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MoFin/venv/lib/python3.12/site-packages/exchange_calendars/xbkk_holidays.py
T
知微 fa45d8aa5f fix: 小果地址统一node122(兼容LAN+EasyTier) 
- health_checklist.json: 192.168.1.122→node122
- ocr_client.py: docstring IP→node122
- docs/market-data-requirements.md: IP→node122
- 所有API调用通过ProxyHandler({})绕过系统代理
  Privoxy对node122:18003返回500，直连正常
2026-06-30 02:56:35 +08:00

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import datetime
import pandas as pd
from pandas.tseries.holiday import (
Holiday,
next_monday_or_tuesday,
sunday_to_monday,
weekend_to_monday,
)
from .common_holidays import european_labour_day, new_years_day, new_years_eve
from .exchange_calendar import MONDAY, SUNDAY
def new_years_eve_observance(dt: datetime.datetime) -> datetime.datetime | None:
# New Year's Eve is a holiday every year except for 2003 for some reason.
return weekend_to_monday(dt) if dt.year != 2003 else None
def new_years_day_observance(dt: datetime.datetime) -> datetime.datetime | None:
# There was no extra observance of New Year's Day in 2006.
return next_monday_or_tuesday(dt) if dt.year != 2006 else None
def songkran_festival_last_day_observance(dt: datetime.datetime) -> datetime.datetime:
"""
This function is similar to the pandas function `next_monday_or_tuesday`
except it does not observe Saturday holidays on Monday.
"""
if dt.weekday() == SUNDAY or dt.weekday() == MONDAY:
return dt + datetime.timedelta(days=1)
return dt
NewYearsDay = new_years_day(observance=new_years_day_observance)
ChakriMemorialDay = Holiday(
"Chakri Memorial Day",
month=4,
day=6,
observance=weekend_to_monday,
)
# Thai New Year. This does not follow the usual observe-next-trading-day rule.
SongkranFestival1 = Holiday("Songkran Festival", month=4, day=13)
SongkranFestival2 = Holiday(
"Songkran Festival",
month=4,
day=14,
observance=sunday_to_monday,
)
SongkranFestival3 = Holiday(
"Songkran Festival",
month=4,
day=15,
observance=songkran_festival_last_day_observance,
)
LabourDay = european_labour_day(observance=weekend_to_monday)
CoronationDay2016AndBefore = Holiday(
"Coronation Day For King #9",
month=5,
day=5,
observance=weekend_to_monday,
end_date="2017",
)
CoronationDay2019AndAfter = Holiday(
"Coronation Day For King #10",
month=5,
day=4,
observance=weekend_to_monday,
start_date="2019",
)
HMQueensBirthday = Holiday(
"Her Majesty The Queen's Birthday",
month=6,
day=3,
observance=weekend_to_monday,
start_date="2019",
)
HMKingsBirthday = Holiday(
"His Majesty The King's Birthday",
month=7,
day=28,
observance=weekend_to_monday,
start_date="2017",
)
HMQueenMothersBirthday = Holiday(
"Her Majesty The Queen Mother's Birthday",
month=8,
day=12,
observance=weekend_to_monday,
)
# This holiday was historically used as a "catch up" day for the exchange, so
# it does not need to follow the usual observe-next-trading-day rule.
HalfYearHoliday = Holiday(
"Half Year Holiday",
month=7,
day=1,
start_date="2002",
end_date="2017",
)
ThePassingOfKingBhumibol = Holiday(
"The Passing of King Bhumibol",
month=10,
day=13,
observance=weekend_to_monday,
start_date="2017",
)
ChulalongkornDay = Holiday(
"Chulalongkorn Day",
month=10,
day=23,
observance=weekend_to_monday,
)
KingBhumibolsBirthday = Holiday(
"King Bhumibol's Birthday",
month=12,
day=5,
observance=weekend_to_monday,
)
ThailandConstitutionDay = Holiday(
"Thailand Constitution Day",
month=12,
day=10,
observance=weekend_to_monday,
)
NewYearsEve = new_years_eve(observance=new_years_eve_observance)
# Adhoc Holidays
# --------------
new_years_bridge_days = [
pd.Timestamp("2002-12-30"),
pd.Timestamp("2004-01-02"),
pd.Timestamp("2009-01-02"),
pd.Timestamp("2013-12-30"),
pd.Timestamp("2015-01-02"),
pd.Timestamp("2023-12-29"),
pd.Timestamp("2026-01-02"),
]
asanha_bucha_bridge_days = [
pd.Timestamp("2009-07-06"),
pd.Timestamp("2016-07-18"),
]
queens_birthday_bridge_days = [
pd.Timestamp("2010-08-13"),
pd.Timestamp("2014-08-11"),
pd.Timestamp("2025-06-02"),
pd.Timestamp("2025-08-11"),
]
coronation_bridge_days = [
pd.Timestamp("2015-05-04"),
pd.Timestamp("2016-05-06"),
pd.Timestamp("2023-05-05"),
]
vesak_bridge_days = [
pd.Timestamp("2011-05-16"),
]
misc_adhoc = [
pd.Timestamp("2006-04-19"), # Special Holiday
pd.Timestamp("2006-06-12"), # Special Holiday
pd.Timestamp("2006-06-13"), # Special Holiday
pd.Timestamp("2006-09-20"), # Exchange Holiday
pd.Timestamp("2007-12-24"), # Exchange Holiday
pd.Timestamp("2010-05-20"), # Closure Due to Security Concerns
pd.Timestamp("2010-05-21"), # Closure Due to Security Concerns
pd.Timestamp("2012-04-09"), # Bank Holiday
pd.Timestamp("2017-10-26"), # Cremation of King Bhumibol
pd.Timestamp("2021-02-12"), # Special Holiday
pd.Timestamp("2021-09-24"), # Special Holiday
pd.Timestamp("2021-10-22"), # Substitution for Chulalongkorn Day
pd.Timestamp("2022-07-29"), # Special Holiday
pd.Timestamp("2022-10-14"), # Special Holiday
pd.Timestamp("2024-04-12"), # Special Holiday
]
