一款适用于NTFS文件系统的硬链接文件查重工具，在不改变文件夹结构的情况下节省大量磁盘空间。
A hard link file deduplication tool for NTFS file systems, saving a significant amount of disk space without altering the folder structure.
Note
此项目的大多数代码由ChatGPT和DeepSeek-v4大肥鱼编写、后期人工检查合并。
Note
Most of the code for this project was written by ChatGPT and then manually reviewed and merged later.
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扫盘/读取文件夹：使用NTFS
$MFT原始数据直接解析，速度极快， 在一块满的20TB机械硬盘中，15s即可扫完。-
同时兼容普通扫盘和MFT两种模式，MFT需要管理员模式重启。
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自动过滤系统文件如$RECYCLE.BIN以避免出现意外错误。
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校验和硬链接创建：使用SHA-256完整校验，并以至多1024文件一组创建硬链接。
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支持自动保护系统文件（如desktop.ini），自动跳过空文件。
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自动修复只读的文件和隐藏的文件。
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HashList保存和搜索
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支持以较高性能的搜索显示和列表排序，实测2 000 000项目全部加载显示仅需2s，且后续无卡顿。
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支持基本AND、OR搜索、完整路径搜索、HASH搜索
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支持自动读取已有列表并追加新文件
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Disk Scan/Folder Read: Directly parses raw data using NTFS
$MFT, extremely fast. On a full 20TB hard drive, it only takes 15 seconds to scan.-
Compatible with both regular disk scan and MFT modes. MFT requires administrator mode restart.
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Automatically filters system files such as $RECYCLE.BIN to avoid unexpected errors.
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Verification and Hard Link Creation: Uses full SHA-256 verification and creates hard links in groups of up to 1024 files.
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Supports automatic protection of system files (such as desktop.ini) and automatically skips empty files.
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Automatically repairs read-only and hidden files.
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HashList Saving and Search
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Supports high-performance search display and list sorting. In actual testing, loading and displaying all 2,000,000 items took only 2 seconds, with no subsequent lag. *
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Supports basic AND, OR, full path, and HASH searches.
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Supports automatically reading existing lists and appending new files.
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仅支持NTFS文件系统，其他文件系统尝试启动会输出错误。
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HashList的二次加载：目前不支持校验文件是否一致，故用户需要自行确保前后两次运行的根目录一致，且文件未被修改！
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建议配合
diskpart的readonly属性设置使用，在处理完毕后进行只读锁，避免文件被改导致HASH失效！
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Only supports NTFS file systems. Attempting to start on other file systems will result in an error.
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Secondary loading of HashList: Currently, file consistency verification is not supported. Therefore, users need to ensure that the root directory is the same for both runs and that the files have not been modified!
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It is recommended to use this in conjunction with the
diskpart'sreadonlyproperty to apply a read-only lock after processing, preventing file modification from invalidating the HASH!