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How to use pending method of com.tngtech.jgiven.tests.TestScenarioRepository class
Best JGiven code snippet using com.tngtech.jgiven.tests.TestScenarioRepository.pending
Source:TestScenarioRepository.java 
...3import com.google.common.collect.Lists;4import com.tngtech.jgiven.annotation.Description;5public class TestScenarioRepository {6 public static class SearchCriteria {7 public boolean pending = false;8 public boolean failing = false;9 public Integer numberOfSteps;10 public Integer failingStep;11 public Integer numberOfFailingStages;12 public Boolean failIfPassed;13 public Boolean executeSteps;14 public Boolean tagAnnotation;15 public Integer stageWithFailingAfterStageMethod;16 public Boolean parameterizedRunner;17 public Integer numberOfParameters;18 public String testClassDescription;19 public boolean matches(ScenarioCriteria criteria) {20 if (pending != criteria.pending) {21 return false;22 }23 if (failIfPassed != null && !failIfPassed.equals(criteria.failIfPassed)) {24 return false;25 }26 if (executeSteps != null && !executeSteps.equals(criteria.executeSteps)) {27 return false;28 }29 if (failing != criteria.failing) {30 return false;31 }32 if (numberOfSteps != null && !numberOfSteps.equals(criteria.numberOfSteps)) {33 return false;34 }35 if (numberOfFailingStages != null && !numberOfFailingStages.equals(criteria.numberOfFailingStages)) {36 return false;37 }38 if (failingStep != null && !failingStep.equals(criteria.failingStep)) {39 return false;40 }41 if (stageWithFailingAfterStageMethod != null42 && !stageWithFailingAfterStageMethod.equals(criteria.stageWithFailingAfterStageMethod)) {43 return false;44 }45 if (tagAnnotation != null && !tagAnnotation.equals(criteria.tagAnnotation)) {46 return false;47 }48 if (parameterizedRunner != null && !parameterizedRunner.equals(criteria.parameterizedRunner)) {49 return false;50 }51 if (numberOfParameters != null && !numberOfParameters.equals(criteria.numberOfParameters)) {52 return false;53 }54 if (testClassDescription != null && !testClassDescription.equals(criteria.testClassDescription)) {55 return false;56 }57 return true;58 }59 }60 public static class ScenarioCriteria {61 public boolean pending;62 public boolean failIfPassed;63 public boolean executeSteps;64 public boolean failing;65 public Integer failingStep;66 public int numberOfSteps = 1;67 public boolean tagAnnotation;68 private int numberOfFailingStages;69 public Integer stageWithFailingAfterStageMethod;70 public Integer numberOfParameters;71 private boolean parameterizedRunner;72 private String testClassDescription;73 public ScenarioCriteria pending() {74 pending = true;75 return this;76 }77 public ScenarioCriteria failIfPassed() {78 failIfPassed = true;79 return this;80 }81 public ScenarioCriteria executeSteps() {82 executeSteps = true;83 return this;84 }85 public ScenarioCriteria failing() {86 failing = true;87 return this;88 }89 public ScenarioCriteria failingStep(int i) {90 failing();91 failingStep = i;92 return this;93 }94 public ScenarioCriteria numberOfSteps(int n) {95 numberOfSteps = n;96 return this;97 }98 public ScenarioCriteria tagAnnotation() {99 tagAnnotation = true;100 return this;101 }102 public ScenarioCriteria numberOfFailingStages(int i) {103 numberOfFailingStages = i;104 return this;105 }106 public ScenarioCriteria stageWithFailingAfterStageMethod(Integer stageWithFailingAfterStageMethod) {107 this.stageWithFailingAfterStageMethod = stageWithFailingAfterStageMethod;108 return this;109 }110 public ScenarioCriteria numberOfParameters(int n) {111 this.numberOfParameters = n;112 return this;113 }114 public ScenarioCriteria parameterizedRunner() {115 this.parameterizedRunner = true;116 return this;117 }118 public ScenarioCriteria testClassDescription(String value) {119 this.testClassDescription = value;120 return this;121 }122 }123 public static class TestScenario {124 public Class<?