public override void Rebuild()
{
lock (this)
{
_isValid = false;
try
{
_transitionPath.TargetID = TransitionTargetID;
_transitionPath.Initialize(this, true);
//if(!this.HasChildren)
//{
// return;
//}
if (TransitionTargetID == "")
{
HasProblem = true;
return;
}
if (this.HasChildren)
{
foreach (CompBase comp in this.ChildArray)
{
if (comp is SMSubCondBase)
{
(comp as SMSubCondBase).Rebuild();
}
}
}
_isValid = true;
}
catch (Exception ex)
{
HasProblem = true;
U.LogPopup(ex, String.Format("Stae Machine '{0}' Unable to create Transition", this.StateMachine.Name));
}
if (waitHandle == null)
{
waitHandle = new ManualResetEvent(false);
}
else
{
waitHandle.Reset();
}
}
}
public override SMPathOut Run()
{
lock (this)
{
if (HasChildren)
{
do
{
var waitDelay = Task.Delay(10);
if (TransTimeOut > 0 && !_stopWatch.IsRunning)
{
_stopWatch.Restart();
}
try
{
if (this.HasChildren)
{
ValidationResult = (this.ChildArray[0] as SMSubCondBase).Validate();
}
//For dry run
if (CompMachine.s_machine.IsDryRun && this.UseDryRunTrans && this.DryRunTransitionTargetID != "")
{
ValidationResult = true;
_dryRunPath.TargetID = this.DryRunTransitionTargetID;
_dryRunPath.Initialize(this, true);
return(_dryRunPath);
}
if (ValidationResult && _transitionPath.TargetID != "")
{
return(_transitionPath);
}
}
catch (Exception ex)
{
_stopWatch.Stop();
_timeoutHandle.Reset();
// We found at least one exception. Store it with the SMPathOutError
SMPathOutError pathError = this[typeof(SMPathOutError)] as SMPathOutError;
if (pathError != null)
{
pathError.Exceptions.Add(ex);
return(pathError);
}
}
//Validate Timeout
if (TransTimeOut > 0 && !ValidationResult && (_stopWatch.ElapsedMilliseconds > TransTimeOut))
{
SMPathOut stopPath = this[typeof(SMPathOutStop)];
//Display message in case no path error connected
if (stopPath == null || !stopPath.HasTargetID || !FlowTimeoutToStopPath)
{
string caption = TimeOutCaption;
if (caption == "")
{
caption = "Transition TimeOut";
}
string msg = TimeOutMessage;
if (msg == "")
{
msg = String.Format("Transition TimeOut [{0}] on state [{1}]", this.PathText, this.StateMachine);
}
_stopWatch.Stop();
_timeoutHandle.Reset();
DisplayAsynchMsg(msg, caption);
_timeoutHandle.WaitOne();
_timeoutHandle.Reset();
}
else
{
_stopWatch.Stop();
_timeoutHandle.Reset();
return(this[typeof(SMPathOutStop)]);
}
}
waitDelay.Wait();
} while (!ValidationResult && LoopTransition && !StateMachine.ReceivedStop);
_stopWatch.Stop();
_timeoutHandle.Reset();
}
//Always true if no any condition in child array
else
{
ValidationResult = true;
if (ValidationResult && _transitionPath.TargetID != "")
{
return(_transitionPath);
}
}
}
// Only one out
return(this[typeof(SMPathOut)]);
}
/// <summary>
/// Returns the path to take from here
/// </summary>
/// <returns></returns>
public override SMPathOut Run()
{
lock (this)
{
if (HasChildren || HasTransition)
{
if (NeedsRebuild)
{
//Rebuild();
}
if (HasMethod)
{
//For dry run
if (CompMachine.s_machine.IsDryRun && this.DryRunSkipActions)
{
// Do no action
}
else
{
//Run All Method
//validMethods.ForEach(c => c.RunAsync());
Parallel.ForEach(validMethods, method => method.RunAsync());
//// Wait until they all complete
WaitHandle.WaitAll(waitHandles);
}
}
// Look for any exceptions made by the methods
List <Exception> exceptions = new List <Exception>();
foreach (SMMethod method in validMethods)
{
if (method.methodResults.Exception != null)
{
exceptions.Add(method.methodResults.Exception);
}
}
//Parallel.ForEach(validMethods, method =>
//{
// if (method.methodResults.Exception != null)
// {
// exceptions.Add(method.methodResults.Exception);
// }
//});
if (exceptions.Count > 0)
{
// We found at least one exception. Store it with the SMPathOutError
SMPathOutError pathError = this[typeof(SMPathOutError)] as SMPathOutError;
if (pathError != null)
{
pathError.Exceptions = exceptions;
return(pathError);
}
}
if (HasTransition)
