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Java EE

Java

Java EE

Java EE: Building Enterprise Applications with Java

Java EE

Java EE, now known as Jakarta EE, is a set of specifications that extend the Java Platform, Enterprise Edition, providing a robust, adaptable foundation for building large-scale, multi-tiered, distributed applications. It encompasses a wide range of APIs and services, including servlets, JavaServer Pages (JSP), Enterprise JavaBeans (EJB), and more, ensuring streamlined development of enterprise-level applications. Java EE promotes a modular architecture, enabling developers to create scalable, secure applications that can run on various servers with support for transaction management, security, and resource management. By employing a set of proven design patterns and best practices, it simplifies the development process while ensuring compliance with standards across different implementations, thus fostering interoperability and reducing vendor lock-in.

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1 - Introduction to Java EE: Understanding the basics of Java EE, its significance in enterprise application development, and its architecture components.

2) Java EE Architecture: Explanation of the layered architecture, including presentation layer (servlets, JSP), business layer (EJB, CDI), and data layer (JPA).

3) Enterprise JavaBeans (EJB): Overview of EJB as a component architecture for developing scalable, reliable, and transactional enterprise applications.

4) JavaServer Pages (JSP): Introduction to JSP for creating dynamic web content, separating business logic from presentation layers.

5) Servlets: Understanding servlets, their lifecycle, and how they handle client requests and generate dynamic responses.

6) Context and Dependency Injection (CDI): Overview of CDI for dependency management, bean lifecycle management, and enabling loose coupling.

7) Java Persistence API (JPA): Introduction to JPA for object relational mapping, managing database interactions, and working with entities.

8) RESTful Web Services: Understanding how to create and consume RESTful services using JAX RS, and designing APIs for the web.

9) Java Naming and Directory Interface (JNDI): Explanation of JNDI for resource lookup, accessing databases and other services in Java EE applications.

10) Java Message Service (JMS): Overview of messaging between applications with JMS, focusing on publish/subscribe and point to point models.

11) Transactions Management: Understanding the concepts of transactions in Java EE, including local and global transactions, and the role of the Java Transaction API (JTA).

12) Security in Java EE: Overview of Java EE security features, including authentication, authorization, roles, and securing applications.

13) Java EE Batch Processing: Introduction to the Batch API for batch processing applications, including job control, chunk processing, and workload management.

14) Microservices with Java EE: Exploring the shift from monolithic to microservices architecture using Java EE and other related technologies such as MicroProfile.

15) Testing Java EE Applications: Overview of testing strategies and tools for Java EE applications, including unit testing, integration testing, and using frameworks like JUnit and Arquillian.

16) Deployment and Configuration: Understanding the deployment process of Java EE applications on various servers (like WildFly, Glassfish) and configuration management.

17) Best Practices and Design Patterns: Discussion on the best practices in Java EE development, design patterns specific to enterprise applications, and improving code maintainability and efficiency.

18) Real world Project Development: Hands on project experience where students apply what they have learned to create a complete Java EE application, covering all aspects from development to deployment.

19) Continuous Integration/Continuous Deployment (CI/CD): Introduction to CI/CD concepts and tools that facilitate the automated building, testing, and deployment of Java EE applications.

20) Future Trends in Java EE: Discussion on the evolution of Java EE to Jakarta EE, the impact of cloud native development, and emerging technologies in enterprise application development.

This program aims to equip students with a comprehensive understanding of Java EE, preparing them for real world enterprise application development. Each point could lead to a dedicated session or module, allowing for an in depth exploration of the subject.

 

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