下面列出了org.eclipse.jdt.core.dom.ASTNode#METHOD_DECLARATION 实例代码，或者点击链接到github查看源代码，也可以在右侧发表评论。
public boolean resolveInMethodBody() {
if (fInMethodBodyRequested)
return fInMethodBody;
fInMethodBodyRequested= true;
resolveSelectedNodes();
ASTNode node= getStartNode();
if (node == null) {
fInMethodBody= true;
} else {
while (node != null) {
int nodeType= node.getNodeType();
if (nodeType == ASTNode.BLOCK && node.getParent() instanceof BodyDeclaration) {
fInMethodBody= node.getParent().getNodeType() == ASTNode.METHOD_DECLARATION;
break;
} else if (nodeType == ASTNode.ANONYMOUS_CLASS_DECLARATION) {
fInMethodBody= false;
break;
}
node= node.getParent();
}
}
return fInMethodBody;
}
private static ASTNode checkNode(ASTNode node) {
if (node == null)
return null;
if (node.getNodeType() == ASTNode.SIMPLE_NAME) {
node= node.getParent();
} else if (node.getNodeType() == ASTNode.EXPRESSION_STATEMENT) {
node= ((ExpressionStatement)node).getExpression();
}
switch(node.getNodeType()) {
case ASTNode.METHOD_DECLARATION:
case ASTNode.METHOD_INVOCATION:
// not yet...
// case ASTNode.SUPER_METHOD_INVOCATION:
// case ASTNode.CONSTRUCTOR_INVOCATION:
return node;
}
return null;
}
/**
* Creates a new inline method refactoring
* @param unit the compilation unit or class file
* @param node the compilation unit node
* @param selectionStart start
* @param selectionLength length
* @return returns the refactoring
*/
public static InlineMethodRefactoring create(ITypeRoot unit, CompilationUnit node, int selectionStart, int selectionLength) {
ASTNode target= RefactoringAvailabilityTester.getInlineableMethodNode(unit, node, selectionStart, selectionLength);
if (target == null)
return null;
if (target.getNodeType() == ASTNode.METHOD_DECLARATION) {
return new InlineMethodRefactoring(unit, (MethodDeclaration)target, selectionStart, selectionLength);
} else {
ICompilationUnit cu= (ICompilationUnit) unit;
if (target.getNodeType() == ASTNode.METHOD_INVOCATION) {
return new InlineMethodRefactoring(cu, (MethodInvocation)target, selectionStart, selectionLength);
} else if (target.getNodeType() == ASTNode.SUPER_METHOD_INVOCATION) {
return new InlineMethodRefactoring(cu, (SuperMethodInvocation)target, selectionStart, selectionLength);
} else if (target.getNodeType() == ASTNode.CONSTRUCTOR_INVOCATION) {
return new InlineMethodRefactoring(cu, (ConstructorInvocation)target, selectionStart, selectionLength);
}
}
return null;
}
private static ASTNode getInlineableMethodNode(ASTNode node, IJavaElement unit) {
if (node == null) {
return null;
}
switch (node.getNodeType()) {
case ASTNode.SIMPLE_NAME:
StructuralPropertyDescriptor locationInParent = node.getLocationInParent();
if (locationInParent == MethodDeclaration.NAME_PROPERTY) {
return node.getParent();
} else if (locationInParent == MethodInvocation.NAME_PROPERTY || locationInParent == SuperMethodInvocation.NAME_PROPERTY) {
return unit instanceof ICompilationUnit ? node.getParent() : null; // don't start on invocations in binary
}
return null;
case ASTNode.EXPRESSION_STATEMENT:
node = ((ExpressionStatement) node).getExpression();
}
switch (node.getNodeType()) {
case ASTNode.METHOD_DECLARATION:
return node;
case ASTNode.METHOD_INVOCATION:
case ASTNode.SUPER_METHOD_INVOCATION:
case ASTNode.CONSTRUCTOR_INVOCATION:
return unit instanceof ICompilationUnit ? node : null; // don't start on invocations in binary
}
return null;
}
/**
* Visits {@link SimpleName} AST nodes. Resolves the binding of the simple
* name and looks for it in the {variableScope} map. If the binding
* is found, this is a reference to a variable.
