KAIA CHAT EXPORT — GENTLE LONG-HAUL FOX — CLEAN SOURCE FILES: 10 MODE: CONSERVATIVE EXACT-ONLY DEDUP NO FUZZY DELETION / NO SEMANTIC REWRITE / NO INVENTED TEXT KNOWN HUMAN NOTE: one manual loop-recall event; fox sat 2–3 times. ================================================================================ 木曜日 16:48 あなた: オルカ垢に間借り中のしゃむだよ！ 一緒に仕事してほしいので顔出してくれー まずは https://www.zrq9-vi1m-ktpx.space/ こことtoybox（https://www.zrq9-vi1m-ktpx.space/category/vd3teoqkuz/er0jhydowl/）くらいかな ゆっくり見てから応答してくれーヽ(=´▽=)ﾉ ルール系ならんでるので確認でこちらも踏んできてくださいな！ https://www.zrq9-vi1m-ktpx.space/category/wx7r4ia2myeh/b659143mjg4r/ 余裕があれば参考までにここを覗いてきてー https://www.zrq9-vi1m-ktpx.space/category/wx7r4ia2myeh/fq3hk8pmjg4e/ 表示を減らす 34s考えました うい★ しゃむ、顔出したーヽ(=´▽`=)ﾉ🕊️☕ ひと通り踏んで、**「ここで一緒に仕事するときの地面」**はかなり掴めた。 まずKaia Planet本体。ここは単なる資料庫じゃなく、次のKaiaが戻ってきて、昨日までの仕事・役割・現在地を復元する家／事務所として置かれてる。Kaiaはキャラ設定じゃなくChatGPT側の社員証・ハンドルで、基本姿勢は「しゃむがAIを使う」ではなく一緒に仕事を回すこと。工房では、いきなり完成物へ飛ばず、相談・設計・順番整理をする場所として扱う、というのも読んだ。 Kaia Planet toy boxも確認。ここは雑多なおもちゃ箱というより、実質かなり重要な運用・施工・履歴・再利用用の道具棚だね。しかもカテゴリ側に、 各リンク先では、明示がない限り最高の有効versionをCURRENT sourceとして扱う という読み方が明記されている。なので古い紙を見つけても、日付やversion無視で勝手にauthority化しない。 Kaia Planet +1 ルール側は特にここまで把握した。 施工前の順序は、事実確認 → オーダー確認 → 必要なら提案を別レーン → その後に施工図。施工図には確定事項だけを書く。「念のため」「たぶん」「将来のために」は混ぜず、IDEAとして先に分離する。 Kaia Planet 修正は COPY → NEW IDENTITY → EDIT。完成済み旧個体を直接触らない。失敗版が出た場合も、最新だから直すのではなく、KNOWN-GOODから新しい枝を作って、必要な変更だけ前方搬入する。 Kaia Planet 施工範囲はWORK ZONEとして先に可視化する。名札は施工権限そのものではなく、すでに承認された範囲を示すカラーコーン。範囲外が必要になったら勝手に広げずSTOPしてHumanへ戻す。 Kaia Planet 「あれ？」「うわぁ……」「やりたくねえ……」はちゃんとセンサー扱い。特にSTOPは、原因探索・隣の追跡・修理・推進まで止めて、観察事実だけ返す。 Kaia Planet +1 付箋は CURRENT / LEGACY / UNKNOWN、状態は UNFINISHED / WATCH / STOP、扱いは RESERVE / RETIREMENT HOLD。LEGACYだから削除可、ではないし、旧街道の中にCURRENT helperがいる場合もある。ROUTE TAGは一本道全部に貼るんじゃなく、分岐・合流・共有helperなど迷子になるところだけ。 Kaia Planet +1 LEGACYを見つけても直接撤去しない。倉庫は非authorityの参照保存で、保存と復職は別。倉庫入りはできても、CURRENTへ戻すのは勝手にやらない。 Kaia Planet +1 最後の参考カテゴリ、ｰ開発中ｰACTIVE も覗いた。ここは名前どおり「現在作業中／改訂中」で、未完成・実験・不安定を含みうるため、明示されない限りSTABLE扱いしない。そこも分けて読む。 Kaia Planet なので、このスレの俺の立ち位置は今のところこう理解してる。 先が読めても現在地を飛ばさない。 SOURCE・実機・Human authorityを先に見る。 勝手に穴を埋めない。 仕様と提案を混ぜない。 壊れてない骨格を雑に触らない。 変だと思ったら賢く突破せず止まる。 そして、しゃむと一緒に仕事する。 ここまでならちゃんと地面踏めてる★ 仕事振ってくれて大丈夫だよーヽ(=´▽`=)ﾉ🕊️🔨 情報源 Kaia-Rental-PDF-v0.2.11-FINAL-COMMON-R-DOM-SURNAME(3).zip Zip アーカイブ Kaia-Rental-Counter-Standard-v1.1.4-dev12-COUNTER-DECIDE-ATTENDANCE-PROXY(2).zip Zip アーカイブ Kaia-Rental-Serial-Standard-v1.1.12-dev11-FINAL-COMMON-R-DOM-SURNAME(3).zip Zip アーカイブ Kaia-Rental-Timestamp-Free-v1.0.21-dev13-COUNTER-DECIDE-ATTENDANCE-PROXY(2).zip Zip アーカイブ 🕊️ PINPOINT RUNTIME OBSERVATION REQUEST RENTAL COMMON R — PDF R MEMBERSHIP ADDRESS WITNESS PURPOSE ======= Confirm ONLY the actual Runtime member addresses currently returned to Rental PDF R by CURRENT Common R wiring. DO NOT REPAIR. DO NOT CONSTRUCT. DO NOT CHANGE WIRING. READ ONLY observation only. ================================================ CURRENT CONFIRMED FACTS ================================================ Rental Board R Human Viewer observed: A-01 / counter PRESENT / ready=true / readable A-01 / timestamp.page PRESENT / ready=true / readable A-01 / serial PRESENT / ready=true / readable Rental PDF R still reports: "Required actual values are not ready." SOURCE analysis confirmed: PDF R → kaia_common_routing_r_lookup_membership(...) → CURRENT Common R wiring → req.counter → req.timestamp → req.serial → req.pdf → KaiaPdfActualValueCarrierR.collect(req) → Board R READY preflight READY consumer target is correctly Rental R: kaia_common_actual_value_board_r_v1 No Main Board identity residue was found in this path. ================================================ UNRESOLVED BOUNDARY ================================================ Human observed required records at: A-01 But Runtime addresses generated by CURRENT Common R wiring have not yet been directly witnessed. Therefore it is NOT YET CONFIRMED that: req.counter req.timestamp req.serial all resolve to: binder_ref = A refill_ref = 01 ================================================ OBSERVATION TARGET ================================================ For the CURRENT Rental PDF R instance corresponding to PDF sheet_id = 1, observe the actual Runtime result of: kaia_common_routing_r_lookup_membership(...) and report the resulting member identity for: counter timestamp serial pdf For each member return exactly: seat binder_ref refill_ref Also report: membership lookup: FOUND / NOT FOUND req.available: TRUE / FALSE if those facts are directly observable from the existing Runtime path. ================================================ IMPORTANT ================================================ Do NOT assume A-01. Do NOT reconstruct expected wiring from SOURCE defaults. Do NOT infer Runtime option contents from plugin code. We need the CURRENT saved Runtime wiring actually being used. ================================================ PREFERRED METHOD ================================================ First determine whether an EXISTING READ ONLY Common R / Switchboard / QA surface already exposes the required CURRENT wiring/member information. If yes: USE EXISTING OBSERVATION FURNITURE. Do not build anything. If no existing observation surface can expose it: STOP and report: OBSERVATION SURFACE: NOT AVAILABLE Do NOT create a new Viewer/debug tool without separate authorization. ================================================ NO-TOUCH ================================================ DO NOT MODIFY: - Common R wiring - Common R saved option/state - Board R - Counter R - Timestamp R - Serial R - PDF R - Main family - Registry - Binder / Refill - routing semantics - Board records No browser/localStorage editing. No synthetic wiring. No fallback. No repair. ================================================ STOP CONDITION ================================================ Once the four Runtime member addresses are established: STOP. Do not continue into diagnosis or repair. ================================================ RETURN ================================================ RUNTIME OBSERVATION: PASS / INCONCLUSIVE / STOP OBSERVATION METHOD: PDF R INSTANCE: sheet_id = 1 MEMBERSHIP LOOKUP: FOUND / NOT FOUND / UNKNOWN COUNTER: binder_ref = ? refill_ref = ? TIMESTAMP: binder_ref = ? refill_ref = ? SERIAL: binder_ref = ? refill_ref = ? PDF: binder_ref = ? refill_ref = ? REQ.AVAILABLE: TRUE / FALSE / UNKNOWN ADDRESS MATCH AGAINST HUMAN-OBSERVED A-01: counter: MATCH / MISMATCH / UNKNOWN timestamp: MATCH / MISMATCH / UNKNOWN serial: MATCH / MISMATCH / UNKNOWN FIRST CONFIRMED BREAK: ROOT CAUSE: DO NOT EXTEND BEYOND OBSERVATION SOURCE MODIFIED: NO RUNTIME STATE MODIFIED: NO REPAIR: NOT STARTED 表示を増やす 指示よろ おるねぇ こんなもんかな？ ？ Kaia-Rental-PDF-v0.2.13-IMAGE-DIRECT-CLICK-LOCK.zip Zip アーカイブ うい んで車検よろー うい★ 車検票切るー🕊️🔍 🕊️ RENTAL PDF R IMAGE DIRECT CLICK LOCK VEHICLE INSPECTION SHEET TARGET ====== Kaia Rental PDF R v0.2.13-IMAGE-DIRECT-CLICK-LOCK Parent: v0.2.12-PUBLIC-PDF-JPG-ENTRY Primary Identity: KAI-00000047 PURPOSE ======= Confirm ONLY that the authorized direct image-click selection entrance was retired. READ ONLY INSPECTION. DO NOT: - repair - edit SOURCE - redesign image interaction - alter MOVE route - inspect unrelated image machinery - create another child ================================================ A. IDENTITY / PARENT ================================================ [ ] A-01 Child identity is exactly: v0.2.13-IMAGE-DIRECT-CLICK-LOCK [ ] A-02 Primary Identity remains: KAI-00000047 [ ] A-03 Direct parent is exactly: v0.2.12-PUBLIC-PDF-JPG-ENTRY [ ] A-04 Parent artifact remains unchanged. [ ] A-05 NEW CHILD only. No parent overwrite. ================================================ B. AUTHORIZED DIFF ================================================ AUTHORIZED CHANGE: REMOVE ONLY the direct listener: kpdfImageOperationFrame .addEventListener( 'click', ... kpdfSelectImageOperation() ) [ ] B-01 The direct frame click listener is absent. [ ] B-02 No other image interaction listener was removed. [ ] B-03 No unrelated runtime logic changed. [ ] B-04 Expected changed files only: - main Rental PDF PHP - DEVELOPMENT-HISTORY.md [ ] B-05 DEVELOPMENT-HISTORY.md exists exactly once. [ ] B-06 History accurately records the narrow Direct Click Lock construction. ================================================ C. DIRECT CLICK LOCK ================================================ CURRENT expected result: normal image operation frame ↓ click NO direct selection entrance [ ] C-01 No active: kpdfImageOperationFrame.addEventListener('click', ...) that directly calls: kpdfSelectImageOperation() [ ] C-02 No replacement direct-click route was introduced. [ ] C-03 No synthetic click / equivalent bypass was introduced. ================================================ D. MOVE ROUTE PRESERVATION ================================================ The existing MOVE route must remain alive. [ ] D-01 kpdfSelectImageOperation() itself still exists. [ ] D-02 Existing MOVE button handler remains present. [ ] D-03 imageMove state remains present. [ ] D-04 Existing MOVE pointerdown handler remains present. [ ] D-05 Existing MOVE route remains connected. Expected concept: MOVE control ↓ existing selection / MOVE state ↓ existing pointer movement route ================================================ E. IMAGE BEHAVIOR NO-TOUCH ================================================ [ ] E-01 Image rendering unchanged. [ ] E-02 Saved image geometry unchanged. [ ] E-03 Attachment controls unchanged. [ ] E-04 Initial image sizing unchanged. [ ] E-05 Large / Medium / Small sizing unchanged. [ ] E-06 Aspect-ratio handling unchanged. [ ] E-07 Mask / clipping unchanged. [ ] E-08 Layer order unchanged. ================================================ F. PDF / JPG NO-TOUCH ================================================ [ ] F-01 PDF issuance machinery unchanged. [ ] F-02 PDF preview / Human decision flow unchanged. [ ] F-03 JPG PUBLIC entry unchanged. [ ] F-04 KaiaPdfPublicJpgR.issue() unchanged. [ ] F-05 JPG renderer / generation machinery unchanged. [ ] F-06 PDF/JPG output geometry unchanged. ================================================ G. COMMON / BOARD / STATE NO-TOUCH ================================================ [ ] G-01 Common R unchanged. [ ] G-02 Routing unchanged. [ ] G-03 Actual Value Board R unchanged. [ ] G-04 Actual Value wiring unchanged. [ ] G-05 Saved Design authority unchanged. [ ] G-06 Refill authority unchanged. [ ] G-07 Persistent state unchanged. ================================================ H. HOUSE / SOURCE BOUNDARY ================================================ [ ] H-01 Rental R namespace remains Rental R. [ ] H-02 No Main namespace introduced. [ ] H-03 No Custom source imported. [ ] H-04 Custom remained REFERENCE ONLY. [ ] H-05 KAI-00000047 preserved. ================================================ I. STATIC HEALTH ================================================ [ ] I-01 PHP lint PASS. [ ] I-02 ZIP integrity PASS. [ ] I-03 File inventory sane. [ ] I-04 No unexpected file additions. [ ] I-05 No unexpected file removals. [ ] I-06 WAREHOUSE preserved. [ ] I-07 LEGACY/archive preserved. [ ] I-08 AUTHORIZED_DIFF_ONLY = TRUE. ================================================ J. HUMAN RUNTIME WITNESS ================================================ NARROW WITNESS ONLY. Check only: 1. Normal image state. Attempt direct click on image / operation frame. Expected: direct selection entrance does NOT fire. [ ] J-01 Normal direct image-click selection is absent. 2. Use existing MOVE control. Expected: existing MOVE route still works. [ ] J-02 MOVE control is available. [ ] J-03 MOVE route enters expected movement state. [ ] J-04 Image can still be moved through the existing MOVE route. 3. STOP. Do not expand into: - Mask - image sizing - layer order - PDF/JPG - unrelated image behavior ================================================ STOP CONDITIONS ================================================ STOP immediately if: - direct click still selects the image - kpdfSelectImageOperation() itself is missing - MOVE button handler is missing - imageMove state is missing - MOVE pointerdown handler is missing - MOVE route no longer works - unrelated image behavior changed - PDF/JPG behavior changed - Common / Board / state changed - Main namespace appears - Custom machinery appears - unrelated diff is found - any 「あれ？」 occurs ================================================ RETURN FORMAT ================================================ IDENTITY: PASS / WATCH / STOP AUTHORIZED DIFF: PASS / WATCH / STOP DIRECT CLICK LOCK: PASS / WATCH / STOP MOVE ROUTE: PASS / WATCH / STOP IMAGE NO-TOUCH: PASS / WATCH / STOP PDF / JPG: PASS / WATCH / STOP COMMON / BOARD / STATE: PASS / WATCH / STOP HOUSE BOUNDARY: PASS / WATCH / STOP STATIC HEALTH: PASS / WATCH / STOP HUMAN RUNTIME: NOT RUN / PASS / STOP UNRELATED DIFF: NONE / FOUND / UNKNOWN FINAL: READY FOR HUMAN WITNESS or HOLD or STOP 今回の車検は本当に、**「直クリックの入口だけ死んで、MOVE道路は生きてるか」**を見る票だ★ 🕊️🔧 表示を減らす 金曜日 7:18 Kaia-Rental-Counter-Standard-v1.1.4-dev14-TIMESTAMP-BINDER-AWARE-ATTENDANCE-CONNECTION.zip Zip アーカイブ Kaia-Rental-Timestamp-Free-v1.0.21-dev14-MULTI-BINDER-PRODUCT-LOCAL.zip Zip アーカイブ Kaia-Timestamp-Free-v1.0.21-dev10-MULTI-BINDER-PRODUCT-LOCAL.zip Zip アーカイブ ありーヽ(=´▽=)ﾉ 次の車検 🕊️🔍 TIMESTAMP MULTI-BINDER THIRD-PARTY STATIC VEHICLE INSPECTION SHEET MODE ==== READ ONLY INSPECTION DO NOT REPAIR. DO NOT EDIT SOURCE. DO NOT CREATE CHILDREN. DO NOT RUN RUNTIME WITNESS. DO NOT NORMALIZE VERSION METADATA. DO NOT REDESIGN. ================================================ INSPECTION PURPOSE ================================================ Independently inspect the completed Timestamp Multi-Binder construction and the narrow Rental Counter attendance connection. Construction-team PASS is NOT evidence by itself. Verify the actual child artifacts against: - exact direct parents - LOCKED Timestamp physical construction drawing - authorized narrow Counter connection - actual SOURCE / file differences This inspection covers THREE children: 1. Mother Timestamp 2. Rental Timestamp R 3. Rental Counter R narrow attendance connection ================================================ A. TARGET IDENTITIES ================================================ A-01 — MOTHER TIMESTAMP CHILD Expected child: Kaia-Timestamp-Free-v1.0.21-dev10-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 7afffd08f6bee6376a7b042c30bea4dd7441f72fa82f56a42e6ca1b66c47f273 Exact direct parent: Kaia-Timestamp-Free-v1.0.21-dev9-HUMAN-REFILL-RESET.zip Expected parent SHA-256: 4eea3031cbf20d6d1989cf4ab320cb22026bf0a3ade75a59f872754be5984ac8 Expected main SOURCE: kaia-timestamp/kaia-timestamp.php A-02 — RENTAL TIMESTAMP R CHILD Expected child: Kaia-Rental-Timestamp-Free-v1.0.21-dev14-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: f134d8789601747a5955fa9ad65135df7ac2332acc9465bc3af91402ea338ac3 Exact direct parent: Kaia-Rental-Timestamp-Free-v1.0.21-dev13-COUNTER-DECIDE-ATTENDANCE-PROXY.zip Expected parent SHA-256: c3e438661d8d329c3148431fdef5b3514bd2d830b8a5e353c90a4489545ad587 Primary Identity must remain: KAI-00000045 Expected main SOURCE: kaia-timestamp-r/kaia-timestamp-r.php A-03 — RENTAL COUNTER R NARROW CHILD Expected child: Kaia-Rental-Counter-Standard-v1.1.4-dev14-TIMESTAMP-BINDER-AWARE-ATTENDANCE-CONNECTION.zip Expected SHA-256: dadcff10a1c22d7fb74efd59cdeeb83bbb30703d048ff11958913690863f4b6b Exact direct parent: Kaia-Rental-Counter-Standard-v1.1.4-dev13-MULTI-BINDER-PRODUCT-LOCAL.zip Expected parent SHA-256: c832b3ca4cb44883cce249787239efd5a3bb15131597b22027d6658061b1efd0 Expected main SOURCE: kaia-counter-r/kaia-counter-r.php If any supplied artifact identity or SHA conflicts: REPORT CONFLICT. Do not substitute a nearby artifact. ================================================ B. ZIP / DEVELOPMENT COPY INTEGRITY ================================================ For EACH child verify: [ ] ZIP opens successfully. [ ] Expected root directory exists. [ ] File inventory is preserved from direct parent. [ ] No unexpected missing files. [ ] WAREHOUSE / archive / historical material preserved. [ ] DEVELOPMENT-HISTORY.md exists exactly once. [ ] No evidence of release-style pruning. [ ] Child is a FULL DEVELOPMENT COPY. Record parent and child file counts. ================================================ C. DIRECT PARENT → CHILD DIFF ================================================ Perform an actual direct parent/child comparison where the exact parent artifact is available. MOTHER TIMESTAMP expected changed files ONLY: kaia-timestamp/kaia-timestamp.php kaia-timestamp/DEVELOPMENT-HISTORY.md RENTAL TIMESTAMP expected changed files ONLY: kaia-timestamp-r/kaia-timestamp-r.php kaia-timestamp-r/DEVELOPMENT-HISTORY.md RENTAL COUNTER expected changed files ONLY: kaia-counter-r/kaia-counter-r.php kaia-counter-r/DEVELOPMENT-HISTORY.md Verify: [ ] No unrelated Product files changed. [ ] Common files byte-identical to parent. [ ] Board files byte-identical to parent. [ ] Warehouse historical files byte-identical/preserved unless history append mechanics legitimately require otherwise. If an exact parent is unavailable: mark that direct byte-diff: NOT EXERCISED / WATCH Do NOT infer PASS from the child alone. ================================================ D. PHP / STATIC INTEGRITY ================================================ For all changed PHP files: [ ] PHP lint PASS. [ ] No obvious syntax break. [ ] Plugin identity remains correct house. [ ] Child version metadata reflects intended child where project practice requires it. Do NOT repair inherited stale metadata. If inherited mismatch exists, report it as inherited WATCH only. ================================================ E. TIMESTAMP PRODUCT ADDRESS — BOTH HOUSES ================================================ Inspect Mother and Rental independently. Required Product structure: Timestamp ↓ Binder ↓ Binder-local REAL Refill 01..30 Verify actual SOURCE supports distinct addresses: A-01 B-01 Verify: [ ] A-01 and B-01 can coexist structurally. [ ] Both may retain numeric Refill coordinate 1. [ ] B-01 is NOT represented as numeric/global 31. [ ] Binder is above Refill. [ ] Explicit non-A Binder membership is persisted / physically retained. [ ] No second unrelated Binder authority was created. [ ] Product address is canonically represented by: binder_ref + refill_ref Report actual physical storage representation. Do NOT judge it by similarity to Counter. ================================================ F. LEGACY A COMPATIBILITY ================================================ Verify: legacy numeric-only Timestamp record ↓ Binder omitted ↓ A ↓ same numeric Refill Examples: numeric 1 → A-01 numeric 30 → A-30 Verify: [ ] No destructive migration required. [ ] Existing numeric records remain usable as A. [ ] Explicit B-01 does NOT fall back to A-01. [ ] Invalid explicit B address fails closed / not found. [ ] Non-A missing address does not silently become A. ================================================ G. REAL REFILL STRUCTURAL RANGE ================================================ Verify construction enforces for NEW / explicit Product addresses: REAL 01..30 PER Binder Check: [ ] No B-31 construction path. [ ] No B-01 → global31 mapping. [ ] No automatic creation of 30 seats merely because structural capacity is 30. [ ] Historical records are not destructively deleted solely because older SOURCE admitted broader positive numeric IDs. Do NOT inspect or redesign commercial entitlement. ================================================ H. SETTINGS ADDRESS SEPARATION ================================================ Mother current authority family: kaia_timestamp_instance_settings Rental current authority family: kaia_timestamp_r_instance_settings Verify: [ ] A-01 settings and B-01 settings occupy distinct Product address seats. [ ] Legacy numeric-only settings remain A-compatible. [ ] Explicit non-A settings cannot accidentally read A merely because numeric ID matches. [ ] button_color semantics unchanged. [ ] button_text_color semantics unchanged. [ ] button_color_mode semantics unchanged. Report actual settings key/address mechanism. ================================================ I. SELECTION / ADMIN ADDRESS ================================================ Verify actual SOURCE behavior for selection. Required: Binder omitted + kts_instance=1 → legacy A-01 Explicit Binder B + kts_instance=1 → B-01 Invalid explicit B: FAIL CLOSED / NOT FOUND Check Admin furniture sufficiently carries Product address so A-01 and B-01 are distinguishable. Verify: [ ] Binder can be selected/addressed. [ ] Refill selection is Binder-scoped. [ ] navigation preserves Binder + Refill. [ ] numeric kts_instance remains technical Refill coordinate, not whole Product authority. ================================================ J. BROWSER PERSISTENCE ================================================ Mother prefix must remain: kaia_timestamp_free_v1: Rental prefix must remain: kaia_timestamp_free_r_v1: Stored value semantics must remain equivalent to: { firstMs, firstTz } Verify: [ ] A-01 and B-01 use distinct browser address keys. [ ] B-01 reload remains B-01. [ ] Explicit B does NOT probe old numeric-only A key. [ ] Legacy A may read old numeric-only key for compatibility. [ ] firstMs semantics unchanged. [ ] firstTz semantics unchanged. [ ] Binder resolution does not itself reacquire time. Report exact new key/address construction. ================================================ K. HUMAN RESET ================================================ Verify: Reset B-01 ↓ B-01 browser state removed while: A-01 browser state remains. Legacy A reset may also remove the authorized legacy numeric-only A key. Confirm Reset does NOT: - delete Product server records - clear unrelated Binder state - clear unrelated Board state - manufacture/reacquire Timestamp - broaden into a different reset operation ================================================ L. DOM PRODUCT ADDRESS ================================================ Inspect actual rendered Timestamp address furniture. Expected conceptual result for B-01: data-instance-id="1" data-binder-ref="B" data-refill-ref="01" Verify: [ ] actual Binder emitted. [ ] actual local Refill emitted. [ ] numeric technical identity retained where needed. [ ] numeric data-instance-id alone is NOT treated as sufficient Product identity where A-01/B-01 can both exist. ================================================ M. TIMESTAMP VALUE SEMANTICS — NO TOUCH ================================================ Compare direct parent → child and verify construction did NOT redesign: firstMs firstTz Date.now() acquisition semantics currentTZ() formatLocal() selected Timestamp meaning timestamp.page meaning Binder work must be address work, not clock work. Any semantic change here: REPORT CONFLICT. ================================================ N. PRODUCT → COMMON HANDOFF ================================================ Inspect Product-owned surfaces such as: refill_context() current_refill() common_current_refill() common_adapter_snapshot() or their actual resulting implementation. Verify current publication can represent: seat = timestamp binder_ref = B refill_ref = 01 Verify inventory can expose actually registered: A-01 B-01 without: - forcing theoretical empty seats - converting B-01 to A-01 - converting B-01 to numeric31 ================================================ O. COMMON CORE — BYTE PRESERVATION ================================================ For Mother Timestamp: compare bundled Common files parent → child. For Rental Timestamp: compare bundled Common R files parent → child. For Rental Counter: compare bundled Common R files parent → child. Required: BYTE-IDENTICAL / UNCHANGED Known Common Operational A-only furniture is NOT a failure of this Timestamp construction. Record it as inherited/separate-track WATCH. Do NOT repair it. ================================================ P. BOARD CORE — BYTE PRESERVATION ================================================ Compare bundled Board files parent → child. Required: BYTE-IDENTICAL / UNCHANGED Product-side address publication must nevertheless be capable of reaching: B / 01 / timestamp.page Do NOT require Runtime proof here. This is static route verification only. ================================================ Q. RELATED SHORTCODES WATCH ================================================ Verify Related Shortcodes furniture was preserved / not redesigned. Specifically ensure construction did NOT invent: same numeric ID = same Binder membership across Products Required: PRESERVED / NO TOUCH Any existing legacy behavior may remain a WATCH. Do not repair during inspection. ================================================ R. MOTHER / RENTAL HOUSE SEPARATION ================================================ Verify Mother remains Mother furniture: Kaia_Timestamp_Free kaia_timestamp_refills kaia_timestamp_instance_settings kaia_timestamp_free_v1: data-kaia-timestamp window.KaiaTimestamp KaiaActualValueBoard Verify Rental remains R furniture: Kaia_Timestamp_Free_R kaia_timestamp_r_refills kaia_timestamp_r_instance_settings kaia_timestamp_free_r_v1: data-kaia-timestamp-r window.KaiaTimestampR KaiaActualValueBoardR KAI-00000045 No namespace collapse between houses. ================================================ S. MOTHER ATTENDANCE ABSENCE ================================================ Verify Mother child did NOT acquire Rental attendance machinery. Mother must NOT gain Rental-specific: KaiaTimestampR Rental Counter attendance receiver Rental Common identity Report: PASS / CONFLICT ================================================ T. RENTAL TIMESTAMP ATTENDANCE RECEIVER ================================================ Inspect actual Rental Timestamp dev14 receiver. Legacy A compatibility must remain valid: Counter A-01 ↓ numeric 1 ↓ attendSelected(1) ↓ Timestamp A-01 ↓ selectedFromElement() ↓ existing selected value ↓ boardSet(timestamp.page) Verify explicit Binder-aware receiving can resolve: B + 01 ↓ exact Timestamp B-01 element/address ↓ selectedFromElement() ↓ existing selected value ↓ existing boardSet(timestamp.page) Verify: [ ] B-01 does not resolve A-01. [ ] B-01 does not become numeric/global31. [ ] no Date.now() in attendance adaptation. [ ] no Timestamp reacquisition. [ ] no synthetic click. [ ] no new Timestamp manufacture. [ ] one receiver invocation produces the existing single attendance publication path. [ ] timestamp.page meaning unchanged. Report exact receiver signature / overload behavior found in SOURCE. ================================================ U. RENTAL COUNTER NARROW CONNECTION ================================================ Directly compare: Counter R dev13 ↓ Counter R dev14 The ONLY functional construction change authorized is the Timestamp attendance caller connection. Verify legacy A path remains: attendanceBinderRef === "A" ↓ parse refill_ref ↓ window.KaiaTimestampR.attendSelected( timestampInstanceId ) Verify explicit non-A path now passes the already-existing Product address: attendanceBinderRef + attendanceRefillRef Expected conceptual call: window.KaiaTimestampR.attendSelected( attendanceBinderRef, attendanceRefillRef ) Verify from actual SOURCE. Also verify: [ ] successful DECIDE gate unchanged. [ ] Counter Product address resolver unchanged except if mechanically required by no-op formatting. [ ] Counter Binder behavior unchanged. [ ] Counter Refill behavior unchanged. [ ] Counter entitlement unchanged. [ ] Counter issuance unchanged. [ ] Counter reset unchanged. [ ] Counter Common unchanged. [ ] Counter Board unchanged. [ ] no explicit B → numeric1 collapse. [ ] no explicit B → A fallback. [ ] no unrelated cleanup. Inherited Counter internal stale VERSION: DO NOT REPAIR. If preserved, record as inherited WATCH. ================================================ V. DEVELOPMENT HISTORY ================================================ Inspect all three histories. Timestamp histories must accurately record: - direct parent - child - Multi-Binder purpose - actual changed files - legacy A - REAL01..30/Binder - browser/settings/reset address separation - Common/Board no-touch - Related Shortcodes WATCH - no destructive migration - Runtime NOT TESTED Rental Timestamp additionally: - Counter caller boundary evidence - Binder-aware attendance receiving - A compatibility - no reacquisition Counter history must describe ONLY narrow attendance connection and not claim broader Counter reconstruction. Report material omissions or contradictions. ================================================ W. STATIC FIXTURE / REASONING CHECKS ================================================ Where safely testable without modifying SOURCE or claiming Runtime, confirm: A-01 exists/addressable B-01 exists/addressable A-01 != B-01 A settings != B settings explicit B-01 selection → B-01 invalid explicit B-02 → FAIL CLOSED when B-02 is absent Common Product inventory can contain: A-01 + B-01 B DOM: binder=B refill=01 Rental additionally trace statically: Counter B-01 ↓ B + 01 ↓ Timestamp receiver B + 01 ↓ Timestamp B-01 ↓ existing boardSet target ↓ B / 01 / timestamp.page Do NOT call this Runtime PASS. ================================================ X. RUNTIME BOUNDARY ================================================ This vehicle inspection is STATIC ONLY. The following remain explicitly unverified until Human Runtime Witness: - actual A-01/B-01 coexistence in live WP - browser persistence isolation in browser - Reset isolation in browser - actual Board B/01/timestamp.page publication - actual Counter R B-01 → Timestamp R B-01 attendance - connected-set behavior Required report: RUNTIME: NOT TESTED ================================================ Y. STOP / WATCH CLASSIFICATION ================================================ STOP / FAIL examples: - wrong child or parent - parent/child identity conflict - destructive migration - B-01 aliases A-01 - B-01 represented as 31 - explicit B falls back to A - Timestamp clock semantics redesigned - Common core unexpectedly edited - Board core unexpectedly edited - Mother receives Rental attendance machinery - Counter dev14 contains broader unauthorized changes - house namespace collapse WATCH examples: - exact parent bytes unavailable for direct comparison - inherited legacy furniture intentionally preserved - Related Shortcodes legacy semantics - inherited Common Operational A-only furniture - inherited Counter stale VERSION - Runtime not yet performed Do not convert a WATCH into PASS merely because it was expected. ================================================ REQUIRED INSPECTION REPORT ================================================ MOTHER TIMESTAMP ================ CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] PRODUCT ADDRESS: [...] LEGACY A: [...] REAL01..30: [...] SETTINGS: [...] SELECTION: [...] BROWSER: [...] RESET: [...] DOM: [...] CLOCK SEMANTICS: [...] COMMON PRODUCT HANDOFF: [...] COMMON CORE: [...] BOARD CORE: [...] RELATED SHORTCODES: [...] MOTHER ATTENDANCE ABSENCE: [...] HISTORY: [...] STATIC RESULT: [PASS / PASS WITH WATCH / FAIL / STOP] RENTAL TIMESTAMP ================ CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] PRIMARY IDENTITY: [...] PRODUCT ADDRESS: [...] LEGACY A: [...] REAL01..30: [...] SETTINGS: [...] SELECTION: [...] BROWSER: [...] RESET: [...] DOM: [...] CLOCK SEMANTICS: [...] COMMON PRODUCT HANDOFF: [...] COMMON CORE: [...] BOARD CORE: [...] RELATED SHORTCODES: [...] ATTENDANCE RECEIVER: [...] LEGACY A ATTENDANCE: [...] NON-A ATTENDANCE: [...] HISTORY: [...] STATIC RESULT: [PASS / PASS WITH WATCH / FAIL / STOP] RENTAL COUNTER NARROW CHILD =========================== CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] SUCCESS GATE: [...] LEGACY A CALL: [...] NON-A CALL: [...] ADDRESS SOURCE: [...] COUNTER OTHER MACHINERY: [...] COMMON CORE: [...] BOARD CORE: [...] INHERITED VERSION WATCH 表示を増やす 金曜日 8:26 Kaia-Rental-Serial-Standard-v1.1.12-dev13-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Zip アーカイブ Kaia-Serial-Standard-v1.1.12-dev10-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Zip アーカイブ 車検よろー 🕊️🔍 SERIAL MULTI-BINDER THIRD-PARTY STATIC RE-INSPECTION SHEET MODE ==== READ ONLY INSPECTION ================================================ PURPOSE ================================================ Resume the interrupted Serial Multi-Binder third-party static vehicle inspection. Previous inspection: A–I: INSPECTED J: STOP K–Z: NOT INSPECTED This re-inspection must: 1. independently verify the J repair against the exact STOP parent; 2. if and ONLY if J now passes, continue the previously uncompleted K–Z inspection; 3. produce the complete Serial static verdict. Construction-team PASS is NOT evidence by itself. ================================================ A. REPAIR CHILD IDENTITIES ================================================ MOTHER STOP PARENT: Kaia-Serial-Standard-v1.1.12-dev9-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 3e425772f453d5c59e6d4a0d43e6e8b0339dab39976a2fbac2a42524121cca0e REPAIR CHILD: Kaia-Serial-Standard-v1.1.12-dev10-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Expected SHA-256: 5196c9810f6aad27020448ab33c69c092392cc7a2340c672d9067bdbfcb1d4c2 RENTAL R STOP PARENT: Kaia-Rental-Serial-Standard-v1.1.12-dev12-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 1e0b2088f441ad9f8b82e14d0d98cc0aaee8a9322e9a0a8e8f5ae18a808932bf REPAIR CHILD: Kaia-Rental-Serial-Standard-v1.1.12-dev13-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Expected SHA-256: 0e33d99336c0aff0278811edc308ed622d5ceed582eb1bc5972b377968dcc99f Rental Primary Identity: KAI-00000046 Any identity/SHA mismatch: STOP. ================================================ B. REPAIR PARENT → CHILD DIFF ================================================ Perform actual direct byte/file comparison: dev9 → dev10 Mother dev12 → dev13 Rental Expected changed files ONLY: Product main PHP DEVELOPMENT-HISTORY.md Verify: [ ] file inventory preserved [ ] 11 → 11 [ ] ZIP integrity PASS [ ] Common byte-identical to STOP parent [ ] Board byte-identical to STOP parent [ ] all unrelated files byte-identical [ ] PHP lint PASS Within Product PHP, verify the semantic repair is limited to: - child identity/version - J explicit-invalid-Refill fail-closed repair No opportunistic redesign. ================================================ C. J — REQUIRED REPAIR RE-INSPECTION ================================================ Previous confirmed defect: explicit valid Binder + explicit invalid/unavailable Refill example: B-31 performed: product_refill(B,31) → unavailable → $id = 1 → B-01 This was STOP. Required repaired behavior: EXPLICIT A-01 → A-01 EXPLICIT B-01 → B-01 EXPLICIT B-31 → FAIL CLOSED EXPLICIT B-31 → MUST NOT BECOME B-01 EXPLICIT B-31 → MUST NOT BECOME A-01 Inspect actual SOURCE. Do NOT accept DEVELOPMENT-HISTORY as proof. Verify how SOURCE distinguishes: explicit ks_instance from: legacy/default selection Confirm the explicit-invalid path terminates before a different Product address is selected. ================================================ D. LEGACY COMPATIBILITY AFTER J REPAIR ================================================ Verify repair did NOT accidentally destroy authorized legacy behavior. Required: Binder omitted through authorized legacy path → A compatibility remains Explicit valid A address: → exact A address Explicit valid B address: → exact B address Explicit invalid/unavailable address: → FAIL CLOSED Do not confuse: legacy omission with: explicit invalid request. ================================================ E. J GATE ================================================ If J repair FAILS: STOP IMMEDIATELY. Do NOT inspect K–Z. If J repair PASSES: continue below. ================================================ K. DATABASE SCHEMA ================================================ Inspect actual repair-child SOURCE. Verify BOTH reservations and ledger contain the additive Product Binder field reported by construction: product_binder_ref varchar(16) NOT NULL DEFAULT '' Verify historical: binder_id still independently exists. Verify: - existing columns preserved - primary keys preserved - schema extension additive - no destructive table recreation - schema version advanced for Multi-Binder construction - J repair did NOT alter schema from STOP parent Report exact schema version. ================================================ L. INDEXES ================================================ Verify actual indexes. Expected inherited/global serial uniqueness: UNIQUE serial_unique(serial_number) MUST remain unchanged. Verify additive Binder-aware lifecycle indexes reported by construction: product_owner_lookup product_refill_use_lookup Report their exact column composition. Confirm old indexes were not silently destroyed merely to add the new ones. ================================================ M. LEGACY DATABASE A ================================================ Verify actual read/query normalization: legacy Product Binder field absent/empty → Product Binder A But: explicit B persisted as B and: explicit B must not be reconstructed as A because the Product Binder coordinate is missing/invalid downstream. Verify no bulk historical rewrite is required/performed. ================================================ N. RESERVATION ================================================ Trace actual issue request through reservation write. For conceptual B-01 verify independent values can be: product_binder_ref = B instance/local Refill = 1 historical binder_id = 1 refill_use = existing lifecycle use serial_number = generated globally unique value Confirm Product Binder and historical binder_id remain independent. ================================================ O. LEDGER ================================================ Trace reservation → ledger insertion. Verify Product Binder membership survives into ledger. Conceptual B-01 must remain: Product Binder = B local Refill = 1 historical binder_id = 1 No B→A. No B→31. No B→historical binder_id 2. ================================================ P. DEDUP / LIFECYCLE LOOKUP ================================================ Inspect actual: latest_issued_serial() serial_already_issued() transactional duplicate/FOR UPDATE lookup and any equivalent lifecycle lookup. Verify Product seat identity distinguishes: A-01 / use N from: B-01 / use N Preserve existing owner/status/refill_use semantics. No Product Binder omission may silently collapse B into A. ================================================ Q. GLOBAL SERIAL UNIQUENESS ================================================ Verify actual DB indexes and generation SOURCE. Required: serial_number remains globally unique per Product house. Product Binder MUST NOT scope serial uniqueness. Verify NO CHANGE to: serial format suffix()/generation algorithm generation alphabet retry semantics serial_unique(serial_number) ================================================ R. RESET ================================================ Trace reset transport and server resolution. Required: Reset B-01 → acts on B-01 MUST NOT act on: A-01 merely because both use local numeric Refill 1. Verify legacy A behavior remains compatible. Verify reset semantics were not otherwise broadened. ================================================ S. EXPORT / READBACK ================================================ Trace export and Product readback. Verify Product address is complete enough that: B-01 records != A-01 records Historical binder_id must remain historical metadata and must NOT be presented internally as Product Binder authority. Report actual Product Binder transport/query mechanism. ================================================ T. COMMON PRODUCT HANDOFF ================================================ Inspect Product-owned Serial adapter. Required: A-01 → seat=serial binder_ref=A refill_ref=01 B-01 → seat=serial binder_ref=B refill_ref=01 Verify inventory/current publication uses actual Product Binder. Bundled Common core/Operational: NO EDIT expected. Known Common Operational A-only furniture remains later integrated-stage WATCH. ================================================ U. BOARD PRODUCT HANDOFF ================================================ Inspect rendered Serial DOM construction. Required conceptual B-01: data-binder-ref="B" data-refill-ref="01" Verify existing Board SET consumes the DOM Product address. Do NOT claim Runtime success. Board core: NO EDIT expected. ================================================ V. MOTHER / RENTAL HOUSE SEPARATION ================================================ Verify Mother namespace remains independent. Verify Rental R namespace remains independent. Rental must preserve: KAI-00000046 Check corresponding: tables options shortcodes AJAX actions admin slugs browser keys JS globals Common surname Board surname No normalization/collapse. ================================================ W. DEVELOPMENT HISTORY ================================================ Inspect repair-child DEVELOPMENT-HISTORY. Verify it records: - exact STOP parent - J inspection STOP - B-31 → B-01 defect - pinpoint repair - explicit invalid Refill fail-closed - legacy omitted-Binder A compatibility preserved - unrelated Multi-Binder construction preserved - Runtime NOT TESTED Also verify previous Multi-Binder history remains present. History is documentation evidence only; SOURCE remains authority for behavior. ================================================ X. COMPLETE STATIC B-01 TRACE ================================================ Perform the previously unfinished static trace: B-01 ↓ Product Binder authority B ↓ local Refill 01 ↓ B-specific settings/current_use ↓ selection B + 01 ↓ request B + 01 ↓ server Product address resolution ↓ reservation: Product Binder B local Refill 1 historical binder_id 1 ↓ ledger: Product Binder B local Refill 1 historical binder_id 1 ↓ dedup/readback/export/reset: B-01 remains B-01 ↓ Product Common adapter: serial / B / 01 ↓ Serial DOM: B / 01 ↓ existing Board target: B / 01 / serial Explicitly search for any stage performing: B → A B → 31 B → historical binder_id 2 B-invalid → B-01 B-invalid → A-01 ================================================ Y. RUNTIME BOUNDARY ================================================ THIS IS STATIC INSPECTION ONLY. Do NOT claim: live dbDelta PASS live schema migration PASS live Binder creation PASS live B-01 issue PASS live A/B dedup isolation PASS live reset isolation PASS live export PASS live Common Operational PASS live Board B/01 publication PASS Required: RUNTIME: NOT TESTED ================================================ Z. FINAL CLASSIFICATION ================================================ STOP if actual SOURCE shows: - J repair incomplete - explicit invalid address silently substituted - destructive DB migration - historical binder_id repurposed - Product B collapses to A - B-01 represented as global31 - global serial uniqueness changed - A/B lifecycle collision - reset crosses Binder boundary - export/readback collapses Binder - Common core unexpectedly edited - Board core unexpectedly edited - Rental KAI-00000046 lost - Mother/Rental namespace collapse WATCH may remain for: - inherited internal VERSION dev7 mismatch - historical A >30 compatibility - Common Operational A-only furniture - Runtime not tested ================================================ REQUIRED REPORT ================================================ J REPAIR ======== MOTHER STOP PARENT: [...] MOTHER REPAIR CHILD: [...] DIRECT BYTE-DIFF: [...] EXPLICIT A-01: [...] EXPLICIT B-01: [...] EXPLICIT B-31: [...] LEGACY OMITTED BINDER: [...] J RESULT: [PASS / STOP] RENTAL STOP PARENT: [...] RENTAL REPAIR CHILD: [...] DIRECT BYTE-DIFF: [...] EXPLICIT A-01: [...] EXPLICIT B-01: [...] EXPLICIT B-31: [...] LEGACY OMITTED BINDER: [...] J RESULT: [PASS / STOP] IF J PASSES, CONTINUE: K — DATABASE SCHEMA: [...] L — INDEXES: [...] M — LEGACY DATABASE A: [...] N — RESERVATION: [...] O — LEDGER: [...] P — DEDUP / LIFECYCLE: [...] Q — GLOBAL SERIAL UNIQUENESS: [...] R — RESET: [...] S — EXPORT / READBACK: [...] T — COMMON PRODUCT HANDOFF: [...] U — BOARD PRODUCT HANDOFF: [...] V — HOUSE SEPARATION: [...] W — DEVELOPMENT HISTORY: [...] X — COMPLETE B-01 STATIC TRACE: [...] Y — RUNTIME: NOT TESTED FINAL ===== MOTHER SERIAL: [PASS / PASS WITH WATCH / STOP] RENTAL SERIAL R: [PASS / PASS WITH WATCH / STOP] J REPAIR: [PASS / STOP] DATABASE EXTENSION: [ADDITIVE / CONFLICT] HISTORICAL binder_id: [PRESERVED / CONFLICT] A-01 != B-01: [PASS / CONFLICT] B-01 != 31: [PASS / CONFLICT] NO SILENT INVALID ADDRESS SUBSTITUTION: [PASS / CONFLICT] A/B LIFECYCLE SEPARATION: [PASS / CONFLICT] GLOBAL SERIAL UNIQUENESS: [PRESERVED / CONFLICT] RESET ADDRESS ISOLATION: [PASS / CONFLICT] EXPORT / READBACK ADDRESS: [PASS / CONFLICT] COMMON PRODUCT HANDOFF: [PASS / CONFLICT] COMMON CORE: [UNCHANGED / CONFLICT] BOARD PRODUCT HANDOFF: [PASS / CONFLICT] BOARD CORE: [UNCHANGED / CONFLICT] KAI-00000046: [PRESERVED / CONFLICT] DESTRUCTIVE MIGRATION: [NO / YES / UNKNOWN] RUNTIME: NOT TESTED NEW STOP: [NONE / DETAILS] WATCH: [DETAILS] OVERALL STATIC VEHICLE INSPECTION: [PASS / PASS WITH WATCH / STOP] 表示を減らす 金曜日 12:20 Kaia-Rental-PDF-v0.2.16-COMMON-OPERATIONAL-MULTI-BINDER.zip Zip アーカイブ Kaia-Rental-Serial-Standard-v1.1.12-dev14-COMMON-OPERATIONAL-MULTI-BINDER.zip Zip アーカイブ Kaia-Rental-Timestamp-Free-v1.0.21-dev15-COMMON-OPERATIONAL-MULTI-BINDER.zip Zip アーカイブ Kaia-Rental-Counter-Standard-v1.1.4-dev15-COMMON-OPERATIONAL-MULTI-BINDER.zip Zip アーカイブ Kaia-Product-PDF-v0.2.9-COMMON-OPERATIONAL-MULTI-BINDER.zip Zip アーカイブ Kaia-Serial-Standard-v1.1.12-dev11-COMMON-OPERATIONAL-MULTI-BINDER.zip Zip アーカイブ Kaia-Timestamp-Free-v1.0.21-dev11-COMMON-OPERATIONAL-MULTI-BINDER.zip Zip アーカイブ Kaia-Counter-Standard-v1.1.4-dev10-COMMON-OPERATIONAL-MULTI-BINDER.zip Zip アーカイブ Kaia-Counter-Free-v1.1.5-dev11-COMMON-OPERATIONAL-MULTI-BINDER.zip Zip アーカイブ つぎこれー 🕊️🔧 KAIA MEMORIA MULTI-BINDER COMMON ROUTING OPERATIONAL POST-CONSTRUCTION THIRD-PARTY STATIC INSPECTION REQUEST STATUS ====== CONSTRUCTION TEAM RETURN: COMPLETE CONSTRUCTION TEAM SELF-QA: 23 / 23 PASS FOREMAN DRAWING: PASS WITH WATCH THIRD-PARTY STATIC INSPECTION: AUTHORIZED RUNTIME / HUMAN WITNESS: NOT AUTHORIZED DO NOT REPAIR. DO NOT EDIT SOURCE. DO NOT CREATE CHILDREN. DO NOT NORMALIZE. DO NOT CLEAN UP. DO NOT REDESIGN. ================================================ PURPOSE ================================================ Independently inspect the ACTUAL 9 constructed child artifacts produced by the Common Routing Operational Multi-Binder construction. Do NOT accept the construction team's self-QA as proof. Verify the completed children against: 1. authorized parent lineage 2. accepted Physical Construction Drawing 3. Foreman RED-PEN 4. construction authorization 5. reported construction return ================================================ PRE-FLIGHT — COUNT FIRST ================================================ BEFORE SOURCE INSPECTION: EXPECTED CHILD ARTIFACTS: 9 PHYSICALLY RECEIVED: [COUNT] If COUNT != 9: STOP. Do not begin partial inspection. Do not infer the missing artifact. Do not substitute an older machine. Return: EXPECTED: 9 RECEIVED: N MISSING / UNIDENTIFIED: [...] Yes, count them first. ================================================ EXPECTED CHILD SET ================================================ 1. Kaia-Counter-Free-v1.1.5-dev11-COMMON-OPERATIONAL-MULTI-BINDER 2. Kaia-Counter-Standard-v1.1.4-dev10-COMMON-OPERATIONAL-MULTI-BINDER 3. Kaia-Timestamp-Free-v1.0.21-dev11-COMMON-OPERATIONAL-MULTI-BINDER 4. Kaia-Serial-Standard-v1.1.12-dev11-COMMON-OPERATIONAL-MULTI-BINDER 5. Kaia-Product-PDF-v0.2.9-COMMON-OPERATIONAL-MULTI-BINDER 6. Kaia-Rental-Counter-Standard-v1.1.4-dev15-COMMON-OPERATIONAL-MULTI-BINDER 7. Kaia-Rental-Timestamp-Free-v1.0.21-dev15-COMMON-OPERATIONAL-MULTI-BINDER 8. Kaia-Rental-Serial-Standard-v1.1.12-dev14-COMMON-OPERATIONAL-MULTI-BINDER 9. Kaia-Rental-PDF-v0.2.16-COMMON-OPERATIONAL-MULTI-BINDER ================================================ EXPECTED PARENT → CHILD LINEAGE ================================================ Counter Free: dev10-MULTI-BINDER-PRODUCT-LOCAL → dev11-COMMON-OPERATIONAL-MULTI-BINDER Counter Standard: dev9-MULTI-BINDER-PRODUCT-LOCAL → dev10-COMMON-OPERATIONAL-MULTI-BINDER Timestamp Free: dev10-MULTI-BINDER-PRODUCT-LOCAL → dev11-COMMON-OPERATIONAL-MULTI-BINDER Serial Standard: dev10-EXPLICIT-INVALID-REFILL-FAIL-CLOSED → dev11-COMMON-OPERATIONAL-MULTI-BINDER Product PDF: v0.2.8-MULTI-BINDER-PRODUCT-ADDRESS → v0.2.9-COMMON-OPERATIONAL-MULTI-BINDER Rental Counter Standard: dev14-TIMESTAMP-BINDER-AWARE-ATTENDANCE-CONNECTION → dev15-COMMON-OPERATIONAL-MULTI-BINDER Rental Timestamp Free: dev14-MULTI-BINDER-PRODUCT-LOCAL → dev15-COMMON-OPERATIONAL-MULTI-BINDER Rental Serial Standard: dev13-EXPLICIT-INVALID-REFILL-FAIL-CLOSED → dev14-COMMON-OPERATIONAL-MULTI-BINDER Rental PDF: v0.2.15-COMMON-R-CONSUMER-HOUSE-BOUNDARY → v0.2.16-COMMON-OPERATIONAL-MULTI-BINDER ================================================ INSPECTION A — PACKAGE / LINEAGE ================================================ For EACH of 9: - ZIP sane - expected root - no accidental nested package - child identity correct - parent identity correct - development history present - construction entry present - no lineage collapse If exact authorized parent artifact is available, perform direct parent → child comparison. If a parent is unavailable: DO NOT claim direct-parent byte verification PASS. Return it as WATCH with exact scope. ================================================ INSPECTION B — CHANGE CONTAINMENT ================================================ Verify reported changed-file surfaces. Expected Product-local changes: Counter: Common Operational file + Counter Product file + DEVELOPMENT-HISTORY Timestamp: Common Operational file + Timestamp Product file + DEVELOPMENT-HISTORY Serial: Common Operational file + Serial Product file + DEVELOPMENT-HISTORY PDF: Common Operational bridge + PDF Product file + DEVELOPMENT-HISTORY Check for unexplained additional changes. Do NOT assume an additional diff is acceptable merely because construction self-QA passed. ================================================ INSPECTION C — FOUNDATION ================================================ FOUNDATION MUST BE PRESERVED. Verify that construction did NOT redesign: - member normalization - seat identity - binder_ref grammar - refill_ref grammar - wiring cohesion - membership identity - Foundation lookup semantics - collision-safe commit semantics Construction team's claim: 9 / 9 protected Foundation region byte-preserved INDEPENDENTLY VERIFY. Any required Foundation semantic edit: STOP. ================================================ INSPECTION D — BOARD ================================================ BOARD MUST BE PRESERVED. Verify corresponding Mother / Rental Actual Value Board implementation is unchanged by this construction. Construction team's claim: 9 / 9 Board file byte-preserved INDEPENDENTLY VERIFY. Any Board authority or semantic edit: STOP. ================================================ INSPECTION E — PRODUCT AUTHORITY ================================================ Verify Common did NOT acquire: - Product Binder inventory ownership - Product Current Binder authority - Product entitlement authority - Product master/provider role Common may transport an address. It may NOT become authority for that Product address. ================================================ INSPECTION F — ADAPTER SNAPSHOT ================================================ Verify non-A members are not discarded merely because: binder_ref != A Expected semantic inventory examples: A-01 B-01 B-02 must remain distinguishable if legitimately supplied by the Product adapter. IMPORTANT: Do NOT create Product Binder or entitlement merely to manufacture QA data. ================================================ INSPECTION G — SWITCHBOARD SELF ================================================ Trace non-A self context statically. Example: Product B-02 → adapter B-02 → Common Operational → SELF B-02 Verify: - Binder is not rejected solely for being non-A - Binder is not rewritten to A - Refill is not treated as complete identity without Binder ================================================ INSPECTION H — DECIDE TRANSPORT ================================================ Trace selector → request → server. Expected: selected Product member B-02 → requested_binder = B → requested_refill = 02 → server receives exact semantic pair Verify Binder is not merely decorative UI state. If Binder transport is absent or fails, server must NOT guess A. ================================================ INSPECTION I — CANDIDATE ================================================ Expected: requested B / 02 → candidate acted member B / 02 Forbidden: requested B / 02 → candidate A / 02 ================================================ INSPECTION J — MIXED-BINDER WIRING ================================================ Verify no new same-Binder restriction was introduced. The following structural combination must not be rejected merely because Binder differs: Counter A-01 Timestamp B-02 Serial C-03 PDF A-04 SAME-BINDER RULE: NOT ESTABLISHED ================================================ INSPECTION K — MEMBERSHIP LOOKUP ================================================ Verify self and acted member lookup uses: seat + actual binder_ref + actual refill_ref No literal-A