def test_encode(salt, alphabet, min_length, numbers):
alphabet = str(alphabet)
salt = str(salt)
hashids = Hashids(salt=salt, alphabet=alphabet, min_length=min_length)
hashids_cffi = HashidsCFFI(salt=salt, alphabet=alphabet, min_length=min_length)
hashids_cffi_encoded_hash = hashids_cffi.encode(*numbers)
assert hashids.encode(*numbers) == hashids_cffi_encoded_hash
assert len(hashids_cffi_encoded_hash) >= min_length
def bench():
h = HashidsCFFI(min_length=min_length)
h.encode(1)
def test_alphabet_with_two_standard_separators(self, numbers, hashid):
h = Hashids(
alphabet='abdegjklmnopqrvwxyzABDEGJKLMNOPQRVWXYZ1234567890uC')
assert h.encode(*numbers) == hashid
def test_all_parameters(self, numbers, hashid):
h = Hashids('arbitrary salt', 16, 'abcdefghijklmnopqrstuvwxyz')
assert h.encode(*numbers) == hashid
def test_min_length(self, numbers, hashid):
h = Hashids(min_length=25)
assert h.encode(*numbers) == hashid
def test_alphabet(self, numbers, hashid):
h = Hashids(
alphabet=
'!"#%&\',-/0123456789:;<=>ABCDEFGHIJKLMNOPQRSTUVWXYZ_`abcdefghijklmnopqrstuvwxyz~'
)
assert h.encode(*numbers) == hashid
def test_salt(self, numbers, hashid):
h = Hashids(salt='Arbitrary string')
assert h.encode(*numbers) == hashid
def test_multiple_numbers(self, numbers, hashid):
h = Hashids()
assert h.encode(*numbers) == hashid
def test_single_number(self, number, hashid):
h = Hashids()
assert h.encode(number) == hashid
def test_only_one_valid(self):
h = Hashids(min_length=6)
assert h.decode(h.encode(1)[:-1] + '0') == ()