*
* @param node
* the node to visit
*/
@Override
public boolean visit(final SimpleName node) {
if (node.getParent().getNodeType() == ASTNode.METHOD_INVOCATION) {
final MethodInvocation invocation = (MethodInvocation) node
.getParent();
if (invocation.getName() == node) {
return true;
}
}
// method declaration can have same name as variable but this does not mean it is binding to that variable
// added particularly for enum
if(node.getParent().getNodeType() == ASTNode.METHOD_DECLARATION){
return true;
}
addBindingData(node.getIdentifier(), node, nodeScopes.get(node));
return true;
}
private static ASTNode checkNode(ASTNode node) {
if (node == null)
return null;
if (node.getNodeType() == ASTNode.SIMPLE_NAME) {
node= node.getParent();
} else if (node.getNodeType() == ASTNode.EXPRESSION_STATEMENT) {
node= ((ExpressionStatement) node).getExpression();
}
switch (node.getNodeType()) {
case ASTNode.METHOD_INVOCATION:
case ASTNode.METHOD_DECLARATION:
case ASTNode.SUPER_METHOD_INVOCATION:
return node;
}
return null;
}
/**
* Finds and returns the <code>ASTNode</code> for the given source text
* selection, if it is an entire constructor call or the class name portion
* of a constructor call or constructor declaration, or null otherwise.
* @param unit The compilation unit in which the selection was made
* @param offset The textual offset of the start of the selection
* @param length The length of the selection in characters
* @return ClassInstanceCreation or MethodDeclaration
*/
private ASTNode getTargetNode(ICompilationUnit unit, int offset, int length) {
ASTNode node= ASTNodes.getNormalizedNode(NodeFinder.perform(fCU, offset, length));
if (node.getNodeType() == ASTNode.CLASS_INSTANCE_CREATION)
return node;
if (node.getNodeType() == ASTNode.METHOD_DECLARATION && ((MethodDeclaration)node).isConstructor())
return node;
// we have some sub node. Make sure its the right child of the parent
StructuralPropertyDescriptor location= node.getLocationInParent();
ASTNode parent= node.getParent();
if (location == ClassInstanceCreation.TYPE_PROPERTY) {
return parent;
} else if (location == MethodDeclaration.NAME_PROPERTY && ((MethodDeclaration)parent).isConstructor()) {
return parent;
}
return null;
}
private Multimap<Scope, String> getClassnames(final ASTNode node) {
final ClassnameFinder cf = new ClassnameFinder(methodsAsRoots);
node.accept(cf);
final Multimap<Scope, String> classnames = TreeMultimap.create();
for (final Entry<ASTNode, String> classname : cf.types.entries()) {
final ASTNode parentNode = classname.getKey();
final Scope sc = new Scope(
classname.getKey().toString(),
parentNode.getNodeType() == ASTNode.METHOD_DECLARATION ? ScopeType.SCOPE_METHOD
: ScopeType.SCOPE_CLASS, TYPENAME,
parentNode.getNodeType(), -1);
classnames.put(sc, classname.getValue());
}
return classnames;
}
private void flowAnalysis() {
fInvocationScope= fRootScope.findScope(fTargetNode.getStartPosition(), fTargetNode.getLength());
fInvocationScope.setCursor(fTargetNode.getStartPosition());
fFlowContext= new FlowContext(0, fNumberOfLocals + 1);
fFlowContext.setConsiderAccessMode(true);
fFlowContext.setComputeMode(FlowContext.ARGUMENTS);
Selection selection= Selection.createFromStartLength(fInvocation.getStartPosition(), fInvocation.getLength());
switch (fBodyDeclaration.getNodeType()) {
case ASTNode.INITIALIZER:
case ASTNode.FIELD_DECLARATION:
case ASTNode.METHOD_DECLARATION:
case ASTNode.ENUM_CONSTANT_DECLARATION:
fFlowInfo= new InputFlowAnalyzer(fFlowContext, selection, true).perform(fBodyDeclaration);
break;
default:
Assert.isTrue(false, "Should not happen"); //$NON-NLS-1$
}
}
public static boolean isIntroduceIndirectionAvailable(final JavaTextSelection selection) throws JavaModelException {
final IJavaElement[] elements= selection.resolveElementAtOffset();
if (elements.length == 1)
return (elements[0] instanceof IMethod) && isIntroduceIndirectionAvailable(((IMethod) elements[0]));
ASTNode[] selectedNodes= selection.resolveSelectedNodes();
if (selectedNodes == null || selectedNodes.length != 1)
return false;
switch (selectedNodes[0].getNodeType()) {
case ASTNode.METHOD_DECLARATION:
case ASTNode.METHOD_INVOCATION:
case ASTNode.SUPER_METHOD_INVOCATION:
return true;
default:
return false;
}
}
/**
* Returns the corresponding place holder type for the given element.
