Bootstrap

Bootstrap

Collect project requirements through structured dialogue, generate foundational documentation, and scaffold the project structure — then hand off to downstream workflow skills.

Parameters

• --scratch: Start from nothing. Full scaffold: directories, configs, docs, README.
• --existing: Project already initialized (e.g., npm init done, framework scaffolded). Enhance with docs and structure without overwriting existing files.

Requirement Categories

Collect information across these 8 dimensions. All categories except Techstack and Product definition are optional and may fall back to smart defaults.

Workflow

Step 1: Detect Project State

1. Check if a package.json, pyproject.toml, Cargo.toml, or similar manifest exists.
2. Check if a docs/ directory and documentation files exist.
3. Determine mode:
   • If the user passed --scratch or nothing exists → proceed as --scratch.
   • If the user passed --existing or a project manifest exists → proceed as --existing.
4. Announce the detected mode and ask for confirmation before continuing.

Step 2: Gather Requirements

Follow the AskUserQuestion mandate for all questions. Ask one question at a time using multiple-choice options when possible.

Sequence:

1. Techstack (required) — Ask about language/framework first. Offer common options based on context clues.
2. Product definition (required) — Ask: what does this project do, who uses it, what are the 2-3 core features?
3. Architecture — Ask: what are the main components, is there an API, where will it deploy?
4. Roadmap — Ask: what is the MVP scope, are there phases?
5. Tooling — Offer defaults from the Smart Defaults table; ask to confirm or override.
6. Code standards — Ask about naming conventions, file layout preferences, commit style (Conventional Commits?).
7. Design system — Skip for non-frontend projects. Ask about UI library and styling approach.
8. Auth & data — Skip if not applicable. Ask about authentication and database/ORM if the project has these concerns.

Rules for gathering:

• If user says "I don't know", "default", or is vague → apply Smart Defaults for the detected stack and confirm.
• Skip categories that are clearly irrelevant (e.g., Design system for a CLI tool, Auth & data for a static site).
• Minimum required: Techstack + Product definition. All others can use defaults.

Step 3: Confirm Requirements Summary

Present a concise summary of all collected requirements in a structured list. Ask for approval before proceeding:

• Looks good / Confirmed → proceed to Step 4.
• User provides corrections → update the relevant category and re-present the summary.

Step 4: Generate Documentation

Create the docs/ directory if it doesn't exist. Generate all four foundational docs populated with concrete project-specific content — no placeholders.

Follow the same content requirements as the docs --init skill for each file.

For --existing mode: read existing docs first. Only add missing sections; do not overwrite content that is already accurate.

Step 5: Scaffold Project Structure

Create standard directories and essential config files based on the chosen techstack.

General rules:

• Create src/, tests/ (or framework equivalent), public/ for web projects.
• Create config files: tsconfig.json, .eslintrc.json, .prettierrc, .gitignore, etc.
• Initialize git (git init) if not already a repository.
• For --existing mode: only add missing files/directories. Never overwrite files that already exist.

Common scaffolds:

• Next.js: src/app/, src/components/, src/lib/, public/, tests/
• React (Vite): src/components/, src/hooks/, src/lib/, public/, tests/
• Express/Node: src/routes/, src/middleware/, src/lib/, tests/
• Python: src/<package>/, tests/, scripts/
• CLI (Node): src/commands/, src/lib/, tests/

After scaffolding, regenerate docs/codebase.md to reflect the actual directory structure.

Step 6: Initialize Tooling

Install and configure selected tools:

1. Run package manager install: npm install, bun install, pnpm install, pip install, etc.
2. Install linter/formatter dev dependencies.
3. Write or update linter config (biome.json, .eslintrc.json, ruff.toml, etc.).
4. Write or update formatter config (biome.json, .prettierrc, etc.).
5. Add lint/format scripts to package.json (or equivalent).
6. If a test framework was selected, install it and create one example test file under tests/.

Skip any sub-step where the file already exists (--existing mode).

Step 7: Generate README

Create README.md with:

• Project name and one-sentence description
• Tech stack badges or a concise stack list
• Prerequisites
• Quick start (install + run commands)
• Documentation links section pointing to all 4 docs files
• License (if specified)

For --existing mode: update README only if it is missing or significantly incomplete.

Step 8: Handoff

Summarize everything created:

• List all new files/directories created
• List all docs generated
• List all tools configured

Then recommend the next skill based on project readiness:

• If requirements are exploratory or architecture is uncertain → recommend brainstorm
• If the plan is clear → recommend write-plan to create the first implementation plan
• If there's an immediate small task → recommend quick-implement

Smart Defaults

Rules

• Never overwrite existing files in --existing mode unless the user explicitly approves.
• Do not invent product requirements — always collect them from the user.
• Skip irrelevant categories; don't ask questions that don't apply to the project type.
• Generate documentation with concrete, project-specific content — no generic placeholders.
• Keep docs/codebase.md in sync with the actual scaffolded structure.
• If unsure about a decision, apply the smart default and confirm with the user.
• Do not run destructive commands (e.g., rm -rf) without explicit user approval.