/* package private */
internal virtual TransitionImpl GetTransition(String transitionName, INode node, DbSession dbSession)
{
TransitionImpl transition = null;
if ((Object)transitionName != null)
{
Object[] values = new Object[] { transitionName, node.Id };
IType[] types = new IType[] { DbType.STRING, DbType.LONG };
transition = (TransitionImpl)dbSession.FindOne(queryFindTransitionByName, values, types);
}
else
{
if (node is IState)
{
IState state = node as IState;
ISet leavingTransitions = state.LeavingTransitions;
if (leavingTransitions.Count == 1)
{
IEnumerator transEnum = leavingTransitions.GetEnumerator();
transEnum.MoveNext();
transition = (TransitionImpl)transEnum.Current;
}
else
{
throw new SystemException("no transitionName was specified : this is only allowed if the state (" + state.Name + ") has exactly 1 leaving transition (" + leavingTransitions.Count + ")");
}
}
}
return(transition);
}
public void ProcessTransition(TransitionImpl transition, FlowImpl flow, DbSession dbSession)
{
NodeImpl destination = (NodeImpl)transition.To;
flow.Node = destination;
if (destination is ActivityStateImpl)
{
ProcessActivityState((ActivityStateImpl)destination, flow, dbSession);
}
else if (destination is ProcessStateImpl)
{
//ProcessProcessState((ProcessStateImpl)destination, executionContext, dbSession);
}
else if (destination is DecisionImpl)
{
ProcessDecision((DecisionImpl)destination, flow, dbSession);
}
else if (destination is ForkImpl)
{
ProcessFork((ForkImpl)destination, flow, dbSession);
}
else if (destination is JoinImpl)
{
ProcessJoin((JoinImpl)destination, flow, dbSession);
}
else if (destination is EndStateImpl)
{
ProcessEndState((EndStateImpl)destination, flow, dbSession);
}
else
{
throw new SystemException("");
}
}
public IProcessInstance StartProcessInstance(long processDefinitionId, IDictionary attributeValues = null, string transitionName = null, Relations relations = null)
{
ProcessInstanceImpl processInstance = null;
IOrganisationService organisationService = null;
using (ISession session = NHibernateHelper.OpenSession())
{
using (var tran = session.BeginTransaction())
{
DbSession dbSession = new DbSession(session);
ProcessDefinitionImpl processDefinition = myProcessDefinitionService.GetProcessDefinition(processDefinitionId, dbSession);
processInstance = new ProcessInstanceImpl(ActorId, processDefinition);
processInstanceRepository.Save(processInstance, dbSession);//到這裏應該存了ProcessInstance,RootFlow
ExecutionContext executionContext = new ExecutionContext();
//logRepository.CreateLog();
processDefinition.StartState.CheckAccess(attributeValues);
attributeService = new AttributeService((FlowImpl)processInstance.RootFlow, dbSession);
attributeService.StoreAttributeValue(attributeValues);//儲存傳入的欄位值
attributeService.StoreRole(organisationService.FindActorById(ActorId), (ActivityStateImpl)processDefinition.StartState);
//flow的node推進到下一關卡
//flow的actor=解析出來的actor.Id
transitionService = new TransitionService(ActorId, dbSession);
TransitionImpl transitionTo = transitionService.GetTransition(transitionName, processDefinition.StartState, dbSession);
transitionService.ProcessTransition(transitionTo, (FlowImpl)processInstance.RootFlow, dbSession);
session.Flush();
tran.Commit();
}
}
return(processInstance);
}
public TransitionImpl DelegateDecision(DelegationImpl delegation, ExecutionContextImpl executionContext)
{
TransitionImpl selectedTransition = null;
try
{
IDecisionHandler decision = (IDecisionHandler)GetDelegate(delegation);
executionContext.SetConfiguration(ParseConfiguration(delegation));
String transitionName = decision.Decide(executionContext);
if ((Object)transitionName == null)
{
throw new SystemException("Decision-delegate for decision '" + executionContext.GetNode() + "' returned null instead of a transition-name : " + decision.GetType().FullName);
}
try
{
Object[] args = new Object[] { executionContext.GetNode().Id, transitionName };
