/**
* Vérifie qu'une interface est bien présente dans les interfaces d'un composant.
*
* @param name nom de l'interface dans le xml et l'annotation
* @param intNames noms des classes annotées
* @param comp composant censé contenir l'interface
* @return
* @throws ClassNotFoundException
* @throws InstantiationException
* @throws IllegalAccessException
*/
private boolean isOneOf(String name, Set<String> intNames, Composant comp)
throws ClassNotFoundException, InstantiationException, IllegalAccessException {
for (String intName : intNames) {
Class intC = loader.loadClass(intName);
if (AccessibleObject.class.isAssignableFrom(intC) && Member.class.isAssignableFrom(intC)) {
AccessibleObject member = (AccessibleObject) intC.newInstance();
// Faut check qu'il est bien de la bonne classe
if (((Member) member).getDeclaringClass().equals(comp.getClass())) {
// Faut check que l'annotation a bien pName comme value.
RequiredInterface annotation = member.getAnnotation(RequiredInterface.class);
if (annotation == null) {
ProvidedInterface annotation1 = member.getAnnotation(ProvidedInterface.class);
if (annotation1.value().equals(name)) {
return true;
}
} else {
if (annotation.value().equals(name)) {
return true;
}
}
}
}
}
return false;
}
@Around("execution(* javax.validation.ConstraintValidator.isValid(..)) && args(value, context)")
public Object aroundValid(
ProceedingJoinPoint jointPoint, Object value, ConstraintValidatorContext context)
throws Throwable {
if (value == null) {
// @NotNullのケースが有るため、処理させる。他Validationは通常Null時はパスなので
return jointPoint.proceed();
}
ValidateContext validateContext = ValidateContext.instance();
Object declaring = null;
Condition condition = null;
if (validateContext.isAnnotatedClass()) {
condition = value.getClass().getAnnotation(Condition.class);
declaring = value;
} else if (validateContext.isAnnotatedField() || validateContext.isAnnotatedMethod()) {
AccessibleObject accessible = (AccessibleObject) validateContext.getAnnotated();
condition = accessible.getAnnotation(Condition.class);
declaring = validateContext.getDeclared();
}
if (condition != null && declaring != null && !judgeCondition(condition, declaring)) {
// @Condition判定処理結果がfalseなので、Validate処理外
return true;
}
return jointPoint.proceed();
}
@SafeVarargs
public static List<Accessor> getAnnotatedAccessors(
Class<?> cls,
Comparator<Accessor> comparator,
Class<? extends Annotation>... annotationClasses) {
List<Accessor> accessors = new ArrayList<>();
List<AccessibleObject> accessibleObjects = new ArrayList<>();
accessibleObjects.addAll(Arrays.asList(cls.getDeclaredFields()));
accessibleObjects.addAll(Arrays.asList(cls.getDeclaredMethods()));
for (AccessibleObject accessibleObject : accessibleObjects) {
for (Class<? extends Annotation> annotationClass : annotationClasses) {
if (accessibleObject.getAnnotation(annotationClass) != null) {
accessors.add(createAccessor(accessibleObject));
break;
}
}
}
if (comparator != null) {
Collections.sort(accessors, comparator);
}
return accessors;
}
private void initialize() {
this.type = GenericAssociationInfo.associationTypeOf(accessor);
this.qualifiedName = QualifiedName.fromAccessor(accessor);
this.immutable = metaInfo.get(Immutable.class) != null;
this.aggregated = metaInfo.get(Aggregated.class) != null;
final Queryable queryable = accessor.getAnnotation(Queryable.class);
this.queryable = queryable == null || queryable.value();
}
private Annotation findAutowiredAnnotation(AccessibleObject ao) {
for (Class<? extends Annotation> type : this.autowiredAnnotationTypes) {
Annotation annotation = ao.getAnnotation(type);
if (annotation != null) {
return annotation;
}
}
return null;
}
private void introspect() {
introspectTypes();
ElementCollection elementCollectionAnn = _field.getAnnotation(ElementCollection.class);
if (elementCollectionAnn != null) introspectElementCollection(elementCollectionAnn);
CollectionTable collectionTableAnn = _field.getAnnotation(CollectionTable.class);
if (collectionTableAnn != null)
_collectionTable = new CollectionTableConfig(collectionTableAnn);
else {
_collectionTable = new CollectionTableConfig(getRelatedType().getName(), _fieldName);
}
/*
OrderBy orderByAnn = _field.getAnnotation(OrderBy.class);
if (orderByAnn != null)
_orderBy = orderByAnn.value();
*/
}
/**
* Returns the {@link Annotation} object if an annotation for the specified type is present on the
* injection target, otherwise null.
