private void QueueNextGame()
{
if (MatchRunner != null)
{
MatchRunner.Dispose();
}
var nextGame = MasterState.Instance.DequeueMatch();
if (nextGame == null)
{
Log.InfoDialog("No games are scheduled");
return;
}
whitePlayerLog = new List <string>();
blackPlayerLog = new List <string>();
var whiteSettings = MasterState.Instance.Engines.SingleOrDefault(x => x.Id == nextGame.WhiteId);
var blackSettings = MasterState.Instance.Engines.SingleOrDefault(x => x.Id == nextGame.BlackId);
var timeSettings = MasterState.Instance.TimeSettings.SingleOrDefault(x => x.Id == nextGame.TimeControlId);
var white = new UciEnginePlayer(whiteSettings);
var black = new UciEnginePlayer(blackSettings);
MatchRunner = new MatchRunner(white, black, timeSettings);
MatchRunner.PlayerWhite.RegisterCommandListener((d, msg) =>
{
var str = string.Format("White {0}: {1}", d == UciProcess.CommandDirection.EngineInput ? "Input" : "Output", msg);
lock (whitePlayerLog)
whitePlayerLog.Add(str);
NotifyChanged(() => WhitePlayerLog);
});
MatchRunner.PlayerBlack.RegisterCommandListener((d, msg) =>
{
var str = string.Format("Black {0}: {1}", d == UciProcess.CommandDirection.EngineInput ? "Input" : "Output", msg);
lock (blackPlayerLog)
blackPlayerLog.Add(str);
NotifyChanged(() => BlackPlayerLog);
});
MatchRunner.PlayerWhite.RegisterInfoListener(dict =>
{
UpdatePlayerInfo(dict, whitePlayerInfo);
NotifyChanged(() => WhitePlayerInfo);
});
MatchRunner.PlayerBlack.RegisterInfoListener(dict =>
{
UpdatePlayerInfo(dict, blackPlayerInfo);
NotifyChanged(() => BlackPlayerInfo);
});
NotifyChanged(() => MatchRunner);
Task.Run(() => MatchRunner.LoadAndSetup());
}
public void TestMatchRunner1()
{
var config = new UciEngineSettings
{
Name = "Rybka",
Command = @"C:\chess\arena_3.0\Engines\Rybka\Rybka v2.2n2.mp.w32.exe"
};
var white = new UciEnginePlayer(config);
var black = new UciEnginePlayer(config);
var timeSettings = new TimeSettings {
Name = "60 Sec Match", InitialTime = 60, TimeModeMachine = TimeMode.Blitz
};
var runner = new MatchRunner(white, black, timeSettings);
runner.LoadAndSetup();
}
private void QueueNextGame()
{
if (MatchRunner != null)
{
MatchRunner.Dispose();
}
var nextGame = MasterState.Instance.DequeueMatch();
if (nextGame == null)
{
Log.InfoDialog("No games are scheduled");
return;
}
whitePlayerLog = new List<string>();
blackPlayerLog = new List<string>();
var whiteSettings = MasterState.Instance.Engines.SingleOrDefault(x => x.Id == nextGame.WhiteId);
var blackSettings = MasterState.Instance.Engines.SingleOrDefault(x => x.Id == nextGame.BlackId);
var timeSettings = MasterState.Instance.TimeSettings.SingleOrDefault(x => x.Id == nextGame.TimeControlId);
var white = new UciEnginePlayer(whiteSettings);
var black = new UciEnginePlayer(blackSettings);
MatchRunner = new MatchRunner(white, black, timeSettings);
MatchRunner.PlayerWhite.RegisterCommandListener((d, msg) =>
{
var str = string.Format("White {0}: {1}", d == UciProcess.CommandDirection.EngineInput ? "Input" : "Output", msg);
lock (whitePlayerLog)
whitePlayerLog.Add(str);
NotifyChanged(() => WhitePlayerLog);
});
MatchRunner.PlayerBlack.RegisterCommandListener((d, msg) =>
{
var str = string.Format("Black {0}: {1}", d == UciProcess.CommandDirection.EngineInput ? "Input" : "Output", msg);
lock (blackPlayerLog)
blackPlayerLog.Add(str);
NotifyChanged(() => BlackPlayerLog);
});
MatchRunner.PlayerWhite.RegisterInfoListener(dict =>
{
UpdatePlayerInfo(dict, whitePlayerInfo);
NotifyChanged(() => WhitePlayerInfo);
});
MatchRunner.PlayerBlack.RegisterInfoListener(dict =>
{
UpdatePlayerInfo(dict, blackPlayerInfo);
NotifyChanged(() => BlackPlayerInfo);
});
NotifyChanged(() => MatchRunner);
Task.Run(() => MatchRunner.LoadAndSetup());
}
