def crearUsuario(usuario, psw, tipo):
#client = TikapySslClient('186.83.194.106', 8729)
routeros = login('admin', 'Unifiwifi2k17', '186.83.194.106')
#client.login('admin', 'Unifiwifi2k17')
#pprint(client.talk(['/routing/ospf/neighbor/getall']))
sentence = '/ip/hotspot/user/add=profile=default=limit-uptime=8640=comment=hola=name=' + usuario + '=password=' + psw
routeros(sentence)
routeros.close()
return True
def get_info_from_router():
password = input('Enter your pass here: ')
list_of_data = []
try:
router_cli = login('admin', password, '192.168.200.1')
data = router_cli('/ip/arp/print')
for arp in data:
list_of_data.append(arp)
router_cli.close()
return list_of_data
except ValueError:
raise utils.FatalError
def entry():
while 1:
hosts_info = configparser.ConfigParser()
hosts_info.read('hosts_info.ini')
for nodename in hosts_info.sections():
ip = hosts_info[nodename]['ip']
dc = hosts_info[nodename]['dc']
device = nodename
username = hosts_info[nodename]['username']
password = hosts_info[nodename]['password']
try:
for interface in eval(hosts_info[nodename]['interfaces']):
interface_name = interface
routeros = login(username, password, ip)
result = routeros.query('/ip/arp/print').equal(interface=interface_name)
event = {
# 'dt': (datetime.datetime.now() + datetime.timedelta(hours=8)).strftime('%Y-%m-%d %H:%M'),
'interface': interface_name,
'status': ''
}
is_success = ip + interface_name + "is_success"
# is_success_result = 1 #接口状态ok
is_noticed = ip + interface_name + "is_noticed"
# is_noticed_result = 0 #未发送短信通知
message = "数据中心:%s\n设备:%s\n线路:%s\n状态:" \
% (dc,nodename, event['interface'])
if (len(result) == 0): #超出arp老化时间，条目不存在
event['status'] = "abnormal"
message = message + event['status']
w_redis(is_success,'n')
if (r_redis(is_noticed) == None or r_redis(is_noticed).decode('utf-8') == 'n'):
w_redis(is_noticed,'y')
send_message(message)
else: #在arp老化时间内，判断mac-address是否还在
is_exist = result[0].__contains__('mac-address')
if(is_exist == True and r_redis(is_success) != None and r_redis(is_success).decode('utf-8') == 'n'):
event['status'] = "ok"
message = message + event['status']
w_redis(is_success,'y')
w_redis(is_noticed,'n')
send_message(message)
elif(is_exist == False):
w_redis(is_success, 'n')
event['status'] = "abnormal"
message = message + event['status']
if (r_redis(is_noticed) == None or r_redis(is_noticed).decode('utf-8') == 'n'):
w_redis(is_noticed, 'y')
send_message(message)
routeros.close()
except Exception as e:
print("%s.连接失败."%(nodename))
time.sleep(30)
async def get_route(client: Client, args, kwargs) -> KanTeXDocument:
config = Config()
try:
router = routeros.login(config.mikrotik_user, config.mikrotik_passwd, args[0])
res = router('/ip/route/print')
sec = Section('Routen')
for i in res:
sec.append(KeyValueItem(i['dst-address'], Code(i['gateway-status'].replace('reachable', ''))))
return KanTeXDocument(sec)
except:
pass
async def get_addr(client: Client, args, kwargs) -> KanTeXDocument:
config = Config()
try:
router = routeros.login(config.mikrotik_user, config.mikrotik_passwd, args[0])
res = router('/ip/address/print')
sec = Section('Addressen')
for i in res:
sec.append(KeyValueItem(i['interface'], Code(i['address'])))
return KanTeXDocument(sec)
except:
pass
async def firewall(client: Client, args, kwargs) -> KanTeXDocument:
config = Config()
# noinspection PyCallByClass
try:
router = routeros.login(config.mikrotik_user, config.mikrotik_passwd, args[0])
res = router('/ip/firewall/filter/add',
**{'action': args[1], 'protocol': args[2], 'chain': 'forward', 'src-address': args[3]})
sec = Section('OK')
sec.append(KeyValueItem('Returncode', Code(res)))
return KanTeXDocument(sec)
except:
pass