def get_weather():
global city_name, URL, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain
APPID = gw_vars.get('appid')
if not APPID:
print('\033[1;31m[!]\033[0m Empty API key. Please enter API key')
n = gw_vars.get('n')
city_id = gw_vars.get('city_id')
show_block_tomorrow = gw_vars.get('show_block_tomorrow')
show_block_today = gw_vars.get('show_block_today')
show_block_add_info = gw_vars.get('show_block_add_info')
weather_lang = gw_vars.get('weather_lang')
icons_name = gw_vars.get('icons_name')
URL = ''
URL_CURRENT = 'http://api.openweathermap.org/data/2.5/weather?id=%s&lang=%s&units=metric&appid=%s' % (
str(city_id), weather_lang, APPID)
URL_SEVERAL_DAYS = 'http://api.openweathermap.org/data/2.5/forecast/daily?id=%s&lang=%s&units=metric&cnt=%s&appid=%s' % (
str(city_id), weather_lang, n + 1, APPID)
URL_TODAY_TOMORROW = 'http://api.openweathermap.org/data/2.5/forecast?id=%s&lang=%s&units=metric&appid=%s' % (
str(city_id), weather_lang, APPID)
print('\033[34m>\033[0m ' + _('Getting weather for') + ' ' + str(n) + ' ' +
_('days'))
source = urlopener(URL_CURRENT, 5)
if not source:
return False
source = json.loads(source)
#### current weather ####
# city
city_name = [source['name']]
# temperature
t_now = [add_plus(str(round(source['main']['temp'])))]
t_now[0] = convert_from_C(t_now[0])
# wind
wind_speed_now = [str(round(source['wind']['speed']))]
if wind_speed_now:
wind_speed_now[0] = convert_from_ms(wind_speed_now[0])
try:
wind_direct_now = [wind_direct_convert.convert(source['wind']['deg'])]
a = ''
for i in range(len(wind_direct_now[0])):
a = a + _(wind_direct_now[0][i])
wind_direct_now[0] = a
except:
wind_direct_now = []
# icon
icon_now = [
'http://openweathermap.org/img/w/' + source['weather'][0]['icon'] +
'.png'
]
icon_now[0] = convert(icon_now[0], icons_name)
# wind icon
try:
icon_wind_now = [round(source['wind']['deg']) + 90]
if icon_wind_now[0] == '0':
icon_wind_now[0] = 'None'
except:
icon_wind_now = ['None']
# update time
dt = datetime.fromtimestamp(source['dt'])
time_update = [dt.strftime('%H:%M')]
# weather text now
text_now = [source['weather'][0]['description']]
# pressure now
press_now = [str(round(source['main']['pressure']))]
if press_now:
press_now[0] = convert_from_hPa(press_now[0])
# humidity now
hum_now = [str(source['main']['humidity'])]
#### weather to several days ####
source = urlopener(URL_SEVERAL_DAYS, 5)
if not source:
return False
source = json.loads(source)
t_day = []
t_night = []
day = []
date = []
icon = []
text = []
wind_speed = []
wind_direct = []
chance_of_rain = []
for data in source['list']:
t_day.append(add_plus(str(round(data['temp']['day']))))
t_night.append(add_plus(str(round(data['temp']['night']))))
dt = datetime.fromtimestamp(data['dt'])
day.append(dt.strftime('%a'))
date.append(dt.strftime('%d.%m'))
icon.append('http://openweathermap.org/img/w/' +
data['weather'][0]['icon'] + '.png')
text.append(data['weather'][0]['description'])
wind_speed.append(str(round(data['speed'])))
wind_direct.append(wind_direct_convert.convert(data['deg']))
chance_of_rain.append(
str(data['rain']) if 'rain' in data.keys() else '')
for j in range(len(wind_direct)):
a = ''
for i in range(len(wind_direct[j])):
a = a + _(wind_direct[j][i])
wind_direct[j] = a
for i in range(len(t_day)):
t_day[i] = convert_from_C(t_day[i])
for i in range(len(t_night)):
t_night[i] = convert_from_C(t_night[i])
for i in range(len(icon)):
icon[i] = convert(icon[i], icons_name)
if wind_speed:
for i in range(len(wind_speed)):
wind_speed[i] = convert_from_ms(wind_speed[i])
if show_block_tomorrow or show_block_today:
source = urlopener(URL_TODAY_TOMORROW, 5)
if not source:
return False
source = json.loads(source)
t_tomorrow = ['', '', '', '']
t_today = ['', '', '', '']
icon_today = ['', '', '', '']
icon_tomorrow = ['', '', '', '']
wind_speed_tod = ['', '', '', '']
wind_direct_tod = ['', '', '', '']
wind_speed_tom = ['', '', '', '']
wind_direct_tom = ['', '', '', '']
day_today = get_day(source['list'][0])
for data in source['list']:
day_tommorow = get_day(data)
if day_tommorow != day_today:
break
for data in source['list']:
day_after_tommorow = get_day(data)
if day_after_tommorow != day_today and day_after_tommorow != day_tommorow:
break
a_dict = {'00:00': 3, '06:00': 0, '12:00': 1, '18:00': 2}
for data in source['list']:
if get_time(data) in a_dict.keys():
if get_day(data) == day_today:
t_today[a_dict[get_time(data)]] = add_plus(
str(round(data['main']['temp'])))
icon_today[a_dict[get_time(
data)]] = 'http://openweathermap.org/img/w/' + data[
'weather'][0]['icon'] + '.png'
wind_speed_tod[a_dict[get_time(data)]] = str(
round(data['wind']['speed']))
wind_direct_tod[a_dict[get_time(
data)]] = wind_direct_convert.convert(
data['wind']['deg'])
if get_day(data) == day_tommorow:
t_tomorrow[a_dict[get_time(data)]] = add_plus(
str(round(data['main']['temp'])))
icon_tomorrow[a_dict[get_time(
data)]] = 'http://openweathermap.org/img/w/' + data[
'weather'][0]['icon'] + '.png'
wind_speed_tom[a_dict[get_time(data)]] = str(
round(data['wind']['speed']))
wind_direct_tom[a_dict[get_time(
data)]] = wind_direct_convert.convert(
data['wind']['deg'])
if get_time(data) == '00:00':
t_today[3] = add_plus(str(round(data['main']['temp'])))
icon_today[
3] = 'http://openweathermap.org/img/w/' + data[
'weather'][0]['icon'] + '.png'
wind_speed_tod[3] = str(round(data['wind']['speed']))
wind_direct_tod[3] = wind_direct_convert.convert(
data['wind']['deg'])
if get_day(data) == day_after_tommorow and get_time(
data) == '00:00':
t_tomorrow[3] = add_plus(str(round(data['main']['temp'])))
icon_tomorrow[
3] = 'http://openweathermap.org/img/w/' + data[
'weather'][0]['icon'] + '.png'
wind_speed_tom[3] = str(round(data['wind']['speed']))
wind_direct_tom[3] = wind_direct_convert.convert(
data['wind']['deg'])
for i in range(len(t_today)):
if t_today[i] != '':
t_today[i] = t_today[i] + '°;' + t_today[i] + '°;' + C_to_F(
t_today[i]) + '°;' + C_to_F(t_today[i]) + '°;' + C_to_K(
t_today[i]) + ';' + C_to_K(t_today[i])
else:
t_today[i] = ';;;;;'
for i in range(len(t_tomorrow)):
if t_tomorrow[i] != '':
t_tomorrow[i] = t_tomorrow[i] + '°;' + t_tomorrow[
i] + '°;' + C_to_F(t_tomorrow[i]) + '°;' + C_to_F(
t_tomorrow[i]) + '°;' + C_to_K(
t_tomorrow[i]) + ';' + C_to_K(t_tomorrow[i])
else:
t_tomorrow[i] = ';;;;;'
for i in range(len(icon_today)):
if icon_today[i] != '':
icon_today[i] = convert(icon_today[i], icons_name)
else:
icon_today[i] = 'na.png;na.png'
for i in range(len(icon_tomorrow)):
if icon_tomorrow[i] != '':
icon_tomorrow[i] = convert(icon_tomorrow[i], icons_name)
else:
icon_tomorrow[i] = 'na.png;na.png'
for i in range(len(wind_speed_tod)):
if wind_speed_tod[i] != '':
wind_speed_tod[i] = convert_from_ms(wind_speed_tod[i])
else:
wind_speed_tod[i] = ';;'
for i in range(len(wind_speed_tom)):
if wind_speed_tom[i] != '':
wind_speed_tom[i] = convert_from_ms(wind_speed_tom[i])
for j in range(len(wind_direct_tod)):
a = ''
for i in range(len(wind_direct_tod[j])):
a = a + _(wind_direct_tod[j][i])
wind_direct_tod[j] = a
for j in range(len(wind_direct_tom)):
a = ''
for i in range(len(wind_direct_tom[j])):
a = a + _(wind_direct_tom[j][i])
wind_direct_tom[j] = a
if time_update:
print('\033[34m>\033[0m ' + _('updated on server') + ' ' +
time_update[0])
print('\033[34m>\033[0m ' + _('weather received') + ' ' +
time.strftime('%H:%M', time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
def get_weather():
global time_of_day_list, URL, city_name, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain
n = gw_vars.get('n')
city_id = gw_vars.get('city_id')
icons_name = gw_vars.get('icons_name')
URL = 'http://www.yr.no/place/%s/forecast.xml' % str(city_id)
print ('\033[34m>\033[0m '+_('Getting weather for')+' '+str(n)+' '+_('days'))
source = urlopener(URL, 2)
if not source:
return False
URL = 'http://www.yr.no/sted/%s' % str(city_id)
latitude = re.findall('<location.*latitude="(.+?)"', source)
longitude = re.findall('<location.*longitude="(.+?)"', source)
URL_CURRENT = "http://api.met.no/weatherapi/locationforecast/1.9/?lat=%s;lon=%s" %(latitude[0], longitude[0])
# city
city_name = re.findall('<name>(.+?)</name>', source)
# temperature
temp = re.findall('<temperature unit="celsius" value="(.+?)"', source)
for i in range(len(temp)):
temp[i] = convert_from_C(temp[i])
t_now = [temp[0]]
# wind
wind_speed_now = re.findall('<windSpeed mps="(.+?)"', source)
if wind_speed_now:
for i in range(len(wind_speed_now)):
wind_speed_now[i] = convert_from_ms(wind_speed_now[i])
wind_direct_now = re.findall('<windDirection.*code="(.*?)"', source)
# icon
icons = re.findall('<symbol.*var="([mf/]*.+?)"', source)
for i in range(len(icons)):
icons[i] = convert(icons[i], icons_name)
icon_now = [icons[0]]
# weather text now
text_now = re.findall('<symbol.*name="(.+?)"', source)
#### weather to several days ####
# all days
dates = re.findall('<time from="\d\d\d\d-(.+?)T', source)
t_night = ['']
t_day = ['']
icon = []
text = []
date = [dates[0]]
wind_speed = ['']
wind_direct = ['']
all_periods = re.findall('<time.*period="(\d)"', source)
for i in range(1, len(all_periods)):
if all_periods[i] == '0':
# night
t_night.append(temp[i])
pass
if all_periods[i] == '2':
# day
t_day.append(temp[i])
icon.append(icons[i])
text.append(text_now[i])
date.append(dates[i])
wind_speed.append(wind_speed_now[i])
wind_direct.append(wind_direct_now[i])
pass
#### today tomorrow weather ####
t_today = [';;;;;', ';;;;;', ';;;;;', ';;;;;']
t_tomorrow = []
icon_today = ['clear.png;clear.png', 'clear.png;clear.png', 'clear.png;clear.png', 'clear.png;clear.png']
icon_tomorrow = []
wind_speed_tod = ['', '', '', '']
wind_speed_tom = []
wind_direct_tod = ['', '', '', '']
wind_direct_tom = []
time_of_day_list = ( _('Night'), _('Morning'), _('Day'), _('Evening'))
a1 = ['0', '1', '2', '3']
a2 = ['0', '1', '2', '3']
for i in range(len(all_periods)):
if all_periods[i] in a1:
t_today[int(all_periods[i])] = temp[i]
icon_today[int(all_periods[i])] = icons[i]
wind_speed_tod[int(all_periods[i])] = wind_speed_now[i]
wind_direct_tod[int(all_periods[i])] = wind_direct_now[i]
if all_periods[i] == '3':
a1 = []
else:
if all_periods[i] in a2:
t_tomorrow.append(temp[i])
icon_tomorrow.append(icons[i])
wind_speed_tom.append(wind_speed_now[i])
wind_direct_tom.append(wind_direct_now[i])
if all_periods[i] == '3':
break
#### current weather ####
source = urlopener(URL_CURRENT, 2)
if not source:
return False
# pressure now
press_now = re.findall('<pressure.*value="(.+?)"', source)
if press_now:
press_now[0] = convert_from_hPa(press_now[0])
hum_now = re.findall('<humidity value="(.+?)"', source)
hum_now[0] = str(round(float(hum_now[0])))
t_now = re.findall('<temperature.*unit="celsius" value="(.+?)"', source)
t_now[0] = convert_from_C(t_now[0])
wind_speed_now = re.findall('<windSpeed.*mps="(.+?)"', source)
wind_speed_now[0] = convert_from_ms(wind_speed_now[0])
wind_direct_now = re.findall('<windDirection.*name="(.+?)"', source)
icon_wind_now = re.findall('<windDirection.*deg="(.+?)"', source)
if icon_wind_now[0] == '0':
icon_wind_now[0] = 'None'
else:
icon_wind_now[0] = round(float(icon_wind_now[0]))+90
print ('\033[34m>\033[0m '+_('weather received')+' '+time.strftime('%H:%M', time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
def get_weather():
global time_of_day_list, w, sunrise, sunset, sun_duration, URL, URL_HOURLY, URL_DAILY, city_name, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain, t_today_low, t_tomorrow_low
n = gw_vars.get('n')
city_id = gw_vars.get('city_id')
show_block_tomorrow = gw_vars.get('show_block_tomorrow')
show_block_today = gw_vars.get('show_block_today')
show_block_add_info = gw_vars.get('show_block_add_info')
weather_lang = gw_vars.get('weather_lang')
if weather_lang == 'ru':
weather_lang = 'ua/ru'
icons_name = gw_vars.get('icons_name')
URL_ALL = 'https://www.gismeteo.%s/city/weekly/' % weather_lang + str(
city_id)
URL = URL_ALL
URL_HOURLY = 'https://www.gismeteo.%s/city/hourly/%s' % (weather_lang,
str(city_id))
URL_DAILY = 'https://www.gismeteo.%s/city/weekly/%s/#wweekly' % (
weather_lang, str(city_id))
print('\033[34m>\033[0m ' + _('Getting weather for') + ' ' + str(n) + ' ' +
_('days'))
source = urlopener(URL_ALL, 5)
if not source:
return False
# sun
rise_set = re.findall('class="astronomy_value">(.*)<', source)
if rise_set:
if len(rise_set) == 4:
sunrise = rise_set[0]
sunset = rise_set[1]
sun_duration = rise_set[2]
#### current weather ####
w_now = re.findall("type[A-Z].*wrap f_link", source, re.DOTALL)
# city
city_name = re.findall('type[A-Z].*\">(.*)<', w_now[0])
# temperature
t_now = re.findall('m_temp c.>([−+]*\d+)<', w_now[0])
for i in range(len(t_now)):
if t_now[i][0] == '&':
t_now[i] = '-' + t_now[i][7:]
t_now[0] = convert_from_C(t_now[0])
# wind
wind_speed_now = re.findall('m_wind ms.*>(\d+)<', w_now[0])
if wind_speed_now:
wind_speed_now[0] = convert_from_ms(wind_speed_now[0])
try:
wind_direct_now = re.findall('>(.+)</dt', w_now[0])
wind_direct_now[0] = wind_direct_now[1]
except:
wind_direct_now = []
# icon
icon_now = re.findall('url\(.*?//(.*?/icons/.*?)\)', w_now[0])
icon_now[0] = convert(icon_now[0], icons_name)
# wind icon
icon_wind_now = re.findall('wind(\d)', w_now[0])
if icon_wind_now[0] == '0':
icon_wind_now[0] = 'None'
else:
icon_wind_now[0] = int(icon_wind_now[0]) * 45 + 45
# update time
time_update = re.findall('data-hr.* (\d?\d:\d\d)\s*</span>', source,
re.DOTALL)
# weather text now
text_now = re.findall('title=\"(.*?)\"', w_now[0])
# pressure now
press_now = re.findall('m_press torr\'>(\d+)<', w_now[0])
if press_now:
press_now[0] = convert_from_mmHg(press_now[0])
# humidity now
hum_now = re.findall('wicon hum".*>(\d+)<span class="unit"', w_now[0])
# water temperature now
try:
t_water_now = t_now[1] + ';' + str(int(C_to_F(
t_now[1]))) + ';' + C_to_K(t_now[1])
except:
pass
#### weather to several days ####
# all days
w_all_list = re.findall('tbwdaily1.*?rframe wblock wdata', source,
re.DOTALL)
w_all = '\n'.join(w_all_list)
t_all = re.findall('m_temp c.>([−+]*\d+)<', w_all)
for i in range(len(t_all)):
if t_all[i][0] == '&':
t_all[i] = '-' + t_all[i][7:]
# all temperature
t = t_all[::2]
# all temperature as feel
t_feel = t_all[1::2]
# night temperature
t_night = t[::4]
t_night_feel = t_feel[::4]
for i in range(len(t_night)):
t_night[i] = convert_from_C(t_night[i], t_night_feel[i])
# day of week, date
day = re.findall('weekday.>(.*?)<', source)
date = re.findall('s_date.>(.*?)<', source)
# day temperature
t_day = t[2::4]
t_day_feel = t_feel[2::4]
for i in range(len(t_day)):
t_day[i] = convert_from_C(t_day[i], t_day_feel[i])
# weather icon day
icons_list = re.findall('src=\".*?//(.*?/icons/.*?)\"', w_all)
icon = icons_list[2::4]
for i in range(len(icon)):
icon[i] = convert(icon[i], icons_name)
# wind icon
icon_wind_list = re.findall('wind(\d)', w_all)
icon_wind = icon_wind_list[2::4]
# wind
wind_speed_list = re.findall('m_wind ms.>(\d+)', w_all)
wind_speed = wind_speed_list[2::4]
if wind_speed:
for i in range(len(wind_speed)):
wind_speed[i] = convert_from_ms(wind_speed[i])
wind_direct_list = re.findall('>(.+)</dt', w_all)
wind_direct = wind_direct_list[2::4]
for i in range(len(wind_direct)):
wind_direct[i] = wind_direct[i].split('>')[-1]
# weather text
text_list = re.findall('cltext.>(.*?)<', w_all)
text = text_list[2::4]
time_of_day_list = (_('Night'), _('Morning'), _('Day'), _('Evening'))
if show_block_tomorrow:
#### weather tomorrow ####
try:
w_tomorrow = w_all_list[1]
except:
f = open(os.path.join(CONFIG_PATH, 'error.html'), 'w')
f.write(source)
f.close()
if timer_bool:
print('\033[1;31m[!]\033[0m ' + _('Next try in 10 seconds'))
return False
# temperature
t_tomorrow = t[4:8]
t_tomorrow_feel = t_feel[4:8]
for i in range(len(t_tomorrow)):
t_tomorrow[i] = convert_from_C(t_tomorrow[i], t_tomorrow_feel[i])
# weather icon
icon_tomorrow = re.findall('src=\".*?//(.*?/icons/.*?)\"', w_tomorrow)
for i in range(len(icon_tomorrow)):
icon_tomorrow[i] = convert(icon_tomorrow[i], icons_name)
# wind
wind_speed_tom = re.findall('m_wind ms.>(\d+)', w_tomorrow)
if wind_speed_tom:
for i in range(len(wind_speed_tom)):
wind_speed_tom[i] = convert_from_ms(wind_speed_tom[i])