> testClass;125 public String testMethod;126 public ScenarioCriteria criteria = new ScenarioCriteria();127 public TestScenario(Class<?> testClass) {128 this.testClass = testClass;129 }130 public TestScenario(String testMethod) {131 this.testMethod = testMethod;132 this.testClass = TestScenarios.class;133 }134 public TestScenario(Class<?> testClass, String testMethod) {135 this.testClass = testClass;136 this.testMethod = testMethod;137 }138 }139 final static List<TestScenario> testScenarios = setupTestScenarios();140 public static TestScenario findScenario(SearchCriteria searchCriteria) {141 for (TestScenario scenario : testScenarios) {142 if (searchCriteria.matches(scenario.criteria)) {143 return scenario;144 }145 }146 throw new IllegalArgumentException("No matching scenario found");147 }148 private static ScenarioCriteria addTestScenario(List<TestScenario> list, Class<?> testClass) {149 TestScenario testScenario = new TestScenario(testClass);150 list.add(testScenario);151 return testScenario.criteria;152 }153 private static ScenarioCriteria addTestScenario(List<TestScenario> list, String testMethod) {154 TestScenario testScenario = new TestScenario(testMethod);155 list.add(testScenario);156 return testScenario.criteria;157 }158 private static ScenarioCriteria addTestScenario(List<TestScenario> list, Class<?> testClass, String testMethod) {159 TestScenario testScenario = new TestScenario(testClass);160 testScenario.testMethod = testMethod;161 list.add(testScenario);162 return testScenario.criteria;163 }164 private static List<TestScenario> setupTestScenarios() {165 List<TestScenario> result = Lists.newArrayList();166 addTestScenario(result, "failing_test_with_two_steps")167 .numberOfSteps(2)168 .failingStep(1);169 addTestScenario(result, "failing_test_with_three_steps")170 .numberOfSteps(3)171 .failingStep(1);172 addTestScenario(result, "failing_test_with_two_steps_and_second_step_fails")173 .numberOfSteps(2)174 .failingStep(2);175 addTestScenario(result, "failing_test_with_two_failing_stages")176 .numberOfSteps(2)177 .numberOfFailingStages(2)178 .failingStep(1);179 addTestScenario(result, "failing_test_where_second_stage_has_a_failing_after_stage_method")180 .numberOfSteps(2)181 .numberOfFailingStages(2)182 .stageWithFailingAfterStageMethod(2)183 .failingStep(1);184 addTestScenario(result, "failing_test_with_Pending_annotation")185 .pending()186 .numberOfSteps(2)187 .failingStep(1);188 addTestScenario(result, "passing_test_with_Pending_annotation")189 .pending();190 addTestScenario(result, "passing_test_with_Pending_annotation_and_failIfPassed_set_to_true")191 .pending()192 .failIfPassed();193 addTestScenario(result, "failing_test_with_Pending_annotation_and_failIfPassed_set_to_true")194 .pending()195 .failIfPassed()196 .failingStep(1);197 addTestScenario(result, "failing_test_with_Pending_annotation_and_executeSteps_set_to_true")198 .pending()199 .executeSteps()200 .failingStep(1);201 addTestScenario(result, "test_with_tag_annotation")202 .tagAnnotation();203 addTestScenario(result, TestClassWithParameterizedRunner.class)204 .parameterizedRunner()205 .numberOfParameters(2);206 addTestScenario(result, TestClassWithDescription.class, "some_test")207 .testClassDescription(TestClassWithDescription.class.getAnnotation(Description.class).value());208 return result;209 }210 public static TestScenario testClassWithOnlyIgnoredTests() {211 return new TestScenario(TestClassWithOnlyIgnoredTests.class);212 }...
