def periodic_update(interval, out_file, verbose):
if out_file is None:
fp = sys.stdout
else:
# Open the file for appending
fp = open(out_file, "a")
__log("Establishing session", verbose)
session = vivint.VivintCloudSession(os.environ["USERNAME"],
os.environ["PASSWORD"])
__log("Listing panels", verbose)
panels = session.get_panels()
while running:
for panel in panels:
__log("Updating panel %d" % panel.id(), verbose)
panel.update_devices()
__log("Listing thermosats", verbose)
thermostats = panel.get_devices(device_type_set=[
vivint.VivintCloudSession.VivintDevice.DEVICE_TYPE_THERMOSTAT
])
for thermostat in thermostats:
__log(
"Getting state of thermostat %d on panel %d" %
(thermostat.id(), panel.id()), verbose)
state = thermostat.current_state()
# Now bolt the other context to the state, and write it out.
state["panel_arm_state"] = panel.get_armed_state()
state["panel_id"] = panel.id()
state["thermostat_id"] = thermostat.id()
state["timestamp"] = time.time()
__log("Logging state", verbose)
fp.write(json.dumps(state, sort_keys=True) + "\n")
fp.flush()
# Now, change the state to the night-time one if we're home at the same time every
# day.
print(json.dumps([
state,
time.strftime("%FT%T"), last_state_change,
state_change_time, state["climate_state"] == "home",
time.strftime("%F") != last_state_change["date"],
time.strftime("%T") >= state_change_time
]),
file=sys.stdout,
flush=True)
if state["climate_state"] == "home" and time.strftime(
"%F") != last_state_change["date"] and time.strftime(
"%T") >= state_change_time:
thermostat.set_state("sleep")
last_state_change["date"] = time.strftime("%F")
__log("Sleeping", verbose)
time.sleep(interval)
def get_armed_state(self):
logging.debug('contacting vivint')
try:
session = vivint.VivintCloudSession(
Home.private.get('Vivint', 'username'),
Home.private.get('Vivint', 'password'))
panels = session.get_panels()
for panel in panels:
panel.update_devices()
devices = panel.get_devices()
logging.debug('vivint: ' + panel.get_armed_state())
return panel.get_armed_state()
except:
return "connection error"
def periodic_update(interval, out_file, verbose):
if out_file is None:
fp = sys.stdout
else:
# Open the file for appending
fp = open(out_file, "a")
__log("Establishing session", verbose)
session = vivint.VivintCloudSession(os.environ["USERNAME"],
os.environ["PASSWORD"])
__log("Listing panels", verbose)
panels = session.get_panels()
while running:
for panel in panels:
__log("Updating panel %d" % panel.id(), verbose)
panel.update_devices()
__log("Listing thermosats", verbose)
thermostats = panel.get_devices(device_type_set=[
vivint.VivintCloudSession.VivintDevice.DEVICE_TYPE_THERMOSTAT
])
for thermostat in thermostats:
__log(
"Getting state of thermostat %d on panel %d" %
(thermostat.id(), panel.id()), verbose)
state = thermostat.current_state()
# Now bolt the other context to the state, and write it out.
state["panel_arm_state"] = panel.get_armed_state()
state["panel_id"] = panel.id()
state["thermostat_id"] = thermostat.id()
state["timestamp"] = time.time()
__log("Logging state", verbose)
fp.write(json.dumps(state, sort_keys=True) + "\n")
fp.flush()
__log("Sleeping", verbose)
time.sleep(interval)
#!/usr/bin/env python3
import time
import vivint
# Set up the connection to the cloud session
session = vivint.VivintCloudSession("*****@*****.**",
"SuperSecretPassword")
# List all panels (sites) that this user account has access to
panels = session.get_panels()
for panel in panels:
logger.debug("devices in panel {}: {}".format(panel, panel.get_devices()))
# In this case, get the first door from the first site
door = panels[0].get_devices(device_type_set=[
vivint.VivintCloudSession.VivintDevice.DEVICE_TYPE_DOOR_LOCK
])[0]
# Get the current state and print it out
print("Door state:", door.current_state())
# Let the change propagate for a bit
time.sleep(2)
for panel in panels:
# Update every panel. Doing this also updates devices that
# were spawned from those panels in-place, unless you set
# devices' receive_updates property is set to False.
panel.update_devices()
#!/usr/bin/env python3
import time
import vivint
from credentials import vivint_email, vivint_pwd
# Set up the connection to the cloud session
session = vivint.VivintCloudSession(vivint_email, vivint_pwd)
# List all panels (sites) that this user account has access to
panels = session.get_panels()
# In this case, get the first thermostat from the first site
thermostat = panels[0].get_devices(device_type_set=[
vivint.VivintCloudSession.VivintDevice.DEVICE_TYPE_THERMOSTAT
])[0]
state = thermostat.current_state()
carrier_state = thermostat.carrier_state(None)
initial_state = True
# Get the current state and print it out
print(state)
print(carrier_state)
# Set a few thermostat things.
#thermostat.set_operation_mode("heat")
#thermostat.set_fan_mode("always")
#thermostat.set_temperature(10)
# Let the change propagate for a bit
#!/usr/bin/env python3
import time
import os
import vivint
from datetime import datetime
# Set up the connection to the cloud session
session = vivint.VivintCloudSession(os.environ["USERNAME"],
os.environ["PASSWORD"])
# Sensors and Switches
# switch_one_name = "Living Room Main Lights"
# switch_two_name = "Dining Room Lights"
# sensor_one_name = "Living Room Motion Detector"
# sensor_two_name = "Dining Room Motion Detector"
# List all panels (sites) that this user account has access to
panels = session.get_panels()
multiswitches = panels[0].get_devices(device_type_set=[
vivint.VivintCloudSession.VivintDevice.DEVICE_TYPE_LIGHT_MODULE
])
sensors = panels[0].get_devices(device_type_set=[
vivint.VivintCloudSession.VivintDevice.DEVICE_TYPE_WIRELESS_SENSOR
])
# Let the change propagate for a bit
time.sleep(2)