def test_meeting_start_change():
"""
As there are meetings without an associated id, we can't use oparl_id as unique_id.
But since name+start are unique in the db and the start of a meeting can be updated
to the actual start after the meeting happened, we need to hard delete old meetings
or the import will crash with a failed unque constraint
"""
organizations = [Organization("City Council", 1, True)]
meetings_old = [
Meeting(
"City Council",
"City Council Meeting 1",
None,
None,
None,
start=datetime.fromisoformat("2020-01-01T09:00:00+01:00"),
),
Meeting(
"City Council",
"City Council Meeting 2",
None,
None,
2,
start=datetime.fromisoformat("2020-02-01T09:00:00+01:00"),
),
]
meetings_new = [
Meeting(
"City Council",
"City Council Meeting 1",
None,
None,
None,
start=datetime.fromisoformat("2020-01-01T09:00:10+01:00"),
),
Meeting(
"City Council",
"City Council Meeting 2",
None,
None,
2,
start=datetime.fromisoformat("2020-02-01T09:00:05+01:00"),
),
]
old = RisData(sample_city, None, [], organizations, [], [], meetings_old,
[], [], 2)
new = RisData(sample_city, None, [], organizations, [], [], meetings_new,
[], [], 2)
body = Body(name=old.meta.name, short_name=old.meta.name, ags=old.meta.ags)
body.save()
import_data(body, old)
import_data(body, new)
assert models.Meeting.objects.count() == 2
# The old meeting without id should have been deleted
assert models.Meeting.objects_with_deleted.count() == 3
def test_body(self):
body = Body()
data = self.api_data["https://oparl.example.org/body/1"]
self.converter.body(data, body)
self.assertEqual(body.outline, None)
self.assertNotEqual(body.center, None)
self.assertEqual(body.ags, "05315000")
body.save()
self.converter.body_related(data, body)
self.assertEqual(body.legislative_terms.count(), 1)
def test_manual_deletion(pytestconfig):
"""Check that after a file has been manually deleted, it can't get re-imported and it's gone from minio"""
url = "https://example.org/file/1"
file_id = 1
sample_file = File(
name="Bad File",
original_id=file_id,
url=url,
claimed_size=None,
paper_original_id=sample_paper.original_id,
)
data = RisData(sample_city, None, [], [], [sample_paper], [sample_file],
[], [], [], 2)
body = Body(name=data.meta.name,
short_name=data.meta.name,
ags=data.meta.ags)
body.save()
import_data(body, data)
with responses.RequestsMock() as requests_mock:
requests_mock.add(
responses.GET,
url,
body=Path(pytestconfig.rootdir).joinpath(
"testdata/media/file.txt").read_bytes(),
status=200,
content_type="text/plain",
)
importer = Importer(BaseLoader({}), force_singlethread=True)
[successful, failed] = importer.load_files(sample_city.name)
assert successful == 1 and failed == 0
# Ensure that the file is there
assert minio_client().get_object(minio_file_bucket, str(file_id))
assert models.File.objects.filter(pk=file_id).first()
# This is what we test
models.File.objects.get(pk=file_id).manually_delete()
with pytest.raises(MinioException):
minio_client().get_object(minio_file_bucket, str(file_id))
# Another import, to ensure that manually delete is respected
import_data(body, data)
assert not models.File.objects.filter(pk=file_id).first()
with responses.RequestsMock():
importer = Importer(BaseLoader({}), force_singlethread=True)
[successful, failed] = importer.load_files(sample_city.name)
assert successful == 0 and failed == 0
with pytest.raises(MinioException):
minio_client().get_object(minio_file_bucket, str(file_id))
def test_agenda_item_with_id_name_changed():
organizations = [Organization("City Council", 1, True)]
meetings = [
Meeting(
"City Council",
"City Council Meeting 1",
None,
None,
1,
start=datetime.fromisoformat("2020-01-01T09:00:00+01:00"),
)
]
agenda_items_old = [
AgendaItem(
key="1",
position=0,
name="Old name",
meeting_id=1,
paper_reference=None,
paper_original_id=None,
original_id=1,
result=None,
voting=None,
note=None,
