How can this code: var check = 0; for (var numerator = 0; numerator <= maxNumerator; numerator++) { check += numerator >= 0
I was reading The Art of Assembly Language (Randall Hyde, link开发者_如何转开发 to Amazon) and I tried out a console application in that book. It was a program that created a new console for itself us
I\'m trying to assemble a small piece of x86 code. I\'m on a 32 bit machine and I have written the following code. It should just add values into eax and the开发者_如何转开发n return. I realize there
I\'d like to load the address of the second value below into a register. Here is my code in Unix syntax:
I believe the following sequence of Assembly Language code is Intel x86 based but I am not sure. JMPC SET_W
New to assembly. I have the following function int foo(char *argv[]) { char buf[256]; bar(argv[1], buf);
I was looking at the disassembly of some code I compiled with Visual Studio 2008, and I see some weird \"optimizations\" litter throughout the code that don\'t quite make sense when functions are call
char shellcode[] =\"\\xeb\\x2a\\x5e\\x89\\x76\\x08\\xc6\\x46\\x07\\x00\\xc7\\x46\\x0c\\x00\\x00\\x00\"\"\\x00\\xb8\\x0b\\x00\\x00\\x00\\x89\\xf3\\x8d\\x4e\\x08\\x8d\\x56\\x0c\\xcd\\x80\"\"\\xb8\\x01\\
I\'ve got to learn assembly and I\'m very confused as to what the dif开发者_运维问答ferent registers do/point to. On some architectures, like MIPS, all registers are created equal, and there is really
What is the fastest way to write a bitstream on x86/x86-64? (codeword <= 32bit) by writing a bitstream I refer to the process of concatenating variable bit-length symbols into a contiguous memory
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