def track_order(request, order_id):
order = Order.by_id(order_id)
use_mock = False
ride = None
expiration_date = default_tz_now()
if order:
try:
ride = order.ride or order.pickmeapp_ride
except (SharedRide.DoesNotExist, PickMeAppRide.DoesNotExist):
pass
else:
error_message = _("This ride is invalid")
if not ride:
error_message = _("This ride is invalid")
else:
expiration_date = ride.arrive_time + timedelta(minutes=15)
if expiration_date < default_tz_now():
error_message = _("This ride has expired")
if ride.station:
station_icon_url = ride.station.app_icon_url
station_phone = ride.station.phone
if request.GET.get("use_mock"):
error_message = ""
station_icon_url = "https://s3.amazonaws.com/stations_icons/ny_icon.png"
use_mock = True
expiration_date = default_tz_now() + timedelta(minutes=15)
expiration_date = to_js_date(expiration_date) # prepare for JS consumption
return custom_render_to_response("track_order.html", locals(), context_instance=RequestContext(request))
def track_order(request, order_id):
order = Order.by_id(order_id)
use_mock = False
ride = None
expiration_date = default_tz_now()
if order:
try:
ride = order.ride or order.pickmeapp_ride
except (SharedRide.DoesNotExist, PickMeAppRide.DoesNotExist):
pass
else:
error_message = _("This ride is invalid")
if not ride:
error_message = _("This ride is invalid")
else:
expiration_date = ride.arrive_time + timedelta(minutes=15)
if expiration_date < default_tz_now():
error_message = _("This ride has expired")
if ride.station:
station_icon_url = ride.station.app_icon_url
station_phone = ride.station.phone
if request.GET.get("use_mock"):
error_message = ""
station_icon_url = "https://s3.amazonaws.com/stations_icons/ny_icon.png"
use_mock = True
expiration_date = default_tz_now() + timedelta(minutes=15)
expiration_date = to_js_date(expiration_date) # prepare for JS consumption
return custom_render_to_response('track_order.html',
locals(),
context_instance=RequestContext(request))
def calc_passenger_ride_freq(offset=0, data=None):
if not data:
data = [["id", "orders", "days"]]
else:
data = pickle.loads(gzip.zlib.decompress(data))
batch_size = 500
logging.info("querying passengers %s->%s" % (offset, offset + batch_size))
passengers = Passenger.objects.all()[offset: offset + batch_size]
for p in passengers:
try:
bi = p.billing_info
except BillingInfo.DoesNotExist:
continue
days = (default_tz_now() - bi.create_date).days
if days:
orders = list(Order.objects.filter(passenger=p, type__in=[OrderType.SHARED, OrderType.PRIVATE]))
orders = filter(lambda o: o.ride, orders)
data.append([p.id, len(orders), days])
if passengers:
data = gzip.zlib.compress(pickle.dumps(data), 9)
deferred.defer(calc_passenger_ride_freq, offset=offset + batch_size + 1, data=data)
else:
logging.info("all done, sending report\n%s" % data)
csv_string = ""
for line in data:
csv_string += ",".join([str(i) for i in line]) + "\n"
send_mail_as_noreply("*****@*****.**", "Passenger ride freq", attachments=[("passenger_freq.csv", csv_string)])
def _create_order_stop(cls, order):
order_stop = cls._create_ISR_object("Order_Stop")
order_stop.Address = cls._create_stop_address(order)
stop_number = 0 # TODO_WB: the pickup order, change when ISR supports more than 1 stop
key_value_string_passenger = cls._create_array_object(
"KeyValueOfstringPassanger8pH_SfiQv")
key_value_string_passenger.Key = stop_number
key_value_string_passenger.Value = cls._create_passenger(
order.passenger)
array_of_string_passenger = cls._create_array_object(
"ArrayOfKeyValueOfstringPassanger8pH_SfiQv")
array_of_string_passenger.KeyValueOfstringPassanger8pH_SfiQv.append(
key_value_string_passenger)
order_stop.Passangers = array_of_string_passenger
order_stop.Stop_Order = stop_number
# this field is used as the start time in ISR client UI
order_stop.Stop_Time = (order.depart_time
or (default_tz_now() +
DEFAULT_TIMEDELTA)).isoformat()
return order_stop
def fromRequest(cls, request):
request_data = simplejson.loads(request.REQUEST.get("data"))
request_data = dict_to_str_keys(request_data)
pickup = request_data.get("pickup")
dropoff = request_data.get("dropoff")
booking_settings = request_data.get("settings")
asap = request_data.get("asap")
inst = cls()
inst.debug = settings.DEV
inst.num_seats = int(booking_settings["num_seats"])
inst.luggage = int(booking_settings["luggage"])
inst.private = bool(booking_settings["private"])
inst.pickup_address = Address(**pickup)
inst.dropoff_address = Address(**dropoff)
# TODO_WB: save extra data when pickup/dropoff have place_id field
logging.info("pickup_place_id: %s" % pickup.get("place_id"))
logging.info("dropoff_place_id: %s" % dropoff.get("place_id"))
if asap:
inst.asap = True
inst.pickup_dt = default_tz_now() + datetime.timedelta(minutes=asap_interval())
logging.info("ASAP set as %s" % inst.pickup_dt.strftime("%H:%M"))
else:
inst.pickup_dt = dateutil.parser.parse(request_data.get("pickup_dt"))
inst.mobile = request.mobile