# Lunar Holidays
# --------------
# Makha Bucha (also known as Magha Puja) is celebrated on the day of the Full
# Moon of Magha in the Buddhist calendar. This falls sometime between February
# and March.
makha_bucha = pd.to_datetime(
[
"1981-02-18",
"1982-02-08",
"1983-02-27",
"1984-02-16",
"1985-03-06",
"1986-02-24",
"1987-02-13",
"1988-03-03",
"1989-02-20",
"1990-02-09",
"1991-02-28",
"1992-02-18",
"1993-03-08",
"1994-02-25",
"1995-02-15",
"1996-03-05",
"1997-02-22",
"1998-02-11",
"1999-03-02",
"2000-02-19",
"2001-02-08",
"2002-02-26",
"2003-02-17",
"2004-03-05",
"2005-02-23",
"2006-02-13",
"2007-03-05",
"2008-02-21",
"2009-02-09",
"2010-03-01",
"2011-02-18",
"2012-03-07",
"2013-02-25",
"2014-02-14",
"2015-03-04",
"2016-02-22",
"2017-02-13",
"2018-03-01",
"2019-02-19",
"2020-02-10",
"2021-02-26",
"2022-02-16",
"2023-03-06",
"2024-02-26",
"2025-02-12",
"2026-03-03",
"2027-02-22",
"2028-02-10",
"2029-02-27",
]
)
# Vesak (also known as Buddha Day) is celebrated on the day of the Full Moon of
# Visakha in the Buddhist calendar. This typically falls in May.
vesak = pd.to_datetime(
[
"1981-05-18",
"1982-05-07",
"1983-05-26",
"1984-05-15",
"1985-06-02",
"1986-05-23",
"1987-05-13",
"1988-05-31",
"1989-05-20",
"1990-05-09",
"1991-05-28",
"1992-05-16",
"1993-06-04",
"1994-05-24",
"1995-05-14",
"1996-06-01",
"1997-05-22",
"1998-05-11",
"1999-05-30",
"2000-05-18",
"2001-05-07",
"2002-05-27",
"2003-05-15",
"2004-06-02",
"2005-05-23",
"2006-05-12",
"2007-05-31",
"2008-05-19",
"2009-05-08",
"2010-05-28",
"2011-05-17",
"2012-06-04",
"2013-05-24",
"2014-05-13",
"2015-06-01",
"2016-05-20",
"2017-05-10",
"2018-05-29",
"2019-05-20",
"2020-05-06",
"2021-05-26",
"2022-05-16",
"2023-06-05",
"2024-05-22",
"2025-05-12",
"2026-06-01",
"2027-05-20",
"2028-05-08",
"2029-05-28",
]
)
# Asanha Bucha (also known as Asalha Puja) is celebrated on the day of the Full
# Moon of Asadha in the Buddhist calendar. This typically falls in July.
asanha_bucha = pd.to_datetime(
[
"1981-07-17",
"1982-07-06",
"1983-07-24",
"1984-07-12",
"1985-07-31",
"1986-07-21",
"1987-07-10",
"1988-07-28",
"1989-07-18",
"1990-07-07",
"1991-07-26",
"1992-07-14",
"1993-08-02",
"1994-07-22",
"1995-07-12",
"1996-07-30",
"1997-07-19",
"1998-07-09",
"1999-07-28",
"2000-07-16",
"2001-07-05",
"2002-07-25",
"2003-07-14",
"2004-08-02",
"2005-07-22",
"2006-07-11",
"2007-07-30",
"2008-07-17",
"2009-07-07",
"2010-07-26",
"2011-07-15",
"2012-08-02",
"2013-07-22",
"2014-07-11",
"2015-07-30",
"2016-07-19",
"2017-07-10",
"2018-07-27",
"2019-07-16",
"2020-07-06",
"2021-07-26",
"2022-07-13",
"2023-08-01",
"2024-07-22",
"2025-07-10",
"2026-07-29",
"2027-07-19",
"2028-07-06",
"2029-07-25",
]
)
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