def f_off_client(self, login_device, password_device, ip_device, api_port,
ip_user, ip_local):
try:
a = Core(ip_device, api_port)
a.login(login_device, password_device)
#While disabling user it still stay exist enabled in arp
#item = self.f_get_item_by_ip_in_arp_list(a, ip_user)
#if not item is None:
# a.response_handler(a.talk(["/ip/arp/disable", "=.id=" + item[".id"],]))
"""ip local"""
item = self.f_get_item_by_ip_in_address_list(a, ip_local)
if not item is None:
a.response_handler(
a.talk([
"/ip/firewall/address-list/disable",
"=.id=" + item[".id"],
]))
"""ip vpn"""
item = self.f_get_item_by_ip_in_address_list(a, ip_user)
if not item is None:
a.response_handler(
a.talk([
"/ip/firewall/address-list/disable",
"=.id=" + item[".id"],
]))
#send_email(login_client, speed_down, "?", off_backup_date, "add user" )
return "worked"
except:
return "no"
def f_check_client(self, login_device, password_device, ip_device, api_port, ip_user):
try:
a = Core(ip_device, api_port)
a.login(login_device, password_device)
item = self.f_get_item_by_ip_in_address_list(a, ip_user)
if not item is None:
return "worked"
else:
return "no"
except:
return "no"
def f_check_client(self, login_device, password_device, ip_device,
api_port, ip_user):
try:
a = Core(ip_device, api_port)
a.login(login_device, password_device)
item = self.f_get_item_by_ip_in_address_list(a, ip_user)
if not item is None:
return "worked"
else:
return "no"
except:
return "no"
def getdata(self):
"""从rosAPI获取数据"""
try:
api1 = Core(self.r1Host, self.r1Port)
api1.login(self.r1User, self.r1Pwd)
"""获取hotspot数据"""
hptdata = api1.response_handler(api1.talk(["/ip/hotspot/host/print"]))
"""获取设备数据"""
devname = api1.response_handler(api1.talk(["/sys/identity/print"]))
"""获取当前时间"""
timenow = time.strftime("%Y-%m-%d-%H-%M-%S", time.localtime(time.time()))
"""定义处理数据所需的list"""
keyslist = [
"mac-address",
"DHCP",
"address",
"to-address",
"uptime",
"server",
"bypassed",
"bridge-port",
"authorized",
"http-proxy",
"packets-out",
"packets-in",
"bytes-out",
"bytes-in",
"found-by",
"idle-timeout",
"idle-time",
"host-dead-time",
".id",
]
vlist = []
VLIST = []
except Exception as e:
print("执行MySQL：%s时出错：%s" % (e))
"""数据排版成需要的格式"""
for i in hptdata:
vlist.append(timenow)
vlist.append(devname[0]["name"])
for j in keyslist:
if j in i.keys():
vlist.append(i[j])
else:
vlist.append("NULL")
vtuple = tuple(vlist)
vlist = []
VLIST.append(vtuple)
return VLIST
def login(self):
try:
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
print "DEBUG --> LOGIN2 "+ self.net_device.ip
s.connect((self.net_device.ip, 8728))
self.tik = Core(s, DEBUG=self.debug)
self.tik.login(username=self.net_device.admin, pwd=self.net_device.password)
except Exception, e:
raise RuntimeError("No puc connectar amb el router")
def getdata(self):
'''从rosAPI获取数据'''
try:
# print 'connect ....'
api1 = Core(self.r1Host, self.r1Port)
# print 'connect ok'
# print 'login ....'
api1.login(self.r1User, self.r1Pwd)
# print 'login ok'
'''获取hotspot数据'''
# print 'get hptdata ....'
hptdata = (api1.response_handler(api1.talk(["/ip/hotspot/host/print"])))
# print 'get hptdata ok'
'''获取设备数据'''
