def de_json(cls, data, client):
"""Десериализация объекта.
Args:
data (:obj:`dict`): Поля и значения десериализуемого объекта.
client (:obj:`yandex_music.Client`): Объект класса :class:`yandex_music.Client`, представляющий клиент
Yandex Music.
Returns:
:obj:`yandex_music.Station`: Объект класса :class:`yandex_music.Station`.
"""
if not data:
return None
data = super(Station, cls).de_json(data, client)
from yandex_music import Id, Icon, Restrictions
data['id_'] = Id.de_json(data.get('id_'), client)
data['parent_id'] = Id.de_json(data.get('parent_id'), client)
data['icon'] = Icon.de_json(data.get('icon'), client)
data['mts_icon'] = Icon.de_json(data.get('mts_icon'), client)
data['geocell_icon'] = Icon.de_json(data.get('geocell_icon'), client)
data['restrictions'] = Restrictions.de_json(data.get('restrictions'), client)
data['restrictions2'] = Restrictions.de_json(data.get('restrictions2'), client)
return cls(client=client, **data)
def de_json(cls, data: dict, client: 'Client') -> Optional['Station']:
"""Десериализация объекта.
Args:
data (:obj:`dict`): Поля и значения десериализуемого объекта.
client (:obj:`yandex_music.Client`, optional): Клиент Yandex Music.
Returns:
:obj:`yandex_music.Station`: Станция.
"""
if not data:
return None
data = super(Station, cls).de_json(data, client)
from yandex_music import Id, Icon, Restrictions
data['id_'] = Id.de_json(data.get('id_'), client)
data['parent_id'] = Id.de_json(data.get('parent_id'), client)
data['icon'] = Icon.de_json(data.get('icon'), client)
data['mts_icon'] = Icon.de_json(data.get('mts_icon'), client)
data['geocell_icon'] = Icon.de_json(data.get('geocell_icon'), client)
data['restrictions'] = Restrictions.de_json(data.get('restrictions'), client)
data['restrictions2'] = Restrictions.de_json(data.get('restrictions2'), client)
return cls(client=client, **data)
def test_equality(self, enum, discrete_scale):
a = Restrictions(enum, enum)
b = Restrictions(enum, None)
c = Restrictions(enum, enum)
assert a != b
assert hash(a) != hash(b)
assert a is not b
assert a == c
def de_json(cls, data, client):
if not data:
return None
data = super(Station, cls).de_json(data, client)
from yandex_music import Id, Icon, Restrictions
data['id'] = Id.de_json(data.get('id'), client)
data['parent_id'] = Id.de_json(data.get('parent_id'), client)
data['icon'] = Icon.de_json(data.get('icon'), client)
data['mts_icon'] = Icon.de_json(data.get('mts_icon'), client)
data['geocell_icon'] = Icon.de_json(data.get('geocell_icon'), client)
data['restrictions'] = Restrictions.de_json(data.get('restrictions'), client)
data['restrictions2'] = Restrictions.de_json(data.get('restrictions2'), client)
return cls(client=client, **data)
def test_de_json_all(self, client, enum, discrete_scale):
json_dict = {'language': enum.to_dict(), 'diversity': enum.to_dict(), 'mood': discrete_scale.to_dict(),
'energy': discrete_scale.to_dict(), 'mood_energy': enum.to_dict()}
restrictions = Restrictions.de_json(json_dict, client)
assert restrictions.language == enum
assert restrictions.diversity == enum
assert restrictions.mood == discrete_scale
assert restrictions.energy == discrete_scale
assert restrictions.mood_energy == enum
def restrictions(enum, discrete_scale):
return Restrictions(enum, enum, discrete_scale, discrete_scale, enum)
def test_de_json_required(self, client, enum):
json_dict = {'language': enum.to_dict(), 'diversity': enum.to_dict()}
restrictions = Restrictions.de_json(json_dict, client)
assert restrictions.language == enum
assert restrictions.diversity == enum
def test_de_json_none(self, client):
assert Restrictions.de_json({}, client) is None
