def test_get_vocab_by_kanji_correctly_fails_on_duplicate_kanji(self):
v = create_vocab("my vocab")
create_reading(v, "kana_1", "kanji", 5)
v2 = create_vocab("my vocab")
create_reading(v2, "kana_2", "kanji", 5)
self.assertRaises(Vocabulary.MultipleObjectsReturned,
get_vocab_by_kanji, "kanji")
def test_get_vocab_by_kanji_correctly_fails_on_duplicate_kanji(self):
v = create_vocab("my vocab")
create_reading(v, "kana_1", "kanji", 5)
v2 = create_vocab("my vocab")
create_reading(v2, "kana_2", "kanji", 5)
self.assertRaises(
Vocabulary.MultipleObjectsReturned, get_vocab_by_kanji, "kanji"
)
def test_searching_based_on_reading_returns_distinct_responses(self):
reading_to_search = "eyylmao"
v = create_vocab("vocabulary with 2 readings.")
create_reading(v, reading_to_search, "character_1", 5)
create_reading(v, reading_to_search, "character_2", 5)
create_review(v, self.user)
self.client.force_login(self.user)
response = self.client.get(
reverse("api:vocabulary-list") +
"?reading_contains={}".format(reading_to_search))
self.assertEqual(response.status_code, 200)
data = response.data
self.assertEqual(len(data["results"]), 1)
def setUp(self):
self.user = create_user("Tadgh")
create_profile(self.user, "any_key", 5)
self.vocabulary = create_vocab("radioactive bat")
self.reading = create_reading(self.vocabulary, "ねこ", "猫", 2)
self.review = create_review(self.vocabulary, self.user)
self._vocab_api_regex = re.compile("https://www\.wanikani\.com/api/user/.*")
def setUp(self):
self.user = create_user("Tadgh")
create_profile(self.user, "any_key", 5)
self.vocabulary = create_vocab("radioactive bat")
self.reading = create_reading(self.vocabulary, "ねこ", "猫", 2)
self.review = create_review(self.vocabulary, self.user)
self._vocab_api_regex = re.compile("https://www\.wanikani\.com/api/user/.*")
def test_searching_based_on_reading_returns_distinct_responses(self):
reading_to_search = "eyylmao"
v = create_vocab("vocabulary with 2 readings.")
create_reading(v, reading_to_search, "character_1", 5)
create_reading(v, reading_to_search, "character_2", 5)
review = create_review(v, self.user)
self.client.force_login(self.user)
response = self.client.get(
reverse("api:review-list")
+ "?reading_contains={}".format(reading_to_search)
)
self.assertEqual(response.status_code, 200)
data = response.data
self.assertEqual(len(data["results"]), 1)
def setUp(self):
self.user = create_user("Tadgh")
create_profile(self.user, "any_key", 5)
self.prepLocalVocabulary()
self.reading = create_reading(self.v, "ねこ", "猫", 1)
self.review = create_review(self.v, self.user)
self._vocab_api_regex = re.compile(
r"https://www\.wanikani\.com/api/user/.*")
def test_adding_a_level_to_reset_command_only_resets_levels_above_or_equal_togiven(
self):
self.client.force_login(user=self.user)
v = create_vocab("test")
create_reading(v, "test", "test", 3)
create_review(v, self.user)
mock_user_info_response(self.user.profile.api_key)
self.user.profile.unlocked_levels.get_or_create(level=2)
response = self.client.get((reverse("api:review-current")))
self.assertEqual(response.data['count'], 2)
self.assertListEqual(self.user.profile.unlocked_levels_list(), [5, 2])
self.client.post(reverse("api:user-reset"), data={'level': 3})
response = self.client.get((reverse("api:review-current")))
self.assertEqual(response.data['count'], 0)
self.assertListEqual(self.user.profile.unlocked_levels_list(), [2])
def test_handle_wanikani_level_down_correctly_deletes_invalid_reviews(
self):
self.user.profile.level = 5
self.user.profile.save()
self.user.profile.unlocked_levels.get_or_create(level=5)
#Create a review at current levelwait,
vocab = create_vocab("ANY WORD")
create_reading(vocab, "some reading", "some char",
self.user.profile.level)
create_userspecific(vocab, self.user)
self.user.profile.handle_wanikani_level_change(
self.user.profile.level - 1)
reviews = UserSpecific.objects.filter(user=self.user)
self.assertTrue(reviews.count() == 1)
def test_vocabulary_that_has_multiple_readings_with_same_tag_appears_only_once(
self):
vocab = create_vocab("spicy meatball")
reading = create_reading(vocab, "SOME_READING", "SOME_CHARACTER", 5)
reading2 = create_reading(vocab, "SOME_OTHER_READING",
"SOME_OTHER_CHARACTER", 5)
spicy_tag = Tag.objects.create(name='spicy')
reading.tags.add(spicy_tag)
reading2.tags.add(spicy_tag)
reading.save()
reading2.save()
spicy_tag.refresh_from_db()
spicy_vocab = spicy_tag.get_all_vocabulary()
self.assertEqual(spicy_vocab.count(), 1)
def test_tag_search_works(self):
vocab = create_vocab("spicy meatball")
vocab2 = create_vocab("spicy pizza")
reading = create_reading(vocab, "SOME_READING", "SOME_CHARACTER", 5)
reading2 = create_reading(vocab2, "SOME_OTHER_READING",
"SOME_OTHER_CHARACTER", 5)
spicy_tag = Tag.objects.create(name='spicy')
reading.tags.add(spicy_tag)
reading2.tags.add(spicy_tag)
reading.save()
reading2.save()
spicy_tag.refresh_from_db()
spicy_vocab = spicy_tag.get_all_vocabulary()
self.assertTrue(spicy_vocab.count() == 2)
def setUp(self):
self.user = create_user("user1")
self.user.set_password("password")
self.user.save()
create_profile(self.user, "some_key", 5)
# create a piece of vocab with one reading.
self.vocabulary = create_vocab("cat")
self.cat_reading = create_reading(self.vocabulary, "kana", "kanji", 5)
self.review = create_userspecific(self.vocabulary, self.user)
self.factory = RequestFactory()
def test_tag_search_works(self):
vocab = create_vocab("spicy meatball")
vocab2 = create_vocab("spicy pizza")
reading = create_reading(vocab, "SOME_READING", "SOME_CHARACTER", 5)
reading2 = create_reading(
vocab2, "SOME_OTHER_READING", "SOME_OTHER_CHARACTER", 5
)
spicy_tag = Tag.objects.create(name="spicy")
reading.tags.add(spicy_tag)
reading2.tags.add(spicy_tag)
reading.save()
reading2.save()
spicy_tag.refresh_from_db()
spicy_vocab = spicy_tag.get_all_vocabulary()
self.assertTrue(spicy_vocab.count() == 2)
def test_vocabulary_that_has_multiple_readings_with_same_tag_appears_only_once(
self
):
vocab = create_vocab("spicy meatball")
reading = create_reading(vocab, "SOME_READING", "SOME_CHARACTER", 5)
reading2 = create_reading(
vocab, "SOME_OTHER_READING", "SOME_OTHER_CHARACTER", 5
)
spicy_tag = Tag.objects.create(name="spicy")
reading.tags.add(spicy_tag)
reading2.tags.add(spicy_tag)
reading.save()
reading2.save()
spicy_tag.refresh_from_db()
spicy_vocab = spicy_tag.get_all_vocabulary()
self.assertEqual(spicy_vocab.count(), 1)
def setUp(self):
self.user = create_user("user1")
self.user.set_password("password")
self.user.save()
create_profile(self.user, "some_key", 5)
# create a piece of vocab with one reading.
self.vocabulary = create_vocab("radioactive bat")
self.cat_reading = create_reading(self.vocabulary, "ねこ", "猫", 5)
# setup a review with two synonyms
self.review = create_review(self.vocabulary, self.user)
self.client = Client()
self.client.login(username="******", password="******")
def setUp(self):
self.user = create_user("user1")
self.user.set_password("password")
self.user.save()
create_profile(self.user, "some_key", 5)
