public ResultOperation Delete(Guid GatewayId)
{
ResultOperation resultOperation = new ResultOperation();
try
{
if (resultOperation.IsSuccess)
{
sysBpmsGateway sysBpmsGateway = this.GetInfo(GatewayId);
this.BeginTransaction();
foreach (sysBpmsCondition Condition in new ConditionService(this.UnitOfWork).GetList(GatewayId, null, null))
{
resultOperation = new ConditionService(this.UnitOfWork).Delete(Condition.ID);
if (!resultOperation.IsSuccess)
{
break;
}
}
if (resultOperation.IsSuccess)
{
this.UnitOfWork.Repository <IGatewayRepository>().Delete(GatewayId);
resultOperation = new ElementService(this.UnitOfWork).Delete(sysBpmsGateway.ElementID, sysBpmsGateway.ProcessID);
this.UnitOfWork.Save();
}
}
}
catch (Exception ex)
{
return(base.ExceptionHandler(ex));
}
base.FinalizeService(resultOperation);
return(resultOperation);
}
public GatewayDTO(sysBpmsGateway gateway)
{
this.ID = gateway.ID;
this.ElementID = gateway.ElementID;
this.ProcessID = gateway.ProcessID;
this.DefaultSequenceFlowID = gateway.DefaultSequenceFlowID;
}
public object GetConditions(string ElementId, Guid ProcessId)
{
using (GatewayService gatewayService = new GatewayService())
{
sysBpmsGateway sysBpmsGateway = gatewayService.GetInfo(ElementId, ProcessId);
using (SequenceFlowService sequenceFlowService = new SequenceFlowService())
{
using (ElementService elementService = new ElementService())
{
using (ConditionService conditionService = new ConditionService())
{
List <sysBpmsSequenceFlow> SequenceFlows = sequenceFlowService.GetList(ProcessId, "", ElementId, "");
List <sysBpmsElement> Elements = elementService.GetList(SequenceFlows.Select(c => c.TargetElementID).ToArray(), ProcessId);
using (ProcessService processService = new ProcessService())
return new
{
SequenceFlows = SequenceFlows.Select(c => new
{
c.ID,
Elements.FirstOrDefault(d => d.ID == c.TargetElementID).Name,
}).ToList(),
AllowEdit = processService.GetInfo(ProcessId).AllowEdit(),
GatewayID = sysBpmsGateway.ID,
GetList = conditionService.GetList(sysBpmsGateway.ID, null, null).Select(c => new ConditionDTO(c)).ToList(),
};
}
}
}
}
}
public void Delete(Guid id)
{
sysBpmsGateway Gateway = this.Context.sysBpmsGateways.FirstOrDefault(d => d.ID == id);
if (Gateway != null)
{
this.Context.sysBpmsGateways.Remove(Gateway);
}
}
public ResultOperation Update(sysBpmsGateway Gateway)
{
ResultOperation resultOperation = new ResultOperation();
if (resultOperation.IsSuccess)
{
this.UnitOfWork.Repository <IGatewayRepository>().Update(Gateway);
this.UnitOfWork.Save();
}
return(resultOperation);
}
public void Update(sysBpmsGateway gateway)
{
//SequenceFlow is new and must be added alongside Gateway update.
//mostly in this situation gateway.DefaultSequenceFlowID is null.
if (gateway.SequenceFlow != null && gateway.SequenceFlow.ID != gateway.DefaultSequenceFlowID)
{
gateway.DefaultSequenceFlowID = gateway.SequenceFlow.ID;
this.Context.Entry(gateway).State = EntityState.Modified;
this.Context.Entry(gateway.SequenceFlow).State = EntityState.Added;
this.Context.Entry(gateway.SequenceFlow.Element).State = EntityState.Added;
}
else
{
this.Context.Entry(gateway).State = EntityState.Modified;
if (gateway.SequenceFlow != null)
{
this.Context.Entry(gateway.SequenceFlow).State = EntityState.Detached;
}
}
}
public (List <sysBpmsSequenceFlow> flowsList, bool result) CheckGateway(sysBpmsGateway gateway, sysBpmsSequenceFlow joinFromSequenceFlow, Guid?threadTaskID)
{
SequenceFlowService sequenceFlowService = new SequenceFlowService(this.UnitOfWork);
List <sysBpmsSequenceFlow> acceptedForkSequenceFlows = new List <sysBpmsSequenceFlow>();
ConditionService conditionService = new ConditionService(this.UnitOfWork);
switch ((sysBpmsGateway.e_TypeLU)gateway.TypeLU)
{
case sysBpmsGateway.e_TypeLU.ExclusiveGateWay:
{
List <sysBpmsCondition> listCondition = conditionService.GetList(gateway.ID, null, null);
foreach (sysBpmsCondition condition in listCondition)
{
