react-patterns

You can enforce strict TypeScript and functional React patterns by analyzing source files to validate typed props interfaces and detect class components, ensuring type-safe React functional components across your project.

Checking React hook dependency arrays involves static analysis to validate useCallback, useMemo usage, and proper cleanup, flagging inline objects and improper keys to prevent common hook anti-patterns.

To ensure typed props and avoid 'any' usage in React 18+ projects, apply strict TypeScript linting rules that require explicit interfaces for all functional components and flag any untyped declarations.

This React patterns analysis applies to JavaScript/TypeScript projects using React 18+, evaluating components, hooks, and props to enforce modern coding standards regardless of strict TypeScript usage.

Measuring React codebase fitness requires defining measurable thresholds for strict TypeScript compliance, functional components with typed props, correct hook dependencies, and adequate test coverage.

The React TypeScript linter recommends state management guidance by suggesting local state, context, or React Query where appropriate, ensuring proper state handling patterns across your components.