# create a piece of vocab with one reading.
self.vocabulary = create_vocab("radioactive bat")
self.cat_reading = create_reading(self.vocabulary, "ねこ", "猫", 5)
# setup a review with two synonyms
self.review = create_review(self.vocabulary, self.user)
self.client = Client()
self.client.login(username="******", password="******")
def test_reset_command_only_resets_levels_above_requested_level(self):
self.client.force_login(user=self.user)
v = create_vocab("test")
create_reading(v, "test", "test", 2)
create_review(v, self.user)
# User has unlocked levels 2 and 5
mock_user_response_v2()
self.user.profile.unlocked_levels.get_or_create(level=2)
response = self.client.get((reverse("api:review-current")))
self.assertEqual(response.data["count"], 2)
self.assertListEqual(self.user.profile.unlocked_levels_list(), [5, 2])
# Reset to level 3, should re-lock level 5
self.client.post(reverse("api:user-reset"), data={"level": 3})
response = self.client.get((reverse("api:review-current")))
self.assertEqual(response.data["count"], 1)
self.assertListEqual(self.user.profile.unlocked_levels_list(), [2])
# Ensure reset to level 2 keeps reviews at that level
self.client.post(reverse("api:user-reset"), data={"level": 2})
response = self.client.get((reverse("api:review-current")))
self.assertEqual(response.data["count"], 1)
self.assertListEqual(self.user.profile.unlocked_levels_list(), [2])
def setUp(self):
self.user = create_user("user1")
self.user.set_password("password")
self.user.save()
create_profile(self.user, "some_key", 5)
# create a piece of vocab with one reading.
self.vocabulary = create_vocab("radioactive bat")
self.cat_reading = create_reading(self.vocabulary, "kana", "kanji", 5)
# setup a review with two synonyms
self.review = create_userspecific(self.vocabulary, self.user)
self.client = Client()
self.client.login(username="******", password="******")
self._vocab_api_regex = re.compile(
"https://www\.wanikani\.com/api/user/.*")
def test_vocab_number_readings_is_correct(self):
r = create_reading(self.vocabulary, "ねこ", "ねこ", 2)
r = create_reading(self.vocabulary, "ねこな", "猫", 1)
self.assertEqual(self.vocabulary.reading_count(), 2)
def test_reading_clean_fails_with_invalid_levels_too_low(self):
v = create_vocab("cat")
r = create_reading(v, "ねこ", "ねこ", 0)
self.assertRaises(ValidationError, r.clean_fields)
def setUp(self):
self.user = create_user("Tadgh")
create_profile(self.user, "any_key", 5)
self.vocabulary = create_vocab("radioactive bat")
self.reading = create_reading(self.vocabulary, "ねこ", "猫", 5)
self.review = create_review(self.vocabulary, self.user)
def test_report_counts_endpoint(self):
# Report a vocab.
self.client.force_login(user=self.user)
# This should only ever create ONE report, as we continually update the same one. We do not allow users to
# multi-report a single vocab.
self.client.post(
reverse("api:report-list"),
data={
"reading": self.reading.id,
"reason": "This still makes no sense!!!",
},
)
self.client.post(
reverse("api:report-list"),
data={
"reading": self.reading.id,
"reason": "ahhh!!!"
},
)
self.client.post(
reverse("api:report-list"),
data={
"reading": self.reading.id,
"reason": "Help!"
},
)
self.client.post(
reverse("api:report-list"),
data={
"reading": self.reading.id,
"reason": "asdf!!!"
},
)
self.client.post(
reverse("api:report-list"),
data={
"reading": self.reading.id,
"reason": "fdsa!!!"
},
)
self.client.post(
reverse("api:report-list"),
data={
"reading": self.reading.id,
"reason": "Final report!!!!"
