[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"skill:01M71KC3GABBWW97JKSPKTVHXP":3,"skill-same:01M71KC3GABBWW97JKSPKTVHXP":116},{"skillNo":4,"name":5,"nameZh":6,"description":7,"descriptionZh":6,"repositoryFullName":8,"ownerLogin":9,"ownerAvatarUrl":10,"ownerAccountNo":11,"ownerDisplayName":12,"repositoryNo":13,"starsCount":14,"licenseSpdxId":15,"licenseFileUrl":6,"sourceHtmlUrl":16,"categories":17,"keywords":26,"publishedAt":37,"linkOnly":38,"markdownContent":39,"markdownBody":40,"frontMatter":41,"refName":43,"commitSha":44,"skillDirectory":45,"forksCount":46,"repositoryHtmlUrl":47,"repositoryHomepageUrl":48,"ownerHtmlUrl":49,"ownerBlogUrl":50,"ownerDescription":51,"updatedAt":52,"install":53,"resources":65},"01M71KC3GABBWW97JKSPKTVHXP","js-reverse",null,"在使用 js-reverse-mcp 做前端 JavaScript 逆向时使用，适用于签名链路定位、页面观察取证、运行时采样、本地补环境复现与证据化输出。优先适配当前环境里的 js-reverse_* 工具，需要更强的浏览器\u002FCDP\u002FHook 面时联动 jshookmcp。","coco-research\u002Fcoco","coco-research","https:\u002F\u002Favatars.githubusercontent.com\u002Fu\u002F68911604?v=4","01M71JRE9C4NM4NSZM4JD0BJTB","Coco Research","01M71JREA0ZMR0PMH3CKA99SN1",631,"Apache-2.0","https:\u002F\u002Fgithub.com\u002Fcoco-research\u002Fcoco\u002Fblob\u002Fmain\u002Fsystems\u002Freverse-skill\u002Fskills\u002Fjs-reverse\u002FSKILL.md",[18,23],{"categoryNo":19,"categoryName":20,"taxonomyType":21,"taxonomyTypeDesc":22},"01JBSEEDCAT000000000000009","前端开发","SCENARIO","使用场景",{"categoryNo":24,"categoryName":25,"taxonomyType":21,"taxonomyTypeDesc":22},"01JBSEEDCAT000000000000023","Skill与智能体开发",[27,28,29,30,31,32,33,34,35,36],"js","js reverse","reverse","frontend","MCP","javascript","cdp","hook","工具","true","2026-11-10 10:12:30",false,"---\nname: js-reverse\ndescription: 在使用 js-reverse-mcp 做前端 JavaScript 逆向时使用，适用于签名链路定位、页面观察取证、运行时采样、本地补环境复现与证据化输出。优先适配当前环境里的 js-reverse_* 工具，需要更强的浏览器\u002FCDP\u002FHook 面时联动 jshookmcp。\nuser-invocable: true\n---\n\n# MCP 前端 JS 逆向作业规范\n\n## 适用范围\n\n当任务属于以下场景时优先使用本 skill：\n\n- 定位接口签名、加密参数、风控字段\n- 观察页面请求链路与脚本来源\n- 在运行时抓取函数入参与返回值\n- 追踪某个 XHR\u002FFetch\u002FWebSocket 的触发点\n- 把页面证据带回 Node 做本地复现与补环境\n\n如果目标是二进制、APK、PE、ELF、DLL、SO，请改用 `ida-reverse`、`radare2` 或 `reverse-engineering`。\n\n## 当前环境默认工具映射\n\n本 skill 不假设存在裸工具名，而是默认绑定当前客户端环境里可用的 `js-reverse_*` 工具。\n\n如果当前任务明确提到 `jshookmcp`、`JS hook`、`CDP`、浏览器断点、网络拦截、SourceMap 或 AST 去混淆，也仍然走本 skill；只是把底层 MCP 面切到 `jshookmcp`，而不是把它当成一个新的总入口。\n\n前提条件：`jshookmcp` 不是本地裸命令工具，而是一个要先下载、显式注册并启用的 MCP server。只有在所选客户端（Claude、Codex 等）的 MCP 配置里接入并启用后，相关工具面才真的可调用。