Java ExecutionEntity.getActivity方法代码示例

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
/**
 * <p>Required for migrating active sequential MI receive tasks. These activities were formerly not scope,
 * but are now. This has the following implications:
 *
 * <p>Before migration:
 * <ul><li> the event subscription is attached to the miBody scope execution</ul>
 *
 * <p>After migration:
 * <ul><li> a new subscription is created for every instance
 * <li> the new subscription is attached to a dedicated scope execution as a child of the miBody scope
 *   execution</ul>
 *
 * <p>Thus, this method removes the subscription on the miBody scope
 */
public static void removeLegacySubscriptionOnParent(ExecutionEntity execution, EventSubscriptionEntity eventSubscription) {
  ActivityImpl activity = execution.getActivity();
  if (activity == null) {
    return;
  }

  ActivityBehavior behavior = activity.getActivityBehavior();
  ActivityBehavior parentBehavior = (ActivityBehavior) (activity.getFlowScope() != null ? activity.getFlowScope().getActivityBehavior() : null);

  if (behavior instanceof ReceiveTaskActivityBehavior &&
      parentBehavior instanceof MultiInstanceActivityBehavior) {
    List<EventSubscriptionEntity> parentSubscriptions = execution.getParent().getEventSubscriptions();

    for (EventSubscriptionEntity subscription : parentSubscriptions) {
      // distinguish a boundary event on the mi body with the same message name from the receive task subscription
      if (areEqualEventSubscriptions(subscription, eventSubscription)) {
        subscription.delete();
      }
    }
  }

}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
protected void assignExecutionsToActivities(List<ExecutionEntity> leaves) {
  for (ExecutionEntity leaf : leaves) {
    ScopeImpl activity = leaf.getActivity();

    if (activity != null) {
      if (leaf.getActivityInstanceId() != null) {
        EnsureUtil.ensureNotNull("activity", activity);
        submitExecution(leaf, activity);
      }
      mergeScopeExecutions(leaf);


    }
    else if (leaf.isProcessInstanceExecution()) {
      submitExecution(leaf, leaf.getProcessDefinition());
    }
  }
}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
@Override
protected JobHandlerConfiguration resolveJobHandlerConfiguration(AtomicOperationInvocation context) {
  AsyncContinuationConfiguration configuration = new AsyncContinuationConfiguration();

  configuration.setAtomicOperation(context.getOperation().getCanonicalName());

  ExecutionEntity execution = context.getExecution();
  PvmActivity activity = execution.getActivity();
  if(activity != null && activity.isAsyncAfter()) {
    if(execution.getTransition() != null) {
      // store id of selected transition in case this is async after.
      // id is not serialized with the execution -> we need to remember it as
      // job handler configuration.
      configuration.setTransitionId(execution.getTransition().getId());
    }
  }

  return configuration;
}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
@Override
public void execute(AsyncContinuationConfiguration configuration, ExecutionEntity execution, CommandContext commandContext, String tenantId) {

  LegacyBehavior.repairMultiInstanceAsyncJob(execution);

  PvmAtomicOperation atomicOperation = findMatchingAtomicOperation(configuration.getAtomicOperation());
  ensureNotNull("Cannot process job with configuration " + configuration, "atomicOperation", atomicOperation);

  // reset transition id.
  String transitionId = configuration.getTransitionId();
  if (transitionId != null) {
    PvmActivity activity = execution.getActivity();
    TransitionImpl transition = (TransitionImpl) activity.findOutgoingTransition(transitionId);
    execution.setTransition(transition);
  }

  Context.getCommandInvocationContext()
    .performOperation(atomicOperation, execution);
}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
protected void initActivityInstanceEvent(HistoricActivityInstanceEventEntity evt, ExecutionEntity execution, HistoryEventType eventType) {
  PvmScope eventSource = execution.getActivity();
  if (eventSource == null) {
    eventSource = (PvmScope) execution.getEventSource();
  }
  String activityInstanceId = execution.getActivityInstanceId();

  String parentActivityInstanceId = null;
  ExecutionEntity parentExecution = execution.getParent();

  if (parentExecution != null && CompensationBehavior.isCompensationThrowing(parentExecution) && execution.getActivity() != null) {
    parentActivityInstanceId = CompensationBehavior.getParentActivityInstanceId(execution);
  } else {
    parentActivityInstanceId = execution.getParentActivityInstanceId();
  }

  initActivityInstanceEvent(evt,
      execution,
      eventSource,
      activityInstanceId,
      parentActivityInstanceId,
      eventType);
}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
public void notify(DelegateExecution execution) throws Exception {
  ExecutionEntity executionCasted = ((ExecutionEntity)execution);
  String parameterValue = null;
  if (parameter != null) {
    parameterValue = (String)parameter.getValue(execution);
  }

  String activityName = null;
  if (executionCasted.getActivity() != null) {
    activityName = executionCasted.getActivity().getProperties().get(new PropertyKey<String>("name"));
  }

  recordedEvents.add( new RecordedEvent(
                  executionCasted.getActivityId(),
                  activityName,
                  execution.getEventName(),
                  parameterValue,
                  execution.getActivityInstanceId(),
                  execution.getCurrentTransitionId(),
                  execution.isCanceled(),
                  execution.getId()));
}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
/**
 * When executing an async job for an activity wrapped in an miBody, set the execution to the
 * miBody except the wrapped activity is marked as async.
 *
 * Background: in <= 7.2 async jobs were created for the inner activity, although the
 * semantics are that they are executed before the miBody is entered
 */
public static void repairMultiInstanceAsyncJob(ExecutionEntity execution) {
  ActivityImpl activity = execution.getActivity();

  if (!isAsync(activity) && isActivityWrappedInMultiInstanceBody(activity)) {
    execution.setActivity((ActivityImpl) activity.getFlowScope());
  }
}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
protected void handleChildRemovalInScope(ExecutionEntity removedExecution) {
  // TODO: the following should be closer to PvmAtomicOperationDeleteCascadeFireActivityEnd
  // (note though that e.g. boundary events expect concurrent executions to be preserved)
  //
  // Idea: attempting to prune and synchronize on the parent is the default behavior when
  // a concurrent child is removed, but scope activities implementing ModificationObserverBehavior
  // override this default (and therefore *must* take care of reorganization themselves)

  // notify the behavior that a concurrent execution has been removed

  // must be set due to deleteCascade behavior
  ActivityImpl activity = removedExecution.getActivity();
  if (activity == null) {
    return;
  }
  ScopeImpl flowScope = activity.getFlowScope();

  PvmExecutionImpl scopeExecution = removedExecution.getParentScopeExecution(false);
  PvmExecutionImpl executionInParentScope = removedExecution.isConcurrent() ? removedExecution : removedExecution.getParent();

  if (flowScope.getActivityBehavior() != null && flowScope.getActivityBehavior() instanceof ModificationObserverBehavior) {
    // let child removal be handled by the scope itself
    ModificationObserverBehavior behavior = (ModificationObserverBehavior) flowScope.getActivityBehavior();
    behavior.destroyInnerInstance(executionInParentScope);
  }
  else {
    if (executionInParentScope.isConcurrent()) {
      executionInParentScope.remove();
      scopeExecution.tryPruneLastConcurrentChild();
      scopeExecution.forceUpdate();
    }
  }
}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
protected void validateAndSwitchVersionOfExecution(CommandContext commandContext, ExecutionEntity execution, ProcessDefinitionEntity newProcessDefinition) {
  // check that the new process definition version contains the current activity
  if (execution.getActivity() != null) {
    String activityId = execution.getActivity().getId();
    PvmActivity newActivity = newProcessDefinition.findActivity(activityId);

    if (newActivity == null) {
      throw new ProcessEngineException(
        "The new process definition " +
        "(key = '" + newProcessDefinition.getKey() + "') " +
        "does not contain the current activity " +
        "(id = '" + activityId + "') " +
        "of the process instance " +
        "(id = '" + processInstanceId + "').");
      }

      // clear cached activity so that outgoing transitions are refreshed
      execution.setActivity(newActivity);
    }

  // switch the process instance to the new process definition version
  execution.setProcessDefinition(newProcessDefinition);

  // and change possible existing tasks (as the process definition id is stored there too)
  List<TaskEntity> tasks = commandContext.getTaskManager().findTasksByExecutionId(execution.getId());
  for (TaskEntity taskEntity : tasks) {
    taskEntity.setProcessDefinitionId(newProcessDefinition.getId());
  }
}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
/**
 * In the context when an event scope execution is created (i.e. a scope such as a subprocess has completed),
 * this method returns the compensation handler activity that is going to be executed when by the event scope execution.
 *
 * This method is not relevant when the scope has a boundary compensation handler.
 */
protected static ActivityImpl getEventScopeCompensationHandler(ExecutionEntity execution) {
  ActivityImpl activity = execution.getActivity();

  ActivityImpl compensationHandler = activity.findCompensationHandler();
  if (compensationHandler != null && compensationHandler.isSubProcessScope()) {
    // subprocess with inner compensation event subprocess
    return compensationHandler;
  } else {
    // subprocess without compensation handler or
    // multi instance activity
    return activity;
  }
}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
protected void determineEndState(ExecutionEntity executionEntity, HistoricProcessInstanceEventEntity evt) {
  //determine state
  if (executionEntity.getActivity() != null) {
    evt.setState(HistoricProcessInstance.STATE_COMPLETED);
  } else if (executionEntity.getActivity() == null && executionEntity.isExternallyTerminated()) {
    evt.setState(HistoricProcessInstance.STATE_EXTERNALLY_TERMINATED);
  } else if (executionEntity.getActivity() == null && !executionEntity.isExternallyTerminated()) {
    evt.setState(HistoricProcessInstance.STATE_INTERNALLY_TERMINATED);
  }
}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
@Override
public Void execute(CommandContext commandContext) {
  String processInstanceId = builder.getProcessInstanceId();

