runi-design
Build UI components and pages following the runi design system. Use this skill when creating React components for runi—the HTTP client that catches spec drift, verifies AI-generated code, and reveals cross-API...
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Build UI components and pages following the runi design system. Use this skill when creating React components for runi—the HTTP client that catches spec drift, verifies AI-generated code, and reveals cross-API...
Implements Pub-Sub patterns using System.Reactive and Channels for event-based communication in .NET. Use when building reactive applications or decoupled event-driven architectures.
Encapsulates CollectionView in Service Layer to maintain MVVM principles in WPF. Use when implementing filtering, sorting, or grouping while keeping ViewModels free of WPF dependencies.
Designs WPF solution and project structures based on Clean Architecture. Use when creating new WPF solutions, organizing layers, or establishing project naming conventions.
Implements Zero Allocation patterns using Span, ArrayPool, and ObjectPool for memory efficiency in .NET. Use when reducing GC pressure or optimizing high-performance memory operations.
Implements the Repository pattern with Service Layer for data access abstraction in .NET. Use when separating data access logic from business logic or building testable data layers.
Implements dependency injection using GenericHost in .NET Console Applications. Use when building console applications that require DI, hosted services, or background tasks.
Implements WPF routed events including Bubbling, Tunneling, and Direct strategies. Use when creating custom routed events, handling event propagation, or understanding Preview events.
Implements XAML behaviors and triggers using Microsoft.Xaml.Behaviors.Wpf. Use when adding interactivity to XAML without code-behind, implementing EventToCommand patterns, or creating reusable behaviors.
Implements advanced WPF data binding patterns including MultiBinding, PriorityBinding, and complex converters. Use when combining multiple values, fallback values, or implementing complex binding scenarios.
Technical implementation planning and architecture design. Capabilities: feature planning, system architecture, technical evaluation, implementation roadmaps, requirement breakdown, trade-off analysis, codebase...
Use BEFORE any creative work - creating features, building components, adding functionality, or modifying behavior
Comprehensive guide for implementing AIDB tests following E2E-first philosophy, DebugInterface abstraction, and MCP response health standards
Comprehensive architectural reference for AIDB core and MCP integration. Covers 6-layer architecture (MCP, Service, Session, Adapter, DAP Client, Protocol), component organization, data flow patterns, and desig...
MCP server development patterns including Zod schema design, error handling, logging, response format, and testing strategies. Use when developing or contributing to @youdotcom-oss/mcp package.
Implement Spring Data JPA repositories, entities, and queries following modern best practices. Use for creating repositories (only for aggregate roots), writing queries (@Query, DTO projections), custom reposit...
Create Spring Boot projects with Java 25 and Spring Boot 4. Use when user wants to create, build, scaffold, setup, or initialize a new Spring Boot application, microservice, REST API, or backend service; asks f...
Guide for creating C4 model design documents. Use this when asked to create architecture designs, system context diagrams, container diagrams, or component diagrams following the C4 model methodology.
Guide for creating Architecture Decision Records (ADRs). Use this when asked to document architecture decisions, technology choices, or design trade-offs.
Guide for managing traceability between requirements, designs, code, and tests. Use this when asked to verify traceability, create traceability matrices, or perform impact analysis.
Guide for generating code from design specifications using MUSUBIX. Use this when asked to generate code, implement features, or create components following design documents.
Guide for applying MUSUBIX's 17 learned best practices. Use this when asked about coding patterns, design patterns, or testing patterns that MUSUBIX recommends.
Guide for automatic domain detection and component inference. Use this when asked to identify the domain of a project and get recommended components for that domain.
Guide for generating code from design specifications using MUSUBIX. Use this when asked to generate code, implement features, or create components following design documents.
默认按已收录数据中的 GitHub 仓库 Stars 排序。Stars 属于来源仓库,同一仓库的多个技能可能共享相同数值;它反映仓库关注度,不代表单个技能的安装量或质量评分。