// Calls minimax for each possible move and returns best move
public static int FindBestMove(Connect4Game connect4, Connect4Board startBoard, int maxDepth)
{
MiniMaxVanilla.maxDepth = maxDepth;
MiniMaxVanilla.connect4 = connect4;
int player = MAXIMIZING;
List <MoveScore> results = new List <MoveScore>();
Console.WriteLine("Move scores {move, score}: ");
foreach (int move in connect4.GetPossibleMoves(startBoard))
{
Connect4Board nextBoard = connect4.SimulateMove(startBoard, player, move);
int searchScore = MiniMaxSearch(nextBoard, player * -1, 1);
Console.Write("{" + move + ", " + searchScore + "} , ");
results.Add(new MoveScore()
{
move = move, score = searchScore
});
}
int decidedMove = DecideMove(results);
Console.WriteLine("Move chosen: " + decidedMove);
return(decidedMove);
}
public void TestMethodCanWinDiagonallyDown()
{
// AAA
// arrange
Connect4Game game = new Connect4Game();
// act
game.dropPieceInColumn(3);
game.dropPieceInColumn(2);
game.dropPieceInColumn(2);
game.dropPieceInColumn(2);
game.dropPieceInColumn(1);
game.dropPieceInColumn(1);
game.dropPieceInColumn(1);
game.dropPieceInColumn(0);
game.dropPieceInColumn(0);
game.dropPieceInColumn(0);
game.dropPieceInColumn(0);
bool actualIsGameOver = game.isGameOver();
// assert
Assert.IsTrue(actualIsGameOver);
}
public void ProcessNextPlayerCallsCorrectMethods()
{
var player1 = MockRepository.GenerateMock<Connect4Player>();
var player2 = MockRepository.GenerateMock<Connect4Player>();
var game = new Connect4Game(6, 7, player1, player2);
var writer = MockRepository.GenerateMock<WithWriteMethod>();
game.WriteLineToDisplay = writer.WriteLineToDisplay;
//expect a write to screen
writer.Expect(x => x.WriteLineToDisplay(Arg<object>.Is.Anything));
//expect a query ofplayer one
player1.Expect(x => x.GetColumnSelected(Arg<Func<string>>.Is.Anything,
Arg<Action<object>>.Is.Anything,
Arg<Connect4Board>.Is.Anything)).Return(1);
//expect no query pf player 2
player2.Expect(x => x.GetColumnSelected(Arg<Func<string>>.Is.Anything,
Arg<Action<object>>.Is.Anything,
Arg<Connect4Board>.Is.Anything))
.Repeat.Never().Return(1);
game.ProcessNextPlayer();
writer.VerifyAllExpectations();
player1.VerifyAllExpectations();
player2.VerifyAllExpectations();
}
public void CanCreateGame()
{
IPlayer player1 = MockRepository.GenerateMock<Connect4Player>();
IPlayer player2 = MockRepository.GenerateMock<Connect4Player>();
var game = new Connect4Game(rows: 7, columns: 6, player1: player1, player2: player2);
Assert.IsNotNull(game);
Assert.IsInstanceOfType(game, typeof(IGame));
Assert.IsInstanceOfType(game, typeof(Connect4Game));
}
public void TestMethodNewGameIsNotOver()
{
// AAA
// arrange
Connect4Game game = new Connect4Game();
// act
bool isGameOver = game.isGameOver();
// assert
Assert.IsFalse(isGameOver);
}
public void TestMethodGetCurrentPlayer()
{
// AAA
// arrange
Connect4Game game = new Connect4Game();
Piece expectedCurrentPlayer = Piece.Red;
// act
Piece actualCurrentPlayer = game.getCurrentPlayer();
// assert
Assert.AreEqual(expectedCurrentPlayer, actualCurrentPlayer);
}
public void TestMethodGetPieceAt()
{
// AAA
// arrange
Connect4Game game = new Connect4Game();
Piece expectedPieceColor = Piece.Red;
// act
game.dropPieceInColumn(0);
Piece actualPieceColor = game.getPieceAt(5, 0);
// assert
Assert.AreEqual(expectedPieceColor, actualPieceColor);
}
public void TestMethodDropPieceAndCurrentPlayerChanges()
{
// AAA
// arrange
Connect4Game game = new Connect4Game();
Piece expectedCurrentPlayer = Piece.Green;
// act
game.dropPieceInColumn(0);
Piece actualCurrentPlayer = game.getCurrentPlayer();
// assert
Assert.AreEqual(expectedCurrentPlayer, actualCurrentPlayer);
}
public void TestMethodCanWinVertically()
{
// AAA
// arrange
Connect4Game game = new Connect4Game();
// act
for (int columnIndex = 0; columnIndex < 8; columnIndex++)
{
game.dropPieceInColumn(columnIndex % 2);
}
bool actualIsGameOver = game.isGameOver();
// assert
Assert.IsTrue(actualIsGameOver);
}
public async Task Connect4PreGameSetup(GameUser p2, int bet, Connect4Game currentLobby)
{
var player1 = GameService.GetGameUser(Context.User.Id, Context.Guild.Id);
var player2 = GameService.GetGameUser(p2.UserId, Context.Guild.Id);
var lines = new int[6, 7];
var embed = new EmbedBuilder();
// Here we build the initial game board with all empty squares
for (var r = 0; r < 6; r++)
{
if (r == 0)
{
for (var c = 0; c < 7; c++)
{
embed.Description += $":{numlist[c]}:";
}
embed.Description += "\n";
}
for (var c = 0; c < 7; c++)
{
embed.Description += $"{none}";
}
embed.Description += "\n";
}
embed.Description += "Usage:\n" +
"`connect4 [column]`\n" +
$":large_blue_circle: - {Context.User.Mention} <-\n" +
$":red_circle: - {Context.Guild.GetUser(player2.UserId)?.Mention}";
embed.Footer = new EmbedFooterBuilder
{
Text = $"it is {Context.User.Username}'s turn"
};
var gamemessage = await ReplyAsync("", false, embed.Build());
await Connect4PlayingTask(lines, gamemessage, player1, player2, bet, embed, currentLobby);
}
public async Task ExecuteGroupAsync(CommandContext ctx,
[Description("desc-game-movetime")] TimeSpan?moveTime = null)
{
if (moveTime?.TotalSeconds is < 2 or > 120)
{
throw new InvalidCommandUsageException(ctx, "cmd-err-game-movetime", 2, 120);
}
if (this.Service.IsEventRunningInChannel(ctx.Channel.Id))
{
throw new CommandFailedException(ctx, "cmd-err-evt-dup");
}
DiscordUser?opponent = await ctx.WaitForGameOpponentAsync();
if (opponent is null)
{
throw new CommandFailedException(ctx, "cmd-err-game-op-none", ctx.User.Mention);
}
var game = new Connect4Game(ctx.Client.GetInteractivity(), ctx.Channel, ctx.User, opponent, moveTime);
this.Service.RegisterEventInChannel(game, ctx.Channel.Id);
try {
await game.RunAsync(this.Localization);
if (game.Winner is { })
{
if (game.IsTimeoutReached)
{
await ctx.ImpInfoAsync(this.ModuleColor, Emojis.Trophy, "str-game-timeout", game.Winner.Mention);
}
else
{
await ctx.ImpInfoAsync(this.ModuleColor, Emojis.Trophy, "fmt-winners", game.Winner.Mention);
}
GameStatsService gss = ctx.Services.GetRequiredService <GameStatsService>();
await gss.UpdateStatsAsync(game.Winner.Id, s => s.Connect4Won++);
await gss.UpdateStatsAsync(game.Winner == ctx.User?opponent.Id : ctx.User.Id, s => s.Connect4Lost++);
}