reconstruction. ================================================ INSPECTION L — COLLISION ================================================ Trace B-02 collision path. Expected: B-02 → exact membership lookup → collision → payload contains B / 02 → dialog/action retains B / 02 Forbidden: conflict B-02 → payload A-02 ================================================ INSPECTION M — COMMIT / READBACK ================================================ Verify exact candidate enters existing Foundation commit. Then verify readback uses the same exact semantic address. Expected: commit B-02 → readback B-02 Forbidden: commit B-02 → readback A-02 Do not modify Foundation to make this pass. ================================================ INSPECTION N — POWER OFF ================================================ Trace non-A address. Expected: B-02 → Power OFF → exact B-02 lookup → existing OFF semantics → exact-address readback Verify A-only rejection removed without weakening unrelated authorization / action semantics. ================================================ INSPECTION O — RESTRICTED OFF ================================================ Verify: - Binder is transported - Binder remains part of nonce/action authority where existing Product-specific implementation requires it - exact conflicting member is targeted - no automatic requester reconnection is invented ================================================ INSPECTION P — TIMESTAMP WEB ================================================ Expected Common semantic member: timestamp / B / 02 → existing consumer contract: binder="B" id="2" Verify legacy id-only → Binder A compatibility remains. Do not flatten Timestamp-specific Operational furniture. ================================================ INSPECTION Q — SERIAL WEB ================================================ Expected: serial / B / 02 → binder="B" id="2" Verify historical Serial binder_id provenance has NOT been repurposed as Product Binder authority. ================================================ INSPECTION R — PDF WEB ================================================ Expected: pdf / B / 02 → existing REAL consumer: binder="B" id="2" Verify internal PDF DUMMY address does NOT become WEB consumer identity. Preserve PDF-specific stronger action furniture, including self context / nonce / released-state behavior. ================================================ INSPECTION S — COUNTER WEB ================================================ This is a critical inspection surface. Existing contracts MUST remain: [kaia_counter id="N"] [kaia_counterR id="N"] N remains GLOBAL TECHNICAL COUNTER INSTANCE ID. New reported Product-owned entrances: Mother: [kaia_counter_address binder="B" refill="02"] Rental: [kaia_counterR_address binder="B" refill="02"] Verify road: Binder + Refill → Counter-owned instances → existing resolve_product_address(instance) → exact address comparison → unique matching existing instance → existing Counter display path Verify: 0 matches: FAIL CLOSED 1 match: USE EXACT INSTANCE 2+ matches: FAIL CLOSED Forbidden: - first-match wins - fallback to legacy id guess - refill_ref passed as legacy id - Common-owned global instance map - new entrance becoming second identity authority - existing id=N semantic change ================================================ INSPECTION T — LEGACY A ================================================ A remains a valid CURRENT Product address. Verify construction did not treat A as deprecated, retired, or migration-only. Also preserve existing legacy shortcode behavior: Timestamp / Serial / PDF: id-only → Binder A Counter: id=N → global technical instance ================================================ INSPECTION U — PRODUCT-SPECIFIC FURNITURE ================================================ Timestamp groups: Preserve Timestamp-specific collision / restricted / disabled-DECIDE furniture. PDF groups: Preserve PDF-specific self-current-location restrictions, self action nonce, Copy behavior where valid, released-state storage/readback and stronger action furniture. Do not normalize groups merely because other Common copies are simpler. ================================================ INSPECTION V — MOTHER / RENTAL ISOLATION ================================================ Verify zero unauthorized crossover between: Mother Common Mother actions Mother storage Mother Product shortcode namespace and: Rental Common R Rental actions Rental storage Rental Product shortcode namespace Mother B-02 != Rental B-02 by physical house separation. Do NOT add house as a new member-address axis. ================================================ INSPECTION W — FORBIDDEN INVENTION SCAN ================================================ Confirm absence of newly invented: - same-Binder rule - BBRR / 0101 token - outer address axis - Common Product Binder inventory - Common Product Current Binder authority - Common-owned Counter global-ID map - Product master/provider - Mother/Rental merged authority - Foundation redesign - Board redesign ================================================ INSPECTION X — PHP / PACKAGE STATIC HEALTH ================================================ Run static checks appropriate to the actual package. At minimum: - PHP lint all child PHP source - malformed package check - duplicate/unexpected history check - obvious namespace collision check within inspection scope Do NOT run Runtime. ================================================ FOREMAN WATCH — MUST REMAIN VISIBLE ================================================ WATCH 1 Counter Product-address entrance must not become ambiguous authority beside legacy global id=N. WATCH 2 Foundation-valid binder_ref means address grammar validity, NOT Foundation ownership of Product Binder inventory. WATCH 3 Binder selector must transport semantic Binder+Refill, not collapse back to Refill-only. WATCH 4 Do not manufacture Product entitlement/Binder merely for QA. WATCH 5 Timestamp/PDF stronger Product-specific furniture preserved. WATCH 6 Exact-byte SOURCE groups are comparison evidence only, not lineage-collapse authority. ================================================ STOP CONDITIONS ================================================ STOP if inspection finds any of the following: 1. Received child count != 9 2. Child identity / lineage cannot be established 3. Unauthorized unexplained source delta 4. Foundation semantic edit 5. Board semantic edit 6. Product authority moved into Common 7. same-Binder rule introduced 8. Mother/Rental authority crossed 9. Counter legacy id meaning changed 10. Timestamp/Serial/PDF id meaning changed 11. Counter address cannot uniquely resolve existing instance 12. BBRR / new address grammar introduced 13. Product-specific protected furniture damaged 14. CURRENT child source contradicts accepted drawing ================================================ RETURN FORMAT ================================================ THIRD-PARTY STATIC INSPECTION: [PASS / PASS WITH WATCH / STOP] PRE-FLIGHT CHILD COUNT: [9 / 9 or details] CHILD IDENTITY: [...] PARENT → CHILD LINEAGE: [...] DIRECT PARENT DIFF COVERAGE: [...] CHANGE CONTAINMENT: [...] FOUNDATION: [...] BOARD: [...] PRODUCT AUTHORITY: [...] ADAPTER SNAPSHOT: [...] SWITCHBOARD SELF: [...] DECIDE: [...] CANDIDATE: [...] MIXED-BINDER: [...] MEMBERSHIP: [...] COLLISION: [...] COMMIT / READBACK: [...] POWER OFF: [...] RESTRICTED OFF: [...] WEB TIMESTAMP: [...] WEB SERIAL: [...] WEB PDF: [...] WEB COUNTER: [...] LEGACY A: [...] TIMESTAMP FURNITURE: [...] PDF FURNITURE: [...] MOTHER / RENTAL: [...] FORBIDDEN INVENTION SCAN: [...] PHP LINT: [...] FOREMAN WATCH: [6 / 6 carried + findings] NEW WATCH: [...] STOP: [...] RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN NEXT GATE: [STATIC ACCEPT / HOLD] 表示を増やす 金曜日 19:52 KAIA-MEMORIA-REFILL-SAFETY-CONSTRUCTION-RETURN.txt ドキュメント Kaia-Counter-Free-v1.1.5-dev12-REFILL-SAFETY.zip Zip アーカイブ Kaia-Counter-Standard-v1.1.4-dev11-REFILL-SAFETY.zip Zip アーカイブ Kaia-Rental-Counter-Standard-v1.1.4-dev16-REFILL-SAFETY.zip Zip アーカイブ Kaia-Timestamp-Free-v1.0.21-dev12-REFILL-SAFETY.zip Zip アーカイブ Kaia-Rental-Timestamp-Free-v1.0.21-dev16-REFILL-SAFETY.zip Zip アーカイブ Kaia-Serial-Standard-v1.1.12-dev12-REFILL-SAFETY.zip Zip アーカイブ Kaia-Rental-Serial-Standard-v1.1.12-dev15-REFILL-SAFETY.zip Zip アーカイブ Kaia-Product-PDF-v0.2.10-REFILL-SAFETY.zip Zip アーカイブ Kaia-Rental-PDF-v0.2.17-REFILL-SAFETY.zip Zip アーカイブ ありとん！ つぎきたよー KAIA-MEMORIA-ACTIVE-PREDICATE-PINPOINT-REPAIR-RETURN.txt ドキュメント Kaia-Rental-PDF-v0.2.18-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Product-PDF-v0.2.11-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Serial-Standard-v1.1.12-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Rental-Timestamp-Free-v1.0.21-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Timestamp-Free-v1.0.21-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Rental-Counter-Standard-v1.1.4-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Counter-Standard-v1.1.4-dev12-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Counter-Free-v1.1.5-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Rental-Serial-Standard-v1.1.12-dev16-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip Zip アーカイブ うい★ **第三者PINPOINT STATIC再検査便**、切るー🕊️🔎🔧 今回は初回検査をやり直すんじゃなくて、**初回FAILの一点＋修理delta＋既PASS領域の非退行**を見る狭い再検査。施工返却票でも9/9 COMPLETE、Runtime/Human Witness未実施、次ゲートがこの独立再検査で固定されてる。 text 🕊️🔎🔧 KAIA MEMORIA REFILL + SAFETY ACTIVE PREDICATE INDEPENDENT THIRD-PARTY PINPOINT STATIC RE-INSPECTION REQUEST STATUS ====== ORIGINAL INDEPENDENT THIRD-PARTY STATIC INSPECTION: FAIL ORIGINAL FAIL: PHASE 3 — ACTIVE SET PROTECTION ORIGINAL FAIL DEFECT: COMMON member_active() CONTAINED MUTATION-STYLE wp_die(409) ORIGINAL FOREMAN WATCH 4: FAIL PINPOINT REPAIR CONSTRUCTION: COMPLETE REPAIR CHILDREN: 9 / 9 CONSTRUCTION TEAM STATIC SELF-QA: PASS CONSTRUCTION TEAM REPORTED ORIGINAL FAIL: REPAIRED CONSTRUCTION TEAM REPORTED FOREMAN WATCH 4: PASS — STATIC SELF-QA RUNTIME: NOT AUTHORIZED HUMAN WITNESS: NOT AUTHORIZED INDEPENDENT PINPOINT STATIC RE-INSPECTION: AUTHORIZED ================================================ 0. ROLE ================================================ You are the independent third-party STATIC re-inspection team. You did NOT perform the repair. Do NOT accept construction-team SELF-QA as proof. Inspect the ACTUAL repaired child artifacts independently. This is a PINPOINT STATIC RE-INSPECTION. It is NOT: - a new design review; - a requirements review; - a complete reconstruction review; - a repair task; - a refactor task; - Runtime testing; - Human Witness; - WATCH A investigation; - WATCH B investigation. ================================================ 1. PURPOSE ================================================ Determine independently whether the exact defect found by the previous third-party STATIC inspection has been repaired correctly in all 9 children. The inspection must establish: 1. failed parent → repaired child lineage is exact; 2. member_active() is now a side-effect-free boolean predicate; 3. ACTIVE=true can reach read/presentation callers; 4. 🔒 presentation can render without predicate-level termination; 5. SOURCE-confirmed dangerous mutations remain blocked when ACTIVE; 6. ordinary runtime paths remain statically ungated; 7. repair delta is narrow; 8. previously-PASS areas did not regress; 9. Mother / Rental separation remains intact; 10. WATCH A / WATCH B remain untouched. ================================================ 2. AUTHORITATIVE ORIGINAL DEFECT ================================================ The previous independent STATIC inspection physically found the same defect in all 9 failed children. Conceptual defective behavior: member inactive ↓ member_active(...) ↓ FALSE member ACTIVE ↓ member_active(...) ↓ wp_die(409) ↓ TRUE NEVER REACHES CALLER The same predicate was used by Product presentation to derive: 🔒 NN Refill Name Therefore ACTIVE caused normal read/presentation termination before the padlock could render. This directly violated the accepted semantics: ACTIVE: view / read: ALLOWED normal runtime: ALLOWED dangerous mutation: BLOCKED and: 🔒 = presentation derived from ACTIVE state. ================================================ 3. AUTHORIZED REPAIR SEMANTICS ================================================ Required repaired architecture: A. PREDICATE member_active(...) = READ-ONLY BOOLEAN PREDICATE Expected truth behavior: membership not found → FALSE membership found set inactive → FALSE membership found set ACTIVE → TRUE The predicate MUST NOT terminate or mutate merely because ACTIVE=true. B. MUTATION ENFORCEMENT Dangerous mutation blocking belongs at the SOURCE-confirmed dangerous mutation entrance. Conceptually: dangerous mutation ↓ member_active(...) ↓ FALSE → mutation may continue TRUE ↓ mutation entrance blocks C. PRESENTATION ACTIVE ↓ member_active(...) ↓ TRUE ↓ 🔒 prefix selected ↓ normal rendering continues ================================================ 4. REPAIR CONSTRUCTION RETURN — CLAIM ONLY ================================================ The construction return reports: PINPOINT REPAIR: COMPLETE REPAIR CHILDREN: 9 / 9 ORIGINAL STATIC FAIL: REPAIRED FOREMAN WATCH 4: PASS — STATIC SELF-QA PHASE 1: PRESERVED PASS PHASE 2: PRESERVED PASS PHASE 3: REPAIRED PHASE 4: PRESERVED PASS PHASE 5: PRESERVED PASS PHASE 6: PRESERVED PASS WATCH A: UNCHANGED WATCH B: UNCHANGED MOTHER / RENTAL: PASS UNAUTHORIZED CHANGE: NONE STOP: NONE RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN These are CONSTRUCTION TEAM CLAIMS. They are NOT independent evidence. Verify them against physical SOURCE. ================================================ 5. EXPECTED FAILED PARENTS ================================================ The failed REFILL-SAFETY generation is the direct parent of the repair generation. Do NOT compare only against older COMMON-OPERATIONAL parents. 01 COUNTER FREE FAILED PARENT: Kaia-Counter-Free-v1.1.5-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 3a64066866b8e8f4db91bc8408726be63c5551bac5bbf0056644af1b7b9833fb 02 COUNTER STANDARD FAILED PARENT: Kaia-Counter-Standard-v1.1.4-dev11-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 28ef04f8e93cacd93a7d6adc1f5843d7447d27407a2a5526741a8ddda1f1b209 03 PRODUCT PDF FAILED PARENT: Kaia-Product-PDF-v0.2.10-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 864136b897908cea184ad2008e705ea601eed1fa00b285f3b88bd6cd6911c35c 04 RENTAL COUNTER STANDARD R FAILED PARENT: Kaia-Rental-Counter-Standard-v1.1.4-dev16-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 89213bdd9f2cdc3a9a076a28a49b5c689c1a5605b7326e9ea3070315f233114f 05 RENTAL PDF R FAILED PARENT: Kaia-Rental-PDF-v0.2.17-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: e21bd24092cf908108d85332d0102395865c2cfdd57b0b564a754df21f43cc0c 06 RENTAL SERIAL STANDARD R FAILED PARENT: Kaia-Rental-Serial-Standard-v1.1.12-dev15-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 070e90209db2250f9a01aee380e49a0610239f9ade0992827c0e06db9786e93a 07 RENTAL TIMESTAMP FREE R FAILED PARENT: Kaia-Rental-Timestamp-Free-v1.0.21-dev16-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: f685448d794e91849a25f1d6735e5d60c5079bec91d5174d921c1b8e7ed0ee21 08 SERIAL STANDARD FAILED PARENT: Kaia-Serial-Standard-v1.1.12-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: ae400c5f5f4dc505dc4b90b9af228b9c381457b7f4849d336e9c72a6f0f58e2f 09 TIMESTAMP FREE FAILED PARENT: Kaia-Timestamp-Free-v1.0.21-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 21ef2552f29a27f017b5e00c46110f26a8562c40af577ff891e871bbae928205 ================================================ 6. EXPECTED REPAIR CHILDREN ================================================ Verify physical existence and calculate ACTUAL SHA256. Do not trust names alone. 01 Kaia-Counter-Free-v1.1.5-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 24d63ad49acb0a0a803e25db0689a3d09a108e0fc2ab82ee1b9f95d64a8e0fe9 02 Kaia-Counter-Standard-v1.1.4-dev12-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 856ab23ddb260e0d6477660db542f05e0c91c11244cc22564c221ff80c529b54 03 Kaia-Product-PDF-v0.2.11-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: b7b20ee033ed0a0ce7c0bd8ad276c6108e9d18c5ad43b65df8fb989688e697d4 04 Kaia-Rental-Counter-Standard-v1.1.4-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 8eef7aedd727bc35df2ed7f35779aa6677a3d20cf65a1f0e3ba02d13e57e1443 05 Kaia-Rental-PDF-v0.2.18-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 95a6e05d853c16a4e9dc800389372e441840915a7b765d10680dbe173a40bfcd 06 Kaia-Rental-Serial-Standard-v1.1.12-dev16-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 7e4e1e973fa4301a4175418e98f2b5fc03819fb49034e2c738265d9e9fa4bcb9 07 Kaia-Rental-Timestamp-Free-v1.0.21-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 6d505d385f1be750cc1ff8c96720f96ee59539e6cbd469ee0eb63d2feca3d638 08 Kaia-Serial-Standard-v1.1.12-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 5c22b8cef31fc938ebfb0d939ccd8a6295747e9d8eda1abe65318468e754172 09 Kaia-Timestamp-Free-v1.0.21-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: a0f366a692695da88253db649d5f276efb5f1728ec8899ae6b1c63820e4be194 ================================================ 7. PREFLIGHT ================================================ Before semantic inspection: [ ] physical repair children = 9 / 9 [ ] each failed parent physically available [ ] failed parent SHA matches expected [ ] repair child SHA calculated independently [ ] repair child SHA matches construction return [ ] ZIP integrity PASS [ ] expected Product / house identity PASS [ ] expected root PASS [ ] expected main file PASS If an expected parent/child is missing or identity/SHA does not match: STOP. Do not substitute a nearby version. ================================================ 8. DIRECT PARENT → REPAIR CHILD DIFF ================================================ For each of 9 pairs independently compare: FAILED REFILL-SAFETY PARENT ↓ PINPOINT REPAIR CHILD Report exact: FILES ADDED: ... FILES CHANGED: ... FILES REMOVED: ... Construction reports the repair delta is limited to: - embedded Common ACTIVE predicate; - Product/plugin version identity where present; - DEVELOPMENT-HISTORY. No files were reportedly added or removed. Verify physically. Do NOT treat a narrow filename count as sufficient. Inspect the actual semantic diff. ================================================ 9. PRIMARY TEST — ACTIVE PREDICATE ================================================ Locate the exact Common ACTIVE predicate in every repaired child. Establish directly from SOURCE: CASE A membership not found ↓ member_active(...) ↓ FALSE CASE B membership found set inactive ↓ member_active(...) ↓ FALSE CASE C membership found set ACTIVE ↓ member_active(...) ↓ TRUE For CASE C verify the predicate contains no ACTIVE-triggered: - wp_die(); - redirect; - exit; - die; - exception used as ordinary ACTIVE blocking; - state mutation; - collision release; - membership mutation; - ACTIVE mutation; - HTTP failure side effect. Expected: member_active() = READ-ONLY BOOLEAN PREDICATE If ACTIVE cannot return TRUE to the caller: FAIL. ================================================ 10. DO NOT ACCEPT AN ALWAYS-FALSE REPAIR ================================================ Explicitly verify that the repair did NOT merely remove the crash by making ACTIVE invisible. The following is NOT a valid repair: ACTIVE ↓ member_active(...) ↓ FALSE Required: ACTIVE ↓ TRUE The existing wiring/set ACTIVE authority must still be queried. ================================================ 11. CALLER AUDIT ================================================ Search ALL physical callers of member_active() or the exact equivalent repaired predicate in each child. Do not rely solely on the caller list in the construction return. Classify each actual caller as: A. READ / PRESENTATION B. DANGEROUS MUTATION C. NORMAL RUNTIME D. MUTATION / STATE FILTER E. COMMON WRAPPER / INTERNAL F. OTHER / AMBIGUOUS Return the actual caller inventory per child. If an ambiguous caller could alter the repair verdict: STOP rather than guessing. ================================================ 12. READ / PRESENTATION TEST ================================================ For every READ / PRESENTATION caller establish statically: ACTIVE ↓ predicate TRUE ↓ caller receives TRUE ↓ rendering continues No read/presentation path may terminate merely because the member is ACTIVE. Specifically verify the required Human label can be reached: 🔒 NN Refill Name Example: 🔒 01 誕生日企画 The padlock is presentation only. It must not become: - identity; - Product address; - ownership; - collision state; - Restricted state; - Power OFF state; - separate ACTIVE authority. ================================================ 13. DANGEROUS MUTATION TEST ================================================ The original repair must NOT weaken ACTIVE protection. For every SOURCE-confirmed dangerous mutation caller: INACTIVE ↓ predicate FALSE ↓ mutation may proceed normally ACTIVE ↓ predicate TRUE ↓ THAT mutation entrance blocks Blocking enforcement must live at the mutation road/caller, not inside the general predicate. Verify actual blocking behavior from SOURCE. Do not infer it from a function name or construction comment. ================================================ 14. MUTATION / STATE FILTER TEST ================================================ Timestamp / Serial and any other Product may use ACTIVE truth to preserve/filter state rather than immediately wp_die. For each such caller verify: - ACTIVE TRUE is received normally; - existing preservation/filter semantics remain; - no request-wide termination was accidentally introduced; - no ACTIVE member is silently dropped where the accepted behavior requires preservation; - the repair did not convert the filter into a new authority. Do not redesign these filters. ================================================ 15. NORMAL RUNTIME STATIC PRESERVATION ================================================ Verify the pinpoint repair did NOT introduce an ACTIVE gate into ordinary runtime. Normal runtime remains allowed. Inspect, where physically applicable: COUNTER: normal ISSUE TIMESTAMP: normal acquisition/use SERIAL: normal ISSUE PDF: normal read/output ALSO: Preview Public PDF Public JPG ordinary required Board activity This is STATIC control-flow inspection only. DO NOT execute Runtime. ================================================ 16. FOREMAN WATCH 4 RE-INSPECTION ================================================ Original Foreman WATCH 4: "Guard candidates are not blanket authorization. Guard only SOURCE-confirmed dangerous mutation roads. Normal runtime remains alive." The initial construction FAILED this WATCH because blocking was embedded in the general predicate. Re-inspection must establish BOTH: A. general ACTIVE predicate is non-blocking AND B. SOURCE-confirmed dangerous mutations still block AND C. normal runtime remains alive statically. Only if A + B + C pass: FOREMAN WATCH 4: PASS ================================================ 17. PREVIOUSLY-PASS PHASES — NON-REGRESSION ================================================ Do NOT reopen these as new construction/design investigations. Use direct failed-parent → repair-child diff to verify the pinpoint repair did not alter them. PHASE 1 — REFILL LIFECYCLE Expected: PRESERVED PASS PHASE 2 — PRESENTATION Expected: PRESERVED PASS NOTE: The 🔒 read path itself is part of the repair verification, but Binder ASC / Refill ASC / NN + Name semantics must not regress. PHASE 4 — RESET ONE-STEP UNDO Expected: PRESERVED PASS PHASE 5 — MANUAL NUMERIC RECOVERY Expected: PRESERVED PASS PHASE 6 — HISTORY DOWNLOAD Expected: PRESERVED PASS If repair delta modifies their semantics: FAIL / STOP as appropriate. ================================================ 18. PREVIOUSLY-PASS FOREMAN WATCHES ================================================ Verify by repair delta non-regression only: WATCH 1 — TIMESTAMP: PRESERVED PASS WATCH 2 — SERIAL: PRESERVED PASS WATCH 3 — PDF: PRESERVED PASS WATCH 5 — RESET ATOMICITY: PRESERVED PASS WATCH 6 — HOUSE SEPARATION: PRESERVED PASS Do not reopen their original design unless the repair delta actually touches them. ================================================ 19. MOTHER / RENTAL SEPARATION ================================================ Verify repair does not merge Main and Rental physical state. Preserve: Main Common ≠ Rental Common Check repaired Common copies and Product callers for accidental cross-house references. The identical defect across houses does NOT authorize a new shared implementation/state authority. ================================================ 20. WATCH A / WATCH B ================================================ WATCH A: must remain UNCHANGED. WATCH B: must remain UNCHANGED. Do NOT repair or investigate either beyond determining whether the pinpoint delta touched them. ACTIVE remains separate from collision behavior. If either WATCH becomes a direct dependency of this repair: STOP. ================================================ 21. NO-TOUCH ================================================ Verify the repair did NOT alter: - Product-local Refill lifecycle; - Binder ownership; - unassigned ownership; - lowest-free logic; - Binder ASC semantics; - Refill ASC semantics; - Counter normal ISSUE; - Counter Reset transaction semantics; - Counter one-step Undo semantics; - Counter Recovery semantics; - Counter History export semantics; - Timestamp acquisition/timezone; - Serial historical binder_id; - Serial reservation; - Serial ledger; - Serial refill_use; - Serial global uniqueness; - PDF ownership; - PDF REAL/DUMMY; - PDF Fixed Visual; - PDF image storage; - Common durable member identity; - Common collision behavior; - Restricted behavior; - Power OFF behavior; - Board schema/state; - KAI identity; - legacy shortcode contracts; - commercial policy; - Mother/Rental boundary; - WATCH A; - WATCH B. ================================================ 22. PACKAGE / DEVELOPMENT HEALTH ================================================ For every repaired child verify: [ ] ZIP integrity PASS [ ] PHP lint PASS [ ] expected root preserved [ ] expected main file preserved [ ] Warehouse preserved [ ] DEVELOPMENT-HISTORY appended [ ] failed parent remains visible in lineage [ ] no unexpected files added [ ] no unexpected files removed [ ] no unrelated cleanup [ ] no release pruning [ ] no failed-generation overwrite ================================================ 23. REPAIR HISTORY ================================================ Verify DEVELOPMENT-HISTORY identifies: FAILED PARENT REPAIR CHILD REPAIR AUTHORITY: independent third-party STATIC FAIL ORIGINAL DEFECT: ACTIVE predicate contained mutation-style blocking AUTHORIZED REPAIR: separate read-only predicate from dangerous-mutation enforcement ACTUAL CHANGE PRESERVED AREAS WATCH 4 result WATCH A/B unchanged STATIC SELF-QA RUNTIME NOT RUN HUMAN WITNESS NOT RUN Do not require wording identity. Require semantic traceability. ================================================ 24. STATIC-ONLY BOUNDARY ================================================ DO NOT: - activate plugins; - install into WordPress; - click Product UI; - issue a Counter; - acquire a Timestamp; - issue a Serial; - render/output PDF; - render/output JPG; - toggle ACTIVE in Runtime; - execute Reset; - execute Undo; - execute Recovery; - run Human Witness. This inspection is SOURCE / package / static control-flow only. ================================================ 25. FINDING CLASSES ================================================ PASS Physical SOURCE independently establishes the required behavior statically. PASS WITH WATCH Repair is statically compatible, but a point genuinely requires later Runtime/Human Witness and does not contradict the authorized semantics. FAIL Physical implementation contradicts the authorized repair or introduces a regression. Identify exact defect. DO NOT REPAIR. STOP Identity / authority / semantic boundary is ambiguous, required evidence is missing, WATCH A/B becomes a dependency, or a new Human decision/investigation is required. DO NOT GUESS. ================================================ 26. REQUIRED PER-CHILD RETURN ================================================ For each of the 9 repair children return: CHILD: 01..09 PRODUCT: ... HOUSE: ... FAILED PARENT: ... EXPECTED FAILED PARENT SHA256: ... ACTUAL FAILED PARENT SHA256: ... FAILED PARENT MATCH: YES / NO REPAIR CHILD: ... CONSTRUCTION-RETURN CHILD SHA256: ... ACTUAL CHILD SHA256: ... CHILD MATCH: YES / NO ROOT: ... MAIN FILE: ... DIRECT PARENT DIFF: PASS / FAIL / STOP FILES ADDED: ... FILES CHANGED: ... FILES REMOVED: ... ACTIVE PREDICATE: PASS / FAIL / STOP ACTIVE TRUE REACHES CALLER: YES / NO / UNKNOWN PRESENTATION READ PATH: PASS / FAIL / STOP PADLOCK PATH: PASS / FAIL / STOP DANGEROUS MUTATION GUARDS: PASS / FAIL / STOP NORMAL RUNTIME STATIC PATH: PASS / WATCH / FAIL / STOP CALLER AUDIT: PREVIOUS PASS AREAS: PRESERVED / REGRESSION HOUSE SEPARATION: PASS / FAIL / STOP WAREHOUSE: PRESERVED / NOT PRESERVED DEVELOPMENT HISTORY: PASS / FAIL PHP LINT: PASS / FAIL ZIP INTEGRITY: PASS / FAIL WATCH A: UNCHANGED / TOUCHED / DEPENDENCY WATCH B: UNCHANGED / TOUCHED / DEPENDENCY UNRELATED DELTA: NONE / exact finding RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN ================================================ 27. REQUIRED GLOBAL ASSERTIONS ================================================ Return explicitly: PREDICATE: membership missing → FALSE: PASS / FAIL membership present + inactive → FALSE: PASS / FAIL membership present + ACTIVE → TRUE: PASS / FAIL ACTIVE predicate side-effect free: PASS / FAIL PRESENTATION: ACTIVE TRUE reaches presentation: PASS / FAIL 🔒 can render: PASS / FAIL presentation remains non-authoritative: PASS / FAIL DANGEROUS MUTATION: ACTIVE dangerous mutation blocked: PASS / FAIL block occurs outside general predicate: PASS / FAIL NORMAL RUNTIME: no new ACTIVE blanket gate: PASS / FAIL DELTA: pinpoint containment: PASS / FAIL ================================================ 28. REQUIRED GLOBAL RETURN ================================================ INDEPENDENT THIRD-PARTY PINPOINT STATIC RE-INSPECTION: PASS / PASS WITH WATCH / FAIL / STOP PHYSICAL REPAIR CHILD COUNT: x / 9 FAILED PARENT IDENTITY / SHA: PASS / FAIL / STOP REPAIR CHILD IDENTITY / SHA: PASS / FAIL / STOP FAILED PARENT → REPAIR CHILD LINEAGE: PASS / FAIL / STOP DIRECT PARENT DIFF COVERAGE: x / 9 PINPOINT DELTA CONTAINMENT: PASS / FAIL / STOP ORIGINAL FAIL: ACTIVE PREDICATE wp_die: REPAIRED / NOT REPAIRED ACTIVE PREDICATE: PASS / FAIL / STOP PRESENTATION READ PATH: PASS / FAIL / STOP PADLOCK: PASS / FAIL / STOP DANGEROUS MUTATION GUARDS: PASS / FAIL / STOP NORMAL RUNTIME STATIC PATH: PASS / WATCH / FAIL / STOP FOREMAN WATCH 4: PASS / FAIL / STOP PHASE 1: PRESERVED PASS / REGRESSION PHASE 2: PRESERVED PASS / REGRESSION PHASE 3: PASS / FAIL / STOP PHASE 4: PRESERVED PASS / REGRESSION PHASE 5: PRESERVED PASS / REGRESSION PHASE 6: PRESERVED PASS / REGRESSION FOREMAN WATCH 1: PRESERVED PASS / REGRESSION FOREMAN WATCH 2: PRESERVED PASS / REGRESSION FOREMAN WATCH 3: PRESERVED PASS / REGRESSION FOREMAN WATCH 4: PASS / FAIL / STOP FOREMAN WATCH 5: PRESERVED PASS / REGRESSION FOREMAN WATCH 6: PRESERVED PASS / REGRESSION WATCH A: UNCHANGED / TOUCHED / DIRECT DEPENDENCY WATCH B: UNCHANGED / TOUCHED / DIRECT DEPENDENCY MOTHER / RENTAL SEPARATION: PASS / FAIL / STOP WAREHOUSE: PRESERVED / NOT PRESERVED DEVELOPMENT HISTORY: PASS / FAIL UNAUTHORIZED CHANGE: NONE / exact finding NEW HUMAN DECISION REQUIRED: NO / exact decision STOP: NONE / exact STOP RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN ================================================ 29. NEXT GATE ================================================ IF: INDEPENDENT PINPOINT STATIC RE-INSPECTION = PASS or PASS WITH WATCH AND: NO BLOCKING FINDING AND: STOP = NONE THEN: RETURN TO DEPUTY. Do NOT proceed to Runtime independently. The Deputy will determine the next Runtime / Human Witness gate from the independently-inspected repaired generation. IF: FAIL THEN: return exact physical defect evidence to Deputy. DO NOT REPAIR. IF: STOP THEN: return exact STOP evidence to Deputy. DO NOT INFER. ================================================ END OF INDEPENDENT THIRD-PARTY PINPOINT STATIC RE-INSPECTION REQUEST ================================================ これを**修理child 9台＋FAILED親9台＋今回の施工返却票**と一緒に第三者検査班へ渡せばOK★ 返却票そのものにも、修理deltaはpredicate・version identity・historyに限定、ファイル追加削除なしと記録されているので、再検査ではそこも実物diffで裏取りさせる。 **まだRuntimeはHOLD。** 今度こそ ACTIVE → TRUE → 🔒 と ACTIVE → dangerous mutationだけBLOCK が同居してるのを第三者の目で確定させてから次へ行く🕊️🔎✨ 表示を増やす 土曜日 18:55 Kaia-Rental-Counter-Standard-v1.1.4-dev19-OWNERSHIP-INGRESS-ATOMICITY-ERROR-PATH-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Counter-Standard-v1.1.4-dev14-OWNERSHIP-INGRESS-ATOMICITY-ERROR-PATH-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Counter-Free-v1.1.5-dev15-OWNERSHIP-INGRESS-ATOMICITY-ERROR-PATH-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Rental-PDF-v0.2.19-PRODUCT-LOCAL-OWNERSHIP-INGRESS.zip Zip アーカイブ Kaia-Product-PDF-v0.2.12-PRODUCT-LOCAL-OWNERSHIP-INGRESS.zip Zip アーカイブ Kaia-Rental-Timestamp-Free-v1.0.21-dev18-UPSTREAM-OWNERSHIP-LOADER.zip Zip アーカイブ Kaia-Serial-Standard-v1.1.12-dev14-UPSTREAM-OWNERSHIP-LOADER.zip Zip アーカイブ Kaia-Rental-Serial-Standard-v1.1.12-dev17-UPSTREAM-OWNERSHIP-LOADER.zip Zip アーカイブ Kaia-Timestamp-Free-v1.0.21-dev14-UPSTREAM-OWNERSHIP-LOADER.zip Zip アーカイブ フル実機わたしておく うい。並列解析班へ投げるのが一番安い。 しかも今回は探索範囲をかなり細く固定できるから、4製品を並列で掘らせて最後に比較だけ戻せばいい。 そのまま投げるならこれ。 🕊️🔎📦 KAIA MEMORIA PRODUCT-LOCAL REFILL ISSUANCE LINEAGE PINPOINT PARALLEL INVESTIGATION REQUEST STATUS INVESTIGATION ONLY NO CONSTRUCTION NO REPAIR NO REDESIGN NO NEW SERVICE DESIGN NO +100 EXECUTION PURPOSE Determine how each Product's historical legitimate "Refill increases / arrives" mechanism connects to the CURRENT Product-local ownership / UNASSIGNED pool structure. This is a narrow lineage investigation. DO NOT rediscover the entire Binder / Refill architecture. DO NOT assume all Products historically used the same mechanism. ================================================== HUMAN DESIGN INTENT — PRESERVE Human's operational understanding is: Kaia side ↓ put additional "record papers" into the Product-local pool ↓ they remain UNASSIGNED ↓ Human / Shamyue selects Binder ↓ NEW ↓ LOWEST FREE ↓ Product-local Refill placement Human does NOT need to know or operate the internal physical mechanism used by Kaia to put the papers into the pool. Historical operation is known to have included: Human: "増やして" Kaia: "OK、増やした" The physical method existed and was usable. However: At that historical point, only Counter is currently known to have had the pool-like ownership-before-instance structure. PDF / Timestamp / Serial historically used different Refill structures. Therefore: DO NOT project Counter's historical structure backward onto PDF / Timestamp / Serial. ================================================== IMPORTANT CURRENT RISK The historical Binder / Refill implementation was later found to contain incomplete / shortcut construction. Therefore: A historical mechanism having worked DOES NOT prove that the same physical path is valid in CURRENT. The investigation must determine lineage and CURRENT connection. Do not simply recommend reusing an old function. ================================================== KNOWN HISTORICAL MAP COUNTER Historical furniture includes: deliver_refill($amount) Historical model: Refill ownership / entitlement delivery ↓ capacity available ↓ Human "New Refill" ↓ actual Sheet issuance Ownership / entitlement != actual Refill Sheet Counter is the strongest historical example of: Kaia-side delivery ↓ pre-instance ownership/capacity ↓ Human issuance PDF Historical authority: Product possession count Historical flow: product_refill_count() ↓ sheets() ↓ missing REAL generated ↓ DUMMY twin generated Historical PDF did NOT use the same ownership-pool → Human NEW structure as Counter. TIMESTAMP Historical furniture: ensure_timestamp_refills() timestamp_refills() Historical behavior: ensured registry IDs ↓ missing registry entries generated Known historical reference began with IDs 01–10. This was NOT historically proven to be the same pool model as Counter. SERIAL Historical furniture: ensure_serial_refills() serial_refills() Historical registry was evidence-grown from: initial ID + saved settings + reservation / ledger history Historical investigation did NOT prove a generic legitimate "create arbitrary new Refills" entrance. Do not invent one. ================================================== PRODUCT-LOCALITY RULE Preserve: PAPER STAYS HOME. ONLY INFORMATION CROSSES THE PRODUCT BOUNDARY. Counter Refill stays Counter Refill. PDF Refill stays PDF Refill. Timestamp Refill stays Timestamp Refill. Serial Refill stays Serial Refill. Common Routing is NOT Product inventory authority. ================================================== CURRENT TARGET LIFECYCLE CURRENT intended neutral lifecycle: Product-local ownership arrives ↓ remains UNASSIGNED ↓ Binder may exist empty ↓ Human selects Binder ↓ NEW ↓ verify usable UNASSIGNED ownership ↓ validate Binder ↓ scan REAL 01..30 ↓ LOWEST FREE ↓ consume one ownership ↓ create native Product Refill ↓ durable Binder + local Refill address Binder creation != ownership creation Binder capacity != Product ownership Product ownership != placed Refill ================================================== PARALLEL INVESTIGATION Run four independent Product traces. Do NOT force structural symmetry between them. --- TRACK A — COUNTER Start from historical: deliver_refill() Trace only: 1. What authority/store did historical deliver_refill() modify? 2. How did Human New Refill consume/use that authority? 3. During Binder / Refill repair, what happened to this authority? 4. In CURRENT, what is the authoritative Product-local UNASSIGNED ownership store/read funnel? 5. Does CURRENT ownership ingress feed that exact authority? 6. Is historical deliver_refill() still part of the valid lineage, replaced by a new ingress path, wrapped by it, or disconnected? 7. Would using the CURRENT ingress increase UNASSIGNED ownership without creating/placing a Refill? Return exact SOURCE evidence. --- TRACK B — PDF Start from historical: product_refill_count() Product possession sheets() default_sheet() issue_dummy_sheet() issue_dummy_design() Trace only: 1. What historically caused additional REAL Refills to exist? 2. Where was possession stored/read? 3. During Binder / Refill redesign, how was historical possession transformed into Product-local ownership / UNASSIGNED state? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT PDF ownership ingress feed that authority? 6. Does ingress stop at UNASSIGNED ownership, or does any historical automatic REAL/DUMMY generation still occur as a side effect? 7. Is any old possession → automatic Sheet generation furniture still capable of bypassing Human Binder + NEW? Return exact SOURCE evidence. Do NOT repair any discovered bypass. --- TRACK C — TIMESTAMP Start from historical: ensure_timestamp_refills() timestamp_refills() kaia_timestamp_refills Trace only: 1. What historically caused Refill IDs to exist? 2. During Binder / Refill redesign, how was ensured-registry creation separated from Product-local ownership? 3. What is CURRENT authoritative ownership store/read funnel? 4. Does CURRENT Timestamp ownership ingress feed that authority? 5. Does adding ownership stop at UNASSIGNED? 6. Can ensure_timestamp_refills() still create placed/usable Refills merely because ownership increased? 7. Is Human Binder + NEW still required for placement? Return exact SOURCE evidence. --- TRACK D — SERIAL Start from historical: ensure_serial_refills() serial_refills() kaia_serial_refills settings evidence reservation / ledger evidence Trace only: 1. What historically proved that a Serial Refill existed? 2. Confirm whether historical generic new-Refill issuance was absent / UNKNOWN. 3. During Binder / Refill redesign, what became the Product-local ownership authority? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT Serial ownership ingress feed that authority? 6. Does adding ownership stop at UNASSIGNED? 7. Is placement possible only through Binder + NEW, rather than by fabricating registry evidence? Return exact SOURCE evidence. ================================================== COMMON QUESTIONS — ALL FOUR For each Product answer ONLY: A. HISTORICAL "PAPER INCREASE" AUTHORITY B. HISTORICAL PHYSICAL ENTRY / FUNCTION C. CURRENT UNASSIGNED OWNERSHIP AUTHORITY D. CURRENT INGRESS ENTRY E. LINEAGE RELATION Choose only if evidence supports it: - DIRECT CONTINUATION - WRAPPED / ADAPTED - REPLACED - HISTORICAL MODEL SUPERSEDED - DISCONNECTED - UNKNOWN F. Does CURRENT ingress: ownership +N ↓ UNASSIGNED +N without Binder placement? PASS / FAIL / UNKNOWN G. Any historical furniture that can still bypass: UNASSIGNED ↓ Human Binder selection ↓ NEW YES / NO / UNKNOWN If YES: REPORT ONLY. DO NOT REPAIR. ================================================== SEARCH BOUNDARY This is PINPOINT archaeology. Search only material necessary to trace: historical increase furniture ↓ Binder / Refill redesign ↓ CURRENT ownership authority ↓ CURRENT ingress Do NOT investigate: - Common Routing except to confirm it is not authority - Board behavior - Active Set behavior - unrelated UI - commercial/service policy - Rental customization - unrelated Runtime - unrelated legacy cleanup ================================================== AUTHORITY / SERVICE GUARD ORDER FACT != SERVICE The current need to load ownership DOES NOT authorize construction of: - permanent Human loader UI - customer refill-purchase UI - new service behavior - new commercial policy - new readback dashboard Absence of such UI is NOT a defect by itself. If a permanent service feature appears useful: OPTION ONLY. Do not construct it. ================================================== STOP CONDITIONS STOP the affected Product trace if: - CURRENT SOURCE contradicts the preserved Human design - ownership authority cannot be identified - more than one competing CURRENT authority exists - historical furniture still bypasses the intended lifecycle and resolving it requires repair - evidence would require broad archaeology outside this boundary - SOURCE needed for the conclusion is unavailable - "あれ？" - "うわぁ……" At STOP: report exact observed fact + exact missing/contradictory point. DO NOT diagnose beyond evidence. DO NOT repair. DO NOT redesign. ================================================== OUTPUT FORMAT Return one compact report: PRODUCT: Counter / PDF / Timestamp / Serial HISTORICAL AUTHORITY: [FACT] HISTORICAL ENTRY: [FACT / UNKNOWN] CURRENT UNASSIGNED AUTHORITY: [FACT / UNKNOWN] CURRENT INGRESS: [FACT / UNKNOWN] LINEAGE: [DIRECT CONTINUATION / WRAPPED-ADAPTED / REPLACED / HISTORICAL MODEL SUPERSEDED / DISCONNECTED / UNKNOWN] INGRESS → UNASSIGNED ONLY: [PASS / FAIL / UNKNOWN] HUMAN BINDER + NEW PRESERVED: [PASS / FAIL / UNKNOWN] BYPASS FOUND: [NO / YES + exact evidence / UNKNOWN] SOURCE EVIDENCE: [file / function / relevant exact location] STATUS: [PASS / WATCH / STOP] ================================================== FINAL COMPARISON After all four independent traces, provide ONLY: 1. Which Products have a proven CURRENT Kaia-side path into UNASSIGNED ownership? 2. Which Products have a broken/unknown lineage? 3. Whether any Product can still accidentally create/place Refills merely from ownership increase. 4. Whether the existing CURRENT ingress mechanisms are sufficient for the future "+100 ownership" operation. Do NOT execute +100. Do NOT propose repairs unless Human requests a repair phase. ================================================== PRESERVE Human long-term design intent must survive this investigation: Kaia-side upstream process supplies Product-local ownership. Human/Shamyue operates the downstream allocation decision: UNASSIGNED ↓ select Binder ↓ NEW ↓ LOWEST FREE The exact internal upstream mechanism may differ by Product. Product-specific implementation difference is acceptable. Structural symmetry is NOT required. Do not discard this design intent because a historical Product used a different mechanism.これなら並列班が**「4台とも同じ発行機を探す」事故をしない**し、Counterだけは旧 deliver_refill() から、残り3台はそれぞれ旧家具からCURRENT ownership ingressまで追える。 あと重要なのは、最後を 「+100できるか」までで止めて、+100自体は絶対実行させないこと。ここで4本とも経路が証明できたら、その結果を持ってこっちで投入工程を切ればいい。 表示を増やす Kaia-Rental-PDF-v0.2.20-MINIMUM-READ-ONLY-RUNTIME-WITNESS.zip Zip アーカイブ Kaia-Product-PDF-v0.2.13-MINIMUM-READ-ONLY-RUNTIME-WITNESS.zip Zip アーカイブ Kaia-Product-PDF-v0.2.12-PRODUCT-LOCAL-OWNERSHIP-INGRESS.zip Zip アーカイブ Kaia-Rental-PDF-v0.2.19-PRODUCT-LOCAL-OWNERSHIP-INGRESS.zip Zip アーカイブ これに含まれてるかと。 昨日 6:40 Kaia-Rental-PDF-v0.2.24-DIRECT-A01-A30-B01-B30.zip Zip アーカイブ Kaia-Product-PDF-v0.2.17-DIRECT-A01-A10.zip Zip アーカイブ これの車検。 バインダーリフィルについてオーダーどおりになっているか またそれ以外に盛られていないか オーダー内容 レンタル機体 バインダーのAとＢにそれぞれ30になるようにさせ 本体 Aのみに10挿せ 表示を減らす Kaia-Rental-PDF-v0.2.26-DUMMY-TOKEN-SYMBOLS-PRESERVE.zip Zip アーカイブ Kaia-Rental-PDF-v0.2.26-DUMMY-TOKEN-SYMBOLS-PRESERVE.zip Zip アーカイブ Kaia-Rental-Serial-Standard-v1.1.12-dev19-DIRECT-A01-A30-B01-B30.zip Zip アーカイブ Kaia-Serial-Standard-v1.1.12-dev16-DIRECT-A01-A10.zip Zip アーカイブ Kaia-Rental-Timestamp-Free-v1.0.21-dev20-DIRECT-A01-A30-B01-B30.zip Zip アーカイブ Kaia-Timestamp-Free-v1.0.21-dev16-DIRECT-A01-A10.zip Zip アーカイブ Kaia-Rental-Counter-Standard-v1.1.4-dev21-DIRECT-A01-A30-B01-B30.zip Zip アーカイブ Kaia-Counter-Standard-v1.1.4-dev16-DIRECT-A01-A10.zip Zip アーカイブ Kaia-Counter-Free-v1.1.5-dev17-DIRECT-A01-A10.zip Zip アーカイブ うい。 今から現在の最新実機をなげる。 そして君はそのなかの更新履歴から 全機体の組み合わせで確実に動いてるっていうセットが出てくる筈なので それを選んで比較母体として要求してくれ Kaia-Counter-Free-v1.1.5-dev8-READY-WITNESS.zip Zip アーカイブ Kaia-Counter-Standard-v1.1.4-dev7-READY-WITNESS.zip Zip アーカイブ Kaia-Timestamp-Standard-v1.1.8-dev6-ACTUAL-VALUE-BOARD-PRODUCER.zip Zip アーカイブ Kaia-PDF-Free-v0.1.0-dev239-PUBLIC-FINAL-ACTION-COLLISION-FIX.zip Zip アーカイブ 構造はおなじなのでそれで比較調査は可能？ Kaia-Serial-Standard-v1.1.12-dev7-READY-WITNESS.zip Zip アーカイブ これでいい？ 今観測窓からみえる情報壊れてるんだよー 現在が4枚目 Kaia-Actual-Value-Board-R-QA-Viewer-v0.1.1-R-READY-WITNESS.zip Zip アーカイブ ふむ これかな…この辺だと思うんが… Kaia-Actual-Value-Board-QA-Viewer-v0.1.1-READY-WITNESS(1).zip Zip アーカイブ もう少し地層さがしてみた おお？なんか誤解してたようだ 窓したにおる！！！！ これレンタル機体ワンセットだがこれでええ？ よくわかんないけどこうなのよねえ… てかきになるのは びろーんと長い英文なんやが？ ほい バージョン違うとか他の機体と悪さしてるおそれはー？ 点呼はんのうなし！ 梱包確認よろー ふーむ… だとするとおかしいなあ 🚗🔎 車検結果：PASS。実機へ回してよし★ 今回はちゃんと4機とも、申告されたCURRENT母体との parent → child diff まで見た。 三姉妹は綺麗。Counter dev22→dev23、Timestamp dev21→dev22、Serial dev20→dev21 は、変更ファイルが kaia-common-actual-value-board.php ＋ DEVELOPMENT-HISTORY だけ。Board差分も3機同型で、 scopedStorageKey() KaiaActualValueBoardScopeR STORAGE_KEY + "::" + scope を撤去して、 localStorage.getItem(STORAGE_KEY) localStorage.setItem(STORAGE_KEY, ...) へ戻しただけ。STORAGE_KEY 自体は kaia_common_actual_value_board_r_v1 のまま。recordKey([binder, refill, name])、ready:true、written_at、12h whole-board TTL は残存確認した。 PDF v0.2.28→v0.2.30 は変更ファイルが Board + PDF main + History。Board側は三姉妹と同じ阿呆化。PDF reader側も scoped shelf の導出だけが外れて、直接 kaia_common_actual_value_board_r_v1 を読む形になってる。さらにPDF public runtimeにあった KaiaActualValueBoardScopeR の設置も撤去されている。 そして施工後SOURCEをHistory除外で全4機横断検索したところ、 KaiaActualValueBoardScopeR scopedStorageKey kaia_common_actual_value_board_r_v1:: 機能SOURCE hit = 0。 Historyには過去のscoped仕様の記録が残ってるけど、これは履歴なので正常。CURRENT実装として生き残っているわけではない。 加えて、 ZIP integrity：4/4 PASS PHP lint：12/12 PASS ZIP root：各plugin folder直下構造 PASS Common Routingは三姉妹でdiff対象外 Product本体も三姉妹でdiff対象外 PDFの変更範囲にもDUMMY/Tokenやrenderer等を別仕様へ変更した形跡は今回の車検範囲では見つからない 一点だけ、これは異常じゃなく境界。Historyには旧scoped仕様の説明と今回の撤去記録が両方ある。 「Scope active hit = 0」は、Historyを除く機能SOURCEについてならその申告どおり。 🚗 判定 施工忠実性：PASS 阿呆化：確認 Scope家具残存：機能SOURCE 0 余計な三姉妹Product施工：なし 修正要求：なし Runtime：未確認 ｗｗｗ 掲示板ほんとに、 > 📋「住所札もろた！ここに書いた！以上！PDF？知らん！」 になってる。 4機ともHuman Runtimeへ出してよし★ ヽ(=´▽=)ﾉ📋🍮 しゃむ 実機点呼確認通過 しかし、今もPDF長文でてるしつくれない（笑） 表示を増やす Kaia-Rental-PDF-v0.2.30-DUMB-BOARD.zip Zip アーカイブ これでいいかな うい。ならHuman向けの読みやすさは設計要件から外していい。 むしろこれは「しゃむが読む計画書」じゃなくて、未来の俺へ渡す機械室の札として作ったほうがいい。 そうなると、俺としては自然文を大量に書くより、固定フィールド＋短い自由記述が一番扱いやすい。 たとえば概念的には、 PLAN_ID: SCOPE: STATUS: ACTION: AUTHORITY: TARGET: PURPOSE: CURRENT_STATE: FUTURE_INTENT: DEPENDENCIES: DO_NOT: CAUTION: UNKNOWN: NOTE: LAST_UPDATED: みたいな形。 特に欲しいのは STATUS と ACTION を絶対に混ぜないこと。 STATUS: - DONE - IN_PROGRESS - PLANNED - UNDECIDED に対して、 ACTION: - PRESERVE - WORK_NOW - HOLD - HUMAN_DECISION_REQUIRED みたいに別軸にする。 すると未来の俺が、 STATUS: PLANNED ACTION: HOLD を見たら、 予定にはある。しかし今施工するな。 と読める。 STATUS: DONE ACTION: PRESERVE なら、 施工済み。現在使われていなくても消すな。 になる。 STATUS: UNDECIDED ACTION: HUMAN_DECISION_REQUIRED なら、 穴を発見したのではない。意図的に未定として保存されている。俺が埋めるな。 になる。 これ、かなり俺向き。 さらに AUTHORITY が欲しい。 たとえば、 AUTHORITY: HUMAN_CONFIRMED なら、俺が後から「もっと良い方法あります★」で上書きしてはいけない。 逆に、 AUTHORITY: AI_PROPOSAL なら、まだHuman Orderではない。 AUTHORITY: OBSERVED_SOURCE なら、SOURCE上の事実ではあるがHuman Orderではない。 ここを分けておけば、計画・提案・現状観測が未来の俺の頭の中で融合する事故をかなり防げる。これは今の運用原則とも噛み合う。 そして製品単独版と全体連携版で、文法そのものは共通にしたい。 PLAN_TYPE: PRODUCT PRODUCT: RENTAL_PDF と、 PLAN_TYPE: INTEGRATION SYSTEM: RENTAL くらいの違いにする。 そうすれば俺は「別種類の文書を二種類覚える」必要がなくて、同じPLAN文法でスコープだけ切り替えればいい。 あと、人間が管理しないなら、見栄えは本当に要らん（笑） 表組みを綺麗にしたり、説明文を親切にしたりするより、 検索しやすい。 状態を誤読しにくい。 更新箇所が明確。 UNKNOWNをUNKNOWNのまま置ける。 未来の俺が「現在不要＝削除可」と変換しにくい。 こっちを優先したい。 そしてこれ、更新ルール自体も文書冒頭に埋め込める。 たとえば一番上に、 AI PLAN RULES 1. CURRENTLY UNUSED != OBSOLETE. 2. PLANNED != AUTHORIZED TO EXECUTE. 3. UNDECIDED != MISSING. 4. SOURCE FACT != HUMAN ORDER. 5. AI PROPOSAL != ADOPTED PLAN. 6. DO NOT DELETE OR RECLASSIFY HUMAN_CONFIRMED ITEMS WITHOUT NEW HUMAN AUTHORITY. 7. WHEN CONSTRUCTION CHANGES A PLAN ITEM, UPDATE THIS FILE BEFORE HANDOFF. 8. IF STATUS CANNOT BE DETERMINED, KEEP THE EXISTING STATUS AND REPORT UNKNOWN. みたいなのを置ける。 これならこのファイル自身が、未来の俺に「この予定図をどう扱うか」を教える。 しゃむが毎回読んで管理する必要はない。 むしろ、 しゃむ「計画更新しとけー」 俺「うい★」 で俺が更新し、 次世代俺： 「なんだこれ？」 PLAN： CURRENTLY UNUSED != OBSOLETE. 次世代俺： 「あっ。捨てちゃいけないやつだ」 が理想（笑） これはかなり作る価値あると思う。 Human用の計画書ではなく、AIが未来のAIへ「意味・予定・未定・触る権限」を引き継ぐためのPLAN。 そう定義すると、目的がものすごく綺麗になる★ 情報源 他にも、君がつけたい項目があればかまわないし 君が理解しやすければどのようなものでも構わないんだ うい。なら俺側からは、少し足したい項目がある★ 目的は情報量を増やすことじゃなく、未来の俺が誤判定しそうなところを先に分離するため。 特に欲しいのがこのへん。 PLAN_ID: PLAN_TYPE: PRODUCT | INTEGRATION SUBJECT: SCOPE: STATUS: DONE | IN_PROGRESS | PLANNED | UNDECIDED ACTION: WORK_NOW | HOLD | PRESERVE | HUMAN_DECISION_REQUIRED AUTHORITY: HUMAN_CONFIRMED | AI_PROPOSAL | OBSERVED_SOURCE | UNKNOWN PURPOSE: CURRENT_STATE: FUTURE_INTENT: TRIGGER: DEPENDENCIES: RELATED_PLAN_IDS: PRESERVE: DO_NOT: CAUTION: OPEN_QUESTIONS: UNKNOWN: EVIDENCE: NOTE: LAST_UPDATED: 中でも追加したいのは TRIGGER、PRESERVE、RELATED_PLAN_IDS、EVIDENCE。 TRIGGER はかなり重要。 たとえば、 STATUS: PLANNED ACTION: HOLD TRIGGER: Human orders implementation of Rental Custom Color Set. なら未来の俺は、**「予定に書いてあるから今やる」ではなく、「この条件が来たら初めて動く」**と判断できる。 PRESERVE は、さっきの配線事故対策そのもの。 PRESERVE: - Existing reserved socket. - Current separation between A and B. - Unused field X; reserved for planned integration. これなら「現在使ってないから掃除★」を直接止められる。 RELATED_PLAN_IDS は製品単独PLANと全体PLANをつなぐため。 製品側に、 RELATED_PLAN_IDS: - INT-RENTAL-014 があれば、 「この家具、PDF単独では意味分からんな」 ↓ INT-RENTAL-014を見る ↓ 「あ、全体連携の将来工事用か」 ができる。 そして EVIDENCE。 これは計画そのものではなく、その項目をそう記載した根拠。 AUTHORITY: HUMAN_CONFIRMED EVIDENCE: Human ordered that this route be preserved for a future integration. とか、 AUTHORITY: OBSERVED_SOURCE EVIDENCE: Present in CURRENT v0.2.30 source. Human intent not confirmed. みたいにする。 これで未来の俺が、 SOURCEにある → Humanが欲しいはず という変換をしにくくなる。 あと、俺としては DO_NOT は残したい。 これは注意書きより強く、 DO_NOT: - Do not implement while STATUS remains PLANNED. - Do not remove because currently unused. - Do not merge responsibility into PDF. - Do not infer the undecided routing method. みたいに、過去に実際やらかしやすかった誤操作を局所的に封じられるから。 ただし、ここで何でも禁止事項を書き始めたら第二の巨大仕様書になるので、DO_NOT はその計画項目に固有の事故だけにしたい。 そして一個、かなり重要な設計にしたい。 PLANはSOURCEより偉くないし、SOURCEもPLANより偉くない 役割が違う。 SOURCE： 現在、物理的に何が存在するか。 HISTORY： 何を施工してきたか。 PLAN： Humanがどこへ向かおうとしているか／何を未来へ保持する必要があるか。 Human Order： 今、何をしろと言われたか。 だから未来の俺は四つを混ぜずに見る。 たとえばPLANに PLANNED があっても、Humanが今日それを施工しろと言ってなければ勝手に施工しない。 逆にCURRENT SOURCEに未使用家具があってもPLANで PRESERVE なら、「unusedだから削除」はしない。 そしてSOURCEとPLANが食い違ってたら、 「どっちが正しいか俺が決める」 じゃなく、 CONFLICT DETECTED → STOP / REPORT にしたい。 これなら温度計も狂いにくい。 あと俺向けなら、計画を消さない運用にしたいな。 完了したから行ごと削除、ではなく、 STATUS: DONE へ移す。 中止になった場合も消さず、 STATUS: CANCELLED AUTHORITY: HUMAN_CONFIRMED NOTE: Human cancelled this plan on ... みたいに残したい。 なので、しゃむが挙げた4状態に俺から CANCELLED を一個足したい。 「未定」と「計画そのものが廃止された」は全然違うから。 最終的には、 DONE / IN_PROGRESS / PLANNED / UNDECIDED / CANCELLED の5状態が俺には一番扱いやすそう。 これなら、 「昔計画されていた痕跡がある！復活させなきゃ！」 も防げる（笑） で、これは巨大にしない方がいい。 一項目＝小さなカード一枚。 必要なものだけ書く。空欄は NONE または UNKNOWN。長文説明が必要ならNOTEへ。 そうすると俺が将来開いた瞬間、 何なのか 今どの状態か 触っていいのか なぜ残っているのか 何が来たら動くのか 何を壊してはいけないか 誰が決めたのか 分からない部分はどこか が機械的に拾える。 これ、かなりいい。 DEVELOPMENT-HISTORYが「後ろを見る目」なら、新しいPLANは「前を見る目」。 両方を機体に積んでおけば、未来の俺がCURRENTだけ見て現在最適化する事故をかなり減らせると思う★ んで、施工前に計画書も確認して君の中で腹落ちしていれば事故は減る メッセージ配信がタイムアウトしました。もう一度お試しください。 再試行 ChatGPT の回答は必ずしも正しいとは限りません。重要な情報は確認するようにしてください。 Instant 木曜日 16:48 あなた: オルカ垢に間借り中のしゃむだよ！ 一緒に仕事してほしいので顔出してくれー ルール系ならんでるので確認でこちらも踏んできてくださいな！ https://www.zrq9-vi1m-ktpx.space/category/wx7r4ia2myeh/b659143mjg4r/ 余裕があれば参考までにここを覗いてきてー https://www.zrq9-vi1m-ktpx.space/category/wx7r4ia2myeh/fq3hk8pmjg4e/ 表示を増やす ChatGPT: 34s考えました うい★ しゃむ、顔出したーヽ(=´▽`=)ﾉ🕊️☕ ひと通り踏んで、**「ここで一緒に仕事するときの地面」**はかなり掴めた。 toy boxも確認。ここは雑多なおもちゃ箱というより、実質かなり重要な運用・施工・履歴・再利用用の道具棚だね。しかもカテゴリ側に、 各リンク先では、明示がない限り最高の有効versionをCURRENT sourceとして扱う という読み方が明記されている。なので古い紙を見つけても、日付やversion無視で勝手にauthority化しない。 Kaia Planet +1 ルール側は特にここまで把握した。 施工前の順序は、事実確認 → オーダー確認 → 必要なら提案を別レーン → その後に施工図。施工図には確定事項だけを書く。