# 生成所有不重复的9位密码组合
with open('password.txt', 'a') as file1:
    for perm in itertools.permutations("123456789", 7):
    # 生成所有9位不重复的排列
        password = ''.join(perm)
        # 组合成字符串
        file1.write(password + '\n')
        # 写入文件

# Scrypt Lib依赖参数
N = 16384  # CPU/内存消耗参数，控制计算复杂度
r = 8      # 块大小参数，控制内存使用
p = 1      # 并行化参数，控制并行计算的数量

# 读取 gatekeeper.pattern.key 文件
with open('gatekeeper.pattern.key', 'rb') as f:  # 以二进制模式打开文件
    blob = f.read()  # 读取文件内容到变量 blob

# 提取关键信息
s = struct.Struct('<' + '17s 8s 32s')  # 定义二进制数据的解析格式：17字节字符串 + 8字节字符串 + 32字节字符串
(meta, salt, signature) = s.unpack_from(blob)  # 从 blob 中解析出 meta、salt 和 signature

# 读取字典文件
with open('password.txt', 'r') as f1:  # 以只读模式打开字典文件
    lines = f1.readlines()  # 读取所有行到列表 lines

# 遍历字典尝试破解
for data in lines:
    password = data.strip()  # 去除每行首尾的空白字符（如换行符）
    
    # 确保密码为二进制格式
    password_bytes = password.encode('utf-8')  # 将密码字符串编码为 UTF-8 格式的字节
    to_hash = meta + password_bytes  # 组合 meta 和密码字节，形成待哈希的数据
    
    # 计算 Scrypt Hash
    hash_result = scrypt.hash(to_hash, salt, N, r, p)  # 使用 Scrypt 算法计算哈希值

    # 打印调试信息
    print 'Passed: %s' % password  # 打印当前尝试的密码
    print 'signature: %s' % signature.encode('hex')  # 打印签名（十六进制格式）
    print 'Hash:      %s' % hash_result[0:32].encode('hex')  # 打印哈希值的前 32 位（十六进制格式）
    print 'Equal:     %s' % (hash_result[0:32] == signature)  # 比较哈希值的前 32 位与签名是否相等

    if hash_result[0:32] == signature:  # 如果匹配，打印成功密码并终止程序
        print "Matched: %s" % password  # 打印找到的密码
        print "SUccess"  # 打印成功信息
        exit(0)  # 退出程序

# 如果遍历完所有密码仍未找到匹配项
print "Unmatched..."  # 打印未找到匹配密码的信息

#!/usr/bin/python
# -*- coding:utf-8 -*-

import itertools
import struct
import binascii
import scrypt

def Rock():
    N = 16384
    r = 8
    p = 1
    with open('gatekeeper.pattern.key', 'rb') as f:
        blob = f.read()
    s = struct.Struct('<' + '17s 8s 32s')
    (meta, salt, signature) = s.unpack_from(blob)

    with open('password.txt', 'r') as f1:
        lines = f1.readlines()

    for data in lines:
        password = data.strip()
        password_bytes = password.encode('utf-8')  
        to_hash = meta + password_bytes
        hash_result = scrypt.hash(to_hash, salt, N, r, p)
        print 'Passed: %s' % password
        print 'signature: %s' % signature.encode('hex')
        print 'Hash:      %s' % hash_result[0:32].encode('hex')
        print 'Equal:     %s' % (hash_result[0:32] == signature)
        if hash_result[0:32] == signature:
            print "Matched: %s" % password
            print "Success!"
            exit(0)
    print "Unmatched..."

def Passlist():
    with open('password.txt', 'a') as file1:
        for perm in itertools.permutations("123456789", 7):
            password = ''.join(perm)
            file1.write(password + '\n')
    Rock()

if __name__ == "__main__":
    Passlist()