Book Image

JBoss: Developer's Guide

By : Elvadas Nono Woguia
Book Image

JBoss: Developer's Guide

By: Elvadas Nono Woguia

Overview of this book

Have you often wondered what is the best JBoss product to solve a specific problem? Do you want to get started with a specific JBoss product and know how to integrate different JBoss products in your IT Systems? Then this is the book for you. Through hands-on examples from the business world, this guide presents details on the major products and how you can build your own Enterprise services around the JBoss ecosystem. Starting with an introduction to the JBoss ecosystem, you will gradually move on to developing and deploying clustered application on JBoss Application Server, and setting up high availability using undertow or HA proxy loadbalancers. As you are moving to a micro service archicture, you will be taught how to package existing Java EE applications as micro service using Swarm or create your new micro services from scratch by coupling most popular Java EE frameworks like JPA, CDI with Undertow handlers. Next, you will install and configure JBoss Data grid in development and production environments, develop cache based applications and aggregate various data source in JBoss data virtualization. You will learn to build, deploy, and monitor integration scenarios using JBoss Fuse and run both producers/consumers applications relying on JBoss AMQ. Finally, you will learn to develop and run business workflows and make better decisions in your applications using Drools and Jboss BPM Suite Platform.
Table of Contents (10 chapters)

JBoss AMQ architecture and installation

Based on upstream Apache ActiveMQ, Apache ActiveMQ Artemis, and Apache Qpid community projects, JBoss AMQ7 is a lightweight standards-based open source messaging platform designed to enable real-time communication between different applications, components, services, devices, and the Internet of Things (IoT).

JBoss AMQ architecture

JBoss AMQ is an integration technology to loosely couple distributed systems together; it is based on an asynchronous message-passing pattern and can be used in the following contexts:

  • Asynchronously connecting distributed systems
  • Connecting heterogeneous components built with different languages
  • Connecting devices to backend systems
  • Supporting IoT and M2M...