def crypto_param_adaptor(self, *args, **kwargs):
crypt = XXTEACrypto(ArgumentParser().args.xxtea_key) \
if use_xxtea \
else UrlCrypto()
args = [crypt.decrypt(arg) for arg in args]
kwargs = dict((k, crypt.decrypt(kwargs[k]) )for k, v in kwargs.items())
body = crypt.decrypt(self.request.body)
kwargs.update(dict(pair.split("=") for pair in body.split("&"))) if body else None
result = fun(self, *args, **kwargs)
ouput_result = crypt.encrypt(result)
return ouput_result
class XXTEACryptoTest(unittest.TestCase):
x = XXTEACrypto("A~3c0(@8$B65Wb<9")
def test_encode_decode_normal(self):
url = "https://10.15.2.111:55952/gllive:sa/authenticate?password=123456"
self.assertTrue(self.x.decrypt(self.x.encrypt(url)) == url)
def test_encode_decode_abnormal(self):
url = "https://10.15.2.111:55952/gllive:sa/authenticate?password=123456"
self.assertFalse(self.x.decrypt(self.x.encrypt(url)) == url + "1234")
def test_print(self):
print self.x.encrypt("login?user_name=device1&password=123456&type=2")
print self.x.encrypt("register")
print self.x.decrypt(
"pN%2A%2AT-ScQlwUnP%2AX5jsobyiXtAXReyfcNVBjbdbR%2A5eecG2uX8FPZOJzMX%2A2K5FwCa%2ATV9lQv13zE30%2Apaix3uRr6w4MiT-Q8k9x%2A6Jc17d%2AendvOLA7sJ2VKYkhU1d2fSs-5LWCsemm2hOzrQOSlmzYqupxRUwm9pplOdmxWM-W%2A3CYmGkbpSNSbbuTX%2AiMkbWvrT2M%2ALbW7qOLHaKtLMxG4LoftySOvPgUk1H5zWVgKyVfXOD8YD%2ATRG%2AG7zup54t5CFKq5IdWfk4dSWTZs1eIt9SZwo-QT3fHcYMScIapre6hyQ-cIiZ%2A3GOHmjbuoOJzBo1jS9lmPUxzW2UyfO-ZgaCchHQUTvFmHKGj5KeiulyrEIF-oKITyvuqgi0S0uSVGdAuAEXIO4OD-H2%2A-yjPzH23IJ5RfM5BVEVBD7RDa8u2ODGp1gwgTnP317cA9Qh4RupERoaDbfu03YKqwqqhF5YnqhRbd51Z1yYan-aLhJzPlESR0hy5pG6k3SW6V%2AeRwtIyoC3japcSkEasV3H8Gj28eDjF%2AvHLaHshvJZ5cOrWAPOvv8kS1leFIZ0ve-fth2lGVyF-fh3vcTnSjYDU8DBLs9IaTChGugcQNq8Ai%2AWHZZ-nA%2ACFtsBJ-ZEoSnMroXtLeuzJdVJPpwkCXAZRrmmyg7OcubyEzyzBvABIIvndStl3Q3HHU%2Aj4Dx5wZUCD3AbYhBlGjTqDHf7kbQ%3D%3D"
)
print self.x.encrypt("login")
print self.x.encrypt("user_name=device1&password=123456&type=2")
print self.x.decrypt(
"dHi5OIy2aq9ozRIbA-QeKjsmntVSL7ny3kYg7eY%252A%252A8pA9Y-0VXjSqzvcbasN44AE5P5FpF3IQlZQh2hzwboQzOqGqy-N9GUfiuIBue062dikJXbKPSI9L-pmUn-0KjDC-Sj6xsBDdClg0GDZ1ESwX0kIyGdfvSb7ulSI9zTyejltpZKDGM3qN-JdDldUMsD5k3wQOLAXCMcyx-sn2SKiSAZ7iFhxsUGsUnCT1SxKcp4EdBds%252A067CtBoo4oB9DzSbM1QaqU38kn5S0q7SKBHrrcOKCVovhh-3isbp6CZ-8fW6XEuy2dYN1HSIRC%252A3vbc8ktaQHvaKYG4pKLig9FBi7wVwugx%252AIKLY-fV11UW82a7iUYvU1rsF2SSLy0GAAHWb43VT-ZmkbCWBBvJmABj0hAlANM%252At20HOS338R-oNO%252A1UFgmMlXhXcyIdorvTM2ZFDpoVslWe5twm86EX41-1bBAda0pX8xMKLH73HgiQvXQSq8qpOW9bBPX2kaAp3t8D1euWE99E74SHF33S%252AYzJ7fw3k%252A-AB2aqbZJ5l5UK9nryBFmDbhwjDoT7vv5aLjXCtJm9ewd0o5rk07nmzkScFjUEXwv%252Ao8C%252A5kDV0AzupTx4bDga9%252AdGqq6pT1dVhpHtDqMtKHZaDuAZ9QbPWKP7EDDUtj0RL-VABGzj9hY5zBNEF0Vyj46YmRN1eyelpd6FaRd12lQEV%252ASz5jRKYD%252AoA%253D%253D"
