Docker Microservice Architecture in Practice

Name: Docker Microservice Architecture in Practice
ISBN: 9787121350337

蒋彪Publishing House of Electronics Industry · ChinaOct 2020

3.1

Word count: 108K words
Chapters: 72
ISBN: 9787121350337

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Summary

Microservices and Docker are two major technology trends in large-scale distributed service architectures in recent years. This book mainly introduces various approaches for small and medium-sized enterprises to flexibly adopt microservices and Docker virtualization during architecture implementation. It covers key topics such as technology selection for microservice architectures, principles of microservice decomposition, methodologies for transitioning traditional applications to microservice architectures, Docker technical principles, Docker cross-host communication options, and integration methods between Docker and DevOps. It also briefly introduces a rapid solution for building a Docker container cloud platform using Rancher, making it highly suitable for cloud computing practitioners to read and learn from.

Editor's review

Docker Microservices Architecture in Action is a practical guide focused on the concrete application of Docker technology in microservice architectures. Drawing on his extensive experience in backend development and architecture, author Jiang Biao closely integrates the complex processes of microservice decomposition, deployment, and operations with Docker containerization technology, providing a complete path from concept to production deployment. Rather than staying at the theoretical level, the book uses numerous production-oriented example codes and architecture diagrams to deeply analyze solutions for core microservice topics—such as service discovery, configuration management, continuous integration, and monitoring and logging—within the Docker ecosystem. Particularly noteworthy is the book's evolutionary explanation of Docker Compose, Swarm, and even Kubernetes, which enables readers to clearly understand the considerations behind technology selection at different stages. For intermediate and senior developers who have mastered basic development skills and are facing system architecture evolution or refactoring challenges, this book offers highly actionable methodologies and toolchain integration ideas, helping readers build modern application systems that are highly cohesive, loosely coupled, and easily scalable.

Who it's for

A good fit for

Engineers with some backend development foundation who wish to transform monolithic applications into microservice architectures
DevOps personnel currently using or planning to use Docker and related ecosystems for service deployment and operations
Technical leads or architects who need a holistic grasp of microservice design, decomposition, governance, and monitoring
Learners with a strong interest in cloud-native and containerization technologies who want to systematically study practical approaches

Not a good fit for

Complete beginners with no programming or server background who want a quick introduction to programming
Entry-level users who only need to learn basic Docker commands and are not concerned with architecture or integration

Reading tips

It is recommended to combine the example code provided in the book with hands-on practice in a local or test environment to understand the role of each component
While reading, focus on the pain points of your own projects and compare and transfer the patterns and solutions in the book
You may supplement with official documentation and community resources to further study more advanced cloud-native technologies such as Service Mesh

About the publisher

Publishing House of Electronics Industry China · Founded in 1982

The Publishing House of Electronics Industry is a comprehensive publisher distinguished by its focus on electronic information and related fields. Judging from the more than 3,000 titles in its catalogue, its publishing covers programming and design, artificial intelligence, computer science, finance and economics, photography, and social sciences, attending both to cutting-edge technology and to general readers. Representative titles include Factor Investing: Methods and Practice, x86 Assembly Language: From Real Mode to Protected Mode, The RISC-V Reader, Artificial Intelligence: Speech Recognition, Understanding and Practice, Phased Array Radar Technology, Radar Target Characteristics, and 100 Go Mistakes and How to Avoid Them, most of which centre on technical methods and engineering practice. Its authors include Shi Chuan, Li Zhong, Wang Xiaobo, David Patterson, Andrew Waterman, and Yu Zihao, among others from China and abroad. Owing to limited public information, no further publishing features are elaborated here.

版权信息
内容简介
推荐序
前言
第一部分 Docker与微服务基础
第1章微服务架构概述
1.1 什么是微服务
1.2 为什么要使用微服务
1.3 微服务架构设计原则
1.4 从单体到微服务
第2章微服务中的技术选型
2.1 服务治理
2.2 服务网关
2.3 服务注册发现
2.4 配置中心
2.5 请求链路追踪
第3章 Serüice Mesh
3.1 初识Serüice Mesh
3.2 Serüice Mesh的发展过程
3.3 主流的Serüice Mesh框架
第4章 Docker技术简介
4.1 Docker是什么
4.2 Docker的作用
4.3 Docker的生态圈
4.4 微服务与Docker
第二部分 Docker架构与生态
第5章 Docker技术架构
5.1 Docker的进程模型
5.2 容器的本质
5.3 Docker容器的运行时模型
第6章 Docker逻辑架构
6.1 Docker Registry的技术选型
6.2 Harbor的部署
第7章 Docker网络架构
7.1 Docker的单机网络模式
7.2 Docker的集群网络模式
第8章 Docker安全架构
8.1 Docker安全问题
8.2 Docker安全措施
第9章 Docker与DeüOps
9.1 DeüOps概要
9.2 Docker容器的代码挂载机制
9.3 Docker与服务发现
9.4 Dockerfile怎么写
9.5 Docker与日志
9.6 Docker与监控
9.7 Docker与CI/CD
9.8 Docker给运维团队带来的挑战
第10章容器编排
10.1 容器编排概述
10.2 容器编排技术选型
10.3 Kubernetes实战
10.4 Docker Swarm实战
第三部分 Docker落地之路
第11章企业级Docker容器云架构
11.1 宏观系统视角下的架构
11.2 容器云平台逻辑架构图
第12章基于Rancher的容器云管理平台
12.1 Rancher概述
12.2 Rancher的安装
12.3 Rancher对IaaS的管理
12.4 Rancher下多租户多环境的管理
12.5 Rancher对SaaS的管理
12.6 Rancher对容器的管理
12.7 Rancher的L2-FLAT网络
12.8 Rancher的服务治理
第13章微服务与Docker化实战
13.1 整体架构鸟瞰
13.2 基于log-pilot的日志收集
13.3 基于Zabbix的容器监控
13.4 简单的DeüOps架构图
13.5 推进方案和成本

FAQ

What prerequisite knowledge does this book require of readers?

Readers should preferably have a Linux foundation, development experience in a backend programming language (such as Java/Go), and a basic understanding of concepts like networking and databases. Preliminary knowledge of microservices and Docker is a plus.

Are the case codes in the book complete and usable?

The author provides accompanying example code covering major scenarios from basic services to complex orchestration. These codes are intended to demonstrate core logic and integration approaches, and readers can adapt and extend them according to their own technology stacks.

How is this book different from a pure Docker tutorial or a microservices theory book?

The core value of this book lies in 'integration' and 'practice.' It neither explains Docker commands in isolation nor indulges in empty talk about microservice concepts; instead, it shows in detail how to use Docker and its ecosystem (Compose, Swarm, etc.) to solve specific engineering problems encountered during microservice implementation, such as environment consistency, service communication, and externalized configuration.

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About the author

蒋彪 Author

Jiang Biao, about whom public information is limited, is known as an author of computer technology books, with two titles recorded in the library. His writing centers on programming design and general computing, with attention to practical topics such as the engineering implementation of artificial intelligence and containerized microservice architecture. His representative work Artificial Intelligence Engineering: Application Implementation and Middle Platform Construction discusses how AI technology moves from models to real-world use, and how middle-platform approaches can organize and support the relevant capabilities in business implementation; Docker Microservice Architecture in Practice focuses on building microservice architectures with container technology. Both are hands-on technical books aimed at developers and architects, with topics close to engineering practice, reflecting the author's concern with the implementation stage of technology.