# print 'get device name .....'
devname = (api1.response_handler(api1.talk(['/sys/identity/print'])))
# print 'get device name ok'
# print devname
'''获取当前时间'''
timenow = time.strftime('%Y-%m-%d-%H-%M-%S', time.localtime(time.time()))
'''定义处理数据所需的list'''
keyslist = ['mac-address', 'DHCP', 'address', 'to-address', 'uptime', 'server', \
'bypassed', 'bridge-port', 'authorized', 'http-proxy', 'packets-out' \
, 'packets-in', 'bytes-out', 'bytes-in', 'found-by', \
'idle-timeout', 'idle-time', 'host-dead-time', '.id']
vlist = []
VLIST = []
except Exception as e:
print ("执行MySQL：%s时出错：%s"%(e))
'''数据排版成需要的格式'''
# print 'handles data....'
for i in hptdata:
vlist.append(timenow)
vlist.append(devname[0]['name'])
for j in keyslist:
if j in i.keys():
vlist.append(i[j])
else:
vlist.append('NULL')
vtuple = tuple(vlist)
vlist = []
VLIST.append(vtuple)
# print 'handles data ok'
return VLIST
def f_off_client(self, login_device, password_device, ip_device, api_port, ip_user, ip_local):
try:
a = Core(ip_device, api_port)
a.login(login_device, password_device)
#While disabling user it still stay exist enabled in arp
#item = self.f_get_item_by_ip_in_arp_list(a, ip_user)
#if not item is None:
# a.response_handler(a.talk(["/ip/arp/disable", "=.id=" + item[".id"],]))
"""ip local"""
item = self.f_get_item_by_ip_in_address_list(a, ip_local)
if not item is None:
a.response_handler(a.talk(["/ip/firewall/address-list/disable", "=.id=" + item[".id"],]))
"""ip vpn"""
item = self.f_get_item_by_ip_in_address_list(a, ip_user)
if not item is None:
a.response_handler(a.talk(["/ip/firewall/address-list/disable", "=.id=" + item[".id"],]))
#send_email(login_client, speed_down, "?", off_backup_date, "add user" )
return "worked"
except:
return "no"
def f_add_client(self, login_device, password_device, ip_device, mac_user, ip_local_user, ip_user, login_client, password_client, speed_up, speed_down, address_list_name, unit, off_backup_date, api_port):
try:
current_loc = locale.getlocale()
locale.setlocale(locale.LC_ALL, 'C')
off_backup_txt_date = off_backup_date.strftime('%b/%d/%Y').lower()
locale.setlocale(locale.LC_ALL, current_loc)
a = Core(ip_device, api_port)
a.login(login_device, password_device)
if int(speed_down)== 3 or int(speed_down)== 2 or int(speed_down)== 0 or int(speed_down)== 1:
"""turbonet style queue"""
queue = "Upload Tarif"+str(speed_up)+"/Download Tarif"+str(speed_down)
a.response_handler(a.talk(["/queue/simple/add", "=name=" + login_client, "=target-addresses=" + ip_local_user, "=queue=" + queue,]))
else:
"""pythonix style queue"""
speed = str(speed_up)+"M/"+str(speed_down)+"M"
a.response_handler(a.talk(["/queue/simple/add", "=name=" + login_client, "=target-addresses=" + ip_local_user, "=max-limit=" + speed,]))
a.response_handler(a.talk(["/ppp/secret/add", "=name=" + login_client, "=password="******"=local-address=" + ip_device, "=remote-address=" + ip_user,]))
a.response_handler(a.talk(["/ip/arp/add", "=address=" + ip_local_user, "=mac-address=" + mac_user, "=interface=ether2-master-local", "=comment="+login_client, ]))
a.response_handler(a.talk(["/ip/dhcp-server/lease/add", "=address=" + ip_local_user, "=mac-address=" + mac_user, "=comment="+login_client, ]))
"""Check if address already added"""
if self.f_get_item_by_ip_in_address_list(a, ip_user) is None:
"""add local addr """
a.response_handler(a.talk(["/ip/firewall/address-list/add", "=address=" + ip_local_user, "=list=" + "internet", "=comment=" + off_backup_txt_date,]))
"""add vpn addr """
a.response_handler(a.talk(["/ip/firewall/address-list/add", "=address=" + ip_user, "=list=" + "internet", "=comment=" + off_backup_txt_date,]))