Source:GivenScenarioTest.java
...38 criteria.stageWithFailingAfterStageMethod = i;39 return self();40 }41 public SELF the_test_is_annotated_with_Pending() {42 criteria.pending = true;43 return self();44 }45 public SELF failIfPassed_set_to_true() {46 criteria.failIfPassed = true;47 return self();48 }49 public SELF executeSteps_set_to_true() {50 criteria.executeSteps = true;51 return self();52 }53 public SELF the_test_has_a_tag_annotation_named(String name) {54 assertThat(name).isEqualTo("TestTag");55 criteria.tagAnnotation = true;56 return self();57 }58 @AfterStage59 public void findScenario() {60 if (testScenario == null) {61 testScenario = TestScenarioRepository.findScenario(criteria);62 }63 }64 public SELF a_failing_test_with_$_steps(int n) {65 a_failing_test();66 return a_test_with_$_steps(n);67 }68 public SELF a_test_with_$_steps(int n) {69 criteria.numberOfSteps = n;70 return self();71 }72 public SELF step_$_fails(int i) {73 criteria.failingStep = i;74 return self();75 }76 public SELF the_test_class_has_a_description_annotation_with_value(String value) {77 criteria.testClassDescription = value;78 return self();79 }80 public SELF a_JUnit_test_class_with_the_Parameterized_Runner() {81 criteria.parameterizedRunner = true;82 return self();83 }84 public SELF the_test_class_has_$_parameters(int nParameters) {85 criteria.numberOfParameters = nParameters;86 return self();87 }88 public void a_test_class_with_all_tests_ignored() {89 testScenario = TestScenarioRepository.testClassWithOnlyIgnoredTests();90 }91 public void a_test_class_with_a_failing_scenario_and_a_failing_after_stage() {92 testScenario = TestScenarioRepository.testClassWithAFailingScenarioAndAFailingAfterStage();93 }94 public void a_test_with_two_cases_and_the_first_one_fails() {95 testScenario = TestScenarioRepository.testWithTwoCasesAndTheFirstOneFails();96 }97 public void a_TestNG_test_with_two_cases_and_the_first_one_fails() {98 testScenario = TestScenarioRepository.testNgTestWithAFailingCase();99 }100 public void a_pending_scenario_with_a_data_provider() {101 testScenario = new TestScenario(PendingDataProviderTests.class);102 }103 public SELF junit5_tests_with_scenario_modifications_in_after_method() {104 testScenario = TestScenarioRepository.junit5TestsWithModificationsInAfterMethod();105 return self();106 }107 public SELF junit5_test_class_with_a_per_class_lifecycle(){108 testScenario = TestScenarioRepository.junit5TestClassWithPerClassLifecycle();109 return self();110 }111 public SELF a_testNG_class_with_parallel_tests_and_injected_stages(){112 testScenario = TestScenarioRepository.testNgClassWithParallelTestsAndInjectedStages();113 return self();114 }...
pending
Using AI Code Generation
1package com.tngtech.jgiven.tests;2import com.tngtech.jgiven.annotation.Pending;3import com.tngtech.jgiven.junit.SimpleScenarioTest;4import org.junit.Test;5public class TestScenarioRepository extends SimpleScenarioTest<TestScenarioRepository.TestGiven, TestScenarioRepository.TestWhen, TestScenarioRepository.TestThen> {6 public void testScenarioRepository() {7 given().a_scenario_repository();8 when().a_scenario_is_added_to_the_repository();9 then().the_scenario_is_in_the_repository();10 }11 public static class TestGiven {12 public TestGiven a_scenario_repository() {13 return this;14 }15 }16 public static class TestWhen {17 public TestWhen a_scenario_is_added_to_the_repository() {18 return this;19 }20 }21 public static class TestThen {22 public TestThen the_scenario_is_in_the_repository() {23 return this;24 }25 }26}
pending
Using AI Code Generation
1package com.tngtech.jgiven.tests;2import com.tngtech.jgiven.junit.ScenarioTest;3import org.junit.Test;4public class TestScenarioRepository extends ScenarioTest<GivenTest, WhenTest, ThenTest> {5 public void test() {6 pending();7 }8}9package com.tngtech.jgiven.tests;10import com.tngtech.jgiven.junit.ScenarioTest;11import org.junit.Test;12public class TestScenarioRepository extends ScenarioTest<GivenTest, WhenTest, ThenTest> {13 public void test() {14 pending();15 }16}17package com.tngtech.jgiven.tests;18import com.tngtech.jgiven.junit.ScenarioTest;19import org.junit.Test;20public class TestScenarioRepository extends ScenarioTest<GivenTest, WhenTest, ThenTest> {21 public void test() {22 pending();23 }24}25package com.tngtech.jgiven.tests;26import com.tngtech.jgiven.junit.ScenarioTest;27import org.junit.Test;28public class TestScenarioRepository extends ScenarioTest<GivenTest, WhenTest, ThenTest> {29 public void test() {30 pending();31 }32}33package com.tngtech.jgiven.tests;34import com.tngtech.jgiven.junit.ScenarioTest;35import org.junit.Test;36public class TestScenarioRepository extends ScenarioTest<GivenTest, WhenTest, ThenTest> {37 public void test() {38 pending();39 }40}41package com.tngtech.jgiven.tests;42import com.tngtech.jgiven.junit.ScenarioTest;43import org.junit.Test;44public class TestScenarioRepository extends ScenarioTest<GivenTest, WhenTest, ThenTest> {45 public void test() {46 pending();47 }48}
