gpui-patterns

Provide reusable UI patterns for GPUI applications as modular Rust templates.

27|3|Updated Jan 11, 2026
One-click install
npx skills add https://github.com/cnwzhu/gpui-skills --skill gpui-patterns-cnwzhu
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: gpui-patterns
Source: https://github.com/cnwzhu/gpui-skills/tree/main/gpui-patterns
Command: npx skills add https://github.com/cnwzhu/gpui-skills --skill gpui-patterns-cnwzhu

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

GPUI developers need reusable, battle-tested UI patterns to accelerate development and ensure consistent behavior across modals, lists, forms, and complex component compositions.

Core Features & Use Cases

  • Modal/Overlay pattern for modal dialogs and transient UI.
  • Dynamic List rendering patterns for lists, grids, and tables.
  • Form pattern with validation, error handling, and accessible feedback.
  • Global state pattern for sharing state across components and screens.
  • Parent-Child communication via events and subscriptions for decoupled components.
  • Tab navigation pattern for multi-view interfaces.
  • Loading and async state patterns for data-driven UI and progress feedback.
  • Dropdowns, focus management, and accessibility considerations.
  • Production component patterns: Builder, Component Structure, Variant System for scalable UI.
  • Focus management and responsive sizing strategies for varying DPIs.

Quick Start

Load the gpui-patterns package and start applying these patterns to a sample GPUI screen (modals, lists, and forms).

Frequently Asked Questions about gpui-patterns

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

FAQPage Schema
How do I build accessible modals and dynamic lists in GPUI?

You can build accessible modals and dynamic lists in GPUI using reusable UI patterns with trait-based builders and focus management. These patterns provide modular Rust templates to ensure consistent behavior for transient UI and grid rendering across desktop apps.

What is the best way to manage global state across GPUI components?

The best way to manage global state across GPUI components is using a global state pattern combined with parent-child communication via events and subscriptions. This approach decouples components while sharing state across different screens and interfaces.

How do I handle form validation and error feedback in a GPUI application?

You handle form validation in a GPUI application by applying a dedicated form pattern that includes validation, error handling, and accessible feedback. This provides structured Rust templates to ensure dynamic rendering and proper user accessibility.

Does this GPUI component pattern system support tab navigation and async loading states?

Yes, the GPUI component pattern system supports tab navigation for multi-view interfaces and async loading states for data-driven UI. It includes specific implementation guidance for progress feedback and dynamic view switching across desktop apps.

Can I use these Rust UI templates for focus management and responsive sizing?

Yes, you can use these Rust UI templates for focus management and responsive sizing strategies across varying DPIs. The templates include production component patterns like a variant system to ensure scalable and accessible UI composition.