Java EE/Jakarta EE Complete

Seminarziel

The goal of the 5-day Java EE/Jakarta training course is to provide  participants with a comprehensive understanding of the technology and  its various components, as well as the knowledge and skills necessary to  develop and deploy Java EE/Jakarta applications effectively. Through  the course, participants will gain practical experience with using an  IDE, web development using Servlets and JSP, collection frameworks,  persistence with JPA, Lambdas, Reflection API, Annotations, and advanced  topics such as CDI and WebSocket. The aim is to enable participants to  become proficient in Java EE/Jakarta development and produce  high-quality, scalable applications.

Inhalt

•  Introduction to Java EE/Jakarta and IDEs
  • Overview of Java EE/Jakarta
  • The Java EE/Jakarta Architecture
  • Java EE/Jakarta APIs and Technologies
  • Setting up the Development Environment
  • Introduction to IDEs (e.g. Eclipse, IntelliJ IDEA, NetBeans)
  • Creating a Simple Java EE/Jakarta Application in an IDE
• Java EE/Jakarta Web Development and Collection Frameworks
  • Introduction to Servlets and JSP
  • The Model-View-Controller (MVC) Pattern
  • Building Web Applications with Servlets and JSP
  • Handling Forms and User Input
  • Session Management and Security
  • Introduction to Collection Frameworks (e.g. Lists, Sets, Maps)
  • Using Collection Frameworks in Java EE/Jakarta Applications
• Java EE/Jakarta Persistence and Lambdas
  • Introduction to Persistence and ORM
  • The Java Persistence API (JPA)
  • Mapping Entities and Relationships
  • Querying with JPQL
  • Integrating JPA with Web Applications
  • Introduction to Lambdas and Functional Programming in Java
  • Using Lambdas in Java EE/Jakarta Applications
• Java EE/Jakarta Enterprise Services, Reflection API, and Annotations
  • Introduction to Enterprise Services
  • Message-Driven Beans (MDB)
  • Java Messaging Service (JMS)
  • Transactions and Concurrency
  • Integrating Enterprise Services with Web Applications
  • Introduction to the Reflection API
  • Using the Reflection API for Runtime Type Analysis
  • Introduction to Annotations and their uses in Java EE/Jakarta
  • Creating and Using Annotations in Java EE/Jakarta Applications
• Java EE/Jakarta Best Practices and Advanced Topics
  • Best Practices for Java EE/Jakarta Development
  • Testing and Debugging Java EE/Jakarta Applications
  • Performance Tuning and Scalability
  • Advanced Topics in Java EE/Jakarta (e.g. CDI, WebSocket)
  • Building and Deploying Java EE/Jakarta Applications with an IDE
    
    

Optional Topics

• Introduction to JavaFX:
  •  Providing an overview of JavaFX and its features, including UI components, layout management, and event handling.
• Building a JavaFX Application: 
  • Teaching participants how to build a basic JavaFX application using FXML and Scene Builder.
• Multithreading in JavaFX:
  • Covering topics such as concurrency and parallel programming, and teaching participants how to use threads to improve the performance of their JavaFX applications.
• Localization and Internationalization:
  •  Providing an overview of localization and internationalization in Java, including best practices for handling different languages and cultures in JavaFX applications.
• Advanced JavaFX Features: 
  • Covering advanced topics such as animation, multimedia, and 3D graphics in JavaFX.
• Building a Complete JavaFX Application: 
  • Bringing together the concepts and techniques covered in the course to build a complete JavaFX application from scratch.
• Microservices Architecture: 
  • Providing an overview of microservices architecture and how it can be implemented using Java EE/Jakarta technologies.
• DevOps and Continuous Integration/Continuous Deployment (CI/CD):
  •  Covering tools and best practices for automating the deployment process and integrating development and operations teams.
• Cloud Computing: 
  • Teaching participants how to deploy Java EE/Jakarta applications on cloud platforms such as AWS, Azure, or Google Cloud Platform.