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How to write an inline class member function
In addition to global functions, you may request that non-static member functions of a class be inlined. The normal method of doing this is to simply define the function within the scope of the class definition. In this case the inline request is made automatically, so the keyword inline does not require to be written.
Here the member function integer:: store ( ) is an inline member function because it is completely explained within the context of the class definition.
e.g.
Class integer
{
public:
// This is an inline function
Void store (int n )
number =n ;
}
private:
int number ;
};
Functions inlined within the class definition are not evaluated by the compiler unless the entire class scope has been processed. That's why, if they are explained first, they can refer to members defined later, or even compute the size of the class. The only problem with this class is that now it has been " cluttered up" with the actual definition of the integer:: store() function.
To store a date use a structure that contains three members date, month and year. If the dates are equal then display message “Equal” otherwise “Unequal” Program structure: main()
padovan string generation till 40
create a program to populate the first array then the odd number is the second array and get the sum of the second array.
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A: This will turn o_ "name mangling" for func so that one can connect to code compiled by a C compiler.
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A Padovan string P(n) for a natural number n is defined as: P(0) = ‘X’ P(1) = ‘Y’ P(2) = ‘Z’ P(n) = P(n-2) + P(n-3), n>2 where + denotes string concatenation. For a string of the c
write a program to find the area under the curve y=f(x) between x=a & x=b
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