def test_equality(self):
a = Counts(self.tracks, self.direct_albums, self.also_albums,
self.also_tracks)
b = Counts(40, self.direct_albums, 30, self.also_tracks)
c = Counts(self.tracks, self.direct_albums, 10, 10)
d = Counts(self.tracks, self.direct_albums, self.also_albums,
self.also_tracks)
assert a != b != c
assert hash(a) != hash(b) != hash(c)
assert a is not b is not c
assert a == d
def de_json(cls, data: dict, client: 'Client') -> Optional['Artist']:
"""Десериализация объекта.
Args:
data (:obj:`dict`): Поля и значения десериализуемого объекта.
client (:obj:`yandex_music.Client`): Клиент Yandex Music.
Returns:
:obj:`yandex_music.Artist`: Исполнитель.
"""
if not data:
return None
data = super(Artist, cls).de_json(data, client)
from yandex_music import Cover, Ratings, Counts, Link, Track, Description
data['cover'] = Cover.de_json(data.get('cover'), client)
data['ratings'] = Ratings.de_json(data.get('ratings'), client)
data['counts'] = Counts.de_json(data.get('counts'), client)
data['links'] = Link.de_list(data.get('links'), client)
data['popular_tracks'] = Track.de_list(data.get('popular_tracks'),
client)
data['description'] = Description.de_json(data.get('description'),
client)
# TODO add "decomposed" deserialization
return cls(client=client, **data)
def de_json(cls, data: dict, client: 'Client') -> Optional['Artist']:
"""Десериализация объекта.
Args:
data (:obj:`dict`): Поля и значения десериализуемого объекта.
client (:obj:`yandex_music.Client`): Клиент Yandex Music.
Returns:
:obj:`yandex_music.Artist`: Исполнитель.
"""
if not data:
return None
data = super(Artist, cls).de_json(data, client)
from yandex_music import Cover, Ratings, Counts, Link, Track, Description
data['cover'] = Cover.de_json(data.get('cover'), client)
data['ratings'] = Ratings.de_json(data.get('ratings'), client)
data['counts'] = Counts.de_json(data.get('counts'), client)
data['links'] = Link.de_list(data.get('links'), client)
data['popular_tracks'] = Track.de_list(data.get('popular_tracks'), client)
data['description'] = Description.de_json(data.get('description'), client)
# Мне очень интересно увидеть как в яндухе на клиентах солвят свой бэковский костыль, пригласите на экскурсию
if data.get('decomposed'):
data['decomposed'] = [
Artist.de_json(part, client) if isinstance(part, dict) else part for part in data['decomposed']
]
return cls(client=client, **data)
def test_de_json_all(self, client):
json_dict = {
'tracks': self.tracks,
'direct_albums': self.direct_albums,
'also_albums': self.also_albums,
'also_tracks': self.also_tracks
}
counts = Counts.de_json(json_dict, client)
assert counts.tracks == self.tracks
assert counts.direct_albums == self.direct_albums
assert counts.also_albums == self.also_albums
assert counts.also_tracks == self.also_tracks
def de_json(cls, data, client):
if not data:
return None
data = super(Artist, cls).de_json(data, client)
from yandex_music import Cover, Ratings, Counts, Link, Track
data['cover'] = Cover.de_json(data.get('cover'), client)
data['ratings'] = Ratings.de_json(data.get('ratings'), client)
data['counts'] = Counts.de_json(data.get('counts'), client)
data['links'] = Link.de_list(data.get('links'), client)
data['popular_tracks'] = Track.de_list(data.get('popular_tracks'),
client)
# TODO add "decomposed" deserialization
return cls(client=client, **data)
def counts():
return Counts(TestCounts.tracks, TestCounts.direct_albums, TestCounts.also_albums, TestCounts.also_tracks)
def test_de_json_none(self, client):
assert Counts.de_json({}, client) is None