public abstract class SimpleQueryExpressionVisitor extends Object implements QueryExpressionVisitor
QueryExpressionVisitor works as base class for simple visitors that need not to explicitly
differentiate between most expression types.| Constructor and Description |
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SimpleQueryExpressionVisitor() |
| Modifier and Type | Method and Description |
|---|---|
protected abstract <ExpressionType> |
finishNode(NodeExpression<ExpressionType> node)
Implement this method to define the end of generic visits to non leaf nodes.
|
<NumericalType extends Number> |
finishVisit(Addition<NumericalType> expression) |
void |
finishVisit(Conjunction expression) |
void |
finishVisit(Disjunction expression) |
<NumericalType extends Number> |
finishVisit(Division<NumericalType> expression) |
<ComparableType> |
finishVisit(Equality<ComparableType> expression) |
void |
finishVisit(ExpressionMatches expression) |
<Type extends Comparable<Type>> |
finishVisit(FieldOrder<Type> expression) |
<ComparableType extends Comparable<ComparableType>> |
finishVisit(GreaterEqual<ComparableType> expression) |
<ComparableType extends Comparable<ComparableType>> |
finishVisit(GreaterThan<ComparableType> expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
finishVisit(In<ElementType,CollectionType> expression) |
<Type1,Type2> |
finishVisit(Inequality<Type1,Type2> expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
finishVisit(IsEmpty<ElementType,CollectionType> expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
finishVisit(IsNotEmpty<ElementType,CollectionType> expression) |
<Type> void |
finishVisit(IsNotNull<Type> expression) |
<Type> void |
finishVisit(IsNull<Type> expression) |
<ComparableType extends Comparable<ComparableType>> |
finishVisit(LessEqual<ComparableType> expression) |
<ComparableType extends Comparable<ComparableType>> |
finishVisit(LessThan<ComparableType> expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
finishVisit(MemberOf<ElementType,CollectionType> expression) |
<NumericalType extends Number> |
finishVisit(Multiplication<NumericalType> expression) |
void |
finishVisit(Negation expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
finishVisit(NotContained<ElementType,CollectionType> expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
finishVisit(NotMemberOf<ElementType,CollectionType> expression) |
void |
finishVisit(OrderByClause expression) |
void |
finishVisit(SelectClause fieldList) |
void |
finishVisit(SelectQuery expression) |
<NumericalType extends Number> |
finishVisit(Subtraction<NumericalType> expression) |
protected abstract <ExpressionType> |
startNode(NodeExpression<ExpressionType> node)
Implement this method to define the start of generic visits to non leaf nodes.
|
<NumericalType extends Number> |
startVisit(Addition<NumericalType> expression) |
void |
startVisit(Conjunction expression) |
void |
startVisit(Disjunction expression) |
<NumericalType extends Number> |
startVisit(Division<NumericalType> expression) |
<ComparableType> |
startVisit(Equality<ComparableType> expression) |
void |
startVisit(ExpressionMatches expression) |
<Type extends Comparable<Type>> |
startVisit(FieldOrder<Type> expression) |
<ComparableType extends Comparable<ComparableType>> |
startVisit(GreaterEqual<ComparableType> expression) |
<ComparableType extends Comparable<ComparableType>> |
startVisit(GreaterThan<ComparableType> expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
startVisit(In<ElementType,CollectionType> expression) |
<Type1,Type2> |
startVisit(Inequality<Type1,Type2> expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
startVisit(IsEmpty<ElementType,CollectionType> expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
startVisit(IsNotEmpty<ElementType,CollectionType> expression) |
<Type> void |
startVisit(IsNotNull<Type> expression) |
<Type> void |
startVisit(IsNull<Type> expression) |
<ComparableType extends Comparable<ComparableType>> |
startVisit(LessEqual<ComparableType> expression) |
<ComparableType extends Comparable<ComparableType>> |
startVisit(LessThan<ComparableType> expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
startVisit(MemberOf<ElementType,CollectionType> expression) |
<NumericalType extends Number> |
startVisit(Multiplication<NumericalType> expression) |
void |
startVisit(Negation expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
startVisit(NotContained<ElementType,CollectionType> expression) |
<ElementType,CollectionType extends Collection<ElementType>> |
startVisit(NotMemberOf<ElementType,CollectionType> expression) |
void |
startVisit(OrderByClause expression) |
void |
startVisit(SelectClause fieldList) |
void |
startVisit(SelectQuery expression) |
<NumericalType extends Number> |
startVisit(Subtraction<NumericalType> expression) |
void |
visit(BooleanLiteral expression) |
<ExpressionType> |
visit(FieldReference<ExpressionType> expression) |
<Type> void |
visit(ParameterDefinition<Type> expression) |
<Type> void |
visit(ParameterReference<Type> expression) |
void |
visit(TableReference expression) |
<Type> void |
visit(TemplateParameter<Type> expression) |
protected abstract <ExpressionType> |
visitLeaf(LeafExpression<ExpressionType> leaf)
Implement this method to define generic visits of leafs.
