xxf-reusable

Automate type-safe registration and dequeuing of UITableView and UICollectionView cells.

6|1|Updated May 22, 2025
One-click install
npx skills add https://github.com/NBXXF/xxf_ios --skill xxf-reusable
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: xxf-reusable
Source: https://github.com/NBXXF/xxf_ios/tree/main/skills/xxf-reusable
Command: npx skills add https://github.com/NBXXF/xxf_ios --skill xxf-reusable

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Automates cell registration for UITableView and UICollectionView and provides type-safe dequeue to reduce boilerplate and runtime errors.

Core Features & Use Cases

  • Automatic cell registration and safe dequeuing for table and collection views.
  • Enforces type safety with generic dequeue methods to prevent mismatched cell types.
  • Improves developer productivity by eliminating repetitive boilerplate code.

Quick Start

Register a cell type once and dequeue it with the type-safe API for a given indexPath.

Frequently Asked Questions about xxf-reusable

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

FAQPage Schema
How do I dequeue UITableView cells with type safety in Swift?

Type-safe cell dequeuing in Swift uses generic methods to return cells matching the exact registered type, preventing mismatched casts. This enforces compile-time safety and reduces runtime errors for table and collection views.

What is the best way to eliminate boilerplate for UITableView cell registration?

Automating cell registration provides a single setup pattern for UITableView and UICollectionView to eliminate manual boilerplate. Registering a cell type once handles the process, improving productivity by removing repetitive code.

Can I use generic dequeue methods for UICollectionView in iOS apps?

Generic dequeue methods support both UITableView and UICollectionView in iOS apps. They enforce type safety by binding the dequeue call to a specific cell class for a given indexPath, preventing cell type mismatches.

Why do I get runtime errors when dequeuing UIKit cells without type safety?

Runtime errors during dequeuing often occur from manual casting or unregistered cells. Type-safe dequeue enforces compile-time safety by returning the exact registered generic cell type, eliminating mismatched casts and missing registration crashes.

How to auto-register and dequeue cells for list interfaces in Swift?

Auto-registering cells for list interfaces involves registering the cell type once, then using a generic API to dequeue it for a given indexPath. This enforces type safety and reduces manual boilerplate code.