private async Task MessageRecieved(SocketMessage messageParam)
{
// Don't process the command if it was a system message
var message = messageParam as SocketUserMessage;
if (message == null)
{
return;
}
// Create a number to track where the prefix ends and the command begins
int argPos = 0;
//**MOVE CHECK LOGIC**\\
foreach (BasicCard card in UserHandler.GetUser(message.Author.Id).ActiveCards)
{
if (card.IsTurn && UserHandler.GetUser(message.Author.Id).CombatID != -1)
{
var author = UserHandler.GetUser(message.Author.Id);
var inst = CombatHandler.GetInstance(author.CombatID);
var moveNum = -1;
//Loop through the card's moves
foreach (BasicMove move in card.Moves)
{
moveNum++;
//If the message contains any of the moves' names
if (message.Content.Contains($"{move.Name}"))
{
//Fail if the user is silenced and they did not use their Basic
if (moveNum != 0 && card.IsSilenced())
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! You are silenced. You may only use your Basic (first move listed on your card).");
return;
}
//Count the inputs, if necessary
if (move.Targets >= 1)
{
//Setup a list of targeted cards
List <BasicCard> targets = new List <BasicCard>();
//Loop through every mentioned user
foreach (SocketUser user in message.MentionedUsers)
{
//Tests each case to make sure all circumstances for the execution of this command are valid (character exists, in correct location)
try
{
await UserHandler.OtherUserHasNoCards(CombatHandler.GetInstance(author.CombatID).Location, author, UserHandler.GetUser(user.Id));
}
catch (InvalidUserStateException)
{
return;
}
//If the player has at least 1 card, and they are in the same combat session as the author, add them to the list of targets.
var player = UserHandler.GetUser(user.Id);
//Check if the target is dead, if they are and this move cannot target dead, cancel.
if (player.ActiveCards[0].Dead)
{
if (!move.CanTargetDead)
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! {move.Name} cannot target the dead! {player.ActiveCards[0].Signature} is dead.");
return;
}
}
//Check if the target is an enemy (or a teammate that has ALSO been puppeted) and if this move cannot target enemies. If so, cancel
if (player.TeamNum != inst.GetTeam(card).TeamNum || (player.TeamNum == inst.GetTeam(card).TeamNum&& player.ActiveCards[0].IsPuppet && card.IsPuppet))
{
if (!move.CanTargetEnemies)
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! {move.Name} cannot target enemies!");
return;
}
}
//Check if the target is an enemy and if this move cannot target enemies. If so, cancel
if (player.TeamNum == inst.GetTeam(card).TeamNum&& !(player.ActiveCards[0].IsPuppet && card.IsPuppet))
{
if (!move.CanTargetAllies)
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! {move.Name} cannot target allies!");
return;
}
}
//Check if the target is untargetable and is not on the same team as the caster. If so, cancel.
if (player.ActiveCards[0].IsUntargetable() && player.TeamNum != author.TeamNum)
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! {player.ActiveCards[0].Signature} is untargetable.");
return;
}
//Check if the target is the player using the move. If so and this move cannot target self, cancel.
if (player.ActiveCards[0].Equals(card))
{
if (!move.CanTargetSelf)
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! {move.Name} cannot target yourself!");
return;
}
}
if (player.CombatID == author.CombatID)
{
targets.Add(player.ActiveCards[0]);
}
}
//Split the message apart by spaces, and search for 0. followed by any number
string[] split = message.Content.Split(' ');
foreach (string str in split)
{
int parse = 0;
//If the current string contains a 0. and ends with a
if (str.Contains("0.") && str.Length >= 3 && int.TryParse(str.Substring(2), out parse) && parse <= CombatHandler.GetInstance(author.CombatID).CardList.Count&& parse >= 1)
{
var target = inst.CardList[parse - 1];
if (target.Dead)
{
if (!move.CanTargetDead)
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! {move.Name} cannot target the dead! {target.Signature} is dead.");
return;
}
}
//Check if the target is the player using the move. If so and this move cannot target self, cancel.
