def __format_dst_change(cls, dst_change):
if dst_change['day'].startswith('D'):
return '%02d/%02d/%02d' % (dst_change['month'], dst_change['day'][1:], dst_change['time'].as_hour)
else:
week, weekday = map(int, dst_change['day'][1:].split('.'))
weekday = tzinform.week_start_on_monday(weekday)
return '%d/%d/%d/%d' % (dst_change['month'], week, weekday, dst_change['time'].as_hours)
def __format_dst_change(cls, dst_change):
fmted_time = '%02d:%02d:%02d' % tuple(dst_change['time'].as_hms)
day = dst_change['day']
if day.startswith('D'):
return '%02d.%02d %s' % (int(day[1:]), dst_change['month'], fmted_time)
else:
week, weekday = map(int, day[1:].split('.'))
weekday = tzinform.week_start_on_monday(weekday)
return '%02d.%02d.%02d %s' % (dst_change['month'], week, weekday, fmted_time)
def __format_dst_change(cls, dst_change):
_day = dst_change['day']
if _day.startswith('D'):
day = _day[1:]
weekday = '0'
else:
week, weekday = _day[1:].split('.')
weekday = tzinform.week_start_on_monday(int(weekday))
if week == '5':
day = '-1'
else:
day = (int(week) - 1) * 7 + 1
h, m, s = dst_change['time'].as_hms
return ('%s/%s/%s/%s:%s:%s' %
(dst_change['month'], day, weekday, h, m, s))