IType[] types = new IType[] { DbType.LONG, DbType.STRING };
selectedTransition = (TransitionImpl)executionContext.DbSession.FindOne(queryFindLeavingTransitionByName, args, types);
}
catch (Exception t)
{
throw new SystemException("couldn't find transition '" + transitionName + "' that was selected by the decision-delegate of activity '" + executionContext.GetNode().Name + "' : " + t.Message);
}
}
catch (Exception t)
{
HandleException(delegation, executionContext, t);
}
return(selectedTransition);
}
private void node(XmlElement nodeElement, NodeImpl node, ProcessBlockImpl processBlock)
{
node.ArrivingTransitions = new ListSet();
node.LeavingTransitions = new ListSet();
IEnumerator iter = nodeElement.GetChildElements("transition").GetEnumerator();
while (iter.MoveNext())
{
XmlElement transitionElement = (XmlElement)iter.Current;
TransitionImpl transition = new TransitionImpl();
transition.ProcessDefinition = ProcessDefinition;
transition.From = node;
if (node is JoinImpl)
{
this.joinTransition(transitionElement, transition, processBlock);
}
else
{
this.transition(transitionElement, transition, processBlock);
}
node.LeavingTransitions.Add(transition);
}
this.definitionObject(nodeElement, node, processBlock);
//把所有的Node加到集合中
this.addReferencableObject(node.Name, processBlock, typeof(INode), node);
}
public void ProcessEndState(EndStateImpl endState, ExecutionContextImpl executionContext, DbSession dbSession)
{
delegationService.RunActionsForEvent(EventType.PROCESS_INSTANCE_END, endState.ProcessDefinition.Id, executionContext, dbSession);
executionContext.CreateLog(EventType.PROCESS_INSTANCE_END);
FlowImpl rootFlow = (FlowImpl)executionContext.GetFlow();
rootFlow.ActorId = null;
rootFlow.End = DateTime.Now;
rootFlow.Node = endState; // setting the node is not necessary if this method is called
// from processTransition, but it is necessary if this method is
// called from cancelProcessInstance in the component-impl.
ProcessInstanceImpl processInstance = (ProcessInstanceImpl)executionContext.GetProcessInstance();
FlowImpl superProcessFlow = (FlowImpl)processInstance.SuperProcessFlow;
if (superProcessFlow != null)
{
log.Debug("reactivating the super process...");
// create the execution context for the parent-process
ExecutionContextImpl superExecutionContext = new ExecutionContextImpl(executionContext.PreviousActorId, superProcessFlow, executionContext.DbSession, executionContext.GetOrganisationComponent());
superExecutionContext.SetInvokedProcessContext(executionContext);
// delegate the attributeValues
ProcessStateImpl processState = (ProcessStateImpl)superProcessFlow.Node;
Object[] completionData = delegationHelper.DelegateProcessTermination(processState.ProcessInvokerDelegation, superExecutionContext);
IDictionary attributeValues = (IDictionary)completionData[0];
String transitionName = (String)completionData[1];
TransitionImpl transition = transitionRepository.GetTransition(transitionName, processState, executionContext.DbSession);
// process the super process transition
ProcessTransition(transition, superExecutionContext, dbSession);
}
}
protected internal virtual void AssertSequenceFlowWayPoints(TransitionImpl sequenceFlow, params int[] waypoints)
{
Assert.AreEqual(waypoints.Length, sequenceFlow.Waypoints.Count);
for (int i = 0; i < waypoints.Length; i++)
{
Assert.AreEqual(waypoints[i], sequenceFlow.Waypoints.ToList().ElementAt(i));
}
}
public virtual ProcessDefinitionBuilder EndActivity()
{
ScopeStack.Pop();
ProcessElement = ScopeStack.Peek();
transition = null;
return(this);
}
public virtual ProcessDefinitionBuilder endActivity()
{
scopeStack.Pop();
processElement = scopeStack.Peek();
transition_Renamed = null;
return(this);
}
public virtual ProcessDefinitionBuilder CreateActivity(string id)
{
var activity = (ActivityImpl)ScopeStack.Peek().CreateActivity(id);
ScopeStack.Push(activity);
ProcessElement = activity;
