def send_mp1(device):
result = {}
state = True
host = device['ip']
port = device['port']
mac = device['mac']
name = device['name']
sid = device['sid']
wantedstate = device['state']
if int(wantedstate) == 0:
state = False
product = broadlink.gendevice(0x4eb5,
host=(host, int(port)),
mac=bytearray.fromhex(mac))
logging.debug("Connecting to Broadlink device with name " + name + "....")
product.auth()
logging.debug("Connected to Broadlink device with name " + name + "....")
if sid == 'all':
for i in range(1, 5):
product.set_power(i, state)
else:
product.set_power(int(sid), state)
time.sleep(0.1)
result = read_mp1(device)
return result
def learn_rm2_rf(device):
result = {}
host = device['ip']
port = device['port']
mac = device['mac']
if mac[-3:] == 'sub':
logging.debug("This is a child device original mac is " + mac[:-4])
mac = mac[:-4]
name = device['name']
product = broadlink.gendevice(0x2712,
host=(host, int(port)),
mac=bytearray.fromhex(mac))
logging.debug("Connecting to Broadlink device with name " + name + "....")
product.auth()
logging.debug("Connected to Broadlink device with name " + name + "....")
logging.debug("Enter learning")
product.sweep_frequency()
logging.debug(
"Learning RF Frequency, press and hold the button to learn...")
start = time.time()
found = False
while time.time() - start < 10:
time.sleep(1)
if product.check_frequency():
logging.debug("Found RF Frequency")
found = True
globals.JEEDOMCOM.send_change_immediate({'foundfrequency': 1})
break
else:
logging.debug("RF Frequency not found")
product.cancel_sweep_frequency()
globals.JEEDOMCOM.send_change_immediate({'foundfrequency': 0})
return result
if found:
time.sleep(2)
globals.JEEDOMCOM.send_change_immediate({'step2': 1})
product.find_rf_packet()
start = time.time()
data = None
while time.time() - start < 10:
time.sleep(1)
try:
data = product.check_data()
except (ReadError, StorageError):
continue
else:
break
if data == None:
logging.debug("No button pressed")
result['hexcode'] = 'no'
else:
myhex = data.hex()
logging.debug("Hex code detected " + myhex)
result['hexcode'] = myhex
result['learnedCmd'] = 1
result['mac'] = mac
product.stop_learning()
logging.debug("Quit learning")
return result
def read_rm2(device):
result = {}
host = device['ip']
port = device['port']
mac = device['mac']
name = device['name']
product = broadlink.gendevice(0x2712,
host=(host, int(port)),
mac=bytearray.fromhex(mac))
logging.debug("Connecting to Broadlink device with name " + name + "....")
product.auth()
logging.debug("Connected to Broadlink device with name " + name + "....")
result['mac'] = mac
result['temperature'] = product.check_temperature()
logging.debug(str(result))
return result
def send_sp2(device):
result ={}
state = True
host = device['ip']
port = device['port']
mac = device['mac']
name = device['name']
wantedstate = device['state']
if int(wantedstate) == 0:
state = False
product = broadlink.gendevice(0x2711,host=(host,int(port)), mac=bytearray.fromhex(mac))
logging.debug("Connecting to Broadlink device with name " + name + "....")
product.auth()
logging.debug("Connected to Broadlink device with name " + name + "....")
product.set_power(state)
time.sleep(0.1)
result = read_sp2(device)
return result
def send_rm2(device):
result = {}
host = device['ip']
port = device['port']
mac = device['mac']
if mac[-3:] == 'sub':
logging.debug("This is a child device original mac is " + mac[:-4])
mac = mac[:-4]
name = device['name']
hex2send = device['hex2send']
product = broadlink.gendevice(0x2712,
host=(host, int(port)),
mac=bytearray.fromhex(mac))
logging.debug("Connecting to Broadlink device with name " + name + "....")
product.auth()
logging.debug("Connected to Broadlink device with name " + name + "....")
product.send_data(bytearray.fromhex(hex2send))
logging.debug("Code Sent....")
