Uses of Class
com.ocient.jdbc.proto.PlanProtocol.Operator.Builder

Packages that use PlanProtocol.Operator.Builder

Package	Description
com.ocient.jdbc.proto

Uses of PlanProtocol.Operator.Builder in com.ocient.jdbc.proto

Methods in com.ocient.jdbc.proto that return PlanProtocol.Operator.Builder

Modifier and Type	Method	Description
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllChildren(Iterable<? extends PlanProtocol.Operator> values)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllColCard(Iterable<? extends Long> values)	The estimated # of unique values for each col (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllColSizes(Iterable<? extends Integer> values)	the average size of each output column
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllErrorPartition(Iterable<? extends Integer> values)	errorPartition = UNIT_MAX => apply the error on all partitions
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllErrorTktLevel(Iterable<? extends Integer> values)	0 => tkt Leaf, >0 => tkt AUX, UINT_MAX => on all tkt levels
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllOutputColumns(Iterable<String> values)	The columns that come out of this operator
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllOutputIsNullable(Iterable<? extends Boolean> values)	Which output columns are nullable?
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllOutputTypes(Iterable<? extends PlanProtocol.SqlColType> values)	The types for each of those columns (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllOutputTypeStrings(Iterable<String> values)	The types for each of those columns as strings (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllOutputTypesValue(Iterable<Integer> values)	The types for each of those columns (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllPartitionCounts(Iterable<? extends Integer> values)	repeated uint32 partition_counts = 25;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllPartitioning(Iterable<? extends PlanProtocol.EquivalentPartitioning> values)	If there is a guarantee on how the data is partitioned (all rows with the same values in some cols or set of cols are guaranteed to be on the same node) when it leaves this operator, the indexes that define the partitioning are listed here
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllSortDirections(Iterable<? extends Boolean> values)	For all the indexes listed in sortOrder (if any), there is a corresponding entry in sortDirections Indicating whether data is sorted ascending (true) or descending (false) by that column
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllSortOrder(Iterable<? extends Integer> values)	If there is a guarantee that the data is sorted when it leaves this operator The indexes (based on outputColumns) are listed here to specify which columns dictate the sort order
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllStorageSpaceUuids(Iterable<String> values)	repeated string storage_space_uuids = 26;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addAllTestoomflags(Iterable<? extends Long> values)	Vector of OOM flags for testing
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addChildren(int index, PlanProtocol.Operator value)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addChildren(int index, PlanProtocol.Operator.Builder builderForValue)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addChildren(PlanProtocol.Operator value)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addChildren(PlanProtocol.Operator.Builder builderForValue)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addChildrenBuilder()	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addChildrenBuilder(int index)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addColCard(long value)	The estimated # of unique values for each col (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addColSizes(int value)	the average size of each output column
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addErrorPartition(int value)	errorPartition = UNIT_MAX => apply the error on all partitions
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addErrorTktLevel(int value)	0 => tkt Leaf, >0 => tkt AUX, UINT_MAX => on all tkt levels
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addOutputColumns(String value)	The columns that come out of this operator
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addOutputColumnsBytes(com.google.protobuf.ByteString value)	The columns that come out of this operator
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addOutputIsNullable(boolean value)	Which output columns are nullable?
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addOutputTypes(PlanProtocol.SqlColType value)	The types for each of those columns (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addOutputTypeStrings(String value)	The types for each of those columns as strings (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addOutputTypeStringsBytes(com.google.protobuf.ByteString value)	The types for each of those columns as strings (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addOutputTypesValue(int value)	The types for each of those columns (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addPartitionCounts(int value)	repeated uint32 partition_counts = 25;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addPartitioning(int index, PlanProtocol.EquivalentPartitioning value)	If there is a guarantee on how the data is partitioned (all rows with the same values in some cols or set of cols are guaranteed to be on the same node) when it leaves this operator, the indexes that define the partitioning are listed here
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addPartitioning(int index, PlanProtocol.EquivalentPartitioning.Builder builderForValue)	If there is a guarantee on how the data is partitioned (all rows with the same values in some cols or set of cols are guaranteed to be on the same node) when it leaves this operator, the indexes that define the partitioning are listed here
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addPartitioning(PlanProtocol.EquivalentPartitioning value)	If there is a guarantee on how the data is partitioned (all rows with the same values in some cols or set of cols are guaranteed to be on the same node) when it leaves this operator, the indexes that define the partitioning are listed here
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addPartitioning(PlanProtocol.EquivalentPartitioning.Builder builderForValue)	If there is a guarantee on how the data is partitioned (all rows with the same values in some cols or set of cols are guaranteed to be on the same node) when it leaves this operator, the indexes that define the partitioning are listed here
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addRepeatedField(com.google.protobuf.Descriptors.FieldDescriptor field, Object value)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addSortDirections(boolean value)	For all the indexes listed in sortOrder (if any), there is a corresponding entry in sortDirections Indicating whether data is sorted ascending (true) or descending (false) by that column
