// a program illustrating dynamic structure allocation
#include <iostream.h>
#include <string.h>

const int MAXNAME = 30;  // maximum no. of characters in a name
const int MAXTEL = 16;   // maximum no. of characters in a telephone number

struct TeleType
{
  char name[MAXNAME];
  char phoneNo[MAXTEL];
};

void populate(TeleType *);  // function prototype needed by main()
void dispOne(TeleType *);  // function prototype needed by main()

int main()
{
  char key;
  TeleType *recPoint;   // recPoint is a pointer to a
                        // structure of type TeleType

  cout << "Do you wish to create a new record (respond with y or n): ";
  key = cin.get();
  if (key == 'y')
  {
    key = cin.get();      // get the Enter key in buffered input
    recPoint = new TeleType;
    populate(recPoint);
    dispOne(recPoint);
  }
  else
    cout << "\nNo record has been created.";

  return 0;
}

  // input a name and phone number
void populate(TeleType *record) // record is a pointer to a
{                            // structure of type TeleType
  cout << "Enter a name: ";
  cin.getline(record->name,MAXNAME);
  cout << "Enter the phone number: ";
  cin.getline(record->phoneNo,MAXTEL);

  return;
}
  // display the contents of one record
void dispOne(TeleType *contents)  // contents is a pointer to a
{                                 // structure of type TeleType
  cout << "\nThe contents of the record just created is:"
       << "\nName: " << contents->name
       << "\nPhone Number: " << contents->phoneNo << endl;

  return;
}