\n\n常用映射：\n\n- `list_scripts` -> `js-reverse_list_scripts`\n- `get_script_source` -> `js-reverse_get_script_source`\n- `search_in_sources` -> `js-reverse_search_in_sources`\n- `break_on_xhr` -> `js-reverse_break_on_xhr`\n- `evaluate_script` -> `js-reverse_evaluate_script`\n- `get_paused_info` -> `js-reverse_get_paused_info`\n- `set_breakpoint_on_text` -> `js-reverse_set_breakpoint_on_text`\n- `list_network_requests` -> `js-reverse_list_network_requests`\n- `get_request_initiator` -> `js-reverse_get_request_initiator`\n- `get_websocket_messages` -> `js-reverse_get_websocket_messages`\n- `take_screenshot` -> `js-reverse_take_screenshot`\n- `new_page` -> `js-reverse_new_page`\n- `navigate_page` -> `js-reverse_navigate_page`\n- `select_page` -> `js-reverse_select_page`\n- `select_frame` -> `js-reverse_select_frame`\n- `pause\u002Fresume` -> `js-reverse_pause_or_resume`\n\n如果未来工具名前缀变化，先更新本节，不要在执行时临时猜测。\n\n### jshookmcp 的定位\n\n- 角色：`js-reverse` 的增强执行面，不是独立总控\n- 适合：浏览器自动化、CDP 调试、JS Hook、网络拦截、SourceMap 重建、AST 辅助理解\n- 调用前提：先把 `@jshookmcp\u002Fjshook` 下载并注册到 MCP 客户端配置里，然后确保该 server 已启用\n- 建议入口：仍然按 `Observe → Capture → Rebuild` 执行，只是在 `Observe\u002FCapture` 阶段优先调用 jshookmcp 的浏览器与 Hook 能力\n- 与 anything-analyzer 关系：两者都能做浏览器\u002F网络侧取证；anything-analyzer 更偏抓包与 HTTP 分析，jshookmcp 更偏 JS 运行时、CDP、Hook 和源码理解\n\n## 核心原则\n\n- `Observe-first`\n- `Hook-preferred`\n- `Breakpoint-last`\n- `Rebuild-oriented`\n- `Evidence-first`\n\n先页面观察，再最小化采样，再做本地补环境，不要跳过取证直接猜环境。\n\n## 五阶段工作流\n\n### 1. Observe\n\n目标：先确认目标请求、相关脚本、候选函数，不猜环境。\n\n默认动作：\n\n- 用 `js-reverse_new_page` 或 `js-reverse_navigate_page` 打开目标页面\n- 用 `js-reverse_list_network_requests` 找目标请求\n- 用 `js-reverse_get_request_initiator` 回溯调用来源\n- 用 `js-reverse_list_scripts`、`js-reverse_search_in_sources` 缩小脚本范围\n\n必须产出：\n\n- 目标请求 URL 或特征\n- initiator 线索\n- 可疑脚本 URL\n- 初始任务记录\n\n### 2. Capture\n\n目标：对目标请求做最小侵入采样，拿到参数样例、调用顺序、运行时证据。\n\n规则：\n\n- 优先 `js-reverse_break_on_xhr`\n- 优先 `js-reverse_evaluate_script` 做轻量运行时观察\n- 命中后先看 `js-reverse_get_paused_info`\n- 必要时再用 `js-reverse_set_breakpoint_on_text`\n\n### 3. Rebuild\n\n目标：把页面证据整理成本地可迭代的 Node 复现材料。\n\n规则：\n\n- 本地补环境必须以页面观测证据为依据\n- 不允许空想式补 `window\u002Fdocument\u002Fnavigator\u002Fcrypto\u002Fstorage`\n- 每次只记录一个最小因果补丁决策\n\n### 4. Patch\n\n目标：按报错和 first divergence 驱动补环境，直到本地脚本稳定跑出目标参数。\n\n规则：\n\n- 先看缺什么，再补什么\n- 一次只做一个最小补丁决策\n- 每次补丁后立即复测\n- 每次补丁都写入任务记录\n\n### 5. DeepDive\n\n目标：本地跑通后，再做去混淆、控制流还原、业务逻辑提纯。\n\n规则：\n\n- 如果当前任务只是出签名，这一阶段可以降级\n- 如果要长期复用算法链路，这一阶段必须做\n- Issue #65 混淆旁路（U–AV §4）：JSVMP（AD）→ `E-js-vmp`；CFF+字符串数组（AE）→ `E-js-deobf`；DevTools\u002Fdebugger 反调试（AF）→ `E-js-anti-debug`。