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addSortOrder(int value)	If there is a guarantee that the data is sorted when it leaves this operator The indexes (based on outputColumns) are listed here to specify which columns dictate the sort order
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addStorageSpaceUuids(String value)	repeated string storage_space_uuids = 26;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addStorageSpaceUuidsBytes(com.google.protobuf.ByteString value)	repeated string storage_space_uuids = 26;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addTestoomflags(long value)	Vector of OOM flags for testing
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clear()
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearAggregationOperator()	.xg.db.sqlPlans.AggregationOperator aggregation_operator = 32;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearAvgColSizeVirtualOperator()	.xg.db.sqlPlans.AvgColSizeVirtualOperator avg_col_size_virtual_operator = 79;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearBranchIndex()	uint32 branch_index = 23;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearBroadcastOperator()	.xg.db.sqlPlans.BroadcastOperator broadcast_operator = 64;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearChildIndex()	these are calculated by level-1(sql-node) vm compilation process
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearChildren()	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearColCard()	The estimated # of unique values for each col (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearColCardVirtualOperator()	.xg.db.sqlPlans.ColCardVirtualOperator col_card_virtual_operator = 78;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearColDistVirtualOperator()	.xg.db.sqlPlans.ColDistVirtualOperator col_dist_virtual_operator = 80;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearColSizes()	the average size of each output column
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearColumnEmitterOperator()	.xg.db.sqlPlans.ColumnEmitterOperator column_emitter_operator = 54;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearCost()	The cost for this operator as determined by the optimizer
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearDistanceFromLeaf()	uint64 distance_from_leaf = 21;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearEosOperator()	.xg.db.sqlPlans.EosOperator eos_operator = 61;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearErrorOperator()	.xg.db.sqlPlans.ErrorOperator error_operator = 66;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearErrorPartition()	errorPartition = UNIT_MAX => apply the error on all partitions
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearErrorTktLevel()	0 => tkt Leaf, >0 => tkt AUX, UINT_MAX => on all tkt levels
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearErrorType()	.xg.db.sqlPlans.Operator.ErrorType errorType = 16;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearExceptOperator()	.xg.db.sqlPlans.ExceptOperator except_operator = 57;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearExtendOperator()	.xg.db.sqlPlans.ExtendOperator extend_operator = 33;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearExternal()	If true, the operator should run externally
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearField(com.google.protobuf.Descriptors.FieldDescriptor field)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearGatherOperator()	.xg.db.sqlPlans.GatherOperator gather_operator = 34;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearGdcLookupOperator()	.xg.db.sqlPlans.GdcLookupOperator gdc_lookup_operator = 73;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearGenerateOperator()	.xg.db.sqlPlans.GenerateOperator generate_operator = 50;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearHashJoinOperator()	.xg.db.sqlPlans.HashJoinOperator hash_join_operator = 60;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearId()	The id of the operator (used for referencing to a previously defined operator) If type is REFERENCE, then this is the id of the operator being referenced This is a uuid
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearIncrementingBigintOperator()	.xg.db.sqlPlans.IncrementingBigIntOperator incrementing_bigint_operator = 71;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearIncrementingIntOperator()	.xg.db.sqlPlans.IncrementingIntOperator incrementing_int_operator = 49;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearIndexAggOperator()	.xg.db.sqlPlans.IndexAggOperator index_agg_operator = 67;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearIndexCountStarOperator()	.xg.db.sqlPlans.IndexCountStarOperator index_count_star_operator = 72;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearIndexDistinctOperator()	.xg.db.sqlPlans.IndexDistinctOperator index_distinct_operator = 69;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearIndexOperator()	.xg.db.sqlPlans.IndexOperator index_operator = 35;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearIntersectOperator()	.xg.db.sqlPlans.IntersectOperator intersect_operator = 56;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearLimitOperator()	.xg.db.sqlPlans.LimitOperator limit_operator = 36;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearMakeVectorOperator()	.xg.db.sqlPlans.MakeVectorOperator make_vector_operator = 45;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearMatrixExtendOperator()	.xg.db.sqlPlans.MatrixExtendOperator matrix_extend_operator = 47;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearMemoryUsage()	The estimated number of bytes of memory needed by this operator (may be zero)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearModifySchemaOperator()	.xg.db.sqlPlans.ModifySchemaOperator modify_schema_operator = 75;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearNumDistinctParents()	uint32 numDistinctParents = 20;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearNumParents()	uint32 numParents = 14;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearOffsetOperator()	.xg.db.sqlPlans.OffsetOperator offset_operator = 37;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearOneof(com.google.protobuf.Descriptors.OneofDescriptor oneof)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearOrderedAggOperator()	.xg.db.sqlPlans.OrderedAggOperator ordered_agg_operator = 68;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearOrderedDistinctOperator()	.xg.db.sqlPlans.OrderedDistinctOperator ordered_distinct_operator = 70;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearOrderedGatherOperator()	.xg.db.sqlPlans.OrderedGatherOperator ordered_gather_operator = 38;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearOutputCardinality()	The estimated number of rows produced by this operator
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearOutputColumns()	The columns that come out of this operator
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearOutputIsNullable()	Which output columns are nullable?
