/**
   * Validates that the stage properly identifies when a SNAException has occured on a message
   * multiple times consecutively and properly fails the message
   *
   * @throws Exception on error
   */
  @Test
  public void testServiceNotAvailableExceptionHandling() throws Exception {
    MockMessageImporter mock = new MockMessageImporter(getClass().getSimpleName());
    PartitionStoreStage stg =
        new PartitionStoreStage(mock) {
          public void finish() {
            super.finish();
            ((StatComponent) m_importer.getStatComponent()).stop();
          }
        };
    stg.setStageController(new MockStageController("test"));

    final IPartitionProxy partitionProxy = createNiceMock(IPartitionProxy.class);

    assertEquals(0, mock.getNumFailedMessages());
    assertEquals(0, mock.getNumSucceededMessages());

    String path = m_tmpDir + "/storage";
    Partition dummyPart = null;
    try {

      int messageBufferSize = 10;
      Customer cust =
          TestUtils.createActiveMailboxTestCustomer(Capabilities.ActiveMailboxSupport.ARCHIVE);
      List<IMessageContext> msgs = generateMockMessageContext(100, messageBufferSize, cust);

      // force an exception on any call to storeMessages
      expect(partitionProxy.storeMessages(msgs))
          .andThrow(new IPartitionProxy.ServiceNotAvailableException(new Exception()))
          .anyTimes();
      replay(partitionProxy);

      PartitionManager pm =
          new PartitionManager(
              ManagementContainer.getInstance().getPool(ManagementContainer.AM_POOL_NAME)) {
            @Override
            public IPartitionProxy getContentProxy(int id) {
              return partitionProxy;
            }
          };
      PartitionManagerTest.preparePartitionManager(pm);
      stg.setPartitionManager(pm);
      dummyPart = pm.initializePartition(TEST_PID2, "localhost", path, null);
      s_logger.debug("Dummy Partition: " + dummyPart + " (type: " + dummyPart.getClass() + ")");
      Pair<Partition, List<IMessageContext>> buffer =
          new Pair<Partition, List<IMessageContext>>(dummyPart, msgs);

      for (int i = 0; i < stg.getErrorThreshold(); i++) {
        stg.process(buffer);
        assertEquals("Wrong number of failed messages.", 0, mock.getNumFailedMessages());
        assertEquals("Wrong number of succeeded messages.", 0, mock.getNumSucceededMessages());
      }

      stg.process(buffer);
      assertEquals(
          "Wrong number of failed messages", messageBufferSize, mock.getNumFailedMessages());
      assertEquals("Wrong number of succeeded messages", 0, mock.getNumSucceededMessages());

      // Test that errors must come from the same importer before they can fail a message
      mock = new MockMessageImporter(getClass().getSimpleName());
      MockMessageImporter mock2 = new MockMessageImporter(getClass().getSimpleName());
      PartitionStoreStage stg2 = new PartitionStoreStage(mock2);
      stg2.setPartitionManager(pm);
      stg2.setStageController(new MockStageController("test"));
      stg.finish();
      stg = new PartitionStoreStage(mock);
      stg.setStageController(new MockStageController("test"));
      stg.setPartitionManager(pm);

      buffer = new Pair<Partition, List<IMessageContext>>(dummyPart, msgs);

      // Send the message buffer through Threshold - 1 times using importer 1 and then 1 time with
      // importer 2 which should not result in failure
      // Then send the messages through importer 1 again Threshold times and verify it only fails
      // the messages once we have reached threshold
      for (int i = 0; i < stg.getErrorThreshold(); i++) {
        stg.process(buffer);
        assertEquals(0, mock.getNumFailedMessages());
        assertEquals(0, mock.getNumSucceededMessages());
      }

      stg2.process(buffer);
      assertEquals(0, mock2.getNumFailedMessages());
      assertEquals(0, mock2.getNumSucceededMessages());
      assertEquals(0, mock.getNumFailedMessages());
      assertEquals(0, mock.getNumSucceededMessages());
      for (int i = 0; i < stg.getErrorThreshold(); i++) {
        stg.process(buffer);
        assertEquals(0, mock.getNumFailedMessages());
        assertEquals(0, mock.getNumSucceededMessages());
      }

      stg.process(buffer);
      assertEquals(messageBufferSize, mock.getNumFailedMessages());
      assertEquals(0, mock.getNumSucceededMessages());