)
print self.x.decrypt(
"odk73pmdUDtAR-ZNA4-m2nlm06xTkBF9IOmmZF9O0LTa5WsraGuLgM1FmTOgkBzJZ5gxgnl8cz2zcYQ7-mNK35ncsLeFiFCoFkJHrTR47xacvvyx-ve%2AYSbOlA0tTNvrvmXwUMHWGp8XMWtouobQQnCPUWFDRNEavgzXMDu-mwr9o3GMu%2AVRVUvVIcflUZo0AHXXw-Sq1DfVviueej2rNZmdcZk5zJevLy8SA5I3QAPz-hNdPSnERHeYBqD2hzEiOdLLQ5O9Ow2O9tDlaadr%2A64Gm3n6kvDz0uruDTDmruBgoeIEUIjYEP%2A6uhiRnHVV5al4FCQIRnaPJqQCxtxNZ3WQLyOTsTHMeldPs-WH37GJS8w49ZZIS5pJGv7EUFXcO47uCqPf06n7sQ1iJrxT0cTJFQickoF8cmGJuq7XLovHKivMWS1K4Ivls5RJ2XDEU32pGsY5h-dkBgJYmr-n-n6Le6pT7%2Awwahc5bu4tN0rsr8iX-68K9287wvkqVECeFiMqBJhg1oFHw83Ymf9vM5gj-D4PlbuSnQk5SUY9D35DYPmikREqhSd-WKwg5b%2AI4xoPNpueAUH51FejZSl1RGOujmjtdYV3YE9tRmFrlffFosGkJiNPovJPAKakPCdyle1FaU1S1-F7CGexhpkS9LOWOo5SudT9-%2AbmenY9qyWl%2ATt%2AqdhhBQjVzABH%2AtjQce7h3pST1YPuJyOxhxBgKA%3D%3D"
)
print self.x.encrypt("user_name=詹陈锦&password=123456&type=2")
print self.x.decrypt(
"jN%2AIvgD6hK1EJSOfxop9vfjDzzHwnqH1pqbvuJVYEBLx19i37zpPMscklHDgVDe6v1eolzdAH0hWYURJgDhah%2AWJ0fHFMrsj70Wdl5g8Rs31RVq0x2MlQUW%2A8ho--XAWuwTe1DI5F6YdpJkNTeI2DjbXy1b%2AICGai08D6sHWIl95CjoQQbOD0lwnG38h6nF8SLECJoQ2VLoryhFQ8uIL8D-xCT2RdW1rAWpJSTbU%2A-58yYWPOuiPiSe9jDe4j7GQNLEOaX1ttridZsYThW2Pfti1L-BBbPT1wdiw0f0NDTDvz2xykal1fAhatfkj%2AKRgA6iQCVE44UBoJk9ytXgy6io2luazePOIqoQxKJqdbOjXXdH2kQyYh9wXpJxLNTeWO8P1T%2AnKer4W%2AsfVHDUFh7yQ9DbQGwBqFRxzufykojVHP2Hw3elFRF1yznJHCnrZ0ohd1nNWNDxxyPsoubTCM9L3nOD5d8p-jquUTwgCdD-ReJ3q1v6U5oGBw3P7hEUnysatzdsYdTNu3sSWLDZ75tpb6wZnuQsfxFD7HWalJrfWZDffe%2AoGgsTjEePVdYjk8%2AAw3H1WpeNYUm7r19uDvXYaDcx67E1atd9DZjhwK6zDf5rvmagl1lqtpUnUXoFrFdjc4fSk%2AB%2AbMwiUeVFaYwsAWKazs91MZvqlj1rSOIA-d1oJ8oNEd14DomMrwQ84u97UZUn6vENE1nGn"
)
def mqtt_onmessage_param_decorator(self, mqttc, userdata, msg):
logger.info("MQTT:onmessage msg:%s" % msg)
msg.payload = XXTEACrypto.instance(xxtea_key).decrypt(msg.payload) \
if xxtea_key and msg.payload\
else msg.payload
msg.payload = ujson.loads(msg.payload) \
if use_json_loads and msg.payload \
else msg.payload
return fun(self, mqttc, userdata, msg)
def parser_mxid(mxid):
"""
根据jid，accesstoken产生maadap的mxid
:param access_token: register的访问token
:param jid: jabber id
:return:字符串
"""
mxid = XXTEACrypto.instance(MxidMgr.xxtea_key).decrypt(mxid)
return mxid.split(MxidMgr.separator)
def mqtt_publish_param_decorator(self, topic, payload=None, *args, **kwargs):
logger.info("MQTT:publish topic:%s, payload:%s" % (topic, payload))
payload.__setitem__('sign', mqtt_sign) if mqtt_sign else None
payload = ujson.dumps(payload) \
if use_json_dumps and payload is not None\
else payload
payload = XXTEACrypto.instance(xxtea_key).encrypt(payload) \
if xxtea_key and payload is not None\
else payload
return fun(self, topic, payload, *args, **kwargs)
def gen_mxid(access_token, jid):
"""
根据jid，accesstoken产生maadap的mxid
:param access_token: register的访问token
:param jid: jabber id
:return:字符串
"""
assert isinstance(jid, str)
mxid = "%s%s%s" % (jid, MxidMgr.separator, access_token)
return XXTEACrypto.instance(MxidMgr.xxtea_key).encrypt(mxid)
def mqtt_onmessage_param_decorator(self, mqttc, userdata, msg):
try:
msg.payload = XXTEACrypto.instance(xxtea_key).decrypt(msg.payload) \
if xxtea_key and msg.payload\
else msg.payload
msg.payload = ujson.loads(msg.payload) \
if use_json_loads and msg.payload \
else msg.payload
except:
logger.warn("mqtt_onmessage_decorator Error!!! topic:%s payload:%s" % (msg.topic, msg.payload))
return
return fun(self, mqttc, userdata, msg)
def mqtt_publish_param_decorator(self,
topic,
payload=None,
*args,
**kwargs):
logger.info("MQTT:publish topic:%s, payload:%s" % (topic, payload))
payload.__setitem__('sign', mqtt_sign) if mqtt_sign else None
payload = ujson.dumps(payload) \
if use_json_dumps and payload is not None\
else payload
payload = XXTEACrypto.instance(xxtea_key).encrypt(payload) \
if xxtea_key and payload is not None\
else payload
return fun(self, topic, payload, *args, **kwargs)
def mqtt_onmessage_param_decorator(self, mqttc, userdata, msg):
try:
msg.payload = XXTEACrypto.instance(xxtea_key).decrypt(msg.payload) \
if xxtea_key and msg.payload\
else msg.payload
msg.payload = ujson.loads(msg.payload) \
if use_json_loads and msg.payload \
else msg.payload
except:
logger.warn(
"mqtt_onmessage_decorator Error!!! topic:%s payload:%s" %
(msg.topic, msg.payload))
return
return fun(self, mqttc, userdata, msg)
def crypto_param_adaptor(self, *args, **kwargs):
crypt = XXTEACrypto(ArgumentParser().args.xxtea_key) \
if use_xxtea \
else UrlCrypto()
args = [crypt.decrypt(arg) for arg in args]
kwargs = dict(
(k, crypt.decrypt(kwargs[k])) for k, v in kwargs.items())
body = crypt.decrypt(self.request.body)
kwargs.update(dict(pair.split("=")
for pair in body.split("&"))) if body else None
result = fun(self, *args, **kwargs)
ouput_result = crypt.encrypt(result)
return ouput_result