分享一个可以生成各种进制格式IP的小工具实例代码

if re.match(r"^192\.168(\.([2][0-4]\d|[2][5][0-5]|[01]?\d?\d)){2}$", ip_address) or \
 
 re.match(r"^172\.([1][6-9]|[2]\d|3[01])(\.([2][0-4]\d|[2][5][0-5]|[01]?\d?\d)){2}$", ip_address) or \
 re.match(r"^10(\.([2][0-4]\d|[2][5][0-5]|[01]?\d?\d)){3}$", ip_address):
 raise Execption("inner ip")

#!/usr/bin/env python
# -*- coding:utf8 -*-
"""
各种进制的IP表示及其它们的组合
"""
import socket
import struct
import itertools
def ip_split_by_comma_oct(ip):
 """
 :param ip:
 :return:
 """
 parsed_result = set()
 ip_split = str(ip).split('.')
 ip_split_oct = [oct(int(_)) for _ in ip_split]
 parsed_result.add('.'.join(ip_split_oct))
 return parsed_result
def ip_split_by_comma_hex(ip):
 """
 :param ip:
 :return:
 """
 parsed_result = set()
 ip_split = str(ip).split('.')
 ip_split_hex = [hex(int(_)) for _ in ip_split]
 parsed_result.add('.'.join(ip_split_hex))
 return parsed_result
def combination_oct_int_ip(ip):
 """
 :param ip:
 :return:
 """
 result = set()
 parsed_result = set()
 ip_split = str(ip).split('.')
 oct_2 = list(itertools.combinations([0, 1, 2, 3], 2))
 oct_3 = list(itertools.combinations([0, 1, 2, 3], 3))
 for n, _ in enumerate(ip_split):
 _tmp = oct(int(_))
 _delete = ip_split[:n] + ip_split[n+1:]
 _delete.insert(n, _tmp)
 result.add(tuple(_delete))
 for _ in oct_2:
 _tmp_ip = ip_split[:]
 _tmp1 = oct(int(ip_split[_[0]]))
 _tmp2 = oct(int(ip_split[_[1]]))
 del _tmp_ip[_[0]]
 del _tmp_ip[_[1] - 1]
 _tmp_ip.insert(_[0], _tmp1)
 _tmp_ip.insert(_[1], _tmp2)
 result.add(tuple(_tmp_ip))
 for _ in oct_3:
 _tmp_ip = ip_split[:]
 _tmp1 = oct(int(ip_split[_[0]]))
 _tmp2 = oct(int(ip_split[_[1]]))
 _tmp3 = oct(int(ip_split[_[2]]))
 del _tmp_ip[_[0]]
 del _tmp_ip[_[1] - 1]
 del _tmp_ip[_[2] - 2]
 _tmp_ip.insert(_[0], _tmp1)
 _tmp_ip.insert(_[1], _tmp2)
 _tmp_ip.insert(_[2], _tmp3)
 result.add(tuple(_tmp_ip))
 for _ in result:
 parsed_result.add('.'.join(_))
 return parsed_result
def combination_hex_int_ip(ip):
 """
 :param ip:
 :return:
 """
 result = set()
 parsed_result = set()
 ip_split = str(ip).split('.')
 hex_2 = list(itertools.combinations([0, 1, 2, 3], 2))
 hex_3 = list(itertools.combinations([0, 1, 2, 3], 3))
 for n, _ in enumerate(ip_split):
 _tmp = hex(int(_))
 _delete = ip_split[:n] + ip_split[n+1:]
 _delete.insert(n, _tmp)
 result.add(tuple(_delete))
 for _ in hex_2:
 _tmp_ip = ip_split[:]
 _tmp1 = hex(int(ip_split[_[0]]))
 _tmp2 = hex(int(ip_split[_[1]]))
 del _tmp_ip[_[0]]
 del _tmp_ip[_[1] - 1]
 _tmp_ip.insert(_[0], _tmp1)
 _tmp_ip.insert(_[1], _tmp2)
 result.add(tuple(_tmp_ip))
 for _ in hex_3:
 _tmp_ip = ip_split[:]
 _tmp1 = hex(int(ip_split[_[0]]))
 _tmp2 = hex(int(ip_split[_[1]]))
 _tmp3 = hex(int(ip_split[_[2]]))
 del _tmp_ip[_[0]]
 del _tmp_ip[_[1] - 1]
 del _tmp_ip[_[2] - 2]
 _tmp_ip.insert(_[0], _tmp1)
 _tmp_ip.insert(_[1], _tmp2)
 _tmp_ip.insert(_[2], _tmp3)
 result.add(tuple(_tmp_ip))
 for _ in result:
 parsed_result.add('.'.join(_))
 return parsed_result
def combination_hex_int_oct_ip(ip):
 """
 :param ip:
 :return:
 """
 result = set()
 parsed_result = set()
 ip_split = str(ip).split('.')
 hex_3 = list(itertools.combinations([0, 1, 2, 3], 3))
 for n1, n2, n3 in hex_3:
 _tmp_ip = ip_split[:]
 _tmp_2 = oct(int(_tmp_ip[n2]))
 _tmp_3 = hex(int(_tmp_ip[n3]))
 del _tmp_ip[n2]
 del _tmp_ip[n3 - 1]
 _tmp_ip.insert(n2, _tmp_2)
 _tmp_ip.insert(n3, _tmp_3)
 result.add(tuple(_tmp_ip))
 for _ in result:
 parsed_result.add('.'.join(_))
 return parsed_result
if __name__ == '__main__':
 ip = '10.1.100.1'
 ip_int = struct.unpack('!L', socket.inet_aton(ip))[0]
 ip_oct_no_comma = oct(ip_int)
 ip_hex_no_comma = hex(ip_int)
 ip_oct_by_comma = ip_split_by_comma_oct(ip)
 ip_hex_by_comma = ip_split_by_comma_hex(ip)
 all_result = ip_oct_by_comma | ip_hex_by_comma | combination_oct_int_ip(ip) | combination_hex_int_ip(ip) | combination_hex_int_oct_ip(ip)
 for _ip in all_result:
 print _ip