3dff700aaa
* fix(#3102): render edge-probe coverage report so the resolution loop consumes it Step 5.5 captured the edge-probe report into $COVERAGE, shape-checked it, and reduced it to coverage.applicable — the engine's per-requirement items[] never reached the model, so the resolution loop re-derived edge categories from prose (the data-flow twin of #2733's control-flow discard). The block's own comment claimed the opposite. Render $COVERAGE RAW into context after the well-formedness guard (schema-agnostic so an ADR-550 D7a-style re-cut cannot desync a bespoke renderer), and bind the rows in the resolution loop as a deterministic FLOOR the model unions with its own classification — floor, never ceiling, since the classifier has a measured recall gap (ADR-857 §98 / ADR-550 D7b). --auto consumes the same floor. Comment corrected to match. Regression test asserts a bare render of $COVERAGE, not a count-only cross. * chore(#3102): add changeset for the Step 5.5 edge-coverage render fix * chore(#3102): re-arm spec-phase.md emitted-drift ack for the Step 5.5 render growth The render + floor-binding prose grows spec-phase.md ~1818 bytes (32238 -> 34056, under the 40960 cap). Re-arms the existing spent spec-phase.md ack rather than adding a new fragment (a second key would collide with the base-relative duplicate check).
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type, pr
| type | pr |
|---|---|
| Fixed | 3391 |
spec-phase Step 5.5 now surfaces the edge-probe's proposed edges to the resolution loop instead of discarding them — the deterministic coverage report was computed, validated, then reduced to a single applicable-count, so the resolution loop re-derived edge categories from requirement prose and the engine's proposals never reached it. The report is now rendered into context and its rows are consumed as a floor the model unions with its own classification (still adding any category the classifier missed), so the written ## Edge Coverage reflects the engine's deterministic taxonomy rather than model-invented categories; --auto gets the same floor. (#3102)