public ClientNetworkProxy(IPlayerProxy uiProxy, Client client)
{
this.uiProxy = uiProxy;
this.client = client;
lastTS = 0;
numQuestionsAsked = 0;
}
public ClientNetworkProxy(IPlayerProxy uiProxy, Client client)
{
this.uiProxy = uiProxy;
this.client = client;
lastTS = 0;
numQuestionsAsked = 0;
}
protected void Run(Player Owner, GameEvent gameEvent, GameEventArgs eventArgs)
{
Player dest = eventArgs.Targets[0];
IPlayerProxy ui = Game.CurrentGame.UiProxies[Owner];
List <DeckPlace> places = new List <DeckPlace>();
places.Add(new DeckPlace(dest, DeckType.Hand));
places.Add(new DeckPlace(dest, DeckType.Equipment));
List <string> resultDeckPlace = new List <string>();
resultDeckPlace.Add("MengJin");
List <int> resultDeckMax = new List <int>();
resultDeckMax.Add(1);
List <List <Card> > answer;
if (!ui.AskForCardChoice(new CardChoicePrompt("MengJin", Owner), places, resultDeckPlace, resultDeckMax, new RequireOneCardChoiceVerifier(), out answer))
{
Trace.TraceInformation("Player {0} Invalid answer", Owner);
answer = new List <List <Card> >();
answer.Add(Game.CurrentGame.PickDefaultCardsFrom(places));
}
Card theCard = answer[0][0];
Trace.Assert(answer.Count == 1 && answer[0].Count == 1);
Game.CurrentGame.HandleCardDiscard(dest, new List <Card>()
{
theCard
});
}
protected void Run(Player Owner, GameEvent gameEvent, GameEventArgs eventArgs)
{
Core.Utils.GameDelays.Delay(Core.Utils.GameDelays.HanBingJian);
Player dest = eventArgs.Targets[0];
for (int i = 0; i < 2 && Game.CurrentGame.Decks[dest, DeckType.Hand].Concat(Game.CurrentGame.Decks[dest, DeckType.Equipment]).Count() > 0; i++)
{
IPlayerProxy ui = Game.CurrentGame.UiProxies[Owner];
if (Owner.IsDead)
{
return;
}
List <DeckPlace> places = new List <DeckPlace>();
places.Add(new DeckPlace(dest, DeckType.Hand));
places.Add(new DeckPlace(dest, DeckType.Equipment));
List <string> resultDeckPlace = new List <string>();
resultDeckPlace.Add("HanBing");
List <int> resultDeckMax = new List <int>();
resultDeckMax.Add(1);
List <List <Card> > answer;
if (!ui.AskForCardChoice(new CardChoicePrompt("HanBing"), places, resultDeckPlace, resultDeckMax, new RequireOneCardChoiceVerifier(), out answer))
{
Trace.TraceInformation("Player {0} Invalid answer", Owner.Id);
answer = new List <List <Card> >();
answer.Add(new List <Card>());
var collection = Game.CurrentGame.Decks[dest, DeckType.Hand].Concat
(Game.CurrentGame.Decks[dest, DeckType.Equipment]);
answer[0].Add(collection.First());
}
Trace.Assert(answer.Count == 1 && answer[0].Count == 1);
Game.CurrentGame.HandleCardDiscard(dest, answer[0]);
}
throw new TriggerResultException(TriggerResult.End);
}
/// <summary>
/// set the proxy object to use when returning Proxy`T().
/// This is only useful if you're using something like Castle.Windsor's dynamic proxy generation.
