testcontainers-spring-boot VS RabbitMQ

For Spring Boot there's a nice wrapper: https://github.com/PlaytikaOSS/testcontainers-spring-boot. (I work for Playtika).

We will use the Playtika testcontainers-springboot library to easily spin up a Redis docker container while running the integration tests locally. This can then be used as our PubSub message broker as we test the functionality of the connection server.

RabbitMQ and Apache Kafka are two popular message queue systems,

Installation: Download and install RabbitMQ from its official website.

Additionally, these applications often interact with message brokers (like Kafka or RabbitMQ), data stores (like databases), and external services (like third-party APIs), necessitating a thorough understanding of specific APIs and SDKs, which adds to the complexity. The need for robust error handling, efficient load balancing, and seamless service discovery further complicates the development process.

Link

6. RabbitMQ

RabbitMQ is an open-source message-broker software that implements the Advanced Message Queuing Protocol (AMQP). It supports various messaging patterns and is known for its reliability and flexibility.

You can also integrate with RabbitMQ, which is an open source message broker for automation purposes. This allows you to set up automated workflows triggered by scan results or schedule them for regular execution. Automated responses can include alerts, notifications, or further actions based on the identified vulnerabilities, ensuring proactive and continuous security.

We can take the previously mentioned idea of partitioning the database further by breaking up an application into multiple applications, each with its own database. In this case each application will communicate with the others via something like REST, RPC (e.g. gRPC), or a message queue (e.g. Redis, Kafka, or RabbitMQ).

Today, I will discuss some things that need to be considered to have a kind of reliable server when using Rabbitmq as a message broker.