transition = null;
return(this);
}
public virtual ProcessDefinitionBuilder createActivity(string id)
{
ActivityImpl activity = scopeStack.Peek().createActivity(id);
scopeStack.Push(activity);
processElement = activity;
transition_Renamed = null;
return(this);
}
public void ProcessJoin(JoinImpl join, FlowImpl joiningFlow, DbSession dbSession)
{
joiningFlow.End = DateTime.Now;
joiningFlow.ActorId = null;
joiningFlow.Node = join;
if (false != joiningFlow.ParentReactivation)
{
bool parentReactivation = false;
IList concurrentFlows = flowRepository.GetOtherActiveConcurrentFlows(joiningFlow.Id, dbSession);
if (concurrentFlows.Count == 0)
{
parentReactivation = true;
}
else
{
//DelegationImpl joinDelegation = join.JoinDelegation;
//if (joinDelegation != null)
//{
// IJoinHandler joiner = (IJoinHandler)joinDelegation.GetDelegate();
// IDictionary attributes = joinDelegation.ParseConfiguration();
// parentReactivation = delegationHelper.DelegateJoin(join.JoinDelegation, executionContext);
//}
}
if (parentReactivation)
{
IEnumerator iter = concurrentFlows.GetEnumerator();
while (iter.MoveNext())
{
FlowImpl concurrentFlow = (FlowImpl)iter.Current;
concurrentFlow.ParentReactivation = false;
}
// reactivate the parent by first setting the parentflow into the executionContext
FlowImpl parentFlow = (FlowImpl)joiningFlow.Parent;
//executionContext.SetFlow(parentFlow);
// and then process the (single, checked at process-archive-parsing-time) leaving transition.
ISet leavingTransitions = join.LeavingTransitions;
iter = leavingTransitions.GetEnumerator();
if (iter.MoveNext())
{
TransitionImpl leavingTransition = (TransitionImpl)iter.Current;
ProcessTransition(leavingTransition, parentFlow, dbSession);
}
else
{
// no transition throw exception?
}
}
}
}
public ForkedFlow ForkFlow(TransitionImpl transition, FlowImpl parentFlow, IDictionary attributeValues)
{
// create the subflow
FlowImpl subFlow = new FlowImpl(transition.Name, parentFlow, (ProcessBlockImpl)transition.From.ProcessBlock);
parentFlow.Children.Add(subFlow);
// save it
//_dbSession.SaveOrUpdate(subFlow);
// add the transition and the flow to the set of created sub-flows
return(new ForkedFlow(transition, subFlow));
}
public virtual ProcessDefinitionBuilder StartTransition(string destinationActivityId, string transitionId)
{
if (ReferenceEquals(destinationActivityId, null))
{
throw new PvmException("destinationActivityId is null");
}
var activity = Activity;
transition = activity.CreateOutgoingTransition(transitionId);
UnresolvedTransitions.Add(new object[] { transition, destinationActivityId });
ProcessElement = transition;
return(this);
}
public virtual ProcessDefinitionBuilder startTransition(string destinationActivityId, string transitionId)
{
if (string.ReferenceEquals(destinationActivityId, null))
{
throw new PvmException("destinationActivityId is null");
}
ActivityImpl activity = Activity;
transition_Renamed = activity.createOutgoingTransition(transitionId);
unresolvedTransitions.Add(new object[] { transition_Renamed, destinationActivityId });
processElement = transition_Renamed;
return(this);
}
public void ProcessDecision(DecisionImpl decision, ExecutionContextImpl executionContext, DbSession dbSession)
{
// trigger actions, scheduled before the decision actually is made
delegationService.RunActionsForEvent(EventType.BEFORE_DECISION, decision.Id, executionContext, dbSession);
// delegate the decision
TransitionImpl selectedTransition = delegationHelper.DelegateDecision(decision.DecisionDelegation, executionContext);
// process the selected transition
ProcessTransition(selectedTransition, executionContext, dbSession);
// trigger actions, scheduled after the decision is made
delegationService.RunActionsForEvent(EventType.AFTER_DECISION, decision.Id, executionContext, dbSession);
}
public virtual PvmProcessDefinition buildProcessDefinition()
{
foreach (object[] unresolvedTransition in unresolvedTransitions)
