internal Group(int id, GroupTypes type, Sudoku sudoku)
{
Id = id;
GroupType = type;
Sudoku = sudoku;
_Squares = new List<Square>(Sudoku.Size);
}
internal Square(int id, Number number, Sudoku sudoku, Group horizantolGroup, Group verticalGroup, Group squareGroup)
{
this.Id = id;
this.Fill(number, FillTypes.None);
this.Sudoku = sudoku;
//Groups
_SquareGroups.Add(horizantolGroup);
_SquareGroups.Add(verticalGroup);
_SquareGroups.Add(squareGroup);
//this.HorizontalTypeGroup = horizantolGroup;
//this.VerticalTypeGroup = verticalGroup;
//this.SquareTypeGroup = squareGroup;
//Available numbers; assign all number, except zero
_AvailableNumbers = new List<Number>(this.Sudoku.Size);
foreach (var availableNumber in this.Sudoku.AllNumbersExceptZero)
_AvailableNumbers.Add(availableNumber);
}
static void NewSudoku()
{
ClearScreen();
Sudoku = new Sudoku();
Sudoku.SquareNumberChanged += new Square.SquareEventHandler(Sudoku_SquareNumberChanged);
Sudoku.PotentialSquareFound += new Potential.FoundEventHandler(Sudoku_PotentialSquareFound);
Console.WriteLine("New sudoku is ready!");
}
internal Number(Sudoku sudoku, int value)
{
Sudoku = sudoku;
Value = value;
_AssignedSquares = new List<Square>(Sudoku.Size);
}
public HttpResponseMessage<SudokuContainer> Post()
{
//Id of the container
//TODO Thread safety?
int nextId = 1;
lock (this)
{
if (CacheManager.SudokuList.Count > 0)
nextId = (CacheManager.SudokuList.Max(s => s.Id) + 1);
}
//Sudoku
var sudoku = new Sudoku(9);
sudoku.AutoSolve = true;
//New container
var container = new SudokuContainer();
container.Id = nextId;
container.SetSudoku(sudoku);
container.Prepare();
CacheManager.SudokuList.Add(container);
var response = new HttpResponseMessage<SudokuContainer>(container, HttpStatusCode.Created);
string uri = Url.Route(null, new { id = container.Id });
response.Headers.Location = new Uri(Request.RequestUri, uri);
return response;
}
public void SetSudoku(Sudoku sudoku)
{
Sudoku = sudoku;
}
