receiving-code-review

Evaluate code review feedback by first understanding the suggestion, verifying it against your actual codebase, assessing its technical soundness, and only then implementing it. This prevents blind adoption of unclear or technically questionable changes and ensures feedback aligns with your project's context and requirements.

Stop and ask for clarification before proceeding. Request the reviewer restate unclear items with specific examples or technical reasoning. This prevents misinterpretation and ensures you understand the intent behind the suggestion before making changes.

Push back with technical reasoning by verifying the feedback against your codebase, identifying why it may violate best practices like YAGNI, and explaining your concerns to the reviewer. Structured pushback with concrete evidence is more effective than performative agreement.

Before removing code flagged as legacy, verify whether it's actually unused or required for backward compatibility. Evaluate the technical impact and dependencies. This structured verification prevents breaking changes and ensures removal decisions are based on codebase reality, not assumptions.

No. Implement one change at a time, validate each change independently through testing, then move to the next suggestion. Incremental implementation with per-change validation catches issues early and keeps feedback actionable and reversible.

Follow a six-step workflow: read the feedback, understand it fully, verify against your codebase, evaluate technical soundness, respond with acknowledgment or reasoned pushback, then implement one item at a time with validation. This structured approach ensures rigor and prevents premature or incorrect changes.