public void CowsPlacedOnEmptySpacesOnly(int pos, int numLeft, Color c)
{
IBoard b = Substitute.For <IBoard>();
b.Occupant(Arg.Any <int>()).Returns(new Cow(-1, c));
ICowBox box = new CowBox();
IReferee r = new Referee(b, box);
IPlayer p1 = new Player(Color.Red, box);
p1.Place(pos, b, r, Phase.Placing);
//Cow was placed at empty position
if (c == Color.Black)
{
//p1 has ll cows left
Assert.True(box.RemainingCows(p1.Color) == 11);
}
//Position was occupied => no cow was placed
//p1 still has all his cows
else
{
Assert.True(box.RemainingCows(p1.Color) == 12);
}
}
public void MillIsInvalidIfCowsNotInConnectedLine()
{
//TODO: Check that the cows that will form a mill are in a line and connected in spaces
for (int i = 0; i < 22; i++)
{
for (int j = i + 1; j < 23; j++)
{
for (int k = j + 1; k < 24; k++)
{
IBoard b = new Board();
ICowBox box = new CowBox();
IReferee r = new Referee(b, box);
b.Place(new Cow(-1, Color.Red), i);
b.Place(new Cow(-1, Color.Red), j);
b.Place(new Cow(-1, Color.Red), k);
IMill[] AnyMills = Mills.Where(x => x.Positions[0] == i && x.Positions[1] == j && x.Positions[2] == k).ToArray();
if (AnyMills.Length == 0)
{
Assert.False(b.areNewMills(Color.Red));
}
else
{
Assert.True(b.areNewMills(Color.Red));
}
}
}
}
}
public static void CanCowsFlyAtFlyPhase()
{
for (int i = 0; i < 22; i++)
{
for (int j = i + 1; j < 23; j++)
{
for (int k = j + 1; k < 24; k++)
{
IBoard b = new Board();
ICowBox box = new CowBox();
IReferee r = new Referee(b, box);
b.Place(new Cow(-1, Color.Red), i);
b.Place(new Cow(-1, Color.Red), j);
b.Place(new Cow(-1, Color.Red), k);
int[] EmptyPositions = Positions.Where(x => x != i && x != j && x != k).ToArray();
for (int l = 0; l < EmptyPositions.Length; l++)
{
Assert.True(r.CanFlyTo(Color.Red, EmptyPositions[l], Phase.Moving));
Assert.True(r.CanFlyTo(Color.Red, EmptyPositions[l], Phase.Moving));
Assert.True(r.CanFlyTo(Color.Red, EmptyPositions[l], Phase.Moving));
}
}
}
}
}
public Referee(IBoard board, Symbol player)
{
this.board = board;
this.currentPlayer = player;
mill = false;
cowBox = new CowBox(board);
legalMoves = new LegalMoves(board, cowBox);
}
public static IGameSession CreateGameSession()
{
ICowBox box = new CowBox();
IBoard board = new Board();
IPlayer P1 = new Player(Color.Red, box);
IPlayer P2 = new Player(Color.Blue, box);
IReferee referee = new Referee(board, box);
IGameSession gameSession = new GameSession(board, P1, P2, box, referee);
return(gameSession);
}
public World(IPlayer p1, IPlayer p2)
{
this.player1 = p1;
this.player2 = p2;
this.board = new Board();
p1.setBoard(board);
p2.setBoard(board);
cowBox = new CowBox(board);
p1.setCowBox(cowBox);
p2.setCowBox(cowBox);
referee = new Referee(board, p1.symbol);
legalMoves = new LegalMoves(board, cowBox);
referee.currentPlayer = p1.symbol;
}
public static void MoveCreatesNoDuplicates(int pos, int[] moves)
{
foreach (int move in moves)
{
IBoard b = new Board();
ICowBox box = new CowBox();
IReferee r = new Referee(b, box);
b.Place(new Cow(-1, Color.Red), pos);
b.Move(pos, move);
ICow oldPosition = b.Occupant(pos);
Assert.That(oldPosition.Color == Color.Black);
Assert.That(b.numCowsOnBoard() == 1);
}
}
public void ThreePlayerCowsInAlineFormsAMill()
{
IBoard board = new Board();
ICowBox box = new CowBox();
IPlayer p = new Player(Color.Red, box);
IReferee referee = new Referee(board, box);
//Place 2 cows in a row, no mills form
Assert.False(board.areNewMills(Color.Red));
p.Place(0, board, referee, Phase.Placing);
Assert.False(board.areNewMills(Color.Red));
p.Place(1, board, referee, Phase.Placing);
Assert.False(board.areNewMills(Color.Red));
//Place 3rd cow in a row, mill forms
p.Place(2, board, referee, Phase.Placing);
Assert.True(board.areNewMills(Color.Red));
}
public void MillIsInvalidIfCowsAreDifferentIDs()
{
IBoard board = new Board();
ICowBox box = new CowBox();
IPlayer p1 = new Player(Color.Red, box);
IPlayer p2 = new Player(Color.Blue, box);
IReferee referee = new Referee(board, box);
//Player 1 and player 2 place cows next to each other
Assert.False(board.areNewMills(Color.Red));
p1.Place(0, board, referee, Phase.Placing);
Assert.False(board.areNewMills(Color.Red));
p2.Place(1, board, referee, Phase.Placing);
Assert.False(board.areNewMills(Color.Red));
//3rd cow is placed next to the above cows, no mill forms for either place
p1.Place(2, board, referee, Phase.Placing);
Assert.False(board.areNewMills(Color.Red));
Assert.False(board.areNewMills(Color.Blue));
}
public void Only12CowsPlacedForEachPlayer()
{
IBoard b = new Board();
ICowBox box = new CowBox();
IReferee r = new Referee(b, box);
IPlayer p = new Player(Color.Red, box);
//Place all of p's cows
for (int i = 0; i < 12; i++)
{
p.Place(i, b, r, Phase.Placing);
}
//Board should have all 12 of p's cows
Assert.True(b.numCowsOnBoard() == 12);
//try to place another cow for p
p.Place(13, b, r, Phase.Placing);
//Verify that no new cow has been placed
Assert.True(b.numCowsOnBoard() == 12);
}
public static void MillCowIsSafeIfNonMillCowsExist(IMill mill)
{
//TODO: You cannot kill a cow in a mill if there exists cows that are not in a mill
int[] placements = mill.Positions;
int[] AllOtherPositions = Positions.Where(x => x != placements[0] && x != placements[1] && x != placements[2]).ToArray();
foreach (int pos in AllOtherPositions)
{
IBoard b = new Board();
ICowBox box = new CowBox();
IReferee r = new Referee(b, box);
b.Place(new Cow(-1, Color.Red), placements[0]);
b.Place(new Cow(-1, Color.Red), placements[1]);
b.Place(new Cow(-1, Color.Red), placements[2]);
b.Place(new Cow(-1, Color.Red), pos);
foreach (int des in placements)
{
Assert.False(r.CanKill(Color.Blue, des));
}
}
}
