def parse(self, out):
if len(out) == 0:
return
intf = out.split()[0]
if intf[len(intf) - 1] == ':':
intf = intf[0:len(intf) - 1]
i = rcIfconfig.interface(intf)
self.intf.append(i)
# defaults
i.link_encap = ''
i.scope = ''
i.bcast = ''
i.mask = ''
i.mtu = ''
i.ipaddr = ''
i.ip6addr = []
i.ip6mask = []
i.hwaddr = ''
if i.name in self.hwaddr:
i.hwaddr = self.hwaddr[i.name]
i.flag_up = False
i.flag_broadcast = False
i.flag_running = False
i.flag_multicast = False
i.flag_loopback = False
prev = ''
for w in out.split():
if 'broadcast' in prev:
i.bcast = w
elif 'netmask' in prev:
if w == '0':
i.mask = "0.0.0.0"
elif len(w) == 8:
i.mask = "%d.%d.%d.%d" % (int(w[0:2], 16), int(
w[2:4], 16), int(w[4:6], 16), int(w[6:8], 16))
else:
raise ex.excError("malformed ifconfig %s netmask: %s" %
(intf, w))
elif 'inet' == prev:
i.ipaddr = w
elif 'inet6' == prev:
i.ip6addr += [w]
elif 'prefix' == prev:
i.ip6mask += [w]
if 'UP' in w:
i.flag_up = True
if 'BROADCAST' in w:
i.flag_broadcast = True
if 'RUNNING' in w:
i.flag_running = True
if 'MULTICAST' in w:
i.flag_multicast = True
if 'LOOPBACK' in w:
i.flag_loopback = True
prev = w
def parse(self, intf, intf_cf):
if intf_cf.IPAddress is None:
return
i = rcIfconfig.interface(intf.NetConnectionID)
self.intf.append(i)
# defaults
i.link_encap = ''
i.scope = ''
i.bcast = ''
i.mask = []
i.mtu = intf_cf.MTU
i.ipaddr = []
i.ip6addr = []
i.ip6mask = []
i.hwaddr = intf_cf.MACAddress
try:
i.flag_up = intf.NetEnabled
except:
i.flag_up = False
i.flag_broadcast = False
i.flag_running = False
i.flag_multicast = False
i.flag_loopback = False
for idx, ip in enumerate(intf_cf.IPAddress):
if ":" in ip:
i.ip6addr.append(ip)
i.ip6mask.append(intf_cf.IPsubnet[idx])
else:
i.ipaddr.append(ip)
i.mask.append(intf_cf.IPsubnet[idx])
def parse_ifconfig(self, out):
prev = ''
prevprev = ''
for w in out.split():
if w == 'Link':
i = rcIfconfig.interface(prev)
self.intf.append(i)
# defaults
i.link_encap = ''
i.scope = ''
i.bcast = ''
i.mask = ''
i.mtu = ''
i.ipaddr = ''
i.ip6addr = []
i.ip6mask = []
i.hwaddr = ''
i.flag_up = False
i.flag_broadcast = False
i.flag_running = False
i.flag_multicast = False
i.flag_loopback = False
i.flag_no_carrier = False
elif 'encap:' in w:
(null, i.link_encap) = w.split(':')
elif 'Scope:' in w:
(null, i.scope) = w.split(':')
elif 'Bcast:' in w:
(null, i.bcast) = w.split(':')
elif 'Mask:' in w:
(null, i.mask) = w.split(':')
elif 'MTU:' in w:
(null, i.mtu) = w.split(':')
if 'inet' == prev and 'addr:' in w:
(null, i.ipaddr) = w.split(':')
if 'inet6' == prevprev and 'addr:' == prev:
(ip6addr, ip6mask) = w.split('/')
i.ip6addr += [ip6addr]
i.ip6mask += [ip6mask]
if 'HWaddr' == prev:
i.hwaddr = w
if 'UP' == w:
i.flag_up = True
if 'BROADCAST' == w:
i.flag_broadcast = True
if 'RUNNING' == w:
i.flag_running = True
if 'MULTICAST' == w:
i.flag_multicast = True
if 'LOOPBACK' == w:
i.flag_loopback = True
if 'NO-CARRIER' == w:
i.flag_no_carrier = True
prevprev = prev
prev = w
def parse(self, out):
i = None
for l in out.split("\n"):
if l == '': break
if l[0] != '\t':
i = self.set_hwaddr(i)
(ifname, ifstatus) = l.split(': ')
i = rcIfconfig.interface(ifname)
self.intf.append(i)
# defaults
i.link_encap = ''
i.scope = ''
i.bcast = ''
i.mask = ''
i.mtu = ''
i.ipaddr = ''
i.ip6addr = []
i.ip6mask = []
i.hwaddr = ''
i.groupname = ''
i.flag_up = False
i.flag_broadcast = False
i.flag_running = False
i.flag_multicast = False
i.flag_ipv4 = False
i.flag_ipv6 = False
i.flag_loopback = False
if 'UP' in ifstatus: i.flag_up = True
if 'DEPRECATED' in ifstatus: i.flag_deprecated = True
if 'BROADCAST' in ifstatus: i.flag_broadcast = True
if 'RUNNING' in ifstatus: i.flag_running = True
if 'MULTICAST' in ifstatus: i.flag_multicast = True
if 'IPv4' in ifstatus: i.flag_ipv4 = True
if 'IPv6' in ifstatus: i.flag_ipv6 = True
else:
n = 0
w = l.split()
while n < len(w):
[p, v] = w[n:n + 2]
if p == 'inet': i.ipaddr = v
elif p == 'netmask': i.mask = v
elif p == 'broadcast': i.bcast = v
elif p == 'ether': i.hwaddr = v
elif p == 'groupname': i.groupname = v
elif p == 'inet6':
(a, m) = v.split('/')
i.ip6addr += [a]
i.ip6mask += [m]
n += 2
i = self.set_hwaddr(i)
def parse(self, out):
i = None
for l in out.split("\n"):
if l == '': continue
if l[0] != ' ':
i = self.set_hwaddr(i)
(ifname, ifstatus) = l.split(': ')
i = rcIfconfig.interface(ifname)
self.intf.append(i)
# defaults
i.link_encap = ''
i.scope = ''
i.bcast = []
i.mtu = []
i.mask = []
i.ipaddr = []
i.ip6addr = []
i.ip6mask = []
i.hwaddr = ''
i.flag_up = False
i.flag_broadcast = False
i.flag_running = False
i.flag_multicast = False
i.flag_ipv4 = False
i.flag_ipv6 = False
i.flag_loopback = False
if 'UP' in ifstatus: i.flag_up = True
elif 'BROADCAST' in ifstatus: i.flag_broadcast = True
elif 'RUNNING' in ifstatus: i.flag_running = True
elif 'MULTICAST' in ifstatus: i.flag_multicast = True
elif 'IPv4' in ifstatus: i.flag_ipv4 = True
elif 'IPv6' in ifstatus: i.flag_ipv6 = True
else:
n = 0
w = l.split()
while n < len(w):
[p, v] = w[n:n + 2]
if p == 'inet':
i.ipaddr.append(v)
i.mask.append(ipv4_bitmask(w[n + 3]))
elif p == 'ipmtu':
i.mtu.append(v)
elif p == 'inet6':
(a, m) = v.split('/')
i.ip6addr += [a]
i.ip6mask += [m]
n += 2
i = self.set_hwaddr(i)
def parse(self, out):
prev = ''
prevprev = ''
for w in out.split():
if 'flags=' in w:
i = rcIfconfig.interface(prev.replace(':', ''))
self.intf.append(i)
# defaults
i.link_encap = ''
i.scope = ''
i.bcast = ''
i.mtu = ''
i.ipaddr = []
i.mask = []
i.ip6addr = []
i.ip6mask = []
i.hwaddr = ''
i.flag_up = False
i.flag_broadcast = False
i.flag_running = False
