I am trying to understand the principles of machine code alignment. I have an assembler implementation which can generate machine code in run-time. I use 16-bytes alignment on every branch destination
i\'m beginning assembly, i\'m using nasm for assembling the code, i\'m trying to process a string residing in memory and change it,
I\'m having difficulties understanding how a simple boot loader works. The boot loader I\'m talking about is the one from MITs course \"Operating Systems Engineering\".
I\'m learning the basics of bubblesort in Assembly right now and what I\'ve coded makes sense in my head, but apparently not to the compiler.When I print out the entire array after running this subrou
I am trying to get inputs of double precision numbers stored and printed off an array. According to here, to read a double, you use $f0 with code 7
I am doing s开发者_开发问答ome assembly homework and thought the best way to get my head around what is going on is to watch what happens in the registers as the program runs. In Visual Studio You can
I am trying to compile ffmpeg for android with neon support , but I am getting following assembler errors. Please let me know if anybody has any clue about this?
Compiling this code: int main () { return 0; } using: gcc -S filename.cpp ...generates this assembly: .file\"heloworld.cpp\"
I\'m currently learn开发者_StackOverflow社区ing assembler and writing some program in real mode. I have some troubles with stack understanding. Is it possible to push value in the stack if SS is not z
I wanna write a very simple inline assembly routin开发者_StackOverflowe in my C program which does nothing
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