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if you run the same program on a Solaris box.
The only difference between the binary file and the assci file being in thePrintf( "The file 'data' was opened\n" ) įwrite( &iVal, sizeof( int ), 1, stream ) įprintf( stream, "\n%d - %3.1f\n", iVal, fVal ) Printf( "The file 'data' was not opened\n" ) If( (stream = fopen( "BinData.txt", "w+b" )) = NULL ) To illistrate my point we can write two files an asscii one and a text one.
The binary parameter on the fopen only influences theYou're example has the properties of the processor because that is what fwrite does.It dumps the contents of memory to a file unformated. It doesn't matter if the file is a binary file or a text file. > of the machine which created it, depending on > files can maintain the memory characterstics For a little-endian configuration, the least significant bit of a 16-bit short value is the "rightmost" bit at byte N, while the most significant bit is the "leftmost" bit of byte (N + 1). Some RISC microprocessors can be configured for either big-endian or little-endian addressing.
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Intel microprocessors always support little-endian addressing. The address of the preceding word, double word, or K-byte entity is its least significant byte, N. A K-byte memory entity composed of bytes N, (N + 1).,(N + K - 1).A double word composed of bytes N, (N + 1), (N + 2), and (N + 3).Byte N is the least significant (and, in conventional layout diagrams, the "rightmost") byte of:.
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Refers to a processor memory architecture in which the byte layout is as follows: Are we even talking about the same thing?
KONIG 2D TO 3D VIDEO CONVERTER WINDOWS
There's no mention that Windows handles the byte ordering. Here's what MSDN says about little-endian byte ordering. They are, after all, both simply serialized forms of the data. Let me know if I'm getting this completely wrong, but I think that all the issues involved with sending binary data over a socket connection apply just as well to files.
KONIG 2D TO 3D VIDEO CONVERTER MAC
It would be interesting to see the same program run on a mac or some other machine whose processor uses big-endian byte ordering. Which shows that the float is stored with little-endian byte ordering when the float is supplied as a parameter to fwrite(), but when outputting the single bytes from most significant to least signficant we see the reverse order (like it would be with big-endian). Msb4 = (unsigned char) ((*pInt1) & 0x000000FF) įwrite(&msb1, 1, 1, pTestFile) // Most significant byteįwrite(&msb4, 1, 1, pTestFile) // Least significant byte Here's the new test program (run on an Intel machine): Thanks!Ī modified version of my previous program shows that writing the binary format of the float to a file (using fwrite()) uses the machine's byte ordering scheme. Please rate my answer, whether good or bad, so I can improve the answers I give. PTestFile = fopen("testfloat.bin", "w+b") įwrite(&f1, sizeof(float), 1, pTestFile) Printf("Writing float to the file testfloat.bin\n") If I misunderstood your explanation, please give a more thorough explanation of how you create the binary files you are talking about, as this has nothing in common with the binary files I use to store binary data. I submit an example program and the output as viewed by a hex editor. Binary files can maintain the memory characterstics of the machine which created it, depending on how the binary file was create. I am a bit confused about your claim that "even binary files are stored in characters" and that you don't have to worry about big Endian, etc.