{
bool anyTransPassValidate = false;
do
{
var waitDelay = Task.Delay(10);
if (TransTimeOut > 0 && !_stopWatch.IsRunning)
{
_stopWatch.Restart();
}
//Run All Transition
validTransitions.ForEach(c => c.RunAsync());
//Parallel.ForEach(validTransitions, transition => transition.RunAsync());
//Wait until all transition run complete
WaitHandle.WaitAll(waitHandlesTransitions, 1000);
foreach (SMTransition transition in validTransitions)
{
anyTransPassValidate = anyTransPassValidate || transition.ValidationResult;
if (transition.TransitionResults.Exception != null)
{
exceptions.Add(transition.TransitionResults.Exception);
}
}
//Parallel.ForEach(validTransitions, transition =>
//{
// anyTransPassValidate = anyTransPassValidate || transition.ValidationResult;
// if (transition.TransitionResults.Exception != null)
// {
// exceptions.Add(transition.TransitionResults.Exception);
// }
//});
//For dry run
if (CompMachine.s_machine.IsDryRun && this.UseDryRunTrans && this.DryRunTransitionTargetID != "")
{
anyTransPassValidate = true;
}
if (exceptions.Count > 0)
{
// We found at least one exception. Store it with the SMPathOutError
SMPathOutError pathError = this[typeof(SMPathOutError)] as SMPathOutError;
if (pathError != null)
{
pathError.Exceptions = exceptions;
return(pathError);
}
}
//Validate Timeout
if (TransTimeOut > 0 && !anyTransPassValidate && (_stopWatch.ElapsedMilliseconds > TransTimeOut))
{
SMPathOut stopPath = this[typeof(SMPathOutStop)];
//Display message in case no path error connected
if (stopPath == null || !stopPath.HasTargetID || !FlowTimeoutToStopPath)
{
string caption = TimeOutCaption;
if (caption == "")
{
caption = "Transition TimeOut";
}
string msg = TimeOutMessage;
if (msg == "")
{
msg = String.Format("Transition TimeOut [{0}] on state [{1}]", this.PathText, this.StateMachine);
}
_stopWatch.Stop();
_timeoutHandle.Reset();
DisplayAsynchMsg(msg, caption);
_timeoutHandle.WaitOne();
_timeoutHandle.Reset();
}
else
{
_stopWatch.Stop();
_timeoutHandle.Reset();
return(this[typeof(SMPathOutStop)]);
}
}
waitDelay.Wait();
}while (!anyTransPassValidate && LoopTransitions && !StateMachine.ReceivedStop);
}
_stopWatch.Stop();
_timeoutHandle.Reset();
}
if (!StateMachine.ReceivedStop)
{
//For dry run
if (CompMachine.s_machine.IsDryRun && this.UseDryRunTrans && this.DryRunTransitionTargetID != "")
{
_dryRunPath.TargetID = this.DryRunTransitionTargetID;
_dryRunPath.Initialize(this, true);
return(_dryRunPath);
}
//Check First OK Transition Path Out
foreach (SMTransition transition in validTransitions)
{
if (transition.ValidationResult && transition.TransitionPath.TargetID != "")
{
return(transition.TransitionPath);
}
}
}
}
// Only one out
return(this[typeof(SMPathOut)]);
}
public void ChangeExit(SMPathOut pathOut, int x, int y)
{
int directionVal = 0;
eDir dirThis = this[pathOut];
switch (dirThis)
{
case eDir.Num:
return;
case eDir.Up:
directionVal = Math.Sign(x);
break;
case eDir.Down:
directionVal = -Math.Sign(x);
break;
case eDir.Right:
directionVal = Math.Sign(y);
break;
case eDir.Left:
directionVal = -Math.Sign(y);
break;
}
if (directionVal == 0)
{
return;
}
// Loop to find next or previous empty spot
eDir dirSwap = dirThis;
do
{
if (directionVal > 0)
{
dirSwap++;
if (dirSwap == eDir.Num)
{
dirSwap = eDir.Up;
}
}
else
{
if (dirSwap == eDir.Up)
{
dirSwap = eDir.Left;
}
else
{
dirSwap--;
}
}
if (this[dirSwap] is SMPathOutPlug)
{
// Got it
this[dirThis] = this[dirSwap];
this[dirSwap] = pathOut;
switch (dirSwap)
{
case eDir.Up:
pathOut.GridDistance = -Math.Abs(pathOut.GridDistance);
break;
case eDir.Down:
pathOut.GridDistance = Math.Abs(pathOut.GridDistance);
break;
case eDir.Right:
pathOut.GridDistance = Math.Abs(pathOut.GridDistance);
break;
case eDir.Left:
pathOut.GridDistance = -Math.Abs(pathOut.GridDistance);
break;
}
pathOut.Initialize(this, IsVertical(dirSwap));
return;
}
} while (dirSwap != dirThis);
}