def test_appendleft_to_multiple_objects(self):
CharListModel.objects.create(field=["mouse"])
CharListModel.objects.create(field=["keyboard"])
CharListModel.objects.update(field=ListF("field").appendleft("screen"))
first, second = tuple(CharListModel.objects.all())
assert first.field == ["screen", "mouse"]
assert second.field == ["screen", "keyboard"]
def live_hole_update_view(request, pk,
channel_num): # ģ°ė¦¬ė urlė” channel_numģ ėź²Øģ¤.
serializer_class = ParticipantSerializer
if request.method == 'PUT':
data = {}
user = request.user
livehole = LiveHole.objects.filter(id=channel_num)
serializer = serializer_class(data={
'livehole': livehole[0].id,
'user': user.id
}) # ģ°øź°ģ ėŖ©ė”ģ ė£źø°.
if user.username != livehole[
0].hole.host.username: # hostź° ģėė¼ audienceģø ź²½ģ°
uid = request.data.get("uid")
uid_user = user_models.User.objects.get(username=user)
uid_user.uid = uid
uid_user.save()
livehole.update(audience_uids=ListF('audience_uids').append(uid))
if serializer.is_valid():
serializer.save()
data['response'] = 'SUCCESS'
data['detail'] = {}
data['detail']['audience_uid'] = uid
data['detail']['audience_username'] = user.username
return Response(data, status=status.HTTP_200_OK)
else:
data['response'] = 'FAIL'
data['detail'] = 'ķøģ¤ķøė ė³øģøģ“ ė§ė ķģ ģ”°ģø ķ ģ ģģµėė¤.'
return Response(data, status=status.HTTP_400_BAD_REQUEST)
def test_popleft_none(self):
CharListModel.objects.create(field=[])
CharListModel.objects.update(field=ListF("field").popleft())
model = CharListModel.objects.get()
assert model.field == []
def test_appendleft_assignment(self):
model = CharListModel.objects.create(field=["red"])
model.field = ListF("field").appendleft("blue")
model.save()
model = CharListModel.objects.get()
assert model.field == ["blue", "red"]
def test_appendleft_works_in_ansi_mode(self):
CharListModel.objects.create()
CharListModel.objects.update(field=ListF("field").appendleft("big"))
CharListModel.objects.update(field=ListF("field").appendleft("bad"))
model = CharListModel.objects.get()
assert model.field == ["bad", "big"]
def test_appendleft_exists(self):
CharListModel.objects.create(field=["nice"])
CharListModel.objects.update(field=ListF("field").appendleft("nice"))
model = CharListModel.objects.get()
assert model.field == ["nice", "nice"]
def test_appendleft_to_some(self):
CharListModel.objects.create(field=["big", "blue"])
CharListModel.objects.update(field=ListF("field").appendleft("round"))
model = CharListModel.objects.get()
assert model.field == ["round", "big", "blue"]
def test_popleft_one(self):
CharListModel.objects.create(field=["red"])
CharListModel.objects.update(field=ListF('field').popleft())
model = CharListModel.objects.get()
assert model.field == []
def test_append_to_one(self):
CharListModel.objects.create(field=["big"])
CharListModel.objects.update(field=ListF("field").append("bad"))
model = CharListModel.objects.get()
assert model.field == ["big", "bad"]
def test_appendleft_to_one(self):
CharListModel.objects.create(field=["big"])
CharListModel.objects.update(field=ListF('field').appendleft('bad'))
model = CharListModel.objects.get()
assert model.field == ["bad", "big"]
def test_appendleft_assignment(self):
model = CharListModel.objects.create(field=["red"])
model.field = ListF('field').appendleft('blue')
model.save()
model = CharListModel.objects.get()
assert model.field == ['blue', 'red']
def test_append_works_in_ansi_mode(self):
CharListModel.objects.create()
CharListModel.objects.update(field=ListF('field').append('big'))
CharListModel.objects.update(field=ListF('field').append('bad'))
model = CharListModel.objects.get()
assert model.field == ["big", "bad"]
def test_append_to_some(self):
CharListModel.objects.create(field=["big", "blue"])
CharListModel.objects.update(field=ListF('field').append('round'))
model = CharListModel.objects.get()
assert model.field == ["big", "blue", "round"]
def test_append_to_none(self):
CharListModel.objects.create(field=[])
CharListModel.objects.update(field=ListF('field').append('first'))
model = CharListModel.objects.get()
assert model.field == ["first"]
def test_popleft_two(self):
CharListModel.objects.create(field=["red", "blue"])
CharListModel.objects.update(field=ListF("field").popleft())
model = CharListModel.objects.get()
assert model.field == ["blue"]
def test_appendleft_to_none(self):
CharListModel.objects.create(field=[])
CharListModel.objects.update(field=ListF("field").appendleft("first"))
model = CharListModel.objects.get()
assert model.field == ["first"]
def test_popleft_three(self):
CharListModel.objects.create(field=["green", "yellow", "p"])
CharListModel.objects.update(field=ListF("field").popleft())
model = CharListModel.objects.get()
assert model.field == ["yellow", "p"]
def test_appendleft_expression(self):
CharListModel.objects.create(field=["a"])
CharListModel.objects.update(
field=ListF("field").appendleft(Value("b")))
model = CharListModel.objects.get()
assert model.field == ["b", "a"]
