Package org.apache.tez.dag.history.events

Examples of org.apache.tez.dag.history.events.VertexParallelismUpdatedEvent

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          break;
        case VERTEX_STARTED:
          event = new VertexStartedEvent(tezVertexID, random.nextInt(), random.nextInt());
          break;
        case VERTEX_PARALLELISM_UPDATED:
          event = new VertexParallelismUpdatedEvent();
          break;
        case VERTEX_FINISHED:
          event = new VertexFinishedEvent(tezVertexID, "v1", random.nextInt(), random.nextInt(),
              random.nextInt(), random.nextInt(), random.nextInt(), VertexState.ERROR,
              null, null, null);
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        break;
      case VERTEX_STARTED:
        event = new VertexStartedEvent();
        break;
      case VERTEX_PARALLELISM_UPDATED:
        event = new VertexParallelismUpdatedEvent();
        break;
      case VERTEX_COMMIT_STARTED:
        event = new VertexCommitStartedEvent();
        break;
      case VERTEX_GROUP_COMMIT_STARTED:
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        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          VertexParallelismUpdatedEvent vEvent = (VertexParallelismUpdatedEvent) event;
          Vertex v = recoveredDAGData.recoveredDAG.getVertex(vEvent.getVertexID());
          v.restoreFromEvent(vEvent);
          break;
        }
        case VERTEX_COMMIT_STARTED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          VertexCommitStartedEvent vEvent = (VertexCommitStartedEvent) event;
          Vertex v = recoveredDAGData.recoveredDAG.getVertex(vEvent.getVertexID());
          v.restoreFromEvent(vEvent);
          break;
        }
        case VERTEX_FINISHED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          VertexFinishedEvent vEvent = (VertexFinishedEvent) event;
          Vertex v = recoveredDAGData.recoveredDAG.getVertex(vEvent.getVertexID());
          v.restoreFromEvent(vEvent);
          break;
        }
        case TASK_STARTED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          TaskStartedEvent tEvent = (TaskStartedEvent) event;
          Task task = recoveredDAGData.recoveredDAG.getVertex(
              tEvent.getTaskID().getVertexID()).getTask(tEvent.getTaskID());
          task.restoreFromEvent(tEvent);
          break;
        }
        case TASK_FINISHED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          TaskFinishedEvent tEvent = (TaskFinishedEvent) event;
          Task task = recoveredDAGData.recoveredDAG.getVertex(
              tEvent.getTaskID().getVertexID()).getTask(tEvent.getTaskID());
          task.restoreFromEvent(tEvent);
          break;
        }
        case TASK_ATTEMPT_STARTED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          TaskAttemptStartedEvent tEvent = (TaskAttemptStartedEvent) event;
          Task task =
              recoveredDAGData.recoveredDAG.getVertex(
                  tEvent.getTaskAttemptID().getTaskID().getVertexID())
                      .getTask(tEvent.getTaskAttemptID().getTaskID());
          task.restoreFromEvent(tEvent);
          break;
        }
        case TASK_ATTEMPT_FINISHED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          TaskAttemptFinishedEvent tEvent = (TaskAttemptFinishedEvent) event;
          Task task =
              recoveredDAGData.recoveredDAG.getVertex(
                  tEvent.getTaskAttemptID().getTaskID().getVertexID())
                  .getTask(tEvent.getTaskAttemptID().getTaskID());
          task.restoreFromEvent(tEvent);
          break;
        }
        case VERTEX_DATA_MOVEMENT_EVENTS_GENERATED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          VertexDataMovementEventsGeneratedEvent vEvent =
              (VertexDataMovementEventsGeneratedEvent) event;
          Vertex v = recoveredDAGData.recoveredDAG.getVertex(vEvent.getVertexID());
          v.restoreFromEvent(vEvent);
          break;
        }
        default:
          throw new RuntimeException("Invalid data found, unknown event type "
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              + ", vertex=" + logIdentifier
              + ", recoveredState=" + recoveredState);
        }
        return recoveredState;
      case VERTEX_PARALLELISM_UPDATED:
        VertexParallelismUpdatedEvent updatedEvent =
            (VertexParallelismUpdatedEvent) historyEvent;
        if (updatedEvent.getVertexLocationHint() != null) {
          setTaskLocationHints(updatedEvent.getVertexLocationHint());
        }
        numTasks = updatedEvent.getNumTasks();
        handleParallelismUpdate(numTasks, updatedEvent.getSourceEdgeManagers(),
          updatedEvent.getRootInputSpecUpdates());
        if (LOG.isDebugEnabled()) {
          LOG.debug("Recovered state for vertex after parallelism updated event"
              + ", vertex=" + logIdentifier
              + ", recoveredState=" + recoveredState);
        }
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              return false;
            }
          }
        }

