SoundFlow is a comprehensive .NET audio framework providing cross-platform audio processing, synthesis, MIDI handling, and security features. It features a modular architecture with components, modifiers, and analyzers that can be chained together to build audio applications. The framework supports audio playback/recording, real-time effects, MIDI sequencing, audio analysis, encryption, watermarking, and fingerprinting. It includes extensive platform-specific native libraries (MiniAudio, FFmpeg, PortMidi, WebRTC APM) built for Windows, Linux, macOS, iOS, Android, and FreeBSD. The repository includes numerous sample applications demonstrating various capabilities, from simple playback to complex security-enabled audio processing.
This repository is a comprehensive educational reference and cheat sheet for 42 School's C programming curriculum. It contains extensive documentation covering C basics, common mistakes, clean coding practices, development tools, curated learning resources, and tutorials on optimization, graphics, and security. The repository also includes a collection of standalone C/C++ code examples demonstrating various programming techniques (SIMD vectorization, multithreading, bit manipulation, socket programming) and a set of remote coding challenges with automated testing. While not a deployable application, it serves as a valuable learning resource and provides reusable code snippets, particularly the SIMD abstraction header for fast word/line counting.
This repository provides a header-only library, NEON_2_SSE.h, that enables porting of ARM NEON intrinsics code to x86 platforms by mapping ARM NEON intrinsics to equivalent x86 SIMD intrinsics (SSE, AVX2, etc.). The library is designed to be used as a drop-in replacement for arm_neon.h when compiling for x86, allowing developers to write SIMD code using NEON intrinsics that can be compiled on both ARM and x86 without modification. The project includes a CMake-based build system for installation and packaging, and the header is self-contained, requiring only the target platform's compiler intrinsics headers. The codebase appears to be stale, with the latest copyright dates in the provided files (LICENSE, CMakeLists.txt) indicating updates up to 2020. The provided last commit date (2026-04-28) is invalid (future date), suggesting a data error, but the file copyrights imply no recent activity. The library focuses on compatibility up to AVX2 and does not show signs of technical drift, as it relies on stable compiler intrinsics interfaces. The primary value lies in the NEON_2_SSE.h header, which implements a non-trivial mapping between SIMD architectures.