wind_direct_tom = re.findall('>(.+)</dt', w_tomorrow)
for i in range(len(wind_direct_tom)):
wind_direct_tom[i] = wind_direct_tom[i].split('>')[-1]
if show_block_today:
#### weather today ####
w_today = w_all_list[0]
# temperature
t_today = t[0:4]
t_today_feel = t_feel[0:4]
for i in range(len(t_today)):
t_today[i] = convert_from_C(t_today[i], t_today_feel[i])
# weather icon
icon_today = re.findall('src=\".*?//(.*?/icons/.*?)\"', w_today)
for i in range(len(icon_today)):
icon_today[i] = convert(icon_today[i], icons_name)
# wind
wind_speed_tod = re.findall('m_wind ms.>(\d+)', w_today)
if wind_speed_tod:
for i in range(len(wind_speed_tod)):
wind_speed_tod[i] = convert_from_ms(wind_speed_tod[i])
wind_direct_tod = re.findall('>(.+)</dt', w_today)
for i in range(len(wind_direct_tod)):
wind_direct_tod[i] = wind_direct_tod[i].split('>')[-1]
########
if time_update:
print('\033[34m>\033[0m ' + _('updated on server') + ' ' +
time_update[0])
print('\033[34m>\033[0m ' + _('weather received') + ' ' +
time.strftime('%H:%M', time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
def get_weather():
global time_of_day_list, URL, city_name, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain
n = gw_vars.get('n')
city_id = gw_vars.get('city_id')
icons_name = gw_vars.get('icons_name')
URL = 'http://www.yr.no/sted/%s/forecast.xml' % str(city_id)
print ('\033[34m>\033[0m '+_('Getting weather for')+' '+str(n)+' '+_('days'))
source = urlopener(URL, 5)
if not source:
return False
URL = 'http://www.yr.no/sted/%s' % str(city_id)
latitude = re.findall('<location.*latitude="(.+?)"', source)
longitude = re.findall('<location.*longitude="(.+?)"', source)
URL_CURRENT = "http://api.yr.no/weatherapi/locationforecast/1.9/?lat=%s;lon=%s" %(latitude[0], longitude[0])
# city
city_name = re.findall('<name>(.+?)</name>', source)
# temperature
temp = re.findall('<temperature unit="celsius" value="(.+?)"', source)
for i in range(len(temp)):
temp[i] = convert_from_C(temp[i])
t_now = [temp[0]]
# wind
wind_speed_now = re.findall('<windSpeed mps="(.+?)"', source)
if wind_speed_now:
for i in range(len(wind_speed_now)):
wind_speed_now[i] = convert_from_ms(wind_speed_now[i])
wind_direct_now = re.findall('<windDirection.*code="(.*?)"', source)
# icon
icons = re.findall('<symbol.*var="([mf/]*.+?)"', source)
for i in range(len(icons)):
icons[i] = convert(icons[i], icons_name)
icon_now = [icons[0]]
# weather text now
text_now = re.findall('<symbol.*name="(.+?)"', source)
#### weather to several days ####
# all days
dates = re.findall('<time from="\d\d\d\d-(.+?)T', source)
t_night = ['']
t_day = ['']
icon = []
text = []
date = [dates[0]]
wind_speed = ['']
wind_direct = ['']
all_periods = re.findall('<time.*period="(\d)"', source)
for i in range(1, len(all_periods)):
if all_periods[i] == '0':
# night
t_night.append(temp[i])
pass
if all_periods[i] == '2':
# day
t_day.append(temp[i])
icon.append(icons[i])
text.append(text_now[i])
date.append(dates[i])
wind_speed.append(wind_speed_now[i])
wind_direct.append(wind_direct_now[i])
pass
#### today tomorrow weather ####
t_today = ['', '', '', '']
t_tomorrow = []
icon_today = ['', '', '', '']
icon_tomorrow = []
wind_speed_tod = ['', '', '', '']
wind_speed_tom = []
wind_direct_tod = ['', '', '', '']
wind_direct_tom = []
time_of_day_list = ( _('Night'), _('Morning'), _('Day'), _('Evening'))
a1 = ['0', '1', '2', '3']
a2 = ['0', '1', '2', '3']
for i in range(len(all_periods)):
if all_periods[i] in a1:
t_today[int(all_periods[i])] = temp[i]
icon_today[int(all_periods[i])] = icons[i]
wind_speed_tod[int(all_periods[i])] = wind_speed_now[i]
wind_direct_tod[int(all_periods[i])] = wind_direct_now[i]
if all_periods[i] == '3':
a1 = []
else:
if all_periods[i] in a2:
t_tomorrow.append(temp[i])
icon_tomorrow.append(icons[i])
wind_speed_tom.append(wind_speed_now[i])
wind_direct_tom.append(wind_direct_now[i])
if all_periods[i] == '3':
break
#### current weather ####
source = urlopener(URL_CURRENT, 5)
if not source:
return False
# pressure now
press_now = re.findall('<pressure.*value="(.+?)"', source)
if press_now:
press_now[0] = convert_from_hPa(press_now[0])
hum_now = re.findall('<humidity value="(.+?)"', source)
hum_now[0] = str(round(float(hum_now[0])))
t_now = re.findall('<temperature.*unit="celsius" value="(.+?)"', source)
t_now[0] = convert_from_C(t_now[0])
wind_speed_now = re.findall('<windSpeed.*mps="(.+?)"', source)
wind_speed_now[0] = convert_from_ms(wind_speed_now[0])
wind_direct_now = re.findall('<windDirection.*name="(.+?)"', source)
icon_wind_now = re.findall('<windDirection.*deg="(.+?)"', source)
if icon_wind_now[0] == '0':
icon_wind_now[0] = 'None'
else:
icon_wind_now[0] = round(float(icon_wind_now[0]))+90
print ('\033[34m>\033[0m '+_('weather received')+' '+time.strftime('%H:%M', time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
def get_weather():
global time_of_day_list, w, sunrise, sunset, sun_duration, URL, URL_HOURLY, URL_DAILY, city_name, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain, t_today_low, t_tomorrow_low
n = gw_vars.get('n')
city_id = gw_vars.get('city_id')
show_block_tomorrow = gw_vars.get('show_block_tomorrow')
show_block_today = gw_vars.get('show_block_today')
show_block_add_info = gw_vars.get('show_block_add_info')
weather_lang = gw_vars.get('weather_lang')
if weather_lang == 'ua/ru':
weather_lang = 'ru'
icons_name = gw_vars.get('icons_name')
URL_ALL = 'https://services.gismeteo.ru/inform-service/inf_chrome/forecast/?lang=%s&city=%s'%(weather_lang, str(city_id))
URL = 'https://www.gismeteo.%s/city/weekly/'%weather_lang + str(city_id)
URL_HOURLY = 'https://www.gismeteo.%s/city/hourly/%s'%(weather_lang, str(city_id))
# URL_DAILY = 'https://www.gismeteo.%s/city/weekly/%s/#wweekly'%(weather_lang, str(city_id))
print ('\033[34m>\033[0m '+_('Getting weather for')+' '+str(n)+' '+_('days'))
source = urlopener(URL_ALL, 2)
if not source:
return False
# city
city_name = re.findall(' name="(.*?)"', source)
# sun
dt1 = datetime.utcfromtimestamp(int(re.findall('<fact.*?sunrise="(.*?)"', source)[0]))
dt2 = datetime.utcfromtimestamp(int(re.findall('<fact.*?sunset="(.*?)"', source)[0]))
dt3 = dt2 - dt1
sunrise = dt1.strftime('%H:%M')
sunset = dt2.strftime('%H:%M')
sun_duration = ':'.join(str(dt3).split(':')[:2])
# temperature
t_now = re.findall('<fact.*? t="(.*?)"',source)
t_now[0] = convert_from_C(t_now[0])
# wind
wind_speed_now = re.findall('<fact.*? ws="(.*?)"', source)
wind_speed_now[0] = convert_from_ms(wind_speed_now[0])
s = re.findall('<fact.*? wd="(.*?)"', source)[0]
wind_direct_now = [wind_direct_convert.convert2(s)]
if s == '0':
icon_wind_now = ['None']
else:
icon_wind_now = [int(s)*45+45]
# icon
icon_now = re.findall('<fact.*? icon="(.*?)"', source)
icon_now[0] = convert(icon_now[0], icons_name)
# update time
time_update = re.findall('<fact.*? valid="(.*?)"', source)
time_update[0] = time_update[0][-8:-3]
# weather text now
text_now = re.findall('<fact.*? descr="(.*?)"', source)
# pressure now
press_now = re.findall('<fact.*? p="(.*?)"', source)
press_now[0] = convert_from_mmHg(press_now[0])
# humidity now
hum_now = re.findall('<fact.*? hum="(.*?)"', source)
# water temperature now
t_water_now = re.findall('<fact.*? water_t="(.*?)"', source)
t_water_now = t_water_now[0]+';'+str(int(C_to_F(t_water_now[0])))+';'+C_to_K(t_water_now[0])
#### weather to several days ####
# night temperature
t_night = re.findall('<day.*? tmin="(.*?)"', source)
for i in range(len(t_night)):
t_night[i] = convert_from_C(t_night[i], t_night[i])
# day temperature
t_day = re.findall('<day.*? tmax="(.*?)"', source)
for i in range(len(t_day)):
t_day[i] = convert_from_C(t_day[i], t_day[i])
# day of week, date
day = re.findall('<day.*? date="(.*?)"', source)
day.pop(0)
for i in range(len(day)):
dt1 = datetime.strptime(day[i], '%Y-%m-%d')
day[i] = dt1.strftime('%a')
date = re.findall('<day.*? date=".*?-(.*?)"', source)
date.pop(0)
for i in range(len(date)):
s = date[i].split('-')
date[i] = s[1]+'.'+s[0]
# weather icon day
icon = re.findall('<day.*? icon="(.*?)"', source, re.DOTALL)
