@Override public <T> ActiveDescriptor<T> addActiveDescriptor(Class<T> rawClass) throws IllegalArgumentException { AutoActiveDescriptor<T> ad = Utilities.createAutoDescriptor(rawClass, locator); checkReifiedDescriptor(ad); ActiveDescriptor<T> retVal = addActiveDescriptor(ad, false); ad.resetSelfDescriptor(retVal); return retVal; }
this.creator = creator; setImplementation(implClass.getName()); setDescriptorType(descriptorType);
AutoActiveDescriptor<T> retVal = new AutoActiveDescriptor<T>( clazz, creator, DescriptorType.CLASS); retVal.setScopeAsAnnotation(scopeInfo.getScope());
reified = true; if (active instanceof AutoActiveDescriptor) { ((AutoActiveDescriptor<?>) active).setHK2Parent(this);
AutoActiveDescriptor<T> retVal = new AutoActiveDescriptor<T>( clazz, creator, DescriptorType.CLASS); retVal.setScopeAsAnnotation(scopeInfo.getScope());
reified = true; if (active instanceof AutoActiveDescriptor) { ((AutoActiveDescriptor<?>) active).setHK2Parent(this);
AutoActiveDescriptor<T> retVal = new AutoActiveDescriptor<T>( factoryDescriptor.getImplementationClass(), creator, DescriptorType.PROVIDE_METHOD); retVal.setScopeAsAnnotation(scopeInfo.getScope());
this.creator = creator; setImplementation(implClass.getName()); setDescriptorType(descriptorType);
@Override public <T> ActiveDescriptor<T> addActiveDescriptor(Class<T> rawClass) throws IllegalArgumentException { AutoActiveDescriptor<T> ad = Utilities.createAutoDescriptor(rawClass, locator); checkReifiedDescriptor(ad); ActiveDescriptor<T> retVal = addActiveDescriptor(ad, false); ad.resetSelfDescriptor(retVal); return retVal; }
reified = true; if (active instanceof AutoActiveDescriptor) { ((AutoActiveDescriptor<?>) active).setHK2Parent(this);
AutoActiveDescriptor<T> retVal = new AutoActiveDescriptor<T>( factoryDescriptor.getImplementationClass(), creator, DescriptorType.PROVIDE_METHOD); retVal.setScopeAsAnnotation(scopeInfo.getScope());
this.creator = creator; setImplementation(implClass.getName()); setDescriptorType(descriptorType);
@Override public <T> ActiveDescriptor<T> addActiveDescriptor(Class<T> rawClass) throws IllegalArgumentException { AutoActiveDescriptor<T> ad = Utilities.createAutoDescriptor(rawClass, locator); checkReifiedDescriptor(ad); ActiveDescriptor<T> retVal = addActiveDescriptor(ad, false); ad.resetSelfDescriptor(retVal); return retVal; }
reified = true; if (active instanceof AutoActiveDescriptor) { ((AutoActiveDescriptor<?>) active).setHK2Parent(this);
AutoActiveDescriptor<T> retVal = new AutoActiveDescriptor<T>( clazz, creator, clazz); retVal.setScopeAsAnnotation(scopeInfo.getScope());
this.creator = creator; setImplementation(implClass.getName()); setDescriptorType(descriptorType);
@Override public <T> ActiveDescriptor<T> addActiveDescriptor(Class<T> rawClass) throws IllegalArgumentException { AutoActiveDescriptor<T> ad = Utilities.createAutoDescriptor(rawClass, locator); checkReifiedDescriptor(ad); ActiveDescriptor<T> retVal = addActiveDescriptor(ad, false); ad.resetSelfDescriptor(retVal); return retVal; }
AutoActiveDescriptor<T> retVal = new AutoActiveDescriptor<T>( clazz, creator, DescriptorType.CLASS); retVal.setScopeAsAnnotation(scopeInfo.getScope());
AutoActiveDescriptor<T> retVal = new AutoActiveDescriptor<T>( factoryDescriptor.getImplementationClass(), creator, null); retVal.setScopeAsAnnotation(scopeInfo.getScope());
AutoActiveDescriptor<T> retVal = new AutoActiveDescriptor<T>( factoryDescriptor.getImplementationClass(), creator, DescriptorType.PROVIDE_METHOD); retVal.setScopeAsAnnotation(scopeInfo.getScope());