* @return a place holder type (see ASTRewrite) or -1 if there is no corresponding placeholder
*/
private int getPlaceHolderType(ITypedElement element) {
if (element instanceof DocumentRangeNode) {
JavaNode jn= (JavaNode) element;
switch (jn.getTypeCode()) {
case JavaNode.PACKAGE:
return ASTNode.PACKAGE_DECLARATION;
case JavaNode.CLASS:
case JavaNode.INTERFACE:
return ASTNode.TYPE_DECLARATION;
case JavaNode.ENUM:
return ASTNode.ENUM_DECLARATION;
case JavaNode.ANNOTATION:
return ASTNode.ANNOTATION_TYPE_DECLARATION;
case JavaNode.CONSTRUCTOR:
case JavaNode.METHOD:
return ASTNode.METHOD_DECLARATION;
case JavaNode.FIELD:
return ASTNode.FIELD_DECLARATION;
case JavaNode.INIT:
return ASTNode.INITIALIZER;
case JavaNode.IMPORT:
case JavaNode.IMPORT_CONTAINER:
return ASTNode.IMPORT_DECLARATION;
case JavaNode.CU:
return ASTNode.COMPILATION_UNIT;
}
}
return -1;
}
@Override
public boolean visit(final SingleVariableDeclaration node) {
final ASTNode parent = node.getParent();
if (parent.getNodeType() == ASTNode.METHOD_DECLARATION) {
variableScopes.put(parent, new Variable(node.getName()
.getIdentifier(), node.getType().toString(),
ScopeType.SCOPE_METHOD));
} else {
variableScopes.put(parent, new Variable(node.getName()
.getIdentifier(), node.getType().toString(),
ScopeType.SCOPE_LOCAL));
}
return false;
}
public static boolean isStatic(BodyDeclaration bodyDeclaration) {
if (isNestedInterfaceOrAnnotation(bodyDeclaration))
return true;
int nodeType= bodyDeclaration.getNodeType();
if (!(nodeType == ASTNode.METHOD_DECLARATION || nodeType == ASTNode.ANNOTATION_TYPE_MEMBER_DECLARATION) &&
isInterfaceOrAnnotationMember(bodyDeclaration))
return true;
if (bodyDeclaration instanceof EnumConstantDeclaration)
return true;
if (bodyDeclaration instanceof EnumDeclaration && bodyDeclaration.getParent() instanceof AbstractTypeDeclaration)
return true;
return Modifier.isStatic(bodyDeclaration.getModifiers());
}
/**
* Computes the maximum number of local variable declarations in the
* given body declaration.
*
* @param declaration the body declaration. Must either be a method
* declaration, or an initializer, or a field declaration.
* @return the maximum number of local variables
*/
public static int perform(BodyDeclaration declaration) {
Assert.isTrue(declaration != null);
switch (declaration.getNodeType()) {
case ASTNode.METHOD_DECLARATION:
case ASTNode.FIELD_DECLARATION:
case ASTNode.INITIALIZER:
return internalPerform(declaration);
default:
throw new IllegalArgumentException(declaration.toString());
}
}
@Override
public void postVisit(final ASTNode node) {
if (node.getNodeType() == ASTNode.METHOD_DECLARATION)
noMethods++;
if (node.getNodeType() == ASTNode.TYPE_DECLARATION
|| node.getNodeType() == ASTNode.ENUM_DECLARATION)
noClasses++;
}
/**
* Returns the corresponding place holder type for the given element.
* @return a place holder type (see ASTRewrite) or -1 if there is no corresponding placeholder
*/
static final int getPlaceHolderType(ITypedElement element) {
if (element instanceof DocumentRangeNode) {
JavaNode jn= (JavaNode) element;
switch (jn.getTypeCode()) {
case JavaNode.PACKAGE:
return ASTNode.PACKAGE_DECLARATION;
case JavaNode.CLASS:
case JavaNode.INTERFACE:
return ASTNode.TYPE_DECLARATION;
case JavaNode.ENUM:
return ASTNode.ENUM_DECLARATION;
case JavaNode.ANNOTATION:
return ASTNode.ANNOTATION_TYPE_DECLARATION;
case JavaNode.CONSTRUCTOR:
case JavaNode.METHOD:
return ASTNode.METHOD_DECLARATION;
case JavaNode.FIELD:
return ASTNode.FIELD_DECLARATION;
case JavaNode.INIT:
return ASTNode.INITIALIZER;
case JavaNode.IMPORT:
case JavaNode.IMPORT_CONTAINER:
return ASTNode.IMPORT_DECLARATION;
case JavaNode.CU:
return ASTNode.COMPILATION_UNIT;
}
}
return -1;
}
/**
* Adds a SuppressWarnings proposal if possible and returns whether parent nodes should be processed or not (and with what relevance).
