I\'m trying divide two numbers in assembly. I\'m working out of the Irvine assembly for intel computers book and I can\'t make division work for the life of me.
I\'m just starting to learn assembly in my computer science class, and I have an assignment to round a floating-point value using a specified rounding mode. I\'ve tried to implement this using fstcw,
I am running Windows XP on an Intel x86 machine and I got an error in the instruction at memory location 0x00000001.
When including files into MASM32, it cannot find it\'s own files. After including masm32rt.inc, the assembler cannot find \\masm32\\include\\windows.inc
Is there any faster method to store two x86 32 bit registers in one 128 b开发者_开发问答it xmm register?
i use devcpp and borland c compiler.... asm { mov ax,4// (I/O Func.) mov bx,1// (Output func) mov cx,&name// (address of the string)
I\'ve been given the following task: Consider the following sequence of hexadecimal values: 55 89 E5 83 EC 08 83 E4 F0 31 C9 BA 01 00 00 00 B8 0D 00 00 00 01 D1 01 CA 48 79 F9 31 C0 C9 C3
It won\'t let me post the picture. Btw, Someone from Reddit.programming sent me over here. So thanks!
Is the fastcall calling convention really faster than other calling conventions, such as cdecl? Are there any benchmarks out there that show how perform开发者_运维知识库ance is affected by calling con
I\'ve seen this blog: http://igoro.com/archive/gallery-of-processor-cache-effects/ The \"weirdness\" in part 7 is what caught my interest.
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