protected DLink BaseSpecializedAdd()
{
DLink newNode = DLink.RemoveFront(ref pReserve);
if (newNode == null && growthSize > 0)
{
RefreshReserve();
newNode = DLink.RemoveFront(ref pReserve);
VirtualSpecializedAdd(ref pActive, newNode);
}
else if (newNode != null)
{
newNode.Wash();
VirtualSpecializedAdd(ref pActive, newNode);
}
else
{
Debug.Assert(false, "Cannot add new node because reserve is empty and growth size is " + growthSize);
}
mNumActive++;
mNumReserve--;
return(newNode);
}
public static void PurgeAll()
{
DelayedObjectManager pDelayMan = DelayedObjectManager.privGetInstance();
// remove all from list
while (pDelayMan.pHead != null)
{
DLink.RemoveFront(ref pDelayMan.pHead);
}
}
public override void Wash()
{
Debug.Assert(false);
while (poHeadChild != null)
{
DLink pNode = DLink.RemoveFront(ref poHeadChild);
pNode.Wash();
}
base.Wash();
}
protected void BasePurgeAllNodes()
{
DLink pNode;
while (this.pActive != null)
{
pNode = DLink.RemoveFront(ref pActive);
DLink.AddToFront(ref pReserve, pNode);
mNumActive--;
mNumReserve++;
}
Debug.Assert(pActive == null);
Debug.Assert(mNumActive == 0);
}
static public void Process()
{
DelayedObjectManager pDelayMan = DelayedObjectManager.privGetInstance();
Observer pObserver = (Observer)pDelayMan.pHead;
while (pObserver != null)
{
// Fire off remove method
pObserver.Execute();
pObserver = (Observer)pObserver.GetNext();
}
// remove all from list
while (pDelayMan.pHead != null)
{
DLink.RemoveFront(ref pDelayMan.pHead);
}
}
