def import_mal(self, mal_username: str, mangaki_username: str):
r = redis.StrictRedis(connection_pool=redis_pool)
def update_details(count, current_index, current_title):
payload = {
'count': count,
'currentWork': {
'index': current_index,
'title': current_title
}
}
r.set('tasks:{task_id}:details'.format(task_id=self.request.id),
json.dumps(payload))
user = User.objects.get(username=mangaki_username)
if user.background_tasks.filter(tag=MAL_IMPORT_TAG).exists():
logger.debug('[{}] MAL import already in progress. Ignoring.'.format(user))
return
bg_task = UserBackgroundTask(owner=user, task_id=self.request.id, tag=MAL_IMPORT_TAG)
bg_task.save()
logger.info('[{}] MAL import task created: {}.'.format(user, bg_task.task_id))
try:
mal.import_mal(mal_username, mangaki_username, update_callback=update_details)
except IntegrityError:
logger.exception('MAL import failed due to integrity error')
finally:
bg_task.delete()
r.delete('tasks:{}:details'.format(self.request.id))
logger.info('[{}] MAL import task recycled and deleted.'.format(user))
def import_from_mal(request, mal_username):
if request.method == 'POST' and client.is_available:
nb_added, fails = import_mal(mal_username, request.user.username)
payload = {'added': nb_added, 'failures': fails}
return HttpResponse(json.dumps(payload),
content_type='application/json')
elif not client.is_available:
raise Http404()
else:
return HttpResponse()
def import_from_mal(request, mal_username):
if request.method == 'POST':
nb_added, fails = import_mal(mal_username, request.user.username)
return HttpResponse('%d added; %d fails: %s' %
(nb_added, len(fails), '\n'.join(fails)))
return HttpResponse()
def test_mal_duplication(self, client_mock, rand):
from mangaki.utils.mal import import_mal
# prepare list of animes
steins_gate_entry = MALEntry(self.steins_gate_xml, MALWorks.animes)
darling_entry = MALEntry(self.darling_in_the_franxx_xml,
MALWorks.animes)
steins_gate_movie_entry = MALEntry(self.steins_gate_movie_xml,
MALWorks.animes)
steins_gate_zero_entry = MALEntry(self.steins_gate_zero_xml,
MALWorks.animes)
mal_user_works = [
MALUserWork(steins_gate_entry.title, steins_gate_entry.synonyms,
'mal_something', str(steins_gate_entry.mal_id), 10, 2),
MALUserWork(darling_entry.title, darling_entry.synonyms,
'zero_two', str(steins_gate_entry.mal_id), 10, 1),
MALUserWork(steins_gate_movie_entry.title,
steins_gate_movie_entry.synonyms, 'non_canon',
str(steins_gate_movie_entry.mal_id), 5, 2),
MALUserWork(steins_gate_zero_entry.title,
steins_gate_zero_entry.synonyms,
'brain_science_institute',
str(steins_gate_zero_entry.mal_id), 10, 1)
]
search_results = {
steins_gate_entry.title: [
steins_gate_movie_entry, steins_gate_entry,
steins_gate_zero_entry
],
darling_entry.title: [darling_entry],
steins_gate_zero_entry.title:
[steins_gate_zero_entry, steins_gate_movie_entry],
steins_gate_movie_entry.title: [steins_gate_movie_entry]
}
# Here, we shuffle lists. using Hypothesis' controlled Random instance.
rand.shuffle(search_results[steins_gate_entry.title])
rand.shuffle(search_results[steins_gate_zero_entry.title])
client_mock.list_works_from_a_user.return_value = (
item for item in mal_user_works)
client_mock.search_works.side_effect = lambda _, query: search_results.get(
query, [])
import_mal(self.user.username, self.user.username)
n_works = Work.objects.count()
expected = len(mal_user_works)
# Assumption: all users' works were imported.
self.assertEqual(n_works, expected)
# Kill the WorkTitle. Remove evidences.
WorkTitle.objects.all().delete()
for _ in range(3):
# Reset mocks.
client_mock.list_works_from_a_user.return_value = (
item for item in mal_user_works)
client_mock.search_works.side_effect = lambda _, query: search_results.get(
query, [])
import_mal(self.user.username, self.user.username)
# Assumption: no duplicates.
self.assertEqual(n_works, Work.objects.count())
def import_from_mal(request, mal_username):
if request.method == 'POST':
nb_added, fails = import_mal(mal_username, request.user.username)
return HttpResponse('%d added; %d fails: %s' % (nb_added, len(fails), '\n'.join(fails)))
return HttpResponse()