/// </summary>
/// <param name="proxy"></param>
public void Proxy(IPlayerProxy proxy)
{
_proxyObject = proxy;
if (proxy != null)
{
proxy.Player = this;
}
}
protected override void Process(Player source, Player dest, ICard card, ReadOnlyCard readonlyCard, GameEventArgs inResponseTo)
{
SingleCardUsageVerifier v1 = new SingleCardUsageVerifier((c) => { return(RequiredCard.GetType().IsAssignableFrom(c.Type.GetType())); }, false, RequiredCard);
List <Player> sourceList = new List <Player>();
sourceList.Add(source);
GameEventArgs args = new GameEventArgs();
args.Source = dest;
args.Targets = sourceList;
args.Card = new CompositeCard();
args.Card.Type = RequiredCard;
args.ReadonlyCard = readonlyCard;
try
{
Game.CurrentGame.Emit(GameEvent.PlayerRequireCard, args);
}
catch (TriggerResultException e)
{
if (e.Status == TriggerResult.Success)
{
Game.CurrentGame.HandleCardPlay(dest, args.Skill, args.Cards, sourceList);
return;
}
}
while (true)
{
IPlayerProxy ui = Game.CurrentGame.UiProxies[dest];
ISkill skill;
List <Player> p;
List <Card> cards;
Game.CurrentGame.Emit(GameEvent.PlayerIsAboutToPlayCard, new PlayerIsAboutToUseOrPlayCardEventArgs()
{
Source = dest, Verifier = v1
});
if (!ui.AskForCardUsage(new CardUsagePrompt(UsagePromptString, source),
v1, out skill, out cards, out p))
{
Trace.TraceInformation("Player {0} Invalid answer", dest);
Game.CurrentGame.DoDamage(source.IsDead ? null : source, dest, 1, DamageElement.None, card, readonlyCard);
}
else
{
if (!Game.CurrentGame.HandleCardPlay(dest, skill, cards, sourceList))
{
continue;
}
Trace.TraceInformation("Player {0} Responded. ", dest.Id);
}
break;
}
}
protected override void Process(Player source, Player dest, ICard card, ReadOnlyCard readonlyCard, GameEventArgs inResponseTo)
{
IPlayerProxy ui = Game.CurrentGame.UiProxies[source];
if (source.IsDead)
{
return;
}
if (dest.HandCards().Count + dest.Equipments().Count + dest.DelayedTools().Count == 0)
{
return; // ShunChai -> WuXie(from target) -> WuXie(soemone else) -> target has no card
}
List <DeckPlace> places = new List <DeckPlace>();
places.Add(new DeckPlace(dest, DeckType.Hand));
places.Add(new DeckPlace(dest, DeckType.Equipment));
places.Add(new DeckPlace(dest, DeckType.DelayedTools));
List <string> resultDeckPlace = new List <string>();
resultDeckPlace.Add(ResultDeckName);
List <int> resultDeckMax = new List <int>();
resultDeckMax.Add(1);
List <List <Card> > answer;
if (!ui.AskForCardChoice(new CardChoicePrompt(ChoicePrompt), places, resultDeckPlace, resultDeckMax, new RequireOneCardChoiceVerifier(true), out answer))
{
Trace.TraceInformation("Player {0} Invalid answer", source.Id);
answer = new List <List <Card> >();
answer.Add(Game.CurrentGame.PickDefaultCardsFrom(places));
}
Card theCard = answer[0][0];
if (ShunChaiDest(source, dest).DeckType == DeckType.Discard)
{
Game.CurrentGame.HandleCardDiscard(dest, new List <Card>()
{
theCard
});
}
else
{
Game.CurrentGame.HandleCardTransferToHand(dest, source, new List <Card>()
{
theCard
});
}
}
protected override void Process(Player source, Player dest, ICard card, ReadOnlyCard readonlyCard, GameEventArgs inResponseTo)
{
IPlayerProxy ui = Game.CurrentGame.UiProxies[dest];
HuoGongCardChoiceVerifier v1 = new HuoGongCardChoiceVerifier();
ISkill s;
List <Player> p;
List <Card> cards;
if (dest.IsDead)
