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## Uses of Class
org.modeshape.graph.query.plan.PlanNode

Packages that use PlanNode
org.modeshape.graph | The ModeShape Graph API defines the types that allow you to work with content organized as a graph.
org.modeshape.graph.query | The Query API provides a mechanism for building and executing queries.
org.modeshape.graph.query.optimize | This package contains the Optimizer interface, a rule-based optimizer implementation, and library of optimization rules.
org.modeshape.graph.query.plan | This package defines the `Planner` interface, the `CanonicalPlanner` implementation, and the `PlanNode` class that is used to represent a canonical query plan.
org.modeshape.graph.query.process | This package defines the `QueryProcessor` interface, which is responsible for constructing for each query a tree of `ProcessingComponent` objects that each are responsible for processing a specific aspect of the query and returning the tuples to the parent component.
org.modeshape.jcr.query |

Uses of PlanNode in org.modeshape.graph

Constructors in org.modeshape.graph with parameters of type PlanNode
`Graph.AccessQueryProcessor(String graphSourceName, String workspaceName, QueryContext context, QueryResults.Columns columns, PlanNode accessNode)`

Uses of PlanNode in org.modeshape.graph.query

Methods in org.modeshape.graph.query with parameters of type PlanNode
`protected QueryResultColumns` | `QueryEngine.determineQueryResultColumns(PlanNode optimizedPlan, PlanHints hints)`

Uses of PlanNode in org.modeshape.graph.query.optimize

Methods in org.modeshape.graph.query.optimize that return PlanNode
`protected PlanNode` | `RaiseSelectCriteria.copySelectNode(QueryContext context, PlanNode selectNode, SelectorName selectorName, String propertyName, SelectorName copySelectorName, String copyPropertyName)`
`protected PlanNode` | `CopyCriteria.copySelectNode(QueryContext context, PlanNode selectNode, SelectorName selectorName, String propertyName, SelectorName copySelectorName, String copyPropertyName)`
`PlanNode` | `RightOuterToLeftOuterJoins.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `RewriteIdentityJoins.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `RewriteAsRangeCriteria.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `ReplaceViews.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `RemoveEmptyAccessNodes.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `RaiseVariableName.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `RaiseSelectCriteria.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `PushSelectCriteria.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `PushProjects.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `OptimizerRule.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `CopyCriteria.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `ChooseJoinAlgorithm.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `AddJoinConditionColumnsToSources.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `AddAccessNodes.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`protected PlanNode` | `PushSelectCriteria.findBestChildForCriteria(PlanNode criteriaNode, PlanNode originatingNode)`
`protected PlanNode` | `PushSelectCriteria.findOriginatingNode(PlanNode criteriaNode, List<PlanNode> originatingNodes)` Find the first node that has all of the same `selectors` as the supplied criteria.
`PlanNode` | `RuleBasedOptimizer.optimize(QueryContext context, PlanNode plan)` Optimize the supplied query plan and produce an executable processor plan.
`PlanNode` | `Optimizer.optimize(QueryContext context, PlanNode plan)` Optimize the supplied query plan and produce an executable processor plan.

