class TestDes3(unittest.TestCase):
key = h2b("0123456789abcdeffedeba987654321089abcdef01234567")
IV = h2b("1234567890abcdef")
plain = t2b("Now is the time for all ")
cipher = h2b("43a0297ed184f80e8964843212d508981894157487127db0")
def setUp(self):
self.des3 = Des3.new(self.key, MODE_CBC, self.IV)
def test_raises(self):
# invalid key length
self.assertRaises(ValueError, Des3.new, "key", MODE_CBC, self.IV)
# invalid mode
self.assertRaises(ValueError, Des3.new, self.key, MODE_ECB, self.IV)
# invalid iv length
self.assertRaises(ValueError, Des3.new, self.key, MODE_CBC, "IV")
# invalid data length
self.assertRaises(ValueError, self.des3.encrypt, "foo")
self.assertRaises(ValueError, self.des3.decrypt, "bar")
def test_single_encryption(self):
assert self.des3.encrypt(self.plain) == self.cipher
def test_multi_encryption(self):
result = t2b("")
segments = tuple(self.plain[i:i + Des3.block_size] \
for i in range(0, len(self.plain), Des3.block_size))
for segment in segments:
result += self.des3.encrypt(segment)
assert result == self.cipher
def test_single_decryption(self):
assert self.des3.decrypt(self.cipher) == self.plain
def test_multi_decryption(self):
result = t2b("")
segments = tuple(self.cipher[i:i + Des3.block_size] \
for i in range(0, len(self.cipher), Des3.block_size))
for segment in segments:
result += self.des3.decrypt(segment)
assert result == self.plain
class TestAes(unittest.TestCase):
key = "0123456789abcdef"
IV = "1234567890abcdef"
plain = t2b("now is the time ")
cipher = h2b("959492575f4281532ccc9d4677a233cb")
def setUp(self):
self.aes = Aes.new(self.key, MODE_CBC, self.IV)
def test_raises(self):
# invalid key length
self.assertRaises(ValueError, Aes.new, "key", MODE_CBC, self.IV)
# invalid mode
self.assertRaises(ValueError, Aes.new, self.key, MODE_ECB, self.IV)
# invalid iv length
self.assertRaises(ValueError, Aes.new, self.key, MODE_CBC, "IV")
# invalid data length
self.assertRaises(ValueError, self.aes.encrypt, "foo")
self.assertRaises(ValueError, self.aes.decrypt, "bar")
def test_single_encryption(self):
assert self.aes.encrypt(self.plain) == self.cipher
def test_multi_encryption(self):
result = t2b("")
segments = tuple(self.plain[i:i + self.aes.block_size] \
for i in range(0, len(self.plain), self.aes.block_size))
for segment in segments:
result += self.aes.encrypt(segment)
assert result == self.cipher
def test_single_decryption(self):
assert self.aes.decrypt(self.cipher) == self.plain
def test_multi_decryption(self):
result = t2b("")
segments = tuple(self.cipher[i:i + self.aes.block_size] \
for i in range(0, len(self.cipher), self.aes.block_size))
for segment in segments:
result += self.aes.decrypt(segment)
