private void GenerateNewGrid(object state)
{
LoadDictionary(HttpRuntime.AppDomainAppPath + "/" + System.Configuration.ConfigurationManager.AppSettings["DictionaryPath"] + "/Dictionary.txt");
//if (Application["CurrentGrid"] == null)
Application["CurrentGrid"] = new Grid();
Task.Factory.StartNew(new Action(SolveGrid));
}
private void GenerateNewGrid(object state)
{
var curGrid = lst[servedGridIndex++];
LatestServedTime = DateTime.Now.AddSeconds(30);
UniversalGameStatus = new GameStatus(GameStatusEnum.SCOREDISPLAY, 30);
gameStatusTimer.Start();
Application["CurrentGrid"] = CurrentGrid = curGrid.Grid;
Application["CurrentGridSolution"] = CurrentGridSolution = servedGridIndex > 1 ? lst[servedGridIndex - 2].Solution : null;// distribute results of the previous grid
Broadcaster.DisableGamePlay = true;
CurrentServedObject = new ServedObject { Status = MvcApplication.UniversalGameStatus, Solution = MvcApplication.CurrentGridSolution };
GlobalHost.ConnectionManager.GetHubContext<MoveShapeHub>().Clients.All.DisableGamePlay(CurrentServedObject);
curGrid.Grid.ServedOn = LatestServedTime;
if ((lst.Count() - servedGridIndex) < 10)
Task.Factory.StartNew(new Action(AddNewGrids));
}
static CurrentGrid()
{
g = new Grid();
}
private void Solve(Grid grid)
{
this.foundWords.Clear();
alphaList = grid.Tiles;
List<string> foundWords = new List<string>();
var dict = DictionaryProvider.AllWords;
for (int i = 0; i < 16; i++)
{
// start with every word
var curTile = alphaList[i];
var subDict = dict.Where(d => d.StartsWith(curTile.Letter)).ToList();
if (subDict.Count == 0)
{
// no words found, break the loop and continue with next letter in the alphabet
continue;
}
else // iterate recursively to look for words
{
foreach (var x in ConnectedGrids[curTile.Order].Select(k => alphaList[k.Index()]))
IsValidWord(curTile.Letter, x, subDict);
}
}
}
public GridSolution()
{
Grid = new Grid();
SolveGrid();
foundWords = foundWords.Distinct().ToList();
Solution = foundWords;
}
