def get_temp(weather_units, temp):
try:
temp = float(temp)
except (KeyError, TypeError, ValueError):
return 'unknown'
# check user preferences, default to both if unset
if weather_units == "both" or weather_units is None:
return u'%d\u00B0C (%d\u00B0F)' % (round(temp), round(c_to_f(temp)))
elif weather_units == "metric":
return u'%d\u00B0C' % (round(temp))
elif weather_units == "imperial":
return u'%d\u00B0F' % (round(c_to_f(temp)))
def get_tomorrow_low(results):
temp = None
# Only using the first 8 results to get the next 24 hours (8 * 3 hours)
for _ in results['list'][:8]:
if temp is None or _['main']['temp_min'] < temp:
temp = _['main']['temp_min']
return u'Low: %d\u00B0C (%d\u00B0F)' % (temp, c_to_f(temp))
def get_temp(parsed):
try:
condition = parsed['channel']['item']['yweather:condition']
temp = int(condition['@temp'])
except (KeyError, ValueError):
return 'unknown'
return (u'%d\u00B0C (%d\u00B0F)' % (temp, c_to_f(temp)))
def get_tomorrow_low(parsed):
try:
tomorrow_low = int(
parsed['channel']['item']['yweather:forecast'][2]['@low'])
except (KeyError, ValueError):
return 'unknown'
return ('Low: %s\u00B0C (%s\u00B0F)' %
(tomorrow_low, c_to_f(tomorrow_low)))
def get_tomorrow_high(parsed):
try:
tomorrow_high = int(
parsed['channel']['item']['yweather:forecast'][2]['@high'])
except (KeyError, ValueError):
return 'unknown'
return ('High: %s\u00B0C (%s\u00B0F)' %
(tomorrow_high, c_to_f(tomorrow_high)))
def get_temp(parsed):
try:
temp = float(parsed['main']['temp'])
except (KeyError, TypeError, ValueError):
return 'unknown'
return u'%d\u00B0C (%d\u00B0F)' % (round(temp), round(c_to_f(temp)))
def get_temp(temp):
try:
temp = float(temp)
except (KeyError, TypeError, ValueError):
return 'unknown'
return u'%d\u00B0C (%d\u00B0F)' % (round(temp), round(c_to_f(temp)))
def _parse_data(data, timezone):
"""parse data"""
string = ""
idx = 0
for key, values in data.items():
value_map = values
if idx == 0:
prefix = ""
else:
prefix = " | "
if key in ["lat", "lon", "observation_time"]:
continue
if not value_map.get('value') or value_map.get('value') == 'none':
continue
if key == "weather_code":
value_map = {'value': WEATHER_CODE_DESCRIPTIONS[values['value']]}
if value_map.get('units'):
if value_map['units'] == "F":
f_color = _get_temp_color(value_map['value'])
value_map = {
'value':
"{}°F/{}°C".format(
color("{}".format(round(value_map['value'])), f_color),
color(
"{}".format(round(f_to_c(value_map['value']), 1)),
f_color),
)
}
elif value_map['units'] == "C":
f_color = _get_temp_color(c_to_f(value_map['value']))
value_map = {
'value':
"{}°C/{}°F".format(
color("{}".format(round(value_map['value'], 1)),
f_color),
color("{}".format(round(c_to_f(value_map['value']))),
f_color),
)
}
if key == "wind_direction":
value_map = {'value': get_wind(values['value'])}
if key in ["sunrise", "sunset"]:
value_map = {'value': _parse_time(values['value'], timezone)}
try:
value_map['value'] = _get_value_format(value_map['value'], key)
except:
pass
template = Template("{pfx}{field} $value$units").safe_substitute(
value_map)
string += template.format(
pfx=prefix,
field=MAPPED_FIELDS.get(key, ""),
)
idx += 1
return string.replace('$units', '')