Loading...
Loading...
Found 59 Skills
Swift 6.2 and SwiftUI performance optimization for iOS 26 clinic architecture codebases. Covers async/await concurrency patterns, Sendable/actor isolation, view/render performance, and animation performance while preserving modular MVVM-C boundaries across App, Feature, Domain, and Data layers. Use when profiling or optimizing Swift/SwiftUI behavior in clinic modules.
Agent Skill for Swift architecture design and implementation patterns, with architecture-specific playbooks and review checklists. Use when designing new features, refactoring existing modules, reviewing pull requests, or debugging maintainability issues in SwiftUI/UIKit projects and you need concrete guidance for MVVM, MVI, TCA, Clean Architecture, VIPER, or Reactive patterns.
Implement Syncfusion WPF SfTreeNavigator for in-place hierarchical tree navigation and drill-down panels. Use this when building hierarchical navigation panels, drill-down navigation, or breadcrumb-style tree navigation in WPF. Covers declarative item creation, ItemsSource data binding with HierarchicalDataTemplate, Default and Extended navigation modes, HeaderTemplate customization, and MVVM-based SelectedItem selection.
Implement Syncfusion WPF ButtonAdv controls for configurable button UIs. Use this when adding, configuring, or customizing a Syncfusion WPF ButtonAdv — including labels, icons, size modes, toggle/checkable behavior, MVVM command binding, multiline text, corner radius, IsDefault/IsCancel modes, icon templates, and themes.
Implement Syncfusion WPF SplitButton (SplitButtonAdv) with dropdown menus, command binding, and data binding. This skill applies whenever a user mentions WPF splitbutton, dropdown buttons with menus, the SplitButtonAdv control, implementing splitbutton patterns, button–menu combinations, or scenarios that require a button with both a default action and a dropdown menu. It is also relevant for WPF command-enabled splitbutton, MVVM-based splitbutton implementations, data‑bound dropdown menus, or any situation involving buttons that offer selectable dropdown items.
Testing practices for iOS 26 / Swift 6.2 clinic modular MVVM-C applications. Covers unit/UI/snapshot testing, protocol-based mocks, async actor isolation, and dependency-injected test architecture aligned with Domain protocols, App-target composition, and Data-owned I/O boundaries. Use when writing, reviewing, or refactoring tests for ios-* and swift-* clinic modules.
Implementation of MVVM-style Data Binding for Unity UI Toolkit using the [CreateProperty] attribute and BindableProperty wrappers.
Clinic-architecture-aligned iOS animation craft guidelines for SwiftUI (iOS 26 / Swift 6.2) covering motion tokens, spring physics, gesture continuity, spatial transitions, micro-interactions, and accessibility. Enforces @Equatable on animated views and keeps animation state aligned with Domain/Data feature boundaries. Use when writing, reviewing, or refactoring SwiftUI animation code under the clinic modular MVVM-C architecture.
Clinic-architecture-aligned iOS design system engineering for SwiftUI (iOS 26 / Swift 6.2) covering token architecture, color/typography/spacing systems, component style libraries, asset governance, and theming. Enforces @Equatable on views and keeps design-system usage compatible with Feature-to-Domain+DesignSystem boundaries. Use when building or refactoring DesignSystem infrastructure for the clinic modular MVVM-C stack.
Comprehensive guide for implementing the Syncfusion WPF Busy Indicator (SfBusyIndicator) control in Windows Presentation Foundation applications. Use this skill when working with loading indicators, progress animations, or visual feedback during async and long-running operations in WPF. Covers IsBusy binding, AnimationType configuration, header customization, MVVM integration, and sizing with ViewboxHeight/ViewboxWidth.
Expert guidance for .NET MAUI Blazor Hybrid development combining native mobile/desktop apps with Blazor web UI. Use when working with: (1) .NET MAUI Blazor Hybrid apps, (2) BlazorWebView components, (3) Cross-platform apps sharing Blazor UI, (4) Platform integration in Blazor Hybrid, (5) MVVM with Blazor components, (6) Navigation between MAUI pages and Razor components, (7) Shared Razor Class Libraries (RCL) for MAUI and Web. Applies to any .NET MAUI project using Blazor for UI.
Builds .NET UI apps across Blazor (Server, WASM, Hybrid, Auto), MAUI (XAML, MVVM, Shell, Native AOT), Uno Platform (MVUX, Extensions, Toolkit), WPF (.NET 8+, Fluent theme), WinUI 3 (Windows App SDK, MSIX, Mica/Acrylic, adaptive layout), and WinForms (high-DPI, dark mode) with JS interop, accessibility (SemanticProperties, ARIA), localization (.resx, RTL), platform bindings (Java.Interop, ObjCRuntime), and framework selection. Spans 20 topic areas. Do not use for backend API design or CI/CD pipelines.