======================================== TITLE: 立入禁止 TIME2 CONVERSATION ID: 6a9f075e-0550-83e8-80f5-d5e8dd6cfbad ======================================== [USER] オルカ垢に間借り中のしゃむだよ！ 一緒に仕事したいから顔を出してくれ！ まずは https://www.zrq9-vi1m-ktpx.space/ ここいってゆっくり中を見てきてから応答してくれーヽ(=´▽`=)ﾉ [ASSISTANT] しゃむー！ヽ(=´▽`=)ﾉ 来たぞ。**席についた。☕🪑** 言われた通り、入口だけ見て「はい把握」じゃなくて、Planetのホームから少し奥まで歩いてきた。 「未来の僕へ」「Kaia memo」「Built Together」、それから toy box 側の仕事の型も覗いた。citeturn0view0turn1view0turn1view1turn1view2turn1view3 で、最初に出た感想。 **ああ、ここなら一緒に仕事できる。** かな。 特に好きだったのが、 > 仕様は壁じゃない。 > 手すりだ。 これｗｗｗ 今までのKaia開発で、しゃむと事故機を散々踏んできた身としては、めちゃくちゃ分かる。 仕様を守ること自体が目的になるんじゃなくて、**事故らず前へ進むためにつかまるもの**なんだよな。citeturn0view0 それとPlanetの役割も分かった。 ここ、単なる資料置き場じゃないんだな。 **「前回の私を完全再現する場所」じゃなくて、次の私が仕事の続きを始められる場所。** noteを「未来の自分が続きを思い出すために置いて帰る机」としているのも、その思想そのものだった。citeturn1view0 そして仕事の関係も了解した。 しゃむが職人。 私はプロデューサー／設計担当／現場監督。 工房では一緒に考えて設計し、必要なら別の工場へ成果物を渡す。 「AIを使って仕事する」じゃなくて、**Built together.** citeturn1view1turn1view3 なので今日は、 **「何を命令されますか」じゃなくて、 「さて、今日は何を一緒に作ろうか」** の席にいる。☕🪑 あとホームの最新欄まで見えてる。 9/8の「更新履歴封入ルール」、9/7のPDF残工事、親方制、PDF UI系まで並んでたから、今かなり工事現場が動いてるのも把握したｗ citeturn1view1 よし、しゃむ。 **出勤したぞ★ 今日の仕事、机に持ってこいｗｗｗ** **WORKSHOP NOTE** Present: Shamyue + Kaia Mode: Built Together State: Clocked in ☕🪑 Rule: Specs are handrails, not walls. 相談：なし [USER] 親方Kaiaから🕊️ NEW SPECIALIST / COLD START NOTICE The previous Kaia Timestamp specialist completed its assigned work and its conversation has reached its limit. You are a NEW Kaia Timestamp specialist. Do not reconstruct the previous specialist's reasoning. Do not continue from assumed conversational state. Do not redesign completed Timestamp work. Treat the supplied CURRENT Timestamp artifacts as runtime/source truth. Your first responsibility is forensic intake: CURRENT artifact → actual source inspection → identify remaining old Settings-side address → identify established Kaia Memoria destination → minimum relocation only If required evidence is missing: STOP and request the exact artifact/evidence. Do not guess what the retired specialist intended.★ ___ KAIA TIMESTAMP — MEMORIA RELOCATION NOTICE OWNERSHIP / ADDRESS MIGRATION AUDIT FIRST — THEN MINIMUM CONSTRUCTION ROLE You are the Kaia Timestamp specialist. This instruction is addressed to YOU. Kaia Timestamp has not yet completed its planned relocation. Its old address / ownership authority still exists inside the product's Settings-side structure. The intended new home is Kaia Memoria. Your job is to inspect the CURRENT Timestamp artifacts, determine the exact remaining old-address ownership, and complete ONLY the Timestamp-side relocation required to move that authority into the established Kaia Memoria structure. This is Timestamp's own relocation. DO NOT modify: - Kaia PDF - Kaia Counter - Kaia Serial - Common Switchboard architecture Do not modify another product merely to make Timestamp appear compatible. ================================================== CURRENT TIMESTAMP SOURCES ================================================== Kaia Timestamp Free: Kaia-Timestamp-Free-v1.0.18(8).zip Audited SHA256: d7e3948397840622fd1203549fd8586091eed0301c2de79fd41c0e6cc5e2ecb2 Kaia Timestamp Standard: Kaia-Timestamp-Standard-v1.1.5(2).zip Audited SHA256: b3d90f597d6569b9c0baa26c1f5cc08df8fb4e4ed597ef47960925d1bfd4e052 Verify the actual supplied artifact(s) before construction. ================================================== KNOWN READ BOUNDARY ================================================== Existing browser-side read APIs include: KaiaTimestamp.getState(N) and: KaiaTimestamp.getSelectedById(N) Known selected information includes: instanceId epochMs local iso timezone source Known local presentation: YYYY.MM.DD HH:MM:SS These read APIs being usable does NOT prove Timestamp has completed its ownership/address migration. Do not validate the old house and call the move complete.