def _frame_to_msg(self, frame):
"""
Method: _frame_to_msg
Description: 将frame装换为AcpMessage消息
Parameter:
frame: AppFrame
Return: 待接受消息端的url和AcpMessage消息
Others:
"""
# AppFrame转换为CallAcpMsg
try:
msg_id = self._struct.unpack_from(frame.get_custom_bytes())[0]
except:
tracelog.exception("SimpleCallAcpSrv._frame_to_msg() failed. "
"frame.get_custom_bytes():%s" % (
repr(frame.get_custom_bytes())))
return None, None
url = frame.get_custom_bytes()[self._struct.size:]
if len(url) == 0:
tracelog.error("SimpleCallAcpSrv._frame_to_msg() failed. "
"url is null")
return None, None
msg = pycallacp.AcpMessage(frame.get_cmd_code(), frame.get_data())
msg.set_msg_id(msg_id)
return url, msg
def handle_cmd(self, frame):
"""
Method: handle_cmd
Description: 注销请求处理函数，调用name_mit_manager的相应函数进行处理，然后更新本地缓存，再广播到其他APP。
Parameter:
frame: 注销请求消息，数据区为AppUnRegisterRequest
Return:
Others:
"""
buf = frame.get_data()
result = bf.AppUnRegisterResponse()
result.init_all_attr()
app = self.get_worker().get_app()
try:
un_reg_req = bf.AppUnRegisterRequest.deserialize(buf)
tracelog.info("unregist name service:%r" % un_reg_req)
except Exception:
result.return_code = err_code_mgr.ER_INVALID_DESERIALIZE_STRING_ERROR
result.description = err_code_mgr.get_error_msg(err_code_mgr.ER_INVALID_DESERIALIZE_STRING_ERROR
, cmd='UnRegisterApp'
, param_name='AppUnRegisterRequest')
app.send_ack(frame, result.serialize())
tracelog.error('%s\n%s'%(result.description, buf))
return
result = self.get_worker().unregister_app(un_reg_req)
if un_reg_req.need_reponse is True:
app.send_ack(frame, result.serialize())
return
def maintain_log_find(log_path,start_time,end_time):
"""
Function: maintain_log_find
Description: 查找日志目录下的符合要求的日志文件，并且分类为转储日志和当前日志
Parameter:
log_path: 日志文件路径
start_time: 起始时间
end_time: 截至时间
Return: current_file,dumpfile （当前文件列表，转储文件列表）
Others: 无
"""
current_file = []
dumpfile_map = {}
dumpmatch = r'\w+_\d+_(\d{4}_(\d{2}_){4}\d{2})\.(log|zip)$'
for f in os.listdir(log_path):
dumptemp = re.match(dumpmatch,f)
if dumptemp is not None:
try:
filetime = time.strptime(dumptemp.group(1), '%Y_%m_%d_%H_%M_%S')
filetime = time.mktime(filetime)
dumpfile_map[f] = filetime
except Exception, err:
tracelog.error('find unknow log: (%s)and exception %s'% (dumptemp.group(1),err))
else:
current_file.append(f)
def register_handler(self, handler, *args):
"""
Method: register_handler
Description: 注册模板handler
Parameter:
handler: handler对象
*args: 该handler处理的命令码
Return:
Others:
命令码可以是int类型的数值，表示单个命令码
也可以是两个int组成的元组，表示一个范围内的命令码(闭区间)
例如:
register_handler(handler, (100, 200))
register_handler(handler, 100)
register_handler(handler, 100, 103, ...)
