragments.push_back(frag);\n }\n }\n\n void loadFragment(GameState & gs, std::string const& fragName);\n\n void nextLayers(GameState & gs, unsigned int amount);\n\n bool canConnect(LevelFragment const& prevFrag, LevelFragment const& nextFrag) const;\n\n void collisionTestLevel(GameState & gs);\n\n void renderTestLevel(GameState & gs);\n\n void reset();\n\n template<class TEnemy>\n void addEnemy(std::string name, float enemyCollisionRadius, float maxPlacementRadius,\n LevelFragment const* frag, int thisLayer, GameState & gs, EntityFactory & fact) {\n\n const int locY = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))\n + thisLayer;\n const int locX = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()));\n\n const Vector2 idealPosition(locX, locY);\n // really ugly, but know of no other way right now\n //Vector2 bndBox = DefaultFighterBoundingBox;\n // bndBox.getRadius();\n\n std::pair<bool, Vector2> bestPlacement = game_util::findSafePlacement(idealPosition,\n enemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs);\n\n if (bestPlacement.first) {\n auto entEnemy = fact.createMultiVisual<TEnemy>(name, bestPlacement.second);\n\n gs.addEnemyEntity(std::move(entEnemy));\n } else {\n logging::Info() << "no valid placement found for enemy";\n }\n }\n\nprivate:\n Engines m_engines;\n EntityFactory m_fact;\n LevelFragment const* m_lastFragment;\n std::vector<LevelFragment> m_fragments;\n unsigned int m_currentLayer;\n}"
({) "{"
(labeled_statement) "public:\n\n LevelFactory(Engines & engines, LevelFragmentsName const& fragments, ResourceEngine & re) :\n m_engines(engines), m_fact(engines), m_lastFragment(nullptr), m_currentLayer(0)"
(statement_identifier) "public"
(:) ":"
(ERROR) "LevelFactory(Engines & engines, LevelFragmentsName const& fragments, ResourceEngine & re) :"
(call_expression) "LevelFactory(Engines & engines, LevelFragmentsName const& fragments, ResourceEngine & re)"
(identifier) "LevelFactory"
(argument_list) "(Engines & engines, LevelFragmentsName const& fragments, ResourceEngine & re)"
(() "("
(binary_expression) "Engines & engines"
(identifier) "Engines"
(&) "&"
(identifier) "engines"
(,) ","
(binary_expression) "LevelFragmentsName const& fragments"
(identifier) "LevelFragmentsName"
(ERROR) "const"
(identifier) "const"
(&) "&"
(identifier) "fragments"
(,) ","
(binary_expression) "ResourceEngine & re"
(identifier) "ResourceEngine"
(&) "&"
(identifier) "re"
()) ")"
(:) ":"
(expression_statement) "m_engines(engines), m_fact(engines), m_lastFragment(nullptr), m_currentLayer(0)"
(comma_expression) "m_engines(engines), m_fact(engines), m_lastFragment(nullptr), m_currentLayer(0)"
(call_expression) "m_engines(engines)"
(identifier) "m_engines"
(argument_list) "(engines)"
(() "("
(identifier) "engines"
()) ")"
(,) ","
(comma_expression) "m_fact(engines), m_lastFragment(nullptr), m_currentLayer(0)"
(call_expression) "m_fact(engines)"
(identifier) "m_fact"
(argument_list) "(engines)"
(() "("
(identifier) "engines"
()) ")"
(,) ","
(comma_expression) "m_lastFragment(nullptr), m_currentLayer(0)"
(call_expression) "m_lastFragment(nullptr)"
(identifier) "m_lastFragment"
(argument_list) "(nullptr)"
(() "("
(null) "nullptr"
(nullptr) "nullptr"
()) ")"
(,) ","
(call_expression) "m_currentLayer(0)"
(identifier) "m_currentLayer"
(argument_list) "(0)"
(() "("
(number_literal) "0"
()) ")"
(;) ""
(compound_statement) "{\n\n LevelLoader loader;\n\n for (std::string const & fr : fragments) {\n LevelFragment frag;\n frag.Name = fr;\n const std::string xmlInp = re.loadLevel(fr);\n\n try {\n loader.loadFragment(xmlInp, frag);\n } catch (LevelParsingException & ex) {\n logging::Error() << "Level " << fr << " can not be parsed";\n }\n m_fragments.push_back(frag);\n }\n }"
({) "{"
(declaration) "LevelLoader loader;"
(type_identifier) "LevelLoader"
(identifier) "loader"
(;) ";"
(ERROR) "for (std::string const & fr : fragments)"
(for) "for"
(() "("
(declaration) "std::string"
(type_identifier) "std"
(ERROR) "::"
(:) ":"
(:) ":"
(identifier) "string"
(;) ""
(binary_expression) "const & fr"
(identifier) "const"
(&) "&"
(identifier) "fr"
(:) ":"
(identifier) "fragments"
()) ")"
(compound_statement) "{\n LevelFragment frag;\n frag.Name = fr;\n const std::string xmlInp = re.loadLevel(fr);\n\n try {\n loader.loadFragment(xmlInp, frag);\n } catch (LevelParsingException & ex) {\n logging::Error() << "Level " << fr << " can not be parsed";\n }\n m_fragments.push_back(frag);\n }"
({) "{"
(declaration) "LevelFragment frag;"
(type_identifier) "LevelFragment"
(identifier) "frag"
(;) ";"
(expression_statement) "frag.Name = fr;"
(assignment_expression) "frag.Name = fr"
(field_expression) "frag.Name"
(identifier) "frag"
(.) "."
(field_identifier) "Name"
(=) "="
(identifier) "fr"
(;) ";"
(declaration) "const std::string xmlInp = re.loadLevel(fr);"
(type_qualifier) "const"
(const) "const"
(type_identifier) "std"
(ERROR) "::string"
(:) ":"
(:) ":"
(identifier) "string"
(init_declarator) "xmlInp = re.loadLevel(fr)"
(identifier) "xmlInp"
(=) "="
(call_expression) "re.loadLevel(fr)"
(field_expression) "re.loadLevel"
(identifier) "re"
(.) "."
(field_identifier) "loadLevel"
(argument_list) "(fr)"
(() "("
(identifier) "fr"
()) ")"
(;) ";"
(type_identifier) "try"
(;) ""
(compound_statement) "{\n loader.loadFragment(xmlInp, frag);\n }"
({) "{"
(expression_statement) "loader.loadFragment(xmlInp, frag);"
(call_expression) "loader.loadFragment(xmlInp, frag)"
(field_expression) "loader.loadFragment"
(identifier) "loader"
(.) "."
(field_identifier) "loadFragment"
(argument_list) "(xmlInp, frag)"
(() "("
(identifier) "xmlInp"
(,) ","
(identifier) "frag"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "catch (LevelParsingException & ex)"
(call_expression) "catch (LevelParsingException & ex)"
(identifier) "catch"
(argument_list) "(LevelParsingException & ex)"
(() "("
(binary_expression) "LevelParsingException & ex"
(identifier) "LevelParsingException"
(&) "&"
(identifier) "ex"
()) ")"
(;) ""
(compound_statement) "{\n logging::Error() << "Level " << fr << " can not be parsed";\n }"
({) "{"
(labeled_statement) "logging::Error() << "Level " << fr << " can not be parsed";"
(statement_identifier) "logging"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "Error() << "Level " << fr << " can not be parsed";"
(binary_expression) "Error() << "Level " << fr << " can not be parsed""
(binary_expression) "Error() << "Level " << fr"
(binary_expression) "Error() << "Level ""
(call_expression) "Error()"
(identifier) "Error"
(argument_list) "()"
(() "("
()) ")"
(<<) "<<"
(string_literal) ""Level ""
(") """
(string_content) "Level "
(") """
(<<) "<<"
(identifier) "fr"
(<<) "<<"
(string_literal) "" can not be parsed""
(") """
(string_content) " can not be parsed"
(") """
(;) ";"
(}) "}"
(expression_statement) "m_fragments.push_back(frag);"
(call_expression) "m_fragments.push_back(frag)"
(field_expression) "m_fragments.push_back"
(identifier) "m_fragments"
(.) "."
(field_identifier) "push_back"
(argument_list) "(frag)"
(() "("
(identifier) "frag"
()) ")"
(;) ";"
(}) "}"
(}) "}"
(declaration) "void loadFragment(GameState & gs, std::string const& fragName);"
(primitive_type) "void"
(function_declarator) "loadFragment(GameState & gs, std::string const& fragName)"
(identifier) "loadFragment"
(parameter_list) "(GameState & gs, std::string const& fragName)"
(() "("
(parameter_declaration) "GameState & gs"
(type_identifier) "GameState"
(ERROR) "&"
(&) "&"
(identifier) "gs"
(,) ","
(parameter_declaration) "std::string const& fragName"
(type_identifier) "std"
(ERROR) "::string const&"
(:) ":"
(:) ":"
(identifier) "string"
(identifier) "const"
(&) "&"
(identifier) "fragName"
()) ")"
(;) ";"
(declaration) "void nextLayers(GameState & gs, unsigned int amount);"
(primitive_type) "void"
(function_declarator) "nextLayers(GameState & gs, unsigned int amount)"
(identifier) "nextLayers"
(parameter_list) "(GameState & gs, unsigned int amount)"
(() "("
(parameter_declaration) "GameState & gs"
(type_identifier) "GameState"
(ERROR) "&"
(&) "&"
(identifier) "gs"
(,) ","
(parameter_declaration) "unsigned int amount"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "amount"
()) ")"
(;) ";"
(ERROR) "bool canConnect(LevelFragment const& prevFrag, LevelFragment const& nextFrag) const"
(primitive_type) "bool"
(function_declarator) "canConnect(LevelFragment const& prevFrag, LevelFragment const& nextFrag) const"
(identifier) "canConnect"
(parameter_list) "(LevelFragment const& prevFrag, LevelFragment const& nextFrag)"
(() "("
(parameter_declaration) "LevelFragment const& prevFrag"
(type_identifier) "LevelFragment"
(type_qualifier) "const"
(const) "const"
(ERROR) "&"
(&) "&"
(identifier) "prevFrag"
(,) ","
(parameter_declaration) "LevelFragment const& nextFrag"
(type_identifier) "LevelFragment"
(type_qualifier) "const"
(const) "const"
(ERROR) "&"
(&) "&"
(identifier) "nextFrag"
()) ")"
(identifier) "const"
(expression_statement) ";"
(;) ";"
(declaration) "void collisionTestLevel(GameState & gs);"
(primitive_type) "void"
(function_declarator) "collisionTestLevel(GameState & gs)"
(identifier) "collisionTestLevel"
(parameter_list) "(GameState & gs)"
(() "("
(parameter_declaration) "GameState & gs"
(type_identifier) "GameState"
(ERROR) "&"
(&) "&"
(identifier) "gs"
()) ")"
(;) ";"
(declaration) "void renderTestLevel(GameState & gs);"
(primitive_type) "void"
(function_declarator) "renderTestLevel(GameState & gs)"
(identifier) "renderTestLevel"
(parameter_list) "(GameState & gs)"
(() "("
(parameter_declaration) "GameState & gs"
(type_identifier) "GameState"
(ERROR) "&"
(&) "&"
(identifier) "gs"
()) ")"
(;) ";"
(declaration) "void reset();"
(primitive_type) "void"
(function_declarator) "reset()"
(identifier) "reset"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(expression_statement) "template<class TEnemy>\n void addEnemy(std::string name, float enemyCollisionRadius, float maxPlacementRadius,\n LevelFragment const* frag, int thisLayer, GameState & gs, EntityFactory & fact)"
(binary_expression) "template<class TEnemy>\n void addEnemy(std::string name, float enemyCollisionRadius, float maxPlacementRadius,\n LevelFragment const* frag, int thisLayer, GameState & gs, EntityFactory & fact)"
(binary_expression) "template<class TEnemy"
(identifier) "template"
(<) "<"
(ERROR) "class"
(identifier) "class"
(identifier) "TEnemy"
(>) ">"
(ERROR) "void"
(identifier) "void"
(call_expression) "addEnemy(std::string name, float enemyCollisionRadius, float maxPlacementRadius,\n LevelFragment const* frag, int thisLayer, GameState & gs, EntityFactory & fact)"
(identifier) "addEnemy"
(argument_list) "(std::string name, float enemyCollisionRadius, float maxPlacementRadius,\n LevelFragment const* frag, int thisLayer, GameState & gs, EntityFactory & fact)"
(() "("
(ERROR) "std::string"
(identifier) "std"
(:) ":"
(:) ":"
(identifier) "string"
(identifier) "name"
(,) ","
(ERROR) "float"
(identifier) "float"
(identifier) "enemyCollisionRadius"
(,) ","
(ERROR) "float"
(identifier) "float"
(identifier) "maxPlacementRadius"
(,) ","
(binary_expression) "LevelFragment const* frag"
(identifier) "LevelFragment"
(ERROR) "const"
(identifier) "const"
(*) "*"
(identifier) "frag"
(,) ","
(ERROR) "int"
(identifier) "int"
(identifier) "thisLayer"
(,) ","
(binary_expression) "GameState & gs"
(identifier) "GameState"
(&) "&"
(identifier) "gs"
(,) ","
(binary_expression) "EntityFactory & fact"
(identifier) "EntityFactory"
(&) "&"
(identifier) "fact"
()) ")"
(;) ""
(compound_statement) "{\n\n const int locY = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))\n + thisLayer;\n const int locX = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()));\n\n const Vector2 idealPosition(locX, locY);\n // really ugly, but know of no other way right now\n //Vector2 bndBox = DefaultFighterBoundingBox;\n // bndBox.getRadius();\n\n std::pair<bool, Vector2> bestPlacement = game_util::findSafePlacement(idealPosition,\n enemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs);\n\n if (bestPlacement.first) {\n auto entEnemy = fact.createMultiVisual<TEnemy>(name, bestPlacement.second);\n\n gs.addEnemyEntity(std::move(entEnemy));\n } else {\n logging::Info() << "no valid placement found for enemy";\n }\n }"
({) "{"
(declaration) "const int locY = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))\n + thisLayer;"
(type_qualifier) "const"
(const) "const"
(primitive_type) "int"
(init_declarator) "locY = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))\n + thisLayer"
(identifier) "locY"
(=) "="
(binary_expression) "gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))\n + thisLayer"
(call_expression) "gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))"
(field_expression) "gs.getEngines().randomEngine().randomInt"
(call_expression) "gs.getEngines().randomEngine()"
(field_expression) "gs.getEngines().randomEngine"
(call_expression) "gs.getEngines()"
(field_expression) "gs.getEngines"
(identifier) "gs"
(.) "."
(field_identifier) "getEngines"
(argument_list) "()"
(() "("
()) ")"
(.) "."
(field_identifier) "randomEngine"
(argument_list) "()"
(() "("
()) ")"
(.) "."
(field_identifier) "randomInt"
(argument_list) "(RandomEngine::SpanInt(0, frag->Size.y()))"
(() "("
(ERROR) "RandomEngine::"
(identifier) "RandomEngine"
(:) ":"
(:) ":"
(call_expression) "SpanInt(0, frag->Size.y())"
(identifier) "SpanInt"
(argument_list) "(0, frag->Size.y())"
(() "("
(number_literal) "0"
(,) ","
(call_expression) "frag->Size.y()"
(field_expression) "frag->Size.y"
(field_expression) "frag->Size"
(identifier) "frag"
(->) "->"
(field_identifier) "Size"
(.) "."
(field_identifier) "y"
(argument_list) "()"
(() "("
()) ")"
()) ")"
()) ")"
(+) "+"
(identifier) "thisLayer"
(;) ";"
(declaration) "const int locX = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()));"
(type_qualifier) "const"
(const) "const"
(primitive_type) "int"
(init_declarator) "locX = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()))"
(identifier) "locX"
(=) "="
(call_expression) "gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()))"
(field_expression) "gs.getEngines().randomEngine().randomInt"
(call_expression) "gs.getEngines().randomEngine()"
(field_expression) "gs.getEngines().randomEngine"
(call_expression) "gs.getEngines()"
(field_expression) "gs.getEngines"
(identifier) "gs"
(.) "."
(field_identifier) "getEngines"
(argument_list) "()"
(() "("
()) ")"
(.) "."
(field_identifier) "randomEngine"
(argument_list) "()"
(() "("
()) ")"
(.) "."
(field_identifier) "randomInt"
(argument_list) "(RandomEngine::SpanInt(0, frag->Size.x()))"
(() "("
(ERROR) "RandomEngine::"
(identifier) "RandomEngine"
(:) ":"
(:) ":"
(call_expression) "SpanInt(0, frag->Size.x())"
(identifier) "SpanInt"
(argument_list) "(0, frag->Size.x())"
(() "("
(number_literal) "0"
(,) ","
(call_expression) "frag->Size.x()"
(field_expression) "frag->Size.x"
(field_expression) "frag->Size"
(identifier) "frag"
(->) "->"
(field_identifier) "Size"
(.) "."
(field_identifier) "x"
(argument_list) "()"
(() "("
()) ")"
()) ")"
()) ")"
(;) ";"
(declaration) "const Vector2 idealPosition(locX, locY);"
(type_qualifier) "const"
(const) "const"
(type_identifier) "Vector2"
(function_declarator) "idealPosition(locX, locY)"
(identifier) "idealPosition"
(parameter_list) "(locX, locY)"
(() "("
(parameter_declaration) "locX"
(type_identifier) "locX"
(,) ","
(parameter_declaration) "locY"
(type_identifier) "locY"
()) ")"
(;) ";"
(comment) "// really ugly, but know of no other way right now"
(comment) "//Vector2 bndBox = DefaultFighterBoundingBox;"
(comment) "// bndBox.getRadius();"
(labeled_statement) "std::pair<bool, Vector2> bestPlacement = game_util::findSafePlacement(idealPosition,\n enemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs);"
(statement_identifier) "std"
(ERROR) "::pair<bool, Vector2> bestPlacement = game_util:"
(:) ":"
(:) ":"
(comma_expression) "pair<bool, Vector2> bestPlacement = game_util"
(binary_expression) "pair<bool"
(identifier) "pair"
(<) "<"
(identifier) "bool"
(,) ","
(binary_expression) "Vector2> bestPlacement = game_util"
(identifier) "Vector2"
(>) ">"
(assignment_expression) "bestPlacement = game_util"
(identifier) "bestPlacement"
(=) "="
(identifier) "game_util"
(:) ":"
(:) ":"
(expression_statement) "findSafePlacement(idealPosition,\n enemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs);"
(call_expression) "findSafePlacement(idealPosition,\n enemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs)"
(identifier) "findSafePlacement"
(argument_list) "(idealPosition,\n enemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs)"
(() "("
(identifier) "idealPosition"
(,) ","
(identifier) "enemyCollisionRadius"
(,) ","
(identifier) "maxPlacementRadius"
(,) ","
(call_expression) "gs.getEngines()"
(field_expression) "gs.getEngines"
(identifier) "gs"
(.) "."
(field_identifier) "getEngines"
(argument_list) "()"
(() "("
()) ")"
(,) ","
(identifier) "gs"
()) ")"
(;) ";"
(if_statement) "if (bestPlacement.first) {\n auto entEnemy = fact.createMultiVisual<TEnemy>(name, bestPlacement.second);\n\n gs.addEnemyEntity(std::move(entEnemy));\n } else {\n logging::Info() << "no valid placement found for enemy";\n }"
(if) "if"
(parenthesized_expression) "(bestPlacement.first)"
(() "("
(field_expression) "bestPlacement.first"
(identifier) "bestPlacement"
(.) "."
(field_identifier) "first"
()) ")"
(compound_statement) "{\n auto entEnemy = fact.createMultiVisual<TEnemy>(name, bestPlacement.second);\n\n gs.addEnemyEntity(std::move(entEnemy));\n }"
({) "{"
(declaration) "auto entEnemy = fact.createMultiVisual<TEnemy>(name, bestPlacement.second);"
(storage_class_specifier) "auto"
(auto) "auto"
(type_identifier) "entEnemy"
(init_declarator) " = fact.createMultiVisual<TEnemy>(name, bestPlacement.second)"
(identifier) ""
(=) "="
(binary_expression) "fact.createMultiVisual<TEnemy>(name, bestPlacement.second)"
(binary_expression) "fact.createMultiVisual<TEnemy"
(field_expression) "fact.createMultiVisual"
(identifier) "fact"
(.) "."
(field_identifier) "createMultiVisual"
(<) "<"
(identifier) "TEnemy"
(>) ">"
(parenthesized_expression) "(name, bestPlacement.second)"
(() "("
(comma_expression) "name, bestPlacement.second"
(identifier) "name"
(,) ","
(field_expression) "bestPlacement.second"
(identifier) "bestPlacement"
(.) "."
(field_identifier) "second"
()) ")"
(;) ";"
(expression_statement) "gs.addEnemyEntity(std::move(entEnemy));"
(call_expression) "gs.addEnemyEntity(std::move(entEnemy))"
(field_expression) "gs.addEnemyEntity"
(identifier) "gs"
(.) "."
(field_identifier) "addEnemyEntity"
(argument_list) "(std::move(entEnemy))"
(() "("
(ERROR) "std::"
(identifier) "std"
(:) ":"
(:) ":"
(call_expression) "move(entEnemy)"
(identifier) "move"
(argument_list) "(entEnemy)"
(() "("
(identifier) "entEnemy"
()) ")"
()) ")"
(;) ";"
(}) "}"
(else_clause) "else {\n logging::Info() << "no valid placement found for enemy";\n }"
(else) "else"
(compound_statement) "{\n logging::Info() << "no valid placement found for enemy";\n }"
({) "{"
(labeled_statement) "logging::Info() << "no valid placement found for enemy";"
(statement_identifier) "logging"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "Info() << "no valid placement found for enemy";"
(binary_expression) "Info() << "no valid placement found for enemy""
(call_expression) "Info()"
(identifier) "Info"
(argument_list) "()"
(() "("
()) ")"
(<<) "<<"
(string_literal) ""no valid placement found for enemy""
(") """
(string_content) "no valid placement found for enemy"
(") """
(;) ";"
(}) "}"
(}) "}"
(labeled_statement) "private:\n Engines m_engines;"
(statement_identifier) "private"
(:) ":"
(declaration) "Engines m_engines;"
(type_identifier) "Engines"
(identifier) "m_engines"
(;) ";"
(declaration) "EntityFactory m_fact;"
(type_identifier) "EntityFactory"
(identifier) "m_fact"
(;) ";"
(declaration) "LevelFragment const* m_lastFragment;"
(type_identifier) "LevelFragment"
(type_qualifier) "const"
(const) "const"
(pointer_declarator) "* m_lastFragment"
(*) "*"
(identifier) "m_lastFragment"
(;) ";"
(labeled_statement) "std::vector<LevelFragment> m_fragments;"
(statement_identifier) "std"
(:) ":"
(ERROR) ":"
(:) ":"
(expression_statement) "vector<LevelFragment> m_fragments;"
(binary_expression) "vector<LevelFragment> m_fragments"
(binary_expression) "vector<LevelFragment"
(identifier) "vector"
(<) "<"
(identifier) "LevelFragment"
(>) ">"
(identifier) "m_fragments"
(;) ";"
(declaration) "unsigned int m_currentLayer;"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "m_currentLayer"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
| 1,482
| 62
|
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"#include", "parent": 39, "children": [], "start_point": {"row": 42, "column": 0}, "end_point": {"row": 42, "column": 8}}, {"id": 41, "type": "system_lib_string", "text": "<DescentLogic/src/Game/Util/SafePlacement.h>", "parent": 39, "children": [], "start_point": {"row": 42, "column": 9}, "end_point": {"row": 42, "column": 53}}, {"id": 42, "type": "struct_specifier", "text": "struct LevelTile {\n\n\tLevelTile(Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,\n\t\t\tstd::string const& ent, bool collideOnJump) :\n\t\t\tCenter(cen), Repeat(rep), Collides(col), CollidesOnJump(collideOnJump), Type(type), Entity(ent) {\n\t}\n\n\tVector2 Center;\n\tVector2 Repeat;\n\tbool Collides;\n\tbool CollidesOnJump;\n\tstd::string Type;\n\tstd::string Entity;\n\n}", "parent": null, "children": [43, 44], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 60, "column": 1}}, {"id": 43, "type": "struct", "text": "struct", "parent": 42, "children": [], "start_point": {"row": 46, "column": 0}, "end_point": {"row": 46, "column": 6}}, {"id": 44, "type": "type_identifier", "text": "LevelTile", "parent": 42, "children": [], "start_point": {"row": 46, "column": 7}, "end_point": {"row": 46, "column": 16}}, {"id": 45, "type": "field_declaration", "text": "LevelTile(Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,\n\t\t\tstd::string const& ent, bool collideOnJump) :\n\t\t\tCenter(cen), Repeat(rep), Collides(col), CollidesOnJump(collideOnJump), Type(type), Entity(ent) {\n\t}\n\n\tVector2 Center;", "parent": 42, "children": [46, 67, 72, 77, 82, 87, 92, 99], "start_point": {"row": 48, "column": 1}, "end_point": {"row": 53, "column": 16}}, {"id": 46, "type": "macro_type_specifier", "text": "LevelTile(Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,\n\t\t\tstd::string const& ent, bool collideOnJump)", "parent": 45, "children": [47, 48, 63], "start_point": {"row": 48, "column": 1}, "end_point": {"row": 49, "column": 46}}, {"id": 47, "type": "identifier", "text": "LevelTile", "parent": 46, "children": [], "start_point": {"row": 48, "column": 1}, "end_point": {"row": 48, "column": 10}}, {"id": 48, "type": "type_descriptor", "text": "Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,\n\t\t\tstd::string const", "parent": 46, "children": [49, 50, 53, 59], "start_point": {"row": 48, "column": 11}, "end_point": {"row": 49, "column": 20}}, {"id": 49, "type": "type_identifier", "text": "Vector2", "parent": 48, "children": [], "start_point": {"row": 48, "column": 11}, "end_point": {"row": 48, "column": 18}}, {"id": 50, "type": "ERROR", "text": "& cen, Vector2", "parent": 48, "children": [51, 52], "start_point": {"row": 48, "column": 24}, "end_point": {"row": 48, "column": 38}}, {"id": 51, "type": "identifier", "text": "cen", "parent": 50, "children": [], "start_point": {"row": 48, "column": 26}, "end_point": {"row": 48, "column": 29}}, {"id": 52, "type": "identifier", "text": "Vector2", "parent": 50, "children": [], "start_point": {"row": 48, "column": 31}, "end_point": {"row": 48, "column": 38}}, {"id": 53, "type": "ERROR", "text": "& rep, bool col, std::string", "parent": 48, "children": [54, 55, 56, 57, 58], "start_point": {"row": 48, "column": 44}, "end_point": {"row": 48, "column": 72}}, {"id": 54, "type": "identifier", "text": "rep", "parent": 53, "children": [], "start_point": {"row": 48, "column": 46}, "end_point": {"row": 48, "column": 49}}, {"id": 55, "type": "primitive_type", "text": "bool", "parent": 53, "children": [], "start_point": {"row": 48, "column": 51}, "end_point": {"row": 48, "column": 55}}, {"id": 56, "type": "identifier", "text": "col", "parent": 53, "children": [], "start_point": {"row": 48, "column": 56}, "end_point": {"row": 48, "column": 59}}, {"id": 57, "type": "identifier", "text": "std", "parent": 53, "children": [], "start_point": {"row": 48, "column": 61}, "end_point": {"row": 48, "column": 64}}, {"id": 58, "type": "identifier", "text": "string", "parent": 53, "children": [], "start_point": {"row": 48, "column": 66}, "end_point": {"row": 48, "column": 72}}, {"id": 59, "type": "ERROR", "text": "& type,\n\t\t\tstd::string", "parent": 48, "children": [60, 61, 62], "start_point": {"row": 48, "column": 78}, "end_point": {"row": 49, "column": 14}}, {"id": 60, "type": "identifier", "text": "type", "parent": 59, "children": [], "start_point": {"row": 48, "column": 80}, "end_point": {"row": 48, "column": 84}}, {"id": 61, "type": "identifier", "text": "std", "parent": 59, "children": [], "start_point": {"row": 49, "column": 3}, "end_point": {"row": 49, "column": 6}}, {"id": 62, "type": "identifier", "text": "string", "parent": 59, "children": [], "start_point": {"row": 49, "column": 8}, "end_point": {"row": 49, "column": 14}}, {"id": 63, "type": "ERROR", "text": "& ent, bool collideOnJump", "parent": 46, "children": [64, 65, 66], "start_point": {"row": 49, "column": 20}, "end_point": {"row": 49, "column": 45}}, {"id": 64, "type": "identifier", "text": "ent", "parent": 63, "children": [], "start_point": {"row": 49, "column": 22}, "end_point": {"row": 49, "column": 25}}, {"id": 65, "type": "primitive_type", "text": "bool", "parent": 63, "children": [], "start_point": {"row": 49, "column": 27}, "end_point": {"row": 49, "column": 31}}, {"id": 66, "type": "identifier", "text": "collideOnJump", "parent": 63, "children": [], "start_point": {"row": 49, "column": 32}, "end_point": {"row": 49, "column": 45}}, {"id": 67, "type": "function_declarator", "text": "Center(cen)", "parent": 45, "children": [68, 69], "start_point": {"row": 50, "column": 3}, "end_point": {"row": 50, "column": 14}}, {"id": 68, "type": "field_identifier", "text": "Center", "parent": 67, "children": [], "start_point": {"row": 50, "column": 3}, "end_point": {"row": 50, "column": 9}}, {"id": 69, "type": "parameter_list", "text": "(cen)", "parent": 67, "children": [70], "start_point": {"row": 50, "column": 9}, "end_point": 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{"row": 68, "column": 0}, "end_point": {"row": 74, "column": 1}}, {"id": 126, "type": "struct", "text": "struct", "parent": 125, "children": [], "start_point": {"row": 68, "column": 0}, "end_point": {"row": 68, "column": 6}}, {"id": 127, "type": "type_identifier", "text": "LevelFragment", "parent": 125, "children": [], "start_point": {"row": 68, "column": 7}, "end_point": {"row": 68, "column": 20}}, {"id": 128, "type": "field_declaration", "text": "std::vector<LevelTile> Tiles;", "parent": 125, "children": [129, 130, 135], "start_point": {"row": 69, "column": 1}, "end_point": {"row": 69, "column": 30}}, {"id": 129, "type": "type_identifier", "text": "std", "parent": 128, "children": [], "start_point": {"row": 69, "column": 1}, "end_point": {"row": 69, "column": 4}}, {"id": 130, "type": "ERROR", "text": "::vector<LevelTile>", "parent": 128, "children": [131, 132, 133, 134], "start_point": {"row": 69, "column": 4}, "end_point": {"row": 69, "column": 23}}, {"id": 131, "type": 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"parent": 146, "children": [], "start_point": {"row": 72, "column": 12}, "end_point": {"row": 72, "column": 13}}, {"id": 149, "type": "field_identifier", "text": "LevelConnection", "parent": 146, "children": [], "start_point": {"row": 72, "column": 13}, "end_point": {"row": 72, "column": 28}}, {"id": 150, "type": ">", "text": ">", "parent": 146, "children": [], "start_point": {"row": 72, "column": 28}, "end_point": {"row": 72, "column": 29}}, {"id": 151, "type": "field_identifier", "text": "ConnectionsIn", "parent": 144, "children": [], "start_point": {"row": 72, "column": 30}, "end_point": {"row": 72, "column": 43}}, {"id": 152, "type": "field_declaration", "text": "std::vector<LevelConnection> ConnectionsOut;", "parent": 125, "children": [153, 154, 159], "start_point": {"row": 73, "column": 1}, "end_point": {"row": 73, "column": 45}}, {"id": 153, "type": "type_identifier", "text": "std", "parent": 152, "children": [], "start_point": {"row": 73, "column": 1}, "end_point": {"row": 73, "column": 4}}, {"id": 154, "type": "ERROR", "text": "::vector<LevelConnection>", "parent": 152, "children": [155, 156, 157, 158], "start_point": {"row": 73, "column": 4}, "end_point": {"row": 73, "column": 29}}, {"id": 155, "type": "field_identifier", "text": "vector", "parent": 154, "children": [], "start_point": {"row": 73, "column": 6}, "end_point": {"row": 73, "column": 12}}, {"id": 156, "type": "<", "text": "<", "parent": 154, "children": [], "start_point": {"row": 73, "column": 12}, "end_point": {"row": 73, "column": 13}}, {"id": 157, "type": "field_identifier", "text": "LevelConnection", "parent": 154, "children": [], "start_point": {"row": 73, "column": 13}, "end_point": {"row": 73, "column": 28}}, {"id": 158, "type": ">", "text": ">", "parent": 154, "children": [], "start_point": {"row": 73, "column": 28}, "end_point": {"row": 73, "column": 29}}, {"id": 159, "type": "field_identifier", "text": "ConnectionsOut", "parent": 152, "children": [], "start_point": {"row": 73, "column": 30}, "end_point": {"row": 73, "column": 44}}, {"id": 160, "type": "function_definition", "text": "class LevelLoader {\npublic:\n\n\tvoid loadFragment(std::string const& json, LevelFragment & frag);\n\n\ttemplate<class TGameState, class TEntFactory>\n\tvoid applyFragment(LevelFragment const& frag, TGameState & gs, TEntFactory & fact, int offsetY = 0) {\n\n\t\tfor (auto const& tile : frag.Tiles) {\n\n\t\t\tfor (int repX = 0; repX < tile.Repeat.x(); repX++) {\n\t\t\t\tfor (int repY = 0; repY < tile.Repeat.y(); repY++) {\n\t\t\t\t\t//entFactory\n\t\t\t\t\tuniq<Entity> ent = nullptr;\n\t\t\t\t\tEntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n\t\t\t\t\t\t\ttile.Entity);\n\t\t\t\t\tconst Rectangle2 entSize = entTemplate.VisualSize;\n\t\t\t\t\tconst Rectangle2 boundSize = entTemplate.BoundingBox;\n\t\t\t\t\tconst Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n\t\t\t\t\tif (tile.Type == \"WallEntity\") {\n\t\t\t\t\t\tent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset);\n\t\t\t\t\t}\n\t\t\t\t\tif (tile.Type == \"FloorEntity\") {\n\t\t\t\t\t\tent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset);\n\t\t\t\t\t}\n\n\t\t\t\t\tif (ent != nullptr) {\n\t\t\t\t\t\tgs.addStaticEntity(std::move(ent));\n\n\t\t\t\t\t\t// create blocking ?\n\t\t\t\t\t\tif (tile.Collides == 1) {\n\t\t\t\t\t\t\t// todo : give correct angle here\n\t\t\t\t\t\t\tauto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n\t\t\t\t\t\t\t\t\tboundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n\t\t\t\t\t\t\tif (!tile.CollidesOnJump) {\n\t\t\t\t\t\t\t\tcol->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n\t\t\t\t\t\t\t\tcol->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n\t\t\t\t\t\t\t}\n\n\t\t\t\t\t\t\tgs.addStaticEntity(std::move(col));\n\t\t\t\t\t\t}\n\t\t\t\t\t} else {\n\t\t\t\t\t\tlogging::Fatal() << \"Unknown entity type: \" << tile.Type;\n\t\t\t\t\t}\n\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}", "parent": null, "children": [161], "start_point": {"row": 76, "column": 0}, "end_point": {"row": 128, "column": 2}}, {"id": 161, "type": "identifier", "text": "LevelLoader", "parent": 160, "children": [], "start_point": {"row": 76, "column": 6}, "end_point": {"row": 76, "column": 17}}, {"id": 162, "type": "labeled_statement", "text": "public:\n\n\tvoid loadFragment(std::string const& json, LevelFragment & frag);", "parent": 160, "children": [163], "start_point": {"row": 77, "column": 0}, "end_point": {"row": 79, "column": 66}}, {"id": 163, "type": "declaration", "text": "void loadFragment(std::string const& json, LevelFragment & frag);", "parent": 162, "children": [164, 165], "start_point": {"row": 79, "column": 1}, "end_point": {"row": 79, "column": 66}}, {"id": 164, "type": "primitive_type", "text": "void", "parent": 163, "children": [], "start_point": {"row": 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173, "children": [], "start_point": {"row": 79, "column": 60}, "end_point": {"row": 79, "column": 64}}, {"id": 176, "type": "comma_expression", "text": "template<class TGameState, class TEntFactory>\n\tvoid", "parent": 160, "children": [177, 181], "start_point": {"row": 81, "column": 1}, "end_point": {"row": 82, "column": 5}}, {"id": 177, "type": "binary_expression", "text": "template<class TGameState", "parent": 176, "children": [178, 179, 180], "start_point": {"row": 81, "column": 1}, "end_point": {"row": 81, "column": 26}}, {"id": 178, "type": "identifier", "text": "template", "parent": 177, "children": [], "start_point": {"row": 81, "column": 1}, "end_point": {"row": 81, "column": 9}}, {"id": 179, "type": "<", "text": "<", "parent": 177, "children": [], "start_point": {"row": 81, "column": 9}, "end_point": {"row": 81, "column": 10}}, {"id": 180, "type": "identifier", "text": "TGameState", "parent": 177, "children": [], "start_point": {"row": 81, "column": 16}, "end_point": {"row": 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"text": "applyFragment(LevelFragment const& frag, TGameState & gs, TEntFactory & fact, int offsetY = 0", "parent": 185, "children": [187, 193], "start_point": {"row": 82, "column": 6}, "end_point": {"row": 82, "column": 99}}, {"id": 187, "type": "binary_expression", "text": "applyFragment(LevelFragment const& frag", "parent": 186, "children": [188, 189, 192], "start_point": {"row": 82, "column": 6}, "end_point": {"row": 82, "column": 45}}, {"id": 188, "type": "identifier", "text": "applyFragment", "parent": 187, "children": [], "start_point": {"row": 82, "column": 6}, "end_point": {"row": 82, "column": 19}}, {"id": 189, "type": "ERROR", "text": "(LevelFragment const", "parent": 187, "children": [190], "start_point": {"row": 82, "column": 19}, "end_point": {"row": 82, "column": 39}}, {"id": 190, "type": "type_descriptor", "text": "LevelFragment const", "parent": 189, "children": [191], "start_point": {"row": 82, "column": 20}, "end_point": {"row": 82, "column": 39}}, {"id": 191, "type": "type_identifier", "text": "LevelFragment", "parent": 190, "children": [], "start_point": {"row": 82, "column": 20}, "end_point": {"row": 82, "column": 33}}, {"id": 192, "type": "identifier", "text": "frag", "parent": 187, "children": [], "start_point": {"row": 82, "column": 41}, "end_point": {"row": 82, "column": 45}}, {"id": 193, "type": "comma_expression", "text": "TGameState & gs, TEntFactory & fact, int offsetY = 0", "parent": 186, "children": [194, 197], "start_point": {"row": 82, "column": 47}, "end_point": {"row": 82, "column": 99}}, {"id": 194, "type": "binary_expression", "text": "TGameState & gs", "parent": 193, "children": [195, 196], "start_point": {"row": 82, "column": 47}, "end_point": {"row": 82, "column": 62}}, {"id": 195, "type": "identifier", "text": "TGameState", "parent": 194, "children": [], "start_point": {"row": 82, "column": 47}, "end_point": {"row": 82, "column": 57}}, {"id": 196, "type": "identifier", "text": "gs", "parent": 194, "children": [], "start_point": {"row": 82, "column": 60}, "end_point": {"row": 82, "column": 62}}, {"id": 197, "type": "comma_expression", "text": "TEntFactory & fact, int offsetY = 0", "parent": 193, "children": [198, 201, 203], "start_point": {"row": 82, "column": 64}, "end_point": {"row": 82, "column": 99}}, {"id": 198, "type": "binary_expression", "text": "TEntFactory & fact", "parent": 197, "children": [199, 200], "start_point": {"row": 82, "column": 64}, "end_point": {"row": 82, "column": 82}}, {"id": 199, "type": "identifier", "text": "TEntFactory", "parent": 198, "children": [], "start_point": {"row": 82, "column": 64}, "end_point": {"row": 82, "column": 75}}, {"id": 200, "type": "identifier", "text": "fact", "parent": 198, "children": [], "start_point": {"row": 82, "column": 78}, "end_point": {"row": 82, "column": 82}}, {"id": 201, "type": "ERROR", "text": "int", "parent": 197, "children": [202], "start_point": {"row": 82, "column": 84}, "end_point": {"row": 82, "column": 87}}, {"id": 202, "type": "identifier", "text": "int", "parent": 201, "children": [], "start_point": {"row": 82, "column": 84}, "end_point": {"row": 82, "column": 87}}, {"id": 203, "type": "assignment_expression", "text": "offsetY = 0", "parent": 197, "children": [204, 205, 206], "start_point": {"row": 82, "column": 88}, "end_point": {"row": 82, "column": 99}}, {"id": 204, "type": "identifier", "text": "offsetY", "parent": 203, "children": [], "start_point": {"row": 82, "column": 88}, "end_point": {"row": 82, "column": 95}}, {"id": 205, "type": "=", "text": "=", "parent": 203, "children": [], "start_point": {"row": 82, "column": 96}, "end_point": {"row": 82, "column": 97}}, {"id": 206, "type": "number_literal", "text": "0", "parent": 203, "children": [], "start_point": {"row": 82, "column": 98}, "end_point": {"row": 82, "column": 99}}, {"id": 207, "type": "for_statement", "text": "for (auto const& tile : frag.Tiles) {\n\n\t\t\tfor (int repX = 0; repX < tile.Repeat.x(); repX++) {\n\t\t\t\tfor (int repY = 0; repY < tile.Repeat.y(); repY++) {\n\t\t\t\t\t//entFactory\n\t\t\t\t\tuniq<Entity> ent = nullptr;\n\t\t\t\t\tEntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n\t\t\t\t\t\t\ttile.Entity);\n\t\t\t\t\tconst Rectangle2 entSize = entTemplate.VisualSize;\n\t\t\t\t\tconst Rectangle2 boundSize = entTemplate.BoundingBox;\n\t\t\t\t\tconst Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n\t\t\t\t\tif (tile.Type == \"WallEntity\") {\n\t\t\t\t\t\tent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset);\n\t\t\t\t\t}\n\t\t\t\t\tif (tile.Type == \"FloorEntity\") {\n\t\t\t\t\t\tent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset);\n\t\t\t\t\t}\n\n\t\t\t\t\tif (ent != nullptr) {\n\t\t\t\t\t\tgs.addStaticEntity(std::move(ent));\n\n\t\t\t\t\t\t// create blocking ?\n\t\t\t\t\t\tif (tile.Collides == 1) {\n\t\t\t\t\t\t\t// todo : give correct angle here\n\t\t\t\t\t\t\tauto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n\t\t\t\t\t\t\t\t\tboundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n\t\t\t\t\t\t\tif (!tile.CollidesOnJump) {\n\t\t\t\t\t\t\t\tcol->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n\t\t\t\t\t\t\t\tcol->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n\t\t\t\t\t\t\t}\n\n\t\t\t\t\t\t\tgs.addStaticEntity(std::move(col));\n\t\t\t\t\t\t}\n\t\t\t\t\t} else {\n\t\t\t\t\t\tlogging::Fatal() << \"Unknown entity type: \" << tile.Type;\n\t\t\t\t\t}\n\n\t\t\t\t}\n\t\t\t}", "parent": 160, "children": [208, 224, 234], "start_point": {"row": 84, "column": 2}, "end_point": {"row": 126, "column": 4}}, {"id": 208, "type": "declaration", "text": "auto const& tile : frag.Tiles) {\n\n\t\t\tfor (int repX = 0;", "parent": 207, "children": [209, 211, 212, 214], "start_point": {"row": 84, "column": 7}, "end_point": {"row": 86, "column": 21}}, {"id": 209, "type": "storage_class_specifier", "text": "auto", "parent": 208, "children": [210], "start_point": {"row": 84, "column": 7}, "end_point": {"row": 84, "column": 11}}, {"id": 210, "type": "auto", "text": "auto", "parent": 209, "children": [], "start_point": {"row": 84, "column": 7}, "end_point": {"row": 84, "column": 11}}, {"id": 211, "type": "type_identifier", "text": "tile", "parent": 208, "children": [], "start_point": {"row": 84, "column": 19}, "end_point": {"row": 84, "column": 23}}, {"id": 212, "type": "ERROR", "text": ": frag.", "parent": 208, "children": [213], "start_point": {"row": 84, "column": 24}, "end_point": {"row": 84, "column": 31}}, {"id": 213, "type": "identifier", "text": "frag", "parent": 212, "children": [], "start_point": {"row": 84, "column": 26}, "end_point": {"row": 84, "column": 30}}, {"id": 214, "type": "init_declarator", "text": "Tiles) {\n\n\t\t\tfor (int repX = 0", "parent": 208, "children": [215, 222, 223], "start_point": {"row": 84, "column": 31}, "end_point": {"row": 86, "column": 20}}, {"id": 215, "type": "function_declarator", "text": "Tiles) {\n\n\t\t\tfor (int repX", "parent": 214, "children": [216, 217, 218], "start_point": {"row": 84, "column": 31}, "end_point": {"row": 86, "column": 16}}, {"id": 216, "type": "identifier", "text": "Tiles", "parent": 215, "children": [], "start_point": {"row": 84, "column": 31}, "end_point": {"row": 84, "column": 36}}, {"id": 217, "type": "ERROR", "text": ") {\n\n\t\t\tfor", "parent": 215, "children": [], "start_point": {"row": 84, "column": 36}, "end_point": {"row": 86, "column": 6}}, {"id": 218, "type": "parameter_list", "text": "(int repX", "parent": 215, "children": [219], "start_point": {"row": 86, "column": 7}, "end_point": {"row": 86, "column": 16}}, {"id": 219, "type": "parameter_declaration", "text": "int repX", "parent": 218, "children": [220, 221], "start_point": {"row": 86, "column": 8}, "end_point": {"row": 86, "column": 16}}, {"id": 220, "type": "primitive_type", "text": "int", "parent": 219, "children": [], "start_point": {"row": 86, "column": 8}, "end_point": {"row": 86, "column": 11}}, {"id": 221, "type": "identifier", "text": "repX", "parent": 219, "children": [], "start_point": {"row": 86, "column": 12}, "end_point": {"row": 86, "column": 16}}, {"id": 222, "type": "=", "text": "=", "parent": 214, "children": [], "start_point": {"row": 86, "column": 17}, "end_point": {"row": 86, "column": 18}}, {"id": 223, "type": "number_literal", "text": "0", "parent": 214, "children": [], "start_point": {"row": 86, "column": 19}, "end_point": {"row": 86, "column": 20}}, {"id": 224, "type": "binary_expression", "text": "repX < tile.Repeat.x()", "parent": 207, "children": [225, 226, 227], "start_point": {"row": 86, "column": 22}, "end_point": {"row": 86, "column": 44}}, {"id": 225, "type": "identifier", "text": "repX", "parent": 224, "children": [], "start_point": {"row": 86, "column": 22}, "end_point": {"row": 86, "column": 26}}, {"id": 226, "type": "<", "text": "<", "parent": 224, "children": [], "start_point": {"row": 86, "column": 27}, "end_point": {"row": 86, "column": 28}}, {"id": 227, "type": "call_expression", "text": "tile.Repeat.x()", "parent": 224, "children": [228, 233], "start_point": {"row": 86, "column": 29}, "end_point": {"row": 86, "column": 44}}, {"id": 228, "type": "field_expression", "text": "tile.Repeat.x", "parent": 227, "children": [229, 232], "start_point": {"row": 86, "column": 29}, "end_point": {"row": 86, "column": 42}}, {"id": 229, "type": "field_expression", "text": "tile.Repeat", "parent": 228, "children": [230, 231], "start_point": {"row": 86, "column": 29}, "end_point": {"row": 86, "column": 40}}, {"id": 230, "type": "identifier", "text": "tile", "parent": 229, "children": [], "start_point": {"row": 86, "column": 29}, "end_point": {"row": 86, "column": 33}}, {"id": 231, "type": "field_identifier", "text": "Repeat", "parent": 229, "children": [], "start_point": {"row": 86, "column": 34}, "end_point": {"row": 86, "column": 40}}, {"id": 232, "type": "field_identifier", "text": "x", "parent": 228, "children": [], "start_point": {"row": 86, "column": 41}, "end_point": {"row": 86, "column": 42}}, {"id": 233, "type": "argument_list", "text": "()", "parent": 227, "children": [], "start_point": {"row": 86, "column": 42}, "end_point": {"row": 86, "column": 44}}, {"id": 234, "type": "update_expression", "text": "repX++", "parent": 207, "children": [235, 236], "start_point": {"row": 86, "column": 46}, "end_point": {"row": 86, "column": 52}}, {"id": 235, "type": "identifier", "text": "repX", "parent": 234, "children": [], "start_point": {"row": 86, "column": 46}, "end_point": {"row": 86, "column": 50}}, {"id": 236, "type": "++", "text": "++", "parent": 234, "children": [], "start_point": {"row": 86, "column": 50}, "end_point": {"row": 86, "column": 52}}, {"id": 237, "type": "for_statement", "text": "for (int repY = 0; repY < tile.Repeat.y(); repY++) {\n\t\t\t\t\t//entFactory\n\t\t\t\t\tuniq<Entity> ent = nullptr;\n\t\t\t\t\tEntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n\t\t\t\t\t\t\ttile.Entity);\n\t\t\t\t\tconst Rectangle2 entSize = entTemplate.VisualSize;\n\t\t\t\t\tconst Rectangle2 boundSize = entTemplate.BoundingBox;\n\t\t\t\t\tconst Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n\t\t\t\t\tif (tile.Type == \"WallEntity\") {\n\t\t\t\t\t\tent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset);\n\t\t\t\t\t}\n\t\t\t\t\tif (tile.Type == \"FloorEntity\") {\n\t\t\t\t\t\tent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset);\n\t\t\t\t\t}\n\n\t\t\t\t\tif (ent != nullptr) {\n\t\t\t\t\t\tgs.addStaticEntity(std::move(ent));\n\n\t\t\t\t\t\t// create blocking ?\n\t\t\t\t\t\tif (tile.Collides == 1) {\n\t\t\t\t\t\t\t// todo : give correct angle here\n\t\t\t\t\t\t\tauto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n\t\t\t\t\t\t\t\t\tboundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n\t\t\t\t\t\t\tif (!tile.CollidesOnJump) {\n\t\t\t\t\t\t\t\tcol->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n\t\t\t\t\t\t\t\tcol->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n\t\t\t\t\t\t\t}\n\n\t\t\t\t\t\t\tgs.addStaticEntity(std::move(col));\n\t\t\t\t\t\t}\n\t\t\t\t\t} else {\n\t\t\t\t\t\tlogging::Fatal() << \"Unknown entity type: \" << tile.Type;\n\t\t\t\t\t}\n\n\t\t\t\t}", "parent": 207, "children": [238, 244, 254], "start_point": {"row": 87, "column": 4}, "end_point": {"row": 125, "column": 5}}, {"id": 238, "type": "declaration", "text": "int repY = 0;", "parent": 237, "children": [239, 240], "start_point": {"row": 87, "column": 9}, "end_point": {"row": 87, "column": 22}}, {"id": 239, "type": "primitive_type", "text": "int", "parent": 238, "children": [], "start_point": {"row": 87, "column": 9}, "end_point": {"row": 87, "column": 12}}, {"id": 240, "type": "init_declarator", "text": "repY = 0", "parent": 238, "children": [241, 242, 243], "start_point": {"row": 87, "column": 13}, "end_point": {"row": 87, "column": 21}}, {"id": 241, "type": "identifier", "text": "repY", "parent": 240, "children": [], "start_point": {"row": 87, "column": 13}, "end_point": {"row": 87, "column": 17}}, {"id": 242, "type": "=", "text": "=", "parent": 240, "children": [], "start_point": {"row": 87, "column": 18}, "end_point": {"row": 87, "column": 19}}, {"id": 243, "type": "number_literal", "text": "0", "parent": 240, "children": [], "start_point": {"row": 87, "column": 20}, "end_point": {"row": 87, "column": 21}}, {"id": 244, "type": "binary_expression", "text": "repY < tile.Repeat.y()", "parent": 237, "children": [245, 246, 247], "start_point": {"row": 87, "column": 23}, "end_point": {"row": 87, "column": 45}}, {"id": 245, "type": "identifier", "text": "repY", "parent": 244, "children": [], "start_point": {"row": 87, "column": 23}, "end_point": {"row": 87, "column": 27}}, {"id": 246, "type": "<", "text": "<", "parent": 244, "children": [], "start_point": {"row": 87, "column": 28}, "end_point": {"row": 87, "column": 29}}, {"id": 247, "type": "call_expression", "text": "tile.Repeat.y()", "parent": 244, "children": [248, 253], "start_point": {"row": 87, "column": 30}, "end_point": {"row": 87, "column": 45}}, {"id": 248, "type": "field_expression", "text": "tile.Repeat.y", "parent": 247, "children": [249, 252], "start_point": {"row": 87, "column": 30}, "end_point": {"row": 87, "column": 43}}, {"id": 249, "type": "field_expression", "text": "tile.Repeat", "parent": 248, "children": [250, 251], "start_point": {"row": 87, "column": 30}, "end_point": {"row": 87, "column": 41}}, {"id": 250, "type": "identifier", "text": "tile", "parent": 249, "children": [], "start_point": {"row": 87, "column": 30}, "end_point": {"row": 87, "column": 34}}, {"id": 251, "type": "field_identifier", "text": "Repeat", "parent": 249, "children": [], "start_point": {"row": 87, "column": 35}, "end_point": {"row": 87, "column": 41}}, {"id": 252, "type": "field_identifier", "text": "y", "parent": 248, "children": [], "start_point": {"row": 87, "column": 42}, "end_point": {"row": 87, "column": 43}}, {"id": 253, "type": "argument_list", "text": "()", "parent": 247, "children": [], "start_point": {"row": 87, "column": 43}, "end_point": {"row": 87, "column": 45}}, {"id": 254, "type": "update_expression", "text": "repY++", "parent": 237, "children": [255, 256], "start_point": {"row": 87, "column": 47}, "end_point": {"row": 87, "column": 53}}, {"id": 255, "type": "identifier", "text": "repY", "parent": 254, "children": [], "start_point": {"row": 87, "column": 47}, "end_point": {"row": 87, "column": 51}}, {"id": 256, "type": "++", "text": "++", "parent": 254, "children": [], "start_point": {"row": 87, "column": 51}, "end_point": {"row": 87, "column": 53}}, {"id": 257, "type": "binary_expression", "text": "uniq<Entity> ent = nullptr", "parent": 237, "children": [258, 262, 263], "start_point": {"row": 89, "column": 5}, "end_point": {"row": 89, "column": 31}}, {"id": 258, "type": "binary_expression", "text": "uniq<Entity", "parent": 257, "children": [259, 260, 261], "start_point": {"row": 89, "column": 5}, "end_point": {"row": 89, "column": 16}}, {"id": 259, "type": "identifier", "text": "uniq", "parent": 258, "children": [], "start_point": {"row": 89, "column": 5}, "end_point": {"row": 89, "column": 9}}, {"id": 260, "type": "<", "text": "<", "parent": 258, "children": [], "start_point": {"row": 89, "column": 9}, "end_point": {"row": 89, "column": 10}}, {"id": 261, "type": "identifier", "text": "Entity", "parent": 258, "children": [], "start_point": {"row": 89, "column": 10}, "end_point": {"row": 89, "column": 16}}, {"id": 262, "type": ">", "text": ">", "parent": 257, "children": [], "start_point": {"row": 89, "column": 16}, "end_point": {"row": 89, "column": 17}}, {"id": 263, "type": "assignment_expression", "text": "ent = nullptr", "parent": 257, "children": [264, 265, 266], "start_point": {"row": 89, "column": 18}, "end_point": {"row": 89, "column": 31}}, {"id": 264, "type": "identifier", "text": "ent", "parent": 263, "children": [], "start_point": {"row": 89, "column": 18}, "end_point": {"row": 89, "column": 21}}, {"id": 265, "type": "=", "text": "=", "parent": 263, "children": [], "start_point": {"row": 89, "column": 22}, "end_point": {"row": 89, "column": 23}}, {"id": 266, "type": "null", "text": "nullptr", "parent": 263, "children": [267], "start_point": {"row": 89, "column": 24}, "end_point": {"row": 89, "column": 31}}, {"id": 267, "type": "nullptr", "text": "nullptr", "parent": 266, "children": [], "start_point": {"row": 89, "column": 24}, "end_point": {"row": 89, "column": 31}}, {"id": 268, "type": "declaration", "text": "EntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n\t\t\t\t\t\t\ttile.Entity);", "parent": 237, "children": [269, 270], "start_point": {"row": 90, "column": 5}, "end_point": {"row": 91, "column": 20}}, {"id": 269, "type": "type_identifier", "text": "EntityTemplate", "parent": 268, "children": [], "start_point": {"row": 90, "column": 5}, "end_point": {"row": 90, "column": 19}}, {"id": 270, "type": "init_declarator", "text": "entTemplate = gs.getEngines().entityEngine().getTemplate(\n\t\t\t\t\t\t\ttile.Entity)", "parent": 268, "children": [271, 272, 273], "start_point": {"row": 90, "column": 27}, "end_point": {"row": 91, "column": 19}}, {"id": 271, "type": "identifier", "text": "entTemplate", "parent": 270, "children": [], "start_point": {"row": 90, "column": 27}, "end_point": {"row": 90, "column": 38}}, {"id": 272, "type": "=", "text": "=", "parent": 270, "children": [], "start_point": {"row": 90, "column": 39}, "end_point": {"row": 90, "column": 40}}, {"id": 273, "type": "call_expression", "text": "gs.getEngines().entityEngine().getTemplate(\n\t\t\t\t\t\t\ttile.Entity)", "parent": 270, "children": [274, 285], "start_point": {"row": 90, "column": 41}, "end_point": {"row": 91, "column": 19}}, {"id": 274, "type": "field_expression", "text": "gs.getEngines().entityEngine().getTemplate", "parent": 273, "children": [275, 284], "start_point": {"row": 90, "column": 41}, "end_point": {"row": 90, "column": 83}}, {"id": 275, "type": "call_expression", "text": "gs.getEngines().entityEngine()", "parent": 274, "children": [276, 283], "start_point": {"row": 90, "column": 41}, "end_point": {"row": 90, "column": 71}}, {"id": 276, "type": "field_expression", "text": "gs.getEngines().entityEngine", "parent": 275, "children": [277, 282], "start_point": {"row": 90, "column": 41}, "end_point": {"row": 90, "column": 69}}, {"id": 277, "type": "call_expression", "text": "gs.getEngines()", "parent": 276, "children": [278, 281], "start_point": {"row": 90, "column": 41}, "end_point": {"row": 90, "column": 56}}, {"id": 278, "type": "field_expression", "text": "gs.getEngines", "parent": 277, "children": [279, 280], "start_point": {"row": 90, "column": 41}, "end_point": {"row": 90, "column": 54}}, {"id": 279, "type": "identifier", "text": "gs", "parent": 278, "children": [], "start_point": {"row": 90, "column": 41}, "end_point": {"row": 90, "column": 43}}, {"id": 280, "type": "field_identifier", "text": "getEngines", "parent": 278, "children": [], "start_point": {"row": 90, "column": 44}, "end_point": {"row": 90, "column": 54}}, {"id": 281, "type": "argument_list", "text": "()", "parent": 277, "children": [], "start_point": {"row": 90, "column": 54}, "end_point": {"row": 90, "column": 56}}, {"id": 282, "type": "field_identifier", "text": "entityEngine", "parent": 276, "children": [], "start_point": {"row": 90, "column": 57}, "end_point": {"row": 90, "column": 69}}, {"id": 283, "type": "argument_list", "text": "()", "parent": 275, "children": [], "start_point": {"row": 90, "column": 69}, "end_point": {"row": 90, "column": 71}}, {"id": 284, "type": "field_identifier", "text": "getTemplate", "parent": 274, "children": [], "start_point": {"row": 90, "column": 72}, "end_point": {"row": 90, "column": 83}}, {"id": 285, "type": "argument_list", "text": "(\n\t\t\t\t\t\t\ttile.Entity)", "parent": 273, "children": [286], "start_point": {"row": 90, "column": 83}, "end_point": {"row": 91, "column": 19}}, {"id": 286, "type": "field_expression", "text": "tile.Entity", "parent": 285, "children": [287, 288], "start_point": {"row": 91, "column": 7}, "end_point": {"row": 91, "column": 18}}, {"id": 287, "type": "identifier", "text": "tile", "parent": 286, "children": [], "start_point": {"row": 91, "column": 7}, "end_point": {"row": 91, "column": 11}}, {"id": 288, "type": "field_identifier", "text": "Entity", "parent": 286, "children": [], "start_point": {"row": 91, "column": 12}, "end_point": {"row": 91, "column": 18}}, {"id": 289, "type": "declaration", "text": "const Rectangle2 entSize = entTemplate.VisualSize;", "parent": 237, "children": [290, 291], "start_point": {"row": 92, "column": 5}, "end_point": {"row": 92, "column": 55}}, {"id": 290, "type": "type_identifier", "text": "Rectangle2", "parent": 289, "children": [], "start_point": {"row": 92, "column": 11}, "end_point": {"row": 92, "column": 21}}, {"id": 291, "type": "init_declarator", "text": "entSize = entTemplate.VisualSize", "parent": 289, "children": [292, 293, 294], "start_point": {"row": 92, "column": 22}, "end_point": {"row": 92, "column": 54}}, {"id": 292, "type": "identifier", "text": "entSize", "parent": 291, "children": [], "start_point": {"row": 92, "column": 22}, "end_point": {"row": 92, "column": 29}}, {"id": 293, "type": "=", "text": "=", "parent": 291, "children": [], "start_point": {"row": 92, "column": 30}, "end_point": {"row": 92, "column": 31}}, {"id": 294, "type": "field_expression", "text": "entTemplate.VisualSize", "parent": 291, "children": [295, 296], "start_point": {"row": 92, "column": 32}, "end_point": {"row": 92, "column": 54}}, {"id": 295, "type": "identifier", "text": "entTemplate", "parent": 294, "children": [], "start_point": {"row": 92, "column": 32}, "end_point": {"row": 92, "column": 43}}, {"id": 296, "type": "field_identifier", "text": "VisualSize", "parent": 294, "children": [], "start_point": {"row": 92, "column": 44}, "end_point": {"row": 92, "column": 54}}, {"id": 297, "type": "declaration", "text": "const Rectangle2 boundSize = entTemplate.BoundingBox;", "parent": 237, "children": [298, 299], "start_point": {"row": 93, "column": 5}, "end_point": {"row": 93, "column": 58}}, {"id": 298, "type": "type_identifier", "text": "Rectangle2", "parent": 297, "children": [], "start_point": {"row": 93, "column": 11}, "end_point": {"row": 93, "column": 21}}, {"id": 299, "type": "init_declarator", "text": "boundSize = entTemplate.BoundingBox", "parent": 297, "children": [300, 301, 302], "start_point": {"row": 93, "column": 22}, "end_point": {"row": 93, "column": 57}}, {"id": 300, "type": "identifier", "text": "boundSize", "parent": 299, "children": [], "start_point": {"row": 93, "column": 22}, "end_point": {"row": 93, "column": 31}}, {"id": 301, "type": "=", "text": "=", "parent": 299, "children": [], "start_point": {"row": 93, "column": 32}, "end_point": {"row": 93, "column": 33}}, {"id": 302, "type": "field_expression", "text": "entTemplate.BoundingBox", "parent": 299, "children": [303, 304], "start_point": {"row": 93, "column": 34}, "end_point": {"row": 93, "column": 57}}, {"id": 303, "type": "identifier", "text": "entTemplate", "parent": 302, "children": [], "start_point": {"row": 93, "column": 34}, "end_point": {"row": 93, "column": 45}}, {"id": 304, "type": "field_identifier", "text": "BoundingBox", "parent": 302, "children": [], "start_point": {"row": 93, "column": 46}, "end_point": {"row": 93, "column": 57}}, {"id": 305, "type": "declaration", "text": "const Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);", "parent": 237, "children": [306, 307], "start_point": {"row": 94, "column": 5}, "end_point": {"row": 94, "column": 85}}, {"id": 306, "type": "type_identifier", "text": "Vector2", "parent": 305, "children": [], "start_point": {"row": 94, "column": 11}, "end_point": {"row": 94, "column": 18}}, {"id": 307, "type": "function_declarator", "text": "offset(repX * entSize.width(), repY * entSize.height() + offsetY)", "parent": 305, "children": [308, 309], "start_point": {"row": 94, "column": 19}, "end_point": {"row": 94, "column": 84}}, {"id": 308, "type": "identifier", "text": "offset", "parent": 307, "children": [], "start_point": {"row": 94, "column": 19}, "end_point": {"row": 94, "column": 25}}, {"id": 309, "type": "parameter_list", "text": "(repX * entSize.width(), repY * entSize.height() + offsetY)", "parent": 307, "children": [310, 319], "start_point": {"row": 94, "column": 25}, "end_point": {"row": 94, "column": 84}}, {"id": 310, "type": "parameter_declaration", "text": "repX * entSize.width()", "parent": 309, "children": [311, 312], "start_point": {"row": 94, "column": 26}, "end_point": {"row": 94, "column": 48}}, {"id": 311, "type": "type_identifier", "text": "repX", "parent": 310, "children": [], "start_point": {"row": 94, "column": 26}, "end_point": {"row": 94, "column": 30}}, {"id": 312, "type": "pointer_declarator", "text": "* entSize.width()", "parent": 310, "children": [313, 314, 316], "start_point": {"row": 94, "column": 31}, "end_point": {"row": 94, "column": 48}}, {"id": 313, "type": "*", "text": "*", "parent": 312, "children": [], "start_point": {"row": 94, "column": 31}, "end_point": {"row": 94, "column": 32}}, {"id": 314, "type": "ERROR", "text": "entSize.", "parent": 312, "children": [315], "start_point": {"row": 94, "column": 33}, "end_point": {"row": 94, "column": 41}}, {"id": 315, "type": "identifier", "text": "entSize", "parent": 314, "children": [], "start_point": {"row": 94, "column": 33}, "end_point": {"row": 94, "column": 40}}, {"id": 316, "type": "function_declarator", "text": "width()", "parent": 312, "children": [317, 318], "start_point": {"row": 94, "column": 41}, "end_point": {"row": 94, "column": 48}}, {"id": 317, "type": "identifier", "text": "width", "parent": 316, "children": [], "start_point": {"row": 94, "column": 41}, "end_point": {"row": 94, "column": 46}}, {"id": 318, "type": "parameter_list", "text": "()", "parent": 316, "children": [], "start_point": {"row": 94, "column": 46}, "end_point": {"row": 94, "column": 48}}, {"id": 319, "type": "parameter_declaration", "text": "repY * entSize.height() + offsetY", "parent": 309, "children": [320, 321], "start_point": {"row": 94, "column": 50}, "end_point": {"row": 94, "column": 83}}, {"id": 320, "type": "type_identifier", "text": "repY", "parent": 319, "children": [], "start_point": {"row": 94, "column": 50}, "end_point": {"row": 94, "column": 54}}, {"id": 321, "type": "pointer_declarator", "text": "* entSize.height() + offsetY", "parent": 319, "children": [322, 323, 325], "start_point": {"row": 94, "column": 55}, "end_point": {"row": 94, "column": 83}}, {"id": 322, "type": "*", "text": "*", "parent": 321, "children": [], "start_point": {"row": 94, "column": 55}, "end_point": {"row": 94, "column": 56}}, {"id": 323, "type": "ERROR", "text": "entSize.", "parent": 321, "children": [324], "start_point": {"row": 94, "column": 57}, "end_point": {"row": 94, "column": 65}}, {"id": 324, "type": "identifier", "text": "entSize", "parent": 323, "children": [], "start_point": {"row": 94, "column": 57}, "end_point": {"row": 94, "column": 64}}, {"id": 325, "type": "function_declarator", "text": "height() + offsetY", "parent": 321, "children": [326, 327, 328, 330], "start_point": {"row": 94, "column": 65}, "end_point": {"row": 94, "column": 83}}, {"id": 326, "type": "identifier", "text": "height", "parent": 325, "children": [], "start_point": {"row": 94, "column": 65}, "end_point": {"row": 94, "column": 71}}, {"id": 327, "type": "parameter_list", "text": "()", "parent": 325, "children": [], "start_point": {"row": 94, "column": 71}, "end_point": {"row": 94, "column": 73}}, {"id": 328, "type": "ERROR", "text": "+", "parent": 325, "children": [329], "start_point": {"row": 94, "column": 74}, "end_point": {"row": 94, "column": 75}}, {"id": 329, "type": "+", "text": "+", "parent": 328, "children": [], "start_point": {"row": 94, "column": 74}, "end_point": {"row": 94, "column": 75}}, {"id": 330, "type": "identifier", "text": "offsetY", "parent": 325, "children": [], "start_point": {"row": 94, "column": 76}, "end_point": {"row": 94, "column": 83}}, {"id": 331, "type": "if_statement", "text": "if (tile.Type == \"WallEntity\") {\n\t\t\t\t\t\tent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset);\n\t\t\t\t\t}", "parent": 237, "children": [332], "start_point": {"row": 96, "column": 5}, "end_point": {"row": 99, "column": 6}}, {"id": 332, "type": "parenthesized_expression", "text": "(tile.Type == \"WallEntity\")", "parent": 331, "children": [333], "start_point": {"row": 96, "column": 8}, "end_point": {"row": 96, "column": 35}}, {"id": 333, "type": "binary_expression", "text": "tile.Type == \"WallEntity\"", "parent": 332, "children": [334, 337, 338], "start_point": {"row": 96, "column": 9}, "end_point": {"row": 96, "column": 34}}, {"id": 334, "type": "field_expression", "text": "tile.Type", "parent": 333, "children": [335, 336], "start_point": {"row": 96, "column": 9}, "end_point": {"row": 96, "column": 18}}, {"id": 335, "type": "identifier", "text": "tile", "parent": 334, "children": [], "start_point": {"row": 96, "column": 9}, "end_point": {"row": 96, "column": 13}}, {"id": 336, "type": "field_identifier", "text": "Type", "parent": 334, "children": [], "start_point": {"row": 96, "column": 14}, "end_point": {"row": 96, "column": 18}}, {"id": 337, "type": "==", "text": "==", "parent": 333, "children": [], "start_point": {"row": 96, "column": 19}, "end_point": {"row": 96, "column": 21}}, {"id": 338, "type": "string_literal", "text": "\"WallEntity\"", "parent": 333, "children": [], "start_point": {"row": 96, "column": 22}, "end_point": {"row": 96, "column": 34}}, {"id": 339, "type": "assignment_expression", "text": "ent = fact.template", "parent": 331, "children": [340, 341, 342], "start_point": {"row": 97, "column": 6}, "end_point": {"row": 97, "column": 25}}, {"id": 340, "type": "identifier", "text": "ent", "parent": 339, "children": [], "start_point": {"row": 97, "column": 6}, "end_point": {"row": 97, "column": 9}}, {"id": 341, "type": "=", "text": "=", "parent": 339, "children": [], "start_point": {"row": 97, "column": 10}, "end_point": {"row": 97, "column": 11}}, {"id": 342, "type": "field_expression", "text": "fact.template", "parent": 339, "children": [343, 344], "start_point": {"row": 97, "column": 12}, "end_point": {"row": 97, "column": 25}}, {"id": 343, "type": "identifier", "text": "fact", "parent": 342, "children": [], "start_point": {"row": 97, "column": 12}, "end_point": {"row": 97, "column": 16}}, {"id": 344, "type": "field_identifier", "text": "template", "parent": 342, "children": [], "start_point": {"row": 97, "column": 17}, "end_point": {"row": 97, "column": 25}}, {"id": 345, "type": "binary_expression", "text": "createFromTemplateName<WallEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset)", "parent": 331, "children": [346, 350, 351], "start_point": {"row": 97, "column": 27}, "end_point": {"row": 98, "column": 29}}, {"id": 346, "type": "binary_expression", "text": "createFromTemplateName<WallEntity", "parent": 345, "children": [347, 348, 349], "start_point": {"row": 97, "column": 27}, "end_point": {"row": 97, "column": 60}}, {"id": 347, "type": "identifier", "text": "createFromTemplateName", "parent": 346, "children": [], "start_point": {"row": 97, "column": 27}, "end_point": {"row": 97, "column": 49}}, {"id": 348, "type": "<", "text": "<", "parent": 346, "children": [], "start_point": {"row": 97, "column": 49}, "end_point": {"row": 97, "column": 50}}, {"id": 349, "type": "identifier", "text": "WallEntity", "parent": 346, "children": [], "start_point": {"row": 97, "column": 50}, "end_point": {"row": 97, "column": 60}}, {"id": 350, "type": ">", "text": ">", "parent": 345, "children": [], "start_point": {"row": 97, "column": 60}, "end_point": {"row": 97, "column": 61}}, {"id": 351, "type": "parenthesized_expression", "text": "(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset)", "parent": 345, "children": [352], "start_point": {"row": 97, "column": 61}, "end_point": {"row": 98, "column": 29}}, {"id": 352, "type": "comma_expression", "text": "tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset", "parent": 351, "children": [353, 356], "start_point": {"row": 97, "column": 62}, "end_point": {"row": 98, "column": 28}}, {"id": 353, "type": "field_expression", "text": "tile.Entity", "parent": 352, "children": [354, 355], "start_point": {"row": 97, "column": 62}, "end_point": {"row": 97, "column": 73}}, {"id": 354, "type": "identifier", "text": "tile", "parent": 353, "children": [], "start_point": {"row": 97, "column": 62}, "end_point": {"row": 97, "column": 66}}, {"id": 355, "type": "field_identifier", "text": "Entity", "parent": 353, "children": [], "start_point": {"row": 97, "column": 67}, "end_point": {"row": 97, "column": 73}}, {"id": 356, "type": "binary_expression", "text": "tile.Center + offset", "parent": 352, "children": [357, 360, 361], "start_point": {"row": 98, "column": 8}, "end_point": {"row": 98, "column": 28}}, {"id": 357, "type": "field_expression", "text": "tile.Center", "parent": 356, "children": [358, 359], "start_point": {"row": 98, "column": 8}, "end_point": {"row": 98, "column": 19}}, {"id": 358, "type": "identifier", "text": "tile", "parent": 357, "children": [], "start_point": {"row": 98, "column": 8}, "end_point": {"row": 98, "column": 12}}, {"id": 359, "type": "field_identifier", "text": "Center", "parent": 357, "children": [], "start_point": {"row": 98, "column": 13}, "end_point": {"row": 98, "column": 19}}, {"id": 360, "type": "+", "text": "+", "parent": 356, "children": [], "start_point": {"row": 98, "column": 20}, "end_point": {"row": 98, "column": 21}}, {"id": 361, "type": "identifier", "text": "offset", "parent": 356, "children": [], "start_point": {"row": 98, "column": 22}, "end_point": {"row": 98, "column": 28}}, {"id": 362, "type": "if_statement", "text": "if (tile.Type == \"FloorEntity\") {\n\t\t\t\t\t\tent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset);\n\t\t\t\t\t}", "parent": 237, "children": [363], "start_point": {"row": 100, "column": 5}, "end_point": {"row": 103, "column": 6}}, {"id": 363, "type": "parenthesized_expression", "text": "(tile.Type == \"FloorEntity\")", "parent": 362, "children": [364], "start_point": {"row": 100, "column": 8}, "end_point": {"row": 100, "column": 36}}, {"id": 364, "type": "binary_expression", "text": "tile.Type == \"FloorEntity\"", "parent": 363, "children": [365, 368, 369], "start_point": {"row": 100, "column": 9}, "end_point": {"row": 100, "column": 35}}, {"id": 365, "type": "field_expression", "text": "tile.Type", "parent": 364, "children": [366, 367], "start_point": {"row": 100, "column": 9}, "end_point": {"row": 100, "column": 18}}, {"id": 366, "type": "identifier", "text": "tile", "parent": 365, "children": [], "start_point": {"row": 100, "column": 9}, "end_point": {"row": 100, "column": 13}}, {"id": 367, "type": "field_identifier", "text": "Type", "parent": 365, "children": [], "start_point": {"row": 100, "column": 14}, "end_point": {"row": 100, "column": 18}}, {"id": 368, "type": "==", "text": "==", "parent": 364, "children": [], "start_point": {"row": 100, "column": 19}, "end_point": {"row": 100, "column": 21}}, {"id": 369, "type": "string_literal", "text": "\"FloorEntity\"", "parent": 364, "children": [], "start_point": {"row": 100, "column": 22}, "end_point": {"row": 100, "column": 35}}, {"id": 370, "type": "assignment_expression", "text": "ent = fact.template", "parent": 362, "children": [371, 372, 373], "start_point": {"row": 101, "column": 6}, "end_point": {"row": 101, "column": 25}}, {"id": 371, "type": "identifier", "text": "ent", "parent": 370, "children": [], "start_point": {"row": 101, "column": 6}, "end_point": {"row": 101, "column": 9}}, {"id": 372, "type": "=", "text": "=", "parent": 370, "children": [], "start_point": {"row": 101, "column": 10}, "end_point": {"row": 101, "column": 11}}, {"id": 373, "type": "field_expression", "text": "fact.template", "parent": 370, "children": [374, 375], "start_point": {"row": 101, "column": 12}, "end_point": {"row": 101, "column": 25}}, {"id": 374, "type": "identifier", "text": "fact", "parent": 373, "children": [], "start_point": {"row": 101, "column": 12}, "end_point": {"row": 101, "column": 16}}, {"id": 375, "type": "field_identifier", "text": "template", "parent": 373, "children": [], "start_point": {"row": 101, "column": 17}, "end_point": {"row": 101, "column": 25}}, {"id": 376, "type": "binary_expression", "text": "createFromTemplateName<FloorEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset)", "parent": 362, "children": [377, 381, 382], "start_point": {"row": 101, "column": 27}, "end_point": {"row": 102, "column": 29}}, {"id": 377, "type": "binary_expression", "text": "createFromTemplateName<FloorEntity", "parent": 376, "children": [378, 379, 380], "start_point": {"row": 101, "column": 27}, "end_point": {"row": 101, "column": 61}}, {"id": 378, "type": "identifier", "text": "createFromTemplateName", "parent": 377, "children": [], "start_point": {"row": 101, "column": 27}, "end_point": {"row": 101, "column": 49}}, {"id": 379, "type": "<", "text": "<", "parent": 377, "children": [], "start_point": {"row": 101, "column": 49}, "end_point": {"row": 101, "column": 50}}, {"id": 380, "type": "identifier", "text": "FloorEntity", "parent": 377, "children": [], "start_point": {"row": 101, "column": 50}, "end_point": {"row": 101, "column": 61}}, {"id": 381, "type": ">", "text": ">", "parent": 376, "children": [], "start_point": {"row": 101, "column": 61}, "end_point": {"row": 101, "column": 62}}, {"id": 382, "type": "parenthesized_expression", "text": "(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset)", "parent": 376, "children": [383], "start_point": {"row": 101, "column": 62}, "end_point": {"row": 102, "column": 29}}, {"id": 383, "type": "comma_expression", "text": "tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset", "parent": 382, "children": [384, 387], "start_point": {"row": 101, "column": 63}, "end_point": {"row": 102, "column": 28}}, {"id": 384, "type": "field_expression", "text": "tile.Entity", "parent": 383, "children": [385, 386], "start_point": {"row": 101, "column": 63}, "end_point": {"row": 101, "column": 74}}, {"id": 385, "type": "identifier", "text": "tile", "parent": 384, "children": [], "start_point": {"row": 101, "column": 63}, "end_point": {"row": 101, "column": 67}}, {"id": 386, "type": "field_identifier", "text": "Entity", "parent": 384, "children": [], "start_point": {"row": 101, "column": 68}, "end_point": {"row": 101, "column": 74}}, {"id": 387, "type": "binary_expression", "text": "tile.Center + offset", "parent": 383, "children": [388, 391, 392], "start_point": {"row": 102, "column": 8}, "end_point": {"row": 102, "column": 28}}, {"id": 388, "type": "field_expression", "text": "tile.Center", "parent": 387, "children": [389, 390], "start_point": {"row": 102, "column": 8}, "end_point": {"row": 102, "column": 19}}, {"id": 389, "type": "identifier", "text": "tile", "parent": 388, "children": [], "start_point": {"row": 102, "column": 8}, "end_point": {"row": 102, "column": 12}}, {"id": 390, "type": "field_identifier", "text": "Center", "parent": 388, "children": [], "start_point": {"row": 102, "column": 13}, "end_point": {"row": 102, "column": 19}}, {"id": 391, "type": "+", "text": "+", "parent": 387, "children": [], "start_point": {"row": 102, "column": 20}, "end_point": {"row": 102, "column": 21}}, {"id": 392, "type": "identifier", "text": "offset", "parent": 387, "children": [], "start_point": {"row": 102, "column": 22}, "end_point": {"row": 102, "column": 28}}, {"id": 393, "type": "if_statement", "text": "if (ent != nullptr) {\n\t\t\t\t\t\tgs.addStaticEntity(std::move(ent));\n\n\t\t\t\t\t\t// create blocking ?