More Related Contents:
- Why does GCC use multiplication by a strange number in implementing integer division?
- What is the difference between ‘asm’, ‘__asm’ and ‘__asm__’?
- Is there a 128 bit integer in gcc?
- Can I use Intel syntax of x86 assembly with GCC?
- Why does GCC allocate more space than necessary on the stack, beyond what’s needed for alignment?
- Why is there no “sub rsp” instruction in this function prologue and why are function parameters stored at negative rbp offsets?
- When to use earlyclobber constraint in extended GCC inline assembly?
- Why are global variables in x86-64 accessed relative to the instruction pointer?
- How Get arguments value using inline assembly in C without Glibc?
- Efficient integer compare function
- Why is the value of EDX overwritten when making call to printf?
- How to access C variable for inline assembly manipulation?
- What is the purpose of the RBP register in x86_64 assembler?
- Compiler using local variables without adjusting RSP
- x86_64 ASM – maximum bytes for an instruction?
- Alloca implementation
- How can I multiply 64 bit operands and get 128 bit result portably?
- In GNU C inline asm, what are the size-override modifiers for xmm/ymm/zmm for a single operand?
- Why can’t local variable be used in GNU C basic inline asm statements?
- How to build x86 and/or x64 on Windows from command line with CMAKE?
- Inline assembly that clobbers the red zone
- x86_64 : is stack frame pointer almost useless?
- Why we need Clobbered registers list in Inline Assembly?
- Count each bit-position separately over many 64-bit bitmasks, with AVX but not AVX2
- Why does printf print random value with float and integer format specifier
- Process Linkage Table and Global Offset Table
- Writing a Linux int 80h system-call wrapper in GNU C inline assembly [duplicate]
- How to tell GCC to generate 16-bit code for real mode
- How do I access local C variable in arm inline assembly?
- Using condition flags as GNU C inline asm outputs