error-recovery

TypeScript build failures from type mismatches or missing modules are fixed by classifying the specific TS error, applying minimal targeted repairs to dependencies or types, and verifying the recovery with tsc. This self-healing approach reduces repeated debugging cycles.

Resolving flaky test failures and async timing issues involves categorizing the test error, correcting the underlying test logic or mock configuration, and running a verification loop with npm test. The process applies minimal changes and retries up to three times before escalating.

ESLint configuration causing runtime errors can be auto-fixed by classifying the runtime failure, selecting targeted lint and format corrections, and applying safer access patterns. The workflow verifies the applied minimal changes with ESLint and tsc to ensure full recovery.

Automated error recovery for TypeScript compile-time and runtime errors is supported by classifying failures across build phases, selecting auto-fix or manual repair strategies, and verifying with tsc and test runs. It handles dependency fixes, null issues, and configuration problems.

When repeated debugging fails to fix TypeScript test failures and build errors, a self-healing workflow applies a disciplined retry protocol. It diagnoses the failure, applies the smallest targeted fix, verifies with tsc and npm test, and escalates after three failed retries.

Automated dependency repair works for module resolution and OOM build failures by categorizing them as build errors, applying targeted dependency fixes or configuration adjustments, and verifying the recovery with a strict compile and test verification loop.