def start(self):
''' Start clients and setup connection '''
# Request callbacks
callbs = {}
if len(self.events) > 0:
for key, receivers in self.events.items():
callbs[key] = lambda dev_id, *arg, recv=receivers: self.run_match_dev_id(dev_id,recv,locals()['arg'])
self.client = SinricPro(self.appKey, self.deviceIdArr, callbs, event_callbacks=self.eventsCallbacks, enable_log=False,restore_states=True,secretKey=self.secretKey)
# Instantiate client (setup connections)
udp_client = SinricProUdp(callbs, self.deviceIdArr,enable_trace=False) # Set it to True to start logging request Offline Request/Response
self.client.handle_all(udp_client)
self.logger = client.logger
self.logger.success("SinricProOO started!")
"User-Agent": "PostmanRuntime/7.18.0",
"Accept": "*/*",
"Cache-Control": "no-cache",
"Postman-Token":
"d001f97e-0181-4e40-8518-56d8890142ec,256ed8fa-93bb-4a16-ad34-96929283b2b0",
"Host": "blynk-cloud.com",
"Accept-Encoding": "gzip, deflate",
"Connection": "keep-alive",
"cache-control": "no-cache",
}
response = requests.request("GET",
url,
headers=headers,
params=querystring)
if __name__ == "__main__":
client = SinricPro(
appKey,
deviceIdArr,
callbacks,
event_callbacks=event_callback,
enable_log=False,
restore_states=False,
secretKey=secretKey,
)
# Set it to True to start logging request Offline Request/Response
udp_client = SinricProUdp(callbacks, deviceIdArr, enable_trace=False)
client.handle_all(udp_client)
return True, state
def events():
while True:
client.event_handler.raiseEvent(TEMPERATURE_SENSOR_ID,
'temperatureHumidityEvent',
data={
'humidity': 75.3,
'temperature': 24
})
sleep(60) # Server will trottle / block IPs sending events too often.
pass
events_callbacks = {"Events": events}
callbacks = {'powerState': power_state}
if __name__ == '__main__':
loop = asyncio.get_event_loop()
client = SinricPro(APP_KEY, [TEMPERATURE_SENSOR_ID],
callbacks,
event_callbacks=events_callbacks,
enable_log=True,
restore_states=False,
secretKey=APP_SECRET)
loop.run_until_complete(client.connect())
# To update the temperature on server.
#client.event_handler.raiseEvent(temperatureSensorDeviceId, 'temperatureHumidityEvent', data={'humidity': 75.3, 'temperature': 24})
def onIncreaseColorTemperature(deviceId, value):
return True, value
def onDecreaseColorTemperature(deviceId, value):
return True, value
callbacks = {
'powerState': onPowerState,
'setBrightness': onSetBrightness,
'adjustBrightness': onAdjustBrightness,
'setColor': onSetColor,
'setColorTemperature': onSetColorTemperature,
'increaseColorTemperature': onIncreaseColorTemperature,
'decreaseColorTemperature': onDecreaseColorTemperature
}
if __name__ == '__main__':
client = SinricPro(appKey,
deviceId,
callbacks,
event_callbacks=eventsCallbacks,
enable_trace=False,
secretKey=secretKey)
udp_client = SinricProUdp(callbacks)
udp_client.enableUdpPrint(
False
) # Set it to True to start logging request Offline Request/Response
client.handle_all(udp_client)
from sinric import SinricPro
import asyncio
APP_KEY = ''
APP_SECRET = ''
LOCK_ID = ''
def lock_state(device_id, state):
print(device_id, state)
return True, state
callbacks = {'setLockState': lock_state}
if __name__ == '__main__':
loop = asyncio.get_event_loop()
client = SinricPro(APP_KEY, [LOCK_ID],
callbacks,
enable_log=True,
restore_states=False,
secretKey=APP_SECRET)
loop.run_until_complete(client.connect())
# To update the lock state on server.
# client.event_handler.raiseEvent(lockId, 'setLockState',data={'state': 'LOCKED'})
# client.event_handler.raiseEvent(lockId, 'setLockState',data={'state': 'UNLOCKED'})
from sinric import SinricProUdp
from sinric import eventNames
from time import sleep
'''
DON'T FORGET TO TURN ON 'Doorbell Press' IN ALEXA APP
'''
def Events():
while True:
client.event_handler.raiseEvent(doorBellId,
eventNames['door_bell_event'])
sleep(2)
request_callbacks = {}
event_callbacks = {'Events': Events}
if __name__ == '__main__':
client = SinricPro(appKey,
deviceId,
request_callbacks,
event_callbacks,
enable_trace=True,
enable_track=True)
udp_client = SinricProUdp(request_callbacks)
udp_client.enableUdpPrint(
False) # Set it to True to start printing request UDP JSON
client.handle_all(udp_client)
from sinric import SinricPro
from sinric import SinricProUdp
from credentials import apiKey, deviceId
def onPowerState(did, state):
# Alexa, turn ON/OFF Device
print(did, state)
return True, state
callbacks = {
'powerState': onPowerState
}
if __name__ == '__main__':
client = SinricPro(apiKey, deviceId, callbacks, enable_trace=False, enable_track=False)
udp_client = SinricProUdp(callbacks)
udp_client.enableUdpPrint(False) # Set it to True to start printing request UDP JSON
client.handle_all(udp_client)
def Events():
while True:
# Select as per your requirements
# REMOVE THE COMMENTS TO USE
# client.event_handler.raiseEvent(lockId, 'setLockState',data={'state': 'LOCKED'})
# client.event_handler.raiseEvent(lockId, 'setLockState',data={'state': 'UNLOCKED'})
sleep(2)
event_callback = {'Events': Events}
def onSetLockState(deviceId, state):
return True, state
callbacks = {'setLockState': onSetLockState}
if __name__ == '__main__':
client = SinricPro(apiKey,
deviceId,
callbacks,
event_callback,
enable_trace=True)
udp_client = SinricProUdp(callbacks)
udp_client.enableUdpPrint(
False) # Set it to True to start printing request UDP JSON
client.handle_all(udp_client)
class ClientWrapper:
""" ClientWrapper for comunicate classes and things.\n
things -> [DimmerSwitch, Switch...] \n
appKey -> d89f1***-****-****-****-************ \n
secretKey -> 44d1d31-1c19-****-****-9bc96c34b5bb-d19f42dd-****-****-****-************"""
logger = None
events = {}
deviceIdArr = []
appKey = ""
secretKey = ""
def __init__(self, things : list, appKey : str, secretKey : str):
for thing in things:
thing.subscribe(self)
self.deviceIdArr.append(thing.get_dev_id())
self.appKey = appKey
self.secretKey = secretKey
def start(self):
''' Start clients and setup connection '''
# Request callbacks
callbs = {}
if len(self.events) > 0:
for key, receivers in self.events.items():
callbs[key] = lambda dev_id, *arg, recv=receivers: self.run_match_dev_id(dev_id,recv,locals()['arg'])
self.client = SinricPro(self.appKey, self.deviceIdArr, callbs, event_callbacks=self.eventsCallbacks, enable_log=False,restore_states=True,secretKey=self.secretKey)
# Instantiate client (setup connections)
udp_client = SinricProUdp(callbs, self.deviceIdArr,enable_trace=False) # Set it to True to start logging request Offline Request/Response
self.client.handle_all(udp_client)
self.logger = client.logger
self.logger.success("SinricProOO started!")
def run_match_dev_id(self,dev_id,lista_thing_func,arg):
#print("dev:",dev_id," | arg:",arg," | lista: ",lista_thing_func)
for item in lista_thing_func:
if item['thing'].get_dev_id() == dev_id:
return item['func'](arg)
return False
def inscribe(self, thing, event_name, func):
if not (event_name in self.events):
self.events[event_name] = list()
self.events[event_name].append({'thing':thing,'func':func})
def raiseEvent(self, thing : Thing, event : str, dados):
''' Event listed on https://help.sinric.pro/pages/supported_devices.html '''
self.client.event_handler.raiseEvent(thing.get_dev_id(), event,data=dados)
def Events():
pass
# print("Evento.")
# while True:
# client.event_handler.raiseEvent(device1, 'setPowerState',data={'state': 'On'})
# client.event_handler.raiseEvent(device1, 'setPowerLevel',data={'powerLevel': '95%'})
#sleep(2)
# pass
eventsCallbacks={
"Events": Events
}
from sinric import SinricPro
import asyncio
from asyncio import sleep
from loguru import logger
APP_KEY = ''
APP_SECRET = ''
DEVICE_ID = ''
async def events():
while True:
client.event_handler.raiseEvent(DEVICE_ID,
'pushNotification',
data={'alert': "Hello there"})
await sleep(
60) # Server will trottle / block IPs sending events too often.
if __name__ == '__main__':
loop = asyncio.get_event_loop()
client = SinricPro(APP_KEY, [DEVICE_ID], {},
event_callbacks=events,
enable_log=True,
restore_states=False,
secretKey=APP_SECRET)
loop.run_until_complete(client.connect())