\n\t\t\t\t\t\tif (tile.Collides == 1) {\n\t\t\t\t\t\t\t// todo : give correct angle here\n\t\t\t\t\t\t\tauto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n\t\t\t\t\t\t\t\t\tboundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n\t\t\t\t\t\t\tif (!tile.CollidesOnJump) {\n\t\t\t\t\t\t\t\tcol->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n\t\t\t\t\t\t\t\tcol->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n\t\t\t\t\t\t\t}\n\n\t\t\t\t\t\t\tgs.addStaticEntity(std::move(col));\n\t\t\t\t\t\t}\n\t\t\t\t\t} else {\n\t\t\t\t\t\tlogging::Fatal() << \"Unknown entity type: \" << tile.Type;\n\t\t\t\t\t}", "parent": 237, "children": [394, 484], "start_point": {"row": 105, "column": 5}, "end_point": {"row": 123, "column": 6}}, {"id": 394, "type": "parenthesized_expression", "text": "(ent != nullptr)", "parent": 393, "children": [395], "start_point": {"row": 105, "column": 8}, "end_point": {"row": 105, "column": 24}}, {"id": 395, "type": "binary_expression", "text": "ent != nullptr", "parent": 394, "children": [396, 397, 398], "start_point": {"row": 105, "column": 9}, "end_point": {"row": 105, "column": 23}}, {"id": 396, "type": "identifier", "text": "ent", "parent": 395, "children": [], "start_point": {"row": 105, "column": 9}, "end_point": {"row": 105, "column": 12}}, {"id": 397, "type": "!=", "text": "!=", "parent": 395, "children": [], "start_point": {"row": 105, "column": 13}, "end_point": {"row": 105, "column": 15}}, {"id": 398, "type": "null", "text": "nullptr", "parent": 395, "children": [399], "start_point": {"row": 105, "column": 16}, "end_point": {"row": 105, "column": 23}}, {"id": 399, "type": "nullptr", "text": "nullptr", "parent": 398, "children": [], "start_point": {"row": 105, "column": 16}, "end_point": {"row": 105, "column": 23}}, {"id": 400, "type": "call_expression", "text": "gs.addStaticEntity(std::move(ent))", "parent": 393, "children": [401, 404], "start_point": {"row": 106, "column": 6}, "end_point": {"row": 106, "column": 40}}, {"id": 401, "type": "field_expression", "text": "gs.addStaticEntity", "parent": 400, "children": [402, 403], "start_point": {"row": 106, "column": 6}, "end_point": {"row": 106, "column": 24}}, {"id": 402, "type": "identifier", "text": "gs", "parent": 401, "children": [], "start_point": {"row": 106, "column": 6}, "end_point": {"row": 106, "column": 8}}, {"id": 403, "type": "field_identifier", "text": "addStaticEntity", "parent": 401, "children": [], "start_point": {"row": 106, "column": 9}, "end_point": {"row": 106, "column": 24}}, {"id": 404, "type": "argument_list", "text": "(std::move(ent))", "parent": 400, "children": [405, 407], "start_point": {"row": 106, "column": 24}, "end_point": {"row": 106, "column": 40}}, {"id": 405, "type": "ERROR", "text": "std::", "parent": 404, "children": [406], "start_point": {"row": 106, "column": 25}, "end_point": {"row": 106, "column": 30}}, {"id": 406, "type": "identifier", "text": "std", "parent": 405, "children": [], "start_point": {"row": 106, "column": 25}, "end_point": {"row": 106, "column": 28}}, {"id": 407, "type": "call_expression", "text": "move(ent)", "parent": 404, "children": [408, 409], "start_point": {"row": 106, "column": 30}, "end_point": {"row": 106, "column": 39}}, {"id": 408, "type": "identifier", "text": "move", "parent": 407, "children": [], "start_point": {"row": 106, "column": 30}, "end_point": {"row": 106, "column": 34}}, {"id": 409, "type": "argument_list", "text": "(ent)", "parent": 407, "children": [410], "start_point": {"row": 106, "column": 34}, "end_point": {"row": 106, "column": 39}}, {"id": 410, "type": "identifier", "text": "ent", "parent": 409, "children": [], "start_point": {"row": 106, "column": 35}, "end_point": {"row": 106, "column": 38}}, {"id": 411, "type": "if_statement", "text": "if (tile.Collides == 1) {\n\t\t\t\t\t\t\t// todo : give correct angle here\n\t\t\t\t\t\t\tauto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n\t\t\t\t\t\t\t\t\tboundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n\t\t\t\t\t\t\tif (!tile.CollidesOnJump) {\n\t\t\t\t\t\t\t\tcol->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n\t\t\t\t\t\t\t\tcol->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n\t\t\t\t\t\t\t}\n\n\t\t\t\t\t\t\tgs.addStaticEntity(std::move(col));\n\t\t\t\t\t\t}", "parent": 393, "children": [412], "start_point": {"row": 109, "column": 6}, "end_point": {"row": 120, "column": 7}}, {"id": 412, "type": "parenthesized_expression", "text": "(tile.Collides == 1)", "parent": 411, "children": [413], "start_point": {"row": 109, "column": 9}, "end_point": {"row": 109, "column": 29}}, {"id": 413, "type": "binary_expression", "text": "tile.Collides == 1", "parent": 412, "children": [414, 417, 418], "start_point": {"row": 109, "column": 10}, "end_point": {"row": 109, "column": 28}}, {"id": 414, "type": "field_expression", "text": "tile.Collides", "parent": 413, "children": [415, 416], "start_point": {"row": 109, "column": 10}, "end_point": {"row": 109, "column": 23}}, {"id": 415, "type": "identifier", "text": "tile", "parent": 414, "children": [], "start_point": {"row": 109, "column": 10}, "end_point": {"row": 109, "column": 14}}, {"id": 416, "type": "field_identifier", "text": "Collides", "parent": 414, "children": [], "start_point": {"row": 109, "column": 15}, "end_point": {"row": 109, "column": 23}}, {"id": 417, "type": "==", "text": "==", "parent": 413, "children": [], "start_point": {"row": 109, "column": 24}, "end_point": {"row": 109, "column": 26}}, {"id": 418, "type": "number_literal", "text": "1", "parent": 413, "children": [], "start_point": {"row": 109, "column": 27}, "end_point": {"row": 109, "column": 28}}, {"id": 419, "type": "declaration", "text": "auto col = fact.template", "parent": 411, "children": [420, 422, 423], "start_point": {"row": 111, "column": 7}, "end_point": {"row": 111, "column": 31}}, {"id": 420, "type": "storage_class_specifier", "text": "auto", "parent": 419, "children": [421], "start_point": {"row": 111, "column": 7}, "end_point": {"row": 111, "column": 11}}, {"id": 421, "type": "auto", "text": "auto", "parent": 420, "children": [], "start_point": {"row": 111, "column": 7}, "end_point": {"row": 111, "column": 11}}, {"id": 422, "type": "type_identifier", "text": "col", "parent": 419, "children": [], "start_point": {"row": 111, "column": 12}, "end_point": {"row": 111, "column": 15}}, {"id": 423, "type": "init_declarator", "text": " = fact.template", "parent": 419, "children": [424, 425, 426], "start_point": {"row": 111, "column": 15}, "end_point": {"row": 111, "column": 31}}, {"id": 424, "type": "identifier", "text": "", "parent": 423, "children": [], "start_point": {"row": 111, "column": 15}, "end_point": {"row": 111, "column": 15}}, {"id": 425, "type": "=", "text": "=", "parent": 423, "children": [], "start_point": {"row": 111, "column": 16}, "end_point": {"row": 111, "column": 17}}, {"id": 426, "type": "field_expression", "text": "fact.template", "parent": 423, "children": [427, 428], "start_point": {"row": 111, "column": 18}, "end_point": {"row": 111, "column": 31}}, {"id": 427, "type": "identifier", "text": "fact", "parent": 426, "children": [], "start_point": {"row": 111, "column": 18}, "end_point": {"row": 111, "column": 22}}, {"id": 428, "type": "field_identifier", "text": "template", "parent": 426, "children": [], "start_point": {"row": 111, "column": 23}, "end_point": {"row": 111, "column": 31}}, {"id": 429, "type": "binary_expression", "text": "createNonVisual<WallCollisionEntity>(tile.Center + offset,\n\t\t\t\t\t\t\t\t\tboundSize, LayerPriorityBottom, tile.CollidesOnJump)", "parent": 411, "children": [430, 434, 435], "start_point": {"row": 111, "column": 32}, "end_point": {"row": 112, "column": 61}}, {"id": 430, "type": "binary_expression", "text": "createNonVisual<WallCollisionEntity", "parent": 429, "children": [431, 432, 433], "start_point": {"row": 111, "column": 32}, "end_point": {"row": 111, "column": 67}}, {"id": 431, "type": "identifier", "text": "createNonVisual", "parent": 430, "children": [], "start_point": {"row": 111, "column": 32}, "end_point": {"row": 111, "column": 47}}, {"id": 432, "type": "<", "text": "<", "parent": 430, "children": [], "start_point": {"row": 111, "column": 47}, "end_point": {"row": 111, "column": 48}}, {"id": 433, "type": "identifier", "text": "WallCollisionEntity", "parent": 430, "children": [], "start_point": {"row": 111, "column": 48}, "end_point": {"row": 111, "column": 67}}, {"id": 434, "type": ">", "text": ">", "parent": 429, "children": [], "start_point": {"row": 111, "column": 67}, "end_point": {"row": 111, "column": 68}}, {"id": 435, "type": "parenthesized_expression", "text": "(tile.Center + offset,\n\t\t\t\t\t\t\t\t\tboundSize, LayerPriorityBottom, tile.CollidesOnJump)", "parent": 429, "children": [436], "start_point": {"row": 111, "column": 68}, "end_point": {"row": 112, "column": 61}}, {"id": 436, "type": "comma_expression", "text": "tile.Center + offset,\n\t\t\t\t\t\t\t\t\tboundSize, LayerPriorityBottom, tile.CollidesOnJump", "parent": 435, "children": [437, 443], "start_point": {"row": 111, "column": 69}, "end_point": {"row": 112, "column": 60}}, {"id": 437, "type": "binary_expression", "text": "tile.Center + offset", "parent": 436, "children": [438, 441, 442], "start_point": {"row": 111, "column": 69}, "end_point": {"row": 111, "column": 89}}, {"id": 438, "type": "field_expression", "text": "tile.Center", "parent": 437, "children": [439, 440], "start_point": {"row": 111, "column": 69}, "end_point": {"row": 111, "column": 80}}, {"id": 439, "type": "identifier", "text": "tile", "parent": 438, "children": [], "start_point": {"row": 111, "column": 69}, "end_point": {"row": 111, "column": 73}}, {"id": 440, "type": "field_identifier", "text": "Center", "parent": 438, "children": [], "start_point": {"row": 111, "column": 74}, "end_point": {"row": 111, "column": 80}}, {"id": 441, "type": "+", "text": "+", "parent": 437, "children": [], "start_point": {"row": 111, "column": 81}, "end_point": {"row": 111, "column": 82}}, {"id": 442, "type": "identifier", "text": "offset", "parent": 437, "children": [], "start_point": {"row": 111, "column": 83}, "end_point": {"row": 111, "column": 89}}, {"id": 443, "type": "comma_expression", "text": "boundSize, LayerPriorityBottom, tile.CollidesOnJump", "parent": 436, "children": [444, 445], "start_point": {"row": 112, "column": 9}, "end_point": {"row": 112, "column": 60}}, {"id": 444, "type": "identifier", "text": "boundSize", "parent": 443, "children": [], "start_point": {"row": 112, "column": 9}, "end_point": {"row": 112, "column": 18}}, {"id": 445, "type": "comma_expression", "text": "LayerPriorityBottom, tile.CollidesOnJump", "parent": 443, "children": [446, 447], "start_point": {"row": 112, "column": 20}, "end_point": {"row": 112, "column": 60}}, {"id": 446, "type": "identifier", "text": "LayerPriorityBottom", "parent": 445, "children": [], "start_point": {"row": 112, "column": 20}, "end_point": {"row": 112, "column": 39}}, {"id": 447, "type": "field_expression", "text": "tile.CollidesOnJump", "parent": 445, "children": [448, 449], "start_point": {"row": 112, "column": 41}, "end_point": {"row": 112, "column": 60}}, {"id": 448, "type": "identifier", "text": "tile", "parent": 447, "children": [], "start_point": {"row": 112, "column": 41}, "end_point": {"row": 112, "column": 45}}, {"id": 449, "type": "field_identifier", "text": "CollidesOnJump", "parent": 447, "children": [], "start_point": {"row": 112, "column": 46}, "end_point": {"row": 112, "column": 60}}, {"id": 450, "type": "if_statement", "text": "if (!tile.CollidesOnJump) {\n\t\t\t\t\t\t\t\tcol->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n\t\t\t\t\t\t\t\tcol->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n\t\t\t\t\t\t\t}", "parent": 411, "children": [451], "start_point": {"row": 114, "column": 7}, "end_point": {"row": 117, "column": 8}}, {"id": 451, "type": "parenthesized_expression", "text": "(!tile.CollidesOnJump)", "parent": 450, "children": [452], "start_point": {"row": 114, "column": 10}, "end_point": {"row": 114, "column": 32}}, {"id": 452, "type": "unary_expression", "text": "!tile.CollidesOnJump", "parent": 451, "children": [453, 454], "start_point": {"row": 114, "column": 11}, "end_point": {"row": 114, "column": 31}}, {"id": 453, "type": "!", "text": "!", "parent": 452, "children": [], "start_point": {"row": 114, "column": 11}, "end_point": {"row": 114, "column": 12}}, {"id": 454, "type": "field_expression", "text": "tile.CollidesOnJump", "parent": 452, "children": [455, 456], "start_point": {"row": 114, "column": 12}, "end_point": {"row": 114, "column": 31}}, {"id": 455, "type": "identifier", "text": "tile", "parent": 454, "children": [], "start_point": {"row": 114, "column": 12}, "end_point": {"row": 114, "column": 16}}, {"id": 456, "type": "field_identifier", "text": "CollidesOnJump", "parent": 454, "children": [], "start_point": {"row": 114, "column": 17}, "end_point": {"row": 114, "column": 31}}, {"id": 457, "type": "call_expression", "text": "col->setCollisionGroup(GameCollisionGroups::StaticsJumpable)", "parent": 450, "children": [458, 461], "start_point": {"row": 115, "column": 8}, "end_point": {"row": 115, "column": 68}}, {"id": 458, "type": "field_expression", "text": "col->setCollisionGroup", "parent": 457, "children": [459, 460], "start_point": {"row": 115, "column": 8}, "end_point": {"row": 115, "column": 30}}, {"id": 459, "type": "identifier", "text": "col", "parent": 458, "children": [], "start_point": {"row": 115, "column": 8}, "end_point": {"row": 115, "column": 11}}, {"id": 460, "type": "field_identifier", "text": "setCollisionGroup", "parent": 458, "children": [], "start_point": {"row": 115, "column": 13}, "end_point": {"row": 115, "column": 30}}, {"id": 461, "type": "argument_list", "text": "(GameCollisionGroups::StaticsJumpable)", "parent": 457, "children": [462, 463], "start_point": {"row": 115, "column": 30}, "end_point": {"row": 115, "column": 68}}, {"id": 462, "type": "identifier", "text": "GameCollisionGroups", "parent": 461, "children": [], "start_point": {"row": 115, "column": 31}, "end_point": {"row": 115, "column": 50}}, {"id": 463, "type": "ERROR", "text": "::StaticsJumpable", "parent": 461, "children": [464], "start_point": {"row": 115, "column": 50}, "end_point": {"row": 115, "column": 67}}, {"id": 464, "type": "identifier", "text": "StaticsJumpable", "parent": 463, "children": [], "start_point": {"row": 115, "column": 52}, "end_point": {"row": 115, "column": 67}}, {"id": 465, "type": "call_expression", "text": "col->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith)", "parent": 450, "children": [466, 469], "start_point": {"row": 116, "column": 8}, "end_point": {"row": 116, "column": 80}}, {"id": 466, "type": "field_expression", "text": "col->setCollisionMask", "parent": 465, "children": [467, 468], "start_point": {"row": 116, "column": 8}, "end_point": {"row": 116, "column": 29}}, {"id": 467, "type": "identifier", "text": "col", "parent": 466, "children": [], "start_point": {"row": 116, "column": 8}, "end_point": {"row": 116, "column": 11}}, {"id": 468, "type": "field_identifier", "text": "setCollisionMask", "parent": 466, "children": [], "start_point": {"row": 116, "column": 13}, "end_point": {"row": 116, "column": 29}}, {"id": 469, "type": "argument_list", "text": "(GameCollisionGroups::StaticsJumpable_CollidesWith)", "parent": 465, "children": [470, 472], "start_point": {"row": 116, "column": 29}, "end_point": {"row": 116, "column": 80}}, {"id": 470, "type": "ERROR", "text": "GameCollisionGroups::", "parent": 469, "children": [471], "start_point": {"row": 116, "column": 30}, "end_point": {"row": 116, "column": 51}}, {"id": 471, "type": "identifier", "text": "GameCollisionGroups", "parent": 470, "children": [], "start_point": {"row": 116, "column": 30}, "end_point": {"row": 116, "column": 49}}, {"id": 472, "type": "identifier", "text": "StaticsJumpable_CollidesWith", "parent": 469, "children": [], "start_point": {"row": 116, "column": 51}, "end_point": {"row": 116, "column": 79}}, {"id": 473, "type": "call_expression", "text": "gs.addStaticEntity(std::move(col))", "parent": 411, "children": [474, 477], "start_point": {"row": 119, "column": 7}, "end_point": {"row": 119, "column": 41}}, {"id": 474, "type": "field_expression", "text": "gs.addStaticEntity", "parent": 473, "children": [475, 476], "start_point": {"row": 119, "column": 7}, "end_point": {"row": 119, "column": 25}}, {"id": 475, "type": "identifier", "text": "gs", "parent": 474, "children": [], "start_point": {"row": 119, "column": 7}, "end_point": {"row": 119, "column": 9}}, {"id": 476, "type": "field_identifier", "text": "addStaticEntity", "parent": 474, "children": [], "start_point": {"row": 119, "column": 10}, "end_point": {"row": 119, "column": 25}}, {"id": 477, "type": "argument_list", "text": "(std::move(col))", "parent": 473, "children": [478, 480], "start_point": {"row": 119, "column": 25}, "end_point": {"row": 119, "column": 41}}, {"id": 478, "type": "ERROR", "text": "std::", "parent": 477, "children": [479], "start_point": {"row": 119, "column": 26}, "end_point": {"row": 119, "column": 31}}, {"id": 479, "type": "identifier", "text": "std", "parent": 478, "children": [], "start_point": {"row": 119, "column": 26}, "end_point": {"row": 119, "column": 29}}, {"id": 480, "type": "call_expression", "text": "move(col)", "parent": 477, "children": [481, 482], "start_point": {"row": 119, "column": 31}, "end_point": {"row": 119, "column": 40}}, {"id": 481, "type": "identifier", "text": "move", "parent": 480, "children": [], "start_point": {"row": 119, "column": 31}, "end_point": {"row": 119, "column": 35}}, {"id": 482, "type": "argument_list", "text": "(col)", "parent": 480, "children": [483], "start_point": {"row": 119, "column": 35}, "end_point": {"row": 119, "column": 40}}, {"id": 483, "type": "identifier", "text": "col", "parent": 482, "children": [], "start_point": {"row": 119, "column": 36}, "end_point": {"row": 119, "column": 39}}, {"id": 484, "type": "else_clause", "text": "else {\n\t\t\t\t\t\tlogging::Fatal() << \"Unknown entity type: \" << tile.Type;\n\t\t\t\t\t}", "parent": 393, "children": [], "start_point": {"row": 121, "column": 7}, "end_point": {"row": 123, "column": 6}}, {"id": 485, "type": "labeled_statement", "text": "logging::Fatal() << \"Unknown entity type: \" << tile.Type;", 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"tile", "parent": 495, "children": [], "start_point": {"row": 122, "column": 53}, "end_point": {"row": 122, "column": 57}}, {"id": 497, "type": "field_identifier", "text": "Type", "parent": 495, "children": [], "start_point": {"row": 122, "column": 58}, "end_point": {"row": 122, "column": 62}}, {"id": 498, "type": "type_definition", "text": "typedef std::vector<std::string> LevelFragmentsName;", "parent": null, "children": [499, 500, 501, 507], "start_point": {"row": 131, "column": 0}, "end_point": {"row": 131, "column": 52}}, {"id": 499, "type": "typedef", "text": "typedef", "parent": 498, "children": [], "start_point": {"row": 131, "column": 0}, "end_point": {"row": 131, "column": 7}}, {"id": 500, "type": "type_identifier", "text": "std", "parent": 498, "children": [], "start_point": {"row": 131, "column": 8}, "end_point": {"row": 131, "column": 11}}, {"id": 501, "type": "ERROR", "text": "::vector<std::string>", "parent": 498, "children": [502, 503, 504, 505, 506], "start_point": 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"start_point": {"row": 131, "column": 33}, "end_point": {"row": 131, "column": 51}}, {"id": 508, "type": "function_definition", "text": "class LevelFactory: boost::noncopyable {\npublic:\n\n\tLevelFactory(Engines & engines, LevelFragmentsName const& fragments, ResourceEngine & re) :\n\t\t\tm_engines(engines), m_fact(engines), m_lastFragment(nullptr), m_currentLayer(0) {\n\n\t\tLevelLoader loader;\n\n\t\tfor (std::string const & fr : fragments) {\n\t\t\tLevelFragment frag;\n\t\t\tfrag.Name = fr;\n\t\t\tconst std::string xmlInp = re.loadLevel(fr);\n\n\t\t\ttry {\n\t\t\t\tloader.loadFragment(xmlInp, frag);\n\t\t\t} catch (LevelParsingException & ex) {\n\t\t\t\tlogging::Error() << \"Level \" << fr << \" can not be parsed\";\n\t\t\t}\n\t\t\tm_fragments.push_back(frag);\n\t\t}\n\t}\n\n\tvoid loadFragment(GameState & gs, std::string const& fragName);\n\n\tvoid nextLayers(GameState & gs, unsigned int amount);\n\n\tbool canConnect(LevelFragment const& prevFrag, LevelFragment const& nextFrag) const;\n\n\tvoid collisionTestLevel(GameState & gs);\n\n\tvoid renderTestLevel(GameState & gs);\n\n\tvoid reset();\n\n\ttemplate<class TEnemy>\n\tvoid addEnemy(std::string name, float enemyCollisionRadius, float maxPlacementRadius,\n\t\t\tLevelFragment const* frag, int thisLayer, GameState & gs, EntityFactory & fact) {\n\n\t\tconst int locY = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))\n\t\t\t\t+ thisLayer;\n\t\tconst int locX = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()));\n\n\t\tconst Vector2 idealPosition(locX, locY);\n\t\t// really ugly, but know of no other way right now\n\t\t//Vector2 bndBox = DefaultFighterBoundingBox;\n\t\t// bndBox.getRadius();\n\n\t\tstd::pair<bool, Vector2> bestPlacement = game_util::findSafePlacement(idealPosition,\n\t\t\t\tenemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs);\n\n\t\tif (bestPlacement.first) {\n\t\t\tauto entEnemy = fact.createMultiVisual<TEnemy>(name, bestPlacement.second);\n\n\t\t\tgs.addEnemyEntity(std::move(entEnemy));\n\t\t} else {\n\t\t\tlogging::Info() << \"no valid placement found for enemy\";\n\t\t}\n\t}\n\nprivate:\n\tEngines m_engines;\n\tEntityFactory m_fact;\n\tLevelFragment const* m_lastFragment;\n\tstd::vector<LevelFragment> m_fragments;\n\tunsigned int m_currentLayer;\n}", "parent": null, "children": [509, 510], "start_point": {"row": 133, "column": 0}, "end_point": {"row": 198, "column": 1}}, {"id": 509, "type": "identifier", "text": "LevelFactory", "parent": 508, "children": [], "start_point": {"row": 133, "column": 6}, "end_point": {"row": 133, "column": 18}}, {"id": 510, "type": "ERROR", "text": ": boost::noncopyable", "parent": 508, "children": [511, 512], "start_point": {"row": 133, "column": 18}, "end_point": {"row": 133, "column": 38}}, {"id": 511, "type": "identifier", "text": "boost", "parent": 510, "children": [], "start_point": {"row": 133, "column": 20}, "end_point": {"row": 133, "column": 25}}, {"id": 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"parent": 697, "children": [], "start_point": {"row": 169, "column": 45}, "end_point": {"row": 169, "column": 54}}, {"id": 699, "type": "identifier", "text": "gs", "parent": 697, "children": [], "start_point": {"row": 169, "column": 57}, "end_point": {"row": 169, "column": 59}}, {"id": 700, "type": "binary_expression", "text": "EntityFactory & fact", "parent": 679, "children": [701, 702], "start_point": {"row": 169, "column": 61}, "end_point": {"row": 169, "column": 81}}, {"id": 701, "type": "identifier", "text": "EntityFactory", "parent": 700, "children": [], "start_point": {"row": 169, "column": 61}, "end_point": {"row": 169, "column": 74}}, {"id": 702, "type": "identifier", "text": "fact", "parent": 700, "children": [], "start_point": {"row": 169, "column": 77}, "end_point": {"row": 169, "column": 81}}, {"id": 703, "type": "declaration", "text": "const int locY = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))\n\t\t\t\t+ thisLayer;", "parent": 508, "children": [704, 705], "start_point": {"row": 171, "column": 2}, "end_point": {"row": 172, "column": 16}}, {"id": 704, "type": "primitive_type", "text": "int", "parent": 703, "children": [], "start_point": {"row": 171, "column": 8}, "end_point": {"row": 171, "column": 11}}, {"id": 705, "type": "init_declarator", "text": "locY = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))\n\t\t\t\t+ thisLayer", "parent": 703, "children": [706, 707, 708], "start_point": {"row": 171, "column": 12}, "end_point": {"row": 172, "column": 15}}, {"id": 706, "type": "identifier", "text": "locY", "parent": 705, "children": [], "start_point": {"row": 171, "column": 12}, "end_point": {"row": 171, "column": 16}}, {"id": 707, "type": "=", "text": "=", "parent": 705, "children": [], "start_point": {"row": 171, "column": 17}, "end_point": {"row": 171, "column": 18}}, {"id": 708, "type": "binary_expression", "text": 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"parent": 711, "children": [713, 718], "start_point": {"row": 171, "column": 19}, "end_point": {"row": 171, "column": 47}}, {"id": 713, "type": "call_expression", "text": "gs.getEngines()", "parent": 712, "children": [714, 717], "start_point": {"row": 171, "column": 19}, "end_point": {"row": 171, "column": 34}}, {"id": 714, "type": "field_expression", "text": "gs.getEngines", "parent": 713, "children": [715, 716], "start_point": {"row": 171, "column": 19}, "end_point": {"row": 171, "column": 32}}, {"id": 715, "type": "identifier", "text": "gs", "parent": 714, "children": [], "start_point": {"row": 171, "column": 19}, "end_point": {"row": 171, "column": 21}}, {"id": 716, "type": "field_identifier", "text": "getEngines", "parent": 714, "children": [], "start_point": {"row": 171, "column": 22}, "end_point": {"row": 171, "column": 32}}, {"id": 717, "type": "argument_list", "text": "()", "parent": 713, "children": [], "start_point": {"row": 171, "column": 32}, "end_point": {"row": 171, "column": 34}}, {"id": 718, "type": "field_identifier", "text": "randomEngine", "parent": 712, "children": [], "start_point": {"row": 171, "column": 35}, "end_point": {"row": 171, "column": 47}}, {"id": 719, "type": "argument_list", "text": "()", "parent": 711, "children": [], "start_point": {"row": 171, "column": 47}, "end_point": {"row": 171, "column": 49}}, {"id": 720, "type": "field_identifier", "text": "randomInt", "parent": 710, "children": [], "start_point": {"row": 171, "column": 50}, "end_point": {"row": 171, "column": 59}}, {"id": 721, "type": "argument_list", "text": "(RandomEngine::SpanInt(0, frag->Size.y()))", "parent": 709, "children": [722, 724], "start_point": {"row": 171, "column": 59}, "end_point": {"row": 171, "column": 101}}, {"id": 722, "type": "ERROR", "text": "RandomEngine::", "parent": 721, "children": [723], "start_point": {"row": 171, "column": 60}, "end_point": {"row": 171, "column": 74}}, {"id": 723, "type": "identifier", "text": "RandomEngine", "parent": 722, "children": [], "start_point": {"row": 171, "column": 60}, "end_point": {"row": 171, "column": 72}}, {"id": 724, "type": "call_expression", "text": "SpanInt(0, frag->Size.y())", "parent": 721, "children": [725, 726], "start_point": {"row": 171, "column": 74}, "end_point": {"row": 171, "column": 100}}, {"id": 725, "type": "identifier", "text": "SpanInt", "parent": 724, "children": [], "start_point": {"row": 171, "column": 74}, "end_point": {"row": 171, "column": 81}}, {"id": 726, "type": "argument_list", "text": "(0, frag->Size.y())", "parent": 724, "children": [727, 728], "start_point": {"row": 171, "column": 81}, "end_point": {"row": 171, "column": 100}}, {"id": 727, "type": "number_literal", "text": "0", "parent": 726, "children": [], "start_point": {"row": 171, "column": 82}, "end_point": {"row": 171, "column": 83}}, {"id": 728, "type": "call_expression", "text": "frag->Size.y()", "parent": 726, "children": [729, 734], "start_point": {"row": 171, "column": 85}, "end_point": {"row": 171, "column": 99}}, {"id": 729, "type": "field_expression", "text": "frag->Size.y", "parent": 728, "children": [730, 733], "start_point": {"row": 171, "column": 85}, "end_point": {"row": 171, "column": 97}}, {"id": 730, "type": "field_expression", "text": "frag->Size", "parent": 729, "children": [731, 732], "start_point": {"row": 171, "column": 85}, "end_point": {"row": 171, "column": 95}}, {"id": 731, "type": "identifier", "text": "frag", "parent": 730, "children": [], "start_point": {"row": 171, "column": 85}, "end_point": {"row": 171, "column": 89}}, {"id": 732, "type": "field_identifier", "text": "Size", "parent": 730, "children": [], "start_point": {"row": 171, "column": 91}, "end_point": {"row": 171, "column": 95}}, {"id": 733, "type": "field_identifier", "text": "y", "parent": 729, "children": [], "start_point": {"row": 171, "column": 96}, "end_point": {"row": 171, "column": 97}}, {"id": 734, "type": "argument_list", "text": "()", "parent": 728, "children": [], "start_point": {"row": 171, "column": 97}, "end_point": {"row": 171, "column": 99}}, {"id": 735, "type": "+", "text": "+", "parent": 708, "children": [], "start_point": {"row": 172, "column": 4}, "end_point": {"row": 172, "column": 5}}, {"id": 736, "type": "identifier", "text": "thisLayer", "parent": 708, "children": [], "start_point": {"row": 172, "column": 6}, "end_point": {"row": 172, "column": 15}}, {"id": 737, "type": "declaration", "text": "const int locX = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()));", "parent": 508, "children": [738, 739], "start_point": {"row": 173, "column": 2}, "end_point": {"row": 173, "column": 102}}, {"id": 738, "type": "primitive_type", "text": "int", "parent": 737, "children": [], "start_point": {"row": 173, "column": 8}, "end_point": {"row": 173, "column": 11}}, {"id": 739, "type": "init_declarator", "text": "locX = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()))", "parent": 737, "children": [740, 741, 742], "start_point": {"row": 173, "column": 12}, "end_point": {"row": 173, "column": 101}}, {"id": 740, "type": "identifier", "text": "locX", "parent": 739, "children": [], "start_point": {"row": 173, "column": 12}, "end_point": {"row": 173, "column": 16}}, {"id": 741, "type": "=", "text": "=", "parent": 739, "children": [], "start_point": {"row": 173, "column": 17}, "end_point": {"row": 173, "column": 18}}, {"id": 742, "type": "call_expression", "text": "gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()))", "parent": 739, "children": [743, 754], "start_point": {"row": 173, "column": 19}, "end_point": {"row": 173, "column": 101}}, {"id": 743, "type": "field_expression", "text": "gs.getEngines().randomEngine().randomInt", "parent": 742, "children": [744, 753], "start_point": {"row": 173, "column": 19}, "end_point": {"row": 173, "column": 59}}, {"id": 744, "type": "call_expression", "text": "gs.getEngines().randomEngine()", "parent": 743, "children": [745, 752], "start_point": {"row": 173, "column": 19}, "end_point": {"row": 173, "column": 49}}, {"id": 745, "type": "field_expression", "text": "gs.getEngines().randomEngine", "parent": 744, "children": [746, 751], "start_point": {"row": 173, "column": 19}, "end_point": {"row": 173, "column": 47}}, {"id": 746, "type": "call_expression", "text": "gs.getEngines()", "parent": 745, "children": [747, 750], "start_point": {"row": 173, "column": 19}, "end_point": {"row": 173, "column": 34}}, {"id": 747, "type": "field_expression", "text": "gs.getEngines", "parent": 746, "children": [748, 749], "start_point": {"row": 173, "column": 19}, "end_point": {"row": 173, "column": 32}}, {"id": 748, "type": "identifier", "text": "gs", "parent": 747, "children": [], "start_point": {"row": 173, "column": 19}, "end_point": {"row": 173, "column": 21}}, {"id": 749, "type": "field_identifier", "text": "getEngines", "parent": 747, "children": [], "start_point": {"row": 173, "column": 22}, "end_point": {"row": 173, "column": 32}}, {"id": 750, "type": "argument_list", "text": "()", "parent": 746, "children": [], "start_point": {"row": 173, "column": 32}, "end_point": {"row": 173, "column": 34}}, {"id": 751, "type": "field_identifier", "text": "randomEngine", "parent": 745, "children": [], "start_point": {"row": 173, "column": 35}, "end_point": {"row": 173, "column": 47}}, {"id": 752, "type": "argument_list", "text": "()", "parent": 744, "children": [], "start_point": {"row": 173, "column": 47}, "end_point": {"row": 173, "column": 49}}, {"id": 753, "type": "field_identifier", "text": "randomInt", "parent": 743, "children": [], "start_point": {"row": 173, "column": 50}, "end_point": {"row": 173, "column": 59}}, {"id": 754, "type": "argument_list", "text": "(RandomEngine::SpanInt(0, frag->Size.x()))", "parent": 742, "children": [755, 757], "start_point": {"row": 173, "column": 59}, "end_point": {"row": 173, "column": 101}}, {"id": 755, "type": "ERROR", "text": "RandomEngine::", "parent": 754, "children": [756], "start_point": {"row": 173, "column": 60}, "end_point": {"row": 173, "column": 74}}, {"id": 756, "type": "identifier", "text": "RandomEngine", "parent": 755, "children": [], "start_point": {"row": 173, "column": 60}, "end_point": {"row": 173, "column": 72}}, {"id": 757, "type": "call_expression", "text": "SpanInt(0, frag->Size.x())", "parent": 754, "children": [758, 759], "start_point": {"row": 173, "column": 74}, "end_point": {"row": 173, "column": 100}}, {"id": 758, "type": "identifier", "text": "SpanInt", "parent": 757, "children": [], "start_point": {"row": 173, "column": 74}, "end_point": {"row": 173, "column": 81}}, {"id": 759, "type": "argument_list", "text": "(0, frag->Size.x())", "parent": 757, "children": [760, 761], "start_point": {"row": 173, "column": 81}, "end_point": {"row": 173, "column": 100}}, {"id": 760, "type": "number_literal", "text": "0", "parent": 759, "children": [], "start_point": {"row": 173, "column": 82}, "end_point": {"row": 173, "column": 83}}, {"id": 761, "type": "call_expression", "text": "frag->Size.x()", "parent": 759, "children": [762, 767], "start_point": {"row": 173, "column": 85}, "end_point": {"row": 173, "column": 99}}, {"id": 762, "type": "field_expression", "text": "frag->Size.x", "parent": 761, "children": [763, 766], "start_point": {"row": 173, "column": 85}, "end_point": {"row": 173, "column": 97}}, {"id": 763, "type": "field_expression", "text": "frag->Size", "parent": 762, "children": [764, 765], "start_point": {"row": 173, "column": 85}, "end_point": {"row": 173, "column": 95}}, {"id": 764, "type": "identifier", "text": "frag", "parent": 763, "children": [], "start_point": {"row": 173, "column": 85}, "end_point": {"row": 173, "column": 89}}, {"id": 765, "type": "field_identifier", "text": "Size", "parent": 763, "children": [], "start_point": {"row": 173, "column": 91}, "end_point": {"row": 173, "column": 95}}, {"id": 766, "type": "field_identifier", "text": "x", "parent": 762, "children": [], "start_point": {"row": 173, "column": 96}, "end_point": {"row": 173, "column": 97}}, {"id": 767, "type": "argument_list", "text": "()", "parent": 761, "children": [], "start_point": {"row": 173, "column": 97}, "end_point": {"row": 173, "column": 99}}, {"id": 768, "type": "declaration", "text": "const Vector2 idealPosition(locX, locY);", "parent": 508, "children": [769, 770], "start_point": {"row": 175, "column": 2}, "end_point": {"row": 175, "column": 42}}, {"id": 769, "type": "type_identifier", "text": "Vector2", "parent": 768, "children": [], "start_point": {"row": 175, "column": 8}, "end_point": {"row": 175, "column": 15}}, {"id": 770, "type": "function_declarator", "text": "idealPosition(locX, locY)", "parent": 768, "children": [771, 772], "start_point": {"row": 175, "column": 16}, "end_point": {"row": 175, "column": 41}}, {"id": 771, "type": "identifier", "text": "idealPosition", "parent": 770, "children": [], "start_point": {"row": 175, "column": 16}, "end_point": {"row": 175, "column": 29}}, {"id": 772, "type": "parameter_list", "text": "(locX, locY)", "parent": 770, "children": [773, 775], "start_point": {"row": 175, "column": 29}, "end_point": {"row": 175, "column": 41}}, {"id": 773, "type": "parameter_declaration", "text": "locX", "parent": 772, "children": [774], "start_point": {"row": 175, "column": 30}, "end_point": {"row": 175, "column": 34}}, {"id": 774, "type": "type_identifier", "text": "locX", "parent": 773, "children": [], "start_point": {"row": 175, "column": 30}, "end_point": {"row": 175, "column": 34}}, {"id": 775, "type": "parameter_declaration", "text": "locY", "parent": 772, "children": [776], "start_point": {"row": 175, "column": 36}, "end_point": {"row": 175, "column": 40}}, {"id": 776, "type": "type_identifier", "text": "locY", "parent": 775, "children": [], "start_point": {"row": 175, "column": 36}, "end_point": {"row": 175, "column": 40}}, {"id": 777, "type": "labeled_statement", "text": "std::pair<bool, Vector2> bestPlacement = game_util::findSafePlacement(idealPosition,\n\t\t\t\tenemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs);", "parent": 508, "children": [778, 779], "start_point": {"row": 180, "column": 2}, "end_point": {"row": 181, "column": 67}}, {"id": 778, "type": "statement_identifier", "text": "std", "parent": 777, "children": [], "start_point": {"row": 180, "column": 2}, "end_point": {"row": 180, "column": 5}}, {"id": 779, "type": "ERROR", "text": "::pair<bool, Vector2> bestPlacement = game_util:", "parent": 777, "children": [780], "start_point": {"row": 180, "column": 5}, "end_point": {"row": 180, "column": 53}}, {"id": 780, "type": "comma_expression", "text": "pair<bool, Vector2> bestPlacement = game_util", "parent": 779, "children": [781, 785], "start_point": {"row": 180, "column": 7}, "end_point": {"row": 180, "column": 52}}, {"id": 781, "type": "binary_expression", "text": "pair<bool", "parent": 780, "children": [782, 783, 784], "start_point": {"row": 180, "column": 7}, "end_point": {"row": 180, "column": 16}}, {"id": 782, "type": "identifier", "text": "pair", "parent": 781, "children": [], "start_point": {"row": 180, "column": 7}, "end_point": {"row": 180, "column": 11}}, {"id": 783, "type": "<", "text": "<", "parent": 781, "children": [], "start_point": {"row": 180, "column": 11}, "end_point": {"row": 180, "column": 12}}, {"id": 784, "type": "identifier", "text": "bool", "parent": 781, "children": [], "start_point": {"row": 180, "column": 12}, "end_point": {"row": 180, "column": 16}}, {"id": 785, "type": "binary_expression", "text": "Vector2> bestPlacement = game_util", "parent": 780, "children": [786, 787, 788], "start_point": {"row": 180, "column": 18}, "end_point": {"row": 180, "column": 52}}, {"id": 786, "type": "identifier", "text": "Vector2", "parent": 785, "children": [], "start_point": {"row": 180, "column": 18}, "end_point": {"row": 180, "column": 25}}, {"id": 787, "type": ">", "text": ">", "parent": 785, "children": [], "start_point": {"row": 180, "column": 25}, "end_point": {"row": 180, "column": 26}}, {"id": 788, "type": "assignment_expression", "text": "bestPlacement = game_util", "parent": 785, "children": [789, 790, 791], "start_point": {"row": 180, "column": 27}, "end_point": {"row": 180, "column": 52}}, {"id": 789, "type": "identifier", "text": "bestPlacement", "parent": 788, "children": [], "start_point": {"row": 180, "column": 27}, "end_point": {"row": 180, "column": 40}}, {"id": 790, "type": "=", "text": "=", "parent": 788, "children": [], "start_point": {"row": 180, "column": 41}, "end_point": {"row": 180, "column": 42}}, {"id": 791, "type": "identifier", "text": "game_util", "parent": 788, "children": [], "start_point": {"row": 180, "column": 43}, "end_point": {"row": 180, "column": 52}}, {"id": 792, "type": "call_expression", "text": "findSafePlacement(idealPosition,\n\t\t\t\tenemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs)", "parent": 777, "children": [793, 794], "start_point": {"row": 180, "column": 54}, "end_point": {"row": 181, "column": 66}}, {"id": 793, "type": "identifier", "text": "findSafePlacement", "parent": 792, "children": [], "start_point": {"row": 180, "column": 54}, "end_point": {"row": 180, "column": 71}}, {"id": 794, "type": "argument_list", "text": "(idealPosition,\n\t\t\t\tenemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs)", "parent": 792, "children": [795, 796, 797, 798, 803], "start_point": {"row": 180, "column": 71}, "end_point": {"row": 181, "column": 66}}, {"id": 795, "type": "identifier", "text": "idealPosition", "parent": 794, "children": [], "start_point": {"row": 180, "column": 72}, "end_point": {"row": 180, "column": 85}}, {"id": 796, "type": "identifier", "text": "enemyCollisionRadius", "parent": 794, "children": [], "start_point": {"row": 181, "column": 4}, "end_point": {"row": 181, "column": 24}}, {"id": 797, "type": "identifier", "text": "maxPlacementRadius", "parent": 794, "children": [], "start_point": {"row": 181, "column": 26}, "end_point": {"row": 181, "column": 44}}, {"id": 798, "type": "call_expression", "text": "gs.getEngines()", "parent": 794, "children": [799, 802], "start_point": {"row": 181, "column": 46}, "end_point": {"row": 181, "column": 61}}, {"id": 799, "type": "field_expression", "text": "gs.getEngines", "parent": 798, "children": [800, 801], "start_point": {"row": 181, "column": 46}, "end_point": {"row": 181, "column": 59}}, {"id": 800, "type": "identifier", "text": "gs", "parent": 799, "children": [], "start_point": {"row": 181, "column": 46}, "end_point": {"row": 181, "column": 48}}, {"id": 801, "type": "field_identifier", "text": "getEngines", "parent": 799, "children": [], "start_point": {"row": 181, "column": 49}, "end_point": {"row": 181, "column": 59}}, {"id": 802, "type": "argument_list", "text": "()", "parent": 798, "children": [], "start_point": {"row": 181, "column": 59}, "end_point": {"row": 181, "column": 61}}, {"id": 803, "type": "identifier", "text": "gs", "parent": 794, "children": [], "start_point": {"row": 181, "column": 63}, "end_point": {"row": 181, "column": 65}}, {"id": 804, "type": "if_statement", "text": "if (bestPlacement.first) {\n\t\t\tauto entEnemy = fact.createMultiVisual<TEnemy>(name, bestPlacement.second);\n\n\t\t\tgs.addEnemyEntity(std::move(entEnemy));\n\t\t} else {\n\t\t\tlogging::Info() << \"no valid placement found for enemy\";\n\t\t}", "parent": 508, "children": [805, 841], "start_point": {"row": 183, "column": 2}, "end_point": {"row": 189, "column": 3}}, {"id": 805, "type": "parenthesized_expression", "text": "(bestPlacement.first)", "parent": 804, "children": [806], "start_point": {"row": 183, "column": 5}, "end_point": {"row": 183, "column": 26}}, {"id": 806, "type": "field_expression", "text": "bestPlacement.first", "parent": 805, "children": [807, 808], "start_point": {"row": 183, "column": 6}, "end_point": {"row": 183, "column": 25}}, {"id": 807, "type": "identifier", "text": 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"type": "argument_list", "text": "(std::move(entEnemy))", "parent": 830, "children": [835, 837], "start_point": {"row": 186, "column": 20}, "end_point": {"row": 186, "column": 41}}, {"id": 835, "type": "ERROR", "text": "std::", "parent": 834, "children": [836], "start_point": {"row": 186, "column": 21}, "end_point": {"row": 186, "column": 26}}, {"id": 836, "type": "identifier", "text": "std", "parent": 835, "children": [], "start_point": {"row": 186, "column": 21}, "end_point": {"row": 186, "column": 24}}, {"id": 837, "type": "call_expression", "text": "move(entEnemy)", "parent": 834, "children": [838, 839], "start_point": {"row": 186, "column": 26}, "end_point": {"row": 186, "column": 40}}, {"id": 838, "type": "identifier", "text": "move", "parent": 837, "children": [], "start_point": {"row": 186, "column": 26}, "end_point": {"row": 186, "column": 30}}, {"id": 839, "type": "argument_list", "text": "(entEnemy)", "parent": 837, "children": [840], "start_point": {"row": 186, "column": 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"loadFragment(GameState & gs, std::string const& fragName)"}, {"node_id": 626, "universal_type": "function", "name": "amount)", "text_snippet": "nextLayers(GameState & gs, unsigned int amount)"}, {"node_id": 639, "universal_type": "function", "name": "unknown", "text_snippet": "canConnect(LevelFragment const& prevFrag, LevelFragment const& nextFrag) const"}, {"node_id": 650, "universal_type": "function", "name": "unknown", "text_snippet": "collisionTestLevel(GameState & gs)"}, {"node_id": 658, "universal_type": "function", "name": "unknown", "text_snippet": "renderTestLevel(GameState & gs)"}, {"node_id": 666, "universal_type": "function", "name": "unknown", "text_snippet": "reset()"}, {"node_id": 770, "universal_type": "function", "name": "unknown", "text_snippet": "idealPosition(locX, locY)"}], "class_declarations": [{"node_id": 42, "universal_type": "class", "name": "LevelTile", "text_snippet": "struct LevelTile {\n\n\tLevelTile(Vector2 const& cen, Vector2 const& rep, bool col, std::string const& "}, {"node_id": 43, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 125, "universal_type": "class", "name": "LevelFragment", "text_snippet": "struct LevelFragment {\n\tstd::vector<LevelTile> Tiles;\n\tVector2 Size;\n\tstd::string Name;\n\tstd::vector"}, {"node_id": 126, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 209, "universal_type": "class", "name": "unknown", "text_snippet": "auto"}, {"node_id": 420, "universal_type": "class", "name": "unknown", "text_snippet": "auto"}, {"node_id": 810, "universal_type": "class", "name": "unknown", "text_snippet": "auto"}], "import_statements": [{"node_id": 3, "text": "#include <sstream>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <boost/property_tree/json_parser.hpp>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <boost/property_tree/ptree.hpp>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <DescentEngine/src/PropertyTreeSupport.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include <DescentEngine/src/EntityEngine/EntityFactory.h>\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include <DescentEngine/src/XmlTools.h>\n"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include <DescentEngine/src/Engines.h>\n"}, {"node_id": 22, "text": "#include"}, {"node_id": 24, "text": "#include <DescentLogic/src/Entities/WallEntity.h>\n"}, {"node_id": 25, "text": "#include"}, {"node_id": 27, "text": "#include <DescentLogic/src/Entities/WallCollisionEntity.h>\n"}, {"node_id": 28, "text": "#include"}, {"node_id": 30, "text": "#include <DescentLogic/src/Entities/FloorEntity.h>\n"}, {"node_id": 31, "text": "#include"}, {"node_id": 33, "text": "#include \"Exceptions/LevelParsingException.h\"\n"}, {"node_id": 34, "text": "#include"}, {"node_id": 36, "text": "#include <DescentLogic/src/Game/GameState.h>\n"}, {"node_id": 37, "text": "#include"}, {"node_id": 39, "text": "#include <DescentLogic/src/Game/Util/SafePlacement.h>\n"}, {"node_id": 40, "text": "#include"}]}, "original_source_code": "/*\nCopyright (C) 2016 <NAME>. All Rights Reserved.\n* Written by <NAME> (<EMAIL>)\n\nThis file is part of Kung Foo Barracuda.\n\nKung Foo Barracuda is free software: you can redistribute it and/or modify\nit under the terms of the GNU General Public License as published by\nthe Free Software Foundation, either version 3 of the License, or\n(at your option) any later version.\n\nKung Foo Barracuda is distributed in the hope that it will be useful,\nbut WITHOUT ANY WARRANTY; without even the implied warranty of\nMERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\nGNU General Public License for more details.\n\nYou should have received a copy of the GNU General Public License\nalong with Kung Foo Barracuda. If not, see <http://www.gnu.org/licenses/>.\n*/\n\n#pragma once\n\n//#include <boost/noncopyable.hpp>\n\n#include <sstream>\n\n#include <boost/property_tree/json_parser.hpp>\n#include <boost/property_tree/ptree.hpp>\n\n#include <DescentEngine/src/PropertyTreeSupport.h>\n#include <DescentEngine/src/EntityEngine/EntityFactory.h>\n#include <DescentEngine/src/XmlTools.h>\n\n#include <DescentEngine/src/Engines.h>\n//#include <DescentLogic/src/GameState.h>\n#include <DescentLogic/src/Entities/WallEntity.h>\n#include <DescentLogic/src/Entities/WallCollisionEntity.h>\n#include <DescentLogic/src/Entities/FloorEntity.h>\n\n#include \"Exceptions/LevelParsingException.h\"\n#include <DescentLogic/src/Game/GameState.h>\n\n#include <DescentLogic/src/Game/Util/SafePlacement.h>\n\n//class GameState;\n\nstruct LevelTile {\n\n\tLevelTile(Vector2 const& cen, Vector2 const& rep, bool col, std::string const& type,\n\t\t\tstd::string const& ent, bool collideOnJump) :\n\t\t\tCenter(cen), Repeat(rep), Collides(col), CollidesOnJump(collideOnJump), Type(type), Entity(ent) {\n\t}\n\n\tVector2 Center;\n\tVector2 Repeat;\n\tbool Collides;\n\tbool CollidesOnJump;\n\tstd::string Type;\n\tstd::string Entity;\n\n};\n\ntypedef std::string LevelConnection;\n/*\n struct LevelConnection {\n\n };*/\n\nstruct LevelFragment {\n\tstd::vector<LevelTile> Tiles;\n\tVector2 Size;\n\tstd::string Name;\n\tstd::vector<LevelConnection> ConnectionsIn;\n\tstd::vector<LevelConnection> ConnectionsOut;\n};\n\nclass LevelLoader {\npublic:\n\n\tvoid loadFragment(std::string const& json, LevelFragment & frag);\n\n\ttemplate<class TGameState, class TEntFactory>\n\tvoid applyFragment(LevelFragment const& frag, TGameState & gs, TEntFactory & fact, int offsetY = 0) {\n\n\t\tfor (auto const& tile : frag.Tiles) {\n\n\t\t\tfor (int repX = 0; repX < tile.Repeat.x(); repX++) {\n\t\t\t\tfor (int repY = 0; repY < tile.Repeat.y(); repY++) {\n\t\t\t\t\t//entFactory\n\t\t\t\t\tuniq<Entity> ent = nullptr;\n\t\t\t\t\tEntityTemplate const& entTemplate = gs.getEngines().entityEngine().getTemplate(\n\t\t\t\t\t\t\ttile.Entity);\n\t\t\t\t\tconst Rectangle2 entSize = entTemplate.VisualSize;\n\t\t\t\t\tconst Rectangle2 boundSize = entTemplate.BoundingBox;\n\t\t\t\t\tconst Vector2 offset(repX * entSize.width(), repY * entSize.height() + offsetY);\n\n\t\t\t\t\tif (tile.Type == \"WallEntity\") {\n\t\t\t\t\t\tent = fact.template createFromTemplateName<WallEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset);\n\t\t\t\t\t}\n\t\t\t\t\tif (tile.Type == \"FloorEntity\") {\n\t\t\t\t\t\tent = fact.template createFromTemplateName<FloorEntity>(tile.Entity,\n\t\t\t\t\t\t\t\ttile.Center + offset);\n\t\t\t\t\t}\n\n\t\t\t\t\tif (ent != nullptr) {\n\t\t\t\t\t\tgs.addStaticEntity(std::move(ent));\n\n\t\t\t\t\t\t// create blocking ?\n\t\t\t\t\t\tif (tile.Collides == 1) {\n\t\t\t\t\t\t\t// todo : give correct angle here\n\t\t\t\t\t\t\tauto col = fact.template createNonVisual<WallCollisionEntity>(tile.Center + offset,\n\t\t\t\t\t\t\t\t\tboundSize, LayerPriorityBottom, tile.CollidesOnJump);\n\n\t\t\t\t\t\t\tif (!tile.CollidesOnJump) {\n\t\t\t\t\t\t\t\tcol->setCollisionGroup(GameCollisionGroups::StaticsJumpable);\n\t\t\t\t\t\t\t\tcol->setCollisionMask(GameCollisionGroups::StaticsJumpable_CollidesWith);\n\t\t\t\t\t\t\t}\n\n\t\t\t\t\t\t\tgs.addStaticEntity(std::move(col));\n\t\t\t\t\t\t}\n\t\t\t\t\t} else {\n\t\t\t\t\t\tlogging::Fatal() << \"Unknown entity type: \" << tile.Type;\n\t\t\t\t\t}\n\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\ntypedef std::vector<std::string> LevelFragmentsName;\n\nclass LevelFactory: boost::noncopyable {\npublic:\n\n\tLevelFactory(Engines & engines, LevelFragmentsName const& fragments, ResourceEngine & re) :\n\t\t\tm_engines(engines), m_fact(engines), m_lastFragment(nullptr), m_currentLayer(0) {\n\n\t\tLevelLoader loader;\n\n\t\tfor (std::string const & fr : fragments) {\n\t\t\tLevelFragment frag;\n\t\t\tfrag.Name = fr;\n\t\t\tconst std::string xmlInp = re.loadLevel(fr);\n\n\t\t\ttry {\n\t\t\t\tloader.loadFragment(xmlInp, frag);\n\t\t\t} catch (LevelParsingException & ex) {\n\t\t\t\tlogging::Error() << \"Level \" << fr << \" can not be parsed\";\n\t\t\t}\n\t\t\tm_fragments.push_back(frag);\n\t\t}\n\t}\n\n\tvoid loadFragment(GameState & gs, std::string const& fragName);\n\n\tvoid nextLayers(GameState & gs, unsigned int amount);\n\n\tbool canConnect(LevelFragment const& prevFrag, LevelFragment const& nextFrag) const;\n\n\tvoid collisionTestLevel(GameState & gs);\n\n\tvoid renderTestLevel(GameState & gs);\n\n\tvoid reset();\n\n\ttemplate<class TEnemy>\n\tvoid addEnemy(std::string name, float enemyCollisionRadius, float maxPlacementRadius,\n\t\t\tLevelFragment const* frag, int thisLayer, GameState & gs, EntityFactory & fact) {\n\n\t\tconst int locY = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.y()))\n\t\t\t\t+ thisLayer;\n\t\tconst int locX = gs.getEngines().randomEngine().randomInt(RandomEngine::SpanInt(0, frag->Size.x()));\n\n\t\tconst Vector2 idealPosition(locX, locY);\n\t\t// really ugly, but know of no other way right now\n\t\t//Vector2 bndBox = DefaultFighterBoundingBox;\n\t\t// bndBox.getRadius();\n\n\t\tstd::pair<bool, Vector2> bestPlacement = game_util::findSafePlacement(idealPosition,\n\t\t\t\tenemyCollisionRadius, maxPlacementRadius, gs.getEngines(), gs);\n\n\t\tif (bestPlacement.first) {\n\t\t\tauto entEnemy = fact.createMultiVisual<TEnemy>(name, bestPlacement.second);\n\n\t\t\tgs.addEnemyEntity(std::move(entEnemy));\n\t\t} else {\n\t\t\tlogging::Info() << \"no valid placement found for enemy\";\n\t\t}\n\t}\n\nprivate:\n\tEngines m_engines;\n\tEntityFactory m_fact;\n\tLevelFragment const* m_lastFragment;\n\tstd::vector<LevelFragment> m_fragments;\n\tunsigned int m_currentLayer;\n};\n"}
| 290
|
c
|
#include "sliding_window.h"
SlidingWindow SlidingWindow_create(uint16_t sequence_base, uint16_t window_size){
SlidingWindow window;
window.sequence_base = sequence_base;
window.sequence_max = window_size + 1;
window.window_size = window_size;
return window;
}
// Updates
void SlidingWindow_update(SlidingWindow *window, uint16_t seqence_nr){
// If you receive a request number where Rn > Sb
if(seqence_nr > window->sequence_base){
window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr;
window->sequence_base = seqence_nr;
}
}
| 34.82
| 17
|
(translation_unit) "#include "sliding_window.h"\n\nSlidingWindow SlidingWindow_create(uint16_t sequence_base, uint16_t window_size){\n SlidingWindow window;\n window.sequence_base = sequence_base;\n window.sequence_max = window_size + 1;\n window.window_size = window_size;\n \n return window;\n}\n\n// Updates\nvoid SlidingWindow_update(SlidingWindow *window, uint16_t seqence_nr){\n // If you receive a request number where Rn > Sb \n if(seqence_nr > window->sequence_base){\n window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr;\n window->sequence_base = seqence_nr;\n }\n}"
(preproc_include) "#include "sliding_window.h"\n"
(#include) "#include"
(string_literal) ""sliding_window.h""
(") """
(string_content) "sliding_window.h"
(") """
(function_definition) "SlidingWindow SlidingWindow_create(uint16_t sequence_base, uint16_t window_size){\n SlidingWindow window;\n window.sequence_base = sequence_base;\n window.sequence_max = window_size + 1;\n window.window_size = window_size;\n \n return window;\n}"
(type_identifier) "SlidingWindow"
(function_declarator) "SlidingWindow_create(uint16_t sequence_base, uint16_t window_size)"
(identifier) "SlidingWindow_create"
(parameter_list) "(uint16_t sequence_base, uint16_t window_size)"
(() "("
(parameter_declaration) "uint16_t sequence_base"
(primitive_type) "uint16_t"
(identifier) "sequence_base"
(,) ","
(parameter_declaration) "uint16_t window_size"
(primitive_type) "uint16_t"
(identifier) "window_size"
()) ")"
(compound_statement) "{\n SlidingWindow window;\n window.sequence_base = sequence_base;\n window.sequence_max = window_size + 1;\n window.window_size = window_size;\n \n return window;\n}"
({) "{"
(declaration) "SlidingWindow window;"
(type_identifier) "SlidingWindow"
(identifier) "window"
(;) ";"
(expression_statement) "window.sequence_base = sequence_base;"
(assignment_expression) "window.sequence_base = sequence_base"
(field_expression) "window.sequence_base"
(identifier) "window"
(.) "."
(field_identifier) "sequence_base"
(=) "="
(identifier) "sequence_base"
(;) ";"
(expression_statement) "window.sequence_max = window_size + 1;"
(assignment_expression) "window.sequence_max = window_size + 1"
(field_expression) "window.sequence_max"
(identifier) "window"
(.) "."
(field_identifier) "sequence_max"
(=) "="
(binary_expression) "window_size + 1"
(identifier) "window_size"
(+) "+"
(number_literal) "1"
(;) ";"
(expression_statement) "window.window_size = window_size;"
(assignment_expression) "window.window_size = window_size"
(field_expression) "window.window_size"
(identifier) "window"
(.) "."
