public IGroovyProposal toProposal(ClassNode declaringType, ResolverCache resolver) {
GroovyMethodProposal groovyMethodProposal =
new GroovyMethodProposal(toMethod(declaringType.redirect(), resolver), provider, options);
groovyMethodProposal.setUseNamedArguments(useNamedArgs);
groovyMethodProposal.setRelevanceMultiplier(relevanceMultiplier);
return groovyMethodProposal;
}
private void printDefaultValue(PrintWriter out, ClassNode type) {
if (type.redirect() != ClassHelper.OBJECT_TYPE && type.redirect() != ClassHelper.boolean_TYPE) {
out.print("(");
printType(out, type);
out.print(")");
}
if (ClassHelper.isPrimitiveType(type)) {
if (type == ClassHelper.boolean_TYPE) {
out.print("false");
} else {
out.print("0");
}
} else {
out.print("null");
}
}
/** @return the ClassNode of the super class of this type */
public ClassNode getSuperClass() {
if (!lazyInitDone && !isResolved()) {
throw new GroovyBugError(
"ClassNode#getSuperClass for " + getName() + " called before class resolving");
}
ClassNode sn = redirect().getUnresolvedSuperClass();
if (sn != null) sn = sn.redirect();
return sn;
}
/**
* Sets this instance as proxy for the given ClassNode.
*
* @param cn the class to redirect to. If set to null the redirect will be removed
*/
public void setRedirect(ClassNode cn) {
if (isPrimaryNode)
throw new GroovyBugError(
"tried to set a redirect for a primary ClassNode ("
+ getName()
+ "->"
+ cn.getName()
+ ").");
if (cn != null) cn = cn.redirect();
if (cn == this) return;
redirect = cn;
}
public static GenericsType configureTypeVariableDefinition(ClassNode base, ClassNode[] cBounds) {
ClassNode redirect = base.redirect();
base.setRedirect(null);
GenericsType gt;
if (cBounds == null || cBounds.length == 0) {
gt = new GenericsType(base);
} else {
gt = new GenericsType(base, cBounds, null);
gt.setName(base.getName());
gt.setPlaceholder(true);
}
base.setRedirect(redirect);
return gt;
}
private void doConvertAndCast(ClassNode targetType, boolean coerce) {
int size = stack.size();
throwExceptionForNoStackElement(size, targetType, coerce);
ClassNode top = stack.get(size - 1);
targetType = targetType.redirect();
if (targetType == top) return;
if (coerce) {
controller.getInvocationWriter().coerce(top, targetType);
return;
}
boolean primTarget = ClassHelper.isPrimitiveType(targetType);
boolean primTop = ClassHelper.isPrimitiveType(top);
if (primTop && primTarget) {
// here we box and unbox to get the goal type
if (convertPrimitive(top, targetType)) {
replace(targetType);
return;
}
box();
} else if (primTop) {
// top is primitive, target is not
// so box and do groovy cast
controller.getInvocationWriter().castToNonPrimitiveIfNecessary(top, targetType);
} else if (primTarget) {
// top is not primitive so unbox
// leave that BH#doCast later
} else {
controller.getInvocationWriter().castToNonPrimitiveIfNecessary(top, targetType);
}
MethodVisitor mv = controller.getMethodVisitor();
if (primTarget
&& !ClassHelper.boolean_TYPE.equals(targetType)
&& !primTop
&& ClassHelper.getWrapper(targetType).equals(top)) {
BytecodeHelper.doCastToPrimitive(mv, top, targetType);
} else {
top = stack.get(size - 1);
if (!WideningCategories.implementsInterfaceOrSubclassOf(top, targetType)) {
BytecodeHelper.doCast(mv, targetType);
}
}
replace(targetType);
}
private static boolean isDirectAccessAllowed(
FieldNode a, ClassNode receiver, boolean isSamePackage) {
ClassNode declaringClass = a.getDeclaringClass().redirect();
ClassNode receiverType = receiver.redirect();
// first, direct access from within the class or inner class nodes
if (declaringClass.equals(receiverType)) return true;
if (receiverType instanceof InnerClassNode) {
while (receiverType != null && receiverType instanceof InnerClassNode) {
if (declaringClass.equals(receiverType)) return true;
receiverType = receiverType.getOuterClass();
}
}
// no getter
return a.isPublic() || (a.isProtected() && isSamePackage);
}
private GenericsType configureTypeVariableDefinition(TypeVariable tv) {
ClassNode base = configureTypeVariableReference(tv);
ClassNode redirect = base.redirect();
base.setRedirect(null);
Type[] tBounds = tv.getBounds();
GenericsType gt;
if (tBounds.length == 0) {
gt = new GenericsType(base);
} else {
ClassNode[] cBounds = configureTypes(tBounds);
gt = new GenericsType(base, cBounds, null);
gt.setName(base.getName());
gt.setPlaceholder(true);
}
base.setRedirect(redirect);
return gt;
}
public List<IGroovyProposal> extraProposals(
