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How to use waitHttp method of com.consol.citrus.javadsl.design.WaitJavaIT class

Best Citrus code snippet using com.consol.citrus.javadsl.design.WaitJavaIT.waitHttp

Source:WaitJavaIT.java

...32@Test33public class WaitJavaIT extends TestNGCitrusTestDesigner {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(String.format("http://localhost:%s", serverPort)));56        doFinally().actions(stop(httpServer));57    }58    @CitrusTest59    public void waitAction() {60        waitFor()...

waitHttp

Using AI Code Generation

1package com.consol.citrus.javadsl.design;2import com.consol.citrus.dsl.design.TestDesigner;3import com.consol.citrus.dsl.design.TestDesignerBeforeTestSupport;4import com.consol.citrus.http.message.HttpMessage;5import org.springframework.http.HttpStatus;6import org.testng.annotations.Test;7public class WaitJavaIT extends TestDesignerBeforeTestSupport {8    public void waitHttp() {9        variable("myVar", "test");10        variable("myVar2", "test");11        echo("Wait for HTTP request");12        http().server(httpServer)13                .receive()14                .post("/test")15                .payload("<TestRequest><Message>Hello Citrus!</Message></TestRequest>")16                .header("Operation", "sayHello")17                .extractFromPayload("/TestRequest/Message", "myVar");18        echo("Wait for HTTP response");19        http().client(httpClient)20                .send()21                .post("/test")22                .payload("<TestRequest><Message>Hello Citrus!</Message></TestRequest>")23                .header("Operation", "sayHello");24        http().client(httpClient)25                .receive()26                .response(HttpStatus.OK)27                .payload("<TestResponse><Message>Hello Citrus!</Message></TestResponse>")28                .header("Operation", "sayHello")29                .extractFromPayload("/TestResponse/Message", "myVar2");30        echo("Wait for HTTP request and response");31        http().server(httpServer)32                .receive()33                .post("/test")34                .payload("<TestRequest><Message>Hello Citrus!</Message></TestRequest>")35                .header("Operation", "sayHello")36                .extractFromPayload("/TestRequest/Message", "myVar");37        http().client(httpClient)38                .send()39                .post("/test")40                .payload("<TestRequest><Message>Hello Citrus!</Message></TestRequest>")41                .header("Operation", "sayHello");42        http().client(httpClient)43                .receive()44                .response(HttpStatus.OK)45                .payload("<TestResponse><Message>Hello Citrus!</Message></TestResponse>")46                .header("Operation", "sayHello")47                .extractFromPayload("/TestResponse/Message", "myVar2");48        echo("Wait for HTTP response with custom timeout");49        http().client(httpClient)50                .send()51                .post("/test")52                .payload("<TestRequest><Message>Hello Citrus!</Message

waitHttp

Using AI Code Generation

1package com.consol.citrus.javadsl.design;2import com.consol.citrus.dsl.junit.JUnit4CitrusTestDesigner;3import com.consol.citrus.http.message.HttpMessage;4import org.junit.Test;5import java.util.Collections;6import static com.consol.citrus.http.actions.HttpActionBuilder.http;7public class WaitJavaIT extends JUnit4CitrusTestDesigner {8    public void waitHttp() {9        http(httpActionBuilder -> httpActionBuilder10            .client("httpClient")11            .send()12            .post()13            .payload("<Message>Hello World!</Message>")14            .contentType("text/xml")15            .header("Operation", "greetMe")16            .header("Accept", "text/xml")17            .fork(true)18            .extractFromPayload("/Message/text()", "message")19        );20        wait(httpActionBuilder -> httpActionBuilder21            .http()22            .client("httpClient")23            .receive()24            .response(HttpMessage.class)25            .messageType("text/xml")26            .headers(Collections.singletonMap("Operation", "greetMe"))27            .payload("<Message>Hello World!</Message>")28        );29    }30}

waitHttp

Using AI Code Generation

1WaitJavaIT waitJavaIT = new WaitJavaIT();2waitJavaIT.waitHttp();3WaitJavaIT waitJavaIT = new WaitJavaIT();4waitJavaIT.waitHttp();5WaitJavaIT waitJavaIT = new WaitJavaIT();6waitJavaIT.waitHttp();7WaitJavaIT waitJavaIT = new WaitJavaIT();8waitJavaIT.waitHttp();9WaitJavaIT waitJavaIT = new WaitJavaIT();10waitJavaIT.waitHttp();11WaitJavaIT waitJavaIT = new WaitJavaIT();12waitJavaIT.waitHttp();13WaitJavaIT waitJavaIT = new WaitJavaIT();14waitJavaIT.waitHttp();15WaitJavaIT waitJavaIT = new WaitJavaIT();16waitJavaIT.waitHttp();17WaitJavaIT waitJavaIT = new WaitJavaIT();18waitJavaIT.waitHttp();19WaitJavaIT waitJavaIT = new WaitJavaIT();20waitJavaIT.waitHttp();21WaitJavaIT waitJavaIT = new WaitJavaIT();22waitJavaIT.waitHttp();23WaitJavaIT waitJavaIT = new WaitJavaIT();24waitJavaIT.waitHttp();