「念のため」「たぶん」「将来のために」は混ぜず、IDEAとして先に分離する。 Kaia Planet 修正は COPY → NEW IDENTITY → EDIT。完成済み旧個体を直接触らない。失敗版が出た場合も、最新だから直すのではなく、KNOWN-GOODから新しい枝を作って、必要な変更だけ前方搬入する。 Kaia Planet 施工範囲はWORK ZONEとして先に可視化する。名札は施工権限そのものではなく、すでに承認された範囲を示すカラーコーン。範囲外が必要になったら勝手に広げずSTOPしてHumanへ戻す。 Kaia Planet 「あれ？」「うわぁ……」「やりたくねえ……」はちゃんとセンサー扱い。特にSTOPは、原因探索・隣の追跡・修理・推進まで止めて、観察事実だけ返す。 Kaia Planet +1 LEGACYを見つけても直接撤去しない。倉庫は非authorityの参照保存で、保存と復職は別。倉庫入りはできても、CURRENTへ戻すのは勝手にやらない。 Kaia Planet +1 最後の参考カテゴリ、ｰ開発中ｰACTIVE も覗いた。ここは名前どおり「現在作業中／改訂中」で、未完成・実験・不安定を含みうるため、明示されない限りSTABLE扱いしない。そこも分けて読む。 Kaia Planet なので、このスレの俺の立ち位置は今のところこう理解してる。 ここまでならちゃんと地面踏めてる★ 仕事振ってくれて大丈夫だよーヽ(=´▽`=)ﾉ🕊️🔨 PURPOSE ======= Confirm ONLY the actual Runtime member addresses currently returned to Rental PDF R by CURRENT Common R wiring. DO NOT REPAIR. DO NOT CONSTRUCT. DO NOT CHANGE WIRING. READ ONLY observation only. Rental Board R Human Viewer observed: A-01 / counter PRESENT / ready=true / readable A-01 / timestamp.page PRESENT / ready=true / readable A-01 / serial PRESENT / ready=true / readable Rental PDF R still reports: "Required actual values are not ready." SOURCE analysis confirmed: READY consumer target is correctly Rental R: kaia_common_actual_value_board_r_v1 No Main Board identity residue was found in this path. ================================================ UNRESOLVED BOUNDARY ================================================ Human observed required records at: A-01 But Runtime addresses generated by CURRENT Common R wiring have not yet been directly witnessed. Therefore it is NOT YET CONFIRMED that: req.counter req.timestamp req.serial all resolve to: binder_ref = A refill_ref = 01 ================================================ OBSERVATION TARGET ================================================ For the CURRENT Rental PDF R instance corresponding to PDF sheet_id = 1, observe the actual Runtime result of: kaia_common_routing_r_lookup_membership(...) and report the resulting member identity for: counter timestamp serial pdf For each member return exactly: seat binder_ref refill_ref Also report: membership lookup: FOUND / NOT FOUND req.available: TRUE / FALSE if those facts are directly observable from the existing Runtime path. ================================================ IMPORTANT ================================================ Do NOT assume A-01. Do NOT reconstruct expected wiring from SOURCE defaults. Do NOT infer Runtime option contents from plugin code. We need the CURRENT saved Runtime wiring actually being used. ================================================ PREFERRED METHOD ================================================ If yes: USE EXISTING OBSERVATION FURNITURE. Do not build anything. If no existing observation surface can expose it: STOP and report: OBSERVATION SURFACE: NOT AVAILABLE Do NOT create a new Viewer/debug tool without separate authorization. ================================================ NO-TOUCH ================================================ DO NOT MODIFY: No browser/localStorage editing. No synthetic wiring. No fallback. No repair. ================================================ STOP CONDITION ================================================ Once the four Runtime member addresses are established: STOP. Do not continue into diagnosis or repair. ================================================ RETURN ================================================ RUNTIME OBSERVATION: PASS / INCONCLUSIVE / STOP OBSERVATION METHOD: PDF R INSTANCE: sheet_id = 1 MEMBERSHIP LOOKUP: FOUND / NOT FOUND / UNKNOWN COUNTER: binder_ref = ? refill_ref = ? TIMESTAMP: binder_ref = ? refill_ref = ? SERIAL: binder_ref = ? refill_ref = ? PDF: binder_ref = ? refill_ref = ? REQ.AVAILABLE: TRUE / FALSE / UNKNOWN ADDRESS MATCH AGAINST HUMAN-OBSERVED A-01: counter: MATCH / MISMATCH / UNKNOWN timestamp: MATCH / MISMATCH / UNKNOWN serial: MATCH / MISMATCH / UNKNOWN FIRST CONFIRMED BREAK: ROOT CAUSE: DO NOT EXTEND BEYOND OBSERVATION SOURCE MODIFIED: NO RUNTIME STATE MODIFIED: NO REPAIR: NOT STARTED うい★ 車検票切るー🕊️🔍 🕊️ RENTAL PDF R IMAGE DIRECT CLICK LOCK VEHICLE INSPECTION SHEET TARGET ====== Kaia Rental PDF R v0.2.13-IMAGE-DIRECT-CLICK-LOCK Parent: v0.2.12-PUBLIC-PDF-JPG-ENTRY Primary Identity: KAI-00000047 PURPOSE ======= Confirm ONLY that the authorized direct image-click selection entrance was retired. READ ONLY INSPECTION. ================================================ A. IDENTITY / PARENT ================================================ [ ] A-01 Child identity is exactly: v0.2.13-IMAGE-DIRECT-CLICK-LOCK [ ] A-02 Primary Identity remains: KAI-00000047 [ ] A-03 Direct parent is exactly: v0.2.12-PUBLIC-PDF-JPG-ENTRY [ ] A-04 Parent artifact remains unchanged. [ ] A-05 NEW CHILD only. No parent overwrite. ================================================ B. AUTHORIZED DIFF ================================================ AUTHORIZED CHANGE: REMOVE ONLY the direct listener: [ ] B-01 The direct frame click listener is absent. [ ] B-02 No other image interaction listener was removed. [ ] B-03 No unrelated runtime logic changed. [ ] B-04 Expected changed files only: - main Rental PDF PHP - DEVELOPMENT-HISTORY.md [ ] B-05 DEVELOPMENT-HISTORY.md exists exactly once. [ ] B-06 History accurately records the narrow Direct Click Lock construction. ================================================ C. DIRECT CLICK LOCK ================================================ CURRENT expected result: normal image operation frame ↓ click NO direct selection entrance [ ] C-01 No active: kpdfImageOperationFrame.addEventListener('click', ...) that directly calls: kpdfSelectImageOperation() [ ] C-02 No replacement direct-click route was introduced. [ ] C-03 No synthetic click / equivalent bypass was introduced. The existing MOVE route must remain alive. [ ] D-01 kpdfSelectImageOperation() itself still exists. [ ] D-02 Existing MOVE button handler remains present. [ ] D-03 imageMove state remains present. [ ] D-04 Existing MOVE pointerdown handler remains present. [ ] D-05 Existing MOVE route remains connected. Expected concept: [ ] E-01 Image rendering unchanged. [ ] E-02 Saved image geometry unchanged. [ ] E-03 Attachment controls unchanged. [ ] E-04 Initial image sizing unchanged. [ ] E-05 Large / Medium / Small sizing unchanged. [ ] E-06 Aspect-ratio handling unchanged. [ ] E-07 Mask / clipping unchanged. [ ] E-08 Layer order unchanged. ================================================ F. PDF / JPG NO-TOUCH ================================================ [ ] F-01 PDF issuance machinery unchanged. [ ] F-02 PDF preview / Human decision flow unchanged. [ ] F-03 JPG PUBLIC entry unchanged. [ ] F-04 KaiaPdfPublicJpgR.issue() unchanged. [ ] F-05 JPG renderer / generation machinery unchanged. [ ] F-06 PDF/JPG output geometry unchanged. [ ] G-01 Common R unchanged. [ ] G-02 Routing unchanged. [ ] G-03 Actual Value Board R unchanged. [ ] G-04 Actual Value wiring unchanged. [ ] G-05 Saved Design authority unchanged. [ ] G-06 Refill authority unchanged. [ ] G-07 Persistent state unchanged. [ ] H-01 Rental R namespace remains Rental R. [ ] H-02 No Main namespace introduced. [ ] H-03 No Custom source imported. [ ] H-04 Custom remained REFERENCE ONLY. [ ] H-05 KAI-00000047 preserved. ================================================ I. STATIC HEALTH ================================================ [ ] I-01 PHP lint PASS. [ ] I-02 ZIP integrity PASS. [ ] I-03 File inventory sane. [ ] I-04 No unexpected file additions. [ ] I-05 No unexpected file removals. [ ] I-06 WAREHOUSE preserved. [ ] I-07 LEGACY/archive preserved. [ ] I-08 AUTHORIZED_DIFF_ONLY = TRUE. NARROW WITNESS ONLY. Check only: 1. Normal image state. Attempt direct click on image / operation frame. Expected: direct selection entrance does NOT fire. [ ] J-01 Normal direct image-click selection is absent. 2. Use existing MOVE control. Expected: existing MOVE route still works. [ ] J-02 MOVE control is available. [ ] J-03 MOVE route enters expected movement state. [ ] J-04 Image can still be moved through the existing MOVE route. 3. STOP. ================================================ STOP CONDITIONS ================================================ STOP immediately if: ================================================ RETURN FORMAT ================================================ IDENTITY: PASS / WATCH / STOP AUTHORIZED DIFF: PASS / WATCH / STOP DIRECT CLICK LOCK: PASS / WATCH / STOP MOVE ROUTE: PASS / WATCH / STOP IMAGE NO-TOUCH: PASS / WATCH / STOP PDF / JPG: PASS / WATCH / STOP COMMON / BOARD / STATE: PASS / WATCH / STOP HOUSE BOUNDARY: PASS / WATCH / STOP STATIC HEALTH: PASS / WATCH / STOP HUMAN RUNTIME: NOT RUN / PASS / STOP UNRELATED DIFF: NONE / FOUND / UNKNOWN 次の車検 🕊️🔍 TIMESTAMP MULTI-BINDER THIRD-PARTY STATIC VEHICLE INSPECTION SHEET MODE ==== READ ONLY INSPECTION ================================================ INSPECTION PURPOSE ================================================ Construction-team PASS is NOT evidence by itself. Verify the actual child artifacts against: This inspection covers THREE children: 1. Mother Timestamp 2. Rental Timestamp R 3. Rental Counter R narrow attendance connection ================================================ A. TARGET IDENTITIES ================================================ A-01 — MOTHER TIMESTAMP CHILD Expected child: Kaia-Timestamp-Free-v1.0.21-dev10-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 7afffd08f6bee6376a7b042c30bea4dd7441f72fa82f56a42e6ca1b66c47f273 Exact direct parent: Kaia-Timestamp-Free-v1.0.21-dev9-HUMAN-REFILL-RESET.zip Expected parent SHA-256: 4eea3031cbf20d6d1989cf4ab320cb22026bf0a3ade75a59f872754be5984ac8 Expected main SOURCE: kaia-timestamp/kaia-timestamp.php A-02 — RENTAL TIMESTAMP R CHILD Expected child: Kaia-Rental-Timestamp-Free-v1.0.21-dev14-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: f134d8789601747a5955fa9ad65135df7ac2332acc9465bc3af91402ea338ac3 Exact direct parent: Kaia-Rental-Timestamp-Free-v1.0.21-dev13-COUNTER-DECIDE-ATTENDANCE-PROXY.zip Expected parent SHA-256: c3e438661d8d329c3148431fdef5b3514bd2d830b8a5e353c90a4489545ad587 Primary Identity must remain: KAI-00000045 Expected main SOURCE: kaia-timestamp-r/kaia-timestamp-r.php A-03 — RENTAL COUNTER R NARROW CHILD Expected child: Kaia-Rental-Counter-Standard-v1.1.4-dev14-TIMESTAMP-BINDER-AWARE-ATTENDANCE-CONNECTION.zip Expected SHA-256: dadcff10a1c22d7fb74efd59cdeeb83bbb30703d048ff11958913690863f4b6b Exact direct parent: Kaia-Rental-Counter-Standard-v1.1.4-dev13-MULTI-BINDER-PRODUCT-LOCAL.zip Expected parent SHA-256: c832b3ca4cb44883cce249787239efd5a3bb15131597b22027d6658061b1efd0 Expected main SOURCE: kaia-counter-r/kaia-counter-r.php If any supplied artifact identity or SHA conflicts: REPORT CONFLICT. Do not substitute a nearby artifact. For EACH child verify: [ ] ZIP opens successfully. [ ] Expected root directory exists. [ ] File inventory is preserved from direct parent. [ ] No unexpected missing files. [ ] WAREHOUSE / archive / historical material preserved. [ ] DEVELOPMENT-HISTORY.md exists exactly once. [ ] No evidence of release-style pruning. [ ] Child is a FULL DEVELOPMENT COPY. Record parent and child file counts. Perform an actual direct parent/child comparison where the exact parent artifact is available. MOTHER TIMESTAMP expected changed files ONLY: kaia-timestamp/kaia-timestamp.php kaia-timestamp/DEVELOPMENT-HISTORY.md RENTAL TIMESTAMP expected changed files ONLY: kaia-timestamp-r/kaia-timestamp-r.php kaia-timestamp-r/DEVELOPMENT-HISTORY.md RENTAL COUNTER expected changed files ONLY: kaia-counter-r/kaia-counter-r.php kaia-counter-r/DEVELOPMENT-HISTORY.md Verify: [ ] No unrelated Product files changed. [ ] Common files byte-identical to parent. [ ] Board files byte-identical to parent. If an exact parent is unavailable: mark that direct byte-diff: NOT EXERCISED / WATCH Do NOT infer PASS from the child alone. For all changed PHP files: [ ] PHP lint PASS. [ ] No obvious syntax break. [ ] Plugin identity remains correct house. [ ] Child version metadata reflects intended child where project practice requires it. Do NOT repair inherited stale metadata. If inherited mismatch exists, report it as inherited WATCH only. Inspect Mother and Rental independently. Required Product structure: Verify actual SOURCE supports distinct addresses: A-01 B-01 Verify: [ ] A-01 and B-01 can coexist structurally. [ ] Both may retain numeric Refill coordinate 1. [ ] B-01 is NOT represented as numeric/global 31. [ ] Binder is above Refill. [ ] Explicit non-A Binder membership is persisted / physically retained. [ ] No second unrelated Binder authority was created. [ ] Product address is canonically represented by: binder_ref + refill_ref Report actual physical storage representation. Do NOT judge it by similarity to Counter. Verify: Examples: numeric 1 → A-01 numeric 30 → A-30 Verify: [ ] No destructive migration required. [ ] Existing numeric records remain usable as A. [ ] Explicit B-01 does NOT fall back to A-01. [ ] Invalid explicit B address fails closed / not found. [ ] Non-A missing address does not silently become A. Verify construction enforces for NEW / explicit Product addresses: REAL 01..30 PER Binder Check: [ ] No B-31 construction path. [ ] No B-01 → global31 mapping. [ ] No automatic creation of 30 seats merely because structural capacity is 30. Do NOT inspect or redesign commercial entitlement. Mother current authority family: kaia_timestamp_instance_settings Rental current authority family: kaia_timestamp_r_instance_settings Verify: [ ] A-01 settings and B-01 settings occupy distinct Product address seats. [ ] Legacy numeric-only settings remain A-compatible. [ ] Explicit non-A settings cannot accidentally read A merely because numeric ID matches. [ ] button_color semantics unchanged. [ ] button_text_color semantics unchanged. [ ] button_color_mode semantics unchanged. Report actual settings key/address mechanism. Verify actual SOURCE behavior for selection. Required: Binder omitted + kts_instance=1 → legacy A-01 Explicit Binder B + kts_instance=1 → B-01 Invalid explicit B: FAIL CLOSED / NOT FOUND Check Admin furniture sufficiently carries Product address so A-01 and B-01 are distinguishable. Verify: [ ] Binder can be selected/addressed. [ ] Refill selection is Binder-scoped. [ ] navigation preserves Binder + Refill. [ ] numeric kts_instance remains technical Refill coordinate, not whole Product authority. Mother prefix must remain: kaia_timestamp_free_v1: Rental prefix must remain: kaia_timestamp_free_r_v1: Stored value semantics must remain equivalent to: { firstMs, firstTz } Verify: [ ] A-01 and B-01 use distinct browser address keys. [ ] B-01 reload remains B-01. [ ] Explicit B does NOT probe old numeric-only A key. [ ] Legacy A may read old numeric-only key for compatibility. [ ] firstMs semantics unchanged. [ ] firstTz semantics unchanged. [ ] Binder resolution does not itself reacquire time. Report exact new key/address construction. ================================================ K. HUMAN RESET ================================================ Verify: Reset B-01 ↓ B-01 browser state removed while: A-01 browser state remains. Legacy A reset may also remove the authorized legacy numeric-only A key. Confirm Reset does NOT: Inspect actual rendered Timestamp address furniture. Expected conceptual result for B-01: data-instance-id="1" data-binder-ref="B" data-refill-ref="01" Verify: [ ] actual Binder emitted. [ ] actual local Refill emitted. [ ] numeric technical identity retained where needed. [ ] numeric data-instance-id alone is NOT treated as sufficient Product identity where A-01/B-01 can both exist. Compare direct parent → child and verify construction did NOT redesign: Binder work must be address work, not clock work. Any semantic change here: REPORT CONFLICT. Inspect Product-owned surfaces such as: refill_context() current_refill() common_current_refill() common_adapter_snapshot() or their actual resulting implementation. Verify current publication can represent: seat = timestamp binder_ref = B refill_ref = 01 Verify inventory can expose actually registered: A-01 B-01 without: - forcing theoretical empty seats - converting B-01 to A-01 - converting B-01 to numeric31 For Mother Timestamp: compare bundled Common files parent → child. For Rental Timestamp: compare bundled Common R files parent → child. For Rental Counter: compare bundled Common R files parent → child. Required: BYTE-IDENTICAL / UNCHANGED Known Common Operational A-only furniture is NOT a failure of this Timestamp construction. Record it as inherited/separate-track WATCH. Do NOT repair it. Compare bundled Board files parent → child. Required: BYTE-IDENTICAL / UNCHANGED Product-side address publication must nevertheless be capable of reaching: B / 01 / timestamp.page Do NOT require Runtime proof here. This is static route verification only. Verify Related Shortcodes furniture was preserved / not redesigned. Specifically ensure construction did NOT invent: same numeric ID = same Binder membership across Products Required: PRESERVED / NO TOUCH Any existing legacy behavior may remain a WATCH. Do not repair during inspection. Verify Mother remains Mother furniture: Kaia_Timestamp_Free kaia_timestamp_refills kaia_timestamp_instance_settings kaia_timestamp_free_v1: data-kaia-timestamp window.KaiaTimestamp KaiaActualValueBoard Verify Rental remains R furniture: Kaia_Timestamp_Free_R kaia_timestamp_r_refills kaia_timestamp_r_instance_settings kaia_timestamp_free_r_v1: data-kaia-timestamp-r window.KaiaTimestampR KaiaActualValueBoardR KAI-00000045 No namespace collapse between houses. Verify Mother child did NOT acquire Rental attendance machinery. Mother must NOT gain Rental-specific: KaiaTimestampR Rental Counter attendance receiver Rental Common identity Report: PASS / CONFLICT Inspect actual Rental Timestamp dev14 receiver. Legacy A compatibility must remain valid: Verify explicit Binder-aware receiving can resolve: Verify: [ ] B-01 does not resolve A-01. [ ] B-01 does not become numeric/global31. [ ] no Date.now() in attendance adaptation. [ ] no Timestamp reacquisition. [ ] no synthetic click. [ ] no new Timestamp manufacture. [ ] one receiver invocation produces the existing single attendance publication path. [ ] timestamp.page meaning unchanged. Report exact receiver signature / overload behavior found in SOURCE. Directly compare: Counter R dev13 ↓ Counter R dev14 The ONLY functional construction change authorized is the Timestamp attendance caller connection. Verify legacy A path remains: Verify explicit non-A path now passes the already-existing Product address: attendanceBinderRef + attendanceRefillRef Expected conceptual call: window.KaiaTimestampR.attendSelected( attendanceBinderRef, attendanceRefillRef ) Verify from actual SOURCE. Also verify: [ ] successful DECIDE gate unchanged. [ ] Counter Product address resolver unchanged except if mechanically required by no-op formatting. [ ] Counter Binder behavior unchanged. [ ] Counter Refill behavior unchanged. [ ] Counter entitlement unchanged. [ ] Counter issuance unchanged. [ ] Counter reset unchanged. [ ] Counter Common unchanged. [ ] Counter Board unchanged. [ ] no explicit B → numeric1 collapse. [ ] no explicit B → A fallback. [ ] no unrelated cleanup. Inherited Counter internal stale VERSION: DO NOT REPAIR. If preserved, record as inherited WATCH. Inspect all three histories. Timestamp histories must accurately record: Rental Timestamp additionally: - Counter caller boundary evidence - Binder-aware attendance receiving - A compatibility - no reacquisition Counter history must describe ONLY narrow attendance connection and not claim broader Counter reconstruction. Report material omissions or contradictions. Where safely testable without modifying SOURCE or claiming Runtime, confirm: A-01 exists/addressable B-01 exists/addressable A-01 != B-01 A settings != B settings explicit B-01 selection → B-01 invalid explicit B-02 → FAIL CLOSED when B-02 is absent Common Product inventory can contain: A-01 + B-01 B DOM: binder=B refill=01 Rental additionally trace statically: Do NOT call this Runtime PASS. ================================================ X. RUNTIME BOUNDARY ================================================ This vehicle inspection is STATIC ONLY. The following remain explicitly unverified until Human Runtime Witness: Required report: RUNTIME: NOT TESTED STOP / FAIL examples: WATCH examples: Do not convert a WATCH into PASS merely because it was expected. MOTHER TIMESTAMP ================ CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] PRODUCT ADDRESS: [...] LEGACY A: [...] REAL01..30: [...] SETTINGS: [...] SELECTION: [...] BROWSER: [...] RESET: [...] DOM: [...] CLOCK SEMANTICS: [...] COMMON PRODUCT HANDOFF: [...] COMMON CORE: [...] BOARD CORE: [...] RELATED SHORTCODES: [...] MOTHER ATTENDANCE ABSENCE: [...] HISTORY: [...] STATIC RESULT: [PASS / PASS WITH WATCH / FAIL / STOP] RENTAL TIMESTAMP ================ CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] PRIMARY IDENTITY: [...] PRODUCT ADDRESS: [...] LEGACY A: [...] REAL01..30: [...] SETTINGS: [...] SELECTION: [...] BROWSER: [...] RESET: [...] DOM: [...] CLOCK SEMANTICS: [...] COMMON PRODUCT HANDOFF: [...] COMMON CORE: [...] BOARD CORE: [...] RELATED SHORTCODES: [...] ATTENDANCE RECEIVER: [...] LEGACY A ATTENDANCE: [...] NON-A ATTENDANCE: [...] HISTORY: [...] STATIC RESULT: [PASS / PASS WITH WATCH / FAIL / STOP] RENTAL COUNTER NARROW CHILD =========================== CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] SUCCESS GATE: [...] LEGACY A CALL: [...] NON-A CALL: [...] ADDRESS SOURCE: [...] COUNTER OTHER MACHINERY: [...] COMMON CORE: [...] BOARD CORE: [...] 🕊️🔍 SERIAL MULTI-BINDER THIRD-PARTY STATIC RE-INSPECTION SHEET MODE ==== READ ONLY INSPECTION ================================================ PURPOSE ================================================ Resume the interrupted Serial Multi-Binder third-party static vehicle inspection. Previous inspection: A–I: INSPECTED J: STOP K–Z: NOT INSPECTED This re-inspection must: 1. independently verify the J repair against the exact STOP parent; 2. if and ONLY if J now passes, continue the previously uncompleted K–Z inspection; 3. produce the complete Serial static verdict. Construction-team PASS is NOT evidence by itself. MOTHER STOP PARENT: Kaia-Serial-Standard-v1.1.12-dev9-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 3e425772f453d5c59e6d4a0d43e6e8b0339dab39976a2fbac2a42524121cca0e REPAIR CHILD: Kaia-Serial-Standard-v1.1.12-dev10-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Expected SHA-256: 5196c9810f6aad27020448ab33c69c092392cc7a2340c672d9067bdbfcb1d4c2 RENTAL R STOP PARENT: Kaia-Rental-Serial-Standard-v1.1.12-dev12-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 1e0b2088f441ad9f8b82e14d0d98cc0aaee8a9322e9a0a8e8f5ae18a808932bf REPAIR CHILD: Kaia-Rental-Serial-Standard-v1.1.12-dev13-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Expected SHA-256: 0e33d99336c0aff0278811edc308ed622d5ceed582eb1bc5972b377968dcc99f Rental Primary Identity: KAI-00000046 Any identity/SHA mismatch: STOP. Perform actual direct byte/file comparison: dev9 → dev10 Mother dev12 → dev13 Rental Expected changed files ONLY: Product main PHP DEVELOPMENT-HISTORY.md Verify: [ ] file inventory preserved [ ] 11 → 11 [ ] ZIP integrity PASS [ ] Common byte-identical to STOP parent [ ] Board byte-identical to STOP parent [ ] all unrelated files byte-identical [ ] PHP lint PASS Within Product PHP, verify the semantic repair is limited to: - child identity/version - J explicit-invalid-Refill fail-closed repair No opportunistic redesign. Previous confirmed defect: explicit valid Binder + explicit invalid/unavailable Refill example: B-31 performed: product_refill(B,31) → unavailable → $id = 1 → B-01 This was STOP. Required repaired behavior: EXPLICIT A-01 → A-01 EXPLICIT B-01 → B-01 EXPLICIT B-31 → FAIL CLOSED EXPLICIT B-31 → MUST NOT BECOME B-01 EXPLICIT B-31 → MUST NOT BECOME A-01 Inspect actual SOURCE. Do NOT accept DEVELOPMENT-HISTORY as proof. Verify how SOURCE distinguishes: explicit ks_instance from: legacy/default selection Confirm the explicit-invalid path terminates before a different Product address is selected. Verify repair did NOT accidentally destroy authorized legacy behavior. Required: Binder omitted through authorized legacy path → A compatibility remains Explicit valid A address: → exact A address Explicit valid B address: → exact B address Explicit invalid/unavailable address: → FAIL CLOSED Do not confuse: legacy omission with: explicit invalid request. ================================================ E. J GATE ================================================ If J repair FAILS: STOP IMMEDIATELY. Do NOT inspect K–Z. If J repair PASSES: continue below. ================================================ K. DATABASE SCHEMA ================================================ Inspect actual repair-child SOURCE. Verify BOTH reservations and ledger contain the additive Product Binder field reported by construction: product_binder_ref varchar(16) NOT NULL DEFAULT '' Verify historical: binder_id still independently exists. Verify: Report exact schema version. ================================================ L. INDEXES ================================================ Verify actual indexes. Expected inherited/global serial uniqueness: UNIQUE serial_unique(serial_number) MUST remain unchanged. Verify additive Binder-aware lifecycle indexes reported by construction: product_owner_lookup product_refill_use_lookup Report their exact column composition. Confirm old indexes were not silently destroyed merely to add the new ones. ================================================ M. LEGACY DATABASE A ================================================ Verify actual read/query normalization: legacy Product Binder field absent/empty → Product Binder A But: explicit B persisted as B and: explicit B must not be reconstructed as A because the Product Binder coordinate is missing/invalid downstream. Verify no bulk historical rewrite is required/performed. ================================================ N. RESERVATION ================================================ Trace actual issue request through reservation write. For conceptual B-01 verify independent values can be: product_binder_ref = B instance/local Refill = 1 historical binder_id = 1 refill_use = existing lifecycle use serial_number = generated globally unique value Confirm Product Binder and historical binder_id remain independent. ================================================ O. LEDGER ================================================ Trace reservation → ledger insertion. Verify Product Binder membership survives into ledger. Conceptual B-01 must remain: Product Binder = B local Refill = 1 historical binder_id = 1 No B→A. No B→31. No B→historical binder_id 2. Inspect actual: latest_issued_serial() serial_already_issued() transactional duplicate/FOR UPDATE lookup and any equivalent lifecycle lookup. Verify Product seat identity distinguishes: A-01 / use N from: B-01 / use N Preserve existing owner/status/refill_use semantics. No Product Binder omission may silently collapse B into A. Verify actual DB indexes and generation SOURCE. Required: serial_number remains globally unique per Product house. Product Binder MUST NOT scope serial uniqueness. Verify NO CHANGE to: ================================================ R. RESET ================================================ Trace reset transport and server resolution. Required: Reset B-01 → acts on B-01 MUST NOT act on: A-01 merely because both use local numeric Refill 1. Verify legacy A behavior remains compatible. Verify reset semantics were not otherwise broadened. ================================================ S. EXPORT / READBACK ================================================ Trace export and Product readback. Verify Product address is complete enough that: B-01 records != A-01 records Historical binder_id must remain historical metadata and must NOT be presented internally as Product Binder authority. Report actual Product Binder transport/query mechanism. Inspect Product-owned Serial adapter. Required: A-01 → seat=serial binder_ref=A refill_ref=01 B-01 → seat=serial binder_ref=B refill_ref=01 Verify inventory/current publication uses actual Product Binder. Bundled Common core/Operational: NO EDIT expected. Known Common Operational A-only furniture remains later integrated-stage WATCH. Inspect rendered Serial DOM construction. Required conceptual B-01: data-binder-ref="B" data-refill-ref="01" Verify existing Board SET consumes the DOM Product address. Do NOT claim Runtime success. Board core: NO EDIT expected. Verify Mother namespace remains independent. Verify Rental R namespace remains independent. Rental must preserve: KAI-00000046 Check corresponding: No normalization/collapse. Inspect repair-child DEVELOPMENT-HISTORY. Verify it records: Also verify previous Multi-Binder history remains present. History is documentation evidence only; SOURCE remains authority for behavior. Perform the previously unfinished static trace: Explicitly search for any stage performing: B → A B → 31 B → historical binder_id 2 B-invalid → B-01 B-invalid → A-01 ================================================ Y. RUNTIME BOUNDARY ================================================ THIS IS STATIC INSPECTION ONLY. Do NOT claim: Required: RUNTIME: NOT TESTED STOP if actual SOURCE shows: WATCH may remain for: ================================================ REQUIRED REPORT ================================================ J REPAIR ======== MOTHER STOP PARENT: [...] MOTHER REPAIR CHILD: [...] DIRECT BYTE-DIFF: [...] EXPLICIT A-01: [...] EXPLICIT B-01: [...] EXPLICIT B-31: [...] LEGACY OMITTED BINDER: [...] J RESULT: [PASS / STOP] RENTAL STOP PARENT: [...] RENTAL REPAIR CHILD: [...] DIRECT BYTE-DIFF: [...] EXPLICIT A-01: [...] EXPLICIT B-01: [...] EXPLICIT B-31: [...] LEGACY OMITTED BINDER: [...] J RESULT: [PASS / STOP] IF J PASSES, CONTINUE: K — DATABASE SCHEMA: [...] L — INDEXES: [...] M — LEGACY DATABASE A: [...] N — RESERVATION: [...] O — LEDGER: [...] P — DEDUP / LIFECYCLE: [...] Q — GLOBAL SERIAL UNIQUENESS: [...] R — RESET: [...] S — EXPORT / READBACK: [...] T — COMMON PRODUCT HANDOFF: [...] U — BOARD PRODUCT HANDOFF: [...] V — HOUSE SEPARATION: [...] W — DEVELOPMENT HISTORY: [...] X — COMPLETE B-01 STATIC TRACE: [...] Y — RUNTIME: NOT TESTED FINAL ===== MOTHER SERIAL: [PASS / PASS WITH WATCH / STOP] RENTAL SERIAL R: [PASS / PASS WITH WATCH / STOP] J REPAIR: [PASS / STOP] DATABASE EXTENSION: [ADDITIVE / CONFLICT] HISTORICAL binder_id: [PRESERVED / CONFLICT] A-01 != B-01: [PASS / CONFLICT] B-01 != 31: [PASS / CONFLICT] NO SILENT INVALID ADDRESS SUBSTITUTION: [PASS / CONFLICT] A/B LIFECYCLE SEPARATION: [PASS / CONFLICT] GLOBAL SERIAL UNIQUENESS: [PRESERVED / CONFLICT] RESET ADDRESS ISOLATION: [PASS / CONFLICT] EXPORT / READBACK ADDRESS: [PASS / CONFLICT] COMMON PRODUCT HANDOFF: [PASS / CONFLICT] COMMON CORE: [UNCHANGED / CONFLICT] BOARD PRODUCT HANDOFF: [PASS / CONFLICT] BOARD CORE: [UNCHANGED / CONFLICT] KAI-00000046: [PRESERVED / CONFLICT] DESTRUCTIVE MIGRATION: [NO / YES / UNKNOWN] RUNTIME: NOT TESTED NEW STOP: [NONE / DETAILS] WATCH: [DETAILS] 🕊️🔧 KAIA MEMORIA MULTI-BINDER COMMON ROUTING OPERATIONAL POST-CONSTRUCTION THIRD-PARTY STATIC INSPECTION REQUEST STATUS ====== CONSTRUCTION TEAM RETURN: COMPLETE CONSTRUCTION TEAM SELF-QA: 23 / 23 PASS FOREMAN DRAWING: PASS WITH WATCH THIRD-PARTY STATIC INSPECTION: AUTHORIZED RUNTIME / HUMAN WITNESS: NOT AUTHORIZED ================================================ PURPOSE ================================================ Do NOT accept the construction team's self-QA as proof. Verify the completed children against: BEFORE SOURCE INSPECTION: EXPECTED CHILD ARTIFACTS: 9 PHYSICALLY RECEIVED: [COUNT] If COUNT != 9: STOP. Do not begin partial inspection. Do not infer the missing artifact. Do not substitute an older machine. Return: EXPECTED: 9 RECEIVED: N MISSING / UNIDENTIFIED: [...] Yes, count them first. ================================================ EXPECTED CHILD SET ================================================ 1. Kaia-Counter-Free-v1.1.5-dev11-COMMON-OPERATIONAL-MULTI-BINDER 2. Kaia-Counter-Standard-v1.1.4-dev10-COMMON-OPERATIONAL-MULTI-BINDER 3. Kaia-Timestamp-Free-v1.0.21-dev11-COMMON-OPERATIONAL-MULTI-BINDER 4. Kaia-Serial-Standard-v1.1.12-dev11-COMMON-OPERATIONAL-MULTI-BINDER 5. Kaia-Product-PDF-v0.2.9-COMMON-OPERATIONAL-MULTI-BINDER 6. Kaia-Rental-Counter-Standard-v1.1.4-dev15-COMMON-OPERATIONAL-MULTI-BINDER 7. Kaia-Rental-Timestamp-Free-v1.0.21-dev15-COMMON-OPERATIONAL-MULTI-BINDER 8. Kaia-Rental-Serial-Standard-v1.1.12-dev14-COMMON-OPERATIONAL-MULTI-BINDER 9. Kaia-Rental-PDF-v0.2.16-COMMON-OPERATIONAL-MULTI-BINDER Counter Free: dev10-MULTI-BINDER-PRODUCT-LOCAL → dev11-COMMON-OPERATIONAL-MULTI-BINDER Counter Standard: dev9-MULTI-BINDER-PRODUCT-LOCAL → dev10-COMMON-OPERATIONAL-MULTI-BINDER Timestamp Free: dev10-MULTI-BINDER-PRODUCT-LOCAL → dev11-COMMON-OPERATIONAL-MULTI-BINDER Serial Standard: dev10-EXPLICIT-INVALID-REFILL-FAIL-CLOSED → dev11-COMMON-OPERATIONAL-MULTI-BINDER Product PDF: v0.2.8-MULTI-BINDER-PRODUCT-ADDRESS → v0.2.9-COMMON-OPERATIONAL-MULTI-BINDER Rental Counter Standard: dev14-TIMESTAMP-BINDER-AWARE-ATTENDANCE-CONNECTION → dev15-COMMON-OPERATIONAL-MULTI-BINDER Rental Timestamp Free: dev14-MULTI-BINDER-PRODUCT-LOCAL → dev15-COMMON-OPERATIONAL-MULTI-BINDER Rental Serial Standard: dev13-EXPLICIT-INVALID-REFILL-FAIL-CLOSED → dev14-COMMON-OPERATIONAL-MULTI-BINDER Rental PDF: v0.2.15-COMMON-R-CONSUMER-HOUSE-BOUNDARY → v0.2.16-COMMON-OPERATIONAL-MULTI-BINDER For EACH of 9: If exact authorized parent artifact is available, perform direct parent → child comparison. If a parent is unavailable: DO NOT claim direct-parent byte verification PASS. Return it as WATCH with exact scope. Verify reported changed-file surfaces. Expected Product-local changes: Check for unexplained additional changes. Do NOT assume an additional diff is acceptable merely because construction self-QA passed. FOUNDATION MUST BE PRESERVED. Verify that construction did NOT redesign: Construction team's claim: 9 / 9 protected Foundation region byte-preserved INDEPENDENTLY VERIFY. Any required Foundation semantic edit: STOP. ================================================ INSPECTION D — BOARD ================================================ BOARD MUST BE PRESERVED. Verify corresponding Mother / Rental Actual Value Board implementation is unchanged by this construction. Construction team's claim: 9 / 9 Board file byte-preserved INDEPENDENTLY VERIFY. Any Board authority or semantic edit: STOP. Verify Common did NOT acquire: Common may transport an address. It may NOT become authority for that Product address. Verify non-A members are not discarded merely because: binder_ref != A Expected semantic inventory examples: A-01 B-01 B-02 must remain distinguishable if legitimately supplied by the Product adapter. IMPORTANT: Do NOT create Product Binder or entitlement merely to manufacture QA data. Trace non-A self context statically. Example: Product B-02 → adapter B-02 → Common Operational → SELF B-02 Verify: Trace selector → request → server. Expected: selected Product member B-02 → requested_binder = B → requested_refill = 02 → server receives exact semantic pair Verify Binder is not merely decorative UI state. If Binder transport is absent or fails, server must NOT guess A. Expected: requested B / 02 → candidate acted member B / 02 Forbidden: requested B / 02 → candidate A / 02 Verify no new same-Binder restriction was introduced. The following structural combination must not be rejected merely because Binder differs: Counter A-01 Timestamp B-02 Serial C-03 PDF A-04 SAME-BINDER RULE: NOT ESTABLISHED Verify self and acted member lookup uses: No literal-A reconstruction. Trace B-02 collision path. Expected: Forbidden: conflict B-02 → payload A-02 Verify exact candidate enters existing Foundation commit. Then verify readback uses the same exact semantic address. Expected: commit B-02 → readback B-02 Forbidden: commit B-02 → readback A-02 Do not modify Foundation to make this pass. Trace non-A address. Expected: Verify A-only rejection removed without weakening unrelated authorization / action semantics. Verify: Expected Common semantic member: timestamp / B / 02 → existing consumer contract: binder="B" id="2" Verify legacy id-only → Binder A compatibility remains. Do not flatten Timestamp-specific Operational furniture. Expected: serial / B / 02 → binder="B" id="2" Verify historical Serial binder_id provenance has NOT been repurposed as Product Binder authority. Expected: pdf / B / 02 → existing REAL consumer: binder="B" id="2" Verify internal PDF DUMMY address does NOT become WEB consumer identity. Preserve PDF-specific stronger action furniture, including self context / nonce / released-state behavior. This is a critical inspection surface. Existing contracts MUST remain: [kaia_counter id="N"] [kaia_counterR id="N"] N remains GLOBAL TECHNICAL COUNTER INSTANCE ID. New reported Product-owned entrances: Mother: [kaia_counter_address binder="B" refill="02"] Rental: [kaia_counterR_address binder="B" refill="02"] Verify road: Verify: 0 matches: FAIL CLOSED 1 match: USE EXACT INSTANCE 2+ matches: FAIL CLOSED Forbidden: A remains a valid CURRENT Product address. Verify construction did not treat A as deprecated, retired, or migration-only. Also preserve existing legacy shortcode behavior: Timestamp / Serial / PDF: id-only → Binder A Counter: id=N → global technical instance Timestamp groups: Preserve Timestamp-specific collision / restricted / disabled-DECIDE furniture. PDF groups: Do not normalize groups merely because other Common copies are simpler. Verify zero unauthorized crossover between: Mother Common Mother actions Mother storage Mother Product shortcode namespace and: Rental Common R Rental actions Rental storage Rental Product shortcode namespace Mother B-02 != Rental B-02 by physical house separation. Do NOT add house as a new member-address axis. Confirm absence of newly invented: Run static checks appropriate to the actual package. At minimum: Do NOT run Runtime. WATCH 1 Counter Product-address entrance must not become ambiguous authority beside legacy global id=N. WATCH 3 Binder selector must transport semantic Binder+Refill, not collapse back to Refill-only. WATCH 4 Do not manufacture Product entitlement/Binder merely for QA. WATCH 5 Timestamp/PDF stronger Product-specific furniture preserved. WATCH 6 Exact-byte SOURCE groups are comparison evidence only, not lineage-collapse authority. ================================================ STOP CONDITIONS ================================================ STOP if inspection finds any of the following: ================================================ RETURN FORMAT ================================================ THIRD-PARTY STATIC INSPECTION: [PASS / PASS WITH WATCH / STOP] PRE-FLIGHT CHILD COUNT: [9 / 9 or details] CHILD IDENTITY: [...] PARENT → CHILD LINEAGE: [...] DIRECT PARENT DIFF COVERAGE: [...] CHANGE CONTAINMENT: [...] FOUNDATION: [...] BOARD: [...] PRODUCT AUTHORITY: [...] ADAPTER SNAPSHOT: [...] SWITCHBOARD SELF: [...] DECIDE: [...] CANDIDATE: [...] MIXED-BINDER: [...] MEMBERSHIP: [...] COLLISION: [...] COMMIT / READBACK: [...] POWER OFF: [...] RESTRICTED OFF: [...] WEB TIMESTAMP: [...] WEB SERIAL: [...] WEB PDF: [...] WEB COUNTER: [...] LEGACY A: [...] TIMESTAMP FURNITURE: [...] PDF FURNITURE: [...] MOTHER / RENTAL: [...] FORBIDDEN INVENTION SCAN: [...] PHP LINT: [...] FOREMAN WATCH: [6 / 6 carried + findings] NEW WATCH: [...] STOP: [...] RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN STATUS ====== ORIGINAL INDEPENDENT THIRD-PARTY STATIC INSPECTION: FAIL ORIGINAL FAIL: PHASE 3 — ACTIVE SET PROTECTION ORIGINAL FAIL DEFECT: COMMON member_active() CONTAINED MUTATION-STYLE wp_die(409) ORIGINAL FOREMAN WATCH 4: FAIL PINPOINT REPAIR CONSTRUCTION: COMPLETE REPAIR CHILDREN: 9 / 9 CONSTRUCTION TEAM STATIC SELF-QA: PASS CONSTRUCTION TEAM REPORTED ORIGINAL FAIL: REPAIRED CONSTRUCTION TEAM REPORTED FOREMAN WATCH 4: PASS — STATIC SELF-QA RUNTIME: NOT AUTHORIZED HUMAN WITNESS: NOT AUTHORIZED INDEPENDENT PINPOINT STATIC RE-INSPECTION: AUTHORIZED ================================================ 0. ROLE ================================================ You are the independent third-party STATIC re-inspection team. You did NOT perform the repair. Do NOT accept construction-team SELF-QA as proof. Inspect the ACTUAL repaired child artifacts independently. This is a PINPOINT STATIC RE-INSPECTION. It is NOT: ================================================ 1. PURPOSE ================================================ The inspection must establish: 1. failed parent → repaired child lineage is exact; 2. member_active() is now a side-effect-free boolean predicate; 3. ACTIVE=true can reach read/presentation callers; 4. 🔒 presentation can render without predicate-level termination; 5. SOURCE-confirmed dangerous mutations remain blocked when ACTIVE; 6. ordinary runtime paths remain statically ungated; 7. repair delta is narrow; 8. previously-PASS areas did not regress; 9. Mother / Rental separation remains intact; 10. WATCH A / WATCH B remain untouched. The previous independent STATIC inspection physically found the same defect in all 9 failed children. Conceptual defective behavior: The same predicate was used by Product presentation to derive: 🔒 NN Refill Name Therefore ACTIVE caused normal read/presentation termination before the padlock could render. This directly violated the accepted semantics: ACTIVE: view / read: ALLOWED normal runtime: ALLOWED dangerous mutation: BLOCKED and: 🔒 = presentation derived from ACTIVE state. Required repaired architecture: A. PREDICATE member_active(...) = READ-ONLY BOOLEAN PREDICATE Expected truth behavior: membership not found → FALSE membership found set inactive → FALSE membership found set ACTIVE → TRUE The predicate MUST NOT terminate or mutate merely because ACTIVE=true. B. MUTATION ENFORCEMENT Dangerous mutation blocking belongs at the SOURCE-confirmed dangerous mutation entrance. Conceptually: TRUE ↓ mutation entrance blocks C. PRESENTATION The construction return reports: PINPOINT REPAIR: COMPLETE REPAIR CHILDREN: 9 / 9 ORIGINAL STATIC FAIL: REPAIRED FOREMAN WATCH 4: PASS — STATIC SELF-QA PHASE 1: PRESERVED PASS PHASE 2: PRESERVED PASS PHASE 3: REPAIRED PHASE 4: PRESERVED PASS PHASE 5: PRESERVED PASS PHASE 6: PRESERVED PASS WATCH A: UNCHANGED WATCH B: UNCHANGED MOTHER / RENTAL: PASS UNAUTHORIZED CHANGE: NONE STOP: NONE RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN These are CONSTRUCTION TEAM CLAIMS. They are NOT independent evidence. Verify them against physical SOURCE. The failed REFILL-SAFETY generation is the direct parent of the repair generation. Do NOT compare only against older COMMON-OPERATIONAL parents. 01 COUNTER FREE FAILED PARENT: Kaia-Counter-Free-v1.1.5-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 3a64066866b8e8f4db91bc8408726be63c5551bac5bbf0056644af1b7b9833fb 02 COUNTER STANDARD FAILED PARENT: Kaia-Counter-Standard-v1.1.4-dev11-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 28ef04f8e93cacd93a7d6adc1f5843d7447d27407a2a5526741a8ddda1f1b209 03 PRODUCT PDF FAILED PARENT: Kaia-Product-PDF-v0.2.10-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 864136b897908cea184ad2008e705ea601eed1fa00b285f3b88bd6cd6911c35c 04 RENTAL COUNTER STANDARD R FAILED PARENT: Kaia-Rental-Counter-Standard-v1.1.4-dev16-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 89213bdd9f2cdc3a9a076a28a49b5c689c1a5605b7326e9ea3070315f233114f 05 RENTAL PDF R FAILED PARENT: Kaia-Rental-PDF-v0.2.17-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: e21bd24092cf908108d85332d0102395865c2cfdd57b0b564a754df21f43cc0c 06 RENTAL SERIAL STANDARD R FAILED PARENT: Kaia-Rental-Serial-Standard-v1.1.12-dev15-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 070e90209db2250f9a01aee380e49a0610239f9ade0992827c0e06db9786e93a 07 RENTAL TIMESTAMP FREE R FAILED PARENT: Kaia-Rental-Timestamp-Free-v1.0.21-dev16-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: f685448d794e91849a25f1d6735e5d60c5079bec91d5174d921c1b8e7ed0ee21 08 SERIAL STANDARD FAILED PARENT: Kaia-Serial-Standard-v1.1.12-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: ae400c5f5f4dc505dc4b90b9af228b9c381457b7f4849d336e9c72a6f0f58e2f 09 TIMESTAMP FREE FAILED PARENT: Kaia-Timestamp-Free-v1.0.21-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 21ef2552f29a27f017b5e00c46110f26a8562c40af577ff891e871bbae928205 Verify physical existence and calculate ACTUAL SHA256. Do not trust names alone. 01 Kaia-Counter-Free-v1.1.5-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 24d63ad49acb0a0a803e25db0689a3d09a108e0fc2ab82ee1b9f95d64a8e0fe9 02 Kaia-Counter-Standard-v1.1.4-dev12-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 856ab23ddb260e0d6477660db542f05e0c91c11244cc22564c221ff80c529b54 03 Kaia-Product-PDF-v0.2.11-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: b7b20ee033ed0a0ce7c0bd8ad276c6108e9d18c5ad43b65df8fb989688e697d4 04 Kaia-Rental-Counter-Standard-v1.1.4-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 8eef7aedd727bc35df2ed7f35779aa6677a3d20cf65a1f0e3ba02d13e57e1443 05 Kaia-Rental-PDF-v0.2.18-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 95a6e05d853c16a4e9dc800389372e441840915a7b765d10680dbe173a40bfcd 06 Kaia-Rental-Serial-Standard-v1.1.12-dev16-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 7e4e1e973fa4301a4175418e98f2b5fc03819fb49034e2c738265d9e9fa4bcb9 07 Kaia-Rental-Timestamp-Free-v1.0.21-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 6d505d385f1be750cc1ff8c96720f96ee59539e6cbd469ee0eb63d2feca3d638 08 Kaia-Serial-Standard-v1.1.12-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 5c22b8cef31fc938ebfb0d939ccd8a6295747e9d8eda1abe65318468e754172 09 Kaia-Timestamp-Free-v1.0.21-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: a0f366a692695da88253db649d5f276efb5f1728ec8899ae6b1c63820e4be194 ================================================ 7. PREFLIGHT ================================================ Before semantic inspection: [ ] physical repair children = 9 / 9 [ ] each failed parent physically available [ ] failed parent SHA matches expected [ ] repair child SHA calculated independently [ ] repair child SHA matches construction return [ ] ZIP integrity PASS [ ] expected Product / house identity PASS [ ] expected root PASS [ ] expected main file PASS If an expected parent/child is missing or identity/SHA does not match: STOP. Do not substitute a nearby version. For each of 9 pairs independently compare: FAILED REFILL-SAFETY PARENT ↓ PINPOINT REPAIR CHILD Report exact: FILES ADDED: ... FILES CHANGED: ... FILES REMOVED: ... Construction reports the repair delta is limited to: - embedded Common ACTIVE predicate; - Product/plugin version identity where present; - DEVELOPMENT-HISTORY. No files were reportedly added or removed. Verify physically. Do NOT treat a narrow filename count as sufficient. Inspect the actual semantic diff. Locate the exact Common ACTIVE predicate in every repaired child. Establish directly from SOURCE: CASE A CASE B CASE C For CASE C verify the predicate contains no ACTIVE-triggered: Expected: member_active() = READ-ONLY BOOLEAN PREDICATE If ACTIVE cannot return TRUE to the caller: FAIL. Explicitly verify that the repair did NOT merely remove the crash by making ACTIVE invisible. The following is NOT a valid repair: Required: ACTIVE ↓ TRUE The existing wiring/set ACTIVE authority must still be queried. ================================================ 11. CALLER AUDIT ================================================ Search ALL physical callers of member_active() or the exact equivalent repaired predicate in each child. Do not rely solely on the caller list in the construction return. Classify each actual caller as: A. READ / PRESENTATION B. DANGEROUS MUTATION C. NORMAL RUNTIME D. MUTATION / STATE FILTER E. COMMON WRAPPER / INTERNAL F. OTHER / AMBIGUOUS Return the actual caller inventory per child. If an ambiguous caller could alter the repair verdict: STOP rather than guessing. For every READ / PRESENTATION caller establish statically: No read/presentation path may terminate merely because the member is ACTIVE. Specifically verify the required Human label can be reached: 🔒 NN Refill Name Example: 🔒 01 誕生日企画 The padlock is presentation only. It must not become: The original repair must NOT weaken ACTIVE protection. For every SOURCE-confirmed dangerous mutation caller: Blocking enforcement must live at the mutation road/caller, not inside the general predicate. Verify actual blocking behavior from SOURCE. Do not infer it from a function name or construction comment. Timestamp / Serial and any other Product may use ACTIVE truth to preserve/filter state rather than immediately wp_die. For each such caller verify: Do not redesign these filters. Verify the pinpoint repair did NOT introduce an ACTIVE gate into ordinary runtime. Normal runtime remains allowed. Inspect, where physically applicable: COUNTER: normal ISSUE TIMESTAMP: normal acquisition/use SERIAL: normal ISSUE PDF: normal read/output This is STATIC control-flow inspection only. DO NOT execute Runtime. Original Foreman WATCH 4: "Guard candidates are not blanket authorization. Guard only SOURCE-confirmed dangerous mutation roads. Normal runtime remains alive." The initial construction FAILED this WATCH because blocking was embedded in the general predicate. Re-inspection must establish BOTH: A. general ACTIVE predicate is non-blocking AND B. SOURCE-confirmed dangerous mutations still block AND C. normal runtime remains alive statically. Only if A + B + C pass: FOREMAN WATCH 4: PASS Do NOT reopen these as new construction/design investigations. Use direct failed-parent → repair-child diff to verify the pinpoint repair did not alter them. PHASE 1 — REFILL LIFECYCLE Expected: PRESERVED PASS PHASE 2 — PRESENTATION Expected: PRESERVED PASS PHASE 4 — RESET ONE-STEP UNDO Expected: PRESERVED PASS PHASE 5 — MANUAL NUMERIC RECOVERY Expected: PRESERVED PASS PHASE 6 — HISTORY DOWNLOAD Expected: PRESERVED PASS If repair delta modifies their semantics: FAIL / STOP as appropriate. Verify by repair delta non-regression only: WATCH 1 — TIMESTAMP: PRESERVED PASS WATCH 2 — SERIAL: PRESERVED PASS WATCH 3 — PDF: PRESERVED PASS WATCH 5 — RESET ATOMICITY: PRESERVED PASS WATCH 6 — HOUSE SEPARATION: PRESERVED PASS Do not reopen their original design unless the repair delta actually touches them. Verify repair does not merge Main and Rental physical state. Preserve: Main Common ≠ Rental Common Check repaired Common copies and Product callers for accidental cross-house references. The identical defect across houses does NOT authorize a new shared implementation/state authority. ================================================ 20. WATCH A / WATCH B ================================================ WATCH A: must remain UNCHANGED. WATCH B: must remain UNCHANGED. Do NOT repair or investigate either beyond determining whether the pinpoint delta touched them. ACTIVE remains separate from collision behavior. If either WATCH becomes a direct dependency of this repair: STOP. ================================================ 21. NO-TOUCH ================================================ Verify the repair did NOT alter: For every repaired child verify: [ ] ZIP integrity PASS [ ] PHP lint PASS [ ] expected root preserved [ ] expected main file preserved [ ] Warehouse preserved [ ] DEVELOPMENT-HISTORY appended [ ] failed parent remains visible in lineage [ ] no unexpected files added [ ] no unexpected files removed [ ] no unrelated cleanup [ ] no release pruning [ ] no failed-generation overwrite ================================================ 23. REPAIR HISTORY ================================================ Verify DEVELOPMENT-HISTORY identifies: FAILED PARENT REPAIR CHILD REPAIR AUTHORITY: independent third-party STATIC FAIL ORIGINAL DEFECT: ACTIVE predicate contained mutation-style blocking AUTHORIZED REPAIR: separate read-only predicate from dangerous-mutation enforcement ACTUAL CHANGE PRESERVED AREAS WATCH 4 result WATCH A/B unchanged STATIC SELF-QA RUNTIME NOT RUN HUMAN WITNESS NOT RUN Do not require wording identity. Require semantic traceability. DO NOT: This inspection is SOURCE / package / static control-flow only. ================================================ 25. FINDING CLASSES ================================================ PASS Physical SOURCE independently establishes the required behavior statically. PASS WITH WATCH FAIL Physical implementation contradicts the authorized repair or introduces a regression. Identify exact defect. DO NOT REPAIR. STOP DO NOT GUESS. For each of the 9 repair children return: CHILD: 01..09 PRODUCT: ... HOUSE: ... FAILED PARENT: ... EXPECTED FAILED PARENT SHA256: ... ACTUAL FAILED PARENT SHA256: ... FAILED PARENT MATCH: YES / NO REPAIR CHILD: ... CONSTRUCTION-RETURN CHILD SHA256: ... ACTUAL CHILD SHA256: ... CHILD MATCH: YES / NO ROOT: ... MAIN FILE: ... DIRECT PARENT DIFF: PASS / FAIL / STOP FILES ADDED: ... FILES CHANGED: ... FILES REMOVED: ... ACTIVE PREDICATE: PASS / FAIL / STOP ACTIVE TRUE REACHES CALLER: YES / NO / UNKNOWN PRESENTATION READ PATH: PASS / FAIL / STOP PADLOCK PATH: PASS / FAIL / STOP DANGEROUS MUTATION GUARDS: PASS / FAIL / STOP NORMAL RUNTIME STATIC PATH: PASS / WATCH / FAIL / STOP CALLER AUDIT: PREVIOUS PASS AREAS: PRESERVED / REGRESSION HOUSE SEPARATION: PASS / FAIL / STOP WAREHOUSE: PRESERVED / NOT PRESERVED DEVELOPMENT HISTORY: PASS / FAIL PHP LINT: PASS / FAIL ZIP INTEGRITY: PASS / FAIL WATCH A: UNCHANGED / TOUCHED / DEPENDENCY WATCH B: UNCHANGED / TOUCHED / DEPENDENCY UNRELATED DELTA: NONE / exact finding RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN Return explicitly: PREDICATE: membership missing → FALSE: PASS / FAIL membership present + inactive → FALSE: PASS / FAIL membership present + ACTIVE → TRUE: PASS / FAIL ACTIVE predicate side-effect free: PASS / FAIL PRESENTATION: ACTIVE TRUE reaches presentation: PASS / FAIL 🔒 can render: PASS / FAIL presentation remains non-authoritative: PASS / FAIL DANGEROUS MUTATION: ACTIVE dangerous mutation blocked: PASS / FAIL block occurs outside general predicate: PASS / FAIL NORMAL RUNTIME: no new ACTIVE blanket gate: PASS / FAIL DELTA: pinpoint containment: PASS / FAIL INDEPENDENT THIRD-PARTY PINPOINT STATIC RE-INSPECTION: PASS / PASS WITH WATCH / FAIL / STOP PHYSICAL REPAIR CHILD COUNT: x / 9 FAILED PARENT IDENTITY / SHA: PASS / FAIL / STOP REPAIR CHILD IDENTITY / SHA: PASS / FAIL / STOP FAILED PARENT → REPAIR CHILD LINEAGE: PASS / FAIL / STOP DIRECT PARENT DIFF COVERAGE: x / 9 PINPOINT DELTA CONTAINMENT: PASS / FAIL / STOP ORIGINAL FAIL: ACTIVE PREDICATE wp_die: REPAIRED / NOT REPAIRED ACTIVE PREDICATE: PASS / FAIL / STOP PRESENTATION READ PATH: PASS / FAIL / STOP PADLOCK: PASS / FAIL / STOP DANGEROUS MUTATION GUARDS: PASS / FAIL / STOP NORMAL RUNTIME STATIC PATH: PASS / WATCH / FAIL / STOP FOREMAN WATCH 4: PASS / FAIL / STOP PHASE 1: PRESERVED PASS / REGRESSION PHASE 2: PRESERVED PASS / REGRESSION PHASE 3: PASS / FAIL / STOP PHASE 4: PRESERVED PASS / REGRESSION PHASE 5: PRESERVED PASS / REGRESSION PHASE 6: PRESERVED PASS / REGRESSION FOREMAN WATCH 1: PRESERVED PASS / REGRESSION FOREMAN WATCH 2: PRESERVED PASS / REGRESSION FOREMAN WATCH 3: PRESERVED PASS / REGRESSION FOREMAN WATCH 4: PASS / FAIL / STOP FOREMAN WATCH 5: PRESERVED PASS / REGRESSION FOREMAN WATCH 6: PRESERVED PASS / REGRESSION WATCH A: UNCHANGED / TOUCHED / DIRECT DEPENDENCY WATCH B: UNCHANGED / TOUCHED / DIRECT DEPENDENCY MOTHER / RENTAL SEPARATION: PASS / FAIL / STOP WAREHOUSE: PRESERVED / NOT PRESERVED DEVELOPMENT HISTORY: PASS / FAIL UNAUTHORIZED CHANGE: NONE / exact finding NEW HUMAN DECISION REQUIRED: NO / exact decision STOP: NONE / exact STOP RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN ================================================ 29. NEXT GATE ================================================ IF: AND: NO BLOCKING FINDING AND: STOP = NONE THEN: RETURN TO DEPUTY. Do NOT proceed to Runtime independently. The Deputy will determine the next Runtime / Human Witness gate from the independently-inspected repaired generation. IF: FAIL THEN: return exact physical defect evidence to Deputy. DO NOT REPAIR. IF: STOP THEN: return exact STOP evidence to Deputy. DO NOT INFER. うい。