IP.py

class IP:
    ip:str
    integer:int
    def __init__(self,address=0):
        if isinstance(address,int):
            self.integer = address
            self.ip = self.toString(address)
        if isinstance(address,str):
            self.ip = address
            self.integer = self.toInteger(address)
    def parse(self,address,ip):
        """[summary]

        [description]

        Arguments:
            address {[type]} -- [description]
            ip {[type]} -- [description]
        """
        pass
    def toString(self,integer):
        return f'{(integer>>24)&0xff}.{(integer>>16)&0xff}.{(integer>>8)&0xff}.{(integer>>0)&0xff}'
    def toInteger(self,address="0.0.0.0"):
        """[summary]

        [description]

        Arguments:
            address {[type]} -- [description]

        Returns:
            [type] -- [description]
        """
        ipNumber = 0
        partIp = address.split('.')
        i = 0
        for x in partIp:
            ipNumber= ipNumber + int(x)*(0x100**(3-i))
            i=i+1
        return ipNumber
    def range(self,start:int = 0,end:int = 0,ipType=""):
        IPRange = {
            "A":["0.0.0.0","127.255.255.255"],
            "B":["128.0.0.0","191.255.255.255"],
            "C":["192.0.0.0","223.255.255.255"],
            "D":["224.0.0.0","239.255.255.255"],
            "E":["240.0.0.0","247.255.255.255"]
        }
        this = self
        class IpRangeIter:
            def __iter__(self):
                self.count = start
                return self
            def __next__(self):
                if(ipType is 'A'):
                    this.integer = this.toInteger(IPRange['A'][0])
                    end = this.toInteger(IPRange['A'][1])
                elif(ipType is 'B'):
                    this.integer = this.toInteger(IPRange['B'][0])
                    end = this.toInteger(IPRange['B'][1])
                elif(ipType is 'C'):
                    this.integer = this.toInteger(IPRange['C'][0])
                    end = this.toInteger(IPRange['C'][1])
                elif(ipType is 'D'):
                    this.integer = this.toInteger(IPRange['D'][0])
                    end = this.toInteger(IPRange['D'][1])
                elif(ipType is 'E'):
                    this.integer = this.toInteger(IPRange['E'][0])
                    end = this.toInteger(IPRange['E'][1])
                if(self.count < end):
                    integerVal = this.integer + self.count
                    val  = this.toString(integerVal)
                    self.count += 1
                    return (val,integerVal)
                else:
                    raise StopIteration()
        return iter(IpRangeIter())
if __name__ == '__main__':
    for ip,integer in IP().range(ipType='C'):
        print(ip,integer)

    for ip,integer in IP("127.0.0.1").range(start=0,end=255):
        print(ip,integer)