)
]
agenda_items_new = [
AgendaItem(
key="1",
position=0,
name="New name",
meeting_id=1,
paper_reference=None,
paper_original_id=None,
original_id=1,
result=None,
voting=None,
note=None,
)
]
old = RisData(sample_city, None, [], organizations, [], [], meetings, [],
agenda_items_old, 2)
new = RisData(sample_city, None, [], organizations, [], [], meetings, [],
agenda_items_new, 2)
body = Body(name=old.meta.name, short_name=old.meta.name, ags=old.meta.ags)
body.save()
import_data(body, old)
import_data(body, new)
assert models.AgendaItem.objects_with_deleted.count() == 1
assert models.AgendaItem.objects.count() == 1
def make_sample_file(file_id, url):
sample_file = File(
name="Bad File",
original_id=file_id,
url=url,
claimed_size=None,
paper_original_id=sample_paper.original_id,
)
data = RisData(sample_city, None, [], [], [sample_paper], [sample_file],
[], [], [], 2)
body = Body(name=data.meta.name,
short_name=data.meta.name,
ags=data.meta.ags)
body.save()
import_data(body, data)
return body, data
def test_incremental_agenda_items():
old = load_ris_data("importer/test-data/amtzell_old.json")
new = load_ris_data("importer/test-data/amtzell_new.json")
body = Body(name=old.meta.name, short_name=old.meta.name, ags=old.meta.ags)
body.save()
import_data(body, old)
models.AgendaItem.objects_with_deleted.all().delete()
# We don't have original ids for all agenda items (yet?),
# so we just assume meeting x paper is unique
consultation_map = {
(a, b): c
for a, b, c in models.Consultation.objects.values_list(
"meeting_id", "paper_id", "id"
)
}
meeting_id_map = make_id_map(models.Meeting.objects.filter(oparl_id__isnull=False))
paper_id_map = make_id_map(models.Paper.objects)
def convert_function(x):
return convert_agenda_item(x, consultation_map, meeting_id_map, paper_id_map)
incremental_import(
models.AgendaItem, [convert_function(i) for i in old.agenda_items]
)
agenda_items = sorted(models.AgendaItem.objects.values_list("oparl_id", flat=True))
agenda_items_with_deleted = sorted(
models.AgendaItem.objects_with_deleted.values_list("oparl_id", flat=True)
)
assert agenda_items == ["1302", "1880"]
assert agenda_items_with_deleted == ["1302", "1880"]
incremental_import(
models.AgendaItem, [convert_function(i) for i in new.agenda_items]
)
agenda_items = sorted(models.AgendaItem.objects.values_list("oparl_id", flat=True))
agenda_items_with_deleted = sorted(
models.AgendaItem.objects_with_deleted.values_list("oparl_id", flat=True)
)
assert agenda_items == ["1267", "1302"]
assert agenda_items_with_deleted == ["1267", "1302", "1880"]
def test_undelete():
"""A paper gets created, (spuriously?) deleted, and then undeleted"""
with_paper = RisData(sample_city, None, [], [], [sample_paper], [], [], [],
[], 2)
without_paper = RisData(sample_city, None, [], [], [], [], [], [], [], 2)
body = Body(
name=with_paper.meta.name,
short_name=with_paper.meta.name,
ags=with_paper.meta.ags,
)
body.save()
import_data(body, with_paper)
import_data(body, without_paper)
import_data(body, with_paper)
[paper] = models.Paper.objects_with_deleted.all()
assert not paper.deleted
def test_import_json():
old = load_ris_data("importer/test-data/amtzell_old.json")
new = load_ris_data("importer/test-data/amtzell_new.json")
body = Body(name=old.meta.name, short_name=old.meta.name, ags=old.meta.ags)
body.save()
import_data(body, old)
actual = make_db_snapshot()
expected = json.loads(Path("importer/test-data/amtzell_old_db.json").read_text())
assert expected == actual
import_data(body, new)
actual = make_db_snapshot()
expected = json.loads(Path("importer/test-data/amtzell_new_db.json").read_text())
assert expected == actual
def test_duplicate_meetings_with_id(fixture, target_number,
target_number_with_deleted):
"""
There are two meetings with the same name/start, and
a) different ids,
b) with and without id,
c) without ids.
