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In this workshop, we will explain what Quarkus is and because the best way to understand Quarkus is to use it, build a set of microservices with it.Īgain, Quarkus is not limited to microservices, but it’s a generally well-understood type of architecture. That does not mean you can’t use Quarkus in other environments, there are no limits, but the principles infused in Quarkus have made containerization of applications more efficient.

Quarkus applications are tailored for the Cloud, containers, and Kubernetes. In practice, Quarkus is a stack to develop distributed systems and modern applications in Java, Kotlin, or Scala. It’s also written: " Supersonic Subatomic Java." This description is somewhat unclear but does an outstanding job at using bankable keywords. If you go to the Quarkus web site, you’ll read that Quarkus is " A Kubernetes Native Java stack tailored for OpenJDK HotSpot & GraalVM, crafted from the best of breed Java libraries and standards." That’s a pretty good question and probably a good start.

Unifying Imperative and Reactive Programming.

Bootstrapping the Statistics REST Endpoint.

Connecting Imperative and Reactive Using an Emitter.

Adding the Reactive Messaging Dependency.

Event-driven and Reactive microservices.

Installing the Fault Tolerance Dependency.

FightService Invoking External Microservices.

Installing the Reactive REST Client Dependency.(optional) Installing the Web Application on Quarkus.Running, Testing and Packaging the Application.Configuring the reactive access to the database.Building a container running a native executable.Installing the PostgreSQL Dependency, Hibernate with Panache and Hibernate Validator.Bootstrapping the Villain REST Endpoint.Creating a classical REST/HTTP Microservice.