def start_loop(self):
with self.app.app_context():
directions = ['n', 'e', 's', 'w']
while True:
time.sleep(1)
# Get all players who are automatically traversing
traversing_players = PlayerModel.find_all_by_single_path(True)
if not traversing_players or len(traversing_players) < 1:
print('No one traversing via target. Skip.')
continue
# Make every record of traversing_players the JSON dict available.
for player in traversing_players:
player_data = player.json()
# Only register next move if the player is passed cooldown.
if int(time.time()) < player_data['nextAvailableMove'] + 2:
time.sleep(player_data['nextAvailableMove'] + 1 -
int(time.time()))
player_path = json.loads(
player_data["currentPath"])["path"]
# Player has a path, travel based on it.
if len(player_path) > 0:
direction = player_path.pop(0)
traverse_to_room = Traverse.TraverseOnce(
player_data['password'], direction)
traverse_to_room = traverse_to_room[0]
if len(traverse_to_room['errors']) > 0:
print(traverse_to_room['errors'], "ERROR",
traverse_to_room['cooldown'])
setattr(player, 'nextAvailableMove',
(int(time.time()) + 2 +
int(traverse_to_room['cooldown'])))
self.save_player(player)
# player.save_to_db()
continue
setattr(
player, 'nextAvailableMove',
int(time.time()) + 2 +
int(traverse_to_room['cooldown']))
setattr(player, 'currentRoomId',
traverse_to_room['room_id'])
setattr(player, 'currentPath',
json.dumps({"path": player_path}))
# player.save_to_db()
self.save_player(player)
print(
f"player traveled {direction} to {traverse_to_room['room_id']}"
)
continue
# return traverse_to_room
else:
print("player has finished traversal")
delete_player = player.find_by_password(
player_data["password"])
print(delete_player, "tester")
if delete_player:
delete_player.delete_from_db()
def start_loop(self):
with self.app.app_context():
directions = ['n', 'e', 's', 'w']
while True:
time.sleep(1)
# Get all players who are automatically traversing
traversing_players = PlayerModel.find_all_by_single_path(False)
if not traversing_players or len(traversing_players) < 1:
continue
# Make every record of traversing_players the JSON dict available.
for player in traversing_players:
player_data = player.json()
# Only register next move if the player is passed cooldown.
if int(time.time()) < player_data['nextAvailableMove'] + 2:
continue
player_path = json.loads(player_data["currentPath"])["path"]
# Player has a path, travel based on it.
if len(player_path) > 0:
direction = player_path.pop(0)
traverse_to_room = Traverse.TraverseOnce(player_data['password'], direction)
traverse_to_room = traverse_to_room[0]
if len(traverse_to_room['errors']) > 0:
setattr(player, 'nextAvailableMove', (int(time.time()) + int(traverse_to_room['cooldown'])))
player.save_to_db()
continue
setattr(player, 'nextAvailableMove', int(time.time()) + int(traverse_to_room['cooldown']))
setattr(player, 'currentRoomId', traverse_to_room['room_id'])
setattr(player, 'currentPath', json.dumps({"path": player_path}))
player.save_to_db()
print(f"player traveled {direction} to {traverse_to_room['room_id']}")
continue
# return traverse_to_room
current_room = RoomModel.find_by_id(player_data['currentRoomId'])
current_room_data = None
if current_room:
current_room_data = current_room.json()
else:
# Get the room the player is currently in:
player_status_response = requests.get('https://lambda-treasure-hunt.herokuapp.com/api/adv/init/', headers={'authorization': player_data['password']}).json()
time.sleep(1)
if len(player_status_response['errors']) > 0:
setattr(player, 'nextAvailableMove', (int(time.time()) + int(player_status_response['cooldown'])))
player.save_to_db()
continue
direction = player_status_response['exits'][0]
traverse_to_room = Traverse.TraverseOnce(player_data['password'], direction)
traverse_to_room = traverse_to_room[0]
if len(traverse_to_room['errors']) > 0:
setattr(player, 'nextAvailableMove', (int(time.time()) + int(traverse_to_room['cooldown'])))
player.save_to_db()
continue
setattr(player, 'nextAvailableMove', (int(time.time()) + int(traverse_to_room['cooldown'])))
setattr(player, 'currentRoomId', traverse_to_room['room_id'])
player.save_to_db()
continue
# Check if any exits are unexplored by our database.
for direction in directions:
if current_room_data['exits'][direction] == '?':
# move to that room.
traverse_to_room = Traverse.TraverseOnce(player_data['password'], direction)
traverse_to_room = traverse_to_room[0]
if len(traverse_to_room['errors']) > 0:
setattr(player, 'nextAvailableMove', (int(time.time()) + int(traverse_to_room['cooldown'])))
player.save_to_db()
continue
setattr(player, 'nextAvailableMove', int(time.time()) + traverse_to_room['cooldown'])
setattr(player, 'currentRoomId', traverse_to_room['room_id'])
player.save_to_db()
continue
# No unexplored directions found - get shortest path to room that DOES have an unexplored exit/room
player = PlayerModel.find_by_password(player_data['password'])
player_data = player.json()
travel_path = self.GraphTraversal.path_to_unexplored(player_data['currentRoomId'])
setattr(player, 'currentPath', json.dumps(travel_path))
player.save_to_db()