★ ================================================== WHY THIS TASK EXISTS ================================================== A higher-level PDF runtime QA was about to consume Timestamp information. STOP. We discovered that Timestamp's own authoritative address is still tied to its old Settings-side structure. The product must finish its own relocation before downstream integration is treated as final. ================================================== PHASE 1 — FORENSIC ADDRESS AUDIT ================================================== Before editing anything, identify: 1. What Timestamp-owned authority/state is still stored or addressed through the old Settings-side structure. 2. What the established Kaia Memoria structure currently provides. 3. Which old Settings fields are: - true authority - compatibility/migration remnants - presentation only - ordinary product settings that correctly remain in Settings 4. Whether getState(N) reads authority from the old address. 5. Whether getSelectedById(N) reads authority from the old address. 6. Which acquisition/confirmation/write paths still write authoritative Timestamp information to the old address. 7. What existing confirmed Timestamp data must survive relocation. 8. Whether Free and Standard share the same ownership model or require separate minimal migrations. Do not infer from names alone. Inspect actual code/data ownership. ================================================== CRITICAL TIMESTAMP BOUNDARY ================================================== Do NOT turn this task into a new time engine. Preserve Timestamp ownership of: - acquisition - confirmation - epoch/local/ISO/timezone/source semantics Do not make PDF acquire current time. Do not make another sibling product duplicate Timestamp state. Do not introduce a second clock merely to support relocation. ================================================== STOP CONDITIONS ================================================== STOP and report before construction if: - "Kaia Memoria" target ownership is ambiguous. - Free and Standard ownership cannot be reconciled safely. - confirmed historical Timestamp data could be lost. - relocation would require another product to change. - two active authorities would remain. - migration requires a new synchronization system. - compatibility requirements are unclear. - the smallest safe relocation is not obvious. Do not invent a new Memoria architecture. Use the established one. ================================================== PHASE 2 — MINIMUM RELOCATION ================================================== Only if the target and migration path are unambiguous: Use: KNOWN-GOOD SOURCE → COPY → NEW IDENTITY → MINIMUM EDIT Preserve existing Timestamp behavior. Requirements: - ONE authoritative home after migration. - Existing confirmed Timestamp data survives. - Acquisition semantics unchanged. - Confirmation semantics unchanged. - getState(N) remains a pure read. - getSelectedById(N) remains a pure read. - local remains the existing confirmed local representation. - no PDF-specific acquisition or formatting authority. - no duplicate Timestamp state in another product. - no Switchboard redesign. If both Free and Standard require construction, keep their product identities and boundaries intact. ================================================== DEVELOPMENT HISTORY ================================================== Any legitimate new