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Hands-On Software Architecture with Java

You're reading from   Hands-On Software Architecture with Java Learn key architectural techniques and strategies to design efficient and elegant Java applications

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Product type Paperback
Published in Mar 2022
Publisher Packt
ISBN-13 9781800207301
Length 510 pages
Edition 1st Edition
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Author (1):
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Giuseppe Bonocore Giuseppe Bonocore
Author Profile Icon Giuseppe Bonocore
Giuseppe Bonocore
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Table of Contents (20) Chapters Close

Preface 1. Section 1: Fundamentals of Software Architectures
2. Chapter 1: Designing Software Architectures in Java – Methods and Styles FREE CHAPTER 3. Chapter 2: Software Requirements – Collecting, Documenting, Managing 4. Chapter 3: Common Architecture Design Techniques 5. Chapter 4: Best Practices for Design and Development 6. Chapter 5: Exploring the Most Common Development Models 7. Section 2: Software Architecture Patterns
8. Chapter 6: Exploring Essential Java Architectural Patterns 9. Chapter 7: Exploring Middleware and Frameworks 10. Chapter 8: Designing Application Integration and Business Automation 11. Chapter 9: Designing Cloud-Native Architectures 12. Chapter 10: Implementing User Interaction 13. Chapter 11: Dealing with Data 14. Section 3: Architectural Context
15. Chapter 12: Cross-Cutting Concerns 16. Chapter 13: Exploring the Software Life Cycle 17. Chapter 14: Monitoring and Tracing Techniques 18. Chapter 15: What's New in Java? 19. Other Books You May Enjoy

Learning about multi-tier architectures

Multi-tier architectures, also known as n-tier architectures, are a way to categorize software architectures based on the number and kind of tiers (or layers) encompassing the components of such a system. A tier is a logical grouping of the software components, and it's usually also reflected in the physical deployment of the components. One way of designing applications is to define the number of tiers composing them and how they communicate with each other. Then, you can define which component belongs to which tier. The most common types of multi-tier applications are defined in the following list:

  • The simplest (and most useless) examples are single-tier applications, where every component falls into the same layer. So, you have what is called a monolithic application.
  • Things get slightly more interesting in the next iteration, that is, two-tier applications. These are commonly implemented as client-server systems. You will...
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