A comprehensive framework of best practices and examples for building robust, scalable SwiftUI interfaces and application architectures.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install swiftui-ui-patterns
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install swiftui-ui-patterns using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Prefer to download?
Get the raw skill files in a ZIP archive.
What is SwiftUI UI Patterns?
SwiftUI UI Patterns provides a standardized approach to building Apple platform applications by leveraging modern SwiftUI state management and composition techniques. This skill guides developers through the complexities of view hierarchy design, dependency injection, and asynchronous task handling. By utilizing Openclaw Skills for your UI development, you ensure that your code remains maintainable, follows native conventions, and utilizes the most efficient data flow patterns available in the Swift ecosystem.
The skill focuses on creating small, reusable subviews and moving away from unnecessary view models in favor of native property wrappers like @Observable and @Environment. Whether you are refactoring a legacy application or starting a fresh project, these Openclaw Skills provide the structural blueprints needed for professional-grade iOS and macOS development.
SwiftUI UI Patterns Use Cases
- Creating modular app architectures using TabView, NavigationStack, and sheet-based navigation.
- Refactoring legacy SwiftUI views to use modern state management property wrappers.
- Implementing standardized, item-driven sheet patterns for complex data editing.
- Scaffolding new projects with consistent routing and dependency injection layers.
- Optimizing UI performance by extracting focused subviews and utilizing native async/await tasks.
How SwiftUI UI Patterns Works
- Identify the primary interaction model of the feature, such as a list, detail editor, or tabbed dashboard.
- Determine view state ownership and define dependencies to be provided via environment injection.
- Utilize the provided scaffolding templates to wire together the TabView, NavigationStack, and sheet enums.
- Compose the view hierarchy by extracting repeated UI elements into focused, small subviews for better readability and performance.
- Implement asynchronous logic using the native .task modifier to handle loading and error states explicitly.
- Integrate accessibility identifiers and labels to ensure the interactive UI meets Apple's HIG standards.
SwiftUI UI Patterns Setup
To integrate these patterns into your project using Openclaw Skills, start by setting up the reference directory structure in your repository.
mkdir -p references
touch references/components-index.md
touch references/app-scaffolding-wiring.md
Configure your central components-index.md as the entry point for your team's UI documentation and follow the scaffolding guide to define your AppTab and RouterPath skeletons.
SwiftUI UI Patterns Data Schema & Taxonomy
The skill organizes UI logic and documentation through a structured reference system that maps directly to your codebase.
| Component | Purpose | Location |
|---|---|---|
| UI Components | Usage patterns for specific views | references/<component>.md |
| App Scaffolding | Global wiring for navigation and sheets | references/app-scaffolding-wiring.md |
| State Management | Conventions for @State, @Binding, and @Environment | SKILL.md |
| Component Index | The master directory of all implemented patterns | references/components-index.md |
SwiftUI UI Patterns Advanced Features
- Item-driven sheet presentations that utilize
.sheet(item:)to maintain clean, state-safe data flow. - Internal sheet dismissal logic that empowers subviews to own their actions rather than relying on complex closure forwarding.
- Scaffolding for complex navigation routing using Enums for paths and sheets.
- Native async/await integration within the view lifecycle to manage side effects without external boilerplate.
- Extension-based component documentation that links directly to concrete examples within the local repository via Openclaw Skills.
SKILL.md
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