// -------------------------------------------------------------------
//
//      C++ program illustrates the use of nesting classes.
//      This program calculates the wages for the employee named.
//      Copyright (c) Chris H. Pappas and William H. Murray, 1990
//
//      Adapted from Borland C++ Handbook, 3rd ed., McGraw Hill, 1992.
//

#include < iostream.h >

char newline;

// -------------------------------------------------------------------
//
//  Layout the primary class structure
//

class emp_class {
      char first[20];
      char middle[20];
      char last[20];
      double hours;
      double reg_sal;
      double ot_sal;

public:
   void info_in(void);
   void info_out(void);
};

// -------------------------------------------------------------------
//  Define the member function   info_in()


void emp_class::info_in(void)
{
   cout << "Enter first name:  ";
   cin >> first;
   cin.get(newline);            // flush carriage return
   cout << "Enter middle name or initial:  ";
   cin >> middle;
   cin.get(newline);
   cout << "Enter last name:  ";
   cin >> last;
   cin.get(newline);

   cout << "Enter hours worked:  ";
   cin >> hours;
   cout << "Enter hourly wage:  ";

   cin >> reg_sal;
   cout << "Enter overtime wage:  ";
   cin >> ot_sal;
   cout << "\n\n";
}

// -------------------------------------------------------------------
//
//  Define the member function   info_out()


void emp_class::info_out(void)
{
   cout.setf(ios::fixed);
   cout.precision(2);
   cout << first << "  " << middle
          << "  " << last << "\n";
   if (hours <= 40)
     cout << "Regular Pay:  $"
             << hours * reg_sal << endl;
     else {
       cout << "Regular Pay:  $"
               << 40 * reg_sal << endl;
       cout << "Overtime Pay:  $"
               << (hours-40) * ot_sal << endl;
        }

}

// -------------------------------------------------------------------
//
// Main function for the program

int main()
{
   emp_class widget;             //associate the variable named widget with class

   widget.info_in();            //invoke a member function
   widget.info_out();           //invoke a member function
   return(0);
}