def constructor(ipRange,ip,excluded,comment="",save=True): self = Ip4Slot() try: #Check IP IP4Utils.checkValidIp(ip) self.ip = ip self.isExcluded = excluded self.ipRange = ipRange self.comment = comment self.doSave = save if save: self.save() except Exception as e: #self.delete() raise e return self
def constructor(name,startIp,endIp,netmask,gw,dns1,dns2,isGlobal=True,save=True): self = Ip4Range() try: #Default constructor IP4Utils.checkValidIp(startIp) IP4Utils.checkValidIp(endIp) IP4Utils.checkValidNetmask(netmask) IP4Utils.checkValidIp(gw) IP4Utils.checkValidIp(dns1) if not dns2 == "": IP4Utils.checkValidIp(dns2) self.name = name self.isGlobal= isGlobal self.startIp = startIp self.endIp = endIp self.netMask = netmask self.gw = gw self.dns1 = dns1 if not dns2 == "": self.dns2 = dns2 #Create an iterator it= IP4Utils.getIpIterator(self.startIp,self.endIp,self.netMask) self.nextAvailableIp = it.getNextIp() #Number of Slots try: self.numberOfSlots = IP4Utils.getNumberOfSlotsInRange(startIp,endIp,netmask) except Exception as e: print "Exception doing slot calculation"+str(e) self.numberOfSlots = -1 self.doSave = save if save: self.save() except Exception as e: #self.delete() raise e return self
def __setEndIp(self, value):
IP4Utils.checkValidIp(value)
self.endIp = value
self.autoSave()
def __setStartIp(self, value):
IP4Utils.checkValidIp(value)
self.startIp = value
self.autoSave()
