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Building Microservices with Micronaut®

You're reading from   Building Microservices with Micronaut® A quick-start guide to building high-performance reactive microservices for Java developers

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Product type Paperback
Published in Sep 2021
Publisher Packt
ISBN-13 9781800564237
Length 362 pages
Edition 1st Edition
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Authors (2):
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Zack Dawood Zack Dawood
Author Profile Icon Zack Dawood
Zack Dawood
Nirmal Singh Nirmal Singh
Author Profile Icon Nirmal Singh
Nirmal Singh
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Table of Contents (20) Chapters Close

Preface 1. Section 1: Core Concepts and Basics
2. Chapter 1: Getting Started with Microservices Using the Micronaut Framework FREE CHAPTER 3. Section 2: Microservices Development
4. Chapter 2: Working on Data Access 5. Chapter 3: Working on RESTful Web Services 6. Chapter 4: Securing the Microservices 7. Chapter 5: Integrating Microservices Using Event-Driven Architecture 8. Section 3: Microservices Testing
9. Chapter 6: Testing Microservices 10. Section 4: Microservices Deployment
11. Chapter 7: Handling Microservice Concerns 12. Chapter 8: Deploying Microservices 13. Section 5: Microservices Maintenance
14. Chapter 9: Distributed Logging, Tracing, and Monitoring 15. Section 6: IoT with Micronaut and Closure
16. Chapter 10: IoT with Micronaut 17. Chapter 11: Building Enterprise-Grade Microservices 18. Assessment 19. Other Books You May Enjoy

Chapter 6: Testing Microservices

In a rather simple definition, software testing is verifying that a produced software application is functioning as expected. Since the early days of programming languages and software development, good precedents have been set to ensure they are functioning as expected. Almost all programming languages (barring some scripting languages) have robust compilers to catch anomalies at compile time. Though compile-time checks are good to start with, they can't verify whether a software application will run just as expected at runtime. For peace of mind, software development teams perform various kinds of testing to verify that a software application will function as expected. And any testing exercise will increase manifold with an increase in the number of distributed components or, put simply, it's rather more easy to test a monolithic application than a distributed one. To save time and decrease the turnaround time to deliver a feature, it&apos...

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