def test_etag_functionality(mongo_service: MongoService, request_user_1: User):
response = mongo_service.create(
request_user_1,
deepcopy(celebrimbor),
)
uid = response["uid"]
document_1 = mongo_service.retrieve_one(request_user_1, uid)
metadata = document_1["splash_md"]
assert len(metadata["etag"]) > 0
etag1 = metadata["etag"]
mongo_service.update(request_user_1,
deepcopy(celebrimbor_2),
uid,
etag=etag1)
document_2 = mongo_service.retrieve_one(request_user_1, uid)
etag2 = document_2["splash_md"]["etag"]
assert etag1 != etag2
with pytest.raises(EtagMismatchError, ) as exc:
mongo_service.update(request_user_1,
deepcopy(celebrimbor_3),
uid,
etag=etag1)
doc_2 = mongo_service.retrieve_one(request_user_1, uid)
assert exc.value.args[
0] == f"Etag argument `{etag1}` does not match current etag: `{etag2}`"
assert exc.value.etag == etag2
# make sure no changes were made
assert doc_2 == document_2
def test_update_with_bad_metadata(mongo_service: MongoService, request_user_1: User):
uid = mongo_service.create(request_user_1, {"Mordor": "Mt. Dum"})
data = mongo_service.retrieve_one(request_user_1, uid)
for field in immutable_fields:
with pytest.raises(
ImmutableMetadataField,
match=f"Cannot mutate field: `{field}` in `splash_md`",
):
mongo_service.update(
request_user_1, {"splash_md": {field: "test_value"}}, uid
)
assert mongo_service.retrieve_one(request_user_1, uid) == data
def test_edits(mongo_service: MongoService, request_user_1: User,
request_user_2: User):
with freeze_time(mock_times[0], tz_offset=-4,
as_arg=True) as frozen_datetime:
response = mongo_service.create(
request_user_1,
deepcopy(celebrimbor),
)
frozen_datetime.move_to(mock_times[1])
response = mongo_service.update(
request_user_1,
deepcopy(celebrimbor_2),
response["uid"],
)
document = mongo_service.retrieve_one(request_user_1, response["uid"])
equal_dicts(document, celebrimbor_2, ignore_keys)
metadata = document["splash_md"]
assert metadata["create_date"] == mock_times[0]
assert metadata["creator"] == request_user_1.uid
assert metadata["last_edit"] == mock_times[1]
assert metadata == response["splash_md"]
frozen_datetime.move_to(mock_times[2])
response = mongo_service.update(
request_user_2,
deepcopy(celebrimbor_3),
response["uid"],
)
document = mongo_service.retrieve_one(request_user_1, response["uid"])
equal_dicts(document, celebrimbor_3, ignore_keys)
metadata = document["splash_md"]
assert metadata["create_date"] == mock_times[0]
assert metadata["creator"] == request_user_1.uid
assert metadata["last_edit"] == mock_times[2]
assert metadata == response["splash_md"]
edit_record = metadata["edit_record"]
assert len(edit_record) == 2
assert edit_record[0]["date"] == mock_times[1]
assert edit_record[0]["user"] == request_user_1.uid
assert edit_record[1]["date"] == mock_times[2]
assert edit_record[1]["user"] == request_user_2.uid
def test_creation(
mongo_service: MongoService,
request_user_1: User,
):
# By setting the timezone offset we ensure that even if
# We are in a different timezone we are still timestamping using utcnow
# So everything is consistent https://github.com/spulec/freezegun#timezones
with freeze_time(mock_times[0], tz_offset=-4, as_arg=True) as frozen_datetime:
uid = mongo_service.create(
request_user_1,
deepcopy(celebrimbor),
)
frozen_datetime.move_to(mock_times[1])
document_1 = mongo_service.retrieve_one(request_user_1, uid)
metadata = document_1["splash_md"]
equal_dicts(celebrimbor, document_1, ignore_keys)
assert metadata["create_date"] == mock_times[0]
assert metadata["creator"] == request_user_1.uid
assert metadata["last_edit"] == mock_times[0]
assert len(metadata["edit_record"]) == 0
