https://bytebuddy.net/byte-buddy-dep: Byte Buddy is a Java library for creating Java classes at run time. This artifact is a build of Byte Buddy with a remaining dependency onto ASM. You should never depend on this module without repackaging Byte Buddy and ASM into your own namespace. 
/*
 * Copyright 2014 - 2020 Rafael Winterhalter
 *
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 *
 *     http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 */
package net.bytebuddy.description.type;

import edu.umd.cs.findbugs.annotations.SuppressFBWarnings;
import net.bytebuddy.ClassFileVersion;
import net.bytebuddy.build.CachedReturnPlugin;
import net.bytebuddy.build.HashCodeAndEqualsPlugin;
import net.bytebuddy.description.ByteCodeElement;
import net.bytebuddy.description.ModifierReviewable;
import net.bytebuddy.description.TypeVariableSource;
import net.bytebuddy.description.annotation.AnnotationDescription;
import net.bytebuddy.description.annotation.AnnotationList;
import net.bytebuddy.description.annotation.AnnotationSource;
import net.bytebuddy.description.enumeration.EnumerationDescription;
import net.bytebuddy.description.field.FieldDescription;
import net.bytebuddy.description.field.FieldList;
import net.bytebuddy.description.method.MethodDescription;
import net.bytebuddy.description.method.MethodList;
import net.bytebuddy.description.method.ParameterDescription;
import net.bytebuddy.dynamic.TargetType;
import net.bytebuddy.implementation.bytecode.StackSize;
import net.bytebuddy.matcher.ElementMatcher;
import net.bytebuddy.utility.CompoundList;
import net.bytebuddy.utility.JavaType;
import net.bytebuddy.utility.privilege.GetSystemPropertyAction;
import org.objectweb.asm.Opcodes;
import org.objectweb.asm.Type;
import org.objectweb.asm.signature.SignatureVisitor;
import org.objectweb.asm.signature.SignatureWriter;

import java.io.Serializable;
import java.lang.annotation.Annotation;
import java.lang.annotation.ElementType;
import java.lang.reflect.*;
import java.security.AccessController;
import java.security.PrivilegedAction;
import java.util.*;

import static net.bytebuddy.matcher.ElementMatchers.is;


Implementations of this interface represent a Java type, i.e. a class or interface. Instances of this interface always represent non-generic types of sort Sort.NON_GENERIC. 
/**
 * Implementations of this interface represent a Java type, i.e. a class or interface. Instances of this interface always
 * represent non-generic types of sort {@link Generic.Sort#NON_GENERIC}.
 */
public interface TypeDescription extends TypeDefinition, ByteCodeElement, TypeVariableSource {

    
A representation of the Object type. 
/**
     * A representation of the {@link java.lang.Object} type.
     */
    TypeDescription OBJECT = new ForLoadedType(Object.class);

    
A representation of the String type. 
/**
     * A representation of the {@link java.lang.String} type.
     */
    TypeDescription STRING = new ForLoadedType(String.class);

    
A representation of the Class type. 
/**
     * A representation of the {@link java.lang.Class} type.
     */
    TypeDescription CLASS = new ForLoadedType(Class.class);

    
A representation of the Throwable type. 
/**
     * A representation of the {@link java.lang.Throwable} type.
     */
    TypeDescription THROWABLE = new ForLoadedType(Throwable.class);

    
A representation of the void non-type. 
/**
     * A representation of the {@code void} non-type.
     */
    TypeDescription VOID = new ForLoadedType(void.class);

    
A list of interfaces that are implicitly implemented by any array type.

/**
     * A list of interfaces that are implicitly implemented by any array type.
     */
    TypeList.Generic ARRAY_INTERFACES = new TypeList.Generic.ForLoadedTypes(Cloneable.class, Serializable.class);

    
Represents any undefined property representing a type description that is instead represented as null in order to resemble the Java reflection API which returns null and is intuitive to many Java developers. 
/**
     * Represents any undefined property representing a type description that is instead represented as {@code null} in order
     * to resemble the Java reflection API which returns {@code null} and is intuitive to many Java developers.
     */
    TypeDescription UNDEFINED = null;

    
{@inheritDoc}

/**
     * {@inheritDoc}
     */
    FieldList<FieldDescription.InDefinedShape> getDeclaredFields();

    
{@inheritDoc}

/**
     * {@inheritDoc}
     */
    MethodList<MethodDescription.InDefinedShape> getDeclaredMethods();

    
{@inheritDoc}

/**
     * {@inheritDoc}
     */
    RecordComponentList<RecordComponentDescription.InDefinedShape> getRecordComponents();

    
Checks if value is an instance of the type represented by this instance. 
Params:
  • value – The object of interest.
Returns:true if the object is an instance of the type described by this instance.
/**
     * Checks if {@code value} is an instance of the type represented by this instance.
     *
     * @param value The object of interest.
     * @return {@code true} if the object is an instance of the type described by this instance.
     */
    boolean isInstance(Object value);

    
Checks if this type is assignable from the type described by this instance, for example for class Foo and class Bar extends Foo, this method would return true for Foo.class.isAssignableFrom(Bar.class). 
Params:
  • type – The type of interest.
Returns:true if this type is assignable from type.
/**
     * Checks if this type is assignable from the type described by this instance, for example for
     * {@code class Foo} and {@code class Bar extends Foo}, this method would return {@code true} for
     * {@code Foo.class.isAssignableFrom(Bar.class)}.
     *
     * @param type The type of interest.
     * @return {@code true} if this type is assignable from {@code type}.
     */
    boolean isAssignableFrom(Class<?> type);

    
Checks if this type is assignable from the type described by this instance, for example for class Foo and class Bar extends Foo, this method would return true for Foo.class.isAssignableFrom(Bar.class). 
 
 Implementations of this methods are allowed to delegate to isAssignableFrom(Class<?>) 
Params:
  • typeDescription – The type of interest.
Returns:true if this type is assignable from type.
/**
     * Checks if this type is assignable from the type described by this instance, for example for
     * {@code class Foo} and {@code class Bar extends Foo}, this method would return {@code true} for
     * {@code Foo.class.isAssignableFrom(Bar.class)}.
     * <p>&nbsp;</p>
     * Implementations of this methods are allowed to delegate to
     * {@link TypeDescription#isAssignableFrom(Class)}
     *
     * @param typeDescription The type of interest.
     * @return {@code true} if this type is assignable from {@code type}.
     */
    boolean isAssignableFrom(TypeDescription typeDescription);

    
Checks if this type is assignable from the type described by this instance, for example for class Foo and class Bar extends Foo, this method would return true for Bar.class.isAssignableTo(Foo.class). 
Params:
  • type – The type of interest.
Returns:true if this type is assignable to type.
/**
     * Checks if this type is assignable from the type described by this instance, for example for
     * {@code class Foo} and {@code class Bar extends Foo}, this method would return {@code true} for
     * {@code Bar.class.isAssignableTo(Foo.class)}.
     *
     * @param type The type of interest.
     * @return {@code true} if this type is assignable to {@code type}.
     */
    boolean isAssignableTo(Class<?> type);

    
Checks if this type is assignable from the type described by this instance, for example for class Foo and class Bar extends Foo, this method would return true for Bar.class.isAssignableFrom(Foo.class). 
 
 Implementations of this methods are allowed to delegate to isAssignableTo(Class<?>) 
Params:
  • typeDescription – The type of interest.
Returns:true if this type is assignable to type.
/**
     * Checks if this type is assignable from the type described by this instance, for example for
     * {@code class Foo} and {@code class Bar extends Foo}, this method would return {@code true} for
     * {@code Bar.class.isAssignableFrom(Foo.class)}.
     * <p>&nbsp;</p>
     * Implementations of this methods are allowed to delegate to
     * {@link TypeDescription#isAssignableTo(Class)}
     *
     * @param typeDescription The type of interest.
     * @return {@code true} if this type is assignable to {@code type}.
     */
    boolean isAssignableTo(TypeDescription typeDescription);

    
Returns true if this type and the supplied type are in a type hierarchy with each other, i.e. if this type is assignable to the supplied type or the other way around. 
Params:
  • type – The type of interest.
Returns:true if this type and the supplied type are in a type hierarchy with each other.
/**
     * Returns {@code true} if this type and the supplied type are in a type hierarchy with each other, i.e. if this type is assignable
     * to the supplied type or the other way around.
     *
     * @param type The type of interest.
     * @return {@code true} if this type and the supplied type are in a type hierarchy with each other.
     */
    boolean isInHierarchyWith(Class<?> type);

    
Returns true if this type and the supplied type are in a type hierarchy with each other, i.e. if this type is assignable to the supplied type or the other way around. 
Params:
  • typeDescription – The type of interest.
Returns:true if this type and the supplied type are in a type hierarchy with each other.
/**
     * Returns {@code true} if this type and the supplied type are in a type hierarchy with each other, i.e. if this type is assignable
     * to the supplied type or the other way around.
     *
     * @param typeDescription The type of interest.
     * @return {@code true} if this type and the supplied type are in a type hierarchy with each other.
     */
    boolean isInHierarchyWith(TypeDescription typeDescription);

    
{@inheritDoc}

/**
     * {@inheritDoc}
     */
    TypeDescription getComponentType();

    
{@inheritDoc}

/**
     * {@inheritDoc}
     */
    TypeDescription getDeclaringType();

    
Returns a list of types that are declared by this type. This list does not normally include anonymous types but might
include additional types if they are explicitly added to an instrumented type.

Returns:A list of types that are declared within this type.
/**
     * Returns a list of types that are declared by this type. This list does not normally include anonymous types but might
     * include additional types if they are explicitly added to an instrumented type.
     *
     * @return A list of types that are declared within this type.
     */
    TypeList getDeclaredTypes();

    
Returns a description of the method that encloses this type. If this method is not enclosed by any type or is enclosed by the type initializer, null is returned by this method. 
Returns:A description of the enclosing method of this type or null if there is no such method.
/**
     * Returns a description of the method that encloses this type. If this method is not enclosed by any type or is
     * enclosed by the type initializer, {@code null} is returned by this method.
     *
     * @return A description of the enclosing method of this type or {@code null} if there is no such method.
     */
    MethodDescription.InDefinedShape getEnclosingMethod();

    
Returns a description of this type's enclosing type if any.

Returns:A description of the enclosing type of this type or null if there is no such type.
/**
     * Returns a description of this type's enclosing type if any.
     *
     * @return A description of the enclosing type of this type or {@code null} if there is no such type.
     */
    TypeDescription getEnclosingType();

    
Returns the type's actual modifiers as present in the class file. For example, a type cannot be private. but it modifiers might reflect this property nevertheless if a class was defined as a private inner class. The returned modifiers take also into account if the type is marked as Deprecated. Anonymous classes that are enclosed in a static method or the type initializer are additionally marked as final as it is also done by the Java compiler. 
Params:
  • superFlag – true if the modifier's super flag should be set.
Returns:The type's actual modifiers.
/**
     * Returns the type's actual modifiers as present in the class file. For example, a type cannot be {@code private}.
     * but it modifiers might reflect this property nevertheless if a class was defined as a private inner class. The
     * returned modifiers take also into account if the type is marked as {@link Deprecated}. Anonymous classes that are
     * enclosed in a static method or the type initializer are additionally marked as {@code final} as it is also done
     * by the Java compiler.
     *
     * @param superFlag {@code true} if the modifier's super flag should be set.
     * @return The type's actual modifiers.
     */
    int getActualModifiers(boolean superFlag);

    
Returns the simple internalName of this type.

Returns:The simple internalName of this type.
/**
     * Returns the simple internalName of this type.
     *
     * @return The simple internalName of this type.
     */
    String getSimpleName();

    
Returns the canonical name of this type if it exists.

Returns:The canonical name of this type. Might be null.
/**
     * Returns the canonical name of this type if it exists.
     *
     * @return The canonical name of this type. Might be {@code null}.
     */
    String getCanonicalName();

    
Checks if this type description represents an anonymous type.

Returns:true if this type description represents an anonymous type.
/**
     * Checks if this type description represents an anonymous type.
     *
     * @return {@code true} if this type description represents an anonymous type.
     */
    boolean isAnonymousType();

    
Checks if this type description represents a local type.

Returns:true if this type description represents a local type.
/**
     * Checks if this type description represents a local type.
     *
     * @return {@code true} if this type description represents a local type.
     */
    boolean isLocalType();

    
Checks if this type description represents a member type.

Returns:true if this type description represents a member type.
/**
     * Checks if this type description represents a member type.
     *
     * @return {@code true} if this type description represents a member type.
     */
    boolean isMemberType();

    
Returns the package of the type described by this instance or null if the described type does not imply a package. 
Returns:The package of the type described by this instance or null if the described type does not imply a package.
/**
     * Returns the package of the type described by this instance or {@code null} if the described type does not imply a package.
     *
     * @return The package of the type described by this instance or {@code null} if the described type does not imply a package.
     */
    PackageDescription getPackage();

    
Returns the annotations that this type declares or inherits from super types.

Returns:A list of all inherited annotations.
/**
     * Returns the annotations that this type declares or inherits from super types.
     *
     * @return A list of all inherited annotations.
     */
    AnnotationList getInheritedAnnotations();

    
Checks if two types are defined in the same package.

Params:
  • typeDescription – The type of interest.
Returns:true if this type and the given type are in the same package.
/**
     * Checks if two types are defined in the same package.
     *
     * @param typeDescription The type of interest.
     * @return {@code true} if this type and the given type are in the same package.
     */
    boolean isSamePackage(TypeDescription typeDescription);

    
Checks if this type represents a wrapper type for a primitive type. The Void type is not considered to be a wrapper type. 
Returns:true if this type represents a wrapper type.
/**
     * Checks if this type represents a wrapper type for a primitive type. The {@link java.lang.Void} type is
     * not considered to be a wrapper type.
     *
     * @return {@code true} if this type represents a wrapper type.
     */
    boolean isPrimitiveWrapper();

    
Checks if instances of this type can be returned from an annotation method.

Returns:true if instances of this type can be returned from an annotation method.
/**
     * Checks if instances of this type can be returned from an annotation method.
     *
     * @return {@code true} if instances of this type can be returned from an annotation method.
     */
    boolean isAnnotationReturnType();

    
Checks if instances of this type can be used for describing an annotation value.

Returns:true if instances of this type can be used for describing an annotation value.
/**
     * Checks if instances of this type can be used for describing an annotation value.
     *
     * @return {@code true} if instances of this type can be used for describing an annotation value.
     */
    boolean isAnnotationValue();

    
Checks if instances of this type can be used for describing the given annotation value.

Params:
  • value – The value that is supposed to describe the annotation value for this instance.
Returns:true if instances of this type can be used for describing the given annotation value..
/**
     * Checks if instances of this type can be used for describing the given annotation value.
     *
     * @param value The value that is supposed to describe the annotation value for this instance.
     * @return {@code true} if instances of this type can be used for describing the given annotation value..
     */
    boolean isAnnotationValue(Object value);

    
Checks if this type represents a class that is a place holder for a package description.

Returns:true if this type represents a package description.
/**
     * Checks if this type represents a class that is a place holder for a package description.
     *
     * @return {@code true} if this type represents a package description.
     */
    boolean isPackageType();

    
Returns the amount of outer classes this type defines. If this type is not an inner type of another class, 0 is returned. 
Returns:The number of outer classes relatively to this type.
/**
     * Returns the amount of outer classes this type defines. If this type is not an inner type of another class, {@code 0} is returned.
     *
     * @return The number of outer classes relatively to this type.
     */
    int getInnerClassCount();

    
Indicates if this class is an inner class.

Returns:true if this class is an inner class.
/**
     * Indicates if this class is an inner class.
     *
     * @return {@code true} if this class is an inner class.
     */
    boolean isInnerClass();

    
Indicates if this class is a nested class.

Returns:true if this class is a nested class.
/**
     * Indicates if this class is a nested class.
     *
     * @return {@code true} if this class is a nested class.
     */
    boolean isNestedClass();

    
Returns a description of this type that represents this type as a boxed type for primitive types, unless its void. 
Returns:A description of this type in its boxed form.
/**
     * Returns a description of this type that represents this type as a boxed type for primitive types, unless its {@code void}.
     *
     * @return A description of this type in its boxed form.
     */
    TypeDescription asBoxed();

    
Returns a description of this type that represents this type as an unboxed type for boxing types, unless its Void. 
Returns:A description of this type in its unboxed form.
/**
     * Returns a description of this type that represents this type as an unboxed type for boxing types, unless its {@link Void}.
     *
     * @return A description of this type in its unboxed form.
     */
    TypeDescription asUnboxed();

    
Returns the default value for this type, i.e. the zero value for a primitive type and null for a reference type. For void, null is returned. 
Returns:This types default value.
/**
     * Returns the default value for this type, i.e. the zero value for a primitive type and {@code null} for a reference type.
     * For {@code void}, {@code null} is returned.
     *
     * @return This types default value.
     */
    Object getDefaultValue();

    
Returns the nest host of this type. For types prior to Java 11, this type is returned which is the default nest host.

Returns:The nest host of this type.
/**
     * Returns the nest host of this type. For types prior to Java 11, this type is returned which is the default nest host.
     *
     * @return The nest host of this type.
     */
    TypeDescription getNestHost();

    
Returns a list of members that are part of a nesting group. Prior to Java 11, a list that only contains this type is returned which is
the default nest group.

Returns:A list of members of this nest group.
/**
     * Returns a list of members that are part of a nesting group. Prior to Java 11, a list that only contains this type is returned which is
     * the default nest group.
     *
     * @return A list of members of this nest group.
     */
    TypeList getNestMembers();

    
Checks if this class is the host of a nest group.

Returns:true if this class is a nest group's host.
/**
     * Checks if this class is the host of a nest group.
     *
     * @return {@code true} if this class is a nest group's host.
     */
    boolean isNestHost();

    
Checks if this type and the supplied type are members of the same nest group.

Params:
  • type – The type for which to check if it is a member of the same nest group.
Returns:true if this type and the supplied type are members of the same nest group.
/**
     * Checks if this type and the supplied type are members of the same nest group.
     *
     * @param type The type for which to check if it is a member of the same nest group.
     * @return {@code true} if this type and the supplied type are members of the same nest group.
     */
    boolean isNestMateOf(Class<?> type);

    
Checks if this type and the supplied type are members of the same nest group.

Params:
  • typeDescription – The type for which to check if it is a member of the same nest group.
Returns:true if this type and the supplied type are members of the same nest group.
/**
     * Checks if this type and the supplied type are members of the same nest group.
     *
     * @param typeDescription The type for which to check if it is a member of the same nest group.
     * @return {@code true} if this type and the supplied type are members of the same nest group.
     */
    boolean isNestMateOf(TypeDescription typeDescription);

    
Indicates if this type represents a compile-time constant, i.e. int, long, float, double, String, Class or java.lang.invoke.MethodHandle or java.lang.invoke.MethodType. 
Returns:true if this type represents a compile-time constant.
/**
     * Indicates if this type represents a compile-time constant, i.e. {@code int}, {@code long}, {@code float}, {@code double},
     * {@link String}, {@link Class} or {@code java.lang.invoke.MethodHandle} or {@code java.lang.invoke.MethodType}.
     *
     * @return {@code true} if this type represents a compile-time constant.
     */
    boolean isCompileTimeConstant();

    
Returns the list of permitted subclasses if this class is a sealed class or an empty list if this class is not sealed.

Returns:The list of permitted subclasses if this class is a sealed class or an empty list if this class is not sealed.
/**
     * Returns the list of permitted subclasses if this class is a sealed class or an empty list if this class is not sealed.
     *
     * @return The list of permitted subclasses if this class is a sealed class or an empty list if this class is not sealed.
     */
    TypeList getPermittedSubclasses();

    
Returns true if this class is a sealed class that only permitts a specified range of subclasses. 
Returns:true if this class is a sealed class that only permitts a specified range of subclasses.
/**
     * Returns {@code true} if this class is a sealed class that only permitts a specified range of subclasses.
     *
     * @return {@code true} if this class is a sealed class that only permitts a specified range of subclasses.
     */
    boolean isSealed();

    
 Represents a generic type of the Java programming language. A non-generic TypeDescription is considered to be a specialization of a generic type. 


 Note that annotations that are declared on an annotated type refer to any type annotations that are declared by this generic type. For reading annotations of the erasure type, TypeDefinition.asErasure() must be called before. 


/**
     * <p>
     * Represents a generic type of the Java programming language. A non-generic {@link TypeDescription} is considered to be
     * a specialization of a generic type.
     * </p>
     * <p>
     * Note that annotations that are declared on an annotated type refer to any type annotations that are declared by this
     * generic type. For reading annotations of the erasure type, {@link TypeDefinition#asErasure()} must be called before.
     * </p>
     */
    interface Generic extends TypeDefinition, AnnotationSource {

        
A representation of the Object type. 
/**
         * A representation of the {@link Object} type.
         */
        Generic OBJECT = new OfNonGenericType.ForLoadedType(Object.class);

        
A representation of the Class non-type. 
/**
         * A representation of the {@link Class} non-type.
         */
        Generic CLASS = new OfNonGenericType.ForLoadedType(Class.class);

        
A representation of the void non-type. 
/**
         * A representation of the {@code void} non-type.
         */
        Generic VOID = new OfNonGenericType.ForLoadedType(void.class);

        
A representation of the Annotation type. 
/**
         * A representation of the {@link Annotation} type.
         */
        Generic ANNOTATION = new OfNonGenericType.ForLoadedType(Annotation.class);

        
Represents any undefined property representing a generic type description that is instead represented as null in order to resemble the Java reflection API which returns null and is intuitive to many Java developers. 
/**
         * Represents any undefined property representing a generic type description that is instead represented as {@code null} in order
         * to resemble the Java reflection API which returns {@code null} and is intuitive to many Java developers.
         */
        Generic UNDEFINED = null;

        
Returns this type as a raw type. This resembles calling asErasure().asGenericType(). 
Returns:This type as a raw type.
/**
         * Returns this type as a raw type. This resembles calling {@code asErasure().asGenericType()}.
         *
         * @return This type as a raw type.
         */
        Generic asRawType();

        
 Returns the upper bounds of this type. Any type with a well-defined upper bound is bound by at least one type. If no such type is defined, the bound is implicitly Object. 


 Only non-symbolic type variables (Sort.VARIABLE, and wildcard types (Sort.WILDCARD) have well-defined upper bounds. For other types, an IllegalStateException is thrown. 


Returns:The upper bounds of this type.
/**
         * <p>
         * Returns the upper bounds of this type. Any type with a well-defined upper bound is bound by at least one type. If no such
         * type is defined, the bound is implicitly {@link Object}.
         * </p>
         * <p>
         * Only non-symbolic type variables ({@link net.bytebuddy.description.type.TypeDefinition.Sort#VARIABLE}, and wildcard types
         * ({@link net.bytebuddy.description.type.TypeDefinition.Sort#WILDCARD}) have well-defined upper bounds. For other
         * types, an {@link IllegalStateException} is thrown.
         * </p>
         *
         * @return The upper bounds of this type.
         */
        TypeList.Generic getUpperBounds();

        

Returns the lower bounds of this type.



 Only wildcard types (Sort.WILDCARD) define a lower bound. For other types, an IllegalStateException is thrown. 


Returns:The lower bounds of this type.
/**
         * <p>
         * Returns the lower bounds of this type.
         * </p>
         * <p>
         * Only wildcard types ({@link Sort#WILDCARD}) define a lower bound. For other
         * types, an {@link IllegalStateException} is thrown.
         * </p>
         *
         * @return The lower bounds of this type.
         */
        TypeList.Generic getLowerBounds();

        

Returns the type arguments of this type.



 Parameters are only well-defined for parameterized types (Sort.PARAMETERIZED). For all other types, this method throws an IllegalStateException. 


Returns:A list of this type's type parameters.
/**
         * <p>
         * Returns the type arguments of this type.
         * </p>
         * <p>
         * Parameters are only well-defined for parameterized types ({@link Sort#PARAMETERIZED}).
         * For all other types, this method throws an {@link IllegalStateException}.
         * </p>
         *
         * @return A list of this type's type parameters.
         */
        TypeList.Generic getTypeArguments();

        
 Returns the owner type of this type. A type's owner type describes a nested type's declaring type. If it exists, the returned type can be a non-generic or parameterized type. If a class has no declaring type, null is returned. 


 An owner type is only well-defined for parameterized types (Sort.PARAMETERIZED), for non-generic types (Sort.NON_GENERIC) and for generic arrays (Sort.GENERIC_ARRAY). For all other types, this method throws an IllegalStateException. 


Returns:This type's owner type or null if no owner type exists.
/**
         * <p>
         * Returns the owner type of this type. A type's owner type describes a nested type's declaring type.
         * If it exists, the returned type can be a non-generic or parameterized type. If a class has no
         * declaring type, {@code null} is returned.
         * </p>
         * <p>
         * An owner type is only well-defined for parameterized types ({@link Sort#PARAMETERIZED}),
         * for non-generic types ({@link Sort#NON_GENERIC}) and for generic arrays ({@link Sort#GENERIC_ARRAY}).
         * For all other types, this method throws an {@link IllegalStateException}.
         * </p>
         *
         * @return This type's owner type or {@code null} if no owner type exists.
         */
        Generic getOwnerType();

        

Returns the parameter binding of the supplied type variable.



 This method must only be called for parameterized types (Sort.PARAMETERIZED). For all other types, this method throws an IllegalStateException. 


Params:
  • typeVariable – The type variable for which a value should be located.
Returns:The value that is bound to the supplied type variable or null if the type variable is not bound by this parameterized type.
/**
         * <p>
         * Returns the parameter binding of the supplied type variable.
         * </p>
         * <p>
         * This method must only be called for parameterized types ({@link Sort#PARAMETERIZED}). For all other types,
         * this method throws an {@link IllegalStateException}.
         * </p>
         *
         * @param typeVariable The type variable for which a value should be located.
         * @return The value that is bound to the supplied type variable or {@code null} if the type variable
         * is not bound by this parameterized type.
         */
        Generic findBindingOf(Generic typeVariable);

        
Returns the source of this type variable. A type variable source is only well-defined for an attached type variable (Sort.VARIABLE. For other types, this method throws an IllegalStateException. 
Returns:This type's type variable source.
/**
         * Returns the source of this type variable. A type variable source is only well-defined for an attached type variable
         * ({@link Sort#VARIABLE}. For other types, this method
         * throws an {@link IllegalStateException}.
         *
         * @return This type's type variable source.
         */
        TypeVariableSource getTypeVariableSource();

        
Returns the symbol of this type variable. A symbol is only well-defined for type variables (Sort.VARIABLE, Sort.VARIABLE_SYMBOLIC). For other types, this method throws an IllegalStateException. 
Returns:This type's type variable symbol.
/**
         * Returns the symbol of this type variable. A symbol is only well-defined for type variables
         * ({@link Sort#VARIABLE}, {@link Sort#VARIABLE_SYMBOLIC}). For other types, this method
         * throws an {@link IllegalStateException}.
         *
         * @return This type's type variable symbol.
         */
        String getSymbol();

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        Generic getComponentType();

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        FieldList<FieldDescription.InGenericShape> getDeclaredFields();

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        MethodList<MethodDescription.InGenericShape> getDeclaredMethods();

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        RecordComponentList<RecordComponentDescription.InGenericShape> getRecordComponents();

        
Applies a visitor to this generic type description.

Params:
  • visitor – The visitor to apply.
Type parameters:
  • <T> –     The value that this visitor yields.
Returns:The visitor's return value.
/**
         * Applies a visitor to this generic type description.
         *
         * @param visitor The visitor to apply.
         * @param <T>     The value that this visitor yields.
         * @return The visitor's return value.
         */
        <T> T accept(Visitor<T> visitor);

        
A visitor that can be applied to a Generic for differentiating on the sort of the visited type. 
Type parameters:
  • <T> – The visitor's return value's type.
/**
         * A visitor that can be applied to a {@link Generic} for differentiating on the sort of the visited type.
         *
         * @param <T> The visitor's return value's type.
         */
        interface Visitor<T> {

            
Visits a generic array type (Sort.GENERIC_ARRAY). 
Params:
  • genericArray – The generic array type.
Returns:The visitor's return value.
/**
             * Visits a generic array type ({@link Sort#GENERIC_ARRAY}).
             *
             * @param genericArray The generic array type.
             * @return The visitor's return value.
             */
            T onGenericArray(Generic genericArray);

            
Visits a wildcard (Sort.WILDCARD). 
Params:
  • wildcard – The wildcard.
Returns:The visitor's return value.
/**
             * Visits a wildcard ({@link Sort#WILDCARD}).
             *
             * @param wildcard The wildcard.
             * @return The visitor's return value.
             */
            T onWildcard(Generic wildcard);

            
Visits a parameterized type (Sort.PARAMETERIZED). 
Params:
  • parameterizedType – The generic array type.
Returns:The visitor's return value.
/**
             * Visits a parameterized type ({@link Sort#PARAMETERIZED}).
             *
             * @param parameterizedType The generic array type.
             * @return The visitor's return value.
             */
            T onParameterizedType(Generic parameterizedType);

            
Visits a type variable (Sort.VARIABLE, Sort.VARIABLE_SYMBOLIC). 
Params:
  • typeVariable – The generic array type.
Returns:The visitor's return value.
/**
             * Visits a type variable ({@link Sort#VARIABLE}, {@link Sort#VARIABLE_SYMBOLIC}).
             *
             * @param typeVariable The generic array type.
             * @return The visitor's return value.
             */
            T onTypeVariable(Generic typeVariable);

            
Visits a non-generic type (Sort.NON_GENERIC). 
Params:
  • typeDescription – The non-generic type.
Returns:The visitor's return value.
/**
             * Visits a non-generic type ({@link Sort#NON_GENERIC}).
             *
             * @param typeDescription The non-generic type.
             * @return The visitor's return value.
             */
            T onNonGenericType(Generic typeDescription);

            
A non-operational generic type visitor. Any visited type is returned in its existing form.

/**
             * A non-operational generic type visitor. Any visited type is returned in its existing form.
             */
            enum NoOp implements Visitor<Generic> {

                
The singleton instance.

/**
                 * The singleton instance.
                 */
                INSTANCE;

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onGenericArray(Generic genericArray) {
                    return genericArray;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onWildcard(Generic wildcard) {
                    return wildcard;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onParameterizedType(Generic parameterizedType) {
                    return parameterizedType;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onTypeVariable(Generic typeVariable) {
                    return typeVariable;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onNonGenericType(Generic typeDescription) {
                    return typeDescription;
                }
            }

            
A visitor that returns the erasure of any visited type. For wildcard types, an exception is thrown.

/**
             * A visitor that returns the erasure of any visited type. For wildcard types, an exception is thrown.
             */
            enum TypeErasing implements Visitor<Generic> {

                
The singleton instance.

/**
                 * The singleton instance.
                 */
                INSTANCE;

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onGenericArray(Generic genericArray) {
                    return genericArray.asRawType();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onWildcard(Generic wildcard) {
                    throw new IllegalArgumentException("Cannot erase a wildcard type: " + wildcard);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onParameterizedType(Generic parameterizedType) {
                    return parameterizedType.asRawType();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onTypeVariable(Generic typeVariable) {
                    return typeVariable.asRawType();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onNonGenericType(Generic typeDescription) {
                    return typeDescription.asRawType();
                }
            }

            
A visitor that strips all type annotations of all types.

/**
             * A visitor that strips all type annotations of all types.
             */
            enum AnnotationStripper implements Visitor<Generic> {

                
The singleton instance.

/**
                 * The singleton instance.
                 */
                INSTANCE;

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onGenericArray(Generic genericArray) {
                    return new OfGenericArray.Latent(genericArray.getComponentType().accept(this), Empty.INSTANCE);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onWildcard(Generic wildcard) {
                    return new OfWildcardType.Latent(wildcard.getUpperBounds().accept(this), wildcard.getLowerBounds().accept(this), Empty.INSTANCE);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onParameterizedType(Generic parameterizedType) {
                    Generic ownerType = parameterizedType.getOwnerType();
                    return new OfParameterizedType.Latent(parameterizedType.asErasure(),
                            ownerType == null
                                    ? UNDEFINED
                                    : ownerType.accept(this),
                            parameterizedType.getTypeArguments().accept(this),
                            Empty.INSTANCE);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onTypeVariable(Generic typeVariable) {
                    return new NonAnnotatedTypeVariable(typeVariable);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onNonGenericType(Generic typeDescription) {
                    return typeDescription.isArray()
                            ? new OfGenericArray.Latent(onNonGenericType(typeDescription.getComponentType()), Empty.INSTANCE)
                            : new OfNonGenericType.Latent(typeDescription.asErasure(), Empty.INSTANCE);
                }

                
Representation of a type variable without annotations.

/**
                 * Representation of a type variable without annotations.
                 */
                protected static class NonAnnotatedTypeVariable extends OfTypeVariable {

                    
The represented type variable.

/**
                     * The represented type variable.
                     */
                    private final Generic typeVariable;

                    
Creates a new non-annotated type variable.

Params:
  • typeVariable – The represented type variable.
/**
                     * Creates a new non-annotated type variable.
                     *
                     * @param typeVariable The represented type variable.
                     */
                    protected NonAnnotatedTypeVariable(Generic typeVariable) {
                        this.typeVariable = typeVariable;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public TypeList.Generic getUpperBounds() {
                        return typeVariable.getUpperBounds();
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public TypeVariableSource getTypeVariableSource() {
                        return typeVariable.getTypeVariableSource();
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public String getSymbol() {
                        return typeVariable.getSymbol();
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationList getDeclaredAnnotations() {
                        return new AnnotationList.Empty();
                    }
                }
            }

            
A visitor that determines the direct assignability of a type to another generic type. This visitor only checks
for strict assignability and does not perform any form of boxing or primitive type widening that are allowed
in the Java language.

/**
             * A visitor that determines the direct assignability of a type to another generic type. This visitor only checks
             * for strict assignability and does not perform any form of boxing or primitive type widening that are allowed
             * in the Java language.
             */
            enum Assigner implements Visitor<Assigner.Dispatcher> {

                
The singleton instance.

/**
                 * The singleton instance.
                 */
                INSTANCE;

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Dispatcher onGenericArray(Generic genericArray) {
                    return new Dispatcher.ForGenericArray(genericArray);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Dispatcher onWildcard(Generic wildcard) {
                    throw new IllegalArgumentException("A wildcard is not a first level type: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Dispatcher onParameterizedType(Generic parameterizedType) {
                    return new Dispatcher.ForParameterizedType(parameterizedType);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Dispatcher onTypeVariable(Generic typeVariable) {
                    return new Dispatcher.ForTypeVariable(typeVariable);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Dispatcher onNonGenericType(Generic typeDescription) {
                    return new Dispatcher.ForNonGenericType(typeDescription.asErasure());
                }

                
A dispatcher that allows to check if the visited generic type is assignable to the supplied type.

/**
                 * A dispatcher that allows to check if the visited generic type is assignable to the supplied type.
                 */
                public interface Dispatcher {

                    
Checks if the represented type is a super type of the type that is supplied as an argument.

Params:
  • typeDescription – The type to check for being assignable to the represented type.
Returns:true if the represented type is assignable to the supplied type.
/**
                     * Checks if the represented type is a super type of the type that is supplied as an argument.
                     *
                     * @param typeDescription The type to check for being assignable to the represented type.
                     * @return {@code true} if the represented type is assignable to the supplied type.
                     */
                    boolean isAssignableFrom(Generic typeDescription);

                    
An abstract base implementation of a dispatcher that forwards the decision to a visitor implementation.

/**
                     * An abstract base implementation of a dispatcher that forwards the decision to a visitor implementation.
                     */
                    abstract class AbstractBase implements Dispatcher, Visitor<Boolean> {

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public boolean isAssignableFrom(Generic typeDescription) {
                            return typeDescription.accept(this);
                        }
                    }

                    
A dispatcher for checking the assignability of a non-generic type.

/**
                     * A dispatcher for checking the assignability of a non-generic type.
                     */
                    @HashCodeAndEqualsPlugin.Enhance
                    class ForNonGenericType extends AbstractBase {

                        
The description of the type to which another type is assigned.

/**
                         * The description of the type to which another type is assigned.
                         */
                        private final TypeDescription typeDescription;

                        
Creates a new dispatcher of a non-generic type.

Params:
  • typeDescription – The description of the type to which another type is assigned.
/**
                         * Creates a new dispatcher of a non-generic type.
                         *
                         * @param typeDescription The description of the type to which another type is assigned.
                         */
                        protected ForNonGenericType(TypeDescription typeDescription) {
                            this.typeDescription = typeDescription;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onGenericArray(Generic genericArray) {
                            return typeDescription.isArray()
                                    ? genericArray.getComponentType().accept(new ForNonGenericType(typeDescription.getComponentType()))
                                    : typeDescription.represents(Object.class) || TypeDescription.ARRAY_INTERFACES.contains(typeDescription.asGenericType());
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onWildcard(Generic wildcard) {
                            throw new IllegalArgumentException("A wildcard is not a first-level type: " + wildcard);
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onParameterizedType(Generic parameterizedType) {
                            if (typeDescription.equals(parameterizedType.asErasure())) {
                                return true;
                            }
                            Generic superClass = parameterizedType.getSuperClass();
                            if (superClass != null && isAssignableFrom(superClass)) {
                                return true;
                            }
                            for (Generic interfaceType : parameterizedType.getInterfaces()) {
                                if (isAssignableFrom(interfaceType)) {
                                    return true;
                                }
                            }
                            return typeDescription.represents(Object.class);
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onTypeVariable(Generic typeVariable) {
                            for (Generic upperBound : typeVariable.getUpperBounds()) {
                                if (isAssignableFrom(upperBound)) {
                                    return true;
                                }
                            }
                            return false;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onNonGenericType(Generic typeDescription) {
                            return this.typeDescription.isAssignableFrom(typeDescription.asErasure());
                        }
                    }

                    
A dispatcher for checking the assignability of a type variable.

/**
                     * A dispatcher for checking the assignability of a type variable.
                     */
                    @HashCodeAndEqualsPlugin.Enhance
                    class ForTypeVariable extends AbstractBase {

                        
The description of the type variable to which another type is assigned.

/**
                         * The description of the type variable to which another type is assigned.
                         */
                        private final Generic typeVariable;

                        
Creates a new dispatcher of a type variable.