i.flag_multicast = False
i.flag_loopback = False
flags = w.split('<')[1].split('>')[0].split(',')
if 'UP' in flags:
i.flag_up = True
if 'BROADCAST' in flags:
i.flag_broadcast = True
if 'RUNNING' in flags:
i.flag_running = True
if 'MULTICAST' in flags:
i.flag_multicast = True
if 'LOOPBACK' in flags:
i.flag_loopback = True
elif 'inet' == prev:
i.ipaddr += [w]
elif 'inet6' == prev:
i.ip6addr += [w.split('%')[0]]
elif 'netmask' == prev:
i.mask += [w]
elif 'prefixlen' == prev:
i.ip6mask += [w]
elif 'ether' == prev:
i.hwaddr = w
prevprev = prev
prev = w
def parse_ip(self, out):
for line in out.splitlines():
if len(line) == 0:
continue
if line[0] != " ":
"""
1: lo: <LOOPBACK,UP,LOWER_UP> mtu 65536 qdisc noqueue state UNKNOWN
"""
_line = line.split()
ifname = _line[1].strip(":")
if "@" in ifname:
ifkname = ifname[ifname.index("@"):]
ifname = ifname[:ifname.index("@")]
else:
ifkname = None
i = rcIfconfig.interface(ifname)
i.ifkname = ifkname
# defaults
i.link_encap = ''
i.scope = []
i.bcast = []
i.mask = []
i.mtu = ''
i.ipaddr = []
i.ip6addr = []
i.ip6mask = []
i.hwaddr = ''
i.flag_up = False
i.flag_broadcast = False
i.flag_running = False
i.flag_multicast = False
i.flag_loopback = False
i.flag_no_carrier = False
self.intf.append(i)
prev = ''
for w in _line:
if 'mtu' == prev:
i.mtu = w
elif w.startswith('<'):
w = w.strip('<').strip('>')
flags = w.split(',')
for w in flags:
if 'UP' == w:
i.flag_up = True
if 'BROADCAST' == w:
i.flag_broadcast = True
if 'RUNNING' == w:
i.flag_running = True
if 'MULTICAST' == w:
i.flag_multicast = True
if 'LOOPBACK' == w:
i.flag_loopback = True
if 'NO-CARRIER' == w:
i.flag_no_carrier = True
prev = w
elif line.strip().startswith("link"):
"""
link/loopback 00:00:00:00:00:00 brd 00:00:00:00:00:00
"""
_line = line.split()
prev = ''
for w in _line:
if 'link/' in w:
i.link_encap = w.split('/')[1]
elif 'link/ether' == prev:
i.hwaddr = w
prev = w
elif line.strip().startswith("inet"):
"""
inet 127.0.0.1/8 scope host lo
inet6 ::1/128 scope host
valid_lft forever preferred_lft forever
"""
_line = line.split()
if "global" in line and ":" in _line[-1]:
# clone parent intf and reset inet fields
ifname = line.split()[-1]
_i = copy.copy(i)
_i.name = ifname
_i.scope = []
_i.bcast = []
_i.mask = []
_i.ipaddr = []
_i.ip6addr = []
_i.ip6mask = []
self.intf.append(_i)
else:
_i = i
prev = ''
for w in _line:
if 'inet' == prev:
try:
ipaddr, mask = w.split('/')
except:
# tun for example
continue
_i.ipaddr += [ipaddr]
_i.mask += [cidr_to_dotted(mask)]
elif 'inet6' == prev:
try:
ip6addr, ip6mask = w.split('/')
except:
# tun for example
continue
_i.ip6addr += [ip6addr]
_i.ip6mask += [ip6mask]
elif 'brd' == prev and 'inet' in line:
_i.bcast += [w]
elif 'scope' == prev and 'inet' in line:
_i.scope += [w]
prev = w