use of io.micronaut.annotation.processing.ModelUtils in project micronaut-core by micronaut-projects.
the class JavaClassElement method getDefaultConstructor.
@Override
public Optional<MethodElement> getDefaultConstructor() {
final AnnotationUtils annotationUtils = visitorContext.getAnnotationUtils();
final ModelUtils modelUtils = visitorContext.getModelUtils();
ExecutableElement method = modelUtils.defaultStaticCreatorFor(classElement, annotationUtils);
if (method == null) {
if (isInner() && !isStatic()) {
// only static inner classes can be constructed
return Optional.empty();
}
method = modelUtils.defaultConstructorFor(classElement);
}
return createMethodElement(annotationUtils, method);
}
use of io.micronaut.annotation.processing.ModelUtils in project micronaut-core by micronaut-projects.
the class JavaClassElement method getPrimaryConstructor.
@NonNull
@Override
public Optional<MethodElement> getPrimaryConstructor() {
final AnnotationUtils annotationUtils = visitorContext.getAnnotationUtils();
final ModelUtils modelUtils = visitorContext.getModelUtils();
ExecutableElement method = modelUtils.staticCreatorFor(classElement, annotationUtils);
if (method == null) {
if (isInner() && !isStatic()) {
// only static inner classes can be constructed
return Optional.empty();
}
method = modelUtils.concreteConstructorFor(classElement, annotationUtils);
}
return createMethodElement(annotationUtils, method);
}
use of io.micronaut.annotation.processing.ModelUtils in project micronaut-core by micronaut-projects.
the class JavaClassElement method getEnclosedElements.
@Override
public <T extends io.micronaut.inject.ast.Element> List<T> getEnclosedElements(@NonNull ElementQuery<T> query) {
Objects.requireNonNull(query, "Query cannot be null");
ElementQuery.Result<T> result = query.result();
ElementKind kind = getElementKind(result.getElementType());
List<T> resultingElements = new ArrayList<>();
List<Element> enclosedElements = new ArrayList<>(getDeclaredEnclosedElements());
boolean onlyDeclared = result.isOnlyDeclared();
boolean onlyAbstract = result.isOnlyAbstract();
boolean onlyConcrete = result.isOnlyConcrete();
boolean onlyInstance = result.isOnlyInstance();
if (!onlyDeclared) {
Elements elements = visitorContext.getElements();
TypeMirror superclass = classElement.getSuperclass();
// traverse the super class true and add elements that are not overridden
while (superclass instanceof DeclaredType) {
DeclaredType dt = (DeclaredType) superclass;
TypeElement element = (TypeElement) dt.asElement();
// reached non-accessible class like Object, Enum, Record etc.
if (element.getQualifiedName().toString().startsWith("java.lang.")) {
break;
}
List<? extends Element> superElements = element.getEnclosedElements();
List<Element> elementsToAdd = new ArrayList<>(superElements.size());
superElements: for (Element superElement : superElements) {
ElementKind superKind = superElement.getKind();
if (superKind == kind) {
for (Element enclosedElement : enclosedElements) {
if (elements.hides(enclosedElement, superElement)) {
continue superElements;
} else if (enclosedElement.getKind() == ElementKind.METHOD && superElement.getKind() == ElementKind.METHOD) {
final ExecutableElement methodCandidate = (ExecutableElement) superElement;
if (elements.overrides((ExecutableElement) enclosedElement, methodCandidate, this.classElement)) {
continue superElements;
}
}
}
// dependency injection method resolution requires extended overrides checks
if (result.isOnlyInjected() && superElement.getKind() == ElementKind.METHOD) {
final ExecutableElement methodCandidate = (ExecutableElement) superElement;
// check for extended override
final String thisClassName = this.classElement.getQualifiedName().toString();
final String declaringClassName = element.getQualifiedName().toString();
boolean isParent = !declaringClassName.equals(thisClassName);
final ModelUtils javaModelUtils = visitorContext.getModelUtils();