*
* <p>If the {@link AccessibleObject} of the injection target is of type {@link Method} or {@link
* Constructor}, then the {@link Annotation} may be specified on the {@link AccessibleObject} or
* on the corresponding parameter.
*
* @param annotationClass - the Class object corresponding to the annotation type
* @return annotation for the specified annotation type if present on this element, otherwise null
* @throws NullPointerException - if the given annotation class is null
*/
@SuppressWarnings("unchecked")
public <T> T getAnnotation(final Class<? extends Annotation> annotationClass) {
final Annotation annotation = accessibleObject.getAnnotation(annotationClass);
if (annotation != null) {
return (T) annotation;
}
for (final Annotation parameterAnnotation : parameterAnnotations) {
if (parameterAnnotation.annotationType() == annotationClass) {
return (T) parameterAnnotation;
}
}
return null;
}
void getMemberInfo(AccessibleObject[] accessers, MemberType type) {
for (AccessibleObject a : accessers) {
if (!a.isAnnotationPresent(JsApi.class) && !a.isAnnotationPresent(JsConstructor.class))
continue;
MemberInfo mInfo = new MemberInfo();
String name = ((Member) a).getName();
mInfo.javaName = name;
mInfo.accesser = a;
mInfo.isStatic = Modifier.isStatic(((Member) a).getModifiers());
if (a.isAnnotationPresent(JsApi.class)) {
JsApi mAnno = a.getAnnotation(JsApi.class);
// Get eventList from properties.
if (type == MemberType.JS_PROPERTY && mAnno.isEventList()) {
if (!((Field) a).getType().equals(String[].class)) {
Log.w(TAG, "Invalid type for Supported JS event list" + name);
continue;
}
try {
// Event List should be a class property with "static".
eventList = (String[]) (((Field) a).get(null));
} catch (IllegalArgumentException | IllegalAccessException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
continue;
}
mInfo.type = type;
mInfo.isWritable = mAnno.isWritable();
mInfo.isEntryPoint = mAnno.isEntryPoint();
mInfo.withPromise = mAnno.withPromise();
mInfo.jsName = name;
mInfo.wrapArgs = mAnno.wrapArgs();
mInfo.wrapReturns = mAnno.wrapReturns();
} else if (a.isAnnotationPresent(JsConstructor.class)) {
if (type != MemberType.JS_METHOD) {
Log.w(TAG, "Invalid @JsConstructor on non-function member:" + name);
continue;
}
JsConstructor cAnno = a.getAnnotation(JsConstructor.class);
mInfo.type = MemberType.JS_CONSTRUCTOR;
mInfo.isEntryPoint = cAnno.isEntryPoint();
mInfo.mainClass = cAnno.mainClass();
// Currently Constructor with promise is not supported.
mInfo.withPromise = false;
// TODO: more detail checking for main class.
// Is there a way to throw compile error if main class missing?
if (mInfo.mainClass == null) continue;
mInfo.jsName = mInfo.mainClass.getSimpleName();
// Create relections for constructor main classes.
bindingClasses.put(mInfo.mainClass.getName(), mInfo.jsName);
constructorReflections.put(mInfo.jsName, new ReflectionHelper(mInfo.mainClass));
}
if (mInfo.isEntryPoint) {
// Always get the first entry point setting.
if (entryPoint != null) {
Log.w(TAG, "Entry point already exist, try to set another:" + mInfo.jsName);
continue;
}
// Flag isEntryPoint only meaningful for methods, constructors and BindingObjects.
if (type == MemberType.JS_PROPERTY
&& !(isBindingClass(((Field) (mInfo.accesser)).getType()))) {
Log.w(TAG, "Invalid entry point setting on property:" + name);
continue;
}
// The first entry point will be used.