"""
if len(args) == 0:
tracelog.error("no cmd range for handler %s" % handler)
return
for cmd_code_range in args:
if isinstance(cmd_code_range, int):
self.__template_cmd_handlers[cmd_code_range] = handler
else:
code1, code2 = cmd_code_range
if code1 <= code2:
for cmd_code in xrange(code1, code2 + 1):
self.__template_cmd_handlers[cmd_code] = handler
else:
for cmd_code in xrange(code2, code1+ 1):
self.__template_cmd_handlers[cmd_code] = handler
def run_case(self, app, case):
"""
Method: run_case
Description: 运行一个用例
Parameter:
case: 一个用例, instance of ALECase
Return:
0: 成功
非0: 失败
Others:
"""
tracelog.info("run case %s..." % str(case))
ret = self.find_case_entity(case)
if ret != 0:
return -1
case.case_entity
frame = bf.AppFrame()
frame.set_cmd_code(case.case_entity.get_cmd_code())
frame.add_data(case.case_entity.gen_request())
frame.set_receiver_pid(app.get_pid("AleGate"))
ack_frames = bf.rpc_request(frame, case.case_entity.get_timeout())
if len(ack_frames) == 0:
tracelog.error("wait for response timeout. case:%s" % str(case))
else:
case.case_entity.handle_ack(ack_frames[0].get_data())
return 0
def __unbind_virtual_ip(self, write_log):
"""
Method: __unbind_virtual_ip
Description: 解除绑定的虚拟ip
Parameter:
write_log: 解除绑定虚拟ip失败时，是否需要记录日志
Return: 错误码
Others:
"""
if self.__cluster_cfg_info.virtual_cluster_ip == "":
return
ret, msg = unbind_virtual_ip(self.__cluster_cfg_info.virtual_cluster_ip
, self.__cluster_cfg_info.virtual_cluster_mask
, self.__cluster_cfg_info.external_NIC)
if ret != 0 and write_log:
tracelog.error("unbind_virtual_ip(%s/%s on %s) failed:%d, %s" % (
self.__cluster_cfg_info.virtual_cluster_ip
, self.__cluster_cfg_info.virtual_cluster_mask
, self.__cluster_cfg_info.external_NIC
, ret
, msg))
return ret
def __switch_to_slave(self):
"""
Method: __switch_to_slave
Description: 将角色切换到slave
Parameter: 无
Return:
Others:
"""
# 切换到slave
old_role = self.__role
old_state = self.__state
self.__role = CLUSTER_ROLE_SLAVE
self.__state = CLUSTER_STATE_NORMAL
tracelog.info("the current cluster node %s switch to slave. state:%d" % (
self.__cluster_cfg_info.my_inner_ip
, state))
ret_code = self.__unbind_virtual_ip(True)
if ret_code != 0:
tracelog.error("unbind virtual ip faild. ret_code:%d" % ret_code)
self.__cluster_node.on_state_change(old_role, old_state, self.__role, state)
def load(self, cfg_file_path):
"""
Method: load
Description: 从指定的配置文件中加载设备配置信息
Parameter:
cfg_file_path: 配置文件的路径
Return: 错误码
Others:
"""
ret = 0
try:
xmldoc = ET.parse(cfg_file_path)
xmlroot = xmldoc.getroot()
ret = self.__load_device_info(xmlroot)
if ret == 0:
ret = self.__load_cluster_info(xmlroot)
if ret != 0:
tracelog.error("load device configuration failed. cfg_file_path:%s" % cfg_file_path)
except:
tracelog.exception("load device configuration failed. cfg_file_path:%s" % cfg_file_path)
return -1
return ret
def reset_NE_state(self):
"""
Method: reset_NE_state
Description: 重置网元的状态
Parameter: 无
Return: 错误码
Others: 将全同步未结束的，都设置为需要全同步。本接口在进程启动初始化时调用
"""
# mit启动时，将那些之前状态为非normal的，设置为normal，
# 并且是否需要同步设置为1
multisql = mit.MultiSQL()
multisql.set_oracle_sql(('update tbl_NEDbSyncState '
'set "need_sync_full"=1, "sync_state"=%d '
'where "sync_state"<>%d') % (
db_sync_update_const.NE_STATE_NORMAL
, db_sync_update_const.NE_STATE_NORMAL))
multisql.set_sqlite_sql(('update tbl_NEDbSyncState '
'set [need_sync_full]=1, [sync_state]=%d '
'where [sync_state]<>%d') % (
db_sync_update_const.NE_STATE_NORMAL
, db_sync_update_const.NE_STATE_NORMAL))
ret = self.raw_exec_ex("NEDbSyncState", multisql)
if ret.get_err_code() != 0:
tracelog.error("update tbl_NEDbSyncState failed. %d, %s" % (
ret.get_err_code()
, ret.get_msg()))
return ret.get_err_code()
return 0
def __load_device_info(self, xmlroot):
"""
Method: __load_device_info
Description: 从配置文件中加载设备信息
Parameter:
xmlroot: xml解析后的ET结构
Return: 错误码
Others:
"""
dev_ele = xmlroot.find("device")
if dev_ele is None:
tracelog.error("'device' element not found!")