assert result == self.plain
def signature_vectors():
TestVector = namedtuple(
"TestVector", """data signature hash_cls pub_key
priv_key""")
TestVector.__new__.__defaults__ = (None, ) * len(TestVector._fields)
vectors = []
with open(os.path.join(certs_dir, "server-keyPub.pem"), "rb") as f:
pub_key_pem = f.read()
with open(os.path.join(certs_dir, "server-key.pem"), "rb") as f:
priv_key_pem = f.read()
# Signature computed with:
# echo -n "wolfcrypt is the best crypto around" | \
# openssl dgst -hex -sha256 -sign tests/certs/server-key.pem
if _lib.ASN_ENABLED and _lib.SHA256_ENABLED and _lib.RSA_ENABLED:
vectors.append(
TestVector(
data="wolfcrypt is the best crypto around",
signature=h2b(
"1d65f21df8fdc9f3c2351792840423481c6b0f2332105abd9248"
"9e0dc8f6f8c740e267cf49f522f771eabd484f961eaf9f907c97"
"b513bb9de7411b508c4e7ab7dc4438890ca161a9e24addaffd3c"
"86821f2431f55fde5d131dfbe5805dea74e8882bfbfbf451f809"
"ed792dfb0b17c799e6a39f866ed9cf613138c9e5e99f757ea13a"
"2b9c167c294cd89f38365ab40175d4e29c24d672cd5ad2d57fec"
"e9ea2b29c1866235c791ec5b635b858512c2b832b1b8f1dc6854"
"cd4927df5519eefee439848c7f109548b3a3c8265658e009899a"
"51a4edaf9f1199f93e448482f27c43a53e0bc65b04e9848128e3"
"60314e864190e6bb9812bfbf4b40994f2c1d4ca7aad9"),
hash_cls=Sha256,
pub_key=RsaPublic.from_pem(pub_key_pem),
priv_key=RsaPrivate.from_pem(priv_key_pem)))
return vectors
def setUp(self):
self.rsa = RsaPrivate(h2b(self.key))
def setUp(self):
self.private = RsaPrivate(h2b(self.prv))
self.public = RsaPublic(h2b(self.pub))
def vectors():
TestVector = namedtuple("TestVector", "key iv plaintext ciphertext raw_key")
TestVector.__new__.__defaults__ = (None,) * len(TestVector._fields)
return {
Aes: TestVector(
key="0123456789abcdef",
iv="1234567890abcdef",
plaintext=t2b("now is the time "),
ciphertext=h2b("959492575f4281532ccc9d4677a233cb")
),
Des3: TestVector(
key=h2b("0123456789abcdeffedeba987654321089abcdef01234567"),
iv=h2b("1234567890abcdef"),
plaintext=t2b("Now is the time for all "),
ciphertext=h2b("43a0297ed184f80e8964843212d508981894157487127db0")
),
RsaPublic: TestVector(
key=h2b(
"30819F300D06092A864886F70D010101050003818D0030818902818100BC"
"730EA849F374A2A9EF18A5DA559921F9C8ECB36D48E53535757737ECD161"
"905F3ED9E4D5DF94CAC1A9D719DA86C9E84DC4613682FEABAD7E7725BB8D"
"11A5BC623AA838CC39A20466B4F7F7F3AADA4D020EBB5E8D6948DC77C928"
"0E22E96BA426BA4CE8C1FD4A6F2B1FEF8AAEF69062E5641EEB2B3C67C8DC"
"2700F6916865A90203010001")
),
RsaPrivate: TestVector(
key=h2b(
"3082025C02010002818100BC730EA849F374A2A9EF18A5DA559921F9C8EC"
"B36D48E53535757737ECD161905F3ED9E4D5DF94CAC1A9D719DA86C9E84D"
"C4613682FEABAD7E7725BB8D11A5BC623AA838CC39A20466B4F7F7F3AADA"