// Calls minimax for each possible move and returns best move
public static int FindBestMove(Connect4Game connect4, Connect4Board startBoard, int maxDepth) {
MiniMaxAlphaBeta.maxDepth = maxDepth;
MiniMaxAlphaBeta.connect4 = connect4;
int player = MAXIMIZING;
int a = int.MinValue;
int b = int.MaxValue;
List<MoveScore> results = new List<MoveScore>();
Console.WriteLine("\nMove scores {move, score, a}: ");
foreach (int move in connect4.GetPossibleMoves(startBoard).OrderBy(x => rand.Next()).ToList()) {
Connect4Board nextBoard = connect4.SimulateMove(startBoard, player, move);
int searchScore = MiniMaxSearch(nextBoard, MINIMIZING, 1, a, b);
// UPDATE ALPHA
a = Math.Max(a, searchScore);
Console.Write("{" + move + ", " + searchScore + ", " + a + "} , ");
results.Add(new MoveScore() { move = move, score = searchScore });
}
int decidedMove = DecideMove(results);
Console.WriteLine("Move chosen: " + decidedMove);
return decidedMove;
}
public Connect4GameController(ILogger <Connect4GameController> logger, Connect4Game game)
{
_game = game;
_logger = logger;
}
public async Task Connect4PlayingTask(int[, ] lines, IUserMessage gamemessage, GameUser player1, GameUser player2, int bet, EmbedBuilder embed, Connect4Game currentlobby)
{
// LastX and LastY are used to check for horizontal and vertical wins
var lastx = 0;
var lasty = 0;
var playinggame = true;
// We always begin the game with whoever ran the initial command.
var currentplayer = 1;
var winmethod = "";
// MSGTime is used to ensure that only a single minute passes in between turns, if it goes past a minute between turns then we count it as a player forfeiting.
var msgtime = DateTime.UtcNow + TimeSpan.FromMinutes(1);
var errormsgs = "";
while (playinggame)
{
var errormsgs1 = errormsgs;
if (!string.IsNullOrEmpty(errormsgs1))
{
await gamemessage.ModifyAsync(x => x.Content = errormsgs1);
}
else
{
await gamemessage.ModifyAsync(x => x.Content = " ");
}
errormsgs = "";
// Using InteractiveBase we wait until a message is sent in the current game
var next = await NextMessageAsync(async (x, y) => x.Channel.Id == y.Channel.Id, TimeSpan.FromMinutes(1));
// If the player doesn't show up mark them as forfeiting and award a win to the other player.
if (next == null || msgtime < DateTime.UtcNow)
{
await ReplyAsync(
$"{(currentplayer == 1 ? Context.Guild.GetUser(player1.UserId)?.Mention : Context.Guild.GetUser(player2.UserId)?.Mention)} Did not reply fast enough. Auto forfeiting");
var w = currentplayer == 1 ? player2.UserId : player1.UserId;
var l = currentplayer == 1 ? player1.UserId : player2.UserId;
await Connect4WinAsync(w, l, bet, "Player Forfeited.");
return;
}
// filter out non game messages by ignoring ones
if (!next.Content.ToLower().StartsWith("connect4"))
{
continue;
}
// Ensure that we only accept messages from players that are in the game
if (next.Author.Id != player1.UserId && next.Author.Id != player2.UserId)
{
// await ReplyAsync("You are not part of this game.");
errormsgs = $"{next.Author.Mention} You are not part of this game.";
await next.DeleteAsync();
continue;
}
// Ensure that the current message is from a player AND it is also their turn.