inst.language_code = request.POST.get("language_code", get_language_from_request(request))
inst.user_agent = request.META.get("HTTP_USER_AGENT")
return inst
def send_message(ride, message):
logging.info(u"send_message '%s' to ride: %s" % (message, ride.id))
try:
station = ride.station
assert station, "ride [%s] is not assigned to a station" % ride.id
assert station.fleet_station_id, "station %s has no fleet_station_id" % ride.station.name
assert ride.dn_fleet_manager_id, "ride [%s] is not associated with a fleet manager" % ride.id
assert ride.taxi_number, "ride [%s] is not associated with a taxi number" % ride.id
ride_fm = FleetManager.by_id(ride.dn_fleet_manager_id)
result = ride_fm.send_message(message, ride.station.fleet_station_id,
ride.taxi_number)
# log a RideEvent about his message
rp = get_ride_position(ride)
e = RideEvent(pickmeapp_ride=None,
shared_ride=ride,
status=FleetManagerRideStatus.MESSAGE_SENT,
raw_status=message,
lat=rp.lat if rp else None,
lon=rp.lon if rp else None,
taxi_id=ride.taxi_number,
timestamp=default_tz_now())
e.save()
return result
except Exception, e:
logging.error(traceback.format_exc())
return False
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 invoices_task(request):
action = int(request.POST.get("action", -1))
now = default_tz_now()
last_month_date = (now - timedelta(days=now.day))
month = last_month_date.month
year = last_month_date.year
start_date = datetime.combine(date(year=year, month=month, day=1), default_tz_time_min())
end_date = datetime.combine(date(year=year, month=month, day=calendar.monthrange(year, month)[1]), default_tz_time_max())
trx_qs = BillingTransaction.objects.filter(debug=False, invoice_sent=False, status=BillingStatus.CHARGED, charge_date__gte=start_date, charge_date__lte=end_date)
if action == InvoiceActions.CREATE_ID:
logging.info("Creating invoice ids: %s - %s" % (start_date, end_date))
failed = do_create_invoice_ids(trx_qs)
elif action == InvoiceActions.SEND:
logging.info("Sending invoices: %s - %s" % (start_date, end_date))
failed = do_send_invoices(trx_qs)
else:
raise RuntimeError("NOT A VALID INVOICE ACTION")
action_name = InvoiceActions.get_name(action)
if failed:
notify_by_email("Error %s invoices for month %s/%s" % (action_name, month, year), "failed with following passenger ids %s" % failed)
else:
notify_by_email("Success %s invoices for month %s/%s" % (action_name, month, year))
return HttpResponse("OK")
def _create_order_stop(cls, order, stop_number):
return {
'Address': cls._create_stop_address(order),
'Passengers': [cls._create_passenger(order.passenger)],
'Stop_Order': stop_number,
# this field is used as the start time in ISR client UI
'Stop_Time': (order.depart_time or (default_tz_now() + DEFAULT_TIMEDELTA)).isoformat()
}
def get_discounted_offers(request, order_settings, start_ride_algo_data):
user = request.user if request.user.is_authenticated() else None
discounted_offers = []
earliest_offer_dt = ceil_datetime(max(trim_seconds(default_tz_now()) + datetime.timedelta(minutes=asap_interval()), order_settings.pickup_dt - OFFERS_TIMEDELTA), minutes=booking_interval())
discounts_data = compute_discounts_data(order_settings,
earliest_offer_dt,
order_settings.pickup_dt + OFFERS_TIMEDELTA,
datetime.timedelta(minutes=booking_interval()),
user = user
)
for discount_data in discounts_data:
discount_rule = discount_data.discount_rule
discount_dt = discount_data.pickup_dt
tariff_for_discount_offer = RuleSet.get_active_set(discount_dt)
base_price_for_discount_offer = start_ride_algo_data.order_price(NEW_ORDER_ID, tariff_for_discount_offer)
if base_price_for_discount_offer:
discount = discount_rule.get_discount(base_price_for_discount_offer)
if discount == 0:
logging.info(u"skipping %s: grants zero discount" % discount_rule.name)
continue
offer_key = "%s_%s" % (DISCOUNTED_OFFER_PREFIX, get_uuid())
memcache.set(offer_key, DiscountData.dump(discount_data), namespace=DISCOUNTED_OFFERS_NS)
offer_text = _(u"The price includes a discount of %g NIS") % discount
if discount_rule.offer_text:
offer_text = discount_rule.offer_text
if offer_text.find("%g") > -1: # render discount amount
offer_text %= discount
discount_offer_data = {
"ride_id": offer_key,
"pickup_time": to_js_date(discount_dt),
"discount_picture_url": discount_rule.picture_url,
"discount_name": discount_rule.display_name,
"passengers": [],
"seats_left": MAX_SEATS,
"price": base_price_for_discount_offer - discount,
"new_ride": True,
"comment": offer_text
}
user_agent = request.META.get("HTTP_USER_AGENT", "")
if RE_2_1_AGENT.match(user_agent) is None: # only for client < 1.2.1
discount_offer_data.update({
"seats_left": MAX_SEATS - 1,
"passengers": [{'name': discount_rule.display_name, 'picture_url': discount_rule.picture_url}]
})
discounted_offers.append(discount_offer_data)
return discounted_offers
def get_order_msg(ride, order):
t = get_template("passenger_notification_msg.html")
pickup_time = None
