Manager problem brief
Explain why deterministic static evidence packets reduce manual dependency questions without turning review support into runtime proof.
Use cases
TraceMap helps when review needs evidence, not vibes.
Use TraceMap when teams need repeatable static evidence for contract changes, release review, dependency surfaces, and partial analysis in repositories that do not always build cleanly.
Manager FAQ
Answer stakeholder questions about static evidence, proof boundaries, partial coverage, ownership, and review follow-up.
Stakeholder question index
Start with a reader question, then route managers, engineers, reviewers, planners, incident participants, and agents to the bounded proof surface.
Contract-change review
Match changed DTOs, fields, properties, methods, endpoints, packages, and schema surfaces against indexed evidence.
Release review
Assemble coverage, diff, impact, contract, path, reverse, and gap sections into a static evidence packet.
Adoption playbook
Introduce TraceMap through public demo evidence, a candidate repository, deterministic scan packets, visible gaps, and owner follow-up.
Incident call orientation
Use static dependency evidence during a live P1 call to narrow which endpoint, route, code path, package, config, or SQL-facing surface needs inspection next.
Incident review orientation
Use static evidence to orient incident-adjacent code questions without claiming runtime cause, production behavior, or release safety.
Endpoint review playbook
Review endpoint-adjacent static paths, packages, config surfaces, SQL-facing surfaces, coverage labels, and limitations before deciding the next human review step.
Static evidence vs runtime telemetry
Separate repository-snapshot questions from logs, traces, metrics, dashboards, traffic, performance, and service-owner interpretation.
Cross-repo dependency maps
Combine indexes from multiple services or languages while preserving source labels and commit SHAs.
Legacy partial analysis
Keep scanning with syntax, config, package, SQL, and project evidence even when semantic project load fails. See the legacy validation concept.
Reviewer handoff
Give reviewers file spans, rule IDs, tiers, and limitations instead of a prose-only summary.
Tooling regression checks
Use deterministic JSON, Markdown, and SQLite outputs to compare scanner behavior over time.
For managers, TraceMap makes review work auditable.
The goal is not to replace engineering judgment. The goal is to make dependency and impact review start from inspectable evidence instead of memory, broad text search, or one-off spreadsheets, so decisions can be revisited when scope, coverage, or contracts change. Start with the manager packet when the question is what this solves for a team.
Need to show the evidence shape before running the demo?
The demo proof assets page shows public-safe visual examples of generated summaries, paths, diff and impact rows, and release-review checklists. The visuals are only for orientation; generated reports, rule IDs, coverage labels, and limitations remain the proof path.
Messy repositories need their own validation lane.
The legacy validation concept explains how TraceMap plans to test old and unusually large .NET codebases without publishing local paths, private names, or raw generated artifacts.