def notification_loop(self):
api = remote.API('brixpro.lan', haPass)
while True:
try:
v = self.char_read_hnd(0x21)
# objT = (v[1]<<8)+v[0]
ambT = (v[3] << 8) + v[2]
ambT = tosigned(ambT)
c_tmpAmb = ambT / 128.0
f_tmpAmb = 9.0 / 5.0 * c_tmpAmb + 32
remote.set_state(api,
'sensor.bedroom_temp',
new_state=f_tmpAmb,
attributes={'unit_of_measurement': '°F'})
# targetT = calcTmpTarget(objT, ambT)
# self.data['t006'] = targetT
# print "T006 %.1f" % c_tmpAmb
v = self.char_read_hnd(0x29)
rawT = (v[1] << 8) + v[0]
rawH = (v[3] << 8) + v[2]
(t, rh) = calcHum(rawT, rawH)
remote.set_state(api,
'sensor.bedroom_humidity',
new_state=rh,
attributes={'unit_of_measurement': '%'})
#print ("%s -- %.1f %.1f" % (time.strftime('%l:%M:%S%p %Z on %b %d, %Y'), f_tmpAmb, rh))
time.sleep(120) # save battery on sensortag?
except pexpect.TIMEOUT:
print("TIMEOUT exception!")
break
def setalaram(alaramstatus):
switch = {'arm home': 'armed_home', 'arm away': 'armed_away', 'disarmed': 'disarmed'}
Status = switch.get(alaramstatus)
print('in alaram')
if Status in alaram_valid:
if isdoorsopen() == 'false':
if getalaram() == alaramstatus:
return('ALREADY')
else:
if alaramstatus == 'disarm' or alaramstatus == 'arm home':
remote.set_state(api, 'alarm_control_panel.security_alarm' , new_state = Status)
setswitchstatus('off')
print('Alaram Set Successfully' + alaramstatus)
return('DONE')
else:
threadObj = threading.Thread(target = takeANap,args=[switch.get(alaramstatus),120]) #scheduling thread after two minutes
threadObj.start()
return('DONE')
else:
return('DOOROPEN')
else:
print('invalid input')
return('INVALID')
def test_set_state(self):
""" Test Python API set_state. """
self.assertTrue(remote.set_state(master_api, 'test.test', 'set_test'))
self.assertEqual('set_test', hass.states.get('test.test').state)
self.assertFalse(remote.set_state(broken_api, 'test.test', 'set_test'))
def test_set_state(self):
""" Test Python API set_state. """
self.assertTrue(remote.set_state(master_api, 'test.test', 'set_test'))
self.assertEqual('set_test', hass.states.get('test.test').state)
self.assertFalse(remote.set_state(broken_api, 'test.test', 'set_test'))
def test_set_state(self):
"""Test Python API set_state."""
remote.set_state(master_api, "test.test", "set_test")
state = hass.states.get("test.test")
self.assertIsNotNone(state)
self.assertEqual("set_test", state.state)
self.assertFalse(remote.set_state(broken_api, "test.test", "set_test"))
def _turn_on_raw_sensor_on_change(self, entity, attribute, old, new,
kwargs):
_, last_st = self._raw_sensors_last_states[entity]
self._raw_sensors_last_states[entity] = [self.datetime(), True]
if not last_st:
name, attrs = self._raw_sensors_attributes[entity]
remote.set_state(self._master_ha_api,
name + self._sufix,
'on',
attributes=attrs)
def test_set_state(self):
"""Test Python API set_state."""
remote.set_state(master_api, 'test.test', 'set_test')
state = hass.states.get('test.test')
self.assertIsNotNone(state)
self.assertEqual('set_test', state.state)
self.assertFalse(remote.set_state(broken_api, 'test.test', 'set_test'))
def test_set_state(self):
"""Test Python API set_state."""
remote.set_state(master_api, 'test.test', 'set_test')
state = hass.states.get('test.test')
self.assertIsNotNone(state)
self.assertEqual('set_test', state.state)
self.assertFalse(remote.set_state(broken_api, 'test.test', 'set_test'))
def _turn_off_raw_sensor_if_not_updated(self, *kwargs):
now = self.datetime()
for s, (ts, st) in self._raw_sensors_last_states.copy().items():
if st and ceil(
(now -
ts).total_seconds()) >= self._raw_sensors_seconds_to_off:
name, attrs = self._raw_sensors_attributes[s]
self._raw_sensors_last_states[s] = [now, False]
remote.set_state(self._master_ha_api,
name + self._sufix,
'off',
attributes=attrs)
def set_state(self, e_id, new_state=None, **kwargs):
# ./set_state.py set-state group.test_view unknown --entity_id=energy_asset.plant_dgf,switch.plant_dgf --view=true --order=3 --friendly_name='Test' --hidden='true'
# ./set_state.py update-state energy_asset.plant_tw --min_flex=0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0
self._print('kwargs', full=False)
pprint(kwargs)
self._print('state', full=False)
print(new_state)
remote.set_state(api, e_id, new_state=new_state, attributes=kwargs)
self._print('Result', full=True)
state = remote.get_state(api, e_id)
pprint(state.attributes)
self._print('state', full=False)
print(state.state)
def _update_states(self, kwargs):
"""Update states in master if they are not changed."""
now = self.datetime()
s_states = self.get_state('sensor')
bs_states = self.get_state('binary_sensor')
sensors = dict(**s_states)
sensors.update(bs_states)
for entity_id, state_atts in sensors.items():
key = entity_id + self._sufix
if key not in self._sensor_updates \
or (now - self._sensor_updates[key]).total_seconds() > 60:
remote.set_state(self._master_ha_api,
key,
state_atts['state'],
attributes=state_atts['attributes'])
self._sensor_updates[key] = now
def cli(ctx, entity, action, new_state, attributes):
"""Get, set or remove the state of entity."""
import homeassistant.remote as remote
if action == 'get':
state = remote.get_state(ctx.api, entity)
ctx.log('State of %s is %s', entity, state.state)
if action == 'set':
remote.set_state(ctx.api,
entity,
new_state,
attributes=json.loads(attributes))
ctx.log('State of %s set to %s', entity, new_state)
if action == 'remove':
remote.remove_state(ctx.api, entity)
ctx.log('Entitiy %s removed', entity)
ctx.vlog('Entity: %s, Execute: %s', entity, timestamp())
def update_state(self, entity_id, new_state=None, **kwargs):
state = remote.get_state(api, entity_id)
state.state = new_state or state.state
attr = state.attributes.copy()
for k, v in kwargs.items():
attr[k] = v
self._print('kwargs', full=True)
pprint(kwargs)
self._print('attr', full=False)
pprint(attr)
self._print('state', full=False)
print(state.state)
remote.set_state(api, entity_id, new_state=state.state, attributes=attr)
self._print('Result', full=True)
state = remote.get_state(api, entity_id)
pprint(state.attributes)
self._print('state', full=False)
print(state.state)
def notification_loop(self):
api = remote.API('brixpro.lan', haPass)
while True:
try:
v = self.char_read_hnd(0x21)
# objT = (v[1]<<8)+v[0]
ambT = (v[3] << 8) + v[2]
ambT = tosigned(ambT)
c_tmpAmb = ambT / 128.0
f_tmpAmb = 9.0 / 5.0 * c_tmpAmb + 32
remote.set_state(api, 'sensor.bedroom_temp', new_state=f_tmpAmb, attributes={'unit_of_measurement': '°F'})
# targetT = calcTmpTarget(objT, ambT)
# self.data['t006'] = targetT
# print "T006 %.1f" % c_tmpAmb
v = self.char_read_hnd(0x29)
rawT = (v[1] << 8) + v[0]
rawH = (v[3] << 8) + v[2]
(t, rh) = calcHum(rawT, rawH)
remote.set_state(api, 'sensor.bedroom_humidity', new_state=rh, attributes={'unit_of_measurement': '%'})
#print ("%s -- %.1f %.1f" % (time.strftime('%l:%M:%S%p %Z on %b %d, %Y'), f_tmpAmb, rh))
time.sleep(120) # save battery on sensortag?
except pexpect.TIMEOUT:
print ("TIMEOUT exception!")
break
def test_set_state_with_push(self):
"""Test Python API set_state with push option."""
events = []
hass.bus.listen(EVENT_STATE_CHANGED, lambda ev: events.append(ev))
remote.set_state(master_api, "test.test", "set_test_2")
remote.set_state(master_api, "test.test", "set_test_2")
hass.block_till_done()
self.assertEqual(1, len(events))
remote.set_state(master_api, "test.test", "set_test_2", force_update=True)
hass.block_till_done()
self.assertEqual(2, len(events))
def test_set_state_with_push(self):
"""TestPython API set_state with push option."""
events = []
hass.bus.listen(EVENT_STATE_CHANGED, events.append)
remote.set_state(master_api, 'test.test', 'set_test_2')
remote.set_state(master_api, 'test.test', 'set_test_2')
hass.bus._pool.block_till_done()
self.assertEqual(1, len(events))
remote.set_state(
master_api, 'test.test', 'set_test_2', force_update=True)
hass.bus._pool.block_till_done()
self.assertEqual(2, len(events))
def test_set_state_with_push(self):
"""Test Python API set_state with push option."""