return -1
dev_id = dev_ele.get("id", "").strip().encode("utf-8")
if dev_id == "":
tracelog.error("'device.id' is not configured!")
return -1
self.__device_id = dev_id
nic = dev_ele.get("external_NIC", "").strip()
self.__device_external_NIC = nic.encode("utf-8")
nic= dev_ele.get("internal_NIC", "").strip()
#if nic == "":
# tracelog.error("'device.internal_NIC' is not configured!")
# return -1
self.__device_internal_NIC = nic.encode("utf-8")
return self.init_ip_from_os()
def __load_cluster_info(self, xmlroot):
"""
Method: __load_cluster_info
Description: 从XML结构中，解析得到设备的信息
Parameter:
xmlroot: ET结构，xml的根节点
Return:
Others:
"""
cluster_ele = xmlroot.find("cluster")
if cluster_ele is None:
tracelog.error("'cluster' element not found!")
return -1
enable = cluster_ele.get("enable", "").strip()
if enable == "":
tracelog.error("'cluster.enable' is not configured!")
return -1
self.__cluster_enable = int(enable)
self.__cluster_virtual_ip = cluster_ele.get("virtual_ip", "").strip()
self.__cluster_virtual_mask = cluster_ele.get("virtual_mask", "").strip()
self.__cluster_max_nodes_num = int(cluster_ele.get("max_nodes_num", "0").strip())
return 0
def del_iptables_rule(self,rule):
"""
Method: del_iptables_rule
Description: 删除防火墙设置的原子操作
Parameter:
rule: 防火墙规则，是个三元组，格式如下("网卡名称","tcp或udp","端口号")
Return: 0代表成功，1代表失败
Others: 无
"""
#删除
return_code = os_execute("iptables -D INPUT -i %s -p %s --dport %s -j ACCEPT" %(
rule[0],rule[2],rule[1]))
if return_code !=0:
tracelog.error('Fail to del iptables rule')
return 1
else:
tracelog.info('iptables rule deleted and info is %s card %s port %s treaty'%(
rule[0],rule[2],rule[1]))
return_code = os_execute("service iptables save")
if return_code !=0:
tracelog.error('Fail to save iptables rule')
return 1
else:
tracelog.info('Success to save iptables')
return 0
def __call_oracle_imp(self):
"""
Method: __call_oracle_imp
Description: 调用oracle的impdp命令
Parameter: 无
Return: 错误码
Others:
"""
mocs = self.get_worker().get_app().get_synchronized_mocs()
tables = ["tbl_"+moc.get_moc_name() for moc in mocs.itervalues()]
timeout = len(tables)*300 + 300 # 秒
db_file_dir = os.path.join(self.get_worker().get_app().get_app_top_path()
, db_sync_common_const.DB_SYNC_DIR
)
ret = call_oracle_cmd.call_impdp(tables
, db_file_dir
, timeout)
if ret != 0:
tracelog.error("call_impdp failed. ret:%d" % ret)
return -1
return 0
def start_listen(self):
"""
Method: start_listen
Description: 开始监听
Parameter: 无
Return:错误码
Others:
"""
if self._ssl_option is None:
ret = self.bind("", self._port)
else:
ret = self.bind_with_ssl(""
, self._port
, self._ssl_option.get("key_file", "")
, self._ssl_option["cert_file"]
, self._ssl_option["proto_version"])
if ret == 0:
tracelog.info("SimpleCallAcpSrv start listen on port %d, ssl_option:%s"%(
self._port
, self._ssl_option))
else:
tracelog.error("SimpleCallAcpSrv listen on port %d failed, ssl_option:%s"%(
self._port
, self._ssl_option))
