fail-fast
Use when handling errors. Use when tempted to catch and swallow exceptions. Use when returning default values to hide failures.
Découvrez les skills documentation architecture patterns, comparez leurs dépôts et consultez leurs instructions.
Use when handling errors. Use when tempted to catch and swallow exceptions. Use when returning default values to hide failures.
Use when acquiring multiple locks. Use when operations wait for each other. Use when system hangs without crashing.
Use when creating subclasses or implementing interfaces. Use when tempted to override methods with exceptions or no-ops. Use when inheritance hierarchy feels wrong.
Use when designing interfaces. Use when implementing interfaces with methods you don't need. Use when forced to implement throw/no-op for interface methods.
Use when tempted to add features "for later". Use when building "production-ready" systems before needed. Use when adding flexibility that isn't required yet.
Use when creating custom exceptions. Use when error handling feels chaotic. Use when catch blocks are too broad or too specific.
Use when adding new functionality to existing code. Use when tempted to add if/else or switch branches. Use when extending behavior of existing classes.
Python application architecture with functional core, effectful shell, DDD, and data modeling. Use when designing application layers, separating pure business logic from IO, defining domain models, implementing...
Use when component does too many things. Use when mixing data fetching, logic, and presentation. Use when code is hard to test.
Use when analyzing cognitive load, code complexity, onboarding difficulty, readability concerns, maintainability issues, or applying Ousterhout principles for deep modules, reducing complexity, and strategic pr...
Create distinctive, production-grade frontend interfaces with exceptional design quality. Use when building web components, pages, or applications that need creative, polished aesthetics.
Use when working with distributed systems, clustering, consensus algorithms, network partitions, CAP tradeoffs, or distributed Erlang/Elixir patterns
Use when implementing or refactoring Elixir code, designing system architecture, working with functional programming patterns, OTP design patterns (GenServer, supervision trees), or needing idiomatic Elixir cod...
Automated detection and enforcement of design system guidelines including dark mode, colors, spacing, typography, focus states, and accessibility compliance
WebSocket real-time updates, SSE broadcasting, event buffering
Assess if IDD fits your project and learn about Intent-Driven Development. Use /intent-assess to evaluate project suitability or /intent-assess --learn for IDD education.
This skill should be used when the user asks to "create module", "add module", "module structure", "use Res type", "return Res", "Res.Ok", "Res.Fail", "IsFailed pattern", "module registration", "module dependen...
Guide for developing new features in the DEVS platform following the modular feature architecture. Use this when asked to add a new feature, create a feature module, or understand the feature structure.
Improve code quality, reduce technical debt, restructure for maintainability
Validate and update bidirectional traceability across SDD artifacts
Create System Requirements (SYS) - Layer 6 artifact defining functional requirements and quality attributes
Generate phased implementation roadmaps from Architecture Decision Records
Create EARS (Easy Approach to Requirements Syntax) formal requirements - Layer 3 artifact using WHEN-THE-SHALL-WITHIN format
Create Architecture Decision Records (ADR) - Layer 5 artifact documenting architectural decisions with Context-Decision-Consequences format
Le classement utilise les étoiles du dépôt GitHub indexé. Plusieurs skills peuvent partager ce nombre : ce n’est ni un nombre d’installations ni une note de qualité.