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearOutputTypes()	The types for each of those columns (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearOutputTypeStrings()	The types for each of those columns as strings (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearPartitionCounts()	repeated uint32 partition_counts = 25;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearPartitionIndex()	uint32 partition_index = 24;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearPartitioning()	If there is a guarantee on how the data is partitioned (all rows with the same values in some cols or set of cols are guaranteed to be on the same node) when it leaves this operator, the indexes that define the partitioning are listed here
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearProductOperator()	.xg.db.sqlPlans.ProductOperator product_operator = 59;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearProjectOutOperator()	.xg.db.sqlPlans.ProjectOutOperator project_out_operator = 39;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearQueriesVirtualOperator()	.xg.db.sqlPlans.QueriesVirtualOperator queries_virtual_operator = 52;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearRandomIntOperator()	.xg.db.sqlPlans.RandomIntOperator random_int_operator = 53;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearReferenceOperator()	.xg.db.sqlPlans.ReferenceOperator reference_operator = 74;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearRenameOperator()	.xg.db.sqlPlans.RenameOperator rename_operator = 40;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearReorderOperator()	.xg.db.sqlPlans.ReorderOperator reorder_operator = 41;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearRequestOneof()
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearRootOperator()	.xg.db.sqlPlans.RootOperator root_operator = 44;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearSelectOperator()	.xg.db.sqlPlans.SelectOperator select_operator = 42;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearShuffleOperator()	.xg.db.sqlPlans.ShuffleOperator shuffle_operator = 63;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearSortDirections()	For all the indexes listed in sortOrder (if any), there is a corresponding entry in sortDirections Indicating whether data is sorted ascending (true) or descending (false) by that column
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearSortOperator()	.xg.db.sqlPlans.SortOperator sort_operator = 43;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearSortOrder()	If there is a guarantee that the data is sorted when it leaves this operator The indexes (based on outputColumns) are listed here to specify which columns dictate the sort order
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearStorageSpaceUuids()	repeated string storage_space_uuids = 26;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearSuperSelectOperator()	.xg.db.sqlPlans.SuperSelectOperator super_select_operator = 51;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearSwitchOperator()	.xg.db.sqlPlans.SwitchOperator switch_operator = 58;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearSystemConfigurationVirtualOperator()	.xg.db.sqlPlans.SystemConfigurationVirtualOperator system_configuration_virtual_operator = 76;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearTableCardVirtualOperator()	.xg.db.sqlPlans.TableCardVirtualOperator table_card_virtual_operator = 77;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearTableScanOperator()	.xg.db.sqlPlans.TableScanOperator table_scan_operator = 48;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearTeeOperator()	.xg.db.sqlPlans.TeeOperator tee_operator = 62;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearTestoomflags()	Vector of OOM flags for testing
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearType()	.xg.db.sqlPlans.Operator.OperatorType type = 1;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearUnionOperator()	.xg.db.sqlPlans.UnionOperator union_operator = 55;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearUnmakeVectorOperator()	.xg.db.sqlPlans.UnmakeVectorOperator unmake_vector_operator = 46;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearUpstreamPartitionSensitive()	value 28 is used up above under outputTypeStrings
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clearWindowOperator()	.xg.db.sqlPlans.WindowOperator window_operator = 65;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.clone()
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.getChildrenBuilder(int index)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.PlanMessage.Builder.getRootNodeBuilder()	The root operator - this is the last operator In other words, the data that comes out of here is what is returned to the caller
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeAggregationOperator(PlanProtocol.AggregationOperator value)	.xg.db.sqlPlans.AggregationOperator aggregation_operator = 32;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeAvgColSizeVirtualOperator(PlanProtocol.AvgColSizeVirtualOperator value)	.xg.db.sqlPlans.AvgColSizeVirtualOperator avg_col_size_virtual_operator = 79;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeBroadcastOperator(PlanProtocol.BroadcastOperator value)	.xg.db.sqlPlans.BroadcastOperator broadcast_operator = 64;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeColCardVirtualOperator(PlanProtocol.ColCardVirtualOperator value)	.xg.db.sqlPlans.ColCardVirtualOperator col_card_virtual_operator = 78;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeColDistVirtualOperator(PlanProtocol.ColDistVirtualOperator value)	.xg.db.sqlPlans.ColDistVirtualOperator col_dist_virtual_operator = 80;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeColumnEmitterOperator(PlanProtocol.ColumnEmitterOperator value)	.xg.db.sqlPlans.ColumnEmitterOperator column_emitter_operator = 54;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeEosOperator(PlanProtocol.EosOperator value)	.xg.db.sqlPlans.EosOperator eos_operator = 61;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeErrorOperator(PlanProtocol.ErrorOperator value)	.xg.db.sqlPlans.ErrorOperator error_operator = 66;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeExceptOperator(PlanProtocol.ExceptOperator value)	.xg.db.sqlPlans.ExceptOperator except_operator = 57;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeExtendOperator(PlanProtocol.ExtendOperator value)	.xg.db.sqlPlans.ExtendOperator extend_operator = 33;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeFrom(com.google.protobuf.CodedInputStream input, com.google.protobuf.ExtensionRegistryLite extensionRegistry)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeFrom(com.google.protobuf.Message other)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeFrom(PlanProtocol.Operator other)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeGatherOperator(PlanProtocol.GatherOperator value)	.xg.db.sqlPlans.GatherOperator gather_operator = 34;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeGdcLookupOperator(PlanProtocol.GdcLookupOperator value)	.xg.db.sqlPlans.GdcLookupOperator gdc_lookup_operator = 73;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeGenerateOperator(PlanProtocol.GenerateOperator value)	.xg.db.sqlPlans.GenerateOperator generate_operator = 50;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeHashJoinOperator(PlanProtocol.HashJoinOperator value)	.xg.db.sqlPlans.HashJoinOperator hash_join_operator = 60;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeIncrementingBigintOperator(PlanProtocol.IncrementingBigIntOperator value)	.xg.db.sqlPlans.IncrementingBigIntOperator incrementing_bigint_operator = 71;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeIncrementingIntOperator(PlanProtocol.IncrementingIntOperator value)	.xg.db.sqlPlans.IncrementingIntOperator incrementing_int_operator = 49;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeIndexAggOperator(PlanProtocol.IndexAggOperator value)	.xg.db.sqlPlans.IndexAggOperator index_agg_operator = 67;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeIndexCountStarOperator(PlanProtocol.IndexCountStarOperator value)	.xg.db.sqlPlans.IndexCountStarOperator index_count_star_operator = 72;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeIndexDistinctOperator(PlanProtocol.IndexDistinctOperator value)	.xg.db.sqlPlans.IndexDistinctOperator index_distinct_operator = 69;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeIndexOperator(PlanProtocol.IndexOperator value)	.xg.db.sqlPlans.IndexOperator index_operator = 35;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeIntersectOperator(PlanProtocol.IntersectOperator value)	.xg.db.sqlPlans.IntersectOperator intersect_operator = 56;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeLimitOperator(PlanProtocol.LimitOperator value)	.xg.db.sqlPlans.LimitOperator limit_operator = 36;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeMakeVectorOperator(PlanProtocol.MakeVectorOperator value)	.xg.db.sqlPlans.MakeVectorOperator make_vector_operator = 45;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeMatrixExtendOperator(PlanProtocol.MatrixExtendOperator value)	.xg.db.sqlPlans.MatrixExtendOperator matrix_extend_operator = 47;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeModifySchemaOperator(PlanProtocol.ModifySchemaOperator value)	.xg.db.sqlPlans.ModifySchemaOperator modify_schema_operator = 75;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeOffsetOperator(PlanProtocol.OffsetOperator value)	.xg.db.sqlPlans.OffsetOperator offset_operator = 37;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeOrderedAggOperator(PlanProtocol.OrderedAggOperator value)	.xg.db.sqlPlans.OrderedAggOperator ordered_agg_operator = 68;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeOrderedDistinctOperator(PlanProtocol.OrderedDistinctOperator value)	.xg.db.sqlPlans.OrderedDistinctOperator ordered_distinct_operator = 70;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeOrderedGatherOperator(PlanProtocol.OrderedGatherOperator value)	.xg.db.sqlPlans.OrderedGatherOperator ordered_gather_operator = 38;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeProductOperator(PlanProtocol.ProductOperator value)	.xg.db.sqlPlans.ProductOperator product_operator = 59;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeProjectOutOperator(PlanProtocol.ProjectOutOperator value)	.xg.db.sqlPlans.ProjectOutOperator project_out_operator = 39;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeQueriesVirtualOperator(PlanProtocol.QueriesVirtualOperator value)	.xg.db.sqlPlans.QueriesVirtualOperator queries_virtual_operator = 52;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeRandomIntOperator(PlanProtocol.RandomIntOperator value)	.xg.db.sqlPlans.RandomIntOperator random_int_operator = 53;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeReferenceOperator(PlanProtocol.ReferenceOperator value)	.xg.db.sqlPlans.ReferenceOperator reference_operator = 74;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeRenameOperator(PlanProtocol.RenameOperator value)	.xg.db.sqlPlans.RenameOperator rename_operator = 40;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeReorderOperator(PlanProtocol.ReorderOperator value)	.xg.db.sqlPlans.ReorderOperator reorder_operator = 41;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeRootOperator(PlanProtocol.RootOperator value)	.xg.db.sqlPlans.RootOperator root_operator = 44;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeSelectOperator(PlanProtocol.SelectOperator value)	.xg.db.sqlPlans.SelectOperator select_operator = 42;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeShuffleOperator(PlanProtocol.ShuffleOperator value)	.xg.db.sqlPlans.ShuffleOperator shuffle_operator = 63;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeSortOperator(PlanProtocol.SortOperator value)	.xg.db.sqlPlans.SortOperator sort_operator = 43;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeSuperSelectOperator(PlanProtocol.SuperSelectOperator value)	.xg.db.sqlPlans.SuperSelectOperator super_select_operator = 51;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeSwitchOperator(PlanProtocol.SwitchOperator value)	.xg.db.sqlPlans.SwitchOperator switch_operator = 58;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeSystemConfigurationVirtualOperator(PlanProtocol.SystemConfigurationVirtualOperator value)	.xg.db.sqlPlans.SystemConfigurationVirtualOperator system_configuration_virtual_operator = 76;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeTableCardVirtualOperator(PlanProtocol.TableCardVirtualOperator value)	.xg.db.sqlPlans.TableCardVirtualOperator table_card_virtual_operator = 77;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeTableScanOperator(PlanProtocol.TableScanOperator value)	.xg.db.sqlPlans.TableScanOperator table_scan_operator = 48;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeTeeOperator(PlanProtocol.TeeOperator value)	.xg.db.sqlPlans.TeeOperator tee_operator = 62;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeUnionOperator(PlanProtocol.UnionOperator value)	.xg.db.sqlPlans.UnionOperator union_operator = 55;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeUnknownFields(com.google.protobuf.UnknownFieldSet unknownFields)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeUnmakeVectorOperator(PlanProtocol.UnmakeVectorOperator value)	.xg.db.sqlPlans.UnmakeVectorOperator unmake_vector_operator = 46;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.mergeWindowOperator(PlanProtocol.WindowOperator value)	.xg.db.sqlPlans.WindowOperator window_operator = 65;
static PlanProtocol.Operator.Builder	PlanProtocol.Operator.newBuilder()
static PlanProtocol.Operator.Builder	PlanProtocol.Operator.newBuilder(PlanProtocol.Operator prototype)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.newBuilderForType()
