How to use setCorrelator method of com.consol.citrus.docker.client.DockerEndpointConfiguration class

Best Citrus code snippet using com.consol.citrus.docker.client.DockerEndpointConfiguration.setCorrelator

Source:DockerEndpointConfiguration.java

...76    /**77     * Set the reply message correlator.78     * @param correlator the correlator to set79     */80    public void setCorrelator(MessageCorrelator correlator) {81        this.correlator = correlator;82    }83    /**84     * Gets the correlator.85     * @return the correlator86     */87    public MessageCorrelator getCorrelator() {88        return correlator;89    }90}...

setCorrelator

Using AI Code Generation

1public class DockerTest extends AbstractTestNGCitrusTest {2    private DockerClient dockerClient;3    public void test() {4        variable("containerId", "");5        dockerClient.create().container()6            .name("citrus-docker-test")7            .image("alpine:latest")8            .command("/bin/sh", "-c", "while true; do echo 'Hello World'; sleep 1; done")9            .doExecute();10        dockerClient.execute().container()11            .name("citrus-docker-test")12            .command("echo", "Hello World")13            .doExecute();14        dockerClient.start().container()15            .name("citrus-docker-test")16            .doExecute();17        dockerClient.stop().container()18            .name("citrus-docker-test")19            .doExecute();20        dockerClient.remove().container()21            .name("citrus-docker-test")22            .doExecute();23    }24}

setCorrelator

Using AI Code Generation

1public class DockerIT extends TestNGCitrusTestDesigner {2    public void dockerTest() {3        variable("dockerVersion", "1.23");4        variable("dockerCorrelator", "citrus");5        variable("dockerApiVersion", "1.23");6        variable("dockerImageName", "busybox");7        variable("dockerImageTag", "latest");8        variable("dockerContainerName", "citrus");9        variable("dockerContainerCommand", "sleep 10000");10        variable("dockerContainerPort", "8080");11        variable("dockerContainerExposedPort", "8080");12        variable("dockerContainerHost", "localhost");13        variable("dockerContainerExposedProtocol", "tcp");14        variable("dockerContainerExposedHost", "localhost");15        variable("dockerContainerExposedHostPort", "8080");16        variable("dockerContainerExposedContainerPort", "8080");17        docker(action -> action.client("dockerClient")18                .send()19                .createContainer()20                .withName("${dockerContainerName}")21                .withImage("${dockerImageName}")22                .withTag("${dockerImageTag}")23                .withCommand("${dockerContainerCommand}")24                .withPort("${dockerContainerPort}")25        );26        docker(action -> action.client("dockerClient")27                .send()28                .startContainer()29                .withName("${dockerContainerName}")30        );31        docker(action -> action.client("dockerClient")32                .send()33                .stopContainer()34                .withName("${dockerContainerName}")35        );36        docker(action -> action.client("dockerClient")37                .send()38                .removeContainer()39                .withName("${dockerContainerName}")40        );41    }42}43The test case uses the docker() action to interact with the Docker client. The action sends a createContainer request to the Docker client. The request contains the name, image, tag, command, and port of the container. The Docker client creates a container with the given name, image, and tag, and then executes the given command. The Docker client also exposes the given port on the container. The test case then sends a startContainer request to the Docker client. The Docker client starts the container with the given name. The test case then sends a stopContainer request to the Docker client. The Docker client stops the container with the given name. The test case finally

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