Params:
  • typeVariable – The description of the type variable to which another type is assigned.
/**
                         * Creates a new dispatcher of a type variable.
                         *
                         * @param typeVariable The description of the type variable to which another type is assigned.
                         */
                        protected ForTypeVariable(Generic typeVariable) {
                            this.typeVariable = typeVariable;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onGenericArray(Generic genericArray) {
                            return false;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onWildcard(Generic wildcard) {
                            throw new IllegalArgumentException("A wildcard is not a first-level type: " + wildcard);
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onParameterizedType(Generic parameterizedType) {
                            return false;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onTypeVariable(Generic typeVariable) {
                            if (typeVariable.equals(this.typeVariable)) {
                                return true;
                            }
                            for (Generic upperBound : typeVariable.getUpperBounds()) {
                                if (isAssignableFrom(upperBound)) {
                                    return true;
                                }
                            }
                            return false;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onNonGenericType(Generic typeDescription) {
                            return false;
                        }
                    }

                    
A dispatcher for checking the assignability of a parameterized type.

/**
                     * A dispatcher for checking the assignability of a parameterized type.
                     */
                    @HashCodeAndEqualsPlugin.Enhance
                    class ForParameterizedType extends AbstractBase {

                        
The parameterized type to which another type is assigned.

/**
                         * The parameterized type to which another type is assigned.
                         */
                        private final Generic parameterizedType;

                        
Creates a new dispatcher for checking the assignability of a parameterized type.

Params:
  • parameterizedType – The parameterized type to which another type is assigned.
/**
                         * Creates a new dispatcher for checking the assignability of a parameterized type.
                         *
                         * @param parameterizedType The parameterized type to which another type is assigned.
                         */
                        protected ForParameterizedType(Generic parameterizedType) {
                            this.parameterizedType = parameterizedType;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onGenericArray(Generic genericArray) {
                            return false;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onWildcard(Generic wildcard) {
                            throw new IllegalArgumentException("A wildcard is not a first-level type: " + wildcard);
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onParameterizedType(Generic parameterizedType) {
                            if (this.parameterizedType.asErasure().equals(parameterizedType.asErasure())) {
                                Generic fromOwner = this.parameterizedType.getOwnerType(), toOwner = parameterizedType.getOwnerType();
                                if (fromOwner != null && toOwner != null && !fromOwner.accept(Assigner.INSTANCE).isAssignableFrom(toOwner)) {
                                    return false;
                                }
                                TypeList.Generic fromArguments = this.parameterizedType.getTypeArguments(), toArguments = parameterizedType.getTypeArguments();
                                if (fromArguments.size() == toArguments.size()) {
                                    for (int index = 0; index < fromArguments.size(); index++) {
                                        if (!fromArguments.get(index).accept(ParameterAssigner.INSTANCE).isAssignableFrom(toArguments.get(index))) {
                                            return false;
                                        }
                                    }
                                    return true;
                                } else {
                                    throw new IllegalArgumentException("Incompatible generic types: " + parameterizedType + " and " + this.parameterizedType);
                                }
                            }
                            Generic superClass = parameterizedType.getSuperClass();
                            if (superClass != null && isAssignableFrom(superClass)) {
                                return true;
                            }
                            for (Generic interfaceType : parameterizedType.getInterfaces()) {
                                if (isAssignableFrom(interfaceType)) {
                                    return true;
                                }
                            }
                            return false;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onTypeVariable(Generic typeVariable) {
                            for (Generic upperBound : typeVariable.getUpperBounds()) {
                                if (isAssignableFrom(upperBound)) {
                                    return true;
                                }
                            }
                            return false;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onNonGenericType(Generic typeDescription) {
                            if (parameterizedType.asErasure().equals(typeDescription.asErasure())) {
                                return true;
                            }
                            Generic superClass = typeDescription.getSuperClass();
                            if (superClass != null && isAssignableFrom(superClass)) {
                                return true;
                            }
                            for (Generic interfaceType : typeDescription.getInterfaces()) {
                                if (isAssignableFrom(interfaceType)) {
                                    return true;
                                }
                            }
                            return false;
                        }

                        
An assigner for a parameter of a parameterized type.

/**
                         * An assigner for a parameter of a parameterized type.
                         */
                        protected enum ParameterAssigner implements Visitor<Dispatcher> {

                            
The singleton instance.

/**
                             * The singleton instance.
                             */
                            INSTANCE;

                            
{@inheritDoc}

/**
                             * {@inheritDoc}
                             */
                            public Dispatcher onGenericArray(Generic genericArray) {
                                return new InvariantBinding(genericArray);
                            }

                            
{@inheritDoc}

/**
                             * {@inheritDoc}
                             */
                            public Dispatcher onWildcard(Generic wildcard) {
                                TypeList.Generic lowerBounds = wildcard.getLowerBounds();
                                return lowerBounds.isEmpty()
                                        ? new CovariantBinding(wildcard.getUpperBounds().getOnly())
                                        : new ContravariantBinding(lowerBounds.getOnly());
                            }

                            
{@inheritDoc}

/**
                             * {@inheritDoc}
                             */
                            public Dispatcher onParameterizedType(Generic parameterizedType) {
                                return new InvariantBinding(parameterizedType);
                            }

                            
{@inheritDoc}

/**
                             * {@inheritDoc}
                             */
                            public Dispatcher onTypeVariable(Generic typeVariable) {
                                return new InvariantBinding(typeVariable);
                            }

                            
{@inheritDoc}

/**
                             * {@inheritDoc}
                             */
                            public Dispatcher onNonGenericType(Generic typeDescription) {
                                return new InvariantBinding(typeDescription);
                            }

                            
A dispatcher for an invariant parameter of a parameterized type, i.e. a type without a wildcard.

/**
                             * A dispatcher for an invariant parameter of a parameterized type, i.e. a type without a wildcard.
                             */
                            @HashCodeAndEqualsPlugin.Enhance
                            protected static class InvariantBinding implements Dispatcher {

                                
The invariant type of the parameter.

/**
                                 * The invariant type of the parameter.
                                 */
                                private final Generic typeDescription;

                                
Creates a new dispatcher for an invariant parameter of a parameterized type.

Params:
  • typeDescription – The invariant type of the parameter.
/**
                                 * Creates a new dispatcher for an invariant parameter of a parameterized type.
                                 *
                                 * @param typeDescription The invariant type of the parameter.
                                 */
                                protected InvariantBinding(Generic typeDescription) {
                                    this.typeDescription = typeDescription;
                                }

                                
{@inheritDoc}

/**
                                 * {@inheritDoc}
                                 */
                                public boolean isAssignableFrom(Generic typeDescription) {
                                    return typeDescription.equals(this.typeDescription);
                                }
                            }

                            
A dispatcher for an covariant parameter of a parameterized type, i.e. a type that is the lower bound of a wildcard.

/**
                             * A dispatcher for an covariant parameter of a parameterized type, i.e. a type that is the lower bound of a wildcard.
                             */
                            @HashCodeAndEqualsPlugin.Enhance
                            protected static class CovariantBinding implements Dispatcher {

                                
The lower bound type of a covariant parameter.

/**
                                 * The lower bound type of a covariant parameter.
                                 */
                                private final Generic upperBound;

                                
Creates a new dispatcher for covariant parameter of a parameterized type.

Params:
  • upperBound – The upper bound type of a covariant parameter.
/**
                                 * Creates a new dispatcher for covariant parameter of a parameterized type.
                                 *
                                 * @param upperBound The upper bound type of a covariant parameter.
                                 */
                                protected CovariantBinding(Generic upperBound) {
                                    this.upperBound = upperBound;
                                }

                                
{@inheritDoc}

/**
                                 * {@inheritDoc}
                                 */
                                public boolean isAssignableFrom(Generic typeDescription) {
                                    if (typeDescription.getSort().isWildcard()) {
                                        return typeDescription.getLowerBounds().isEmpty() && upperBound.accept(Assigner.INSTANCE)
                                                .isAssignableFrom(typeDescription.getUpperBounds().getOnly());
                                    } else {
                                        return upperBound.accept(Assigner.INSTANCE).isAssignableFrom(typeDescription);
                                    }
                                }
                            }

                            
A dispatcher for an contravariant parameter of a parameterized type, i.e. a type that is the lower bound of a wildcard.

/**
                             * A dispatcher for an contravariant parameter of a parameterized type, i.e. a type that is the lower bound of a wildcard.
                             */
                            @HashCodeAndEqualsPlugin.Enhance
                            protected static class ContravariantBinding implements Dispatcher {

                                
The lower bound type of a contravariant parameter.

/**
                                 * The lower bound type of a contravariant parameter.
                                 */
                                private final Generic lowerBound;

                                
Creates a new dispatcher for contravariant parameter of a parameterized type.

Params:
  • lowerBound – The lower bound type of a contravariant parameter.
/**
                                 * Creates a new dispatcher for contravariant parameter of a parameterized type.
                                 *
                                 * @param lowerBound The lower bound type of a contravariant parameter.
                                 */
                                protected ContravariantBinding(Generic lowerBound) {
                                    this.lowerBound = lowerBound;
                                }

                                
{@inheritDoc}

/**
                                 * {@inheritDoc}
                                 */
                                public boolean isAssignableFrom(Generic typeDescription) {
                                    if (typeDescription.getSort().isWildcard()) {
                                        TypeList.Generic lowerBounds = typeDescription.getLowerBounds();
                                        return !lowerBounds.isEmpty() && lowerBounds.getOnly().accept(Assigner.INSTANCE).isAssignableFrom(lowerBound);
                                    } else {
                                        return typeDescription.getSort().isWildcard() || typeDescription.accept(Assigner.INSTANCE).isAssignableFrom(lowerBound);
                                    }
                                }
                            }
                        }
                    }

                    
A dispatcher for checking the assignability of a generic array type.

/**
                     * A dispatcher for checking the assignability of a generic array type.
                     */
                    @HashCodeAndEqualsPlugin.Enhance
                    class ForGenericArray extends AbstractBase {

                        
The generic array type to which another type is assigned.

/**
                         * The generic array type to which another type is assigned.
                         */
                        private final Generic genericArray;

                        
Creates a new dispatcher for checking the assignability of a generic array type.

Params:
  • genericArray – The generic array type to which another type is assigned.
/**
                         * Creates a new dispatcher for checking the assignability of a generic array type.
                         *
                         * @param genericArray The generic array type to which another type is assigned.
                         */
                        protected ForGenericArray(Generic genericArray) {
                            this.genericArray = genericArray;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onGenericArray(Generic genericArray) {
                            return this.genericArray.getComponentType().accept(Assigner.INSTANCE).isAssignableFrom(genericArray.getComponentType());
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onWildcard(Generic wildcard) {
                            throw new IllegalArgumentException("A wildcard is not a first-level type: " + wildcard);
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onParameterizedType(Generic parameterizedType) {
                            return false;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onTypeVariable(Generic typeVariable) {
                            return false;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Boolean onNonGenericType(Generic typeDescription) {
                            return typeDescription.isArray()
                                    && genericArray.getComponentType().accept(Assigner.INSTANCE).isAssignableFrom(typeDescription.getComponentType());
                        }
                    }
                }
            }

            
A validator for Java types that are defined for a specified type use within a Java class file.

/**
             * A validator for Java types that are defined for a specified type use within a Java class file.
             */
            enum Validator implements Visitor<Boolean> {

                
A validator for checking a type's non-null super class.

/**
                 * A validator for checking a type's non-null super class.
                 */
                SUPER_CLASS(false, false, false, false) {
                    
{@inheritDoc} 
/** {@inheritDoc} */
                    public Boolean onNonGenericType(Generic typeDescription) {
                        return super.onNonGenericType(typeDescription) && !typeDescription.isInterface();
                    }

                    
{@inheritDoc} 
/** {@inheritDoc} */
                    public Boolean onParameterizedType(Generic parameterizedType) {
                        return !parameterizedType.isInterface();
                    }
                },

                
A validator for an interface type.

/**
                 * A validator for an interface type.
                 */
                INTERFACE(false, false, false, false) {
                    
{@inheritDoc} 
/** {@inheritDoc} */
                    public Boolean onNonGenericType(Generic typeDescription) {
                        return super.onNonGenericType(typeDescription) && typeDescription.isInterface();
                    }

                    
{@inheritDoc} 
/** {@inheritDoc} */
                    public Boolean onParameterizedType(Generic parameterizedType) {
                        return parameterizedType.isInterface();
                    }
                },

                
A validator for a type variable.

/**
                 * A validator for a type variable.
                 */
                TYPE_VARIABLE(false, false, true, false),

                
A validator for a field type.

/**
                 * A validator for a field type.
                 */
                FIELD(true, true, true, false),

                
A validator for a method return type.

/**
                 * A validator for a method return type.
                 */
                METHOD_RETURN(true, true, true, true),

                
A validator for a method parameter type.

/**
                 * A validator for a method parameter type.
                 */
                METHOD_PARAMETER(true, true, true, false),

                
A validator for a method exception type.

/**
                 * A validator for a method exception type.
                 */
                EXCEPTION(false, false, true, false) {
                    
{@inheritDoc} 
/** {@inheritDoc} */
                    public Boolean onParameterizedType(Generic parameterizedType) {
                        return false;
                    }

                    
{@inheritDoc} 
/** {@inheritDoc} */
                    public Boolean onTypeVariable(Generic typeVariable) {
                        for (TypeDescription.Generic bound : typeVariable.getUpperBounds()) {
                            if (bound.accept(this)) {
                                return true;
                            }
                        }
                        return false;
                    }

                    
{@inheritDoc} 
/** {@inheritDoc} */
                    public Boolean onNonGenericType(Generic typeDescription) {
                        return typeDescription.asErasure().isAssignableTo(Throwable.class);
                    }
                },

                
A validator for a method receiver type.

/**
                 * A validator for a method receiver type.
                 */
                RECEIVER(false, false, false, false);

                
true if this validator accepts array types. 
/**
                 * {@code true} if this validator accepts array types.
                 */
                private final boolean acceptsArray;

                
true if this validator accepts primitive types. 
/**
                 * {@code true} if this validator accepts primitive types.
                 */
                private final boolean acceptsPrimitive;

                
true if this validator accepts type variables. 
/**
                 * {@code true} if this validator accepts type variables.
                 */
                private final boolean acceptsVariable;

                
true if this validator accepts the void type. 
/**
                 * {@code true} if this validator accepts the {@code void} type.
                 */
                private final boolean acceptsVoid;

                
Creates a new validator.

Params:
  • acceptsArray –  true if this validator accepts array types.
  • acceptsPrimitive – true if this validator accepts primitive types.
  • acceptsVariable –  true if this validator accepts type variables.
  • acceptsVoid –  true if this validator accepts the void type.
/**
                 * Creates a new validator.
                 *
                 * @param acceptsArray     {@code true} if this validator accepts array types.
                 * @param acceptsPrimitive {@code true} if this validator accepts primitive types.
                 * @param acceptsVariable  {@code true} if this validator accepts type variables.
                 * @param acceptsVoid      {@code true} if this validator accepts the {@code void} type.
                 */
                Validator(boolean acceptsArray, boolean acceptsPrimitive, boolean acceptsVariable, boolean acceptsVoid) {
                    this.acceptsArray = acceptsArray;
                    this.acceptsPrimitive = acceptsPrimitive;
                    this.acceptsVariable = acceptsVariable;
                    this.acceptsVoid = acceptsVoid;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Boolean onGenericArray(Generic genericArray) {
                    return acceptsArray;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Boolean onWildcard(Generic wildcard) {
                    return false;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Boolean onParameterizedType(Generic parameterizedType) {
                    return true;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Boolean onTypeVariable(Generic typeVariable) {
                    return acceptsVariable;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Boolean onNonGenericType(Generic typeDescription) {
                    return (acceptsArray || !typeDescription.isArray())
                            && (acceptsPrimitive || !typeDescription.isPrimitive())
                            && (acceptsVoid || !typeDescription.represents(void.class));
                }

                
A type validator for checking type annotations.

/**
                 * A type validator for checking type annotations.
                 */
                public enum ForTypeAnnotations implements Visitor<Boolean> {

                    
The singleton instance.

/**
                     * The singleton instance.
                     */
                    INSTANCE;

                    
The ElementType's TYPE_USE constant. 
/**
                     * The {@link ElementType}'s {@code TYPE_USE} constant.
                     */
                    private final ElementType typeUse;

                    
The ElementType's TYPE_PARAMETER constant. 
/**
                     * The {@link ElementType}'s {@code TYPE_PARAMETER} constant.
                     */
                    private final ElementType typeParameter;

                    
Creates a new type annotation validator.

/**
                     * Creates a new type annotation validator.
                     */
                    ForTypeAnnotations() {
                        ElementType typeUse, typeParameter;
                        try {
                            typeUse = Enum.valueOf(ElementType.class, "TYPE_USE");
                            typeParameter = Enum.valueOf(ElementType.class, "TYPE_PARAMETER");
                        } catch (IllegalArgumentException ignored) {
                            // Setting these values null results in this validator always failing for pre Java-8 VMs.
                            typeUse = null;
                            typeParameter = null;
                        }
                        this.typeUse = typeUse;
                        this.typeParameter = typeParameter;
                    }

                    
Validates the type annotations on a formal type variable but not on its bounds..

Params:
  • typeVariable – The type variable to validate.
Returns:true if the formal type variable declares invalid type annotations.
/**
                     * Validates the type annotations on a formal type variable but not on its bounds..
                     *
                     * @param typeVariable The type variable to validate.
                     * @return {@code true} if the formal type variable declares invalid type annotations.
                     */
                    public static boolean ofFormalTypeVariable(Generic typeVariable) {
                        Set<TypeDescription> annotationTypes = new HashSet<TypeDescription>();
                        for (AnnotationDescription annotationDescription : typeVariable.getDeclaredAnnotations()) {
                            if (!annotationDescription.getElementTypes().contains(INSTANCE.typeParameter) || !annotationTypes.add(annotationDescription.getAnnotationType())) {
                                return false;
                            }
                        }
                        return true;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Boolean onGenericArray(Generic genericArray) {
                        return isValid(genericArray) && genericArray.getComponentType().accept(this);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Boolean onWildcard(Generic wildcard) {
                        if (!isValid(wildcard)) {
                            return false;
                        }
                        TypeList.Generic lowerBounds = wildcard.getLowerBounds();
                        return (lowerBounds.isEmpty()
                                ? wildcard.getUpperBounds()
                                : lowerBounds).getOnly().accept(this);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Boolean onParameterizedType(Generic parameterizedType) {
                        if (!isValid(parameterizedType)) {
                            return false;
                        }
                        Generic ownerType = parameterizedType.getOwnerType();
                        if (ownerType != null && !ownerType.accept(this)) {
                            return false;
                        }
                        for (Generic typeArgument : parameterizedType.getTypeArguments()) {
                            if (!typeArgument.accept(this)) {
                                return false;
                            }
                        }
                        return true;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Boolean onTypeVariable(Generic typeVariable) {
                        return isValid(typeVariable);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Boolean onNonGenericType(Generic typeDescription) {
                        return isValid(typeDescription) && (!typeDescription.isArray() || typeDescription.getComponentType().accept(this));
                    }

                    
Checks if the supplied type's type annotations are valid.

Params:
  • typeDescription – The type to validate.
Returns:true if the supplied type's type annotations are valid.
/**
                     * Checks if the supplied type's type annotations are valid.
                     *
                     * @param typeDescription The type to validate.
                     * @return {@code true} if the supplied type's type annotations are valid.
                     */
                    private boolean isValid(Generic typeDescription) {
                        Set<TypeDescription> annotationTypes = new HashSet<TypeDescription>();
                        for (AnnotationDescription annotationDescription : typeDescription.getDeclaredAnnotations()) {
                            if (!annotationDescription.getElementTypes().contains(typeUse) || !annotationTypes.add(annotationDescription.getAnnotationType())) {
                                return false;
                            }
                        }
                        return true;
                    }
                }
            }

            
A visitor that reifies type descriptions if they represent raw types.

/**
             * A visitor that reifies type descriptions if they represent raw types.
             */
            enum Reifying implements Visitor<Generic> {

                
A visitor that reifies non-generic types if they represent raw types. This visitor should be applied when
visiting a potential raw type.

/**
                 * A visitor that reifies non-generic types if they represent raw types. This visitor should be applied when
                 * visiting a potential raw type.
                 */
                INITIATING {
                    
{@inheritDoc} 
/** {@inheritDoc} */
                    public Generic onParameterizedType(Generic parameterizedType) {
                        return parameterizedType;
                    }
                },

                
A visitor that reifies non-generic types if they represent raw types or are parameterized types. This visitor
should only be applied when a type was inherited from a reified type.

/**
                 * A visitor that reifies non-generic types if they represent raw types or are parameterized types. This visitor
                 * should only be applied when a type was inherited from a reified type.
                 */
                INHERITING {
                    
{@inheritDoc} 
/** {@inheritDoc} */
                    public Generic onParameterizedType(Generic parameterizedType) {
                        return new OfParameterizedType.ForReifiedType(parameterizedType);
                    }
                };

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onGenericArray(Generic genericArray) {
                    throw new IllegalArgumentException("Cannot reify a generic array: " + genericArray);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onWildcard(Generic wildcard) {
                    throw new IllegalArgumentException("Cannot reify a wildcard: " + wildcard);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onTypeVariable(Generic typeVariable) {
                    throw new IllegalArgumentException("Cannot reify a type variable: " + typeVariable);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onNonGenericType(Generic typeDescription) {
                    TypeDescription erasure = typeDescription.asErasure();
                    return erasure.isGenerified()
                            ? new OfNonGenericType.ForReifiedErasure(erasure)
                            : typeDescription;
                }
            }

            
Visits a generic type and appends the discovered type to the supplied signature visitor.

/**
             * Visits a generic type and appends the discovered type to the supplied signature visitor.
             */
            @HashCodeAndEqualsPlugin.Enhance
            class ForSignatureVisitor implements Visitor<SignatureVisitor> {

                
Index of a String's only character to improve code readability. 
/**
                 * Index of a {@link String}'s only character to improve code readability.
                 */
                private static final int ONLY_CHARACTER = 0;

                
The signature visitor that receives the discovered generic type.

/**
                 * The signature visitor that receives the discovered generic type.
                 */
                protected final SignatureVisitor signatureVisitor;

                
Creates a new visitor for the given signature visitor.

Params:
  • signatureVisitor – The signature visitor that receives the discovered generic type.
/**
                 * Creates a new visitor for the given signature visitor.
                 *
                 * @param signatureVisitor The signature visitor that receives the discovered generic type.
                 */
                public ForSignatureVisitor(SignatureVisitor signatureVisitor) {
                    this.signatureVisitor = signatureVisitor;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public SignatureVisitor onGenericArray(Generic genericArray) {
                    genericArray.getComponentType().accept(new ForSignatureVisitor(signatureVisitor.visitArrayType()));
                    return signatureVisitor;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public SignatureVisitor onWildcard(Generic wildcard) {
                    throw new IllegalStateException("Unexpected wildcard: " + wildcard);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public SignatureVisitor onParameterizedType(Generic parameterizedType) {
                    onOwnableType(parameterizedType);
                    signatureVisitor.visitEnd();
                    return signatureVisitor;
                }

                
Visits a type which might define an owner type.

Params:
  • ownableType – The visited generic type.
/**
                 * Visits a type which might define an owner type.
                 *
                 * @param ownableType The visited generic type.
                 */
                private void onOwnableType(Generic ownableType) {
                    Generic ownerType = ownableType.getOwnerType();
                    if (ownerType != null && ownerType.getSort().isParameterized()) {
                        onOwnableType(ownerType);
                        signatureVisitor.visitInnerClassType(ownableType.asErasure().getSimpleName());
                    } else {
                        signatureVisitor.visitClassType(ownableType.asErasure().getInternalName());
                    }
                    for (Generic typeArgument : ownableType.getTypeArguments()) {
                        typeArgument.accept(new OfTypeArgument(signatureVisitor));
                    }
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public SignatureVisitor onTypeVariable(Generic typeVariable) {
                    signatureVisitor.visitTypeVariable(typeVariable.getSymbol());
                    return signatureVisitor;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public SignatureVisitor onNonGenericType(Generic typeDescription) {
                    if (typeDescription.isArray()) {
                        typeDescription.getComponentType().accept(new ForSignatureVisitor(signatureVisitor.visitArrayType()));
                    } else if (typeDescription.isPrimitive()) {
                        signatureVisitor.visitBaseType(typeDescription.asErasure().getDescriptor().charAt(ONLY_CHARACTER));
                    } else {
                        signatureVisitor.visitClassType(typeDescription.asErasure().getInternalName());
                        signatureVisitor.visitEnd();
                    }
                    return signatureVisitor;
                }

                
Visits a parameter while visiting a generic type for delegating discoveries to a signature visitor.

/**
                 * Visits a parameter while visiting a generic type for delegating discoveries to a signature visitor.
                 */
                protected static class OfTypeArgument extends ForSignatureVisitor {

                    
Creates a new parameter visitor.

Params:
  • signatureVisitor – The signature visitor which is notified over visited types.
/**
                     * Creates a new parameter visitor.
                     *
                     * @param signatureVisitor The signature visitor which is notified over visited types.
                     */
                    protected OfTypeArgument(SignatureVisitor signatureVisitor) {
                        super(signatureVisitor);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public SignatureVisitor onWildcard(Generic wildcard) {
                        TypeList.Generic upperBounds = wildcard.getUpperBounds(), lowerBounds = wildcard.getLowerBounds();
                        if (lowerBounds.isEmpty() && upperBounds.getOnly().represents(Object.class)) {
                            signatureVisitor.visitTypeArgument();
                        } else if (!lowerBounds.isEmpty() /* && upperBounds.isEmpty() */) {
                            lowerBounds.getOnly().accept(new ForSignatureVisitor(signatureVisitor.visitTypeArgument(SignatureVisitor.SUPER)));
                        } else /* if (!upperBounds.isEmpty() && lowerBounds.isEmpty()) */ {
                            upperBounds.getOnly().accept(new ForSignatureVisitor(signatureVisitor.visitTypeArgument(SignatureVisitor.EXTENDS)));
                        }
                        return signatureVisitor;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public SignatureVisitor onGenericArray(Generic genericArray) {
                        genericArray.accept(new ForSignatureVisitor(signatureVisitor.visitTypeArgument(SignatureVisitor.INSTANCEOF)));
                        return signatureVisitor;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public SignatureVisitor onParameterizedType(Generic parameterizedType) {
                        parameterizedType.accept(new ForSignatureVisitor(signatureVisitor.visitTypeArgument(SignatureVisitor.INSTANCEOF)));
                        return signatureVisitor;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public SignatureVisitor onTypeVariable(Generic typeVariable) {
                        typeVariable.accept(new ForSignatureVisitor(signatureVisitor.visitTypeArgument(SignatureVisitor.INSTANCEOF)));
                        return signatureVisitor;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public SignatureVisitor onNonGenericType(Generic typeDescription) {
                        typeDescription.accept(new ForSignatureVisitor(signatureVisitor.visitTypeArgument(SignatureVisitor.INSTANCEOF)));
                        return signatureVisitor;
                    }
                }
            }

            
An abstract implementation of a visitor that substitutes generic types by replacing (nested)
type variables and/or non-generic component types.

/**
             * An abstract implementation of a visitor that substitutes generic types by replacing (nested)
             * type variables and/or non-generic component types.
             */
            abstract class Substitutor implements Visitor<Generic> {

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onParameterizedType(Generic parameterizedType) {
                    Generic ownerType = parameterizedType.getOwnerType();
                    List<Generic> typeArguments = new ArrayList<Generic>(parameterizedType.getTypeArguments().size());
                    for (Generic typeArgument : parameterizedType.getTypeArguments()) {
                        typeArguments.add(typeArgument.accept(this));
                    }
                    return new OfParameterizedType.Latent(parameterizedType.asRawType().accept(this).asErasure(),
                            ownerType == null
                                    ? UNDEFINED
                                    : ownerType.accept(this),
                            typeArguments,
                            parameterizedType);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onGenericArray(Generic genericArray) {
                    return new OfGenericArray.Latent(genericArray.getComponentType().accept(this), genericArray);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onWildcard(Generic wildcard) {
                    return new OfWildcardType.Latent(wildcard.getUpperBounds().accept(this), wildcard.getLowerBounds().accept(this), wildcard);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onNonGenericType(Generic typeDescription) {
                    return typeDescription.isArray()
                            ? new OfGenericArray.Latent(typeDescription.getComponentType().accept(this), typeDescription)
                            : onSimpleType(typeDescription);
                }

                
Visits a simple, non-generic type, i.e. either a component type of an array or a non-array type.

Params:
  • typeDescription – The type that is visited.
Returns:The substituted type.
/**
                 * Visits a simple, non-generic type, i.e. either a component type of an array or a non-array type.
                 *
                 * @param typeDescription The type that is visited.
                 * @return The substituted type.
                 */
                protected abstract Generic onSimpleType(Generic typeDescription);

                
A Substitutor that only substitutes type variables but fully preserves non-generic type definitions. 
/**
                 * A {@link Substitutor} that only substitutes type variables but fully preserves non-generic type definitions.
                 */
                public abstract static class WithoutTypeSubstitution extends Substitutor {

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic onNonGenericType(Generic typeDescription) {
                        return typeDescription;
                    }

                    @Override
                    protected Generic onSimpleType(Generic typeDescription) {
                        return typeDescription;
                    }
                }

                
A substitutor that attaches type variables to a type variable source and replaces representations of TargetType with a given declaring type. 
/**
                 * A substitutor that attaches type variables to a type variable source and replaces representations of
                 * {@link TargetType} with a given declaring type.
                 */
                @HashCodeAndEqualsPlugin.Enhance
                public static class ForAttachment extends Substitutor {

                    
The declaring type which is filled in for TargetType. 
/**
                     * The declaring type which is filled in for {@link TargetType}.
                     */
                    private final TypeDescription declaringType;

                    
The source which is used for locating type variables.

/**
                     * The source which is used for locating type variables.
                     */
                    private final TypeVariableSource typeVariableSource;

                    
Creates a visitor for attaching type variables.

Params:
  • declaringType –  The declaring type which is filled in for TargetType in its erased form.
  • typeVariableSource – The source which is used for locating type variables.
/**
                     * Creates a visitor for attaching type variables.
                     *
                     * @param declaringType      The declaring type which is filled in for {@link TargetType} in its erased form.
                     * @param typeVariableSource The source which is used for locating type variables.
                     */
                    protected ForAttachment(TypeDefinition declaringType, TypeVariableSource typeVariableSource) {
                        this(declaringType.asErasure(), typeVariableSource);
                    }

                    
Creates a visitor for attaching type variables.

Params:
  • declaringType –  The declaring type which is filled in for TargetType.
  • typeVariableSource – The source which is used for locating type variables.
/**
                     * Creates a visitor for attaching type variables.
                     *
                     * @param declaringType      The declaring type which is filled in for {@link TargetType}.
                     * @param typeVariableSource The source which is used for locating type variables.
                     */
                    protected ForAttachment(TypeDescription declaringType, TypeVariableSource typeVariableSource) {
                        this.declaringType = declaringType;
                        this.typeVariableSource = typeVariableSource;
                    }

                    
Attaches all types to the given type description.

Params:
  • typeDescription – The type description to which visited types should be attached to.
Returns:A substitutor that attaches visited types to the given type's type context.
/**
                     * Attaches all types to the given type description.
                     *
                     * @param typeDescription The type description to which visited types should be attached to.
                     * @return A substitutor that attaches visited types to the given type's type context.
                     */
                    public static ForAttachment of(TypeDescription typeDescription) {
                        return new ForAttachment(typeDescription, typeDescription);
                    }

                    
Attaches all types to the given field description.

Params:
  • fieldDescription – The field description to which visited types should be attached to.
Returns:A substitutor that attaches visited types to the given field's type context.
/**
                     * Attaches all types to the given field description.
                     *
                     * @param fieldDescription The field description to which visited types should be attached to.
                     * @return A substitutor that attaches visited types to the given field's type context.
                     */
                    public static ForAttachment of(FieldDescription fieldDescription) {
                        return new ForAttachment(fieldDescription.getDeclaringType(), fieldDescription.getDeclaringType().asErasure());
                    }

                    
Attaches all types to the given method description.

Params:
  • methodDescription – The method description to which visited types should be attached to.
Returns:A substitutor that attaches visited types to the given method's type context.
/**
                     * Attaches all types to the given method description.
                     *
                     * @param methodDescription The method description to which visited types should be attached to.
                     * @return A substitutor that attaches visited types to the given method's type context.
                     */
                    public static ForAttachment of(MethodDescription methodDescription) {
                        return new ForAttachment(methodDescription.getDeclaringType(), methodDescription);
                    }

                    
Attaches all types to the given parameter description.

Params:
  • parameterDescription – The parameter description to which visited types should be attached to.
Returns:A substitutor that attaches visited types to the given parameter's type context.
/**
                     * Attaches all types to the given parameter description.
                     *
                     * @param parameterDescription The parameter description to which visited types should be attached to.
                     * @return A substitutor that attaches visited types to the given parameter's type context.
                     */
                    public static ForAttachment of(ParameterDescription parameterDescription) {
                        return new ForAttachment(parameterDescription.getDeclaringMethod().getDeclaringType(), parameterDescription.getDeclaringMethod());
                    }

                    
Attaches all types to the given record component description.

Params:
  • recordComponentDescription – The record component description to which visited types should be attached to.
Returns:A substitutor that attaches visited types to the given record component's type context.
/**
                     * Attaches all types to the given record component description.
                     *
                     * @param recordComponentDescription The record component description to which visited types should be attached to.
                     * @return A substitutor that attaches visited types to the given record component's type context.
                     */
                    public static ForAttachment of(RecordComponentDescription recordComponentDescription) {
                        return new ForAttachment(recordComponentDescription.getDeclaringType(), recordComponentDescription.getDeclaringType().asErasure());
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic onTypeVariable(Generic typeVariable) {
                        Generic attachedVariable = typeVariableSource.findVariable(typeVariable.getSymbol());
                        if (attachedVariable == null) {
                            throw new IllegalArgumentException("Cannot attach undefined variable: " + typeVariable);
                        } else {
                            return new OfTypeVariable.WithAnnotationOverlay(attachedVariable, typeVariable);
                        }
                    }

                    @Override
                    protected Generic onSimpleType(Generic typeDescription) {
                        return typeDescription.represents(TargetType.class)
                                ? new OfNonGenericType.Latent(declaringType, typeDescription)
                                : typeDescription;
                    }
                }

                
A visitor for detaching a type from its declaration context by detaching type variables. This is achieved by detaching type variables and by replacing the declaring type which is identified by a provided ElementMatcher with TargetType. 
/**
                 * A visitor for detaching a type from its declaration context by detaching type variables. This is achieved by
                 * detaching type variables and by replacing the declaring type which is identified by a provided {@link ElementMatcher}
                 * with {@link TargetType}.
                 */
                @HashCodeAndEqualsPlugin.Enhance
                public static class ForDetachment extends Substitutor {

                    
A type matcher for identifying the declaring type.

/**
                     * A type matcher for identifying the declaring type.
                     */
                    private final ElementMatcher<? super TypeDescription> typeMatcher;

                    
Creates a visitor for detaching a type.

Params:
  • typeMatcher – A type matcher for identifying the declaring type.
/**
                     * Creates a visitor for detaching a type.
                     *
                     * @param typeMatcher A type matcher for identifying the declaring type.
                     */
                    public ForDetachment(ElementMatcher<? super TypeDescription> typeMatcher) {
                        this.typeMatcher = typeMatcher;
                    }

                    
Returns a new detachment visitor that detaches any type matching the supplied type description.

Params:
  • typeDefinition – The type to detach.
Returns:A detachment visitor for the supplied type description.
/**
                     * Returns a new detachment visitor that detaches any type matching the supplied type description.
                     *
                     * @param typeDefinition The type to detach.
                     * @return A detachment visitor for the supplied type description.
                     */
                    public static Visitor<Generic> of(TypeDefinition typeDefinition) {
                        return new ForDetachment(is(typeDefinition));
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic onTypeVariable(Generic typeVariable) {
                        return new OfTypeVariable.Symbolic(typeVariable.getSymbol(), typeVariable);
                    }

                    @Override
                    protected Generic onSimpleType(Generic typeDescription) {
                        return typeMatcher.matches(typeDescription.asErasure())
                                ? new OfNonGenericType.Latent(TargetType.DESCRIPTION, typeDescription.getOwnerType(), typeDescription)
                                : typeDescription;
                    }
                }

                
A visitor for binding type variables to their values.

/**
                 * A visitor for binding type variables to their values.
                 */
                @HashCodeAndEqualsPlugin.Enhance
                public static class ForTypeVariableBinding extends WithoutTypeSubstitution {

                    
The parameterized type for which type variables are bound.

/**
                     * The parameterized type for which type variables are bound.
                     */
                    private final Generic parameterizedType;

                    
Creates a new visitor for binding a parameterized type's type arguments to its type variables.

Params:
  • parameterizedType – The parameterized type for which type variables are bound.
/**
                     * Creates a new visitor for binding a parameterized type's type arguments to its type variables.
                     *
                     * @param parameterizedType The parameterized type for which type variables are bound.
                     */
                    protected ForTypeVariableBinding(Generic parameterizedType) {
                        this.parameterizedType = parameterizedType;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic onTypeVariable(Generic typeVariable) {
                        return typeVariable.getTypeVariableSource().accept(new TypeVariableSubstitutor(typeVariable));
                    }

                    
Substitutes a type variable, either with a new binding if the variable is defined by a type or with a
retained type variable if the variable is defined by a method.

/**
                     * Substitutes a type variable, either with a new binding if the variable is defined by a type or with a
                     * retained type variable if the variable is defined by a method.
                     */
                    @HashCodeAndEqualsPlugin.Enhance(includeSyntheticFields = true)
                    protected class TypeVariableSubstitutor implements TypeVariableSource.Visitor<Generic> {

                        
The discovered type variable.

/**
                         * The discovered type variable.
                         */
                        private final Generic typeVariable;

                        
Creates a new type variable substitutor.

Params:
  • typeVariable – The discovered type variable.
/**
                         * Creates a new type variable substitutor.
                         *
                         * @param typeVariable The discovered type variable.
                         */
                        protected TypeVariableSubstitutor(Generic typeVariable) {
                            this.typeVariable = typeVariable;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Generic onType(TypeDescription typeDescription) {
                            // A type variable might be undeclared due to breaking inner class semantics or due to incorrect scoping by a compiler.
                            Generic typeArgument = parameterizedType.findBindingOf(typeVariable);
                            return typeArgument == null
                                    ? typeVariable.asRawType()
                                    : typeArgument;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public Generic onMethod(MethodDescription.InDefinedShape methodDescription) {
                            return new RetainedMethodTypeVariable(typeVariable);
                        }
                    }

                    
Implementation of a type variable on a method that is not substituted.