{
return;
}
if (!ui.AskForCardUsage(new CardUsagePrompt("HuoGong", source), v1, out s, out cards, out p))
{
Trace.TraceInformation("Player {0} Invalid answer", dest);
cards = new List <Card>();
if (Game.CurrentGame.Decks[dest, DeckType.Hand].Count == 0)
{
Trace.TraceError("HuoGong Cannot Show Card! This should NOT have happened!");
return;
}
cards.Add(Game.CurrentGame.Decks[dest, DeckType.Hand][0]);
}
var theCard = cards[0];
Game.CurrentGame.SyncCardAll(ref theCard);
Trace.TraceInformation("Player {0} HuoGong showed {1}, ", dest.Id, theCard);
Game.CurrentGame.NotificationProxy.NotifyShowCard(dest, theCard);
if (source.IsDead)
{
return;
}
ui = Game.CurrentGame.UiProxies[source];
HuoGongCardMatchVerifier v2 = new HuoGongCardMatchVerifier(theCard.Suit);
Game.CurrentGame.HideHandCard(theCard);
v2.Owner = source;
if (ui.AskForCardUsage(new CardUsagePrompt("HuoGong2", dest, theCard.Suit), v2, out s, out cards, out p))
{
Game.CurrentGame.HandleCardDiscard(source, cards);
Game.CurrentGame.DoDamage(source, dest, 1, DamageElement.Fire, card, readonlyCard);
}
else
{
Trace.TraceInformation("HuoGong aborted, failed to provide card");
}
}
protected override bool DoTransformSideEffect(CompositeCard card, object arg, List <Player> targets, bool isPlay)
{
ICard result = null;
List <Player> toProcess = new List <Player>(Game.CurrentGame.AlivePlayers);
toProcess.Remove(Owner);
bool noAnswer = true;
foreach (var player in toProcess)
{
if (player.Allegiance == Core.Heroes.Allegiance.Shu)
{
bool failToRespond = false;
while (true)
{
IPlayerProxy ui = Game.CurrentGame.UiProxies[player];
SingleCardUsageVerifier v1 = new SingleCardUsageVerifier((c) => { return(c.Type is Sha); }, false);
ISkill skill;
List <Player> p;
List <Card> cards;
Game.CurrentGame.Emit(isPlay? GameEvent.PlayerIsAboutToPlayCard : GameEvent.PlayerIsAboutToUseCard, new PlayerIsAboutToUseOrPlayCardEventArgs()
{
Source = player, Verifier = v1
});
if (!ui.AskForCardUsage(new CardUsagePrompt("JiJiang", Owner), v1, out skill, out cards, out p))
{
failToRespond = true;
break;
}
if (!Game.CurrentGame.CommitCardTransform(player, skill, cards, out result, targets, isPlay))
{
continue;
}
noAnswer = false;
Trace.TraceInformation("Player {0} Responded JiJiang with SHA, ", player.Id);
break;
}
if (failToRespond)
{
continue;
}
break;
}
}
Game.CurrentGame.LastAction = this;
if (noAnswer)
{
Owner[JiJiangFailed] = 1;
return(false);
}
Owner[JiJiangFailed] = 0;
Trace.Assert(result != null);
card.Subcards = new List <Card>();
if (result is CompositeCard)
{
card.Subcards.AddRange(((CompositeCard)result).Subcards);
card.Type = ((CompositeCard)result).Type;
}
else
{
Trace.Assert(result is Card);
card.Subcards.Add((Card)result);
card.Type = ((Card)result).Type;
}
return(true);
}
public override void Run(GameEvent gameEvent, GameEventArgs eventArgs)
{
if (eventArgs.ReadonlyCard == null)
{
return;
}
if (!(eventArgs.ReadonlyCard.Type is Sha))
{
return;
}
Player source = eventArgs.Source;
Player dest = eventArgs.Targets[0];
ICard card = eventArgs.Card;
List <Player> sourceList = new List <Player>()
{
source
};
GameEventArgs args = new GameEventArgs();
Game.CurrentGame.Emit(PlayerShaTargetShanModifier, eventArgs);
// this number is 0 for normal Sha/Shan. Lv Bu would like this to be 1
