def process(self, value, is_value2):
if value is None and self.op in (ops.between, ops.not_between):
if is_value2:
value = ''
else:
raise formencode.Invalid(gettext('invalid date'), value, self)
if value is None or self.op in self.no_value_operators:
return None
if self.op == self.default_op and not value:
return None
if self.op == ops.select_month:
if is_value2:
return feval.Int(not_empty=False, min=1900,
max=9999).to_python(value)
return feval.Int(not_empty=False).to_python(value)
if self.op in self.days_operators:
if is_value2:
return None
filter_value = feval.Int(not_empty=True).to_python(value)
if self.op in (ops.days_ago, ops.less_than_days_ago,
ops.more_than_days_ago):
try:
self._get_today() - dt.timedelta(days=filter_value)
except OverflowError:
raise formencode.Invalid(
gettext('date filter given is out of range'), value,
self)
if self.op in (ops.in_days, ops.in_less_than_days,
ops.in_more_than_days):
try:
self._get_today() + dt.timedelta(days=filter_value)
except OverflowError:
raise formencode.Invalid(
gettext('date filter given is out of range'), value,
self)
return filter_value
try:
d = ensure_date(parse(value))
if isinstance(d, (dt.date, dt.datetime)) and d.year < 1900:
return feval.Int(min=1900).to_python(d.year)
return d
except ValueError:
# allow open ranges when blanks are submitted as a second value
if is_value2 and not value:
return dt.date.today()
raise formencode.Invalid(gettext('invalid date'), value, self)
def process(self, value, is_value2):
if value is None and self.op in (ops.between, ops.not_between):
if is_value2:
value = ''
else:
raise formencode.Invalid(gettext('invalid date'), value, self)
if value is None or self.op in self.no_value_operators:
return None
if self.op == self.default_op and not value:
return None
if self.op == ops.select_month:
if is_value2:
return feval.Int(not_empty=False, min=1900, max=9999).to_python(value)
return feval.Int(not_empty=False).to_python(value)
if self.op in self.days_operators:
if is_value2:
return None
filter_value = feval.Int(not_empty=True).to_python(value)
if self.op in (ops.days_ago, ops.less_than_days_ago, ops.more_than_days_ago):
try:
self._get_today() - dt.timedelta(days=filter_value)
except OverflowError:
raise formencode.Invalid(gettext('date filter given is out of range'),
value, self)
if self.op in (ops.in_days, ops.in_less_than_days, ops.in_more_than_days):
try:
self._get_today() + dt.timedelta(days=filter_value)
except OverflowError:
raise formencode.Invalid(gettext('date filter given is out of range'),
value, self)
return filter_value
try:
d = ensure_date(parse(value))
if isinstance(d, (dt.date, dt.datetime)) and d.year < 1900:
return feval.Int(min=1900).to_python(d.year)
return d
except ValueError:
# allow open ranges when blanks are submitted as a second value
if is_value2 and not value:
return dt.date.today()
raise formencode.Invalid(gettext('invalid date'), value, self)
def _process_date(self, value, is_value2):
try:
d = ensure_date(parse(value))
if isinstance(d, (dt.date, dt.datetime)) and d.year < 1900:
return feval.Int(min=1900).to_python(d.year)
return d
except ValueError:
# allow open ranges when blanks are submitted as a second value
if is_value2 and not value:
return self._get_today()
raise formencode.Invalid(gettext('invalid date'), value, self)
def _get_today(self):
# this filter is date-only, so our "now" is a date without time
return ensure_date(self._get_now())
def test_ensure_date():
dtm = dt.datetime.now()
d = dt.date.today()
assert ensure_date(dtm) == dtm.date()
assert ensure_date(d) is d
def test_ensure_date():
dtm = dt.datetime.now()
d = dt.date.today()
assert ensure_date(dtm) == dtm.date()
assert ensure_date(d) is d
def _get_today(self):
# this filter is date-only, so our "now" is a date without time
return ensure_date(self._get_now())