def testConflict(ip1Param, ip2Param, netmaskParam, testSubnet=True):
ipValue, netmaskValue = getIpNetmask(ip2Param, netmaskParam)
if ipValue is not None:
if ipValue == ip1Param.getValue():
return colorRed("SAME AS %s" % ip2Param.getName())
if testSubnet and netmaskValue is not None:
if not check.checkIpsInSameSubnet(ipValue, ip1Param.getValue(), netmaskValue):
netmaskInt = util.ipToInt(netmaskValue)
ipPrefix = util.intToIp(util.ipToInt(ipValue) & netmaskInt)
cidr = util.netmaskToCidr(netmaskValue)
return colorRed("NOT IN SUBNET OF %s/%s" % (ipPrefix, cidr))
return None
def checkIp(ip):
if ipRegex.match(ip) == None:
return False
ipInt = util.ipToInt(ip)
if ipInt == 0:
return False
if (ipInt >> 24) == 127:
return False
return True
def checkIp(ip):
if ipRegex.match(ip) == None:
return False
ipInt = util.ipToInt(ip)
if ipInt == 0:
return False
if (ipInt >> 24) == 127:
return False
return True
def checkIpsInSameSubnet(ip1, ip2, netmask):
ip1Int = util.ipToInt(ip1)
ip2Int = util.ipToInt(ip2)
netmaskInt = util.ipToInt(netmask)
return (ip1Int & netmaskInt) == (ip2Int & netmaskInt)
def checkNetmask(netmask):
if ipRegex.match(netmask) == None:
return False
netmaskInt = util.ipToInt(netmask)
return netmaskInt in validSubnets
def checkIpsInSameSubnet(ip1, ip2, netmask):
ip1Int = util.ipToInt(ip1)
ip2Int = util.ipToInt(ip2)
netmaskInt = util.ipToInt(netmask)
return (ip1Int & netmaskInt) == (ip2Int & netmaskInt)
def checkNetmask(netmask):
if ipRegex.match(netmask) == None:
return False
netmaskInt = util.ipToInt(netmask)
return netmaskInt in validSubnets
