return ble.get_data(self._mac)
now = time.strftime('%Y-%m-%d %H:%M:%S')
print(now+"\n")
dbData = {}
for mac, name in tags.items():
tag = Rtag(mac, name)
print("Looking for {} ({})".format(tag._name, tag._mac))
# if weather station
if dataFormat == '3': # get parsed data
dataTuple = RuuviTagSensor.convert_data(tag.getData())
data = Df3Decoder().decode_data(dataTuple[1])
print ("Data received:", data)
daten = {}
daten["name"] = tag._name
daten["data"] = data
daten1 = json.dumps(daten, ensure_ascii=False)
dbData[tag._mac] = {'name': tag._name}
# add each sensor with value to the lists
for sensor, value in data.items():
dbData[tag._mac].update({sensor: value})
elif dataFormat == '3': # under development
print ("Data:", tag.getData())
def test_convert_data_not_valid(self):
encoded = RuuviTagSensor.convert_data('not_valid')
self.assertIsNone(encoded[0])
self.assertIsNone(encoded[1])
return ble.get_data(self._mac)
now = time.strftime('%Y-%m-%d %H:%M:%S')
print(now+"\n")
dweetData = {}
dbData = {}
for mac, name in tags.items():
tag = Rtag(mac, name)
print("Looking for {} ({})".format(tag._name, tag._mac))
# if weather station
if dataFormat == '1': # get parsed data
encoded = RuuviTagSensor.convert_data(tag.getData());
data = UrlDecoder().decode_data(encoded[1])
print ("Data received:", data)
dbData[tag._mac] = {'name': tag._name}
# add each sensor with value to the lists
for sensor, value in data.items():
dweetData[tag._name+' '+sensor] = value
dbData[tag._mac].update({sensor: value})
elif dataFormat == '3': # under development
print ("Data:", tag.getData())
else: # if unknown format, just print raw data
print ("Data:", tag.getData())
