def test_non_contiguous2():
board = Board()
tile1 = Tile(Color.RED, Shape.X)
tile2 = Tile(Color.RED, Shape.CIRCLE)
move = [(Position(0, 0), tile1), (Position(2, 0), tile2)]
result = board.is_allowed(move)
assert not result
def testRepeatedMovePosition():
tile1 = Tile(Color.RED, Shape.CIRCLE)
tile2 = Tile(Color.RED, Shape.CLOVER)
board = Board()
move = [(Position(0, 0), tile1), (Position(0, 0), tile2)]
result = board.is_allowed(move)
assert not result
def test_duplicate_position():
board = Board()
tile1 = Tile(Color.RED, Shape.X)
tile2 = Tile(Color.RED, Shape.DIAMOND)
move = [(Position(0, 0), tile1), (Position(0, 0), tile2)]
result = board.is_allowed(move)
assert not result
def test_normal_move():
tiles = [Tile(Color.RED, Shape.CLOVER),
Tile(Color.RED, Shape.DIAMOND),
Tile(Color.GREEN, Shape.SQUARE),
Tile(Color.PURPLE, Shape.SQUARE),
Tile(Color.YELLOW, Shape.STAR),
Tile(Color.PURPLE, Shape.STAR)]
hand = Hand(tiles)
player1 = Player(hand)
player2 = Player([]) # TODO: Illegal
board = Board([(Position(0, 0), Tile(Color.RED, Shape.DIAMOND))])
bag = Bag([Tile(Color.GREEN, Shape.CIRCLE)])
game = Game(bag, board, [player2, player1], player1)
tiles_and_positions = [(Position(0, 1),
Tile(Color.RED, Shape.CLOVER))]
game.make_move(tiles_and_positions)
assert player1.total_score() == 2
expected_tiles_on_hand = [
Tile(Color.RED, Shape.DIAMOND),
Tile(Color.GREEN, Shape.SQUARE),
Tile(Color.PURPLE, Shape.SQUARE),
Tile(Color.YELLOW, Shape.STAR),
Tile(Color.PURPLE, Shape.STAR),
Tile(Color.GREEN, Shape.CIRCLE)]
assert set(expected_tiles_on_hand) == set(player1.hand.tiles)
assert not bag.tiles
assert player2 == game.current_player
def test_early_play():
tiles = [
Tile(Color.RED, Shape.CLOVER),
Tile(Color.RED, Shape.DIAMOND),
Tile(Color.GREEN, Shape.SQUARE),
Tile(Color.PURPLE, Shape.SQUARE),
Tile(Color.YELLOW, Shape.STAR),
Tile(Color.PURPLE, Shape.STAR)
]
hand = Hand(tiles)
player = Player(hand)
board = Board([(Position(0, 0), Tile(Color.RED, Shape.DIAMOND))])
bag = Bag([Tile(Color.GREEN, Shape.CIRCLE)])
tiles_and_positions = [(Position(0, 1), Tile(Color.RED, Shape.CLOVER))]
turn = BoardTurn(board, player, bag, tiles_and_positions)
turn.execute()
assert player.total_score() == 2
expected_tiles_on_hand = [
Tile(Color.RED, Shape.DIAMOND),
Tile(Color.GREEN, Shape.SQUARE),
Tile(Color.PURPLE, Shape.SQUARE),
Tile(Color.YELLOW, Shape.STAR),
Tile(Color.PURPLE, Shape.STAR),
Tile(Color.GREEN, Shape.CIRCLE)
]
assert set(expected_tiles_on_hand) == set(player.hand.tiles)
assert not bag.tiles
def test_different_color_and_shape():
board = Board()
tile1 = Tile(Color.RED, Shape.X)
tile2 = Tile(Color.GREEN, Shape.CIRCLE)
move = [(Position(0, 0), tile1), (Position(0, 1), tile2)]
result = board.is_allowed(move)
assert not result
def test_illegal_multi_tile_column():
tile1 = Tile(Color.RED, Shape.X)
tile2 = Tile(Color.RED, Shape.CIRCLE)
board = Board([(Position(0, 0), tile1), (Position(0, 1), tile2)])
tile1 = Tile(Color.YELLOW, Shape.X)
tile2 = Tile(Color.YELLOW, Shape.CLOVER)
