#include "pch.h"
#include <iostream>
#include <string>

using namespace std;

//Wprowadzenie:
class A {
private:
	int x_A;

protected:
	int y_A;

public:
	int z_A;

	A() : x_A(0), y_A(0), z_A(0)
	{
		cout << "Lista inicjalizacyjna A zostala wywolana" << endl;
	}

	~A()
	{
		cout << "Destruktor A zostal wywolany" << endl;
	}

	void print_values_A()
	{
		cout << x_A << "\t" << y_A << "\t" << z_A << endl;
	}
};
class B : public A
{
private:
	int x_B;

protected:
	int y_B;

public:
	int z_B;

	B(int x) : A(), x_B(x), y_B(0), z_B(0)
	{
		cout << "Lista inicjalizacyjna B zostala wywolana" << endl;
	}
	~B()
	{
		cout << "Destruktor B zostal wywolany" << endl;
	}
	void print_values_B()
	{
		cout << y_A << "\t" << z_A << "\t" << x_B << "\t" << y_B << "\t" << z_B << endl;
	}
};
class C : protected B
{
private:
	int x_C;

protected:
	int y_C;

public:
	int z_C;

	C(int x) : B(x), x_C(x), y_C(0), z_C(1)
	{
		cout << "Konstruktor C zostal wywolany" << endl;
	}
	~C()
	{
		cout << "Destruktor C zostal wywolany" << endl;
	}

	void print_values_C()
	{
		cout << y_B << "\t" << z_A << "\t" << y_B << "\t" << z_B << "\t" << x_C << "\t" << y_C << "\t" << z_C << endl;
	}
};
class AA
{
protected:
	double x, y;

public:
	AA(double x, double y) : x(x), y(y) { cout << "Konstruktor AA zostal wywolany" << endl; }

	virtual double compute()
	{
		return x + y;
	}
	AA() {}
	virtual ~AA() { cout << "Wirtualny destruktor AA zostal wywolany" << endl; }
};
class BB : public AA
{
public:
	BB(double x, double y) : AA(x, y) { cout << "Konstruktor BB zostal wywolany" << endl; }

	virtual double compute()
	{
		return x * y;
	}
	BB() {}
	virtual ~BB() { cout << "Wirtualny destruktor BB zostal wywolany" << endl; }
};
//Zadania:
class Shape
{
protected:
	string name;

public:
	Shape(string name) : name(name) { cout << "Konstruktor shape zostal wywolany" << endl; }
	~Shape() { cout << "Destruktor shape zostal wywolany" << endl; }
	void getName(string name)
	{
		cout << name << endl;
	}
};

void Wprowadzenie()
{
	//1
	/*A a;
	a.print_values_A();
	B b(5);
	b.print_values_B();
	C c(7);
	c.print_values_C();*/
	//2
	/*A a1;
	B b1(5);
	C c1(2);
	cout << "Zwykle A" << endl;
	a1.print_values_A();
	b1.print_values_A();
	b1.print_values_B();
	c1.print_values_C();

	A &a2 = b1;
	a2.print_values_A();

	A *a3 = &b1;
	cout << "Wskaznik A" << endl;
	a3->print_values_A();*/
	//3
	/*AA aa1(5, 4);
	cout << aa1.compute() << endl;
	BB bb1(5, 4);
	cout << bb1.compute() << endl;
	AA& aa2_bb1 = bb1;
	cout << aa2_bb1.compute() << endl;
	AA* aa3_bb1 = &bb1;
	cout << aa3_bb1->compute() << endl;
	BB* pbb = new BB(3,1);
	AA* paa_bb = new AA(3,1);
	cout << "Wskaznik do wirtualnej metody: \n" << pbb->compute() << endl;
	cout << paa_bb->compute() << endl;*/
}
void Zad1()
{
	Shape shape("Elo");
	shape.getName
}

int main()
{
	Wprowadzenie();
}