Methods in org.modeshape.graph.query.optimize with parameters of type PlanNode
`protected void` | `AddJoinConditionColumnsToSources.addEquiJoinColumn(QueryContext context, PlanNode node, Column joinColumn)` Make sure that the supplied column is included in the `projected columns` on the supplied plan node or its children.
`protected boolean` | `PushSelectCriteria.atBoundary(PlanNode criteriaNode, PlanNode originatingNode)` Determine whether all of the nodes between the criteria node and its originating node are criteria (SELECT) nodes.
`protected PlanNode` | `RaiseSelectCriteria.copySelectNode(QueryContext context, PlanNode selectNode, SelectorName selectorName, String propertyName, SelectorName copySelectorName, String copyPropertyName)`
`protected PlanNode` | `CopyCriteria.copySelectNode(QueryContext context, PlanNode selectNode, SelectorName selectorName, String propertyName, SelectorName copySelectorName, String copyPropertyName)`
`protected void` | `CopyCriteria.copySelectNodes(QueryContext context, PlanNode fromJoined, PlanNode toJoined)`
`PlanNode` | `RightOuterToLeftOuterJoins.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `RewriteIdentityJoins.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `RewriteAsRangeCriteria.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `ReplaceViews.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `RemoveEmptyAccessNodes.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `RaiseVariableName.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `RaiseSelectCriteria.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `PushSelectCriteria.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `PushProjects.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `OptimizerRule.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `CopyCriteria.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `ChooseJoinAlgorithm.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `AddJoinConditionColumnsToSources.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`PlanNode` | `AddAccessNodes.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.
`protected PlanNode` | `PushSelectCriteria.findBestChildForCriteria(PlanNode criteriaNode, PlanNode originatingNode)`
`protected PlanNode` | `PushSelectCriteria.findOriginatingNode(PlanNode criteriaNode, List<PlanNode> originatingNodes)` Find the first node that has all of the same `selectors` as the supplied criteria.
`PlanNode` | `RuleBasedOptimizer.optimize(QueryContext context, PlanNode plan)` Optimize the supplied query plan and produce an executable processor plan.
`PlanNode` | `Optimizer.optimize(QueryContext context, PlanNode plan)` Optimize the supplied query plan and produce an executable processor plan.
`protected boolean` | `PushSelectCriteria.pushDownJoinCriteria(PlanNode criteriaNode, PlanNode joinNode)` Attempt to push down criteria that applies to the JOIN as additional constraints on the JOIN itself.
`protected boolean` | `PushSelectCriteria.pushTowardsOriginatingNode(PlanNode criteriaNode, PlanNode originatingNode)` Push the criteria node as close to the originating node as possible.
`protected void` | `RaiseVariableName.raiseVariableName(PlanNode node)`
`protected String` | `RaiseVariableName.removeVariableName(PlanNode node)`
`protected void` | `RewriteIdentityJoins.rewriteJoinNode(QueryContext context, PlanNode joinNode, Map<SelectorName,SelectorName> rewrittenSelectors)`

Method parameters in org.modeshape.graph.query.optimize with type arguments of type PlanNode
`protected PlanNode` | `PushSelectCriteria.findOriginatingNode(PlanNode criteriaNode, List<PlanNode> originatingNodes)` Find the first node that has all of the same `selectors` as the supplied criteria.

