def render(self, context, instance, placeholder):
context.update({
'today_gr_forecasts' : gr_data(context['request'].session.get('all_data_for_town', None), context['request'].session.get('town', None), context['request'].session.get('town_meteos', None), 2),
'object' : instance,
'placeholder' : placeholder
})
return context
def town_preview(request, town_url):
from weather.graphic import gr_data
out = {}
def get_max_min_data_for_town(region_town):
current_data_for_town = WData.objects.filter(
town_meteo__town=region_town).filter(
town_meteo__on_main=True).filter_by_day(now)
max_min_data = []
max_min_data.append(region_town.id)
# try:
# min_temp = 100
# all_min_temp = current_data_for_town.filter_by_g_hashtag('min_t')
#
# for temp in all_min_temp:
# if min_temp > int(temp.data):
# min_temp = int(temp.data)
# max_min_data.append(min_temp)
all_min_temp = current_data_for_town.filter_by_g_hashtag('min_t')
min_temp = min([int(e.data)
for e in all_min_temp]) if all_min_temp else []
max_min_data.append(min_temp)
# except Exception:
# print u'%s' % region_town + " - min found error"
# try:
# max_temp = -100
# all_max_temp = current_data_for_town.filter_by_g_hashtag('max_t')
# for temp in all_max_temp:
# if max_temp < int(temp.data):
# max_temp = int(temp.data)
# max_min_data.append(max_temp)
all_max_temp = current_data_for_town.filter_by_g_hashtag('max_t')
max_temp = max([int(e.data)
for e in all_max_temp]) if all_max_temp else []
max_min_data.append(max_temp)
# except Exception:
# print u'%s' % region_town
return max_min_data
def last_range_t(all_data_for_town, town_meteos, min_max):
all_temp = []
out = 1000
for tm in town_meteos:
try:
all_temp.append(
int(
all_data_for_town.get_lastest_data(tm, now,
min_max)[0].data))
except:
qwerty = ''
max_temp = -100
min_temp = 100
for temp in all_temp:
if min_max == 'max_t':
if max_temp < temp:
max_temp = temp
out = max_temp
elif min_max == 'min_t':
if min_temp > temp:
min_temp = temp
out = min_temp
return out
# if cache.get_many([town_url
# , ('preview_on_main_data_for_%s' % town_url)
# , ('preview_on_main_town_meteos_for_%s' % town_url)
# , ('preview_towns_in_region_%s' % town_url)
# , ('preview_temp_range_%s' % town_url)
# , ('preview_last_temp_range_max_%s' % town_url)
# , ('preview_last_temp_range_min_%s' % town_url)]):
#
# out['town'] = cache.get(town_url)
# out['all_data_for_town'] = cache.get('preview_on_main_data_for_%s' % town_url)
# out['town_meteos'] = cache.get('preview_on_main_town_meteos_for_%s' % town_url)
# out['towns_in_region'] = cache.get('preview_towns_in_region_%s' % town_url)
# out['temp_range'] = cache.get('preview_temp_range_%s' % town_url)
# out['last_temp_range_max'] = cache.get('preview_last_temp_range_max_%s' % town_url)
# out['last_temp_range_min'] = cache.get('preview_last_temp_range_min_%s' % town_url)
#
# print 1
#
# else:
# out['town'] = Town.objects.filter(town_url=town_url)[0]
out['town'] = get_object_or_404(Town, town_url=town_url)
out['all_data_for_town'] = WData.objects.filter(
town_meteo__town=out['town']).filter(town_meteo__on_main=True)
out['town_meteos'] = out['town'].get_meteocenters.all().filter(
on_main=True)
out['towns_in_region'] = out['town'].region.get_towns.all()
temp_range = []
temp_range.extend([
get_max_min_data_for_town(region_town)
for region_town in out['towns_in_region']
])
out['temp_range'] = temp_range
out['last_temp_range_max'] = last_range_t(out['all_data_for_town'],
out['town_meteos'], "max_t")
out['last_temp_range_min'] = last_range_t(out['all_data_for_town'],
out['town_meteos'], "min_t")
# cache.set_many({town_url : out['town']
# , ('preview_on_main_data_for_%s' % town_url) : out['all_data_for_town']
# , ('preview_on_main_town_meteos_for_%s' % town_url) : out['town_meteos']
# , ('preview_towns_in_region_%s' % town_url) : out['towns_in_region']
# , ('preview_temp_range_%s' % town_url) : out['temp_range']
# , ('preview_last_temp_range_max_%s' % town_url) : out['last_temp_range_max']
# , ('preview_last_temp_range_min_%s' % town_url) : out['last_temp_range_min']}
# )
# print 2
#----------------------------enfif---------
out['now'] = now
out['show_gr'] = False
if out['show_gr']:
# if cache.get_many([('today_gr_forecasts_%s' % town_url)
# , ('3days_gr_forecasts_%s' % town_url)
# , ('weak_gr_forecasts_%s' % town_url)]):
#
# out['today_gr_forecasts'] = cache.get('today_gr_forecasts_%s' % town_url)
# out['3days_gr_forecasts'] = cache.get('3days_gr_forecasts_%s' % town_url)
# out['weak_gr_forecasts'] = cache.get('weak_gr_forecasts_%s' % town_url)
# print 11
# else:
out['today_gr_forecasts'] = gr_data(out['all_data_for_town'],
out['town'], out['town_meteos'], 2)
out['3days_gr_forecasts'] = gr_data(out['all_data_for_town'],
out['town'], out['town_meteos'], 3)
out['weak_gr_forecasts'] = gr_data(out['all_data_for_town'],
out['town'], out['town_meteos'], 7)
# cache.set_many({('today_gr_forecasts_%s' % town_url) : out['today_gr_forecasts']
# , ('3days_gr_forecasts_%s' % town_url) : out['3days_gr_forecasts']
# , ('weak_gr_forecasts_%s' % town_url) : out['weak_gr_forecasts']}
# )
# print 22
return out
def town_preview(request, town_url):
from weather.graphic import gr_data
out = {}
def get_max_min_data_for_town(region_town):
current_data_for_town = WData.objects.filter(town_meteo__town=region_town).filter(town_meteo__on_main=True).filter_by_day(now)
max_min_data = []
max_min_data.append(region_town.id)
# try:
# min_temp = 100
# all_min_temp = current_data_for_town.filter_by_g_hashtag('min_t')
#
# for temp in all_min_temp:
# if min_temp > int(temp.data):
# min_temp = int(temp.data)
# max_min_data.append(min_temp)
all_min_temp = current_data_for_town.filter_by_g_hashtag('min_t')
min_temp = min([int(e.data) for e in all_min_temp]) if all_min_temp else []
max_min_data.append(min_temp)
# except Exception:
# print u'%s' % region_town + " - min found error"
# try:
# max_temp = -100
# all_max_temp = current_data_for_town.filter_by_g_hashtag('max_t')
# for temp in all_max_temp:
# if max_temp < int(temp.data):
# max_temp = int(temp.data)
# max_min_data.append(max_temp)
all_max_temp = current_data_for_town.filter_by_g_hashtag('max_t')
max_temp = max([int(e.data) for e in all_max_temp]) if all_max_temp else []
max_min_data.append(max_temp)
# except Exception:
# print u'%s' % region_town
return max_min_data
def last_range_t(all_data_for_town, town_meteos, min_max):
all_temp = []
out = 1000
for tm in town_meteos:
try:
all_temp.append(int(all_data_for_town.get_lastest_data(tm, now, min_max)[0].data))
except:
qwerty = ''
max_temp = -100
min_temp = 100
