awesomemeta-pattern-recognition
Spot patterns appearing in 3+ domains to find universal principles
আপনার এজেন্টের জন্য উপযুক্ত সক্ষমতা খুঁজে নিন।
Spot patterns appearing in 3+ domains to find universal principles
Clarify the scope, objectives, and constraints of the refactor request first, then generate a refactoring plan for the refactor request. Use this skill when the user submits a refactor request to refactor existing functionality, code issue fix request or code improvement request.
Distributed systems patterns for BEAM/OTP including clustering, supervision, and multi-region deployment
Comprehensive guide to identifying, analyzing, and documenting failure modes in distributed systems
Patterns for building B2B SaaS multi-tenancy: tenant identification, data isolation (RLS/schema/db), quotas, billing/metering, onboarding, and tenant-safe operations
Simplify and refine code for clarity, consistency, and maintainability while preserving functionality. Use after writing code to improve quality.
Architecture rules and validation patterns for Claude Code marketplace components ensuring self-contained skills, proper skill usage, and clean reference patterns
Container and infrastructure patterns for Go applications. Use when working with Dockerfiles, external binaries, or deployment configuration. Triggers: containerization, external binary integration, dependency verification, Docker, infrastructure.
Core engineering principles for quality, maintainable code.
Session guardrails for PM OS - dynamic execution with dependency awareness.
Obsidian LiveSync プロジェクトの Rust 開発を支援します。DDD 4層アーキテクチャ(domain/application/infrastructure/interfaces)に従った新規モジュール追加、axum ハンドラー・ルーティング実装、DomainError と thiserror を使用したエラーハンドリング、tokio-test・mockall・rstest によるテスト作成を行います。新機能追加、コード修正、アーキテクチャ設計、テスト実装を依頼されたときに使用してください。
Guide for exception handling patterns in the domain layer. Use when creating exceptions, handling errors in controllers, or testing exception scenarios.
{{LANGUAGE_NAME}} best practices with modern frameworks, {{PRIMARY_DOMAIN}}, and performance optimization for 2025
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. Features automatic role switching, continuous code review, security scanning, and performance optimization with truth-score verification.
Guide systematic feature development with codebase exploration, architecture design, and implementation. Use this skill when the user wants to implement a new feature, add functionality, or build something new in the codebase.
Best practices for creating clear, comprehensive, and maintainable documentation for code, APIs, and systems
Manage staging/production environments, rollbacks, and disaster recovery. Use when deploying, setting up environments, or recovering from incidents.
Layered Composition Architecture patterns. Use when designing system boundaries, state flow, lifecycle management, configuration, or module structure. Includes Infrastructure pattern for shared dependencies and Handler() factory for domain system handler creation. Triggers: System interface, New* constructor, Start() method, Cold Start, Hot Start, Runtime struct, Domain struct, Infrastructure, Handler() factory, lifecycle coordinator, OnStartup, OnShutdown, config.go, Finalize(), validate(), loadDefaults(), loadEnv(). File patterns: internal/config/*.go, pkg/lifecycle/*.go, pkg/runtime/*.go, internal/*/system.go, cmd/server/*.go
Enforce SOLID design principles during code generation, refactors, and code review (SRP/OCP/LSP/ISP/DIP). Use when changing architecture, introducing new abstractions, reducing coupling, eliminating type-switches, or reviewing PRs for maintainability.