{
TransitionImpl transition = (TransitionImpl)unresolvedTransition[0];
string destinationActivityName = (string)unresolvedTransition[1];
ActivityImpl destination = processDefinition.findActivity(destinationActivityName);
if (destination == null)
{
throw new Exception("destination '" + destinationActivityName + "' not found. (referenced from transition in '" + transition.Source.Id + "')");
}
transition.setDestination(destination);
}
return(processDefinition);
}
//private const String queryFindLeavingTransitionByName = "select t " +
// "from t in class NetBpm.Workflow.Definition.Impl.TransitionImpl, " +
// " n in class NetBpm.Workflow.Definition.Impl.NodeImpl " +
// "where n.id = ? " +
// " and t.From.id = n.id " +
// " and t.Name = ? ";
public void ForkFlow(String transitionName, IDictionary attributeValues)
{
// find the transition
TransitionImpl transition = null;
try
{
transition = transitionRepository.FindLeavingTransitionByName(_node.Id, transitionName, _dbSession);
}
catch (NotUniqueException e)
{
throw new SystemException("transition with name '" + transitionName + "' was not found for creating sub-flow on fork '" + _node.Name + "' : " + e.Message);
}
ForkFlow(transition, attributeValues);
}
public void ProcessDecision(DecisionImpl decision, FlowImpl flow, DbSession dbSession)
{
//var delegateParameters = delegationService.ParseConfiguration(decision.DecisionDelegation);
//IDecisionHandler decisionHandler = (IDecisionHandler)delegationService.GetDelegate(decision.DecisionDelegation);
var attributes = decision.DecisionDelegation.ParseConfiguration();
string transiationName = new EvaluationDecision().Decide(attributes["attribute"].ToString());
TransitionImpl selectedTransition = this.GetTransition(transiationName, decision, dbSession);
//// delegate the decision
//TransitionImpl selectedTransition = delegationHelper.DelegateDecision(decision.DecisionDelegation, executionContext);
//// process the selected transition
ProcessTransition(selectedTransition, flow, dbSession);
}
//private const String queryFindActionsByEventType = "select a from a in class NetBpm.Workflow.Definition.Impl.ActionImpl " +
// "where a.EventType = ? " +
// " and a.DefinitionObjectId = ? ";
//public void RunActionsForEvent(EventType eventType, Int64 definitionObjectId, ExecutionContextImpl executionContext)
//{
// log.Debug("processing '" + eventType + "' events for executionContext " + executionContext);
// DbSession dbSession = executionContext.DbSession;
// // find all actions for definitionObject on the given eventType
// Object[] values = new Object[] {eventType, definitionObjectId};
// IType[] types = new IType[] {DbType.INTEGER, DbType.LONG};
// IList actions = dbSession.Find(queryFindActionsByEventType, values, types);
// IEnumerator iter = actions.GetEnumerator();
// log.Debug("list" + actions);
// while (iter.MoveNext())
// {
// ActionImpl action = (ActionImpl) iter.Current;
// log.Debug("action: " + action);
// delegationHelper.DelegateAction(action.ActionDelegation, executionContext);
// }
// log.Debug("ende runActionsForEvent!");
//}
public void ProcessTransition(TransitionImpl transition, ExecutionContextImpl executionContext, DbSession dbSession)
{
log.Debug("processing transition '" + transition + "' for flow '" + executionContext.GetFlow() + "'");
// trigger all the actions scheduled for this transition
delegationService.RunActionsForEvent(EventType.TRANSITION, transition.Id, executionContext, dbSession);
// first set the state of the execution context and the flow
// to the node that is going to be processed
FlowImpl flow = (FlowImpl)executionContext.GetFlow();
NodeImpl destination = (NodeImpl)transition.To;
flow.Node = destination;
executionContext.SetNode(destination);
// note : I want to keep the engine methods grouped in this class, that is why I
// didn't use inheritance but used an instanceof-switch instead.
