def handleProcessedDataByDrone():
"""
Records processed and valid processed measurements every second by drone
qHAWAX: Record new measurement
"""
flag_email = False
data_json = request.get_json()
try:
product_id = data_json['ID']
data_json = util_helper.validTimeJsonProcessed(data_json)
data_json = util_helper.validAndBeautyJsonProcessed(data_json)
post_data_helper.storeProcessedDataInDB(data_json)
data_json['ID'] = product_id
data_json = util_helper.setNoneStringElements(data_json)
for i in range(len(pollutants)):
socket_name = data_json['ID'] + '_' + str(
pollutants[i]) + '_processed'
pollutant = str(pollutants[i]) + "_ug_m3" if (pollutants[i] in [
'CO', 'NO2', 'O3', 'H2S', 'SO2'
]) else str(pollutants[i])
new_data_json = {
"sensor": pollutants[i],
"center": {
"lat": data_json["lat"],
"lng": data_json["lon"]
}
}
new_data_json[pollutants[i]] = data_json[pollutant]
socketio.emit(socket_name, new_data_json) #qH006_CO_proccessed
return make_response('OK', 200)
except TypeError as e:
json_message = jsonify({'error': '\'%s\'' % (e)})
return make_response(json_message, 400)
def handleProcessedDataByQhawax():
"""
Records processed and valid processed measurements every five seconds
qHAWAX: Record new measurement
"""
flag_email = False
data_json = request.get_json()
try:
product_id = data_json['ID']
data_json = util_helper.validTimeJsonProcessed(data_json)
data_json = util_helper.validAndBeautyJsonProcessed(data_json)
post_data_helper.storeProcessedDataInDB(data_json)
data_json['ID'] = product_id
data_json['zone'] = "Undefined Zone"
mode = same_helper.getQhawaxMode(product_id)
inca_value = same_helper.getMainIncaQhawaxTable(product_id)
if (mode == "Customer" and inca_value != None):
data_json['zone'] = get_business_helper.getNoiseData(product_id)
minutes_difference, last_time_turn_on = get_business_helper.getHoursDifference(
product_id)
if (minutes_difference != None):
if (minutes_difference < 5):
post_data_helper.validTimeOfValidProcessed(
10, "minute", last_time_turn_on, data_json, product_id,
inca_value)
elif (minutes_difference >= 5):
post_data_helper.validTimeOfValidProcessed(
2, "hour", last_time_turn_on, data_json, product_id,
inca_value)
data_json = util_helper.setNoneStringElements(data_json)
socketio.emit(data_json['ID'] + '_processed', data_json)
return make_response('OK', 200)
except TypeError as e:
json_message = jsonify({'error': '\'%s\'' % (e)})
return make_response(json_message, 400)
def handleProcessedDataByDrone():
"""
Records processed and valid processed measurements every second by drone
qHAWAX: Record new measurement
"""
flag_email = False
data_json = request.get_json()
try:
product_id = data_json["ID"]
data_json = util_helper.validTimeJsonProcessed(data_json)
data_json = util_helper.validAndBeautyJsonProcessed(data_json)
post_data_helper.storeProcessedDataInDB(data_json)
data_json["ID"] = product_id
data_json = util_helper.setNoneStringElements(data_json)
for i in range(len(pollutants)):
socket_name = (data_json["ID"] + "_" + str(pollutants[i]) +
"_processed")
pollutant = (str(pollutants[i]) + "_ug_m3" if
(pollutants[i] in ["CO", "NO2", "O3", "H2S", "SO2"
]) else str(pollutants[i]))
new_data_json = {
"sensor": pollutants[i],
"center": {
"lat": data_json["lat"],
"lng": data_json["lon"]
},
}
new_data_json[pollutants[i]] = data_json[pollutant]
socketio.emit(socket_name, new_data_json) # qH006_CO_proccessed
return make_response("OK", 200)
except TypeError as e:
json_message = jsonify({"error": "'%s'" % (e)})
return make_response(json_message, 400)
def handleProcessedDataByQhawax():
"""
Records processed and valid processed measurements every five seconds
qHAWAX: Record new measurement
"""
flag_email = False
data_json = request.get_json()
try:
product_id = data_json["ID"]
data_json = util_helper.validTimeJsonProcessed(data_json)
data_json = util_helper.validAndBeautyJsonProcessed(data_json)
post_data_helper.storeProcessedDataInDB(data_json)
data_json["ID"] = product_id
data_json["zone"] = "Undefined Zone"
mode = same_helper.getQhawaxMode(product_id)
inca_value = same_helper.getMainIncaQhawaxTable(product_id)
# same endpoint for every qHAWAX but logic different per type of qHAWAX
if mode == "Customer" and inca_value != None:
data_json["zone"] = get_business_helper.getNoiseData(product_id)
(
minutes_difference,
last_time_turn_on,
) = get_business_helper.getHoursDifference(product_id)
if minutes_difference != None:
if minutes_difference < 5:
post_data_helper.validTimeOfValidProcessed(
10,
"minute",
