More Related Contents:
- Why does C++ code for testing the Collatz conjecture run faster than hand-written assembly?
- Can modern x86 hardware not store a single byte to memory?
- Replacing a 32-bit loop counter with 64-bit introduces crazy performance deviations with _mm_popcnt_u64 on Intel CPUs
- Why does this function push RAX to the stack as the first operation?
- Atomic double floating point or SSE/AVX vector load/store on x86_64
- What C/C++ compiler can use push pop instructions for creating local variables, instead of just increasing esp once?
- How do objects work in x86 at the assembly level?
- Where is the lock for a std::atomic?
- How do I call “cpuid” in Linux?
- What does the “lock” instruction mean in x86 assembly?
- Difference in performance between MSVC and GCC for highly optimized matrix multplication code
- Atomic operations, std::atomic and ordering of writes
- Acquire/release semantics with non-temporal stores on x64
- How to generate assembly code with clang in Intel syntax?
- C++ How is release-and-acquire achieved on x86 only using MOV?
- Assembly ADC (Add with carry) to C++
- x86 MUL Instruction from VS 2008/2010
- Address of function is not actual code address
- What are these seemingly-useless callq instructions in my x86 object files for?
- Why is this SIMD multiplication not faster than non-SIMD multiplication?
- Fastest inline-assembly spinlock
- Using LEA on values that aren’t addresses / pointers?
- Getting the high part of 64 bit integer multiplication
- How to disassemble a binary executable in Linux to get the assembly code?
- Can I force cache coherency on a multicore x86 CPU?
- Difference between rdtscp, rdtsc : memory and cpuid / rdtsc?
- Are there in x86 any instructions to accelerate SHA (SHA1/2/256/512) encoding?
- c++, std::atomic, what is std::memory_order and how to use them?
- Is it possible to call a non-exported function that resides in an exe?
- [[carries_dependency]] what it means and how to implement