Is this skill specific to React or Angular?

While it includes React-specific examples, the core patterns for workspace configuration, CI/CD optimization, and library typing apply to any Nx-supported framework.

Can this skill help prevent circular dependencies?

Yes, it includes patterns for enforcing strict module boundaries using ESLint to maintain a clean, acyclic dependency graph across your apps and libraries.

How does this skill help with large monorepos?

It provides templates and best practices for configuring Nx affected commands and remote caching, ensuring that only modified projects are tested or built in CI, significantly reducing execution time.

Does it support custom automation?

Yes, it provides boilerplate and guidance for creating custom Nx generators to ensure team-wide consistency when creating new features or components.

Nx Workspace Patterns

Name: Nx Workspace Patterns
Author: EngineerWithAI

byEngineerWithAI

部署与 DevOps

Configures and optimizes Nx monorepo workspaces for high-performance development and scalable software architecture.

关于

The Nx Workspace Patterns skill provides specialized guidance for managing complex monorepos using the Nx build system. It empowers Claude to implement production-ready patterns, from configuring strict module boundaries and library types to optimizing CI/CD pipelines with affected commands and remote caching. Whether you are migrating an existing project to Nx or setting up a greenfield workspace, this skill ensures consistent project structure, faster build times, and maintainable dependency graphs across your entire organization.

主要功能

Configures production-ready nx.json and project-specific configurations
Provides templates for custom generators to automate boilerplate
0 GitHub stars
Optimizes CI/CD workflows using Nx affected commands and remote caching
Implements strict module boundary rules to prevent architectural drift
Standardizes library types into feature, UI, data-access, and utility layers

使用场景

Setting up a new enterprise-scale Nx monorepo with best practices
Optimizing slow CI pipelines by implementing intelligent caching and affected builds
Enforcing architectural boundaries between applications and shared libraries

关于

主要功能

Configures production-ready nx.json and project-specific configurations
Provides templates for custom generators to automate boilerplate
0 GitHub stars
Optimizes CI/CD workflows using Nx affected commands and remote caching
Implements strict module boundary rules to prevent architectural drift
Standardizes library types into feature, UI, data-access, and utility layers

使用场景

Setting up a new enterprise-scale Nx monorepo with best practices
Optimizing slow CI pipelines by implementing intelligent caching and affected builds
Enforcing architectural boundaries between applications and shared libraries