ClassNode declaringType, ResolverCache resolver, Expression expression) {
// first find the arguments that are possible
Map<String, ClassNode> availableParams = findAvailableParamNames(resolver);
if (availableParams.isEmpty()) {
return ProposalUtils.NO_PROPOSALS;
}
if (expression instanceof MethodCallExpression) {
// next find out if there are any existing named args
MethodCallExpression call = (MethodCallExpression) expression;
Expression arguments = call.getArguments();
if (arguments instanceof TupleExpression) {
for (Expression maybeArg : ((TupleExpression) arguments).getExpressions()) {
if (maybeArg instanceof MapExpression) {
arguments = maybeArg;
break;
}
}
}
// now remove the arguments that are already written
if (arguments instanceof MapExpression) {
// Do extra filtering to determine what parameters are still available
MapExpression enclosingCallArgs = (MapExpression) arguments;
for (MapEntryExpression entry : enclosingCallArgs.getMapEntryExpressions()) {
String paramName = entry.getKeyExpression().getText();
availableParams.remove(paramName);
}
}
}
List<IGroovyProposal> extraProposals = new ArrayList<IGroovyProposal>(availableParams.size());
for (Entry<String, ClassNode> available : availableParams.entrySet()) {
extraProposals.add(
new GroovyNamedArgumentProposal(
available.getKey(),
available.getValue(),
toMethod(declaringType.redirect(), resolver),
provider));
}
return extraProposals;
}
private String createClassLabel(ClassNode node) {
StringBuilder sb = new StringBuilder();
node = node.redirect();
if (ClassHelper.DYNAMIC_TYPE == node) {
return "def";
}
sb.append(node.getNameWithoutPackage());
GenericsType[] genericsTypes = node.getGenericsTypes();
if (genericsTypes != null && genericsTypes.length > 0) {
sb.append(" <");
for (int i = 0; i < genericsTypes.length; i++) {
sb.append(genericsTypes[i].getName());
if (i < genericsTypes.length - 1) {
sb.append(", ");
}
}
sb.append("> ");
}
return sb.toString();
}
/**
* For a given classnode, fills in the supplied map with the parameterized types it defines.
*
* @param node
* @param map
*/
public static void extractPlaceholders(ClassNode node, Map<String, GenericsType> map) {
if (node == null) return;
if (node.isArray()) {
extractPlaceholders(node.getComponentType(), map);
return;
}
if (!node.isUsingGenerics() || !node.isRedirectNode()) return;
GenericsType[] parameterized = node.getGenericsTypes();
if (parameterized == null || parameterized.length == 0) return;
GenericsType[] redirectGenericsTypes = node.redirect().getGenericsTypes();
if (redirectGenericsTypes == null) redirectGenericsTypes = parameterized;
for (int i = 0; i < redirectGenericsTypes.length; i++) {
GenericsType redirectType = redirectGenericsTypes[i];
if (redirectType.isPlaceholder()) {
String name = redirectType.getName();
if (!map.containsKey(name)) map.put(name, parameterized[i]);
}
}
}
@SuppressWarnings("unchecked")
private boolean makeGetPrivateFieldWithBridgeMethod(
final Expression receiver,
final ClassNode receiverType,
final String fieldName,
final boolean safe,
final boolean implicitThis) {
FieldNode field = receiverType.getField(fieldName);
ClassNode classNode = controller.getClassNode();
if (field != null
&& Modifier.isPrivate(field.getModifiers())
&& (StaticInvocationWriter.isPrivateBridgeMethodsCallAllowed(receiverType, classNode)
|| StaticInvocationWriter.isPrivateBridgeMethodsCallAllowed(classNode, receiverType))
&& !receiverType.equals(classNode)) {
Map<String, MethodNode> accessors =
(Map<String, MethodNode>)
receiverType
.redirect()
.getNodeMetaData(StaticCompilationMetadataKeys.PRIVATE_FIELDS_ACCESSORS);
if (accessors != null) {
MethodNode methodNode = accessors.get(fieldName);
if (methodNode != null) {
MethodCallExpression mce =
new MethodCallExpression(
receiver,
methodNode.getName(),
new ArgumentListExpression(
field.isStatic() ? new ConstantExpression(null) : receiver));
mce.setMethodTarget(methodNode);
mce.setSafe(safe);
mce.setImplicitThis(implicitThis);
mce.visit(controller.getAcg());
return true;
}
}
}
return false;
}
/*
* Constructor used by makeArray() if no real class is available
*/
private ClassNode(ClassNode componentType) {
this(componentType.getName() + "[]", ACC_PUBLIC, ClassHelper.OBJECT_TYPE);
this.componentType = componentType.redirect();
isPrimaryNode = false;
}
/** Returns the ClassNode this ClassNode is redirecting to. */
public ClassNode redirect() {
if (redirect == null) return this;
return redirect.redirect();
}