protected PlanProtocol.Operator.Builder	PlanProtocol.Operator.newBuilderForType(com.google.protobuf.GeneratedMessageV3.BuilderParent parent)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.removeChildren(int index)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.removePartitioning(int index)	If there is a guarantee on how the data is partitioned (all rows with the same values in some cols or set of cols are guaranteed to be on the same node) when it leaves this operator, the indexes that define the partitioning are listed here
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setAggregationOperator(PlanProtocol.AggregationOperator value)	.xg.db.sqlPlans.AggregationOperator aggregation_operator = 32;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setAggregationOperator(PlanProtocol.AggregationOperator.Builder builderForValue)	.xg.db.sqlPlans.AggregationOperator aggregation_operator = 32;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setAvgColSizeVirtualOperator(PlanProtocol.AvgColSizeVirtualOperator value)	.xg.db.sqlPlans.AvgColSizeVirtualOperator avg_col_size_virtual_operator = 79;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setAvgColSizeVirtualOperator(PlanProtocol.AvgColSizeVirtualOperator.Builder builderForValue)	.xg.db.sqlPlans.AvgColSizeVirtualOperator avg_col_size_virtual_operator = 79;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setBranchIndex(int value)	uint32 branch_index = 23;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setBroadcastOperator(PlanProtocol.BroadcastOperator value)	.xg.db.sqlPlans.BroadcastOperator broadcast_operator = 64;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setBroadcastOperator(PlanProtocol.BroadcastOperator.Builder builderForValue)	.xg.db.sqlPlans.BroadcastOperator broadcast_operator = 64;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setChildIndex(int value)	these are calculated by level-1(sql-node) vm compilation process
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setChildren(int index, PlanProtocol.Operator value)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setChildren(int index, PlanProtocol.Operator.Builder builderForValue)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setColCard(int index, long value)	The estimated # of unique values for each col (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setColCardVirtualOperator(PlanProtocol.ColCardVirtualOperator value)	.xg.db.sqlPlans.ColCardVirtualOperator col_card_virtual_operator = 78;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setColCardVirtualOperator(PlanProtocol.ColCardVirtualOperator.Builder builderForValue)	.xg.db.sqlPlans.ColCardVirtualOperator col_card_virtual_operator = 78;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setColDistVirtualOperator(PlanProtocol.ColDistVirtualOperator value)	.xg.db.sqlPlans.ColDistVirtualOperator col_dist_virtual_operator = 80;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setColDistVirtualOperator(PlanProtocol.ColDistVirtualOperator.Builder builderForValue)	.xg.db.sqlPlans.ColDistVirtualOperator col_dist_virtual_operator = 80;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setColSizes(int index, int value)	the average size of each output column
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setColumnEmitterOperator(PlanProtocol.ColumnEmitterOperator value)	.xg.db.sqlPlans.ColumnEmitterOperator column_emitter_operator = 54;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setColumnEmitterOperator(PlanProtocol.ColumnEmitterOperator.Builder builderForValue)	.xg.db.sqlPlans.ColumnEmitterOperator column_emitter_operator = 54;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setCost(double value)	The cost for this operator as determined by the optimizer
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setDistanceFromLeaf(long value)	uint64 distance_from_leaf = 21;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setEosOperator(PlanProtocol.EosOperator value)	.xg.db.sqlPlans.EosOperator eos_operator = 61;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setEosOperator(PlanProtocol.EosOperator.Builder builderForValue)	.xg.db.sqlPlans.EosOperator eos_operator = 61;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setErrorOperator(PlanProtocol.ErrorOperator value)	.xg.db.sqlPlans.ErrorOperator error_operator = 66;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setErrorOperator(PlanProtocol.ErrorOperator.Builder builderForValue)	.xg.db.sqlPlans.ErrorOperator error_operator = 66;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setErrorPartition(int index, int value)	errorPartition = UNIT_MAX => apply the error on all partitions
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setErrorTktLevel(int index, int value)	0 => tkt Leaf, >0 => tkt AUX, UINT_MAX => on all tkt levels
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setErrorType(PlanProtocol.Operator.ErrorType value)	.xg.db.sqlPlans.Operator.ErrorType errorType = 16;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setErrorTypeValue(int value)	.xg.db.sqlPlans.Operator.ErrorType errorType = 16;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setExceptOperator(PlanProtocol.ExceptOperator value)	.xg.db.sqlPlans.ExceptOperator except_operator = 57;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setExceptOperator(PlanProtocol.ExceptOperator.Builder builderForValue)	.xg.db.sqlPlans.ExceptOperator except_operator = 57;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setExtendOperator(PlanProtocol.ExtendOperator value)	.xg.db.sqlPlans.ExtendOperator extend_operator = 33;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setExtendOperator(PlanProtocol.ExtendOperator.Builder builderForValue)	.xg.db.sqlPlans.ExtendOperator extend_operator = 33;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setExternal(boolean value)	If true, the operator should run externally
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setField(com.google.protobuf.Descriptors.FieldDescriptor field, Object value)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setGatherOperator(PlanProtocol.GatherOperator value)	.xg.db.sqlPlans.GatherOperator gather_operator = 34;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setGatherOperator(PlanProtocol.GatherOperator.Builder builderForValue)	.xg.db.sqlPlans.GatherOperator gather_operator = 34;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setGdcLookupOperator(PlanProtocol.GdcLookupOperator value)	.xg.db.sqlPlans.GdcLookupOperator gdc_lookup_operator = 73;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setGdcLookupOperator(PlanProtocol.GdcLookupOperator.Builder builderForValue)	.xg.db.sqlPlans.GdcLookupOperator gdc_lookup_operator = 73;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setGenerateOperator(PlanProtocol.GenerateOperator value)	.xg.db.sqlPlans.GenerateOperator generate_operator = 50;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setGenerateOperator(PlanProtocol.GenerateOperator.Builder builderForValue)	.xg.db.sqlPlans.GenerateOperator generate_operator = 50;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setHashJoinOperator(PlanProtocol.HashJoinOperator value)	.xg.db.sqlPlans.HashJoinOperator hash_join_operator = 60;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setHashJoinOperator(PlanProtocol.HashJoinOperator.Builder builderForValue)	.xg.db.sqlPlans.HashJoinOperator hash_join_operator = 60;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setId(String value)	The id of the operator (used for referencing to a previously defined operator) If type is REFERENCE, then this is the id of the operator being referenced This is a uuid
