def test_flat_rate_cost(self):
IL = self.IL
t, d = self.t, self.d
city_a = City.objects.get(name="תל אביב יפו")
city_b = City.objects.get(name="אור יהודה")
add_flat_rate_rule(country=IL, from_city=city_a, to_city=city_b, fixed_cost_tariff_1=66, fixed_cost_tariff_2=70)
expected_type = CostType.FLAT
logging.info("Testing flat rate prices, with cities: %s , %s" % (city_a.name, city_b.name))
flat_rate_rules = IL.flat_rate_rules.filter(city1=city_a,city2=city_b)
if not flat_rate_rules:
flat_rate_rules = IL.flat_rate_rules.filter(city1=city_b,city2=city_a)
self.assertTrue(flat_rate_rules, "No flat rate rule found between cities %s, %s" % (city_a.name,city_b.name))
expected_cost_tariff1 = min([r.fixed_cost for r in flat_rate_rules]) + self.phone_order_price
expected_cost_tariff2 = max([r.fixed_cost for r in flat_rate_rules]) + self.phone_order_price
# tariff 1 test
cost, type = estimate_cost(t, d, IL.code, day=1, time=datetime.time(12, 00), cities=[city_a.id, city_b.id])
self.assertEqual((cost, type), (expected_cost_tariff1, expected_type), "flat rate tariff1 test failed: %d (expected %d)" % (cost, expected_cost_tariff1))
cost, type = estimate_cost(t, d, IL.code, day=6, time=datetime.time(16, 59), cities=[city_a.id, city_b.id])
self.assertEqual((cost, type), (expected_cost_tariff1, expected_type), "flat rate tariff1 test failed: %d (expected %d)" % (cost, expected_cost_tariff1))
# tariff 2 test
cost, type = estimate_cost(t, d, IL.code, day=1, time=datetime.time(21, 01), cities=[city_a.id, city_b.id])
self.assertEqual((cost, type), (expected_cost_tariff2, expected_type), "flat rate tariff2 test failed: %d (expected %d)" % (cost, expected_cost_tariff2))
cost, type = estimate_cost(t, d, IL.code, day=6, time=datetime.time(17, 01), cities=[city_a.id, city_b.id])
self.assertEqual((cost, type), (expected_cost_tariff2, expected_type), "flat rate tariff2 test failed: %d (expected %d)" % (cost, expected_cost_tariff2))
cost, type = estimate_cost(t, d, IL.code, day=7, time=datetime.time(12, 01), cities=[city_a.id, city_b.id])
self.assertEqual((cost, type), (expected_cost_tariff2, expected_type), "flat rate tariff2 test failed: %d (expected %d)" % (cost, expected_cost_tariff2))
def test_meter_cost(self):
logging.info("Testing meter cost estimation, with estimated duration: %d & estimated distance: %d" % (self.t, self.d))
IL = self.IL
t, d = self.t, self.d
expected_type = CostType.METER
expected_cost_tariff1 = calculate_tariff(t, d, tariff1_dict) + self.phone_order_price
expected_cost_tariff2 = calculate_tariff(t, d, tariff2_dict) + self.phone_order_price
extras = [IsraelExtraCosts.NATBAG_AIRPORT, IsraelExtraCosts.KVISH_6]
extras_cost = sum([IL.extra_charge_rules.get(rule_name=extra).cost for extra in extras])
# tariff 1 test
cost, type = estimate_cost(t, d, IL.code, day=1,time=datetime.time(05, 30, 00))
def estimate_ride_cost(request):
from_lon = request.GET["from_lon"]
from_lat = request.GET["from_lat"]
to_lon = request.GET["to_lon"]
to_lat = request.GET["to_lat"]
from_city = int(request.GET["from_city"])
to_city = int(request.GET["to_city"])
result = calculate_time_and_distance(from_lon, from_lat, to_lon, to_lat)
estimated_duration, estimated_distance = result[
"estimated_duration"], result["estimated_distance"]
cities = [from_city, to_city]
