def read(self, requestid=None):
print("In current driver")
response = requests.get(self.url)
json_data = json.loads(response.text)
if 'currently' not in json_data: return
logging.info("currently {0}".format(json_data['currently']))
nearestStormDistance = json_data['currently'].get('nearestStormDistance',None)
nearestStormBearing = json_data['currently'].get('nearestStormBearing',None)
precipIntensity = json_data['currently'].get('precipIntensity',None)
apparentTemperature = json_data['currently'].get('apparentTemperature',None)
humidity = json_data['currently'].get('humidity',None)
#print(json_data['currently'])
if humidity is not None:
humidity *= 100 # change from decimal to percent
msg = xbos_pb2.XBOS(
XBOSIoTDeviceState = iot_pb2.XBOSIoTDeviceState(
time = int(time.time()*1e9),
weather_station = weather_station_pb2.WeatherStation(
nearestStormDistance = types.Double(value=nearestStormDistance),
nearestStormBearing = types.Double(value=nearestStormBearing),
precipIntensity = types.Double(value=precipIntensity),
temperature = types.Double(value=apparentTemperature),
humidity = types.Double(value=humidity),
)
)
)
self.report(self.coords, msg)
def read(self, requestid=None):
print("In prediction driver")
response = requests.get(self.url)
json_data = json.loads(response.text)
if 'hourly' not in json_data: return
hourly = json_data['hourly']
#print(json_data)
predictions = []
output = {}
for hour in hourly.get('data',[]):
for key, value in hour.items():
output[key] = value
if 'humidity' in output:
output['humidity'] *= 100 # change from decimal to percent
#print(hour)
timestamp = int(hour.get('time') * 1e9) # nanoseconds
predictions.append(weather_station_pb2.WeatherStationPrediction.Prediction(
prediction_time=timestamp,
prediction=weather_station_pb2.WeatherStation(
time = types.Int64(value=output.get('time',None)),
icon = output.get('icon',None),
nearestStormDistance = types.Double(value=output.get('nearestStormDistance',None)),
nearestStormBearing = types.Double(value=output.get('nearestStormBearing',None)),
precipIntensity = types.Double(value=output.get('precipIntensity',None)),
precipIntensityError = types.Double(value=output.get('precipIntensityError',None)),
precipProbability = types.Double(value=output.get('precipProbability',None)),
precipType = output.get('precipType',None),
temperature = types.Double(value=output.get('temperature',None)),
apparentTemperature = types.Double(value=output.get('apparentTemperature',None)),
dewPoint = types.Double(value=output.get('dewPoint',None)),
humidity = types.Double(value=output.get('humidity',None)),
pressure = types.Double(value=output.get('pressure',None)),
windSpeed = types.Double(value=output.get('windSpeed',None)),
windGust = types.Double(value=output.get('windGust',None)),
windBearing = types.Double(value=output.get('windBearing',None)),
cloudCover = types.Double(value=output.get('cloudCover',None)),
uvIndex = types.Double(value=output.get('uvIndex',None)),
visibility = types.Double(value=output.get('visibility',None)),
ozone = types.Double(value=output.get('ozone',None)),
)
))
#print(predictions)
msg = xbos_pb2.XBOS(
XBOSIoTDeviceState = iot_pb2.XBOSIoTDeviceState(
time = int(time.time()*1e9),
weather_station_prediction = weather_station_pb2.WeatherStationPrediction(
predictions=predictions
)
)
)
self.report(self.coords+'/prediction', msg)
def read(self, requestid=None):
response = requests.get(self.url)
json_data = json.loads(response.text)
if 'currently' not in json_data: return
logging.info("currently {0}".format(json_data['currently']))
print(json_data['currently'])
output = {}
for key, value in json_data['currently'].items():
output[key] = value
#print(json_data['currently'])
if 'humidity' in output:
output['humidity'] *= 100 # change from decimal to percent
msg = xbos_pb2.XBOS(
XBOSIoTDeviceState = iot_pb2.XBOSIoTDeviceState(
time = int(time.time()*1e9),
weather_station = weather_station_pb2.WeatherStation(
time = types.Int64(value=output.get('time',None)),
icon = output.get('icon',None),
nearestStormDistance = types.Double(value=output.get('nearestStormDistance',None)),
nearestStormBearing = types.Double(value=output.get('nearestStormBearing',None)),
precipIntensity = types.Double(value=output.get('precipIntensity',None)),
precipIntensityError = types.Double(value=output.get('precipIntensityError',None)),
precipProbability = types.Double(value=output.get('precipProbability',None)),
precipType = output.get('precipType',None),
temperature = types.Double(value=output.get('temperature',None)),
apparentTemperature = types.Double(value=output.get('apparentTemperature',None)),
dewPoint = types.Double(value=output.get('dewPoint',None)),
humidity = types.Double(value=output.get('humidity',None)),
pressure = types.Double(value=output.get('pressure',None)),
windSpeed = types.Double(value=output.get('windSpeed',None)),
windGust = types.Double(value=output.get('windGust',None)),
windBearing = types.Double(value=output.get('windBearing',None)),
cloudCover = types.Double(value=output.get('cloudCover',None)),
uvIndex = types.Double(value=output.get('uvIndex',None)),
visibility = types.Double(value=output.get('visibility',None)),
ozone = types.Double(value=output.get('ozone',None)),
)
)
)
self.report(self.coords, msg)
def read(self, requestid=None):
print("In prediction driver")
response = requests.get(self.url)
json_data = json.loads(response.text)
if 'hourly' not in json_data: return
hourly = json_data['hourly']
#print(json_data)
predictions = []
for hour in hourly.get('data',[]):
timestamp = int(hour.get('time') * 1e9) # nanoseconds
temperature = hour.get('apparentTemperature', None)
precipIntensity = hour.get('precipIntensity', None)
precipProbability = hour.get('precipProbability', None)
humidity = hour.get('humidity', None)
if humidity is not None:
humidity *= 100 # change from decimal to percent
predictions.append(weather_station_pb2.WeatherStationPrediction.Prediction(
prediction_time=timestamp,
prediction=weather_station_pb2.WeatherStation(
temperature=types.Double(value=temperature),
precipIntensity=types.Double(value=precipIntensity),
humidity=types.Double(value=humidity),
)
))
msg = xbos_pb2.XBOS(
XBOSIoTDeviceState = iot_pb2.XBOSIoTDeviceState(
time = int(time.time()*1e9),
weather_prediction = weather_station_pb2.WeatherStationPrediction(
predictions=predictions
)
)
)
self.report(self.coords+'/prediction', msg)