def get_satisfied_seconds(self, call: Call) -> int:
second = (call.get_end() - call.get_start()).second
if second <= self.start:
return self.start
elif second <= self.end:
return second - self.start
else:
return second - self.end
def get_satisfied_seconds(self, call: Call) -> int:
second = 0
call_start = call.get_start()
call_end = call.get_end()
call_start_date = call_start.date()
call_end_date = call_end.date()
while call_start_date < call_end_date:
second += (
min(datetime.combine(call_start_date, self.end), call_end) -
max(datetime.combine(call_start_date, self.start),
call_start)).second
call_start_date += timedelta(days=1)
return second
def get_satisfied_seconds(self, call: Call) -> int:
second = 0
call_start = call.get_start()
call_end = call.get_end()
call_start_date = call_start.date()
call_end_date = call_end.date()
while call_start_date < call_end_date:
if call_start_date.weekday() in self.dayofweek:
second += (min(
datetime.combine(call_start_date,
time(hour=0, minute=0, second=0)),
call_end) - max(
datetime.combine(call_start_date,
time(hour=23, minute=59, second=59)),
call_start)).second
call_start_date += timedelta(days=1)
return second
def get_satisfied_seconds(self, call: Call) -> int:
return (call.get_end() - call.get_start()).second
