// This example shows the order in which the constructors and destructors get
// invoked in a class hierarcy

#include 

class A {
	public:
		A();
		~A();
};

class B : public A {
	public:
		B();
		~B();
};

class C : public B {
	public :
		C();
		~C();
};

A::A() { cout << "Inside the constructor of A" << endl; }
B::B() { cout << "Inside the constructor of B" << endl; }
C::C() { cout << "Inside the constructor of C" << endl; }

A::~A() { cout << "Inside the destructor of A" << endl; }
B::~B() { cout << "Inside the destructor of B" << endl; }
C::~C() { cout << "Inside the destructor of C" << endl; }

int main () {
	A a;
	B b;
	C c;
}