if not (estimated_distance and estimated_duration):
return JSONResponse({
"estimated_cost": "",
"estimated_duration": "",
"currency": "",
"label": _("Ride estimation not available")
})
ride_cost, ride_type = estimate_cost(estimated_duration,
estimated_distance,
cities=cities)
if ride_type == CostType.METER:
label = _('Estimated ride cost')
cost = "%d-%d" % (ride_cost, ride_cost *
(1 + ESTIMATION_FUZZINESS_FACTOR))
elif ride_type == CostType.FLAT:
label = _('Flat rate')
cost = "%d" % ride_cost
result = {
"estimated_cost":
cost,
"estimated_duration":
"%d-%d %s" % (estimated_duration / 60, estimated_duration *
(1 + ESTIMATION_FUZZINESS_FACTOR) / 60, _('min')),
"currency":
u'₪', # TODO_WB: change to non hardcoded version
"label":
label
}
return JSONResponse(result)
def estimate_ride_cost(request):
from_lon = request.GET["from_lon"]
from_lat = request.GET["from_lat"]
to_lon = request.GET["to_lon"]
to_lat = request.GET["to_lat"]
from_city = int(request.GET["from_city"])
to_city = int(request.GET["to_city"])
result = calculate_time_and_distance(from_lon, from_lat, to_lon, to_lat)
estimated_duration, estimated_distance = result["estimated_duration"], result["estimated_distance"]
cities = [from_city, to_city]
if not (estimated_distance and estimated_duration):
return JSONResponse(
{
"estimated_cost": "",
"estimated_duration": "",
"currency": "",
"label": _("Ride estimation not available"),
}
)
ride_cost, ride_type = estimate_cost(estimated_duration, estimated_distance, cities=cities)
if ride_type == CostType.METER:
label = _("Estimated ride cost")
cost = "%d-%d" % (ride_cost, ride_cost * (1 + ESTIMATION_FUZZINESS_FACTOR))
elif ride_type == CostType.FLAT:
label = _("Flat rate")
cost = "%d" % ride_cost
result = {
"estimated_cost": cost,
"estimated_duration": "%d-%d %s"
% (estimated_duration / 60, estimated_duration * (1 + ESTIMATION_FUZZINESS_FACTOR) / 60, _("min")),
"currency": u"₪", # TODO_WB: change to non hardcoded version
"label": label,
}
return JSONResponse(result)
def test_flat_rate_cost(self):
IL = self.IL
t, d = self.t, self.d
city_a = City.objects.get(name="תל אביב יפו")
city_b = City.objects.get(name="אור יהודה")
add_flat_rate_rule(country=IL,
from_city=city_a,
to_city=city_b,
fixed_cost_tariff_1=66,
fixed_cost_tariff_2=70)
expected_type = CostType.FLAT
logging.info("Testing flat rate prices, with cities: %s , %s" %
(city_a.name, city_b.name))
flat_rate_rules = IL.flat_rate_rules.filter(city1=city_a, city2=city_b)
if not flat_rate_rules:
flat_rate_rules = IL.flat_rate_rules.filter(city1=city_b,
city2=city_a)
self.assertTrue(
flat_rate_rules, "No flat rate rule found between cities %s, %s" %
(city_a.name, city_b.name))
expected_cost_tariff1 = min([r.fixed_cost for r in flat_rate_rules
]) + self.phone_order_price
expected_cost_tariff2 = max([r.fixed_cost for r in flat_rate_rules
]) + self.phone_order_price
# tariff 1 test
cost, type = estimate_cost(t,
d,
IL.code,
day=1,
time=datetime.time(12, 00),
cities=[city_a.id, city_b.id])
self.assertEqual((cost, type), (expected_cost_tariff1, expected_type),
"flat rate tariff1 test failed: %d (expected %d)" %
(cost, expected_cost_tariff1))
cost, type = estimate_cost(t,
d,
IL.code,
day=6,
time=datetime.time(16, 59),
cities=[city_a.id, city_b.id])
self.assertEqual((cost, type), (expected_cost_tariff1, expected_type),
"flat rate tariff1 test failed: %d (expected %d)" %
(cost, expected_cost_tariff1))
# tariff 2 test
cost, type = estimate_cost(t,
d,
IL.code,
day=1,
time=datetime.time(21, 01),
cities=[city_a.id, city_b.id])
self.assertEqual((cost, type), (expected_cost_tariff2, expected_type),
"flat rate tariff2 test failed: %d (expected %d)" %
(cost, expected_cost_tariff2))
cost, type = estimate_cost(t,
d,
IL.code,
day=6,
time=datetime.time(17, 01),
cities=[city_a.id, city_b.id])
self.assertEqual((cost, type), (expected_cost_tariff2, expected_type),
"flat rate tariff2 test failed: %d (expected %d)" %
(cost, expected_cost_tariff2))
cost, type = estimate_cost(t,
d,
IL.code,
day=7,
time=datetime.time(12, 01),
cities=[city_a.id, city_b.id])
self.assertEqual((cost, type), (expected_cost_tariff2, expected_type),
"flat rate tariff2 test failed: %d (expected %d)" %
(cost, expected_cost_tariff2))
def test_meter_cost(self):
logging.info(
"Testing meter cost estimation, with estimated duration: %d & estimated distance: %d"
% (self.t, self.d))
IL = self.IL
t, d = self.t, self.d
expected_type = CostType.METER
expected_cost_tariff1 = calculate_tariff(
t, d, tariff1_dict) + self.phone_order_price
expected_cost_tariff2 = calculate_tariff(
t, d, tariff2_dict) + self.phone_order_price
extras = [IsraelExtraCosts.NATBAG_AIRPORT, IsraelExtraCosts.KVISH_6]
extras_cost = sum([
IL.extra_charge_rules.get(rule_name=extra).cost for extra in extras
])
# tariff 1 test
cost, type = estimate_cost(t,
d,
IL.code,
day=1,
time=datetime.time(05, 30, 00))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(
cost,
expected_cost_tariff1,
places=2,
msg="tariff 1 estimation failed: %d (expected %d)" %
(cost, expected_cost_tariff1))
cost, type = estimate_cost(t,
d,
IL.code,
day=1,
time=datetime.time(20, 59, 59))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(
cost,
expected_cost_tariff1,
places=2,
msg="tariff 1 estimation failed: %d (expected %d)" %
(cost, expected_cost_tariff1))
cost, type = estimate_cost(t,
d,
IL.code,
day=6,
time=datetime.time(16, 59, 59))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(
cost,
expected_cost_tariff1,
places=2,
msg="Friday estimation failed: %d (expected %d)" %
(cost, expected_cost_tariff1))
cost, type = estimate_cost(t,
d,
IL.code,
time=datetime.time(12, 00),
extras=extras)
self.assertEqual(type, expected_type)
self.assertAlmostEqual(
cost,
expected_cost_tariff1 + extras_cost,
places=2,
msg="tariff 1 + extras' estimation failed: %d (expected %d)" %
(cost, expected_cost_tariff1 + extras_cost))
# tariff2 test
cost, type = estimate_cost(t,
d,
IL.code,
day=1,
time=datetime.time(21, 00, 00))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(
cost,
expected_cost_tariff2,
places=2,
msg="tariff 2 estimation failed: %d (expected %d)" %
(cost, expected_cost_tariff2))
cost, type = estimate_cost(t,
d,
IL.code,
day=1,
time=datetime.time(05, 29, 59))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(
cost,
expected_cost_tariff2,
places=2,
msg="tariff 2 estimation failed: %d (expected %d)" %
(cost, expected_cost_tariff2))
cost, type = estimate_cost(t,
d,
IL.code,
day=6,
time=datetime.time(17, 00, 00))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(
cost,
expected_cost_tariff2,
places=2,