for i in range(len(icon)):
icon[i] = convert(icon[i], icons_name)
# wind
wind_speed = re.findall('<day.*? ws="(.*?)"', source, re.DOTALL)
for i in range(len(wind_speed)):
wind_speed[i] = convert_from_ms(wind_speed[i])
wind_direct = re.findall('<day.*? wd="(.*?)"', source, re.DOTALL)
icon_wind = []
for i in range(len(wind_direct)):
if wind_direct[i] == '0':
icon_wind.append('None')
else:
icon_wind.append(int(wind_direct[i])*45+45)
wind_direct[i] = wind_direct_convert.convert2(wind_direct[i])
# weather text
text = re.findall('<day.*? descr="(.*?)"', source, re.DOTALL)
time_of_day_list = ( _('Night'), _('Morning'), _('Day'), _('Evening'))
w_today_tomorrow = re.findall('<forecast(.*?)</day>', source, re.DOTALL)
if show_block_today:
#### weather today ####
w_today = w_today_tomorrow[0]
# temperature
t_today = re.findall(' t="(.*?)"', w_today)[::2]
for i in range(len(t_today)):
t_today[i] = convert_from_C(t_today[i], t_today[i])
# weather icon
icon_today = re.findall(' icon="(.*?)"', w_today)[::2]
for i in range(len(icon_today)):
icon_today[i] = convert(icon_today[i], icons_name)
# wind
wind_speed_tod = re.findall(' ws="(.*?)"', w_today)[::2]
if wind_speed_tod:
for i in range(len(wind_speed_tod)):
wind_speed_tod[i] = convert_from_ms(wind_speed_tod[i])
wind_direct_tod = re.findall(' wd="(.*?)"', w_today)[::2]
for i in range(len(wind_direct_tod)):
wind_direct_tod[i] = wind_direct_convert.convert2(wind_direct_tod[i])
if show_block_tomorrow:
#### weather tomorrow ####
w_tomorrow = w_today_tomorrow[1]
# temperature
t_tomorrow = re.findall(' t="(.*?)"', w_tomorrow)[::2]
for i in range(len(t_tomorrow)):
t_tomorrow[i] = convert_from_C(t_tomorrow[i], t_tomorrow[i])
# weather icon
icon_tomorrow = re.findall(' icon="(.*?)"', w_tomorrow)[::2]
for i in range(len(icon_tomorrow)):
icon_tomorrow[i] = convert(icon_tomorrow[i], icons_name)
# wind
wind_speed_tom = re.findall(' ws="(.*?)"', w_tomorrow)[::2]
if wind_speed_tom:
for i in range(len(wind_speed_tom)):
wind_speed_tom[i] = convert_from_ms(wind_speed_tom[i])
wind_direct_tom = re.findall(' wd="(.*?)"', w_tomorrow)[::2]
for i in range(len(wind_direct_tom)):
wind_direct_tom[i] = wind_direct_convert.convert2(wind_direct_tom[i])
########
if time_update:
print ('\033[34m>\033[0m '+_('updated on server')+' '+time_update[0])
print ('\033[34m>\033[0m '+_('weather received')+' '+time.strftime('%H:%M', time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
def get_weather():
global time_of_day_list, URL, city_name, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain
n = gw_vars.get("n")
city_id = gw_vars.get("city_id")
icons_name = gw_vars.get("icons_name")
URL = "http://www.yr.no/place/%s/forecast.xml" % str(city_id)
print("\033[34m>\033[0m " + _("Getting weather for") + " " + str(n) + " " + _("days"))
source = urlopener(URL, 5)
if not source:
return False
URL = "http://www.yr.no/sted/%s" % str(city_id)
latitude = re.findall('<location.*latitude="(.+?)"', source)
longitude = re.findall('<location.*longitude="(.+?)"', source)
URL_CURRENT = "http://api.yr.no/weatherapi/locationforecast/1.9/?lat=%s;lon=%s" % (latitude[0], longitude[0])
# city
city_name = re.findall("<name>(.+?)</name>", source)
# temperature
temp = re.findall('<temperature unit="celsius" value="(.+?)"', source)
for i in range(len(temp)):
temp[i] = convert_from_C(temp[i])
t_now = [temp[0]]
# wind
wind_speed_now = re.findall('<windSpeed mps="(.+?)"', source)
if wind_speed_now:
for i in range(len(wind_speed_now)):
wind_speed_now[i] = convert_from_ms(wind_speed_now[i])
wind_direct_now = re.findall('<windDirection.*code="(.*?)"', source)
# icon
icons = re.findall('<symbol.*var="([mf/]*.+?)"', source)
for i in range(len(icons)):
icons[i] = convert(icons[i], icons_name)
icon_now = [icons[0]]
# weather text now
text_now = re.findall('<symbol.*name="(.+?)"', source)
#### weather to several days ####
# all days
dates = re.findall('<time from="\d\d\d\d-(.+?)T', source)
t_night = [""]
t_day = [""]
icon = []
text = []
date = [dates[0]]
wind_speed = [""]
wind_direct = [""]
all_periods = re.findall('<time.*period="(\d)"', source)
for i in range(1, len(all_periods)):
if all_periods[i] == "0":
# night
t_night.append(temp[i])
pass
if all_periods[i] == "2":
# day
t_day.append(temp[i])
icon.append(icons[i])
text.append(text_now[i])
date.append(dates[i])
wind_speed.append(wind_speed_now[i])
wind_direct.append(wind_direct_now[i])
pass
#### today tomorrow weather ####
t_today = ["", "", "", ""]
t_tomorrow = []
icon_today = ["", "", "", ""]
icon_tomorrow = []
wind_speed_tod = ["", "", "", ""]
wind_speed_tom = []
wind_direct_tod = ["", "", "", ""]
wind_direct_tom = []
time_of_day_list = (_("Night"), _("Morning"), _("Day"), _("Evening"))
a1 = ["0", "1", "2", "3"]
a2 = ["0", "1", "2", "3"]
for i in range(len(all_periods)):
if all_periods[i] in a1:
t_today[int(all_periods[i])] = temp[i]
icon_today[int(all_periods[i])] = icons[i]
wind_speed_tod[int(all_periods[i])] = wind_speed_now[i]
wind_direct_tod[int(all_periods[i])] = wind_direct_now[i]
if all_periods[i] == "3":
a1 = []
else:
if all_periods[i] in a2:
t_tomorrow.append(temp[i])
icon_tomorrow.append(icons[i])
wind_speed_tom.append(wind_speed_now[i])
wind_direct_tom.append(wind_direct_now[i])
if all_periods[i] == "3":
break
#### current weather ####
source = urlopener(URL_CURRENT, 5)
if not source:
return False
# pressure now
press_now = re.findall('<pressure.*value="(.+?)"', source)
if press_now:
press_now[0] = convert_from_hPa(press_now[0])
hum_now = re.findall('<humidity value="(.+?)"', source)
hum_now[0] = str(round(float(hum_now[0])))
t_now = re.findall('<temperature.*unit="celsius" value="(.+?)"', source)
t_now[0] = convert_from_C(t_now[0])
wind_speed_now = re.findall('<windSpeed.*mps="(.+?)"', source)
wind_speed_now[0] = convert_from_ms(wind_speed_now[0])
wind_direct_now = re.findall('<windDirection.*name="(.+?)"', source)
icon_wind_now = re.findall('<windDirection.*deg="(.+?)"', source)
if icon_wind_now[0] == "0":
icon_wind_now[0] = "None"
else:
icon_wind_now[0] = round(float(icon_wind_now[0])) + 90
print("\033[34m>\033[0m " + _("weather received") + " " + time.strftime("%H:%M", time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
def get_weather():
global city_name, URL, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain, time_of_day_list, sunrise, sunset, sun_duration
APPID = gw_vars.get('appid')
if not APPID:
print('\033[1;31m[!]\033[0m Empty API key. Please enter API key')
n = gw_vars.get('n')
city_id = gw_vars.get('city_id')
if city_id[0] != 'l':
city_id = 'id='+city_id
show_block_tomorrow = gw_vars.get('show_block_tomorrow')
show_block_today = gw_vars.get('show_block_today')
show_block_add_info = gw_vars.get('show_block_add_info')
weather_lang = gw_vars.get('weather_lang')
URL = 'https://openweathermap.org/city/%s'%str(city_id)
URL_CURRENT = 'http://api.openweathermap.org/data/2.5/weather?%s&lang=%s&units=metric&appid=%s'%(str(city_id), weather_lang, APPID)
URL_SEVERAL_DAYS = 'http://api.openweathermap.org/data/2.5/forecast?%s&lang=%s&units=metric&appid=%s'%(str(city_id), weather_lang, APPID)
print ('\033[34m>\033[0m '+_('Getting weather for')+' '+str(n)+' '+_('days'))
source = urlopener(URL_CURRENT, 2)
if not source:
return False
source = json.loads(source)
#### current weather ####
# city
city_name = [source['name']]
# temperature
t_now = [add_plus(str(round(source['main']['temp'])))]
t_now[0] = convert_from_C(t_now[0])
# wind
wind_speed_now = [str(round(source['wind']['speed']))]
if wind_speed_now:
wind_speed_now[0] = convert_from_ms(wind_speed_now[0])
try:
wind_direct_now = [wind_direct_convert.convert(source['wind']['deg'])]
except:
wind_direct_now = []
# icon
icon_now = ['http://openweathermap.org/img/w/'+source['weather'][0]['icon']+'.png']
icon_now[0] = convert(icon_now[0])
# wind icon
try:
icon_wind_now = [round(source['wind']['deg'])+90]
if icon_wind_now[0] == '0':
icon_wind_now[0] = 'None'
except:
icon_wind_now = ['None']
# update time
dt = datetime.utcfromtimestamp(source['dt']+source['timezone'])
time_update = [dt.strftime('%H:%M')]
day = [dt.strftime('%a')]
date = [dt.strftime('%d.%m')]
# weather text now
text_now = [source['weather'][0]['description']]
# pressure now
press_now = [str(round(source['main']['pressure']))]
if press_now:
press_now[0] = convert_from_hPa(press_now[0])
# humidity now
hum_now = [str(source['main']['humidity'])]
dt1 = datetime.utcfromtimestamp(source['sys']['sunrise']+source['timezone'])
dt2 = datetime.utcfromtimestamp(source['sys']['sunset']+source['timezone'])
dt3 = dt2-dt1
sunrise = dt1.strftime('%H:%M')
sunset = dt2.strftime('%H:%M')
sun_duration = ':'.join(str(dt3).split(':')[:2])
#### weather to several days ####
source = urlopener(URL_SEVERAL_DAYS, 2)
if not source:
return False
source = json.loads(source)
wt2 = []
for data in source['list']:
t=str(round(data['main']['temp']))
dt = datetime.utcfromtimestamp(data['dt']+source['city']['timezone'])
_day=dt.strftime('%a')
_date=dt.strftime('%d.%m')
_time=dt.strftime('%H:%M')
icon='http://openweathermap.org/img/w/'+data['weather'][0]['icon']+'.png'
text=data['weather'][0]['description']
wind_speed=str(round(data['wind']['speed']))
wind_direct=wind_direct_convert.convert(data['wind']['deg'])
wt2.append({
't':t,
'day': _day,
'date': _date,
'time': _time,
'icon': icon,
'text': text,
'wind_speed': wind_speed,
'wind_direct': wind_direct
})
wt = [[]]
i = 0
_date = date[0]
# true sort by date for local time
for item in wt2:
if _date != item['date']:
i+=1
wt.append([])
_date = item['date']
wt[i].append(item)
t_day = ['']
t_night = ['']
icon = ['']
text = ['']
wind_speed = ['']
wind_direct = ['']
for i in range(1, len(wt)):
max_t = None
min_t = None
w_s = 0
# find max min temp
for item in wt[i]:
if max_t == None:
max_t = item['t']
min_t = item['t']
if int(item['t']) > int(max_t):
max_t = item['t']
if int(item['t']) < int(min_t):
min_t = item['t']
w_s += int(item['wind_speed'])
t_day.append(convert_from_C(max_t))
t_night.append(convert_from_C(min_t))
day.append(wt[i][0]['day'])
date.append(wt[i][0]['date'])
index = -1 if len(wt[i])<5 else 4
icon.append(convert(wt[i][index]['icon']))
text.append(wt[i][index]['text'])
# avg wind_speed, may be best max-min
wind_speed.append(convert_from_ms(str(round(w_s/len(wt[i])))))
wind_direct.append(wt[i][index]['wind_direct'])
if show_block_tomorrow or show_block_today:
t_today = [';;;;;', ';;;;;', ';;;;;', ';;;;;']
icon_today = ['clear.png;clear.png', 'clear.png;clear.png', 'clear.png;clear.png', 'clear.png;clear.png']
wind_speed_tod = [';;', ';;', ';;', ';;']
wind_direct_tod = ['', '', '', '']
t_tomorrow = []
icon_tomorrow = []
wind_speed_tom = []
wind_direct_tom = []
time_of_day_list = (_('Night'), _('Morning'), _('Day'), _('Evening'))
# today weather
w_tod = []
j = 0
for i in (-7, -5, -3, -1):
try:
t_today[j] = convert_from_C(wt[0][i]['t'])
icon_today[j] = convert(wt[0][i]['icon'])
wind_speed_tod[j] = convert_from_ms(wt[0][i]['wind_speed'])
wind_direct_tod[j] = wt[0][i]['wind_direct']
except:
pass
j+=1
# tomorrow weather
for i in (1, 3, 5, 7):
t_tomorrow.append(convert_from_C(wt[1][i]['t']))
icon_tomorrow.append(convert(wt[1][i]['icon']))
wind_speed_tom.append(convert_from_ms(wt[1][i]['wind_speed']))
wind_direct_tom.append(wt[1][i]['wind_direct'])
if time_update:
print ('\033[34m>\033[0m '+_('updated on server')+' '+time_update[0])
print ('\033[34m>\033[0m '+_('weather received')+' '+time.strftime('%H:%M', time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
def get_weather():
global time_of_day_list, w, sunrise, sunset, sun_duration, URL, city_name, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain, t_today_low, t_tomorrow_low
n = gw_vars.get('n')
city_id = gw_vars.get('city_id')
show_block_tomorrow = gw_vars.get('show_block_tomorrow')
show_block_today = gw_vars.get('show_block_today')
show_block_add_info = gw_vars.get('show_block_add_info')
weather_lang = gw_vars.get('weather_lang')
if weather_lang == 'ru':
weather_lang = 'ua/ru'
icons_name = gw_vars.get('icons_name')
URL_ALL = 'https://www.gismeteo.%s/city/weekly/'%weather_lang + str(city_id)
URL = URL_ALL
print ('\033[34m>\033[0m '+_('Getting weather for')+' '+str(n)+' '+_('days'))
source = urlopener(URL_ALL, 5)
if not source:
return False
# sun
rise_set = re.findall('class="astronomy_value">(.*)<', source)
if rise_set:
if len(rise_set) == 4:
sunrise = rise_set[0]
sunset = rise_set[1]
sun_duration = rise_set[2]
#### current weather ####
w_now = re.findall("type[A-Z].*wrap f_link", source, re.DOTALL)
# city
city_name = re.findall('type[A-Z].*\">(.*)<', w_now[0])
# temperature
t_now = re.findall('m_temp c.>([−+]*\d+)<', w_now[0])
for i in range(len(t_now)):
if t_now[i][0] == '&':
t_now[i] = '-' + t_now[i][7:]
t_now[0] = convert_from_C(t_now[0])
# wind
wind_speed_now = re.findall('m_wind ms.*>(\d+)<', w_now[0])
if wind_speed_now:
wind_speed_now[0] = convert_from_ms(wind_speed_now[0])
try:
wind_direct_now = re.findall('>(.+)</dt', w_now[0])
wind_direct_now[0] = wind_direct_now[1]
except:
wind_direct_now = []
# icon
icon_now = re.findall('url\(.*?//(.*?/icons/.*?)\)', w_now[0])
icon_now[0] = convert(icon_now[0], icons_name)
# wind icon
icon_wind_now = re.findall('wind(\d)', w_now[0])
if icon_wind_now[0] == '0':
icon_wind_now[0] = 'None'
else:
icon_wind_now[0] = int(icon_wind_now[0])*45+45
# update time
time_update = re.findall('data-hr.* (\d?\d:\d\d)\s*</span>', source, re.DOTALL)
# weather text now
text_now = re.findall('title=\"(.*?)\"', w_now[0])
# pressure now
press_now = re.findall('m_press torr\'>(\d+)<', w_now[0])
if press_now:
press_now[0] = convert_from_mmHg(press_now[0])
# humidity now
hum_now = re.findall('wicon hum".*>(\d+)<span class="unit"', w_now[0])
# water temperature now
try:
t_water_now = t_now[1]+';'+str(int(C_to_F(t_now[1])))+';'+C_to_K(t_now[1])
except:
pass
#### weather to several days ####
# all days
w_all_list = re.findall('tbwdaily1.*?rframe wblock wdata', source, re.DOTALL)
w_all = '\n'.join(w_all_list)
t_all = re.findall('m_temp c.>([−+]*\d+)<', w_all)
for i in range(len(t_all)):
if t_all[i][0] == '&':
t_all[i] = '-' + t_all[i][7:]
# all temperature
t = t_all[::2]
# all temperature as feel
t_feel = t_all[1::2]
# night temperature
t_night = t[::4]
t_night_feel = t_feel[::4]
for i in range(len(t_night)):
t_night[i] = convert_from_C(t_night[i], t_night_feel[i])
# day of week, date
day = re.findall('weekday.>(.*?)<', source)
date = re.findall('s_date.>(.*?)<', source)
# day temperature
t_day = t[2::4]
t_day_feel = t_feel[2::4]
for i in range(len(t_day)):
t_day[i] = convert_from_C(t_day[i], t_day_feel[i])
# weather icon day
icons_list = re.findall('src=\".*?//(.*?/icons/.*?)\"', w_all)
icon = icons_list[2::4]
for i in range(len(icon)):
icon[i] = convert(icon[i], icons_name)
# wind icon
icon_wind_list = re.findall('wind(\d)', w_all)
icon_wind = icon_wind_list[2::4]
# wind
wind_speed_list = re.findall('m_wind ms.>(\d+)', w_all)
wind_speed = wind_speed_list[2::4]
if wind_speed:
for i in range(len(wind_speed)):
wind_speed[i] = convert_from_ms(wind_speed[i])
wind_direct_list = re.findall('>(.+)</dt', w_all)
wind_direct = wind_direct_list[2::4]
for i in range(len(wind_direct)):
wind_direct[i] = wind_direct[i].split('>')[-1]
# weather text
text_list = re.findall('cltext.>(.*?)<', w_all)
text = text_list[2::4]
time_of_day_list = ( _('Night'), _('Morning'), _('Day'), _('Evening'))
if show_block_tomorrow:
#### weather tomorrow ####
try:
w_tomorrow = w_all_list[1]
except:
f = open(os.path.join(CONFIG_PATH, 'error.html'), 'w')
f.write(source)
f.close()
if timer_bool:
print ('\033[1;31m[!]\033[0m '+_('Next try in 10 seconds'))
return False
# temperature
t_tomorrow = t[4:8]
t_tomorrow_feel = t_feel[4:8]
for i in range(len(t_tomorrow)):
t_tomorrow[i] = convert_from_C(t_tomorrow[i], t_tomorrow_feel[i])
# weather icon
icon_tomorrow = re.findall('src=\".*?//(.*?/icons/.*?)\"', w_tomorrow)
for i in range(len(icon_tomorrow)):
icon_tomorrow[i] = convert(icon_tomorrow[i], icons_name)
# wind
wind_speed_tom = re.findall('m_wind ms.>(\d+)', w_tomorrow)
if wind_speed_tom:
for i in range(len(wind_speed_tom)):
