spring cloud microservices tutorial

Today formally introduced the spring cloud-enterprise distributed micro-service cloud architecture, I have combined with most of the current enterprise general requirements, including the selection of technology is more stringent, harsh, not only to use the industry's most popular technology, but also with international standards, in the next 5-10 years can not o

Today formally introduced the spring cloud-enterprise distributed micro-service cloud architecture, I have combined with most of the current enterprise general requirements, including the selection of technology is more stringent, harsh, not only to use the industry's most popular technology, but also with international standards, in the next 5-10 years can not o

does not reinvent the wheel, it simply combines the more mature and proven service frameworks currently developed by companies, masking the complexities of configuration and implementation through the Spring Boot style, and ultimately leaving developers with a set of easy-to-understand, Easy-to-deploy and maintainable Distributed system Development Kit.MicroServices are service units that can be deployed independently, horizontally scaled, independen

The current distributed micro-service cloud architecture platform is built using MAVEN, so Common-service's generic service builds a standalone system service based on MAVEN,Particle-commonservice:spring Cloud system service root project, the root dependency of all service projects.Particle-commonservice-admin:spring Cloud/boot's micro-service management and moni

://static.oschina.net/uploads/space/2017/1008/232816_Uqz6_3613013.png "height=" 480 "width=" 484 "style=" border:0px; "/>Particle-commonservice-cache: Provides service-oriented projects for distributed caches, encapsulates distributed cache Redis, and so on.Particle-commonservice-config: Provides a standalone MicroServices configuration management Project project. The Configuration Management Toolkit allows you to place configurations on remote server

The current distributed micro-service cloud architecture platform is built using MAVEN, so Common-service's generic service builds separate system services according to Maven, with the following structure:Particle-commonservice:spring Cloud system service root project, the root dependency of all service projects. Particle-commonservice-admin:spring Cloud/boot's m

leaving developers with a set of easy-to-understand, Easy-to-deploy and maintainable Distributed system Development Kit.MicroServices are service units that can be deployed independently, horizontally scaled, independently accessible (or have a separate database), and Spring Cloud is the steward of these microservices, and with this architecture of

The current distributed micro-service cloud architecture platform is built using MAVEN, so Common-service's generic service builds separate system services according to Maven, with the following structure:Particle-commonservice:spring Cloud system service root project, the root dependency of all service projects.Particle-commonservice-admin:spring Cloud/boot's mi

I. Directory structureTwo, pom fileimportSpring-cloud-dependencies move to Pom file in MicroserviceThird, the configuration of Yml 1.bootstrap.ymlSpring: profiles: native #配置服务器使用本地配置, default git configuration application: Name:micro -service-Config # service name registered in Eureka Eureka: instance: non-secure-port: ${server.port:8763 The value in environment variable is used in the environment variable , if not, the default 8080 p

The technical finishing needed to do a microservices architecture:View:H5, Vue.js, Spring Tag, React, AngularJsSpring boot/spring Cloud:Zuul, Ribbon, feign, Turbine, Hystrix, Oauthor2, Sleuth, API Gateway, Spring Cloud, Config Eureka, SSO,

The technical finishing needed to do a microservices architecture:View:H5, Vue.js, Spring Tag, React, AngularJsSpring boot/spring Cloud:Zuul, Ribbon, feign, Turbine, Hystrix, Oauthor2, Sleuth, API Gateway, Spring Cloud, Config Eureka, SSO,

The technical finishing needed to do a microservices architecture:View:H5, Vue.js, Spring Tag, React, AngularJsSpring boot/spring Cloud:Zuul, Ribbon, feign, Turbine, Hystrix, Oauthor2, Sleuth, API Gateway, Spring Cloud, Config Eureka, SSO,

The technical finishing needed to do a microservices architecture:View:H5, Vue.js, Spring Tag, React, AngularJsSpring boot/spring Cloud:Zuul, Ribbon, feign, Turbine, Hystrix, Oauthor2, Sleuth, API Gateway, Spring Cloud, Config Eureka, SSO,

Spring Cloud is an ordered collection of frames. the development of the spring boot model simplifies the development of a distributed system infrastructure, and can be started and deployed in a one-click fashion with spring boot development. Spring

The current distributed micro-service cloud architecture platform is built using MAVEN, so Common-service's generic service builds separate system services according to Maven, with the following structure:Particle-commonservice:spring Cloud system service root project, the root dependency of all service projects.Particle-commonservice-admin:spring Cloud/boot's mi

The technical finishing needed to do a microservices architecture:View:H5, Vue.js, Spring Tag, React, AngularJsSpring boot/spring Cloud:Zuul, Ribbon, feign, Turbine, Hystrix, Oauthor2, Sleuth, API Gateway, Spring Cloud, Config Eureka, SSO,

The technical finishing needed to do a microservices architecture:View:H5, Vue.js, Spring Tag, React, AngularJsSpring boot/spring Cloud:Zuul, Ribbon, feign, Turbine, Hystrix, Oauthor2, Sleuth, API Gateway, Spring Cloud, Config Eureka, SSO,

The technical finishing needed to do a microservices architecture:View:H5, Vue.js, Spring Tag, React, AngularJsSpring boot/spring Cloud:Zuul, Ribbon, feign, Turbine, Hystrix, Oauthor2, Sleuth, API Gateway, Spring Cloud, Config Eureka, SSO,

The technical finishing needed to do a microservices architecture:View:H5, Vue.js, Spring Tag, React, AngularJsSpring boot/spring Cloud:Zuul, Ribbon, feign, Turbine, Hystrix, Oauthor2, Sleuth, API Gateway, Spring Cloud, Config Eureka, SSO,

Spring Cloud is an ordered collection of frames. It uses spring boot's development convenience to subtly simplify the development of distributed system infrastructures, such as service discovery registration, Configuration center, message bus, load balancer, circuit breakers, data monitoring, and so on, all of which can be started and deployed with