/* Helper function to perform the operations necessary to reconstruct a
* HeapTuple from a list of tuple-chunks, and then update the Motion Layer
* state appropriately. This includes storing the tuple, cleaning out the
* tuple-chunk list, and recording statistics about the newly formed tuple.
*/
static inline void
reconstructTuple(MotionNodeEntry * pMNEntry, ChunkSorterEntry * pCSEntry)
{
HeapTuple htup;
/*
* Convert the list of chunks into a tuple, then stow it away. This frees
* our TCList as a side-effect
*/
htup = CvtChunksToHeapTup(&pCSEntry->chunk_list, &pMNEntry->ser_tup_info);
htfifo_addtuple(pCSEntry->ready_tuples, htup);
/* Stats */
statNewTupleArrived(pMNEntry, pCSEntry);
}
/* Helper function to perform the operations necessary to reconstruct a
* HeapTuple from a list of tuple-chunks, and then update the Motion Layer
* state appropriately. This includes storing the tuple, cleaning out the
* tuple-chunk list, and recording statistics about the newly formed tuple.
*/
static inline void
reconstructTuple(MotionNodeEntry *pMNEntry, ChunkSorterEntry *pCSEntry, TupleRemapper *remapper)
{
GenericTuple tup;
SerTupInfo *pSerInfo = &pMNEntry->ser_tup_info;
/*
* Convert the list of chunks into a tuple, then stow it away. This frees
* our TCList as a side-effect
*/
tup = CvtChunksToTup(&pCSEntry->chunk_list, pSerInfo, remapper);
if (!tup)
return;
tup = TRCheckAndRemap(remapper, pSerInfo->tupdesc, tup);
htfifo_addtuple(pCSEntry->ready_tuples, tup);
/* Stats */
statNewTupleArrived(pMNEntry, pCSEntry);
}
