Types
Single Inheritance
Multiple Inheritance
Multi level Inheritance
Hybrid Inheritance
Parent class & child class
Base class & derived class
#include<iostream.h>
#include<conio.h>
class PCP //class name
{
private: //access specifier
float dos,msoffice,foxpro;
public: //access specifier
void pcp_get_fees(); //member function
void pcp_list_fees(); //member function
};
class HDCA:public PCP //inherits the class
{
private: //access specifier
float unix,c,cpp;
public:
void hdca_get_fees(); //member function
void hdca_list_fees(); //member function
};
void PCP::pcp_get_fees() //class name and member
function scope resolution operator will come
{
cout<<”Enter the fees amount for dos:”;
cin>>dos;
cout<<”Enter the fees amount for msoffice:”;
cin>>msoffice;
cout<<”Enter the fees amount for foxpro:”;
cin>>foxpro;
}
void PCP::pcp_list_fees() // class name and member
function scope resolution operator will come
{
cout<<”Dos:”<<dos<<endl;
cout<<”Foxpro:”<<foxpro<<endl;
cout<<”Msoffice:”<<msoffice<<endl;
}
void HDCA::hdca_get_fees()//class name and member function scope resolution operator will come
{
pcp_get_fees();
cout<<”Enter the fees amount for unix:”;
cin>>unix;
cout<<”Enter the fees amount for C:”;
cin>>c;
cout<<”Enter the fees amount for C++:”;
cin>>cpp;
}
void HDCA::hdca_list_fees()//class name and member function scope resolution operator will come
{
pcp_list_fees();
cout<<”Unix:”<<unix<<endl;
cout<<”C:”<<c<<endl;
cout<<”C++:”<<cpp<<endl;
}
void main()
{
PCP p; //object
HDCA h; //object
Clrscr();
Cout<<endl<<”Fees details for pcp”<<endl;
p.pcp_get_fees();
cout<<endl<<”Fees details for HDCA”<<endl;
h.hdca_get_fees();
cout<<endl<<”Fees list for pcp”<<endl;
p.pcp_list_fees();
cout<<endl<<”Fees list for hdca”<<endl;
h.hdca_list_fees();
getch();
}
#include<iostream.h>
#include<conio.h>
class baseA //class name
{
public: //access specifier
void show() //member function
{
cout<<”Base class show function”<<endl;
}
};
class deriA:public baseA //Inherits the class
{
public: //access specifier
void show() //member function
{
cout<<”Derive class show function”<<endl;
}
};
void main()
{
baseA b; //object
deriA d; //object
clrscr();
b.show();
d.show();
getch();
}
#include<iostream.h>
#include<conio.h>
class rectangle //class name
{
private: //access specifier
int length,breadth;
public: //access specifier
rectangle() //constructor
{
length=breadth=0;
}
rectangle(int a,int b) //constructor overloading
{
length=a;
breadth=b;
}
void show() //member function
{
cout<<”Length:”<<length<<”Breadth:”<<breadth<<endl;
}
};
class cuberect:public rectangle //Inheirts the class
{
private: //access specifier
int height;
public: //access specifier
cuberect() //constructor
{
height=0;
}
cuberect(int a,int b,int c):rectangle(a,b) //Constructor
overloading class name body also
{
height=c;
}
void show() //member function
{
rectangle::show() //class name body
cout<<”Height:”<<height<<endl;
}
};
void main()
{
cuberect c1,c2(10,20,30); //object
clrscr();
c1.show();
c2.show();
getch();
}
#include<iostream.h>
#include<conio.h>
class base1 //class name
{
protected: //access specifier
int var1;
public: //access specifier
void disp_base1() //member function
{
cout<<”Var1 is:”<<var1<<endl;
}
};
class base2 //member function
{
protected: //access specifier
int var2;
public: //access specifier
void disp_base2() //member function
{
cout<<”Var2 is:”<<var2<<endl;
}
};
class deri:public base1,public base2//Inheirts theClass
{
{
private: //access specifier
int var3;
public: //access specifier
deri(int a,int b,int c) //Constructor overloading
{
var1=a;
var2=b;
var3=c;
}
void disp_me() //member function
{
cout<<”Var3 is:”<<var3<<endl;
}
};
void main()
{
deri d(10,20,30); //object
clrscr();
d.disp_base1();
d.disp_base2();
d.disp_me();
getch();
}
