public void SetAllAdjacent(Cell above, Cell right, Cell below, Cell left)
{
this._adjacent[(int) Touching.Above] = above;
this._adjacent[(int) Touching.Right] = right;
this._adjacent[(int) Touching.Below] = below;
this._adjacent[(int) Touching.Left] = left;
}
public void CanRemoveCellPiece()
{
var cell = new Cell();
var piece = new Piece("Orange", Army.Rank.Scout);
Assert.AreEqual(Cell.State.Empty, cell.GetState());
cell.SetPiece(piece);
Assert.AreEqual(Cell.State.Occupied, cell.GetState());
cell.RemovePiece();
Assert.AreEqual(Cell.State.Empty, cell.GetState());
}
public void CanSetCellPiece()
{
var cell = new Cell("Test");
var piece = new Piece("Green", Army.Rank.Major);
Assert.AreEqual(Cell.State.Empty, cell.GetState());
cell.SetPiece(piece);
Assert.AreEqual(Cell.State.Occupied, cell.GetState());
Assert.AreEqual(piece, cell.GetPiece());
Assert.AreEqual("Green", cell.GetPiece().GetColor());
}
private void InstantiateCells()
{
for (int i = 0; i < 10; i++)
for (int j = 1; j <= 10; j++)
{
string name = col[i] + j.ToString();
_cells.Add(name, new Cell(name));
}
foreach (var lake in lakeCells)
_cells[lake] = new Cell(lake, Cell.State.Invalid);
_cells.Add(OutOfBounds, new Cell(OutOfBounds, Cell.State.Invalid));
}
public void Move(Cell source, Cell destination)
{
if (!source.IsOccupied() || !_gameMover.GetValidMoves(source).Contains(destination))
return;
if (destination.GetState() == Cell.State.Empty)
destination.SetPiece(source.GetPiece());
else
{
int winner = Attack((int) source.GetPieceRank(), (int) destination.GetPieceRank());
if (winner == 1)
destination.SetPiece(source.GetPiece());
if (winner == 0)
destination.RemovePiece();
}
source.RemovePiece();
}
public List<Cell> GetValidMoves(Cell source)
{
if (source.GetPiece() == null)
throw new NullPieceCannotMoveException();
_cellToMove = source;
var piece = source.GetPiece();
int range = _gametype.GetPieceMoveRule(piece);
var moves = new List<Cell>();
moves.AddRange(GetMovesForARangeInDirection(source, range, Cell.Touching.Above));
moves.AddRange(GetMovesForARangeInDirection(source, range, Cell.Touching.Right));
moves.AddRange(GetMovesForARangeInDirection(source, range, Cell.Touching.Below));
moves.AddRange(GetMovesForARangeInDirection(source, range, Cell.Touching.Left));
return moves;
}
private List<Cell> GetMovesForARangeInDirection(Cell source, int range, Cell.Touching direction)
{
var moves = new List<Cell>();
if (range == 0)
return moves;
if (source.GetAdjacent(direction).GetState() == Cell.State.Empty)
{
moves.Add(source.GetAdjacent(direction));
moves.AddRange(GetMovesForARangeInDirection(source.GetAdjacent(direction), --range, direction));
}
else if (source.GetAdjacent(direction).GetState() == Cell.State.Occupied &&
_cellToMove.GetPieceColor() != source.GetAdjacent(direction).GetPieceColor())
{
moves.Add(source.GetAdjacent(direction));
}
return moves;
}
public void CellCanGetPieceRank()
{
var cell = new Cell("Test");
var piece = new Piece("Blue", Army.Rank.Bomb);
cell.SetPiece(piece);
Army.Rank? cellPieceRank = cell.GetPieceRank();
Assert.AreEqual(Army.Rank.Bomb, cellPieceRank);
}
public void CellCanGetPieceColor()
{
var cell = new Cell("Test");
var piece = new Piece("Blue", Army.Rank.Bomb);
cell.SetPiece(piece);
Assert.AreEqual("Blue", cell.GetPieceColor());
}
private void Adjacent(Cell source, Cell above, Cell right, Cell below, Cell left)
{
Assert.AreEqual(above, source.GetAdjacent(Cell.Touching.Above));
Assert.AreEqual(right, source.GetAdjacent(Cell.Touching.Right));
Assert.AreEqual(below, source.GetAdjacent(Cell.Touching.Below));
Assert.AreEqual(left, source.GetAdjacent(Cell.Touching.Left));
}
