def test_clean():
ok = (' !#%$&)(+*-1032547698;:=?@acbedgfihkjmlonqpsrutwvyxzABCDEFGHIJ'
'KLMNOPQRSTUVWXYZ')
invalids = ['foo bar`', 'bar baz~']
assert crypto_util.clean(ok) == ok
for invalid in invalids:
with pytest.raises(CryptoException) as err:
crypto_util.clean(invalid)
assert 'invalid input: {}'.format(invalid) in str(err)
def test_clean(self):
ok = (' !#%$&)(+*-1032547698;:=?@acbedgfihkjmlonqpsrutwvyxzABCDEFGHIJ'
'KLMNOPQRSTUVWXYZ')
invalid_1 = 'foo bar`'
invalid_2 = 'bar baz~'
self.assertEqual(ok, crypto_util.clean(ok))
with self.assertRaisesRegexp(crypto_util.CryptoException,
'invalid input: {}'.format(invalid_1)):
crypto_util.clean(invalid_1)
with self.assertRaisesRegexp(crypto_util.CryptoException,
'invalid input: {}'.format(invalid_2)):
crypto_util.clean(invalid_2)
def test_genrandomid(self):
id = crypto_util.genrandomid()
id_words = id.split()
self.assertEqual(id, crypto_util.clean(id))
self.assertEqual(len(id_words), crypto_util.DEFAULT_WORDS_IN_RANDOM_ID)
for word in id_words:
self.assertIn(word, crypto_util.words)
def verify_genrandomid(self, locale):
id = crypto_util.genrandomid(locale=locale)
id_words = id.split()
self.assertEqual(id, crypto_util.clean(id))
self.assertEqual(len(id_words), crypto_util.DEFAULT_WORDS_IN_RANDOM_ID)
for word in id_words:
self.assertIn(word, crypto_util._get_wordlist(locale))
def verify_genrandomid(app, locale):
id = app.crypto_util.genrandomid(locale=locale)
id_words = id.split()
assert crypto_util.clean(id) == id
assert len(id_words) == CryptoUtil.DEFAULT_WORDS_IN_RANDOM_ID
for word in id_words:
assert word in app.crypto_util.get_wordlist(locale)
def test_clean(self):
with self.assertRaises(crypto_util.CryptoException):
crypto_util.clean('foo bar`') # backtick is not currently allowed
with self.assertRaises(crypto_util.CryptoException):
crypto_util.clean('bar baz~') # tilde is not currently allowed