pending
Using AI Code Generation
1import com.tngtech.jgiven.tests.TestScenarioRepository;2import com.tngtech.jgiven.tests.TestScenarioRepository$;3import java.util.concurrent.TimeUnit;4import java.util.concurrent.TimeoutException;5import java.util.concurrent.atomic.AtomicInteger;6import java.util.concurrent.atomic.AtomicReference;7import java.util.concurrent.locks.LockSupport;8import java.util.function.Supplier;9import java.util.stream.Stream;10import org.junit.Test;11import scala.concurrent.Await;12import scala.concurrent.ExecutionContext;13import scala.concurrent.Future;14import scala.concurrent.duration.Duration;15import scala.concurrent.duration.FiniteDuration;16import scala.util.Try;17public class TestScenarioRepositoryTest {18 public void test() throws InterruptedException, TimeoutException {19 TestScenarioRepository testScenarioRepository = new TestScenarioRepository();20 ExecutionContext executionContext = testScenarioRepository.executionContext();21 Future<Try<TestScenarioRepository.Pending>> pendingFuture = testScenarioRepository.pending();22 AtomicReference<TestScenarioRepository.Pending> pending = new AtomicReference<>();23 AtomicInteger counter = new AtomicInteger();24 Stream.generate(() -> {25 try {26 return Await.result(pendingFuture, Duration.create(1, TimeUnit.SECONDS));27 } catch (Exception e) {28 throw new RuntimeException(e);29 }30 })31 .filter(Try::isSuccess)32 .map(Try::get)33 .findFirst()34 .ifPresent(pending::set);35 TestScenarioRepository.Pending pending1 = pending.get();36 System.out.println(pending1);37 System.out.println("counter: " + counter.get());38 pending1.done();39 System.out.println("counter: " + counter.get());40 }41}42import com.tngtech.jgiven.tests.TestScenarioRepository;43import com.tngtech.jgiven.tests.TestScenarioRepository$;44import java.util.concurrent.TimeUnit;45import java.util.concurrent.TimeoutException;46import java.util.concurrent.atomic.AtomicInteger;47import java.util.concurrent.atomic.AtomicReference;48import java.util.concurrent.locks.LockSupport;49import java.util.function.Supplier;50import java.util.stream.Stream;51import org.junit.Test;52import scala.concurrent.Await;53import scala.concurrent.ExecutionContext;54import scala.concurrent.Future;55import scala.concurrent.duration.Duration;56import scala.concurrent.duration.FiniteDuration;57import scala.util.Try;58public class TestScenarioRepositoryTest {59 public void test() throws InterruptedException, TimeoutException {
pending
Using AI Code Generation
1public void testPendingMethod() {2 given().some_state();3 when().the_pending_method_is_called();4 then().the_scenario_is_pending();5}6public void testPendingMethod() {7 given().some_state();8 when().the_pending_method_is_called();9 then().the_scenario_is_pending();10}11public void testPendingMethod() {12 given().some_state();13 when().the_pending_method_is_called();14 then().the_scenario_is_pending();15}16public void testPendingMethod() {17 given().some_state();18 when().the_pending_method_is_called();19 then().the_scenario_is_pending();20}21public void testPendingMethod() {22 given().some_state();23 when().the_pending_method_is_called();24 then().the_scenario_is_pending();25}26public void testPendingMethod() {27 given().some_state();28 when().the_pending_method_is_called();29 then().the_scenario_is_pending();30}31public void testPendingMethod() {32 given().some_state();33 when().the_pending_method_is_called();34 then().the_scenario_is_pending();35}36public void testPendingMethod() {37 given().some_state();38 when().the_pending_method_is_called();39 then().the_scenario_is_pending();40}41public void testPendingMethod() {42 given().some_state();43 when().the_pending_method_is_called();
pending
Using AI Code Generation