*
* @param cu the compilation unit
* @param node the node on which to add a SuppressWarning token
* @param warningToken the warning token to add
* @param relevance the proposal's relevance
* @param proposals collector to which the proposal should be added
* @return <code>0</code> if no further proposals should be added to parent nodes, or the relevance of the next proposal
*
* @since 3.6
*/
private static int addSuppressWarningsProposalIfPossible(ICompilationUnit cu, ASTNode node, String warningToken, int relevance, Collection<ICommandAccess> proposals) {
ChildListPropertyDescriptor property;
String name;
boolean isLocalVariable= false;
switch (node.getNodeType()) {
case ASTNode.SINGLE_VARIABLE_DECLARATION:
property= SingleVariableDeclaration.MODIFIERS2_PROPERTY;
name= ((SingleVariableDeclaration) node).getName().getIdentifier();
isLocalVariable= true;
break;
case ASTNode.VARIABLE_DECLARATION_STATEMENT:
property= VariableDeclarationStatement.MODIFIERS2_PROPERTY;
name= getFirstFragmentName(((VariableDeclarationStatement) node).fragments());
isLocalVariable= true;
break;
case ASTNode.VARIABLE_DECLARATION_EXPRESSION:
property= VariableDeclarationExpression.MODIFIERS2_PROPERTY;
name= getFirstFragmentName(((VariableDeclarationExpression) node).fragments());
isLocalVariable= true;
break;
case ASTNode.TYPE_DECLARATION:
property= TypeDeclaration.MODIFIERS2_PROPERTY;
name= ((TypeDeclaration) node).getName().getIdentifier();
break;
case ASTNode.ANNOTATION_TYPE_DECLARATION:
property= AnnotationTypeDeclaration.MODIFIERS2_PROPERTY;
name= ((AnnotationTypeDeclaration) node).getName().getIdentifier();
break;
case ASTNode.ENUM_DECLARATION:
property= EnumDeclaration.MODIFIERS2_PROPERTY;
name= ((EnumDeclaration) node).getName().getIdentifier();
break;
case ASTNode.FIELD_DECLARATION:
property= FieldDeclaration.MODIFIERS2_PROPERTY;
name= getFirstFragmentName(((FieldDeclaration) node).fragments());
break;
// case ASTNode.INITIALIZER: not used, because Initializer cannot have annotations
case ASTNode.METHOD_DECLARATION:
property= MethodDeclaration.MODIFIERS2_PROPERTY;
name= ((MethodDeclaration) node).getName().getIdentifier() + "()"; //$NON-NLS-1$
break;
case ASTNode.ANNOTATION_TYPE_MEMBER_DECLARATION:
property= AnnotationTypeMemberDeclaration.MODIFIERS2_PROPERTY;
name= ((AnnotationTypeMemberDeclaration) node).getName().getIdentifier() + "()"; //$NON-NLS-1$
break;
case ASTNode.ENUM_CONSTANT_DECLARATION:
property= EnumConstantDeclaration.MODIFIERS2_PROPERTY;
name= ((EnumConstantDeclaration) node).getName().getIdentifier();
break;
default:
return relevance;
}
String label= Messages.format(CorrectionMessages.SuppressWarningsSubProcessor_suppress_warnings_label, new String[] { warningToken, BasicElementLabels.getJavaElementName(name) });
ASTRewriteCorrectionProposal proposal= new SuppressWarningsProposal(warningToken, label, cu, node, property, relevance);
proposals.add(proposal);
return isLocalVariable ? relevance - 1 : 0;
}
public boolean mustInnerClassBeStatic() {
ITypeBinding typeBinding = ((AbstractTypeDeclaration) ASTNodes.getParent(fAnonymousInnerClassNode, AbstractTypeDeclaration.class)).resolveBinding();
ASTNode current = fAnonymousInnerClassNode.getParent();
boolean ans = false;
while(current != null) {
switch(current.getNodeType()) {
case ASTNode.SUPER_CONSTRUCTOR_INVOCATION:
case ASTNode.CONSTRUCTOR_INVOCATION:
return true;
case ASTNode.ANONYMOUS_CLASS_DECLARATION:
{
AnonymousClassDeclaration enclosingAnonymousClassDeclaration= (AnonymousClassDeclaration)current;
