def reloadBackend(self):
if self.result['code'] != 300:
return
self.cursor.execute("select MONITOR_ID from monitor where NAME = '%s' and PRODUCT = '%s'" % (self.monitorName, self.product))
result = self.cursor.fetchall()
if result != None:
monitor_id = result[0][0]
zmonlib.controlBackend(monitor_id)
self.result = {'code':200,'txt':u'提交成功'}
else:
self.result = {'code':400,'txt':u'重启后端失败'}
def reloadBackend(self):
if self.result['code'] != 300:
return
self.cursor.execute(
"select MONITOR_ID from monitor where NAME = '%s' and PRODUCT = '%s'"
% (self.monitorName, self.product))
result = self.cursor.fetchall()
if result != None:
monitor_id = result[0][0]
zmonlib.controlBackend(monitor_id)
self.result = {'code': 200, 'txt': u'提交成功'}
else:
self.result = {'code': 400, 'txt': u'重启后端失败'}
def deleteMonitor(self):
monitorId = self.input["id"]
sql = "select NAME,PRODUCT from monitor where MONITOR_ID = '%s'" % monitorId
result = zmonlib.ExecSql(sql)
try:
self.monitorName = result[0][0]
self.product = result[0][1]
except:
self.result = {"code": 400, "txt": "get monitor faile"}
cmd = ["ZMON_DELETE", str(self.monitorName), str(self.product)]
# 停掉采集进程
zmonlib.controlBackend(monitorId, "ZMON_DELETE")
# 删除关联的正则
regularIds = zmonlib.getRegularIds(monitorId)
for regularId in regularIds:
self.deleteRegular(regularId)
# 删除监控和机器名的关联
result = self.deleteHostMonitor(monitorId)
# 删除监控项
sql = "delete from monitor where MONITOR_ID = '%s'" % monitorId
zmonlib.ExecSql(sql)
# 删除redis中的数据
zmonlib.deleteRedis(str(self.product), str(self.monitorName))
self.result = {"code": 200, "txt": u"删除成功"}
def deleteMonitor(self):
monitorId = self.input['id']
sql = "select NAME,PRODUCT from monitor where MONITOR_ID = '%s'" % monitorId
result = zmonlib.ExecSql(sql)
try:
self.monitorName = result[0][0]
self.product = result[0][1]
except:
self.result = {'code': 400, 'txt': 'get monitor faile'}
cmd = ['ZMON_DELETE', str(self.monitorName), str(self.product)]
#停掉采集进程
zmonlib.controlBackend(monitorId, 'ZMON_DELETE')
#删除关联的正则
regularIds = zmonlib.getRegularIds(monitorId)
for regularId in regularIds:
self.deleteRegular(regularId)
#删除监控和机器名的关联
result = self.deleteHostMonitor(monitorId)
#删除监控项
sql = "delete from monitor where MONITOR_ID = '%s'" % monitorId
zmonlib.ExecSql(sql)
#删除redis中的数据
zmonlib.deleteRedis(str(self.product), str(self.monitorName))
self.result = {'code': 200, 'txt': u'删除成功'}
def updateMonitor(self):
#读用户提交的数据
monitorId = self.input.get('id', None)
logPath = self.input.get('LOGPATH', None)
grep = self.input.get('GREP', None)
grepv = self.input.get('GREPV', None)
if monitorId == None or logPath==None or grep==None or grepv==None:
self.result = {'code':400,'txt':u'未知监控项'}
return
#更新monitor
sql = "update monitor set LOGPATH='%s',GREP='%s',GREPV='%s' where MONITOR_ID = '%s'" % (logPath, grep.replace('\\','\\\\'), grepv.replace('\\','\\\\'), monitorId)
zmonlib.ExecSql(sql)
#重启后端
ret = zmonlib.controlBackend(monitorId)
if ret:
self.result = {'code':200,'txt':u'修改成功'}
else:
self.result = {'code':400,'txt':u'重启后端失败'}
def updateMonitor(self):
#读用户提交的数据
monitorId = self.input.get('id', None)
logPath = self.input.get('LOGPATH', None)
grep = self.input.get('GREP', None)
grepv = self.input.get('GREPV', None)
if monitorId == None or logPath == None or grep == None or grepv == None:
self.result = {'code': 400, 'txt': u'未知监控项'}
return
#更新monitor
sql = "update monitor set LOGPATH='%s',GREP='%s',GREPV='%s' where MONITOR_ID = '%s'" % (
logPath, grep.replace('\\', '\\\\'), grepv.replace(
'\\', '\\\\'), monitorId)
zmonlib.ExecSql(sql)
#重启后端
ret = zmonlib.controlBackend(monitorId)
if ret:
self.result = {'code': 200, 'txt': u'修改成功'}
else:
self.result = {'code': 400, 'txt': u'重启后端失败'}
class Update(object):
def __init__(self, input):
self.input = input
self.result = {'code': 300, 'txt': u'未知错误'}
def update(self):
if self.input['from'] == 'monitor':
self.updateMonitor()
elif self.input['from'] == 'hostlist':
self.updateHost()
elif self.input['from'] == 'regularlist':
self.updateRegular()
return json.dumps(self.result)
def updateHost(self):
pass
def updateMonitor(self):
#读用户提交的数据
monitorId = self.input.get('id', None)
logPath = self.input.get('LOGPATH', None)
grep = self.input.get('GREP', None)
grepv = self.input.get('GREPV', None)
if monitorId == None or logPath == None or grep == None or grepv == None:
self.result = {'code': 400, 'txt': u'未知监控项'}
return
#更新monitor
sql = "update monitor set LOGPATH='%s',GREP='%s',GREPV='%s' where MONITOR_ID = '%s'" % (
logPath, grep.replace('\\', '\\\\'), grepv.replace(
'\\', '\\\\'), monitorId)
zmonlib.ExecSql(sql)
#重启后端
ret = zmonlib.controlBackend(monitorId)
if ret:
self.result = {'code': 200, 'txt': u'修改成功'}
else:
self.result = {'code': 400, 'txt': u'重启后端失败'}
def updateRegular(self):
#读用户提交的数据
monitorId = self.input.get('monitorid', None)
if monitorId == None:
self.result = {'code': 400, 'txt': u'未知监控项'}
return
regularId = self.input.get('id', None)
if regularId == None:
self.result = {'code': 400, 'txt': u'未知正则表达式ID'}
return
regularEx = self.input.get('regularex', None)
if regularEx == None:
self.result = {'code': 400, 'txt': u'未知正则表达式'}
return
#正则表达式是否正确
try:
r = re.compile(regularEx)
except Exception, e:
raise web.internalerror(u'正则表达式有误，请注意检查，错误信息：[%s]' % e)
return
#更新正则
sql = "update regular set EXPRESSION='%s' where REGULAR_ID = '%s'" % (
regularEx.replace('\\', '\\\\'), regularId)
zmonlib.ExecSql(sql)
#重启后端
ret = zmonlib.controlBackend(monitorId)
if ret:
self.result = {'code': 200, 'txt': u'修改成功'}
else:
self.result = {'code': 400, 'txt': u'重启后端失败'}
