capacitor-plugins

Install and configure Capacitor plugins across Android, iOS, and Web projects.

2|Updated Mar 26, 2026
One-click install
npx skills add https://github.com/involvex/happy-vibecode --skill capacitor-plugins-involvex
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: capacitor-plugins
Source: https://github.com/involvex/happy-vibecode/tree/main/.agents/skills/capacitor-plugins
Command: npx skills add https://github.com/involvex/happy-vibecode --skill capacitor-plugins-involvex

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Capacitor plugin integration is error-prone and platform-specific, requiring repetitive manual steps: choosing the correct package, installing native dependencies, applying Android and iOS configuration, and running native sync commands. This Skill removes guesswork by guiding developers step-by-step through plugin selection, installation, platform configuration, and common troubleshooting so projects remain buildable across Android, iOS, and Web targets.

Core Features & Use Cases

  • Guided plugin selection: Match requested functionality to official, Capawesome, community, Firebase, or MLKit plugins and recommend a default with alternatives.
  • Automatic project analysis: Detect Capacitor version, platforms (android/, ios/), dependency manager (CocoaPods vs SPM), and build tool to minimize user prompts.
  • Platform-specific configuration: Walk the user through Info.plist, AndroidManifest, Gradle variables, permissions, and ProGuard/Podfile changes with one decision at a time.
  • Capawesome Insiders handling: Detect and assist with Capawesome registry setup and license token configuration when required.
  • Usage code and sync: Offer and adapt example usage code from references, run npx cap sync guidance, and provide targeted troubleshooting steps for build and runtime errors.

Quick Start

Ask the capacitor-plugins skill to add and configure the Camera plugin for iOS and Android in my Capacitor project and apply any required Info.plist and AndroidManifest changes.

Frequently Asked Questions about capacitor-plugins

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

FAQPage Schema
How do I install and configure Capacitor plugins across Android and iOS?

To install and configure Capacitor plugins, you select the appropriate package, install npm packages, and run native sync commands to apply dependencies. You then apply platform-specific settings like AndroidManifest and Info.plist edits.

What is the best way to add native dependencies to a Capacitor project?

The best way to add native dependencies is choosing the correct package, installing it via npm, and running npx cap sync to apply Gradle or Podfile adjustments across Android, iOS, and Web targets.

Can I use Capawesome plugins with a private registry in my Capacitor app?

Yes, you can use Capawesome plugins by configuring the Capawesome registry setup and applying your license token configuration during the installation workflow when required by the specific package.

Does this workflow support Capacitor version 6 through 8 projects?

Yes, this workflow supports projects targeting Capacitor 6 through 8. It detects your Capacitor version, platforms, and dependency managers automatically to minimize configuration prompts across Android, iOS, and Web.

Why does my Capacitor iOS build fail after adding a new plugin?

Your Capacitor iOS build might fail if you missed required Info.plist permissions or Podfile adjustments. You need step-by-step platform-specific configuration and targeted troubleshooting to resolve runtime and build errors.

How do I know which Capacitor plugin package to choose for my feature?

To know which Capacitor plugin to choose, match your requested functionality to official, Capawesome, community, Firebase, or MLKit plugins. The workflow analyzes your project and recommends a default package with alternatives.