#include <iostream>
#include <string>

#include "todolist.hpp"
#include "task.hpp"

using todo::Task;
using todo::ToDoList;

class X
{
public:
  Task tasks[2];
};

ToDoList morningList(const std::string&);

int main(int argc, char *argv[])
{
  /*
  X x;
  x.tasks[0] = Task("Mwake", 1);
  x.tasks[1] = Task("brush", 2);
  std::cout << "copying X" << std::endl;
  X y = x;
  std::cout << "printing copy" << std::endl;
  y.tasks[0].print(std::cout);
  y.tasks[1].print(std::cout);
  std::cout << std::endl;
  */
  
  Task coffee{"make coffee", 10};
  Task drink{"drink coffee", 30};
  Task walk{"walk to office", 20};
  Task prep{"prepare for class", 60};
  Task teach{"teach class", 75};

  std::cout << "Making Monday" << std::endl;
  ToDoList monday{};
  monday.add(coffee).add(drink);

  std::cout << "Making Wednesday" << std::endl;
  ToDoList wednesday = monday;
  wednesday.add(walk).add(prep).add(teach);

  std::cout << "Making Thursday" << std::endl;
  //ToDoList thursday = morningList("tea");
  auto thursday = morningList("tea").add(Task("make more tea", 5));

  std::cout << "Copying Monday" << std::endl;
  monday = morningList("coffee");
  
}

ToDoList morningList(const std::string& drink)
{
  ToDoList tea{};
  tea.add(Task("make tea", 10)).add(Task("drink tea", 30));

  ToDoList coffee{};
  coffee.add(Task("make coffee", 10)).add(Task("drink coffee", 30));

  if (drink == "tea")
    {
      return tea;
    }
  else
    {
      return coffee;
    }
}