What is Hybrid Inheritance in C++

January 4, 2023

Hybrid or Multipath Inheritance in C++

On this page we will discuss about hybrid inheritance in C++ . As we know that inheritance is the process of extending the source code of one class to another class . It’s interesting to know that we can have the combination of both multilevel and Hierarchical Inheritance . This type of inheritance is also known as Multipath or Hybrid Inheritance

Syntax to Implement Hybrid Inheritance in C++

The class that is acquiring the behaviors is called child class or derived class or subclass
The class from which behaviors are taken is called parent class or superclass or base class

class parent
{
  ----;
};
class child1: access parent
{
  -----;
  //contains properties of both
  //parent+child1
};
class child2: access parent
{
  ----;
  //contains properties of both
  //parent+child2
};
class child2_1: access child2
{
  -----;
  //contains properties of both
  //parent+child2+child2_1
};
class child1_1:access child1
{
  -----;
  //contains properties of both
  //parent+child2+child1_1
};

Loop Types in C++

Decision Making in C++

Array in C++

String in C++

Function in C++

Example: Program to demonstrate hybrid inheritance

Run

#include <iostream>
using namespace std;
class A
{

public:
void m1()
{
cout<<"\n m1 from class A";
}

};

class B: public A//B class inherits A as Parent
{

public:
void m2()
{
cout<<"\n m2 from class B";
}
//contains data of A+B

};

class C: public A//C class inherits A as Parent
{

public:
void m3()
{
cout<<"\n m3 from class C"; } //Contains data of A+C }; class D:public B//multilevel inheritance from A->B->D 
{

public:
void m4()
{
  cout<<"\n m4 from class D"; } //contains data of class A+B+D }; class E:public C//multilevel inheritance from A->C->E
{

public:
void m5()
{
  cout<<"\n m5 from class E";
}
  //contains data of class A+C+E

};

main()
{
  D d;//contains A+B+D properties 
  d.m1();
  d.m2();
  d.m4();
  E e;//contains A+C+E properties 
  e.m1();
  e.m3();
  e.m5();

}

Output:

m1 from class A
m2 from class B
m4 from class D
m1 from class A
m3 from class C
m5 from class E

Hierarchal Inheritance from A-B and A-C

Class B contains 2 methods m1() from class A and m2() by its own
Class C contains 2 methods m1() from class A and m3() by its own

Multilevel inheritance from class A-B-D and A-C-E

Class D contains 3 methods m1() from class A and m2() from class B and its own method m4()
Class E contains 3 methods m1() from class A and m3() from class C and its own method m5()

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