def test_remove_has_at_least_x_of_resource_type(self):
player = Player()
player_hand = PlayerHand(player=player)
player_hand.hand[Clay] = 2
removed_count = player_hand.remove(resource_type=Clay, count=1)
assert removed_count == 1
assert player_hand.hand[Clay] == 1
def test_remove_has_less_than_x_of_resource_type(self):
player = Player()
player_hand = PlayerHand(player=player)
player_hand.hand[Clay] = 2
removed_count = player_hand.remove(resource_type=Clay, count=3)
assert removed_count == 2
assert player_hand.hand[Clay] == 0
def test_add_raises_if_count_less_than_1(self):
player = Player()
player_hand = PlayerHand(player=player)
with pytest.raises(
RuntimeError, match="Cannot add 0 or less cards to the hand."
):
player_hand.add(resource_type=Clay, count=0)
def test_remove_raises_if_count_less_than_1(self):
player = Player()
player_hand = PlayerHand(player=player)
with pytest.raises(
RuntimeError, match="Cannot remove 0 or less cards from the hand."
):
player_hand.remove(resource_type=Clay, count=0)
def __init__(self, players=[]):
# There should be 19 of each resource type.
self.resource_card_deck = ResourceCardDeck()
# Shuffle the development card deck.
self.development_card_deck = DevelopmentCardDeck()
# Create the board.
self.board = Board()
self.players = players.copy()
random.shuffle(self.players)
self.current_player_turn = self.players[0]
self.dice_rolled = False
self.player_pieces = {}
self.bonus_victory_points = {}
self.player_hand = {}
for player in self.players:
# Each player gets 15 roads, 5 settlements, and 4 cities.
self.player_pieces[player] = {"roads": 15, "settlements": 5, "cities": 4}
# Bonus victory points
self.bonus_victory_points[player] = {
"victory_point_development_cards": 0,
"longest_road": False,
"largest_army": False,
}
self.player_hand[player] = PlayerHand(player=player)
def test_init_hand(self):
player = Player()
player_hand = PlayerHand(player=player)
assert player_hand.hand[Clay] == 0
assert player_hand.hand[Rock] == 0
assert player_hand.hand[Sheep] == 0
assert player_hand.hand[Wheat] == 0
assert player_hand.hand[Wood] == 0
def test_can_buy_settlement(self):
player = Player()
player_hand = PlayerHand(player=player)
assert not player_hand.can_buy_settlement()
player_hand.hand[Wood] = 1
player_hand.hand[Clay] = 1
player_hand.hand[Wheat] = 1
player_hand.hand[Sheep] = 1
assert player_hand.can_buy_settlement()
def test_can_buy_development_card(self):
player = Player()
player_hand = PlayerHand(player=player)
assert not player_hand.can_buy_development_card()
player_hand.hand[Rock] = 1
player_hand.hand[Sheep] = 1
player_hand.hand[Wheat] = 1
assert player_hand.can_buy_development_card()
def test_can_buy_road(self):
player = Player()
player_hand = PlayerHand(player=player)
assert not player_hand.can_buy_road()
player_hand.hand[Clay] = 1
player_hand.hand[Wood] = 1
assert player_hand.can_buy_road()
def test_can_buy_city(self):
player = Player()
player_hand = PlayerHand(player=player)
assert not player_hand.can_buy_city()
player_hand.hand[Rock] = 3
player_hand.hand[Wheat] = 2
assert player_hand.can_buy_city()
def test_add_resources_to_hand(self):
player = Player()
player_hand = PlayerHand(player=player)
player_hand.add(resource_type=Clay, count=10)
assert player_hand.hand[Clay] == 10
def test_has_less_than_x_of_resource_type(self):
player = Player()
player_hand = PlayerHand(player=player)
player_hand.hand[Clay] = 2
assert not player_hand.has(resource_type=Clay, count=3)
def test_has_at_least_x_of_resource_type(self):
player = Player()
player_hand = PlayerHand(player=player)
player_hand.hand[Clay] = 2
assert player_hand.has(resource_type=Clay, count=2)
def test_init_player(self):
player = Player()
player_hand = PlayerHand(player=player)
assert player_hand.player == player