/**
                     * Implementation of a type variable on a method that is not substituted.
                     */
                    protected class RetainedMethodTypeVariable extends OfTypeVariable {

                        
The discovered type variable.

/**
                         * The discovered type variable.
                         */
                        private final Generic typeVariable;

                        
Creates a new retained type variable.

Params:
  • typeVariable – The discovered type variable.
/**
                         * Creates a new retained type variable.
                         *
                         * @param typeVariable The discovered type variable.
                         */
                        protected RetainedMethodTypeVariable(Generic typeVariable) {
                            this.typeVariable = typeVariable;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public TypeList.Generic getUpperBounds() {
                            return typeVariable.getUpperBounds().accept(ForTypeVariableBinding.this);
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public TypeVariableSource getTypeVariableSource() {
                            return typeVariable.getTypeVariableSource();
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public String getSymbol() {
                            return typeVariable.getSymbol();
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public AnnotationList getDeclaredAnnotations() {
                            return typeVariable.getDeclaredAnnotations();
                        }
                    }
                }

                
A substitutor that normalizes a token to represent all TargetType by a given type and that symbolizes all type variables. 
/**
                 * A substitutor that normalizes a token to represent all {@link TargetType} by a given type and that symbolizes all type variables.
                 */
                @HashCodeAndEqualsPlugin.Enhance
                public static class ForTokenNormalization extends Substitutor {

                    
The type description to substitute all TargetType representations with. 
/**
                     * The type description to substitute all {@link TargetType} representations with.
                     */
                    private final TypeDescription typeDescription;

                    
Creates a new token normalization visitor.

Params:
  • typeDescription – The type description to substitute all TargetType
/**
                     * Creates a new token normalization visitor.
                     *
                     * @param typeDescription The type description to substitute all {@link TargetType}
                     */
                    public ForTokenNormalization(TypeDescription typeDescription) {
                        this.typeDescription = typeDescription;
                    }

                    @Override
                    protected Generic onSimpleType(Generic typeDescription) {
                        return typeDescription.represents(TargetType.class)
                                ? new OfNonGenericType.Latent(this.typeDescription, typeDescription)
                                : typeDescription;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic onTypeVariable(Generic typeVariable) {
                        return new OfTypeVariable.Symbolic(typeVariable.getSymbol(), typeVariable);
                    }
                }
            }

            
A visitor that transforms any type into a raw type if declaring type is generified. If the declaring type is
not generified, the original type description is returned.

/**
             * A visitor that transforms any type into a raw type if declaring type is generified. If the declaring type is
             * not generified, the original type description is returned.
             */
            class ForRawType implements Visitor<Generic> {

                
The type description that is potentially a raw type.

/**
                 * The type description that is potentially a raw type.
                 */
                private final TypeDescription declaringType;

                
Creates a visitor for representing declared types of a potentially raw type.

Params:
  • declaringType – The type description that is potentially a raw type.
/**
                 * Creates a visitor for representing declared types of a potentially raw type.
                 *
                 * @param declaringType The type description that is potentially a raw type.
                 */
                public ForRawType(TypeDescription declaringType) {
                    this.declaringType = declaringType;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onGenericArray(Generic genericArray) {
                    return declaringType.isGenerified()
                            ? new Generic.OfNonGenericType.Latent(genericArray.asErasure(), genericArray)
                            : genericArray;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onWildcard(Generic wildcard) {
                    throw new IllegalStateException("Did not expect wildcard on top-level: " + wildcard);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onParameterizedType(Generic parameterizedType) {
                    return declaringType.isGenerified()
                            ? new Generic.OfNonGenericType.Latent(parameterizedType.asErasure(), parameterizedType)
                            : parameterizedType;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onTypeVariable(Generic typeVariable) {
                    return declaringType.isGenerified()
                            ? new Generic.OfNonGenericType.Latent(typeVariable.asErasure(), typeVariable)
                            : typeVariable;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic onNonGenericType(Generic typeDescription) {
                    return typeDescription;
                }
            }

            
A visitor that reduces a detached generic type to its erasure.

/**
             * A visitor that reduces a detached generic type to its erasure.
             */
            @HashCodeAndEqualsPlugin.Enhance
            class Reducing implements Visitor<TypeDescription> {

                
The generic type's declaring type.

/**
                 * The generic type's declaring type.
                 */
                private final TypeDescription declaringType;

                
Any type variables that are directly declared by the member that declares the type being reduced.

/**
                 * Any type variables that are directly declared by the member that declares the type being reduced.
                 */
                private final List<? extends TypeVariableToken> typeVariableTokens;

                
Creates a new reducing type visitor.

Params:
  • declaringType –     The generic type's declaring type.
  • typeVariableToken – Any type variables that are directly declared by the member that declares the type being reduced.
/**
                 * Creates a new reducing type visitor.
                 *
                 * @param declaringType     The generic type's declaring type.
                 * @param typeVariableToken Any type variables that are directly declared by the member that declares the type being reduced.
                 */
                public Reducing(TypeDescription declaringType, TypeVariableToken... typeVariableToken) {
                    this(declaringType, Arrays.asList(typeVariableToken));
                }

                
Creates a new reducing type visitor.

Params:
  • declaringType –      The generic type's declaring type.
  • typeVariableTokens – Any type variables that are directly declared by the member that declares the type being reduced.
/**
                 * Creates a new reducing type visitor.
                 *
                 * @param declaringType      The generic type's declaring type.
                 * @param typeVariableTokens Any type variables that are directly declared by the member that declares the type being reduced.
                 */
                public Reducing(TypeDescription declaringType, List<? extends TypeVariableToken> typeVariableTokens) {
                    this.declaringType = declaringType;
                    this.typeVariableTokens = typeVariableTokens;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription onGenericArray(Generic genericArray) {
                    Generic targetType = genericArray;
                    int arity = 0;
                    do {
                        targetType = targetType.getComponentType();
                        arity++;
                    } while (targetType.isArray());
                    return TargetType.resolve(targetType.getSort().isTypeVariable()
                            ? TypeDescription.ArrayProjection.of(declaringType.findVariable(targetType.getSymbol()).asErasure(), arity)
                            : genericArray.asErasure(), declaringType);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription onWildcard(Generic wildcard) {
                    throw new IllegalStateException("A wildcard cannot be a top-level type: " + wildcard);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription onParameterizedType(Generic parameterizedType) {
                    return TargetType.resolve(parameterizedType.asErasure(), declaringType);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription onTypeVariable(Generic typeVariable) {
                    for (TypeVariableToken typeVariableToken : typeVariableTokens) {
                        if (typeVariable.getSymbol().equals(typeVariableToken.getSymbol())) {
                            return typeVariableToken.getBounds().get(0).accept(this);
                        }
                    }
                    return TargetType.resolve(declaringType.findVariable(typeVariable.getSymbol()).asErasure(), declaringType);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription onNonGenericType(Generic typeDescription) {
                    return TargetType.resolve(typeDescription.asErasure(), declaringType);
                }
            }
        }

        
An annotation reader is responsible for lazily evaluating type annotations if this language
feature is available on the current JVM.

/**
         * An annotation reader is responsible for lazily evaluating type annotations if this language
         * feature is available on the current JVM.
         */
        interface AnnotationReader {

            
The dispatcher to use.

/**
             * The dispatcher to use.
             */
            Dispatcher DISPATCHER = AccessController.doPrivileged(Dispatcher.CreationAction.INSTANCE);

            
Resolves the underlying AnnotatedElement. 
Returns:The underlying annotated element.
/**
             * Resolves the underlying {@link AnnotatedElement}.
             *
             * @return The underlying annotated element.
             */
            AnnotatedElement resolve();

            
Returns the underlying type annotations as a list.

Returns:The underlying type annotations as a list.
/**
             * Returns the underlying type annotations as a list.
             *
             * @return The underlying type annotations as a list.
             */
            AnnotationList asList();

            
Returns a reader for type annotations of an represented element's wildcard upper bound.

Params:
  • index – The wildcard bound's index.
Returns:An annotation reader for the underlying annotated upper bound.
/**
             * Returns a reader for type annotations of an represented element's wildcard upper bound.
             *
             * @param index The wildcard bound's index.
             * @return An annotation reader for the underlying annotated upper bound.
             */
            AnnotationReader ofWildcardUpperBoundType(int index);

            
Returns a reader for type annotations of an represented element's wildcard lower bound.

Params:
  • index – The wildcard bound's index.
Returns:An annotation reader for the underlying annotated lower bound.
/**
             * Returns a reader for type annotations of an represented element's wildcard lower bound.
             *
             * @param index The wildcard bound's index.
             * @return An annotation reader for the underlying annotated lower bound.
             */
            AnnotationReader ofWildcardLowerBoundType(int index);

            
Returns a reader for type annotations of a type variable's bound.

Params:
  • index – The bound's index.
Returns:An annotation reader for the underlying annotated bound.
/**
             * Returns a reader for type annotations of a type variable's bound.
             *
             * @param index The bound's index.
             * @return An annotation reader for the underlying annotated bound.
             */
            AnnotationReader ofTypeVariableBoundType(int index);

            
Returns a reader for type annotations of a parameterized type's type argument.

Params:
  • index – The bound's index.
Returns:An annotation reader for the underlying annotated bound..
/**
             * Returns a reader for type annotations of a parameterized type's type argument.
             *
             * @param index The bound's index.
             * @return An annotation reader for the underlying annotated bound..
             */
            AnnotationReader ofTypeArgument(int index);

            

Returns a reader for type annotations of a parameterized type's owner type.




Important: This feature is not currently implemented by the Java reflection API.



Returns:An annotation reader for the underlying owner type.
/**
             * <p>
             * Returns a reader for type annotations of a parameterized type's owner type.
             * </p>
             * <p>
             * <b>Important</b>: This feature is not currently implemented by the Java reflection API.
             * </p>
             *
             * @return An annotation reader for the underlying owner type.
             */
            AnnotationReader ofOwnerType();

            

Returns a reader for type annotations of an inner class type's outer type.




Important: This feature is not currently implemented by the Java reflection API.



Returns:An annotation reader for the underlying owner type.
/**
             * <p>
             * Returns a reader for type annotations of an inner class type's outer type.
             * </p>
             * <p>
             * <b>Important</b>: This feature is not currently implemented by the Java reflection API.
             * </p>
             *
             * @return An annotation reader for the underlying owner type.
             */
            AnnotationReader ofOuterClass();

            
Returns a reader for type annotations of an array's component type.

Returns:An annotation reader for the underlying component type.
/**
             * Returns a reader for type annotations of an array's component type.
             *
             * @return An annotation reader for the underlying component type.
             */
            AnnotationReader ofComponentType();

            
A dispatcher that represents the type annotation API via reflective calls if the language feature is available on the current JVM.

/**
             * A dispatcher that represents the type annotation API via reflective calls if the language feature is available on the current JVM.
             */
            interface Dispatcher {

                
An empty array that can be used to indicate no arguments to avoid an allocation on a reflective call.

/**
                 * An empty array that can be used to indicate no arguments to avoid an allocation on a reflective call.
                 */
                Object[] NO_ARGUMENTS = new Object[0];

                
Resolves a formal type variable's type annotations.

Params:
  • typeVariable – The type variable to represent.
Returns:A suitable annotation reader.
/**
                 * Resolves a formal type variable's type annotations.
                 *
                 * @param typeVariable The type variable to represent.
                 * @return A suitable annotation reader.
                 */
                AnnotationReader resolveTypeVariable(TypeVariable<?> typeVariable);

                
Resolves a loaded type's super class's type annotations.

Params:
  • type – The type to represent.
Returns:A suitable annotation reader.
/**
                 * Resolves a loaded type's super class's type annotations.
                 *
                 * @param type The type to represent.
                 * @return A suitable annotation reader.
                 */
                AnnotationReader resolveSuperClassType(Class<?> type);

                
Resolves a loaded type's interface type's type annotations.

Params:
  • type –  The type to represent.
  • index – The index of the interface.
Returns:A suitable annotation reader.
/**
                 * Resolves a loaded type's interface type's type annotations.
                 *
                 * @param type  The type to represent.
                 * @param index The index of the interface.
                 * @return A suitable annotation reader.
                 */
                AnnotationReader resolveInterfaceType(Class<?> type, int index);

                
Resolves a loaded field's type's type annotations.

Params:
  • field – The field to represent.
Returns:A suitable annotation reader.
/**
                 * Resolves a loaded field's type's type annotations.
                 *
                 * @param field The field to represent.
                 * @return A suitable annotation reader.
                 */
                AnnotationReader resolveFieldType(Field field);

                
Resolves a loaded method's return type's type annotations.

Params:
  • method – The method to represent.
Returns:A suitable annotation reader.
/**
                 * Resolves a loaded method's return type's type annotations.
                 *
                 * @param method The method to represent.
                 * @return A suitable annotation reader.
                 */
                AnnotationReader resolveReturnType(Method method);

                
Resolves a loaded executable's type argument type's type annotations.

Params:
  • executable – The executable to represent.
  • index –      The type argument's index.
Returns:A suitable annotation reader.
/**
                 * Resolves a loaded executable's type argument type's type annotations.
                 *
                 * @param executable The executable to represent.
                 * @param index      The type argument's index.
                 * @return A suitable annotation reader.
                 */
                AnnotationReader resolveParameterType(AccessibleObject executable, int index);

                
Resolves a loaded executable's exception type's type annotations.

Params:
  • executable – The executable to represent.
  • index –      The type argument's index.
Returns:A suitable annotation reader.
/**
                 * Resolves a loaded executable's exception type's type annotations.
                 *
                 * @param executable The executable to represent.
                 * @param index      The type argument's index.
                 * @return A suitable annotation reader.
                 */
                AnnotationReader resolveExceptionType(AccessibleObject executable, int index);

                
Resolves a method's or constructor's receiver type. If receiver types are not available on the executing VM, null is returned. 
Params:
  • executable – The executable for which the receiver type should be resolved.
Returns:The executable's receiver type or null.
/**
                 * Resolves a method's or constructor's receiver type. If receiver types are not available on the executing VM,
                 * {@code null} is returned.
                 *
                 * @param executable The executable for which the receiver type should be resolved.
                 * @return The executable's receiver type or {@code null}.
                 */
                Generic resolveReceiverType(AccessibleObject executable);

                
Resolves the annotated type as generic type description.

Params:
  • annotatedType – The loaded annotated type.
Returns:A description of the supplied annotated type.
/**
                 * Resolves the annotated type as generic type description.
                 *
                 * @param annotatedType The loaded annotated type.
                 * @return A description of the supplied annotated type.
                 */
                Generic resolve(AnnotatedElement annotatedType);

                
A creation action for a dispatcher.

/**
                 * A creation action for a dispatcher.
                 */
                enum CreationAction implements PrivilegedAction<Dispatcher> {

                    
The singleton instance.

/**
                     * The singleton instance.
                     */
                    INSTANCE;

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Dispatcher run() {
                        try {
                            return new ForJava8CapableVm(Class.class.getMethod("getAnnotatedSuperclass"),
                                    Class.class.getMethod("getAnnotatedInterfaces"),
                                    Field.class.getMethod("getAnnotatedType"),
                                    Method.class.getMethod("getAnnotatedReturnType"),
                                    Class.forName("java.lang.reflect.Executable").getMethod("getAnnotatedParameterTypes"),
                                    Class.forName("java.lang.reflect.Executable").getMethod("getAnnotatedExceptionTypes"),
                                    Class.forName("java.lang.reflect.Executable").getMethod("getAnnotatedReceiverType"),
                                    Class.forName("java.lang.reflect.AnnotatedType").getMethod("getType"));
                        } catch (RuntimeException exception) {
                            throw exception;
                        } catch (Exception ignored) {
                            return Dispatcher.ForLegacyVm.INSTANCE;
                        }
                    }
                }

                
A dispatcher for AnnotationReaders on a legacy VM that does not support type annotations. 
/**
                 * A dispatcher for {@link AnnotationReader}s on a legacy VM that does not support type annotations.
                 */
                enum ForLegacyVm implements Dispatcher {

                    
The singleton instance.

/**
                     * The singleton instance.
                     */
                    INSTANCE;

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveTypeVariable(TypeVariable<?> typeVariable) {
                        return NoOp.INSTANCE;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveSuperClassType(Class<?> type) {
                        return NoOp.INSTANCE;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveInterfaceType(Class<?> type, int index) {
                        return NoOp.INSTANCE;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveFieldType(Field field) {
                        return NoOp.INSTANCE;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveReturnType(Method method) {
                        return NoOp.INSTANCE;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveParameterType(AccessibleObject executable, int index) {
                        return NoOp.INSTANCE;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveExceptionType(AccessibleObject executable, int index) {
                        return NoOp.INSTANCE;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic resolveReceiverType(AccessibleObject executable) {
                        return UNDEFINED;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic resolve(AnnotatedElement annotatedType) {
                        throw new UnsupportedOperationException("Loaded annotated type cannot be represented on this VM");
                    }
                }

                
A dispatcher for a modern JVM that supports type annotations.

/**
                 * A dispatcher for a modern JVM that supports type annotations.
                 */
                @HashCodeAndEqualsPlugin.Enhance
                class ForJava8CapableVm implements Dispatcher {

                    
The java.lang.Class#getAnnotatedSuperclass method. 
/**
                     * The {@code java.lang.Class#getAnnotatedSuperclass} method.
                     */
                    private final Method getAnnotatedSuperclass;

                    
The java.lang.Class#getAnnotatedInterfaces method. 
/**
                     * The {@code java.lang.Class#getAnnotatedInterfaces} method.
                     */
                    private final Method getAnnotatedInterfaces;

                    
The java.lang.reflect.Field#getAnnotatedType method. 
/**
                     * The {@code java.lang.reflect.Field#getAnnotatedType} method.
                     */
                    private final Method getAnnotatedType;

                    
The java.lang.reflect.Method#getAnnotatedReturnType method. 
/**
                     * The {@code java.lang.reflect.Method#getAnnotatedReturnType} method.
                     */
                    private final Method getAnnotatedReturnType;

                    
The java.lang.reflect.Executable#getAnnotatedParameterTypes method. 
/**
                     * The {@code java.lang.reflect.Executable#getAnnotatedParameterTypes} method.
                     */
                    private final Method getAnnotatedParameterTypes;

                    
The java.lang.reflect.Executable#getAnnotatedExceptionTypes method. 
/**
                     * The {@code java.lang.reflect.Executable#getAnnotatedExceptionTypes} method.
                     */
                    private final Method getAnnotatedExceptionTypes;

                    
The java.lang.reflect.Executable#getAnnotatedReceiverType method. 
/**
                     * The {@code java.lang.reflect.Executable#getAnnotatedReceiverType} method.
                     */
                    private final Method getAnnotatedReceiverType;

                    
The java.lang.reflect.AnnotatedType#getType method. 
/**
                     * The {@code java.lang.reflect.AnnotatedType#getType} method.
                     */
                    private final Method getType;

                    
Creates a new dispatcher for a VM that supports type annotations.

Params:
  • getAnnotatedSuperclass –  The java.lang.Class#getAnnotatedSuperclass method.
  • getAnnotatedInterfaces –  The java.lang.Class#getAnnotatedInterfaces method.
  • getAnnotatedType –  The java.lang.reflect.Field#getAnnotatedType method.
  • getAnnotatedReturnType –  The java.lang.reflect.Method#getAnnotatedReturnType method.
  • getAnnotatedParameterTypes – The java.lang.reflect.Executable#getAnnotatedParameterTypes method.
  • getAnnotatedExceptionTypes – The java.lang.reflect.Executable#getAnnotatedExceptionTypes method.
  • getAnnotatedReceiverType –  The java.lang.reflect.Executable#getAnnotatedReceiverType method.
  • getType –  The java.lang.reflect.AnnotatedType#getType method.
/**
                     * Creates a new dispatcher for a VM that supports type annotations.
                     *
                     * @param getAnnotatedSuperclass     The {@code java.lang.Class#getAnnotatedSuperclass} method.
                     * @param getAnnotatedInterfaces     The {@code java.lang.Class#getAnnotatedInterfaces} method.
                     * @param getAnnotatedType           The {@code java.lang.reflect.Field#getAnnotatedType} method.
                     * @param getAnnotatedReturnType     The {@code java.lang.reflect.Method#getAnnotatedReturnType} method.
                     * @param getAnnotatedParameterTypes The {@code java.lang.reflect.Executable#getAnnotatedParameterTypes} method.
                     * @param getAnnotatedExceptionTypes The {@code java.lang.reflect.Executable#getAnnotatedExceptionTypes} method.
                     * @param getAnnotatedReceiverType   The {@code java.lang.reflect.Executable#getAnnotatedReceiverType} method.
                     * @param getType                    The {@code java.lang.reflect.AnnotatedType#getType} method.
                     */
                    protected ForJava8CapableVm(Method getAnnotatedSuperclass,
                                                Method getAnnotatedInterfaces,
                                                Method getAnnotatedType,
                                                Method getAnnotatedReturnType,
                                                Method getAnnotatedParameterTypes,
                                                Method getAnnotatedExceptionTypes,
                                                Method getAnnotatedReceiverType,
                                                Method getType) {
                        this.getAnnotatedSuperclass = getAnnotatedSuperclass;
                        this.getAnnotatedInterfaces = getAnnotatedInterfaces;
                        this.getAnnotatedType = getAnnotatedType;
                        this.getAnnotatedReturnType = getAnnotatedReturnType;
                        this.getAnnotatedParameterTypes = getAnnotatedParameterTypes;
                        this.getAnnotatedExceptionTypes = getAnnotatedExceptionTypes;
                        this.getAnnotatedReceiverType = getAnnotatedReceiverType;
                        this.getType = getType;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveTypeVariable(TypeVariable<?> typeVariable) {
                        return new AnnotatedTypeVariableType(typeVariable);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveSuperClassType(Class<?> type) {
                        return new AnnotatedSuperClass(type);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveInterfaceType(Class<?> type, int index) {
                        return new AnnotatedInterfaceType(type, index);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveFieldType(Field field) {
                        return new AnnotatedFieldType(field);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveReturnType(Method method) {
                        return new AnnotatedReturnType(method);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveParameterType(AccessibleObject executable, int index) {
                        return new AnnotatedParameterizedType(executable, index);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationReader resolveExceptionType(AccessibleObject executable, int index) {
                        return new AnnotatedExceptionType(executable, index);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic resolveReceiverType(AccessibleObject executable) {
                        try {
                            return resolve((AnnotatedElement) getAnnotatedReceiverType.invoke(executable, NO_ARGUMENTS));
                        } catch (IllegalAccessException exception) {
                            throw new IllegalStateException("Cannot access java.lang.reflect.Executable#getAnnotatedReceiverType", exception);
                        } catch (InvocationTargetException exception) {
                            throw new IllegalStateException("Error invoking java.lang.reflect.Executable#getAnnotatedReceiverType", exception.getCause());
                        }
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic resolve(AnnotatedElement annotatedType) {
                        try {
                            return annotatedType == null
                                    ? UNDEFINED
                                    : Sort.describe((java.lang.reflect.Type) getType.invoke(annotatedType, NO_ARGUMENTS), new Resolved(annotatedType));
                        } catch (IllegalAccessException exception) {
                            throw new IllegalStateException("Cannot access java.lang.reflect.AnnotatedType#getType", exception);
                        } catch (InvocationTargetException exception) {
                            throw new IllegalStateException("Error invoking java.lang.reflect.AnnotatedType#getType", exception.getCause());
                        }
                    }

                    
A delegator for an existing java.lang.reflect.AnnotatedElement. 
/**
                     * A delegator for an existing {@code java.lang.reflect.AnnotatedElement}.
                     */
                    @HashCodeAndEqualsPlugin.Enhance
                    protected static class Resolved extends Delegator {

                        
The represented annotated element.

/**
                         * The represented annotated element.
                         */
                        private final AnnotatedElement annotatedElement;

                        
Creates a new resolved delegator.

Params:
  • annotatedElement – The represented annotated element.
/**
                         * Creates a new resolved delegator.
                         *
                         * @param annotatedElement The represented annotated element.
                         */
                        protected Resolved(AnnotatedElement annotatedElement) {
                            this.annotatedElement = annotatedElement;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public AnnotatedElement resolve() {
                            return annotatedElement;
                        }
                    }

                    
A delegating annotation reader for an annotated type variable.

/**
                     * A delegating annotation reader for an annotated type variable.
                     */
                    @HashCodeAndEqualsPlugin.Enhance
                    protected static class AnnotatedTypeVariableType extends Delegator {

                        
The represented type variable.

/**
                         * The represented type variable.
                         */
                        private final TypeVariable<?> typeVariable;

                        
Creates a new annotation reader for the given type variable.

Params:
  • typeVariable – The represented type variable.
/**
                         * Creates a new annotation reader for the given type variable.
                         *
                         * @param typeVariable The represented type variable.
                         */
                        protected AnnotatedTypeVariableType(TypeVariable<?> typeVariable) {
                            this.typeVariable = typeVariable;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public AnnotatedElement resolve() {
                            return (AnnotatedElement) typeVariable;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public AnnotationReader ofTypeVariableBoundType(int index) {
                            return new ForTypeVariableBoundType.OfFormalTypeVariable(typeVariable, index);
                        }
                    }

                    
A delegating annotation reader for an annotated super type.

/**
                     * A delegating annotation reader for an annotated super type.
                     */
                    @HashCodeAndEqualsPlugin.Enhance(includeSyntheticFields = true)
                    protected class AnnotatedSuperClass extends Delegator {

                        
The represented type.

/**
                         * The represented type.
                         */
                        private final Class<?> type;

                        
Creates a new annotation reader for an annotated super type.

Params:
  • type – The represented type.
/**
                         * Creates a new annotation reader for an annotated super type.
                         *
                         * @param type The represented type.
                         */
                        protected AnnotatedSuperClass(Class<?> type) {
                            this.type = type;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public AnnotatedElement resolve() {
                            try {
                                return (AnnotatedElement) getAnnotatedSuperclass.invoke(type, NO_ARGUMENTS);
                            } catch (IllegalAccessException exception) {
                                throw new IllegalStateException("Cannot access java.lang.Class#getAnnotatedSuperclass", exception);
                            } catch (InvocationTargetException exception) {
                                throw new IllegalStateException("Error invoking java.lang.Class#getAnnotatedSuperclass", exception.getCause());
                            }
                        }
                    }

                    
A delegating annotation reader for an annotated interface type.

/**
                     * A delegating annotation reader for an annotated interface type.
                     */
                    @HashCodeAndEqualsPlugin.Enhance(includeSyntheticFields = true)
                    protected class AnnotatedInterfaceType extends Delegator {

                        
The represented interface type.

/**
                         * The represented interface type.
                         */
                        private final Class<?> type;

                        
The interface type's index.

/**
                         * The interface type's index.
                         */
                        private final int index;

                        
Creates a new annotation reader for an annotated interface type.

Params:
  • type –  The represented interface type.
  • index – The interface type's index.
/**
                         * Creates a new annotation reader for an annotated interface type.
                         *
                         * @param type  The represented interface type.
                         * @param index The interface type's index.
                         */
                        protected AnnotatedInterfaceType(Class<?> type, int index) {
                            this.type = type;
                            this.index = index;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public AnnotatedElement resolve() {
                            try {
                                return (AnnotatedElement) Array.get(getAnnotatedInterfaces.invoke(type), index);
                            } catch (IllegalAccessException exception) {
                                throw new IllegalStateException("Cannot access java.lang.Class#getAnnotatedInterfaces", exception);
                            } catch (InvocationTargetException exception) {
                                throw new IllegalStateException("Error invoking java.lang.Class#getAnnotatedInterfaces", exception.getCause());
                            }
                        }
                    }

                    
A delegating annotation reader for an annotated field variable.

/**
                     * A delegating annotation reader for an annotated field variable.
                     */
                    @HashCodeAndEqualsPlugin.Enhance(includeSyntheticFields = true)
                    protected class AnnotatedFieldType extends Delegator {

                        
The represented field.

/**
                         * The represented field.
                         */
                        private final Field field;

                        
Creates a new annotation reader for an annotated field type.

Params:
  • field – The represented field.
/**
                         * Creates a new annotation reader for an annotated field type.
                         *
                         * @param field The represented field.
                         */
                        protected AnnotatedFieldType(Field field) {
                            this.field = field;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public AnnotatedElement resolve() {
                            try {
                                return (AnnotatedElement) getAnnotatedType.invoke(field, NO_ARGUMENTS);
                            } catch (IllegalAccessException exception) {
                                throw new IllegalStateException("Cannot access java.lang.reflect.Field#getAnnotatedType", exception);
                            } catch (InvocationTargetException exception) {
                                throw new IllegalStateException("Error invoking java.lang.reflect.Field#getAnnotatedType", exception.getCause());
                            }
                        }
                    }

                    
A delegating annotation reader for an annotated return variable.

/**
                     * A delegating annotation reader for an annotated return variable.
                     */
                    @HashCodeAndEqualsPlugin.Enhance(includeSyntheticFields = true)
                    protected class AnnotatedReturnType extends Delegator {

                        
The represented method.

/**
                         * The represented method.
                         */
                        private final Method method;

                        
Creates a new annotation reader for an annotated return type.

Params:
  • method – The represented method.
/**
                         * Creates a new annotation reader for an annotated return type.
                         *
                         * @param method The represented method.
                         */
                        protected AnnotatedReturnType(Method method) {
                            this.method = method;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public AnnotatedElement resolve() {
                            try {
                                return (AnnotatedElement) getAnnotatedReturnType.invoke(method, NO_ARGUMENTS);
                            } catch (IllegalAccessException exception) {
                                throw new IllegalStateException("Cannot access java.lang.reflect.Method#getAnnotatedReturnType", exception);
                            } catch (InvocationTargetException exception) {
                                throw new IllegalStateException("Error invoking java.lang.reflect.Method#getAnnotatedReturnType", exception.getCause());
                            }
                        }
                    }

                    
A delegating annotation reader for an annotated parameter variable.

/**
                     * A delegating annotation reader for an annotated parameter variable.
                     */
                    @HashCodeAndEqualsPlugin.Enhance(includeSyntheticFields = true)
                    protected class AnnotatedParameterizedType extends Delegator {

                        
The represented executable.

/**
                         * The represented executable.
                         */
                        private final AccessibleObject executable;

                        
The type argument's index.

/**
                         * The type argument's index.
                         */
                        private final int index;

                        
Creates a new annotation reader for an annotated type argument type.

Params:
  • executable – The represented executable.
  • index –      The type argument's index.
/**
                         * Creates a new annotation reader for an annotated type argument type.
                         *
                         * @param executable The represented executable.
                         * @param index      The type argument's index.
                         */
                        protected AnnotatedParameterizedType(AccessibleObject executable, int index) {
                            this.executable = executable;
                            this.index = index;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public AnnotatedElement resolve() {
                            try {
                                return (AnnotatedElement) Array.get(getAnnotatedParameterTypes.invoke(executable, NO_ARGUMENTS), index);
                            } catch (IllegalAccessException exception) {
                                throw new IllegalStateException("Cannot access java.lang.reflect.Executable#getAnnotatedParameterTypes", exception);
                            } catch (InvocationTargetException exception) {
                                throw new IllegalStateException("Error invoking java.lang.reflect.Executable#getAnnotatedParameterTypes", exception.getCause());
                            }
                        }
                    }

                    
A delegating annotation reader for an annotated exception variable.

/**
                     * A delegating annotation reader for an annotated exception variable.
                     */
                    @HashCodeAndEqualsPlugin.Enhance(includeSyntheticFields = true)
                    protected class AnnotatedExceptionType extends Delegator {

                        
The represented executable.

/**
                         * The represented executable.
                         */
                        private final AccessibleObject executable;

                        
The exception type's index.

/**
                         * The exception type's index.
                         */
                        private final int index;

                        
Creates a new annotation reader for an annotated exception type.

Params:
  • executable – The represented executable.
  • index –      The exception type's index.
/**
                         * Creates a new annotation reader for an annotated exception type.
                         *
                         * @param executable The represented executable.
                         * @param index      The exception type's index.
                         */
                        protected AnnotatedExceptionType(AccessibleObject executable, int index) {
                            this.executable = executable;
                            this.index = index;
                        }

                        
{@inheritDoc}

/**
                         * {@inheritDoc}
                         */
                        public AnnotatedElement resolve() {
                            try {
                                return (AnnotatedElement) Array.get(getAnnotatedExceptionTypes.invoke(executable, NO_ARGUMENTS), index);
                            } catch (IllegalAccessException exception) {
                                throw new IllegalStateException("Cannot access java.lang.reflect.Executable#getAnnotatedExceptionTypes", exception);
                            } catch (InvocationTargetException exception) {
                                throw new IllegalStateException("Error invoking java.lang.reflect.Executable#getAnnotatedExceptionTypes", exception.getCause());
                            }
                        }
                    }
                }
            }

            
A non-operational annotation reader.

/**
             * A non-operational annotation reader.
             */
            enum NoOp implements AnnotationReader, AnnotatedElement {

                
The singleton instance.

/**
                 * The singleton instance.
                 */
                INSTANCE;

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotatedElement resolve() {
                    return this;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList asList() {
                    return new AnnotationList.Empty();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofWildcardUpperBoundType(int index) {
                    return this;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofWildcardLowerBoundType(int index) {
                    return this;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofTypeVariableBoundType(int index) {
                    return this;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofTypeArgument(int index) {
                    return this;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofOwnerType() {
                    return this;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofOuterClass() {
                    return this;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofComponentType() {
                    return this;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean isAnnotationPresent(Class<? extends Annotation> annotationClass) {
                    throw new IllegalStateException("Cannot resolve annotations for no-op reader: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public <T extends Annotation> T getAnnotation(Class<T> annotationClass) {
                    throw new IllegalStateException("Cannot resolve annotations for no-op reader: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Annotation[] getAnnotations() {
                    throw new IllegalStateException("Cannot resolve annotations for no-op reader: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Annotation[] getDeclaredAnnotations() {
                    return new Annotation[0];
                }
            }

            
A delegating annotation reader that delegates all invocations to an annotation reader that wraps the previous one.

/**
             * A delegating annotation reader that delegates all invocations to an annotation reader that wraps the previous one.
             */
            abstract class Delegator implements AnnotationReader {

                
An empty array that can be used to indicate no arguments to avoid an allocation on a reflective call.

/**
                 * An empty array that can be used to indicate no arguments to avoid an allocation on a reflective call.
                 */
                protected static final Object[] NO_ARGUMENTS = new Object[0];

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofWildcardUpperBoundType(int index) {
                    return new ForWildcardUpperBoundType(this, index);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofWildcardLowerBoundType(int index) {
                    return new ForWildcardLowerBoundType(this, index);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofTypeVariableBoundType(int index) {
                    return new ForTypeVariableBoundType(this, index);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofTypeArgument(int index) {
                    return new ForTypeArgument(this, index);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofOwnerType() {
                    return ForOwnerType.of(this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofOuterClass() {
                    return ForOwnerType.of(this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationReader ofComponentType() {
                    return new ForComponentType(this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList asList() {
                    return new AnnotationList.ForLoadedAnnotations(resolve().getDeclaredAnnotations());
                }

                
A chained delegator that bases its result on an underlying annotation reader.

/**
                 * A chained delegator that bases its result on an underlying annotation reader.
                 */
                @HashCodeAndEqualsPlugin.Enhance
                protected abstract static class Chained extends Delegator {

                    
Indicates that a method is not available on the current VM.

/**
                     * Indicates that a method is not available on the current VM.
                     */
                    protected static final Method NOT_AVAILABLE = null;

                    
The underlying annotation reader.

/**
                     * The underlying annotation reader.
                     */
                    protected final AnnotationReader annotationReader;

                    
Creates a new chained annotation reader.

Params:
  • annotationReader – The underlying annotation reader.
/**
                     * Creates a new chained annotation reader.
                     *
                     * @param annotationReader The underlying annotation reader.
                     */
                    protected Chained(AnnotationReader annotationReader) {
                        this.annotationReader = annotationReader;
                    }

                    
Resolves the method to invoke or returns null if the method does not exist on the current VM. 
Params:
  • typeName –   The declaring type's name.
  • methodName – The method's name.
Returns:The resolved method or null.
/**
                     * Resolves the method to invoke or returns {@code null} if the method does not exist on the current VM.
                     *
                     * @param typeName   The declaring type's name.
                     * @param methodName The method's name.
                     * @return The resolved method or {@code null}.
                     */
                    @SuppressFBWarnings(value = "REC_CATCH_EXCEPTION", justification = "Exception should not be rethrown but trigger a fallback")
                    protected static Method of(String typeName, String methodName) {
                        try {
                            return Class.forName(typeName).getMethod(methodName);
                        } catch (Exception exception) {
                            return NOT_AVAILABLE;
                        }
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotatedElement resolve() {
                        return resolve(annotationReader.resolve());
                    }

                    
Resolves the type annotations from a given annotated element into the annotated element that this instance represents.

Params:
  • annotatedElement – The original annotated element.
Returns:The resolved annotated element.
/**
                     * Resolves the type annotations from a given annotated element into the annotated element that this instance represents.
                     *
                     * @param annotatedElement The original annotated element.
                     * @return The resolved annotated element.
                     */
                    protected abstract AnnotatedElement resolve(AnnotatedElement annotatedElement);
                }

                
An annotation reader for a java.lang.reflect.RecordComponent. 
/**
                 * An annotation reader for a {@code java.lang.reflect.RecordComponent}.
                 */
                protected static class ForRecordComponent extends Delegator {

                    
The represented java.lang.reflect.RecordComponent. 
/**
                     * The represented {@code java.lang.reflect.RecordComponent}.
                     */
                    private final Object recordComponent;

                    
Creates a new annotation reader for a java.lang.reflect.RecordComponent. 
Params:
  • recordComponent – The represented java.lang.reflect.RecordComponent.
/**
                     * Creates a new annotation reader for a {@code java.lang.reflect.RecordComponent}.
                     *
                     * @param recordComponent The represented {@code java.lang.reflect.RecordComponent}.
                     */
                    protected ForRecordComponent(Object recordComponent) {
                        this.recordComponent = recordComponent;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotatedElement resolve() {
                        return RecordComponentDescription.ForLoadedRecordComponent.DISPATCHER.getAnnotatedType(recordComponent);
                    }
                }
            }

            
A chained annotation reader for reading a wildcard type's upper bound type.

/**
             * A chained annotation reader for reading a wildcard type's upper bound type.
             */
            @HashCodeAndEqualsPlugin.Enhance
            class ForWildcardUpperBoundType extends Delegator.Chained {

                
The java.lang.reflect.AnnotatedWildcardType#getAnnotatedUpperBounds method. 
/**
                 * The {@code java.lang.reflect.AnnotatedWildcardType#getAnnotatedUpperBounds} method.
                 */
                private static final Method GET_ANNOTATED_UPPER_BOUNDS = of("java.lang.reflect.AnnotatedWildcardType", "getAnnotatedUpperBounds");

                
The wildcard bound's index.

/**
                 * The wildcard bound's index.
                 */
                private final int index;

                
Creates a chained annotation reader for reading a upper-bound wildcard's bound type.

Params:
  • annotationReader – The annotation reader from which to delegate.
  • index –            The wildcard bound's index.
/**
                 * Creates a chained annotation reader for reading a upper-bound wildcard's bound type.
                 *
                 * @param annotationReader The annotation reader from which to delegate.
                 * @param index            The wildcard bound's index.
                 */
                protected ForWildcardUpperBoundType(AnnotationReader annotationReader, int index) {
                    super(annotationReader);
                    this.index = index;
                }

                @Override
                protected AnnotatedElement resolve(AnnotatedElement annotatedElement) {
                    if (!GET_ANNOTATED_UPPER_BOUNDS.getDeclaringClass().isInstance(annotatedElement)) { // Avoid problem with Kotlin compiler.
                        return NoOp.INSTANCE;
                    }
                    try {
                        Object annotatedUpperBounds = GET_ANNOTATED_UPPER_BOUNDS.invoke(annotatedElement, NO_ARGUMENTS);
                        return Array.getLength(annotatedUpperBounds) == 0 // Wildcards with a lower bound do not define annotations for their implicit upper bound.
                                ? NoOp.INSTANCE
                                : (AnnotatedElement) Array.get(annotatedUpperBounds, index);
                    } catch (ClassCastException ignored) { // To avoid bug on early releases of Java 8.
                        return NoOp.INSTANCE;
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Cannot access java.lang.reflect.AnnotatedWildcardType#getAnnotatedUpperBounds", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Error invoking java.lang.reflect.AnnotatedWildcardType#getAnnotatedUpperBounds", exception.getCause());
                    }
                }
            }

            
A chained annotation reader for reading a wildcard type's lower bound type.

/**
             * A chained annotation reader for reading a wildcard type's lower bound type.
             */
            @HashCodeAndEqualsPlugin.Enhance
            class ForWildcardLowerBoundType extends Delegator.Chained {

                
The java.lang.reflect.AnnotatedWildcardType#getAnnotatedLowerBounds method. 
/**
                 * The {@code java.lang.reflect.AnnotatedWildcardType#getAnnotatedLowerBounds} method.
                 */
                private static final Method GET_ANNOTATED_LOWER_BOUNDS = of("java.lang.reflect.AnnotatedWildcardType", "getAnnotatedLowerBounds");

                
The wildcard bound's index.

/**
                 * The wildcard bound's index.
                 */
                private final int index;

                
Creates a chained annotation reader for reading a lower-bound wildcard's bound type.

Params:
  • annotationReader – The annotation reader from which to delegate.
  • index –            The wildcard bound's index.
/**
                 * Creates a chained annotation reader for reading a lower-bound wildcard's bound type.
                 *
                 * @param annotationReader The annotation reader from which to delegate.
                 * @param index            The wildcard bound's index.
                 */
                protected ForWildcardLowerBoundType(AnnotationReader annotationReader, int index) {
                    super(annotationReader);
                    this.index = index;
                }

                @Override
                protected AnnotatedElement resolve(AnnotatedElement annotatedElement) {
                    if (!GET_ANNOTATED_LOWER_BOUNDS.getDeclaringClass().isInstance(annotatedElement)) { // Avoid problem with Kotlin compiler.
                        return NoOp.INSTANCE;
                    }
                    try {
                        return (AnnotatedElement) Array.get(GET_ANNOTATED_LOWER_BOUNDS.invoke(annotatedElement, NO_ARGUMENTS), index);
                    } catch (ClassCastException ignored) { // To avoid bug on early releases of Java 8.
                        return NoOp.INSTANCE;
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Cannot access java.lang.reflect.AnnotatedWildcardType#getAnnotatedLowerBounds", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Error invoking java.lang.reflect.AnnotatedWildcardType#getAnnotatedLowerBounds", exception.getCause());
                    }
                }
            }

            
A chained annotation reader for reading a type variable's type argument.

/**
             * A chained annotation reader for reading a type variable's type argument.
             */
            @HashCodeAndEqualsPlugin.Enhance
            class ForTypeVariableBoundType extends Delegator.Chained {

                
The java.lang.reflect.AnnotatedTypeVariable#getAnnotatedBounds method. 
/**
                 * The {@code java.lang.reflect.AnnotatedTypeVariable#getAnnotatedBounds} method.
                 */
                private static final Method GET_ANNOTATED_BOUNDS = of("java.lang.reflect.AnnotatedTypeVariable", "getAnnotatedBounds");

                
The type variable's index.

/**
                 * The type variable's index.
                 */
                private final int index;

                
Creates a chained annotation reader for reading a type variable's bound type.

Params:
  • annotationReader – The annotation reader from which to delegate.
  • index –            The type variable's index.
/**
                 * Creates a chained annotation reader for reading a type variable's bound type.
                 *
                 * @param annotationReader The annotation reader from which to delegate.
                 * @param index            The type variable's index.
                 */
                protected ForTypeVariableBoundType(AnnotationReader annotationReader, int index) {
                    super(annotationReader);
                    this.index = index;
                }

                @Override
                protected AnnotatedElement resolve(AnnotatedElement annotatedElement) {
                    if (!GET_ANNOTATED_BOUNDS.getDeclaringClass().isInstance(annotatedElement)) { // Avoid problem with Kotlin compiler.
                        return NoOp.INSTANCE;
                    }
                    try {
                        return (AnnotatedElement) Array.get(GET_ANNOTATED_BOUNDS.invoke(annotatedElement, NO_ARGUMENTS), index);
                    } catch (ClassCastException ignored) { // To avoid bug on early releases of Java 8.
                        return NoOp.INSTANCE;
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Cannot access java.lang.reflect.AnnotatedTypeVariable#getAnnotatedBounds", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Error invoking java.lang.reflect.AnnotatedTypeVariable#getAnnotatedBounds", exception.getCause());
                    }
                }

                
A chained annotation reader for reading a formal type variable's type argument.

/**
                 * A chained annotation reader for reading a formal type variable's type argument.
                 */
                @HashCodeAndEqualsPlugin.Enhance
                protected static class OfFormalTypeVariable extends Delegator {

                    
The java.lang.reflect.TypeVariable#getAnnotatedBounds method. 
/**
                     * The {@code java.lang.reflect.TypeVariable#getAnnotatedBounds} method.
                     */
                    private static final Method GET_ANNOTATED_BOUNDS = of(TypeVariable.class.getName(), "getAnnotatedBounds");

                    
The represented type variable.

/**
                     * The represented type variable.
                     */
                    private final TypeVariable<?> typeVariable;

                    
The type variable's index.

/**
                     * The type variable's index.
                     */
                    private final int index;

                    
Creates a chained annotation reader for reading a formal type variable's bound type.

Params:
  • typeVariable – The represented type variable.
  • index –        The type variable's index.
/**
                     * Creates a chained annotation reader for reading a formal type variable's bound type.
                     *
                     * @param typeVariable The represented type variable.
                     * @param index        The type variable's index.
                     */
                    protected OfFormalTypeVariable(TypeVariable<?> typeVariable, int index) {
                        this.typeVariable = typeVariable;
                        this.index = index;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotatedElement resolve() {
                        try {
                            return (AnnotatedElement) Array.get(GET_ANNOTATED_BOUNDS.invoke(typeVariable, NO_ARGUMENTS), index);
                        } catch (ClassCastException ignored) { // To avoid bug on early releases of Java 8.
                            return NoOp.INSTANCE;
                        } catch (IllegalAccessException exception) {
                            throw new IllegalStateException("Cannot access java.lang.reflect.TypeVariable#getAnnotatedBounds", exception);
                        } catch (InvocationTargetException exception) {
                            throw new IllegalStateException("Error invoking java.lang.reflect.TypeVariable#getAnnotatedBounds", exception.getCause());
                        }
                    }
                }
            }

            
A chained annotation reader for reading a parameterized type's type argument.

/**
             * A chained annotation reader for reading a parameterized type's type argument.
             */
            @HashCodeAndEqualsPlugin.Enhance
            class ForTypeArgument extends Delegator.Chained {

                
The java.lang.reflect.AnnotatedParameterizedType#getAnnotatedActualTypeArguments method. 
/**
                 * The {@code java.lang.reflect.AnnotatedParameterizedType#getAnnotatedActualTypeArguments} method.
                 */
                private static final Method GET_ANNOTATED_ACTUAL_TYPE_ARGUMENTS = of("java.lang.reflect.AnnotatedParameterizedType", "getAnnotatedActualTypeArguments");

                
The type argument's index.

/**
                 * The type argument's index.
                 */
                private final int index;

                
Creates a chained annotation reader for reading a component type.

Params:
  • annotationReader – The annotation reader from which to delegate.
  • index –            The type argument's index.
/**
                 * Creates a chained annotation reader for reading a component type.
                 *
                 * @param annotationReader The annotation reader from which to delegate.
                 * @param index            The type argument's index.
                 */
                protected ForTypeArgument(AnnotationReader annotationReader, int index) {
                    super(annotationReader);
                    this.index = index;
                }

                @Override
                protected AnnotatedElement resolve(AnnotatedElement annotatedElement) {
                    if (!GET_ANNOTATED_ACTUAL_TYPE_ARGUMENTS.getDeclaringClass().isInstance(annotatedElement)) { // Avoid problem with Kotlin compiler.
                        return NoOp.INSTANCE;
                    }
                    try {
                        return (AnnotatedElement) Array.get(GET_ANNOTATED_ACTUAL_TYPE_ARGUMENTS.invoke(annotatedElement, NO_ARGUMENTS), index);
                    } catch (ClassCastException ignored) { // To avoid bug on early releases of Java 8.
                        return NoOp.INSTANCE;
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Cannot access java.lang.reflect.AnnotatedParameterizedType#getAnnotatedActualTypeArguments", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Error invoking java.lang.reflect.AnnotatedParameterizedType#getAnnotatedActualTypeArguments", exception.getCause());
                    }
                }
            }

            
A chained annotation reader for reading a component type.

/**
             * A chained annotation reader for reading a component type.
             */
            class ForComponentType extends Delegator.Chained {

                
The java.lang.reflect.AnnotatedArrayType#getAnnotatedGenericComponentType method. 
/**
                 * The {@code java.lang.reflect.AnnotatedArrayType#getAnnotatedGenericComponentType} method.
                 */
                private static final Method GET_ANNOTATED_GENERIC_COMPONENT_TYPE = of("java.lang.reflect.AnnotatedArrayType", "getAnnotatedGenericComponentType");

                
Creates a chained annotation reader for reading a component type.

Params:
  • annotationReader – The annotation reader from which to delegate.
/**
                 * Creates a chained annotation reader for reading a component type.
                 *
                 * @param annotationReader The annotation reader from which to delegate.
                 */
                protected ForComponentType(AnnotationReader annotationReader) {
                    super(annotationReader);
                }

                @Override
                protected AnnotatedElement resolve(AnnotatedElement annotatedElement) {
                    if (!GET_ANNOTATED_GENERIC_COMPONENT_TYPE.getDeclaringClass().isInstance(annotatedElement)) { // Avoid problem with Kotlin compiler.
                        return NoOp.INSTANCE;
                    }
                    try {
                        return (AnnotatedElement) GET_ANNOTATED_GENERIC_COMPONENT_TYPE.invoke(annotatedElement, NO_ARGUMENTS);
                    } catch (ClassCastException ignored) { // To avoid bug on early releases of Java 8.
                        return NoOp.INSTANCE;
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Cannot access java.lang.reflect.AnnotatedArrayType#getAnnotatedGenericComponentType", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Error invoking java.lang.reflect.AnnotatedArrayType#getAnnotatedGenericComponentType", exception.getCause());
                    }
                }
            }

            
A chained annotation reader for reading an owner type.

/**
             * A chained annotation reader for reading an owner type.
             */
            class ForOwnerType extends Delegator.Chained {

                
The java.lang.reflect.AnnotatedType#getAnnotatedOwnerType method. 
/**
                 * The {@code java.lang.reflect.AnnotatedType#getAnnotatedOwnerType} method.
                 */
                private static final Method GET_ANNOTATED_OWNER_TYPE = of("java.lang.reflect.AnnotatedType", "getAnnotatedOwnerType");

                
Creates a chained annotation reader for reading an owner type if it is accessible. This method checks if annotated
owner types are available on the executing VM (Java 9+). If this is not the case, a non-operational annotation
reader is returned.

Params:
  • annotationReader – The annotation reader from which to delegate.
Returns:An annotation reader for the resolved type's owner type.
/**
                 * Creates a chained annotation reader for reading an owner type if it is accessible. This method checks if annotated
                 * owner types are available on the executing VM (Java 9+). If this is not the case, a non-operational annotation
                 * reader is returned.
                 *
                 * @param annotationReader The annotation reader from which to delegate.
                 * @return An annotation reader for the resolved type's owner type.
                 */
                private static AnnotationReader of(AnnotationReader annotationReader) {
                    return GET_ANNOTATED_OWNER_TYPE == null
                            ? NoOp.INSTANCE
                            : new ForOwnerType(annotationReader);
                }

                
Creates a chained annotation reader for reading an owner type if it is accessible.

Params:
  • annotationReader – The annotation reader from which to delegate.
/**
                 * Creates a chained annotation reader for reading an owner type if it is accessible.
                 *
                 * @param annotationReader The annotation reader from which to delegate.
                 */
                protected ForOwnerType(AnnotationReader annotationReader) {
                    super(annotationReader);
                }

                @Override
                protected AnnotatedElement resolve(AnnotatedElement annotatedElement) {
                    if (!GET_ANNOTATED_OWNER_TYPE.getDeclaringClass().isInstance(annotatedElement)) { // Avoid problem with Kotlin compiler.
                        return NoOp.INSTANCE;
                    }
                    try {
                        AnnotatedElement annotatedOwnerType = (AnnotatedElement) GET_ANNOTATED_OWNER_TYPE.invoke(annotatedElement, NO_ARGUMENTS);
                        return annotatedOwnerType == null
                                ? NoOp.INSTANCE
                                : annotatedOwnerType;
                    } catch (ClassCastException ignored) { // To avoid bug on early releases of Java 8.
                        return NoOp.INSTANCE;
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Cannot access java.lang.reflect.AnnotatedType#getAnnotatedOwnerType", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Error invoking java.lang.reflect.AnnotatedType#getAnnotatedOwnerType", exception.getCause());
                    }
                }
            }
        }

        
An abstract base implementation of a generic type description.

/**
         * An abstract base implementation of a generic type description.
         */
        abstract class AbstractBase extends ModifierReviewable.AbstractBase implements Generic {

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public int getModifiers() {
                return asErasure().getModifiers();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic asGenericType() {
                return this;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic asRawType() {
                return asErasure().asGenericType();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean represents(java.lang.reflect.Type type) {
                return equals(Sort.describe(type));
            }
        }

        

A raw type representation of a non-generic type. This raw type differs from a raw type in the Java programming language by
representing a minimal erasure compared to Java's full erasure. This means that generic types are preserved as long as they
do not involve a type variable. Nested type variables are erased on the deepest possible level.




All fields, methods, interfaces and the super type that are returned from this instance represent appropriately erased types.



/**
         * <p>
         * A raw type representation of a non-generic type. This raw type differs from a raw type in the Java programming language by
         * representing a minimal erasure compared to Java's full erasure. This means that generic types are preserved as long as they
         * do not involve a type variable. Nested type variables are erased on the deepest possible level.
         * </p>
         * <p>
         * All fields, methods, interfaces and the super type that are returned from this instance represent appropriately erased types.
         * </p>
         */
        abstract class OfNonGenericType extends AbstractBase {

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Sort getSort() {
                return Sort.NON_GENERIC;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getSuperClass() {
                TypeDescription erasure = asErasure();
                Generic superClass = erasure.getSuperClass();
                if (TypeDescription.AbstractBase.RAW_TYPES) {
                    return superClass;
                }
                return superClass == null
                        ? Generic.UNDEFINED
                        : new Generic.LazyProjection.WithResolvedErasure(superClass, new Visitor.ForRawType(erasure), Empty.INSTANCE);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getInterfaces() {
                TypeDescription erasure = asErasure();
                if (TypeDescription.AbstractBase.RAW_TYPES) {
                    return erasure.getInterfaces();
                }
                return new TypeList.Generic.ForDetachedTypes.WithResolvedErasure(erasure.getInterfaces(), new Visitor.ForRawType(erasure));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public FieldList<FieldDescription.InGenericShape> getDeclaredFields() {
                TypeDescription erasure = asErasure();
                return new FieldList.TypeSubstituting(this, erasure.getDeclaredFields(), TypeDescription.AbstractBase.RAW_TYPES
                        ? Visitor.NoOp.INSTANCE
                        : new Visitor.ForRawType(erasure));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public MethodList<MethodDescription.InGenericShape> getDeclaredMethods() {
                TypeDescription erasure = asErasure();
                return new MethodList.TypeSubstituting(this, erasure.getDeclaredMethods(), TypeDescription.AbstractBase.RAW_TYPES
                        ? Visitor.NoOp.INSTANCE
                        : new Visitor.ForRawType(erasure));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public RecordComponentList<RecordComponentDescription.InGenericShape> getRecordComponents() {
                TypeDescription erasure = asErasure();
                return new RecordComponentList.TypeSubstituting(this, erasure.getRecordComponents(), TypeDescription.AbstractBase.RAW_TYPES
                        ? Visitor.NoOp.INSTANCE
                        : new Visitor.ForRawType(erasure));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getTypeArguments() {
                throw new IllegalStateException("A non-generic type does not imply type arguments: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic findBindingOf(Generic typeVariable) {
                throw new IllegalStateException("A non-generic type does not imply type arguments: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public <T> T accept(Visitor<T> visitor) {
                return visitor.onNonGenericType(this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getTypeName() {
                return asErasure().getTypeName();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getUpperBounds() {
                throw new IllegalStateException("A non-generic type does not imply upper type bounds: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getLowerBounds() {
                throw new IllegalStateException("A non-generic type does not imply lower type bounds: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeVariableSource getTypeVariableSource() {
                throw new IllegalStateException("A non-generic type does not imply a type variable source: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getSymbol() {
                throw new IllegalStateException("A non-generic type does not imply a symbol: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public StackSize getStackSize() {
                return asErasure().getStackSize();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getActualName() {
                return asErasure().getActualName();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isArray() {
                return asErasure().isArray();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isPrimitive() {
                return asErasure().isPrimitive();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isRecord() {
                return asErasure().isRecord();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean represents(java.lang.reflect.Type type) {
                return asErasure().represents(type);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Iterator<TypeDefinition> iterator() {
                return new SuperClassIterator(this);
            }

            @Override
            @CachedReturnPlugin.Enhance("hashCode")
            public int hashCode() {
                return asErasure().hashCode();
            }

            @Override
            @SuppressFBWarnings(value = "EQ_CHECK_FOR_OPERAND_NOT_COMPATIBLE_WITH_THIS", justification = "Type check is performed by erasure implementation")
            public boolean equals(Object other) {
                return this == other || asErasure().equals(other);
            }

            @Override
            public String toString() {
                return asErasure().toString();
            }

            
Represents a non-generic type for a loaded Class. 
/**
             * Represents a non-generic type for a loaded {@link Class}.
             */
            public static class ForLoadedType extends OfNonGenericType {

                
A cache of generic type descriptions for commonly used types to avoid unnecessary allocations.

/**
                 * A cache of generic type descriptions for commonly used types to avoid unnecessary allocations.
                 */
                @SuppressFBWarnings(value = "MS_MUTABLE_COLLECTION_PKGPROTECT", justification = "This collection is not exposed.")
                private static final Map<Class<?>, Generic> TYPE_CACHE;

                /*
                 * Initializes the type cache.
                 */
                static {
                    TYPE_CACHE = new HashMap<Class<?>, Generic>();
                    TYPE_CACHE.put(TargetType.class, new ForLoadedType(TargetType.class));
                    TYPE_CACHE.put(Object.class, new ForLoadedType(Object.class));
                    TYPE_CACHE.put(String.class, new ForLoadedType(String.class));
                    TYPE_CACHE.put(Boolean.class, new ForLoadedType(Boolean.class));
                    TYPE_CACHE.put(Byte.class, new ForLoadedType(Byte.class));
                    TYPE_CACHE.put(Short.class, new ForLoadedType(Short.class));
                    TYPE_CACHE.put(Character.class, new ForLoadedType(Character.class));
                    TYPE_CACHE.put(Integer.class, new ForLoadedType(Integer.class));
                    TYPE_CACHE.put(Long.class, new ForLoadedType(Long.class));
                    TYPE_CACHE.put(Float.class, new ForLoadedType(Float.class));
                    TYPE_CACHE.put(Double.class, new ForLoadedType(Double.class));
                    TYPE_CACHE.put(void.class, new ForLoadedType(void.class));
                    TYPE_CACHE.put(boolean.class, new ForLoadedType(boolean.class));
                    TYPE_CACHE.put(byte.class, new ForLoadedType(byte.class));
                    TYPE_CACHE.put(short.class, new ForLoadedType(short.class));
                    TYPE_CACHE.put(char.class, new ForLoadedType(char.class));
                    TYPE_CACHE.put(int.class, new ForLoadedType(int.class));
                    TYPE_CACHE.put(long.class, new ForLoadedType(long.class));
                    TYPE_CACHE.put(float.class, new ForLoadedType(float.class));
                    TYPE_CACHE.put(double.class, new ForLoadedType(double.class));
                }

                
The type that this instance represents.

/**
                 * The type that this instance represents.
                 */
                private final Class<?> type;

                
The annotation reader to query for the non-generic type's annotations.

/**
                 * The annotation reader to query for the non-generic type's annotations.
                 */
                private final AnnotationReader annotationReader;

                
Creates a new description of a generic type of a loaded type. This constructor should not normally be used. Use of(Class<?>) instead. 
Params:
  • type – The represented type.
/**
                 * Creates a new description of a generic type of a loaded type. This constructor should not normally be used.
                 * Use {@link ForLoadedType#of(Class)} instead.
                 *
                 * @param type The represented type.
                 */
                public ForLoadedType(Class<?> type) {
                    this(type, AnnotationReader.NoOp.INSTANCE);
                }

                
/**
Creates a new description of a generic type of a loaded type.

Params:
  • type –             The represented type.
  • annotationReader – The annotation reader to query for the non-generic type's annotations.
/**
                 * /**
                 * Creates a new description of a generic type of a loaded type.
                 *
                 * @param type             The represented type.
                 * @param annotationReader The annotation reader to query for the non-generic type's annotations.
                 */
                protected ForLoadedType(Class<?> type, AnnotationReader annotationReader) {
                    this.type = type;
                    this.annotationReader = annotationReader;
                }

                
Returns a new immutable generic type description for a loaded type.

Params:
  • type – The type to be represented by this generic type description.
Returns:The generic type description representing the given type.
/**
                 * Returns a new immutable generic type description for a loaded type.
                 *
                 * @param type The type to be represented by this generic type description.
                 * @return The generic type description representing the given type.
                 */
                public static Generic of(Class<?> type) {
                    Generic typeDescription = TYPE_CACHE.get(type);
                    return typeDescription == null
                            ? new ForLoadedType(type)
                            : typeDescription;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return TypeDescription.ForLoadedType.of(type);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getOwnerType() {
                    Class<?> declaringClass = this.type.getDeclaringClass();
                    return declaringClass == null
                            ? Generic.UNDEFINED
                            : new ForLoadedType(declaringClass, annotationReader.ofOuterClass());
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getComponentType() {
                    Class<?> componentType = type.getComponentType();
                    return componentType == null
                            ? Generic.UNDEFINED
                            : new ForLoadedType(componentType, annotationReader.ofComponentType());
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationReader.asList();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean represents(java.lang.reflect.Type type) {
                    return this.type == type || super.represents(type);
                }
            }

            
A type description for a type erasure. Compared to a Latent representation, this representation does not allow for the specification of any complex properties but does not require any form of navigation on the type. 
/**
             * A type description for a type erasure. Compared to a {@link Latent} representation, this
             * representation does not allow for the specification of any complex properties but does
             * not require any form of navigation on the type.
             */
            public static class ForErasure extends OfNonGenericType {

                
The represented type erasure.

/**
                 * The represented type erasure.
                 */
                private final TypeDescription typeDescription;

                
Creates a new description of a non-generic type as an erasure.

Params:
  • typeDescription – The represented type erasure.
/**
                 * Creates a new description of a non-generic type as an erasure.
                 *
                 * @param typeDescription The represented type erasure.
                 */
                public ForErasure(TypeDescription typeDescription) {
                    this.typeDescription = typeDescription;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return typeDescription;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getOwnerType() {
                    TypeDescription declaringType = typeDescription.getDeclaringType();
                    return declaringType == null
                            ? Generic.UNDEFINED
                            : declaringType.asGenericType();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getComponentType() {
                    TypeDescription componentType = typeDescription.getComponentType();
                    return componentType == null
                            ? Generic.UNDEFINED
                            : componentType.asGenericType();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return new AnnotationList.Empty();
                }
            }

            
A latent description of a non-generic type.

/**
             * A latent description of a non-generic type.
             */
            public static class Latent extends OfNonGenericType {

                
The non-generic type's raw type.

/**
                 * The non-generic type's raw type.
                 */
                private final TypeDescription typeDescription;

                
The non-generic type's declaring type.

/**
                 * The non-generic type's declaring type.
                 */
                private final TypeDescription.Generic declaringType;

                
The annotation source to query for the declared annotations.

/**
                 * The annotation source to query for the declared annotations.
                 */
                private final AnnotationSource annotationSource;

                
Creates a non-generic type with an implicit owner type.

Params:
  • typeDescription –  The non-generic type's raw type.
  • annotationSource – The annotation source to query for the declared annotations.
/**
                 * Creates a non-generic type with an implicit owner type.
                 *
                 * @param typeDescription  The non-generic type's raw type.
                 * @param annotationSource The annotation source to query for the declared annotations.
                 */
                public Latent(TypeDescription typeDescription, AnnotationSource annotationSource) {
                    this(typeDescription, typeDescription.getDeclaringType(), annotationSource);
                }

                
Creates a non-generic type with a raw owner type.

Params:
  • typeDescription –  The non-generic type's raw type.
  • declaringType –    The non-generic type's declaring type.
  • annotationSource – The annotation source to query for the declared annotations.
/**
                 * Creates a non-generic type with a raw owner type.
                 *
                 * @param typeDescription  The non-generic type's raw type.
                 * @param declaringType    The non-generic type's declaring type.
                 * @param annotationSource The annotation source to query for the declared annotations.
                 */
                private Latent(TypeDescription typeDescription, TypeDescription declaringType, AnnotationSource annotationSource) {
                    this(typeDescription,
                            declaringType == null
                                    ? Generic.UNDEFINED
                                    : declaringType.asGenericType(),
                            annotationSource);
                }

                
Creates a non-generic type.

Params:
  • typeDescription –  The non-generic type's raw type.
  • declaringType –    The non-generic type's declaring type.
  • annotationSource – The annotation source to query for the declared annotations.
/**
                 * Creates a non-generic type.
                 *
                 * @param typeDescription  The non-generic type's raw type.
                 * @param declaringType    The non-generic type's declaring type.
                 * @param annotationSource The annotation source to query for the declared annotations.
                 */
                protected Latent(TypeDescription typeDescription, Generic declaringType, AnnotationSource annotationSource) {
                    this.typeDescription = typeDescription;
                    this.declaringType = declaringType;
                    this.annotationSource = annotationSource;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getOwnerType() {
                    return declaringType;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getComponentType() {
                    TypeDescription componentType = typeDescription.getComponentType();
                    return componentType == null
                            ? Generic.UNDEFINED
                            : componentType.asGenericType();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationSource.getDeclaredAnnotations();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return typeDescription;
                }
            }

            
A representation of a raw type that preserves its generic super types' generic information with a minimum
but erases all of their members' types.

/**
             * A representation of a raw type that preserves its generic super types' generic information with a minimum
             * but erases all of their members' types.
             */
            public static class ForReifiedErasure extends OfNonGenericType {

                
The represented type erasure.

/**
                 * The represented type erasure.
                 */
                private final TypeDescription typeDescription;

                
Creates a new reified non-generic type.

Params:
  • typeDescription – The represented type erasure.
/**
                 * Creates a new reified non-generic type.
                 *
                 * @param typeDescription The represented type erasure.
                 */
                protected ForReifiedErasure(TypeDescription typeDescription) {
                    this.typeDescription = typeDescription;
                }

                
Creates a new generic type representation for an erasure where any generified type is reified.

Params:
  • typeDescription – The erasure to represent.
Returns:An appropriate generic type representation where any generified type is reified.
/**
                 * Creates a new generic type representation for an erasure where any generified type is reified.
                 *
                 * @param typeDescription The erasure to represent.
                 * @return An appropriate generic type representation where any generified type is reified.
                 */
                protected static Generic of(TypeDescription typeDescription) {
                    return typeDescription.isGenerified()
                            ? new ForReifiedErasure(typeDescription)
                            : new ForErasure(typeDescription);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getSuperClass() {
                    Generic superClass = typeDescription.getSuperClass();
                    return superClass == null
                            ? Generic.UNDEFINED
                            : new LazyProjection.WithResolvedErasure(superClass, Visitor.Reifying.INHERITING);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getInterfaces() {
                    return new TypeList.Generic.ForDetachedTypes.WithResolvedErasure(typeDescription.getInterfaces(), Visitor.Reifying.INHERITING);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public FieldList<FieldDescription.InGenericShape> getDeclaredFields() {
                    return new FieldList.TypeSubstituting(this, typeDescription.getDeclaredFields(), Visitor.TypeErasing.INSTANCE);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public MethodList<MethodDescription.InGenericShape> getDeclaredMethods() {
                    return new MethodList.TypeSubstituting(this, typeDescription.getDeclaredMethods(), Visitor.TypeErasing.INSTANCE);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return typeDescription;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getOwnerType() {
                    TypeDescription declaringType = typeDescription.getDeclaringType();
                    return declaringType == null
                            ? Generic.UNDEFINED
                            : of(declaringType);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getComponentType() {
                    TypeDescription componentType = typeDescription.getComponentType();
                    return componentType == null
                            ? Generic.UNDEFINED
                            : of(componentType);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return new AnnotationList.Empty();
                }
            }
        }

        
A base implementation of a generic type description that represents a potentially generic array. Instances represent a non-generic type
if the given component type is non-generic.

/**
         * A base implementation of a generic type description that represents a potentially generic array. Instances represent a non-generic type
         * if the given component type is non-generic.
         */
        abstract class OfGenericArray extends AbstractBase {

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Sort getSort() {
                return getComponentType().getSort().isNonGeneric()
                        ? Sort.NON_GENERIC
                        : Sort.GENERIC_ARRAY;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeDescription asErasure() {
                return ArrayProjection.of(getComponentType().asErasure(), 1);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getSuperClass() {
                return TypeDescription.Generic.OBJECT;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getInterfaces() {
                return ARRAY_INTERFACES;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public FieldList<FieldDescription.InGenericShape> getDeclaredFields() {
                return new FieldList.Empty<FieldDescription.InGenericShape>();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public MethodList<MethodDescription.InGenericShape> getDeclaredMethods() {
                return new MethodList.Empty<MethodDescription.InGenericShape>();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public RecordComponentList<RecordComponentDescription.InGenericShape> getRecordComponents() {
                return new RecordComponentList.Empty<RecordComponentDescription.InGenericShape>();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getUpperBounds() {
                throw new IllegalStateException("A generic array type does not imply upper type bounds: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getLowerBounds() {
                throw new IllegalStateException("A generic array type does not imply lower type bounds: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeVariableSource getTypeVariableSource() {
                throw new IllegalStateException("A generic array type does not imply a type variable source: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getTypeArguments() {
                throw new IllegalStateException("A generic array type does not imply type arguments: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic findBindingOf(Generic typeVariable) {
                throw new IllegalStateException("A generic array type does not imply type arguments: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getOwnerType() {
                return Generic.UNDEFINED;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getSymbol() {
                throw new IllegalStateException("A generic array type does not imply a symbol: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getTypeName() {
                return getSort().isNonGeneric()
                        ? asErasure().getTypeName()
                        : toString();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getActualName() {
                return getSort().isNonGeneric()
                        ? asErasure().getActualName()
                        : toString();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isArray() {
                return true;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isPrimitive() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isRecord() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Iterator<TypeDefinition> iterator() {
                return new SuperClassIterator(this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public <T> T accept(Visitor<T> visitor) {
                return getSort().isNonGeneric()
                        ? visitor.onNonGenericType(this)
                        : visitor.onGenericArray(this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public StackSize getStackSize() {
                return StackSize.SINGLE;
            }

            @Override
            @CachedReturnPlugin.Enhance("hashCode")
            public int hashCode() {
                return getSort().isNonGeneric()
                        ? asErasure().hashCode()
                        : getComponentType().hashCode();
            }

            @Override
            @SuppressFBWarnings(value = "EQ_CHECK_FOR_OPERAND_NOT_COMPATIBLE_WITH_THIS", justification = "Type check is performed by erasure implementation")
            public boolean equals(Object other) {
                if (this == other) {
                    return true;
                } else if (getSort().isNonGeneric()) {
                    return asErasure().equals(other);
                }
                if (!(other instanceof Generic)) {
                    return false;
                }
                Generic typeDescription = (Generic) other;
                return typeDescription.getSort().isGenericArray() && getComponentType().equals(typeDescription.getComponentType());
            }

            @Override
            public String toString() {
                return getSort().isNonGeneric()
                        ? asErasure().toString()
                        : getComponentType().getTypeName() + "[]";
            }

            
A description of a loaded generic array type.

/**
             * A description of a loaded generic array type.
             */
            public static class ForLoadedType extends OfGenericArray {

                
The loaded generic array type.

/**
                 * The loaded generic array type.
                 */
                private final GenericArrayType genericArrayType;

                
The annotation reader to query for the generic array type's annotations.

/**
                 * The annotation reader to query for the generic array type's annotations.
                 */
                private final AnnotationReader annotationReader;

                
Creates a type description of the given generic array type.

Params:
  • genericArrayType – The loaded generic array type.
/**
                 * Creates a type description of the given generic array type.
                 *
                 * @param genericArrayType The loaded generic array type.
                 */
                public ForLoadedType(GenericArrayType genericArrayType) {
                    this(genericArrayType, AnnotationReader.NoOp.INSTANCE);
                }

                
Creates a type description of the given generic array type.

Params:
  • genericArrayType – The loaded generic array type.
  • annotationReader – The annotation reader to query for the generic array type's annotations.
/**
                 * Creates a type description of the given generic array type.
                 *
                 * @param genericArrayType The loaded generic array type.
                 * @param annotationReader The annotation reader to query for the generic array type's annotations.
                 */
                protected ForLoadedType(GenericArrayType genericArrayType, AnnotationReader annotationReader) {
                    this.genericArrayType = genericArrayType;
                    this.annotationReader = annotationReader;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getComponentType() {
                    return Sort.describe(genericArrayType.getGenericComponentType(), annotationReader.ofComponentType());
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationReader.asList();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean represents(java.lang.reflect.Type type) {
                    return genericArrayType == type || super.represents(type);
                }
            }

            
A latent implementation of a generic array type.

/**
             * A latent implementation of a generic array type.
             */
            public static class Latent extends OfGenericArray {

                
The component type of the generic array.

/**
                 * The component type of the generic array.
                 */
                private final Generic componentType;

                
The annotation source to query for the declared annotations.

/**
                 * The annotation source to query for the declared annotations.
                 */
                private final AnnotationSource annotationSource;

                
Creates a latent representation of a generic array type.

Params:
  • componentType –    The component type.
  • annotationSource – The annotation source to query for the declared annotations.
/**
                 * Creates a latent representation of a generic array type.
                 *
                 * @param componentType    The component type.
                 * @param annotationSource The annotation source to query for the declared annotations.
                 */
                public Latent(Generic componentType, AnnotationSource annotationSource) {
                    this.componentType = componentType;
                    this.annotationSource = annotationSource;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getComponentType() {
                    return componentType;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationSource.getDeclaredAnnotations();
                }
            }
        }

        
A base implementation of a generic type description that represents a wildcard type.

/**
         * A base implementation of a generic type description that represents a wildcard type.
         */
        abstract class OfWildcardType extends AbstractBase {

            
The source code representation of a wildcard.

/**
             * The source code representation of a wildcard.
             */
            public static final String SYMBOL = "?";

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Sort getSort() {
                return Sort.WILDCARD;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeDescription asErasure() {
                throw new IllegalStateException("A wildcard does not represent an erasable type: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getSuperClass() {
                throw new IllegalStateException("A wildcard does not imply a super type definition: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getInterfaces() {
                throw new IllegalStateException("A wildcard does not imply an interface type definition: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public FieldList<FieldDescription.InGenericShape> getDeclaredFields() {
                throw new IllegalStateException("A wildcard does not imply field definitions: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public MethodList<MethodDescription.InGenericShape> getDeclaredMethods() {
                throw new IllegalStateException("A wildcard does not imply method definitions: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public RecordComponentList<RecordComponentDescription.InGenericShape> getRecordComponents() {
                throw new IllegalStateException("A wildcard does not imply record component definitions: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getComponentType() {
                throw new IllegalStateException("A wildcard does not imply a component type: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeVariableSource getTypeVariableSource() {
                throw new IllegalStateException("A wildcard does not imply a type variable source: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getTypeArguments() {
                throw new IllegalStateException("A wildcard does not imply type arguments: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic findBindingOf(Generic typeVariable) {
                throw new IllegalStateException("A wildcard does not imply type arguments: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getOwnerType() {
                throw new IllegalStateException("A wildcard does not imply an owner type: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getSymbol() {
                throw new IllegalStateException("A wildcard does not imply a symbol: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getTypeName() {
                return toString();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getActualName() {
                return toString();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isPrimitive() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isArray() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isRecord() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean represents(java.lang.reflect.Type type) {
                return equals(Sort.describe(type));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Iterator<TypeDefinition> iterator() {
                throw new IllegalStateException("A wildcard does not imply a super type definition: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public <T> T accept(Visitor<T> visitor) {
                return visitor.onWildcard(this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public StackSize getStackSize() {
                throw new IllegalStateException("A wildcard does not imply an operand stack size: " + this);
            }

            @Override
            @CachedReturnPlugin.Enhance("hashCode")
            public int hashCode() {
                int lowerHash = 1, upperHash = 1;
                for (Generic lowerBound : getLowerBounds()) {
                    lowerHash = 31 * lowerHash + lowerBound.hashCode();
                }
                for (Generic upperBound : getUpperBounds()) {
                    upperHash = 31 * upperHash + upperBound.hashCode();
                }
                return lowerHash ^ upperHash;
            }

            @Override
            public boolean equals(Object other) {
                if (this == other) {
                    return true;
                } else if (!(other instanceof Generic)) {
                    return false;
                }
                Generic typeDescription = (Generic) other;
                return typeDescription.getSort().isWildcard()
                        && getUpperBounds().equals(typeDescription.getUpperBounds())
                        && getLowerBounds().equals(typeDescription.getLowerBounds());
            }

            @Override
            public String toString() {
                StringBuilder stringBuilder = new StringBuilder(SYMBOL);
                TypeList.Generic bounds = getLowerBounds();
                if (!bounds.isEmpty()) {
                    stringBuilder.append(" super ");
                } else {
                    bounds = getUpperBounds();
                    if (bounds.getOnly().equals(TypeDescription.Generic.OBJECT)) {
                        return SYMBOL;
                    }
                    stringBuilder.append(" extends ");
                }
                return stringBuilder.append(bounds.getOnly().getTypeName()).toString();
            }

            
Description of a loaded wildcard.

/**
             * Description of a loaded wildcard.
             */
            public static class ForLoadedType extends OfWildcardType {

                
The represented loaded wildcard type.

/**
                 * The represented loaded wildcard type.
                 */
                private final WildcardType wildcardType;

                
The annotation reader to query for the wildcard type's annotations.

/**
                 * The annotation reader to query for the wildcard type's annotations.
                 */
                private final AnnotationReader annotationReader;

                
Creates a description of a loaded wildcard.

Params:
  • wildcardType – The represented loaded wildcard type.
/**
                 * Creates a description of a loaded wildcard.
                 *
                 * @param wildcardType The represented loaded wildcard type.
                 */
                public ForLoadedType(WildcardType wildcardType) {
                    this(wildcardType, AnnotationReader.NoOp.INSTANCE);
                }

                
Creates a description of a loaded wildcard.

Params:
  • wildcardType –     The represented loaded wildcard type.
  • annotationReader – The annotation reader to query for the wildcard type's annotations.
/**
                 * Creates a description of a loaded wildcard.
                 *
                 * @param wildcardType     The represented loaded wildcard type.
                 * @param annotationReader The annotation reader to query for the wildcard type's annotations.
                 */
                protected ForLoadedType(WildcardType wildcardType, AnnotationReader annotationReader) {
                    this.wildcardType = wildcardType;
                    this.annotationReader = annotationReader;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getUpperBounds() {
                    return new WildcardUpperBoundTypeList(wildcardType.getUpperBounds(), annotationReader);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getLowerBounds() {
                    return new WildcardLowerBoundTypeList(wildcardType.getLowerBounds(), annotationReader);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationReader.asList();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean represents(java.lang.reflect.Type type) {
                    return wildcardType == type || super.represents(type);
                }

                
A type list representing an upper-bound type variable's bound types.

/**
                 * A type list representing an upper-bound type variable's bound types.
                 */
                protected static class WildcardUpperBoundTypeList extends TypeList.Generic.AbstractBase {

                    
The represented upper bounds.

/**
                     * The represented upper bounds.
                     */
                    private final java.lang.reflect.Type[] upperBound;

                    
The annotation reader to query for type annotations.

/**
                     * The annotation reader to query for type annotations.
                     */
                    private final AnnotationReader annotationReader;

                    
Creates a type list for a wildcard type's upper bounds.

Params:
  • upperBound –       The represented upper bounds.
  • annotationReader – The annotation reader to query for type annotations.
/**
                     * Creates a type list for a wildcard type's upper bounds.
                     *
                     * @param upperBound       The represented upper bounds.
                     * @param annotationReader The annotation reader to query for type annotations.
                     */
                    protected WildcardUpperBoundTypeList(java.lang.reflect.Type[] upperBound, AnnotationReader annotationReader) {
                        this.upperBound = upperBound;
                        this.annotationReader = annotationReader;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic get(int index) {
                        return Sort.describe(upperBound[index], annotationReader.ofWildcardUpperBoundType(index));
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public int size() {
                        return upperBound.length;
                    }
                }

                
A type list representing an upper-bound type variable's bound types.

/**
                 * A type list representing an upper-bound type variable's bound types.
                 */
                protected static class WildcardLowerBoundTypeList extends TypeList.Generic.AbstractBase {

                    
The represented lower bounds.

/**
                     * The represented lower bounds.
                     */
                    private final java.lang.reflect.Type[] lowerBound;

                    
The annotation reader to query for type annotations.

/**
                     * The annotation reader to query for type annotations.
                     */
                    private final AnnotationReader annotationReader;

                    
Creates a type list for a wildcard type's lower bounds.

Params:
  • lowerBound –       The represented lower bounds.
  • annotationReader – The annotation reader to query for type annotations.
/**
                     * Creates a type list for a wildcard type's lower bounds.
                     *
                     * @param lowerBound       The represented lower bounds.
                     * @param annotationReader The annotation reader to query for type annotations.
                     */
                    protected WildcardLowerBoundTypeList(java.lang.reflect.Type[] lowerBound, AnnotationReader annotationReader) {
                        this.lowerBound = lowerBound;
                        this.annotationReader = annotationReader;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic get(int index) {
                        return Sort.describe(lowerBound[index], annotationReader.ofWildcardLowerBoundType(index));
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public int size() {
                        return lowerBound.length;
                    }
                }
            }

            
A latent description of a wildcard type.

/**
             * A latent description of a wildcard type.
             */
            public static class Latent extends OfWildcardType {

                
The wildcard's upper bounds.

/**
                 * The wildcard's upper bounds.
                 */
                private final List<? extends Generic> upperBounds;

                
The wildcard's lower bounds.

/**
                 * The wildcard's lower bounds.
                 */
                private final List<? extends Generic> lowerBounds;

                
The annotation source to query for the declared annotations.

/**
                 * The annotation source to query for the declared annotations.
                 */
                private final AnnotationSource annotationSource;

                
Creates a description of a latent wildcard.

Params:
  • upperBounds –      The wildcard's upper bounds.
  • lowerBounds –      The wildcard's lower bounds.
  • annotationSource – The annotation source to query for the declared annotations.
/**
                 * Creates a description of a latent wildcard.
                 *
                 * @param upperBounds      The wildcard's upper bounds.
                 * @param lowerBounds      The wildcard's lower bounds.
                 * @param annotationSource The annotation source to query for the declared annotations.
                 */
                protected Latent(List<? extends Generic> upperBounds, List<? extends Generic> lowerBounds, AnnotationSource annotationSource) {
                    this.upperBounds = upperBounds;
                    this.lowerBounds = lowerBounds;
                    this.annotationSource = annotationSource;
                }

                
Creates an unbounded wildcard. Such a wildcard is implicitly bound above by the Object type. 
Params:
  • annotationSource – The annotation source to query for the declared annotations.
Returns:A description of an unbounded wildcard.
/**
                 * Creates an unbounded wildcard. Such a wildcard is implicitly bound above by the {@link Object} type.
                 *
                 * @param annotationSource The annotation source to query for the declared annotations.
                 * @return A description of an unbounded wildcard.
                 */
                public static Generic unbounded(AnnotationSource annotationSource) {
                    return new Latent(Collections.singletonList(TypeDescription.Generic.OBJECT), Collections.<Generic>emptyList(), annotationSource);
                }

                
Creates a wildcard with an upper bound.

Params:
  • upperBound –       The upper bound of the wildcard.
  • annotationSource – The annotation source to query for the declared annotations.
Returns:A wildcard with the given upper bound.
/**
                 * Creates a wildcard with an upper bound.
                 *
                 * @param upperBound       The upper bound of the wildcard.
                 * @param annotationSource The annotation source to query for the declared annotations.
                 * @return A wildcard with the given upper bound.
                 */
                public static Generic boundedAbove(Generic upperBound, AnnotationSource annotationSource) {
                    return new Latent(Collections.singletonList(upperBound), Collections.<Generic>emptyList(), annotationSource);
                }

                
Creates a wildcard with a lower bound. Such a wildcard is implicitly bounded above by the Object type. 
Params:
  • lowerBound –       The lower bound of the wildcard.
  • annotationSource – The annotation source to query for the declared annotations.
Returns:A wildcard with the given lower bound.
/**
                 * Creates a wildcard with a lower bound. Such a wildcard is implicitly bounded above by the {@link Object} type.
                 *
                 * @param lowerBound       The lower bound of the wildcard.
                 * @param annotationSource The annotation source to query for the declared annotations.
                 * @return A wildcard with the given lower bound.
                 */
                public static Generic boundedBelow(Generic lowerBound, AnnotationSource annotationSource) {
                    return new Latent(Collections.singletonList(TypeDescription.Generic.OBJECT), Collections.singletonList(lowerBound), annotationSource);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getUpperBounds() {
                    return new TypeList.Generic.Explicit(upperBounds);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getLowerBounds() {
                    return new TypeList.Generic.Explicit(lowerBounds);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationSource.getDeclaredAnnotations();
                }
            }
        }

        
A base implementation of a generic type description that represents a parameterized type.

/**
         * A base implementation of a generic type description that represents a parameterized type.
         */
        abstract class OfParameterizedType extends AbstractBase {

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Sort getSort() {
                return Sort.PARAMETERIZED;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getSuperClass() {
                Generic superClass = asErasure().getSuperClass();
                return superClass == null
                        ? Generic.UNDEFINED
                        : new LazyProjection.WithResolvedErasure(superClass, new Visitor.Substitutor.ForTypeVariableBinding(this));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getInterfaces() {
                return new TypeList.Generic.ForDetachedTypes.WithResolvedErasure(asErasure().getInterfaces(), new Visitor.Substitutor.ForTypeVariableBinding(this));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public FieldList<FieldDescription.InGenericShape> getDeclaredFields() {
                return new FieldList.TypeSubstituting(this, asErasure().getDeclaredFields(), new Visitor.Substitutor.ForTypeVariableBinding(this));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public MethodList<MethodDescription.InGenericShape> getDeclaredMethods() {
                return new MethodList.TypeSubstituting(this, asErasure().getDeclaredMethods(), new Visitor.Substitutor.ForTypeVariableBinding(this));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public RecordComponentList<RecordComponentDescription.InGenericShape> getRecordComponents() {
                return new RecordComponentList.TypeSubstituting(this, asErasure().getRecordComponents(), new Visitor.Substitutor.ForTypeVariableBinding(this));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic findBindingOf(Generic typeVariable) {
                Generic typeDescription = this;
                do {
                    TypeList.Generic typeArguments = typeDescription.getTypeArguments(), typeVariables = typeDescription.asErasure().getTypeVariables();
                    for (int index = 0; index < Math.min(typeArguments.size(), typeVariables.size()); index++) {
                        if (typeVariable.equals(typeVariables.get(index))) {
                            return typeArguments.get(index);
                        }
                    }
                    typeDescription = typeDescription.getOwnerType();
                } while (typeDescription != null && typeDescription.getSort().isParameterized());
                return Generic.UNDEFINED;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getUpperBounds() {
                throw new IllegalStateException("A parameterized type does not imply upper bounds: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getLowerBounds() {
                throw new IllegalStateException("A parameterized type does not imply lower bounds: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getComponentType() {
                throw new IllegalStateException("A parameterized type does not imply a component type: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeVariableSource getTypeVariableSource() {
                throw new IllegalStateException("A parameterized type does not imply a type variable source: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getSymbol() {
                throw new IllegalStateException("A parameterized type does not imply a symbol: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getTypeName() {
                return toString();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getActualName() {
                return toString();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isPrimitive() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isArray() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isRecord() {
                return asErasure().isRecord();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean represents(java.lang.reflect.Type type) {
                return equals(Sort.describe(type));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Iterator<TypeDefinition> iterator() {
                return new SuperClassIterator(this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public <T> T accept(Visitor<T> visitor) {
                return visitor.onParameterizedType(this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public StackSize getStackSize() {
                return StackSize.SINGLE;
            }

            @Override
            @CachedReturnPlugin.Enhance("hashCode")
            public int hashCode() {
                int result = 1;
                for (Generic typeArgument : getTypeArguments()) {
                    result = 31 * result + typeArgument.hashCode();
                }
                Generic ownerType = getOwnerType();
                return result ^ (ownerType == null
                        ? asErasure().hashCode()
                        : ownerType.hashCode());
            }

            @Override
            public boolean equals(Object other) {
                if (this == other) {
                    return true;
                } else if (!(other instanceof Generic)) {
                    return false;
                }
                Generic typeDescription = (Generic) other;
                if (!typeDescription.getSort().isParameterized()) {
                    return false;
                }
                Generic ownerType = getOwnerType(), otherOwnerType = typeDescription.getOwnerType();
                return asErasure().equals(typeDescription.asErasure())
                        && !(ownerType == null && otherOwnerType != null) && !(ownerType != null && !ownerType.equals(otherOwnerType))
                        && getTypeArguments().equals(typeDescription.getTypeArguments());
            }

            @Override
            public String toString() {
                StringBuilder stringBuilder = new StringBuilder();
                RenderingDelegate.CURRENT.apply(stringBuilder, asErasure(), getOwnerType());
                TypeList.Generic typeArguments = getTypeArguments();
                if (!typeArguments.isEmpty()) {
                    stringBuilder.append('<');
                    boolean multiple = false;
                    for (Generic typeArgument : typeArguments) {
                        if (multiple) {
                            stringBuilder.append(", ");
                        }
                        stringBuilder.append(typeArgument.getTypeName());
                        multiple = true;
                    }
                    stringBuilder.append('>');
                }
                return stringBuilder.toString();
            }

            
A rendering delegate for resolving a parameterized type's Object.toString() representation. 
/**
             * A rendering delegate for resolving a parameterized type's {@link Object#toString()} representation.
             */
            protected enum RenderingDelegate {

                
A rendering delegate for any VM prior to Java 9 where types are concatenated using a . character and where the fully qualified names are appended to non-parameterized types. 
/**
                 * A rendering delegate for any VM prior to Java 9 where types are concatenated using a {@code .} character
                 * and where the fully qualified names are appended to non-parameterized types.
                 */
                FOR_LEGACY_VM {
                    @Override
                    protected void apply(StringBuilder stringBuilder, TypeDescription erasure, Generic ownerType) {
                        if (ownerType != null) {
                            stringBuilder.append(ownerType.getTypeName()).append('.').append(ownerType.getSort().isParameterized()
                                    ? erasure.getSimpleName()
                                    : erasure.getName());
                        } else {
                            stringBuilder.append(erasure.getName());
                        }
                    }
                },

                
A rendering delegate for any VM supporting Java 8 or newer where a type's simple name is appended.

/**
                 * A rendering delegate for any VM supporting Java 8 or newer where a type's simple name is appended.
                 */
                FOR_JAVA_8_CAPABLE_VM {
                    @Override
                    protected void apply(StringBuilder stringBuilder, TypeDescription erasure, Generic ownerType) {
                        if (ownerType != null) {
                            stringBuilder.append(ownerType.getTypeName()).append('$');
                            if (ownerType.getSort().isParameterized()) {
                                stringBuilder.append(erasure.getName().replace(ownerType.asErasure().getName() + "$", ""));
                            } else {
                                stringBuilder.append(erasure.getSimpleName());
                            }
                        } else {
                            stringBuilder.append(erasure.getName());
                        }
                    }
                };

                
A rendering delegate for the current VM.

/**
                 * A rendering delegate for the current VM.
                 */
                protected static final RenderingDelegate CURRENT = ClassFileVersion.ofThisVm(ClassFileVersion.JAVA_V6).isAtLeast(ClassFileVersion.JAVA_V8)
                        ? RenderingDelegate.FOR_JAVA_8_CAPABLE_VM
                        : RenderingDelegate.FOR_LEGACY_VM;

                
Applies this rendering delegate.

Params:
  • stringBuilder – The string builder which is used for creating a parameterized type's string representation.
  • erasure –       The rendered type's erasure.
  • ownerType –     The rendered type's owner type.
/**
                 * Applies this rendering delegate.
                 *
                 * @param stringBuilder The string builder which is used for creating a parameterized type's string representation.
                 * @param erasure       The rendered type's erasure.
                 * @param ownerType     The rendered type's owner type.
                 */
                protected abstract void apply(StringBuilder stringBuilder, TypeDescription erasure, Generic ownerType);
            }

            
Description of a loaded parameterized type.

/**
             * Description of a loaded parameterized type.
             */
            public static class ForLoadedType extends OfParameterizedType {

                
The represented parameterized type.

/**
                 * The represented parameterized type.
                 */
                private final ParameterizedType parameterizedType;

                
The annotation reader to query for the parameterized type's annotations.

/**
                 * The annotation reader to query for the parameterized type's annotations.
                 */
                private final AnnotationReader annotationReader;

                
Creates a description of the loaded parameterized type.

Params:
  • parameterizedType – The represented parameterized type.
/**
                 * Creates a description of the loaded parameterized type.
                 *
                 * @param parameterizedType The represented parameterized type.
                 */
                public ForLoadedType(ParameterizedType parameterizedType) {
                    this(parameterizedType, AnnotationReader.NoOp.INSTANCE);
                }

                
Creates a description of the loaded parameterized type.

Params:
  • parameterizedType – The represented parameterized type.
  • annotationReader –  The annotation reader to query for the parameterized type's annotations.
/**
                 * Creates a description of the loaded parameterized type.
                 *
                 * @param parameterizedType The represented parameterized type.
                 * @param annotationReader  The annotation reader to query for the parameterized type's annotations.
                 */
                protected ForLoadedType(ParameterizedType parameterizedType, AnnotationReader annotationReader) {
                    this.parameterizedType = parameterizedType;
                    this.annotationReader = annotationReader;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getTypeArguments() {
                    return new ParameterArgumentTypeList(parameterizedType.getActualTypeArguments(), annotationReader);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getOwnerType() {
                    java.lang.reflect.Type ownerType = parameterizedType.getOwnerType();
                    return ownerType == null
                            ? Generic.UNDEFINED
                            : Sort.describe(ownerType, annotationReader.ofOwnerType());
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return TypeDescription.ForLoadedType.of((Class<?>) parameterizedType.getRawType());
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationReader.asList();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean represents(java.lang.reflect.Type type) {
                    return parameterizedType == type || super.represents(type);
                }

                
A type list that represents a loaded parameterized type's parameter types.

/**
                 * A type list that represents a loaded parameterized type's parameter types.
                 */
                protected static class ParameterArgumentTypeList extends TypeList.Generic.AbstractBase {

                    
The represented argument types.

/**
                     * The represented argument types.
                     */
                    private final java.lang.reflect.Type[] argumentType;

                    
The annotation reader to query for type annotations.

/**
                     * The annotation reader to query for type annotations.
                     */
                    private final AnnotationReader annotationReader;

                    
Creates a list representing a parameterized type's type arguments.

Params:
  • argumentType –     The represented argument types.
  • annotationReader – The annotation reader to query for type annotations.
/**
                     * Creates a list representing a parameterized type's type arguments.
                     *
                     * @param argumentType     The represented argument types.
                     * @param annotationReader The annotation reader to query for type annotations.
                     */
                    protected ParameterArgumentTypeList(java.lang.reflect.Type[] argumentType, AnnotationReader annotationReader) {
                        this.argumentType = argumentType;
                        this.annotationReader = annotationReader;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic get(int index) {
                        // Obfuscators sometimes render parameterized type arguments as null values.
                        return Sort.describe(argumentType[index], annotationReader.ofTypeArgument(index));
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public int size() {
                        return argumentType.length;
                    }
                }
            }

            
A latent description of a parameterized type.

/**
             * A latent description of a parameterized type.
             */
            public static class Latent extends OfParameterizedType {

                
The raw type of the described parameterized type.

/**
                 * The raw type of the described parameterized type.
                 */
                private final TypeDescription rawType;

                
This parameterized type's owner type or null if no owner type exists. 
/**
                 * This parameterized type's owner type or {@code null} if no owner type exists.
                 */
                private final Generic ownerType;

                
The parameters of this parameterized type.

/**
                 * The parameters of this parameterized type.
                 */
                private final List<? extends Generic> parameters;

                
The annotation source to query for the declared annotations.

/**
                 * The annotation source to query for the declared annotations.
                 */
                private final AnnotationSource annotationSource;

                
Creates a description of a latent parameterized type.

Params:
  • rawType –          The raw type of the described parameterized type.
  • ownerType –  This parameterized type's owner type or null if no owner type exists.
  • parameters –       The parameters of this parameterized type.
  • annotationSource – The annotation source to query for the declared annotations.
/**
                 * Creates a description of a latent parameterized type.
                 *
                 * @param rawType          The raw type of the described parameterized type.
                 * @param ownerType        This parameterized type's owner type or {@code null} if no owner type exists.
                 * @param parameters       The parameters of this parameterized type.
                 * @param annotationSource The annotation source to query for the declared annotations.
                 */
                public Latent(TypeDescription rawType,
                              Generic ownerType,
                              List<? extends Generic> parameters,
                              AnnotationSource annotationSource) {
                    this.rawType = rawType;
                    this.ownerType = ownerType;
                    this.parameters = parameters;
                    this.annotationSource = annotationSource;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return rawType;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getOwnerType() {
                    return ownerType;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getTypeArguments() {
                    return new TypeList.Generic.Explicit(parameters);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationSource.getDeclaredAnnotations();
                }
            }

            
A representation of a parameterized type that is a super type of a raw type but preserves the minimal type information
that is required for allowing creating correct erasures for overridden methods. All members' types are erased and all
type arguments are reduced to their erasure.

/**
             * A representation of a parameterized type that is a super type of a raw type but preserves the minimal type information
             * that is required for allowing creating correct erasures for overridden methods. All members' types are erased and all
             * type arguments are reduced to their erasure.
             */
            public static class ForReifiedType extends OfParameterizedType {

                
The represented parameterized type.

/**
                 * The represented parameterized type.
                 */
                private final Generic parameterizedType;

                
Creates a new reified parameterized type.

Params:
  • parameterizedType – The represented parameterized type.
/**
                 * Creates a new reified parameterized type.
                 *
                 * @param parameterizedType The represented parameterized type.
                 */
                protected ForReifiedType(Generic parameterizedType) {
                    this.parameterizedType = parameterizedType;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getSuperClass() {
                    Generic superClass = super.getSuperClass();
                    return superClass == null
                            ? Generic.UNDEFINED
                            : new LazyProjection.WithResolvedErasure(superClass, Visitor.Reifying.INHERITING);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getInterfaces() {
                    return new TypeList.Generic.ForDetachedTypes.WithResolvedErasure(super.getInterfaces(), Visitor.Reifying.INHERITING);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public FieldList<FieldDescription.InGenericShape> getDeclaredFields() {
                    return new FieldList.TypeSubstituting(this, super.getDeclaredFields(), Visitor.TypeErasing.INSTANCE);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public MethodList<MethodDescription.InGenericShape> getDeclaredMethods() {
                    return new MethodList.TypeSubstituting(this, super.getDeclaredMethods(), Visitor.TypeErasing.INSTANCE);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getTypeArguments() {
                    return new TypeList.Generic.ForDetachedTypes(parameterizedType.getTypeArguments(), Visitor.TypeErasing.INSTANCE);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getOwnerType() {
                    Generic ownerType = parameterizedType.getOwnerType();
                    return ownerType == null
                            ? Generic.UNDEFINED
                            : ownerType.accept(Visitor.Reifying.INHERITING);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return parameterizedType.asErasure();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return new AnnotationList.Empty();
                }
            }

            
Represents an erasure as a generic type where all type variables are representing their own arguments.

/**
             * Represents an erasure as a generic type where all type variables are representing their own arguments.
             */
            public static class ForGenerifiedErasure extends OfParameterizedType {

                
The represented erasure.

/**
                 * The represented erasure.
                 */
                private final TypeDescription typeDescription;

                
Creates a new generified erasure.

Params:
  • typeDescription – The represented erasure.
/**
                 * Creates a new generified erasure.
                 *
                 * @param typeDescription The represented erasure.
                 */
                protected ForGenerifiedErasure(TypeDescription typeDescription) {
                    this.typeDescription = typeDescription;
                }

                
Represents the supplied type description as a generified erasure if it is generified or as a non-generic type if not so.

Params:
  • typeDescription – The represented erasure.
Returns:An appropriate generic type.
/**
                 * Represents the supplied type description as a generified erasure if it is generified or as a non-generic type if not so.
                 *
                 * @param typeDescription The represented erasure.
                 * @return An appropriate generic type.
                 */
                public static Generic of(TypeDescription typeDescription) {
                    return typeDescription.isGenerified()
                            ? new ForGenerifiedErasure(typeDescription)
                            : new OfNonGenericType.ForErasure(typeDescription);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return typeDescription;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getTypeArguments() {
                    return new TypeList.Generic.ForDetachedTypes(typeDescription.getTypeVariables(), Visitor.AnnotationStripper.INSTANCE);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getOwnerType() {
                    TypeDescription declaringType = typeDescription.getDeclaringType();
                    return declaringType == null
                            ? Generic.UNDEFINED
                            : of(declaringType);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return new AnnotationList.Empty();
                }
            }
        }

        
A base implementation of a generic type description that represents a type variable.

/**
         * A base implementation of a generic type description that represents a type variable.
         */
        abstract class OfTypeVariable extends AbstractBase {

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Sort getSort() {
                return Sort.VARIABLE;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeDescription asErasure() {
                TypeList.Generic upperBounds = getUpperBounds();
                return upperBounds.isEmpty()
                        ? TypeDescription.OBJECT
                        : upperBounds.get(0).asErasure();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getSuperClass() {
                throw new IllegalStateException("A type variable does not imply a super type definition: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getInterfaces() {
                throw new IllegalStateException("A type variable does not imply an interface type definition: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public FieldList<FieldDescription.InGenericShape> getDeclaredFields() {
                throw new IllegalStateException("A type variable does not imply field definitions: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public MethodList<MethodDescription.InGenericShape> getDeclaredMethods() {
                throw new IllegalStateException("A type variable does not imply method definitions: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public RecordComponentList<RecordComponentDescription.InGenericShape> getRecordComponents() {
                throw new IllegalStateException("A type variable does not imply record component definitions: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getComponentType() {
                throw new IllegalStateException("A type variable does not imply a component type: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getTypeArguments() {
                throw new IllegalStateException("A type variable does not imply type arguments: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic findBindingOf(Generic typeVariable) {
                throw new IllegalStateException("A type variable does not imply type arguments: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getLowerBounds() {
                throw new IllegalStateException("A type variable does not imply lower bounds: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getOwnerType() {
                throw new IllegalStateException("A type variable does not imply an owner type: " + this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getTypeName() {
                return toString();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getActualName() {
                return getSymbol();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public <T> T accept(Visitor<T> visitor) {
                return visitor.onTypeVariable(this);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public StackSize getStackSize() {
                return StackSize.SINGLE;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isArray() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isPrimitive() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isRecord() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean represents(java.lang.reflect.Type type) {
                return equals(Sort.describe(type));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Iterator<TypeDefinition> iterator() {
                throw new IllegalStateException("A type variable does not imply a super type definition: " + this);
            }

            @Override
            @CachedReturnPlugin.Enhance("hashCode")
            public int hashCode() {
                return getTypeVariableSource().hashCode() ^ getSymbol().hashCode();
            }

            @Override
            public boolean equals(Object other) {
                if (this == other) {
                    return true;
                } else if (!(other instanceof Generic)) {
                    return false;
                }
                Generic typeDescription = (Generic) other;
                return typeDescription.getSort().isTypeVariable()
                        && getSymbol().equals(typeDescription.getSymbol())
                        && getTypeVariableSource().equals(typeDescription.getTypeVariableSource());
            }

            @Override
            public String toString() {
                return getSymbol();
            }

            
Implementation of a symbolic type variable.

/**
             * Implementation of a symbolic type variable.
             */
            public static class Symbolic extends Generic.AbstractBase {

                
The symbol of the symbolic type variable.

/**
                 * The symbol of the symbolic type variable.
                 */
                private final String symbol;

                
The annotation source to query for the declared annotations.

/**
                 * The annotation source to query for the declared annotations.
                 */
                private final AnnotationSource annotationSource;

                
Creates a symbolic type variable.

Params:
  • symbol –           The symbol of the symbolic type variable.
  • annotationSource – The annotation source to query for the declared annotations.
/**
                 * Creates a symbolic type variable.
                 *
                 * @param symbol           The symbol of the symbolic type variable.
                 * @param annotationSource The annotation source to query for the declared annotations.
                 */
                public Symbolic(String symbol, AnnotationSource annotationSource) {
                    this.symbol = symbol;
                    this.annotationSource = annotationSource;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Sort getSort() {
                    return Sort.VARIABLE_SYMBOLIC;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public String getSymbol() {
                    return symbol;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationSource.getDeclaredAnnotations();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    throw new IllegalStateException("A symbolic type variable does not imply an erasure: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getUpperBounds() {
                    throw new IllegalStateException("A symbolic type variable does not imply an upper type bound: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeVariableSource getTypeVariableSource() {
                    throw new IllegalStateException("A symbolic type variable does not imply a variable source: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getSuperClass() {
                    throw new IllegalStateException("A symbolic type variable does not imply a super type definition: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getInterfaces() {
                    throw new IllegalStateException("A symbolic type variable does not imply an interface type definition: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public FieldList<FieldDescription.InGenericShape> getDeclaredFields() {
                    throw new IllegalStateException("A symbolic type variable does not imply field definitions: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public MethodList<MethodDescription.InGenericShape> getDeclaredMethods() {
                    throw new IllegalStateException("A symbolic type variable does not imply method definitions: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public RecordComponentList<RecordComponentDescription.InGenericShape> getRecordComponents() {
                    throw new IllegalStateException("A symbolic type variable does not imply record component definitions: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getComponentType() {
                    throw new IllegalStateException("A symbolic type variable does not imply a component type: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getTypeArguments() {
                    throw new IllegalStateException("A symbolic type variable does not imply type arguments: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic findBindingOf(Generic typeVariable) {
                    throw new IllegalStateException("A symbolic type variable does not imply type arguments: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getLowerBounds() {
                    throw new IllegalStateException("A symbolic type variable does not imply lower bounds: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getOwnerType() {
                    throw new IllegalStateException("A symbolic type variable does not imply an owner type: " + this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public String getTypeName() {
                    return toString();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public String getActualName() {
                    return getSymbol();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public <T> T accept(Visitor<T> visitor) {
                    return visitor.onTypeVariable(this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public StackSize getStackSize() {
                    return StackSize.SINGLE;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean isArray() {
                    return false;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean isPrimitive() {
                    return false;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean isRecord() {
                    return false;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean represents(java.lang.reflect.Type type) {
                    if (type == null) {
                        throw new NullPointerException();
                    }
                    return false;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Iterator<TypeDefinition> iterator() {
                    throw new IllegalStateException("A symbolic type variable does not imply a super type definition: " + this);
                }

                @Override
                public int hashCode() {
                    return symbol.hashCode();
                }

                @Override
                public boolean equals(Object other) {
                    if (this == other) {
                        return true;
                    } else if (!(other instanceof Generic)) {
                        return false;
                    }
                    Generic typeDescription = (Generic) other;
                    return typeDescription.getSort().isTypeVariable() && getSymbol().equals(typeDescription.getSymbol());
                }

                @Override
                public String toString() {
                    return getSymbol();
                }
            }

            
Description of a loaded type variable.

/**
             * Description of a loaded type variable.
             */
            public static class ForLoadedType extends OfTypeVariable {

                
The represented type variable.

/**
                 * The represented type variable.
                 */
                private final TypeVariable<?> typeVariable;

                
The annotation reader to query for the variable's annotations.

/**
                 * The annotation reader to query for the variable's annotations.
                 */
                private final AnnotationReader annotationReader;

                
Creates a description of a loaded type variable.

Params:
  • typeVariable – The represented type variable.
/**
                 * Creates a description of a loaded type variable.
                 *
                 * @param typeVariable The represented type variable.
                 */
                public ForLoadedType(TypeVariable<?> typeVariable) {
                    this(typeVariable, AnnotationReader.NoOp.INSTANCE);
                }

                
Creates a description of a loaded type variable with an annotation.

Params:
  • typeVariable –     The represented type variable.
  • annotationReader – The annotation reader to query for the variable's annotations.
/**
                 * Creates a description of a loaded type variable with an annotation.
                 *
                 * @param typeVariable     The represented type variable.
                 * @param annotationReader The annotation reader to query for the variable's annotations.
                 */
                protected ForLoadedType(TypeVariable<?> typeVariable, AnnotationReader annotationReader) {
                    this.typeVariable = typeVariable;
                    this.annotationReader = annotationReader;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeVariableSource getTypeVariableSource() {
                    GenericDeclaration genericDeclaration = typeVariable.getGenericDeclaration();
                    if (genericDeclaration instanceof Class) {
                        return TypeDescription.ForLoadedType.of((Class<?>) genericDeclaration);
                    } else if (genericDeclaration instanceof Method) {
                        return new MethodDescription.ForLoadedMethod((Method) genericDeclaration);
                    } else if (genericDeclaration instanceof Constructor) {
                        return new MethodDescription.ForLoadedConstructor((Constructor<?>) genericDeclaration);
                    } else {
                        throw new IllegalStateException("Unknown declaration: " + genericDeclaration);
                    }
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getUpperBounds() {
                    return new TypeVariableBoundList(typeVariable.getBounds(), annotationReader);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public String getSymbol() {
                    return typeVariable.getName();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationReader.asList();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean represents(java.lang.reflect.Type type) {
                    return typeVariable == type || super.represents(type);
                }

                
A list of type variable bounds for a loaded TypeVariable that resolves annotations.. 
/**
                 * A list of type variable bounds for a loaded {@link TypeVariable} that resolves annotations..
                 */
                protected static class TypeVariableBoundList extends TypeList.Generic.AbstractBase {

                    
The type variable bounds.

/**
                     * The type variable bounds.
                     */
                    private final java.lang.reflect.Type[] bound;

                    
The annotation reader to query for the type bounds.

/**
                     * The annotation reader to query for the type bounds.
                     */
                    private final AnnotationReader annotationReader;

                    
Creates a new list for a TypeVariable's bound. 
Params:
  • bound –            The type variable bounds.
  • annotationReader – The annotation reader to query for the type bounds.
/**
                     * Creates a new list for a {@link TypeVariable}'s bound.
                     *
                     * @param bound            The type variable bounds.
                     * @param annotationReader The annotation reader to query for the type bounds.
                     */
                    protected TypeVariableBoundList(java.lang.reflect.Type[] bound, AnnotationReader annotationReader) {
                        this.bound = bound;
                        this.annotationReader = annotationReader;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic get(int index) {
                        return Sort.describe(bound[index], annotationReader.ofTypeVariableBoundType(index));
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public int size() {
                        return bound.length;
                    }
                }
            }

            
A type variable with explicit annotations that replace the annotations that are declared by the provided type variable.

/**
             * A type variable with explicit annotations that replace the annotations that are declared by the provided type variable.
             */
            public static class WithAnnotationOverlay extends OfTypeVariable {

                
The type variable to represent.

/**
                 * The type variable to represent.
                 */
                private final Generic typeVariable;

                
The annotation source to query for the declared annotations.

/**
                 * The annotation source to query for the declared annotations.
                 */
                private final AnnotationSource annotationSource;

                
Creates a new type definition for a type variable with explicit annotations.

Params:
  • typeVariable –     The type variable to represent.
  • annotationSource – The annotation source to query for the declared annotations.
/**
                 * Creates a new type definition for a type variable with explicit annotations.
                 *
                 * @param typeVariable     The type variable to represent.
                 * @param annotationSource The annotation source to query for the declared annotations.
                 */
                public WithAnnotationOverlay(Generic typeVariable, AnnotationSource annotationSource) {
                    this.typeVariable = typeVariable;
                    this.annotationSource = annotationSource;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationSource.getDeclaredAnnotations();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getUpperBounds() {
                    return typeVariable.getUpperBounds();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeVariableSource getTypeVariableSource() {
                    return typeVariable.getTypeVariableSource();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public String getSymbol() {
                    return typeVariable.getSymbol();
                }
            }
        }

        
A lazy projection of a generic type. Such projections allow to only read generic type information in case it is required. This
is meaningful as the Java virtual needs to process generic type information which requires extra resources. Also, this allows
the extraction of non-generic type information even if the generic type information is invalid.

/**
         * A lazy projection of a generic type. Such projections allow to only read generic type information in case it is required. This
         * is meaningful as the Java virtual needs to process generic type information which requires extra resources. Also, this allows
         * the extraction of non-generic type information even if the generic type information is invalid.
         */
        abstract class LazyProjection extends AbstractBase {

            
Resolves the actual generic type.

Returns:An actual description of the represented generic type.
/**
             * Resolves the actual generic type.
             *
             * @return An actual description of the represented generic type.
             */
            protected abstract Generic resolve();

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Sort getSort() {
                return resolve().getSort();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public FieldList<FieldDescription.InGenericShape> getDeclaredFields() {
                return resolve().getDeclaredFields();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public MethodList<MethodDescription.InGenericShape> getDeclaredMethods() {
                return resolve().getDeclaredMethods();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public RecordComponentList<RecordComponentDescription.InGenericShape> getRecordComponents() {
                return resolve().getRecordComponents();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getUpperBounds() {
                return resolve().getUpperBounds();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getLowerBounds() {
                return resolve().getLowerBounds();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getComponentType() {
                return resolve().getComponentType();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeList.Generic getTypeArguments() {
                return resolve().getTypeArguments();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic findBindingOf(Generic typeVariable) {
                return resolve().findBindingOf(typeVariable);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeVariableSource getTypeVariableSource() {
                return resolve().getTypeVariableSource();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic getOwnerType() {
                return resolve().getOwnerType();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getTypeName() {
                return resolve().getTypeName();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getSymbol() {
                return resolve().getSymbol();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getActualName() {
                return resolve().getActualName();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public <T> T accept(Visitor<T> visitor) {
                return resolve().accept(visitor);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public StackSize getStackSize() {
                return asErasure().getStackSize();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isArray() {
                return asErasure().isArray();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isPrimitive() {
                return asErasure().isPrimitive();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isRecord() {
                return asErasure().isRecord();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean represents(java.lang.reflect.Type type) {
                return resolve().represents(type);
            }

            @Override
            @CachedReturnPlugin.Enhance("hashCode")
            public int hashCode() {
                return resolve().hashCode();
            }

            @Override
            public boolean equals(Object other) {
                return this == other || other instanceof TypeDefinition && resolve().equals(other);
            }

            @Override
            public String toString() {
                return resolve().toString();
            }

            
A lazy projection of a type with a lazy resolution of super class and interface types. A lazy navigation
must only be used for describing types that are guaranteed to define a super class and interface types,
i.e. non-generic types and parameterized types. Lazy navigation can also be applied to array types where
the usage does however make little sense as those properties are never generic.

/**
             * A lazy projection of a type with a lazy resolution of super class and interface types. A lazy navigation
             * must only be used for describing types that are guaranteed to define a super class and interface types,
             * i.e. non-generic types and parameterized types. Lazy navigation can also be applied to array types where
             * the usage does however make little sense as those properties are never generic.
             */
            public abstract static class WithLazyNavigation extends LazyProjection {

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getSuperClass() {
                    return LazySuperClass.of(this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getInterfaces() {
                    return LazyInterfaceList.of(this);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Iterator<TypeDefinition> iterator() {
                    return new TypeDefinition.SuperClassIterator(this);
                }

                
A lazy super class description for a lazy projection.

/**
                 * A lazy super class description for a lazy projection.
                 */
                protected static class LazySuperClass extends WithLazyNavigation {

                    
The lazy projection for which this description is a delegate.

/**
                     * The lazy projection for which this description is a delegate.
                     */
                    private final LazyProjection delegate;

                    
Creates a new lazy super class description.

Params:
  • delegate – The lazy projection for which this description is a delegate.
/**
                     * Creates a new lazy super class description.
                     *
                     * @param delegate The lazy projection for which this description is a delegate.
                     */
                    protected LazySuperClass(LazyProjection delegate) {
                        this.delegate = delegate;
                    }

                    
Resolves a lazy super class description.

Params:
  • delegate – The lazy projection for which this description is a delegate.
Returns:A lazy description of the super class or null if the delegate does not define a super class.
/**
                     * Resolves a lazy super class description.
                     *
                     * @param delegate The lazy projection for which this description is a delegate.
                     * @return A lazy description of the super class or {@code null} if the delegate does not define a super class.
                     */
                    protected static Generic of(LazyProjection delegate) {
                        return delegate.asErasure().getSuperClass() == null
                                ? Generic.UNDEFINED
                                : new LazySuperClass(delegate);
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationList getDeclaredAnnotations() {
                        return resolve().getDeclaredAnnotations();
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public TypeDescription asErasure() {
                        return delegate.asErasure().getSuperClass().asErasure();
                    }

                    @Override
                    @CachedReturnPlugin.Enhance("resolved")
                    protected Generic resolve() {
                        return delegate.resolve().getSuperClass();
                    }
                }

                
A lazy interface type description for a lazy projection.

/**
                 * A lazy interface type description for a lazy projection.
                 */
                protected static class LazyInterfaceType extends WithLazyNavigation {

                    
The lazy projection for which this description is a delegate.

/**
                     * The lazy projection for which this description is a delegate.
                     */
                    private final LazyProjection delegate;

                    
The index of the interface in question.

/**
                     * The index of the interface in question.
                     */
                    private final int index;

                    
The raw interface that is declared by the erasure of the represented lazy projection.

/**
                     * The raw interface that is declared by the erasure of the represented lazy projection.
                     */
                    private final TypeDescription.Generic rawInterface;

                    
Creates a new lazy interface type.

Params:
  • delegate –     The lazy projection for which this description is a delegate.
  • index –        The index of the interface in question.
  • rawInterface – The raw interface that is declared by the erasure of the represented lazy projection.
/**
                     * Creates a new lazy interface type.
                     *
                     * @param delegate     The lazy projection for which this description is a delegate.
                     * @param index        The index of the interface in question.
                     * @param rawInterface The raw interface that is declared by the erasure of the represented lazy projection.
                     */
                    protected LazyInterfaceType(LazyProjection delegate, int index, Generic rawInterface) {
                        this.delegate = delegate;
                        this.index = index;
                        this.rawInterface = rawInterface;
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationList getDeclaredAnnotations() {
                        return resolve().getDeclaredAnnotations();
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public TypeDescription asErasure() {
                        return rawInterface.asErasure();
                    }

                    @Override
                    @CachedReturnPlugin.Enhance("resolved")
                    protected Generic resolve() {
                        return delegate.resolve().getInterfaces().get(index);
                    }
                }

                
A lazy representation of a lazy projection's interfaces.

/**
                 * A lazy representation of a lazy projection's interfaces.
                 */
                protected static class LazyInterfaceList extends TypeList.Generic.AbstractBase {

                    
The lazy projection for which this description is a delegate.

/**
                     * The lazy projection for which this description is a delegate.
                     */
                    private final LazyProjection delegate;

                    
A list of raw interface types declared by the lazy projection's erasure.

/**
                     * A list of raw interface types declared by the lazy projection's erasure.
                     */
                    private final TypeList.Generic rawInterfaces;

                    
Creates a new lazy interface list.

Params:
  • delegate –      The lazy projection for which this description is a delegate.
  • rawInterfaces – A list of raw interface types declared by the lazy projection's erasure.
/**
                     * Creates a new lazy interface list.
                     *
                     * @param delegate      The lazy projection for which this description is a delegate.
                     * @param rawInterfaces A list of raw interface types declared by the lazy projection's erasure.
                     */
                    protected LazyInterfaceList(LazyProjection delegate, TypeList.Generic rawInterfaces) {
                        this.delegate = delegate;
                        this.rawInterfaces = rawInterfaces;
                    }

                    
Resolves a lazy interface list.

Params:
  • delegate – The delegate for which to represent interfaces.
Returns:A lazy list representing the delegate's interfaces lazily.
/**
                     * Resolves a lazy interface list.
                     *
                     * @param delegate The delegate for which to represent interfaces.
                     * @return A lazy list representing the delegate's interfaces lazily.
                     */
                    protected static TypeList.Generic of(LazyProjection delegate) {
                        return new LazyInterfaceList(delegate, delegate.asErasure().getInterfaces());
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public Generic get(int index) {
                        return new LazyInterfaceType(delegate, index, rawInterfaces.get(index));
                    }

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public int size() {
                        return rawInterfaces.size();
                    }
                }

                
A description of an annotated lazy type with lazy navigation.

/**
                 * A description of an annotated lazy type with lazy navigation.
                 */
                protected abstract static class OfAnnotatedElement extends WithLazyNavigation {

                    
Returns the current type's annotation reader.

Returns:The current type's annotation reader.
/**
                     * Returns the current type's annotation reader.
                     *
                     * @return The current type's annotation reader.
                     */
                    protected abstract AnnotationReader getAnnotationReader();

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationList getDeclaredAnnotations() {
                        return getAnnotationReader().asList();
                    }
                }
            }

            
A lazy projection of a type that resolves super class and interface types eagerly.

/**
             * A lazy projection of a type that resolves super class and interface types eagerly.
             */
            public abstract static class WithEagerNavigation extends LazyProjection {

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getSuperClass() {
                    return resolve().getSuperClass();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getInterfaces() {
                    return resolve().getInterfaces();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Iterator<TypeDefinition> iterator() {
                    return resolve().iterator();
                }

                
A description of an annotated lazy type with eager navigation.

/**
                 * A description of an annotated lazy type with eager navigation.
                 */
                protected abstract static class OfAnnotatedElement extends WithEagerNavigation {

                    
Returns the current type's annotation reader.

Returns:The current type's annotation reader.
/**
                     * Returns the current type's annotation reader.
                     *
                     * @return The current type's annotation reader.
                     */
                    protected abstract AnnotationReader getAnnotationReader();

                    
{@inheritDoc}

/**
                     * {@inheritDoc}
                     */
                    public AnnotationList getDeclaredAnnotations() {
                        return getAnnotationReader().asList();
                    }
                }
            }

            
A lazy projection of a generic super type.

/**
             * A lazy projection of a generic super type.
             */
            public static class ForLoadedSuperClass extends LazyProjection.WithLazyNavigation.OfAnnotatedElement {

                
The type of which the super class is represented.

/**
                 * The type of which the super class is represented.
                 */
                private final Class<?> type;

                
Creates a new lazy projection of a type's super class.

Params:
  • type – The type of which the super class is represented.
/**
                 * Creates a new lazy projection of a type's super class.
                 *
                 * @param type The type of which the super class is represented.
                 */
                public ForLoadedSuperClass(Class<?> type) {
                    this.type = type;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                @CachedReturnPlugin.Enhance("resolved")
                protected Generic resolve() {
                    java.lang.reflect.Type superClass = type.getGenericSuperclass();
                    return superClass == null
                            ? Generic.UNDEFINED
                            : Sort.describe(superClass, getAnnotationReader());
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    Class<?> superClass = type.getSuperclass();
                    return superClass == null
                            ? TypeDescription.UNDEFINED
                            : ForLoadedType.of(superClass);
                }

                @Override
                protected AnnotationReader getAnnotationReader() {
                    return AnnotationReader.DISPATCHER.resolveSuperClassType(type);
                }
            }

            
A lazy projection of a field's type.

/**
             * A lazy projection of a field's type.
             */
            public static class ForLoadedFieldType extends LazyProjection.WithEagerNavigation.OfAnnotatedElement {

                
The field of which the type is represented.

/**
                 * The field of which the type is represented.
                 */
                private final Field field;

                
Create's a lazy projection of a field type.

Params:
  • field – The field of which the type is represented.
/**
                 * Create's a lazy projection of a field type.
                 *
                 * @param field The field of which the type is represented.
                 */
                public ForLoadedFieldType(Field field) {
                    this.field = field;
                }

                @Override
                @CachedReturnPlugin.Enhance("resolved")
                protected Generic resolve() {
                    return Sort.describe(field.getGenericType(), getAnnotationReader());
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return ForLoadedType.of(field.getType());
                }

                @Override
                protected AnnotationReader getAnnotationReader() {
                    return AnnotationReader.DISPATCHER.resolveFieldType(field);
                }
            }

            
A lazy projection of a method's generic return type.

/**
             * A lazy projection of a method's generic return type.
             */
            public static class ForLoadedReturnType extends LazyProjection.WithEagerNavigation.OfAnnotatedElement {

                
The method which defines the return type.

/**
                 * The method which defines the return type.
                 */
                private final Method method;

                
Creates a new lazy projection of a method's return type.

Params:
  • method – The method which defines the return type.
/**
                 * Creates a new lazy projection of a method's return type.
                 *
                 * @param method The method which defines the return type.
                 */
                public ForLoadedReturnType(Method method) {
                    this.method = method;
                }

                @Override
                @CachedReturnPlugin.Enhance("resolved")
                protected Generic resolve() {
                    return Sort.describe(method.getGenericReturnType(), getAnnotationReader());
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return ForLoadedType.of(method.getReturnType());
                }

                @Override
                protected AnnotationReader getAnnotationReader() {
                    return AnnotationReader.DISPATCHER.resolveReturnType(method);
                }
            }

            
A lazy projection of the parameter type of a Constructor. 
/**
             * A lazy projection of the parameter type of a {@link Constructor}.
             */
            public static class OfConstructorParameter extends LazyProjection.WithEagerNavigation.OfAnnotatedElement {

                
The constructor of which a parameter type is represented.

/**
                 * The constructor of which a parameter type is represented.
                 */
                private final Constructor<?> constructor;

                
The parameter's index.

/**
                 * The parameter's index.
                 */
                private final int index;

                
The erasure of the parameter type.

/**
                 * The erasure of the parameter type.
                 */
                private final Class<?>[] erasure;

                
Creates a lazy projection of a constructor's parameter.

Params:
  • constructor – The constructor of which a parameter type is represented.
  • index –       The parameter's index.
  • erasure –     The erasure of the parameter type.
/**
                 * Creates a lazy projection of a constructor's parameter.
                 *
                 * @param constructor The constructor of which a parameter type is represented.
                 * @param index       The parameter's index.
                 * @param erasure     The erasure of the parameter type.
                 */
                @SuppressFBWarnings(value = "EI_EXPOSE_REP2", justification = "The array is never exposed outside of the class")
                public OfConstructorParameter(Constructor<?> constructor, int index, Class<?>[] erasure) {
                    this.constructor = constructor;
                    this.index = index;
                    this.erasure = erasure;
                }

                @Override
                @CachedReturnPlugin.Enhance("delegate")
                protected Generic resolve() {
                    java.lang.reflect.Type[] type = constructor.getGenericParameterTypes();
                    return erasure.length == type.length
                            ? Sort.describe(type[index], getAnnotationReader())
                            : OfNonGenericType.ForLoadedType.of(erasure[index]);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return TypeDescription.ForLoadedType.of(erasure[index]);
                }

                @Override
                protected AnnotationReader getAnnotationReader() {
                    return AnnotationReader.DISPATCHER.resolveParameterType(constructor, index);
                }
            }

            
A lazy projection of the parameter type of a Method. 
/**
             * A lazy projection of the parameter type of a {@link Method}.
             */
            public static class OfMethodParameter extends LazyProjection.WithEagerNavigation.OfAnnotatedElement {

                
The method of which a parameter type is represented.

/**
                 * The method of which a parameter type is represented.
                 */
                private final Method method;

                
The parameter's index.

/**
                 * The parameter's index.
                 */
                private final int index;

                
The erasures of the method's parameter types.

/**
                 * The erasures of the method's parameter types.
                 */
                private final Class<?>[] erasure;

                
Creates a lazy projection of a constructor's parameter.

Params:
  • method –  The method of which a parameter type is represented.
  • index –   The parameter's index.
  • erasure – The erasures of the method's parameter types.
/**
                 * Creates a lazy projection of a constructor's parameter.
                 *
                 * @param method  The method of which a parameter type is represented.
                 * @param index   The parameter's index.
                 * @param erasure The erasures of the method's parameter types.
                 */
                @SuppressFBWarnings(value = "EI_EXPOSE_REP2", justification = "The array is never exposed outside of the class")
                public OfMethodParameter(Method method, int index, Class<?>[] erasure) {
                    this.method = method;
                    this.index = index;
                    this.erasure = erasure;
                }

                @Override
                @CachedReturnPlugin.Enhance("resolved")
                protected Generic resolve() {
                    java.lang.reflect.Type[] type = method.getGenericParameterTypes();
                    return erasure.length == type.length
                            ? Sort.describe(type[index], getAnnotationReader())
                            : OfNonGenericType.ForLoadedType.of(erasure[index]);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return TypeDescription.ForLoadedType.of(erasure[index]);
                }

                @Override
                protected AnnotationReader getAnnotationReader() {
                    return AnnotationReader.DISPATCHER.resolveParameterType(method, index);
                }
            }

            
A lazy projection of a java.lang.reflect.RecordComponent's type. 
/**
             * A lazy projection of a {@code java.lang.reflect.RecordComponent}'s type.
             */
            public static class OfRecordComponent extends LazyProjection.WithEagerNavigation.OfAnnotatedElement {

                
The represented record component.

/**
                 * The represented record component.
                 */
                private final Object recordComponent;

                
Creates a lazy projection of a java.lang.reflect.RecordComponent's type. 
Params:
  • recordComponent – The represented record component.
/**
                 * Creates a lazy projection of a {@code java.lang.reflect.RecordComponent}'s type.
                 *
                 * @param recordComponent The represented record component.
                 */
                protected OfRecordComponent(Object recordComponent) {
                    this.recordComponent = recordComponent;
                }

                @Override
                @CachedReturnPlugin.Enhance("resolved")
                protected Generic resolve() {
                    return Sort.describe(RecordComponentDescription.ForLoadedRecordComponent.DISPATCHER.getGenericType(recordComponent), getAnnotationReader());
                }

                @Override
                public TypeDescription asErasure() {
                    return ForLoadedType.of(RecordComponentDescription.ForLoadedRecordComponent.DISPATCHER.getType(recordComponent));
                }

                @Override
                protected AnnotationReader getAnnotationReader() {
                    return new AnnotationReader.Delegator.ForRecordComponent(recordComponent);
                }
            }

            
A lazy projection that applies a visitor only when resolving the generic type but not when reading the erasure.

/**
             * A lazy projection that applies a visitor only when resolving the generic type but not when reading the erasure.
             */
            public static class WithResolvedErasure extends LazyProjection.WithEagerNavigation {

                
The unresolved generic type.

/**
                 * The unresolved generic type.
                 */
                private final Generic delegate;

                
The visitor to apply for resolving the generic type.

/**
                 * The visitor to apply for resolving the generic type.
                 */
                private final Visitor<? extends Generic> visitor;

                
The annotation source to apply.

/**
                 * The annotation source to apply.
                 */
                private final AnnotationSource annotationSource;

                
Creates a lazy projection with a resolved erasure that retains the delegates type annotations.

Params:
  • delegate – The unresolved generic type.
  • visitor –  The visitor to apply for resolving the generic type.
/**
                 * Creates a lazy projection with a resolved erasure that retains the delegates type annotations.
                 *
                 * @param delegate The unresolved generic type.
                 * @param visitor  The visitor to apply for resolving the generic type.
                 */
                public WithResolvedErasure(Generic delegate, Visitor<? extends Generic> visitor) {
                    this(delegate, visitor, delegate);
                }

                
Creates a lazy projection with a resolved erasure.

Params:
  • delegate –         The unresolved generic type.
  • visitor –          The visitor to apply for resolving the generic type.
  • annotationSource – The annotation source representing this type's type annotations.
/**
                 * Creates a lazy projection with a resolved erasure.
                 *
                 * @param delegate         The unresolved generic type.
                 * @param visitor          The visitor to apply for resolving the generic type.
                 * @param annotationSource The annotation source representing this type's type annotations.
                 */
                public WithResolvedErasure(Generic delegate, Visitor<? extends Generic> visitor, AnnotationSource annotationSource) {
                    this.delegate = delegate;
                    this.visitor = visitor;
                    this.annotationSource = annotationSource;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return annotationSource.getDeclaredAnnotations();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription asErasure() {
                    return delegate.asErasure();
                }

                @Override
                @CachedReturnPlugin.Enhance("resolved")
                protected Generic resolve() {
                    return delegate.accept(visitor);
                }
            }
        }

        
A builder for creating describing a generic type as a Generic. 
/**
         * A builder for creating describing a generic type as a {@link Generic}.
         */
        @HashCodeAndEqualsPlugin.Enhance
        abstract class Builder {

            
Represents an undefined Type within a build step. 
/**
             * Represents an undefined {@link java.lang.reflect.Type} within a build step.
             */
            private static final java.lang.reflect.Type UNDEFINED = null;

            
The type annotations of the current annotated type.

/**
             * The type annotations of the current annotated type.
             */
            protected final List<? extends AnnotationDescription> annotations;

            
Creates a new builder for a generic type description.

Params:
  • annotations – The type annotations of the current annotated type.
/**
             * Creates a new builder for a generic type description.
             *
             * @param annotations The type annotations of the current annotated type.
             */
            protected Builder(List<? extends AnnotationDescription> annotations) {
                this.annotations = annotations;
            }

            
Creates a raw type of a type description.

Params:
  • type – The type to represent as a raw type.
Returns:A builder for creating a raw type.
/**
             * Creates a raw type of a type description.
             *
             * @param type The type to represent as a raw type.
             * @return A builder for creating a raw type.
             */
            public static Builder rawType(Class<?> type) {
                return rawType(ForLoadedType.of(type));
            }

            
Creates a raw type of a type description.

Params:
  • type – The type to represent as a raw type.
Returns:A builder for creating a raw type.
/**
             * Creates a raw type of a type description.
             *
             * @param type The type to represent as a raw type.
             * @return A builder for creating a raw type.
             */
            public static Builder rawType(TypeDescription type) {
                return new Builder.OfNonGenericType(type);
            }

            
Creates a raw type of a type description where the supplied owner type is used as .

Params:
  • type –      The type to represent as a raw type.
  • ownerType – The raw type's (annotated) declaring type or null if no owner type should be declared.
Returns:A builder for creating a raw type.
/**
             * Creates a raw type of a type description where the supplied owner type is used as .
             *
             * @param type      The type to represent as a raw type.
             * @param ownerType The raw type's (annotated) declaring type or {@code null} if no owner type should be declared.
             * @return A builder for creating a raw type.
             */
            public static Builder rawType(Class<?> type, Generic ownerType) {
                return rawType(ForLoadedType.of(type), ownerType);
            }

            
Creates a raw type of a type description.

Params:
  • type –      The type to represent as a raw type.
  • ownerType – The raw type's (annotated) declaring type or null if no owner type should be declared.
Returns:A builder for creating a raw type.
/**
             * Creates a raw type of a type description.
             *
             * @param type      The type to represent as a raw type.
             * @param ownerType The raw type's (annotated) declaring type or {@code null} if no owner type should be declared.
             * @return A builder for creating a raw type.
             */
            public static Builder rawType(TypeDescription type, Generic ownerType) {
                TypeDescription declaringType = type.getDeclaringType();
                if (declaringType == null && ownerType != null) {
                    throw new IllegalArgumentException(type + " does not have a declaring type: " + ownerType);
                } else if (declaringType != null && (ownerType == null || !declaringType.equals(ownerType.asErasure()))) {
                    throw new IllegalArgumentException(ownerType + " is not the declaring type of " + type);
                }
                return new Builder.OfNonGenericType(type, ownerType);
            }

            
Creates an unbound wildcard without type annotations.

Returns:A description of an unbound wildcard without type annotations.
/**
             * Creates an unbound wildcard without type annotations.
             *
             * @return A description of an unbound wildcard without type annotations.
             */
            public static Generic unboundWildcard() {
                return unboundWildcard(Collections.<AnnotationDescription>emptySet());
            }

            
Creates an unbound wildcard.

Params:
  • annotation – The type annotations of the unbound wildcard.
Returns:A description of an unbound wildcard.
/**
             * Creates an unbound wildcard.
             *
             * @param annotation The type annotations of the unbound wildcard.
             * @return A description of an unbound wildcard.
             */
            public static Generic unboundWildcard(Annotation... annotation) {
                return unboundWildcard(Arrays.asList(annotation));
            }

            
Creates an unbound wildcard.

Params:
  • annotations – The type annotations of the unbound wildcard.
Returns:A description of an unbound wildcard.
/**
             * Creates an unbound wildcard.
             *
             * @param annotations The type annotations of the unbound wildcard.
             * @return A description of an unbound wildcard.
             */
            public static Generic unboundWildcard(List<? extends Annotation> annotations) {
                return unboundWildcard(new AnnotationList.ForLoadedAnnotations(annotations));
            }

            
Creates an unbound wildcard.

Params:
  • annotation – The type annotations of the unbound wildcard.
Returns:A description of an unbound wildcard.
/**
             * Creates an unbound wildcard.
             *
             * @param annotation The type annotations of the unbound wildcard.
             * @return A description of an unbound wildcard.
             */
            public static Generic unboundWildcard(AnnotationDescription... annotation) {
                return unboundWildcard(Arrays.asList(annotation));
            }

            
Creates an unbound wildcard.

Params:
  • annotations – The type annotations of the unbound wildcard.
Returns:A description of an unbound wildcard.
/**
             * Creates an unbound wildcard.
             *
             * @param annotations The type annotations of the unbound wildcard.
             * @return A description of an unbound wildcard.
             */
            public static Generic unboundWildcard(Collection<? extends AnnotationDescription> annotations) {
                return OfWildcardType.Latent.unbounded(new Explicit(new ArrayList<AnnotationDescription>(annotations)));
            }

            
Creates a symbolic type variable of the given name.

Params:
  • symbol – The symbolic name of the type variable.
Returns:A builder for creating a type variable.
/**
             * Creates a symbolic type variable of the given name.
             *
             * @param symbol The symbolic name of the type variable.
             * @return A builder for creating a type variable.
             */
            public static Builder typeVariable(String symbol) {
                return new OfTypeVariable(symbol);
            }

            
Creates a parameterized type without an owner type or with a non-generic owner type.

Params:
  • rawType –   A raw version of the type to describe as a parameterized type.
  • parameter – The type arguments to attach to the raw type as parameters.
Returns:A builder for creating a parameterized type.
/**
             * Creates a parameterized type without an owner type or with a non-generic owner type.
             *
             * @param rawType   A raw version of the type to describe as a parameterized type.
             * @param parameter The type arguments to attach to the raw type as parameters.
             * @return A builder for creating a parameterized type.
             */
            public static Builder parameterizedType(Class<?> rawType, java.lang.reflect.Type... parameter) {
                return parameterizedType(rawType, Arrays.asList(parameter));
            }

            
Creates a parameterized type without an owner type or with a non-generic owner type.

Params:
  • rawType –    A raw version of the type to describe as a parameterized type.
  • parameters – The type arguments to attach to the raw type as parameters.
Returns:A builder for creating a parameterized type.
/**
             * Creates a parameterized type without an owner type or with a non-generic owner type.
             *
             * @param rawType    A raw version of the type to describe as a parameterized type.
             * @param parameters The type arguments to attach to the raw type as parameters.
             * @return A builder for creating a parameterized type.
             */
            public static Builder parameterizedType(Class<?> rawType, List<? extends java.lang.reflect.Type> parameters) {
                return parameterizedType(rawType, UNDEFINED, parameters);
            }

            
Creates a parameterized type.

Params:
  • rawType –    A raw version of the type to describe as a parameterized type.
  • ownerType –  The owner type of the parameterized type.
  • parameters – The type arguments to attach to the raw type as parameters.
Returns:A builder for creating a parameterized type.
/**
             * Creates a parameterized type.
             *
             * @param rawType    A raw version of the type to describe as a parameterized type.
             * @param ownerType  The owner type of the parameterized type.
             * @param parameters The type arguments to attach to the raw type as parameters.
             * @return A builder for creating a parameterized type.
             */
            public static Builder parameterizedType(Class<?> rawType, java.lang.reflect.Type ownerType, List<? extends java.lang.reflect.Type> parameters) {
                return parameterizedType(ForLoadedType.of(rawType),
                        ownerType == null
                                ? null
                                : Sort.describe(ownerType),
                        new TypeList.Generic.ForLoadedTypes(parameters));
            }

            
Creates a parameterized type without an owner type or with a non-generic owner type.

Params:
  • rawType –   A raw version of the type to describe as a parameterized type.
  • parameter – The type arguments to attach to the raw type as parameters.
Returns:A builder for creating a parameterized type.
/**
             * Creates a parameterized type without an owner type or with a non-generic owner type.
             *
             * @param rawType   A raw version of the type to describe as a parameterized type.
             * @param parameter The type arguments to attach to the raw type as parameters.
             * @return A builder for creating a parameterized type.
             */
            public static Builder parameterizedType(TypeDescription rawType, TypeDefinition... parameter) {
                return parameterizedType(rawType, Arrays.asList(parameter));
            }

            
Creates a parameterized type without an owner type or with a non-generic owner type.

Params:
  • rawType –    A raw version of the type to describe as a parameterized type.
  • parameters – The type arguments to attach to the raw type as parameters.
Returns:A builder for creating a parameterized type.
/**
             * Creates a parameterized type without an owner type or with a non-generic owner type.
             *
             * @param rawType    A raw version of the type to describe as a parameterized type.
             * @param parameters The type arguments to attach to the raw type as parameters.
             * @return A builder for creating a parameterized type.
             */
            public static Builder parameterizedType(TypeDescription rawType, Collection<? extends TypeDefinition> parameters) {
                return parameterizedType(rawType, Generic.UNDEFINED, parameters);
            }

            
Creates a parameterized type.

Params:
  • rawType –    A raw version of the type to describe as a parameterized type.
  • ownerType –  The owner type of the parameterized type.
  • parameters – The type arguments to attach to the raw type as parameters.
Returns:A builder for creating a parameterized type.
/**
             * Creates a parameterized type.
             *
             * @param rawType    A raw version of the type to describe as a parameterized type.
             * @param ownerType  The owner type of the parameterized type.
             * @param parameters The type arguments to attach to the raw type as parameters.
             * @return A builder for creating a parameterized type.
             */
            public static Builder parameterizedType(TypeDescription rawType, Generic ownerType, Collection<? extends TypeDefinition> parameters) {
                TypeDescription declaringType = rawType.getDeclaringType();
                if (ownerType == null && declaringType != null && rawType.isStatic()) {
                    ownerType = declaringType.asGenericType();
                }
                if (!rawType.represents(TargetType.class)) {
                    if (!rawType.isGenerified()) {
                        throw new IllegalArgumentException(rawType + " is not a parameterized type");
                    } else if (ownerType == null && declaringType != null && !rawType.isStatic()) {
                        throw new IllegalArgumentException(rawType + " requires an owner type");
                    } else if (ownerType != null && !ownerType.asErasure().equals(declaringType)) {
                        throw new IllegalArgumentException(ownerType + " does not represent required owner for " + rawType);
                    } else if (ownerType != null && (rawType.isStatic() ^ ownerType.getSort().isNonGeneric())) {
                        throw new IllegalArgumentException(ownerType + " does not define the correct parameters for owning " + rawType);
                    } else if (rawType.getTypeVariables().size() != parameters.size()) {
                        throw new IllegalArgumentException(parameters + " does not contain number of required parameters for " + rawType);
                    }
                }
                return new Builder.OfParameterizedType(rawType, ownerType, new TypeList.Generic.Explicit(new ArrayList<TypeDefinition>(parameters)));
            }

            
Transforms this type into the upper bound of a wildcard type.

Returns:A generic type description of a wildcard type with this builder's type as an upper bound.
/**
             * Transforms this type into the upper bound of a wildcard type.
             *
             * @return A generic type description of a wildcard type with this builder's type as an upper bound.
             */
            public Generic asWildcardUpperBound() {
                return asWildcardUpperBound(Collections.<AnnotationDescription>emptySet());
            }

            
Transforms this type into the upper bound of a wildcard type.

Params:
  • annotation – Type annotations to be declared by the wildcard type.
Returns:A generic type description of a wildcard type with this builder's type as an upper bound.
/**
             * Transforms this type into the upper bound of a wildcard type.
             *
             * @param annotation Type annotations to be declared by the wildcard type.
             * @return A generic type description of a wildcard type with this builder's type as an upper bound.
             */
            public Generic asWildcardUpperBound(Annotation... annotation) {
                return asWildcardUpperBound(Arrays.asList(annotation));
            }

            
Transforms this type into the upper bound of a wildcard type.

Params:
  • annotations – Type annotations to be declared by the wildcard type.
Returns:A generic type description of a wildcard type with this builder's type as an upper bound.
/**
             * Transforms this type into the upper bound of a wildcard type.
             *
             * @param annotations Type annotations to be declared by the wildcard type.
             * @return A generic type description of a wildcard type with this builder's type as an upper bound.
             */
            public Generic asWildcardUpperBound(List<? extends Annotation> annotations) {
                return asWildcardUpperBound(new AnnotationList.ForLoadedAnnotations(annotations));
            }

            
Transforms this type into the upper bound of a wildcard type.

Params:
  • annotation – Type annotations to be declared by the wildcard type.
Returns:A generic type description of a wildcard type with this builder's type as an upper bound.
/**
             * Transforms this type into the upper bound of a wildcard type.
             *
             * @param annotation Type annotations to be declared by the wildcard type.
             * @return A generic type description of a wildcard type with this builder's type as an upper bound.
             */
            public Generic asWildcardUpperBound(AnnotationDescription... annotation) {
                return asWildcardUpperBound(Arrays.asList(annotation));
            }

            
Transforms this type into the upper bound of a wildcard type.

Params:
  • annotations – Type annotations to be declared by the wildcard type.
Returns:A generic type description of a wildcard type with this builder's type as an upper bound.
/**
             * Transforms this type into the upper bound of a wildcard type.
             *
             * @param annotations Type annotations to be declared by the wildcard type.
             * @return A generic type description of a wildcard type with this builder's type as an upper bound.
             */
            public Generic asWildcardUpperBound(Collection<? extends AnnotationDescription> annotations) {
                return OfWildcardType.Latent.boundedAbove(build(), new Explicit(new ArrayList<AnnotationDescription>(annotations)));
            }

            
Transforms this type into the lower bound of a wildcard type.

Returns:A generic type description of a wildcard type with this builder's type as an lower bound.
/**
             * Transforms this type into the lower bound of a wildcard type.
             *
             * @return A generic type description of a wildcard type with this builder's type as an lower bound.
             */
            public Generic asWildcardLowerBound() {
                return asWildcardLowerBound(Collections.<AnnotationDescription>emptySet());
            }

            
Transforms this type into the lower bound of a wildcard type.

Params:
  • annotation – Type annotations to be declared by the wildcard type.
Returns:A generic type description of a wildcard type with this builder's type as an lower bound.
/**
             * Transforms this type into the lower bound of a wildcard type.
             *
             * @param annotation Type annotations to be declared by the wildcard type.
             * @return A generic type description of a wildcard type with this builder's type as an lower bound.
             */
            public Generic asWildcardLowerBound(Annotation... annotation) {
                return asWildcardLowerBound(Arrays.asList(annotation));
            }

            
Transforms this type into the lower bound of a wildcard type.

Params:
  • annotations – Type annotations to be declared by the wildcard type.
Returns:A generic type description of a wildcard type with this builder's type as an lower bound.
/**
             * Transforms this type into the lower bound of a wildcard type.
             *
             * @param annotations Type annotations to be declared by the wildcard type.
             * @return A generic type description of a wildcard type with this builder's type as an lower bound.
             */
            public Generic asWildcardLowerBound(List<? extends Annotation> annotations) {
                return asWildcardLowerBound(new AnnotationList.ForLoadedAnnotations(annotations));
            }

            
Transforms this type into the lower bound of a wildcard type.

Params:
  • annotation – Type annotations to be declared by the wildcard type.
Returns:A generic type description of a wildcard type with this builder's type as an lower bound.
/**
             * Transforms this type into the lower bound of a wildcard type.
             *
             * @param annotation Type annotations to be declared by the wildcard type.
             * @return A generic type description of a wildcard type with this builder's type as an lower bound.
             */
            public Generic asWildcardLowerBound(AnnotationDescription... annotation) {
                return asWildcardLowerBound(Arrays.asList(annotation));
            }

            
Transforms this type into the lower bound of a wildcard type.

Params:
  • annotations – Type annotations to be declared by the wildcard type.
Returns:A generic type description of a wildcard type with this builder's type as an lower bound.
/**
             * Transforms this type into the lower bound of a wildcard type.
             *
             * @param annotations Type annotations to be declared by the wildcard type.
             * @return A generic type description of a wildcard type with this builder's type as an lower bound.
             */
            public Generic asWildcardLowerBound(Collection<? extends AnnotationDescription> annotations) {
                return OfWildcardType.Latent.boundedBelow(build(), new Explicit(new ArrayList<AnnotationDescription>(annotations)));
            }

            
Represents the built type into an array.

Returns:A builder for creating an array of the currently built type.
/**
             * Represents the built type into an array.
             *
             * @return A builder for creating an array of the currently built type.
             */
            public Builder asArray() {
                return asArray(1);
            }

            
Represents the built type into an array.

Params:
  • arity – The arity of the array.
Returns:A builder for creating an array of the currently built type.
/**
             * Represents the built type into an array.
             *
             * @param arity The arity of the array.
             * @return A builder for creating an array of the currently built type.
             */
            public Builder asArray(int arity) {
                if (arity < 1) {
                    throw new IllegalArgumentException("Cannot define an array of a non-positive arity: " + arity);
                }
                TypeDescription.Generic typeDescription = build();
                while (--arity > 0) {
                    typeDescription = new OfGenericArray.Latent(typeDescription, Empty.INSTANCE);
                }
                return new Builder.OfGenericArrayType(typeDescription);
            }

            
Defines type annotations to be declared by the current type.

Params:
  • annotation – Type annotations to be declared by the current type.
Returns:A new builder where the current type declares the supplied type annotations.
/**
             * Defines type annotations to be declared by the current type.
             *
             * @param annotation Type annotations to be declared by the current type.
             * @return A new builder where the current type declares the supplied type annotations.
             */
            public Builder annotate(Annotation... annotation) {
                return annotate(Arrays.asList(annotation));
            }

            
Defines type annotations to be declared by the current type.

Params:
  • annotations – Type annotations to be declared by the current type.
Returns:A new builder where the current type declares the supplied type annotations.
/**
             * Defines type annotations to be declared by the current type.
             *
             * @param annotations Type annotations to be declared by the current type.
             * @return A new builder where the current type declares the supplied type annotations.
             */
            public Builder annotate(List<? extends Annotation> annotations) {
                return annotate(new AnnotationList.ForLoadedAnnotations(annotations));
            }

            
Defines type annotations to be declared by the current type.

Params:
  • annotation – Type annotations to be declared by the current type.
Returns:A new builder where the current type declares the supplied type annotations.
/**
             * Defines type annotations to be declared by the current type.
             *
             * @param annotation Type annotations to be declared by the current type.
             * @return A new builder where the current type declares the supplied type annotations.
             */
            public Builder annotate(AnnotationDescription... annotation) {
                return annotate(Arrays.asList(annotation));
            }

            
Defines type annotations to be declared by the current type.

Params:
  • annotations – Type annotations to be declared by the current type.
Returns:A new builder where the current type declares the supplied type annotations.
/**
             * Defines type annotations to be declared by the current type.
             *
             * @param annotations Type annotations to be declared by the current type.
             * @return A new builder where the current type declares the supplied type annotations.
             */
            public Builder annotate(Collection<? extends AnnotationDescription> annotations) {
                return doAnnotate(new ArrayList<AnnotationDescription>(annotations));
            }

            
Creates a new builder for the current type and the applied type annotations.

Params:
  • annotations – Type annotations to be declared by the current type.
Returns:A new builder where the current type declares the supplied type annotations.
/**
             * Creates a new builder for the current type and the applied type annotations.
             *
             * @param annotations Type annotations to be declared by the current type.
             * @return A new builder where the current type declares the supplied type annotations.
             */
            protected abstract Builder doAnnotate(List<? extends AnnotationDescription> annotations);

            
Finalizes the build and finalizes the created type as a generic type description.

Returns:A generic type description of the built type.
/**
             * Finalizes the build and finalizes the created type as a generic type description.
             *
             * @return A generic type description of the built type.
             */
            public Generic build() {
                return doBuild();
            }

            
Finalizes the build and finalizes the created type as a generic type description.

Params:
  • annotation – Type annotations place for the built generic type to declare.
Returns:A generic type description of the built type.
/**
             * Finalizes the build and finalizes the created type as a generic type description.
             *
             * @param annotation Type annotations place for the built generic type to declare.
             * @return A generic type description of the built type.
             */
            public Generic build(Annotation... annotation) {
                return build(Arrays.asList(annotation));
            }

            
Finalizes the build and finalizes the created type as a generic type description.

Params:
  • annotations – Type annotations place for the built generic type to declare.
Returns:A generic type description of the built type.
/**
             * Finalizes the build and finalizes the created type as a generic type description.
             *
             * @param annotations Type annotations place for the built generic type to declare.
             * @return A generic type description of the built type.
             */
            public Generic build(List<? extends Annotation> annotations) {
                return build(new AnnotationList.ForLoadedAnnotations(annotations));
            }

            
Finalizes the build and finalizes the created type as a generic type description.

Params:
  • annotation – Type annotations place for the built generic type to declare.
Returns:A generic type description of the built type.
/**
             * Finalizes the build and finalizes the created type as a generic type description.
             *
             * @param annotation Type annotations place for the built generic type to declare.
             * @return A generic type description of the built type.
             */
            public Generic build(AnnotationDescription... annotation) {
                return build(Arrays.asList(annotation));
            }

            
Finalizes the build and finalizes the created type as a generic type description.

Params:
  • annotations – Type annotations place for the built generic type to declare.
Returns:A generic type description of the built type.
/**
             * Finalizes the build and finalizes the created type as a generic type description.
             *
             * @param annotations Type annotations place for the built generic type to declare.
             * @return A generic type description of the built type.
             */
            public Generic build(Collection<? extends AnnotationDescription> annotations) {
                return doAnnotate(new ArrayList<AnnotationDescription>(annotations)).doBuild();
            }

            
Builds the generic type.

Returns:The generic type.
/**
             * Builds the generic type.
             *
             * @return The generic type.
             */
            protected abstract Generic doBuild();

            
A generic type builder for building a non-generic type.

/**
             * A generic type builder for building a non-generic type.
             */
            @HashCodeAndEqualsPlugin.Enhance
            protected static class OfNonGenericType extends Builder {

                
The type's erasure.

/**
                 * The type's erasure.
                 */
                private final TypeDescription typeDescription;

                
The raw type's (annotated) declaring type or null if no such type is defined. 
/**
                 * The raw type's (annotated) declaring type or {@code null} if no such type is defined.
                 */
                @HashCodeAndEqualsPlugin.ValueHandling(HashCodeAndEqualsPlugin.ValueHandling.Sort.REVERSE_NULLABILITY)
                private final Generic ownerType;

                
Creates a builder for a non-generic type.

Params:
  • typeDescription – The type's erasure.
/**
                 * Creates a builder for a non-generic type.
                 *
                 * @param typeDescription The type's erasure.
                 */
                protected OfNonGenericType(TypeDescription typeDescription) {
                    this(typeDescription, typeDescription.getDeclaringType());
                }

                
Creates a builder for a non-generic type.

Params:
  • typeDescription – The type's erasure.
  • ownerType –  The raw type's raw declaring type or null if no such type is defined.
/**
                 * Creates a builder for a non-generic type.
                 *
                 * @param typeDescription The type's erasure.
                 * @param ownerType       The raw type's raw declaring type or {@code null} if no such type is defined.
                 */
                private OfNonGenericType(TypeDescription typeDescription, TypeDescription ownerType) {
                    this(typeDescription, ownerType == null
                            ? Generic.UNDEFINED
                            : ownerType.asGenericType());
                }

                
Creates a builder for a non-generic type.

Params:
  • typeDescription – The type's erasure.
  • ownerType –       The raw type's (annotated) declaring type.
/**
                 * Creates a builder for a non-generic type.
                 *
                 * @param typeDescription The type's erasure.
                 * @param ownerType       The raw type's (annotated) declaring type.
                 */
                protected OfNonGenericType(TypeDescription typeDescription, Generic ownerType) {
                    this(typeDescription, ownerType, Collections.<AnnotationDescription>emptyList());
                }

                
Creates a builder for a non-generic type.

Params:
  • typeDescription – The type's erasure.
  • ownerType –       The raw type's (annotated) declaring type.
  • annotations –     The type's type annotations.
/**
                 * Creates a builder for a non-generic type.
                 *
                 * @param typeDescription The type's erasure.
                 * @param ownerType       The raw type's (annotated) declaring type.
                 * @param annotations     The type's type annotations.
                 */
                protected OfNonGenericType(TypeDescription typeDescription, Generic ownerType, List<? extends AnnotationDescription> annotations) {
                    super(annotations);
                    this.ownerType = ownerType;
                    this.typeDescription = typeDescription;
                }

                @Override
                protected Builder doAnnotate(List<? extends AnnotationDescription> annotations) {
                    return new OfNonGenericType(typeDescription, ownerType, CompoundList.of(this.annotations, annotations));
                }

                @Override
                protected Generic doBuild() {
                    if (typeDescription.represents(void.class) && !annotations.isEmpty()) {
                        throw new IllegalArgumentException("The void non-type cannot be annotated");
                    }
                    return new Generic.OfNonGenericType.Latent(typeDescription, ownerType, new Explicit(annotations));
                }
            }

            
A generic type builder for building a parameterized type.

/**
             * A generic type builder for building a parameterized type.
             */
            @HashCodeAndEqualsPlugin.Enhance
            protected static class OfParameterizedType extends Builder {

                
The raw base type.

/**
                 * The raw base type.
                 */
                private final TypeDescription rawType;

                
The generic owner type.

/**
                 * The generic owner type.
                 */
                private final Generic ownerType;

                
The parameter types.

/**
                 * The parameter types.
                 */
                private final List<? extends Generic> parameterTypes;

                
Creates a builder for a parameterized type.

Params:
  • rawType –        The raw base type.
  • ownerType –      The generic owner type.
  • parameterTypes – The parameter types.
/**
                 * Creates a builder for a parameterized type.
                 *
                 * @param rawType        The raw base type.
                 * @param ownerType      The generic owner type.
                 * @param parameterTypes The parameter types.
                 */
                protected OfParameterizedType(TypeDescription rawType, Generic ownerType, List<? extends Generic> parameterTypes) {
                    this(rawType, ownerType, parameterTypes, Collections.<AnnotationDescription>emptyList());
                }

                
Creates a builder for a parameterized type.

Params:
  • rawType –        The raw base type.
  • ownerType –      The generic owner type.
  • parameterTypes – The parameter types.
  • annotations –    The type's type annotations.
/**
                 * Creates a builder for a parameterized type.
                 *
                 * @param rawType        The raw base type.
                 * @param ownerType      The generic owner type.
                 * @param parameterTypes The parameter types.
                 * @param annotations    The type's type annotations.
                 */
                protected OfParameterizedType(TypeDescription rawType,
                                              Generic ownerType,
                                              List<? extends Generic> parameterTypes,
                                              List<? extends AnnotationDescription> annotations) {
                    super(annotations);
                    this.rawType = rawType;
                    this.ownerType = ownerType;
                    this.parameterTypes = parameterTypes;
                }

                @Override
                protected Builder doAnnotate(List<? extends AnnotationDescription> annotations) {
                    return new OfParameterizedType(rawType, ownerType, parameterTypes, CompoundList.of(this.annotations, annotations));
                }

                @Override
                protected Generic doBuild() {
                    return new Generic.OfParameterizedType.Latent(rawType, ownerType, parameterTypes, new Explicit(annotations));
                }
            }

            
A generic type builder building a generic array type.

/**
             * A generic type builder building a generic array type.
             */
            @HashCodeAndEqualsPlugin.Enhance
            protected static class OfGenericArrayType extends Builder {

                
The generic component type.

/**
                 * The generic component type.
                 */
                private final Generic componentType;

                
Creates a type builder for building a generic array type.

Params:
  • componentType – The generic component type.
/**
                 * Creates a type builder for building a generic array type.
                 *
                 * @param componentType The generic component type.
                 */
                protected OfGenericArrayType(Generic componentType) {
                    this(componentType, Collections.<AnnotationDescription>emptyList());
                }

                
Creates a type builder for building a generic array type.

Params:
  • componentType – The generic component type.
  • annotations –   The type's type annotations.
/**
                 * Creates a type builder for building a generic array type.
                 *
                 * @param componentType The generic component type.
                 * @param annotations   The type's type annotations.
                 */
                protected OfGenericArrayType(Generic componentType, List<? extends AnnotationDescription> annotations) {
                    super(annotations);
                    this.componentType = componentType;
                }

                @Override
                protected Builder doAnnotate(List<? extends AnnotationDescription> annotations) {
                    return new OfGenericArrayType(componentType, CompoundList.of(this.annotations, annotations));
                }

                @Override
                protected Generic doBuild() {
                    return new Generic.OfGenericArray.Latent(componentType, new Explicit(annotations));
                }
            }

            
A generic type builder building a symbolic type variable.

/**
             * A generic type builder building a symbolic type variable.
             */
            @HashCodeAndEqualsPlugin.Enhance
            protected static class OfTypeVariable extends Builder {

                
The variable's symbol.

/**
                 * The variable's symbol.
                 */
                private final String symbol;

                
Creates a new builder for a symbolic type variable.

Params:
  • symbol – The variable's symbol.
/**
                 * Creates a new builder for a symbolic type variable.
                 *
                 * @param symbol The variable's symbol.
                 */
                protected OfTypeVariable(String symbol) {
                    this(symbol, Collections.<AnnotationDescription>emptyList());
                }

                
Creates a new builder for a symbolic type variable.

Params:
  • symbol –      The variable's symbol.
  • annotations – The type's type annotations.
/**
                 * Creates a new builder for a symbolic type variable.
                 *
                 * @param symbol      The variable's symbol.
                 * @param annotations The type's type annotations.
                 */
                protected OfTypeVariable(String symbol, List<? extends AnnotationDescription> annotations) {
                    super(annotations);
                    this.symbol = symbol;
                }

                @Override
                protected Builder doAnnotate(List<? extends AnnotationDescription> annotations) {
                    return new OfTypeVariable(symbol, CompoundList.of(this.annotations, annotations));
                }

                @Override
                protected Generic doBuild() {
                    return new Generic.OfTypeVariable.Symbolic(symbol, new Explicit(annotations));
                }
            }
        }
    }

    
An abstract base implementation of a type description.

/**
     * An abstract base implementation of a type description.
     */
    abstract class AbstractBase extends TypeVariableSource.AbstractBase implements TypeDescription {

        /**
         * The {@link TypeDefinition#RAW_TYPES_PROPERTY} property.
         */
        public static final boolean RAW_TYPES;

        /*
         * Reads the raw type property.
         */
        static {
            boolean rawTypes;
            try {
                rawTypes = Boolean.parseBoolean(AccessController.doPrivileged(new GetSystemPropertyAction(RAW_TYPES_PROPERTY)));
            } catch (Exception ignored) {
                rawTypes = false;
            }
            RAW_TYPES = rawTypes;
        }

        
Checks if a specific type is assignable to another type where the source type must be a super
type of the target type.

Params:
  • sourceType – The source type to which another type is to be assigned to.
  • targetType – The target type that is to be assigned to the source type.
Returns:true if the target type is assignable to the source type.
/**
         * Checks if a specific type is assignable to another type where the source type must be a super
         * type of the target type.
         *
         * @param sourceType The source type to which another type is to be assigned to.
         * @param targetType The target type that is to be assigned to the source type.
         * @return {@code true} if the target type is assignable to the source type.
         */
        private static boolean isAssignable(TypeDescription sourceType, TypeDescription targetType) {
            // Means that '[sourceType] var = ([targetType]) val;' is a valid assignment. This is true, if:
            // (1) Both types are equal (implies primitive types.)
            if (sourceType.equals(targetType)) {
                return true;
            }
            // (2) For arrays, there are special assignment rules.
            if (targetType.isArray()) {
                return sourceType.isArray()
                        ? isAssignable(sourceType.getComponentType(), targetType.getComponentType())
                        : sourceType.represents(Object.class) || ARRAY_INTERFACES.contains(sourceType.asGenericType());
            }
            // (3) Interfaces do not extend the Object type but are assignable to the Object type.
            if (sourceType.represents(Object.class)) {
                return !targetType.isPrimitive();
            }
            // (4) The sub type has a super type and this super type is assignable to the super type.
            Generic superClass = targetType.getSuperClass();
            if (superClass != null && sourceType.isAssignableFrom(superClass.asErasure())) {
                return true;
            }
            // (5) If the target type is an interface, any of this type's interfaces might be assignable to it.
            if (sourceType.isInterface()) {
                for (TypeDescription interfaceType : targetType.getInterfaces().asErasures()) {
                    if (sourceType.isAssignableFrom(interfaceType)) {
                        return true;
                    }
                }
            }
            // (6) None of these criteria are true, i.e. the types are not assignable.
            return false;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAssignableFrom(Class<?> type) {
            return isAssignableFrom(ForLoadedType.of(type));
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAssignableFrom(TypeDescription typeDescription) {
            return isAssignable(this, typeDescription);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAssignableTo(Class<?> type) {
            return isAssignableTo(ForLoadedType.of(type));
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAssignableTo(TypeDescription typeDescription) {
            return isAssignable(typeDescription, this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isInHierarchyWith(Class<?> type) {
            return isAssignableTo(type) || isAssignableFrom(type);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isInHierarchyWith(TypeDescription typeDescription) {
            return isAssignableTo(typeDescription) || isAssignableFrom(typeDescription);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription asErasure() {
            return this;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public Generic asGenericType() {
            return new Generic.OfNonGenericType.ForErasure(this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public Sort getSort() {
            return Sort.NON_GENERIC;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isInstance(Object value) {
            return isAssignableFrom(value.getClass());
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAnnotationValue(Object value) {
            if ((represents(Class.class) && value instanceof TypeDescription)
                    || (value instanceof AnnotationDescription && ((AnnotationDescription) value).getAnnotationType().equals(this))
                    || (value instanceof EnumerationDescription && ((EnumerationDescription) value).getEnumerationType().equals(this))
                    || (represents(String.class) && value instanceof String)
                    || (represents(boolean.class) && value instanceof Boolean)
                    || (represents(byte.class) && value instanceof Byte)
                    || (represents(short.class) && value instanceof Short)
                    || (represents(char.class) && value instanceof Character)
                    || (represents(int.class) && value instanceof Integer)
                    || (represents(long.class) && value instanceof Long)
                    || (represents(float.class) && value instanceof Float)
                    || (represents(double.class) && value instanceof Double)
                    || (represents(String[].class) && value instanceof String[])
                    || (represents(boolean[].class) && value instanceof boolean[])
                    || (represents(byte[].class) && value instanceof byte[])
                    || (represents(short[].class) && value instanceof short[])
                    || (represents(char[].class) && value instanceof char[])
                    || (represents(int[].class) && value instanceof int[])
                    || (represents(long[].class) && value instanceof long[])
                    || (represents(float[].class) && value instanceof float[])
                    || (represents(double[].class) && value instanceof double[])
                    || (represents(Class[].class) && value instanceof TypeDescription[])) {
                return true;
            } else if (isAssignableTo(Annotation[].class) && value instanceof AnnotationDescription[]) {
                for (AnnotationDescription annotationDescription : (AnnotationDescription[]) value) {
                    if (!annotationDescription.getAnnotationType().equals(getComponentType())) {
                        return false;
                    }
                }
                return true;
            } else if (isAssignableTo(Enum[].class) && value instanceof EnumerationDescription[]) {
                for (EnumerationDescription enumerationDescription : (EnumerationDescription[]) value) {
                    if (!enumerationDescription.getEnumerationType().equals(getComponentType())) {
                        return false;
                    }
                }
                return true;
            } else {
                return false;
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getInternalName() {
            return getName().replace('.', '/');
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public int getActualModifiers(boolean superFlag) {
            int actualModifiers = getModifiers()
                    | (getDeclaredAnnotations().isAnnotationPresent(Deprecated.class) ? Opcodes.ACC_DEPRECATED : EMPTY_MASK)
                    | (isRecord() ? Opcodes.ACC_RECORD : EMPTY_MASK)
                    | (superFlag ? Opcodes.ACC_SUPER : EMPTY_MASK);
            if (isPrivate()) {
                return actualModifiers & ~(Opcodes.ACC_PRIVATE | Opcodes.ACC_STATIC);
            } else if (isProtected()) {
                return actualModifiers & ~(Opcodes.ACC_PROTECTED | Opcodes.ACC_STATIC) | Opcodes.ACC_PUBLIC;
            } else {
                return actualModifiers & ~Opcodes.ACC_STATIC;
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getGenericSignature() {
            try {
                SignatureWriter signatureWriter = new SignatureWriter();
                boolean generic = false;
                for (Generic typeVariable : getTypeVariables()) {
                    signatureWriter.visitFormalTypeParameter(typeVariable.getSymbol());
                    for (Generic upperBound : typeVariable.getUpperBounds()) {
                        upperBound.accept(new Generic.Visitor.ForSignatureVisitor(upperBound.asErasure().isInterface()
                                ? signatureWriter.visitInterfaceBound()
                                : signatureWriter.visitClassBound()));
                    }
                    generic = true;
                }
                Generic superClass = getSuperClass();
                // The object type itself is non generic and implicitly returns a non-generic signature
                if (superClass == null) {
                    superClass = TypeDescription.Generic.OBJECT;
                }
                superClass.accept(new Generic.Visitor.ForSignatureVisitor(signatureWriter.visitSuperclass()));
                generic = generic || !superClass.getSort().isNonGeneric();
                for (Generic interfaceType : getInterfaces()) {
                    interfaceType.accept(new Generic.Visitor.ForSignatureVisitor(signatureWriter.visitInterface()));
                    generic = generic || !interfaceType.getSort().isNonGeneric();
                }
                return generic
                        ? signatureWriter.toString()
                        : NON_GENERIC_SIGNATURE;
            } catch (GenericSignatureFormatError ignored) {
                return NON_GENERIC_SIGNATURE;
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isSamePackage(TypeDescription typeDescription) {
            PackageDescription thisPackage = getPackage(), otherPackage = typeDescription.getPackage();
            return thisPackage == null || otherPackage == null
                    ? thisPackage == otherPackage
                    : thisPackage.equals(otherPackage);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isVisibleTo(TypeDescription typeDescription) {
            return isPrimitive() || (isArray()
                    ? getComponentType().isVisibleTo(typeDescription)
                    : isPublic() || isProtected() || isSamePackage(typeDescription)/* || equals(typeDescription.asErasure()) */);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAccessibleTo(TypeDescription typeDescription) {
            return isPrimitive() || (isArray()
                    ? getComponentType().isVisibleTo(typeDescription)
                    : isPublic() || isSamePackage(typeDescription)/* || equals(typeDescription.asErasure()) */);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public AnnotationList getInheritedAnnotations() {
            Generic superClass = getSuperClass();
            AnnotationList declaredAnnotations = getDeclaredAnnotations();
            if (superClass == null) {
                return declaredAnnotations;
            } else {
                Set<TypeDescription> annotationTypes = new HashSet<TypeDescription>();
                for (AnnotationDescription annotationDescription : declaredAnnotations) {
                    annotationTypes.add(annotationDescription.getAnnotationType());
                }
                return new AnnotationList.Explicit(CompoundList.of(declaredAnnotations, superClass.asErasure().getInheritedAnnotations().inherited(annotationTypes)));
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getActualName() {
            if (isArray()) {
                TypeDescription typeDescription = this;
                int dimensions = 0;
                do {
                    dimensions++;
                    typeDescription = typeDescription.getComponentType();
                } while (typeDescription.isArray());
                StringBuilder stringBuilder = new StringBuilder();
                stringBuilder.append(typeDescription.getActualName());
                for (int i = 0; i < dimensions; i++) {
                    stringBuilder.append("[]");
                }
                return stringBuilder.toString();
            } else {
                return getName();
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isPrimitiveWrapper() {
            return represents(Boolean.class)
                    || represents(Byte.class)
                    || represents(Short.class)
                    || represents(Character.class)
                    || represents(Integer.class)
                    || represents(Long.class)
                    || represents(Float.class)
                    || represents(Double.class);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAnnotationReturnType() {
            return isPrimitive()
                    || represents(String.class)
                    || (isAssignableTo(Enum.class) && !represents(Enum.class))
                    || (isAssignableTo(Annotation.class) && !represents(Annotation.class))
                    || represents(Class.class)
                    || (isArray() && !getComponentType().isArray() && getComponentType().isAnnotationReturnType());
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAnnotationValue() {
            return isPrimitive()
                    || represents(String.class)
                    || isAssignableTo(TypeDescription.class)
                    || isAssignableTo(AnnotationDescription.class)
                    || isAssignableTo(EnumerationDescription.class)
                    || (isArray() && !getComponentType().isArray() && getComponentType().isAnnotationValue());
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        @SuppressFBWarnings(value = "EC_UNRELATED_CLASS_AND_INTERFACE", justification = "Fits equality contract for type definitions")
        public boolean represents(java.lang.reflect.Type type) {
            return equals(Sort.describe(type));
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getTypeName() {
            return getName();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeVariableSource getEnclosingSource() {
            MethodDescription enclosingMethod = getEnclosingMethod();
            return enclosingMethod == null
                    ? (isStatic() ? TypeVariableSource.UNDEFINED : getEnclosingType()) // Top-level classes (non-static) have no enclosing type.
                    : enclosingMethod;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isInferrable() {
            return false;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public <T> T accept(TypeVariableSource.Visitor<T> visitor) {
            return visitor.onType(this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isPackageType() {
            return getSimpleName().equals(PackageDescription.PACKAGE_CLASS_NAME);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isGenerified() {
            if (!getTypeVariables().isEmpty()) {
                return true;
            } else if (isStatic()) {
                return false;
            }
            TypeDescription declaringType = getDeclaringType();
            return declaringType != null && declaringType.isGenerified();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public int getInnerClassCount() {
            if (isStatic()) {
                return 0;
            }
            TypeDescription declaringType = getDeclaringType();
            return declaringType == null
                    ? 0
                    : declaringType.getInnerClassCount() + 1;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isInnerClass() {
            return !isStatic() && isNestedClass();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isNestedClass() {
            return getDeclaringType() != null;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription asBoxed() {
            if (represents(boolean.class)) {
                return ForLoadedType.of(Boolean.class);
            } else if (represents(byte.class)) {
                return ForLoadedType.of(Byte.class);
            } else if (represents(short.class)) {
                return ForLoadedType.of(Short.class);
            } else if (represents(char.class)) {
                return ForLoadedType.of(Character.class);
            } else if (represents(int.class)) {
                return ForLoadedType.of(Integer.class);
            } else if (represents(long.class)) {
                return ForLoadedType.of(Long.class);
            } else if (represents(float.class)) {
                return ForLoadedType.of(Float.class);
            } else if (represents(double.class)) {
                return ForLoadedType.of(Double.class);
            } else {
                return this;
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription asUnboxed() {
            if (represents(Boolean.class)) {
                return ForLoadedType.of(boolean.class);
            } else if (represents(Byte.class)) {
                return ForLoadedType.of(byte.class);
            } else if (represents(Short.class)) {
                return ForLoadedType.of(short.class);
            } else if (represents(Character.class)) {
                return ForLoadedType.of(char.class);
            } else if (represents(Integer.class)) {
                return ForLoadedType.of(int.class);
            } else if (represents(Long.class)) {
                return ForLoadedType.of(long.class);
            } else if (represents(Float.class)) {
                return ForLoadedType.of(float.class);
            } else if (represents(Double.class)) {
                return ForLoadedType.of(double.class);
            } else {
                return this;
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public Object getDefaultValue() {
            if (represents(boolean.class)) {
                return false;
            } else if (represents(byte.class)) {
                return (byte) 0;
            } else if (represents(short.class)) {
                return (short) 0;
            } else if (represents(char.class)) {
                return (char) 0;
            } else if (represents(int.class)) {
                return 0;
            } else if (represents(long.class)) {
                return 0L;
            } else if (represents(float.class)) {
                return 0f;
            } else if (represents(double.class)) {
                return 0d;
            } else {
                return null;
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isNestHost() {
            return equals(getNestHost());
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isNestMateOf(Class<?> type) {
            return isNestMateOf(ForLoadedType.of(type));
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isNestMateOf(TypeDescription typeDescription) {
            return getNestHost().equals(typeDescription.getNestHost());
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isMemberType() {
            return !isLocalType() && !isAnonymousType() && getDeclaringType() != null;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isCompileTimeConstant() {
            return represents(int.class)
                    || represents(long.class)
                    || represents(float.class)
                    || represents(double.class)
                    || represents(String.class)
                    || represents(Class.class)
                    || equals(JavaType.METHOD_TYPE.getTypeStub())
                    || equals(JavaType.METHOD_HANDLE.getTypeStub());
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isSealed() {
            return !isPrimitive() && !isArray() && !getPermittedSubclasses().isEmpty();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public Iterator<TypeDefinition> iterator() {
            return new SuperClassIterator(this);
        }

        @Override
        @CachedReturnPlugin.Enhance("hashCode")
        public int hashCode() {
            return getName().hashCode();
        }

        @Override
        public boolean equals(Object other) {
            if (this == other) {
                return true;
            } else if (!(other instanceof TypeDefinition)) {
                return false;
            }
            TypeDefinition typeDefinition = (TypeDefinition) other;
            return typeDefinition.getSort().isNonGeneric() && getName().equals(typeDefinition.asErasure().getName());
        }

        @Override
        public String toString() {
            return (isPrimitive() ? "" : (isInterface() ? "interface" : "class") + " ") + getName();
        }

        
An adapter implementation of a TypeDescription that describes any type that is not an array or a primitive type. 
/**
         * An adapter implementation of a {@link TypeDescription} that
         * describes any type that is not an array or a primitive type.
         */
        public abstract static class OfSimpleType extends TypeDescription.AbstractBase {

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isPrimitive() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public boolean isArray() {
                return false;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeDescription getComponentType() {
                return TypeDescription.UNDEFINED;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getDescriptor() {
                return "L" + getInternalName() + ";";
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getCanonicalName() {
                if (isAnonymousType() || isLocalType()) {
                    return NO_NAME;
                }
                String internalName = getInternalName();
                TypeDescription enclosingType = getEnclosingType();
                if (enclosingType != null && internalName.startsWith(enclosingType.getInternalName() + "$")) {
                    return enclosingType.getCanonicalName() + "." + internalName.substring(enclosingType.getInternalName().length() + 1);
                } else {
                    return getName();
                }
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public String getSimpleName() {
                String internalName = getInternalName();
                TypeDescription enclosingType = getEnclosingType();
                int simpleNameIndex;
                if (enclosingType != null && internalName.startsWith(enclosingType.getInternalName() + "$")) {
                    simpleNameIndex = enclosingType.getInternalName().length() + 1;
                } else {
                    simpleNameIndex = internalName.lastIndexOf('/');
                    if (simpleNameIndex == -1) {
                        return internalName;
                    }
                }
                while (simpleNameIndex < internalName.length() && !Character.isLetter(internalName.charAt(simpleNameIndex))) {
                    simpleNameIndex += 1;
                }
                return internalName.substring(simpleNameIndex);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public StackSize getStackSize() {
                return StackSize.SINGLE;
            }

            
An implementation of a type description that delegates all properties but the type's name to a delegate.

/**
             * An implementation of a type description that delegates all properties but the type's name to a delegate.
             */
            public abstract static class WithDelegation extends OfSimpleType {

                
Returns the delegate type description to this type instance.

Returns:The delegate type description.
/**
                 * Returns the delegate type description to this type instance.
                 *
                 * @return The delegate type description.
                 */
                protected abstract TypeDescription delegate();

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Generic getSuperClass() {
                    return delegate().getSuperClass();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getInterfaces() {
                    return delegate().getInterfaces();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public FieldList<FieldDescription.InDefinedShape> getDeclaredFields() {
                    return delegate().getDeclaredFields();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public MethodList<MethodDescription.InDefinedShape> getDeclaredMethods() {
                    return delegate().getDeclaredMethods();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription getDeclaringType() {
                    return delegate().getDeclaringType();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public MethodDescription.InDefinedShape getEnclosingMethod() {
                    return delegate().getEnclosingMethod();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription getEnclosingType() {
                    return delegate().getEnclosingType();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList getDeclaredTypes() {
                    return delegate().getDeclaredTypes();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean isAnonymousType() {
                    return delegate().isAnonymousType();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean isLocalType() {
                    return delegate().isLocalType();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public PackageDescription getPackage() {
                    return delegate().getPackage();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public AnnotationList getDeclaredAnnotations() {
                    return delegate().getDeclaredAnnotations();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList.Generic getTypeVariables() {
                    return delegate().getTypeVariables();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public int getModifiers() {
                    return delegate().getModifiers();
                }

                @Override
                public String getGenericSignature() {
                    // Embrace use of native generic signature by direct delegation.
                    return delegate().getGenericSignature();
                }

                @Override
                public int getActualModifiers(boolean superFlag) {
                    // Embrace use of native actual modifiers by direct delegation.
                    return delegate().getActualModifiers(superFlag);
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeDescription getNestHost() {
                    return delegate().getNestHost();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList getNestMembers() {
                    return delegate().getNestMembers();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public RecordComponentList<RecordComponentDescription.InDefinedShape> getRecordComponents() {
                    return delegate().getRecordComponents();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean isRecord() {
                    return delegate().isRecord();
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public TypeList getPermittedSubclasses() {
                    return delegate().getPermittedSubclasses();
                }
            }
        }
    }

    
A type description implementation that represents a loaded type.

/**
     * A type description implementation that represents a loaded type.
     */
    @SuppressFBWarnings(value = "SE_TRANSIENT_FIELD_NOT_RESTORED", justification = "Field is only used as a cache store and is implicitly recomputed")
    class ForLoadedType extends AbstractBase implements Serializable {

        
The class's serial version UID.

/**
         * The class's serial version UID.
         */
        private static final long serialVersionUID = 1L;

        
A dispatcher for invking methods on Class reflectively. 
/**
         * A dispatcher for invking methods on {@link Class} reflectively.
         */
        private static final Dispatcher DISPATCHER = AccessController.doPrivileged(Dispatcher.CreationAction.INSTANCE);

        
A cache of type descriptions for commonly used types to avoid unnecessary allocations.

/**
         * A cache of type descriptions for commonly used types to avoid unnecessary allocations.
         */
        @SuppressFBWarnings(value = "MS_MUTABLE_COLLECTION_PKGPROTECT", justification = "This collection is not exposed.")
        private static final Map<Class<?>, TypeDescription> TYPE_CACHE;

        /*
         * Initializes the type cache.
         */
        static {
            TYPE_CACHE = new HashMap<Class<?>, TypeDescription>();
            TYPE_CACHE.put(TargetType.class, new ForLoadedType(TargetType.class));
            TYPE_CACHE.put(Object.class, new ForLoadedType(Object.class));
            TYPE_CACHE.put(String.class, new ForLoadedType(String.class));
            TYPE_CACHE.put(Boolean.class, new ForLoadedType(Boolean.class));
            TYPE_CACHE.put(Byte.class, new ForLoadedType(Byte.class));
            TYPE_CACHE.put(Short.class, new ForLoadedType(Short.class));
            TYPE_CACHE.put(Character.class, new ForLoadedType(Character.class));
            TYPE_CACHE.put(Integer.class, new ForLoadedType(Integer.class));
            TYPE_CACHE.put(Long.class, new ForLoadedType(Long.class));
            TYPE_CACHE.put(Float.class, new ForLoadedType(Float.class));
            TYPE_CACHE.put(Double.class, new ForLoadedType(Double.class));
            TYPE_CACHE.put(void.class, new ForLoadedType(void.class));
            TYPE_CACHE.put(boolean.class, new ForLoadedType(boolean.class));
            TYPE_CACHE.put(byte.class, new ForLoadedType(byte.class));
            TYPE_CACHE.put(short.class, new ForLoadedType(short.class));
            TYPE_CACHE.put(char.class, new ForLoadedType(char.class));
            TYPE_CACHE.put(int.class, new ForLoadedType(int.class));
            TYPE_CACHE.put(long.class, new ForLoadedType(long.class));
            TYPE_CACHE.put(float.class, new ForLoadedType(float.class));
            TYPE_CACHE.put(double.class, new ForLoadedType(double.class));
        }

        
The loaded type this instance represents.

/**
         * The loaded type this instance represents.
         */
        private final Class<?> type;

        
Creates a new immutable type description for a loaded type. This constructor should not normally be used. Use of(Class<?>) instead. 
Params:
  • type – The type to be represented by this type description.
/**
         * Creates a new immutable type description for a loaded type. This constructor should not normally be used.
         * Use {@link ForLoadedType#of(Class)} instead.
         *
         * @param type The type to be represented by this type description.
         */
        public ForLoadedType(Class<?> type) {
            this.type = type;
        }

        
Returns the type's actual name where it is taken into consideration that this type might be loaded anonymously. In this case, the remainder of the types name is suffixed by /<id> which is removed when using this method but is retained when calling Class.getName(). 
Params:
  • type – The type for which to resolve its name.
Returns:The type's actual name.
/**
         * Returns the type's actual name where it is taken into consideration that this type might be loaded anonymously.
         * In this case, the remainder of the types name is suffixed by {@code /<id>} which is removed when using this method
         * but is retained when calling {@link Class#getName()}.
         *
         * @param type The type for which to resolve its name.
         * @return The type's actual name.
         */
        public static String getName(Class<?> type) {
            String name = type.getName();
            int anonymousLoaderIndex = name.indexOf('/');
            return anonymousLoaderIndex == -1
                    ? name
                    : name.substring(0, anonymousLoaderIndex);
        }

        
Returns a new immutable type description for a loaded type.

