def __init__(self):
self.map_manager = MapManager()
self.status_manager = StatusManager(self.map_manager)
self.output_manager = OutputManager()
self.action_manager = ActionManager(self.status_manager, self.output_manager)
self.dialog_manager = DialogManager(self.status_manager, self.output_manager)
self.move_manager = MoveManager(
self.status_manager, self.output_manager
)
class GameManager:
def __init__(self):
self.map_manager = MapManager()
self.status_manager = StatusManager(self.map_manager)
self.output_manager = OutputManager()
self.action_manager = ActionManager(self.status_manager, self.output_manager)
self.dialog_manager = DialogManager(self.status_manager, self.output_manager)
self.move_manager = MoveManager(
self.status_manager, self.output_manager
)
def intro(self):
with open(intro_file, "r") as fp:
intro = json.load(fp)["intro"]
self.output_manager.print(intro)
def start(self):
self.intro()
response = input()
while response.lower() != "quit":
self.process_response(response)
if self.status_manager.is_dead():
break
response = input()
def process_response(self, response):
# find response mapping in dialog or action dictionaries
if self.dialog_manager.detect_dialog(response):
self.dialog_manager.process_response(response)
elif self.move_manager.detect_move(response):
self.move_manager.process_response(response)
else:
self.action_manager.process_response(response)
def test_that_status_are_updated():
status_manager = StatusManager(MapManager())
update = {
"place:forest.south_forest": True,
"mental_state:happy": True,
"mental_state:tired": False,
"duration": 0.5
}
status_manager.update(update)
assert status_manager.status["place"] == "forest.south_forest"
assert status_manager.status["mental_state"]["happy"]
assert not status_manager.status["mental_state"]["tired"]
assert status_manager.status["day"] == 1.5
def test_that_status_manager_gets_presence():
status_manager = StatusManager(MapManager())
assert status_manager.get_presence() == []
status_manager.update({"presence:friend1": True, "presence:friend2": True})
assert status_manager.get_presence() == ["friend1", "friend2"]
def test_that_status_manager_checks_whether_player_is_dead():
status_manager = StatusManager(MapManager())
assert not status_manager.is_dead()
status_manager.update({"physical_state:dead": True})
assert status_manager.is_dead()
def test_that_status_manager_checks_whether_player_is_alone():
status_manager = StatusManager(MapManager())
assert status_manager.is_alone()
status_manager.update({"presence:friend": True})
assert not status_manager.is_alone()
def test_that_status_managers_detects_nested_places(place, status, expected):
status_manager = StatusManager(MapManager())
status_manager.status["place"] = place
assert status_manager._is_in_place(status) == expected
def test_that_status_manager_acts_like_status_list():
status_manager = StatusManager(MapManager())
assert len(status_manager) == len(status_manager.status)
assert status_manager["place"] == status_manager.status["place"]
def test_that_status_manager_gets_current_place():
status_manager = StatusManager(MapManager())
assert status_manager.get_current_place() == "forest.middle_forest"
def test_that_status_are_checked(status, expected):
status_manager = StatusManager(MapManager())
assert status_manager.check_status(status) == expected
def move_manager():
status_manager = StatusManager(MapManager())
output_manager = OutputManager()
return MoveManager(status_manager, output_manager)
def action_manager():
status_manager = StatusManager(MapManager())
output_manager = OutputManager()
return ActionManager(status_manager, output_manager)
def dialog_manager():
status_manager = StatusManager(MapManager())
output_manager = OutputManager()
return DialogManager(status_manager, output_manager)