wind_speed_tom[i] = convert_from_ms(wind_speed_tom[i])
wind_direct_tom = re.findall('>(.+)</dt', w_tomorrow)
for i in range(len(wind_direct_tom)):
wind_direct_tom[i] = wind_direct_tom[i].split('>')[-1]
if show_block_today:
#### weather today ####
w_today = w_all_list[0]
# temperature
t_today = t[0:4]
t_today_feel = t_feel[0:4]
for i in range(len(t_today)):
t_today[i] = convert_from_C(t_today[i], t_today_feel[i])
# weather icon
icon_today = re.findall('src=\".*?//(.*?/icons/.*?)\"', w_today)
for i in range(len(icon_today)):
icon_today[i] = convert(icon_today[i], icons_name)
# wind
wind_speed_tod = re.findall('m_wind ms.>(\d+)', w_today)
if wind_speed_tod:
for i in range(len(wind_speed_tod)):
wind_speed_tod[i] = convert_from_ms(wind_speed_tod[i])
wind_direct_tod = re.findall('>(.+)</dt', w_today)
for i in range(len(wind_direct_tod)):
wind_direct_tod[i] = wind_direct_tod[i].split('>')[-1]
########
if time_update:
print ('\033[34m>\033[0m '+_('updated on server')+' '+time_update[0])
print ('\033[34m>\033[0m '+_('weather received')+' '+time.strftime('%H:%M', time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
def get_weather():
global city_name, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain
n = gw_vars.get("n")
city_id = gw_vars.get("city_id")
icons_name = gw_vars.get("icons_name")
URL = "http://www.yr.no/place/%s/forecast.xml" % str(city_id)
print("\033[34m>\033[0m " + _("Getting weather for") + " " + str(n) + " " + _("days"))
source = urlopener(URL, 5)
if not source:
return False
#### current weather ####
# city
city_name = re.findall("<name>(.+?)</name>", source)
# temperature
temp = re.findall('<temperature unit="celsius" value="(.+?)"', source)
for i in range(len(temp)):
temp[i] = convert_from_C(temp[i])
t_now = [temp[0]]
# wind
wind_speed_now = re.findall('<windSpeed mps="(.+?)"', source)
if wind_speed_now:
for i in range(len(wind_speed_now)):
wind_speed_now[i] = convert_from_ms(wind_speed_now[i])
wind_direct_now = re.findall('<windDirection.*code="(.*?)"', source)
# icon
icons = re.findall('<symbol.*var="([mf/]*.+?)"', source)
for i in range(len(icons)):
icons[i] = convert(icons[i], icons_name)
icon_now = [icons[0]]
# wind icon
icon_wind_now = re.findall('<windDirection.*deg="(.+?)"', source)
if icon_wind_now[0] == "0":
icon_wind_now[0] = "None"
else:
icon_wind_now[0] = round(float(icon_wind_now[0])) + 90
# update time
time_update = re.findall("<lastupdate>.*T(.+?)</lastupdate>", source)
# weather text now
text_now = re.findall('<symbol.*name="(.+?)"', source)
# pressure now
press_now = re.findall('<pressure unit="hPa" value="(.+?)"', source)
if press_now:
press_now[0] = convert_from_hPa(press_now[0])
#### weather to several days ####
# all days
dates = re.findall('<time from="\d\d\d\d-(.+?)T', source)
t_night = [""]
t_day = [""]
icon = []
text = []
date = [dates[0]]
wind_speed = [""]
wind_direct = [""]
all_periods = re.findall('<time.*period="(\d)"', source)
for i in range(1, len(all_periods)):
if all_periods[i] == "0":
# night
t_night.append(temp[i])
pass
if all_periods[i] == "2":
# day
t_day.append(temp[i])
icon.append(icons[i])
text.append(text_now[i])
date.append(dates[i])
wind_speed.append(wind_speed_now[i])
wind_direct.append(wind_direct_now[i])
pass
if time_update:
print("\033[34m>\033[0m " + _("updated on server") + " " + time_update[0])
print("\033[34m>\033[0m " + _("weather received") + " " + time.strftime("%H:%M", time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
def get_weather():
global city_name, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain
APPID = gw_vars.get('appid')
if not APPID:
print('\033[1;31m[!]\033[0m Empty API key. Please enter API key')
n = gw_vars.get('n')
city_id = gw_vars.get('city_id')
show_block_tomorrow = gw_vars.get('show_block_tomorrow')
show_block_today = gw_vars.get('show_block_today')
show_block_add_info = gw_vars.get('show_block_add_info')
weather_lang = gw_vars.get('weather_lang')
icons_name = gw_vars.get('icons_name')
URL_CURRENT = 'http://api.openweathermap.org/data/2.5/weather?id=%s&lang=%s&units=metric&appid=%s'%(str(city_id), weather_lang, APPID)
URL_SEVERAL_DAYS = 'http://api.openweathermap.org/data/2.5/forecast/daily?id=%s&lang=%s&units=metric&cnt=%s&appid=%s'%(str(city_id), weather_lang, n+1, APPID)
URL_TODAY_TOMORROW = 'http://api.openweathermap.org/data/2.5/forecast?id=%s&lang=%s&units=metric&appid=%s'%(str(city_id), weather_lang, APPID)
print ('\033[34m>\033[0m '+_('Getting weather for')+' '+str(n)+' '+_('days'))
source = urlopener(URL_CURRENT, 5)
if not source:
return False
source = json.loads(source)
#### current weather ####
# city
city_name = [source['name']]
# temperature
t_now = [add_plus(str(round(source['main']['temp'])))]
t_now[0] = t_now[0]+'°;'+t_now[0]+'°;'+C_to_F(t_now[0])+'°;'+C_to_F(t_now[0])+'°;'+C_to_K(t_now[0])+';'+C_to_K(t_now[0])
# wind
wind_speed_now = [str(round(source['wind']['speed']))]
if wind_speed_now:
wind_speed_now[0] = convert_from_ms(wind_speed_now[0])
try:
wind_direct_now = [wind_direct_convert.convert(source['wind']['deg'])]
a=''
for i in range(len(wind_direct_now[0])):
a=a+_(wind_direct_now[0][i])
wind_direct_now[0]=a
except:
wind_direct_now = []
# icon
icon_now = ['http://openweathermap.org/img/w/'+source['weather'][0]['icon']+'.png']
icon_now[0] = convert(icon_now[0], icons_name)
# wind icon
try:
icon_wind_now = [round(source['wind']['deg'])+90]
if icon_wind_now[0] == '0':
icon_wind_now[0] = 'None'
except:
icon_wind_now = ['None']
# update time
dt = datetime.fromtimestamp(source['dt'])
time_update = [dt.strftime('%H:%M')]
# weather text now
text_now = [source['weather'][0]['description']]
# pressure now
press_now = [str(round(source['main']['pressure']))]
if press_now:
press_now[0] = str(round(int(press_now[0])*0.75))+' mmHg;'+str(round(int(press_now[0])*0.0295))+' inHg;'+press_now[0]+' hPa'
# humidity now
hum_now = [str(source['main']['humidity'])]
#### weather to several days ####
source = urlopener(URL_SEVERAL_DAYS, 5)
if not source:
return False
source = json.loads(source)
t_day = []
t_night = []
day = []
date = []
icon = []
text = []
wind_speed = []
wind_direct = []
chance_of_rain = []
for data in source['list']:
t_day.append(add_plus(str(round(data['temp']['day']))))
t_night.append(add_plus(str(round(data['temp']['night']))))
dt = datetime.fromtimestamp(data['dt'])
day.append(dt.strftime('%a'))
date.append(dt.strftime('%d.%m'))
icon.append('http://openweathermap.org/img/w/'+data['weather'][0]['icon']+'.png')
text.append(data['weather'][0]['description'])
wind_speed.append(str(round(data['speed'])))
wind_direct.append(wind_direct_convert.convert(data['deg']))
chance_of_rain.append(str(data['rain']) if 'rain' in data.keys() else '')
for j in range(len(wind_direct)):
a=''
for i in range(len(wind_direct[j])):
a=a+_(wind_direct[j][i])
wind_direct[j]=a
for i in range(len(t_day)):
t_day[i] = t_day[i]+'°;'+t_day[i]+'°;'+C_to_F(t_day[i])+'°;'+C_to_F(t_day[i])+'°;'+C_to_K(t_day[i])+';'+C_to_K(t_day[i])
for i in range(len(t_night)):
t_night[i] = t_night[i]+'°;'+t_night[i]+'°;'+C_to_F(t_night[i])+'°;'+C_to_F(t_night[i])+'°;'+C_to_K(t_night[i])+';'+C_to_K(t_night[i])
for i in range(len(icon)):
icon[i] = convert(icon[i], icons_name)
if wind_speed:
for i in range(len(wind_speed)):
wind_speed[i] = convert_from_ms(wind_speed[i])
if show_block_tomorrow or show_block_today:
source = urlopener(URL_TODAY_TOMORROW, 5)
if not source:
return False
source = json.loads(source)
t_tomorrow = ['', '', '', '']
t_today = ['', '', '', '']
icon_today = ['', '', '', '']
icon_tomorrow = ['', '', '', '']
wind_speed_tod = ['', '', '', '']
wind_direct_tod = ['', '', '', '']
wind_speed_tom = ['', '', '', '']
wind_direct_tom = ['', '', '', '']
day_today = get_day(source['list'][0])
for data in source['list']:
day_tommorow = get_day(data)
if day_tommorow != day_today:
break
for data in source['list']:
day_after_tommorow = get_day(data)
if day_after_tommorow != day_today and day_after_tommorow != day_tommorow:
break
a_dict = {'00:00':3, '06:00':0, '12:00':1, '18:00':2}
for data in source['list']:
if get_time(data) in a_dict.keys():
if get_day(data) == day_today:
t_today[a_dict[get_time(data)]] = add_plus(str(round(data['main']['temp'])))
icon_today[a_dict[get_time(data)]] = 'http://openweathermap.org/img/w/'+data['weather'][0]['icon']+'.png'
wind_speed_tod[a_dict[get_time(data)]] = str(round(data['wind']['speed']))
wind_direct_tod[a_dict[get_time(data)]] = wind_direct_convert.convert(data['wind']['deg'])
if get_day(data) == day_tommorow:
t_tomorrow[a_dict[get_time(data)]] = add_plus(str(round(data['main']['temp'])))
icon_tomorrow[a_dict[get_time(data)]] = 'http://openweathermap.org/img/w/'+data['weather'][0]['icon']+'.png'
wind_speed_tom[a_dict[get_time(data)]] = str(round(data['wind']['speed']))
wind_direct_tom[a_dict[get_time(data)]] = wind_direct_convert.convert(data['wind']['deg'])
if get_time(data) == '00:00':
t_today[3] = add_plus(str(round(data['main']['temp'])))
icon_today[3] = 'http://openweathermap.org/img/w/'+data['weather'][0]['icon']+'.png'
wind_speed_tod[3] = str(round(data['wind']['speed']))
wind_direct_tod[3] = wind_direct_convert.convert(data['wind']['deg'])
if get_day(data) == day_after_tommorow and get_time(data) == '00:00':
t_tomorrow[3] = add_plus(str(round(data['main']['temp'])))
icon_tomorrow[3] = 'http://openweathermap.org/img/w/'+data['weather'][0]['icon']+'.png'
wind_speed_tom[3] = str(round(data['wind']['speed']))
wind_direct_tom[3] = wind_direct_convert.convert(data['wind']['deg'])
for i in range(len(t_today)):
if t_today[i] != '':
t_today[i] = t_today[i]+'°;'+t_today[i]+'°;'+C_to_F(t_today[i])+'°;'+C_to_F(t_today[i])+'°;'+C_to_K(t_today[i])+';'+C_to_K(t_today[i])
else:
t_today[i] = ';;;;;'
for i in range(len(t_tomorrow)):
if t_tomorrow[i] != '':
t_tomorrow[i] = t_tomorrow[i]+'°;'+t_tomorrow[i]+'°;'+C_to_F(t_tomorrow[i])+'°;'+C_to_F(t_tomorrow[i])+'°;'+C_to_K(t_tomorrow[i])+';'+C_to_K(t_tomorrow[i])
else:
t_tomorrow[i] = ';;;;;'
for i in range(len(icon_today)):
if icon_today[i] != '':
icon_today[i] = convert(icon_today[i], icons_name)
else:
icon_today[i] = 'na.png;na.png'
for i in range(len(icon_tomorrow)):
if icon_tomorrow[i] != '':
icon_tomorrow[i] = convert(icon_tomorrow[i], icons_name)
else:
icon_tomorrow[i] = 'na.png;na.png'
for i in range(len(wind_speed_tod)):
if wind_speed_tod[i] != '':
wind_speed_tod[i] = convert_from_ms(wind_speed_tod[i])
else:
wind_speed_tod[i] = ';;'
for i in range(len(wind_speed_tom)):
if wind_speed_tom[i] != '':
wind_speed_tom[i] = convert_from_ms(wind_speed_tom[i])
for j in range(len(wind_direct_tod)):
a=''
for i in range(len(wind_direct_tod[j])):
a=a+_(wind_direct_tod[j][i])
wind_direct_tod[j]=a
for j in range(len(wind_direct_tom)):
a=''
for i in range(len(wind_direct_tom[j])):
a=a+_(wind_direct_tom[j][i])
wind_direct_tom[j]=a
if time_update:
print ('\033[34m>\033[0m '+_('updated on server')+' '+time_update[0])
print ('\033[34m>\033[0m '+_('weather received')+' '+time.strftime('%H:%M', time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
def get_weather():
global time_of_day_list, w, sunrise, sunset, sun_duration, URL, URL_HOURLY, URL_DAILY, city_name, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain, t_today_low, t_tomorrow_low
n = gw_vars.get('n')
city_id = gw_vars.get('city_id')
show_block_tomorrow = gw_vars.get('show_block_tomorrow')
show_block_today = gw_vars.get('show_block_today')
show_block_add_info = gw_vars.get('show_block_add_info')
weather_lang = gw_vars.get('weather_lang')
if weather_lang == 'ua/ru':
weather_lang = 'ru'
icons_name = gw_vars.get('icons_name')
URL_ALL = 'https://services.gismeteo.ru/inform-service/inf_chrome/forecast/?lang=%s&city=%s'%(weather_lang, str(city_id))
print ('\033[34m>\033[0m '+_('Getting weather for')+' '+str(n)+' '+_('days'))
source = urlopener(URL_ALL, 2)
if not source:
return False
# city
city_name = re.findall(' name="(.*?)"', source)
# sun
dt1 = datetime.utcfromtimestamp(int(re.findall('<fact.*?sunrise="(.*?)"', source)[0]))
dt2 = datetime.utcfromtimestamp(int(re.findall('<fact.*?sunset="(.*?)"', source)[0]))
dt3 = dt2 - dt1
sunrise = dt1.strftime('%H:%M')
sunset = dt2.strftime('%H:%M')
sun_duration = ':'.join(str(dt3).split(':')[:2])
# temperature
t_now = re.findall('<fact.*? t="(.*?)"',source)
t_now[0] = convert_from_C(t_now[0])
# wind
wind_speed_now = re.findall('<fact.*? ws="(.*?)"', source)
wind_speed_now[0] = convert_from_ms(wind_speed_now[0])
s = re.findall('<fact.*? wd="(.*?)"', source)[0]
wind_direct_now = [wind_direct_convert.convert2(s)]
if s == '0':
icon_wind_now = ['None']
else:
icon_wind_now = [int(s)*45+45]
# icon
icon_now = re.findall('<fact.*? icon="(.*?)"', source)
icon_now[0] = convert(icon_now[0], icons_name)
# update time
time_update = re.findall('<fact.*? valid="(.*?)"', source)
time_update[0] = time_update[0][-8:-3]
# weather text now
text_now = re.findall('<fact.*? descr="(.*?)"', source)
# pressure now
press_now = re.findall('<fact.*? p="(.*?)"', source)
press_now[0] = convert_from_mmHg(press_now[0])
# humidity now
hum_now = re.findall('<fact.*? hum="(.*?)"', source)
# water temperature now
t_water_now = re.findall('<fact.*? water_t="(.*?)"', source)
t_water_now = t_water_now[0]+';'+str(int(C_to_F(t_water_now[0])))+';'+C_to_K(t_water_now[0])
#### weather to several days ####
# night temperature
t_night = re.findall('<day.*? tmin="(.*?)"', source)
for i in range(len(t_night)):
t_night[i] = convert_from_C(t_night[i], t_night[i])
# day temperature
t_day = re.findall('<day.*? tmax="(.*?)"', source)
for i in range(len(t_day)):
t_day[i] = convert_from_C(t_day[i], t_day[i])
# day of week, date
day = re.findall('<day.*? date="(.*?)"', source)
day.pop(0)
for i in range(len(day)):
dt1 = datetime.strptime(day[i], '%Y-%m-%d')
day[i] = dt1.strftime('%a')
date = re.findall('<day.*? date=".*?-(.*?)"', source)
date.pop(0)
for i in range(len(date)):
s = date[i].split('-')
date[i] = s[1]+'.'+s[0]
# weather icon day
icon = re.findall('<day.*? icon="(.*?)"', source, re.DOTALL)
for i in range(len(icon)):
icon[i] = convert(icon[i], icons_name)
# wind
wind_speed = re.findall('<day.*? ws="(.*?)"', source, re.DOTALL)
for i in range(len(wind_speed)):
wind_speed[i] = convert_from_ms(wind_speed[i])
wind_direct = re.findall('<day.*? wd="(.*?)"', source, re.DOTALL)
icon_wind = []
for i in range(len(wind_direct)):
if wind_direct[i] == '0':
icon_wind.append('None')
else:
icon_wind.append(int(wind_direct[i])*45+45)
wind_direct[i] = wind_direct_convert.convert2(wind_direct[i])
# weather text
text = re.findall('<day.*? descr="(.*?)"', source, re.DOTALL)
time_of_day_list = ( _('Night'), _('Morning'), _('Day'), _('Evening'))
w_today_tomorrow = re.findall('<forecast(.*?)</day>', source, re.DOTALL)
if show_block_today:
#### weather today ####
w_today = w_today_tomorrow[0]
# temperature
t_today = re.findall(' t="(.*?)"', w_today)[::2]
for i in range(len(t_today)):
t_today[i] = convert_from_C(t_today[i], t_today[i])
# weather icon
icon_today = re.findall(' icon="(.*?)"', w_today)[::2]
for i in range(len(icon_today)):
icon_today[i] = convert(icon_today[i], icons_name)
# wind
wind_speed_tod = re.findall(' ws="(.*?)"', w_today)[::2]
if wind_speed_tod:
for i in range(len(wind_speed_tod)):
wind_speed_tod[i] = convert_from_ms(wind_speed_tod[i])
wind_direct_tod = re.findall(' wd="(.*?)"', w_today)[::2]
for i in range(len(wind_direct_tod)):
wind_direct_tod[i] = wind_direct_convert.convert2(wind_direct_tod[i])
if show_block_tomorrow:
#### weather tomorrow ####
w_tomorrow = w_today_tomorrow[1]
# temperature
t_tomorrow = re.findall(' t="(.*?)"', w_tomorrow)[::2]
for i in range(len(t_tomorrow)):
t_tomorrow[i] = convert_from_C(t_tomorrow[i], t_tomorrow[i])
# weather icon
icon_tomorrow = re.findall(' icon="(.*?)"', w_tomorrow)[::2]
for i in range(len(icon_tomorrow)):
icon_tomorrow[i] = convert(icon_tomorrow[i], icons_name)
# wind
wind_speed_tom = re.findall(' ws="(.*?)"', w_tomorrow)[::2]
if wind_speed_tom:
for i in range(len(wind_speed_tom)):
wind_speed_tom[i] = convert_from_ms(wind_speed_tom[i])
wind_direct_tom = re.findall(' wd="(.*?)"', w_tomorrow)[::2]
for i in range(len(wind_direct_tom)):