result = board.is_allowed([(Position(1, 0), tile1), (Position(1,
1), tile2)])
assert not result
def test_valid_move():
tile1 = Tile(Color.RED, Shape.X)
board = Board([(Position(0, 0), tile1)])
tile2 = Tile(Color.RED, Shape.CIRCLE)
score = board.make_move([(Position(0, 1), tile2)])
assert score == 2
tiles = board.tiles
expected = [(Position(0, 0), tile1), (Position(0, 1), tile2)]
assert expected == tiles
def test_illegal_move():
tile1 = Tile(Color.RED, Shape.X)
board = Board([(Position(0, 0), tile1)])
tile2 = Tile(Color.GREEN, Shape.CIRCLE)
with pytest.raises(ValueError):
board.make_move([(Position(0, 1), tile2)])
tiles = board.tiles
expected = [Position(Position(0, 0), tile1)]
assert expected == tiles
def testMoveOvershadowsExistingTile():
tile1 = Tile(Color.RED, Shape.CIRCLE)
tile2 = Tile(Color.RED, Shape.CLOVER)
board = Board([(Position(0, 0), tile1), (Position(0, 1), tile2)])
tile1 = Tile(Color.RED, Shape.DIAMOND)
tile2 = Tile(Color.RED, Shape.SQUARE)
move = [(Position(0, 1), tile1), (Position(1, 1), tile2)]
result = board.is_allowed(move)
assert not result
def test_late_play():
tiles = [Tile(Color.RED, Shape.CLOVER), Tile(Color.RED, Shape.DIAMOND)]
hand = Hand(tiles)
player = Player(hand)
board = Board([(Position(0, 0), Tile(Color.RED, Shape.DIAMOND))])
bag = Bag([])
tiles_and_positions = [(Position(0, 1), Tile(Color.RED, Shape.CLOVER))]
turn = BoardTurn(board, player, bag, tiles_and_positions)
turn.execute()
assert player.total_score() == 2
expected_tiles_on_hand = [Tile(Color.RED, Shape.DIAMOND)]
assert set(expected_tiles_on_hand) == set(player.hand.tiles)
assert not bag.tiles
def test_last_move():
tiles = [Tile(Color.RED, Shape.CLOVER)]
hand = Hand(tiles)
player1 = Player(hand, [1, 1])
player2 = Player([]) # TODO: Illegal state
board = Board([(Position(0, 0), Tile(Color.RED, Shape.DIAMOND))])
bag = Bag([])
game = Game(bag, board, [player2, player1], player1)
tiles_and_positions = [(Position(0, 1),
Tile(Color.RED, Shape.CLOVER))]
game.make_move(tiles_and_positions)
assert 2+6+2 == player1.total_score()
expected_tiles_on_hand = []
assert set(expected_tiles_on_hand) == set(player1.hand.tiles)
assert not bag.tiles
assert game.current_player is None
def test_neighbours():
pos = Position(0, 0)
neighbours = pos.neighbour_positions()
expected = set(
[Position(1, 0),
Position(-1, 0),
Position(0, 1),
Position(0, -1)])
assert expected == set(neighbours)
def L_shaped_board():
tile1 = Tile(Color.RED, Shape.X)
tile2 = Tile(Color.RED, Shape.CIRCLE)
tile3 = Tile(Color.RED, Shape.SQUARE)
tile4 = Tile(Color.RED, Shape.CLOVER)
tile5 = Tile(Color.GREEN, Shape.CLOVER)
tile6 = Tile(Color.ORANGE, Shape.CLOVER)
tile7 = Tile(Color.YELLOW, Shape.CLOVER)
return Board([(Position(0, 0), tile1), (Position(1, 0), tile2),
(Position(2, 0), tile3), (Position(3, 0), tile4),
(Position(3, 1), tile5), (Position(3, 2), tile6),
(Position(3, 3), tile7)])
def test_exchange_tiles():
tiles = [Tile(Color.RED, Shape.CIRCLE)]
hand = Hand(tiles)
player1 = Player(hand)
player2 = Player([]) # TODO: Illegal state.
