def test_service_node_counts_add_service_node_to_units(units, api_client): # Add service node 3 to all units sn3_obj = ServiceNode.objects.get(pk=3) for o in Unit.objects.all(): o.service_nodes.add(sn3_obj) update_service_node_counts() service_nodes = sorted(get_nodes(api_client), key=lambda x: x['id']) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1['id'] == 1 assert service_node_2['id'] == 2 assert service_node_1['unit_count']['total'] == 2 assert service_node_1['unit_count']['municipality']['a'] == 1 assert service_node_1['unit_count']['municipality']['b'] == 1 assert len(service_node_1['unit_count']['municipality']) == 2 assert service_node_2['unit_count']['total'] == 2 assert service_node_2['unit_count']['municipality']['a'] == 1 assert service_node_2['unit_count']['municipality']['_unknown'] == 1 assert len(service_node_2['unit_count']['municipality']) == 2 assert service_node_3['unit_count']['total'] == 5 assert service_node_3['unit_count']['municipality']['a'] == 3 assert service_node_3['unit_count']['municipality']['b'] == 1 assert service_node_3['unit_count']['municipality']['_unknown'] == 1 assert len(service_node_3['unit_count']['municipality']) == 3
def import_units(self, pk=None): if pk is not None: import_units(fetch_only_id=pk) return import_units() update_service_node_counts() update_service_counts()
def test_service_node_counts_add_service_node_to_units(units, api_client): # Add service node 3 to all units sn3_obj = ServiceNode.objects.get(pk=3) for o in Unit.objects.all(): o.service_nodes.add(sn3_obj) update_service_node_counts() service_nodes = sorted(get_nodes(api_client), key=lambda x: x["id"]) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1["id"] == 1 assert service_node_2["id"] == 2 assert service_node_1["unit_count"]["total"] == 2 assert service_node_1["unit_count"]["municipality"]["a"] == 1 assert service_node_1["unit_count"]["municipality"]["b"] == 1 assert len(service_node_1["unit_count"]["municipality"]) == 2 assert service_node_2["unit_count"]["total"] == 2 assert service_node_2["unit_count"]["municipality"]["a"] == 1 assert service_node_2["unit_count"]["municipality"]["_unknown"] == 1 assert len(service_node_2["unit_count"]["municipality"]) == 2 assert service_node_3["unit_count"]["total"] == 5 assert service_node_3["unit_count"]["municipality"]["a"] == 3 assert service_node_3["unit_count"]["municipality"]["b"] == 1 assert service_node_3["unit_count"]["municipality"]["_unknown"] == 1 assert len(service_node_3["unit_count"]["municipality"]) == 3
def import_units(self, pk=None): if pk is not None: import_units(fetch_only_id=pk) return import_units() update_service_node_counts() remove_empty_service_nodes(self.logger) update_service_counts()
def import_units(self): units = get_turku_resource("palvelupisteet") for unit in units: self._handle_unit(unit) self.unitsyncher.finish() update_service_node_counts() remove_empty_service_nodes(self.logger)
def test_service_node_counts_remove_service_node_from_units(units, api_client): # Remove service node 1 from all units sn1_obj = ServiceNode.objects.get(pk=1) for unit in sn1_obj.units.all(): unit.service_nodes.remove(sn1_obj) update_service_node_counts() service_nodes = sorted(get_nodes(api_client), key=lambda x: x['id']) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1['id'] == 1 assert service_node_2['id'] == 2 assert service_node_1['unit_count']['total'] == 0 assert len(service_node_1['unit_count']['municipality']) == 0 assert service_node_2['unit_count']['total'] == 2 assert service_node_2['unit_count']['municipality']['a'] == 1 assert service_node_2['unit_count']['municipality']['_unknown'] == 1 assert len(service_node_2['unit_count']['municipality']) == 2 assert service_node_3['unit_count']['total'] == 1 assert service_node_3['unit_count']['municipality']['a'] == 1 assert len(service_node_3['unit_count']['municipality']) == 1
