test(repair): prove fair rotation prevents starvation#3031
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The adversarial mutation removes durable attempt-age ordering. A retryable oldest component then monopolizes the bounded slot, while the production scheduler selects independent newer work.\n\nRef polylogue-hjpx.2.
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Problem: hjpx.2 needs a proof-report artifact recording verdict per law (envelope/health/fairness/fixed-point/mutations) regardless of whether the July-15-scale execution itself completes this session. Solution: report distinguishes proven-at-small-scale (envelope, fairness, conservation, interruption/resume, pressure-gate mutations -- all verified passing this session, several inherited from prior PRs like #3080/#3029/#3031) from genuinely unproven (daemon-health responsiveness -- confirmed no harness runs an actual daemon process to probe; filed polylogue-agvo) and not-yet-executed-at-cardinality (the July-15-shaped run itself -- three self-aborts under sustained, genuine host I/O contention across 4+ concurrent warroom lanes, receipts recorded). Explicitly states hjpx.2 is not closable this session rather than forcing a close on unmet AC. Verification: cited tests re-run and confirmed passing (see report for exact node list); no archive mutation. Ref polylogue-hjpx.2 Co-Authored-By: Claude <noreply@anthropic.com>
Problem: hjpx.2 needs a proof-report artifact recording verdict per law (envelope/health/fairness/fixed-point/mutations) regardless of whether the July-15-scale execution itself completes this session. Solution: report distinguishes proven-at-small-scale (envelope, fairness, conservation, interruption/resume, pressure-gate mutations -- all verified passing this session, several inherited from prior PRs like #3080/#3029/#3031) from genuinely unproven (daemon-health responsiveness -- confirmed no harness runs an actual daemon process to probe; filed polylogue-agvo) and not-yet-executed-at-cardinality (the July-15-shaped run itself -- three self-aborts under sustained, genuine host I/O contention across 4+ concurrent warroom lanes, receipts recorded). Explicitly states hjpx.2 is not closable this session rather than forcing a close on unmet AC. Verification: cited tests re-run and confirmed passing (see report for exact node list); no archive mutation. Ref polylogue-hjpx.2 Co-Authored-By: Claude <noreply@anthropic.com>
Summary
Add a real-route adversarial mutation proving raw-authority attempt-age rotation prevents bounded-slot starvation.
Problem
Fair scheduling was covered positively, but the scale proof lacked evidence that removing its durable attempt ordering recreates the observed non-progress failure mode.
Solution
Inject a retryable oldest component across a one-slot scheduler. The production order advances to independent work; the acquisition-only mutation selects the same retrying component again.
Ref polylogue-hjpx.2.
Verification