Enforce strict type safety in TypeScript and Python code.
npx skills add https://github.com/sumik5/dotfiles --skill type-safety
Please help me install this Agent Skill. Skill: type-safety Source: https://github.com/sumik5/dotfiles/tree/main/claude-code/skills/type-safety Command: npx skills add https://github.com/sumik5/dotfiles --skill type-safety
This Skill enforces strict type safety in TypeScript/JavaScript and Python projects, preventing common runtime errors caused by incorrect data types. It eliminates the use of any/Any types, promotes explicit type definitions, and guides the implementation of robust type-checking mechanisms, saving debugging time and improving code reliability.
any/Any Type Prohibition: Strictly forbids the use of any in TypeScript and Any in Python, pushing for explicit and precise type definitions.unknown or ambiguous types using type guards.Review the provided Python code for type safety, ensuring no Any types are used and all functions have explicit type hints.
High-intent search queries and answers about installing and using this skill.
Type safety prevents `any` types by enforcing explicit type definitions across your codebase. Replace `any` with precise types or `unknown` with type guards, ensuring the TypeScript compiler validates all data at compile time rather than allowing runtime surprises.
Strict mode enables comprehensive type checking by enforcing non-null types, strict function types, and strict property initialization. Enable it in your `tsconfig.json` to catch type errors early and work alongside this Skill's prohibition on `any` types for maximum code integrity.
Type hints in Python document expected types for function parameters and return values, enabling static checkers to verify correctness before execution. This Skill eliminates `Any` type hints in favor of explicit, precise types, reducing debugging time and improving reliability.
Type safety applies during API response handling by requiring explicit type definitions for parsed JSON data rather than treating responses as `any`. Type guards validate the structure matches expectations, preventing type mismatches that cause runtime failures.
`any` and `Any` disable type checking entirely, allowing incorrect data to pass undetected until runtime. Type safety eliminates these escape hatches, ensuring the compiler catches type errors before deployment and making code safer and easier to maintain.
Type guards validate that data from external libraries matches expected types before use, preventing errors from type mismatches. This Skill guides implementing guards alongside strict type definitions when integrating third-party code into type-safe projects.
outcomeengEnforce strict TypeScript typing and ESLint rules across production and test code.
rsmdtValidate implementations against documented specifications with structured compliance reporting.
CyranoBDetect and run project-native linters and type checkers to fix code issues.
mcgilly17Apply advanced TypeScript typing patterns and strict mode practices.