def change_set_point(self, session, cool, heat):
""" Set new heat/cool ScheduleHold values.
By default, these changes will last until the next Period.
Args:
cool: The value above which the LCC should cool the zone. If in
heating mode, this parameter must be set to minCSP.
heat: The value below which the LCC should heat the zone. If in
cooling only mode, this parameter must be set to maxHSP.
FIXME: Does not support PerfectTemp today.
"""
hd_referer = IC3Session.create_url(IComfort3Zone.MYHOMES_PATH)
session.request_url(self.hd_url, hd_referer)
current_millis = (int(time.time()) * 1000) + random.randint(0, 999)
query = [('zoneId', self.zone_id), ('lccId', self.lcc_id),
('coolSetPoint', str(cool)), ('heatSetPoint', str(heat)),
('isPerfectTempOn', 'false'), ('_', str(current_millis))]
change_url = IC3Session.create_url(IComfort3Zone.CHANGE_SET_POINT,
query)
resp = session.request_json(change_url, referer_url=self.hd_url)
resp_json = session.process_as_json(resp)
return self.__parse_update(resp_json)
def __init__(self, home_id, lcc_id, zone_id):
# static, pre-configured entries
self.zone_id = str(zone_id)
self.home_id = str(home_id)
self.lcc_id = str(lcc_id)
details_referer_query = (('zoneId', self.zone_id), ('homeId',
self.home_id),
('lccId', self.lcc_id), ('refreshZonedetail',
'False'))
self.hd_url = IC3Session.create_url(IComfort3Zone.HD_REFERER_PATH,
details_referer_query)
mode_sched_query = (('zoneId', self.zone_id), ('lccId', self.lcc_id))
self.ms_url = IC3Session.create_url(IComfort3Zone.MODE_SCHED_PATH,
mode_sched_query)
def __send_update_request(self, session):
current_millis = (int(time.time()) * 1000) + random.randint(0, 999)
details_query = (('zoneid', self.zone_id), ('isPolling', 'true'),
('lccid', self.lcc_id), ('_', str(current_millis)))
up_url = IC3Session.create_url(IComfort3Zone.DETAILS_PATH,
details_query)
resp = session.request_json(up_url, self.hd_url)
resp_json = session.process_as_json(resp)
return resp_json
def set_away_mode(self, session):
""" Post to set away mode for an LCC/Zone, and returns current state.
"""
set_away_url = IC3Session.create_url(IComfort3Zone.SET_AWAY_PATH)
payload = [('lccId', self.lcc_id), ('currentzoneId', self.zone_id)]
resp = session.post_url_json(set_away_url, payload, self.hd_url)
resp_json = session.process_as_json(resp)
if not resp_json:
return False
return self.__parse_update(resp_json)
def change_zone_schedule_id(self, session, schedule_id):
""" Change the current zone Schedule by ID.
"""
payload = [('lccId', self.lcc_id), ('zoneId', self.zone_id),
('scheduleId', schedule_id)]
change_zs_url = IC3Session.create_url(IComfort3Zone.CHANGE_ZONE_SCHED)
resp = session.post_url_json(change_zs_url,
post_data=payload,
referer_url=self.ms_url)
resp.raise_for_status
return resp.status_code == 200
def change_system_mode_manual(self, session, schedule_id, period_id, mode):
""" Change to a manually controlled mode rather than a schedule.
"""
payload = [('zoneId', self.zone_id), ('lccId', self.lcc_id),
('scheduleId', schedule_id), ('periodId', period_id),
('mode', mode)]
sysmode_url = IC3Session.create_url(IComfort3Zone.SYSMODE_MANUAL)
resp = session.post_url_json(sysmode_url,
post_data=payload,
referer_url=self.ms_url)
resp.raise_for_status
return resp.status_code == 200
#!/usr/bin/python
import secrets
import time
from session import IComfort3Session
from lcc_zone import IComfort3Zone
s = IComfort3Session()
s.login(secrets.icomfort_username, secrets.icomfort_password)
homes = s.fetch_home_zones()
print ("Starting Away Mode test for homes %s." % homes)
for home in homes:
for (lcc, zone) in homes[home]:
s.set_context(home, lcc, zone)
z = IComfort3Zone(home, lcc, zone)
print ("Home %s, lcc %s, zone %s" % (home, lcc, zone))
update = z.fetch_update(s)
while (update == False):
print("Fetch failed, retrying.")
s.logout()
s = IComfort3Session()
s.login(secrets.icomfort_username, secrets.icomfort_password, True)
update = z.fetch_update(s)
print("Before Set Away: %s" % update['isSysteminAwayMode'])
away = z.set_away_mode(s)
print("After Set Away: %s" % away['isSysteminAwayMode'])
while (away['isSysteminAwayMode'] == 'False'):
away = z.set_away_mode(s)
print("After Set Away: %s" % away['isSysteminAwayMode'])
for home in homes: