def _updatePowerInfo(self):
if self._selectedSmartSocket is None:
return
self._NameLabel.setText(f'Name: {self._selectedSmartSocket.name}')
self._StateLabel.setText(
f'State: {"on" if self._selectedSmartSocket.state else "off"}')
if self._selectedSmartSocket.key is None:
self._IpLabel.setText('IP: searching...')
self._WattLabel.setText('Watts: updating...')
self._AmpereLabel.setText('mA: updating...')
self._VoltLabel.setText('Volts: updating...')
return
(state, W, mA, V, err) = tuyapower.deviceInfo(
self._selectedSmartSocket.id, self._selectedSmartSocket.ip,
self._selectedSmartSocket.key, self._selectedSmartSocket.version)
self._selectedSmartSocket.state = state
self._selectedSmartSocket.W = W
self._selectedSmartSocket.mA = mA
self._selectedSmartSocket.V = V
self._IpLabel.setText(f'IP: {self._selectedSmartSocket.ip}')
self._WattLabel.setText(f'Watts: {self._selectedSmartSocket.W}')
self._AmpereLabel.setText(f'mA: {self._selectedSmartSocket.mA}')
self._VoltLabel.setText(f'Volts: {self._selectedSmartSocket.V}')
def get_data(self):
data = dict()
(on, w, mA, V, err) = tuyapower.deviceInfo(self.device['id'],
self.device['ip'],
self.device['localKey'],
self.device['version'])
data['watts'] = w * 100
data['mA'] = mA * 100
data['V'] = V * 100
return data
# skip devices that are not configured
if not data['gwId'] in devices:
print("ignoring unconfigured device %s at %s" %
(data['gwId'], data['ip']))
continue
if not devices[gwid]['lastseen']:
print("discovered device %s (%s) at %s" %
(gwid, devices[gwid]['name'], data['ip']))
devices[gwid]['ip'] = data['ip']
devices[gwid]['version'] = data['version']
# poll device and set metrics if successful
(on, w, mA, V, err) = tuyapower.deviceInfo(gwid, data['ip'],
devices[gwid]['key'],
data['version'])
if (err == "OK"):
if (DEBUG):
print("%s (%s) - %s - Power: %sW, %smA, %sV" %
(gwid, devices[gwid]['name'], on, w, mA, V))
label_values = [
devices[gwid]['name'], gwid, data['ip'], data['version']
]
gs.labels(*label_values).set(on)
gp.labels(*label_values).set(w)
ga.labels(*label_values).set(mA / 1000)
gv.labels(*label_values).set(V)
devices[gwid]['lastseen'] = time.time()
DEVICEID=sys.argv[1] if len(sys.argv) >= 2 else '01234567891234567890'
DEVICEIP=sys.argv[2] if len(sys.argv) >= 3 else '10.0.1.99'
DEVICEKEY=sys.argv[3] if len(sys.argv) >= 4 else '0123456789abcdef'
DEVICEVERS=sys.argv[4] if len(sys.argv) >= 5 else '3.1'
# Check for environmental variables and always use those if available (required for Docker)
PLUGID=os.getenv('PLUGID', DEVICEID)
PLUGIP=os.getenv('PLUGIP', DEVICEIP)
PLUGKEY=os.getenv('PLUGKEY', DEVICEKEY)
PLUGVERS=os.getenv('PLUGVERS', DEVICEVERS)
now = datetime.datetime.utcnow()
iso_time = now.strftime("%Y-%m-%dT%H:%M:%SZ")
# Poll Smart Swich for Power Data
(on, w, mA, V, err) = tuyapower.deviceInfo(PLUGID,PLUGIP,PLUGKEY,PLUGVERS)
# Check for error
if err != 'OK':
print(' ERROR: %s\n' % err)
# Compute projected kWh
day = (w/1000.0)*24
week = 7.0 * day
month = (week * 52.0)/12.0
# Print Output
print('TuyaPower (Tuya Power Stats)')
print("\nDevice %s at %s key %s protocol %s:" % (PLUGID,PLUGIP,PLUGKEY,PLUGVERS))
print(' Switch On: %r' % on)
print(' Power (W): %f' % w)
def getIP(d, gwid):
for ip in d:
if (gwid == d[ip]['gwId']):
return (ip, d[ip]['version'])
return (0, 0)
print("Polling devices...")
for i in data:
name = i['name']
(ip, ver) = getIP(devices, i['id'])
if (ip == 0):
print('%s[%s]%s - %sError - No IP found%s' %
(bold, name, dim, alert, normal))
else:
(on, w, mA, V, err) = tuyapower.deviceInfo(i['id'], ip, i['key'], ver)
state = alertdim + "Off" + dim
if isinstance(on, dict):
state = dim + "%d Switches: " % len(on)
for e in on:
if (on[e] == True):
state = state + dim + e + ":" + subbold + "On " + dim
else:
state = state + dim + e + ":" + alertdim + "Off " + dim
elif (on):
state = subbold + "On" + dim
if (err == "OK"):
print("%s[%s - %s]%s - %s - Power: %sW, %smA, %sV" %
(bold, name, ip, dim, state, w, mA, V))
else:
print("%s[%s - %s]%s - %s" % (bold, name, ip, dim, state))
##########
#devices = tuyapower.deviceScan()
tuyaips = sys.argv[6].split(",")
tuyadevids = sys.argv[7].split(",")
tuyadevkeys = sys.argv[8].split(",")
tuyadevvers = sys.argv[9].split(",")
iteration = 0
for ip in tuyaips:
ip = tuyaips[iteration]
id = tuyadevids[iteration]
key = tuyadevkeys[iteration]
vers = tuyadevvers[iteration]
(on, w, mA, V, err) = tuyapower.deviceInfo(id, ip, key, vers)
print("Device at %s: ID %s, state=%s, W=%s, mA=%s, V=%s [%s]" %
(ip, id, on, w, mA, V, err))
mqttc = mqtt.Client(MQTTUSER)
mqttc.username_pw_set(MQTTUSER, MQTTPASSWORD)
mqttc.connect(MQTTSERVER, int(MQTTPORT))
if (w == -99):
w = 0
if (mA == -99):
mA = 0
if (V == -99):
V = 0
payload = '{ "power": ' + str(w) + ', "current": ' + str(
mA) + ', "voltage": ' + str(V) + ' }'
