explaingit

qinguoyi/tinywebserver

19,505C++Audience · developerComplexity · 3/5StaleLicenseSetup · hard

TLDR

A lightweight C++ web server for Linux that teaches how real servers handle connections, threading, and databases through runnable code.

Mindmap

mindmap
  root((repo))
    What it does
      HTTP GET POST requests
      Thread pool concurrency
      MySQL authentication
      File serving
    How it works
      State machine parser
      Epoll monitoring
      Reactor Proactor patterns
      Connection pooling
    Use cases
      Learn network programming
      Study server architecture
      Understand threading
      Practice C++ systems
    Tech stack
      C++ Linux MySQL
      Epoll sockets
      Thread pools
    Performance
      10000 concurrent connections
      Stress tested Webbench

Things people build with this

USE CASE 1

Learn how web servers handle multiple concurrent connections using thread pools and epoll.

USE CASE 2

Study practical examples of Reactor and Proactor concurrency patterns in C++.

USE CASE 3

Build a database-backed authentication system with user registration and login.

USE CASE 4

Understand HTTP request parsing, logging systems, and connection lifecycle management.

Tech stack

C++C++11LinuxMySQLepollpthreads

Getting it running

Difficulty · hard Time to first run · 1h+

Requires C++ compilation, MySQL setup, and Linux environment; multiple moving parts (server, threading, DB connection).

Use freely for any purpose including commercial. Keep the notice and disclose changes to the patent grant.

In plain English

TinyWebServer is a lightweight web server written in C++ for Linux, designed as a learning resource for beginners getting started with network programming. It solves the problem of understanding how a real web server works under the hood, something textbooks explain in theory but rarely show in practice. The server handles HTTP GET and POST requests using a state machine parser to decode incoming messages. To serve many users at once without slowing down, it uses a thread pool (a group of pre-created worker threads) combined with non-blocking sockets and epoll, a Linux feature that efficiently monitors thousands of simultaneous connections. It supports both Reactor and Proactor concurrency patterns, which are different strategies for deciding who does the I/O work. User registration and login are backed by a MySQL database, and the server can also serve image and video files. A built-in logging system records server activity in either synchronous or asynchronous mode. Under stress testing with a tool called Webbench, it handled over 10,000 concurrent connections. You would use this project if you are a C++ student or junior developer who wants a concrete, runnable example of how servers manage connections, thread pools, timers for idle connections, and database-backed authentication, all in one place. The tech stack is C++ (with a C++11 variant available), Linux, MySQL, and epoll.

Copy-paste prompts

Prompt 1
Show me how TinyWebServer uses epoll and thread pools to handle 10,000 concurrent connections without blocking.
Prompt 2
Explain the state machine parser in TinyWebServer that decodes HTTP GET and POST requests.
Prompt 3
How does TinyWebServer implement both Reactor and Proactor patterns? Show code examples.
Prompt 4
Walk me through the MySQL integration in TinyWebServer for user registration and login.
Prompt 5
How do I compile and run TinyWebServer on Linux, then test it with Webbench?
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Generated 2026-05-18 · Model: sonnet-4-6 · Verify against the repo before relying on details.