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Found 12 Skills
Provides TypeScript patterns for type-first development, making illegal states unrepresentable, exhaustive handling, and runtime validation. Must use when reading or writing TypeScript/JavaScript files.
Advanced TypeScript patterns and best practices for 2025
TypeScript 6+ guidance for project development, tsconfig configuration, diagnostics, module resolution, deprecations, and modern standard-library typings. Use when building or maintaining TypeScript 6+ projects, debugging compiler behavior, or working through TS 6-specific defaults and tooling such as `#/` subpath imports, `ignoreDeprecations`, `RegExp.escape`, `Temporal`, and `--stableTypeOrdering`. Triggers on typescript 6, ts 6, stableTypeOrdering, ignoreDeprecations, types array, noUncheckedSideEffectImports, baseUrl deprecated, moduleResolution node deprecated, and subpath imports.
Must always be enabled when writing/reviewing TypeScript code.
Modelar e revisar TypeScript seguro com strictness, narrowing, generics, modules, declarations, validação runtime e APIs públicas. Use para tsconfig, tipos, erros de compilação, bibliotecas ou contratos TS/JS; use também para eliminar any/assertions injustificados numa área alterada; não use para lógica de framework (React, Next.js) nem confunda tipo estático com validação de dado externo — tipo não substitui parse em runtime.
Evidence-based Quality Verification for Games. Launch the actual build on the selected target runtime to prove real rendering, input, core loop, at least one designed outcome, restart functionality, and explicit limitations, without framing subjective fun as a definitive verdict. This method is used for testing generated games, conducting QA on game builds, checking whether a game is fully playable, or verifying builds.
ArkType runtime validation with TypeScript-native syntax. Type-safe schemas using string expressions, morphs, scopes, and generics. Use when defining schemas, validating data, transforming input, or building type-safe APIs with ArkType.
Verifies that implemented code is actually integrated into the system and executes at runtime, preventing "done but not integrated" failures. Use when marking features complete, before moving ADRs to completed status, after implementing new modules/nodes/services, or when claiming "feature works". Triggers on "verify implementation", "is this integrated", "check if code is wired", "prove it runs", or before declaring work complete. Works with Python modules, LangGraph nodes, CLI commands, API endpoints, and service classes. Enforces Creation-Connection-Verification (CCV) principle.
Verify a WordPress plugin's Abilities API registrations: enumerate abilities, check that callback behavior matches each annotation's claim (the adversarial readonly-but-writes detection), validate permissions and schemas, and validate audit documents produced by wp-abilities-audit.
TypeScript-first schema validation and type inference. Use for validating API requests/responses, form data, env vars, configs, defining type-safe schemas with runtime validation, transforming data, generating JSON Schema for OpenAPI/AI, or encountering missing validation errors, type inference issues, validation error handling problems. Zero dependencies (2kb gzipped).
Prisma-to-Zod schema generator with composable Query Engine. Use when user mentions zodipus, prisma zod schemas, prisma validation, zod from prisma, query builders with zod, runtime database validation, or type-safe prisma queries.
Zod schema validation patterns for TypeScript - schema definitions, type inference, refinements, transforms, discriminated unions