return ret
def __add_node(self, node_ip, is_enable):
"""
Method: __add_node
Description: 增加节点
Parameter:
node_ip: 节点的ip
is_enable: 是否启用了
Return: 错误码
Others:
"""
ret = 0
if node_ip == self.__cluster_cfg_info.my_inner_ip:
return ret
for node in self.__other_nodes:
if node.get_ip() == node_ip:
break
else:
node_info = ClusterNodeInfo(node_ip)
if is_enable == 0:
node_info.set_enable(False)
self.__other_nodes.append(node_info)
url = self.__get_url(node_ip)
ret = self.__callacp_client.new_connect(url)
if ret != 0:
tracelog.error("new connection to cluster node failed. %s" % url)
return ret
def handle_cmd(self, frame):
"""
Method: handle_cmd
Description: 处理消息
Parameter:
frame: AppFrame
Return: 无
Others:
"""
para = cluster_msg_def.RmvClusterNodeRequest.deserialize(frame.get_data())
if para is None:
tracelog.error("invalid request! frame:%s" %(frame))
return
rep = cluster_msg_def.RmvClusterNodeResponse()
cur_cluster = self.get_worker().get_cur_cluster()
if cur_cluster is None:
rep.return_code = err_code_mgr.ER_CLUSTER_IS_DISABLE
rep.description = err_code_mgr.get_error_msg(err_code_mgr.ER_CLUSTER_IS_DISABLE)
else:
rep.return_code, rep.description = cur_cluster.rmv_node(para.ip)
# 发送应答
self.get_worker().send_ack(frame,rep.serialize())
def on_msg_received(self, url_or_srv_name, msg):
"""
Method: on_msg_received
Description: "收到消息"的处理接口
Parameter:
url_or_srv_name: 消息发送者的url
msg: 消息
Return:
Others:
"""
#print "on_msg_received", msg.get_cmd_code()
cmd_code = msg.get_cmd_code()
if (cmd_code != cluster_cmd_code.CMD_CLUSTER_QUERY_STATE
and cmd_code != cluster_cmd_code.CMD_CLUSTER_ACK_STATE):
tracelog.error("ClusterServerEventHandler receved invalid msg:%d" % cmd_code)
return
try:
state_msg = ClusterStateMsg.deserialize(msg.get_data())
if state_msg is None:
tracelog.error("ClusterStateMsg.deserialize failed. "
"msg:%d, %r" % (cmd_code, msg.get_data()))
return
if cmd_code == cluster_cmd_code.CMD_CLUSTER_QUERY_STATE:
self.__cluster_thread.on_query_state(url_or_srv_name, state_msg)
elif cmd_code == cluster_cmd_code.CMD_CLUSTER_ACK_STATE:
self.__cluster_thread.on_ack_state(state_msg)
except:
tracelog.exception("handler msg(%d) failed" % cmd_code)
def handle_cmd(self, frame):
"""
Method: handle_cmd
Description: 请求处理函数，如果EventQueryRequest对象反序列化成功，进行必要的参数检查，
然后调用事件查询处理器，查询事件记录数，和指定分页的记录，返回给查询者。
Parameter:
frame: 请求消息，data中为EventQueryRequest对象
Return: 无
Others:
"""
buf = frame.get_data()
tracelog.info('EventQueryHandler data %s'%buf)
result = message_across_app.EventQueryResponse()
result.init_all_attr()
result.count = 0
result.event_query_result = []
try:
req = message_across_app.EventQueryRequest.deserialize(buf)
except Exception, err:
tracelog.error('EventQueryHandler deserialize exception: %s'%err)
result.user_session = ''
result.return_code = err_code_mgr.ER_INVALID_DESERIALIZE_STRING_ERROR
result.description = err_code_mgr.get_error_msg(err_code_mgr.ER_INVALID_DESERIALIZE_STRING_ERROR