if (new DynamicCodeEngine(base.EngineSharedModel, this.UnitOfWork).ExecuteBooleanCode(DesignCodeUtility.GetDesignCodeFromXml(condition.Code)))
{
acceptedForkSequenceFlows.Add(sequenceFlowService.GetInfo(condition.SequenceFlowID.Value));
break;
}
}
}
break;
case sysBpmsGateway.e_TypeLU.InclusiveGateWay:
{
List <sysBpmsThreadTask> listRunningThreadTask = new ThreadTaskService(base.UnitOfWork).GetListRunning(base.EngineSharedModel.CurrentThreadID.ToGuidObj());
if (!listRunningThreadTask.Any(c => c.ID != threadTaskID && gateway.TraceToStart.ToStringObj().Split(',').Contains(c.Task.ElementID)))
{
List <sysBpmsCondition> listCondition = conditionService.GetList(gateway.ID, null, null);
foreach (sysBpmsCondition condition in listCondition)
{
if (new DynamicCodeEngine(base.EngineSharedModel, this.UnitOfWork).ExecuteBooleanCode(DesignCodeUtility.GetDesignCodeFromXml(condition.Code)))
{
acceptedForkSequenceFlows.Add(sequenceFlowService.GetInfo(condition.SequenceFlowID.Value));
}
}
}
else
{
return(new List <sysBpmsSequenceFlow>(), true);
}
}
break;
case sysBpmsGateway.e_TypeLU.ParallelGateWay:
{
List <sysBpmsSequenceFlow> listJoinSequenceFlow = sequenceFlowService.GetList(base.EngineSharedModel.CurrentProcessID.Value, gateway.ElementID, "", "");
//if all sequence flow were executed, run condition code and clear gateway Status Xml List
if (listJoinSequenceFlow.Where(c => c.ID != joinFromSequenceFlow.ID).All(c => base.EngineSharedModel.CurrentThread.GatewayStatus.Any(d => d.GatewayID == gateway.ID && d.List.Any(f => f.SequenceFlowID == c.ID && f.Done))) || base.EngineSharedModel.CurrentThread == null)
{
acceptedForkSequenceFlows = sequenceFlowService.GetList(base.EngineSharedModel.CurrentProcessID.Value, "", gateway.ElementID, "");
new ThreadService(base.UnitOfWork).ClearGatewayStatusXml(base.EngineSharedModel.CurrentThread, gateway.ID);
}
else
{
//add this sequence flow path to executed path in Thread.GatewayStatusXml
new ThreadService(base.UnitOfWork).AddGatewayStatusXml(base.EngineSharedModel.CurrentThread, gateway.ID, joinFromSequenceFlow.ID);
return(new List <sysBpmsSequenceFlow>(), true);
}
}
break;
}
if (!acceptedForkSequenceFlows.Any() && gateway.DefaultSequenceFlowID.HasValue)
{
acceptedForkSequenceFlows.Add(sequenceFlowService.GetInfo(gateway.DefaultSequenceFlowID.Value));
}
return(acceptedForkSequenceFlows, acceptedForkSequenceFlows.Any());
}
public void Add(sysBpmsGateway gateway)
{
this.Context.sysBpmsGateways.Add(gateway);
}
public ResultOperation Update(Guid processID, WorkflowProcess _WorkflowProcess)
{
ResultOperation resultOperation = new ResultOperation();
List <sysBpmsGateway> listGateway = this.GetList(processID);
ElementService elementService = new ElementService(this.UnitOfWork);
List <Guid> listDeleted = new List <Guid>();
//Delete gateways that are not in diagram xml element.
foreach (sysBpmsGateway item in listGateway.Where(c =>
!_WorkflowProcess.ExclusiveGateways.Any(d => d.ID == c.ElementID) &&
!_WorkflowProcess.InclusiveGateways.Any(d => d.ID == c.ElementID) &&
!_WorkflowProcess.ParallelGateways.Any(d => d.ID == c.ElementID)))
{
resultOperation = this.Delete(item.ID);
listDeleted.Add(item.ID);
if (!resultOperation.IsSuccess)
{
return(resultOperation);
}
}
listGateway = listGateway.Where(c => !listDeleted.Contains(c.ID)).ToList();
//ExclusiveGateway
foreach (WorkflowExclusiveGateway item in _WorkflowProcess.ExclusiveGateways)
{
sysBpmsGateway gateway = listGateway.FirstOrDefault(c => c.ElementID == item.ID);
sysBpmsSequenceFlow newSequenceFlow = null;
//if SequenceFlow did not add before and item.Default is not empty add it
if (!string.IsNullOrWhiteSpace(item.Default))
{
sysBpmsSequenceFlow currentDefualt = new SequenceFlowService(this.UnitOfWork).GetInfo(item.Default, processID);
if (currentDefualt == null)
{
WorkflowSequenceFlow _WorkflowSequenceFlow = _WorkflowProcess.SequenceFlows.FirstOrDefault(c => c.ID == item.Default);
newSequenceFlow = new sysBpmsSequenceFlow()
{
TargetElementID = _WorkflowSequenceFlow.TargetRef,
