def setTarget(self, netip):
"""
Set this route target netip in the form 10.0.0.0/24.
"""
netid, netmask = netip.split('/')
if localIpCheck(self, netip) or netmask == '0':
self._target = netip
else:
networks = self.device().getNetworkRoot()
net = networks.createNet(netid, netmask)
self.target.addRelation(net)
def setTarget(self, netip):
"""
Set this route target netip in the form 10.0.0.0/24.
"""
netid, netmask = netip.split('/')
if localIpCheck(self, netip) or netmask == '0':
self._target = netip
else:
networks = self.device().getNetworkRoot()
net = networks.createNet(netid, netmask)
self.target.addRelation(net)
def setIpAddresses(self, ips):
"""
Set a list of ipaddresses in the form 1.1.1.1/24 on to this
interface. If networks for the ips don't exist they will be created.
"""
if isinstance(ips, basestring): ips = [ips,]
if self.clearIps(ips): return
ipids = self.ipaddresses.objectIdsAll()
localips = copy.copy(self._ipAddresses)
for ip in ips:
if not ip:
continue
if localIpCheck(self, ip) or localInterfaceCheck(self, self.id):
if not ip in localips:
self.addLocalIpAddress(ip)
else:
localips.remove(ip)
else:
# do this funky filtering because the id we have
# is a primary id /zport/dmd/Networks... etc
# and we are looking for just the IP part
# we used the full id later when deleting the IPs
rawip = ipFromIpMask(ipwrap(ip))
ipmatch = filter(lambda x: x.find(rawip) > -1, ipids)
if not ipmatch:
try:
self.addIpAddress(ip)
except IpAddressError:
log.info("Ignoring invalid IP address {rawip}".format(rawip=rawip))
elif len(ipmatch) == 1:
ipids.remove(ipmatch[0])
#delete ips that are no longer in use
dirty = False
for ip in ipids:
ipobj = self.ipaddresses._getOb(ip)
self.removeRelation('ipaddresses', ipobj)
dirty = True
notify(IndexingEvent(ipobj))
for ip in localips:
dirty = True
self._ipAddresses.remove(ip)
# Invalidate the cache if we removed an ip.
if dirty:
self._invalidate_ipaddress_cache()
def setNextHopIp(self, nextHopIp):
"""
If the nexthop is a 127. or 0. address store locally
else link to it in the network hierarchy
"""
if localIpCheck(self, nextHopIp) or not nextHopIp:
self._nexthop = nextHopIp
else:
networks = self.device().getNetworkRoot()
ip = networks.findIp(nextHopIp)
if not ip:
netmask = 24
int = self.interface()
if int:
intip = int.getIpAddressObj()
if intip: netmask = intip.netmask
ip = networks.createIp(nextHopIp, netmask)
self.addRelation('nexthop', ip)
def setIpAddresses(self, ips):
"""
Set a list of ipaddresses in the form 1.1.1.1/24 on to this
interface. If networks for the ips don't exist they will be created.
"""
if isinstance(ips, basestring): ips = [
ips,
]
if self.clearIps(ips): return
ipids = self.ipaddresses.objectIdsAll()
localips = copy.copy(self._ipAddresses)
for ip in ips:
if localIpCheck(self, ip) or localInterfaceCheck(self, self.id):
if not ip in localips:
self.addLocalIpAddress(ip)
else:
localips.remove(ip)
else:
# do this funky filtering because the id we have
# is a primary id /zport/dmd/Newtowrks... etc
# and we are looking for just the IP part
# we used the full id later when deleting the IPs
rawip = ipFromIpMask(ip)
ipmatch = filter(lambda x: x.find(rawip) > -1, ipids)
if not ipmatch:
self.addIpAddress(ip)
elif len(ipmatch) == 1:
ipids.remove(ipmatch[0])
#delete ips that are no longer in use
for ip in ipids:
ipobj = self.ipaddresses._getOb(ip)
self.removeRelation('ipaddresses', ipobj)
ipobj.index_object()
for ip in localips:
self._ipAddresses.remove(ip)
def setIpAddresses(self, ips):
"""
Set a list of ipaddresses in the form 1.1.1.1/24 on to this
interface. If networks for the ips don't exist they will be created.
"""
if isinstance(ips, basestring): ips = [ips,]
if self.clearIps(ips): return
ipids = self.ipaddresses.objectIdsAll()
localips = copy.copy(self._ipAddresses)
for ip in ips:
if localIpCheck(self, ip) or localInterfaceCheck(self, self.id):
if not ip in localips:
self.addLocalIpAddress(ip)
else:
localips.remove(ip)
else:
# do this funky filtering because the id we have
# is a primary id /zport/dmd/Newtowrks... etc
# and we are looking for just the IP part
# we used the full id later when deleting the IPs
rawip = ipFromIpMask(ip)
ipmatch = filter(lambda x: x.find(rawip) > -1, ipids)
if not ipmatch:
self.addIpAddress(ip)
elif len(ipmatch) == 1:
ipids.remove(ipmatch[0])
#delete ips that are no longer in use
for ip in ipids:
ipobj = self.ipaddresses._getOb(ip)
self.removeRelation('ipaddresses', ipobj)
ipobj.index_object()
for ip in localips:
self._ipAddresses.remove(ip)