me-no-dev/ESPAsyncWebServerArchived
ESPAsyncWebServer
ESPAsyncWebServer es un servidor web asíncrono diseñado para microcontroladores ESP32 y ESP8266. Permite a estos dispositivos alojar sitios web y API para proporcionar interfaces de dispositivos integrados para el control de hardware y la visualización de datos.
El servidor utiliza manejo HTTP no bloqueante para procesar múltiples conexiones de red concurrentes. Esto permite al dispositivo gestionar solicitudes web sin pausar otras tareas en segundo plano o lecturas de sensores.
La implementación se basa en operaciones de socket asíncronas, manejo de solicitudes de bucle de eventos y análisis de flujo basado en búfer. Se integra directamente con la capa de red a través de la integración de callbacks de la pila TCP y callbacks de manejadores asíncronos.
Features
- Asynchronous HTTP Servers - Provides an asynchronous HTTP server for microcontrollers that handles multiple concurrent connections without blocking execution.
- Embedded Configuration Interfaces - Enables the creation of web-based configuration interfaces and control panels that run directly on embedded hardware.
- ESP32 Web Servers - Facilitates the development of websites and APIs that run directly on ESP32 microcontrollers to control hardware.
- ESP8266 Web Servers - Allows the creation of network-connected ESP8266 devices that can be managed via a web browser.
- Non-Blocking Socket I/O - Implements asynchronous socket operations to send and receive data without waiting for network acknowledgments.
- Non-Blocking Event Loops - Uses a non-blocking event loop to manage multiple concurrent HTTP connections without stalling the main CPU.
- HTTP Stream Parsing - Provides buffer-based parsing of incoming HTTP streams to prevent blocking the microcontroller during slow data transmissions.
- Network Layer Callbacks - Hooks directly into the TCP stack to trigger request handlers only when data is fully available in the buffer.
- Asynchronous Network Callbacks - Implements asynchronous callbacks that trigger user functions in response to network I/O events without blocking system tasks.
- HTTP Request Handling - Provides non-blocking HTTP request handling to ensure sensor readings and background tasks continue during web traffic.
