Uses of Class
com.aerospike.dsl.parts.AbstractPart

Packages that use AbstractPart

Package	Description
com.aerospike.dsl
com.aerospike.dsl.parts
com.aerospike.dsl.parts.cdt
com.aerospike.dsl.parts.cdt.list
com.aerospike.dsl.parts.cdt.map
com.aerospike.dsl.parts.controlstructure
com.aerospike.dsl.parts.operand
com.aerospike.dsl.parts.path
com.aerospike.dsl.util
com.aerospike.dsl.visitor

Uses of AbstractPart in com.aerospike.dsl

Constructors in com.aerospike.dsl with parameters of type AbstractPart

Modifier	Constructor	Description
	ParsedExpression(AbstractPart exprTree, PlaceholderValues placeholderValues, Map<String,List<Index>> indexesMap)

Uses of AbstractPart in com.aerospike.dsl.parts

Subclasses of AbstractPart in com.aerospike.dsl.parts

Modifier and Type	Class	Description
class	ExpressionContainer

Constructors in com.aerospike.dsl.parts with parameters of type AbstractPart

Modifier	Constructor	Description
	ExpressionContainer(AbstractPart left, AbstractPart right, ExpressionContainer.ExprPartsOperation operationType)
	ExpressionContainer(AbstractPart singleOperand, ExpressionContainer.ExprPartsOperation operationType)

Uses of AbstractPart in com.aerospike.dsl.parts.cdt

Subclasses of AbstractPart in com.aerospike.dsl.parts.cdt

Modifier and Type	Class	Description
class	CdtPart

Methods in com.aerospike.dsl.parts.cdt with parameters of type AbstractPart

Modifier and Type	Method	Description
static boolean	CdtPart.isCdtPart(AbstractPart part)

Uses of AbstractPart in com.aerospike.dsl.parts.cdt.list

Subclasses of AbstractPart in com.aerospike.dsl.parts.cdt.list

Modifier and Type	Class	Description
class	ListIndex
class	ListIndexRange
class	ListPart
class	ListRank
class	ListRankRange
class	ListRankRangeRelative
class	ListTypeDesignator	Designates that element to the left is a List.
class	ListValue
class	ListValueList
class	ListValueRange

Uses of AbstractPart in com.aerospike.dsl.parts.cdt.map

Subclasses of AbstractPart in com.aerospike.dsl.parts.cdt.map

Modifier and Type	Class	Description
class	MapIndex
class	MapIndexRange
class	MapIndexRangeRelative
class	MapKey
class	MapKeyList
class	MapKeyRange
class	MapPart
class	MapRank
class	MapRankRange
class	MapRankRangeRelative
class	MapTypeDesignator	Designates that the element to the left is a Map.
class	MapValue
class	MapValueList
class	MapValueRange

Uses of AbstractPart in com.aerospike.dsl.parts.controlstructure

Subclasses of AbstractPart in com.aerospike.dsl.parts.controlstructure

Modifier and Type	Class	Description
class	AndStructure
class	ExclusiveStructure
class	OrStructure
class	WhenStructure
class	WithStructure

Constructor parameters in com.aerospike.dsl.parts.controlstructure with type arguments of type AbstractPart

Modifier	Constructor	Description
	WhenStructure(List<AbstractPart> operands)

Uses of AbstractPart in com.aerospike.dsl.parts.operand

Subclasses of AbstractPart in com.aerospike.dsl.parts.operand

Modifier and Type	Class	Description
class	BooleanOperand
class	FloatOperand
class	IntOperand
class	ListOperand
class	MapOperand
class	MetadataOperand
class	PlaceholderOperand
class	StringOperand
class	VariableOperand
class	WithOperand

Methods in com.aerospike.dsl.parts.operand that return AbstractPart

Modifier and Type	Method	Description
static AbstractPart	OperandFactory.createOperand(Object value)	Creates a concrete AbstractPart operand based on the type of the provided value.
AbstractPart	PlaceholderOperand.resolve(PlaceholderValues values)	Resolve placeholder's value based on index in PlaceholderValues and create a corresponding operand using OperandFactory.createOperand(Object)

Constructors in com.aerospike.dsl.parts.operand with parameters of type AbstractPart

Modifier	Constructor	Description
	WithOperand(AbstractPart part, boolean isLastPart)
	WithOperand(AbstractPart part, String string)

