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Mastering Spring Boot 3.0

You're reading from   Mastering Spring Boot 3.0 A comprehensive guide to building scalable and efficient backend systems with Java and Spring

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Product type Paperback
Published in Jun 2024
Publisher Packt
ISBN-13 9781803230788
Length 256 pages
Edition 1st Edition
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Author (1):
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Ahmet Meric Ahmet Meric
Author Profile Icon Ahmet Meric
Ahmet Meric
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Table of Contents (16) Chapters Close

Preface 1. Part 1: Architectural Foundations
2. Chapter 1: Introduction to Advanced Spring Boot Concepts FREE CHAPTER 3. Part 2: Architectural Patterns and Reactive Programming
4. Chapter 2: Key Architectural Patterns in Microservices – DDD, CQRS, and Event Sourcing 5. Chapter 3: Reactive REST Development and Asynchronous Systems 6. Part 3: Data Management, Testing, and Security
7. Chapter 4: Spring Data: SQL, NoSQL, Cache Abstraction, and Batch Processing 8. Chapter 5: Securing Your Spring Boot Applications 9. Chapter 6: Advanced Testing Strategies 10. Part 4: Deployment, Scalability, and Productivity
11. Chapter 7: Spring Boot 3.0 Features for Containerization and Orchestration 12. Chapter 8: Exploring Event-Driven Systems with Kafka 13. Chapter 9: Enhancing Productivity and Development Simplification 14. Index 15. Other Books You May Enjoy

Introduction to architectural patterns in microservices

Alright, so in this section, we’re going to look at how to implement design patterns into microservices. To really understand this topic, let’s first go over some subheadings to help build up the big picture.

Why do we need an architectural design in the first place?

An architectural pattern is, simply put, a proven balanced solution from experience to tackle some recurring problem in software architecture. These patterns solve issues from hardware limitation to high availability and minimizing business risk.

One significant advantage is that they offer ways of solving software problems since most of the basic architectural design problems have been already tested. They streamline the process through which tightly connected and communicating modules that work together with minimal coupling are created. This also helps to make the overall system easier to understand and maintain by allowing variations in...

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