def onTempRefValue(self, mqttclient: MqttClient, userdata, msg) -> None:
try:
self.tempRefValues[msg.topic] = TempValue(
utils.parseFloat(msg.payload))
except:
logger.error(
f"The temp value received: {msg.payload} is not valid")
def onThermostatValueWork(msg):
try:
msg.payload = msg.payload.decode("utf-8")
value = utils.parseFloat(msg.payload)
tags = utils.getTags(msg.topic)
except:
logger.error(
f'The message: "{msg.payload}" cannot be processed. Topic: "{msg.topic}" is malformed. Ignoring data'
)
return
try:
fields = {tags["endpoint"]: value}
tagsToSave = ["locationId", "sensorId"]
measurement = "thermostatData"
influxDb.writeData(
measurement,
utils.selectTags(tagsToSave, tags),
fields,
retentionPolicy="3years",
)
except:
logger.error(
f"onThermostatValueWork message failed. message: {msg.payload}. Exception: ",
exc_info=True,
)
def onValueWork(msg):
# Avoid string values as mathematical operations cant
# be made afterwards
try:
msg.payload = msg.payload.decode("utf-8")
value = utils.parseFloat(msg.payload)
tags = utils.getTags(msg.topic)
except:
logger.error(
f'The message: "{msg.payload}" cannot be processed. Topic: "{msg.topic}" is malformed. Ignoring data',
extra={"area": "value"},
)
return
try:
fields = {"value": value}
tagsToSave = ["locationId", "sensorId"]
measurement = "sensorsData"
influxDb.writeData(
measurement,
utils.selectTags(tagsToSave, tags),
fields,
retentionPolicy="raw",
)
except:
logger.error(
f"onValueWork message failed. message: {msg.payload}. Exception: ",
exc_info=True,
extra={"area": "value"},
)
def on_message(client, obj, msg):
try:
brightness = utils.parseFloat(msg.payload)
assert 0.0 <= brightness <= 1.0
except:
logger.error(f"Invalid brightness value: {msg.payload}")
return
self.setBrightness(brightness)
def setSensorData(self, metadata: typing.Dict,
mqttclient: MqttClient) -> None:
super().setSensorData(metadata, mqttclient)
try:
self.hysteresisHigh = utils.parseFloat(metadata["hysteresisHigh"])
except:
pass
try:
self.hysteresisLow = float(metadata["hysteresisLow"])
except:
pass
try:
self.maxHeatingTime = int(metadata["maxHeatingTime"])
except:
pass
try:
self.progThermostatShutdownTime = int(
metadata["progThermostatShutdownTime"])
except:
pass
try:
self.progThermostatShutdownEnabled = bool(
metadata["progThermostatShutdownEnabled"])
except:
pass
try:
tempReferences = metadata["temperatureReferences"]
for topic, factor in tempReferences:
self.addTempReference(mqttclient, topic, factor)
except:
pass
def onSetpoint(self, mqttclient: MqttClient, userdata, msg) -> None:
try:
self.setpoint = utils.parseFloat(msg.payload)
self.stateChanged = True
except:
logger.error(f"The setpoint received: {msg.payload} is not valid")
def task_game(self, grab, task):
# SERVER NAMES
servers = []
for elem in grab.doc.select('//select[@name="server"]/option'):
server_id = elem.attr('value', '0')
if server_id != '':
server_name = elem.text()
server, created = Servers.create_or_get(id=server_id, name=server_name, game=task.game.id)
if created:
logging.info('server save: ' + str(server_id) + ' = ' + server_name)
servers.append(int(server_id))
# SIDES NAME
data_sides = []
for elem in grab.doc.select('//select[@name="side"]/option'):
side_id = elem.attr('value', '0')
if side_id != '':
side_name = elem.text()
side, created = Sides.get_or_create(id=side_id, name=side_name, game=task.game)
if created:
logging.info('side save: ' + str(side_id) + ' = ' + side_name)
data_sides.append(int(side_id))
# TABLE NAMES PRICE FOR
priceFor = None
elems = grab.doc.select('//table[contains(@class,"table-condensed")]/thead/tr/th[last()]')
if len(elems) > 0:
elem = elems[0]
if elem != None:
table_name = elem.text()
priceFor, created = PriceFor.get_or_create(price=table_name)
if created:
logging.info('"price for" save: ' + str(priceFor.id) + ' = ' + table_name)
# TABLE DATA
for elem in grab.doc.select('//table[contains(@class,"table-condensed")]/tbody/tr'):
if elem.node().tag == 'tr':
data_href = elem.attr('data-href', '')
matcher = self.reUserId.search(data_href)
user_id = int(matcher.group(1))
serverAttr = elem.attr('data-server', 0)
if serverAttr == '*':
server_ids = servers
else:
server_ids = [int(serverAttr)]
data_side_attr = elem.attr('data-side', 0)
if data_side_attr == '*':
data_side_ids = data_sides
else:
data_side_ids = [int(data_side_attr)]
money_summ = 0
coast = 0
nick_name = ''
user_online = False
columns = []
for td_elem in elem.node().findall('td'):
for div_elem in td_elem.findall('div'):
span_elem = div_elem.find('span')
if span_elem != None:
user_online = True if span_elem.text == 'online' else False
nick_name = div_elem.text
break
_getCoast = parseFloat(div_elem.text)
if _getCoast != 0:
coast = _getCoast
break
else:
_getNumber = parseInt(td_elem.text)
if _getNumber == '':
_column = td_elem.text
columns.append(_column)
else:
money_summ = _getNumber
for server_id in server_ids:
for data_side in data_side_ids:
data = Data.create(server=server_id,
user=user_id,
side=data_side,
time=self.currentParse.id,
pricefor=priceFor.id,
amount=money_summ,
price=coast)
self.dataCount += 1
logging.debug(
'userid: ' + str(user_id) + ' ' + str(user_online) + ' money: ' + str(money_summ) +
" coast: " + str(coast) + " columns: " + str(columns))