根据目标用户信息 Python生成WPA2密码字典
发布时间：2022-06-30 22:15:56 所属栏目：安全 来源：互联网
导读：如何根据目标WiFi的用户信息，用Python生成一份独特的WPA2密码表？ 随着无线网络的不断发展，几乎所有场合都会覆盖WIFI信号，无论是公共地点还是家庭之中。众所周知，目前WIFI普遍的认证方式为wpa2，这种认证方式安全性相当不错，但由于人们设置密码时的随意
|
如何根据目标WiFi的用户信息，用Python生成一份独特的WPA2密码表？ 随着无线网络的不断发展，几乎所有场合都会覆盖WIFI信号，无论是公共地点还是家庭之中。众所周知，目前WIFI普遍的认证方式为wpa2，这种认证方式安全性相当不错，但由于人们设置密码时的随意性和固有思维，使得我们可以利用字典暴力破解。普通的字典大多是全覆盖的、总结性的，针对部分弱口令或许有用，不过1g的字典就算跑也要跑几个小时。那么如何利用已知目标wifi用户的信息生成一个不错的字典呢？ 寻找wifi及具体信息 首先，生成字典的目的是为了破解密码，而想要破解密码，得先寻找一个wifi，假设找到了你邻居的wifi，那么接下来要做的就是收集信息。譬如：邻居的名字，生日，工作，老婆叫什么，儿子叫什么，生日是哪天。我们获得的信息越多，生成的密码字典就越丰富，破解可能性就越大。 填写信息文件 收集信息后，要做的是创建一个文件。 根据目标用户信息，Python生成WPA2密码字典 如图，首先创建一个名为information的文件，无后缀。格式如下，以“:”为分界线（英文冒号），左侧为信息名称，右侧为信息的具体内容，内容不清楚则填no，由于代码关系，不要少于20行。 生成字典 信息文件创建完毕后，便可以生成字典。这里我使用python来完成这一工作。生成的算法策略如下。 1. 大于8位的直接保留，小于8位的舍弃。 2. 信息相互组合，小于8位舍弃。 3. 生日提取年份、日月与其他信息组合，小于8位舍弃。 4. 所有小于8位的信息与短数字（0-9的全排列）进行组合，生成8位密码。 5. 所有信息与的9位以内短数字进行组合如（1233456789，000000000）。 6. 所有组合与特殊符号相结合，如“#”、“%”等。特殊字符的位置可以是开头中间和结尾。 接下来，使用python根据以上策略对信息进行结合处理。首先将信息存入一个list中。 f = open('information','r') lines = f.read().split('r') name = lines[0].split(':')[1] list.append(name) simple_name = lines[1].split(':')[1] list.append(simple_name) family_name = lines[2].split(':')[1] list.append(family_name) phone_number = lines[3].split(':')[1] list.append(phone_number) study_number = lines[4].split(':')[1] list.append(study_number) birthday = lines[5].split(':')[1] list.append(birthday) if birthday!='no' and birthday!= 'NO': birthday_month_day = birthday[4:] birthday_year = birthday[0:4] list.append(birthday_month_day) list.append(birthday_year) else: birthday_month_day = 'no' birthday_year = 'no' list.append(birthday_month_day) list.append(birthday_year) idol_name = lines[6].split(':')[1] list.append(idol_name) idol_simple_name = lines[7].split(':')[1] list.append(idol_simple_name) father_name = lines[8].split(':')[1] list.append(family_name) father_simple_name = lines[9].split(':')[1] list.append(father_simple_name) mather_name = lines[10].split(':')[1] list.append(mather_name) mather_simple_name = lines[11].split(':')[1] list.append(mather_simple_name) son_name = lines[12].split(':')[1] list.append(son_name) son_simple_name = lines[13].split(':')[1] list.append(son_simple_name) father_birthday = lines[14].split(':')[1] list.append(father_birthday) if father_birthday!='no' and father_birthday!= 'NO': father_birthday_month_day = father_birthday[4:] father_birthday_year = father_birthday[0:4] list.append(father_birthday_month_day) list.append(father_birthday_year) else: father_birthday_month_day = 'no' father_birthday_year = 'no' list.append(father_birthday_month_day) list.append(father_birthday_year) mather_birthday = lines[15].split(':')[1] list.append(mather_birthday) if mather_birthday!='no' and mather_birthday!= 'NO': mather_birthday_month_day = mather_birthday[4:] mather_birthday_year = mather_birthday[0:4] list.append(mather_birthday_month_day) list.append(mather_birthday_year) else: mather_birthday_month_day = 'no' mather_birthday_year = 'no' list.append(mather_birthday_month_day) list.append(mather_birthday_year) son_birthday = lines[16].split(':')[1] list.append(son_birthday) if son_birthday !