"4D020EBB5E8D6948DC77C9280E22E96BA426BA4CE8C1FD4A6F2B1FEF8AAE"
"F69062E5641EEB2B3C67C8DC2700F6916865A902030100010281801397EA"
"E8387825A25C04CE0D407C31E5C470CD9B823B5809863B665FDC3190F14F"
"D5DB15DDDED73B95933118310E5EA3D6A21A716E81481C4BCFDB8E7A8661"
"32DCFB55C1166D279224458BF1B848B14B1DACDEDADD8E2FC291FBA5A96E"
"F83A6AF1FD5018EF9FE7C3CA78EA56D3D3725B96DD4E064E3AC3D9BE72B6"
"6507074C01024100FA47D47A7C923C55EF81F041302DA3CF8F1CE6872705"
"700DDF9835D6F18B382F24B5D084B6794F7129945AF0646AACE772C6ED4D"
"59983E673AF3742CF9611769024100C0C1820D0CEBC62FDC92F99D821A31"
"E9E9F74BF282871CEE166AD11D188270F3C0B62FF6F3F71DF18623C84EEB"
"8F568E8FF5BFF1F72BB5CC3DC657390C1B54410241009D7E05DEEDF4B7B2"
"FBFC304B551DE32F0147966905CD0E2E2CBD8363B6AB7CB76DCA5B64A7CE"
"BE86DF3B53DE61D21EEBA5F637EDACAB78D94CE755FBD71199C102401898"
"1829E61E2739702168AC0A2FA172C121869538C65890A0579CBAE3A7B115"
"C8DEF61BC2612376EFB09D1C44BE1343396717C89DCAFBF545648B38822C"
"F28102403989E59C195530BAB7488C48140EF49F7E779743E1B419353123"
"759C3B44AD691256EE0061641666D37C742B15B4A2FEBF086B1A5D3F9012"
"B105863129DBD9E2")
),
EccPublic: TestVector(
key=h2b(
"3059301306072A8648CE3D020106082A8648CE3D0301070342000455BFF4"
"0F44509A3DCE9BB7F0C54DF5707BD4EC248E1980EC5A4CA22403622C9BDA"
"EFA2351243847616C6569506CC01A9BDF6751A42F7BDA9B236225FC75D7F"
"B4"
),
raw_key=h2b(
"55bff40f44509a3dce9bb7f0c54df5707bd4ec248e1980ec5a4ca22403622c9b"
"daefa2351243847616c6569506cc01a9bdf6751a42f7bda9b236225fc75d7fb4"
)
),
EccPrivate: TestVector(
key=h2b(
"30770201010420F8CF926BBD1E28F1A8ABA1234F3274188850AD7EC7EC92"
"F88F974DAF568965C7A00A06082A8648CE3D030107A1440342000455BFF4"
"0F44509A3DCE9BB7F0C54DF5707BD4EC248E1980EC5A4CA22403622C9BDA"
"EFA2351243847616C6569506CC01A9BDF6751A42F7BDA9B236225FC75D7F"
"B4"
),
raw_key=h2b(
"55bff40f44509a3dce9bb7f0c54df5707bd4ec248e1980ec5a4ca22403622c9b"
"daefa2351243847616c6569506cc01a9bdf6751a42f7bda9b236225fc75d7fb4"
"f8cf926bbd1e28f1a8aba1234f3274188850ad7ec7ec92f88f974daf568965c7"
)
),
Ed25519Private: TestVector(
key = h2b(
"47CD22B276161AA18BA1E0D13DBE84FE4840E4395D784F555A92E8CF739B"
"F86B"
)
),
Ed25519Public: TestVector(
key=h2b(
"8498C65F4841145F9C51E8BFF4504B5527E0D5753964B7CB3C707A2B9747"
"FC96"
)
)
}
def vectors():
TestVector = namedtuple(
"TestVector", """key iv plaintext ciphertext
ciphertext_ctr raw_key
pkcs8_key pem""")
TestVector.__new__.__defaults__ = (None, ) * len(TestVector._fields)
# test vector dictionary
vectorArray = {}
if _lib.AES_ENABLED:
vectorArray[Aes] = TestVector(
key="0123456789abcdef",
iv="1234567890abcdef",
plaintext=t2b("now is the time "),
ciphertext=h2b("959492575f4281532ccc9d4677a233cb"),
ciphertext_ctr=h2b('287528ddf484b1055debbe751eb52b8a'))
