public void GameHistoryTest()
{
GameHistory gameHistory = new GameHistory();
Game game = new Game(new StartMenu());
game.GenerateNewGame();
var robotEnegry = game.Robot.BatteryCharge;
game.State = new GameProcess();
Assert.AreEqual(game.Robot.BatteryCharge, robotEnegry);
gameHistory.Add(new GameMemento(game.Robot.SaveState(), game.MoveCounter, (Map)game.Map.Clone()));
var res = game.Turn("next");
Assert.AreEqual(res, "In fronr of you lies: " + game.Map.Stones[1].GetInfo() + "\r\nWhat will U do?\r\n\r\n"
+ (game.Robot is Cyborg ? "Turns harm: 0, battery charge: " : "Battery charge: ") +
+(robotEnegry - 1) + ", battery lost: " + 1 + ", ");
Assert.AreEqual(game.Robot.BatteryCharge, robotEnegry - 1);
game.Robot.RestoreState(gameHistory.GetLastState().GetRobotMemento());
Assert.AreEqual(game.Robot.BatteryCharge, robotEnegry);
}
/// <summary>
/// Startet - abhängig davon, ob die KI zufällig oder lernend ist- die Funktion MakeTurn des Objektes AI.
/// Im Anschluss werden die Funktionen für das Spielende, Spielerwechsel und die Aktualisierung der View aufgerufen.
///
/// Speichert die Ausgangslage (GameHistory) und die erfolgte Entscheidung(DecisionHistory) in den entsprechenden Variablen.
/// </summary>
/// <param name="learning_AI"> Ist die KI eine lernende KI?</param>
private void MakeTurn_AI(Boolean learning_AI)
{
//aktuelle Spielsituation wird gespeichert
GameHistory.Add(GameState.Board.Clone() as int[]);
if (!learning_AI)
{
GameState.Board = AI.Random_MakeTurn(GameState.Board, GameState.ActivePlayer);
}
else if (learning_AI)
{
GameState.Board = AI.Learning_MakeTurn(GameState.Board, GameState.ActivePlayer);
}
//Entscheidung der KI wird gespeichert, nachdem der letzte Zug der KI ermittelt wurde.
for (int i = 0; i < 9; i++)
{
if (GameState.Board[i] != GameHistory.Last()[i] &&
GameState.Board[i] == GameState.ActivePlayer)
{
DecisionHistory.Add(i);
}
}
TestForEndCondition();
PlayerChange();
SendInformationToVM();
}
public bool MakeMove(TicTacToeMove move)
{
var(player, i, j) = move;
if (!CheckBounds(i, j))
{
return(false);
}
if (player.Mark == CurrentMove && Board[i, j] == TicTacToeMarkEnum.NaN)
{
Board[i, j] = player.Mark;
CurrentMove = CurrentMove == TicTacToeMarkEnum.O ? TicTacToeMarkEnum.X : TicTacToeMarkEnum.O;
}
else
{
return(false);
}
// move is done
GameHistory.Add(move);
if (GameEnd())
{
OnGameEnd?.Invoke();
}
return(true);
}
private void GetGameUpdates(UdpClient client)
{
Log("Receiving GameSteps");
try {
while (!_shutdown)
{
IPEndPoint endPoint = null;
var msg = client.Receive(ref endPoint);
using (var br = new BinaryReader(new MemoryStream(msg))) {
if ((SC_Message)msg[0] == SC_Message.GameStepCollection)
{
GameStepCollection gsc = new GameStepCollection(br);
foreach (var gs in gsc.GameSteps)
{
if (gs.StepNumber > _highestGameStepNum + 8)
{
Log("Disconnected!");
throw new Exception("Disconnected!");
}
_highestGameStepNum = Math.Max(gs.StepNumber, _highestGameStepNum);
lock (_gameHistory) {
_gameHistory.Add(gs);
}
if (gs.PlayerInputs.Any())
{
var msgs = gs.PlayerInputs
.Select(pi =>
pi.Key +
":" +
String.Join("|", pi.Value.Inputs.Select(k => k.Key + ":" + k.Value).ToArray()))
.Aggregate((a, e) => a + "," + e);
//Log("[" + gs.StepNumber + "] " + msgs);
}
}
}
else
{
Log("Invalid Message!");
}
}
}
}
catch (Exception e) {
Log(e.ToString());
}
Log("GetGameSteps Exit");
}
public void Notify(string eventDetail)
{
if (GameHistory is null)
{
GameHistory = new List <GameEvent>();
}
GameHistory.Add(new GameEvent
{
EventDetail = eventDetail
});
}
/// <summary>
/// Testet, ob das angegebene Feld frei war. Sollte es nicht frei gewesen sein, so passiert nichts.
/// Ist es ein Freies Feld, so wird es mit der Nummer des Spieler überschrieben,
///
///
/// Die AusgabeVariable gibt dem ViewModel die Informationen, ob der Zug gültig war und welcher Spieler diesen durchgeführt hat.
/// Ausgabe = 0 : Zug ungültig
/// 1 : Spieler "X" hat gezogen
/// 5 : Spieler "X" hat gewonnen
/// -1 : Spieler "O" hat gezogen
/// -5 : Spieler "O" hat gewonnen
/// 100 : Spiel mit Unendschieden beendet
///
/// Speichert die Ausgangslage (GameHistory) und die erfolgte Entscheidung(DecisionHistory) in den entsprechenden Variablen.
/// </summary>
/// <param name="point"></param>
/// <returns></returns>
public void MakeTurn(int point)
{
if (GameState.Board[point] == 0)
{
GameHistory.Add(GameState.Board.Clone() as int[]);
GameState.Board[point] = GameState.ActivePlayer;
DecisionHistory.Add(point);
TestForEndCondition();
PlayerChange();
ChooseAI();
SendInformationToVM();
}
}
/// <summary>
/// IParson行動通知イベントハンドラ
/// </summary>
/// <param name="parson">通知元</param>
/// <param name="action">行動</param>
private void OutputParsonAction(IParson parson, string action)
{
if (Application.Current == null || Application.Current.Dispatcher == null)
{
return;
}
Application.Current.Dispatcher.Invoke(() =>
{
GameHistory.Add(new GameHistoryItem()
{
Parson = parson, Action = action
});
}, System.Windows.Threading.DispatcherPriority.Background);
}
public Anwsers Anwser(int proposal)
{
if (randomized > proposal)
{
GameHistory.Add(new Move(proposal, Anwsers.TooLittle));
return(Anwsers.TooLittle);
}
else if (randomized < proposal)
{
GameHistory.Add(new Move(proposal, Anwsers.TooMuch));
return(Anwsers.TooMuch);
}
else
{
Status = GameStatus.Finished;
return(Anwsers.Score);
}
} //publiczna metoda typu Anwsers (ten typ to enum)
public sealed override void ReceiveMove(IMove opponentMove)
{
LatestOpponentMove = opponentMove;
if (!_connectionTestOverride)
{
// Basic validation
var move = new SingleMove(opponentMove);
if (Board.ValueAt(move.PrevPos) == null)
{
throw new ArgumentException($"Player [isWhite={!IsPlayerWhite}] Tried to move a from position that is empty");
}
if (Board.ValueAt(move.PrevPos) is PieceBase opponentPiece)
{
if (opponentPiece.IsWhite == IsPlayerWhite)
{
throw new ArgumentException($"Opponent tried to move player piece");
}
}
// TODO intelligent analyzing what actually happened
if (Board.ValueAt(move.NewPos) is PieceBase playerPiece)
{
// Opponent captures player targetpiece
if (playerPiece.IsWhite == IsPlayerWhite)
{
move.Capture = true;
}
else
{
throw new ArgumentException("Opponent tried to capture own piece.");
}
}
Board.ExecuteMove(move);
GameHistory.Add(opponentMove);
TurnCount++;
}
}
public async Task PlayNextGameAsync()
{
var nextCompetitors = Elimination.GetNextCompetitors();
GameOverTextVisibility = Visibility.Collapsed;
if (nextCompetitors != null)
{
var gameHistoryEntry = new GameHistoryEntryViewModel()
{
GameDescription = Elimination.GetGameDescription(),
History = new ObservableCollection <RoundPartialHistory>()
};
Game.SetupNewGame(nextCompetitors);
GameHistory.Add(gameHistoryEntry);
OutputText += "Game starting: " + gameHistoryEntry.GameDescription + "\n";
await PlayGameAsync(gameHistoryEntry);
}
}
public async Task PlayNextGameAsync()
{
var nextCompetitors = Elimination.GetNextCompetitors();
if (nextCompetitors != null)
{
await SetArenaMessage(ArenaMessageHelper.GetInitialMessage(nextCompetitors));
var gameHistoryEntry = new GameHistoryEntryViewModel()
{
GameDescription = Elimination.GetGameDescription(),
History = new ObservableCollection <RoundPartialHistory>()
};
Game.SetupNewGame(nextCompetitors);
GameHistory.Add(gameHistoryEntry);
OutputText += "Game starting: " + gameHistoryEntry.GameDescription + "\n";
await PlayGameAsync(gameHistoryEntry);
}
}
public async Task <GameState> LoadHistoryGetState()
{
var tokens = accountHandler.FindTokenByMetadata(Player1Address, "GameId", Id.ToString());
GameState lastState = null;
GameHistory.Clear();
GameHistoryTxIds.Clear();
//var tok = tokens.Values.OrderBy(t => t.TimeStamp);
foreach (var t in tokens)
{
try
{
if (t.Value.Metadata != null)
{
if (t.Value.Metadata.TryGetValue("GameData", out var gameData))
{
var parsedData = JsonConvert.DeserializeObject <ChessGameDto>(gameData);
if (parsedData != null)
{
if (parsedData.GameId == Id.ToString() && parsedData.Type == GameDtoTypes.ChessGame)
{
//GameHistoryTxIds.Add(t.Key);
if (parsedData.Players.Count > 0)
{
Players = parsedData.Players;
}
parsedData.TxId = t.Key;
parsedData.TimeStamp = t.Value.TimeStamp;
GameHistory.Add(parsedData);
}
lastState = JsonConvert.DeserializeObject <GameState>(parsedData.GameState);
}
}
}
}
catch (Exception ex)
{
log.Error("Chess Game - wrong format of gameData in token metadata. Cannot load history", ex);
return(null);
}
}
var ghist = GameHistory.OrderBy(t => t.TimeStamp);
GameHistory = ghist.ToList <ChessGameDto>();
foreach (var gh in GameHistory)
{
GameHistoryTxIds.Add(gh.TxId);
}
var last = GameHistoryTxIds.LastOrDefault();
if (last != null)
{
ActualStateTxId = last;
}
return(await Task.FromResult(lastState));
}
public async Task <string> WriteMove(string stateString, string onMoveAddress, string player2Address, string password = "")
{
GameState state = null;
if (!string.IsNullOrEmpty(stateString))
{
state = GetGameStateFromString(stateString);
}
else
{
return(await Task.FromResult("Cannot load state String. It is empty!"));
}
if (!Players.ContainsKey(onMoveAddress) || !Players.ContainsKey(player2Address))
{
return(await Task.FromResult("Player address is not in the list of players!"));
}
try
{
state.LastMovePlayer = onMoveAddress;
var dto = new ChessGameDto()
{
GameId = Id.ToString(),
GameState = JsonConvert.SerializeObject(state),
Type = GameDtoTypes.ChessGame,
LastGameRecordTxId = ActualStateTxId
};
dto.Players = new Dictionary <string, ChessPlayer>();
foreach (var pl in Players)
{
dto.Players.TryAdd(pl.Key, pl.Value);
}
GameHistory.Add(dto);
var moveString = JsonConvert.SerializeObject(dto);
var tkData = new SendTokenTxData()
{
Amount = 1,
Symbol = TokenSymbol,
ReceiverAddress = player2Address,
SenderAddress = onMoveAddress,
Id = TokenId
};
tkData.Metadata.TryAdd("GameId", Id.ToString());
tkData.Metadata.TryAdd("GameData", moveString);
tkData.Password = password;
var res = await NeblioTransactionHelpers.SendNTP1TokenAPI(tkData, 30000);
if (!string.IsNullOrEmpty(res))
{
ActualStateTxId = res;
}
return(await Task.FromResult(res));
}
catch (Exception ex)
{
log.Error("Chess Game - Cannot write move!", ex);
return(await Task.FromResult("ERROR"));
}
}
public async Task <string> LoadHistoryFromActualTx()
{
try
{
var allLoaded = false;
var actualTxLoading = ActualStateTxId;
while (!allLoaded)
{
var info = await NeblioTransactionHelpers.TransactionInfoAsync(null, TransactionTypes.Neblio, actualTxLoading);
if (info == null)
{
return(await Task.FromResult("OK - No History yet."));
}
if (info.VoutTokens != null)
{
if (info.VoutTokens.Count > 0)
{
var token = info.VoutTokens[0];
if (token.Metadata != null)
{
if (token.Metadata.Count > 0)
{
if (token.Metadata.TryGetValue("GameId", out var gameid))
{
if (gameid == Id.ToString())
{
if (token.Metadata.TryGetValue("GameData", out var gameData))
{
if (!string.IsNullOrEmpty(gameData))
{
try
{
var parsedData = JsonConvert.DeserializeObject <ChessGameDto>(gameData);
if (parsedData != null)
{
if (parsedData.GameId == Id.ToString() && parsedData.Type == GameDtoTypes.ChessGame)
{
GameHistoryTxIds.Add(actualTxLoading);
if (Players.Count == 0 && parsedData.Players.Count > 0)
{
Players = parsedData.Players;
}
GameHistory.Add(parsedData);
if (parsedData.LastGameRecordTxId != "StartOfNewGame")
{
actualTxLoading = parsedData.LastGameRecordTxId;
}
else
{
allLoaded = true;
}
}
}
}
catch (Exception ex)
{
log.Error("Chess Game - wrong format of gameData in token metadata. Cannot load history", ex);
return(null);
}
}
}
}
}
}
}
}
}
}
// loading is going from newset to oldest one, so it is important to reverse whole list
GameHistoryTxIds.Reverse();
GameHistory.Reverse();
return(await Task.FromResult("OK"));
}
catch (Exception ex)
{
log.Error("Chess Game - Cannot load game History!", ex);
return(await Task.FromResult("ERROR"));
}
}
private IPlayerMove CreateNewMove(bool checkOpenings, int?overrideSearchDepth = null)
{
var isMaximizing = IsPlayerWhite;
Diagnostics.StartMoveCalculations();
// Common start measures
if (Settings.UseTranspositionTables)
{
// Delete old entries from tables
var transpositions = Board.Shared.Transpositions.Tables;
if (transpositions.Any())
{
var toBeDeleted = new List <ulong>();
var currentTurnCount = Board.Shared.GameTurnCount;
foreach (var transposition in transpositions)
{
// If transposition.turn 20 < current 25 - 4
if (transposition.Value.GameTurnCount <
currentTurnCount - Settings.ClearSavedTranspositionsAfterTurnsPassed)
{
toBeDeleted.Add(transposition.Key);
}
}
foreach (var hash in toBeDeleted)
{
transpositions.Remove(hash);
}
if (Settings.UseFullDiagnostics)
{
if (toBeDeleted.Any())
{
Diagnostics.AddMessage($"Deleted {toBeDeleted.Count} old transposition entries.");
}
Diagnostics.AddMessage($"Total transpositions: {transpositions.Count}.");
}
}
}
// Opening
if (GameHistory.Count < 10 && checkOpenings)
{
var previousMoves = GetPreviousMoves();
var openingMove = Openings.NextMove(previousMoves);
if (openingMove != null)
{
var openingMoveWithData = Board.CollectMoveProperties(openingMove);
Board.ExecuteMove(openingMoveWithData);
Board.Shared.GameTurnCount++;
PreviousData = Diagnostics.CollectAndClear();
var result = new PlayerMoveImplementation(
openingMove.ToInterfaceMove(), PreviousData.ToString());
GameHistory.Add(result.Move);
return(result);
}
}
// Get all available moves and do necessary filtering
List <SingleMove> allMoves = Board.Moves(isMaximizing, true, true).ToList();
if (allMoves.Count == 0)
{
// Game ended to stalemate
throw new ArgumentException(
$"No possible moves for player [isWhite={IsPlayerWhite}]. Game should have ended to draw (stalemate).");
}
if (MoveHistory.IsLeaningToDraw(GameHistory))
{
// Take 4th from the end of list
var repetionMove = GameHistory[^ 4];
private void SendPlayerUpdates()
{
Console.WriteLine("Starting Broadcasts");
_lastStepBroadcast = DateTime.UtcNow;
DateTime start = DateTime.UtcNow;
int sleepIntervalMs = GameStepIntervalMs;
try {
while (true)
{
if (sleepIntervalMs > 0)
{
Thread.Sleep(sleepIntervalMs);
}
start = DateTime.UtcNow;
GameStep gameStep;
lock (_gameLock) {
byte ellapsed = (byte)Math.Min((DateTime.UtcNow - _lastStepBroadcast).TotalMilliseconds, byte.MaxValue);
// Create new GameStep to broadcast
gameStep = new GameStep(_stepNumber, ellapsed);
GameStep lastGameStep;
// If previous GameSteps exit
if (_gameHistory.Count > 0 && _gameHistory.TryGet((UInt16)(_stepNumber - 1), out lastGameStep))
{
foreach (var currentInput in _curPlayerInputs)
{
// If Player input exists from last game update, take XOR of last player input and current player input
PlayerInputs lastInput;
if (lastGameStep.PlayerInputs.TryGetValue(currentInput.Key, out lastInput))
{
var changed = currentInput.Value.Inputs
.Where(i => !lastInput.Inputs.ContainsKey(i.Key) || lastInput.Inputs[i.Key] != i.Value)
.ToDictionary(k => k.Key, k => k.Value);
PlayerInputs pi = new PlayerInputs()
{
PlayerId = currentInput.Key,
Inputs = changed
};
gameStep.PlayerInputs.Add(pi.PlayerId, pi);
}
// If no last game update for this player, just send current inputs
else
{
gameStep.PlayerInputs.Add(currentInput.Key, currentInput.Value);
}
}
_curPlayerInputs.Clear();
}
// If no previous GameSteps exist
else
{
gameStep.PlayerInputs = _curPlayerInputs;
}
_gameHistory.Add(gameStep);
}
GameStepCollection gsc = new GameStepCollection(3);
gsc.GameSteps.Add(gameStep);
// Send Redundant Step #1
if (_stepNumber >= 1)
{
UInt16 idx = (UInt16)Math.Max(_stepNumber - 2, 0);
GameStep redundant;
if (_gameHistory.TryGet(idx, out redundant))
{
gsc.GameSteps.Add(redundant);
}
}
// Send Redundant Step #2
if (_stepNumber >= 3)
{
UInt16 idx = (UInt16)Math.Max(_stepNumber - 8, 0);
GameStep redundant;
if (_gameHistory.TryGet(idx, out redundant))
{
gsc.GameSteps.Add(redundant);
}
}
BroadcastGameStepCollection(gsc);
// Calculate next Sleep Interval
_lastStepBroadcast = DateTime.UtcNow;
_stepNumber++;
TimeSpan broadcastDuration = (_lastStepBroadcast - start);
sleepIntervalMs = Math.Max(GameStepIntervalMs - (int)broadcastDuration.TotalMilliseconds, 0);
}
}
catch (Exception e) {
Console.Write(e);
}
}
void OnGameUpdate(Stone.StoneState state) => gameHistory.Add(game.Board, state);
public override IPlayerMove CreateMove()
{
if (_connectionTestOverride)
{
var diagnostics = Diagnostics.CollectAndClear();
// Dummy moves for connection testing
var move = new PlayerMoveImplementation()
{
Move = new MoveImplementation()
{
StartPosition = $"a{_connectionTestIndex--}",
EndPosition = $"a{_connectionTestIndex}",
PromotionResult = PromotionPieceType.NoPromotion
},
Diagnostics = diagnostics.ToString()
};
return(move);
}
else
{
var isMaximizing = IsPlayerWhite;
Diagnostics.StartMoveCalculations();
// Get all available moves and do necessary filtering
List <SingleMove> allMoves = Board.Moves(isMaximizing, true, true).ToList();
if (allMoves.Count == 0)
{
throw new ArgumentException($"No possible moves for player [isWhite={IsPlayerWhite}]. Game should have ended to draw (stalemate).");
}
// Reorder moves to improve alpha-beta cutoffs
// allMoves = MoveResearch.OrderMoves(allMoves, Board, isMaximizing);
if (MoveHistory.IsLeaningToDraw(GameHistory))
{
var repetionMove = GameHistory[GameHistory.Count - 4];
allMoves.RemoveAll(m =>
m.PrevPos.ToAlgebraic() == repetionMove.StartPosition &&
m.NewPos.ToAlgebraic() == repetionMove.EndPosition);
}
Diagnostics.AddMessage($"Available moves found: {allMoves.Count}. ");
Strategy.Update(PreviousData, TurnCount);
var strategyResult = Strategy.DecideSearchDepth(PreviousData, allMoves, Board);
SearchDepth = strategyResult.searchDepth;
Phase = strategyResult.gamePhase;
var bestMove = AnalyzeBestMove(allMoves);
if (bestMove == null)
{
throw new ArgumentException($"Board didn't contain any possible move for player [isWhite={IsPlayerWhite}].");
}
// Update local
Board.ExecuteMove(bestMove);
TurnCount++;
// Endgame checks
// TODO should be now read from singlemove
var castling = false;
var check = Board.IsCheck(IsPlayerWhite);
//var checkMate = false;
//if(check) checkMate = Board.IsCheckMate(IsPlayerWhite, true);
if (bestMove.Promotion)
{
Diagnostics.AddMessage($"Promotion occured at {bestMove.NewPos.ToAlgebraic()}. ");
}
PreviousData = Diagnostics.CollectAndClear();
var move = new PlayerMoveImplementation()
{
Move = bestMove.ToInterfaceMove(castling, check),
Diagnostics = PreviousData.ToString()
};
GameHistory.Add(move.Move);
return(move);
}
}