def send(self, sender, **named):
"""
Send this signal asynchronously to the registered receivers
@param sender: sender
@param named: named arguments
@return:
"""
if not self.receivers:
logging.warning("no receivers found. sender: %s, signal type: %s" %
(sender, self.signal_type))
return None
logging.info("sending signal: %s" % self.signal_type)
for receiver in self._live_receivers(_make_id(sender)):
args = {
"receiver": receiver,
"sender": sender,
"signal_type": self.signal_type
}
args.update(named)
signal_data = AsyncSignal.dump_signal_data(args)
deferred.defer(send_async,
signal_data=signal_data,
_queue="signals",
_name="send-signal-%s-%s-%s" %
(sender, self.signal_type, get_uuid()))
return None # discard the responses
def get(self):
""" GET path to do health checking on different APIs. """
remote_api_key = self.request.get(constants.ApiTags.API_KEY)
if remote_api_key != settings.API_KEY:
logging.error("Request with bad API key")
self.response.set_status(constants.HTTP_DENIED)
self.response.write("Bad API Key")
return
results = {}
uuid_tag = util.get_uuid()
for suite_tag in constants.AllTestSuites.all_suites():
suite_runner_constructor = get_runner_constructor(suite_tag)
suite_runner = suite_runner_constructor(uuid_tag)
results[suite_tag] = suite_runner.run()
suite_runner.cleanup()
json_result = json.dumps({
constants.ApiTags.DATA: {
uuid_tag: results
},
constants.ApiTags.APP_ID: settings.APP_ID,
constants.ApiTags.USER_ID: settings.USER_ID,
constants.ApiTags.API_KEY: settings.API_KEY
})
self.response.write(json_result)
def kpi(request):
na = "N/A"
init_start_date = default_tz_now_min() - timedelta(days=1)
init_end_date = default_tz_now_max()
channel_id = get_uuid()
token = channel.create_channel(channel_id)
from analytics.kpi import calc_kpi_data
return base_datepicker_page(request, calc_kpi_data, 'kpi.html', locals(), init_start_date, init_end_date, async=True)
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 kpi(request):
na = "N/A"
init_start_date = default_tz_now_min() - timedelta(days=1)
init_end_date = default_tz_now_max()
channel_id = get_uuid()
token = channel.create_channel(channel_id)
from analytics.kpi import calc_kpi_data
return base_datepicker_page(request,
calc_kpi_data,
'kpi.html',
locals(),
init_start_date,
init_end_date,
async=True)
def create_ride(ride):
logging.info("[create_ride] ride = '%s'" % ride)
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
# refresh uuid so that we can re-insert this ride into fleet_manager db without conflict
ride.update(uuid=get_uuid())
ride_fm = FleetManager.by_id(ride.dn_fleet_manager_id)
result = ride_fm.create_ride(ride, ride.station, taxi_number=ride.taxi_number)
return bool(result)
except Exception, e:
logging.error(traceback.format_exc())
return False
def create_ride(ride):
logging.info("[create_ride] ride = '%s'" % ride)
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
# refresh uuid so that we can re-insert this ride into fleet_manager db without conflict
ride.update(uuid=get_uuid())
ride_fm = FleetManager.by_id(ride.dn_fleet_manager_id)
result = ride_fm.create_ride(ride,
ride.station,
taxi_number=ride.taxi_number)
return bool(result)
except Exception, e:
logging.error(traceback.format_exc())
return False
def get(self):
""" GET path to do health checking on different APIs. """
remote_api_key = self.request.get(constants.ApiTags.API_KEY)
if remote_api_key != settings.API_KEY:
logging.error("Request with bad API key")
self.response.set_status(constants.HTTP_DENIED)
self.response.write("Bad API Key")
return
results = {}
uuid_tag = util.get_uuid()
for suite_tag in constants.AllTestSuites.all_suites():
suite_runner_constructor = get_runner_constructor(suite_tag)
suite_runner = suite_runner_constructor(uuid_tag)
results[suite_tag] = suite_runner.run()
suite_runner.cleanup()
json_result = json.dumps(
{constants.ApiTags.DATA: {uuid_tag:results},
constants.ApiTags.APP_ID: settings.APP_ID,
constants.ApiTags.USER_ID: settings.USER_ID,
constants.ApiTags.API_KEY: settings.API_KEY})
self.response.write(json_result)
def __init__(self, orders):
self.orders = FakeOrdersManager(orders)
self.status = 0
self.uuid = get_uuid()
def __init__(self, orders):
self.orders = FakeOrdersManager(orders)
self.status = 0
self.uuid = get_uuid()
from google.appengine.api.urlfetch import POST
from common.fax.backends.default import AbstractFaxBackend, FaxStatus
from common.pdf_service import convert_to_pdf
from common.util import get_uuid, safe_fetch
from django.utils import simplejson
import base64
import logging
import time
import urllib
CRLF = '\r\n'
BOUNDARY = get_uuid()
#USERNAME = "******"
#PASSWORD = "******"
# The following are used for authentication functions.
REFRESH_TOKEN = '***REMOVED***'
CLIENT_SECRET = '***REMOVED***'
CLIENT_ID = '***REMOVED***'
# The following are used for general backend access.
CLOUDPRINT_URL = 'http://www.google.com/cloudprint'
# CLIENT_NAME should be some string identifier for the client you are writing.
CLIENT_NAME = 'WAYbetter Client'
def GetUrl(url, access_token, data=None):
"""Get URL, with GET or POST depending data, adds Authorization header.
Args:
url: Url to access.
def send(self, sender, **named):
"""
Send this signal asynchronously to the registered receivers
@param sender: sender
@param named: named arguments
@return:
"""
if not self.receivers:
logging.warning("no receivers found. sender: %s, signal type: %s" % (sender, self.signal_type))
return None
logging.info("sending signal: %s" % self.signal_type)
for receiver in self._live_receivers(_make_id(sender)):
args = {"receiver": receiver, "sender": sender, "signal_type": self.signal_type}
args.update(named)
signal_data = AsyncSignal.dump_signal_data(args)
deferred.defer(send_async, signal_data=signal_data, _queue="signals", _name="send-signal-%s-%s-%s" % (sender, self.signal_type, get_uuid()))
return None # discard the responses
from google.appengine.api.urlfetch import POST
from common.fax.backends.default import AbstractFaxBackend, FaxStatus
from common.pdf_service import convert_to_pdf
from common.util import get_uuid, safe_fetch
from django.utils import simplejson
import base64
import logging
import time
import urllib
CRLF = '\r\n'
BOUNDARY = get_uuid()
#USERNAME = "******"
#PASSWORD = "******"
# The following are used for authentication functions.
REFRESH_TOKEN = '***REMOVED***'
CLIENT_SECRET = '***REMOVED***'
CLIENT_ID = '***REMOVED***'
# The following are used for general backend access.
CLOUDPRINT_URL = 'http://www.google.com/cloudprint'
# CLIENT_NAME should be some string identifier for the client you are writing.
CLIENT_NAME = 'WAYbetter Client'
def GetUrl(url, access_token, data=None):
"""Get URL, with GET or POST depending data, adds Authorization header.
Args: