private static void PlayGame(List <string> bots, bool parallel)
{
AILog.Log("PlayBots", "Creating game...");
var templateID = 1;
var gameID = BotGameAPI.CreateGame(Enumerable.Range(10, bots.Count).Select(o => PlayerInvite.Create((PlayerIDType)o, PlayerInvite.NoTeam, null)), "PlayBots", templateID, gameSettings =>
{
gameSettings["MaxCardsHold"] = 999;
gameSettings["ReinforcementCard"] = "none";
//gameSettings["Fog"] = GameFogLevel.NoFog.ToString();
//gameSettings["Fog"] = GameFogLevel.ModerateFog.ToString();
//gameSettings["Fog"] = GameFogLevel.ExtremeFog.ToString();
//gameSettings["OneArmyStandsGuard"] = false;
//ZeroAllBonuses(gameSettings);
//gameSettings["Map"] = 16114; //Rise of Rome -- use to test how bots respond to super bonuses
//gameSettings["Map"] = 24591; //big USA, 3066 territories
//gameSettings["MultiAttack"] = true;
//gameSettings["AllowPercentageAttacks"] = false;
//gameSettings["AllowAttackOnly"] = false;
//gameSettings["AllowTransferOnly"] = false;
//var wastelands = new JObject();
//wastelands["NumberOfWastelands"] = 0;
//wastelands["WastelandSize"] = 10;
//gameSettings["Wastelands"] = wastelands;
//gameSettings["BombCard"] = new JObject(new JProperty("InitialPieces", 0), new JProperty("MinimumPiecesPerTurn", 1), new JProperty("NumPieces", 4), new JProperty("Weight", 1));
//gameSettings["SanctionsCard"] = new JObject(new JProperty("InitialPieces", 0), new JProperty("MinimumPiecesPerTurn", 1), new JProperty("NumPieces", 4), new JProperty("Weight", 1), new JProperty("Duration", 1), new JProperty("Percentage", 0.5));
//gameSettings["BlockadeCard"] = new JObject(new JProperty("InitialPieces", 50), new JProperty("MinimumPiecesPerTurn", 1), new JProperty("NumPieces", 1), new JProperty("Weight", 1), new JProperty("MultiplyAmount", 10));
//gameSettings["DiplomacyCard"] = new JObject(new JProperty("InitialPieces", 0), new JProperty("MinimumPiecesPerTurn", 1), new JProperty("NumPieces", 1), new JProperty("Weight", 1), new JProperty("Duration", 1));
//gameSettings["NumberOfCardsToReceiveEachTurn"] = 4;
});
AILog.Log("PlayBots", "Created game " + gameID);
var settings = BotGameAPI.GetGameSettings(gameID);
var game = BotGameAPI.GetGameInfo(gameID, null);
var botsDict = game.Players.Values.Zip(bots, (gp, bot) => new { Player = gp, Bot = bot }).ToDictionary(o => o.Player.ID, o => o.Bot);
try
{
while (true)
{
game = BotGameAPI.GetGameInfo(gameID, null);
if (game.State == GameState.Finished)
{
var winnerStr = game.Players.Values.Where(o => o.State == GamePlayerState.Won).Select(o => botsDict[o.ID]).JoinStrings(",");
_totals.AddOrUpdate(winnerStr, 1, (_, i) => i + 1);
Console.WriteLine("Game " + gameID + " finished. Winner=" + winnerStr + ", totals: " + _totals.OrderByDescending(o => o.Value).Select(o => o.Key + "=" + o.Value).JoinStrings(", "));
break;
}
var players = game.Players.Values.Where(o => o.State == GamePlayerState.Playing).ToList();
Action <GamePlayer> play = player =>
{
var pg = BotGameAPI.GetGameInfo(gameID, player.ID);
EntryPoint.PlayGame(botsDict[player.ID], pg, player.ID, settings.Item1, settings.Item2, picks => BotGameAPI.SendPicks(pg.ID, player.ID, picks), orders => BotGameAPI.SendOrders(pg.ID, player.ID, orders, pg.NumberOfTurns + 1));
};
if (parallel) //note: Parallel won't work when teammates, cards, and limited holding cards are involved.
{
players.AsParallel().ForAll(play);
}
else
{
players.ForEach(play);
}
Thread.Sleep(100);
}
}
finally
{
GameFinished(gameID);
}
}
static void PlayGame(string botName, string opponent, int threadNum, int gameNum)
{
var usID = (PlayerIDType)10;
var oppID = (PlayerIDType)11;
var invite = new List <PlayerInvite>();
invite.Add(PlayerInvite.Create(usID, PlayerInvite.NoTeam, null));
if (opponent == AIBotIdentifier)
{
invite.Add(PlayerInvite.Create("*****@*****.**", PlayerInvite.NoTeam, null));
}
else
{
invite.Add(PlayerInvite.Create(oppID, PlayerInvite.NoTeam, null));
}
AILog.Log("Compete", "Creating game...");
var gameID = BotGameAPI.CreateGame(invite, "Compete", null, gameSettings =>
{
gameSettings["MaxCardsHold"] = 999;
gameSettings["ReinforcementCard"] = "none";
});
AILog.Log("Compete", "Created game " + gameID);
var settings = BotGameAPI.GetGameSettings(gameID);
var game = BotGameAPI.GetGameInfo(gameID, null);
bool?won = null;
try
{
while (true)
{
game = BotGameAPI.GetGameInfo(gameID, null);
if (game.State == GameState.Finished)
{
won = game.Players.Values.Single(o => o.State == GamePlayerState.Won).ID == usID;
_botStats.GetOrAdd(opponent, _ => new Stats()).Record(won.Value);
Console.WriteLine("T" + threadNum.ToString("00") + " G" + gameNum.ToString("00") + ": " + (won.Value ? "Won " : "Lost") + " game vs " + opponent + " " + gameID + " finished. Totals: " + _botStats.OrderBy(o => o.Key).Select(o => o.Key + "=" + o.Value).JoinStrings(", "));
break;
}
//Play ourselves
var pg = BotGameAPI.GetGameInfo(gameID, usID);
EntryPoint.PlayGame(botName, pg, usID, settings.Item1, settings.Item2, picks => BotGameAPI.SendPicks(pg.ID, usID, picks), orders => BotGameAPI.SendOrders(pg.ID, usID, orders, pg.NumberOfTurns + 1));
//Play opponent
if (opponent != AIBotIdentifier)
{
pg = BotGameAPI.GetGameInfo(gameID, oppID);
EntryPoint.PlayGame(opponent, pg, oppID, settings.Item1, settings.Item2, picks => BotGameAPI.SendPicks(pg.ID, oppID, picks), orders => BotGameAPI.SendOrders(pg.ID, oppID, orders, pg.NumberOfTurns + 1));
}
Thread.Sleep(100);
}
}
finally
{
ExportGame(gameID, opponent, won);
BotGameAPI.DeleteGame(gameID);
}
}
