def test_add_recording_different_cases(self):
""" Tests that recordings with only case differences get the same MessyBrainz ID.
"""
with messybrainz.engine.connect() as connection:
msid1 = data.submit_recording(connection, recording)
msid2 = str(data.get_id_from_recording(connection, recording_diff_case))
self.assertEqual(msid1, msid2)
def test_get_release(self):
with messybrainz.engine.connect() as connection:
recording_msid = data.submit_recording(connection, recording)
release_msid = data.get_release(connection, recording['release'])
recording_data = data.load_recordings_from_msids(
connection, [recording_msid])[0]
self.assertEqual(release_msid,
recording_data['ids']['release_msid'])
def test_get_artist_credit(self):
with messybrainz.engine.connect() as connection:
recording_msid = data.submit_recording(connection, recording)
artist_msid = data.get_artist_credit(connection,
recording['artist'])
recording_data = data.load_recordings_from_msids(
connection, [recording_msid])[0]
self.assertEqual(artist_msid, recording_data['ids']['artist_msid'])
def insert_single(connection, recording):
""" Inserts a single recording into MessyBrainz.
Args:
connection: the sqlalchemy db connection to be used to execute queries
recording: the recording to be inserted
Returns:
A dict containing the recording data for inserted recording
"""
gid = data.get_id_from_recording(connection, recording)
if not gid:
gid = data.submit_recording(connection, recording)
loaded = data.load_recordings_from_msids(connection, [gid])[0]
return loaded
def insert_test_data_with_metadata(self, user_id, neg_score=False):
""" Insert test data with metadata into the database """
with msb_db.engine.connect() as connection:
msid = get_id_from_meta_hash(connection, self.sample_recording)
if msid is None:
msid = submit_recording(connection, self.sample_recording)
msid = str(msid)
artists = load_recordings_from_msids(connection, [msid])
self.saved_artist_msid = artists[0]["ids"]["artist_msid"]
self.sample_feedback_with_metadata[0]["recording_msid"] = msid
query = """INSERT INTO mbid_mapping_metadata
(recording_mbid, release_mbid, release_name, artist_credit_id,
artist_mbids, artist_credit_name, recording_name)
VALUES ('076255b4-1575-11ec-ac84-135bf6a670e3',
'1fd178b4-1575-11ec-b98a-d72392cd8c97',
'release_name',
65,
'{6a221fda-2200-11ec-ac7d-dfa16a57158f}'::UUID[],
'artist name', 'recording name')"""
with ts.engine.connect() as connection:
connection.execute(sqlalchemy.text(query))
query = """INSERT INTO mbid_mapping
(recording_msid, recording_mbid, match_type, last_updated)
VALUES (:msid, :mbid, :match_type, now())"""
with ts.engine.connect() as connection:
connection.execute(
sqlalchemy.text(query), {
"msid": msid,
"mbid": "076255b4-1575-11ec-ac84-135bf6a670e3",
"match_type": "exact_match"
})
for fb in self.sample_feedback_with_metadata:
db_feedback.insert(
Feedback(user_id=user_id,
recording_msid=fb["recording_msid"],
score=fb["score"]))
return len(self.sample_feedback_with_metadata)
def test_submit_recording(self):
with messybrainz.engine.connect() as connection:
recording_msid = data.submit_recording(connection, recording)
self.assertEqual(
recording_msid,
str(data.get_id_from_recording(connection, recording)))
def test_load_recordings_from_msids(self):
with messybrainz.engine.connect() as connection:
recording_msid = data.submit_recording(connection, recording)
result = data.load_recordings_from_msids(connection,
[recording_msid])[0]
self.assertDictEqual(result['payload'], recording)
