def get_statistics(cls):
# For now not using this to improve performance
# response_values = [cls.get_approved_names_counter(),
# cls.get_waiting_time_priority_queue(unit=UnitTime.HR.value),
# cls.get_waiting_time_regular_queue(unit=UnitTime.DAY.value)]
oldest_draft = Request.get_oldest_draft()
todays_date = get_utc_now().date()
submitted_date = oldest_draft.submittedDate.date()
# note that busday_count does not count the end date provided
delta = np.busday_count(submitted_date, todays_date)
delta = int(delta)
# add one to waiting time to account for specific scenarios
if np.is_busday(todays_date) or delta == 0:
delta += 1
response_values = [
0,
0, #cls.get_waiting_time_priority_queue(unit=UnitTime.HR.value),
delta
]
response = query_result_to_dict(response_keys, response_values)
return response
def get_waiting_time_dict(cls):
oldest_draft = Request.get_oldest_draft()
if oldest_draft is None:
oldest_draft_date = datetime.now().astimezone()
else:
oldest_draft_date = oldest_draft.submittedDate
# add one to waiting time to account for current day
delta = datetime.now().astimezone() - oldest_draft_date + 1
response_data = {'oldest_draft': oldest_draft_date.isoformat(), 'waiting_time': delta.days}
return response_data
def get_statistics(cls):
# For now not using this to improve performance
# response_values = [cls.get_approved_names_counter(),
# cls.get_waiting_time_priority_queue(unit=UnitTime.HR.value),
# cls.get_waiting_time_regular_queue(unit=UnitTime.DAY.value)]
oldest_draft = Request.get_oldest_draft()
todays_date = datetime.utcnow().date()
submitted_date = oldest_draft.submittedDate.date()
# add one to waiting time to account for current day
delta = todays_date - submitted_date + 1
response_values = [0,
0, #cls.get_waiting_time_priority_queue(unit=UnitTime.HR.value),
delta.days]
response = query_result_to_dict(response_keys, response_values)
return response
def get_waiting_time_dict(cls):
try:
if not (oldest_draft := Request.get_oldest_draft()):
oldest_draft_date = datetime.now().astimezone()
else:
