A modern approach to low-level Linux programming. This repository focuses on pure assembly and GPU acceleration using the native GNU toolchain.
- x86_64: Current implementation.
- ARM / RISC-V: Planned support for a truly multi-architectural codebase.
This project has been rebuilt to remove heavy framework dependencies and external runtimes. It relies exclusively on native, low-overhead tools:
- Assembler:
as(The GNU Assembler) - Linker:
ld(The GNU Linker) - GPU Architecture:
nvcc(NVIDIA CUDA / PTX) - Build Automation: GNU Make (leveraging direct toolchain control without hidden abstraction layers)
The build infrastructure relies entirely on standard Makefiles. By bypassing complex meta-build systems (like CMake or Meson), the project remains lightweight and free of external runtime dependencies (such as Python):
- Deterministic Builds: Direct control over compiler, assembler, and linker flags.
- Zero Dependencies: No requirement for high-level language interpreters or package managers in the build environment.
- Strict Architecture Isolation: Clean separation of cross-compilation flags for multi-arch targets.
Direct conversions of C header files mapped for the GNU Assembler.
Note: These includes are provided for low-level system mapping. While functional, they are updated and tested incrementally based on project requirements.
Contains examples from the original linuxnasm.be collection, ported for the GNU toolchain and optimized for the new build flow.
To compile the architecture layers or run the verification targets, use the standard GNU Make toolchain:
# Compile the static/shared library targets
make
# Run the ABI compliance and integration tests
make test
# Clean the build artifacts
make clean