if _lib.CHACHA_ENABLED:
vectorArray[ChaCha] = TestVector(
key="0123456789abcdef01234567890abcdef",
iv="1234567890abcdef",
)
if _lib.DES3_ENABLED:
vectorArray[Des3] = TestVector(
key=h2b("0123456789abcdeffedeba987654321089abcdef01234567"),
iv=h2b("1234567890abcdef"),
plaintext=t2b("Now is the time for all "),
ciphertext=h2b("43a0297ed184f80e8964843212d508981894157487127db0"))
if _lib.RSA_ENABLED:
vectorArray[RsaPublic] = TestVector(key=h2b(
"30819F300D06092A864886F70D010101050003818D0030818902818100BC"
"730EA849F374A2A9EF18A5DA559921F9C8ECB36D48E53535757737ECD161"
"905F3ED9E4D5DF94CAC1A9D719DA86C9E84DC4613682FEABAD7E7725BB8D"
"11A5BC623AA838CC39A20466B4F7F7F3AADA4D020EBB5E8D6948DC77C928"
"0E22E96BA426BA4CE8C1FD4A6F2B1FEF8AAEF69062E5641EEB2B3C67C8DC"
"2700F6916865A90203010001"),
pem=os.path.join(
certs_dir,
"server-keyPub.pem"))
vectorArray[RsaPrivate] = TestVector(
key=h2b(
"3082025C02010002818100BC730EA849F374A2A9EF18A5DA559921F9C8EC"
"B36D48E53535757737ECD161905F3ED9E4D5DF94CAC1A9D719DA86C9E84D"
"C4613682FEABAD7E7725BB8D11A5BC623AA838CC39A20466B4F7F7F3AADA"
"4D020EBB5E8D6948DC77C9280E22E96BA426BA4CE8C1FD4A6F2B1FEF8AAE"
"F69062E5641EEB2B3C67C8DC2700F6916865A902030100010281801397EA"
"E8387825A25C04CE0D407C31E5C470CD9B823B5809863B665FDC3190F14F"
"D5DB15DDDED73B95933118310E5EA3D6A21A716E81481C4BCFDB8E7A8661"
"32DCFB55C1166D279224458BF1B848B14B1DACDEDADD8E2FC291FBA5A96E"
"F83A6AF1FD5018EF9FE7C3CA78EA56D3D3725B96DD4E064E3AC3D9BE72B6"
"6507074C01024100FA47D47A7C923C55EF81F041302DA3CF8F1CE6872705"
"700DDF9835D6F18B382F24B5D084B6794F7129945AF0646AACE772C6ED4D"
"59983E673AF3742CF9611769024100C0C1820D0CEBC62FDC92F99D821A31"
"E9E9F74BF282871CEE166AD11D188270F3C0B62FF6F3F71DF18623C84EEB"
"8F568E8FF5BFF1F72BB5CC3DC657390C1B54410241009D7E05DEEDF4B7B2"
"FBFC304B551DE32F0147966905CD0E2E2CBD8363B6AB7CB76DCA5B64A7CE"
"BE86DF3B53DE61D21EEBA5F637EDACAB78D94CE755FBD71199C102401898"
"1829E61E2739702168AC0A2FA172C121869538C65890A0579CBAE3A7B115"
"C8DEF61BC2612376EFB09D1C44BE1343396717C89DCAFBF545648B38822C"
"F28102403989E59C195530BAB7488C48140EF49F7E779743E1B419353123"
"759C3B44AD691256EE0061641666D37C742B15B4A2FEBF086B1A5D3F9012"
"B105863129DBD9E2"),
pkcs8_key=h2b("30820276020100300d06092a864886f7"
"0d0101010500048202603082025c0201"
"0002818100bc730ea849f374a2a9ef18"
"a5da559921f9c8ecb36d48e535357577"
"37ecd161905f3ed9e4d5df94cac1a9d7"
"19da86c9e84dc4613682feabad7e7725"
"bb8d11a5bc623aa838cc39a20466b4f7"
"f7f3aada4d020ebb5e8d6948dc77c928"
"0e22e96ba426ba4ce8c1fd4a6f2b1fef"
"8aaef69062e5641eeb2b3c67c8dc2700"
"f6916865a902030100010281801397ea"
"e8387825a25c04ce0d407c31e5c470cd"
"9b823b5809863b665fdc3190f14fd5db"
"15ddded73b95933118310e5ea3d6a21a"
