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

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

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:IThreadWorkerFactory.java

1package org.testng.thread;2import java.util.List;3/**4 * A factory that creates workers used by {@code GraphThreadPoolExecutor}5 */6public interface IThreadWorkerFactory<T> {7  /**8   * Creates {@code IWorker} for specified set of tasks. It is not necessary that number of workers9   * returned be same as number of tasks entered.10   *11   * @param freeNodes tasks that need to be executed12   * @return list of workers13   */14  List<IWorker<T>> createWorkers(List<T> freeNodes);15}...

Interface IThreadWorkerFactory

Using AI Code Generation

1package org.testng.thread;2import org.testng.IThreadWorkerFactory;3public class ThreadWorkerFactory implements IThreadWorkerFactory {4    public IThreadWorker newThreadWorker() {5        return new ThreadWorker();6    }7}8package org.testng.thread;9import org.testng.ITestResult;10public class ThreadWorker implements IThreadWorker {11    public void run() {12        System.out.println("ThreadWorker.run");13    }14    public void addTestResult(ITestResult tr) {15        System.out.println("ThreadWorker.addTestResult");16    }17    public void start() {18        System.out.println("ThreadWorker.start");19    }20    public void stop() {21        System.out.println("ThreadWorker.stop");22    }23}24package org.testng.thread;25import org.testng.ITestResult;26public class ThreadWorkerListener implements IThreadWorkerListener {27    public void onStart(IThreadWorker threadWorker) {28        System.out.println("ThreadWorkerListener.onStart");29    }30    public void onTestResult(ITestResult tr) {31        System.out.println("ThreadWorkerListener.onTestResult");32    }33    public void onStop(IThreadWorker threadWorker) {34        System.out.println("ThreadWorkerListener.onStop");35    }36}37package org.testng.thread;38public class ThreadWorkerManager implements IThreadWorkerManager {39    public void add(IThreadWorker threadWorker) {40        System.out.println("ThreadWorkerManager.add");41    }42    public void start() {43        System.out.println("ThreadWorkerManager.start");44    }45    public void stop() {46        System.out.println("ThreadWorkerManager.stop");47    }48}49package org.testng.thread;50import org.testng.IThreadWorkerManagerFactory;51public class ThreadWorkerManagerFactory implements IThreadWorkerManagerFactory {52    public IThreadWorkerManager newThreadWorkerManager() {53        return new ThreadWorkerManager();54    }55}56package org.testng.thread;57import org.testng.ITestContext;58import org.testng.ITestNGMethod;59import org.testng.ITestResult;60import org.testng.internal.ConstructorOrMethod;61import org.testng.xml.XmlTest;62import java.util.List;

Interface IThreadWorkerFactory

Using AI Code Generation

1public class ThreadWorkerFactory implements IThreadWorkerFactory {2    public IThreadWorker createThreadWorker(IThreadWorkerListener threadWorkerListener) {3        return new ThreadWorker(threadWorkerListener);4    }5}6public class ThreadWorkerListener implements IThreadWorkerListener {7    public void onWorkerThreadStart(Thread thread) {8        System.out.println("thread started");9    }10    public void onWorkerThreadFinish(Thread thread) {11        System.out.println("thread finished");12    }13}14public class ThreadWorker implements IThreadWorker {15    private IThreadWorkerListener listener;16    public ThreadWorker(IThreadWorkerListener listener) {17        this.listener = listener;18    }19    public void execute() {20        listener.onWorkerThreadStart(Thread.currentThread());21        System.out.println("thread executing");22        listener.onWorkerThreadFinish(Thread.currentThread());23    }24}25public class ThreadWorkerManager implements IThreadWorkerManager {26    private IThreadWorkerFactory factory;27    private IThreadWorkerListener listener;28    private List<IThreadWorker> workers;29    public ThreadWorkerManager(IThreadWorkerFactory factory, IThreadWorkerListener listener) {30        this.factory = factory;31        this.listener = listener;32        this.workers = new ArrayList<>();33    }34    public void startWorkers(int count) {35        for (int i = 0; i < count; i++) {36            IThreadWorker worker = factory.createThreadWorker(listener);37            workers.add(worker);38            Thread thread = new Thread(() -> worker.execute());39            thread.start();40        }41    }42    public void stopWorkers() {43        for (IThreadWorker worker : workers) {44            worker.stop();45        }46    }47}48public class ThreadWorkerTest {49    public void testThreadWorker() {50        IThreadWorkerFactory factory = new ThreadWorkerFactory();51        IThreadWorkerListener listener = new ThreadWorkerListener();52        IThreadWorkerManager manager = new ThreadWorkerManager(factory, listener);53        manager.startWorkers(5);54        manager.stopWorkers();55    }56}57public class ThreadWorkerTest {

Interface IThreadWorkerFactory

Using AI Code Generation

1public class MyTestFactory implements IThreadWorkerFactory {2  public IThreadWorker createWorker() {3    return new MyThreadWorker();4  }5}6public class MyThreadWorker implements IThreadWorker {7  public void run(Object[] params) {8  }9}10public class MyTestFactory implements IThreadWorkerFactory {11  public IThreadWorker createWorker() {12    return new MyThreadWorker();13  }14}15public class MyThreadWorker implements IThreadWorker {16  public void run(Object[] params) {17  }18}19public class MyTestFactory implements IThreadWorkerFactory {20  public IThreadWorker createWorker() {21    return new MyThreadWorker();22  }23}24public class MyThreadWorker implements IThreadWorker {25  public void run(Object[] params) {26  }27}28public class MyTestFactory implements IThreadWorkerFactory {29  public IThreadWorker createWorker() {30    return new MyThreadWorker();31  }32}33public class MyThreadWorker implements IThreadWorker {34  public void run(Object[] params) {35  }36}37public class MyTestFactory implements IThreadWorkerFactory {38  public IThreadWorker createWorker() {39    return new MyThreadWorker();40  }41}42public class MyThreadWorker implements IThreadWorker {43  public void run(Object[] params) {44  }45}46public class MyTestFactory implements IThreadWorkerFactory {47  public IThreadWorker createWorker() {48    return new MyThreadWorker();49  }50}51public class MyThreadWorker implements IThreadWorker {52  public void run(Object[] params) {53  }54}55public class MyTestFactory implements IThreadWorkerFactory {

Interface IThreadWorkerFactory

Using AI Code Generation

1IThreadWorkerFactory factory = new IThreadWorkerFactory() {2  public IThreadWorker createThreadWorker() {3    return new IThreadWorker() {4      public void add(Runnable runnable) {5      }6      public void finish() {7      }8    };9  }10};11testng.setThreadWorkerFactory(factory);12IThreadWorker worker = new IThreadWorker() {13  public void add(Runnable runnable) {14  }15  public void finish() {16  }17};18testng.setThreadWorker(worker);19IThreadWorkerListener listener = new IThreadWorkerListener() {20  public void onWorkerStart(IThreadWorker worker) {21  }22  public void onWorkerFinish(IThreadWorker worker) {23  }24};25testng.setThreadWorkerListener(listener);26IThreadWorkerFactory factory = new IThreadWorkerFactory() {27  public IThreadWorker createThreadWorker() {28    return new IThreadWorker() {29      public void add(Runnable runnable) {30      }31      public void finish() {32      }33    };34  }35};36testng.setThreadWorkerFactory(factory);37IThreadWorker worker = new IThreadWorker() {38  public void add(Runnable runnable) {39  }40  public void finish() {41  }42};43testng.setThreadWorker(worker);

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