def write_everything_from_yahoo_to_xml(country, cities, outfile='weather.xml'):
""" Write all the results from google to an xml file """
weather_reports = pywapi.get_everything_from_yahoo(country, cities)
xml_output = Element('Weather')
for city, report in weather_reports.items():
try:
xml_city = Element('town')
xml_name = Element('name')
xml_name.text = city
xml_city.append(xml_name)
xml_temperature = Element('temperature')
temp_c = report['wind']['chill']
temp_unit = report['units']['temperature']
temp_cond = ''.join([temp_c, ' ', temp_unit])
xml_temperature.text = temp_cond
xml_city.append(xml_temperature)
xml_humidity = Element('humidity')
xml_humidity.text = report['atmosphere']['humidity']
xml_city.append(xml_humidity)
xml_condition = Element('condition')
xml_condition.text = report['condition']['text']
xml_city.append(xml_condition)
xml_wind = Element('wind')
beaufort = pywapi.wind_beaufort_scale(report['wind']['speed'])
direction = pywapi.wind_direction(report['wind']['direction'])
wind_cond = ''.join([beaufort, ' ', direction])
xml_wind.text = wind_cond
xml_city.append(xml_wind)
xml_output.append(xml_city)
except KeyError:
pass
ElementTree(xml_output).write(outfile, 'UTF-8')
def write_everything_from_yahoo_to_xml(country, cities, outfile='weather.xml'):
""" Write all the results from google to an xml file """
weather_reports = pywapi.get_everything_from_yahoo(country, cities)
xml_output = Element('Weather')
for city, report in weather_reports.items():
try:
xml_city = Element('town')
xml_name = Element('name')
xml_name.text = city
xml_city.append(xml_name)
xml_temperature = Element('temperature')
temp_c = report['wind']['chill']
temp_unit = report['units']['temperature']
temp_cond = ''.join([temp_c, ' ', temp_unit])
xml_temperature.text = temp_cond
xml_city.append(xml_temperature)
xml_humidity = Element('humidity')
xml_humidity.text = report['atmosphere']['humidity']
xml_city.append(xml_humidity)
xml_condition = Element('condition')
xml_condition.text = report['condition']['text']
xml_city.append(xml_condition)
xml_wind = Element('wind')
beaufort = pywapi.wind_beaufort_scale(report['wind']['speed'])
direction = pywapi.wind_direction(report['wind']['direction'])
wind_cond = ''.join([beaufort, ' ', direction])
xml_wind.text = wind_cond
xml_city.append(xml_wind)
xml_output.append(xml_city)
except KeyError:
pass
ElementTree(xml_output).write(outfile, 'UTF-8')
'TMP':
cur_cond['temperature'] + '°',
'HUM':
cur_cond['humidity'] + '%',
'FLK':
cur_cond['feels_like'] + '°',
'TXT':
cur_cond['text'].lower().replace(' ', ''),
'BAR':
cur_cond['barometer']['reading'] + units['pressure'],
'DEW':
cur_cond['dewpoint'] + '°' + units['temperature'],
'WND': (wind['speed'] + ' ' + units['speed'] + ' from ' +
wind['text']) if wind['speed'] != 'calm' else wind['text'],
'BEU':
pywapi.wind_beaufort_scale(wind['speed']),
'CPR':
forcast[0]['day']['chance_precip'] + '%'
}
wtr['ICO'] = icons_path + wtr['TXT'] + '.png'
for elements in forcast:
days.append(elements['day_of_week'].upper()[:2])
high.append(elements['high'] + '°')
lows.append(elements['low'])
cond.append(os.environ['HOME'] + conky_loc + '/weather_icons/day/' +
elements['day']['text'].lower().replace(' ', '') + '.png')
cond[0] = os.environ['HOME'] + conky_loc + '/weather_icons/day/' + wtr[
'TXT'] + '.png'
forecasts_ready.update({
+ ' -p ' + str(posx) \
+ ',' + str(posy) \
+ ' -s ' + str(sizew) \
+ 'x' + str(sizeh) \
+ ' -n' + '}'
wtr = {
'TMP' : cur_cond['temperature'] + '°',
'HUM' : cur_cond['humidity'] + '%',
'FLK' : cur_cond['feels_like'] + '°',
'TXT' : cur_cond['text'].lower().replace(' ', ''),
'BAR' : cur_cond['barometer']['reading'] + 'mb',
'DEW' : cur_cond['dewpoint'] + '°C',
'WND' : (wind['speed'] + ' km/h from ' + wind['text']) if wind['speed'] != 'calm' else wind['text'],
'BEU' : pywapi.wind_beaufort_scale(wind['speed']),
'CPR' : forcast[0]['day']['chance_precip'] + '%'
}
wtr['ICO'] = icons_path + wtr['TXT'] + '.png'
for elements in forcast:
days.append(elements['day_of_week'].upper()[:2])
high.append(elements['high'] + '°')
lows.append(elements['low'])
cond.append(os.environ['HOME'] + '/.conky/weather/weather_icons/day/' + elements['day']['text'].lower().replace(' ', '') + '.png')
cond[0] = os.environ['HOME'] + '/.conky/weather/weather_icons/day/' + wtr['TXT'] + '.png'
forecasts_ready.update({'days': days, 'highs': high, 'lows': lows, 'cond': cond})
