microservices service discovery

Pom.xml:Step two: Use @enablecircuitbreaker or @enablehystrix annotations to turn on the use of Hystrix in the main class of the application:@EnableCircuitBreaker@EnableDiscoveryClient@SpringBootApplicationpublic class Application {@Bean@LoadBalancedpublic RestTemplate restTemplate() {return new RestTemplate();}public static void main(String[] args) {new SpringApplicationBuilder(Application.class).web(true).run(args);}}Note: Here we can also use the @springcloudapplication annotations in the sp

Pom.xml:Step two: Use @enablecircuitbreaker or @enablehystrix annotations to turn on the use of Hystrix in the main class of the application:@EnableCircuitBreaker@EnableDiscoveryClient@SpringBootApplicationpublic class Application {@Bean@LoadBalancedpublic RestTemplate restTemplate() {return new RestTemplate();}public static void main(String[] args) {new SpringApplicationBuilder(Application.class).web(true).run(args);}}Note: Here we can also use the @springcloudapplication annotations in the sp

Pom.xml:Step two: Use @enablecircuitbreaker or @enablehystrix annotations to turn on the use of Hystrix in the main class of the application:@EnableCircuitBreakerbr/> @EnableDiscoveryClientpublic class application {br/> @BeanPublic Resttemplate resttemplate () {return new Resttemplate ();}public static void Main (string[] args) {New Springapplicationbuilder (Application.class). Web (True). Run (args);}}Note: Here we can also use the @springcloudapplication annotations in the spring cloud app to

Pom.xml:Step two: Use @enablecircuitbreaker or @enablehystrix annotations to turn on the use of Hystrix in the main class of the application:@EnableCircuitBreaker@EnableDiscoveryClient@SpringBootApplicationpublic class Application {@Bean@LoadBalancedpublic RestTemplate restTemplate() {return new RestTemplate();}public static void main(String[] args) {new SpringApplicationBuilder(Application.class).web(true).run(args);}}Note: Here we can also use the @springcloudapplication annotations in the sp

What does 1.eureka do?The last article said that the microservices need to communicate with each other, then the communication requires a variety of network information, we can use hard-coded way to communicate, but this is obviously inappropriate, it is impossible to say that a microservices address changes, then the entire system of all microservices are redepl

: @FeignClient ("eureka-client") public Interface dcclient { @GetMapping ("/DC")String Consumer(); } Modify the controller. The interface of the service provider is invoked by the defined feign client: @RestControllerpublic class Dccontroller { @Autowireddcclient dcclient; @GetMapping ("/consumer") Public String DC() {return Dcclient.consumer ();} } The way to make

Spring Cloud services Discovery service provider and service consumer 1. Service Providers 2. Service Providers 3. Start run 4. Comprehensive 1. Service Provider According to the Eureka Registry of

About Spring CloudSpring Cloud is a spring boot-based cloud application development tool for configuration management, service discovery, circuit breakers, intelligent routing, micro-agents, control buses, global locks, decision-making campaigns, Operations such as distributed sessions and cluster state management provide a simple way to develop.Micro-Service Arc

Using LoadbalancerclientThere are a number of abstraction interfaces in spring Cloud Commons that are related to service governance, including Discoveryclient, the loadbalancerclient we are about to introduce here. For the definition of these interfaces we have said in our previous introduction to service registration and discovery that the Spring cloud does this

Using LoadbalancerclientThere are a number of abstraction interfaces in spring Cloud Commons that are related to service governance, including Discoveryclient, the loadbalancerclient we are about to introduce here. For the definition of these interfaces we have said in our previous introduction to service registration and discovery that the Spring cloud does this

Using LoadbalancerclientThere are a number of abstraction interfaces in spring Cloud Commons that are related to service governance, including Discoveryclient, the loadbalancerclient we are about to introduce here. For the definition of these interfaces we have said in our previous introduction to service registration and discovery that the Spring cloud does this

Using LoadbalancerclientThere are a number of abstraction interfaces in spring Cloud Commons that are related to service governance, including Discoveryclient, the loadbalancerclient we are about to introduce here. For the definition of these interfaces we have said in our previous introduction to service registration and discovery that the Spring cloud does this

Using LoadbalancerclientThere are a number of abstraction interfaces in spring Cloud Commons that are related to service governance, including DiscoveryClient , what we're about to introduce here LoadBalancerClient . For the definition of these interfaces we have said in our previous introduction to service registration and discovery that the Spring cloud does th

Using LoadbalancerclientThere are a number of abstraction interfaces in spring Cloud Commons that are related to service governance, including DiscoveryClient , what we're about to introduce here LoadBalancerClient . For the definition of these interfaces we have said in our previous introduction to service registration and discovery that the Spring cloud does th

Using LoadbalancerclientThere are a number of abstraction interfaces in spring Cloud Commons that are related to service governance, including Discoveryclient, the loadbalancerclient we are about to introduce here. For the definition of these interfaces we have said in our previous introduction to service registration and discovery that the Spring cloud does this

Using LoadbalancerclientThere are a number of abstraction interfaces in spring Cloud Commons that are related to service governance, including Discoveryclient, the loadbalancerclient we are about to introduce here. For the definition of these interfaces we have said in our previous introduction to service registration and discovery that the Spring cloud does this

Layer Framework: MyBatisSecurity framework: Apache ShiroServer-side validation: Hibernate ValidatorTask Scheduler: QuartzLog management: slf4j 1.7, log4jClient-side validation: JQuery ValidationDynamic tab: EasyuitabFront-End frame: Bootstrap, Vue3. Design IdeasDistributed, microservices, cloud architectureJava language development, cross-platform, high-performance, high-availability, secure, service-based

Spring Cloud ZuultheNetflix Zuulthe encapsulation is implementednew Spring boot project demo-springcloud-api-gateway, creating startup class Zuulapplication,@ Enablezuulproxy Start the configuration of the gateway agent, which is also a combination of annotations, enabling service registration discovery and fusesProject-Critical dependency Spring-cloud-starter-zuul support for gatewaysThe configuration file

, dependent on the call relationship between services and communication protocols are clear2. Avoid splitting for splitting3. Team members are able to understand the reasons for the split, clear the process of operation, can imagine the desired resultsa story:One day the girlfriend has two kinds of dumplings: pork, leek and eggs.Me: Cook togetherGirlfriend: Say Cook separatelyMe: Not too much troubleGirlfriend: I don't eat meatMe: It's good to cook, no meat for you.Girlfriend: That meat and onio

of the Eureka-client service, and can also observe its load balancing effect by initiating multiple eureka-client services.From now on, I will record the process and the essence of the recently developed Springcloud micro-service cloud architecture, and help more friends who are interested in developing the Spring cloud framework, hoping to help more good scholars. Let's explore how the Spring cloud archit