#include <iostream>
#include <list>
using namespace std;

/*
class Date
{
    private:
        int year, month, day;
    public:
        Date(int y, int m, int d) { year = y; month = m; day = d; }
        bool operator=(const Date d)
        {

        }

};
*/

class MyObject
{
    virtual MyObject* clone()=0;
    virtual string toString()=0;

};


class UniMember : public MyObject
{
    private:
        string name, e_mail, dob;

    public:
        UniMember(string n, string e, string d);
        virtual void print();
        string toString() final override;
};

void UniMember::print(){
    cout << "UniMember name: "<<name<<endl;
    cout << "UniMember e_mail: "<<e_mail<<endl;
    cout << "dob: "<<dob<<endl;
}

UniMember::UniMember(string n, string e, string d)
            : name(n), e_mail(e), dob(d)
{
    cout << "UniMem init" << endl;
}


class Student : public UniMember
{
    private:
        int admissionYear;
        list<string> courses;

    public:
        Student(string n, string e, string d, int y, list<string> coursesList);
        virtual void print();
        Student* clone() override;

};

Student* Student::clone(){
    return new Student(*this);
}

void Student :: print (){
    cout <<"Student Admission Year: "<<admissionYear<<endl;
}
Student :: Student(string n, string e, string d, int y, list<string> coursesList)
    : UniMember(n, e, d), admissionYear(y), courses(coursesList)
{
    cout << "student init" << endl;
}

class Teacher : public UniMember
{
    private:
        list<string> courses;

    public:
        Teacher(string n, string e, string d, list<string> coursesList);
        virtual void print();
        Teacher* clone() override;

};

Teacher* Teacher::clone(){
    return new Teacher(*this);
}

void Teacher :: print(){
    UniMember::print();
    //print courses
}
Teacher :: Teacher(string n, string e, string d, list<string> coursesList)
            : UniMember(n, e, d), courses(coursesList)
{
    cout << "teacher init" << endl;
}

void test1()
{
    UniMember* pUniMember;
    list<string> L = { "maths", "c++", "stuff" };
    pUniMember = new Student{"John", "john@stud.com", "1827-05-28", 1997, L};

    list<string> tL = { "theory of something", "physics" };
    pUniMember = new Teacher {"Peter", "boss@uni.ro", "1672-02-12", tL};
    pUniMember->print();

    Teacher* pTeacher;
    pTeacher = new Teacher {"Ralph", "ralph@uni.ro", "1972-02-12", tL};
   // pTeacher = new UniMember { ""}
}

void test_lab10_1(){
    list<UniMember*>uList;
    list<string> L = { "maths", "c++", "stuff" };
    list<string> tL = { "theory of something", "physics" };
    uList.push_back(new Teacher{"Peter", "boss@uni.ro", "1672-02-12", tL});
    uList.push_back(new Student{"John", "john@stud.com", "1827-05-28", 1997, L});
 //   uList.push_back(new UniMember{"DASAS","asd@asd.com","123-123-123"});
    for (list<UniMember*>::iterator it = uList.begin();it!=uList.end();++it){
        (*it)->print();
        cout << endl;
    }
}

//void testNotInst(){
//    UniMember{"ASDAWD","asd22@a22sd.com","123-123-123"};
//
//}

string UniMember::toString(){
    return string("abc");
}

int main()
{
//    UniMember Andrew{"Andrew", "andrew@uni.com", "2017-04-12"};
//
//    list<string> L = { "maths", "c++", "stuff" };
//    Student John{"John", "john@stud.com", "1827-05-28", 1997, L};
//
//    list<string> tL = { "theory of chibrit", "boring stuff III" };
//    Teacher Peter{"Peter", "boss@uni.ro", "1672-02-12", tL};
    return 0;
}