='no' and son_birthday != 'NO': son_birthday_month_day = son_birthday[4:] son_birthday_year = son_birthday[0:4] list.append(son_birthday_month_day) list.append(son_birthday_year) else: son_birthday_month_day = 'no' son_birthday_year = 'no' list.append(son_birthday_month_day) list.append(son_birthday_year) address = lines[17].split(':')[1] list.append(address) university_name = lines[18].split(':')[1] list.append(university_name) university_simple_name = lines[19].split(':')[1] list.append(university_simple_name) for i in range(20,len(lines)): list.append(lines[i].split(':')[1]) f.close() 为了阅读方便，information文件中前20个信息写的很具体。最后三行则是对20行之后的补充。 随后，将短数字与特殊符号放入其他两个list中，代码见最后。并根据策略进行相互组合。最后生成符合我们心意的字典。最后附上代码~ #coding:utf-8 import itertools def read_file(): try: f = open('information','r') lines = f.read().split('r') name = lines[0].split(':')[1] list.append(name) simple_name = lines[1].split(':')[1] list.append(simple_name) family_name = lines[2].split(':')[1] list.append(family_name) phone_number = lines[3].split(':')[1] list.append(phone_number) study_number = lines[4].split(':')[1] list.append(study_number) birthday = lines[5].split(':')[1] list.append(birthday) if birthday!='no' and birthday!= 'NO': birthday_month_day = birthday[4:] birthday_year = birthday[0:4] list.append(birthday_month_day) list.append(birthday_year) else: birthday_month_day = 'no' birthday_year = 'no' list.append(birthday_month_day) list.append(birthday_year) idol_name = lines[6].split(':')[1] list.append(idol_name) idol_simple_name = lines[7].split(':')[1] list.append(idol_simple_name) father_name = lines[8].split(':')[1] list.append(family_name) father_simple_name = lines[9].split(':')[1] list.append(father_simple_name) mather_name = lines[10].split(':')[1] list.append(mather_name) mather_simple_name = lines[11].split(':')[1] list.append(mather_simple_name) son_name = lines[12].split(':')[1] list.append(son_name) son_simple_name = lines[13].split(':')[1] list.append(son_simple_name) father_birthday = lines[14].split(':')[1] list.append(father_birthday) if father_birthday!='no' and father_birthday!= 'NO': father_birthday_month_day = father_birthday[4:] father_birthday_year = father_birthday[0:4] list.append(father_birthday_month_day) list.append(father_birthday_year) else: father_birthday_month_day = 'no' father_birthday_year = 'no' list.append(father_birthday_month_day) list.append(father_birthday_year) mather_birthday = lines[15].split(':')[1] list.append(mather_birthday) if mather_birthday!='no' and mather_birthday!= 'NO': mather_birthday_month_day = mather_birthday[4:] mather_birthday_year = mather_birthday[0:4] list.append(mather_birthday_month_day) list.append(mather_birthday_year) else: mather_birthday_month_day = 'no' mather_birthday_year = 'no' list.append(mather_birthday_month_day) list.append(mather_birthday_year) son_birthday = lines[16].split(':')[1] list.append(son_birthday) if son_birthday !='no' and son_birthday != 'NO': son_birthday_month_day = son_birthday[4:] son_birthday_year = son_birthday[0:4] list.append(son_birthday_month_day) list.append(son_birthday_year) else: son_birthday_month_day = 'no' son_birthday_year = 'no' list.append(son_birthday_month_day) list.append(son_birthday_year) address = lines[17].split(':')[1] list.append(address) university_name = lines[18].split(':')[1] list.append(university_name) university_simple_name = lines[19].split(':')[1] list.append(university_simple_name) for i in range(20,len(lines)): list.append(lines[i].split(':')[1]) f.close() except: pass def combination(): f = open('create_key','w') for i in range(len(list)): if list[i]!