Jakarta Transaction (formerly JTA) is an API that enables distributed transactions over the Jakarta EE environment. It is most powerful when you delegate transaction management to the server.
This recipe will show you how to do this!
- Title Page
- Copyright and Credits
- Dedication
- About Packt
- Foreword
- Contributors
- Preface
- New Features and Improvements
- Running your first Jakarta Bean Validation 2.0 code
- Running your first Jakarta CDI 2.0 code
- Running your first JAX-RS 2.1 code
- Running your first JSF 2.3 code 
- Running your first JSON-P 1.1 code 
- Running your first JSON-B 1.0 code 
- Running your first Jakarta Servlet 4.0 code 
- Running your first Jakarta Security code 
- Running your first MVC 1.0 code 
- Server-Side Development
- Using Jakarta CDI to inject context and dependencies
- Using Jakarta Bean Validation for data validation
- Using Jakarta Servlet for request and response management
- Using Server Push to make objects available beforehand
- Using EJB and JTA for transaction management
- Using EJB to deal with concurrency
- Using JPA for smart data persistence
- Using EJB and JPA for data caching
- Using Jakarta Batch processing
- Building Powerful Services with JSON and RESTful Features
- Web and Client-Server Communication
- Security of the Enterprise Architecture
- Reducing Coding Effort by Relying on Standards
- Deploying and Managing Applications on Major Jakarta EE Servers
- Building Lightweight Solutions Using Microservices
- Building microservices from a monolith
- Building decoupled services
- Building an automated pipeline for microservices
- Determining the state of a microservice by using the MicroProfile Health Check API
- Generating and/or monitoring metrics with the MicroProfile Metrics API
- Exposing API documentation using the MicroProfile OpenAPI
- Using Multithreading on Enterprise Context
- Using Event-Driven Programming to Build Reactive Applications
- Building reactive applications using asynchronous servlets
- Building reactive applications using events and observers
- Building reactive applications using WebSocket
- Building reactive applications using message-driven beans
- Building reactive applications using Jakarta RESTful Web Services
- Building reactive applications using asynchronous session beans
- Using lambdas and CompletableFuture to improve reactive applications
- Rising to the Cloud - Jakarta EE, Containers, and Cloud Computing
- Appendix - The Power of Sharing Knowledge
- Other Books You May Enjoy
Using EJB and JTA for transaction management
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