def test_verify_signed_data(self): signed = memcache_crypt.sign_data('mykey', 'Testz') self.assertEqual(memcache_crypt.verify_signed_data('mykey', signed), 'Testz') self.assertEqual( memcache_crypt.verify_signed_data('aasSFWE13WER', 'not MACed'), 'not MACed')
def test_verify_signed_data(self): signed = memcache_crypt.sign_data('mykey', 'Testz') self.assertEqual( memcache_crypt.verify_signed_data('mykey', signed), 'Testz') self.assertEqual( memcache_crypt.verify_signed_data('aasSFWE13WER', 'not MACed'), 'not MACed')
def _unprotect_cache_value(self, token, data): """ Decrypt or verify signed data if necessary. """ if data is None: return data try: if self._memcache_security_strategy == "ENCRYPT": return memcache_crypt.decrypt_data(token, self._memcache_secret_key, data) elif self._memcache_security_strategy == "MAC": return memcache_crypt.verify_signed_data(token, data) else: return data except: msg = "Failed to decrypt/verify cache data." self.LOG.exception(msg) # this should have the same effect as data not found in cache return None
def _unprotect_cache_value(self, token, data): """ Decrypt or verify signed data if necessary. """ if data is None: return data try: if self._memcache_security_strategy == 'ENCRYPT': return memcache_crypt.decrypt_data(token, self._memcache_secret_key, data) elif self._memcache_security_strategy == 'MAC': return memcache_crypt.verify_signed_data(token, data) else: return data except: msg = 'Failed to decrypt/verify cache data.' self.LOG.exception(msg) # this should have the same effect as data not found in cache return None