편집 기록

It is the Answer.

A()
B(int)
C(int)
 ~C() 
~B() 
~A()

근데 왜 이런 답이 나왔는지 흐름을 모르겠습니다.

class A {
public:
  A() { cout << “A()\n”; }
 ~A() { cout << “~A()\n”; }
}

class B : public A
 {
 public:
 B() { cout << “B()\n”; }
 B(int i) { cout << “B(int)\n”; }
 ~B() { cout << “~B()\n”; }
}

class C : public B {
 public:
 C() { cout << “C()\n”; }
 C(int i) : B(i) { cout << “C(int)\n”; }
 ~C() { cout << “~C()\n”; } 
 }

void main() {
 C *b = new C(3);
 delete b;
}

It is the Answer.

A() B(int) C(int) ~C() ~B() ~A()

근데 왜 이런 답이 나왔는지 흐름을 모르겠습니다.

class A { public: A() { cout << “A()\n”; } ~A() { cout << “~A()\n”; } }

class B : public A { public: B() { cout << “B()\n”; } B(int i) { cout << “B(int)\n”; } ~B() { cout << “~B()\n”; } }

class C : public B { public: C() { cout << “C()\n”; } C(int i) : B(i) { cout << “C(int)\n”; } ~C() { cout << “~C()\n”; } }

void main() { C *b = new C(3); delete b; }