def sync_app_state(request):
earliest_pickup_time = ceil_datetime(trim_seconds(default_tz_now()) + datetime.timedelta(minutes=asap_interval()), minutes=booking_interval())
latest_pickup_time = earliest_pickup_time + datetime.timedelta(hours=(24*14))
dt_options = list(datetimeIterator(earliest_pickup_time, latest_pickup_time, delta=datetime.timedelta(minutes=booking_interval())))
response = {
"logged_in": request.user.is_authenticated(),
"pickup_datetime_options": [to_js_date(opt) for opt in dt_options],
"pickup_datetime_default_idx": 0,
"asap_as_default": True,
"booking_data": request.session.get(CURRENT_BOOKING_DATA_KEY)
}
passenger = Passenger.from_request(request)
response["show_url"] = "" # change to cause child browser to open with passed url
if passenger:
response["authenticated"] = True
response["passenger_picture_url"] = passenger.picture_url
ongoing_order = get_ongoing_order(passenger)
if ongoing_order:
response["ongoing_order_id"] = ongoing_order.id
future_orders = get_future_orders_for(passenger)
response["future_orders_count"] = len(future_orders)
trimed_response = response.copy()
trimed_response['pickup_datetime_options'] = response['pickup_datetime_options'][:9] + ['...']
logging.info("get_initial_status: %s" % trimed_response)
return JSONResponse(response)
def get_closest_active(self, dt_target, dt_start, dt_end, delta):
dt_itr = datetimeIterator(from_datetime=dt_start, to_datetime=dt_end, delta=delta)
active_dts = []
for dt in dt_itr:
if self.is_active(dt):
active_dts.append(dt)
if active_dts:
active_dts = sorted(active_dts, key=lambda dt: abs(dt - dt_target))
return active_dts[0]
return None
def get_closest_active(self, dt_target, dt_start, dt_end, delta):
dt_itr = datetimeIterator(from_datetime=dt_start,
to_datetime=dt_end,
delta=delta)
active_dts = []
for dt in dt_itr:
if self.is_active(dt):
active_dts.append(dt)
if active_dts:
active_dts = sorted(active_dts, key=lambda dt: abs(dt - dt_target))
return active_dts[0]
return None
def get_dates(self, start_date=None, end_date=None):
"""
Dates on which the rule is active.
@param start_date: a datetime.date lower bound.
@param end_date: a datetime.date upper bound.
@return: a list of dates.
"""
dates = []
if self.from_date and self.to_date:
if self.from_date == self.to_date and start_date <= self.from_date <= end_date:
dates = [self.from_date]
elif self.from_date < self.to_date:
d1 = max(start_date, self.from_date) if start_date else self.from_date
d2 = min(end_date, self.to_date) if end_date else self.to_date
dates = list(datetimeIterator(d1, d2))
return dates
def get_dates(self, start_date=None, end_date=None):
"""
Dates on which the rule is active.
@param start_date: a datetime.date lower bound.
@param end_date: a datetime.date upper bound.
@return: a list of dates.
"""
dates = []
if self.from_date and self.to_date:
if self.from_date == self.to_date and start_date <= self.from_date <= end_date:
dates = [self.from_date]
elif self.from_date < self.to_date:
d1 = max(start_date,
self.from_date) if start_date else self.from_date
d2 = min(end_date, self.to_date) if end_date else self.to_date
dates = list(datetimeIterator(d1, d2))
return dates