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A structured debugging workflow for Convex uses a five-step reflection process to enforce root-cause analysis, scope discipline, and changelog awareness before implementing any code changes.

To debug a Convex mutation, apply the five-step reflection process: reflect on the issue, identify the root cause, theorize a fix, distill scoped changes, and proceed with implementation while enforcing strict change-scope rules.

The best way to plan feature implementation across Convex apps is using a reflection-first approach that enforces root-cause analysis, scoped changes, and documentation guidance to minimize risk before proceeding.

Yes, the reflection workflow integrates with existing Convex authentication and documentation practices by enforcing comprehensive guidelines, scoped changes, and strict adherence to change-scope rules during development.

Identifying root causes before coding in Convex reduces wasted effort and boosts code quality by enforcing scope discipline, changelog awareness, and strict adherence to the 98% confidence and change-scope rules.

You should avoid reflection-first debugging for Convex when addressing trivial syntax fixes or immediate production outages where rapid patching takes priority over structured root-cause analysis and scope discipline.