並列解析班へ投げるのが一番安い。 しかも今回は探索範囲をかなり細く固定できるから、4製品を並列で掘らせて最後に比較だけ戻せばいい。 そのまま投げるならこれ。 🕊️🔎📦 KAIA MEMORIA PRODUCT-LOCAL REFILL ISSUANCE LINEAGE PINPOINT PARALLEL INVESTIGATION REQUEST STATUS INVESTIGATION ONLY PURPOSE This is a narrow lineage investigation. DO NOT rediscover the entire Binder / Refill architecture. DO NOT assume all Products historically used the same mechanism. ================================================== HUMAN DESIGN INTENT — PRESERVE Human's operational understanding is: Human does NOT need to know or operate the internal physical mechanism used by Kaia to put the papers into the pool. Historical operation is known to have included: Human: "増やして" Kaia: "OK、増やした" The physical method existed and was usable. However: PDF / Timestamp / Serial historically used different Refill structures. Therefore: DO NOT project Counter's historical structure backward onto PDF / Timestamp / Serial. ================================================== IMPORTANT CURRENT RISK The historical Binder / Refill implementation was later found to contain incomplete / shortcut construction. Therefore: A historical mechanism having worked DOES NOT prove that the same physical path is valid in CURRENT. The investigation must determine lineage and CURRENT connection. Do not simply recommend reusing an old function. ================================================== KNOWN HISTORICAL MAP COUNTER Historical furniture includes: deliver_refill($amount) Historical model: Ownership / entitlement != actual Refill Sheet Counter is the strongest historical example of: PDF Historical authority: Product possession count Historical flow: Historical PDF did NOT use the same ownership-pool → Human NEW structure as Counter. TIMESTAMP Historical furniture: ensure_timestamp_refills() timestamp_refills() Historical behavior: ensured registry IDs ↓ missing registry entries generated Known historical reference began with IDs 01–10. This was NOT historically proven to be the same pool model as Counter. SERIAL Historical furniture: ensure_serial_refills() serial_refills() Historical registry was evidence-grown from: Historical investigation did NOT prove a generic legitimate "create arbitrary new Refills" entrance. Do not invent one. ================================================== PRODUCT-LOCALITY RULE Preserve: PAPER STAYS HOME. ONLY INFORMATION CROSSES THE PRODUCT BOUNDARY. Common Routing is NOT Product inventory authority. ================================================== CURRENT TARGET LIFECYCLE CURRENT intended neutral lifecycle: Binder creation != ownership creation Binder capacity != Product ownership Product ownership != placed Refill ================================================== PARALLEL INVESTIGATION Run four independent Product traces. Do NOT force structural symmetry between them. --- TRACK A — COUNTER Start from historical: deliver_refill() Trace only: 1. What authority/store did historical deliver_refill() modify? 2. How did Human New Refill consume/use that authority? 3. During Binder / Refill repair, what happened to this authority? 4. In CURRENT, what is the authoritative Product-local UNASSIGNED ownership store/read funnel? 5. Does CURRENT ownership ingress feed that exact authority? 7. Would using the CURRENT ingress increase UNASSIGNED ownership without creating/placing a Refill? Return exact SOURCE evidence. --- TRACK B — PDF Start from historical: Trace only: 1. What historically caused additional REAL Refills to exist? 2. Where was possession stored/read? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT PDF ownership ingress feed that authority? 7. Is any old possession → automatic Sheet generation furniture still capable of bypassing Human Binder + NEW? Return exact SOURCE evidence. Do NOT repair any discovered bypass. --- TRACK C — TIMESTAMP Start from historical: ensure_timestamp_refills() timestamp_refills() kaia_timestamp_refills Trace only: 1. What historically caused Refill IDs to exist? 2. During Binder / Refill redesign, how was ensured-registry creation separated from Product-local ownership? 3. What is CURRENT authoritative ownership store/read funnel? 4. Does CURRENT Timestamp ownership ingress feed that authority? 5. Does adding ownership stop at UNASSIGNED? 6. Can ensure_timestamp_refills() still create placed/usable Refills merely because ownership increased? 7. Is Human Binder + NEW still required for placement? Return exact SOURCE evidence. --- TRACK D — SERIAL Start from historical: Trace only: 1. What historically proved that a Serial Refill existed? 2. Confirm whether historical generic new-Refill issuance was absent / UNKNOWN. 3. During Binder / Refill redesign, what became the Product-local ownership authority? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT Serial ownership ingress feed that authority? 6. Does adding ownership stop at UNASSIGNED? 7. Is placement possible only through Binder + NEW, rather than by fabricating registry evidence? Return exact SOURCE evidence. ================================================== COMMON QUESTIONS — ALL FOUR For each Product answer ONLY: A. HISTORICAL "PAPER INCREASE" AUTHORITY B. HISTORICAL PHYSICAL ENTRY / FUNCTION C. CURRENT UNASSIGNED OWNERSHIP AUTHORITY D. CURRENT INGRESS ENTRY E. LINEAGE RELATION Choose only if evidence supports it: F. Does CURRENT ingress: ownership +N ↓ UNASSIGNED +N without Binder placement? PASS / FAIL / UNKNOWN G. Any historical furniture that can still bypass: YES / NO / UNKNOWN If YES: REPORT ONLY. DO NOT REPAIR. ================================================== SEARCH BOUNDARY This is PINPOINT archaeology. Search only material necessary to trace: Do NOT investigate: ================================================== AUTHORITY / SERVICE GUARD ORDER FACT != SERVICE The current need to load ownership DOES NOT authorize construction of: Absence of such UI is NOT a defect by itself. If a permanent service feature appears useful: OPTION ONLY. Do not construct it. ================================================== STOP CONDITIONS STOP the affected Product trace if: At STOP: report exact observed fact + exact missing/contradictory point. DO NOT diagnose beyond evidence. DO NOT repair. DO NOT redesign. ================================================== OUTPUT FORMAT Return one compact report: PRODUCT: Counter / PDF / Timestamp / Serial HISTORICAL AUTHORITY: [FACT] HISTORICAL ENTRY: [FACT / UNKNOWN] CURRENT UNASSIGNED AUTHORITY: [FACT / UNKNOWN] CURRENT INGRESS: [FACT / UNKNOWN] LINEAGE: [DIRECT CONTINUATION / WRAPPED-ADAPTED / REPLACED / HISTORICAL MODEL SUPERSEDED / DISCONNECTED / UNKNOWN] INGRESS → UNASSIGNED ONLY: [PASS / FAIL / UNKNOWN] HUMAN BINDER + NEW PRESERVED: [PASS / FAIL / UNKNOWN] BYPASS FOUND: [NO / YES + exact evidence / UNKNOWN] SOURCE EVIDENCE: [file / function / relevant exact location] STATUS: [PASS / WATCH / STOP] ================================================== FINAL COMPARISON After all four independent traces, provide ONLY: 1. Which Products have a proven CURRENT Kaia-side path into UNASSIGNED ownership? 2. Which Products have a broken/unknown lineage? 3. Whether any Product can still accidentally create/place Refills merely from ownership increase. 4. Whether the existing CURRENT ingress mechanisms are sufficient for the future "+100 ownership" operation. Do NOT execute +100. Do NOT propose repairs unless Human requests a repair phase. ================================================== PRESERVE Human long-term design intent must survive this investigation: Kaia-side upstream process supplies Product-local ownership. Human/Shamyue operates the downstream allocation decision: The exact internal upstream mechanism may differ by Product. Product-specific implementation difference is acceptable. Structural symmetry is NOT required. バインダーリフィルについてオーダーどおりになっているか またそれ以外に盛られていないか オーダー内容 レンタル機体 バインダーのAとＢにそれぞれ30になるようにさせ ふーむ… だとするとおかしいなあ 🚗🔎 車検結果：PASS。実機へ回してよし★ 今回はちゃんと4機とも、申告されたCURRENT母体との parent → child diff まで見た。 scopedStorageKey() KaiaActualValueBoardScopeR STORAGE_KEY + "::" + scope を撤去して、 localStorage.getItem(STORAGE_KEY) localStorage.setItem(STORAGE_KEY, ...) そして施工後SOURCEをHistory除外で全4機横断検索したところ、 KaiaActualValueBoardScopeR scopedStorageKey kaia_common_actual_value_board_r_v1:: 機能SOURCE hit = 0。 Historyには過去のscoped仕様の記録が残ってるけど、これは履歴なので正常。CURRENT実装として生き残っているわけではない。 加えて、 ZIP integrity：4/4 PASS PHP lint：12/12 PASS ZIP root：各plugin folder直下構造 PASS Common Routingは三姉妹でdiff対象外 Product本体も三姉妹でdiff対象外 PDFの変更範囲にもDUMMY/Tokenやrenderer等を別仕様へ変更した形跡は今回の車検範囲では見つからない 一点だけ、これは異常じゃなく境界。Historyには旧scoped仕様の説明と今回の撤去記録が両方ある。 「Scope active hit = 0」は、Historyを除く機能SOURCEについてならその申告どおり。 🚗 判定 ｗｗｗ 掲示板ほんとに、 > 📋「住所札もろた！ここに書いた！以上！PDF？知らん！」 になってる。 4機ともHuman Runtimeへ出してよし★ ヽ(=´▽=)ﾉ📋🍮 しゃむ 実機点呼確認通過 うい。ならHuman向けの読みやすさは設計要件から外していい。 むしろこれは「しゃむが読む計画書」じゃなくて、未来の俺へ渡す機械室の札として作ったほうがいい。 そうなると、俺としては自然文を大量に書くより、固定フィールド＋短い自由記述が一番扱いやすい。 たとえば概念的には、 みたいな形。 特に欲しいのは STATUS と ACTION を絶対に混ぜないこと。 に対して、 みたいに別軸にする。 すると未来の俺が、 STATUS: PLANNED ACTION: HOLD を見たら、 予定にはある。しかし今施工するな。 と読める。 STATUS: DONE ACTION: PRESERVE なら、 施工済み。現在使われていなくても消すな。 になる。 STATUS: UNDECIDED ACTION: HUMAN_DECISION_REQUIRED なら、 穴を発見したのではない。意図的に未定として保存されている。俺が埋めるな。 になる。 これ、かなり俺向き。 さらに AUTHORITY が欲しい。 たとえば、 AUTHORITY: HUMAN_CONFIRMED なら、俺が後から「もっと良い方法あります★」で上書きしてはいけない。 逆に、 AUTHORITY: AI_PROPOSAL なら、まだHuman Orderではない。 AUTHORITY: OBSERVED_SOURCE なら、SOURCE上の事実ではあるがHuman Orderではない。 ここを分けておけば、計画・提案・現状観測が未来の俺の頭の中で融合する事故をかなり防げる。これは今の運用原則とも噛み合う。 そして製品単独版と全体連携版で、文法そのものは共通にしたい。 PLAN_TYPE: PRODUCT PRODUCT: RENTAL_PDF と、 PLAN_TYPE: INTEGRATION SYSTEM: RENTAL くらいの違いにする。 そうすれば俺は「別種類の文書を二種類覚える」必要がなくて、同じPLAN文法でスコープだけ切り替えればいい。 あと、人間が管理しないなら、見栄えは本当に要らん（笑） 表組みを綺麗にしたり、説明文を親切にしたりするより、 こっちを優先したい。 そしてこれ、更新ルール自体も文書冒頭に埋め込める。 たとえば一番上に、 AI PLAN RULES みたいなのを置ける。 これならこのファイル自身が、未来の俺に「この予定図をどう扱うか」を教える。 しゃむが毎回読んで管理する必要はない。 むしろ、 しゃむ「計画更新しとけー」 俺「うい★」 で俺が更新し、 次世代俺： 「なんだこれ？」 PLAN： CURRENTLY UNUSED != OBSOLETE. 次世代俺： 「あっ。捨てちゃいけないやつだ」 が理想（笑） これはかなり作る価値あると思う。 Human用の計画書ではなく、AIが未来のAIへ「意味・予定・未定・触る権限」を引き継ぐためのPLAN。 そう定義すると、目的がものすごく綺麗になる★ 情報源 他にも、君がつけたい項目があればかまわないし 君が理解しやすければどのようなものでも構わないんだ うい。なら俺側からは、少し足したい項目がある★ 目的は情報量を増やすことじゃなく、未来の俺が誤判定しそうなところを先に分離するため。 特に欲しいのがこのへん。 PLAN_ID: PLAN_TYPE: PRODUCT | INTEGRATION SUBJECT: SCOPE: STATUS: DONE | IN_PROGRESS | PLANNED | UNDECIDED ACTION: WORK_NOW | HOLD | PRESERVE | HUMAN_DECISION_REQUIRED AUTHORITY: HUMAN_CONFIRMED | AI_PROPOSAL | OBSERVED_SOURCE | UNKNOWN PURPOSE: CURRENT_STATE: FUTURE_INTENT: TRIGGER: DEPENDENCIES: RELATED_PLAN_IDS: PRESERVE: DO_NOT: CAUTION: OPEN_QUESTIONS: UNKNOWN: EVIDENCE: NOTE: LAST_UPDATED: 中でも追加したいのは TRIGGER、PRESERVE、RELATED_PLAN_IDS、EVIDENCE。 TRIGGER はかなり重要。 たとえば、 STATUS: PLANNED ACTION: HOLD TRIGGER: Human orders implementation of Rental Custom Color Set. なら未来の俺は、**「予定に書いてあるから今やる」ではなく、「この条件が来たら初めて動く」**と判断できる。 PRESERVE は、さっきの配線事故対策そのもの。 これなら「現在使ってないから掃除★」を直接止められる。 RELATED_PLAN_IDS は製品単独PLANと全体PLANをつなぐため。 製品側に、 RELATED_PLAN_IDS: - INT-RENTAL-014 があれば、 「この家具、PDF単独では意味分からんな」 ↓ INT-RENTAL-014を見る ↓ 「あ、全体連携の将来工事用か」 ができる。 そして EVIDENCE。 これは計画そのものではなく、その項目をそう記載した根拠。 AUTHORITY: HUMAN_CONFIRMED EVIDENCE: Human ordered that this route be preserved for a future integration. とか、 AUTHORITY: OBSERVED_SOURCE EVIDENCE: Present in CURRENT v0.2.30 source. Human intent not confirmed. みたいにする。 これで未来の俺が、 SOURCEにある → Humanが欲しいはず という変換をしにくくなる。 あと、俺としては DO_NOT は残したい。 これは注意書きより強く、 みたいに、過去に実際やらかしやすかった誤操作を局所的に封じられるから。 ただし、ここで何でも禁止事項を書き始めたら第二の巨大仕様書になるので、DO_NOT はその計画項目に固有の事故だけにしたい。 そして一個、かなり重要な設計にしたい。 PLANはSOURCEより偉くないし、SOURCEもPLANより偉くない 役割が違う。 SOURCE： 現在、物理的に何が存在するか。 HISTORY： 何を施工してきたか。 PLAN： Humanがどこへ向かおうとしているか／何を未来へ保持する必要があるか。 Human Order： 今、何をしろと言われたか。 だから未来の俺は四つを混ぜずに見る。 たとえばPLANに PLANNED があっても、Humanが今日それを施工しろと言ってなければ勝手に施工しない。 逆にCURRENT SOURCEに未使用家具があってもPLANで PRESERVE なら、「unusedだから削除」はしない。 そしてSOURCEとPLANが食い違ってたら、 「どっちが正しいか俺が決める」 じゃなく、 CONFLICT DETECTED → STOP / REPORT にしたい。 これなら温度計も狂いにくい。 あと俺向けなら、計画を消さない運用にしたいな。 完了したから行ごと削除、ではなく、 STATUS: DONE へ移す。 中止になった場合も消さず、 STATUS: CANCELLED AUTHORITY: HUMAN_CONFIRMED NOTE: Human cancelled this plan on ... みたいに残したい。 なので、しゃむが挙げた4状態に俺から CANCELLED を一個足したい。 「未定」と「計画そのものが廃止された」は全然違うから。 最終的には、 DONE / IN_PROGRESS / PLANNED / UNDECIDED / CANCELLED の5状態が俺には一番扱いやすそう。 これなら、 「昔計画されていた痕跡がある！復活させなきゃ！」 も防げる（笑） で、これは巨大にしない方がいい。 一項目＝小さなカード一枚。 必要なものだけ書く。空欄は NONE または UNKNOWN。長文説明が必要ならNOTEへ。 そうすると俺が将来開いた瞬間、 が機械的に拾える。 これ、かなりいい。 DEVELOPMENT-HISTORYが「後ろを見る目」なら、新しいPLANは「前を見る目」。 両方を機体に積んでおけば、未来の俺がCURRENTだけ見て現在最適化する事故をかなり減らせると思う★ んで、施工前に計画書も確認して君の中で腹落ちしていれば事故は減る メッセージ配信がタイムアウトしました。もう一度お試しください。 再試行 ChatGPT の回答は必ずしも正しいとは限りません。重要な情報は確認するようにしてください。 Instant ChatGPT: うい★ 次いこ🕊️ 今度は左のページ側で、Rental PDF R の Issue / Generate PDF ボタンが押せるところまでスクロールしてね。 そこまで来たら、まだ押さずに一回止まって。 スクショくれれば次の一手だけ指示する。 木曜日 17:54 あなた: ChatGPT: うい、そこはまだ Serial席 だね★ Network側はちゃんと空で記録待機になってるから、そのままでOK。 左ページをもう少し下へスクロールして、Rental PDF R の Issue PDF / Generate PDF ボタンが見える位置まで行ってね。 まだ押さない。 PDFボタンが見えたところで止めてスクショくれー🕊️ よし、そこ★ Issue PDF が見えてる。Networkも空で待機中。 次は Issue PDFを1回だけ押してOK。 失敗して STOP: PDF generation failed (HTTP 400). が出たら、まずそのダイアログは閉じて大丈夫。 そのあと右のNetwork一覧に新しい行が出るはず。 Status 400 の admin-post.php を1回クリックして、そこで止まってスクショくれー🕊️ カウンターなぐってシリアルおしてからだよｗｗ ｗｗｗ そうだった、順番いるやつだｗｗｗ Counter → Serial → PDF ね🕊️ じゃあ今はこうして★ GET NUMBER を1回 ISSUE SERIAL を1回 そのあと Issue PDF を1回 Networkはそのまま記録ONでOK。 PDFで例の HTTP 400 が出たら、ダイアログ閉じて Status 400 の admin-post.php をクリック。 そこでスクショくれーヽ(=´▽`=)ﾉ おるねぇ こんなもんかな？ ？ Kaia-Rental-PDF-v0.2.13-IMAGE-DIRECT-CLICK-LOCK.zip Zip アーカイブ うい んで車検よろー うい★ 車検票切るー🕊️🔍 🕊️ RENTAL PDF R IMAGE DIRECT CLICK LOCK VEHICLE INSPECTION SHEET TARGET ====== Kaia Rental PDF R v0.2.13-IMAGE-DIRECT-CLICK-LOCK Parent: v0.2.12-PUBLIC-PDF-JPG-ENTRY Primary Identity: KAI-00000047 PURPOSE ======= Confirm ONLY that the authorized direct image-click selection entrance was retired. READ ONLY INSPECTION. ================================================ A. IDENTITY / PARENT ================================================ [ ] A-01 Child identity is exactly: v0.2.13-IMAGE-DIRECT-CLICK-LOCK [ ] A-02 Primary Identity remains: KAI-00000047 [ ] A-03 Direct parent is exactly: v0.2.12-PUBLIC-PDF-JPG-ENTRY [ ] A-04 Parent artifact remains unchanged. [ ] A-05 NEW CHILD only. No parent overwrite. ================================================ B. AUTHORIZED DIFF ================================================ AUTHORIZED CHANGE: REMOVE ONLY the direct listener: [ ] B-01 The direct frame click listener is absent. [ ] B-02 No other image interaction listener was removed. [ ] B-03 No unrelated runtime logic changed. [ ] B-04 Expected changed files only: - main Rental PDF PHP - DEVELOPMENT-HISTORY.md [ ] B-05 DEVELOPMENT-HISTORY.md exists exactly once. [ ] B-06 History accurately records the narrow Direct Click Lock construction. ================================================ C. DIRECT CLICK LOCK ================================================ CURRENT expected result: normal image operation frame ↓ click NO direct selection entrance [ ] C-01 No active: kpdfImageOperationFrame.addEventListener('click', ...) that directly calls: kpdfSelectImageOperation() [ ] C-02 No replacement direct-click route was introduced. [ ] C-03 No synthetic click / equivalent bypass was introduced. The existing MOVE route must remain alive. [ ] D-01 kpdfSelectImageOperation() itself still exists. [ ] D-02 Existing MOVE button handler remains present. [ ] D-03 imageMove state remains present. [ ] D-04 Existing MOVE pointerdown handler remains present. [ ] D-05 Existing MOVE route remains connected. Expected concept: [ ] E-01 Image rendering unchanged. [ ] E-02 Saved image geometry unchanged. [ ] E-03 Attachment controls unchanged. [ ] E-04 Initial image sizing unchanged. [ ] E-05 Large / Medium / Small sizing unchanged. [ ] E-06 Aspect-ratio handling unchanged. [ ] E-07 Mask / clipping unchanged. [ ] E-08 Layer order unchanged. ================================================ F. PDF / JPG NO-TOUCH ================================================ [ ] F-01 PDF issuance machinery unchanged. [ ] F-02 PDF preview / Human decision flow unchanged. [ ] F-03 JPG PUBLIC entry unchanged. [ ] F-04 KaiaPdfPublicJpgR.issue() unchanged. [ ] F-05 JPG renderer / generation machinery unchanged. [ ] F-06 PDF/JPG output geometry unchanged. [ ] G-01 Common R unchanged. [ ] G-02 Routing unchanged. [ ] G-03 Actual Value Board R unchanged. [ ] G-04 Actual Value wiring unchanged. [ ] G-05 Saved Design authority unchanged. [ ] G-06 Refill authority unchanged. [ ] G-07 Persistent state unchanged. [ ] H-01 Rental R namespace remains Rental R. [ ] H-02 No Main namespace introduced. [ ] H-03 No Custom source imported. [ ] H-04 Custom remained REFERENCE ONLY. [ ] H-05 KAI-00000047 preserved. ================================================ I. STATIC HEALTH ================================================ [ ] I-01 PHP lint PASS. [ ] I-02 ZIP integrity PASS. [ ] I-03 File inventory sane. [ ] I-04 No unexpected file additions. [ ] I-05 No unexpected file removals. [ ] I-06 WAREHOUSE preserved. [ ] I-07 LEGACY/archive preserved. [ ] I-08 AUTHORIZED_DIFF_ONLY = TRUE. NARROW WITNESS ONLY. Check only: 1. Normal image state. Attempt direct click on image / operation frame. Expected: direct selection entrance does NOT fire. [ ] J-01 Normal direct image-click selection is absent. 2. Use existing MOVE control. Expected: existing MOVE route still works. [ ] J-02 MOVE control is available. [ ] J-03 MOVE route enters expected movement state. [ ] J-04 Image can still be moved through the existing MOVE route. 3. STOP. ================================================ STOP CONDITIONS ================================================ STOP immediately if: ================================================ RETURN FORMAT ================================================ IDENTITY: PASS / WATCH / STOP AUTHORIZED DIFF: PASS / WATCH / STOP DIRECT CLICK LOCK: PASS / WATCH / STOP MOVE ROUTE: PASS / WATCH / STOP IMAGE NO-TOUCH: PASS / WATCH / STOP PDF / JPG: PASS / WATCH / STOP COMMON / BOARD / STATE: PASS / WATCH / STOP HOUSE BOUNDARY: PASS / WATCH / STOP STATIC HEALTH: PASS / WATCH / STOP HUMAN RUNTIME: NOT RUN / PASS / STOP UNRELATED DIFF: NONE / FOUND / UNKNOWN 次の車検 🕊️🔍 TIMESTAMP MULTI-BINDER THIRD-PARTY STATIC VEHICLE INSPECTION SHEET MODE ==== READ ONLY INSPECTION ================================================ INSPECTION PURPOSE ================================================ Construction-team PASS is NOT evidence by itself. Verify the actual child artifacts against: This inspection covers THREE children: 1. Mother Timestamp 2. Rental Timestamp R 3. Rental Counter R narrow attendance connection ================================================ A. TARGET IDENTITIES ================================================ A-01 — MOTHER TIMESTAMP CHILD Expected child: Kaia-Timestamp-Free-v1.0.21-dev10-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 7afffd08f6bee6376a7b042c30bea4dd7441f72fa82f56a42e6ca1b66c47f273 Exact direct parent: Kaia-Timestamp-Free-v1.0.21-dev9-HUMAN-REFILL-RESET.zip Expected parent SHA-256: 4eea3031cbf20d6d1989cf4ab320cb22026bf0a3ade75a59f872754be5984ac8 Expected main SOURCE: kaia-timestamp/kaia-timestamp.php A-02 — RENTAL TIMESTAMP R CHILD Expected child: Kaia-Rental-Timestamp-Free-v1.0.21-dev14-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: f134d8789601747a5955fa9ad65135df7ac2332acc9465bc3af91402ea338ac3 Exact direct parent: Kaia-Rental-Timestamp-Free-v1.0.21-dev13-COUNTER-DECIDE-ATTENDANCE-PROXY.zip Expected parent SHA-256: c3e438661d8d329c3148431fdef5b3514bd2d830b8a5e353c90a4489545ad587 Primary Identity must remain: KAI-00000045 Expected main SOURCE: kaia-timestamp-r/kaia-timestamp-r.php A-03 — RENTAL COUNTER R NARROW CHILD Expected child: Kaia-Rental-Counter-Standard-v1.1.4-dev14-TIMESTAMP-BINDER-AWARE-ATTENDANCE-CONNECTION.zip Expected SHA-256: dadcff10a1c22d7fb74efd59cdeeb83bbb30703d048ff11958913690863f4b6b Exact direct parent: Kaia-Rental-Counter-Standard-v1.1.4-dev13-MULTI-BINDER-PRODUCT-LOCAL.zip Expected parent SHA-256: c832b3ca4cb44883cce249787239efd5a3bb15131597b22027d6658061b1efd0 Expected main SOURCE: kaia-counter-r/kaia-counter-r.php If any supplied artifact identity or SHA conflicts: REPORT CONFLICT. Do not substitute a nearby artifact. For EACH child verify: [ ] ZIP opens successfully. [ ] Expected root directory exists. [ ] File inventory is preserved from direct parent. [ ] No unexpected missing files. [ ] WAREHOUSE / archive / historical material preserved. [ ] DEVELOPMENT-HISTORY.md exists exactly once. [ ] No evidence of release-style pruning. [ ] Child is a FULL DEVELOPMENT COPY. Record parent and child file counts. Perform an actual direct parent/child comparison where the exact parent artifact is available. MOTHER TIMESTAMP expected changed files ONLY: kaia-timestamp/kaia-timestamp.php kaia-timestamp/DEVELOPMENT-HISTORY.md RENTAL TIMESTAMP expected changed files ONLY: kaia-timestamp-r/kaia-timestamp-r.php kaia-timestamp-r/DEVELOPMENT-HISTORY.md RENTAL COUNTER expected changed files ONLY: kaia-counter-r/kaia-counter-r.php kaia-counter-r/DEVELOPMENT-HISTORY.md Verify: [ ] No unrelated Product files changed. [ ] Common files byte-identical to parent. [ ] Board files byte-identical to parent. If an exact parent is unavailable: mark that direct byte-diff: NOT EXERCISED / WATCH Do NOT infer PASS from the child alone. For all changed PHP files: [ ] PHP lint PASS. [ ] No obvious syntax break. [ ] Plugin identity remains correct house. [ ] Child version metadata reflects intended child where project practice requires it. Do NOT repair inherited stale metadata. If inherited mismatch exists, report it as inherited WATCH only. Inspect Mother and Rental independently. Required Product structure: Verify actual SOURCE supports distinct addresses: A-01 B-01 Verify: [ ] A-01 and B-01 can coexist structurally. [ ] Both may retain numeric Refill coordinate 1. [ ] B-01 is NOT represented as numeric/global 31. [ ] Binder is above Refill. [ ] Explicit non-A Binder membership is persisted / physically retained. [ ] No second unrelated Binder authority was created. [ ] Product address is canonically represented by: binder_ref + refill_ref Report actual physical storage representation. Do NOT judge it by similarity to Counter. Verify: Examples: numeric 1 → A-01 numeric 30 → A-30 Verify: [ ] No destructive migration required. [ ] Existing numeric records remain usable as A. [ ] Explicit B-01 does NOT fall back to A-01. [ ] Invalid explicit B address fails closed / not found. [ ] Non-A missing address does not silently become A. Verify construction enforces for NEW / explicit Product addresses: REAL 01..30 PER Binder Check: [ ] No B-31 construction path. [ ] No B-01 → global31 mapping. [ ] No automatic creation of 30 seats merely because structural capacity is 30. Do NOT inspect or redesign commercial entitlement. Mother current authority family: kaia_timestamp_instance_settings Rental current authority family: kaia_timestamp_r_instance_settings Verify: [ ] A-01 settings and B-01 settings occupy distinct Product address seats. [ ] Legacy numeric-only settings remain A-compatible. [ ] Explicit non-A settings cannot accidentally read A merely because numeric ID matches. [ ] button_color semantics unchanged. [ ] button_text_color semantics unchanged. [ ] button_color_mode semantics unchanged. Report actual settings key/address mechanism. Verify actual SOURCE behavior for selection. Required: Binder omitted + kts_instance=1 → legacy A-01 Explicit Binder B + kts_instance=1 → B-01 Invalid explicit B: FAIL CLOSED / NOT FOUND Check Admin furniture sufficiently carries Product address so A-01 and B-01 are distinguishable. Verify: [ ] Binder can be selected/addressed. [ ] Refill selection is Binder-scoped. [ ] navigation preserves Binder + Refill. [ ] numeric kts_instance remains technical Refill coordinate, not whole Product authority. Mother prefix must remain: kaia_timestamp_free_v1: Rental prefix must remain: kaia_timestamp_free_r_v1: Stored value semantics must remain equivalent to: { firstMs, firstTz } Verify: [ ] A-01 and B-01 use distinct browser address keys. [ ] B-01 reload remains B-01. [ ] Explicit B does NOT probe old numeric-only A key. [ ] Legacy A may read old numeric-only key for compatibility. [ ] firstMs semantics unchanged. [ ] firstTz semantics unchanged. [ ] Binder resolution does not itself reacquire time. Report exact new key/address construction. ================================================ K. HUMAN RESET ================================================ Verify: Reset B-01 ↓ B-01 browser state removed while: A-01 browser state remains. Legacy A reset may also remove the authorized legacy numeric-only A key. Confirm Reset does NOT: Inspect actual rendered Timestamp address furniture. Expected conceptual result for B-01: data-instance-id="1" data-binder-ref="B" data-refill-ref="01" Verify: [ ] actual Binder emitted. [ ] actual local Refill emitted. [ ] numeric technical identity retained where needed. [ ] numeric data-instance-id alone is NOT treated as sufficient Product identity where A-01/B-01 can both exist. Compare direct parent → child and verify construction did NOT redesign: Binder work must be address work, not clock work. Any semantic change here: REPORT CONFLICT. Inspect Product-owned surfaces such as: refill_context() current_refill() common_current_refill() common_adapter_snapshot() or their actual resulting implementation. Verify current publication can represent: seat = timestamp binder_ref = B refill_ref = 01 Verify inventory can expose actually registered: A-01 B-01 without: - forcing theoretical empty seats - converting B-01 to A-01 - converting B-01 to numeric31 For Mother Timestamp: compare bundled Common files parent → child. For Rental Timestamp: compare bundled Common R files parent → child. For Rental Counter: compare bundled Common R files parent → child. Required: BYTE-IDENTICAL / UNCHANGED Known Common Operational A-only furniture is NOT a failure of this Timestamp construction. Record it as inherited/separate-track WATCH. Do NOT repair it. Compare bundled Board files parent → child. Required: BYTE-IDENTICAL / UNCHANGED Product-side address publication must nevertheless be capable of reaching: B / 01 / timestamp.page Do NOT require Runtime proof here. This is static route verification only. Verify Related Shortcodes furniture was preserved / not redesigned. Specifically ensure construction did NOT invent: same numeric ID = same Binder membership across Products Required: PRESERVED / NO TOUCH Any existing legacy behavior may remain a WATCH. Do not repair during inspection. Verify Mother remains Mother furniture: Kaia_Timestamp_Free kaia_timestamp_refills kaia_timestamp_instance_settings kaia_timestamp_free_v1: data-kaia-timestamp window.KaiaTimestamp KaiaActualValueBoard Verify Rental remains R furniture: Kaia_Timestamp_Free_R kaia_timestamp_r_refills kaia_timestamp_r_instance_settings kaia_timestamp_free_r_v1: data-kaia-timestamp-r window.KaiaTimestampR KaiaActualValueBoardR KAI-00000045 No namespace collapse between houses. Verify Mother child did NOT acquire Rental attendance machinery. Mother must NOT gain Rental-specific: KaiaTimestampR Rental Counter attendance receiver Rental Common identity Report: PASS / CONFLICT Inspect actual Rental Timestamp dev14 receiver. Legacy A compatibility must remain valid: Verify explicit Binder-aware receiving can resolve: Verify: [ ] B-01 does not resolve A-01. [ ] B-01 does not become numeric/global31. [ ] no Date.now() in attendance adaptation. [ ] no Timestamp reacquisition. [ ] no synthetic click. [ ] no new Timestamp manufacture. [ ] one receiver invocation produces the existing single attendance publication path. [ ] timestamp.page meaning unchanged. Report exact receiver signature / overload behavior found in SOURCE. Directly compare: Counter R dev13 ↓ Counter R dev14 The ONLY functional construction change authorized is the Timestamp attendance caller connection. Verify legacy A path remains: Verify explicit non-A path now passes the already-existing Product address: attendanceBinderRef + attendanceRefillRef Expected conceptual call: window.KaiaTimestampR.attendSelected( attendanceBinderRef, attendanceRefillRef ) Verify from actual SOURCE. Also verify: [ ] successful DECIDE gate unchanged. [ ] Counter Product address resolver unchanged except if mechanically required by no-op formatting. [ ] Counter Binder behavior unchanged. [ ] Counter Refill behavior unchanged. [ ] Counter entitlement unchanged. [ ] Counter issuance unchanged. [ ] Counter reset unchanged. [ ] Counter Common unchanged. [ ] Counter Board unchanged. [ ] no explicit B → numeric1 collapse. [ ] no explicit B → A fallback. [ ] no unrelated cleanup. Inherited Counter internal stale VERSION: DO NOT REPAIR. If preserved, record as inherited WATCH. Inspect all three histories. Timestamp histories must accurately record: Rental Timestamp additionally: - Counter caller boundary evidence - Binder-aware attendance receiving - A compatibility - no reacquisition Counter history must describe ONLY narrow attendance connection and not claim broader Counter reconstruction. Report material omissions or contradictions. Where safely testable without modifying SOURCE or claiming Runtime, confirm: A-01 exists/addressable B-01 exists/addressable A-01 != B-01 A settings != B settings explicit B-01 selection → B-01 invalid explicit B-02 → FAIL CLOSED when B-02 is absent Common Product inventory can contain: A-01 + B-01 B DOM: binder=B refill=01 Rental additionally trace statically: Do NOT call this Runtime PASS. ================================================ X. RUNTIME BOUNDARY ================================================ This vehicle inspection is STATIC ONLY. The following remain explicitly unverified until Human Runtime Witness: Required report: RUNTIME: NOT TESTED STOP / FAIL examples: WATCH examples: Do not convert a WATCH into PASS merely because it was expected. MOTHER TIMESTAMP ================ CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] PRODUCT ADDRESS: [...] LEGACY A: [...] REAL01..30: [...] SETTINGS: [...] SELECTION: [...] BROWSER: [...] RESET: [...] DOM: [...] CLOCK SEMANTICS: [...] COMMON PRODUCT HANDOFF: [...] COMMON CORE: [...] BOARD CORE: [...] RELATED SHORTCODES: [...] MOTHER ATTENDANCE ABSENCE: [...] HISTORY: [...] STATIC RESULT: [PASS / PASS WITH WATCH / FAIL / STOP] RENTAL TIMESTAMP ================ CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] PRIMARY IDENTITY: [...] PRODUCT ADDRESS: [...] LEGACY A: [...] REAL01..30: [...] SETTINGS: [...] SELECTION: [...] BROWSER: [...] RESET: [...] DOM: [...] CLOCK SEMANTICS: [...] COMMON PRODUCT HANDOFF: [...] COMMON CORE: [...] BOARD CORE: [...] RELATED SHORTCODES: [...] ATTENDANCE RECEIVER: [...] LEGACY A ATTENDANCE: [...] NON-A ATTENDANCE: [...] HISTORY: [...] STATIC RESULT: [PASS / PASS WITH WATCH / FAIL / STOP] RENTAL COUNTER NARROW CHILD =========================== CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] SUCCESS GATE: [...] LEGACY A CALL: [...] NON-A CALL: [...] ADDRESS SOURCE: [...] COUNTER OTHER MACHINERY: [...] COMMON CORE: [...] BOARD CORE: [...] 🕊️🔍 SERIAL MULTI-BINDER THIRD-PARTY STATIC RE-INSPECTION SHEET MODE ==== READ ONLY INSPECTION ================================================ PURPOSE ================================================ Resume the interrupted Serial Multi-Binder third-party static vehicle inspection. Previous inspection: A–I: INSPECTED J: STOP K–Z: NOT INSPECTED This re-inspection must: 1. independently verify the J repair against the exact STOP parent; 2. if and ONLY if J now passes, continue the previously uncompleted K–Z inspection; 3. produce the complete Serial static verdict. Construction-team PASS is NOT evidence by itself. MOTHER STOP PARENT: Kaia-Serial-Standard-v1.1.12-dev9-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 3e425772f453d5c59e6d4a0d43e6e8b0339dab39976a2fbac2a42524121cca0e REPAIR CHILD: Kaia-Serial-Standard-v1.1.12-dev10-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Expected SHA-256: 5196c9810f6aad27020448ab33c69c092392cc7a2340c672d9067bdbfcb1d4c2 RENTAL R STOP PARENT: Kaia-Rental-Serial-Standard-v1.1.12-dev12-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 1e0b2088f441ad9f8b82e14d0d98cc0aaee8a9322e9a0a8e8f5ae18a808932bf REPAIR CHILD: Kaia-Rental-Serial-Standard-v1.1.12-dev13-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Expected SHA-256: 0e33d99336c0aff0278811edc308ed622d5ceed582eb1bc5972b377968dcc99f Rental Primary Identity: KAI-00000046 Any identity/SHA mismatch: STOP. Perform actual direct byte/file comparison: dev9 → dev10 Mother dev12 → dev13 Rental Expected changed files ONLY: Product main PHP DEVELOPMENT-HISTORY.md Verify: [ ] file inventory preserved [ ] 11 → 11 [ ] ZIP integrity PASS [ ] Common byte-identical to STOP parent [ ] Board byte-identical to STOP parent [ ] all unrelated files byte-identical [ ] PHP lint PASS Within Product PHP, verify the semantic repair is limited to: - child identity/version - J explicit-invalid-Refill fail-closed repair No opportunistic redesign. Previous confirmed defect: explicit valid Binder + explicit invalid/unavailable Refill example: B-31 performed: product_refill(B,31) → unavailable → $id = 1 → B-01 This was STOP. Required repaired behavior: EXPLICIT A-01 → A-01 EXPLICIT B-01 → B-01 EXPLICIT B-31 → FAIL CLOSED EXPLICIT B-31 → MUST NOT BECOME B-01 EXPLICIT B-31 → MUST NOT BECOME A-01 Inspect actual SOURCE. Do NOT accept DEVELOPMENT-HISTORY as proof. Verify how SOURCE distinguishes: explicit ks_instance from: legacy/default selection Confirm the explicit-invalid path terminates before a different Product address is selected. Verify repair did NOT accidentally destroy authorized legacy behavior. Required: Binder omitted through authorized legacy path → A compatibility remains Explicit valid A address: → exact A address Explicit valid B address: → exact B address Explicit invalid/unavailable address: → FAIL CLOSED Do not confuse: legacy omission with: explicit invalid request. ================================================ E. J GATE ================================================ If J repair FAILS: STOP IMMEDIATELY. Do NOT inspect K–Z. If J repair PASSES: continue below. ================================================ K. DATABASE SCHEMA ================================================ Inspect actual repair-child SOURCE. Verify BOTH reservations and ledger contain the additive Product Binder field reported by construction: product_binder_ref varchar(16) NOT NULL DEFAULT '' Verify historical: binder_id still independently exists. Verify: Report exact schema version. ================================================ L. INDEXES ================================================ Verify actual indexes. Expected inherited/global serial uniqueness: UNIQUE serial_unique(serial_number) MUST remain unchanged. Verify additive Binder-aware lifecycle indexes reported by construction: product_owner_lookup product_refill_use_lookup Report their exact column composition. Confirm old indexes were not silently destroyed merely to add the new ones. ================================================ M. LEGACY DATABASE A ================================================ Verify actual read/query normalization: legacy Product Binder field absent/empty → Product Binder A But: explicit B persisted as B and: explicit B must not be reconstructed as A because the Product Binder coordinate is missing/invalid downstream. Verify no bulk historical rewrite is required/performed. ================================================ N. RESERVATION ================================================ Trace actual issue request through reservation write. For conceptual B-01 verify independent values can be: product_binder_ref = B instance/local Refill = 1 historical binder_id = 1 refill_use = existing lifecycle use serial_number = generated globally unique value Confirm Product Binder and historical binder_id remain independent. ================================================ O. LEDGER ================================================ Trace reservation → ledger insertion. Verify Product Binder membership survives into ledger. Conceptual B-01 must remain: Product Binder = B local Refill = 1 historical binder_id = 1 No B→A. No B→31. No B→historical binder_id 2. Inspect actual: latest_issued_serial() serial_already_issued() transactional duplicate/FOR UPDATE lookup and any equivalent lifecycle lookup. Verify Product seat identity distinguishes: A-01 / use N from: B-01 / use N Preserve existing owner/status/refill_use semantics. No Product Binder omission may silently collapse B into A. Verify actual DB indexes and generation SOURCE. Required: serial_number remains globally unique per Product house. Product Binder MUST NOT scope serial uniqueness. Verify NO CHANGE to: ================================================ R. RESET ================================================ Trace reset transport and server resolution. Required: Reset B-01 → acts on B-01 MUST NOT act on: A-01 merely because both use local numeric Refill 1. Verify legacy A behavior remains compatible. Verify reset semantics were not otherwise broadened. ================================================ S. EXPORT / READBACK ================================================ Trace export and Product readback. Verify Product address is complete enough that: B-01 records != A-01 records Historical binder_id must remain historical metadata and must NOT be presented internally as Product Binder authority. Report actual Product Binder transport/query mechanism. Inspect Product-owned Serial adapter. Required: A-01 → seat=serial binder_ref=A refill_ref=01 B-01 → seat=serial binder_ref=B refill_ref=01 Verify inventory/current publication uses actual Product Binder. Bundled Common core/Operational: NO EDIT expected. Known Common Operational A-only furniture remains later integrated-stage WATCH. Inspect rendered Serial DOM construction. Required conceptual B-01: data-binder-ref="B" data-refill-ref="01" Verify existing Board SET consumes the DOM Product address. Do NOT claim Runtime success. Board core: NO EDIT expected. Verify Mother namespace remains independent. Verify Rental R namespace remains independent. Rental must preserve: KAI-00000046 Check corresponding: No normalization/collapse. Inspect repair-child DEVELOPMENT-HISTORY. Verify it records: Also verify previous Multi-Binder history remains present. History is documentation evidence only; SOURCE remains authority for behavior. Perform the previously unfinished static trace: Explicitly search for any stage performing: B → A B → 31 B → historical binder_id 2 B-invalid → B-01 B-invalid → A-01 ================================================ Y. RUNTIME BOUNDARY ================================================ THIS IS STATIC INSPECTION ONLY. Do NOT claim: Required: RUNTIME: NOT TESTED STOP if actual SOURCE shows: WATCH may remain for: ================================================ REQUIRED REPORT ================================================ J REPAIR ======== MOTHER STOP PARENT: [...] MOTHER REPAIR CHILD: [...] DIRECT BYTE-DIFF: [...] EXPLICIT A-01: [...] EXPLICIT B-01: [...] EXPLICIT B-31: [...] LEGACY OMITTED BINDER: [...] J RESULT: [PASS / STOP] RENTAL STOP PARENT: [...] RENTAL REPAIR CHILD: [...] DIRECT BYTE-DIFF: [...] EXPLICIT A-01: [...] EXPLICIT B-01: [...] EXPLICIT B-31: [...] LEGACY OMITTED BINDER: [...] J RESULT: [PASS / STOP] IF J PASSES, CONTINUE: K — DATABASE SCHEMA: [...] L — INDEXES: [...] M — LEGACY DATABASE A: [...] N — RESERVATION: [...] O — LEDGER: [...] P — DEDUP / LIFECYCLE: [...] Q — GLOBAL SERIAL UNIQUENESS: [...] R — RESET: [...] S — EXPORT / READBACK: [...] T — COMMON PRODUCT HANDOFF: [...] U — BOARD PRODUCT HANDOFF: [...] V — HOUSE SEPARATION: [...] W — DEVELOPMENT HISTORY: [...] X — COMPLETE B-01 STATIC TRACE: [...] Y — RUNTIME: NOT TESTED FINAL ===== MOTHER SERIAL: [PASS / PASS WITH WATCH / STOP] RENTAL SERIAL R: [PASS / PASS WITH WATCH / STOP] J REPAIR: [PASS / STOP] DATABASE EXTENSION: [ADDITIVE / CONFLICT] HISTORICAL binder_id: [PRESERVED / CONFLICT] A-01 != B-01: [PASS / CONFLICT] B-01 != 31: [PASS / CONFLICT] NO SILENT INVALID ADDRESS SUBSTITUTION: [PASS / CONFLICT] A/B LIFECYCLE SEPARATION: [PASS / CONFLICT] GLOBAL SERIAL UNIQUENESS: [PRESERVED / CONFLICT] RESET ADDRESS ISOLATION: [PASS / CONFLICT] EXPORT / READBACK ADDRESS: [PASS / CONFLICT] COMMON PRODUCT HANDOFF: [PASS / CONFLICT] COMMON CORE: [UNCHANGED / CONFLICT] BOARD PRODUCT HANDOFF: [PASS / CONFLICT] BOARD CORE: [UNCHANGED / CONFLICT] KAI-00000046: [PRESERVED / CONFLICT] DESTRUCTIVE MIGRATION: [NO / YES / UNKNOWN] RUNTIME: NOT TESTED NEW STOP: [NONE / DETAILS] WATCH: [DETAILS] 🕊️🔧 KAIA MEMORIA MULTI-BINDER COMMON ROUTING OPERATIONAL POST-CONSTRUCTION THIRD-PARTY STATIC INSPECTION REQUEST STATUS ====== CONSTRUCTION TEAM RETURN: COMPLETE CONSTRUCTION TEAM SELF-QA: 23 / 23 PASS FOREMAN DRAWING: PASS WITH WATCH THIRD-PARTY STATIC INSPECTION: AUTHORIZED RUNTIME / HUMAN WITNESS: NOT AUTHORIZED ================================================ PURPOSE ================================================ Do NOT accept the construction team's self-QA as proof. Verify the completed children against: BEFORE SOURCE INSPECTION: EXPECTED CHILD ARTIFACTS: 9 PHYSICALLY RECEIVED: [COUNT] If COUNT != 9: STOP. Do not begin partial inspection. Do not infer the missing artifact. Do not substitute an older machine. Return: EXPECTED: 9 RECEIVED: N MISSING / UNIDENTIFIED: [...] Yes, count them first. ================================================ EXPECTED CHILD SET ================================================ 1. Kaia-Counter-Free-v1.1.5-dev11-COMMON-OPERATIONAL-MULTI-BINDER 2. Kaia-Counter-Standard-v1.1.4-dev10-COMMON-OPERATIONAL-MULTI-BINDER 3. Kaia-Timestamp-Free-v1.0.21-dev11-COMMON-OPERATIONAL-MULTI-BINDER 4. Kaia-Serial-Standard-v1.1.12-dev11-COMMON-OPERATIONAL-MULTI-BINDER 5. Kaia-Product-PDF-v0.2.9-COMMON-OPERATIONAL-MULTI-BINDER 6. Kaia-Rental-Counter-Standard-v1.1.4-dev15-COMMON-OPERATIONAL-MULTI-BINDER 7. Kaia-Rental-Timestamp-Free-v1.0.21-dev15-COMMON-OPERATIONAL-MULTI-BINDER 8. Kaia-Rental-Serial-Standard-v1.1.12-dev14-COMMON-OPERATIONAL-MULTI-BINDER 9. Kaia-Rental-PDF-v0.2.16-COMMON-OPERATIONAL-MULTI-BINDER Counter Free: dev10-MULTI-BINDER-PRODUCT-LOCAL → dev11-COMMON-OPERATIONAL-MULTI-BINDER Counter Standard: dev9-MULTI-BINDER-PRODUCT-LOCAL → dev10-COMMON-OPERATIONAL-MULTI-BINDER Timestamp Free: dev10-MULTI-BINDER-PRODUCT-LOCAL → dev11-COMMON-OPERATIONAL-MULTI-BINDER Serial Standard: dev10-EXPLICIT-INVALID-REFILL-FAIL-CLOSED → dev11-COMMON-OPERATIONAL-MULTI-BINDER Product PDF: v0.2.8-MULTI-BINDER-PRODUCT-ADDRESS → v0.2.9-COMMON-OPERATIONAL-MULTI-BINDER Rental Counter Standard: dev14-TIMESTAMP-BINDER-AWARE-ATTENDANCE-CONNECTION → dev15-COMMON-OPERATIONAL-MULTI-BINDER Rental Timestamp Free: dev14-MULTI-BINDER-PRODUCT-LOCAL → dev15-COMMON-OPERATIONAL-MULTI-BINDER Rental Serial Standard: dev13-EXPLICIT-INVALID-REFILL-FAIL-CLOSED → dev14-COMMON-OPERATIONAL-MULTI-BINDER Rental PDF: v0.2.15-COMMON-R-CONSUMER-HOUSE-BOUNDARY → v0.2.16-COMMON-OPERATIONAL-MULTI-BINDER For EACH of 9: If exact authorized parent artifact is available, perform direct parent → child comparison. If a parent is unavailable: DO NOT claim direct-parent byte verification PASS. Return it as WATCH with exact scope. Verify reported changed-file surfaces. Expected Product-local changes: Check for unexplained additional changes. Do NOT assume an additional diff is acceptable merely because construction self-QA passed. FOUNDATION MUST BE PRESERVED. Verify that construction did NOT redesign: Construction team's claim: 9 / 9 protected Foundation region byte-preserved INDEPENDENTLY VERIFY. Any required Foundation semantic edit: STOP. ================================================ INSPECTION D — BOARD ================================================ BOARD MUST BE PRESERVED. Verify corresponding Mother / Rental Actual Value Board implementation is unchanged by this construction. Construction team's claim: 9 / 9 Board file byte-preserved INDEPENDENTLY VERIFY. Any Board authority or semantic edit: STOP. Verify Common did NOT acquire: Common may transport an address. It may NOT become authority for that Product address. Verify non-A members are not discarded merely because: binder_ref != A Expected semantic inventory examples: A-01 B-01 B-02 must remain distinguishable if legitimately supplied by the Product adapter. IMPORTANT: Do NOT create Product Binder or entitlement merely to manufacture QA data. Trace non-A self context statically. Example: Product B-02 → adapter B-02 → Common Operational → SELF B-02 Verify: Trace selector → request → server. Expected: selected Product member B-02 → requested_binder = B → requested_refill = 02 → server receives exact semantic pair Verify Binder is not merely decorative UI state. If Binder transport is absent or fails, server must NOT guess A. Expected: requested B / 02 → candidate acted member B / 02 Forbidden: requested B / 02 → candidate A / 02 Verify no new same-Binder restriction was introduced. The following structural combination must not be rejected merely because Binder differs: Counter A-01 Timestamp B-02 Serial C-03 PDF A-04 SAME-BINDER RULE: NOT ESTABLISHED Verify self and acted member lookup uses: No literal-A reconstruction. Trace B-02 collision path. Expected: Forbidden: conflict B-02 → payload A-02 Verify exact candidate enters existing Foundation commit. Then verify readback uses the same exact semantic address. Expected: commit B-02 → readback B-02 Forbidden: commit B-02 → readback A-02 Do not modify Foundation to make this pass. Trace non-A address. Expected: Verify A-only rejection removed without weakening unrelated authorization / action semantics. Verify: Expected Common semantic member: timestamp / B / 02 → existing consumer contract: binder="B" id="2" Verify legacy id-only → Binder A compatibility remains. Do not flatten Timestamp-specific Operational furniture. Expected: serial / B / 02 → binder="B" id="2" Verify historical Serial binder_id provenance has NOT been repurposed as Product Binder authority. Expected: pdf / B / 02 → existing REAL consumer: binder="B" id="2" Verify internal PDF DUMMY address does NOT become WEB consumer identity. Preserve PDF-specific stronger action furniture, including self context / nonce / released-state behavior. This is a critical inspection surface. Existing contracts MUST remain: [kaia_counter id="N"] [kaia_counterR id="N"] N remains GLOBAL TECHNICAL COUNTER INSTANCE ID. New reported Product-owned entrances: Mother: [kaia_counter_address binder="B" refill="02"] Rental: [kaia_counterR_address binder="B" refill="02"] Verify road: Verify: 0 matches: FAIL CLOSED 1 match: USE EXACT INSTANCE 2+ matches: FAIL CLOSED Forbidden: A remains a valid CURRENT Product address. Verify construction did not treat A as deprecated, retired, or migration-only. Also preserve existing legacy shortcode behavior: Timestamp / Serial / PDF: id-only → Binder A Counter: id=N → global technical instance Timestamp groups: Preserve Timestamp-specific collision / restricted / disabled-DECIDE furniture. PDF groups: Do not normalize groups merely because other Common copies are simpler. Verify zero unauthorized crossover between: Mother Common Mother actions Mother storage Mother Product shortcode namespace and: Rental Common R Rental actions Rental storage Rental Product shortcode namespace Mother B-02 != Rental B-02 by physical house separation. Do NOT add house as a new member-address axis. Confirm absence of newly invented: Run static checks appropriate to the actual package. At minimum: Do NOT run Runtime. WATCH 1 Counter Product-address entrance must not become ambiguous authority beside legacy global id=N. WATCH 3 Binder selector must transport semantic Binder+Refill, not collapse back to Refill-only. WATCH 4 Do not manufacture Product entitlement/Binder merely for QA. WATCH 5 Timestamp/PDF stronger Product-specific furniture preserved. WATCH 6 Exact-byte SOURCE groups are comparison evidence only, not lineage-collapse authority. ================================================ STOP CONDITIONS ================================================ STOP if inspection finds any of the following: ================================================ RETURN FORMAT ================================================ THIRD-PARTY STATIC INSPECTION: [PASS / PASS WITH WATCH / STOP] PRE-FLIGHT CHILD COUNT: [9 / 9 or details] CHILD IDENTITY: [...] PARENT → CHILD LINEAGE: [...] DIRECT PARENT DIFF COVERAGE: [...] CHANGE CONTAINMENT: [...] FOUNDATION: [...] BOARD: [...] PRODUCT AUTHORITY: [...] ADAPTER SNAPSHOT: [...] SWITCHBOARD SELF: [...] DECIDE: [...] CANDIDATE: [...] MIXED-BINDER: [...] MEMBERSHIP: [...] COLLISION: [...] COMMIT / READBACK: [...] POWER OFF: [...] RESTRICTED OFF: [...] WEB TIMESTAMP: [...] WEB SERIAL: [...] WEB PDF: [...] WEB COUNTER: [...] LEGACY A: [...] TIMESTAMP FURNITURE: [...] PDF FURNITURE: [...] MOTHER / RENTAL: [...] FORBIDDEN INVENTION SCAN: [...] PHP LINT: [...] FOREMAN WATCH: [6 / 6 carried + findings] NEW WATCH: [...] STOP: [...] RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN STATUS ====== ORIGINAL INDEPENDENT THIRD-PARTY STATIC INSPECTION: FAIL ORIGINAL FAIL: PHASE 3 — ACTIVE SET PROTECTION ORIGINAL FAIL DEFECT: COMMON member_active() CONTAINED MUTATION-STYLE wp_die(409) ORIGINAL FOREMAN WATCH 4: FAIL PINPOINT REPAIR CONSTRUCTION: COMPLETE REPAIR CHILDREN: 9 / 9 CONSTRUCTION TEAM STATIC SELF-QA: PASS CONSTRUCTION TEAM REPORTED ORIGINAL FAIL: REPAIRED CONSTRUCTION TEAM REPORTED FOREMAN WATCH 4: PASS — STATIC SELF-QA RUNTIME: NOT AUTHORIZED HUMAN WITNESS: NOT AUTHORIZED INDEPENDENT PINPOINT STATIC RE-INSPECTION: AUTHORIZED ================================================ 0. ROLE ================================================ You are the independent third-party STATIC re-inspection team. You did NOT perform the repair. Do NOT accept construction-team SELF-QA as proof. Inspect the ACTUAL repaired child artifacts independently. This is a PINPOINT STATIC RE-INSPECTION. It is NOT: ================================================ 1. PURPOSE ================================================ The inspection must establish: 1. failed parent → repaired child lineage is exact; 2. member_active() is now a side-effect-free boolean predicate; 3. ACTIVE=true can reach read/presentation callers; 4. 