msg="Friday estimation failed: %d (expected %d)" %
(cost, expected_cost_tariff2))
cost, type = estimate_cost(t,
d,
IL.code,
day=7,
time=datetime.time(23, 59, 59))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(
cost,
expected_cost_tariff2,
places=2,
msg="Saturday estimation failed: %d (expected %d)" %
(cost, expected_cost_tariff2))
cost, type = estimate_cost(t,
d,
IL.code,
time=datetime.time(22, 00),
extras=extras)
self.assertEqual(type, expected_type)
self.assertAlmostEqual(
cost,
expected_cost_tariff2 + extras_cost,
places=2,
msg="tariff 2 + extras' estimation failed: %d (expected %d)" %
(cost, expected_cost_tariff2 + extras_cost))
# friday
cost, type = estimate_cost(t,
d,
IL.code,
day=6,
time=datetime.time(01, 00, 00))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(cost,
expected_cost_tariff2,
places=2,
msg="Friday tariff2 failed: %d (expected %d)" %
(cost, expected_cost_tariff2))
cost, type = estimate_cost(t,
d,
IL.code,
day=6,
time=datetime.time(06, 00, 00))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(cost,
expected_cost_tariff1,
places=2,
msg="Friday tariff1 failed: %d (expected %d)" %
(cost, expected_cost_tariff1))
cost, type = estimate_cost(t,
d,
IL.code,
day=6,
time=datetime.time(17, 01, 00))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(cost,
expected_cost_tariff2,
places=2,
msg="Friday sabbath failed: %d (expected %d)" %
(cost, expected_cost_tariff2))
logging.info("Testing meter cost estimation, with estimated duration: %d & estimated distance: %d" % (self.t, self.d))
IL = self.IL
t, d = self.t, self.d
expected_type = CostType.METER
expected_cost_tariff1 = calculate_tariff(t, d, tariff1_dict) + self.phone_order_price
expected_cost_tariff2 = calculate_tariff(t, d, tariff2_dict) + self.phone_order_price
extras = [IsraelExtraCosts.NATBAG_AIRPORT, IsraelExtraCosts.KVISH_6]
extras_cost = sum([IL.extra_charge_rules.get(rule_name=extra).cost for extra in extras])
# tariff 1 test
cost, type = estimate_cost(t, d, IL.code, day=1,time=datetime.time(05, 30, 00))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(cost, expected_cost_tariff1, places=2, msg="tariff 1 estimation failed: %d (expected %d)" % (cost, expected_cost_tariff1))
cost, type = estimate_cost(t, d, IL.code, day=1, time=datetime.time(20, 59, 59))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(cost, expected_cost_tariff1, places=2, msg="tariff 1 estimation failed: %d (expected %d)" % (cost, expected_cost_tariff1))
cost, type = estimate_cost(t, d, IL.code, day=6, time=datetime.time(16, 59, 59))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(cost, expected_cost_tariff1, places=2, msg="Friday estimation failed: %d (expected %d)" % (cost, expected_cost_tariff1))
cost, type = estimate_cost(t, d, IL.code, time=datetime.time(12, 00), extras=extras)
self.assertEqual(type, expected_type)
self.assertAlmostEqual(cost, expected_cost_tariff1 + extras_cost, places=2, msg="tariff 1 + extras' estimation failed: %d (expected %d)" % (cost, expected_cost_tariff1 + extras_cost))
# tariff2 test
cost, type = estimate_cost(t, d, IL.code, day=1, time=datetime.time(21, 00, 00))
self.assertEqual(type, expected_type)
self.assertAlmostEqual(cost, expected_cost_tariff2, places=2, msg="tariff 2 estimation failed: %d (expected %d)" % (cost, expected_cost_tariff2))
