def connectionMade(self):
MCBaseClientProtocol.connectionMade(self)
logging.info("connectionmade")
self.client = BotClient(self, self.factory.botname)
if self.factory.interfaceNamespace is not None:
self.factory.interfaceNamespace[self.factory.botname] = self.client
class BotProtocol(MCBaseClientProtocol):
def connectionMade(self):
MCBaseClientProtocol.connectionMade(self)
logging.info("connectionmade")
self.client = BotClient(self, self.factory.botname)
if self.factory.interfaceNamespace is not None:
self.factory.interfaceNamespace[self.factory.botname] = self.client
def _handleLogin(self, parts):
MCBaseClientProtocol._handleLogin(self, parts)
self.client.start()
for id in busid:
if busses[id].config['hidden']:
continue
eta = busses[id].eta
response = response + busses[id].config['color'] + '\n'
for i in xrange(len(eta)):
stopInfo = eta[i]
response = response + '%s\t| %s\n' % (stopInfo[0],
formatTimeStamp(stopInfo[1]))
response = response + '\n'
return response
BC = BotClient.BotClient('busbot', 'SLACK_BOT_TOKEN', getETAString)
BC.connect()
if RUN_LIVE:
while True:
line = getData(URL)
data = parseJSON(line)
busid = data['Positions'].keys()
for id in busid:
if busses.has_key(id):
busses[id].parse(data)
else:
busses[id] = Bus(id, data)
BC.read()
#print getETAString()
import BotClient
from datetime import datetime
cf = datetime.now()
BotClient.new("Token", "send_message")
cs = datetime.now()
print(f"{(cs - cf).microseconds / 1000} ms")
pf = datetime.now()
print("successful login Token\nMethod send")
ps = datetime.now()
print(f"{(ps - pf).microseconds / 1000} ms")