if (destination is ActivityStateImpl)
{
ProcessActivityState((ActivityStateImpl)destination, executionContext, dbSession);
}
else if (destination is ProcessStateImpl)
{
ProcessProcessState((ProcessStateImpl)destination, executionContext, dbSession);
}
else if (destination is DecisionImpl)
{
ProcessDecision((DecisionImpl)destination, executionContext, dbSession);
}
else if (destination is ForkImpl)
{
ProcessFork((ForkImpl)destination, executionContext, dbSession);
}
else if (destination is JoinImpl)
{
ProcessJoin((JoinImpl)destination, executionContext, dbSession);
}
else if (destination is EndStateImpl)
{
ProcessEndState((EndStateImpl)destination, executionContext, dbSession);
}
else
{
throw new SystemException("");
}
}
public void ForkFlow(TransitionImpl transition, IDictionary attributeValues)
{
// create the subflow
FlowImpl subFlow = new FlowImpl(transition.Name, _flow, (ProcessBlockImpl)_node.ProcessBlock);
_flow.Children.Add(subFlow);
// save it
_dbSession.SaveOrUpdate(subFlow);
// store the attributeValues
this._flow = subFlow;
StoreAttributeValues(attributeValues);
this._flow = (FlowImpl)this._flow.Parent;
// add the transition and the flow to the set of created sub-flows
this._forkedFlows.Add(new ForkedFlow(transition, subFlow));
}
public IList PerformActivity(long flowId, IDictionary attributeValues = null, String transitionName = null, Relations relations = null)
{
if (string.IsNullOrEmpty(ActorId))
{
throw new AuthorizationException("you can't perform an activity because you are not authenticated");
}
IList flows = null;
try
{
using (ISession session = NHibernateHelper.OpenSession())
{
DbSession dbSession = new DbSession(session);
FlowImpl flow = flowRepository.GetFlow(flowId, dbSession);
ActivityStateImpl activityState = (ActivityStateImpl)flow.Node;
ExecutionContext executionContext = new ExecutionContext();
activityState.CheckAccess(attributeValues);
attributeService = new AttributeService(flow, dbSession);
attributeService.StoreAttributeValue(attributeValues);
transitionService = new TransitionService(ActorId, dbSession);
TransitionImpl transitionTo = transitionService.GetTransition(transitionName, activityState, dbSession);
transitionService.ProcessTransition(transitionTo, flow, dbSession);
session.Flush();
}
}
catch (ExecutionException e)
{
throw e;
}
catch (Exception e)
{
throw new SystemException("uncaught exception : " + e.Message, e);
}
finally
{
//ServiceLocator.Instance.Release(organisationComponent);
}
return(flows);
}
protected internal virtual void UpdateAsyncAfterTargetConfiguration(
AsyncContinuationJobHandler.AsyncContinuationConfiguration currentConfiguration)
{
var targetActivity = (ActivityImpl)targetScope;
var outgoingTransitions = (IList <IPvmTransition>)targetActivity.OutgoingTransitions;
var targetConfiguration = new AsyncContinuationJobHandler.AsyncContinuationConfiguration();
if (outgoingTransitions.Count == 0)
{
targetConfiguration.AtomicOperation = PvmAtomicOperationFields.ActivityEnd.CanonicalName;
}
else
{
targetConfiguration.AtomicOperation =
PvmAtomicOperationFields.TransitionNotifyListenerTake.CanonicalName;
if (outgoingTransitions.Count == 1)
{
targetConfiguration.TransitionId = outgoingTransitions[0].Id;
}
else
{
TransitionImpl matchingTargetTransition = null;
var currentTransitionId = currentConfiguration.TransitionId;
if (!ReferenceEquals(currentTransitionId, null))
{
matchingTargetTransition = (TransitionImpl)targetActivity.FindOutgoingTransition(currentTransitionId);
