/* j_3_p_9
Create a class Father that has height & color as data member. Create a class Mother that
has color & eyeColor as data member. Create a class child that will inherits the Father &
Mother class. (Multiple)
*/
#include <iostream.h>
#include <conio.h>
class father
{ public:
int h;
char fclr[10];
};
class mother
{
public:
char mclr[10], eyeclr[10];
};
class child : virtual public father, virtual public mother
{
void father()
{
cout << "Enter Father Height : ";
cin >> h;
cout << "Enter Father color : ";
cin >> fclr;
}
void mother()
{
cout << "Enter Mother color : ";
cin >> mclr;
cout << "Enter Mother eye color : ";
cin >> eyeclr;
}
void print()
{
cout << "Father Height is " << h << endl;
cout << "Father color is" << fclr << endl;
cout << "Mother color is " << mclr << endl;
cout << "Mother eye color is " << mclr;
}
};
void main()
{
clrscr();
child obj;
obj.father();
obj.mother();
obj.print();
getch();
}
7.Write a program to read a list containing item name, item code and cost interactively and produce a three-column output as shown below. NAME CODE COST Turbo C++ 1001 250.95 C Primer 905 95.70 ------------- ------- ---------- ------------- ------- ---------- Note that the name and code are left-justified and the cost is right-justified with a precision of two digits. Trailing zeros are shown.
/*J_4_P_8 Write a program to read a list containing item name, item code and cost interactively and produce a three-column output as shown below. NAME CODE COST ======================= Turbo C++ 1001 250.95 C Primer 905 95.70 ------------- ------- ----------------- ------------- ------- ----------------- Note that the name and code are left-justified and the cost is right-justified with a precision of two digits. Trailing zeros are shown. */ #include <iostream.h> #include <iomanip.h> #include <string.h> #include <conio.h> class item { char name[40]; int code; float cost; public: void get_data(char *n, int c, float co)...
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