        VertexParallelismUpdatedEvent parallelismUpdatedEvent =
            new VertexParallelismUpdatedEvent(vertexId, numTasks,
                vertexLocationHint,
                sourceEdgeManagers, rootInputSpecUpdates);
        appContext.getHistoryHandler().handle(new DAGHistoryEvent(getDAGId(),
            parallelismUpdatedEvent));
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          break;
        case VERTEX_STARTED:
          event = new VertexStartedEvent(tezVertexID, random.nextInt(), random.nextInt());
          break;
        case VERTEX_PARALLELISM_UPDATED:
          event = new VertexParallelismUpdatedEvent();
          break;
        case VERTEX_FINISHED:
          event = new VertexFinishedEvent(tezVertexID, "v1", random.nextInt(), random.nextInt(),
              random.nextInt(), random.nextInt(), random.nextInt(), VertexState.ERROR,
              null, null, null);
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              + ", vertex=" + logIdentifier
              + ", recoveredState=" + recoveredState);
        }
        return recoveredState;
      case VERTEX_PARALLELISM_UPDATED:
        VertexParallelismUpdatedEvent updatedEvent =
            (VertexParallelismUpdatedEvent) historyEvent;
        if (updatedEvent.getVertexLocationHint() != null) {
          vertexLocationHint = updatedEvent.getVertexLocationHint();
        }
        numTasks = updatedEvent.getNumTasks();
        handleParallelismUpdate(numTasks, updatedEvent.getSourceEdgeManagers());
        if (LOG.isDebugEnabled()) {
          LOG.debug("Recovered state for vertex after parallelism updated event"
              + ", vertex=" + logIdentifier
              + ", recoveredState=" + recoveredState);
        }
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              return false;
            }
          }
        }

        VertexParallelismUpdatedEvent parallelismUpdatedEvent =
            new VertexParallelismUpdatedEvent(vertexId, numTasks,
                vertexLocationHint,
                sourceEdgeManagers);
        appContext.getHistoryHandler().handle(new DAGHistoryEvent(getDAGId(),
            parallelismUpdatedEvent));
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        break;
      case VERTEX_STARTED:
        event = new VertexStartedEvent();
        break;
      case VERTEX_PARALLELISM_UPDATED:
        event = new VertexParallelismUpdatedEvent();
        break;
      case VERTEX_COMMIT_STARTED:
        event = new VertexCommitStartedEvent();
        break;
      case VERTEX_GROUP_COMMIT_STARTED:
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        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          VertexParallelismUpdatedEvent vEvent = (VertexParallelismUpdatedEvent) event;
          Vertex v = recoveredDAGData.recoveredDAG.getVertex(vEvent.getVertexID());
          v.restoreFromEvent(vEvent);
          break;
        }
        case VERTEX_COMMIT_STARTED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          VertexCommitStartedEvent vEvent = (VertexCommitStartedEvent) event;
          Vertex v = recoveredDAGData.recoveredDAG.getVertex(vEvent.getVertexID());
          v.restoreFromEvent(vEvent);
          break;
        }
        case VERTEX_FINISHED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          VertexFinishedEvent vEvent = (VertexFinishedEvent) event;
          Vertex v = recoveredDAGData.recoveredDAG.getVertex(vEvent.getVertexID());
          v.restoreFromEvent(vEvent);
          break;
        }
        case TASK_STARTED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          TaskStartedEvent tEvent = (TaskStartedEvent) event;
          Task task = recoveredDAGData.recoveredDAG.getVertex(
              tEvent.getTaskID().getVertexID()).getTask(tEvent.getTaskID());
          task.restoreFromEvent(tEvent);
          break;
        }
        case TASK_FINISHED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          TaskFinishedEvent tEvent = (TaskFinishedEvent) event;
          Task task = recoveredDAGData.recoveredDAG.getVertex(
              tEvent.getTaskID().getVertexID()).getTask(tEvent.getTaskID());
          task.restoreFromEvent(tEvent);
          break;
        }
        case TASK_ATTEMPT_STARTED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          TaskAttemptStartedEvent tEvent = (TaskAttemptStartedEvent) event;
          Task task =
              recoveredDAGData.recoveredDAG.getVertex(
                  tEvent.getTaskAttemptID().getTaskID().getVertexID())
                      .getTask(tEvent.getTaskAttemptID().getTaskID());
          task.restoreFromEvent(tEvent);
          break;
        }
        case TASK_ATTEMPT_FINISHED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          TaskAttemptFinishedEvent tEvent = (TaskAttemptFinishedEvent) event;
          Task task =
              recoveredDAGData.recoveredDAG.getVertex(
                  tEvent.getTaskAttemptID().getTaskID().getVertexID())
                  .getTask(tEvent.getTaskAttemptID().getTaskID());
          task.restoreFromEvent(tEvent);
          break;
        }
        case VERTEX_DATA_MOVEMENT_EVENTS_GENERATED:
        {
          LOG.info("Recovering from event"
              + ", eventType=" + eventType
              + ", event=" + event.toString());
          assert recoveredDAGData.recoveredDAG != null;
          VertexDataMovementEventsGeneratedEvent vEvent =
              (VertexDataMovementEventsGeneratedEvent) event;
          Vertex v = recoveredDAGData.recoveredDAG.getVertex(vEvent.getVertexID());
          v.restoreFromEvent(vEvent);
          break;
        }
        default:
          throw new RuntimeException("Invalid data found, unknown event type "
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Related Classes of org.apache.tez.dag.history.events.VertexParallelismUpdatedEvent

  • org.apache.tez.dag.api.EdgeManagerDescriptor
  • org.apache.tez.dag.api.EdgeManagerPluginDescriptor
  • org.apache.tez.dag.app.dag.impl.VertexImpl
  • org.apache.tez.dag.app.RecoveryParser
  • org.apache.tez.dag.history.logging.ats.TestHistoryEventTimelineConversion
  • org.apache.tez.dag.history.logging.impl.TestHistoryEventJsonConversion
  • org.apache.tez.dag.recovery.records.RecoveryProtos.VertexParallelismUpdatedProto
  • org.apache.tez.runtime.api.InputSpecUpdate
  • java.io.IOException
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