},
)
# Have another user report it
user = create_user("test2")
create_profile(user, "test", 5)
self.client.force_login(user=user)
self.client.post(
reverse("api:report-list"),
data={
"reading": self.reading.id,
"reason": "This still makes no sense!!!",
},
)
# Report another vocab, but only once
new_vocab = create_vocab("some other vocab")
reading = create_reading(new_vocab, "reading", "reading_char", 1)
self.client.post(
reverse("api:report-list"),
data={
"reading": reading.id,
"reason": "This still makes no sense!!!",
},
)
# Login with admin
self.client.force_login(self.admin)
resp = self.client.get(reverse("api:report-counts"))
assert resp.data[0]["report_count"] > resp.data[1]["report_count"]
assert resp.data[0]["report_count"] == 2
assert resp.data[0]["reading"] == self.reading.id
assert resp.data[1]["report_count"] == 1
assert resp.data[1]["reading"] == reading.id
resp = self.client.get(reverse("api:report-list"))
assert resp.data["count"] == 3
def test_available_readings_returns_only_readings_youve_unlocked(self):
v = create_vocab("cat")
r = create_reading(v, "ねこ", "ねこ", 5)
r = create_reading(v, "ねこな", "猫", 1)
self.assertTrue(len(v.available_readings(2)) == 1)
def test_get_vocab_by_kanji_works_in_case_of_multiple_reading_vocab(self):
v = create_vocab("my vocab")
create_reading(v, "kana_1", "kanji", 5)
create_reading(v, "kana_2", "kanji", 5)
get_vocab_by_kanji("kanji")
def setUp(self):
self.user = create_user("Tadgh")
create_profile(self.user, "any_key", 5)
self.vocabulary = create_vocab("radioactive bat")
self.reading = create_reading(self.vocabulary, "ねこ", "猫", 5)
self.review = create_review(self.vocabulary, self.user)
def test_report_counts_endpoint(self):
# Report a vocab.
self.client.force_login(user=self.user)
# This should only ever create ONE report, as we continually update the same one. We do not allow users to
# multi-report a single vocab.
self.client.post(
reverse("api:report-list"),
data={"reading": self.reading.id, "reason": "This still makes no sense!!!"},
)
self.client.post(
reverse("api:report-list"),
data={"reading": self.reading.id, "reason": "ahhh!!!"},
)
self.client.post(
reverse("api:report-list"),
data={"reading": self.reading.id, "reason": "Help!"},
)
self.client.post(
reverse("api:report-list"),
data={"reading": self.reading.id, "reason": "asdf!!!"},
)
self.client.post(
reverse("api:report-list"),
data={"reading": self.reading.id, "reason": "fdsa!!!"},
)
self.client.post(
reverse("api:report-list"),
data={"reading": self.reading.id, "reason": "Final report!!!!"},
)
# Have another user report it
user = create_user("test2")
create_profile(user, "test", 5)
self.client.force_login(user=user)
self.client.post(
reverse("api:report-list"),
data={"reading": self.reading.id, "reason": "This still makes no sense!!!"},
)
# Report another vocab, but only once
new_vocab = create_vocab("some other vocab")
reading = create_reading(new_vocab, "reading", "reading_char", 1)
self.client.post(
reverse("api:report-list"),
data={"reading": reading.id, "reason": "This still makes no sense!!!"},
)
# Login with admin
self.client.force_login(self.admin)
resp = self.client.get(reverse("api:report-counts"))
assert resp.data[0]["report_count"] > resp.data[1]["report_count"]
assert resp.data[0]["report_count"] == 2
assert resp.data[0]["reading"] == self.reading.id
assert resp.data[1]["report_count"] == 1
assert resp.data[1]["reading"] == reading.id
resp = self.client.get(reverse("api:report-list"))
assert resp.data["count"] == 3
def test_reading_clean_fails_with_invalid_levels_too_low(self):
v = create_vocab("cat")
r = create_reading(v, "ねこ", "ねこ", 0)
self.assertRaises(ValidationError, r.clean_fields)
def test_one_time_script_for_vocabulary_merging_works(self):
# Merger should:
# 1) Pull entire Wanikani vocabulary set.
# 2) For each vocabulary, check kanji.
# Option A:
# 3) If multiple vocab that have a reading with that kanji are returned, Create *one* new vocab for that kanji,
# with current info from API.
# 3.5) Make sure to copy over the various metadata on the reading we have previously pulled (sentences etc)
# 4) Find all Reviews that point to any of the previous vocabulary objects.
# 5) Find maximum of all the reviews when grouped by user. Which has highest SRS, etc. This will be the user's
# original vocab. Probably best to confirm by checking creation date.
# 6) Point the review's Vocabulary to the newly created vocabulary object from step 3.
# 7) Delete all other Vocabulary that are now out of date. This should cascade deletion
# down to the other reviews.
# Option B: 3) If only one vocab is found for a particular kanji, we have successfully *not* created
# duplicates, meaning the WK vocab has never changed meaning. 4) We do not have to do anything here. Woohoo!
# Create two vocab, identical kanji, different meanings.
v1 = create_vocab("dog") # < -- vestigial vocab.
