def insertMonitor(ip, cmd, monitime):
'''
监控记录入库
@ip: 被监控主机Ip
@cmd: 包括指令名称
'''
oipid = 'null'
# 获取oipid
oipid = getIdByIp(ip)
if oipid == 'null' or not oipid:
oipid = 0
oMonTextRemote = False
if hostSocket.PortIsAlive(ip, SOCKET['REMOTE_PORT']):
# 从远程服务器获取数据
oMonTextRemote = hostSocket.proSocket(ip, SOCKET['REMOTE_PORT'], cmd)
if oMonTextRemote:
oMonText = oMonTextRemote.split('!')
else:
oMonText = ['mon_all_stat','null']
#开锁，解决数据库资源争用问题
lock = setLock()
cmdid = 'null'
# 获取cmdid(指令ID)
try:
cmdid = addCmdgetId(cmd)
if cmdid == 'null' or not cmdid:
time.sleep(random.randint(0,10))
cmdid = addCmdgetId(cmd)
except Exception as e:
time.sleep(random.randint(0,10))
cmdid = 0
save_log( 'ERROR', 'cmdid error:'+str(e) +','+ cmd )
cmdtext = oMonText[1]
try:
sql = "insert into osa_monitor(oIpid, oCmdid, oMonTime, oMonText) \
values (%(oipid)d, %(cmdid)d, '%(monitime)s','%(cmdtext)s')" % vars()
con = _get_pcon()
cur = con.cursor()
cur.execute(sql)
except TypeError,e:
con = _get_con()
cur = con.cursor()
cur.execute(sql)
os.system('rm -f ' + lock)
save_log('WARNING','insertMonitor : '+str(e))
sys.exit()
def insertMonitor(ip, cmd, monitime):
'''
监控记录入库
@ip: 被监控主机Ip
@cmd: 包括指令名称
'''
oipid = 'null'
# 获取oipid
oipid = getIdByIp(ip)
if oipid == 'null' or not oipid:
oipid = 0
oMonTextRemote = False
if hostSocket.PortIsAlive(ip, SOCKET['REMOTE_PORT']):
# 从远程服务器获取数据
oMonTextRemote = hostSocket.proSocket(ip, SOCKET['REMOTE_PORT'], cmd)
if oMonTextRemote:
oMonText = oMonTextRemote.split('!')
else:
oMonText = ['mon_all_stat', 'null']
#开锁，解决数据库资源争用问题
lock = setLock()
cmdid = 'null'
# 获取cmdid(指令ID)
try:
cmdid = addCmdgetId(cmd)
if cmdid == 'null' or not cmdid:
time.sleep(random.randint(0, 10))
cmdid = addCmdgetId(cmd)
except Exception as e:
time.sleep(random.randint(0, 10))
cmdid = 0
save_log('ERROR', 'cmdid error:' + str(e) + ',' + cmd)
cmdtext = oMonText[1]
try:
sql = "insert into osa_monitor(oIpid, oCmdid, oMonTime, oMonText) \
values (%(oipid)d, %(cmdid)d, '%(monitime)s','%(cmdtext)s')" % vars()
con = _get_pcon()
cur = con.cursor()
cur.execute(sql)
except TypeError, e:
con = _get_con()
cur = con.cursor()
cur.execute(sql)
os.system('rm -f ' + lock)
save_log('WARNING', 'insertMonitor : ' + str(e))
sys.exit()
def serverMonitor(serverip,entry,x):
'''
服务器信息监控入口线程函数
'''
entry_list = list(entry)
#配置项
oItemConfig = eval(entry_list[4])
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread start now!------------------------------')
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread name:' + oItemConfig['alarmcmd'])
#取信息指令
cmd = 'SYSTEM_RUN_COMMAND!{"mon_all_stat":""}'
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread oMonText begin,Cmd is :'+cmd)
##如果是端口或者数据库检测就不需要取客户端信息了
if oItemConfig['alarmcmd'] == 'portstatcheck' or oItemConfig['alarmcmd'] == 'databasecheck':
oMonText = '1!1'
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread subtype is portstatcheck or databasecheck ,subtype is :'+oItemConfig['alarmcmd'])
elif PortIsAlive(serverip,SOCKET['REMOTE_PORT']) == False:
each_ipinfo = None
#端口如果不通,说明服务器异常!
