def min_t(cls, data, hashtag):
if re.search(u'Температура', data.find(hashtag.m_hashtag).text):
return Parser(hashtag.m_hashtag_desc)(re.search(
ur'Температура ночью -?\d+°, днём -?\d+°.',
data.find(hashtag.m_hashtag).text).group())
else:
return -100
def get_datetime(cls, data, meteocenter, s_timestep, hashtag):
today = datetime.today()
datestr = '%s-%s-%s %s:%s' % (
today.year, today.month, Parser(u'{_:s}, {:d} {_:s}')(data.find(
meteocenter.date_tag).text),
('12' if hashtag == 'max_t' else '00'), '00')
return datetime.strptime(datestr, meteocenter.date_reg)
def pressure_min(cls, data, hashtag):
if re.search(u'Атмосферное давление ночью',
data.find(hashtag.m_hashtag).text):
return Parser(hashtag.m_hashtag_desc)(re.search(
ur'Атмосферное давление ночью \d+',
data.find(hashtag.m_hashtag).text).group())
else:
return -100
def pop(cls, data, hashtag):
if re.search(u'Вероятность осадков',
data.find(hashtag.m_hashtag).text):
return Parser(hashtag.m_hashtag_desc)(re.search(
ur'Вероятность осадков \d+',
data.find(hashtag.m_hashtag).text).group())
else:
return -100
def wind_velocity_max(cls, data, hashtag):
if re.search(u'Ветер', data.find(hashtag.m_hashtag).text):
return Parser(hashtag.m_hashtag_desc)(re.search(
ur'Ветер \W*, \d+ ',
data.find(hashtag.m_hashtag).text).group())
else:
return -100
#----------------------------------------------------------------------------------------------------------------------------------------------------
def get_datetime(cls, data, meteocenter, s_timestep, hashtag):
if re.search('Current Conditions', data.find(meteocenter.date_tag).text):
return datetime.now()
else:
now = datetime.now()
day_forecast = '%s' % Parser('Forecast for {:s}')(re.match(r'Forecast for \S*', data.find(meteocenter.date_tag).text).group(0))
decimal_f = time.strptime(day_forecast,'%A')
while now.weekday() != decimal_f.tm_wday:
now += timedelta(days=1)
if re.search('Night', data.find(meteocenter.date_tag).text):
datestr = '%s-%s-%s %s:%s' % (now.year, now.month, now.day, '00', '00')
else:
datestr = '%s-%s-%s %s:%s' % (now.year, now.month, now.day, '12', '00')
return datetime.strptime(datestr, meteocenter.date_reg)
def get_datetime(cls, data, meteocenter, s_timestep, hashtag):
now = datetime.now()
# Берем день недели на который дан прогноз
day_forecast = '%s' % Parser('{:s}:')(re.search(
r'\S*:',
data.find(meteocenter.date_tag).text).group(0))
# Сохраняем его в формате даты
decimal_f = time.strptime(day_forecast, '%A')
# Добавляем по дню к текущей дате до того, как она не будет равена дню из прогноза
while now.weekday() != decimal_f.tm_wday:
now += timedelta(days=1)
#return now
datestr = '%s-%s-%s %s:%s' % (now.year, now.month, now.day,
('12' if hashtag == 'max_t' else '00'),
'00')
return datetime.strptime(datestr, meteocenter.date_reg)
def get_meteo_town_name(cls, meteo_tree):
for f in meteo_tree.iter('channel'):
out = f.find('title').text
return Parser('{:s}, Weather from Weather Underground')(out)
def get_meteo_town_name(cls, meteo_tree):
for f in meteo_tree.iter('channel'):
out = f.find('title').text
return Parser('BBC Weather - Forecast for {:s}, Russia')(out)
def get_meteo_town_name(cls, meteo_tree):
for f in meteo_tree.iter('location'):
out = f.attrib.get('city')
out = Parser('{:s} [{_:s};{_:s}]')(out)
return out
def get_meteo_town_name(cls, meteo_tree):
for f in meteo_tree.iter('channel'):
out = f.find('title').text
return Parser('The Weather Network - {:s}, Russia')(out)