events = []
hass.bus.listen(EVENT_STATE_CHANGED, lambda ev: events.append(ev))
remote.set_state(master_api, 'test.test', 'set_test_2')
remote.set_state(master_api, 'test.test', 'set_test_2')
hass.block_till_done()
self.assertEqual(1, len(events))
remote.set_state(
master_api, 'test.test', 'set_test_2', force_update=True)
hass.block_till_done()
self.assertEqual(2, len(events))
def setMonitorState(outgoingSMSTopic, phoneNumber, remote, api, newState):
print("Set monitor....")
print(phoneNumber)
print(newState)
if phoneNumber == "JordanB":
remote.set_state(api,
'switch.jordan_fireplace_monitor',
new_state=newState)
elif phoneNumber == "BrendanM":
remote.set_state(api,
'switch.brendan_fireplace_monitor',
new_state=newState)
elif phoneNumber == "JoelD":
remote.set_state(api,
'switch.joel_fireplace_monitor',
new_state=newState)
client.publish(outgoingSMSTopic + phoneNumber, "State set.")
import time
import RPi.GPIO as io
io.setmode(io.BCM)
import homeassistant.remote as remote
from homeassistant.const import STATE_ON
api = remote.API('127.0.0.1', '')
if __name__ == "__main__":
door_pin = 14
io.setup(door_pin, io.IN, pull_up_down=io.PUD_UP) # activate input with PullUp
status = 0
while True:
if io.input(door_pin) and status == 0:
remote.set_state(api, 'sensor.Switch_Frontdoor', new_state='Open')
print("DOOR ALARM!")
status = 1
elif not io.input(door_pin) and status == 1:
remote.set_state(api, 'sensor.Switch_Frontdoor', new_state='Closed')
status = 0
time.sleep(0.5)
def set_state(self, entity_id, new_state, **kwargs):
"Updates or creates the current state of an entity."
return remote.set_state(self.api, new_state, **kwargs)
def setSensorState(apiurl, password, sensorname, state):
api = remote.API(apiurl, password)
print("setting {0} to {1}".format(sensorname, state))
remote.set_state(api, sensorname, new_state=state)
def test_set_state(self):
""" Test Python API set_state. """
remote.set_state(self.api, 'test.test', 'set_test')
self.assertEqual(self.hass.states.get('test.test').state, 'set_test')
def initialize(self):
"""AppDaemon required method for app init."""
self._hass_master_url = self.args.get('master_ha_url')
self._hass_master_key = self.args.get('master_ha_key', '')
self._hass_master_port = int(self.args.get('master_ha_port', '8123'))
self._sufix = self.args.get('slave_sufix', DEFAULT_SUFFIX)
self._master_ha_api = remote.API(self._hass_master_url,
self._hass_master_key,
port=self._hass_master_port)
# Raw binary sensors
self._raw_sensors = self.args.get('raw_binary_sensors', None)
if self._raw_sensors is not None:
self._raw_sensors = self._raw_sensors.split(',')
self._raw_sensors_sufix = self.args.get(
'raw_binary_sensors_sufijo', '_raw')
# Persistencia en segundos de último valor hasta considerarlos 'off'
self._raw_sensors_seconds_to_off = int(
self.args.get('raw_binary_sensors_time_off',
DEFAULT_RAWBS_SECS_OFF))
# Handlers de cambio en raw binary_sensors:
l1, l2 = 'attributes', 'last_changed'
for s in self._raw_sensors:
self._raw_sensors_attributes[s] = (s.replace(
self._raw_sensors_sufix, ''), self.get_state(s, l1))
self._raw_sensors_last_states[s] = [
parse(self.get_state(s, l2)).replace(tzinfo=None), False
]
self.listen_state(self._turn_on_raw_sensor_on_change, s)
self.log('seconds_to_off: {}'.format(
self._raw_sensors_seconds_to_off))
self.log('attributes_sensors: {}'.format(
self._raw_sensors_attributes))
self.log('last_changes: {}'.format(self._raw_sensors_last_states))
# [self.set_state(dev, state='off', attributes=attrs) for dev, attrs in .._raw_sensors_attributes.values()]
[
remote.set_state(self._master_ha_api,
dev + self._sufix,
'off',
attributes=attrs)
for dev, attrs in self._raw_sensors_attributes.values()
]
next_run = self.datetime() + dt.timedelta(
seconds=self._raw_sensors_seconds_to_off)
self.run_every(self._turn_off_raw_sensor_if_not_updated, next_run,
self._raw_sensors_seconds_to_off)
# Publish slave states in master
bs_states = self.get_state('binary_sensor')
if self._raw_sensors is not None:
[bs_states.pop(raw) for raw in self._raw_sensors]
s_states = self.get_state('sensor')
sensors = dict(**s_states)
sensors.update(bs_states)
now = self.datetime()
sensor_updates = {}
for entity_id, state_atts in sensors.items():
