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tests.py
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import unittest
from binascii import hexlify
from hashlib import blake2b
import argon2
import argon
from blake import Blake2b
class Argon2dTest(unittest.TestCase):
def test_simple(self):
password = b"password"
salt = b"salt1234"
time_cost = 1
memory_cost = 8
parallelism = 1
hash_len = 8
argon_type = argon2.low_level.Type.D
hash_c = argon2.hash_password_raw(
password=password,
salt=salt,
time_cost=time_cost,
memory_cost=memory_cost,
parallelism=parallelism,
hash_len=hash_len,
type=argon_type
)
print(hexlify(hash_c))
hash = argon.argon2(
P=password,
S=salt,
p=parallelism,
tau=hash_len,
m=memory_cost,
t=time_cost)
print(hexlify(hash))
assert hash_c == hash
def test_time_cost(self):
password = b"password"
salt = b"salt1234"
time_cost = 5
memory_cost = 8
parallelism = 1
hash_len = 8
argon_type = argon2.low_level.Type.D
hash_c = argon2.hash_password_raw(
password=password,
salt=salt,
time_cost=time_cost,
memory_cost=memory_cost,
parallelism=parallelism,
hash_len=hash_len,
type=argon_type
)
print(hexlify(hash_c))
hash = argon.argon2(
P=password,
S=salt,
p=parallelism,
tau=hash_len,
m=memory_cost,
t=time_cost)
print(hexlify(hash))
assert hash_c == hash
def test_hash_len(self):
password = b"password"
salt = b"salt1234"
time_cost = 1
memory_cost = 8
parallelism = 1
hash_len = 64
argon_type = argon2.low_level.Type.D
hash_c = argon2.hash_password_raw(
password=password,
salt=salt,
time_cost=time_cost,
memory_cost=memory_cost,
parallelism=parallelism,
hash_len=hash_len,
type=argon_type
)
print(hexlify(hash_c))
hash = argon.argon2(
P=password,
S=salt,
p=parallelism,
tau=hash_len,
m=memory_cost,
t=time_cost)
print(hexlify(hash))
assert hash_c == hash
def test_memory_cost(self):
password = b"password"
salt = b"salt1234"
time_cost = 1
memory_cost = 16
parallelism = 1
hash_len = 64
argon_type = argon2.low_level.Type.D
hash_c = argon2.hash_password_raw(
password=password,
salt=salt,
time_cost=time_cost,
memory_cost=memory_cost,
parallelism=parallelism,
hash_len=hash_len,
type=argon_type
)
print(hexlify(hash_c))
hash = argon.argon2(
P=password,
S=salt,
p=parallelism,
tau=hash_len,
m=memory_cost,
t=time_cost)
print(hexlify(hash))
assert hash_c == hash
def test_parallelism(self):
password = b"password"
salt = b"salt1234"
time_cost = 2
memory_cost = 16
parallelism = 2
hash_len = 64
argon_type = argon2.low_level.Type.D
hash_c = argon2.hash_password_raw(
password=password,
salt=salt,
time_cost=time_cost,
memory_cost=memory_cost,
parallelism=parallelism,
hash_len=hash_len,
type=argon_type
)
print(hexlify(hash_c))
hash = argon.argon2(
P=password,
S=salt,
p=parallelism,
tau=hash_len,
m=memory_cost,
t=time_cost)
print(hexlify(hash))
password = b"password"
salt = b"salt1234"
time_cost = 2
memory_cost = 32
parallelism = 4
hash_len = 64
argon_type = argon2.low_level.Type.D
hash_c = argon2.hash_password_raw(
password=password,
salt=salt,
time_cost=time_cost,
memory_cost=memory_cost,
parallelism=parallelism,
hash_len=hash_len,
type=argon_type
)
print(hexlify(hash_c))
hash = argon.argon2(
P=password,
S=salt,
p=parallelism,
tau=hash_len,
m=memory_cost,
t=time_cost)
print(hexlify(hash))
assert hash_c == hash
class Blake2bTest(unittest.TestCase):
def test_simple(self):
hash_std_lib = blake2b(b"abc").digest()
print(hexlify(hash_std_lib))
hash_own_impl = Blake2b.hash(b"abc")
print(hexlify(hash_own_impl))
assert hash_std_lib == hash_own_impl
def test_message(self):
hash_std_lib = blake2b(b"password123456").digest()
print(hexlify(hash_std_lib))
hash_own_impl = Blake2b.hash(b"password123456")
print(hexlify(hash_own_impl))
assert hash_std_lib == hash_own_impl
def test_empty_message(self):
hash_std_lib = blake2b(b"").digest()
print(hexlify(hash_std_lib))
hash_own_impl = Blake2b.hash(b"")
print(hexlify(hash_own_impl))
assert hash_std_lib == hash_own_impl
def test_lower_hash_len(self):
hash_std_lib = blake2b(b"abc", digest_size=32).digest()
print(hexlify(hash_std_lib))
hash_own_impl = Blake2b.hash(b"abc", hash_length=32)
print(hexlify(hash_own_impl))
assert hash_std_lib == hash_own_impl
hash_std_lib = blake2b(b"abc", digest_size=16).digest()
print(hexlify(hash_std_lib))
hash_own_impl = Blake2b.hash(b"abc", hash_length=16)
print(hexlify(hash_own_impl))
assert hash_std_lib == hash_own_impl
hash_std_lib = blake2b(b"abc", digest_size=8).digest()
print(hexlify(hash_std_lib))
hash_own_impl = Blake2b.hash(b"abc", hash_length=8)
print(hexlify(hash_own_impl))
assert hash_std_lib == hash_own_impl
hash_std_lib = blake2b(b"abc", digest_size=4).digest()
print(hexlify(hash_std_lib))
hash_own_impl = Blake2b.hash(b"abc", hash_length=4)
print(hexlify(hash_own_impl))
assert hash_std_lib == hash_own_impl
hash_std_lib = blake2b(b"abc", digest_size=2).digest()
print(hexlify(hash_std_lib))
hash_own_impl = Blake2b.hash(b"abc", hash_length=2)
print(hexlify(hash_own_impl))
assert hash_std_lib == hash_own_impl
hash_std_lib = blake2b(b"abc", digest_size=1).digest()
print(hexlify(hash_std_lib))
hash_own_impl = Blake2b.hash(b"abc", hash_length=1)
print(hexlify(hash_own_impl))
assert hash_std_lib == hash_own_impl
if __name__ == '__main__':
unittest.main()