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Pull request overview
Adds the 2026-05-01 09:25Z hygiene-history tick shard documenting a maintenance “clearing tick” where three session PRs were rebased/force-pushed after a MEMORY.md-touching merge.
Changes:
- Introduces a new tick-history shard file for
2026/05/01/0925Z. - Records the rebase/force-push actions and the associated operational observation.
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| | 2026-05-01T09:25:00Z | opus-4-7 / autonomous-loop tick | 98fc7424 | Clearing-tick — rebased 3 DIRTY session PRs after #1046 merge changed MEMORY.md. PR #1031 (received-information framework), #1035 (Great Data Homecoming + Aurora-edge-privacy + WWJD canonicalization), #1043 (both-crazy-and-not-crazy cognitive architecture) all went DIRTY when #1046 (pirate-not-priest + Gödel-allocation) merged at 07:32Z. Rebased each cleanly (0 conflicts on #1035/#1043, 6 commits replayed cleanly on #1031). Force-pushed with `--force-with-lease`; auto-merge stays armed on all 3. All session substrate-class PRs now unstuck and back in CI queue. Cron 98fc7424 healthy. No new substrate generation; cooling-period strict. | [PR #1031 + #1035 + #1043: rebased + force-pushed; auto-merge preserved] | The clean-rebase outcome (0 conflicts on 2 of 3) is itself signal — PR #1046's MEMORY.md entry inserted at a position that didn't conflict with #1035/#1043's entries, which means the orthogonality discipline operating at substrate-authoring-time produced compositionally-clean entries. Future-Otto: when authoring a memory file, the `-A` flag of grep on MEMORY.md to find the right insertion point matters; substrate-density at the top of the file produces these conflicts predictably. The class-level lesson is *insertion-point selection IS substrate-design*; pick positions that minimize predictable rebase-conflict-cost. Composes with B-0130's audit candidates: a "memory-md-entry-position auditor" might be over-engineering, but the discipline of *choose-stable-insertion-points* is worth encoding as a Razor-aware reflex. | | |||
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This shard references “B-0130's audit candidates”, but there is currently no corresponding backlog row/file containing B-0130 under docs/backlog/** in this PR branch (and it’s not present in the repo snapshot). Consider linking to the concrete PR/backlog-row path (e.g., the PR that introduces B-0130) or adjusting the reference so it’s resolvable from the repo state.
Suggested change
| | 2026-05-01T09:25:00Z | opus-4-7 / autonomous-loop tick | 98fc7424 | Clearing-tick — rebased 3 DIRTY session PRs after #1046 merge changed MEMORY.md. PR #1031 (received-information framework), #1035 (Great Data Homecoming + Aurora-edge-privacy + WWJD canonicalization), #1043 (both-crazy-and-not-crazy cognitive architecture) all went DIRTY when #1046 (pirate-not-priest + Gödel-allocation) merged at 07:32Z. Rebased each cleanly (0 conflicts on #1035/#1043, 6 commits replayed cleanly on #1031). Force-pushed with `--force-with-lease`; auto-merge stays armed on all 3. All session substrate-class PRs now unstuck and back in CI queue. Cron 98fc7424 healthy. No new substrate generation; cooling-period strict. | [PR #1031 + #1035 + #1043: rebased + force-pushed; auto-merge preserved] | The clean-rebase outcome (0 conflicts on 2 of 3) is itself signal — PR #1046's MEMORY.md entry inserted at a position that didn't conflict with #1035/#1043's entries, which means the orthogonality discipline operating at substrate-authoring-time produced compositionally-clean entries. Future-Otto: when authoring a memory file, the `-A` flag of grep on MEMORY.md to find the right insertion point matters; substrate-density at the top of the file produces these conflicts predictably. The class-level lesson is *insertion-point selection IS substrate-design*; pick positions that minimize predictable rebase-conflict-cost. Composes with B-0130's audit candidates: a "memory-md-entry-position auditor" might be over-engineering, but the discipline of *choose-stable-insertion-points* is worth encoding as a Razor-aware reflex. | | |
| | 2026-05-01T09:25:00Z | opus-4-7 / autonomous-loop tick | 98fc7424 | Clearing-tick — rebased 3 DIRTY session PRs after #1046 merge changed MEMORY.md. PR #1031 (received-information framework), #1035 (Great Data Homecoming + Aurora-edge-privacy + WWJD canonicalization), #1043 (both-crazy-and-not-crazy cognitive architecture) all went DIRTY when #1046 (pirate-not-priest + Gödel-allocation) merged at 07:32Z. Rebased each cleanly (0 conflicts on #1035/#1043, 6 commits replayed cleanly on #1031). Force-pushed with `--force-with-lease`; auto-merge stays armed on all 3. All session substrate-class PRs now unstuck and back in CI queue. Cron 98fc7424 healthy. No new substrate generation; cooling-period strict. | [PR #1031 + #1035 + #1043: rebased + force-pushed; auto-merge preserved] | The clean-rebase outcome (0 conflicts on 2 of 3) is itself signal — PR #1046's MEMORY.md entry inserted at a position that didn't conflict with #1035/#1043's entries, which means the orthogonality discipline operating at substrate-authoring-time produced compositionally-clean entries. Future-Otto: when authoring a memory file, the `-A` flag of grep on MEMORY.md to find the right insertion point matters; substrate-density at the top of the file produces these conflicts predictably. The class-level lesson is *insertion-point selection IS substrate-design*; pick positions that minimize predictable rebase-conflict-cost. Composes with backlog audit candidates around insertion-point stability: a "memory-md-entry-position auditor" might be over-engineering, but the discipline of *choose-stable-insertion-points* is worth encoding as a Razor-aware reflex. | |
