用python实现XOR加密
作者：互联网
#coding=utf-8
#md5算法 import hashlib h_md5 = hashlib.md5() x = input("请输入要加密的文字:") print( "Text：",x) data = x.encode('utf-8', errors='ignore') #加密，同时忽略可能带来的错误 h_md5.update(data) md5_str = h_md5.hexdigest() print("MD5：",md5_str)
#形成key #随机生成一个32位的十六进制，0～F，作为一次性key from random import * n = "".join([choice("0123456789ABCDEF") for i in range(32)]) print ( "Key：", n)
#xor运算 txt1 = [] k = '' u = '' for a in range(32): i = '0x' + md5_str[a] j = '0x' + n[a] x=bin(eval(i)).replace('0b','') #十六进制转二进制 y=bin(eval(j)).replace('0b','') for c in range(min(len(x),len(y))): if (x[-c] == y[-c]) : e = '0' elif(x[-c] != y[-c]): e = '1' k = e + k k ='0b' + k d = k k = '' s = hex(eval(d)).replace('0x','') #二进制转十六进制 u = u + s print("CipherText：",u)
#md5算法 import hashlib h_md5 = hashlib.md5() x = input("请输入要加密的文字:") print( "Text：",x) data = x.encode('utf-8', errors='ignore') #加密，同时忽略可能带来的错误 h_md5.update(data) md5_str = h_md5.hexdigest() print("MD5：",md5_str)
#形成key #随机生成一个32位的十六进制，0～F，作为一次性key from random import * n = "".join([choice("0123456789ABCDEF") for i in range(32)]) print ( "Key：", n)
#xor运算 txt1 = [] k = '' u = '' for a in range(32): i = '0x' + md5_str[a] j = '0x' + n[a] x=bin(eval(i)).replace('0b','') #十六进制转二进制 y=bin(eval(j)).replace('0b','') for c in range(min(len(x),len(y))): if (x[-c] == y[-c]) : e = '0' elif(x[-c] != y[-c]): e = '1' k = e + k k ='0b' + k d = k k = '' s = hex(eval(d)).replace('0x','') #二进制转十六进制 u = u + s print("CipherText：",u)
标签：十六进制,加密,python,0b,range,eval,print,XOR,md5 来源： https://www.cnblogs.com/xyydzwjs/p/15468658.html