def _get_datetime_obj(self, **params):
try:
return datetime(**params)
except ValueError as e:
error_text = e.__str__()
error_msgs = ['day is out of range', 'day must be in']
if ((error_msgs[0] in error_text or error_msgs[1] in error_text)
and
not (self._token_day or hasattr(self, '_token_weekday'))):
params['day'] = get_last_day_of_month(params['year'],
params['month'])
return datetime(**params)
else:
raise e
def _get_datetime_obj(self, **params):
try:
return datetime(**params)
except ValueError as e:
error_text = e.__str__()
error_msgs = ['day is out of range', 'day must be in']
if (error_msgs[0] in error_text or error_msgs[1] in error_text):
if not(self._token_day or hasattr(self, '_token_weekday')):
# if day is not available put last day of the month
params['day'] = get_last_day_of_month(params['year'], params['month'])
return datetime(**params)
elif not self._token_year and params['day'] == 29 and params['month'] == 2 and \
not calendar.isleap(params['year']):
# fix the year when year is not present and it is 29 of February
params['year'] = self._get_correct_leap_year(self.settings.PREFER_DATES_FROM, params['year'])
return datetime(**params)
raise e
def test_get_last_day_of_month(self, year, month, expected_last_day):
assert get_last_day_of_month(year, month) == expected_last_day
