swift-concurrency
Swift Concurrency支援。async/await、Actor、Sendable、データ競合防止。 使用タイミング: (1) 並行処理コードの実装時、(2) Swift 6 Strict Concurrency対応時、 (3) データ競合の診断・修正時、(4) MainActorとバックグラウ...
Discover documentation architecture patterns skills, compare source repositories and read the instructions for each workflow.
Swift Concurrency支援。async/await、Actor、Sendable、データ競合防止。 使用タイミング: (1) 並行処理コードの実装時、(2) Swift 6 Strict Concurrency対応時、 (3) データ競合の診断・修正時、(4) MainActorとバックグラウ...
PCE (Process-Context Engine) のスコープ管理スキル。入れ子プロセス間のコンテキスト継承を設計し、親子間のハンドオフを最適化する。 トリガー条件: - タスクを子タスクに分解する時 - サブエージェントに作業を委譲する時...
Red-green-refactor development loop for implementing Gateway API conformance tests. Use this skill when working on implementing new conformance tests for the multiway project. It guides the agent through select...
AI-assisted pair programming with multiple modes (driver/navigator/switch), real-time verification, quality monitoring, and comprehensive testing. Supports TDD, debugging, refactoring, and learning sessions. Fe...
Advanced swarm orchestration patterns for research, development, testing, and complex distributed workflows
Comprehensive Flow Nexus platform management - authentication, sandboxes, app deployment, payments, and challenges
Deterministic plan execution with mathematical certainty. Use for implementing IMPLEMENTATION-PLAN.md files with triple verification, git workflow, and cross-session context sharing. Works identically for rad-e...
Interactive project planning for PRD, architecture, and epic/story generation. Use for new projects, planning features, creating PRDs, designing architecture, breaking down work into epics and stories.
Advanced LangGraph patterns for production applications. Use when implementing streaming (tokens, updates, custom data), parallel node execution, subgraphs for modular workflows, error handling and retries, or...
CAN 버스에서 수신된 데이터를 프로토콜화하여 UART를 통해 PC로 안정적으로 전송하는 가이드를 제공합니다. (24바이트 정렬 및 CRC16 적용)
dsPIC33EV256GM106에서 인터럽트와 큐(원형 버퍼)를 사용하여 효율적인 CAN 통신(송수신)을 구현하는 가이드를 제공합니다.
Explains the padz hybrid store architecture—files are truth, JSON metadata is a rebuildable cache. Covers self-healing reconciliation (orphans, zombies, staleness), the Backend+Store split for testability, and...
Explains the Display Identifier system in padz—a dual-identifier approach that provides stable, user-friendly IDs (1, 2, p1, d1) while internally using UUIDs. Use when working on pad listing, selection, or any...
Creates, analyzes, updates, and evaluates Model Context Protocol (MCP) servers including architecture assessment, security validation, and connection configuration. Use when user asks if current context or logi...
Discover available effects, actions, and placeholders in a Sandestin project. Use when asking what effects exist, searching for functionality, or needing example invocations. Keywords: effects, actions, dispatc...
Discover available effects, actions, and placeholders in a Sandestin project. Use when asking what effects exist, searching for functionality, or needing example invocations. Keywords: effects, actions, dispatc...
This skill shoudl be used when the user ask to "behaviors", "specification", "read implementation", "analyze component", "振る舞いを分析", "振る舞いを理解". Analyze component(module, package, class, function) b...
Create Architecture Decision Records for important technical decisions. Guides you through trade-off analysis, fact-checks claims, and generates a structured ADR document. Triggers on: create adr, architecture...
Architecture guidelines for Jarvy CLI - codebase structure, tool implementation patterns, registry system, platform-specific code organization, and module conventions.
Best practices for code structure, error handling, and reducing duplication.
Use when applying encapsulation and information hiding principles in object-oriented design. Use when controlling access to object state and behavior.
Use when deciding between inheritance and composition in object-oriented design. Use when creating class hierarchies or composing objects from smaller components.
Master FastAPI dependency injection for building modular, testable APIs. Use when creating reusable dependencies and services.
Use when designing solutions, adding features, or refactoring by applying KISS, YAGNI, and Principle of Least Astonishment to write simple, predictable code.
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