final ExecutableElement overridingMethod = javaModelUtils.overridingOrHidingMethod(methodCandidate, this.classElement, false).orElse(methodCandidate);
TypeElement overridingClass = javaModelUtils.classElementFor(overridingMethod);
boolean overridden = isParent && overridingClass != null && !overridingClass.getQualifiedName().toString().equals(declaringClassName);
boolean isPackagePrivate = javaModelUtils.isPackagePrivate(methodCandidate);
boolean isPrivate = methodCandidate.getModifiers().contains(Modifier.PRIVATE);
if (overridden && !(isPrivate || isPackagePrivate)) {
// bail out if the method has been overridden, since it will have already been handled
continue;
}
if (isParent && overridden) {
boolean overriddenInjected = overridden && visitorContext.getAnnotationUtils().getAnnotationMetadata(overridingMethod).hasDeclaredAnnotation(AnnotationUtil.INJECT);
String packageOfOverridingClass = visitorContext.getElements().getPackageOf(overridingMethod).getQualifiedName().toString();
String packageOfDeclaringClass = visitorContext.getElements().getPackageOf(element).getQualifiedName().toString();
boolean isPackagePrivateAndPackagesDiffer = overridden && isPackagePrivate && !packageOfOverridingClass.equals(packageOfDeclaringClass);
if (!overriddenInjected && !isPackagePrivateAndPackagesDiffer && !isPrivate) {
// and is not annotated with @Inject
continue;
}
}
}
if (onlyAbstract && !superElement.getModifiers().contains(Modifier.ABSTRACT)) {
continue;
} else if (onlyConcrete && superElement.getModifiers().contains(Modifier.ABSTRACT)) {
continue;
} else if (onlyInstance && superElement.getModifiers().contains(Modifier.STATIC)) {
continue;
}
elementsToAdd.add(superElement);
}
}
enclosedElements.addAll(elementsToAdd);
superclass = element.getSuperclass();
}
if (kind == ElementKind.METHOD) {
// if the element kind is interfaces then we need to go through interfaces as well
Set<TypeElement> allInterfaces = visitorContext.getModelUtils().getAllInterfaces(this.classElement);
List<Element> elementsToAdd = new ArrayList<>(allInterfaces.size());
for (TypeElement itfe : allInterfaces) {
List<? extends Element> interfaceElements = itfe.getEnclosedElements();
interfaceElements: for (Element interfaceElement : interfaceElements) {
if (interfaceElement.getKind() == ElementKind.METHOD) {
ExecutableElement ee = (ExecutableElement) interfaceElement;
if (onlyAbstract && ee.getModifiers().contains(Modifier.DEFAULT)) {
continue;
} else if (onlyConcrete && !ee.getModifiers().contains(Modifier.DEFAULT)) {
continue;
}
for (Element enclosedElement : enclosedElements) {
if (enclosedElement.getKind() == ElementKind.METHOD) {
if (elements.overrides((ExecutableElement) enclosedElement, ee, this.classElement)) {
continue interfaceElements;
}
}
}
elementsToAdd.add(interfaceElement);
}
}
}
enclosedElements.addAll(elementsToAdd);
elementsToAdd.clear();
}
}
boolean onlyAccessible = result.isOnlyAccessible();
if (kind == ElementKind.METHOD) {
if (onlyAbstract) {
if (isInterface()) {
enclosedElements.removeIf((e) -> e.getModifiers().contains(Modifier.DEFAULT));
} else {
enclosedElements.removeIf((e) -> !e.getModifiers().contains(Modifier.ABSTRACT));
}
} else if (onlyConcrete) {
if (isInterface()) {
enclosedElements.removeIf((e) -> !e.getModifiers().contains(Modifier.DEFAULT));
} else {
enclosedElements.removeIf((e) -> e.getModifiers().contains(Modifier.ABSTRACT));
}
}
}
if (onlyInstance) {
enclosedElements.removeIf((e) -> e.getModifiers().contains(Modifier.STATIC));
}
List<Predicate<Set<ElementModifier>>> modifierPredicates = result.getModifierPredicates();
List<Predicate<String>> namePredicates = result.getNamePredicates();
List<Predicate<AnnotationMetadata>> annotationPredicates = result.getAnnotationPredicates();
final List<Predicate<ClassElement>> typePredicates = result.getTypePredicates();
boolean hasNamePredicates = !namePredicates.isEmpty();
