Uses of Class
org.eclipse.persistence.internal.jpa.parsing.Node

Packages that use Node

Package	Description
org.eclipse.persistence.internal.jpa.parsing

Uses of Node in org.eclipse.persistence.internal.jpa.parsing

Subclasses of Node in org.eclipse.persistence.internal.jpa.parsing

Modifier and Type	Class	Description
class	AbsNode	INTERNAL
class	AggregateNode	INTERNAL
class	AllNode	INTERNAL
class	AndNode	INTERNAL
class	AnyNode	INTERNAL
class	ArithmeticFunctionNode	INTERNAL
class	AttributeNode	INTERNAL
class	AvgNode	INTERNAL
class	BetweenNode	INTERNAL
class	BinaryOperatorNode	INTERNAL
class	BooleanLiteralNode	INTERNAL
class	CaseNode	INTERNAL
class	ClassForInheritanceNode
class	CoalesceNode	INTERNAL
class	CollectionMemberDeclNode	INTERNAL
class	ConcatNode	INTERNAL
class	ConstructorNode	INTERNAL
class	CountNode	INTERNAL
class	DateFunctionNode	INTERNAL
class	DeleteNode	INTERNAL: DeleteNode is a ModifyNode that represents an DeleteAllQuery
class	DivideNode	INTERNAL
class	DotNode	INTERNAL
class	DoubleLiteralNode	INTERNAL
class	EmptyCollectionComparisonNode	INTERNAL
class	EqualsAssignmentNode	INTERNAL: EqualsAssignmentNode is implemented to distinguish nodes that hold updates in an update query from other BinaryOperatorNodes
class	EqualsNode	INTERNAL
class	EscapeNode
class	ExistsNode	INTERNAL
class	FetchJoinNode	INTERNAL
class	FloatLiteralNode	INTERNAL
class	FromNode	INTERNAL
class	FuncNode	INTERNAL
class	FunctionalExpressionNode	INTERNAL
class	GreaterThanEqualToNode	INTERNAL
class	GreaterThanNode	INTERNAL
class	GroupByNode	INTERNAL
class	HavingNode	INTERNAL
class	IdentificationVariableDeclNode	INTERNAL
class	IndexNode	INTERNAL
class	InNode	INTERNAL
class	IntegerLiteralNode	INTERNAL
class	JoinDeclNode	INTERNAL
class	LengthNode	INTERNAL
class	LessThanEqualToNode	INTERNAL
class	LessThanNode	INTERNAL
class	LikeNode	INTERNAL
class	LiteralNode	INTERNAL
class	LocateNode	INTERNAL
class	LogicalOperatorNode	INTERNAL
class	LongLiteralNode	INTERNAL
class	LowerNode	INTERNAL
class	MajorNode	INTERNAL
class	MapEntryNode	INTERNAL
class	MapKeyNode	INTERNAL
class	MaxNode	INTERNAL
class	MemberOfNode
class	MinNode	INTERNAL
class	MinusNode	INTERNAL
class	ModifyNode	INTERNAL: ModifyNode is the superclass for UpdateNode and DeleteNode
class	ModNode
class	MultiplyNode	INTERNAL
class	NotEqualsNode	INTERNAL
class	NotNode	INTERNAL
class	NullComparisonNode	INTERNAL
class	NullIfNode	INTERNAL
class	OrderByItemNode	INTERNAL
class	OrderByNode	INTERNAL
class	OrNode	INTERNAL
class	ParameterNode	INTERNAL
class	PlusNode	INTERNAL
class	QueryNode	INTERNAL: This node contains the information about what kind of query is represented it's tree (e.g.
class	RangeDeclNode	INTERNAL
class	SelectNode	INTERNAL:
class	SetNode	INTERNAL: This node holds a list of all the updates that will occur in an Update Query.
class	SimpleConditionalExpressionNode	INTERNAL
class	SizeNode	INTERNAL
class	SomeNode	INTERNAL
class	SortDirectionNode
class	SqrtNode	INTERNAL
class	StringFunctionNode	INTERNAL NOTE CURRENTLY BEING USED
class	StringLiteralNode	INTERNAL
class	SubqueryNode	INTERNAL
class	SubstringNode	INTERNAL
class	SumNode	INTERNAL
class	TemporalLiteralNode	INTERNAL
class	TrimNode	INTERNAL
class	UnaryMinus	INTERNAL
class	UpdateNode	INTERNAL: UpdateNode is a ModifyNode that represents an UpdateAllQuery
class	UpperNode	INTERNAL
class	VariableNode	INTERNAL
class	WhenThenNode	INTERNAL
class	WhereNode	INTERNAL

Fields in org.eclipse.persistence.internal.jpa.parsing declared as Node

Modifier and Type	Field	Description
protected Node	Node.left
protected Node	Node.right
protected Node	BetweenNode.rightForAnd
protected Node	BetweenNode.rightForBetween

