def is_in_school_year(self, date: datetime):
school_start = datetime.strptime(self.fisd_schedule.get("StartDate"),
"%m/%d/%Y")
school_end = datetime.strptime(self.fisd_schedule.get("EndDate"),
"%m/%d/%Y")
return school_start.date() < date.date() and school_end.date(
) > date.date()
def get_week(self, date: datetime):
week_num: int = int(date.strftime("%U") )
num_weeks: int = next( (item for item in self.virtual_schedule if item["sk"] == "SETTINGS" ) )
if date.year > self.start_date.year:
week_num = 53 + int(date.strftime("%U"))
# Remove holiday weeks:
week_num = week_num - self.remove_holiday_weeks(date)
return (( week_num - self.week_one ) % num_weeks.get("num_weeks", 2) ) + 1
def is_holiday(self, date: datetime):
if not self.is_in_school_year(date):
return "School is not in session on {}".format(
date.strftime("%b %d"))
if date.strftime("%A") in ["Saturday", "Sunday"]:
return "No school on {}".format(date.strftime("%A"))
holiday = self.get_holiday_in_list(date.strftime("%m/%d/%Y"))
if holiday != None:
return "NO SCHOOL: {}.".format(holiday.get("name"))
else:
return None
def get_schedule_for_day(self, date: datetime):
day_of_week = date.strftime("%A")
week_num: int = int(date.strftime("%U") )
if date.year > self.start_date.year:
week_num = 53 + int(date.strftime("%U"))
# week = (( week_num - self.week_one ) % 2 ) + 1
week = self.get_week(date)
print (f"Current Week {week}, updated week {self.get_week(date)}")
# print("Day of week: {}, Week Number: {}, week: {}".format(day_of_week, week_num, week))
week_schedule = next( (item for item in self.virtual_schedule \
if item["sk"] == "WEEK{week}|{dow}".format(week=week,dow=day_of_week )) )
return week_schedule
def is_date_holiday(self, holiday_date: datetime):
if not self.is_date_in_schedule(holiday_date):
return "School is not in session on {}".format(
holiday_date.strftime("%b %d"))
if holiday_date.strftime("%A") in ["Saturday", "Sunday"]:
return "No school on {}".format(holiday_date.strftime("%A"))
str_date = holiday_date.strftime('%m/%d/%Y')
holiday_rec = next( (item for item in self.fisd_schedule \
if item["sk"].startswith("HOLIDAY") and item["start"] == str_date), None)
# print("HOLIDAY REC {}".format(holiday_rec))
return holiday_rec if holiday_rec == None else \
"NO SCHOOL: {}.".format(holiday_rec.get('sk').replace('HOLIDAY|', ''))
def what_is_my_schedule(self, student: str, date: datetime):
calculator = Calculator(student)
print('What is the School Schedule for {} ?'.format(calculator.name))
try:
sched = calculator.is_there_school(date)
# print (sched)
print(
" ===================== {} School Schedule For {} ========================================"
.format(sched.get("name"), date.strftime("%A, %b %d, %Y")))
if sched.get("schedule") != None:
schedule = sched.get("schedule")
calculator.print_schedule(schedule)
else:
print(sched.get("message"))
print(" ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~")
except ValueError as e:
print("COULD NOT FIND SCHEDULE!")
print(e)
def is_there_school(self, date: datetime):
print("Generating schedule for ",
date.strftime("%A, %d. %B %Y %I:%M%p"))
is_holiday = self.school_calendar.is_holiday(date)
if is_holiday != None:
return dict(schedule=None, message=is_holiday, name=self.name)
self.term = self.school_calendar.get_term(date)
print("Schedule for TERM: ", self.term)
schedule = None
try:
schedule = self.daily_calendar.get_schedule_for_date(
date, self.term)
schedule = self.virtual_calendar.add_virtual_week_to_schedule(
date, schedule)
except:
raise RuntimeError("Could not derive schedule for {}".format(
self.name))
if schedule != None:
return dict(schedule=schedule, message=None, name=self.name)
else:
raise ValueError("Could not determine schedule for {}".format(
self.name))
def datetime_to_str(para_datetime: datetime) -> str:
return para_datetime.strftime(f'[%Y-%m-%d %H:%M:%S]')
def date_in_term(date: datetime, term: dict):
start_of_term = datetime.strptime(term.get("start"), "%m/%d/%Y")
end_of_term = datetime.strptime(term.get("end"), "%m/%d/%Y")
return start_of_term.date() <= date.date() and end_of_term.date(
) >= date.date()
def formatDateForKey(date: datetime):
return date.strftime("%Y%m%d")