def parse_subnet_or_ip(self, ip_id):
"""Parse ip_id either as a subnet, or as an IP-number.
Return: (subnet, ip)
- subnet is None if unknown
- ip is only set if the user requested a specific IP
A request for a subnet is identified by a trailing /, or for IPv4 an
IP with < 4 octets. IPv6-subnets must always be specified with a
trailing /, followed by a mask number. Examples::
129.240.200 -> adress on 129.240.200.0/23
129.240.200.0/ -> adress on 129.240.200.0/23
129.240.200.0 -> explicit IP
2001:700:100:2::/64 -> address on 2001:700:100:2::/64
2001:700:100:2::3 -> explicit IP
"""
tmp = ip_id.split("/")
ip = tmp[0]
subnet_slash = len(tmp) > 1
full_ip = False
if IPUtils.is_valid_ipv4(ip): # ipv4
IPUtils.parse_ipv4(ip)
if ip.count('.') == 3 and not subnet_slash:
full_ip = True
elif ip.count('.') == 3 and subnet_slash or \
ip.count('.') == 2 and not subnet_slash:
pass
else:
raise CerebrumError(("'%s' does not look like a valid subnet "
"or ip-address.") % ip_id)
elif IPv6Utils.is_valid_ipv6(ip_id): # full ipv6
full_ip = True
ip = ip_id
elif IPv6Subnet.IPv6Subnet.is_valid_subnet(ip_id):
ip = ip_id
else:
try: # Assume hostname
self._arecord.clear()
self._arecord.find_by_name(self.qualify_hostname(ip))
self._ip_number.clear()
self._ip_number.find(self._arecord.ip_number_id)
except Errors.NotFoundError:
raise CerebrumError("Could not find host %s" % ip)
ip = self._ip_number.a_ip
try:
ipc = Find(self._db, None)
subnet_ip = ipc._find_subnet(ip)
except:
subnet_ip = None
return subnet_ip, full_ip and ip or None
def parse_subnet_or_ip(self, ip_id):
"""Parse ip_id either as a subnet, or as an IP-number.
Return: (subnet, ip)
- subnet is None if unknown
- ip is only set if the user requested a specific IP
A request for a subnet is identified by a trailing /, or for IPv4 an
IP with < 4 octets. IPv6-subnets must always be specified with a
trailing /, followed by a mask number. Examples::
129.240.200 -> adress on 129.240.200.0/23
129.240.200.0/ -> adress on 129.240.200.0/23
129.240.200.0 -> explicit IP
2001:700:100:2::/64 -> address on 2001:700:100:2::/64
2001:700:100:2::3 -> explicit IP
"""
tmp = ip_id.split("/")
ip = tmp[0]
subnet_slash = len(tmp) > 1
full_ip = False
if IPUtils.is_valid_ipv4(ip): # ipv4
IPUtils.parse_ipv4(ip)
if ip.count('.') == 3 and not subnet_slash:
full_ip = True
elif ip.count('.') == 3 and subnet_slash or \
ip.count('.') == 2 and not subnet_slash:
pass
else:
raise CerebrumError(("'%s' does not look like a valid subnet "
"or ip-address.") % ip_id)
elif IPv6Utils.is_valid_ipv6(ip_id): # full ipv6
full_ip = True
ip = ip_id
elif IPv6Subnet.IPv6Subnet.is_valid_subnet(ip_id):
ip = ip_id
else:
try: # Assume hostname
self._arecord.clear()
self._arecord.find_by_name(self.qualify_hostname(ip))
self._ip_number.clear()
self._ip_number.find(self._arecord.ip_number_id)
except Errors.NotFoundError:
raise CerebrumError("Could not find host %s" % ip)
ip = self._ip_number.a_ip
try:
ipc = Find(self._db, None)
subnet_ip = ipc._find_subnet(ip)
except:
subnet_ip = None
return subnet_ip, full_ip and ip or None
def test_ipv4_prefix_not_allowed():
# TODO: Should this really raise a bofhd-error?
from Cerebrum.modules.bofhd.errors import CerebrumError
# Technically valid IPv4-addresses that contain leading
# zeroes should raise an error
for ipaddr in ('010.0.0.10',
'010.0.0.10',
'10.00.0.1',
'10.0.00.1',
'10.0.00.01'):
with pytest.raises(CerebrumError):
IPUtils.parse_ipv4(ipaddr)