bag = Bag([Tile(Color.GREEN, Shape.CLOVER)])
board = Board([(Position(0, 0), Tile(Color.RED, Shape.DIAMOND))])
game = Game(bag, board, [player2, player1], player1)
tiles_to_exchange = [Tile(Color.RED, Shape.CIRCLE)]
game.exchange_tiles(tiles_to_exchange)
expected_hand = [Tile(Color.GREEN, Shape.CLOVER)]
assert expected_hand == player1.hand.tiles
expected_bag = [Tile(Color.RED, Shape.CIRCLE)]
assert expected_bag == bag.tiles
assert player1.total_score() == 0
assert player2 == game.current_player
def test_second_column_strike():
tile1 = Tile(Color.RED, Shape.CIRCLE)
tile2 = Tile(Color.RED, Shape.CLOVER)
tile3 = Tile(Color.RED, Shape.DIAMOND)
tile4 = Tile(Color.RED, Shape.CLOVER)
placements = [(Position(0, 1), tile1), (Position(0, 0), tile2),
(Position(0, -1), tile3), (Position(1, -1), tile4)]
board = Board(placements)
tile5 = Tile(Color.RED, Shape.CLOVER)
tile6 = Tile(Color.RED, Shape.CIRCLE)
move = [(Position(1, 1), tile5), (Position(1, 2), tile6)]
result = board.is_allowed(move)
assert result
def test_qwirkle_score():
tile1 = Tile(Color.RED, Shape.CIRCLE)
tile2 = Tile(Color.RED, Shape.CLOVER)
tile3 = Tile(Color.RED, Shape.DIAMOND)
tile4 = Tile(Color.RED, Shape.SQUARE)
tile5 = Tile(Color.RED, Shape.STAR)
tile6 = Tile(Color.RED, Shape.X)
board = Board()
move = [(Position(0, 0), tile1), (Position(1, 0), tile2),
(Position(2, 0), tile3), (Position(3, 0), tile4),
(Position(4, 0), tile5), (Position(5, 0), tile6)]
score = board.make_move(move)
assert score == 12
def test_one_tile_above_right_off_center(one_tile):
board = Board()
move = (Position(1, 1), one_tile)
result = board.is_allowed([move])
assert not result
def test_origin_diagonal(two_tiles):
board = Board()
move = [(Position(1, 1), two_tiles[0]), (Position(0, 0), two_tiles[1])]
result = board.is_allowed(move)
assert not result
def test_add_one_diagonally(one_piece_board):
tile1 = Tile(Color.RED, Shape.CIRCLE)
result = one_piece_board.is_allowed([(Position(1, 1), tile1)])
assert not result
def test_illegal_multi_tile_column1(one_piece_board):
tile1 = Tile(Color.GREEN, Shape.DIAMOND)
tile2 = Tile(Color.RED, Shape.CLOVER)
result = one_piece_board.is_allowed([(Position(0, 1), tile1),
(Position(0, 2), tile2)])
assert not result
def test_legal_multi_tile_row(one_piece_board):
tile1 = Tile(Color.RED, Shape.DIAMOND)
tile2 = Tile(Color.RED, Shape.CLOVER)
result = one_piece_board.is_allowed([(Position(1, 0), tile1),
(Position(2, 0), tile2)])
assert result
def test_add_one_illegal(one_piece_board):
tile1 = Tile(Color.GREEN, Shape.CIRCLE)
result = one_piece_board.is_allowed([(Position(1, 0), tile1)])
assert not result
def test_column_two_tiles(L_shaped_board):
tile1 = Tile(Color.YELLOW, Shape.X)
tile2 = Tile(Color.ORANGE, Shape.X)
result = L_shaped_board.is_allowed([(Position(0, 1), tile1),
(Position(0, 2), tile2)])
assert result
def test_row_one_tile(L_shaped_board):
tile1 = Tile(Color.YELLOW, Shape.X)
result = L_shaped_board.is_allowed([(Position(2, 3), tile1)])
assert result
def test_one_tile_belove_left_off_center(one_tile):
board = Board()
move = (Position(-1, -1), one_tile)
result = board.is_allowed([move])
assert not result
def test_origin_down(two_tiles):
board = Board()
move = [(Position(0, 0), two_tiles[0]), (Position(0, -1), two_tiles[1])]
result = board.is_allowed(move)
assert result
def test_add_two_in_different_direction(one_piece_board):
tile1 = Tile(Color.RED, Shape.CIRCLE)
tile2 = Tile(Color.RED, Shape.CLOVER)
result = one_piece_board.is_allowed([(Position(0, 1), tile1),
(Position(1, 0), tile2)])
assert not result
def test_row_two_tiles(L_shaped_board):
tile1 = Tile(Color.YELLOW, Shape.X)
tile2 = Tile(Color.YELLOW, Shape.CIRCLE)
result = L_shaped_board.is_allowed([(Position(2, 3), tile1),
(Position(1, 3), tile2)])
assert result
def test_add_one_identical(one_piece_board):
tile1 = Tile(Color.RED, Shape.X)
result = one_piece_board.is_allowed([(Position(1, 0), tile1)])
assert not result