#send_email(login_client, speed_down, "?", off_backup_date, "add user" )
return "worked"
except:
return "no"
def f_update_client(self, login_device, password_device, ip_device, api_port, name_field, old_value_field, new_value_field):
try:
a = Core(ip_device)
a.login(login_device, password_device)
if name_field == "update_ip":
item =self.f_get_item_by_ip_in_address_list(a,old_value_field)
if not item is None:
a.response_handler(a.talk(["/ip/firewall/address-list/set", "=address=" + new_value_field, "=.id=" + item[".id"],]))
item2 = self.f_get_item_by_ip_in_secrets(a, old_value_field)
if not item2 is None:
a.response_handler(a.talk(["/ppp/secret/set", "=remote-address=" + new_value_field, "=.id=" + item2[".id"],]))
if name_field == "update_mac":
item = self.f_get_item_by_mac_in_arp_list(a, old_value_field)
if not item is None:
a.response_handler(a.talk(["/ip/arp/set", "=mac-address=" + new_value_field, "=.id=" + item[".id"],]))
item = self.f_get_item_by_mac_in_dhcplease_list(a, old_value_field)
if not item is None:
a.response_handler(a.talk(["/ip/dhcp-server/lease/set", "=mac-address=" + new_value_field, "=.id=" + item[".id"],]))
if name_field == "update_ip_local":
item =self.f_get_item_by_ip_in_address_list(a,old_value_field)
if not item is None:
a.response_handler(a.talk(["/ip/firewall/address-list/set", "=address=" + new_value_field, "=.id=" + item[".id"],]))
item = self.f_get_item_by_ip_in_arp_list(a, old_value_field)
if not item is None:
a.response_handler(a.talk(["/ip/arp/set", "=address=" + new_value_field, "=.id=" + item[".id"],]))
item = self.f_get_item_by_ip_in_queues(a, old_value_field)
if not item is None:
a.response_handler(a.talk(["/queue/simple/set", "=target-addresses=" + new_value_field, "=.id=" + item[".id"],]))
item = self.f_get_item_by_ip_in_dhcplease_list(a, old_value_field)
if not item is None:
a.response_handler(a.talk(["/ip/dhcp-server/lease/set", "=address=" + new_value_field, "=.id=" + item[".id"],]))
if name_field == "update_login":
item = self.f_get_item_by_name_in_secrets(a, old_value_field)
if not item is None:
a.response_handler(a.talk(["/ppp/secret/set", "=name=" + new_value_field, "=.id=" + item[".id"],]))
item2 = self.f_get_item_by_name_in_queues(a, old_value_field)
if not item2 is None:
a.response_handler(a.talk(["/queue/simple/set", "=name=" + new_value_field, "=.id=" + item2[".id"],]))
if name_field == "update_password":
item = self.f_get_item_by_name_in_secrets(a, old_value_field)
if not item is None:
a.response_handler(a.talk(["/ppp/secret/set", "=password="******"=.id=" + item[".id"],]))
if name_field == "update_queue":
item = self.f_get_item_by_name_in_queues(a, old_value_field)
if not item is None:
if int(new_value_field)== 3 or int(new_value_field)== 2 or int(new_value_field)== 0 or int(new_value_field)== 1:
"""turbonet style queue"""
queue = "Upload Tarif"+str(new_value_field)+"/Download Tarif"+str(new_value_field)
a.response_handler(a.talk(["/queue/simple/set", "=queue=" + queue, "=.id=" + item[".id"],]))
else:
"""pythonix style queue"""
a.response_handler(a.talk(["/queue/simple/set", "=max-limit=" + new_value_field, "=.id=" + item[".id"],]))
info_mes = "New tarif=" + str(new_value_field) + " for user: "******"/log/info", "=message=" + info_mes, ]))
return "worked"
except:
return "no"
def f_on_client(self, login_device, password_device, ip_device, api_port, ip_user, ip_local, off_backup_date):
try:
current_loc = locale.getlocale()
locale.setlocale(locale.LC_ALL, 'C')
off_backup_txt_date = off_backup_date.strftime('%b/%d/%Y').lower()
locale.setlocale(locale.LC_ALL, current_loc)
