I\'m trying to write a compiler to take an assembler file which will output raw machine code instructions.
In particular, I\'m reading into the Mach-O binary file format for Intel 32 on OS X. After the FAT header there is a whole bunch of padding before the offset of the first archive. What is the point of
8B EC 56 8B F4 68 00 70 40 00 FF 15 BC 82 40 A senquence like above can be segmented in various ways,each segment can be translated to corresponding assembly instruction, but each binary executable
For example: .text .align 2 .global main .equ val,0x4712# 16-bit binary code for 0x4712: 0100 0111 0001 0010
0x0424开发者_运维问答44FF; /* inc dword ptr [esp+4] */ 0x042444FF is the machine code,while inc dword ptr [esp+4] is the assembly code, I know
I am making an emulator for Z80 binaries but I cannot find out whether all the integer data types are signed or unsigned from the manual or from google. So are the n开发者_Go百科umbers from registers
I\'m currently trying to write a disassembler. I found the following list of opcodes and their meanings, so i decided to parse it at runtime:
I\'m confused about machine code and native code in the context of .NET开发者_运维问答 languages.
can I do something like: typedef void (*functor)(void* param); //machine code of function char functionBody[] = {
Is there a conditional-move-equivalent on the Po开发者_JAVA百科werPC (32 or 64) instruction set?It can obviously be emulated using a conditional branch, but I want something that outperforms that.Powe
加载中,请稍侯......