async def start():
account_manager = await AsyncAccountManager.create_standard(args, load_accounts_for_blindcheck)
log.info("{} accounts to check".format(str(account_manager.size())))
for pos in range(0, account_manager.size()):
account = wrap_account_no_replace(await account_manager.get_account(), account_manager)
split[pos % num_threads].append(account)
loc = with_gmaps_altitude(location(args),args.gmaps_key)
print("Checking at {}".format(str(loc)))
threads = []
pause_at = len( args.proxy) if args.proxy else 1
for idx,x in enumerate(split):
asyncio.ensure_future(safe_check_workers(x, loc, args.accountcsv))
if (idx % pause_at) == 0:
asyncio.sleep(5)
print("Done checking all")
))
parser.add_argument('-stop',
'--stop-at',
default=None,
help='Time of day to stop in 24-hr clock: eg 18:02')
add_webhooks(parser)
add_geofence(parser)
args = parser.parse_args()
load_proxies(args)
set_args(args)
set_account_db_args(args)
pokemonhandler.set_args(args)
position = location(args)
args.player_locale = gmaps_reverse_geolocate(
args.gmaps_key, args.locale,
str(position[0]) + ', ' + str(position[1]))
install_thread_excepthook()
stop_at = None
if args.stop_at:
dur_str = "100:00:00"
h, m = list(map(int, args.stop_at.split(':')))
stop_at = datetime.now().replace(hour=h, minute=m)
msg = "Stopping at {}".format(str(stop_at))
if stop_at < datetime.now():
stop_at += timedelta(days=1)
msg = "Stopping at {} (tomorrow)".format(str(stop_at))
num_threads = args.threads_per_proxy
if args.proxy and len(args.proxy) > 0:
num_threads = max(1, len(args.proxy)) * args.threads_per_proxy
split = []
for x in range(0, num_threads):
split.append([])
for pos in range(0, account_manager.size()):
account = wrap_account_no_replace(account_manager.get_account(),
account_manager)
split[pos % num_threads].append(account)
loc = with_gmaps_altitude(location(args), args.gmaps_key)
print("Checking at {}".format(str(loc)))
threads = []
pause_at = len(args.proxy) if args.proxy else 1
for idx, x in enumerate(split):
thread = Thread(target=safe_check_workers, args=(x, loc, args.accountcsv))
threads.append(thread)
if (idx % pause_at) == 0:
sleep(5)
thread.start()
for thread in threads:
thread.join()
print("Done checking all")
length = 0
prev_gym = None
for gym in current_route:
if prev_gym is not None:
length += equi_rect_distance_m(prev_gym, gym["coordinates"])
prev_gym = gym["coordinates"]
return length
gym_map = gymscannercoordinates()
gym_map = filter_for_geofence(gym_map, args.geofence, args.fencename)
log.info(u"There are {} gyms in scan with fence {}".format(
str(len(gym_map)), str(args.fencename)))
streams = []
initialPosition = location(args)
if args.radius is not None:
filtered = [
x for x in gym_map if
equi_rect_distance_m(initialPosition, x["coordinates"]) < args.radius
]
gym_map = filtered
while len(gym_map) > 0:
prev = gym_map[0]
stream = [prev]
del gym_map[0]
distance = 0
while len(gym_map) > 0:
next_gym = find_closest(gym_map, prev)
distance += equi_rect_distance_m(prev["coordinates"],