EclipseLink Core 4.0.2 · org.eclipse.persistence.internal.jpa.parsing.ParseTree

Modifier and Type	Field and Description
private ClassLoader	classLoader
private ParseTreeContext	context
private short	distinctState
private FromNode	fromNode
private GroupByNode	groupByNode
private HavingNode	havingNode
private OrderByNode	orderByNode
private QueryNode	queryNode
private SetNode	setNode
private Set<String>	unusedVariables
private boolean	validated
private WhereNode	whereNode

Access	Constructor and Description
public	ParseTree() Return a new ParseTree.

Method Summary

Modifier and Type	Method and Description
public void	addGroupingToQuery(ObjectLevelReadQuery theQuery, GenerationContext generationContext) INTERNAL Add the grouping to the passed query
public void	addHavingToQuery(ObjectLevelReadQuery theQuery, GenerationContext generationContext) INTERNAL Add the having to the passed query
public void	addNonFetchJoinAttributes(ObjectLevelReadQuery theQuery, GenerationContext generationContext) INTERNAL
public void	addOrderingToQuery(ObjectLevelReadQuery theQuery, GenerationContext generationContext) INTERNAL Add the ordering to the passed query
public void	addParametersToQuery(DatabaseQuery query) INTERNAL Add parameters to the query
public void	addUpdatesToQuery(UpdateAllQuery theQuery, GenerationContext generationContext) INTERNAL Add the updates to the passed query
public void	adjustReferenceClassForQuery(DatabaseQuery theQuery, GenerationContext generationContext) INTERNAL Adjust the reference class of the passed query if necessary Need to test this for Employee, employee.getAddress(), report query
public void	applyQueryNodeToQuery(DatabaseQuery theQuery, GenerationContext generationContext) INTERNAL Apply the select or update to the passed query.
public GenerationContext	buildContext(DatabaseQuery query, AbstractSession sessionForContext) INTERNAL Build the context to be used when generating the expression from the parse tree
public GenerationContext	buildContextForReadQuery(AbstractSession sessionForContext) INTERNAL Build the context to be used when generating the expression from the parse tree
public DatabaseQuery	createDatabaseQuery() INTERNAL Returns a DatabaseQuery instance for this ParseTree.
public Expression	generateExpression(DatabaseQuery readQuery, GenerationContext generationContext) INTERNAL Build a context for the expression generation
private Class<?>	getBaseExpressionClass(Node node, GenerationContext generationContext)
public ClassLoader	Returns: java.lang.ClassLoader getClassLoader() INTERNAL Return a class loader
public ParseTreeContext	getContext() Return the context for this parse tree
public short	getDistinctState() INTERNAL Return the DISTINCT state for the tree
public FromNode	getFromNode() INTERNAL Return the FROM Node
public GroupByNode	getGroupByNode() INTERNAL Return the GroupByNode
public HavingNode	getHavingNode() INTERNAL Return the HavingNode
public OrderByNode	getOrderByNode() INTERNAL Return the OrderByNode
public QueryNode	getQueryNode() INTERNAL Return the root node for the tree
public Class<?>	getReferenceClass(DatabaseQuery query, GenerationContext generationContext) getReferenceClass(): Answer the class which will be the reference class for the query.
public SetNode	getSetNode() INTERNAL Return the set node for the tree
public WhereNode	getWhereNode() INTERNAL Return the Where node
public boolean	hasGroupBy() INTERNAL Does this EJBQL have a Grouping Clause
public boolean	hasHaving() INTERNAL Does this EJBQL have a Having Clause
public boolean	hasOrderBy() INTERNAL Does this EJBQL have an Ordering Clause
public void	initBaseExpression(ObjectLevelReadQuery theQuery, GenerationContext generationContext) INTERNAL Initialize the base expression in the generation context.
public void	initBaseExpression(ModifyAllQuery theQuery, GenerationContext generationContext) INTERNAL Initialize the base expression in the generation context.
protected void	qualifyAttributeAccess(ParseTreeContext context) INTERNAL This method handles any unqualified field access in bulk UPDATE and DELETE statements.
public void	setClassLoader(ClassLoader loader) INTERNAL: Set the class loader for this parse tree
public void	setContext(ParseTreeContext newContext) INTERNAL Set the context for this parse tree
public void	setDistinctState(short newDistinctState) INTERNAL Set the DISTINCT state for the tree
public void	setFromNode(FromNode fromNode) INTERNAL Set the FROM node for the query
public void	setGroupByNode(GroupByNode newGroupByNode) INTERNAL Set the Group by node
public void	setHavingNode(HavingNode newHavingNode) INTERNAL Set the Having node
public void	setOrderByNode(OrderByNode newOrderByNode) INTERNAL Set the Order by node
public void	setQueryNode(QueryNode newQueryNode) INTERNAL Set the Select node
public void	setSelectionCriteriaForQuery(DatabaseQuery theQuery, GenerationContext generationContext)
public void	setSetNode(SetNode newSetNode) INTERNAL Set the Where node
public void	setWhereNode(WhereNode newWhereNode) INTERNAL Set the Where node
public String	toString() Overrides java.lang.Object.toString. INTERNAL Print the contents of the parse tree on a string
public boolean	usesDistinct() INTERNAL Answer true if DISTINCT has been chosen.
protected void	validate(AbstractSession session, ClassLoader classLoader) INTERNAL Validate the parse tree.
public void	validate(TypeHelper typeHelper) INTERNAL Validate the parse tree.
public void	validate(ParseTreeContext context) INTERNAL Validate the parse tree.
public void	verifySelect(DatabaseQuery theQuery, GenerationContext generationContext) INTERNAL Verify that the alias in the SELECT is valid.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll wait wait wait

