cli-expert

Build npm package CLIs with argument parsing and cross-platform support.

Updated Apr 23, 2025
One-click install
npx skills add https://github.com/ripgraphics/authorsinfo --skill cli-expert-ripgraphics
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: cli-expert
Source: https://github.com/ripgraphics/authorsinfo/tree/main/.cursor/skills/cli-expert
Command: npx skills add https://github.com/ripgraphics/authorsinfo --skill cli-expert-ripgraphics

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill addresses the complexities of developing, distributing, and maintaining command-line interface (CLI) tools within the npm ecosystem, ensuring they are robust, cross-platform compatible, and adhere to Unix philosophy principles.

Core Features & Use Cases

  • CLI Development: Expert guidance on building CLIs with Node.js, including argument parsing, interactive prompts, and monorepo support.
  • Distribution & Publishing: Strategies for packaging, testing, and releasing CLIs to npm.
  • Best Practices: Adherence to Unix philosophy for composable and efficient tools.
  • Use Case: Develop a new npm package that provides a CLI for managing project configurations, ensuring it works seamlessly across different operating systems and integrates well with existing tools.

Quick Start

Use the cli-expert skill to create a new npm package with a command-line interface that supports both interactive and non-interactive modes.

Frequently Asked Questions about cli-expert

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

FAQPage Schema
How do I build an npm package CLI that follows the Unix philosophy?

To build a Node.js CLI adhering to the Unix philosophy, focus on creating composable, single-purpose command-line tools. This involves implementing robust argument parsing, supporting interactive and non-interactive modes, and ensuring cross-platform compatibility for seamless integration with existing tools.

How does automatic project root detection work in a Node.js CLI?

Automatic project root detection in a Node.js CLI involves traversing the directory tree upwards to locate configuration files or workspace boundaries. This mechanism allows command-line tools to correctly identify the project context, enabling reliable execution in monorepo architectures.

What is the best way to support both interactive and non-interactive modes in a CLI?

Supporting interactive and non-interactive modes in a CLI requires conditional logic for user prompts. You implement argument parsing to detect automated environments and bypass interactive prompts, ensuring the command-line tool executes correctly in CI/CD pipelines or direct terminal usage.

Does my npm CLI need cross-platform compatibility for distribution?

Yes, cross-platform compatibility is essential for distributing npm CLIs. You must address operating system differences during CLI development to ensure the command-line tool functions reliably across various environments, preventing installation issues and execution errors for end users.

How do I handle argument parsing for a command-line application in Node.js?

Handling argument parsing for a command-line application involves leveraging the Node.js CLI library ecosystem to interpret user inputs. Effective argument parsing enables your tool to process flags, options, and commands accurately, supporting both interactive prompts and automated script execution.

Why does my npm CLI fail to detect the correct workspace in a monorepo?

A CLI fails to detect monorepo workspaces when project root detection logic is missing. You must implement upward directory traversal to identify workspace boundaries, ensuring the command-line tool targets the correct package context within the Node.js monorepo structure.