uNetworking/uWebSockets

Features

• WebSocket Servers - Provides a high-performance server implementation for managing persistent, bidirectional WebSocket communication channels.
• High-Performance Web Services - Provides a high-performance server optimized for high-throughput web requests and real-time communication.
• Thread Scaling - Deploys isolated application instances across multiple threads to maximize multi-core CPU utilization.
• Pub-Sub Messaging - Includes a built-in publish and subscribe mechanism to distribute messages to specific groups of connected clients.
• WebSocket Services - Implements a high-performance framework for real-time bidirectional WebSocket communication.
• Event Loops - Uses an event-loop architecture to distribute network load across multiple CPU cores.
• Encrypted Connection Handlers - Provides a dedicated layer for managing TLS handshakes and securing network communication.
• Network Security - Provides transport-layer security through the implementation of SSL and TLS encryption for network communication.
• TLS/SSL Configurations - Implements an encryption layer using certificates and keys to enforce secure SSL/TLS network communication.
• HTTP Request Handling - Implements a system for mapping URL patterns and HTTP methods to specific handler functions.
• High-Performance HTTP Servers - Builds secure and standards-compliant servers that handle large volumes of HTTP requests and data streams.
• HTTP Servers - Functions as a core server engine that maps URL patterns to handler functions for processing HTTP requests.
• URL Routing - Provides a URL router that recognizes wildcards and parameters to direct traffic to specific handlers.
• Incremental Data Streaming - Processes large data payloads in chunks to minimize memory consumption during high-volume transfers.
• Heartbeat Monitors - Tracks connection health by sending periodic pings and closing unresponsive sockets.
• Backpressure Controllers - Manages the flow of outgoing data using drain events to prevent memory overflow from buffered information.
• Syscall Corking - Optimizes network throughput by grouping multiple outgoing messages into a single system call to minimize kernel transitions.
• Data Compression - Reduces bandwidth usage by employing shared or dedicated compressors for WebSocket payloads.
• Pub-Sub Systems - Includes a built-in pub-sub engine for distributing real-time messages to specific groups of connected clients.
• Syscall Corking - Groups multiple outgoing messages into a single system call to reduce the overhead of frequent kernel transitions.
• Node.js Network Libraries - Interfaces high-performance native C++ networking code with the Node.js runtime environment.
• Connection Health Monitors - Monitors connection health using heartbeat pings and automatically closes sockets that exceed timeout periods.
• Response Streaming - Sends large data payloads incrementally using callbacks to prevent memory spikes.
• Networking - High-performance WebSocket and HTTP server.
• Language Toolkits - Standards-compliant web server for high-demand applications.
• Network Frameworks - High-performance WebSocket and HTTP server implementation.
• 网络库 - Lightweight and scalable WebSocket and HTTP server.
• Web and File Transfer Tools - High-performance WebSocket and HTTP server implementation.
• Real Time Communication - High-performance WebSocket server and client library.

Star 历史