Beispiel #1
0
	def setUp(self):
		self.k1 = Kingdom()
		self.k1.save()

		self.k2 = Kingdom()
		self.k2.save()

		self.f = Folk(kingdom=self.k1)
		self.f.save()

		self.m = Mission(
			name="Stub mission",
			slug="stub",
			on_resolution="",
		)
		self.m.save()

		self.mg = MissionGrid(
			mission=self.m,
			allow_empty=True,
		)
		self.mg.save()

		self.pb = PendingBargain()
		self.pb.save()

		self.pbk1 = PendingBargainKingdom(
			pending_bargain=self.pb,
			kingdom=self.k1
		)
		self.pbk1.save()

		self.pbk2 = PendingBargainKingdom(
			pending_bargain=self.pb,
			kingdom=self.k2
		)
		self.pbk2.save()

		self.pm = PendingMission(
			kingdom=self.k1,
			mission=self.m
		)
		self.pm.save()

		self.pbsm = PendingBargainSharedMission(
			pending_mission=self.pm,
			pending_bargain=self.pb
		)
		self.pbsm.save()
Beispiel #2
0
class UnitTest(TestCase):
	def setUp(self):
		self.k1 = Kingdom()
		self.k1.save()

		self.k2 = Kingdom()
		self.k2.save()

		self.f = Folk(kingdom=self.k1)
		self.f.save()

		self.m = Mission(
			name="Stub mission",
			slug="stub",
			on_resolution="",
		)
		self.m.save()

		self.mg = MissionGrid(
			mission=self.m,
			allow_empty=True,
		)
		self.mg.save()

		self.pb = PendingBargain()
		self.pb.save()

		self.pbk1 = PendingBargainKingdom(
			pending_bargain=self.pb,
			kingdom=self.k1
		)
		self.pbk1.save()

		self.pbk2 = PendingBargainKingdom(
			pending_bargain=self.pb,
			kingdom=self.k2
		)
		self.pbk2.save()

		self.pm = PendingMission(
			kingdom=self.k1,
			mission=self.m
		)
		self.pm.save()

		self.pbsm = PendingBargainSharedMission(
			pending_mission=self.pm,
			pending_bargain=self.pb
		)
		self.pbsm.save()

	def test_no_pending_bargain_with_yourself(self):
		"""
		Can't bargain with yourself.
		"""
		self.pbk2.kingdom = self.k1
		
		self.assertRaises(IntegrityError, self.pbk2.save)

	def test_only_two_kingdoms_per_pending_bargain(self):
		"""
		Can't have more than two kingdoms on the same bargain
		"""

		k3 = Kingdom()
		k3.save()

		pbk3 = PendingBargainKingdom(
			pending_bargain=self.pb,
			kingdom=k3
		)
		
		self.assertRaises(ValidationError, pbk3.save)

	def test_sanity_pending_mission_in_kingdoms(self):
		"""
		A PendingBargainSharedMission must be owned by one of the sides of the negotiation
		"""

		k3 = Kingdom()
		k3.save()

		pm = PendingMission(
			kingdom=k3,
			mission=self.m
		)
		pm.save()

		pbsm2 = PendingBargainSharedMission(
			pending_mission=pm,
			pending_bargain=self.pb
		)
		
		# pm.kingdom != pbk.kingdom
		self.assertRaises(IntegrityError, pbsm2.save)

	def test_sanity_folk_in_kingdoms(self):
		"""
		The folk in PendingBargainSharedMissionAffectation must be owned by one of the sides of the negotiation.
		"""
		k3 = Kingdom()
		k3.save()

		f2 = Folk(kingdom=k3)
		f2.save()

		pbsma = PendingBargainSharedMissionAffectation(
			pending_bargain_shared_mission=self.pbsm,
			mission_grid=self.mg,
			folk=f2
		)

		# folk.kingdom != pbk.kingdom
		self.assertRaises(IntegrityError, pbsma.save)

	def test_sanity_folk_in_one_affectation(self):
		"""
		The folk in PendingBargainSharedMissionAffectation must be owned by one of the sides of the negotiation.
		"""
		pbsma = PendingBargainSharedMissionAffectation(
			pending_bargain_shared_mission=self.pbsm,
			mission_grid=self.mg,
			folk=self.f
		)
		pbsma.save()

		pbsma2 = PendingBargainSharedMissionAffectation(
			pending_bargain_shared_mission=self.pbsm,
			mission_grid=self.mg,
			folk=self.f
		)

		# Can't be affected twice
		self.assertRaises(IntegrityError, pbsma2.save)

	def test_autoremove_pending_bargain_on_kingdom_deletion(self):
		"""
		When a kingdom is removed, all PendingBargain it was part of are deleted
		"""
		self.pbk1.delete()

		self.assertRaises(PendingBargain.DoesNotExist, lambda: PendingBargain.objects.get(pk=self.pb.pk))

	def test_cant_share_started_pending_mission(self):
		"""
		A PendingBargainSharedMission must not be started
		"""

		self.pm.started = datetime.now()
		self.pm.save()

		pbsm = PendingBargainSharedMission(
			pending_mission=self.pm,
			pending_bargain=self.pb
		)
		
		self.assertRaises(ValidationError, pbsm.save)

	def test_pending_mission_removed_on_start(self):
		"""
		PendingBargainSharedMission are deleted when the PendingMission is started.
		"""
		self.pm.started = datetime.now()
		self.pm.save()

		# PBSM must be deleted
		self.assertRaises(PendingBargainSharedMission.DoesNotExist, (lambda: PendingBargainSharedMission.objects.get(pk=self.pbsm.pk)))

	def test_affectation_is_checked(self):
		"""
		The affectation must trigger the PendingMissionAffectation code (as a dry run of course, since the affectation is at this point purely virtual)
		"""
		self.mg.length = 0
		self.mg.save()
		
		pbsma = PendingBargainSharedMissionAffectation(
			pending_bargain_shared_mission=self.pbsm,
			mission_grid=self.mg,
			folk=self.f
		)

		# This grid is full
		self.assertRaises(ValidationError, pbsma.save)

	def test_cant_affect_if_in_mission(self):
		"""
		The affectation must check you're not already in a mission.
		"""
		# Create a pending mission, not shared
		pm2 = PendingMission(kingdom=self.k1, mission=self.m)
		pm2.save()
		pma = PendingMissionAffectation(pending_mission=pm2, mission_grid=self.mg, folk=self.f)
		pma.save()
		
		pbsma = PendingBargainSharedMissionAffectation(
			pending_bargain_shared_mission=self.pbsm,
			mission_grid=self.mg,
			folk=self.f
		)

		self.assertRaises(ValidationError, pbsma.save)

	def test_kingdom_state(self):
		"""
		PendingBargainKingdom states values are constrained.
		"""

		self.pbk1.state = PendingBargainKingdom.PENDING
		self.pbk1.save()

		self.pbk1.state = PendingBargainKingdom.OK
		self.pbk1.save()

		self.pbk1.state = PendingBargainKingdom.OK_NO_MATTER_WHAT
		self.pbk1.save()

		self.pbk1.state = 15
		self.assertRaises(ValidationError, self.pbk1.save)

	def test_validation(self):
		"""
		PendingBargain are committed when everyone is OK.
		"""

		pbsma = PendingBargainSharedMissionAffectation(
			pending_bargain_shared_mission=self.pbsm,
			mission_grid=self.mg,
			folk=self.f
		)
		pbsma.save()

		# Sanity check: folk is not in MissionGrid
		self.assertEqual(0, PendingMissionAffectation.objects.filter(pending_mission=self.pm, mission_grid=self.mg).count())

		self.pbk1.state = PendingBargainKingdom.OK
		self.pbk1.save()
		self.pbk2.state = PendingBargainKingdom.OK
		self.pbk2.save()

		self.assertEqual(1, PendingMissionAffectation.objects.filter(pending_mission=self.pm, mission_grid=self.mg).count())
		self.assertEqual(self.f, PendingMissionAffectation.objects.filter(pending_mission=self.pm, mission_grid=self.mg)[0].folk)

