TestNGTestClassDetecter(final TestFrameworkDetector detector) {
    super(detector);
}
 

JUnitTestClassDetecter(final TestFrameworkDetector detector) {
    super(detector);
}
 

TestNGTestClassDetecter(final TestFrameworkDetector detector) {
    super(detector);
}
 

JUnitTestClassDetecter(final TestFrameworkDetector detector) {
    super(detector);
}
 

@Override
public void execute(final JvmTestExecutionSpec testExecutionSpec, TestResultProcessor testResultProcessor) {
    final TestFramework testFramework = testExecutionSpec.getTestFramework();
    final WorkerTestClassProcessorFactory testInstanceFactory = testFramework.getProcessorFactory();
    final Set<File> classpath = ImmutableSet.copyOf(testExecutionSpec.getClasspath());
    final Factory<TestClassProcessor> forkingProcessorFactory = new Factory<TestClassProcessor>() {
        public TestClassProcessor create() {
            return new ForkingTestClassProcessor(workerFactory, testInstanceFactory, testExecutionSpec.getJavaForkOptions(),
                    classpath, testFramework.getWorkerConfigurationAction(), moduleRegistry);
        }
    };
    Factory<TestClassProcessor> reforkingProcessorFactory = new Factory<TestClassProcessor>() {
        public TestClassProcessor create() {
            return new RestartEveryNTestClassProcessor(forkingProcessorFactory, testExecutionSpec.getForkEvery());
        }
    };

    processor = new MaxNParallelTestClassProcessor(testExecutionSpec.getMaxParallelForks(),
            reforkingProcessorFactory, actorFactory);

    final FileTree testClassFiles = testExecutionSpec.getCandidateClassFiles();

    Runnable detector;
    if (testExecutionSpec.isScanForTestClasses() && testFramework.getDetector() != null) {
        TestFrameworkDetector testFrameworkDetector = testExecutionSpec.getTestFramework().getDetector();
        testFrameworkDetector.setTestClasses(testExecutionSpec.getTestClassesDirs().getFiles());
        testFrameworkDetector.setTestClasspath(classpath);
        detector = new DefaultTestClassScanner(testClassFiles, testFrameworkDetector, processor);
    } else {
        detector = new DefaultTestClassScanner(testClassFiles, null, processor);
    }

    Object testTaskOperationId;

    try
    {
        testTaskOperationId = buildOperationExecutor.getCurrentOperation().getParentId();
    } catch (Exception e) {
        testTaskOperationId = UUID.randomUUID();
    }

    new TestMainAction(detector, processor, testResultProcessor, clock, testTaskOperationId, testExecutionSpec.getPath(), "Gradle Test Run " + testExecutionSpec.getIdentityPath()).run();
}
 

TestNGTestClassDetecter(final TestFrameworkDetector detector) {
    super(detector);
}
 

JUnitTestClassDetecter(final TestFrameworkDetector detector) {
    super(detector);
}
 

TestNGTestClassDetecter(final TestFrameworkDetector detector) {
    super(detector);
}
 

JUnitTestClassDetecter(final TestFrameworkDetector detector) {
    super(detector);
}
 

/**
 * Returns a detector which is used to determine which of the candidate class files correspond to test classes to be
 * executed.
 */
TestFrameworkDetector getDetector();
 

/**
 * Returns a detector which is used to determine which of the candidate class files correspond to test classes to be
 * executed.
 */
TestFrameworkDetector getDetector();
 

/**
 * Returns a detector which is used to determine which of the candidate class files correspond to test classes to be
 * executed.
 */
TestFrameworkDetector getDetector();
 

/**
 * Returns a detector which is used to determine which of the candidate class files correspond to test classes to be
 * executed.
 */
TestFrameworkDetector getDetector();