delegation

I know that there is @inheritDoc , but it's only for methods which override others. I have several classes with many delegate methods (which do not override others). Can their Javadoc be "inherited" (more exactly: copied)? /** here I need the copy of wrappedMethod's Javadoc */ public void delegateMethod(Object param){ innerSomething.wrappedMethod(param); } A @link or @see tag would be appropriate here. If you're wrapping the method, it must provide distinctive behavior which makes it unsuitable for overloading or otherwise. Sometimes it's actually a good thing to cut and paste documentation.

Not a Duplicate of Invoking virtual function and pure-virtual function from a constructor : Former Question relates to C++ 03, not new Constructor Delegation behavior in C++ 11, and the question does not address the mitigation of undefined behavior by using delegation to ensure proper construction before pure virtual implementations are executed. In C++ 11, what are the dangers of invoking Pure Virtual functions in a class' constructor, during construction, but after the class/object has been "fully constructed" via constructor delegation? Apparently, somewhere in the C++ 11 spec such a

What is the difference between Decorator pattern and Delegation pattern (if there is any) ? I don't want to know just about implementation details but also about use case differencies and subjective point of view how to use them. Decorator pattern Delegation pattern EDIT : Can you point to source code (in OS project) where these pattern (especially Delegation, because Decoration is used in Java IO classes) are used. I'm looking for some real usage not just dummy example. Maybe these patterns are the same differs only in title. Feel free to write this opinion. Anders Johansen Decorator uses

What is the difference between Strategy pattern and Delegation pattern (not delegates)? the strategy pattern is a very specific design solution to a common software problem. the strategy pattern implies that there will be an interface called Strategy (or with Strategy as part of the name). this interface should have a method called execute(). one or more concrete classes called something like ConcreteStrategyA, ConcreteStrategyB, etc. that implement the Strategy interface. there should also be a context class that contains the Strategy delegation is more a principal than a pattern. delegation

I am using Gmail API and I am trying to fetch emails from all users under company. But when I run code such as: function runAPI(auth) { var gmail = google.gmail('v1'); gmail.users.threads.list({auth: auth, userId: '108800016305523828361'},'',function(err, response){ if (err) { console.log("The API returned an error: " + err); return; } var threads = response.threads; console.log(threads); }) } I get error: The API returned an error: Error: Delegation denied for xxxx@xxxxx.com In admin console I did this: As client name I used id from the client_secret.json file. And for scope, I gave it all

I'm trying to transform one method call into another dynamically (at runtime). For instance, I'd like the following: [obj foo] to delegate to: [obj getAttribute: @"foo"] (I'd like to do this dynamically as I don't know ahead of time what those method names or attributes are going to be). I see that there's a hook into: - (id) forwardingTargetForSelector: (SEL) aSelector That only seems to work for delegation, though, I want to keep the object as "self" and transform the method arguments. Where should I look for this sort of behavior? Is it even possible in obj-c? You can use the method

http://jsfiddle.net/walkerneo/QqkkA/ I've seen many questions here either asking about or being answered with event delegation in javascript, but I've yet to see, however, how to use event delegation for elements that aren't going to be the targets of the click event. For example: HTML: <ul> <li><div class="d"></div></li> <li><div class="d"></div></li> <li><div class="d"></div></li> <li><div class="d"></div></li> <li><div class="d"></div></li> <li><div class="d"></div></li> </ul>​ CSS: ul{ padding:20px; } li{ margin-left:30px; margin-bottom:10px; border:1px solid black; } .d{ padding:10px;