def callback(args):
user, e = args
if e is None:
count[0] -= 1
print "Connected with {}! ({} left)".format(user, count[0])
if not count[0]:
semaphore.release()
else:
not_connected.append(e.client)
print "{}: {}".format(user, e)
if e.code == 101 or e.code == 603:
common.remove_penguin(cpps, user, penguins)
semaphore.release()
def login():
remember = common.get_remember()
argc = len(sys.argv)
cpps = sys.argv[1] if argc > 1 else None
server = sys.argv[2] if argc > 2 else None
user = sys.argv[3] if argc > 3 else None
cpps, server, user, password, encrypted, client = common.get_penguin(
cpps, server, user, remember)
try:
client.connect(user, password, encrypted)
except ClientError as e:
if e.code == 101 or e.code == 603:
common.remove_penguin(cpps, user)
raise common.LoginError("Failed to connect")
print "Connected!"
return client
def manual_login(cpps, server, shape, connected, not_connected, remember):
pool = ThreadPool()
for i, client in enumerate(not_connected):
while not client.connected:
cpps, server, user, password, encrypted, client = common.get_penguin(
cpps, server, remember=remember, client=client)
if any(client.name.lower() == user for client in connected):
print "Already logged in"
continue
print "Connecting..."
try:
client.connect(user, password)
except ClientError as e:
print e
if e.code == 101 or e.code == 603:
common.remove_penguin(cpps, user)
continue
equip(client, shape, pool)
print "Connected! ({} left)".format(len(not_connected) - i - 1)
pool.close()
pool.join()