		# PendingBargain has been deleted
		self.assertRaises(PendingBargain.DoesNotExist, (lambda: PendingBargain.objects.get(pk=self.pb.pk)))

	def test_validation_failing(self):
		"""
		PendingBargain can raise ValidationError, and forbid saving last state to OK.
		"""
		pbsma = PendingBargainSharedMissionAffectation(
			pending_bargain_shared_mission=self.pbsm,
			mission_grid=self.mg,
			folk=self.f
		)
		pbsma.save()

		# Fake case.
		# In reality, the Exception may be triggered by some code on the grid depending on various contexts.
		self.mg.length = 0
		self.mg.save()

		self.pbk1.state = PendingBargainKingdom.OK
		self.pbk1.save()
		self.pbk2.state = PendingBargainKingdom.OK

		# This grid is full
		self.assertRaises(ValidationError, self.pbk2.save)

		# Assert exists (has not been deleted)
		PendingBargain.objects.get(pk=self.pb.pk)

	def test_state_reverted_on_affectation_delete(self):
		"""
		PendingBargainKingdom states are reverted if an affectation is deleted.
		"""
		pbsma = PendingBargainSharedMissionAffectation(
			pending_bargain_shared_mission=self.pbsm,
			mission_grid=self.mg,
			folk=self.f
		)
		pbsma.save()

		# Kingdom1 is OK.
		self.pbk1.state = PendingBargainKingdom.OK
		self.pbk1.save()

		# Deal breaker
		pbsma.delete()

		self.assertEqual(PendingBargainKingdom.PENDING, PendingBargainKingdom.objects.get(pk=self.pbk1.pk).state)

	def test_state_reverted_on_affectation_changed(self):
		"""
		PendingBargainKingdom states are reverted if an affectation is updated.
		"""
		pbsma = PendingBargainSharedMissionAffectation(
			pending_bargain_shared_mission=self.pbsm,
			mission_grid=self.mg,
			folk=self.f
		)
		pbsma.save()

		# Kingdom1 is OK.
		self.pbk1.state = PendingBargainKingdom.OK
		self.pbk1.save()

		# Deal breaker
		f2 = Folk(kingdom=self.k2)
		f2.save()

		pbsma.folk = f2
		pbsma.save()

		self.assertEqual(PendingBargainKingdom.PENDING, PendingBargainKingdom.objects.get(pk=self.pbk1.pk).state)

	def test_state_reverted_on_affectation_created(self):
		"""
		PendingBargainKingdom states are reverted if an affectation is created.
		"""
		# Kingdom1 is OK.
		self.pbk1.state = PendingBargainKingdom.OK
		self.pbk1.save()

		# Deal breaker
		pbsma = PendingBargainSharedMissionAffectation(
			pending_bargain_shared_mission=self.pbsm,
			mission_grid=self.mg,
			folk=self.f
		)
		pbsma.save()

		self.assertEqual(PendingBargainKingdom.PENDING, PendingBargainKingdom.objects.get(pk=self.pbk1.pk).state)

	def test_state_reverted_on_shared_mission_deleted(self):
		"""
		PendingBargainKingdom states are reverted if a shared mission with affectations is removed.
		"""
		pbsma = PendingBargainSharedMissionAffectation(
			pending_bargain_shared_mission=self.pbsm,
			mission_grid=self.mg,
			folk=self.f
		)
		pbsma.save()

		# Kingdom1 is OK.
		self.pbk1.state = PendingBargainKingdom.OK
		self.pbk1.save()

		# Deal breaker
		self.pbsm.delete()

		self.assertEqual(PendingBargainKingdom.PENDING, PendingBargainKingdom.objects.get(pk=self.pbk1.pk).state)