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Microservices with Spring Boot 3 and Spring Cloud, Third Edition - Third Edition

You're reading from  Microservices with Spring Boot 3 and Spring Cloud, Third Edition - Third Edition

Product type Book
Published in Aug 2023
Publisher Packt
ISBN-13 9781805128694
Pages 706 pages
Edition 3rd Edition
Languages
Author (1):
Magnus Larsson Magnus Larsson
Profile icon Magnus Larsson

Table of Contents (26) Chapters

Preface 1. Introduction to Microservices 2. Introduction to Spring Boot 3. Creating a Set of Cooperating Microservices 4. Deploying Our Microservices Using Docker 5. Adding an API Description Using OpenAPI 6. Adding Persistence 7. Developing Reactive Microservices 8. Introduction to Spring Cloud 9. Adding Service Discovery Using Netflix Eureka 10. Using Spring Cloud Gateway to Hide Microservices behind an Edge Server 11. Securing Access to APIs 12. Centralized Configuration 13. Improving Resilience Using Resilience4j 14. Understanding Distributed Tracing 15. Introduction to Kubernetes 16. Deploying Our Microservices to Kubernetes 17. Implementing Kubernetes Features to Simplify the System Landscape 18. Using a Service Mesh to Improve Observability and Management 19. Centralized Logging with the EFK Stack 20. Monitoring Microservices 21. Installation Instructions for macOS 22. Installation Instructions for Microsoft Windows with WSL 2 and Ubuntu 23. Native-Complied Java Microservices 24. Other Books You May Enjoy
25. Index

Docker

I assume that Docker and the concept of containers need no in-depth presentation. Docker made the concept of containers as a lightweight alternative to virtual machines very popular in 2013. A container is actually a process in a Linux host that uses Linux namespaces to provide isolation between different containers, in terms of their use of global system resources such as users, processes, filesystems, and networking. Linux control groups (also known as cgroups) are used to limit the amount of CPU and memory that a container is allowed to consume.Compared to a virtual machine that uses a hypervisor to run a complete copy of an operating system in each virtual machine, the overhead in a container is a fraction of the overhead in a traditional virtual machine. This leads to much faster startup times and significantly lower overhead in terms of CPU and memory usage.The isolation that's provided for a container is, however, not considered to be as secure as the isolation that...

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