public Pawn RollDiceNextPlayer(LudoDbContext context, Game game, string color)
{
var currentPlayer = game.Players.First(p => p.Color == color);
var Bot = false;
if (currentPlayer.Bot)
{
Bot = true;
}
var pawn = new Pawn();
Console.WriteLine("Press any key for next dice roll!");
var RandomNumber = new Random();
var r = 0;
if (Bot)
{
r = RandomNumber.Next(1, 7);
}
else
{
r = VisualWidgets.MainFunction();
if (r == 0)
{
r = 1;
}
}
Thread.Sleep(500);
Console.WriteLine($"You got {r}");
var currentPawns = currentPlayer.Pawns;
var currentPawnsInBase = currentPawns.Where(p => p.PawnState == Pawn.State.Base);
var CurrentPawnsInPlay = currentPawns.Where(p => p.PawnState == Pawn.State.Playing);
if (r == 6 || r == 1 && currentPawnsInBase.Any())
{
List <string> Options = new List <string>();
var Choice = "";
if (r == 1)
{
if (!CurrentPawnsInPlay.Any())
{
MovePawnOutOfNest(currentPawns);
}
else
{
Options.AddRange(new string[] { "Move one pawn out of the nest", "Move an existing pawn" });
if (Bot)
{
Choice = Randomizer.ListRandomizer(Options);
Console.WriteLine(Choice);
}
else
{
Console.WriteLine("The Bot will: \n" + Choice);
Choice = MenuNavigator.Menu.ShowMenu(Options);
}
}
}
else
{
if (currentPawnsInBase.Any())
{
Options.Add("Move one pawn out of the nest and 6 steps");
if (currentPawnsInBase.Count() > 1)
{
Options.Add("Move two pawns out of the nest");
}
}
if (CurrentPawnsInPlay.Any())
{
Options.Add("Move an existing pawn");
}
if (Bot)
{
Choice = Randomizer.ListRandomizer(Options);
Console.WriteLine("The Bot will: \n" + Choice);
}
else
{
Console.WriteLine("What Would you like to do?");
Choice = MenuNavigator.Menu.ShowMenu(Options);
}
}
switch (Choice)
{
case "Move two pawns out of the nest":
MovePawnOutOfNest(currentPawns);
pawn = MovePawnOutOfNest(currentPawns);
break;
case "Move one pawn out of the nest and 6 steps":
pawn = MovePawnOutOfNest(currentPawns);
MovePlayingPawn(pawn, r);
break;
case "Move an existing pawn":
DeterminePawn(currentPawns);
break;
case "Move one pawn out of the nest":
MovePawnOutOfNest(currentPawns);
break;
}
}
else if (CurrentPawnsInPlay.Any())
{
DeterminePawn(currentPawns);
}
Pawn MovePawnOutOfNest(IEnumerable <Pawn> pawns)
{
pawn = pawns.First(p => p.PawnState == Pawn.State.Base);
pawn.PawnState = Pawn.State.Playing;
pawn.Position = 0;
return(pawn);
}
Pawn DeterminePawn(IEnumerable <Pawn> pawns)
{
var pawn = new Pawn();
var playingPawns = pawns.Where(p => p.PawnState == Pawn.State.Playing);
if (playingPawns.Count() == 1)
{
pawn = pawns.First(p => p.PawnState == Pawn.State.Playing);
}
else
{
var pawnsPlaying = playingPawns.ToList();
List <string> pawnPositions = new List <string>();
for (int i = 0; playingPawns.Count() > i; i++)
{
pawnPositions.Add(pawnsPlaying[i].Position.ToString());
}
var choice = "";
if (Bot)
{
choice = Randomizer.ListRandomizer(pawnPositions);
Console.WriteLine("The bot will move the pawn at position: " + choice);
}
else
{
Console.WriteLine("Which Pawn do you want to move?");
choice = MenuNavigator.Menu.ShowMenu(pawnPositions);
}
pawn = pawns.First(p => p.Position == Int32.Parse(choice));
}
return(MovePlayingPawn(pawn, r));
}
Console.ReadLine();
return(pawn);
}