position = get_position_for_order(order)
if position:
logging.info("use actual position for pickup estimate")
duration = get_shortest_duration(position.lat,
position.lon,
order.from_lat,
order.from_lon,
sensor=True)
logging.info("[get_order_msg] duration = '%s'" % duration)
if duration:
pickup_time = duration / 60
if not pickup_time:
if ride.pickup_estimate: # this is an estimate from the station
duration = get_duration_to_point(ride, order.pickup_point)
pickup_time = (duration / 60) + ride.pickup_estimate
else: # no estimate given, use algo values
if order.pickup_point.stop_time > default_tz_now():
td = order.pickup_point.stop_time - default_tz_now()
pickup_time = td.seconds / 60
else:
pickup_time = 1 # 'now'
current_lang = translation.get_language()
translation.activate(order.language_code)
template_data = {
'pickup_time': pickup_time,
'station_name': ride.station.name,
'taxi_number': ride.taxi_number
}
msg = t.render(Context(template_data))
translation.activate(current_lang)
logging.info(u"order message %s" % msg)
return msg
def get_ongoing_rides(backend=None):
delta = default_tz_now() - timedelta(minutes=15)
pickmeapp_rides = list(PickMeAppRide.objects.filter(arrive_time__gt=delta))
shared_rides = list(SharedRide.objects.filter(arrive_time__gt=delta))
rides = pickmeapp_rides + shared_rides
if backend:
rides = filter(lambda r: r.dn_fleet_manager_id == backend.id, rides)
logging.info("get ongoing rides for fleet %s: %s" % (backend.name if backend else "ALL", rides))
return rides
def get_ongoing_rides(backend=None):
delta = default_tz_now() - timedelta(minutes=15)
pickmeapp_rides = list(PickMeAppRide.objects.filter(arrive_time__gt=delta))
shared_rides = list(SharedRide.objects.filter(arrive_time__gt=delta))
rides = pickmeapp_rides + shared_rides
if backend:
rides = filter(lambda r: r.dn_fleet_manager_id == backend.id, rides)
logging.info("get ongoing rides for fleet %s: %s" %
(backend.name if backend else "ALL", rides))
return rides
def _create_order_stop(cls, order, stop_number):
return {
'Address':
cls._create_stop_address(order),
'Passengers': [cls._create_passenger(order.passenger)],
'Stop_Order':
stop_number,
# this field is used as the start time in ISR client UI
'Stop_Time':
(order.depart_time
or (default_tz_now() + DEFAULT_TIMEDELTA)).isoformat()
}
def get_candidate_rides(order_settings):
"""
Get rides that might be a match for the given order_settings
@param order_settings: C{OrderSettings}
@return:
"""
requested_pickup_dt = order_settings.pickup_dt
earliest = max(default_tz_now(), requested_pickup_dt - OFFERS_TIMEDELTA)
latest = requested_pickup_dt + OFFERS_TIMEDELTA
candidates = SharedRide.objects.filter(depart_time__gt=earliest, depart_time__lte=latest)
candidates = filter(lambda candidate: is_valid_candidate(candidate, order_settings), candidates)
return candidates
def get_query_date_range_by_month_offset(month_offset):
now = default_tz_now()
if now.month > month_offset:
d = now.replace(month=now.month - month_offset)
else:
d = now.replace(month=now.month - month_offset + 12, year=now.year -1)
start_day, end_day = calendar.monthrange(d.year, d.month)
start_date = default_tz_now_min().replace(day=1, month=d.month, year=d.year)
end_date = default_tz_now_max().replace(day=end_day, month=d.month, year=d.year)
return start_date, end_date
def get_order_msg(ride, order):
t = get_template("passenger_notification_msg.html")
pickup_time = None
position = get_position_for_order(order)
if position:
logging.info("use actual position for pickup estimate")
duration = get_shortest_duration(position.lat, position.lon, order.from_lat, order.from_lon, sensor=True)
logging.info("[get_order_msg] duration = '%s'" % duration)
if duration:
pickup_time = duration / 60
if not pickup_time:
if ride.pickup_estimate: # this is an estimate from the station
duration = get_duration_to_point(ride, order.pickup_point)
pickup_time = (duration / 60) + ride.pickup_estimate
else: # no estimate given, use algo values
if order.pickup_point.stop_time > default_tz_now():
td = order.pickup_point.stop_time - default_tz_now()
pickup_time = td.seconds / 60
else:
pickup_time = 1 # 'now'
current_lang = translation.get_language()
translation.activate(order.language_code)
template_data = {'pickup_time': pickup_time,
'station_name': ride.station.name,
'taxi_number': ride.taxi_number
}
msg = t.render(Context(template_data))
translation.activate(current_lang)
logging.info(u"order message %s" % msg)
return msg
def dispatching_cron(request):
from sharing.station_controller import send_ride_in_risk_notification
rides_to_dispatch = SharedRide.objects.filter(debug=settings.DEV, status=RideStatus.PENDING, depart_time__lte=default_tz_now() + DISPATCHING_TIME)
logging.info(u"cron: dispatch rides: %s" % rides_to_dispatch)
for ride in rides_to_dispatch:
deferred.defer(dispatch_ride, ride)
rides_to_monitor = SharedRide.objects.filter(debug=settings.DEV, depart_time__gte=default_tz_now() - START_MONITORING_TIME, depart_time__lte=default_tz_now() + STOP_MONITORING_TIME, status__in=[RideStatus.PROCESSING, RideStatus.ACCEPTED, RideStatus.PENDING, RideStatus.ASSIGNED, RideStatus.VIEWED])
logging.info(u"cron: monitored rides: %s" % rides_to_monitor)
for ride in rides_to_monitor:
if default_tz_now() - ride.depart_time >= MUST_ACCEPT_TIME and ride.status != RideStatus.ACCEPTED:
ride.change_status(new_status=RideStatus.FAILED)
elif ride.depart_time <= default_tz_now() + SHOULD_ACCEPT_TIME and ride.status != RideStatus.ACCEPTED:
send_ride_in_risk_notification(u"Ride was not accepted by station", ride.id)
elif ride.depart_time <= default_tz_now() + SHOULD_VIEW_TIME and ride.status not in [RideStatus.VIEWED, RideStatus.ACCEPTED]:
send_ride_in_risk_notification(u"Ride was not viewed by dispatcher", ride.id)
rides_to_complete = SharedRide.objects.filter(debug=settings.DEV, status=RideStatus.ACCEPTED, depart_time__lte=default_tz_now() - MARK_COMPLETE_TIME)
for ride in rides_to_complete:
if not ride.change_status(old_status=RideStatus.ACCEPTED, new_status=RideStatus.COMPLETED):
logging.error(u"ride [%s] was not marked COMPLETED" % ride.id)
return HttpResponse("OK")
def sharing_workstation_data(request, work_station):
logging.info("sharing_workstation_data: %s" % work_station)
rides_query = SharedRide.objects.filter(
station=work_station.station,
depart_time__lt=default_tz_now() + timedelta(hours=24),
status__in=[
RideStatus.ASSIGNED, RideStatus.VIEWED, RideStatus.ACCEPTED
])
rides = [
r.serialize_for_ws()
for r in sorted(rides_query, key=lambda ride: ride.depart_time)
]
return JSONResponse({'rides': rides})
def delete_expired_sessions(start_at=0):
now = default_tz_now()
expired = Session.objects.filter(expire_date__lte=now)
logging.info("start_at: %s" % start_at)
stop_at = start_at
try:
for session in expired:
session.delete()
stop_at += 1
except Exception, e:
logging.info("stop_at: %s (%s deleted this run)" %
(stop_at, (stop_at - start_at)))
deferred.defer(delete_expired_sessions, stop_at, _queue="maintenance")
return
def report_conversion(udid):
url = "http://tracking.taptica.com/aff_u"
payload = urlencode(
{
"tt_adv_id": 612,
"tt_deviceid": udid,
"tt_appid": 501682022,
"tt_time": default_tz_now().strftime("%Y-%m-%d %H:%M:%S.%f"),
}
)
url = "%s?%s" % (url, payload)
logging.info("report_conversion: %s" % url)
res = safe_fetch(url, method="GET", deadline=15)
if res:
res = simplejson.loads(res.content)["tt_cid"]
return res
def get_query_date_range_by_month_offset(month_offset):
now = default_tz_now()
if now.month > month_offset:
d = now.replace(month=now.month - month_offset)
else:
d = now.replace(month=now.month - month_offset + 12,
year=now.year - 1)
start_day, end_day = calendar.monthrange(d.year, d.month)
start_date = default_tz_now_min().replace(day=1,
month=d.month,
year=d.year)
end_date = default_tz_now_max().replace(day=end_day,
month=d.month,
year=d.year)
return start_date, end_date
def report_conversion(udid):
url = "http://tracking.taptica.com/aff_u"
payload = urlencode({
"tt_adv_id":
612,
"tt_deviceid":
udid,
"tt_appid":
501682022,
"tt_time":
default_tz_now().strftime("%Y-%m-%d %H:%M:%S.%f"),
})
url = "%s?%s" % (url, payload)
logging.info("report_conversion: %s" % url)
res = safe_fetch(url, method="GET", deadline=15)
if res:
res = simplejson.loads(res.content)["tt_cid"]
return res
def get_ongoing_order(passenger):
"""
@param passenger:
@return: ongoing order or None
"""
ongoing_order = None
# orders that can still be ongoing
recently = default_tz_now() - datetime.timedelta(minutes=MAX_RIDE_DURATION)
possibly_ongoing_orders = passenger.orders.filter(depart_time__gt=recently).order_by("-depart_time")
for order in possibly_ongoing_orders:
if all([ order.status in ORDER_SUCCESS_STATUS,
order.ride and order.ride.status == RideStatus.ACCEPTED,
order.dropoff_point and not order.dropoff_point.visited ]):
ongoing_order = order
break
return ongoing_order
def dispatching_cron(request):
from sharing.station_controller import send_ride_in_risk_notification
rides_to_dispatch = SharedRide.objects.filter(
debug=settings.DEV,
status=RideStatus.PENDING,
depart_time__lte=default_tz_now() + DISPATCHING_TIME)
logging.info(u"cron: dispatch rides: %s" % rides_to_dispatch)
for ride in rides_to_dispatch:
deferred.defer(dispatch_ride, ride)
rides_to_monitor = SharedRide.objects.filter(
debug=settings.DEV,
depart_time__gte=default_tz_now() - START_MONITORING_TIME,
depart_time__lte=default_tz_now() + STOP_MONITORING_TIME,
status__in=[
RideStatus.PROCESSING, RideStatus.ACCEPTED, RideStatus.PENDING,
RideStatus.ASSIGNED, RideStatus.VIEWED
])
logging.info(u"cron: monitored rides: %s" % rides_to_monitor)
for ride in rides_to_monitor:
if default_tz_now(
) - ride.depart_time >= MUST_ACCEPT_TIME and ride.status != RideStatus.ACCEPTED:
ride.change_status(new_status=RideStatus.FAILED)
elif ride.depart_time <= default_tz_now(
