Trace the complete C compilation process from source code to executable binary. See each stage — preprocessing, compilation, assembly, and linking — with real GCC and Clang output across x86-64 and ARM64.
How a C Program Becomes Machine Code: The 6-Stage C Compilation Process Explained Read Post »
Understanding the bridge between your code and the kernel is the final key to demystifying how software works. Up to
Build a Debugger from Scratch: Ultimate 3 OS Guide (Part 8) Read Post »
Master stack frame prologue and epilogue patterns across x86-64 and ARM64 architectures. Learn how function calls work at the assembly level on Linux, macOS, and Windows.
Stack Frames & Function Prologues Demystified: x86-64 & ARM64 Guide Read Post »
Learn x86-64 and ARM64 calling conventions across Linux, macOS, and Windows. Master parameter passing, stack frames, and register preservation with hands-on assembly examples.
x86-64 & ARM64 Calling Conventions Demystified Read Post »
Learn Windows assembly programming for x64 and ARM64. Build Hello World using both Kernel32 APIs and direct syscalls with MASM (ml64.exe) and armasm64.exe toolchains.
Assembly Hello World: Windows Edition (x64 & ARM64) Read Post »
Set up the Windows native assembly toolchain with Visual Studio. Learn ml64.exe (MASM) for x64 and armasm64.exe for ARM64, plus key syntax differences from GNU tools.
Windows Assembly Toolchain: The Native MASM Guide Read Post »
Master assembly syscalls across Linux & macOS for x86-64 and ARM64 architectures. This comprehensive assembly syscall tutorial provides working code examples for write and exit syscalls.
Assembly Hello World: A Cross-Platform Syscall Deep Dive Read Post »
