def test_update(self):
session = {}
new_trolley = Trolley(
trolley_id=self.trolley.trolley_id,
session=session,
**self.api_settings
)
new_trolley.update()
self.assertTrue(new_trolley.order_count)
class MakeReservationTests(InterfaceObjectTestCase, ReservationTests):
def setUp(self):
super(MakeReservationTests, self).setUp()
session = {}
event = Event(event_id='6IF', session=session, **self.api_settings)
latest_date = (
datetime.date.today() +
datetime.timedelta(days=7)
)
performances = event.get_performances(
latest_date=latest_date
)
for p in reversed(performances):
if p.date.weekday() != 5:
performance = p
break
ticket_types = performance.get_availability()
ticket_type = ticket_types[0]
despatch_method = performance.despatch_methods[0]
ticket_concessions = ticket_type.get_concessions(
no_of_tickets=1,
despatch_method=despatch_method
)
concessions = ticket_concessions[0]
concession = concessions[0]
concession_list = [concession]
core = Core(session=session, **self.api_settings)
order = core.create_order(
concessions=concession_list,
despatch_method=despatch_method,
)
self.trolley = Trolley(session=session, **self.api_settings)
self.trolley.add_order(order)
self.reservation = self.trolley.get_reservation()
def setUp(self):
order1 = self.get_order('6IF')
order2 = self.get_order('6L9')
session = {}
self.trolley = Trolley(session=session, **self.api_settings)
self.trolley.add_order(order1)
self.trolley.add_order(order2)
def setUp(self):
super(BundleTests, self).setUp()
order1 = self.get_order('6IF')
order2 = self.get_order('6L9')
session = {}
self.trolley = Trolley(session=session, **self.api_settings)
self.trolley.add_order(order1)
self.trolley.add_order(order2)
class BundleTests(InterfaceObjectTestCase):
def get_order(self, event_id):
session = {}
event = Event(event_id=event_id, session=session, **self.api_settings)
latest_date = (
datetime.date.today() +
datetime.timedelta(days=7)
)
performances = event.get_performances(
latest_date=latest_date
)
for p in reversed(performances):
if p.date.weekday() != 5:
performance = p
break
ticket_type = performance.get_availability()[0]
despatch_method = performance.despatch_methods[0]
concession = ticket_type.get_concessions(
no_of_tickets=1,
despatch_method=despatch_method
)[0][0]
concession_list = [concession]
core = Core(session=session, **self.api_settings)
return core.create_order(
concessions=concession_list,
despatch_method=despatch_method,
)
def setUp(self):
order1 = self.get_order('6IF')
order2 = self.get_order('6L9')
session = {}
self.trolley = Trolley(session=session, **self.api_settings)
self.trolley.add_order(order1)
self.trolley.add_order(order2)
def test_string_properties(self):
for prop_name in (
'source_description', 'source_code',
):
self.assertIsInstance(
getattr(self.trolley.bundles[0], prop_name), str
)
def test_unicode_properties(self):
for prop_name in (
'total_seatprice', 'total_surcharge',
'total_despatch', 'total_cost',
):
self.assertIsInstance(
getattr(self.trolley.bundles[0], prop_name), unicode
)
def test_int_properties(self):
for prop_name in (
'order_count',
):
self.assertIsInstance(
getattr(self.trolley.bundles[0], prop_name), int
)
def test_float_properties(self):
for prop_name in (
'total_cost_float',
):
self.assertIsInstance(
getattr(self.trolley.bundles[0], prop_name), float
)
def test_bundles_count(self):
self.assertEqual(
len(self.trolley.bundles),
2,
)
class TrolleyTests(InterfaceObjectTestCase):
def setUp(self):
session = {}
event = Event(event_id='6IF', session=session, **self.api_settings)
latest_date = (
datetime.date.today() +
datetime.timedelta(days=7)
)
performances = event.get_performances(
latest_date=latest_date
)
for p in reversed(performances):
if p.date.weekday() != 5:
performance = p
break
ticket_types = performance.get_availability()
ticket_type = ticket_types[0]
despatch_method = performance.despatch_methods[0]
ticket_concessions = ticket_type.get_concessions(
no_of_tickets=1,
despatch_method=despatch_method
)
concessions = ticket_concessions[0]
concession = concessions[0]
concession_list = [concession]
core = Core(session=session, **self.api_settings)
order = core.create_order(
concessions=concession_list,
despatch_method=despatch_method,
)
self.trolley = Trolley(session=session, **self.api_settings)
self.trolley.add_order(order)
def test_string_properties(self):
for prop_name in (
'trolley_id',
):
self.assertIsInstance(
getattr(self.trolley, prop_name), str
)
def test_int_properties(self):
for prop_name in (
'order_count',
):
self.assertIsInstance(
getattr(self.trolley, prop_name), int
)
def test_update(self):
session = {}
new_trolley = Trolley(
trolley_id=self.trolley.trolley_id,
session=session,
**self.api_settings
)
new_trolley.update()
self.assertTrue(new_trolley.order_count)
def test_bundles(self):
self.assertIsInstance(self.trolley.bundles, list)
for o in self.trolley.bundles:
self.assertIsInstance(o, Bundle)
def test_orders(self):
self.assertIsInstance(self.trolley.orders, list)
for o in self.trolley.orders:
self.assertIsInstance(o, Order)
def setUp(self):
session = {}
event = Event(event_id='6IF', session=session, **self.api_settings)
latest_date = (
datetime.date.today() +
datetime.timedelta(days=7)
)
performances = event.get_performances(
latest_date=latest_date
)
for p in reversed(performances):
if p.date.weekday() != 5:
performance = p
break
ticket_types = performance.get_availability()
ticket_type = ticket_types[0]
despatch_method = performance.despatch_methods[0]
ticket_concessions = ticket_type.get_concessions(
no_of_tickets=1,
despatch_method=despatch_method
)
concessions = ticket_concessions[0]
concession = concessions[0]
concession_list = [concession]
core = Core(session=session, **self.api_settings)
order = core.create_order(
concessions=concession_list,
despatch_method=despatch_method,
)
self.trolley = Trolley(session=session, **self.api_settings)
self.trolley.add_order(order)
self.reservation = self.trolley.get_reservation()
customer_address = Address(
address_line_one='1 Test Lane',
address_line_two=None,
town='Test Town',
county='County',
postcode='AB12 3CD',
country_code='GB'
)
customer = Customer(
title='Mr',
first_name='Test',
last_name='User',
email_address='*****@*****.**',
home_phone='01234567890',
work_phone='01234567890',
address=customer_address,
user_can_use_data=True,
supplier_can_use_data=False,
world_can_use_data=False
)
self.purchase_response = self.reservation.purchase_reservation(
customer=customer,
)