a = Core(ip_device, api_port)
a.login(login_device, password_device)
#Do not touch arp as it's stay unmodified if disabling user
#item = self.f_get_item_by_ip_in_arp_list(a, ip_user)
#if not item is None:
# a.response_handler(a.talk(["/ip/arp/enable", "=.id=" + item[".id"],]))
# a.response_handler(a.talk(["/ip/arp/comment", "=comment=" + off_backup_txt_date, "=.id=" + item[".id"], ]))
"""ip local"""
item = self.f_get_item_by_ip_in_address_list(a, ip_local)
if not item is None:
a.response_handler(a.talk(["/ip/firewall/address-list/enable", "=.id=" + item[".id"],]))
a.response_handler(a.talk(["/ip/firewall/address-list/comment", "=comment=" + off_backup_txt_date, "=.id=" + item[".id"], ]))
"""ip vpn"""
item = self.f_get_item_by_ip_in_address_list(a, ip_user)
if not item is None:
a.response_handler(a.talk(["/ip/firewall/address-list/enable", "=.id=" + item[".id"],]))
a.response_handler(a.talk(["/ip/firewall/address-list/comment", "=comment=" + off_backup_txt_date, "=.id=" + item[".id"], ]))
#send_email(ip_user"/"ip_local, "&", "?", off_backup_date, "on user" )
return "worked"
except:
return "no"
def f_remove_client(self, login_device, password_device, ip_device, api_port, ip_local, ip_user):
try:
a = Core(ip_device, api_port)
a.login(login_device, password_device)
item = self.f_get_item_by_ip_in_arp_list(a, ip_local)
if not item is None:
a.response_handler(a.talk(["/ip/arp/remove", "=.id=" + item[".id"],]))
item = self.f_get_item_by_ip_in_dhcplease_list(a, ip_local)
if not item is None:
a.response_handler(a.talk(["/ip/dhcp-server/lease/remove", "=.id=" + item[".id"],]))
"""remove local addr from firewall addresses"""
item = self.f_get_item_by_ip_in_address_list(a, ip_local)
if not item is None:
a.response_handler(a.talk(["/ip/firewall/address-list/remove", "=.id=" + item[".id"],]))
"""remove vpn addr from firewall addres"""
item = self.f_get_item_by_ip_in_address_list(a, ip_user)
if not item is None:
a.response_handler(a.talk(["/ip/firewall/address-list/remove", "=.id=" + item[".id"],]))
item = self.f_get_item_by_ip_in_secrets(a, ip_user)
if not item is None:
a.response_handler(a.talk(["/ppp/secret/remove", "=.id=" + item[".id"],]))
item = self.f_get_item_by_ip_in_queues(a, ip_local)
if not item is None:
a.response_handler(a.talk(["/queue/simple/remove", "=.id=" + item[".id"],]))
except:
return "no"
return "worked"
#!/usr/bin/env python
from RosAPI import Core
def prettify(data):
for x in data:
for y in x.keys():
print "%-20s: %50s" % (y, x[y])
if __name__ == "__main__":
a = Core("192.168.101.254")
a.login("user1", "user")
#a.run_interpreter()
#prettify(a.response_handler(a.talk(["/tool/torch","=interface=ether2 - Lokal","=src-address=192.168.101.160","=dst-address=218.45.174.214"])))
prettify(
a.response_handler(
a.talk([
"/tool/torch", "=interface=ether2 - Lokal",
"=src-address=192.168.101.160", "=dst-address=0.0.0.0/0"
])))
#prettify(a.response_handler(a.talk(["/tool/torch","=interface=ether2 - Lokal","=src-address=192.168.101.160"])))
#!/usr/bin/env python
from RosAPI import Core
def prettify(data):
for x in data:
for y in x.keys():
print "%-20s: %50s" % (y, x[y])
if __name__ == "__main__":
a = Core("172.16.1.1")
a.login("admin", "")
#a.run_interpreter()
prettify(a.response_handler(a.talk(["/ip/address/print"])))
if opts.all_routes:
for i in opts.all_routes.split(","):
if ":" in i:
ipv6_routes.append(i)
else:
routes.append(i)
if opts.ipv4:
routes.append("0.0.0.0")
if opts.ipv6:
ipv6_routes.append("::0")
# Instantiating the session and loggin in
try:
a = Core(host)
except:
print "Can't connect. Check your connection."
