MassTransit essentially helps developers to route messages over Messaging Service Buses, with support for RabbitMQ.
HTTP and WebSocket: While HTTP is not really a messaging protocol, RabbitMQ can transmit messages over HTTP. MQTT: Binary protocol focusing mainly on Publish/Subscribe scenarios. STOMP: is a text-based messaging protocol. AMQP 0–9–1 is a binary protocol and defines quite strong messaging semantics. AMQP 0–9–1: RabbitMQ was originally developed to AMQP 0–9–1. In case, any of the consumers is offline for some time, messages are still in RabbitMQ waiting for consumers to come online and receives messages. Better user experience due to asynchronous processingĪ simple demonstration of RabbitMQ setup. Extremely lightweight and very easy to deploy. Higher availability and better error handling. There are some reasons why using a queue instead of directly sending data is better, This ensures that our messages (data) are never lost and successfully received by consumers and it supports various messaging protocols. It basically gives your applications a common platform for sending and receiving messages. RabbitMQ is one of the most widely used open-source message Broker services. Queue: Storage where messages are stored. Consumer: An application responsible for messages. Producer: An application responsible for sending messages. The message broker pattern is one of the most useful patterns when it comes to decoupling microservices. Once a message is received by a message broker from the producer, it routes the message to a subscriber. Message Broker's main responsibility is to broker messages between publisher and subscribers. We will be using MassTransit Helpers to publish/receive messages from our RabbitMQ server,īefore going to the topic RabbitMQ, we will see about Message Broker. We will learn how to enable communication between Microservices using RabbitMQ and MassTransit.
In this article, we will see Microservice Communication using RabbitMQ with ASP.NET Core.
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