def test_service_node_counts_remove_service_node_from_units(units, api_client): # Remove service node 1 from all units sn1_obj = ServiceNode.objects.get(pk=1) for unit in sn1_obj.units.all(): unit.service_nodes.remove(sn1_obj) update_service_node_counts() service_nodes = sorted(get_nodes(api_client), key=lambda x: x["id"]) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1["id"] == 1 assert service_node_2["id"] == 2 assert service_node_1["unit_count"]["total"] == 0 assert len(service_node_1["unit_count"]["municipality"]) == 0 assert service_node_2["unit_count"]["total"] == 2 assert service_node_2["unit_count"]["municipality"]["a"] == 1 assert service_node_2["unit_count"]["municipality"]["_unknown"] == 1 assert len(service_node_2["unit_count"]["municipality"]) == 2 assert service_node_3["unit_count"]["total"] == 1 assert service_node_3["unit_count"]["municipality"]["a"] == 1 assert len(service_node_3["unit_count"]["municipality"]) == 1
def test_import_units(api_client, muni_admin_div_type, resources): def fetch_resource(name): return resources.get(name, set()) def fetch_units(): return fetch_resource('unit') dept_syncher = import_departments(fetch_resource=fetch_resource) import_services( ontologytrees=fetch_resource('ontologytree'), ontologywords=fetch_resource('ontologyword')) response = get(api_client, reverse('servicenode-list')) assert_resource_synced(response, 'ontologytree', resources) response = get(api_client, reverse('service-list')) assert_resource_synced(response, 'ontologyword', resources) import_units( fetch_units=fetch_units, fetch_resource=fetch_resource, dept_syncher=dept_syncher) update_service_node_counts() response = get(api_client, '{}?include=department,services'.format(reverse('unit-list'))) assert_resource_synced(response, 'unit', resources) source_units_by_id = dict((u['id'], u) for u in resources['unit']) ontologyword_ids_by_unit_id = dict() ontologyword_by_id = {} ontologytree_by_id = {} for owd in resources['ontologyword_details']: s = ontologyword_ids_by_unit_id.setdefault(owd['unit_id'], set()) s.add(owd['ontologyword_id']) for ot in resources['ontologytree']: ontologytree_by_id[ot['id']] = ot for ow in resources['ontologyword']: ontologyword_by_id[ow['id']] = ow service_node_counts = {} service_counts = {} imported_service_details = {} for unit in response.data['results']: assert_unit_correctly_imported(unit, source_units_by_id.get(unit['id']), ontologyword_ids_by_unit_id[unit['id']]) imported_service_details[unit['id']] = unit['services'] for service_node_id in unit['service_nodes']: service_node_counts.setdefault(service_node_id, 0) service_node_counts[service_node_id] += 1 for service in unit['services']: service_counts[service['id']] = service_counts.get(service['id'], 0) + 1 assert_service_details_correctly_imported( resources['ontologyword_details'], imported_service_details) # Check unit counts in related objects response = get(api_client, reverse('servicenode-list')) service_nodes = response.data['results'] for service_node in service_nodes: # Note: only the totals are currently tested # TODO: hierarchy + municipality specific tests assert service_node_counts.get(service_node['id'], 0) == service_node['unit_count']['total'] assert_keywords_correct(ontologytree_by_id.get(service_node['id']), service_node) response = get(api_client, reverse('service-list')) services = response.data['results'] for service in services: assert service_counts.get(service['id'], 0) == service['unit_count']['total'] to = service frm = ontologyword_by_id[service['id']] assert to['period_enabled'] == frm['can_add_schoolyear'] assert to['clarification_enabled'] == frm['can_add_clarification'] assert_keywords_correct(ontologyword_by_id.get(service['id']), service)
def test_service_node_counts_delete_units(units, api_client): for service_node in get_nodes(api_client): assert service_node['unit_count']['total'] == 0 assert len(service_node['unit_count']['municipality']) == 0 update_service_node_counts() def check_before_deletions(): service_nodes = sorted(get_nodes(api_client), key=lambda x: x['id']) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1['id'] == 1 assert service_node_2['id'] == 2 assert service_node_1['unit_count']['total'] == 2 assert service_node_1['unit_count']['municipality']['a'] == 1 assert service_node_1['unit_count']['municipality']['b'] == 1 assert len(service_node_1['unit_count']['municipality']) == 2 assert