swooletw/laravel-swooleArchived
Laravel Swoole
Este proyecto es un servidor de aplicaciones PHP basado en eventos y un puente de servidor HTTP que permite que las aplicaciones Laravel se ejecuten en un motor persistente. Al mantener la aplicación en memoria, elimina la sobrecarga de arranque típicamente requerida para cada solicitud individual para aumentar la velocidad de las mismas.
El servidor incluye un sandbox de estado de la aplicación que aísla el contenedor de la aplicación entre solicitudes para evitar fugas de datos y contaminación de estado. También cuenta con un almacén de datos de memoria compartida para recuperar información a través de múltiples procesos de trabajo y proporciona una implementación de servidor WebSocket para una comunicación persistente y bidireccional.
El sistema soporta operaciones de base de datos no bloqueantes y drivers de E/S asíncronos para manejar múltiples solicitudes simultáneas. Para el desarrollo, incluye un flujo de trabajo de recarga en caliente (hot-reload) que reinicia automáticamente el servidor al detectar cambios en el código fuente.
Features
- High-Performance Framework Hosting - Provides a high-performance, persistent event-driven engine specifically for running Laravel applications.
- High-Performance HTTP Servers - Implements a high-performance HTTP server that eliminates boot overhead by keeping the application in memory.
- Asynchronous Database Drivers - Uses non-blocking database drivers to execute queries asynchronously and handle high concurrency.
- Event-Driven Runtimes - Provides an event-driven server engine to process requests significantly faster than traditional PHP process managers.
- Persistent Application Runtimes - Eliminates framework boot overhead by keeping the application loaded in memory across requests.
- Asynchronous PHP Servers - Provides an asynchronous PHP server engine using event loops and non-blocking I/O for high concurrency.
- Container State Resets - Resets the application container between requests to prevent cross-user data leakage.
- Request State Sandboxes - Isolates the application container between requests to prevent state pollution.
- Request-Level State Sandboxes - Isolates the application container between requests to prevent data leakage and state contamination.
- Application Isolation - Sandboxes the application container to ensure environment isolation between individual requests.
- Non-blocking I/O - Employs non-blocking I/O to handle multiple concurrent database and network operations without stalling the system.
- In-Memory Worker Runtimes - Keeps the Laravel application bootloaded in memory across requests to eliminate environment bootstrap overhead.
- Real-Time WebSocket Servers - Implements a real-time WebSocket server for persistent bidirectional communication with clients.
- Worker Process Shared Memory - Provides high-speed information sharing between separate worker processes using memory-mapped tables.
- In-Memory Data Stores - Implements a shared memory data store for high-performance information retrieval across worker processes.
- Websocket Connection Managers - Maintains persistent WebSocket connections for real-time, bidirectional communication with clients.
- Cross-Process State Sharing - Enables data access across multiple worker processes using shared memory mechanisms.
- Real-Time Communication - Provides a persistent WebSocket server implementation for real-time bidirectional communication and live updates.