Uses of AbstractPart in com.aerospike.dsl.parts.path

Subclasses of AbstractPart in com.aerospike.dsl.parts.path

Modifier and Type	Class	Description
class	BasePath
class	BinPart
class	Path
class	PathFunction

Constructor parameters in com.aerospike.dsl.parts.path with type arguments of type AbstractPart

Modifier	Constructor	Description
	BasePath(BinPart binPart, List<AbstractPart> cdtParts)

Uses of AbstractPart in com.aerospike.dsl.util

Methods in com.aerospike.dsl.util with parameters of type AbstractPart

Modifier and Type	Method	Description
static com.aerospike.client.exp.Exp.Type	TypeUtils.getDefaultType(AbstractPart part)	Returns the default Exp.Type for a given AbstractPart.
static com.aerospike.client.exp.Exp	PathOperandUtils.processGet(BasePath basePath, AbstractPart lastPathPart, com.aerospike.client.exp.Exp.Type valueType, int cdtReturnType)	Processes a "get" operation for a path, constructing the appropriate Exp based on the last path part's type.
static PathFunction	PathOperandUtils.processPathFunction(BasePath basePath, AbstractPart lastPathPart, PathFunction pathFunction)	Processes and potentially modifies a PathFunction based on the BasePath and the last AbstractPart in the path.
static com.aerospike.client.exp.Exp	PathOperandUtils.processSize(BasePath basePath, AbstractPart lastPathPart, com.aerospike.client.exp.Exp.Type valueType, int cdtReturnType)	Processes a "size" operation for a path, constructing the appropriate Exp based on the last path part's type.
static com.aerospike.client.exp.Exp.Type	PathOperandUtils.processValueType(AbstractPart lastPathPart, PathFunction pathFunction)	Processes value type based on the last part of a path and a PathFunction.

Method parameters in com.aerospike.dsl.util with type arguments of type AbstractPart

Modifier and Type	Method	Description
static com.aerospike.client.cdt.CTX[]	PathOperandUtils.getContextArray(List<AbstractPart> parts, boolean includeLast)	Constructs an array of CTX (context) objects from a list of AbstractPart objects.

