walkor/workerman

Features

• Event-Driven Networking - Uses a high-performance event-driven runtime model to handle massive volumes of concurrent socket connections.
• High-Concurrency Networking - Provides an event-driven architecture designed to manage massive numbers of simultaneous network connections in PHP.
• Asynchronous Network Frameworks - Serves as a foundational library for building event-driven, high-performance protocol servers and clients in PHP.
• Asynchronous Socket Libraries - An event-driven framework providing non-blocking TCP and UDP socket implementations for building high-concurrency servers in PHP.
• Custom Protocol Implementations - Enables the development of specialized network services using custom frame-based communication protocols.
• Non-Blocking Socket I/O - Implements non-blocking socket I/O to monitor multiple network connections simultaneously without stalling the execution thread.
• Asynchronous TCP Frameworks - Provides a tool for creating non-blocking TCP connections and custom frame-based protocols for high-volume data transmission.
• WebSocket Servers - Provides a dedicated server implementation for handling real-time bidirectional communication using the WebSocket protocol.
• Master-Worker Process Models - Employs a multi-process architecture where a master process monitors worker processes that handle network traffic.
• High-Concurrency Backends - Provides the necessary primitives to build high-concurrency PHP backends capable of managing massive simultaneous connections.
• High-Performance HTTP Servers - Provides a high-performance asynchronous server for processing HTTP requests with low latency and high throughput.
• PHP - Ships a comprehensive library for managing concurrent tasks and shared state via coroutines in the PHP runtime.
• PHP Coroutine Runtimes - Provides a coroutine library that simulates multitasking by pausing and resuming execution paths without blocking.
• Connection Pooling - Maintains a cache of established network connections to eliminate the overhead of repeated TCP handshakes.
• Coroutine Channels - Implements a push-pull channel mechanism to synchronize state and communicate data between asynchronous tasks.
• Asynchronous Outbound Clients - Enables the establishment of non-blocking outbound connections to remote services using TCP and WebSockets.
• Protocol-Agnostic Transport Layers - Provides a transport layer that is independent of the specific message parsing logic, supporting custom protocols like HTTP and WebSocket.
• Asynchronous Flow Coordination - Provides barriers and parallel blocks to coordinate multiple asynchronous operations and ensure completion.
• Non-Blocking Suspension Points - Employs non-blocking suspension points to execute multiple tasks concurrently without stalling the main event loop.
• Channel-Based Concurrency - Utilizes a push-pull channel mechanism for safe data exchange and synchronization between concurrent tasks.
• Traffic Encryption - Implements SSL and encrypted network tunnels to protect data transmitted between the server and its clients.
• Connection Pooling - Maintains a reusable pool of connections to backend services to reduce latency and resource creation overhead.
• Event and Async Programming - Offers an event-driven networking framework.

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