self.log('SENSOR: {}, ATTRS={}'.format(entity_id, state_atts))
remote.set_state(self._master_ha_api,
entity_id + self._sufix,
state_atts['state'],
attributes=state_atts['attributes'])
self.listen_state(self._ch_state,
entity_id,
attributes=state_atts['attributes'])
sensor_updates.update({entity_id + self._sufix: now})
self._sensor_updates = sensor_updates
self.run_minutely(self._update_states, None)
self.log('Transfer states from slave to master in {} COMPLETE'.format(
self._master_ha_api))
def intent_request(session, user, request):
if request['intent']['name'] == "LocateIntent":
hass_devices = {}
user = request['intent']['slots']['User']['value']
allStates=remote.get_states(api)
for state in allStates:
if get_entity_type(state) == "device_tracker":
hass_devices[state.attributes['friendly_name']]=state.state
output_speech = user + " is at " + hass_devices[user]
output_type = "PlainText"
card_type = "Simple"
card_title = "Location"
card_content = hass_devices[user]
print(output_speech)
response = {"outputSpeech": {"type":output_type,"text":output_speech},"card":{"type":card_type,"title":card_title,"content":card_content},'shouldEndSession':True}
return response
elif request['intent']['name'] == "LockIntent":
matched_lock = False
action = request['intent']['slots']['Action']['value']
requested_lock = request['intent']['slots']['LockName']['value']
allStates = remote.get_states(api)
for state in allStates:
if get_entity_type(state) == "lock":
friendly_name = state.attributes['friendly_name']
if friendly_name.lower() == requested_lock:
matched_lock = True
print(action)
if action == "lock":
remote.set_state(api, state.entity_id, new_state=STATE_LOCKED)
output_speech = "I have locked the " + requested_lock
elif action == "unlock":
remote.set_state(api, state.entity_id, new_state=STATE_UNLOCKED)
output_speech = "I have unlocked the " + requested_lock
if matched_lock == False:
output_speech = "I'm sorry, I have not found a lock by that name."
output_type = "PlainText"
response = {"outputSpeech" : {"type":output_type, "text":output_speech}, 'shouldEndSession':True}
return response
elif request['intent']['name'] == "CurrentEnergyIntent":
energy_usage = remote.get_state(api, 'sensor.energy_usage')
output_speech = 'Your {} is {} {}.'.format(energy_usage.attributes['friendly_name'], energy_usage.state, energy_usage.attributes['unit_of_measurement'])
output_type = "PlainText"
card_type = "Simple"
card_title = "Energy Usage"
card_content = output_speech
response = {"outputSpeech": {"type":output_type,"text":output_speech},"card":{"type":card_type,"title":card_title,"content":card_content},'shouldEndSession':False}
return response
elif request['intent']['name'] == "MonthlyEnergyIntent":
energy_cost = remote.get_state(api, 'sensor.energy_cost')
output_speech = 'Your {} is ${}'.format(energy_cost.attributes['friendly_name'], energy_cost.state)
output_type = "PlainText"
card_type = "Simple"
card_title = "Energy Cost"
card_content = output_speech
response = {"outputSpeech": {"type":output_type,"text":output_speech},"card":{"type":card_type,"title":card_title,"content":card_content},'shouldEndSession':False}
return response
elif request['intent']['name'] == "HelpIntent":
output_speech = "This is the HomeAssistant app. Right now, you can only ask where someone is, or ask about your energy usage. But I have big plans. "
output_type = "PlainText"
card_type = "Simple"
card_title = "HelloWorld - Title"
card_content = "HelloWorld - This is the Hello World help! Just say Hi"
response = {"outputSpeech": {"type":output_type,"text":output_speech},'shouldEndSession':False}
return response
else:
return launch_request(session, user, request) ##Just do the same thing as launch request
def setSensorState(apiurl, password, sensorname, state):
api = remote.API(apiurl, password)
remote.set_state(api, sensorname, new_state=state)
def _ch_state(self, entity, attribute, old, new, kwargs):
remote.set_state(self._master_ha_api, entity + self._sufix, new,
**kwargs)
self._sensor_updates[entity + self._sufix] = self.datetime()
def takeANap(Status,nap):
time.sleep(nap)
print('Wake up!')
remote.set_state(api, 'alarm_control_panel.security_alarm' , new_state = Status)
print('Alaram Set Successfully' + Status)
setswitchstatus('on')