(field_identifier) "window_size"
(=) "="
(identifier) "window_size"
(;) ";"
(return_statement) "return window;"
(return) "return"
(identifier) "window"
(;) ";"
(}) "}"
(comment) "// Updates"
(function_definition) "void SlidingWindow_update(SlidingWindow *window, uint16_t seqence_nr){\n // If you receive a request number where Rn > Sb \n if(seqence_nr > window->sequence_base){\n window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr;\n window->sequence_base = seqence_nr;\n }\n}"
(primitive_type) "void"
(function_declarator) "SlidingWindow_update(SlidingWindow *window, uint16_t seqence_nr)"
(identifier) "SlidingWindow_update"
(parameter_list) "(SlidingWindow *window, uint16_t seqence_nr)"
(() "("
(parameter_declaration) "SlidingWindow *window"
(type_identifier) "SlidingWindow"
(pointer_declarator) "*window"
(*) "*"
(identifier) "window"
(,) ","
(parameter_declaration) "uint16_t seqence_nr"
(primitive_type) "uint16_t"
(identifier) "seqence_nr"
()) ")"
(compound_statement) "{\n // If you receive a request number where Rn > Sb \n if(seqence_nr > window->sequence_base){\n window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr;\n window->sequence_base = seqence_nr;\n }\n}"
({) "{"
(comment) "// If you receive a request number where Rn > Sb "
(if_statement) "if(seqence_nr > window->sequence_base){\n window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr;\n window->sequence_base = seqence_nr;\n }"
(if) "if"
(parenthesized_expression) "(seqence_nr > window->sequence_base)"
(() "("
(binary_expression) "seqence_nr > window->sequence_base"
(identifier) "seqence_nr"
(>) ">"
(field_expression) "window->sequence_base"
(identifier) "window"
(->) "->"
(field_identifier) "sequence_base"
()) ")"
(compound_statement) "{\n window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr;\n window->sequence_base = seqence_nr;\n }"
({) "{"
(expression_statement) "window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr;"
(assignment_expression) "window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr"
(field_expression) "window->sequence_max"
(identifier) "window"
(->) "->"
(field_identifier) "sequence_max"
(=) "="
(binary_expression) "(window->sequence_max - window->sequence_base) + seqence_nr"
(parenthesized_expression) "(window->sequence_max - window->sequence_base)"
(() "("
(binary_expression) "window->sequence_max - window->sequence_base"
(field_expression) "window->sequence_max"
(identifier) "window"
(->) "->"
(field_identifier) "sequence_max"
(-) "-"
(field_expression) "window->sequence_base"
(identifier) "window"
(->) "->"
(field_identifier) "sequence_base"
()) ")"
(+) "+"
(identifier) "seqence_nr"
(;) ";"
(expression_statement) "window->sequence_base = seqence_nr;"
(assignment_expression) "window->sequence_base = seqence_nr"
(field_expression) "window->sequence_base"
(identifier) "window"
(->) "->"
(field_identifier) "sequence_base"
(=) "="
(identifier) "seqence_nr"
(;) ";"
(}) "}"
(}) "}"
| 131
| 0
|
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window.sequence_max = window_size + 1;\n window.window_size = window_size;\n \n return window;\n}", "parent": null, "children": [4, 5], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 9, "column": 1}}, {"id": 4, "type": "type_identifier", "text": "SlidingWindow", "parent": 3, "children": [], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 2, "column": 13}}, {"id": 5, "type": "function_declarator", "text": "SlidingWindow_create(uint16_t sequence_base, uint16_t window_size)", "parent": 3, "children": [6, 7], "start_point": {"row": 2, "column": 14}, "end_point": {"row": 2, "column": 80}}, {"id": 6, "type": "identifier", "text": "SlidingWindow_create", "parent": 5, "children": [], "start_point": {"row": 2, "column": 14}, "end_point": {"row": 2, "column": 34}}, {"id": 7, "type": "parameter_list", "text": "(uint16_t sequence_base, uint16_t window_size)", "parent": 5, "children": [8, 11], "start_point": {"row": 2, "column": 34}, "end_point": {"row": 2, "column": 80}}, {"id": 8, "type": "parameter_declaration", "text": "uint16_t sequence_base", "parent": 7, "children": [9, 10], "start_point": {"row": 2, "column": 35}, "end_point": {"row": 2, "column": 57}}, {"id": 9, "type": "primitive_type", "text": "uint16_t", "parent": 8, "children": [], "start_point": {"row": 2, "column": 35}, "end_point": {"row": 2, "column": 43}}, {"id": 10, "type": "identifier", "text": "sequence_base", "parent": 8, "children": [], "start_point": {"row": 2, "column": 44}, "end_point": {"row": 2, "column": 57}}, {"id": 11, "type": "parameter_declaration", "text": "uint16_t window_size", "parent": 7, "children": [12, 13], "start_point": {"row": 2, "column": 59}, "end_point": {"row": 2, "column": 79}}, {"id": 12, "type": "primitive_type", "text": "uint16_t", "parent": 11, "children": [], "start_point": {"row": 2, "column": 59}, "end_point": {"row": 2, "column": 67}}, {"id": 13, "type": "identifier", "text": "window_size", "parent": 11, "children": [], "start_point": {"row": 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"identifier", "text": "window", "parent": 18, "children": [], "start_point": {"row": 4, "column": 4}, "end_point": {"row": 4, "column": 10}}, {"id": 20, "type": "field_identifier", "text": "sequence_base", "parent": 18, "children": [], "start_point": {"row": 4, "column": 11}, "end_point": {"row": 4, "column": 24}}, {"id": 21, "type": "=", "text": "=", "parent": 17, "children": [], "start_point": {"row": 4, "column": 25}, "end_point": {"row": 4, "column": 26}}, {"id": 22, "type": "identifier", "text": "sequence_base", "parent": 17, "children": [], "start_point": {"row": 4, "column": 27}, "end_point": {"row": 4, "column": 40}}, {"id": 23, "type": "assignment_expression", "text": "window.sequence_max = window_size + 1", "parent": 3, "children": [24, 27, 28], "start_point": {"row": 5, "column": 4}, "end_point": {"row": 5, "column": 41}}, {"id": 24, "type": "field_expression", "text": "window.sequence_max", "parent": 23, "children": [25, 26], "start_point": {"row": 5, "column": 4}, "end_point": {"row": 5, "column": 23}}, {"id": 25, "type": "identifier", "text": "window", "parent": 24, "children": [], "start_point": {"row": 5, "column": 4}, "end_point": {"row": 5, "column": 10}}, {"id": 26, "type": "field_identifier", "text": "sequence_max", "parent": 24, "children": [], "start_point": {"row": 5, "column": 11}, "end_point": {"row": 5, "column": 23}}, {"id": 27, "type": "=", "text": "=", "parent": 23, "children": [], "start_point": {"row": 5, "column": 24}, "end_point": {"row": 5, "column": 25}}, {"id": 28, "type": "binary_expression", "text": "window_size + 1", "parent": 23, "children": [29, 30, 31], "start_point": {"row": 5, "column": 26}, "end_point": {"row": 5, "column": 41}}, {"id": 29, "type": "identifier", "text": "window_size", "parent": 28, "children": [], "start_point": {"row": 5, "column": 26}, "end_point": {"row": 5, "column": 37}}, {"id": 30, "type": "+", "text": "+", "parent": 28, "children": [], "start_point": {"row": 5, "column": 38}, "end_point": {"row": 5, "column": 39}}, {"id": 31, "type": "number_literal", "text": "1", "parent": 28, "children": [], "start_point": {"row": 5, "column": 40}, "end_point": {"row": 5, "column": 41}}, {"id": 32, "type": "assignment_expression", "text": "window.window_size = window_size", "parent": 3, "children": [33, 36, 37], "start_point": {"row": 6, "column": 4}, "end_point": {"row": 6, "column": 36}}, {"id": 33, "type": "field_expression", "text": "window.window_size", "parent": 32, "children": [34, 35], "start_point": {"row": 6, "column": 4}, "end_point": {"row": 6, "column": 22}}, {"id": 34, "type": "identifier", "text": "window", "parent": 33, "children": [], "start_point": {"row": 6, "column": 4}, "end_point": {"row": 6, "column": 10}}, {"id": 35, "type": "field_identifier", "text": "window_size", "parent": 33, "children": [], "start_point": {"row": 6, "column": 11}, "end_point": {"row": 6, "column": 22}}, {"id": 36, "type": "=", "text": "=", "parent": 32, "children": [], "start_point": {"row": 6, "column": 23}, "end_point": {"row": 6, "column": 24}}, {"id": 37, "type": "identifier", "text": "window_size", "parent": 32, "children": [], "start_point": {"row": 6, "column": 25}, "end_point": {"row": 6, "column": 36}}, {"id": 38, "type": "return_statement", "text": "return window;", "parent": 3, "children": [39], "start_point": {"row": 8, "column": 4}, "end_point": {"row": 8, "column": 18}}, {"id": 39, "type": "identifier", "text": "window", "parent": 38, "children": [], "start_point": {"row": 8, "column": 11}, "end_point": {"row": 8, "column": 17}}, {"id": 40, "type": "function_definition", "text": "void SlidingWindow_update(SlidingWindow *window, uint16_t seqence_nr){\n // If you receive a request number where Rn > Sb \n if(seqence_nr > window->sequence_base){\n window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr;\n window->sequence_base = seqence_nr;\n }\n}", "parent": null, "children": [41, 42], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 18, "column": 1}}, {"id": 41, "type": "primitive_type", "text": "void", "parent": 40, "children": [], "start_point": {"row": 12, "column": 0}, "end_point": {"row": 12, "column": 4}}, {"id": 42, "type": "function_declarator", "text": "SlidingWindow_update(SlidingWindow *window, uint16_t seqence_nr)", "parent": 40, "children": [43, 44], "start_point": {"row": 12, "column": 5}, "end_point": {"row": 12, "column": 69}}, {"id": 43, "type": "identifier", "text": "SlidingWindow_update", "parent": 42, "children": [], "start_point": {"row": 12, "column": 5}, "end_point": {"row": 12, "column": 25}}, {"id": 44, "type": "parameter_list", "text": "(SlidingWindow *window, uint16_t seqence_nr)", "parent": 42, "children": [45, 50], "start_point": {"row": 12, "column": 25}, "end_point": {"row": 12, "column": 69}}, {"id": 45, "type": "parameter_declaration", "text": "SlidingWindow *window", "parent": 44, "children": [46, 47], "start_point": {"row": 12, "column": 26}, "end_point": {"row": 12, "column": 47}}, {"id": 46, "type": "type_identifier", "text": "SlidingWindow", "parent": 45, "children": [], "start_point": {"row": 12, "column": 26}, "end_point": {"row": 12, "column": 39}}, {"id": 47, "type": "pointer_declarator", "text": "*window", "parent": 45, "children": [48, 49], "start_point": {"row": 12, "column": 40}, "end_point": {"row": 12, "column": 47}}, {"id": 48, "type": "*", "text": "*", "parent": 47, "children": [], "start_point": {"row": 12, "column": 40}, "end_point": {"row": 12, "column": 41}}, {"id": 49, "type": "identifier", "text": "window", "parent": 47, "children": [], "start_point": {"row": 12, "column": 41}, "end_point": {"row": 12, "column": 47}}, {"id": 50, "type": "parameter_declaration", "text": "uint16_t seqence_nr", "parent": 44, "children": [51, 52], "start_point": {"row": 12, "column": 49}, "end_point": {"row": 12, "column": 68}}, {"id": 51, "type": "primitive_type", "text": "uint16_t", "parent": 50, "children": [], "start_point": {"row": 12, "column": 49}, "end_point": {"row": 12, "column": 57}}, {"id": 52, "type": "identifier", "text": "seqence_nr", "parent": 50, "children": [], "start_point": {"row": 12, "column": 58}, "end_point": {"row": 12, "column": 68}}, {"id": 53, "type": "if_statement", "text": "if(seqence_nr > window->sequence_base){\n window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr;\n window->sequence_base = seqence_nr;\n }", "parent": 40, "children": [54], "start_point": {"row": 14, "column": 4}, "end_point": {"row": 17, "column": 5}}, {"id": 54, "type": "parenthesized_expression", "text": "(seqence_nr > window->sequence_base)", "parent": 53, "children": [55], "start_point": {"row": 14, "column": 6}, "end_point": {"row": 14, "column": 42}}, {"id": 55, "type": "binary_expression", "text": "seqence_nr > window->sequence_base", "parent": 54, "children": [56, 57, 58], "start_point": {"row": 14, "column": 7}, "end_point": {"row": 14, "column": 41}}, {"id": 56, "type": "identifier", "text": "seqence_nr", "parent": 55, "children": [], "start_point": {"row": 14, "column": 7}, "end_point": {"row": 14, "column": 17}}, {"id": 57, "type": ">", "text": ">", "parent": 55, "children": [], "start_point": {"row": 14, "column": 18}, "end_point": {"row": 14, "column": 19}}, {"id": 58, "type": "field_expression", "text": "window->sequence_base", "parent": 55, "children": [59, 60], "start_point": {"row": 14, "column": 20}, "end_point": {"row": 14, "column": 41}}, {"id": 59, "type": "identifier", "text": "window", "parent": 58, "children": [], "start_point": {"row": 14, "column": 20}, "end_point": {"row": 14, "column": 26}}, {"id": 60, "type": "field_identifier", "text": "sequence_base", "parent": 58, "children": [], "start_point": {"row": 14, "column": 28}, "end_point": {"row": 14, "column": 41}}, {"id": 61, "type": "assignment_expression", "text": "window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr", "parent": 53, "children": [62, 65, 66], "start_point": {"row": 15, "column": 8}, "end_point": {"row": 15, "column": 90}}, {"id": 62, "type": "field_expression", "text": "window->sequence_max", "parent": 61, "children": [63, 64], "start_point": {"row": 15, "column": 8}, "end_point": {"row": 15, "column": 28}}, {"id": 63, "type": "identifier", "text": "window", "parent": 62, "children": [], "start_point": {"row": 15, "column": 8}, "end_point": {"row": 15, "column": 14}}, {"id": 64, "type": "field_identifier", "text": "sequence_max", "parent": 62, "children": [], "start_point": {"row": 15, "column": 16}, "end_point": {"row": 15, "column": 28}}, {"id": 65, "type": "=", "text": "=", "parent": 61, "children": [], "start_point": {"row": 15, "column": 29}, "end_point": {"row": 15, "column": 30}}, {"id": 66, "type": "binary_expression", "text": "(window->sequence_max - window->sequence_base) + seqence_nr", "parent": 61, "children": [67, 76, 77], "start_point": {"row": 15, "column": 31}, "end_point": {"row": 15, "column": 90}}, {"id": 67, "type": "parenthesized_expression", "text": "(window->sequence_max - window->sequence_base)", "parent": 66, "children": [68], "start_point": {"row": 15, "column": 31}, "end_point": {"row": 15, "column": 77}}, {"id": 68, "type": "binary_expression", "text": "window->sequence_max - window->sequence_base", "parent": 67, "children": [69, 72, 73], "start_point": {"row": 15, "column": 32}, "end_point": {"row": 15, "column": 76}}, {"id": 69, "type": "field_expression", "text": "window->sequence_max", "parent": 68, "children": [70, 71], "start_point": {"row": 15, "column": 32}, "end_point": {"row": 15, "column": 52}}, {"id": 70, "type": "identifier", "text": "window", "parent": 69, "children": [], "start_point": {"row": 15, "column": 32}, "end_point": {"row": 15, "column": 38}}, {"id": 71, "type": "field_identifier", "text": "sequence_max", "parent": 69, "children": [], "start_point": {"row": 15, "column": 40}, "end_point": {"row": 15, "column": 52}}, {"id": 72, "type": "-", "text": "-", "parent": 68, "children": [], "start_point": {"row": 15, "column": 53}, "end_point": {"row": 15, "column": 54}}, {"id": 73, "type": "field_expression", "text": "window->sequence_base", "parent": 68, "children": [74, 75], "start_point": {"row": 15, "column": 55}, "end_point": {"row": 15, "column": 76}}, {"id": 74, "type": "identifier", "text": "window", "parent": 73, "children": [], "start_point": {"row": 15, "column": 55}, "end_point": {"row": 15, "column": 61}}, {"id": 75, "type": "field_identifier", "text": "sequence_base", "parent": 73, "children": [], "start_point": {"row": 15, "column": 63}, "end_point": {"row": 15, "column": 76}}, {"id": 76, "type": "+", "text": "+", "parent": 66, "children": [], "start_point": {"row": 15, "column": 78}, "end_point": {"row": 15, "column": 79}}, {"id": 77, "type": "identifier", "text": "seqence_nr", "parent": 66, "children": [], "start_point": {"row": 15, "column": 80}, "end_point": {"row": 15, "column": 90}}, {"id": 78, "type": "assignment_expression", "text": "window->sequence_base = seqence_nr", "parent": 53, "children": [79, 82, 83], "start_point": {"row": 16, "column": 8}, "end_point": {"row": 16, "column": 42}}, {"id": 79, "type": "field_expression", "text": "window->sequence_base", "parent": 78, "children": [80, 81], "start_point": {"row": 16, "column": 8}, "end_point": {"row": 16, "column": 29}}, {"id": 80, "type": "identifier", "text": "window", "parent": 79, "children": [], "start_point": {"row": 16, "column": 8}, "end_point": {"row": 16, "column": 14}}, {"id": 81, "type": "field_identifier", "text": "sequence_base", "parent": 79, "children": [], "start_point": {"row": 16, "column": 16}, "end_point": {"row": 16, "column": 29}}, {"id": 82, "type": "=", "text": "=", "parent": 78, "children": [], "start_point": {"row": 16, "column": 30}, "end_point": {"row": 16, "column": 31}}, {"id": 83, "type": "identifier", "text": "seqence_nr", "parent": 78, "children": [], "start_point": {"row": 16, "column": 32}, "end_point": {"row": 16, "column": 42}}]}, "node_categories": {"declarations": {"functions": [3, 5, 40, 42], "variables": [8, 11, 14, 45, 50], "classes": [], "imports": [0, 1], "modules": [], "enums": []}, "statements": {"expressions": [18, 24, 28, 33, 54, 55, 58, 62, 66, 67, 68, 69, 73, 79], "assignments": [17, 23, 32, 61, 78], "loops": [], "conditionals": [4, 6, 10, 13, 15, 16, 19, 20, 22, 25, 26, 29, 34, 35, 37, 39, 43, 46, 49, 52, 53, 56, 59, 60, 63, 64, 70, 71, 74, 75, 77, 80, 81, 83], "returns": [38], "exceptions": []}, "expressions": {"calls": [], "literals": [2, 31], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 3, "universal_type": "function", "name": "unknown", "text_snippet": "SlidingWindow SlidingWindow_create(uint16_t sequence_base, uint16_t window_size){\n SlidingWindow "}, {"node_id": 5, "universal_type": "function", "name": "unknown", "text_snippet": "SlidingWindow_create(uint16_t sequence_base, uint16_t window_size)"}, {"node_id": 40, "universal_type": "function", "name": "SlidingWindow_update", "text_snippet": "void SlidingWindow_update(SlidingWindow *window, uint16_t seqence_nr){\n // If you receive a reque"}, {"node_id": 42, "universal_type": "function", "name": "unknown", "text_snippet": "SlidingWindow_update(SlidingWindow *window, uint16_t seqence_nr)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include \"sliding_window.h\"\n"}, {"node_id": 1, "text": "#include"}]}, "original_source_code": "#include \"sliding_window.h\"\n\nSlidingWindow SlidingWindow_create(uint16_t sequence_base, uint16_t window_size){\n SlidingWindow window;\n window.sequence_base = sequence_base;\n window.sequence_max = window_size + 1;\n window.window_size = window_size;\n \n return window;\n}\n\n// Updates\nvoid SlidingWindow_update(SlidingWindow *window, uint16_t seqence_nr){\n // If you receive a request number where Rn > Sb \n if(seqence_nr > window->sequence_base){\n window->sequence_max = (window->sequence_max - window->sequence_base) + seqence_nr;\n window->sequence_base = seqence_nr;\n }\n}"}
| 291
|
c
|
/// @file system/diagnostics/file_version_info.h
#ifndef _file_version_info_h_
#define _file_version_info_h_
#include "fwd.h"
#include "system/string.h"
namespace System { namespace Diagnostics {
/// Provides information on file version.
/// Objects of this class should only be allocated using System::MakeObject() function.
/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults.
/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument.
class ASPOSECPP_SHARED_CLASS FileVersionInfo
{
public:
/// Gets file version info; not implemented.
/// @param fileName Path to file to get information for.
static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);
/// Gets product version field.
/// @return Product version string.
String ASPOSECPP_SHARED_API get_ProductVersion() const;
private:
/// File name.
String m_file_name;
/// Company name.
String m_company_name;
/// File description.
String m_file_description;
/// File version.
String m_file_version;
/// Internal name.
String m_internal_name;
/// Legal copyright.
String m_legal_copyright;
/// Original filename.
String m_original_filename;
/// Product name.
String m_product_name;
/// Product version.
String m_product_version;
/// Comments.
String m_comments;
/// Trademarks.
String m_legal_trademarks;
/// Private build information.
String m_private_build;
/// Special build information.
String m_special_build;
/// Language information.
String m_language;
/// Major file version.
int m_file_major;
/// Minor file version.
int m_file_minor;
/// File build number.
int m_file_build;
/// File private version.
int m_file_private;
/// Major product version.
int m_product_major;
/// Minor product version.
int m_product_minor;
/// Product build number.
int m_product_build;
/// Product private version
int m_product_private;
/// Flags.
int m_file_flags;
};
}}
#endif
| 30.8
| 70
|
(translation_unit) "/// @file system/diagnostics/file_version_info.h\n#ifndef _file_version_info_h_\n#define _file_version_info_h_\n\n#include "fwd.h"\n#include "system/string.h"\n\nnamespace System { namespace Diagnostics { \n\n/// Provides information on file version.\n/// Objects of this class should only be allocated using System::MakeObject() function.\n/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults.\n/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument.\nclass ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n};\n \n}}\n#endif\n"
(comment) "/// @file system/diagnostics/file_version_info.h"
(preproc_ifdef) "#ifndef _file_version_info_h_\n#define _file_version_info_h_\n\n#include "fwd.h"\n#include "system/string.h"\n\nnamespace System { namespace Diagnostics { \n\n/// Provides information on file version.\n/// Objects of this class should only be allocated using System::MakeObject() function.\n/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults.\n/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument.\nclass ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n};\n \n}}\n#endif"
(#ifndef) "#ifndef"
(identifier) "_file_version_info_h_"
(preproc_def) "#define _file_version_info_h_\n"
(#define) "#define"
(identifier) "_file_version_info_h_"
(preproc_include) "#include "fwd.h"\n"
(#include) "#include"
(string_literal) ""fwd.h""
(") """
(string_content) "fwd.h"
(") """
(preproc_include) "#include "system/string.h"\n"
(#include) "#include"
(string_literal) ""system/string.h""
(") """
(string_content) "system/string.h"
(") """
(function_definition) "namespace System { namespace Diagnostics { \n\n/// Provides information on file version.\n/// Objects of this class should only be allocated using System::MakeObject() function.\n/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults.\n/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument.\nclass ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n};\n \n}}"
(type_identifier) "namespace"
(identifier) "System"
(compound_statement) "{ namespace Diagnostics { \n\n/// Provides information on file version.\n/// Objects of this class should only be allocated using System::MakeObject() function.\n/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults.\n/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument.\nclass ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n};\n \n}}"
({) "{"
(function_definition) "namespace Diagnostics { \n\n/// Provides information on file version.\n/// Objects of this class should only be allocated using System::MakeObject() function.\n/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults.\n/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument.\nclass ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n};\n \n}"
(type_identifier) "namespace"
(identifier) "Diagnostics"
(compound_statement) "{ \n\n/// Provides information on file version.\n/// Objects of this class should only be allocated using System::MakeObject() function.\n/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults.\n/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument.\nclass ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n};\n \n}"
({) "{"
(comment) "/// Provides information on file version."
(comment) "/// Objects of this class should only be allocated using System::MakeObject() function."
(comment) "/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults."
(comment) "/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument."
(function_definition) "class ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n}"
(type_identifier) "class"
(identifier) "ASPOSECPP_SHARED_CLASS"
(ERROR) "FileVersionInfo"
(identifier) "FileVersionInfo"
(compound_statement) "{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n}"
({) "{"
(labeled_statement) "public:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);"
(statement_identifier) "public"
(:) ":"
(comment) "/// Gets file version info; not implemented."
(comment) "/// @param fileName Path to file to get information for."
(declaration) "static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);"
(storage_class_specifier) "static"
(static) "static"
(type_identifier) "ASPOSECPP_SHARED_API"
(ERROR) "SharedPtr<System::Diagnostics::FileVersionInfo>"
(identifier) "SharedPtr"
(<) "<"
(identifier) "System"
(:) ":"
(:) ":"
(identifier) "Diagnostics"
(:) ":"
(:) ":"
(identifier) "FileVersionInfo"
(>) ">"
(function_declarator) "GetVersionInfo(const String& fileName)"
(identifier) "GetVersionInfo"
(parameter_list) "(const String& fileName)"
(() "("
(parameter_declaration) "const String& fileName"
(type_qualifier) "const"
(const) "const"
(type_identifier) "String"
(ERROR) "&"
(&) "&"
(identifier) "fileName"
()) ")"
(;) ";"
(comment) "/// Gets product version field."
(comment) "/// @return Product version string."
(ERROR) "String ASPOSECPP_SHARED_API get_ProductVersion() const"
(type_identifier) "String"
(ERROR) "ASPOSECPP_SHARED_API"
(identifier) "ASPOSECPP_SHARED_API"
(function_declarator) "get_ProductVersion()"
(identifier) "get_ProductVersion"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(expression_statement) ";"
(;) ";"
(labeled_statement) "private:\n /// File name.\n String m_file_name;"
(statement_identifier) "private"
(:) ":"
(comment) "/// File name."
(declaration) "String m_file_name;"
(type_identifier) "String"
(identifier) "m_file_name"
(;) ";"
(comment) "/// Company name."
(declaration) "String m_company_name;"
(type_identifier) "String"
(identifier) "m_company_name"
(;) ";"
(comment) "/// File description."
(declaration) "String m_file_description;"
(type_identifier) "String"
(identifier) "m_file_description"
(;) ";"
(comment) "/// File version."
(declaration) "String m_file_version;"
(type_identifier) "String"
(identifier) "m_file_version"
(;) ";"
(comment) "/// Internal name."
(declaration) "String m_internal_name;"
(type_identifier) "String"
(identifier) "m_internal_name"
(;) ";"
(comment) "/// Legal copyright."
(declaration) "String m_legal_copyright;"
(type_identifier) "String"
(identifier) "m_legal_copyright"
(;) ";"
(comment) "/// Original filename."
(declaration) "String m_original_filename;"
(type_identifier) "String"
(identifier) "m_original_filename"
(;) ";"
(comment) "/// Product name."
(declaration) "String m_product_name;"
(type_identifier) "String"
(identifier) "m_product_name"
(;) ";"
(comment) "/// Product version."
(declaration) "String m_product_version;"
(type_identifier) "String"
(identifier) "m_product_version"
(;) ";"
(comment) "/// Comments."
(declaration) "String m_comments;"
(type_identifier) "String"
(identifier) "m_comments"
(;) ";"
(comment) "/// Trademarks."
(declaration) "String m_legal_trademarks;"
(type_identifier) "String"
(identifier) "m_legal_trademarks"
(;) ";"
(comment) "/// Private build information."
(declaration) "String m_private_build;"
(type_identifier) "String"
(identifier) "m_private_build"
(;) ";"
(comment) "/// Special build information."
(declaration) "String m_special_build;"
(type_identifier) "String"
(identifier) "m_special_build"
(;) ";"
(comment) "/// Language information."
(declaration) "String m_language;"
(type_identifier) "String"
(identifier) "m_language"
(;) ";"
(comment) "/// Major file version."
(declaration) "int m_file_major;"
(primitive_type) "int"
(identifier) "m_file_major"
(;) ";"
(comment) "/// Minor file version."
(declaration) "int m_file_minor;"
(primitive_type) "int"
(identifier) "m_file_minor"
(;) ";"
(comment) "/// File build number."
(declaration) "int m_file_build;"
(primitive_type) "int"
(identifier) "m_file_build"
(;) ";"
(comment) "/// File private version."
(declaration) "int m_file_private;"
(primitive_type) "int"
(identifier) "m_file_private"
(;) ";"
(comment) "/// Major product version."
(declaration) "int m_product_major;"
(primitive_type) "int"
(identifier) "m_product_major"
(;) ";"
(comment) "/// Minor product version."
(declaration) "int m_product_minor;"
(primitive_type) "int"
(identifier) "m_product_minor"
(;) ";"
(comment) "/// Product build number."
(declaration) "int m_product_build;"
(primitive_type) "int"
(identifier) "m_product_build"
(;) ";"
(comment) "/// Product private version"
(declaration) "int m_product_private;"
(primitive_type) "int"
(identifier) "m_product_private"
(;) ";"
(comment) "/// Flags."
(declaration) "int m_file_flags;"
(primitive_type) "int"
(identifier) "m_file_flags"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
(}) "}"
(}) "}"
(#endif) "#endif"
| 213
| 5
|
{"language": "c", "success": true, "metadata": {"lines": 70, "avg_line_length": 30.8, "nodes": 116, "errors": 0, "source_hash": "d593f31ca5785360f38d16bdbf89ca4654d02946bc6e9aa7e0be6ab04637ff13", "categorized_nodes": 95}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef _file_version_info_h_\n#define _file_version_info_h_\n\n#include \"fwd.h\"\n#include \"system/string.h\"\n\nnamespace System { namespace Diagnostics { \n\n/// Provides information on file version.\n/// Objects of this class should only be allocated using System::MakeObject() function.\n/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults.\n/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument.\nclass ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n};\n \n}}\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 115], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 74, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 7}}, {"id": 2, "type": "identifier", "text": "_file_version_info_h_", "parent": 0, "children": [], "start_point": {"row": 1, "column": 8}, "end_point": {"row": 1, "column": 29}}, {"id": 3, "type": "preproc_def", "text": "#define _file_version_info_h_\n", "parent": 0, "children": [4, 5], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 3, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 2, "column": 7}}, {"id": 5, "type": "identifier", "text": "_file_version_info_h_", "parent": 3, "children": [], "start_point": {"row": 2, "column": 8}, "end_point": {"row": 2, "column": 29}}, {"id": 6, "type": "preproc_include", "text": "#include \"fwd.h\"\n", "parent": 0, "children": [7, 8], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 5, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 4, "column": 0}, "end_point": {"row": 4, "column": 8}}, {"id": 8, "type": "string_literal", "text": "\"fwd.h\"", "parent": 6, "children": [], "start_point": {"row": 4, "column": 9}, "end_point": {"row": 4, "column": 16}}, {"id": 9, "type": "preproc_include", "text": "#include \"system/string.h\"\n", "parent": 0, "children": [10, 11], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 6, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"system/string.h\"", "parent": 9, "children": [], "start_point": {"row": 5, "column": 9}, "end_point": {"row": 5, "column": 26}}, {"id": 12, "type": "function_definition", "text": "namespace System { namespace Diagnostics { \n\n/// Provides information on file version.\n/// Objects of this class should only be allocated using System::MakeObject() function.\n/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults.\n/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument.\nclass ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n};\n \n}}", "parent": 0, "children": [13, 14], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 73, "column": 2}}, {"id": 13, "type": "type_identifier", "text": "namespace", "parent": 12, "children": [], "start_point": {"row": 7, "column": 0}, "end_point": {"row": 7, "column": 9}}, {"id": 14, "type": "identifier", "text": "System", "parent": 12, "children": [], "start_point": {"row": 7, "column": 10}, "end_point": {"row": 7, "column": 16}}, {"id": 15, "type": "function_definition", "text": "namespace Diagnostics { \n\n/// Provides information on file version.\n/// Objects of this class should only be allocated using System::MakeObject() function.\n/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults.\n/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument.\nclass ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n};\n \n}", "parent": 12, "children": [16, 17], "start_point": {"row": 7, "column": 19}, "end_point": {"row": 73, "column": 1}}, {"id": 16, "type": "type_identifier", "text": "namespace", "parent": 15, "children": [], "start_point": {"row": 7, "column": 19}, "end_point": {"row": 7, "column": 28}}, {"id": 17, "type": "identifier", "text": "Diagnostics", "parent": 15, "children": [], "start_point": {"row": 7, "column": 29}, "end_point": {"row": 7, "column": 40}}, {"id": 18, "type": "function_definition", "text": "class ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n}", "parent": 15, "children": [19, 20], "start_point": {"row": 13, "column": 0}, "end_point": {"row": 71, "column": 1}}, {"id": 19, "type": "identifier", "text": "ASPOSECPP_SHARED_CLASS", "parent": 18, "children": [], "start_point": {"row": 13, "column": 6}, "end_point": {"row": 13, "column": 28}}, {"id": 20, "type": "ERROR", "text": "FileVersionInfo", "parent": 18, "children": [21], "start_point": {"row": 13, "column": 29}, "end_point": {"row": 13, "column": 44}}, {"id": 21, "type": "identifier", "text": "FileVersionInfo", "parent": 20, "children": [], "start_point": {"row": 13, "column": 29}, "end_point": {"row": 13, "column": 44}}, {"id": 22, "type": "labeled_statement", "text": "public:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);", "parent": 18, "children": [23], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 18, "column": 119}}, {"id": 23, "type": "declaration", "text": "static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);", "parent": 22, "children": [24, 25, 32], "start_point": {"row": 18, "column": 4}, "end_point": {"row": 18, "column": 119}}, {"id": 24, "type": "type_identifier", "text": "ASPOSECPP_SHARED_API", "parent": 23, "children": [], "start_point": {"row": 18, "column": 11}, "end_point": {"row": 18, "column": 31}}, {"id": 25, "type": "ERROR", "text": "SharedPtr<System::Diagnostics::FileVersionInfo>", "parent": 23, "children": [26, 27, 28, 29, 30, 31], "start_point": {"row": 18, "column": 32}, "end_point": {"row": 18, "column": 79}}, {"id": 26, "type": "identifier", "text": "SharedPtr", "parent": 25, "children": [], "start_point": {"row": 18, "column": 32}, "end_point": {"row": 18, "column": 41}}, {"id": 27, "type": "<", "text": "<", "parent": 25, "children": [], "start_point": {"row": 18, "column": 41}, "end_point": {"row": 18, "column": 42}}, {"id": 28, "type": "identifier", "text": "System", "parent": 25, "children": [], "start_point": {"row": 18, "column": 42}, "end_point": {"row": 18, "column": 48}}, {"id": 29, "type": "identifier", "text": "Diagnostics", "parent": 25, "children": [], "start_point": {"row": 18, "column": 50}, "end_point": {"row": 18, "column": 61}}, {"id": 30, "type": "identifier", "text": "FileVersionInfo", "parent": 25, "children": [], "start_point": {"row": 18, "column": 63}, "end_point": {"row": 18, "column": 78}}, {"id": 31, "type": ">", "text": ">", "parent": 25, "children": [], "start_point": {"row": 18, "column": 78}, "end_point": {"row": 18, "column": 79}}, {"id": 32, "type": "function_declarator", "text": "GetVersionInfo(const String& fileName)", "parent": 23, "children": [33, 34], "start_point": {"row": 18, "column": 80}, "end_point": {"row": 18, "column": 118}}, {"id": 33, "type": "identifier", "text": "GetVersionInfo", "parent": 32, "children": [], "start_point": {"row": 18, "column": 80}, "end_point": {"row": 18, "column": 94}}, {"id": 34, "type": "parameter_list", "text": "(const String& fileName)", "parent": 32, "children": [35], "start_point": {"row": 18, "column": 94}, "end_point": {"row": 18, "column": 118}}, {"id": 35, "type": "parameter_declaration", "text": "const String& fileName", "parent": 34, "children": [36, 37], "start_point": {"row": 18, "column": 95}, "end_point": {"row": 18, "column": 117}}, {"id": 36, "type": "type_identifier", "text": "String", "parent": 35, "children": [], "start_point": {"row": 18, "column": 101}, "end_point": {"row": 18, "column": 107}}, {"id": 37, "type": "identifier", "text": "fileName", "parent": 35, "children": [], "start_point": {"row": 18, "column": 109}, "end_point": {"row": 18, "column": 117}}, {"id": 38, "type": "ERROR", "text": "String ASPOSECPP_SHARED_API get_ProductVersion() const", "parent": 18, "children": [39, 40, 42], "start_point": {"row": 21, "column": 4}, "end_point": {"row": 21, "column": 58}}, {"id": 39, "type": "type_identifier", "text": "String", "parent": 38, "children": [], "start_point": {"row": 21, "column": 4}, "end_point": {"row": 21, "column": 10}}, {"id": 40, "type": "ERROR", "text": "ASPOSECPP_SHARED_API", "parent": 38, "children": [41], "start_point": {"row": 21, "column": 11}, "end_point": {"row": 21, "column": 31}}, {"id": 41, "type": "identifier", "text": "ASPOSECPP_SHARED_API", "parent": 40, "children": [], "start_point": {"row": 21, "column": 11}, "end_point": {"row": 21, "column": 31}}, {"id": 42, "type": "function_declarator", "text": "get_ProductVersion()", "parent": 38, "children": [43, 44], "start_point": {"row": 21, "column": 32}, "end_point": {"row": 21, "column": 52}}, {"id": 43, "type": "identifier", "text": "get_ProductVersion", "parent": 42, "children": [], "start_point": {"row": 21, "column": 32}, "end_point": {"row": 21, "column": 50}}, {"id": 44, "type": "parameter_list", "text": "()", "parent": 42, "children": [], "start_point": {"row": 21, "column": 50}, "end_point": {"row": 21, "column": 52}}, {"id": 45, "type": "labeled_statement", "text": "private:\n /// File name.\n String m_file_name;", "parent": 18, "children": [46], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 25, "column": 23}}, {"id": 46, "type": "declaration", "text": "String m_file_name;", "parent": 45, "children": [47, 48], "start_point": {"row": 25, "column": 4}, "end_point": {"row": 25, "column": 23}}, {"id": 47, "type": "type_identifier", "text": "String", "parent": 46, "children": [], "start_point": {"row": 25, "column": 4}, "end_point": {"row": 25, "column": 10}}, {"id": 48, "type": "identifier", "text": "m_file_name", "parent": 46, "children": [], "start_point": {"row": 25, "column": 11}, "end_point": {"row": 25, "column": 22}}, {"id": 49, "type": "declaration", "text": "String m_company_name;", "parent": 18, "children": [50, 51], "start_point": {"row": 27, "column": 4}, "end_point": {"row": 27, "column": 26}}, {"id": 50, "type": "type_identifier", "text": "String", "parent": 49, "children": [], "start_point": {"row": 27, "column": 4}, "end_point": {"row": 27, "column": 10}}, {"id": 51, "type": "identifier", "text": "m_company_name", "parent": 49, "children": [], "start_point": {"row": 27, "column": 11}, "end_point": {"row": 27, "column": 25}}, {"id": 52, "type": "declaration", "text": "String m_file_description;", "parent": 18, "children": [53, 54], "start_point": {"row": 29, "column": 4}, "end_point": {"row": 29, "column": 30}}, {"id": 53, "type": "type_identifier", "text": "String", "parent": 52, "children": [], "start_point": {"row": 29, "column": 4}, "end_point": {"row": 29, "column": 10}}, {"id": 54, "type": "identifier", "text": "m_file_description", "parent": 52, "children": [], "start_point": {"row": 29, "column": 11}, "end_point": {"row": 29, "column": 29}}, {"id": 55, "type": "declaration", "text": "String m_file_version;", "parent": 18, "children": [56, 57], "start_point": {"row": 31, "column": 4}, "end_point": {"row": 31, "column": 26}}, {"id": 56, "type": "type_identifier", "text": "String", "parent": 55, "children": [], "start_point": {"row": 31, "column": 4}, "end_point": {"row": 31, "column": 10}}, {"id": 57, "type": "identifier", "text": "m_file_version", "parent": 55, "children": [], "start_point": {"row": 31, "column": 11}, "end_point": {"row": 31, "column": 25}}, {"id": 58, "type": "declaration", "text": "String m_internal_name;", "parent": 18, "children": [59, 60], "start_point": {"row": 33, "column": 4}, "end_point": {"row": 33, "column": 27}}, {"id": 59, "type": "type_identifier", "text": "String", "parent": 58, "children": [], "start_point": {"row": 33, "column": 4}, "end_point": {"row": 33, "column": 10}}, {"id": 60, "type": "identifier", "text": "m_internal_name", "parent": 58, "children": [], "start_point": {"row": 33, "column": 11}, "end_point": {"row": 33, "column": 26}}, {"id": 61, "type": "declaration", "text": "String m_legal_copyright;", "parent": 18, "children": [62, 63], "start_point": {"row": 35, "column": 4}, "end_point": {"row": 35, "column": 29}}, {"id": 62, "type": "type_identifier", "text": "String", "parent": 61, "children": [], "start_point": {"row": 35, "column": 4}, "end_point": {"row": 35, "column": 10}}, {"id": 63, "type": "identifier", "text": "m_legal_copyright", "parent": 61, "children": [], "start_point": {"row": 35, "column": 11}, "end_point": {"row": 35, "column": 28}}, {"id": 64, "type": "declaration", "text": "String m_original_filename;", "parent": 18, "children": [65, 66], "start_point": {"row": 37, "column": 4}, "end_point": {"row": 37, "column": 31}}, {"id": 65, "type": "type_identifier", "text": "String", "parent": 64, "children": [], "start_point": {"row": 37, "column": 4}, "end_point": {"row": 37, "column": 10}}, {"id": 66, "type": "identifier", "text": "m_original_filename", "parent": 64, "children": [], "start_point": {"row": 37, "column": 11}, "end_point": {"row": 37, "column": 30}}, {"id": 67, "type": "declaration", "text": "String m_product_name;", "parent": 18, "children": [68, 69], "start_point": {"row": 39, "column": 4}, "end_point": {"row": 39, "column": 26}}, {"id": 68, "type": "type_identifier", "text": "String", "parent": 67, "children": [], "start_point": {"row": 39, "column": 4}, "end_point": {"row": 39, "column": 10}}, {"id": 69, "type": "identifier", "text": "m_product_name", "parent": 67, "children": [], "start_point": {"row": 39, "column": 11}, "end_point": {"row": 39, "column": 25}}, {"id": 70, "type": "declaration", "text": "String m_product_version;", "parent": 18, "children": [71, 72], "start_point": {"row": 41, "column": 4}, "end_point": {"row": 41, "column": 29}}, {"id": 71, "type": "type_identifier", "text": "String", "parent": 70, "children": [], "start_point": {"row": 41, "column": 4}, "end_point": {"row": 41, "column": 10}}, {"id": 72, "type": "identifier", "text": "m_product_version", "parent": 70, "children": [], "start_point": {"row": 41, "column": 11}, "end_point": {"row": 41, "column": 28}}, {"id": 73, "type": "declaration", "text": "String m_comments;", "parent": 18, "children": [74, 75], "start_point": {"row": 43, "column": 4}, "end_point": {"row": 43, "column": 22}}, {"id": 74, "type": "type_identifier", "text": "String", "parent": 73, "children": [], "start_point": {"row": 43, "column": 4}, "end_point": {"row": 43, "column": 10}}, {"id": 75, "type": "identifier", "text": "m_comments", "parent": 73, "children": [], "start_point": {"row": 43, "column": 11}, "end_point": {"row": 43, "column": 21}}, {"id": 76, "type": "declaration", "text": "String m_legal_trademarks;", "parent": 18, "children": [77, 78], "start_point": {"row": 45, "column": 4}, "end_point": {"row": 45, "column": 30}}, {"id": 77, "type": "type_identifier", "text": "String", "parent": 76, "children": [], "start_point": {"row": 45, "column": 4}, "end_point": {"row": 45, "column": 10}}, {"id": 78, "type": "identifier", "text": "m_legal_trademarks", "parent": 76, "children": [], "start_point": {"row": 45, "column": 11}, "end_point": {"row": 45, "column": 29}}, {"id": 79, "type": "declaration", "text": "String m_private_build;", "parent": 18, "children": [80, 81], "start_point": {"row": 47, "column": 4}, "end_point": {"row": 47, "column": 27}}, {"id": 80, "type": "type_identifier", "text": "String", "parent": 79, "children": [], "start_point": {"row": 47, "column": 4}, "end_point": {"row": 47, "column": 10}}, {"id": 81, "type": "identifier", "text": "m_private_build", "parent": 79, "children": [], "start_point": {"row": 47, "column": 11}, "end_point": {"row": 47, "column": 26}}, {"id": 82, "type": "declaration", "text": "String m_special_build;", "parent": 18, "children": [83, 84], "start_point": {"row": 49, "column": 4}, "end_point": {"row": 49, "column": 27}}, {"id": 83, "type": "type_identifier", "text": "String", "parent": 82, "children": [], "start_point": {"row": 49, "column": 4}, "end_point": {"row": 49, "column": 10}}, {"id": 84, "type": "identifier", "text": "m_special_build", "parent": 82, "children": [], "start_point": {"row": 49, "column": 11}, "end_point": {"row": 49, "column": 26}}, {"id": 85, "type": "declaration", "text": "String m_language;", "parent": 18, "children": [86, 87], "start_point": {"row": 51, "column": 4}, "end_point": {"row": 51, "column": 22}}, {"id": 86, "type": "type_identifier", "text": "String", "parent": 85, "children": [], "start_point": {"row": 51, "column": 4}, "end_point": {"row": 51, "column": 10}}, {"id": 87, "type": "identifier", "text": "m_language", "parent": 85, "children": [], "start_point": {"row": 51, "column": 11}, "end_point": {"row": 51, "column": 21}}, {"id": 88, "type": "declaration", "text": "int m_file_major;", "parent": 18, "children": [89, 90], "start_point": {"row": 53, "column": 4}, "end_point": {"row": 53, "column": 21}}, {"id": 89, "type": "primitive_type", "text": "int", "parent": 88, "children": [], "start_point": {"row": 53, "column": 4}, "end_point": {"row": 53, "column": 7}}, {"id": 90, "type": "identifier", "text": "m_file_major", "parent": 88, "children": [], "start_point": {"row": 53, "column": 8}, "end_point": {"row": 53, "column": 20}}, {"id": 91, "type": "declaration", "text": "int m_file_minor;", "parent": 18, "children": [92, 93], "start_point": {"row": 55, "column": 4}, "end_point": {"row": 55, "column": 21}}, {"id": 92, "type": "primitive_type", "text": "int", "parent": 91, "children": [], "start_point": {"row": 55, "column": 4}, "end_point": {"row": 55, "column": 7}}, {"id": 93, "type": "identifier", "text": "m_file_minor", "parent": 91, "children": [], "start_point": {"row": 55, "column": 8}, "end_point": {"row": 55, "column": 20}}, {"id": 94, "type": "declaration", "text": "int m_file_build;", "parent": 18, "children": [95, 96], "start_point": {"row": 57, "column": 4}, "end_point": {"row": 57, "column": 21}}, {"id": 95, "type": 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{"node_id": 32, "universal_type": "function", "name": "unknown", "text_snippet": "GetVersionInfo(const String& fileName)"}, {"node_id": 42, "universal_type": "function", "name": "unknown", "text_snippet": "get_ProductVersion()"}], "class_declarations": [], "import_statements": [{"node_id": 6, "text": "#include \"fwd.h\"\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"system/string.h\"\n"}, {"node_id": 10, "text": "#include"}]}, "original_source_code": "/// @file system/diagnostics/file_version_info.h\n#ifndef _file_version_info_h_\n#define _file_version_info_h_\n\n#include \"fwd.h\"\n#include \"system/string.h\"\n\nnamespace System { namespace Diagnostics { \n\n/// Provides information on file version.\n/// Objects of this class should only be allocated using System::MakeObject() function.\n/// Never create instance of this type on stack or using operator new, as it will result in runtime errors and/or assertion faults.\n/// Always wrap this class into System::SmartPtr pointer and use this pointer to pass it to functions as argument.\nclass ASPOSECPP_SHARED_CLASS FileVersionInfo\n{\npublic:\n /// Gets file version info; not implemented.\n /// @param fileName Path to file to get information for.\n static ASPOSECPP_SHARED_API SharedPtr<System::Diagnostics::FileVersionInfo> GetVersionInfo(const String& fileName);\n /// Gets product version field.\n /// @return Product version string.\n String ASPOSECPP_SHARED_API get_ProductVersion() const;\n\nprivate:\n /// File name.\n String m_file_name;\n /// Company name.\n String m_company_name;\n /// File description.\n String m_file_description;\n /// File version.\n String m_file_version;\n /// Internal name.\n String m_internal_name;\n /// Legal copyright.\n String m_legal_copyright;\n /// Original filename.\n String m_original_filename;\n /// Product name.\n String m_product_name;\n /// Product version.\n String m_product_version;\n /// Comments.\n String m_comments;\n /// Trademarks.\n String m_legal_trademarks;\n /// Private build information.\n String m_private_build;\n /// Special build information.\n String m_special_build;\n /// Language information.\n String m_language;\n /// Major file version.\n int m_file_major;\n /// Minor file version.\n int m_file_minor;\n /// File build number.\n int m_file_build;\n /// File private version.\n int m_file_private;\n /// Major product version.\n int m_product_major;\n /// Minor product version.\n int m_product_minor;\n /// Product build number.\n int m_product_build;\n /// Product private version\n int m_product_private;\n /// Flags.\n int m_file_flags;\n\n};\n \n}}\n#endif\n"}
| 292
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c
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/* This file is part of VoltDB.
* Copyright (C) 2019 VoltDB Inc.
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU Affero General Public License as
* published by the Free Software Foundation, either version 3 of the
* License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Affero General Public License for more details.
*
* You should have received a copy of the GNU Affero General Public License
* along with VoltDB. If not, see <http://www.gnu.org/licenses/>.
*/
#ifndef VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_
#define VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_
#include "stdint.h"
#include "common/HiddenColumn.h"
#include "common/TupleSchema.h"
namespace voltdb {
/**
* Very basic hidden column filter which currently only can skip a single column at a specific index
*/
class HiddenColumnFilter {
public:
// Values must match those also in java enum HiddenColumnFilterType
enum Type : uint8_t {
ALL = 0,
NONE = 1,
EXCLUDE_MIGRATE = 2
};
inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {
uint8_t skip;
uint8_t reduceCount = 0;
switch (type) {
case ALL:
return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);
break;
case EXCLUDE_MIGRATE:
skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);
reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;
break;
default:
vassert(false);
/* no break */
case NONE:
skip = TupleSchema::UNSET_HIDDEN_COLUMN;
}
uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;
return HiddenColumnFilter(skip, hiddenCount);
}
inline bool include(uint16_t index) const {
return index != m_skip && m_hiddenCount;
}
inline const uint8_t getHiddenColumnCount() const {
return m_hiddenCount;
}
private:
HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}
const uint8_t m_skip;
const uint8_t m_hiddenCount;
};
}
#endif /* VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_ */
| 35.82
| 66
|
(translation_unit) "/* This file is part of VoltDB.\n * Copyright (C) 2019 VoltDB Inc.\n *\n * This program is free software: you can redistribute it and/or modify\n * it under the terms of the GNU Affero General Public License as\n * published by the Free Software Foundation, either version 3 of the\n * License, or (at your option) any later version.\n *\n * This program is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n * GNU Affero General Public License for more details.\n *\n * You should have received a copy of the GNU Affero General Public License\n * along with VoltDB. If not, see <http://www.gnu.org/licenses/>.\n */\n\n#ifndef VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_\n#define VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_\n\n#include "stdint.h"\n#include "common/HiddenColumn.h"\n#include "common/TupleSchema.h"\n\nnamespace voltdb {\n\n/**\n * Very basic hidden column filter which currently only can skip a single column at a specific index\n */\nclass HiddenColumnFilter {\npublic:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };\n\n inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }\n\n inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }\n\n inline const uint8_t getHiddenColumnCount() const {\n return m_hiddenCount;\n }\n\nprivate:\n HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;\n const uint8_t m_hiddenCount;\n};\n\n}\n\n#endif /* VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_ */\n"
(comment) "/* This file is part of VoltDB.\n * Copyright (C) 2019 VoltDB Inc.\n *\n * This program is free software: you can redistribute it and/or modify\n * it under the terms of the GNU Affero General Public License as\n * published by the Free Software Foundation, either version 3 of the\n * License, or (at your option) any later version.\n *\n * This program is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n * GNU Affero General Public License for more details.\n *\n * You should have received a copy of the GNU Affero General Public License\n * along with VoltDB. If not, see <http://www.gnu.org/licenses/>.\n */"
(preproc_ifdef) "#ifndef VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_\n#define VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_\n\n#include "stdint.h"\n#include "common/HiddenColumn.h"\n#include "common/TupleSchema.h"\n\nnamespace voltdb {\n\n/**\n * Very basic hidden column filter which currently only can skip a single column at a specific index\n */\nclass HiddenColumnFilter {\npublic:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };\n\n inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }\n\n inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }\n\n inline const uint8_t getHiddenColumnCount() const {\n return m_hiddenCount;\n }\n\nprivate:\n HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;\n const uint8_t m_hiddenCount;\n};\n\n}\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_"
(preproc_def) "#define VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_\n"
(#define) "#define"
(identifier) "VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_"
(preproc_include) "#include "stdint.h"\n"
(#include) "#include"
(string_literal) ""stdint.h""
(") """
(string_content) "stdint.h"
(") """
(preproc_include) "#include "common/HiddenColumn.h"\n"
(#include) "#include"
(string_literal) ""common/HiddenColumn.h""
(") """
(string_content) "common/HiddenColumn.h"
(") """
(preproc_include) "#include "common/TupleSchema.h"\n"
(#include) "#include"
(string_literal) ""common/TupleSchema.h""
(") """
(string_content) "common/TupleSchema.h"
(") """
(function_definition) "namespace voltdb {\n\n/**\n * Very basic hidden column filter which currently only can skip a single column at a specific index\n */\nclass HiddenColumnFilter {\npublic:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };\n\n inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }\n\n inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }\n\n inline const uint8_t getHiddenColumnCount() const {\n return m_hiddenCount;\n }\n\nprivate:\n HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;\n const uint8_t m_hiddenCount;\n};\n\n}"
(type_identifier) "namespace"
(identifier) "voltdb"
(compound_statement) "{\n\n/**\n * Very basic hidden column filter which currently only can skip a single column at a specific index\n */\nclass HiddenColumnFilter {\npublic:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };\n\n inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }\n\n inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }\n\n inline const uint8_t getHiddenColumnCount() const {\n return m_hiddenCount;\n }\n\nprivate:\n HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;\n const uint8_t m_hiddenCount;\n};\n\n}"
({) "{"
(comment) "/**\n * Very basic hidden column filter which currently only can skip a single column at a specific index\n */"
(function_definition) "class HiddenColumnFilter {\npublic:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };\n\n inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }\n\n inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }\n\n inline const uint8_t getHiddenColumnCount() const {\n return m_hiddenCount;\n }\n\nprivate:\n HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;\n const uint8_t m_hiddenCount;\n}"
(type_identifier) "class"
(identifier) "HiddenColumnFilter"
(compound_statement) "{\npublic:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };\n\n inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }\n\n inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }\n\n inline const uint8_t getHiddenColumnCount() const {\n return m_hiddenCount;\n }\n\nprivate:\n HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;\n const uint8_t m_hiddenCount;\n}"
({) "{"
(labeled_statement) "public:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };"
(statement_identifier) "public"
(:) ":"
(comment) "// Values must match those also in java enum HiddenColumnFilterType"
(declaration) "enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };"
(enum_specifier) "enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n }"
(enum) "enum"
(type_identifier) "Type"
(:) ":"
(primitive_type) "uint8_t"
(enumerator_list) "{\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n }"
({) "{"
(enumerator) "ALL = 0"
(identifier) "ALL"
(=) "="
(number_literal) "0"
(,) ","
(enumerator) "NONE = 1"
(identifier) "NONE"
(=) "="
(number_literal) "1"
(,) ","
(enumerator) "EXCLUDE_MIGRATE = 2"
(identifier) "EXCLUDE_MIGRATE"
(=) "="
(number_literal) "2"
(}) "}"
(identifier) ""
(;) ";"
(function_definition) "inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }"
(storage_class_specifier) "inline"
(inline) "inline"
(storage_class_specifier) "static"
(static) "static"
(type_qualifier) "const"
(const) "const"
(type_identifier) "HiddenColumnFilter"
(function_declarator) "create(Type type, const TupleSchema *schema)"
(identifier) "create"
(parameter_list) "(Type type, const TupleSchema *schema)"
(() "("
(parameter_declaration) "Type type"
(type_identifier) "Type"
(identifier) "type"
(,) ","
(parameter_declaration) "const TupleSchema *schema"
(type_qualifier) "const"
(const) "const"
(type_identifier) "TupleSchema"
(pointer_declarator) "*schema"
(*) "*"
(identifier) "schema"
()) ")"
(compound_statement) "{\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }"
({) "{"
(declaration) "uint8_t skip;"
(primitive_type) "uint8_t"
(identifier) "skip"
(;) ";"
(declaration) "uint8_t reduceCount = 0;"
(primitive_type) "uint8_t"
(init_declarator) "reduceCount = 0"
(identifier) "reduceCount"
(=) "="
(number_literal) "0"
(;) ";"
(switch_statement) "switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }"
(switch) "switch"
(parenthesized_expression) "(type)"
(() "("
(identifier) "type"
()) ")"
(compound_statement) "{\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }"
({) "{"
(case_statement) "case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;"
(case) "case"
(identifier) "ALL"
(:) ":"
(return_statement) "return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);"
(return) "return"
(call_expression) "HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0)"
(identifier) "HiddenColumnFilter"
(argument_list) "(TupleSchema::UNSET_HIDDEN_COLUMN, 0)"
(() "("
(ERROR) "TupleSchema::"
(identifier) "TupleSchema"
(:) ":"
(:) ":"
(identifier) "UNSET_HIDDEN_COLUMN"
(,) ","
(number_literal) "0"
()) ")"
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;"
(case) "case"
(identifier) "EXCLUDE_MIGRATE"
(:) ":"
(expression_statement) "skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);"
(assignment_expression) "skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN)"
(identifier) "skip"
(=) "="
(call_expression) "schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN)"
(field_expression) "schema->getHiddenColumnIndex"
(identifier) "schema"
(->) "->"
(field_identifier) "getHiddenColumnIndex"
(argument_list) "(HiddenColumn::MIGRATE_TXN)"
(() "("
(identifier) "HiddenColumn"
(ERROR) "::MIGRATE_TXN"
(:) ":"
(:) ":"
(identifier) "MIGRATE_TXN"
()) ")"
(;) ";"
(expression_statement) "reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;"
(assignment_expression) "reduceCount = skip != TupleSchema"
(identifier) "reduceCount"
(=) "="
(binary_expression) "skip != TupleSchema"
(identifier) "skip"
(!=) "!="
(identifier) "TupleSchema"
(ERROR) "::UNSET_HIDDEN_COLUMN"
(:) ":"
(:) ":"
(identifier) "UNSET_HIDDEN_COLUMN"
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(case_statement) "default:\n vassert(false);"
(default) "default"
(:) ":"
(expression_statement) "vassert(false);"
(call_expression) "vassert(false)"
(identifier) "vassert"
(argument_list) "(false)"
(() "("
(false) "false"
()) ")"
(;) ";"
(comment) "/* no break */"
(case_statement) "case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;"
(case) "case"
(identifier) "NONE"
(:) ":"
(ERROR) "skip = TupleSchema::"
(assignment_expression) "skip = TupleSchema"
(identifier) "skip"
(=) "="
(identifier) "TupleSchema"
(:) ":"
(:) ":"
(expression_statement) "UNSET_HIDDEN_COLUMN;"
(identifier) "UNSET_HIDDEN_COLUMN"
(;) ";"
(}) "}"
(declaration) "uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;"
(primitive_type) "uint8_t"
(init_declarator) "hiddenCount = schema->hiddenColumnCount() - reduceCount"
(identifier) "hiddenCount"
(=) "="
(binary_expression) "schema->hiddenColumnCount() - reduceCount"
(call_expression) "schema->hiddenColumnCount()"
(field_expression) "schema->hiddenColumnCount"
(identifier) "schema"
(->) "->"
(field_identifier) "hiddenColumnCount"
(argument_list) "()"
(() "("
()) ")"
(-) "-"
(identifier) "reduceCount"
(;) ";"
(return_statement) "return HiddenColumnFilter(skip, hiddenCount);"
(return) "return"
(call_expression) "HiddenColumnFilter(skip, hiddenCount)"
(identifier) "HiddenColumnFilter"
(argument_list) "(skip, hiddenCount)"
(() "("
(identifier) "skip"
(,) ","
(identifier) "hiddenCount"
()) ")"
(;) ";"
(}) "}"
(function_definition) "inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }"
(storage_class_specifier) "inline"
(inline) "inline"
(primitive_type) "bool"
(function_declarator) "include(uint16_t index) const"
(identifier) "include"
(parameter_list) "(uint16_t index)"
(() "("
(parameter_declaration) "uint16_t index"
(primitive_type) "uint16_t"
(identifier) "index"
()) ")"
(identifier) "const"
(compound_statement) "{\n return index != m_skip && m_hiddenCount;\n }"
({) "{"
(return_statement) "return index != m_skip && m_hiddenCount;"
(return) "return"
(binary_expression) "index != m_skip && m_hiddenCount"
(binary_expression) "index != m_skip"
(identifier) "index"
(!=) "!="
(identifier) "m_skip"
(&&) "&&"
(identifier) "m_hiddenCount"
(;) ";"
(}) "}"
(ERROR) "inline const uint8_t getHiddenColumnCount() const"
(storage_class_specifier) "inline"
(inline) "inline"
(type_qualifier) "const"
(const) "const"
(primitive_type) "uint8_t"
(function_declarator) "getHiddenColumnCount()"
(identifier) "getHiddenColumnCount"
(parameter_list) "()"
(() "("
()) ")"
(type_qualifier) "const"
(const) "const"
(compound_statement) "{\n return m_hiddenCount;\n }"
({) "{"
(return_statement) "return m_hiddenCount;"
(return) "return"
(identifier) "m_hiddenCount"
(;) ";"
(}) "}"
(labeled_statement) "private:\n HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;"
(statement_identifier) "private"
(:) ":"
(declaration) "HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;"
(macro_type_specifier) "HiddenColumnFilter(uint8_t"
(identifier) "HiddenColumnFilter"
(() "("
(type_descriptor) "uint8_t"
(primitive_type) "uint8_t"
()) ""
(identifier) "skip"
(,) ","
(ERROR) "uint8_t hiddenCount) :"
(identifier) "uint8_t"
(identifier) "hiddenCount"
()) ")"
(:) ":"
(function_declarator) "m_skip(skip)"
(identifier) "m_skip"
(parameter_list) "(skip)"
(() "("
(parameter_declaration) "skip"
(type_identifier) "skip"
()) ")"
(,) ","
(ERROR) "m_hiddenCount(hiddenCount) {}\n\n const uint8_t"
(function_declarator) "m_hiddenCount(hiddenCount)"
(identifier) "m_hiddenCount"
(parameter_list) "(hiddenCount)"
(() "("
(parameter_declaration) "hiddenCount"
(type_identifier) "hiddenCount"
()) ")"
({) "{"
(}) "}"
(const) "const"
(primitive_type) "uint8_t"
(identifier) "m_skip"
(;) ";"
(declaration) "const uint8_t m_hiddenCount;"
(type_qualifier) "const"
(const) "const"
(primitive_type) "uint8_t"
(identifier) "m_hiddenCount"
(;) ";"
(}) "}"
(expression_statement) ";"
(;) ";"
(}) "}"
(#endif) "#endif"
(comment) "/* VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_ */"
| 324
| 7
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{"language": "c", "success": true, "metadata": {"lines": 66, "avg_line_length": 35.82, "nodes": 194, "errors": 0, "source_hash": "dafff3e8ada86359a62b17d797098f4030302562779c4650db88681c16d21471", "categorized_nodes": 137}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_\n#define VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_\n\n#include \"stdint.h\"\n#include \"common/HiddenColumn.h\"\n#include \"common/TupleSchema.h\"\n\nnamespace voltdb {\n\n/**\n * Very basic hidden column filter which currently only can skip a single column at a specific index\n */\nclass HiddenColumnFilter {\npublic:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };\n\n inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }\n\n inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }\n\n inline const uint8_t getHiddenColumnCount() const {\n return m_hiddenCount;\n }\n\nprivate:\n HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;\n const uint8_t m_hiddenCount;\n};\n\n}\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 9, 12, 15, 193], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 78, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 17, "column": 0}, "end_point": {"row": 17, "column": 7}}, {"id": 2, "type": "identifier", "text": "VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_", "parent": 0, "children": [], "start_point": {"row": 17, "column": 8}, "end_point": {"row": 17, "column": 46}}, {"id": 3, "type": "preproc_def", "text": "#define VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_\n", "parent": 0, "children": [4, 5], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 7}}, {"id": 5, "type": "identifier", "text": "VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_", "parent": 3, "children": [], "start_point": {"row": 18, "column": 8}, "end_point": {"row": 18, "column": 46}}, {"id": 6, "type": "preproc_include", "text": "#include \"stdint.h\"\n", "parent": 0, "children": [7, 8], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 21, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 8}}, {"id": 8, "type": "string_literal", "text": "\"stdint.h\"", "parent": 6, "children": [], "start_point": {"row": 20, "column": 9}, "end_point": {"row": 20, "column": 19}}, {"id": 9, "type": "preproc_include", "text": "#include \"common/HiddenColumn.h\"\n", "parent": 0, "children": [10, 11], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 22, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 8}}, {"id": 11, "type": "string_literal", "text": "\"common/HiddenColumn.h\"", "parent": 9, "children": [], "start_point": {"row": 21, "column": 9}, "end_point": {"row": 21, "column": 32}}, {"id": 12, "type": "preproc_include", "text": "#include \"common/TupleSchema.h\"\n", "parent": 0, "children": [13, 14], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 23, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 22, "column": 8}}, {"id": 14, "type": "string_literal", "text": "\"common/TupleSchema.h\"", "parent": 12, "children": [], "start_point": {"row": 22, "column": 9}, "end_point": {"row": 22, "column": 31}}, {"id": 15, "type": "function_definition", "text": "namespace voltdb {\n\n/**\n * Very basic hidden column filter which currently only can skip a single column at a specific index\n */\nclass HiddenColumnFilter {\npublic:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };\n\n inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }\n\n inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }\n\n inline const uint8_t getHiddenColumnCount() const {\n return m_hiddenCount;\n }\n\nprivate:\n HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;\n const uint8_t m_hiddenCount;\n};\n\n}", "parent": 0, "children": [16, 17], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 76, "column": 1}}, {"id": 16, "type": "type_identifier", "text": "namespace", "parent": 15, "children": [], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 24, "column": 9}}, {"id": 17, "type": "identifier", "text": "voltdb", "parent": 15, "children": [], "start_point": {"row": 24, "column": 10}, "end_point": {"row": 24, "column": 16}}, {"id": 18, "type": "function_definition", "text": "class HiddenColumnFilter {\npublic:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };\n\n inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }\n\n inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }\n\n inline const uint8_t getHiddenColumnCount() const {\n return m_hiddenCount;\n }\n\nprivate:\n HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;\n const uint8_t m_hiddenCount;\n}", "parent": 15, "children": [19], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 74, "column": 1}}, {"id": 19, "type": "identifier", "text": "HiddenColumnFilter", "parent": 18, "children": [], "start_point": {"row": 29, "column": 6}, "end_point": {"row": 29, "column": 24}}, {"id": 20, "type": "labeled_statement", "text": "public:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };", "parent": 18, "children": [21], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 36, "column": 6}}, {"id": 21, "type": "declaration", "text": "enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };", "parent": 20, "children": [22, 39], "start_point": {"row": 32, "column": 4}, "end_point": {"row": 36, "column": 6}}, {"id": 22, "type": "enum_specifier", "text": "enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n }", "parent": 21, "children": [23, 24, 25, 26], "start_point": {"row": 32, "column": 4}, "end_point": {"row": 36, "column": 5}}, {"id": 23, "type": "enum", "text": "enum", "parent": 22, "children": [], "start_point": {"row": 32, "column": 4}, "end_point": {"row": 32, "column": 8}}, {"id": 24, "type": "type_identifier", "text": "Type", "parent": 22, "children": [], "start_point": {"row": 32, "column": 9}, "end_point": {"row": 32, "column": 13}}, {"id": 25, "type": "primitive_type", "text": "uint8_t", "parent": 22, "children": [], "start_point": {"row": 32, "column": 16}, "end_point": {"row": 32, "column": 23}}, {"id": 26, "type": "enumerator_list", "text": "{\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n }", "parent": 22, "children": [27, 31, 35], "start_point": {"row": 32, "column": 24}, "end_point": {"row": 36, "column": 5}}, {"id": 27, "type": "enumerator", "text": "ALL = 0", "parent": 26, "children": [28, 29, 30], "start_point": {"row": 33, "column": 8}, "end_point": {"row": 33, "column": 15}}, {"id": 28, "type": "identifier", "text": "ALL", "parent": 27, "children": [], "start_point": {"row": 33, "column": 8}, "end_point": {"row": 33, "column": 11}}, {"id": 29, "type": "=", "text": "=", "parent": 27, "children": [], "start_point": {"row": 33, "column": 12}, "end_point": {"row": 33, "column": 13}}, {"id": 30, "type": "number_literal", "text": "0", "parent": 27, "children": [], "start_point": {"row": 33, "column": 14}, "end_point": {"row": 33, "column": 15}}, {"id": 31, "type": "enumerator", "text": "NONE = 1", "parent": 26, "children": [32, 33, 34], "start_point": {"row": 34, "column": 8}, "end_point": {"row": 34, "column": 16}}, {"id": 32, "type": "identifier", "text": "NONE", "parent": 31, "children": [], "start_point": {"row": 34, "column": 8}, "end_point": {"row": 34, "column": 12}}, {"id": 33, "type": "=", "text": "=", "parent": 31, "children": [], "start_point": {"row": 34, "column": 13}, "end_point": {"row": 34, "column": 14}}, {"id": 34, "type": "number_literal", "text": "1", "parent": 31, "children": [], "start_point": {"row": 34, "column": 15}, "end_point": {"row": 34, "column": 16}}, {"id": 35, "type": "enumerator", "text": "EXCLUDE_MIGRATE = 2", "parent": 26, "children": [36, 37, 38], "start_point": {"row": 35, "column": 8}, "end_point": {"row": 35, "column": 27}}, {"id": 36, "type": "identifier", "text": "EXCLUDE_MIGRATE", "parent": 35, "children": [], "start_point": {"row": 35, "column": 8}, "end_point": {"row": 35, "column": 23}}, {"id": 37, "type": "=", "text": "=", "parent": 35, "children": [], "start_point": {"row": 35, "column": 24}, "end_point": {"row": 35, "column": 25}}, {"id": 38, "type": "number_literal", "text": "2", "parent": 35, "children": [], "start_point": {"row": 35, "column": 26}, "end_point": {"row": 35, "column": 27}}, {"id": 39, "type": "identifier", "text": "", "parent": 21, "children": [], "start_point": {"row": 36, "column": 5}, "end_point": {"row": 36, "column": 5}}, {"id": 40, "type": "function_definition", "text": "inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }", "parent": 18, "children": [41, 43, 44], "start_point": {"row": 38, "column": 4}, "end_point": {"row": 59, "column": 5}}, {"id": 41, "type": "storage_class_specifier", "text": "inline", "parent": 40, "children": [42], "start_point": {"row": 38, "column": 4}, "end_point": {"row": 38, "column": 10}}, {"id": 42, "type": "inline", "text": "inline", "parent": 41, "children": [], "start_point": {"row": 38, "column": 4}, "end_point": {"row": 38, "column": 10}}, {"id": 43, "type": "type_identifier", "text": "HiddenColumnFilter", "parent": 40, "children": [], "start_point": {"row": 38, "column": 24}, "end_point": {"row": 38, "column": 42}}, {"id": 44, "type": "function_declarator", "text": "create(Type type, const TupleSchema *schema)", "parent": 40, "children": [45, 46], "start_point": {"row": 38, "column": 43}, "end_point": {"row": 38, "column": 87}}, {"id": 45, "type": "identifier", "text": "create", "parent": 44, "children": [], "start_point": {"row": 38, "column": 43}, "end_point": {"row": 38, "column": 49}}, {"id": 46, "type": "parameter_list", "text": "(Type type, const TupleSchema *schema)", "parent": 44, "children": [47, 50], "start_point": {"row": 38, "column": 49}, "end_point": {"row": 38, "column": 87}}, {"id": 47, "type": "parameter_declaration", "text": "Type type", "parent": 46, "children": [48, 49], "start_point": {"row": 38, "column": 50}, "end_point": {"row": 38, "column": 59}}, {"id": 48, "type": "type_identifier", "text": "Type", "parent": 47, "children": [], "start_point": {"row": 38, "column": 50}, "end_point": {"row": 38, "column": 54}}, {"id": 49, "type": "identifier", "text": "type", "parent": 47, "children": [], "start_point": {"row": 38, "column": 55}, "end_point": {"row": 38, "column": 59}}, {"id": 50, "type": "parameter_declaration", "text": "const TupleSchema *schema", "parent": 46, "children": [51, 52], "start_point": {"row": 38, "column": 61}, "end_point": {"row": 38, "column": 86}}, {"id": 51, "type": "type_identifier", "text": "TupleSchema", "parent": 50, "children": [], "start_point": {"row": 38, "column": 67}, "end_point": {"row": 38, "column": 78}}, {"id": 52, "type": "pointer_declarator", "text": "*schema", "parent": 50, "children": [53, 54], "start_point": {"row": 38, "column": 79}, "end_point": {"row": 38, "column": 86}}, {"id": 53, "type": "*", "text": "*", "parent": 52, "children": [], "start_point": {"row": 38, "column": 79}, "end_point": {"row": 38, "column": 80}}, {"id": 54, "type": "identifier", "text": "schema", "parent": 52, "children": [], "start_point": {"row": 38, "column": 80}, "end_point": {"row": 38, "column": 86}}, {"id": 55, "type": "declaration", "text": "uint8_t skip;", "parent": 40, "children": [56, 57], "start_point": {"row": 39, "column": 8}, "end_point": {"row": 39, "column": 21}}, {"id": 56, "type": "primitive_type", "text": "uint8_t", "parent": 55, "children": [], "start_point": {"row": 39, "column": 8}, "end_point": {"row": 39, "column": 15}}, {"id": 57, "type": "identifier", "text": "skip", "parent": 55, "children": [], "start_point": {"row": 39, "column": 16}, "end_point": {"row": 39, "column": 20}}, {"id": 58, "type": "declaration", "text": "uint8_t reduceCount = 0;", "parent": 40, "children": [59, 60], "start_point": {"row": 40, "column": 8}, "end_point": {"row": 40, "column": 32}}, {"id": 59, "type": "primitive_type", "text": "uint8_t", "parent": 58, "children": [], "start_point": {"row": 40, "column": 8}, "end_point": {"row": 40, "column": 15}}, {"id": 60, "type": "init_declarator", "text": "reduceCount = 0", "parent": 58, "children": [61, 62, 63], "start_point": {"row": 40, "column": 16}, "end_point": {"row": 40, "column": 31}}, {"id": 61, "type": "identifier", "text": "reduceCount", "parent": 60, "children": [], "start_point": {"row": 40, "column": 16}, "end_point": {"row": 40, "column": 27}}, {"id": 62, "type": "=", "text": "=", "parent": 60, "children": [], "start_point": {"row": 40, "column": 28}, "end_point": {"row": 40, "column": 29}}, {"id": 63, "type": "number_literal", "text": "0", "parent": 60, "children": [], "start_point": {"row": 40, "column": 30}, "end_point": {"row": 40, "column": 31}}, {"id": 64, "type": "switch_statement", "text": "switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }", "parent": 40, "children": [65, 66], "start_point": {"row": 42, "column": 8}, "end_point": {"row": 55, "column": 9}}, {"id": 65, "type": "switch", "text": "switch", "parent": 64, "children": [], "start_point": {"row": 42, "column": 8}, "end_point": {"row": 42, "column": 14}}, {"id": 66, "type": "parenthesized_expression", "text": "(type)", "parent": 64, "children": [67], "start_point": {"row": 42, "column": 15}, "end_point": {"row": 42, "column": 21}}, {"id": 67, "type": "identifier", "text": "type", "parent": 66, "children": [], "start_point": {"row": 42, "column": 16}, "end_point": {"row": 42, "column": 20}}, {"id": 68, "type": "case_statement", "text": "case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;", "parent": 64, "children": [69, 70, 71, 79], "start_point": {"row": 43, "column": 8}, "end_point": {"row": 45, "column": 18}}, {"id": 69, "type": "case", "text": "case", "parent": 68, "children": [], "start_point": {"row": 43, "column": 8}, "end_point": {"row": 43, "column": 12}}, {"id": 70, "type": "identifier", "text": "ALL", "parent": 68, "children": [], "start_point": {"row": 43, "column": 13}, "end_point": {"row": 43, "column": 16}}, {"id": 71, "type": "return_statement", "text": "return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);", "parent": 68, 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"children": [116], "start_point": {"row": 54, "column": 12}, "end_point": {"row": 54, "column": 32}}, {"id": 116, "type": "assignment_expression", "text": "skip = TupleSchema", "parent": 115, "children": [117, 118, 119], "start_point": {"row": 54, "column": 12}, "end_point": {"row": 54, "column": 30}}, {"id": 117, "type": "identifier", "text": "skip", "parent": 116, "children": [], "start_point": {"row": 54, "column": 12}, "end_point": {"row": 54, "column": 16}}, {"id": 118, "type": "=", "text": "=", "parent": 116, "children": [], "start_point": {"row": 54, "column": 17}, "end_point": {"row": 54, "column": 18}}, {"id": 119, "type": "identifier", "text": "TupleSchema", "parent": 116, "children": [], "start_point": {"row": 54, "column": 19}, "end_point": {"row": 54, "column": 30}}, {"id": 120, "type": "identifier", "text": "UNSET_HIDDEN_COLUMN", "parent": 112, "children": [], "start_point": {"row": 54, "column": 32}, "end_point": {"row": 54, "column": 51}}, {"id": 121, "type": "declaration", "text": "uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;", "parent": 40, "children": [122, 123], "start_point": {"row": 57, "column": 8}, "end_point": {"row": 57, "column": 72}}, {"id": 122, "type": "primitive_type", "text": "uint8_t", "parent": 121, "children": [], "start_point": {"row": 57, "column": 8}, "end_point": {"row": 57, "column": 15}}, {"id": 123, "type": "init_declarator", "text": "hiddenCount = schema->hiddenColumnCount() - reduceCount", "parent": 121, "children": [124, 125, 126], "start_point": {"row": 57, "column": 16}, "end_point": {"row": 57, "column": 71}}, {"id": 124, "type": "identifier", "text": "hiddenCount", "parent": 123, "children": [], "start_point": {"row": 57, "column": 16}, "end_point": {"row": 57, "column": 27}}, {"id": 125, "type": "=", "text": "=", "parent": 123, "children": [], "start_point": {"row": 57, "column": 28}, "end_point": {"row": 57, "column": 29}}, {"id": 126, "type": "binary_expression", "text": 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"universal_type": "function", "name": "unknown", "text_snippet": "inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_"}, {"node_id": 44, "universal_type": "function", "name": "unknown", "text_snippet": "create(Type type, const TupleSchema *schema)"}, {"node_id": 140, "universal_type": "function", "name": "include", "text_snippet": "inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }"}, {"node_id": 144, "universal_type": "function", "name": "unknown", "text_snippet": "include(uint16_t index) const"}, {"node_id": 162, "universal_type": "function", "name": "unknown", "text_snippet": "getHiddenColumnCount()"}, {"node_id": 177, "universal_type": "function", "name": "unknown", "text_snippet": "m_skip(skip)"}, {"node_id": 183, "universal_type": "function", "name": "unknown", "text_snippet": "m_hiddenCount(hiddenCount)"}], "class_declarations": [{"node_id": 41, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 141, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 159, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}], "import_statements": [{"node_id": 6, "text": "#include \"stdint.h\"\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include \"common/HiddenColumn.h\"\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include \"common/TupleSchema.h\"\n"}, {"node_id": 13, "text": "#include"}]}, "original_source_code": "/* This file is part of VoltDB.\n * Copyright (C) 2019 VoltDB Inc.\n *\n * This program is free software: you can redistribute it and/or modify\n * it under the terms of the GNU Affero General Public License as\n * published by the Free Software Foundation, either version 3 of the\n * License, or (at your option) any later version.\n *\n * This program is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the\n * GNU Affero General Public License for more details.\n *\n * You should have received a copy of the GNU Affero General Public License\n * along with VoltDB. If not, see <http://www.gnu.org/licenses/>.\n */\n\n#ifndef VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_\n#define VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_\n\n#include \"stdint.h\"\n#include \"common/HiddenColumn.h\"\n#include \"common/TupleSchema.h\"\n\nnamespace voltdb {\n\n/**\n * Very basic hidden column filter which currently only can skip a single column at a specific index\n */\nclass HiddenColumnFilter {\npublic:\n // Values must match those also in java enum HiddenColumnFilterType\n enum Type : uint8_t {\n ALL = 0,\n NONE = 1,\n EXCLUDE_MIGRATE = 2\n };\n\n inline static const HiddenColumnFilter create(Type type, const TupleSchema *schema) {\n uint8_t skip;\n uint8_t reduceCount = 0;\n\n switch (type) {\n case ALL:\n return HiddenColumnFilter(TupleSchema::UNSET_HIDDEN_COLUMN, 0);\n break;\n case EXCLUDE_MIGRATE:\n skip = schema->getHiddenColumnIndex(HiddenColumn::MIGRATE_TXN);\n reduceCount = skip != TupleSchema::UNSET_HIDDEN_COLUMN;\n break;\n default:\n vassert(false);\n /* no break */\n case NONE:\n skip = TupleSchema::UNSET_HIDDEN_COLUMN;\n }\n\n uint8_t hiddenCount = schema->hiddenColumnCount() - reduceCount;\n return HiddenColumnFilter(skip, hiddenCount);\n }\n\n inline bool include(uint16_t index) const {\n return index != m_skip && m_hiddenCount;\n }\n\n inline const uint8_t getHiddenColumnCount() const {\n return m_hiddenCount;\n }\n\nprivate:\n HiddenColumnFilter(uint8_t skip, uint8_t hiddenCount) : m_skip(skip), m_hiddenCount(hiddenCount) {}\n\n const uint8_t m_skip;\n const uint8_t m_hiddenCount;\n};\n\n}\n\n#endif /* VOLTDB_EE_COMMON_HIDDENCOLUMNFILTER_H_ */\n"}
| 293
|
c
|
/**********************************************************************
*
* GEOS - Geometry Engine Open Source
* http://geos.osgeo.org
*
* Copyright (C) 2020 <NAME> <<EMAIL>>
*
* This is free software; you can redistribute and/or modify it under
* the terms of the GNU Lesser General Public Licence as published
* by the Free Software Foundation.
* See the COPYING file for more information.
*
**********************************************************************/
#pragma once
#include <geos/export.h>
#include <geos/operation/overlayng/InputGeometry.h>
#include <geos/operation/overlayng/OverlayNG.h>
#include <geos/geom/Location.h>
#include <geos/geom/LineString.h>
#include <vector>
// Forward declarations
namespace geos {
namespace geom {
class GeometryFactory;
class LineString;
}
namespace operation {
namespace overlayng {
class OverlayEdge;
class OverlayGraph;
class OverlayLabel;
class InputGeometry;
}
}
}
namespace geos { // geos.
namespace operation { // geos.operation
namespace overlayng { // geos.operation.overlayng
/**
* Finds and builds overlay result lines from the overlay graph.
* Output linework has the following semantics:
*
* - Linework is fully noded
* - Lines are as long as possible between nodes
*
* Various strategies are possible for how to
* merge graph edges into lines.
* This implementation uses the approach
* of having output lines run contiguously from node to node.
* For rings a node point is chosen arbitrarily.
*
* Another possible strategy would be to preserve input linework
* as far as possible (i.e. any sections of input lines which are not
* coincident with other linework would be preserved).
*
* It would also be possible to output LinearRings,
* if the input is a LinearRing and is unchanged.
* This will require additional info from the input linework.
*
* @author <NAME>
*/
class GEOS_DLL LineBuilder {
private:
// Members
OverlayGraph* graph;
int opCode;
const geom::GeometryFactory* geometryFactory;
bool hasResultArea;
int inputAreaIndex;
std::vector<std::unique_ptr<geom::LineString>> lines;
/**
* Indicates whether intersections are allowed to produce
* heterogeneous results including proper boundary touches.
* This does not control inclusion of touches along collapses.
* True provides the original JTS semantics.
*/
bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;
/**
* Allow lines created by area topology collapses
* to appear in the result.
* True provides the original JTS semantics.
*/
bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;
void markResultLines();
/**
* Checks if the topology indicated by an edge label
* determines that this edge should be part of a result line.
*
* Note that the logic here relies on the semantic
* that for intersection lines are only returned if
* there is no result area components.
*/
bool isResultLine(const OverlayLabel* lbl) const;
/**
* Determines the effective location for a line,
* for the purpose of overlay operation evaluation.
