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jOOQ Masterclass

You're reading from   jOOQ Masterclass A practical guide for Java developers to write SQL queries for complex database interactions

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Product type Paperback
Published in Aug 2022
Publisher Packt
ISBN-13 9781800566897
Length 764 pages
Edition 1st Edition
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Author (1):
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Anghel Leonard Anghel Leonard
Author Profile Icon Anghel Leonard
Anghel Leonard
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Toc

Table of Contents (26) Chapters Close

Preface 1. Part 1: jOOQ as a Query Builder, SQL Executor, and Code Generator
2. Chapter 1: Starting jOOQ and Spring Boot FREE CHAPTER 3. Chapter 2: Customizing the jOOQ Level of Involvement 4. Part 2: jOOQ and Queries
5. Chapter 3: jOOQ Core Concepts 6. Chapter 4: Building a DAO Layer (Evolving the Generated DAO Layer) 7. Chapter 5: Tackling Different Kinds of SELECT, INSERT, UPDATE, DELETE, and MERGE 8. Chapter 6: Tackling Different Kinds of JOINs 9. Chapter 7: Types, Converters, and Bindings 10. Chapter 8: Fetching and Mapping 11. Part 3: jOOQ and More Queries
12. Chapter 9: CRUD, Transactions, and Locking 13. Chapter 10: Exporting, Batching, Bulking, and Loading 14. Chapter 11: jOOQ Keys 15. Chapter 12: Pagination and Dynamic Queries 16. Part 4: jOOQ and Advanced SQL
17. Chapter 13: Exploiting SQL Functions 18. Chapter 14: Derived Tables, CTEs, and Views 19. Chapter 15: Calling and Creating Stored Functions and Procedures 20. Chapter 16: Tackling Aliases and SQL Templating 21. Chapter 17: Multitenancy in jOOQ 22. Part 5: Fine-tuning jOOQ, Logging, and Testing
23. Chapter 18: jOOQ SPI (Providers and Listeners) 24. Chapter 19: Logging and Testing 25. Other Books You May Enjoy

Handling views in jOOQ

The last section of this chapter is reserved for database views.

A view acts as an actual physical table that can be invoked by name. They fit well for reporting tasks or integration with third-party tools that need a guided query API. By default, the database vendor decides to materialize the results of the view or to rely on other mechanisms to get the same effect. Most vendors (hopefully) don't default to materializing views! Views should behave just like CTE or derived tables and should be transparent to the optimizer. In most cases (in Oracle), we would expect a view to be inlined, even when selected several times, because each time, a different predicate might be pushed down into the view. Actual materialized views are supported only by a few vendors, while the optimizer can decide to materialize the view contents when a view is queried several times. The view's definition is stored in the schema tables so it can be invoked by name wherever...

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