internal PartitionedStream(int partitionCount, IComparer <TKey> keyComparer, System.Linq.Parallel.OrdinalIndexState indexState)
{
this.m_partitions = new QueryOperatorEnumerator <TElement, TKey> [partitionCount];
this.m_keyComparer = keyComparer;
this.m_indexState = indexState;
}
protected void SetOrdinalIndexState(System.Linq.Parallel.OrdinalIndexState indexState)
{
this.m_indexState = indexState;
}
private UnaryQueryOperator(QueryOperator <TInput> child, bool outputOrdered, QuerySettings settings) : base(outputOrdered, settings)
{
this.m_indexState = System.Linq.Parallel.OrdinalIndexState.Shuffled;
this.m_child = child;
}
internal BinaryQueryOperator(QueryOperator <TLeftInput> leftChild, QueryOperator <TRightInput> rightChild) : base(false, leftChild.SpecifiedQuerySettings.Merge(rightChild.SpecifiedQuerySettings))
{
this.m_indexState = System.Linq.Parallel.OrdinalIndexState.Shuffled;
this.m_leftChild = leftChild;
this.m_rightChild = rightChild;
}
public OrderingQueryOperator(QueryOperator <TSource> child, bool orderOn) : base(orderOn, child.SpecifiedQuerySettings)
{
this.m_child = child;
this.m_ordinalIndexState = this.m_child.OrdinalIndexState;
this.m_orderOn = orderOn;
}
internal QueryExecutionOption(QueryOperator <TSource> source, QuerySettings settings) : base(source.OutputOrdered, settings.Merge(source.SpecifiedQuerySettings))
{
this.m_child = source;
this.m_indexState = this.m_child.OrdinalIndexState;
}
