#!/usr/bin/python3.5
import time
import datetime
import api
import plot
print(datetime.datetime.now())
with open("../access_token", "r") as fd:
access_token = fd.readline()
c = api.Connection(access_token)
v = c.vehicles[0]
for kk, vv in v.items():
print("{}:----{}".format(kk, vv))
print('[WAKE_UP]')
v.wake_up()
print("[VEHICLE]")
veh = v.data_request('vehicle_state')
for kk, vv in veh.items():
print("{}:----{}".format(kk, vv))
print("[CHARGE]")
cha = v.data_request('charge_state')
for kk, vv in cha.items():
print("{}:----{}".format(kk, vv))
print("[CLIMATE]")
#!/usr/bin/env python
import api
import config
all_channels = {}
def after_connect(con, channels):
for channel_info in channels:
chan = con.join(channel_info["name"], lambda channel: channel.add_chat_listener(lambda message, nick=con.nick: on_chat(message, nick)), channel_info.get("key", ""))
all_channels[con.host + "/" + chan.name] = chan
all_channels[con.host + ":" + str(con.port) + "/" + chan.name] = chan
def on_chat(message, own_name):
if not message.sender == own_name:
print "Received " + str(message)
for module in config.used_modules:
module.on_chat(message)
for server in config.servers:
connection = api.Connection(server["nick"], server["host"], server["port"])
connection.connect(lambda con, channels = server["channels"]: after_connect(con, channels))
for module in config.used_modules:
module.channels = all_channels
module.init()