      // Now validate that age comes into play as well
      mock = new MockMessageImporter(getClass().getSimpleName());
      stg.finish();
      stg = new PartitionStoreStage(mock);
      stg.setStageController(new MockStageController("test"));
      stg.setErrorAgeThreshold(5000);
      stg.setPartitionManager(pm);
      buffer =
          new Pair<Partition, List<IMessageContext>>(
              m_part, generateMockMessageContext(1000, messageBufferSize, cust));

      for (int i = 0; i < stg.getErrorThreshold(); i++) {
        stg.process(buffer);
        assertEquals("Wrong number of failed messages", 0, mock.getNumFailedMessages());
        assertEquals("Wrong number of succeeded messages", 0, mock.getNumSucceededMessages());
      }

      // Thread.sleep( 6000 );
      stg.process(buffer);
      stg.finish();
      stg2.finish();
      assertEquals(0, mock.getNumFailedMessages());
      assertEquals(0, mock.getNumSucceededMessages());
    } finally {

    }
  }
  @Test
  public void testFailureTracking() throws Exception {
    final IPartitionProxy partitionProxy = createNiceMock(IPartitionProxy.class);
    final IPartitionProxy partitionProxy2 = createNiceMock(IPartitionProxy.class);
    long msgId = 2L;
    IFailureTrackingManager failMgr = ManagementContainer.getInstance().getFailureTrackingManager();
    StorageImporter importer = new MockStorageImporter();
    Customer customer = TestUtils.createTestCustomer();
    try {
      PartitionStoreStage stage = new PartitionStoreStage(importer);
      Pipeline pipeline =
          PipelineBuilder.start(
                  ManagementContainer.getInstance().getConfiguration(),
                  MessageImporter.PIPELINE_CONFIG_SECTION)
              .singleton("store-stage", stage)
              .get();
      File envelopeFile =
          File.createTempFile(
              "PartitionStoreTest", "test", ManagementContainer.getInstance().getNfsRoot());
      IMessageContext msgCtx = new MessageContext(envelopeFile, null);
      msgCtx.setCustomer(customer);
      msgCtx.setIndexMessage(true);
      msgCtx.setInternalId(msgId);
      msgCtx.setPartition(m_part);
      msgCtx.setPartitionID(m_part.getId());
      Collection<IMessageContext> msgs = Collections.singletonList(msgCtx);
      Collection<IMessageContext> emptyResult = Collections.emptyList();

      expect(partitionProxy.storeMessages(msgs)).andReturn(emptyResult).anyTimes();
      replay(partitionProxy);

      PartitionManager pm =
          new PartitionManager(
              ManagementContainer.getInstance().getPool(ManagementContainer.AM_POOL_NAME)) {
            @Override
            public IPartitionProxy getContentProxy(int id) {
              return partitionProxy;
            }
          };
      PartitionManagerTest.preparePartitionManager(pm);
      stage.setPartitionManager(pm);

      FailureRecord failureRecord =
          FailureTrackingHelper.buildFailureRecord(msgCtx, FailureCategory.STORAGE, null, null);
      failureRecord.setStoredOnPartition(false);
      failMgr.insertMessageFailure(failureRecord);
      msgCtx.setInternalFailureId(msgId);
      pipeline.process(
          new Pair<Partition, List<IMessageContext>>(m_part, Collections.singletonList(msgCtx)));
      failureRecord = failMgr.getFailureRecord(msgId);
      assertTrue("Should find stored on partition to be true", failureRecord.isStoredOnPartition());
      Map<String, String> props = msgCtx.readEnvelope();
      assertTrue(
          "envelope should contain failure ID",
          props.containsKey(ParseEnvelopeStage.INTERNAL_MESSAGE_FAILURE_ID));
      assertEquals(
          "message ID in envelope should match permanent ID",
          String.valueOf(msgId),
          props.get(ParseEnvelopeStage.INTERNAL_MESSAGE_FAILURE_ID));

