How to use ParallelTest class of com.consol.citrus.container package

Best Citrus code snippet using com.consol.citrus.container.ParallelTest

Source:ParallelTest.java

...25import static org.mockito.Mockito.*;26/**27 * @author Christoph Deppisch28 */29public class ParallelTest extends AbstractTestNGUnitTest {30    private TestAction action = Mockito.mock(TestAction.class);31    @Test32    public void testSingleAction() {33        Parallel parallelAction = new Parallel();34        reset(action);35        List<TestAction> actionList = new ArrayList<TestAction>();36        actionList.add(action);37        parallelAction.setActions(actionList);38        parallelAction.execute(context);39        verify(action).execute(context);40    }41    42    @Test43    public void testParallelMultipleActions() {...

ParallelTest

Using AI Code Generation

1import com.consol.citrus.dsl.runner.TestRunner2import com.consol.citrus.dsl.testng.TestNGCitrusTestDesigner3import com.consol.citrus.container.ParallelTest4class ParallelTestSample extends TestNGCitrusTestDesigner {5    def void configure() {6        parallel() {7            sequential() {8                echo("Hello Citrus!")9                echo("Hello Citrus!")10            }11            sequential() {12                echo("Hello Citrus!")13                echo("Hello Citrus!")14            }15        }16    }17}18import com.consol.citrus.dsl.runner.TestRunner19import com.consol.citrus.dsl.testng.TestNGCitrusTestDesigner20import com.consol.citrus.container.ParallelTest21class ParallelTestSample2 extends TestNGCitrusTestDesigner {22    def void configure() {23        parallel() {24            parallel() {25                echo("Hello Citrus!")26                echo("Hello Citrus!")27            }28            sequential() {29                echo("Hello Citrus!")30                echo("Hello Citrus!")31            }32        }33    }34}

ParallelTest

Using AI Code Generation

1public class ParallelTest extends Parallel {2    public void parallel() {3        parallel();4        sequential();5        sequential();6        parallel();7    }8    public void sequential() {9        sequential();10        echo("Hello Citrus!");11        sequential();12    }13}14public class NestedContainerTest {15    public void nestedContainer() {16        parallel();17        sequential();18        echo("Hello Citrus!");19        parallel();20        echo("Hello Citrus!");21        sequential();22        echo("Hello Citrus!");23        parallel();24        echo("Hello Citrus!");25        sequential();26        echo("Hello Citrus!");27        parallel();28    }29}30public class ComplexContainerTest {31    public void complexContainer() {32        parallel();33        sequential();

ParallelTest

Using AI Code Generation

1ParallelTest parallelTest = new ParallelTest();2parallelTest.setRunner(new ParallelRunner());3parallelTest.addTestAction(new EchoAction.Builder()4    .message("Hello Citrus!")5    .build());6parallelTest.addTestAction(new EchoAction.Builder()7    .message("Hello Citrus!")8    .build());9parallelTest.addTestAction(new EchoAction.Builder()10    .message("Hello Citrus!")11    .build());12parallelTest.addTestAction(new EchoAction.Builder()13    .message("Hello Citrus!")14    .build());15parallelTest.addTestAction(new EchoAction.Builder()16    .message("Hello Citrus!")17    .build());18testCase.addTestAction(parallelTest);19testCase.execute(context);

ParallelTest

Using AI Code Generation

1ParallelTest parallelTest = new ParallelTest();2parallelTest.setName("parallelTest");3parallelTest.addTestAction(new EchoAction().message("Hello Citrus!"));4test.add(parallelTest);5testRunner.run(test);6@RunWith(CitrusJUnitRunner.class)7@CitrusXmlTest(name = "ParallelTest")8public class ParallelTestRunner {9    private TestRunner testRunner;10}

ParallelTest

Using AI Code Generation

1ParallelTest parallelTest = new ParallelTest();2parallelTest.setRunner(TestRunner.class);3parallelTest.setThreadCount(4);4parallelTest.setTests(Arrays.asList(5        new TestAction[] {6                new TestAction() {7                    public void doExecute(TestContext context) {8                    }9                },10                new TestAction() {11                    public void doExecute(TestContext context) {12                    }13                }14        }15));16parallelTest.execute(context);17ParallelTest parallelTest = new ParallelTest();18parallelTest.setRunner(TestRunner.class);19parallelTest.setThreadCount(4);20parallelTest.setTests(Arrays.asList(21        new TestAction[] {22                new TestAction() {23                    public void doExecute(TestContext context) {24                    }25                },26                new TestAction() {27                    public void doExecute(TestContext context) {28                    }29                }30        }31));32parallelTest.execute(context);33ParallelTest parallelTest = new ParallelTest();34parallelTest.setRunner(TestRunner.class);35parallelTest.setThreadCount(4);36parallelTest.setTests(Arrays.asList(37        new TestAction[] {38                new TestAction() {39                    public void doExecute(TestContext context) {40                    }41                },42                new TestAction() {43                    public void doExecute(TestContext context) {44                    }45                }46        }47));48parallelTest.execute(context);

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