if ((next.Author.Id == player1.UserId && currentplayer == 1) ||
(next.Author.Id == player2.UserId && currentplayer == 2))
{
// filter out invalid line submissions
var parameters = next.Content.Split(" ");
// Make sure that the message is in the correct format of connect4 [line]
if (parameters.Length != 2 || !int.TryParse(parameters[1], out var Column))
{
errormsgs =
$"{(currentplayer == 2 ? Context.Guild.GetUser(player1.UserId)?.Mention : Context.Guild.GetUser(player2.UserId)?.Mention)} \n" +
$"Invalid Line input, here is an example input:\n" +
"`connect4 3` - this will place a counter in line 3.\n" +
"NOTE: Do not use the bot's prefix, just write `connect4 [line]`";
await next.DeleteAsync();
continue;
}
// as there are only 7 columns to pick from, filter out values outside of this range.
if (Column < 0 || Column > 6)
{
// error invalid line.
errormsgs =
$"{(currentplayer == 2 ? Context.Guild.GetUser(player1.UserId)?.Mention : Context.Guild.GetUser(player2.UserId)?.Mention)}\n" +
$"Invalid input, line number must be from 0-6 message in the format:\n" +
"`connect4 [line]`";
await next.DeleteAsync();
continue;
}
var success = false;
// moving from the top of the board downwards
for (var row = 5; row >= 0; row--)
{
if (lines[row, Column] != 0)
{
continue;
}
lines[row, Column] = currentplayer;
lastx = Column;
lasty = row;
success = true;
break;
}
// Ensure that we only move to the next player's turn IF the current player actually makes a move in an available column.
if (!success)
{
errormsgs =
$"{(currentplayer == 2 ? Context.Guild.GetUser(player1.UserId)?.Mention : Context.Guild.GetUser(player2.UserId)?.Mention)}\n" +
$"Error, please specify a line that isn't full";
await next.DeleteAsync();
continue;
}
// Update the embed message
embed.Description = "";
for (var r = 0; r < 6; r++)
{
if (r == 0)
{
for (var c = 0; c < 7; c++)
{
embed.Description += $":{numlist[c]}:";
}
embed.Description += "\n";
}
for (var c = 0; c < 7; c++)
{
if (lines[r, c] == 0)
{
embed.Description += $"{none}";
}
else if (lines[r, c] == 1)
{
embed.Description += $"{blue}";
}
else if (lines[r, c] == 2)
{
embed.Description += $"{red}";
}
}
embed.Description += "\n";
}
embed.Description += "Usage:\n" +
"`connect4 [column]`\n" +
$":large_blue_circle: - {Context.User.Mention} {(currentplayer == 1 ? "" : "<-")}\n" +
$":red_circle: - {Context.Guild.GetUser(player2.UserId)?.Mention} {(currentplayer == 2 ? "" : "<-")}";
embed.Footer = new EmbedFooterBuilder
{
Text =
$"it is {(currentplayer == 2 ? Context.Guild.GetUser(player1.UserId)?.Username : Context.Guild.GetUser(player2.UserId)?.Username)}'s turn"
};
await gamemessage.ModifyAsync(x => x.Embed = embed.Build());
// Check If it is a win here.