Fields in org.eclipse.persistence.internal.jpa.parsing with type parameters of type Node

Modifier and Type	Field	Description
List<Node>	ConstructorNode.constructorItems	The list of constructor call argument nodes
protected List<Node>	ConcatNode.objects

Methods in org.eclipse.persistence.internal.jpa.parsing that return Node

Modifier and Type	Method	Description
Node	ModNode.getDenominator()
Node	LocateNode.getFind()
Node	LocateNode.getFindIn()
Node	HavingNode.getHaving()	INTERNAL Return the HAVING expression
Node	Node.getLeft()	INTERNAL Return the left node
Node	DotNode.getLeftMostNode()	INTERNAL Return the left most node of a dot expr, so return 'a' for 'a.b.c'.
Node	MapKeyNode.getLeftMostNode()	INTERNAL Return the left most node of a dot expr, so return 'a' for 'a.b.c'.
Node	VariableNode.getNodeForAlias(GenerationContext context)
Node	CollectionMemberDeclNode.getPath()
Node	FetchJoinNode.getPath()
Node	IdentificationVariableDeclNode.getPath()
Node	JoinDeclNode.getPath()
Node	Node.getRight()	INTERNAL Return the right node
Node	BetweenNode.getRightForAnd()
Node	BetweenNode.getRightForBetween()
Node	DotNode.getRightMostNode()	INTERNAL Return the right most node of a dot expr, so return 'c' for 'a.b.c'.
Node	LocateNode.getStartPosition()
Node	ParseTreeContext.pathForVariable(String variable)	INTERNAL Returns the path if the specified string denotes a join or collection member variable.
Node	AttributeNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL If called this AttributeNode represents an unqualified field access.
Node	BetweenNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check the child nodes for an unqualified field access and if there are any, replace them by a qualified field access.
Node	CollectionMemberDeclNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check the path child node for an unqualified field access and if so, replace it by a qualified field access.
Node	DotNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check the left child node for an unqualified field access.
Node	FetchJoinNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check the path child node for an unqualified field access and if so, replace it by a qualified field access.
Node	FromNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check the declaration nodes for a path expression starting with a unqualified field access and if so, replace it by a qualified field access.
Node	JoinDeclNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check the path child node for an unqualified field access and if so, replace it by a qualified field access.
Node	LocateNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check the child nodes for an unqualified field access and if so, replace them by a qualified field access.
Node	ModNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check the child nodes for an unqualified field access and if so, replace it by a qualified field access.
Node	Node.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check the child node for an unqualified field access and if so, replace it by a qualified field access.
Node	RangeDeclNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check for an unqualified field access.
Node	SelectNode.qualifyAttributeAccess(ParseTreeContext context)	Check the select expression nodes for a path expression starting with a unqualified field access and if so, replace it by a qualified field access.
Node	SetNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check the update item node for a path expression starting with a unqualified field access and if so, replace it by a qualified field access.
Node	SubqueryNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL If called the subquery is part of the WHERE clause of an UPDATE or DELETE statement that does not define an identification variable.
Node	SubstringNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL Check the child nodes for an unqualified field access and if so, replace them by a qualified field access.
Node	VariableNode.qualifyAttributeAccess(ParseTreeContext context)	INTERNAL This node represent an unqualified field access in the case the method is called and the variableName is not defined as identification variable.

Methods in org.eclipse.persistence.internal.jpa.parsing that return types with arguments of type Node

Modifier and Type	Method	Description
List<Node>	CoalesceNode.getClauses()
List<Node>	ConstructorNode.getConstructorItems()	INTERNAL Get the list of constructor items of this node.
List<Node>	FromNode.getDeclarations()
List<Node>	ParseTreeContext.getFetchJoins(String variableName)	Returns a list of FETCH JOIN nodes for the specified attached to the specified variable.
List<Node>	GroupByNode.getGroupByItems()	INTERNAL Return the GROUP BY statements
List<Node>	OrderByNode.getOrderByItems()	INTERNAL Return the order by statements
List<Node>	FuncNode.getParameters()
List<Node>	SelectNode.getSelectExpressions()
List<Node>	InNode.getTheObjects()	INTERNAL Return the collection of the objects used as parameters for this node
List<Node>	CaseNode.getWhenClauses()

Methods in org.eclipse.persistence.internal.jpa.parsing with parameters of type Node

