def test_key_blocks(self): """ Parses the dir-identity-key, dir-signing-key, dir-key-crosscert, and dir-key-certification fields which all just have signature content. """ # the only non-mandatory field that we haven't exercised yet is dir-key-crosscert certificate = KeyCertificate.create({ 'dir-key-crosscert': '\n-----BEGIN ID SIGNATURE-----%s-----END ID SIGNATURE-----' % stem.descriptor.CRYPTO_BLOB }) self.assertTrue(stem.descriptor.CRYPTO_BLOB in certificate.crosscert) test_value = '\n-----BEGIN ID SIGNATURE-----%s-----END UGABUGA SIGNATURE-----' % stem.descriptor.CRYPTO_BLOB for field, attr in (('dir-identity-key', 'identity_key'), ('dir-signing-key', 'signing_key'), ('dir-key-crosscert', 'crosscert'), ('dir-key-certification', 'certification')): content = KeyCertificate.content({field: test_value}) self.assertRaises(ValueError, KeyCertificate, content, True) certificate = KeyCertificate(content, False) self.assertEqual(None, getattr(certificate, attr))
def test_blank_lines(self): """ Includes blank lines, which should be ignored. """ certificate = KeyCertificate.create({'dir-key-published': '2011-11-28 21:51:04\n\n\n'}) self.assertEqual(datetime.datetime(2011, 11, 28, 21, 51, 4), certificate.published)
def test_dir_address(self): """ Parses the dir-address field. """ certificate = KeyCertificate.create({'dir-address': '127.0.0.1:80'}) self.assertEqual('127.0.0.1', certificate.address) self.assertEqual(80, certificate.dir_port) test_values = ( (''), (' '), ('127.0.0.1'), ('127.0.0.1:'), ('80'), (':80'), ('127.0.0.1a:80'), ('127.0.0.1:80a'), ) for test_value in test_values: content = KeyCertificate.content({'dir-address': test_value}) self.assertRaises(ValueError, KeyCertificate, content, True) certificate = KeyCertificate(content, False) self.assertEqual(None, certificate.address) self.assertEqual(None, certificate.dir_port)
def test_dir_address(self): """ Parses the dir-address field. """ certificate = KeyCertificate.create({'dir-address': '127.0.0.1:80'}) self.assertEqual('127.0.0.1', certificate.address) self.assertEqual(80, certificate.dir_port) test_values = ( (''), (' '), ('127.0.0.1'), ('127.0.0.1:'), ('80'), (':80'), ('127.0.0.1a:80'), ('127.0.0.1:80a'), ) for test_value in test_values: content = KeyCertificate.content({'dir-address': test_value}) self.assertRaises(ValueError, KeyCertificate, content, True) certificate = KeyCertificate(content, False) self.assertEqual(None, certificate.address) self.assertEqual(None, certificate.dir_port)
def test_unrecognized_line(self): """ Includes unrecognized content in the descriptor. """ certificate = KeyCertificate.create({'pepperjack': 'is oh so tasty!'}) self.assertEqual(['pepperjack is oh so tasty!'], certificate.get_unrecognized_lines())
def test_blank_lines(self): """ Includes blank lines, which should be ignored. """ certificate = KeyCertificate.create({'dir-key-published': '2011-11-28 21:51:04\n\n\n'}) self.assertEqual(datetime.datetime(2011, 11, 28, 21, 51, 4), certificate.published)
def test_unrecognized_line(self): """ Includes unrecognized content in the descriptor. """ certificate = KeyCertificate.create({'pepperjack': 'is oh so tasty!'}) self.assertEqual(['pepperjack is oh so tasty!'], certificate.get_unrecognized_lines())
def test_minimal(self): """ Parses a minimal key certificate. """ certificate = KeyCertificate.create() self.assertEqual(3, certificate.version) self.assertEqual(None, certificate.address) self.assertEqual(None, certificate.dir_port) self.assertEqual(40, len(certificate.fingerprint)) self.assertEqual(None, certificate.crosscert) self.assertEqual([], certificate.get_unrecognized_lines())
def test_minimal(self): """ Parses a minimal key certificate. """ certificate = KeyCertificate.create() self.assertEqual(3, certificate.version) self.assertEqual(None, certificate.address) self.assertEqual(None, certificate.dir_port) self.assertEqual(40, len(certificate.fingerprint)) self.assertEqual(None, certificate.crosscert) self.assertEqual([], certificate.get_unrecognized_lines())
def test_version(self): """ Parses the dir-key-certificate-version field, including trying to handle a different certificate version with the v3 parser. """ certificate = KeyCertificate.create({'dir-key-certificate-version': '3'}) self.assertEqual(3, certificate.version) content = KeyCertificate.content({'dir-key-certificate-version': '4'}) self.assertRaises(ValueError, KeyCertificate, content, True) self.assertEqual(4, KeyCertificate(content, False).version) content = KeyCertificate.content({'dir-key-certificate-version': 'boo'}) self.assertRaises(ValueError, KeyCertificate, content, True) self.assertEqual(None, KeyCertificate(content, False).version)
def test_version(self): """ Parses the dir-key-certificate-version field, including trying to handle a different certificate version with the v3 parser. """ certificate = KeyCertificate.create({'dir-key-certificate-version': '3'}) self.assertEqual(3, certificate.version) content = KeyCertificate.content({'dir-key-certificate-version': '4'}) self.assertRaises(ValueError, KeyCertificate, content, True) self.assertEqual(4, KeyCertificate(content, False).version) content = KeyCertificate.content({'dir-key-certificate-version': 'boo'}) self.assertRaises(ValueError, KeyCertificate, content, True) self.assertEqual(None, KeyCertificate(content, False).version)
def test_key_blocks(self): """ Parses the dir-identity-key, dir-signing-key, dir-key-crosscert, and dir-key-certification fields which all just have signature content. """ # the only non-mandatory field that we haven't exercised yet is dir-key-crosscert certificate = KeyCertificate.create({'dir-key-crosscert': '\n-----BEGIN ID SIGNATURE-----%s-----END ID SIGNATURE-----' % stem.descriptor.CRYPTO_BLOB}) self.assertTrue(stem.descriptor.CRYPTO_BLOB in certificate.crosscert) test_value = '\n-----BEGIN ID SIGNATURE-----%s-----END UGABUGA SIGNATURE-----' % stem.descriptor.CRYPTO_BLOB for field, attr in (('dir-identity-key', 'identity_key'), ('dir-signing-key', 'signing_key'), ('dir-key-crosscert', 'crosscert'), ('dir-key-certification', 'certification')): content = KeyCertificate.content({field: test_value}) self.assertRaises(ValueError, KeyCertificate, content, True) certificate = KeyCertificate(content, False) self.assertEqual(None, getattr(certificate, attr))