) + SHOULD_ACCEPT_TIME and ride.status != RideStatus.ACCEPTED:
send_ride_in_risk_notification(u"Ride was not accepted by station",
ride.id)
elif ride.depart_time <= default_tz_now(
) + SHOULD_VIEW_TIME and ride.status not in [
RideStatus.VIEWED, RideStatus.ACCEPTED
]:
send_ride_in_risk_notification(
u"Ride was not viewed by dispatcher", ride.id)
rides_to_complete = SharedRide.objects.filter(
debug=settings.DEV,
status=RideStatus.ACCEPTED,
depart_time__lte=default_tz_now() - MARK_COMPLETE_TIME)
for ride in rides_to_complete:
if not ride.change_status(old_status=RideStatus.ACCEPTED,
new_status=RideStatus.COMPLETED):
logging.error(u"ride [%s] was not marked COMPLETED" % ride.id)
return HttpResponse("OK")
def _create_order_stop(cls, order):
order_stop = cls._create_ISR_object("Order_Stop")
order_stop.Address = cls._create_stop_address(order)
stop_number = 0 # TODO_WB: the pickup order, change when ISR supports more than 1 stop
key_value_string_passenger = cls._create_array_object("KeyValueOfstringPassanger8pH_SfiQv")
key_value_string_passenger.Key = stop_number
key_value_string_passenger.Value = cls._create_passenger(order.passenger)
array_of_string_passenger = cls._create_array_object("ArrayOfKeyValueOfstringPassanger8pH_SfiQv")
array_of_string_passenger.KeyValueOfstringPassanger8pH_SfiQv.append(key_value_string_passenger)
order_stop.Passangers = array_of_string_passenger
order_stop.Stop_Order = stop_number
# this field is used as the start time in ISR client UI
order_stop.Stop_Time = (order.depart_time or (default_tz_now() + DEFAULT_TIMEDELTA)).isoformat()
return order_stop
def get_ride_position(ride):
"""
Get the latest known taxi position for a ride.
@param ride: ride to track
@return: A C{TaxiRidePosition} or None
"""
trp = None
cached_trp = memcache.get(_get_key(ride.uuid),
namespace=FM_MEMCACHE_NAMESPACE)
if cached_trp:
trp = pickle.loads(cached_trp)
logging.info("found position for ride: %s" % ride.uuid)
logging.info(
"position.timestamp = %s, stale? = %s" %
(trp.timestamp,
(trp.timestamp < default_tz_now() - timedelta(minutes=15))))
else:
logging.warning("no position found for ride: %s (%s)" %
(ride.uuid, ride.id))
return trp
def _create_external_order(cls, order, isr_station_id):
ex_order = cls._create_ISR_object("External_Order")
ex_order.Auto_Order = True #ISRsays: should be True
ex_order.Comments = order.comments
ex_order.Remarks = ""
ex_order.Visa_ID = "visa_id"
ex_order.Customer = cls._create_customer_data(order.passenger)
ex_order.External_Order_ID = order.id
ex_order.Prefered_Operator_ID = isr_station_id
# ex_order.Prefered_Vehicle_ID = -1
# TODO_WB: if passenger.business the business is contact?
ex_order.Contact_Name = ""
ex_order.Contact_Phone = ""
# ISRsays: these fields are required but not reflected in ISR client UI
start_time = default_tz_now() + DEFAULT_TIMEDELTA
finish_time = start_time + DEFAULT_TIMEDELTA
ex_order.Start_Time = (order.depart_time or start_time).isoformat()
ex_order.Finish_Time = (order.arrive_time or finish_time).isoformat()
order_stop = cls._create_order_stop(order)
key_value_string_order_stop = cls._create_array_object(
"KeyValueOfstringOrder_Stop8pH_SfiQv")
key_value_string_order_stop.Key = order_stop.Stop_Order
key_value_string_order_stop.Value = order_stop
array_of_string_order_stop = cls._create_array_object(
"ArrayOfKeyValueOfstringOrder_Stop8pH_SfiQv")
array_of_string_order_stop.KeyValueOfstringOrder_Stop8pH_SfiQv.append(
key_value_string_order_stop)
ex_order.Stops = array_of_string_order_stop
order_type = cls._create_ISR_object("External_Order.Order_Type")
ex_order.Order_Type.value = order_type.Taxi_Order
order_status = cls._create_ISR_object("External_Order.Status")
ex_order.Status.value = getattr(order_status, INITIAL_STATUS)
return ex_order
def calc_passenger_ride_freq(offset=0, data=None):
if not data:
data = [["id", "orders", "days"]]
else:
data = pickle.loads(gzip.zlib.decompress(data))
batch_size = 500
logging.info("querying passengers %s->%s" % (offset, offset + batch_size))
passengers = Passenger.objects.all()[offset:offset + batch_size]
for p in passengers:
try:
bi = p.billing_info
except BillingInfo.DoesNotExist:
continue
days = (default_tz_now() - bi.create_date).days
if days:
orders = list(
Order.objects.filter(
passenger=p,
type__in=[OrderType.SHARED, OrderType.PRIVATE]))
orders = filter(lambda o: o.ride, orders)
data.append([p.id, len(orders), days])
if passengers:
data = gzip.zlib.compress(pickle.dumps(data), 9)
deferred.defer(calc_passenger_ride_freq,
offset=offset + batch_size + 1,
data=data)
else:
logging.info("all done, sending report\n%s" % data)
csv_string = ""
for line in data:
csv_string += ",".join([str(i) for i in line]) + "\n"
send_mail_as_noreply("*****@*****.**",
"Passenger ride freq",
attachments=[("passenger_freq.csv", csv_string)])
def cancel_order(request, passenger):
"""
Cancel an order. Current status must be APPROVED meaning J5 was successful.
