def test_supports(self):
# Context mock
context_dummy = self.create_dummy(portal_type=u"testtype")
# Behavior mock
behavior_dummy_1 = self.create_dummy(interface=IOne)
self.mock_utility(
behavior_dummy_1,
IBehavior,
name=IOne.__identifier__
)
behavior_dummy_4 = self.create_dummy(interface=IFour)
self.mock_utility(
behavior_dummy_4,
IBehavior,
name=IFour.__identifier__
)
# FTI mock
fti = DexterityFTI(u"testtype")
fti.behaviors = [IOne.__identifier__, IFour.__identifier__]
self.mock_utility(fti, IDexterityFTI, name=u"testtype")
assignable = DexterityBehaviorAssignable(context_dummy)
self.assertEqual(True, assignable.supports(IOne))
self.assertEqual(False, assignable.supports(ITwo))
self.assertEqual(True, assignable.supports(IThree))
self.assertEqual(True, assignable.supports(IFour))
def test_supports(self):
""" """
# Context mock
with api.env.adopt_roles('Manager'):
id_ = self.portal.invokeFactory('OidcTestUser', 'test_oidc_user') # noqa: P001
user_context = self.portal[id_]
# Test: OidcTestUser has expected behaviors
assignable = DexterityBehaviorAssignable(user_context)
self.assertEqual(True, assignable.supports(IOidConnectClaims))
def test_enumerate(self):
""" """
with api.env.adopt_roles('Manager'):
id_ = self.portal.invokeFactory('OidcTestUser', 'test_oidc_user2') # noqa: P001
user_context = self.portal[id_]
oid_connection_claims = queryUtility(IBehavior, name=IOidConnectClaims.__identifier__)
assignable = DexterityBehaviorAssignable(user_context)
self.assertIn(
oid_connection_claims,
list(assignable.enumerateBehaviors())
)
def offtest_enumerate(self):
""" """
with api.env.adopt_roles('Manager'):
id_ = self.portal.invokeFactory('Organization', 'hospital')
organization_context = self.portal[id_]
id_ = organization_context.invokeFactory('Patient', 'patient')
patient_context = organization_context[id_]
oid_connection_claims = queryUtility(
IBehavior, name=IOidConnectClaims.__identifier__)
id_chooser = queryUtility(IBehavior,
name=IHeartIdChooser.__identifier__)
assignable = DexterityBehaviorAssignable(organization_context)
# Organization has IHeartIdChooser
self.assertIn(id_chooser, list(assignable.enumerateBehaviors()))
self.assertNotIn(oid_connection_claims,
list(assignable.enumerateBehaviors()))
# Patient has both
assignable = DexterityBehaviorAssignable(patient_context)
self.assertIn(id_chooser, list(assignable.enumerateBehaviors()))
self.assertIn(oid_connection_claims,
list(assignable.enumerateBehaviors()))
def getGroupsForPrincipal(self, principal, request=None):
person = self.context
groups = {}
for held_position in person.get_held_positions():
position = held_position.position
if position:
obj = position.to_object
if obj:
assignable = DexterityBehaviorAssignable(obj)
if assignable.supports(IMembraneGroup):
group = IGroup(obj)
group_id = group.getGroupId()
groups[group_id] = 1
return tuple(groups.keys())
def test_enumerate(self):
# Context mock
context_dummy = self.create_dummy(portal_type=u"testtype")
# Behavior mock
behavior_dummy = self.create_dummy()
self.mock_utility(behavior_dummy, IBehavior, name=IOne.__identifier__)
# FTI mock
fti = DexterityFTI(u"testtype")
fti.behaviors = [IOne.__identifier__]
self.mock_utility(fti, IDexterityFTI, name=u"testtype")
assignable = DexterityBehaviorAssignable(context_dummy)
self.assertEqual([behavior_dummy],
list(assignable.enumerateBehaviors()))
def test_enumerate(self):
# Context mock
context_dummy = self.create_dummy(portal_type=u"testtype")
# Behavior mock
behavior_dummy = self.create_dummy()
self.mock_utility(behavior_dummy, IBehavior, name=IOne.__identifier__)
# FTI mock
fti = DexterityFTI(u"testtype")
fti.behaviors = [IOne.__identifier__]
self.mock_utility(fti, IDexterityFTI, name=u"testtype")
self.replay()
assignable = DexterityBehaviorAssignable(context_dummy)
self.assertEqual([behavior_dummy], list(assignable.enumerateBehaviors()))
def test_supports(self):
# Context mock
context_dummy = self.create_dummy(portal_type=u"testtype")
# Behavior mock
behavior_dummy_1 = self.create_dummy(interface=IOne)
self.mock_utility(behavior_dummy_1,
IBehavior,
name=IOne.__identifier__)
behavior_dummy_4 = self.create_dummy(interface=IFour)
self.mock_utility(behavior_dummy_4,
IBehavior,
name=IFour.__identifier__)
# FTI mock
fti = DexterityFTI(u"testtype")
fti.behaviors = [IOne.__identifier__, IFour.__identifier__]
self.mock_utility(fti, IDexterityFTI, name=u"testtype")
self.replay()
assignable = DexterityBehaviorAssignable(context_dummy)
self.assertEqual(True, assignable.supports(IOne))
self.assertEqual(False, assignable.supports(ITwo))
self.assertEqual(True, assignable.supports(IThree))
self.assertEqual(True, assignable.supports(IFour))
def offtest_supports(self):
""" """
# Context mock
with api.env.adopt_roles('Manager'):
id_ = self.portal.invokeFactory('Organization', 'hospital')
organization_context = self.portal[id_]
id_ = organization_context.invokeFactory('Patient', 'patient')
patient_context = organization_context[id_]
# Test: Organization has IHeartIdChooser but not IOidConnectClaims
assignable = DexterityBehaviorAssignable(organization_context)
self.assertEqual(False, assignable.supports(IOidConnectClaims))
self.assertEqual(True, assignable.supports(IHeartIdChooser))
# Test: Patient has both behaviors
assignable = DexterityBehaviorAssignable(patient_context)
self.assertEqual(True, assignable.supports(IOidConnectClaims))
self.assertEqual(True, assignable.supports(IHeartIdChooser))
