def WParser():
from weather.wparser import meteocenter_parser
out = {}
for meteocenter in MeteoCenter.objects.all():
for time_update in meteocenter.get_tu.all():
a = datetime.now() # -timedelta(minutes=30)
# b = datetime.now()+timedelta(minutes=30)
b = datetime.now() + timedelta(hours=1)
if time_update.time_update > a.time() and time_update.time_update < b.time():
meteo_time_update = time_update
meteocenter_parser(meteocenter, meteo_time_update)
def WParser():
from weather.wparser import meteocenter_parser
out = {}
for meteocenter in MeteoCenter.objects.all():
for time_update in meteocenter.get_tu.all():
a = datetime.now() #-timedelta(minutes=30)
#b = datetime.now()+timedelta(minutes=30)
b = datetime.now() + timedelta(hours=1)
if time_update.time_update > a.time(
) and time_update.time_update < b.time():
meteo_time_update = time_update
meteocenter_parser(meteocenter, meteo_time_update)
def get_datas(request):
from weather.wparser import meteocenter_parser
out = {}
for meteocenter in MeteoCenter.objects.all():
for time_update in meteocenter.get_tu.all():
a = now-timedelta(minutes=30)
b = now+timedelta(minutes=30)
if time_update.time_update>a.time() and time_update.time_update<b.time():
meteo_time_update = time_update
meteocenter_parser(meteocenter,meteo_time_update)
return out
def get_datas(request):
from weather.wparser import meteocenter_parser
out = {}
for meteocenter in MeteoCenter.objects.all():
for time_update in meteocenter.get_tu.all():
a = now - timedelta(minutes=30)
b = now + timedelta(minutes=30)
if time_update.time_update > a.time(
) and time_update.time_update < b.time():
meteo_time_update = time_update
meteocenter_parser(meteocenter, meteo_time_update)
return out
