def post(self, mobile, code, seconds, param_sign, token):
"""
:param mobile: 手机号码
:param code: 验证码
:param seconds: 有效时间
:param param_sign: 参数验证
:param token:令牌
:return:
"""
if not valid_phone(mobile):
return {'result': 'FAIL', 'reason': 'INVALID_MOBILE'}
checked = False
if param_sign and not Signer().check_sign(param_sign, mobile, code, seconds):
checked = True
if not checked and token:
register_setting = ServiceMgrCacher.find_service(US_REGISTER)
if not register_setting:
return
tcp_client = TcpRpcClient(str(register_setting['ip']), register_setting['port']['tcp'])
result = tcp_client.fetch_async('verify_access_token', token)
if result['result'] == error_code.ERROR_SUCCESS:
checked = True
if not checked:
return {'result': 'FAIL', 'reason': 'INVALID_VERIFICATION'}
http_client = HttpRpcClient()
headers = {
'Accept': 'application/json',
'Content-Type': 'application/x-www-form-urlencoded;charset=utf-8'
}
msg = {
'apiKey': API_KEY,
'appId': APP_ID,
'templateId': TEMPLATE['GENERAL'],
'mobile': mobile,
'param': '%s,%s' % (code, seconds2minutes(seconds))
}
body = ujson.dumps(msg)
result = ujson.loads(http_client.fetch_async(URL, headers, body))
return result
def new_connection(ip, port, protocol=PT_TCP):
"""
新连接
:param ip:服务器ip
:param port:服务器端口
:param protocol:服务器协议
"""
logger.warn("ServiceMgrCacher::new_connection %s %s:%s!!!" %
(protocol, ip, port))
if protocol == PT_TCP:
return TcpRpcClient(str(ip), int(port))
elif protocol == PT_HTTP:
return HttpRpcClient(str(ip), int(port))
elif protocol == PT_HTTPS:
return HttpRpcClient(str(ip), int(port), True)
else:
return None
class ParamCacher(object):
__metaclass__ = Singleton
@property
def sm_ip(self):
return ArgumentParser().args.sm_ip
@property
def is_sm_local(self):
return self.sm_ip == get_cur_ip()
@property
def sm_rpc(self):
_sm_rpc = self.__dict__.get("_sm_rpc", None)
if not _sm_rpc:
self._sm_rpc = TcpRpcClient(self.sm_ip, SM_TCP_PORT)
assert self._sm_rpc.ping()
return self._sm_rpc
@property
def redis_client(self):
return self.__dict__.get("_redis_client", None)
@redis_client.setter
def redis_client(self, redis_client):
self.__dict__['_redis_client'] = redis_client
@property
def db_instance(self):
return self.__dict__.get("_db_instance", None)
@db_instance.setter
def db_instance(self, db_instance):
self.__dict__['_db_instance'] = db_instance
@property
def orm_engine(self):
return self.__dict__.get("_orm_engine", None)
@orm_engine.setter
def orm_engine(self, orm_engine):
self.__dict__['_orm_engine'] = orm_engine
class ParamCacher(object):
__metaclass__ = Singleton
@property
def sm_ip(self):
return ArgumentParser().args.sm_ip
@property
def is_sm_local(self):
return self.sm_ip == get_cur_ip()
@property
def sm_rpc(self):
_sm_rpc = self.__dict__.get("_sm_rpc", None)
if not _sm_rpc:
self._sm_rpc = TcpRpcClient(self.sm_ip, SM_TCP_PORT)
assert self._sm_rpc.ping()
return self._sm_rpc
@property
def redis_client(self):
return self.__dict__.get("_redis_client", None)
@redis_client.setter
def redis_client(self, redis_client):
self.__dict__['_redis_client'] = redis_client
@property
def db_instance(self):
return self.__dict__.get("_db_instance", None)
@db_instance.setter
def db_instance(self, db_instance):
self.__dict__['_db_instance'] = db_instance
@property
def orm_engine(self):
return self.__dict__.get("_orm_engine", None)
@orm_engine.setter
def orm_engine(self, orm_engine):
self.__dict__['_orm_engine'] = orm_engine
def sm_rpc(self):
_sm_rpc = self.__dict__.get("_sm_rpc", None)
if not _sm_rpc:
self._sm_rpc = TcpRpcClient(self.sm_ip, SM_TCP_PORT)
assert self._sm_rpc.ping()
return self._sm_rpc
def sm_rpc(self):
_sm_rpc = self.__dict__.get("_sm_rpc", None)
if not _sm_rpc:
self._sm_rpc = TcpRpcClient(self.sm_ip, SM_TCP_PORT)
assert self._sm_rpc.ping()
return self._sm_rpc