separation-of-concerns

To enforce separation of concerns in a TypeScript project, this Skill organizes code into features, platform components, and shell wiring, then validates dependencies using dependency-cruiser to prevent architectural drift.

The best way to prevent cross-feature imports in TypeScript is using dependency-cruiser to validate code structure against defined rules, ensuring domain logic is isolated and enforcing clear separation between read and write paths.

Yes, dependency-cruiser works for enforcing clean code architecture by validating code structure and dependencies against defined rules, preventing architectural drift and maintaining codebase health in TypeScript projects.

You can validate code structure and dependencies to stop architectural drift by running the dependency-cruiser CLI tool with the provided configuration, which audits your TypeScript project's structure and flags violations.

Yes, you can ensure feature isolation and domain purity during refactoring by validating dependencies against strict architectural rules that enforce clear dependency direction and prevent cross-feature imports.

A limitation of using dependency-cruiser for code organization is that it requires adherence to specific rules for feature isolation and domain purity, meaning your TypeScript project must conform to the enforced architectural pattern.