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIdBytes(com.google.protobuf.ByteString value)	The id of the operator (used for referencing to a previously defined operator) If type is REFERENCE, then this is the id of the operator being referenced This is a uuid
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIncrementingBigintOperator(PlanProtocol.IncrementingBigIntOperator value)	.xg.db.sqlPlans.IncrementingBigIntOperator incrementing_bigint_operator = 71;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIncrementingBigintOperator(PlanProtocol.IncrementingBigIntOperator.Builder builderForValue)	.xg.db.sqlPlans.IncrementingBigIntOperator incrementing_bigint_operator = 71;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIncrementingIntOperator(PlanProtocol.IncrementingIntOperator value)	.xg.db.sqlPlans.IncrementingIntOperator incrementing_int_operator = 49;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIncrementingIntOperator(PlanProtocol.IncrementingIntOperator.Builder builderForValue)	.xg.db.sqlPlans.IncrementingIntOperator incrementing_int_operator = 49;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIndexAggOperator(PlanProtocol.IndexAggOperator value)	.xg.db.sqlPlans.IndexAggOperator index_agg_operator = 67;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIndexAggOperator(PlanProtocol.IndexAggOperator.Builder builderForValue)	.xg.db.sqlPlans.IndexAggOperator index_agg_operator = 67;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIndexCountStarOperator(PlanProtocol.IndexCountStarOperator value)	.xg.db.sqlPlans.IndexCountStarOperator index_count_star_operator = 72;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIndexCountStarOperator(PlanProtocol.IndexCountStarOperator.Builder builderForValue)	.xg.db.sqlPlans.IndexCountStarOperator index_count_star_operator = 72;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIndexDistinctOperator(PlanProtocol.IndexDistinctOperator value)	.xg.db.sqlPlans.IndexDistinctOperator index_distinct_operator = 69;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIndexDistinctOperator(PlanProtocol.IndexDistinctOperator.Builder builderForValue)	.xg.db.sqlPlans.IndexDistinctOperator index_distinct_operator = 69;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIndexOperator(PlanProtocol.IndexOperator value)	.xg.db.sqlPlans.IndexOperator index_operator = 35;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIndexOperator(PlanProtocol.IndexOperator.Builder builderForValue)	.xg.db.sqlPlans.IndexOperator index_operator = 35;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIntersectOperator(PlanProtocol.IntersectOperator value)	.xg.db.sqlPlans.IntersectOperator intersect_operator = 56;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setIntersectOperator(PlanProtocol.IntersectOperator.Builder builderForValue)	.xg.db.sqlPlans.IntersectOperator intersect_operator = 56;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setLimitOperator(PlanProtocol.LimitOperator value)	.xg.db.sqlPlans.LimitOperator limit_operator = 36;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setLimitOperator(PlanProtocol.LimitOperator.Builder builderForValue)	.xg.db.sqlPlans.LimitOperator limit_operator = 36;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setMakeVectorOperator(PlanProtocol.MakeVectorOperator value)	.xg.db.sqlPlans.MakeVectorOperator make_vector_operator = 45;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setMakeVectorOperator(PlanProtocol.MakeVectorOperator.Builder builderForValue)	.xg.db.sqlPlans.MakeVectorOperator make_vector_operator = 45;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setMatrixExtendOperator(PlanProtocol.MatrixExtendOperator value)	.xg.db.sqlPlans.MatrixExtendOperator matrix_extend_operator = 47;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setMatrixExtendOperator(PlanProtocol.MatrixExtendOperator.Builder builderForValue)	.xg.db.sqlPlans.MatrixExtendOperator matrix_extend_operator = 47;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setMemoryUsage(long value)	The estimated number of bytes of memory needed by this operator (may be zero)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setModifySchemaOperator(PlanProtocol.ModifySchemaOperator value)	.xg.db.sqlPlans.ModifySchemaOperator modify_schema_operator = 75;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setModifySchemaOperator(PlanProtocol.ModifySchemaOperator.Builder builderForValue)	.xg.db.sqlPlans.ModifySchemaOperator modify_schema_operator = 75;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setNumDistinctParents(int value)	uint32 numDistinctParents = 20;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setNumParents(int value)	uint32 numParents = 14;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOffsetOperator(PlanProtocol.OffsetOperator value)	.xg.db.sqlPlans.OffsetOperator offset_operator = 37;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOffsetOperator(PlanProtocol.OffsetOperator.Builder builderForValue)	.xg.db.sqlPlans.OffsetOperator offset_operator = 37;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOrderedAggOperator(PlanProtocol.OrderedAggOperator value)	.xg.db.sqlPlans.OrderedAggOperator ordered_agg_operator = 68;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOrderedAggOperator(PlanProtocol.OrderedAggOperator.Builder builderForValue)	.xg.db.sqlPlans.OrderedAggOperator ordered_agg_operator = 68;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOrderedDistinctOperator(PlanProtocol.OrderedDistinctOperator value)	.xg.db.sqlPlans.OrderedDistinctOperator ordered_distinct_operator = 70;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOrderedDistinctOperator(PlanProtocol.OrderedDistinctOperator.Builder builderForValue)	.xg.db.sqlPlans.OrderedDistinctOperator ordered_distinct_operator = 70;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOrderedGatherOperator(PlanProtocol.OrderedGatherOperator value)	.xg.db.sqlPlans.OrderedGatherOperator ordered_gather_operator = 38;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOrderedGatherOperator(PlanProtocol.OrderedGatherOperator.Builder builderForValue)	.xg.db.sqlPlans.OrderedGatherOperator ordered_gather_operator = 38;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOutputCardinality(long value)	The estimated number of rows produced by this operator
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOutputColumns(int index, String value)	The columns that come out of this operator
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOutputIsNullable(int index, boolean value)	Which output columns are nullable?
