More Related Contents:
- Why do x86-64 instructions on 32-bit registers zero the upper part of the full 64-bit register?
- Why doesn’t GCC use partial registers?
- How do RIP-relative variable references like “[RIP + _a]” in x86-64 GAS Intel-syntax work?
- What do the E and R prefixes stand for in the names of Intel 32-bit and 64-bit registers?
- Why are rbp and rsp called general purpose registers?
- Why does this MOVSS instruction use RIP-relative addressing? [duplicate]
- What are the names of the new X86_64 processors registers?
- Assembly registers in 64-bit architecture
- Why does the x86-64 GCC function prologue allocate less stack than the local variables?
- x86_64 registers rax/eax/ax/al overwriting full register contents [duplicate]
- what does “mov offset(%rip), %rax” do?
- How to use RIP Relative Addressing in a 64-bit assembly program?
- Understanding %rip register in intel assembly
- Why can I access lower dword/word/byte in a register but not higher?
- What’s the best way to remember the x86-64 System V arg register order?
- Why use RIP-relative addressing in NASM?
- CS:APP example uses idivq with two operands?
- Why is (or isn’t?) SFENCE + LFENCE equivalent to MFENCE?
- How to push a 64bit int in NASM?
- x64 instruction encoding and the ModRM byte
- Bomb lab phase_4
- Does each PUSH instruction push a multiple of 8 bytes on x64?
- Do programming language compilers first translate to assembly or directly to machine code?
- Differences between general purpose registers in 8086: [bx] works, [cx] doesn’t?
- Can I add 64bit constants to 64bit registers?
- How to multiply a register by 37 using only 2 consecutive leal instructions in x86?
- What does “rep; nop;” mean in x86 assembly? Is it the same as the “pause” instruction?
- x86-64 canonical address?
- Why does this code execute more slowly after strength-reducing multiplications to loop-carried additions?
- Can rip be used with another register with RIP-relative addressing?