ITypeBinding binding= enclosingAnonymousClassDeclaration.resolveBinding();
if (binding != null && Bindings.isSuperType(typeBinding, binding.getSuperclass())) {
return false;
}
break;
}
case ASTNode.FIELD_DECLARATION:
{
FieldDeclaration enclosingFieldDeclaration= (FieldDeclaration)current;
if (Modifier.isStatic(enclosingFieldDeclaration.getModifiers())) {
ans = true;
}
break;
}
case ASTNode.METHOD_DECLARATION:
{
MethodDeclaration enclosingMethodDeclaration = (MethodDeclaration)current;
if (Modifier.isStatic(enclosingMethodDeclaration.getModifiers())) {
ans = true;
}
break;
}
case ASTNode.TYPE_DECLARATION:
{
return ans;
}
}
current = current.getParent();
}
return ans;
}
@Override
protected ASTRewrite getRewrite() throws CoreException {
CompilationUnit astRoot= ASTResolving.findParentCompilationUnit(fNode);
ASTNode boundNode= astRoot.findDeclaringNode(fBinding);
ASTNode declNode= null;
if (boundNode != null) {
declNode= boundNode; // is same CU
} else {
//setSelectionDescription(selectionDescription);
CompilationUnit newRoot= ASTResolving.createQuickFixAST(getCompilationUnit(), null);
declNode= newRoot.findDeclaringNode(fBinding.getKey());
}
if (declNode != null) {
AST ast= declNode.getAST();
ASTRewrite rewrite= ASTRewrite.create(ast);
if (declNode.getNodeType() == ASTNode.VARIABLE_DECLARATION_FRAGMENT) {
VariableDeclarationFragment fragment= (VariableDeclarationFragment)declNode;
ASTNode parent= declNode.getParent();
if (parent instanceof FieldDeclaration) {
FieldDeclaration fieldDecl= (FieldDeclaration) parent;
if (fieldDecl.fragments().size() > 1 && (fieldDecl.getParent() instanceof AbstractTypeDeclaration)) { // split
VariableDeclarationRewrite.rewriteModifiers(fieldDecl, new VariableDeclarationFragment[] {fragment}, fIncludedModifiers, fExcludedModifiers, rewrite, null);
return rewrite;
}
} else if (parent instanceof VariableDeclarationStatement) {
VariableDeclarationStatement varDecl= (VariableDeclarationStatement) parent;
if (varDecl.fragments().size() > 1 && (varDecl.getParent() instanceof Block)) { // split
VariableDeclarationRewrite.rewriteModifiers(varDecl, new VariableDeclarationFragment[] {fragment}, fIncludedModifiers, fExcludedModifiers, rewrite, null);
return rewrite;
}
} else if (parent instanceof VariableDeclarationExpression) {
// can't separate
}
declNode= parent;
} else if (declNode.getNodeType() == ASTNode.METHOD_DECLARATION) {
MethodDeclaration methodDecl= (MethodDeclaration) declNode;
if (!methodDecl.isConstructor()) {
IMethodBinding methodBinding= methodDecl.resolveBinding();
if (methodDecl.getBody() == null && methodBinding != null && Modifier.isAbstract(methodBinding.getModifiers()) && Modifier.isStatic(fIncludedModifiers)) {
// add body
ICompilationUnit unit= getCompilationUnit();
String delimiter= unit.findRecommendedLineSeparator();
String bodyStatement= ""; //$NON-NLS-1$
Block body= ast.newBlock();
rewrite.set(methodDecl, MethodDeclaration.BODY_PROPERTY, body, null);
Type returnType= methodDecl.getReturnType2();
if (returnType != null) {
Expression expression= ASTNodeFactory.newDefaultExpression(ast, returnType, methodDecl.getExtraDimensions());
if (expression != null) {
ReturnStatement returnStatement= ast.newReturnStatement();
returnStatement.setExpression(expression);
bodyStatement= ASTNodes.asFormattedString(returnStatement, 0, delimiter, unit.getJavaProject().getOptions(true));
}
}
