Auto a2;
	cout << a2;

	Auto a1("Audi", "BT 3984 KM", 2007);
	cout << a1;

	Auto a3("Mercedes", "GE BA 636", 2006);
	cout << endl << "Marca Autovehiculului 3 este : " << a3.spune_marca() << endl;

	Auto *a4 = new Auto("Volvo", "IS 154 NIS", 2009);
	Console::WriteLine("Anul Automobilului a4 este {0}", a4->get_an());
	a4->inc_an(5);
	Console::WriteLine("Anul este acum {0}", a4->get_an());

	Auto a5;
	cout << "Citim datele automobilului 5";
	cin >> a5;
	cout << endl << a5;

   vector<Auto> vp(2);
	vp.reserve(3);
	vp[0]=a1; cout<<"\nNrElemente="<<vp.size()<<" cu extindere pana la ="<<vp.capacity()<<endl;
	vp[1]=a2;
	vp.push_back(a3);
	for(int i=0;i<vp.size();i++) cout<<vp[i];

	vector<Auto*> vpp;
	vpp.push_back(new Auto("BMW", "GL 25 BSI",2000));
	vpp.push_back(new Auto("Volvo","BC 54 EDI",2001));
	vpp.push_back(new Auto("Seat","BC 89 HSA",2002));
	vector<Auto*>::iterator iter_a;
	for(iter_a = vpp.begin(); iter_a != vpp.end(); iter_a++ )
	cout << **iter_a <<" " ;     cout <<endl;
	iter_a = vpp.begin() + vpp.size() / 2;
	vpp.erase(iter_a); cout << *vpp[1];
	vector<Auto*>::reverse_iterator rit;
	for (rit = vpp.rbegin()+1; rit != vpp.rend(); rit++) cout << (*rit);

	system("Pause");
	return 0;