def unit_test():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("decomposetest",
generate_keypair,
encrypt,
decrypt,
iterations=10000)
def unit_test():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("bigpublickeyencryption",
generate_keypair,
encrypt,
decrypt,
iterations=10000)
def unit_test():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("manyinverses",
generate_keypair,
encrypt,
decrypt,
iterations=10000)
def test_encrypt_decrypt():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("qtpiepublickey",
generate_keypair,
encrypt,
decrypt,
iterations=10000)
def test_encrypt_decrypt():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("manymodpublickey2",
generate_keypair,
encrypt,
decrypt,
plaintext_size=20,
iterations=10000)
def test_public_key_encryption():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("uppers2 PKE",
generate_keypair,
public_key_encryption,
private_key_decryption,
iterations=10000,
plaintext_size=SECURITY_LEVEL)
def test_encrypt_decrypt():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("publickeyencryption2",
generate_keypair,
encrypt,
decrypt,
iterations=10000,
plaintext_size=SECURITY_LEVEL)
def unit_test():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("epq_pke(slidey2)",
generate_keypair,
encrypt,
decrypt,
iterations=10000,
plaintext_size=M_SIZE)
def test_encrypt_decrypt():
# pub, priv = generate_keypair()
# priv = (priv, modular_inverse(pub, N))
# for count in range(1024):
# message = random_integer(32)
# ciphertext = encrypt(message, pub)
# plaintext = decrypt(ciphertext, priv)
# assert plaintext == message
from unittesting import test_asymmetric_encrypt_decrypt
def _generate_keypair():
pub, priv = generate_keypair()
priv = (priv, modular_inverse(pub, N))
return pub, priv
test_asymmetric_encrypt_decrypt("publickeytest", _generate_keypair, encrypt, decrypt, iterations=10000)
def test_encrypt_decrypt():
# pub, priv = generate_keypair()
# priv = (priv, modular_inverse(pub, N))
# for count in range(1024):
# message = random_integer(32)
# ciphertext = encrypt(message, pub)
# plaintext = decrypt(ciphertext, priv)
# assert plaintext == message
from unittesting import test_asymmetric_encrypt_decrypt
def _generate_keypair():
pub, priv = generate_keypair()
priv = (priv, modular_inverse(pub, N))
return pub, priv
test_asymmetric_encrypt_decrypt("publickeytest",
_generate_keypair,
encrypt,
decrypt,
iterations=10000)
def test_encrypt_decrypt():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("qtpiepublickey", generate_keypair, encrypt, decrypt, iterations=10000)
def test_encrypt_decrypt():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("publickeyencryption2", generate_keypair, encrypt, decrypt, iterations=10000, plaintext_size=SECURITY_LEVEL)
def unit_test():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("epq_pke(slidey2)", generate_keypair, encrypt, decrypt, iterations=10000, plaintext_size=M_SIZE)
def test_encrypt_decrypt():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("mullesspublickey", generate_keypair,
encrypt, decrypt)
def test_encrypt_decrypt():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("manymodpublickey2", generate_keypair, encrypt, decrypt, plaintext_size=20, iterations=10000)
def unit_test():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("decomposetest", generate_keypair, encrypt, decrypt, iterations=10000)
def test_encrypt_decrypt():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("manymodpublickey", generate_keypair, encrypt, decrypt)
def unit_test():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("bigpublickeyencryption", generate_keypair, encrypt, decrypt, iterations=10000)
def unit_test():
from unittesting import test_key_exchange, test_asymmetric_encrypt_decrypt
test_key_exchange("separated_kex", generate_keypair, encapsulate_key, recover_key, iterations=10000, key_size=SECURITY_LEVEL)
test_asymmetric_encrypt_decrypt("separated_pke", generate_keypair, encrypt, decrypt, iterations=10000)
def test_encrypt_decrypt():
from unittesting import test_asymmetric_encrypt_decrypt, test_exchange_key_recover_key_time
test_asymmetric_encrypt_decrypt("qtmodexppublickey", generate_keypair, encrypt, decrypt, iterations=1000)
def test_public_key_encryption():
from unittesting import test_asymmetric_encrypt_decrypt
test_asymmetric_encrypt_decrypt("uppers2 PKE", generate_keypair, public_key_encryption, private_key_decryption, iterations=10000, plaintext_size=SECURITY_LEVEL)