typescript-dev

To set up a TypeScript project, generate tsconfig.json, package.json scripts, ESLint/Prettier rules, and Vitest configurations. This delivers a guided walkthrough for build setups, ensuring proper type definitions and linting integration for React and Node environments.

To refactor TypeScript code and fix build errors, automate implementation and debugging across TS/TSX codebases. This approach diagnoses build errors, updates type definitions, and ensures Zod validation remains intact throughout the refactoring workflow.

Generate type definitions and Zod validation schemas by applying TypeScript patterns for generics and runtime validation. This produces robust type safety and test scaffolding for Node libraries, ensuring data structures match your runtime requirements.

Yes, you can use Biome instead of ESLint for TypeScript linting. The setup supports ESLint/Biome/Prettier integration, allowing you to apply your preferred linter and formatter rules to TS/TSX codebases while maintaining code quality standards.

Your TypeScript test suite might fail after refactoring due to mismatched type definitions or broken Zod validation schemas. Diagnosing build errors and updating Jest or Vitest test scaffolding ensures your refactored types align with existing runtime validations.