Uses of AbstractPart in com.aerospike.dsl.visitor

Methods in com.aerospike.dsl.visitor that return AbstractPart

Modifier and Type	Method	Description
static AbstractPart	VisitorUtils.buildExpr(ExpressionContainer expr, PlaceholderValues placeholderValues, Map<String,List<Index>> indexes)	Builds a secondary index Filter and a filter Exp for a given ExpressionContainer.
AbstractPart	ExpressionConditionVisitor.visitAddExpression(ConditionParser.AddExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitAdditiveExpressionWrapper(ConditionParser.AdditiveExpressionWrapperContext ctx)
AbstractPart	ExpressionConditionVisitor.visitAndExpression(ConditionParser.AndExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitBasePath(ConditionParser.BasePathContext ctx)
AbstractPart	ExpressionConditionVisitor.visitBinPart(ConditionParser.BinPartContext ctx)
AbstractPart	ExpressionConditionVisitor.visitBitwiseExpressionWrapper(ConditionParser.BitwiseExpressionWrapperContext ctx)
AbstractPart	ExpressionConditionVisitor.visitBooleanOperand(ConditionParser.BooleanOperandContext ctx)
AbstractPart	ExpressionConditionVisitor.visitComparisonExpressionWrapper(ConditionParser.ComparisonExpressionWrapperContext ctx)
AbstractPart	ExpressionConditionVisitor.visitDivExpression(ConditionParser.DivExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitEqualityExpression(ConditionParser.EqualityExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitExclusiveExpression(ConditionParser.ExclusiveExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitFloatOperand(ConditionParser.FloatOperandContext ctx)
AbstractPart	ExpressionConditionVisitor.visitGreaterThanExpression(ConditionParser.GreaterThanExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitGreaterThanOrEqualExpression(ConditionParser.GreaterThanOrEqualExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitInequalityExpression(ConditionParser.InequalityExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitIntAndExpression(ConditionParser.IntAndExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitIntLShiftExpression(ConditionParser.IntLShiftExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitIntNotExpression(ConditionParser.IntNotExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitIntOperand(ConditionParser.IntOperandContext ctx)
AbstractPart	ExpressionConditionVisitor.visitIntOrExpression(ConditionParser.IntOrExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitIntRShiftExpression(ConditionParser.IntRShiftExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitIntXorExpression(ConditionParser.IntXorExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitLessThanExpression(ConditionParser.LessThanExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitLessThanOrEqualExpression(ConditionParser.LessThanOrEqualExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitListConstant(ConditionParser.ListConstantContext ctx)
AbstractPart	ExpressionConditionVisitor.visitListPart(ConditionParser.ListPartContext ctx)
AbstractPart	ExpressionConditionVisitor.visitMapPart(ConditionParser.MapPartContext ctx)
AbstractPart	ExpressionConditionVisitor.visitMetadata(ConditionParser.MetadataContext ctx)
AbstractPart	ExpressionConditionVisitor.visitModExpression(ConditionParser.ModExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitMulExpression(ConditionParser.MulExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitMultiplicativeExpressionWrapper(ConditionParser.MultiplicativeExpressionWrapperContext ctx)
AbstractPart	ExpressionConditionVisitor.visitNotExpression(ConditionParser.NotExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitNumberOperand(ConditionParser.NumberOperandContext ctx)
AbstractPart	ExpressionConditionVisitor.visitOperandExpression(ConditionParser.OperandExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitOrderedMapConstant(ConditionParser.OrderedMapConstantContext ctx)
AbstractPart	ExpressionConditionVisitor.visitOrExpression(ConditionParser.OrExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitPath(ConditionParser.PathContext ctx)
AbstractPart	ExpressionConditionVisitor.visitPathFunctionCast(ConditionParser.PathFunctionCastContext ctx)
AbstractPart	ExpressionConditionVisitor.visitPathFunctionCount(ConditionParser.PathFunctionCountContext ctx)
AbstractPart	ExpressionConditionVisitor.visitPathFunctionGet(ConditionParser.PathFunctionGetContext ctx)
AbstractPart	ExpressionConditionVisitor.visitPlaceholder(ConditionParser.PlaceholderContext ctx)
AbstractPart	ExpressionConditionVisitor.visitShiftExpressionWrapper(ConditionParser.ShiftExpressionWrapperContext ctx)
AbstractPart	ExpressionConditionVisitor.visitStringOperand(ConditionParser.StringOperandContext ctx)
AbstractPart	ExpressionConditionVisitor.visitSubExpression(ConditionParser.SubExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitVariable(ConditionParser.VariableContext ctx)
AbstractPart	ExpressionConditionVisitor.visitWhenExpression(ConditionParser.WhenExpressionContext ctx)
AbstractPart	ExpressionConditionVisitor.visitWithExpression(ConditionParser.WithExpressionContext ctx)

Methods in com.aerospike.dsl.visitor with parameters of type AbstractPart

Modifier and Type	Method	Description
static com.aerospike.client.cdt.CTX[]	VisitorUtils.buildCtx(AbstractPart path)	Builds an array of CTX for a given path.
static void	VisitorUtils.traverseTree(AbstractPart part, Consumer<AbstractPart> visitor, int depth, Predicate<AbstractPart> stopCondition)	Traverses the AbstractPart nodes tree and applies the visitor function to each node with limited depth.
static void	VisitorUtils.traverseTree(AbstractPart part, Consumer<AbstractPart> visitor, Predicate<AbstractPart> stopCondition)	Traverses the AbstractPart nodes tree and applies the visitor function to each node.

Method parameters in com.aerospike.dsl.visitor with type arguments of type AbstractPart

Modifier and Type	Method	Description
static void	VisitorUtils.traverseTree(AbstractPart part, Consumer<AbstractPart> visitor, int depth, Predicate<AbstractPart> stopCondition)	Traverses the AbstractPart nodes tree and applies the visitor function to each node with limited depth.
static void	VisitorUtils.traverseTree(AbstractPart part, Consumer<AbstractPart> visitor, int depth, Predicate<AbstractPart> stopCondition)	Traverses the AbstractPart nodes tree and applies the visitor function to each node with limited depth.
static void	VisitorUtils.traverseTree(AbstractPart part, Consumer<AbstractPart> visitor, Predicate<AbstractPart> stopCondition)	Traverses the AbstractPart nodes tree and applies the visitor function to each node.
static void	VisitorUtils.traverseTree(AbstractPart part, Consumer<AbstractPart> visitor, Predicate<AbstractPart> stopCondition)	Traverses the AbstractPart nodes tree and applies the visitor function to each node.