* Line edges and Collapses are reported as INTERIOR
* so they may be included in the result
* if warranted by the effect of the operation
* on the two edges.
* (For instance, the intersection of line edge and a collapsed boundary
* is included in the result).
*/
geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;
void addResultLines();
void addResultLinesMerged();
std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);
void addResultLinesForNodes();
/**
* Adds lines which form rings (i.e. have only degree-2 vertices).
*/
void addResultLinesRings();
/**
* Traverses edges from edgeStart which
* lie in a single line (have degree = 2).
*
* The direction of the linework is preserved as far as possible.
* Specifically, the direction of the line is determined
* by the start edge direction. This implies
* that if all edges are reversed, the created line
* will be reversed to match.
* (Other more complex strategies would be possible.
* E.g. using the direction of the majority of segments,
* or preferring the direction of the A edges.)
*/
std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);
/*
* Finds the next edge around a node which forms
* part of a result line.
*/
OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;
/**
* Computes the degree of the line edges incident on a node
*/
int degreeOfLines(OverlayEdge* node) const;
public:
LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)
: graph(p_graph)
, opCode(p_opCode)
, geometryFactory(geomFact)
, hasResultArea(p_hasResultArea)
, inputAreaIndex(inputGeom->getAreaIndex())
, isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)
, isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)
{}
LineBuilder(const LineBuilder&) = delete;
LineBuilder& operator=(const LineBuilder&) = delete;
std::vector<std::unique_ptr<geom::LineString>> getLines();
void setStrictMode(bool p_isStrictResultMode)
{
isAllowCollapseLines = ! p_isStrictResultMode;
isAllowMixedResult = ! p_isStrictResultMode;
}
};
} // namespace geos.operation.overlayng
} // namespace geos.operation
} // namespace geos
| 33.97
| 160
|
(translation_unit) "/**********************************************************************\n *\n * GEOS - Geometry Engine Open Source\n * http://geos.osgeo.org\n *\n * Copyright (C) 2020 <NAME> <<EMAIL>>\n *\n * This is free software; you can redistribute and/or modify it under\n * the terms of the GNU Lesser General Public Licence as published\n * by the Free Software Foundation.\n * See the COPYING file for more information.\n *\n **********************************************************************/\n\n#pragma once\n\n#include <geos/export.h>\n\n#include <geos/operation/overlayng/InputGeometry.h>\n#include <geos/operation/overlayng/OverlayNG.h>\n#include <geos/geom/Location.h>\n#include <geos/geom/LineString.h>\n\n#include <vector>\n\n\n// Forward declarations\nnamespace geos {\nnamespace geom {\nclass GeometryFactory;\nclass LineString;\n}\nnamespace operation {\nnamespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry;\n}\n}\n}\n\nnamespace geos { // geos.\nnamespace operation { // geos.operation\nnamespace overlayng { // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */\nclass GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n};\n\n\n} // namespace geos.operation.overlayng\n} // namespace geos.operation\n} // namespace geos\n\n"
(comment) "/**********************************************************************\n *\n * GEOS - Geometry Engine Open Source\n * http://geos.osgeo.org\n *\n * Copyright (C) 2020 <NAME> <<EMAIL>>\n *\n * This is free software; you can redistribute and/or modify it under\n * the terms of the GNU Lesser General Public Licence as published\n * by the Free Software Foundation.\n * See the COPYING file for more information.\n *\n **********************************************************************/"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(preproc_include) "#include <geos/export.h>\n"
(#include) "#include"
(system_lib_string) "<geos/export.h>"
(preproc_include) "#include <geos/operation/overlayng/InputGeometry.h>\n"
(#include) "#include"
(system_lib_string) "<geos/operation/overlayng/InputGeometry.h>"
(preproc_include) "#include <geos/operation/overlayng/OverlayNG.h>\n"
(#include) "#include"
(system_lib_string) "<geos/operation/overlayng/OverlayNG.h>"
(preproc_include) "#include <geos/geom/Location.h>\n"
(#include) "#include"
(system_lib_string) "<geos/geom/Location.h>"
(preproc_include) "#include <geos/geom/LineString.h>\n"
(#include) "#include"
(system_lib_string) "<geos/geom/LineString.h>"
(preproc_include) "#include <vector>\n"
(#include) "#include"
(system_lib_string) "<vector>"
(comment) "// Forward declarations"
(function_definition) "namespace geos {\nnamespace geom {\nclass GeometryFactory;\nclass LineString;\n}\nnamespace operation {\nnamespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry;\n}\n}\n}"
(type_identifier) "namespace"
(identifier) "geos"
(compound_statement) "{\nnamespace geom {\nclass GeometryFactory;\nclass LineString;\n}\nnamespace operation {\nnamespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry;\n}\n}\n}"
({) "{"
(function_definition) "namespace geom {\nclass GeometryFactory;\nclass LineString;\n}"
(type_identifier) "namespace"
(identifier) "geom"
(compound_statement) "{\nclass GeometryFactory;\nclass LineString;\n}"
({) "{"
(declaration) "class GeometryFactory;"
(type_identifier) "class"
(identifier) "GeometryFactory"
(;) ";"
(declaration) "class LineString;"
(type_identifier) "class"
(identifier) "LineString"
(;) ";"
(}) "}"
(function_definition) "namespace operation {\nnamespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry;\n}\n}"
(type_identifier) "namespace"
(identifier) "operation"
(compound_statement) "{\nnamespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry;\n}\n}"
({) "{"
(function_definition) "namespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry;\n}"
(type_identifier) "namespace"
(identifier) "overlayng"
(compound_statement) "{\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry;\n}"
({) "{"
(declaration) "class OverlayEdge;"
(type_identifier) "class"
(identifier) "OverlayEdge"
(;) ";"
(declaration) "class OverlayGraph;"
(type_identifier) "class"
(identifier) "OverlayGraph"
(;) ";"
(declaration) "class OverlayLabel;"
(type_identifier) "class"
(identifier) "OverlayLabel"
(;) ";"
(declaration) "class InputGeometry;"
(type_identifier) "class"
(identifier) "InputGeometry"
(;) ";"
(}) "}"
(}) "}"
(}) "}"
(function_definition) "namespace geos { // geos.\nnamespace operation { // geos.operation\nnamespace overlayng { // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */\nclass GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n};\n\n\n} // namespace geos.operation.overlayng\n} // namespace geos.operation\n}"
(type_identifier) "namespace"
(identifier) "geos"
(compound_statement) "{ // geos.\nnamespace operation { // geos.operation\nnamespace overlayng { // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */\nclass GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n};\n\n\n} // namespace geos.operation.overlayng\n} // namespace geos.operation\n}"
({) "{"
(comment) "// geos."
(function_definition) "namespace operation { // geos.operation\nnamespace overlayng { // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */\nclass GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n};\n\n\n} // namespace geos.operation.overlayng\n}"
(type_identifier) "namespace"
(identifier) "operation"
(compound_statement) "{ // geos.operation\nnamespace overlayng { // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */\nclass GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n};\n\n\n} // namespace geos.operation.overlayng\n}"
({) "{"
(comment) "// geos.operation"
(function_definition) "namespace overlayng { // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */\nclass GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n};\n\n\n}"
(type_identifier) "namespace"
(identifier) "overlayng"
(compound_statement) "{ // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */\nclass GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n};\n\n\n}"
({) "{"
(comment) "// geos.operation.overlayng"
(comment) "/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */"
(function_definition) "class GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n}"
(type_identifier) "class"
(ERROR) "GEOS_DLL"
(identifier) "GEOS_DLL"
(identifier) "LineBuilder"
(compound_statement) "{\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n}"
({) "{"
(labeled_statement) "private:\n\n // Members\n OverlayGraph* graph;"
(statement_identifier) "private"
(:) ":"
(comment) "// Members"
(declaration) "OverlayGraph* graph;"
(type_identifier) "OverlayGraph"
(pointer_declarator) "* graph"
(*) "*"
(identifier) "graph"
(;) ";"
(declaration) "int opCode;"
(primitive_type) "int"
(identifier) "opCode"
(;) ";"
(declaration) "const geom::GeometryFactory* geometryFactory;"
(type_qualifier) "const"
(const) "const"
(type_identifier) "geom"
(ERROR) "::GeometryFactory"
(:) ":"
(:) ":"
(identifier) "GeometryFactory"
(pointer_declarator) "* geometryFactory"
(*) "*"
(identifier) "geometryFactory"
(;) ";"
(declaration) "bool hasResultArea;"
(primitive_type) "bool"
(identifier) "hasResultArea"
(;) ";"
(declaration) "int inputAreaIndex;"
(primitive_type) "int"
(identifier) "inputAreaIndex"
(;) ";"
(labeled_statement) "std::vector<std::unique_ptr<geom::LineString>> lines;"
(statement_identifier) "std"
(ERROR) "::vector<std::unique_ptr<geom:"
(:) ":"
(:) ":"
(binary_expression) "vector<std"
(identifier) "vector"
(<) "<"
(identifier) "std"
(:) ":"
(:) ":"
(binary_expression) "unique_ptr<geom"
(identifier) "unique_ptr"
(<) "<"
(identifier) "geom"
(:) ":"
(:) ":"
(expression_statement) "LineString>> lines;"
(binary_expression) "LineString>> lines"
(identifier) "LineString"
(>>) ">>"
(identifier) "lines"
(;) ";"
(comment) "/**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */"
(declaration) "bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;"
(primitive_type) "bool"
(init_declarator) "isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT"
(identifier) "isAllowMixedResult"
(=) "="
(ERROR) "! OverlayNG::"
(unary_expression) "! OverlayNG"
(!) "!"
(identifier) "OverlayNG"
(:) ":"
(:) ":"
(identifier) "STRICT_MODE_DEFAULT"
(;) ";"
(comment) "/**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */"
(declaration) "bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;"
(primitive_type) "bool"
(init_declarator) "isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT"
(identifier) "isAllowCollapseLines"
(=) "="
(ERROR) "! OverlayNG::"
(unary_expression) "! OverlayNG"
(!) "!"
(identifier) "OverlayNG"
(:) ":"
(:) ":"
(identifier) "STRICT_MODE_DEFAULT"
(;) ";"
(declaration) "void markResultLines();"
(primitive_type) "void"
(function_declarator) "markResultLines()"
(identifier) "markResultLines"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */"
(ERROR) "bool isResultLine(const OverlayLabel* lbl) const"
(primitive_type) "bool"
(function_declarator) "isResultLine(const OverlayLabel* lbl) const"
(identifier) "isResultLine"
(parameter_list) "(const OverlayLabel* lbl)"
(() "("
(parameter_declaration) "const OverlayLabel* lbl"
(type_qualifier) "const"
(const) "const"
(type_identifier) "OverlayLabel"
(pointer_declarator) "* lbl"
(*) "*"
(identifier) "lbl"
()) ")"
(identifier) "const"
(expression_statement) ";"
(;) ";"
(comment) "/**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */"
(labeled_statement) "geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;"
(statement_identifier) "geom"
(:) ":"
(ERROR) ":Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const"
(:) ":"
(type_identifier) "Location"
(function_declarator) "effectiveLocation(const OverlayLabel* lbl, int geomIndex) const"
(identifier) "effectiveLocation"
(parameter_list) "(const OverlayLabel* lbl, int geomIndex)"
(() "("
(parameter_declaration) "const OverlayLabel* lbl"
(type_qualifier) "const"
(const) "const"
(type_identifier) "OverlayLabel"
(pointer_declarator) "* lbl"
(*) "*"
(identifier) "lbl"
(,) ","
(parameter_declaration) "int geomIndex"
(primitive_type) "int"
(identifier) "geomIndex"
()) ")"
(identifier) "const"
(expression_statement) ";"
(;) ";"
(declaration) "void addResultLines();"
(primitive_type) "void"
(function_declarator) "addResultLines()"
(identifier) "addResultLines"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(declaration) "void addResultLinesMerged();"
(primitive_type) "void"
(function_declarator) "addResultLinesMerged()"
(identifier) "addResultLinesMerged"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(labeled_statement) "std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);"
(statement_identifier) "std"
(ERROR) "::unique_ptr<geom:"
(:) ":"
(:) ":"
(binary_expression) "unique_ptr<geom"
(identifier) "unique_ptr"
(<) "<"
(identifier) "geom"
(:) ":"
(:) ":"
(expression_statement) "LineString> toLine(OverlayEdge* edge);"
(binary_expression) "LineString> toLine(OverlayEdge* edge)"
(identifier) "LineString"
(>) ">"
(call_expression) "toLine(OverlayEdge* edge)"
(identifier) "toLine"
(argument_list) "(OverlayEdge* edge)"
(() "("
(binary_expression) "OverlayEdge* edge"
(identifier) "OverlayEdge"
(*) "*"
(identifier) "edge"
()) ")"
(;) ";"
(declaration) "void addResultLinesForNodes();"
(primitive_type) "void"
(function_declarator) "addResultLinesForNodes()"
(identifier) "addResultLinesForNodes"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */"
(declaration) "void addResultLinesRings();"
(primitive_type) "void"
(function_declarator) "addResultLinesRings()"
(identifier) "addResultLinesRings"
(parameter_list) "()"
(() "("
()) ")"
(;) ";"
(comment) "/**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */"
(labeled_statement) "std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);"
(statement_identifier) "std"
(ERROR) "::unique_ptr<geom:"
(:) ":"
(:) ":"
(binary_expression) "unique_ptr<geom"
(identifier) "unique_ptr"
(<) "<"
(identifier) "geom"
(:) ":"
(:) ":"
(expression_statement) "LineString> buildLine(OverlayEdge* node);"
(binary_expression) "LineString> buildLine(OverlayEdge* node)"
(identifier) "LineString"
(>) ">"
(call_expression) "buildLine(OverlayEdge* node)"
(identifier) "buildLine"
(argument_list) "(OverlayEdge* node)"
(() "("
(binary_expression) "OverlayEdge* node"
(identifier) "OverlayEdge"
(*) "*"
(identifier) "node"
()) ")"
(;) ";"
(comment) "/*\n * Finds the next edge around a node which forms\n * part of a result line.\n */"
(declaration) "OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;"
(type_identifier) "OverlayEdge"
(pointer_declarator) "* nextLineEdgeUnvisited(OverlayEdge* node) const"
(*) "*"
(function_declarator) "nextLineEdgeUnvisited(OverlayEdge* node) const"
(identifier) "nextLineEdgeUnvisited"
(parameter_list) "(OverlayEdge* node)"
(() "("
(parameter_declaration) "OverlayEdge* node"
(type_identifier) "OverlayEdge"
(pointer_declarator) "* node"
(*) "*"
(identifier) "node"
()) ")"
(identifier) "const"
(;) ";"
(comment) "/**\n * Computes the degree of the line edges incident on a node\n */"
(ERROR) "int degreeOfLines(OverlayEdge* node) const"
(primitive_type) "int"
(function_declarator) "degreeOfLines(OverlayEdge* node) const"
(identifier) "degreeOfLines"
(parameter_list) "(OverlayEdge* node)"
(() "("
(parameter_declaration) "OverlayEdge* node"
(type_identifier) "OverlayEdge"
(pointer_declarator) "* node"
(*) "*"
(identifier) "node"
()) ")"
(identifier) "const"
(expression_statement) ";"
(;) ";"
(labeled_statement) "public:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;"
(statement_identifier) "public"
(:) ":"
(declaration) "LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;"
(macro_type_specifier) "LineBuilder(const InputGeometry*"
(identifier) "LineBuilder"
(() "("
(type_descriptor) "const InputGeometry*"
(type_qualifier) "const"
(const) "const"
(type_identifier) "InputGeometry"
(abstract_pointer_declarator) "*"
(*) "*"
()) ""
(identifier) "inputGeom"
(,) ","
(ERROR) "OverlayGraph"
(identifier) "OverlayGraph"
(pointer_declarator) "* p_graph"
(*) "*"
(identifier) "p_graph"
(,) ","
(ERROR) "bool"
(identifier) "bool"
(identifier) "p_hasResultArea"
(,) ","
(ERROR) "int"
(identifier) "int"
(identifier) "p_opCode"
(,) ","
(ERROR) "const geom::GeometryFactory* geomFact)\n :"
(identifier) "const"
(identifier) "geom"
(:) ":"
(:) ":"
(identifier) "GeometryFactory"
(pointer_declarator) "* geomFact"
(*) "*"
(identifier) "geomFact"
()) ")"
(:) ":"
(function_declarator) "graph(p_graph)"
(identifier) "graph"
(parameter_list) "(p_graph)"
(() "("
(parameter_declaration) "p_graph"
(type_identifier) "p_graph"
()) ")"
(,) ","
(function_declarator) "opCode(p_opCode)"
(identifier) "opCode"
(parameter_list) "(p_opCode)"
(() "("
(parameter_declaration) "p_opCode"
(type_identifier) "p_opCode"
()) ")"
(,) ","
(function_declarator) "geometryFactory(geomFact)"
(identifier) "geometryFactory"
(parameter_list) "(geomFact)"
(() "("
(parameter_declaration) "geomFact"
(type_identifier) "geomFact"
()) ")"
(,) ","
(function_declarator) "hasResultArea(p_hasResultArea)"
(identifier) "hasResultArea"
(parameter_list) "(p_hasResultArea)"
(() "("
(parameter_declaration) "p_hasResultArea"
(type_identifier) "p_hasResultArea"
()) ")"
(,) ","
(function_declarator) "inputAreaIndex(inputGeom->getAreaIndex())"
(identifier) "inputAreaIndex"
(parameter_list) "(inputGeom->getAreaIndex())"
(() "("
(parameter_declaration) "inputGeom->getAreaIndex()"
(type_identifier) "inputGeom"
(ERROR) "->"
(->) "->"
(function_declarator) "getAreaIndex()"
(identifier) "getAreaIndex"
(parameter_list) "()"
(() "("
()) ")"
()) ")"
(,) ","
(function_declarator) "isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)"
(identifier) "isAllowMixedResult"
(parameter_list) "(! OverlayNG::STRICT_MODE_DEFAULT)"
(() "("
(ERROR) "!"
(!) "!"
(parameter_declaration) "OverlayNG::STRICT_MODE_DEFAULT"
(type_identifier) "OverlayNG"
(ERROR) "::"
(:) ":"
(:) ":"
(identifier) "STRICT_MODE_DEFAULT"
()) ")"
(,) ","
(ERROR) "isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}"
(function_declarator) "isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)"
(identifier) "isAllowCollapseLines"
(parameter_list) "(! OverlayNG::STRICT_MODE_DEFAULT)"
(() "("
(ERROR) "!"
(!) "!"
(parameter_declaration) "OverlayNG::STRICT_MODE_DEFAULT"
(type_identifier) "OverlayNG"
(ERROR) "::"
(:) ":"
(:) ":"
(identifier) "STRICT_MODE_DEFAULT"
()) ")"
({) "{"
(}) "}"
(init_declarator) "LineBuilder(const LineBuilder&) = delete"
(function_declarator) "LineBuilder(const LineBuilder&)"
(identifier) "LineBuilder"
(parameter_list) "(const LineBuilder&)"
(() "("
(parameter_declaration) "const LineBuilder"
(type_qualifier) "const"
(const) "const"
(type_identifier) "LineBuilder"
(ERROR) "&"
(&) "&"
()) ")"
(=) "="
(identifier) "delete"
(;) ";"
(expression_statement) "LineBuilder& operator=(const LineBuilder&) = delete;"
(binary_expression) "LineBuilder& operator=(const LineBuilder&) = delete"
(identifier) "LineBuilder"
(&) "&"
(assignment_expression) "operator=(const LineBuilder&) = delete"
(identifier) "operator"
(=) "="
(cast_expression) "(const LineBuilder&) = delete"
(() "("
(type_descriptor) "const LineBuilder"
(type_qualifier) "const"
(const) "const"
(type_identifier) "LineBuilder"
(ERROR) "&"
(&) "&"
()) ")"
(ERROR) "="
(=) "="
(identifier) "delete"
(;) ";"
(labeled_statement) "std::vector<std::unique_ptr<geom::LineString>> getLines();"
(statement_identifier) "std"
(ERROR) "::vector<std::unique_ptr<geom:"
(:) ":"
(:) ":"
(binary_expression) "vector<std"
(identifier) "vector"
(<) "<"
(identifier) "std"
(:) ":"
(:) ":"
(binary_expression) "unique_ptr<geom"
(identifier) "unique_ptr"
(<) "<"
(identifier) "geom"
(:) ":"
(:) ":"
(expression_statement) "LineString>> getLines();"
(binary_expression) "LineString>> getLines()"
(identifier) "LineString"
(>>) ">>"
(call_expression) "getLines()"
(identifier) "getLines"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(function_definition) "void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }"
(primitive_type) "void"
(function_declarator) "setStrictMode(bool p_isStrictResultMode)"
(identifier) "setStrictMode"
(parameter_list) "(bool p_isStrictResultMode)"
(() "("
(parameter_declaration) "bool p_isStrictResultMode"
(primitive_type) "bool"
(identifier) "p_isStrictResultMode"
()) ")"
(compound_statement) "{\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }"
({) "{"
(expression_statement) "isAllowCollapseLines = ! p_isStrictResultMode;"
(assignment_expression) "isAllowCollapseLines = ! p_isStrictResultMode"
(identifier) "isAllowCollapseLines"
(=) "="
(unary_expression) "! p_isStrictResultMode"
(!) "!"
(identifier) "p_isStrictResultMode"
(;) ";"
(expression_statement) "isAllowMixedResult = ! p_isStrictResultMode;"
(assignment_expression) "isAllowMixedResult = ! p_isStrictResultMode"
(identifier) "isAllowMixedResult"
(=) "="
(unary_expression) "! p_isStrictResultMode"
(!) "!"
(identifier) "p_isStrictResultMode"
(;) ";"
(}) "}"
(}) "}"
(expression_statement) ";"
(;) ";"
(}) "}"
(comment) "// namespace geos.operation.overlayng"
(}) "}"
(comment) "// namespace geos.operation"
(}) "}"
(comment) "// namespace geos"
| 570
| 24
|
{"language": "c", "success": true, "metadata": {"lines": 160, "avg_line_length": 33.97, "nodes": 346, "errors": 0, "source_hash": "1094d46b6b726d21993b8ff987b096b61419f42032ba5071bdc6e361e2070042", "categorized_nodes": 231}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_call", "text": "#pragma once\n", "parent": null, "children": [1, 2], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 15, "column": 0}}, {"id": 1, "type": "preproc_directive", "text": "#pragma", "parent": 0, "children": [], "start_point": {"row": 14, "column": 0}, "end_point": {"row": 14, "column": 7}}, {"id": 2, "type": "preproc_arg", "text": "once", "parent": 0, "children": [], "start_point": {"row": 14, "column": 8}, "end_point": {"row": 14, "column": 12}}, {"id": 3, "type": "preproc_include", "text": "#include <geos/export.h>\n", "parent": null, "children": [4, 5], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 17, "column": 0}}, {"id": 4, "type": "#include", "text": "#include", "parent": 3, "children": [], "start_point": {"row": 16, "column": 0}, "end_point": {"row": 16, "column": 8}}, {"id": 5, "type": "system_lib_string", "text": "<geos/export.h>", "parent": 3, "children": [], "start_point": {"row": 16, "column": 9}, "end_point": {"row": 16, "column": 24}}, {"id": 6, "type": "preproc_include", "text": "#include <geos/operation/overlayng/InputGeometry.h>\n", "parent": null, "children": [7, 8], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 19, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 18, "column": 0}, "end_point": {"row": 18, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<geos/operation/overlayng/InputGeometry.h>", "parent": 6, "children": [], "start_point": {"row": 18, "column": 9}, "end_point": {"row": 18, "column": 51}}, {"id": 9, "type": "preproc_include", "text": "#include <geos/operation/overlayng/OverlayNG.h>\n", "parent": null, "children": [10, 11], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 20, "column": 0}}, {"id": 10, "type": "#include", "text": "#include", "parent": 9, "children": [], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 19, "column": 8}}, {"id": 11, "type": "system_lib_string", "text": "<geos/operation/overlayng/OverlayNG.h>", "parent": 9, "children": [], "start_point": {"row": 19, "column": 9}, "end_point": {"row": 19, "column": 47}}, {"id": 12, "type": "preproc_include", "text": "#include <geos/geom/Location.h>\n", "parent": null, "children": [13, 14], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 21, "column": 0}}, {"id": 13, "type": "#include", "text": "#include", "parent": 12, "children": [], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 8}}, {"id": 14, "type": "system_lib_string", "text": "<geos/geom/Location.h>", "parent": 12, "children": [], "start_point": {"row": 20, "column": 9}, "end_point": {"row": 20, "column": 31}}, {"id": 15, "type": "preproc_include", "text": "#include <geos/geom/LineString.h>\n", "parent": null, "children": [16, 17], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 22, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 21, "column": 0}, "end_point": {"row": 21, "column": 8}}, {"id": 17, "type": "system_lib_string", "text": "<geos/geom/LineString.h>", "parent": 15, "children": [], "start_point": {"row": 21, "column": 9}, "end_point": {"row": 21, "column": 33}}, {"id": 18, "type": "preproc_include", "text": "#include <vector>\n", "parent": null, "children": [19, 20], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 24, "column": 0}}, {"id": 19, "type": "#include", "text": "#include", "parent": 18, "children": [], "start_point": {"row": 23, "column": 0}, "end_point": {"row": 23, "column": 8}}, {"id": 20, "type": "system_lib_string", "text": "<vector>", "parent": 18, "children": [], "start_point": {"row": 23, "column": 9}, "end_point": {"row": 23, "column": 17}}, {"id": 21, "type": "function_definition", "text": "namespace geos {\nnamespace geom {\nclass GeometryFactory;\nclass LineString;\n}\nnamespace operation {\nnamespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry;\n}\n}\n}", "parent": null, "children": [22, 23], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 40, "column": 1}}, {"id": 22, "type": "type_identifier", "text": "namespace", "parent": 21, "children": [], "start_point": {"row": 27, "column": 0}, "end_point": {"row": 27, "column": 9}}, {"id": 23, "type": "identifier", "text": "geos", "parent": 21, "children": [], "start_point": {"row": 27, "column": 10}, "end_point": {"row": 27, "column": 14}}, {"id": 24, "type": "function_definition", "text": "namespace geom {\nclass GeometryFactory;\nclass LineString;\n}", "parent": 21, "children": [25, 26], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 31, "column": 1}}, {"id": 25, "type": "type_identifier", "text": "namespace", "parent": 24, "children": [], "start_point": {"row": 28, "column": 0}, "end_point": {"row": 28, "column": 9}}, {"id": 26, "type": "identifier", "text": "geom", "parent": 24, "children": [], "start_point": {"row": 28, "column": 10}, "end_point": {"row": 28, "column": 14}}, {"id": 27, "type": "declaration", "text": "class GeometryFactory;", "parent": 24, "children": [28], "start_point": {"row": 29, "column": 0}, "end_point": {"row": 29, "column": 22}}, {"id": 28, "type": "identifier", "text": "GeometryFactory", "parent": 27, "children": [], "start_point": {"row": 29, "column": 6}, "end_point": {"row": 29, "column": 21}}, {"id": 29, "type": "declaration", "text": "class LineString;", "parent": 24, "children": [30], "start_point": {"row": 30, "column": 0}, "end_point": {"row": 30, "column": 17}}, {"id": 30, "type": "identifier", "text": "LineString", "parent": 29, "children": [], "start_point": {"row": 30, "column": 6}, "end_point": {"row": 30, "column": 16}}, {"id": 31, "type": "function_definition", "text": "namespace operation {\nnamespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry;\n}\n}", "parent": 21, "children": [32, 33], "start_point": {"row": 32, "column": 0}, "end_point": {"row": 39, "column": 1}}, {"id": 32, "type": "type_identifier", "text": "namespace", "parent": 31, "children": [], "start_point": {"row": 32, "column": 0}, "end_point": {"row": 32, "column": 9}}, {"id": 33, "type": "identifier", "text": "operation", "parent": 31, "children": [], "start_point": {"row": 32, "column": 10}, "end_point": {"row": 32, "column": 19}}, {"id": 34, "type": "function_definition", "text": "namespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry;\n}", "parent": 31, "children": [35, 36], "start_point": {"row": 33, "column": 0}, "end_point": {"row": 38, "column": 1}}, {"id": 35, "type": "type_identifier", "text": "namespace", "parent": 34, "children": [], "start_point": {"row": 33, "column": 0}, "end_point": {"row": 33, "column": 9}}, {"id": 36, "type": "identifier", "text": "overlayng", "parent": 34, "children": [], "start_point": {"row": 33, "column": 10}, "end_point": {"row": 33, "column": 19}}, {"id": 37, "type": "declaration", "text": "class OverlayEdge;", "parent": 34, "children": [38], "start_point": {"row": 34, "column": 0}, "end_point": {"row": 34, "column": 18}}, {"id": 38, "type": "identifier", "text": "OverlayEdge", "parent": 37, "children": [], "start_point": {"row": 34, "column": 6}, "end_point": {"row": 34, "column": 17}}, {"id": 39, "type": "declaration", "text": "class OverlayGraph;", "parent": 34, "children": [40], "start_point": {"row": 35, "column": 0}, "end_point": {"row": 35, "column": 19}}, {"id": 40, "type": "identifier", "text": "OverlayGraph", "parent": 39, "children": [], "start_point": {"row": 35, "column": 6}, "end_point": {"row": 35, "column": 18}}, {"id": 41, "type": "declaration", "text": "class OverlayLabel;", "parent": 34, "children": [42], "start_point": {"row": 36, "column": 0}, "end_point": {"row": 36, "column": 19}}, {"id": 42, "type": "identifier", "text": "OverlayLabel", "parent": 41, "children": [], "start_point": {"row": 36, "column": 6}, "end_point": {"row": 36, "column": 18}}, {"id": 43, "type": "declaration", "text": "class InputGeometry;", "parent": 34, "children": [44], "start_point": {"row": 37, "column": 0}, "end_point": {"row": 37, "column": 20}}, {"id": 44, "type": "identifier", "text": "InputGeometry", "parent": 43, "children": [], "start_point": {"row": 37, "column": 6}, "end_point": {"row": 37, "column": 19}}, {"id": 45, "type": "function_definition", "text": "namespace geos { // geos.\nnamespace operation { // geos.operation\nnamespace overlayng { // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */\nclass GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n};\n\n\n} // namespace geos.operation.overlayng\n} // namespace geos.operation\n}", "parent": null, "children": [46, 47], "start_point": {"row": 42, "column": 0}, "end_point": {"row": 188, "column": 1}}, {"id": 46, "type": "type_identifier", "text": "namespace", "parent": 45, "children": [], "start_point": {"row": 42, "column": 0}, "end_point": {"row": 42, "column": 9}}, {"id": 47, "type": "identifier", "text": "geos", "parent": 45, "children": [], "start_point": {"row": 42, "column": 10}, "end_point": {"row": 42, "column": 14}}, {"id": 48, "type": "function_definition", "text": "namespace operation { // geos.operation\nnamespace overlayng { // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */\nclass GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n};\n\n\n} // namespace geos.operation.overlayng\n}", "parent": 45, "children": [49, 50], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 187, "column": 1}}, {"id": 49, "type": "type_identifier", "text": "namespace", "parent": 48, "children": [], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 43, "column": 9}}, {"id": 50, "type": "identifier", "text": "operation", "parent": 48, "children": [], "start_point": {"row": 43, "column": 10}, "end_point": {"row": 43, "column": 19}}, {"id": 51, "type": "function_definition", "text": "namespace overlayng { // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */\nclass GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n};\n\n\n}", "parent": 48, "children": [52, 53], "start_point": {"row": 44, "column": 0}, "end_point": {"row": 186, "column": 1}}, {"id": 52, "type": "type_identifier", "text": "namespace", "parent": 51, "children": [], "start_point": {"row": 44, "column": 0}, "end_point": {"row": 44, "column": 9}}, {"id": 53, "type": "identifier", "text": "overlayng", "parent": 51, "children": [], "start_point": {"row": 44, "column": 10}, "end_point": {"row": 44, "column": 19}}, {"id": 54, "type": "function_definition", "text": "class GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n}", "parent": 51, "children": [55, 57], "start_point": {"row": 69, "column": 0}, "end_point": {"row": 183, "column": 1}}, {"id": 55, "type": "ERROR", "text": "GEOS_DLL", "parent": 54, "children": [56], "start_point": {"row": 69, "column": 6}, "end_point": {"row": 69, "column": 14}}, {"id": 56, "type": "identifier", "text": "GEOS_DLL", "parent": 55, "children": [], "start_point": {"row": 69, "column": 6}, "end_point": {"row": 69, "column": 14}}, {"id": 57, "type": "identifier", "text": "LineBuilder", "parent": 54, "children": [], "start_point": {"row": 69, "column": 15}, "end_point": {"row": 69, "column": 26}}, {"id": 58, "type": 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"OverlayEdge;", "text_snippet": "namespace operation {\nnamespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabe"}, {"node_id": 34, "universal_type": "function", "name": "OverlayEdge;", "text_snippet": "namespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry"}, {"node_id": 45, "universal_type": "function", "name": "GEOS_DLL", "text_snippet": "namespace geos { // geos.\nnamespace operation { // geos.operation\nnamespace overlayng { // geos"}, {"node_id": 48, "universal_type": "function", "name": "GEOS_DLL", "text_snippet": "namespace operation { // geos.operation\nnamespace overlayng { // geos.operation.overlayng\n\n/**\n * Fi"}, {"node_id": 51, "universal_type": "function", "name": "GEOS_DLL", "text_snippet": "namespace overlayng { // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from"}, {"node_id": 54, "universal_type": "function", "name": "GEOS_DLL", "text_snippet": "class GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n "}, {"node_id": 117, "universal_type": "function", "name": "unknown", "text_snippet": "markResultLines()"}, {"node_id": 122, "universal_type": "function", "name": "unknown", "text_snippet": "isResultLine(const OverlayLabel* lbl) const"}, {"node_id": 134, "universal_type": "function", "name": "geomIndex)", "text_snippet": "effectiveLocation(const OverlayLabel* lbl, int geomIndex) const"}, {"node_id": 147, "universal_type": "function", "name": "unknown", "text_snippet": "addResultLines()"}, {"node_id": 152, "universal_type": "function", "name": "unknown", "text_snippet": "addResultLinesMerged()"}, {"node_id": 174, "universal_type": "function", "name": "unknown", "text_snippet": "addResultLinesForNodes()"}, {"node_id": 179, "universal_type": "function", "name": "unknown", "text_snippet": "addResultLinesRings()"}, {"node_id": 203, "universal_type": "function", "name": "unknown", "text_snippet": "nextLineEdgeUnvisited(OverlayEdge* node) const"}, {"node_id": 213, "universal_type": "function", "name": "unknown", "text_snippet": "degreeOfLines(OverlayEdge* node) const"}, {"node_id": 247, "universal_type": "function", "name": "unknown", "text_snippet": "graph(p_graph)"}, {"node_id": 252, "universal_type": "function", "name": "unknown", "text_snippet": "opCode(p_opCode)"}, {"node_id": 257, "universal_type": "function", "name": "unknown", "text_snippet": "geometryFactory(geomFact)"}, {"node_id": 262, "universal_type": "function", "name": "unknown", "text_snippet": "hasResultArea(p_hasResultArea)"}, {"node_id": 267, "universal_type": "function", "name": "unknown", "text_snippet": "inputAreaIndex(inputGeom->getAreaIndex())"}, {"node_id": 272, "universal_type": "function", "name": "unknown", "text_snippet": "getAreaIndex()"}, {"node_id": 275, "universal_type": "function", "name": "unknown", "text_snippet": "isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)"}, {"node_id": 284, "universal_type": "function", "name": "unknown", "text_snippet": "isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)"}, {"node_id": 293, "universal_type": "function", "name": "unknown", "text_snippet": "LineBuilder(const LineBuilder&)"}, {"node_id": 326, "universal_type": "function", "name": "setStrictMode", "text_snippet": "void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResul"}, {"node_id": 328, "universal_type": "function", "name": "unknown", "text_snippet": "setStrictMode(bool p_isStrictResultMode)"}], "class_declarations": [], "import_statements": [{"node_id": 3, "text": "#include <geos/export.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <geos/operation/overlayng/InputGeometry.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <geos/operation/overlayng/OverlayNG.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <geos/geom/Location.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include <geos/geom/LineString.h>\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include <vector>\n"}, {"node_id": 19, "text": "#include"}]}, "original_source_code": "/**********************************************************************\n *\n * GEOS - Geometry Engine Open Source\n * http://geos.osgeo.org\n *\n * Copyright (C) 2020 <NAME> <<EMAIL>>\n *\n * This is free software; you can redistribute and/or modify it under\n * the terms of the GNU Lesser General Public Licence as published\n * by the Free Software Foundation.\n * See the COPYING file for more information.\n *\n **********************************************************************/\n\n#pragma once\n\n#include <geos/export.h>\n\n#include <geos/operation/overlayng/InputGeometry.h>\n#include <geos/operation/overlayng/OverlayNG.h>\n#include <geos/geom/Location.h>\n#include <geos/geom/LineString.h>\n\n#include <vector>\n\n\n// Forward declarations\nnamespace geos {\nnamespace geom {\nclass GeometryFactory;\nclass LineString;\n}\nnamespace operation {\nnamespace overlayng {\nclass OverlayEdge;\nclass OverlayGraph;\nclass OverlayLabel;\nclass InputGeometry;\n}\n}\n}\n\nnamespace geos { // geos.\nnamespace operation { // geos.operation\nnamespace overlayng { // geos.operation.overlayng\n\n/**\n * Finds and builds overlay result lines from the overlay graph.\n * Output linework has the following semantics:\n *\n * - Linework is fully noded\n * - Lines are as long as possible between nodes\n *\n * Various strategies are possible for how to\n * merge graph edges into lines.\n * This implementation uses the approach\n * of having output lines run contiguously from node to node.\n * For rings a node point is chosen arbitrarily.\n *\n * Another possible strategy would be to preserve input linework\n * as far as possible (i.e. any sections of input lines which are not\n * coincident with other linework would be preserved).\n *\n * It would also be possible to output LinearRings,\n * if the input is a LinearRing and is unchanged.\n * This will require additional info from the input linework.\n *\n * @author <NAME>\n */\nclass GEOS_DLL LineBuilder {\n\nprivate:\n\n // Members\n OverlayGraph* graph;\n int opCode;\n const geom::GeometryFactory* geometryFactory;\n bool hasResultArea;\n int inputAreaIndex;\n std::vector<std::unique_ptr<geom::LineString>> lines;\n\n /**\n * Indicates whether intersections are allowed to produce\n * heterogeneous results including proper boundary touches.\n * This does not control inclusion of touches along collapses.\n * True provides the original JTS semantics.\n */\n bool isAllowMixedResult = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n /**\n * Allow lines created by area topology collapses\n * to appear in the result.\n * True provides the original JTS semantics.\n */\n bool isAllowCollapseLines = ! OverlayNG::STRICT_MODE_DEFAULT;\n\n void markResultLines();\n\n /**\n * Checks if the topology indicated by an edge label\n * determines that this edge should be part of a result line.\n *\n * Note that the logic here relies on the semantic\n * that for intersection lines are only returned if\n * there is no result area components.\n */\n bool isResultLine(const OverlayLabel* lbl) const;\n\n /**\n * Determines the effective location for a line,\n * for the purpose of overlay operation evaluation.\n * Line edges and Collapses are reported as INTERIOR\n * so they may be included in the result\n * if warranted by the effect of the operation\n * on the two edges.\n * (For instance, the intersection of line edge and a collapsed boundary\n * is included in the result).\n */\n geom::Location effectiveLocation(const OverlayLabel* lbl, int geomIndex) const;\n\n void addResultLines();\n void addResultLinesMerged();\n\n std::unique_ptr<geom::LineString> toLine(OverlayEdge* edge);\n\n void addResultLinesForNodes();\n\n /**\n * Adds lines which form rings (i.e. have only degree-2 vertices).\n */\n void addResultLinesRings();\n\n /**\n * Traverses edges from edgeStart which\n * lie in a single line (have degree = 2).\n *\n * The direction of the linework is preserved as far as possible.\n * Specifically, the direction of the line is determined\n * by the start edge direction. This implies\n * that if all edges are reversed, the created line\n * will be reversed to match.\n * (Other more complex strategies would be possible.\n * E.g. using the direction of the majority of segments,\n * or preferring the direction of the A edges.)\n */\n std::unique_ptr<geom::LineString> buildLine(OverlayEdge* node);\n\n /*\n * Finds the next edge around a node which forms\n * part of a result line.\n */\n OverlayEdge* nextLineEdgeUnvisited(OverlayEdge* node) const;\n\n /**\n * Computes the degree of the line edges incident on a node\n */\n int degreeOfLines(OverlayEdge* node) const;\n\n\n\npublic:\n\n LineBuilder(const InputGeometry* inputGeom, OverlayGraph* p_graph, bool p_hasResultArea, int p_opCode, const geom::GeometryFactory* geomFact)\n : graph(p_graph)\n , opCode(p_opCode)\n , geometryFactory(geomFact)\n , hasResultArea(p_hasResultArea)\n , inputAreaIndex(inputGeom->getAreaIndex())\n , isAllowMixedResult(! OverlayNG::STRICT_MODE_DEFAULT)\n , isAllowCollapseLines(! OverlayNG::STRICT_MODE_DEFAULT)\n {}\n\n LineBuilder(const LineBuilder&) = delete;\n LineBuilder& operator=(const LineBuilder&) = delete;\n\n std::vector<std::unique_ptr<geom::LineString>> getLines();\n\n void setStrictMode(bool p_isStrictResultMode)\n {\n isAllowCollapseLines = ! p_isStrictResultMode;\n isAllowMixedResult = ! p_isStrictResultMode;\n }\n\n};\n\n\n} // namespace geos.operation.overlayng\n} // namespace geos.operation\n} // namespace geos\n\n"}
| 294
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c
|
//
// UIColor+Hexcolor.h
// MTKIT
//
// Created by 鲁志刚 on 2017/9/26.
// Copyright © 2017年 MTKIT. All rights reserved.
//
#import <UIKit/UIKit.h>
#define HEXCOLOR(c) [UIColor colorWithRed:((c>>16)&0xFF)/255.0 green:((c>>8)&0xFF)/255.0 blue:(c&0xFF)/255.0 alpha:1.0]
@interface UIColor_Hexcolor : UIColor
@end
| 27.36
| 11
|
(translation_unit) "//\n// UIColor+Hexcolor.h\n// MTKIT\n//\n// Created by 鲁志刚 on 2017/9/26.\n// Copyright © 2017年 MTKIT. All rights reserved.\n//\n\n#import <UIKit/UIKit.h>\n#define HEXCOLOR(c) [UIColor colorWithRed:((c>>16)&0xFF)/255.0 green:((c>>8)&0xFF)/255.0 blue:(c&0xFF)/255.0 alpha:1.0]\n\n@interface UIColor_Hexcolor : UIColor\n\n@end\n"
(comment) "//"
(comment) "// UIColor+Hexcolor.h"
(comment) "// MTKIT"
(comment) "//"
(comment) "// Created by 鲁志刚 on 2017/9/26.\n// C"
(comment) "pyright © 2017年 MTKIT. All rights reserved.\n//\n\n#imp"
(comment) "rt"
(preproc_call) "UIKit/UIKit.h>\n#define H"
(preproc_directive) "UIKit/U"
(preproc_arg) "Kit.h>\n#define "
(preproc_function_def) "EXCOLOR(c) [UIColor colorWithRed:((c>>16)&0xFF)/255.0 green:((c>>8)&0xFF)/255.0 blue:(c&0xFF)/255.0 alpha:1.0]\n\n@interfa"
(#define) "EXCOLOR"
(identifier) "c) [UICo"
(preproc_params) "lor"
(() "l"
(identifier) "o"
()) "r"
(preproc_arg) "colorWithRed:((c>>16)&0xFF)/255.0 green:((c>>8)&0xFF)/255.0 blue:(c&0xFF)/255.0 alpha:1.0]\n\n@interf"
(ERROR) "e UIColor_Hexcolor : UIColor\n\n@end\n"
(ERROR) "e"
(type_identifier) " UIColor_"
(identifier) "excolor : UIColo"
(:) "\n"
(identifier) "@end\n"
(ERROR) ""
(identifier) ""
| 27
| 3
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| 295
|
c
|
/* SPDX-License-Identifier: BSD-2-Clause */
#pragma once
#include <tilck/common/basic_defs.h>
struct datetime {
union {
struct {
u8 sec; /* Seconds (0-60) */
u8 min; /* Minutes (0-59) */
u8 hour; /* Hours (0-23) */
u8 weekday; /* Weekday (0-6, Sunday = 0) */
u8 day; /* Month day (1 - 31) */
u8 month; /* Month (1 - 12) */
u16 year; /* Absolute year (e.g. 1542, 2019, 2059, ...) */
};
u64 raw;
};
};
int timestamp_to_datetime(int64_t t, struct datetime *d);
int64_t datetime_to_timestamp(struct datetime d);
| 32.42
| 19
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(translation_unit) "/* SPDX-License-Identifier: BSD-2-Clause */\n\n#pragma once\n#include <tilck/common/basic_defs.h>\n\nstruct datetime {\n\n union {\n\n struct {\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minutes (0-59) */\n u8 hour; /* Hours (0-23) */\n u8 weekday; /* Weekday (0-6, Sunday = 0) */\n u8 day; /* Month day (1 - 31) */\n u8 month; /* Month (1 - 12) */\n u16 year; /* Absolute year (e.g. 1542, 2019, 2059, ...) */\n };\n\n u64 raw;\n };\n};\n\nint timestamp_to_datetime(int64_t t, struct datetime *d);\nint64_t datetime_to_timestamp(struct datetime d);\n"
(comment) "/* SPDX-License-Identifier: BSD-2-Clause */"
(preproc_call) "#pragma once\n"
(preproc_directive) "#pragma"
(preproc_arg) "once"
(preproc_include) "#include <tilck/common/basic_defs.h>\n"
(#include) "#include"
(system_lib_string) "<tilck/common/basic_defs.h>"
(struct_specifier) "struct datetime {\n\n union {\n\n struct {\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minutes (0-59) */\n u8 hour; /* Hours (0-23) */\n u8 weekday; /* Weekday (0-6, Sunday = 0) */\n u8 day; /* Month day (1 - 31) */\n u8 month; /* Month (1 - 12) */\n u16 year; /* Absolute year (e.g. 1542, 2019, 2059, ...) */\n };\n\n u64 raw;\n };\n}"
(struct) "struct"
(type_identifier) "datetime"
(field_declaration_list) "{\n\n union {\n\n struct {\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minutes (0-59) */\n u8 hour; /* Hours (0-23) */\n u8 weekday; /* Weekday (0-6, Sunday = 0) */\n u8 day; /* Month day (1 - 31) */\n u8 month; /* Month (1 - 12) */\n u16 year; /* Absolute year (e.g. 1542, 2019, 2059, ...) */\n };\n\n u64 raw;\n };\n}"
({) "{"
(field_declaration) "union {\n\n struct {\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minutes (0-59) */\n u8 hour; /* Hours (0-23) */\n u8 weekday; /* Weekday (0-6, Sunday = 0) */\n u8 day; /* Month day (1 - 31) */\n u8 month; /* Month (1 - 12) */\n u16 year; /* Absolute year (e.g. 1542, 2019, 2059, ...) */\n };\n\n u64 raw;\n };"
(union_specifier) "union {\n\n struct {\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minutes (0-59) */\n u8 hour; /* Hours (0-23) */\n u8 weekday; /* Weekday (0-6, Sunday = 0) */\n u8 day; /* Month day (1 - 31) */\n u8 month; /* Month (1 - 12) */\n u16 year; /* Absolute year (e.g. 1542, 2019, 2059, ...) */\n };\n\n u64 raw;\n }"
(union) "union"
(field_declaration_list) "{\n\n struct {\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minutes (0-59) */\n u8 hour; /* Hours (0-23) */\n u8 weekday; /* Weekday (0-6, Sunday = 0) */\n u8 day; /* Month day (1 - 31) */\n u8 month; /* Month (1 - 12) */\n u16 year; /* Absolute year (e.g. 1542, 2019, 2059, ...) */\n };\n\n u64 raw;\n }"
({) "{"
(field_declaration) "struct {\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minutes (0-59) */\n u8 hour; /* Hours (0-23) */\n u8 weekday; /* Weekday (0-6, Sunday = 0) */\n u8 day; /* Month day (1 - 31) */\n u8 month; /* Month (1 - 12) */\n u16 year; /* Absolute year (e.g. 1542, 2019, 2059, ...) */\n };"
(struct_specifier) "struct {\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minutes (0-59) */\n u8 hour; /* Hours (0-23) */\n u8 weekday; /* Weekday (0-6, Sunday = 0) */\n u8 day; /* Month day (1 - 31) */\n u8 month; /* Month (1 - 12) */\n u16 year; /* Absolute year (e.g. 1542, 2019, 2059, ...) */\n }"
(struct) "struct"
(field_declaration_list) "{\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minutes (0-59) */\n u8 hour; /* Hours (0-23) */\n u8 weekday; /* Weekday (0-6, Sunday = 0) */\n u8 day; /* Month day (1 - 31) */\n u8 month; /* Month (1 - 12) */\n u16 year; /* Absolute year (e.g. 1542, 2019, 2059, ...) */\n }"
({) "{"
(field_declaration) "u8 sec;"
(type_identifier) "u8"
(field_identifier) "sec"
(;) ";"
(comment) "/* Seconds (0-60) */"
(field_declaration) "u8 min;"
(type_identifier) "u8"
(field_identifier) "min"
(;) ";"
(comment) "/* Minutes (0-59) */"
(field_declaration) "u8 hour;"
(type_identifier) "u8"
(field_identifier) "hour"
(;) ";"
(comment) "/* Hours (0-23) */"
(field_declaration) "u8 weekday;"
(type_identifier) "u8"
(field_identifier) "weekday"
(;) ";"
(comment) "/* Weekday (0-6, Sunday = 0) */"
(field_declaration) "u8 day;"
(type_identifier) "u8"
(field_identifier) "day"
(;) ";"
(comment) "/* Month day (1 - 31) */"
(field_declaration) "u8 month;"
(type_identifier) "u8"
(field_identifier) "month"
(;) ";"
(comment) "/* Month (1 - 12) */"
(field_declaration) "u16 year;"
(type_identifier) "u16"
(field_identifier) "year"
(;) ";"
(comment) "/* Absolute year (e.g. 1542, 2019, 2059, ...) */"
(}) "}"
(;) ";"
(field_declaration) "u64 raw;"
(type_identifier) "u64"
(field_identifier) "raw"
(;) ";"
(}) "}"
(;) ";"
(}) "}"
(;) ";"
(declaration) "int timestamp_to_datetime(int64_t t, struct datetime *d);"
(primitive_type) "int"
(function_declarator) "timestamp_to_datetime(int64_t t, struct datetime *d)"
(identifier) "timestamp_to_datetime"
(parameter_list) "(int64_t t, struct datetime *d)"
(() "("
(parameter_declaration) "int64_t t"
(primitive_type) "int64_t"
(identifier) "t"
(,) ","
(parameter_declaration) "struct datetime *d"
(struct_specifier) "struct datetime"
(struct) "struct"
(type_identifier) "datetime"
(pointer_declarator) "*d"
(*) "*"
(identifier) "d"
()) ")"
(;) ";"
(declaration) "int64_t datetime_to_timestamp(struct datetime d);"
(primitive_type) "int64_t"
(function_declarator) "datetime_to_timestamp(struct datetime d)"
(identifier) "datetime_to_timestamp"
(parameter_list) "(struct datetime d)"
(() "("
(parameter_declaration) "struct datetime d"
(struct_specifier) "struct datetime"
(struct) "struct"
(type_identifier) "datetime"
(identifier) "d"
()) ")"
(;) ";"
| 100
| 0
|
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"start_point": {"row": 23, "column": 54}, "end_point": {"row": 23, "column": 55}}, {"id": 54, "type": "declaration", "text": "int64_t datetime_to_timestamp(struct datetime d);", "parent": null, "children": [55, 56], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 24, "column": 49}}, {"id": 55, "type": "primitive_type", "text": "int64_t", "parent": 54, "children": [], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 24, "column": 7}}, {"id": 56, "type": "function_declarator", "text": "datetime_to_timestamp(struct datetime d)", "parent": 54, "children": [57, 58], "start_point": {"row": 24, "column": 8}, "end_point": {"row": 24, "column": 48}}, {"id": 57, "type": "identifier", "text": "datetime_to_timestamp", "parent": 56, "children": [], "start_point": {"row": 24, "column": 8}, "end_point": {"row": 24, "column": 29}}, {"id": 58, "type": "parameter_list", "text": "(struct datetime d)", "parent": 56, "children": [59], "start_point": {"row": 24, "column": 29}, "end_point": {"row": 24, "column": 48}}, {"id": 59, "type": "parameter_declaration", "text": "struct datetime d", "parent": 58, "children": [60, 63], "start_point": {"row": 24, "column": 30}, "end_point": {"row": 24, "column": 47}}, {"id": 60, "type": "struct_specifier", "text": "struct datetime", "parent": 59, "children": [61, 62], "start_point": {"row": 24, "column": 30}, "end_point": {"row": 24, "column": 45}}, {"id": 61, "type": "struct", "text": "struct", "parent": 60, "children": [], "start_point": {"row": 24, "column": 30}, "end_point": {"row": 24, "column": 36}}, {"id": 62, "type": "type_identifier", "text": "datetime", "parent": 60, "children": [], "start_point": {"row": 24, "column": 37}, "end_point": {"row": 24, "column": 45}}, {"id": 63, "type": "identifier", "text": "d", "parent": 59, "children": [], "start_point": {"row": 24, "column": 46}, "end_point": {"row": 24, "column": 47}}]}, "node_categories": {"declarations": {"functions": [41, 56], "variables": [9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39, 44, 47, 54, 59], "classes": [6, 7, 10, 11, 13, 14, 48, 49, 60, 61], "imports": [3, 4], "modules": [], "enums": []}, "statements": {"expressions": [], "assignments": [], "loops": [], "conditionals": [8, 16, 17, 19, 20, 22, 23, 25, 26, 28, 29, 31, 32, 34, 35, 37, 38, 42, 46, 50, 53, 57, 62, 63], "returns": [], "exceptions": []}, "expressions": {"calls": [0], "literals": [5], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 41, "universal_type": "function", "name": "datetime", "text_snippet": "timestamp_to_datetime(int64_t t, struct datetime *d)"}, {"node_id": 56, "universal_type": "function", "name": "unknown", "text_snippet": "datetime_to_timestamp(struct datetime d)"}], "class_declarations": [{"node_id": 6, "universal_type": "class", "name": "datetime", "text_snippet": "struct datetime {\n\n union {\n\n struct {\n u8 sec; /* Seconds (0-60) */\n "}, {"node_id": 7, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 10, "universal_type": "class", "name": "{", "text_snippet": "union {\n\n struct {\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minu"}, {"node_id": 11, "universal_type": "class", "name": "unknown", "text_snippet": "union"}, {"node_id": 13, "universal_type": "class", "name": "{", "text_snippet": "struct {\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minutes (0-59) */\n "}, {"node_id": 14, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 48, "universal_type": "class", "name": "datetime", "text_snippet": "struct datetime"}, {"node_id": 49, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 60, "universal_type": "class", "name": "datetime", "text_snippet": "struct datetime"}, {"node_id": 61, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}], "import_statements": [{"node_id": 3, "text": "#include <tilck/common/basic_defs.h>\n"}, {"node_id": 4, "text": "#include"}]}, "original_source_code": "/* SPDX-License-Identifier: BSD-2-Clause */\n\n#pragma once\n#include <tilck/common/basic_defs.h>\n\nstruct datetime {\n\n union {\n\n struct {\n u8 sec; /* Seconds (0-60) */\n u8 min; /* Minutes (0-59) */\n u8 hour; /* Hours (0-23) */\n u8 weekday; /* Weekday (0-6, Sunday = 0) */\n u8 day; /* Month day (1 - 31) */\n u8 month; /* Month (1 - 12) */\n u16 year; /* Absolute year (e.g. 1542, 2019, 2059, ...) */\n };\n\n u64 raw;\n };\n};\n\nint timestamp_to_datetime(int64_t t, struct datetime *d);\nint64_t datetime_to_timestamp(struct datetime d);\n"}
| 296
|
c
|
#include <stdio.h>
#include <espressif/esp_wifi.h>
#include <espressif/esp_sta.h>
#include <esp/uart.h>
#include <esp8266.h>
#include <FreeRTOS.h>
#include <task.h>
#include <homekit/homekit.h>
#include <homekit/characteristics.h>
//#include "wifi.h"
#include <wifi_config.h>
#include "i2c/i2c.h"
#include "bmp280/bmp280.h"
#define LED_GPIO 2
// In forced mode user initiate measurement each time.
// In normal mode measurement is done continuously with specified standby time.
// #define MODE_FORCED
const uint8_t i2c_bus = 0;
const uint8_t scl_pin = 0;
const uint8_t sda_pin = 4;
void led_write(bool on)
{
gpio_write(LED_GPIO, on ? 0 : 1);
}
void identify_task(void *_args) {
for (int i=0; i<3; i++) {
for (int j=0; j<3; j++) {
led_write(true);
vTaskDelay(150 / portTICK_PERIOD_MS);
led_write(false);
vTaskDelay(150 / portTICK_PERIOD_MS);
}
vTaskDelay(250 / portTICK_PERIOD_MS);
}
led_write(false);
vTaskDelete(NULL);
}
void temperature_sensor_identify(homekit_value_t _value) {
printf("Temperature sensor identify\n");
xTaskCreate(identify_task, "identify_task", 128, NULL, 2, NULL);
}
homekit_characteristic_t name = HOMEKIT_CHARACTERISTIC_(NAME, "Temperature");
homekit_characteristic_t current_temperature = HOMEKIT_CHARACTERISTIC_(CURRENT_TEMPERATURE, 0);
homekit_characteristic_t current_humidity = HOMEKIT_CHARACTERISTIC_(CURRENT_RELATIVE_HUMIDITY, 0);
#ifdef MODE_FORCED
static void bmp280_task_forced(void *pvParameters)
{
bmp280_params_t params;
float pressure, temperature, humidity;
bmp280_init_default_params(¶ms);
params.mode = BMP280_MODE_FORCED;
bmp280_t bmp280_dev;
bmp280_dev.i2c_dev.bus = i2c_bus;
bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;
while (1) {
while (!bmp280_init(&bmp280_dev, ¶ms)) {
printf("BMP280 initialization failed\n");
vTaskDelay(1000 / portTICK_PERIOD_MS);
}
bool bme280p = bmp280_dev.id == BME280_CHIP_ID;
printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");
while(1) {
vTaskDelay(1000 / portTICK_PERIOD_MS);
if (!bmp280_force_measurement(&bmp280_dev)) {
printf("Failed initiating measurement\n");
break;
}
// wait for measurement to complete
while (bmp280_is_measuring(&bmp280_dev)) {};
if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {
printf("Temperature/pressure reading failed\n");
break;
}
printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);
if (bme280p)
printf(", Humidity: %.2f\n", humidity);
else
printf("\n");
current_temperature.value = HOMEKIT_FLOAT(temperature);
current_humidity.value = HOMEKIT_FLOAT(humidity);
homekit_characteristic_notify(¤t_temperature, current_temperature.value);
homekit_characteristic_notify(¤t_humidity, current_humidity.value);
}
}
}
#else
static void bmp280_task_normal(void *pvParameters)
{
bmp280_params_t params;
float pressure, temperature, humidity;
bmp280_init_default_params(¶ms);
bmp280_t bmp280_dev;
bmp280_dev.i2c_dev.bus = i2c_bus;
bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;
while (1) {
while (!bmp280_init(&bmp280_dev, ¶ms)) {
printf("BMP280 initialization failed\n");
vTaskDelay(1000 / portTICK_PERIOD_MS);
}
bool bme280p = bmp280_dev.id == BME280_CHIP_ID;
printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");
while(1) {
vTaskDelay(1000 / portTICK_PERIOD_MS);
if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {
printf("Temperature/pressure reading failed\n");
break;
}
printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);
if (bme280p)
printf(", Humidity: %.2f\n", humidity);
else
printf("\n");
current_temperature.value = HOMEKIT_FLOAT(temperature);
current_humidity.value = HOMEKIT_FLOAT(humidity);
homekit_characteristic_notify(¤t_temperature, current_temperature.value);
homekit_characteristic_notify(¤t_humidity, current_humidity.value);
}
}
}
#endif
void temperature_sensor_init() {
i2c_init(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K);
#ifdef MODE_FORCED
xTaskCreate(bmp280_task_forced, "bmp280_task", 256, NULL, 2, NULL);
#else
xTaskCreate(bmp280_task_normal, "bmp280_task", 256, NULL, 2, NULL);
#endif
gpio_enable(LED_GPIO, GPIO_OUTPUT);
led_write(false);
}
homekit_accessory_t *accessories[] = {
HOMEKIT_ACCESSORY(.id=1, .category=homekit_accessory_category_thermostat, .services=(homekit_service_t*[]) {
HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {
HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),
HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),
HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),
HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),
HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),
HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),
NULL
}),
HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {
HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),
¤t_temperature,
NULL
}),
HOMEKIT_SERVICE(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {
HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),
¤t_humidity,
NULL
}),
NULL
}),
NULL
};
homekit_server_config_t config = {
.accessories = accessories,
.password = "<PASSWORD>"
};
void on_wifi_ready() {
homekit_server_init(&config);
}
void user_init(void) {
uart_set_baud(0, 115200);
uint8_t macaddr[6];
sdk_wifi_get_macaddr(STATION_IF, macaddr);
int name_len = snprintf(NULL, 0, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3]);
char *name_value = malloc(name_len + 1);
snprintf(name_value, name_len + 1, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3]);
name.value = HOMEKIT_STRING(name_value);
wifi_config_init("Temperature Sensor", NULL, on_wifi_ready);
temperature_sensor_init();
}
| 37.28
| 176
|
(translation_unit) "#include <stdio.h>\n#include <espressif/esp_wifi.h>\n#include <espressif/esp_sta.h>\n#include <esp/uart.h>\n#include <esp8266.h>\n#include <FreeRTOS.h>\n#include <task.h>\n\n#include <homekit/homekit.h>\n#include <homekit/characteristics.h>\n//#include "wifi.h"\n#include <wifi_config.h>\n#include "i2c/i2c.h"\n#include "bmp280/bmp280.h"\n\n#define LED_GPIO 2\n// In forced mode user initiate measurement each time.\n// In normal mode measurement is done continuously with specified standby time.\n// #define MODE_FORCED\nconst uint8_t i2c_bus = 0;\nconst uint8_t scl_pin = 0;\nconst uint8_t sda_pin = 4;\n\nvoid led_write(bool on)\n{\n gpio_write(LED_GPIO, on ? 0 : 1);\n}\n\nvoid identify_task(void *_args) {\n\n for (int i=0; i<3; i++) {\n for (int j=0; j<3; j++) {\n led_write(true);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n led_write(false);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n }\n\n vTaskDelay(250 / portTICK_PERIOD_MS);\n }\n\n led_write(false);\n\n vTaskDelete(NULL);\n}\n\nvoid temperature_sensor_identify(homekit_value_t _value) {\n printf("Temperature sensor identify\n");\n\n xTaskCreate(identify_task, "identify_task", 128, NULL, 2, NULL);\n\n}\nhomekit_characteristic_t name = HOMEKIT_CHARACTERISTIC_(NAME, "Temperature");\nhomekit_characteristic_t current_temperature = HOMEKIT_CHARACTERISTIC_(CURRENT_TEMPERATURE, 0);\nhomekit_characteristic_t current_humidity = HOMEKIT_CHARACTERISTIC_(CURRENT_RELATIVE_HUMIDITY, 0);\n\n\n#ifdef MODE_FORCED\nstatic void bmp280_task_forced(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n params.mode = BMP280_MODE_FORCED;\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf("Failed initiating measurement\n");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}\n#else\nstatic void bmp280_task_normal(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}\n#endif\n\nvoid temperature_sensor_init() {\n\n i2c_init(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K);\n\n#ifdef MODE_FORCED\n xTaskCreate(bmp280_task_forced, "bmp280_task", 256, NULL, 2, NULL);\n#else\n xTaskCreate(bmp280_task_normal, "bmp280_task", 256, NULL, 2, NULL);\n#endif\n\n gpio_enable(LED_GPIO, GPIO_OUTPUT);\n led_write(false);\n\n}\n\n\nhomekit_accessory_t *accessories[] = {\n HOMEKIT_ACCESSORY(.id=1, .category=homekit_accessory_category_thermostat, .services=(homekit_service_t*[]) {\n HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }),\n HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n }),\n HOMEKIT_SERVICE(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n }),\n NULL\n }),\n NULL\n};\n\nhomekit_server_config_t config = {\n .accessories = accessories,\n .password = "<PASSWORD>"\n};\n\nvoid on_wifi_ready() {\n homekit_server_init(&config);\n}\n\nvoid user_init(void) {\n uart_set_baud(0, 115200);\n\n\n\n uint8_t macaddr[6];\n sdk_wifi_get_macaddr(STATION_IF, macaddr);\n int name_len = snprintf(NULL, 0, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3]);\n char *name_value = malloc(name_len + 1);\n snprintf(name_value, name_len + 1, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3]);\n name.value = HOMEKIT_STRING(name_value);\n\n wifi_config_init("Temperature Sensor", NULL, on_wifi_ready);\n\n temperature_sensor_init();\n}\n"
(preproc_include) "#include <stdio.h>\n"
(#include) "#include"
(system_lib_string) "<stdio.h>"
(preproc_include) "#include <espressif/esp_wifi.h>\n"
(#include) "#include"
(system_lib_string) "<espressif/esp_wifi.h>"
(preproc_include) "#include <espressif/esp_sta.h>\n"
(#include) "#include"
(system_lib_string) "<espressif/esp_sta.h>"
(preproc_include) "#include <esp/uart.h>\n"
(#include) "#include"
(system_lib_string) "<esp/uart.h>"
(preproc_include) "#include <esp8266.h>\n"
(#include) "#include"
(system_lib_string) "<esp8266.h>"
(preproc_include) "#include <FreeRTOS.h>\n"
(#include) "#include"
(system_lib_string) "<FreeRTOS.h>"
(preproc_include) "#include <task.h>\n"
(#include) "#include"
(system_lib_string) "<task.h>"
(preproc_include) "#include <homekit/homekit.h>\n"
(#include) "#include"
(system_lib_string) "<homekit/homekit.h>"
(preproc_include) "#include <homekit/characteristics.h>\n"
(#include) "#include"
(system_lib_string) "<homekit/characteristics.h>"
(comment) "//#include "wifi.h""
(preproc_include) "#include <wifi_config.h>\n"
(#include) "#include"
(system_lib_string) "<wifi_config.h>"
(preproc_include) "#include "i2c/i2c.h"\n"
(#include) "#include"
(string_literal) ""i2c/i2c.h""
(") """
(string_content) "i2c/i2c.h"
(") """
(preproc_include) "#include "bmp280/bmp280.h"\n"
(#include) "#include"
(string_literal) ""bmp280/bmp280.h""
(") """
(string_content) "bmp280/bmp280.h"
(") """
(preproc_def) "#define LED_GPIO 2\n"
(#define) "#define"
(identifier) "LED_GPIO"
(preproc_arg) "2"
(comment) "// In forced mode user initiate measurement each time."
(comment) "// In normal mode measurement is done continuously with specified standby time."
(comment) "// #define MODE_FORCED"
(declaration) "const uint8_t i2c_bus = 0;"
(type_qualifier) "const"
(const) "const"
(primitive_type) "uint8_t"
(init_declarator) "i2c_bus = 0"
(identifier) "i2c_bus"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "const uint8_t scl_pin = 0;"
(type_qualifier) "const"
(const) "const"
(primitive_type) "uint8_t"
(init_declarator) "scl_pin = 0"
(identifier) "scl_pin"
(=) "="
(number_literal) "0"
(;) ";"
(declaration) "const uint8_t sda_pin = 4;"
(type_qualifier) "const"
(const) "const"
(primitive_type) "uint8_t"
(init_declarator) "sda_pin = 4"
(identifier) "sda_pin"
(=) "="
(number_literal) "4"
(;) ";"
(function_definition) "void led_write(bool on)\n{\n gpio_write(LED_GPIO, on ? 0 : 1);\n}"
(primitive_type) "void"
(function_declarator) "led_write(bool on)"
(identifier) "led_write"
(parameter_list) "(bool on)"
(() "("
(parameter_declaration) "bool on"
(primitive_type) "bool"
(identifier) "on"
()) ")"
(compound_statement) "{\n gpio_write(LED_GPIO, on ? 0 : 1);\n}"
({) "{"
(expression_statement) "gpio_write(LED_GPIO, on ? 0 : 1);"
(call_expression) "gpio_write(LED_GPIO, on ? 0 : 1)"
(identifier) "gpio_write"
(argument_list) "(LED_GPIO, on ? 0 : 1)"
(() "("
(identifier) "LED_GPIO"
(,) ","
(conditional_expression) "on ? 0 : 1"
(identifier) "on"
(?) "?"
(number_literal) "0"
(:) ":"
(number_literal) "1"
()) ")"
(;) ";"
(}) "}"
(function_definition) "void identify_task(void *_args) {\n\n for (int i=0; i<3; i++) {\n for (int j=0; j<3; j++) {\n led_write(true);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n led_write(false);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n }\n\n vTaskDelay(250 / portTICK_PERIOD_MS);\n }\n\n led_write(false);\n\n vTaskDelete(NULL);\n}"
(primitive_type) "void"
(function_declarator) "identify_task(void *_args)"
(identifier) "identify_task"
(parameter_list) "(void *_args)"
(() "("
(parameter_declaration) "void *_args"
(primitive_type) "void"
(pointer_declarator) "*_args"
(*) "*"
(identifier) "_args"
()) ")"
(compound_statement) "{\n\n for (int i=0; i<3; i++) {\n for (int j=0; j<3; j++) {\n led_write(true);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n led_write(false);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n }\n\n vTaskDelay(250 / portTICK_PERIOD_MS);\n }\n\n led_write(false);\n\n vTaskDelete(NULL);\n}"
({) "{"
(for_statement) "for (int i=0; i<3; i++) {\n for (int j=0; j<3; j++) {\n led_write(true);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n led_write(false);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n }\n\n vTaskDelay(250 / portTICK_PERIOD_MS);\n }"
(for) "for"
(() "("
(declaration) "int i=0;"
(primitive_type) "int"
(init_declarator) "i=0"
(identifier) "i"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "i<3"
(identifier) "i"
(<) "<"
(number_literal) "3"
(;) ";"
(update_expression) "i++"
(identifier) "i"
(++) "++"
()) ")"
(compound_statement) "{\n for (int j=0; j<3; j++) {\n led_write(true);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n led_write(false);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n }\n\n vTaskDelay(250 / portTICK_PERIOD_MS);\n }"
({) "{"
(for_statement) "for (int j=0; j<3; j++) {\n led_write(true);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n led_write(false);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n }"
(for) "for"
(() "("
(declaration) "int j=0;"
(primitive_type) "int"
(init_declarator) "j=0"
(identifier) "j"
(=) "="
(number_literal) "0"
(;) ";"
(binary_expression) "j<3"
(identifier) "j"
(<) "<"
(number_literal) "3"
(;) ";"
(update_expression) "j++"
(identifier) "j"
(++) "++"
()) ")"
(compound_statement) "{\n led_write(true);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n led_write(false);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n }"
({) "{"
(expression_statement) "led_write(true);"
(call_expression) "led_write(true)"
(identifier) "led_write"
(argument_list) "(true)"
(() "("
(true) "true"
()) ")"
(;) ";"
(expression_statement) "vTaskDelay(150 / portTICK_PERIOD_MS);"
(call_expression) "vTaskDelay(150 / portTICK_PERIOD_MS)"
(identifier) "vTaskDelay"
(argument_list) "(150 / portTICK_PERIOD_MS)"
(() "("
(binary_expression) "150 / portTICK_PERIOD_MS"
(number_literal) "150"
(/) "/"
(identifier) "portTICK_PERIOD_MS"
()) ")"
(;) ";"
(expression_statement) "led_write(false);"
(call_expression) "led_write(false)"
(identifier) "led_write"
(argument_list) "(false)"
(() "("
(false) "false"
()) ")"
(;) ";"
(expression_statement) "vTaskDelay(150 / portTICK_PERIOD_MS);"
(call_expression) "vTaskDelay(150 / portTICK_PERIOD_MS)"
(identifier) "vTaskDelay"
(argument_list) "(150 / portTICK_PERIOD_MS)"
(() "("
(binary_expression) "150 / portTICK_PERIOD_MS"
(number_literal) "150"
(/) "/"
(identifier) "portTICK_PERIOD_MS"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "vTaskDelay(250 / portTICK_PERIOD_MS);"
(call_expression) "vTaskDelay(250 / portTICK_PERIOD_MS)"
(identifier) "vTaskDelay"
(argument_list) "(250 / portTICK_PERIOD_MS)"
(() "("
(binary_expression) "250 / portTICK_PERIOD_MS"
(number_literal) "250"
(/) "/"
(identifier) "portTICK_PERIOD_MS"
()) ")"
(;) ";"
(}) "}"
(expression_statement) "led_write(false);"
(call_expression) "led_write(false)"
(identifier) "led_write"
(argument_list) "(false)"
(() "("
(false) "false"
()) ")"
(;) ";"
(expression_statement) "vTaskDelete(NULL);"
(call_expression) "vTaskDelete(NULL)"
(identifier) "vTaskDelete"
(argument_list) "(NULL)"
(() "("
(null) "NULL"
(NULL) "NULL"
()) ")"
(;) ";"
(}) "}"
(function_definition) "void temperature_sensor_identify(homekit_value_t _value) {\n printf("Temperature sensor identify\n");\n\n xTaskCreate(identify_task, "identify_task", 128, NULL, 2, NULL);\n\n}"
(primitive_type) "void"
(function_declarator) "temperature_sensor_identify(homekit_value_t _value)"
(identifier) "temperature_sensor_identify"
(parameter_list) "(homekit_value_t _value)"
(() "("
(parameter_declaration) "homekit_value_t _value"
(type_identifier) "homekit_value_t"
(identifier) "_value"
()) ")"
(compound_statement) "{\n printf("Temperature sensor identify\n");\n\n xTaskCreate(identify_task, "identify_task", 128, NULL, 2, NULL);\n\n}"
({) "{"
(expression_statement) "printf("Temperature sensor identify\n");"
(call_expression) "printf("Temperature sensor identify\n")"
(identifier) "printf"
(argument_list) "("Temperature sensor identify\n")"
(() "("
(string_literal) ""Temperature sensor identify\n""
(") """
(string_content) "Temperature sensor identify"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "xTaskCreate(identify_task, "identify_task", 128, NULL, 2, NULL);"
(call_expression) "xTaskCreate(identify_task, "identify_task", 128, NULL, 2, NULL)"
(identifier) "xTaskCreate"
(argument_list) "(identify_task, "identify_task", 128, NULL, 2, NULL)"
(() "("
(identifier) "identify_task"
(,) ","
(string_literal) ""identify_task""
(") """
(string_content) "identify_task"
(") """
(,) ","
(number_literal) "128"
(,) ","
(null) "NULL"
(NULL) "NULL"
(,) ","
(number_literal) "2"
(,) ","
(null) "NULL"
(NULL) "NULL"
()) ")"
(;) ";"
(}) "}"
(declaration) "homekit_characteristic_t name = HOMEKIT_CHARACTERISTIC_(NAME, "Temperature");"
(type_identifier) "homekit_characteristic_t"
(init_declarator) "name = HOMEKIT_CHARACTERISTIC_(NAME, "Temperature")"
(identifier) "name"
(=) "="
(call_expression) "HOMEKIT_CHARACTERISTIC_(NAME, "Temperature")"
(identifier) "HOMEKIT_CHARACTERISTIC_"
(argument_list) "(NAME, "Temperature")"
(() "("
(identifier) "NAME"
(,) ","
(string_literal) ""Temperature""
(") """
(string_content) "Temperature"
(") """
()) ")"
(;) ";"
(declaration) "homekit_characteristic_t current_temperature = HOMEKIT_CHARACTERISTIC_(CURRENT_TEMPERATURE, 0);"
(type_identifier) "homekit_characteristic_t"
(init_declarator) "current_temperature = HOMEKIT_CHARACTERISTIC_(CURRENT_TEMPERATURE, 0)"
(identifier) "current_temperature"
(=) "="
(call_expression) "HOMEKIT_CHARACTERISTIC_(CURRENT_TEMPERATURE, 0)"
(identifier) "HOMEKIT_CHARACTERISTIC_"
(argument_list) "(CURRENT_TEMPERATURE, 0)"
(() "("
(identifier) "CURRENT_TEMPERATURE"
(,) ","
(number_literal) "0"
()) ")"
(;) ";"
(declaration) "homekit_characteristic_t current_humidity = HOMEKIT_CHARACTERISTIC_(CURRENT_RELATIVE_HUMIDITY, 0);"
(type_identifier) "homekit_characteristic_t"
(init_declarator) "current_humidity = HOMEKIT_CHARACTERISTIC_(CURRENT_RELATIVE_HUMIDITY, 0)"
(identifier) "current_humidity"
(=) "="
(call_expression) "HOMEKIT_CHARACTERISTIC_(CURRENT_RELATIVE_HUMIDITY, 0)"
(identifier) "HOMEKIT_CHARACTERISTIC_"
(argument_list) "(CURRENT_RELATIVE_HUMIDITY, 0)"
(() "("
(identifier) "CURRENT_RELATIVE_HUMIDITY"
(,) ","
(number_literal) "0"
()) ")"
(;) ";"
(preproc_ifdef) "#ifdef MODE_FORCED\nstatic void bmp280_task_forced(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n params.mode = BMP280_MODE_FORCED;\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf("Failed initiating measurement\n");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}\n#else\nstatic void bmp280_task_normal(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}\n#endif"
(#ifdef) "#ifdef"
(identifier) "MODE_FORCED"
(function_definition) "static void bmp280_task_forced(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n params.mode = BMP280_MODE_FORCED;\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf("Failed initiating measurement\n");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "void"
(function_declarator) "bmp280_task_forced(void *pvParameters)"
(identifier) "bmp280_task_forced"
(parameter_list) "(void *pvParameters)"
(() "("
(parameter_declaration) "void *pvParameters"
(primitive_type) "void"
(pointer_declarator) "*pvParameters"
(*) "*"
(identifier) "pvParameters"
()) ")"
(compound_statement) "{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n params.mode = BMP280_MODE_FORCED;\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf("Failed initiating measurement\n");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}"
({) "{"
(declaration) "bmp280_params_t params;"
(type_identifier) "bmp280_params_t"
(identifier) "params"
(;) ";"
(declaration) "float pressure, temperature, humidity;"
(primitive_type) "float"
(identifier) "pressure"
(,) ","
(identifier) "temperature"
(,) ","
(identifier) "humidity"
(;) ";"
(expression_statement) "bmp280_init_default_params(¶ms);"
(call_expression) "bmp280_init_default_params(¶ms)"
(identifier) "bmp280_init_default_params"
(argument_list) "(¶ms)"
(() "("
(pointer_expression) "¶ms"
(&) "&"
(identifier) "params"
()) ")"
(;) ";"
(expression_statement) "params.mode = BMP280_MODE_FORCED;"
(assignment_expression) "params.mode = BMP280_MODE_FORCED"
(field_expression) "params.mode"
(identifier) "params"
(.) "."