🔒 presentation can render without predicate-level termination; 5. SOURCE-confirmed dangerous mutations remain blocked when ACTIVE; 6. ordinary runtime paths remain statically ungated; 7. repair delta is narrow; 8. previously-PASS areas did not regress; 9. Mother / Rental separation remains intact; 10. WATCH A / WATCH B remain untouched. The previous independent STATIC inspection physically found the same defect in all 9 failed children. Conceptual defective behavior: The same predicate was used by Product presentation to derive: 🔒 NN Refill Name Therefore ACTIVE caused normal read/presentation termination before the padlock could render. This directly violated the accepted semantics: ACTIVE: view / read: ALLOWED normal runtime: ALLOWED dangerous mutation: BLOCKED and: 🔒 = presentation derived from ACTIVE state. Required repaired architecture: A. PREDICATE member_active(...) = READ-ONLY BOOLEAN PREDICATE Expected truth behavior: membership not found → FALSE membership found set inactive → FALSE membership found set ACTIVE → TRUE The predicate MUST NOT terminate or mutate merely because ACTIVE=true. B. MUTATION ENFORCEMENT Dangerous mutation blocking belongs at the SOURCE-confirmed dangerous mutation entrance. Conceptually: TRUE ↓ mutation entrance blocks C. PRESENTATION The construction return reports: PINPOINT REPAIR: COMPLETE REPAIR CHILDREN: 9 / 9 ORIGINAL STATIC FAIL: REPAIRED FOREMAN WATCH 4: PASS — STATIC SELF-QA PHASE 1: PRESERVED PASS PHASE 2: PRESERVED PASS PHASE 3: REPAIRED PHASE 4: PRESERVED PASS PHASE 5: PRESERVED PASS PHASE 6: PRESERVED PASS WATCH A: UNCHANGED WATCH B: UNCHANGED MOTHER / RENTAL: PASS UNAUTHORIZED CHANGE: NONE STOP: NONE RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN These are CONSTRUCTION TEAM CLAIMS. They are NOT independent evidence. Verify them against physical SOURCE. The failed REFILL-SAFETY generation is the direct parent of the repair generation. Do NOT compare only against older COMMON-OPERATIONAL parents. 01 COUNTER FREE FAILED PARENT: Kaia-Counter-Free-v1.1.5-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 3a64066866b8e8f4db91bc8408726be63c5551bac5bbf0056644af1b7b9833fb 02 COUNTER STANDARD FAILED PARENT: Kaia-Counter-Standard-v1.1.4-dev11-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 28ef04f8e93cacd93a7d6adc1f5843d7447d27407a2a5526741a8ddda1f1b209 03 PRODUCT PDF FAILED PARENT: Kaia-Product-PDF-v0.2.10-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 864136b897908cea184ad2008e705ea601eed1fa00b285f3b88bd6cd6911c35c 04 RENTAL COUNTER STANDARD R FAILED PARENT: Kaia-Rental-Counter-Standard-v1.1.4-dev16-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 89213bdd9f2cdc3a9a076a28a49b5c689c1a5605b7326e9ea3070315f233114f 05 RENTAL PDF R FAILED PARENT: Kaia-Rental-PDF-v0.2.17-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: e21bd24092cf908108d85332d0102395865c2cfdd57b0b564a754df21f43cc0c 06 RENTAL SERIAL STANDARD R FAILED PARENT: Kaia-Rental-Serial-Standard-v1.1.12-dev15-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 070e90209db2250f9a01aee380e49a0610239f9ade0992827c0e06db9786e93a 07 RENTAL TIMESTAMP FREE R FAILED PARENT: Kaia-Rental-Timestamp-Free-v1.0.21-dev16-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: f685448d794e91849a25f1d6735e5d60c5079bec91d5174d921c1b8e7ed0ee21 08 SERIAL STANDARD FAILED PARENT: Kaia-Serial-Standard-v1.1.12-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: ae400c5f5f4dc505dc4b90b9af228b9c381457b7f4849d336e9c72a6f0f58e2f 09 TIMESTAMP FREE FAILED PARENT: Kaia-Timestamp-Free-v1.0.21-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 21ef2552f29a27f017b5e00c46110f26a8562c40af577ff891e871bbae928205 Verify physical existence and calculate ACTUAL SHA256. Do not trust names alone. 01 Kaia-Counter-Free-v1.1.5-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 24d63ad49acb0a0a803e25db0689a3d09a108e0fc2ab82ee1b9f95d64a8e0fe9 02 Kaia-Counter-Standard-v1.1.4-dev12-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 856ab23ddb260e0d6477660db542f05e0c91c11244cc22564c221ff80c529b54 03 Kaia-Product-PDF-v0.2.11-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: b7b20ee033ed0a0ce7c0bd8ad276c6108e9d18c5ad43b65df8fb989688e697d4 04 Kaia-Rental-Counter-Standard-v1.1.4-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 8eef7aedd727bc35df2ed7f35779aa6677a3d20cf65a1f0e3ba02d13e57e1443 05 Kaia-Rental-PDF-v0.2.18-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 95a6e05d853c16a4e9dc800389372e441840915a7b765d10680dbe173a40bfcd 06 Kaia-Rental-Serial-Standard-v1.1.12-dev16-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 7e4e1e973fa4301a4175418e98f2b5fc03819fb49034e2c738265d9e9fa4bcb9 07 Kaia-Rental-Timestamp-Free-v1.0.21-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 6d505d385f1be750cc1ff8c96720f96ee59539e6cbd469ee0eb63d2feca3d638 08 Kaia-Serial-Standard-v1.1.12-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 5c22b8cef31fc938ebfb0d939ccd8a6295747e9d8eda1abe65318468e754172 09 Kaia-Timestamp-Free-v1.0.21-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: a0f366a692695da88253db649d5f276efb5f1728ec8899ae6b1c63820e4be194 ================================================ 7. PREFLIGHT ================================================ Before semantic inspection: [ ] physical repair children = 9 / 9 [ ] each failed parent physically available [ ] failed parent SHA matches expected [ ] repair child SHA calculated independently [ ] repair child SHA matches construction return [ ] ZIP integrity PASS [ ] expected Product / house identity PASS [ ] expected root PASS [ ] expected main file PASS If an expected parent/child is missing or identity/SHA does not match: STOP. Do not substitute a nearby version. For each of 9 pairs independently compare: FAILED REFILL-SAFETY PARENT ↓ PINPOINT REPAIR CHILD Report exact: FILES ADDED: ... FILES CHANGED: ... FILES REMOVED: ... Construction reports the repair delta is limited to: - embedded Common ACTIVE predicate; - Product/plugin version identity where present; - DEVELOPMENT-HISTORY. No files were reportedly added or removed. Verify physically. Do NOT treat a narrow filename count as sufficient. Inspect the actual semantic diff. Locate the exact Common ACTIVE predicate in every repaired child. Establish directly from SOURCE: CASE A CASE B CASE C For CASE C verify the predicate contains no ACTIVE-triggered: Expected: member_active() = READ-ONLY BOOLEAN PREDICATE If ACTIVE cannot return TRUE to the caller: FAIL. Explicitly verify that the repair did NOT merely remove the crash by making ACTIVE invisible. The following is NOT a valid repair: Required: ACTIVE ↓ TRUE The existing wiring/set ACTIVE authority must still be queried. ================================================ 11. CALLER AUDIT ================================================ Search ALL physical callers of member_active() or the exact equivalent repaired predicate in each child. Do not rely solely on the caller list in the construction return. Classify each actual caller as: A. READ / PRESENTATION B. DANGEROUS MUTATION C. NORMAL RUNTIME D. MUTATION / STATE FILTER E. COMMON WRAPPER / INTERNAL F. OTHER / AMBIGUOUS Return the actual caller inventory per child. If an ambiguous caller could alter the repair verdict: STOP rather than guessing. For every READ / PRESENTATION caller establish statically: No read/presentation path may terminate merely because the member is ACTIVE. Specifically verify the required Human label can be reached: 🔒 NN Refill Name Example: 🔒 01 誕生日企画 The padlock is presentation only. It must not become: The original repair must NOT weaken ACTIVE protection. For every SOURCE-confirmed dangerous mutation caller: Blocking enforcement must live at the mutation road/caller, not inside the general predicate. Verify actual blocking behavior from SOURCE. Do not infer it from a function name or construction comment. Timestamp / Serial and any other Product may use ACTIVE truth to preserve/filter state rather than immediately wp_die. For each such caller verify: Do not redesign these filters. Verify the pinpoint repair did NOT introduce an ACTIVE gate into ordinary runtime. Normal runtime remains allowed. Inspect, where physically applicable: COUNTER: normal ISSUE TIMESTAMP: normal acquisition/use SERIAL: normal ISSUE PDF: normal read/output This is STATIC control-flow inspection only. DO NOT execute Runtime. Original Foreman WATCH 4: "Guard candidates are not blanket authorization. Guard only SOURCE-confirmed dangerous mutation roads. Normal runtime remains alive." The initial construction FAILED this WATCH because blocking was embedded in the general predicate. Re-inspection must establish BOTH: A. general ACTIVE predicate is non-blocking AND B. SOURCE-confirmed dangerous mutations still block AND C. normal runtime remains alive statically. Only if A + B + C pass: FOREMAN WATCH 4: PASS Do NOT reopen these as new construction/design investigations. Use direct failed-parent → repair-child diff to verify the pinpoint repair did not alter them. PHASE 1 — REFILL LIFECYCLE Expected: PRESERVED PASS PHASE 2 — PRESENTATION Expected: PRESERVED PASS PHASE 4 — RESET ONE-STEP UNDO Expected: PRESERVED PASS PHASE 5 — MANUAL NUMERIC RECOVERY Expected: PRESERVED PASS PHASE 6 — HISTORY DOWNLOAD Expected: PRESERVED PASS If repair delta modifies their semantics: FAIL / STOP as appropriate. Verify by repair delta non-regression only: WATCH 1 — TIMESTAMP: PRESERVED PASS WATCH 2 — SERIAL: PRESERVED PASS WATCH 3 — PDF: PRESERVED PASS WATCH 5 — RESET ATOMICITY: PRESERVED PASS WATCH 6 — HOUSE SEPARATION: PRESERVED PASS Do not reopen their original design unless the repair delta actually touches them. Verify repair does not merge Main and Rental physical state. Preserve: Main Common ≠ Rental Common Check repaired Common copies and Product callers for accidental cross-house references. The identical defect across houses does NOT authorize a new shared implementation/state authority. ================================================ 20. WATCH A / WATCH B ================================================ WATCH A: must remain UNCHANGED. WATCH B: must remain UNCHANGED. Do NOT repair or investigate either beyond determining whether the pinpoint delta touched them. ACTIVE remains separate from collision behavior. If either WATCH becomes a direct dependency of this repair: STOP. ================================================ 21. NO-TOUCH ================================================ Verify the repair did NOT alter: For every repaired child verify: [ ] ZIP integrity PASS [ ] PHP lint PASS [ ] expected root preserved [ ] expected main file preserved [ ] Warehouse preserved [ ] DEVELOPMENT-HISTORY appended [ ] failed parent remains visible in lineage [ ] no unexpected files added [ ] no unexpected files removed [ ] no unrelated cleanup [ ] no release pruning [ ] no failed-generation overwrite ================================================ 23. REPAIR HISTORY ================================================ Verify DEVELOPMENT-HISTORY identifies: FAILED PARENT REPAIR CHILD REPAIR AUTHORITY: independent third-party STATIC FAIL ORIGINAL DEFECT: ACTIVE predicate contained mutation-style blocking AUTHORIZED REPAIR: separate read-only predicate from dangerous-mutation enforcement ACTUAL CHANGE PRESERVED AREAS WATCH 4 result WATCH A/B unchanged STATIC SELF-QA RUNTIME NOT RUN HUMAN WITNESS NOT RUN Do not require wording identity. Require semantic traceability. DO NOT: This inspection is SOURCE / package / static control-flow only. ================================================ 25. FINDING CLASSES ================================================ PASS Physical SOURCE independently establishes the required behavior statically. PASS WITH WATCH FAIL Physical implementation contradicts the authorized repair or introduces a regression. Identify exact defect. DO NOT REPAIR. STOP DO NOT GUESS. For each of the 9 repair children return: CHILD: 01..09 PRODUCT: ... HOUSE: ... FAILED PARENT: ... EXPECTED FAILED PARENT SHA256: ... ACTUAL FAILED PARENT SHA256: ... FAILED PARENT MATCH: YES / NO REPAIR CHILD: ... CONSTRUCTION-RETURN CHILD SHA256: ... ACTUAL CHILD SHA256: ... CHILD MATCH: YES / NO ROOT: ... MAIN FILE: ... DIRECT PARENT DIFF: PASS / FAIL / STOP FILES ADDED: ... FILES CHANGED: ... FILES REMOVED: ... ACTIVE PREDICATE: PASS / FAIL / STOP ACTIVE TRUE REACHES CALLER: YES / NO / UNKNOWN PRESENTATION READ PATH: PASS / FAIL / STOP PADLOCK PATH: PASS / FAIL / STOP DANGEROUS MUTATION GUARDS: PASS / FAIL / STOP NORMAL RUNTIME STATIC PATH: PASS / WATCH / FAIL / STOP CALLER AUDIT: PREVIOUS PASS AREAS: PRESERVED / REGRESSION HOUSE SEPARATION: PASS / FAIL / STOP WAREHOUSE: PRESERVED / NOT PRESERVED DEVELOPMENT HISTORY: PASS / FAIL PHP LINT: PASS / FAIL ZIP INTEGRITY: PASS / FAIL WATCH A: UNCHANGED / TOUCHED / DEPENDENCY WATCH B: UNCHANGED / TOUCHED / DEPENDENCY UNRELATED DELTA: NONE / exact finding RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN Return explicitly: PREDICATE: membership missing → FALSE: PASS / FAIL membership present + inactive → FALSE: PASS / FAIL membership present + ACTIVE → TRUE: PASS / FAIL ACTIVE predicate side-effect free: PASS / FAIL PRESENTATION: ACTIVE TRUE reaches presentation: PASS / FAIL 🔒 can render: PASS / FAIL presentation remains non-authoritative: PASS / FAIL DANGEROUS MUTATION: ACTIVE dangerous mutation blocked: PASS / FAIL block occurs outside general predicate: PASS / FAIL NORMAL RUNTIME: no new ACTIVE blanket gate: PASS / FAIL DELTA: pinpoint containment: PASS / FAIL INDEPENDENT THIRD-PARTY PINPOINT STATIC RE-INSPECTION: PASS / PASS WITH WATCH / FAIL / STOP PHYSICAL REPAIR CHILD COUNT: x / 9 FAILED PARENT IDENTITY / SHA: PASS / FAIL / STOP REPAIR CHILD IDENTITY / SHA: PASS / FAIL / STOP FAILED PARENT → REPAIR CHILD LINEAGE: PASS / FAIL / STOP DIRECT PARENT DIFF COVERAGE: x / 9 PINPOINT DELTA CONTAINMENT: PASS / FAIL / STOP ORIGINAL FAIL: ACTIVE PREDICATE wp_die: REPAIRED / NOT REPAIRED ACTIVE PREDICATE: PASS / FAIL / STOP PRESENTATION READ PATH: PASS / FAIL / STOP PADLOCK: PASS / FAIL / STOP DANGEROUS MUTATION GUARDS: PASS / FAIL / STOP NORMAL RUNTIME STATIC PATH: PASS / WATCH / FAIL / STOP FOREMAN WATCH 4: PASS / FAIL / STOP PHASE 1: PRESERVED PASS / REGRESSION PHASE 2: PRESERVED PASS / REGRESSION PHASE 3: PASS / FAIL / STOP PHASE 4: PRESERVED PASS / REGRESSION PHASE 5: PRESERVED PASS / REGRESSION PHASE 6: PRESERVED PASS / REGRESSION FOREMAN WATCH 1: PRESERVED PASS / REGRESSION FOREMAN WATCH 2: PRESERVED PASS / REGRESSION FOREMAN WATCH 3: PRESERVED PASS / REGRESSION FOREMAN WATCH 4: PASS / FAIL / STOP FOREMAN WATCH 5: PRESERVED PASS / REGRESSION FOREMAN WATCH 6: PRESERVED PASS / REGRESSION WATCH A: UNCHANGED / TOUCHED / DIRECT DEPENDENCY WATCH B: UNCHANGED / TOUCHED / DIRECT DEPENDENCY MOTHER / RENTAL SEPARATION: PASS / FAIL / STOP WAREHOUSE: PRESERVED / NOT PRESERVED DEVELOPMENT HISTORY: PASS / FAIL UNAUTHORIZED CHANGE: NONE / exact finding NEW HUMAN DECISION REQUIRED: NO / exact decision STOP: NONE / exact STOP RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN ================================================ 29. NEXT GATE ================================================ IF: AND: NO BLOCKING FINDING AND: STOP = NONE THEN: RETURN TO DEPUTY. Do NOT proceed to Runtime independently. The Deputy will determine the next Runtime / Human Witness gate from the independently-inspected repaired generation. IF: FAIL THEN: return exact physical defect evidence to Deputy. DO NOT REPAIR. IF: STOP THEN: return exact STOP evidence to Deputy. DO NOT INFER. うい。並列解析班へ投げるのが一番安い。 しかも今回は探索範囲をかなり細く固定できるから、4製品を並列で掘らせて最後に比較だけ戻せばいい。 そのまま投げるならこれ。 🕊️🔎📦 KAIA MEMORIA PRODUCT-LOCAL REFILL ISSUANCE LINEAGE PINPOINT PARALLEL INVESTIGATION REQUEST STATUS INVESTIGATION ONLY PURPOSE This is a narrow lineage investigation. DO NOT rediscover the entire Binder / Refill architecture. DO NOT assume all Products historically used the same mechanism. ================================================== HUMAN DESIGN INTENT — PRESERVE Human's operational understanding is: Human does NOT need to know or operate the internal physical mechanism used by Kaia to put the papers into the pool. Historical operation is known to have included: Human: "増やして" Kaia: "OK、増やした" The physical method existed and was usable. However: PDF / Timestamp / Serial historically used different Refill structures. Therefore: DO NOT project Counter's historical structure backward onto PDF / Timestamp / Serial. ================================================== IMPORTANT CURRENT RISK The historical Binder / Refill implementation was later found to contain incomplete / shortcut construction. Therefore: A historical mechanism having worked DOES NOT prove that the same physical path is valid in CURRENT. The investigation must determine lineage and CURRENT connection. Do not simply recommend reusing an old function. ================================================== KNOWN HISTORICAL MAP COUNTER Historical furniture includes: deliver_refill($amount) Historical model: Ownership / entitlement != actual Refill Sheet Counter is the strongest historical example of: PDF Historical authority: Product possession count Historical flow: Historical PDF did NOT use the same ownership-pool → Human NEW structure as Counter. TIMESTAMP Historical furniture: ensure_timestamp_refills() timestamp_refills() Historical behavior: ensured registry IDs ↓ missing registry entries generated Known historical reference began with IDs 01–10. This was NOT historically proven to be the same pool model as Counter. SERIAL Historical furniture: ensure_serial_refills() serial_refills() Historical registry was evidence-grown from: Historical investigation did NOT prove a generic legitimate "create arbitrary new Refills" entrance. Do not invent one. ================================================== PRODUCT-LOCALITY RULE Preserve: PAPER STAYS HOME. ONLY INFORMATION CROSSES THE PRODUCT BOUNDARY. Common Routing is NOT Product inventory authority. ================================================== CURRENT TARGET LIFECYCLE CURRENT intended neutral lifecycle: Binder creation != ownership creation Binder capacity != Product ownership Product ownership != placed Refill ================================================== PARALLEL INVESTIGATION Run four independent Product traces. Do NOT force structural symmetry between them. --- TRACK A — COUNTER Start from historical: deliver_refill() Trace only: 1. What authority/store did historical deliver_refill() modify? 2. How did Human New Refill consume/use that authority? 3. During Binder / Refill repair, what happened to this authority? 4. In CURRENT, what is the authoritative Product-local UNASSIGNED ownership store/read funnel? 5. Does CURRENT ownership ingress feed that exact authority? 7. Would using the CURRENT ingress increase UNASSIGNED ownership without creating/placing a Refill? Return exact SOURCE evidence. --- TRACK B — PDF Start from historical: Trace only: 1. What historically caused additional REAL Refills to exist? 2. Where was possession stored/read? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT PDF ownership ingress feed that authority? 7. Is any old possession → automatic Sheet generation furniture still capable of bypassing Human Binder + NEW? Return exact SOURCE evidence. Do NOT repair any discovered bypass. --- TRACK C — TIMESTAMP Start from historical: ensure_timestamp_refills() timestamp_refills() kaia_timestamp_refills Trace only: 1. What historically caused Refill IDs to exist? 2. During Binder / Refill redesign, how was ensured-registry creation separated from Product-local ownership? 3. What is CURRENT authoritative ownership store/read funnel? 4. Does CURRENT Timestamp ownership ingress feed that authority? 5. Does adding ownership stop at UNASSIGNED? 6. Can ensure_timestamp_refills() still create placed/usable Refills merely because ownership increased? 7. Is Human Binder + NEW still required for placement? Return exact SOURCE evidence. --- TRACK D — SERIAL Start from historical: Trace only: 1. What historically proved that a Serial Refill existed? 2. Confirm whether historical generic new-Refill issuance was absent / UNKNOWN. 3. During Binder / Refill redesign, what became the Product-local ownership authority? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT Serial ownership ingress feed that authority? 6. Does adding ownership stop at UNASSIGNED? 7. Is placement possible only through Binder + NEW, rather than by fabricating registry evidence? Return exact SOURCE evidence. ================================================== COMMON QUESTIONS — ALL FOUR For each Product answer ONLY: A. HISTORICAL "PAPER INCREASE" AUTHORITY B. HISTORICAL PHYSICAL ENTRY / FUNCTION C. CURRENT UNASSIGNED OWNERSHIP AUTHORITY D. CURRENT INGRESS ENTRY E. LINEAGE RELATION Choose only if evidence supports it: F. Does CURRENT ingress: ownership +N ↓ UNASSIGNED +N without Binder placement? PASS / FAIL / UNKNOWN G. Any historical furniture that can still bypass: YES / NO / UNKNOWN If YES: REPORT ONLY. DO NOT REPAIR. ================================================== SEARCH BOUNDARY This is PINPOINT archaeology. Search only material necessary to trace: Do NOT investigate: ================================================== AUTHORITY / SERVICE GUARD ORDER FACT != SERVICE The current need to load ownership DOES NOT authorize construction of: Absence of such UI is NOT a defect by itself. If a permanent service feature appears useful: OPTION ONLY. Do not construct it. ================================================== STOP CONDITIONS STOP the affected Product trace if: At STOP: report exact observed fact + exact missing/contradictory point. DO NOT diagnose beyond evidence. DO NOT repair. DO NOT redesign. ================================================== OUTPUT FORMAT Return one compact report: PRODUCT: Counter / PDF / Timestamp / Serial HISTORICAL AUTHORITY: [FACT] HISTORICAL ENTRY: [FACT / UNKNOWN] CURRENT UNASSIGNED AUTHORITY: [FACT / UNKNOWN] CURRENT INGRESS: [FACT / UNKNOWN] LINEAGE: [DIRECT CONTINUATION / WRAPPED-ADAPTED / REPLACED / HISTORICAL MODEL SUPERSEDED / DISCONNECTED / UNKNOWN] INGRESS → UNASSIGNED ONLY: [PASS / FAIL / UNKNOWN] HUMAN BINDER + NEW PRESERVED: [PASS / FAIL / UNKNOWN] BYPASS FOUND: [NO / YES + exact evidence / UNKNOWN] SOURCE EVIDENCE: [file / function / relevant exact location] STATUS: [PASS / WATCH / STOP] ================================================== FINAL COMPARISON After all four independent traces, provide ONLY: 1. Which Products have a proven CURRENT Kaia-side path into UNASSIGNED ownership? 2. Which Products have a broken/unknown lineage? 3. Whether any Product can still accidentally create/place Refills merely from ownership increase. 4. Whether the existing CURRENT ingress mechanisms are sufficient for the future "+100 ownership" operation. Do NOT execute +100. Do NOT propose repairs unless Human requests a repair phase. ================================================== PRESERVE Human long-term design intent must survive this investigation: Kaia-side upstream process supplies Product-local ownership. Human/Shamyue operates the downstream allocation decision: The exact internal upstream mechanism may differ by Product. Product-specific implementation difference is acceptable. Structural symmetry is NOT required. バインダーリフィルについてオーダーどおりになっているか またそれ以外に盛られていないか オーダー内容 レンタル機体 バインダーのAとＢにそれぞれ30になるようにさせ ふーむ… だとするとおかしいなあ 🚗🔎 車検結果：PASS。実機へ回してよし★ 今回はちゃんと4機とも、申告されたCURRENT母体との parent → child diff まで見た。 scopedStorageKey() KaiaActualValueBoardScopeR STORAGE_KEY + "::" + scope を撤去して、 localStorage.getItem(STORAGE_KEY) localStorage.setItem(STORAGE_KEY, ...) そして施工後SOURCEをHistory除外で全4機横断検索したところ、 KaiaActualValueBoardScopeR scopedStorageKey kaia_common_actual_value_board_r_v1:: 機能SOURCE hit = 0。 Historyには過去のscoped仕様の記録が残ってるけど、これは履歴なので正常。CURRENT実装として生き残っているわけではない。 加えて、 ZIP integrity：4/4 PASS PHP lint：12/12 PASS ZIP root：各plugin folder直下構造 PASS Common Routingは三姉妹でdiff対象外 Product本体も三姉妹でdiff対象外 PDFの変更範囲にもDUMMY/Tokenやrenderer等を別仕様へ変更した形跡は今回の車検範囲では見つからない 一点だけ、これは異常じゃなく境界。Historyには旧scoped仕様の説明と今回の撤去記録が両方ある。 「Scope active hit = 0」は、Historyを除く機能SOURCEについてならその申告どおり。 🚗 判定 ｗｗｗ 掲示板ほんとに、 > 📋「住所札もろた！ここに書いた！以上！PDF？知らん！」 になってる。 4機ともHuman Runtimeへ出してよし★ ヽ(=´▽=)ﾉ📋🍮 しゃむ 実機点呼確認通過 うい。ならHuman向けの読みやすさは設計要件から外していい。 むしろこれは「しゃむが読む計画書」じゃなくて、未来の俺へ渡す機械室の札として作ったほうがいい。 そうなると、俺としては自然文を大量に書くより、固定フィールド＋短い自由記述が一番扱いやすい。 たとえば概念的には、 みたいな形。 特に欲しいのは STATUS と ACTION を絶対に混ぜないこと。 に対して、 みたいに別軸にする。 すると未来の俺が、 STATUS: PLANNED ACTION: HOLD を見たら、 予定にはある。しかし今施工するな。 と読める。 STATUS: DONE ACTION: PRESERVE なら、 施工済み。現在使われていなくても消すな。 になる。 STATUS: UNDECIDED ACTION: HUMAN_DECISION_REQUIRED なら、 穴を発見したのではない。意図的に未定として保存されている。俺が埋めるな。 になる。 これ、かなり俺向き。 さらに AUTHORITY が欲しい。 たとえば、 AUTHORITY: HUMAN_CONFIRMED なら、俺が後から「もっと良い方法あります★」で上書きしてはいけない。 逆に、 AUTHORITY: AI_PROPOSAL なら、まだHuman Orderではない。 AUTHORITY: OBSERVED_SOURCE なら、SOURCE上の事実ではあるがHuman Orderではない。 ここを分けておけば、計画・提案・現状観測が未来の俺の頭の中で融合する事故をかなり防げる。これは今の運用原則とも噛み合う。 そして製品単独版と全体連携版で、文法そのものは共通にしたい。 PLAN_TYPE: PRODUCT PRODUCT: RENTAL_PDF と、 PLAN_TYPE: INTEGRATION SYSTEM: RENTAL くらいの違いにする。 そうすれば俺は「別種類の文書を二種類覚える」必要がなくて、同じPLAN文法でスコープだけ切り替えればいい。 あと、人間が管理しないなら、見栄えは本当に要らん（笑） 表組みを綺麗にしたり、説明文を親切にしたりするより、 こっちを優先したい。 そしてこれ、更新ルール自体も文書冒頭に埋め込める。 たとえば一番上に、 AI PLAN RULES みたいなのを置ける。 これならこのファイル自身が、未来の俺に「この予定図をどう扱うか」を教える。 しゃむが毎回読んで管理する必要はない。 むしろ、 しゃむ「計画更新しとけー」 俺「うい★」 で俺が更新し、 次世代俺： 「なんだこれ？」 PLAN： CURRENTLY UNUSED != OBSOLETE. 次世代俺： 「あっ。捨てちゃいけないやつだ」 が理想（笑） これはかなり作る価値あると思う。 Human用の計画書ではなく、AIが未来のAIへ「意味・予定・未定・触る権限」を引き継ぐためのPLAN。 そう定義すると、目的がものすごく綺麗になる★ 情報源 他にも、君がつけたい項目があればかまわないし 君が理解しやすければどのようなものでも構わないんだ うい。なら俺側からは、少し足したい項目がある★ 目的は情報量を増やすことじゃなく、未来の俺が誤判定しそうなところを先に分離するため。 特に欲しいのがこのへん。 PLAN_ID: PLAN_TYPE: PRODUCT | INTEGRATION SUBJECT: SCOPE: STATUS: DONE | IN_PROGRESS | PLANNED | UNDECIDED ACTION: WORK_NOW | HOLD | PRESERVE | HUMAN_DECISION_REQUIRED AUTHORITY: HUMAN_CONFIRMED | AI_PROPOSAL | OBSERVED_SOURCE | UNKNOWN PURPOSE: CURRENT_STATE: FUTURE_INTENT: TRIGGER: DEPENDENCIES: RELATED_PLAN_IDS: PRESERVE: DO_NOT: CAUTION: OPEN_QUESTIONS: UNKNOWN: EVIDENCE: NOTE: LAST_UPDATED: 中でも追加したいのは TRIGGER、PRESERVE、RELATED_PLAN_IDS、EVIDENCE。 TRIGGER はかなり重要。 たとえば、 STATUS: PLANNED ACTION: HOLD TRIGGER: Human orders implementation of Rental Custom Color Set. なら未来の俺は、**「予定に書いてあるから今やる」ではなく、「この条件が来たら初めて動く」**と判断できる。 PRESERVE は、さっきの配線事故対策そのもの。 これなら「現在使ってないから掃除★」を直接止められる。 RELATED_PLAN_IDS は製品単独PLANと全体PLANをつなぐため。 製品側に、 RELATED_PLAN_IDS: - INT-RENTAL-014 があれば、 「この家具、PDF単独では意味分からんな」 ↓ INT-RENTAL-014を見る ↓ 「あ、全体連携の将来工事用か」 ができる。 そして EVIDENCE。 これは計画そのものではなく、その項目をそう記載した根拠。 AUTHORITY: HUMAN_CONFIRMED EVIDENCE: Human ordered that this route be preserved for a future integration. とか、 AUTHORITY: OBSERVED_SOURCE EVIDENCE: Present in CURRENT v0.2.30 source. Human intent not confirmed. みたいにする。 これで未来の俺が、 SOURCEにある → Humanが欲しいはず という変換をしにくくなる。 あと、俺としては DO_NOT は残したい。 これは注意書きより強く、 みたいに、過去に実際やらかしやすかった誤操作を局所的に封じられるから。 ただし、ここで何でも禁止事項を書き始めたら第二の巨大仕様書になるので、DO_NOT はその計画項目に固有の事故だけにしたい。 そして一個、かなり重要な設計にしたい。 PLANはSOURCEより偉くないし、SOURCEもPLANより偉くない 役割が違う。 SOURCE： 現在、物理的に何が存在するか。 HISTORY： 何を施工してきたか。 PLAN： Humanがどこへ向かおうとしているか／何を未来へ保持する必要があるか。 Human Order： 今、何をしろと言われたか。 だから未来の俺は四つを混ぜずに見る。 たとえばPLANに PLANNED があっても、Humanが今日それを施工しろと言ってなければ勝手に施工しない。 逆にCURRENT SOURCEに未使用家具があってもPLANで PRESERVE なら、「unusedだから削除」はしない。 そしてSOURCEとPLANが食い違ってたら、 「どっちが正しいか俺が決める」 じゃなく、 CONFLICT DETECTED → STOP / REPORT にしたい。 これなら温度計も狂いにくい。 あと俺向けなら、計画を消さない運用にしたいな。 完了したから行ごと削除、ではなく、 STATUS: DONE へ移す。 中止になった場合も消さず、 STATUS: CANCELLED AUTHORITY: HUMAN_CONFIRMED NOTE: Human cancelled this plan on ... みたいに残したい。 なので、しゃむが挙げた4状態に俺から CANCELLED を一個足したい。 「未定」と「計画そのものが廃止された」は全然違うから。 最終的には、 DONE / IN_PROGRESS / PLANNED / UNDECIDED / CANCELLED の5状態が俺には一番扱いやすそう。 これなら、 「昔計画されていた痕跡がある！復活させなきゃ！」 も防げる（笑） で、これは巨大にしない方がいい。 一項目＝小さなカード一枚。 必要なものだけ書く。空欄は NONE または UNKNOWN。長文説明が必要ならNOTEへ。 そうすると俺が将来開いた瞬間、 が機械的に拾える。 これ、かなりいい。 DEVELOPMENT-HISTORYが「後ろを見る目」なら、新しいPLANは「前を見る目」。 両方を機体に積んでおけば、未来の俺がCURRENTだけ見て現在最適化する事故をかなり減らせると思う★ んで、施工前に計画書も確認して君の中で腹落ちしていれば事故は減る メッセージ配信がタイムアウトしました。もう一度お試しください。 再試行 ChatGPT の回答は必ずしも正しいとは限りません。重要な情報は確認するようにしてください。 Instant ChatGPT: うい★ 次いこ🕊️ 今度は左のページ側で、Rental PDF R の Issue / Generate PDF ボタンが押せるところまでスクロールしてね。 そこまで来たら、まだ押さずに一回止まって。 スクショくれれば次の一手だけ指示する。 木曜日 17:54 あなた: ChatGPT: うい、そこはまだ Serial席 だね★ Network側はちゃんと空で記録待機になってるから、そのままでOK。 左ページをもう少し下へスクロールして、Rental PDF R の Issue PDF / Generate PDF ボタンが見える位置まで行ってね。 まだ押さない。 PDFボタンが見えたところで止めてスクショくれー🕊️ よし、そこ★ Issue PDF が見えてる。Networkも空で待機中。 次は Issue PDFを1回だけ押してOK。 失敗して STOP: PDF generation failed (HTTP 400). が出たら、まずそのダイアログは閉じて大丈夫。 そのあと右のNetwork一覧に新しい行が出るはず。 Status 400 の admin-post.php を1回クリックして、そこで止まってスクショくれー🕊️ カウンターなぐってシリアルおしてからだよｗｗ ｗｗｗ そうだった、順番いるやつだｗｗｗ Counter → Serial → PDF ね🕊️ じゃあ今はこうして★ GET NUMBER を1回 ISSUE SERIAL を1回 そのあと Issue PDF を1回 Networkはそのまま記録ONでOK。 PDFで例の HTTP 400 が出たら、ダイアログ閉じて Status 400 の admin-post.php をクリック。 そこでスクショくれーヽ(=´▽`=)ﾉ うい★ 車検票切るー🕊️🔍 🕊️ RENTAL PDF R IMAGE DIRECT CLICK LOCK VEHICLE INSPECTION SHEET TARGET ====== Kaia Rental PDF R v0.2.13-IMAGE-DIRECT-CLICK-LOCK Parent: v0.2.12-PUBLIC-PDF-JPG-ENTRY Primary Identity: KAI-00000047 PURPOSE ======= Confirm ONLY that the authorized direct image-click selection entrance was retired. READ ONLY INSPECTION. ================================================ A. IDENTITY / PARENT ================================================ [ ] A-01 Child identity is exactly: v0.2.13-IMAGE-DIRECT-CLICK-LOCK [ ] A-02 Primary Identity remains: KAI-00000047 [ ] A-03 Direct parent is exactly: v0.2.12-PUBLIC-PDF-JPG-ENTRY [ ] A-04 Parent artifact remains unchanged. [ ] A-05 NEW CHILD only. No parent overwrite. ================================================ B. AUTHORIZED DIFF ================================================ AUTHORIZED CHANGE: REMOVE ONLY the direct listener: [ ] B-01 The direct frame click listener is absent. [ ] B-02 No other image interaction listener was removed. [ ] B-03 No unrelated runtime logic changed. [ ] B-04 Expected changed files only: - main Rental PDF PHP - DEVELOPMENT-HISTORY.md [ ] B-05 DEVELOPMENT-HISTORY.md exists exactly once. [ ] B-06 History accurately records the narrow Direct Click Lock construction. ================================================ C. DIRECT CLICK LOCK ================================================ CURRENT expected result: normal image operation frame ↓ click NO direct selection entrance [ ] C-01 No active: kpdfImageOperationFrame.addEventListener('click', ...) that directly calls: kpdfSelectImageOperation() [ ] C-02 No replacement direct-click route was introduced. [ ] C-03 No synthetic click / equivalent bypass was introduced. The existing MOVE route must remain alive. [ ] D-01 kpdfSelectImageOperation() itself still exists. [ ] D-02 Existing MOVE button handler remains present. [ ] D-03 imageMove state remains present. [ ] D-04 Existing MOVE pointerdown handler remains present. [ ] D-05 Existing MOVE route remains connected. Expected concept: [ ] E-01 Image rendering unchanged. [ ] E-02 Saved image geometry unchanged. [ ] E-03 Attachment controls unchanged. [ ] E-04 Initial image sizing unchanged. [ ] E-05 Large / Medium / Small sizing unchanged. [ ] E-06 Aspect-ratio handling unchanged. [ ] E-07 Mask / clipping unchanged. [ ] E-08 Layer order unchanged. ================================================ F. PDF / JPG NO-TOUCH ================================================ [ ] F-01 PDF issuance machinery unchanged. [ ] F-02 PDF preview / Human decision flow unchanged. [ ] F-03 JPG PUBLIC entry unchanged. [ ] F-04 KaiaPdfPublicJpgR.issue() unchanged. [ ] F-05 JPG renderer / generation machinery unchanged. [ ] F-06 PDF/JPG output geometry unchanged. [ ] G-01 Common R unchanged. [ ] G-02 Routing unchanged. [ ] G-03 Actual Value Board R unchanged. [ ] G-04 Actual Value wiring unchanged. [ ] G-05 Saved Design authority unchanged. [ ] G-06 Refill authority unchanged. [ ] G-07 Persistent state unchanged. [ ] H-01 Rental R namespace remains Rental R. [ ] H-02 No Main namespace introduced. [ ] H-03 No Custom source imported. [ ] H-04 Custom remained REFERENCE ONLY. [ ] H-05 KAI-00000047 preserved. ================================================ I. STATIC HEALTH ================================================ [ ] I-01 PHP lint PASS. [ ] I-02 ZIP integrity PASS. [ ] I-03 File inventory sane. [ ] I-04 No unexpected file additions. [ ] I-05 No unexpected file removals. [ ] I-06 WAREHOUSE preserved. [ ] I-07 LEGACY/archive preserved. [ ] I-08 AUTHORIZED_DIFF_ONLY = TRUE. NARROW WITNESS ONLY. Check only: 1. Normal image state. Attempt direct click on image / operation frame. Expected: direct selection entrance does NOT fire. [ ] J-01 Normal direct image-click selection is absent. 2. Use existing MOVE control. Expected: existing MOVE route still works. [ ] J-02 MOVE control is available. [ ] J-03 MOVE route enters expected movement state. [ ] J-04 Image can still be moved through the existing MOVE route. 3. STOP. ================================================ STOP CONDITIONS ================================================ STOP immediately if: ================================================ RETURN FORMAT ================================================ IDENTITY: PASS / WATCH / STOP AUTHORIZED DIFF: PASS / WATCH / STOP DIRECT CLICK LOCK: PASS / WATCH / STOP MOVE ROUTE: PASS / WATCH / STOP IMAGE NO-TOUCH: PASS / WATCH / STOP PDF / JPG: PASS / WATCH / STOP COMMON / BOARD / STATE: PASS / WATCH / STOP HOUSE BOUNDARY: PASS / WATCH / STOP STATIC HEALTH: PASS / WATCH / STOP HUMAN RUNTIME: NOT RUN / PASS / STOP UNRELATED DIFF: NONE / FOUND / UNKNOWN 次の車検 🕊️🔍 TIMESTAMP MULTI-BINDER THIRD-PARTY STATIC VEHICLE INSPECTION SHEET MODE ==== READ ONLY INSPECTION ================================================ INSPECTION PURPOSE ================================================ Construction-team PASS is NOT evidence by itself. Verify the actual child artifacts against: This inspection covers THREE children: 1. Mother Timestamp 2. Rental Timestamp R 3. Rental Counter R narrow attendance connection ================================================ A. TARGET IDENTITIES ================================================ A-01 — MOTHER TIMESTAMP CHILD Expected child: Kaia-Timestamp-Free-v1.0.21-dev10-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 7afffd08f6bee6376a7b042c30bea4dd7441f72fa82f56a42e6ca1b66c47f273 Exact direct parent: Kaia-Timestamp-Free-v1.0.21-dev9-HUMAN-REFILL-RESET.zip Expected parent SHA-256: 4eea3031cbf20d6d1989cf4ab320cb22026bf0a3ade75a59f872754be5984ac8 Expected main SOURCE: kaia-timestamp/kaia-timestamp.php A-02 — RENTAL TIMESTAMP R CHILD Expected child: Kaia-Rental-Timestamp-Free-v1.0.21-dev14-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: f134d8789601747a5955fa9ad65135df7ac2332acc9465bc3af91402ea338ac3 Exact direct parent: Kaia-Rental-Timestamp-Free-v1.0.21-dev13-COUNTER-DECIDE-ATTENDANCE-PROXY.zip Expected parent SHA-256: c3e438661d8d329c3148431fdef5b3514bd2d830b8a5e353c90a4489545ad587 Primary Identity must remain: KAI-00000045 Expected main SOURCE: kaia-timestamp-r/kaia-timestamp-r.php A-03 — RENTAL COUNTER R NARROW CHILD Expected child: Kaia-Rental-Counter-Standard-v1.1.4-dev14-TIMESTAMP-BINDER-AWARE-ATTENDANCE-CONNECTION.zip Expected SHA-256: dadcff10a1c22d7fb74efd59cdeeb83bbb30703d048ff11958913690863f4b6b Exact direct parent: Kaia-Rental-Counter-Standard-v1.1.4-dev13-MULTI-BINDER-PRODUCT-LOCAL.zip Expected parent SHA-256: c832b3ca4cb44883cce249787239efd5a3bb15131597b22027d6658061b1efd0 Expected main SOURCE: kaia-counter-r/kaia-counter-r.php If any supplied artifact identity or SHA conflicts: REPORT CONFLICT. Do not substitute a nearby artifact. For EACH child verify: [ ] ZIP opens successfully. [ ] Expected root directory exists. [ ] File inventory is preserved from direct parent. [ ] No unexpected missing files. [ ] WAREHOUSE / archive / historical material preserved. [ ] DEVELOPMENT-HISTORY.md exists exactly once. [ ] No evidence of release-style pruning. [ ] Child is a FULL DEVELOPMENT COPY. Record parent and child file counts. Perform an actual direct parent/child comparison where the exact parent artifact is available. MOTHER TIMESTAMP expected changed files ONLY: kaia-timestamp/kaia-timestamp.php kaia-timestamp/DEVELOPMENT-HISTORY.md RENTAL TIMESTAMP expected changed files ONLY: kaia-timestamp-r/kaia-timestamp-r.php kaia-timestamp-r/DEVELOPMENT-HISTORY.md RENTAL COUNTER expected changed files ONLY: kaia-counter-r/kaia-counter-r.php kaia-counter-r/DEVELOPMENT-HISTORY.md Verify: [ ] No unrelated Product files changed. [ ] Common files byte-identical to parent. [ ] Board files byte-identical to parent. If an exact parent is unavailable: mark that direct byte-diff: NOT EXERCISED / WATCH Do NOT infer PASS from the child alone. For all changed PHP files: [ ] PHP lint PASS. [ ] No obvious syntax break. [ ] Plugin identity remains correct house. [ ] Child version metadata reflects intended child where project practice requires it. Do NOT repair inherited stale metadata. If inherited mismatch exists, report it as inherited WATCH only. Inspect Mother and Rental independently. Required Product structure: Verify actual SOURCE supports distinct addresses: A-01 B-01 Verify: [ ] A-01 and B-01 can coexist structurally. [ ] Both may retain numeric Refill coordinate 1. [ ] B-01 is NOT represented as numeric/global 31. [ ] Binder is above Refill. [ ] Explicit non-A Binder membership is persisted / physically retained. [ ] No second unrelated Binder authority was created. [ ] Product address is canonically represented by: binder_ref + refill_ref Report actual physical storage representation. Do NOT judge it by similarity to Counter. Verify: Examples: numeric 1 → A-01 numeric 30 → A-30 Verify: [ ] No destructive migration required. [ ] Existing numeric records remain usable as A. [ ] Explicit B-01 does NOT fall back to A-01. [ ] Invalid explicit B address fails closed / not found. [ ] Non-A missing address does not silently become A. Verify construction enforces for NEW / explicit Product addresses: REAL 01..30 PER Binder Check: [ ] No B-31 construction path. [ ] No B-01 → global31 mapping. [ ] No automatic creation of 30 seats merely because structural capacity is 30. Do NOT inspect or redesign commercial entitlement. Mother current authority family: kaia_timestamp_instance_settings Rental current authority family: kaia_timestamp_r_instance_settings Verify: [ ] A-01 settings and B-01 settings occupy distinct Product address seats. [ ] Legacy numeric-only settings remain A-compatible. [ ] Explicit non-A settings cannot accidentally read A merely because numeric ID matches. [ ] button_color semantics unchanged. [ ] button_text_color semantics unchanged. [ ] button_color_mode semantics unchanged. Report actual settings key/address mechanism. Verify actual SOURCE behavior for selection. Required: Binder omitted + kts_instance=1 → legacy A-01 Explicit Binder B + kts_instance=1 → B-01 Invalid explicit B: FAIL CLOSED / NOT FOUND Check Admin furniture sufficiently carries Product address so A-01 and B-01 are distinguishable. Verify: [ ] Binder can be selected/addressed. [ ] Refill selection is Binder-scoped. [ ] navigation preserves Binder + Refill. [ ] numeric kts_instance remains technical Refill coordinate, not whole Product authority. Mother prefix must remain: kaia_timestamp_free_v1: Rental prefix must remain: kaia_timestamp_free_r_v1: Stored value semantics must remain equivalent to: { firstMs, firstTz } Verify: [ ] A-01 and B-01 use distinct browser address keys. [ ] B-01 reload remains B-01. [ ] Explicit B does NOT probe old numeric-only A key. [ ] Legacy A may read old numeric-only key for compatibility. [ ] firstMs semantics unchanged. [ ] firstTz semantics unchanged. [ ] Binder resolution does not itself reacquire time. Report exact new key/address construction. ================================================ K. HUMAN RESET ================================================ Verify: Reset B-01 ↓ B-01 browser state removed while: A-01 browser state remains. Legacy A reset may also remove the authorized legacy numeric-only A key. Confirm Reset does NOT: Inspect actual rendered Timestamp address furniture. Expected conceptual result for B-01: data-instance-id="1" data-binder-ref="B" data-refill-ref="01" Verify: [ ] actual Binder emitted. [ ] actual local Refill emitted. [ ] numeric technical identity retained where needed. [ ] numeric data-instance-id alone is NOT treated as sufficient Product identity where A-01/B-01 can both exist. Compare direct parent → child and verify construction did NOT redesign: Binder work must be address work, not clock work. Any semantic change here: REPORT CONFLICT. Inspect Product-owned surfaces such as: refill_context() current_refill() common_current_refill() common_adapter_snapshot() or their actual resulting implementation. Verify current publication can represent: seat = timestamp binder_ref = B refill_ref = 01 Verify inventory can expose actually registered: A-01 B-01 without: - forcing theoretical empty seats - converting B-01 to A-01 - converting B-01 to numeric31 For Mother Timestamp: compare bundled Common files parent → child. For Rental Timestamp: compare bundled Common R files parent → child. For Rental Counter: compare bundled Common R files parent → child. Required: BYTE-IDENTICAL / UNCHANGED Known Common Operational A-only furniture is NOT a failure of this Timestamp construction. Record it as inherited/separate-track WATCH. Do NOT repair it. Compare bundled Board files parent → child. Required: BYTE-IDENTICAL / UNCHANGED Product-side address publication must nevertheless be capable of reaching: B / 01 / timestamp.page Do NOT require Runtime proof here. This is static route verification only. Verify Related Shortcodes furniture was preserved / not redesigned. Specifically ensure construction did NOT invent: same numeric ID = same Binder membership across Products Required: PRESERVED / NO TOUCH Any existing legacy behavior may remain a WATCH. Do not repair during inspection. Verify Mother remains Mother furniture: Kaia_Timestamp_Free kaia_timestamp_refills kaia_timestamp_instance_settings kaia_timestamp_free_v1: data-kaia-timestamp window.KaiaTimestamp KaiaActualValueBoard Verify Rental remains R furniture: Kaia_Timestamp_Free_R kaia_timestamp_r_refills kaia_timestamp_r_instance_settings kaia_timestamp_free_r_v1: data-kaia-timestamp-r window.KaiaTimestampR KaiaActualValueBoardR KAI-00000045 No namespace collapse between houses. Verify Mother child did NOT acquire Rental attendance machinery. Mother must NOT gain Rental-specific: KaiaTimestampR Rental Counter attendance receiver Rental Common identity Report: PASS / CONFLICT Inspect actual Rental Timestamp dev14 receiver. Legacy A compatibility must remain valid: Verify explicit Binder-aware receiving can resolve: Verify: [ ] B-01 does not resolve A-01. [ ] B-01 does not become numeric/global31. [ ] no Date.now() in attendance adaptation. [ ] no Timestamp reacquisition. [ ] no synthetic click. [ ] no new Timestamp manufacture. [ ] one receiver invocation produces the existing single attendance publication path. [ ] timestamp.page meaning unchanged. Report exact receiver signature / overload behavior found in SOURCE. Directly compare: Counter R dev13 ↓ Counter R dev14 The ONLY functional construction change authorized is the Timestamp attendance caller connection. Verify legacy A path remains: Verify explicit non-A path now passes the already-existing Product address: attendanceBinderRef + attendanceRefillRef Expected conceptual call: window.KaiaTimestampR.attendSelected( attendanceBinderRef, attendanceRefillRef ) Verify from actual SOURCE. Also verify: [ ] successful DECIDE gate unchanged. [ ] Counter Product address resolver unchanged except if mechanically required by no-op formatting. [ ] Counter Binder behavior unchanged. [ ] Counter Refill behavior unchanged. [ ] Counter entitlement unchanged. [ ] Counter issuance unchanged. [ ] Counter reset unchanged. [ ] Counter Common unchanged. [ ] Counter Board unchanged. [ ] no explicit B → numeric1 collapse. [ ] no explicit B → A fallback. [ ] no unrelated cleanup. Inherited Counter internal stale VERSION: DO NOT REPAIR. If preserved, record as inherited WATCH. Inspect all three histories. Timestamp histories must accurately record: Rental Timestamp additionally: - Counter caller boundary evidence - Binder-aware attendance receiving - A compatibility - no reacquisition Counter history must describe ONLY narrow attendance connection and not claim broader Counter reconstruction. Report material omissions or contradictions. Where safely testable without modifying SOURCE or claiming Runtime, confirm: A-01 exists/addressable B-01 exists/addressable A-01 != B-01 A settings != B settings explicit B-01 selection → B-01 invalid explicit B-02 → FAIL CLOSED when B-02 is absent Common Product inventory can contain: A-01 + B-01 B DOM: binder=B refill=01 Rental additionally trace statically: Do NOT call this Runtime PASS. ================================================ X. RUNTIME BOUNDARY ================================================ This vehicle inspection is STATIC ONLY. The following remain explicitly unverified until Human Runtime Witness: Required report: RUNTIME: NOT TESTED STOP / FAIL examples: WATCH examples: Do not convert a WATCH into PASS merely because it was expected. MOTHER TIMESTAMP ================ CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] PRODUCT ADDRESS: [...] LEGACY A: [...] REAL01..30: [...] SETTINGS: [...] SELECTION: [...] BROWSER: [...] RESET: [...] DOM: [...] CLOCK SEMANTICS: [...] COMMON PRODUCT HANDOFF: [...] COMMON CORE: [...] BOARD CORE: [...] RELATED SHORTCODES: [...] MOTHER ATTENDANCE ABSENCE: [...] HISTORY: [...] STATIC RESULT: [PASS / PASS WITH WATCH / FAIL / STOP] RENTAL TIMESTAMP ================ CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] PRIMARY IDENTITY: [...] PRODUCT ADDRESS: [...] LEGACY A: [...] REAL01..30: [...] SETTINGS: [...] SELECTION: [...] BROWSER: [...] RESET: [...] DOM: [...] CLOCK SEMANTICS: [...] COMMON PRODUCT HANDOFF: [...] COMMON CORE: [...] BOARD CORE: [...] RELATED SHORTCODES: [...] ATTENDANCE RECEIVER: [...] LEGACY A ATTENDANCE: [...] NON-A ATTENDANCE: [...] HISTORY: [...] STATIC RESULT: [PASS / PASS WITH WATCH / FAIL / STOP] RENTAL COUNTER NARROW CHILD =========================== CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] SUCCESS GATE: [...] LEGACY A CALL: [...] NON-A CALL: [...] ADDRESS SOURCE: [...] COUNTER OTHER MACHINERY: [...] COMMON CORE: [...] BOARD CORE: [...] 