typescript-patterns

Enforce TypeScript type safety by encoding idioms like discriminated unions and safe generics to catch bugs at compile time. This discipline ensures consistent type design and reduces runtime errors across backend and frontend projects.

Configure tsconfig strictness by auditing tsconfig.json for strict options and replacing unsafe any usage with unknown-safe primitives. This enforces module-resolution consistency and robust type checking across frameworks.

Use discriminated unions in TypeScript when handling varied data shapes that require safe narrowing at compile time. This pattern catches subtle type bugs by enforcing exhaustive checks, ensuring reliable and bug-free code execution.

Yes, this TypeScript type design guidance applies across both backend and frontend projects. It enforces framework-agnostic ergonomics, ensuring consistent type safety, safe generics, and maintenance discipline regardless of the specific framework used.

Replace any usage with unknown-safe primitives in TypeScript to prevent silent runtime failures. Using unknown forces explicit type narrowing and validation, enforcing strict type safety and catching unpredictable data shapes at compile time.

Align TypeScript codebase conventions with safe generics by applying prescriptive guidance and validation to enforce consistent type design. This catches bugs at compile time and maintains maintenance discipline across complex backend and frontend architectures.