='no': if len(list[i]) >= 8: f.write(list[i]+'n') elif len(list[i])<8: n = 8 - len(list[i]) for j in itertools.permutations('1234567890',n): f.write(list[i]+''.join(j)+'n') for j in range(0,len(list)): if len(list[i]+list[j])>=8 and list[i]!='no' and list[j]!='no' and list[i]!=list[j]: f.write(list[i]+list[j]+'n') for m in range(0,len(list_special)): f.write(list_special[m]+list[i] + list[j] + 'n') f.write(list[i] + list_special[m] + list[j] + 'n') f.write(list[i] + list[j] + list_special[m] + 'n') for k in range(0,12): for l in range(10): if len(list[i]+list_number[k][0:l])>=8: f.write(list[i]+list_number[k][0:l]+'n') f.write(list_number[k][0:l]+list[i]+'n') for m in range(0, len(list_special)): f.write(list_special[m] + list[i] + list_number[k][0:l] + 'n') f.write(list[i] + list_special[m] + list_number[k][0:l] + 'n') f.write(list[i] + list_number[k][0:l] + list_special[m] + 'n') f.write(list_special[m] + list_number[k][0:l] + list[i] + 'n') f.write(list_number[k][0:l] +list_special[m] + list[i] + 'n') f.write(list_number[k][0:l] + list[i] + list_special[m]+'n') f.write(list[i]+list_number[k]+'n') for m in range(0, len(list_special)): f.write(list_special[m]+list[i] + list_number[k] + 'n') f.write(list[i]+list_special[m]+list_number[k]+'n') f.write(list[i]+list_number[k]+list_special[m]+'n') f.write(list_number[k]+list[i]+'n') for m in range(0, len(list_special)): f.write(list_special[m]+list_number[k] + list[i] + 'n') f.write(list_number[k]+list_special[m]+list[i]+'n') f.write(list_number[k]+list[i]+list_special[m]+'n') f.close() def create_list_number(): simple_number1 = '123456789' list_number.append(simple_number1) simple_number2 = '000000000' list_number.append(simple_number2) simple_number3 = '111111111' list_number.append(simple_number3) simple_number4 = '222222222' list_number.append(simple_number4) simple_number5 = '333333333' list_number.append(simple_number5) simple_number6 = '444444444' list_number.append(simple_number6) simple_number7 = '555555555' list_number.append(simple_number7) simple_number8 = '666666666' list_number.append(simple_number8) simple_number9 = '777777777' list_number.append(simple_number9) simple_number10 = '888888888' list_number.append(simple_number10) simple_number11 = '999999999' list_number.append(simple_number11) simple_number12 = '987654321' list_number.append(simple_number12) def create_list_special(): list_special.append(',') list_special.append('.') list_special.append('?') list_special.append('#') list_special.append('/') list_special.append(';') list_special.append(':') list_special.append('!') list_special.append('@') list_special.append('$') list_special.append('%') list_special.append('^') list_special.append('&') list_special.append('*') def main(): global list list = [] global list_number list_number = [] global list_special list_special = [] create_list_special() create_list_number() read_file() combination() if __name__ == '__main__': main() （编辑：济源站长网） 【声明】本站内容均来自网络，其相关言论仅代表作者个人观点，不代表本站立场。若无意侵犯到您的权利，请及时与联系站长删除相关内容! |
