project-bootstrapper

name	project_bootstrapper
router_kit	FullStackKit
description	Sets up new projects or improves existing projects with development best practices, tooling, documentation, and workflow automation. Use when user wants to start a new project, improve project structure, add development tooling, or establish professional workflows.
metadata	{"skillport":{"category":"auto-healed","tags":["architecture","automation","best practices","boilerplate","clean code","coding","collaboration","compliance","debugging","design patterns","development","documentation","efficiency","generator","git","init","optimization","productivity","programming","project bootstrapper","project management","quality assurance","refactoring","scaffold","setup","software engineering","standards","testing","utilities","version control","workflow"]}}

Project Bootstrapper

Sets up new projects or improves existing projects with development best practices, tooling, documentation, and workflow automation.

When to Use

• "set up a new project"
• "bootstrap this project"
• "add best practices"
• "improve project structure"
• "set up development tooling"
• "initialize project properly"

What It Sets Up

1. Project Structure

• Standard directories (src/, tests/, docs/, scripts/, .github/)
• Logical file organization
• Structure improvements

2. Git Configuration

• Comprehensive .gitignore
• .gitattributes for line endings/diffs
• Git hooks (pre-commit, commit-msg)
• Branch protection patterns
• Git LFS if needed

3. Documentation

• Comprehensive README.md
• CONTRIBUTING.md
• Code documentation (JSDoc, docstrings)
• CHANGELOG.md structure
• Architecture docs if complex

4. Testing Setup

• Identify/suggest testing framework
• Test structure and conventions
• Example/template tests
• Configure test runners
• Coverage reporting
• Testing scripts/commands

5. Code Quality Tools

• Linters (ESLint, Pylint, etc.)
• Formatters (Prettier, Black, etc.)
• Type checking (TypeScript, mypy, etc.)
• Pre-commit hooks for quality
• Editor configs (.editorconfig)
• Code quality badges

6. Dependencies Management

• Package manager configuration
• Organize dependencies
• Check security vulnerabilities
• Set up dependency updates (Dependabot, Renovate)
• Create lock files
• Document dependency choices

7. Development Workflow

• Useful npm scripts / Makefile targets
• Environment variable templates (.env.example)
• Docker configuration if appropriate
• Development startup scripts
• Hot-reload / watch modes
• Document development workflow

8. CI/CD Setup

• GitHub Actions / GitLab CI config
• Automated testing
• Automated deployment (if applicable)
• Status badges
• Release automation
• Branch protection

Approach

Discovery Phase

Ask clarifying questions:

1. Project type: New or existing?
2. Primary purpose: Web app, library, CLI tool?
3. Language/framework: JS/TS, Python, Go, etc.?
4. Collaboration: Personal or team?
5. Deployment target: Server, cloud, mobile, desktop?
6. Preferences: Specific tools/frameworks?
7. Scope: Full setup or specific areas?

Implementation Phase

1. Analyze existing structure (if existing project)
2. Create plan based on answers
3. Show plan and get approval
4. Implement systematically (one area at a time)
5. Verify completeness
6. Provide handoff documentation

Customization

Adapts to:

• Language ecosystem: Node.js vs Python vs Go vs Rust
• Project size: Small script vs large app
• Team size: Solo vs collaborative
• Maturity: Startup speed vs enterprise standards

Tools Used

• AskUserQuestion: Gather requirements
• Write: Create configuration files, documentation
• Edit: Update existing files
• Bash: Initialize tools (git init, npm init)
• Read: Analyze existing structure
• Glob: Find files to update

Success Criteria

• All standard files present and configured
• Clear and complete documentation
• Documented development workflow
• Automated quality tooling (pre-commit hooks)
• Easy test execution
• Follows language/framework conventions
• Quick developer onboarding
• No obvious best practices missing

Templates

• Node.js/TypeScript web app
• Python CLI tool
• Python web API (FastAPI/Flask)
• React/Next.js app
• Go service
• Rust CLI/library

Integration

• feature-planning: For planning custom features
• code-auditor: For validating setup quality
• codebase-documenter: For generating detailed docs

Scope Control

• Full bootstrap: Everything from scratch
• Partial setup: Specific areas only (e.g., "just add testing")
• Improvement pass: Enhance existing project Project Bootstrapper v1.1 - Enhanced

🔄 Workflow

Kaynak: Cookiecutter Documentation & UV Package Manager

Aşama 1: Stack & Tool Selection

• Python: 2025 standardı olarak uv kullan (pip/poetry yerine). pyproject.toml tek konfigürasyon dosyası olsun.
• Node.js: pnpm (disk efficiency) veya bun (speed) tercih et.
• Monorepo: Birden fazla paket varsa Turborepo veya Nx kur.

Aşama 2: Scaffolding (Opinionated Defaults)

• Linter/Formatter: Python için Ruff (tek tool, hepsi içinde), JS için Biome veya ESLint + Prettier.
• Git Hooks: pre-commit (Python) veya husky (JS) ile commit öncesi kalite kontrolü zorunlu kıl.
• Editor config: .editorconfig ve .vscode/extensions.json ile takımın aynı ortamda çalışmasını sağla.

Aşama 3: CI/CD & Documentation

• GitHub Actions: ci.yml (Test & Lint) ve release.yml (NPM/PyPI publish) workflowlarını baştan ekle.
• README: "Nasıl Kurulur", "Nasıl Test Edilir", "Nasıl Katkı Verilir" başlıklarını şablon olarak ekle.
• License: Proje türüne uygun (MIT, Apache 2.0) lisans dosyasını oluştur.

Kontrol Noktaları

Aşama	Doğrulama
1	git clone ve npm install (veya uv sync) sonrası proje hemen çalışıyor mu?
2	CI pipeline'ı ilk commit ile yeşil yanıyor mu?
3	Gizli anahtarlar (.env) gitignore'a ekli mi?