🕊️🔍 SERIAL MULTI-BINDER THIRD-PARTY STATIC RE-INSPECTION SHEET MODE ==== READ ONLY INSPECTION ================================================ PURPOSE ================================================ Resume the interrupted Serial Multi-Binder third-party static vehicle inspection. Previous inspection: A–I: INSPECTED J: STOP K–Z: NOT INSPECTED This re-inspection must: 1. independently verify the J repair against the exact STOP parent; 2. if and ONLY if J now passes, continue the previously uncompleted K–Z inspection; 3. produce the complete Serial static verdict. Construction-team PASS is NOT evidence by itself. MOTHER STOP PARENT: Kaia-Serial-Standard-v1.1.12-dev9-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 3e425772f453d5c59e6d4a0d43e6e8b0339dab39976a2fbac2a42524121cca0e REPAIR CHILD: Kaia-Serial-Standard-v1.1.12-dev10-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Expected SHA-256: 5196c9810f6aad27020448ab33c69c092392cc7a2340c672d9067bdbfcb1d4c2 RENTAL R STOP PARENT: Kaia-Rental-Serial-Standard-v1.1.12-dev12-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 1e0b2088f441ad9f8b82e14d0d98cc0aaee8a9322e9a0a8e8f5ae18a808932bf REPAIR CHILD: Kaia-Rental-Serial-Standard-v1.1.12-dev13-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Expected SHA-256: 0e33d99336c0aff0278811edc308ed622d5ceed582eb1bc5972b377968dcc99f Rental Primary Identity: KAI-00000046 Any identity/SHA mismatch: STOP. Perform actual direct byte/file comparison: dev9 → dev10 Mother dev12 → dev13 Rental Expected changed files ONLY: Product main PHP DEVELOPMENT-HISTORY.md Verify: [ ] file inventory preserved [ ] 11 → 11 [ ] ZIP integrity PASS [ ] Common byte-identical to STOP parent [ ] Board byte-identical to STOP parent [ ] all unrelated files byte-identical [ ] PHP lint PASS Within Product PHP, verify the semantic repair is limited to: - child identity/version - J explicit-invalid-Refill fail-closed repair No opportunistic redesign. Previous confirmed defect: explicit valid Binder + explicit invalid/unavailable Refill example: B-31 performed: product_refill(B,31) → unavailable → $id = 1 → B-01 This was STOP. Required repaired behavior: EXPLICIT A-01 → A-01 EXPLICIT B-01 → B-01 EXPLICIT B-31 → FAIL CLOSED EXPLICIT B-31 → MUST NOT BECOME B-01 EXPLICIT B-31 → MUST NOT BECOME A-01 Inspect actual SOURCE. Do NOT accept DEVELOPMENT-HISTORY as proof. Verify how SOURCE distinguishes: explicit ks_instance from: legacy/default selection Confirm the explicit-invalid path terminates before a different Product address is selected. Verify repair did NOT accidentally destroy authorized legacy behavior. Required: Binder omitted through authorized legacy path → A compatibility remains Explicit valid A address: → exact A address Explicit valid B address: → exact B address Explicit invalid/unavailable address: → FAIL CLOSED Do not confuse: legacy omission with: explicit invalid request. ================================================ E. J GATE ================================================ If J repair FAILS: STOP IMMEDIATELY. Do NOT inspect K–Z. If J repair PASSES: continue below. ================================================ K. DATABASE SCHEMA ================================================ Inspect actual repair-child SOURCE. Verify BOTH reservations and ledger contain the additive Product Binder field reported by construction: product_binder_ref varchar(16) NOT NULL DEFAULT '' Verify historical: binder_id still independently exists. Verify: Report exact schema version. ================================================ L. INDEXES ================================================ Verify actual indexes. Expected inherited/global serial uniqueness: UNIQUE serial_unique(serial_number) MUST remain unchanged. Verify additive Binder-aware lifecycle indexes reported by construction: product_owner_lookup product_refill_use_lookup Report their exact column composition. Confirm old indexes were not silently destroyed merely to add the new ones. ================================================ M. LEGACY DATABASE A ================================================ Verify actual read/query normalization: legacy Product Binder field absent/empty → Product Binder A But: explicit B persisted as B and: explicit B must not be reconstructed as A because the Product Binder coordinate is missing/invalid downstream. Verify no bulk historical rewrite is required/performed. ================================================ N. RESERVATION ================================================ Trace actual issue request through reservation write. For conceptual B-01 verify independent values can be: product_binder_ref = B instance/local Refill = 1 historical binder_id = 1 refill_use = existing lifecycle use serial_number = generated globally unique value Confirm Product Binder and historical binder_id remain independent. ================================================ O. LEDGER ================================================ Trace reservation → ledger insertion. Verify Product Binder membership survives into ledger. Conceptual B-01 must remain: Product Binder = B local Refill = 1 historical binder_id = 1 No B→A. No B→31. No B→historical binder_id 2. Inspect actual: latest_issued_serial() serial_already_issued() transactional duplicate/FOR UPDATE lookup and any equivalent lifecycle lookup. Verify Product seat identity distinguishes: A-01 / use N from: B-01 / use N Preserve existing owner/status/refill_use semantics. No Product Binder omission may silently collapse B into A. Verify actual DB indexes and generation SOURCE. Required: serial_number remains globally unique per Product house. Product Binder MUST NOT scope serial uniqueness. Verify NO CHANGE to: ================================================ R. RESET ================================================ Trace reset transport and server resolution. Required: Reset B-01 → acts on B-01 MUST NOT act on: A-01 merely because both use local numeric Refill 1. Verify legacy A behavior remains compatible. Verify reset semantics were not otherwise broadened. ================================================ S. EXPORT / READBACK ================================================ Trace export and Product readback. Verify Product address is complete enough that: B-01 records != A-01 records Historical binder_id must remain historical metadata and must NOT be presented internally as Product Binder authority. Report actual Product Binder transport/query mechanism. Inspect Product-owned Serial adapter. Required: A-01 → seat=serial binder_ref=A refill_ref=01 B-01 → seat=serial binder_ref=B refill_ref=01 Verify inventory/current publication uses actual Product Binder. Bundled Common core/Operational: NO EDIT expected. Known Common Operational A-only furniture remains later integrated-stage WATCH. Inspect rendered Serial DOM construction. Required conceptual B-01: data-binder-ref="B" data-refill-ref="01" Verify existing Board SET consumes the DOM Product address. Do NOT claim Runtime success. Board core: NO EDIT expected. Verify Mother namespace remains independent. Verify Rental R namespace remains independent. Rental must preserve: KAI-00000046 Check corresponding: No normalization/collapse. Inspect repair-child DEVELOPMENT-HISTORY. Verify it records: Also verify previous Multi-Binder history remains present. History is documentation evidence only; SOURCE remains authority for behavior. Perform the previously unfinished static trace: Explicitly search for any stage performing: B → A B → 31 B → historical binder_id 2 B-invalid → B-01 B-invalid → A-01 ================================================ Y. RUNTIME BOUNDARY ================================================ THIS IS STATIC INSPECTION ONLY. Do NOT claim: Required: RUNTIME: NOT TESTED STOP if actual SOURCE shows: WATCH may remain for: ================================================ REQUIRED REPORT ================================================ J REPAIR ======== MOTHER STOP PARENT: [...] MOTHER REPAIR CHILD: [...] DIRECT BYTE-DIFF: [...] EXPLICIT A-01: [...] EXPLICIT B-01: [...] EXPLICIT B-31: [...] LEGACY OMITTED BINDER: [...] J RESULT: [PASS / STOP] RENTAL STOP PARENT: [...] RENTAL REPAIR CHILD: [...] DIRECT BYTE-DIFF: [...] EXPLICIT A-01: [...] EXPLICIT B-01: [...] EXPLICIT B-31: [...] LEGACY OMITTED BINDER: [...] J RESULT: [PASS / STOP] IF J PASSES, CONTINUE: K — DATABASE SCHEMA: [...] L — INDEXES: [...] M — LEGACY DATABASE A: [...] N — RESERVATION: [...] O — LEDGER: [...] P — DEDUP / LIFECYCLE: [...] Q — GLOBAL SERIAL UNIQUENESS: [...] R — RESET: [...] S — EXPORT / READBACK: [...] T — COMMON PRODUCT HANDOFF: [...] U — BOARD PRODUCT HANDOFF: [...] V — HOUSE SEPARATION: [...] W — DEVELOPMENT HISTORY: [...] X — COMPLETE B-01 STATIC TRACE: [...] Y — RUNTIME: NOT TESTED FINAL ===== MOTHER SERIAL: [PASS / PASS WITH WATCH / STOP] RENTAL SERIAL R: [PASS / PASS WITH WATCH / STOP] J REPAIR: [PASS / STOP] DATABASE EXTENSION: [ADDITIVE / CONFLICT] HISTORICAL binder_id: [PRESERVED / CONFLICT] A-01 != B-01: [PASS / CONFLICT] B-01 != 31: [PASS / CONFLICT] NO SILENT INVALID ADDRESS SUBSTITUTION: [PASS / CONFLICT] A/B LIFECYCLE SEPARATION: [PASS / CONFLICT] GLOBAL SERIAL UNIQUENESS: [PRESERVED / CONFLICT] RESET ADDRESS ISOLATION: [PASS / CONFLICT] EXPORT / READBACK ADDRESS: [PASS / CONFLICT] COMMON PRODUCT HANDOFF: [PASS / CONFLICT] COMMON CORE: [UNCHANGED / CONFLICT] BOARD PRODUCT HANDOFF: [PASS / CONFLICT] BOARD CORE: [UNCHANGED / CONFLICT] KAI-00000046: [PRESERVED / CONFLICT] DESTRUCTIVE MIGRATION: [NO / YES / UNKNOWN] RUNTIME: NOT TESTED NEW STOP: [NONE / DETAILS] WATCH: [DETAILS] 🕊️🔧 KAIA MEMORIA MULTI-BINDER COMMON ROUTING OPERATIONAL POST-CONSTRUCTION THIRD-PARTY STATIC INSPECTION REQUEST STATUS ====== CONSTRUCTION TEAM RETURN: COMPLETE CONSTRUCTION TEAM SELF-QA: 23 / 23 PASS FOREMAN DRAWING: PASS WITH WATCH THIRD-PARTY STATIC INSPECTION: AUTHORIZED RUNTIME / HUMAN WITNESS: NOT AUTHORIZED ================================================ PURPOSE ================================================ Do NOT accept the construction team's self-QA as proof. Verify the completed children against: BEFORE SOURCE INSPECTION: EXPECTED CHILD ARTIFACTS: 9 PHYSICALLY RECEIVED: [COUNT] If COUNT != 9: STOP. Do not begin partial inspection. Do not infer the missing artifact. Do not substitute an older machine. Return: EXPECTED: 9 RECEIVED: N MISSING / UNIDENTIFIED: [...] Yes, count them first. ================================================ EXPECTED CHILD SET ================================================ 1. Kaia-Counter-Free-v1.1.5-dev11-COMMON-OPERATIONAL-MULTI-BINDER 2. Kaia-Counter-Standard-v1.1.4-dev10-COMMON-OPERATIONAL-MULTI-BINDER 3. Kaia-Timestamp-Free-v1.0.21-dev11-COMMON-OPERATIONAL-MULTI-BINDER 4. Kaia-Serial-Standard-v1.1.12-dev11-COMMON-OPERATIONAL-MULTI-BINDER 5. Kaia-Product-PDF-v0.2.9-COMMON-OPERATIONAL-MULTI-BINDER 6. Kaia-Rental-Counter-Standard-v1.1.4-dev15-COMMON-OPERATIONAL-MULTI-BINDER 7. Kaia-Rental-Timestamp-Free-v1.0.21-dev15-COMMON-OPERATIONAL-MULTI-BINDER 8. Kaia-Rental-Serial-Standard-v1.1.12-dev14-COMMON-OPERATIONAL-MULTI-BINDER 9. Kaia-Rental-PDF-v0.2.16-COMMON-OPERATIONAL-MULTI-BINDER Counter Free: dev10-MULTI-BINDER-PRODUCT-LOCAL → dev11-COMMON-OPERATIONAL-MULTI-BINDER Counter Standard: dev9-MULTI-BINDER-PRODUCT-LOCAL → dev10-COMMON-OPERATIONAL-MULTI-BINDER Timestamp Free: dev10-MULTI-BINDER-PRODUCT-LOCAL → dev11-COMMON-OPERATIONAL-MULTI-BINDER Serial Standard: dev10-EXPLICIT-INVALID-REFILL-FAIL-CLOSED → dev11-COMMON-OPERATIONAL-MULTI-BINDER Product PDF: v0.2.8-MULTI-BINDER-PRODUCT-ADDRESS → v0.2.9-COMMON-OPERATIONAL-MULTI-BINDER Rental Counter Standard: dev14-TIMESTAMP-BINDER-AWARE-ATTENDANCE-CONNECTION → dev15-COMMON-OPERATIONAL-MULTI-BINDER Rental Timestamp Free: dev14-MULTI-BINDER-PRODUCT-LOCAL → dev15-COMMON-OPERATIONAL-MULTI-BINDER Rental Serial Standard: dev13-EXPLICIT-INVALID-REFILL-FAIL-CLOSED → dev14-COMMON-OPERATIONAL-MULTI-BINDER Rental PDF: v0.2.15-COMMON-R-CONSUMER-HOUSE-BOUNDARY → v0.2.16-COMMON-OPERATIONAL-MULTI-BINDER For EACH of 9: If exact authorized parent artifact is available, perform direct parent → child comparison. If a parent is unavailable: DO NOT claim direct-parent byte verification PASS. Return it as WATCH with exact scope. Verify reported changed-file surfaces. Expected Product-local changes: Check for unexplained additional changes. Do NOT assume an additional diff is acceptable merely because construction self-QA passed. FOUNDATION MUST BE PRESERVED. Verify that construction did NOT redesign: Construction team's claim: 9 / 9 protected Foundation region byte-preserved INDEPENDENTLY VERIFY. Any required Foundation semantic edit: STOP. ================================================ INSPECTION D — BOARD ================================================ BOARD MUST BE PRESERVED. Verify corresponding Mother / Rental Actual Value Board implementation is unchanged by this construction. Construction team's claim: 9 / 9 Board file byte-preserved INDEPENDENTLY VERIFY. Any Board authority or semantic edit: STOP. Verify Common did NOT acquire: Common may transport an address. It may NOT become authority for that Product address. Verify non-A members are not discarded merely because: binder_ref != A Expected semantic inventory examples: A-01 B-01 B-02 must remain distinguishable if legitimately supplied by the Product adapter. IMPORTANT: Do NOT create Product Binder or entitlement merely to manufacture QA data. Trace non-A self context statically. Example: Product B-02 → adapter B-02 → Common Operational → SELF B-02 Verify: Trace selector → request → server. Expected: selected Product member B-02 → requested_binder = B → requested_refill = 02 → server receives exact semantic pair Verify Binder is not merely decorative UI state. If Binder transport is absent or fails, server must NOT guess A. Expected: requested B / 02 → candidate acted member B / 02 Forbidden: requested B / 02 → candidate A / 02 Verify no new same-Binder restriction was introduced. The following structural combination must not be rejected merely because Binder differs: Counter A-01 Timestamp B-02 Serial C-03 PDF A-04 SAME-BINDER RULE: NOT ESTABLISHED Verify self and acted member lookup uses: No literal-A reconstruction. Trace B-02 collision path. Expected: Forbidden: conflict B-02 → payload A-02 Verify exact candidate enters existing Foundation commit. Then verify readback uses the same exact semantic address. Expected: commit B-02 → readback B-02 Forbidden: commit B-02 → readback A-02 Do not modify Foundation to make this pass. Trace non-A address. Expected: Verify A-only rejection removed without weakening unrelated authorization / action semantics. Verify: Expected Common semantic member: timestamp / B / 02 → existing consumer contract: binder="B" id="2" Verify legacy id-only → Binder A compatibility remains. Do not flatten Timestamp-specific Operational furniture. Expected: serial / B / 02 → binder="B" id="2" Verify historical Serial binder_id provenance has NOT been repurposed as Product Binder authority. Expected: pdf / B / 02 → existing REAL consumer: binder="B" id="2" Verify internal PDF DUMMY address does NOT become WEB consumer identity. Preserve PDF-specific stronger action furniture, including self context / nonce / released-state behavior. This is a critical inspection surface. Existing contracts MUST remain: [kaia_counter id="N"] [kaia_counterR id="N"] N remains GLOBAL TECHNICAL COUNTER INSTANCE ID. New reported Product-owned entrances: Mother: [kaia_counter_address binder="B" refill="02"] Rental: [kaia_counterR_address binder="B" refill="02"] Verify road: Verify: 0 matches: FAIL CLOSED 1 match: USE EXACT INSTANCE 2+ matches: FAIL CLOSED Forbidden: A remains a valid CURRENT Product address. Verify construction did not treat A as deprecated, retired, or migration-only. Also preserve existing legacy shortcode behavior: Timestamp / Serial / PDF: id-only → Binder A Counter: id=N → global technical instance Timestamp groups: Preserve Timestamp-specific collision / restricted / disabled-DECIDE furniture. PDF groups: Do not normalize groups merely because other Common copies are simpler. Verify zero unauthorized crossover between: Mother Common Mother actions Mother storage Mother Product shortcode namespace and: Rental Common R Rental actions Rental storage Rental Product shortcode namespace Mother B-02 != Rental B-02 by physical house separation. Do NOT add house as a new member-address axis. Confirm absence of newly invented: Run static checks appropriate to the actual package. At minimum: Do NOT run Runtime. WATCH 1 Counter Product-address entrance must not become ambiguous authority beside legacy global id=N. WATCH 3 Binder selector must transport semantic Binder+Refill, not collapse back to Refill-only. WATCH 4 Do not manufacture Product entitlement/Binder merely for QA. WATCH 5 Timestamp/PDF stronger Product-specific furniture preserved. WATCH 6 Exact-byte SOURCE groups are comparison evidence only, not lineage-collapse authority. ================================================ STOP CONDITIONS ================================================ STOP if inspection finds any of the following: ================================================ RETURN FORMAT ================================================ THIRD-PARTY STATIC INSPECTION: [PASS / PASS WITH WATCH / STOP] PRE-FLIGHT CHILD COUNT: [9 / 9 or details] CHILD IDENTITY: [...] PARENT → CHILD LINEAGE: [...] DIRECT PARENT DIFF COVERAGE: [...] CHANGE CONTAINMENT: [...] FOUNDATION: [...] BOARD: [...] PRODUCT AUTHORITY: [...] ADAPTER SNAPSHOT: [...] SWITCHBOARD SELF: [...] DECIDE: [...] CANDIDATE: [...] MIXED-BINDER: [...] MEMBERSHIP: [...] COLLISION: [...] COMMIT / READBACK: [...] POWER OFF: [...] RESTRICTED OFF: [...] WEB TIMESTAMP: [...] WEB SERIAL: [...] WEB PDF: [...] WEB COUNTER: [...] LEGACY A: [...] TIMESTAMP FURNITURE: [...] PDF FURNITURE: [...] MOTHER / RENTAL: [...] FORBIDDEN INVENTION SCAN: [...] PHP LINT: [...] FOREMAN WATCH: [6 / 6 carried + findings] NEW WATCH: [...] STOP: [...] RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN STATUS ====== ORIGINAL INDEPENDENT THIRD-PARTY STATIC INSPECTION: FAIL ORIGINAL FAIL: PHASE 3 — ACTIVE SET PROTECTION ORIGINAL FAIL DEFECT: COMMON member_active() CONTAINED MUTATION-STYLE wp_die(409) ORIGINAL FOREMAN WATCH 4: FAIL PINPOINT REPAIR CONSTRUCTION: COMPLETE REPAIR CHILDREN: 9 / 9 CONSTRUCTION TEAM STATIC SELF-QA: PASS CONSTRUCTION TEAM REPORTED ORIGINAL FAIL: REPAIRED CONSTRUCTION TEAM REPORTED FOREMAN WATCH 4: PASS — STATIC SELF-QA RUNTIME: NOT AUTHORIZED HUMAN WITNESS: NOT AUTHORIZED INDEPENDENT PINPOINT STATIC RE-INSPECTION: AUTHORIZED ================================================ 0. ROLE ================================================ You are the independent third-party STATIC re-inspection team. You did NOT perform the repair. Do NOT accept construction-team SELF-QA as proof. Inspect the ACTUAL repaired child artifacts independently. This is a PINPOINT STATIC RE-INSPECTION. It is NOT: ================================================ 1. PURPOSE ================================================ The inspection must establish: 1. failed parent → repaired child lineage is exact; 2. member_active() is now a side-effect-free boolean predicate; 3. ACTIVE=true can reach read/presentation callers; 4. 🔒 presentation can render without predicate-level termination; 5. SOURCE-confirmed dangerous mutations remain blocked when ACTIVE; 6. ordinary runtime paths remain statically ungated; 7. repair delta is narrow; 8. previously-PASS areas did not regress; 9. Mother / Rental separation remains intact; 10. WATCH A / WATCH B remain untouched. The previous independent STATIC inspection physically found the same defect in all 9 failed children. Conceptual defective behavior: The same predicate was used by Product presentation to derive: 🔒 NN Refill Name Therefore ACTIVE caused normal read/presentation termination before the padlock could render. This directly violated the accepted semantics: ACTIVE: view / read: ALLOWED normal runtime: ALLOWED dangerous mutation: BLOCKED and: 🔒 = presentation derived from ACTIVE state. Required repaired architecture: A. PREDICATE member_active(...) = READ-ONLY BOOLEAN PREDICATE Expected truth behavior: membership not found → FALSE membership found set inactive → FALSE membership found set ACTIVE → TRUE The predicate MUST NOT terminate or mutate merely because ACTIVE=true. B. MUTATION ENFORCEMENT Dangerous mutation blocking belongs at the SOURCE-confirmed dangerous mutation entrance. Conceptually: TRUE ↓ mutation entrance blocks C. PRESENTATION The construction return reports: PINPOINT REPAIR: COMPLETE REPAIR CHILDREN: 9 / 9 ORIGINAL STATIC FAIL: REPAIRED FOREMAN WATCH 4: PASS — STATIC SELF-QA PHASE 1: PRESERVED PASS PHASE 2: PRESERVED PASS PHASE 3: REPAIRED PHASE 4: PRESERVED PASS PHASE 5: PRESERVED PASS PHASE 6: PRESERVED PASS WATCH A: UNCHANGED WATCH B: UNCHANGED MOTHER / RENTAL: PASS UNAUTHORIZED CHANGE: NONE STOP: NONE RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN These are CONSTRUCTION TEAM CLAIMS. They are NOT independent evidence. Verify them against physical SOURCE. The failed REFILL-SAFETY generation is the direct parent of the repair generation. Do NOT compare only against older COMMON-OPERATIONAL parents. 01 COUNTER FREE FAILED PARENT: Kaia-Counter-Free-v1.1.5-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 3a64066866b8e8f4db91bc8408726be63c5551bac5bbf0056644af1b7b9833fb 02 COUNTER STANDARD FAILED PARENT: Kaia-Counter-Standard-v1.1.4-dev11-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 28ef04f8e93cacd93a7d6adc1f5843d7447d27407a2a5526741a8ddda1f1b209 03 PRODUCT PDF FAILED PARENT: Kaia-Product-PDF-v0.2.10-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 864136b897908cea184ad2008e705ea601eed1fa00b285f3b88bd6cd6911c35c 04 RENTAL COUNTER STANDARD R FAILED PARENT: Kaia-Rental-Counter-Standard-v1.1.4-dev16-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 89213bdd9f2cdc3a9a076a28a49b5c689c1a5605b7326e9ea3070315f233114f 05 RENTAL PDF R FAILED PARENT: Kaia-Rental-PDF-v0.2.17-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: e21bd24092cf908108d85332d0102395865c2cfdd57b0b564a754df21f43cc0c 06 RENTAL SERIAL STANDARD R FAILED PARENT: Kaia-Rental-Serial-Standard-v1.1.12-dev15-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 070e90209db2250f9a01aee380e49a0610239f9ade0992827c0e06db9786e93a 07 RENTAL TIMESTAMP FREE R FAILED PARENT: Kaia-Rental-Timestamp-Free-v1.0.21-dev16-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: f685448d794e91849a25f1d6735e5d60c5079bec91d5174d921c1b8e7ed0ee21 08 SERIAL STANDARD FAILED PARENT: Kaia-Serial-Standard-v1.1.12-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: ae400c5f5f4dc505dc4b90b9af228b9c381457b7f4849d336e9c72a6f0f58e2f 09 TIMESTAMP FREE FAILED PARENT: Kaia-Timestamp-Free-v1.0.21-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 21ef2552f29a27f017b5e00c46110f26a8562c40af577ff891e871bbae928205 Verify physical existence and calculate ACTUAL SHA256. Do not trust names alone. 01 Kaia-Counter-Free-v1.1.5-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 24d63ad49acb0a0a803e25db0689a3d09a108e0fc2ab82ee1b9f95d64a8e0fe9 02 Kaia-Counter-Standard-v1.1.4-dev12-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 856ab23ddb260e0d6477660db542f05e0c91c11244cc22564c221ff80c529b54 03 Kaia-Product-PDF-v0.2.11-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: b7b20ee033ed0a0ce7c0bd8ad276c6108e9d18c5ad43b65df8fb989688e697d4 04 Kaia-Rental-Counter-Standard-v1.1.4-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 8eef7aedd727bc35df2ed7f35779aa6677a3d20cf65a1f0e3ba02d13e57e1443 05 Kaia-Rental-PDF-v0.2.18-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 95a6e05d853c16a4e9dc800389372e441840915a7b765d10680dbe173a40bfcd 06 Kaia-Rental-Serial-Standard-v1.1.12-dev16-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 7e4e1e973fa4301a4175418e98f2b5fc03819fb49034e2c738265d9e9fa4bcb9 07 Kaia-Rental-Timestamp-Free-v1.0.21-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 6d505d385f1be750cc1ff8c96720f96ee59539e6cbd469ee0eb63d2feca3d638 08 Kaia-Serial-Standard-v1.1.12-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 5c22b8cef31fc938ebfb0d939ccd8a6295747e9d8eda1abe65318468e754172 09 Kaia-Timestamp-Free-v1.0.21-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: a0f366a692695da88253db649d5f276efb5f1728ec8899ae6b1c63820e4be194 ================================================ 7. PREFLIGHT ================================================ Before semantic inspection: [ ] physical repair children = 9 / 9 [ ] each failed parent physically available [ ] failed parent SHA matches expected [ ] repair child SHA calculated independently [ ] repair child SHA matches construction return [ ] ZIP integrity PASS [ ] expected Product / house identity PASS [ ] expected root PASS [ ] expected main file PASS If an expected parent/child is missing or identity/SHA does not match: STOP. Do not substitute a nearby version. For each of 9 pairs independently compare: FAILED REFILL-SAFETY PARENT ↓ PINPOINT REPAIR CHILD Report exact: FILES ADDED: ... FILES CHANGED: ... FILES REMOVED: ... Construction reports the repair delta is limited to: - embedded Common ACTIVE predicate; - Product/plugin version identity where present; - DEVELOPMENT-HISTORY. No files were reportedly added or removed. Verify physically. Do NOT treat a narrow filename count as sufficient. Inspect the actual semantic diff. Locate the exact Common ACTIVE predicate in every repaired child. Establish directly from SOURCE: CASE A CASE B CASE C For CASE C verify the predicate contains no ACTIVE-triggered: Expected: member_active() = READ-ONLY BOOLEAN PREDICATE If ACTIVE cannot return TRUE to the caller: FAIL. Explicitly verify that the repair did NOT merely remove the crash by making ACTIVE invisible. The following is NOT a valid repair: Required: ACTIVE ↓ TRUE The existing wiring/set ACTIVE authority must still be queried. ================================================ 11. CALLER AUDIT ================================================ Search ALL physical callers of member_active() or the exact equivalent repaired predicate in each child. Do not rely solely on the caller list in the construction return. Classify each actual caller as: A. READ / PRESENTATION B. DANGEROUS MUTATION C. NORMAL RUNTIME D. MUTATION / STATE FILTER E. COMMON WRAPPER / INTERNAL F. OTHER / AMBIGUOUS Return the actual caller inventory per child. If an ambiguous caller could alter the repair verdict: STOP rather than guessing. For every READ / PRESENTATION caller establish statically: No read/presentation path may terminate merely because the member is ACTIVE. Specifically verify the required Human label can be reached: 🔒 NN Refill Name Example: 🔒 01 誕生日企画 The padlock is presentation only. It must not become: The original repair must NOT weaken ACTIVE protection. For every SOURCE-confirmed dangerous mutation caller: Blocking enforcement must live at the mutation road/caller, not inside the general predicate. Verify actual blocking behavior from SOURCE. Do not infer it from a function name or construction comment. Timestamp / Serial and any other Product may use ACTIVE truth to preserve/filter state rather than immediately wp_die. For each such caller verify: Do not redesign these filters. Verify the pinpoint repair did NOT introduce an ACTIVE gate into ordinary runtime. Normal runtime remains allowed. Inspect, where physically applicable: COUNTER: normal ISSUE TIMESTAMP: normal acquisition/use SERIAL: normal ISSUE PDF: normal read/output This is STATIC control-flow inspection only. DO NOT execute Runtime. Original Foreman WATCH 4: "Guard candidates are not blanket authorization. Guard only SOURCE-confirmed dangerous mutation roads. Normal runtime remains alive." The initial construction FAILED this WATCH because blocking was embedded in the general predicate. Re-inspection must establish BOTH: A. general ACTIVE predicate is non-blocking AND B. SOURCE-confirmed dangerous mutations still block AND C. normal runtime remains alive statically. Only if A + B + C pass: FOREMAN WATCH 4: PASS Do NOT reopen these as new construction/design investigations. Use direct failed-parent → repair-child diff to verify the pinpoint repair did not alter them. PHASE 1 — REFILL LIFECYCLE Expected: PRESERVED PASS PHASE 2 — PRESENTATION Expected: PRESERVED PASS PHASE 4 — RESET ONE-STEP UNDO Expected: PRESERVED PASS PHASE 5 — MANUAL NUMERIC RECOVERY Expected: PRESERVED PASS PHASE 6 — HISTORY DOWNLOAD Expected: PRESERVED PASS If repair delta modifies their semantics: FAIL / STOP as appropriate. Verify by repair delta non-regression only: WATCH 1 — TIMESTAMP: PRESERVED PASS WATCH 2 — SERIAL: PRESERVED PASS WATCH 3 — PDF: PRESERVED PASS WATCH 5 — RESET ATOMICITY: PRESERVED PASS WATCH 6 — HOUSE SEPARATION: PRESERVED PASS Do not reopen their original design unless the repair delta actually touches them. Verify repair does not merge Main and Rental physical state. Preserve: Main Common ≠ Rental Common Check repaired Common copies and Product callers for accidental cross-house references. The identical defect across houses does NOT authorize a new shared implementation/state authority. ================================================ 20. WATCH A / WATCH B ================================================ WATCH A: must remain UNCHANGED. WATCH B: must remain UNCHANGED. Do NOT repair or investigate either beyond determining whether the pinpoint delta touched them. ACTIVE remains separate from collision behavior. If either WATCH becomes a direct dependency of this repair: STOP. ================================================ 21. NO-TOUCH ================================================ Verify the repair did NOT alter: For every repaired child verify: [ ] ZIP integrity PASS [ ] PHP lint PASS [ ] expected root preserved [ ] expected main file preserved [ ] Warehouse preserved [ ] DEVELOPMENT-HISTORY appended [ ] failed parent remains visible in lineage [ ] no unexpected files added [ ] no unexpected files removed [ ] no unrelated cleanup [ ] no release pruning [ ] no failed-generation overwrite ================================================ 23. REPAIR HISTORY ================================================ Verify DEVELOPMENT-HISTORY identifies: FAILED PARENT REPAIR CHILD REPAIR AUTHORITY: independent third-party STATIC FAIL ORIGINAL DEFECT: ACTIVE predicate contained mutation-style blocking AUTHORIZED REPAIR: separate read-only predicate from dangerous-mutation enforcement ACTUAL CHANGE PRESERVED AREAS WATCH 4 result WATCH A/B unchanged STATIC SELF-QA RUNTIME NOT RUN HUMAN WITNESS NOT RUN Do not require wording identity. Require semantic traceability. DO NOT: This inspection is SOURCE / package / static control-flow only. ================================================ 25. FINDING CLASSES ================================================ PASS Physical SOURCE independently establishes the required behavior statically. PASS WITH WATCH FAIL Physical implementation contradicts the authorized repair or introduces a regression. Identify exact defect. DO NOT REPAIR. STOP DO NOT GUESS. For each of the 9 repair children return: CHILD: 01..09 PRODUCT: ... HOUSE: ... FAILED PARENT: ... EXPECTED FAILED PARENT SHA256: ... ACTUAL FAILED PARENT SHA256: ... FAILED PARENT MATCH: YES / NO REPAIR CHILD: ... CONSTRUCTION-RETURN CHILD SHA256: ... ACTUAL CHILD SHA256: ... CHILD MATCH: YES / NO ROOT: ... MAIN FILE: ... DIRECT PARENT DIFF: PASS / FAIL / STOP FILES ADDED: ... FILES CHANGED: ... FILES REMOVED: ... ACTIVE PREDICATE: PASS / FAIL / STOP ACTIVE TRUE REACHES CALLER: YES / NO / UNKNOWN PRESENTATION READ PATH: PASS / FAIL / STOP PADLOCK PATH: PASS / FAIL / STOP DANGEROUS MUTATION GUARDS: PASS / FAIL / STOP NORMAL RUNTIME STATIC PATH: PASS / WATCH / FAIL / STOP CALLER AUDIT: PREVIOUS PASS AREAS: PRESERVED / REGRESSION HOUSE SEPARATION: PASS / FAIL / STOP WAREHOUSE: PRESERVED / NOT PRESERVED DEVELOPMENT HISTORY: PASS / FAIL PHP LINT: PASS / FAIL ZIP INTEGRITY: PASS / FAIL WATCH A: UNCHANGED / TOUCHED / DEPENDENCY WATCH B: UNCHANGED / TOUCHED / DEPENDENCY UNRELATED DELTA: NONE / exact finding RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN Return explicitly: PREDICATE: membership missing → FALSE: PASS / FAIL membership present + inactive → FALSE: PASS / FAIL membership present + ACTIVE → TRUE: PASS / FAIL ACTIVE predicate side-effect free: PASS / FAIL PRESENTATION: ACTIVE TRUE reaches presentation: PASS / FAIL 🔒 can render: PASS / FAIL presentation remains non-authoritative: PASS / FAIL DANGEROUS MUTATION: ACTIVE dangerous mutation blocked: PASS / FAIL block occurs outside general predicate: PASS / FAIL NORMAL RUNTIME: no new ACTIVE blanket gate: PASS / FAIL DELTA: pinpoint containment: PASS / FAIL INDEPENDENT THIRD-PARTY PINPOINT STATIC RE-INSPECTION: PASS / PASS WITH WATCH / FAIL / STOP PHYSICAL REPAIR CHILD COUNT: x / 9 FAILED PARENT IDENTITY / SHA: PASS / FAIL / STOP REPAIR CHILD IDENTITY / SHA: PASS / FAIL / STOP FAILED PARENT → REPAIR CHILD LINEAGE: PASS / FAIL / STOP DIRECT PARENT DIFF COVERAGE: x / 9 PINPOINT DELTA CONTAINMENT: PASS / FAIL / STOP ORIGINAL FAIL: ACTIVE PREDICATE wp_die: REPAIRED / NOT REPAIRED ACTIVE PREDICATE: PASS / FAIL / STOP PRESENTATION READ PATH: PASS / FAIL / STOP PADLOCK: PASS / FAIL / STOP DANGEROUS MUTATION GUARDS: PASS / FAIL / STOP NORMAL RUNTIME STATIC PATH: PASS / WATCH / FAIL / STOP FOREMAN WATCH 4: PASS / FAIL / STOP PHASE 1: PRESERVED PASS / REGRESSION PHASE 2: PRESERVED PASS / REGRESSION PHASE 3: PASS / FAIL / STOP PHASE 4: PRESERVED PASS / REGRESSION PHASE 5: PRESERVED PASS / REGRESSION PHASE 6: PRESERVED PASS / REGRESSION FOREMAN WATCH 1: PRESERVED PASS / REGRESSION FOREMAN WATCH 2: PRESERVED PASS / REGRESSION FOREMAN WATCH 3: PRESERVED PASS / REGRESSION FOREMAN WATCH 4: PASS / FAIL / STOP FOREMAN WATCH 5: PRESERVED PASS / REGRESSION FOREMAN WATCH 6: PRESERVED PASS / REGRESSION WATCH A: UNCHANGED / TOUCHED / DIRECT DEPENDENCY WATCH B: UNCHANGED / TOUCHED / DIRECT DEPENDENCY MOTHER / RENTAL SEPARATION: PASS / FAIL / STOP WAREHOUSE: PRESERVED / NOT PRESERVED DEVELOPMENT HISTORY: PASS / FAIL UNAUTHORIZED CHANGE: NONE / exact finding NEW HUMAN DECISION REQUIRED: NO / exact decision STOP: NONE / exact STOP RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN ================================================ 29. NEXT GATE ================================================ IF: AND: NO BLOCKING FINDING AND: STOP = NONE THEN: RETURN TO DEPUTY. Do NOT proceed to Runtime independently. The Deputy will determine the next Runtime / Human Witness gate from the independently-inspected repaired generation. IF: FAIL THEN: return exact physical defect evidence to Deputy. DO NOT REPAIR. IF: STOP THEN: return exact STOP evidence to Deputy. DO NOT INFER. うい。並列解析班へ投げるのが一番安い。 しかも今回は探索範囲をかなり細く固定できるから、4製品を並列で掘らせて最後に比較だけ戻せばいい。 そのまま投げるならこれ。 🕊️🔎📦 KAIA MEMORIA PRODUCT-LOCAL REFILL ISSUANCE LINEAGE PINPOINT PARALLEL INVESTIGATION REQUEST STATUS INVESTIGATION ONLY PURPOSE This is a narrow lineage investigation. DO NOT rediscover the entire Binder / Refill architecture. DO NOT assume all Products historically used the same mechanism. ================================================== HUMAN DESIGN INTENT — PRESERVE Human's operational understanding is: Human does NOT need to know or operate the internal physical mechanism used by Kaia to put the papers into the pool. Historical operation is known to have included: Human: "増やして" Kaia: "OK、増やした" The physical method existed and was usable. However: PDF / Timestamp / Serial historically used different Refill structures. Therefore: DO NOT project Counter's historical structure backward onto PDF / Timestamp / Serial. ================================================== IMPORTANT CURRENT RISK The historical Binder / Refill implementation was later found to contain incomplete / shortcut construction. Therefore: A historical mechanism having worked DOES NOT prove that the same physical path is valid in CURRENT. The investigation must determine lineage and CURRENT connection. Do not simply recommend reusing an old function. ================================================== KNOWN HISTORICAL MAP COUNTER Historical furniture includes: deliver_refill($amount) Historical model: Ownership / entitlement != actual Refill Sheet Counter is the strongest historical example of: PDF Historical authority: Product possession count Historical flow: Historical PDF did NOT use the same ownership-pool → Human NEW structure as Counter. TIMESTAMP Historical furniture: ensure_timestamp_refills() timestamp_refills() Historical behavior: ensured registry IDs ↓ missing registry entries generated Known historical reference began with IDs 01–10. This was NOT historically proven to be the same pool model as Counter. SERIAL Historical furniture: ensure_serial_refills() serial_refills() Historical registry was evidence-grown from: Historical investigation did NOT prove a generic legitimate "create arbitrary new Refills" entrance. Do not invent one. ================================================== PRODUCT-LOCALITY RULE Preserve: PAPER STAYS HOME. ONLY INFORMATION CROSSES THE PRODUCT BOUNDARY. Common Routing is NOT Product inventory authority. ================================================== CURRENT TARGET LIFECYCLE CURRENT intended neutral lifecycle: Binder creation != ownership creation Binder capacity != Product ownership Product ownership != placed Refill ================================================== PARALLEL INVESTIGATION Run four independent Product traces. Do NOT force structural symmetry between them. --- TRACK A — COUNTER Start from historical: deliver_refill() Trace only: 1. What authority/store did historical deliver_refill() modify? 2. How did Human New Refill consume/use that authority? 3. During Binder / Refill repair, what happened to this authority? 4. In CURRENT, what is the authoritative Product-local UNASSIGNED ownership store/read funnel? 5. Does CURRENT ownership ingress feed that exact authority? 7. Would using the CURRENT ingress increase UNASSIGNED ownership without creating/placing a Refill? Return exact SOURCE evidence. --- TRACK B — PDF Start from historical: Trace only: 1. What historically caused additional REAL Refills to exist? 2. Where was possession stored/read? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT PDF ownership ingress feed that authority? 7. Is any old possession → automatic Sheet generation furniture still capable of bypassing Human Binder + NEW? Return exact SOURCE evidence. Do NOT repair any discovered bypass. --- TRACK C — TIMESTAMP Start from historical: ensure_timestamp_refills() timestamp_refills() kaia_timestamp_refills Trace only: 1. What historically caused Refill IDs to exist? 2. During Binder / Refill redesign, how was ensured-registry creation separated from Product-local ownership? 3. What is CURRENT authoritative ownership store/read funnel? 4. Does CURRENT Timestamp ownership ingress feed that authority? 5. Does adding ownership stop at UNASSIGNED? 6. Can ensure_timestamp_refills() still create placed/usable Refills merely because ownership increased? 7. Is Human Binder + NEW still required for placement? Return exact SOURCE evidence. --- TRACK D — SERIAL Start from historical: Trace only: 1. What historically proved that a Serial Refill existed? 2. Confirm whether historical generic new-Refill issuance was absent / UNKNOWN. 3. During Binder / Refill redesign, what became the Product-local ownership authority? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT Serial ownership ingress feed that authority? 6. Does adding ownership stop at UNASSIGNED? 7. Is placement possible only through Binder + NEW, rather than by fabricating registry evidence? Return exact SOURCE evidence. ================================================== COMMON QUESTIONS — ALL FOUR For each Product answer ONLY: A. HISTORICAL "PAPER INCREASE" AUTHORITY B. HISTORICAL PHYSICAL ENTRY / FUNCTION C. CURRENT UNASSIGNED OWNERSHIP AUTHORITY D. CURRENT INGRESS ENTRY E. LINEAGE RELATION Choose only if evidence supports it: F. Does CURRENT ingress: ownership +N ↓ UNASSIGNED +N without Binder placement? PASS / FAIL / UNKNOWN G. Any historical furniture that can still bypass: YES / NO / UNKNOWN If YES: REPORT ONLY. DO NOT REPAIR. ================================================== SEARCH BOUNDARY This is PINPOINT archaeology. Search only material necessary to trace: Do NOT investigate: ================================================== AUTHORITY / SERVICE GUARD ORDER FACT != SERVICE The current need to load ownership DOES NOT authorize construction of: Absence of such UI is NOT a defect by itself. If a permanent service feature appears useful: OPTION ONLY. Do not construct it. ================================================== STOP CONDITIONS STOP the affected Product trace if: At STOP: report exact observed fact + exact missing/contradictory point. DO NOT diagnose beyond evidence. DO NOT repair. DO NOT redesign. ================================================== OUTPUT FORMAT Return one compact report: PRODUCT: Counter / PDF / Timestamp / Serial HISTORICAL AUTHORITY: [FACT] HISTORICAL ENTRY: [FACT / UNKNOWN] CURRENT UNASSIGNED AUTHORITY: [FACT / UNKNOWN] CURRENT INGRESS: [FACT / UNKNOWN] LINEAGE: [DIRECT CONTINUATION / WRAPPED-ADAPTED / REPLACED / HISTORICAL MODEL SUPERSEDED / DISCONNECTED / UNKNOWN] INGRESS → UNASSIGNED ONLY: [PASS / FAIL / UNKNOWN] HUMAN BINDER + NEW PRESERVED: [PASS / FAIL / UNKNOWN] BYPASS FOUND: [NO / YES + exact evidence / UNKNOWN] SOURCE EVIDENCE: [file / function / relevant exact location] STATUS: [PASS / WATCH / STOP] ================================================== FINAL COMPARISON After all four independent traces, provide ONLY: 1. Which Products have a proven CURRENT Kaia-side path into UNASSIGNED ownership? 2. Which Products have a broken/unknown lineage? 3. Whether any Product can still accidentally create/place Refills merely from ownership increase. 4. Whether the existing CURRENT ingress mechanisms are sufficient for the future "+100 ownership" operation. Do NOT execute +100. Do NOT propose repairs unless Human requests a repair phase. ================================================== PRESERVE Human long-term design intent must survive this investigation: Kaia-side upstream process supplies Product-local ownership. Human/Shamyue operates the downstream allocation decision: The exact internal upstream mechanism may differ by Product. Product-specific implementation difference is acceptable. Structural symmetry is NOT required. バインダーリフィルについてオーダーどおりになっているか またそれ以外に盛られていないか オーダー内容 レンタル機体 バインダーのAとＢにそれぞれ30になるようにさせ ふーむ… だとするとおかしいなあ 🚗🔎 車検結果：PASS。実機へ回してよし★ 今回はちゃんと4機とも、申告されたCURRENT母体との parent → child diff まで見た。 scopedStorageKey() KaiaActualValueBoardScopeR STORAGE_KEY + "::" + scope を撤去して、 localStorage.getItem(STORAGE_KEY) localStorage.setItem(STORAGE_KEY, ...) そして施工後SOURCEをHistory除外で全4機横断検索したところ、 KaiaActualValueBoardScopeR scopedStorageKey kaia_common_actual_value_board_r_v1:: 機能SOURCE hit = 0。 Historyには過去のscoped仕様の記録が残ってるけど、これは履歴なので正常。CURRENT実装として生き残っているわけではない。 加えて、 ZIP integrity：4/4 PASS PHP lint：12/12 PASS ZIP root：各plugin folder直下構造 PASS Common Routingは三姉妹でdiff対象外 Product本体も三姉妹でdiff対象外 PDFの変更範囲にもDUMMY/Tokenやrenderer等を別仕様へ変更した形跡は今回の車検範囲では見つからない 一点だけ、これは異常じゃなく境界。Historyには旧scoped仕様の説明と今回の撤去記録が両方ある。 「Scope active hit = 0」は、Historyを除く機能SOURCEについてならその申告どおり。 🚗 判定 ｗｗｗ 掲示板ほんとに、 > 📋「住所札もろた！ここに書いた！以上！PDF？知らん！」 になってる。 4機ともHuman Runtimeへ出してよし★ ヽ(=´▽=)ﾉ📋🍮 しゃむ 実機点呼確認通過 うい。ならHuman向けの読みやすさは設計要件から外していい。 むしろこれは「しゃむが読む計画書」じゃなくて、未来の俺へ渡す機械室の札として作ったほうがいい。 そうなると、俺としては自然文を大量に書くより、固定フィールド＋短い自由記述が一番扱いやすい。 たとえば概念的には、 みたいな形。 特に欲しいのは STATUS と ACTION を絶対に混ぜないこと。 に対して、 みたいに別軸にする。 すると未来の俺が、 STATUS: PLANNED ACTION: HOLD を見たら、 予定にはある。しかし今施工するな。 と読める。 STATUS: DONE ACTION: PRESERVE なら、 施工済み。現在使われていなくても消すな。 になる。 STATUS: UNDECIDED ACTION: HUMAN_DECISION_REQUIRED なら、 穴を発見したのではない。意図的に未定として保存されている。俺が埋めるな。 になる。 これ、かなり俺向き。 さらに AUTHORITY が欲しい。 たとえば、 AUTHORITY: HUMAN_CONFIRMED なら、俺が後から「もっと良い方法あります★」で上書きしてはいけない。 逆に、 AUTHORITY: AI_PROPOSAL なら、まだHuman Orderではない。 AUTHORITY: OBSERVED_SOURCE なら、SOURCE上の事実ではあるがHuman Orderではない。 ここを分けておけば、計画・提案・現状観測が未来の俺の頭の中で融合する事故をかなり防げる。これは今の運用原則とも噛み合う。 そして製品単独版と全体連携版で、文法そのものは共通にしたい。 PLAN_TYPE: PRODUCT PRODUCT: RENTAL_PDF と、 PLAN_TYPE: INTEGRATION SYSTEM: RENTAL くらいの違いにする。 そうすれば俺は「別種類の文書を二種類覚える」必要がなくて、同じPLAN文法でスコープだけ切り替えればいい。 あと、人間が管理しないなら、見栄えは本当に要らん（笑） 表組みを綺麗にしたり、説明文を親切にしたりするより、 こっちを優先したい。 そしてこれ、更新ルール自体も文書冒頭に埋め込める。 たとえば一番上に、 AI PLAN RULES みたいなのを置ける。 これならこのファイル自身が、未来の俺に「この予定図をどう扱うか」を教える。 しゃむが毎回読んで管理する必要はない。 むしろ、 しゃむ「計画更新しとけー」 俺「うい★」 で俺が更新し、 次世代俺： 「なんだこれ？」 PLAN： CURRENTLY UNUSED != OBSOLETE. 次世代俺： 「あっ。捨てちゃいけないやつだ」 が理想（笑） これはかなり作る価値あると思う。 Human用の計画書ではなく、AIが未来のAIへ「意味・予定・未定・触る権限」を引き継ぐためのPLAN。 そう定義すると、目的がものすごく綺麗になる★ 情報源 他にも、君がつけたい項目があればかまわないし 君が理解しやすければどのようなものでも構わないんだ うい。なら俺側からは、少し足したい項目がある★ 目的は情報量を増やすことじゃなく、未来の俺が誤判定しそうなところを先に分離するため。 特に欲しいのがこのへん。 PLAN_ID: PLAN_TYPE: PRODUCT | INTEGRATION SUBJECT: SCOPE: STATUS: DONE | IN_PROGRESS | PLANNED | UNDECIDED ACTION: WORK_NOW | HOLD | PRESERVE | HUMAN_DECISION_REQUIRED AUTHORITY: HUMAN_CONFIRMED | AI_PROPOSAL | OBSERVED_SOURCE | UNKNOWN PURPOSE: CURRENT_STATE: FUTURE_INTENT: TRIGGER: DEPENDENCIES: RELATED_PLAN_IDS: PRESERVE: DO_NOT: CAUTION: OPEN_QUESTIONS: UNKNOWN: EVIDENCE: NOTE: LAST_UPDATED: 中でも追加したいのは TRIGGER、PRESERVE、RELATED_PLAN_IDS、EVIDENCE。 TRIGGER はかなり重要。 たとえば、 STATUS: PLANNED ACTION: HOLD TRIGGER: Human orders implementation of Rental Custom Color Set. なら未来の俺は、**「予定に書いてあるから今やる」ではなく、「この条件が来たら初めて動く」**と判断できる。 PRESERVE は、さっきの配線事故対策そのもの。 これなら「現在使ってないから掃除★」を直接止められる。 RELATED_PLAN_IDS は製品単独PLANと全体PLANをつなぐため。 製品側に、 RELATED_PLAN_IDS: - INT-RENTAL-014 があれば、 「この家具、PDF単独では意味分からんな」 ↓ INT-RENTAL-014を見る ↓ 「あ、全体連携の将来工事用か」 ができる。 そして EVIDENCE。 これは計画そのものではなく、その項目をそう記載した根拠。 AUTHORITY: HUMAN_CONFIRMED EVIDENCE: Human ordered that this route be preserved for a future integration. とか、 AUTHORITY: OBSERVED_SOURCE EVIDENCE: Present in CURRENT v0.2.30 source. Human intent not confirmed. みたいにする。 これで未来の俺が、 SOURCEにある → Humanが欲しいはず という変換をしにくくなる。 あと、俺としては DO_NOT は残したい。 これは注意書きより強く、 みたいに、過去に実際やらかしやすかった誤操作を局所的に封じられるから。 ただし、ここで何でも禁止事項を書き始めたら第二の巨大仕様書になるので、DO_NOT はその計画項目に固有の事故だけにしたい。 そして一個、かなり重要な設計にしたい。 PLANはSOURCEより偉くないし、SOURCEもPLANより偉くない 役割が違う。 SOURCE： 現在、物理的に何が存在するか。 HISTORY： 何を施工してきたか。 PLAN： Humanがどこへ向かおうとしているか／何を未来へ保持する必要があるか。 Human Order： 今、何をしろと言われたか。 だから未来の俺は四つを混ぜずに見る。 たとえばPLANに PLANNED があっても、Humanが今日それを施工しろと言ってなければ勝手に施工しない。 逆にCURRENT SOURCEに未使用家具があってもPLANで PRESERVE なら、「unusedだから削除」はしない。 そしてSOURCEとPLANが食い違ってたら、 「どっちが正しいか俺が決める」 じゃなく、 CONFLICT DETECTED → STOP / REPORT にしたい。 これなら温度計も狂いにくい。 あと俺向けなら、計画を消さない運用にしたいな。 完了したから行ごと削除、ではなく、 STATUS: DONE へ移す。 中止になった場合も消さず、 STATUS: CANCELLED AUTHORITY: HUMAN_CONFIRMED NOTE: Human cancelled this plan on ... みたいに残したい。 なので、しゃむが挙げた4状態に俺から CANCELLED を一個足したい。 「未定」と「計画そのものが廃止された」は全然違うから。 最終的には、 DONE / IN_PROGRESS / PLANNED / UNDECIDED / CANCELLED の5状態が俺には一番扱いやすそう。 これなら、 「昔計画されていた痕跡がある！復活させなきゃ！」 も防げる（笑） で、これは巨大にしない方がいい。 一項目＝小さなカード一枚。 必要なものだけ書く。空欄は NONE または UNKNOWN。長文説明が必要ならNOTEへ。 そうすると俺が将来開いた瞬間、 が機械的に拾える。 これ、かなりいい。 DEVELOPMENT-HISTORYが「後ろを見る目」なら、新しいPLANは「前を見る目」。 両方を機体に積んでおけば、未来の俺がCURRENTだけ見て現在最適化する事故をかなり減らせると思う★ んで、施工前に計画書も確認して君の中で腹落ちしていれば事故は減る メッセージ配信がタイムアウトしました。もう一度お試しください。 再試行 ChatGPT の回答は必ずしも正しいとは限りません。重要な情報は確認するようにしてください。 Instant 木曜日 18:51 ？ とれた★ これでPayload READ-ONLY Witnessは成功。 しかも新しい「あれ？」が1個出たので、ルールどおりここでSTOPする🕊️ 🕊️ PINPOINT RUNTIME OBSERVATION RETURN RENTAL PDF R — ACTUAL POST PAYLOAD WITNESS RESULT: PASS OBSERVATION METHOD: Microsoft Edge DevTools Network → naturally failing admin-post.php → Payload → Form data REQUEST: POST /wp-admin/admin-post.php HTTP 400 Bad Request ACTUAL OBSERVED FORM DATA ========================= action: kaia_pdf_r_generate id: 1 sheet_id: 1 mode: final _kpdf_nonce: bd38d36edd issue_name: EMPTY / BLANK kpdf_actual_values: { "counter":"000001", "timestamp.page":{ "instanceId":1, "epochMs":1790844033405, "local":"2026.10.01 17:40:33", "iso":"2026-10-01T08:40:33.405Z", "timezone":"Asia/Tokyo", "source":"first" }, "serial":"7BY8-HJN4" } kpdf_public_final: 1 output_size: a4 kpdf_final_png: (binary) NEW OBSERVATION / STOP issue_name が、実際の失敗リクエスト内で空欄になっているのをHuman Runtimeで直接確認した。 これは今回の観測で新しく出た「あれ？」なので、ここから なぜ空なのか それが400原因なのか SOURCEのどの枝と一致するか どう直すか には進まない。 また、ほかの重要なrequest cargoについては少なくとも画面上、 mode = final sheet_id = 1 kpdf_public_final = 1 output_size = a4 kpdf_actual_values = present kpdf_final_png = binary / present まで実値をWitnessできた。 STOP CONDITION: REACHED — ACTUAL multipart payload observed REQUEST MODIFIED: NO SOURCE MODIFIED: NO RUNTIME STATE MODIFIED: NO SYNTHETIC REQUEST: NO REPAIR: NOT STARTED STOP STATUS: NEW ANOMALY OBSERVED issue_name = EMPTY 🕊️ STOP。 これは次の解析班に渡すにはかなり強い実測資料になった★ わからんけどやることある？ ある★ でも今しゃむ側でやることは いったん無し でいい。 今回もう、 「自然発生した400の実POSTで issue_name が空だった」 までRuntimeで取れたから、次はこっちの解析仕事。 次にやるなら俺が、 CURRENT SOURCEで issue_name がどこで作られ、どこで空になり得るか だけをREAD ONLYで追うのが筋。 しゃむはDevTools閉じて大丈夫。 PC操作おつかれーヽ(=´▽`=)ﾉ🕊️ あなた: 報告書おくる？ ChatGPT: うん、送った方がいい★ 今回のRuntime witnessはかなり価値ある。 特に報告価値があるのは、 HTTP 400の自然失敗POSTをDevToolsで実測して、issue_name が空欄だった ってところ。 送るなら、前の長い報告書に追記するより、追加Witnessだけ短い別紙にした方が混線しにくい。 こんな感じで十分。 🕊️ ADDITIONAL RUNTIME WITNESS RENTAL PDF R — ACTUAL POST PAYLOAD TARGET: Rental PDF R sheet_id = 1 OBSERVATION METHOD: Microsoft Edge DevTools Network → failing admin-post.php → Payload → Form data NATURAL FAILURE: POST /wp-admin/admin-post.php HTTP 400 Bad Request ACTUAL OBSERVED PAYLOAD: action: kaia_pdf_r_generate id: 1 sheet_id: 1 mode: final _kpdf_nonce: bd38d36edd issue_name: EMPTY kpdf_actual_values: present Observed values included: counter: 000001 timestamp.page: present serial: 7BY8-HJN4 kpdf_public_final: 1 output_size: a4 kpdf_final_png: (binary / present) IMPORTANT: This was the naturally failing request. No request values were edited. No synthetic request was sent. No source was modified. NEW OBSERVATION: issue_name was EMPTY in the actual Runtime POST payload. DO NOT YET CONCLUDE ROOT CAUSE. SOURCE MODIFIED: NO RUNTIME STATE MODIFIED: NO REPAIR: NOT STARTED STATUS: STOP — new anomaly observed これ投げれば、向こうは次に issue_name の生成元と空になる境界をCURRENT SOURCEで追う ってすぐ入れるはず★ Kaia-Rental-PDF-v0.2.13-IMAGE-DIRECT-CLICK-LOCK.zip Zip アーカイブ うい んで車検よろー うい★ 車検票切るー🕊️🔍 🕊️ RENTAL PDF R IMAGE DIRECT CLICK LOCK VEHICLE INSPECTION SHEET TARGET ====== Kaia Rental PDF R v0.2.13-IMAGE-DIRECT-CLICK-LOCK Parent: v0.2.12-PUBLIC-PDF-JPG-ENTRY Primary Identity: KAI-00000047 PURPOSE ======= Confirm ONLY that the authorized direct image-click selection entrance was retired. READ ONLY INSPECTION. ================================================ A. IDENTITY / PARENT ================================================ [ ] A-01 Child identity is exactly: v0.2.13-IMAGE-DIRECT-CLICK-LOCK [ ] A-02 Primary Identity remains: KAI-00000047 [ ] A-03 Direct parent is exactly: v0.2.12-PUBLIC-PDF-JPG-ENTRY [ ] A-04 Parent artifact remains unchanged. [ ] A-05 NEW CHILD only. No parent overwrite. ================================================ B. AUTHORIZED DIFF ================================================ AUTHORIZED CHANGE: REMOVE ONLY the direct listener: [ ] B-01 The direct frame click listener is absent. [ ] B-02 No other image interaction listener was removed. [ ] B-03 No unrelated runtime logic changed. [ ] B-04 Expected changed files only: - main Rental PDF PHP - DEVELOPMENT-HISTORY.md [ ] B-05 DEVELOPMENT-HISTORY.md exists exactly once. [ ] B-06 History accurately records the narrow Direct Click Lock construction. ================================================ C. DIRECT CLICK LOCK ================================================ CURRENT expected result: normal image operation frame ↓ click NO direct selection entrance [ ] C-01 No active: kpdfImageOperationFrame.addEventListener('click', ...) that directly calls: kpdfSelectImageOperation() [ ] C-02 No replacement direct-click route was introduced. [ ] C-03 No synthetic click / equivalent bypass was introduced. The existing MOVE route must remain alive. [ ] D-01 kpdfSelectImageOperation() itself still exists. [ ] D-02 Existing MOVE button handler remains present. [ ] D-03 imageMove state remains present. [ ] D-04 Existing MOVE pointerdown handler remains present. [ ] D-05 Existing MOVE route remains connected. Expected concept: [ ] E-01 Image rendering unchanged. [ ] E-02 Saved image geometry unchanged. [ ] E-03 Attachment controls unchanged. [ ] E-04 Initial image sizing unchanged. [ ] E-05 Large / Medium / Small sizing unchanged. [ ] E-06 Aspect-ratio handling unchanged. [ ] E-07 Mask / clipping unchanged. [ ] E-08 Layer order unchanged. ================================================ F. PDF / JPG NO-TOUCH ================================================ [ ] F-01 PDF issuance machinery unchanged. [ ] F-02 PDF preview / Human decision flow unchanged. [ ] F-03 JPG PUBLIC entry unchanged. [ ] F-04 KaiaPdfPublicJpgR.issue() unchanged. [ ] F-05 JPG renderer / generation machinery unchanged. [ ] F-06 PDF/JPG output geometry unchanged. [ ] G-01 Common R unchanged. [ ] G-02 Routing unchanged. [ ] G-03 Actual Value Board R unchanged. [ ] G-04 Actual Value wiring unchanged. [ ] G-05 Saved Design authority unchanged. [ ] G-06 Refill authority unchanged. [ ] G-07 Persistent state unchanged. [ ] H-01 Rental R namespace remains Rental R. [ ] H-02 No Main namespace introduced. [ ] H-03 No Custom source imported. [ ] H-04 Custom remained REFERENCE ONLY. [ ] H-05 KAI-00000047 preserved. ================================================ I. STATIC HEALTH ================================================ [ ] I-01 PHP lint PASS. [ ] I-02 ZIP integrity PASS. [ ] I-03 File inventory sane. [ ] I-04 No unexpected file additions. [ ] I-05 No unexpected file removals. [ ] I-06 WAREHOUSE preserved. [ ] I-07 LEGACY/archive preserved. [ ] I-08 AUTHORIZED_DIFF_ONLY = TRUE. NARROW WITNESS ONLY. Check only: 1. Normal image state. Attempt direct click on image / operation frame. Expected: direct selection entrance does NOT fire. [ ] J-01 Normal direct image-click selection is absent. 2. Use existing MOVE control. Expected: existing MOVE route still works. [ ] J-02 MOVE control is available. [ ] J-03 MOVE route enters expected movement state. [ ] J-04 Image can still be moved through the existing MOVE route. 