The billing backend is responsible for not charging (J4) the order.
"""
from sharing.sharing_dispatcher import WS_SHOULD_HANDLE_TIME
response = {'success': False,
'message': _("This order cannot be cancelled anymore")}
order = Order.by_id(request.POST.get("order_id"))
cancel_allowed = False
if order and order.passenger == passenger:
cancel_allowed = True
ride = order.ride
if ride:
cancel_allowed = ride.depart_time > default_tz_now() + datetime.timedelta(minutes=WS_SHOULD_HANDLE_TIME)
if cancel_allowed and order.change_status(APPROVED, CANCELLED):
response = {'success': True,
'message': _("Order cancelled")}
return JSONResponse(response)
def _create_ride(cls, ride, isr_station_id, taxi_number=None):
from ordering.models import PickMeAppRide, SharedRide
from fleet.isr_tests import FakeSharedRide
# ISRsays: these fields are required but not reflected in ISR client UI
start_time = default_tz_now() + DEFAULT_TIMEDELTA
finish_time = start_time + DEFAULT_TIMEDELTA
order = None
if isinstance(ride, PickMeAppRide):
order = ride.order
elif isinstance(ride, SharedRide):
order = ride.first_pickup.pickup_orders.all()[0]
elif isinstance(ride, FakeSharedRide):
order = ride.orders.all()[0]
stop_number = 0 # TODO_WB: the pickup order, change when ISR supports more than 1 stop
first_stop = cls._create_order_stop(
order, stop_number) #TODO_WB: get from ride
return {
'Auto_Order': False,
'Comments': order.comments,
'Remarks': '',
'Visa_ID': 'visa_id',
'Customer': cls._create_customer_data(order.passenger),
'External_Order_ID': ride.uuid,
'Preferred_Operator_ID': int(isr_station_id),
'Preferred_Vehicle_ID': taxi_number if taxi_number else '',
# ex_order.Prefered_Vehicle_ID = -1,
# TODO_WB: if passenger.business the business is contact?
'Contact_Name': '',
'Contact_Phone': '',
'Start_Time': (order.depart_time or start_time).isoformat(),
'Finish_Time': (order.arrive_time or finish_time).isoformat(),
'Stops': [first_stop],
'Order_Type': 'Taxi_Order',
'Status': INITIAL_STATUS
}
def _create_ride(cls, ride, isr_station_id, taxi_number=None):
from ordering.models import PickMeAppRide, SharedRide
from fleet.isr_tests import FakeSharedRide
# ISRsays: these fields are required but not reflected in ISR client UI
start_time = default_tz_now() + DEFAULT_TIMEDELTA
finish_time = start_time + DEFAULT_TIMEDELTA
order = None
if isinstance(ride, PickMeAppRide):
order = ride.order
elif isinstance(ride, SharedRide):
order = ride.first_pickup.pickup_orders.all()[0]
elif isinstance(ride, FakeSharedRide):
order = ride.orders.all()[0]
stop_number = 0 # TODO_WB: the pickup order, change when ISR supports more than 1 stop
first_stop = cls._create_order_stop(order, stop_number) #TODO_WB: get from ride
return {
'Auto_Order': False,
'Comments': order.comments,
'Remarks': '',
'Visa_ID': 'visa_id',
'Customer': cls._create_customer_data(order.passenger),
'External_Order_ID': ride.uuid,
'Preferred_Operator_ID': int(isr_station_id),
'Preferred_Vehicle_ID': taxi_number if taxi_number else '',
# ex_order.Prefered_Vehicle_ID = -1,
# TODO_WB: if passenger.business the business is contact?
'Contact_Name': '',
'Contact_Phone': '',
'Start_Time': (order.depart_time or start_time).isoformat(),
'Finish_Time': (order.arrive_time or finish_time).isoformat(),
'Stops': [first_stop],
'Order_Type': 'Taxi_Order',
'Status': INITIAL_STATUS
}
def _create_external_order(cls, order, isr_station_id):
ex_order = cls._create_ISR_object("External_Order")
ex_order.Auto_Order = True #ISRsays: should be True
ex_order.Comments = order.comments
ex_order.Remarks = ""
ex_order.Visa_ID = "visa_id"
ex_order.Customer = cls._create_customer_data(order.passenger)