int numberOfShanRequired = eventArgs.ReadonlyCard[ShaCancellationCount] = eventArgs.ReadonlyCard[CardAttribute.TargetRequireTwoResponses[dest]] + 1;
bool cannotUseShan = (eventArgs.ReadonlyCard[CannotProvideShan[dest]] & 1) == 1;
eventArgs.ReadonlyCard[CannotProvideShan[dest]] >>= 1;
bool cannotProvideShan = false;
while (numberOfShanRequired > 0 && !cannotUseShan)
{
args.Source = dest;
args.Targets = sourceList;
args.Card = new CompositeCard();
args.Card.Type = new Shan();
args.ReadonlyCard = eventArgs.ReadonlyCard;
try
{
Game.CurrentGame.Emit(GameEvent.PlayerRequireCard, args);
}
catch (TriggerResultException e)
{
if (e.Status == TriggerResult.Success)
{
GameEventArgs arg = new GameEventArgs();
arg.Source = dest;
arg.Targets = sourceList;
arg.Skill = args.Skill;
arg.Cards = args.Cards;
arg.InResponseTo = eventArgs;
Game.CurrentGame.Emit(GameEvent.CommitActionToTargets, arg);
#if SB_FAQ
numberOfShanRequired--;
#else
numberOfShanRequired = eventArgs.ReadonlyCard[ShaCancellationCount];
#endif
continue;
}
}
while (true)
{
IPlayerProxy ui = Game.CurrentGame.UiProxies[dest];
SingleCardUsageVerifier v1 = new SingleCardUsageVerifier((c) => { return(c.Type is Shan); }, true, new Shan());
ISkill skill;
List <Player> p;
List <Card> cards;
Game.CurrentGame.Emit(GameEvent.PlayerIsAboutToUseCard, new PlayerIsAboutToUseOrPlayCardEventArgs()
{
Source = dest, Verifier = v1
});
if (!ui.AskForCardUsage(new CardUsagePrompt("Sha.Shan", source), v1, out skill, out cards, out p))
{
cannotProvideShan = true;
break;
}
try
{
GameEventArgs arg = new GameEventArgs();
arg.Source = dest;
arg.Targets = sourceList;
arg.Skill = skill;
arg.Cards = cards;
arg.InResponseTo = eventArgs;
Game.CurrentGame.Emit(GameEvent.CommitActionToTargets, arg);
}
catch (TriggerResultException e)
{
Trace.Assert(e.Status == TriggerResult.Retry);
continue;
}
break;
}
if (cannotProvideShan)
{
break;
}
#if SB_FAQ
numberOfShanRequired--;
#else
numberOfShanRequired = eventArgs.ReadonlyCard[ShaCancellationCount];
#endif
}
if (cannotUseShan ||
#if SB_FAQ
eventArgs.ReadonlyCard[ShaCancellationCount] > 0
#else
numberOfShanRequired > 0
#endif
)
{
return;
}
Trace.TraceInformation("Successfully dodged");
args = new GameEventArgs();
args.Source = source;
args.Targets = new List <Player>();
args.Targets.Add(dest);
args.Card = card;
args.ReadonlyCard = eventArgs.ReadonlyCard;
try
{
Game.CurrentGame.Emit(PlayerShaTargetDodged, args);
}
catch (TriggerResultException)
{
Trace.Assert(false);
}
throw new TriggerResultException(TriggerResult.End);
}
public override void Run(GameEvent gameEvent, GameEventArgs eventArgs)
{
Player currentPlayer = Game.CurrentGame.CurrentPlayer;
Trace.TraceInformation("Player {0} action.", currentPlayer.Id);
while (!currentPlayer.IsDead)
{
bool newturn = false;
foreach (var pl in Game.CurrentGame.Players)
{
if (GetReadyToGo(pl) && pl == currentPlayer)
{
newturn = true;
}
}
if (newturn)
{
return;
}
Trace.Assert(Game.CurrentGame.UiProxies.ContainsKey(currentPlayer));
IPlayerProxy proxy = Game.CurrentGame.UiProxies[currentPlayer];
ISkill skill;
List <Card> cards;
List <Player> players;
PlayerActionStageVerifier v = new PlayerActionStageVerifier();
Game.CurrentGame.Emit(GameEvent.PlayerIsAboutToUseCard, new PlayerIsAboutToUseOrPlayCardEventArgs()
{
Source = currentPlayer, Verifier = v
});