service_node_2['unit_count']['total'] == 2 assert service_node_2['unit_count']['municipality']['a'] == 1 assert service_node_2['unit_count']['municipality']['_unknown'] == 1 assert len(service_node_2['unit_count']['municipality']) == 2 assert service_node_3['unit_count']['total'] == 1 assert service_node_3['unit_count']['municipality']['a'] == 1 assert len(service_node_3['unit_count']['municipality']) == 1 check_before_deletions() u = Unit.objects.get(pk=4) assert u.service_nodes.count() == 0 u.delete() # Deleting a Unit without services shouldn't affect the results check_before_deletions() # From service nodes 1 & 2 remove one unit with muni 'a' (delete unit) Unit.objects.get(pk=1).delete() update_service_node_counts() service_nodes = sorted(get_nodes(api_client), key=lambda x: x['id']) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1['id'] == 1 assert service_node_2['id'] == 2 assert service_node_1['unit_count']['total'] == 1 assert service_node_1['unit_count']['municipality'].get('a') is None assert service_node_1['unit_count']['municipality']['b'] == 1 assert len(service_node_1['unit_count']['municipality']) == 1 assert service_node_2['unit_count']['total'] == 1 assert service_node_2['unit_count']['municipality'].get('a') is None assert service_node_2['unit_count']['municipality']['_unknown'] == 1 assert len(service_node_2['unit_count']['municipality']) == 1 assert service_node_3['unit_count']['total'] == 1 assert service_node_3['unit_count']['municipality']['a'] == 1 assert len(service_node_3['unit_count']['municipality']) == 1 # From service node 3 remove all units (delete unit) Unit.objects.get(pk=5).delete() update_service_node_counts() service_nodes = sorted(get_nodes(api_client), key=lambda x: x['id']) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1['id'] == 1 assert service_node_2['id'] == 2 assert service_node_1['unit_count']['total'] == 1 assert service_node_1['unit_count']['municipality'].get('a') is None assert service_node_1['unit_count']['municipality']['b'] == 1 assert len(service_node_1['unit_count']['municipality']) == 1 assert service_node_2['unit_count']['total'] == 1 assert service_node_2['unit_count']['municipality'].get('a') is None assert service_node_2['unit_count']['municipality']['_unknown'] == 1 assert len(service_node_2['unit_count']['municipality']) == 1 assert service_node_3['unit_count']['total'] == 0 assert len(service_node_3['unit_count']['municipality']) == 0 # From service node 2 remove unit with muncipality None Unit.objects.get(pk=3).delete() update_service_node_counts() service_nodes = sorted(get_nodes(api_client), key=lambda x: x['id']) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1['id'] == 1 assert service_node_2['id'] == 2 assert service_node_1['unit_count']['total'] == 1 assert service_node_1['unit_count']['municipality'].get('a') is None assert service_node_1['unit_count']['municipality']['b'] == 1 assert len(service_node_1['unit_count']['municipality']) == 1 assert service_node_2['unit_count']['total'] == 0 assert service_node_2['unit_count']['municipality'].get('a') is None assert service_node_2['unit_count']['municipality'].get('_unknown') is None assert len(service_node_2['unit_count']['municipality']) == 0 assert service_node_3['unit_count']['total'] == 0 assert len(service_node_3['unit_count']['municipality']) == 0
def update_service_node_unit_counts(self): update_service_node_counts()
def test_import_units(api_client, resources): # Manual setup: needed because of poor hypothesis-pytest integration a, created = AdministrativeDivisionType.objects.get_or_create( type="muni", defaults=dict(name="Municipality")) # End of manual setup def fetch_resource(name): return resources.get(name, set()) def fetch_units(): return fetch_resource("unit") dept_syncher = import_departments(fetch_resource=fetch_resource) import_services( ontologytrees=fetch_resource("ontologytree"), ontologywords=fetch_resource("ontologyword"), ) response = get(api_client, reverse("servicenode-list")) assert_resource_synced(response, "ontologytree", resources) response = get(api_client, reverse("service-list")) assert_resource_synced(response, "ontologyword", resources) import_units( fetch_units=fetch_units, fetch_resource=fetch_resource, dept_syncher=dept_syncher, ) update_service_node_counts() update_service_counts() response = get( api_client, "{}?include=department,services".format(reverse("unit-list"))) assert_resource_synced(response, "unit", resources) source_units_by_id = dict((u["id"], u) for u in resources["unit"]) ontologyword_ids_by_unit_id = dict() ontologyword_by_id = {} ontologytree_by_id = {} for owd in resources["ontologyword_details"]: s = ontologyword_ids_by_unit_id.setdefault(owd["unit_id"], set()) s.add(owd["ontologyword_id"]) for ot in resources["ontologytree"]: ontologytree_by_id[ot["id"]] = ot for ow in resources["ontologyword"]: ontologyword_by_id[ow["id"]] = ow service_node_counts = {} service_counts = {} imported_service_details = {} for unit in response.data["results"]: assert_unit_correctly_imported( unit, source_units_by_id.get(unit["id"]), ontologyword_ids_by_unit_id[unit["id"]], ) imported_service_details[unit["id"]] = unit["services"] for service_node_id in unit["service_nodes"]: service_node_counts.setdefault(service_node_id, 0) service_node_counts[service_node_id] += 1 for service in unit["services"]: service_counts[service["id"]] = service_counts.get( service["id"], 0) + 1 assert_service_details_correctly_imported( resources["ontologyword_details"], imported_service_details) # Check unit counts in related objects response = get(api_client, reverse("servicenode-list")) service_nodes = response.data["results"] for service_node in service_nodes: # Note: only the totals are currently tested # TODO: hierarchy + municipality specific tests assert (service_node_counts.get( service_node["id"], 0) == service_node["unit_count"]["total"]) assert_keywords_correct(ontologytree_by_id.get(service_node["id"]), service_node) response = get(api_client, reverse("service-list")) services = response.data["results"] for service in services: assert service_counts.get(service["id"], 0) == service["unit_count"]["total"] to = service frm = ontologyword_by_id[service["id"]] assert to["period_enabled"] == frm["can_add_schoolyear"] assert to["clarification_enabled"] == frm["can_add_clarification"] assert_keywords_correct(ontologyword_by_id.get(service["id"]), service) # Manual teardown: needed because of poor hypothesis-pytest integration ServiceUnitCount.objects.all().delete() ServiceNodeUnitCount.objects.all().delete() a.delete()
def test_service_node_counts_delete_units(units, api_client): for service_node in get_nodes(api_client): assert service_node["unit_count"]["total"] == 0 assert len(service_node["unit_count"]["municipality"]) == 0 update_service_node_counts() def check_before_deletions(): service_nodes = sorted(get_nodes(api_client), key=lambda x: x["id"]) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1["id"] == 1 assert service_node_2["id"] == 2 assert service_node_1["unit_count"]["total"] == 2 assert service_node_1["unit_count"]["municipality"]["a"] == 1 assert service_node_1["unit_count"]["municipality"]["b"] == 1 assert len(service_node_1["unit_count"]["municipality"]) == 2 assert service_node_2["unit_count"]["total"] == 2 assert service_node_2["unit_count"]["municipality"]["a"] == 1 assert service_node_2["unit_count"]["municipality"]["_unknown"] == 1 assert len(service_node_2["unit_count"]["municipality"]) == 2 assert service_node_3["unit_count"]["total"] == 1 assert service_node_3["unit_count"]["municipality"]["a"] == 1 assert len(service_node_3["unit_count"]["municipality"]) == 1 check_before_deletions() u = Unit.objects.get(pk=4) assert u.service_nodes.count() == 0 u.delete() # Deleting a Unit without services shouldn't affect the results check_before_deletions() # From service nodes 1 & 2 remove one unit with muni 'a' (delete unit) Unit.objects.get(pk=1).delete() update_service_node_counts() service_nodes = sorted(get_nodes(api_client), key=lambda x: x["id"]) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1["id"] == 1 assert service_node_2["id"] == 2 assert service_node_1["unit_count"]["total"] == 1 assert service_node_1["unit_count"]["municipality"].get("a") is None assert service_node_1["unit_count"]["municipality"]["b"] == 