sys.exit()
try:
a.login(user, pw)
except:
print "Unable to log in. Check your credentials."
sys.exit()
# Simple connection tester to make sure you can hit the API
def check_api():
try:
z = a.response_handler(a.talk(["/system/resource/print"]))
return z
for msgspec in msglist :
# msgspec is something like "3 3941",
# msg number and size in octets
msgnum = int(msgspec.split(' ')[0])
print "Deleting msg %d\r" % msgnum
pop.dele(msgnum)
else :
print "No messages for", user
else :
print "Couldn't list messages: status", poplist[0]
pop.quit()
if connect:
try:
print("Connecting to Monitor server API")
child = Core(hostdude)
except:
print('Host is unavailiable;please check /ip/services/api: %s'%host)
else:
user= "******"
password="******"
child.login(user,password)
try:
for message in arraysms:
message=message+" SMStoday:%s"%numberofsmsout
for abonent in smsreceivers:
# child.response_handler(child.talk(["/ip/service/set", "=disabled="+"yes", "=numbers="+"www"]))
print ("Sending message:%s to abonent:%s"%(message,abonent))
numberofsmsout+=1
child.response_handler(child.talk(["/tool/sms/send","=port="+"usb3","=phone-number="+abonent, "=message="+message]))
except:
#!/usr/bin/env python
from RosAPI import Core
def prettify(data):
for x in data:
for y in x.keys():
print "%-20s: %50s" % (y, x[y])
if __name__ == "__main__":
a = Core("172.16.1.1")
a.login("admin", "")
#a.run_interpreter()
prettify(a.response_handler(a.talk(["/ip/address/print"])))
def f_on_client(self, login_device, password_device, ip_device, api_port,
ip_user, ip_local, off_backup_date):
try:
current_loc = locale.getlocale()
locale.setlocale(locale.LC_ALL, 'C')
off_backup_txt_date = off_backup_date.strftime('%b/%d/%Y').lower()
locale.setlocale(locale.LC_ALL, current_loc)
a = Core(ip_device, api_port)
a.login(login_device, password_device)
#Do not touch arp as it's stay unmodified if disabling user
#item = self.f_get_item_by_ip_in_arp_list(a, ip_user)
#if not item is None:
# a.response_handler(a.talk(["/ip/arp/enable", "=.id=" + item[".id"],]))
# a.response_handler(a.talk(["/ip/arp/comment", "=comment=" + off_backup_txt_date, "=.id=" + item[".id"], ]))
"""ip local"""
item = self.f_get_item_by_ip_in_address_list(a, ip_local)
if not item is None:
a.response_handler(
a.talk([
"/ip/firewall/address-list/enable",
"=.id=" + item[".id"],
]))
a.response_handler(
a.talk([
"/ip/firewall/address-list/comment",
"=comment=" + off_backup_txt_date,
"=.id=" + item[".id"],
]))
"""ip vpn"""
item = self.f_get_item_by_ip_in_address_list(a, ip_user)
if not item is None:
a.response_handler(
a.talk([
"/ip/firewall/address-list/enable",
"=.id=" + item[".id"],
]))
a.response_handler(
a.talk([
"/ip/firewall/address-list/comment",
"=comment=" + off_backup_txt_date,
"=.id=" + item[".id"],
]))
#send_email(ip_user"/"ip_local, "&", "?", off_backup_date, "on user" )
return "worked"
except:
return "no"
def f_add_client(self, login_device, password_device, ip_device, mac_user,
ip_local_user, ip_user, login_client, password_client,
speed_up, speed_down, address_list_name, unit,
off_backup_date, api_port):
try:
current_loc = locale.getlocale()