last_time_turn_on,
data_json,
product_id,
inca_value,
)
elif minutes_difference >= 5:
post_data_helper.validTimeOfValidProcessed(
2,
"hour",
last_time_turn_on,
data_json,
product_id,
inca_value,
)
data_json = util_helper.setNoneStringElements(data_json)
socketio.emit(data_json["ID"] + "_processed", data_json)
return make_response("OK", 200)
except TypeError as e:
json_message = jsonify({"error": "'%s'" % (e)})
return make_response(json_message, 400)
def handleProcessedDataByMobileQhawax():
data_json = request.get_json()
try:
product_id = data_json["ID"]
if data_json is not None:
if "zone" in data_json:
data_json.pop("zone")
post_data_helper.storeProcessedDataInDB(data_json)
data_json["ID"] = product_id
state = get_business_helper.queryQhawaxStatus(product_id)
mode = same_helper.getQhawaxMode(product_id)
if state == "OFF": # if API turned it off
post_business_helper.saveTurnOnLastTimeProcessedMobile(
product_id)
post_business_helper.saveStatusQhawaxTable(
product_id, "ON", 1) # state = ON - qhawax
post_business_helper.writeBinnacle(product_id, "Reconnection",
"API")
if mode == "Customer":
(
minutes_difference,
last_time_turn_on,
) = get_business_helper.getHoursDifference(product_id)
if minutes_difference != None:
if minutes_difference < 30:
if last_time_turn_on + datetime.timedelta(
minutes=1) < datetime.datetime.now(
dateutil.tz.tzutc()):
post_data_helper.validAndBeautyJsonValidProcessedMobile(
data_json, product_id)
elif minutes_difference >= 30:
if last_time_turn_on + datetime.timedelta(
hours=2) < datetime.datetime.now(
dateutil.tz.tzutc()):
post_data_helper.validAndBeautyJsonValidProcessedMobile(
data_json, product_id)
return make_response("OK", 200)
return make_response("ID not found", 400)
except TypeError as e:
json_message = jsonify({"error": "'%s'" % (e)})
return make_response(json_message, 400)
def handleProcessedData():
"""
To record processed measurement and valid processed measurement every five seconds
"""
try:
flag_email = False
data_json = request.get_json()
product_id = data_json['ID']
data_json = util_helper.validTimeJsonProcessed(data_json)
data_json = util_helper.validAndBeautyJsonProcessed(data_json)
post_data_helper.storeProcessedDataInDB(data_json)
data_json['ID'] = product_id
data_json['zone'] = "Zona No Definida"
qhawax_id = same_helper.getQhawaxID(product_id)
mode = same_helper.getQhawaxMode(product_id)
if (mode == "Cliente"):
qhawax_zone = get_data_helper.getNoiseData(product_id)
data_json['zone'] = qhawax_zone
minutes_difference, last_time_turn_on = get_data_helper.getHoursDifference(
qhawax_id)
if (minutes_difference != None):
if (minutes_difference < 5):
if (last_time_turn_on + datetime.timedelta(minutes=10) <
datetime.datetime.now(dateutil.tz.tzutc())):
post_data_helper.storeValidProcessedDataInDB(
data_json, qhawax_id)
socketio.emit('new_data_summary_valid', data_json)
elif (minutes_difference >= 5):
if (last_time_turn_on + datetime.timedelta(hours=2) <
datetime.datetime.now(dateutil.tz.tzutc())):
post_data_helper.storeValidProcessedDataInDB(
data_json, qhawax_id)
socketio.emit('new_data_summary_valid', data_json)
socketio.emit('new_data_summary_processed', data_json)
return make_response('OK', 200)
except TypeError as e:
json_message = jsonify({'error': '\'%s\'' % (e)})
return make_response(json_message, 400)
def test_store_processed_data_valid(self):
processed_measurement_json = {
"CO": 1986.208,
"CO_ug_m3": 1986.208,
"H2S_ug_m3": 43.404,
"H2S": 43.404,
"NO2": 19.78,
"NO2_ug_m3": 19.78,
"O3": 3.126,
"O3_ug_m3": 3.126,
"VOC": 0,
"CO2": 1,
"SO2": 4.388,
"SO2_ug_m3": 4.388,
"PM10": 35.349,
"PM25": 11.678,
"UVA": 1,
"UVB": 1,
"alt": 0.0,
"lat": -12.0402780000002,
"lon": -77.0436090000003,
"PM1": 1,
"timestamp_zone": "Mon, 04 Jan 2021 00:00:00 GMT",
"ID": "qH057",
"pressure": 10,
"humidity": 25,
"I_temperature": 25,
"temperature": 21,
"spl": 1,
"UV": 1
}
post_data_helper.storeProcessedDataInDB(processed_measurement_json)
processed_measurement_json_nan = {
"CO": "nan",
"CO_ug_m3": "nan",
"H2S_ug_m3": 43.404,
"H2S": 43.404,
"NO2": 19.78,
"NO2_ug_m3": 19.78,
"O3": 3.126,
"O3_ug_m3": 3.126,
"VOC": 0,
"CO2": 1,
"SO2": 4.388,
"SO2_ug_m3": 4.388,
"PM10": 35.349,
"PM25": 11.678,
"UVA": 1,
"UVB": 1,
"alt": 0.0,
"lat": -12.0402780000002,
"lon": -77.0436090000003,
"PM1": 1,
"timestamp_zone": "Mon, 04 Jan 2021 00:00:00 GMT",
"ID": "qH057",
"pressure": 10,
"humidity": 25,
"I_temperature": 25,
"temperature": 21,
"spl": 1,
"UV": 1
}
post_data_helper.storeProcessedDataInDB(processed_measurement_json_nan)