return
def learn_rm2(device):
if device['mode'] == 'rf':
result = learn_rm2_rf(device)
return result
result = {}
host = device['ip']
port = device['port']
mac = device['mac']
if mac[-3:] == 'sub':
logging.debug("This is a child device original mac is " + mac[:-4])
mac = mac[:-4]
name = device['name']
product = broadlink.gendevice(0x2712,
host=(host, int(port)),
mac=bytearray.fromhex(mac))
logging.debug("Connecting to Broadlink device with name " + name + "....")
product.auth()
logging.debug("Connected to Broadlink device with name " + name + "....")
logging.debug("Enter learning")
product.enter_learning()
start = time.time()
data = None
while time.time() - start < 10:
time.sleep(1)
try:
data = product.check_data()
except (ReadError, StorageError):
continue
else:
break
if data == None:
logging.debug("No button pressed")
result['hexcode'] = 'no'
else:
myhex = data.hex()
logging.debug("Hex code detected " + myhex)
result['hexcode'] = myhex
result['learnedCmd'] = 1
result['mac'] = mac
product.stop_learning()
logging.debug("Quit learning")
return result
def read_mp1(device):
result = {}
host = device['ip']
port = device['port']
mac = device['mac']
name = device['name']
product = broadlink.gendevice(0x4eb5,
host=(host, int(port)),
mac=bytearray.fromhex(mac))
logging.debug("Connecting to Broadlink device with name " + name + "....")
product.auth()
logging.debug("Connected to Broadlink device with name " + name + "....")
result['mac'] = mac
data = product.check_power()
for x in data:
if data[x]:
result[x] = 1
else:
result[x] = 0
logging.debug(str(result))
return result
def on_message(client, userdata, message):
json_data = json.loads(message.payload.decode("utf-8"))
# print("\nReceived:", json_data)
key = str(json_data['ip']) + '-' + str(json_data['mac'])
# Connect to device when the first request is made
if key not in devices:
try:
print(' > Connecting to ' + json_data['ip'] + ' [' +
json_data['mac'] + ']')
device = broadlink.gendevice(int(json_data['type'],
16), (json_data['ip'], 80),
json_data['mac'].replace(':', ''))
print(' > Authenticating')
if device.auth():
devices[key] = device
else:
print('ERROR while authenticating!')
return
except Exception as e:
print("ERROR:", e)
return
try:
packet = b64decode(json_data['packet'])
except Exception as e:
print("ERROR decoding packet:", e)
return
try:
print('Sending packet:', json_data['packet'])
devices[key].send_data(packet)
except Exception as e:
print("ERROR sending packet:", e)
return
def read_a1(device):
result ={}
host = device['ip']
port = device['port']
mac = device['mac']
name = device['name']
product = broadlink.gendevice(0x2714,host=(host,int(port)), mac=bytearray.fromhex(mac))
logging.debug("Connecting to Broadlink device with name " + name + "....")
product.auth()
logging.debug("Connected to Broadlink device with name " + name + "....")
result['mac']=mac
raw = product.check_sensors_raw()
human = product.check_sensors()
result['temperature'] = raw['temperature']
result['humidity'] = raw['humidity']
result['luminosity'] = raw['light']
result['air'] = raw['air_quality']
result['noise'] = raw['noise']
result['luminosity_human'] = human['light']
result['air_human'] = human['air_quality']
result['noise_human'] = human['noise']
logging.debug(str(result))
return result
def read_sp2(device):
result ={}
host = device['ip']
port = device['port']
mac = device['mac']
name = device['name']
product = broadlink.gendevice(0x2711,host=(host,int(port)), mac=bytearray.fromhex(mac))
logging.debug("Connecting to Broadlink device with name " + name + "....")
product.auth()
logging.debug("Connected to Broadlink device with name " + name + "....")
result['mac']=mac
data = product.check_power()
if data == True:
result['s1']=1
else:
result['s1']=0
logging.debug(str(result))
data_poweroutput = product.get_energy()
if data_poweroutput != None and result['s1']==1:
result['power_output']=data_poweroutput
else:
result['power_output']=0
logging.debug("value from sp2="+str(result))
return result