each_ipinfo_list = select("SELECT * FROM osa_ipinfo where oIp = '"+serverip+"'")
if each_ipinfo_list :
each_ipinfo = each_ipinfo_list[0]
else:
save_log('INFO','ip not found:'+str(serverip))
sys.exit()
AllUserEmailAddress = GetUserEmailAddress('ALL')
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread server PortIsAlive == false,exit now!,IP is :'+serverip+',each_info is:'+str(each_ipinfo)+',AllUserEmailAddress is :'+str(AllUserEmailAddress))
#检测单个服务器是否正常，是否需要告警
try:
ThreadForEachServer(each_ipinfo,AllUserEmailAddress)
except Exception as e:
save_log('ERROR','ThreadForEachServer run fail first:'+str(e))
sys.exit()
sys.exit()
else:
rtime = round(float(random.randrange(0, 100, 1))/10,2)
time.sleep(rtime)
oMonText = proSocket(serverip, SOCKET['REMOTE_PORT'], cmd, type=None)
if oMonText:
oMonText = oMonText.split('!')
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread get oMonText over!,oMonText is :'+str(oMonText))
else:
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread get oMonText faild ,exit now!')
each_ipinfo = None
#这里如果没取到数据,说明服务器异常!
each_ipinfo_list = select("SELECT * FROM osa_ipinfo where oIp = '"+serverip+"'")
if each_ipinfo_list :
each_ipinfo = each_ipinfo_list[0]
AllUserEmailAddress = GetUserEmailAddress('ALL')
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread server PortIsAlive == false,exit now!,IP is :'+serverip+',each_info is:'+str(each_ipinfo)+',AllUserEmailAddress is :'+str(AllUserEmailAddress))
#检测单个服务器是否正常，是否需要告警
try:
ThreadForEachServer(each_ipinfo,AllUserEmailAddress)
except Exception as e:
save_log('ERROR','ThreadForEachServer run fail again:'+str(e))
sys.exit()
sys.exit()
save_log('INFO','serverMonitor oMonText : '+str(oMonText))
#将不同的配置项提出来！
serverChooseDict={
'diskspacecheck' : {'oMonText' : 'diskstat','oItemConfig' : 'percentage', 'strrecov' : '的磁盘空间率已经恢复!' , 'errorstr1' : '的磁盘使用率过高,分区 ' , 'errorstr2' : '当前使用率为：'},
'topstatcheck' : {'oMonText' : 'loadstat','oItemConfig' : 'topvalue', 'strrecov' : '的负载已经恢复正常!' , 'errorstr1':'的负载状态过高。当前负载值：','errorstr2' : ''},
'loginusercheck' : {'oMonText' : 'login','oItemConfig' : 'usernum', 'strrecov' : '的登录用户数量已经恢复正常!' , 'errorstr1':'登录用户过多。当前用户数：','errorstr2':''},
'networkcheck' : {'oMonText' : 'network','oItemConfig' : 'topvalue', 'strrecov' : '的网络流量已经恢复正常!' , 'errorstr1':'流量过载。网卡 ','errorstr2':',当前进出流量峰值(MB)： '}
}
#接下来走不同的函数完成监控
if oItemConfig['alarmcmd'] in serverChooseDict.keys():
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread serverChoose now!')
return serverChooseAlarm(oItemConfig['alarmcmd'],serverChooseDict,serverip,entry,oMonText,x)
#数据库报警
if oItemConfig['alarmcmd'] == 'databasecheck':
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread databasecheck now!')
return DataBaseCheck(entry,serverip,x)
#端口报警
if oItemConfig['alarmcmd'] == 'portstatcheck':
a=IsPortAlive(serverip,oItemConfig['portlist'])
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread portstatcheck func now!status is :'+str(a[0]))
if a[0] == True:#此次检测结果是正常的
result = ExistInserverinfo(entry_list[0],serverip)
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread portstatcheck exit now!result is :'+str(result))
if result:
if result[3] == '0':
if entry_list[8] == '1':
SendMail('RECOVERNOTIFY',entry_list[9],serverip,'portstatcheck')
CreateAlarmMsg(entry_list[1],entry_list[0],serverip,"服务器"+serverip+"的端口访问已经恢复正常:"+oItemConfig['portlist'],0)
result[3] = '1'
result[4] = 0
Update_osa_serverinfo(result)
sys.exit()
if result == None:
InsertInto_osa_serverinfo(entry_list[0],serverip,'1',0)
sys.exit()
if a[0] == False:
result = ExistInserverinfo(entry_list[0],serverip)
