javax.lang.model.type.TypeMirror asType()

Returns the type defined by this element.

A generic element defines a family of types, not just one. If this is a generic element, a prototypical type is returned. This is the element's invocation on the type variables corresponding to its own formal type parameters. For example, for the generic class element C<N extends Number> , the parameterized type C<N> is returned. The Types utility interface has more general methods for obtaining the full range of types defined by an element.

ElementKind getKind()

Returns the kind of this element.

java.util.Set<javax.lang.model.element.Modifier> getModifiers()

Returns the modifiers of this element, excluding annotations. Implicit modifiers, such as the public and static modifiers of interface members, are included.

javax.lang.model.element.Name getSimpleName()

Returns the simple (unqualified) name of this element. The name of a generic type does not include any reference to its formal type parameters. For example, the simple name of the type element java.util.Set<E> is "Set". If this element represents an unnamed package or unnamed module, an empty name is returned. If it represents a constructor, the name "<init>" is returned. If it represents a static initializer, the name "<clinit>" is returned. If it represents an anonymous class or instance initializer, an empty name is returned.

javax.lang.model.element.Name getSimpleName()

Returns the simple (unqualified) name of this element. The name of a generic type does not include any reference to its formal type parameters. For example, the simple name of the type element java.util.Set<E> is "Set". If this element represents an unnamed package, an empty name is returned. If it represents a constructor, the name "<init>" is returned. If it represents a static initializer, the name "<clinit>" is returned. If it represents an anonymous class or instance initializer, an empty name is returned.

javax.lang.model.element.Name getSimpleName()

Returns the simple (unqualified) name of this element. The name of a generic type does not include any reference to its formal type parameters. For example, the simple name of the type element java.util.Set<E> is "Set". If this element represents an unnamed package or unnamed module, an empty name is returned. If it represents a constructor, the name "<init>" is returned. If it represents a static initializer, the name "<clinit>" is returned. If it represents an anonymous class or instance initializer, an empty name is returned.

Element getEnclosingElement()

Returns the innermost element within which this element is, loosely speaking, enclosed.

• If this element is one whose declaration is lexically enclosed immediately within the declaration of another element, that other element is returned.
• If this is a top-level type, its package is returned.
• If this is a package, its module is returned if such a module exists. Otherwise, null is returned.
• If this is a type parameter, the generic element of the type parameter is returned.
• If this is a method or constructor parameter, the executable element which declares the parameter is returned.
• If this is a module, null is returned.

Element getEnclosingElement()

Returns the innermost element within which this element is, loosely speaking, enclosed.

• If this element is one whose declaration is lexically enclosed immediately within the declaration of another element, that other element is returned.
• If this is a top-level type, its package is returned.
• If this is a package, null is returned.
• If this is a type parameter, the generic element of the type parameter is returned.
• If this is a method or constructor parameter, the executable element which declares the parameter is returned.

Element getEnclosingElement()

Returns the innermost element within which this element is, loosely speaking, enclosed.

• If this element is one whose declaration is lexically enclosed immediately within the declaration of another element, that other element is returned.
• If this is a top-level type, its package is returned.
• If this is a package, its module is returned if such a module exists. Otherwise, null is returned.
• If this is a type parameter, the generic element of the type parameter is returned.
• If this is a method or constructor parameter, the executable element which declares the parameter is returned.
• If this is a module, null is returned.

java.util.List<? extends Element> getEnclosedElements()

Returns the elements that are, loosely speaking, directly enclosed by this element. A class or interface is considered to enclose the fields, methods, constructors, and member types that it directly declares. A package encloses the top-level classes and interfaces within it, but is not considered to enclose subpackages. A module encloses packages within it. Enclosed elements may include implicitly declared mandated elements. Other kinds of elements are not currently considered to enclose any elements; however, that may change as this API or the programming language evolves.

java.util.List<? extends Element> getEnclosedElements()

Returns the elements that are, loosely speaking, directly enclosed by this element. A class or interface is considered to enclose the fields, methods, constructors, and member types that it directly declares. A package encloses the top-level classes and interfaces within it, but is not considered to enclose subpackages. Other kinds of elements are not currently considered to enclose any elements; however, that may change as this API or the programming language evolves.

Note that elements of certain kinds can be isolated using methods in ElementFilter.

java.util.List<? extends Element> getEnclosedElements()

Returns the elements that are, loosely speaking, directly enclosed by this element. A class or interface is considered to enclose the fields, methods, constructors, and member types that it directly declares. A package encloses the top-level classes and interfaces within it, but is not considered to enclose subpackages. A module encloses packages within it. Enclosed elements may include implicitly declared mandated elements. Other kinds of elements are not currently considered to enclose any elements; however, that may change as this API or the programming language evolves.

boolean equals(java.lang.Object obj)

Returns true if the argument represents the same element as this, or false otherwise.

boolean equals(java.lang.Object obj)

Returns true if the argument represents the same element as this, or false otherwise.

Note that the identity of an element involves implicit state not directly accessible from the element's methods, including state about the presence of unrelated types. Element objects created by different implementations of these interfaces should not be expected to be equal even if "the same" element is being modeled; this is analogous to the inequality of Class objects for the same class file loaded through different class loaders.

boolean equals(java.lang.Object obj)

Returns true if the argument represents the same element as this, or false otherwise.

int hashCode()

Obeys the general contract of Object.hashCode.

java.util.List<? extends javax.lang.model.element.AnnotationMirror> getAnnotationMirrors()

Returns the annotations that are directly present on this construct.

To get inherited annotations as well, use getAllAnnotationMirrors.

<A extends java.lang.annotation.Annotation> A getAnnotation(Class<A> annotationType)

Returns this construct's annotation of the specified type if such an annotation is present, else null.

The annotation returned by this method could contain an element whose value is of type Class. This value cannot be returned directly: information necessary to locate and load a class (such as the class loader to use) is not available, and the class might not be loadable at all. Attempting to read a Class object by invoking the relevant method on the returned annotation will result in a MirroredTypeException, from which the corresponding TypeMirror may be extracted. Similarly, attempting to read a Class[]-valued element will result in a MirroredTypesException.

Note: This method is unlike others in this and related interfaces. It operates on runtime reflective information — representations of annotation types currently loaded into the VM — rather than on the representations defined by and used throughout these interfaces. Consequently, calling methods on the returned annotation object can throw many of the exceptions that can be thrown when calling methods on an annotation object returned by core reflection. This method is intended for callers that are written to operate on a known, fixed set of annotation types.