Uses of Package
spoon.reflect.visitor.filter

Packages that use spoon.reflect.visitor.filter

Package	Description
spoon.reflect.visitor.filter	This package contains a set of useful filters when querying the model.

Classes in spoon.reflect.visitor.filter used by spoon.reflect.visitor.filter

Class	Description
AbstractFilter	Defines an abstract filter based on matching on the element types.
AllMethodsSameSignatureFunction	Returns all methods/lambdas with same signature in related inheritance hierarchies.
AllTypeMembersFunction	Expects CtType as input and produces all CtTypeMembers declared in input class or any super class or super interface.
AllTypeMembersFunction.Mode
CtScannerFunction	Returns all children of an element.
ExecutableReferenceFilter	This filter matches all the CtExecutableReference referencing defined one or more CtExecutables.
FieldReferenceFunction	This Query expects a CtField as input and returns all CtFieldReferences, which refers this input.
FilteringOperator	This enumeration defines the possible composition operators for filters.
LambdaFilter	This filter matches all the CtLambda elements, which implements defined interface(s)
LocalVariableReferenceFunction	This mapping function expects a CtLocalVariable as input and returns all CtLocalVariableReferences, which refers this input.
OverriddenMethodFilter	Gets all overridden method from the method given.
OverridingMethodFilter	Gets all overriding method from the method given.
ParentFunction	This Function expects a CtElement as input and returns all parents of this element.
SiblingsFunction	visits siblings of input element.
SiblingsFunction.Mode	Defines visiting mode
SubInheritanceHierarchyFunction	Expects a CtTypeInformation as input and produces all sub classes and sub interfaces recursively. The output is produced in arbitrary order.
SubtypeFilter	Matches all CtType elements, which are sub type of SubtypeFilter.superType Matches the input `superType` too.
SuperInheritanceHierarchyFunction	Expects a CtTypeInformation as input and produces all super classes and super interfaces recursively. The output is produced in following order: input type. if `includingSelf==true` all interfaces of type recursively parent class of type goto 1: using parent class as input type
TypeFilter	This simple filter matches all the elements of a given type.
VariableAccessFilter	This simple filter matches all the accesses to a given variable.
VariableReferenceFunction.Visitor
VariableScopeFunction.Visitor