"716e81481c4bcfdb8e7a866132dcfb55"
"c1166d279224458bf1b848b14b1dacde"
"dadd8e2fc291fba5a96ef83a6af1fd50"
"18ef9fe7c3ca78ea56d3d3725b96dd4e"
"064e3ac3d9be72b66507074c01024100"
"fa47d47a7c923c55ef81f041302da3cf"
"8f1ce6872705700ddf9835d6f18b382f"
"24b5d084b6794f7129945af0646aace7"
"72c6ed4d59983e673af3742cf9611769"
"024100c0c1820d0cebc62fdc92f99d82"
"1a31e9e9f74bf282871cee166ad11d18"
"8270f3c0b62ff6f3f71df18623c84eeb"
"8f568e8ff5bff1f72bb5cc3dc657390c"
"1b54410241009d7e05deedf4b7b2fbfc"
"304b551de32f0147966905cd0e2e2cbd"
"8363b6ab7cb76dca5b64a7cebe86df3b"
"53de61d21eeba5f637edacab78d94ce7"
"55fbd71199c1024018981829e61e2739"
"702168ac0a2fa172c121869538c65890"
"a0579cbae3a7b115c8def61bc2612376"
"efb09d1c44be1343396717c89dcafbf5"
"45648b38822cf28102403989e59c1955"
"30bab7488c48140ef49f7e779743e1b4"
"19353123759c3b44ad691256ee006164"
"1666d37c742b15b4a2febf086b1a5d3f"
"9012b105863129dbd9e2"),
pem=os.path.join(certs_dir, "server-key.pem"))
if _lib.ECC_ENABLED:
vectorArray[EccPublic] = TestVector(
key=h2b(
"3059301306072A8648CE3D020106082A8648CE3D0301070342000455BFF4"
"0F44509A3DCE9BB7F0C54DF5707BD4EC248E1980EC5A4CA22403622C9BDA"
"EFA2351243847616C6569506CC01A9BDF6751A42F7BDA9B236225FC75D7F"
"B4"),
raw_key=h2b(
"55bff40f44509a3dce9bb7f0c54df5707bd4ec248e1980ec5a4ca22403622c9b"
"daefa2351243847616c6569506cc01a9bdf6751a42f7bda9b236225fc75d7fb4"
))
vectorArray[EccPrivate] = TestVector(
key=h2b(
"30770201010420F8CF926BBD1E28F1A8ABA1234F3274188850AD7EC7EC92"
"F88F974DAF568965C7A00A06082A8648CE3D030107A1440342000455BFF4"
"0F44509A3DCE9BB7F0C54DF5707BD4EC248E1980EC5A4CA22403622C9BDA"
"EFA2351243847616C6569506CC01A9BDF6751A42F7BDA9B236225FC75D7F"
"B4"),
raw_key=h2b(
"55bff40f44509a3dce9bb7f0c54df5707bd4ec248e1980ec5a4ca22403622c9b"
"daefa2351243847616c6569506cc01a9bdf6751a42f7bda9b236225fc75d7fb4"
"f8cf926bbd1e28f1a8aba1234f3274188850ad7ec7ec92f88f974daf568965c7"
))
if _lib.ED25519_ENABLED:
vectorArray[Ed25519Private] = TestVector(key=h2b(
"47CD22B276161AA18BA1E0D13DBE84FE4840E4395D784F555A92E8CF739B"
"F86B"))
vectorArray[Ed25519Public] = TestVector(key=h2b(
"8498C65F4841145F9C51E8BFF4504B5527E0D5753964B7CB3C707A2B9747"
"FC96"))
if _lib.ED448_ENABLED:
vectorArray[Ed448Private] = TestVector(
key=h2b("c2b29804e9a893c9e275cac1f8a3033f3d4b78b79eb427ed359fdeb8"
"82d657c129c7930936b181971b795167ad18cabeeb52b59b94f115ad"
"59"))
vectorArray[Ed448Public] = TestVector(
key=h2b("89fb2b5a5ab67dd317794cc5f1700cace295b043f3ad73a66299e10a"
"d3fc0a28289ddd1c641598a354113867a42e82ad844b4d858d92e4e7"
"80"))
return vectorArray
def test_hash_update_002(self):
self.hash.update("wolf")
self.hash.update("crypt")
assert self.hash.hexdigest() == self.digest