(field_identifier) "mode"
(=) "="
(identifier) "BMP280_MODE_FORCED"
(;) ";"
(declaration) "bmp280_t bmp280_dev;"
(type_identifier) "bmp280_t"
(identifier) "bmp280_dev"
(;) ";"
(expression_statement) "bmp280_dev.i2c_dev.bus = i2c_bus;"
(assignment_expression) "bmp280_dev.i2c_dev.bus = i2c_bus"
(field_expression) "bmp280_dev.i2c_dev.bus"
(field_expression) "bmp280_dev.i2c_dev"
(identifier) "bmp280_dev"
(.) "."
(field_identifier) "i2c_dev"
(.) "."
(field_identifier) "bus"
(=) "="
(identifier) "i2c_bus"
(;) ";"
(expression_statement) "bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;"
(assignment_expression) "bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0"
(field_expression) "bmp280_dev.i2c_dev.addr"
(field_expression) "bmp280_dev.i2c_dev"
(identifier) "bmp280_dev"
(.) "."
(field_identifier) "i2c_dev"
(.) "."
(field_identifier) "addr"
(=) "="
(identifier) "BMP280_I2C_ADDRESS_0"
(;) ";"
(while_statement) "while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf("Failed initiating measurement\n");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }"
(while) "while"
(parenthesized_expression) "(1)"
(() "("
(number_literal) "1"
()) ")"
(compound_statement) "{\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf("Failed initiating measurement\n");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }"
({) "{"
(while_statement) "while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }"
(while) "while"
(parenthesized_expression) "(!bmp280_init(&bmp280_dev, ¶ms))"
(() "("
(unary_expression) "!bmp280_init(&bmp280_dev, ¶ms)"
(!) "!"
(call_expression) "bmp280_init(&bmp280_dev, ¶ms)"
(identifier) "bmp280_init"
(argument_list) "(&bmp280_dev, ¶ms)"
(() "("
(pointer_expression) "&bmp280_dev"
(&) "&"
(identifier) "bmp280_dev"
(,) ","
(pointer_expression) "¶ms"
(&) "&"
(identifier) "params"
()) ")"
()) ")"
(compound_statement) "{\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }"
({) "{"
(expression_statement) "printf("BMP280 initialization failed\n");"
(call_expression) "printf("BMP280 initialization failed\n")"
(identifier) "printf"
(argument_list) "("BMP280 initialization failed\n")"
(() "("
(string_literal) ""BMP280 initialization failed\n""
(") """
(string_content) "BMP280 initialization failed"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "vTaskDelay(1000 / portTICK_PERIOD_MS);"
(call_expression) "vTaskDelay(1000 / portTICK_PERIOD_MS)"
(identifier) "vTaskDelay"
(argument_list) "(1000 / portTICK_PERIOD_MS)"
(() "("
(binary_expression) "1000 / portTICK_PERIOD_MS"
(number_literal) "1000"
(/) "/"
(identifier) "portTICK_PERIOD_MS"
()) ")"
(;) ";"
(}) "}"
(declaration) "bool bme280p = bmp280_dev.id == BME280_CHIP_ID;"
(primitive_type) "bool"
(init_declarator) "bme280p = bmp280_dev.id == BME280_CHIP_ID"
(identifier) "bme280p"
(=) "="
(binary_expression) "bmp280_dev.id == BME280_CHIP_ID"
(field_expression) "bmp280_dev.id"
(identifier) "bmp280_dev"
(.) "."
(field_identifier) "id"
(==) "=="
(identifier) "BME280_CHIP_ID"
(;) ";"
(expression_statement) "printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");"
(call_expression) "printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280")"
(identifier) "printf"
(argument_list) "("BMP280: found %s\n", bme280p ? "BME280" : "BMP280")"
(() "("
(string_literal) ""BMP280: found %s\n""
(") """
(string_content) "BMP280: found %s"
(escape_sequence) "\n"
(") """
(,) ","
(conditional_expression) "bme280p ? "BME280" : "BMP280""
(identifier) "bme280p"
(?) "?"
(string_literal) ""BME280""
(") """
(string_content) "BME280"
(") """
(:) ":"
(string_literal) ""BMP280""
(") """
(string_content) "BMP280"
(") """
()) ")"
(;) ";"
(while_statement) "while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf("Failed initiating measurement\n");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }"
(while) "while"
(parenthesized_expression) "(1)"
(() "("
(number_literal) "1"
()) ")"
(compound_statement) "{\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf("Failed initiating measurement\n");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }"
({) "{"
(expression_statement) "vTaskDelay(1000 / portTICK_PERIOD_MS);"
(call_expression) "vTaskDelay(1000 / portTICK_PERIOD_MS)"
(identifier) "vTaskDelay"
(argument_list) "(1000 / portTICK_PERIOD_MS)"
(() "("
(binary_expression) "1000 / portTICK_PERIOD_MS"
(number_literal) "1000"
(/) "/"
(identifier) "portTICK_PERIOD_MS"
()) ")"
(;) ";"
(if_statement) "if (!bmp280_force_measurement(&bmp280_dev)) {\n printf("Failed initiating measurement\n");\n break;\n }"
(if) "if"
(parenthesized_expression) "(!bmp280_force_measurement(&bmp280_dev))"
(() "("
(unary_expression) "!bmp280_force_measurement(&bmp280_dev)"
(!) "!"
(call_expression) "bmp280_force_measurement(&bmp280_dev)"
(identifier) "bmp280_force_measurement"
(argument_list) "(&bmp280_dev)"
(() "("
(pointer_expression) "&bmp280_dev"
(&) "&"
(identifier) "bmp280_dev"
()) ")"
()) ")"
(compound_statement) "{\n printf("Failed initiating measurement\n");\n break;\n }"
({) "{"
(expression_statement) "printf("Failed initiating measurement\n");"
(call_expression) "printf("Failed initiating measurement\n")"
(identifier) "printf"
(argument_list) "("Failed initiating measurement\n")"
(() "("
(string_literal) ""Failed initiating measurement\n""
(") """
(string_content) "Failed initiating measurement"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(}) "}"
(comment) "// wait for measurement to complete"
(while_statement) "while (bmp280_is_measuring(&bmp280_dev)) {}"
(while) "while"
(parenthesized_expression) "(bmp280_is_measuring(&bmp280_dev))"
(() "("
(call_expression) "bmp280_is_measuring(&bmp280_dev)"
(identifier) "bmp280_is_measuring"
(argument_list) "(&bmp280_dev)"
(() "("
(pointer_expression) "&bmp280_dev"
(&) "&"
(identifier) "bmp280_dev"
()) ")"
()) ")"
(compound_statement) "{}"
({) "{"
(}) "}"
(expression_statement) ";"
(;) ";"
(if_statement) "if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }"
(if) "if"
(parenthesized_expression) "(!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity))"
(() "("
(unary_expression) "!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)"
(!) "!"
(call_expression) "bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)"
(identifier) "bmp280_read_float"
(argument_list) "(&bmp280_dev, &temperature, &pressure, &humidity)"
(() "("
(pointer_expression) "&bmp280_dev"
(&) "&"
(identifier) "bmp280_dev"
(,) ","
(pointer_expression) "&temperature"
(&) "&"
(identifier) "temperature"
(,) ","
(pointer_expression) "&pressure"
(&) "&"
(identifier) "pressure"
(,) ","
(pointer_expression) "&humidity"
(&) "&"
(identifier) "humidity"
()) ")"
()) ")"
(compound_statement) "{\n printf("Temperature/pressure reading failed\n");\n break;\n }"
({) "{"
(expression_statement) "printf("Temperature/pressure reading failed\n");"
(call_expression) "printf("Temperature/pressure reading failed\n")"
(identifier) "printf"
(argument_list) "("Temperature/pressure reading failed\n")"
(() "("
(string_literal) ""Temperature/pressure reading failed\n""
(") """
(string_content) "Temperature/pressure reading failed"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(}) "}"
(expression_statement) "printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);"
(call_expression) "printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature)"
(identifier) "printf"
(argument_list) "("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature)"
(() "("
(string_literal) ""Pressure: %.2f Pa, Temperature: %.2f C""
(") """
(string_content) "Pressure: %.2f Pa, Temperature: %.2f C"
(") """
(,) ","
(identifier) "pressure"
(,) ","
(identifier) "temperature"
()) ")"
(;) ";"
(if_statement) "if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");"
(if) "if"
(parenthesized_expression) "(bme280p)"
(() "("
(identifier) "bme280p"
()) ")"
(expression_statement) "printf(", Humidity: %.2f\n", humidity);"
(call_expression) "printf(", Humidity: %.2f\n", humidity)"
(identifier) "printf"
(argument_list) "(", Humidity: %.2f\n", humidity)"
(() "("
(string_literal) "", Humidity: %.2f\n""
(") """
(string_content) ", Humidity: %.2f"
(escape_sequence) "\n"
(") """
(,) ","
(identifier) "humidity"
()) ")"
(;) ";"
(else_clause) "else\n printf("\n");"
(else) "else"
(expression_statement) "printf("\n");"
(call_expression) "printf("\n")"
(identifier) "printf"
(argument_list) "("\n")"
(() "("
(string_literal) ""\n""
(") """
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "current_temperature.value = HOMEKIT_FLOAT(temperature);"
(assignment_expression) "current_temperature.value = HOMEKIT_FLOAT(temperature)"
(field_expression) "current_temperature.value"
(identifier) "current_temperature"
(.) "."
(field_identifier) "value"
(=) "="
(call_expression) "HOMEKIT_FLOAT(temperature)"
(identifier) "HOMEKIT_FLOAT"
(argument_list) "(temperature)"
(() "("
(identifier) "temperature"
()) ")"
(;) ";"
(expression_statement) "current_humidity.value = HOMEKIT_FLOAT(humidity);"
(assignment_expression) "current_humidity.value = HOMEKIT_FLOAT(humidity)"
(field_expression) "current_humidity.value"
(identifier) "current_humidity"
(.) "."
(field_identifier) "value"
(=) "="
(call_expression) "HOMEKIT_FLOAT(humidity)"
(identifier) "HOMEKIT_FLOAT"
(argument_list) "(humidity)"
(() "("
(identifier) "humidity"
()) ")"
(;) ";"
(expression_statement) "homekit_characteristic_notify(¤t_temperature, current_temperature.value);"
(call_expression) "homekit_characteristic_notify(¤t_temperature, current_temperature.value)"
(identifier) "homekit_characteristic_notify"
(argument_list) "(¤t_temperature, current_temperature.value)"
(() "("
(pointer_expression) "¤t_temperature"
(&) "&"
(identifier) "current_temperature"
(,) ","
(field_expression) "current_temperature.value"
(identifier) "current_temperature"
(.) "."
(field_identifier) "value"
()) ")"
(;) ";"
(expression_statement) "homekit_characteristic_notify(¤t_humidity, current_humidity.value);"
(call_expression) "homekit_characteristic_notify(¤t_humidity, current_humidity.value)"
(identifier) "homekit_characteristic_notify"
(argument_list) "(¤t_humidity, current_humidity.value)"
(() "("
(pointer_expression) "¤t_humidity"
(&) "&"
(identifier) "current_humidity"
(,) ","
(field_expression) "current_humidity.value"
(identifier) "current_humidity"
(.) "."
(field_identifier) "value"
()) ")"
(;) ";"
(}) "}"
(}) "}"
(}) "}"
(preproc_else) "#else\nstatic void bmp280_task_normal(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}"
(#else) "#else"
(function_definition) "static void bmp280_task_normal(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}"
(storage_class_specifier) "static"
(static) "static"
(primitive_type) "void"
(function_declarator) "bmp280_task_normal(void *pvParameters)"
(identifier) "bmp280_task_normal"
(parameter_list) "(void *pvParameters)"
(() "("
(parameter_declaration) "void *pvParameters"
(primitive_type) "void"
(pointer_declarator) "*pvParameters"
(*) "*"
(identifier) "pvParameters"
()) ")"
(compound_statement) "{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}"
({) "{"
(declaration) "bmp280_params_t params;"
(type_identifier) "bmp280_params_t"
(identifier) "params"
(;) ";"
(declaration) "float pressure, temperature, humidity;"
(primitive_type) "float"
(identifier) "pressure"
(,) ","
(identifier) "temperature"
(,) ","
(identifier) "humidity"
(;) ";"
(expression_statement) "bmp280_init_default_params(¶ms);"
(call_expression) "bmp280_init_default_params(¶ms)"
(identifier) "bmp280_init_default_params"
(argument_list) "(¶ms)"
(() "("
(pointer_expression) "¶ms"
(&) "&"
(identifier) "params"
()) ")"
(;) ";"
(declaration) "bmp280_t bmp280_dev;"
(type_identifier) "bmp280_t"
(identifier) "bmp280_dev"
(;) ";"
(expression_statement) "bmp280_dev.i2c_dev.bus = i2c_bus;"
(assignment_expression) "bmp280_dev.i2c_dev.bus = i2c_bus"
(field_expression) "bmp280_dev.i2c_dev.bus"
(field_expression) "bmp280_dev.i2c_dev"
(identifier) "bmp280_dev"
(.) "."
(field_identifier) "i2c_dev"
(.) "."
(field_identifier) "bus"
(=) "="
(identifier) "i2c_bus"
(;) ";"
(expression_statement) "bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;"
(assignment_expression) "bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0"
(field_expression) "bmp280_dev.i2c_dev.addr"
(field_expression) "bmp280_dev.i2c_dev"
(identifier) "bmp280_dev"
(.) "."
(field_identifier) "i2c_dev"
(.) "."
(field_identifier) "addr"
(=) "="
(identifier) "BMP280_I2C_ADDRESS_0"
(;) ";"
(while_statement) "while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }"
(while) "while"
(parenthesized_expression) "(1)"
(() "("
(number_literal) "1"
()) ")"
(compound_statement) "{\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }"
({) "{"
(while_statement) "while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }"
(while) "while"
(parenthesized_expression) "(!bmp280_init(&bmp280_dev, ¶ms))"
(() "("
(unary_expression) "!bmp280_init(&bmp280_dev, ¶ms)"
(!) "!"
(call_expression) "bmp280_init(&bmp280_dev, ¶ms)"
(identifier) "bmp280_init"
(argument_list) "(&bmp280_dev, ¶ms)"
(() "("
(pointer_expression) "&bmp280_dev"
(&) "&"
(identifier) "bmp280_dev"
(,) ","
(pointer_expression) "¶ms"
(&) "&"
(identifier) "params"
()) ")"
()) ")"
(compound_statement) "{\n printf("BMP280 initialization failed\n");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }"
({) "{"
(expression_statement) "printf("BMP280 initialization failed\n");"
(call_expression) "printf("BMP280 initialization failed\n")"
(identifier) "printf"
(argument_list) "("BMP280 initialization failed\n")"
(() "("
(string_literal) ""BMP280 initialization failed\n""
(") """
(string_content) "BMP280 initialization failed"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "vTaskDelay(1000 / portTICK_PERIOD_MS);"
(call_expression) "vTaskDelay(1000 / portTICK_PERIOD_MS)"
(identifier) "vTaskDelay"
(argument_list) "(1000 / portTICK_PERIOD_MS)"
(() "("
(binary_expression) "1000 / portTICK_PERIOD_MS"
(number_literal) "1000"
(/) "/"
(identifier) "portTICK_PERIOD_MS"
()) ")"
(;) ";"
(}) "}"
(declaration) "bool bme280p = bmp280_dev.id == BME280_CHIP_ID;"
(primitive_type) "bool"
(init_declarator) "bme280p = bmp280_dev.id == BME280_CHIP_ID"
(identifier) "bme280p"
(=) "="
(binary_expression) "bmp280_dev.id == BME280_CHIP_ID"
(field_expression) "bmp280_dev.id"
(identifier) "bmp280_dev"
(.) "."
(field_identifier) "id"
(==) "=="
(identifier) "BME280_CHIP_ID"
(;) ";"
(expression_statement) "printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280");"
(call_expression) "printf("BMP280: found %s\n", bme280p ? "BME280" : "BMP280")"
(identifier) "printf"
(argument_list) "("BMP280: found %s\n", bme280p ? "BME280" : "BMP280")"
(() "("
(string_literal) ""BMP280: found %s\n""
(") """
(string_content) "BMP280: found %s"
(escape_sequence) "\n"
(") """
(,) ","
(conditional_expression) "bme280p ? "BME280" : "BMP280""
(identifier) "bme280p"
(?) "?"
(string_literal) ""BME280""
(") """
(string_content) "BME280"
(") """
(:) ":"
(string_literal) ""BMP280""
(") """
(string_content) "BMP280"
(") """
()) ")"
(;) ";"
(while_statement) "while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }"
(while) "while"
(parenthesized_expression) "(1)"
(() "("
(number_literal) "1"
()) ")"
(compound_statement) "{\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }\n printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);\n if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }"
({) "{"
(expression_statement) "vTaskDelay(1000 / portTICK_PERIOD_MS);"
(call_expression) "vTaskDelay(1000 / portTICK_PERIOD_MS)"
(identifier) "vTaskDelay"
(argument_list) "(1000 / portTICK_PERIOD_MS)"
(() "("
(binary_expression) "1000 / portTICK_PERIOD_MS"
(number_literal) "1000"
(/) "/"
(identifier) "portTICK_PERIOD_MS"
()) ")"
(;) ";"
(if_statement) "if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf("Temperature/pressure reading failed\n");\n break;\n }"
(if) "if"
(parenthesized_expression) "(!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity))"
(() "("
(unary_expression) "!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)"
(!) "!"
(call_expression) "bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)"
(identifier) "bmp280_read_float"
(argument_list) "(&bmp280_dev, &temperature, &pressure, &humidity)"
(() "("
(pointer_expression) "&bmp280_dev"
(&) "&"
(identifier) "bmp280_dev"
(,) ","
(pointer_expression) "&temperature"
(&) "&"
(identifier) "temperature"
(,) ","
(pointer_expression) "&pressure"
(&) "&"
(identifier) "pressure"
(,) ","
(pointer_expression) "&humidity"
(&) "&"
(identifier) "humidity"
()) ")"
()) ")"
(compound_statement) "{\n printf("Temperature/pressure reading failed\n");\n break;\n }"
({) "{"
(expression_statement) "printf("Temperature/pressure reading failed\n");"
(call_expression) "printf("Temperature/pressure reading failed\n")"
(identifier) "printf"
(argument_list) "("Temperature/pressure reading failed\n")"
(() "("
(string_literal) ""Temperature/pressure reading failed\n""
(") """
(string_content) "Temperature/pressure reading failed"
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(break_statement) "break;"
(break) "break"
(;) ";"
(}) "}"
(expression_statement) "printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature);"
(call_expression) "printf("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature)"
(identifier) "printf"
(argument_list) "("Pressure: %.2f Pa, Temperature: %.2f C", pressure, temperature)"
(() "("
(string_literal) ""Pressure: %.2f Pa, Temperature: %.2f C""
(") """
(string_content) "Pressure: %.2f Pa, Temperature: %.2f C"
(") """
(,) ","
(identifier) "pressure"
(,) ","
(identifier) "temperature"
()) ")"
(;) ";"
(if_statement) "if (bme280p)\n printf(", Humidity: %.2f\n", humidity);\n else\n printf("\n");"
(if) "if"
(parenthesized_expression) "(bme280p)"
(() "("
(identifier) "bme280p"
()) ")"
(expression_statement) "printf(", Humidity: %.2f\n", humidity);"
(call_expression) "printf(", Humidity: %.2f\n", humidity)"
(identifier) "printf"
(argument_list) "(", Humidity: %.2f\n", humidity)"
(() "("
(string_literal) "", Humidity: %.2f\n""
(") """
(string_content) ", Humidity: %.2f"
(escape_sequence) "\n"
(") """
(,) ","
(identifier) "humidity"
()) ")"
(;) ";"
(else_clause) "else\n printf("\n");"
(else) "else"
(expression_statement) "printf("\n");"
(call_expression) "printf("\n")"
(identifier) "printf"
(argument_list) "("\n")"
(() "("
(string_literal) ""\n""
(") """
(escape_sequence) "\n"
(") """
()) ")"
(;) ";"
(expression_statement) "current_temperature.value = HOMEKIT_FLOAT(temperature);"
(assignment_expression) "current_temperature.value = HOMEKIT_FLOAT(temperature)"
(field_expression) "current_temperature.value"
(identifier) "current_temperature"
(.) "."
(field_identifier) "value"
(=) "="
(call_expression) "HOMEKIT_FLOAT(temperature)"
(identifier) "HOMEKIT_FLOAT"
(argument_list) "(temperature)"
(() "("
(identifier) "temperature"
()) ")"
(;) ";"
(expression_statement) "current_humidity.value = HOMEKIT_FLOAT(humidity);"
(assignment_expression) "current_humidity.value = HOMEKIT_FLOAT(humidity)"
(field_expression) "current_humidity.value"
(identifier) "current_humidity"
(.) "."
(field_identifier) "value"
(=) "="
(call_expression) "HOMEKIT_FLOAT(humidity)"
(identifier) "HOMEKIT_FLOAT"
(argument_list) "(humidity)"
(() "("
(identifier) "humidity"
()) ")"
(;) ";"
(expression_statement) "homekit_characteristic_notify(¤t_temperature, current_temperature.value);"
(call_expression) "homekit_characteristic_notify(¤t_temperature, current_temperature.value)"
(identifier) "homekit_characteristic_notify"
(argument_list) "(¤t_temperature, current_temperature.value)"
(() "("
(pointer_expression) "¤t_temperature"
(&) "&"
(identifier) "current_temperature"
(,) ","
(field_expression) "current_temperature.value"
(identifier) "current_temperature"
(.) "."
(field_identifier) "value"
()) ")"
(;) ";"
(expression_statement) "homekit_characteristic_notify(¤t_humidity, current_humidity.value);"
(call_expression) "homekit_characteristic_notify(¤t_humidity, current_humidity.value)"
(identifier) "homekit_characteristic_notify"
(argument_list) "(¤t_humidity, current_humidity.value)"
(() "("
(pointer_expression) "¤t_humidity"
(&) "&"
(identifier) "current_humidity"
(,) ","
(field_expression) "current_humidity.value"
(identifier) "current_humidity"
(.) "."
(field_identifier) "value"
()) ")"
(;) ";"
(}) "}"
(}) "}"
(}) "}"
(#endif) "#endif"
(function_definition) "void temperature_sensor_init() {\n\n i2c_init(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K);\n\n#ifdef MODE_FORCED\n xTaskCreate(bmp280_task_forced, "bmp280_task", 256, NULL, 2, NULL);\n#else\n xTaskCreate(bmp280_task_normal, "bmp280_task", 256, NULL, 2, NULL);\n#endif\n\n gpio_enable(LED_GPIO, GPIO_OUTPUT);\n led_write(false);\n\n}"
(primitive_type) "void"
(function_declarator) "temperature_sensor_init()"
(identifier) "temperature_sensor_init"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n\n i2c_init(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K);\n\n#ifdef MODE_FORCED\n xTaskCreate(bmp280_task_forced, "bmp280_task", 256, NULL, 2, NULL);\n#else\n xTaskCreate(bmp280_task_normal, "bmp280_task", 256, NULL, 2, NULL);\n#endif\n\n gpio_enable(LED_GPIO, GPIO_OUTPUT);\n led_write(false);\n\n}"
({) "{"
(expression_statement) "i2c_init(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K);"
(call_expression) "i2c_init(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K)"
(identifier) "i2c_init"
(argument_list) "(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K)"
(() "("
(identifier) "i2c_bus"
(,) ","
(identifier) "scl_pin"
(,) ","
(identifier) "sda_pin"
(,) ","
(identifier) "I2C_FREQ_400K"
()) ")"
(;) ";"
(preproc_ifdef) "#ifdef MODE_FORCED\n xTaskCreate(bmp280_task_forced, "bmp280_task", 256, NULL, 2, NULL);\n#else\n xTaskCreate(bmp280_task_normal, "bmp280_task", 256, NULL, 2, NULL);\n#endif"
(#ifdef) "#ifdef"
(identifier) "MODE_FORCED"
(expression_statement) "xTaskCreate(bmp280_task_forced, "bmp280_task", 256, NULL, 2, NULL);"
(call_expression) "xTaskCreate(bmp280_task_forced, "bmp280_task", 256, NULL, 2, NULL)"
(identifier) "xTaskCreate"
(argument_list) "(bmp280_task_forced, "bmp280_task", 256, NULL, 2, NULL)"
(() "("
(identifier) "bmp280_task_forced"
(,) ","
(string_literal) ""bmp280_task""
(") """
(string_content) "bmp280_task"
(") """
(,) ","
(number_literal) "256"
(,) ","
(null) "NULL"
(NULL) "NULL"
(,) ","
(number_literal) "2"
(,) ","
(null) "NULL"
(NULL) "NULL"
()) ")"
(;) ";"
(preproc_else) "#else\n xTaskCreate(bmp280_task_normal, "bmp280_task", 256, NULL, 2, NULL);"
(#else) "#else"
(expression_statement) "xTaskCreate(bmp280_task_normal, "bmp280_task", 256, NULL, 2, NULL);"
(call_expression) "xTaskCreate(bmp280_task_normal, "bmp280_task", 256, NULL, 2, NULL)"
(identifier) "xTaskCreate"
(argument_list) "(bmp280_task_normal, "bmp280_task", 256, NULL, 2, NULL)"
(() "("
(identifier) "bmp280_task_normal"
(,) ","
(string_literal) ""bmp280_task""
(") """
(string_content) "bmp280_task"
(") """
(,) ","
(number_literal) "256"
(,) ","
(null) "NULL"
(NULL) "NULL"
(,) ","
(number_literal) "2"
(,) ","
(null) "NULL"
(NULL) "NULL"
()) ")"
(;) ";"
(#endif) "#endif"
(expression_statement) "gpio_enable(LED_GPIO, GPIO_OUTPUT);"
(call_expression) "gpio_enable(LED_GPIO, GPIO_OUTPUT)"
(identifier) "gpio_enable"
(argument_list) "(LED_GPIO, GPIO_OUTPUT)"
(() "("
(identifier) "LED_GPIO"
(,) ","
(identifier) "GPIO_OUTPUT"
()) ")"
(;) ";"
(expression_statement) "led_write(false);"
(call_expression) "led_write(false)"
(identifier) "led_write"
(argument_list) "(false)"
(() "("
(false) "false"
()) ")"
(;) ";"
(}) "}"
(declaration) "homekit_accessory_t *accessories[] = {\n HOMEKIT_ACCESSORY(.id=1, .category=homekit_accessory_category_thermostat, .services=(homekit_service_t*[]) {\n HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }),\n HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n }),\n HOMEKIT_SERVICE(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n }),\n NULL\n }),\n NULL\n};"
(type_identifier) "homekit_accessory_t"
(init_declarator) "*accessories[] = {\n HOMEKIT_ACCESSORY(.id=1, .category=homekit_accessory_category_thermostat, .services=(homekit_service_t*[]) {\n HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }),\n HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n }),\n HOMEKIT_SERVICE(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n }),\n NULL\n }),\n NULL\n}"
(pointer_declarator) "*accessories[]"
(*) "*"
(array_declarator) "accessories[]"
(identifier) "accessories"
([) "["
(]) "]"
(=) "="
(initializer_list) "{\n HOMEKIT_ACCESSORY(.id=1, .category=homekit_accessory_category_thermostat, .services=(homekit_service_t*[]) {\n HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }),\n HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n }),\n HOMEKIT_SERVICE(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n }),\n NULL\n }),\n NULL\n}"
({) "{"
(assignment_expression) "HOMEKIT_ACCESSORY(.id=1"
(field_expression) "HOMEKIT_ACCESSORY(.id"
(identifier) "HOMEKIT_ACCESSORY"
(ERROR) "("
(() "("
(.) "."
(field_identifier) "id"
(=) "="
(number_literal) "1"
(,) ","
(initializer_pair) ".category=homekit_accessory_category_thermostat"
(field_designator) ".category"
(.) "."
(field_identifier) "category"
(=) "="
(identifier) "homekit_accessory_category_thermostat"
(,) ","
(initializer_pair) ".services=(homekit_service_t*[]) {\n HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }),\n HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n }),\n HOMEKIT_SERVICE(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n }),\n NULL\n }"
(field_designator) ".services"
(.) "."
(field_identifier) "services"
(=) "="
(compound_literal_expression) "(homekit_service_t*[]) {\n HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }),\n HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n }),\n HOMEKIT_SERVICE(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n }),\n NULL\n }"
(() "("
(type_descriptor) "homekit_service_t*[]"
(type_identifier) "homekit_service_t"
(abstract_pointer_declarator) "*[]"
(*) "*"
(abstract_array_declarator) "[]"
([) "["
(]) "]"
()) ")"
(initializer_list) "{\n HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }),\n HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n }),\n HOMEKIT_SERVICE(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n }),\n NULL\n }"
({) "{"
(call_expression) "HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n })"
(identifier) "HOMEKIT_SERVICE"
(argument_list) "(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n })"
(() "("
(assignment_expression) "ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }"
(field_expression) "ACCESSORY_INFORMATION, .characteristics"
(identifier) "ACCESSORY_INFORMATION"
(ERROR) ","
(,) ","
(.) "."
(field_identifier) "characteristics"
(=) "="
(compound_literal_expression) "(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }"
(() "("
(type_descriptor) "homekit_characteristic_t*[]"
(type_identifier) "homekit_characteristic_t"
(abstract_pointer_declarator) "*[]"
(*) "*"
(abstract_array_declarator) "[]"
([) "["
(]) "]"
()) ")"
(initializer_list) "{\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai"),\n HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }"
({) "{"
(call_expression) "HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor")"
(identifier) "HOMEKIT_CHARACTERISTIC"
(argument_list) "(NAME, "Temperature Sensor")"
(() "("
(identifier) "NAME"
(,) ","
(string_literal) ""Temperature Sensor""
(") """
(string_content) "Temperature Sensor"
(") """
()) ")"
(,) ","
(call_expression) "HOMEKIT_CHARACTERISTIC(MANUFACTURER, "Alex_Khmelenko")"
(identifier) "HOMEKIT_CHARACTERISTIC"
(argument_list) "(MANUFACTURER, "Alex_Khmelenko")"
(() "("
(identifier) "MANUFACTURER"
(,) ","
(string_literal) ""Alex_Khmelenko""
(") """
(string_content) "Alex_Khmelenko"
(") """
()) ")"
(,) ","
(call_expression) "HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, "Sprut.Ai")"
(identifier) "HOMEKIT_CHARACTERISTIC"
(argument_list) "(SERIAL_NUMBER, "Sprut.Ai")"
(() "("
(identifier) "SERIAL_NUMBER"
(,) ","
(string_literal) ""Sprut.Ai""
(") """
(string_content) "Sprut.Ai"
(") """
()) ")"
(,) ","
(call_expression) "HOMEKIT_CHARACTERISTIC(MODEL, "BMP280/BME280")"
(identifier) "HOMEKIT_CHARACTERISTIC"
(argument_list) "(MODEL, "BMP280/BME280")"
(() "("
(identifier) "MODEL"
(,) ","
(string_literal) ""BMP280/BME280""
(") """
(string_content) "BMP280/BME280"
(") """
()) ")"
(,) ","
(call_expression) "HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, "v0.1")"
(identifier) "HOMEKIT_CHARACTERISTIC"
(argument_list) "(FIRMWARE_REVISION, "v0.1")"
(() "("
(identifier) "FIRMWARE_REVISION"
(,) ","
(string_literal) ""v0.1""
(") """
(string_content) "v0.1"
(") """
()) ")"
(,) ","
(call_expression) "HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify)"
(identifier) "HOMEKIT_CHARACTERISTIC"
(argument_list) "(IDENTIFY, temperature_sensor_identify)"
(() "("
(identifier) "IDENTIFY"
(,) ","
(identifier) "temperature_sensor_identify"
()) ")"
(,) ","
(null) "NULL"
(NULL) "NULL"
(}) "}"
()) ")"
(,) ","
(call_expression) "HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n })"
(identifier) "HOMEKIT_SERVICE"
(argument_list) "(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n })"
(() "("
(assignment_expression) "TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n }"
(field_expression) "TEMPERATURE_SENSOR, .primary=true, .characteristics"
(assignment_expression) "TEMPERATURE_SENSOR, .primary=true"
(field_expression) "TEMPERATURE_SENSOR, .primary"
(identifier) "TEMPERATURE_SENSOR"
(ERROR) ","
(,) ","
(.) "."
(field_identifier) "primary"
(=) "="
(true) "true"
(ERROR) ","
(,) ","
(.) "."
(field_identifier) "characteristics"
(=) "="
(compound_literal_expression) "(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n }"
(() "("
(type_descriptor) "homekit_characteristic_t*[]"
(type_identifier) "homekit_characteristic_t"
(abstract_pointer_declarator) "*[]"
(*) "*"
(abstract_array_declarator) "[]"
([) "["
(]) "]"
()) ")"
(initializer_list) "{\n HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor"),\n ¤t_temperature,\n NULL\n }"
({) "{"
(call_expression) "HOMEKIT_CHARACTERISTIC(NAME, "Temperature Sensor")"
(identifier) "HOMEKIT_CHARACTERISTIC"
(argument_list) "(NAME, "Temperature Sensor")"
(() "("
(identifier) "NAME"
(,) ","
(string_literal) ""Temperature Sensor""
(") """
(string_content) "Temperature Sensor"
(") """
()) ")"
(,) ","
(pointer_expression) "¤t_temperature"
(&) "&"
(identifier) "current_temperature"
(,) ","
(null) "NULL"
(NULL) "NULL"
(}) "}"
()) ")"
(,) ","
(call_expression) "HOMEKIT_SERVICE(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n })"
(identifier) "HOMEKIT_SERVICE"
(argument_list) "(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n })"
(() "("
(assignment_expression) "HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n }"
(field_expression) "HUMIDITY_SENSOR, .characteristics"
(identifier) "HUMIDITY_SENSOR"
(ERROR) ","
(,) ","
(.) "."
(field_identifier) "characteristics"
(=) "="
(compound_literal_expression) "(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n }"
(() "("
(type_descriptor) "homekit_characteristic_t*[]"
(type_identifier) "homekit_characteristic_t"
(abstract_pointer_declarator) "*[]"
(*) "*"
(abstract_array_declarator) "[]"
([) "["
(]) "]"
()) ")"
(initializer_list) "{\n HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor"),\n ¤t_humidity,\n NULL\n }"
({) "{"
(call_expression) "HOMEKIT_CHARACTERISTIC(NAME, "Humidity Sensor")"
(identifier) "HOMEKIT_CHARACTERISTIC"
(argument_list) "(NAME, "Humidity Sensor")"
(() "("
(identifier) "NAME"
(,) ","
(string_literal) ""Humidity Sensor""
(") """
(string_content) "Humidity Sensor"
(") """
()) ")"
(,) ","
(pointer_expression) "¤t_humidity"
(&) "&"
(identifier) "current_humidity"
(,) ","
(null) "NULL"
(NULL) "NULL"
(}) "}"
()) ")"
(,) ","
(null) "NULL"
(NULL) "NULL"
(}) "}"
(ERROR) ")"
()) ")"
(,) ","
(null) "NULL"
(NULL) "NULL"
(}) "}"
(;) ";"
(declaration) "homekit_server_config_t config = {\n .accessories = accessories,\n .password = "<PASSWORD>"\n};"
(type_identifier) "homekit_server_config_t"
(init_declarator) "config = {\n .accessories = accessories,\n .password = "<PASSWORD>"\n}"
(identifier) "config"
(=) "="
(initializer_list) "{\n .accessories = accessories,\n .password = "<PASSWORD>"\n}"
({) "{"
(initializer_pair) ".accessories = accessories"
(field_designator) ".accessories"
(.) "."
(field_identifier) "accessories"
(=) "="
(identifier) "accessories"
(,) ","
(initializer_pair) ".password = "<PASSWORD>""
(field_designator) ".password"
(.) "."
(field_identifier) "password"
(=) "="
(string_literal) ""<PASSWORD>""
(") """
(string_content) "<PASSWORD>"
(") """
(}) "}"
(;) ";"
(function_definition) "void on_wifi_ready() {\n homekit_server_init(&config);\n}"
(primitive_type) "void"
(function_declarator) "on_wifi_ready()"
(identifier) "on_wifi_ready"
(parameter_list) "()"
(() "("
()) ")"
(compound_statement) "{\n homekit_server_init(&config);\n}"
({) "{"
(expression_statement) "homekit_server_init(&config);"
(call_expression) "homekit_server_init(&config)"
(identifier) "homekit_server_init"
(argument_list) "(&config)"
(() "("
(pointer_expression) "&config"
(&) "&"
(identifier) "config"
()) ")"
(;) ";"
(}) "}"
(function_definition) "void user_init(void) {\n uart_set_baud(0, 115200);\n\n\n\n uint8_t macaddr[6];\n sdk_wifi_get_macaddr(STATION_IF, macaddr);\n int name_len = snprintf(NULL, 0, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3]);\n char *name_value = malloc(name_len + 1);\n snprintf(name_value, name_len + 1, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3]);\n name.value = HOMEKIT_STRING(name_value);\n\n wifi_config_init("Temperature Sensor", NULL, on_wifi_ready);\n\n temperature_sensor_init();\n}"
(primitive_type) "void"
(function_declarator) "user_init(void)"
(identifier) "user_init"
(parameter_list) "(void)"
(() "("
(parameter_declaration) "void"
(primitive_type) "void"
()) ")"
(compound_statement) "{\n uart_set_baud(0, 115200);\n\n\n\n uint8_t macaddr[6];\n sdk_wifi_get_macaddr(STATION_IF, macaddr);\n int name_len = snprintf(NULL, 0, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3]);\n char *name_value = malloc(name_len + 1);\n snprintf(name_value, name_len + 1, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3]);\n name.value = HOMEKIT_STRING(name_value);\n\n wifi_config_init("Temperature Sensor", NULL, on_wifi_ready);\n\n temperature_sensor_init();\n}"
({) "{"
(expression_statement) "uart_set_baud(0, 115200);"
(call_expression) "uart_set_baud(0, 115200)"
(identifier) "uart_set_baud"
(argument_list) "(0, 115200)"
(() "("
(number_literal) "0"
(,) ","
(number_literal) "115200"
()) ")"
(;) ";"
(declaration) "uint8_t macaddr[6];"
(primitive_type) "uint8_t"
(array_declarator) "macaddr[6]"
(identifier) "macaddr"
([) "["
(number_literal) "6"
(]) "]"
(;) ";"
(expression_statement) "sdk_wifi_get_macaddr(STATION_IF, macaddr);"
(call_expression) "sdk_wifi_get_macaddr(STATION_IF, macaddr)"
(identifier) "sdk_wifi_get_macaddr"
(argument_list) "(STATION_IF, macaddr)"
(() "("
(identifier) "STATION_IF"
(,) ","
(identifier) "macaddr"
()) ")"
(;) ";"
(declaration) "int name_len = snprintf(NULL, 0, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3]);"
(primitive_type) "int"
(init_declarator) "name_len = snprintf(NULL, 0, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3])"
(identifier) "name_len"
(=) "="
(call_expression) "snprintf(NULL, 0, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3])"
(identifier) "snprintf"
(argument_list) "(NULL, 0, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3])"
(() "("
(null) "NULL"
(NULL) "NULL"
(,) ","
(number_literal) "0"
(,) ","
(string_literal) ""Temperature Sensor-%02X%02X%02X""
(") """
(string_content) "Temperature Sensor-%02X%02X%02X"
(") """
(,) ","
(subscript_expression) "macaddr[1]"
(identifier) "macaddr"
([) "["
(number_literal) "1"
(]) "]"
(,) ","
(subscript_expression) "macaddr[2]"
(identifier) "macaddr"
([) "["
(number_literal) "2"
(]) "]"
(,) ","
(subscript_expression) "macaddr[3]"
(identifier) "macaddr"
([) "["
(number_literal) "3"
(]) "]"
()) ")"
(;) ";"
(declaration) "char *name_value = malloc(name_len + 1);"
(primitive_type) "char"
(init_declarator) "*name_value = malloc(name_len + 1)"
(pointer_declarator) "*name_value"
(*) "*"
(identifier) "name_value"
(=) "="
(call_expression) "malloc(name_len + 1)"
(identifier) "malloc"
(argument_list) "(name_len + 1)"
(() "("
(binary_expression) "name_len + 1"
(identifier) "name_len"
(+) "+"
(number_literal) "1"
()) ")"
(;) ";"
(expression_statement) "snprintf(name_value, name_len + 1, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3]);"
(call_expression) "snprintf(name_value, name_len + 1, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3])"
(identifier) "snprintf"
(argument_list) "(name_value, name_len + 1, "Temperature Sensor-%02X%02X%02X", macaddr[1], macaddr[2], macaddr[3])"
(() "("
(identifier) "name_value"
(,) ","
(binary_expression) "name_len + 1"
(identifier) "name_len"
(+) "+"
(number_literal) "1"
(,) ","
(string_literal) ""Temperature Sensor-%02X%02X%02X""
(") """
(string_content) "Temperature Sensor-%02X%02X%02X"
(") """
(,) ","
(subscript_expression) "macaddr[1]"
(identifier) "macaddr"
([) "["
(number_literal) "1"
(]) "]"
(,) ","
(subscript_expression) "macaddr[2]"
(identifier) "macaddr"
([) "["
(number_literal) "2"
(]) "]"
(,) ","
(subscript_expression) "macaddr[3]"
(identifier) "macaddr"
([) "["
(number_literal) "3"
(]) "]"
()) ")"
(;) ";"
(expression_statement) "name.value = HOMEKIT_STRING(name_value);"
(assignment_expression) "name.value = HOMEKIT_STRING(name_value)"
(field_expression) "name.value"
(identifier) "name"
(.) "."
(field_identifier) "value"
(=) "="
(call_expression) "HOMEKIT_STRING(name_value)"
(identifier) "HOMEKIT_STRING"
(argument_list) "(name_value)"
(() "("
(identifier) "name_value"
()) ")"
(;) ";"
(expression_statement) "wifi_config_init("Temperature Sensor", NULL, on_wifi_ready);"
(call_expression) "wifi_config_init("Temperature Sensor", NULL, on_wifi_ready)"
(identifier) "wifi_config_init"
(argument_list) "("Temperature Sensor", NULL, on_wifi_ready)"
(() "("
(string_literal) ""Temperature Sensor""
(") """
(string_content) "Temperature Sensor"
(") """
(,) ","
(null) "NULL"
(NULL) "NULL"
(,) ","
(identifier) "on_wifi_ready"
()) ")"
(;) ";"
(expression_statement) "temperature_sensor_init();"
(call_expression) "temperature_sensor_init()"
(identifier) "temperature_sensor_init"
(argument_list) "()"
(() "("
()) ")"
(;) ";"
(}) "}"
| 1,610
| 6
|
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"#include", "text": "#include", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 8}}, {"id": 5, "type": "system_lib_string", "text": "<espressif/esp_wifi.h>", "parent": 3, "children": [], "start_point": {"row": 1, "column": 9}, "end_point": {"row": 1, "column": 31}}, {"id": 6, "type": "preproc_include", "text": "#include <espressif/esp_sta.h>\n", "parent": null, "children": [7, 8], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 3, "column": 0}}, {"id": 7, "type": "#include", "text": "#include", "parent": 6, "children": [], "start_point": {"row": 2, "column": 0}, "end_point": {"row": 2, "column": 8}}, {"id": 8, "type": "system_lib_string", "text": "<espressif/esp_sta.h>", "parent": 6, "children": [], "start_point": {"row": 2, "column": 9}, "end_point": {"row": 2, "column": 30}}, {"id": 9, "type": "preproc_include", "text": "#include <esp/uart.h>\n", "parent": null, "children": [10, 11], "start_point": {"row": 3, 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"children": [16, 17], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 6, "column": 0}}, {"id": 16, "type": "#include", "text": "#include", "parent": 15, "children": [], "start_point": {"row": 5, "column": 0}, "end_point": {"row": 5, "column": 8}}, {"id": 17, "type": "system_lib_string", "text": "<FreeRTOS.h>", "parent": 15, "children": [], "start_point": {"row": 5, "column": 9}, "end_point": {"row": 5, "column": 21}}, {"id": 18, "type": "preproc_include", "text": "#include <task.h>\n", "parent": null, "children": [19, 20], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 7, "column": 0}}, {"id": 19, "type": "#include", "text": "#include", "parent": 18, "children": [], "start_point": {"row": 6, "column": 0}, "end_point": {"row": 6, "column": 8}}, {"id": 20, "type": "system_lib_string", "text": "<task.h>", "parent": 18, "children": [], "start_point": {"row": 6, "column": 9}, "end_point": {"row": 6, "column": 17}}, {"id": 21, "type": "preproc_include", "text": 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15, "column": 7}}, {"id": 38, "type": "identifier", "text": "LED_GPIO", "parent": 36, "children": [], "start_point": {"row": 15, "column": 8}, "end_point": {"row": 15, "column": 16}}, {"id": 39, "type": "preproc_arg", "text": "2", "parent": 36, "children": [], "start_point": {"row": 15, "column": 17}, "end_point": {"row": 15, "column": 18}}, {"id": 40, "type": "declaration", "text": "const uint8_t i2c_bus = 0;", "parent": null, "children": [41, 42], "start_point": {"row": 19, "column": 0}, "end_point": {"row": 19, "column": 26}}, {"id": 41, "type": "primitive_type", "text": "uint8_t", "parent": 40, "children": [], "start_point": {"row": 19, "column": 6}, "end_point": {"row": 19, "column": 13}}, {"id": 42, "type": "init_declarator", "text": "i2c_bus = 0", "parent": 40, "children": [43, 44, 45], "start_point": {"row": 19, "column": 14}, "end_point": {"row": 19, "column": 25}}, {"id": 43, "type": "identifier", "text": "i2c_bus", "parent": 42, "children": [], "start_point": {"row": 19, "column": 14}, "end_point": {"row": 19, "column": 21}}, {"id": 44, "type": "=", "text": "=", "parent": 42, "children": [], "start_point": {"row": 19, "column": 22}, "end_point": {"row": 19, "column": 23}}, {"id": 45, "type": "number_literal", "text": "0", "parent": 42, "children": [], "start_point": {"row": 19, "column": 24}, "end_point": {"row": 19, "column": 25}}, {"id": 46, "type": "declaration", "text": "const uint8_t scl_pin = 0;", "parent": null, "children": [47, 48], "start_point": {"row": 20, "column": 0}, "end_point": {"row": 20, "column": 26}}, {"id": 47, "type": "primitive_type", "text": "uint8_t", "parent": 46, "children": [], "start_point": {"row": 20, "column": 6}, "end_point": {"row": 20, "column": 13}}, {"id": 48, "type": "init_declarator", "text": "scl_pin = 0", "parent": 46, "children": [49, 50, 51], "start_point": {"row": 20, "column": 14}, "end_point": {"row": 20, "column": 25}}, {"id": 49, "type": "identifier", "text": "scl_pin", "parent": 48, "children": [], 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[165, 166], "start_point": {"row": 49, "column": 4}, "end_point": {"row": 49, "column": 67}}, {"id": 165, "type": "identifier", "text": "xTaskCreate", "parent": 164, "children": [], "start_point": {"row": 49, "column": 4}, "end_point": {"row": 49, "column": 15}}, {"id": 166, "type": "argument_list", "text": "(identify_task, \"identify_task\", 128, NULL, 2, NULL)", "parent": 164, "children": [167, 168, 169, 170, 172, 173], "start_point": {"row": 49, "column": 15}, "end_point": {"row": 49, "column": 67}}, {"id": 167, "type": "identifier", "text": "identify_task", "parent": 166, "children": [], "start_point": {"row": 49, "column": 16}, "end_point": {"row": 49, "column": 29}}, {"id": 168, "type": "string_literal", "text": "\"identify_task\"", "parent": 166, "children": [], "start_point": {"row": 49, "column": 31}, "end_point": {"row": 49, "column": 46}}, {"id": 169, "type": "number_literal", "text": "128", "parent": 166, "children": [], "start_point": {"row": 49, "column": 48}, "end_point": {"row": 49, "column": 51}}, {"id": 170, "type": "null", "text": "NULL", "parent": 166, "children": [171], "start_point": {"row": 49, "column": 53}, "end_point": {"row": 49, "column": 57}}, {"id": 171, "type": "NULL", "text": "NULL", "parent": 170, "children": [], "start_point": {"row": 49, "column": 53}, "end_point": {"row": 49, "column": 57}}, {"id": 172, "type": "number_literal", "text": "2", "parent": 166, "children": [], "start_point": {"row": 49, "column": 59}, "end_point": {"row": 49, "column": 60}}, {"id": 173, "type": "null", "text": "NULL", "parent": 166, "children": [174], "start_point": {"row": 49, "column": 62}, "end_point": {"row": 49, "column": 66}}, {"id": 174, "type": "NULL", "text": "NULL", "parent": 173, "children": [], "start_point": {"row": 49, "column": 62}, "end_point": {"row": 49, "column": 66}}, {"id": 175, "type": "declaration", "text": "homekit_characteristic_t name = HOMEKIT_CHARACTERISTIC_(NAME, \"Temperature\");", "parent": null, "children": [176, 177], "start_point": {"row": 52, "column": 0}, "end_point": {"row": 52, "column": 77}}, {"id": 176, "type": "type_identifier", "text": "homekit_characteristic_t", "parent": 175, "children": [], "start_point": {"row": 52, "column": 0}, "end_point": {"row": 52, "column": 24}}, {"id": 177, "type": "init_declarator", "text": "name = HOMEKIT_CHARACTERISTIC_(NAME, \"Temperature\")", "parent": 175, "children": [178, 179, 180], "start_point": {"row": 52, "column": 25}, "end_point": {"row": 52, "column": 76}}, {"id": 178, "type": "identifier", "text": "name", "parent": 177, "children": [], "start_point": {"row": 52, "column": 25}, "end_point": {"row": 52, "column": 29}}, {"id": 179, "type": "=", "text": "=", "parent": 177, "children": [], "start_point": {"row": 52, "column": 30}, "end_point": {"row": 52, "column": 31}}, {"id": 180, "type": "call_expression", "text": "HOMEKIT_CHARACTERISTIC_(NAME, \"Temperature\")", "parent": 177, "children": [181, 182], "start_point": {"row": 52, "column": 32}, "end_point": {"row": 52, "column": 76}}, {"id": 181, "type": "identifier", "text": "HOMEKIT_CHARACTERISTIC_", "parent": 180, "children": [], "start_point": {"row": 52, "column": 32}, "end_point": {"row": 52, "column": 55}}, {"id": 182, "type": "argument_list", "text": "(NAME, \"Temperature\")", "parent": 180, "children": [183, 184], "start_point": {"row": 52, "column": 55}, "end_point": {"row": 52, "column": 76}}, {"id": 183, "type": "identifier", "text": "NAME", "parent": 182, "children": [], "start_point": {"row": 52, "column": 56}, "end_point": {"row": 52, "column": 60}}, {"id": 184, "type": "string_literal", "text": "\"Temperature\"", "parent": 182, "children": [], "start_point": {"row": 52, "column": 62}, "end_point": {"row": 52, "column": 75}}, {"id": 185, "type": "declaration", "text": "homekit_characteristic_t current_temperature = HOMEKIT_CHARACTERISTIC_(CURRENT_TEMPERATURE, 0);", "parent": null, "children": [186, 187], "start_point": {"row": 53, "column": 0}, "end_point": {"row": 53, "column": 95}}, {"id": 186, "type": "type_identifier", "text": "homekit_characteristic_t", "parent": 185, "children": [], "start_point": {"row": 53, "column": 0}, "end_point": {"row": 53, "column": 24}}, {"id": 187, "type": "init_declarator", "text": "current_temperature = HOMEKIT_CHARACTERISTIC_(CURRENT_TEMPERATURE, 0)", "parent": 185, "children": [188, 189, 190], "start_point": {"row": 53, "column": 25}, "end_point": {"row": 53, "column": 94}}, {"id": 188, "type": "identifier", "text": "current_temperature", "parent": 187, "children": [], "start_point": {"row": 53, "column": 25}, "end_point": {"row": 53, "column": 44}}, {"id": 189, "type": "=", "text": "=", "parent": 187, "children": [], "start_point": {"row": 53, "column": 45}, "end_point": {"row": 53, "column": 46}}, {"id": 190, "type": "call_expression", "text": "HOMEKIT_CHARACTERISTIC_(CURRENT_TEMPERATURE, 0)", "parent": 187, "children": [191, 192], "start_point": {"row": 53, "column": 47}, "end_point": {"row": 53, "column": 94}}, {"id": 191, "type": "identifier", "text": "HOMEKIT_CHARACTERISTIC_", "parent": 190, "children": [], "start_point": {"row": 53, "column": 47}, "end_point": {"row": 53, "column": 70}}, {"id": 192, "type": "argument_list", "text": "(CURRENT_TEMPERATURE, 0)", "parent": 190, "children": [193, 194], "start_point": {"row": 53, "column": 70}, "end_point": {"row": 53, "column": 94}}, {"id": 193, "type": "identifier", "text": "CURRENT_TEMPERATURE", "parent": 192, "children": [], "start_point": {"row": 53, "column": 71}, "end_point": {"row": 53, "column": 90}}, {"id": 194, "type": "number_literal", "text": "0", "parent": 192, "children": [], "start_point": {"row": 53, "column": 92}, "end_point": {"row": 53, "column": 93}}, {"id": 195, "type": "declaration", "text": "homekit_characteristic_t current_humidity = HOMEKIT_CHARACTERISTIC_(CURRENT_RELATIVE_HUMIDITY, 0);", "parent": null, "children": [196, 197], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 54, "column": 101}}, {"id": 196, "type": "type_identifier", "text": "homekit_characteristic_t", "parent": 195, "children": [], "start_point": {"row": 54, "column": 0}, "end_point": {"row": 54, "column": 24}}, {"id": 197, "type": "init_declarator", "text": "current_humidity = HOMEKIT_CHARACTERISTIC_(CURRENT_RELATIVE_HUMIDITY, 0)", "parent": 195, "children": [198, 199, 200], "start_point": {"row": 54, "column": 25}, "end_point": {"row": 54, "column": 100}}, {"id": 198, "type": "identifier", "text": "current_humidity", "parent": 197, "children": [], "start_point": {"row": 54, "column": 25}, "end_point": {"row": 54, "column": 41}}, {"id": 199, "type": "=", "text": "=", "parent": 197, "children": [], "start_point": {"row": 54, "column": 45}, "end_point": {"row": 54, "column": 46}}, {"id": 200, "type": "call_expression", "text": "HOMEKIT_CHARACTERISTIC_(CURRENT_RELATIVE_HUMIDITY, 0)", "parent": 197, "children": [201, 202], "start_point": {"row": 54, "column": 47}, "end_point": {"row": 54, "column": 100}}, {"id": 201, "type": "identifier", "text": "HOMEKIT_CHARACTERISTIC_", "parent": 200, "children": [], "start_point": {"row": 54, "column": 47}, "end_point": {"row": 54, "column": 70}}, {"id": 202, "type": "argument_list", "text": "(CURRENT_RELATIVE_HUMIDITY, 0)", "parent": 200, "children": [203, 204], "start_point": {"row": 54, "column": 70}, "end_point": {"row": 54, "column": 100}}, {"id": 203, "type": "identifier", "text": "CURRENT_RELATIVE_HUMIDITY", "parent": 202, "children": [], "start_point": {"row": 54, "column": 71}, "end_point": {"row": 54, "column": 96}}, {"id": 204, "type": "number_literal", "text": "0", "parent": 202, "children": [], "start_point": {"row": 54, "column": 98}, "end_point": {"row": 54, "column": 99}}, {"id": 205, "type": "preproc_ifdef", "text": "#ifdef MODE_FORCED\nstatic void bmp280_task_forced(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n params.mode = BMP280_MODE_FORCED;\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf(\"BMP280 initialization failed\\n\");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf(\"Failed initiating measurement\\n\");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }\n printf(\"Pressure: %.2f Pa, Temperature: %.2f C\", pressure, temperature);\n if (bme280p)\n printf(\", Humidity: %.2f\\n\", humidity);\n else\n printf(\"\\n\");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}\n#else\nstatic void bmp280_task_normal(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf(\"BMP280 initialization failed\\n\");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }\n printf(\"Pressure: %.2f Pa, Temperature: %.2f C\", pressure, temperature);\n if (bme280p)\n printf(\", Humidity: %.2f\\n\", humidity);\n else\n printf(\"\\n\");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}\n#endif", "parent": null, "children": [206, 207, 208, 413, 591], "start_point": {"row": 57, "column": 0}, "end_point": {"row": 147, "column": 6}}, {"id": 206, "type": "#ifdef", "text": "#ifdef", "parent": 205, "children": [], "start_point": {"row": 57, "column": 0}, "end_point": {"row": 57, "column": 6}}, {"id": 207, "type": "identifier", "text": "MODE_FORCED", "parent": 205, "children": [], "start_point": {"row": 57, "column": 7}, "end_point": {"row": 57, "column": 18}}, {"id": 208, "type": "function_definition", "text": "static void bmp280_task_forced(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n params.mode = BMP280_MODE_FORCED;\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf(\"BMP280 initialization failed\\n\");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf(\"Failed initiating measurement\\n\");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }\n printf(\"Pressure: %.2f Pa, Temperature: %.2f C\", pressure, temperature);\n if (bme280p)\n printf(\", Humidity: %.2f\\n\", humidity);\n else\n printf(\"\\n\");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}", "parent": 205, "children": [209, 210], "start_point": {"row": 58, "column": 0}, "end_point": {"row": 105, "column": 1}}, {"id": 209, "type": "primitive_type", "text": "void", "parent": 208, "children": [], "start_point": {"row": 58, "column": 7}, "end_point": {"row": 58, "column": 11}}, {"id": 210, "type": "function_declarator", "text": "bmp280_task_forced(void *pvParameters)", "parent": 208, "children": [211, 212], "start_point": {"row": 58, "column": 12}, "end_point": {"row": 58, "column": 50}}, {"id": 211, "type": "identifier", "text": "bmp280_task_forced", "parent": 210, "children": [], "start_point": {"row": 58, "column": 12}, "end_point": {"row": 58, "column": 30}}, {"id": 212, "type": "parameter_list", "text": "(void *pvParameters)", "parent": 210, "children": [213], "start_point": {"row": 58, "column": 30}, "end_point": {"row": 58, "column": 50}}, {"id": 213, "type": "parameter_declaration", "text": "void *pvParameters", "parent": 212, "children": [214, 215], "start_point": {"row": 58, "column": 31}, "end_point": {"row": 58, "column": 49}}, {"id": 214, "type": "primitive_type", "text": "void", "parent": 213, "children": [], "start_point": {"row": 58, "column": 31}, "end_point": {"row": 58, "column": 35}}, {"id": 215, "type": "pointer_declarator", "text": "*pvParameters", "parent": 213, "children": [216, 217], "start_point": {"row": 58, "column": 36}, "end_point": {"row": 58, "column": 49}}, {"id": 216, "type": "*", "text": "*", "parent": 215, "children": [], "start_point": {"row": 58, "column": 36}, "end_point": {"row": 58, "column": 37}}, {"id": 217, "type": "identifier", "text": "pvParameters", "parent": 215, "children": [], "start_point": {"row": 58, "column": 37}, "end_point": {"row": 58, "column": 49}}, {"id": 218, "type": "declaration", "text": "bmp280_params_t params;", "parent": 208, "children": [219, 220], "start_point": {"row": 60, "column": 4}, "end_point": {"row": 60, "column": 28}}, {"id": 219, "type": "type_identifier", "text": "bmp280_params_t", "parent": 218, "children": [], "start_point": {"row": 60, "column": 4}, "end_point": {"row": 60, "column": 19}}, {"id": 220, "type": "identifier", "text": "params", "parent": 218, "children": [], "start_point": {"row": 60, "column": 21}, "end_point": {"row": 60, "column": 27}}, {"id": 221, "type": "declaration", "text": "float pressure, temperature, humidity;", "parent": 208, "children": [222, 223, 224, 225], "start_point": {"row": 61, "column": 4}, "end_point": {"row": 61, "column": 42}}, {"id": 222, "type": "primitive_type", "text": "float", "parent": 221, "children": [], "start_point": {"row": 61, "column": 4}, "end_point": {"row": 61, "column": 9}}, {"id": 223, "type": "identifier", "text": "pressure", "parent": 221, "children": [], "start_point": {"row": 61, "column": 10}, "end_point": {"row": 61, "column": 18}}, {"id": 224, "type": "identifier", "text": "temperature", "parent": 221, "children": [], "start_point": {"row": 61, "column": 20}, "end_point": {"row": 61, "column": 31}}, {"id": 225, "type": "identifier", "text": "humidity", "parent": 221, "children": [], "start_point": {"row": 61, "column": 33}, "end_point": {"row": 61, "column": 41}}, {"id": 226, "type": "call_expression", "text": "bmp280_init_default_params(¶ms)", "parent": 208, "children": [227, 228], "start_point": {"row": 63, "column": 4}, "end_point": {"row": 63, "column": 39}}, {"id": 227, "type": "identifier", "text": "bmp280_init_default_params", "parent": 226, "children": [], "start_point": {"row": 63, "column": 4}, "end_point": {"row": 63, "column": 30}}, {"id": 228, "type": "argument_list", "text": "(¶ms)", "parent": 226, "children": [229], "start_point": {"row": 63, "column": 30}, "end_point": {"row": 63, "column": 39}}, {"id": 229, "type": "pointer_expression", "text": "¶ms", "parent": 228, "children": [230], "start_point": {"row": 63, "column": 31}, "end_point": {"row": 63, "column": 38}}, {"id": 230, "type": "identifier", "text": "params", "parent": 229, "children": [], "start_point": {"row": 63, "column": 32}, "end_point": {"row": 63, "column": 38}}, {"id": 231, "type": "assignment_expression", "text": "params.mode = BMP280_MODE_FORCED", "parent": 208, "children": [232, 235, 236], "start_point": {"row": 64, "column": 4}, "end_point": {"row": 64, "column": 36}}, {"id": 232, "type": "field_expression", "text": "params.mode", "parent": 231, "children": [233, 234], "start_point": {"row": 64, "column": 4}, "end_point": {"row": 64, "column": 15}}, {"id": 233, "type": "identifier", "text": "params", "parent": 232, "children": [], "start_point": {"row": 64, "column": 4}, 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"start_point": {"row": 66, "column": 13}, "end_point": {"row": 66, "column": 23}}, {"id": 240, "type": "assignment_expression", "text": "bmp280_dev.i2c_dev.bus = i2c_bus", "parent": 208, "children": [241, 246, 247], "start_point": {"row": 67, "column": 4}, "end_point": {"row": 67, "column": 36}}, {"id": 241, "type": "field_expression", "text": "bmp280_dev.i2c_dev.bus", "parent": 240, "children": [242, 245], "start_point": {"row": 67, "column": 4}, "end_point": {"row": 67, "column": 26}}, {"id": 242, "type": "field_expression", "text": "bmp280_dev.i2c_dev", "parent": 241, "children": [243, 244], "start_point": {"row": 67, "column": 4}, "end_point": {"row": 67, "column": 22}}, {"id": 243, "type": "identifier", "text": "bmp280_dev", "parent": 242, "children": [], "start_point": {"row": 67, "column": 4}, "end_point": {"row": 67, "column": 14}}, {"id": 244, "type": "field_identifier", "text": "i2c_dev", "parent": 242, "children": [], "start_point": {"row": 67, "column": 15}, "end_point": {"row": 67, "column": 22}}, {"id": 245, "type": "field_identifier", "text": "bus", "parent": 241, "children": [], "start_point": {"row": 67, "column": 23}, "end_point": {"row": 67, "column": 26}}, {"id": 246, "type": "=", "text": "=", "parent": 240, "children": [], "start_point": {"row": 67, "column": 27}, "end_point": {"row": 67, "column": 28}}, {"id": 247, "type": "identifier", "text": "i2c_bus", "parent": 240, "children": [], "start_point": {"row": 67, "column": 29}, "end_point": {"row": 67, "column": 36}}, {"id": 248, "type": "assignment_expression", "text": "bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0", "parent": 