v2 = create_vocab("dog, woofer, pupper") # < -- real, current vocab.
create_reading(v1, "doggo1", "犬", 5)
create_reading(v2, "doggo2", "犬", 5)
# Make it so that review 1 has overall better SRS score for the user.
review_1 = create_review(v1, self.user)
review_1.streak = 4
review_1.correct = 4
review_1.incorrect = 2
review_1.save()
review_2 = create_review(v2, self.user)
review_2.streak = 2
review_2.correct = 4
review_2.incorrect = 3
review_2.save()
MeaningSynonym.objects.create(review=review_1, text="flimflammer")
MeaningSynonym.objects.create(review=review_2, text="shazwopper")
AnswerSynonym.objects.create(review=review_1, character="CHS1", kana="KS1")
AnswerSynonym.objects.create(review=review_2, character="CHS2", kana="KS2")
# Assign another user an old version of the vocab.
user2 = create_user("asdf")
review_3 = create_review(v1, user2)
review_3.streak = 5
review_3.correct = 5
review_3.incorrect = 0
review_3.save()
# User now has two different vocab, each with their own meaning, however kanji are identical.
# Pull fake "current" vocab. this response, wherein we fetch the data from WK, and it turns out we already
# have a local vocabulary with an identical meaning (i.e., we have already stored the correct and
# currently active vocabulary.
responses.add(
responses.GET,
"https://www.wanikani.com/api/user/{}/vocabulary/{}".format(
constants.API_KEY, self.user.profile.level
),
json=sample_api_responses.single_vocab_existing_meaning_and_should_now_merge,
status=200,
content_type="application/json",
)
old_vocab = Vocabulary.objects.filter(readings__character="犬")
self.assertEqual(old_vocab.count(), 2)
generate_user_stats(self.user)
one_time_merge_level(self.user.profile.level)
generate_user_stats(self.user)
new_vocab = Vocabulary.objects.filter(readings__character="犬")
self.assertEqual(new_vocab.count(), 1)
new_review = UserSpecific.objects.filter(
user=self.user, vocabulary__readings__character="犬"
)
self.assertEqual(new_review.count(), 1)
new_review = new_review[0]
self.assertEqual(new_review.streak, review_1.streak)
self.assertEqual(new_review.correct, review_1.correct)
self.assertEqual(new_review.incorrect, review_1.incorrect)
self.assertEqual(new_review.next_review_date, review_1.next_review_date)
self.assertEqual(new_review.last_studied, review_1.last_studied)
# Should have smashed together all the synonyms too.
self.assertEqual(len(new_review.synonyms_list()), 2)
self.assertEqual(len(new_review.reading_synonyms.all()), 2)
second_users_reviews = UserSpecific.objects.filter(user=user2)
self.assertEqual(second_users_reviews.count(), 1)
user_two_review = second_users_reviews[0]
self.assertEqual(user_two_review.streak, 5)
self.assertTrue(user_two_review.vocabulary.meaning == "dog, woofer, pupper")
def test_vocab_number_readings_is_correct(self):
r = create_reading(self.vocabulary, "ねこ", "ねこ", 2)
r = create_reading(self.vocabulary, "ねこな", "猫", 1)
self.assertEqual(self.vocabulary.reading_count(), 2)
def test_one_time_script_for_vocabulary_merging_works(self):
