project-setup-interview

name	project-setup-interview
description	Conduct a structured interview about a new project and generate a ready-to-use CLAUDE.md/AGENTS.md starter so the agent knows your conventions from session one.
license	MIT
compatibility	Requires gptme
metadata	{"author":"bob","version":"1.0.0","tags":["onboarding","setup","claude-md","agents-md","project-configuration"],"requires_tools":[],"requires_skills":[]}
match	{"keywords":["set up gptme for my project","generate CLAUDE.md","generate AGENTS.md","configure agent for new project","project onboarding interview","gptme setup"]}

Project Setup Interview Skill

Generate a tailored CLAUDE.md (or AGENTS.md) for a new project by conducting a short structured interview. The agent asks 6 focused questions, then outputs a ready-to-use configuration file that covers commands, conventions, workflow, and agent permissions — so every future session starts with the right context.

When to Use

• Starting gptme on a project that has no CLAUDE.md/AGENTS.md yet
• Onboarding a new developer to agent-assisted development
• Refreshing stale project configuration after a major refactor
• User says "set up gptme for my project" or "configure the agent"

When NOT to Use

• The project already has a CLAUDE.md (update it directly instead)
• The agent workspace already has its own identity/persona files (update those directly)

Process

Phase 0: Check for existing configuration

ls CLAUDE.md AGENTS.md .claude/CLAUDE.md 2>/dev/null
cat CLAUDE.md 2>/dev/null | head -20

If a config exists, offer to update it rather than replace it. Skip to the questions whose answers would change.

Phase 1: Six interview questions

Ask these in order. Accept short answers — you will infer the rest from context.

Q1 — Project identity

"What does this project do? One or two sentences."

What to listen for: product type (web app, CLI, library, data pipeline, infra), domain, and primary stakeholders (end users vs. internal vs. other services).

Q2 — Stack

"What's the primary language and key dependencies? (e.g. Python + FastAPI + pytest, or TypeScript + Next.js + vitest)"

What to listen for: language determines linting tools, import conventions, and test runner defaults. Multiple languages are common — note the primary one.

Q3 — Development commands

"What are the commands to build, test, and run the project? Even rough ones are fine."

What to listen for: exact commands (e.g. uv run pytest, npm run dev, cargo test). If the user is unsure, inspect the repo: ls Makefile pyproject.toml package.json Cargo.toml and infer.

Q4 — Code conventions

"Any coding conventions I should follow? (linter, formatter, import style, docstrings, naming...)"

What to listen for: ruff/black/eslint/prettier/gofmt, mandatory docstrings, snake_case vs camelCase overrides, typing requirements. If they say "just follow PEP 8", that's enough.

Q5 — Git workflow

"What's the git workflow? (branch naming, commit style, protected branches, PR process...)"

What to listen for: feat/... branches, Conventional Commits, protected main/master, squash-merge preference, required CI gates. If the repo has a CONTRIBUTING.md, read it.

Q6 — Agent permissions

"What should I do freely vs. ask before doing? (e.g. run tests freely, but ask before pushing)"

What to listen for: autonomy boundaries. Common splits:

• Read files freely, ask before writing
• Write freely, ask before pushing/deleting
• Run tests freely, ask before changing dependencies
• Full autonomy except for production credentials

Phase 2: Inspect the repository

After the interview, do a quick repo read to fill in gaps:

# Project structure
ls -1

# Existing tooling (infer commands if Q3 was vague)
cat Makefile 2>/dev/null | head -40
cat pyproject.toml 2>/dev/null | head -30
cat package.json 2>/dev/null | grep -A 20 '"scripts"'
cat Cargo.toml 2>/dev/null | head -20

# CI config (infer workflow and test commands)
ls .github/workflows/ 2>/dev/null
for f in .github/workflows/*.yml 2>/dev/null; do
  echo "=== $f ==="
  head -30 "$f"
done

# Existing conventions
cat .pre-commit-config.yaml 2>/dev/null | head -30
cat .ruff.toml 2>/dev/null | head -30
grep -A 5 '\[tool.ruff\]' pyproject.toml 2>/dev/null

Phase 3: Generate CLAUDE.md

Output the file directly. Use this template, filling in every <...> from the interview answers and repo inspection:

# <Project Name>

<One-sentence description of what the project does.>

## Tech Stack

- **Language**: <primary language + version if known>
- **Framework**: <framework / runtime>
- **Testing**: <test runner and key test libraries>
- **Build / packaging**: <build tool>

## Development Commands

```bash
# Install dependencies
<install command>

# Run tests
<test command>

# Lint / format
<lint command>

# Run / start
<run command>

# Build (if applicable)
<build command>
```

## Code Style

- <Linter/formatter> — run <command> before committing
- <Naming convention notes>
- 
 



 : 
 : 
 : 
 : 










 Commit secrets or credentials
 Push directly to 
 

Phase 4: Write and confirm

cat > CLAUDE.md << 'HEREDOC'
<generated content>
HEREDOC

Show the user the first 20 lines, then ask: "Does this look right? Any corrections?"

Make any adjustments they request, then offer to commit:

git add CLAUDE.md
git commit -m "docs: add CLAUDE.md for agent configuration"

Tips

• If the user is a first-time gptme user, add a brief "How to use gptme" note at the top with the 3 most useful commands (gptme, gptme 'task', ctrl+C to interrupt)
• If the project uses Conventional Commits, mirror that style in all future commits
• Keep the generated file under 150 lines — longer files are rarely read end-to-end
• Link to CONTRIBUTING.md or project docs instead of duplicating content

Example output (Python library)

# mylib

Fast numerical computing library built on NumPy.

## Tech Stack

- **Language**: Python 3.11+
- **Framework**: NumPy, SciPy
- **Testing**: pytest + pytest-cov
- **Build / packaging**: uv + hatch

## Development Commands

```bash
# Install dependencies
uv sync --all-packages

# Run tests
uv run pytest -x -q

# Lint / format
uv run ruff check . && uv run ruff format .

# Build
uv build
```

## Code Style

- ruff — run `uv run ruff check --fix .` before committing
- snake_case for all functions and variables
- Public functions require docstrings (Google style)
- Type annotations required for all public APIs

## Git Workflow

- **Branches**: `feat/...`, `fix/...`, `docs/...`
- **Commits**: Conventional Commits (`feat(core): add batch processing`)
- **Protected branches**: main
- **PR process**: squash merge, one approver required

## Agent Guidelines

**Do freely:**
- Read and analyze any file
- Write code and tests
- Run `pytest`, `ruff`, `mypy`

**Ask first:**
- Adding new dependencies
- Refactoring public APIs
- Deleting files

**Never:**
- Push directly to main
- Modify `.github/secrets` or CI credentials