LeucoByte/mcpscrk

## 架构 ``` src/ ├── main.rs boot + CLI + privilege/engine warnings ├── cli.rs single flag: -p/--port ├── engine/ THE FORGE - all dictionary-building logic │ ├── sets.rs OSINT categories + symbol/separator defaults │ ├── expand.rs capitalization + leet speak (with explosion guards) │ ├── dates.rs date engine │ ├── block.rs assembly piece (block) │ ├── blueprint.rs ordered blocks = nested loops, size estimate │ ├── forge.rs lazy generation + dedup + streaming write + count │ └── filters.rs min/max length ├── crack/ THE STRIKE - drives hashcat/john (never reinvents them) │ ├── detect.rs hash-type detection (hashcat --identify + John's view) │ ├── job.rs async attack: live progress, cancel, engine fallback │ ├── runner.rs engine primitives │ └── rating.rs exposure verdict └── server/ THE VIEW - web server (axum), state, routes web/ embedded frontend (brief / target / forge / strike) ``` ## 负责任的使用 仅对您拥有或明确授权测试的散列和账户使用 mcpscrk。它所教授的真实教训是：手工制作的、基于痕迹的密码是脆弱的——请使用密码管理器。

标签：Axum, Bitdefender, CLI, DOS头擦除, Hashcat, John the Ripper, Leet Speak, Rust 编程, Web 服务器, WiFi技术, 取消攻击, 可视化界面, 安全测试, 密码学, 密码破解, 嵌入式前端, 异步攻击, 手动系统调用, 攻击性安全, 攻击评估, 日期处理, 符号处理, 责任使用, 资本化处理, 进度监控, 通知系统