1 assert len(service_node_1["unit_count"]["municipality"]) == 1 assert service_node_2["unit_count"]["total"] == 1 assert service_node_2["unit_count"]["municipality"].get("a") is None assert service_node_2["unit_count"]["municipality"]["_unknown"] == 1 assert len(service_node_2["unit_count"]["municipality"]) == 1 assert service_node_3["unit_count"]["total"] == 1 assert service_node_3["unit_count"]["municipality"]["a"] == 1 assert len(service_node_3["unit_count"]["municipality"]) == 1 # From service node 3 remove all units (delete unit) Unit.objects.get(pk=5).delete() update_service_node_counts() service_nodes = sorted(get_nodes(api_client), key=lambda x: x["id"]) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1["id"] == 1 assert service_node_2["id"] == 2 assert service_node_1["unit_count"]["total"] == 1 assert service_node_1["unit_count"]["municipality"].get("a") is None assert service_node_1["unit_count"]["municipality"]["b"] == 1 assert len(service_node_1["unit_count"]["municipality"]) == 1 assert service_node_2["unit_count"]["total"] == 1 assert service_node_2["unit_count"]["municipality"].get("a") is None assert service_node_2["unit_count"]["municipality"]["_unknown"] == 1 assert len(service_node_2["unit_count"]["municipality"]) == 1 assert service_node_3["unit_count"]["total"] == 0 assert len(service_node_3["unit_count"]["municipality"]) == 0 # From service node 2 remove unit with muncipality None Unit.objects.get(pk=3).delete() update_service_node_counts() service_nodes = sorted(get_nodes(api_client), key=lambda x: x["id"]) service_node_1 = service_nodes[0] service_node_2 = service_nodes[1] service_node_3 = service_nodes[2] assert service_node_1["id"] == 1 assert service_node_2["id"] == 2 assert service_node_1["unit_count"]["total"] == 1 assert service_node_1["unit_count"]["municipality"].get("a") is None assert service_node_1["unit_count"]["municipality"]["b"] == 1 assert len(service_node_1["unit_count"]["municipality"]) == 1 assert service_node_2["unit_count"]["total"] == 0 assert service_node_2["unit_count"]["municipality"].get("a") is None assert service_node_2["unit_count"]["municipality"].get("_unknown") is None assert len(service_node_2["unit_count"]["municipality"]) == 0 assert service_node_3["unit_count"]["total"] == 0 assert len(service_node_3["unit_count"]["municipality"]) == 0
def test_import_units(api_client, resources): # Manual setup: needed because of poor hypothesis-pytest integration a, created = AdministrativeDivisionType.objects.get_or_create( type='muni', defaults=dict(name='Municipality')) # End of manual setup def fetch_resource(name): return resources.get(name, set()) def fetch_units(): return fetch_resource('unit') dept_syncher = import_departments(fetch_resource=fetch_resource) import_services(ontologytrees=fetch_resource('ontologytree'), ontologywords=fetch_resource('ontologyword')) response = get(api_client, reverse('servicenode-list')) assert_resource_synced(response, 'ontologytree', resources) response = get(api_client, reverse('service-list')) assert_resource_synced(response, 'ontologyword', resources) import_units(fetch_units=fetch_units, fetch_resource=fetch_resource, dept_syncher=dept_syncher) update_service_node_counts() update_service_counts() response = get( api_client, '{}?include=department,services'.format(reverse('unit-list'))) assert_resource_synced(response, 'unit', resources) source_units_by_id = dict((u['id'], u) for u in resources['unit']) ontologyword_ids_by_unit_id = dict() ontologyword_by_id = {} ontologytree_by_id = {} for owd in resources['ontologyword_details']: s = ontologyword_ids_by_unit_id.setdefault(owd['unit_id'], set()) s.add(owd['ontologyword_id']) for ot in resources['ontologytree']: ontologytree_by_id[ot['id']] = ot for ow in resources['ontologyword']: ontologyword_by_id[ow['id']] = ow service_node_counts = {} service_counts = {} imported_service_details = {} for unit in response.data['results']: assert_unit_correctly_imported(unit, source_units_by_id.get(unit['id']), ontologyword_ids_by_unit_id[unit['id']]) imported_service_details[unit['id']] = unit['services'] for service_node_id in