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iron/iron

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6,114 stars·395 forks·Rust·MIT·31 views

Iron

Iron is a Rust web framework used for building concurrent web applications and APIs. It functions as a concurrent HTTP server and provides a stateless route dispatcher to map incoming URL paths and globs to specific handler functions.

The project is centered around a middleware-based request pipeline, which allows the request-response cycle to be extended via plugins and modifiers. It utilizes a thread-safe state container to store shared application memory accessible across all concurrent handlers and middleware.

The framework covers broad capability areas including dynamic API routing, static file hosting, and web session state management. It also includes tools for logging HTTP traffic and parsing request bodies and URL parameters.

Features

  • Rust Web Frameworks - Provides a comprehensive toolkit for building scalable web applications and APIs using the Rust programming language.
  • Web Application Development - Provides a comprehensive framework for building full-stack web applications, including routing and state management.
  • Middleware-Based Request Pipelines - Implements a modular chain of pluggable components to intercept and process HTTP requests and responses.
  • Request-Response Logic Extenders - Allows extending the request-response cycle with custom plugins to manipulate data or control execution flow.
  • Concurrent AI Requesting - Uses a server-side thread pool to handle multiple simultaneous HTTP connections and reduce overhead.
  • Thread-Safe State Patterns - Provides a thread-safe synchronized container for sharing application state across concurrent handlers and middleware.
  • Server Thread Pools - Employs a server-side thread pool to distribute concurrent HTTP connections across worker threads.
  • HTTP Request Handling - Processes multiple simultaneous incoming network connections efficiently using a concurrent architecture.
  • Path-Based Handler Routings - Maps client requests to handlers using path patterns, globbing, and named parameters.
  • URL Route Mapping - Mapping incoming URL paths and patterns to specific handler functions to organize complex web service architectures.
  • High-Performance HTTP Servers - Implements a high-performance HTTP server optimized for low-latency and high-throughput concurrent request handling.
  • Concurrent Request Pooling - Processes multiple simultaneous HTTP requests using a concurrent architecture to ensure high scalability.
  • Middleware-Driven Request Processing - Implements chains of logic through middleware to handle cross-cutting concerns like routing and authentication.
  • HTTP Middleware Pipelines - Features a middleware pipeline that intercepts and transforms HTTP requests and responses via pluggable components.
  • Request Routing - Directs incoming network requests to appropriate handler functions based on URL path matching.
  • Pattern-Matching Routers - Maps incoming URL paths and globs to specific handler functions using pattern-matching routing.
  • Pattern-Based Route Mapping - Maps URL paths using parameters and glob patterns to route requests to specific handler functions.
  • Request Interception - Provides pipeline mechanisms to intercept network requests for custom logic, logging, and diagnostics.
  • Shared State Stores - Provides a thread-safe container for storing shared application state accessible across all handlers and middleware.
  • Stateful Session Persistence - Provides persistence layers to maintain user identity and session state across multiple sequential requests.
  • Session State Persistence - Maintains authenticated user identities and application progress across multiple requests via session stores.
  • Lazy Loading - Defers the initialization and execution of request parsing plugins until data is required.
  • Thread-Safe State Containers - Includes a thread-safe state container to store shared application memory accessible across all concurrent handlers.
  • Request Data Accessors - Retrieves and parses specific data from incoming HTTP requests, including headers and body content.
  • Lazy Parsing - Defers the extraction of request bodies and headers until they are explicitly accessed by a handler.
  • Request Body Parsing - Extracts and converts incoming request bodies from formats like JSON or form data into structured types.
  • Stateless Dispatchers - Provides a stateless route dispatcher to map incoming URL paths to specific handler functions.
  • Session State Management - Manages user identity and application data across sequential HTTP requests via state persistence.
  • Static File Hosting - Offers tools for serving static web assets and files from a local file system over HTTP.
  • URL Parameter Extraction - Extracts named parameters from URL paths to be used within middleware or handler functions.
  • Static Asset Serving - Ships capabilities for delivering static files and directory listings directly from the local filesystem to clients.

Star history

Star history chart for iron/ironStar history chart for iron/iron

How this analysis was created: This summary and feature list were written by an AI model that read the project's README and public documentation pages. Each feature links to the documentation it came from; stars, license and language come straight from the GitHub API. The model does not read the source code, and the analysis is refreshed when the project is re-analysed. Learn more on our About page.

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Frequently asked questions

What does iron/iron do?

Iron is a Rust web framework used for building concurrent web applications and APIs. It functions as a concurrent HTTP server and provides a stateless route dispatcher to map incoming URL paths and globs to specific handler functions.

What are the main features of iron/iron?

The main features of iron/iron are: Rust Web Frameworks, Web Application Development, Middleware-Based Request Pipelines, Request-Response Logic Extenders, Concurrent AI Requesting, Thread-Safe State Patterns, Server Thread Pools, HTTP Request Handling.

What are some open-source alternatives to iron/iron?

Open-source alternatives to iron/iron include: oakserver/oak — Oak is a cross-runtime HTTP middleware framework and web server designed to operate across Deno, Node.js, Bun, and… chenshenhai/koa2-note — koa2-note is a project focused on Koa2 web server development and Node.js asynchronous programming. It provides a… h3js/h3 — Hono is a minimal JavaScript HTTP framework designed for building web servers across multiple runtimes, including… vibora-io/vibora — Vibora is an asynchronous Python web framework and built-in HTTP server designed for building high-performance web… http-rs/tide — Tide is an asynchronous web server framework and HTTP toolkit for the Rust programming language. It provides a system… lukeed/polka — Polka is a minimalist Node.js web framework and HTTP routing engine. It provides a small-footprint server…