From page 200 of [u]Professional C++</u> comes the following sentences:
"In fact a static method is just like a regular function. The only difference is that it can access private and protected static data members of the class and private and protected non-static data members on other objects of the same type."

Is the last sentence entirely true? It is my belief that a static method only has access to static data members and therefore has no access to non-static data member. Please clarify.

Thank you.

Sorry for the delay in replying. I think the confusion comes from the fact that inside the static method, there is no "this" so you wouldn't think that accessing non-static data would make any sense. But you're still inside the class so you can access private and protected data members on *other* objects:

  std::cout << someInstance.privateDataMember << std::endl;



----
Scott J. Kleper
Author, "Professional C++"
(Wrox, 2005)

We had a blast writing this book because there are so many intricacies to C++. Some language features border on the ridiculous, which means that they make great interview questions.
Let's say you have two classes, Super and Sub.
Ex.
Sub is a subclass of Super and it overrides the method foo() as shown below:

class Super
{
    public:
        virtual void foo(int i);
};

class Sub : public Super
{
    public:
        virtual void foo(int i);
};
================================================== ======
Victor
Our mission is to provide high quality end to end solutions to the BPO segment in a manner that will improve the operational efficiency while reducing the cost of the services to the client.
4thdimension1@gmail.com

So what was the point of that example????

But Sub and Super are abstract classes? Is that what you were pointing out???

Where is the question there???

The methods have not been implemented.

C++ has a very "rich" syntax. Part of this is inherited from C. For example the notation for defining function pointers( in my interview). Some is new to C++ like the various uses of the virtual keyword.

How many ways can virtual be used to obtain the same result?

How many ways can const be used and mean the same thing?

You can declare an object in the static method,
and you have access to private or protected members of the object.

If you are asking about how one class can gain access to private members of another here is an example. Class C1 declares class C2 as a friend.

Here is an example of a private method of a class being called from within a private method of the same type of class. I do believe this is legal code. A class can access private members of objects of the same class.