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Jakarta EE Application Development

You're reading from   Jakarta EE Application Development Build enterprise applications with Jakarta CDI, RESTful web services, JSON Binding, persistence, and security

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Product type Paperback
Published in Feb 2024
Publisher Packt
ISBN-13 9781835085264
Length 316 pages
Edition 2nd Edition
Languages
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Author (1):
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David R. Heffelfinger David R. Heffelfinger
Author Profile Icon David R. Heffelfinger
David R. Heffelfinger
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Table of Contents (18) Chapters Close

Preface 1. Chapter 1: Introduction to Jakarta EE FREE CHAPTER 2. Chapter 2: Contexts and Dependency Injection 3. Chapter 3: Jakarta RESTful Web Services 4. Chapter 4: JSON Processing and JSON Binding 5. Chapter 5: Microservices Development with Jakarta EE 6. Chapter 6: Jakarta Faces 7. Chapter 7: Additional Jakarta Faces Features 8. Chapter 8: Object Relational Mapping with Jakarta Persistence 9. Chapter 9: WebSockets 10. Chapter 10: Securing Jakarta EE Applications 11. Chapter 11: Servlet Development and Deployment 12. Chapter 12: Jakarta Enterprise Beans 13. Chapter 13: Jakarta Messaging 14. Chapter 14: Web Services with Jakarta XML Web Services 15. Chapter 15: Putting it All Together 16. Index 17. Other Books You May Enjoy

Transactions in enterprise beans

As we mentioned earlier in this chapter, by default, all enterprise bean methods are automatically wrapped in a transaction. This default behavior is known as container-managed transactions, since transactions are managed by the Jakarta EE runtime. Application developers may also choose to manage transactions themselves. This can be accomplished by using bean-managed transactions. Both of these approaches are discussed in the following sections.

Container-managed transactions

Because enterprise bean methods are transactional by default, we run into an interesting dilemma when an enterprise bean method is invoked from client code that is already in a transaction. How should the Jakarta EE runtime behave? Should it suspend the client transaction, execute its method in a new transaction, and then resume the client transaction? Should it not create a new transaction and execute its method as part of the client transaction? Should it throw an exception...

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