Is there an effective way to make transparent the related interface of an overridden method

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I have a class implementing multiple interfaces. Via the interfaces I have many overridden methods in the code originating from the various interfaces:

public class myClass implementing IF1, IF2, IF3, .... () {
....
@Override
method1 () { ...} <-- from IF2
method2 () { ...} <-- from IF1
method3 () { ...} <-- from IF2
method4 () { ...} <-- from IF2
method5 () { ...} <-- from IF3
method6 () { ...} <-- from IFxy
}

I have repeatedly the issue that I want to know which interface the overriding mathod belongs to and to navigate to the corresponding interface. Is there an elegant way to make the method-to-interface relation visible/transparent?

All the best WolfiG

It's not possible to make it explicit in Java code. Contrast this with C# for example:

class MyClass : Interface1, Interface2 {
    override Interface1.Method1 {...}
    override Interface2.Method1 {...}
}

Notice that in the C# code above, there are two methods with the same name but overriding different interfaces. This is not possible in Java. If two implemented interfaces have the same method, you can only have one method in Java which overrides the method of both interfaces at once. Therefore, it's not really possible to say in code which interface a certain method is overriding. It's overriding all methods of the same name in all interfaces.

However, you can add a comment. Also, if you add a Javadoc comment, then the generated documentation will automatically say "Specified by method xxx in interface yyyy."

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You could write the method comment in the source interface and use @inheritDoc annotation to inherit those comment in the implementation class, e.g.:

/**
 * {@inheritDoc}
 */
@Override
public void method1(){

}

Here is the documentation, this is what it says:

Inherits (copies) documentation from the "nearest" inheritable class or implementable interface into the current doc comment at this tag's location. This allows you to write more general comments higher up the inheritance tree, and to write around the copied text.

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Just generate the javadoc:

if a method m() in a given class implements a method in an interface, the Javadoc tool will generate a subheading "Specified by" in the documentation for m(), with a link to the method it is implementing.

Example: https://docs.oracle.com/javase/7/docs/api/java/lang/Short.html#compareTo(java.lang.Short)

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As far as I know there is no "clean" way. What I always do is using my prefered IDE to autogenerate these Methods. I would proceed to generate all Methods from IF1, then from IF2 and so on. Also you could play arround with the method names. Maybe calling them something like IF1Method1, IF1Method2, IF2Method1... and so on.

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Security-Transparent Code, Level 2, Transparent code cannot do the following: In addition, transparent methods cannot override critical virtual methods or implement critical interface methods. when overriding or implementing a transparent virtual or interface method). This scenario is similar to not specifying any attributes; however, the  The signature of the interface method and the same return type or subtype should be maintained when overriding the methods. An implementation class itself can be abstract and if so, interface methods need not be implemented. When implementation interfaces, there are several rules − A class can implement more than one interface at a time. A

CA2134: Methods must keep consistent transparency when , The rule is applied when overriding a virtual method or implementing an interface​. Note. This legacy rule is not available in FxCop Analyzers. For  90) Which of the following can potentially be changed when implementing an interface? a) The parameters of a method defined by the interface. b) The name of a method defined by the interface. c) The return type of a method defined by the interface. d) You cannot change the name, return type, or parameters of a method defined by the interface.

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Comments
  • A method comment maybe?
  • A method comment in my eyes would be the fallback solution. I am thinking of something more automated without the need to think about it.