cpp

This open-source tutorial 'Build Your Own Redis' teaches you to implement a fully functional Redis server from scratch using C/C++, with in-depth explanations of network programming, data structures, and low-level C, accompanied by code and detailed instructions.

privacy-filter.cpp outperforms the PyTorch implementation by approximately 1.6x to 18x in performance.

A C++ implementation of distilHuBERT with no runtime dependencies, compiled-in weights, dynamic sizing, and on-par performance with ONNX Runtime, designed for easy integration into CMake projects.

Fil-C 0.679 is a new release of a fanatically compatible memory-safe implementation of C and C++ that uses concurrent garbage collection and invisible capabilities to prevent all memory safety errors without escape hatches.

The article delves into the cycle decomposition algorithm used in clang's libcxx for rotation, explaining how it achieves the minimum number of swaps by computing the greatest common divisor (gcd) to determine the number of cycles.

Raymond Chen explores gcc libstdc++'s rotation algorithm for random-access iterators, revealing it is fundamentally the same as the forward-iterator rotation algorithm, just viewed from a different perspective. The post is part of a series comparing rotation implementations across compilers.

Tiny-vLLM is a high-performance LLM inference engine implemented in C++ and CUDA, offering features like continuous batching and PagedAttention, and serves as an educational resource.

This pull request adds tokenizer support for MiniCPM5 to llama.cpp, extending the tool's compatibility with the MiniCPM family of models.

Blog post analyzing and implementing a SIMD-accelerated version of std::copy_if using AVX-512 instructions on AMD Zen 4, with performance analysis and comparisons to compiler auto-vectorization.

Developed a custom C++ inference engine for MiniCPM-V 4.6 on Orange Pi AIPro (Ascend 310B NPU), achieving 2x speedup over stock framework by writing optimized AscendC kernels for matmul and causal-conv1d, reaching 5.90 tokens/s.

Bjarne Stroustrup criticizes AI-generated code, stating it introduces more bugs, bloat, and security holes, and is nearly impossible to validate, with senior developers retiring rather than dealing with it.

OpenMOSS is a standalone C++/GGML port of MOSS-TTS that provides a self-contained binary for text-to-speech and voice cloning, leveraging a Qwen3-8B backbone and 32 RVQ audio codebooks. It includes a CLI for one-shot synthesis and an HTTP server for repeated generations.

Met-Shield is an open-source re-entry simulator that uses a Physics-Informed Neural Network (PINN) to predict thermal gradients on a spacecraft shield, integrated into a C++ WebAssembly engine for real-time browser performance. The project addresses robustness over traditional solvers but faces convergence issues during high heat flux phases.

The article benchmarks the compile-time cost of C++26 reflection for enum-to-string conversion against C++17 libraries and X-macro preprocessor techniques using GCC 16.

This article surveys mechanisms within the LLVM compiler infrastructure designed to prevent dependencies on unspecified behavior, known as Hyrum's Law, to ensure build reproducibility.

F´ (F Prime) is an open-source, component-driven framework developed by NASA/JPL for rapid development and deployment of spaceflight and other embedded software applications, supporting multiple platforms including CubeSats.

llama.cpp is an open-source C/C++ library for efficient LLM inference on local hardware, supporting various quantization methods and multiple backends (CPU, GPU, etc.).