public static void validateQualifiers(BeanAttributes<?> attributes, BeanManager manager) { Set<Annotation> qualifiers = attributes.getQualifiers(); Bindings.validateQualifiers(qualifiers, manager, attributes, "BeanAttributes.getQualifiers"); }
public static void validateQualifiers(BeanAttributes<?> attributes, BeanManager manager) { Set<Annotation> qualifiers = attributes.getQualifiers(); Bindings.validateQualifiers(qualifiers, manager, attributes, "BeanAttributes.getQualifiers"); }
public static void validateQualifiers(BeanAttributes<?> attributes, BeanManager manager) { Set<Annotation> qualifiers = attributes.getQualifiers(); Bindings.validateQualifiers(qualifiers, manager, attributes, "BeanAttributes.getQualifiers"); }
public static void validateQualifiers(BeanAttributes<?> attributes, BeanManager manager) { Set<Annotation> qualifiers = attributes.getQualifiers(); Bindings.validateQualifiers(qualifiers, manager, attributes, "BeanAttributes.getQualifiers"); }
public static void validateQualifiers(BeanAttributes<?> attributes, BeanManager manager) { Set<Annotation> qualifiers = attributes.getQualifiers(); Bindings.validateQualifiers(qualifiers, manager, attributes, "BeanAttributes.getQualifiers"); }
public static void validateQualifiers(BeanAttributes<?> attributes, BeanManager manager) { Set<Annotation> qualifiers = attributes.getQualifiers(); Bindings.validateQualifiers(qualifiers, manager, attributes, "BeanAttributes.getQualifiers"); }
private void validateDecorator(Decorator<?> decorator) { Set<Annotation> qualifiers = decorator.getDelegateQualifiers(); if (decorator.getDelegateType() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDelegateType", decorator); } Bindings.validateQualifiers(qualifiers, getBeanManager(), decorator, "Decorator.getDelegateQualifiers"); if (decorator.getDecoratedTypes() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDecoratedTypes", decorator); } }
private void validateDecorator(Decorator<?> decorator) { Set<Annotation> qualifiers = decorator.getDelegateQualifiers(); if (decorator.getDelegateType() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDelegateType", decorator); } Bindings.validateQualifiers(qualifiers, getBeanManager(), decorator, "Decorator.getDelegateQualifiers"); if (decorator.getDecoratedTypes() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDecoratedTypes", decorator); } }
private void validateDecorator(Decorator<?> decorator) { Set<Annotation> qualifiers = decorator.getDelegateQualifiers(); if (decorator.getDelegateType() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDelegateType", decorator); } Bindings.validateQualifiers(qualifiers, getBeanManager(), decorator, "Decorator.getDelegateQualifiers"); if (decorator.getDecoratedTypes() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDecoratedTypes", decorator); } }
private void validateDecorator(Decorator<?> decorator) { Set<Annotation> qualifiers = decorator.getDelegateQualifiers(); if (decorator.getDelegateType() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDelegateType", decorator); } Bindings.validateQualifiers(qualifiers, getBeanManager(), decorator, "Decorator.getDelegateQualifiers"); if (decorator.getDecoratedTypes() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDecoratedTypes", decorator); } }
private void validateDecorator(Decorator<?> decorator) { Set<Annotation> qualifiers = decorator.getDelegateQualifiers(); if (decorator.getDelegateType() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDelegateType", decorator); } Bindings.validateQualifiers(qualifiers, getBeanManager(), decorator, "Decorator.getDelegateQualifiers"); if (decorator.getDecoratedTypes() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDecoratedTypes", decorator); } }
private void validateDecorator(Decorator<?> decorator) { Set<Annotation> qualifiers = decorator.getDelegateQualifiers(); if (decorator.getDelegateType() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDelegateType", decorator); } Bindings.validateQualifiers(qualifiers, getBeanManager(), decorator, "Decorator.getDelegateQualifiers"); if (decorator.getDecoratedTypes() == null) { throw BeanLogger.LOG.decoratorMethodReturnsNull("getDecoratedTypes", decorator); } }
public static void validateObserverMethod(ObserverMethod<?> observerMethod, BeanManager beanManager) { Set<Annotation> qualifiers = observerMethod.getObservedQualifiers(); if (observerMethod.getBeanClass() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getBeanClass", observerMethod); } if (observerMethod.getObservedType() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getObservedType", observerMethod); } Bindings.validateQualifiers(qualifiers, beanManager, observerMethod, "ObserverMethod.getObservedQualifiers"); if (observerMethod.getReception() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getReception", observerMethod); } if (observerMethod.getTransactionPhase() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getTransactionPhase", observerMethod); } }
/** * Validates given external observer method. * * @param observerMethod the given observer method * @param beanManager * @param originalObserverMethod observer method replaced by given observer method (this parameter is optional) */ public static void validateObserverMethod(ObserverMethod<?> observerMethod, BeanManager beanManager, ObserverMethod<?> originalObserverMethod) { Set<Annotation> qualifiers = observerMethod.getObservedQualifiers(); if (observerMethod.getBeanClass() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getBeanClass", observerMethod); } if (observerMethod.getObservedType() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getObservedType", observerMethod); } Bindings.validateQualifiers(qualifiers, beanManager, observerMethod, "ObserverMethod.getObservedQualifiers"); if (observerMethod.getReception() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getReception", observerMethod); } if (observerMethod.getTransactionPhase() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getTransactionPhase", observerMethod); } if (originalObserverMethod != null && (!observerMethod.getBeanClass().equals(originalObserverMethod.getBeanClass()))) { throw EventLogger.LOG.beanClassMismatch(originalObserverMethod, observerMethod); } if (!(observerMethod instanceof SyntheticObserverMethod) && !hasNotifyOverriden(observerMethod.getClass(), observerMethod)) { throw EventLogger.LOG.notifyMethodNotImplemented(observerMethod); } }