      // confirm that transient ID gets set back to real ID of message
      // remove the existing failure record
      failMgr.removeFailure(msgId);
      // change the ID
      msgCtx.setInternalFailureId(msgId + 1);
      msgCtx.setInternalId(msgId + 1);
      // insert the new failure record
      failureRecord =
          FailureTrackingHelper.buildFailureRecord(msgCtx, FailureCategory.STORAGE, null, null);
      failMgr.insertMessageFailure(failureRecord);
      // old record should be gone
      failureRecord = failMgr.getFailureRecord(msgId);
      assertNull("Should no longer find the failure record with permanent ID", failureRecord);
      // check that the new record can be fetched
      failureRecord = failMgr.getFailureRecord(msgId + 1);
      assertNotNull("Should find transient ID failure record", failureRecord);
      msgCtx.appendToEnvelope(ParseEnvelopeStage.INTERNAL_MESSAGE_FAILURE_ID, msgId + 1);
      props = msgCtx.readEnvelope();
      assertTrue(
          "envelope should contain failure ID",
          props.containsKey(ParseEnvelopeStage.INTERNAL_MESSAGE_FAILURE_ID));
      assertEquals(
          "message ID in envelope should match permanent ID",
          String.valueOf(msgId + 1),
          props.get(ParseEnvelopeStage.INTERNAL_MESSAGE_FAILURE_ID));

      // now assign back the permanent ID and process through the pipeline
      msgCtx.setInternalId(msgId);
      pipeline.process(
          new Pair<Partition, List<IMessageContext>>(m_part, Collections.singletonList(msgCtx)));

      failureRecord = failMgr.getFailureRecord(msgId + 1);
      assertNull("Should not find any record based on transient message ID", failureRecord);
      failureRecord = failMgr.getFailureRecord(msgId);
      assertNotNull("Should find failure record for permanent ID", failureRecord);
      assertTrue("Should find stored on partition to be true", failureRecord.isStoredOnPartition());
      // envelope should now reflect permanent ID
      props = msgCtx.readEnvelope();
      assertTrue(
          "envelope should contain failure ID",
          props.containsKey(ParseEnvelopeStage.INTERNAL_MESSAGE_FAILURE_ID));
      assertEquals(
          "message ID in envelope should match permanent ID",
          String.valueOf(msgId),
          props.get(ParseEnvelopeStage.INTERNAL_MESSAGE_FAILURE_ID));

      // confirm that state does not change on failure
      // force an exception on any call to storeMessages
      pm =
          new PartitionManager(
              ManagementContainer.getInstance().getPool(ManagementContainer.AM_POOL_NAME)) {
            @Override
            public IPartitionProxy getContentProxy(int id) {
              return partitionProxy2;
            }
          };
      PartitionManagerTest.preparePartitionManager(pm);
      stage.setPartitionManager(pm);

      expect(partitionProxy2.storeMessages(msgs))
          .andThrow(new IPartitionProxy.ServiceNotAvailableException(new Exception()))
          .anyTimes();
      replay(partitionProxy2);
      failureRecord.setStoredOnPartition(false);
      failMgr.insertMessageFailure(failureRecord);
      pipeline.process(
          new Pair<Partition, List<IMessageContext>>(m_part, Collections.singletonList(msgCtx)));
      failureRecord = failMgr.getFailureRecord(msgId);
      assertNotNull("Should find the failure record for message", failureRecord);
      assertFalse(
          "Should find stored on partition to be true", failureRecord.isStoredOnPartition());
    } finally {
      importer.stop();
      TestUtils.quietDeleteCustomer(customer);
    }
  }