def build_second_settlement(self, player: Player, vertex: Vertex):
new_settlement = Settlement(player=player)
vertex.assign_building(new_settlement)
for hex in self.board.hexes:
if vertex in hex.vertices and hex.resource_type:
self.player_hand[player].add(resource_type=hex.resource_type, count=1)
def build_settlement(self, player: Player, vertex: Vertex):
self.player_hand[player].remove(resource_type=Wood, count=1)
self.player_hand[player].remove(resource_type=Clay, count=1)
self.player_hand[player].remove(resource_type=Wheat, count=1)
self.player_hand[player].remove(resource_type=Sheep, count=1)
new_settlement = Settlement(player=player)
vertex.assign_building(building=new_settlement)
def test_can_build_settlement_returns_nothing_if_no_vertices_available(
self):
player = Player()
state = State(players=[player])
for vertex in state.board.vertices:
vertex.building = Settlement(player=player)
assert state.can_build_settlement(player=player) == []
def test_is_game_over_player_has_won(self):
state = State(players=["p1", "p2"])
state.board.vertices[0].building = City(player="p1")
state.board.vertices[1].building = Settlement(player="p1")
state.bonus_victory_points["p1"]["victory_point_development_cards"] = 3
state.bonus_victory_points["p1"]["longest_road"] = True
state.bonus_victory_points["p1"]["largest_army"] = True
assert state.is_game_over() == "p1"
def test_can_place_road_retruns_true_if_adjacent_building_for_player(self):
player = Player()
edge = Edge(id=0)
vertex = Vertex(id=0)
edge.vertices = [vertex]
vertex.edges = [edge]
vertex.assign_building(building=Settlement(player=player))
assert edge.can_place_road(player=player)
def test_can_place_building_returns_false_if_building_exists(self):
player = Player()
vertex = Vertex(id=0)
edge = Edge(id=0)
edge.vertices = [vertex]
edge.road = Road(player)
vertex.edges = [edge]
vertex.assign_building(building=Settlement(player=player))
assert not vertex.can_place_building(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_can_place_building_Returns_false_if_building_is_nearby(self):
player = Player()
vertex = Vertex(id=0)
neighbour_vertex = Vertex(id=1)
edge = Edge(id=0)
vertex.edges = [edge]
neighbour_vertex.edges = [edge]
neighbour_vertex.building = Settlement(player=player)
edge.vertices = [vertex, neighbour_vertex]
edge.road = Road(player=player)
assert not vertex.can_place_building(player=player)
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 build_first_settlement(self, player: Player, vertex: Vertex):
new_settlement = Settlement(player=player)
vertex.assign_building(new_settlement)
def test_victory_points_for_player_with_buildings(self):
building = Settlement(player="p1")
board = Board()
board.vertices[0].building = building
assert board.victory_points_for_player("p1") == 1