Package org.hive2hive.core.processes.util

Examples of org.hive2hive.core.processes.util.TestProcessComponentListener

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    List<IProcessComponent> processes = new ArrayList<IProcessComponent>(operations.length);
    List<TestProcessComponentListener> listeners = new ArrayList<TestProcessComponentListener>(operations.length);

    for (int i = 0; i < operations.length; i++) {
      TestUserProfileStep proc = new TestUserProfileStep(manager, operations[i]);
      TestProcessComponentListener listener = new TestProcessComponentListener();
      proc.attachListener(listener);

      processes.add(new AsyncComponent(proc));
      listeners.add(listener);
    }

    // start, but not all at the same time
    for (IProcessComponent process : processes) {
      process.start();
      // sleep for random time
      Thread.sleep(Math.abs(new Random().nextLong() % 100));
    }

    H2HWaiter waiter = new H2HWaiter(20);
    boolean allFinished;
    do {
      waiter.tickASecond();
      allFinished = true;

      for (TestProcessComponentListener listener : listeners) {
        allFinished &= listener.hasSucceeded();
      }
    } while (!allFinished);
  }
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  }

  @Test
  public void syncListenerSuccessTest() throws InvalidProcessStateException {

    TestProcessComponentListener listener = new TestProcessComponentListener();

    // test success
    SequentialProcess successProcess = new SequentialProcess();
    successProcess.attachListener(listener);
    successProcess.start();

    assertTrue(listener.hasSucceeded());
    assertFalse(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test success (1-layer, steps only)
    SequentialProcess successProcess2 = new SequentialProcess();
    successProcess2.add(new SucceedingProcessStep());
    successProcess2.add(new SucceedingProcessStep());
    successProcess2.attachListener(listener);
    successProcess2.start();

    assertTrue(listener.hasSucceeded());
    assertFalse(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test success (1-layer, step and sub-process without children)
    SequentialProcess successProcess3 = new SequentialProcess();
    successProcess3.add(new SucceedingProcessStep());
    successProcess3.add(new SequentialProcess());
    successProcess3.attachListener(listener);
    successProcess3.start();

    assertTrue(listener.hasSucceeded());
    assertFalse(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test success (2-layer, steps and sub-process with children)
    SequentialProcess successProcess4 = new SequentialProcess();
    SequentialProcess subProcess = new SequentialProcess();
    subProcess.add(new SucceedingProcessStep());
    subProcess.add(new SucceedingProcessStep());

    successProcess4.add(new SucceedingProcessStep());
    successProcess4.add(subProcess);
    successProcess4.add(new SucceedingProcessStep());
    successProcess4.attachListener(listener);
    successProcess4.start();

    assertTrue(listener.hasSucceeded());
    assertFalse(listener.hasFailed());
    assertTrue(listener.hasFinished());
  }
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  }

  @Test
  public void syncListenerFailTest() throws InvalidProcessStateException {

    TestProcessComponentListener listener = new TestProcessComponentListener();

    // test fail
    SequentialProcess failProcess = new FailingSequentialProcess();
    failProcess.attachListener(listener);
    failProcess.start();

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test fail (1-layer, steps only)
    SequentialProcess failProcess2 = new SequentialProcess();
    failProcess2.add(new SucceedingProcessStep());
    failProcess2.add(new FailingProcessStep());
    failProcess2.attachListener(listener);
    failProcess2.start();

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test fail (1-layer, step and sub-process (failing) without children)
    SequentialProcess failProcess3 = new SequentialProcess();
    failProcess3.add(new SucceedingProcessStep());
    failProcess3.add(new FailingSequentialProcess());
    failProcess3.attachListener(listener);
    failProcess3.start();

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test fail (2-layer, steps (failing) and sub-process with children)
    SequentialProcess failProcess4 = new SequentialProcess();
    SequentialProcess successSubProcess = new SequentialProcess();
    successSubProcess.add(new SucceedingProcessStep());
    successSubProcess.add(new SucceedingProcessStep());

    failProcess4.add(new SucceedingProcessStep());
    failProcess4.add(successSubProcess);
    failProcess4.add(new FailingProcessStep());
    failProcess4.attachListener(listener);
    failProcess4.start();

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test fail (2-layer, steps and sub-process (failing) with children)
    SequentialProcess failProcess5 = new SequentialProcess();
    SequentialProcess failSubProcess = new FailingSequentialProcess();

    failProcess5.add(new SucceedingProcessStep());
    failProcess5.add(failSubProcess);
    failProcess5.add(new SucceedingProcessStep());
    failProcess5.attachListener(listener);
    failProcess5.start();

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test fail (2-layer, steps and sub-process with children (failing))
    SequentialProcess failProcess6 = new SequentialProcess();
    SequentialProcess failSubProcess2 = new SequentialProcess();
    failSubProcess2.add(new SucceedingProcessStep());
    failSubProcess2.add(new FailingProcessStep());

    failProcess6.add(new SucceedingProcessStep());
    failProcess6.add(failSubProcess2);
    failProcess6.add(new SucceedingProcessStep());
    failProcess6.attachListener(listener);
    failProcess6.start();

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());
  }
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  }

  @Test
  public void asyncListenerSuccessTest() throws InvalidProcessStateException {

    TestProcessComponentListener listener = new TestProcessComponentListener();

    // test success
    AsyncComponent successProcess = new AsyncComponent(new SequentialProcess());
    successProcess.attachListener(listener);
    successProcess.start();

