lang-typescript

Enforce TypeScript type safety by enabling strict mode, applying type guards, and replacing any with unknown. Run automated linting to catch unsafe assertions and generate a report with recommended changes.

Refactor legacy TypeScript modules by introducing discriminated unions for robust type narrowing and adding runtime validation. Use named exports to ensure consistent module structure and eliminate unsafe constructs.

TypeScript linting recommends unknown over any to enforce explicit type checking before usage, preventing unsafe operations. The unknown type forces developers to apply type guards, ensuring strict type safety and code quality.

Prevent improper type assertions and default exports by applying linting rules that flag unsafe casts and enforce named exports. This ensures consistent export structures and maintains strict type safety across modules.

Yes, this TypeScript linting approach applies during automated code review across modules and services. It scans for type-no-any and type-no-assertions, enforcing strict mode configurations and consistent export patterns.

Avoid type assertions in TypeScript when strict type safety is required, as they override the compiler and can introduce unsafe any usage. Instead, use type guards, runtime validation, and discriminated unions for safe type narrowing.