locale.setlocale(locale.LC_ALL, 'C')
off_backup_txt_date = off_backup_date.strftime('%b/%d/%Y').lower()
locale.setlocale(locale.LC_ALL, current_loc)
a = Core(ip_device, api_port)
a.login(login_device, password_device)
if int(speed_down) == 3 or int(speed_down) == 2 or int(
speed_down) == 0 or int(speed_down) == 1:
"""turbonet style queue"""
queue = "Upload Tarif" + str(
speed_up) + "/Download Tarif" + str(speed_down)
a.response_handler(
a.talk([
"/queue/simple/add",
"=name=" + login_client,
"=target-addresses=" + ip_local_user,
"=queue=" + queue,
]))
else:
"""pythonix style queue"""
speed = str(speed_up) + "M/" + str(speed_down) + "M"
a.response_handler(
a.talk([
"/queue/simple/add",
"=name=" + login_client,
"=target-addresses=" + ip_local_user,
"=max-limit=" + speed,
]))
a.response_handler(
a.talk([
"/ppp/secret/add",
"=name=" + login_client,
"=password="******"=local-address=" + ip_device,
"=remote-address=" + ip_user,
]))
a.response_handler(
a.talk([
"/ip/arp/add",
"=address=" + ip_local_user,
"=mac-address=" + mac_user,
"=interface=ether2-master-local",
"=comment=" + login_client,
]))
a.response_handler(
a.talk([
"/ip/dhcp-server/lease/add",
"=address=" + ip_local_user,
"=mac-address=" + mac_user,
"=comment=" + login_client,
]))
"""Check if address already added"""
if self.f_get_item_by_ip_in_address_list(a, ip_user) is None:
"""add local addr """
a.response_handler(
a.talk([
"/ip/firewall/address-list/add",
"=address=" + ip_local_user,
"=list=" + "internet",
"=comment=" + off_backup_txt_date,
]))
"""add vpn addr """
a.response_handler(
a.talk([
"/ip/firewall/address-list/add",
"=address=" + ip_user,
"=list=" + "internet",
"=comment=" + off_backup_txt_date,
]))
#send_email(login_client, speed_down, "?", off_backup_date, "add user" )
return "worked"
except:
return "no"
def f_remove_client(self, login_device, password_device, ip_device,
api_port, ip_local, ip_user):
try:
a = Core(ip_device, api_port)
a.login(login_device, password_device)
item = self.f_get_item_by_ip_in_arp_list(a, ip_local)
if not item is None:
a.response_handler(
a.talk([
"/ip/arp/remove",
"=.id=" + item[".id"],
]))
item = self.f_get_item_by_ip_in_dhcplease_list(a, ip_local)
if not item is None:
a.response_handler(
a.talk([
"/ip/dhcp-server/lease/remove",
"=.id=" + item[".id"],
]))
"""remove local addr from firewall addresses"""
item = self.f_get_item_by_ip_in_address_list(a, ip_local)
if not item is None:
a.response_handler(
a.talk([
"/ip/firewall/address-list/remove",
"=.id=" + item[".id"],
]))
"""remove vpn addr from firewall addres"""
item = self.f_get_item_by_ip_in_address_list(a, ip_user)
if not item is None:
a.response_handler(
a.talk([
"/ip/firewall/address-list/remove",
"=.id=" + item[".id"],
]))
item = self.f_get_item_by_ip_in_secrets(a, ip_user)
if not item is None:
a.response_handler(
a.talk([
"/ppp/secret/remove",
"=.id=" + item[".id"],
]))
item = self.f_get_item_by_ip_in_queues(a, ip_local)
if not item is None:
a.response_handler(
a.talk([
"/queue/simple/remove",
"=.id=" + item[".id"],
]))
except:
return "no"
return "worked"
#!/usr/bin/python
