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How to use parallel method of com.consol.citrus.dsl.junit.JUnit4CitrusTestRunner class

Best Citrus code snippet using com.consol.citrus.dsl.junit.JUnit4CitrusTestRunner.parallel

Source:JUnit4CitrusTestRunner.java

...256    public IterateBuilder iterate() {257        return testRunner.iterate();258    }259    @Override260    public ParallelBuilder parallel() {261        return testRunner.parallel();262    }263    @Override264    public RepeatOnErrorBuilder repeatOnError() {265        return testRunner.repeatOnError();266    }267    @Override268    public RepeatBuilder repeat() {269        return testRunner.repeat();270    }271    @Override272    public SequenceBuilder sequential() {273        return testRunner.sequential();274    }275    @Override...

parallel

Using AI Code Generation

1import com.consol.citrus.dsl.junit.JUnit4CitrusTestRunner;2import org.junit.Test;3import org.junit.runner.RunWith;4@RunWith(JUnit4CitrusTestRunner.class)5public class SimpleTest {6    public void test() {7        parallel(8            sequential(9                echo("Hello Citrus!"),10                echo("Hello Citrus!")11            sequential(12                echo("Hello Citrus!"),13                echo("Hello Citrus!")14        );15    }16}17import com.consol.citrus.dsl.testng.TestNGCitrusTestRunner;18import org.testng.annotations.Test;19public class SimpleTest extends TestNGCitrusTestRunner {20    public void test() {21        parallel(22            sequential(23                echo("Hello Citrus!"),24                echo("Hello Citrus!")25            sequential(26                echo("Hello Citrus!"),27                echo("Hello Citrus!")28        );29    }30}31import com.consol.citrus.dsl.testng.TestNGCitrusTestRunner;32import org.testng.annotations.Test;33public class SimpleTest extends TestNGCitrusTestRunner {34    public void test() {35        parallel(36            sequential(37                echo("Hello Citrus!"),38                echo("Hello Citrus!")39            sequential(40                echo("Hello Citrus!"),41                echo("Hello Citrus!")42        );43    }44}45import com.consol.citrus.dsl.testng.TestNGCitrusTestRunner;46import org.testng.annotations.Test;47public class SimpleTest extends TestNGCitrusTestRunner {48    public void test() {49        parallel(50            sequential(51                echo("Hello Citrus!"),52                echo("Hello Citrus!")53            sequential(54                echo("Hello Citrus!"),55                echo("Hello Citrus!")56        );57    }58}

parallel

Using AI Code Generation

1public class ParallelTest extends JUnit4CitrusTestRunner {2    public void parallelTest() {3        parallel(4            sequential(5                echo("Hello"),6                echo("World")7            sequential(8                echo("Citrus"),9                echo("Framework")10        );11    }12}13public class ParallelTest extends TestNGCitrusTestRunner {14    public void parallelTest() {15        parallel(16            sequential(17                echo("Hello"),18                echo("World")19            sequential(20                echo("Citrus"),21                echo("Framework")22        );23    }24}25@Execution(CON

parallel

Using AI Code Generation

1import com.consol.citrus.dsl.parallel.Parallel;2import com.consol.citrus.dsl.parallel.ParallelRunner;3import com.consol.citrus.dsl.runner.TestRunner;4import com.consol.citrus.dsl.runner.TestRunnerBuilder;5import com.consol.citrus.dsl.testng.TestNGCitrusTestRunner;6import com.consol.citrus.dsl.testng.TestNGCitrusTestRunnerBuilder;7import com.consol.citrus.dsl.testng.TestNGCitrusTestRunnerBuilder.TestNGCitrusTestRunnerBuilderSupport;8import com.consol.citrus.testng.AbstractTestNGCitrusTest;9import com.consol.citrus.testng.CitrusParameters;10import com.consol.citrus.testng.TestNGCitrusSupport;11import org.testng.annotations.Test;12public class ParallelTest extends AbstractTestNGCitrusTest {13    @CitrusParameters({"parallel"})14    public void parallelTest(TestNGCitrusSupport citrus, @Optional("true") boolean parallel) {15                .createTestNGCitrusTestRunner()16                .description("Parallel test");17        if (parallel) {18            builder = builder.parallel();19        }20        builder.run(new TestNGCitrusTestRunnerBuilderSupport.TestNGCitrusTestRunnerBuilderAction() {21            public void doExecute(TestNGCitrusTestRunnerBuilder builder) {22                    .description("Parallel test 1")23                    .run(new TestRunnerBuilder.TestRunnerBuilderAction() {24                        public void doExecute(TestRunner runner) {25                            runner.echo("Test 1");26                        }27                    });28            }29        })30        .run(new TestNGCitrusTestRunnerBuilderSupport.TestNGCitrusTestRunnerBuilderAction() {31            public void doExecute(TestNGCitrusTestRunnerBuilder builder) {32                    .description("Parallel test 2")33                    .run(new TestRunnerBuilder.TestRunnerBuilderAction() {34                        public void doExecute(TestRunner runner) {35                            runner.echo("Test 2");36                        }37                    });38            }39        })40        .run(new TestNGCitrusTestRunnerBuilderSupport.TestNGCitrusTestRunnerBuilderAction() {41            public void doExecute(TestNGCitrusTestRunnerBuilder builder) {42                    .description("Parallel

parallel

Using AI Code Generation

1    public void testParallel() {2        parallel(5,3                sequential(4                        send("foo"),5                        receive("bar")6                sequential(7                        send("foo2"),8                        receive("bar2")9        );10    }11    public void testSequential() {12        sequential(13                send("foo"),14                receive("bar")15        );16    }17    public void testParallelTestNG() {18        parallel(5,19                sequential(20                        send("foo"),21                        receive("bar")22                sequential(23                        send("foo2"),24                        receive("bar2")25        );26    }27    public void testSequentialTestNG() {28        sequential(29                send("foo"),30                receive("bar")31        );32    }33}34    public void testParallelTestNG() {35        parallel(5,36                sequential(37                        send("foo"),38                        receive("bar")39                sequential(40                        send("foo2"),41                        receive("bar2")42        );43    }44    public void testSequentialTestNG() {45        sequential(46                send("foo"),47                receive("bar")48        );49    }50}51    public void testParallelTestNG() {52        parallel(5,53                sequential(54                        send("foo"),55                        receive("bar")56                sequential(57                        send("foo2"),58                        receive("bar2")59        );60    }61    public void testSequentialTestNG() {62        sequential(63                send("foo"),64                receive("bar")

parallel

Using AI Code Generation

1public class ParallelTest extends JUnit4CitrusTestRunner {2    public void parallelTest() {3        variable("var1", "value1");4        variable("var2", "value2");5        parallel(6            sequential(7                echo("Parallel test: ${var1}"),8                sleep(5000),9                echo("Parallel test: ${var2}")10            sequential(11                echo("Parallel test: ${var2}"),12                sleep(5000),13                echo("Parallel test: ${var1}")14        );15    }16}17The parallel() method has the following signature:18public void parallel(final Runnable... runnables)19The parallel() method takes a varargs parameter of Runnable objects. The Runnable objects can be any of the following types:

parallel

Using AI Code Generation

1 TestRunner {2    void test() {3        parallel {4            sequential {5                echo("Hello World!")6            }7            sequential {8                echo("Hello World!")9            }10        }11    }12}13    void test() {14        sequential {15            echo("Hello World!")16            echo("Hello World!")17        }18    }19}20    void test() {21        sequential {22            echo("Hello World!")23            parallel {24                sequential {25                    echo("Hello World!")26                }27                sequential {28                    echo("Hello World!")29                }30            }31        }32    }33}34    void test() {35        sequential {36            echo("Hello World!")37            parallel {38                sequential {39                    echo("Hello World!")40                }41                sequential {42                    echo("Hello World!")43                }44            }45            echo("Hello World!")46        }47    }48}49    void test() {50        sequential {51            echo("Hello World!")52            parallel {53                sequential {54                    echo("Hello World!")55                }56                sequential {57                    echo("Hello World!")58                }59            }60            echo("Hello World!")61            parallel {62                sequential {63                    echo("Hello World!")64                }65                sequential {66                    echo("Hello World!")67                }68            }69        }70    }71}72    void test() {73        sequential {74            echo("Hello World!")75            parallel {76                sequential {77                    echo("Hello World!")78                }79                sequential {80                    echo("Hello World!")81                }82            }83            echo("Hello World!")84            parallel {85                sequential {86                    echo("Hello World!")87                }88                sequential {89                    echo("Hello World!")90                }91            }92            echo("Hello World!")93        }94    }95}

parallel

Using AI Code Generation

1@RunWith(Parallelized.class)2public class ParallelTest extends JUnit4CitrusTestRunner {3    private TestRunner runner;4    @Parameters(name = "{0}")5    public static Collection<Object[]> data() {6        return Arrays.asList(new Object[][]{7                {"Test1"},8                {"Test2"},9                {"Test3"},10                {"Test4"},11                {"Test5"},12                {"Test6"},13                {"Test7"},14                {"Test8"},15                {"Test9"},16                {"Test10"}17        });18    }19    private String testId;20    public ParallelTest(String testId) {21        this.testId = testId;22    }23    public void test() {24        runner.echo("Running test: " + testId);25    }26}27@RunWith(Parallelized.class)28@SuiteClasses({Test1.class, Test2.class, Test3.class, Test4.class, Test5.class, Test6.class, Test7.class, Test8.class, Test9.class, Test10.class})29public class ParallelSuiteTest extends JUnit4CitrusTestRunner {30}31@RunWith(Parallelized.class)32@SuiteClasses({Test1.class, Test2.class, Test3.class, Test4

parallel

Using AI Code Generation

1@RunWith(Parallelized.class)2public class ParallelTest extends TestNGCitrusTestRunner {3    private String name;4    private String message;5    private String expectedResult;6    @Parameters(name = "{index}: {0}")7    public static Iterable<Object[]> data() {8        return Arrays.asList(new Object[][]{9                {"Test1", "Hello", "Hello"},10                {"Test2", "World", "World"}11        });12    }13    public ParallelTest(String name, String message, String expectedResult) {14        this.name = name;15        this.message = message;16        this.expectedResult = expectedResult;17    }18    public void testParallel() {19        echo("Running test: " + name);20        variable("message", message);21        send("direct:inbound");22        receive("direct:outbound")23                .payload(expectedResult);24    }25}

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