def test_combinations(self):
# Test that shipment.verbose_status returns the expected strings
# Shortcut names for statuses
PROG = Shipment.STATUS_IN_PROGRESS
READ = Shipment.STATUS_READY
TRAN = Shipment.STATUS_IN_TRANSIT
RCVD = Shipment.STATUS_RECEIVED
ODUE = Shipment.STATUS_OVERDUE
# test data is a 3-tuple:
# * shipment status
# * list of package statuses, one per package for that shipment (can be empty)
# * expected status string.
test_data = [
(PROG, [], "In progress"),
(PROG, [PROG], "In progress"),
# This next one can't happen - setting pkg status sets shipment status ahead
# (PROG, [TRAN], "In progress"),
(READ, [], "Ready for pickup"),
(READ, [PROG], "Ready for pickup"),
(READ, [READ], "Ready for pickup"),
(TRAN, [], "In transit"),
(TRAN, [TRAN, PROG], "In transit (50%)"),
(TRAN, [TRAN, TRAN], "In transit"),
(TRAN, [TRAN, RCVD], "In transit (50%)"),
(RCVD, [], "Received"),
(RCVD, [TRAN, RCVD], "Received (50%)"),
(RCVD, [RCVD, RCVD], "Received"),
(ODUE, [], "Overdue"),
]
# We'll run all the tests without stopping, but set `failed` if any fail
# and then fail the test at the end. That'll give us more fine-grained
# results without having to write N separate tests.
failed = False
for shipment_status, package_statuses, expected_status in test_data:
shipment = ShipmentFactory(status=shipment_status)
for pkg_status in package_statuses:
PackageFactory(shipment=shipment, status=pkg_status)
shipment_from_view = ShipmentDBView.objects.get(pk=shipment.pk)
shipment_status_str = status_as_string(shipment_status)
got_status = shipment_from_view.get_verbose_status()
package_statuses = ','.join(
[status_as_string(stat) for stat in package_statuses])
errmsg = "Test failed: with shipment status %s and package statuses %s, expected %s " \
"but got %s" % (shipment_status_str, package_statuses, expected_status,
got_status)
if not expected_status == got_status:
failed = True
print(errmsg)
shipment.packages.all().delete()
shipment.delete()
if failed:
self.fail("Test failed; see previous messages for details")
def test_combinations(self):
# Test that shipment.verbose_status returns the expected strings
# Shortcut names for statuses
PROG = Shipment.STATUS_IN_PROGRESS
READ = Shipment.STATUS_READY
TRAN = Shipment.STATUS_IN_TRANSIT
RCVD = Shipment.STATUS_RECEIVED
ODUE = Shipment.STATUS_OVERDUE
# test data is a 3-tuple:
# * shipment status
# * list of package statuses, one per package for that shipment (can be empty)
# * expected status string.
test_data = [
(PROG, [], "In progress"),
(PROG, [PROG], "In progress"),
# This next one can't happen - setting pkg status sets shipment status ahead
# (PROG, [TRAN], "In progress"),
(READ, [], "Ready for pickup"),
(READ, [PROG], "Ready for pickup"),
(READ, [READ], "Ready for pickup"),
(TRAN, [], "In transit"),
(TRAN, [TRAN, PROG], "In transit (50%)"),
(TRAN, [TRAN, TRAN], "In transit"),
(TRAN, [TRAN, RCVD], "In transit (50%)"),
(RCVD, [], "Received"),
(RCVD, [TRAN, RCVD], "Received (50%)"),
(RCVD, [RCVD, RCVD], "Received"),
(ODUE, [], "Overdue"),
]
# We'll run all the tests without stopping, but set `failed` if any fail
# and then fail the test at the end. That'll give us more fine-grained
# results without having to write N separate tests.
failed = False
for shipment_status, package_statuses, expected_status in test_data:
shipment = ShipmentFactory(status=shipment_status)
for pkg_status in package_statuses:
PackageFactory(shipment=shipment, status=pkg_status)
shipment_from_view = ShipmentDBView.objects.get(pk=shipment.pk)
shipment_status_str = status_as_string(shipment_status)
got_status = shipment_from_view.get_verbose_status()
package_statuses = ','.join([status_as_string(stat) for stat in package_statuses])
errmsg = "Test failed: with shipment status %s and package statuses %s, expected %s " \
"but got %s" % (shipment_status_str, package_statuses, expected_status,
got_status)
if not expected_status == got_status:
failed = True
print(errmsg)
shipment.packages.all().delete()
shipment.delete()
if failed:
self.fail("Test failed; see previous messages for details")
