How to use finished method of org.junit.runners.model.Interface RunnerScheduler class

Best junit code snippet using org.junit.runners.model.Interface RunnerScheduler.finished

Source:ParallelInterface.java

...109            executor = Executors.newFixedThreadPool(numThreads);110        }111        112        @Override113        public void finished()114        {115            executor.shutdown();116            try117            {118                executor.awaitTermination(waitTime, TimeUnit.MINUTES);119            } catch (InterruptedException exc) {120                throw new RuntimeException(exc);121            }122        }123        @Override124        public void schedule(Runnable childStatement)125        {126            executor.submit(childStatement);127        }...

Source:ConjureSubfolderRunner.java

...129            public void schedule(Runnable childStatement) {130                executor.execute(childStatement);131            }132            @Override133            public void finished() {134                try {135                    executor.shutdown();136                    executor.awaitTermination(10, TimeUnit.SECONDS);137                } catch (InterruptedException e) {138                    log.error("Parallel executor interrupted during shutdown", e);139                    Thread.currentThread().interrupt();140                }141            }142        });143    }144}...

Source:ConcurrentComputer.java

...43        public void schedule(Runnable childStatement) {44          testResults.put(fService.submit(childStatement), childStatement);45        }46        @Override47        public void finished() {48          try {49            fService.shutdown();50            // TODO(zundel): Change long wait?51            boolean awaitResult = fService.awaitTermination(Long.MAX_VALUE, TimeUnit.NANOSECONDS);52            if (!awaitResult) {53              throw new ConcurrentTestRunnerException("Did not terminate all tests sucessfully.");54            }55            for (Future<?> testResult : testResults.keySet()) {56              if (testResult.isDone()) {57                try {58                  testResult.get();59                } catch (ExecutionException e) {60                  Throwables.propagate(e);61                }...

Source:ParallelParameterized.java

...36		public ThreadPoolScheduler(int threadNum) {37			executor = Executors.newFixedThreadPool(threadNum);38		}39		/**40		 * @see org.junit.runners.model.RunnerScheduler#finished()41		 */42		@Override43		public void finished() {44			executor.shutdown();45			try {46				executor.awaitTermination(8, TimeUnit.HOURS);47			} catch (InterruptedException exc) {48				throw new RuntimeException(exc);49			}50		}51		/**52		 * @see org.junit.runners.model.RunnerScheduler#schedule(java.lang.Runnable)53		 */54		@Override55		public void schedule(Runnable childStatement) {56			executor.submit(childStatement);57		}...

Source:RunnerScheduler.java

1package org.junit.runners.model;2public interface RunnerScheduler {3  void schedule(Runnable paramRunnable);4  5  void finished();6}7/* Location:              D:\APPS\yazan\JPBY.jar!\org\junit\runners\model\RunnerScheduler.class8 * Java compiler version: 5 (49.0)9 * JD-Core Version:       1.1.310 */...

finished

Using AI Code Generation

1public class JUnit4TestListener implements RunListener { @Override public void testFinished(Description description) throws Exception { System.out.println("Test is finished"); } @Override public void testFailure(Failure failure) throws Exception { System.out.println("Test is failed"); } @Override public void testIgnored(Description description) throws Exception { System.out.println("Test is ignored"); } @Override public void testRunFinished(Result result) throws Exception { System.out.println("All tests are finished"); } @Override public void testRunStarted(Description description) throws Exception { System.out.println("All tests are started"); } @Override public void testStarted(Description description) throws Exception { System.out.println("Test is started"); } }2public class JUnit4TestRunner { @Test public void test1() { System.out.println("Test1"); } @Test public void test2() { System.out.println("Test2"); } }3public class JUnit4TestSuite { @Test public void test1() { System.out.println("Test1"); } @Test public void test2() { System.out.println("Test2"); } }4public class JUnit4TestSuiteRunner { @Test public void test1() { System.out.println("Test1"); } @Test public void test2() { System.out.println("Test2"); } }5public class JUnit4TestSuiteRunner { @Test public void test1() { System.out.println("Test1"); } @Test public void test2() { System.out.println("Test2"); } }6public class JUnit4TestSuiteRunner { @Test public void test1() { System.out.println("Test1"); } @Test public void test2() { System.out.println("Test2"); } }7public class JUnit4TestSuiteRunner { @Test public void test1() { System.out.println("Test1"); } @Test public void test2() { System.out.println("Test2"); } }8public class JUnit4TestSuiteRunner { @Test public void test1() { System.out.println("Test1"); } @Test public void test2() { System.out.println("Test2"); } }9public class JUnit4TestSuiteRunner { @Test public void test1() { System.out.println("Test1"); } @Test public void test2() { System.out.println("Test2"); } }10public class JUnit4TestSuiteRunner { @Test public void test1()