entryPoint = mInfo;
}
if (members.containsKey(mInfo.jsName)) {
Log.w(TAG, "Conflict namespace - " + mInfo.jsName);
continue;
}
members.put(mInfo.jsName, mInfo);
}
}
protected void scanOptions(final Object object) {
final Class<?> class1 = object.getClass();
final List<Field> fields = new LinkedList<Field>();
final List<Method> privateMethods = new LinkedList<Method>();
final List<Method> otherPackageNonPrivateMethods = new LinkedList<Method>();
final List<Method> currentPackageNonPrivateMethods = new LinkedList<Method>();
Class<?> parentClass = class1;
while (parentClass != null && !parentClass.equals(Object.class)) {
// We cannot override fields in child classes, so we simple collect
// all fields we found
fields.addAll(Arrays.asList(parentClass.getDeclaredFields()));
// for methods, we need to respect overridden methods when
// inspecting the parent classes
for (final Method method : parentClass.getDeclaredMethods()) {
if (isPrivate(method)) {
privateMethods.add(method);
} else if (isPublicOrProtected(method)) {
if (!containsMethod(otherPackageNonPrivateMethods, method)
&& !containsMethod(currentPackageNonPrivateMethods, method)) {
currentPackageNonPrivateMethods.add(method);
}
} else if (isPackagePrivate(method)) {
// if (!containsMethod(publicOrProtectedMethods, method)) {
// method not overloaded
if (isPackagePrivate(method)) {
if (!containsMethod(currentPackageNonPrivateMethods, method)) {
currentPackageNonPrivateMethods.add(method);
}
}
}
}
final Package pack = parentClass.getPackage();
parentClass = parentClass.getSuperclass();
if ((pack == null && parentClass.getPackage() != null)
|| (pack != null && !pack.equals(parentClass.getPackage()))) {
otherPackageNonPrivateMethods.addAll(currentPackageNonPrivateMethods);
currentPackageNonPrivateMethods.clear();
}
}
// inspect elements
final Set<AccessibleObject> elements = new LinkedHashSet<AccessibleObject>();
elements.addAll(fields);
elements.addAll(privateMethods);
elements.addAll(otherPackageNonPrivateMethods);
elements.addAll(currentPackageNonPrivateMethods);
for (final AccessibleObject element : elements) {
if (element instanceof Field && element.getAnnotation(CmdOptionDelegate.class) != null) {
debug("Found delegate object at: {0}", element);
try {
final boolean origAccessibleFlag = element.isAccessible();
if (!origAccessibleFlag) {
element.setAccessible(true);
}
final Object delegate = ((Field) element).get(object);
if (!origAccessibleFlag) {
// do not leave doors open
element.setAccessible(origAccessibleFlag);
}
if (delegate != null) {
scanOptions(delegate);
}
} catch (final IllegalArgumentException e) {
debug("Could not scan delegate object at: {0}", element);
} catch (final IllegalAccessException e) {
debug("Could not scan delegate object at: {0}", element);
}
continue;
}
final CmdOption anno = element.getAnnotation(CmdOption.class);
if (anno == null) {
continue;
}
if (element instanceof Field && Modifier.isFinal(((Field) element).getModifiers())) {
debug("Detected option on final field: {0}", element);
// continue;
}
final String[] names = anno.names();
final CmdOptionHandler handler = findHandler(element, anno.args().length, anno.handler());
if (handler == null) {
final PreparedI18n msg =
i18n.preparetr(
"No suitable handler found for option(s): {0} ({1} argument(s))",
FList.mkString(anno.names(), ","), anno.args().length);
throw new CmdlineParserException(msg.notr(), msg.tr());
}
if (names == null || names.length == 0) {
// No names means this is the ONLY parameter
if (parameter != null) {
final PreparedI18n msg =
i18n.preparetr(
"More than one parameter definition found. First definition: {0} Second definition: {1}",
parameter.getElement(), element);
throw new CmdlineParserException(msg.notr(), msg.tr());
}
// TODO: should we ignore the help parameter?
final OptionHandle paramHandle =
new OptionHandle(
new String[] {},
anno.description(),
handler,
object,
element,
anno.args(),
anno.minCount(),
anno.maxCount(),
false /*
* cannot
* be
* a
* help
* option
*/,
anno.hidden(),
anno.requires(),
anno.conflictsWith());
if (paramHandle.getArgsCount() <= 0) {
final PreparedI18n msg =
i18n.preparetr("Parameter definition must support at least on argument.");
throw new CmdlineParserException(msg.notr(), msg.tr());
}
parameter = paramHandle;
} else {
final OptionHandle option =
new OptionHandle(
names,
anno.description(),
handler,
object,
element,
anno.args(),
anno.minCount(),
anno.maxCount(),
anno.isHelp(),
anno.hidden(),
anno.requires(),
anno.conflictsWith());
for (final String name : names) {
if (quickCommandMap.containsKey(name) || quickOptionMap.containsKey(name)) {
final PreparedI18n msg =
i18n.preparetr(
"Duplicate command/option name \"{0}\" found in: {1}", name, element);
throw new CmdlineParserException(msg.notr(), msg.tr());
}
quickOptionMap.put(name, option);
}
options.add(option);
}
}
}