spring-context-di-reasoning

Resolve missing Spring beans by analyzing exception chains and configuration classes to locate the absent bean definition. Inspect active profiles and conditional auto-configuration to determine why the bean was omitted, then apply a minimal wiring fix to restore it.

A conditional auto-configuration mismatch prevents bean creation when active profiles or conditions do not align with the configuration class. Inspect the active profiles and exception chain to pinpoint the mismatch and apply a minimal, verifiable fix to correct the wiring.

Yes, you can diagnose duplicate bean exceptions by analyzing the configuration classes and bean graph to isolate the conflicting definitions. This approach provides a minimal, verifiable fix to resolve the ambiguity without requiring a broad rewrite of your Kotlin Spring project.

The best way to troubleshoot profile-related wiring issues is to analyze active profiles alongside configuration classes and exception chains. Reconstruct the bean path from the failure to identify the profile mismatch and propose a minimal, verifiable fix for correct wiring.

Trace a Spring application context startup failure by analyzing the exception chain, configuration classes, and active profiles. Reconstruct the bean path from the failure point to reveal the root cause and propose a minimal, verifiable fix with clear rationale.