Can I use this for both applications and libraries?

Absolutely. It handles apps, libraries, components, and even custom migrations, with specific logic to determine whether a library should be buildable or non-buildable.

How does it handle interactive prompts in the CLI?

The skill always uses the --no-interactive flag to prevent execution hangs, instead relying on schema discovery and source code analysis to provide the correct options upfront.

Does this skill support local workspace generators?

Yes, the skill is designed to prioritize local workspace generators over external plugin generators to ensure that new code follows your specific repository's standards.

Does it verify the code after generation?

Yes, the skill includes a verification step where it runs workspace-specific targets like build, lint, and test to ensure the generated code integrates perfectly.

Nx Code Generation

Name: Nx Code Generation
Author: pabloimrik17

bypabloimrik17

0•

Herramientas para Desarrolladores

Automates project scaffolding and code generation using Nx generators to maintain architectural consistency across monorepos.

The Nx Code Generation skill enables Claude to intelligently manage workspace scaffolding by identifying and executing the most appropriate Nx generators for your project. It automates the creation of applications, libraries, and features while strictly adhering to your repository's unique patterns and conventions. Unlike standard CLI usage, this skill performs deep source code analysis of generators, handles complex directory structures, and executes post-generation verification steps—such as linting, testing, and building—to ensure all new code is immediately production-ready and integrated correctly within the monorepo.

Características Principales

01Automated discovery and selection of local or plugin-based Nx generators

02Intelligent buildability assessment for library generation

03Post-generation automated verification including linting, testing, and formatting

04Pre-execution verification using dry-runs to prevent file structure errors

050 GitHub stars

06Source code analysis to identify hidden generator side effects and options

Casos de Uso

01Scaffolding repetitive features using custom local workspace generators

02Creating new workspace-compliant libraries or applications with zero manual configuration

03Standardizing project structures across a large-scale TypeScript monorepo

Características Principales

01Automated discovery and selection of local or plugin-based Nx generators

02Intelligent buildability assessment for library generation

03Post-generation automated verification including linting, testing, and formatting

04Pre-execution verification using dry-runs to prevent file structure errors

050 GitHub stars

06Source code analysis to identify hidden generator side effects and options

Casos de Uso

01Scaffolding repetitive features using custom local workspace generators

02Creating new workspace-compliant libraries or applications with zero manual configuration

03Standardizing project structures across a large-scale TypeScript monorepo