typescript

Configure strict TypeScript by enabling strict tsconfig options, adopting branded types, and applying safe defaults to prevent runtime errors. These patterns enforce type-safety across React and non-React projects for scalable, production-grade codebases.

Testing strategies for TypeScript projects involve using Vitest for unit and integration tests, and Playwright for E2E tests. Applying specific testing patterns ensures robust test coverage and reliable validation across your application workflows.

Yes, the TypeScript tooling and discipline guidelines apply across both React and non-React projects. They cover type-safety, linting, module patterns, and build setup to satisfy requirements for scalable JavaScript and TypeScript codebases.

Improve TypeScript build performance and maintainability by applying bundler recommendations, tree-shaking techniques, and linting configurations. These build and tooling practices optimize output size and enforce code discipline across the project.

Branded types are needed when enforcing strict type-safety to prevent common runtime errors and distinguish structurally identical primitives. They serve as a core type-safety pattern for production-grade TypeScript applications requiring safe defaults.