208, "children": [249, 254, 255], "start_point": {"row": 68, "column": 4}, "end_point": {"row": 68, "column": 50}}, {"id": 249, "type": "field_expression", "text": "bmp280_dev.i2c_dev.addr", "parent": 248, "children": [250, 253], "start_point": {"row": 68, "column": 4}, "end_point": {"row": 68, "column": 27}}, {"id": 250, "type": "field_expression", "text": "bmp280_dev.i2c_dev", "parent": 249, "children": [251, 252], "start_point": {"row": 68, "column": 4}, "end_point": {"row": 68, "column": 22}}, {"id": 251, "type": "identifier", "text": "bmp280_dev", "parent": 250, "children": [], "start_point": {"row": 68, "column": 4}, "end_point": {"row": 68, "column": 14}}, {"id": 252, "type": "field_identifier", "text": "i2c_dev", "parent": 250, "children": [], "start_point": {"row": 68, "column": 15}, "end_point": {"row": 68, "column": 22}}, {"id": 253, "type": "field_identifier", "text": "addr", "parent": 249, "children": [], "start_point": {"row": 68, "column": 23}, "end_point": {"row": 68, "column": 27}}, {"id": 254, "type": "=", "text": "=", "parent": 248, "children": [], "start_point": {"row": 68, "column": 28}, "end_point": {"row": 68, "column": 29}}, {"id": 255, "type": "identifier", "text": "BMP280_I2C_ADDRESS_0", "parent": 248, "children": [], "start_point": {"row": 68, "column": 30}, "end_point": {"row": 68, "column": 50}}, {"id": 256, "type": "while_statement", "text": "while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf(\"BMP280 initialization failed\\n\");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf(\"Failed initiating measurement\\n\");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }\n printf(\"Pressure: %.2f Pa, Temperature: %.2f C\", pressure, temperature);\n if (bme280p)\n printf(\", Humidity: %.2f\\n\", humidity);\n else\n printf(\"\\n\");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }", "parent": 208, "children": [257], "start_point": {"row": 70, "column": 4}, "end_point": {"row": 104, "column": 5}}, {"id": 257, "type": "parenthesized_expression", "text": "(1)", "parent": 256, "children": [258], "start_point": {"row": 70, "column": 10}, "end_point": {"row": 70, "column": 13}}, {"id": 258, "type": "number_literal", "text": "1", "parent": 257, "children": [], "start_point": {"row": 70, "column": 11}, "end_point": {"row": 70, "column": 12}}, {"id": 259, "type": "while_statement", "text": "while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf(\"BMP280 initialization failed\\n\");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }", "parent": 256, "children": [260], "start_point": {"row": 71, "column": 8}, "end_point": {"row": 74, "column": 9}}, {"id": 260, "type": "parenthesized_expression", "text": "(!bmp280_init(&bmp280_dev, ¶ms))", "parent": 259, "children": [261], "start_point": {"row": 71, "column": 14}, "end_point": {"row": 71, "column": 50}}, {"id": 261, "type": "unary_expression", "text": "!bmp280_init(&bmp280_dev, ¶ms)", "parent": 260, "children": [262, 263], "start_point": {"row": 71, "column": 15}, "end_point": {"row": 71, "column": 49}}, {"id": 262, "type": "!", "text": "!", "parent": 261, "children": [], "start_point": {"row": 71, "column": 15}, "end_point": {"row": 71, "column": 16}}, {"id": 263, "type": "call_expression", "text": "bmp280_init(&bmp280_dev, ¶ms)", "parent": 261, "children": [264, 265], "start_point": {"row": 71, "column": 16}, "end_point": {"row": 71, "column": 49}}, {"id": 264, "type": "identifier", "text": "bmp280_init", "parent": 263, "children": [], "start_point": {"row": 71, "column": 16}, "end_point": {"row": 71, "column": 27}}, {"id": 265, "type": "argument_list", "text": "(&bmp280_dev, ¶ms)", "parent": 263, "children": [266, 268], "start_point": {"row": 71, "column": 27}, "end_point": {"row": 71, "column": 49}}, {"id": 266, "type": "pointer_expression", "text": "&bmp280_dev", "parent": 265, "children": [267], "start_point": {"row": 71, "column": 28}, "end_point": {"row": 71, "column": 39}}, {"id": 267, "type": "identifier", "text": "bmp280_dev", "parent": 266, "children": [], "start_point": {"row": 71, "column": 29}, "end_point": {"row": 71, "column": 39}}, {"id": 268, "type": "pointer_expression", "text": "¶ms", "parent": 265, "children": [269], "start_point": {"row": 71, "column": 41}, "end_point": {"row": 71, "column": 48}}, {"id": 269, "type": "identifier", "text": "params", "parent": 268, "children": [], "start_point": {"row": 71, "column": 42}, "end_point": {"row": 71, "column": 48}}, {"id": 270, "type": "call_expression", "text": "printf(\"BMP280 initialization failed\\n\")", "parent": 259, "children": [271, 272], "start_point": {"row": 72, "column": 12}, "end_point": {"row": 72, "column": 52}}, {"id": 271, "type": "identifier", "text": "printf", "parent": 270, "children": [], "start_point": {"row": 72, "column": 12}, "end_point": {"row": 72, "column": 18}}, {"id": 272, "type": "argument_list", "text": "(\"BMP280 initialization failed\\n\")", "parent": 270, "children": [273], "start_point": {"row": 72, "column": 18}, "end_point": {"row": 72, "column": 52}}, {"id": 273, "type": "string_literal", "text": "\"BMP280 initialization failed\\n\"", "parent": 272, "children": [274], "start_point": {"row": 72, "column": 19}, "end_point": {"row": 72, "column": 51}}, {"id": 274, "type": "escape_sequence", "text": "\\n", "parent": 273, "children": [], "start_point": {"row": 72, "column": 48}, "end_point": {"row": 72, "column": 50}}, {"id": 275, "type": "call_expression", "text": "vTaskDelay(1000 / portTICK_PERIOD_MS)", "parent": 259, "children": [276, 277], "start_point": {"row": 73, "column": 12}, "end_point": {"row": 73, "column": 49}}, {"id": 276, "type": "identifier", "text": "vTaskDelay", "parent": 275, "children": [], "start_point": {"row": 73, "column": 12}, "end_point": {"row": 73, "column": 22}}, {"id": 277, "type": "argument_list", "text": "(1000 / portTICK_PERIOD_MS)", "parent": 275, "children": [278], "start_point": {"row": 73, "column": 22}, "end_point": {"row": 73, "column": 49}}, {"id": 278, "type": "binary_expression", "text": "1000 / portTICK_PERIOD_MS", "parent": 277, "children": [279, 280, 281], "start_point": {"row": 73, "column": 23}, "end_point": {"row": 73, "column": 48}}, {"id": 279, "type": "number_literal", "text": "1000", "parent": 278, "children": [], "start_point": {"row": 73, "column": 23}, "end_point": {"row": 73, "column": 27}}, {"id": 280, "type": "/", "text": "/", "parent": 278, "children": [], "start_point": {"row": 73, "column": 28}, "end_point": {"row": 73, "column": 29}}, {"id": 281, "type": "identifier", "text": "portTICK_PERIOD_MS", "parent": 278, "children": [], "start_point": {"row": 73, "column": 30}, "end_point": {"row": 73, "column": 48}}, {"id": 282, "type": "declaration", "text": "bool bme280p = bmp280_dev.id == BME280_CHIP_ID;", "parent": 256, "children": [283, 284], "start_point": {"row": 76, "column": 8}, "end_point": {"row": 76, "column": 55}}, {"id": 283, "type": "primitive_type", "text": "bool", "parent": 282, "children": [], "start_point": {"row": 76, "column": 8}, "end_point": {"row": 76, "column": 12}}, {"id": 284, "type": "init_declarator", "text": "bme280p = bmp280_dev.id == BME280_CHIP_ID", "parent": 282, "children": [285, 286, 287], "start_point": {"row": 76, "column": 13}, "end_point": {"row": 76, "column": 54}}, {"id": 285, "type": "identifier", "text": "bme280p", "parent": 284, "children": [], "start_point": {"row": 76, "column": 13}, "end_point": {"row": 76, "column": 20}}, {"id": 286, "type": "=", "text": "=", "parent": 284, "children": [], "start_point": {"row": 76, "column": 21}, "end_point": {"row": 76, "column": 22}}, {"id": 287, "type": "binary_expression", "text": "bmp280_dev.id == BME280_CHIP_ID", "parent": 284, "children": [288, 291, 292], "start_point": {"row": 76, "column": 23}, "end_point": {"row": 76, "column": 54}}, {"id": 288, "type": "field_expression", "text": "bmp280_dev.id", "parent": 287, "children": [289, 290], "start_point": {"row": 76, "column": 23}, "end_point": {"row": 76, "column": 36}}, {"id": 289, "type": "identifier", "text": "bmp280_dev", "parent": 288, "children": [], "start_point": {"row": 76, "column": 23}, "end_point": {"row": 76, "column": 33}}, {"id": 290, "type": "field_identifier", "text": "id", "parent": 288, "children": [], "start_point": {"row": 76, "column": 34}, "end_point": {"row": 76, "column": 36}}, {"id": 291, "type": "==", "text": "==", "parent": 287, "children": [], "start_point": {"row": 76, "column": 37}, "end_point": {"row": 76, "column": 39}}, {"id": 292, "type": "identifier", "text": "BME280_CHIP_ID", "parent": 287, "children": [], "start_point": {"row": 76, "column": 40}, "end_point": {"row": 76, "column": 54}}, {"id": 293, "type": "call_expression", "text": "printf(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\")", "parent": 256, "children": [294, 295], "start_point": {"row": 77, "column": 8}, "end_point": {"row": 77, "column": 67}}, {"id": 294, "type": "identifier", "text": "printf", "parent": 293, "children": [], "start_point": {"row": 77, "column": 8}, "end_point": {"row": 77, "column": 14}}, {"id": 295, "type": "argument_list", "text": "(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\")", "parent": 293, "children": [296, 298], "start_point": {"row": 77, "column": 14}, "end_point": {"row": 77, "column": 67}}, {"id": 296, "type": "string_literal", "text": "\"BMP280: found %s\\n\"", "parent": 295, "children": [297], "start_point": {"row": 77, "column": 15}, "end_point": {"row": 77, "column": 35}}, {"id": 297, "type": "escape_sequence", "text": "\\n", "parent": 296, "children": [], "start_point": {"row": 77, "column": 32}, "end_point": {"row": 77, "column": 34}}, {"id": 298, "type": "conditional_expression", "text": "bme280p ? \"BME280\" : \"BMP280\"", "parent": 295, "children": [299, 300, 301, 302], "start_point": {"row": 77, "column": 37}, "end_point": {"row": 77, "column": 66}}, {"id": 299, "type": "identifier", "text": "bme280p", "parent": 298, "children": [], "start_point": {"row": 77, "column": 37}, "end_point": {"row": 77, "column": 44}}, {"id": 300, "type": "?", "text": "?", "parent": 298, "children": [], "start_point": {"row": 77, "column": 45}, "end_point": {"row": 77, "column": 46}}, {"id": 301, "type": "string_literal", "text": "\"BME280\"", "parent": 298, "children": [], "start_point": {"row": 77, "column": 47}, "end_point": {"row": 77, "column": 55}}, {"id": 302, "type": "string_literal", "text": "\"BMP280\"", "parent": 298, "children": [], "start_point": {"row": 77, "column": 58}, "end_point": {"row": 77, "column": 66}}, {"id": 303, "type": "while_statement", "text": "while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf(\"Failed initiating measurement\\n\");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }\n printf(\"Pressure: %.2f Pa, Temperature: %.2f C\", pressure, temperature);\n if (bme280p)\n printf(\", Humidity: %.2f\\n\", humidity);\n else\n printf(\"\\n\");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }", "parent": 256, "children": [304], "start_point": {"row": 79, "column": 8}, "end_point": {"row": 103, "column": 9}}, {"id": 304, "type": "parenthesized_expression", "text": "(1)", "parent": 303, "children": [305], "start_point": {"row": 79, "column": 13}, "end_point": {"row": 79, "column": 16}}, {"id": 305, "type": "number_literal", "text": "1", "parent": 304, "children": [], "start_point": {"row": 79, "column": 14}, "end_point": {"row": 79, "column": 15}}, {"id": 306, "type": "call_expression", "text": "vTaskDelay(1000 / portTICK_PERIOD_MS)", "parent": 303, "children": [307, 308], "start_point": {"row": 80, "column": 12}, "end_point": {"row": 80, "column": 49}}, {"id": 307, "type": "identifier", "text": "vTaskDelay", "parent": 306, "children": [], "start_point": {"row": 80, "column": 12}, "end_point": {"row": 80, "column": 22}}, {"id": 308, "type": "argument_list", "text": "(1000 / portTICK_PERIOD_MS)", "parent": 306, "children": [309], "start_point": {"row": 80, "column": 22}, "end_point": {"row": 80, "column": 49}}, {"id": 309, "type": "binary_expression", "text": "1000 / portTICK_PERIOD_MS", "parent": 308, "children": [310, 311, 312], "start_point": {"row": 80, "column": 23}, "end_point": {"row": 80, "column": 48}}, {"id": 310, "type": "number_literal", "text": "1000", "parent": 309, "children": [], "start_point": {"row": 80, "column": 23}, "end_point": {"row": 80, "column": 27}}, {"id": 311, "type": "/", "text": "/", "parent": 309, "children": [], "start_point": {"row": 80, "column": 28}, "end_point": {"row": 80, "column": 29}}, {"id": 312, "type": "identifier", "text": "portTICK_PERIOD_MS", "parent": 309, "children": [], "start_point": {"row": 80, "column": 30}, "end_point": {"row": 80, "column": 48}}, {"id": 313, "type": "if_statement", "text": "if (!bmp280_force_measurement(&bmp280_dev)) {\n printf(\"Failed initiating measurement\\n\");\n break;\n }", "parent": 303, "children": [314], "start_point": {"row": 81, "column": 12}, "end_point": {"row": 84, "column": 13}}, {"id": 314, "type": "parenthesized_expression", "text": "(!bmp280_force_measurement(&bmp280_dev))", "parent": 313, "children": [315], "start_point": {"row": 81, "column": 15}, "end_point": {"row": 81, "column": 55}}, {"id": 315, "type": "unary_expression", "text": "!bmp280_force_measurement(&bmp280_dev)", "parent": 314, "children": [316, 317], "start_point": {"row": 81, "column": 16}, "end_point": {"row": 81, "column": 54}}, {"id": 316, "type": "!", "text": "!", "parent": 315, "children": [], "start_point": {"row": 81, "column": 16}, "end_point": {"row": 81, "column": 17}}, {"id": 317, "type": "call_expression", "text": "bmp280_force_measurement(&bmp280_dev)", "parent": 315, "children": [318, 319], "start_point": {"row": 81, "column": 17}, "end_point": {"row": 81, "column": 54}}, {"id": 318, "type": "identifier", "text": "bmp280_force_measurement", "parent": 317, "children": [], "start_point": {"row": 81, "column": 17}, "end_point": {"row": 81, "column": 41}}, {"id": 319, "type": "argument_list", "text": "(&bmp280_dev)", "parent": 317, "children": [320], "start_point": {"row": 81, "column": 41}, "end_point": {"row": 81, "column": 54}}, {"id": 320, "type": "pointer_expression", "text": "&bmp280_dev", "parent": 319, "children": [321], "start_point": {"row": 81, "column": 42}, "end_point": {"row": 81, "column": 53}}, {"id": 321, "type": "identifier", "text": "bmp280_dev", "parent": 320, "children": [], "start_point": {"row": 81, "column": 43}, "end_point": {"row": 81, "column": 53}}, {"id": 322, "type": "call_expression", "text": "printf(\"Failed initiating measurement\\n\")", "parent": 313, "children": [323, 324], "start_point": {"row": 82, "column": 16}, "end_point": {"row": 82, "column": 57}}, {"id": 323, "type": "identifier", "text": "printf", "parent": 322, "children": [], "start_point": {"row": 82, "column": 16}, "end_point": {"row": 82, "column": 22}}, {"id": 324, "type": "argument_list", "text": "(\"Failed initiating measurement\\n\")", "parent": 322, "children": [325], "start_point": {"row": 82, "column": 22}, "end_point": {"row": 82, "column": 57}}, {"id": 325, "type": "string_literal", "text": "\"Failed initiating measurement\\n\"", "parent": 324, "children": [326], "start_point": {"row": 82, "column": 23}, "end_point": {"row": 82, "column": 56}}, {"id": 326, "type": "escape_sequence", "text": "\\n", "parent": 325, "children": [], "start_point": {"row": 82, "column": 53}, "end_point": {"row": 82, "column": 55}}, {"id": 327, "type": "break_statement", "text": "break;", "parent": 313, "children": [328], "start_point": {"row": 83, "column": 16}, "end_point": {"row": 83, "column": 22}}, {"id": 328, "type": "break", "text": "break", "parent": 327, "children": [], "start_point": {"row": 83, "column": 16}, "end_point": {"row": 83, "column": 21}}, {"id": 329, "type": "while_statement", "text": "while (bmp280_is_measuring(&bmp280_dev)) {}", "parent": 303, "children": [330], "start_point": {"row": 86, "column": 12}, "end_point": {"row": 86, "column": 55}}, {"id": 330, "type": "parenthesized_expression", "text": "(bmp280_is_measuring(&bmp280_dev))", "parent": 329, "children": [331], "start_point": {"row": 86, "column": 18}, "end_point": {"row": 86, "column": 52}}, {"id": 331, "type": "call_expression", "text": "bmp280_is_measuring(&bmp280_dev)", "parent": 330, "children": [332, 333], "start_point": {"row": 86, "column": 19}, "end_point": {"row": 86, "column": 51}}, {"id": 332, "type": "identifier", "text": "bmp280_is_measuring", "parent": 331, "children": [], "start_point": {"row": 86, "column": 19}, "end_point": {"row": 86, "column": 38}}, {"id": 333, "type": "argument_list", "text": "(&bmp280_dev)", "parent": 331, "children": [334], "start_point": {"row": 86, "column": 38}, "end_point": {"row": 86, "column": 51}}, {"id": 334, "type": "pointer_expression", "text": "&bmp280_dev", "parent": 333, "children": [335], "start_point": {"row": 86, "column": 39}, "end_point": {"row": 86, "column": 50}}, {"id": 335, "type": "identifier", "text": "bmp280_dev", "parent": 334, "children": [], "start_point": {"row": 86, "column": 40}, "end_point": {"row": 86, "column": 50}}, {"id": 336, "type": "if_statement", "text": "if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }", "parent": 303, "children": [337], "start_point": {"row": 88, "column": 12}, "end_point": {"row": 91, "column": 13}}, {"id": 337, "type": "parenthesized_expression", "text": "(!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity))", "parent": 336, "children": [338], "start_point": {"row": 88, "column": 15}, "end_point": {"row": 88, "column": 84}}, {"id": 338, "type": "unary_expression", "text": "!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)", "parent": 337, "children": [339, 340], "start_point": {"row": 88, "column": 16}, "end_point": {"row": 88, "column": 83}}, {"id": 339, "type": "!", "text": "!", "parent": 338, "children": [], "start_point": {"row": 88, "column": 16}, "end_point": {"row": 88, "column": 17}}, {"id": 340, "type": "call_expression", "text": "bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)", "parent": 338, "children": [341, 342], "start_point": {"row": 88, "column": 17}, "end_point": {"row": 88, "column": 83}}, {"id": 341, "type": "identifier", "text": "bmp280_read_float", "parent": 340, "children": [], "start_point": {"row": 88, "column": 17}, "end_point": {"row": 88, "column": 34}}, {"id": 342, "type": "argument_list", "text": "(&bmp280_dev, &temperature, &pressure, &humidity)", "parent": 340, "children": [343, 345, 347, 349], "start_point": {"row": 88, "column": 34}, "end_point": {"row": 88, "column": 83}}, {"id": 343, "type": "pointer_expression", "text": "&bmp280_dev", "parent": 342, "children": [344], "start_point": {"row": 88, "column": 35}, "end_point": {"row": 88, "column": 46}}, {"id": 344, "type": "identifier", "text": "bmp280_dev", "parent": 343, "children": [], "start_point": {"row": 88, "column": 36}, "end_point": {"row": 88, "column": 46}}, {"id": 345, "type": "pointer_expression", "text": "&temperature", "parent": 342, "children": [346], 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"identifier", "text": "current_humidity", "parent": 408, "children": [], "start_point": {"row": 102, "column": 43}, "end_point": {"row": 102, "column": 59}}, {"id": 410, "type": "field_expression", "text": "current_humidity.value", "parent": 407, "children": [411, 412], "start_point": {"row": 102, "column": 61}, "end_point": {"row": 102, "column": 83}}, {"id": 411, "type": "identifier", "text": "current_humidity", "parent": 410, "children": [], "start_point": {"row": 102, "column": 61}, "end_point": {"row": 102, "column": 77}}, {"id": 412, "type": "field_identifier", "text": "value", "parent": 410, "children": [], "start_point": {"row": 102, "column": 78}, "end_point": {"row": 102, "column": 83}}, {"id": 413, "type": "preproc_else", "text": "#else\nstatic void bmp280_task_normal(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf(\"BMP280 initialization failed\\n\");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }\n printf(\"Pressure: %.2f Pa, Temperature: %.2f C\", pressure, temperature);\n if (bme280p)\n printf(\", Humidity: %.2f\\n\", humidity);\n else\n printf(\"\\n\");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}", "parent": 205, "children": [414, 415], "start_point": {"row": 106, "column": 0}, "end_point": {"row": 146, "column": 1}}, {"id": 414, "type": "#else", "text": "#else", "parent": 413, "children": [], "start_point": {"row": 106, "column": 0}, "end_point": {"row": 106, "column": 5}}, {"id": 415, "type": "function_definition", "text": "static void bmp280_task_normal(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf(\"BMP280 initialization failed\\n\");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }\n printf(\"Pressure: %.2f Pa, Temperature: %.2f C\", pressure, temperature);\n if (bme280p)\n printf(\", Humidity: %.2f\\n\", humidity);\n else\n printf(\"\\n\");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}", "parent": 413, "children": [416, 417], "start_point": {"row": 107, "column": 0}, "end_point": {"row": 146, "column": 1}}, {"id": 416, "type": "primitive_type", "text": "void", "parent": 415, "children": [], "start_point": {"row": 107, "column": 7}, "end_point": {"row": 107, "column": 11}}, {"id": 417, "type": "function_declarator", "text": "bmp280_task_normal(void *pvParameters)", "parent": 415, "children": [418, 419], "start_point": {"row": 107, "column": 12}, "end_point": {"row": 107, 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"i2c_dev", "parent": 443, "children": [], "start_point": {"row": 115, "column": 15}, "end_point": {"row": 115, "column": 22}}, {"id": 446, "type": "field_identifier", "text": "bus", "parent": 442, "children": [], "start_point": {"row": 115, "column": 23}, "end_point": {"row": 115, "column": 26}}, {"id": 447, "type": "=", "text": "=", "parent": 441, "children": [], "start_point": {"row": 115, "column": 27}, "end_point": {"row": 115, "column": 28}}, {"id": 448, "type": "identifier", "text": "i2c_bus", "parent": 441, "children": [], "start_point": {"row": 115, "column": 29}, "end_point": {"row": 115, "column": 36}}, {"id": 449, "type": "assignment_expression", "text": "bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0", "parent": 415, "children": [450, 455, 456], "start_point": {"row": 116, "column": 4}, "end_point": {"row": 116, "column": 50}}, {"id": 450, "type": "field_expression", "text": "bmp280_dev.i2c_dev.addr", "parent": 449, "children": [451, 454], "start_point": {"row": 116, 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449, "children": [], "start_point": {"row": 116, "column": 30}, "end_point": {"row": 116, "column": 50}}, {"id": 457, "type": "while_statement", "text": "while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf(\"BMP280 initialization failed\\n\");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }\n printf(\"Pressure: %.2f Pa, Temperature: %.2f C\", pressure, temperature);\n if (bme280p)\n printf(\", Humidity: %.2f\\n\", humidity);\n else\n printf(\"\\n\");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }", "parent": 415, "children": [458], "start_point": {"row": 118, "column": 4}, "end_point": {"row": 145, "column": 5}}, {"id": 458, "type": "parenthesized_expression", "text": "(1)", "parent": 457, "children": [459], "start_point": {"row": 118, "column": 10}, "end_point": {"row": 118, "column": 13}}, {"id": 459, "type": "number_literal", "text": "1", "parent": 458, "children": [], "start_point": {"row": 118, "column": 11}, "end_point": {"row": 118, "column": 12}}, {"id": 460, "type": "while_statement", "text": "while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf(\"BMP280 initialization failed\\n\");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }", "parent": 457, "children": [461], "start_point": {"row": 119, "column": 8}, "end_point": {"row": 122, "column": 9}}, {"id": 461, "type": "parenthesized_expression", "text": "(!bmp280_init(&bmp280_dev, ¶ms))", "parent": 460, "children": [462], "start_point": {"row": 119, 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"bool bme280p = bmp280_dev.id == BME280_CHIP_ID;", "parent": 457, "children": [484, 485], "start_point": {"row": 124, "column": 8}, "end_point": {"row": 124, "column": 55}}, {"id": 484, "type": "primitive_type", "text": "bool", "parent": 483, "children": [], "start_point": {"row": 124, "column": 8}, "end_point": {"row": 124, "column": 12}}, {"id": 485, "type": "init_declarator", "text": "bme280p = bmp280_dev.id == BME280_CHIP_ID", "parent": 483, "children": [486, 487, 488], "start_point": {"row": 124, "column": 13}, "end_point": {"row": 124, "column": 54}}, {"id": 486, "type": "identifier", "text": "bme280p", "parent": 485, "children": [], "start_point": {"row": 124, "column": 13}, "end_point": {"row": 124, "column": 20}}, {"id": 487, "type": "=", "text": "=", "parent": 485, "children": [], "start_point": {"row": 124, "column": 21}, "end_point": {"row": 124, "column": 22}}, {"id": 488, "type": "binary_expression", "text": "bmp280_dev.id == BME280_CHIP_ID", "parent": 485, "children": [489, 492, 493], "start_point": {"row": 124, "column": 23}, "end_point": {"row": 124, "column": 54}}, {"id": 489, "type": "field_expression", "text": "bmp280_dev.id", "parent": 488, "children": [490, 491], "start_point": {"row": 124, "column": 23}, "end_point": {"row": 124, "column": 36}}, {"id": 490, "type": "identifier", "text": "bmp280_dev", "parent": 489, "children": [], "start_point": {"row": 124, "column": 23}, "end_point": {"row": 124, "column": 33}}, {"id": 491, "type": "field_identifier", "text": "id", "parent": 489, "children": [], "start_point": {"row": 124, "column": 34}, "end_point": {"row": 124, "column": 36}}, {"id": 492, "type": "==", "text": "==", "parent": 488, "children": [], "start_point": {"row": 124, "column": 37}, "end_point": {"row": 124, "column": 39}}, {"id": 493, "type": "identifier", "text": "BME280_CHIP_ID", "parent": 488, "children": [], "start_point": {"row": 124, "column": 40}, "end_point": {"row": 124, "column": 54}}, {"id": 494, "type": "call_expression", "text": "printf(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\")", "parent": 457, "children": [495, 496], "start_point": {"row": 125, "column": 8}, "end_point": {"row": 125, "column": 67}}, {"id": 495, "type": "identifier", "text": "printf", "parent": 494, "children": [], "start_point": {"row": 125, "column": 8}, "end_point": {"row": 125, "column": 14}}, {"id": 496, "type": "argument_list", "text": "(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\")", "parent": 494, "children": [497, 499], "start_point": {"row": 125, "column": 14}, "end_point": {"row": 125, "column": 67}}, {"id": 497, "type": "string_literal", "text": "\"BMP280: found %s\\n\"", "parent": 496, "children": [498], "start_point": {"row": 125, "column": 15}, "end_point": {"row": 125, "column": 35}}, {"id": 498, "type": "escape_sequence", "text": "\\n", "parent": 497, "children": [], "start_point": {"row": 125, "column": 32}, "end_point": {"row": 125, "column": 34}}, {"id": 499, "type": "conditional_expression", "text": "bme280p ? \"BME280\" : \"BMP280\"", "parent": 496, "children": [500, 501, 502, 503], "start_point": {"row": 125, "column": 37}, "end_point": {"row": 125, "column": 66}}, {"id": 500, "type": "identifier", "text": "bme280p", "parent": 499, "children": [], "start_point": {"row": 125, "column": 37}, "end_point": {"row": 125, "column": 44}}, {"id": 501, "type": "?", "text": "?", "parent": 499, "children": [], "start_point": {"row": 125, "column": 45}, "end_point": {"row": 125, "column": 46}}, {"id": 502, "type": "string_literal", "text": "\"BME280\"", "parent": 499, "children": [], "start_point": {"row": 125, "column": 47}, "end_point": {"row": 125, "column": 55}}, {"id": 503, "type": "string_literal", "text": "\"BMP280\"", "parent": 499, "children": [], "start_point": {"row": 125, "column": 58}, "end_point": {"row": 125, "column": 66}}, {"id": 504, "type": "while_statement", "text": "while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }\n printf(\"Pressure: %.2f Pa, Temperature: %.2f C\", pressure, temperature);\n if (bme280p)\n printf(\", Humidity: %.2f\\n\", humidity);\n else\n printf(\"\\n\");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }", "parent": 457, "children": [505], "start_point": {"row": 127, "column": 8}, "end_point": {"row": 144, "column": 9}}, {"id": 505, "type": "parenthesized_expression", "text": "(1)", "parent": 504, "children": [506], "start_point": {"row": 127, "column": 13}, "end_point": {"row": 127, "column": 16}}, {"id": 506, "type": "number_literal", "text": "1", "parent": 505, "children": [], "start_point": {"row": 127, "column": 14}, 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"parent": 545, "children": [548, 550], "start_point": {"row": 135, "column": 22}, "end_point": {"row": 135, "column": 54}}, {"id": 548, "type": "string_literal", "text": "\", Humidity: %.2f\\n\"", "parent": 547, "children": [549], "start_point": {"row": 135, "column": 23}, "end_point": {"row": 135, "column": 43}}, {"id": 549, "type": "escape_sequence", "text": "\\n", "parent": 548, "children": [], "start_point": {"row": 135, "column": 40}, "end_point": {"row": 135, "column": 42}}, {"id": 550, "type": "identifier", "text": "humidity", "parent": 547, "children": [], "start_point": {"row": 135, "column": 45}, "end_point": {"row": 135, "column": 53}}, {"id": 551, "type": "else_clause", "text": "else\n printf(\"\\n\");", "parent": 542, "children": [], "start_point": {"row": 136, "column": 12}, "end_point": {"row": 137, "column": 29}}, {"id": 552, "type": "call_expression", "text": "printf(\"\\n\")", "parent": 551, "children": [553, 554], "start_point": {"row": 137, "column": 16}, "end_point": {"row": 137, "column": 28}}, {"id": 553, "type": "identifier", "text": "printf", "parent": 552, "children": [], "start_point": {"row": 137, "column": 16}, "end_point": {"row": 137, "column": 22}}, {"id": 554, "type": "argument_list", "text": "(\"\\n\")", "parent": 552, "children": [555], "start_point": {"row": 137, "column": 22}, "end_point": {"row": 137, "column": 28}}, {"id": 555, "type": "string_literal", "text": "\"\\n\"", "parent": 554, "children": [556], "start_point": {"row": 137, "column": 23}, "end_point": {"row": 137, "column": 27}}, {"id": 556, "type": "escape_sequence", "text": "\\n", "parent": 555, "children": [], "start_point": {"row": 137, "column": 24}, "end_point": {"row": 137, "column": 26}}, {"id": 557, "type": "assignment_expression", "text": "current_temperature.value = HOMEKIT_FLOAT(temperature)", "parent": 504, "children": [558, 561, 562], "start_point": {"row": 139, "column": 12}, "end_point": {"row": 139, "column": 66}}, {"id": 558, "type": "field_expression", "text": "current_temperature.value", "parent": 557, "children": [559, 560], "start_point": {"row": 139, "column": 12}, "end_point": {"row": 139, "column": 37}}, {"id": 559, "type": "identifier", "text": "current_temperature", "parent": 558, "children": [], "start_point": {"row": 139, "column": 12}, "end_point": {"row": 139, "column": 31}}, {"id": 560, "type": "field_identifier", "text": "value", "parent": 558, "children": [], "start_point": {"row": 139, "column": 32}, "end_point": {"row": 139, "column": 37}}, {"id": 561, "type": "=", "text": "=", "parent": 557, "children": [], "start_point": {"row": 139, "column": 38}, "end_point": {"row": 139, "column": 39}}, {"id": 562, "type": "call_expression", "text": "HOMEKIT_FLOAT(temperature)", "parent": 557, "children": [563, 564], "start_point": {"row": 139, "column": 40}, "end_point": {"row": 139, "column": 66}}, {"id": 563, "type": "identifier", "text": "HOMEKIT_FLOAT", "parent": 562, "children": [], "start_point": {"row": 139, "column": 40}, "end_point": {"row": 139, "column": 53}}, {"id": 564, "type": "argument_list", "text": "(temperature)", "parent": 562, "children": [565], "start_point": {"row": 139, "column": 53}, "end_point": {"row": 139, "column": 66}}, {"id": 565, "type": "identifier", "text": "temperature", "parent": 564, "children": [], "start_point": {"row": 139, "column": 54}, "end_point": {"row": 139, "column": 65}}, {"id": 566, "type": "assignment_expression", "text": "current_humidity.value = HOMEKIT_FLOAT(humidity)", "parent": 504, "children": [567, 570, 571], "start_point": {"row": 140, "column": 12}, "end_point": {"row": 140, "column": 60}}, {"id": 567, "type": "field_expression", "text": "current_humidity.value", "parent": 566, "children": [568, 569], "start_point": {"row": 140, "column": 12}, "end_point": {"row": 140, "column": 34}}, {"id": 568, "type": "identifier", "text": "current_humidity", "parent": 567, "children": [], "start_point": {"row": 140, "column": 12}, "end_point": {"row": 140, "column": 28}}, {"id": 569, "type": "field_identifier", "text": "value", "parent": 567, "children": [], "start_point": {"row": 140, "column": 29}, "end_point": {"row": 140, "column": 34}}, {"id": 570, "type": "=", "text": "=", "parent": 566, "children": [], "start_point": {"row": 140, "column": 35}, "end_point": {"row": 140, "column": 36}}, {"id": 571, "type": "call_expression", "text": "HOMEKIT_FLOAT(humidity)", "parent": 566, "children": [572, 573], "start_point": {"row": 140, "column": 37}, "end_point": {"row": 140, "column": 60}}, {"id": 572, "type": "identifier", "text": "HOMEKIT_FLOAT", "parent": 571, "children": [], "start_point": {"row": 140, "column": 37}, "end_point": {"row": 140, "column": 50}}, {"id": 573, "type": "argument_list", "text": "(humidity)", "parent": 571, "children": [574], "start_point": {"row": 140, "column": 50}, "end_point": {"row": 140, "column": 60}}, {"id": 574, "type": "identifier", "text": "humidity", "parent": 573, "children": [], "start_point": {"row": 140, "column": 51}, "end_point": {"row": 140, "column": 59}}, {"id": 575, "type": "call_expression", "text": "homekit_characteristic_notify(¤t_temperature, current_temperature.value)", "parent": 504, "children": [576, 577], "start_point": {"row": 142, "column": 12}, "end_point": {"row": 142, "column": 90}}, {"id": 576, "type": "identifier", "text": "homekit_characteristic_notify", "parent": 575, "children": [], "start_point": {"row": 142, "column": 12}, "end_point": {"row": 142, "column": 41}}, {"id": 577, "type": "argument_list", "text": "(¤t_temperature, current_temperature.value)", "parent": 575, "children": [578, 580], "start_point": {"row": 142, "column": 41}, "end_point": {"row": 142, "column": 90}}, {"id": 578, "type": "pointer_expression", "text": "¤t_temperature", "parent": 577, "children": [579], "start_point": {"row": 142, "column": 42}, "end_point": {"row": 142, "column": 62}}, {"id": 579, "type": "identifier", "text": "current_temperature", "parent": 578, "children": [], "start_point": {"row": 142, "column": 43}, "end_point": {"row": 142, "column": 62}}, {"id": 580, "type": "field_expression", "text": "current_temperature.value", "parent": 577, "children": [581, 582], "start_point": {"row": 142, "column": 64}, "end_point": {"row": 142, "column": 89}}, {"id": 581, "type": "identifier", "text": "current_temperature", "parent": 580, "children": [], "start_point": {"row": 142, "column": 64}, "end_point": {"row": 142, "column": 83}}, {"id": 582, "type": "field_identifier", "text": "value", "parent": 580, "children": [], "start_point": {"row": 142, "column": 84}, "end_point": {"row": 142, "column": 89}}, {"id": 583, "type": "call_expression", "text": "homekit_characteristic_notify(¤t_humidity, current_humidity.value)", "parent": 504, "children": [584, 585], "start_point": {"row": 143, "column": 12}, "end_point": {"row": 143, "column": 84}}, {"id": 584, "type": "identifier", "text": "homekit_characteristic_notify", "parent": 583, "children": [], "start_point": {"row": 143, "column": 12}, "end_point": {"row": 143, "column": 41}}, {"id": 585, "type": "argument_list", "text": "(¤t_humidity, current_humidity.value)", "parent": 583, "children": [586, 588], "start_point": {"row": 143, "column": 41}, "end_point": {"row": 143, "column": 84}}, {"id": 586, "type": "pointer_expression", "text": "¤t_humidity", "parent": 585, "children": [587], "start_point": {"row": 143, "column": 42}, "end_point": {"row": 143, "column": 59}}, {"id": 587, "type": "identifier", "text": "current_humidity", "parent": 586, "children": [], "start_point": {"row": 143, "column": 43}, "end_point": {"row": 143, "column": 59}}, {"id": 588, "type": "field_expression", "text": "current_humidity.value", "parent": 585, "children": [589, 590], "start_point": {"row": 143, "column": 61}, "end_point": {"row": 143, "column": 83}}, {"id": 589, "type": "identifier", "text": "current_humidity", "parent": 588, "children": [], "start_point": {"row": 143, "column": 61}, "end_point": {"row": 143, "column": 77}}, {"id": 590, "type": "field_identifier", "text": "value", "parent": 588, "children": [], "start_point": {"row": 143, "column": 78}, "end_point": {"row": 143, "column": 83}}, {"id": 591, "type": "#endif", "text": "#endif", "parent": 205, "children": [], "start_point": {"row": 147, "column": 0}, "end_point": {"row": 147, "column": 6}}, {"id": 592, "type": "function_definition", "text": "void temperature_sensor_init() {\n\n\t i2c_init(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K);\n\n#ifdef MODE_FORCED\n xTaskCreate(bmp280_task_forced, \"bmp280_task\", 256, NULL, 2, NULL);\n#else\n xTaskCreate(bmp280_task_normal, \"bmp280_task\", 256, NULL, 2, NULL);\n#endif\n\n\t gpio_enable(LED_GPIO, GPIO_OUTPUT);\n led_write(false);\n\n}", "parent": null, "children": [593, 594], "start_point": {"row": 149, "column": 0}, "end_point": {"row": 162, "column": 1}}, {"id": 593, "type": "primitive_type", "text": "void", "parent": 592, "children": [], "start_point": {"row": 149, "column": 0}, "end_point": {"row": 149, "column": 4}}, {"id": 594, "type": "function_declarator", "text": "temperature_sensor_init()", "parent": 592, "children": [595, 596], "start_point": {"row": 149, "column": 5}, "end_point": {"row": 149, "column": 30}}, {"id": 595, "type": "identifier", "text": "temperature_sensor_init", "parent": 594, "children": [], "start_point": {"row": 149, "column": 5}, "end_point": {"row": 149, "column": 28}}, {"id": 596, "type": "parameter_list", "text": "()", "parent": 594, "children": [], "start_point": {"row": 149, "column": 28}, "end_point": {"row": 149, "column": 30}}, {"id": 597, "type": "call_expression", "text": "i2c_init(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K)", "parent": 592, "children": [598, 599], "start_point": {"row": 151, "column": 5}, "end_point": {"row": 151, "column": 55}}, {"id": 598, "type": "identifier", "text": "i2c_init", "parent": 597, "children": [], "start_point": {"row": 151, "column": 5}, "end_point": {"row": 151, "column": 13}}, {"id": 599, "type": "argument_list", "text": "(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K)", "parent": 597, "children": [600, 601, 602, 603], "start_point": {"row": 151, "column": 13}, "end_point": {"row": 151, "column": 55}}, {"id": 600, "type": "identifier", "text": "i2c_bus", "parent": 599, "children": [], "start_point": {"row": 151, "column": 14}, "end_point": {"row": 151, "column": 21}}, {"id": 601, "type": "identifier", "text": "scl_pin", "parent": 599, "children": [], "start_point": {"row": 151, "column": 23}, "end_point": {"row": 151, "column": 30}}, {"id": 602, "type": "identifier", "text": "sda_pin", "parent": 599, "children": [], "start_point": {"row": 151, "column": 32}, "end_point": {"row": 151, "column": 39}}, {"id": 603, "type": "identifier", "text": "I2C_FREQ_400K", "parent": 599, "children": [], "start_point": {"row": 151, "column": 41}, "end_point": {"row": 151, "column": 54}}, {"id": 604, "type": "preproc_ifdef", "text": "#ifdef MODE_FORCED\n xTaskCreate(bmp280_task_forced, \"bmp280_task\", 256, NULL, 2, NULL);\n#else\n xTaskCreate(bmp280_task_normal, \"bmp280_task\", 256, NULL, 2, NULL);\n#endif", "parent": 592, "children": [605, 606, 618, 631], "start_point": {"row": 153, "column": 0}, "end_point": {"row": 157, "column": 6}}, {"id": 605, "type": "#ifdef", "text": "#ifdef", "parent": 604, "children": [], "start_point": {"row": 153, "column": 0}, "end_point": {"row": 153, "column": 6}}, {"id": 606, "type": "identifier", "text": "MODE_FORCED", "parent": 604, "children": [], "start_point": {"row": 153, "column": 7}, "end_point": {"row": 153, "column": 18}}, {"id": 607, "type": "call_expression", "text": "xTaskCreate(bmp280_task_forced, \"bmp280_task\", 256, NULL, 2, NULL)", "parent": 604, "children": [608, 609], "start_point": {"row": 154, "column": 4}, "end_point": {"row": 154, "column": 70}}, {"id": 608, "type": "identifier", "text": "xTaskCreate", "parent": 607, "children": [], "start_point": {"row": 154, "column": 4}, "end_point": {"row": 154, "column": 15}}, {"id": 609, "type": "argument_list", "text": "(bmp280_task_forced, \"bmp280_task\", 256, NULL, 2, NULL)", "parent": 607, "children": [610, 611, 612, 613, 615, 616], "start_point": {"row": 154, "column": 15}, "end_point": {"row": 154, "column": 70}}, {"id": 610, "type": "identifier", "text": "bmp280_task_forced", "parent": 609, "children": [], "start_point": {"row": 154, "column": 16}, "end_point": {"row": 154, "column": 34}}, {"id": 611, "type": "string_literal", "text": "\"bmp280_task\"", "parent": 609, "children": [], "start_point": {"row": 154, "column": 36}, "end_point": {"row": 154, "column": 49}}, {"id": 612, "type": "number_literal", "text": "256", "parent": 609, "children": [], "start_point": {"row": 154, "column": 51}, "end_point": {"row": 154, "column": 54}}, {"id": 613, "type": "null", "text": "NULL", "parent": 609, "children": [614], "start_point": {"row": 154, "column": 56}, "end_point": {"row": 154, "column": 60}}, {"id": 614, "type": "NULL", "text": "NULL", "parent": 613, "children": [], "start_point": {"row": 154, "column": 56}, "end_point": {"row": 154, "column": 60}}, {"id": 615, "type": "number_literal", "text": "2", "parent": 609, "children": [], "start_point": {"row": 154, "column": 62}, "end_point": {"row": 154, "column": 63}}, {"id": 616, "type": "null", "text": "NULL", "parent": 609, "children": [617], "start_point": {"row": 154, "column": 65}, "end_point": {"row": 154, "column": 69}}, {"id": 617, "type": "NULL", "text": "NULL", "parent": 616, "children": [], "start_point": {"row": 154, "column": 65}, "end_point": {"row": 154, "column": 69}}, {"id": 618, "type": "preproc_else", "text": "#else\n xTaskCreate(bmp280_task_normal, \"bmp280_task\", 256, NULL, 2, NULL);", "parent": 604, "children": [619], "start_point": {"row": 155, "column": 0}, "end_point": {"row": 156, "column": 71}}, {"id": 619, "type": "#else", "text": "#else", "parent": 618, "children": [], "start_point": {"row": 155, "column": 0}, "end_point": {"row": 155, "column": 5}}, {"id": 620, "type": "call_expression", "text": "xTaskCreate(bmp280_task_normal, \"bmp280_task\", 256, NULL, 2, NULL)", "parent": 618, "children": [621, 622], "start_point": {"row": 156, "column": 4}, "end_point": {"row": 156, "column": 70}}, {"id": 621, "type": "identifier", "text": "xTaskCreate", "parent": 620, "children": [], "start_point": {"row": 156, "column": 4}, "end_point": {"row": 156, "column": 15}}, {"id": 622, "type": "argument_list", "text": "(bmp280_task_normal, \"bmp280_task\", 256, NULL, 2, NULL)", "parent": 620, "children": [623, 624, 625, 626, 628, 629], "start_point": {"row": 156, "column": 15}, "end_point": {"row": 156, "column": 70}}, {"id": 623, "type": "identifier", "text": "bmp280_task_normal", "parent": 622, "children": [], "start_point": {"row": 156, "column": 16}, "end_point": {"row": 156, "column": 34}}, {"id": 624, "type": "string_literal", "text": "\"bmp280_task\"", "parent": 622, "children": [], "start_point": {"row": 156, "column": 36}, "end_point": {"row": 156, "column": 49}}, {"id": 625, "type": "number_literal", "text": "256", "parent": 622, "children": [], "start_point": {"row": 156, "column": 51}, "end_point": {"row": 156, "column": 54}}, {"id": 626, "type": "null", "text": "NULL", "parent": 622, "children": [627], "start_point": {"row": 156, "column": 56}, "end_point": {"row": 156, "column": 60}}, {"id": 627, "type": "NULL", "text": "NULL", "parent": 626, "children": [], "start_point": {"row": 156, "column": 56}, "end_point": {"row": 156, "column": 60}}, {"id": 628, "type": "number_literal", "text": "2", "parent": 622, "children": [], "start_point": {"row": 156, "column": 62}, "end_point": {"row": 156, "column": 63}}, {"id": 629, "type": "null", "text": "NULL", "parent": 622, "children": [630], "start_point": {"row": 156, "column": 65}, "end_point": {"row": 156, "column": 69}}, {"id": 630, "type": "NULL", "text": "NULL", "parent": 629, "children": [], "start_point": {"row": 156, "column": 65}, "end_point": {"row": 156, "column": 69}}, {"id": 631, "type": "#endif", "text": "#endif", "parent": 604, "children": [], "start_point": {"row": 157, "column": 0}, "end_point": {"row": 157, "column": 6}}, {"id": 632, "type": "call_expression", "text": "gpio_enable(LED_GPIO, GPIO_OUTPUT)", "parent": 592, "children": [633, 634], "start_point": {"row": 159, "column": 2}, "end_point": {"row": 159, "column": 36}}, {"id": 633, "type": "identifier", "text": "gpio_enable", "parent": 632, "children": [], "start_point": {"row": 159, "column": 2}, "end_point": {"row": 159, "column": 13}}, {"id": 634, "type": "argument_list", "text": "(LED_GPIO, GPIO_OUTPUT)", "parent": 632, "children": [635, 636], "start_point": {"row": 159, "column": 13}, "end_point": {"row": 159, "column": 36}}, {"id": 635, "type": "identifier", "text": "LED_GPIO", "parent": 634, "children": [], "start_point": {"row": 159, "column": 14}, "end_point": {"row": 159, "column": 22}}, {"id": 636, "type": "identifier", "text": "GPIO_OUTPUT", "parent": 634, "children": [], "start_point": {"row": 159, "column": 24}, "end_point": {"row": 159, "column": 35}}, {"id": 637, "type": "call_expression", "text": "led_write(false)", "parent": 592, "children": [638, 639], "start_point": {"row": 160, "column": 4}, "end_point": {"row": 160, "column": 20}}, {"id": 638, "type": "identifier", "text": "led_write", "parent": 637, "children": [], "start_point": {"row": 160, "column": 4}, "end_point": {"row": 160, "column": 13}}, {"id": 639, "type": "argument_list", "text": "(false)", "parent": 637, "children": [640], "start_point": {"row": 160, "column": 13}, "end_point": {"row": 160, "column": 20}}, {"id": 640, "type": "false", "text": "false", "parent": 639, "children": [], "start_point": {"row": 160, "column": 14}, "end_point": {"row": 160, "column": 19}}, {"id": 641, "type": "declaration", "text": "homekit_accessory_t *accessories[] = {\n HOMEKIT_ACCESSORY(.id=1, .category=homekit_accessory_category_thermostat, .services=(homekit_service_t*[]) {\n HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, \"Temperature Sensor\"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, \"Alex_Khmelenko\"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, \"Sprut.Ai\"),\n HOMEKIT_CHARACTERISTIC(MODEL, \"BMP280/BME280\"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, \"v0.1\"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }),\n HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, \"Temperature Sensor\"),\n ¤t_temperature,\n NULL\n }),\n HOMEKIT_SERVICE(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, \"Humidity Sensor\"),\n ¤t_humidity,\n NULL\n }),\n NULL\n }),\n NULL\n};", "parent": null, "children": [642, 643], "start_point": {"row": 165, "column": 0}, "end_point": {"row": 189, "column": 2}}, {"id": 642, "type": "type_identifier", "text": "homekit_accessory_t", "parent": 641, "children": [], "start_point": {"row": 165, "column": 0}, "end_point": {"row": 165, "column": 19}}, {"id": 643, "type": "init_declarator", "text": "*accessories[] = {\n HOMEKIT_ACCESSORY(.id=1, .category=homekit_accessory_category_thermostat, .services=(homekit_service_t*[]) {\n HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, \"Temperature Sensor\"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, \"Alex_Khmelenko\"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, \"Sprut.Ai\"),\n HOMEKIT_CHARACTERISTIC(MODEL, \"BMP280/BME280\"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, \"v0.1\"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }),\n HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, \"Temperature 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{"id": 799, "type": "argument_list", "text": "(&config)", "parent": 797, "children": [800], "start_point": {"row": 197, "column": 23}, "end_point": {"row": 197, "column": 32}}, {"id": 800, "type": "pointer_expression", "text": "&config", "parent": 799, "children": [801], "start_point": {"row": 197, "column": 24}, "end_point": {"row": 197, "column": 31}}, {"id": 801, "type": "identifier", "text": "config", "parent": 800, "children": [], "start_point": {"row": 197, "column": 25}, "end_point": {"row": 197, "column": 31}}, {"id": 802, "type": "function_definition", "text": "void user_init(void) {\n uart_set_baud(0, 115200);\n\n\n\n\t uint8_t macaddr[6];\n sdk_wifi_get_macaddr(STATION_IF, macaddr);\n int name_len = snprintf(NULL, 0, \"Temperature Sensor-%02X%02X%02X\", macaddr[1], macaddr[2], macaddr[3]);\n char *name_value = malloc(name_len + 1);\n snprintf(name_value, name_len + 1, \"Temperature Sensor-%02X%02X%02X\", macaddr[1], macaddr[2], macaddr[3]);\n name.value = 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bmp280_task_forced(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure"}, {"node_id": 210, "universal_type": "function", "name": "unknown", "text_snippet": "bmp280_task_forced(void *pvParameters)"}, {"node_id": 415, "universal_type": "function", "name": "bmp280_task_normal", "text_snippet": "static void bmp280_task_normal(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure"}, {"node_id": 417, "universal_type": "function", "name": "unknown", "text_snippet": "bmp280_task_normal(void *pvParameters)"}, {"node_id": 592, "universal_type": "function", "name": "temperature_sensor_init", "text_snippet": "void temperature_sensor_init() {\n\n\t i2c_init(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K);\n\n#ifdef M"}, {"node_id": 594, "universal_type": "function", "name": "unknown", "text_snippet": "temperature_sensor_init()"}, {"node_id": 792, "universal_type": "function", "name": "on_wifi_ready", "text_snippet": "void on_wifi_ready() {\n homekit_server_init(&config);\n}"}, {"node_id": 794, "universal_type": "function", "name": "unknown", "text_snippet": "on_wifi_ready()"}, {"node_id": 802, "universal_type": "function", "name": "user_init", "text_snippet": "void user_init(void) {\n uart_set_baud(0, 115200);\n\n\n\n\t uint8_t macaddr[6];\n sdk_wifi_get_macad"}, {"node_id": 804, "universal_type": "function", "name": "unknown", "text_snippet": "user_init(void)"}], "class_declarations": [], "import_statements": [{"node_id": 0, "text": "#include <stdio.h>\n"}, {"node_id": 1, "text": "#include"}, {"node_id": 3, "text": "#include <espressif/esp_wifi.h>\n"}, {"node_id": 4, "text": "#include"}, {"node_id": 6, "text": "#include <espressif/esp_sta.h>\n"}, {"node_id": 7, "text": "#include"}, {"node_id": 9, "text": "#include <esp/uart.h>\n"}, {"node_id": 10, "text": "#include"}, {"node_id": 12, "text": "#include <esp8266.h>\n"}, {"node_id": 13, "text": "#include"}, {"node_id": 15, "text": "#include <FreeRTOS.h>\n"}, {"node_id": 16, "text": "#include"}, {"node_id": 18, "text": "#include <task.h>\n"}, {"node_id": 19, "text": "#include"}, {"node_id": 21, "text": "#include <homekit/homekit.h>\n"}, {"node_id": 22, "text": "#include"}, {"node_id": 24, "text": "#include <homekit/characteristics.h>\n"}, {"node_id": 25, "text": "#include"}, {"node_id": 27, "text": "#include <wifi_config.h>\n"}, {"node_id": 28, "text": "#include"}, {"node_id": 30, "text": "#include \"i2c/i2c.h\"\n"}, {"node_id": 31, "text": "#include"}, {"node_id": 33, "text": "#include \"bmp280/bmp280.h\"\n"}, {"node_id": 34, "text": "#include"}]}, "original_source_code": "#include <stdio.h>\n#include <espressif/esp_wifi.h>\n#include <espressif/esp_sta.h>\n#include <esp/uart.h>\n#include <esp8266.h>\n#include <FreeRTOS.h>\n#include <task.h>\n\n#include <homekit/homekit.h>\n#include <homekit/characteristics.h>\n//#include \"wifi.h\"\n#include <wifi_config.h>\n#include \"i2c/i2c.h\"\n#include \"bmp280/bmp280.h\"\n\n#define LED_GPIO 2\n// In forced mode user initiate measurement each time.\n// In normal mode measurement is done continuously with specified standby time.\n// #define MODE_FORCED\nconst uint8_t i2c_bus = 0;\nconst uint8_t scl_pin = 0;\nconst uint8_t sda_pin = 4;\n\nvoid led_write(bool on)\n{\n gpio_write(LED_GPIO, on ? 0 : 1);\n}\n\nvoid identify_task(void *_args) {\n\n for (int i=0; i<3; i++) {\n for (int j=0; j<3; j++) {\n led_write(true);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n led_write(false);\n vTaskDelay(150 / portTICK_PERIOD_MS);\n }\n\n vTaskDelay(250 / portTICK_PERIOD_MS);\n }\n\n led_write(false);\n\n vTaskDelete(NULL);\n}\n\nvoid temperature_sensor_identify(homekit_value_t _value) {\n printf(\"Temperature sensor identify\\n\");\n\n xTaskCreate(identify_task, \"identify_task\", 128, NULL, 2, NULL);\n\n}\nhomekit_characteristic_t name = HOMEKIT_CHARACTERISTIC_(NAME, \"Temperature\");\nhomekit_characteristic_t current_temperature = HOMEKIT_CHARACTERISTIC_(CURRENT_TEMPERATURE, 0);\nhomekit_characteristic_t current_humidity = HOMEKIT_CHARACTERISTIC_(CURRENT_RELATIVE_HUMIDITY, 0);\n\n\n#ifdef MODE_FORCED\nstatic void bmp280_task_forced(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n params.mode = BMP280_MODE_FORCED;\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf(\"BMP280 initialization failed\\n\");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_force_measurement(&bmp280_dev)) {\n printf(\"Failed initiating measurement\\n\");\n break;\n }\n // wait for measurement to complete\n while (bmp280_is_measuring(&bmp280_dev)) {};\n\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }\n printf(\"Pressure: %.2f Pa, Temperature: %.2f C\", pressure, temperature);\n if (bme280p)\n printf(\", Humidity: %.2f\\n\", humidity);\n else\n printf(\"\\n\");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}\n#else\nstatic void bmp280_task_normal(void *pvParameters)\n{\n bmp280_params_t params;\n float pressure, temperature, humidity;\n\n bmp280_init_default_params(¶ms);\n\n bmp280_t bmp280_dev;\n bmp280_dev.i2c_dev.bus = i2c_bus;\n bmp280_dev.i2c_dev.addr = BMP280_I2C_ADDRESS_0;\n\n while (1) {\n while (!bmp280_init(&bmp280_dev, ¶ms)) {\n printf(\"BMP280 initialization failed\\n\");\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n }\n\n bool bme280p = bmp280_dev.id == BME280_CHIP_ID;\n printf(\"BMP280: found %s\\n\", bme280p ? \"BME280\" : \"BMP280\");\n\n while(1) {\n vTaskDelay(1000 / portTICK_PERIOD_MS);\n if (!bmp280_read_float(&bmp280_dev, &temperature, &pressure, &humidity)) {\n printf(\"Temperature/pressure reading failed\\n\");\n break;\n }\n printf(\"Pressure: %.2f Pa, Temperature: %.2f C\", pressure, temperature);\n if (bme280p)\n printf(\", Humidity: %.2f\\n\", humidity);\n else\n printf(\"\\n\");\n\n current_temperature.value = HOMEKIT_FLOAT(temperature);\n current_humidity.value = HOMEKIT_FLOAT(humidity);\n\n homekit_characteristic_notify(¤t_temperature, current_temperature.value);\n homekit_characteristic_notify(¤t_humidity, current_humidity.value);\n }\n }\n}\n#endif\n\nvoid temperature_sensor_init() {\n\n\t i2c_init(i2c_bus, scl_pin, sda_pin, I2C_FREQ_400K);\n\n#ifdef MODE_FORCED\n xTaskCreate(bmp280_task_forced, \"bmp280_task\", 256, NULL, 2, NULL);\n#else\n xTaskCreate(bmp280_task_normal, \"bmp280_task\", 256, NULL, 2, NULL);\n#endif\n\n\t gpio_enable(LED_GPIO, GPIO_OUTPUT);\n led_write(false);\n\n}\n\n\nhomekit_accessory_t *accessories[] = {\n HOMEKIT_ACCESSORY(.id=1, .category=homekit_accessory_category_thermostat, .services=(homekit_service_t*[]) {\n HOMEKIT_SERVICE(ACCESSORY_INFORMATION, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, \"Temperature Sensor\"),\n HOMEKIT_CHARACTERISTIC(MANUFACTURER, \"Alex_Khmelenko\"),\n HOMEKIT_CHARACTERISTIC(SERIAL_NUMBER, \"Sprut.Ai\"),\n HOMEKIT_CHARACTERISTIC(MODEL, \"BMP280/BME280\"),\n HOMEKIT_CHARACTERISTIC(FIRMWARE_REVISION, \"v0.1\"),\n HOMEKIT_CHARACTERISTIC(IDENTIFY, temperature_sensor_identify),\n NULL\n }),\n HOMEKIT_SERVICE(TEMPERATURE_SENSOR, .primary=true, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, \"Temperature Sensor\"),\n ¤t_temperature,\n NULL\n }),\n HOMEKIT_SERVICE(HUMIDITY_SENSOR, .characteristics=(homekit_characteristic_t*[]) {\n HOMEKIT_CHARACTERISTIC(NAME, \"Humidity Sensor\"),\n ¤t_humidity,\n NULL\n }),\n NULL\n }),\n NULL\n};\n\nhomekit_server_config_t config = {\n .accessories = accessories,\n .password = \"<PASSWORD>\"\n};\n\nvoid on_wifi_ready() {\n homekit_server_init(&config);\n}\n\nvoid user_init(void) {\n uart_set_baud(0, 115200);\n\n\n\n\t uint8_t macaddr[6];\n sdk_wifi_get_macaddr(STATION_IF, macaddr);\n int name_len = snprintf(NULL, 0, \"Temperature Sensor-%02X%02X%02X\", macaddr[1], macaddr[2], macaddr[3]);\n char *name_value = malloc(name_len + 1);\n snprintf(name_value, name_len + 1, \"Temperature Sensor-%02X%02X%02X\", macaddr[1], macaddr[2], macaddr[3]);\n name.value = HOMEKIT_STRING(name_value);\n\n wifi_config_init(\"Temperature Sensor\", NULL, on_wifi_ready);\n\n temperature_sensor_init();\n}\n"}
| 297
|
c
|
#ifndef _M68K_CHECKSUM_H
#define _M68K_CHECKSUM_H
/*
* computes the checksum of a memory block at buff, length len,
* and adds in "sum" (32-bit)
*
* returns a 32-bit number suitable for feeding into itself
* or csum_tcpudp_magic
*
* this function must be called with even lengths, except
* for the last fragment, which may be odd
*
* it's best to have buff aligned on a 32-bit boundary
*/
unsigned int csum_partial(const unsigned char * buff, int len, unsigned int sum);
/*
* the same as csum_partial, but copies from src while it
* checksums
*
* here even more important to align src and dst on a 32-bit (or even
* better 64-bit) boundary
*/
unsigned int csum_partial_copy(const char *src, char *dst, int len, int sum);
/*
* the same as csum_partial_copy, but copies from user space.
*
* here even more important to align src and dst on a 32-bit (or even
* better 64-bit) boundary
*/
extern unsigned int csum_partial_copy_from_user(const char *src, char *dst,
int len, int sum, int *csum_err);
#define csum_partial_copy_nocheck(src, dst, len, sum) \
csum_partial_copy((src), (dst), (len), (sum))
unsigned short ip_fast_csum(unsigned char *iph, unsigned int ihl);
#if 0 /* DAVIDM - these are in arch/m68knommu/lib */
/*
* This is a version of ip_compute_csum() optimized for IP headers,
* which always checksum on 4 octet boundaries.
