def test_identifier_rsa(self):
bytes = TestCertificates.PKCS1_rsa_ca.read()
container = PKCS1Reader.by_bytes(bytes)
container.parse()
should = "FA:CC:60:F4:20:6B:25:C7:A4:AD:1D:FE:37:C4:76:09:73:07:BE:35:E9:50:2B:28:1A:10:6A:30:2C:09:D4:A9"
ident = str(container.public_key_hash())
self.assertEqual(ident, should)
def test_identifier_rsa(self):
bytes = TestCertificates.PKCS1_rsa_ca.read()
container = PKCS1Reader.by_bytes(bytes)
container.parse()
should = "FA:CC:60:F4:20:6B:25:C7:A4:AD:1D:FE:37:C4:76:09:73:07:BE:35:E9:50:2B:28:1A:10:6A:30:2C:09:D4:A9"
ident = str(container.public_key_hash())
self.assertEqual(ident, should)
def test_identifier_ec(self):
bytes = TestCertificates.PKCS1_ec.read()
container = PKCS1Reader.by_bytes(bytes)
container.parse()
should = "7D:83:F3:D5:9F:B1:CC:36:2B:50:E7:FD:7A:45:A1:60:63:48:FB:58:B7:AA:31:7A:A1:C4:B5:D4:C1:59:82:CE"
ident = container.public_key_hash()
self.assertEqual(ident, should)
def test_identifier_ec(self):
bytes = TestCertificates.PKCS1_ec.read()
container = PKCS1Reader.by_bytes(bytes)
container.parse()
should = "7D:83:F3:D5:9F:B1:CC:36:2B:50:E7:FD:7A:45:A1:60:63:48:FB:58:B7:AA:31:7A:A1:C4:B5:D4:C1:59:82:CE"
ident = container.public_key_hash()
self.assertEqual(ident, should)
def test_to_private_key(self):
bytes = TestCertificates.PKCS1_ec.read()
priv = PKCS1Reader.by_bytes(bytes)
priv.parse()
privatekey = strongMan.apps.certificates.models.certificates.PrivateKey.by_reader(priv)
self.assertIsNotNone(privatekey)
self.assertIsNotNone(privatekey.algorithm)
self.assertIsNotNone(privatekey.der_container)
def test_is_private_key_not(self):
bytes = TestCertificates.X509_ec.read()
x509 = X509Reader.by_bytes(bytes)
x509.parse()
bytes = TestCertificates.PKCS1_rsa_ca.read()
key = PKCS1Reader.by_bytes(bytes)
key.parse()
self.assertFalse(x509.is_cert_of(key))
def test_is_private_key_not(self):
bytes = TestCertificates.X509_ec.read()
x509 = X509Reader.by_bytes(bytes)
x509.parse()
bytes = TestCertificates.PKCS1_rsa_ca.read()
key = PKCS1Reader.by_bytes(bytes)
key.parse()
self.assertFalse(x509.is_cert_of(key))
def test_to_private_key(self):
bytes = TestCertificates.PKCS1_ec.read()
priv = PKCS1Reader.by_bytes(bytes)
priv.parse()
privatekey = strongMan.apps.certificates.models.certificates.PrivateKey.by_reader(
priv)
self.assertIsNotNone(privatekey)
self.assertIsNotNone(privatekey.algorithm)
self.assertIsNotNone(privatekey.der_container)
def test_dump_rsa(self):
bytes = TestCertificates.PKCS1_ec.read()
container = PKCS1Reader.by_bytes(bytes)
container.parse()
self.assertIsNotNone(container.der_dump())
def test_algorithm_ec(self):
bytes = TestCertificates.PKCS1_ec.read()
container = PKCS1Reader.by_bytes(bytes)
container.parse()
self.assertEqual(container.algorithm(), "ec")
def test_parse(self):
bytes = TestCertificates.PKCS1_rsa_ca.read()
container = PKCS1Reader.by_bytes(bytes)
container.parse()
self.assertIsNotNone(container.asn1)
def test_dsa(self):
bytes = TestCertificates.PKCS1_dsa.read()
x509 = PKCS1Reader.by_bytes(bytes)
with self.assertRaises(Exception):
x509.parse()
def test_decryption(self):
bytes = TestCertificates.PKCS1_rsa_ca_encrypted.read()
container = PKCS1Reader.by_bytes(bytes, password=b"strongman")
container.parse()
self.assertEqual(container.algorithm(), "rsa")
def read_pkcs1(self, password=None):
bytes = self.read()
reader = PKCS1Reader.by_bytes(bytes, password)
reader.parse()
return reader
def test_dump_rsa(self):
bytes = TestCertificates.PKCS1_rsa_ca.read()
container = PKCS1Reader.by_bytes(bytes)
container.parse()
self.assertIsNotNone(container.der_dump())
def test_algorithm_ec(self):
bytes = TestCertificates.PKCS1_ec.read()
container = PKCS1Reader.by_bytes(bytes)
container.parse()
self.assertEqual(container.algorithm(), "ec")
def test_dsa(self):
bytes = TestCertificates.PKCS1_dsa.read()
x509 = PKCS1Reader.by_bytes(bytes)
with self.assertRaises(Exception):
x509.parse()
def test_decryption(self):
bytes = TestCertificates.PKCS1_rsa_ca_encrypted.read()
container = PKCS1Reader.by_bytes(bytes, password=b"strongman")
container.parse()
self.assertEqual(container.algorithm(), "rsa")