def get(self, device_id, access_token, *args, **kwargs):
name = device_id.split('@')[0]
regHttpRpc = ServiceMgrCacher().get_connection(US_REGISTER,protocol=PT_HTTPS)
result=get_users(regHttpRpc, access_token, [name])
device_id_ls = [ device_id ]
user_info_ls = result['user_info_ls'][0]
if user_info_ls['type'] != DEVICE_USER:
roster = UserService().get_roster(name)
roster_list = parse_ros_dic(roster, name=True)
regHttpRpc = ServiceMgrCacher().get_connection(US_REGISTER,protocol=PT_HTTPS)
result = get_users(regHttpRpc, access_token, roster_list)
if 'user_info_ls' not in result:
return []
user_info_ls = result['user_info_ls']
device_id_ls = [ user_info['jid'] for user_info in user_info_ls ]
rpc_client = ServiceMgrCacher().get_connection(US_DEVICE_DA)
return_ls = []
for device_id in device_id_ls:
result_ls = query_task(rpc_client, device_id, '')
for result in result_ls:
param_time = result['time']
result['date'], result['time'] = param_time.split(' ')
return_ls.extend(result_ls)
return return_ls
def get(self,jid,*arg,**kwargs):
if not is_jid(jid):
return {'result':error_code.ERROR_PARAMS_ERROR}
rpc_client = ServiceMgrCacher().get_connection(US_DEVICE_DA)
result_ls = query_task(rpc_client, jid, '')
for result in result_ls:
result['time']=int(time.mktime(time.strptime(result['time'],'%Y-%m-%d %H:%M:%S')))
result_ls = [ item for item in result_ls if item['time'] > time.time()]
return gen_msg(result_ls)
def get(self, msg_id, *args, **kwargs):
rpc_client = ServiceMgrCacher().get_connection(US_DEVICE_DA)
return query_task(rpc_client, '', msg_id)
