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Mastering Microservices with Java

Mastering Microservices with Java

By : Sharma
3.3 (3)
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Mastering Microservices with Java

Mastering Microservices with Java

3.3 (3)
By: Sharma

Overview of this book

Microservices are key to designing scalable, easy-to-maintain applications. This latest edition of Mastering Microservices with Java, works on Java 11. It covers a wide range of exciting new developments in the world of microservices, including microservices patterns, interprocess communication with gRPC, and service orchestration. This book will help you understand how to implement microservice-based systems from scratch. You'll start off by understanding the core concepts and framework, before focusing on the high-level design of large software projects. You'll then use Spring Security to secure microservices and test them effectively using REST Java clients and other tools. You will also gain experience of using the Netflix OSS suite, comprising the API Gateway, service discovery and registration, and Circuit Breaker. Additionally, you'll be introduced to the best patterns, practices, and common principles of microservice design that will help you to understand how to troubleshoot and debug the issues faced during development. By the end of this book, you'll have learned how to build smaller, lighter, and faster services that can be implemented easily in a production environment.
Table of Contents (22 chapters)
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1
Section 1: Fundamentals
6
Section 2: Microservice Patterns, Security, and UI
11
Section 3: Inter-Process Communication
15
Section 4: Common Problems and Best Practices

Developing and implementing microservices

We will use the domain-driven implementation and approach we described in the last chapter to implement the microservices using Spring Cloud. Let's revisit the key artifacts:

  • Entities: These are categories of objects that are identifiable and remain the same throughout the states of the product/services. These objects are not defined by their attributes, but by their identities and threads of continuity. Entities have traits such as identity, a thread of continuity, and attributes that do not define their identity.
  • Value objects (VOs): These just have the attributes and no conceptual identity. A best practice is to keep VOs as immutable objects. In the Spring Framework, entities are pure POJOs; therefore, we'll also use them as VOs.
  • Service objects: These are common in technical frameworks. These are also used in the domain...
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