classLoader	back to summary
private ClassLoader classLoader

context	back to summary
private ParseTreeContext context

distinctState	back to summary
private short distinctState

fromNode	back to summary
private FromNode fromNode

groupByNode	back to summary
private GroupByNode groupByNode

havingNode	back to summary
private HavingNode havingNode

orderByNode	back to summary
private OrderByNode orderByNode

queryNode	back to summary
private QueryNode queryNode

setNode	back to summary
private SetNode setNode

unusedVariables	back to summary
private Set<String> unusedVariables

validated	back to summary
private boolean validated

whereNode	back to summary
private WhereNode whereNode

ParseTree	back to summary
public ParseTree() Return a new ParseTree.

Method Detail

addGroupingToQuery	back to summary
public void addGroupingToQuery(ObjectLevelReadQuery theQuery, GenerationContext generationContext) INTERNAL Add the grouping to the passed query

addHavingToQuery	back to summary
public void addHavingToQuery(ObjectLevelReadQuery theQuery, GenerationContext generationContext) INTERNAL Add the having to the passed query

addNonFetchJoinAttributes	back to summary
public void addNonFetchJoinAttributes(ObjectLevelReadQuery theQuery, GenerationContext generationContext) INTERNAL

addOrderingToQuery	back to summary
public void addOrderingToQuery(ObjectLevelReadQuery theQuery, GenerationContext generationContext) INTERNAL Add the ordering to the passed query

addParametersToQuery	back to summary
public void addParametersToQuery(DatabaseQuery query) INTERNAL Add parameters to the query

addUpdatesToQuery	back to summary
public void addUpdatesToQuery(UpdateAllQuery theQuery, GenerationContext generationContext) INTERNAL Add the updates to the passed query

adjustReferenceClassForQuery	back to summary
public void adjustReferenceClassForQuery(DatabaseQuery theQuery, GenerationContext generationContext) INTERNAL Adjust the reference class of the passed query if necessary Need to test this for Employee, employee.getAddress(), report query

applyQueryNodeToQuery	back to summary
public void applyQueryNodeToQuery(DatabaseQuery theQuery, GenerationContext generationContext) INTERNAL Apply the select or update to the passed query. If there is a single attribute being selected, add it to the query result set If an aggregate is being used, add it to the query result set

buildContext	back to summary
public GenerationContext buildContext(DatabaseQuery query, AbstractSession sessionForContext) INTERNAL Build the context to be used when generating the expression from the parse tree

buildContextForReadQuery	back to summary
public GenerationContext buildContextForReadQuery(AbstractSession sessionForContext) INTERNAL Build the context to be used when generating the expression from the parse tree

createDatabaseQuery	back to summary
public DatabaseQuery createDatabaseQuery() INTERNAL Returns a DatabaseQuery instance for this ParseTree.

generateExpression	back to summary
public Expression generateExpression(DatabaseQuery readQuery, GenerationContext generationContext) INTERNAL Build a context for the expression generation

getBaseExpressionClass	back to summary
private Class<?> getBaseExpressionClass(Node node, GenerationContext generationContext)

getClassLoader	back to summary
public ClassLoader getClassLoader() INTERNAL Return a class loader Returns:ClassLoader java.lang.ClassLoader

getClassLoader

back to summary

public ClassLoader getClassLoader()