Inspired by https://ris.wuppertal.de/si0057.php?__ksinr=18329 and
https://ris.wuppertal.de/si0057.php?__ksinr=18837
"""
for meeting in serializers.deserialize("json", Path(fixture).read_text()):
meeting.save()
new_meeting = converter.structure(
{
"organization_name": "BV Uellendahl-Katernberg",
"name": "BV Uellendahl-Katernberg",
"location":
"Rathaus Barmen, Ratssaal, Johannes-Rau-Platz 1, 42275 Wuppertal",
"note": None,
"original_id": 18329,
"start": "2020-04-23T18:30:00+02:00",
"end": "2020-04-23T19:20:00+02:00",
"cancelled": False,
},
Meeting,
)
with_paper = RisData(sample_city, None, [], [], [], [], [new_meeting], [],
[], 2)
body = Body(
name=with_paper.meta.name,
short_name=with_paper.meta.name,
ags=with_paper.meta.ags,
)
body.save()
import_data(body, with_paper)
assert models.Meeting.objects.count() == target_number, list(
models.Meeting.objects.values_list("oparl_id", "name", "start"))
assert models.Meeting.objects_with_deleted.count(
) == target_number_with_deleted
def import_outline(body: Body, gemeindeschluessel: str):
if not body.outline:
outline = Location()
outline.name = "Outline of " + body.name
outline.short_name = body.short_name
outline.is_official = False
else:
outline = body.outline
logger.info("Importing outline from {}".format(gemeindeschluessel))
query = query_template_outline.format(gemeindeschluessel)
response = requests.post(overpass_api, data={"data": query})
response.raise_for_status()
geojson = convert_to_geojson(response.text)
outline.geometry = geojson
outline.save()
body.outline = outline
body.save()
def test_index_deletion():
"""Check that deleted persons get deleted from the elasticsearch index"""
for index in registry.get_indices(registry.get_models()):
index.delete(ignore=404)
for index in registry.get_indices(registry.get_models()):
index.create()
old_persons = [
Person(name="Frank Underwood", party="Democrats"),
Person(name="Claire Underwood", party="Democrats"),
]
new_persons = [Person(name="Claire Underwood", party="Democrats")]
old = RisData(sample_city, None, old_persons, [], [], [], [], [], [], 2)
new = RisData(sample_city, None, new_persons, [], [], [], [], [], [], 2)
body = Body(name=old.meta.name, short_name=old.meta.name, ags=old.meta.ags)
body.save()
import_data(body, old)
assert len(MainappSearch({"query": "Underwood"}).execute().hits) == 2
import_data(body, new)
assert len(MainappSearch({"query": "Underwood"}).execute().hits) == 1
def import_outline(body: Body, ags: Optional[str] = None):
ags = ags or body.ags
assert ags is not None
logger.info("Importing outline from {}".format(ags))
if not body.outline:
outline = Location()
outline.name = "Outline of " + body.name
outline.short_name = body.short_name
outline.is_official = False
else:
outline = body.outline
query = format_template(query_template_outline, ags)
response = requests.post(overpass_api, data={"data": query})
response.raise_for_status()
geojson = osm2geojson.json2geojson(response.text)
outline.geometry = geojson
outline.save()
body.outline = outline
body.save()
def test_import_json(send_mail_function):
"""This test runs with elasticsearch if available and otherwise uses saved responses"""
# Create the base state
old = load_ris_data("importer/test-data/amtzell_old.json")
body = Body(name=old.meta.name, short_name=old.meta.name, ags=old.meta.ags)
body.save()
import_data(body, old)
actual = make_db_snapshot()
expected = json.loads(
Path("importer/test-data/amtzell_old_db.json").read_text())
assert expected == actual
last_notification = timezone.now()
# Create notification
user = User(username="******", email="*****@*****.**")
user.save()
UserProfile.objects.create(user=user)
user_alert = UserAlert(
user=user,
search_string="Digitalisierungsstrategie",
created=datetime.fromisoformat("2008-01-01T12:00:00+01:00"),
)
user_alert.save()
# Import the new data
new = load_ris_data("importer/test-data/amtzell_new.json")
import_data(body, new)
actual = make_db_snapshot()
expected = json.loads(
Path("importer/test-data/amtzell_new_db.json").read_text())
assert expected == actual
# Check that the notification was sent
elasticsearch_mock = ElasticsearchMock({
"importer/test-data/notification_request.json":
"importer/test-data/notification_response.json"
})
if is_es_online():
context = contextlib.nullcontext()
else:
context = mock.patch(
"elasticsearch_dsl.search.get_connection",
new=lambda _alias: elasticsearch_mock,
)
with context:
if is_es_online():
notifier = NotifyUsers(last_notification)
else:
notifier = NotifyUsers(
datetime.fromisoformat("2020-05-17T12:07:37.887853+00:00"))
notifier.notify_all()
assert send_mail_function.call_count == 1
assert send_mail_function.call_args[0][0] == "*****@*****.**"
assert "Digitalisierungsstrategie" in send_mail_function.call_args[0][
2]
assert "Digitalisierungsstrategie" in send_mail_function.call_args[0][
3]