relatedcode/Messenger
Messenger
Messenger est un système de messagerie asynchrone et une couche de communication pilotée par les événements, conçue pour échanger des événements entre des composants découplés. Il fonctionne comme un outil de communication inter-processus qui supprime les dépendances directes entre les services en routant les messages via une couche middleware.
Le système implémente un modèle de messagerie pub-sub où les composants s'abonnent à des types d'événements spécifiques et reçoivent des notifications lorsque ces événements sont déclenchés. Il utilise un répartiteur central pour router les événements asynchrones des producteurs vers les abonnés enregistrés.
Le projet fournit des capacités d'orchestration de systèmes distribués et de communication de services découplés. Cela inclut l'utilisation d'une file d'attente d'événements asynchrones pour mettre en tampon les messages sortants en vue d'un traitement séquentiel, et un bus de messages piloté par les événements pour gérer le flux de données à travers des composants logiciels indépendants.
Features
- Pub-Sub Systems - Implements a pub-sub messaging system where components subscribe to specific event types for decoupled communication.
- Message Bus Systems - Provides an architectural framework for decoupled communication between software components using an asynchronous message bus.
- Inter-Process Communication Layers - Provides a middleware layer for asynchronous data exchange between separate software processes and independent services.
- Decoupled Communication Services - Reduces tight coupling between application components using an intermediary messaging layer for data exchange.
- Messaging Systems - Functions as a platform for asynchronous communication and message queuing between decoupled services.
- Typed Topic Pub-Sub - Provides a pub-sub mechanism allowing components to subscribe to specific event types and receive notifications.
- Centralized Dispatchers - Utilizes a central dispatcher to route asynchronous events from producers to registered subscribers.
- Asynchronous Message Production - Enables non-blocking transmission of events between decoupled components using a messaging system.
- Asynchronous Event Queueing - Implements a temporary buffer to process outgoing messages sequentially without blocking the main execution thread.
- Event Bus Architectures - Implements a system for asynchronous message passing and event-driven communication via a central dispatcher.
- Event-Driven Architectures - Manages communication between independent components using events to trigger actions across the system.
- Event Middleware - Acts as a middleware layer that orchestrates data flow and triggers actions via asynchronous message passing.
- Event Messaging Systems - Provides a framework for decoupling components through asynchronous event distribution and subscriber management.
- Event Queues - Buffers outgoing messages in a temporary store for sequential processing to prevent blocking the execution thread.
- Inter-Process Communication - Facilitates asynchronous data exchange and synchronization between separate software processes.
- Pub/Sub Event Distribution - Implements the pub-sub pattern to broadcast events to multiple subscribers for decoupled processing.
- Event-Based Orchestration - Coordinates tasks and data flow across multiple services without requiring direct service-to-service calls.
- Messaging Interfaces - Facilitates interaction between services using shared messaging interfaces to remove direct class imports.
- Shared Message Contracts - Uses shared messaging contracts to enable interaction between services without requiring direct compile-time dependencies.
- Communication and Community - Messaging platform for real-time communication.
- Communication Apps - Full-featured chat app with audio and video support.
