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Hands-On High Performance with Spring 5

You're reading from   Hands-On High Performance with Spring 5 Techniques for scaling and optimizing Spring and Spring Boot applications

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Product type Paperback
Published in Jun 2018
Publisher Packt
ISBN-13 9781788838382
Length 408 pages
Edition 1st Edition
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Authors (5):
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Subhash Shah Subhash Shah
Author Profile Icon Subhash Shah
Subhash Shah
Chintan Mehta Chintan Mehta
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Chintan Mehta
Dinesh Radadiya Dinesh Radadiya
Author Profile Icon Dinesh Radadiya
Dinesh Radadiya
Pritesh Shah Pritesh Shah
Author Profile Icon Pritesh Shah
Pritesh Shah
Prashant Goswami Prashant Goswami
Author Profile Icon Prashant Goswami
Prashant Goswami
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Table of Contents (14) Chapters Close

Preface 1. Exploring Spring Concepts FREE CHAPTER 2. Spring Best Practices and Bean Wiring Configurations 3. Tuning Aspect-Oriented Programming 4. Spring MVC Optimization 5. Understanding Spring Database Interactions 6. Hibernate Performance Tuning and Caching 7. Optimizing Spring Messaging 8. Multithreading and Concurrent Programming 9. Profiling and Logging 10. Application Performance Optimization 11. Inside JVM 12. Spring Boot Microservice Performance Tuning 13. Other Books You May Enjoy

Optimal isolation levels

As we learned in the previous section, the concept of a transaction is described with ACID. Transaction isolation level is a concept that is not limited to Spring Framework but is applicable to any application that interacts with a database. The isolation level defines how the changes made to some data repository by one transaction affect other concurrent transactions, and also how and when that changed data becomes available to other transactions. In Spring Framework, we define the isolation level of a transaction along with the @Transaction annotation.

The following snippet is an example of how we can define the isolation level in a transactional method:

@Autowired
private AccountDao accountDao;

@Transactional(isolation=Isolation.READ_UNCOMMITTED)
public void someTransactionalMethod(User user) {

// Interact with accountDao

}

In the preceding code, we defined...

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