def test_basic_callback(self):
def callback(o, arg, data=None):
self.assertEqual(o.context, 'event.context:before')
self.assertEqual(arg, 'eventData')
self.assertEqual(data, 'userData')
on('event.context:before', callback, 'userData')
def connect_to_create_instance(self, entity):
""" Create new contact records when creating a new instance of given entity.
"""
# scope variable is shared between callbacks
scope = {}
# catch the incoming data to use after entity instance is created
def catch_incoming_data(o, data):
scope = {}
scope['memberData'] = None
if 'members' in data:
scope['membertData'] = data.pop('members', [])
# create contacts from given data and associate with entity instance
def create_members(o, instance):
members = []
for personId in scope['memberData']:
member = {'progenitor': instance.moniker(), 'person': personId}
members.append(member)
serializer = MemberSerializer(data=members, many=True)
if serializer.is_valid():
recordSet = serializer.save()
# register callbacks
on(entity + '.create:before', catch_incoming_data)
on(entity + '.create:success', create_contacts)
def connect_to_create_instance(self, entity):
""" Create new contact records when creating a new instance of given entity.
"""
# scope variable is shared between callbacks
scope = {}
# catch the incoming data to use after entity instance is created
def catch_incoming_data(o, data):
scope['contactData'] = None
if 'contacts' in data:
scope['contactData'] = data.pop('contacts', [])
# create contacts from given data and associate with entity instance
def create_contacts(o, instance):
for contact in scope['contactData']:
contact['progenitor'] = instance.moniker()
serializer = ContactSerializer(data=scope['contactData'],
many=True)
if serializer.is_valid():
recordSet = serializer.save()
# register callbacks
on(entity + '.create:before', catch_incoming_data)
on(entity + '.create:success', create_contacts)
def create_contacts(o,instance): for contact in scope['contactData']: contact['progenitor'] = instance.moniker() serializer = ContactSerializer(data=scope['contactData'], many=True) if serializer.is_valid(): recordSet = serializer.save() # register callbacks on(entity+'.create:before',catch_incoming_data) on(entity+'.create:success',create_contacts)
def connect_to_people():
def before(request, data, scope):
scope = {}
scope['concats'] = data.pop('contacts')
def success(request, instance, scope):
for i in trigger.contactData:
i.progenitor = instance.moniker()
serializer = ContactSerializer(data=breath.contactData, multiple=True)
on('agape.authentication.user.create:before', before, scope)
on('agape.authentication.user.create:success', success, scope)
def connect_to_delete_instance(entity):
# scope variable is shared between callbacks
scope = {}
def before(o,instance):
scope['query'] = Contacts.objects.filter(progenitor=instance.moniker())
def delete_contacts(o,instance):
scope['query'].delete()
on(entity+'.delete:before',before)
on(entity+'.delete:success',delete_contacts)
def connect_to_delete_instance(entity):
# scope variable is shared between callbacks
scope = {}
# get the moniker of the entity being deleted
def before(o, instance):
scope['query'] = Files.objects.filter(
progenitor=instance.moniker())
# delete all files associated with the moniker
def delete_files(o, instance):
scope['query'].delete()
# attach signals
on(entity + '.delete:before', before)
on(entity + '.delete:success', delete_files)
def test_create_signals(request):
scope = {}
def on_request(observer,request,*args,**kwargs):
scope['request'] = True
def on_before(observer,data):
scope['before'] = True
def on_success(observer,instance):
scope['success'] = True
def on_serialize(observer,data):
scope['serialize'] = True
on('user.create:request',on_request )
def connect_to_delete_instance(entity):
""" When an entity(e.g., an organization) is deleted, remove all of the associated events """
# scope variable is shared between callbacks
scope = {}
# find all the events associated with the entity
def before(o, instance):
scope['query'] = Event.objects.filter(
progenitor=instance.moniker())
# perform the delete operation
def delete_children(o, instance):
scope['query'].delete()
# connect to the delete signals
on(entity + '.delete:before', before)
on(entity + '.delete:success', delete_children)
def test_destroy_callback(self):
scope = {'counter': 0}
def callback(context, modifier):
self.assertEqual(o.context, 'event.context:after')
scope['counter'] = scope['counter'] + modifier
o = on('event.context:after', callback)
trigger('event.context:after', 1)
self.assertEqual(scope['counter'], 1)
o.destroy()
trigger('event.context:after', 1)
self.assertEqual(scope['counter'], 1)
def on_user_create_before(event, data):
print('CREATE BEFORE')
scope['organization_data'] = data.pop('organization', None)
scope['person_data'] = data.pop('person_data', None)
def on_user_create_success(event, user, *args, **kwargs):
# create an organization
if scope.get('organization_data'):
data = scope.get('organization_data')
serializer = OrganizationSerializer(data=data)
serializer.is_valid(raise_exception=True)
scope['organization'] = serializer.save()
print('CREATE SUCCESS')
# give this person all privileges on organization
# from guardian.shortcuts import assign_perm
# # assign_perm('view_organization', user, scope['organization'])
# assign_perm('change_organization', user, scope['organization'])
# assign_perm('delete_organization', user, scope['organization'])
on('user.create:before', on_user_create_before)
on('user.create:success', on_user_create_success)
def test_signals(self):
scope = {}
def on_create_before(self, data):
scope['on_create_before'] = True
def on_create_success(self, instance):
scope['on_create_success'] = True
def on_retrieve_before(self, data):
scope['on_retrieve_before'] = True
def on_retrieve_success(self, instance):
scope['on_retrieve_success'] = True
def on_update_before(self, data):
scope['on_update_before'] = True
def on_update_success(self, instance):
scope['on_update_success'] = True
def on_delete_before(self, data):
scope['on_delete_before'] = True
def on_delete_success(self, instance):
scope['on_delete_success'] = True
on(self.entity + '.create:before', on_create_before)
on(self.entity + '.create:success', on_create_success)
on(self.entity + '.retrieve:before', on_retrieve_before)
on(self.entity + '.retrieve:success', on_retrieve_success)
on(self.entity + '.update:before', on_update_before)
on(self.entity + '.update:success', on_update_success)
on(self.entity + '.delete:before', on_delete_before)
on(self.entity + '.delete:success', on_delete_success)
# create new record
response = self.client.post(self.api_end_point, self.create_data)
self.assertEqual(response.status_code, 201, "Created new instance")
self.assertTrue(scope['on_create_before'], '.create:before')
self.assertTrue(scope['on_create_success'], '.create:before')
# rerieve the record
instance_id = response.data.get('id')
uri = "{}{}/".format(self.api_end_point, instance_id)
self.assertEqual(response.status_code, 201, "Retrieved")
# self.assertTrue(scope['on_retrieve_before'], '.retrieve:before')
self.assertTrue(scope['on_retrieve_success'], '.retrieve:before')
# update a record
response = self.client.patch(uri,
json.dumps(self.update_data),
content_type='application/json')
self.assertEqual(response.status_code, 200, "Updated instance")
self.assertTrue(scope['on_update_before'], '.update:before')
self.assertTrue(scope['on_update_success'], '.update:before')
# delete
response = self.client.delete(uri)
self.assertEqual(response.status_code, 204, "Deleted")
self.assertTrue(scope['on_delete_before'], '.delete:before')
self.assertTrue(scope['on_delete_success'], '.delete:before')
