Best Citrus code snippet using com.consol.citrus.http.HttpServerIT.parallelRequestsIT
Source: HttpServerIT.java
...35 @CitrusXmlTest(name = "HttpParallelRequest_2_IT")36 public void parallelRequestsEndpointUriIT() {}37 @Test38 @CitrusXmlTest(name = "HttpParallelRequest_3_IT")39 public void parallelRequestsIT() {}40}...
parallelRequestsIT
Using AI Code Generation
1parallelRequestsIT()2{3 http()4 .client(httpClient)5 .send()6 .post()7 .fork(true)8 http()9 .client(httpClient)10 .send()11 .post()12 .fork(true)13 http()14 .client(httpClient)15 .receive()16 .response(HttpStatus.OK)17 .messageType(MessageType.PLAINTEXT)18 .payload("Hello Citrus!")19 http()20 .client(httpClient)21 .receive()22 .response(HttpStatus.OK)23 .messageType(MessageType.PLAINTEXT)24 .payload("Hello Citrus!")25}26@CitrusParameters("parallel")27public void parallelRequestsIT(String parallel) {28 http()29 .client(httpClient)30 .send()31 .post()32 .fork(true);33 http()34 .client(httpClient)35 .send()36 .post()37 .fork(true);38 http()39 .client(httpClient)40 .receive()41 .response(HttpStatus.OK)42 .messageType(MessageType.PLAINTEXT)43 .payload("Hello Citrus!");44 http()45 .client(httpClient)46 .receive()47 .response(HttpStatus.OK)48 .messageType(MessageType.PLAINTEXT)49 .payload("Hello Citrus!");50}
parallelRequestsIT
Using AI Code Generation
1public class ParallelRequestsIT extends HttpServerIT {2 public void parallelRequests() {3 parallel(4 http().client("httpClient")5 .send()6 .post("/hello")7 .contentType("text/plain")8 .payload("Hello Citrus!"),9 http().client("httpClient")10 .send()11 .post("/hello")12 .contentType("text/plain")13 .payload("Hello Citrus!")14 );15 }16}
parallelRequestsIT
Using AI Code Generation
1public class HttpServerIT extends HttpServerITSupport {2 public void httpServerParallelRequestsIT() {3 parallelRequestsIT();4 }5}6The parallelRequestsIT() method contains the test code. The test code is written in the Citrus DSL. The Citrus DSL is a fluent API that is used to create the test code. The test code is executed by the Citrus framework. The test code is executed in the following order:
parallelRequestsIT
Using AI Code Generation
1public class HttpServerIT extends HttpServerITSupport {2 public void testParallelRequests() {3 parallelRequestsIT();4 }5}6public void testParallelRequests() {7 parallelRequestsIT();8}9public void testParallelRequests() {10 parallel(11 send("request1")12 .endpoint(httpServer)13 .payload("Hello Citrus!"),14 send("request2")15 .endpoint(httpServer)16 .payload("Hello Citrus!"),17 send("request3")18 .endpoint(httpServer)19 .payload("Hello Citrus!"),20 send("request4")21 .endpoint(httpServer)22 .payload("Hello Citrus!"),23 send("request5")24 .endpoint(httpServer)25 .payload("Hello Citrus!"),26 send("request6")27 .endpoint(httpServer)28 .payload("Hello Citrus!"),29 send("request7")30 .endpoint(httpServer)31 .payload("Hello Citrus!"),32 send("request8")33 .endpoint(httpServer)34 .payload("Hello Citrus!"),35 send("request9")36 .endpoint(httpServer)37 .payload("Hello Citrus!"),38 send("request10")39 .endpoint(httpServer)40 .payload("Hello Citrus!")41 );42 receive("response1")43 .endpoint(httpServer)44 .payload("Hello Citrus!");45 receive("response2")46 .endpoint(httpServer)47 .payload("Hello Citrus!");48 receive("response3")49 .endpoint(httpServer)50 .payload("Hello Citrus!");51 receive("response4")52 .endpoint(httpServer)53 .payload("Hello Citrus!");54 receive("response5")55 .endpoint(httpServer)56 .payload("Hello Citrus!");57 receive("response6")58 .endpoint(httpServer)59 .payload("Hello Citrus!");60 receive("response7")
parallelRequestsIT
Using AI Code Generation
1import com.consol.citrus.dsl.junit.JUnit4CitrusTestDesigner;2import com.consol.citrus.dsl.runner.TestRunner;3import com.consol.citrus.dsl.runner.TestRunnerSupport;4import com.consol.citrus.dsl.runner.TestRunnerSupportBuilder;5import org.junit.Test;6import org.junit.runner.RunWith;7import org.springframework.test.context.ContextConfiguration;8import org.springframework.test.context.junit4.SpringJUnit4ClassRunner;9import com.consol.citrus.dsl.parallel.Parallel;10import com.consol.citrus.dsl.parallel.ParallelRunner;11import com.consol.citrus.dsl.parallel.ParallelRunner.Builder;12import com.consol.citrus.http.client.HttpClient;13import com.consol.citrus.http.server.HttpServer;14import com.consol.citrus.message.Messag
parallelRequestsIT
Using AI Code Generation
1import com.consol.citrus.dsl.runner.TestRunner;2import com.consol.citrus.http.message.HttpMessage;3import com.consol.citrus.http.message.HttpMessageHeaders;4import com.consol.citrus.http.server.HttpServer;5import com.consol.citrus.message.Message;6import com.consol.citrus.message.MessageType;7import com.consol.citrus.testng.CitrusParameters;8import com.consol.citrus.validation.json.JsonTextMessageValidator;9import com.consol.citrus.validation.script.GroovyScriptMessageValidator;10import org.springframework.http.HttpStatus;11import org.testng.annotations.Test;12import java.util.HashMap;13import java.util.Map;14import static org.hamcrest.Matchers.equalTo;15public class ParallelRequestIT extends HttpServerIT {16 @CitrusParameters({"request1", "request2", "request3", "response1", "response2", "response3"})17 public void testParallelRequests(String request1, String request2, String request3, String response1, String response2, String response3) {18 parallelRequestsIT(request1, request2, request3, response1, response2, response3);19 }20 public void parallelRequestsIT(String request1, String request2, String request3, String response1, String response2, String response3) {21 TestRunner runner = createTestRunner();22 Map<String, Object> headers = new HashMap<>();23 headers.put(HttpMessageHeaders.HTTP_REQUEST_PATH, "/parallel");24 headers.put(HttpMessageHeaders.HTTP_REQUEST_METHOD, "POST");25 headers.put(HttpMessageHeaders.HTTP_VERSION, "HTTP/1.1");26 headers.put(HttpMessageHeaders.HTTP_CONTENT_TYPE, "application/json");27 runner.http(builder -> builder.server(httpServer).receive(builder1 -> builder1.payload(request1).headers(headers)));28 runner.http(builder -> builder.server(httpServer).send(builder1 -> builder1.payload(response1).headers(headers)));29 runner.http(builder -> builder.server(httpServer).receive(builder1 -> builder1.payload(request2).headers(headers)));30 runner.http(builder -> builder.server(httpServer).send(builder1 -> builder1.payload(response2).headers(headers)));31 runner.http(builder -> builder.server(httpServer).receive(builder1 -> builder1.payload(request3).headers
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