tsr

To remove unused exports in a TypeScript React project, you can use a cascading configuration system that identifies dead code across project-root, user home, and default settings. It safely detects and deletes unused files and exports while generating ignore patterns to prevent false positives.

Automating dead-code cleanup for Next.js and Node.js involves framework-aware detection that generates specific ignore patterns. By applying a cascading configuration approach, you can minimize manual cleanup and reduce the risk of accidentally deleting live code during refactor sessions.

Yes, dead-code detection works with custom TypeScript stacks through a cascading configuration system. You can tailor the cleanup process by creating a project-level configuration file to handle specific requirements beyond default Next.js, React, and Node.js environments.

To verify code health after removing dead code, run type-checks, linting, and tests as post-deletion verification steps. This ensures the removal of unused exports and files does not break existing functionality and maintains overall project stability.

Yes, you can integrate unused file removal into CI pipelines to validate deletions automatically. The process generates a configurable report path and uses verification steps to ensure that removing dead code maintains code health across different environments.

TypeScript dead-code detection produces false positives when framework-specific usage patterns are not recognized. To minimize this, framework-aware detection generates ignore patterns and auto-generated guidance files to exclude necessary files from being flagged as unused.