    UseCaseTestUtil.waitTillSucceded(listener, MAX_ASYNC_WAIT);

    assertTrue(listener.hasSucceeded());
    assertFalse(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test success (1-layer, steps only)
    SequentialProcess successProcess2 = new SequentialProcess();
    successProcess2.add(new SucceedingProcessStep());
    successProcess2.add(new SucceedingProcessStep());

    AsyncComponent asyncProcess2 = new AsyncComponent(successProcess2);
    asyncProcess2.attachListener(listener);
    asyncProcess2.start();

    UseCaseTestUtil.waitTillSucceded(listener, MAX_ASYNC_WAIT);

    assertTrue(listener.hasSucceeded());
    assertFalse(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test success (1-layer, step and sub-process without children)
    SequentialProcess successProcess3 = new SequentialProcess();
    successProcess3.add(new SucceedingProcessStep());
    successProcess3.add(new SequentialProcess());

    AsyncComponent asyncProcess3 = new AsyncComponent(successProcess3);
    asyncProcess3.attachListener(listener);
    asyncProcess3.start();

    UseCaseTestUtil.waitTillSucceded(listener, MAX_ASYNC_WAIT);

    assertTrue(listener.hasSucceeded());
    assertFalse(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test success (2-layer, steps and sub-process with children)
    SequentialProcess successProcess4 = new SequentialProcess();
    SequentialProcess subProcess = new SequentialProcess();
    subProcess.add(new SucceedingProcessStep());
    subProcess.add(new SucceedingProcessStep());

    successProcess4.add(new SucceedingProcessStep());
    successProcess4.add(subProcess);
    successProcess4.add(new SucceedingProcessStep());

    AsyncComponent asyncProcess4 = new AsyncComponent(successProcess4);
    asyncProcess4.attachListener(listener);
    asyncProcess4.start();

    UseCaseTestUtil.waitTillSucceded(listener, MAX_ASYNC_WAIT);

    assertTrue(listener.hasSucceeded());
    assertFalse(listener.hasFailed());
    assertTrue(listener.hasFinished());
  }
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  }

  @Test
  public void asyncListenerFailTest() throws InvalidProcessStateException {

    TestProcessComponentListener listener = new TestProcessComponentListener();

    // test fail
    AsyncComponent failProcess = new AsyncComponent(new FailingSequentialProcess());
    failProcess.attachListener(listener);
    failProcess.start();

    UseCaseTestUtil.waitTillFailed(listener, MAX_ASYNC_WAIT);

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test fail (1-layer, steps only)
    SequentialProcess failProcess2 = new SequentialProcess();
    failProcess2.add(new SucceedingProcessStep());
    failProcess2.add(new FailingProcessStep());

    AsyncComponent asyncProcess2 = new AsyncComponent(failProcess2);
    asyncProcess2.attachListener(listener);
    asyncProcess2.start();

    UseCaseTestUtil.waitTillFailed(listener, MAX_ASYNC_WAIT);

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test fail (1-layer, step and sub-process (failing) without children)
    SequentialProcess failProcess3 = new SequentialProcess();
    failProcess3.add(new SucceedingProcessStep());
    failProcess3.add(new FailingSequentialProcess());

    AsyncComponent asyncProcess3 = new AsyncComponent(failProcess3);
    asyncProcess3.attachListener(listener);
    asyncProcess3.start();

    UseCaseTestUtil.waitTillFailed(listener, MAX_ASYNC_WAIT);

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test fail (2-layer, steps (failing) and sub-process with children)
    SequentialProcess failProcess4 = new SequentialProcess();
    SequentialProcess successSubProcess = new SequentialProcess();
    successSubProcess.add(new SucceedingProcessStep());
    successSubProcess.add(new SucceedingProcessStep());

    failProcess4.add(new SucceedingProcessStep());
    failProcess4.add(successSubProcess);
    failProcess4.add(new FailingProcessStep());

    AsyncComponent asyncProcess4 = new AsyncComponent(failProcess4);
    asyncProcess4.attachListener(listener);
    asyncProcess4.start();

    UseCaseTestUtil.waitTillFailed(listener, MAX_ASYNC_WAIT);

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test fail (2-layer, steps and sub-process (failing) with children)
    SequentialProcess failProcess5 = new SequentialProcess();
    SequentialProcess failSubProcess = new FailingSequentialProcess();

    failProcess5.add(new SucceedingProcessStep());
    failProcess5.add(failSubProcess);
    failProcess5.add(new SucceedingProcessStep());

    AsyncComponent asyncProcess5 = new AsyncComponent(failProcess5);
    asyncProcess5.attachListener(listener);
    asyncProcess5.start();

    UseCaseTestUtil.waitTillFailed(listener, MAX_ASYNC_WAIT);

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());

    listener.reset();

    // test fail (2-layer, steps and sub-process with children (failing))
    SequentialProcess failProcess6 = new SequentialProcess();
    SequentialProcess failSubProcess2 = new SequentialProcess();
    failSubProcess2.add(new SucceedingProcessStep());
    failSubProcess2.add(new FailingProcessStep());

    failProcess6.add(new SucceedingProcessStep());
    failProcess6.add(failSubProcess2);
    failProcess6.add(new SucceedingProcessStep());

    AsyncComponent asyncProcess6 = new AsyncComponent(failProcess6);
    asyncProcess6.attachListener(listener);
    asyncProcess6.start();

    UseCaseTestUtil.waitTillFailed(listener, MAX_ASYNC_WAIT);

    assertFalse(listener.hasSucceeded());
    assertTrue(listener.hasFailed());
    assertTrue(listener.hasFinished());
  }
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