def getForward(self):
ip = dns.aton(self.address)
mask = dns.aton(self.mask)
ipmask = dns.ntoa(mask)
broadcast = dns.ntoa(ip | ~mask)
return (("; %s\n" % self.dn) +
formatIPAddress(self.name, self.address) +
formatIPAddress("netmask." + self.name, ipmask) +
formatIPAddress("broadcast." + self.name, broadcast))
def printZone(self):
print("#" + self.dn)
printIPAddress(self.name, self.address)
printPTR(self.name, self.address)
ip = dns.aton(self.address)
mask = dns.aton(self.mask)
ipmask = dns.ntoa(mask)
broadcast = dns.ntoa(ip | ~mask)
printIPAddress("netmask." + self.name, ipmask)
printIPAddress("broadcast." + self.name, broadcast)
printPTR("broadcast." + self.name, broadcast)
def getReverse(self, domain):
ip = dns.aton(self.address)
mask = dns.aton(self.mask)
broadcast = dns.ntoa(ip | ~mask)
return (("; %s\n" % self.dn) +
formatPTR(self.name + "." + domain, self.address) +
formatPTR("broadcast." + self.name + "." + domain, broadcast))
def test_CIDR(self):
for i in range(0, 33):
mask = dns.ntoa(dns.aton(i))
self.assertEquals(dns.netmaskToNumbits(mask), i)
def test_CIDR(self):
for i in range(0, 33):
mask = dns.ntoa(dns.aton(i))
self.assertEqual(dns.netmaskToNumbits(mask), i)