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How to use AbstractCondition class of com.consol.citrus.condition package

Best Citrus code snippet using com.consol.citrus.condition.AbstractCondition

Source:CitrusIT.java

1package camelinaction;2import com.consol.citrus.actions.AbstractTestAction;3import com.consol.citrus.annotations.CitrusTest;4import com.consol.citrus.condition.AbstractCondition;5import com.consol.citrus.context.TestContext;6import com.consol.citrus.dsl.junit.JUnit4CitrusTestDesigner;7import com.consol.citrus.exceptions.CitrusRuntimeException;8import com.consol.citrus.http.client.HttpClient;9import com.consol.citrus.jms.endpoint.JmsEndpoint;10import com.consol.citrus.jms.message.JmsMessageHeaders;11import org.apache.camel.spring.SpringCamelContext;12import org.junit.Test;13import org.springframework.beans.factory.annotation.Autowired;14import org.springframework.http.HttpStatus;15import org.springframework.test.context.ContextConfiguration;16/**17 * Citrus Integration test that test a Camel application.18 * We use Citrus as a HTTP client to send a message to a Camel application19 * that routes the messages to a JMS queue, which Citrus is simulating and20 * returning a reply message on the JMS reply queue, which Camel receives21 * and routes back to the calling HTTP client.22 * <p/>23 * In other words we have Citrus simulating a JMS backend, and as a client as well.24 * Notice how we can setup the test using the citrus designer.25 */26@ContextConfiguration(classes = EndpointConfig.class)27public class CitrusIT extends JUnit4CitrusTestDesigner {28    @Autowired29    private HttpClient statusHttpClient;30    @Autowired31    private JmsEndpoint statusEndpoint;32    @Autowired33    @SuppressWarnings("SpringJavaAutowiringInspection")34    private SpringCamelContext orderService;35    @Test36    @CitrusTest37    public void orderStatus() throws Exception {38        description("Checking order should be on hold");39        // random 5 digit order number40        variable("orderId", "citrus:randomNumber(5)");41        // the HTTP client is sending the order42        http().client(statusHttpClient)43            .send()44                .get("/status?id=${orderId}")45                .contentType("text/xml").accept("text/xml")46                // use fork so we can continue with the test design (otherwise this would be a synchronous call)47                .fork(true);48        echo("Sent HTTP Request with orderId: ${orderId}");49        // the Camel application will call a JMS backend so lets use Citrus to simulate this50        // on the JMS queue we expect to receive the following message51        // and capture the JMS correlation ID so we can send back the correct reply message52        receive(statusEndpoint)53                .payload("<order><id>${orderId}</id></order>")54                .extractFromHeader(JmsMessageHeaders.CORRELATION_ID, "cid");55        // send back the JMS reply message that the order is done56        // and with the correct JMSCorrelationID57        send(statusEndpoint)58                .payload("<order><id>${orderId}</id><status>ON HOLD</status></order>")59                .header(JmsMessageHeaders.CORRELATION_ID, "${cid}");60        // the HTTP client is expected to receive a 200 OK message with the following XML structure61        http().client(statusHttpClient)62            .receive()63                .response(HttpStatus.OK)64                .payload("<order><id>${orderId}</id><status>ON HOLD</status></order>")65                .contentType("text/xml");66        // wait for Camel to shutdown nicely (citrus should have this out of the box in citrus-camel)67        stopAndWaitForGracefulShutdown();68    }69    /**70     * Stop and wait for graceful shutdown of Camel context before closing the test.71     */72    private void stopAndWaitForGracefulShutdown() {73        // stop the Camel context with custom test action.74        action(new AbstractTestAction() {75            @Override76            public void doExecute(TestContext context) {77                try {78                    orderService.stop();79                } catch (Exception e) {80                    throw new CitrusRuntimeException("Failed to stop Camel context");81                }82            }83        });84        waitFor().condition(new AbstractCondition() {85            @Override86            public boolean isSatisfied(TestContext context) {87                return orderService.isStopped();88            }89            @Override90            public String getSuccessMessage(TestContext context) {91                return "Successfully stopped Camel context";92            }93            @Override94            public String getErrorMessage(TestContext context) {95                return "Failed to stop Camel context";96            }97        });98    }...

AbstractCondition

Using AI Code Generation

1import com.consol.citrus.condition.AbstractCondition;2import com.consol.citrus.exceptions.ConditionTimeoutException;3import com.consol.citrus.exceptions.TestCaseFailedException;4import com.consol.citrus.message.Message;5import com.consol.citrus.message.MessageType;6import com.consol.citrus.message.builder.ObjectMappingPayloadBuilder;7import com.consol.citrus.message.builder.PayloadTemplateMessageBuilder;8import com.consol.citrus.message.builder.ScriptTemplateMessageBuilder;9import com.consol.citrus.message.builder.StaticMessageContentBuilder;

AbstractCondition

Using AI Code Generation

1import com.consol.citrus.condition.AbstractCondition;2import com.consol.citrus.context.TestContext;3public class MyCondition extends AbstractCondition {4    public boolean isSatisfied(TestContext context) {5        return false;6    }7}8public void testMyCondition() {9    send(message).condition(new MyCondition());10}11public void testMyCondition() {12    receive(message).condition(new MyCondition());13}14public void testMyCondition() {15    wait().until(new MyCondition());16}17public void testMyCondition() {18    wait(10000L).until(new MyCondition());19}20public void testMyCondition() {21    wait(10000L, 100L).until(new MyCondition());22}23public void testMyCondition() {24    wait(10000L, 100L).until(new MyCondition(), "Condition was not satisfied!");25}

