def test_qqtea_encrypt_n(n):
seed(114514)
for i in range(32):
key, text = randbytes(16), randbytes(n)
assert pyqqtea_encrypt(text,
key) == qqtea_encrypt(text,
key), f"in round {i}"
def test_pyqqtea_decrypt4096(benchmark):
key, text = b"\xff" * 16, b"\xff" * 4096
cipher_text = pyqqtea_encrypt(text, key)
def func(key, cipher_text):
pyqqtea_decrypt(cipher_text, key)
benchmark(func, key, cipher_text)
def test_qqtea_mixed_n(n):
seed(114514)
for i in range(32):
key, text = randbytes(16), randbytes(n)
cipher_text = qqtea_encrypt(text, key)
assert pyqqtea_decrypt(cipher_text,
key) == qqtea_decrypt(cipher_text,
key), f"in round {i}"
cipher_text = pyqqtea_encrypt(text, key)
assert pyqqtea_decrypt(cipher_text,
key) == qqtea_decrypt(cipher_text,
key), f"in round {i}"
def func(key, text):
pyqqtea_encrypt(text, key)