How to use WaitTest class of com.consol.citrus.actions package

Best Citrus code snippet using com.consol.citrus.actions.WaitTest

Source:WaitTest.java

...26/**27 * @author Martin Maher28 * @since 2.429 */30public class WaitTest {31    private TestContext contextMock = Mockito.mock(TestContext.class);32    private Condition conditionMock = Mockito.mock(Condition.class);33    private long startTime;34    private long endTime;35    @Test36    public void shouldSatisfyWaitConditionOnFirstAttempt() throws Exception {37        String seconds = "10";38        String interval = "1000";39        Wait testling = getWaitAction(seconds, interval);40        reset(contextMock, conditionMock);41        prepareContextMock(seconds, interval);42        when(conditionMock.getName()).thenReturn("check");43        when(conditionMock.isSatisfied(contextMock)).thenReturn(Boolean.TRUE);44        when(conditionMock.getSuccessMessage(contextMock)).thenReturn("Condition success!");...

WaitTest

Using AI Code Generation

1public class WaitTestRunner extends AbstractTestNGCitrusTest {2    public void waitTest() {3        variable("message", "Hello Citrus!");4        echo("${message}");5        Wait.Builder wait = Wait.withTimeout(5000L);6        wait.sleep(1000L);7        wait.until(new WaitCondition() {8            public boolean isSatisfied() {9                return true;10            }11        });12        run(wait.build());13    }14}15public class WaitTestRunner extends AbstractTestNGCitrusTest {16    public void waitTest() {17        variable("message", "Hello Citrus!");18        echo("${message}");19        run(wait(5000L)20                .sleep(1000L)21                .until(new WaitCondition() {22                    public boolean isSatisfied() {23                        return true;24                    }25                })26        );27    }28}29public class WaitTestRunner extends AbstractTestNGCitrusTest {30    public void waitTest() {31        variable("message", "Hello Citrus!");32        echo("${message}");33        run(wait(5000L)34                .sleep(1000L)35                .until(new WaitCondition() {36                    public boolean isSatisfied() {37                        return true;38                    }39                })40        );41    }42}43public class WaitTestRunner extends AbstractTestNGCitrusTest {44    public void waitTest() {45        variable("message", "Hello Citrus!");46        echo("${message}");47        Wait.Builder wait = Wait.withTimeout(5000L);48        wait.sleep(1000L);49        wait.until(new WaitCondition() {50            public boolean isSatisfied() {

WaitTest

Using AI Code Generation

1WaitTest waitTest = new WaitTest();2waitTest.setWaitTime(10000L);3waitTest.setWaitTimeUnit(TimeUnit.MILLISECONDS);4waitTest.setCondition(new Condition() {5    public boolean isSatisfied() {6        return false;7    }8});9waitTest.execute(context);10WaitTest waitTest = new WaitTest();11waitTest.setWaitTime(10000L);12waitTest.setWaitTimeUnit(TimeUnit.MILLISECONDS);13waitTest.setCondition(new Condition() {14    public boolean isSatisfied() {15        return false;16    }17});18waitTest.execute(context);19WaitTest waitTest = new WaitTest();20waitTest.setWaitTime(10000L);21waitTest.setWaitTimeUnit(TimeUnit.MILLISECONDS);22waitTest.setCondition(new Condition() {23    public boolean isSatisfied() {24        return false;25    }26});27waitTest.execute(context);28WaitTest waitTest = new WaitTest();29waitTest.setWaitTime(10000L);30waitTest.setWaitTimeUnit(TimeUnit.MILLISECONDS);31waitTest.setCondition(new Condition() {32    public boolean isSatisfied() {33        return false;34    }35});36waitTest.execute(context);37WaitTest waitTest = new WaitTest();38waitTest.setWaitTime(10000L);39waitTest.setWaitTimeUnit(TimeUnit.MILLISECONDS);40waitTest.setCondition(new Condition() {41    public boolean isSatisfied() {42        return false;43    }44});45waitTest.execute(context);46WaitTest waitTest = new WaitTest();47waitTest.setWaitTime(10000L);48waitTest.setWaitTimeUnit(TimeUnit.MILLISECONDS);49waitTest.setCondition(new Condition() {50    public boolean isSatisfied() {51        return false;52    }53});54waitTest.execute(context);55WaitTest waitTest = new WaitTest();56waitTest.setWaitTime(10000L);57waitTest.setWaitTimeUnit(TimeUnit.MILLISECONDS);58waitTest.setCondition(new Condition() {59    public boolean isSatisfied() {60        return false;61    }62});63waitTest.execute(context);64WaitTest waitTest = new WaitTest();65waitTest.setWaitTime(10000L);66waitTest.setWaitTimeUnit(TimeUnit.MILLISECONDS);67waitTest.setCondition(new Condition() {68    public boolean isSatisfied() {69        return false;

