| commit | cb9c34759d1602b0f651bad150cad2eae3fdec1a | [log] [tgz] |
|---|---|---|
| author | liubao68 <bismy@qq.com> | Mon Apr 15 09:51:21 2024 +0800 |
| committer | GitHub <noreply@github.com> | Mon Apr 15 09:51:21 2024 +0800 |
| tree | bfa1f276098bf9c9532eed56750feab314feb5f0 | |
| parent | 0479ea7bf38cd810ec7eca89cfc7cdc2459ba294 [diff] |
[SCB-2872]Fix idle timeout for read and write is not properly set problem (#4297)
Apache ServiceComb Java Chassis is a Software Development Kit (SDK) for rapid development of microservices in Java, providing service registration, service discovery, dynamic routing, and service management features.
| Release Train | Latest Version | Compiled JDK Version | Tested JDK Version | Open API | Notes |
|---|---|---|---|---|---|
| Java Chassis 3 | 3.0.1 | OpenJDK 17 | OpenJDK 17 | 3.0.x | Depends on Spring Boot 3 |
| Java Chassis 2 | 2.8.14 | OpenJDK 8 | OpenJDK 8, 11, 17 | 2.0.x | Depends on Spring 5 |
| Java Chassis 1 | 1.3.11 | OpenJDK 8 | OpenJDK 8 | 2.0.x | End of Support |
NOTICE: Since Open API 3.0.x is not compatible with 2.0.x, Java Chassis 2 and Java Chassis 1 can not work together with Java Chassis 3. All related consumers, providers and edge service need use Java Chassis 3 when upgrading.
NOTICE: Java Chassis 1 reached its end of support now after it's first release from 2018.
High performance
The transport capability of Java Chassis is based on Vert.x, which enables Java Chassis to process massive requests with relatively less hardware resources, and support reactive develop style.
Native support for OpenAPI
Java Chassis describes the APIs of the microservices via Swagger natively, to help developers to design microservices that comply to OpenAPI standard.
Flexible develop style
Java Chassis allows developers to develop their microservice APIs in SpringMVC/JAX-RS/Transparent RPC styles, and to send the request in RPC/RestTemplate styles. And there are three kind of build-in transport mode: Rest over Vertx/Rest over Servlet/Highway. All of these features can be combined and replaced easily, because they are decoupled and all based on the Swagger schema, which can provide high flexibility.
Out-of-box microservice governance features
Java Chassis provides a lot of features for microservice governance and monitor.
Provider service:
@RestSchema(schemaId = "ProviderController") @RequestMapping(path = "/") public class ProviderController { @GetMapping("/sayHello") public String sayHello(@RequestParam("name") String name) { return "Hello " + name; } }
Consumer service:
Declare Provider service interface to match the Provider method signature. (Method name, return type, parameter name, parameter type)
public interface ProviderService { String sayHello(String name); }
Invoke Provider service with RPC
@RestSchema(schemaId = "ConsumerController") @RequestMapping(path = "/") public class ConsumerController { @RpcReference(schemaId = "ProviderController", microserviceName = "provider") private ProviderService providerService; // consumer service which delegate the implementation to provider service. @GetMapping("/sayHello") public String sayHello(@RequestParam("name") String name) { return providerService.sayHello(name); } }
Try out this example here .
Project documentation is available on the ServiceComb Java Chassis Developer Guide.
You don’t need to build from source to use Java Chassis (binaries in apache nexus ), but if you want to try out the latest and greatest, Java Chassis can be easily built with the maven. You also need JDK 17.
mvn clean install
The first build may take a longer than expected as Maven downloads all the dependencies.
To build the docker image and run the integration tests with docker, you can use maven docker profile
mvn clean install -Pdocker -Pit
If you are using docker machine, please use the following command
mvn clean install -Pdocker -Pit -Pdocker-machine
Bugs: issues
See CONTRIBUTING for details on submitting patches and the contribution workflow.
Licensed under an Apache 2.0 license.