def test_copy(self):
position = Position()
assert position.start is True
assert position.home is False
position.safe = 9
position.square = 13
copy = position.copy()
assert copy is not position and copy == position
def test_move_to_position_invalid_none(self):
position = Position()
with pytest.raises(ValueError):
target = Position()
target.start = False
target.home = False
target.safe = None
target.square = None
position.move_to_position(target)
def create_moves_simple() -> List[Move]:
"""Create a simple move for testing."""
pawn = Pawn(color=PlayerColor.RED, index=1, name="V", position=Position().move_to_safe(3))
position = Position().move_to_square(10)
move = Move(
id="a9fff13fbe5e46feaeda87382bf4c3b8",
card=Card("card1", CardType.CARD_APOLOGIES),
actions=[Action(ActionType.MOVE_TO_POSITION, pawn, position)],
side_effects=[],
)
return [move]
def test_constructor_with_name(self):
pawn = Pawn(PlayerColor.RED, 0, name="whatever")
assert pawn.color == PlayerColor.RED
assert pawn.index == 0
assert pawn.name == "whatever"
assert pawn.position == Position()
assert "%s" % pawn == "whatever->start" # because default position is in start
def test_constructor(self):
pawn = Pawn(PlayerColor.RED, 0)
assert pawn.color == PlayerColor.RED
assert pawn.index == 0
assert pawn.name == "Red0"
assert pawn.position == Position()
assert "%s" % pawn == "Red0->start" # because default position is in start
def test_constructor(self):
position = Position()
assert position.start is True
assert position.home is False
assert position.safe is None
assert position.square is None
assert "%s" % position == "start"
def test_move_to_position_invalid_multiple(self):
position = Position()
for (start, home, safe, square) in [
(True, True, None, None),
(True, False, 1, None),
(True, False, None, 1),
(False, True, 1, None),
(False, True, None, 1),
(False, False, 1, 1),
]:
with pytest.raises(ValueError):
target = Position()
target.start = start
target.home = home
target.safe = safe
target.square = square
position.move_to_position(target)
def test_move_to_position_invalid_square(self):
position = Position()
for square in [-1000, -2 - 1, 60, 61, 1000]:
with pytest.raises(ValueError):
target = Position()
target.square = square
position.move_to_position(target)
def create_moves_complex() -> List[Move]:
"""Create a complex move for testing."""
pawn1 = Pawn(color=PlayerColor.RED, index=1, name="V", position=Position().move_to_safe(3))
position1 = Position().move_to_square(10)
pawn2 = Pawn(color=PlayerColor.YELLOW, index=3, name="W", position=Position().move_to_square(10))
position2 = Position().move_to_square(11)
pawn3 = Pawn(color=PlayerColor.BLUE, index=2, name="X", position=Position().move_to_square(32))
pawn4 = Pawn(color=PlayerColor.RED, index=3, name="Z", position=Position().move_to_square(17))
position4 = Position().move_to_square(27)
move1 = Move(
id="a9fff13fbe5e46feaeda87382bf4c3b8",
card=Card("card1", CardType.CARD_APOLOGIES),
actions=[Action(ActionType.MOVE_TO_POSITION, pawn1, position1), Action(ActionType.MOVE_TO_POSITION, pawn2, position2)],
side_effects=[Action(ActionType.MOVE_TO_START, pawn3)],
)
move2 = Move(
id="d05f9b511b6e439aa18c8b70cbbcc5d3",
card=Card("card2", CardType.CARD_10),
actions=[Action(ActionType.MOVE_TO_POSITION, pawn4, position4)],
side_effects=[],
)
return [move1, move2]
def test_move_to_home(self):
position = Position()
position.start = "x"
position.home = "x"
position.safe = "x"
position.square = "x"
result = position.move_to_home()
assert result is position
assert position.start is False
assert position.home is True
assert position.safe is None
assert position.square is None
assert "%s" % position == "home"
def test_move_to_square_valid(self):
for square in range(BOARD_SQUARES):
position = Position()
position.start = "x"
position.home = "x"
position.safe = "x"
position.square = "x"
result = position.move_to_square(square)
assert result is position
assert position.start is False
assert position.home is False
assert position.safe is None
assert position.square is square
assert "%s" % position == "square %d" % square
def test_move_to_square_invalid(self):
for square in [-1000, -2 - 1, 60, 61, 1000]:
with pytest.raises(ValueError):
position = Position()
position.move_to_square(square)
def test_move_to_position_valid_square(self):
target = Position()
target.start = False
target.home = False
target.safe = None
target.square = 3
position = Position()
position.start = "x"
position.home = "x"
position.safe = "x"
position.square = "x"
result = position.move_to_position(target)
assert result is position
assert position == target
assert "%s" % position == "square 3"