, cmd='EventQuery'
, param_name='EventQueryRequest')
result.count = 0
result.event_query_result = []
self.send_ack(frame, (result.serialize(), ))
return
def __switch_to_master(self, state):
"""
Method: __switch_to_master
Description: 将角色切换到master
Parameter:
state: 状态
Return:
Others:
"""
# 切换到master
old_role = self.__role
old_state = self.__state
self.__mater_node_info.update(self.__cluster_cfg_info.my_inner_ip, self.__start_time)
self.__role = CLUSTER_ROLE_MASTER
self.__state = state
tracelog.info("the current cluster node %s switch to master. state:%d" % (
self.__cluster_cfg_info.my_inner_ip
, state))
ret_code = self.__bind_virtual_ip(True)
if ret_code != 0:
tracelog.error("bind virtual ip faild. ret_code:%d" % ret_code)
self.__cluster_node.on_state_change(old_role, old_state, self.__role, state)
# 进入master状态后，重新设置其他节点的状态
self.__reset_query_counter(True)
def __handle_full_sync_ntf(self, frame, ne_id, sync_object, event):
"""
Method: __handle_full_sync_ntf
Description: 处理全同步事件通知
Parameter:
frame: 数据帧
ne_id: 网元的ID
sync_object: 同步传输对象
event: 事件通知
Return:
Others:
"""
tracelog.info('receive full sync notification from NE(%d)' % ne_id)
error_code = NEInfoMgr.set_ne_need_sync_full(ne_id
, self.get_worker().get_app().get_mit_manager()
, True)
if error_code != 0:
tracelog.error("set_ne_need_sync_full() failed: %d" % error_code)
# 不给EAU回应答；EAU收到收不到应答后，下次重试
return
result = DBSyncResult()
result.id = sync_object.id
result.return_code = error_code
result.error_message = ''
result.event_ids = []
self.__send_ack(frame, result.serialize())
def register_ack_handler_again(self, handler, task_id):
"""
Method: register_ack_handler_again
Description: 重新将handler注册为等待应答消息的状态
Parameter:
handler: handler对象
task_id: 任务号
Return: 任务号
Others:
"""
if handler is None:
tracelog.error("register ack in worker %s handler is null!" % self.get_name())
return CmdWorker.invalid_task_id
if task_id == CmdWorker.invalid_task_id:
task_id = self.__new_task_id()
if task_id < self.__min_task_id or task_id > self.__max_task_id:
tracelog.error("worker %s task_id %d is out of range(%d, %d)!" % (self.get_name(), task_id, self.__min_task_id, self.__max_task_id))
return CmdWorker.invalid_task_id
self.__ack_handlers[task_id] = handler
self.register_time_out_handler(handler)
return task_id
def __send_request_to_ne(self):
"""
Method: __send_request_to_ne
Description: 发送导出命令给网元
Parameter: 无
Return:
Others:
"""
ne_pid = NEInfoMgr.get_ne_pid_by_id(self.ne_id)
if ne_pid is None:
tracelog.error("get_ne_pid_by_id(%d) failed." % self.ne_id)
return
req = db_sync_base.SyncFullRequest()
req.ne_id = self.ne_id
req.ftp_ip = self.get_worker().get_app().get_device_cfg_info().get_device_external_ip()
req.ftp_port = db_sync_update_const.FTP_SERVER_PORT
req.file_path = db_sync_update_const.NE_DB_DUMP_COMPRESSED_PATH % self.ne_id # 位于data/ftp目录中
req.ftp_user = "******" # TODO
req.ftp_pwd = "ftp_user" # TODO
frame = bf.AppFrame()
frame.set_cmd_code(cmd_code_def.CMD_SYNC_NE_EXP_FULL)
frame.add_data(req.serialize())
frame.set_receiver_pid(ne_pid)
frame.set_next_pid(self.get_worker().get_pid("EAUGate"))
mocs = self.get_worker().get_app().get_synchronized_mocs()
timeout = len(mocs)*400 + 400
self.wait_for_ack(frame, timeout) # 超时时间，单位秒
def over(self, result, **args):
"""
Method: over
Description: 将handler设置为结束状态
Parameter:
result: 错误码
args: 错误信息中需要用到的一些参数
Return:
Others:
"""
self._worker.unregister_time_out_handler(self)
if not self.__over:
self.__over = True
self.__result = result
self.__result_args = args
for child in self.__children:
child.over(result, **args)
self._on_over(result, **args)
if self.__parent:
self.__parent._on_child_over(self)
else:
tracelog.error("handler %r is over before, "
"result is %d, new result is %d" % (
self, self.__result, result))
return self
def time_out(self):
processors = self.get_worker().get_app().get_sub_man_worker().get_state_manager().get_processors()
for pro in processors:
if len(pro.get_target().get_spec().fake_id) > 0:
tracelog.info('subscriber(openid %s, fakeid %s), update the detail info' % (pro.get_target().get_spec().subscriber_open_id, pro.get_target().get_spec().fake_id))
sub_info_buf = self.get_worker().get_app().get_wx_service_api().get_subscriber_info(pro.get_target().get_spec().fake_id)
sub_info = json.loads(sub_info_buf)
# 更新processor和mit
if sub_info['Sex'] == '1':
gender = '男'.decode('gbk').encode('utf-8')
else:
gender = '女'.decode('gbk').encode('utf-8')
pro.get_target().set_detail_info(sub_info['Username'],
sub_info['NickName'],
gender,
sub_info['City'])
subs = self.get_worker().get_app().get_mit_manager().rdm_find('Subscriber', subscriber_open_id = pro.get_target().get_spec().subscriber_open_id)
if len(subs) == 0:
tracelog.error('subscriber(openid %s) in processor does not exist in mit!' % pro.get_target().get_spec().subscriber_open_id)
else:
subs[0].weixin_id = sub_info['Username']
subs[0].nickname = sub_info['NickName']
subs[0].gender = gender
subs[0].city = sub_info['City']
self.get_worker().get_app().get_mit_manager().rdm_mod(subs[0])
head_img_file = msg_params_def.PORTAL_IMG_FILE_LOCAL_PATH_PREFIX + msg_params_def.WX_HEAD_IMG_FILE_SAVE_LOCAL_PATH + subs[0].subscriber_open_id + '.png'
self.get_worker().get_app().get_wx_service_api().save_head_img(subs[0].fake_id, head_img_file)
time.sleep(5)
def on_msg_received(self, url_or_srv_name, msg):
#print "on_msg_received:", msg.get_cmd_code(), url_or_srv_name, msg.get_data(), msg.get_msg_id()
cmd_code = msg.get_cmd_code()
if cmd_code == bf.CMD_QUERY_CLUSTER_MASTER_IP:
rep = bf.QueryClusterMasterIpResponse()
rep.ip = self.__name_server.get_cluster_master_ip()
elif cmd_code == bf.REGISTER_NAME_COMMAND:
try:
req = bf.AppRegisterRequest.deserialize(msg.get_data())
except:
tracelog.exception("AppRegisterRequest deserialize failed.")