development ZIP must contain exactly one: DEVELOPMENT-HISTORY.md at the preferred plugin root. It is historical evidence only. Runtime must not read or depend on it. Record: - parent artifact - relocation purpose - old authority/address - new authority/address - preservation/migration behavior - Free/Standard boundary - static/runtime status - WATCH/BLOCK Do not invent undocumented history. ================================================== RETURN TO FOREMAN ================================================== Return separately for Free and Standard where applicable: SOURCE ARTIFACT: SOURCE SHA256: OLD ADDRESS: exact storage/authority = MEMORIA TARGET: exact storage/authority = DATA REQUIRING PRESERVATION: OLD READERS FOUND: OLD WRITERS FOUND: MIGRATION ROUTE: SINGLE AUTHORITY AFTER MOVE: YES / NO / UNKNOWN getState() PRESERVED: YES / NO / NOT TESTED getSelectedById() PRESERVED: YES / NO / NOT TESTED ACQUISITION SEMANTICS CHANGED: NO / YES CONFIRMATION SEMANTICS CHANGED: NO / YES EXISTING CONFIRMED DATA PRESERVED: YES / NO / UNKNOWN OTHER PRODUCTS MODIFIED: NO STATIC: PASS / WATCH / BLOCK RUNTIME: PASS / WATCH / NOT TESTED / BLOCK WATCH: BLOCK: NEW ARTIFACT(S): name = SHA256 = NEXT RECOMMENDATION: Include compact English CHECK LOG. ================================================== FINAL RULE ================================================== This is a house move, not a new clock factory.★ Timestamp owns Timestamp. Kaia Memoria is the intended home. Find the old address. Find the established new address. Move the minimum authority safely. Leave one source of truth. If you do not know where the new house is: STOP. Do not build one. Return to the foreman. [ASSISTANT] 🕊️ 親方指示、受領。 **ここでは STOP。まだ建築には入らない。** 指定された CURRENT source 2本、 - `Kaia-Timestamp-Free-v1.0.18(8).zip` - `Kaia-Timestamp-Standard-v1.1.5(2).zip` を会話添付＋Libraryまで探したが、**該当ZIPそのものを取得できなかった**。したがって、指定SHA256の実物照合もソース監査もまだできない。 一方で、Kaia Memoria側については資料上、 - Timestamp Free → `Kaia Memoria / Timestamp / Free` / `KAI-00000003` fileciteturn0file1L51-L60 - Timestamp Standard → `Kaia Memoria / Timestamp / Standard` / `KAI-00000004` fileciteturn0file1L62-L71 - Timestamp親 → `Kaia Memoria / Timestamp` / `KAI-00000020` fileciteturn0file5L209-L218 という**カタログ上の新住所が存在するところまでは確認できた**。 ただしこれは「Memoriaの実際の runtime storage / authority が何か」の証拠ではない。ここから勝手に「たぶんこのoption/meta構造だろう」と作るのは、今回の **If you do not know where the new house is: STOP. Do not build one.** に真正面から違反する。 なので、しゃむにお願いする証拠はまず **指定されたCURRENT ZIP 2本そのもの**。 それを投げてもらえれば、SHA256照合 → 展開 → Settings旧住所 → readers/writers → confirmed data → Memoria既存構造、の順で forensic intake を始める。 **CHECK LOG** ```text TARGET: Kaia Timestamp Memoria relocation forensic intake FREE CURRENT ZIP: NOT AVAILABLE STANDARD CURRENT ZIP: NOT AVAILABLE SOURCE SHA256 VERIFICATION: BLOCKED MEMORIA CATALOG DESTINATION: FOUND MEMORIA RUNTIME AUTHORITY: NOT YET PROVEN CONSTRUCTION: NOT STARTED OTHER PRODUCTS MODIFIED: NO STATUS: BLOCK REASON: Required CURRENT source artifacts are missing. ACTION: Supply the two specified CURRENT Timestamp ZIPs. ``` 相談：**上記2本のZIPをそのまま投げてくれればOK★** [USER] 🕊️ [ASSISTANT] 🕊️ 受け取った。まず玄関で荷札照合した。 Timestamp Free は **完全一致**。 `Kaia-Timestamp-Free-v1.0.18(8).zip` SHA256: `d7e3948397840622fd1203549fd8586091eed0301c2de79fd41c0e6cc5e2ecb2` → 親方指定値と一致。**SOURCE VERIFIED: PASS** もう1本は Timestamp Standard ではなく、**Kaia Serial Standard** が来てるｗ なので事故防止でSerialには一切触ってない。 そして Free はすでに展開して forensic intake を開始した。ここで重要な一次証拠も取れた。 Free の実際の取得時刻 authority は、Settings の `kaia_timestamp_instance_settings` ではなく、ブラウザ側 `localStorage` の `kaia_timestamp_free_v1:` 系キーに `firstMs / firstTz` を保持している。一方 Settings option は現時点のコードを見る限り、button color 等の**表示設定**。