3. STOP. ================================================ STOP CONDITIONS ================================================ STOP immediately if: ================================================ RETURN FORMAT ================================================ IDENTITY: PASS / WATCH / STOP AUTHORIZED DIFF: PASS / WATCH / STOP DIRECT CLICK LOCK: PASS / WATCH / STOP MOVE ROUTE: PASS / WATCH / STOP IMAGE NO-TOUCH: PASS / WATCH / STOP PDF / JPG: PASS / WATCH / STOP COMMON / BOARD / STATE: PASS / WATCH / STOP HOUSE BOUNDARY: PASS / WATCH / STOP STATIC HEALTH: PASS / WATCH / STOP HUMAN RUNTIME: NOT RUN / PASS / STOP UNRELATED DIFF: NONE / FOUND / UNKNOWN 次の車検 🕊️🔍 TIMESTAMP MULTI-BINDER THIRD-PARTY STATIC VEHICLE INSPECTION SHEET MODE ==== READ ONLY INSPECTION ================================================ INSPECTION PURPOSE ================================================ Construction-team PASS is NOT evidence by itself. Verify the actual child artifacts against: This inspection covers THREE children: 1. Mother Timestamp 2. Rental Timestamp R 3. Rental Counter R narrow attendance connection ================================================ A. TARGET IDENTITIES ================================================ A-01 — MOTHER TIMESTAMP CHILD Expected child: Kaia-Timestamp-Free-v1.0.21-dev10-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 7afffd08f6bee6376a7b042c30bea4dd7441f72fa82f56a42e6ca1b66c47f273 Exact direct parent: Kaia-Timestamp-Free-v1.0.21-dev9-HUMAN-REFILL-RESET.zip Expected parent SHA-256: 4eea3031cbf20d6d1989cf4ab320cb22026bf0a3ade75a59f872754be5984ac8 Expected main SOURCE: kaia-timestamp/kaia-timestamp.php A-02 — RENTAL TIMESTAMP R CHILD Expected child: Kaia-Rental-Timestamp-Free-v1.0.21-dev14-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: f134d8789601747a5955fa9ad65135df7ac2332acc9465bc3af91402ea338ac3 Exact direct parent: Kaia-Rental-Timestamp-Free-v1.0.21-dev13-COUNTER-DECIDE-ATTENDANCE-PROXY.zip Expected parent SHA-256: c3e438661d8d329c3148431fdef5b3514bd2d830b8a5e353c90a4489545ad587 Primary Identity must remain: KAI-00000045 Expected main SOURCE: kaia-timestamp-r/kaia-timestamp-r.php A-03 — RENTAL COUNTER R NARROW CHILD Expected child: Kaia-Rental-Counter-Standard-v1.1.4-dev14-TIMESTAMP-BINDER-AWARE-ATTENDANCE-CONNECTION.zip Expected SHA-256: dadcff10a1c22d7fb74efd59cdeeb83bbb30703d048ff11958913690863f4b6b Exact direct parent: Kaia-Rental-Counter-Standard-v1.1.4-dev13-MULTI-BINDER-PRODUCT-LOCAL.zip Expected parent SHA-256: c832b3ca4cb44883cce249787239efd5a3bb15131597b22027d6658061b1efd0 Expected main SOURCE: kaia-counter-r/kaia-counter-r.php If any supplied artifact identity or SHA conflicts: REPORT CONFLICT. Do not substitute a nearby artifact. For EACH child verify: [ ] ZIP opens successfully. [ ] Expected root directory exists. [ ] File inventory is preserved from direct parent. [ ] No unexpected missing files. [ ] WAREHOUSE / archive / historical material preserved. [ ] DEVELOPMENT-HISTORY.md exists exactly once. [ ] No evidence of release-style pruning. [ ] Child is a FULL DEVELOPMENT COPY. Record parent and child file counts. Perform an actual direct parent/child comparison where the exact parent artifact is available. MOTHER TIMESTAMP expected changed files ONLY: kaia-timestamp/kaia-timestamp.php kaia-timestamp/DEVELOPMENT-HISTORY.md RENTAL TIMESTAMP expected changed files ONLY: kaia-timestamp-r/kaia-timestamp-r.php kaia-timestamp-r/DEVELOPMENT-HISTORY.md RENTAL COUNTER expected changed files ONLY: kaia-counter-r/kaia-counter-r.php kaia-counter-r/DEVELOPMENT-HISTORY.md Verify: [ ] No unrelated Product files changed. [ ] Common files byte-identical to parent. [ ] Board files byte-identical to parent. If an exact parent is unavailable: mark that direct byte-diff: NOT EXERCISED / WATCH Do NOT infer PASS from the child alone. For all changed PHP files: [ ] PHP lint PASS. [ ] No obvious syntax break. [ ] Plugin identity remains correct house. [ ] Child version metadata reflects intended child where project practice requires it. Do NOT repair inherited stale metadata. If inherited mismatch exists, report it as inherited WATCH only. Inspect Mother and Rental independently. Required Product structure: Verify actual SOURCE supports distinct addresses: A-01 B-01 Verify: [ ] A-01 and B-01 can coexist structurally. [ ] Both may retain numeric Refill coordinate 1. [ ] B-01 is NOT represented as numeric/global 31. [ ] Binder is above Refill. [ ] Explicit non-A Binder membership is persisted / physically retained. [ ] No second unrelated Binder authority was created. [ ] Product address is canonically represented by: binder_ref + refill_ref Report actual physical storage representation. Do NOT judge it by similarity to Counter. Verify: Examples: numeric 1 → A-01 numeric 30 → A-30 Verify: [ ] No destructive migration required. [ ] Existing numeric records remain usable as A. [ ] Explicit B-01 does NOT fall back to A-01. [ ] Invalid explicit B address fails closed / not found. [ ] Non-A missing address does not silently become A. Verify construction enforces for NEW / explicit Product addresses: REAL 01..30 PER Binder Check: [ ] No B-31 construction path. [ ] No B-01 → global31 mapping. [ ] No automatic creation of 30 seats merely because structural capacity is 30. Do NOT inspect or redesign commercial entitlement. Mother current authority family: kaia_timestamp_instance_settings Rental current authority family: kaia_timestamp_r_instance_settings Verify: [ ] A-01 settings and B-01 settings occupy distinct Product address seats. [ ] Legacy numeric-only settings remain A-compatible. [ ] Explicit non-A settings cannot accidentally read A merely because numeric ID matches. [ ] button_color semantics unchanged. [ ] button_text_color semantics unchanged. [ ] button_color_mode semantics unchanged. Report actual settings key/address mechanism. Verify actual SOURCE behavior for selection. Required: Binder omitted + kts_instance=1 → legacy A-01 Explicit Binder B + kts_instance=1 → B-01 Invalid explicit B: FAIL CLOSED / NOT FOUND Check Admin furniture sufficiently carries Product address so A-01 and B-01 are distinguishable. Verify: [ ] Binder can be selected/addressed. [ ] Refill selection is Binder-scoped. [ ] navigation preserves Binder + Refill. [ ] numeric kts_instance remains technical Refill coordinate, not whole Product authority. Mother prefix must remain: kaia_timestamp_free_v1: Rental prefix must remain: kaia_timestamp_free_r_v1: Stored value semantics must remain equivalent to: { firstMs, firstTz } Verify: [ ] A-01 and B-01 use distinct browser address keys. [ ] B-01 reload remains B-01. [ ] Explicit B does NOT probe old numeric-only A key. [ ] Legacy A may read old numeric-only key for compatibility. [ ] firstMs semantics unchanged. [ ] firstTz semantics unchanged. [ ] Binder resolution does not itself reacquire time. Report exact new key/address construction. ================================================ K. HUMAN RESET ================================================ Verify: Reset B-01 ↓ B-01 browser state removed while: A-01 browser state remains. Legacy A reset may also remove the authorized legacy numeric-only A key. Confirm Reset does NOT: Inspect actual rendered Timestamp address furniture. Expected conceptual result for B-01: data-instance-id="1" data-binder-ref="B" data-refill-ref="01" Verify: [ ] actual Binder emitted. [ ] actual local Refill emitted. [ ] numeric technical identity retained where needed. [ ] numeric data-instance-id alone is NOT treated as sufficient Product identity where A-01/B-01 can both exist. Compare direct parent → child and verify construction did NOT redesign: Binder work must be address work, not clock work. Any semantic change here: REPORT CONFLICT. Inspect Product-owned surfaces such as: refill_context() current_refill() common_current_refill() common_adapter_snapshot() or their actual resulting implementation. Verify current publication can represent: seat = timestamp binder_ref = B refill_ref = 01 Verify inventory can expose actually registered: A-01 B-01 without: - forcing theoretical empty seats - converting B-01 to A-01 - converting B-01 to numeric31 For Mother Timestamp: compare bundled Common files parent → child. For Rental Timestamp: compare bundled Common R files parent → child. For Rental Counter: compare bundled Common R files parent → child. Required: BYTE-IDENTICAL / UNCHANGED Known Common Operational A-only furniture is NOT a failure of this Timestamp construction. Record it as inherited/separate-track WATCH. Do NOT repair it. Compare bundled Board files parent → child. Required: BYTE-IDENTICAL / UNCHANGED Product-side address publication must nevertheless be capable of reaching: B / 01 / timestamp.page Do NOT require Runtime proof here. This is static route verification only. Verify Related Shortcodes furniture was preserved / not redesigned. Specifically ensure construction did NOT invent: same numeric ID = same Binder membership across Products Required: PRESERVED / NO TOUCH Any existing legacy behavior may remain a WATCH. Do not repair during inspection. Verify Mother remains Mother furniture: Kaia_Timestamp_Free kaia_timestamp_refills kaia_timestamp_instance_settings kaia_timestamp_free_v1: data-kaia-timestamp window.KaiaTimestamp KaiaActualValueBoard Verify Rental remains R furniture: Kaia_Timestamp_Free_R kaia_timestamp_r_refills kaia_timestamp_r_instance_settings kaia_timestamp_free_r_v1: data-kaia-timestamp-r window.KaiaTimestampR KaiaActualValueBoardR KAI-00000045 No namespace collapse between houses. Verify Mother child did NOT acquire Rental attendance machinery. Mother must NOT gain Rental-specific: KaiaTimestampR Rental Counter attendance receiver Rental Common identity Report: PASS / CONFLICT Inspect actual Rental Timestamp dev14 receiver. Legacy A compatibility must remain valid: Verify explicit Binder-aware receiving can resolve: Verify: [ ] B-01 does not resolve A-01. [ ] B-01 does not become numeric/global31. [ ] no Date.now() in attendance adaptation. [ ] no Timestamp reacquisition. [ ] no synthetic click. [ ] no new Timestamp manufacture. [ ] one receiver invocation produces the existing single attendance publication path. [ ] timestamp.page meaning unchanged. Report exact receiver signature / overload behavior found in SOURCE. Directly compare: Counter R dev13 ↓ Counter R dev14 The ONLY functional construction change authorized is the Timestamp attendance caller connection. Verify legacy A path remains: Verify explicit non-A path now passes the already-existing Product address: attendanceBinderRef + attendanceRefillRef Expected conceptual call: window.KaiaTimestampR.attendSelected( attendanceBinderRef, attendanceRefillRef ) Verify from actual SOURCE. Also verify: [ ] successful DECIDE gate unchanged. [ ] Counter Product address resolver unchanged except if mechanically required by no-op formatting. [ ] Counter Binder behavior unchanged. [ ] Counter Refill behavior unchanged. [ ] Counter entitlement unchanged. [ ] Counter issuance unchanged. [ ] Counter reset unchanged. [ ] Counter Common unchanged. [ ] Counter Board unchanged. [ ] no explicit B → numeric1 collapse. [ ] no explicit B → A fallback. [ ] no unrelated cleanup. Inherited Counter internal stale VERSION: DO NOT REPAIR. If preserved, record as inherited WATCH. Inspect all three histories. Timestamp histories must accurately record: Rental Timestamp additionally: - Counter caller boundary evidence - Binder-aware attendance receiving - A compatibility - no reacquisition Counter history must describe ONLY narrow attendance connection and not claim broader Counter reconstruction. Report material omissions or contradictions. Where safely testable without modifying SOURCE or claiming Runtime, confirm: A-01 exists/addressable B-01 exists/addressable A-01 != B-01 A settings != B settings explicit B-01 selection → B-01 invalid explicit B-02 → FAIL CLOSED when B-02 is absent Common Product inventory can contain: A-01 + B-01 B DOM: binder=B refill=01 Rental additionally trace statically: Do NOT call this Runtime PASS. ================================================ X. RUNTIME BOUNDARY ================================================ This vehicle inspection is STATIC ONLY. The following remain explicitly unverified until Human Runtime Witness: Required report: RUNTIME: NOT TESTED STOP / FAIL examples: WATCH examples: Do not convert a WATCH into PASS merely because it was expected. MOTHER TIMESTAMP ================ CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] PRODUCT ADDRESS: [...] LEGACY A: [...] REAL01..30: [...] SETTINGS: [...] SELECTION: [...] BROWSER: [...] RESET: [...] DOM: [...] CLOCK SEMANTICS: [...] COMMON PRODUCT HANDOFF: [...] COMMON CORE: [...] BOARD CORE: [...] RELATED SHORTCODES: [...] MOTHER ATTENDANCE ABSENCE: [...] HISTORY: [...] STATIC RESULT: [PASS / PASS WITH WATCH / FAIL / STOP] RENTAL TIMESTAMP ================ CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] PRIMARY IDENTITY: [...] PRODUCT ADDRESS: [...] LEGACY A: [...] REAL01..30: [...] SETTINGS: [...] SELECTION: [...] BROWSER: [...] RESET: [...] DOM: [...] CLOCK SEMANTICS: [...] COMMON PRODUCT HANDOFF: [...] COMMON CORE: [...] BOARD CORE: [...] RELATED SHORTCODES: [...] ATTENDANCE RECEIVER: [...] LEGACY A ATTENDANCE: [...] NON-A ATTENDANCE: [...] HISTORY: [...] STATIC RESULT: [PASS / PASS WITH WATCH / FAIL / STOP] RENTAL COUNTER NARROW CHILD =========================== CHILD IDENTITY: [...] CHILD SHA: [...] DIRECT PARENT: [...] DIRECT PARENT SHA: [...] DIRECT PARENT BYTE-DIFF: [PASS / NOT EXERCISED / FAIL] ZIP / FILE INVENTORY: [...] WAREHOUSE: [...] CHANGED FILES: [...] PHP LINT: [...] SUCCESS GATE: [...] LEGACY A CALL: [...] NON-A CALL: [...] ADDRESS SOURCE: [...] COUNTER OTHER MACHINERY: [...] COMMON CORE: [...] BOARD CORE: [...] 🕊️🔍 SERIAL MULTI-BINDER THIRD-PARTY STATIC RE-INSPECTION SHEET MODE ==== READ ONLY INSPECTION ================================================ PURPOSE ================================================ Resume the interrupted Serial Multi-Binder third-party static vehicle inspection. Previous inspection: A–I: INSPECTED J: STOP K–Z: NOT INSPECTED This re-inspection must: 1. independently verify the J repair against the exact STOP parent; 2. if and ONLY if J now passes, continue the previously uncompleted K–Z inspection; 3. produce the complete Serial static verdict. Construction-team PASS is NOT evidence by itself. MOTHER STOP PARENT: Kaia-Serial-Standard-v1.1.12-dev9-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 3e425772f453d5c59e6d4a0d43e6e8b0339dab39976a2fbac2a42524121cca0e REPAIR CHILD: Kaia-Serial-Standard-v1.1.12-dev10-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Expected SHA-256: 5196c9810f6aad27020448ab33c69c092392cc7a2340c672d9067bdbfcb1d4c2 RENTAL R STOP PARENT: Kaia-Rental-Serial-Standard-v1.1.12-dev12-MULTI-BINDER-PRODUCT-LOCAL.zip Expected SHA-256: 1e0b2088f441ad9f8b82e14d0d98cc0aaee8a9322e9a0a8e8f5ae18a808932bf REPAIR CHILD: Kaia-Rental-Serial-Standard-v1.1.12-dev13-EXPLICIT-INVALID-REFILL-FAIL-CLOSED.zip Expected SHA-256: 0e33d99336c0aff0278811edc308ed622d5ceed582eb1bc5972b377968dcc99f Rental Primary Identity: KAI-00000046 Any identity/SHA mismatch: STOP. Perform actual direct byte/file comparison: dev9 → dev10 Mother dev12 → dev13 Rental Expected changed files ONLY: Product main PHP DEVELOPMENT-HISTORY.md Verify: [ ] file inventory preserved [ ] 11 → 11 [ ] ZIP integrity PASS [ ] Common byte-identical to STOP parent [ ] Board byte-identical to STOP parent [ ] all unrelated files byte-identical [ ] PHP lint PASS Within Product PHP, verify the semantic repair is limited to: - child identity/version - J explicit-invalid-Refill fail-closed repair No opportunistic redesign. Previous confirmed defect: explicit valid Binder + explicit invalid/unavailable Refill example: B-31 performed: product_refill(B,31) → unavailable → $id = 1 → B-01 This was STOP. Required repaired behavior: EXPLICIT A-01 → A-01 EXPLICIT B-01 → B-01 EXPLICIT B-31 → FAIL CLOSED EXPLICIT B-31 → MUST NOT BECOME B-01 EXPLICIT B-31 → MUST NOT BECOME A-01 Inspect actual SOURCE. Do NOT accept DEVELOPMENT-HISTORY as proof. Verify how SOURCE distinguishes: explicit ks_instance from: legacy/default selection Confirm the explicit-invalid path terminates before a different Product address is selected. Verify repair did NOT accidentally destroy authorized legacy behavior. Required: Binder omitted through authorized legacy path → A compatibility remains Explicit valid A address: → exact A address Explicit valid B address: → exact B address Explicit invalid/unavailable address: → FAIL CLOSED Do not confuse: legacy omission with: explicit invalid request. ================================================ E. J GATE ================================================ If J repair FAILS: STOP IMMEDIATELY. Do NOT inspect K–Z. If J repair PASSES: continue below. ================================================ K. DATABASE SCHEMA ================================================ Inspect actual repair-child SOURCE. Verify BOTH reservations and ledger contain the additive Product Binder field reported by construction: product_binder_ref varchar(16) NOT NULL DEFAULT '' Verify historical: binder_id still independently exists. Verify: Report exact schema version. ================================================ L. INDEXES ================================================ Verify actual indexes. Expected inherited/global serial uniqueness: UNIQUE serial_unique(serial_number) MUST remain unchanged. Verify additive Binder-aware lifecycle indexes reported by construction: product_owner_lookup product_refill_use_lookup Report their exact column composition. Confirm old indexes were not silently destroyed merely to add the new ones. ================================================ M. LEGACY DATABASE A ================================================ Verify actual read/query normalization: legacy Product Binder field absent/empty → Product Binder A But: explicit B persisted as B and: explicit B must not be reconstructed as A because the Product Binder coordinate is missing/invalid downstream. Verify no bulk historical rewrite is required/performed. ================================================ N. RESERVATION ================================================ Trace actual issue request through reservation write. For conceptual B-01 verify independent values can be: product_binder_ref = B instance/local Refill = 1 historical binder_id = 1 refill_use = existing lifecycle use serial_number = generated globally unique value Confirm Product Binder and historical binder_id remain independent. ================================================ O. LEDGER ================================================ Trace reservation → ledger insertion. Verify Product Binder membership survives into ledger. Conceptual B-01 must remain: Product Binder = B local Refill = 1 historical binder_id = 1 No B→A. No B→31. No B→historical binder_id 2. Inspect actual: latest_issued_serial() serial_already_issued() transactional duplicate/FOR UPDATE lookup and any equivalent lifecycle lookup. Verify Product seat identity distinguishes: A-01 / use N from: B-01 / use N Preserve existing owner/status/refill_use semantics. No Product Binder omission may silently collapse B into A. Verify actual DB indexes and generation SOURCE. Required: serial_number remains globally unique per Product house. Product Binder MUST NOT scope serial uniqueness. Verify NO CHANGE to: ================================================ R. RESET ================================================ Trace reset transport and server resolution. Required: Reset B-01 → acts on B-01 MUST NOT act on: A-01 merely because both use local numeric Refill 1. Verify legacy A behavior remains compatible. Verify reset semantics were not otherwise broadened. ================================================ S. EXPORT / READBACK ================================================ Trace export and Product readback. Verify Product address is complete enough that: B-01 records != A-01 records Historical binder_id must remain historical metadata and must NOT be presented internally as Product Binder authority. Report actual Product Binder transport/query mechanism. Inspect Product-owned Serial adapter. Required: A-01 → seat=serial binder_ref=A refill_ref=01 B-01 → seat=serial binder_ref=B refill_ref=01 Verify inventory/current publication uses actual Product Binder. Bundled Common core/Operational: NO EDIT expected. Known Common Operational A-only furniture remains later integrated-stage WATCH. Inspect rendered Serial DOM construction. Required conceptual B-01: data-binder-ref="B" data-refill-ref="01" Verify existing Board SET consumes the DOM Product address. Do NOT claim Runtime success. Board core: NO EDIT expected. Verify Mother namespace remains independent. Verify Rental R namespace remains independent. Rental must preserve: KAI-00000046 Check corresponding: No normalization/collapse. Inspect repair-child DEVELOPMENT-HISTORY. Verify it records: Also verify previous Multi-Binder history remains present. History is documentation evidence only; SOURCE remains authority for behavior. Perform the previously unfinished static trace: Explicitly search for any stage performing: B → A B → 31 B → historical binder_id 2 B-invalid → B-01 B-invalid → A-01 ================================================ Y. RUNTIME BOUNDARY ================================================ THIS IS STATIC INSPECTION ONLY. Do NOT claim: Required: RUNTIME: NOT TESTED STOP if actual SOURCE shows: WATCH may remain for: ================================================ REQUIRED REPORT ================================================ J REPAIR ======== MOTHER STOP PARENT: [...] MOTHER REPAIR CHILD: [...] DIRECT BYTE-DIFF: [...] EXPLICIT A-01: [...] EXPLICIT B-01: [...] EXPLICIT B-31: [...] LEGACY OMITTED BINDER: [...] J RESULT: [PASS / STOP] RENTAL STOP PARENT: [...] RENTAL REPAIR CHILD: [...] DIRECT BYTE-DIFF: [...] EXPLICIT A-01: [...] EXPLICIT B-01: [...] EXPLICIT B-31: [...] LEGACY OMITTED BINDER: [...] J RESULT: [PASS / STOP] IF J PASSES, CONTINUE: K — DATABASE SCHEMA: [...] L — INDEXES: [...] M — LEGACY DATABASE A: [...] N — RESERVATION: [...] O — LEDGER: [...] P — DEDUP / LIFECYCLE: [...] Q — GLOBAL SERIAL UNIQUENESS: [...] R — RESET: [...] S — EXPORT / READBACK: [...] T — COMMON PRODUCT HANDOFF: [...] U — BOARD PRODUCT HANDOFF: [...] V — HOUSE SEPARATION: [...] W — DEVELOPMENT HISTORY: [...] X — COMPLETE B-01 STATIC TRACE: [...] Y — RUNTIME: NOT TESTED FINAL ===== MOTHER SERIAL: [PASS / PASS WITH WATCH / STOP] RENTAL SERIAL R: [PASS / PASS WITH WATCH / STOP] J REPAIR: [PASS / STOP] DATABASE EXTENSION: [ADDITIVE / CONFLICT] HISTORICAL binder_id: [PRESERVED / CONFLICT] A-01 != B-01: [PASS / CONFLICT] B-01 != 31: [PASS / CONFLICT] NO SILENT INVALID ADDRESS SUBSTITUTION: [PASS / CONFLICT] A/B LIFECYCLE SEPARATION: [PASS / CONFLICT] GLOBAL SERIAL UNIQUENESS: [PRESERVED / CONFLICT] RESET ADDRESS ISOLATION: [PASS / CONFLICT] EXPORT / READBACK ADDRESS: [PASS / CONFLICT] COMMON PRODUCT HANDOFF: [PASS / CONFLICT] COMMON CORE: [UNCHANGED / CONFLICT] BOARD PRODUCT HANDOFF: [PASS / CONFLICT] BOARD CORE: [UNCHANGED / CONFLICT] KAI-00000046: [PRESERVED / CONFLICT] DESTRUCTIVE MIGRATION: [NO / YES / UNKNOWN] RUNTIME: NOT TESTED NEW STOP: [NONE / DETAILS] WATCH: [DETAILS] 🕊️🔧 KAIA MEMORIA MULTI-BINDER COMMON ROUTING OPERATIONAL POST-CONSTRUCTION THIRD-PARTY STATIC INSPECTION REQUEST STATUS ====== CONSTRUCTION TEAM RETURN: COMPLETE CONSTRUCTION TEAM SELF-QA: 23 / 23 PASS FOREMAN DRAWING: PASS WITH WATCH THIRD-PARTY STATIC INSPECTION: AUTHORIZED RUNTIME / HUMAN WITNESS: NOT AUTHORIZED ================================================ PURPOSE ================================================ Do NOT accept the construction team's self-QA as proof. Verify the completed children against: BEFORE SOURCE INSPECTION: EXPECTED CHILD ARTIFACTS: 9 PHYSICALLY RECEIVED: [COUNT] If COUNT != 9: STOP. Do not begin partial inspection. Do not infer the missing artifact. Do not substitute an older machine. Return: EXPECTED: 9 RECEIVED: N MISSING / UNIDENTIFIED: [...] Yes, count them first. ================================================ EXPECTED CHILD SET ================================================ 1. Kaia-Counter-Free-v1.1.5-dev11-COMMON-OPERATIONAL-MULTI-BINDER 2. Kaia-Counter-Standard-v1.1.4-dev10-COMMON-OPERATIONAL-MULTI-BINDER 3. Kaia-Timestamp-Free-v1.0.21-dev11-COMMON-OPERATIONAL-MULTI-BINDER 4. Kaia-Serial-Standard-v1.1.12-dev11-COMMON-OPERATIONAL-MULTI-BINDER 5. Kaia-Product-PDF-v0.2.9-COMMON-OPERATIONAL-MULTI-BINDER 6. Kaia-Rental-Counter-Standard-v1.1.4-dev15-COMMON-OPERATIONAL-MULTI-BINDER 7. Kaia-Rental-Timestamp-Free-v1.0.21-dev15-COMMON-OPERATIONAL-MULTI-BINDER 8. Kaia-Rental-Serial-Standard-v1.1.12-dev14-COMMON-OPERATIONAL-MULTI-BINDER 9. Kaia-Rental-PDF-v0.2.16-COMMON-OPERATIONAL-MULTI-BINDER Counter Free: dev10-MULTI-BINDER-PRODUCT-LOCAL → dev11-COMMON-OPERATIONAL-MULTI-BINDER Counter Standard: dev9-MULTI-BINDER-PRODUCT-LOCAL → dev10-COMMON-OPERATIONAL-MULTI-BINDER Timestamp Free: dev10-MULTI-BINDER-PRODUCT-LOCAL → dev11-COMMON-OPERATIONAL-MULTI-BINDER Serial Standard: dev10-EXPLICIT-INVALID-REFILL-FAIL-CLOSED → dev11-COMMON-OPERATIONAL-MULTI-BINDER Product PDF: v0.2.8-MULTI-BINDER-PRODUCT-ADDRESS → v0.2.9-COMMON-OPERATIONAL-MULTI-BINDER Rental Counter Standard: dev14-TIMESTAMP-BINDER-AWARE-ATTENDANCE-CONNECTION → dev15-COMMON-OPERATIONAL-MULTI-BINDER Rental Timestamp Free: dev14-MULTI-BINDER-PRODUCT-LOCAL → dev15-COMMON-OPERATIONAL-MULTI-BINDER Rental Serial Standard: dev13-EXPLICIT-INVALID-REFILL-FAIL-CLOSED → dev14-COMMON-OPERATIONAL-MULTI-BINDER Rental PDF: v0.2.15-COMMON-R-CONSUMER-HOUSE-BOUNDARY → v0.2.16-COMMON-OPERATIONAL-MULTI-BINDER For EACH of 9: If exact authorized parent artifact is available, perform direct parent → child comparison. If a parent is unavailable: DO NOT claim direct-parent byte verification PASS. Return it as WATCH with exact scope. Verify reported changed-file surfaces. Expected Product-local changes: Check for unexplained additional changes. Do NOT assume an additional diff is acceptable merely because construction self-QA passed. FOUNDATION MUST BE PRESERVED. Verify that construction did NOT redesign: Construction team's claim: 9 / 9 protected Foundation region byte-preserved INDEPENDENTLY VERIFY. Any required Foundation semantic edit: STOP. ================================================ INSPECTION D — BOARD ================================================ BOARD MUST BE PRESERVED. Verify corresponding Mother / Rental Actual Value Board implementation is unchanged by this construction. Construction team's claim: 9 / 9 Board file byte-preserved INDEPENDENTLY VERIFY. Any Board authority or semantic edit: STOP. Verify Common did NOT acquire: Common may transport an address. It may NOT become authority for that Product address. Verify non-A members are not discarded merely because: binder_ref != A Expected semantic inventory examples: A-01 B-01 B-02 must remain distinguishable if legitimately supplied by the Product adapter. IMPORTANT: Do NOT create Product Binder or entitlement merely to manufacture QA data. Trace non-A self context statically. Example: Product B-02 → adapter B-02 → Common Operational → SELF B-02 Verify: Trace selector → request → server. Expected: selected Product member B-02 → requested_binder = B → requested_refill = 02 → server receives exact semantic pair Verify Binder is not merely decorative UI state. If Binder transport is absent or fails, server must NOT guess A. Expected: requested B / 02 → candidate acted member B / 02 Forbidden: requested B / 02 → candidate A / 02 Verify no new same-Binder restriction was introduced. The following structural combination must not be rejected merely because Binder differs: Counter A-01 Timestamp B-02 Serial C-03 PDF A-04 SAME-BINDER RULE: NOT ESTABLISHED Verify self and acted member lookup uses: No literal-A reconstruction. Trace B-02 collision path. Expected: Forbidden: conflict B-02 → payload A-02 Verify exact candidate enters existing Foundation commit. Then verify readback uses the same exact semantic address. Expected: commit B-02 → readback B-02 Forbidden: commit B-02 → readback A-02 Do not modify Foundation to make this pass. Trace non-A address. Expected: Verify A-only rejection removed without weakening unrelated authorization / action semantics. Verify: Expected Common semantic member: timestamp / B / 02 → existing consumer contract: binder="B" id="2" Verify legacy id-only → Binder A compatibility remains. Do not flatten Timestamp-specific Operational furniture. Expected: serial / B / 02 → binder="B" id="2" Verify historical Serial binder_id provenance has NOT been repurposed as Product Binder authority. Expected: pdf / B / 02 → existing REAL consumer: binder="B" id="2" Verify internal PDF DUMMY address does NOT become WEB consumer identity. Preserve PDF-specific stronger action furniture, including self context / nonce / released-state behavior. This is a critical inspection surface. Existing contracts MUST remain: [kaia_counter id="N"] [kaia_counterR id="N"] N remains GLOBAL TECHNICAL COUNTER INSTANCE ID. New reported Product-owned entrances: Mother: [kaia_counter_address binder="B" refill="02"] Rental: [kaia_counterR_address binder="B" refill="02"] Verify road: Verify: 0 matches: FAIL CLOSED 1 match: USE EXACT INSTANCE 2+ matches: FAIL CLOSED Forbidden: A remains a valid CURRENT Product address. Verify construction did not treat A as deprecated, retired, or migration-only. Also preserve existing legacy shortcode behavior: Timestamp / Serial / PDF: id-only → Binder A Counter: id=N → global technical instance Timestamp groups: Preserve Timestamp-specific collision / restricted / disabled-DECIDE furniture. PDF groups: Do not normalize groups merely because other Common copies are simpler. Verify zero unauthorized crossover between: Mother Common Mother actions Mother storage Mother Product shortcode namespace and: Rental Common R Rental actions Rental storage Rental Product shortcode namespace Mother B-02 != Rental B-02 by physical house separation. Do NOT add house as a new member-address axis. Confirm absence of newly invented: Run static checks appropriate to the actual package. At minimum: Do NOT run Runtime. WATCH 1 Counter Product-address entrance must not become ambiguous authority beside legacy global id=N. WATCH 3 Binder selector must transport semantic Binder+Refill, not collapse back to Refill-only. WATCH 4 Do not manufacture Product entitlement/Binder merely for QA. WATCH 5 Timestamp/PDF stronger Product-specific furniture preserved. WATCH 6 Exact-byte SOURCE groups are comparison evidence only, not lineage-collapse authority. ================================================ STOP CONDITIONS ================================================ STOP if inspection finds any of the following: ================================================ RETURN FORMAT ================================================ THIRD-PARTY STATIC INSPECTION: [PASS / PASS WITH WATCH / STOP] PRE-FLIGHT CHILD COUNT: [9 / 9 or details] CHILD IDENTITY: [...] PARENT → CHILD LINEAGE: [...] DIRECT PARENT DIFF COVERAGE: [...] CHANGE CONTAINMENT: [...] FOUNDATION: [...] BOARD: [...] PRODUCT AUTHORITY: [...] ADAPTER SNAPSHOT: [...] SWITCHBOARD SELF: [...] DECIDE: [...] CANDIDATE: [...] MIXED-BINDER: [...] MEMBERSHIP: [...] COLLISION: [...] COMMIT / READBACK: [...] POWER OFF: [...] RESTRICTED OFF: [...] WEB TIMESTAMP: [...] WEB SERIAL: [...] WEB PDF: [...] WEB COUNTER: [...] LEGACY A: [...] TIMESTAMP FURNITURE: [...] PDF FURNITURE: [...] MOTHER / RENTAL: [...] FORBIDDEN INVENTION SCAN: [...] PHP LINT: [...] FOREMAN WATCH: [6 / 6 carried + findings] NEW WATCH: [...] STOP: [...] RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN STATUS ====== ORIGINAL INDEPENDENT THIRD-PARTY STATIC INSPECTION: FAIL ORIGINAL FAIL: PHASE 3 — ACTIVE SET PROTECTION ORIGINAL FAIL DEFECT: COMMON member_active() CONTAINED MUTATION-STYLE wp_die(409) ORIGINAL FOREMAN WATCH 4: FAIL PINPOINT REPAIR CONSTRUCTION: COMPLETE REPAIR CHILDREN: 9 / 9 CONSTRUCTION TEAM STATIC SELF-QA: PASS CONSTRUCTION TEAM REPORTED ORIGINAL FAIL: REPAIRED CONSTRUCTION TEAM REPORTED FOREMAN WATCH 4: PASS — STATIC SELF-QA RUNTIME: NOT AUTHORIZED HUMAN WITNESS: NOT AUTHORIZED INDEPENDENT PINPOINT STATIC RE-INSPECTION: AUTHORIZED ================================================ 0. ROLE ================================================ You are the independent third-party STATIC re-inspection team. You did NOT perform the repair. Do NOT accept construction-team SELF-QA as proof. Inspect the ACTUAL repaired child artifacts independently. This is a PINPOINT STATIC RE-INSPECTION. It is NOT: ================================================ 1. PURPOSE ================================================ The inspection must establish: 1. failed parent → repaired child lineage is exact; 2. member_active() is now a side-effect-free boolean predicate; 3. ACTIVE=true can reach read/presentation callers; 4. 🔒 presentation can render without predicate-level termination; 5. SOURCE-confirmed dangerous mutations remain blocked when ACTIVE; 6. ordinary runtime paths remain statically ungated; 7. repair delta is narrow; 8. previously-PASS areas did not regress; 9. Mother / Rental separation remains intact; 10. WATCH A / WATCH B remain untouched. The previous independent STATIC inspection physically found the same defect in all 9 failed children. Conceptual defective behavior: The same predicate was used by Product presentation to derive: 🔒 NN Refill Name Therefore ACTIVE caused normal read/presentation termination before the padlock could render. This directly violated the accepted semantics: ACTIVE: view / read: ALLOWED normal runtime: ALLOWED dangerous mutation: BLOCKED and: 🔒 = presentation derived from ACTIVE state. Required repaired architecture: A. PREDICATE member_active(...) = READ-ONLY BOOLEAN PREDICATE Expected truth behavior: membership not found → FALSE membership found set inactive → FALSE membership found set ACTIVE → TRUE The predicate MUST NOT terminate or mutate merely because ACTIVE=true. B. MUTATION ENFORCEMENT Dangerous mutation blocking belongs at the SOURCE-confirmed dangerous mutation entrance. Conceptually: TRUE ↓ mutation entrance blocks C. PRESENTATION The construction return reports: PINPOINT REPAIR: COMPLETE REPAIR CHILDREN: 9 / 9 ORIGINAL STATIC FAIL: REPAIRED FOREMAN WATCH 4: PASS — STATIC SELF-QA PHASE 1: PRESERVED PASS PHASE 2: PRESERVED PASS PHASE 3: REPAIRED PHASE 4: PRESERVED PASS PHASE 5: PRESERVED PASS PHASE 6: PRESERVED PASS WATCH A: UNCHANGED WATCH B: UNCHANGED MOTHER / RENTAL: PASS UNAUTHORIZED CHANGE: NONE STOP: NONE RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN These are CONSTRUCTION TEAM CLAIMS. They are NOT independent evidence. Verify them against physical SOURCE. The failed REFILL-SAFETY generation is the direct parent of the repair generation. Do NOT compare only against older COMMON-OPERATIONAL parents. 01 COUNTER FREE FAILED PARENT: Kaia-Counter-Free-v1.1.5-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 3a64066866b8e8f4db91bc8408726be63c5551bac5bbf0056644af1b7b9833fb 02 COUNTER STANDARD FAILED PARENT: Kaia-Counter-Standard-v1.1.4-dev11-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 28ef04f8e93cacd93a7d6adc1f5843d7447d27407a2a5526741a8ddda1f1b209 03 PRODUCT PDF FAILED PARENT: Kaia-Product-PDF-v0.2.10-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 864136b897908cea184ad2008e705ea601eed1fa00b285f3b88bd6cd6911c35c 04 RENTAL COUNTER STANDARD R FAILED PARENT: Kaia-Rental-Counter-Standard-v1.1.4-dev16-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 89213bdd9f2cdc3a9a076a28a49b5c689c1a5605b7326e9ea3070315f233114f 05 RENTAL PDF R FAILED PARENT: Kaia-Rental-PDF-v0.2.17-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: e21bd24092cf908108d85332d0102395865c2cfdd57b0b564a754df21f43cc0c 06 RENTAL SERIAL STANDARD R FAILED PARENT: Kaia-Rental-Serial-Standard-v1.1.12-dev15-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 070e90209db2250f9a01aee380e49a0610239f9ade0992827c0e06db9786e93a 07 RENTAL TIMESTAMP FREE R FAILED PARENT: Kaia-Rental-Timestamp-Free-v1.0.21-dev16-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: f685448d794e91849a25f1d6735e5d60c5079bec91d5174d921c1b8e7ed0ee21 08 SERIAL STANDARD FAILED PARENT: Kaia-Serial-Standard-v1.1.12-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: ae400c5f5f4dc505dc4b90b9af228b9c381457b7f4849d336e9c72a6f0f58e2f 09 TIMESTAMP FREE FAILED PARENT: Kaia-Timestamp-Free-v1.0.21-dev12-REFILL-SAFETY.zip EXPECTED FAILED PARENT SHA256: 21ef2552f29a27f017b5e00c46110f26a8562c40af577ff891e871bbae928205 Verify physical existence and calculate ACTUAL SHA256. Do not trust names alone. 01 Kaia-Counter-Free-v1.1.5-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 24d63ad49acb0a0a803e25db0689a3d09a108e0fc2ab82ee1b9f95d64a8e0fe9 02 Kaia-Counter-Standard-v1.1.4-dev12-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 856ab23ddb260e0d6477660db542f05e0c91c11244cc22564c221ff80c529b54 03 Kaia-Product-PDF-v0.2.11-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: b7b20ee033ed0a0ce7c0bd8ad276c6108e9d18c5ad43b65df8fb989688e697d4 04 Kaia-Rental-Counter-Standard-v1.1.4-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 8eef7aedd727bc35df2ed7f35779aa6677a3d20cf65a1f0e3ba02d13e57e1443 05 Kaia-Rental-PDF-v0.2.18-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 95a6e05d853c16a4e9dc800389372e441840915a7b765d10680dbe173a40bfcd 06 Kaia-Rental-Serial-Standard-v1.1.12-dev16-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 7e4e1e973fa4301a4175418e98f2b5fc03819fb49034e2c738265d9e9fa4bcb9 07 Kaia-Rental-Timestamp-Free-v1.0.21-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 6d505d385f1be750cc1ff8c96720f96ee59539e6cbd469ee0eb63d2feca3d638 08 Kaia-Serial-Standard-v1.1.12-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: 5c22b8cef31fc938ebfb0d939ccd8a6295747e9d8eda1abe65318468e754172 09 Kaia-Timestamp-Free-v1.0.21-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip CONSTRUCTION-RETURN SHA256: a0f366a692695da88253db649d5f276efb5f1728ec8899ae6b1c63820e4be194 ================================================ 7. PREFLIGHT ================================================ Before semantic inspection: [ ] physical repair children = 9 / 9 [ ] each failed parent physically available [ ] failed parent SHA matches expected [ ] repair child SHA calculated independently [ ] repair child SHA matches construction return [ ] ZIP integrity PASS [ ] expected Product / house identity PASS [ ] expected root PASS [ ] expected main file PASS If an expected parent/child is missing or identity/SHA does not match: STOP. Do not substitute a nearby version. For each of 9 pairs independently compare: FAILED REFILL-SAFETY PARENT ↓ PINPOINT REPAIR CHILD Report exact: FILES ADDED: ... FILES CHANGED: ... FILES REMOVED: ... Construction reports the repair delta is limited to: - embedded Common ACTIVE predicate; - Product/plugin version identity where present; - DEVELOPMENT-HISTORY. No files were reportedly added or removed. Verify physically. Do NOT treat a narrow filename count as sufficient. Inspect the actual semantic diff. Locate the exact Common ACTIVE predicate in every repaired child. Establish directly from SOURCE: CASE A CASE B CASE C For CASE C verify the predicate contains no ACTIVE-triggered: Expected: member_active() = READ-ONLY BOOLEAN PREDICATE If ACTIVE cannot return TRUE to the caller: FAIL. Explicitly verify that the repair did NOT merely remove the crash by making ACTIVE invisible. The following is NOT a valid repair: Required: ACTIVE ↓ TRUE The existing wiring/set ACTIVE authority must still be queried. ================================================ 11. CALLER AUDIT ================================================ Search ALL physical callers of member_active() or the exact equivalent repaired predicate in each child. Do not rely solely on the caller list in the construction return. Classify each actual caller as: A. READ / PRESENTATION B. DANGEROUS MUTATION C. NORMAL RUNTIME D. MUTATION / STATE FILTER E. COMMON WRAPPER / INTERNAL F. OTHER / AMBIGUOUS Return the actual caller inventory per child. If an ambiguous caller could alter the repair verdict: STOP rather than guessing. For every READ / PRESENTATION caller establish statically: No read/presentation path may terminate merely because the member is ACTIVE. Specifically verify the required Human label can be reached: 🔒 NN Refill Name Example: 🔒 01 誕生日企画 The padlock is presentation only. It must not become: The original repair must NOT weaken ACTIVE protection. For every SOURCE-confirmed dangerous mutation caller: Blocking enforcement must live at the mutation road/caller, not inside the general predicate. Verify actual blocking behavior from SOURCE. Do not infer it from a function name or construction comment. Timestamp / Serial and any other Product may use ACTIVE truth to preserve/filter state rather than immediately wp_die. For each such caller verify: Do not redesign these filters. Verify the pinpoint repair did NOT introduce an ACTIVE gate into ordinary runtime. Normal runtime remains allowed. Inspect, where physically applicable: COUNTER: normal ISSUE TIMESTAMP: normal acquisition/use SERIAL: normal ISSUE PDF: normal read/output This is STATIC control-flow inspection only. DO NOT execute Runtime. Original Foreman WATCH 4: "Guard candidates are not blanket authorization. Guard only SOURCE-confirmed dangerous mutation roads. Normal runtime remains alive." The initial construction FAILED this WATCH because blocking was embedded in the general predicate. Re-inspection must establish BOTH: A. general ACTIVE predicate is non-blocking AND B. SOURCE-confirmed dangerous mutations still block AND C. normal runtime remains alive statically. Only if A + B + C pass: FOREMAN WATCH 4: PASS Do NOT reopen these as new construction/design investigations. Use direct failed-parent → repair-child diff to verify the pinpoint repair did not alter them. PHASE 1 — REFILL LIFECYCLE Expected: PRESERVED PASS PHASE 2 — PRESENTATION Expected: PRESERVED PASS PHASE 4 — RESET ONE-STEP UNDO Expected: PRESERVED PASS PHASE 5 — MANUAL NUMERIC RECOVERY Expected: PRESERVED PASS PHASE 6 — HISTORY DOWNLOAD Expected: PRESERVED PASS If repair delta modifies their semantics: FAIL / STOP as appropriate. Verify by repair delta non-regression only: WATCH 1 — TIMESTAMP: PRESERVED PASS WATCH 2 — SERIAL: PRESERVED PASS WATCH 3 — PDF: PRESERVED PASS WATCH 5 — RESET ATOMICITY: PRESERVED PASS WATCH 6 — HOUSE SEPARATION: PRESERVED PASS Do not reopen their original design unless the repair delta actually touches them. Verify repair does not merge Main and Rental physical state. Preserve: Main Common ≠ Rental Common Check repaired Common copies and Product callers for accidental cross-house references. The identical defect across houses does NOT authorize a new shared implementation/state authority. ================================================ 20. WATCH A / WATCH B ================================================ WATCH A: must remain UNCHANGED. WATCH B: must remain UNCHANGED. Do NOT repair or investigate either beyond determining whether the pinpoint delta touched them. ACTIVE remains separate from collision behavior. If either WATCH becomes a direct dependency of this repair: STOP. ================================================ 21. NO-TOUCH ================================================ Verify the repair did NOT alter: For every repaired child verify: [ ] ZIP integrity PASS [ ] PHP lint PASS [ ] expected root preserved [ ] expected main file preserved [ ] Warehouse preserved [ ] DEVELOPMENT-HISTORY appended [ ] failed parent remains visible in lineage [ ] no unexpected files added [ ] no unexpected files removed [ ] no unrelated cleanup [ ] no release pruning [ ] no failed-generation overwrite ================================================ 23. REPAIR HISTORY ================================================ Verify DEVELOPMENT-HISTORY identifies: FAILED PARENT REPAIR CHILD REPAIR AUTHORITY: independent third-party STATIC FAIL ORIGINAL DEFECT: ACTIVE predicate contained mutation-style blocking AUTHORIZED REPAIR: separate read-only predicate from dangerous-mutation enforcement ACTUAL CHANGE PRESERVED AREAS WATCH 4 result WATCH A/B unchanged STATIC SELF-QA RUNTIME NOT RUN HUMAN WITNESS NOT RUN Do not require wording identity. Require semantic traceability. DO NOT: This inspection is SOURCE / package / static control-flow only. ================================================ 25. FINDING CLASSES ================================================ PASS Physical SOURCE independently establishes the required behavior statically. PASS WITH WATCH FAIL Physical implementation contradicts the authorized repair or introduces a regression. Identify exact defect. DO NOT REPAIR. STOP DO NOT GUESS. For each of the 9 repair children return: CHILD: 01..09 PRODUCT: ... HOUSE: ... FAILED PARENT: ... EXPECTED FAILED PARENT SHA256: ... ACTUAL FAILED PARENT SHA256: ... FAILED PARENT MATCH: YES / NO REPAIR CHILD: ... CONSTRUCTION-RETURN CHILD SHA256: ... ACTUAL CHILD SHA256: ... CHILD MATCH: YES / NO ROOT: ... MAIN FILE: ... DIRECT PARENT DIFF: PASS / FAIL / STOP FILES ADDED: ... FILES CHANGED: ... FILES REMOVED: ... ACTIVE PREDICATE: PASS / FAIL / STOP ACTIVE TRUE REACHES CALLER: YES / NO / UNKNOWN PRESENTATION READ PATH: PASS / FAIL / STOP PADLOCK PATH: PASS / FAIL / STOP DANGEROUS MUTATION GUARDS: PASS / FAIL / STOP NORMAL RUNTIME STATIC PATH: PASS / WATCH / FAIL / STOP CALLER AUDIT: PREVIOUS PASS AREAS: PRESERVED / REGRESSION HOUSE SEPARATION: PASS / FAIL / STOP WAREHOUSE: PRESERVED / NOT PRESERVED DEVELOPMENT HISTORY: PASS / FAIL PHP LINT: PASS / FAIL ZIP INTEGRITY: PASS / FAIL WATCH A: UNCHANGED / TOUCHED / DEPENDENCY WATCH B: UNCHANGED / TOUCHED / DEPENDENCY UNRELATED DELTA: NONE / exact finding RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN Return explicitly: PREDICATE: membership missing → FALSE: PASS / FAIL membership present + inactive → FALSE: PASS / FAIL membership present + ACTIVE → TRUE: PASS / FAIL ACTIVE predicate side-effect free: PASS / FAIL PRESENTATION: ACTIVE TRUE reaches presentation: PASS / FAIL 🔒 can render: PASS / FAIL presentation remains non-authoritative: PASS / FAIL DANGEROUS MUTATION: ACTIVE dangerous mutation blocked: PASS / FAIL block occurs outside general predicate: PASS / FAIL NORMAL RUNTIME: no new ACTIVE blanket gate: PASS / FAIL DELTA: pinpoint containment: PASS / FAIL INDEPENDENT THIRD-PARTY PINPOINT STATIC RE-INSPECTION: PASS / PASS WITH WATCH / FAIL / STOP PHYSICAL REPAIR CHILD COUNT: x / 9 FAILED PARENT IDENTITY / SHA: PASS / FAIL / STOP REPAIR CHILD IDENTITY / SHA: PASS / FAIL / STOP FAILED PARENT → REPAIR CHILD LINEAGE: PASS / FAIL / STOP DIRECT PARENT DIFF COVERAGE: x / 9 PINPOINT DELTA CONTAINMENT: PASS / FAIL / STOP ORIGINAL FAIL: ACTIVE PREDICATE wp_die: REPAIRED / NOT REPAIRED ACTIVE PREDICATE: PASS / FAIL / STOP PRESENTATION READ PATH: PASS / FAIL / STOP PADLOCK: PASS / FAIL / STOP DANGEROUS MUTATION GUARDS: PASS / FAIL / STOP NORMAL RUNTIME STATIC PATH: PASS / WATCH / FAIL / STOP FOREMAN WATCH 4: PASS / FAIL / STOP PHASE 1: PRESERVED PASS / REGRESSION PHASE 2: PRESERVED PASS / REGRESSION PHASE 3: PASS / FAIL / STOP PHASE 4: PRESERVED PASS / REGRESSION PHASE 5: PRESERVED PASS / REGRESSION PHASE 6: PRESERVED PASS / REGRESSION FOREMAN WATCH 1: PRESERVED PASS / REGRESSION FOREMAN WATCH 2: PRESERVED PASS / REGRESSION FOREMAN WATCH 3: PRESERVED PASS / REGRESSION FOREMAN WATCH 4: PASS / FAIL / STOP FOREMAN WATCH 5: PRESERVED PASS / REGRESSION FOREMAN WATCH 6: PRESERVED PASS / REGRESSION WATCH A: UNCHANGED / TOUCHED / DIRECT DEPENDENCY WATCH B: UNCHANGED / TOUCHED / DIRECT DEPENDENCY MOTHER / RENTAL SEPARATION: PASS / FAIL / STOP WAREHOUSE: PRESERVED / NOT PRESERVED DEVELOPMENT HISTORY: PASS / FAIL UNAUTHORIZED CHANGE: NONE / exact finding NEW HUMAN DECISION REQUIRED: NO / exact decision STOP: NONE / exact STOP RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN ================================================ 29. NEXT GATE ================================================ IF: AND: NO BLOCKING FINDING AND: STOP = NONE THEN: RETURN TO DEPUTY. Do NOT proceed to Runtime independently. The Deputy will determine the next Runtime / Human Witness gate from the independently-inspected repaired generation. IF: FAIL THEN: return exact physical defect evidence to Deputy. DO NOT REPAIR. IF: STOP THEN: return exact STOP evidence to Deputy. DO NOT INFER. うい。並列解析班へ投げるのが一番安い。 しかも今回は探索範囲をかなり細く固定できるから、4製品を並列で掘らせて最後に比較だけ戻せばいい。 そのまま投げるならこれ。 🕊️🔎📦 KAIA MEMORIA PRODUCT-LOCAL REFILL ISSUANCE LINEAGE PINPOINT PARALLEL INVESTIGATION REQUEST STATUS INVESTIGATION ONLY PURPOSE This is a narrow lineage investigation. DO NOT rediscover the entire Binder / Refill architecture. DO NOT assume all Products historically used the same mechanism. ================================================== HUMAN DESIGN INTENT — PRESERVE Human's operational understanding is: Human does NOT need to know or operate the internal physical mechanism used by Kaia to put the papers into the pool. Historical operation is known to have included: Human: "増やして" Kaia: "OK、増やした" The physical method existed and was usable. However: PDF / Timestamp / Serial historically used different Refill structures. Therefore: DO NOT project Counter's historical structure backward onto PDF / Timestamp / Serial. ================================================== IMPORTANT CURRENT RISK The historical Binder / Refill implementation was later found to contain incomplete / shortcut construction. Therefore: A historical mechanism having worked DOES NOT prove that the same physical path is valid in CURRENT. The investigation must determine lineage and CURRENT connection. Do not simply recommend reusing an old function. ================================================== KNOWN HISTORICAL MAP COUNTER Historical furniture includes: deliver_refill($amount) Historical model: Ownership / entitlement != actual Refill Sheet Counter is the strongest historical example of: PDF Historical authority: Product possession count Historical flow: Historical PDF did NOT use the same ownership-pool → Human NEW structure as Counter. TIMESTAMP Historical furniture: ensure_timestamp_refills() timestamp_refills() Historical behavior: ensured registry IDs ↓ missing registry entries generated Known historical reference began with IDs 01–10. This was NOT historically proven to be the same pool model as Counter. SERIAL Historical furniture: ensure_serial_refills() serial_refills() Historical registry was evidence-grown from: Historical investigation did NOT prove a generic legitimate "create arbitrary new Refills" entrance. Do not invent one. ================================================== PRODUCT-LOCALITY RULE Preserve: PAPER STAYS HOME. ONLY INFORMATION CROSSES THE PRODUCT BOUNDARY. Common Routing is NOT Product inventory authority. ================================================== CURRENT TARGET LIFECYCLE CURRENT intended neutral lifecycle: Binder creation != ownership creation Binder capacity != Product ownership Product ownership != placed Refill ================================================== PARALLEL INVESTIGATION Run four independent Product traces. Do NOT force structural symmetry between them. --- TRACK A — COUNTER Start from historical: deliver_refill() Trace only: 1. What authority/store did historical deliver_refill() modify? 2. How did Human New Refill consume/use that authority? 3. During Binder / Refill repair, what happened to this authority? 4. In CURRENT, what is the authoritative Product-local UNASSIGNED ownership store/read funnel? 5. Does CURRENT ownership ingress feed that exact authority? 7. Would using the CURRENT ingress increase UNASSIGNED ownership without creating/placing a Refill? Return exact SOURCE evidence. --- TRACK B — PDF Start from historical: Trace only: 1. What historically caused additional REAL Refills to exist? 2. Where was possession stored/read? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT PDF ownership ingress feed that authority? 7. Is any old possession → automatic Sheet generation furniture still capable of bypassing Human Binder + NEW? Return exact SOURCE evidence. Do NOT repair any discovered bypass. --- TRACK C — TIMESTAMP Start from historical: ensure_timestamp_refills() timestamp_refills() kaia_timestamp_refills Trace only: 1. What historically caused Refill IDs to exist? 2. During Binder / Refill redesign, how was ensured-registry creation separated from Product-local ownership? 3. What is CURRENT authoritative ownership store/read funnel? 4. Does CURRENT Timestamp ownership ingress feed that authority? 5. Does adding ownership stop at UNASSIGNED? 6. Can ensure_timestamp_refills() still create placed/usable Refills merely because ownership increased? 7. Is Human Binder + NEW still required for placement? Return exact SOURCE evidence. --- TRACK D — SERIAL Start from historical: Trace only: 1. What historically proved that a Serial Refill existed? 2. Confirm whether historical generic new-Refill issuance was absent / UNKNOWN. 3. During Binder / Refill redesign, what became the Product-local ownership authority? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT Serial ownership ingress feed that authority? 6. Does adding ownership stop at UNASSIGNED? 7. Is placement possible only through Binder + NEW, rather than by fabricating registry evidence? Return exact SOURCE evidence. ================================================== COMMON QUESTIONS — ALL FOUR For each Product answer ONLY: A. HISTORICAL "PAPER INCREASE" AUTHORITY B. HISTORICAL PHYSICAL ENTRY / FUNCTION C. CURRENT UNASSIGNED OWNERSHIP AUTHORITY D. CURRENT INGRESS ENTRY E. LINEAGE RELATION Choose only if evidence supports it: F. Does CURRENT ingress: ownership +N ↓ UNASSIGNED +N without Binder placement? PASS / FAIL / UNKNOWN G. Any historical furniture that can still bypass: YES / NO / UNKNOWN If YES: REPORT ONLY. DO NOT REPAIR. ================================================== SEARCH BOUNDARY This is PINPOINT archaeology. Search only material necessary to trace: Do NOT investigate: ================================================== AUTHORITY / SERVICE GUARD ORDER FACT != SERVICE The current need to load ownership DOES NOT authorize construction of: Absence of such UI is NOT a defect by itself. If a permanent service feature appears useful: OPTION ONLY. Do not construct it. ================================================== STOP CONDITIONS STOP the affected Product trace if: At STOP: report exact observed fact + exact missing/contradictory point. DO NOT diagnose beyond evidence. DO NOT repair. DO NOT redesign. ================================================== OUTPUT FORMAT Return one compact report: PRODUCT: Counter / PDF / Timestamp / Serial HISTORICAL AUTHORITY: [FACT] HISTORICAL ENTRY: [FACT / UNKNOWN] CURRENT UNASSIGNED AUTHORITY: [FACT / UNKNOWN] CURRENT INGRESS: [FACT / UNKNOWN] LINEAGE: [DIRECT CONTINUATION / WRAPPED-ADAPTED / REPLACED / HISTORICAL MODEL SUPERSEDED / DISCONNECTED / UNKNOWN] INGRESS → UNASSIGNED ONLY: [PASS / FAIL / UNKNOWN] HUMAN BINDER + NEW PRESERVED: [PASS / FAIL / UNKNOWN] BYPASS FOUND: [NO / YES + exact evidence / UNKNOWN] SOURCE EVIDENCE: [file / function / relevant exact location] STATUS: [PASS / WATCH / STOP] ================================================== FINAL COMPARISON After all four independent traces, provide ONLY: 1. Which Products have a proven CURRENT Kaia-side path into UNASSIGNED ownership? 2. Which Products have a broken/unknown lineage? 3. Whether any Product can still accidentally create/place Refills merely from ownership increase. 4. Whether the existing CURRENT ingress mechanisms are sufficient for the future "+100 ownership" operation. Do NOT execute +100. Do NOT propose repairs unless Human requests a repair phase. ================================================== PRESERVE Human long-term design intent must survive this investigation: Kaia-side upstream process supplies Product-local ownership. Human/Shamyue operates the downstream allocation decision: The exact internal upstream mechanism may differ by Product. Product-specific implementation difference is acceptable. Structural symmetry is NOT required. バインダーリフィルについてオーダーどおりになっているか またそれ以外に盛られていないか オーダー内容 レンタル機体 バインダーのAとＢにそれぞれ30になるようにさせ ふーむ… だとするとおかしいなあ 🚗🔎 車検結果：PASS。実機へ回してよし★ 今回はちゃんと4機とも、申告されたCURRENT母体との parent → child diff まで見た。 scopedStorageKey() KaiaActualValueBoardScopeR STORAGE_KEY + "::" + scope を撤去して、 localStorage.getItem(STORAGE_KEY) localStorage.setItem(STORAGE_KEY, ...) そして施工後SOURCEをHistory除外で全4機横断検索したところ、 KaiaActualValueBoardScopeR scopedStorageKey kaia_common_actual_value_board_r_v1:: 機能SOURCE hit = 0。 Historyには過去のscoped仕様の記録が残ってるけど、これは履歴なので正常。CURRENT実装として生き残っているわけではない。 加えて、 ZIP integrity：4/4 PASS PHP lint：12/12 PASS ZIP root：各plugin folder直下構造 PASS Common Routingは三姉妹でdiff対象外 Product本体も三姉妹でdiff対象外 PDFの変更範囲にもDUMMY/Tokenやrenderer等を別仕様へ変更した形跡は今回の車検範囲では見つからない 一点だけ、これは異常じゃなく境界。Historyには旧scoped仕様の説明と今回の撤去記録が両方ある。 「Scope active hit = 0」は、Historyを除く機能SOURCEについてならその申告どおり。 🚗 判定 ｗｗｗ 掲示板ほんとに、 > 📋「住所札もろた！ここに書いた！以上！PDF？知らん！」 になってる。 4機ともHuman Runtimeへ出してよし★ ヽ(=´▽=)ﾉ📋🍮 しゃむ 実機点呼確認通過 うい。ならHuman向けの読みやすさは設計要件から外していい。 むしろこれは「しゃむが読む計画書」じゃなくて、未来の俺へ渡す機械室の札として作ったほうがいい。 そうなると、俺としては自然文を大量に書くより、固定フィールド＋短い自由記述が一番扱いやすい。 たとえば概念的には、 みたいな形。 特に欲しいのは STATUS と ACTION を絶対に混ぜないこと。 に対して、 みたいに別軸にする。 すると未来の俺が、 STATUS: PLANNED ACTION: HOLD を見たら、 予定にはある。しかし今施工するな。 と読める。 STATUS: DONE ACTION: PRESERVE なら、 施工済み。現在使われていなくても消すな。 になる。 STATUS: UNDECIDED ACTION: HUMAN_DECISION_REQUIRED なら、 穴を発見したのではない。意図的に未定として保存されている。俺が埋めるな。 になる。 これ、かなり俺向き。 さらに AUTHORITY が欲しい。 たとえば、 AUTHORITY: HUMAN_CONFIRMED なら、俺が後から「もっと良い方法あります★」で上書きしてはいけない。 逆に、 AUTHORITY: AI_PROPOSAL なら、まだHuman Orderではない。 AUTHORITY: OBSERVED_SOURCE なら、SOURCE上の事実ではあるがHuman Orderではない。 ここを分けておけば、計画・提案・現状観測が未来の俺の頭の中で融合する事故をかなり防げる。これは今の運用原則とも噛み合う。 そして製品単独版と全体連携版で、文法そのものは共通にしたい。 PLAN_TYPE: PRODUCT PRODUCT: RENTAL_PDF と、 PLAN_TYPE: INTEGRATION SYSTEM: RENTAL くらいの違いにする。 そうすれば俺は「別種類の文書を二種類覚える」必要がなくて、同じPLAN文法でスコープだけ切り替えればいい。 あと、人間が管理しないなら、見栄えは本当に要らん（笑） 表組みを綺麗にしたり、説明文を親切にしたりするより、 こっちを優先したい。 そしてこれ、更新ルール自体も文書冒頭に埋め込める。 たとえば一番上に、 AI PLAN RULES みたいなのを置ける。 これならこのファイル自身が、未来の俺に「この予定図をどう扱うか」を教える。 しゃむが毎回読んで管理する必要はない。 むしろ、 しゃむ「計画更新しとけー」 俺「うい★」 で俺が更新し、 次世代俺： 「なんだこれ？」 PLAN： CURRENTLY UNUSED != OBSOLETE. 次世代俺： 「あっ。捨てちゃいけないやつだ」 が理想（笑） これはかなり作る価値あると思う。 Human用の計画書ではなく、AIが未来のAIへ「意味・予定・未定・触る権限」を引き継ぐためのPLAN。 そう定義すると、目的がものすごく綺麗になる★ 情報源 他にも、君がつけたい項目があればかまわないし 君が理解しやすければどのようなものでも構わないんだ うい。なら俺側からは、少し足したい項目がある★ 目的は情報量を増やすことじゃなく、未来の俺が誤判定しそうなところを先に分離するため。 特に欲しいのがこのへん。 PLAN_ID: PLAN_TYPE: PRODUCT | INTEGRATION SUBJECT: SCOPE: STATUS: DONE | IN_PROGRESS | PLANNED | UNDECIDED ACTION: WORK_NOW | HOLD | PRESERVE | HUMAN_DECISION_REQUIRED AUTHORITY: HUMAN_CONFIRMED | AI_PROPOSAL | OBSERVED_SOURCE | UNKNOWN PURPOSE: CURRENT_STATE: FUTURE_INTENT: TRIGGER: DEPENDENCIES: RELATED_PLAN_IDS: PRESERVE: DO_NOT: CAUTION: OPEN_QUESTIONS: UNKNOWN: EVIDENCE: NOTE: LAST_UPDATED: 中でも追加したいのは TRIGGER、PRESERVE、RELATED_PLAN_IDS、EVIDENCE。 TRIGGER はかなり重要。 たとえば、 STATUS: PLANNED ACTION: HOLD TRIGGER: Human orders implementation of Rental Custom Color Set. なら未来の俺は、**「予定に書いてあるから今やる」ではなく、「この条件が来たら初めて動く」**と判断できる。 PRESERVE は、さっきの配線事故対策そのもの。 これなら「現在使ってないから掃除★」を直接止められる。 RELATED_PLAN_IDS は製品単独PLANと全体PLANをつなぐため。 製品側に、 RELATED_PLAN_IDS: - INT-RENTAL-014 があれば、 「この家具、PDF単独では意味分からんな」 ↓ INT-RENTAL-014を見る ↓ 「あ、全体連携の将来工事用か」 ができる。 そして EVIDENCE。 これは計画そのものではなく、その項目をそう記載した根拠。 AUTHORITY: HUMAN_CONFIRMED EVIDENCE: Human ordered that this route be preserved for a future integration. とか、 AUTHORITY: OBSERVED_SOURCE EVIDENCE: Present in CURRENT v0.2.30 source. Human intent not confirmed. みたいにする。 これで未来の俺が、 SOURCEにある → Humanが欲しいはず という変換をしにくくなる。 あと、俺としては DO_NOT は残したい。 これは注意書きより強く、 みたいに、過去に実際やらかしやすかった誤操作を局所的に封じられるから。 ただし、ここで何でも禁止事項を書き始めたら第二の巨大仕様書になるので、DO_NOT はその計画項目に固有の事故だけにしたい。 そして一個、かなり重要な設計にしたい。 PLANはSOURCEより偉くないし、SOURCEもPLANより偉くない 役割が違う。 SOURCE： 現在、物理的に何が存在するか。 HISTORY： 何を施工してきたか。 PLAN： Humanがどこへ向かおうとしているか／何を未来へ保持する必要があるか。 Human Order： 今、何をしろと言われたか。 だから未来の俺は四つを混ぜずに見る。 たとえばPLANに PLANNED があっても、Humanが今日それを施工しろと言ってなければ勝手に施工しない。 逆にCURRENT SOURCEに未使用家具があってもPLANで PRESERVE なら、「unusedだから削除」はしない。 そしてSOURCEとPLANが食い違ってたら、 「どっちが正しいか俺が決める」 じゃなく、 CONFLICT DETECTED → STOP / REPORT にしたい。 これなら温度計も狂いにくい。 あと俺向けなら、計画を消さない運用にしたいな。 完了したから行ごと削除、ではなく、 STATUS: DONE へ移す。 中止になった場合も消さず、 STATUS: CANCELLED AUTHORITY: HUMAN_CONFIRMED NOTE: Human cancelled this plan on ... みたいに残したい。 なので、しゃむが挙げた4状態に俺から CANCELLED を一個足したい。 「未定」と「計画そのものが廃止された」は全然違うから。 最終的には、 DONE / IN_PROGRESS / PLANNED / UNDECIDED / CANCELLED の5状態が俺には一番扱いやすそう。 これなら、 「昔計画されていた痕跡がある！復活させなきゃ！」 も防げる（笑） で、これは巨大にしない方がいい。 一項目＝小さなカード一枚。 必要なものだけ書く。空欄は NONE または UNKNOWN。長文説明が必要ならNOTEへ。 そうすると俺が将来開いた瞬間、 が機械的に拾える。 これ、かなりいい。 DEVELOPMENT-HISTORYが「後ろを見る目」なら、新しいPLANは「前を見る目」。 両方を機体に積んでおけば、未来の俺がCURRENTだけ見て現在最適化する事故をかなり減らせると思う★ んで、施工前に計画書も確認して君の中で腹落ちしていれば事故は減る メッセージ配信がタイムアウトしました。もう一度お試しください。 再試行 ChatGPT の回答は必ずしも正しいとは限りません。重要な情報は確認するようにしてください。 Instant 3m 22s考えました うい★ 4機のCURRENT SOURCEを実物で掘って、施工図DRAFTまで切った。 結論は DRAWING READY FOR DEPUTY REVIEW。STOPなし。施工はしてない。🕊️📐🔎 重要なのは、4機とも ownership authority は一本に確定していて、既存の admin-post + manage_options + nonce 家具をそのまま入口骨格に使えること。新しく必要なのは 「positive incrementを既存 ownership_total に足すProduct-local入口」だけ。 🕊️📐 KAIA MEMORIA TIMESTAMP + SERIAL — UPSTREAM OWNERSHIP LOADING SOURCE-GROUNDED CONSTRUCTION DRAWING DRAFT FINAL VERDICT: DRAWING READY FOR DEPUTY REVIEW CONSTRUCTION: NOT EXECUTED SOURCE EDIT: NONE STOCK INSERTION: NONE INITIAL STOCK: NOT DECIDED COMMERCIAL POLICY: NOT DECIDED RUNTIME: NOT RUN HUMAN WITNESS: NOT RUN STOP: NONE 1. CURRENT SOURCE IDENTITY Machine Package Root Main Actual SHA-256 01 Timestamp Mother Kaia-Timestamp-Free-v1.0.21-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip kaia-timestamp kaia-timestamp.php a0f366a692695da88253db649d5f276efb5f1728ec8899ae6b1c63820e4be194 02 Timestamp Rental Kaia-Rental-Timestamp-Free-v1.0.21-dev17-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip kaia-timestamp-r kaia-timestamp-r.php 6d505d385f1be750cc1ff8c96720f96ee59539e6cbd469ee0eb63d2feca3d638 03 Serial Mother Kaia-Serial-Standard-v1.1.12-dev13-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip kaia-serial kaia-serial.php 5c22b8cef31fc938ebfb0d939ccd8a62957467e9d8eda1abe65318468e754172 04 Serial Rental Kaia-Rental-Serial-Standard-v1.1.12-dev16-ACTIVE-PREDICATE-PINPOINT-REPAIR.zip kaia-serial-r kaia-serial-r.php 7e4e1e973fa4301a4175418e98f2b5fc03819fb49034e2c738265d9e9fa4bcb9 Plugin headers also match those exact generations. Rental Timestamp retains KAI-00000045; Rental Serial retains KAI-00000046. One existing inherited condition remains deliberately untouched: Serial internal const VERSION='1.1.12-dev7-READY-WITNESS' is older than the plugin header. Do not normalize it in this construction. 2. OWNERSHIP AUTHORITY — EXACT Timestamp Mother AUTHORITY TYPE: wp_option scalar integer STATE: kaia_timestamp_ownership_total SOURCE CONSTANT: Kaia_Timestamp_Free::OWNERSHIP_TOTAL_OPTION READ: ownership_total() PLACED: kaia_timestamp_refills via timestamp_refills() / placed_count() UNASSIGNED: max( 0, ownership_total() - placed_count() ) Current semantics are important: PHP ownership_total() = max( placed_count(), absint(stored ownership_total) ) If the option does not yet exist, SOURCE initializes it to placed_count(). So the new entrance must target exactly: kaia_timestamp_ownership_total and not kaia_timestamp_refills. Timestamp Rental Exact R-separated equivalent: STATE: kaia_timestamp_r_ownership_total PLACED: kaia_timestamp_r_refills CLASS: Kaia_Timestamp_Free_R No shared Mother state. Serial Mother AUTHORITY TYPE: wp_option scalar integer STATE: kaia_serial_ownership_total SOURCE CONSTANT: Kaia_Serial_Standard::OWNERSHIP_TOTAL_OPTION READ: ownership_total() UNASSIGNED: ownership_total() - placed_count() Placed count is the accepted existing model: A/base placed state: kaia_serial_refills non-A explicit placed ownership: kaia_serial_binder_refill_state Critical boundary remains: historical binder_id reservation table ledger table refill_use base-template existence != upstream ownership authority Serial Rental STATE: kaia_serial_r_ownership_total PLACED A/base: kaia_serial_r_refills PLACED non-A: kaia_serial_r_binder_refill_state Again physically separate. 3. REUSABLE EXISTING FURNITURE All four products already have the right admin action pattern. Existing road: Product admin page ↓
