def test_choose_action_based_on_input(self, mocker):
mocker.patch("builtins.print")
mocker.patch("builtins.input", return_value="0")
player = HumanPlayer(name="")
actions = [Action(name="test_action"), Action(name="another_action")]
chosen = player.choose_action(actions=actions)
assert chosen == actions[0]
def player_actions(self, player: Player) -> list:
actions = []
# Beginning of turn, force player to roll the dice
if not self.dice_rolled:
actions.append(Action(name="roll_dice"))
return actions
actions.append(Action(name="end_turn"))
return actions
def test_can_build_starting_road(self):
player = Player()
state = State(players=[player])
state.board.vertices[0].assign_building(building=Settlement(
player=player))
assert state.can_build_starting_road(player=player) == [
Action(name="build_starting_road",
kwargs={"edge": state.board.edges[0]}),
Action(name="build_starting_road",
kwargs={"edge": state.board.edges[6]}),
]
def test_can_build_road_returns_possible_build_locations(self):
player = Player()
state = State(players=[player])
state.player_hand[player].add(Wood, 1)
state.player_hand[player].add(Clay, 1)
state.board.edges[0].road = Road(player=player)
assert state.can_build_road(player=player) == [
Action(name="build_road", kwargs={"edge": state.board.edges[1]}),
Action(name="build_road", kwargs={"edge": state.board.edges[6]}),
]
def test_can_build_settlement_on_available_vertices(self):
player = Player()
state = State(players=[player])
state.player_hand[player].add(resource_type=Sheep, count=1)
state.player_hand[player].add(resource_type=Wheat, count=1)
state.player_hand[player].add(resource_type=Wood, count=1)
state.player_hand[player].add(resource_type=Clay, count=1)
state.board.edges[0].assign_road(road=Road(player=player))
assert state.can_build_settlement(player=player) == [
Action(name="build_settlement",
kwargs={"vertex": state.board.vertices[0]}),
Action(name="build_settlement",
kwargs={"vertex": state.board.vertices[1]}),
]
def can_build_settlement(self, player: Player) -> List[Action]:
if not self.player_hand[player].can_buy_settlement():
return []
return [
Action(name="build_settlement", kwargs={"vertex": vertex})
for vertex in self.board.vertices
if vertex.can_place_building(player=player)
]
def test_choose_action_prints_actions(self, mocker):
print_mock = mocker.patch("builtins.print")
mocker.patch("builtins.input", return_value="0")
player = HumanPlayer(name="")
actions = [Action(name="test_action")]
player.choose_action(actions=actions)
print_mock.assert_called_once_with(actions)
def can_build_road(self, player: Player) -> List[Action]:
if not self.player_hand[player].can_buy_road():
return []
return [
Action(name="build_road", kwargs={"edge": edge})
for edge in self.board.edges
if edge.can_place_road(player=player)
]
def test_can_build_second_settlement(self):
player = Player()
other_player = Player()
state = State(players=[player, other_player])
state.board.vertices[-1].assign_building(building=Settlement(
player=other_player))
assert len(state.can_build_second_settlement(player=player)) == 51
assert state.can_build_second_settlement(player=player)[0] == Action(
name="build_second_settlement",
kwargs={"vertex": state.board.vertices[0]})
def test_eq_returns_false_if_kwargs_different(self):
assert Action(name="a", kwargs={"a": 1}) != Action(name="a", kwargs={"a": 2})
def can_build_second_settlement(self, player: Player) -> List[Action]:
return [
Action(name="build_second_settlement", kwargs={"vertex": vertex})
for vertex in self.board.vertices
if vertex.can_place_starting_building(player=player)
]
def can_build_starting_road(self, player: Player) -> List[Action]:
return [
Action(name="build_starting_road", kwargs={"edge": edge})
for edge in self.board.edges
if edge.can_place_road(player=player)
]
def test_init_with_kwargs(self):
action = Action(name="build_something", kwargs={"key": "value"})
assert action.name == "build_something"
assert action.kwargs == {"key": "value"}
def test_init(self):
action = Action(name="build_something")
assert action.name == "build_something"
assert not action.kwargs
def test_eq_returns_true_if_name_and_kwargs_are_equal(self):
assert Action(name="x", kwargs={"a": 1}) == Action(name="x", kwargs={"a": 1})
def test_eq_returns_true_if_name_is_equal(self):
assert Action(name="x") == Action(name="x")
def test_player_actions_roll_dice_roll_if_not_done(self):
state = State(players=["p1"])
actions = state.player_actions(player=state.current_player_turn)
assert Action(name="roll_dice") in actions
def test_eq_returns_false_if_name_different(self):
assert Action(name="a") != Action(name="b")
def test_player_actions_no_roll_dice_if_already_done(self):
state = State(players=["p1"])
state.dice_rolled = True
actions = state.player_actions(player=state.current_player_turn)
assert Action(name="roll_dice") not in actions
def test_player_actions_end_turn(self):
state = State(players=["p1"])
state.dice_rolled = True
actions = state.player_actions(player=state.current_player_turn)
assert Action(name="end_turn") in actions
