def test_find_affiliated_entities_by_org_id_no_org(session, auth_mock): # pylint:disable=unused-argument
"""Assert that an Affiliation can not be find without org id or org id not exists."""
with pytest.raises(BusinessException) as exception:
AffiliationService.find_affiliated_entities_by_org_id(None)
assert exception.value.code == Error.DATA_NOT_FOUND.name
with pytest.raises(BusinessException) as exception:
AffiliationService.find_affiliated_entities_by_org_id(999999)
assert exception.value.code == Error.DATA_NOT_FOUND.name
def test_find_affiliated_entities_by_org_id_no_affiliation(session, auth_mock): # pylint:disable=unused-argument
"""Assert that an Affiliation can not be find without affiliation."""
org_service = factory_org_service()
org_dictionary = org_service.as_dict()
org_id = org_dictionary['id']
with patch.object(AffiliationModel, 'find_affiliations_by_org_id', return_value=None):
with pytest.raises(BusinessException) as exception:
AffiliationService.find_affiliated_entities_by_org_id(org_id)
assert exception.value.code == Error.DATA_NOT_FOUND.name
def test_find_affiliations_for_new_business(session, auth_mock, nr_mock): # pylint:disable=unused-argument
"""Assert that an Affiliation can be created."""
# Create 2 entities - 1 with type NR and another one TMP
# Affiliate to an org
# Get should return only 1 - TMP
# Then delete one affiliation - TMP
# Get should return only 1 - NR
entity_service1 = factory_entity_service(
entity_info=TestEntityInfo.name_request)
entity_dictionary1 = entity_service1.as_dict()
business_identifier1 = entity_dictionary1['business_identifier']
entity_service2 = factory_entity_service(
entity_info=TestEntityInfo.tenp_business)
entity_dictionary2 = entity_service2.as_dict()
business_identifier2 = entity_dictionary2['business_identifier']
org_service = factory_org_service()
org_dictionary = org_service.as_dict()
org_id = org_dictionary['id']
# create NR affiliation
AffiliationService.create_new_business_affiliation(
org_id, business_identifier=business_identifier1, phone='1112223333')
# create second row in affiliation table
AffiliationService.create_affiliation(org_id, business_identifier2, {})
affiliated_entities = AffiliationService.find_affiliated_entities_by_org_id(
org_id)
assert affiliated_entities
assert len(affiliated_entities) == 1
assert affiliated_entities[0][
'business_identifier'] == business_identifier2
AffiliationService.delete_affiliation(
org_id=org_id,
business_identifier=business_identifier2,
email_addresses=None,
token_info=TestJwtClaims.user_test)
affiliated_entities = AffiliationService.find_affiliated_entities_by_org_id(
org_id)
assert affiliated_entities
assert len(affiliated_entities) == 1
assert affiliated_entities[0][
'business_identifier'] == business_identifier1
def test_find_affiliated_entities_by_org_id(session, auth_mock): # pylint:disable=unused-argument
"""Assert that an Affiliation can be created."""
entity_service1 = factory_entity_service(
entity_info=TestEntityInfo.entity_lear_mock)
entity_dictionary1 = entity_service1.as_dict()
business_identifier1 = entity_dictionary1['business_identifier']
entity_service2 = factory_entity_service(
entity_info=TestEntityInfo.entity_lear_mock2)
entity_dictionary2 = entity_service2.as_dict()
business_identifier2 = entity_dictionary2['business_identifier']
org_service = factory_org_service()
org_dictionary = org_service.as_dict()
org_id = org_dictionary['id']
# create first row in affiliation table
AffiliationService.create_affiliation(
org_id, business_identifier1,
TestEntityInfo.entity_lear_mock['passCode'], {})
# create second row in affiliation table
AffiliationService.create_affiliation(
org_id, business_identifier2,
TestEntityInfo.entity_lear_mock2['passCode'], {})
affiliated_entities = AffiliationService.find_affiliated_entities_by_org_id(
org_id)
assert affiliated_entities
assert len(affiliated_entities) == 2
assert affiliated_entities[0]['business_identifier'] == entity_dictionary2[
'business_identifier']
def test_find_affiliated_entities_by_org_id(session): # pylint:disable=unused-argument
"""Assert that an Affiliation can be created."""