INTERNAL Return a class loader

Returns:ClassLoader: java.lang.ClassLoader

getContext	back to summary
public ParseTreeContext getContext() Return the context for this parse tree

getDistinctState	back to summary
public short getDistinctState() INTERNAL Return the DISTINCT state for the tree

getFromNode	back to summary
public FromNode getFromNode() INTERNAL Return the FROM Node

getGroupByNode	back to summary
public GroupByNode getGroupByNode() INTERNAL Return the GroupByNode

getHavingNode	back to summary
public HavingNode getHavingNode() INTERNAL Return the HavingNode

getOrderByNode	back to summary
public OrderByNode getOrderByNode() INTERNAL Return the OrderByNode

getQueryNode	back to summary
public QueryNode getQueryNode() INTERNAL Return the root node for the tree

getReferenceClass	back to summary
public Class<?> getReferenceClass(DatabaseQuery query, GenerationContext generationContext) getReferenceClass(): Answer the class which will be the reference class for the query. Resolve this using the node parsed from the "SELECT" of the EJBQL query string

getSetNode	back to summary
public SetNode getSetNode() INTERNAL Return the set node for the tree

getWhereNode	back to summary
public WhereNode getWhereNode() INTERNAL Return the Where node

hasGroupBy	back to summary
public boolean hasGroupBy() INTERNAL Does this EJBQL have a Grouping Clause

hasHaving	back to summary
public boolean hasHaving() INTERNAL Does this EJBQL have a Having Clause

hasOrderBy	back to summary
public boolean hasOrderBy() INTERNAL Does this EJBQL have an Ordering Clause

initBaseExpression	back to summary
public void initBaseExpression(ObjectLevelReadQuery theQuery, GenerationContext generationContext) INTERNAL Initialize the base expression in the generation context.

initBaseExpression	back to summary
public void initBaseExpression(ModifyAllQuery theQuery, GenerationContext generationContext) INTERNAL Initialize the base expression in the generation context.

qualifyAttributeAccess	back to summary
protected void qualifyAttributeAccess(ParseTreeContext context) INTERNAL This method handles any unqualified field access in bulk UPDATE and DELETE statements. A UPDATE or DELETE statement may not define an identification variable. In this case any field accessed from the current class is not qualified with an identification variable, e.g. UPDATE Customer SET name = :newname The method goes through the expressions of the SET clause and the WHERE clause of such an DELETE and UPDATE statement and qualifies the field access using the abstract schema name as qualifier.

qualifyAttributeAccess

back to summary

protected void qualifyAttributeAccess(ParseTreeContext context)

INTERNAL This method handles any unqualified field access in bulk UPDATE and DELETE statements. A UPDATE or DELETE statement may not define an identification variable. In this case any field accessed from the current class is not qualified with an identification variable, e.g. UPDATE Customer SET name = :newname The method goes through the expressions of the SET clause and the WHERE clause of such an DELETE and UPDATE statement and qualifies the field access using the abstract schema name as qualifier.

setClassLoader	back to summary
public void setClassLoader(ClassLoader loader) INTERNAL: Set the class loader for this parse tree

setContext	back to summary
public void setContext(ParseTreeContext newContext) INTERNAL Set the context for this parse tree

setDistinctState	back to summary
public void setDistinctState(short newDistinctState) INTERNAL Set the DISTINCT state for the tree

setFromNode	back to summary
public void setFromNode(FromNode fromNode) INTERNAL Set the FROM node for the query

setGroupByNode	back to summary
public void setGroupByNode(GroupByNode newGroupByNode) INTERNAL Set the Group by node

setHavingNode	back to summary
public void setHavingNode(HavingNode newHavingNode) INTERNAL Set the Having node

setOrderByNode	back to summary
public void setOrderByNode(OrderByNode newOrderByNode) INTERNAL Set the Order by node

setQueryNode	back to summary
public void setQueryNode(QueryNode newQueryNode) INTERNAL Set the Select node

setSelectionCriteriaForQuery	back to summary
public void setSelectionCriteriaForQuery(DatabaseQuery theQuery, GenerationContext generationContext)

setSetNode	back to summary
public void setSetNode(SetNode newSetNode) INTERNAL Set the Where node

setWhereNode	back to summary
public void setWhereNode(WhereNode newWhereNode) INTERNAL Set the Where node

toString

back to summary

public String toString()

Overrides java.lang.Object.toString.

INTERNAL Print the contents of the parse tree on a string

Returns:String

Doc from java.lang.Object.toString.

a string representation of the object.

Annotations

@Override

usesDistinct	back to summary
public boolean usesDistinct() INTERNAL Answer true if DISTINCT has been chosen.

validate	back to summary
protected void validate(AbstractSession session, ClassLoader classLoader) INTERNAL Validate the parse tree.

validate	back to summary
public void validate(TypeHelper typeHelper) INTERNAL Validate the parse tree.

validate	back to summary
public void validate(ParseTreeContext context) INTERNAL Validate the parse tree.

verifySelect	back to summary
public void verifySelect(DatabaseQuery theQuery, GenerationContext generationContext) INTERNAL Verify that the alias in the SELECT is valid. Invalid: SELECT OBJECT(badAlias) FROM Employee employee.... Valid: SELECT OBJECT(employee) FROM Employee employee....

public Class ParseTree

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail