org.eclipse.jdt.core.dom.SuperMethodReference#org.eclipse.jdt.core.dom.ParameterizedType源码实例Demo

public static Object provideAnswer(InvocationOnMock inv) {
    Type type = ((BuilderField) inv.getArguments()[0]).getFieldType();
    if (type instanceof ParameterizedType) {
        Type baseType = ((ParameterizedType) type).getType();
        if (baseType instanceof SimpleType) {
            String name = ((SimpleType) baseType).getName().getFullyQualifiedName();

            // if name is fully qualified
            if (recognisedClasses.contains(name)) {
                return Optional.ofNullable(name);
            }

            Optional<String> found = recognisedClasses.stream()
                    .filter(fqn -> fqn.endsWith("." + name))
                    .findFirst();
            if (found.isPresent()) {
                return found;
            }
        }
    }
    return Optional.of("some.other.value");
}
 

@Override
public boolean consumes(SemanticToken token) {

	// 1: match types
	SimpleName name = token.getNode();
	ASTNode node = name.getParent();
	int nodeType = node.getNodeType();
	if (nodeType != ASTNode.SIMPLE_TYPE && nodeType != ASTNode.QUALIFIED_TYPE) {
		return false;
	}

	// 2: match type arguments
	StructuralPropertyDescriptor locationInParent = node.getLocationInParent();
	if (locationInParent == ParameterizedType.TYPE_ARGUMENTS_PROPERTY) {
		return true;
	}

	return false;
}
 

public boolean visit(ParameterizedType type) {
	/*
	 * ParameterizedType: Type < Type { , Type } >
	 */
	activateDiffStyle(type);
	handleType(type.getType());
	appendOpenBrace();
	for (int i = 0; i < type.typeArguments().size(); i++) {
		handleType((Type) type.typeArguments().get(i));
		if (i < type.typeArguments().size() - 1) {
			appendComma();
		}
	}
	appendClosedBrace();
	deactivateDiffStyle(type);
	return false;
}
 

private void addTypeParameters(TypeDeclaration newDeclaration) {
	if (isParameterizedType(fTypeKind, fNode)) {
		String typeArgBaseName = getGenericTypeArgBaseName(ASTNodes.getSimpleNameIdentifier(fNode));
		int nTypeArgs = ((ParameterizedType) fNode.getParent().getParent()).typeArguments().size();
		String[] typeArgNames = new String[nTypeArgs];
		if (nTypeArgs == 1) {
			typeArgNames[0] = typeArgBaseName;
		} else {
			for (int i = 0; i < nTypeArgs; i++) {
				StringBuilder buf = new StringBuilder(typeArgBaseName);
				buf.append(i + 1);
				typeArgNames[i] = buf.toString();
			}
		}

		AST ast = newDeclaration.getAST();
		for (String typeArgName : typeArgNames) {
			TypeParameter typeArg = ast.newTypeParameter();
			typeArg.setName(ast.newSimpleName(typeArgName));
			newDeclaration.typeParameters().add(typeArg);
		}
	}

}
 

private ParameterizedType createPrivilegedActionType(ASTRewrite rewrite, ClassInstanceCreation classLoaderCreation) {
    AST ast = rewrite.getAST();

    Name privilegedActionName;
    if (isUpdateImports()) {
        privilegedActionName = ast.newSimpleName(PrivilegedAction.class.getSimpleName());
    } else {
        privilegedActionName = ast.newName(PrivilegedAction.class.getName());
    }
    SimpleType rawPrivilegedActionType = ast.newSimpleType(privilegedActionName);
    ParameterizedType privilegedActionType = ast.newParameterizedType(rawPrivilegedActionType);
    Type typeArgument = (Type) rewrite.createCopyTarget(classLoaderCreation.getType());
    List<Type> typeArguments = checkedList(privilegedActionType.typeArguments());

    typeArguments.add(typeArgument);

    return privilegedActionType;
}
 

/**
 * @param type
 * @return
 */
private String getParametrizedType(final ParameterizedType type, final Boolean innerTypes) {
	final StringBuilder sb = new StringBuilder(getFullyQualifiedNameFor(type
			.getType().toString()));

	if(innerTypes) {
		sb.append("<");
		for (final Object typeArg : type.typeArguments()) {
			final Type arg = (Type) typeArg;
			final String argString = getNameOfType(arg);
			sb.append(argString);
			sb.append(",");
		}
		sb.deleteCharAt(sb.length() - 1);
		sb.append(">");
	}
	return sb.toString();
}
 

@SuppressWarnings("unchecked")
private static ITypeBinding getOwnerTypeBinding(
    TypeDeclaration uiBinderSubtype) {
  List<Type> superInterfaces = uiBinderSubtype.superInterfaceTypes();
  for (Type superInterface : superInterfaces) {
    ITypeBinding binding = superInterface.resolveBinding();
    if (binding != null) {
      if (binding.getErasure().getQualifiedName().equals(
          UiBinderConstants.UI_BINDER_TYPE_NAME)) {
        if (superInterface instanceof ParameterizedType) {
          ParameterizedType uiBinderType = (ParameterizedType) superInterface;
          List<Type> typeArgs = uiBinderType.typeArguments();
          if (typeArgs.size() == 2) {
            Type ownerType = typeArgs.get(1);
            return ownerType.resolveBinding();
          }
        }
      }
    }
  }
  return null;
}
 

private void addTypeQualification(final Type type, final CompilationUnitRewrite targetRewrite, final TextEditGroup group) {
	Assert.isNotNull(type);
	Assert.isNotNull(targetRewrite);
	final ITypeBinding binding= type.resolveBinding();
	if (binding != null) {
		final ITypeBinding declaring= binding.getDeclaringClass();
		if (declaring != null) {
			if (type instanceof SimpleType) {
				final SimpleType simpleType= (SimpleType) type;
				addSimpleTypeQualification(targetRewrite, declaring, simpleType, group);
			} else if (type instanceof ParameterizedType) {
				final ParameterizedType parameterizedType= (ParameterizedType) type;
				final Type rawType= parameterizedType.getType();
				if (rawType instanceof SimpleType)
					addSimpleTypeQualification(targetRewrite, declaring, (SimpleType) rawType, group);
			}
		}
	}
}
 

private void updateCu(CompilationUnit unit, Set<ConstraintVariable> vars, CompilationUnitChange unitChange,
	ASTRewrite unitRewriter, String typeName) throws JavaModelException {

       // use custom SourceRangeComputer to avoid losing comments
	unitRewriter.setTargetSourceRangeComputer(new SourceRangeComputer());

	for (Iterator<ConstraintVariable> it=vars.iterator(); it.hasNext(); ){
		ConstraintVariable cv = it.next();
		ASTNode decl= findDeclaration(unit, cv);
		if ((decl instanceof SimpleName || decl instanceof QualifiedName) && cv instanceof ExpressionVariable) {
			ASTNode gp= decl.getParent().getParent();
			updateType(unit, getType(gp), unitChange, unitRewriter, typeName);   // local variable or parameter
		} else if (decl instanceof MethodDeclaration || decl instanceof FieldDeclaration) {
			updateType(unit, getType(decl), unitChange, unitRewriter, typeName); // method return or field type
		} else if (decl instanceof ParameterizedType){
			updateType(unit, getType(decl), unitChange, unitRewriter, typeName);
		}
	}
}
 

/**
 * Creates the appropriate ParameterizedType node. Recursion is needed to
 * handle the nested case (e.g., Vector<Vector<String>>).
 * @param ast
 * @param typeBinding
 * @return the created type
 */
private Type createParameterizedType(AST ast, ITypeBinding typeBinding){
	if (typeBinding.isParameterizedType() && !typeBinding.isRawType()){
		Type baseType= ast.newSimpleType(ASTNodeFactory.newName(ast, typeBinding.getErasure().getName()));
		ParameterizedType newType= ast.newParameterizedType(baseType);
		for (int i=0; i < typeBinding.getTypeArguments().length; i++){
			ITypeBinding typeArg= typeBinding.getTypeArguments()[i];
			Type argType= createParameterizedType(ast, typeArg); // recursive call
			newType.typeArguments().add(argType);
		}
		return newType;
	} else {
		if (!typeBinding.isTypeVariable()){
			return ast.newSimpleType(ASTNodeFactory.newName(ast, typeBinding.getErasure().getName()));
		} else {
			return ast.newSimpleType(ast.newSimpleName(typeBinding.getName()));
		}
	}
}
 

private static Type getType(ASTNode node) {
	switch(node.getNodeType()){
		case ASTNode.SINGLE_VARIABLE_DECLARATION:
			return ((SingleVariableDeclaration) node).getType();
		case ASTNode.FIELD_DECLARATION:
			return ((FieldDeclaration) node).getType();
		case ASTNode.VARIABLE_DECLARATION_STATEMENT:
			return ((VariableDeclarationStatement) node).getType();
		case ASTNode.VARIABLE_DECLARATION_EXPRESSION:
			return ((VariableDeclarationExpression) node).getType();
		case ASTNode.METHOD_DECLARATION:
			return ((MethodDeclaration)node).getReturnType2();
		case ASTNode.PARAMETERIZED_TYPE:
			return ((ParameterizedType)node).getType();
		default:
			Assert.isTrue(false);
			return null;
	}
}
 

/**
  * The selection corresponds to a ParameterizedType (return type of method)
 * @param pt the type
 * @return the message
  */
private String parameterizedTypeSelected(ParameterizedType pt) {
	ASTNode parent= pt.getParent();
	if (parent.getNodeType() == ASTNode.METHOD_DECLARATION){
		fMethodBinding= ((MethodDeclaration)parent).resolveBinding();
		fParamIndex= -1;
		fEffectiveSelectionStart= pt.getStartPosition();
		fEffectiveSelectionLength= pt.getLength();
		setOriginalType(pt.resolveBinding());
	} else if (parent.getNodeType() == ASTNode.SINGLE_VARIABLE_DECLARATION){
		return singleVariableDeclarationSelected((SingleVariableDeclaration)parent);
	} else if (parent.getNodeType() == ASTNode.VARIABLE_DECLARATION_STATEMENT){
		return variableDeclarationStatementSelected((VariableDeclarationStatement)parent);
	} else if (parent.getNodeType() == ASTNode.FIELD_DECLARATION){
		return fieldDeclarationSelected((FieldDeclaration)parent);
	} else {
		return nodeTypeNotSupported();
	}
	return null;
}
 

public static ParameterizedType[] inferArguments(SimpleType[] types, InferTypeArgumentsUpdate update, InferTypeArgumentsTCModel model, CompilationUnitRewrite rewrite) {
	for (int i= 0; i < types.length; i++) {
		types[i].setProperty(REWRITTEN, null);
	}
	List<ParameterizedType> result= new ArrayList<ParameterizedType>();
	HashMap<ICompilationUnit, CuUpdate> updates= update.getUpdates();
	Set<Entry<ICompilationUnit, CuUpdate>> entrySet= updates.entrySet();
	for (Iterator<Entry<ICompilationUnit, CuUpdate>> iter= entrySet.iterator(); iter.hasNext();) {

		Entry<ICompilationUnit, CuUpdate> entry= iter.next();

		rewrite.setResolveBindings(false);
		CuUpdate cuUpdate= entry.getValue();

		for (Iterator<CollectionElementVariable2> cvIter= cuUpdate.getDeclarations().iterator(); cvIter.hasNext();) {
			ConstraintVariable2 cv= cvIter.next();
			ParameterizedType newNode= rewriteConstraintVariable(cv, rewrite, model, false, types);
			if (newNode != null)
				result.add(newNode);
		}
	}
	return result.toArray(new ParameterizedType[result.size()]);
}
 

private ASTNode createNewClassInstanceCreation(CompilationUnitRewrite rewrite, ITypeBinding[] parameters) {
	AST ast= fAnonymousInnerClassNode.getAST();
	ClassInstanceCreation newClassCreation= ast.newClassInstanceCreation();
	newClassCreation.setAnonymousClassDeclaration(null);
	Type type= null;
	SimpleName newNameNode= ast.newSimpleName(fClassName);
	if (parameters.length > 0) {
		final ParameterizedType parameterized= ast.newParameterizedType(ast.newSimpleType(newNameNode));
		for (int index= 0; index < parameters.length; index++)
			parameterized.typeArguments().add(ast.newSimpleType(ast.newSimpleName(parameters[index].getName())));
		type= parameterized;
	} else
		type= ast.newSimpleType(newNameNode);
	newClassCreation.setType(type);
	copyArguments(rewrite, newClassCreation);
	addArgumentsForLocalsUsedInInnerClass(newClassCreation);

	addLinkedPosition(KEY_TYPE_NAME, newNameNode, rewrite.getASTRewrite(), true);

	return newClassCreation;
}
 

/**
 * Sets the type being instantiated in the given constructor call, including
    * specifying any necessary type arguments.
 * @param newCtorCall the constructor call to modify
 * @param ctorTypeName the simple name of the type being instantiated
 * @param ctorOwnerTypeParameters the formal type parameters of the type being
 * instantiated
 * @param ast utility object used to create AST nodes
 */
private void setCtorTypeArguments(ClassInstanceCreation newCtorCall, String ctorTypeName, ITypeBinding[] ctorOwnerTypeParameters, AST ast) {
       if (ctorOwnerTypeParameters.length == 0) // easy, just a simple type
           newCtorCall.setType(ASTNodeFactory.newType(ast, ctorTypeName));
       else {
           Type baseType= ast.newSimpleType(ast.newSimpleName(ctorTypeName));
           ParameterizedType newInstantiatedType= ast.newParameterizedType(baseType);
           List<Type> newInstTypeArgs= newInstantiatedType.typeArguments();

           for(int i= 0; i < ctorOwnerTypeParameters.length; i++) {
               Type typeArg= ASTNodeFactory.newType(ast, ctorOwnerTypeParameters[i].getName());

               newInstTypeArgs.add(typeArg);
           }
           newCtorCall.setType(newInstantiatedType);
       }
}
 

/**
 * Sets the return type of the factory method, including any necessary type
 * arguments. E.g., for constructor <code>Foo()</code> in <code>Foo&lt;T&gt;</code>,
 * the factory method defines a method type parameter <code>&lt;T&gt;</code> and
 * returns a <code>Foo&lt;T&gt;</code>.
 * @param newMethod the method whose return type is to be set
 * @param retTypeName the simple name of the return type (without type parameters)
 * @param ctorOwnerTypeParameters the formal type parameters of the type that the
 * factory method instantiates (whose constructor is being encapsulated)
 * @param ast utility object used to create AST nodes
 */
private void setMethodReturnType(MethodDeclaration newMethod, String retTypeName, ITypeBinding[] ctorOwnerTypeParameters, AST ast) {
       if (ctorOwnerTypeParameters.length == 0)
           newMethod.setReturnType2(ast.newSimpleType(ast.newSimpleName(retTypeName)));
       else {
           Type baseType= ast.newSimpleType(ast.newSimpleName(retTypeName));
           ParameterizedType newRetType= ast.newParameterizedType(baseType);
           List<Type> newRetTypeArgs= newRetType.typeArguments();

           for(int i= 0; i < ctorOwnerTypeParameters.length; i++) {
               Type retTypeArg= ASTNodeFactory.newType(ast, ctorOwnerTypeParameters[i].getName());

               newRetTypeArgs.add(retTypeArg);
           }
           newMethod.setReturnType2(newRetType);
       }
}
 

/**
 * For {@link Name} or {@link Type} nodes, returns the topmost {@link Type} node
 * that shares the same type binding as the given node.
 * 
 * @param node an ASTNode
 * @return the normalized {@link Type} node or the original node
 */
public static ASTNode getNormalizedNode(ASTNode node) {
	ASTNode current= node;
	// normalize name
	if (QualifiedName.NAME_PROPERTY.equals(current.getLocationInParent())) {
		current= current.getParent();
	}
	// normalize type
	if (QualifiedType.NAME_PROPERTY.equals(current.getLocationInParent())
			|| SimpleType.NAME_PROPERTY.equals(current.getLocationInParent())
			|| NameQualifiedType.NAME_PROPERTY.equals(current.getLocationInParent())) {
		current= current.getParent();
	}
	// normalize parameterized types
	if (ParameterizedType.TYPE_PROPERTY.equals(current.getLocationInParent())) {
		current= current.getParent();
	}
	return current;
}
 

private static String[] getVariableNameSuggestions(int variableKind, IJavaProject project, Type expectedType, Collection<String> excluded, boolean evaluateDefault) {
	int dim= 0;
	if (expectedType.isArrayType()) {
		ArrayType arrayType= (ArrayType)expectedType;
		dim= arrayType.getDimensions();
		expectedType= arrayType.getElementType();
	}
	if (expectedType.isParameterizedType()) {
		expectedType= ((ParameterizedType)expectedType).getType();
	}
	String typeName= ASTNodes.getTypeName(expectedType);

	if (typeName.length() > 0) {
		return getVariableNameSuggestions(variableKind, project, typeName, dim, excluded, evaluateDefault);
	}
	return EMPTY;
}
 

/**
 * Returns the declaration node for the originally selected node.
 * @param name the name of the node
 *
 * @return the declaration node
 */
private static ASTNode getDeclarationNode(SimpleName name) {
	ASTNode parent= name.getParent();
	if (!(parent instanceof AbstractTypeDeclaration)) {

		parent= parent.getParent();
		if (parent instanceof ParameterizedType || parent instanceof Type)
			parent= parent.getParent();
		if (parent instanceof ClassInstanceCreation) {

			final ClassInstanceCreation creation= (ClassInstanceCreation) parent;
			parent= creation.getAnonymousClassDeclaration();
		}
	}
	return parent;
}
 

/**
 * {@inheritDoc}
 */
@Override
public void rewriteAST(CompilationUnitRewrite cuRewrite, LinkedProposalModel model) throws CoreException {
	TextEditGroup group= createTextEditGroup(FixMessages.TypeParametersFix_insert_inferred_type_arguments_description, cuRewrite);

	ASTRewrite rewrite= cuRewrite.getASTRewrite();
	ImportRewrite importRewrite= cuRewrite.getImportRewrite();
	AST ast= cuRewrite.getRoot().getAST();

	for (int i= 0; i < fCreatedTypes.length; i++) {
		ParameterizedType createdType= fCreatedTypes[i];

		ITypeBinding[] typeArguments= createdType.resolveBinding().getTypeArguments();
		ContextSensitiveImportRewriteContext importContext= new ContextSensitiveImportRewriteContext(cuRewrite.getRoot(), createdType.getStartPosition(), importRewrite);

		ListRewrite argumentsRewrite= rewrite.getListRewrite(createdType, ParameterizedType.TYPE_ARGUMENTS_PROPERTY);
		for (int j= 0; j < typeArguments.length; j++) {
			ITypeBinding typeArgument= typeArguments[j];
			Type argumentNode= importRewrite.addImport(typeArgument, ast, importContext);
			argumentsRewrite.insertLast(argumentNode, group);
		}
	}
}
 

/**
 * Hook method that gets called when the list of super interface has changed. The method
 * validates the super interfaces and returns the status of the validation.
 * <p>
 * Subclasses may extend this method to perform their own validation.
 * </p>
 *
 * @return the status of the validation
 */
protected IStatus superInterfacesChanged() {
	StatusInfo status= new StatusInfo();

	IPackageFragmentRoot root= getPackageFragmentRoot();
	fSuperInterfacesDialogField.enableButton(0, root != null);

	if (root != null) {
		List<InterfaceWrapper> elements= fSuperInterfacesDialogField.getElements();
		int nElements= elements.size();
		for (int i= 0; i < nElements; i++) {
			String intfname= elements.get(i).interfaceName;
			Type type= TypeContextChecker.parseSuperInterface(intfname);
			if (type == null) {
				status.setError(Messages.format(NewWizardMessages.NewTypeWizardPage_error_InvalidSuperInterfaceName, BasicElementLabels.getJavaElementName(intfname)));
				return status;
			}
			if (type instanceof ParameterizedType && ! JavaModelUtil.is50OrHigher(root.getJavaProject())) {
				status.setError(Messages.format(NewWizardMessages.NewTypeWizardPage_error_SuperInterfaceNotParameterized, BasicElementLabels.getJavaElementName(intfname)));
				return status;
			}
		}
	}
	return status;
}
 

@Override
public boolean consumes(SemanticToken token) {

	// 1: match types
	SimpleName name= token.getNode();
	ASTNode node= name.getParent();
	int nodeType= node.getNodeType();
	if (nodeType != ASTNode.SIMPLE_TYPE && nodeType != ASTNode.QUALIFIED_TYPE)
		return false;

	// 2: match type arguments
	StructuralPropertyDescriptor locationInParent= node.getLocationInParent();
	if (locationInParent == ParameterizedType.TYPE_ARGUMENTS_PROPERTY)
		return true;

	return false;
}
 

public static void removeMismatchedArguments(IInvocationContext context, IProblemLocation problem, Collection<ICommandAccess> proposals){
	ICompilationUnit cu= context.getCompilationUnit();
	ASTNode selectedNode= problem.getCoveredNode(context.getASTRoot());
	if (!(selectedNode instanceof SimpleName)) {
		return;
	}

	ASTNode normalizedNode=ASTNodes.getNormalizedNode(selectedNode);
	if (normalizedNode instanceof ParameterizedType) {
		ASTRewrite rewrite = ASTRewrite.create(normalizedNode.getAST());
		ParameterizedType pt = (ParameterizedType) normalizedNode;
		ASTNode mt = rewrite.createMoveTarget(pt.getType());
		rewrite.replace(pt, mt, null);
		String label= CorrectionMessages.TypeArgumentMismatchSubProcessor_removeTypeArguments;
		Image image= JavaPluginImages.get(JavaPluginImages.IMG_CORRECTION_CHANGE);
		ASTRewriteCorrectionProposal proposal= new ASTRewriteCorrectionProposal(label, cu, rewrite, IProposalRelevance.REMOVE_TYPE_ARGUMENTS, image);
		proposals.add(proposal);
	}
}
 

private static String getTypeName(int typeKind, Name node) {
	String name= ASTNodes.getSimpleNameIdentifier(node);

	if (typeKind == K_CLASS || typeKind == K_INTERFACE) {
		ASTNode parent= node.getParent();
		if (parent.getLocationInParent() == ParameterizedType.TYPE_PROPERTY) {
			String typeArgBaseName= name.startsWith(String.valueOf('T')) ? String.valueOf('S') : String.valueOf('T'); // use 'S' or 'T'

			int nTypeArgs= ((ParameterizedType) parent.getParent()).typeArguments().size();
			StringBuffer buf= new StringBuffer(name);
			buf.append('<');
			if (nTypeArgs == 1) {
				buf.append(typeArgBaseName);
			} else {
				for (int i= 0; i < nTypeArgs; i++) {
					if (i != 0)
						buf.append(", "); //$NON-NLS-1$
					buf.append(typeArgBaseName).append(i + 1);
				}
			}
			buf.append('>');
			return buf.toString();
		}
	}
	return name;
}
 

public boolean visit(AnonymousClassDeclaration node) {
	ASTNode name;
	ASTNode parent = node.getParent();
	switch (parent.getNodeType()) {
		case ASTNode.CLASS_INSTANCE_CREATION:
			name = ((ClassInstanceCreation) parent).getType();
			if (name.getNodeType() == ASTNode.PARAMETERIZED_TYPE) {
				name = ((ParameterizedType) name).getType();
			}
			break;
		case ASTNode.ENUM_CONSTANT_DECLARATION:
			name = ((EnumConstantDeclaration) parent).getName();
			break;
		default:
			return true;
	}
	if (found(node, name) && this.resolveBinding)
		this.foundBinding = node.resolveBinding();
	return true;
}
 

/**
 * @return a String representation of 'type'. Handles qualified, simple and parameterized types.
 */
@Nullable
private String getNameOfType(Type type) {
  if (type instanceof QualifiedType) {
    return extractTypeNameWithoutGenerics((QualifiedType) type);
  }
  if (type instanceof SimpleType) {
    return ((SimpleType) type).getName().getFullyQualifiedName();
  }
  if (type instanceof ParameterizedType) {
    return getNameOfType(((ParameterizedType) type).getType());
  }
  return null;
}
 

@Test
public void testExtractTypeNameWithoutGenerics() {
  AST ast = AST.newAST(AST.JLS4);
  org.eclipse.jdt.core.dom.SimpleName entry = ast.newSimpleName("Entry");
  ParameterizedType map = ast.newParameterizedType(ast.newSimpleType(ast.newSimpleName("Map")));
  map.typeArguments().add(ast.newSimpleType(ast.newSimpleName("Foo")));
  QualifiedType type = ast.newQualifiedType(map, entry);
  assertThat(type.toString()).isEqualTo("Map<Foo>.Entry");
  assertThat(ReferencedClassesParser.extractTypeNameWithoutGenerics(type)).isEqualTo("Map.Entry");
}
 

private void specifyTypes(Type type) {
	if (type.isParameterizedType()) {
		ParameterizedType parameterizedType = (ParameterizedType) type;
		List<Type> typeArgs = parameterizedType.typeArguments();

		for (int i = 0; i < typeArgs.size(); i++)
			setTypeList(typeArgs.get(i));

	} else if (type.isArrayType()) {
		Type arrayType = ((ArrayType) type).getElementType();
		setArrayType(arrayType);
	}
}
 

@Override
public void endVisit(ParameterizedType node) {
	if (skipNode(node)) {
		return;
	}
	GenericSequentialFlowInfo info = processSequential(node, node.getType());
	process(info, node.typeArguments());
}
 

private ClassInstanceCreation createPrivilegedActionCreation(ASTRewrite rewrite, ClassInstanceCreation classLoaderCreation) {
    AST ast = rewrite.getAST();

    ClassInstanceCreation privilegedActionCreation = ast.newClassInstanceCreation();
    ParameterizedType privilegedActionType = createPrivilegedActionType(rewrite, classLoaderCreation);
    AnonymousClassDeclaration anonymousClassDeclaration = createAnonymousClassDeclaration(rewrite, classLoaderCreation);

    privilegedActionCreation.setType(privilegedActionType);
    privilegedActionCreation.setAnonymousClassDeclaration(anonymousClassDeclaration);

    return privilegedActionCreation;
}