public BattleMessage(Guid UserId, Card Card, ActionInfo Action, object data = null)
: base(MessageType.BattleMessage, data)
{
this.UserId = UserId;
this.Card = Card;
this.Action = Action;
}
bool ProcessMoveCardAction(ActionInfo info, out Card outCard)
{
Card card = null;
if (info.TargetEntry == ActionEntryType.Field && info.SourceEntry == ActionEntryType.Deck)
{
if (info.SourceParam == 0)
{
info.Source = match.BoardState.DoorDeck;
}
else
{
info.Source = match.BoardState.TreasureDeck;
}
card = info.Source.GetRandomCard();
info.Target = match.BoardState.Field;
if (card.Class == CardClass.Monster)
{
match.BoardState.TurnStep = TurnStep.Battle;
}
else
{
match.BoardState.TurnStep = TurnStep.Waiting;
}
}
if (info.TargetEntry == ActionEntryType.Hand && info.SourceEntry == ActionEntryType.Deck)
{
if (info.SourceParam == 0)
{
info.Source = match.BoardState.DoorDeck;
}
else
{
info.Source = match.BoardState.TreasureDeck;
}
card = info.Source.GetRandomCard();
info.Target = info.Invoker.Hand;
match.BoardState.TurnStep = TurnStep.Ending;
}
if (info.SourceEntry == ActionEntryType.Hand && info.TargetEntry == ActionEntryType.Field)
{
info.Target = match.BoardState.Field;
info.Source = info.Invoker.Hand;
card = info.Source.GetCardById(info.CardId);
foreach (var m in card.OnUseMechanics)
{
m.Execute(match.BoardState, info.Invoker, card);
}
}
if (info.SourceEntry == ActionEntryType.Hand && info.TargetEntry == ActionEntryType.Slot)
{
info.Target = info.Invoker.Board;
info.Source = info.Invoker.Hand;
card = info.Source.GetCardById(info.CardId);
if (!info.Invoker.TryEquip(card))
{
outCard = null;
return(false);
}
if (card.Class == CardClass.Race || card.Class == CardClass.Class)
{
card.OnUseMechanics.ElementAt(0).Execute(match.BoardState, info.Invoker, card);
}
}
if (card != null)
{
info.Source.RemoveCard(card);
info.Target.AddCard(card);
if (info.TargetEntry == ActionEntryType.Field)
{
foreach (var m in card.OnUseMechanics)
{
m.Execute(match.BoardState, info.Invoker, card);
}
}
}
outCard = card;
return(true);
}
public string ProcessAction(ActionInfo info)
{
string result = ACTION_ERROR;
object AdditionalData = null;
// todo: handle action result
if (match.BoardState.CurrentPlayerId != CurrentUser.Instance.Current.Id)
{
result = ACTION_ERROR;
return(MakeAnswer(result, AdditionalData));
}
Player player = match.BoardState.Players.First(x => x.UserId == CurrentUser.Instance.Current.Id);
Card card = null;
Object data = null;
if (info.Type == ActionType.MoveCard)
{
if (ProcessMoveCardAction(info, out card))
{
AdditionalData = card;
result = ACTION_DONE;
}
}
else if (info.Type == ActionType.FinishTurn)
{
match.BoardState.StepFinished();
data = match.BoardState.CurrentPlayerId;
result = ACTION_DONE;
}
else if (info.Type == ActionType.TryEscape)
{
//todo: implement proper dice algorythm!
