eagle-multi-stack-scaffolder

Research current best practices and scaffold multi-stack projects with documented dependencies.

Updated Apr 6, 2026
One-click install
npx skills add https://github.com/letxbrace-droid/inrunparis --skill eagle-multi-stack-scaffolder
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: eagle-multi-stack-scaffolder
Source: https://github.com/letxbrace-droid/inrunparis/tree/main/.agents/skills/eagle-multi-stack-scaffolder
Command: npx skills add https://github.com/letxbrace-droid/inrunparis --skill eagle-multi-stack-scaffolder

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill removes the guesswork and costly rework that happens when starting new projects by ensuring you get a well-researched, modern, production-ready foundation before any code is generated.

Core Features & Use Cases

  • Research-driven scaffolding: performs web research for each selected stack to reflect current best practices before generating a starter codebase.
  • Multi-stack project initialization: supports mobile (SwiftUI, Jetpack Compose, Kotlin XML Views, Flutter, Expo React Native), backend APIs (Node/Express, FastAPI, Flask, Django, Rust/Axum), web frontends (Next.js, Nuxt), and monorepo architecture (Turborepo).
  • Decision documentation & dependency justification: records chosen dependencies (with reasons), considered-but-rejected packages, and a documented project structure to help you audit and extend the result.
  • Production-ready defaults: includes environment configuration, linting/formatting/testing setup patterns, error-handling guidance, and database/storage setup (e.g., PostgreSQL/Mongo/SQLite, ORM configuration, and MinIO/S3 object storage).
  • Monorepo-aware organization: lays out apps and shared packages clearly so CI/CD and shared code behave predictably.

Example use case: You want an iOS + Android mobile app with a backend and an admin dashboard; use this Skill to generate a coordinated multi-stack scaffold with research docs, dependency rationales, and a clean monorepo layout.

Quick Start

Ask for scaffolding by saying: "Research and scaffold a production-ready app for iOS (SwiftUI), Android (Jetpack Compose), and a Next.js admin dashboard with a FastAPI backend using PostgreSQL and MinIO, and generate the full project structure plus research and dependency documentation for each stack."

Frequently Asked Questions about eagle-multi-stack-scaffolder

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I scaffold a production-ready monorepo with multiple stacks like Next.js and FastAPI?

To scaffold a production-ready monorepo, this tool performs web research on your selected stacks to generate a coordinated project structure with documented dependencies, database setup, and deployment foundations for mobile, backend, and web apps.

What is the best way to initialize a multi-stack app structure with justified dependency choices?

The best way to initialize a multi-stack app structure is using research-driven scaffolding that records chosen dependencies, rejected packages, and setup artifacts to ensure a modern, production-ready foundation before code generation.

Can I set up a Turborepo project structure that includes mobile, backend, and shared packages?

Yes, you can set up a Turborepo project structure supporting mobile apps like SwiftUI and Jetpack Compose, backend APIs, web frontends, and shared packages with clear CI/CD organization.

How do I configure database setup and object storage when initializing a new project structure?

When initializing a new project structure, you can configure database setup like PostgreSQL or Mongo with ORM settings and object storage such as MinIO or S3 as part of the production-ready defaults.

Does the scaffolding process include environment configuration and linting setup for multi-stack apps?

Yes, the scaffolding process includes production-ready defaults for environment configuration, linting, formatting, testing setup patterns, and error-handling guidance across all selected stacks.

What limitations should I expect when generating a starter codebase across different mobile frameworks?

The scaffolding generates documented research and structure artifacts rather than full application logic, meaning you receive a production-ready foundation and dependency rationale but must implement the actual business code yourself.