localization-setup

Generate type-safe i18n infrastructure for iOS and macOS apps.

Updated Jun 2, 2026
One-click install
npx skills add https://github.com/ano4l/MedCore --skill localization-setup-ano4l
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: localization-setup
Source: https://github.com/ano4l/MedCore/tree/main/skills/generators/localization-setup
Command: npx skills add https://github.com/ano4l/MedCore --skill localization-setup-ano4l

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Manually setting up internationalization (i18n) for iOS and macOS apps is time-consuming, error-prone, and often leads to inconsistent implementation of best practices like type-safe string access, pluralization, and RTL support. This Skill eliminates that overhead by generating a complete, production-ready i18n infrastructure tailored to your project's needs.

Core Features & Use Cases

  • Automated Infrastructure Generation: Creates type-safe localization code, String Catalog configurations, and runtime language switching logic for iOS/macOS projects.
  • Flexible Localization Support: Works with both modern String Catalogs (iOS 16+/macOS 13+) and legacy .strings files for older deployment targets.
  • Built-in Best Practices: Includes pre-built support for pluralization, device-specific strings, RTL layout, and SwiftUI preview helpers, all following Apple's official localization guidelines.
  • Use Case: A SwiftUI developer building a global health app can use this Skill to instantly generate localization support for 10+ languages, including Arabic RTL layout, without writing boilerplate code or researching Apple's i18n APIs.

Quick Start

Use the localization-setup skill to generate complete internationalization infrastructure for your iOS app, configured for English, Spanish, and Arabic with type-safe string access, pluralization support, and RTL layout helpers.

Frequently Asked Questions about localization-setup

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

FAQPage Schema
How do I set up i18n infrastructure for a SwiftUI iOS app?

To set up i18n infrastructure for a SwiftUI iOS app, you configure String Catalogs, generate type-safe string access code, and implement runtime language switching, automating multi-language support creation without manual boilerplate.

What's the best way to add RTL layout support in a localized macOS app?

Adding RTL layout support in a localized macOS app is best achieved by generating pre-built RTL layout helpers that align with Apple's localization APIs. This ensures proper right-to-left rendering for languages like Arabic without manual layout adjustments.

Does i18n infrastructure generation work with legacy .strings files for older iOS deployment targets?

Yes, i18n infrastructure generation works with legacy .strings files for older iOS deployment targets. It supports both modern String Catalogs for iOS 16+/macOS 13+ and traditional .strings files to accommodate various deployment requirements.

How do I generate type-safe string access and pluralization rules for an iOS app?

Generating type-safe string access and pluralization rules for an iOS app involves automating String Catalog configurations and creating pre-built support for device-specific strings. This follows Apple's official localization guidelines for maintainable code.

Can I implement runtime language switching in a localized SwiftUI app without writing boilerplate?

You can implement runtime language switching in a localized SwiftUI app without writing boilerplate by automating the generation of the switching logic. This provides instant, production-ready multi-language support tailored to your project's specific needs.