package learning;

public class Game   // November 24 and 26, 2015
{
	ArrayList<Player> players;
	ArrayList<Property> properties;

	Random random;
	Player currentPlayer;
	int currentPlayerPosition;

	public Game()
	{
		makeProperties();
        makePlayers();
        currentPlayer = players.get(0);
        currentPlayerPosition = 0;

        random = new Random(); 		// we have an object we want to last the lifetime of the game, and we initialize it in the constructor

        for (int i =0; i <players.size(); i ++) {
                Player player = players.get(i);
                player.addMoney(1500);
                player.setLocation(Boardwalk);
        }
	}
	public void makeProperties()
	{
		Property parkPlace = new Property(30, 5);
        Property boardwalk = new Property(40, 10);
	}
	public void makePlayers()
	{
		Player player = new Player("thimble");
        Player owner = new Player("dog");
	}
	public void playGame(player)
	{
		//use a while loop rather than a for loop because we don't know how many turns this game will take
		while(true) {
			 Player winner = doTurn(currentPlayer);		// doTurn should return a player if there is a winner
			 if (winner != null) {						// if there is a winner, return the winner
			   return winner;
			 }
			advanceCurrentplayer();
			}
	}
	public void doTurn(Player player)
	{
		System.out.println("Started turn: " + player.getToken());

		int die1 = random.nextInt(6) + 1;
		int die2 = random.nextInt(6) + 1;
		int diceRoll = die1 + die2;

		System.out.println("Rolled: " + die1 + " and " + die2 + " => " + diceRoll);

		Property landed = advancePlayer(player, diceRoll);

		System.out.println(player.getToken() + " landed on " + landed.getName());

		if (landed.getOwner() == null) 	// we're ignoring if (landed.getOwner() == player)
		{
			 player.buyProperty(landed, landed.getPrice());
			 System.out.println(player.getToken() + " has bought " + landed.getName() + " for $" + landed.getPrice());
		}

		else if (landed.getOwner() != player)	// else if rather than else because we don't want to subtract the money if current player owns this space
		{
			player.subtractMoney(landed, landed.getRent());
			landed.getOwner().addMoney(landed.getRent());

			System.out.println(player.getToken() + " has paid " + landed.getOwner.getToken() + "$" + landed.getRent() + " for landing on " + landed.getName());

			/* landed is a Property
			landed.getOwner() <- Player object that owns property
			landed.getOwner().addMoney <- call a function on the Player object that owns the property
			then you pass to that landed.getRent() <- rent value of the property
			*/
		}
		if (player.getBalance() == 0)
		{
			players.remove(player);
			System.out.println("Player " + player.getToken() + "has lost.");

			if (players.size() == 1) {
			return players.get(0);
			System.out.println(player.getToken() + "has won.");
											// first we remove the player who lost. now there's one player in the list
											// check if that player is still alive. if they are, they win
											// this would support a game with multiple players
		}
	public void advanceCurrentPlayer()
	{
		currentPlayerPosition++;
		currentPlayer = players.get(currentPlayerPosition);

		if (currentPlayerPosition >= players.size())
		{
			currentPlayerPosition = 0; 		// so that we don't increment past the last player in the list
											// this checks if we are at the end and, if yes, go back to the first player
		int index = -1;

		if (currentPlayer.getLocation().equals(properties.get(i))
			{
			break;
			}
		}
	}
	}
}
}