def get_first_trading_day_of_month(self, dt):
self.month = dt.month
dt = dt.replace(day=1)
first_day = (normalize_date(dt) if self.cal.is_open_on_day(dt) else
self.cal.next_trading_day(dt))
return first_day
def get_first_trading_day_of_month(self, dt):
self.month = dt.month
dt = dt.replace(day=1)
first_day = (normalize_date(dt) if self.cal.is_open_on_day(dt)
else self.cal.next_trading_day(dt))
return first_day
def test_nyse_data_availability_time(self):
"""
Ensure that the NYSE schedule's data availability time is the market
open.
"""
# This is a time on the day after Thanksgiving when the market was open
test_dt = Timestamp('11/23/2012 11:00AM', tz='EST')
test_date = normalize_date(test_dt)
desired_data_time = Timestamp('11/23/2012 9:31AM', tz='EST')
# Get the data availability time from the NYSE schedule
data_time = self.nyse_exchange_schedule.data_availability_time(
date=test_date
)
# Check the schedule answer against the hard-coded answer
self.assertEqual(data_time, desired_data_time,
"Data availability time is not the market open")
def should_trigger(self, dt):
return self.get_trigger_day_of_month(dt) == normalize_date(dt)
def should_trigger(self, dt):
return normalize_date(dt) not in self.cal.early_closes
def should_trigger(self, dt):
return normalize_date(dt) not in self.cal.early_closes
def should_trigger(self, dt):
return self.get_trigger_day_of_month(dt) == normalize_date(dt)