Modifier and Type	Method	Description
void	ConstructorNode.addConstructorItem(Node theNode)	INTERNAL Add an Order By Item to this node
void	InNode.addNodeToTheObjects(Node theNode)	INTERNAL Add the passed node value to the collection of object for this node
protected Expression	SetNode.getExpressionForNode(Node node, Class<?> referenceClass, GenerationContext context)	Create an expression to represent one of the nodes on a SetToNode.
boolean	GroupByNode.isValidHavingExpr(Node expr)	INTERNAL Returns true if the sp
void	MemberOfNode.makeNodeOneToMany(Node theNode)	INTERNAL makeNodeOneToMany: Traverse to the leaf on theNode and mark as one to many
boolean	SelectNode.nodeRefersToObject(Node node, GenerationContext context)	Answer true if this node refers to an object described later in the EJBQL True: SELECT p FROM Project p False: SELECT p.id FROM Project p
void	ParseTreeContext.registerFetchJoin(String variableName, Node node)	Associate the given variableName with the given node representing a JOIN FETCH node.
void	ParseTreeContext.registerJoinVariable(String variable, Node path, int line, int column)	INTERNAL Associate the given path with the given variable.
void	ModNode.setDenominator(Node denominator)
void	LocateNode.setFind(Node newFind)
void	LocateNode.setFindIn(Node newFindIn)
void	HavingNode.setHaving(Node having)	INTERNAL Set the HAVING expression
void	Node.setLeft(Node newLeft)	INTERNAL Set the left node to the passed value
void	CollectionMemberDeclNode.setPath(Node node)
void	FetchJoinNode.setPath(Node node)
void	JoinDeclNode.setPath(Node node)
void	Node.setRight(Node newRight)	INTERNAL Set the right for this node
void	BetweenNode.setRightForAnd(Node newRightForAnd)
void	BetweenNode.setRightForBetween(Node newRightForBetween)
void	LocateNode.setStartPosition(Node newStartPosition)
void	SubstringNode.setStartPosition(Node newStartPosition)	Insert the method's description here.
void	SubstringNode.setStringLength(Node newStringLength)	Insert the method's description here.
void	TrimNode.setTrimChar(Node trimChar)

Method parameters in org.eclipse.persistence.internal.jpa.parsing with type arguments of type Node

Modifier and Type	Method	Description
Object	NodeFactory.newCaseClause(int line, int column, Object base, List<Node> whenClauses, Object elseClause)
Object	NodeFactoryImpl.newCaseClause(int line, int column, Object base, List<Node> whenClauses, Object elseClause)
Object	NodeFactory.newCoalesceClause(int line, int column, List<Node> clauses)
Object	NodeFactoryImpl.newCoalesceClause(int line, int column, List<Node> clauses)
Object	NodeFactory.newConcat(int line, int column, List<Node> objects)
Object	NodeFactoryImpl.newConcat(int line, int column, List<Node> objects)
Object	NodeFactory.newConstructor(int line, int colimn, String className, List<Node> args)
Object	NodeFactoryImpl.newConstructor(int line, int column, String className, List<Node> args)
Object	NodeFactory.newFromClause(int line, int column, List<Node> varDecls)
Object	NodeFactoryImpl.newFromClause(int line, int column, List<Node> decls)
Object	NodeFactory.newFunc(int line, int column, String name, List<Node> parameters)
Object	NodeFactoryImpl.newFunc(int line, int column, String name, List<Node> parameters)
Object	NodeFactory.newGroupByClause(int line, int column, List<Node> items)
Object	NodeFactoryImpl.newGroupByClause(int line, int column, List<Node> items)
Object	NodeFactory.newIn(int line, int column, boolean not, Object expr, List<Node> items)
Object	NodeFactoryImpl.newIn(int line, int column, boolean not, Object expr, List<Node> items)
Object	NodeFactory.newOrderByClause(int line, int column, List<Node> items)
Object	NodeFactoryImpl.newOrderByClause(int line, int column, List<Node> items)
Object	NodeFactory.newSelectClause(int line, int column, boolean distinct, List<Node> selectExprs)
Object	NodeFactory.newSelectClause(int line, int column, boolean distinct, List<Node> selectExprs, List<String> identifiers)
Object	NodeFactoryImpl.newSelectClause(int line, int column, boolean distinct, List<Node> selectExprs)
Object	NodeFactoryImpl.newSelectClause(int line, int column, boolean distinct, List<Node> selectExprs, List<String> identifiers)
Object	NodeFactory.newSetClause(int line, int colimn, List<Node> assignments)
Object	NodeFactoryImpl.newSetClause(int line, int column, List<Node> assignments)
void	SetNode.setAssignmentNodes(List<Node> nodes)	INTERNAL
void	CoalesceNode.setClauses(List<Node> clauses)
void	ConstructorNode.setConstructorItems(List<Node> items)	INTERNAL Set the list of constructor items of this node.
void	FromNode.setDeclarations(List<Node> decls)
void	GroupByNode.setGroupByItems(List<Node> newItems)	INTERNAL Set the GROUP BY statements
void	ConcatNode.setObjects(List<Node> objects)
void	OrderByNode.setOrderByItems(List<Node> newItems)	INTERNAL Set the order by statements
void	FuncNode.setParameters(List<Node> parameters)
void	SelectNode.setSelectExpressions(List<Node> exprs)
void	InNode.setTheObjects(List<Node> newTheObjects)	INTERNAL Set this node's object collection to the passed value
void	CaseNode.setWhenClauses(List<Node> whenClauses)