waitHttp

Using AI Code Generation

1import com.consol.citrus.dsl.design.TestDesigner;2import com.consol.citrus.dsl.design.TestDesignerBeforeTestSupport;3import com.consol.citrus.http.client.HttpClient;4import com.consol.citrus.message.MessageType;5import org.springframework.beans.factory.annotation.Autowired;6import org.springframework.core.io.ClassPathResource;7import org.testng.annotations.Test;8public class WaitJavaIT extends TestDesignerBeforeTestSupport {9    private HttpClient httpClient;10    public void waitHttp() {11        variable("requestPayload", "Hello Citrus!");12        http(httpClient)13            .client(httpClient)14            .send()15            .post("/sayHello")16            .contentType("text/plain")17            .payload("${requestPayload}");18        wait(http(httpClient)19                .client(httpClient)20                .receive()21                .response(HttpStatus.OK)22                .messageType(MessageType.PLAINTEXT)23                .payload("Hello Citrus!"));24    }25}26package com.consol.citrus.javadsl.design;27import com.consol.citrus.dsl.design.TestDesigner;28import com.consol.citrus.dsl.design.TestDesignerBeforeTestSupport;29import com.consol.citrus.http.client.HttpClient;30import com.consol.citrus.message.MessageType;31import org.springframework.beans.factory.annotation.Autowired;32import org.springframework.core.io.ClassPathResource;33import org.testng.annotations.Test;34public class WaitJavaIT extends TestDesignerBeforeTestSupport {35    private HttpClient httpClient;36    public void waitHttp() {37        variable("requestPayload", "Hello Citrus!");38        http(httpClient)39            .client(httpClient)40            .send()41            .post("/sayHello")42            .contentType("text/plain")43            .payload("${requestPayload}");44        wait(http(httpClient)45                .client(httpClient)46                .receive()47                .response(HttpStatus.OK)48                .messageType(MessageType.PLAINTEXT)49                .payload("Hello Citrus!"));50    }51}52package com.consol.citrus.javadsl.design;53import com.consol.citrus.dsl.design.TestDesigner;54import com.consol.citrus.dsl.design.TestDesignerBeforeTestSupport;55import com.consol.citrus.http.client.HttpClient;56import com.consol.c

waitHttp

Using AI Code Generation

1public class WaitJavaIT extends TestNGCitrusTestDesigner {2    public void waitHttp() {3        variable("id", "citrus:randomNumber(10)");4        variable("message", "Hello Citrus!");5        variable("operation", "sayHello");6        http()7            .client("httpClient")8            .send()9            .post()10            .fork(true)11                        "<MessageId>${id}</MessageId>" +12                        "<Text>${message}</Text>" +13                    "</ns0:MessageRequest>");14        wait()15            .http()16            .client("httpClient")17            .receive()18            .response(HttpStatus.OK)19                        "<MessageId>${id}</MessageId>" +20                        "<Operation>${operation}</Operation>" +21                    "</ns0:MessageResponse>");22        http()23            .client("httpClient")24            .receive()25            .response(HttpStatus.OK)26                        "<MessageId>${id}</MessageId>" +27                        "<Operation>${operation}</Operation>" +28                    "</ns0:MessageResponse>");29    }30}31The wait() method can be used to configure the wait action. The http() method is used to configure the HTTP client that should be used for message exchange. The receive() method is used to configure the HTTP

waitHttp

Using AI Code Generation

1public void waitHttp() {2    http()3        .client(httpClient)4        .send()5        .post("/service")6        .contentType("application/json")7        .payload("{\"name\":\"citrus\"}");8    waitHttp()9        .client(httpClient)10        .receive()11        .put("/service")12        .contentType("application/json")13        .payload("{\"name\":\"citrus\"}");14    http()15        .client(httpClient)16        .send()17        .response(HttpStatus.OK)18        .messageType(MessageType.PLAINTEXT)19        .payload("OK");20}21public void waitHttpBuilder() {22    http()23        .client(httpClient)24        .send()25        .post("/service")26        .contentType("application/json")27        .payload("{\"name\":\"citrus\"}");28    waitHttp()29        .client(httpClient)30        .receive()31        .put("/service")32        .contentType("application/json")33        .payload("{\"name\":\"citrus\"}")34        .timeout(5000L)35        .pollingInterval(1000L)36        .selector(new DefaultHttpMessageSelector()37            .header("operation", "create")38            .header("type", "book")39            .header("id", "123")40            .payload("{\"name\":\"citrus\"}"));41    http()42        .client(httpClient)43        .send()44        .response(HttpStatus.OK)45        .messageType(MessageType.PLAINTEXT)46        .payload("OK");47}48public void waitHttpBuilderWithEndpoint() {49    http()50        .client(httpClient)51        .send()52        .post("/service")53        .contentType("application/json")54        .payload("{\"name\":\"citrus\"}");55    waitHttp()56        .client(httpClient)

waitHttp

Using AI Code Generation

1public void waitHttp() {2    variable("orderId", "123456789");3    variable("orderStatus", "PAID");4    variable("notification", "Order #${orderId} has been paid successfully");5    http()6        .client(orderServiceClient)7        .send()8        .post()9                "<ns0:orderId>${orderId}</ns0:orderId>" +10                "<ns0:orderStatus>${orderStatus}</ns0:orderStatus>" +11            "</ns0:OrderRequest>");12    http()13        .client(notificationServiceClient)14        .receive()15        .post()16                "<ns0:message>${notification}</ns0:message>" +17            "</ns0:NotificationRequest>");18    http()19        .client(orderServiceClient)20        .receive()21        .response(HttpStatus.OK);22    waitHttp()23        .client(notificationServiceClient)24        .receive()25        .post()26                "<ns0:message>${notification}</ns0:message>" +27            "</ns0:NotificationRequest>");28    http()29        .client(orderServiceClient)30        .send()31        .get()32                "<ns0:orderId>${orderId}</ns0:orderId>" +33            "</ns0:OrderRequest>");34    http()35        .client(orderServiceClient)36        .receive()37        .response(HttpStatus.OK)38                "<ns0:orderId>${orderId}</ns0:orderId>" +39                "<ns0:orderStatus>${orderStatus}</ns0:orderStatus>" +40            "</ns0:OrderResponse>");41    http()42        .client(orderServiceClient)

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