First of all, I want to know if this is possible: let\'s say I have an unsigned long which contains some abritrary unsigned shorts, which may or may not be in the number. For example:
Does anyone have handy the snippets of code to convert an IEEE 754 double to the immediately inferior (resp. superior) float, without changing or assuming anything about the FPU\'s current rounding mo
In Python 2.5, I have a float and I\'d like to obtain and manipulate its bit pattern as an integer. For example, suppose I have
I\'m working on a page that processes IP address information, but it\'s choking on the fact that integers are signed. I am using bitwise operators to speed it up, but the 64th bit (signed/unsigned fla
I am working on a display/control utility to replace an ancient dedicated hardware controller for a piece of industrial machinary.The controller itself is beyond repair (someone replaced the 1 amp fus
I am implementing the huffman algorithm in C. I have got the basic functionality down up to the point where the binary codewords are obtained. so for example, abcd will be 100011000 or something simil
So if I have an integer that is 32 bits. The first 28 bits (from left) are to store the size of a memory chunk, the next two are 0s and the last two are:
In C, I have a 32-bit word representing an address (and I have it stored in an unsigned long, hope that\'s ok). Now from what I gather, part of an address contains the page number and the other part
I am looking for an efficient (optionally standard, elegant and easy to implement) solution to multiply relatively large numbers, and store the result into one or several integers :
Relevant code is this: typedef unsigned long int chunk_head; typedef struct malloc_chunk { // Contains the size of the data in the chunk and the flag byte.
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