boolean hasModifierPredicates = !modifierPredicates.isEmpty();
boolean hasAnnotationPredicates = !annotationPredicates.isEmpty();
boolean hasTypePredicates = !typePredicates.isEmpty();
final JavaElementFactory elementFactory = visitorContext.getElementFactory();
elementLoop: for (Element enclosedElement : enclosedElements) {
ElementKind enclosedElementKind = enclosedElement.getKind();
if (enclosedElementKind == kind || (enclosedElementKind == ElementKind.ENUM && kind == ElementKind.CLASS)) {
String elementName = enclosedElement.getSimpleName().toString();
if (onlyAccessible) {
// exclude private members
if (enclosedElement.getModifiers().contains(Modifier.PRIVATE)) {
continue;
} else if (elementName.startsWith("$")) {
// exclude synthetic members or bridge methods that start with $
continue;
} else {
Element enclosingElement = enclosedElement.getEnclosingElement();
final ClassElement onlyAccessibleFrom = result.getOnlyAccessibleFromType().orElse(this);
Object accessibleFrom = onlyAccessibleFrom.getNativeType();
// we need to check if it package private and within a different package so it can be excluded
if (enclosingElement != accessibleFrom && visitorContext.getModelUtils().isPackagePrivate(enclosedElement)) {
if (enclosingElement instanceof TypeElement) {
Name qualifiedName = ((TypeElement) enclosingElement).getQualifiedName();
String packageName = NameUtils.getPackageName(qualifiedName.toString());
if (!packageName.equals(onlyAccessibleFrom.getPackageName())) {
continue;
}
}
}
}
}
if (hasModifierPredicates) {
Set<ElementModifier> modifiers = enclosedElement.getModifiers().stream().map(m -> ElementModifier.valueOf(m.name())).collect(Collectors.toSet());
for (Predicate<Set<ElementModifier>> modifierPredicate : modifierPredicates) {
if (!modifierPredicate.test(modifiers)) {
continue elementLoop;
}
}
}
if (hasNamePredicates) {
for (Predicate<String> namePredicate : namePredicates) {
if (!namePredicate.test(elementName)) {
continue elementLoop;
}
}
}
final AnnotationMetadata metadata = visitorContext.getAnnotationUtils().getAnnotationMetadata(enclosedElement);
if (hasAnnotationPredicates) {
for (Predicate<AnnotationMetadata> annotationPredicate : annotationPredicates) {
if (!annotationPredicate.test(metadata)) {
continue elementLoop;
}
}
}
T element;
switch(enclosedElementKind) {
case METHOD:
final ExecutableElement executableElement = (ExecutableElement) enclosedElement;
// noinspection unchecked
element = (T) elementFactory.newMethodElement(this, executableElement, metadata, genericTypeInfo);
break;
case FIELD:
// noinspection unchecked
element = (T) elementFactory.newFieldElement(this, (VariableElement) enclosedElement, metadata);
break;
case CONSTRUCTOR:
// noinspection unchecked
element = (T) elementFactory.newConstructorElement(this, (ExecutableElement) enclosedElement, metadata);
break;
case CLASS:
case ENUM:
// noinspection unchecked
element = (T) elementFactory.newClassElement((TypeElement) enclosedElement, metadata);
break;
default:
element = null;
}
if (element != null) {
if (hasTypePredicates) {
for (Predicate<ClassElement> typePredicate : typePredicates) {
ClassElement classElement;
if (element instanceof ConstructorElement) {
classElement = this;
} else if (element instanceof MethodElement) {
classElement = ((MethodElement) element).getGenericReturnType();
} else if (element instanceof ClassElement) {
classElement = (ClassElement) element;
} else {
classElement = ((FieldElement) element).getGenericField();
}
if (!typePredicate.test(classElement)) {
continue elementLoop;
}
}
}
List<Predicate<T>> elementPredicates = result.getElementPredicates();
if (!elementPredicates.isEmpty()) {
for (Predicate<T> elementPredicate : elementPredicates) {
if (!elementPredicate.test(element)) {
continue elementLoop;
}
}
}
resultingElements.add(element);
}
}
}
return Collections.unmodifiableList(resultingElements);
}
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