Microservice Architecture Skills

(StuQ Microservices Skills Graph)

2Course Introduction

This course is divided into two parts: basic and advanced. It aims to present the development, testing, construction, deployment, operation and maintenance of microservices through complete cases, and help students understand the core of microservices and the challenges in the implementation process. and coping plans.

The basics will use Spring Boot, Spring Cloud and Docker to build an event registration system based on a microservice architecture. At the same time, Netflix OSS is used to build the support components of the service, including the centralized configuration center, service registration and discovery, API gateway, fault-tolerant processing and other supporting service components.

The advanced chapter will focus on the testing of microservices, advanced topics such as service security, asynchronous task systems, log aggregation, monitoring and alarming, and continuous delivery pipelines, and provide guidance for the large-scale implementation of microservices.

3For people

1+ years of Java programming experience
Familiar with Spring Framework
Understanding Gradle Build Tools
Learn about continuous integration practices
Interested in microservice architecture practices

4teaching objectives

Through this course, you will not only understand the essence of microservice architecture, but also learn how to use Spring Boot and Spring Cloud to build microservice systems (including REST/HAL, service registration, service discovery, fault tolerance, API gateway, centralized configuration) and service security processing, etc.); at the same time, you will also learn how to establish a complete microservice ecosystem, including continuous delivery pipeline, deployment, operation and maintenance, monitoring, and alarming mechanisms.

Basics goals

Learn to master the concept and essence of microservice architecture
Use Spring boot/Spring Cloud to build an event registration system
Use Netflix OSS to build microservice support components (service registration discovery, centralized configuration center, API gateway, fault-tolerant processing)
Publish a service with Docker
Running multiple services in a development environment with Docker-Compose

Advanced Chapter Objectives

Learn to master microservice testing strategies and PACT testing
Learn to master the security mechanism of microservices and OAuth2.0 implementation
Learn to master the asynchronous communication mechanism between microservices
Learn about monitoring and alerting for microservices
Learn to master log aggregation for microservice architecture
Building a Continuous Delivery Pipeline for Microservices

5Course content

Basics Syllabus

Microservice Architecture from 0 to 1

Introduction to Microservice Architecture
The essence and advantages of microservice architecture
Microservices and SOA
Microservice Design Principles

Building an event registration system based on microservices

Requirements understanding and analysis
技术选型(Java/Spring Boot/Spring loud/REST/HAL/MongoDB)
服务定义与划分
服务支撑组件介绍(服务注册，集中化配置，断路器，服务网关)
思考／练习

Spring Boot 应用实践

Spring Boot 介绍
Spring Boot的核心功能
Spring Boot Demo
练习

Spring Cloud 应用实践

Spring Cloud 介绍
Spring Cloud的核心功能
Spring Cloud Demo
练习

REST/HAL 应用实践

REST 介绍
HAL 介绍
为什么使用HAL
HAL Browser 实践

Docker 应用实践

Docker介绍
Docker的常用命令
构建Dockerfile
使用Docker-compose

构建第一个微服务

使用Spring-Data-REST实现Event-Service服务
使用HAL完成服务间同步通信
使用HAL-Browser浏览服务接口
使用MongoDB存储数据
使用Docker-compose运行服务
构建Dockerfile
练习

微服务的集中化配置(centralized-config)

为什么要集中化配置
集中化配置的实现原理与方式
使用Spring Cloud Config 实现集中化配置
使用Spring Cloud Bus与RabbitMQ同步多服务配置
Spring Cloud Config Demo
练习

微服务的注册与发现(service-discovery)

为什么要服务注册与发现
服务注册与服务发现的实现方式
使用Netflix Eureka/Spring Cloud实现服务注册与发现
使用Netflix Ribbon/Spring Cloud实现客户端负载均衡
使用Netflix Feign/Spring Cloud实现申明式REST调用
练习

微服务的容错处理(circurt-breaker)

微服务下的可用性与故障蔓延(Failure Cascading)
断路器模式的原理与实现
使用Netflix Hystrix/Spring Cloud实现容错
使用Netflix Turbie实现监控聚合
练习

构建微服务网关

为什么需要微服务网关
微服务网关的实现方案
使用Netflix Zuul实现微服务网关
练习

微服务架构与实践总结

微服务的发布与部署
基于微服务的活动报名系统
练习

高级篇课程大纲

微服务的测试

测试金字塔
测试策略与实现
集成测试与契约测试
基于消费者驱动的契约测试PACT
使用JVM-PACT构建契约测试
练习

微服务的安全

微服务下安全的实现方式
使用HTTPS加密传输内容
OAuth2.0综述
使用Spring Cloud Security实现活动报名
练习

微服务间的通信

服务间的同步通信
服务间的异步通信
使用Jesque完成报名后的通知
在活动报名系统中整合Jesque
练习

微服务的监控与告警

服务的监控与告警综述
微服务监控与告警常用方案
使用Prometheus实现服务监控
在活动报名系统中整合Prometheus
服务告警
练习

微服务的日志聚合

为什么要日志聚合
日志聚合的常用技术方案
使用ETL实现服务的日志聚合与管理
使用Docker-compose运行ELK
在活动报名系统中整合ELK
练习

构建微服务的持续交付流水线

持续集成
持续交付
Jenkins2.0介绍
构建持续交付流水线
练习

微服务的依赖管理

可视化服务依赖图
练习

微服务架构与实践总结

基于微服务的活动报名系统
微服务架构总结

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Microservice Architecture Skills

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