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOutputTypes(int index, PlanProtocol.SqlColType value)	The types for each of those columns (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOutputTypeStrings(int index, String value)	The types for each of those columns as strings (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setOutputTypesValue(int index, int value)	The types for each of those columns (in the same order)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setPartitionCounts(int index, int value)	repeated uint32 partition_counts = 25;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setPartitionIndex(int value)	uint32 partition_index = 24;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setPartitioning(int index, PlanProtocol.EquivalentPartitioning value)	If there is a guarantee on how the data is partitioned (all rows with the same values in some cols or set of cols are guaranteed to be on the same node) when it leaves this operator, the indexes that define the partitioning are listed here
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setPartitioning(int index, PlanProtocol.EquivalentPartitioning.Builder builderForValue)	If there is a guarantee on how the data is partitioned (all rows with the same values in some cols or set of cols are guaranteed to be on the same node) when it leaves this operator, the indexes that define the partitioning are listed here
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setProductOperator(PlanProtocol.ProductOperator value)	.xg.db.sqlPlans.ProductOperator product_operator = 59;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setProductOperator(PlanProtocol.ProductOperator.Builder builderForValue)	.xg.db.sqlPlans.ProductOperator product_operator = 59;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setProjectOutOperator(PlanProtocol.ProjectOutOperator value)	.xg.db.sqlPlans.ProjectOutOperator project_out_operator = 39;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setProjectOutOperator(PlanProtocol.ProjectOutOperator.Builder builderForValue)	.xg.db.sqlPlans.ProjectOutOperator project_out_operator = 39;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setQueriesVirtualOperator(PlanProtocol.QueriesVirtualOperator value)	.xg.db.sqlPlans.QueriesVirtualOperator queries_virtual_operator = 52;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setQueriesVirtualOperator(PlanProtocol.QueriesVirtualOperator.Builder builderForValue)	.xg.db.sqlPlans.QueriesVirtualOperator queries_virtual_operator = 52;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setRandomIntOperator(PlanProtocol.RandomIntOperator value)	.xg.db.sqlPlans.RandomIntOperator random_int_operator = 53;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setRandomIntOperator(PlanProtocol.RandomIntOperator.Builder builderForValue)	.xg.db.sqlPlans.RandomIntOperator random_int_operator = 53;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setReferenceOperator(PlanProtocol.ReferenceOperator value)	.xg.db.sqlPlans.ReferenceOperator reference_operator = 74;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setReferenceOperator(PlanProtocol.ReferenceOperator.Builder builderForValue)	.xg.db.sqlPlans.ReferenceOperator reference_operator = 74;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setRenameOperator(PlanProtocol.RenameOperator value)	.xg.db.sqlPlans.RenameOperator rename_operator = 40;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setRenameOperator(PlanProtocol.RenameOperator.Builder builderForValue)	.xg.db.sqlPlans.RenameOperator rename_operator = 40;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setReorderOperator(PlanProtocol.ReorderOperator value)	.xg.db.sqlPlans.ReorderOperator reorder_operator = 41;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setReorderOperator(PlanProtocol.ReorderOperator.Builder builderForValue)	.xg.db.sqlPlans.ReorderOperator reorder_operator = 41;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setRepeatedField(com.google.protobuf.Descriptors.FieldDescriptor field, int index, Object value)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setRootOperator(PlanProtocol.RootOperator value)	.xg.db.sqlPlans.RootOperator root_operator = 44;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setRootOperator(PlanProtocol.RootOperator.Builder builderForValue)	.xg.db.sqlPlans.RootOperator root_operator = 44;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSelectOperator(PlanProtocol.SelectOperator value)	.xg.db.sqlPlans.SelectOperator select_operator = 42;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSelectOperator(PlanProtocol.SelectOperator.Builder builderForValue)	.xg.db.sqlPlans.SelectOperator select_operator = 42;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setShuffleOperator(PlanProtocol.ShuffleOperator value)	.xg.db.sqlPlans.ShuffleOperator shuffle_operator = 63;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setShuffleOperator(PlanProtocol.ShuffleOperator.Builder builderForValue)	.xg.db.sqlPlans.ShuffleOperator shuffle_operator = 63;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSortDirections(int index, boolean value)	For all the indexes listed in sortOrder (if any), there is a corresponding entry in sortDirections Indicating whether data is sorted ascending (true) or descending (false) by that column