*
*/
static inline unsigned short
ip_fast_csum(unsigned char *iph, unsigned int ihl)
{
unsigned int sum = 0;
__asm__ ("subqw #1,%2\n"
"1:\t"
"movel %1@+,%/d0\n\t"
"addxl %/d0,%0\n\t"
"dbra %2,1b\n\t"
"movel %0,%/d0\n\t"
"swap %/d0\n\t"
"addxw %/d0,%0\n\t"
"clrw %/d0\n\t"
"addxw %/d0,%0\n\t"
: "=d" (sum), "=a" (iph), "=d" (ihl)
: "0" (sum), "1" (iph), "2" (ihl)
: "d0");
return ~sum;
}
#endif
/*
* Fold a partial checksum
*/
static inline unsigned int csum_fold(unsigned int sum)
{
#ifdef CONFIG_COLDFIRE
sum = (sum & 0xffff) + (sum >> 16);
sum = (sum & 0xffff) + (sum >> 16);
#else
unsigned int tmp = sum;
__asm__("swap %1\n\t"
"addw %1, %0\n\t"
"clrw %1\n\t"
"addxw %1, %0"
: "=&d" (sum), "=&d" (tmp)
: "0" (sum), "1" (sum));
#endif
return ~sum;
}
/*
* computes the checksum of the TCP/UDP pseudo-header
* returns a 16-bit checksum, already complemented
*/
static inline unsigned int
csum_tcpudp_nofold(unsigned long saddr, unsigned long daddr, unsigned short len,
unsigned short proto, unsigned int sum)
{
__asm__ ("addl %1,%0\n\t"
"addxl %4,%0\n\t"
"addxl %5,%0\n\t"
"clrl %1\n\t"
"addxl %1,%0"
: "=&d" (sum), "=&d" (saddr)
: "0" (daddr), "1" (saddr), "d" (len + proto),
"d"(sum));
return sum;
}
static inline unsigned short int
csum_tcpudp_magic(unsigned long saddr, unsigned long daddr, unsigned short len,
unsigned short proto, unsigned int sum)
{
return csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum));
}
/*
* this routine is used for miscellaneous IP-like checksums, mainly
* in icmp.c
*/
#if 0 /* DAVIDM - these are in arch/m68knommu/lib */
static inline unsigned short
ip_compute_csum(unsigned char * buff, int len)
{
return csum_fold (csum_partial(buff, len, 0));
}
#else
extern unsigned short ip_compute_csum(const unsigned char * buff, int len);
#endif
#define _HAVE_ARCH_IPV6_CSUM
static __inline__ unsigned short int
csum_ipv6_magic(struct in6_addr *saddr, struct in6_addr *daddr,
__u32 len, unsigned short proto, unsigned int sum)
{
register unsigned long tmp;
__asm__("addl %2@,%0\n\t"
"movel %2@(4),%1\n\t"
"addxl %1,%0\n\t"
"movel %2@(8),%1\n\t"
"addxl %1,%0\n\t"
"movel %2@(12),%1\n\t"
"addxl %1,%0\n\t"
"movel %3@,%1\n\t"
"addxl %1,%0\n\t"
"movel %3@(4),%1\n\t"
"addxl %1,%0\n\t"
"movel %3@(8),%1\n\t"
"addxl %1,%0\n\t"
"movel %3@(12),%1\n\t"
"addxl %1,%0\n\t"
"addxl %4,%0\n\t"
"clrl %1\n\t"
"addxl %1,%0"
: "=&d" (sum), "=&d" (tmp)
: "a" (saddr), "a" (daddr), "d" (len + proto),
"0" (sum));
return csum_fold(sum);
}
#endif /* _M68K_CHECKSUM_H */
| 26.01
| 148
|
(translation_unit) "#ifndef _M68K_CHECKSUM_H\n#define _M68K_CHECKSUM_H\n\n/*\n * computes the checksum of a memory block at buff, length len,\n * and adds in "sum" (32-bit)\n *\n * returns a 32-bit number suitable for feeding into itself\n * or csum_tcpudp_magic\n *\n * this function must be called with even lengths, except\n * for the last fragment, which may be odd\n *\n * it's best to have buff aligned on a 32-bit boundary\n */\nunsigned int csum_partial(const unsigned char * buff, int len, unsigned int sum);\n\n/*\n * the same as csum_partial, but copies from src while it\n * checksums\n *\n * here even more important to align src and dst on a 32-bit (or even\n * better 64-bit) boundary\n */\n\nunsigned int csum_partial_copy(const char *src, char *dst, int len, int sum);\n\n\n/*\n * the same as csum_partial_copy, but copies from user space.\n *\n * here even more important to align src and dst on a 32-bit (or even\n * better 64-bit) boundary\n */\n\nextern unsigned int csum_partial_copy_from_user(const char *src, char *dst,\n int len, int sum, int *csum_err);\n\n#define csum_partial_copy_nocheck(src, dst, len, sum) \\n csum_partial_copy((src), (dst), (len), (sum))\n\nunsigned short ip_fast_csum(unsigned char *iph, unsigned int ihl);\n\n#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\n/*\n * This is a version of ip_compute_csum() optimized for IP headers,\n * which always checksum on 4 octet boundaries.\n *\n */\nstatic inline unsigned short\nip_fast_csum(unsigned char *iph, unsigned int ihl)\n{\n unsigned int sum = 0;\n\n __asm__ ("subqw #1,%2\n"\n "1:\t"\n "movel %1@+,%/d0\n\t"\n "addxl %/d0,%0\n\t"\n "dbra %2,1b\n\t"\n "movel %0,%/d0\n\t"\n "swap %/d0\n\t"\n "addxw %/d0,%0\n\t"\n "clrw %/d0\n\t"\n "addxw %/d0,%0\n\t"\n : "=d" (sum), "=a" (iph), "=d" (ihl)\n : "0" (sum), "1" (iph), "2" (ihl)\n : "d0");\n return ~sum;\n}\n#endif\n\n/*\n * Fold a partial checksum\n */\n\nstatic inline unsigned int csum_fold(unsigned int sum)\n{\n#ifdef CONFIG_COLDFIRE\n sum = (sum & 0xffff) + (sum >> 16);\n sum = (sum & 0xffff) + (sum >> 16);\n#else\n unsigned int tmp = sum;\n __asm__("swap %1\n\t"\n "addw %1, %0\n\t"\n "clrw %1\n\t"\n "addxw %1, %0"\n : "=&d" (sum), "=&d" (tmp)\n : "0" (sum), "1" (sum));\n#endif\n return ~sum;\n}\n\n\n/*\n * computes the checksum of the TCP/UDP pseudo-header\n * returns a 16-bit checksum, already complemented\n */\n\nstatic inline unsigned int\ncsum_tcpudp_nofold(unsigned long saddr, unsigned long daddr, unsigned short len,\n unsigned short proto, unsigned int sum)\n{\n __asm__ ("addl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "addxl %5,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (saddr)\n : "0" (daddr), "1" (saddr), "d" (len + proto),\n "d"(sum));\n return sum;\n}\n\nstatic inline unsigned short int\ncsum_tcpudp_magic(unsigned long saddr, unsigned long daddr, unsigned short len,\n unsigned short proto, unsigned int sum)\n{\n return csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum));\n}\n\n/*\n * this routine is used for miscellaneous IP-like checksums, mainly\n * in icmp.c\n */\n\n#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\nstatic inline unsigned short\nip_compute_csum(unsigned char * buff, int len)\n{\n return csum_fold (csum_partial(buff, len, 0));\n}\n#else\nextern unsigned short ip_compute_csum(const unsigned char * buff, int len);\n#endif\n\n#define _HAVE_ARCH_IPV6_CSUM\nstatic __inline__ unsigned short int\ncsum_ipv6_magic(struct in6_addr *saddr, struct in6_addr *daddr,\n __u32 len, unsigned short proto, unsigned int sum) \n{\n register unsigned long tmp;\n __asm__("addl %2@,%0\n\t"\n "movel %2@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@,%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (tmp)\n : "a" (saddr), "a" (daddr), "d" (len + proto),\n "0" (sum));\n\n return csum_fold(sum);\n}\n\n#endif /* _M68K_CHECKSUM_H */\n"
(preproc_ifdef) "#ifndef _M68K_CHECKSUM_H\n#define _M68K_CHECKSUM_H\n\n/*\n * computes the checksum of a memory block at buff, length len,\n * and adds in "sum" (32-bit)\n *\n * returns a 32-bit number suitable for feeding into itself\n * or csum_tcpudp_magic\n *\n * this function must be called with even lengths, except\n * for the last fragment, which may be odd\n *\n * it's best to have buff aligned on a 32-bit boundary\n */\nunsigned int csum_partial(const unsigned char * buff, int len, unsigned int sum);\n\n/*\n * the same as csum_partial, but copies from src while it\n * checksums\n *\n * here even more important to align src and dst on a 32-bit (or even\n * better 64-bit) boundary\n */\n\nunsigned int csum_partial_copy(const char *src, char *dst, int len, int sum);\n\n\n/*\n * the same as csum_partial_copy, but copies from user space.\n *\n * here even more important to align src and dst on a 32-bit (or even\n * better 64-bit) boundary\n */\n\nextern unsigned int csum_partial_copy_from_user(const char *src, char *dst,\n int len, int sum, int *csum_err);\n\n#define csum_partial_copy_nocheck(src, dst, len, sum) \\n csum_partial_copy((src), (dst), (len), (sum))\n\nunsigned short ip_fast_csum(unsigned char *iph, unsigned int ihl);\n\n#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\n/*\n * This is a version of ip_compute_csum() optimized for IP headers,\n * which always checksum on 4 octet boundaries.\n *\n */\nstatic inline unsigned short\nip_fast_csum(unsigned char *iph, unsigned int ihl)\n{\n unsigned int sum = 0;\n\n __asm__ ("subqw #1,%2\n"\n "1:\t"\n "movel %1@+,%/d0\n\t"\n "addxl %/d0,%0\n\t"\n "dbra %2,1b\n\t"\n "movel %0,%/d0\n\t"\n "swap %/d0\n\t"\n "addxw %/d0,%0\n\t"\n "clrw %/d0\n\t"\n "addxw %/d0,%0\n\t"\n : "=d" (sum), "=a" (iph), "=d" (ihl)\n : "0" (sum), "1" (iph), "2" (ihl)\n : "d0");\n return ~sum;\n}\n#endif\n\n/*\n * Fold a partial checksum\n */\n\nstatic inline unsigned int csum_fold(unsigned int sum)\n{\n#ifdef CONFIG_COLDFIRE\n sum = (sum & 0xffff) + (sum >> 16);\n sum = (sum & 0xffff) + (sum >> 16);\n#else\n unsigned int tmp = sum;\n __asm__("swap %1\n\t"\n "addw %1, %0\n\t"\n "clrw %1\n\t"\n "addxw %1, %0"\n : "=&d" (sum), "=&d" (tmp)\n : "0" (sum), "1" (sum));\n#endif\n return ~sum;\n}\n\n\n/*\n * computes the checksum of the TCP/UDP pseudo-header\n * returns a 16-bit checksum, already complemented\n */\n\nstatic inline unsigned int\ncsum_tcpudp_nofold(unsigned long saddr, unsigned long daddr, unsigned short len,\n unsigned short proto, unsigned int sum)\n{\n __asm__ ("addl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "addxl %5,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (saddr)\n : "0" (daddr), "1" (saddr), "d" (len + proto),\n "d"(sum));\n return sum;\n}\n\nstatic inline unsigned short int\ncsum_tcpudp_magic(unsigned long saddr, unsigned long daddr, unsigned short len,\n unsigned short proto, unsigned int sum)\n{\n return csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum));\n}\n\n/*\n * this routine is used for miscellaneous IP-like checksums, mainly\n * in icmp.c\n */\n\n#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\nstatic inline unsigned short\nip_compute_csum(unsigned char * buff, int len)\n{\n return csum_fold (csum_partial(buff, len, 0));\n}\n#else\nextern unsigned short ip_compute_csum(const unsigned char * buff, int len);\n#endif\n\n#define _HAVE_ARCH_IPV6_CSUM\nstatic __inline__ unsigned short int\ncsum_ipv6_magic(struct in6_addr *saddr, struct in6_addr *daddr,\n __u32 len, unsigned short proto, unsigned int sum) \n{\n register unsigned long tmp;\n __asm__("addl %2@,%0\n\t"\n "movel %2@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@,%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (tmp)\n : "a" (saddr), "a" (daddr), "d" (len + proto),\n "0" (sum));\n\n return csum_fold(sum);\n}\n\n#endif"
(#ifndef) "#ifndef"
(identifier) "_M68K_CHECKSUM_H"
(preproc_def) "#define _M68K_CHECKSUM_H\n"
(#define) "#define"
(identifier) "_M68K_CHECKSUM_H"
(comment) "/*\n * computes the checksum of a memory block at buff, length len,\n * and adds in "sum" (32-bit)\n *\n * returns a 32-bit number suitable for feeding into itself\n * or csum_tcpudp_magic\n *\n * this function must be called with even lengths, except\n * for the last fragment, which may be odd\n *\n * it's best to have buff aligned on a 32-bit boundary\n */"
(declaration) "unsigned int csum_partial(const unsigned char * buff, int len, unsigned int sum);"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(function_declarator) "csum_partial(const unsigned char * buff, int len, unsigned int sum)"
(identifier) "csum_partial"
(parameter_list) "(const unsigned char * buff, int len, unsigned int sum)"
(() "("
(parameter_declaration) "const unsigned char * buff"
(type_qualifier) "const"
(const) "const"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(pointer_declarator) "* buff"
(*) "*"
(identifier) "buff"
(,) ","
(parameter_declaration) "int len"
(primitive_type) "int"
(identifier) "len"
(,) ","
(parameter_declaration) "unsigned int sum"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "sum"
()) ")"
(;) ";"
(comment) "/*\n * the same as csum_partial, but copies from src while it\n * checksums\n *\n * here even more important to align src and dst on a 32-bit (or even\n * better 64-bit) boundary\n */"
(declaration) "unsigned int csum_partial_copy(const char *src, char *dst, int len, int sum);"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(function_declarator) "csum_partial_copy(const char *src, char *dst, int len, int sum)"
(identifier) "csum_partial_copy"
(parameter_list) "(const char *src, char *dst, int len, int sum)"
(() "("
(parameter_declaration) "const char *src"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "*src"
(*) "*"
(identifier) "src"
(,) ","
(parameter_declaration) "char *dst"
(primitive_type) "char"
(pointer_declarator) "*dst"
(*) "*"
(identifier) "dst"
(,) ","
(parameter_declaration) "int len"
(primitive_type) "int"
(identifier) "len"
(,) ","
(parameter_declaration) "int sum"
(primitive_type) "int"
(identifier) "sum"
()) ")"
(;) ";"
(comment) "/*\n * the same as csum_partial_copy, but copies from user space.\n *\n * here even more important to align src and dst on a 32-bit (or even\n * better 64-bit) boundary\n */"
(declaration) "extern unsigned int csum_partial_copy_from_user(const char *src, char *dst,\n int len, int sum, int *csum_err);"
(storage_class_specifier) "extern"
(extern) "extern"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(function_declarator) "csum_partial_copy_from_user(const char *src, char *dst,\n int len, int sum, int *csum_err)"
(identifier) "csum_partial_copy_from_user"
(parameter_list) "(const char *src, char *dst,\n int len, int sum, int *csum_err)"
(() "("
(parameter_declaration) "const char *src"
(type_qualifier) "const"
(const) "const"
(primitive_type) "char"
(pointer_declarator) "*src"
(*) "*"
(identifier) "src"
(,) ","
(parameter_declaration) "char *dst"
(primitive_type) "char"
(pointer_declarator) "*dst"
(*) "*"
(identifier) "dst"
(,) ","
(parameter_declaration) "int len"
(primitive_type) "int"
(identifier) "len"
(,) ","
(parameter_declaration) "int sum"
(primitive_type) "int"
(identifier) "sum"
(,) ","
(parameter_declaration) "int *csum_err"
(primitive_type) "int"
(pointer_declarator) "*csum_err"
(*) "*"
(identifier) "csum_err"
()) ")"
(;) ";"
(preproc_function_def) "#define csum_partial_copy_nocheck(src, dst, len, sum) \\n csum_partial_copy((src), (dst), (len), (sum))\n"
(#define) "#define"
(identifier) "csum_partial_copy_nocheck"
(preproc_params) "(src, dst, len, sum)"
(() "("
(identifier) "src"
(,) ","
(identifier) "dst"
(,) ","
(identifier) "len"
(,) ","
(identifier) "sum"
()) ")"
(preproc_arg) "csum_partial_copy((src), (dst), (len), (sum))"
(declaration) "unsigned short ip_fast_csum(unsigned char *iph, unsigned int ihl);"
(sized_type_specifier) "unsigned short"
(unsigned) "unsigned"
(short) "short"
(function_declarator) "ip_fast_csum(unsigned char *iph, unsigned int ihl)"
(identifier) "ip_fast_csum"
(parameter_list) "(unsigned char *iph, unsigned int ihl)"
(() "("
(parameter_declaration) "unsigned char *iph"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(pointer_declarator) "*iph"
(*) "*"
(identifier) "iph"
(,) ","
(parameter_declaration) "unsigned int ihl"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "ihl"
()) ")"
(;) ";"
(preproc_if) "#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\n/*\n * This is a version of ip_compute_csum() optimized for IP headers,\n * which always checksum on 4 octet boundaries.\n *\n */\nstatic inline unsigned short\nip_fast_csum(unsigned char *iph, unsigned int ihl)\n{\n unsigned int sum = 0;\n\n __asm__ ("subqw #1,%2\n"\n "1:\t"\n "movel %1@+,%/d0\n\t"\n "addxl %/d0,%0\n\t"\n "dbra %2,1b\n\t"\n "movel %0,%/d0\n\t"\n "swap %/d0\n\t"\n "addxw %/d0,%0\n\t"\n "clrw %/d0\n\t"\n "addxw %/d0,%0\n\t"\n : "=d" (sum), "=a" (iph), "=d" (ihl)\n : "0" (sum), "1" (iph), "2" (ihl)\n : "d0");\n return ~sum;\n}\n#endif"
(#if) "#if"
(number_literal) "0"
(comment) "/* DAVIDM - these are in arch/m68knommu/lib */"
(
) "\n"
(comment) "/*\n * This is a version of ip_compute_csum() optimized for IP headers,\n * which always checksum on 4 octet boundaries.\n *\n */"
(function_definition) "static inline unsigned short\nip_fast_csum(unsigned char *iph, unsigned int ihl)\n{\n unsigned int sum = 0;\n\n __asm__ ("subqw #1,%2\n"\n "1:\t"\n "movel %1@+,%/d0\n\t"\n "addxl %/d0,%0\n\t"\n "dbra %2,1b\n\t"\n "movel %0,%/d0\n\t"\n "swap %/d0\n\t"\n "addxw %/d0,%0\n\t"\n "clrw %/d0\n\t"\n "addxw %/d0,%0\n\t"\n : "=d" (sum), "=a" (iph), "=d" (ihl)\n : "0" (sum), "1" (iph), "2" (ihl)\n : "d0");\n return ~sum;\n}"
(storage_class_specifier) "static"
(static) "static"
(storage_class_specifier) "inline"
(inline) "inline"
(sized_type_specifier) "unsigned short"
(unsigned) "unsigned"
(short) "short"
(function_declarator) "ip_fast_csum(unsigned char *iph, unsigned int ihl)"
(identifier) "ip_fast_csum"
(parameter_list) "(unsigned char *iph, unsigned int ihl)"
(() "("
(parameter_declaration) "unsigned char *iph"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(pointer_declarator) "*iph"
(*) "*"
(identifier) "iph"
(,) ","
(parameter_declaration) "unsigned int ihl"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "ihl"
()) ")"
(compound_statement) "{\n unsigned int sum = 0;\n\n __asm__ ("subqw #1,%2\n"\n "1:\t"\n "movel %1@+,%/d0\n\t"\n "addxl %/d0,%0\n\t"\n "dbra %2,1b\n\t"\n "movel %0,%/d0\n\t"\n "swap %/d0\n\t"\n "addxw %/d0,%0\n\t"\n "clrw %/d0\n\t"\n "addxw %/d0,%0\n\t"\n : "=d" (sum), "=a" (iph), "=d" (ihl)\n : "0" (sum), "1" (iph), "2" (ihl)\n : "d0");\n return ~sum;\n}"
({) "{"
(declaration) "unsigned int sum = 0;"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(init_declarator) "sum = 0"
(identifier) "sum"
(=) "="
(number_literal) "0"
(;) ";"
(expression_statement) "__asm__ ("subqw #1,%2\n"\n "1:\t"\n "movel %1@+,%/d0\n\t"\n "addxl %/d0,%0\n\t"\n "dbra %2,1b\n\t"\n "movel %0,%/d0\n\t"\n "swap %/d0\n\t"\n "addxw %/d0,%0\n\t"\n "clrw %/d0\n\t"\n "addxw %/d0,%0\n\t"\n : "=d" (sum), "=a" (iph), "=d" (ihl)\n : "0" (sum), "1" (iph), "2" (ihl)\n : "d0");"
(gnu_asm_expression) "__asm__ ("subqw #1,%2\n"\n "1:\t"\n "movel %1@+,%/d0\n\t"\n "addxl %/d0,%0\n\t"\n "dbra %2,1b\n\t"\n "movel %0,%/d0\n\t"\n "swap %/d0\n\t"\n "addxw %/d0,%0\n\t"\n "clrw %/d0\n\t"\n "addxw %/d0,%0\n\t"\n : "=d" (sum), "=a" (iph), "=d" (ihl)\n : "0" (sum), "1" (iph), "2" (ihl)\n : "d0")"
(__asm__) "__asm__"
(() "("
(concatenated_string) ""subqw #1,%2\n"\n "1:\t"\n "movel %1@+,%/d0\n\t"\n "addxl %/d0,%0\n\t"\n "dbra %2,1b\n\t"\n "movel %0,%/d0\n\t"\n "swap %/d0\n\t"\n "addxw %/d0,%0\n\t"\n "clrw %/d0\n\t"\n "addxw %/d0,%0\n\t""
(string_literal) ""subqw #1,%2\n""
(") """
(string_content) "subqw #1,%2"
(escape_sequence) "\n"
(") """
(string_literal) ""1:\t""
(") """
(string_content) "1:"
(escape_sequence) "\t"
(") """
(string_literal) ""movel %1@+,%/d0\n\t""
(") """
(string_content) "movel %1@+,%/d0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %/d0,%0\n\t""
(") """
(string_content) "addxl %/d0,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""dbra %2,1b\n\t""
(") """
(string_content) "dbra %2,1b"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""movel %0,%/d0\n\t""
(") """
(string_content) "movel %0,%/d0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""swap %/d0\n\t""
(") """
(string_content) "swap %/d0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxw %/d0,%0\n\t""
(") """
(string_content) "addxw %/d0,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""clrw %/d0\n\t""
(") """
(string_content) "clrw %/d0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxw %/d0,%0\n\t""
(") """
(string_content) "addxw %/d0,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(gnu_asm_output_operand_list) ": "=d" (sum), "=a" (iph), "=d" (ihl)"
(:) ":"
(gnu_asm_output_operand) ""=d" (sum)"
(string_literal) ""=d""
(") """
(string_content) "=d"
(") """
(() "("
(identifier) "sum"
()) ")"
(,) ","
(gnu_asm_output_operand) ""=a" (iph)"
(string_literal) ""=a""
(") """
(string_content) "=a"
(") """
(() "("
(identifier) "iph"
()) ")"
(,) ","
(gnu_asm_output_operand) ""=d" (ihl)"
(string_literal) ""=d""
(") """
(string_content) "=d"
(") """
(() "("
(identifier) "ihl"
()) ")"
(gnu_asm_input_operand_list) ": "0" (sum), "1" (iph), "2" (ihl)"
(:) ":"
(gnu_asm_input_operand) ""0" (sum)"
(string_literal) ""0""
(") """
(string_content) "0"
(") """
(() "("
(identifier) "sum"
()) ")"
(,) ","
(gnu_asm_input_operand) ""1" (iph)"
(string_literal) ""1""
(") """
(string_content) "1"
(") """
(() "("
(identifier) "iph"
()) ")"
(,) ","
(gnu_asm_input_operand) ""2" (ihl)"
(string_literal) ""2""
(") """
(string_content) "2"
(") """
(() "("
(identifier) "ihl"
()) ")"
(gnu_asm_clobber_list) ": "d0""
(:) ":"
(string_literal) ""d0""
(") """
(string_content) "d0"
(") """
()) ")"
(;) ";"
(return_statement) "return ~sum;"
(return) "return"
(unary_expression) "~sum"
(~) "~"
(identifier) "sum"
(;) ";"
(}) "}"
(#endif) "#endif"
(comment) "/*\n * Fold a partial checksum\n */"
(function_definition) "static inline unsigned int csum_fold(unsigned int sum)\n{\n#ifdef CONFIG_COLDFIRE\n sum = (sum & 0xffff) + (sum >> 16);\n sum = (sum & 0xffff) + (sum >> 16);\n#else\n unsigned int tmp = sum;\n __asm__("swap %1\n\t"\n "addw %1, %0\n\t"\n "clrw %1\n\t"\n "addxw %1, %0"\n : "=&d" (sum), "=&d" (tmp)\n : "0" (sum), "1" (sum));\n#endif\n return ~sum;\n}"
(storage_class_specifier) "static"
(static) "static"
(storage_class_specifier) "inline"
(inline) "inline"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(function_declarator) "csum_fold(unsigned int sum)"
(identifier) "csum_fold"
(parameter_list) "(unsigned int sum)"
(() "("
(parameter_declaration) "unsigned int sum"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "sum"
()) ")"
(compound_statement) "{\n#ifdef CONFIG_COLDFIRE\n sum = (sum & 0xffff) + (sum >> 16);\n sum = (sum & 0xffff) + (sum >> 16);\n#else\n unsigned int tmp = sum;\n __asm__("swap %1\n\t"\n "addw %1, %0\n\t"\n "clrw %1\n\t"\n "addxw %1, %0"\n : "=&d" (sum), "=&d" (tmp)\n : "0" (sum), "1" (sum));\n#endif\n return ~sum;\n}"
({) "{"
(preproc_ifdef) "#ifdef CONFIG_COLDFIRE\n sum = (sum & 0xffff) + (sum >> 16);\n sum = (sum & 0xffff) + (sum >> 16);\n#else\n unsigned int tmp = sum;\n __asm__("swap %1\n\t"\n "addw %1, %0\n\t"\n "clrw %1\n\t"\n "addxw %1, %0"\n : "=&d" (sum), "=&d" (tmp)\n : "0" (sum), "1" (sum));\n#endif"
(#ifdef) "#ifdef"
(identifier) "CONFIG_COLDFIRE"
(expression_statement) "sum = (sum & 0xffff) + (sum >> 16);"
(assignment_expression) "sum = (sum & 0xffff) + (sum >> 16)"
(identifier) "sum"
(=) "="
(binary_expression) "(sum & 0xffff) + (sum >> 16)"
(parenthesized_expression) "(sum & 0xffff)"
(() "("
(binary_expression) "sum & 0xffff"
(identifier) "sum"
(&) "&"
(number_literal) "0xffff"
()) ")"
(+) "+"
(parenthesized_expression) "(sum >> 16)"
(() "("
(binary_expression) "sum >> 16"
(identifier) "sum"
(>>) ">>"
(number_literal) "16"
()) ")"
(;) ";"
(expression_statement) "sum = (sum & 0xffff) + (sum >> 16);"
(assignment_expression) "sum = (sum & 0xffff) + (sum >> 16)"
(identifier) "sum"
(=) "="
(binary_expression) "(sum & 0xffff) + (sum >> 16)"
(parenthesized_expression) "(sum & 0xffff)"
(() "("
(binary_expression) "sum & 0xffff"
(identifier) "sum"
(&) "&"
(number_literal) "0xffff"
()) ")"
(+) "+"
(parenthesized_expression) "(sum >> 16)"
(() "("
(binary_expression) "sum >> 16"
(identifier) "sum"
(>>) ">>"
(number_literal) "16"
()) ")"
(;) ";"
(preproc_else) "#else\n unsigned int tmp = sum;\n __asm__("swap %1\n\t"\n "addw %1, %0\n\t"\n "clrw %1\n\t"\n "addxw %1, %0"\n : "=&d" (sum), "=&d" (tmp)\n : "0" (sum), "1" (sum));"
(#else) "#else"
(declaration) "unsigned int tmp = sum;"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(init_declarator) "tmp = sum"
(identifier) "tmp"
(=) "="
(identifier) "sum"
(;) ";"
(expression_statement) "__asm__("swap %1\n\t"\n "addw %1, %0\n\t"\n "clrw %1\n\t"\n "addxw %1, %0"\n : "=&d" (sum), "=&d" (tmp)\n : "0" (sum), "1" (sum));"
(gnu_asm_expression) "__asm__("swap %1\n\t"\n "addw %1, %0\n\t"\n "clrw %1\n\t"\n "addxw %1, %0"\n : "=&d" (sum), "=&d" (tmp)\n : "0" (sum), "1" (sum))"
(__asm__) "__asm__"
(() "("
(concatenated_string) ""swap %1\n\t"\n "addw %1, %0\n\t"\n "clrw %1\n\t"\n "addxw %1, %0""
(string_literal) ""swap %1\n\t""
(") """
(string_content) "swap %1"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addw %1, %0\n\t""
(") """
(string_content) "addw %1, %0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""clrw %1\n\t""
(") """
(string_content) "clrw %1"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxw %1, %0""
(") """
(string_content) "addxw %1, %0"
(") """
(gnu_asm_output_operand_list) ": "=&d" (sum), "=&d" (tmp)"
(:) ":"
(gnu_asm_output_operand) ""=&d" (sum)"
(string_literal) ""=&d""
(") """
(string_content) "=&d"
(") """
(() "("
(identifier) "sum"
()) ")"
(,) ","
(gnu_asm_output_operand) ""=&d" (tmp)"
(string_literal) ""=&d""
(") """
(string_content) "=&d"
(") """
(() "("
(identifier) "tmp"
()) ")"
(gnu_asm_input_operand_list) ": "0" (sum), "1" (sum)"
(:) ":"
(gnu_asm_input_operand) ""0" (sum)"
(string_literal) ""0""
(") """
(string_content) "0"
(") """
(() "("
(identifier) "sum"
()) ")"
(,) ","
(gnu_asm_input_operand) ""1" (sum)"
(string_literal) ""1""
(") """
(string_content) "1"
(") """
(() "("
(identifier) "sum"
()) ")"
()) ")"
(;) ";"
(#endif) "#endif"
(return_statement) "return ~sum;"
(return) "return"
(unary_expression) "~sum"
(~) "~"
(identifier) "sum"
(;) ";"
(}) "}"
(comment) "/*\n * computes the checksum of the TCP/UDP pseudo-header\n * returns a 16-bit checksum, already complemented\n */"
(function_definition) "static inline unsigned int\ncsum_tcpudp_nofold(unsigned long saddr, unsigned long daddr, unsigned short len,\n unsigned short proto, unsigned int sum)\n{\n __asm__ ("addl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "addxl %5,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (saddr)\n : "0" (daddr), "1" (saddr), "d" (len + proto),\n "d"(sum));\n return sum;\n}"
(storage_class_specifier) "static"
(static) "static"
(storage_class_specifier) "inline"
(inline) "inline"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(function_declarator) "csum_tcpudp_nofold(unsigned long saddr, unsigned long daddr, unsigned short len,\n unsigned short proto, unsigned int sum)"
(identifier) "csum_tcpudp_nofold"
(parameter_list) "(unsigned long saddr, unsigned long daddr, unsigned short len,\n unsigned short proto, unsigned int sum)"
(() "("
(parameter_declaration) "unsigned long saddr"
(sized_type_specifier) "unsigned long"
(unsigned) "unsigned"
(long) "long"
(identifier) "saddr"
(,) ","
(parameter_declaration) "unsigned long daddr"
(sized_type_specifier) "unsigned long"
(unsigned) "unsigned"
(long) "long"
(identifier) "daddr"
(,) ","
(parameter_declaration) "unsigned short len"
(sized_type_specifier) "unsigned short"
(unsigned) "unsigned"
(short) "short"
(identifier) "len"
(,) ","
(parameter_declaration) "unsigned short proto"
(sized_type_specifier) "unsigned short"
(unsigned) "unsigned"
(short) "short"
(identifier) "proto"
(,) ","
(parameter_declaration) "unsigned int sum"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "sum"
()) ")"
(compound_statement) "{\n __asm__ ("addl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "addxl %5,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (saddr)\n : "0" (daddr), "1" (saddr), "d" (len + proto),\n "d"(sum));\n return sum;\n}"
({) "{"
(expression_statement) "__asm__ ("addl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "addxl %5,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (saddr)\n : "0" (daddr), "1" (saddr), "d" (len + proto),\n "d"(sum));"
(gnu_asm_expression) "__asm__ ("addl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "addxl %5,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (saddr)\n : "0" (daddr), "1" (saddr), "d" (len + proto),\n "d"(sum))"
(__asm__) "__asm__"
(() "("
(concatenated_string) ""addl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "addxl %5,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0""
(string_literal) ""addl %1,%0\n\t""
(") """
(string_content) "addl %1,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %4,%0\n\t""
(") """
(string_content) "addxl %4,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %5,%0\n\t""
(") """
(string_content) "addxl %5,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""clrl %1\n\t""
(") """
(string_content) "clrl %1"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %1,%0""
(") """
(string_content) "addxl %1,%0"
(") """
(gnu_asm_output_operand_list) ": "=&d" (sum), "=&d" (saddr)"
(:) ":"
(gnu_asm_output_operand) ""=&d" (sum)"
(string_literal) ""=&d""
(") """
(string_content) "=&d"
(") """
(() "("
(identifier) "sum"
()) ")"
(,) ","
(gnu_asm_output_operand) ""=&d" (saddr)"
(string_literal) ""=&d""
(") """
(string_content) "=&d"
(") """
(() "("
(identifier) "saddr"
()) ")"
(gnu_asm_input_operand_list) ": "0" (daddr), "1" (saddr), "d" (len + proto),\n "d"(sum)"
(:) ":"
(gnu_asm_input_operand) ""0" (daddr)"
(string_literal) ""0""
(") """
(string_content) "0"
(") """
(() "("
(identifier) "daddr"
()) ")"
(,) ","
(gnu_asm_input_operand) ""1" (saddr)"
(string_literal) ""1""
(") """
(string_content) "1"
(") """
(() "("
(identifier) "saddr"
()) ")"
(,) ","
(gnu_asm_input_operand) ""d" (len + proto)"
(string_literal) ""d""
(") """
(string_content) "d"
(") """
(() "("
(binary_expression) "len + proto"
(identifier) "len"
(+) "+"
(identifier) "proto"
()) ")"
(,) ","
(gnu_asm_input_operand) ""d"(sum)"
(string_literal) ""d""
(") """
(string_content) "d"
(") """
(() "("
(identifier) "sum"
()) ")"
()) ")"
(;) ";"
(return_statement) "return sum;"
(return) "return"
(identifier) "sum"
(;) ";"
(}) "}"
(function_definition) "static inline unsigned short int\ncsum_tcpudp_magic(unsigned long saddr, unsigned long daddr, unsigned short len,\n unsigned short proto, unsigned int sum)\n{\n return csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum));\n}"
(storage_class_specifier) "static"
(static) "static"
(storage_class_specifier) "inline"
(inline) "inline"
(sized_type_specifier) "unsigned short int"
(unsigned) "unsigned"
(short) "short"
(primitive_type) "int"
(function_declarator) "csum_tcpudp_magic(unsigned long saddr, unsigned long daddr, unsigned short len,\n unsigned short proto, unsigned int sum)"
(identifier) "csum_tcpudp_magic"
(parameter_list) "(unsigned long saddr, unsigned long daddr, unsigned short len,\n unsigned short proto, unsigned int sum)"
(() "("
(parameter_declaration) "unsigned long saddr"
(sized_type_specifier) "unsigned long"
(unsigned) "unsigned"
(long) "long"
(identifier) "saddr"
(,) ","
(parameter_declaration) "unsigned long daddr"
(sized_type_specifier) "unsigned long"
(unsigned) "unsigned"
(long) "long"
(identifier) "daddr"
(,) ","
(parameter_declaration) "unsigned short len"
(sized_type_specifier) "unsigned short"
(unsigned) "unsigned"
(short) "short"
(identifier) "len"
(,) ","
(parameter_declaration) "unsigned short proto"
(sized_type_specifier) "unsigned short"
(unsigned) "unsigned"
(short) "short"
(identifier) "proto"
(,) ","
(parameter_declaration) "unsigned int sum"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "sum"
()) ")"
(compound_statement) "{\n return csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum));\n}"
({) "{"
(return_statement) "return csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum));"
(return) "return"
(call_expression) "csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum))"
(identifier) "csum_fold"
(argument_list) "(csum_tcpudp_nofold(saddr,daddr,len,proto,sum))"
(() "("
(call_expression) "csum_tcpudp_nofold(saddr,daddr,len,proto,sum)"
(identifier) "csum_tcpudp_nofold"
(argument_list) "(saddr,daddr,len,proto,sum)"
(() "("
(identifier) "saddr"
(,) ","
(identifier) "daddr"
(,) ","
(identifier) "len"
(,) ","
(identifier) "proto"
(,) ","
(identifier) "sum"
()) ")"
()) ")"
(;) ";"
(}) "}"
(comment) "/*\n * this routine is used for miscellaneous IP-like checksums, mainly\n * in icmp.c\n */"
(preproc_if) "#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\nstatic inline unsigned short\nip_compute_csum(unsigned char * buff, int len)\n{\n return csum_fold (csum_partial(buff, len, 0));\n}\n#else\nextern unsigned short ip_compute_csum(const unsigned char * buff, int len);\n#endif"
(#if) "#if"
(number_literal) "0"
(comment) "/* DAVIDM - these are in arch/m68knommu/lib */"
(
) "\n"
(function_definition) "static inline unsigned short\nip_compute_csum(unsigned char * buff, int len)\n{\n return csum_fold (csum_partial(buff, len, 0));\n}"
(storage_class_specifier) "static"
(static) "static"
(storage_class_specifier) "inline"
(inline) "inline"
(sized_type_specifier) "unsigned short"
(unsigned) "unsigned"
(short) "short"
(function_declarator) "ip_compute_csum(unsigned char * buff, int len)"
(identifier) "ip_compute_csum"
(parameter_list) "(unsigned char * buff, int len)"
(() "("
(parameter_declaration) "unsigned char * buff"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(pointer_declarator) "* buff"
(*) "*"
(identifier) "buff"
(,) ","
(parameter_declaration) "int len"
(primitive_type) "int"
(identifier) "len"
()) ")"
(compound_statement) "{\n return csum_fold (csum_partial(buff, len, 0));\n}"
({) "{"
(return_statement) "return csum_fold (csum_partial(buff, len, 0));"
(return) "return"
(call_expression) "csum_fold (csum_partial(buff, len, 0))"
(identifier) "csum_fold"
(argument_list) "(csum_partial(buff, len, 0))"
(() "("
(call_expression) "csum_partial(buff, len, 0)"
(identifier) "csum_partial"
(argument_list) "(buff, len, 0)"
(() "("
(identifier) "buff"
(,) ","
(identifier) "len"
(,) ","
(number_literal) "0"
()) ")"
()) ")"
(;) ";"
(}) "}"
(preproc_else) "#else\nextern unsigned short ip_compute_csum(const unsigned char * buff, int len);"
(#else) "#else"
(declaration) "extern unsigned short ip_compute_csum(const unsigned char * buff, int len);"
(storage_class_specifier) "extern"
(extern) "extern"
(sized_type_specifier) "unsigned short"
(unsigned) "unsigned"
(short) "short"
(function_declarator) "ip_compute_csum(const unsigned char * buff, int len)"
(identifier) "ip_compute_csum"
(parameter_list) "(const unsigned char * buff, int len)"
(() "("
(parameter_declaration) "const unsigned char * buff"
(type_qualifier) "const"
(const) "const"
(sized_type_specifier) "unsigned char"
(unsigned) "unsigned"
(primitive_type) "char"
(pointer_declarator) "* buff"
(*) "*"
(identifier) "buff"
(,) ","
(parameter_declaration) "int len"
(primitive_type) "int"
(identifier) "len"
()) ")"
(;) ";"
(#endif) "#endif"
(preproc_def) "#define _HAVE_ARCH_IPV6_CSUM\n"
(#define) "#define"
(identifier) "_HAVE_ARCH_IPV6_CSUM"
(function_definition) "static __inline__ unsigned short int\ncsum_ipv6_magic(struct in6_addr *saddr, struct in6_addr *daddr,\n __u32 len, unsigned short proto, unsigned int sum) \n{\n register unsigned long tmp;\n __asm__("addl %2@,%0\n\t"\n "movel %2@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@,%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (tmp)\n : "a" (saddr), "a" (daddr), "d" (len + proto),\n "0" (sum));\n\n return csum_fold(sum);\n}"
(storage_class_specifier) "static"
(static) "static"
(storage_class_specifier) "__inline__"
(__inline__) "__inline__"
(sized_type_specifier) "unsigned short int"
(unsigned) "unsigned"
(short) "short"
(primitive_type) "int"
(function_declarator) "csum_ipv6_magic(struct in6_addr *saddr, struct in6_addr *daddr,\n __u32 len, unsigned short proto, unsigned int sum)"
(identifier) "csum_ipv6_magic"
(parameter_list) "(struct in6_addr *saddr, struct in6_addr *daddr,\n __u32 len, unsigned short proto, unsigned int sum)"
(() "("
(parameter_declaration) "struct in6_addr *saddr"
(struct_specifier) "struct in6_addr"
(struct) "struct"
(type_identifier) "in6_addr"
(pointer_declarator) "*saddr"
(*) "*"
(identifier) "saddr"
(,) ","
(parameter_declaration) "struct in6_addr *daddr"
(struct_specifier) "struct in6_addr"
(struct) "struct"
(type_identifier) "in6_addr"
(pointer_declarator) "*daddr"
(*) "*"
(identifier) "daddr"
(,) ","
(parameter_declaration) "__u32 len"
(type_identifier) "__u32"
(identifier) "len"
(,) ","
(parameter_declaration) "unsigned short proto"
(sized_type_specifier) "unsigned short"
(unsigned) "unsigned"
(short) "short"
(identifier) "proto"
(,) ","
(parameter_declaration) "unsigned int sum"
(sized_type_specifier) "unsigned int"
(unsigned) "unsigned"
(primitive_type) "int"
(identifier) "sum"
()) ")"
(compound_statement) "{\n register unsigned long tmp;\n __asm__("addl %2@,%0\n\t"\n "movel %2@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@,%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (tmp)\n : "a" (saddr), "a" (daddr), "d" (len + proto),\n "0" (sum));\n\n return csum_fold(sum);\n}"
({) "{"
(declaration) "register unsigned long tmp;"
(storage_class_specifier) "register"
(register) "register"
(sized_type_specifier) "unsigned long"
(unsigned) "unsigned"
(long) "long"
(identifier) "tmp"
(;) ";"
(expression_statement) "__asm__("addl %2@,%0\n\t"\n "movel %2@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@,%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (tmp)\n : "a" (saddr), "a" (daddr), "d" (len + proto),\n "0" (sum));"
(gnu_asm_expression) "__asm__("addl %2@,%0\n\t"\n "movel %2@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@,%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0"\n : "=&d" (sum), "=&d" (tmp)\n : "a" (saddr), "a" (daddr), "d" (len + proto),\n "0" (sum))"
(__asm__) "__asm__"
(() "("
(concatenated_string) ""addl %2@,%0\n\t"\n "movel %2@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %2@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@,%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(4),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(8),%1\n\t"\n "addxl %1,%0\n\t"\n "movel %3@(12),%1\n\t"\n "addxl %1,%0\n\t"\n "addxl %4,%0\n\t"\n "clrl %1\n\t"\n "addxl %1,%0""
(string_literal) ""addl %2@,%0\n\t""
(") """
(string_content) "addl %2@,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""movel %2@(4),%1\n\t""
(") """
(string_content) "movel %2@(4),%1"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %1,%0\n\t""
(") """
(string_content) "addxl %1,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""movel %2@(8),%1\n\t""
(") """
(string_content) "movel %2@(8),%1"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %1,%0\n\t""
(") """
(string_content) "addxl %1,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""movel %2@(12),%1\n\t""
(") """
(string_content) "movel %2@(12),%1"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %1,%0\n\t""
(") """
(string_content) "addxl %1,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""movel %3@,%1\n\t""
(") """
(string_content) "movel %3@,%1"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %1,%0\n\t""
(") """
(string_content) "addxl %1,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""movel %3@(4),%1\n\t""
(") """
(string_content) "movel %3@(4),%1"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %1,%0\n\t""
(") """
(string_content) "addxl %1,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""movel %3@(8),%1\n\t""
(") """
(string_content) "movel %3@(8),%1"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %1,%0\n\t""
(") """
(string_content) "addxl %1,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""movel %3@(12),%1\n\t""
(") """
(string_content) "movel %3@(12),%1"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %1,%0\n\t""
(") """
(string_content) "addxl %1,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %4,%0\n\t""
(") """
(string_content) "addxl %4,%0"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""clrl %1\n\t""
(") """
(string_content) "clrl %1"
(escape_sequence) "\n"
(escape_sequence) "\t"
(") """
(string_literal) ""addxl %1,%0""
(") """
(string_content) "addxl %1,%0"
(") """
(gnu_asm_output_operand_list) ": "=&d" (sum), "=&d" (tmp)"
(:) ":"
(gnu_asm_output_operand) ""=&d" (sum)"
(string_literal) ""=&d""
(") """
(string_content) "=&d"
(") """
(() "("
(identifier) "sum"
()) ")"
(,) ","
(gnu_asm_output_operand) ""=&d" (tmp)"
(string_literal) ""=&d""
(") """
(string_content) "=&d"
(") """
(() "("
(identifier) "tmp"
()) ")"
(gnu_asm_input_operand_list) ": "a" (saddr), "a" (daddr), "d" (len + proto),\n "0" (sum)"
(:) ":"
(gnu_asm_input_operand) ""a" (saddr)"
(string_literal) ""a""
(") """
(string_content) "a"
(") """
(() "("
(identifier) "saddr"
()) ")"
(,) ","
(gnu_asm_input_operand) ""a" (daddr)"
(string_literal) ""a""
(") """
(string_content) "a"
(") """
(() "("
(identifier) "daddr"
()) ")"
(,) ","
(gnu_asm_input_operand) ""d" (len + proto)"
(string_literal) ""d""
(") """
(string_content) "d"
(") """
(() "("
(binary_expression) "len + proto"
(identifier) "len"
(+) "+"
(identifier) "proto"
()) ")"
(,) ","
(gnu_asm_input_operand) ""0" (sum)"
(string_literal) ""0""
(") """
(string_content) "0"
(") """
(() "("
(identifier) "sum"
()) ")"
()) ")"
(;) ";"
(return_statement) "return csum_fold(sum);"
(return) "return"
(call_expression) "csum_fold(sum)"
(identifier) "csum_fold"
(argument_list) "(sum)"
(() "("
(identifier) "sum"
()) ")"
(;) ";"
(}) "}"
(#endif) "#endif"
(comment) "/* _M68K_CHECKSUM_H */"
| 1,009
| 0
|
{"language": "c", "success": true, "metadata": {"lines": 148, "avg_line_length": 26.01, "nodes": 595, "errors": 0, "source_hash": "1d62dd04905a57b6039a50a731b90570ffbc6124db2cfd3483b15c12af9dcdf7", "categorized_nodes": 334}, "ast": {"root": "translation_unit", "nodes": [{"id": 0, "type": "preproc_ifdef", "text": "#ifndef _M68K_CHECKSUM_H\n#define _M68K_CHECKSUM_H\n\n/*\n * computes the checksum of a memory block at buff, length len,\n * and adds in \"sum\" (32-bit)\n *\n * returns a 32-bit number suitable for feeding into itself\n * or csum_tcpudp_magic\n *\n * this function must be called with even lengths, except\n * for the last fragment, which may be odd\n *\n * it's best to have buff aligned on a 32-bit boundary\n */\nunsigned int csum_partial(const unsigned char * buff, int len, unsigned int sum);\n\n/*\n * the same as csum_partial, but copies from src while it\n * checksums\n *\n * here even more important to align src and dst on a 32-bit (or even\n * better 64-bit) boundary\n */\n\nunsigned int csum_partial_copy(const char *src, char *dst, int len, int sum);\n\n\n/*\n * the same as csum_partial_copy, but copies from user space.\n *\n * here even more important to align src and dst on a 32-bit (or even\n * better 64-bit) boundary\n */\n\nextern unsigned int csum_partial_copy_from_user(const char *src, char *dst,\n\t\t\t\t\t\tint len, int sum, int *csum_err);\n\n#define csum_partial_copy_nocheck(src, dst, len, sum)\t\\\n\tcsum_partial_copy((src), (dst), (len), (sum))\n\nunsigned short ip_fast_csum(unsigned char *iph, unsigned int ihl);\n\n#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\n/*\n *\tThis is a version of ip_compute_csum() optimized for IP headers,\n *\twhich always checksum on 4 octet boundaries.\n *\n */\nstatic inline unsigned short\nip_fast_csum(unsigned char *iph, unsigned int ihl)\n{\n\tunsigned int sum = 0;\n\n\t__asm__ (\"subqw #1,%2\\n\"\n\t\t \"1:\\t\"\n\t\t \"movel %1@+,%/d0\\n\\t\"\n\t\t \"addxl %/d0,%0\\n\\t\"\n\t\t \"dbra %2,1b\\n\\t\"\n\t\t \"movel %0,%/d0\\n\\t\"\n\t\t \"swap %/d0\\n\\t\"\n\t\t \"addxw %/d0,%0\\n\\t\"\n\t\t \"clrw %/d0\\n\\t\"\n\t\t \"addxw %/d0,%0\\n\\t\"\n\t\t : \"=d\" (sum), \"=a\" (iph), \"=d\" (ihl)\n\t\t : \"0\" (sum), \"1\" (iph), \"2\" (ihl)\n\t\t : \"d0\");\n\treturn ~sum;\n}\n#endif\n\n/*\n *\tFold a partial checksum\n */\n\nstatic inline unsigned int csum_fold(unsigned int sum)\n{\n#ifdef CONFIG_COLDFIRE\n\tsum = (sum & 0xffff) + (sum >> 16);\n\tsum = (sum & 0xffff) + (sum >> 16);\n#else\n\tunsigned int tmp = sum;\n\t__asm__(\"swap %1\\n\\t\"\n\t\t\"addw %1, %0\\n\\t\"\n\t\t\"clrw %1\\n\\t\"\n\t\t\"addxw %1, %0\"\n\t\t: \"=&d\" (sum), \"=&d\" (tmp)\n\t\t: \"0\" (sum), \"1\" (sum));\n#endif\n\treturn ~sum;\n}\n\n\n/*\n * computes the checksum of the TCP/UDP pseudo-header\n * returns a 16-bit checksum, already complemented\n */\n\nstatic inline unsigned int\ncsum_tcpudp_nofold(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short proto, unsigned int sum)\n{\n\t__asm__ (\"addl %1,%0\\n\\t\"\n\t\t \"addxl %4,%0\\n\\t\"\n\t\t \"addxl %5,%0\\n\\t\"\n\t\t \"clrl %1\\n\\t\"\n\t\t \"addxl %1,%0\"\n\t\t : \"=&d\" (sum), \"=&d\" (saddr)\n\t\t : \"0\" (daddr), \"1\" (saddr), \"d\" (len + proto),\n\t\t \"d\"(sum));\n\treturn sum;\n}\n\nstatic inline unsigned short int\ncsum_tcpudp_magic(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short proto, unsigned int sum)\n{\n\treturn csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum));\n}\n\n/*\n * this routine is used for miscellaneous IP-like checksums, mainly\n * in icmp.c\n */\n\n#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\nstatic inline unsigned short\nip_compute_csum(unsigned char * buff, int len)\n{\n\treturn csum_fold (csum_partial(buff, len, 0));\n}\n#else\nextern unsigned short ip_compute_csum(const unsigned char * buff, int len);\n#endif\n\n#define _HAVE_ARCH_IPV6_CSUM\nstatic __inline__ unsigned short int\ncsum_ipv6_magic(struct in6_addr *saddr, struct in6_addr *daddr,\n\t\t__u32 len, unsigned short proto, unsigned int sum) \n{\n\tregister unsigned long tmp;\n\t__asm__(\"addl %2@,%0\\n\\t\"\n\t\t\"movel %2@(4),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %2@(8),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %2@(12),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@,%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@(4),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@(8),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@(12),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"addxl %4,%0\\n\\t\"\n\t\t\"clrl %1\\n\\t\"\n\t\t\"addxl %1,%0\"\n\t\t: \"=&d\" (sum), \"=&d\" (tmp)\n\t\t: \"a\" (saddr), \"a\" (daddr), \"d\" (len + proto),\n\t\t \"0\" (sum));\n\n\treturn csum_fold(sum);\n}\n\n#endif", "parent": null, "children": [1, 2, 3, 6, 28, 51, 81, 90, 109, 200, 287, 362, 409, 464, 467, 594], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 166, "column": 6}}, {"id": 1, "type": "#ifndef", "text": "#ifndef", "parent": 0, "children": [], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 7}}, {"id": 2, "type": "identifier", "text": "_M68K_CHECKSUM_H", "parent": 0, "children": [], "start_point": {"row": 0, "column": 8}, "end_point": {"row": 0, "column": 24}}, {"id": 3, "type": "preproc_def", "text": "#define _M68K_CHECKSUM_H\n", "parent": 0, "children": [4, 5], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 2, "column": 0}}, {"id": 4, "type": "#define", "text": "#define", "parent": 3, "children": [], "start_point": {"row": 1, "column": 0}, "end_point": {"row": 1, "column": 7}}, {"id": 5, "type": "identifier", "text": "_M68K_CHECKSUM_H", "parent": 3, "children": [], "start_point": {"row": 1, "column": 8}, "end_point": {"row": 1, "column": 24}}, {"id": 6, "type": "declaration", "text": "unsigned int csum_partial(const unsigned char * buff, int len, unsigned int sum);", "parent": 0, "children": [7, 10], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 81}}, {"id": 7, "type": "sized_type_specifier", "text": "unsigned int", "parent": 6, "children": [8, 9], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 12}}, {"id": 8, "type": "unsigned", "text": "unsigned", "parent": 7, "children": [], "start_point": {"row": 15, "column": 0}, "end_point": {"row": 15, "column": 8}}, {"id": 9, "type": "primitive_type", "text": "int", "parent": 7, "children": [], "start_point": {"row": 15, "column": 9}, "end_point": {"row": 15, "column": 12}}, {"id": 10, "type": "function_declarator", "text": "csum_partial(const unsigned char * buff, int len, unsigned int sum)", "parent": 6, "children": [11, 12], "start_point": {"row": 15, "column": 13}, "end_point": {"row": 15, "column": 80}}, {"id": 11, "type": "identifier", "text": "csum_partial", "parent": 10, "children": [], "start_point": {"row": 15, "column": 13}, "end_point": {"row": 15, "column": 25}}, {"id": 12, "type": "parameter_list", "text": "(const unsigned char * buff, int len, unsigned int sum)", "parent": 10, "children": [13, 20, 23], "start_point": {"row": 15, "column": 25}, "end_point": {"row": 15, "column": 80}}, {"id": 13, "type": "parameter_declaration", "text": "const unsigned char * buff", "parent": 12, "children": [14, 17], "start_point": {"row": 15, "column": 26}, "end_point": {"row": 15, "column": 52}}, {"id": 14, "type": "sized_type_specifier", "text": "unsigned char", "parent": 13, "children": [15, 16], "start_point": {"row": 15, "column": 32}, "end_point": {"row": 15, "column": 45}}, {"id": 15, "type": "unsigned", "text": "unsigned", "parent": 14, "children": [], "start_point": {"row": 15, "column": 32}, "end_point": {"row": 15, "column": 40}}, {"id": 16, "type": "primitive_type", "text": "char", "parent": 14, "children": [], "start_point": {"row": 15, "column": 41}, "end_point": {"row": 15, "column": 45}}, {"id": 17, "type": "pointer_declarator", "text": "* buff", "parent": 13, "children": [18, 19], "start_point": {"row": 15, "column": 46}, "end_point": {"row": 15, "column": 52}}, {"id": 18, "type": "*", "text": "*", "parent": 17, "children": [], "start_point": {"row": 15, "column": 46}, "end_point": {"row": 15, "column": 47}}, {"id": 19, "type": "identifier", "text": "buff", "parent": 17, "children": [], "start_point": {"row": 15, "column": 48}, "end_point": {"row": 15, "column": 52}}, {"id": 20, "type": "parameter_declaration", "text": "int len", "parent": 12, "children": [21, 22], "start_point": {"row": 15, "column": 54}, "end_point": {"row": 15, "column": 61}}, {"id": 21, "type": "primitive_type", "text": "int", "parent": 20, "children": [], "start_point": {"row": 15, "column": 54}, "end_point": {"row": 15, "column": 57}}, {"id": 22, "type": "identifier", "text": "len", "parent": 20, "children": [], "start_point": {"row": 15, "column": 58}, "end_point": {"row": 15, "column": 61}}, {"id": 23, "type": "parameter_declaration", "text": "unsigned int sum", "parent": 12, "children": [24, 27], "start_point": {"row": 15, "column": 63}, "end_point": {"row": 15, "column": 79}}, {"id": 24, "type": "sized_type_specifier", "text": "unsigned int", "parent": 23, "children": [25, 26], "start_point": {"row": 15, "column": 63}, "end_point": {"row": 15, "column": 75}}, {"id": 25, "type": "unsigned", "text": "unsigned", "parent": 24, "children": [], "start_point": {"row": 15, "column": 63}, "end_point": {"row": 15, "column": 71}}, {"id": 26, "type": "primitive_type", "text": "int", "parent": 24, "children": [], "start_point": {"row": 15, "column": 72}, "end_point": {"row": 15, "column": 75}}, {"id": 27, "type": "identifier", "text": "sum", "parent": 23, "children": [], "start_point": {"row": 15, "column": 76}, "end_point": {"row": 15, "column": 79}}, {"id": 28, "type": "declaration", "text": "unsigned int csum_partial_copy(const char *src, char *dst, int len, int sum);", "parent": 0, "children": [29, 32], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 25, "column": 77}}, {"id": 29, "type": "sized_type_specifier", "text": "unsigned int", "parent": 28, "children": [30, 31], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 25, "column": 12}}, {"id": 30, "type": "unsigned", "text": "unsigned", "parent": 29, "children": [], "start_point": {"row": 25, "column": 0}, "end_point": {"row": 25, "column": 8}}, {"id": 31, "type": "primitive_type", "text": "int", "parent": 29, "children": [], "start_point": {"row": 25, "column": 9}, "end_point": {"row": 25, "column": 12}}, {"id": 32, "type": "function_declarator", "text": "csum_partial_copy(const char *src, char *dst, int len, int sum)", "parent": 28, "children": [33, 34], "start_point": {"row": 25, "column": 13}, "end_point": {"row": 25, "column": 76}}, {"id": 33, "type": "identifier", "text": "csum_partial_copy", "parent": 32, "children": [], "start_point": {"row": 25, "column": 13}, "end_point": {"row": 25, "column": 30}}, {"id": 34, "type": "parameter_list", "text": "(const char *src, char *dst, int len, int sum)", "parent": 32, "children": [35, 40, 45, 48], "start_point": {"row": 25, "column": 30}, "end_point": {"row": 25, "column": 76}}, {"id": 35, "type": "parameter_declaration", "text": "const char *src", "parent": 34, "children": [36, 37], "start_point": {"row": 25, "column": 31}, "end_point": {"row": 25, "column": 46}}, {"id": 36, "type": "primitive_type", "text": "char", "parent": 35, "children": [], "start_point": {"row": 25, "column": 37}, "end_point": {"row": 25, "column": 41}}, {"id": 37, "type": "pointer_declarator", "text": "*src", "parent": 35, "children": [38, 39], "start_point": {"row": 25, "column": 42}, "end_point": {"row": 25, "column": 46}}, {"id": 38, "type": "*", "text": "*", "parent": 37, "children": [], "start_point": {"row": 25, "column": 42}, "end_point": {"row": 25, "column": 43}}, {"id": 39, "type": "identifier", "text": "src", "parent": 37, "children": [], "start_point": {"row": 25, "column": 43}, "end_point": {"row": 25, "column": 46}}, {"id": 40, "type": "parameter_declaration", "text": "char *dst", "parent": 34, "children": [41, 42], "start_point": {"row": 25, "column": 48}, "end_point": {"row": 25, "column": 57}}, {"id": 41, "type": "primitive_type", "text": "char", "parent": 40, "children": [], "start_point": {"row": 25, "column": 48}, "end_point": {"row": 25, "column": 52}}, {"id": 42, "type": "pointer_declarator", "text": "*dst", "parent": 40, "children": [43, 44], "start_point": {"row": 25, "column": 53}, "end_point": {"row": 25, "column": 57}}, {"id": 43, "type": "*", "text": "*", "parent": 42, "children": [], "start_point": {"row": 25, "column": 53}, "end_point": {"row": 25, "column": 54}}, {"id": 44, "type": "identifier", "text": "dst", "parent": 42, "children": [], "start_point": {"row": 25, "column": 54}, "end_point": {"row": 25, "column": 57}}, {"id": 45, "type": "parameter_declaration", "text": "int len", "parent": 34, "children": [46, 47], "start_point": {"row": 25, "column": 59}, "end_point": {"row": 25, "column": 66}}, {"id": 46, "type": "primitive_type", "text": "int", "parent": 45, "children": [], "start_point": {"row": 25, "column": 59}, "end_point": {"row": 25, "column": 62}}, {"id": 47, "type": "identifier", "text": "len", "parent": 45, "children": [], "start_point": {"row": 25, "column": 63}, "end_point": {"row": 25, "column": 66}}, {"id": 48, "type": "parameter_declaration", "text": "int sum", "parent": 34, "children": [49, 50], "start_point": {"row": 25, "column": 68}, "end_point": {"row": 25, "column": 75}}, {"id": 49, "type": "primitive_type", "text": "int", "parent": 48, "children": [], "start_point": {"row": 25, "column": 68}, "end_point": {"row": 25, "column": 71}}, {"id": 50, "type": "identifier", "text": "sum", "parent": 48, "children": [], "start_point": {"row": 25, "column": 72}, "end_point": {"row": 25, "column": 75}}, {"id": 51, "type": "declaration", "text": "extern unsigned int csum_partial_copy_from_user(const char *src, char *dst,\n\t\t\t\t\t\tint len, int sum, int *csum_err);", "parent": 0, "children": [52, 54, 57], "start_point": {"row": 35, "column": 0}, "end_point": {"row": 36, "column": 39}}, {"id": 52, "type": "storage_class_specifier", "text": "extern", "parent": 51, "children": [53], "start_point": {"row": 35, "column": 0}, "end_point": {"row": 35, "column": 6}}, {"id": 53, "type": "extern", "text": "extern", "parent": 52, "children": [], "start_point": {"row": 35, "column": 0}, "end_point": {"row": 35, "column": 6}}, {"id": 54, "type": "sized_type_specifier", "text": "unsigned int", "parent": 51, "children": [55, 56], "start_point": {"row": 35, "column": 7}, "end_point": {"row": 35, "column": 19}}, {"id": 55, "type": "unsigned", "text": "unsigned", "parent": 54, "children": [], "start_point": {"row": 35, "column": 7}, "end_point": {"row": 35, "column": 15}}, {"id": 56, "type": "primitive_type", "text": "int", "parent": 54, "children": [], "start_point": {"row": 35, "column": 16}, "end_point": {"row": 35, "column": 19}}, {"id": 57, "type": "function_declarator", "text": "csum_partial_copy_from_user(const char *src, char *dst,\n\t\t\t\t\t\tint len, int sum, int *csum_err)", "parent": 51, "children": [58, 59], "start_point": {"row": 35, "column": 20}, "end_point": {"row": 36, "column": 38}}, {"id": 58, "type": "identifier", "text": "csum_partial_copy_from_user", "parent": 57, "children": [], "start_point": {"row": 35, "column": 20}, "end_point": {"row": 35, "column": 47}}, {"id": 59, "type": "parameter_list", "text": "(const char *src, char *dst,\n\t\t\t\t\t\tint len, int sum, int *csum_err)", "parent": 57, "children": [60, 65, 70, 73, 76], "start_point": {"row": 35, "column": 47}, "end_point": {"row": 36, "column": 38}}, {"id": 60, "type": "parameter_declaration", "text": "const char *src", "parent": 59, "children": [61, 62], "start_point": {"row": 35, "column": 48}, "end_point": {"row": 35, "column": 63}}, {"id": 61, "type": "primitive_type", "text": "char", "parent": 60, "children": [], "start_point": {"row": 35, "column": 54}, "end_point": {"row": 35, "column": 58}}, {"id": 62, "type": "pointer_declarator", "text": "*src", "parent": 60, "children": [63, 64], "start_point": {"row": 35, "column": 59}, "end_point": {"row": 35, "column": 63}}, {"id": 63, "type": "*", "text": "*", "parent": 62, "children": [], "start_point": {"row": 35, "column": 59}, "end_point": {"row": 35, "column": 60}}, {"id": 64, "type": "identifier", "text": "src", "parent": 62, "children": [], "start_point": {"row": 35, "column": 60}, "end_point": {"row": 35, "column": 63}}, {"id": 65, "type": "parameter_declaration", "text": "char *dst", "parent": 59, "children": [66, 67], "start_point": {"row": 35, "column": 65}, "end_point": {"row": 35, "column": 74}}, {"id": 66, "type": "primitive_type", "text": "char", "parent": 65, "children": [], "start_point": {"row": 35, "column": 65}, "end_point": {"row": 35, "column": 69}}, {"id": 67, "type": "pointer_declarator", "text": "*dst", "parent": 65, "children": [68, 69], "start_point": {"row": 35, "column": 70}, "end_point": {"row": 35, "column": 74}}, {"id": 68, "type": "*", "text": "*", "parent": 67, "children": [], "start_point": {"row": 35, "column": 70}, "end_point": {"row": 35, "column": 71}}, {"id": 69, "type": "identifier", "text": "dst", "parent": 67, "children": [], "start_point": {"row": 35, "column": 71}, "end_point": {"row": 35, "column": 74}}, {"id": 70, "type": "parameter_declaration", "text": "int len", "parent": 59, "children": [71, 72], "start_point": {"row": 36, "column": 6}, "end_point": {"row": 36, "column": 13}}, {"id": 71, "type": "primitive_type", "text": "int", "parent": 70, "children": [], "start_point": {"row": 36, "column": 6}, "end_point": {"row": 36, "column": 9}}, {"id": 72, "type": "identifier", "text": "len", "parent": 70, "children": [], "start_point": {"row": 36, "column": 10}, "end_point": {"row": 36, "column": 13}}, {"id": 73, "type": "parameter_declaration", "text": "int sum", "parent": 59, "children": [74, 75], "start_point": {"row": 36, "column": 15}, "end_point": {"row": 36, "column": 22}}, {"id": 74, "type": "primitive_type", "text": "int", "parent": 73, "children": [], "start_point": {"row": 36, "column": 15}, "end_point": {"row": 36, "column": 18}}, {"id": 75, "type": "identifier", "text": "sum", "parent": 73, "children": [], "start_point": {"row": 36, "column": 19}, "end_point": {"row": 36, "column": 22}}, {"id": 76, "type": "parameter_declaration", "text": "int *csum_err", "parent": 59, "children": [77, 78], "start_point": {"row": 36, "column": 24}, "end_point": {"row": 36, "column": 37}}, {"id": 77, "type": "primitive_type", "text": "int", "parent": 76, "children": [], "start_point": {"row": 36, "column": 24}, "end_point": {"row": 36, "column": 27}}, {"id": 78, "type": "pointer_declarator", "text": "*csum_err", "parent": 76, "children": [79, 80], "start_point": {"row": 36, "column": 28}, "end_point": {"row": 36, "column": 37}}, {"id": 79, "type": "*", "text": "*", "parent": 78, "children": [], "start_point": {"row": 36, "column": 28}, "end_point": {"row": 36, "column": 29}}, {"id": 80, "type": "identifier", "text": "csum_err", "parent": 78, "children": [], "start_point": {"row": 36, "column": 29}, "end_point": {"row": 36, "column": 37}}, {"id": 81, "type": "preproc_function_def", "text": "#define csum_partial_copy_nocheck(src, dst, len, sum)\t\\\n\tcsum_partial_copy((src), (dst), (len), (sum))\n", "parent": 0, "children": [82, 83, 84, 89], "start_point": {"row": 38, "column": 0}, "end_point": {"row": 40, "column": 0}}, {"id": 82, "type": "#define", "text": "#define", "parent": 81, "children": [], "start_point": {"row": 38, "column": 0}, "end_point": {"row": 38, "column": 7}}, {"id": 83, "type": "identifier", "text": "csum_partial_copy_nocheck", "parent": 81, "children": [], "start_point": {"row": 38, "column": 8}, "end_point": {"row": 38, "column": 33}}, {"id": 84, "type": "preproc_params", "text": "(src, dst, len, sum)", "parent": 81, "children": [85, 86, 87, 88], "start_point": {"row": 38, "column": 33}, "end_point": {"row": 38, "column": 53}}, {"id": 85, "type": "identifier", "text": "src", "parent": 84, "children": [], "start_point": {"row": 38, "column": 34}, "end_point": {"row": 38, "column": 37}}, {"id": 86, "type": "identifier", "text": "dst", "parent": 84, "children": [], "start_point": {"row": 38, "column": 39}, "end_point": {"row": 38, "column": 42}}, {"id": 87, "type": "identifier", "text": "len", "parent": 84, "children": [], "start_point": {"row": 38, "column": 44}, "end_point": {"row": 38, "column": 47}}, {"id": 88, "type": "identifier", "text": "sum", "parent": 84, "children": [], "start_point": {"row": 38, "column": 49}, "end_point": {"row": 38, "column": 52}}, {"id": 89, "type": "preproc_arg", "text": "csum_partial_copy((src), (dst), (len), (sum))", "parent": 81, "children": [], "start_point": {"row": 39, "column": 1}, "end_point": {"row": 39, "column": 46}}, {"id": 90, "type": "declaration", "text": "unsigned short ip_fast_csum(unsigned char *iph, unsigned int ihl);", "parent": 0, "children": [91, 94], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 66}}, {"id": 91, "type": "sized_type_specifier", "text": "unsigned short", "parent": 90, "children": [92, 93], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 14}}, {"id": 92, "type": "unsigned", "text": "unsigned", "parent": 91, "children": [], "start_point": {"row": 41, "column": 0}, "end_point": {"row": 41, "column": 8}}, {"id": 93, "type": "short", "text": "short", "parent": 91, "children": [], "start_point": {"row": 41, "column": 9}, "end_point": {"row": 41, "column": 14}}, {"id": 94, "type": "function_declarator", "text": "ip_fast_csum(unsigned char *iph, unsigned int ihl)", "parent": 90, "children": [95, 96], "start_point": {"row": 41, "column": 15}, "end_point": {"row": 41, "column": 65}}, {"id": 95, "type": "identifier", "text": "ip_fast_csum", "parent": 94, "children": [], "start_point": {"row": 41, "column": 15}, "end_point": {"row": 41, "column": 27}}, {"id": 96, "type": "parameter_list", "text": "(unsigned char *iph, unsigned int ihl)", "parent": 94, "children": [97, 104], "start_point": {"row": 41, "column": 27}, "end_point": {"row": 41, "column": 65}}, {"id": 97, "type": "parameter_declaration", "text": "unsigned char *iph", "parent": 96, "children": [98, 101], "start_point": {"row": 41, "column": 28}, "end_point": {"row": 41, "column": 46}}, {"id": 98, "type": "sized_type_specifier", "text": "unsigned char", "parent": 97, "children": [99, 100], "start_point": {"row": 41, "column": 28}, "end_point": {"row": 41, "column": 41}}, {"id": 99, "type": "unsigned", "text": "unsigned", "parent": 98, "children": [], "start_point": {"row": 41, "column": 28}, "end_point": {"row": 41, "column": 36}}, {"id": 100, "type": "primitive_type", "text": "char", "parent": 98, "children": [], "start_point": {"row": 41, "column": 37}, "end_point": {"row": 41, "column": 41}}, {"id": 101, "type": "pointer_declarator", "text": "*iph", "parent": 97, "children": [102, 103], "start_point": {"row": 41, "column": 42}, "end_point": {"row": 41, "column": 46}}, {"id": 102, "type": "*", "text": "*", "parent": 101, "children": [], "start_point": {"row": 41, "column": 42}, "end_point": {"row": 41, "column": 43}}, {"id": 103, "type": "identifier", "text": "iph", "parent": 101, "children": [], "start_point": {"row": 41, "column": 43}, "end_point": {"row": 41, "column": 46}}, {"id": 104, "type": "parameter_declaration", "text": "unsigned int ihl", "parent": 96, "children": [105, 108], "start_point": {"row": 41, "column": 48}, "end_point": {"row": 41, "column": 64}}, {"id": 105, "type": "sized_type_specifier", "text": "unsigned int", "parent": 104, "children": [106, 107], "start_point": {"row": 41, "column": 48}, "end_point": {"row": 41, "column": 60}}, {"id": 106, "type": "unsigned", "text": "unsigned", "parent": 105, "children": [], "start_point": {"row": 41, "column": 48}, "end_point": {"row": 41, "column": 56}}, {"id": 107, "type": "primitive_type", "text": "int", "parent": 105, "children": [], "start_point": {"row": 41, "column": 57}, "end_point": {"row": 41, "column": 60}}, {"id": 108, "type": "identifier", "text": "ihl", "parent": 104, "children": [], "start_point": {"row": 41, "column": 61}, "end_point": {"row": 41, "column": 64}}, {"id": 109, "type": "preproc_if", "text": "#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\n/*\n *\tThis is a version of ip_compute_csum() optimized for IP headers,\n *\twhich always checksum on 4 octet boundaries.