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| | 2026-05-01T09:25:00Z | opus-4-7 / autonomous-loop tick | 98fc7424 | Clearing-tick — rebased 3 DIRTY session PRs after #1046 merge changed MEMORY.md. PR #1031 (received-information framework), #1035 (Great Data Homecoming + Aurora-edge-privacy + WWJD canonicalization), #1043 (both-crazy-and-not-crazy cognitive architecture) all went DIRTY when #1046 (pirate-not-priest + Gödel-allocation) merged at 07:32Z. Rebased each cleanly (0 conflicts on #1035/#1043, 6 commits replayed cleanly on #1031). Force-pushed with `--force-with-lease`; auto-merge stays armed on all 3. All session substrate-class PRs now unstuck and back in CI queue. Cron 98fc7424 healthy. No new substrate generation; cooling-period strict. | [PR #1031 + #1035 + #1043: rebased + force-pushed; auto-merge preserved] | The clean-rebase outcome (0 conflicts on 2 of 3) is itself signal — PR #1046's MEMORY.md entry inserted at a position that didn't conflict with #1035/#1043's entries, which means the orthogonality discipline operating at substrate-authoring-time produced compositionally-clean entries. Future-Otto: when authoring a memory file, the `-A` flag of grep on MEMORY.md to find the right insertion point matters; substrate-density at the top of the file produces these conflicts predictably. The class-level lesson is *insertion-point selection IS substrate-design*; pick positions that minimize predictable rebase-conflict-cost. Composes with B-0130's audit candidates: a "memory-md-entry-position auditor" might be over-engineering, but the discipline of *choose-stable-insertion-points* is worth encoding as a Razor-aware reflex. | | |||
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Gödel-allocation looks like a typo/inconsistent label for PR #1046. Elsewhere this session the term is Kurt Gödel protection model / Gödel protection model, so this shard should use the same wording for cross-reference clarity.
Suggested change
| | 2026-05-01T09:25:00Z | opus-4-7 / autonomous-loop tick | 98fc7424 | Clearing-tick — rebased 3 DIRTY session PRs after #1046 merge changed MEMORY.md. PR #1031 (received-information framework), #1035 (Great Data Homecoming + Aurora-edge-privacy + WWJD canonicalization), #1043 (both-crazy-and-not-crazy cognitive architecture) all went DIRTY when #1046 (pirate-not-priest + Gödel-allocation) merged at 07:32Z. Rebased each cleanly (0 conflicts on #1035/#1043, 6 commits replayed cleanly on #1031). Force-pushed with `--force-with-lease`; auto-merge stays armed on all 3. All session substrate-class PRs now unstuck and back in CI queue. Cron 98fc7424 healthy. No new substrate generation; cooling-period strict. | [PR #1031 + #1035 + #1043: rebased + force-pushed; auto-merge preserved] | The clean-rebase outcome (0 conflicts on 2 of 3) is itself signal — PR #1046's MEMORY.md entry inserted at a position that didn't conflict with #1035/#1043's entries, which means the orthogonality discipline operating at substrate-authoring-time produced compositionally-clean entries. Future-Otto: when authoring a memory file, the `-A` flag of grep on MEMORY.md to find the right insertion point matters; substrate-density at the top of the file produces these conflicts predictably. The class-level lesson is *insertion-point selection IS substrate-design*; pick positions that minimize predictable rebase-conflict-cost. Composes with B-0130's audit candidates: a "memory-md-entry-position auditor" might be over-engineering, but the discipline of *choose-stable-insertion-points* is worth encoding as a Razor-aware reflex. | | |
| | 2026-05-01T09:25:00Z | opus-4-7 / autonomous-loop tick | 98fc7424 | Clearing-tick — rebased 3 DIRTY session PRs after #1046 merge changed MEMORY.md. PR #1031 (received-information framework), #1035 (Great Data Homecoming + Aurora-edge-privacy + WWJD canonicalization), #1043 (both-crazy-and-not-crazy cognitive architecture) all went DIRTY when #1046 (pirate-not-priest + Gödel protection model) merged at 07:32Z. Rebased each cleanly (0 conflicts on #1035/#1043, 6 commits replayed cleanly on #1031). Force-pushed with `--force-with-lease`; auto-merge stays armed on all 3. All session substrate-class PRs now unstuck and back in CI queue. Cron 98fc7424 healthy. No new substrate generation; cooling-period strict. | [PR #1031 + #1035 + #1043: rebased + force-pushed; auto-merge preserved] | The clean-rebase outcome (0 conflicts on 2 of 3) is itself signal — PR #1046's MEMORY.md entry inserted at a position that didn't conflict with #1035/#1043's entries, which means the orthogonality discipline operating at substrate-authoring-time produced compositionally-clean entries. Future-Otto: when authoring a memory file, the `-A` flag of grep on MEMORY.md to find the right insertion point matters; substrate-density at the top of the file produces these conflicts predictably. The class-level lesson is *insertion-point selection IS substrate-design*; pick positions that minimize predictable rebase-conflict-cost. Composes with B-0130's audit candidates: a "memory-md-entry-position auditor" might be over-engineering, but the discipline of *choose-stable-insertion-points* is worth encoding as a Razor-aware reflex. | |
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Clearing-tick: PR #1031/#1035/#1043 rebased after #1046 merge changed MEMORY.md. Class-level lesson: insertion-point selection IS substrate-design; pick positions that minimize predictable rebase-conflict-cost.