bin2c - A simple utility for converting a binary file to a c application which can then be included within an application.
Usage:
bin2c input_file output_file array_name
for example, using:
bin2c my_file.dat my_file.h data
will create something along the lines of
const char data[3432] = {
0x43, 0x28, 0x41, 0x11, 0xa3, 0xff,
...
0x00, 0xff, 0x23
};
const int data_length = 3432;
This can then be used within your application, for example with SDL you would use SDL_RWops. The application can also be used in a very similar fashion to Qt's RC system.
I haven't included a Makefile because the utility is SO simple, I don't think that one is needed. But for an example, compiling for GNU/Linux can be done as shown
gcc -o bin2c bin2c.c
In the current system, you can tell bin2c to compress the data with BZ2 compression. This would be very useful in applications where a lot of files are stored this way or if memory is tight (although not CPU). To produce an executable which can make bz2 files, define USE_BZ2. However, since this is such a simple application, you can either define USE_BZ2 or not and it will then produce compressed data or not. An example as to how to compile a BZ2 compression version of bin2c is as such
gcc -o bin2cbz2 bin2c.c -DUSE_BZ2 -lbz2
This will add an extra constant, data_length_uncompressed, which is the size of the file before it was compressed. So to decompress the file, you would do something like the following:
unsigned int decompressed_size = data_length_uncompressed;
char *buf = malloc(data_length_uncompressed);
int status;
status = BZ2_bzBuffToBuffDecompress(buf, &decompressed_size,
const_cast<char *>data, (unsigned int)data_length, 0, 0);
// do something with buf
free(buf);
I'm not entirely happy with having to do const_cast in C++ so if anyone can suggest an alternative then I'd be happy to implement it.
Patches are welcome, just fork the project on github and send me a pull request. If you are unable or unwilling to do this through github, then feel free to email me your patch. This utility is so small I don't think that any licence is needed, and I took most of the code from Serge Fukanchick and made quite a few modifications so left it in the public domain. So please just send me a little note to say that you don't mind your code being in the public domain.