#include <iostream>
#include <typeinfo>
using namespace std;
//myClassTemplate3
// defiining template 
// using Type Template 
// compare with myStructNonType Template
//where we used template <class FreeType, int eid> 
template <class T>
class Compare {
public:
    T n1, n2;
    //Compare (T first, T second){n1=first; n2=second;}
    // 
    Compare (int x1, int y1)
    { n1= x1,n2=y1; cout<<"\n Integer constructor :Handles Integers " ;   } ; 
    Compare (string x1, string y1)
        { n1= x1,n2=y1; cout<<"\n String Constructor :  Handles string " ;   } ; 
    T higherValue ();
   //you can't call cout << "\n template defined " ;
    ~Compare(){ cout << "\n  destructor worked"; };
private:
    T *ptr1; 
    int n3;
};
// defining template parameter type
template <class T>
T Compare<T>::higherValue ()
{
	 cout << "\n   ----> template initialized " ; 
// T represents the method declared before
	T compare; 
// method or function that will compare to values
	cout << " \n value compared || " << n1 << " : " << n2 
	<<"\n Higher value is : "; 
	compare = n1>n2? n1 : n2;
   
  return compare;
}
// 
int main () {
	  cout << "\n--------main starts-----------";
		int n11 = 100; 
	  Compare <int> myobject1 (n11, 75);
	  cout << myobject1.higherValue();
	  Compare<string>myString("Hi", "There");
	  cout << myString.higherValue();
	  Compare <double> mydouble (12.25, 75.25);
	  	  cout << mydouble.higherValue();
	 // Compare <double> mymix ("Hello", 75.25);
	  		// cout << mydmix.higherValue();
	  cout << "\n--------main ends-----------";
	  
    return 0;
}