Adjudicated throughput of the founding full-stack-review run (Codex session 019f2a04): 182 ledger entries in ~15h of sustained single-lane work ≈ 12 rows/hour. Against 1,778 changed-file candidates + 875 reconstruction roots, single-lane drain is ~6-9 days of continuous wall-clock. PR #638 added the executable depth-queue stop predicate (at merge time: blocked; 257 open of 287 eligible rows at review_score>=100); the backlog is homed but the drain rate is not addressed.
Done predicate: scripts/agent-code-review-queue.py supports deterministic lane assignment (shard key per row, no double-claims), so N review sessions can drain disjoint slices concurrently; the queue doc records the lane protocol; the stop predicate reflects progress across lanes. Evidence of done: two concurrent lanes each complete rows from disjoint shards without collision.
🤖 Generated with Claude Code
Adjudicated throughput of the founding full-stack-review run (Codex session 019f2a04): 182 ledger entries in ~15h of sustained single-lane work ≈ 12 rows/hour. Against 1,778 changed-file candidates + 875 reconstruction roots, single-lane drain is ~6-9 days of continuous wall-clock. PR #638 added the executable depth-queue stop predicate (at merge time: blocked; 257 open of 287 eligible rows at review_score>=100); the backlog is homed but the drain rate is not addressed.
Done predicate: scripts/agent-code-review-queue.py supports deterministic lane assignment (shard key per row, no double-claims), so N review sessions can drain disjoint slices concurrently; the queue doc records the lane protocol; the stop predicate reflects progress across lanes. Evidence of done: two concurrent lanes each complete rows from disjoint shards without collision.
🤖 Generated with Claude Code