assert self.hash.digest() == h2b(self.digest)
def vectors():
TestVector = namedtuple("TestVector", "key iv plaintext ciphertext raw_key")
TestVector.__new__.__defaults__ = (None,) * len(TestVector._fields)
# test vector dictionary
vectorArray = {}
if _lib.AES_ENABLED:
vectorArray[Aes]=TestVector(
key="0123456789abcdef",
iv="1234567890abcdef",
plaintext=t2b("now is the time "),
ciphertext=h2b("959492575f4281532ccc9d4677a233cb")
)
if _lib.CHACHA_ENABLED:
vectorArray[ChaCha]=TestVector(
key="0123456789abcdef01234567890abcdef",
iv="1234567890abcdef",
)
if _lib.DES3_ENABLED:
vectorArray[Des3]=TestVector(
key=h2b("0123456789abcdeffedeba987654321089abcdef01234567"),
iv=h2b("1234567890abcdef"),
plaintext=t2b("Now is the time for all "),
ciphertext=h2b("43a0297ed184f80e8964843212d508981894157487127db0")
)
if _lib.RSA_ENABLED:
vectorArray[RsaPublic]=TestVector(
key=h2b(
"30819F300D06092A864886F70D010101050003818D0030818902818100BC"
"730EA849F374A2A9EF18A5DA559921F9C8ECB36D48E53535757737ECD161"
"905F3ED9E4D5DF94CAC1A9D719DA86C9E84DC4613682FEABAD7E7725BB8D"
"11A5BC623AA838CC39A20466B4F7F7F3AADA4D020EBB5E8D6948DC77C928"
"0E22E96BA426BA4CE8C1FD4A6F2B1FEF8AAEF69062E5641EEB2B3C67C8DC"
"2700F6916865A90203010001")
)
vectorArray[RsaPrivate]=TestVector(
key=h2b(
"3082025C02010002818100BC730EA849F374A2A9EF18A5DA559921F9C8EC"
"B36D48E53535757737ECD161905F3ED9E4D5DF94CAC1A9D719DA86C9E84D"
"C4613682FEABAD7E7725BB8D11A5BC623AA838CC39A20466B4F7F7F3AADA"
"4D020EBB5E8D6948DC77C9280E22E96BA426BA4CE8C1FD4A6F2B1FEF8AAE"
"F69062E5641EEB2B3C67C8DC2700F6916865A902030100010281801397EA"
"E8387825A25C04CE0D407C31E5C470CD9B823B5809863B665FDC3190F14F"
"D5DB15DDDED73B95933118310E5EA3D6A21A716E81481C4BCFDB8E7A8661"
"32DCFB55C1166D279224458BF1B848B14B1DACDEDADD8E2FC291FBA5A96E"
"F83A6AF1FD5018EF9FE7C3CA78EA56D3D3725B96DD4E064E3AC3D9BE72B6"
"6507074C01024100FA47D47A7C923C55EF81F041302DA3CF8F1CE6872705"
"700DDF9835D6F18B382F24B5D084B6794F7129945AF0646AACE772C6ED4D"
"59983E673AF3742CF9611769024100C0C1820D0CEBC62FDC92F99D821A31"
"E9E9F74BF282871CEE166AD11D188270F3C0B62FF6F3F71DF18623C84EEB"
"8F568E8FF5BFF1F72BB5CC3DC657390C1B54410241009D7E05DEEDF4B7B2"
"FBFC304B551DE32F0147966905CD0E2E2CBD8363B6AB7CB76DCA5B64A7CE"
"BE86DF3B53DE61D21EEBA5F637EDACAB78D94CE755FBD71199C102401898"
"1829E61E2739702168AC0A2FA172C121869538C65890A0579CBAE3A7B115"
"C8DEF61BC2612376EFB09D1C44BE1343396717C89DCAFBF545648B38822C"
"F28102403989E59C195530BAB7488C48140EF49F7E779743E1B419353123"
"759C3B44AD691256EE0061641666D37C742B15B4A2FEBF086B1A5D3F9012"
"B105863129DBD9E2")
)
if _lib.ECC_ENABLED:
vectorArray[EccPublic]=TestVector(
key=h2b(
"3059301306072A8648CE3D020106082A8648CE3D0301070342000455BFF4"