var monsters = match.BoardState.Field.Cards.Where(c => c.Class == CardClass.Monster).ToList();
if (monsters.Count > 0)
{
((List <IMechanic>)monsters[0].OnUseMechanics)[0].Execute(match.BoardState, info.Invoker, null);
data = new { diceResult = 1, escapeResult = false };
AdditionalData = data;
result = ACTION_DONE;
foreach (var p in match.BoardState.Players)
{
Longpool.Longpool.Instance.PushMessageToUser(p.UserId, new AsyncMessage(MessageType.EndOfTheBattle));
}
}
else
{
result = ACTION_ERROR;
}
}
if (result != ACTION_ERROR)
{
foreach (var p in match.BoardState.Players)
{
if (info.Type == ActionType.FinishTurn || p.UserId != player.UserId)
{
Longpool.Longpool.Instance.PushMessageToUser(p.UserId, new BattleMessage(player.UserId, card, info, data));
}
Longpool.Longpool.Instance.PushMessageToUser(p.UserId, new AsyncMessage(MessageType.PhaseChanged, match.BoardState.TurnStep));
}
}
return(MakeAnswer(result, AdditionalData));
}
public string ProcessAction(ActionInfo info)
{
string result = ACTION_ERROR;
object AdditionalData = null;
// todo: handle action result
if (match.BoardState.CurrentPlayerId != CurrentUser.Instance.Current.Id)
{
result = ACTION_ERROR;
return MakeAnswer(result, AdditionalData);
}
Player player = match.BoardState.Players.First(x => x.UserId == CurrentUser.Instance.Current.Id);
Card card = null;
Object data = null;
if (info.Type == ActionType.MoveCard)
{
if (ProcessMoveCardAction(info, out card))
{
AdditionalData = card;
result = ACTION_DONE;
}
}
else if (info.Type == ActionType.FinishTurn)
{
match.BoardState.StepFinished();
data = match.BoardState.CurrentPlayerId;
result = ACTION_DONE;
}
else if (info.Type == ActionType.TryEscape)
{
//todo: implement proper dice algorythm!
var monsters = match.BoardState.Field.Cards.Where(c => c.Class == CardClass.Monster).ToList();
if (monsters.Count > 0)
{
((List<IMechanic>)monsters[0].OnUseMechanics)[0].Execute(match.BoardState, info.Invoker, null);
data = new { diceResult = 1, escapeResult = false };
AdditionalData = data;
result = ACTION_DONE;
foreach (var p in match.BoardState.Players)
{
Longpool.Longpool.Instance.PushMessageToUser(p.UserId, new AsyncMessage(MessageType.EndOfTheBattle));
}
}
else
result = ACTION_ERROR;
}
if (result != ACTION_ERROR)
{
foreach (var p in match.BoardState.Players)
{
if (info.Type == ActionType.FinishTurn || p.UserId != player.UserId)
Longpool.Longpool.Instance.PushMessageToUser(p.UserId, new BattleMessage(player.UserId, card, info, data));
Longpool.Longpool.Instance.PushMessageToUser(p.UserId, new AsyncMessage(MessageType.PhaseChanged, match.BoardState.TurnStep));
}
}
return MakeAnswer(result, AdditionalData);
}
bool ProcessMoveCardAction(ActionInfo info, out Card outCard)
{
Card card = null;
if (info.TargetEntry == ActionEntryType.Field && info.SourceEntry == ActionEntryType.Deck)
{
if (info.SourceParam == 0)
info.Source = match.BoardState.DoorDeck;
else
info.Source = match.BoardState.TreasureDeck;
card = info.Source.GetRandomCard();
info.Target = match.BoardState.Field;
if (card.Class == CardClass.Monster)
match.BoardState.TurnStep = TurnStep.Battle;
else
match.BoardState.TurnStep = TurnStep.Waiting;
}
if (info.TargetEntry == ActionEntryType.Hand && info.SourceEntry == ActionEntryType.Deck)
{
if (info.SourceParam == 0)
info.Source = match.BoardState.DoorDeck;
else
info.Source = match.BoardState.TreasureDeck;
card = info.Source.GetRandomCard();
info.Target = info.Invoker.Hand;
match.BoardState.TurnStep = TurnStep.Ending;
}
if (info.SourceEntry == ActionEntryType.Hand && info.TargetEntry == ActionEntryType.Field)
{
info.Target = match.BoardState.Field;
info.Source = info.Invoker.Hand;
card = info.Source.GetCardById(info.CardId);
foreach (var m in card.OnUseMechanics)
m.Execute(match.BoardState, info.Invoker, card);
}
if (info.SourceEntry == ActionEntryType.Hand && info.TargetEntry == ActionEntryType.Slot)
{
info.Target = info.Invoker.Board;
info.Source = info.Invoker.Hand;
card = info.Source.GetCardById(info.CardId);
if (!info.Invoker.TryEquip(card))
{
outCard = null;
return false;
}
if (card.Class == CardClass.Race || card.Class == CardClass.Class)
card.OnUseMechanics.ElementAt(0).Execute(match.BoardState, info.Invoker, card);
}
if (card != null)
{
info.Source.RemoveCard(card);
info.Target.AddCard(card);
if (info.TargetEntry == ActionEntryType.Field)
foreach (var m in card.OnUseMechanics)
m.Execute(match.BoardState, info.Invoker, card);
}
outCard = card;
return true;
}