1public void testPending() throws Exception {2 given().a_pending_scenario();3 when().the_scenario_is_executed();4 then().the_scenario_should_be_pending();5}6public void testFailed() throws Exception {7 given().a_failing_scenario();8 when().the_scenario_is_executed();9 then().the_scenario_should_fail();10}11public void testPassed() throws Exception {12 given().a_passing_scenario();13 when().the_scenario_is_executed();14 then().the_scenario_should_pass();15}16public void testException() throws Exception {17 given().a_scenario_with_an_exception();18 when().the_scenario_is_executed();19 then().the_scenario_should_fail();20}21public void testFailed() throws Exception {22 given().a_scenario_with_a_failing_step();23 when().the_scenario_is_executed();24 then().the_scenario_should_fail();25}26public void testPassed() throws Exception {27 given().a_scenario_with_a_passing_step();28 when().the_scenario_is_executed();29 then().the_scenario_should_pass();30}31public void testPending() throws Exception {32 given().a_scenario_with_a_pending_step();33 when().the_scenario_is_executed();34 then().the_scenario_should_be_pending();35}36public void testPending() throws Exception {37 given().a_scenario_with_a_pending_step();38 when().the_scenario_is_executed();39 then().the_scenario_should_be_pending();40}
pending
Using AI Code Generation
1import com.tngtech.jgiven.tests.TestScenarioRepository;2import com.tngtech.jgiven.tests.TestScenario;3import java.util.List;4public class 1 {5 public static void main(String[] args) {6 TestScenarioRepository testScenarioRepository = new TestScenarioRepository();7 List<TestScenario> pending = testScenarioRepository.pending();8 System.out.println(pending);9 }10}
pending
Using AI Code Generation
1public class TestScenarioRepositoryTest extends ScenarioTest<TestScenarioRepositoryTest.TestStage> {2 public void test() {3 given().a_test_scenario_repository();4 when().a_test_scenario_is_added();5 then().the_test_scenario_is_pending();6 }7 public static class TestStage extends Stage<TestStage> {8 public TestStage a_test_scenario_repository() {9 return self();10 }11 public TestStage a_test_scenario_is_added() {12 return self();13 }14 public TestStage the_test_scenario_is_pending() {15 return self();16 }17 }18}19public class TestScenarioRepositoryTest extends ScenarioTest<TestScenarioRepositoryTest.TestStage> {20 public void test() {21 given().a_test_scenario_repository();22 when().a_test_scenario_is_added();23 then().the_test_scenario_is_pending();24 }25 public static class TestStage extends Stage<TestStage> {26 public TestStage a_test_scenario_repository() {27 return self();28 }29 public TestStage a_test_scenario_is_added() {30 return self();31 }32 public TestStage the_test_scenario_is_pending() {33 return self();34 }35 }36}37public class TestScenarioRepositoryTest extends ScenarioTest<TestScenarioRepositoryTest.TestStage> {38 public void test() {39 given().a_test_scenario_repository();40 when().a_test_scenario_is_added();41 then().the_test_scenario_is_pending();42 }43 public static class TestStage extends Stage<TestStage> {44 public TestStage a_test_scenario_repository() {45 return self();46 }47 public TestStage a_test_scenario_is_added() {48 return self();49 }50 public TestStage the_test_scenario_is_pending() {51 return self();52 }53 }54}55public class TestScenarioRepositoryTest extends ScenarioTest<TestScenarioRepositoryTest.TestStage> {56 public void test() {57 given().a_test_scenario_repository();58 when().a_test_scenario_is_added();59 then().the_test_scenario_is_pending();60 }
pending
Using AI Code Generation
1public void testPending() {2 given().a_test_scenario_repository();3 when().a_test_scenario_repository_is_created();4 when().pending_method_is_called();5 then().a_pending_exception_is_thrown();6}7public void testPending() {8 given().a_test_scenario_repository();9 when().a_test_scenario_repository_is_created();10 when().pending_method_is_called();11 then().a_pending_exception_is_thrown();12}13public void testPending() {14 given().a_test_scenario_repository();15 when().a_test_scenario_repository_is_created();16 when().pending_method_is_called();17 then().a_pending_exception_is_thrown();18}19public void testPending() {20 given().a_test_scenario_repository();21 when().a_test_scenario_repository_is_created();22 when().pending_method_is_called();23 then().a_pending_exception_is_thrown();24}25public void testPending() {26 given().a_test_scenario_repository();27 when().a_test_scenario_repository_is_created();28 when().pending_method_is_called();29 then().a_pending_exception_is_thrown();30}31public void testPending() {32 given().a_test_scenario_repository();33 when().a_test_scenario_repository_is_created();34 when().pending_method_is_called();35 then().a_pending_exception_is_thrown();36}37public void testPending() {38 given().a_test_scenario_repository();39 when().a_test_scenario_repository_is_created();40 when().pending_method_is_called();41 then().a_pending_exception_is_thrown();42}
