embedded-banking-architecture

Organize your React TypeScript monorepo by colocating types with their implementations, placing hooks and utilities in individual files, and avoiding aggregation barrels to optimize tree-shaking and maintainability.

The best way to structure new components in an embedded finance architecture is to follow a clear, scalable pattern that dictates specific placements for associated hooks, utility functions, and sub-components based on feature scope and reusability.

You should avoid barrel files in a TypeScript monorepo because aggregation barrels hinder tree-shaking and reduce maintainability; using direct imports for individual hook and util files ensures optimal bundle performance.

When developing a new payment widget feature, place its associated hooks, utility functions, and sub-components within the monorepo by following code placement decisions guided by reusability and feature scope.

Yes, this React architecture pattern requires direct import strategies for individual hook and util files, enforcing type colocation and avoiding aggregation barrels to ensure optimal tree-shaking and maintainability.