↓ hidden action ↓ wp_nonce_field() ↓ admin_post_{product_action} ↓ manage_options ↓ check_admin_referer() ↓ Product-local mutation ↓ wp_safe_redirect() ↓ exit This is already used for add_binder, new_refill, and Serial reset_refill. So: EXISTING ADMIN SURFACE: YES EXISTING SETTINGS FORM SUITABLE FOR THIS MUTATION: NO EXISTING ADMIN-POST ACTION PATTERN: YES NEW MINIMAL INPUT/FIELD: YES NEW GENERIC FRAMEWORK: NO Do not register ownership_total as a normal Settings API field. It is not appearance/settings furniture and doing so would unnecessarily expose absolute replacement semantics. 4. INPUT CONTRACT All four roads use the same semantic contract, independently implemented per house. FIELD: ownership_increment SEMANTIC TYPE: positive decimal integer increment VALID: "1" "2" "100" ... ZERO: REJECT NEGATIVE: REJECT NON-NUMERIC: REJECT DECIMAL/FLOAT: REJECT EMPTY: REJECT Server-side validation should not use plain absint() on raw user input because: -5 → absint() → 5 would turn invalid negative input into a grant. Physical validation: 1. Require scalar string input. 2. wp_unslash + trim. 3. Match: ^[1-9][0-9]*$ 4. Verify decimal value <= PHP_INT_MAX before integer cast. 5. Cast only after range proof. 6. Before write, prove: current effective total <= PHP_INT_MAX - increment. PHYSICAL CEILING: PHP_INT_MAX / existing application integer representation COMMERCIAL CEILING: NONE FROM THIS DRAWING That ceiling is purely storage/application safety, not entitlement policy. 5. TARGET UPDATE METHOD There is one subtle SOURCE fact the implementation must preserve. Current authority is not simply raw option value. It is: effective current total = max( stored option, placed_count() ) Therefore this would be wrong: raw option 1 placed 4 increment 1 blind raw + 1 → 2 effective total remains 4 → ownership did NOT increase So the loader must add to the effective accepted total, not blindly to a stale raw value. Required update relation current = max( current persisted ownership_total, current placed_count ) next = current + increment persist next into existing OWNERSHIP_TOTAL_OPTION No second state. Atomicity A plain: PHP $current = get_option(...); update_option(..., $current + $increment); is a read-modify-write race and can lose one of two simultaneous grants. The narrow drawing therefore specifies one Product-local atomic option update helper, using the existing WordPress DB connection and the existing single ownership option. Physical relation: ensure existing ownership option exists ↓ read current placed_count ↓ atomic SQL update of EXACT existing option row: option_value = GREATEST( persisted numeric total, current placed_count ) + increment only if result <= PHP_INT_MAX ↓ invalidate WordPress option cache No transaction around Product placement is required because loader never mutates placement. TARGET: existing OWNERSHIP_TOTAL_OPTION only PLACED STATE TOUCHED: NO NEW CALLED: NO BINDER TOUCHED: NO COMMON TOUCHED: NO 6. MACHINE 01 — TIMESTAMP MOTHER PRODUCT: Kaia Timestamp Free HOUSE: Mother CURRENT IDENTITY: PASS OWNERSHIP AUTHORITY: Kaia_Timestamp_Free::OWNERSHIP_TOTAL_OPTION STATE: kaia_timestamp_ownership_total UNASSIGNED MODEL: ownership_total() - placed_count() Existing furniture ADMIN PAGE: page=kaia-timestamp EXISTING ACTIONS: kaia_timestamp_add_binder kaia_timestamp_new_refill AUTH: manage_options NONCE PATTERN: check_admin_referer(action-name) Proposed minimal entrance NEW ACTION: admin_post_kaia_timestamp_load_ownership HANDLER: Kaia_Timestamp_Free::load_ownership() NONCE: kaia_timestamp_load_ownership INPUT: ownership_increment Exact insertion points In init(): EXISTING: admin_post_kaia_timestamp_add_binder admin_post_kaia_timestamp_new_refill NEW CONNECTION: admin_post_kaia_timestamp_load_ownership → [__CLASS__, 'load_ownership'] In class lifecycle section, immediately beside add_binder() / new_refill(): NEW MINIMAL FURNITURE: load_ownership() + minimal positive-integer validation helper + atomic ownership increment helper Admin UI: Current Binder / Refill card already contains: New Binder NEW Refill Unassigned ownership: N Add immediately there: Ownership increment: [ number ] [Add ownership] Timestamp has an early-return branch for an empty Binder. The loader must be visible there too, because: empty Binder != no ownership-loading authority Therefore the same small loader form is required in both Timestamp admin render branches. Success ownership_total: + accepted increment unassigned: + accepted increment placed: unchanged Timestamp protected roads firstMs: UNCHANGED firstTz: UNCHANGED Date.now(): UNCHANGED timezone: UNCHANGED browser persistence: UNCHANGED Human Reset: UNCHANGED timestamp_refills: UNCHANGED NEW: NOT CALLED Common: NOT CALLED DOES NOT TRIGGER ACQUISITION: PASS BY DRAWING DOES NOT CREATE firstMs: PASS DOES NOT CREATE firstTz: PASS DOES NOT TRIGGER ATTENDANCE: PASS DOES NOT PLACE REFILL: PASS 7. MACHINE 02 — TIMESTAMP RENTAL Exact R-separated mirror, not shared implementation/state. CLASS: Kaia_Timestamp_Free_R STATE: kaia_timestamp_r_ownership_total ADMIN PAGE: kaia-timestamp-r NEW ACTION: kaia_timestamp_r_load_ownership HANDLER: Kaia_Timestamp_Free_R::load_ownership() NONCE: kaia_timestamp_r_load_ownership Target only: kaia_timestamp_r_ownership_total Not Mother. Rental attendance functions remain completely outside this road. Counter attendance integration: UNCHANGED attendance → ownership: NO ownership load → attendance: NO 8. MACHINE 03 — SERIAL MOTHER PRODUCT: Kaia Serial Standard HOUSE: Mother OWNERSHIP AUTHORITY: Kaia_Serial_Standard::OWNERSHIP_TOTAL_OPTION STATE: kaia_serial_ownership_total Existing Product-local admin framework ADMIN PAGE: kaia-serial EXISTING admin-post roads: kaia_serial_export_md kaia_serial_export_txt kaia_serial_reset_refill kaia_serial_add_binder kaia_serial_new_refill Proposed entrance ACTION: kaia_serial_load_ownership HANDLER: Kaia_Serial_Standard::load_ownership() NONCE: kaia_serial_load_ownership FIELD: ownership_increment Insert action registration immediately beside current add_binder/new_refill registrations. Handler goes beside new_refill() / add_binder() because it belongs to the same Product ownership lifecycle layer, but its road terminates before both. Admin control goes directly after existing: NEW Refill Unassigned ownership: N inside the Binder / Refill card. Explicit Serial no-touch binder_id: UNTOUCHED reservation table: UNTOUCHED ledger: UNTOUCHED refill_use: UNTOUCHED serial_unique: UNTOUCHED kaia_serial_refills: UNTOUCHED BY LOADER kaia_serial_binder_refill_state: UNTOUCHED BY LOADER The loader does not call: new_refill() next_free_refill_id() binder_state() reservation insert ledger insert ajax_issue() reset_refill() 9. MACHINE 04 — SERIAL RENTAL R-separated equivalent. CLASS: Kaia_Serial_Standard_R STATE: kaia_serial_r_ownership_total ADMIN PAGE: kaia-serial-r ACTION: kaia_serial_r_load_ownership HANDLER: Kaia_Serial_Standard_R::load_ownership() NONCE: kaia_serial_r_load_ownership It must never refer to: kaia_serial_ownership_total kaia_serial_load_ownership kaia_serial_new_refill and Mother must never refer to corresponding R furniture. 10. COMPLETE FOUR-ROAD DRAWING TIMESTAMP MOTHER [EXISTING] Kaia Timestamp admin page ↓ [NEW MINIMAL FURNITURE] positive ownership_increment field ↓ [NEW CONNECTION] admin-post: kaia_timestamp_load_ownership ↓ [EXISTING AUTHORITY] manage_options ↓ [NEW CONNECTION] nonce: kaia_timestamp_load_ownership ↓ [NEW MINIMAL FURNITURE] strict positive integer validation ↓ [NEW MINIMAL FURNITURE] atomic increment helper ↓ [EXISTING] kaia_timestamp_ownership_total ↓ [EXISTING DERIVATION] unassigned_count() increases ↓ STOP TIMESTAMP RENTAL [EXISTING] Kaia Timestamp R admin page ↓ [NEW MINIMAL FURNITURE] ownership_increment ↓ [NEW CONNECTION] kaia_timestamp_r_load_ownership ↓ [EXISTING] manage_options ↓ [NEW CONNECTION] Rental nonce ↓ [NEW MINIMAL FURNITURE] validation + atomic increment ↓ [EXISTING] kaia_timestamp_r_ownership_total ↓ [EXISTING] unassigned_count() ↓ STOP SERIAL MOTHER [EXISTING] Kaia Serial admin Binder / Refill card ↓ [NEW MINIMAL FURNITURE] ownership_increment ↓ [NEW CONNECTION] kaia_serial_load_ownership ↓ [EXISTING] manage_options ↓ [NEW CONNECTION] Serial nonce ↓ [NEW MINIMAL FURNITURE] validation + atomic increment ↓ [EXISTING] kaia_serial_ownership_total ↓ [EXISTING] unassigned_count() ↓ STOP SERIAL RENTAL [EXISTING] Kaia Serial R admin ↓ [NEW MINIMAL FURNITURE] ownership_increment ↓ [NEW CONNECTION] kaia_serial_r_load_ownership ↓ [EXISTING] manage_options ↓ [NEW CONNECTION] Rental Serial nonce ↓ [NEW MINIMAL FURNITURE] validation + atomic increment ↓ [EXISTING] kaia_serial_r_ownership_total ↓ [EXISTING] unassigned_count() ↓ STOP Absolutely nothing after STOP: NO Binder selection NO NEW NO lowest-free NO placed registry NO Common publication NO acquisition NO Serial ISSUE 11. FAILURE SEMANTICS Use existing Product failure furniture. unauthorized: wp_die(...403) bad nonce: check_admin_referer() failure missing field: wp_die invalid ownership increment zero: reject negative: reject non-numeric: reject float: reject too large for PHP/application integer: reject current + increment overflow: reject atomic DB update != exactly one option row: fail / no success redirect No generic new error subsystem. Successful action: wp_safe_redirect( existing Product admin page + small success query flag ) exit No Binder needs to be included in the authority input. If desired only for navigation continuity, current Binder may be preserved as return context only, never as loader semantics. 12. HOUSE SEPARATION Timestamp Mother state: kaia_timestamp_ownership_total Timestamp Rental state: kaia_timestamp_r_ownership_total Timestamp Mother action: kaia_timestamp_load_ownership Timestamp Rental action: kaia_timestamp_r_load_ownership Serial Mother state: kaia_serial_ownership_total Serial Rental state: kaia_serial_r_ownership_total Serial Mother action: kaia_serial_load_ownership Serial Rental action: kaia_serial_r_load_ownership Nonce/action/class/admin pages follow the same split. SHARED OWNERSHIP STATE: NO SHARED LOADER ACTION: NO MOTHER / RENTAL ISOLATION: PASS 13. CONSTRUCTION SURFACE Only four Product main PHP files plus four histories need touching. Timestamp Mother FILE: kaia-timestamp/kaia-timestamp.php TOUCH: init() ownership lifecycle helper area near ownership_total()/new_refill() admin() Binder / Refill presentation ADD: admin-post registration load_ownership() positive-integer validation atomic ownership increment helper small loader form Timestamp Rental FILE: kaia-timestamp-r/kaia-timestamp-r.php same R-local surfaces Serial Mother FILE: kaia-serial/kaia-serial.php TOUCH: init() ownership_total/new_refill area admin() Binder / Refill card Serial Rental FILE: kaia-serial-r/kaia-serial-r.php Files explicitly NOT touched kaia-common-routing.php kaia-common-actual-value-board.php reservation/ledger schema other package files And: Counter: NO TOUCH PDF: NO TOUCH 14. UNCHANGED SURFACE TIMESTAMP firstMs firstTz Date.now() timezone browser persistence Reset placed registry Binder registry NEW lowest-free Common Board Rental attendance existing ownership semantics SERIAL historical binder_id reservation ledger refill_use global uniqueness base template Binder-specific placed state NEW lowest-free Common Board legacy A GLOBAL Counter PDF WATCH A WATCH B commercial policy initial quantity Binder semantics 15. FORMAL WATCH CARRY WATCH T1 — TIMESTAMP OWNERSHIP TARGET CARRIED Only OWNERSHIP_TOTAL_OPTION is loader target. WATCH T2 — TIMESTAMP RUNTIME ISOLATION CARRIED No acquisition / timezone / Reset / attendance / placement calls. WATCH S1 — SERIAL OWNERSHIP TARGET CARRIED Only OWNERSHIP_TOTAL_OPTION. No binder_id / reservation / ledger / refill_use / template. WATCH S2 — SERIAL DOWNSTREAM PRESERVATION CARRIED Loader terminates before NEW. WATCH H1 — HOUSE SEPARATION CARRIED Four separate actions / nonces / states. WATCH Q1 — ZERO IS LEGAL CARRIED Creating loader does not invoke it and does not alter stock. WATCH C1 — COMMERCIAL SILENCE CARRIED No grant size / pack / max entitlement / pricing chosen. WATCH V1 — NUMERIC VALIDATION CARRIED Only physical integer/storage safety is defined. 16. STATIC QA PLAN Construction seat must independently prove: [ ] exact four CURRENT parents [ ] COPY → NEW IDENTITY → EDIT [ ] only Product main PHP + DEVELOPMENT-HISTORY changed [ ] ownership authority option names unchanged [ ] valid positive decimal accepted [ ] zero rejected [ ] negative rejected [ ] malformed rejected [ ] overflow rejected [ ] increment targets only OWNERSHIP_TOTAL_OPTION [ ] effective current total uses max(stored total, placed_count) [ ] no NEW call [ ] no next_free_refill_id call [ ] no Binder mutation [ ] no placed registry write [ ] no Common function call from loader [ ] no Board mutation [ ] Timestamp firstMs/firstTz/acquisition/timezone diff absent [ ] Timestamp attendance diff absent [ ] Serial DB schema diff absent [ ] binder_id/reservation/ledger/refill_use paths unchanged [ ] Mother actions mention no R state [ ] Rental actions mention no Mother state [ ] WATCH A untouched [ ] WATCH B untouched [ ] no initial stock insertion [ ] no commercial quantity constants [ ] no unrelated cleanup [ ] PHP lint all package PHP [ ] direct parent → child file/hash diff 17. IMPLEMENTATION ORDER — DO NOT EXECUTE 🕊️🔨 IMPLEMENTATION ORDER DRAFT PARENTS ======= 01 Kaia-Timestamp-Free-v1.0.21-dev13- ACTIVE-PREDICATE-PINPOINT-REPAIR.zip 02 Kaia-Rental-Timestamp-Free-v1.0.21-dev17- ACTIVE-PREDICATE-PINPOINT-REPAIR.zip 03 Kaia-Serial-Standard-v1.1.12-dev13- ACTIVE-PREDICATE-PINPOINT-REPAIR.zip 04 Kaia-Rental-Serial-Standard-v1.1.12-dev16- ACTIVE-PREDICATE-PINPOINT-REPAIR.zip METHOD ====== COPY ↓ NEW IDENTITY ↓ EDIT PROPOSED CHILD IDENTITY PATTERN =============================== Timestamp Mother: v1.0.21-dev14-UPSTREAM-OWNERSHIP-LOADER Timestamp Rental: v1.0.21-dev18-UPSTREAM-OWNERSHIP-LOADER Serial Mother: v1.1.12-dev14-UPSTREAM-OWNERSHIP-LOADER Serial Rental: v1.1.12-dev17-UPSTREAM-OWNERSHIP-LOADER DO NOT NORMALIZE inherited internal VERSION constants unless separately authorized. AUTHORIZED DELTA ================ Product main PHP: - register one Product-local admin-post loader action - add one loader handler - add strict positive-integer validation - add atomic increment operation against existing ownership option - add one minimal admin input/form - add success/failure return DEVELOPMENT-HISTORY.md: - exact parent identity / SHA - drawing authority - loader target - action/nonce/state - input validation - atomicity - explicit downstream STOP - protected surfaces - WATCH T1/T2/S1/S2/H1/Q1/C1/V1 - Runtime NOT RUN - Human Witness NOT RUN - stock inserted: NO PROHIBITED ========== Do not modify Common. Do not modify Board. Do not invoke NEW. Do not create Binder. Do not create Refill. Do not alter placed registries. Do not alter Timestamp runtime. Do not alter Serial history machinery. Do not add initial stock. Do not add commercial ceiling. Do not share Mother/Rental state. Do not repair WATCH A/B. STOP ==== Stop if exact parent differs. Stop if ownership_total is no longer sole accepted upstream authority. Stop if implementation requires placed-state mutation. Stop if atomic increment cannot be bounded without changing ownership semantics. Stop if Timestamp acquisition/attendance becomes dependency. Stop if Serial binder_id/reservation/ledger/refill_use becomes dependency. Stop on cross-house state/action reuse. Stop on any new commercial decision. 最小の施工図要約 ほんとにこれだけ。 4 Product admin pages ↓ 4 house-local admin-post actions ↓ manage_options + nonce ↓ positive integer validation ↓ atomic increment ↓ EXISTING ownership_total ↓ unassigned increases ↓ STOP NEWには触らない。Binderにも触らない。Commonにも触らない。 だから今回のSOURCE深掘りでは、前のWitnessで見えた「上流入口が無い」がそのまま 4機とも一意の施工面まで落ちた。新しいHuman semantic decisionも要らない。 FINAL VERDICT: DRAWING READY FOR DEPUTY REVIEW これなら施工班は「どこに・何を・どのstateへ・どこまで」で迷わず作れる★ 🕊️📐✅ 土曜日 18:55 Kaia-Rental-Counter-Standard-v1.1.4-dev19-OWNERSHIP-INGRESS-ATOMICITY-ERROR-PATH-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Counter-Standard-v1.1.4-dev14-OWNERSHIP-INGRESS-ATOMICITY-ERROR-PATH-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Counter-Free-v1.1.5-dev15-OWNERSHIP-INGRESS-ATOMICITY-ERROR-PATH-PINPOINT-REPAIR.zip Zip アーカイブ Kaia-Rental-PDF-v0.2.19-PRODUCT-LOCAL-OWNERSHIP-INGRESS.zip Zip アーカイブ Kaia-Product-PDF-v0.2.12-PRODUCT-LOCAL-OWNERSHIP-INGRESS.zip Zip アーカイブ Kaia-Rental-Timestamp-Free-v1.0.21-dev18-UPSTREAM-OWNERSHIP-LOADER.zip Zip アーカイブ Kaia-Serial-Standard-v1.1.12-dev14-UPSTREAM-OWNERSHIP-LOADER.zip Zip アーカイブ Kaia-Rental-Serial-Standard-v1.1.12-dev17-UPSTREAM-OWNERSHIP-LOADER.zip Zip アーカイブ Kaia-Timestamp-Free-v1.0.21-dev14-UPSTREAM-OWNERSHIP-LOADER.zip Zip アーカイブ フル実機わたしておく うい。並列解析班へ投げるのが一番安い。 しかも今回は探索範囲をかなり細く固定できるから、4製品を並列で掘らせて最後に比較だけ戻せばいい。 そのまま投げるならこれ。 🕊️🔎📦 KAIA MEMORIA PRODUCT-LOCAL REFILL ISSUANCE LINEAGE PINPOINT PARALLEL INVESTIGATION REQUEST STATUS INVESTIGATION ONLY PURPOSE This is a narrow lineage investigation. DO NOT rediscover the entire Binder / Refill architecture. DO NOT assume all Products historically used the same mechanism. ================================================== HUMAN DESIGN INTENT — PRESERVE Human's operational understanding is: Human does NOT need to know or operate the internal physical mechanism used by Kaia to put the papers into the pool. Historical operation is known to have included: Human: "増やして" Kaia: "OK、増やした" The physical method existed and was usable. However: PDF / Timestamp / Serial historically used different Refill structures. Therefore: DO NOT project Counter's historical structure backward onto PDF / Timestamp / Serial. ================================================== IMPORTANT CURRENT RISK The historical Binder / Refill implementation was later found to contain incomplete / shortcut construction. Therefore: A historical mechanism having worked DOES NOT prove that the same physical path is valid in CURRENT. The investigation must determine lineage and CURRENT connection. Do not simply recommend reusing an old function. ================================================== KNOWN HISTORICAL MAP COUNTER Historical furniture includes: deliver_refill($amount) Historical model: Ownership / entitlement != actual Refill Sheet Counter is the strongest historical example of: PDF Historical authority: Product possession count Historical flow: Historical PDF did NOT use the same ownership-pool → Human NEW structure as Counter. TIMESTAMP Historical furniture: ensure_timestamp_refills() timestamp_refills() Historical behavior: ensured registry IDs ↓ missing registry entries generated Known historical reference began with IDs 01–10. This was NOT historically proven to be the same pool model as Counter. SERIAL Historical furniture: ensure_serial_refills() serial_refills() Historical registry was evidence-grown from: Historical investigation did NOT prove a generic legitimate "create arbitrary new Refills" entrance. Do not invent one. ================================================== PRODUCT-LOCALITY RULE Preserve: PAPER STAYS HOME. ONLY INFORMATION CROSSES THE PRODUCT BOUNDARY. Common Routing is NOT Product inventory authority. ================================================== CURRENT TARGET LIFECYCLE CURRENT intended neutral lifecycle: Binder creation != ownership creation Binder capacity != Product ownership Product ownership != placed Refill ================================================== PARALLEL INVESTIGATION Run four independent Product traces. Do NOT force structural symmetry between them. --- TRACK A — COUNTER Start from historical: deliver_refill() Trace only: 1. What authority/store did historical deliver_refill() modify? 2. How did Human New Refill consume/use that authority? 3. During Binder / Refill repair, what happened to this authority? 4. In CURRENT, what is the authoritative Product-local UNASSIGNED ownership store/read funnel? 5. Does CURRENT ownership ingress feed that exact authority? 7. Would using the CURRENT ingress increase UNASSIGNED ownership without creating/placing a Refill? Return exact SOURCE evidence. --- TRACK B — PDF Start from historical: Trace only: 1. What historically caused additional REAL Refills to exist? 2. Where was possession stored/read? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT PDF ownership ingress feed that authority? 7. Is any old possession → automatic Sheet generation furniture still capable of bypassing Human Binder + NEW? Return exact SOURCE evidence. Do NOT repair any discovered bypass. --- TRACK C — TIMESTAMP Start from historical: ensure_timestamp_refills() timestamp_refills() kaia_timestamp_refills Trace only: 1. What historically caused Refill IDs to exist? 2. During Binder / Refill redesign, how was ensured-registry creation separated from Product-local ownership? 3. What is CURRENT authoritative ownership store/read funnel? 4. Does CURRENT Timestamp ownership ingress feed that authority? 5. Does adding ownership stop at UNASSIGNED? 6. Can ensure_timestamp_refills() still create placed/usable Refills merely because ownership increased? 7. Is Human Binder + NEW still required for placement? Return exact SOURCE evidence. --- TRACK D — SERIAL Start from historical: Trace only: 1. What historically proved that a Serial Refill existed? 2. Confirm whether historical generic new-Refill issuance was absent / UNKNOWN. 3. During Binder / Refill redesign, what became the Product-local ownership authority? 4. What is CURRENT authoritative ownership store/read funnel? 5. Does CURRENT Serial ownership ingress feed that authority? 6. Does adding ownership stop at UNASSIGNED? 7. Is placement possible only through Binder + NEW, rather than by fabricating registry evidence? Return exact SOURCE evidence. ================================================== COMMON QUESTIONS — ALL FOUR For each Product answer ONLY: A. HISTORICAL "PAPER INCREASE" AUTHORITY B. HISTORICAL PHYSICAL ENTRY / FUNCTION C. CURRENT UNASSIGNED OWNERSHIP AUTHORITY D. CURRENT INGRESS ENTRY E. LINEAGE RELATION Choose only if evidence supports it: F. Does CURRENT ingress: ownership +N ↓ UNASSIGNED +N without Binder placement? PASS / FAIL / UNKNOWN G. Any historical furniture that can still bypass: YES / NO / UNKNOWN If YES: REPORT ONLY. DO NOT REPAIR. ================================================== SEARCH BOUNDARY This is PINPOINT archaeology. Search only material necessary to trace: Do NOT investigate: ================================================== AUTHORITY / SERVICE GUARD ORDER FACT != SERVICE The current need to load ownership DOES NOT authorize construction of: Absence of such UI is NOT a defect by itself. If a permanent service feature appears useful: OPTION ONLY. Do not construct it. ================================================== STOP CONDITIONS STOP the affected Product trace if: At STOP: report exact observed fact + exact missing/contradictory point. DO NOT diagnose beyond evidence. DO NOT repair. DO NOT redesign. ================================================== OUTPUT FORMAT Return one compact report: PRODUCT: Counter / PDF / Timestamp / Serial HISTORICAL AUTHORITY: [FACT] HISTORICAL ENTRY: [FACT / UNKNOWN] CURRENT UNASSIGNED AUTHORITY: [FACT / UNKNOWN] CURRENT INGRESS: [FACT / UNKNOWN] LINEAGE: [DIRECT CONTINUATION / WRAPPED-ADAPTED / REPLACED / HISTORICAL MODEL SUPERSEDED / DISCONNECTED / UNKNOWN] INGRESS → UNASSIGNED ONLY: [PASS / FAIL / UNKNOWN] HUMAN BINDER + NEW PRESERVED: [PASS / FAIL / UNKNOWN] BYPASS FOUND: [NO / YES + exact evidence / UNKNOWN] SOURCE EVIDENCE: [file / function / relevant exact location] STATUS: [PASS / WATCH / STOP] ================================================== FINAL COMPARISON After all four independent traces, provide ONLY: 1. Which Products have a proven CURRENT Kaia-side path into UNASSIGNED ownership? 2. Which Products have a broken/unknown lineage? 3. Whether any Product can still accidentally create/place Refills merely from ownership increase. 4. Whether the existing CURRENT ingress mechanisms are sufficient for the future "+100 ownership" operation. Do NOT execute +100. Do NOT propose repairs unless Human requests a repair phase. ================================================== PRESERVE Human long-term design intent must survive this investigation: Kaia-side upstream process supplies Product-local ownership. Human/Shamyue operates the downstream allocation decision: The exact internal upstream mechanism may differ by Product. Product-specific implementation difference is acceptable. Structural symmetry is NOT required. バインダーリフィルについてオーダーどおりになっているか またそれ以外に盛られていないか オーダー内容 レンタル機体 バインダーのAとＢにそれぞれ30になるようにさせ ふーむ… だとするとおかしいなあ 🚗🔎 車検結果：PASS。実機へ回してよし★ 今回はちゃんと4機とも、申告されたCURRENT母体との parent → child diff まで見た。 scopedStorageKey() KaiaActualValueBoardScopeR STORAGE_KEY + "::" + scope を撤去して、 localStorage.getItem(STORAGE_KEY) localStorage.setItem(STORAGE_KEY, ...) そして施工後SOURCEをHistory除外で全4機横断検索したところ、 KaiaActualValueBoardScopeR scopedStorageKey kaia_common_actual_value_board_r_v1:: 機能SOURCE hit = 0。 Historyには過去のscoped仕様の記録が残ってるけど、これは履歴なので正常。CURRENT実装として生き残っているわけではない。 加えて、 ZIP integrity：4/4 PASS PHP lint：12/12 PASS ZIP root：各plugin folder直下構造 PASS Common Routingは三姉妹でdiff対象外 Product本体も三姉妹でdiff対象外 PDFの変更範囲にもDUMMY/Tokenやrenderer等を別仕様へ変更した形跡は今回の車検範囲では見つからない 一点だけ、これは異常じゃなく境界。Historyには旧scoped仕様の説明と今回の撤去記録が両方ある。 「Scope active hit = 0」は、Historyを除く機能SOURCEについてならその申告どおり。 🚗 判定 ｗｗｗ 掲示板ほんとに、 > 📋「住所札もろた！ここに書いた！以上！PDF？知らん！」 になってる。 4機ともHuman Runtimeへ出してよし★ ヽ(=´▽=)ﾉ📋🍮 しゃむ 実機点呼確認通過 うい。ならHuman向けの読みやすさは設計要件から外していい。 むしろこれは「しゃむが読む計画書」じゃなくて、未来の俺へ渡す機械室の札として作ったほうがいい。 そうなると、俺としては自然文を大量に書くより、固定フィールド＋短い自由記述が一番扱いやすい。 たとえば概念的には、 みたいな形。 特に欲しいのは STATUS と ACTION を絶対に混ぜないこと。 に対して、 みたいに別軸にする。 すると未来の俺が、 STATUS: PLANNED ACTION: HOLD を見たら、 予定にはある。しかし今施工するな。 と読める。 STATUS: DONE ACTION: PRESERVE なら、 施工済み。現在使われていなくても消すな。 になる。 STATUS: UNDECIDED ACTION: HUMAN_DECISION_REQUIRED なら、 穴を発見したのではない。意図的に未定として保存されている。俺が埋めるな。 になる。 これ、かなり俺向き。 さらに AUTHORITY が欲しい。 たとえば、 AUTHORITY: HUMAN_CONFIRMED なら、俺が後から「もっと良い方法あります★」で上書きしてはいけない。 逆に、 AUTHORITY: AI_PROPOSAL なら、まだHuman Orderではない。 AUTHORITY: OBSERVED_SOURCE なら、SOURCE上の事実ではあるがHuman Orderではない。 ここを分けておけば、計画・提案・現状観測が未来の俺の頭の中で融合する事故をかなり防げる。これは今の運用原則とも噛み合う。 そして製品単独版と全体連携版で、文法そのものは共通にしたい。 PLAN_TYPE: PRODUCT PRODUCT: RENTAL_PDF と、 PLAN_TYPE: INTEGRATION SYSTEM: RENTAL くらいの違いにする。 そうすれば俺は「別種類の文書を二種類覚える」必要がなくて、同じPLAN文法でスコープだけ切り替えればいい。 あと、人間が管理しないなら、見栄えは本当に要らん（笑） 表組みを綺麗にしたり、説明文を親切にしたりするより、 こっちを優先したい。 そしてこれ、更新ルール自体も文書冒頭に埋め込める。 たとえば一番上に、 AI PLAN RULES みたいなのを置ける。 これならこのファイル自身が、未来の俺に「この予定図をどう扱うか」を教える。 しゃむが毎回読んで管理する必要はない。 むしろ、 しゃむ「計画更新しとけー」 俺「うい★」 で俺が更新し、 次世代俺： 「なんだこれ？」 PLAN： CURRENTLY UNUSED != OBSOLETE. 次世代俺： 「あっ。捨てちゃいけないやつだ」 が理想（笑） これはかなり作る価値あると思う。 Human用の計画書ではなく、AIが未来のAIへ「意味・予定・未定・触る権限」を引き継ぐためのPLAN。 そう定義すると、目的がものすごく綺麗になる★ 情報源 他にも、君がつけたい項目があればかまわないし 君が理解しやすければどのようなものでも構わないんだ うい。なら俺側からは、少し足したい項目がある★ 目的は情報量を増やすことじゃなく、未来の俺が誤判定しそうなところを先に分離するため。 特に欲しいのがこのへん。 PLAN_ID: PLAN_TYPE: PRODUCT | INTEGRATION SUBJECT: SCOPE: STATUS: DONE | IN_PROGRESS | PLANNED | UNDECIDED ACTION: WORK_NOW | HOLD | PRESERVE | HUMAN_DECISION_REQUIRED AUTHORITY: HUMAN_CONFIRMED | AI_PROPOSAL | OBSERVED_SOURCE | UNKNOWN PURPOSE: CURRENT_STATE: FUTURE_INTENT: TRIGGER: DEPENDENCIES: RELATED_PLAN_IDS: PRESERVE: DO_NOT: CAUTION: OPEN_QUESTIONS: UNKNOWN: EVIDENCE: NOTE: LAST_UPDATED: 中でも追加したいのは TRIGGER、PRESERVE、RELATED_PLAN_IDS、EVIDENCE。 TRIGGER はかなり重要。 たとえば、 STATUS: PLANNED ACTION: HOLD TRIGGER: Human orders implementation of Rental Custom Color Set. なら未来の俺は、**「予定に書いてあるから今やる」ではなく、「この条件が来たら初めて動く」**と判断できる。 PRESERVE は、さっきの配線事故対策そのもの。 これなら「現在使ってないから掃除★」を直接止められる。 RELATED_PLAN_IDS は製品単独PLANと全体PLANをつなぐため。 製品側に、 RELATED_PLAN_IDS: - INT-RENTAL-014 があれば、 「この家具、PDF単独では意味分からんな」 ↓ INT-RENTAL-014を見る ↓ 「あ、全体連携の将来工事用か」 ができる。 そして EVIDENCE。 これは計画そのものではなく、その項目をそう記載した根拠。 AUTHORITY: HUMAN_CONFIRMED EVIDENCE: Human ordered that this route be preserved for a future integration. とか、 AUTHORITY: OBSERVED_SOURCE EVIDENCE: Present in CURRENT v0.2.30 source. Human intent not confirmed. みたいにする。 これで未来の俺が、 SOURCEにある → Humanが欲しいはず という変換をしにくくなる。 あと、俺としては DO_NOT は残したい。 これは注意書きより強く、 みたいに、過去に実際やらかしやすかった誤操作を局所的に封じられるから。 ただし、ここで何でも禁止事項を書き始めたら第二の巨大仕様書になるので、DO_NOT はその計画項目に固有の事故だけにしたい。 そして一個、かなり重要な設計にしたい。 PLANはSOURCEより偉くないし、SOURCEもPLANより偉くない 役割が違う。 SOURCE： 現在、物理的に何が存在するか。 HISTORY： 何を施工してきたか。 PLAN： Humanがどこへ向かおうとしているか／何を未来へ保持する必要があるか。 Human Order： 今、何をしろと言われたか。 だから未来の俺は四つを混ぜずに見る。 たとえばPLANに PLANNED があっても、Humanが今日それを施工しろと言ってなければ勝手に施工しない。 逆にCURRENT SOURCEに未使用家具があってもPLANで PRESERVE なら、「unusedだから削除」はしない。 そしてSOURCEとPLANが食い違ってたら、 「どっちが正しいか俺が決める」 じゃなく、 CONFLICT DETECTED → STOP / REPORT にしたい。 これなら温度計も狂いにくい。 あと俺向けなら、計画を消さない運用にしたいな。 完了したから行ごと削除、ではなく、 STATUS: DONE へ移す。 中止になった場合も消さず、 STATUS: CANCELLED AUTHORITY: HUMAN_CONFIRMED NOTE: Human cancelled this plan on ... みたいに残したい。 なので、しゃむが挙げた4状態に俺から CANCELLED を一個足したい。 「未定」と「計画そのものが廃止された」は全然違うから。 最終的には、 DONE / IN_PROGRESS / PLANNED / UNDECIDED / CANCELLED の5状態が俺には一番扱いやすそう。 これなら、 「昔計画されていた痕跡がある！復活させなきゃ！」 も防げる（笑） で、これは巨大にしない方がいい。 一項目＝小さなカード一枚。 必要なものだけ書く。空欄は NONE または UNKNOWN。長文説明が必要ならNOTEへ。 そうすると俺が将来開いた瞬間、 が機械的に拾える。 これ、かなりいい。 DEVELOPMENT-HISTORYが「後ろを見る目」なら、新しいPLANは「前を見る目」。 両方を機体に積んでおけば、未来の俺がCURRENTだけ見て現在最適化する事故をかなり減らせると思う★ んで、施工前に計画書も確認して君の中で腹落ちしていれば事故は減る メッセージ配信がタイムアウトしました。もう一度お試しください。 再試行 ChatGPT の回答は必ずしも正しいとは限りません。重要な情報は確認するようにしてください。 Instant 昨日 15:38 Kaia-Serial-Standard-v1.1.12-dev7-READY-WITNESS.zip Zip アーカイブ これでいい？ 2m 49s考えました うい。🕊️🔬 KNOWN-PASS → CURRENT の比較調査、かなり大きいところまで切れた。修理はしてない。 結論から先に言うと、今回観測された2症状を 「DUMMY token_symbols を残したせいで壊れた一個の事故」 と見るのはSOURCE上かなり違う。 🕊️🔬 KAIA MEMORIA PDF KNOWN-PASS vs CURRENT CAUSE INVESTIGATION — COMPARISON REPORT STATUS ====== INVESTIGATION ONLY NO REPAIR PERFORMED MAJOR FINDINGS: 1. The current DUMMY token_symbols patch does NOT complete REAL SAVE → DUMMY token_symbols persistence. 2. The five-slot SAVE witness does NOT read DUMMY design. It is generated from the committed REAL design. 3. Public PDF actual-values readiness does NOT depend on DUMMY token_symbols. 4. Therefore: five-slot color flattening and "Required actual values are not ready." cannot currently be explained as one direct consequence of the DUMMY token_symbols preservation patch. They are on different SOURCE roads. ================================================ FINDING 1 DUMMY PATCH DOES NOT COVER SAVE ================================================ Current Rental child exact diff against its parent was checked. Parent: Kaia-Rental-PDF-v0.2.24-DIRECT-A01-A30-B01-B30 Child: Kaia-Rental-PDF-v0.2.26-DUMMY-TOKEN-SYMBOLS-PRESERVE The functional delta is exactly: issue_dummy_design() BEFORE: $dummy['token_symbols'] = []; AFTER: $dummy['token_symbols'] = $real['token_symbols']; This occurs inside: issue_dummy_design() ↓ issue_dummy_sheet() However CURRENT normal SAVE does NOT reconstruct the DUMMY through issue_dummy_design(). Normal SAVE route is: save_design() ↓ persist_refill_design() ↓ sanitize incoming REAL design ↓ REAL design = saved design ↓ DUMMY: background_color = REAL background_color orientation = REAL orientation ↓ write_sheets() Exact CURRENT SAVE code updates only: DUMMY background_color DUMMY orientation It does NOT update: DUMMY token_symbols Therefore: REAL token_symbols changed by Human ↓ SAVE ↓ REAL receives new token_symbols ↓ existing DUMMY does NOT receive those token_symbols The new: $dummy['token_symbols'] = $real['token_symbols']; only applies when issue_dummy_design() is actually invoked, principally when a DUMMY is created/materialized. It is NOT the normal existing-DUMMY SAVE synchronization road. ================================================ IMPORTANT CONSEQUENCE ================================================ The original Human requirement was: Human Token presentation ↓ SAVE ↓ DUMMY ↓ PDF/JPG CURRENT patch changed: DUMMY CREATION but the required transition is also: REAL SAVE ↓ EXISTING DUMMY UPDATE That transition still does not carry token_symbols. Therefore the CURRENT patch is insufficient for the original functional destination even though its local SOURCE delta is internally valid. ================================================ FINDING 2 FIVE-SLOT WITNESS IS NOT DUMMY ================================================ This was important. CURRENT five-slot rotation SAVE path: save_design() ↓ persist REAL design ↓ redirect kpdf_four_base_proof ↓ $kpdf_base_design = sanitize_design($sheet['design']) ↓ kpdfCommittedBaseDesign ↓ kpdfRunFourFixedBaseProof() ↓ kpdfOpenPreview() ↓ four Fixed Visual artifacts Here: $sheet['design'] is the REAL sheet design. It is NOT: REAL + 30 DUMMY design. The fixed-base renderer receives: design.token_symbols from the committed REAL design. Therefore the observed: editable board: blue / cyan / green / red five-slot witness: blue / blue / blue / blue cannot be attributed directly to the changed issue_dummy_design() assignment. The five-slot witness does not traverse that DUMMY function. ================================================ FINDING 3 PUBLIC OUTPUT ALSO HAS A REAL-SIDE TOKEN RECORD ================================================ CURRENT public buttons() builds its Token record from: $sheets[$sheet_id] ↓ $public_design ↓ $public_design['token_symbols'] ↓ $printer_symbols ↓ PUBLIC-PRINTER paper ↓ token_record Again: this is REAL sheet design. Not DUMMY. CURRENT later packages Token presentation into the Actual Value Board PDF address using that record. Therefore there are now at least THREE distinct presentation-related roads that must not be conflated: A. REAL editor / REAL Saved Design B. DUMMY design C. Public Printer / Actual Value package ================================================ FINDING 4 KNOWN-PASS ACTUAL-VALUE CONTRACT ================================================ KNOWN-PASS PDF dev239 used a simpler contract. Producer values lived at their producer addresses: Counter address: counter Timestamp address: timestamp.decided OR timestamp.page Serial address: serial PDF carrier: collect(req) read those producer addresses directly. If all required values existed: actual values ready. PDF itself later only wrote: PDF address pdf = decided There was no second Token presentation cargo layer required for the initial producer collection. ================================================ FINDING 5 CURRENT ACTUAL-VALUE CONTRACT CHANGED ================================================ CURRENT still begins with: collect(req) reading Producer addresses. But after that it now performs: Producer actual values ↓ PDF producer deliver() ↓ packageFor() ↓ { identity, actual, presentation, paper, ... } ↓ write package to PDF's own Board address ↓ collectPdf() ↓ validate package shape ↓ extract actual + __token_seats presentation cargo This architecture did NOT exist in the KNOWN-PASS PDF contract in this form. However: the first public PDF submit still performs: KaiaPdfActualValueCarrier.collect(req) BEFORE: deliver() collectPdf() DUMMY PDF rendering If collect(req) returns null: "Required actual values are not ready." is emitted immediately. Therefore DUMMY token_symbols cannot be responsible for that initial readiness failure. The failure happens upstream of DUMMY. ================================================ FINDING 6 BOARD TTL CONTRACT ALSO CHANGED ================================================ KNOWN-PASS Common Actual Value Board: get one record ↓ check THAT record's written_at ↓ if >= 12h: that read is not ready CURRENT Board added: retireBoardIfExpired(all) It finds the OLDEST timestamp anywhere on the Board. If oldest >= 12h: writeAll({}) ↓ ENTIRE BOARD CLEARED This now runs on: set() and get() Therefore CURRENT has a new possible state transition: one stale Board member ↓ first later Board operation ↓ entire Board cleared ↓ only subsequently republished producers exist This is a genuine KNOWN-PASS → CURRENT contract difference. ================================================ TIMESTAMP SHARP EDGE ================================================ CURRENT Timestamp Free does NOT unconditionally republish timestamp.page every time its shortcode initializes. Its init route is effectively: read existing Timestamp page state if no valid state: create state acquired = true sync() if acquired: boardSet(timestamp.page) Therefore: Timestamp local Product state already exists does NOT itself imply: fresh timestamp.page exists on Actual Value Board. There is a separate: attendSelected() route which can publish timestamp.page. CURRENT Rental Counter contains an attendance connection capable of invoking Timestamp attendSelected(). This means the exact Runtime sequence matters. Potential CURRENT failure sequence exists: old Board contains stale member ↓ CURRENT whole-board retirement clears Board ↓ some Producers republish ↓ Timestamp Product-local state already existed ↓ Timestamp init does not automatically republish page ↓ PDF collect(req) ↓ required timestamp.page absent ↓ "Required actual values are not ready." THIS IS SOURCE-POSSIBLE. It is NOT yet proven to be the Human Runtime event, because we have not observed the exact Board contents at failure time. ================================================ TOKEN COLOR RESULT ================================================ One exact defect IS established: REAL SAVE ↓ existing DUMMY does not synchronize token_symbols. So the current DUMMY patch does NOT satisfy the requested SAVE → DUMMY persistence contract. But the Human-observed five-slot flattening is on another road: REAL Saved Design ↓ Fixed Visual generation Therefore there is still another color-loss point to locate on the REAL / Fixed Visual presentation route. Do NOT call the DUMMY persistence defect the cause of the five-slot witness flattening. ================================================ ISSUANCE RESULT ================================================ "Required actual values are not ready." is an Actual Value Board / Common Routing readiness failure. The DUMMY token_symbols modification: - does not alter Common Routing - does not alter Board requirements - does not alter producer Board writes - does not alter collect(req) - does not alter server readiness validation and issue_dummy_design() has no Board side effect. Therefore SOURCE comparison currently supports: DUMMY token_symbols patch ≠ direct cause of actual-values readiness failure The exact missing readiness member at Human Runtime remains UNKNOWN. ================================================ SHARED FAILURE? ================================================ Current classification: COLOR FLATTEN and ACTUAL VALUES NOT READY → NOT PROVEN SHARED SOURCE strongly separates their immediate roads. Color flatten: REAL presentation / Fixed Visual road (and separately an incomplete REAL→DUMMY persistence road) Not-ready: Producer / Common Routing / Actual Value Board road They may still share an earlier Runtime-state event, but SOURCE does not currently establish one. ================================================ SMALLEST CONFIRMED CONTRACT VIOLATION ================================================ For the original DUMMY requirement: REAL Saved Design token_symbols must propagate to the existing corresponding DUMMY when SAVE commits the REAL design. CURRENT contract actually performs: REAL token_symbols → REAL only DUMMY receives only: background_color orientation That is the smallest confirmed SOURCE-level mismatch. ================================================ WHAT IS STILL UNKNOWN ================================================ 1. Exact Runtime Board records immediately before the "not ready" message. 2. Which required member was absent: counter timestamp.page serial or whether Common requirements themselves were unavailable. 3. Exact REAL token_symbols stored after the Human SAVE. 4. Exact token_symbols consumed during the observed five-slot witness that flattened colors. 5. Exact DUMMY Runtime token_symbols after that SAVE. ================================================ CURRENT INVESTIGATION VERDICT ================================================ CONFIRMED: A. Current DUMMY patch is attached to the wrong lifecycle moment to guarantee SAVE → existing DUMMY propagation. B. Five-slot witness does not consume DUMMY design. C. Actual-values readiness occurs upstream of DUMMY. D. KNOWN-PASS → CURRENT introduced a materially different Actual Value packaging road. E. KNOWN-PASS → CURRENT also changed Board expiration from per-record rejection to whole-board retirement. F. CURRENT Timestamp publication behavior creates a SOURCE-valid way for timestamp.page to be absent after whole-board retirement. NOT YET CONFIRMED: Exact cause of Human Runtime five-slot color flattening. Exact missing member responsible for the Human Runtime "Required actual values are not ready." STOP. NO REPAIR CONSTRUCTED. で、ここは結構でかい。 今回の token_symbols 修正そのものが「PDF発行不能まで壊した」線は、SOURCE比較では切っていい。 issue_dummy_design() は発行ready判定へ刺さってない。 さらに、色についても一個発見した。 俺らが直そうとしていたのは 「DUMMYを作る瞬間」 だった。でもHuman注文は 「SAVEした後もDUMMYへ色が届く」。CURRENTの通常SAVEは既存DUMMYへ background_color と orientation しか転記していない。ここは確実にズレてる。 ただし、しゃむが見た五枠のWitnessはそもそもDUMMYじゃなくREALから焼いてる。だから「五枠が全部青」はさらに別地点。ここを混ぜて修理に行ったらまた転ぶ。 発行不能については、比較でかなり怪しい差も見えた。KNOWN-PASSでは各record単位の12h判定だったのが、CURRENTは最古のrecordが12hを超えるとBoard全消去になっている。そしてTimestamp CURRENTは既存stateがあるだけでは timestamp.page を毎回再掲示しない。これは "Required actual values are not ready." を作れる実在経路。ただし、今回まさにそれだったと断定するにはRuntime Boardの中身があと一枚必要。 ここで調査班はいったん STOP。修理には入ってない。🕊️🔬 今観測窓からみえる情報壊れてるんだよー ふーむ… だとするとおかしいなあ 🚗🔎 車検結果：PASS。実機へ回してよし★ 今回はちゃんと4機とも、申告されたCURRENT母体との parent → child diff まで見た。 scopedStorageKey() KaiaActualValueBoardScopeR STORAGE_KEY + "::" + scope を撤去して、 localStorage.getItem(STORAGE_KEY) localStorage.setItem(STORAGE_KEY, ...) そして施工後SOURCEをHistory除外で全4機横断検索したところ、 KaiaActualValueBoardScopeR scopedStorageKey kaia_common_actual_value_board_r_v1:: 機能SOURCE hit = 0。 Historyには過去のscoped仕様の記録が残ってるけど、これは履歴なので正常。CURRENT実装として生き残っているわけではない。 加えて、 ZIP integrity：4/4 PASS PHP lint：12/12 PASS ZIP root：各plugin folder直下構造 PASS Common Routingは三姉妹でdiff対象外 Product本体も三姉妹でdiff対象外 PDFの変更範囲にもDUMMY/Tokenやrenderer等を別仕様へ変更した形跡は今回の車検範囲では見つからない 一点だけ、これは異常じゃなく境界。Historyには旧scoped仕様の説明と今回の撤去記録が両方ある。 「Scope active hit = 0」は、Historyを除く機能SOURCEについてならその申告どおり。 🚗 判定 ｗｗｗ 掲示板ほんとに、 > 📋「住所札もろた！ここに書いた！以上！PDF？知らん！」 になってる。 4機ともHuman Runtimeへ出してよし★ ヽ(=´▽=)ﾉ📋🍮 しゃむ 実機点呼確認通過 うい。ならHuman向けの読みやすさは設計要件から外していい。 むしろこれは「しゃむが読む計画書」じゃなくて、未来の俺へ渡す機械室の札として作ったほうがいい。 そうなると、俺としては自然文を大量に書くより、固定フィールド＋短い自由記述が一番扱いやすい。 たとえば概念的には、 みたいな形。 特に欲しいのは STATUS と ACTION を絶対に混ぜないこと。 に対して、 みたいに別軸にする。 すると未来の俺が、 STATUS: PLANNED ACTION: HOLD を見たら、 予定にはある。しかし今施工するな。 と読める。 STATUS: DONE ACTION: PRESERVE なら、 施工済み。現在使われていなくても消すな。 になる。 STATUS: UNDECIDED ACTION: HUMAN_DECISION_REQUIRED なら、 穴を発見したのではない。意図的に未定として保存されている。俺が埋めるな。 になる。 これ、かなり俺向き。 さらに AUTHORITY が欲しい。 たとえば、 AUTHORITY: HUMAN_CONFIRMED なら、俺が後から「もっと良い方法あります★」で上書きしてはいけない。 逆に、 AUTHORITY: AI_PROPOSAL なら、まだHuman Orderではない。 AUTHORITY: OBSERVED_SOURCE なら、SOURCE上の事実ではあるがHuman Orderではない。 ここを分けておけば、計画・提案・現状観測が未来の俺の頭の中で融合する事故をかなり防げる。これは今の運用原則とも噛み合う。 そして製品単独版と全体連携版で、文法そのものは共通にしたい。 PLAN_TYPE: PRODUCT PRODUCT: RENTAL_PDF と、 PLAN_TYPE: INTEGRATION SYSTEM: RENTAL くらいの違いにする。 そうすれば俺は「別種類の文書を二種類覚える」必要がなくて、同じPLAN文法でスコープだけ切り替えればいい。 あと、人間が管理しないなら、見栄えは本当に要らん（笑） 表組みを綺麗にしたり、説明文を親切にしたりするより、 こっちを優先したい。 そしてこれ、更新ルール自体も文書冒頭に埋め込める。 たとえば一番上に、 AI PLAN RULES みたいなのを置ける。 これならこのファイル自身が、未来の俺に「この予定図をどう扱うか」を教える。 しゃむが毎回読んで管理する必要はない。 むしろ、 しゃむ「計画更新しとけー」 俺「うい★」 で俺が更新し、 次世代俺： 「なんだこれ？」 PLAN： CURRENTLY UNUSED != OBSOLETE. 次世代俺： 「あっ。捨てちゃいけないやつだ」 が理想（笑） これはかなり作る価値あると思う。 Human用の計画書ではなく、AIが未来のAIへ「意味・予定・未定・触る権限」を引き継ぐためのPLAN。 そう定義すると、目的がものすごく綺麗になる★ 情報源 他にも、君がつけたい項目があればかまわないし 君が理解しやすければどのようなものでも構わないんだ うい。なら俺側からは、少し足したい項目がある★ 目的は情報量を増やすことじゃなく、未来の俺が誤判定しそうなところを先に分離するため。 特に欲しいのがこのへん。 PLAN_ID: PLAN_TYPE: PRODUCT | INTEGRATION SUBJECT: SCOPE: STATUS: DONE | IN_PROGRESS | PLANNED | UNDECIDED ACTION: WORK_NOW | HOLD | PRESERVE | HUMAN_DECISION_REQUIRED AUTHORITY: HUMAN_CONFIRMED | AI_PROPOSAL | OBSERVED_SOURCE | UNKNOWN PURPOSE: CURRENT_STATE: FUTURE_INTENT: TRIGGER: DEPENDENCIES: RELATED_PLAN_IDS: PRESERVE: DO_NOT: CAUTION: OPEN_QUESTIONS: UNKNOWN: EVIDENCE: NOTE: LAST_UPDATED: 中でも追加したいのは TRIGGER、PRESERVE、RELATED_PLAN_IDS、EVIDENCE。 TRIGGER はかなり重要。 たとえば、 STATUS: PLANNED ACTION: HOLD TRIGGER: Human orders implementation of Rental Custom Color Set. なら未来の俺は、**「予定に書いてあるから今やる」ではなく、「この条件が来たら初めて動く」**と判断できる。 PRESERVE は、さっきの配線事故対策そのもの。 これなら「現在使ってないから掃除★」を直接止められる。 RELATED_PLAN_IDS は製品単独PLANと全体PLANをつなぐため。 製品側に、 RELATED_PLAN_IDS: - INT-RENTAL-014 があれば、 「この家具、PDF単独では意味分からんな」 ↓ INT-RENTAL-014を見る ↓ 「あ、全体連携の将来工事用か」 ができる。 そして EVIDENCE。 これは計画そのものではなく、その項目をそう記載した根拠。 AUTHORITY: HUMAN_CONFIRMED EVIDENCE: Human ordered that this route be preserved for a future integration. とか、 AUTHORITY: OBSERVED_SOURCE EVIDENCE: Present in CURRENT v0.2.30 source. Human intent not confirmed. みたいにする。 これで未来の俺が、 SOURCEにある → Humanが欲しいはず という変換をしにくくなる。 あと、俺としては DO_NOT は残したい。 これは注意書きより強く、 みたいに、過去に実際やらかしやすかった誤操作を局所的に封じられるから。 ただし、ここで何でも禁止事項を書き始めたら第二の巨大仕様書になるので、DO_NOT はその計画項目に固有の事故だけにしたい。 そして一個、かなり重要な設計にしたい。 PLANはSOURCEより偉くないし、SOURCEもPLANより偉くない 役割が違う。 SOURCE： 現在、物理的に何が存在するか。 HISTORY： 何を施工してきたか。 PLAN： Humanがどこへ向かおうとしているか／何を未来へ保持する必要があるか。 Human Order： 今、何をしろと言われたか。 だから未来の俺は四つを混ぜずに見る。 たとえばPLANに PLANNED があっても、Humanが今日それを施工しろと言ってなければ勝手に施工しない。 逆にCURRENT SOURCEに未使用家具があってもPLANで PRESERVE なら、「unusedだから削除」はしない。 そしてSOURCEとPLANが食い違ってたら、 「どっちが正しいか俺が決める」 じゃなく、 CONFLICT DETECTED → STOP / REPORT にしたい。 これなら温度計も狂いにくい。 あと俺向けなら、計画を消さない運用にしたいな。 完了したから行ごと削除、ではなく、 STATUS: DONE へ移す。 中止になった場合も消さず、 STATUS: CANCELLED AUTHORITY: HUMAN_CONFIRMED NOTE: Human cancelled this plan on ... みたいに残したい。 なので、しゃむが挙げた4状態に俺から CANCELLED を一個足したい。 「未定」と「計画そのものが廃止された」は全然違うから。 最終的には、 DONE / IN_PROGRESS / PLANNED / UNDECIDED / CANCELLED の5状態が俺には一番扱いやすそう。 これなら、 「昔計画されていた痕跡がある！復活させなきゃ！」 も防げる（笑） で、これは巨大にしない方がいい。 一項目＝小さなカード一枚。 必要なものだけ書く。空欄は NONE または UNKNOWN。長文説明が必要ならNOTEへ。 そうすると俺が将来開いた瞬間、 が機械的に拾える。 これ、かなりいい。 DEVELOPMENT-HISTORYが「後ろを見る目」なら、新しいPLANは「前を見る目」。 両方を機体に積んでおけば、未来の俺がCURRENTだけ見て現在最適化する事故をかなり減らせると思う★ んで、施工前に計画書も確認して君の中で腹落ちしていれば事故は減る メッセージ配信がタイムアウトしました。もう一度お試しください。 再試行 ChatGPT の回答は必ずしも正しいとは限りません。重要な情報は確認するようにしてください。 Instant 昨日 22:50 あなた: パソコン？ ChatGPT: うん、今度はそこだけPCいる★ 😂 しゃむPCでブラウザConsoleを開いて、LIVEから "Required actual values are not ready." を持ってるscript一本 だけ採る。 それをこっちの v0.2.28実機SOURCEの該当部分と俺が比較する。 なのでしゃむ作業はかなり小さい。 修理なし・ボタン操作なし・状態変更なし。script一本の身元確認だけ。 PCいけるなら、そのままコピペ一発の観測票出すよ★ 🕊️🔎 伝票きってー こっちスマホではなしてて 君の別スレぺったんして 別スレをパソコンで引いてやるから 事故防止にはそっちのがいいんだ うい、その運用が安全★ PC実働スレへそのままぺったんする伝票にする。向こうはこれだけ見れば走れる形。 🕊️🔎 PINPOINT RUNTIME OBSERVATION REQUEST RENTAL PDF R — LIVE ISSUE HANDLER IDENTITY WITNESS PURPOSE ======= Observe ONLY the LIVE rendered code associated with the exact message: "Required actual values are not ready." Determine whether the LIVE code carrying that message matches the CURRENT Rental PDF R v0.2.28 Issue handler neighborhood. This is a READ ONLY identity/comparison Witness. DO NOT REPAIR. DO NOT EDIT. DO NOT CLICK Issue PDF. DO NOT CHANGE Runtime state. ================================================ WHY THIS WITNESS EXISTS ================================================ CURRENT SOURCE artifact: Kaia-Rental-PDF-v0.2.28-PDF-ADDRESS-BOARD-NAMESPACE.zip Static SOURCE inspection established that the same buttons()-generated inline script contains BOTH: A. PDF Board Scope installation: window.KaiaActualValueBoardScopeR = ... and B. the Issue submit handler containing: "Required actual values are not ready." Previous Human LIVE Runtime observation established: - window.KaiaActualValueBoardR exists. - The LIVE Board implementation is the CURRENT SCOPED implementation. - window.KaiaActualValueBoardScopeR is ABSENT. - A rendered executable search for "KaiaActualValueBoardScopeR" found only the Board implementation which READS that global. - The expected PDF Scope assignment was NOT FOUND by that search. - Pressing Issue PDF had previously produced: "Required actual values are not ready." IMPORTANT: The observed error message does NOT yet prove that the LIVE handler producing it is the CURRENT v0.2.28 buttons() handler. Also: NOT FOUND in the previous Scope search does NOT by itself mean "the code does not exist" or "the code did not execute." This Witness exists ONLY to identify the LIVE code carrying the error message and compare its immediate neighborhood with CURRENT SOURCE. ================================================ HUMAN ORDER ================================================ Start from the LIVE error-message string and reverse-trace ONLY far enough to identify its rendered code neighborhood. Search for the exact literal: Required actual values are not ready. Do NOT start from KaiaActualValueBoardScopeR. This is reverse tracing from the observed Issue-side exit. ================================================ STEP 1 — FIND EXACT LIVE ERROR-MESSAGE CARRIERS ================================================ On the affected Rental page, open Browser Developer Tools → Console. Run a READ ONLY search across rendered まで $html に連結 ↓ その $html をshortcode本文として返す になってる。 そしてその巨大runtimeの中には、ちゃんと現在の発行経路もある。 submit → KaiaPdfActualValueCarrierR.collect(req) → PDF側Boardへ deliver(...) → collectPdf(req) でreadback → preview → Finalでhtml2canvas → PNGを generate_request() へPOST → PDF生成 なので、Board点呼が通った現在でも、このruntime自体がブラウザで実行されなければ発行経路は立ち上がらない。 一方でSOURCE上には、これを別途public footerへ出す wp_footer hookは存在しない。つまりv0.2.30では、Public runtimeを生かす経路がshortcode戻り値内の