#include <iostream>

#include "00-conversionClass.h"

int main() {
  cout << "----- 1 ------------------------------------" << endl;
  MyClass a(0);
  cout << "----- 2 ------------------------------------" << endl;
  MyClass b(1);

  cout << "----- 3 ------------------------------------" << endl;
  a = a + 1;

  cout << "----- 4 ------------------------------------" << endl;
  b = b + "one";

  cout << "----- 5 ------------------------------------" << endl;
  // This version will invoke our << operator
  cout << "1 + a + b + 4 = " << (1 + a + b + 4) << endl;

  cout << "----- 6 ------------------------------------" << endl;
  // This version explicitly converts the result to an int, which is then output
  cout << "1 + a + b + 4 = " << (int)(1 + a + b + 4) << endl;

  cout << "----- 7 ------------------------------------" << endl;
  // Here we do integer addition, then construct a MyClass object,
  // then move assign it to b.
  b = 20 + int(a);
  cout << "b = 20 + int(a) ==> b = " << int(b) << endl;

  // Will this compile?  run?
  // cout << "----- 8 ------------------------------------" << endl;
  // a  = 2 * (a + b);
  // cout << "a  = 2 * (a + b) ==> a = " << int(a) << endl;
}