Uses of PlanNode in org.modeshape.graph.query.plan

Methods in org.modeshape.graph.query.plan that return PlanNode
`static PlanNode` | `PlanUtil.addMissingProjectColumns(QueryContext context, PlanNode node, List<Column> allProjectedColumns)`
`protected PlanNode` | `CanonicalPlanner.attachCriteria(QueryContext context, PlanNode plan, Constraint constraint, List<? extends Column> columns, Map<String,Subquery> subqueriesByVariableName)` Attach all criteria above the join nodes.
`protected PlanNode` | `CanonicalPlanner.attachDuplicateRemoval(QueryContext context, PlanNode plan)` Attach DUP_REMOVE node at top of tree.
`protected PlanNode` | `CanonicalPlanner.attachLimits(QueryContext context, PlanNode plan, Limit limit)` Attach a LIMIT node at the top of the plan tree.
`protected PlanNode` | `CanonicalPlanner.attachProject(QueryContext context, PlanNode plan, List<? extends Column> columns, Map<SelectorName,Schemata.Table> selectors)` Attach a PROJECT node at the top of the plan tree.
`protected PlanNode` | `CanonicalPlanner.attachSorting(QueryContext context, PlanNode plan, List<? extends Ordering> orderings)` Attach SORT node at top of tree.
`protected PlanNode` | `CanonicalPlanner.attachSubqueries(QueryContext context, PlanNode plan, Map<String,Subquery> subqueriesByVariableName)` Attach plan nodes for each subquery, resulting with the first subquery at the top of the plan tree.
`PlanNode` | `PlanNode.clone()` This class returns a new clone of the plan tree rooted at this node.
`protected PlanNode` | `PlanNode.cloneWithoutNewParent()`
`protected PlanNode` | `CanonicalPlanner.createCanonicalPlan(QueryContext context, Query query)` Create a canonical query plan for the given query.
`protected PlanNode` | `CanonicalPlanner.createCanonicalPlan(QueryContext context, SetQuery query)` Create a canonical query plan for the given set query.
`PlanNode` | `Planner.createPlan(QueryContext context, QueryCommand query)` Create a canonical query plan for the given command.
`PlanNode` | `CanonicalPlanner.createPlan(QueryContext context, QueryCommand query)` Create a canonical query plan for the given command.
`protected PlanNode` | `CanonicalPlanner.createPlanNode(QueryContext context, Source source, Map<SelectorName,Schemata.Table> usedSelectors)` Create a JOIN or SOURCE node that contain the source information.
`PlanNode` | `PlanNode.findAncestor(PlanNode.Type typeToFind)` Starting at the parent of this node, find the lowest (also closest) ancestor that has the specified type.
`PlanNode` | `PlanNode.findAncestor(PlanNode.Type firstTypeToFind, PlanNode.Type... additionalTypesToFind)` Starting at the parent of this node, find the lowest (also closest) ancestor that has one of the specified types.
`PlanNode` | `PlanNode.findAncestor(Set<PlanNode.Type> typesToFind)` Starting at the parent of this node, find the lowest (also closest) ancestor that has one of the specified types.
`PlanNode` | `PlanNode.findAtOrBelow(PlanNode.Traversal order, PlanNode.Type typeToFind)` Find the first node with the specified type that are at or below this node.
`PlanNode` | `PlanNode.findAtOrBelow(PlanNode.Traversal order, PlanNode.Type firstTypeToFind, PlanNode.Type... additionalTypesToFind)` Find the first node with one of the specified types that are at or below this node.
`PlanNode` | `PlanNode.findAtOrBelow(PlanNode.Traversal order, Set<PlanNode.Type> typesToFind)` Find the first node with one of the specified types that are at or below this node.
`PlanNode` | `PlanNode.findAtOrBelow(PlanNode.Type typeToFind)` Find the first node with the specified type that are at or below this node.
`PlanNode` | `PlanNode.findAtOrBelow(PlanNode.Type firstTypeToFind, PlanNode.Type... additionalTypesToFind)` Find the first node with one of the specified types that are at or below this node.
`PlanNode` | `PlanNode.findAtOrBelow(Set<PlanNode.Type> typesToFind)` Find the first node with one of the specified types that are at or below this node.
`PlanNode` | `PlanNode.getChild(int index)` Get the child at the supplied index.
`PlanNode` | `PlanNode.getFirstChild()` Get the first child.
`PlanNode` | `PlanNode.getLastChild()` Get the last child.
`PlanNode` | `PlanNode.getParent()` Get the parent of this node.
`PlanNode` | `PlanNode.removeFromParent()` Remove this node from its parent, and return the node that used to be the parent of this node.

Methods in org.modeshape.graph.query.plan that return types with arguments of type PlanNode
`List<PlanNode>` | `PlanNode.findAllAtOrBelow()` Find all of the nodes that are at or below this node.
`List<PlanNode>` | `PlanNode.findAllAtOrBelow(PlanNode.Traversal order)` Find all of the nodes that are at or below this node.
`List<PlanNode>` | `PlanNode.findAllAtOrBelow(PlanNode.Traversal order, PlanNode.Type typeToFind)` Find all of the nodes of the specified type that are at or below this node.
`List<PlanNode>` | `PlanNode.findAllAtOrBelow(PlanNode.Traversal order, PlanNode.Type firstTypeToFind, PlanNode.Type... additionalTypesToFind)` Find all of the nodes with one of the specified types that are at or below this node.
`List<PlanNode>` | `PlanNode.findAllAtOrBelow(PlanNode.Traversal order, Set<PlanNode.Type> typesToFind)` Find all of the nodes with one of the specified types that are at or below this node.
`List<PlanNode>` | `PlanNode.findAllAtOrBelow(PlanNode.Type typeToFind)` Find all of the nodes of the specified type that are at or below this node, using pre-order traversal.
`List<PlanNode>` | `PlanNode.findAllAtOrBelow(PlanNode.Type firstTypeToFind, PlanNode.Type... additionalTypesToFind)` Find all of the nodes with one of the specified types that are at or below this node.
`List<PlanNode>` | `PlanNode.findAllAtOrBelow(Set<PlanNode.Type> typesToFind)` Find all of the nodes with one of the specified types that are at or below this node.
`List<PlanNode>` | `PlanNode.findAllFirstNodesAtOrBelow(PlanNode.Type typeToFind)` Look at nodes below this node, searching for nodes that have the supplied type.
`List<PlanNode>` | `PlanNode.getChildren()` Get the unmodifiable list of child nodes.
`LinkedList<PlanNode>` | `PlanNode.getPathTo(PlanNode descendant)` Get the path from this node (inclusive) to the supplied descendant node (inclusive)
`Iterator<PlanNode>` | `PlanNode.iterator()` This iterator is immutable.
`List<PlanNode>` | `PlanNode.removeAllChildren()` Remove all children from this node.

