http-rs/tide

Features

• Asynchronous Web Servers - Acts as an asynchronous web server that handles HTTP requests using an event-driven model for high concurrency.
• Web Server Frameworks - Acts as a foundational framework for building high-concurrency asynchronous web servers in Rust.
• Middleware-Based Request Pipelines - Implements a modular chain of pluggable components to process network requests and responses.
• JSON Serialization - Provides utilities for serializing data structures into JSON responses and parsing incoming JSON request bodies.
• Async Event Loop Runtimes - Provides an asynchronous event-driven execution model to handle high-concurrency HTTP connections without blocking the main thread.
• Custom Middleware Implementations - Allows the implementation of custom middleware to intercept request-response cycles for shared logic like authentication.
• Request Middleware - Implements request middleware to process incoming requests and outgoing responses for compression and security.
• HTTP Middleware Pipelines - Implements a pipeline of interceptors that process HTTP requests and responses for shared logic like logging and parsing.
• REST API Frameworks - Offers a framework for defining hierarchical routes and handling serialized data for REST services.
• API Implementations - Provides the necessary tooling to build structured REST endpoints that process JSON payloads.
• Rust Web Frameworks - Enables the development of high-performance web servers and APIs using Rust's asynchronous runtime.
• Global Application State - Maintains a typed global application state shared across request handlers within a server instance.
• Session Data Stores - Manages user sessions by storing and retrieving session data across multiple HTTP requests.
• Real-time Communication Servers - Provides a server implementation capable of handling live messaging and interactive data streams via WebSockets.
• Server-Sent Events - Implements server-sent events for pushing real-time updates to clients over long-lived HTTP connections.
• Identity Authentication - Provides mechanisms for identity verification and access control to secure protected resources.
• Thread-Safe State Containers - Provides a thread-safe container for global application state that is injected into request handlers.
• Trait-Based Request Handlers - Uses Rust traits to define polymorphic interfaces for processing requests and generating HTTP responses.
• Dynamic Template Rendering - Ships capabilities for both serving static local files and rendering dynamic HTML templates.
• Real-Time Communication - Supports real-time bidirectional data exchange through integrated WebSocket and long-lived connection capabilities.
• Hierarchical Routing - Organizes API endpoints in a nested tree structure to share common path prefixes and scoped middleware.
• WebSocket Communication - Integrates WebSocket communication to establish full-duplex, real-time data exchange channels between clients and the server.

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