def get(self, *args, **kwargs):
con_id = self.get_argument('con_id')
con_data = NodeInfo.get_con_usage_modify(con_id)
con_data_handled = DataManage.manage_con_usage_info(con_data)
self.render("node/con_modify.html",
name=TEMPLATE_VARIABLES,
single_con_usage_data=con_data_handled)
def get(self, *args, **kwargs):
con_id = self.get_argument('con_id', 'none')
if con_id == 'none':
con_data = NodeInfo.con_usage_info()
else:
con_data = NodeInfo.get_con_usage_modify(con_id)
con_data_handled = DataManage.manage_con_usage_info(con_data)
self.render("node/con_list.html",
name=TEMPLATE_VARIABLES,
con_data=con_data_handled)
def get(self, *args, **kwargs):
threads = []
#异步方式启动一个线程去刷新节点数据，把刷新和获取动作分开
node_update = threading.Thread(target=self._update_node)
threads.append(node_update)
#多启动一个空线程，组成至少两个线程构成线程队列，通过下面的循环来引发内部竞争
# ，否则会阻塞获取数据的动作
node_pass = threading.Thread(target=self._get_pass)
threads.append(node_pass)
for t in threads:
t.setDaemon(True)
t.start()
node_data = NodeInfo.node_info()
node_data_handled = DataManage.manage_node_info(node_data)
self.render('node/node_manage.html', node_data=node_data_handled)
def _getContainer(self, id, name):
container_ret = NodeInfo.container_list(name)
container_data = DataManage.container_list(container_ret, id, data)
return container_data
def _getNode(self, id, name):
node_ret = NodeInfo.node_list(name)
node_data = DataManage.node_list(node_ret, id, name)
return node_data
def _getGroup(self):
group_data = []
group_ret = NodeInfo.group_list()
for i in DataManage.group_list(group_ret):
group_data.append(i)
return group_data