WaitTest

Using AI Code Generation

1WaitTest waitTest = new WaitTest();2waitTest.setName("waitTest");3waitTest.setDescription("Test to test wait action");4waitTest.setVariables(Collections.singletonMap("testVar", "true"));5waitTest.setActions(Collections.singletonList(new AbstractTestAction() {6    public void doExecute(TestContext context) {7    }8}));9waitTest.setAssertions(Collections.singletonList(new AbstractTestAction() {10    public void doExecute(TestContext context) {11    }12}));13waitTest.setTestCases(Collections.singletonList(new TestCase() {14    public String getName() {15        return "waitTestCase";16    }17    public String getAuthor() {18        return "author";19    }20    public String getDescription() {21        return "Test case to test wait action";22    }23    public List<TestAction> getActions() {24        return Collections.singletonList(new AbstractTestAction() {25            public void doExecute(TestContext context) {26            }27        });28    }29    public List<TestAction> getAssertions() {30        return Collections.singletonList(new AbstractTestAction() {31            public void doExecute(TestContext context) {32            }33        });34    }35    public List<TestAction> getBeforeTest() {36        return Collections.singletonList(new AbstractTestAction() {37            public void doExecute(TestContext context) {38            }39        });40    }41    public List<TestAction> getAfterTest() {42        return Collections.singletonList(new AbstractTestAction() {43            public void doExecute(TestContext context) {44            }45        });46    }47}));48waitTest.setData(Collections.singletonMap("testData", "testDataValue"));49waitTest.setPackages(Collections.singletonList("com.consol.citrus.actions"));50waitTest.setImports(Collections.singletonList("com.consol.citrus.actions"));51waitTest.setGroups(Collections.singletonList

WaitTest

Using AI Code Generation

1WaitTest wait = new WaitTest();2wait.setMessageSelector("JMSCorrelationID = '1234567890'");3wait.setTimeout(20000L);4wait.setMessageReceiver(messageReceiver);5wait.setMessageSelector("JMSCorrelationID = '1234567890'");6wait.setMessageValidator(messageValidator);7wait.setMessageValidator(

WaitTest

Using AI Code Generation

1WaitTest waitTest = new WaitTest();2waitTest.setWait(1000);3test().actions(waitTest);4public void test() {5  WaitTest waitTest = new WaitTest();6  waitTest.setWait(1000);7  run(waitTest);8}9public void test() {10  WaitTest waitTest = new WaitTest();11  waitTest.setWait(1000);12  run(waitTest);13}14public void test() {15  WaitTest waitTest = new WaitTest();16  waitTest.setWait(1000);17  run(waitTest);18}19public void test() {20  WaitTest waitTest = new WaitTest();21  waitTest.setWait(1000);22  run(waitTest);23}24public void test() {25  WaitTest waitTest = new WaitTest();26  waitTest.setWait(1000);27  run(waitTest);28}29public void test() {30  WaitTest waitTest = new WaitTest();31  waitTest.setWait(1000);

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