def test_copy(self):
player = Player(PlayerColor.RED)
player.pawns[0].position.move_to_home()
player.pawns[1].position.move_to_safe(2)
player.pawns[2].position.move_to_square(32)
copy = player.copy()
assert copy is not player and copy == player
def test_all_pawns(self):
player = Player(PlayerColor.RED)
opponents = {PlayerColor.GREEN: Player(PlayerColor.GREEN)}
view = PlayerView(player, opponents)
pawns = view.all_pawns()
assert len(pawns) == 2 * PAWNS
for i in range(PAWNS):
assert player.pawns[i] in pawns
assert opponents[PlayerColor.GREEN].pawns[i] in pawns
def test_get_pawn(self):
player = Player(PlayerColor.RED)
opponents = {PlayerColor.GREEN: Player(PlayerColor.GREEN)}
view = PlayerView(player, opponents)
assert view.get_pawn(MagicMock(color=PlayerColor.RED,
index=3)) == view.player.pawns[3]
assert view.get_pawn(
MagicMock(color=PlayerColor.GREEN,
index=1)) == view.opponents[PlayerColor.GREEN].pawns[1]
assert view.get_pawn(MagicMock(color=PlayerColor.YELLOW,
index=0)) is None
def test_constructor(self):
player = Player(PlayerColor.RED)
assert player.color == PlayerColor.RED
assert player.turns == 0
assert len(player.pawns) == PAWNS
for pawn in player.pawns:
assert isinstance(pawn, Pawn)
def create_view() -> PlayerView:
"""Create a realistic-looking player view for testing."""
player = Player(PlayerColor.RED)
player.turns = 16
player.hand = [Card("card1", CardType.CARD_APOLOGIES), Card("card2", CardType.CARD_1)]
player.pawns[0].position.move_to_square(32)
player.pawns[1].position.move_to_safe(3)
player.pawns[2].position.move_to_square(45)
opponent = Player(PlayerColor.GREEN)
opponent.turns = 15
opponent.hand = [Card("card3", CardType.CARD_5), Card("card4", CardType.CARD_11)]
opponent.pawns[1].position.move_to_home()
opponent.pawns[2].position.move_to_safe(4)
opponent.pawns[3].position.move_to_square(19)
opponents = {opponent.color: opponent}
return PlayerView(player, opponents)
def test_copy(self):
player = Player(PlayerColor.RED)
opponents = {PlayerColor.GREEN: Player(PlayerColor.GREEN)}
view = PlayerView(player, opponents)
copy = view.copy()
assert copy is not view and copy == view
def test_constructor(self):
player = Player(PlayerColor.RED)
opponents = {PlayerColor.GREEN: Player(PlayerColor.GREEN)}
view = PlayerView(player, opponents)
assert view.player == player
assert view.opponents == opponents
def test_all_pawns_in_home(self):
player = Player(PlayerColor.RED)
for i in range(PAWNS):
assert player.all_pawns_in_home() is False
player.pawns[i].position.move_to_home()
assert player.all_pawns_in_home() is True
def test_find_first_pawn_in_start(self):
player = Player(PlayerColor.RED)
for i in range(PAWNS):
assert player.find_first_pawn_in_start() is player.pawns[i]
player.pawns[i].position.move_to_home()
assert player.find_first_pawn_in_start() is None
def _winner_incentive(player: Player) -> int:
# Incentive of 100 points for winning the game
return 100 if player.all_pawns_in_home() else 0