ex_order.External_Order_ID = order.id
ex_order.Prefered_Operator_ID = isr_station_id
# ex_order.Prefered_Vehicle_ID = -1
# TODO_WB: if passenger.business the business is contact?
ex_order.Contact_Name = ""
ex_order.Contact_Phone = ""
# ISRsays: these fields are required but not reflected in ISR client UI
start_time = default_tz_now() + DEFAULT_TIMEDELTA
finish_time = start_time + DEFAULT_TIMEDELTA
ex_order.Start_Time = (order.depart_time or start_time).isoformat()
ex_order.Finish_Time = (order.arrive_time or finish_time).isoformat()
order_stop = cls._create_order_stop(order)
key_value_string_order_stop = cls._create_array_object("KeyValueOfstringOrder_Stop8pH_SfiQv")
key_value_string_order_stop.Key = order_stop.Stop_Order
key_value_string_order_stop.Value = order_stop
array_of_string_order_stop = cls._create_array_object("ArrayOfKeyValueOfstringOrder_Stop8pH_SfiQv")
array_of_string_order_stop.KeyValueOfstringOrder_Stop8pH_SfiQv.append(key_value_string_order_stop)
ex_order.Stops = array_of_string_order_stop
order_type = cls._create_ISR_object("External_Order.Order_Type")
ex_order.Order_Type.value = order_type.Taxi_Order
order_status = cls._create_ISR_object("External_Order.Status")
ex_order.Status.value = getattr(order_status, INITIAL_STATUS)
return ex_order
def get_offers(request):
return JSONResponse({
'status': 'failed',
'error': SERVICE_NOT_AVAILABLE_MSG
})
order_settings = OrderSettings.fromRequest(request)
# TODO_WB: save the requested search params and associate with a push_token from request for later notifications of similar searches
if not order_settings.private:
candidate_rides = get_candidate_rides(order_settings)
look_for_discounts = True
else:
candidate_rides = []
look_for_discounts = False
matching_rides = get_matching_rides(candidate_rides, order_settings)
if not matching_rides:
return JSONResponse({'error': u'מצטערים, הכתובת המבוקשת אינה באיזורי הכיסוי עדיין'})
offers = []
start_ride_algo_data = None
for ride_data in matching_rides:
ride_id = ride_data.ride_id
ride = SharedRide.by_id(ride_id)
# get price for offer according to tariff
tariff = RuleSet.get_active_set(order_settings.pickup_dt)
price = ride_data.order_price(NEW_ORDER_ID, tariff)
price_alone = ride_data.order_price(NEW_ORDER_ID, tariff, sharing=False)
if not price > 0:
logging.warning("get_offers missing price for %s" % order_settings.pickup_dt)
continue
if ride_id == NEW_ORDER_ID: # start a new ride
start_ride_algo_data = ride_data
offer = {
"asap": order_settings.asap,
"pickup_time": to_js_date(order_settings.pickup_dt),
"price": price,
"seats_left": MAX_SEATS,
"new_ride": True,
"comment": _(u"You will be updated when someone joins") # TODO_WB: sharing chances
}
else: # sharing offers
time_sharing = ride_data.order_time(NEW_ORDER_ID)
time_alone = ride_data.order_time(NEW_ORDER_ID, sharing=False)
time_addition = int((time_sharing - time_alone) / 60)
pickup_point = ride_data.order_pickup_point(NEW_ORDER_ID)
ride_orders = ride.orders.all()
pickup_time = compute_new_departure(ride, ride_data) + datetime.timedelta(seconds=pickup_point.offset)
if pickup_time < default_tz_now() + datetime.timedelta(minutes=asap_interval()):
logging.info("skipping offer because pickup_time is too soon: %s" % pickup_time)
continue
offer = {
"ride_id": ride_id,
"pickup_time": to_js_date(pickup_time),
"passengers": [{'name': order.passenger.name, 'picture_url': order.passenger.picture_url} for order in ride_orders for seat in range(order.num_seats)],
"seats_left": MAX_SEATS - sum([order.num_seats for order in ride_orders]),
"price": price,
"new_ride": False,
"comment": _(u"Money saved: %(money_saved)s NIS or more – additional time: %(time_added)s min") % {'time_added': time_addition, 'money_saved': "%g" % (price_alone - price)}
}
# good enough offer found, no discounts
if order_settings.pickup_dt - datetime.timedelta(minutes=30) < pickup_time < order_settings.pickup_dt + datetime.timedelta(minutes=30):
look_for_discounts = False
offers.append(offer)
# add discounted offers if relevant
## override
look_for_discounts = True
## override
if look_for_discounts and start_ride_algo_data:
offers += get_discounted_offers(request, order_settings, start_ride_algo_data)
offers = sorted(offers, key=lambda o: o["pickup_time"], reverse=False)
deferred.defer(save_search_req_and_offers, Passenger.from_request(request), order_settings, offers)
return JSONResponse({'offers': offers})
def send_message(ride, message):
logging.info(u"send_message '%s' to ride: %s" % (message, ride.id))
try:
station = ride.station
assert station, "ride [%s] is not assigned to a station" % ride.id
assert station.fleet_station_id, "station %s has no fleet_station_id" % ride.station.name
assert ride.dn_fleet_manager_id, "ride [%s] is not associated with a fleet manager" % ride.id
assert ride.taxi_number, "ride [%s] is not associated with a taxi number" % ride.id
ride_fm = FleetManager.by_id(ride.dn_fleet_manager_id)