完整触发表见 `..\u002Freverse-engineering\u002Freferences\u002Fnonpe-format-cookbook.md`；AST 细节仍用 `references\u002Fast-deobfuscation.md`\n\n## 执行要求\n\n- 所有重要步骤都要写入本地 task artifact\n- 如果无法解释为什么调用某个工具，就不要调用\n- 优先使用 `js-reverse_*` 或 jshookmcp 的现成 MCP 能力直接取证，不要先写脚本重造能力\n- 失败时按 `references\u002Ffallbacks.md` 回退\n- 输出遵循 `references\u002Foutput-contract.md`\n\n## 必读引用\n\n- 自动化入口：`references\u002Fautomation-entry.md`\n- 参数默认值：`references\u002Ftool-defaults.md`\n- 任务输入模板：`references\u002Ftask-input-template.md`\n- MCP 专用任务编排：`references\u002Fmcp-task-template.md`\n- 任务产物：`references\u002Ftask-artifacts.md`\n- 本地复现：`references\u002Flocal-rebuild.md`\n- 补环境：`references\u002Fenv-patching.md`\n- Node 复现：`references\u002Fnode-env-rebuild.md`\n- 插桩：`references\u002Finstrumentation.md`\n- AST 去混淆：`references\u002Fast-deobfuscation.md`\n- 非 PE\u002FJS 混淆菜谱 U–AV：`..\u002Freverse-engineering\u002Freferences\u002Fnonpe-format-cookbook.md`（AD\u002FAE\u002FAF）\n- 回退：`references\u002Ffallbacks.md`\n- 输出契约：`references\u002Foutput-contract.md`\n\n---\n","# MCP 前端 JS 逆向作业规范\n\n## 适用范围\n\n当任务属于以下场景时优先使用本 skill：\n\n- 定位接口签名、加密参数、风控字段\n- 观察页面请求链路与脚本来源\n- 在运行时抓取函数入参与返回值\n- 追踪某个 XHR\u002FFetch\u002FWebSocket 的触发点\n- 把页面证据带回 Node 做本地复现与补环境\n\n如果目标是二进制、APK、PE、ELF、DLL、SO，请改用 `ida-reverse`、`radare2` 或 `reverse-engineering`。\n\n## 当前环境默认工具映射\n\n本 skill 不假设存在裸工具名，而是默认绑定当前客户端环境里可用的 `js-reverse_*` 工具。\n\n如果当前任务明确提到 `jshookmcp`、`JS hook`、`CDP`、浏览器断点、网络拦截、SourceMap 或 AST 去混淆，也仍然走本 skill；只是把底层 MCP 面切到 `jshookmcp`，而不是把它当成一个新的总入口。\n\n前提条件：`jshookmcp` 不是本地裸命令工具，而是一个要先下载、显式注册并启用的 MCP server。只有在所选客户端（Claude、Codex 等）的 MCP 配置里接入并启用后，相关工具面才真的可调用。\n\n常用映射：\n\n- `list_scripts` -> `js-reverse_list_scripts`\n- `get_script_source` -> `js-reverse_get_script_source`\n- `search_in_sources` -> `js-reverse_search_in_sources`\n- `break_on_xhr` -> `js-reverse_break_on_xhr`\n- `evaluate_script` -> `js-reverse_evaluate_script`\n- `get_paused_info` -> `js-reverse_get_paused_info`\n- `set_breakpoint_on_text` -> `js-reverse_set_breakpoint_on_text`\n- `list_network_requests` -> `js-reverse_list_network_requests`\n- `get_request_initiator` -> `js-reverse_get_request_initiator`\n- `get_websocket_messages` -> `js-reverse_get_websocket_messages`\n- `take_screenshot` -> `js-reverse_take_screenshot`\n- `new_page` -> `js-reverse_new_page`\n- `navigate_page` -> `js-reverse_navigate_page`\n- `select_page` -> `js-reverse_select_page`\n- `select_frame` -> `js-reverse_select_frame`\n- `pause\u002Fresume` -> `js-reverse_pause_or_resume`\n\n如果未来工具名前缀变化，先更新本节，不要在执行时临时猜测。