Package org.apache.flink.runtime.scheduler.adaptivebatch

Interface BlockingResultInfo

All Superinterfaces:

IntermediateResultInfo

All Known Implementing Classes:

AllToAllBlockingResultInfo, BlockingInputInfo, PointwiseBlockingResultInfo

public interface BlockingResultInfo
extends IntermediateResultInfo

The blocking result info, which will be used to calculate the vertex parallelism and input infos.

Method Summary

Modifier and Type	Method	Description
long	getNumBytesProduced()	Return the num of bytes produced(numBytesProduced) by the producer.
long	getNumBytesProduced(IndexRange partitionIndexRange, IndexRange subpartitionIndexRange)	Return the aggregated num of bytes according to the index range for partition and subpartition.
Map<Integer,long[]>	getSubpartitionBytesByPartitionIndex()	Gets subpartition bytes by partition index.
void	recordPartitionInfo(int partitionIndex, ResultPartitionBytes partitionBytes)	Record the information of the result partition.
void	resetPartitionInfo(int partitionIndex)	Reset the information of the result partition.

Methods inherited from interface org.apache.flink.runtime.executiongraph.IntermediateResultInfo

getNumPartitions, getNumSubpartitions, getResultId, isBroadcast, isPointwise, isSingleSubpartitionContainsAllData

Method Details

getNumBytesProduced

long getNumBytesProduced()

Return the num of bytes produced(numBytesProduced) by the producer.

The difference between numBytesProduced and numBytesOut : numBytesProduced represents the number of bytes actually produced, and numBytesOut represents the number of bytes sent to downstream tasks. In unicast scenarios, these two values should be equal. In broadcast scenarios, numBytesOut should be (N * numBytesProduced), where N refers to the number of subpartitions.

Returns:

the num of bytes produced by the producer

getNumBytesProduced

long getNumBytesProduced(IndexRange partitionIndexRange,
 IndexRange subpartitionIndexRange)

Return the aggregated num of bytes according to the index range for partition and subpartition.

Parameters:

partitionIndexRange - range of the index of the consumed partition.

subpartitionIndexRange - range of the index of the consumed subpartition.

Returns:

aggregated bytes according to the index ranges.

recordPartitionInfo

void recordPartitionInfo(int partitionIndex,
 ResultPartitionBytes partitionBytes)

Record the information of the result partition.

Parameters:

partitionIndex - the intermediate result partition index

partitionBytes - the ResultPartitionBytes of the partition

resetPartitionInfo

void resetPartitionInfo(int partitionIndex)

Reset the information of the result partition.

Parameters:

partitionIndex - the intermediate result partition index

getSubpartitionBytesByPartitionIndex

Map<Integer,long[]> getSubpartitionBytesByPartitionIndex()

Gets subpartition bytes by partition index.

Returns:

a map with integer keys representing partition indices and long array values representing subpartition bytes.