"0F44509A3DCE9BB7F0C54DF5707BD4EC248E1980EC5A4CA22403622C9BDA"
"EFA2351243847616C6569506CC01A9BDF6751A42F7BDA9B236225FC75D7F"
"B4"
),
raw_key=h2b(
"55bff40f44509a3dce9bb7f0c54df5707bd4ec248e1980ec5a4ca22403622c9b"
"daefa2351243847616c6569506cc01a9bdf6751a42f7bda9b236225fc75d7fb4"
)
)
vectorArray[EccPrivate]=TestVector(
key=h2b(
"30770201010420F8CF926BBD1E28F1A8ABA1234F3274188850AD7EC7EC92"
"F88F974DAF568965C7A00A06082A8648CE3D030107A1440342000455BFF4"
"0F44509A3DCE9BB7F0C54DF5707BD4EC248E1980EC5A4CA22403622C9BDA"
"EFA2351243847616C6569506CC01A9BDF6751A42F7BDA9B236225FC75D7F"
"B4"
),
raw_key=h2b(
"55bff40f44509a3dce9bb7f0c54df5707bd4ec248e1980ec5a4ca22403622c9b"
"daefa2351243847616c6569506cc01a9bdf6751a42f7bda9b236225fc75d7fb4"
"f8cf926bbd1e28f1a8aba1234f3274188850ad7ec7ec92f88f974daf568965c7"
)
)
if _lib.ED25519_ENABLED:
vectorArray[Ed25519Private]=TestVector(
key = h2b(
"47CD22B276161AA18BA1E0D13DBE84FE4840E4395D784F555A92E8CF739B"
"F86B"
)
)
vectorArray[Ed25519Public]=TestVector(
key=h2b(
"8498C65F4841145F9C51E8BFF4504B5527E0D5753964B7CB3C707A2B9747"
"FC96"
)
)
return vectorArray
def setUp(self):
self.private = RsaPrivate(h2b(self.prv))
self.public = RsaPublic(h2b(self.pub))
def setUp(self):
self.rsa = RsaPrivate(h2b(self.key))
"F18623C84EEB8F568E8FF5BFF1F72BB5CC3DC657390C1B54410241009D7E05DE" +
"EDF4B7B2FBFC304B551DE32F0147966905CD0E2E2CBD8363B6AB7CB76DCA5B64" +
"A7CEBE86DF3B53DE61D21EEBA5F637EDACAB78D94CE755FBD71199C102401898" +
"1829E61E2739702168AC0A2FA172C121869538C65890A0579CBAE3A7B115C8DE" +
"F61BC2612376EFB09D1C44BE1343396717C89DCAFBF545648B38822CF2810240" +
"3989E59C195530BAB7488C48140EF49F7E779743E1B419353123759C3B44AD69" +
"1256EE0061641666D37C742B15B4A2FEBF086B1A5D3F9012B105863129DBD9E2")
public = (
"30819F300D06092A864886F70D010101050003818D0030818902818100BC730E" +
"A849F374A2A9EF18A5DA559921F9C8ECB36D48E53535757737ECD161905F3ED9" +
"E4D5DF94CAC1A9D719DA86C9E84DC4613682FEABAD7E7725BB8D11A5BC623AA8" +
"38CC39A20466B4F7F7F3AADA4D020EBB5E8D6948DC77C9280E22E96BA426BA4C" +
"E8C1FD4A6F2B1FEF8AAEF69062E5641EEB2B3C67C8DC2700F6916865A90203010001")
prv = RsaPrivate(h2b(private))
pub = RsaPublic(h2b(public))
plaintext = "AgentBlueServer: :GetActiveHosts:JU13Tm0jqU1V2YAs:e9a7d3a0b6381315900b6539078a106e966c14c14e3006912260aa6572110d0a"
ciphertext = pub.encrypt(plaintext)
deciphertext = prv.decrypt(ciphertext)
print(deciphertext.decode("utf-8"), end="\n\n")
print(deciphertext.hex(), end="\n\n")
print(bytes.fromhex(deciphertext.hex()).decode("utf-8"), end="\n\n")
# signature = prv.sign(plaintext)
# print(signature, end='\n\n')
# print(signature.hex(), end='\n\n')
# print(bytes.fromhex(signature.hex()), end='\n\n')
