def historic_pressures_reset_in_range():
logging.debug("Received request /historic/pressures/reset/range")
startTime = time.monotonic()
try:
# Requires a simple pw
pw = req.args.get("pw")
logging.debug("pw arg is: " + str(pw))
if pw != "A7G2V9":
abort(403)
start = req.args.get('start')
if start is None:
start = '2020-01-01T00:00:00'
logging.debug("Start arg is: " + str(start))
end = req.args.get('end')
if end is None:
end = datetime.utcnow()
logging.debug("End arg is: " + str(end))
HistoricPressureModel.delete_by_range(start, end)
elapsedTime = time.monotonic() - startTime
logging.debug("Pressure reset in range request time: " +
str(round(elapsedTime, 5)) + " seconds")
return res(204, timeUTC=datetime.utcnow())
except mariadb.Error as e:
abort(500, str(e))
def delete_by_range(start, end): # Init returnValue = True # Execution HistoricPressureModel.delete_by_range(start, end) HistoricHumidityModel.delete_by_range(start, end) HistoricCO2Model.delete_by_range(start, end) HistoricTemperatureModel.delete_by_range(start, end) # Clean and return return returnValue
def historic_pressures_get_average():
logging.debug("Received request /historic/pressures/average")
startTime = time.monotonic()
try:
returnValue = HistoricPressureModel.get_average()
data = HistoricPressureModel.average_json(returnValue)
elapsedTime = time.monotonic() - startTime
logging.debug("pressure get average request time: " +
str(round(elapsedTime, 5)) + " seconds")
return res(200, data=data, timeUTC=datetime.utcnow())
except mariadb.Error as e:
abort(500, str(e))
def delete_all(): # Init returnValue = True # Execution HistoricPressureModel.delete_all() HistoricHumidityModel.delete_all() HistoricCO2Model.delete_all() HistoricTemperatureModel.delete_all() # Clean and return return returnValue
def historic_pressure_get_by_search():
logging.debug("Received request /historic/pressures/search")
startTime = time.monotonic()
try:
start = req.args.get('start')
if start is None:
start = '2020-01-01T00:00:00'
logging.debug("Start arg is: " + str(start))
end = req.args.get('end')
if end is None:
end = datetime.utcnow()
logging.debug("End arg is: " + str(end))
dataArray = []
pressArray = HistoricPressureModel.get_by_search(start, end)
for tempModel in pressArray:
dataArray.append(tempModel.to_json())
elapsedTime = time.monotonic() - startTime
logging.debug("temperature get all request time: " +
str(round(elapsedTime, 5)) + " seconds")
return res(200, data=dataArray, timeUTC=datetime.utcnow())
except mariadb.Error as e:
logging.exception(e)
abort(500, str(e))
def historic_pressures_reset():
logging.debug("Received request /historic/pressures/reset")
startTime = time.monotonic()
try:
# Requires a simple pw
pw = req.args.get("pw")
logging.debug("pw arg is: " + str(pw))
if pw != "A7G2V9":
abort(403)
HistoricPressureModel.delete_all()
elapsedTime = time.monotonic() - startTime
logging.debug("Pressure reset request time: " +
str(round(elapsedTime, 5)) + " seconds")
return res(204, timeUTC=datetime.utcnow())
except mariadb.Error as e:
abort(500, str(e))
def to_average_json(self):
logging.debug("Formatting SensorModel to average json")
json = {
'type': 'All historic sensor average',
'attributes': {
'pressure': HistoricPressureModel.average_json(self.pressures),
'humidity': HistoricHumidityModel.average_json(self.humidities),
'co2': HistoricCO2Model.average_json(self.co2),
'temperature': HistoricTemperatureModel.average_json(self.temperatures)
}
}
return json
def historic_pressure_get_average_in_range():
logging.debug("Received request /historic/pressures/average/range")
startTime = time.monotonic()
try:
start = req.args.get('start')
if start is None:
start = '2020-01-01T00:00:00'
logging.debug("Start arg is: " + str(start))
end = req.args.get('end')
if end is None:
end = datetime.utcnow()
logging.debug("End arg is: " + str(end))
returnValue = HistoricPressureModel.get_average_by_range(start, end)
data = HistoricPressureModel.average_json(returnValue)
elapsedTime = time.monotonic() - startTime
logging.debug("pressure get average by range all request time: " +
str(round(elapsedTime, 5)) + " seconds")
return res(200, data=data, timeUTC=datetime.utcnow())
except mariadb.Error as e:
abort(500, str(e))
def historic_pressure_get_newest():
logging.debug("Received request /historic/pressures/newest")
startTime = time.monotonic()
try:
returnValue = HistoricPressureModel.get_newest()
if returnValue is None:
abort(404)
data = returnValue.to_json()
elapsedTime = time.monotonic() - startTime
logging.debug("pressure get newest all request time: " +
str(round(elapsedTime, 5)) + " seconds")
return res(200, data=data, timeUTC=datetime.utcnow())
except mariadb.Error as e:
abort(500, str(e))
def historic_pressure_get_all():
logging.debug("Received request /pressures")
startTime = time.monotonic()
try:
dataArray = []
pressArray = HistoricPressureModel.get_all()
for tempModel in pressArray:
dataArray.append(tempModel.to_json())
elapsedTime = time.monotonic() - startTime
logging.debug("pressure get all request time: " +
str(round(elapsedTime, 5)) + " seconds")
return res(200, data=dataArray, timeUTC=datetime.utcnow())
except mariadb.Error as e:
abort(500, str(e))
def get_all(): # init foundPressure = [] foundHumidities = [] foundCo2 = [] foundTemperatures = [] # Execution (4 connection, could be more efficient but query time is hardly an issue) foundPressure = HistoricPressureModel.get_all() foundHumidities = HistoricHumidityModel.get_all() foundCo2 = HistoricCO2Model.get_all() foundTemperatures = HistoricTemperatureModel.get_all() # Build object returnObj = HistoricSensorModel( foundPressure, foundHumidities, foundCo2, foundTemperatures) # Clean and return return returnObj
def get_average_by_range(start, end): # init foundPressure = None foundHumidities = None foundCo2 = None foundTemperatures = None # Execution (4 connection, could be more efficient but query time is hardly an issue) foundPressure = HistoricPressureModel.get_average_by_range(start, end) foundHumidities = HistoricHumidityModel.get_average_by_range(start, end) foundCo2 = HistoricCO2Model.get_average_by_range(start, end) foundTemperatures = HistoricTemperatureModel.get_average_by_range(start, end) # Build object returnObj = HistoricSensorModel( foundPressure, foundHumidities, foundCo2, foundTemperatures) # Clean and return return returnObj