def routes ():
links = {}
for ifi in Link.getLinks():
links[ifi.index] = ifi.attributes.get(Link.Type.Attribute.IFLA_IFNAME).strip('\0')
print('Kernel IP routing table')
print('%-18s %-18s %-18s %-7s %s' % ('Destination','Genmask','Gateway','Metric','Iface'))
for route in Network.getRoutes():
if route.family != socket.AF_INET:
continue
if route.type not in (Network.Type.Type.RTN_LOCAL,Network.Type.Type.RTN_UNICAST):
continue
if route.src_len == 32:
continue
destination = route.attributes.get(Network.Type.Attribute.RTA_DST)
gateway = route.attributes.get(Network.Type.Attribute.RTA_GATEWAY)
oif = ord(route.attributes.get(Network.Type.Attribute.RTA_OIF)[0])
metric = ord(route.attributes.get(Network.Type.Attribute.RTA_PRIORITY,'\0')[0])
dst = '%s' % socket.inet_ntop(route.family, destination) if destination else ''
gw = '%s' % socket.inet_ntop(route.family, gateway) if gateway else '0.0.0.0'
mask = NetMask.CIDR[route.src_len]
iface = links[oif]
print('%-18s %-18s %-18s %-7d %-s' % (dst or '0.0.0.0',mask,gw,metric,iface))
def new ():
links = {}
for ifi in Link.getLinks():
links[ifi.index] = ifi.attributes.get(Link.Type.Attribute.IFLA_IFNAME).strip('\0')
for route in Network.newRoute():
print(route)
def route ():
links = {}
for ifi in Link.getLinks():
links[ifi.index] = ifi.attributes.get(Link.Type.Attribute.IFLA_IFNAME).strip('\0')
print 'Kernel IP routing table'
print '%-18s %-18s %-18s %-7s %s' % ('Destination','Genmask','Gateway','Metric','Iface')
for route in Network.getRoutes():
if route.family != socket.AF_INET:
continue
if route.type not in (Network.Type.Type.RTN_LOCAL,Network.Type.Type.RTN_UNICAST):
continue
if route.src_len == 32:
continue
destination = route.attributes.get(Network.Type.Attribute.RTA_DST)
gateway = route.attributes.get(Network.Type.Attribute.RTA_GATEWAY)
oif = ord(route.attributes.get(Network.Type.Attribute.RTA_OIF)[0])
metric = ord(route.attributes.get(Network.Type.Attribute.RTA_PRIORITY,'\0')[0])
dst = '%s' % socket.inet_ntop(route.family, destination) if destination else ''
gw = '%s' % socket.inet_ntop(route.family, gateway) if gateway else '0.0.0.0'
mask = NetMask.CIDR[route.src_len]
iface = links[oif]
print '%-18s %-18s %-18s %-7d %-s' % (dst or '0.0.0.0',mask,gw,metric,iface)
def new():
links = {}
for ifi in Link.getLinks():
links[ifi.index] = ifi.attributes.get(
Link.Type.Attribute.IFLA_IFNAME).strip('\0')
for route in Network.newRoute():
print(route)
def addresses():
links = {}
for ifi in Link.getLinks():
links[ifi.index] = ifi
addrs = {}
for ifa in Address.getAddresses():
addrs.setdefault(ifa.index, []).append(ifa)
neighbors = {}
for neighbor in Neighbor.getNeighbors():
neighbors.setdefault(neighbor.index, []).append(neighbor)
for index, ifi in links.items():
hwaddr = '<no addr>'
if Address.Type.Attribute.IFLA_ADDRESS in ifi.attributes:
hwaddr = ':'.join(
x.encode('hex')
for x in ifi.attributes[Address.Type.Attribute.IFLA_ADDRESS])
print(
"%d: %s %s" %
(ifi.index,
ifi.attributes[Address.Type.Attribute.IFLA_IFNAME][:-1], hwaddr))
for ifa in addrs.get(ifi.index, {}):
address = ifa.attributes.get(Attributes.Type.IFA_ADDRESS)
if not address:
continue
if ifa.family == socket.AF_INET:
print(' %s %s' %
('inet ', socket.inet_ntop(ifa.family, address)))
elif ifa.family == socket.AF_INET6:
print(' %s %s' %
('inet6', socket.inet_ntop(ifa.family, address)))
else:
print(' %d %s' % (ifa.family, address.encode('hex')))
for neighbor in neighbors.get(ifi.index, {}):
if neighbor.state == Neighbor.Type.State.NUD_REACHABLE:
address = neighbor.attributes.get(Neighbor.Type.Flag.NTF_USE,
'\0\0\0\0')
if ifa.family == socket.AF_INET:
print(
' %s %s' %
('inet ', socket.inet_ntop(neighbor.family, address)),
end=' ')
elif ifa.family == socket.AF_INET6:
print(
' %s %s' %
('inet ', socket.inet_ntop(neighbor.family, address)),
end=' ')
else:
print(' %d %s' % (ifa.family, address.encode('hex')))
print(
'mac', ':'.join(
_.encode('hex') for _ in neighbor.attributes[
Neighbor.Type.State.NUD_REACHABLE]))
def new ():
netlink = NetLinkMessage()
links = {}
for ifi in Link(netlink).getLinks():
links[ifi.index] = ifi.attributes.get(Link.Type.Attribute.IFLA_IFNAME).strip('\0')
for route in Network(netlink).newRoute():
print route
def addresses ():
links = {}
for ifi in Link.getLinks():
links[ifi.index] = ifi
addrs = {}
for ifa in Address.getAddresses():
addrs.setdefault(ifa.index,[]).append(ifa)
neighbors = {}
for neighbor in Neighbor.getNeighbors():
neighbors.setdefault(neighbor.index,[]).append(neighbor)
for index, ifi in links.items():
hwaddr = '<no addr>'
if Address.Type.Attribute.IFLA_ADDRESS in ifi.attributes:
hwaddr = ':'.join(x.encode('hex') for x in ifi.attributes[Address.Type.Attribute.IFLA_ADDRESS])
print("%d: %s %s" % (ifi.index,ifi.attributes[Address.Type.Attribute.IFLA_IFNAME][:-1],hwaddr))
for ifa in addrs.get(ifi.index,{}):
address = ifa.attributes.get(Attributes.Type.IFA_ADDRESS)
if not address:
continue
if ifa.family == socket.AF_INET:
print(' %s %s' % ('inet ', socket.inet_ntop(ifa.family, address)))
elif ifa.family == socket.AF_INET6:
print(' %s %s' % ('inet6', socket.inet_ntop(ifa.family, address)))
else:
print(' %d %s' % (ifa.family, address.encode('hex')))
for neighbor in neighbors.get(ifi.index,{}):
if neighbor.state == Neighbor.Type.State.NUD_REACHABLE:
address = neighbor.attributes.get(Neighbor.Type.Flag.NTF_USE,'\0\0\0\0')
if ifa.family == socket.AF_INET:
print(' %s %s' % ('inet ', socket.inet_ntop(neighbor.family, address)), end=' ')
elif ifa.family == socket.AF_INET6:
print(' %s %s' % ('inet ', socket.inet_ntop(neighbor.family, address)), end=' ')
else:
print(' %d %s' % (ifa.family, address.encode('hex')))
print('mac',':'.join(_.encode('hex') for _ in neighbor.attributes[Neighbor.Type.State.NUD_REACHABLE]))