for temp in all_temp:
if min_max == 'max_t':
if max_temp < temp:
max_temp = temp
out = max_temp
elif min_max == 'min_t':
if min_temp > temp:
min_temp = temp
out = min_temp
return out
# if cache.get_many([town_url
# , ('preview_on_main_data_for_%s' % town_url)
# , ('preview_on_main_town_meteos_for_%s' % town_url)
# , ('preview_towns_in_region_%s' % town_url)
# , ('preview_temp_range_%s' % town_url)
# , ('preview_last_temp_range_max_%s' % town_url)
# , ('preview_last_temp_range_min_%s' % town_url)]):
#
# out['town'] = cache.get(town_url)
# out['all_data_for_town'] = cache.get('preview_on_main_data_for_%s' % town_url)
# out['town_meteos'] = cache.get('preview_on_main_town_meteos_for_%s' % town_url)
# out['towns_in_region'] = cache.get('preview_towns_in_region_%s' % town_url)
# out['temp_range'] = cache.get('preview_temp_range_%s' % town_url)
# out['last_temp_range_max'] = cache.get('preview_last_temp_range_max_%s' % town_url)
# out['last_temp_range_min'] = cache.get('preview_last_temp_range_min_%s' % town_url)
#
# print 1
#
# else:
# out['town'] = Town.objects.filter(town_url=town_url)[0]
out['town'] = get_object_or_404(Town, town_url=town_url)
out['all_data_for_town'] = WData.objects.filter(town_meteo__town=out['town']).filter(town_meteo__on_main=True)
out['town_meteos'] = out['town'].get_meteocenters.all().filter(on_main=True)
out['towns_in_region'] = out['town'].region.get_towns.all()
temp_range = []
temp_range.extend([get_max_min_data_for_town(region_town) for region_town in out['towns_in_region']])
out['temp_range'] = temp_range
out['last_temp_range_max'] = last_range_t(out['all_data_for_town'], out['town_meteos'], "max_t")
out['last_temp_range_min'] = last_range_t(out['all_data_for_town'], out['town_meteos'], "min_t")
# cache.set_many({town_url : out['town']
# , ('preview_on_main_data_for_%s' % town_url) : out['all_data_for_town']
# , ('preview_on_main_town_meteos_for_%s' % town_url) : out['town_meteos']
# , ('preview_towns_in_region_%s' % town_url) : out['towns_in_region']
# , ('preview_temp_range_%s' % town_url) : out['temp_range']
# , ('preview_last_temp_range_max_%s' % town_url) : out['last_temp_range_max']
# , ('preview_last_temp_range_min_%s' % town_url) : out['last_temp_range_min']}
# )
# print 2
#----------------------------enfif---------
out['now'] = now
out['show_gr'] = False
if out['show_gr']:
# if cache.get_many([('today_gr_forecasts_%s' % town_url)
# , ('3days_gr_forecasts_%s' % town_url)
# , ('weak_gr_forecasts_%s' % town_url)]):
#
# out['today_gr_forecasts'] = cache.get('today_gr_forecasts_%s' % town_url)
# out['3days_gr_forecasts'] = cache.get('3days_gr_forecasts_%s' % town_url)
# out['weak_gr_forecasts'] = cache.get('weak_gr_forecasts_%s' % town_url)
# print 11
# else:
out['today_gr_forecasts'] = gr_data(out['all_data_for_town'], out['town'], out['town_meteos'], 2)
out['3days_gr_forecasts'] = gr_data(out['all_data_for_town'], out['town'], out['town_meteos'], 3)
out['weak_gr_forecasts'] = gr_data(out['all_data_for_town'], out['town'], out['town_meteos'], 7)
# cache.set_many({('today_gr_forecasts_%s' % town_url) : out['today_gr_forecasts']
# , ('3days_gr_forecasts_%s' % town_url) : out['3days_gr_forecasts']
# , ('weak_gr_forecasts_%s' % town_url) : out['weak_gr_forecasts']}
# )
# print 22
return out