}
if (matchingTargetTransition != null)
{
targetConfiguration.TransitionId = matchingTargetTransition.Id;
}
else
{
throw new ProcessEngineException("Cannot determine matching outgoing sequence flow");
}
}
}
//jobEntity.JobHandlerConfiguration = targetConfiguration;
}
public virtual void TestExecutionEntitySerialization()
{
var execution = new ExecutionEntity();
var activityImpl = new ActivityImpl("test", null);
activityImpl.ExecutionListeners.Add("start", new List <IDelegateListener <IBaseDelegateExecution> > {
new TestExecutionListener()
});
execution.Activity = activityImpl;
var processDefinitionImpl = new ProcessDefinitionImpl("test");
processDefinitionImpl.ExecutionListeners.Add("start",
new List <IDelegateListener <IBaseDelegateExecution> > {
new TestExecutionListener()
});
execution.ProcessDefinition = processDefinitionImpl;
var transitionImpl = new TransitionImpl("test", new ProcessDefinitionImpl("test"));
transitionImpl.AddExecutionListener(new TestExecutionListener());
execution.Transition = (transitionImpl);
execution.ProcessInstanceStartContext.Initial = activityImpl;
execution.SuperExecution = (new ExecutionEntity());
execution.IsActive = true;
execution.Canceled = false;
execution.BusinessKey = "myBusinessKey";
execution.DeleteReason = "no reason";
execution.ActivityInstanceId = "123";
execution.IsScope = false;
var data = WriteObject(execution);
execution = (ExecutionEntity)ReadObject(data);
Assert.AreEqual("myBusinessKey", execution.BusinessKey);
Assert.AreEqual("no reason", execution.DeleteReason);
Assert.AreEqual("123", execution.ActivityInstanceId);
}
protected internal virtual void updateAsyncAfterTargetConfiguration(AsyncContinuationConfiguration currentConfiguration)
{
ActivityImpl targetActivity = (ActivityImpl)targetScope;
IList <PvmTransition> outgoingTransitions = targetActivity.OutgoingTransitions;
AsyncContinuationConfiguration targetConfiguration = new AsyncContinuationConfiguration();
if (outgoingTransitions.Count == 0)
{
targetConfiguration.AtomicOperation = org.camunda.bpm.engine.impl.pvm.runtime.operation.PvmAtomicOperation_Fields.ACTIVITY_END.CanonicalName;
}
else
{
targetConfiguration.AtomicOperation = org.camunda.bpm.engine.impl.pvm.runtime.operation.PvmAtomicOperation_Fields.TRANSITION_NOTIFY_LISTENER_TAKE.CanonicalName;
if (outgoingTransitions.Count == 1)
{
targetConfiguration.TransitionId = outgoingTransitions[0].Id;
}
else
{
TransitionImpl matchingTargetTransition = null;
string currentTransitionId = currentConfiguration.TransitionId;
if (!string.ReferenceEquals(currentTransitionId, null))
{
matchingTargetTransition = targetActivity.findOutgoingTransition(currentTransitionId);
}
if (matchingTargetTransition != null)
{
targetConfiguration.TransitionId = matchingTargetTransition.Id;
}
else
{
// should not happen since it is avoided by validation
throw new ProcessEngineException("Cannot determine matching outgoing sequence flow");
}
}
}
jobEntity.JobHandlerConfiguration = targetConfiguration;
}
public virtual void execute(AsyncContinuationConfiguration configuration, ExecutionEntity execution, CommandContext commandContext, string tenantId)
{
LegacyBehavior.repairMultiInstanceAsyncJob(execution);
PvmAtomicOperation atomicOperation = findMatchingAtomicOperation(configuration.AtomicOperation);
ensureNotNull("Cannot process job with configuration " + configuration, "atomicOperation", atomicOperation);
// reset transition id.