String placeHolder= CodeGeneration.getMethodBodyContent(unit, methodBinding.getDeclaringClass().getName(), methodBinding.getName(), false, bodyStatement, delimiter);
if (placeHolder != null) {
ReturnStatement todoNode= (ReturnStatement) rewrite.createStringPlaceholder(placeHolder, ASTNode.RETURN_STATEMENT);
body.statements().add(todoNode);
}
}
}
}
ModifierRewrite listRewrite= ModifierRewrite.create(rewrite, declNode);
PositionInformation trackedDeclNode= listRewrite.setModifiers(fIncludedModifiers, fExcludedModifiers, null);
LinkedProposalPositionGroup positionGroup= new LinkedProposalPositionGroup("group"); //$NON-NLS-1$
positionGroup.addPosition(trackedDeclNode);
getLinkedProposalModel().addPositionGroup(positionGroup);
if (boundNode != null) {
// only set end position if in same CU
setEndPosition(rewrite.track(fNode));
}
return rewrite;
}
return null;
}
private void initReturnType(ImportRewrite rewriter) {
AST ast= fEnclosingBodyDeclaration.getAST();
fReturnType= null;
fReturnTypeBinding= null;
switch (fReturnKind) {
case ACCESS_TO_LOCAL:
VariableDeclaration declaration= ASTNodes.findVariableDeclaration(fReturnValue, fEnclosingBodyDeclaration);
fReturnType= ASTNodeFactory.newType(ast, declaration, rewriter, new ContextSensitiveImportRewriteContext(declaration, rewriter));
if (declaration.resolveBinding() != null) {
fReturnTypeBinding= declaration.resolveBinding().getType();
}
break;
case EXPRESSION:
Expression expression= (Expression)getFirstSelectedNode();
if (expression.getNodeType() == ASTNode.CLASS_INSTANCE_CREATION) {
fExpressionBinding= ((ClassInstanceCreation)expression).getType().resolveBinding();
} else {
fExpressionBinding= expression.resolveTypeBinding();
}
if (fExpressionBinding != null) {
if (fExpressionBinding.isNullType()) {
getStatus().addFatalError(RefactoringCoreMessages.ExtractMethodAnalyzer_cannot_extract_null_type, JavaStatusContext.create(fCUnit, expression));
} else {
ITypeBinding normalizedBinding= Bindings.normalizeForDeclarationUse(fExpressionBinding, ast);
if (normalizedBinding != null) {
ImportRewriteContext context= new ContextSensitiveImportRewriteContext(fEnclosingBodyDeclaration, rewriter);
fReturnType= rewriter.addImport(normalizedBinding, ast, context);
fReturnTypeBinding= normalizedBinding;
}
}
} else {
fReturnType= ast.newPrimitiveType(PrimitiveType.VOID);
fReturnTypeBinding= ast.resolveWellKnownType("void"); //$NON-NLS-1$
getStatus().addError(RefactoringCoreMessages.ExtractMethodAnalyzer_cannot_determine_return_type, JavaStatusContext.create(fCUnit, expression));
}
break;
case RETURN_STATEMENT_VALUE:
LambdaExpression enclosingLambdaExpr= ASTResolving.findEnclosingLambdaExpression(getFirstSelectedNode());
if (enclosingLambdaExpr != null) {
fReturnType= ASTNodeFactory.newReturnType(enclosingLambdaExpr, ast, rewriter, null);
IMethodBinding methodBinding= enclosingLambdaExpr.resolveMethodBinding();
fReturnTypeBinding= methodBinding != null ? methodBinding.getReturnType() : null;
} else if (fEnclosingBodyDeclaration.getNodeType() == ASTNode.METHOD_DECLARATION) {
fReturnType= ((MethodDeclaration) fEnclosingBodyDeclaration).getReturnType2();
fReturnTypeBinding= fReturnType != null ? fReturnType.resolveBinding() : null;
}
break;
default:
fReturnType= ast.newPrimitiveType(PrimitiveType.VOID);
fReturnTypeBinding= ast.resolveWellKnownType("void"); //$NON-NLS-1$
}
if (fReturnType == null) {
fReturnType= ast.newPrimitiveType(PrimitiveType.VOID);
fReturnTypeBinding= ast.resolveWellKnownType("void"); //$NON-NLS-1$
}
}