Uses of Class
org.apache.calcite.rel.rules.LoptJoinTree

Packages that use LoptJoinTree

Package	Description
org.apache.calcite.rel.rules	Provides a core set of planner rules.

Uses of LoptJoinTree in org.apache.calcite.rel.rules

Fields in org.apache.calcite.rel.rules declared as LoptJoinTree

Modifier and Type	Field and Description
private LoptJoinTree	LoptJoinTree.BinaryTree.parent

Methods in org.apache.calcite.rel.rules that return LoptJoinTree

Modifier and Type	Method and Description
private LoptJoinTree	LoptOptimizeJoinRule.addFactorToTree(RelMetadataQuery mq, RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree joinTree, int factorToAdd, BitSet factorsNeeded, List<RexNode> filtersToAdd, boolean selfJoin) Adds a new factor into the current join tree.
private LoptJoinTree	LoptOptimizeJoinRule.addToTop(RelMetadataQuery mq, RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree joinTree, int factorToAdd, List<RexNode> filtersToAdd, boolean selfJoin) Creates a join tree with the new factor added to the top of the tree
private LoptJoinTree	LoptOptimizeJoinRule.createJoinSubtree(RelMetadataQuery mq, RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptJoinTree left, LoptJoinTree right, RexNode condition, JoinRelType joinType, List<RexNode> filtersToAdd, boolean fullAdjust, boolean selfJoin) Creates a LogicalJoin given left and right operands and a join condition.
private LoptJoinTree	LoptOptimizeJoinRule.createOrdering(RelMetadataQuery mq, RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, int firstFactor) Generates a join tree with a specific factor as the first factor in the join tree
private LoptJoinTree	LoptOptimizeJoinRule.createReplacementJoin(RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree currJoinTree, int leftIdx, int factorToAdd, ImmutableIntList newKeys, Integer[] replacementKeys, List<RexNode> filtersToAdd) Creates a replacement join, projecting either dummy columns or replacement keys from the factor that doesn't actually need to be joined.
private LoptJoinTree	LoptOptimizeJoinRule.createReplacementSemiJoin(RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree factTree, int dimIdx, List<RexNode> filtersToAdd) In the event that a dimension table does not need to be joined because of a semijoin, this method creates a join tree that consists of a projection on top of an existing join tree.
LoptJoinTree	LoptJoinTree.getLeft()
LoptJoinTree	LoptJoinTree.BinaryTree.getParent()
LoptJoinTree	LoptJoinTree.getRight()
private LoptJoinTree	LoptOptimizeJoinRule.pushDownFactor(RelMetadataQuery mq, RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree joinTree, int factorToAdd, BitSet factorsNeeded, List<RexNode> filtersToAdd, boolean selfJoin) Creates a join tree where the new factor is pushed down one of the operands of the current join tree

