protected virtual void ExecuteSynchronously()
{
mBehaviorExecutePattern = BehaviorExecutePattern.Synchronization;
Work();
}
/// <summary>
/// Starts the behavior with the specified synchronization pattern.
/// </summary>
/// <param name="synchronizationPattern">The synchronization pattern.</param>
public virtual void Start(BehaviorExecutePattern synchronizationPattern)
{
if (mIsWorkFinished)
return;
switch (synchronizationPattern)
{
case BehaviorExecutePattern.Synchronization:
ExecuteSynchronously();
break;
case BehaviorExecutePattern.Asynchronization:
ExecuteAsynchronously();
break;
}
}
protected virtual void ExecuteAsynchronously()
{
if (mAsynchronousWorkThread == null)
{
lock (mSyncRoot)
{
if (mAsynchronousWorkThread == null)
{
mAsynchronousWorkThread = new Thread(Work);
}
}
}
mBehaviorExecutePattern = BehaviorExecutePattern.Asynchronization;
mAsynchronousWorkThread.Start();
}
public override void Initialize()
{
mDummyEventArgs = new EventArgs();
mPlannedWorkPattern = BehaviorExecutePattern.Synchronization;
Status = BehaviorStatus.Closed;
mDependentBehaviors = new List<Behavior>();
//initialize the event state to allow thread to continue
mManualEvent = new ManualResetEvent(true);
mBehaviorEntities = new Dictionary<Component, BehaviorEntityType>();
mShouldPause = false;
mShouldAbort = false;
mIsWorkFinished=false;
mDisposed = false;
ProcessRate = 0;
mProgressChangedEventArgs = new ProgressChangedEventArgs(mProcessRate);
}
