How is the following reimplemented into a class template with the corresponding main program?

Reimplement class Array from the following excerpt as a class template. Also write a main driver program that: 1) Asks the user for integer values, stores them in an integer Array, and then prints the values stored in the integer Array 2) Asks the user for string values, stores them in a string Array, and then prints the values stored in the string Array

Figs 10.10-10.11:

Array.h 1II Fig. 10.10: ay class definition with overloaded operators. 3 #ifndef ARRAY-H 4 #define ARRAY-H 6 #include s class Array friend std: :ostream& operator> (std::istream&, Array8) 12 public: l' explicit Array(int = 10); // default constructor 14 Array(const Array&);/ copy constructor 15 ArrayO; // destructor 16 sizet getSizeO const; // return size 17 18 const Array& operator-(const Array&); // assignment operator 19 bool operator-(const Array&) const; // equality operator 20 2 // inequality operator; returns opposite of-operator 22 bool operator!-(const Array& right) const 23 24 25 26 27 28 return ! (*this-right); // invokes Array: :operator.= 26 subscript operator for non-const objects returns modifiable 1value int& operator [1Cint): / subscript operator for const objects returns rvalue int operator []Cint) const: 31 private: 32 size t size: // pointer-based array size nt ptr/ pointer to first element of pointer-based array 36 #endif ig. 10.10 | 0 Array class definition with overloaded operators