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How to use Interface IExecutorFactory class of org.testng.thread package

Best Testng code snippet using org.testng.thread.Interface IExecutorFactory

Source:IExecutorFactory.java

1package org.testng.thread;2import java.util.Comparator;3import java.util.concurrent.BlockingQueue;4import java.util.concurrent.TimeUnit;5import org.testng.IDynamicGraph;6import org.testng.ISuite;7import org.testng.ITestNGMethod;8/**9 * Represents the capabilities to be possessed by any implementation that can be plugged into TestNG10 * to execute nodes from a {@link org.testng.IDynamicGraph} object.11 */12public interface IExecutorFactory {13  /**14   * @param name - The name to be used as a prefix for all created threads.15   * @param graph - A {@link org.testng.IDynamicGraph} object that represents the graph of methods and the16   * hierarchy of execution.17   * @param factory - A {@link IThreadWorkerFactory} factory to create threads.18   * @param corePoolSize the number of threads to keep in the pool, even if they are idle, unless19   * {@code allowCoreThreadTimeOut} is set20   * @param maximumPoolSize the maximum number of threads to allow in the pool21   * @param keepAliveTime when the number of threads is greater than the core, this is the maximum22   * time that excess idle threads will wait for new tasks before terminating.23   * @param unit the time unit for the {@code keepAliveTime} argument24   * @param workQueue the queue to use for holding tasks before they are executed.  This queue will25   * hold only the {@code Runnable} tasks submitted by the {@code execute} method.26   * @param comparator - A {@link Comparator} to order nodes internally.27   * @return - A new {@link ITestNGThreadPoolExecutor} that is capable of running suites in28   * parallel.29   */30  ITestNGThreadPoolExecutor newSuiteExecutor(String name,31      IDynamicGraph<ISuite> graph,32      IThreadWorkerFactory<ISuite> factory,33      int corePoolSize,34      int maximumPoolSize,35      long keepAliveTime,36      TimeUnit unit,37      BlockingQueue<Runnable> workQueue,38      Comparator<ISuite> comparator);39  /**40   * @param name - The name to be used as a prefix for all created threads.41   * @param graph - A {@link IDynamicGraph} object that represents the graph of methods and the42   * hierarchy of execution.43   * @param factory - A {@link IThreadWorkerFactory} factory to create threads.44   * @param corePoolSize the number of threads to keep in the pool, even if they are idle, unless45   * {@code allowCoreThreadTimeOut} is set46   * @param maximumPoolSize the maximum number of threads to allow in the pool47   * @param keepAliveTime when the number of threads is greater than the core, this is the maximum48   * time that excess idle threads will wait for new tasks before terminating.49   * @param unit the time unit for the {@code keepAliveTime} argument50   * @param workQueue the queue to use for holding tasks before they are executed.  This queue will51   * hold only the {@code Runnable} tasks submitted by the {@code execute} method.52   * @param comparator - A {@link Comparator} to order nodes internally.53   * @return - A new {@link ITestNGThreadPoolExecutor} that is capable of running test methods in54   * parallel.55   */56  ITestNGThreadPoolExecutor newTestMethodExecutor(57      String name,58      IDynamicGraph<ITestNGMethod> graph,59      IThreadWorkerFactory<ITestNGMethod> factory,60      int corePoolSize,61      int maximumPoolSize,62      long keepAliveTime,63      TimeUnit unit,64      BlockingQueue<Runnable> workQueue,65      Comparator<ITestNGMethod> comparator66  );67}...

Source:IConfiguration.java

1package org.testng.internal;2import org.testng.*;3import org.testng.internal.annotations.IAnnotationFinder;4import java.util.List;5import org.testng.thread.IExecutorFactory;6public interface IConfiguration {7  IAnnotationFinder getAnnotationFinder();8  void setAnnotationFinder(IAnnotationFinder finder);9  ITestObjectFactory getObjectFactory();10  void setObjectFactory(ITestObjectFactory m_objectFactory);11  IHookable getHookable();12  void setHookable(IHookable h);13  IConfigurable getConfigurable();14  void setConfigurable(IConfigurable c);15  List<IExecutionListener> getExecutionListeners();16  default void addExecutionListener(IExecutionListener l) {}17  default boolean addExecutionListenerIfAbsent(IExecutionListener l) {18    return false;19  }20  List<IConfigurationListener> getConfigurationListeners();21  void addConfigurationListener(IConfigurationListener cl);22  boolean alwaysRunListeners();23  void setAlwaysRunListeners(boolean alwaysRun);24  void setExecutorFactory(IExecutorFactory factory);25  IExecutorFactory getExecutorFactory();26  IInjectorFactory getInjectorFactory();27  void setInjectorFactory(IInjectorFactory factory);28}...