if (target.Equals(card))
{
if (!move.CanTargetSelf)
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! {move.Name} cannot target yourself!");
return;
}
}
//Check if the target is an enemy and if this move cannot target enemies. If so, cancel
if (inst.GetTeam(target).TeamNum != inst.GetTeam(card).TeamNum || (inst.GetTeam(target).TeamNum == inst.GetTeam(card).TeamNum&& target.IsPuppet && card.IsPuppet))
{
if (!move.CanTargetEnemies)
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! {move.Name} cannot target enemies!");
return;
}
}
//Check if the target is an enemy and if this move cannot target enemies. If so, cancel
if (inst.GetTeam(target).TeamNum == inst.GetTeam(card).TeamNum&& !(target.IsPuppet && card.IsPuppet))
{
if (!move.CanTargetAllies)
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! {move.Name} cannot target allies!");
return;
}
}
//Check if the target is the player using the move. If so and this move cannot target self, cancel.
if (target.IsUntargetable() && UserHandler.GetUser(target.Owner).TeamNum != author.TeamNum)
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! {target.Signature} is untargetable.");
return;
}
targets.Add(target);
}
}
//Determine if a sole target exists on the enemy team
bool soleTargetExists = false;
BasicCard soleTarg = new BasicCard(true);
foreach (Team team in inst.Teams)
{
if (team.TeamNum != author.TeamNum)
{
foreach (UserAccount acc in team.Members)
{
foreach (BasicCard c in acc.ActiveCards)
{
if (c.IsSoleTarget())
{
soleTargetExists = true;
soleTarg = c;
}
}
}
}
}
//If a sole target exists on the enemy team and any target is not a teammate, and that target does not have the "Sole Target" buff, the move fails.
if (soleTargetExists)
{
foreach (BasicCard target in targets)
{
if (UserHandler.GetUser(target.Owner).TeamNum != author.TeamNum)
{
if (!target.IsSoleTarget())
{
await MessageHandler.SendMessage(inst.Location, $"MOVE FAILED! {soleTarg.Signature} is the sole target of all attacks.");
return;
}
}
}
}
if (targets.Count <= move.Targets && targets.Count > 0)
{
if (!move.OnCooldown)
{
await CombatHandler.UseMove(inst, card, move, targets);
}
else
{
await MessageHandler.SendMessage(inst.Location, "That move is on cooldown!");
}
}
return;
}
else
{
if (!move.OnCooldown)
{
await CombatHandler.UseMove(inst, card, move);
}
else
{
await MessageHandler.SendMessage(inst.Location, "That move is on cooldown!");
}
return;
}
}
}
if ((message.Content.Contains("Skip") || message.Content.Contains("Pass")) && card.CanPassTurn)
{
await CombatHandler.SkipTurn(inst, card);
}
else if ((message.Content.Contains("Skip") || message.Content.Contains("Pass")) && !card.CanPassTurn)
{
await MessageHandler.SendMessage(inst.Location, "You are cursed! You cannot Pass your turn.");
}
}
}
//**MOVE CHECK LOGIC END **\\
// Determine if the message is a command based on the prefix and make sure no bots trigger commands
if (!(message.HasStringPrefix("0.", ref argPos) ||
message.HasMentionPrefix(_client.CurrentUser, ref argPos)) ||
message.Author.IsBot)
{
return;
}
// Create a WebSocket-based command context based on the message
var context = new SocketCommandContext(_client, message);
if (UserHandler.GetUser(message.Author.Id).Blocked)
{
await context.Channel.SendMessageAsync($"{context.User.Username} you have been blocked from using Osiris. Please speak to an admin if this was not supposed to happen.");
return;
}
// Execute the command with the command context we just
// created, along with the service provider for precondition checks.
await _commands.ExecuteAsync(context, argPos, services : null);
//Update user's info
UserHandler.UpdateUserInfo(context.User.Id, context.User.GetOrCreateDMChannelAsync().Result.Id, context.User.Username, context.User.Mention, context.User.GetAvatarUrl());
}