Methods in org.modeshape.graph.query.plan with parameters of type PlanNode
`void` | `PlanNode.addChildren(PlanNode first, PlanNode second)` Add the supplied nodes at the end of the list of children.
`void` | `PlanNode.addChildren(PlanNode first, PlanNode second, PlanNode third)` Add the supplied nodes at the end of the list of children.
`void` | `PlanNode.addFirstChild(PlanNode child)` Add the supplied node to the front of the list of children.
`void` | `PlanNode.addLastChild(PlanNode child)` Add the supplied node to the end of the list of children.
`static PlanNode` | `PlanUtil.addMissingProjectColumns(QueryContext context, PlanNode node, List<Column> allProjectedColumns)`
`protected PlanNode` | `CanonicalPlanner.attachCriteria(QueryContext context, PlanNode plan, Constraint constraint, List<? extends Column> columns, Map<String,Subquery> subqueriesByVariableName)` Attach all criteria above the join nodes.
`protected PlanNode` | `CanonicalPlanner.attachDuplicateRemoval(QueryContext context, PlanNode plan)` Attach DUP_REMOVE node at top of tree.
`protected PlanNode` | `CanonicalPlanner.attachLimits(QueryContext context, PlanNode plan, Limit limit)` Attach a LIMIT node at the top of the plan tree.
`protected PlanNode` | `CanonicalPlanner.attachProject(QueryContext context, PlanNode plan, List<? extends Column> columns, Map<SelectorName,Schemata.Table> selectors)` Attach a PROJECT node at the top of the plan tree.
`protected PlanNode` | `CanonicalPlanner.attachSorting(QueryContext context, PlanNode plan, List<? extends Ordering> orderings)` Attach SORT node at top of tree.
`protected PlanNode` | `CanonicalPlanner.attachSubqueries(QueryContext context, PlanNode plan, Map<String,Subquery> subqueriesByVariableName)` Attach plan nodes for each subquery, resulting with the first subquery at the top of the plan tree.
`static PlanUtil.ColumnMapping` | `PlanUtil.createMappingFor(Schemata.View view, PlanNode viewPlan)`
`static PlanUtil.ColumnMapping` | `PlanUtil.createMappingForAliased(SelectorName tableAlias, Schemata.Table table, PlanNode tableSourceNode)`
`static PlanUtil.ColumnMapping` | `PlanUtil.createMappingForAliased(SelectorName viewAlias, Schemata.View view, PlanNode viewPlan)`
`void` | `PlanNode.extractChild(PlanNode child)` Remove the child node from this node, and replace that child with its first child (if there is one).
`static List<Column>` | `PlanUtil.findRequiredColumns(QueryContext context, PlanNode planNode)` Collected the minimum set of columns from the supplied table that are required by or used within the plan at the supplied node or above.
`static List<String>` | `PlanUtil.findRequiredColumnTypes(QueryContext context, List<Column> columns, PlanNode node)`
`LinkedList<PlanNode>` | `PlanNode.getPathTo(PlanNode descendant)` Get the path from this node (inclusive) to the supplied descendant node (inclusive)
`void` | `PlanNode.insertAsParent(PlanNode newParent)` Insert the supplied node into the plan node tree immediately above this node.
`boolean` | `PlanNode.isAbove(PlanNode possibleDescendant)` Determine if the supplied node is a descendant of this node.
`boolean` | `PlanNode.isBelow(PlanNode possibleAncestor)` Determine if the supplied node is an ancestor of this node.
`boolean` | `PlanNode.isSameAs(PlanNode other)` Determine whether the supplied plan is equivalent to this plan.
`boolean` | `PlanNode.removeChild(PlanNode child)` Remove the node from this node.
`boolean` | `PlanNode.replaceChild(PlanNode child, PlanNode replacement)` Replace the supplied child with another node.
`static Constraint` | `PlanUtil.replaceReferences(QueryContext context, Constraint constraint, PlanUtil.ColumnMapping mapping, PlanNode node)`
`static void` | `PlanUtil.replaceReferencesToRemovedSource(QueryContext context, PlanNode planNode, Map<SelectorName,SelectorName> rewrittenSelectors)`
`static DynamicOperand` | `PlanUtil.replaceViewReferences(QueryContext context, DynamicOperand operand, PlanUtil.ColumnMapping mapping, PlanNode node)`
`static JoinCondition` | `PlanUtil.replaceViewReferences(QueryContext context, JoinCondition joinCondition, PlanUtil.ColumnMapping mapping, PlanNode node)`
`static void` | `PlanUtil.replaceViewReferences(QueryContext context, PlanNode topOfViewInPlan, PlanUtil.ColumnMapping mappings)`
`protected static void` | `PlanUtil.replaceViewReferences(QueryContext context, PlanNode node, PlanUtil.ColumnMapping mappings, SelectorName viewName, List<PlanNode> potentiallyRemovableSources)`
`void` | `PlanNode.setParent(PlanNode parent)` Set the parent for this node.
`static void` | `PlanUtil.setSelectorsOnSubplan(PlanNode subplan, Set<SelectorName> selectors)`
`protected void` | `CanonicalPlanner.setSubqueryVariableName(PlanNode subqueryPlan, String varName)`