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSortOperator(PlanProtocol.SortOperator value)	.xg.db.sqlPlans.SortOperator sort_operator = 43;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSortOperator(PlanProtocol.SortOperator.Builder builderForValue)	.xg.db.sqlPlans.SortOperator sort_operator = 43;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSortOrder(int index, int value)	If there is a guarantee that the data is sorted when it leaves this operator The indexes (based on outputColumns) are listed here to specify which columns dictate the sort order
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setStorageSpaceUuids(int index, String value)	repeated string storage_space_uuids = 26;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSuperSelectOperator(PlanProtocol.SuperSelectOperator value)	.xg.db.sqlPlans.SuperSelectOperator super_select_operator = 51;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSuperSelectOperator(PlanProtocol.SuperSelectOperator.Builder builderForValue)	.xg.db.sqlPlans.SuperSelectOperator super_select_operator = 51;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSwitchOperator(PlanProtocol.SwitchOperator value)	.xg.db.sqlPlans.SwitchOperator switch_operator = 58;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSwitchOperator(PlanProtocol.SwitchOperator.Builder builderForValue)	.xg.db.sqlPlans.SwitchOperator switch_operator = 58;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSystemConfigurationVirtualOperator(PlanProtocol.SystemConfigurationVirtualOperator value)	.xg.db.sqlPlans.SystemConfigurationVirtualOperator system_configuration_virtual_operator = 76;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setSystemConfigurationVirtualOperator(PlanProtocol.SystemConfigurationVirtualOperator.Builder builderForValue)	.xg.db.sqlPlans.SystemConfigurationVirtualOperator system_configuration_virtual_operator = 76;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setTableCardVirtualOperator(PlanProtocol.TableCardVirtualOperator value)	.xg.db.sqlPlans.TableCardVirtualOperator table_card_virtual_operator = 77;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setTableCardVirtualOperator(PlanProtocol.TableCardVirtualOperator.Builder builderForValue)	.xg.db.sqlPlans.TableCardVirtualOperator table_card_virtual_operator = 77;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setTableScanOperator(PlanProtocol.TableScanOperator value)	.xg.db.sqlPlans.TableScanOperator table_scan_operator = 48;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setTableScanOperator(PlanProtocol.TableScanOperator.Builder builderForValue)	.xg.db.sqlPlans.TableScanOperator table_scan_operator = 48;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setTeeOperator(PlanProtocol.TeeOperator value)	.xg.db.sqlPlans.TeeOperator tee_operator = 62;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setTeeOperator(PlanProtocol.TeeOperator.Builder builderForValue)	.xg.db.sqlPlans.TeeOperator tee_operator = 62;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setTestoomflags(int index, long value)	Vector of OOM flags for testing
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setType(PlanProtocol.Operator.OperatorType value)	.xg.db.sqlPlans.Operator.OperatorType type = 1;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setTypeValue(int value)	.xg.db.sqlPlans.Operator.OperatorType type = 1;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setUnionOperator(PlanProtocol.UnionOperator value)	.xg.db.sqlPlans.UnionOperator union_operator = 55;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setUnionOperator(PlanProtocol.UnionOperator.Builder builderForValue)	.xg.db.sqlPlans.UnionOperator union_operator = 55;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setUnknownFields(com.google.protobuf.UnknownFieldSet unknownFields)
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setUnmakeVectorOperator(PlanProtocol.UnmakeVectorOperator value)	.xg.db.sqlPlans.UnmakeVectorOperator unmake_vector_operator = 46;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setUnmakeVectorOperator(PlanProtocol.UnmakeVectorOperator.Builder builderForValue)	.xg.db.sqlPlans.UnmakeVectorOperator unmake_vector_operator = 46;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setUpstreamPartitionSensitive(boolean value)	value 28 is used up above under outputTypeStrings
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setWindowOperator(PlanProtocol.WindowOperator value)	.xg.db.sqlPlans.WindowOperator window_operator = 65;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setWindowOperator(PlanProtocol.WindowOperator.Builder builderForValue)	.xg.db.sqlPlans.WindowOperator window_operator = 65;
PlanProtocol.Operator.Builder	PlanProtocol.Operator.toBuilder()

Methods in com.ocient.jdbc.proto that return types with arguments of type PlanProtocol.Operator.Builder

Modifier and Type	Method	Description
List<PlanProtocol.Operator.Builder>	PlanProtocol.Operator.Builder.getChildrenBuilderList()	The children of this operator - order does matter

Methods in com.ocient.jdbc.proto with parameters of type PlanProtocol.Operator.Builder

Modifier and Type	Method	Description
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addChildren(int index, PlanProtocol.Operator.Builder builderForValue)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.addChildren(PlanProtocol.Operator.Builder builderForValue)	The children of this operator - order does matter
PlanProtocol.Operator.Builder	PlanProtocol.Operator.Builder.setChildren(int index, PlanProtocol.Operator.Builder builderForValue)	The children of this operator - order does matter
PlanProtocol.PlanMessage.Builder	PlanProtocol.PlanMessage.Builder.setRootNode(PlanProtocol.Operator.Builder builderForValue)	The root operator - this is the last operator In other words, the data that comes out of here is what is returned to the caller