var connectioncount = 0;
// Checking Horizontally (Rows)
for (var i = 0; i <= 6; i++)
{
if (lines[lasty, i] == currentplayer)
{
connectioncount++;
}
else
{
connectioncount = 0;
}
if (connectioncount < 4)
{
continue;
}
// await ReplyAsync($"Player {currentplayer} Wins! Horizontal");
playinggame = false;
winmethod = "Horizontal";
break;
}
// Checking Vertically (Columns)
connectioncount = 0;
for (var i = 0; i <= 5; i++)
{
if (lines[i, lastx] == currentplayer)
{
connectioncount++;
}
else
{
connectioncount = 0;
}
if (connectioncount >= 4)
{
// await ReplyAsync($"Player {currentplayer} Wins! Vertical");
playinggame = false;
winmethod = "Vertical";
break;
}
}
/* C O L U M N S
* R [0,0][0,1][0,2][0,3][0,4][0,5][0,6]
* O [1,0][1,1][1,2][1,3][1,4][1,5][1,6]
* W [2,0][2,1][2,2][2,3][2,4][2,5][2,6]
* S [3,0][3,1][3,2][3,3][3,4][3,5][3,6]
* [4,0][4,1][4,2][4,3][4,4][4,5][4,6]
* [5,0][5,1][5,2][5,3][5,4][5,5][5,6]
*/
// Checking Diagonally
int colinit, rowinit;
// Top Left => Bottom Right (from top row diagonals)
for (rowinit = 0; rowinit <= 5; rowinit++)
{
connectioncount = 0;
int row, col;
for (row = rowinit, col = 0; col <= 6 && row <= 5; col++, row++)
{
if (lines[row, col] == currentplayer)
{
connectioncount++;
if (connectioncount < 4)
{
continue;
}
playinggame = false;
winmethod = "Diagonal";
break;
}
connectioncount = 0;
}
}
// Top Left => Bottom Right (from columns)
for (colinit = 0; colinit <= 6; colinit++)
{
connectioncount = 0;
int row, col;
for (row = 0, col = colinit; col <= 6 && row <= 5; col++, row++)
{
if (lines[row, col] == currentplayer)
{
connectioncount++;
if (connectioncount < 4)
{
continue;
}
playinggame = false;
winmethod = "Diagonal";
break;
}
connectioncount = 0;
}
}
// Checking other Diagonal.
// Top Right => Bottom Left
for (rowinit = 0; rowinit <= 5; rowinit++)
{
connectioncount = 0;
int row, col;
for (row = rowinit, col = 6; col >= 0 && row <= 5; col--, row++)
{
if (lines[row, col] == currentplayer)
{
connectioncount++;
if (connectioncount < 4)
{
continue;
}
playinggame = false;
winmethod = "Diagonal";
break;
}
connectioncount = 0;
}
}
for (colinit = 6; colinit >= 0; colinit--)
{
connectioncount = 0;
int row, col;
for (row = 0, col = colinit; col >= 0 && row <= 5; col--, row++)
{
if (lines[row, col] == currentplayer)
{
connectioncount++;
if (connectioncount < 4)
{
continue;
}
playinggame = false;
winmethod = "Diagonal";
break;
}
connectioncount = 0;
}
}
// If we have a win, do don't switch the current player.
if (!playinggame)
{
continue;
}
currentplayer = currentplayer == 1 ? 2 : 1;
// To reduce the amount of messages after the game, delete the connect4 message.
await next.DeleteAsync();
msgtime = DateTime.UtcNow + TimeSpan.FromMinutes(1);
if (!embed.Description.Contains($"{none}"))
{
// This means all spaces are filled on the board
// ie. a tie.
await ReplyAsync(
"The Game is a draw. User Balances have not been modified. Good Game!");
currentlobby.GameRunning = false;
return;
}
}
else
{
errormsgs =
$"{(currentplayer == 2 ? Context.Guild.GetUser(player1.UserId)?.Mention : Context.Guild.GetUser(player2.UserId)?.Mention)}\n" +
"Unknown Player/Not your turn.";
await next.DeleteAsync();
}
}
await Connect4GetResultsAsync(currentplayer, player1, player2, bet, winmethod);
}
public async Task Connect4(params string[] args)
{
var(options, _) = OptionsParser.Default.ParseFrom(new Connect4Game.Options(), args);
if (!await CheckBetOptional(options.Bet))
{
return;
}
var newGame = new Connect4Game(Context.User.Id, Context.User.ToString(), options, _cs);
Connect4Game game;
if ((game = _service.Connect4Games.GetOrAdd(Context.Channel.Id, newGame)) != newGame)
{
if (game.CurrentPhase != Connect4Game.Phase.Joining)
{
return;
}
newGame.Dispose();
//means game already exists, try to join
var joined = await game.Join(Context.User.Id, Context.User.ToString(), options.Bet).ConfigureAwait(false);
return;
}
if (options.Bet > 0)
{
if (!await _cs.RemoveAsync(Context.User.Id, "Connect4-bet", options.Bet, true))
{
await ReplyErrorLocalized("not_enough", _bc.BotConfig.CurrencySign).ConfigureAwait(false);
_service.Connect4Games.TryRemove(Context.Channel.Id, out _);
game.Dispose();
return;
}
}
game.OnGameStateUpdated += Game_OnGameStateUpdated;
game.OnGameFailedToStart += Game_OnGameFailedToStart;
game.OnGameEnded += Game_OnGameEnded;
_client.MessageReceived += _client_MessageReceived;
game.Initialize();
if (options.Bet == 0)
{
await ReplyConfirmLocalized("connect4_created").ConfigureAwait(false);
}
else
{
await ReplyConfirmLocalized("connect4_created_bet", options.Bet + _bc.BotConfig.CurrencySign).ConfigureAwait(false);
}
Task _client_MessageReceived(SocketMessage arg)
{
if (Context.Channel.Id != arg.Channel.Id)
{
return(Task.CompletedTask);
}
var _ = Task.Run(async() =>
{
bool success = false;
if (int.TryParse(arg.Content, out var col))
{
success = await game.Input(arg.Author.Id, arg.Author.ToString(), col).ConfigureAwait(false);
}
if (success)
{
try { await arg.DeleteAsync().ConfigureAwait(false); } catch { }
}
else
{
if (game.CurrentPhase == Connect4Game.Phase.Joining ||
game.CurrentPhase == Connect4Game.Phase.Ended)
{
return;
}
RepostCounter++;
if (RepostCounter == 0)
{
try { msg = await Context.Channel.SendMessageAsync("", embed: (Embed)msg.Embeds.First()); } catch { }
}
}
});
return(Task.CompletedTask);
}
Task Game_OnGameFailedToStart(Connect4Game arg)
{
if (_service.Connect4Games.TryRemove(Context.Channel.Id, out var toDispose))
{
_client.MessageReceived -= _client_MessageReceived;
toDispose.Dispose();
}
return(ErrorLocalized("connect4_failed_to_start"));
}
Task Game_OnGameEnded(Connect4Game arg, Connect4Game.Result result)
{
if (_service.Connect4Games.TryRemove(Context.Channel.Id, out var toDispose))
{
_client.MessageReceived -= _client_MessageReceived;
toDispose.Dispose();
}
string title;
if (result == Connect4Game.Result.CurrentPlayerWon)
{
title = GetText("connect4_won", Format.Bold(arg.CurrentPlayer.Username), Format.Bold(arg.OtherPlayer.Username));
}
else if (result == Connect4Game.Result.OtherPlayerWon)
{
title = GetText("connect4_won", Format.Bold(arg.OtherPlayer.Username), Format.Bold(arg.CurrentPlayer.Username));
}
else
{
title = GetText("connect4_draw");
}
return(msg.ModifyAsync(x => x.Embed = new EmbedBuilder()
.WithTitle(title)
.WithDescription(GetGameStateText(game))
.WithOkColor()
.Build()));
}
}
// Calls minimax for each possible move and returns best move
public static int FindBestMove(Connect4Game connect4, Con4Board startBoard, int maxDepth)
{
MiniMaxAlphaBetaHeuristic.maxDepth = maxDepth;
MiniMaxAlphaBetaHeuristic.connect4 = connect4;
int player = MAXIMIZING;
int a = int.MinValue;
int b = int.MaxValue;
List <MoveBoardNode> moveBoardNodes = new List <MoveBoardNode>();
foreach (int move in startBoard.GetPossibleMoves())
{
Con4Board nextBoard = startBoard.SimulateMove(player, move);
Evaluation nextEval = CalculateBoardScore(nextBoard, 1);
BoardNode boardNode = new BoardNode {
board = nextBoard, eval = nextEval
};
moveBoardNodes.Add(new MoveBoardNode {
move = move, boardNode = boardNode
});
}
moveBoardNodes = moveBoardNodes.OrderByDescending(x => x.boardNode.eval.score).ToList(); // player is maximizing
Console.WriteLine("\tMove scores {move, score}: ");
Console.Write("\t");
List <MoveScore> results = new List <MoveScore>();
foreach (MoveBoardNode moveBoardNode in moveBoardNodes)
{
int searchScore = MiniMaxSearch(moveBoardNode.boardNode, MINIMIZING, 1, a, b);
a = Math.Max(a, searchScore);
if (a >= b)
{
break;
}
Console.Write("{" + moveBoardNode.move + ", " + searchScore + "} , ");
results.Add(new MoveScore()
{
move = moveBoardNode.move, score = searchScore
});
}
int maxScore = results.Max(x => x.score);
if (Math.Abs(maxScore) > 900) // Either confident in win or in loss, don't search deeper
{
MainClass.gameOutcomeFinal = true;
}
if (results.Count(x => x.score > -900) == 1) // Only 1 viable option, just do it!