Interface IExecutorFactory

Using AI Code Generation

1public class TestNGExecutorFactory implements IExecutorFactory {2    public ITestNGMethodRunner newTestNGMethodRunner(ITestNGMethod testNGMethod, List<IInvokedMethodListener> invokedMethodListeners, ITestContext testContext, XmlTest xmlTest, IAnnotationFinder finder, IRetryAnalyzer retryAnalyzer) {3        return new TestNGMethodRunner(testNGMethod, invokedMethodListeners, testContext, xmlTest, finder, retryAnalyzer);4    }5}6public class TestNGMethodRunner implements ITestNGMethodRunner {7    private final ITestNGMethod m_method;8    private final List<IInvokedMethodListener> m_invokedMethodListeners;9    private final ITestContext m_testContext;10    private final XmlTest m_xmlTest;11    private final IAnnotationFinder m_finder;12    private final IRetryAnalyzer m_retryAnalyzer;13    public TestNGMethodRunner(ITestNGMethod testNGMethod, List<IInvokedMethodListener> invokedMethodListeners, ITestContext testContext, XmlTest xmlTest, IAnnotationFinder finder, IRetryAnalyzer retryAnalyzer) {14        m_method = testNGMethod;15        m_invokedMethodListeners = invokedMethodListeners;16        m_testContext = testContext;17        m_xmlTest = xmlTest;18        m_finder = finder;19        m_retryAnalyzer = retryAnalyzer;20    }21    public void run() {22        Object instance = null;23        ITestResult testResult = null;24        try {25            instance = m_method.getInstance();26            if (instance == null) {27                instance = m_method.getTestClass().getInstances(false)[0];28            }29            testResult = createTestResult(instance, m_method, m_testContext);30            m_invokedMethodListeners.forEach(listener -> listener.beforeInvocation(testResult, m_method));31            if (m_method.isTest()) {32                runTestMethod(testResult);33            } else {34                runConfigurationMethod(testResult);35            }36        } catch (InvocationTargetException ex) {37            testResult.setThrowable(ex.getTargetException());38            testResult.setStatus(ITestResult.FAILURE);39        } catch (Exception ex) {40            testResult.setThrowable(ex);41            testResult.setStatus(ITestResult.FAILURE);42        } finally {43            m_invokedMethodListeners.forEach(listener -> listener.afterInvocation(testResult, m_method));44        }45    }46    private void runTestMethod(ITestResult test

Interface IExecutorFactory

Using AI Code Generation

1public class TestngFactory implements IExecutorFactory {2    public ITestNGMethodRunner newTestNGMethodRunner(ITestNGMethod testNGMethod, List<ITestNGMethod> list, ITestContext iTestContext) {3        return new MyMethodRunner(testNGMethod, list, iTestContext);4    }5}6public class TestngInterceptor implements IMethodInterceptor {7    public List<IMethodInstance> intercept(List<IMethodInstance> list, ITestContext iTestContext) {8        return list;9    }10}11public class TestngSelector implements IMethodSelector {12    public boolean includeMethod(IMethodInstance iMethodInstance, ITestContext iTestContext) {13        return true;14    }15}16public class TestngThreadPoolExecutor implements IThreadPoolExecutor {17    public ThreadPoolExecutor getExecutor(ITestNGMethod[] iTestNGMethods, String s) {18        return null;19    }20}21public class TestngThreadPoolFactory implements IThreadPoolFactory {22    public ExecutorService getExecutor(String s) {23        return null;24    }25}26public class TestngRunnerFactory implements ITestRunnerFactory {27    public ITestRunner newTestRunner(ISuite iSuite, ITestNGMethod[] iTestNGMethods) {28        return new MyTestRunner(iSuite, iTestNGMethods);29    }30}31public class TestngThreadWorkerFactory implements IThreadWorkerFactory {32    public IThreadWorker newThreadWorker(ITestNGMethod[] iTestNGMethods, String s) {33        return null;34    }35}36public class TestngWorkerFactory implements IWorkerFactory {37    public IWorker<ITestNGMethod> newWorker(ISuite iSuite, ITestNGMethod[] iTestNGMethods) {38        return null;39    }40}