Method parameters in org.modeshape.graph.query.plan with type arguments of type PlanNode
`void` | `PlanNode.addChildren(Iterable<PlanNode> otherChildren)` Add the supplied nodes at the end of the list of children.
`protected static void` | `PlanUtil.replaceViewReferences(QueryContext context, PlanNode node, PlanUtil.ColumnMapping mappings, SelectorName viewName, List<PlanNode> potentiallyRemovableSources)`

Constructors in org.modeshape.graph.query.plan with parameters of type PlanNode
`PlanNode(PlanNode.Type type, PlanNode parent)` Create a new plan node with the supplied initial type ad that is a child of the supplied parent.
`PlanNode(PlanNode.Type type, PlanNode parent, Iterable<SelectorName> selectors)` Create a new plan node with the supplied initial type ad that is a child of the supplied parent.
`PlanNode(PlanNode.Type type, PlanNode parent, SelectorName... selectors)` Create a new plan node with the supplied initial type ad that is a child of the supplied parent.

Uses of PlanNode in org.modeshape.graph.query.process

Fields in org.modeshape.graph.query.process declared as PlanNode
`protected PlanNode` | `AbstractAccessComponent.accessNode`

Methods in org.modeshape.graph.query.process with parameters of type PlanNode
`protected abstract ProcessingComponent` | `QueryProcessor.createAccessComponent(QueryCommand originalQuery, QueryContext context, PlanNode accessNode, QueryResults.Columns resultColumns, SelectComponent.Analyzer analyzer)` Create the `ProcessingComponent` that processes a single `PlanNode.Type.ACCESS` branch of a query plan.
`protected QueryResults.Columns` | `QueryProcessor.createColumnsFor(PlanNode node, QueryResults.Columns projectedColumns)`
`protected ProcessingComponent` | `QueryProcessor.createComponent(QueryCommand originalQuery, QueryContext context, PlanNode node, QueryResults.Columns columns, SelectComponent.Analyzer analyzer)` Method that is called to build up the `ProcessingComponent` objects that correspond to the optimized query plan.
`QueryResults` | `QueryProcessor.execute(QueryContext context, QueryCommand command, QueryResults.Statistics statistics, PlanNode plan)` Process the supplied query plan for the given command and return the results.
`QueryResults` | `Processor.execute(QueryContext context, QueryCommand command, QueryResults.Statistics statistics, PlanNode plan)` Process the supplied query plan for the given command and return the results.

Constructors in org.modeshape.graph.query.process with parameters of type PlanNode
`AbstractAccessComponent(QueryContext context, QueryResults.Columns columns, PlanNode accessNode)`

Uses of PlanNode in org.modeshape.jcr.query

Methods in org.modeshape.jcr.query that return PlanNode
`PlanNode` | `RewritePseudoColumns.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.

Methods in org.modeshape.jcr.query with parameters of type PlanNode
`PlanNode` | `RewritePseudoColumns.execute(QueryContext context, PlanNode plan, LinkedList<OptimizerRule> ruleStack)` Optimize the supplied plan using the supplied context, hints, and yet-to-be-run rules.

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