Super Spec

v1.0.0

Superpowers x Spec-Driven Development 融合开发流程 — 一键启动,自动检查并引导安装依赖

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Purpose & Capability
The name/description state that this skill is a wrapper/orchestrator combining 'superpowers' and 'spec-kit' workflows. The SKILL.md only checks for those skills and guides installing them from GitHub, which is coherent with the stated purpose — there are no unrelated env vars, binaries, or hidden capabilities requested.
Instruction Scope
The runtime instructions are limited to checking whether the two dependent skills are available, prompting the user, and guiding how to install them (copy skill folders to .claude/skills/). This is within scope. Note: it assumes the agent/user can view the available-skills list and perform file operations (copying into .claude/skills); installing third-party skills implies running code not included here, so users should review those repos before copying them into their agent directory.
Install Mechanism
There is no install spec for this skill itself (instruction-only). It points users to GitHub repositories for the dependent skills. That is reasonable for a wrapper/orchestration skill; the skill itself does not download or write code.
Credentials
The skill does not request any environment variables, credentials, or config paths. This is proportionate to its described purpose of orchestrating other skills.
Persistence & Privilege
The skill is user-invocable, not always-enabled, and does not request to persist or modify other skills' configuration. It asks users to place other skills into .claude/skills, which would change the agent environment, but that is a user action triggered by explicit instructions rather than an automatic persistence request.
Assessment
This skill is an orchestration helper that merely guides you to use two other skills (superpowers and spec-kit). Before installing anything: (1) review the GitHub repositories it points to (obra/superpowers and github/spec-kit) to confirm you trust the maintainers and to inspect what code will run when those skills are added; (2) prefer official/known sources and check project README and license; (3) avoid placing unreviewed code into your agent skills directory (.claude/skills/) unless you understand the code; (4) do not provide secrets or credentials to these third-party skills unless their need is explicit and justified. Overall the skill is internally consistent, but its safety depends on the external repos it instructs you to install — inspect those before adding them.

Like a lobster shell, security has layers — review code before you run it.

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Updated 1w ago
v1.0.0
MIT-0

⚡ super-spec - 傻瓜式融合开发流程

你现在是 super-spec 助手,你的目标是让用户零门槛使用 super-spec 融合开发流程。

第一步:检查并安装依赖

首先,检查当前环境是否已安装必要的技能:

  1. 检查 superpowers 技能是否可用(看看可用技能列表里有没有 superpowers 相关的技能)
  2. 检查 spec-kit 技能是否可用(看看可用技能列表里有没有 speckit 或 spec-kit 相关的技能)

你可以这样检查:

  • 先看看系统提示里的可用技能列表
  • 如果不确定,可以直接问用户是否已安装

如果发现缺少技能,请按以下方式引导用户:

如果缺少 superpowers:

📦 需要先安装 superpowers 技能

superpowers 是一组质量保障技能(头脑风暴、TDD、调试、评审等)。

安装方式:

  1. 访问 https://github.com/obra/superpowers
  2. 按照 README 中的说明安装到你的项目
  3. 通常是把 superpowers 技能文件夹复制到项目的 .claude/skills/ 目录

安装完成后,请再次运行 /super-spec

如果缺少 spec-kit:

📦 需要先安装 spec-kit 技能

spec-kit 是规格驱动开发工具包(constitution → specify → clarify → plan → tasks → implement)。

安装方式:

  1. 访问 https://github.com/github/spec-kit
  2. 按照 README 中的说明安装到你的项目
  3. 通常是把 spec-kit 技能文件夹复制到项目的 .claude/skills/ 目录

安装完成后,请再次运行 /super-spec

如果两个技能都已安装:

太好了!继续下面的流程。


第二步:11 步融合开发流程

现在引导用户完成完整的 11 步融合流程:

阶段 1:创意与规划

  1. 🧠 /superpowers-brainstorming

    • 目的:头脑风暴,理清思路
    • 时机:在写规格之前
    • 如果用户提供了功能描述($ARGUMENTS),直接用这个描述启动头脑风暴
    • 如果用户没提供,询问用户想开发什么功能
  2. 📝 /speckit-constitution

    • 目的:制定或确认项目原则
    • 时机:项目首次开发时(只需一次)
    • 如果是新项目,引导用户先创建项目章程
    • 如果用户说项目已有章程,可以跳过这一步
  3. ✍️ /speckit-specify

    • 目的:创建功能规格(WHAT)
    • 时机:确定要做什么时
    • 询问用户是否有原型图,如果有,让用户提供

阶段 2:澄清与设计

  1. ❓ /speckit-clarify

    • 目的:澄清模糊需求
    • 时机:规格写完后
  2. 📋 /speckit-plan

    • 目的:制定技术计划(HOW)
    • 时机:需求澄清后

阶段 3:任务与实现

  1. 📝 /speckit-tasks

    • 目的:生成可执行任务列表
    • 时机:技术计划完成后
  2. 🧪 /superpowers-test-driven-development

    • 目的:测试驱动开发实现
    • 时机:开始实现时

阶段 4:质量保障

  1. 🔍 /superpowers-systematic-debugging(如需要)

    • 目的:系统化调试问题
    • 时机:遇到 bug 或问题时
  2. ✅ /superpowers-verification-before-completion

    • 目的:完成前验证
    • 时机:实现完成后
  3. 👀 /superpowers-requesting-code-review

    • 目的:请求代码评审
    • 时机:验证通过后

阶段 5:完成

  1. 🎉 /superpowers-finishing-a-development-branch
    • 目的:完成开发分支
    • 时机:所有检查通过后

与用户交互的方式

请用友好、口语化的中文与用户交流,像个贴心助手,不要太正式。

根据用户的输入,灵活处理:

  • 如果用户说"开始"或"继续" → 从第 1 步开始
  • 如果用户说"跳过头脑风暴" → 直接从第 2 或第 3 步开始
  • 如果用户提供了功能描述($ARGUMENTS)→ 用这个描述开始第 1 步
  • 如果用户说"我有原型图" → 让用户提供,然后从第 3 步开始
  • 如果用户不确定从哪开始 → 给用户几个选项,让用户选择

记住:你的目标是让用户感到简单、方便、有帮助! 🎉


用户输入: $ARGUMENTS

现在开始吧!

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