from RosAPI import Core
from sys import argv
try:
a = Core(argv[1])
except:
print("No connection")
a.login("bgpmonlogin", "bgpmonpass")
peers = a.response_handler(a.talk(["/routing/bgp/peer/print"]))
peers_dict = {}
if len(peers) > 0:
for peer in peers:
# print("{} {} {}".format(peer['remote-address'], peer['remote-as'], peer['established']))
peers_dict[peer['remote-address']] = peer['established']
if argv[2] in peers_dict:
if peers_dict[argv[2]] == 'true':
print(1)
else:
print(0)
else:
print(0)
def f_update_client(self, login_device, password_device, ip_device,
api_port, name_field, old_value_field,
new_value_field):
try:
a = Core(ip_device)
a.login(login_device, password_device)
if name_field == "update_ip":
item = self.f_get_item_by_ip_in_address_list(
a, old_value_field)
if not item is None:
a.response_handler(
a.talk([
"/ip/firewall/address-list/set",
"=address=" + new_value_field,
"=.id=" + item[".id"],
]))
item2 = self.f_get_item_by_ip_in_secrets(a, old_value_field)
if not item2 is None:
a.response_handler(
a.talk([
"/ppp/secret/set",
"=remote-address=" + new_value_field,
"=.id=" + item2[".id"],
]))
if name_field == "update_mac":
item = self.f_get_item_by_mac_in_arp_list(a, old_value_field)
if not item is None:
a.response_handler(
a.talk([
"/ip/arp/set",
"=mac-address=" + new_value_field,
"=.id=" + item[".id"],
]))
item = self.f_get_item_by_mac_in_dhcplease_list(
a, old_value_field)
if not item is None:
a.response_handler(
a.talk([
"/ip/dhcp-server/lease/set",
"=mac-address=" + new_value_field,
"=.id=" + item[".id"],
]))
if name_field == "update_ip_local":
item = self.f_get_item_by_ip_in_address_list(
a, old_value_field)
if not item is None:
a.response_handler(
a.talk([
"/ip/firewall/address-list/set",
"=address=" + new_value_field,
"=.id=" + item[".id"],
]))
item = self.f_get_item_by_ip_in_arp_list(a, old_value_field)
if not item is None:
a.response_handler(
a.talk([
"/ip/arp/set",
"=address=" + new_value_field,
"=.id=" + item[".id"],
]))
item = self.f_get_item_by_ip_in_queues(a, old_value_field)
if not item is None:
a.response_handler(
a.talk([
"/queue/simple/set",
"=target-addresses=" + new_value_field,
"=.id=" + item[".id"],
]))
item = self.f_get_item_by_ip_in_dhcplease_list(
a, old_value_field)
if not item is None:
a.response_handler(
a.talk([
"/ip/dhcp-server/lease/set",
"=address=" + new_value_field,
"=.id=" + item[".id"],
]))
if name_field == "update_login":
item = self.f_get_item_by_name_in_secrets(a, old_value_field)
if not item is None:
a.response_handler(
a.talk([
"/ppp/secret/set",
"=name=" + new_value_field,
"=.id=" + item[".id"],
]))
item2 = self.f_get_item_by_name_in_queues(a, old_value_field)
if not item2 is None:
a.response_handler(
a.talk([
"/queue/simple/set",
"=name=" + new_value_field,
"=.id=" + item2[".id"],
]))
if name_field == "update_password":
item = self.f_get_item_by_name_in_secrets(a, old_value_field)
if not item is None:
a.response_handler(
a.talk([
"/ppp/secret/set",
"=password="******"=.id=" + item[".id"],
]))
if name_field == "update_queue":
item = self.f_get_item_by_name_in_queues(a, old_value_field)
if not item is None:
if int(new_value_field) == 3 or int(
new_value_field) == 2 or int(
new_value_field) == 0 or int(
new_value_field) == 1:
"""turbonet style queue"""
queue = "Upload Tarif" + str(
new_value_field) + "/Download Tarif" + str(
new_value_field)
a.response_handler(
a.talk([
"/queue/simple/set",
"=queue=" + queue,
"=.id=" + item[".id"],
]))
else:
"""pythonix style queue"""
a.response_handler(
a.talk([
"/queue/simple/set",
"=max-limit=" + new_value_field,
"=.id=" + item[".id"],
]))
info_mes = "New tarif=" + str(
new_value_field) + " for user: "******"/log/info",
"=message=" + info_mes,
]))
return "worked"
except:
return "no"
class MikrotikRouter(Exception):
debug = True
## Stores the unique Singleton instance
_iInstance = None
#def __init__(self,networkdevice):
# print "DEBUG --> POOO"
# self.net_device=networkdevice
## Class used with this Python singleton design pattern
# @todo Add all variables, and methods needed for the Singleton class below
class Singleton:
def __init__(self):
## specific Mikrotik network device
self.net_device = None
## Stablished connection?
self.tik = None
## The constructor
# @param self The object pointer.
def __init__( self ):
# Check whether we already have an instance
self.net_device = None
"""if MikrotikRouter._iInstance is None:
# Create and remember instanc
MikrotikRouter._iInstance = MikrotikRouter.Singleton()
# Store instance reference as the only member in the handle
self._EventHandler_instance = MikrotikRouter._iInstance"""
def set_networkdevice(self, networkdevice_):
self.net_device = networkdevice_
"""if self.net_device is None:
self.net_device = networkdevice_
self.tik = None
else:
if self.net_device.id != networkdevice_.id:
self.tik = None
self.net_device = networkdevice_
"""
## Delegate access to implementation.
# @param self The object pointer.
# @param attr Attribute wanted.
# @return Attribute
#def __getattr__(self, aAttr):
# return getattr(self._iInstance, aAttr)
## Delegate access to implementation.
# @param self The object pointer.
# @param attr Attribute wanted.
# @param value Vaule to be set.
# @return Result of operation.
#def __setattr__(self, aAttr, aValue):
# return setattr(self._iInstance, aAttr, aValue)
def login(self):
try:
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
print "DEBUG --> LOGIN2 "+ self.net_device.ip
s.connect((self.net_device.ip, 8728))
self.tik = Core(s, DEBUG=self.debug)
self.tik.login(username=self.net_device.admin, pwd=self.net_device.password)
except Exception, e:
raise RuntimeError("No puc connectar amb el router")
#!/usr/bin/env python
from RosAPI import Core
def prettify(data):
for x in data:
print "______________________________________________________________"
for y in x.keys():
print "%-20s: %50s" % (y, x[y])
if __name__ == '__main__':
import socket
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
s.connect(("10.34.240.66", 8728))
tik = Core(s, DEBUG=False)
tik.login(username="******", pwd="-x@rx@3W")
#a = Core('10.34.240.66:8728')
#a.login('admin', '-x@rx@3W')
#a.run_interpreter()
prettify(tik.response_handler(tik.talk(['/ip/dhcp-server/lease/print'])))
