clean-architecture-frontend

Defines a canonical frontend module blueprint for Next.js apps with dependency rules.

1|Updated Jan 10, 2021
One-click install
npx skills add https://github.com/JPerezC92/personal-portfolio --skill clean-architecture-frontend-jperezc92
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Please help me install this Agent Skill.
Skill: clean-architecture-frontend
Source: https://github.com/JPerezC92/personal-portfolio/tree/main/.claude/skills/clean-architecture-frontend
Command: npx skills add https://github.com/JPerezC92/personal-portfolio --skill clean-architecture-frontend-jperezc92

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Standardizes frontend module structure for Next.js apps to ensure consistency, scalability, and maintainability across teams by providing a canonical blueprint.

Core Features & Use Cases

  • Canonical directory layout for apps/web featuring app/, modules/, shared/, components/, lib/, providers/ and test/e2e scaffolds.
  • Enforces clean architecture layering with inward dependencies (UI → hooks → services → types) and explicit domain rules to reduce coupling.
  • Provides practical guidance on module structure, directory conventions, and sample structures to accelerate onboarding and cross-team collaboration.
  • Use Case: When starting a new frontend feature, teams can quickly scaffold a consistent architecture, ensuring predictable boundaries and easier maintenance.

Quick Start

Follow this blueprint to scaffold a new frontend feature module under apps/web by creating the canonical directory layout and aligning with the Layer Rules.

Frequently Asked Questions about clean-architecture-frontend

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

FAQPage Schema
How do I structure a clean architecture frontend module in Next.js?

Structure a clean architecture frontend module in Next.js by creating a canonical directory layout under apps/web featuring app/, modules/, shared/, components/, lib/, and providers/ to separate concerns. This enforces inward dependencies from UI to hooks to services to types, reducing coupling and ensuring predictable boundaries.

What is the best way to organize feature modules for scalable Next.js apps?

The best way to organize feature modules for scalable Next.js apps is using a standardized clean architecture layering approach. It enforces inward dependencies (UI → hooks → services → types) and provides explicit domain rules, which accelerates onboarding and cross-team collaboration while ensuring maintainability.

Does this clean architecture blueprint work with existing TypeScript Next.js projects?

Yes, this clean architecture blueprint works with existing TypeScript Next.js projects by applying documented patterns to standardize file organization and module boundaries. It provides practical guidance on directory conventions and sample structures to align your current feature modules with consistent layering rules.

How do I enforce dependency rules across UI, hooks, and services in frontend modules?

Enforce dependency rules across UI, hooks, and services in frontend modules by applying strict clean architecture layering with inward dependencies. The blueprint ensures the UI layer depends on hooks, which depend on services, and ultimately types, preventing circular dependencies and reducing coupling across your Next.js feature modules.

When do I need a canonical directory layout for my web frontend?

You need a canonical directory layout for your web frontend when starting a new feature module to ensure predictable boundaries and easier maintenance. It is essential for team projects requiring consistent frontend delivery, standardized module structure, and clear separation of concerns across shared infrastructure and components.

What are the limitations of applying clean architecture to frontend development?

Limitations of applying clean architecture to frontend development include the initial overhead of scaffolding the canonical directory layout and enforcing strict dependency rules across all modules. Teams must consistently align with layer rules to prevent coupling, which may slow down rapid prototyping in early project stages.