AbstractCondition

Using AI Code Generation

1AbstractCondition condition = new AbstractCondition() {2    public boolean isSatisfied() {3        return true;4    }5};6AbstractConditionBuilder conditionBuilder = new AbstractConditionBuilder() {7    public AbstractConditionBuilder timeout(long timeout) {8        return null;9    }10    public AbstractConditionBuilder messageSelector(MessageSelector messageSelector) {11        return null;12    }13    public AbstractConditionBuilder messageSelector(String messageSelector) {14        return null;15    }16    public AbstractConditionBuilder messageSelector(Map<String, Object> messageSelector) {17        return null;18    }19    public AbstractConditionBuilder messageSelector(String name, Object value) {20        return null;21    }22    public AbstractConditionBuilder messageSelector(Map<String, Object> messageSelector, boolean and) {23        return null;24    }25    public AbstractConditionBuilder messageSelector(String name, Object value, boolean and) {26        return null;27    }28    public AbstractConditionBuilder messageSelector(MessageSelector messageSelector, boolean and) {29        return null;30    }31    public AbstractConditionBuilder messageSelector(String messageSelector, boolean and) {32        return null;33    }34    public AbstractConditionBuilder messageSelector(Map<String, Object> messageSelector, Operator operator) {35        return null;36    }37    public AbstractConditionBuilder messageSelector(String name, Object value, Operator operator) {38        return null;39    }40    public AbstractConditionBuilder messageSelector(MessageSelector messageSelector, Operator operator) {41        return null;42    }43    public AbstractConditionBuilder messageSelector(String messageSelector, Operator operator) {44        return null;45    }46    public AbstractConditionBuilder messageSelector(Map<String, Object> messageSelector, boolean and, Operator operator) {47        return null;48    }49    public AbstractConditionBuilder messageSelector(String name, Object value, boolean and, Operator operator) {50        return null;51    }52    public AbstractConditionBuilder messageSelector(MessageSelector messageSelector, boolean and, Operator operator) {53        return null;54    }55    public AbstractConditionBuilder messageSelector(String messageSelector, boolean and, Operator operator

AbstractCondition

Using AI Code Generation

1AbstractCondition condition = new AbstractCondition() {2    public boolean isSatisfied(ConditionContext context) {3    }4};5AbstractAction action = new AbstractAction() {6    public void doExecute(TestContext context) {7    }8};9AbstractTestAction action = new AbstractTestAction() {10    public void doExecute(TestContext context) {11    }12};13AbstractTestContainer container = new AbstractTestContainer() {14    public void doExecute(TestContext context) {15    }16};17AbstractTestBehavior behavior = new AbstractTestBehavior() {18    public void doExecute(TestContext context) {19    }20};21AbstractTestBehavior behavior = new AbstractTestBehavior() {22    public void doExecute(TestContext context) {23    }24};25AbstractTestBehavior behavior = new AbstractTestBehavior() {26    public void doExecute(TestContext context) {27    }28};29AbstractTestBehavior behavior = new AbstractTestBehavior() {30    public void doExecute(TestContext context) {31    }32};33AbstractTestBehavior behavior = new AbstractTestBehavior() {34    public void doExecute(TestContext context) {35    }36};37AbstractTestBehavior behavior = new AbstractTestBehavior() {

AbstractCondition

Using AI Code Generation

1public class AbstractConditionTest {2    public void test() {3        AbstractCondition condition = new AbstractCondition() {4            public boolean isSatisfied() {5                return true;6            }7        };8        Assert.assertTrue(condition.isSatisfied());9    }10}

AbstractCondition

Using AI Code Generation

1public class MyCondition extends AbstractCondition {2    public boolean isSatisfied() {3        return true;4    }5}6public class MyConditionBuilder extends AbstractConditionBuilder<MyCondition> {7    public MyConditionBuilder condition(MyCondition condition) {8        super.condition(condition);9        return this;10    }11    protected MyCondition getObject() {12        return new MyCondition();13    }14}15public class MyActionBuilder extends AbstractActionBuilder<MyAction> {16    public MyActionBuilder action(MyAction action) {17        super.action(action);18        return this;19    }20    protected MyAction getObject() {21        return new MyAction();22    }23}24public class MyAction extends AbstractTestAction {25    public void doExecute(TestContext context) {26    }27}28public class MyActionBuilder extends AbstractTestActionBuilder<MyAction> {29    public MyActionBuilder action(MyAction action) {30        super.action(action);31        return this;32    }33    protected MyAction getObject() {34        return new MyAction();35    }36}37public class MyBehavior extends AbstractTestBehavior {38    public void apply(TestContext context) {39    }40}41public class MyBehaviorBuilder extends AbstractTestBehaviorBuilder<MyBehavior> {42    public MyBehaviorBuilder behavior(MyBehavior behavior) {43        super.behavior(behavior);44        return this;45    }46    protected MyBehavior getObject() {47        return new MyBehavior();48    }49}50public class MyBehavior extends AbstractTestBehavior {51    public void apply(TestContext context) {

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