def _verify_holiday(self, dt):
move_day = None
weekday = dt.weekday()
is_weekend = not self._weekdays[weekday]
idiosyncratic, name, move = self._is_idiosyncratic(dt)
# No move rules for idiosyncratic holidays?
if idiosyncratic:
return True, name, None
if dt.month in self._dated_holidays:
holiday_day_descriptions = self._dated_holidays[dt.month]
if dt.day in holiday_day_descriptions:
name, move = holiday_day_descriptions[dt.day]
if move is not None and is_weekend:
move_day = self._move_holiday(dt, move)
return True, name, move_day
if len(self._numbered_weekday_holidays[dt.month]) > 0:
for tup in self._numbered_weekday_holidays[dt.month]:
order, weekday, name = tup
# n-th day of the month holidays are usually not moved
# as they always happen on a particular day of the week
if dt.weekday() == weekday:
if order > 0 and (((dt.day-1)//dateutils.DAYS_IN_WEEK+1) == order):
return True, name, None
if order == -1:
# last weekday of the month
eom_day = dateutils.eom(dt.year, dt.month)
if dt == weekday_on_or_before(eom_day, weekday):
return True, name, None
# if everything else in other categories does not work - check if it is weekend
if is_weekend:
return True, 'weekend', None
return False, '', move_day
def _verify_holiday(self, dt):
move_day = None
weekday = dt.weekday()
is_weekend = not self._weekdays[weekday]
idiosyncratic, name, move = self._is_idiosyncratic(dt)
# No move rules for idiosyncratic holidays?
if idiosyncratic:
return True, name, None
if dt.month in self._dated_holidays:
holiday_day_descriptions = self._dated_holidays[dt.month]
if dt.day in holiday_day_descriptions:
name, move = holiday_day_descriptions[dt.day]
if move is not None and is_weekend:
move_day = self._move_holiday(dt, move)
return True, name, move_day
if len(self._numbered_weekday_holidays[dt.month]) > 0:
for tup in self._numbered_weekday_holidays[dt.month]:
order, weekday, name = tup
# n-th day of the month holidays are usually not moved
# as they always happen on a particular day of the week
if dt.weekday() == weekday:
if order > 0 and (((dt.day-1)//dateutils.DAYS_IN_WEEK+1) == order):
return True, name, None
if order == -1:
# last weekday of the month
eom_day = dateutils.eom(dt.year, dt.month)
if dt == weekday_on_or_before(eom_day, weekday):
return True, name, None
# if everything else in other categories does not work - check if it is weekend
if is_weekend:
return True, 'weekend', None
return False, '', move_day
def lbusdate(year, month, calendar):
""" Last business day of the month
"""
dt = dateutils.eom(year, month)
return _roll_backward(dt, calendar)
def lbusdate(year, month, calendar):
""" Last business day of the month
"""
dt = dateutils.eom(year, month)
return _roll_backward(dt, calendar)