# Merger should:
# 1) Pull entire Wanikani vocabulary set.
# 2) For each vocabulary, check kanji.
# Option A:
# 3) If multiple vocab that have a reading with that kanji are returned, Create *one* new vocab for that kanji,
# with current info from API.
# 3.5) Make sure to copy over the various metadata on the reading we have previously pulled (sentences etc)
# 4) Find all Reviews that point to any of the previous vocabulary objects.
# 5) Find maximum of all the reviews when grouped by user. Which has highest SRS, etc. This will be the user's
# original vocab. Probably best to confirm by checking creation date.
# 6) Point the review's Vocabulary to the newly created vocabulary object from step 3.
# 7) Delete all other Vocabulary that are now out of date. This should cascade deletion
# down to the other reviews.
# Option B: 3) If only one vocab is found for a particular kanji, we have successfully *not* created
# duplicates, meaning the WK vocab has never changed meaning. 4) We do not have to do anything here. Woohoo!
# Create two vocab, identical kanji, different meanings.
v1 = create_vocab("dog") # < -- vestigial vocab.
v2 = create_vocab("dog, woofer, pupper") # < -- real, current vocab.
create_reading(v1, "doggo1", "犬", 5)
create_reading(v2, "doggo2", "犬", 5)
# Make it so that review 1 has overall better SRS score for the user.
review_1 = create_review(v1, self.user)
review_1.streak = 4
review_1.correct = 4
review_1.incorrect = 2
review_1.save()
review_2 = create_review(v2, self.user)
review_2.streak = 2
review_2.correct = 4
review_2.incorrect = 3
review_2.save()
MeaningSynonym.objects.create(review=review_1, text="flimflammer")
MeaningSynonym.objects.create(review=review_2, text="shazwopper")
AnswerSynonym.objects.create(review=review_1, character="CHS1", kana="KS1")
AnswerSynonym.objects.create(review=review_2, character="CHS2", kana="KS2")
# Assign another user an old version of the vocab.
user2 = create_user("asdf")
review_3 = create_review(v1, user2)
review_3.streak = 5
review_3.correct = 5
review_3.incorrect = 0
review_3.save()
# User now has two different vocab, each with their own meaning, however kanji are identical.
# Pull fake "current" vocab. this response, wherein we fetch the data from WK, and it turns out we already
# have a local vocabulary with an identical meaning (i.e., we have already stored the correct and
# currently active vocabulary.
responses.add(responses.GET, "https://www.wanikani.com/api/user/{}/vocabulary/{}".format(constants.API_KEY, self.user.profile.level),
json=sample_api_responses.single_vocab_existing_meaning_and_should_now_merge,
status=200,
content_type='application/json')
old_vocab = Vocabulary.objects.filter(readings__character="犬")
self.assertEqual(old_vocab.count(), 2)
generate_user_stats(self.user)
one_time_merge_level(self.user.profile.level)
generate_user_stats(self.user)
new_vocab = Vocabulary.objects.filter(readings__character="犬")
self.assertEqual(new_vocab.count(), 1)
new_review = UserSpecific.objects.filter(user=self.user, vocabulary__readings__character="犬")
self.assertEqual(new_review.count(), 1)
new_review = new_review[0]
self.assertEqual(new_review.streak, review_1.streak)
self.assertEqual(new_review.correct, review_1.correct)
self.assertEqual(new_review.incorrect, review_1.incorrect)
self.assertEqual(new_review.next_review_date, review_1.next_review_date)
self.assertEqual(new_review.last_studied, review_1.last_studied)
# Should have smashed together all the synonyms too.
self.assertEqual(len(new_review.synonyms_list()), 2)
self.assertEqual(len(new_review.reading_synonyms.all()), 2)
second_users_reviews = UserSpecific.objects.filter(user=user2)
self.assertEqual(second_users_reviews.count(), 1)
user_two_review = second_users_reviews[0]
self.assertEqual(user_two_review.streak, 5)
self.assertTrue(user_two_review.vocabulary.meaning == "dog, woofer, pupper")
def test_available_readings_returns_only_readings_youve_unlocked(self):
v = create_vocab("cat")
r = create_reading(v, "ねこ", "ねこ", 5)
r = create_reading(v, "ねこな", "猫", 1)
self.assertTrue(len(v.available_readings(2)) == 1)
def test_get_vocab_by_kanji_works_in_case_of_multiple_reading_vocab(self):
v = create_vocab("my vocab")
create_reading(v, "kana_1", "kanji", 5)
create_reading(v, "kana_2", "kanji", 5)
get_vocab_by_kanji("kanji")
