#include <iostream>
#include <string>

using namespace std;

// you are allowed to do this, but it is meh .
//     Reusable code is one of the main points of OOP
//     And placing a class definition in a main is definately not reusable
//     But who would want to resue this silly class anyway.
// We will do this for demo purposes.
class FooT {
   public:
       FooT() {
          cout << "You built me without a name " << endl;
          name = "default";
       }
       FooT(string n) {
           name = n; 
           cout << "Creating the FooT " << name << endl;
       }
       ~FooT(void) {
           cout << "Destroying the FooT " << name << endl;
       }
       string Name() {
           return name;
       }
   private:
       string name;
};

class BarT { 
   public:
       BarT(string n) {
          cout << "Creating the BarT " << name << endl;
          name = n;
          data = new FooT(n+" (a member of  BarT: " + name + ")");
       }
        ~BarT() {
          cout << "Deleting the BarT " << name << endl;
          //delete data;
        }
        
       string Name() {
           return name;
       }
   private:
       FooT * data;
       string name;
};

class LisaT { 
   public:
       LisaT(string n): data("From a LisaT " + n) {
          cout << "Creating the LisaT " << name << endl;
          name = n;
       }

       ~LisaT() {
          cout << "Deleting the LisaT " << name << endl;
       }
       string Name() {
           return name;
       }

   private:
       FooT data;
       string name;
};


int main() {
    cout << "Entering main " << endl;

    FooT bad;
    cout << "Declaring a single, static  FooT: foo1 " << endl;
    FooT foo1("foo1");
    cout << endl << endl;

    cout << "Declaring a static array of three FooT (A,B,C) "  << endl;
    FooT fooList[]{FooT("A"),FooT("B"),FooT("C")};
    cout << endl << endl;

    cout << "Declaring a first dynamic array of three FooT(D,E,F) " << endl;
    FooT * secondList = new FooT[3]{FooT("D"),FooT("E"),FooT("F")};
    cout << endl << endl;

    FooT * inList = new FooT[5];

    cout << "Declaring a LisaT Lisa1,  which has a FooT static " << endl;
    LisaT lisa1("Lisa1");
    cout << endl << endl;

    cout << "Declaring a BarT, bart1, which has a FooT dynamic " << endl;
    BarT bart1("bart1");
    cout << endl << endl;

    cout << "Declaring a second dynamic array of BarT(BA, BB) " << endl;
    BarT * thirdList = new BarT[3]{BarT("D"),BarT("E"),BarT("F")};

    cout << "Everything was created, now time to get rid of it " << endl;
    cout << endl << endl;

    cout << "First delete the first dynamic array" << endl;
    delete [] secondList;
    cout << endl << endl;

    cout << "Next delete the second dynamic array" << endl;
    delete [] thirdList;
    cout << endl << endl;

    cout << "exiting main" << endl;
    return 0;
}