public void Dispose(IUnmanagedMemoryPool pool)
{
Keys.ClearManagedReferences(0, Count);
Values.ClearManagedReferences(0, Count);
pool.Return(ref Keys);
pool.Return(ref Values);
pool.Return(ref Table);
}
void InternalResize(int newSize, IUnmanagedMemoryPool pool)
{
var oldAvailableIds = availableIds;
pool.TakeAtLeast(newSize, out availableIds);
Debug.Assert(oldAvailableIds.Length != availableIds.Length, "Did you really mean to resize this? Nothing changed!");
oldAvailableIds.CopyTo(0, ref availableIds, 0, availableIdCount);
pool.Return(ref oldAvailableIds);
}
public void Return(int id, IUnmanagedMemoryPool pool)
{
Debug.Assert(availableIds.Allocated);
if (availableIdCount == availableIds.Length)
{
var oldAvailableIds = availableIds;
pool.TakeAtLeast(Math.Max(availableIdCount * 2, availableIds.Length), out availableIds);
oldAvailableIds.CopyTo(0, ref availableIds, 0, availableIdCount);
pool.Return(ref oldAvailableIds);
}
ReturnUnsafely(id);
}
public void Dispose(IUnmanagedMemoryPool pool)
{
pool.Return(ref Span);
pool.Return(ref Table);
}
public void Dispose(IUnmanagedMemoryPool pool)
{
pool.Return(ref Keys);
pool.Return(ref Values);
pool.Return(ref Table);
}
public void Dispose(IUnmanagedMemoryPool pool)
{
pool.Return(ref availableIds);
//This simplifies reuse and makes it harder to use invalid data.
this = default;
}
public void Dispose(IUnmanagedMemoryPool pool)
{
Span.ClearManagedReferences(0, Count);
pool.Return(ref Span);
pool.Return(ref Table);
}