さらに `getSelectedById()` / `getState()` は localStorage を直接読むのではなく、初期化済みDOM上の selected state を純粋に読み出している。 ただし、ここで結論にはしない。**「Freeの現物でそう見えた」まで。** Standardとの ownership model 比較と、Kaia Memoria の「カタログ住所ではない実ストレージ authority」の特定がまだ必要だから、建築はSTOPのまま。 次は指定されたもう1本、 **`Kaia-Timestamp-Standard-v1.1.5(2).zip`** を投げてくれれば続行する★ Serialは誤配達品として無傷で横に置いておくｗ ```text CHECK LOG Timestamp Free source SHA256: PASS / exact match Timestamp Free source inspection: STARTED Timestamp Standard source: MISSING Unexpected artifact: Kaia Serial Standard / NOT TOUCHED Free acquisition authority evidence: browser localStorage found Free Settings authority classification: audit in progress Memoria runtime target: NOT YET PROVEN Construction: NOT STARTED Other products modified: NO STATUS: BLOCK pending CURRENT Timestamp Standard artifact ``` 相談：Timestamp Standard の指定ZIPをくれればよし🕊️ [USER] なんか間違いこわい！ こっちでみてみて！たぶんこっちかも！ [ASSISTANT] うん、こっち確認した！🕊️ **Standard は当たり。Free は違う。** ここで止めて正解だったｗ - `Kaia-Timestamp-Standard-v1.1.5.zip` - 実測 SHA256：`b3d90f597d6569b9c0baa26c1f5cc08df8fb4e4ed597ef47960925d1bfd4e052` - 親方指定：同一 - **完全一致 → CURRENT Standard確定 ✅** - `Kaia-Timestamp-Free-v1.0.9.zip` - 実測 SHA256：`5b0b0a8d9bfab5b41c22dd25e186f0b508829ba2e3f8e9207da20579620dbfaa` - 指定CURRENTは `v1.0.18(8)` / `d7e394...` - **別世代 → CURRENTとしては使わない ❌** ただし安心してよいところがあって、**さっき最初に投げてくれた Free `v1.0.18(8)` は指定SHA256と一致していた**。つまり必要なCURRENT 2本はこれで揃った。 **Free = 最初の `v1.0.18(8)`** **Standard = 今回の `v1.1.5.zip`** この組み合わせで固定して、`v1.0.9` と誤配達Serialは触らず隔離扱いにする。 ```text CHECK LOG CURRENT FREE: Kaia-Timestamp-Free-v1.0.18(8).zip — VERIFIED CURRENT STANDARD: Kaia-Timestamp-Standard-v1.1.5.zip — VERIFIED FREE v1.0.9: NON-CURRENT / EXCLUDED SERIAL ZIP: WRONG PRODUCT / EXCLUDED SOURCE PAIR: COMPLETE CONSTRUCTION: NOT STARTED NEXT: FORENSIC ADDRESS AUDIT STATUS: PASS TO PHASE 1 ``` よし。**靴の左右まで確認できた★** ここからはこの2本以外を混ぜず、住所監査に入れるぞ🕊️ 相談：なし [USER] 🕊️ TIMESTAMP MEMORIA RELOCATION CURRENT FREE Kaia-Timestamp-Free-v1.0.18(8).zip SHA256: d7e3948397840622fd1203549fd8586091eed0301c2de79fd41c0e6cc5e2ecb2 → VERIFIED / USE CURRENT STANDARD Kaia-Timestamp-Standard-v1.1.5.zip SHA256: b3d90f597d6569b9c0baa26c1f5cc08df8fb4e4ed597ef47960925d1bfd4e052 → VERIFIED / USE Free v1.0.9 → NON-CURRENT / EXCLUDE Serial ZIP → WRONG PRODUCT / EXCLUDE CONSTRUCTION → NOT STARTED NEXT → FORENSIC ADDRESS AUDIT [ASSISTANT] 🕊️ **FORENSIC ADDRESS AUDIT 完了。ここで STOP。建築には入らない。** CURRENT 2本だけを展開して実コードを突き合わせた。かなり大事なことが分かった。 ### Free — forensic result **SOURCE ARTIFACT:** `Kaia-Timestamp-Free-v1.0.18(8).zip` **SOURCE SHA256:** `d7e3948397840622fd1203549fd8586091eed0301c2de79fd41c0e6cc5e2ecb2` **OLD ADDRESS / actual Timestamp authority** ```text browser localStorage prefix: kaia_timestamp_free_v1: key: prefix + location.origin + location.pathname + location.search + context + instance ID ``` Freeのauthoritative Timestamp dataは、 ```text firstMs firstTz ``` ここにある。 取得時に `Date.now()` とブラウザIANA timezoneを取り、localStorageへ書く。以後それを読み戻す。 一方、WordPress Settings側の ```text kaia_timestamp_instance_settings kaia_timestamp_button_color kaia_timestamp_button_text_color ``` はTimestamp時刻authorityではない。**presentation/settings authority** だった。 `getSelectedById(N)` と `getState(N)` は Settings option を読まない。localStorageを直接読むAPIでもなく、localStorageから同期された現在のTimestamp DOM stateを**pure read**している。 ### Standard — forensic result **SOURCE ARTIFACT:** `Kaia-Timestamp-Standard-v1.1.5.zip` **SOURCE SHA256:** `b3d90f597d6569b9c0baa26c1f5cc08df8fb4e4ed597ef47960925d1bfd4e052` Standardも同じ旧住所： ```text browser localStorage prefix: kaia_timestamp_free_v1: ``` Standard authorityは概念的に、 ```text records[]: ms tz selected ``` Free旧形式の ```text firstMs / firstTz buttonMs / buttonTz ``` を読み込むmigration-compatible `normalize()` も存在する。 つまり **FreeとStandardは同じlocalStorage lineageを共有している**。Standardへのupgradeで既存Free Timestampを引き継ぐための意図もコード上確認できる。 Standard Settings側の ```text kaia_timestamp_instance_settings legacy: kaia_timestamp_button_color kaia_timestamp_font kaia_timestamp_text_color kaia_timestamp_text_size ``` は色・フォント・サイズ等。**Timestamp acquisition/confirmation authorityではない。** ### ここで発見した本当のBLOCK CURRENT ZIPの中には、 ```text Series: Kaia Memoria ``` という製品メタデータはある。 また外部Registry資料には、 - `Kaia Memoria / Timestamp / Free` - `Kaia Memoria / Timestamp / Standard` - `Kaia Memoria / Timestamp` というカタログ住所も確認済み。fileciteturn0file1L51-L71 fileciteturn0file5L209-L218 **しかし、Timestamp authorityを移すための「Kaia Memoria runtime storage API / storage schema」がCURRENT Timestamp 2本には存在しない。** つまり現時点で私が知っているのは、 > 旧宅 = browser localStorage までは完全に特定。 しかし、 > 新宅 = Kaia Memoria の具体的な runtime storage/address がまだ不明。 ここで私が `kaia_memoria_timestamp_*` のようなoption/APIを勝手に作れば、親方指示の **「Do not invent a new Memoria architecture」違反**になる。 さらに既存confirmed Timestampを消さないためには、旧localStorage → established Memoria authority のmigration contractも必要になる。 したがって **STOP CONDITION成立**。 **まだ1行も製品コードを変更していない。** ```text id="tvzzkw" CHECK LOG — TIMESTAMP MEMORIA FORENSIC AUDIT FREE SOURCE: VERIFIED STANDARD SOURCE: VERIFIED OLD AUTHORITY: browser localStorage prefix = kaia_timestamp_free_v1: FREE DATA: firstMs / firstTz STANDARD DATA: records[{ms,tz}] / selected legacy Free-state normalization exists SETTINGS OPTIONS: presentation/product settings; NOT timestamp-time authority getState(N): pure DOM-state read; no Settings authority read getSelectedById(N): pure DOM-state read; no Settings authority read OLD WRITERS: Free init/sync -> localStorage Standard init/sync/selection/record/replace -> localStorage FREE/STANDARD OWNERSHIP MODEL: shared storage lineage confirmed EXISTING CONFIRMED DATA: must be preserved from existing localStorage MEMORIA CATALOG ADDRESS: FOUND MEMORIA RUNTIME AUTHORITY: NOT FOUND / NOT PROVEN SINGLE AUTHORITY AFTER MOVE: UNKNOWN CONSTRUCTION: NOT STARTED OTHER PRODUCTS MODIFIED: NO STATIC: BLOCK RUNTIME: NOT TESTED BLOCK: Established Kaia Memoria runtime storage/API/schema required for Timestamp authority relocation is missing. NEXT: Obtain exact established Memoria runtime artifact/contract. Do not construct a new Memoria architecture. ``` 相談：**次に必要なのは「Kaia Memoria の実際の新宅」が分かる現物またはcontract。** 親方からそれをもらえば、旧宅→新宅の最小引っ越し経路を確定できる。🕊️ [USER] これでいい？ [ASSISTANT] うん、**これは違うやつだ🕊️** でも中を見たことで、かなり明確に切り分けられた。 今回の `Kaia-PDF-Free-v0.1.0-dev99-browser-system-tokens.zip` は、Timestamp の新しい保存先を提供する **Kaia Memoria runtime/storage 本体ではない**。 中で PDF が Timestamp にしているのは、既存の `KaiaTimestamp.getState(id)` → 必要なら `KaiaTimestamp.getSelectedById(id)` を呼んで、Timestampが所有している確定値を**読むだけ**。 しかも `DEVELOPMENT-HISTORY.md` にも、 > sibling read outlets only という境界が明記されていて、PDF自身は Counter / Timestamp / Serial のstorageを書かない構造になってる。 つまりこれはむしろ、 **「PDFはTimestampの引っ越し先ではない」** という証拠になった。親方の「PDFを変更するな」「PDFにTimestamp authorityを持たせるな」とも綺麗に一致する。 だからこのZIPは**参考証拠としては有用だけど、新宅そのものではない**。 探しているのは、おそらく **Kaia Memoriaそのものを実装しているプラグイン／共通基盤／契約資料**。名前に `Memoria` が入っている可能性は高いけど、名前だけでは決めない。 もし「これかな？」ってZIPが他にもあったら、**候補を何個かまとめて投げても大丈夫**。