markparticle/WebServer

This is a high-performance C++ HTTP web server designed for delivering static content. It operates as an asynchronous event loop server that combines IO multiplexing with worker thread pools to handle concurrent requests without blocking. The server specializes in TCP connection management, featuring keep-alive sessions, request pipelining, and timer-based timeout tracking for idle sockets. To ensure high throughput, it utilizes double-buffered asynchronous logging and background threads to prevent disk I/O latency from impacting network traffic. The system covers broad capability areas incl

Swoft is a high-performance PHP microservice framework designed to handle concurrent network traffic and asynchronous tasks using coroutines. It provides a foundation for building scalable backend services through a coroutine-driven runtime and high-performance servers supporting HTTP, WebSocket, RPC, and TCP protocols. The framework distinguishes itself through a set of governance and optimization tools, including a distributed service coordination system for registration, discovery, and circuit breaking. It also features a connection pool manager for reusable database and network sockets an

TinyWebServer is a lightweight HTTP web server written in C++ for Linux. It is designed to handle HTTP requests and serve static content using low-level Linux system calls for network connection management. The server utilizes a state machine to parse GET and POST data from network sockets. It incorporates a MySQL database connection pool to manage reusable links and reduce the overhead of opening and closing sessions. The project covers static media streaming for images and video files, user authentication workflows for registration and login, and system activity logging via both synchronou

Proxygen is a collection of C++ libraries for building high-performance HTTP servers and clients. It provides a protocol parser that converts raw network bytes into high-level transaction objects and includes a network stack for processing web traffic over the QUIC transport protocol. The project implements a layered protocol abstraction and a QUIC-based transport integration to support multiple versions of the HTTP standard, including HTTP/3. It utilizes state-machine based parsing and an event-driven I/O loop to manage concurrent network connections. The library covers asynchronous buffer