if (!proxy.AskForCardUsage(new Prompt(Prompt.PlayingPhasePrompt), v, out skill, out cards, out players))
{
break;
}
if (skill != null)
{
if (skill is CheatSkill)
{
if (!Game.CurrentGame.Settings.CheatEnabled)
{
break;
}
CheatSkill cs = skill as CheatSkill;
if (cs.CheatType == CheatType.Card)
{
if (Game.CurrentGame.IsClient)
{
Game.CurrentGame.SyncUnknownLocationCardAll(null);
}
else
{
foreach (var searchCard in Game.CurrentGame.CardSet)
{
if (searchCard.Id == cs.CardId)
{
Game.CurrentGame.SyncUnknownLocationCardAll(searchCard);
break;
}
}
}
foreach (var searchCard in Game.CurrentGame.CardSet)
{
if (searchCard.Id == cs.CardId)
{
CardsMovement move = new CardsMovement();
move.Cards = new List <Card>()
{
searchCard
};
move.To = new DeckPlace(Game.CurrentGame.CurrentPlayer, DeckType.Hand);
move.Helper = new MovementHelper();
Game.CurrentGame.MoveCards(move);
break;
}
}
}
else if (cs.CheatType == CheatType.Skill)
{
foreach (var hero in Game.CurrentGame.OriginalCardSet)
{
bool found = false;
if (hero.Type is HeroCardHandler)
{
foreach (var sk in (hero.Type as HeroCardHandler).Hero.Skills)
{
if (sk.GetType().Name == cs.SkillName)
{
Game.CurrentGame.PlayerAcquireAdditionalSkill(currentPlayer, sk.Clone() as ISkill, currentPlayer.Hero);
found = true;
break;
}
}
}
if (found)
{
break;
}
}
}
continue;
}
else if (skill is ActiveSkill)
{
GameEventArgs arg = new GameEventArgs();
arg.Source = Game.CurrentGame.CurrentPlayer;
arg.Targets = players;
arg.Cards = cards;
((ActiveSkill)skill).NotifyAndCommit(arg);
Game.CurrentGame.NotificationProxy.NotifyActionComplete();
Game.CurrentGame.LastAction = skill;
continue;
}
CompositeCard c;
CardTransformSkill s = (CardTransformSkill)skill;
VerifierResult r = s.TryTransform(cards, players, out c);
Trace.TraceInformation("Player used {0}", c.Type);
}
else
{
Trace.Assert(cards[0] != null && cards.Count == 1);
Trace.TraceInformation("Player used {0}", cards[0].Type);
}
try
{
Game.CurrentGame.Emit(GameEvent.CommitActionToTargets, new Triggers.GameEventArgs()
{
Skill = skill, Source = Game.CurrentGame.CurrentPlayer, Targets = players, Cards = cards
});
}
catch (TriggerResultException)
{
}
Game.CurrentGame.NotificationProxy.NotifyActionComplete();
Game.CurrentGame.LastAction = skill;
}
}
protected override void Process(Player source, Player dest, ICard card, ReadOnlyCard readonlyCard, GameEventArgs inResponseTo)
{
Player current = dest;
bool firstTime = true;
while (true)
{
List <Player> sourceList = new List <Player>();
if (current == dest)
{
sourceList.Add(source);
}
else
{
sourceList.Add(dest);
}
IPlayerProxy ui = Game.CurrentGame.UiProxies[current];
SingleCardUsageVerifier v1 = new SingleCardUsageVerifier((c) => { return(c.Type is Sha); }, false, new Sha());
ISkill skill;
List <Player> p;
List <Card> cards;
CardUsagePrompt prompt;
if (current.IsDead)
{
return;
}
if (firstTime)
{
prompt = new CardUsagePrompt("JueDou", source);;
}
else
{
prompt = new CardUsagePrompt("JueDou2", current == dest ? source : dest);
firstTime = false;
}
int numberOfShaRequired = current == dest ? readonlyCard[CardAttribute.TargetRequireTwoResponses[dest]] + 1 : readonlyCard[CardAttribute.SourceRequireTwoResponses] + 1;
bool cannotProvideSha = false;
while (numberOfShaRequired > 0)
{
Game.CurrentGame.Emit(GameEvent.PlayerIsAboutToPlayCard, new PlayerIsAboutToUseOrPlayCardEventArgs()
