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

class Answer {
public:
    string a;

    
    Answer(string newa)
    {
        a=newa;
        //I wanted to include something in the constructor
        //that would automaticly add the Answer to a vector or array,
        //but couldn't think how. (return its own address before its constructed?)
    }
    
    bool operator==(Answer& A)
    {
        return (a==A.a);
    }
    
    
    void display()
    {
        cout << a;
    }

};

vector<Answer> answers(20);
/*I'm just using vectors because I don't know how and want to learn
It gives me two errors that say: expected identifier before numeric
constant and expected ',' or '...' before numeric constant.
I was going to make this a static data member, but was unsure how
to proceed
*/


    
void add(Answer& A)
{
    (Answer)answers[answers.size()]=A;
    /*it says: insufficient contextual information to determine type,
    does it have to do with parsing to type Answer?
     */
}

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

#include "Answer.cpp"
//also wondering how you include files in c++ like java does.
//my eclipse java compiler will let you use class A as a return type
//in class B, class B as a return type in A also, so they both depend on each other.
// how do you make sure that a file
//is included only once, like a java import? is it with #ifndef and #define?

class Question {
public:
    
    string question;
    Answer& correctAnswer;
    //please help me with references!
    
    Question(string q,Answer& C)
    //it says that Answer::Question::correctAnswer is uninitialized.
    //why is Question inside of Answer?
    {
        question=q;
        correctAnswer=C;
                
    }
    
    void sameAnswer(Answer& a,Answer& b)
    //I wanted a device to make sure that no two prompted choices were the same
    {
        while (a==b)
        {
            b=answers[(rand()%answers.size())+1];
            //again, insufficient contextual information to determine type
        }
    }
    
    void ask()
    {
        Answer& x=&answers[(rand()%answers.size())+1];
        Answer& y=&answers[(rand()%answers.size())+1];
        Answer& z=&answers[(rand()%answers.size())+1];
        //again, not enough contextual info.
        
        cout << question << endl;
        cout << "A: " << correctAnswer.a << endl;
        cout << "B: " << x.a << endl;
        cout << "C: " << y.a << endl;
        cout << "D: " << z.a << endl;


    }