Params:
  • type – The type to be represented by this type description.
Returns:The type description representing the given type.
/**
         * Returns a new immutable type description for a loaded type.
         *
         * @param type The type to be represented by this type description.
         * @return The type description representing the given type.
         */
        public static TypeDescription of(Class<?> type) {
            TypeDescription typeDescription = TYPE_CACHE.get(type);
            return typeDescription == null
                    ? new ForLoadedType(type)
                    : typeDescription;
        }

        @Override
        public boolean isAssignableFrom(Class<?> type) {
            return this.type.isAssignableFrom(type) || super.isAssignableFrom(type);
        }

        @Override
        public boolean isAssignableFrom(TypeDescription typeDescription) {
            return typeDescription instanceof ForLoadedType && type.isAssignableFrom(((ForLoadedType) typeDescription).type) || super.isAssignableFrom(typeDescription);
        }

        @Override
        public boolean isAssignableTo(Class<?> type) {
            return type.isAssignableFrom(this.type) || super.isAssignableTo(type);
        }

        @Override
        public boolean isAssignableTo(TypeDescription typeDescription) {
            return typeDescription instanceof ForLoadedType && ((ForLoadedType) typeDescription).type.isAssignableFrom(type) || super.isAssignableTo(typeDescription);
        }

        @Override
        public boolean isInHierarchyWith(Class<?> type) {
            return type.isAssignableFrom(this.type) || this.type.isAssignableFrom(type) || super.isInHierarchyWith(type);
        }

        @Override
        public boolean isInHierarchyWith(TypeDescription typeDescription) {
            return typeDescription instanceof ForLoadedType && (((ForLoadedType) typeDescription).type.isAssignableFrom(type)
                    || type.isAssignableFrom(((ForLoadedType) typeDescription).type)) || super.isInHierarchyWith(typeDescription);
        }

        @Override
        public boolean represents(java.lang.reflect.Type type) {
            return type == this.type || super.represents(type);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getComponentType() {
            Class<?> componentType = type.getComponentType();
            return componentType == null
                    ? TypeDescription.UNDEFINED
                    : ForLoadedType.of(componentType);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isArray() {
            return type.isArray();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isPrimitive() {
            return type.isPrimitive();
        }

        @Override
        public boolean isAnnotation() {
            return type.isAnnotation();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public Generic getSuperClass() {
            if (RAW_TYPES) {
                return type.getSuperclass() == null
                        ? TypeDescription.Generic.UNDEFINED
                        : Generic.OfNonGenericType.ForLoadedType.of(type.getSuperclass());
            }
            return type.getSuperclass() == null
                    ? TypeDescription.Generic.UNDEFINED
                    : new Generic.LazyProjection.ForLoadedSuperClass(type);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList.Generic getInterfaces() {
            if (RAW_TYPES) {
                return isArray()
                        ? ARRAY_INTERFACES
                        : new TypeList.Generic.ForLoadedTypes(type.getInterfaces());
            }
            return isArray()
                    ? ARRAY_INTERFACES
                    : new TypeList.Generic.OfLoadedInterfaceTypes(type);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getDeclaringType() {
            Class<?> declaringType = type.getDeclaringClass();
            return declaringType == null
                    ? TypeDescription.UNDEFINED
                    : ForLoadedType.of(declaringType);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public MethodDescription.InDefinedShape getEnclosingMethod() {
            Method enclosingMethod = type.getEnclosingMethod();
            Constructor<?> enclosingConstructor = type.getEnclosingConstructor();
            if (enclosingMethod != null) {
                return new MethodDescription.ForLoadedMethod(enclosingMethod);
            } else if (enclosingConstructor != null) {
                return new MethodDescription.ForLoadedConstructor(enclosingConstructor);
            } else {
                return MethodDescription.UNDEFINED;
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getEnclosingType() {
            Class<?> enclosingType = type.getEnclosingClass();
            return enclosingType == null
                    ? TypeDescription.UNDEFINED
                    : ForLoadedType.of(enclosingType);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getDeclaredTypes() {
            return new TypeList.ForLoadedTypes(type.getDeclaredClasses());
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getSimpleName() {
            String simpleName = type.getSimpleName();
            int anonymousLoaderIndex = simpleName.indexOf('/');
            if (anonymousLoaderIndex == -1) {
                return simpleName;
            } else {
                StringBuilder normalized = new StringBuilder(simpleName.substring(0, anonymousLoaderIndex));
                Class<?> type = this.type;
                while (type.isArray()) {
                    normalized.append("[]");
                    type = type.getComponentType();
                }
                return normalized.toString();
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAnonymousType() {
            return type.isAnonymousClass();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isLocalType() {
            return type.isLocalClass();
        }

        @Override
        public boolean isMemberType() {
            return type.isMemberClass();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        @CachedReturnPlugin.Enhance("declaredFields")
        public FieldList<FieldDescription.InDefinedShape> getDeclaredFields() {
            return new FieldList.ForLoadedFields(type.getDeclaredFields());
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        @CachedReturnPlugin.Enhance("declaredMethods")
        public MethodList<MethodDescription.InDefinedShape> getDeclaredMethods() {
            return new MethodList.ForLoadedMethods(type);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public PackageDescription getPackage() {
            if (type.isArray() || type.isPrimitive()) {
                return PackageDescription.UNDEFINED;
            } else {
                Package aPackage = type.getPackage();
                if (aPackage == null) {
                    String name = type.getName();
                    int index = name.lastIndexOf('.');
                    return index == -1
                            ? new PackageDescription.Simple(EMPTY_NAME)
                            : new PackageDescription.Simple(name.substring(0, index));
                } else {
                    return new PackageDescription.ForLoadedPackage(aPackage);
                }
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public StackSize getStackSize() {
            return StackSize.of(type);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getName() {
            return getName(type);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getCanonicalName() {
            String canonicalName = type.getCanonicalName();
            if (canonicalName == null) {
                return NO_NAME;
            }
            int anonymousLoaderIndex = canonicalName.indexOf('/');
            if (anonymousLoaderIndex == -1) {
                return canonicalName;
            } else {
                StringBuilder normalized = new StringBuilder(canonicalName.substring(0, anonymousLoaderIndex));
                Class<?> type = this.type;
                while (type.isArray()) {
                    normalized.append("[]");
                    type = type.getComponentType();
                }
                return normalized.toString();
            }
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getDescriptor() {
            String name = type.getName();
            int anonymousLoaderIndex = name.indexOf('/');
            return anonymousLoaderIndex == -1
                    ? Type.getDescriptor(type)
                    : "L" + name.substring(0, anonymousLoaderIndex).replace('.', '/') + ";";
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public int getModifiers() {
            return type.getModifiers();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList.Generic getTypeVariables() {
            if (RAW_TYPES) {
                return new TypeList.Generic.Empty();
            }
            return TypeList.Generic.ForLoadedTypes.OfTypeVariables.of(type);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        @CachedReturnPlugin.Enhance("declaredAnnotations")
        public AnnotationList getDeclaredAnnotations() {
            return new AnnotationList.ForLoadedAnnotations(type.getDeclaredAnnotations());
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public Generic asGenericType() {
            return Generic.OfNonGenericType.ForLoadedType.of(type);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getNestHost() {
            return TypeDescription.ForLoadedType.of(DISPATCHER.getNestHost(type));
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getNestMembers() {
            return new TypeList.ForLoadedTypes(DISPATCHER.getNestMembers(type));
        }

        @Override
        public boolean isNestHost() {
            return DISPATCHER.getNestHost(type) == type;
        }

        @Override
        public boolean isNestMateOf(Class<?> type) {
            return DISPATCHER.isNestmateOf(this.type, type) || super.isNestMateOf(ForLoadedType.of(type));
        }

        @Override
        public boolean isNestMateOf(TypeDescription typeDescription) {
            return typeDescription instanceof ForLoadedType && DISPATCHER.isNestmateOf(type, ((ForLoadedType) typeDescription).type) || super.isNestMateOf(typeDescription);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public RecordComponentList<RecordComponentDescription.InDefinedShape> getRecordComponents() {
            Object[] recordComponent = RecordComponentDescription.ForLoadedRecordComponent.DISPATCHER.getRecordComponents(type);
            return recordComponent == null
                    ? new RecordComponentList.Empty<RecordComponentDescription.InDefinedShape>()
                    : new RecordComponentList.ForLoadedRecordComponents();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isRecord() {
            return RecordComponentDescription.ForLoadedRecordComponent.DISPATCHER.isRecord(type);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getPermittedSubclasses() {
            return new ClassDescriptionTypeList(type.getClassLoader(), DISPATCHER.getPermittedSubclasses(type));
        }

        
A dispatcher for using methods of Class that are not declared for Java 6. 
/**
         * A dispatcher for using methods of {@link Class} that are not declared for Java 6.
         */
        protected interface Dispatcher {

            
Returns the specified class's nest host.

Params:
  • type – The class for which to locate the nest host.
Returns:The nest host of the specified class.
/**
             * Returns the specified class's nest host.
             *
             * @param type The class for which to locate the nest host.
             * @return The nest host of the specified class.
             */
            Class<?> getNestHost(Class<?> type);

            
Returns the nest members of the other class.

Params:
  • type – The type to get the nest members for.
Returns:An array containing all nest members of the specified type's nest group.
/**
             * Returns the nest members of the other class.
             *
             * @param type The type to get the nest members for.
             * @return An array containing all nest members of the specified type's nest group.
             */
            Class<?>[] getNestMembers(Class<?> type);

            
Returns true if the specified type is a nest mate of the other type. 
Params:
  • type –      The type to evaluate for being a nest mate of another type.
  • candidate – The candidate type.
Returns:true if the specified type is a nest mate of the other class.
/**
             * Returns {@code true} if the specified type is a nest mate of the other type.
             *
             * @param type      The type to evaluate for being a nest mate of another type.
             * @param candidate The candidate type.
             * @return {@code true} if the specified type is a nest mate of the other class.
             */
            boolean isNestmateOf(Class<?> type, Class<?> candidate);

            
Returns the permitted subclasses of the supplied type.

Params:
  • type – The type for which to check the permitted subclasses.
Returns:An array of descriptors of permitted subclasses.
/**
             * Returns the permitted subclasses of the supplied type.
             *
             * @param type The type for which to check the permitted subclasses.
             * @return An array of descriptors of permitted subclasses.
             */
            Object[] getPermittedSubclasses(Class<?> type);

            
Returns the internal name of a permitted subclass.

Params:
  • permittedSubclass – The permitted subclass descriptor.
Returns:The permitted subclasses internal name.
/**
             * Returns the internal name of a permitted subclass.
             *
             * @param permittedSubclass The permitted subclass descriptor.
             * @return The permitted subclasses internal name.
             */
            String getInternalName(Object permittedSubclass);

            
An action to resolve the dispatcher for invoking methods of Class reflectively. 
/**
             * An action to resolve the dispatcher for invoking methods of {@link Class} reflectively.
             */
            enum CreationAction implements PrivilegedAction<Dispatcher> {

                
The singleton instance.

/**
                 * The singleton instance.
                 */
                INSTANCE;

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                @SuppressFBWarnings(value = "REC_CATCH_EXCEPTION", justification = "Exception should not be rethrown but trigger a fallback")
                public Dispatcher run() {
                    try {
                        try {
                            return new ForJava16CapableVm(Class.class.getMethod("getNestHost"),
                                    Class.class.getMethod("getNestMembers"),
                                    Class.class.getMethod("isNestmateOf", Class.class),
                                    Class.class.getMethod("permittedSubclasses"),
                                    Class.forName("java.lang.constant.ClassDesc").getMethod("descriptorString"));
                        } catch (Exception ignored) {
                            return new ForJava11CapableVm(Class.class.getMethod("getNestHost"),
                                    Class.class.getMethod("getNestMembers"),
                                    Class.class.getMethod("isNestmateOf", Class.class));
                        }
                    } catch (NoSuchMethodException ignored) {
                        return ForLegacyVm.INSTANCE;
                    }
                }
            }

            
A dispatcher for a legacy VM.

/**
             * A dispatcher for a legacy VM.
             */
            enum ForLegacyVm implements Dispatcher {

                
The singleton instance.

/**
                 * The singleton instance.
                 */
                INSTANCE;

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Class<?> getNestHost(Class<?> type) {
                    return type;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Class<?>[] getNestMembers(Class<?> type) {
                    return new Class<?>[]{type};
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean isNestmateOf(Class<?> type, Class<?> candidate) {
                    return type == candidate;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Object[] getPermittedSubclasses(Class<?> type) {
                    return new Object[0];
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public String getInternalName(Object permittedSubclass) {
                    throw new IllegalStateException("Not supported on the current VM");
                }
            }

            
A dispatcher for a Java 11-capable VM.

/**
             * A dispatcher for a Java 11-capable VM.
             */
            class ForJava11CapableVm implements Dispatcher {

                
The java.lang.Class#getNestHost method. 
/**
                 * The {@code java.lang.Class#getNestHost} method.
                 */
                private final Method getNestHost;

                
The java.lang.Class#getNestMembers method. 
/**
                 * The {@code java.lang.Class#getNestMembers} method.
                 */
                private final Method getNestMembers;

                
The java.lang.Class#isNestmateOf method. 
/**
                 * The {@code java.lang.Class#isNestmateOf} method.
                 */
                private final Method isNestmateOf;

                
Creates a dispatcher for a Java 11-capable VM.

Params:
  • getNestHost –  The java.lang.Class#getNestHost method.
  • getNestMembers – The java.lang.Class#getNestMembers method.
  • isNestmateOf –  The java.lang.Class#isNestmateOf method.
/**
                 * Creates a dispatcher for a Java 11-capable VM.
                 *
                 * @param getNestHost    The {@code java.lang.Class#getNestHost} method.
                 * @param getNestMembers The {@code java.lang.Class#getNestMembers} method.
                 * @param isNestmateOf   The {@code java.lang.Class#isNestmateOf} method.
                 */
                protected ForJava11CapableVm(Method getNestHost, Method getNestMembers, Method isNestmateOf) {
                    this.getNestHost = getNestHost;
                    this.getNestMembers = getNestMembers;
                    this.isNestmateOf = isNestmateOf;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Class<?> getNestHost(Class<?> type) {
                    try {
                        return (Class<?>) getNestHost.invoke(type);
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Could not access Class::getNestHost", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Could not invoke Class::getNestHost", exception.getCause());
                    }
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Class<?>[] getNestMembers(Class<?> type) {
                    try {
                        return (Class<?>[]) getNestMembers.invoke(type);
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Could not access Class::getNestMembers", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Could not invoke Class::getNestMembers", exception.getCause());
                    }
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean isNestmateOf(Class<?> type, Class<?> candidate) {
                    try {
                        return (Boolean) isNestmateOf.invoke(type, candidate);
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Could not access Class::isNestmateOf", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Could not invoke Class::isNestmateOf", exception.getCause());
                    }
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Object[] getPermittedSubclasses(Class<?> type) {
                    return new Object[0];
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public String getInternalName(Object permittedSubclass) {
                    throw new IllegalStateException("Not supported on the current VM");
                }
            }

            
A dispatcher for a Java 16-capable VM.

/**
             * A dispatcher for a Java 16-capable VM.
             */
            class ForJava16CapableVm implements Dispatcher {

                
The java.lang.Class#getNestHost method. 
/**
                 * The {@code java.lang.Class#getNestHost} method.
                 */
                private final Method getNestHost;

                
The java.lang.Class#getNestMembers method. 
/**
                 * The {@code java.lang.Class#getNestMembers} method.
                 */
                private final Method getNestMembers;

                
The java.lang.Class#isNestmateOf method. 
/**
                 * The {@code java.lang.Class#isNestmateOf} method.
                 */
                private final Method isNestmateOf;

                
The java.lang.Class#permittedSubclasses method. 
/**
                 * The {@code java.lang.Class#permittedSubclasses} method.
                 */
                private final Method permittedSubclasses;

                
The java.lang.constant.ClassDesc#descriptorString method. 
/**
                 * The {@code java.lang.constant.ClassDesc#descriptorString} method.
                 */
                private final Method descriptorString;

                
Creates a dispatcher for a Java 11-capable VM.

Params:
  • getNestHost –  The java.lang.Class#getNestHost method.
  • getNestMembers –  The java.lang.Class#getNestMembers method.
  • isNestmateOf –  The java.lang.Class#isNestmateOf method.
  • permittedSubclasses – The java.lang.Class#permittedSubclasses method.
  • descriptorString –  The java.lang.constant.ClassDesc#descriptorString method.
/**
                 * Creates a dispatcher for a Java 11-capable VM.
                 *
                 * @param getNestHost         The {@code java.lang.Class#getNestHost} method.
                 * @param getNestMembers      The {@code java.lang.Class#getNestMembers} method.
                 * @param isNestmateOf        The {@code java.lang.Class#isNestmateOf} method.
                 * @param permittedSubclasses The {@code java.lang.Class#permittedSubclasses} method.
                 * @param descriptorString    The {@code java.lang.constant.ClassDesc#descriptorString} method.
                 */
                protected ForJava16CapableVm(Method getNestHost, Method getNestMembers, Method isNestmateOf, Method permittedSubclasses, Method descriptorString) {
                    this.getNestHost = getNestHost;
                    this.getNestMembers = getNestMembers;
                    this.isNestmateOf = isNestmateOf;
                    this.permittedSubclasses = permittedSubclasses;
                    this.descriptorString = descriptorString;
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Class<?> getNestHost(Class<?> type) {
                    try {
                        return (Class<?>) getNestHost.invoke(type);
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Could not access Class::getNestHost", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Could not invoke Class::getNestHost", exception.getCause());
                    }
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Class<?>[] getNestMembers(Class<?> type) {
                    try {
                        return (Class<?>[]) getNestMembers.invoke(type);
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Could not access Class::getNestMembers", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Could not invoke Class::getNestMembers", exception.getCause());
                    }
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public boolean isNestmateOf(Class<?> type, Class<?> candidate) {
                    try {
                        return (Boolean) isNestmateOf.invoke(type, candidate);
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Could not access Class::isNestmateOf", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Could not invoke Class::isNestmateOf", exception.getCause());
                    }
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Object[] getPermittedSubclasses(Class<?> type) {
                    try {
                        return (Object[]) permittedSubclasses.invoke(type);
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Could not access Class::permittedSubclasses", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Could not invoke Class::permittedSubclasses", exception.getCause());
                    }
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public String getInternalName(Object permittedSubclass) {
                    try {
                        return (String) descriptorString.invoke(permittedSubclass);
                    } catch (IllegalAccessException exception) {
                        throw new IllegalStateException("Could not access ClassDesc::descriptorString", exception);
                    } catch (InvocationTargetException exception) {
                        throw new IllegalStateException("Could not invoke ClassDesc::descriptorString", exception.getCause());
                    }
                }
            }
        }

        
A list of type descriptions represented by class descriptions.

/**
         * A list of type descriptions represented by class descriptions.
         */
        protected static class ClassDescriptionTypeList extends TypeList.AbstractBase {

            
The represented class loader.

/**
             * The represented class loader.
             */
            private final ClassLoader classLoader;

            
An array of represented permitted subclasses.

/**
             * An array of represented permitted subclasses.
             */
            private final Object[] permittedSubclass;

            
Creates a new list of type descriptions.

Params:
  • classLoader –       The represented class loader.
  • permittedSubclass – An array of represented permitted subclasses.
/**
             * Creates a new list of type descriptions.
             *
             * @param classLoader       The represented class loader.
             * @param permittedSubclass An array of represented permitted subclasses.
             */
            protected ClassDescriptionTypeList(ClassLoader classLoader, Object[] permittedSubclass) {
                this.classLoader = classLoader;
                this.permittedSubclass = permittedSubclass;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public TypeDescription get(int index) {
                return new InternalNameLazyType(classLoader, DISPATCHER.getInternalName(permittedSubclass[index]));
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public int size() {
                return permittedSubclass.length;
            }

            
A lazy representation of an internal name for a given class loader.

/**
             * A lazy representation of an internal name for a given class loader.
             */
            protected static class InternalNameLazyType extends OfSimpleType.WithDelegation {

                
The represented class loader.

/**
                 * The represented class loader.
                 */
                private final ClassLoader classLoader;

                
The represented internal name.

/**
                 * The represented internal name.
                 */
                private final String internalName;

                
Creates a new lazy representation of an internal name.

Params:
  • classLoader –  The represented class loader.
  • internalName – The represented internal name.
/**
                 * Creates a new lazy representation of an internal name.
                 *
                 * @param classLoader  The represented class loader.
                 * @param internalName The represented internal name.
                 */
                protected InternalNameLazyType(ClassLoader classLoader, String internalName) {
                    this.classLoader = classLoader;
                    this.internalName = internalName;
                }

                @Override
                @CachedReturnPlugin.Enhance("delegate")
                protected TypeDescription delegate() {
                    try {
                        return ForLoadedType.of(Class.forName(getName(), false, classLoader));
                    } catch (ClassNotFoundException exception) {
                        throw new IllegalStateException(exception);
                    }
                }

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public String getName() {
                    return internalName.replace('/', '.');
                }
            }
        }
    }

    
A projection for an array type based on an existing TypeDescription. 
/**
     * A projection for an array type based on an existing {@link TypeDescription}.
     */
    class ArrayProjection extends AbstractBase {

        
Modifiers that every array in Java implies.

/**
         * Modifiers that every array in Java implies.
         */
        private static final int ARRAY_IMPLIED = Opcodes.ACC_FINAL | Opcodes.ACC_ABSTRACT;

        
Modifiers that no array in Java displays.

/**
         * Modifiers that no array in Java displays.
         */
        private static final int ARRAY_EXCLUDED = Opcodes.ACC_INTERFACE | Opcodes.ACC_ANNOTATION | Opcodes.ACC_STATIC;

        
The base component type which is itself not an array.

/**
         * The base component type which is itself not an array.
         */
        private final TypeDescription componentType;

        
The arity of this array.

/**
         * The arity of this array.
         */
        private final int arity;

        
Creates a new array projection.

Params:
  • componentType – The base component type of the array which is itself not an array.
  • arity –         The arity of this array.
/**
         * Creates a new array projection.
         *
         * @param componentType The base component type of the array which is itself not an array.
         * @param arity         The arity of this array.
         */
        protected ArrayProjection(TypeDescription componentType, int arity) {
            this.componentType = componentType;
            this.arity = arity;
        }

        
Creates an array projection of an arity of one.

Params:
  • componentType – The component type of the array.
Returns:A projection of the component type as an array of the given value with an arity of one.
/**
         * Creates an array projection of an arity of one.
         *
         * @param componentType The component type of the array.
         * @return A projection of the component type as an array of the given value with an arity of one.
         */
        public static TypeDescription of(TypeDescription componentType) {
            return of(componentType, 1);
        }

        
Creates an array projection.

Params:
  • componentType – The component type of the array.
  • arity –         The arity of this array.
Returns:A projection of the component type as an array of the given value with the supplied arity.
/**
         * Creates an array projection.
         *
         * @param componentType The component type of the array.
         * @param arity         The arity of this array.
         * @return A projection of the component type as an array of the given value with the supplied arity.
         */
        public static TypeDescription of(TypeDescription componentType, int arity) {
            if (arity < 0) {
                throw new IllegalArgumentException("Arrays cannot have a negative arity");
            }
            while (componentType.isArray()) {
                componentType = componentType.getComponentType();
                arity++;
            }
            return arity == 0
                    ? componentType
                    : new ArrayProjection(componentType, arity);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isArray() {
            return true;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getComponentType() {
            return arity == 1
                    ? componentType
                    : new ArrayProjection(componentType, arity - 1);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isPrimitive() {
            return false;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public Generic getSuperClass() {
            return TypeDescription.Generic.OBJECT;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList.Generic getInterfaces() {
            return ARRAY_INTERFACES;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public MethodDescription.InDefinedShape getEnclosingMethod() {
            return MethodDescription.UNDEFINED;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getEnclosingType() {
            return TypeDescription.UNDEFINED;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getDeclaredTypes() {
            return new TypeList.Empty();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getSimpleName() {
            StringBuilder stringBuilder = new StringBuilder(componentType.getSimpleName());
            for (int i = 0; i < arity; i++) {
                stringBuilder.append("[]");
            }
            return stringBuilder.toString();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getCanonicalName() {
            String canonicalName = componentType.getCanonicalName();
            if (canonicalName == null) {
                return NO_NAME;
            }
            StringBuilder stringBuilder = new StringBuilder(canonicalName);
            for (int i = 0; i < arity; i++) {
                stringBuilder.append("[]");
            }
            return stringBuilder.toString();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAnonymousType() {
            return false;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isLocalType() {
            return false;
        }

        @Override
        public boolean isMemberType() {
            return false;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public FieldList<FieldDescription.InDefinedShape> getDeclaredFields() {
            return new FieldList.Empty<FieldDescription.InDefinedShape>();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public MethodList<MethodDescription.InDefinedShape> getDeclaredMethods() {
            return new MethodList.Empty<MethodDescription.InDefinedShape>();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public StackSize getStackSize() {
            return StackSize.SINGLE;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public AnnotationList getDeclaredAnnotations() {
            return new AnnotationList.Empty();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public AnnotationList getInheritedAnnotations() {
            return new AnnotationList.Empty();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public PackageDescription getPackage() {
            return PackageDescription.UNDEFINED;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getName() {
            String descriptor = componentType.getDescriptor();
            StringBuilder stringBuilder = new StringBuilder(descriptor.length() + arity);
            for (int index = 0; index < arity; index++) {
                stringBuilder.append('[');
            }
            for (int index = 0; index < descriptor.length(); index++) {
                char character = descriptor.charAt(index);
                stringBuilder.append(character == '/' ? '.' : character);
            }
            return stringBuilder.toString();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getDescriptor() {
            StringBuilder stringBuilder = new StringBuilder();
            for (int i = 0; i < arity; i++) {
                stringBuilder.append('[');
            }
            return stringBuilder.append(componentType.getDescriptor()).toString();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getDeclaringType() {
            return TypeDescription.UNDEFINED;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public int getModifiers() {
            return (getComponentType().getModifiers() & ~ARRAY_EXCLUDED) | ARRAY_IMPLIED;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList.Generic getTypeVariables() {
            return new TypeList.Generic.Empty();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getNestHost() {
            return this;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getNestMembers() {
            return new TypeList.Explicit(this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public RecordComponentList<RecordComponentDescription.InDefinedShape> getRecordComponents() {
            return new RecordComponentList.Empty<RecordComponentDescription.InDefinedShape>();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isRecord() {
            return false;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getPermittedSubclasses() {
            return new TypeList.Empty();
        }
    }

    

A latent type description for a type without methods or fields.




Important: This type does not define most of its properties and should only be used as a simple placeholder. For more complex placeholders, use an Default. 


/**
     * <p>
     * A latent type description for a type without methods or fields.
     * </p>
     * <p>
     * <b>Important</b>: This type does not define most of its properties and should only be used as a simple placeholder. For more
     * complex placeholders, use an {@link net.bytebuddy.dynamic.scaffold.InstrumentedType.Default}.
     * </p>
     */
    class Latent extends AbstractBase.OfSimpleType {

        
The name of the type.

/**
         * The name of the type.
         */
        private final String name;

        
The modifiers of the type.

/**
         * The modifiers of the type.
         */
        private final int modifiers;

        
The super type or null if no such type exists. 
/**
         * The super type or {@code null} if no such type exists.
         */
        private final Generic superClass;

        
The interfaces that this type implements.

/**
         * The interfaces that this type implements.
         */
        private final List<? extends Generic> interfaces;

        
Creates a new latent type.

Params:
  • name –        The name of the type.
  • modifiers –   The modifiers of the type.
  • superClass –  The super type or null if no such type exists.
  • anInterface – The interfaces that this type implements.
/**
         * Creates a new latent type.
         *
         * @param name        The name of the type.
         * @param modifiers   The modifiers of the type.
         * @param superClass  The super type or {@code null} if no such type exists.
         * @param anInterface The interfaces that this type implements.
         */
        public Latent(String name, int modifiers, Generic superClass, Generic... anInterface) {
            this(name, modifiers, superClass, Arrays.asList(anInterface));
        }

        
Creates a new latent type.

Params:
  • name –       The name of the type.
  • modifiers –  The modifiers of the type.
  • superClass – The super type or null if no such type exists.
  • interfaces – The interfaces that this type implements.
/**
         * Creates a new latent type.
         *
         * @param name       The name of the type.
         * @param modifiers  The modifiers of the type.
         * @param superClass The super type or {@code null} if no such type exists.
         * @param interfaces The interfaces that this type implements.
         */
        public Latent(String name, int modifiers, Generic superClass, List<? extends Generic> interfaces) {
            this.name = name;
            this.modifiers = modifiers;
            this.superClass = superClass;
            this.interfaces = interfaces;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public Generic getSuperClass() {
            return superClass;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList.Generic getInterfaces() {
            return new TypeList.Generic.Explicit(interfaces);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public MethodDescription.InDefinedShape getEnclosingMethod() {
            throw new IllegalStateException("Cannot resolve enclosing method of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getEnclosingType() {
            throw new IllegalStateException("Cannot resolve enclosing type of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getDeclaredTypes() {
            throw new IllegalStateException("Cannot resolve inner types of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAnonymousType() {
            throw new IllegalStateException("Cannot resolve anonymous type property of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isLocalType() {
            throw new IllegalStateException("Cannot resolve local class property of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public FieldList<FieldDescription.InDefinedShape> getDeclaredFields() {
            throw new IllegalStateException("Cannot resolve declared fields of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public MethodList<MethodDescription.InDefinedShape> getDeclaredMethods() {
            throw new IllegalStateException("Cannot resolve declared methods of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public PackageDescription getPackage() {
            String name = getName();
            int index = name.lastIndexOf('.');
            return new PackageDescription.Simple(index == -1
                    ? EMPTY_NAME
                    : name.substring(0, index));
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public AnnotationList getDeclaredAnnotations() {
            throw new IllegalStateException("Cannot resolve declared annotations of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getDeclaringType() {
            throw new IllegalStateException("Cannot resolve declared type of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public int getModifiers() {
            return modifiers;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getName() {
            return name;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList.Generic getTypeVariables() {
            throw new IllegalStateException("Cannot resolve type variables of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getNestHost() {
            throw new IllegalStateException("Cannot resolve nest host of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getNestMembers() {
            throw new IllegalStateException("Cannot resolve nest mates of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public RecordComponentList<RecordComponentDescription.InDefinedShape> getRecordComponents() {
            throw new IllegalStateException("Cannot resolve record components of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isRecord() {
            throw new IllegalStateException("Cannot resolve record attribute of a latent type description: " + this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getPermittedSubclasses() {
            throw new IllegalStateException("Cannot resolve permitted subclasses of a latent type description: " + this);
        }
    }

    
A type representation of a package description.

/**
     * A type representation of a package description.
     */
    class ForPackageDescription extends AbstractBase.OfSimpleType {

        
The package to be described as a type.

/**
         * The package to be described as a type.
         */
        private final PackageDescription packageDescription;

        
Creates a new type description of a package description.

Params:
  • packageDescription – The package to be described as a type.
/**
         * Creates a new type description of a package description.
         *
         * @param packageDescription The package to be described as a type.
         */
        public ForPackageDescription(PackageDescription packageDescription) {
            this.packageDescription = packageDescription;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public Generic getSuperClass() {
            return TypeDescription.Generic.OBJECT;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList.Generic getInterfaces() {
            return new TypeList.Generic.Empty();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public MethodDescription.InDefinedShape getEnclosingMethod() {
            return MethodDescription.UNDEFINED;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getEnclosingType() {
            return TypeDescription.UNDEFINED;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAnonymousType() {
            return false;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isLocalType() {
            return false;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getDeclaredTypes() {
            return new TypeList.Empty();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public FieldList<FieldDescription.InDefinedShape> getDeclaredFields() {
            return new FieldList.Empty<FieldDescription.InDefinedShape>();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public MethodList<MethodDescription.InDefinedShape> getDeclaredMethods() {
            return new MethodList.Empty<MethodDescription.InDefinedShape>();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public PackageDescription getPackage() {
            return packageDescription;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public AnnotationList getDeclaredAnnotations() {
            return packageDescription.getDeclaredAnnotations();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getDeclaringType() {
            return TypeDescription.UNDEFINED;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList.Generic getTypeVariables() {
            return new TypeList.Generic.Empty();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public int getModifiers() {
            return PackageDescription.PACKAGE_MODIFIERS;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getName() {
            return packageDescription.getName() + "." + PackageDescription.PACKAGE_CLASS_NAME;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getNestHost() {
            return this;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getNestMembers() {
            return new TypeList.Explicit(this);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public RecordComponentList<RecordComponentDescription.InDefinedShape> getRecordComponents() {
            return new RecordComponentList.Empty<RecordComponentDescription.InDefinedShape>();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isRecord() {
            return false;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getPermittedSubclasses() {
            return new TypeList.Empty();
        }
    }

    
A delegating type description that always attempts to load the super types of a delegate type.

/**
     * A delegating type description that always attempts to load the super types of a delegate type.
     */
    class SuperTypeLoading extends AbstractBase {

        
The delegate type description.

/**
         * The delegate type description.
         */
        private final TypeDescription delegate;

        
The class loader to use for loading a super type.

/**
         * The class loader to use for loading a super type.
         */
        private final ClassLoader classLoader;

        
A delegate for loading a type.

/**
         * A delegate for loading a type.
         */
        private final ClassLoadingDelegate classLoadingDelegate;

        
Creates a super type loading type description.

Params:
  • delegate –    The delegate type description.
  • classLoader – The class loader to use for loading a super type.
/**
         * Creates a super type loading type description.
         *
         * @param delegate    The delegate type description.
         * @param classLoader The class loader to use for loading a super type.
         */
        public SuperTypeLoading(TypeDescription delegate, ClassLoader classLoader) {
            this(delegate, classLoader, ClassLoadingDelegate.Simple.INSTANCE);
        }

        
Creates a super type loading type description.

Params:
  • delegate –             The delegate type description.
  • classLoader –          The class loader to use for loading a super type.
  • classLoadingDelegate – A delegate for loading a type.
/**
         * Creates a super type loading type description.
         *
         * @param delegate             The delegate type description.
         * @param classLoader          The class loader to use for loading a super type.
         * @param classLoadingDelegate A delegate for loading a type.
         */
        public SuperTypeLoading(TypeDescription delegate, ClassLoader classLoader, ClassLoadingDelegate classLoadingDelegate) {
            this.delegate = delegate;
            this.classLoader = classLoader;
            this.classLoadingDelegate = classLoadingDelegate;
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public AnnotationList getDeclaredAnnotations() {
            return delegate.getDeclaredAnnotations();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public int getModifiers() {
            return delegate.getModifiers();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList.Generic getTypeVariables() {
            return delegate.getTypeVariables();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getDescriptor() {
            return delegate.getDescriptor();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getName() {
            return delegate.getName();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public Generic getSuperClass() {
            Generic superClass = delegate.getSuperClass();
            return superClass == null
                    ? Generic.UNDEFINED
                    : new ClassLoadingTypeProjection(superClass, classLoader, classLoadingDelegate);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList.Generic getInterfaces() {
            return new ClassLoadingTypeList(delegate.getInterfaces(), classLoader, classLoadingDelegate);
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public FieldList<FieldDescription.InDefinedShape> getDeclaredFields() {
            return delegate.getDeclaredFields();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public MethodList<MethodDescription.InDefinedShape> getDeclaredMethods() {
            return delegate.getDeclaredMethods();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public StackSize getStackSize() {
            return delegate.getStackSize();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isArray() {
            return delegate.isArray();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isPrimitive() {
            return delegate.isPrimitive();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getComponentType() {
            return delegate.getComponentType();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getDeclaringType() {
            return delegate.getDeclaringType();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getDeclaredTypes() {
            return delegate.getDeclaredTypes();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public MethodDescription.InDefinedShape getEnclosingMethod() {
            return delegate.getEnclosingMethod();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getEnclosingType() {
            return delegate.getEnclosingType();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getSimpleName() {
            return delegate.getSimpleName();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public String getCanonicalName() {
            return delegate.getCanonicalName();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isAnonymousType() {
            return delegate.isAnonymousType();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isLocalType() {
            return delegate.isLocalType();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public PackageDescription getPackage() {
            return delegate.getPackage();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeDescription getNestHost() {
            return delegate.getNestHost();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getNestMembers() {
            return delegate.getNestMembers();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public RecordComponentList<RecordComponentDescription.InDefinedShape> getRecordComponents() {
            return delegate.getRecordComponents();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public boolean isRecord() {
            return delegate.isRecord();
        }

        
{@inheritDoc}

/**
         * {@inheritDoc}
         */
        public TypeList getPermittedSubclasses() {
            return delegate.getPermittedSubclasses();
        }

        
A class loading delegate is responsible for resolving a type given a class loader and a type name.

/**
         * A class loading delegate is responsible for resolving a type given a class loader and a type name.
         */
        public interface ClassLoadingDelegate {

            
Loads a type.

Params:
  • name –        The type's name,
  • classLoader – The class loader to load the type from which might be null to represent the bootstrap class loader.
Throws:
Returns:The loaded type.
/**
             * Loads a type.
             *
             * @param name        The type's name,
             * @param classLoader The class loader to load the type from which might be {@code null} to represent the bootstrap class loader.
             * @return The loaded type.
             * @throws ClassNotFoundException If the type could not be found.
             */
            Class<?> load(String name, ClassLoader classLoader) throws ClassNotFoundException;

            
A simple class loading delegate that simply loads a type.

/**
             * A simple class loading delegate that simply loads a type.
             */
            enum Simple implements ClassLoadingDelegate {

                
The singleton instance.

/**
                 * The singleton instance.
                 */
                INSTANCE;

                
{@inheritDoc}

/**
                 * {@inheritDoc}
                 */
                public Class<?> load(String name, ClassLoader classLoader) throws ClassNotFoundException {
                    return Class.forName(name, false, classLoader);
                }
            }
        }

        
A type projection that attempts to load any super type of the delegate type.

/**
         * A type projection that attempts to load any super type of the delegate type.
         */
        protected static class ClassLoadingTypeProjection extends TypeDescription.Generic.LazyProjection {

            
The delegate type description.

/**
             * The delegate type description.
             */
            private final Generic delegate;

            
The class loader to use for loading types which might be null to represent the bootstrap class loader. 
/**
             * The class loader to use for loading types which might be {@code null} to represent the bootstrap class loader.
             */
            private final ClassLoader classLoader;

            
A delegate for loading a type.

/**
             * A delegate for loading a type.
             */
            private final ClassLoadingDelegate classLoadingDelegate;

            
Creates a class loading type description.

Params:
  • delegate –             The delegate type description.
  • classLoader –  The class loader to use for loading types which might be null to represent the bootstrap class loader.
  • classLoadingDelegate – A delegate for loading a type.
/**
             * Creates a class loading type description.
             *
             * @param delegate             The delegate type description.
             * @param classLoader          The class loader to use for loading types which might be {@code null} to represent the bootstrap class loader.
             * @param classLoadingDelegate A delegate for loading a type.
             */
            protected ClassLoadingTypeProjection(Generic delegate, ClassLoader classLoader, ClassLoadingDelegate classLoadingDelegate) {
                this.delegate = delegate;
                this.classLoader = classLoader;
                this.classLoadingDelegate = classLoadingDelegate;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public AnnotationList getDeclaredAnnotations() {
                return delegate.getDeclaredAnnotations();
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            @CachedReturnPlugin.Enhance("erasure")
            public TypeDescription asErasure() {
                try {
                    return ForLoadedType.of(classLoadingDelegate.load(delegate.asErasure().getName(), classLoader));
                } catch (ClassNotFoundException ignored) {
                    return delegate.asErasure();
                }
            }

            @Override
            protected Generic resolve() {
                return delegate;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            @CachedReturnPlugin.Enhance("superClass")
            public Generic getSuperClass() {
                Generic superClass = delegate.getSuperClass();
                if (superClass == null) {
                    return Generic.UNDEFINED;
                } else {
                    try {
                        return new ClassLoadingTypeProjection(superClass,
                                classLoadingDelegate.load(delegate.asErasure().getName(), classLoader).getClassLoader(),
                                classLoadingDelegate);
                    } catch (ClassNotFoundException ignored) {
                        return superClass;
                    }
                }
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            @CachedReturnPlugin.Enhance("interfaces")
            public TypeList.Generic getInterfaces() {
                TypeList.Generic interfaces = delegate.getInterfaces();
                try {
                    return new ClassLoadingTypeList(interfaces,
                            classLoadingDelegate.load(delegate.asErasure().getName(), classLoader).getClassLoader(),
                            classLoadingDelegate);
                } catch (ClassNotFoundException ignored) {
                    return interfaces;
                }
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Iterator<TypeDefinition> iterator() {
                return new SuperClassIterator(this);
            }
        }

        
A type list that attempts loading any type.

/**
         * A type list that attempts loading any type.
         */
        protected static class ClassLoadingTypeList extends TypeList.Generic.AbstractBase {

            
The delegate type list.

/**
             * The delegate type list.
             */
            private final TypeList.Generic delegate;

            
The class loader to use for loading types which might be null to represent the bootstrap class loader. 
/**
             * The class loader to use for loading types which might be {@code null} to represent the bootstrap class loader.
             */
            private final ClassLoader classLoader;

            
A delegate for loading a type.

/**
             * A delegate for loading a type.
             */
            private final ClassLoadingDelegate classLoadingDelegate;

            
Creates a class loading type list.

Params:
  • delegate –             The delegate type list.
  • classLoader –  The class loader to use for loading types which might be null to represent the bootstrap class loader.
  • classLoadingDelegate – A delegate for loading a type.
/**
             * Creates a class loading type list.
             *
             * @param delegate             The delegate type list.
             * @param classLoader          The class loader to use for loading types which might be {@code null} to represent the bootstrap class loader.
             * @param classLoadingDelegate A delegate for loading a type.
             */
            protected ClassLoadingTypeList(TypeList.Generic delegate, ClassLoader classLoader, ClassLoadingDelegate classLoadingDelegate) {
                this.delegate = delegate;
                this.classLoader = classLoader;
                this.classLoadingDelegate = classLoadingDelegate;
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public Generic get(int index) {
                return new ClassLoadingTypeProjection(delegate.get(index), classLoader, classLoadingDelegate);
            }

            
{@inheritDoc}

/**
             * {@inheritDoc}
             */
            public int size() {
                return delegate.size();
            }
        }
    }
}