type-inference

To resolve a TypeScript expression in Biome's type inference workflow, you use available resolvers to navigate local, thin, and full inference phases, applying recommended patterns for type flattening and accurate reference resolution.

Biome's module graph traversal handles TypeReference resolution by progressing through local, thin, and full inference phases, ensuring accurate type resolution across modules to maintain high IDE performance.

The best way to implement type-aware lint rules in Biome is to leverage its type inference architecture, utilizing available resolvers and module graph navigation to accurately resolve types and flatten references.

You navigate local, thin, and full inference phases by applying Biome's recommended patterns for type flattening and reference resolution, which optimizes the type inference workflow for better IDE performance.

Type resolution across modules affects IDE performance because traversing the module graph and resolving TypeReferences requires carefully managing local, thin, and full inference phases to prevent processing bottlenecks.

Yes, you can extend Biome's type-info codebase for new features by using available resolvers and navigating the module graph to ensure accurate type resolution and maintain codebase quality.