Can I use this skill to speed up my CI/CD pipeline?

Yes, it includes specific patterns for Nx affected commands and remote caching configurations that ensure you only build and test the parts of the code changed in a PR.

How does this skill help manage large-scale monorepos?

It provides standardized templates for library types and project boundaries, ensuring that as your codebase grows, dependencies remain manageable and the architecture remains clean.

Is this skill compatible with different frontend frameworks?

Absolutely. While it provides specific React examples, the core concepts of architecture, caching, and module boundaries apply to any technology stack managed by Nx.

Does it provide templates for specific project configurations?

The skill includes comprehensive templates for nx.json, project.json, and ESLint module boundaries to automate the setup of production-grade project settings.

Nx Workspace Patterns

Name: Nx Workspace Patterns
Author: Microck

byMicrock

•

デプロイメントとDevOps

Optimizes Nx monorepo configurations, project boundaries, and CI/CD pipelines for scalable enterprise development.

This skill provides production-ready patterns and templates for managing Nx monorepo workspaces effectively. It assists developers in establishing a robust architecture through standardized library types, enforcing strict module boundaries to prevent technical debt, and optimizing build performance using remote caching and affected command strategies. Whether you are migrating a legacy codebase to a monorepo or initializing a new project, this skill ensures your Nx workspace follows industry best practices for scalability, consistency, and high-speed CI/CD execution.

主な機能

012 GitHub stars

02Pre-configured nx.json and project.json templates for optimized task execution

03Standardized workspace architecture and library type categorization

04Automated module boundary enforcement using ESLint dependency constraints

05Remote caching setup for Nx Cloud or self-hosted S3 infrastructure

06CI/CD workflow optimization utilizing Nx affected commands and parallelization

ユースケース

01Initializing an enterprise-grade Nx monorepo with proper project separation

02Implementing strict dependency rules to prevent circular imports between features

03Reducing CI/CD build times by configuring intelligent task caching and affected logic

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add microck/opendots-microck nx-workspace-patterns

For use in Claude.ai and ChatGPT

主な機能

012 GitHub stars

02Pre-configured nx.json and project.json templates for optimized task execution

03Standardized workspace architecture and library type categorization

04Automated module boundary enforcement using ESLint dependency constraints

05Remote caching setup for Nx Cloud or self-hosted S3 infrastructure

06CI/CD workflow optimization utilizing Nx affected commands and parallelization

ユースケース

01Initializing an enterprise-grade Nx monorepo with proper project separation

02Implementing strict dependency rules to prevent circular imports between features

03Reducing CI/CD build times by configuring intelligent task caching and affected logic

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add microck/opendots-microck nx-workspace-patterns

For use in Claude.ai and ChatGPT