string transitionId = configuration.TransitionId;
if (!string.ReferenceEquals(transitionId, null))
{
PvmActivity activity = execution.getActivity();
TransitionImpl transition = (TransitionImpl)activity.findOutgoingTransition(transitionId);
execution.Transition = transition;
}
Context.CommandInvocationContext.performOperation(atomicOperation, execution);
}
public void ProcessFork(ForkImpl fork, FlowImpl flow, DbSession dbSession)
{
// First initialize the children of the flow to be forked
flow.Children = new ListSet();
DelegationImpl delegation = fork.ForkDelegation;
IList <ForkedFlow> forkedFlows = new List <ForkedFlow>();
if (delegation != null)
{
//delegationHelper.DelegateFork(fork.ForkDelegation, executionContext);
}
else
{
// execute the default fork behaviour
IEnumerator iter = fork.LeavingTransitions.GetEnumerator();
while (iter.MoveNext())
{
TransitionImpl transition = (TransitionImpl)iter.Current;
forkedFlows.Add(this.ForkFlow(transition, flow, null));
}
}
IEnumerator iter2 = forkedFlows.GetEnumerator();
while (iter2.MoveNext())
{
ForkedFlow forkedFlow = (ForkedFlow)iter2.Current;
}
// loop over all flows that were forked in the ForkHandler implementation
iter2 = forkedFlows.GetEnumerator();
while (iter2.MoveNext())
{
ForkedFlow forkedFlow = (ForkedFlow)iter2.Current;
ProcessTransition(forkedFlow.Transition, forkedFlow.Flow, dbSession);
}
}
private void resolveReferences()
{
IEnumerator iter = unresolvedReferences.GetEnumerator();
while (iter.MoveNext())
{
UnresolvedReference unresolvedReference = (UnresolvedReference)iter.Current;
Object referencingObject = unresolvedReference.ReferencingObject;
String referenceDestinationName = unresolvedReference.DestinationName;
ProcessBlockImpl scope = unresolvedReference.DestinationScope;
String property = unresolvedReference.Property;
Object referencedObject = FindInScope(unresolvedReference, unresolvedReference.DestinationScope);
if (referencedObject == null)
{
//AddError("failed to deploy process archive : couldn't resolve " + property + "=\"" + referenceDestinationName + "\" from " + referencingObject + " in scope " + scope);
}
else
{
if (referencingObject is TransitionImpl)
{
if (property.Equals("to"))
{
TransitionImpl transition = (TransitionImpl)referencingObject;
transition.To = (NodeImpl)referencedObject;
}
}
if (referencingObject is FieldImpl)
{
if (property.Equals("attribute"))
{
FieldImpl field = (FieldImpl)referencingObject;
field.Attribute = (AttributeImpl)referencedObject;
}
}
}
}
}
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testExecutionEntitySerialization() throws Exception
public virtual void testExecutionEntitySerialization()
{
ExecutionEntity execution = new ExecutionEntity();
ActivityImpl activityImpl = new ActivityImpl("test", null);
activityImpl.ExecutionListeners["start"] = Collections.singletonList <ExecutionListener>(new TestExecutionListener());
execution.setActivity(activityImpl);
ProcessDefinitionImpl processDefinitionImpl = new ProcessDefinitionImpl("test");
processDefinitionImpl.ExecutionListeners["start"] = Collections.singletonList <ExecutionListener>(new TestExecutionListener());
execution.setProcessDefinition(processDefinitionImpl);
TransitionImpl transitionImpl = new TransitionImpl("test", new ProcessDefinitionImpl("test"));
transitionImpl.addExecutionListener(new TestExecutionListener());
execution.Transition = transitionImpl;
execution.ProcessInstanceStartContext.Initial = activityImpl;
execution.setSuperExecution(new ExecutionEntity());
execution.Active = true;
execution.Canceled = false;
execution.BusinessKey = "myBusinessKey";
execution.DeleteReason = "no reason";
execution.ActivityInstanceId = "123";
execution.Scope = false;
sbyte[] data = writeObject(execution);
execution = (ExecutionEntity)readObject(data);
assertEquals("myBusinessKey", execution.BusinessKey);
assertEquals("no reason", execution.DeleteReason);
assertEquals("123", execution.ActivityInstanceId);
}
/// <summary>
/// Join的Transition To會跳回上一層的ProcessBlock的Node
/// </summary>
/// <param name="transitionElement"></param>
/// <param name="transition"></param>
/// <param name="processBlock"></param>
private void joinTransition(XmlElement transitionElement, TransitionImpl transition, ProcessBlockImpl processBlock)
{
this.definitionObject(transitionElement, transition, processBlock);
this.addUnresolvedReference(transition, transitionElement.GetProperty("to"), processBlock.ParentBlock, "to", typeof(INode));
}
