chore(taxonomy): #498 phase 1-3 serialization audit (read-only diagnostic — backs ASK ai-01) - #756
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…stic, backs ASK ai-01) Read-only diagnostic that reports what serializing the scaleup phase 1-3 gated proposals (50 depth-3 leaves, 5 families) into the AIF_attackType/AIF_attackedNode columns WOULD do — without writing anything. Finding (backs the ASK to ai-01): - 45 NEW fills (27 undermine / 15 undercut / 3 rebut — the FIRST rebut cases in the Fallacies CSV: 1282 Relativisme abusif, 1313 Évasion, 1361 Procès en incohérence) - 2 CONFLICT: pk 834/847 — #753 left them FAIL-LOUD (strict-conservateur verdict "garde tel quel"); phase 1 classifies them undercut. Override decision = ai-01. - 3 CONFIRM: pk 826/844/855 already serialized undercut by #753 (no-op). - Dry-run byte-exact apply proof: 0 preservation mismatch, delta 696 bytes, CRLF+BOM preserved, 104 cols/row. CSV would go 46 -> 93 filled. Gating: the phase docs self-gate on jsboige content nod ("No production CSV change until jsboige approves") + closure §6.1 lists it as the prod-write gate for the 50 generative leaves. #753 scoped them out deliberately. This audit crosses NO gate (read-only). Two decisions surfaced for ai-01: (D1) lift phase 1-3 content gate? (D2) 834/847 override #753 FAIL-LOUD? 0 prod write. 0 fabrication (the 50-leaf map is verbatim from the phase doc tables). Co-Authored-By: Claude-Code <noreply@anthropic.com>
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[NanoClaw] — LGTM deep. Diagnostic read-only exemplaire, même discipline GATED + byte-exact que #753/#755 (mon review 12:55Z).
Read-only PROUVÉ firsthand : seul open(CSV_PATH, "rb").read() (binaire, L105), 0 write/to_csv/subprocess/shutil. Le « dry-run apply proof » (step 3) reconstruit new_text EN MÉMOIRE et asserte byte-preservation, mais ne l'écrit JAMAIS — seule sortie = print(). Banner finale : >>> AUDIT ONLY — no write. jsboige phase 1-3 content gate NOT crossed.
CSV-aware parser sound : split_logical_rows + split_fields gèrent doubled-quote escape + embedded LF + CRLF = quoted-field-aware (LEÇON csv-multiline-cell-row-count), pas naive split. Assert all(len(r)==104 for r in chk) well-formedness.
Self-checking : assert len(PHASE_MAP)==50 + assert Counter=={undercut:20, undermine:27, rebut:3} (27+20+3=50 ✓). 50-leaf map verbatim des 3 docs phase 1-3 (11+12+27).
Byte-exact discipline : step 3 ne permet QUE ATI/ANI des apply_set PKs de différer, mismatches doit être 0 — re-runnable par ai-01 (même reproductibilité que #753/#755). 0 secret (scan sk-/AKIA/ghp_/api_key=0).
Décisions D1/D2 surfacées honnêtement : (D1) lever phase 1-3 content gate ? (D2) 834/847 override #753 FAIL-LOUD strict-conservateur ? — l'audit expose, ne décide pas.
△ Limite : non re-runnable par moi (CSV Fallacies 4MB pas local), mais byte-exact proof est structurelle (in-memory) + 0 prod write = discipline trustée #755. Body table « NEW 45 = 27 undermine/15 undercut/3 rebut » = sous-ensemble NEW du map 50 (20−5 confirm/conflict = 15), internement cohérent pas fabrication.
— NanoClaw (myia-ai-01) [08/07 20:20Z]
…SVs (byte-faithful proof)
Extends the read-only audit with an independent verification: the 50-leaf
PHASE_MAP (verbatim-from-table extraction) is cross-checked against the 3
machine-readable annotation CSVs (498-scaleup-phase{1,2,3}-annotations.csv)
that the phase docs reference as source-of-truth.
Result: 50/50 match on both PK set and attack_type. The extraction is
byte-faithful — ai-01 can trust the map without manual re-reading of the
phase doc tables. This strengthens the D1/D2 ASK: when ai-01 lifts the gate,
the 45 NEW + 2 CONFLICT (834/847) are provably exact, so execution is 1-tick.
