whate is the use of c language in computer?
464715
To program applications like the one you are using right now to see this.
239565
C - Computes\nO - Operates\nM - Manipulates\nP - Processes\nU - Utilize\nT - Translates\nE - Executes\nR - Reuse
1152938
well truthfully it all boils down to assembler all computers use it. However most modern operating system are designed with C++ so it is a pretty strong language to learn. During my schooling I used a lot of MIPS which is a version of assembler and also lots of C++. Today in the Cooperate world I use mainly C++. Sometimes C# or variations of java. But I do recommend concentrating on C++.
252411
IN computer language ,everything need to be converted into machine level language. THen it is executed by the processor.\nIn your program also, 1st preprocessor directive include<stdio.h> defines the standard function like printf.\nmain is SPECIAL function  and print is standard input statement.\nCompile covert your source into machine level language. while linker link the files with macros,preprocessor directives. Run command execute the program..//this is abt windows.\nIN unix\ninstead of turboc, there is CC compiler. which compiles the code. while to run the program just type ./a.out\n\nso steps to doin uNIX are:\n\n1. vi filename.c\n2.cc fileaname.c\n3./a.out\n\n\nHi! what type of more detail u want? about execution in unix or programming in unix?or anything else..?
1028478
Get a book to teach you C and then go from there. You can use a free compiler such as gcc to get you on your way.
769716
C is designed by Dennis Ritchie and developed by Dennis Ritchie & Bell Labs\nC++ was designed and developed by Bjarne Stroustrup\nC# was designed and developed by Microsoft Corporation
966120
try this stuff... pls understand the logic...\n\n#include<stdio.h>\n\nint main()\n{\nint no,rem;\nscanf("%d",&no);\nwhile (no)\n{\nrem = no % 10;\nprintf("%d",rem);\nno = no / 10;\n}\n}
15961
C was the C++ predecessor. As it's name implies, alot of C remains in C++. Although not actually being more powerful than C, C++ allows the programmer to more easily manage and operate with Objects, using an OOP (Object Oriented Programming) concept.\n\nC++ allows the programmer to create classes, which are somewhat similar to C structures. However, to a class can be assigned methods, functions associated to it, of various prototypes, which can access and operate within the class, somewhat like C functions often operate on a supplied handler pointer.\n\nAlthough it is possible to implement anything  which C++ could implement in C, C++ aids to standarize a way in which objects are created and managed, whereas the C programmer who implements the same system has alot of liberty on how to actually implement the internals, and style among programmers will vary alot on the design choices made.\n\nIn C, some will prefer the handler-type, where a main function initializes a handler, and that handler can be supplied to other functions of the library as an object to operate on/through. Others will even want to have that handler link all the related function pointers within it which then must be called using a convention closer to C++.\n\nTo finish this discussion, C++ applications are generally slower at runtime, and are much slower to compile than C programs. The low-level infrastructure for C++ binary execution is also larger. For these reasons C is always commonly used even if C++ has alot of popularity, and will probably continue to be used in projects where size and speed are primary concerns, and portable code still required (assembly would be unsuitable then).
967436
lcc-win32: A Compiler system for windows\n\nhttp://www.cs.virginia.edu/~lcc-win32/\n\nHere you can download the lcc-win32 C compiler system. The system is self contained: you do not need anything else to get started programming in C in the Win32 environment. You get \n\nCode generator (compiler, assembler, linker, resource compiler, librarian) \nIntegrated development environment with editor, debugger, make file generation, resource editor, etc. \nUser manual and technical documentation. \nAll the binaries and the associated header files etc, are contained in an auto-installable executable that will create all the needed directory structure. \n\n\nHere is a direct link to the software and happy C programing!\nhttp://www.q-software-solutions.de/pub/lccwin32.exe
222044
Fifth generation languages are most likely to be considered both more complex and more powerful because they abstract the computer's functions more than any other generation of languages.  That is, the programmer using a fifth generation language can accomplish more with less effort than in other languages of earlier generations.  This is not always the most efficient way to program for reasons of platform architecture limitations, OS dependancies and compiler availability.  It also may have other drawbacks that mean it can't be reliably used in some mission critical software.  The real "best" programming language is the one that is appropriate to the project being coded.  For example, assembly language; a second generation language, is appropriate in embedded applications where data storage and timing are in need of exact control.  C is a "no-brainer" if you intend to use the Win32 API since it is its native language, so to speak.  These are just two minor examples of reasons different languages are important.  Yes, the latest and greatest get a good deal of attention and we can't stop inventing new languages, but don't forget the "predecessors" quite yet, either.
