reversa-reviewer

To review reverse-engineered specifications, you need to identify inconsistencies within and across units, challenge assumptions, and generate validation questions for human review to ensure traceability and testability.

Ensuring cross-unit consistency requires critically reviewing reverse-engineered specs to find contradictions between units, reclassifying confidence levels based on evidence, and generating actionable validation questions.

Generating validation questions for reverse-engineered specs involves identifying unresolved gaps and assumptions during a critical review, then producing targeted questions to help close those specification gaps through human validation.

Yes, a rigorous review process can improve testability across units by challenging assumptions, performing evidence-based reclassification of confidence levels, and identifying internal inconsistencies within reverse-engineered specifications.

A critical review of reverse-engineered specifications is needed during the QA phase of a reverse engineering workflow to find internal inconsistencies, reclassify confidence based on evidence, and record traceability.

Maintaining traceability during reclassification requires recording the origin and version of the review while challenging assumptions and identifying evidence-based inconsistencies across reverse-engineered specification units.