public void TransferTo(ActivityUtilities.TreeProcessingList otherList)
{
otherList.singleItem = this.singleItem;
otherList.multipleItems = this.multipleItems;
otherList.addRequiresNewList = this.addRequiresNewList;
this.Reset();
}
public void AppendChildren(ActivityUtilities.TreeProcessingList nextInstanceList, ref Queue <IList <ActivityInstance> > instancesRemaining)
{
// This is only called if there is at least one item in the list.
if (base.SingleItem != null)
{
nextInstanceList.Add(base.SingleItem);
}
else if (nextInstanceList.Count == 0)
{
nextInstanceList.Set(base.MultipleItems);
}
else
{
// Next instance list already has some stuff and we have multiple items. Let's
// enqueue them for later processing.
if (instancesRemaining == null)
{
instancesRemaining = new Queue <IList <ActivityInstance> >();
}
instancesRemaining.Enqueue(base.MultipleItems);
}
}
public void AppendChildren(ActivityUtilities.TreeProcessingList nextInstanceList, ref Queue <IList <System.Activities.ActivityInstance> > instancesRemaining)
{
if (base.SingleItem != null)
{
nextInstanceList.Add(base.SingleItem);
}
else if (nextInstanceList.Count == 0)
{
nextInstanceList.Set(base.MultipleItems);
}
else
{
if (instancesRemaining == null)
{
instancesRemaining = new Queue <IList <System.Activities.ActivityInstance> >();
}
instancesRemaining.Enqueue(base.MultipleItems);
}
}
internal void AppendChildren(ActivityUtilities.TreeProcessingList nextInstanceList, ref Queue <IList <System.Activities.ActivityInstance> > instancesRemaining)
{
this.childList.AppendChildren(nextInstanceList, ref instancesRemaining);
}