Course Overview
In this course, you will learn the fundamentals of how to develop modern cloud-native microservices with Quarkus and MicroProfile.
MicroProfile is a specification for building microservices architecture. MicroProfile was derived from Jakarta EE, formerly Java EE, and thus allows developers to migrate and reuse their existing Java EE code seamlessly in modern microservice applications. It delivers application portability of microservices across multiple MicroProfile vendor frameworks such as Quarkus, Payara Micro, Helidon, Open Liberty, and TomEE.
Get Quarkus: www.quarkus.io
Who should attend
Developers, software architects, and project managers who want to develop modern cloud-native microservices with Quarkus . Also trainers and consultants.
- Java developers
- Software architects
- Project managers
- Java trainers
- Technical consultants and sales engineers
Prerequisites
- Proficiency in using a Java IDE such as Eclipse, IntelliJ, or Netbeans
- Fundamental knowledge in Java
- Proficiency in object-oriented programming
- Experience with Maven
- Experience with Git
Course Objectives
By the end of the course, you should be able to meet the following objectives:
- Design of a cloud-native microservice architecture
- Build microservices with MicroProfile and Quarkus
- Build independent REST services
- Persist data by using Java Persistence API and MicroStream
- Secure your microservices
- Test and check your microservices
- Build and deploy your microservices
Course Content
- Cloud-native microservice architecture
- MicroProfile introduction and overview
- Getting started with Quarkus
- Injecting dependencies into microservices with Contexts and Dependency Injection
- Create a RESTful web service
- Create a REST service with JAX-RS and JSON-B
- Use REST client
- Consume a RESTful web service with JSON-B and JSON-P
- Document and filter RESTful APIs by using OpenAPI
- REactive service: Consume RESTful web services asynchronously
- Configuration
- Static configuration injection using MicroProfile Config
- Fault tolerance
- Observability
- MicroProfile Metrics by using Jaeger and MicroProfile OpenTracing
- MicroProfile Health Check
- Security
- Authentication and authorization
- Control user and role access by using MicroProfile JSON Web Tokens (JWT)
- Validate user input by using bean validation
- Persistence
- Persist data to a database by using Java Persistence API (JPA)
- Caching HTTP session data by using JCache and MicroStream
- Persist data by using MicroStream native object graph persistence
- Testing microservices
- Build and deployment of microservices
- Build native executables by using GraalVM
- Exercises with coding
- Answering your individual questions