typescript-core

Enforce strict type safety in TypeScript by preferring unknown over any to force explicit boundary validations. This approach guides safe refactors and ensures compile-time checks catch potential runtime regressions across your data boundaries.

The best way to model API contracts in TypeScript is using discriminated unions to define explicit data shapes. This technique enforces strict typing at data boundaries, ensuring compile-time validation and safer refactoring for complex object structures.

TypeScript static analysis works directly with tsconfig configurations and tsx files to enforce boundary modeling. It validates type boundaries and API contracts across your project, ensuring strict compile-time type checks during development.

Minimize generics in TypeScript projects by applying strict typing techniques like discriminated unions and the satisfies operator. This reduces generic complexity while maintaining strong API contracts and compile-time validation at data boundaries.

Prefer unknown over any in TypeScript because unknown forces explicit type checking at data boundaries. This prevents untyped data from silently causing runtime regressions, ensuring safe refactors and strict compile-time validation for API contracts.