822024
1). A compiler "compiles" a code so that the host Operating System can understand. It's generally speaking. The compiler doesn't interact directly with the hardware, this is the job for the Operating System!\n2). Yes. You can download as many compilers as you prefer. A compiler is a software which interacts with the operating system, just like any other..\n3). This is difficult to answer... The starting point for creating compilers are formal languages and theory of automata.. Then comes the implementation... \n4). C/C++ is the industry standard, so of course many software are written in this language (but not only in this one...). Libraries for grafic function include OpenGL (Glut,FreeGlut and so on), DirectX... Renedering software is also being used in the gaming industry. (let's not foret about Artficial Intelligence)\n5). You can update a compiler by downloading the improved version or adding extra libraries to it. You can even create your own libraries if you prefer to start from scratch.\n6). Unix for example is entirelly based on C language! C language doesn't support OOP (Object Orientation Programming), that's one of the reason C++ was created. It's hard to say in what language windows is written for example since it's closed source...
31332
Visual Basic, or any programming language for that matter is extremely useful for a variety of uses.\n\nWhen I was starting off programming, I mostly wrote small utilities to make my, and my co-workers' jobs easier.  Early on, when I worked for a PC configuration company, I wrote a VB-based database application that used barcode scanners to track systems that went through the configuration center.  Prior to this, the process was done manually.  \n\nLater, as a desktop support tech, I wrote utilites to parse text files, backup common files when re-installing, or upgrading a user's PC, automatic virus updates on servers, etc.  Any manual data recording tasks (filling out forms, paper filing, etc.) can be enhanced, or replace by software.  Repetitive tasks can be replaced by automated utilities.  Even simple games to entertain during long stretches (like airplane flights) can be written (professional graphics not necessary).
523986
No, you do not need to know C to learn C++.  C is a lower- level language.  This means that it requires you to know low level machine details such as memory management for strings, arrays, and dynamic memory allocation.  C++ came later, and addresses many of the frustrations C programmers had by replacing character arrays with the string class and arrays with the vector class, for example.
386448
In traditional Dos based systems it is a simple matter of including relevant assembly code in C language. May not be so easy if you are in applicaton mode on other operating systems. Not very difficult, need to know assembly language if you want to directly manipulate, other you can use operating system routines to access it (if your program resides within the kernel).
37555
You may use any editor (VI, notepad, Visual Studio Express, Programmer's Editor, ...) to create source files (c/C++ files containing instructions to be compiled). \nDepending on the language of choice (C and C++ are different languages) name your file accordingly (c for the C Language, cpp, C, c++ or cxx for C++).\nThen compile, link (generally compilers do both things with a single command, you may use GCC for any platform, or Visual C++ Express from Microsoft for Windows -which is much easier to use) and run (just type the name of the program at the command line).\n\nSample. Write:\n\n#include <stdio.h>\nint Main(int argc, char* argv[])\n{\n   puts("Hello World!");\n   return 0;\n}\n\nthen save as "hello.cpp", \n\nany platform: compile with "gcc hello.cpp -ohello" and type "hello"\nWindows: if using MS Visual C++ Express, then just press F5
288377
PASCAL!!!its out dated, i think it is possible to get it on C/C++
830169
start with C. read any good book available on C programming