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How to use waitHttp method of com.consol.citrus.javadsl.runner.WaitTestRunnerIT class

Best Citrus code snippet using com.consol.citrus.javadsl.runner.WaitTestRunnerIT.waitHttp

...32@Test33public class WaitTestRunnerIT extends TestNGCitrusTestRunner {34    /** Random http server port */35    private final static int serverPort = SocketUtils.findAvailableTcpPort();36    @CitrusEndpoint(name = "waitHttpServer")37    @HttpServerConfig38    private HttpServer httpServer;39    @CitrusTest40    public void waitFile() throws IOException {41        waitFor()42            .file()43            .resource(new ClassPathResource("citrus.properties").getFile());44    }45    @CitrusTest46    public void waitHttp() {47        httpServer.setPort(serverPort);48        httpServer.setEndpointAdapter(new EmptyResponseEndpointAdapter());49        start(httpServer);50        waitFor()51            .http()52            .url(String.format("http://localhost:%s", serverPort));53        waitFor()54            .execution()55            .action(send(action -> action.endpoint(String.format("http://localhost:%s", serverPort))));56        doFinally().actions(stop(httpServer));57    }58    @CitrusTest59    public void waitAction() {60        waitFor()...

waitHttp

Using AI Code Generation

1import com.consol.citrus.dsl.testng.TestNGCitrusTestDesigner;2import org.testng.annotations.Test;3public class WaitTestRunnerIT extends TestNGCitrusTestDesigner {4    public void waitHttp() {5        http(httpActionBuilder -> httpActionBuilder.client("httpClient")6            .send()7            .post()8            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>"));9        wait(waitActionBuilder -> waitActionBuilder.http()10            .client("httpClient")11            .receive()12            .response(HttpStatus.OK)13            .payload("<TestResponseMessage><text>Hello Citrus!</text></TestResponseMessage>"));14    }15}16package com.consol.citrus.dsl.builder;17import com.consol.citrus.actions.WaitAction;18import com.consol.citrus.dsl.design.TestDesigner;19import com.consol.citrus.dsl.runner.TestRunner;20import com.consol.citrus.http.client.HttpClient;21import com.consol.citrus.http.message.HttpMessage;22import com.consol.citrus.message.MessageType;23import com.consol.citrus.validation.builder.DefaultMessageBuilder;24import com.consol.citrus.validation.builder.StaticMessageContentBuilder;25import com.consol.citrus.validation.interceptor.MessageConstructionInterceptor;26import org.springframework.http.HttpMethod;27import org.springframework.http.HttpStatus;28import java.util.ArrayList;29import java.util.List;30public class WaitActionBuilder extends AbstractTestContainerBuilder<WaitAction, WaitActionBuilder> {31    public WaitActionBuilder(TestDesigner designer) {32        super(designer);33    }34    public WaitActionBuilder(TestRunner runner) {35        super(runner);36    }37    public WaitActionBuilder messageType(MessageType messageType) {38        action.setMessageType(messageType);

waitHttp

Using AI Code Generation

1public void waitHttp() {2    http(httpServer)3        .client("httpClient")4        .send()5        .post()6        .fork(true)7        .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");8    wait(http(httpServer)9        .client("httpClient")10        .receive()11        .response(HttpStatus.OK)12        .payload("<TestResponseMessage><text>Hello Citrus!</text></TestResponseMessage>"));13    http(httpServer)14        .client("httpClient")15        .receive()16        .get("/test")17        .fork(true);18    wait(http(httpServer)19        .client("httpClient")20        .receive()21        .response(HttpStatus.OK)22        .payload("<TestResponseMessage><text>Hello Citrus!</text></TestResponseMessage>"));23}24public void waitHttp() {25    http(httpServer)26        .client("httpClient")27        .send()28        .post()29        .fork(true)30        .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");31    wait(http(httpServer)32        .client("httpClient")33        .receive()34        .response(HttpStatus.OK)35        .payload("<TestResponseMessage><text>Hello Citrus!</text></TestResponseMessage>"));36    http(httpServer)37        .client("httpClient")38        .receive()39        .get("/test")40        .fork(true);41    wait(http(httpServer)42        .client("httpClient")43        .receive()44        .response(HttpStatus.OK)45        .payload("<TestResponseMessage><text>Hello Citrus!</text></TestResponseMessage>"));46}47public void waitHttp() {48    http(httpServer)49        .client("httpClient")50        .send()51        .post()52        .fork(true)53        .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");54    wait(http(httpServer)55        .client("httpClient")56        .receive()57        .response(HttpStatus.OK)58        .payload("<TestResponseMessage><text>Hello Citrus!</text></TestResponseMessage>"));59    http(httpServer)60        .client("httpClient")61        .receive()62        .get("/test")63        .fork(true);64    wait(http(httpServer)

waitHttp

Using AI Code Generation

1public void waitHttp() {2    http().server(httpServer)3            .receive()4            .post("/test")5            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");6    waitHttp().server(httpServer)7            .receive()8            .post("/test")9            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");10    http().server(httpServer)11            .receive()12            .post("/test")13            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");14}15public void waitHttp() {16    http().server(httpServer)17            .receive()18            .post("/test")19            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");20    waitHttp().server(httpServer)21            .receive()22            .post("/test")23            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");24    http().server(httpServer)25            .receive()26            .post("/test")27            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");28}29public void waitHttp() {30    http().server(httpServer)31            .receive()32            .post("/test")33            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");34    waitHttp().server(httpServer)35            .receive()36            .post("/test")37            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");38    http().server(httpServer)39            .receive()40            .post("/test")41            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>");42}43public void waitHttp() {44    http().server(httpServer)45            .receive()46            .post("/test")

waitHttp

Using AI Code Generation

1public class WaitTestRunnerIT extends AbstractTestNGCitrusTest {2    public void waitHttp() {3        variable("port", "8080");4        http(httpActionBuilder -> httpActionBuilder.server(httpServer)5            .client(httpClient)6            .send()7            .post("/test")8            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>"));9        http(httpActionBuilder -> httpActionBuilder.server(httpServer)10            .client(httpClient)11            .receive()12            .response(HttpStatus.OK)13            .payload("<TestResponseMessage><text>Hello Citrus!</text></TestResponseMessage>"));14        waitFor().http().method("POST").url("${url}").timeout(5000L);15        waitFor().http().method("GET").url("${url}").timeout(5000L);16        waitFor().http().method("PUT").url("${url}").timeout(5000L);17        waitFor().http().method("DELETE").url("${url}").timeout(5000L);18        waitFor().http().method("HEAD").url("${url}").timeout(5000L);19        waitFor().http().method("OPTIONS").url("${url}").timeout(5000L);20        waitFor().http().method("TRACE").url("${url}").timeout(5000L);21        waitFor().http().method("PATCH").url("${url}").timeout(5000L);22    }23}24public class WaitTestRunnerIT extends AbstractTestNGCitrusTest {25    public void waitHttp() {26        variable("port", "8080");27        http(httpActionBuilder -> httpActionBuilder.server(httpServer)28            .client(httpClient)29            .send()30            .post("/test")31            .payload("<TestRequestMessage><text>Hello Citrus!</text></TestRequestMessage>"));32        http(httpActionBuilder -> httpActionBuilder.server(httpServer)33            .client(httpClient)34            .receive()35            .response(HttpStatus.OK)36            .payload("<TestResponseMessage><text>Hello Citrus!</text></TestResponseMessage>"));

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