  ExecutionManager executionManager = commandContext.getExecutionManager();
  ExecutionEntity processInstance = executionManager.findExecutionById(processInstanceId);

  ensureProcessInstanceExist(processInstanceId, processInstance);

  checkUpdateProcessInstance(processInstance, commandContext);

  processInstance.setPreserveScope(true);

  List<AbstractProcessInstanceModificationCommand> instructions = builder.getModificationOperations();

  checkCancellation(commandContext);
  for (int i = 0; i < instructions.size(); i++) {

    AbstractProcessInstanceModificationCommand instruction = instructions.get(i);
    LOG.debugModificationInstruction(processInstanceId, i + 1, instruction.describe());

    instruction.setSkipCustomListeners(builder.isSkipCustomListeners());
    instruction.setSkipIoMappings(builder.isSkipIoMappings());
    instruction.execute(commandContext);
  }

  processInstance = executionManager.findExecutionById(processInstanceId);

  if (!processInstance.hasChildren()) {
    if (!(processInstance.getActivity() != null && !processInstance.getId().equals(processInstance.getActivityInstanceId()))) {
      // process instance was cancelled
      checkDeleteProcessInstance(processInstance, commandContext);
      deletePropagate(processInstance, builder.getModificationReason(), builder.isSkipCustomListeners(), builder.isSkipIoMappings());
    }
    else if (processInstance.isEnded()) {
      // process instance has ended regularly
      processInstance.propagateEnd();
    }
  }

  if (writeOperationLog) {
    commandContext.getOperationLogManager().logProcessInstanceOperation(getLogEntryOperation(),
      processInstanceId,
      null,
      null,
      Collections.singletonList(PropertyChange.EMPTY_CHANGE));
  }

  return null;
}
 

import org.camunda.bpm.engine.impl.persistence.entity.ExecutionEntity; //导入方法依赖的package包/类
/**
 * creates an event scope for the given execution:
 *
 * create a new event scope execution under the parent of the given execution
 * and move all event subscriptions to that execution.
 *
 * this allows us to "remember" the event subscriptions after finishing a
 * scope
 */
public static void createEventScopeExecution(ExecutionEntity execution) {

  // parent execution is a subprocess or a miBody
  ActivityImpl activity = execution.getActivity();
  ExecutionEntity scopeExecution = (ExecutionEntity) execution.findExecutionForFlowScope(activity.getFlowScope());

  List<EventSubscriptionEntity> eventSubscriptions = execution.getCompensateEventSubscriptions();

  if (eventSubscriptions.size() > 0 || hasCompensationEventSubprocess(activity)) {

    ExecutionEntity eventScopeExecution = scopeExecution.createExecution();
    eventScopeExecution.setActivity(execution.getActivity());
    eventScopeExecution.activityInstanceStarting();
    eventScopeExecution.enterActivityInstance();
    eventScopeExecution.setActive(false);
    eventScopeExecution.setConcurrent(false);
    eventScopeExecution.setEventScope(true);

    // copy local variables to eventScopeExecution by value. This way,
    // the eventScopeExecution references a 'snapshot' of the local variables
    Map<String, Object> variables = execution.getVariablesLocal();
    for (Entry<String, Object> variable : variables.entrySet()) {
      eventScopeExecution.setVariableLocal(variable.getKey(), variable.getValue());
    }

    // set event subscriptions to the event scope execution:
    for (EventSubscriptionEntity eventSubscriptionEntity : eventSubscriptions) {
      EventSubscriptionEntity newSubscription =
              EventSubscriptionEntity.createAndInsert(
                      eventScopeExecution,
                      EventType.COMPENSATE,
                      eventSubscriptionEntity.getActivity());
      newSubscription.setConfiguration(eventSubscriptionEntity.getConfiguration());
      // use the original date
      newSubscription.setCreated(eventSubscriptionEntity.getCreated());
    }

    // set existing event scope executions as children of new event scope execution
    // (ensuring they don't get removed when 'execution' gets removed)
    for (PvmExecutionImpl childEventScopeExecution : execution.getEventScopeExecutions()) {
      childEventScopeExecution.setParent(eventScopeExecution);
    }

    ActivityImpl compensationHandler = getEventScopeCompensationHandler(execution);
    EventSubscriptionEntity eventSubscription = EventSubscriptionEntity
            .createAndInsert(
              scopeExecution,
              EventType.COMPENSATE,
              compensationHandler
            );
    eventSubscription.setConfiguration(eventScopeExecution.getId());

  }
}