def within(self, date):
tmp_date = copy.copy(date)
if self.holidays.is_holiday(tmp_date):
day = self.get_day(tmp_date.isoweekday())
if day is not None:
return day.is_time_within_opening_hours(Time.fromDate(tmp_date), tmp_date)
return False
def timedelta(self, start, end):
"""
Returns a datetime.timedelta with the number of full business days
and business time between d1 and d2
"""
time = datetime.timedelta()
if start >= end:
return time
# within the same day
if start.date() == end.date():
if self.holidays.is_holiday(start):
return time
day_of_week = start.isoweekday()
day = self.get_day(day_of_week)
# we doesn't work at `start` date (may be it's Sat or Sun)
if day is None:
return time
start_time = Time.fromDate(start)
end_time = Time.fromDate(end)
time = day.timedelta(start_time, end_time)
else:
dates = []
if end.date() - start.date() == datetime.timedelta(days=1):
start_day = self.get_day(start.isoweekday())
end_day = self.get_day(end.isoweekday())
dates = [
[start, Time.fromDate(start), start_day.get_closing_time(start)],
[end, end_day.get_opening_time(end), Time.fromDate(end)],
]
else:
start_day = self.get_day(start.isoweekday())
end_day = self.get_day(end.isoweekday())
dates = [
[start, Time.fromDate(start), start_day.get_closing_time(start)],
[end, end_day.get_opening_time(end), Time.fromDate(end)],
]
last_date = start
while True:
date = self.get_closest_date_after(last_date)
if date.date() >= end.date():
break
day = self.get_day(date.isoweekday())
dates.append([date, day.get_opening_time(date), day.get_closing_time(date)])
last_date += datetime.timedelta(days=1)
for date, start_time, end_time in dates:
if self.holidays.is_holiday(date):
continue
day_of_week = date.isoweekday()
day = self.get_day(day_of_week)
# we doesn't work at `date` day (may be it's Sat or Sun)
if day is None:
continue
time += day.timedelta(start_time, end_time)
return time
def get_closest_date_after(self, date):
tmp_date = copy.copy(date)
day_of_week = tmp_date.isoweekday()
time = Time.fromDate(tmp_date)
if self.holidays.is_holiday(tmp_date):
day = self.get_day(day_of_week)
if day is not None:
closest_time = day.get_closest_opening_time_after(time, tmp_date)
if closest_time is not None:
return tmp_date.replace(hour=closest_time.get_hours(), minute=closest_time.get_minutes())
tmp_date = self.get_date_after(tmp_date)
while self.holidays.is_holiday(tmp_date):
tmp_date = self.get_date_after(tmp_date)
closest_day = self.get_closest_day_before(tmp_date.isoweekday())
closing_time = closest_day.get_opening_time(tmp_date)
return tmp_date.replace(hour=closing_time.get_hours(), minute=closing_time.get_minutes())
def fromString(cls, start_time, end_time):
return cls(Time.fromString(start_time), Time.fromString(end_time))
def fromString(cls, start_time, end_time):
return cls(Time.fromString(start_time), Time.fromString(end_time))