\n\n### jshookmcp 的定位\n\n- 角色：`js-reverse` 的增强执行面，不是独立总控\n- 适合：浏览器自动化、CDP 调试、JS Hook、网络拦截、SourceMap 重建、AST 辅助理解\n- 调用前提：先把 `@jshookmcp\u002Fjshook` 下载并注册到 MCP 客户端配置里，然后确保该 server 已启用\n- 建议入口：仍然按 `Observe → Capture → Rebuild` 执行，只是在 `Observe\u002FCapture` 阶段优先调用 jshookmcp 的浏览器与 Hook 能力\n- 与 anything-analyzer 关系：两者都能做浏览器\u002F网络侧取证；anything-analyzer 更偏抓包与 HTTP 分析，jshookmcp 更偏 JS 运行时、CDP、Hook 和源码理解\n\n## 核心原则\n\n- `Observe-first`\n- `Hook-preferred`\n- `Breakpoint-last`\n- `Rebuild-oriented`\n- `Evidence-first`\n\n先页面观察，再最小化采样，再做本地补环境，不要跳过取证直接猜环境。\n\n## 五阶段工作流\n\n### 1. Observe\n\n目标：先确认目标请求、相关脚本、候选函数，不猜环境。\n\n默认动作：\n\n- 用 `js-reverse_new_page` 或 `js-reverse_navigate_page` 打开目标页面\n- 用 `js-reverse_list_network_requests` 找目标请求\n- 用 `js-reverse_get_request_initiator` 回溯调用来源\n- 用 `js-reverse_list_scripts`、`js-reverse_search_in_sources` 缩小脚本范围\n\n必须产出：\n\n- 目标请求 URL 或特征\n- initiator 线索\n- 可疑脚本 URL\n- 初始任务记录\n\n### 2. Capture\n\n目标：对目标请求做最小侵入采样，拿到参数样例、调用顺序、运行时证据。\n\n规则：\n\n- 优先 `js-reverse_break_on_xhr`\n- 优先 `js-reverse_evaluate_script` 做轻量运行时观察\n- 命中后先看 `js-reverse_get_paused_info`\n- 必要时再用 `js-reverse_set_breakpoint_on_text`\n\n### 3. Rebuild\n\n目标：把页面证据整理成本地可迭代的 Node 复现材料。\n\n规则：\n\n- 本地补环境必须以页面观测证据为依据\n- 不允许空想式补 `window\u002Fdocument\u002Fnavigator\u002Fcrypto\u002Fstorage`\n- 每次只记录一个最小因果补丁决策\n\n### 4. Patch\n\n目标：按报错和 first divergence 驱动补环境，直到本地脚本稳定跑出目标参数。\n\n规则：\n\n- 先看缺什么，再补什么\n- 一次只做一个最小补丁决策\n- 每次补丁后立即复测\n- 每次补丁都写入任务记录\n\n### 5. DeepDive\n\n目标：本地跑通后，再做去混淆、控制流还原、业务逻辑提纯。\n\n规则：\n\n- 如果当前任务只是出签名，这一阶段可以降级\n- 如果要长期复用算法链路，这一阶段必须做\n- Issue #65 混淆旁路（U–AV §4）：JSVMP（AD）→ `E-js-vmp`；CFF+字符串数组（AE）→ `E-js-deobf`；DevTools\u002Fdebugger 反调试（AF）→ `E-js-anti-debug`。完整触发表见 `..\u002Freverse-engineering\u002Freferences\u002Fnonpe-format-cookbook.md`；AST 细节仍用 `references\u002Fast-deobfuscation.md`\n\n## 执行要求\n\n- 所有重要步骤都要写入本地 task artifact\n- 如果无法解释为什么调用某个工具，就不要调用\n- 优先使用 `js-reverse_*` 或 jshookmcp 的现成 MCP 能力直接取证，不要先写脚本重造能力\n- 失败时按 `references\u002Ffallbacks.md` 回退\n- 输出遵循 `references\u002Foutput-contract.md`\n\n## 必读引用\n\n- 自动化入口：`references\u002Fautomation-entry.md`\n- 参数默认值：`references\u002Ftool-defaults.md`\n- 任务输入模板：`references\u002Ftask-input-template.md`\n- MCP 专用任务编排：`references\u002Fmcp-task-template.md`\n- 任务产物：`references\u002Ftask-artifacts.md`\n- 本地复现：`references\u002Flocal-rebuild.md`\n- 补环境：`references\u002Fenv-patching.md`\n- Node 复现：`references\u002Fnode-env-rebuild.md`\n- 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