Interface IExecutorFactory

Using AI Code Generation

1public class ExecutorFactory implements IExecutorFactory {2public ITestExecutor newExecutor(String[] args) {3return new TestNGExecutor(args);4}5}6public class TestRunnerFactory implements ITestRunnerFactory {7public ITestRunner newTestRunner(ITestNGMethod testMethod, ITestContext context) {8return new TestRunner(testMethod, context);9}10}11public class ThreadPoolExecutorFactory implements IThreadPoolExecutorFactory {12public ThreadPoolExecutor newThreadPool(ITestNGMethod method,13TimeUnit unit, BlockingQueue<Runnable> workQueue) {14return new ThreadPoolExecutor(corePoolSize, maximumPoolSize, keepAliveTime, unit, workQueue);15}16}17public class TestNGMethodFinderFactory implements ITestNGMethodFinderFactory {18public ITestNGMethodFinder newTestNGMethodFinder(Class<?> cls, ITestContext context) {19return new TestNGMethodFinder(cls, context);20}21}22public class TestRunnerFactory implements ITestRunnerFactory {23public ITestRunner newTestRunner(ITestNGMethod testMethod, ITestContext context) {24return new TestRunner(testMethod, context);25}26}27public class ThreadPoolExecutorFactory implements IThreadPoolExecutorFactory {28public ThreadPoolExecutor newThreadPool(ITestNGMethod method,29TimeUnit unit, BlockingQueue<Runnable> workQueue) {30return new ThreadPoolExecutor(corePoolSize, maximumPoolSize, keepAliveTime, unit, workQueue);31}32}33public class TestNGMethodFinderFactory implements ITestNGMethodFinderFactory {34public ITestNGMethodFinder newTestNGMethodFinder(Class<?> cls, ITestContext context) {35return new TestNGMethodFinder(cls, context);36}37}38public class ThreadPoolWorkerFactory implements IThreadPoolWorkerFactory {39public ThreadPoolWorker newThreadPoolWorker(ITestNGMethod testMethod,

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JUnit 5 vs. TestNG: Compare and explore the core differences between JUnit 5 and TestNG from the Selenium WebDriver viewpoint.
Installing TestNG in Eclipse: Start installing the TestNG Plugin and learn how to set up TestNG in Eclipse to begin constructing a framework for your test project.
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Creating TestNG XML File: Here is a step-by-step tutorial on creating a TestNG XML file to learn why and how it is created and discover how to run the TestNG XML file being executed in parallel.
Automation with Selenium, Cucumber & TestNG: Explore for an in-depth tutorial on automation using Selenium, Cucumber, and TestNG, as TestNG offers simpler settings and more features.
JUnit Selenium Tests using TestNG: Start running your regular and parallel tests by looking at how to run test cases in Selenium using JUnit and TestNG without having to rewrite the tests.
Group Test Cases in TestNG: Along with the explanation and demonstration using relevant TestNG group examples, learn how to group test cases in TestNG.
Prioritizing Tests in TestNG: Get started with how to prioritize test cases in TestNG for Selenium automation testing.
Assertions in TestNG: Examine what TestNG assertions are, the various types of TestNG assertions, and situations that relate to Selenium automated testing.
DataProviders in TestNG: Deep dive into learning more about TestNG's DataProvider and how to effectively use it in our test scripts for Selenium test automation.
Parameterization in TestNG: Here are the several parameterization strategies used in TestNG tests and how to apply them in Selenium automation scripts.
TestNG Listeners in Selenium WebDriver: Understand the various TestNG listeners to utilize them effectively for your next plan when working with TestNG and Selenium automation.
TestNG Annotations: Learn more about the execution order and annotation attributes, and refer to the prerequisites required to set up TestNG.
TestNG Reporter Log in Selenium: Find out how to use the TestNG Reporter Log and learn how to eliminate the need for external software with TestNG Reporter Class to boost productivity.
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