RabbitMQ in Depth

List of Figures

Chapter 1. Foundational RabbitMQ

Figure 1.1. RabbitMQ clusters use the native Erlang inter-process communication mechanism in the VM for cross-node communication, sharing state information and allowing for messages to be published and consumed across the entire cluster.

Figure 1.2. Before: once a user has logged in, each database is updated with a timestamp sequentially and dependently. The more tables you add, the longer this takes.

Figure 1.3. After: using RabbitMQ, loosely coupled data is published to each database asynchronously and independently, allowing the login application to proceed without waiting on any database writes.

Figure 1.4. When communicating with a database, a tightly coupled application must wait for the ...