private void AddIdentifiersToRegisteredTags(IEnumerable<string[]> matchedPlayers)
{
foreach (var matchedPlayer in matchedPlayers)
{
if (matchedPlayer.Length != 2) continue;
var player = Database.Players.Add(new Player());
Database.SaveChanges();
var playerTag = new PlayerTag()
{
PlayerGameTag = matchedPlayer[0],
PlayerId = player.PlayerId,
IsCurrentTag = true
};
Database.PlayerTags.Add(playerTag);
Database.SaveChanges();
var playerIdentifier = new PlayerTagIdentifier
{
Identifier = matchedPlayer[1],
PlayerTagsId = playerTag.PlayerTagsId
};
Database.PlayerTagIdentifiers.Add(playerIdentifier);
//databaseChanges = true;
}
Database.SaveChanges();
}
public string RegisterNewPlayer(string userName)
{
var registered = (Database.PlayerTags.FirstOrDefault(x => x.PlayerGameTag == userName) != null);
if (registered)
return string.Format("{0} has already been registered.", userName);
var player = new Player();
player = Database.Players.Add(player);
Database.SaveChanges();
var playerTag = new PlayerTag
{
PlayerGameTag = userName,
IsCurrentTag = true,
Player = player,
PlayerId = player.PlayerId
};
Database.PlayerTags.Add(playerTag);
Database.SaveChanges();
return "success";
}
private TournamentDataModel ReplaceUnmatchedIds(TournamentDataModel model, List<PlayerTag> playerTags, IEnumerable<string[]> unmatchedPlayers)
{
var playerTag = new PlayerTag();
foreach (var unmatchedPlayer in unmatchedPlayers)
{
playerTag = ReplaceChallongeIdWithPlayerTag(playerTags, unmatchedPlayer[0]);
model.Participants
.Single(x => x.participant.display_name == playerTag.PlayerGameTag)
.participant.tournament_id = playerTag.PlayerId;
}
return model;
}
private TournamentDataModel ReplaceMatchedIds(TournamentDataModel model, List<PlayerTag> playerTags, IEnumerable<string[]> matchedPlayers)
{
var playerTag = new PlayerTag();
foreach (var matchedPlayer in matchedPlayers)
{
if (matchedPlayer.Length == 1)
playerTag = ReplaceChallongeIdWithPlayerTag(playerTags, matchedPlayer[0]);
else if(matchedPlayer.Length == 2)
playerTag = ReplaceMatchedAssociatedId(playerTags, matchedPlayer);
else
playerTag = ReplaceMatchedAssociatedById(playerTags, matchedPlayer[2]);
model.Participants
.Single(x => x.participant.display_name == playerTag.PlayerGameTag)
.participant.tournament_id = playerTag.PlayerId;
}
return model;
}
private void AssociateUnmatchedPlayer(IEnumerable<string[]> unmatchedPlayers)
{
var playerTagsList = Database.PlayerTags.ToList();
foreach (var unmatchedPlayer in unmatchedPlayers)
{
if (unmatchedPlayer.Count() == 1) continue;
var name = unmatchedPlayer[1];
var playerToAssociateTo = playerTagsList.Single(x => x.PlayerTagIdentifiers.ToTagsAndIdentifierString(x.PlayerGameTag) == name);
var player = new PlayerTag()
{
PlayerGameTag = unmatchedPlayer[0],
PlayerId = playerToAssociateTo.PlayerId,
IsCurrentTag = false
};
Database.PlayerTags.Add(player);
}
Database.SaveChanges();
}
private void SaveUnmatchedPlayers(IEnumerable<string[]> unmatchedPlayers, int tournamentId)
{
foreach (var unmatchedPlayer in unmatchedPlayers)
{
if (HasAdditionalIdentifiers(unmatchedPlayer)) continue;
var playerToAssociateTo = _glickoHelper.CreateNewPlayer(tournamentId);
var playerTag = new PlayerTag()
{
PlayerGameTag = unmatchedPlayer[0],
PlayerId = playerToAssociateTo.PlayerId,
IsCurrentTag = true
};
Database.PlayerTags.Add(playerTag);
}
Database.SaveChanges();
}