def __generate_holidays(cls, year):
empty = Calendar()
# New Year's Day
yield empty.adjust(date(year, 1, 1), BusinessDayConvention.following)
if year >= 2000:
# Good Friday and Easter Monday
easter_monday = empty.easter(year);
yield easter_monday + timedelta(-3)
yield easter_monday
if year >= 2000:
# Labour Day
yield date(year, 5, 1)
# Christmas
yield date(year, 12, 25)
if year >= 2000:
# Day of Goodwill
yield date(year, 12, 26)
if year == 1998 or year == 1999 or year == 2001:
yield date(year, 12, 31)
def __generate_holidays(cls, year):
empty = Calendar();
# New Years Days, adjusted to the first non-weekend.
yield empty.adjust(date(year, JulianMonth.january, 1), BusinessDayConvention.following)
# Good Friday and Easter Monday
easter_monday = empty.easter(year)
yield easter_monday - timedelta(3)
yield easter_monday
if year == 2011:
# Royal Wedding
yield date(2011, JulianMonth.april, 29)
# May Day - first Monday in May.
yield empty.add_nth_day_of_week(date(year, JulianMonth.may, 1), 1, DayOfWeek.monday, False)
if year == 2002:
# Golden Jubilee Bank Holiday
yield date(2002, JulianMonth.june, 3)
# Special Spring Bank Holiday
yield date(2002, JulianMonth.june, 4)
elif year == 2012:
# Diamond Jubilee Bank Holiday
yield date(2012, JulianMonth.june, 4)
# Special Spring Bank Holiday
yield date(2012, JulianMonth.june, 5)
else:
# Spring Bank Holiday - last Monday in May
yield empty.add_nth_day_of_week(empty.end_of_month(year, JulianMonth.may), -1, DayOfWeek.monday, False)
# August Bank Holiday - last Monday in August.
yield empty.add_nth_day_of_week(empty.end_of_month(year, JulianMonth.august), -1, DayOfWeek.monday, False)
# Christmas Day
christmas_day = empty.adjust(date(year, JulianMonth.december, 25), BusinessDayConvention.following)
yield christmas_day
# Boxing Day
yield empty.add_business_days(christmas_day, 1)
if year == 1999:
# Millennium Celebration
yield date(1999, JulianMonth.december, 31)
