Azure/DotNetty
DotNetty
DotNetty est un framework réseau asynchrone et une bibliothèque de mise en réseau pilotée par les événements pour .NET. C'est un portage de l'architecture Netty conçu pour construire des serveurs et des clients de protocole haute performance.
Le framework permet le développement d'applications réseau gérant des connexions concurrentes et le streaming de données à haut débit sans bloquer les threads d'exécution. Il supporte l'implémentation de protocoles réseau personnalisés via des règles d'encodage et de décodage définies.
La bibliothèque utilise un modèle de traitement basé sur des pipelines et des E/S non bloquantes pour gérer le trafic réseau. Son architecture intègre un modèle piloté par boucle d'événements, un pattern reactor pour la répartition des requêtes, et un système de buffer personnalisé avec comptage de références pour gérer la mémoire.
Features
- Asynchronous Network Frameworks - Serves as an asynchronous network framework for building event-driven protocol servers and clients.
- Asynchronous Network Servers - Provides the foundational capability to build high-performance asynchronous network servers and clients.
- Custom Protocol Implementations - Supports the implementation of custom network protocols through defined encoding and decoding rules.
- Event-Driven Networking - Implements an event-driven networking runtime model for handling concurrent connections using non-blocking IO.
- Reactor Patterns - Implements the reactor pattern to decouple event demultiplexing from the service request handling logic.
- DotNetty Framework - Provides a .NET port of the Netty architecture for building high-performance asynchronous protocol servers and clients.
- Event Loops - Employs an event-loop execution model to manage concurrent client connections efficiently.
- Handler Interceptor Pipelines - Uses a channel pipeline of interceptors to transform and filter network data in a sequence of handlers.
- Non-blocking IO Architectures - Implements a non-blocking IO architecture to handle concurrent network operations without thread contention.
- Asynchronous Network Programming - Enables high-performance network programming by handling simultaneous connections via event loops.
- High-Throughput Data Streaming - Manages high-throughput data streaming across networks with minimal overhead and high concurrency.
- Asynchronous Future APIs - Offers an asynchronous API using futures to track the completion of network operations.
- Event-Driven Server Frameworks - Provides an event-driven server framework to maximize hardware resource usage for scalable network services.
- Reference-Counted Memory Blocks - Provides a custom buffer system using reference-counted memory blocks to reduce garbage collection overhead.
- Application Frameworks - Event-driven asynchronous network application framework.
- Network Communication Libraries - Event-driven asynchronous network application framework for .NET.
- Network Frameworks - Port of a high-performance event-driven network application framework.
- Network Libraries - C# port of the popular asynchronous network framework.