unit['service_nodes']: service_node_counts.setdefault(service_node_id, 0) service_node_counts[service_node_id] += 1 for service in unit['services']: service_counts[service['id']] = service_counts.get( service['id'], 0) + 1 assert_service_details_correctly_imported( resources['ontologyword_details'], imported_service_details) # Check unit counts in related objects response = get(api_client, reverse('servicenode-list')) service_nodes = response.data['results'] for service_node in service_nodes: # Note: only the totals are currently tested # TODO: hierarchy + municipality specific tests assert service_node_counts.get( service_node['id'], 0) == service_node['unit_count']['total'] assert_keywords_correct(ontologytree_by_id.get(service_node['id']), service_node) response = get(api_client, reverse('service-list')) services = response.data['results'] for service in services: assert service_counts.get(service['id'], 0) == service['unit_count']['total'] to = service frm = ontologyword_by_id[service['id']] assert to['period_enabled'] == frm['can_add_schoolyear'] assert to['clarification_enabled'] == frm['can_add_clarification'] assert_keywords_correct(ontologyword_by_id.get(service['id']), service) # Manual teardown: needed because of poor hypothesis-pytest integration ServiceUnitCount.objects.all().delete() ServiceNodeUnitCount.objects.all().delete() a.delete()
def test_import_units(api_client, muni_admin_div_type, resources): def fetch_resource(name): return resources.get(name, set()) def fetch_units(): return fetch_resource('unit') dept_syncher = import_departments(fetch_resource=fetch_resource) import_services(ontologytrees=fetch_resource('ontologytree'), ontologywords=fetch_resource('ontologyword')) response = get(api_client, reverse('servicenode-list')) assert_resource_synced(response, 'ontologytree', resources) response = get(api_client, reverse('service-list')) assert_resource_synced(response, 'ontologyword', resources) import_units(fetch_units=fetch_units, fetch_resource=fetch_resource, dept_syncher=dept_syncher) update_service_node_counts() response = get( api_client, '{}?include=department,services'.format(reverse('unit-list'))) assert_resource_synced(response, 'unit', resources) source_units_by_id = dict((u['id'], u) for u in resources['unit']) ontologyword_ids_by_unit_id = dict() ontologyword_by_id = {} ontologytree_by_id = {} for owd in resources['ontologyword_details']: s = ontologyword_ids_by_unit_id.setdefault(owd['unit_id'], set()) s.add(owd['ontologyword_id']) for ot in resources['ontologytree']: ontologytree_by_id[ot['id']] = ot for ow in resources['ontologyword']: ontologyword_by_id[ow['id']] = ow service_node_counts = {} service_counts = {} imported_service_details = {} for unit in response.data['results']: assert_unit_correctly_imported(unit, source_units_by_id.get(unit['id']), ontologyword_ids_by_unit_id[unit['id']]) imported_service_details[unit['id']] = unit['services'] for service_node_id in unit['service_nodes']: service_node_counts.setdefault(service_node_id, 0) service_node_counts[service_node_id] += 1 for service in unit['services']: service_counts[service['id']] = service_counts.get( service['id'], 0) + 1 assert_service_details_correctly_imported( resources['ontologyword_details'], imported_service_details) # Check unit counts in related objects response = get(api_client, reverse('servicenode-list')) service_nodes = response.data['results'] for service_node in service_nodes: # Note: only the totals are currently tested # TODO: hierarchy + municipality specific tests assert service_node_counts.get( service_node['id'], 0) == service_node['unit_count']['total'] assert_keywords_correct(ontologytree_by_id.get(service_node['id']), service_node) response = get(api_client, reverse('service-list')) services = response.data['results'] for service in services: assert service_counts.get(service['id'], 0) == service['unit_count']['total'] to = service frm = ontologyword_by_id[service['id']] assert to['period_enabled'] == frm['can_add_schoolyear'] assert to['clarification_enabled'] == frm['can_add_clarification'] assert_keywords_correct(ontologyword_by_id.get(service['id']), service)