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protected abstract <ExpressionType> void visitLeaf(LeafExpression<ExpressionType> leaf)
leaf - the leaf node visitedprotected abstract <ExpressionType> void startNode(NodeExpression<ExpressionType> node)
node - the non lead node visitedprotected abstract <ExpressionType> void finishNode(NodeExpression<ExpressionType> node)
node - the non lead node visitedpublic <Type> void visit(ParameterDefinition<Type> expression)
visit in interface QueryExpressionVisitorpublic <Type> void visit(ParameterReference<Type> expression)
visit in interface QueryExpressionVisitorpublic void visit(TableReference expression)
visit in interface QueryExpressionVisitorpublic <ExpressionType> void visit(FieldReference<ExpressionType> expression)
visit in interface QueryExpressionVisitorpublic void visit(BooleanLiteral expression)
visit in interface QueryExpressionVisitorpublic <Type> void visit(TemplateParameter<Type> expression)
visit in interface QueryExpressionVisitorpublic void startVisit(SelectQuery expression)
startVisit in interface QueryExpressionVisitorpublic void finishVisit(SelectQuery expression)
finishVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void startVisit(MemberOf<ElementType,CollectionType> expression)
startVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void finishVisit(MemberOf<ElementType,CollectionType> expression)
finishVisit in interface QueryExpressionVisitorpublic <ComparableType> void startVisit(Equality<ComparableType> expression)
startVisit in interface QueryExpressionVisitorpublic <ComparableType> void finishVisit(Equality<ComparableType> expression)
finishVisit in interface QueryExpressionVisitorpublic void startVisit(Conjunction expression)
startVisit in interface QueryExpressionVisitorpublic void finishVisit(Conjunction expression)
finishVisit in interface QueryExpressionVisitorpublic <NumericalType extends Number> void startVisit(Subtraction<NumericalType> expression)
startVisit in interface QueryExpressionVisitorpublic <NumericalType extends Number> void finishVisit(Subtraction<NumericalType> expression)
finishVisit in interface QueryExpressionVisitorpublic <NumericalType extends Number> void startVisit(Division<NumericalType> expression)
startVisit in interface QueryExpressionVisitorpublic <NumericalType extends Number> void finishVisit(Division<NumericalType> expression)
finishVisit in interface QueryExpressionVisitorpublic void startVisit(Disjunction expression)
startVisit in interface QueryExpressionVisitorpublic void finishVisit(Disjunction expression)
finishVisit in interface QueryExpressionVisitorpublic <NumericalType extends Number> void startVisit(Multiplication<NumericalType> expression)
startVisit in interface QueryExpressionVisitorpublic <NumericalType extends Number> void finishVisit(Multiplication<NumericalType> expression)
finishVisit in interface QueryExpressionVisitorpublic <NumericalType extends Number> void startVisit(Addition<NumericalType> expression)
startVisit in interface QueryExpressionVisitorpublic <NumericalType extends Number> void finishVisit(Addition<NumericalType> expression)
finishVisit in interface QueryExpressionVisitorpublic void startVisit(ExpressionMatches expression)
startVisit in interface QueryExpressionVisitorpublic void finishVisit(ExpressionMatches expression)
finishVisit in interface QueryExpressionVisitorpublic <ComparableType extends Comparable<ComparableType>> void startVisit(GreaterEqual<ComparableType> expression)
startVisit in interface QueryExpressionVisitorpublic <ComparableType extends Comparable<ComparableType>> void finishVisit(GreaterEqual<ComparableType> expression)
finishVisit in interface QueryExpressionVisitorpublic <ComparableType extends Comparable<ComparableType>> void startVisit(GreaterThan<ComparableType> expression)
startVisit in interface QueryExpressionVisitorpublic <ComparableType extends Comparable<ComparableType>> void finishVisit(GreaterThan<ComparableType> expression)
finishVisit in interface QueryExpressionVisitorpublic <ComparableType extends Comparable<ComparableType>> void startVisit(LessEqual<ComparableType> expression)
startVisit in interface QueryExpressionVisitorpublic <ComparableType extends Comparable<ComparableType>> void finishVisit(LessEqual<ComparableType> expression)
finishVisit in interface QueryExpressionVisitorpublic <ComparableType extends Comparable<ComparableType>> void startVisit(LessThan<ComparableType> expression)
startVisit in interface QueryExpressionVisitorpublic <ComparableType extends Comparable<ComparableType>> void finishVisit(LessThan<ComparableType> expression)
finishVisit in interface QueryExpressionVisitorpublic <Type1,Type2> void startVisit(Inequality<Type1,Type2> expression)
startVisit in interface QueryExpressionVisitorpublic <Type1,Type2> void finishVisit(Inequality<Type1,Type2> expression)
finishVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void startVisit(NotMemberOf<ElementType,CollectionType> expression)
startVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void finishVisit(NotMemberOf<ElementType,CollectionType> expression)
finishVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void startVisit(NotContained<ElementType,CollectionType> expression)
startVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void finishVisit(NotContained<ElementType,CollectionType> expression)
finishVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void startVisit(In<ElementType,CollectionType> expression)
startVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void finishVisit(In<ElementType,CollectionType> expression)
finishVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void startVisit(IsNotEmpty<ElementType,CollectionType> expression)
startVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void finishVisit(IsNotEmpty<ElementType,CollectionType> expression)
finishVisit in interface QueryExpressionVisitorpublic <Type> void startVisit(IsNull<Type> expression)
startVisit in interface QueryExpressionVisitorpublic <Type> void finishVisit(IsNull<Type> expression)
finishVisit in interface QueryExpressionVisitorpublic <Type> void startVisit(IsNotNull<Type> expression)
startVisit in interface QueryExpressionVisitorpublic <Type> void finishVisit(IsNotNull<Type> expression)
finishVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void startVisit(IsEmpty<ElementType,CollectionType> expression)
startVisit in interface QueryExpressionVisitorpublic <ElementType,CollectionType extends Collection<ElementType>> void finishVisit(IsEmpty<ElementType,CollectionType> expression)
finishVisit in interface QueryExpressionVisitorpublic void startVisit(Negation expression)
startVisit in interface QueryExpressionVisitorpublic void finishVisit(Negation expression)
finishVisit in interface QueryExpressionVisitorpublic void startVisit(SelectClause fieldList)
startVisit in interface QueryExpressionVisitorpublic void finishVisit(SelectClause fieldList)
finishVisit in interface QueryExpressionVisitorpublic void startVisit(OrderByClause expression)
startVisit in interface QueryExpressionVisitorpublic void finishVisit(OrderByClause expression)
finishVisit in interface QueryExpressionVisitorpublic <Type extends Comparable<Type>> void startVisit(FieldOrder<Type> expression)
startVisit in interface QueryExpressionVisitorpublic <Type extends Comparable<Type>> void finishVisit(FieldOrder<Type> expression)
finishVisit in interface QueryExpressionVisitorCopyright © 2020 Hyland Software Germany GmbH. All rights reserved.