build-fix

Fix TypeScript build errors automatically by detecting error types and resolving root causes incrementally. The process targets import issues, type mismatches, and lint violations, then re-runs checks to ensure a clean build with minimal, safe changes.

Resolving linting and unhandled promise errors involves prioritizing import errors first, then type errors, then lint errors. This systematic approach fixes root causes and re-runs checks to guarantee a functional state without manual intervention.

Fix missing file extensions in TypeScript imports by detecting the import error type and applying minimal corrective changes. The resolution process handles CommonJS usage and import path issues before moving on to type and lint checks.

Resolve explicit any types and unchecked indexed access errors incrementally by fixing root causes one by one. This method ensures safe changes, prioritizing type errors after import issues to maintain a clean and functional codebase.

Automated build fixing works for test failures by prioritizing them last in the resolution process. After fixing import, type, and lint errors, the system addresses test failures to ensure the complete build passes.

The limitation of automated lint error resolution is that it applies minimal, safe changes by fixing root causes incrementally. It prioritizes import and type errors first, meaning complex lint issues may require manual review if they fall outside common patterns.