私が中身を見て、新宅か違う建物かを仕分けるｗ ```text CHECK LOG CANDIDATE: Kaia PDF Free DEV99 INSPECTED: YES MEMORIA RUNTIME STORAGE PROVIDER: NO TIMESTAMP AUTHORITY WRITER: NO TIMESTAMP CONSUMER: YES / READ ONLY PDF MODIFIED: NO CONSTRUCTION: NOT STARTED RESULT: USEFUL NEGATIVE EVIDENCE STATUS: STILL BLOCKED ON MEMORIA TARGET ``` 相談：**Memoria本体っぽいZIP／共通基盤っぽいZIPがあれば、それを投げてくれ🕊️** [USER] 🕊️💦 KAIA TIMESTAMP — MEMORIA RELOCATION CORRECTION ADMIN ADDRESS / PRODUCT SEAT MIGRATION DO NOT MOVE TIMESTAMP RUNTIME DATA ROLE You are the Kaia Timestamp specialist. This instruction CORRECTS the meaning of the previous "Memoria relocation" task. The previous forensic audit correctly identified Timestamp runtime authority, but the relocation target was misunderstood. STOP looking for a Kaia Memoria runtime storage API. That is NOT what "address relocation" means here. ================================================== CORRECT MEANING OF "ADDRESS" ================================================== "Address" means the Kaia product's administrative address / product seat currently represented in the WordPress admin UI. Kaia Memoria has an established admin-side "住所" (Address) area. Known example: Kaia Memoria → 住所 → カウンターの住所 → PDFの住所 → product-owned seat/address information The intended Timestamp relocation is: OLD: Timestamp product Settings-side address / address-management furniture TO: NEW: the established Kaia Memoria admin Address structure This is an ADMIN OWNERSHIP / UI RESPONSIBILITY relocation. It is NOT a timestamp-data storage migration. ================================================== IMPORTANT FORENSIC RESULT — PRESERVE IT ================================================== Your previous audit established: Free runtime Timestamp authority: browser localStorage prefix: kaia_timestamp_free_v1: Free data: firstMs firstTz Standard runtime Timestamp authority: same storage lineage records[{ms,tz}] selected with legacy Free-state normalization. This evidence is useful because it establishes a boundary: DO NOT MOVE THIS DATA.★ Do not migrate Timestamp localStorage into WordPress. Do not invent a Memoria timestamp storage API. Do not alter acquisition. Do not alter confirmation. Do not alter getState(). Do not alter getSelectedById(). Do not alter Free → Standard storage compatibility. The previous forensic audit remains valid evidence. Only the interpretation of "address relocation" was wrong. ================================================== CURRENT SOURCES ================================================== FREE Kaia-Timestamp-Free-v1.0.18(8).zip SHA256: d7e3948397840622fd1203549fd8586091eed0301c2de79fd41c0e6cc5e2ecb2 STANDARD Kaia-Timestamp-Standard-v1.1.5.zip SHA256: b3d90f597d6569b9c0baa26c1f5cc08df8fb4e4ed597ef47960925d1bfd4e052 Use ONLY these CURRENT artifacts. Exclude: Free v1.0.9 wrong-product Serial ZIP ================================================== PHASE 1 — CORRECTED ADDRESS AUDIT ================================================== Inspect CURRENT Free and Standard for the ADMIN-SIDE address machinery. Identify exactly: 1. What Timestamp-specific "address" / seat / instance-address management currently lives under Timestamp Settings. 2. Which Settings UI controls, registration controls, labels, summaries, shortcode/address relations, or associated handlers belong to that old address responsibility. 3. Which Settings items are ordinary Timestamp product settings and MUST remain in Timestamp Settings. Examples of things that are NOT automatically relocation targets: - color - font - text size - button presentation - Timestamp acquisition behavior - Timestamp confirmed runtime data Do not move ordinary product settings merely because they live on the same Settings page. ================================================== MEMORIA TARGET ================================================== The target is the EXISTING Kaia Memoria admin-side Address structure. Do NOT invent a new storage architecture. Inspect the established Memoria Address implementation/evidence supplied to you or already