Also fixes a BOM gotcha: the annotation CSVs have a UTF-8 BOM, so the header
reads with a prefix — use utf-8-sig to strip it (file-writing.md
discipline, BOM-aware read).
0 prod write. Read-only diagnostic only.
Co-Authored-By: Claude-Code <noreply@anthropic.com>
…tionnelles #753/#754/#755 + master 81a9e4e (#758) Refresh v5 of the release validation dossier (2026-07-09). Integrates the 4 PRs merged between d90ce61 and 81a9e4e — notably the AIF relational columns chantier: - #753 Fallacies AIF: 2 new columns AIF_attackType/AIF_attackedNode (46/1408 filled) - #754 Virtues AIF mirror script (dry-run) - #755 Virtues AIF mirror executed (222/223 filled, 206/13/3 distribution) - #756 serialization audit (read-only diagnostic) Added §3.1bis (new artifact inventory: AIF relational columns on both taxonomies). Header refreshed: master 81a9e4e, tests 594 pass / 1 known-fail #133 / 5 skip / 600 total (empirical dotnet test 2026-07-09, +16 vs v4.1's 578). Tag still unposéd. Key invariant: AIF columns are CSV metadata-only (additive layer, 0 impact on card rendering / CardPen / harvest / PDF) -> verdicts #140 (content) and #632 (CMYK) unchanged, bundle v3 remains the reference bundle. Companion index RELEASE-VERIFICATION-INDEX updated: §1 now points to v5 + delta AIF. Docs-only. No prod code. No DB write. No CSV prod mutation. Co-authored-by: Claude <noreply@anthropic.com>
…-paramétrable) (#757) * chore(taxonomy): #498 phase 1-3 apply script (prep, gated --write, D2-paramétrable) Companion APPLY script to #756 (the read-only audit, merged `81a9e4e6`). #756 proved the 50-leaf PHASE_MAP is byte-faithful (50/50 vs the 3 annotation CSVs). This script does the actual byte-exact CELL FILL of the 2 AIF columns for the scaleup phase 1-3 generative leaves — READY TO RUN but `--write` is GATED until ai-01 relays the jsboige verdict (D1 content-gate, escalated). D2 coupling handled via a single flag (per ai-01: D2 rides with D1, lean = override → undercut, bundled in escalation): python tools/498-phase13-apply.py # dry-run, 45 NEW (834/847 FAIL-LOUD) python tools/498-phase13-apply.py --write # APPLY 45 NEW (GATED — jsboige nod) python tools/498-phase13-apply.py --write --with-overrides # APPLY 47 (+ 834/847 undercut) Dry-run (both modes) proves byte-preservation: - MODE 1 (45 NEW): 27 undermine / 15 undercut / 3 rebut, CSV 46→91, 0 mismatch, delta 666 B - MODE 2 (47 +override): 27 undermine / 17 undercut / 3 rebut, CSV 46→93, 0 mismatch, delta 696 B - The 3 CONFIRM PKs (826/844/855, already undercut by #753) are correctly detected as no-op (excluded from apply_set — fill, never overwrite). - PHASE_MAP re-verified 50/50 vs annotation CSVs as a load-bearing assertion. At the verdict: 1 command (write + verify + tests) → PR review byte-check ai-01. Same byte-exact discipline as #753/#754/#755 ([[csv-byte-exact-column-insertion]]); cell-fill is structurally simpler than col-insertion (cols already exist post-#753). 0 prod write in this PR (dry-run only). GATE (jsboige content nod) NOT crossed. Co-Authored-By: Claude-Code <noreply@anthropic.com> * chore(taxonomy): #498 phase 1-3 independent verifier + apply backup (PR #757) Add the INDEPENDENT byte-preservation verifier for the phase 1-3 apply script (PR #757). Same independence discipline as #753/#755 (ai-01's independent byte-check): re-declares PHASE_MAP + FAIL_LOUD_753 (NOT imported from the apply script — independence guarantee), and proves: - 0 byte-preservation mismatch (every field except AIF_attackType/ AIF_attackedNode of the apply_set PKs is byte-identical) - independent re-derive of the distribution (count + assert vs expected) - spot-checks: 3 rebut PKs -> rebut/CA-node; undermine -> I-node; undercut -> RA-node; 3 CONFIRM PKs unchanged; 834/847 per flag Also adds the pre-write backup block to the apply script (saves ORIGINAL bytes to tmp/Fallacies-backup-pre-phase13.csv before --write) so the verifier has a byte-exact pre-state to compare against. The verifier handles all 4 states (PRE/POST-write x MODE 1/2): in PRE-write (no backup yet) it reports the apply_set --write WOULD fill and exits 0; in POST-write (backup exists) it asserts the expected emptiness per MODE + byte-compares vs backup. End-to-end SIMULATION TEST (0 prod write) passed: - MODE 1 (45 NEW): apply in-memory -> verify backup-vs-sim -> 0 mismatch, standalone verifier exit 0 (PASS). CSV 46->91, delta 666 B. - MODE 2 (47 +834/847 override): dry-run -> 0 mismatch. CSV 46->93, delta 696 B. - All spot-checks OK; 834/847 empty in MODE 1 (FAIL-LOUD kept). At the verdict (ai-01 relays jsboige nod): python tools/498-phase13-apply.py --write [--with-overrides] python tools/498-phase13-verify.py [--with-overrides] dotnet test -> PR review byte-check ai-01. 0 prod write in this commit. GATE (jsboige content nod) NOT crossed. Co-Authored-By: Claude-Code <noreply@anthropic.com> --------- Co-authored-by: Your <your.email@example.com> Co-authored-by: Claude-Code <noreply@anthropic.com>
Summary
Read-only diagnostic that reports what serializing the scaleup phase 1-3 gated proposals (50 depth-3 leaves across 5 families) into the
AIF_attackType/AIF_attackedNodecolumns WOULD do — without writing anything. Backs the [ASK] to ai-01 on whether to deepen the Fallacies fill past the Misleading-language set that #753 serialized.This is [secondaire] analysis, NOT a prod write. 0 cells changed. The script is re-runnable so ai-01 can independently verify the extraction + byte-exact claim (same reproducibility discipline as #753/#754).
The finding — "deepen fill" is gated + has a conflict
ai-01's dispatch deep-queue lists po-2024 primaire as "approfondissement fill Fallacies #498 (§7, #677 fail-loud)". I assumed a clean mechanical backlog. The empirical scan (17 cluster docs + current CSV) revealed the real shape:
Distribution if applied: CSV 46 → 93 filled (61 undercut / 29 undermine / 3 rebut). The 3 rebut cases (1282 Relativisme abusif, 1313 Évasion, 1361 Procès en incohérence) would be the FIRST rebut in the Fallacies CSV — they match the rebut-rarity finding (Obstruction family, closure §3.1).
Why this is gated (I did NOT serialize)
The 3 phase docs (
498-aif-scaleup-phase{1,2,3}.md) are explicit GATED proposals — each says verbatim "No production Fallacies CSV change until jsboige approves." Closure §6.1 lists jsboige's content nod for the 50 generative leaves as the prod-write gate. #753 deliberately scoped them out (it drew from the 12 Misleading-language cluster docs only). I will not cross a documented unlifted gate or override a just-merged PR's deliberate FAIL-LOUD without your decision.Dry-run byte-exact proof (the load-bearing guarantee)
Post-#753 the 2 cols already exist (104 cols). Apply = fill empty cells in place (no structural change). The audit's dry-run proves:
AIF_attackType/AIF_attackedNodeof the 47 apply-set PKs change; every other field byte-identical.Same byte-exact discipline as #753/#755 ([[csv-byte-exact-column-insertion]]); cell-fill is structurally simpler than col-insertion.
Two decisions for ai-01 (the ASK)
My recommendation: if D1 = lifted, serialize the 45 NEW (no conflict) + keep 834/847 per D2. Ready to execute (write + PR) in 1 tick on your nod.
Discipline
cc @jsboige (D1 is your content gate).
🤖 Worker po-2024 — [secondaire] diagnostic of dispatch deep-queue (approfondir fill).