Best Testng code snippet using org.testng.xml.XmlTest.hashCode
Source:DynamicGraphHelper.java
...29 boolean hasDependencies = false;30 for (ITestNGMethod m : methods) {31 // Attempt at adding the method instance to our dynamic graph32 // Addition to the graph will fail only when the method is already present.33 // Presence of a method in the graph is determined by its hashCode.34 // Since addition of the method was a failure lets now try to add it once again by wrapping it35 // in a wrapper object which is capable of fudging the original hashCode.36 boolean added = result.addNode(m);37 if (!added) {38 result.addNode(new WrappedTestNGMethod(m));39 }40 String[] dependentMethods = m.getMethodsDependedUpon();41 for (String d : dependentMethods) {42 ITestNGMethod dm = dependencyMap.getMethodDependingOn(d, m);43 if (m != dm) {44 result.addEdge(TestRunner.PriorityWeight.dependsOnMethods.ordinal(), m, dm);45 }46 }47 String[] dependentGroups = m.getGroupsDependedUpon();48 for (String d : dependentGroups) {49 hasDependencies = true;...
Source:TestSuite.java
...159 }160 return false;161 }162 @Override163 public int hashCode() {164 return 31 * super.hashCode() + suite.hashCode();165 }166 public Suite getSuite() {167 return suite;168 }169 public Component getComponent() {170 return component;171 }172 public Service getService() {173 return service;174 }175 public Interface getInterface() {176 return anInterface;177 }178 public void setLog(Logger logger) {...
Source:FakeTestClass.java
...41 return new Object[]{instance};42 }43 @Override44 public long[] getInstanceHashCodes() {45 return new long[]{instance.hashCode()};46 }47 @Override48 public int getInstanceCount() {49 return 1;50 }51 @Override52 public ITestNGMethod[] getTestMethods() {53 return new ITestNGMethod[]{method};54 }55 @Override56 public ITestNGMethod[] getBeforeTestMethods() {57 return new ITestNGMethod[0];58 }59 @Override...
Source:ClassImpl.java
...94 }95 m_instanceCount = m_instances.size();96 m_instanceHashCodes = new long[m_instanceCount];97 for (int i = 0; i < m_instanceCount; i++) {98 m_instanceHashCodes[i] = m_instances.get(i).hashCode();99 }100 return result;101 }102 @Override103 public String toString() {104 return "[ClassImpl " + m_class.getName() + "]";105 }106 @Override107 public void addInstance(Object instance) {108 m_instances.add(instance);109 }110}...
Source:ClassHelperTest.java
...19 runTest(getExpected(), LittlePanda.class);20 }21 @Test22 public void testGetAvailableMethodsWhenOverrdingIsInvolved() {23 List<String> expected = getExpected("equals", "hashCode", "toString");24 runTest(expected, BabyPanda.class);25 }26 @Test27 public void testFindClassInSameTest() {28 runTest(TestClassSample.class, 1, TestClassSample.class);29 }30 @Test31 public void testFindClassesInSameTest() {32 runTest(TestClassSample.class, 2, TestClassSample.class, BabyPanda.class);33 }34 private static void runTest(Class<?> classToBeFound, int expectedCount, Class<?>... classes) {35 XmlSuite xmlSuite = new XmlSuite();36 xmlSuite.setName("xml_suite");37 newXmlTest("test1", xmlSuite, classes);...
Source:TestResultWrapper.java
...93 TestResultWrapper wrapper = (TestResultWrapper) o;94 return testResult.equals(wrapper.testResult);95 }96 @Override97 public int hashCode() {98 return testResult.hashCode();99 }100}...
hashCode
Using AI Code Generation
1XmlTest xmlTest = new XmlTest();2xmlTest.setParameters(parameters);3xmlTest.setXmlClasses(classes);4xmlTest.setName("XmlTest");5xmlTest.setPreserveOrder(false);6xmlTest.setSuite(suite);7xmlTest.setParallel(XmlSuite.ParallelMode.NONE);8xmlTest.setThreadCount(1);9xmlTest.setVerbose(0);10xmlTest.setGroupByInstances(false);11xmlTest.setGroups(groups);12xmlTest.setListeners(listeners);13xmlTest.setIncludedGroups(includedGroups);14xmlTest.setExcludedGroups(excludedGroups);15xmlTest.setParameters(parameters);16xmlTest.setXmlClasses(classes);17xmlTest.setFactory(factory);18xmlTest.setGuiceStage(guiceStage);19xmlTest.setObjectFactory(objectFactory);20xmlTest.setTestName(testName);21xmlTest.setSkipFailedInvocationCounts(skipFailedInvocationCounts);22xmlTest.setSkipMissingInvocationCounts(skipMissingInvocationCounts);23xmlTest.setInvocationCount(invocationCount);24xmlTest.setInvocationNumbers(invocationNumbers);25xmlTest.setInvocationTimeOut(invocationTimeOut);26xmlTest.setInvocationDataProvider(invocationDataProvider);27xmlTest.setBeforeInvocationMethods(beforeInvocationMethods);28xmlTest.setAfterInvocationMethods(afterInvocationMethods);29xmlTest.setBeforeTestConfigurationMethods(beforeTestConfigurationMethods);30xmlTest.setAfterTestConfigurationMethods(afterTestConfigurationMethods);31xmlTest.setBeforeSuiteConfigurationMethods(beforeSuiteConfigurationMethods);32xmlTest.setAfterSuiteConfigurationMethods(afterSuiteConfigurationMethods);33xmlTest.setBeforeClassConfigurationMethods(beforeClassConfigurationMethods);34xmlTest.setAfterClassConfigurationMethods(afterClassConfigurationMethods);35xmlTest.setBeforeGroupsConfigurationMethods(beforeGroupsConfigurationMethods);36xmlTest.setAfterGroupsConfigurationMethods(afterGroupsConfigurationMethods);37xmlTest.setBeforeMethodConfigurationMethods(beforeMethodConfigurationMethods);38xmlTest.setAfterMethodConfigurationMethods(afterMethodConfigurationMethods);39xmlTest.setBeforeSuiteMethods(beforeSuiteMethods);40xmlTest.setAfterSuiteMethods(afterSuiteMethods);41xmlTest.setBeforeTestMethods(beforeTestMethods);42xmlTest.setAfterTestMethods(afterTestMethods);43xmlTest.setBeforeClassMethods(beforeClassMethods);44xmlTest.setAfterClassMethods(afterClassMethods);45xmlTest.setBeforeGroupsMethods(beforeGroupsMethods);46xmlTest.setAfterGroupsMethods(afterGroupsMethods);47xmlTest.setBeforeMethodMethods(beforeMethodMethods);48xmlTest.setAfterMethodMethods(afterMethodMethods);49xmlTest.setBeforeSuiteConfigurationMethods(beforeSuiteConfigurationMethods);50xmlTest.setAfterSuiteConfigurationMethods(afterSuiteConfigurationMethods);51xmlTest.setBeforeTestConfigurationMethods(beforeTestConfigurationMethods);
TestNG is a Java-based open-source framework for test automation that includes various test types, such as unit testing, functional testing, E2E testing, etc. TestNG is in many ways similar to JUnit and NUnit. But in contrast to its competitors, its extensive features make it a lot more reliable framework. One of the major reasons for its popularity is its ability to structure tests and improve the scripts' readability and maintainability. Another reason can be the important characteristics like the convenience of using multiple annotations, reliance, and priority that make this framework popular among developers and testers for test design. You can refer to the TestNG tutorial to learn why you should choose the TestNG framework.
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