def check_dp():
print "starting"
w_url = 'http://api.wunderground.com/api/{}/geolookup/conditions/q/{}/{}.json'.format(args.apikey, args.state, args.city)
w_raw = requests.get(w_url)
w_cond = w_raw.json().get('current_observation','')
w_dp = w_cond.get('dewpoint_f','')
for structure in napi.structures:
for device in structure.devices:
temp = nest_utils.c_to_f(device.temperature)
if w_dp >= args.dewpoint:
print "temp was %s" % temp
device.temperature = nest_utils.f_to_c(args.temp)
print "dewpoint is at or above %s deg f, changed temp to %s" % (args.dewpoint, args.temp)
elif w_dp < args.dewpoint:
print "temp was %s" % temp
device.temperature = nest_utils.f_to_c(args.temp + 1)
print "dewpoint is below %s deg f, changed temp to %s" % (args.dewpoint, args.temp)
else:
print "can't determine dewpoint"
pass
print "finishing. checking again in %d minutes" % args.delay
time.sleep(60 * args.delay)
def _setlow(self, **kwargs):
inc = False
val = None
try:
try:
val = int(kwargs.get('value'))
except TypeError:
inc = True
self._checkconnect()
for device in self.napi.devices:
if self.address == device.serial[-14:].lower():
if device.mode == 'range':
if not inc:
device.temperature = (nest_utils.f_to_c(val), device.target[1])
self.logger.info("Mode is ranged, Setting lower bound to %i F", val)
else:
val = int(round(nest_utils.c_to_f(device.target[0]) - 1))
self.logger.info("Mode is ranged, decrementing lower bound to %i F", val)
device.temperature = (nest_utils.f_to_c(val), device.target[1])
else:
if not inc:
device.temperature = nest_utils.f_to_c(val)
else:
val = int(round(nest_utils.c_to_f(device.target) - 1))
device.temperature = nest_utils.f_to_c(val)
self.logger.info("Setting temperature to %i F.", val)
self.set_driver('CLISPH', val)
except requests.exceptions.HTTPError as e:
self.logger.error('NestThermostat _settemp Caught exception: %s', e)
return True
def set_temp(napi, temp):
"""
Set the temperature given an integer value in degrees F
"""
for device in napi.devices:
f_temp = temp
device.temperature = nest_utils.f_to_c(f_temp)
print("Setting nest temp to {} degrees".format(f_temp))
def set_temp(napi, temp):
"""
Set the temperature given an integer value in degrees F
"""
for device in napi.devices:
f_temp = temp
device.temperature = nest_utils.f_to_c(f_temp)
print("Setting nest temp to {} degrees".format(f_temp))
def _setlow(self, **kwargs):
inc = False
try:
try:
val = int(kwargs.get('value'))
except TypeError:
inc = True
self._checkconnect()
for device in self.napi.devices:
if self.address == device.serial[-14:].lower():
if device.mode == 'range':
if not inc:
device.temperature = (nest_utils.f_to_c(val),
device.target[1])
self.LOGGER.info(
"Mode is ranged, Setting lower bound to %i F",
val)
else:
val = int(
round(nest_utils.c_to_f(device.target[0]) - 1))
self.LOGGER.info(
"Mode is ranged, decrementing lower bound to %i F",
val)
device.temperature = (nest_utils.f_to_c(val),
device.target[1])
else:
self.LOGGER.info("Setting temperature to %i F.", val)
if not inc:
device.temperature = nest_utils.f_to_c(val)
else:
val = int(
round(nest_utils.c_to_f(device.target) - 1))
device.temperature = nest_utils.f_to_c(val)
self.set_driver('CLISPH', val)
except requests.exceptions.HTTPError as e:
self.LOGGER.error('NestThermostat _settemp Caught exception: %s',
e)
return True
def setNest(self, settings):
from core import ffNest
from nest import utils as nest_utils
from core import ffScheduler
self.deviceIndex(ffNest)
structure = ffNest.structures[0]
device = ffNest.devices[self._device_index]
setting_options = settings.keys()
if 'away' in setting_options:
structure.away = settings['away']
if 'target' in setting_options:
if self._f:
device.target = nest_utils.f_to_c(settings['target'])
else:
device.target = settings['target']
ffScheduler.runInS(10, self.update, job_id='nest-update-in-10')
def setNest(self, settings):
from core import ffNestModule
from nest import utils as nest_utils
from core import ffScheduler
self.deviceIndex(ffNestModule)
structure = ffNestModule.structures[0]
device = ffNestModule.devices[self._device_index]
setting_options = settings.keys()
if 'away' in setting_options:
structure.away = settings['away']
if 'target' in setting_options:
if self._f:
device.target = nest_utils.f_to_c(settings['target'])
else:
device.target = settings['target']
ffScheduler.runInS(10, self.update, job_id='nest-update-in-10')
import nest
import json
import glob
import urllib2
from time import gmtime, strftime
from nest import utils as nest_utils
import argparse
parser = argparse.ArgumentParser(description='Set temp')
parser.add_argument('device_room_target_temp', type=float)
args = parser.parse_args()
device_room_target_temp = nest_utils.f_to_c(args.device_room_target_temp)
#device_room_target_temp = 73
#device_room_target_temp = nest_utils.f_to_c(device_room_target_temp)
min_diff_to_alter_temp = 1 / 1.8
# Read Nest sensors
print 'Reading Nest sensors'
username = '******'
password = '******'
napi = nest.Nest(username, password)
structure = napi.structures[0]
nest = structure.devices[0]
# Read device room temp
print 'Reading PEP sensors'
str_data=urllib2.urlopen("http://10.0.1.11/temp").read()
device_temp = float(str_data.split(",")[0])
def f_to_c(self, temp):
return nest_utils.f_to_c(temp)
def set_temp(device, target_temp):
device.target = nest_utils.f_to_c(target_temp)
def on_direct_message(self, status):
new_temp = status.direct_message['text']
print("Nest is changing the temp to {temp}".format(temp=new_temp))
self._napi.devices[0].temperature = nest_utils.f_to_c(new_temp)
def set_temp(nest_api,temp):
nest_api.devices[0].temperature = n_utils.f_to_c(temp)
def com_nest_f_to_c(temp_data):
"""
F to C temp conversion
"""
return nest_utils.f_to_c(temp_data)
