public IEnumerator DrawCardsCoro(IGenerator self, uint n, IChannel <ICardAgent> channel)
{
while (n-- > 0)
{
var card = Draw();
yield return(self.After(card));
if (!card.Available)
{
yield break;
}
channel.Insert(card.Value);
yield return(self.ResumeAfter(TimeSpan.FromSeconds(0.020)));
}
}
private IEnumerator PlayerTurn(IGenerator self)
{
CurrentPlayerModel.StartTurn();
ResetTurnTimer();
// player can make as many valid actions as he can during his turn
while (true)
{
if (GameState.Value == EGameState.Completed)
{
self.Complete();
yield break;
}
Assert.IsTrue(self.Active);
var future = CurrentPlayerAgent.Value.NextRequest(_timeOut);
Assert.IsNotNull(future);
yield return(self.After(future));
if (future.HasTimedOut)
{
Warn($"{CurrentPlayerModel} timed-out");
yield return(self.After(New.Coroutine(PlayerTimedOut)));
continue;
}
if (!future.Available)
{
Warn($"{CurrentPlayerModel} didn't make a request");
}
// do the arbitration before we test for time out
var request = future.Value.Request;
var response = Model.Arbitrate(request);
response.Request = request;
//_lastResponse.Value = response;
future.Value.Responder?.Invoke(response);
if (response.Failed)
{
Warn($"{request} failed for {CurrentPlayerModel}");
}
var now = Kernel.Time.Now;
var dt = (float)(now - _timeStart).TotalSeconds;
//if (dt < 1.0f/60.0f) // give them a 60Hz frame of grace
//{
// Warn($"{CurrentPlayerModel} ran out of time for turn");
// break;
//}
_timeStart = now;
_timeOut -= dt;
if (request is TurnEnd && response.Success)
{
ResetTurnTimer();
}
}
}