entity_service1 = factory_entity_service(business_identifier='CP555')
entity_dictionary1 = entity_service1.as_dict()
business_identifier1 = entity_dictionary1['businessIdentifier']
entity_service2 = factory_entity_service(business_identifier='CP556')
entity_dictionary2 = entity_service2.as_dict()
business_identifier2 = entity_dictionary2['businessIdentifier']
org_service = factory_org_service(name='My Test Org')
org_dictionary = org_service.as_dict()
org_id = org_dictionary['id']
# create first row in affiliation table
AffiliationService.create_affiliation(org_id, business_identifier1)
# create second row in affiliation table
AffiliationService.create_affiliation(org_id, business_identifier2)
affiliated_entities = AffiliationService.find_affiliated_entities_by_org_id(
org_id)
assert affiliated_entities
assert len(affiliated_entities) == 2
assert affiliated_entities[0]['businessIdentifier'] == entity_dictionary1[
'businessIdentifier']
def get(org_id):
"""Get all affiliated entities for the given org."""
try:
response, status = jsonify(AffiliationService.find_affiliated_entities_by_org_id(org_id)), \
http_status.HTTP_200_OK
except BusinessException as exception:
response, status = {'code': exception.code, 'message': exception.message}, exception.status_code
return response, status
def test_find_affiliations_for_new_business_incorporation_complete(
session, auth_mock, nr_mock): # pylint:disable=unused-argument
"""Assert that an Affiliation can be created."""
# Create 2 entities - 1 with type NR and another one TMP
# Affiliate to an org
# Get should return only 1 - TMP
# Delete NR affiliation
# Then delete one affiliation - TMP
# Re-add the TMP affiliation with name as the BC...
nr_entity = factory_entity_service(entity_info=TestEntityInfo.name_request)
entity_dictionary1 = nr_entity.as_dict()
nr_business_identifier = entity_dictionary1['business_identifier']
tmp_entity = factory_entity_service(
entity_info=TestEntityInfo.tenp_business)
entity_dictionary2 = tmp_entity.as_dict()
tmp_business_identifier = entity_dictionary2['business_identifier']
org_service = factory_org_service()
org_dictionary = org_service.as_dict()
org_id = org_dictionary['id']
# create NR affiliation
AffiliationService.create_new_business_affiliation(
org_id, business_identifier=nr_business_identifier, phone='1112223333')
# create second row in affiliation table
AffiliationService.create_affiliation(org_id, tmp_business_identifier, {})
affiliated_entities = AffiliationService.find_affiliated_entities_by_org_id(
org_id)
assert affiliated_entities
assert len(affiliated_entities) == 1
assert affiliated_entities[0][
'business_identifier'] == tmp_business_identifier
# Delete the NR And TEMP IA affiliation and entities
AffiliationService.delete_affiliation(
org_id=org_id, business_identifier=tmp_business_identifier)
tmp_entity.delete()
AffiliationService.delete_affiliation(
org_id=org_id, business_identifier=nr_business_identifier)
nr_entity.delete()
# Create entities for a TEMP with name as BC... number and incorporated entity
tmp_inc_entity = factory_entity_service(
entity_info=TestEntityInfo.temp_business_incoporated)
entity_dictionary1 = tmp_inc_entity.as_dict()
tmp_business_incorporated_identifier = entity_dictionary1[
'business_identifier']
AffiliationService.create_affiliation(
org_id, business_identifier=tmp_business_incorporated_identifier)
inc_entity = factory_entity_service(
entity_info=TestEntityInfo.business_incoporated)
entity_dictionary1 = inc_entity.as_dict()
business_incorporated_identifier = entity_dictionary1[
'business_identifier']
AffiliationService.create_affiliation(
org_id, business_identifier=business_incorporated_identifier)
affiliated_entities = AffiliationService.find_affiliated_entities_by_org_id(
org_id)
assert affiliated_entities
assert len(affiliated_entities) == 1
assert affiliated_entities[0][
'business_identifier'] == business_incorporated_identifier