return
rep = self.__name_server.register_app(req)
if rep.return_code == 0:
tracelog.info("app regist name service: %r, pid:%r" % (req, rep.app_info.pid))
else:
tracelog.error("app regist name service failed: %r" % req)
ack_msg = pycallacp.AcpMessage(pycallacp.CMD_ACK_MSG, rep.serialize())
ack_msg.set_msg_id(msg.get_msg_id())
self._callacp_inst.send(url_or_srv_name, ack_msg)
def on_query_state(self, url, msg):
"""
Method: on_query_state
Description: "查询状态"的处理接口
Parameter:
url: 发送查询者的url(对端的url)
msg: 查询消息
Return:
Others:
"""
try_times = 1
with self.__lock:
while try_times <= 2:
for node in self.__other_nodes:
if node.get_ip() == msg.ip:
node.on_heartbeat(msg)
try_times = 3
break
else:
if try_times == 2:
tracelog.error("the cluster node %s is unknown" % msg.ip)
else:
# 重新从DB中加载节点信息
tracelog.error("receive state query cmd from unknown "
"node:%s now try to reload nodes" % msg.ip)
self.reload_nodes()
try_times += 1
# 发送应答消息
ack_msg = self.__get_state_msg(cluster_cmd_code.CMD_CLUSTER_ACK_STATE)
self.__callacp_srv.send(url, ack_msg)
def _ready_for_work(self):
"""
Method: _ready_for_work
Description: 线程工作前的初始化函数
Parameter: 无
Return:
0: 成功
非0: 失败
Others:
"""
self.__doing_what = WorkThread.doing_ready_for_work
for wrkr in self.__workers:
try:
ret = wrkr.ready_for_work()
except:
tracelog.exception("worker %s ready_for_work failed." % wrkr.get_name())
return -1
if ret == 0:
tracelog.info("%s is ready for work." % wrkr.get_name())
else:
tracelog.error("%s is not ready." % wrkr.get_name())
return ret
return 0
def rmv_node(self, ip):
"""
Method: rmv_node
Description: 删除指定的节点
Parameter:
ip: 指定的节点的ip
Return: 错误码，错误信息
Others:
"""
online_err = (err_code_mgr.ER_CANNOT_RMV_ONLINE_CLUSTER_NODE
, err_code_mgr.get_error_msg(err_code_mgr.ER_CANNOT_RMV_ONLINE_CLUSTER_NODE))
with self.__lock:
# 只允许删除离线的节点
if ip == self.__cluster_cfg_info.my_inner_ip:
return online_err
for node in self.__other_nodes:
if node.get_ip() == ip and node.is_online():
return online_err
# 先删除mit中的信息
ret_code, err_msg = self.__mit.rmv_node(ip)
if ret_code == 0:
# 删除内存中的信息
self.__rmv_node(ip)
tracelog.info("remvoe node %s." % ip)
else:
tracelog.error("remvoe node %s failed." % ip)
return ret_code, err_msg
def maintain_log_currentfile_zip(location,log_path,task_no,current_file):
"""
Function: maintain_log_currentfile_zip
Description: 打包压缩当前日志文件
Parameter:
location: 压缩文件路径
log_path: 日志文件路径
task_no: 打包任务号
current_file: 当前文件列表
Return: 无
Others: 无
"""
openfile = None
openzipfile = None
log_file = None
for f in current_file:
try:
temp_file_name = '%s_%s.log'%(f[:-4],time.strftime("%Y_%m_%d_%H_%M_%S"))
openfile = open(os.path.join(log_path,f),'r')
log_file = openfile.read()
except Exception, err:
tracelog.error('log export task %d %s'%(task_no,err))
continue
finally:
def dispatch_frame_to_duty_worker(self, frame, multi_worker=False):
"""
Method: dispatch_frame_to_duty_worker
Description: 将appframe发送到需要处理该消息的worker
Parameter:
frame: AppFrame
multi_worker: frame是否会被多个worker处理
Return:
Others:
"""
threads = []
with self.__mutex:
for thread in self.__my_threads:
for worker in thread.get_workers():
if worker.is_my_duty(frame):
threads.append(thread)
if multi_worker is False:
break
else:
continue
break
if len(threads) > 0:
self.__dispatch_frame(threads, frame)
else:
tracelog.error("dispatch frame to duty worker failed.%s" % str(frame))
