def getZoneFreeIp(self, zone, startAt=None):
"""
Return the first available IP address of a zone.
If startAt is given, start the search from this IP.
If none available, return an empty string.
@param zone: DNS zone name in LDAP
@type zone: str
@param startAt: IP to start search
@type startAt: str
"""
ret = ""
networks = self.getZoneNetworkAddress(zone)
if networks:
# We support only one single reverse zone, that's why we do [0]
basenetwork = networks[0]
dotcount = basenetwork.count(".")
# Build a netmask
netmask = (dotcount + 1) * 8
# Build a quad dotted network address
network = basenetwork + ((3 - dotcount) * ".0")
if startAt:
ip = startAt
else:
ip = network
ip = ipNext(network, netmask, ip)
while ip:
if not self.ipExists(zone, ip):
ret = ip
break
ip = ipNext(network, netmask, ip)
return ret
else:
# return nothing if you don't have any
# reverse zone
return ""
def getZoneFreeIp(self, zone, startAt=None):
"""
Return the first available IP address of a zone.
If startAt is given, start the search from this IP.
If none available, return an empty string.
@param zone: DNS zone name in LDAP
@type zone: str
@param startAt: IP to start search
@type startAt: str
"""
ret = ""
networks = self.getZoneNetworkAddress(zone)
if networks:
# We support only one single reverse zone, that's why we do [0]
basenetwork = networks[0]
dotcount = basenetwork.count(".")
# Build a netmask
netmask = (dotcount + 1) * 8
# Build a quad dotted network address
network = basenetwork + ((3 - dotcount) * ".0")
if startAt: ip = startAt
else: ip = network
ip = ipNext(network, netmask, ip)
while ip:
if not self.ipExists(zone, ip):
ret = ip
break
ip = ipNext(network, netmask, ip)
return ret
else:
# return nothing if you don't have any
# reverse zone
return ""
def getSubnetFreeIp(self, subnet, startAt=None):
"""
Return the first available IP address of a subnet.
If startAt is given, start the search from this IP.
IPs inside subnet dynamic pool range are never returned.
If none available, return an empty string.
@param subnet: subnet name in LDAP
@type subnet: str
@param startAt: IP to start search
@type startAt: str
"""
ret = ""
subnetDN = self.getSubnet(subnet)
network = subnetDN[0][1]["cn"][0]
netmask = int(subnetDN[0][1]["dhcpNetMask"][0])
poolRange = self.getPoolRange(subnet)
if poolRange:
rangeStart, rangeEnd = poolRange
if startAt: ip = startAt
else: ip = network
ip = ipNext(network, netmask, ip)
while ip:
if not self.ipExistsInSubnet(subnet, ip):
if poolRange:
if not ipInRange(ip, rangeStart, rangeEnd):
ret = ip
break
else:
ret = ip
break
ip = ipNext(network, netmask, ip)
return ret
def getSubnetFreeIp(self, subnet, startAt = None):
"""
Return the first available IP address of a subnet.
If startAt is given, start the search from this IP.
IPs inside subnet dynamic pool range are never returned.
If none available, return an empty string.
@param subnet: subnet name in LDAP
@type subnet: str
@param startAt: IP to start search
@type startAt: str
"""
ret = ""
subnetDN = self.getSubnet(subnet)
network = subnetDN[0][1]["cn"][0]
netmask = int(subnetDN[0][1]["dhcpNetMask"][0])
poolRange = self.getPoolRange(subnet)
if poolRange:
rangeStart, rangeEnd = poolRange
if startAt: ip = startAt
else: ip = network
ip = ipNext(network, netmask, ip)
while ip:
if not self.ipExistsInSubnet(subnet, ip):
if poolRange:
if not ipInRange(ip, rangeStart, rangeEnd):
ret = ip
break
else:
ret = ip
break
ip = ipNext(network, netmask, ip)
return ret