public class CtWildcardReferenceImpl extends CtTypeParameterReferenceImpl implements CtWildcardReference
simplenameERROR_MESSAGE_TO_STRING, factory, LOGGER, parentNULL_TYPE_NAME, OMITTED_TYPE_ARG_NAME| Constructor and Description |
|---|
CtWildcardReferenceImpl() |
| Modifier and Type | Method and Description |
|---|---|
void |
accept(CtVisitor visitor)
Accepts a visitor
|
CtWildcardReference |
clone()
Clone the element which calls this method in a new object.
|
java.lang.Class<java.lang.Object> |
getActualClass()
Gets the Java runtime class of the referenced type.
|
CtTypeReference<?> |
getBoundingType()
A type parameter can have an
extends clause which declare
one (CtTypeReference or more (CtIntersectionTypeReference references. |
CtType<java.lang.Object> |
getTypeDeclaration()
Returns the
CtType that corresponds to the reference even if the
type isn't in the Spoon source path (in this case, the Spoon elements are
built with runtime reflection, and the resulting CtType is called a "shadow" class,
see CtShadowable.isShadow()). |
boolean |
isUpper()
Returns
true if the bounds are in extends clause. |
protected boolean |
isWildcard() |
<T extends CtWildcardReference> |
setBoundingType(CtTypeReference<?> superType)
Sets the
extends clause of the type parameter. |
<T extends CtReference> |
setSimpleName(java.lang.String simplename)
Sets the name of referenced element.
|
<T extends CtWildcardReference> |
setUpper(boolean upper)
Set to
true to write extends clause for bounds types. |
addActualTypeArgument, getActualAnnotatedElement, getActualTypeArguments, getDeclaration, getTypeErasure, isDefaultBoundingType, isGenerics, isPrimitive, isSimplyQualified, isSubtypeOf, removeActualTypeArgument, setActualTypeArguments, setSimplyQualifiedasCtIntersectionTypeReference, box, canAccess, canAccess, findClass, getAccessType, getAllExecutables, getAllFields, getDeclaredExecutables, getDeclaredField, getDeclaredFields, getDeclaredOrInheritedField, getDeclaringType, getModifiers, getPackage, getQualifiedName, getSuperclass, getSuperInterfaces, getTopLevelType, getTypeParameterDeclaration, isAnnotationType, isAnonymous, isArray, isClass, isEnum, isInterface, isLocalType, isParameterized, isShadow, setDeclaringType, setPackage, setShadow, unboxequals, getSimpleName, setCommentsaddAnnotation, addComment, asIterable, comment, delete, descendantIterator, emptyList, emptySet, filterChildren, getAllMetadata, getAnnotatedChildren, getAnnotation, getAnnotation, getAnnotations, getComments, getDirectChildren, getDocComment, getElements, getFactory, getMetadata, getMetadataKeys, getOriginalSourceFragment, getParent, getParent, getParent, getPath, getPosition, getReferencedTypes, getRoleInParent, getShortRepresentation, getValueByRole, hasAnnotation, hashCode, hasParent, isImplicit, isParentInitialized, map, map, prettyprint, putMetadata, removeAnnotation, removeComment, replace, replace, setAllMetadata, setAnnotations, setDocComment, setFactory, setImplicit, setParent, setPosition, setPositions, setValueByRole, toString, toStringDebug, unmodifiableList, updateAllParentsBelowfinalize, getClass, notify, notifyAll, wait, wait, waitgetDeclaration, isDefaultBoundingType, setActualTypeArgumentsasCtIntersectionTypeReference, box, canAccess, canAccess, getAccessType, getDeclaringType, getModifiers, getPackage, getSimpleName, getSuperclass, getSuperInterfaces, getTopLevelType, getTypeParameterDeclaration, isSimplyQualified, setDeclaringType, setPackage, setSimplyQualified, unboxsetCommentsaddAnnotation, addComment, asIterable, delete, descendantIterator, getAllMetadata, getAnnotatedChildren, getAnnotation, getAnnotation, getAnnotations, getComments, getDirectChildren, getDocComment, getElements, getMetadata, getMetadataKeys, getOriginalSourceFragment, getParent, getParent, getParent, getPath, getPosition, getReferencedTypes, getRoleInParent, getShortRepresentation, getValueByRole, hasAnnotation, hasParent, isImplicit, isParentInitialized, prettyprint, putMetadata, removeAnnotation, removeComment, replace, replace, setAllMetadata, setAnnotations, setDocComment, setImplicit, setParent, setPosition, setPositions, setValueByRole, toString, toStringDebug, updateAllParentsBelowgetFactory, setFactoryfilterChildren, map, mapaddActualTypeArgument, getActualTypeArguments, removeActualTypeArgumentgetAllExecutables, getAllFields, getDeclaredExecutables, getDeclaredField, getDeclaredFields, getDeclaredOrInheritedField, getQualifiedName, getTypeErasure, isAnnotationType, isAnonymous, isArray, isClass, isEnum, isGenerics, isInterface, isLocalType, isParameterized, isPrimitive, isSubtypeOfisShadow, setShadowpublic void accept(CtVisitor visitor)
CtVisitableaccept in interface CtVisitableaccept in class CtTypeParameterReferenceImplpublic boolean isUpper()
CtWildcardReferencetrue if the bounds are in extends clause.
false means a super clause.isUpper in interface CtWildcardReferencepublic <T extends CtWildcardReference> T setUpper(boolean upper)
CtWildcardReferencetrue to write extends clause for bounds types.setUpper in interface CtWildcardReferencepublic <T extends CtWildcardReference> T setBoundingType(CtTypeReference<?> superType)
CtWildcardReferenceextends clause of the type parameter.setBoundingType in interface CtWildcardReferencepublic CtTypeReference<?> getBoundingType()
CtTypeParameterReferenceextends clause which declare
one (CtTypeReference or more (CtIntersectionTypeReference references.
// Extends with generics.
T extends Interface1
// Intersection type with generics.
T extends Interface1 & Interface2
getBoundingType in interface CtTypeParameterReferencegetBoundingType in interface CtWildcardReferencegetBoundingType in class CtTypeParameterReferenceImplpublic <T extends CtReference> T setSimpleName(java.lang.String simplename)
CtReferencesetSimpleName in interface CtReferencesetSimpleName in interface CtWildcardReferencesetSimpleName in class CtReferenceImplpublic CtWildcardReference clone()
CtElementRefactoring.copyType(CtType) and Refactoring.copyMethod(CtMethod) instead which does additional work beyond cloning.clone in interface CtElementclone in interface CtReferenceclone in interface CtTypeParameterReferenceclone in interface CtTypeReference<java.lang.Object>clone in interface CtWildcardReferenceclone in class CtTypeParameterReferenceImplpublic CtType<java.lang.Object> getTypeDeclaration()
CtTypeReferenceCtType that corresponds to the reference even if the
type isn't in the Spoon source path (in this case, the Spoon elements are
built with runtime reflection, and the resulting CtType is called a "shadow" class,
see CtShadowable.isShadow()).getTypeDeclaration in interface CtTypeReference<java.lang.Object>getTypeDeclaration in class CtTypeParameterReferenceImplpublic java.lang.Class<java.lang.Object> getActualClass()
CtTypeReferenceCtTypeReference.getTypeDeclaration() instead,
in order to only stay in the Spoon world and manipulate CtType instead of java.lang.Class.getActualClass in interface CtTypeReference<java.lang.Object>getActualClass in class CtTypeParameterReferenceImplSpoonClassNotFoundException if the class is not found.protected boolean isWildcard()
isWildcard in class CtTypeParameterReferenceImplCopyright © 2007–2021 Inria. All rights reserved.