Methods in org.apache.calcite.rel.rules with parameters of type LoptJoinTree

Modifier and Type	Method and Description
private void	LoptOptimizeJoinRule.addAdditionalFilters(RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptJoinTree left, LoptJoinTree right, List<RexNode> filtersToAdd) Determines whether any additional filters are applicable to a join tree.
private LoptJoinTree	LoptOptimizeJoinRule.addFactorToTree(RelMetadataQuery mq, RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree joinTree, int factorToAdd, BitSet factorsNeeded, List<RexNode> filtersToAdd, boolean selfJoin) Adds a new factor into the current join tree.
private RexNode	LoptOptimizeJoinRule.addFilters(LoptMultiJoin multiJoin, LoptJoinTree leftTree, int leftIdx, LoptJoinTree rightTree, List<RexNode> filtersToAdd, boolean adjust) Determines which join filters can be added to the current join tree.
private LoptJoinTree	LoptOptimizeJoinRule.addToTop(RelMetadataQuery mq, RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree joinTree, int factorToAdd, List<RexNode> filtersToAdd, boolean selfJoin) Creates a join tree with the new factor added to the top of the tree
private RexNode	LoptOptimizeJoinRule.adjustFilter(LoptMultiJoin multiJoin, LoptJoinTree left, LoptJoinTree right, RexNode condition, int factorAdded, List<Integer> origJoinOrder, List<RelDataTypeField> origFields) Adjusts a filter to reflect a newly added factor in the middle of an existing join tree
private Double	LoptOptimizeJoinRule.computeJoinCardinality(RelMetadataQuery mq, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree joinTree, List<RexNode> filters, int factor) Computes the cardinality of the join columns from a particular factor, when that factor is joined with another join tree.
private LoptJoinTree	LoptOptimizeJoinRule.createJoinSubtree(RelMetadataQuery mq, RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptJoinTree left, LoptJoinTree right, RexNode condition, JoinRelType joinType, List<RexNode> filtersToAdd, boolean fullAdjust, boolean selfJoin) Creates a LogicalJoin given left and right operands and a join condition.
private LoptJoinTree	LoptOptimizeJoinRule.createReplacementJoin(RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree currJoinTree, int leftIdx, int factorToAdd, ImmutableIntList newKeys, Integer[] replacementKeys, List<RexNode> filtersToAdd) Creates a replacement join, projecting either dummy columns or replacement keys from the factor that doesn't actually need to be joined.
private LoptJoinTree	LoptOptimizeJoinRule.createReplacementSemiJoin(RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree factTree, int dimIdx, List<RexNode> filtersToAdd) In the event that a dimension table does not need to be joined because of a semijoin, this method creates a join tree that consists of a projection on top of an existing join tree.
private RelNode	LoptOptimizeJoinRule.createTopProject(RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptJoinTree joinTree, List<String> fieldNames) Creates the topmost projection that will sit on top of the selected join ordering.
private int	LoptOptimizeJoinRule.getBestNextFactor(RelMetadataQuery mq, LoptMultiJoin multiJoin, BitSet factorsToAdd, BitSet factorsAdded, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree joinTree, List<RexNode> filtersToAdd) Determines the best factor to be added next into a join tree.
void	LoptMultiJoin.getChildFactors(LoptJoinTree joinTree, ImmutableBitSet.Builder childFactors) Deprecated.
List<RelDataTypeField>	LoptMultiJoin.getJoinFields(LoptJoinTree left, LoptJoinTree right) Retrieves the fields corresponding to a join between a left and right tree
boolean	LoptMultiJoin.hasAllFactors(LoptJoinTree joinTree, BitSet factorsNeeded) Returns true if a join tree contains all factors required
private boolean	LoptOptimizeJoinRule.needsAdjustment(LoptMultiJoin multiJoin, int[] adjustments, LoptJoinTree joinTree, LoptJoinTree otherTree, boolean selfJoin) Sets an array indicating how much each factor in a join tree needs to be adjusted to reflect the tree's join ordering
private LoptJoinTree	LoptOptimizeJoinRule.pushDownFactor(RelMetadataQuery mq, RelBuilder relBuilder, LoptMultiJoin multiJoin, LoptSemiJoinOptimizer semiJoinOpt, LoptJoinTree joinTree, int factorToAdd, BitSet factorsNeeded, List<RexNode> filtersToAdd, boolean selfJoin) Creates a join tree where the new factor is pushed down one of the operands of the current join tree
private RexNode	LoptOptimizeJoinRule.swapFilter(RexBuilder rexBuilder, LoptMultiJoin multiJoin, LoptJoinTree origLeft, LoptJoinTree origRight, RexNode condition) Adjusts a filter to reflect swapping of join inputs
private boolean	LoptOptimizeJoinRule.swapInputs(RelMetadataQuery mq, LoptMultiJoin multiJoin, LoptJoinTree left, LoptJoinTree right, boolean selfJoin) Swaps the operands to a join, so the smaller input is on the right.

Constructors in org.apache.calcite.rel.rules with parameters of type LoptJoinTree

Constructor and Description
BinaryTree(LoptJoinTree parent)
Leaf(int rootId, LoptJoinTree parent)
Node(LoptJoinTree.BinaryTree left, LoptJoinTree.BinaryTree right, LoptJoinTree parent)