def check(self):
if self._pipe_to_interbank.status():
bid, offer = self.parser(self._pipe_to_interbank.data['content'])
self._struct.time = datetime.now()
self._struct.bid.main = bid[0]
self._struct.bid.diff = bid[1]
self._struct.offer.main = offer[0]
self._struct.offer.diff = offer[1]
self._insert_obj({
'time': self._struct.time,
'bid_main': self._struct.bid.main,
'bid_diff': self._struct.bid.diff,
'offer_main': self._struct.offer.main,
'offer_diff': self._struct.offer.diff
})
log.info(self._struct)
# log.info(self._get_all_objects())
else:
for i, v in self._pipe_to_interbank.errors.items():
log.debug(i)
log.debug(v)
self._add_mark()
def check(self):
if self._pipe_to_nbu.status():
nbu_week, bid_offer, tbody = self.parser(
self._pipe_to_nbu.data['content'])
self._struct.time = datetime.now()
self._struct.official.main = bid_offer[0]
self._struct.official.diff = bid_offer[1]
self._struct.week = nbu_week.text
self._struct.date = tbody.small.text
self._insert_obj({
'time': self._struct.time,
'official_main': self._struct.official.main,
'official_diff': self._struct.official.diff,
'week': self._struct.week,
'date': self._struct.date
})
log.info(self._struct)
# log.info(self._get_all_objects())
else:
for i, v in self._pipe_to_nbu.errors.items():
log.debug(i)
log.debug(v)
self._add_mark()
def run(self):
while self.__run:
log.debug(self.__current_mark)
sleep(self.__kvant)
for callback in self.__clock_face[self.__current_mark]:
log.info(callback)
callback()
self.__clock_face[self.__current_mark] = []
if self.__current_mark == 59:
self.__current_mark = 0
else:
self.__current_mark += 1
def _insert_obj(cls, data):
log.debug('\n')
log.debug(cls.collection_name)
log.debug(data)
data = cls._validate_incoming_data(data)
result = cls.collection.insert_one(data)
data['_id'] = result.inserted_id
return data
def __init__(self):
self.__chronometer = Chronometer()
self.__chronometer.start()
self.__climate = Climate(chrono=self.__chronometer)
self.__door = Door(chrono=self.__chronometer)
self.__gas = Gas(chrono=self.__chronometer)
self.__leak = Leak(chrono=self.__chronometer)
self.__pir = Pir(chrono=self.__chronometer)
self.__plug = Plug(chrono=self.__chronometer)
self.__relay = Relay(chrono=self.__chronometer)
self.__smoke = Smoke(chrono=self.__chronometer)
self.__valve = Valve(chrono=self.__chronometer)
self.__valve3d = Valve3D(chrono=self.__chronometer)
log.debug(self.__valve.path_to_deb())
log.debug(self.__valve.path_to_hex())
log.debug(os.stat(self.__valve.path_to_hex()))
self.__data = {
'headers': response.headers,
'status_code': response.status_code,
'url': response.url,
'reason': response.reason,
'request': response.request,
'content': response.content,
'json': response.json,
'history': response.history,
'cookies': response.cookies,
'elapsed': response.elapsed,
'links': response.links,
'raw': response.raw
}
return True
if __name__ == '__main__':
urls = ['https://google.com', 'https://google.coms']
for url in urls:
url_obj = URL(url)
log.debug(url_obj)
if url_obj.status():
for i, v in url_obj.data.items():
log.debug(i)
log.debug(v)
else:
for i, v in url_obj.errors.items():
log.debug(i)
log.debug(v)