{
Source = current, Verifier = v1
});
if (!ui.AskForCardUsage(prompt, v1, out skill, out cards, out p))
{
Trace.TraceInformation("Player {0} Invalid answer", current);
cannotProvideSha = true;
break;
}
if (!Game.CurrentGame.HandleCardPlay(current, skill, cards, sourceList))
{
continue;
}
numberOfShaRequired--;
}
if (cannotProvideSha)
{
break;
}
Trace.TraceInformation("Player {0} SHA, ", current.Id);
if (current == dest)
{
current = source;
}
else
{
current = dest;
}
}
Player won = current == dest ? source : dest;
Game.CurrentGame.DoDamage(won, current, 1, DamageElement.None, card, readonlyCard);
}
void CallOfShan(Player Owner, GameEvent gameEvent, GameEventArgs eventArgs)
{
ICard result = null;
List<Player> toProcess = new List<Player>(Game.CurrentGame.AlivePlayers);
toProcess.Remove(Owner);
bool noAnswer = true;
foreach (var player in toProcess)
{
if (player.Allegiance == Core.Heroes.Allegiance.Wei)
{
bool failToRespond = false;
GameEventArgs args = new GameEventArgs();
args.Source = player;
args.Targets = eventArgs.Targets;
args.Card = new CompositeCard();
args.Card.Type = new Shan();
args.ReadonlyCard = eventArgs.ReadonlyCard;
try
{
Game.CurrentGame.Emit(GameEvent.PlayerRequireCard, args);
}
catch (TriggerResultException e)
{
if (e.Status == TriggerResult.Success)
{
eventArgs.Skill = args.Skill;
eventArgs.Cards = new List<Card>(args.Cards);
throw new TriggerResultException(TriggerResult.Success);
}
}
while (true)
{
IPlayerProxy ui = Game.CurrentGame.UiProxies[player];
SingleCardUsageVerifier v1 = new SingleCardUsageVerifier((c) => { return c.Type is Shan; }, false, new Shan());
ISkill skill;
List<Player> p;
List<Card> cards;
Game.CurrentGame.Emit(GameEvent.PlayerIsAboutToPlayCard, new PlayerIsAboutToUseOrPlayCardEventArgs() { Source = player, Verifier = v1 });
if (!ui.AskForCardUsage(new CardUsagePrompt("HuJia", Owner), v1, out skill, out cards, out p))
{
failToRespond = true;
break;
}
if (!Game.CurrentGame.CommitCardTransform(player, skill, cards, out result, eventArgs.Targets, true))
{
continue;
}
if (result is CompositeCard)
{
eventArgs.Cards = new List<Card>((result as CompositeCard).Subcards);
eventArgs.Skill = new CardWrapper(Owner, new Shan());
}
else
{
eventArgs.Cards = new List<Card>() { result as Card };
eventArgs.Skill = null;
}
noAnswer = false;
Trace.TraceInformation("Player {0} Responded HuJia with SHAN, ", player.Id);
break;
}
if (failToRespond)
{
continue;
}
break;
}
}
if (noAnswer)
{
return;
}
Trace.Assert(result != null);
eventArgs.Cards = new List<Card>();
if (result is CompositeCard)
{
eventArgs.Cards.AddRange(((CompositeCard)result).Subcards);
}
else
{
Trace.Assert(result is Card);
eventArgs.Cards.Add((Card)result);
}
throw new TriggerResultException(TriggerResult.Success);
}
public void ForcePlayerDiscard(Player player, NumberOfCardsToForcePlayerDiscard numberOfCards, bool canDiscardEquipment, bool atOnce = true)
{
if (player.IsDead)
{
return;
}
Trace.TraceInformation("Player {0} discard.", player);
int cannotBeDiscarded = 0;
int numberOfCardsDiscarded = 0;
while (true)
{
int handCardCount = Decks[player, DeckType.Hand].Count; // 玩家手牌数
int equipCardCount = Decks[player, DeckType.Equipment].Count; // 玩家装备牌数
int toDiscard = numberOfCards(player, numberOfCardsDiscarded);
// Have we finished discarding everything?