pending
Using AI Code Generation
1package com.tngtech.jgiven.tests;2import com.tngtech.jgiven.tests.TestScenarioRepository;3import com.tngtech.jgiven.tests.TestScenarioRepository.PendingMethod;4import org.junit.Test;5public class TestScenarioRepository {6public void testPendingMethod() {7PendingMethod pendingMethod = pending();8}9}10package com.tngtech.jgiven.tests;11public class TestScenarioRepository extends ScenarioRepository<TestScenarioRepository.PendingMethod> {12public enum PendingMethod {13}14}15package com.tngtech.jgiven.tests;16import com.tngtech.jgiven.annotation.Pending;17import com.tngtech.jgiven.junit.SimpleScenarioTest;18public class TestScenarioRepository extends SimpleScenarioTest<PendingMethod> {19public void pendingMethod() {20}21}22package com.tngtech.jgiven.tests;23import com.tngtech.jgiven.annotation.Pending;24import com.tngtech.jgiven.junit.SimpleScenarioTest;25public class TestScenarioRepository extends SimpleScenarioTest<PendingMethod> {26public void pendingMethod() {27}28}29package com.tngtech.jgiven.tests;30import com.tngtech.jgiven.annotation.Pending;31import com.tngtech.jgiven.junit.SimpleScenarioTest;32public class TestScenarioRepository extends SimpleScenarioTest<PendingMethod> {33public void pendingMethod() {34}35}36package com.tngtech.jgiven.tests;37import com.tngtech.jgiven.annotation.Pending;38import com.tngtech.jgiven.junit.SimpleScenarioTest;39public class TestScenarioRepository extends SimpleScenarioTest<PendingMethod> {40public void pendingMethod() {41}42}43package com.tngtech.jgiven.tests;44import com.tngtech.jgiven.annotation.Pending;45import com.tngtech.jgiven.junit.SimpleScenarioTest;46public class TestScenarioRepository extends SimpleScenarioTest<PendingMethod> {47public void pendingMethod() {48}49}50package com.tngtech.jgiven.tests;51import com.tngtech.jgiven.annotation.Pending;52import com.tngtech.jgiven.junit.SimpleScenarioTest;53public class TestScenarioRepository extends SimpleScenarioTest<PendingMethod> {54public void pendingMethod() {55}56}
pending
Using AI Code Generation
1package com.tngtech.jgiven.tests;2import org.junit.Test;3public class TestClass1 {4 public void test1(){5 TestScenarioRepository testScenarioRepository = new TestScenarioRepository();6 testScenarioRepository.pending("test1");7 }8}9package com.tngtech.jgiven.tests;10import org.junit.Test;11public class TestClass2 {12 public void test1(){13 TestScenarioRepository testScenarioRepository = new TestScenarioRepository();14 testScenarioRepository.pending("test1");15 }16}17package com.tngtech.jgiven.tests;18import com.tngtech.jgiven.annotation.Pending;19import com.tngtech.jgiven.junit.ScenarioTest;20import org.junit.Test;21public class TestScenarioRepository extends ScenarioTest<TestScenarioRepository.TestSteps> {22 public void test1(){23 given().test_method();24 }25 public void pending(String test){26 System.out.println("Pending method");27 }28 public static class TestSteps{29 public void test_method(){30 System.out.println("Test method");31 }32 }33}34java.lang.NoSuchMethodError: com.tngtech.jgiven.tests.TestScenarioRepository.pending(Ljava/lang/String;)V35 at com.tngtech.jgiven.tests.TestClass1.test1(TestClass1.java:12)36 at sun.reflect.NativeMethodAccessorImpl.invoke0(Native Method)37 at sun.reflect.NativeMethodAccessorImpl.invoke(NativeMethodAccessorImpl.java:62)38 at sun.reflect.DelegatingMethodAccessorImpl.invoke(DelegatingMethodAccessorImpl.java:43)39 at java.lang.reflect.Method.invoke(Method.java:498)
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Most used method in TestScenarioRepository
- matches
- pending
- failIfPassed
- executeSteps
- failing
- failingStep
- numberOfSteps
- tagAnnotation
- numberOfFailingStages
- stageWithFailingAfterStageMethod
- numberOfParameters
- parameterizedRunner
- testClassDescription
- ScenarioCriteria
- TestScenario
- findScenario
- addTestScenario
- setupTestScenarios
- testClassWithOnlyIgnoredTests
- testClassWithAFailingScenarioAndAFailingAfterStage
- testWithTwoCasesAndTheFirstOneFails
- junit5TestsWithModificationsInAfterMethod
- testNgTestWithAFailingCase
- junit5TestClassWithPerClassLifecycle
- testNgClassWithParallelTestsAndInjectedStages
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