Package com.thoughtworks.qdox.model

Interface JavaType

All Known Subinterfaces:

JavaClass, JavaParameter, JavaParameterizedType, JavaTypeVariable<D>, JavaWildcardType

All Known Implementing Classes:

DefaultJavaClass, DefaultJavaParameter, DefaultJavaParameterizedType, DefaultJavaType, DefaultJavaTypeVariable, DefaultJavaWildcardType

public interface JavaType

Equivalent of Type.

Method Summary

Modifier and Type	Method	Description
java.lang.String	getBinaryName()	The class or interface must be named by its binary name, which must meet the following constraints: The binary name of a top level type is its canonical name. The binary name of a member type consists of the binary name of its immediately enclosing type, followed by $, followed by the simple name of the member.
java.lang.String	getCanonicalName()	Equivalent of (@link Class.getCanonicalName().
java.lang.String	getFullyQualifiedName()	Every primitive type, named package, top level class, and top level interface has a fully qualified name: The fully qualified name of a primitive type is the keyword for that primitive type, namely byte, short, char, int, long, float, double, or boolean. The fully qualified name of a named package that is not a subpackage of a named package is its simple name. The fully qualified name of a named package that is a subpackage of another named package consists of the fully qualified name of the containing package, followed by ".", followed by the simple (member) name of the subpackage. The fully qualified name of a top level class or top level interface that is declared in an unnamed package is the simple name of the class or interface. The fully qualified name of a top level class or top level interface that is declared in a named package consists of the fully qualified name of the package, followed by ".", followed by the simple name of the class or interface. Each member class, member interface, and array type may have a fully qualified name: A member class or member interface M of another class or interface C has a fully qualified name if and only if C has a fully qualified name. In that case, the fully qualified name of M consists of the fully qualified name of C, followed by ".", followed by the simple name of M. An array type has a fully qualified name if and only if its element type has a fully qualified name. In that case, the fully qualified name of an array type consists of the fully qualified name of the component type of the array type followed by "[]". Some examples how names will be translated
java.lang.String	getGenericCanonicalName()	The canonical name with generic information.
java.lang.String	getGenericFullyQualifiedName()	The fully qualified name with generic information.
java.lang.String	getGenericValue()	A java5+ representation of the class.
java.lang.String	getValue()	If there's a reference to this class, use the value used in the code.
java.lang.String	toGenericString()

Method Detail

getBinaryName

java.lang.String getBinaryName()

The class or interface must be named by its binary name, which must meet the following constraints:

• The binary name of a top level type is its canonical name.
• The binary name of a member type consists of the binary name of its immediately enclosing type, followed by $, followed by the simple name of the member.

Returns:

the binary name

Since:

2.0

See Also:

https://docs.oracle.com/javase/specs/jls/se8/html/jls-13.html#jls-13.1

getCanonicalName

java.lang.String getCanonicalName()

Equivalent of (@link Class.getCanonicalName().

Returns:

the canonical name of this class

getGenericCanonicalName

java.lang.String getGenericCanonicalName()

The canonical name with generic information.

Returns:

the generic canonical name

getFullyQualifiedName

java.lang.String getFullyQualifiedName()

Every primitive type, named package, top level class, and top level interface has a fully qualified name:

• The fully qualified name of a primitive type is the keyword for that primitive type, namely byte, short, char, int, long, float, double, or boolean.
• The fully qualified name of a named package that is not a subpackage of a named package is its simple name.
• The fully qualified name of a named package that is a subpackage of another named package consists of the fully qualified name of the containing package, followed by ".", followed by the simple (member) name of the subpackage.
• The fully qualified name of a top level class or top level interface that is declared in an unnamed package is the simple name of the class or interface.
• The fully qualified name of a top level class or top level interface that is declared in a named package consists of the fully qualified name of the package, followed by ".", followed by the simple name of the class or interface.

Each member class, member interface, and array type may have a fully qualified name:

• A member class or member interface M of another class or interface C has a fully qualified name if and only if C has a fully qualified name.
• In that case, the fully qualified name of M consists of the fully qualified name of C, followed by ".", followed by the simple name of M.
• An array type has a fully qualified name if and only if its element type has a fully qualified name.
• In that case, the fully qualified name of an array type consists of the fully qualified name of the component type of the array type followed by "[]".

Some examples how names will be translated

 Object > java.lang.Object
 java.util.List > java.util.List
 ?  > ?
 T  > T
 anypackage.Outer.Inner > anypackage.Outer.Inner
 String[][] > java.lang.String[][]
 

Returns:

the fully qualified name, never null

See Also:

JavaClass.getComponentType(), getBinaryName(), https://docs.oracle.com/javase/specs/jls/se8/html/jls-6.html#jls-6.7

getGenericFullyQualifiedName

java.lang.String getGenericFullyQualifiedName()

The fully qualified name with generic information.

Returns:

the generic fully qualified name

getValue

java.lang.String getValue()

If there's a reference to this class, use the value used in the code. Otherwise return the simple name. When including all imports, you should be safe to use this method. This won't return generics, so it's java1.4 safe. Examples:

  private String fieldA;             // getValue() will return "String"
  private java.lang.String fieldA;   // getValue() will return "java.lang.String"
  private List>String> aList;  // getValue() will return "List"
 

Returns:

the name of the class as used in the source

getGenericValue

java.lang.String getGenericValue()

A java5+ representation of the class. When including all imports, you should be safe to use this method. Examples:

  private String fieldA;             // getValue() will return "String"
  private java.lang.String fieldA;   // getValue() will return "java.lang.String"
  private List>String> aList;  // getValue() will return "List>String>"
 

Returns:

the generic name of the class as used in the source

toGenericString

java.lang.String toGenericString()