save_Thread_log('MONTHREAD',serverip+'_'+str(x)+'_'+oItemConfig['alarmcmd'],'subThread portstatcheck exit now!result is :'+str(result))
if result:
if result[3] == '1':
CreateAlarmMsg(entry_list[1],entry_list[0],serverip,"服务器"+serverip+"端口:"+a[1]+"异常",3)
SendMail('STATUS_EXCEPTION',entry_list[9],serverip,'portstatcheck')
result[4]=result[4]+1
result[3] = '0'
Update_osa_serverinfo(result)
sys.exit()
if result[3] =='0':
if result[4] < entry_list[7]:
SendMail('STATUS_EXCEPTION',entry_list[9],serverip,'portstatcheck')
result[4]=result[4]+1
Update_osa_serverinfo(result)
sys.exit()
#如果osa_serverinfo不存在记录，则添加记录，更新下一次检测时间
if result == None:
#发送异常告警通知，添加告警记录。
CreateAlarmMsg(entry_list[1],entry_list[0],serverip,"服务器"+serverip+'端口:'+a[1]+' 未存活！',3)
SendMail('STATUS_EXCEPTION',entry_list[9],serverip,oItemConfig['alarmcmd'])
#更新状态为0，告警次数为1
InsertInto_osa_serverinfo(entry_list[0],serverip,'0',1)
sys.exit()
sys.exit()
def socketDo(connection, addr):
'''
server指令处理模块
@connection: 指令连接对象
'''
try:
rev = socketRev(connection, addr)
if isConseResult(rev):
connection.send(encode('result_send_ok'))
#处理从unctrlpy 传过来的结果信息
try:
chooseResultDef(rev)
except Exception as e:
save_log('ERROR', 'chooseResultDef error:' + str(e))
cmdstr, ip = ayCmdToConsole(rev)
if not ip:
save_log('ERROR', 'IP IS NULL')
connection.send('Ip is null.')
connection.close()
sys.exit()
save_log('INFO', str(cmdstr.split('!')))
# if cmd for myself
cname = isMySelfCmd(cmdstr)
#if batch cmd
batch = isBatchCmd(cmdstr)
toPhpData = ""
if cname:
try:
toPhpData = OsaChooseDef(defname=isMySelfCmd(cmdstr),
ip=ip,
fromPhpCmd=cmdstr)
except Exception as e:
save_log('ERROR', e)
elif batch:
toPhpData = 'BATCH_CMD_OK'
else:
toPhpData = hostSocket.proSocket(ip, SOCKET['REMOTE_PORT'], cmdstr)
save_log('DEBUG', 'cmd info:' + str(encode(cmdstr)))
save_log('DEBUG', 'cmd info:' + str(cmdstr))
if toPhpData == False:
toPhpData = 'Data_receive_Failed!'
connection.send('%s!%s' % (toPhpData, ip))
connection.close()
if toPhpData == 'BATCH_CMD_OK':
try:
chooseBatchDef(cmdstr, rev)
except Exception as e:
save_log('ERROR', 'BATCH chooseBatchDef error:' + str(e))
sys.exit()
except queueEmptyException, value:
save_log('ERROR', 'server socketDo:' + str(value))
connection.close()
sys.exit()
def socketDo(connection, addr):
"""
server指令处理模块
@connection: 指令连接对象
"""
try:
rev = socketRev(connection, addr)
if isConseResult(rev):
connection.send(encode("result_send_ok"))
# 处理从unctrlpy 传过来的结果信息
try:
chooseResultDef(rev)
except Exception as e:
save_log("ERROR", "chooseResultDef error:" + str(e))
cmdstr, ip = ayCmdToConsole(rev)
if not ip:
save_log("ERROR", "IP IS NULL")
connection.send("Ip is null.")
connection.close()
sys.exit()
save_log("INFO", str(cmdstr.split("!")))
# if cmd for myself
cname = isMySelfCmd(cmdstr)
# if batch cmd
batch = isBatchCmd(cmdstr)
toPhpData = ""
if cname:
try:
toPhpData = OsaChooseDef(defname=isMySelfCmd(cmdstr), ip=ip, fromPhpCmd=cmdstr)
except Exception as e:
save_log("ERROR", e)
elif batch:
toPhpData = "BATCH_CMD_OK"
else:
toPhpData = hostSocket.proSocket(ip, SOCKET["REMOTE_PORT"], cmdstr)
save_log("DEBUG", "cmd info:" + str(encode(cmdstr)))
save_log("DEBUG", "cmd info:" + str(cmdstr))
if toPhpData == False:
toPhpData = "Data_receive_Failed!"
connection.send("%s!%s" % (toPhpData, ip))
connection.close()
if toPhpData == "BATCH_CMD_OK":
try:
chooseBatchDef(cmdstr, rev)
except Exception as e:
save_log("ERROR", "BATCH chooseBatchDef error:" + str(e))
sys.exit()
except queueEmptyException, value:
save_log("ERROR", "server socketDo:" + str(value))
connection.close()
sys.exit()
