internal void FreePrefetchedIDs(IIdSystem idSystem)
{
if (_prefetchedIDs == null)
{
return;
}
idSystem.ReturnUnusedIds(_prefetchedIDs);
_prefetchedIDs = null;
}
private void AssertFreeAndReallocate(IIdSystem idSystem, IList ids)
{
// Boundary condition: Last ID. Produced a bug when implementing.
if (!ids.Contains(MaxValidId))
{
ids.Add(MaxValidId);
}
Assert.IsGreater(0, ids.Count);
idSystem.ReturnUnusedIds(new _IVisitable_184(ids));
int freedCount = ids.Count;
for (int i = 0; i < freedCount; i++)
{
int newId = idSystem.NewId();
Assert.IsTrue(ids.Contains(newId));
ids.Remove((object)newId);
}
Assert.IsTrue(ids.Count == 0);
AssertNoMoreIdAvailable(idSystem);
}
private void AssertFreeAndReallocate(IIdSystem idSystem, IList ids)
{
// Boundary condition: Last ID. Produced a bug when implementing.
if (!ids.Contains(MaxValidId))
{
ids.Add(MaxValidId);
}
Assert.IsGreater(0, ids.Count);
idSystem.ReturnUnusedIds(new _IVisitable_184(ids));
int freedCount = ids.Count;
for (int i = 0; i < freedCount; i++)
{
int newId = idSystem.NewId();
Assert.IsTrue(ids.Contains(newId));
ids.Remove((object)newId);
}
Assert.IsTrue(ids.Count == 0);
AssertNoMoreIdAvailable(idSystem);
}
public virtual void ReturnUnusedIds(IVisitable visitable)
{
_delegate.ReturnUnusedIds(visitable);
}
internal void FreePrefetchedIDs(IIdSystem idSystem)
{
if (_prefetchedIDs == null)
{
return;
}
idSystem.ReturnUnusedIds(_prefetchedIDs);
_prefetchedIDs = null;
}
