A lightweight HTTP server for building web applications in Lua with an easy API and native plugin support.
Pegasus.lua is an HTTP server built for creating web applications in the Lua programming language. It handles HTTP requests and responses, allowing developers to build servers, APIs, and dynamic websites using Lua's lightweight and embeddable nature. It solves the need for a dedicated, easy-to-use web server in the Lua ecosystem.
Lua developers who want to build web applications, APIs, or services without relying on external server software. It's also suitable for those embedding web capabilities into Lua-based projects or tools.
Developers choose Pegasus.lua for its simplicity, native Lua integration, and extensible plugin system. It offers a lightweight alternative to heavier web servers, with built-in features like streaming and compression, making it efficient for Lua-focused web development.
:rocket: Pegasus.lua is an http server to work with web applications written in Lua language.
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Explicitly supports Linux, macOS, and Windows systems, making it easy to deploy web applications across different operating environments without modifications.
The API offers intuitive methods like 'request.post()' and 'response.write()' for handling HTTP basics, as shown in the minimal example code for starting a server.
Includes built-in support for chunked responses, useful for real-time data or large files, evidenced by the linked example app_stream.lua.
Comes with native plugins for TLS, file serving, downloads, and gzip compression, allowing easy extension without core changes, as detailed in the plugin examples.
Lacks common web framework components like routing, middleware, or templating engines, requiring developers to implement or find additional plugins for basic functionality.
The Lua web development niche means fewer community contributions, tutorials, and third-party plugins compared to more popular languages, limiting resources for complex projects.
The README covers basics but lacks in-depth guides on error handling, security best practices, or scaling, which could hinder adoption for production use.