result = ride_fm.send_message(message, ride.station.fleet_station_id, ride.taxi_number)
# log a RideEvent about his message
rp = get_ride_position(ride)
e = RideEvent(pickmeapp_ride=None, shared_ride=ride,
status=FleetManagerRideStatus.MESSAGE_SENT, raw_status=message, lat=rp.lat if rp else None, lon=rp.lon if rp else None, taxi_id=ride.taxi_number, timestamp=default_tz_now())
e.save()
return result
except Exception, e:
logging.error(traceback.format_exc())
return False
def is_valid_candidate(ride, order_settings):
return ride.debug == settings.DEV and \
ride.can_be_joined and \
ride.depart_time > default_tz_now() + datetime.timedelta(minutes=asap_interval()) and \
ride.status in [RideStatus.PENDING, RideStatus.ASSIGNED] and \
sum([order.num_seats for order in ride.orders.all()]) + order_settings.num_seats <= MAX_SEATS
def sharing_workstation_data(request, work_station):
logging.info("sharing_workstation_data: %s" % work_station)
rides_query = SharedRide.objects.filter(station=work_station.station, depart_time__lt=default_tz_now() + timedelta(hours=24), status__in=[RideStatus.ASSIGNED, RideStatus.VIEWED, RideStatus.ACCEPTED])
rides = [r.serialize_for_ws() for r in sorted(rides_query, key=lambda ride: ride.depart_time)]
return JSONResponse({
'rides': rides
})
def asap_interval():
# 2012 SYLVESTER
if datetime.datetime(2012, 12, 31, 20, 00, tzinfo=TZ_JERUSALEM) <= default_tz_now() <= datetime.datetime(2013, 1, 1, 5, 30, tzinfo=TZ_JERUSALEM):
return 30 # minutes
return 10 # minutes
def book_ride(request):
return JSONResponse({
'status': 'failed',
'error': SERVICE_NOT_AVAILABLE_MSG
})
passenger = Passenger.from_request(request)
request_data = simplejson.loads(request.POST.get('data'))
logging.info(u"book ride: %s\n%s" % (passenger, unicode(simplejson.dumps(request_data), "unicode-escape")))
result = {
'status': '',
'order_id': None,
'redirect': '',
'error': '',
'pickup_dt': None
}
if passenger and passenger.user and hasattr(passenger, "billing_info"): # we have logged-in passenger with billing_info - let's proceed
order_settings = OrderSettings.fromRequest(request)
ride_id = request_data.get("ride_id")
new_ride = (ride_id == NEW_ORDER_ID)
discounted_ride = (ride_id and str(ride_id).startswith(DISCOUNTED_OFFER_PREFIX))
join_ride = not (new_ride or discounted_ride)
ride_to_join = SharedRide.by_id(ride_id) if join_ride else None
order = None
if ride_to_join: # check it is indeed a valid candidate
if is_valid_candidate(ride_to_join, order_settings):
order = create_order(order_settings, passenger, ride=ride_to_join)
else:
logging.warning("tried booking an invalid ride candidate")
result['error'] = _("Sorry, but this ride has been closed for booking")
else: # new or discounted ride, check pickup time isn't before ASAP (minus a couple seconds to allow booking to exactly ASAP)
if order_settings.pickup_dt <= default_tz_now() + datetime.timedelta(minutes=asap_interval()) - datetime.timedelta(seconds=10):
logging.warning("tried booking to expired pickup time %s" % order_settings.pickup_dt)
result['error'] = _("Please choose a later pickup time")
else:
if discounted_ride:
cached_discount_data = memcache.get(ride_id, namespace=DISCOUNTED_OFFERS_NS)
discount_data = DiscountData.load(cached_discount_data)
logging.info("[book_ride] discount_data = %s" % discount_data)
order = create_order(order_settings, passenger, discount_data=discount_data)
else:
order = create_order(order_settings, passenger)
if order:
result['status'] = 'success'
result['order_id'] = order.id
result['pickup_formatted'] = order.from_raw
result['pickup_dt'] = to_js_date(order.depart_time)
result["price"] = order.get_billing_amount()
ride_orders = [order] + ( list(ride_to_join.orders.all()) if ride_to_join else [] )
result["passengers"] = [{'name': o.passenger.name, 'picture_url': o.passenger.picture_url, 'is_you': o==order} for o in ride_orders for seat in range(o.num_seats)]
result["seats_left"] = MAX_SEATS - sum([o.num_seats for o in ride_orders])
deferred.defer(join_offer_and_order, order, request_data)
else:
result['status'] = 'failed'
else: # not authorized for booking, save current booking state in session
set_current_booking_data(request)
if passenger and not hasattr(passenger, "billing_info"):
result['status'] = 'billing_failed'
result['redirect'] = get_token_url(request) # go to billing
else:
result['status'] = 'auth_failed'
logging.info("book ride result: %s" % result)
return JSONResponse(result)
def get_ride_position(ride):
"""
Get the latest known taxi position for a ride.
@param ride: ride to track
@return: A C{TaxiRidePosition} or None
"""
trp = None
cached_trp = memcache.get(_get_key(ride.uuid), namespace=FM_MEMCACHE_NAMESPACE)
if cached_trp:
trp = pickle.loads(cached_trp)
logging.info("found position for ride: %s" % ride.uuid)
logging.info("position.timestamp = %s, stale? = %s" % (trp.timestamp, (trp.timestamp < default_tz_now() - timedelta(minutes=15))))
else:
logging.warning("no position found for ride: %s (%s)" % (ride.uuid, ride.id))
return trp