wind_direct_tom[i] = wind_direct_convert.convert2(wind_direct_tom[i])
########
if time_update:
print ('\033[34m>\033[0m '+_('updated on server')+' '+time_update[0])
print ('\033[34m>\033[0m '+_('weather received')+' '+time.strftime('%H:%M', time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
def get_weather():
global city_name, URL, t_now, wind_speed_now, wind_direct_now, icon_now, icon_wind_now, time_update, text_now, press_now, hum_now, t_water_now, t_night, t_night_feel, day, date, t_day, t_day_feel, icon, icon_wind, wind_speed, wind_direct, text, t_tomorrow, t_tomorrow_feel, icon_tomorrow, wind_speed_tom, wind_direct_tom, t_today, t_today_feel, icon_today, wind_speed_tod, wind_direct_tod, chance_of_rain, time_of_day_list, sunrise, sunset, sun_duration
APPID = gw_vars.get('appid')
if not APPID:
print('\033[1;31m[!]\033[0m Empty API key. Please enter API key')
n = gw_vars.get('n')
city_id = gw_vars.get('city_id')
show_block_tomorrow = gw_vars.get('show_block_tomorrow')
show_block_today = gw_vars.get('show_block_today')
show_block_add_info = gw_vars.get('show_block_add_info')
weather_lang = gw_vars.get('weather_lang')
icons_name = gw_vars.get('icons_name')
URL = ''
URL_CURRENT = 'http://api.openweathermap.org/data/2.5/weather?id=%s&lang=%s&units=metric&appid=%s'%(str(city_id), weather_lang, APPID)
URL_SEVERAL_DAYS = 'http://api.openweathermap.org/data/2.5/forecast?id=%s&lang=%s&units=metric&appid=%s'%(str(city_id), weather_lang, APPID)
# URL_SEVERAL_DAYS2 = 'http://api.openweathermap.org/data/2.5/forecast/daily?id=%s&lang=%s&units=metric&cnt=%s&appid=%s'%(str(city_id), weather_lang, n+1, APPID)
# URL_TODAY_TOMORROW = 'http://api.openweathermap.org/data/2.5/forecast?id=%s&lang=%s&units=metric&appid=%s'%(str(city_id), weather_lang, APPID)
print ('\033[34m>\033[0m '+_('Getting weather for')+' '+str(n)+' '+_('days'))
source = urlopener(URL_CURRENT, 2)
if not source:
return False
source = json.loads(source)
#### current weather ####
# city
city_name = [source['name']]
# temperature
t_now = [add_plus(str(round(source['main']['temp'])))]
t_now[0] = convert_from_C(t_now[0])
# wind
wind_speed_now = [str(round(source['wind']['speed']))]
if wind_speed_now:
wind_speed_now[0] = convert_from_ms(wind_speed_now[0])
try:
wind_direct_now = [wind_direct_convert.convert(source['wind']['deg'])]
except:
wind_direct_now = []
# icon
icon_now = ['http://openweathermap.org/img/w/'+source['weather'][0]['icon']+'.png']
icon_now[0] = convert(icon_now[0], icons_name)
# wind icon
try:
icon_wind_now = [round(source['wind']['deg'])+90]
if icon_wind_now[0] == '0':
icon_wind_now[0] = 'None'
except:
icon_wind_now = ['None']
# update time
dt = datetime.fromtimestamp(source['dt'])
time_update = [dt.strftime('%H:%M')]
# weather text now
text_now = [source['weather'][0]['description']]
# pressure now
press_now = [str(round(source['main']['pressure']))]
if press_now:
press_now[0] = convert_from_hPa(press_now[0])
# humidity now
hum_now = [str(source['main']['humidity'])]
dt1 = datetime.fromtimestamp(source['sys']['sunrise'])
dt2 = datetime.fromtimestamp(source['sys']['sunset'])
dt3 = dt2-dt1
sunrise = dt1.strftime('%H:%M')
sunset = dt2.strftime('%H:%M')
sun_duration = ':'.join(str(dt3).split(':')[:2])
#### weather to several days ####
source = urlopener(URL_SEVERAL_DAYS, 2)
if not source:
return False
source = json.loads(source)
wt = [[]]
i = 0
for data in source['list']:
t=add_plus(str(round(data['main']['temp'])))
dt = datetime.fromtimestamp(data['dt']-10)
day=dt.strftime('%a')
date=dt.strftime('%d.%m')
icon='http://openweathermap.org/img/w/'+data['weather'][0]['icon']+'.png'
text=data['weather'][0]['description']
wind_speed=str(round(data['wind']['speed']))
wind_direct=wind_direct_convert.convert(data['wind']['deg'])
if get_time(data) == '00:00' and wt[0] != []:
i+=1
wt.append([])
wt[i].append([t, day, date, icon, text, wind_speed, wind_direct])
t_day = ['']
t_night = ['']
day = [wt[0][0][1]]
date = [wt[0][0][2]]
icon = ['']
text = ['']
wind_speed = ['']
wind_direct = ['']
for i in range(1, len(wt)):
t_d = None
t_n = None
w_s = 0
for item in wt[i]:
if t_d == None:
t_d = item[0]
t_n = item[0]
if int(item[0]) > int(t_d):
t_d = item[0]
if int(item[0]) < int(t_n):
t_n = item[0]
w_s += int(item[5])
t_day.append(convert_from_C(t_d))
t_night.append(convert_from_C(t_n))
day.append(wt[i][0][1])
date.append(wt[i][0][2])
index = -1 if len(wt[i])<5 else 4
icon.append(convert(wt[i][index][3],icons_name))
text.append(wt[i][index][4])
wind_speed.append(convert_from_ms(str(round(w_s/len(wt[i])))))
wind_direct.append(wt[i][index][6])
if show_block_tomorrow or show_block_today:
t_tomorrow = ['', '', '', '']
t_today = ['', '', '', '']
icon_today = ['', '', '', '']
icon_tomorrow = ['', '', '', '']
wind_speed_tod = ['', '', '', '']
wind_direct_tod = ['', '', '', '']
wind_speed_tom = ['', '', '', '']
wind_direct_tom = ['', '', '', '']
day_today = get_day(source['list'][0])
for data in source['list']:
day_tommorow = get_day(data)
if day_tommorow != day_today:
break
for data in source['list']:
day_after_tommorow = get_day(data)
if day_after_tommorow != day_today and day_after_tommorow != day_tommorow:
break
a_dict = {'03:00':0, '09:00':1, '15:00':2, '21:00':3}
for data in source['list']:
if get_time(data) in a_dict.keys():
if get_day(data) == day_today:
t_today[a_dict[get_time(data)]] = add_plus(str(round(data['main']['temp'])))
icon_today[a_dict[get_time(data)]] = 'http://openweathermap.org/img/w/'+data['weather'][0]['icon']+'.png'
wind_speed_tod[a_dict[get_time(data)]] = str(round(data['wind']['speed']))
wind_direct_tod[a_dict[get_time(data)]] = wind_direct_convert.convert(data['wind']['deg'])
if get_day(data) == day_tommorow:
t_tomorrow[a_dict[get_time(data)]] = add_plus(str(round(data['main']['temp'])))
icon_tomorrow[a_dict[get_time(data)]] = 'http://openweathermap.org/img/w/'+data['weather'][0]['icon']+'.png'
wind_speed_tom[a_dict[get_time(data)]] = str(round(data['wind']['speed']))
wind_direct_tom[a_dict[get_time(data)]] = wind_direct_convert.convert(data['wind']['deg'])
if get_time(data) == '00:00':
t_today[3] = add_plus(str(round(data['main']['temp'])))
icon_today[3] = 'http://openweathermap.org/img/w/'+data['weather'][0]['icon']+'.png'
wind_speed_tod[3] = str(round(data['wind']['speed']))
wind_direct_tod[3] = wind_direct_convert.convert(data['wind']['deg'])
if get_day(data) == day_after_tommorow and get_time(data) == '00:00':
t_tomorrow[3] = add_plus(str(round(data['main']['temp'])))
icon_tomorrow[3] = 'http://openweathermap.org/img/w/'+data['weather'][0]['icon']+'.png'
wind_speed_tom[3] = str(round(data['wind']['speed']))
wind_direct_tom[3] = wind_direct_convert.convert(data['wind']['deg'])
for i in range(len(t_today)):
if t_today[i] != '':
t_today[i] = t_today[i]+'°;'+t_today[i]+'°;'+C_to_F(t_today[i])+'°;'+C_to_F(t_today[i])+'°;'+C_to_K(t_today[i])+';'+C_to_K(t_today[i])
else:
t_today[i] = ';;;;;'
for i in range(len(t_tomorrow)):
if t_tomorrow[i] != '':
t_tomorrow[i] = t_tomorrow[i]+'°;'+t_tomorrow[i]+'°;'+C_to_F(t_tomorrow[i])+'°;'+C_to_F(t_tomorrow[i])+'°;'+C_to_K(t_tomorrow[i])+';'+C_to_K(t_tomorrow[i])
else:
t_tomorrow[i] = ';;;;;'
for i in range(len(icon_today)):
if icon_today[i] != '':
icon_today[i] = convert(icon_today[i], icons_name)
else:
icon_today[i] = 'clear.png;clear.png'
for i in range(len(icon_tomorrow)):
if icon_tomorrow[i] != '':
icon_tomorrow[i] = convert(icon_tomorrow[i], icons_name)
else:
icon_tomorrow[i] = 'na.png;na.png'
for i in range(len(wind_speed_tod)):
if wind_speed_tod[i] != '':
wind_speed_tod[i] = convert_from_ms(wind_speed_tod[i])
else:
wind_speed_tod[i] = ';;'
for i in range(len(wind_speed_tom)):
if wind_speed_tom[i] != '':
wind_speed_tom[i] = convert_from_ms(wind_speed_tom[i])
time_of_day_list = (_('Night'), _('Morning'), _('Day'), _('Evening'))
if time_update:
print ('\033[34m>\033[0m '+_('updated on server')+' '+time_update[0])
print ('\033[34m>\033[0m '+_('weather received')+' '+time.strftime('%H:%M', time.localtime()))
# write variables
for i in w.keys():
w[i] = globals()[i]
return w
