Examples of java.lang.reflect.AccessibleObject

java.lang.reflect.AccessibleObject
The AccessibleObject class is the base class for Field, Method and Constructor objects. It provides the ability to flag a reflected object as suppressing default Java language access control checks when it is used. The access checks--for public, default (package) access, protected, and private members--are performed when Fields, Methods or Constructors are used to set or get fields, to invoke methods, or to create and initialize new instances of classes, respectively.
Setting the accessible flag in a reflected object permits sophisticated applications with sufficient privilege, such as Java Object Serialization or other persistence mechanisms, to manipulate objects in a manner that would normally be prohibited. @see Field @see Method @see Constructor @see ReflectPermission @since 1.2

        Class[] argClasses = new Class[arguments.length];
        for(int i = 0; i < arguments.length; i++) {
            argClasses[i] = (arguments[i] == null) ? null : arguments[i].getClass();
        }


        AccessibleObject m = null;
        if (target instanceof Class) {
            /*
            For class methods, simluate the effect of a meta class
            by taking the union of the static methods of the
            actual class, with the instance methods of "Class.class"

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      if(injectionTargets == null)
         return;


      for(ResourceInjectionTargetMetaData injectionTarget : injectionTargets)
      {
         AccessibleObject ao = findInjectionTarget(classLoader, injectionTarget);
         BeanProperty property = BeanPropertyFactory.create(ao);
         injectors.add(factory.create(property));
      }
   }

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         return injectionType;


      ClassLoader loader = container.getClassloader();
      for(ResourceInjectionTargetMetaData injectionTarget : ref.getInjectionTargets())
      {
         AccessibleObject ao = findInjectionTarget(loader, injectionTarget);
         BeanProperty prop = BeanPropertyFactory.create(ao);
         JndiPropertyInjector propInjector = new JndiPropertyInjector(prop, encName, container.getEnc());
         container.getInjectors().add(propInjector);
         // Validate all the injection types are consistent
         Class<?> type;

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      if (!encName.startsWith("env/"))
      {
         encName = "env/" + encName;
      }


      AccessibleObject accObj = property.getAccessibleObject();
      
      Class<?> type = property.getType();
      if (!ref.type().equals(Object.class))
      {
         type = ref.type();

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         {
            map = new HashMap<AccessibleObject, Injector>();
            injectors.put(injectionTarget.getInjectionTargetClass(), map);
         }
         
         AccessibleObject ao = InjectionUtil.findInjectionTarget(classLoader, injectionTarget);
         BeanProperty property = BeanPropertyFactory.create(ao);
         map.put(ao, factory.create(property));
      }
   }

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      if (!encName.startsWith("env/"))
      {
         encName = "env/" + encName;
      }


      AccessibleObject accObj = property.getAccessibleObject();


      Class<?> type = property.getType();
      if (!ref.type().equals(Object.class))
      {
         type = ref.type();

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            // If there are @Addressing, @RespectBinding or @MTOM annotations present on injection targets,
            // these annotations must be equivalent for all the injection targets.
         }
         final InjectionTarget injectionTarget = serviceRefSBMD.getInjectionTargets().iterator().next();


         AccessibleObject anAlement = this.findInjectionTarget(loader, injectionTarget);
         this.processAnnotatedElement(anAlement, serviceRefUMDM);
      }


      // propagate port compoments
      final Collection<? extends PortComponent> portComponentsSBMD = serviceRefSBMD.getPortComponents();

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      for (int i = 0; i < method.getParameterTypes().length; i++)
      {
         Class<?> type = method.getParameterTypes()[i];
         Annotation[] annotations = method.getParameterAnnotations()[i];
         Type genericType = method.getGenericParameterTypes()[i];
         AccessibleObject target = method;
         params[i] = ClientMarshallerFactory.createMarshaller(declaringClass, providerFactory, type, annotations, genericType, target, false);
      }
      return params;
   }

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   *
   * @return True iff the attribute's Java Member is annotated with {@code ManyToMany},
   *         {@code ManyToOne}, {@code OneToMany}, or {@code OneToOne}.
   */
  private boolean isAssociation(SingularAttribute<?, ?> attr) {
    AccessibleObject member = (AccessibleObject) getJavaMember(attr);
    return (member.getAnnotation(ManyToMany.class) != null
        || member.getAnnotation(ManyToOne.class) != null
        || member.getAnnotation(OneToMany.class) != null || member.getAnnotation(OneToOne.class) != null);
  }

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    if (!(javaMember instanceof AccessibleObject)) {
      Class<? extends Member> memberType = javaMember == null ? null : javaMember.getClass();
      throw new GenerationException(
          "Found a SingularAttribute whose Java Member is not a field or a method (it is a " + memberType + ")");
    }
    AccessibleObject member = (AccessibleObject) javaMember;


    if (member.getAnnotation(ManyToMany.class) != null) {
      ManyToMany anno = member.getAnnotation(ManyToMany.class);
      return anno.cascade();
    }
    if (member.getAnnotation(ManyToOne.class) != null) {
      ManyToOne anno = member.getAnnotation(ManyToOne.class);
      return anno.cascade();
    }
    if (member.getAnnotation(OneToMany.class) != null) {
      OneToMany anno = member.getAnnotation(OneToMany.class);
      return anno.cascade();
    }
    if (member.getAnnotation(OneToOne.class) != null) {
      OneToOne anno = member.getAnnotation(OneToOne.class);
      return anno.cascade();
    }


    // the member must not be a relationship (or at least not the owning side of one)
    return null;

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