def prefix(tokeniser):
# XXX: could raise
ip = tokeniser()
try:
ip, mask = ip.split('/')
except ValueError:
mask = '32'
tokeniser.afi = IP.toafi(ip)
return IPRange.create(ip, mask)
def prefix (tokeniser):
# XXX: could raise
ip = tokeniser()
try:
ip,mask = ip.split('/')
except ValueError:
mask = '32'
if ':' in ip:
mask = '128'
tokeniser.afi = IP.toafi(ip)
return IPRange.create(ip,mask)
def peer_ip(tokeniser):
if not tokeniser.tokens:
raise ValueError('an ip address is required')
value = tokeniser()
if '/' in value:
value, mask = value.split('/', 1)
else:
# XXX: This only works as no port are allowed, improve
mask = '128' if ':' in value else '32'
try:
return IPRange.create(value, mask)
except (IndexError, ValueError, socket.error):
raise ValueError('"%s" is an invalid IP address' % value)
def peer_ip (tokeniser):
if not tokeniser.tokens:
raise ValueError('an ip address is required')
value = tokeniser()
if '/' in value:
value,mask = value.split('/',1)
else:
# XXX: This only works as no port are allowed, improve
mask = '128' if ':' in value else '32'
try:
return IPRange.create(value,mask)
except (IndexError,ValueError,socket.error):
raise ValueError('"%s" is an invalid IP address' % value)
def prefix(tokeniser):
# XXX: could raise
ip = tokeniser()
try:
ip, mask = ip.split('/')
except ValueError:
mask = '32'
if ':' in ip:
mask = '128'
tokeniser.afi = IP.toafi(ip)
iprange = IPRange.create(ip, mask)
if iprange.address() & iprange.mask.hostmask() != 0:
raise ValueError('invalid network %s for netmask %s' % (ip, mask))
return iprange