private void ChoiceProxyListenerThread(ChoiceListenerThreadParameters para)
{
game.RegisterCurrentThread();
try
{
List <List <Card> > answer;
if (para.proxy.TryAskForCardChoice(para.places, para.resultMax, para.verifier, out answer, para.options, null))
{
semAccess.WaitOne();
if (answer != null && answer.Count != 0 && answer[0] != null && answer[0].Count == para.resultMax[0])
{
answerHero.Add(para.player, answer[0]);
}
semAccess.Release();
}
if (!semDone.WaitOne(0))
{
Trace.TraceInformation("All done");
semWake.Release(1);
}
}
catch (Exception)
{
}
}
public void AskForHeroChoice(Dictionary <Player, List <Card> > restDraw, Dictionary <Player, List <Card> > heroSelection, int numberOfHeroes, ICardChoiceVerifier verifier)
{
proxyListener = new Dictionary <Player, Thread>();
semAccess = new Semaphore(1, 1);
semWake = new Semaphore(0, 2);
semDone = new Semaphore(restDraw.Count - 1, restDraw.Count);
answerHero = heroSelection;
DeckType temp = DeckType.Register("Temp");
foreach (var player in Game.CurrentGame.Players)
{
if (!proxy.ContainsKey(player) || !restDraw.ContainsKey(player))
{
continue;
}
ChoiceListenerThreadParameters para = new ChoiceListenerThreadParameters();
para.proxy = proxy[player];
para.verifier = verifier;
para.player = player;
para.places = new List <DeckPlace>()
{
new DeckPlace(player, temp)
};
para.options = null;
para.resultMax = new List <int> {
numberOfHeroes
};
Game.CurrentGame.Decks[player, temp].Clear();
Game.CurrentGame.Decks[player, temp].AddRange(restDraw[player]);
Thread t = new Thread(
(ParameterizedThreadStart)
((p) =>
{
ChoiceProxyListenerThread((ChoiceListenerThreadParameters)p);
}))
{
IsBackground = true
};
t.Start(para);
proxyListener.Add(player, t);
}
if (!semWake.WaitOne(TimeOutSeconds * 1000))
{
semAccess.WaitOne(0);
}
foreach (var pair in proxyListener)
{
pair.Value.Abort();
}
}
private void ChoiceProxyListenerThread(ChoiceListenerThreadParameters para)
{
game.RegisterCurrentThread();
List<List<Card>> answer;
if (para.proxy.TryAskForCardChoice(para.places, para.resultMax, para.verifier, out answer, para.options, null))
{
semAccess.WaitOne();
if (answer != null && answer.Count != 0 && answer[0] != null && answer[0].Count == para.resultMax[0])
{
answerHero.Add(para.player, answer[0]);
}
semAccess.Release();
}
if (!semDone.WaitOne(0))
{
Trace.TraceInformation("All done");
semWake.Release(1);
}
}
public void AskForHeroChoice(Dictionary<Player, List<Card>> restDraw, Dictionary<Player, List<Card>> heroSelection, int numberOfHeroes, ICardChoiceVerifier verifier)
{
proxyListener = new Dictionary<Player, Thread>();
semAccess = new Semaphore(1, 1);
semWake = new Semaphore(0, 2);
semDone = new Semaphore(proxy.Count - 2, proxy.Count - 1);
answerHero = heroSelection;
DeckType temp = new DeckType("Temp");
foreach (var player in Game.CurrentGame.Players)
{
if (!proxy.ContainsKey(player) || player.Role == Role.Ruler)
{
continue;
}
ChoiceListenerThreadParameters para = new ChoiceListenerThreadParameters();
para.proxy = proxy[player];
para.verifier = verifier;
para.player = player;
para.places = new List<DeckPlace>() { new DeckPlace(player, temp) };
para.options = null;
para.resultMax = new List<int> { numberOfHeroes };
Game.CurrentGame.Decks[player, temp].Clear();
Game.CurrentGame.Decks[player, temp].AddRange(restDraw[player]);
Thread t = new Thread(
(ParameterizedThreadStart)
((p) =>
{
ChoiceProxyListenerThread((ChoiceListenerThreadParameters)p);
})) { IsBackground = true };
t.Start(para);
proxyListener.Add(player, t);
}
if (!semWake.WaitOne(TimeOutSeconds * 1000))
{
semAccess.WaitOne(0);
}
foreach (var pair in proxyListener)
{
pair.Value.Abort();
}
}