SourceElementID = _WorkflowSequenceFlow.SourceRef,
Name = _WorkflowSequenceFlow.Name,
ElementID = _WorkflowSequenceFlow.ID,
Element = new sysBpmsElement()
{
ID = _WorkflowSequenceFlow.ID,
Name = _WorkflowSequenceFlow.Name,
ProcessID = processID,
TypeLU = (int)sysBpmsElement.e_TypeLU.Sequence,
},
ID = Guid.NewGuid(),
ProcessID = processID,
};
}
else if (gateway != null)
{
gateway.DefaultSequenceFlowID = currentDefualt.ID;
}
}
if (gateway != null)
{
if (newSequenceFlow != null)
{
gateway.SequenceFlow = newSequenceFlow;
}
gateway.TypeLU = (int)sysBpmsGateway.e_TypeLU.ExclusiveGateWay;
resultOperation = this.Update(gateway);
if (!resultOperation.IsSuccess)
{
return(resultOperation);
}
gateway.Element.Name = item.Name;
elementService.Update(gateway.Element);
}
else
{
gateway = new sysBpmsGateway()
{
ID = Guid.NewGuid(),
ElementID = item.ID,
ProcessID = processID,
SequenceFlow = newSequenceFlow,
TypeLU = (int)sysBpmsGateway.e_TypeLU.ExclusiveGateWay,
Element = new sysBpmsElement()
{
ID = item.ID,
Name = item.Name,
ProcessID = processID,
TypeLU = (int)sysBpmsElement.e_TypeLU.Gateway,
}
};
resultOperation = this.Add(gateway);
}
if (!resultOperation.IsSuccess)
{
return(resultOperation);
}
}
//InclusiveGateway
foreach (WorkflowInclusiveGateway item in _WorkflowProcess.InclusiveGateways)
{
sysBpmsGateway gateway = listGateway.FirstOrDefault(c => c.ElementID == item.ID);
sysBpmsSequenceFlow newSequenceFlow = null;
//if SequenceFlow did not add before and item.Default is not empty add it
if (!string.IsNullOrWhiteSpace(item.Default))
{
sysBpmsSequenceFlow currentDefualt = new SequenceFlowService(this.UnitOfWork).GetInfo(item.Default, processID);
if (currentDefualt == null)
{
WorkflowSequenceFlow _WorkflowSequenceFlow = _WorkflowProcess.SequenceFlows.FirstOrDefault(c => c.ID == item.Default);
newSequenceFlow = new sysBpmsSequenceFlow()
{
TargetElementID = _WorkflowSequenceFlow.TargetRef,
SourceElementID = _WorkflowSequenceFlow.SourceRef,
Name = _WorkflowSequenceFlow.Name,
ElementID = _WorkflowSequenceFlow.ID,
Element = new sysBpmsElement()
{
ID = _WorkflowSequenceFlow.ID,
Name = _WorkflowSequenceFlow.Name,
ProcessID = processID,
TypeLU = (int)sysBpmsElement.e_TypeLU.Sequence,
},
ID = Guid.NewGuid(),
ProcessID = processID,
};
}
else if (gateway != null)
{
gateway.DefaultSequenceFlowID = currentDefualt.ID;
}
}
if (gateway != null)
{
if (newSequenceFlow != null)
{
gateway.SequenceFlow = newSequenceFlow;
}
gateway.TypeLU = (int)sysBpmsGateway.e_TypeLU.InclusiveGateWay;
resultOperation = this.Update(gateway);
if (!resultOperation.IsSuccess)
{
return(resultOperation);
}
gateway.Element.Name = item.Name;
elementService.Update(gateway.Element);
}
else
{
gateway = new sysBpmsGateway()
{
ID = Guid.NewGuid(),
ElementID = item.ID,
ProcessID = processID,
SequenceFlow = newSequenceFlow,
TypeLU = (int)sysBpmsGateway.e_TypeLU.InclusiveGateWay,
Element = new sysBpmsElement()
{
ID = item.ID,
Name = item.Name,
ProcessID = processID,
TypeLU = (int)sysBpmsElement.e_TypeLU.Gateway,
}
};
resultOperation = this.Add(gateway);
}
if (!resultOperation.IsSuccess)
{
return(resultOperation);
}
}
//ParallelGateway
foreach (WorkflowParallelGateway item in _WorkflowProcess.ParallelGateways)
{
sysBpmsGateway gateway = listGateway.FirstOrDefault(c => c.ElementID == item.ID);
if (gateway != null)
{
gateway.TypeLU = (int)sysBpmsGateway.e_TypeLU.ParallelGateWay;
resultOperation = this.Update(gateway);
if (!resultOperation.IsSuccess)
{
return(resultOperation);
}
gateway.Element.Name = item.Name;
elementService.Update(gateway.Element);
}
else
{
gateway = new sysBpmsGateway()
{
ID = Guid.NewGuid(),
ElementID = item.ID,
ProcessID = processID,
TypeLU = (int)sysBpmsGateway.e_TypeLU.ParallelGateWay,
Element = new sysBpmsElement()
{
ID = item.ID,
Name = item.Name,
ProcessID = processID,
TypeLU = (int)sysBpmsElement.e_TypeLU.Gateway,
}
};
resultOperation = this.Add(gateway);
}
if (!resultOperation.IsSuccess)
{
return(resultOperation);
}
}
return(resultOperation);
}