// We finish if
// 玩家手牌数 小于等于 我们要强制弃掉的数目
// 或者玩家手牌数 (小于)等于 不可弃的牌的数目（此时装备若可弃，必须弃光）
if (toDiscard == 0 || (handCardCount <= cannotBeDiscarded && (!canDiscardEquipment || equipCardCount == 0)))
{
break;
}
Trace.Assert(UiProxies.ContainsKey(player));
IPlayerProxy proxy = UiProxies[player];
ISkill skill;
List <Card> cards;
List <Player> players;
cannotBeDiscarded = 0;
foreach (Card c in Decks[player, DeckType.Hand])
{
if (!PlayerCanDiscardCard(player, c))
{
cannotBeDiscarded++;
}
}
//如果玩家无法达到弃牌要求 则 摊牌
bool status = cannotBeDiscarded == 0 || ((canDiscardEquipment ? equipCardCount : 0) + handCardCount - toDiscard >= cannotBeDiscarded);
SyncConfirmationStatus(ref status);
if (!status)
{
SyncImmutableCardsAll(Decks[player, DeckType.Hand]);
ShowHandCards(player, Decks[player, DeckType.Hand]);
if (Game.CurrentGame.IsClient)
{
//刷新所有客户端该玩家不可弃掉的牌的数目
cannotBeDiscarded = 0;
foreach (Card c in Decks[player, DeckType.Hand])
{
if (!PlayerCanDiscardCard(player, c))
{
cannotBeDiscarded++;
}
}
}
}
int minimum;
if (!atOnce)
{
minimum = 1;
}
else
{
minimum = status ? toDiscard : (canDiscardEquipment ? equipCardCount : 0) + handCardCount - cannotBeDiscarded;
}
PlayerForceDiscardVerifier v = new PlayerForceDiscardVerifier(toDiscard, canDiscardEquipment, minimum);
if (!proxy.AskForCardUsage(new Prompt(Prompt.DiscardPhasePrompt, toDiscard),
v, out skill, out cards, out players))
{
//玩家没有回应(default)
Trace.TraceInformation("Invalid answer, choosing for you");
cards = new List <Card>();
int cardsDiscarded = 0;
var chooseFrom = new List <Card>(Decks[player, DeckType.Hand]);
if (canDiscardEquipment)
{
chooseFrom.AddRange(Decks[player, DeckType.Equipment]);
}
foreach (Card c in chooseFrom)
{
if (PlayerCanDiscardCard(player, c))
{
cards.Add(c);
cardsDiscarded++;
}
if (cardsDiscarded == toDiscard)
{
SyncCardsAll(cards);
break;
}
}
}
numberOfCardsDiscarded += cards.Count;
if (cards.Count != 0)
{
HandleCardDiscard(player, cards);
}
}
}
void Run(Player Owner, GameEvent gameEvent, GameEventArgs eventArgs)
{
DeckType mjDeck = DeckType.Register("ManJuan");
List <Card> theCards = new List <Card>(eventArgs.Cards);
CardsMovement move = new CardsMovement();
move.Cards = eventArgs.Cards;
move.To = new DeckPlace(null, DeckType.Discard);
move.Helper.IsFakedMove = true;
Game.CurrentGame.MoveCards(move);
if (Game.CurrentGame.CurrentPlayer == Owner)
{
foreach (var reclaim in theCards)
{
List <Card> garbageList = new List <Card>();
foreach (var garbage in Game.CurrentGame.Decks[null, DeckType.Discard])
{
if (garbage.Rank == reclaim.Rank)
{
garbageList.Add(garbage);
}
}
move = new CardsMovement();
move.Cards = garbageList;
move.To = new DeckPlace(null, mjDeck);
move.Helper.IsFakedMove = true;
Game.CurrentGame.MoveCards(move);
IPlayerProxy ui = Game.CurrentGame.UiProxies[Owner];
List <List <Card> > answer;
if (!ui.AskForCardChoice(new CardChoicePrompt("ManJuan", Owner), new List <DeckPlace>()
{
new DeckPlace(null, mjDeck)
}, new List <string>()
{
"ZuiXiang"
}, new List <int>()
{
1
}, new RequireOneCardChoiceVerifier(), out answer))
{
Trace.TraceInformation("Player {0} Invalid answer", Owner);
answer = new List <List <Card> >();
answer.Add(new List <Card>());
answer[0].Add(Game.CurrentGame.Decks[null, mjDeck][0]);
}
Trace.Assert(answer.Count == 1 && answer[0].Count == 1);
move = new CardsMovement();
move.Cards = new List <Card>(answer[0]);
move.To = new DeckPlace(Owner, DeckType.Hand);
Game.CurrentGame.MoveCards(move);
move = new CardsMovement();
move.Cards = new List <Card>(Game.CurrentGame.Decks[null, mjDeck]);
move.To = new DeckPlace(null, DeckType.Discard);
move.Helper.IsFakedMove = true;
Game.CurrentGame.MoveCards(move);
}
}
}
