public List<Move> GetNextMoves(string gameId, List<string> existingIds)
{
Article game = new Article(Schemas.Game, gameId);
var moveArticleIds = game.GetAllConnectedArticles(Relations.GameMove, null, null,new[] {"__id"});
var moveIds = moveArticleIds.Select(m => m.Id).ToList();
moveIds = moveIds.Except(existingIds).ToList();
List<Move> moves = new List<Move>();
if (moveIds.Count > 0)
{
var graphMoves = Graph.Project("get_next_moves", moveIds, null).Result;
moves = graphMoves.Select(node => node.Article).ToList().ToModelMoves();
}
return moves;
}
public bool StartGame(string gameId, string userId, GameStatus status, bool isActive, List<string> tiles, List<string> gameTiles)
{
var game = new Article(Schemas.Game, gameId);
var players = game.GetAllConnectedArticles(Relations.GamePlayer, null, null, new[] {"__id"});
if (players != null && players.Count == 1)
{
game.Set("status", status.ToString());
game.Set("tiles", string.Join(",", gameTiles));
var conn = Connection.New(Relations.GamePlayer)
.FromExistingArticle("player", userId)
.ToExistingArticle("game", gameId);
conn.Set("ishost", false);
conn.Set("isactive", isActive);
conn.Set("tiles", string.Join("|", tiles));
conn.Set("tiles_remaining", AppConfigurations.MaxTilesPerPlayer);
conn.SaveAsync().Wait();
game.SaveAsync().Wait();
return true;
}
return false;
}