finished

Using AI Code Generation

1class TestScheduler implements Interface RunnerScheduler {2  private final List<Interface RunnerScheduler> schedulers = new ArrayList<Interface RunnerScheduler>();3  private final int maxThreads;4  private int runningThreads = 0;5  public TestScheduler(int maxThreads) {6    this.maxThreads = maxThreads;7  }8  public synchronized void schedule(Runnable childStatement) {9    if (runningThreads < maxThreads) {10      runningThreads++;11      childStatement.run();12    } else {13      schedulers.add(new Interface RunnerScheduler() {14        public void schedule(Runnable childStatement) {15          childStatement.run();16        }17        public void finished() {18          finished();19        }20      });21    }22  }23  public synchronized void finished() {24    runningThreads--;25    if (!schedulers.isEmpty()) {26      Interface RunnerScheduler scheduler = schedulers.remove(0);27      schedule(scheduler);28    }29  }30  private void schedule(Interface RunnerScheduler scheduler) {31    runningThreads++;32    scheduler.schedule(new Runnable() {33      public void run() {34        finished();35      }36    });37  }38}39public class ParallelRunner extends ParentRunner<FrameworkMethod> {40  private final Class klass;41  private final List<FrameworkMethod> children;42  private final TestScheduler scheduler = new TestScheduler(10);43  public ParallelRunner(Class klass) throws InitializationError {44    super(klass);45    this.klass = klass;46    children = getChildren();47  }48  protected List<FrameworkMethod> getChildren() {49    return computeTestMethods();50  }51  protected Description describeChild(FrameworkMethod child) {52    return Description.createTestDescription(klass, child.getName());53  }54  protected void runChild(FrameworkMethod child, RunNotifier notifier) {55    scheduler.schedule(new Runnable() {56      public void run() {57        ParentRunner.this.runChild(child, notifier);58      }59    });60  }61  public void run(RunNotifier notifier) {62    super.run(notifier);63    scheduler.finished();64  }65}66@RunWith(ParallelRunner.class)67public class TestClass {68  public void testMethod1() throws InterruptedException {69    System.out.println("testMethod1");

finished

Using AI Code Generation

1import org.junit.runner.Description;2import org.junit.runner.notification.Failure;3import org.junit.runner.notification.RunListener;4import org.junit.runner.notification.RunNotifier;5import org.junit.runners.model.RunnerScheduler;6import java.util.concurrent.ExecutorService;7import java.util.concurrent.Executors;8public class ThreadScheduler implements RunnerScheduler {9    private final ExecutorService executor;10    public ThreadScheduler() {11        executor = Executors.newFixedThreadPool(10);12    }13    public void schedule(Runnable childStatement) {14        executor.submit(childStatement);15    }16    public void finished() {17        executor.shutdown();18        while (!executor.isTerminated()) {19            try {20                Thread.sleep(100);21            } catch (InterruptedException e) {22                e.printStackTrace();23            }24        }25    }26}27public class RunnerListener extends RunListener {28    public void testRunStarted(Description description) throws Exception {29        System.out.println("Starting test run: " + description.getDisplayName());30    }31    public void testRunFinished(Result result) throws Exception {32        System.out.println("Finished test run: " + result.getRunCount());33    }34    public void testStarted(Description description) throws Exception {35        System.out.println("Starting test: " + description.getDisplayName());36    }37    public void testFinished(Description description) throws Exception {38        System.out.println("Finished test: " + description.getDisplayName());39    }40    public void testFailure(Failure failure) throws Exception {41        System.out.println("Failure: " + failure.getDescription().getDisplayName());42    }43    public void testAssumptionFailure(Failure failure) {44        System.out.println("Assumption failure: " + failure.getDescription().getDisplayName());45    }46    public void testIgnored(Description description) throws Exception {47        System.out.println("Ignored test: " + description.getDisplayName());48    }49}50public class TestRunner {51    public static void main(String[] args) {52        JUnitCore core = new JUnitCore();53        core.addListener(new RunnerListener());54        core.run(ParallelTest.class);55    }56}57public class ParallelTest {58    public void test1() throws InterruptedException {59        Thread.sleep(1000);

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Importance of Unit testing - Learn why Unit testing is essential during the development phase to identify bugs and errors.
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Parallel testing with JUnit - Parallel Testing can be used to reduce test execution time and improve test efficiency. Learn how to perform parallel testing with JUnit.
Annotations in JUnit - When writing automation scripts with JUnit, we can use JUnit annotations to specify the type of methods in our test code. This helps us identify those methods when we run JUnit tests using Selenium WebDriver. Learn in detail what annotations are in JUnit.
Assertions in JUnit - Assertions are used to validate or test that the result of an action/functionality is the same as expected. Learn in detail what assertions are and how to use them while performing JUnit testing.
Parameterization in JUnit - Parameterized Test enables you to run the same automated test scripts with different variables. By collecting data on each method's test parameters, you can minimize time spent on writing tests. Learn how to use parameterization in JUnit.
Nested Tests In JUnit 5 - A nested class is a non-static class contained within another class in a hierarchical structure. It can share the state and setup of the outer class. Learn about nested annotations in JUnit 5 with examples.
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Advanced Use Cases for JUnit testing - Take a deep dive into the advanced use cases, such as how to run JUnit tests in Jupiter, how to use JUnit 5 Mockito for Unit testing, and more for JUnit testing.