/** * Validates given external observer method. * * @param observerMethod the given observer method * @param beanManager * @param originalObserverMethod observer method replaced by given observer method (this parameter is optional) */ public static void validateObserverMethod(ObserverMethod<?> observerMethod, BeanManager beanManager, ObserverMethod<?> originalObserverMethod) { Set<Annotation> qualifiers = observerMethod.getObservedQualifiers(); if (observerMethod.getBeanClass() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getBeanClass", observerMethod); } if (observerMethod.getObservedType() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getObservedType", observerMethod); } Bindings.validateQualifiers(qualifiers, beanManager, observerMethod, "ObserverMethod.getObservedQualifiers"); if (observerMethod.getReception() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getReception", observerMethod); } if (observerMethod.getTransactionPhase() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getTransactionPhase", observerMethod); } if (originalObserverMethod != null && (!observerMethod.getBeanClass().equals(originalObserverMethod.getBeanClass()))) { throw EventLogger.LOG.beanClassMismatch(originalObserverMethod, observerMethod); } if (!(observerMethod instanceof SyntheticObserverMethod) && !hasNotifyOverriden(observerMethod.getClass(), observerMethod)) { throw EventLogger.LOG.notifyMethodNotImplemented(observerMethod); } }
/** * Validates given external observer method. * * @param observerMethod the given observer method * @param beanManager * @param originalObserverMethod observer method replaced by given observer method (this parameter is optional) */ public static void validateObserverMethod(ObserverMethod<?> observerMethod, BeanManager beanManager, ObserverMethod<?> originalObserverMethod) { Set<Annotation> qualifiers = observerMethod.getObservedQualifiers(); if (observerMethod.getBeanClass() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getBeanClass", observerMethod); } if (observerMethod.getObservedType() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getObservedType", observerMethod); } Bindings.validateQualifiers(qualifiers, beanManager, observerMethod, "ObserverMethod.getObservedQualifiers"); if (observerMethod.getReception() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getReception", observerMethod); } if (observerMethod.getTransactionPhase() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getTransactionPhase", observerMethod); } if (originalObserverMethod != null && (!observerMethod.getBeanClass().equals(originalObserverMethod.getBeanClass()))) { throw EventLogger.LOG.beanClassMismatch(originalObserverMethod, observerMethod); } if (!(observerMethod instanceof SyntheticObserverMethod) && !hasNotifyOverriden(observerMethod.getClass(), observerMethod)) { throw EventLogger.LOG.notifyMethodNotImplemented(observerMethod); } }
/** * Validates given external observer method. * * @param observerMethod the given observer method * @param beanManager * @param originalObserverMethod observer method replaced by given observer method (this parameter is optional) */ public static void validateObserverMethod(ObserverMethod<?> observerMethod, BeanManager beanManager, ObserverMethod<?> originalObserverMethod) { Set<Annotation> qualifiers = observerMethod.getObservedQualifiers(); if (observerMethod.getBeanClass() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getBeanClass", observerMethod); } if (observerMethod.getObservedType() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getObservedType", observerMethod); } Bindings.validateQualifiers(qualifiers, beanManager, observerMethod, "ObserverMethod.getObservedQualifiers"); if (observerMethod.getReception() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getReception", observerMethod); } if (observerMethod.getTransactionPhase() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getTransactionPhase", observerMethod); } if (originalObserverMethod != null && (!observerMethod.getBeanClass().equals(originalObserverMethod.getBeanClass()))) { throw EventLogger.LOG.beanClassMismatch(originalObserverMethod, observerMethod); } if (!(observerMethod instanceof SyntheticObserverMethod) && !hasNotifyOverriden(observerMethod.getClass(), observerMethod)) { throw EventLogger.LOG.notifyMethodNotImplemented(observerMethod); } }
/** * Validates given external observer method. * * @param observerMethod the given observer method * @param beanManager * @param originalObserverMethod observer method replaced by given observer method (this parameter is optional) */ public static void validateObserverMethod(ObserverMethod<?> observerMethod, BeanManager beanManager, ObserverMethod<?> originalObserverMethod) { Set<Annotation> qualifiers = observerMethod.getObservedQualifiers(); if (observerMethod.getBeanClass() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getBeanClass", observerMethod); } if (observerMethod.getObservedType() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getObservedType", observerMethod); } Bindings.validateQualifiers(qualifiers, beanManager, observerMethod, "ObserverMethod.getObservedQualifiers"); if (observerMethod.getReception() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getReception", observerMethod); } if (observerMethod.getTransactionPhase() == null) { throw EventLogger.LOG.observerMethodsMethodReturnsNull("getTransactionPhase", observerMethod); } if (originalObserverMethod != null && (!observerMethod.getBeanClass().equals(originalObserverMethod.getBeanClass()))) { throw EventLogger.LOG.beanClassMismatch(originalObserverMethod, observerMethod); } if (!(observerMethod instanceof SyntheticObserverMethod) && !hasNotifyOverriden(observerMethod.getClass(), observerMethod)) { throw EventLogger.LOG.notifyMethodNotImplemented(observerMethod); } }