What is the main function of the high-level format?
911976
to get rid of a virus or if the mft is corrupted .. you can make the drive unusable if ur not careful ... manufacturers websites usually have info about it ... oops thats backwards .. its a lowlevel format ... high level is a regular format to get a disk ready to accept files by the operating system ...it organizes the disk...
260401
If you are asking about the tally accounting package then:\n\ntally is written in C or C++ kind of languages and the data is stored in "flat files"
752902
-\nglyf - Glyf Data\n\nThis table contains information that describes the glyphs in the font in the TrueType outline format. Information regarding the rasterizer (scaler) refers to the TrueType rasterizer.\n\nEach glyph begins with the following header:\n\nType Name Description\nSHORT numberOfContours If the number of contours is greater than or equal to zero, this is a single glyph; if negative, this is a composite glyph.\nSHORT xMin Minimum x for coordinate data.\nSHORT yMin Minimum y for coordinate data.\nSHORT xMax Maximum x for coordinate data.\nSHORT yMax Maximum y for coordinate data.\n\nNote that the bounding rectangle from each character is defined as the rectangle with a lower left corner of (xMin, yMin) and an upper right corner of (xMax, yMax).\n\nNote: The scaler will perform better if the glyph coordinates have been created such that the xMin is equal to the lsb. For example, if the lsb is 123, then xMin for the glyph should be 123. If the lsb is -12 then the xMin should be -12. If the lsb is 0 then xMin is 0. If all glyphs are done like this, set bit 1 of flags field in the 'head' table.\n\n\nSimple Glyph Description\n\nThis is the table information needed if numberOfContours is greater than zero, that is, a glyph is not a composite.\n\nType Name Description\nUSHORT endPtsOfContours[n] Array of last points of each contour; n is the number of contours.\nUSHORT instructionLength Total number of bytes for instructions.\nBYTE instructions[n] Array of instructions for each glyph; n is the number of instructions.\nBYTE flags[n] Array of flags for each coordinate in outline; n is the number of flags.\nBYTE or SHORT xCoordinates[ ] First coordinates relative to (0,0); others are relative to previous point.\nBYTE or SHORT yCoordinates[ ] First coordinates relative to (0,0); others are relative to previous point.\n\nNote: In the glyf table, the position of a point is not stored in absolute terms but as a vector relative to the previous point. The delta-x and delta-y vectors represent these (often small) changes in position.\n\nEach flag is a single byte. Their meanings are shown below.\n\nFlags Bit Description\nOn Curve 0 If set, the point is on the curve; otherwise, it is off the curve.\nx-Short Vector 1 If set, the corresponding x-coordinate is 1 byte long. If not set, 2 bytes.\ny-Short Vector 2 If set, the corresponding y-coordinate is 1 byte long. If not set, 2 bytes.\nRepeat 3 If set, the next byte specifies the number of additional times this set of flags is to be repeated. In this way, the number of flags listed can be smaller than the number of points in a character.\nThis x is same\n(Positive x-Short Vector) 4 This flag has two meanings, depending on how the x-Short Vector flag is set. If x-Short Vector is set, this bit describes the sign of the value, with 1 equalling positive and 0 negative. If the x-Short Vector bit is not set and this bit is set, then the current x-coordinate is the same as the previous x-coordinate. If the x-Short Vector bit is not set and this bit is also not set, the current x-coordinate is a signed 16-bit delta vector.\nThis y is same\n(Positive y-Short Vector) 5 This flag has two meanings, depending on how the y-Short Vector flag is set. If y-Short Vector is set, this bit describes the sign of the value, with 1 equalling positive and 0 negative. If the y-Short Vector bit is not set and this bit is set, then the current y-coordinate is the same as the previous y-coordinate. If the y-Short Vector bit is not set and this bit is also not set, the current y-coordinate is a signed 16-bit delta vector.\nReserved 6 This bit is reserved. Set it to zero.\nReserved 7 This bit is reserved. Set it to zero.\n\n----------------\n\nThe 'loca' table stores the offsets to the locations of the glyphs in the font relative to the beginning of the 'glyf' table. Its purpose is to provide quick access to the data for a particular character. For example, in the standard Macintosh glyph or
297836
Not much.  A while ago, it was unclear which representations would be most useful.  Binary is still useful for bit-operations and bit-math (shift, XOR, etc), hex is useful for viewing stack and/or program data.  Octal... not so useful anymore.
454916
http://filext.com/detaillist.php?extdetail=HMT
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If the data is well ordered I use excell. It's fast, has many features for sorting and calculating and you can even program all the functions that you can not find, with VBA macros. VBA is a pretty easy language to learn.\nFor all other cases I write programs in java but any high level language would do like Perl, ruby, python etc. All of this languages have regular expression functionality that should help you to manipulate and sequence the data.
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Another answer suggested you could write your own\ncomplex functions, and while strictly possible, puts\na lot more burden on you than you might want.  There's\nvery little reason to reinvent the wheel.\n\nThe good news is that complex numbers are supported\nby both the current C ("C99) and C++ ANSI/ISO standards.\nSo if you have a recent compiler, you will just be\nable to use the complex type.\n\nIn the C++ standard, see chapter 26 (specifically 26.2).\nThe header is <complex>, and all of the expected operators\nare provided.\n\nIn the C standard, see section 7.3.  The header is\n<complex.h>, and it uses the new built-in type "complex"\nto provide all of the functions that used to only\nbe provided for float and double.
932197
the same way as you do it for an internal HD. go to My Computer, right click the drive and select Format.
347738
drop down menu's hold realted items together allowing operations to be more organized in a program.  Like in a program like microsoft word the drop down format tab hold formating options you can do to your document like  styles and paragraph formating.\n\nhope that helps
172397
Nowadays with fast computers, we often take for granted the behind-the-scenes work.  However, data file structure and layout is very important when you are talking about large applications or data-intensive programs as even though I/O is fast, when you are reading hundreds of thousands of records it can add up to significant time if you chose the wrong format.\n\nFor example, a simple flat file structure is fine for a simple program that reads a couple hundred lines of data infrequently.  However, if you take something like an accounting program that may need to read large files and access records randomly then the end-user would not want to wait for the program to read sequentially (from beginning to end) the file every time looking for one record out of potentionally thousands. \n \nThe reason to use C... probably because it allows you write very efficient code and is as low-level you can get without using Assembly which most people find very hard to program in without years of experience.
627389
Logical Block Addressing.\n\nhttp://en.wikipedia.org/wiki/Logical_block_addressing
1126502
There's a lot of freeware and shareware stuff out there, especially for DXF and DWG. Try Googling on the formats you want to convert from-to.
916002
format the whole thing
125588
If you are talking about how they are built, WikiPedia has a good article below.\n\nIf you are talking about how to initialize one, it depends on your operating system.\n\nIf you are talking about the generations of files on hard disks, it's a function of the operating system.
116131
The awesome sponging that is ISO when when making 1:1 cd copies.\n\nIt just has a bunch of "empty space"(bytes filled with spacebar characters) and the compression program saves those white spaces in exponential notation rather than packing each useless byte.
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As aditsu mentioned, it allows you to separate the content layer from the presentation layer. The to big advantages are that you can automate the generation of content by replacing the static file with a script (you can do this with html too), and you can support other file formats trivially. For example say your page is a report generated from a DB query. You can generate an XML format report using a basic webservice, and then your client code could present that result as an HTML table, a CSV file, or another XML format such as OpenDoc or the Microsoft Office 2003 format.
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use the cacls command.\n\nStart > Run > CACLS /?\n\nThe above command will display the help and file syntax.