{
MainClass.gameOutcomeFinal = true;
}
int bestMove = results.Find(x => x.score == maxScore).move;
//int decidedMove = DecideMove(results);
Console.WriteLine("\tBest move: " + bestMove);
Console.WriteLine("\tSimulations: " + Con4Board.simulations);
Con4Board.simulations = 0;
return(bestMove);
}
public void CannotCreateGame_WrongPlayerType2()
{
IPlayer player2 = MockRepository.GenerateMock<IPlayer>();
IPlayer player1 = MockRepository.GenerateMock<Connect4Player>();
var game = new Connect4Game(rows: 7, columns: 6, player1: player1, player2: player2);
}
public void CannotCreateCreateGame_BoardTooManyRows()
{
IPlayer player1 = MockRepository.GenerateMock<Connect4Player>();
IPlayer player2 = MockRepository.GenerateMock<Connect4Player>();
var game = new Connect4Game(rows: 10, columns: 6, player1: player1, player2: player2);
}
public Connect4Form() : base()
{
InitializeComponent();
game = new Connect4Game();
}
public async Task Connect4AcceptTask(int bet, Connect4Game currentlobby)
{
var accepted = false;
var timeoutattempts = 0;
var messagewashout = 0;
GameUser p2 = null;
// Here we wait until another player accepts the game
while (!accepted)
{
var next = await NextMessageAsync(async (x, y) => x.Channel.Id == y.Channel.Id, TimeSpan.FromSeconds(10));
if (next?.Author.Id == Context.User.Id)
{
// Ignore author messages for the game until another player accepts
}
else if (string.Equals(next?.Content, "connect4 accept", StringComparison.InvariantCultureIgnoreCase))
{
p2 = GameService.GetGameUser(next.Author.Id, Context.Guild.Id);
if (p2.Points < bet)
{
await ReplyAsync(
$"{next.Author.Mention} - You do not have enough points to play this game, you need a minimum of {bet}. Your balance is {p2.Points} points");
}
else
{
accepted = true;
p2 = GameService.GetGameUser(next.Author.Id, Context.Guild.Id);
}
}
// Overload for is a message is not sent within the timeout
if (next == null)
{
// if more than 6 timeouts (1 minute of no messages) occur without a user accepting, we quit the game
timeoutattempts++;
if (timeoutattempts < 6)
{
continue;
}
await ReplyAsync("Connect4: Timed out!");
currentlobby.GameRunning = false;
return;
}
// In case people are talking over the game, we also make the game quit after 25 messages are sent so it is not waiting indefinitely for a player to accept.
messagewashout++;
if (messagewashout <= 25)
{
continue;
}
await ReplyAsync("Connect4: Timed out!");
currentlobby.GameRunning = false;
return;
}
await Connect4PreGameSetup(p2, bet, currentlobby);
}