\n *\n */\nstatic inline unsigned short\nip_fast_csum(unsigned char *iph, unsigned int ihl)\n{\n\tunsigned int sum = 0;\n\n\t__asm__ (\"subqw #1,%2\\n\"\n\t\t \"1:\\t\"\n\t\t \"movel %1@+,%/d0\\n\\t\"\n\t\t \"addxl %/d0,%0\\n\\t\"\n\t\t \"dbra %2,1b\\n\\t\"\n\t\t \"movel %0,%/d0\\n\\t\"\n\t\t \"swap %/d0\\n\\t\"\n\t\t \"addxw %/d0,%0\\n\\t\"\n\t\t \"clrw %/d0\\n\\t\"\n\t\t \"addxw %/d0,%0\\n\\t\"\n\t\t : \"=d\" (sum), \"=a\" (iph), \"=d\" (ihl)\n\t\t : \"0\" (sum), \"1\" (iph), \"2\" (ihl)\n\t\t : \"d0\");\n\treturn ~sum;\n}\n#endif", "parent": 0, "children": [110, 111, 112, 113, 199], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 69, "column": 6}}, {"id": 110, "type": "#if", "text": "#if", "parent": 109, "children": [], "start_point": {"row": 43, "column": 0}, "end_point": {"row": 43, "column": 3}}, {"id": 111, "type": "number_literal", "text": "0", "parent": 109, "children": [], "start_point": {"row": 43, "column": 4}, "end_point": {"row": 43, "column": 5}}, {"id": 112, "type": "\n", "text": "\n", "parent": 109, "children": [], "start_point": {"row": 43, "column": 52}, "end_point": {"row": 44, "column": 0}}, {"id": 113, "type": "function_definition", "text": "static inline unsigned short\nip_fast_csum(unsigned char *iph, unsigned int ihl)\n{\n\tunsigned int sum = 0;\n\n\t__asm__ (\"subqw #1,%2\\n\"\n\t\t \"1:\\t\"\n\t\t \"movel %1@+,%/d0\\n\\t\"\n\t\t \"addxl %/d0,%0\\n\\t\"\n\t\t \"dbra %2,1b\\n\\t\"\n\t\t \"movel %0,%/d0\\n\\t\"\n\t\t \"swap %/d0\\n\\t\"\n\t\t \"addxw %/d0,%0\\n\\t\"\n\t\t \"clrw %/d0\\n\\t\"\n\t\t \"addxw %/d0,%0\\n\\t\"\n\t\t : \"=d\" (sum), \"=a\" (iph), \"=d\" (ihl)\n\t\t : \"0\" (sum), \"1\" (iph), \"2\" (ihl)\n\t\t : \"d0\");\n\treturn ~sum;\n}", "parent": 109, "children": [114, 116, 119], "start_point": {"row": 49, "column": 0}, "end_point": {"row": 68, "column": 1}}, {"id": 114, "type": "storage_class_specifier", "text": "inline", "parent": 113, "children": [115], "start_point": {"row": 49, "column": 7}, "end_point": {"row": 49, "column": 13}}, {"id": 115, "type": "inline", "text": "inline", "parent": 114, "children": [], "start_point": {"row": 49, "column": 7}, "end_point": {"row": 49, "column": 13}}, {"id": 116, "type": "sized_type_specifier", "text": "unsigned short", "parent": 113, "children": [117, 118], "start_point": {"row": 49, "column": 14}, "end_point": {"row": 49, "column": 28}}, {"id": 117, "type": "unsigned", "text": "unsigned", "parent": 116, "children": [], "start_point": {"row": 49, "column": 14}, "end_point": {"row": 49, "column": 22}}, {"id": 118, "type": "short", "text": "short", "parent": 116, "children": [], "start_point": {"row": 49, "column": 23}, "end_point": {"row": 49, "column": 28}}, {"id": 119, "type": "function_declarator", "text": "ip_fast_csum(unsigned char *iph, unsigned int ihl)", "parent": 113, "children": [120, 121], "start_point": {"row": 50, "column": 0}, "end_point": {"row": 50, "column": 50}}, {"id": 120, "type": "identifier", "text": "ip_fast_csum", "parent": 119, "children": [], "start_point": {"row": 50, "column": 0}, "end_point": {"row": 50, "column": 12}}, {"id": 121, "type": "parameter_list", "text": "(unsigned char *iph, unsigned int ihl)", "parent": 119, "children": [122, 129], "start_point": {"row": 50, "column": 12}, "end_point": {"row": 50, "column": 50}}, {"id": 122, "type": "parameter_declaration", "text": "unsigned char *iph", "parent": 121, "children": [123, 126], "start_point": {"row": 50, "column": 13}, "end_point": {"row": 50, "column": 31}}, {"id": 123, "type": "sized_type_specifier", "text": "unsigned char", "parent": 122, "children": [124, 125], "start_point": {"row": 50, "column": 13}, "end_point": {"row": 50, "column": 26}}, {"id": 124, "type": "unsigned", "text": "unsigned", "parent": 123, "children": [], "start_point": {"row": 50, "column": 13}, "end_point": {"row": 50, "column": 21}}, {"id": 125, "type": "primitive_type", "text": "char", "parent": 123, "children": [], "start_point": {"row": 50, "column": 22}, "end_point": {"row": 50, "column": 26}}, {"id": 126, "type": "pointer_declarator", "text": "*iph", "parent": 122, "children": [127, 128], "start_point": {"row": 50, "column": 27}, "end_point": {"row": 50, "column": 31}}, {"id": 127, "type": "*", "text": "*", "parent": 126, "children": [], "start_point": {"row": 50, "column": 27}, "end_point": {"row": 50, "column": 28}}, {"id": 128, "type": "identifier", "text": "iph", "parent": 126, "children": [], "start_point": {"row": 50, "column": 28}, "end_point": {"row": 50, "column": 31}}, {"id": 129, "type": "parameter_declaration", "text": "unsigned int ihl", "parent": 121, "children": [130, 133], "start_point": {"row": 50, "column": 33}, "end_point": {"row": 50, "column": 49}}, {"id": 130, "type": "sized_type_specifier", "text": "unsigned int", "parent": 129, "children": [131, 132], "start_point": {"row": 50, "column": 33}, "end_point": {"row": 50, "column": 45}}, {"id": 131, "type": "unsigned", "text": "unsigned", "parent": 130, "children": [], "start_point": {"row": 50, "column": 33}, "end_point": {"row": 50, "column": 41}}, {"id": 132, "type": "primitive_type", "text": "int", "parent": 130, "children": [], "start_point": {"row": 50, "column": 42}, "end_point": {"row": 50, "column": 45}}, {"id": 133, "type": "identifier", "text": "ihl", "parent": 129, "children": [], "start_point": {"row": 50, "column": 46}, "end_point": {"row": 50, "column": 49}}, {"id": 134, "type": "declaration", "text": "unsigned int sum = 0;", "parent": 113, "children": [135, 138], "start_point": {"row": 52, "column": 1}, "end_point": {"row": 52, "column": 22}}, {"id": 135, "type": "sized_type_specifier", "text": "unsigned int", "parent": 134, "children": [136, 137], "start_point": {"row": 52, "column": 1}, "end_point": {"row": 52, "column": 13}}, {"id": 136, "type": "unsigned", "text": "unsigned", "parent": 135, "children": [], "start_point": {"row": 52, "column": 1}, "end_point": {"row": 52, "column": 9}}, {"id": 137, "type": "primitive_type", "text": "int", "parent": 135, "children": [], "start_point": {"row": 52, "column": 10}, "end_point": {"row": 52, "column": 13}}, {"id": 138, "type": "init_declarator", "text": "sum = 0", "parent": 134, "children": [139, 140, 141], "start_point": {"row": 52, "column": 14}, "end_point": {"row": 52, "column": 21}}, {"id": 139, "type": "identifier", "text": 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"column": 10}}, {"id": 143, "type": "__asm__", "text": "__asm__", "parent": 142, "children": [], "start_point": {"row": 54, "column": 1}, "end_point": {"row": 54, "column": 8}}, {"id": 144, "type": "concatenated_string", "text": "\"subqw #1,%2\\n\"\n\t\t \"1:\\t\"\n\t\t \"movel %1@+,%/d0\\n\\t\"\n\t\t \"addxl %/d0,%0\\n\\t\"\n\t\t \"dbra %2,1b\\n\\t\"\n\t\t \"movel %0,%/d0\\n\\t\"\n\t\t \"swap %/d0\\n\\t\"\n\t\t \"addxw %/d0,%0\\n\\t\"\n\t\t \"clrw %/d0\\n\\t\"\n\t\t \"addxw %/d0,%0\\n\\t\"", "parent": 142, "children": [145, 147, 149, 152, 155, 158, 161, 164, 167, 170], "start_point": {"row": 54, "column": 10}, "end_point": {"row": 63, "column": 22}}, {"id": 145, "type": "string_literal", "text": "\"subqw #1,%2\\n\"", "parent": 144, "children": [146], "start_point": {"row": 54, "column": 10}, "end_point": {"row": 54, "column": 25}}, {"id": 146, "type": "escape_sequence", "text": "\\n", "parent": 145, "children": [], "start_point": {"row": 54, "column": 22}, "end_point": {"row": 54, "column": 24}}, {"id": 147, "type": "string_literal", "text": "\"1:\\t\"", "parent": 144, "children": [148], "start_point": {"row": 55, "column": 3}, "end_point": {"row": 55, "column": 9}}, {"id": 148, "type": "escape_sequence", "text": "\\t", "parent": 147, "children": [], "start_point": {"row": 55, "column": 6}, "end_point": {"row": 55, "column": 8}}, {"id": 149, "type": "string_literal", "text": "\"movel %1@+,%/d0\\n\\t\"", "parent": 144, "children": [150, 151], "start_point": {"row": 56, "column": 3}, "end_point": {"row": 56, "column": 24}}, {"id": 150, "type": "escape_sequence", "text": "\\n", "parent": 149, "children": [], "start_point": {"row": 56, "column": 19}, "end_point": {"row": 56, "column": 21}}, {"id": 151, "type": "escape_sequence", "text": "\\t", "parent": 149, "children": [], "start_point": {"row": 56, "column": 21}, "end_point": {"row": 56, "column": 23}}, {"id": 152, "type": "string_literal", "text": "\"addxl %/d0,%0\\n\\t\"", "parent": 144, "children": [153, 154], "start_point": {"row": 57, "column": 3}, "end_point": {"row": 57, "column": 22}}, {"id": 153, "type": "escape_sequence", "text": "\\n", "parent": 152, "children": [], "start_point": {"row": 57, "column": 17}, "end_point": {"row": 57, "column": 19}}, {"id": 154, "type": "escape_sequence", "text": "\\t", "parent": 152, "children": [], "start_point": {"row": 57, "column": 19}, "end_point": {"row": 57, "column": 21}}, {"id": 155, "type": "string_literal", "text": "\"dbra %2,1b\\n\\t\"", "parent": 144, "children": [156, 157], "start_point": {"row": 58, "column": 3}, "end_point": {"row": 58, "column": 20}}, {"id": 156, "type": "escape_sequence", "text": "\\n", "parent": 155, "children": [], "start_point": {"row": 58, "column": 15}, "end_point": {"row": 58, "column": 17}}, {"id": 157, "type": "escape_sequence", "text": "\\t", "parent": 155, "children": [], "start_point": {"row": 58, "column": 17}, "end_point": {"row": 58, "column": 19}}, {"id": 158, "type": "string_literal", "text": "\"movel %0,%/d0\\n\\t\"", "parent": 144, "children": [159, 160], "start_point": {"row": 59, "column": 3}, "end_point": {"row": 59, "column": 22}}, {"id": 159, "type": "escape_sequence", "text": "\\n", "parent": 158, "children": [], "start_point": {"row": 59, "column": 17}, "end_point": {"row": 59, "column": 19}}, {"id": 160, "type": "escape_sequence", "text": "\\t", "parent": 158, "children": [], "start_point": {"row": 59, "column": 19}, "end_point": {"row": 59, "column": 21}}, {"id": 161, "type": "string_literal", "text": "\"swap %/d0\\n\\t\"", "parent": 144, "children": [162, 163], "start_point": {"row": 60, "column": 3}, "end_point": {"row": 60, "column": 19}}, {"id": 162, "type": "escape_sequence", "text": "\\n", "parent": 161, "children": [], "start_point": {"row": 60, "column": 14}, "end_point": {"row": 60, "column": 16}}, {"id": 163, "type": "escape_sequence", "text": "\\t", "parent": 161, "children": [], "start_point": {"row": 60, "column": 16}, "end_point": {"row": 60, "column": 18}}, {"id": 164, "type": "string_literal", "text": "\"addxw %/d0,%0\\n\\t\"", "parent": 144, "children": [165, 166], "start_point": {"row": 61, "column": 3}, "end_point": {"row": 61, "column": 22}}, {"id": 165, "type": "escape_sequence", "text": "\\n", "parent": 164, "children": [], "start_point": {"row": 61, "column": 17}, "end_point": {"row": 61, "column": 19}}, {"id": 166, "type": "escape_sequence", "text": "\\t", "parent": 164, "children": [], "start_point": {"row": 61, "column": 19}, "end_point": {"row": 61, "column": 21}}, {"id": 167, "type": "string_literal", "text": "\"clrw %/d0\\n\\t\"", "parent": 144, "children": [168, 169], "start_point": {"row": 62, "column": 3}, "end_point": {"row": 62, "column": 19}}, {"id": 168, "type": "escape_sequence", "text": "\\n", "parent": 167, "children": [], "start_point": {"row": 62, "column": 14}, "end_point": {"row": 62, "column": 16}}, {"id": 169, "type": "escape_sequence", "text": "\\t", "parent": 167, "children": [], "start_point": {"row": 62, "column": 16}, "end_point": {"row": 62, "column": 18}}, {"id": 170, "type": "string_literal", "text": "\"addxw %/d0,%0\\n\\t\"", "parent": 144, "children": [171, 172], "start_point": {"row": 63, "column": 3}, "end_point": {"row": 63, "column": 22}}, {"id": 171, "type": "escape_sequence", "text": "\\n", "parent": 170, "children": [], "start_point": {"row": 63, "column": 17}, "end_point": {"row": 63, "column": 19}}, {"id": 172, "type": "escape_sequence", "text": "\\t", "parent": 170, "children": [], "start_point": {"row": 63, "column": 19}, "end_point": {"row": 63, "column": 21}}, {"id": 173, "type": "gnu_asm_output_operand_list", "text": ": \"=d\" (sum), \"=a\" (iph), \"=d\" (ihl)", "parent": 142, "children": [174, 177, 180], "start_point": {"row": 64, "column": 3}, "end_point": {"row": 64, "column": 39}}, {"id": 174, "type": "gnu_asm_output_operand", "text": "\"=d\" (sum)", "parent": 173, "children": [175, 176], "start_point": {"row": 64, "column": 5}, "end_point": {"row": 64, 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{"row": 64, "column": 29}, "end_point": {"row": 64, "column": 39}}, {"id": 181, "type": "string_literal", "text": "\"=d\"", "parent": 180, "children": [], "start_point": {"row": 64, "column": 29}, "end_point": {"row": 64, "column": 33}}, {"id": 182, "type": "identifier", "text": "ihl", "parent": 180, "children": [], "start_point": {"row": 64, "column": 35}, "end_point": {"row": 64, "column": 38}}, {"id": 183, "type": "gnu_asm_input_operand_list", "text": ": \"0\" (sum), \"1\" (iph), \"2\" (ihl)", "parent": 142, "children": [184, 187, 190], "start_point": {"row": 65, "column": 3}, "end_point": {"row": 65, "column": 36}}, {"id": 184, "type": "gnu_asm_input_operand", "text": "\"0\" (sum)", "parent": 183, "children": [185, 186], "start_point": {"row": 65, "column": 5}, "end_point": {"row": 65, "column": 14}}, {"id": 185, "type": "string_literal", "text": "\"0\"", "parent": 184, "children": [], "start_point": {"row": 65, "column": 5}, "end_point": {"row": 65, "column": 8}}, {"id": 186, 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"end_point": {"row": 65, "column": 30}}, {"id": 192, "type": "identifier", "text": "ihl", "parent": 190, "children": [], "start_point": {"row": 65, "column": 32}, "end_point": {"row": 65, "column": 35}}, {"id": 193, "type": "gnu_asm_clobber_list", "text": ": \"d0\"", "parent": 142, "children": [194], "start_point": {"row": 66, "column": 3}, "end_point": {"row": 66, "column": 9}}, {"id": 194, "type": "string_literal", "text": "\"d0\"", "parent": 193, "children": [], "start_point": {"row": 66, "column": 5}, "end_point": {"row": 66, "column": 9}}, {"id": 195, "type": "return_statement", "text": "return ~sum;", "parent": 113, "children": [196], "start_point": {"row": 67, "column": 1}, "end_point": {"row": 67, "column": 13}}, {"id": 196, "type": "unary_expression", "text": "~sum", "parent": 195, "children": [197, 198], "start_point": {"row": 67, "column": 8}, "end_point": {"row": 67, "column": 12}}, {"id": 197, "type": "~", "text": "~", "parent": 196, "children": [], "start_point": {"row": 67, "column": 8}, "end_point": {"row": 67, "column": 9}}, {"id": 198, "type": "identifier", "text": "sum", "parent": 196, "children": [], "start_point": {"row": 67, "column": 9}, "end_point": {"row": 67, "column": 12}}, {"id": 199, "type": "#endif", "text": "#endif", "parent": 109, "children": [], "start_point": {"row": 69, "column": 0}, "end_point": {"row": 69, "column": 6}}, {"id": 200, "type": "function_definition", "text": "static inline unsigned int csum_fold(unsigned int sum)\n{\n#ifdef CONFIG_COLDFIRE\n\tsum = (sum & 0xffff) + (sum >> 16);\n\tsum = (sum & 0xffff) + (sum >> 16);\n#else\n\tunsigned int tmp = sum;\n\t__asm__(\"swap %1\\n\\t\"\n\t\t\"addw %1, %0\\n\\t\"\n\t\t\"clrw %1\\n\\t\"\n\t\t\"addxw %1, %0\"\n\t\t: \"=&d\" (sum), \"=&d\" (tmp)\n\t\t: \"0\" (sum), \"1\" (sum));\n#endif\n\treturn ~sum;\n}", "parent": 0, "children": [201, 203, 206], "start_point": {"row": 75, "column": 0}, "end_point": {"row": 90, "column": 1}}, {"id": 201, "type": "storage_class_specifier", "text": "inline", "parent": 200, "children": [202], "start_point": {"row": 75, "column": 7}, "end_point": {"row": 75, "column": 13}}, {"id": 202, "type": "inline", "text": "inline", "parent": 201, "children": [], "start_point": {"row": 75, "column": 7}, "end_point": {"row": 75, "column": 13}}, {"id": 203, "type": "sized_type_specifier", "text": "unsigned int", "parent": 200, "children": [204, 205], "start_point": {"row": 75, "column": 14}, "end_point": {"row": 75, "column": 26}}, {"id": 204, "type": "unsigned", "text": "unsigned", "parent": 203, "children": [], "start_point": {"row": 75, "column": 14}, "end_point": {"row": 75, "column": 22}}, {"id": 205, "type": "primitive_type", "text": "int", "parent": 203, "children": [], "start_point": {"row": 75, "column": 23}, "end_point": {"row": 75, "column": 26}}, {"id": 206, "type": "function_declarator", "text": "csum_fold(unsigned int sum)", "parent": 200, "children": [207, 208], "start_point": {"row": 75, "column": 27}, "end_point": {"row": 75, "column": 54}}, {"id": 207, "type": "identifier", "text": "csum_fold", "parent": 206, "children": [], "start_point": {"row": 75, "column": 27}, "end_point": {"row": 75, "column": 36}}, {"id": 208, "type": "parameter_list", "text": "(unsigned int sum)", "parent": 206, "children": [209], "start_point": {"row": 75, "column": 36}, "end_point": {"row": 75, "column": 54}}, {"id": 209, "type": "parameter_declaration", "text": "unsigned int sum", "parent": 208, "children": [210, 213], "start_point": {"row": 75, "column": 37}, "end_point": {"row": 75, "column": 53}}, {"id": 210, "type": "sized_type_specifier", "text": "unsigned int", "parent": 209, "children": [211, 212], "start_point": {"row": 75, "column": 37}, "end_point": {"row": 75, "column": 49}}, {"id": 211, "type": "unsigned", "text": "unsigned", "parent": 210, "children": [], "start_point": {"row": 75, "column": 37}, "end_point": {"row": 75, "column": 45}}, {"id": 212, "type": "primitive_type", "text": "int", "parent": 210, "children": [], "start_point": {"row": 75, "column": 46}, "end_point": {"row": 75, "column": 49}}, {"id": 213, "type": "identifier", "text": "sum", "parent": 209, "children": [], "start_point": {"row": 75, "column": 50}, "end_point": {"row": 75, "column": 53}}, {"id": 214, "type": "preproc_ifdef", "text": "#ifdef CONFIG_COLDFIRE\n\tsum = (sum & 0xffff) + (sum >> 16);\n\tsum = (sum & 0xffff) + (sum >> 16);\n#else\n\tunsigned int tmp = sum;\n\t__asm__(\"swap %1\\n\\t\"\n\t\t\"addw %1, %0\\n\\t\"\n\t\t\"clrw %1\\n\\t\"\n\t\t\"addxw %1, %0\"\n\t\t: \"=&d\" (sum), \"=&d\" (tmp)\n\t\t: \"0\" (sum), \"1\" (sum));\n#endif", "parent": 200, "children": [215, 216, 245, 282], "start_point": {"row": 77, "column": 0}, "end_point": {"row": 88, "column": 6}}, {"id": 215, "type": "#ifdef", "text": "#ifdef", "parent": 214, "children": [], "start_point": {"row": 77, "column": 0}, "end_point": {"row": 77, "column": 6}}, {"id": 216, "type": "identifier", "text": "CONFIG_COLDFIRE", "parent": 214, "children": [], "start_point": {"row": 77, "column": 7}, "end_point": {"row": 77, "column": 22}}, {"id": 217, "type": "assignment_expression", "text": "sum = (sum & 0xffff) + (sum >> 16)", "parent": 214, "children": [218, 219, 220], "start_point": {"row": 78, "column": 1}, "end_point": {"row": 78, "column": 35}}, {"id": 218, "type": "identifier", "text": "sum", "parent": 217, "children": [], "start_point": {"row": 78, "column": 1}, "end_point": {"row": 78, "column": 4}}, {"id": 219, "type": "=", "text": "=", "parent": 217, "children": [], "start_point": {"row": 78, "column": 5}, "end_point": {"row": 78, "column": 6}}, {"id": 220, "type": "binary_expression", "text": "(sum & 0xffff) + (sum >> 16)", "parent": 217, "children": [221, 225, 226], "start_point": {"row": 78, "column": 7}, "end_point": {"row": 78, "column": 35}}, {"id": 221, "type": "parenthesized_expression", "text": "(sum & 0xffff)", "parent": 220, "children": [222], "start_point": {"row": 78, "column": 7}, "end_point": {"row": 78, "column": 21}}, {"id": 222, "type": "binary_expression", "text": "sum & 0xffff", "parent": 221, "children": [223, 224], "start_point": {"row": 78, "column": 8}, "end_point": {"row": 78, "column": 20}}, {"id": 223, "type": "identifier", "text": "sum", "parent": 222, "children": [], "start_point": {"row": 78, "column": 8}, "end_point": {"row": 78, "column": 11}}, {"id": 224, "type": "number_literal", "text": "0xffff", "parent": 222, "children": [], "start_point": {"row": 78, "column": 14}, "end_point": {"row": 78, "column": 20}}, {"id": 225, "type": "+", "text": "+", "parent": 220, "children": [], "start_point": {"row": 78, "column": 22}, "end_point": {"row": 78, "column": 23}}, {"id": 226, "type": "parenthesized_expression", "text": "(sum >> 16)", "parent": 220, "children": [227], "start_point": {"row": 78, "column": 24}, "end_point": {"row": 78, "column": 35}}, {"id": 227, "type": "binary_expression", "text": "sum >> 16", "parent": 226, "children": [228, 229, 230], "start_point": {"row": 78, "column": 25}, "end_point": {"row": 78, "column": 34}}, {"id": 228, "type": "identifier", "text": "sum", "parent": 227, "children": [], "start_point": {"row": 78, "column": 25}, "end_point": {"row": 78, "column": 28}}, {"id": 229, "type": ">>", "text": ">>", "parent": 227, "children": [], "start_point": {"row": 78, "column": 29}, "end_point": {"row": 78, "column": 31}}, {"id": 230, "type": "number_literal", "text": "16", "parent": 227, "children": [], "start_point": {"row": 78, "column": 32}, "end_point": {"row": 78, "column": 34}}, {"id": 231, "type": "assignment_expression", "text": "sum = (sum & 0xffff) + (sum >> 16)", "parent": 214, "children": [232, 233, 234], "start_point": {"row": 79, "column": 1}, "end_point": {"row": 79, "column": 35}}, {"id": 232, "type": "identifier", "text": "sum", "parent": 231, "children": [], "start_point": {"row": 79, "column": 1}, "end_point": {"row": 79, "column": 4}}, {"id": 233, "type": "=", "text": "=", "parent": 231, "children": [], "start_point": {"row": 79, "column": 5}, "end_point": {"row": 79, "column": 6}}, {"id": 234, "type": "binary_expression", "text": "(sum & 0xffff) + (sum >> 16)", "parent": 231, "children": [235, 239, 240], "start_point": {"row": 79, "column": 7}, "end_point": {"row": 79, "column": 35}}, {"id": 235, "type": "parenthesized_expression", "text": "(sum & 0xffff)", "parent": 234, "children": [236], "start_point": {"row": 79, "column": 7}, "end_point": {"row": 79, "column": 21}}, {"id": 236, "type": "binary_expression", "text": "sum & 0xffff", "parent": 235, "children": [237, 238], "start_point": {"row": 79, "column": 8}, "end_point": {"row": 79, "column": 20}}, {"id": 237, "type": "identifier", "text": "sum", "parent": 236, "children": [], "start_point": {"row": 79, "column": 8}, "end_point": {"row": 79, "column": 11}}, {"id": 238, "type": "number_literal", "text": "0xffff", "parent": 236, "children": [], "start_point": {"row": 79, "column": 14}, "end_point": {"row": 79, "column": 20}}, {"id": 239, "type": "+", "text": "+", "parent": 234, "children": [], "start_point": {"row": 79, "column": 22}, "end_point": {"row": 79, "column": 23}}, {"id": 240, "type": "parenthesized_expression", "text": "(sum >> 16)", "parent": 234, "children": [241], "start_point": {"row": 79, "column": 24}, "end_point": {"row": 79, "column": 35}}, {"id": 241, "type": "binary_expression", "text": "sum >> 16", "parent": 240, "children": [242, 243, 244], "start_point": {"row": 79, "column": 25}, "end_point": {"row": 79, "column": 34}}, {"id": 242, "type": "identifier", "text": "sum", "parent": 241, "children": [], "start_point": {"row": 79, "column": 25}, "end_point": {"row": 79, "column": 28}}, {"id": 243, "type": ">>", "text": ">>", "parent": 241, "children": [], "start_point": {"row": 79, "column": 29}, "end_point": {"row": 79, "column": 31}}, {"id": 244, "type": "number_literal", "text": "16", "parent": 241, "children": [], "start_point": {"row": 79, "column": 32}, "end_point": {"row": 79, "column": 34}}, {"id": 245, "type": "preproc_else", "text": "#else\n\tunsigned int tmp = sum;\n\t__asm__(\"swap %1\\n\\t\"\n\t\t\"addw %1, %0\\n\\t\"\n\t\t\"clrw %1\\n\\t\"\n\t\t\"addxw %1, %0\"\n\t\t: \"=&d\" (sum), \"=&d\" (tmp)\n\t\t: \"0\" (sum), \"1\" (sum));", "parent": 214, "children": [246, 247], "start_point": {"row": 80, "column": 0}, "end_point": {"row": 87, "column": 26}}, {"id": 246, "type": "#else", "text": "#else", "parent": 245, "children": [], "start_point": {"row": 80, "column": 0}, "end_point": {"row": 80, "column": 5}}, {"id": 247, "type": "declaration", "text": "unsigned int tmp = sum;", "parent": 245, "children": [248, 251], "start_point": {"row": 81, "column": 1}, "end_point": {"row": 81, "column": 24}}, {"id": 248, "type": "sized_type_specifier", "text": "unsigned int", "parent": 247, "children": [249, 250], "start_point": {"row": 81, "column": 1}, "end_point": {"row": 81, "column": 13}}, {"id": 249, "type": "unsigned", "text": "unsigned", "parent": 248, "children": [], "start_point": {"row": 81, "column": 1}, "end_point": {"row": 81, "column": 9}}, {"id": 250, "type": "primitive_type", "text": "int", "parent": 248, "children": [], "start_point": {"row": 81, "column": 10}, "end_point": {"row": 81, "column": 13}}, {"id": 251, "type": "init_declarator", "text": "tmp = sum", "parent": 247, "children": [252, 253, 254], "start_point": {"row": 81, "column": 14}, "end_point": {"row": 81, "column": 23}}, {"id": 252, "type": "identifier", "text": "tmp", "parent": 251, "children": [], "start_point": {"row": 81, "column": 14}, "end_point": {"row": 81, "column": 17}}, {"id": 253, "type": "=", "text": "=", "parent": 251, "children": [], "start_point": {"row": 81, "column": 18}, "end_point": {"row": 81, "column": 19}}, {"id": 254, "type": "identifier", "text": "sum", "parent": 251, "children": [], "start_point": {"row": 81, "column": 20}, "end_point": {"row": 81, "column": 23}}, {"id": 255, "type": "gnu_asm_expression", "text": "__asm__(\"swap %1\\n\\t\"\n\t\t\"addw %1, %0\\n\\t\"\n\t\t\"clrw %1\\n\\t\"\n\t\t\"addxw %1, %0\"\n\t\t: \"=&d\" (sum), \"=&d\" (tmp)\n\t\t: \"0\" (sum), \"1\" (sum))", "parent": 245, "children": [256, 257, 268, 275], "start_point": {"row": 82, "column": 1}, "end_point": {"row": 87, "column": 25}}, {"id": 256, "type": "__asm__", "text": "__asm__", "parent": 255, "children": [], "start_point": {"row": 82, "column": 1}, "end_point": {"row": 82, "column": 8}}, {"id": 257, "type": "concatenated_string", "text": "\"swap %1\\n\\t\"\n\t\t\"addw %1, %0\\n\\t\"\n\t\t\"clrw %1\\n\\t\"\n\t\t\"addxw %1, %0\"", "parent": 255, "children": [258, 261, 264, 267], "start_point": {"row": 82, "column": 9}, "end_point": {"row": 85, "column": 16}}, {"id": 258, "type": "string_literal", "text": "\"swap %1\\n\\t\"", "parent": 257, "children": [259, 260], "start_point": {"row": 82, "column": 9}, "end_point": {"row": 82, "column": 22}}, {"id": 259, "type": "escape_sequence", "text": "\\n", "parent": 258, "children": [], "start_point": {"row": 82, "column": 17}, "end_point": {"row": 82, "column": 19}}, {"id": 260, "type": "escape_sequence", "text": "\\t", "parent": 258, "children": [], "start_point": {"row": 82, "column": 19}, "end_point": {"row": 82, "column": 21}}, {"id": 261, "type": "string_literal", "text": "\"addw %1, %0\\n\\t\"", "parent": 257, "children": [262, 263], "start_point": {"row": 83, "column": 2}, "end_point": {"row": 83, "column": 19}}, {"id": 262, "type": "escape_sequence", "text": "\\n", "parent": 261, "children": [], "start_point": {"row": 83, "column": 14}, "end_point": {"row": 83, "column": 16}}, {"id": 263, "type": "escape_sequence", "text": "\\t", "parent": 261, "children": [], "start_point": {"row": 83, "column": 16}, "end_point": {"row": 83, "column": 18}}, {"id": 264, "type": "string_literal", "text": "\"clrw %1\\n\\t\"", "parent": 257, "children": [265, 266], "start_point": {"row": 84, "column": 2}, "end_point": {"row": 84, "column": 15}}, {"id": 265, "type": "escape_sequence", "text": "\\n", "parent": 264, "children": [], "start_point": {"row": 84, "column": 10}, "end_point": {"row": 84, "column": 12}}, {"id": 266, "type": "escape_sequence", "text": "\\t", "parent": 264, "children": [], "start_point": {"row": 84, "column": 12}, "end_point": {"row": 84, "column": 14}}, {"id": 267, "type": "string_literal", "text": "\"addxw %1, %0\"", "parent": 257, "children": [], "start_point": {"row": 85, "column": 2}, "end_point": {"row": 85, "column": 16}}, {"id": 268, "type": "gnu_asm_output_operand_list", "text": ": \"=&d\" (sum), \"=&d\" (tmp)", "parent": 255, "children": [269, 272], "start_point": {"row": 86, "column": 2}, "end_point": {"row": 86, "column": 28}}, {"id": 269, "type": "gnu_asm_output_operand", "text": "\"=&d\" (sum)", "parent": 268, "children": [270, 271], "start_point": {"row": 86, "column": 4}, "end_point": {"row": 86, "column": 15}}, {"id": 270, "type": "string_literal", "text": "\"=&d\"", "parent": 269, "children": [], "start_point": {"row": 86, "column": 4}, "end_point": {"row": 86, "column": 9}}, {"id": 271, "type": "identifier", "text": "sum", "parent": 269, "children": [], "start_point": {"row": 86, "column": 11}, "end_point": {"row": 86, "column": 14}}, {"id": 272, "type": "gnu_asm_output_operand", "text": "\"=&d\" (tmp)", "parent": 268, "children": [273, 274], "start_point": {"row": 86, "column": 17}, "end_point": {"row": 86, "column": 28}}, {"id": 273, "type": "string_literal", "text": "\"=&d\"", "parent": 272, "children": [], "start_point": {"row": 86, "column": 17}, "end_point": {"row": 86, "column": 22}}, {"id": 274, "type": "identifier", "text": "tmp", "parent": 272, "children": [], "start_point": {"row": 86, "column": 24}, "end_point": {"row": 86, "column": 27}}, {"id": 275, "type": "gnu_asm_input_operand_list", "text": ": \"0\" (sum), \"1\" (sum)", "parent": 255, "children": [276, 279], "start_point": {"row": 87, "column": 2}, "end_point": {"row": 87, "column": 24}}, {"id": 276, "type": "gnu_asm_input_operand", "text": "\"0\" (sum)", "parent": 275, "children": [277, 278], "start_point": {"row": 87, "column": 4}, "end_point": {"row": 87, "column": 13}}, {"id": 277, "type": "string_literal", "text": "\"0\"", "parent": 276, "children": [], "start_point": {"row": 87, "column": 4}, "end_point": {"row": 87, "column": 7}}, {"id": 278, "type": "identifier", "text": "sum", "parent": 276, "children": [], "start_point": {"row": 87, "column": 9}, "end_point": {"row": 87, "column": 12}}, {"id": 279, "type": "gnu_asm_input_operand", "text": "\"1\" (sum)", "parent": 275, "children": [280, 281], "start_point": {"row": 87, "column": 15}, "end_point": {"row": 87, "column": 24}}, {"id": 280, "type": "string_literal", "text": "\"1\"", "parent": 279, "children": [], "start_point": {"row": 87, "column": 15}, "end_point": {"row": 87, "column": 18}}, {"id": 281, "type": "identifier", "text": "sum", "parent": 279, "children": [], "start_point": {"row": 87, "column": 20}, "end_point": {"row": 87, "column": 23}}, {"id": 282, "type": "#endif", "text": "#endif", "parent": 214, "children": [], "start_point": {"row": 88, "column": 0}, "end_point": {"row": 88, "column": 6}}, {"id": 283, "type": "return_statement", "text": "return ~sum;", "parent": 200, "children": [284], "start_point": {"row": 89, "column": 1}, "end_point": {"row": 89, "column": 13}}, {"id": 284, "type": "unary_expression", "text": "~sum", "parent": 283, "children": [285, 286], "start_point": {"row": 89, "column": 8}, "end_point": {"row": 89, "column": 12}}, {"id": 285, "type": "~", "text": "~", "parent": 284, "children": [], "start_point": {"row": 89, "column": 8}, "end_point": {"row": 89, "column": 9}}, {"id": 286, "type": "identifier", "text": "sum", "parent": 284, "children": [], "start_point": {"row": 89, "column": 9}, "end_point": {"row": 89, "column": 12}}, {"id": 287, "type": "function_definition", "text": "static inline unsigned int\ncsum_tcpudp_nofold(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short proto, unsigned int sum)\n{\n\t__asm__ (\"addl %1,%0\\n\\t\"\n\t\t \"addxl %4,%0\\n\\t\"\n\t\t \"addxl %5,%0\\n\\t\"\n\t\t \"clrl %1\\n\\t\"\n\t\t \"addxl %1,%0\"\n\t\t : \"=&d\" (sum), \"=&d\" (saddr)\n\t\t : \"0\" (daddr), \"1\" (saddr), \"d\" (len + proto),\n\t\t \"d\"(sum));\n\treturn sum;\n}", "parent": 0, "children": [288, 290, 293], "start_point": {"row": 98, "column": 0}, "end_point": {"row": 111, "column": 1}}, {"id": 288, "type": "storage_class_specifier", "text": "inline", "parent": 287, "children": [289], "start_point": {"row": 98, "column": 7}, "end_point": {"row": 98, "column": 13}}, {"id": 289, "type": "inline", "text": "inline", "parent": 288, "children": [], "start_point": {"row": 98, "column": 7}, "end_point": {"row": 98, "column": 13}}, {"id": 290, "type": "sized_type_specifier", "text": "unsigned int", "parent": 287, "children": [291, 292], "start_point": {"row": 98, "column": 14}, "end_point": {"row": 98, "column": 26}}, {"id": 291, "type": "unsigned", "text": "unsigned", "parent": 290, "children": [], "start_point": {"row": 98, "column": 14}, "end_point": {"row": 98, "column": 22}}, {"id": 292, "type": "primitive_type", "text": "int", "parent": 290, "children": [], "start_point": {"row": 98, "column": 23}, "end_point": {"row": 98, "column": 26}}, {"id": 293, "type": "function_declarator", "text": "csum_tcpudp_nofold(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short proto, unsigned int sum)", "parent": 287, "children": [294, 295], "start_point": {"row": 99, "column": 0}, "end_point": {"row": 100, "column": 43}}, {"id": 294, "type": "identifier", "text": "csum_tcpudp_nofold", "parent": 293, "children": [], "start_point": {"row": 99, "column": 0}, "end_point": {"row": 99, "column": 18}}, {"id": 295, "type": "parameter_list", "text": "(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short proto, unsigned int sum)", "parent": 293, "children": [296, 301, 306, 311, 316], "start_point": {"row": 99, "column": 18}, "end_point": {"row": 100, "column": 43}}, {"id": 296, "type": "parameter_declaration", "text": "unsigned long saddr", "parent": 295, "children": [297, 300], "start_point": {"row": 99, "column": 19}, "end_point": {"row": 99, "column": 38}}, {"id": 297, "type": "sized_type_specifier", "text": "unsigned long", "parent": 296, "children": [298, 299], "start_point": {"row": 99, "column": 19}, "end_point": {"row": 99, "column": 32}}, {"id": 298, "type": "unsigned", "text": "unsigned", "parent": 297, "children": [], "start_point": {"row": 99, "column": 19}, "end_point": {"row": 99, "column": 27}}, {"id": 299, "type": "long", "text": "long", "parent": 297, "children": [], "start_point": {"row": 99, "column": 28}, "end_point": {"row": 99, "column": 32}}, {"id": 300, "type": "identifier", "text": "saddr", "parent": 296, "children": [], "start_point": {"row": 99, "column": 33}, "end_point": {"row": 99, "column": 38}}, {"id": 301, "type": 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"column": 61}, "end_point": {"row": 99, "column": 79}}, {"id": 307, "type": "sized_type_specifier", "text": "unsigned short", "parent": 306, "children": [308, 309], "start_point": {"row": 99, "column": 61}, "end_point": {"row": 99, "column": 75}}, {"id": 308, "type": "unsigned", "text": "unsigned", "parent": 307, "children": [], "start_point": {"row": 99, "column": 61}, "end_point": {"row": 99, "column": 69}}, {"id": 309, "type": "short", "text": "short", "parent": 307, "children": [], "start_point": {"row": 99, "column": 70}, "end_point": {"row": 99, "column": 75}}, {"id": 310, "type": "identifier", "text": "len", "parent": 306, "children": [], "start_point": {"row": 99, "column": 76}, "end_point": {"row": 99, "column": 79}}, {"id": 311, "type": "parameter_declaration", "text": "unsigned short proto", "parent": 295, "children": [312, 315], "start_point": {"row": 100, "column": 4}, "end_point": {"row": 100, "column": 24}}, {"id": 312, "type": "sized_type_specifier", "text": "unsigned short", "parent": 311, "children": [313, 314], "start_point": {"row": 100, "column": 4}, "end_point": {"row": 100, "column": 18}}, {"id": 313, "type": "unsigned", "text": "unsigned", "parent": 312, "children": [], "start_point": {"row": 100, "column": 4}, "end_point": {"row": 100, "column": 12}}, {"id": 314, "type": "short", "text": "short", "parent": 312, "children": [], "start_point": {"row": 100, "column": 13}, "end_point": {"row": 100, "column": 18}}, {"id": 315, "type": "identifier", "text": "proto", "parent": 311, "children": [], "start_point": {"row": 100, "column": 19}, "end_point": {"row": 100, "column": 24}}, {"id": 316, "type": "parameter_declaration", "text": "unsigned int sum", "parent": 295, "children": [317, 320], "start_point": {"row": 100, "column": 26}, "end_point": {"row": 100, "column": 42}}, {"id": 317, "type": "sized_type_specifier", "text": "unsigned int", "parent": 316, "children": [318, 319], "start_point": {"row": 100, "column": 26}, "end_point": {"row": 100, 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"__asm__", "parent": 321, "children": [], "start_point": {"row": 102, "column": 1}, "end_point": {"row": 102, "column": 8}}, {"id": 323, "type": "concatenated_string", "text": "\"addl %1,%0\\n\\t\"\n\t\t \"addxl %4,%0\\n\\t\"\n\t\t \"addxl %5,%0\\n\\t\"\n\t\t \"clrl %1\\n\\t\"\n\t\t \"addxl %1,%0\"", "parent": 321, "children": [324, 327, 330, 333, 336], "start_point": {"row": 102, "column": 10}, "end_point": {"row": 106, "column": 16}}, {"id": 324, "type": "string_literal", "text": "\"addl %1,%0\\n\\t\"", "parent": 323, "children": [325, 326], "start_point": {"row": 102, "column": 10}, "end_point": {"row": 102, "column": 27}}, {"id": 325, "type": "escape_sequence", "text": "\\n", "parent": 324, "children": [], "start_point": {"row": 102, "column": 22}, "end_point": {"row": 102, "column": 24}}, {"id": 326, "type": "escape_sequence", "text": "\\t", "parent": 324, "children": [], "start_point": {"row": 102, "column": 24}, "end_point": {"row": 102, "column": 26}}, {"id": 327, "type": 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"gnu_asm_output_operand", "text": "\"=&d\" (sum)", "parent": 337, "children": [339, 340], "start_point": {"row": 107, "column": 5}, "end_point": {"row": 107, "column": 16}}, {"id": 339, "type": "string_literal", "text": "\"=&d\"", "parent": 338, "children": [], "start_point": {"row": 107, "column": 5}, "end_point": {"row": 107, "column": 10}}, {"id": 340, "type": "identifier", "text": "sum", "parent": 338, "children": [], "start_point": {"row": 107, "column": 12}, "end_point": {"row": 107, "column": 15}}, {"id": 341, "type": "gnu_asm_output_operand", "text": "\"=&d\" (saddr)", "parent": 337, "children": [342, 343], "start_point": {"row": 107, "column": 18}, "end_point": {"row": 107, "column": 31}}, {"id": 342, "type": "string_literal", "text": "\"=&d\"", "parent": 341, "children": [], "start_point": {"row": 107, "column": 18}, "end_point": {"row": 107, "column": 23}}, {"id": 343, "type": "identifier", "text": "saddr", "parent": 341, "children": [], "start_point": {"row": 107, "column": 25}, "end_point": {"row": 107, "column": 30}}, {"id": 344, "type": "gnu_asm_input_operand_list", "text": ": \"0\" (daddr), \"1\" (saddr), \"d\" (len + proto),\n\t\t \"d\"(sum)", "parent": 321, "children": [345, 348, 351, 357], "start_point": {"row": 108, "column": 3}, "end_point": {"row": 109, "column": 13}}, {"id": 345, "type": "gnu_asm_input_operand", "text": "\"0\" (daddr)", "parent": 344, "children": [346, 347], "start_point": {"row": 108, "column": 5}, "end_point": {"row": 108, "column": 16}}, {"id": 346, "type": "string_literal", "text": "\"0\"", "parent": 345, "children": [], "start_point": {"row": 108, "column": 5}, "end_point": {"row": 108, "column": 8}}, {"id": 347, "type": "identifier", "text": "daddr", "parent": 345, "children": [], "start_point": {"row": 108, "column": 10}, "end_point": {"row": 108, "column": 15}}, {"id": 348, "type": "gnu_asm_input_operand", "text": "\"1\" (saddr)", "parent": 344, "children": [349, 350], "start_point": {"row": 108, "column": 18}, 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"parent": 353, "children": [], "start_point": {"row": 108, "column": 36}, "end_point": {"row": 108, "column": 39}}, {"id": 355, "type": "+", "text": "+", "parent": 353, "children": [], "start_point": {"row": 108, "column": 40}, "end_point": {"row": 108, "column": 41}}, {"id": 356, "type": "identifier", "text": "proto", "parent": 353, "children": [], "start_point": {"row": 108, "column": 42}, "end_point": {"row": 108, "column": 47}}, {"id": 357, "type": "gnu_asm_input_operand", "text": "\"d\"(sum)", "parent": 344, "children": [358, 359], "start_point": {"row": 109, "column": 5}, "end_point": {"row": 109, "column": 13}}, {"id": 358, "type": "string_literal", "text": "\"d\"", "parent": 357, "children": [], "start_point": {"row": 109, "column": 5}, "end_point": {"row": 109, "column": 8}}, {"id": 359, "type": "identifier", "text": "sum", "parent": 357, "children": [], "start_point": {"row": 109, "column": 9}, "end_point": {"row": 109, "column": 12}}, {"id": 360, "type": "return_statement", "text": "return sum;", "parent": 287, "children": [361], "start_point": {"row": 110, "column": 1}, "end_point": {"row": 110, "column": 12}}, {"id": 361, "type": "identifier", "text": "sum", "parent": 360, "children": [], "start_point": {"row": 110, "column": 8}, "end_point": {"row": 110, "column": 11}}, {"id": 362, "type": "function_definition", "text": "static inline unsigned short int\ncsum_tcpudp_magic(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short proto, unsigned int sum)\n{\n\treturn csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum));\n}", "parent": 0, "children": [363, 365, 369], "start_point": {"row": 113, "column": 0}, "end_point": {"row": 118, "column": 1}}, {"id": 363, "type": "storage_class_specifier", "text": "inline", "parent": 362, "children": [364], "start_point": {"row": 113, "column": 7}, "end_point": {"row": 113, "column": 13}}, {"id": 364, "type": "inline", "text": "inline", "parent": 363, "children": [], "start_point": {"row": 113, "column": 7}, "end_point": {"row": 113, "column": 13}}, {"id": 365, "type": "sized_type_specifier", "text": "unsigned short int", "parent": 362, "children": [366, 367, 368], "start_point": {"row": 113, "column": 14}, "end_point": {"row": 113, "column": 32}}, {"id": 366, "type": "unsigned", "text": "unsigned", "parent": 365, "children": [], "start_point": {"row": 113, "column": 14}, "end_point": {"row": 113, "column": 22}}, {"id": 367, "type": "short", "text": "short", "parent": 365, "children": [], "start_point": {"row": 113, "column": 23}, "end_point": {"row": 113, "column": 28}}, {"id": 368, "type": "primitive_type", "text": "int", "parent": 365, "children": [], "start_point": {"row": 113, "column": 29}, "end_point": {"row": 113, "column": 32}}, {"id": 369, "type": "function_declarator", "text": "csum_tcpudp_magic(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short proto, unsigned int sum)", "parent": 362, "children": [370, 371], "start_point": {"row": 114, "column": 0}, "end_point": {"row": 115, "column": 43}}, {"id": 370, "type": "identifier", "text": "csum_tcpudp_magic", "parent": 369, "children": [], "start_point": {"row": 114, "column": 0}, "end_point": {"row": 114, "column": 17}}, {"id": 371, "type": "parameter_list", "text": "(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short proto, unsigned int sum)", "parent": 369, "children": [372, 377, 382, 387, 392], "start_point": {"row": 114, "column": 17}, "end_point": {"row": 115, "column": 43}}, {"id": 372, "type": "parameter_declaration", "text": "unsigned long saddr", "parent": 371, "children": [373, 376], "start_point": {"row": 114, "column": 18}, "end_point": {"row": 114, "column": 37}}, {"id": 373, "type": "sized_type_specifier", "text": "unsigned long", "parent": 372, "children": [374, 375], "start_point": {"row": 114, "column": 18}, "end_point": {"row": 114, "column": 31}}, {"id": 374, "type": "unsigned", "text": "unsigned", "parent": 373, "children": [], "start_point": {"row": 114, "column": 18}, "end_point": {"row": 114, "column": 26}}, {"id": 375, "type": "long", "text": "long", "parent": 373, "children": [], "start_point": {"row": 114, "column": 27}, "end_point": {"row": 114, "column": 31}}, {"id": 376, "type": "identifier", "text": "saddr", "parent": 372, "children": [], "start_point": {"row": 114, "column": 32}, "end_point": {"row": 114, "column": 37}}, {"id": 377, "type": "parameter_declaration", "text": "unsigned long daddr", "parent": 371, "children": [378, 381], "start_point": {"row": 114, "column": 39}, "end_point": {"row": 114, "column": 58}}, {"id": 378, "type": "sized_type_specifier", "text": "unsigned long", "parent": 377, "children": [379, 380], "start_point": {"row": 114, "column": 39}, "end_point": {"row": 114, "column": 52}}, {"id": 379, "type": "unsigned", "text": "unsigned", "parent": 378, "children": [], "start_point": {"row": 114, "column": 39}, "end_point": {"row": 114, "column": 47}}, {"id": 380, "type": "long", "text": "long", "parent": 378, "children": [], "start_point": {"row": 114, "column": 48}, "end_point": {"row": 114, "column": 52}}, {"id": 381, "type": "identifier", "text": "daddr", "parent": 377, "children": [], "start_point": {"row": 114, "column": 53}, "end_point": {"row": 114, "column": 58}}, {"id": 382, "type": "parameter_declaration", "text": "unsigned short len", "parent": 371, "children": [383, 386], "start_point": {"row": 114, "column": 60}, "end_point": {"row": 114, "column": 78}}, {"id": 383, "type": "sized_type_specifier", "text": "unsigned short", "parent": 382, "children": [384, 385], "start_point": {"row": 114, "column": 60}, "end_point": {"row": 114, "column": 74}}, {"id": 384, "type": "unsigned", "text": "unsigned", "parent": 383, "children": [], "start_point": {"row": 114, "column": 60}, "end_point": {"row": 114, "column": 68}}, {"id": 385, "type": "short", "text": "short", "parent": 383, "children": [], "start_point": {"row": 114, "column": 69}, "end_point": {"row": 114, "column": 74}}, {"id": 386, "type": "identifier", "text": "len", "parent": 382, "children": [], "start_point": {"row": 114, "column": 75}, "end_point": {"row": 114, "column": 78}}, {"id": 387, "type": "parameter_declaration", "text": "unsigned short proto", "parent": 371, "children": [388, 391], "start_point": {"row": 115, "column": 4}, "end_point": {"row": 115, "column": 24}}, {"id": 388, "type": "sized_type_specifier", "text": "unsigned short", "parent": 387, "children": [389, 390], "start_point": {"row": 115, "column": 4}, "end_point": {"row": 115, "column": 18}}, {"id": 389, "type": "unsigned", "text": "unsigned", "parent": 388, "children": [], "start_point": {"row": 115, "column": 4}, "end_point": {"row": 115, "column": 12}}, {"id": 390, "type": "short", "text": "short", "parent": 388, "children": [], "start_point": {"row": 115, "column": 13}, "end_point": {"row": 115, "column": 18}}, {"id": 391, "type": "identifier", "text": "proto", "parent": 387, "children": [], "start_point": {"row": 115, "column": 19}, "end_point": {"row": 115, "column": 24}}, {"id": 392, "type": "parameter_declaration", "text": "unsigned int sum", "parent": 371, "children": [393, 396], "start_point": {"row": 115, "column": 26}, "end_point": {"row": 115, "column": 42}}, {"id": 393, "type": "sized_type_specifier", "text": "unsigned int", "parent": 392, "children": [394, 395], "start_point": {"row": 115, "column": 26}, "end_point": {"row": 115, "column": 38}}, {"id": 394, "type": "unsigned", "text": "unsigned", "parent": 393, "children": [], "start_point": {"row": 115, "column": 26}, "end_point": {"row": 115, "column": 34}}, {"id": 395, "type": "primitive_type", "text": "int", "parent": 393, "children": [], "start_point": {"row": 115, "column": 35}, "end_point": {"row": 115, "column": 38}}, {"id": 396, "type": "identifier", "text": "sum", "parent": 392, "children": [], "start_point": {"row": 115, "column": 39}, "end_point": {"row": 115, "column": 42}}, {"id": 397, "type": "return_statement", "text": "return csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum));", "parent": 362, "children": [398], "start_point": {"row": 117, "column": 1}, "end_point": {"row": 117, "column": 65}}, {"id": 398, "type": "call_expression", "text": "csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum))", "parent": 397, "children": [399, 400], "start_point": {"row": 117, "column": 8}, "end_point": {"row": 117, "column": 64}}, {"id": 399, "type": "identifier", "text": "csum_fold", "parent": 398, "children": [], "start_point": {"row": 117, "column": 8}, "end_point": {"row": 117, "column": 17}}, {"id": 400, "type": "argument_list", "text": "(csum_tcpudp_nofold(saddr,daddr,len,proto,sum))", "parent": 398, "children": [401], "start_point": {"row": 117, "column": 17}, "end_point": {"row": 117, "column": 64}}, {"id": 401, "type": "call_expression", "text": "csum_tcpudp_nofold(saddr,daddr,len,proto,sum)", "parent": 400, "children": [402, 403], "start_point": {"row": 117, "column": 18}, "end_point": {"row": 117, "column": 63}}, {"id": 402, "type": "identifier", "text": "csum_tcpudp_nofold", "parent": 401, "children": [], "start_point": {"row": 117, "column": 18}, "end_point": {"row": 117, "column": 36}}, {"id": 403, "type": "argument_list", "text": "(saddr,daddr,len,proto,sum)", "parent": 401, "children": [404, 405, 406, 407, 408], "start_point": {"row": 117, "column": 36}, "end_point": {"row": 117, "column": 63}}, {"id": 404, "type": "identifier", "text": "saddr", "parent": 403, "children": [], "start_point": {"row": 117, "column": 37}, "end_point": {"row": 117, "column": 42}}, {"id": 405, "type": "identifier", "text": "daddr", "parent": 403, "children": [], "start_point": {"row": 117, "column": 43}, "end_point": {"row": 117, "column": 48}}, {"id": 406, "type": "identifier", "text": "len", "parent": 403, "children": [], "start_point": {"row": 117, "column": 49}, "end_point": {"row": 117, "column": 52}}, {"id": 407, "type": "identifier", "text": "proto", "parent": 403, "children": [], "start_point": {"row": 117, "column": 53}, "end_point": {"row": 117, "column": 58}}, {"id": 408, "type": "identifier", "text": "sum", "parent": 403, "children": [], "start_point": {"row": 117, "column": 59}, "end_point": {"row": 117, "column": 62}}, {"id": 409, "type": "preproc_if", "text": "#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\nstatic inline unsigned short\nip_compute_csum(unsigned char * buff, int len)\n{\n\treturn csum_fold (csum_partial(buff, len, 0));\n}\n#else\nextern unsigned short ip_compute_csum(const unsigned char * buff, int len);\n#endif", "parent": 0, "children": [410, 411, 412, 413, 442, 463], "start_point": {"row": 125, "column": 0}, "end_point": {"row": 133, "column": 6}}, {"id": 410, "type": "#if", "text": "#if", "parent": 409, "children": [], "start_point": {"row": 125, "column": 0}, "end_point": {"row": 125, "column": 3}}, {"id": 411, "type": "number_literal", "text": "0", "parent": 409, "children": [], "start_point": {"row": 125, "column": 4}, "end_point": {"row": 125, "column": 5}}, {"id": 412, "type": "\n", "text": "\n", "parent": 409, "children": [], "start_point": {"row": 125, "column": 52}, "end_point": {"row": 126, "column": 0}}, {"id": 413, "type": "function_definition", "text": "static inline unsigned short\nip_compute_csum(unsigned char * buff, int len)\n{\n\treturn csum_fold (csum_partial(buff, len, 0));\n}", "parent": 409, "children": [414, 416, 419], "start_point": {"row": 126, "column": 0}, "end_point": {"row": 130, "column": 1}}, {"id": 414, "type": "storage_class_specifier", "text": "inline", "parent": 413, "children": [415], "start_point": {"row": 126, "column": 7}, "end_point": {"row": 126, "column": 13}}, {"id": 415, "type": "inline", "text": "inline", "parent": 414, "children": [], "start_point": {"row": 126, "column": 7}, "end_point": {"row": 126, "column": 13}}, {"id": 416, "type": "sized_type_specifier", "text": "unsigned short", "parent": 413, "children": [417, 418], "start_point": {"row": 126, "column": 14}, "end_point": {"row": 126, "column": 28}}, {"id": 417, "type": "unsigned", "text": "unsigned", "parent": 416, "children": [], "start_point": {"row": 126, "column": 14}, "end_point": {"row": 126, "column": 22}}, {"id": 418, "type": "short", "text": "short", "parent": 416, "children": [], "start_point": {"row": 126, "column": 23}, "end_point": {"row": 126, "column": 28}}, {"id": 419, "type": "function_declarator", "text": "ip_compute_csum(unsigned char * buff, int len)", "parent": 413, "children": [420, 421], "start_point": {"row": 127, "column": 0}, "end_point": {"row": 127, "column": 46}}, {"id": 420, "type": "identifier", "text": "ip_compute_csum", "parent": 419, "children": [], "start_point": {"row": 127, "column": 0}, "end_point": {"row": 127, "column": 15}}, {"id": 421, "type": "parameter_list", "text": "(unsigned char * buff, int len)", "parent": 419, "children": [422, 429], "start_point": {"row": 127, "column": 15}, "end_point": {"row": 127, "column": 46}}, {"id": 422, "type": "parameter_declaration", "text": "unsigned char * buff", "parent": 421, "children": [423, 426], "start_point": {"row": 127, "column": 16}, "end_point": {"row": 127, "column": 36}}, {"id": 423, "type": "sized_type_specifier", "text": "unsigned char", "parent": 422, "children": [424, 425], "start_point": {"row": 127, "column": 16}, "end_point": {"row": 127, "column": 29}}, {"id": 424, "type": "unsigned", "text": "unsigned", "parent": 423, "children": [], "start_point": {"row": 127, "column": 16}, "end_point": {"row": 127, "column": 24}}, {"id": 425, "type": "primitive_type", "text": "char", "parent": 423, "children": [], "start_point": {"row": 127, "column": 25}, "end_point": {"row": 127, "column": 29}}, {"id": 426, "type": "pointer_declarator", "text": "* buff", "parent": 422, "children": [427, 428], "start_point": {"row": 127, "column": 30}, "end_point": {"row": 127, "column": 36}}, {"id": 427, "type": "*", "text": "*", "parent": 426, "children": [], "start_point": {"row": 127, "column": 30}, "end_point": {"row": 127, "column": 31}}, {"id": 428, "type": "identifier", "text": "buff", "parent": 426, "children": [], "start_point": {"row": 127, "column": 32}, "end_point": {"row": 127, "column": 36}}, {"id": 429, "type": "parameter_declaration", "text": "int len", "parent": 421, "children": [430, 431], "start_point": {"row": 127, "column": 38}, "end_point": {"row": 127, "column": 45}}, {"id": 430, "type": "primitive_type", "text": "int", "parent": 429, "children": [], "start_point": {"row": 127, "column": 38}, "end_point": {"row": 127, "column": 41}}, {"id": 431, "type": "identifier", "text": "len", "parent": 429, "children": [], "start_point": {"row": 127, "column": 42}, "end_point": {"row": 127, "column": 45}}, {"id": 432, "type": "return_statement", "text": "return csum_fold (csum_partial(buff, len, 0));", "parent": 413, "children": [433], "start_point": {"row": 129, "column": 1}, "end_point": {"row": 129, "column": 47}}, {"id": 433, "type": "call_expression", "text": "csum_fold (csum_partial(buff, len, 0))", "parent": 432, "children": [434, 435], "start_point": {"row": 129, "column": 8}, "end_point": {"row": 129, "column": 46}}, {"id": 434, "type": "identifier", "text": "csum_fold", "parent": 433, "children": [], "start_point": {"row": 129, "column": 8}, "end_point": {"row": 129, "column": 17}}, {"id": 435, "type": "argument_list", "text": "(csum_partial(buff, len, 0))", "parent": 433, "children": [436], "start_point": {"row": 129, "column": 18}, "end_point": {"row": 129, "column": 46}}, {"id": 436, "type": "call_expression", "text": "csum_partial(buff, len, 0)", "parent": 435, "children": [437, 438], "start_point": {"row": 129, "column": 19}, "end_point": {"row": 129, "column": 45}}, {"id": 437, "type": "identifier", "text": "csum_partial", "parent": 436, "children": [], "start_point": {"row": 129, "column": 19}, "end_point": {"row": 129, "column": 31}}, {"id": 438, "type": "argument_list", "text": "(buff, len, 0)", "parent": 436, "children": [439, 440, 441], "start_point": {"row": 129, "column": 31}, "end_point": {"row": 129, "column": 45}}, {"id": 439, "type": "identifier", "text": "buff", "parent": 438, "children": [], "start_point": {"row": 129, "column": 32}, "end_point": {"row": 129, "column": 36}}, {"id": 440, "type": "identifier", "text": "len", "parent": 438, "children": [], "start_point": {"row": 129, "column": 38}, "end_point": {"row": 129, "column": 41}}, {"id": 441, "type": "number_literal", "text": "0", "parent": 438, "children": [], "start_point": {"row": 129, "column": 43}, "end_point": {"row": 129, "column": 44}}, {"id": 442, "type": "preproc_else", "text": "#else\nextern unsigned short ip_compute_csum(const unsigned char * buff, int len);", "parent": 409, "children": [443, 444], "start_point": {"row": 131, "column": 0}, "end_point": {"row": 132, "column": 75}}, {"id": 443, "type": "#else", "text": "#else", "parent": 442, "children": [], "start_point": {"row": 131, "column": 0}, "end_point": {"row": 131, "column": 5}}, {"id": 444, "type": "declaration", "text": "extern unsigned short ip_compute_csum(const unsigned char * buff, int len);", "parent": 442, "children": [445, 447, 450], "start_point": {"row": 132, "column": 0}, "end_point": {"row": 132, "column": 75}}, {"id": 445, "type": "storage_class_specifier", "text": "extern", "parent": 444, "children": [446], "start_point": {"row": 132, "column": 0}, "end_point": {"row": 132, "column": 6}}, {"id": 446, "type": "extern", "text": "extern", "parent": 445, "children": [], "start_point": {"row": 132, "column": 0}, "end_point": {"row": 132, "column": 6}}, {"id": 447, "type": "sized_type_specifier", "text": "unsigned short", "parent": 444, "children": [448, 449], "start_point": {"row": 132, "column": 7}, "end_point": {"row": 132, "column": 21}}, {"id": 448, "type": "unsigned", "text": "unsigned", "parent": 447, "children": [], "start_point": {"row": 132, "column": 7}, "end_point": {"row": 132, "column": 15}}, {"id": 449, "type": "short", "text": "short", "parent": 447, "children": [], "start_point": {"row": 132, "column": 16}, "end_point": {"row": 132, "column": 21}}, {"id": 450, "type": "function_declarator", "text": "ip_compute_csum(const unsigned char * buff, int len)", "parent": 444, "children": [451, 452], "start_point": {"row": 132, "column": 22}, "end_point": {"row": 132, "column": 74}}, {"id": 451, "type": "identifier", "text": "ip_compute_csum", "parent": 450, "children": [], "start_point": {"row": 132, "column": 22}, "end_point": {"row": 132, "column": 37}}, {"id": 452, "type": "parameter_list", "text": "(const unsigned char * buff, int len)", "parent": 450, "children": [453, 460], "start_point": {"row": 132, "column": 37}, "end_point": {"row": 132, "column": 74}}, {"id": 453, "type": "parameter_declaration", "text": "const unsigned char * buff", "parent": 452, "children": [454, 457], "start_point": {"row": 132, "column": 38}, "end_point": {"row": 132, "column": 64}}, {"id": 454, "type": "sized_type_specifier", "text": "unsigned char", "parent": 453, "children": [455, 456], "start_point": {"row": 132, "column": 44}, "end_point": {"row": 132, "column": 57}}, {"id": 455, "type": "unsigned", "text": "unsigned", "parent": 454, "children": [], "start_point": {"row": 132, "column": 44}, "end_point": {"row": 132, "column": 52}}, {"id": 456, "type": "primitive_type", "text": "char", "parent": 454, "children": [], "start_point": {"row": 132, "column": 53}, "end_point": {"row": 132, "column": 57}}, {"id": 457, "type": "pointer_declarator", "text": "* buff", "parent": 453, "children": [458, 459], "start_point": {"row": 132, "column": 58}, "end_point": {"row": 132, "column": 64}}, {"id": 458, "type": "*", "text": "*", "parent": 457, "children": [], "start_point": {"row": 132, "column": 58}, "end_point": {"row": 132, "column": 59}}, {"id": 459, "type": "identifier", "text": "buff", "parent": 457, "children": [], "start_point": {"row": 132, "column": 60}, "end_point": {"row": 132, "column": 64}}, {"id": 460, "type": "parameter_declaration", "text": "int len", "parent": 452, "children": [461, 462], "start_point": {"row": 132, "column": 66}, "end_point": {"row": 132, "column": 73}}, {"id": 461, "type": "primitive_type", "text": "int", "parent": 460, "children": [], "start_point": {"row": 132, "column": 66}, "end_point": {"row": 132, "column": 69}}, {"id": 462, "type": "identifier", "text": "len", "parent": 460, "children": [], "start_point": {"row": 132, "column": 70}, "end_point": {"row": 132, "column": 73}}, {"id": 463, "type": "#endif", "text": "#endif", "parent": 409, "children": [], "start_point": {"row": 133, "column": 0}, "end_point": {"row": 133, "column": 6}}, {"id": 464, "type": "preproc_def", "text": "#define _HAVE_ARCH_IPV6_CSUM\n", "parent": 0, "children": [465, 466], "start_point": {"row": 135, "column": 0}, "end_point": {"row": 136, "column": 0}}, {"id": 465, "type": "#define", "text": "#define", "parent": 464, "children": [], "start_point": {"row": 135, "column": 0}, "end_point": {"row": 135, "column": 7}}, {"id": 466, "type": "identifier", "text": "_HAVE_ARCH_IPV6_CSUM", "parent": 464, "children": [], "start_point": {"row": 135, "column": 8}, "end_point": {"row": 135, "column": 28}}, {"id": 467, "type": "function_definition", "text": "static __inline__ unsigned short int\ncsum_ipv6_magic(struct in6_addr *saddr, struct in6_addr *daddr,\n\t\t__u32 len, unsigned short proto, unsigned int sum) \n{\n\tregister unsigned long tmp;\n\t__asm__(\"addl %2@,%0\\n\\t\"\n\t\t\"movel %2@(4),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %2@(8),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %2@(12),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@,%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@(4),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@(8),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@(12),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"addxl 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unsigned int sum)", "parent": 474, "children": [477, 484, 491, 494, 499], "start_point": {"row": 137, "column": 15}, "end_point": {"row": 138, "column": 52}}, {"id": 477, "type": "parameter_declaration", "text": "struct in6_addr *saddr", "parent": 476, "children": [478, 481], "start_point": {"row": 137, "column": 16}, "end_point": {"row": 137, "column": 38}}, {"id": 478, "type": "struct_specifier", "text": "struct in6_addr", "parent": 477, "children": [479, 480], "start_point": {"row": 137, "column": 16}, "end_point": {"row": 137, "column": 31}}, {"id": 479, "type": "struct", "text": "struct", "parent": 478, "children": [], "start_point": {"row": 137, "column": 16}, "end_point": {"row": 137, "column": 22}}, {"id": 480, "type": "type_identifier", "text": "in6_addr", "parent": 478, "children": [], "start_point": {"row": 137, "column": 23}, "end_point": {"row": 137, "column": 31}}, {"id": 481, "type": "pointer_declarator", "text": "*saddr", "parent": 477, "children": [482, 483], 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155, "column": 18}}, {"id": 559, "type": "string_literal", "text": "\"addxl %4,%0\\n\\t\"", "parent": 513, "children": [560, 561], "start_point": {"row": 156, "column": 2}, "end_point": {"row": 156, "column": 19}}, {"id": 560, "type": "escape_sequence", "text": "\\n", "parent": 559, "children": [], "start_point": {"row": 156, "column": 14}, "end_point": {"row": 156, "column": 16}}, {"id": 561, "type": "escape_sequence", "text": "\\t", "parent": 559, "children": [], "start_point": {"row": 156, "column": 16}, "end_point": {"row": 156, "column": 18}}, {"id": 562, "type": "string_literal", "text": "\"clrl %1\\n\\t\"", "parent": 513, "children": [563, 564], "start_point": {"row": 157, "column": 2}, "end_point": {"row": 157, "column": 15}}, {"id": 563, "type": "escape_sequence", "text": "\\n", "parent": 562, "children": [], "start_point": {"row": 157, "column": 10}, "end_point": {"row": 157, "column": 12}}, {"id": 564, "type": "escape_sequence", "text": "\\t", "parent": 562, "children": [], "start_point": {"row": 157, "column": 12}, "end_point": {"row": 157, "column": 14}}, {"id": 565, "type": "string_literal", "text": "\"addxl %1,%0\"", "parent": 513, "children": [], "start_point": {"row": 158, "column": 2}, "end_point": {"row": 158, "column": 15}}, {"id": 566, "type": "gnu_asm_output_operand_list", "text": ": \"=&d\" (sum), \"=&d\" (tmp)", "parent": 511, "children": [567, 570], "start_point": {"row": 159, "column": 2}, "end_point": {"row": 159, "column": 28}}, {"id": 567, "type": "gnu_asm_output_operand", "text": "\"=&d\" (sum)", "parent": 566, "children": [568, 569], "start_point": {"row": 159, "column": 4}, "end_point": {"row": 159, "column": 15}}, {"id": 568, "type": "string_literal", "text": "\"=&d\"", "parent": 567, "children": [], "start_point": {"row": 159, "column": 4}, "end_point": {"row": 159, "column": 9}}, {"id": 569, "type": "identifier", "text": "sum", "parent": 567, "children": [], "start_point": {"row": 159, "column": 11}, "end_point": {"row": 159, "column": 14}}, {"id": 570, "type": "gnu_asm_output_operand", "text": "\"=&d\" (tmp)", "parent": 566, "children": [571, 572], "start_point": {"row": 159, "column": 17}, "end_point": {"row": 159, "column": 28}}, {"id": 571, "type": "string_literal", "text": "\"=&d\"", "parent": 570, "children": [], "start_point": {"row": 159, "column": 17}, "end_point": {"row": 159, "column": 22}}, {"id": 572, "type": "identifier", "text": "tmp", "parent": 570, "children": [], "start_point": {"row": 159, "column": 24}, "end_point": {"row": 159, "column": 27}}, {"id": 573, "type": "gnu_asm_input_operand_list", "text": ": \"a\" (saddr), \"a\" (daddr), \"d\" (len + proto),\n\t\t \"0\" (sum)", "parent": 511, "children": [574, 577, 580, 586], "start_point": {"row": 160, "column": 2}, "end_point": {"row": 161, "column": 13}}, {"id": 574, "type": "gnu_asm_input_operand", "text": "\"a\" (saddr)", "parent": 573, "children": [575, 576], "start_point": {"row": 160, "column": 4}, "end_point": {"row": 160, "column": 15}}, {"id": 575, "type": "string_literal", "text": "\"a\"", "parent": 574, "children": [], "start_point": {"row": 160, "column": 4}, "end_point": {"row": 160, "column": 7}}, {"id": 576, "type": "identifier", "text": "saddr", "parent": 574, "children": [], "start_point": {"row": 160, "column": 9}, "end_point": {"row": 160, "column": 14}}, {"id": 577, "type": "gnu_asm_input_operand", "text": "\"a\" (daddr)", "parent": 573, "children": [578, 579], "start_point": {"row": 160, "column": 17}, "end_point": {"row": 160, "column": 28}}, {"id": 578, "type": "string_literal", "text": "\"a\"", "parent": 577, "children": [], "start_point": {"row": 160, "column": 17}, "end_point": {"row": 160, "column": 20}}, {"id": 579, "type": "identifier", "text": "daddr", "parent": 577, "children": [], "start_point": {"row": 160, "column": 22}, "end_point": {"row": 160, "column": 27}}, {"id": 580, "type": "gnu_asm_input_operand", "text": "\"d\" (len + proto)", "parent": 573, "children": [581, 582], "start_point": {"row": 160, "column": 30}, "end_point": {"row": 160, "column": 47}}, {"id": 581, "type": "string_literal", "text": "\"d\"", "parent": 580, "children": [], "start_point": {"row": 160, "column": 30}, "end_point": {"row": 160, "column": 33}}, {"id": 582, "type": "binary_expression", "text": "len + proto", "parent": 580, "children": [583, 584, 585], "start_point": {"row": 160, "column": 35}, "end_point": {"row": 160, "column": 46}}, {"id": 583, "type": "identifier", "text": "len", "parent": 582, "children": [], "start_point": {"row": 160, "column": 35}, "end_point": {"row": 160, "column": 38}}, {"id": 584, "type": "+", "text": "+", "parent": 582, "children": [], "start_point": {"row": 160, "column": 39}, "end_point": {"row": 160, "column": 40}}, {"id": 585, "type": "identifier", "text": "proto", "parent": 582, "children": [], "start_point": {"row": 160, "column": 41}, "end_point": {"row": 160, "column": 46}}, {"id": 586, "type": "gnu_asm_input_operand", "text": "\"0\" (sum)", "parent": 573, "children": [587, 588], "start_point": {"row": 161, "column": 4}, "end_point": {"row": 161, "column": 13}}, {"id": 587, "type": "string_literal", "text": "\"0\"", "parent": 586, "children": [], "start_point": {"row": 161, "column": 4}, "end_point": {"row": 161, "column": 7}}, {"id": 588, "type": "identifier", "text": "sum", "parent": 586, "children": [], "start_point": {"row": 161, "column": 9}, "end_point": {"row": 161, "column": 12}}, {"id": 589, "type": "return_statement", "text": "return csum_fold(sum);", "parent": 467, "children": [590], "start_point": {"row": 163, "column": 1}, "end_point": {"row": 163, "column": 23}}, {"id": 590, "type": "call_expression", "text": "csum_fold(sum)", "parent": 589, "children": [591, 592], "start_point": {"row": 163, "column": 8}, "end_point": {"row": 163, "column": 22}}, {"id": 591, "type": "identifier", "text": "csum_fold", "parent": 590, "children": [], "start_point": {"row": 163, "column": 8}, "end_point": {"row": 163, 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"exceptions": []}, "expressions": {"calls": [], "literals": [111, 141, 144, 145, 147, 149, 152, 155, 158, 161, 164, 167, 170, 175, 178, 181, 185, 188, 191, 194, 224, 230, 238, 244, 257, 258, 261, 264, 267, 270, 273, 277, 280, 323, 324, 327, 330, 333, 336, 339, 342, 346, 349, 352, 358, 411, 441, 513, 514, 517, 520, 523, 526, 529, 532, 535, 538, 541, 544, 547, 550, 553, 556, 559, 562, 565, 568, 571, 575, 578, 581, 587], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 10, "universal_type": "function", "name": "len,", "text_snippet": "csum_partial(const unsigned char * buff, int len, unsigned int sum)"}, {"node_id": 32, "universal_type": "function", "name": "len,", "text_snippet": "csum_partial_copy(const char *src, char *dst, int len, int sum)"}, {"node_id": 57, "universal_type": "function", "name": "len,", "text_snippet": "csum_partial_copy_from_user(const char *src, char *dst,\n\t\t\t\t\t\tint len, int sum, int *csum_err)"}, {"node_id": 81, "universal_type": "function", "name": "unknown", "text_snippet": "#define csum_partial_copy_nocheck(src, dst, len, sum)\t\\\n\tcsum_partial_copy((src), (dst), (len), (sum"}, {"node_id": 94, "universal_type": "function", "name": "ihl)", "text_snippet": "ip_fast_csum(unsigned char *iph, unsigned int ihl)"}, {"node_id": 113, "universal_type": "function", "name": "ihl)", "text_snippet": "static inline unsigned short\nip_fast_csum(unsigned char *iph, unsigned int ihl)\n{\n\tunsigned int sum "}, {"node_id": 119, "universal_type": "function", "name": "ihl)", "text_snippet": "ip_fast_csum(unsigned char *iph, unsigned int ihl)"}, {"node_id": 200, "universal_type": "function", "name": "csum_fold", "text_snippet": "static inline unsigned int csum_fold(unsigned int sum)\n{\n#ifdef CONFIG_COLDFIRE\n\tsum = (sum & 0xffff"}, {"node_id": 206, "universal_type": "function", "name": "sum)", "text_snippet": "csum_fold(unsigned int sum)"}, {"node_id": 287, "universal_type": "function", "name": "csum_tcpudp_nofold", "text_snippet": "static inline unsigned int\ncsum_tcpudp_nofold(unsigned long saddr, unsigned long daddr, unsigned sho"}, {"node_id": 293, "universal_type": "function", "name": "sum)", "text_snippet": "csum_tcpudp_nofold(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short "}, {"node_id": 362, "universal_type": "function", "name": "csum_tcpudp_magic", "text_snippet": "static inline unsigned short int\ncsum_tcpudp_magic(unsigned long saddr, unsigned long daddr, unsigne"}, {"node_id": 369, "universal_type": "function", "name": "sum)", "text_snippet": "csum_tcpudp_magic(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short p"}, {"node_id": 413, "universal_type": "function", "name": "len)", "text_snippet": "static inline unsigned short\nip_compute_csum(unsigned char * buff, int len)\n{\n\treturn csum_fold (csu"}, {"node_id": 419, "universal_type": "function", "name": "len)", "text_snippet": "ip_compute_csum(unsigned char * buff, int len)"}, {"node_id": 450, "universal_type": "function", "name": "len)", "text_snippet": "ip_compute_csum(const unsigned char * buff, int len)"}, {"node_id": 467, "universal_type": "function", "name": "csum_ipv6_magic", "text_snippet": "static __inline__ unsigned short int\ncsum_ipv6_magic(struct in6_addr *saddr, struct in6_addr *daddr,"}, {"node_id": 474, "universal_type": "function", "name": "in6_addr", "text_snippet": "csum_ipv6_magic(struct in6_addr *saddr, struct in6_addr *daddr,\n\t\t__u32 len, unsigned short proto, u"}], "class_declarations": [{"node_id": 52, "universal_type": "class", "name": "unknown", "text_snippet": "extern"}, {"node_id": 114, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 201, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 288, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 363, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 414, "universal_type": "class", "name": "unknown", "text_snippet": "inline"}, {"node_id": 445, "universal_type": "class", "name": "unknown", "text_snippet": "extern"}, {"node_id": 468, "universal_type": "class", "name": "unknown", "text_snippet": "__inline__"}, {"node_id": 478, "universal_type": "class", "name": "in6_addr", "text_snippet": "struct in6_addr"}, {"node_id": 479, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 485, "universal_type": "class", "name": "in6_addr", "text_snippet": "struct in6_addr"}, {"node_id": 486, "universal_type": "class", "name": "unknown", "text_snippet": "struct"}, {"node_id": 505, "universal_type": "class", "name": "unknown", "text_snippet": "register"}], "import_statements": []}, "original_source_code": "#ifndef _M68K_CHECKSUM_H\n#define _M68K_CHECKSUM_H\n\n/*\n * computes the checksum of a memory block at buff, length len,\n * and adds in \"sum\" (32-bit)\n *\n * returns a 32-bit number suitable for feeding into itself\n * or csum_tcpudp_magic\n *\n * this function must be called with even lengths, except\n * for the last fragment, which may be odd\n *\n * it's best to have buff aligned on a 32-bit boundary\n */\nunsigned int csum_partial(const unsigned char * buff, int len, unsigned int sum);\n\n/*\n * the same as csum_partial, but copies from src while it\n * checksums\n *\n * here even more important to align src and dst on a 32-bit (or even\n * better 64-bit) boundary\n */\n\nunsigned int csum_partial_copy(const char *src, char *dst, int len, int sum);\n\n\n/*\n * the same as csum_partial_copy, but copies from user space.\n *\n * here even more important to align src and dst on a 32-bit (or even\n * better 64-bit) boundary\n */\n\nextern unsigned int csum_partial_copy_from_user(const char *src, char *dst,\n\t\t\t\t\t\tint len, int sum, int *csum_err);\n\n#define csum_partial_copy_nocheck(src, dst, len, sum)\t\\\n\tcsum_partial_copy((src), (dst), (len), (sum))\n\nunsigned short ip_fast_csum(unsigned char *iph, unsigned int ihl);\n\n#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\n/*\n *\tThis is a version of ip_compute_csum() optimized for IP headers,\n *\twhich always checksum on 4 octet boundaries.\n *\n */\nstatic inline unsigned short\nip_fast_csum(unsigned char *iph, unsigned int ihl)\n{\n\tunsigned int sum = 0;\n\n\t__asm__ (\"subqw #1,%2\\n\"\n\t\t \"1:\\t\"\n\t\t \"movel %1@+,%/d0\\n\\t\"\n\t\t \"addxl %/d0,%0\\n\\t\"\n\t\t \"dbra %2,1b\\n\\t\"\n\t\t \"movel %0,%/d0\\n\\t\"\n\t\t \"swap %/d0\\n\\t\"\n\t\t \"addxw %/d0,%0\\n\\t\"\n\t\t \"clrw %/d0\\n\\t\"\n\t\t \"addxw %/d0,%0\\n\\t\"\n\t\t : \"=d\" (sum), \"=a\" (iph), \"=d\" (ihl)\n\t\t : \"0\" (sum), \"1\" (iph), \"2\" (ihl)\n\t\t : \"d0\");\n\treturn ~sum;\n}\n#endif\n\n/*\n *\tFold a partial checksum\n */\n\nstatic inline unsigned int csum_fold(unsigned int sum)\n{\n#ifdef CONFIG_COLDFIRE\n\tsum = (sum & 0xffff) + (sum >> 16);\n\tsum = (sum & 0xffff) + (sum >> 16);\n#else\n\tunsigned int tmp = sum;\n\t__asm__(\"swap %1\\n\\t\"\n\t\t\"addw %1, %0\\n\\t\"\n\t\t\"clrw %1\\n\\t\"\n\t\t\"addxw %1, %0\"\n\t\t: \"=&d\" (sum), \"=&d\" (tmp)\n\t\t: \"0\" (sum), \"1\" (sum));\n#endif\n\treturn ~sum;\n}\n\n\n/*\n * computes the checksum of the TCP/UDP pseudo-header\n * returns a 16-bit checksum, already complemented\n */\n\nstatic inline unsigned int\ncsum_tcpudp_nofold(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short proto, unsigned int sum)\n{\n\t__asm__ (\"addl %1,%0\\n\\t\"\n\t\t \"addxl %4,%0\\n\\t\"\n\t\t \"addxl %5,%0\\n\\t\"\n\t\t \"clrl %1\\n\\t\"\n\t\t \"addxl %1,%0\"\n\t\t : \"=&d\" (sum), \"=&d\" (saddr)\n\t\t : \"0\" (daddr), \"1\" (saddr), \"d\" (len + proto),\n\t\t \"d\"(sum));\n\treturn sum;\n}\n\nstatic inline unsigned short int\ncsum_tcpudp_magic(unsigned long saddr, unsigned long daddr, unsigned short len,\n\t\t unsigned short proto, unsigned int sum)\n{\n\treturn csum_fold(csum_tcpudp_nofold(saddr,daddr,len,proto,sum));\n}\n\n/*\n * this routine is used for miscellaneous IP-like checksums, mainly\n * in icmp.c\n */\n\n#if 0 /* DAVIDM - these are in arch/m68knommu/lib */\nstatic inline unsigned short\nip_compute_csum(unsigned char * buff, int len)\n{\n\treturn csum_fold (csum_partial(buff, len, 0));\n}\n#else\nextern unsigned short ip_compute_csum(const unsigned char * buff, int len);\n#endif\n\n#define _HAVE_ARCH_IPV6_CSUM\nstatic __inline__ unsigned short int\ncsum_ipv6_magic(struct in6_addr *saddr, struct in6_addr *daddr,\n\t\t__u32 len, unsigned short proto, unsigned int sum) \n{\n\tregister unsigned long tmp;\n\t__asm__(\"addl %2@,%0\\n\\t\"\n\t\t\"movel %2@(4),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %2@(8),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %2@(12),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@,%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@(4),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@(8),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"movel %3@(12),%1\\n\\t\"\n\t\t\"addxl %1,%0\\n\\t\"\n\t\t\"addxl %4,%0\\n\\t\"\n\t\t\"clrl %1\\n\\t\"\n\t\t\"addxl %1,%0\"\n\t\t: \"=&d\" (sum), \"=&d\" (tmp)\n\t\t: \"a\" (saddr), \"a\" (daddr), \"d\" (len + proto),\n\t\t \"0\" (sum));\n\n\treturn csum_fold(sum);\n}\n\n#endif /* _M68K_CHECKSUM_H */\n"}
| 298
|
c
|
#if __IPHONE_OS_VERSION_MAX_ALLOWED >= 150000 && __IPHONE_OS_VERSION_MAX_ALLOWED < 160000
#import "Xcode_13_0_XCTestCore_CDStructures.h"
#import "Xcode_13_0_SharedHeader.h"
#import <Foundation/Foundation.h>
//
// Generated by class-dump 3.5 (64 bit).
//
// class-dump is Copyright (C) 1997-1998, 2000-2001, 2004-2013 by <NAME>.
//
@interface XCTSymbolicationService : NSObject
{
}
+ (_Bool)isSymbolicationAvailableForSymbolicationFunctions:(CDStruct_37ea9563)arg1 error:(id *)arg2;
+ (CDStruct_37ea9563)standardSymbolicationFunctions;
+ (void)pushSharedSymbolicationService:(id)arg1 forScope:(CDUnknownBlockType)arg2;
+ (void)setSharedService:(id)arg1;
+ (instancetype)sharedService;
@end
#endif
| 36.05
| 19
|
(translation_unit) "#if __IPHONE_OS_VERSION_MAX_ALLOWED >= 150000 && __IPHONE_OS_VERSION_MAX_ALLOWED < 160000\n\n#import "Xcode_13_0_XCTestCore_CDStructures.h"\n#import "Xcode_13_0_SharedHeader.h"\n#import <Foundation/Foundation.h>\n\n//\n// Generated by class-dump 3.5 (64 bit).\n//\n// class-dump is Copyright (C) 1997-1998, 2000-2001, 2004-2013 by <NAME>.\n//\n\n@interface XCTSymbolicationService : NSObject\n{\n}\n\n+ (_Bool)isSymbolicationAvailableForSymbolicationFunctions:(CDStruct_37ea9563)arg1 error:(id *)arg2;\n+ (CDStruct_37ea9563)standardSymbolicationFunctions;\n+ (void)pushSharedSymbolicationService:(id)arg1 forScope:(CDUnknownBlockType)arg2;\n+ (void)setSharedService:(id)arg1;\n+ (instancetype)sharedService;\n\n@end\n\n#endif"
(preproc_if) "#if __IPHONE_OS_VERSION_MAX_ALLOWED >= 150000 && __IPHONE_OS_VERSION_MAX_ALLOWED < 160000\n\n#import "Xcode_13_0_XCTestCore_CDStructures.h"\n#import "Xcode_13_0_SharedHeader.h"\n#import <Foundation/Foundation.h>\n\n//\n// Generated by class-dump 3.5 (64 bit).\n//\n// class-dump is Copyright (C) 1997-1998, 2000-2001, 2004-2013 by <NAME>.\n//\n\n@interface XCTSymbolicationService : NSObject\n{\n}\n\n+ (_Bool)isSymbolicationAvailableForSymbolicationFunctions:(CDStruct_37ea9563)arg1 error:(id *)arg2;\n+ (CDStruct_37ea9563)standardSymbolicationFunctions;\n+ (void)pushSharedSymbolicationService:(id)arg1 forScope:(CDUnknownBlockType)arg2;\n+ (void)setSharedService:(id)arg1;\n+ (instancetype)sharedService;\n\n@end\n\n#endif"
(#if) "#if"
(binary_expression) "__IPHONE_OS_VERSION_MAX_ALLOWED >= 150000 && __IPHONE_OS_VERSION_MAX_ALLOWED < 160000"
(binary_expression) "__IPHONE_OS_VERSION_MAX_ALLOWED >= 150000"
(identifier) "__IPHONE_OS_VERSION_MAX_ALLOWED"
(>=) ">="
(number_literal) "150000"
(&&) "&&"
(binary_expression) "__IPHONE_OS_VERSION_MAX_ALLOWED < 160000"
(identifier) "__IPHONE_OS_VERSION_MAX_ALLOWED"
(<) "<"
(number_literal) "160000"
(
) "\n\n"
(preproc_call) "#import "Xcode_13_0_XCTestCore_CDStructures.h"\n"
(preproc_directive) "#import"
(preproc_arg) ""Xcode_13_0_XCTestCore_CDStructures.h""
(preproc_call) "#import "Xcode_13_0_SharedHeader.h"\n"
(preproc_directive) "#import"
(preproc_arg) ""Xcode_13_0_SharedHeader.h""
(preproc_call) "#import <Foundation/Foundation.h>\n"
(preproc_directive) "#import"
(preproc_arg) "<Foundation/Foundation.h>"
(comment) "//"
(comment) "// Generated by class-dump 3.5 (64 bit)."
(comment) "//"
(comment) "// class-dump is Copyright (C) 1997-1998, 2000-2001, 2004-2013 by <NAME>."
(comment) "//"
(ERROR) "@"
(ERROR) "@"
(function_definition) "interface XCTSymbolicationService : NSObject\n{\n}"
(type_identifier) "interface"
(identifier) "XCTSymbolicationService"
(ERROR) ": NSObject"
(:) ":"
(identifier) "NSObject"
(compound_statement) "{\n}"
({) "{"
(}) "}"
(ERROR) "+ (_Bool)isSymbolicationAvailableForSymbolicationFunctions:(CDStruct_37ea9563)"
(unary_expression) "+ (_Bool)isSymbolicationAvailableForSymbolicationFunctions"
(+) "+"
(cast_expression) "(_Bool)isSymbolicationAvailableForSymbolicationFunctions"
(() "("
(type_descriptor) "_Bool"
(type_identifier) "_Bool"
()) ")"
(identifier) "isSymbolicationAvailableForSymbolicationFunctions"
(:) ":"
(() "("
(identifier) "CDStruct_37ea9563"
()) ")"
(declaration) "arg1 error:(id *)arg2;"
(type_identifier) "arg1"
(identifier) "error"
(ERROR) ":(id *)arg2"
(:) ":"
(() "("
(identifier) "id"
(*) "*"
()) ")"
(identifier) "arg2"
(;) ";"
(expression_statement) "+ (CDStruct_37ea9563)standardSymbolicationFunctions;"
(unary_expression) "+ (CDStruct_37ea9563)standardSymbolicationFunctions"
(+) "+"
(cast_expression) "(CDStruct_37ea9563)standardSymbolicationFunctions"
(() "("
(type_descriptor) "CDStruct_37ea9563"
(type_identifier) "CDStruct_37ea9563"
()) ")"
(identifier) "standardSymbolicationFunctions"
(;) ";"
(ERROR) "+ (void)pushSharedSymbolicationService:(id)"
(unary_expression) "+ (void)pushSharedSymbolicationService"
(+) "+"
(cast_expression) "(void)pushSharedSymbolicationService"
(() "("
(type_descriptor) "void"
(primitive_type) "void"
()) ")"
(identifier) "pushSharedSymbolicationService"
(:) ":"
(() "("
(identifier) "id"
()) ")"
(declaration) "arg1 forScope:(CDUnknownBlockType)arg2;"
(type_identifier) "arg1"
(ERROR) "forScope:(CDUnknownBlockType)"
(identifier) "forScope"
(:) ":"
(() "("
(identifier) "CDUnknownBlockType"
()) ")"
(identifier) "arg2"
(;) ";"
(expression_statement) "+ (void)setSharedService:(id)arg1;"
(unary_expression) "+ (void)setSharedService"
(+) "+"
(cast_expression) "(void)setSharedService"
(() "("
(type_descriptor) "void"
(primitive_type) "void"
()) ")"
(identifier) "setSharedService"
(ERROR) ":(id)arg1"
(:) ":"
(() "("
(identifier) "id"
()) ")"
(identifier) "arg1"
(;) ";"
(expression_statement) "+ (instancetype)sharedService;"
(unary_expression) "+ (instancetype)sharedService"
(+) "+"
(cast_expression) "(instancetype)sharedService"
(() "("
(type_descriptor) "instancetype"
(type_identifier) "instancetype"
()) ")"
(identifier) "sharedService"
(;) ";"
(ERROR) "@"
(ERROR) "@"
(type_identifier) "end"
(;) ""
(#endif) "#endif"
| 127
| 10
|
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(instancetype)sharedService;\n\n@end\n\n#endif", "parent": null, "children": [1, 2, 12, 13, 16, 19, 22, 24, 29, 37, 50, 58, 79, 81], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 24, "column": 6}}, {"id": 1, "type": "#if", "text": "#if", "parent": 0, "children": [], "start_point": {"row": 0, "column": 0}, "end_point": {"row": 0, "column": 3}}, {"id": 2, "type": "binary_expression", "text": "__IPHONE_OS_VERSION_MAX_ALLOWED >= 150000 && __IPHONE_OS_VERSION_MAX_ALLOWED < 160000", "parent": 0, "children": [3, 7, 8], "start_point": {"row": 0, "column": 4}, "end_point": {"row": 0, "column": 89}}, {"id": 3, "type": "binary_expression", "text": "__IPHONE_OS_VERSION_MAX_ALLOWED >= 150000", "parent": 2, "children": [4, 5, 6], "start_point": {"row": 0, "column": 4}, "end_point": {"row": 0, "column": 45}}, {"id": 4, "type": "identifier", "text": "__IPHONE_OS_VERSION_MAX_ALLOWED", "parent": 3, "children": [], "start_point": {"row": 0, "column": 4}, "end_point": {"row": 0, "column": 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"end_point": {"row": 20, "column": 15}}, {"id": 78, "type": "identifier", "text": "sharedService", "parent": 75, "children": [], "start_point": {"row": 20, "column": 16}, "end_point": {"row": 20, "column": 29}}, {"id": 79, "type": "ERROR", "text": "@", "parent": 0, "children": [80], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 22, "column": 1}}, {"id": 80, "type": "ERROR", "text": "@", "parent": 79, "children": [], "start_point": {"row": 22, "column": 0}, "end_point": {"row": 22, "column": 1}}, {"id": 81, "type": "#endif", "text": "#endif", "parent": 0, "children": [], "start_point": {"row": 24, "column": 0}, "end_point": {"row": 24, "column": 6}}]}, "node_categories": {"declarations": {"functions": [24], "variables": [37, 58], "classes": [], "imports": [], "modules": [], "enums": []}, "statements": {"expressions": [2, 3, 8, 30, 32, 44, 46, 51, 53, 64, 66, 73, 75], "assignments": [], "loops": [], "conditionals": [0, 1, 4, 9, 25, 26, 28, 34, 35, 36, 38, 39, 41, 43, 48, 49, 56, 57, 59, 61, 62, 63, 69, 71, 72, 77, 78, 81], "returns": [], "exceptions": []}, "expressions": {"calls": [13, 16, 19], "literals": [6, 11], "identifiers": [], "binary_operations": [], "unary_operations": [], "member_access": []}}, "cross_language_map": {"function_declarations": [{"node_id": 24, "universal_type": "function", "name": "XCTSymbolicationService", "text_snippet": "interface XCTSymbolicationService : NSObject\n{\n}"}], "class_declarations": [], "import_statements": []}, "original_source_code": "#if __IPHONE_OS_VERSION_MAX_ALLOWED >= 150000 && __IPHONE_OS_VERSION_MAX_ALLOWED < 160000\n\n#import \"Xcode_13_0_XCTestCore_CDStructures.h\"\n#import \"Xcode_13_0_SharedHeader.h\"\n#import <Foundation/Foundation.h>\n\n//\n// Generated by class-dump 3.5 (64 bit).\n//\n// class-dump is Copyright (C) 1997-1998, 2000-2001, 2004-2013 by <NAME>.\n//\n\n@interface XCTSymbolicationService : NSObject\n{\n}\n\n+ (_Bool)isSymbolicationAvailableForSymbolicationFunctions:(CDStruct_37ea9563)arg1 error:(id *)arg2;\n+ (CDStruct_37ea9563)standardSymbolicationFunctions;\n+ (void)pushSharedSymbolicationService:(id)arg1 forScope:(CDUnknownBlockType)arg2;\n+ (void)setSharedService:(id)arg1;\n+ (instancetype)sharedService;\n\n@end\n\n#endif"}
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