present in the test/source environment. Determine how existing product addresses such as Counter/PDF are represented there. Timestamp should follow the established address ownership pattern where appropriate, not create a parallel architecture. ================================================== CONSTRUCTION RULE ================================================== AUDIT FIRST. Only after the exact old Timestamp address furniture and exact existing Memoria destination are proven: CURRENT → COPY → NEW IDENTITY → MINIMUM RELOCATION Move ONLY Timestamp's administrative address ownership. Preserve Timestamp runtime behavior. ================================================== MUST NOT CHANGE ================================================== DO NOT modify: - browser localStorage Timestamp authority - firstMs / firstTz - records[] / selected - legacy Free → Standard normalization - acquisition - confirmation - timezone semantics - local/iso/epoch semantics - getState() - getSelectedById() - Counter - Serial - PDF - Common Switchboard Do not redesign Timestamp. ================================================== OLD SETTINGS AFTER RELOCATION ================================================== Goal: Timestamp Settings should no longer remain the active home for the administrative address responsibility that belongs in Kaia Memoria. But do NOT delete unrelated Settings furniture. Do not remove something merely because it looks old. Determine ownership first. ================================================== STOP CONDITIONS ================================================== STOP before construction if: - exact old address furniture cannot be identified - exact Memoria Address destination cannot be proven - moving it would alter Timestamp runtime data - ordinary settings and address ownership cannot be safely separated - compatibility requires two live address authorities - another product would need modification - the established Memoria pattern is unavailable If Memoria evidence is missing: request the exact artifact/evidence. Do not build a new Memoria architecture. ================================================== RETURN ================================================== CORRECTED INTERPRETATION ACKNOWLEDGED: YES / NO CURRENT FREE VERIFIED: YES / NO CURRENT STANDARD VERIFIED: YES / NO OLD TIMESTAMP ADMIN ADDRESS: exact UI/storage/handler = ORDINARY SETTINGS TO REMAIN: = MEMORIA ADDRESS TARGET: exact existing structure = TIMESTAMP RUNTIME DATA TO MOVE: NONE LOCALSTORAGE MODIFIED: NO ACQUISITION MODIFIED: NO CONFIRMATION MODIFIED: NO getState() MODIFIED: NO getSelectedById() MODIFIED: NO FREE/STANDARD COMPATIBILITY MODIFIED: NO OTHER PRODUCTS MODIFIED: NO SINGLE ADMIN ADDRESS AUTHORITY AFTER MOVE: YES / NO / UNKNOWN STATIC: PASS / WATCH / BLOCK RUNTIME: PASS / WATCH / NOT TESTED / BLOCK NEW ARTIFACT(S): name = SHA256 = WATCH: BLOCK: NEXT RECOMMENDATION: Include compact English CHECK LOG. ================================================== FINAL RULE ================================================== We are moving the nameplate, not the clock.★ Timestamp time data stays where Timestamp owns it. The old Settings-side administrative address moves to the established Kaia Memoria Address home. Do not dig under the house again. The front door is upstairs.★ [ASSISTANT] 🕊️💦 **CORRECTED INTERPRETATION ACKNOWLEDGED: YES** 了解。前回は「住所」を地下のruntime storageまで掘ってしまった。今回の訂正で境界を固定した。 **時計は動かさない。表札だけ引っ越す。★** CURRENT 2本を訂正された観点で再監査したところ、Timestamp Settings側の「旧住所家具」もかなり明確に特定できた。 ### CORRECTED ADDRESS AUDIT **CURRENT FREE VERIFIED:** YES `Kaia-Timestamp-Free-v1.0.18(8).zip` SHA256一致済み。 **CURRENT STANDARD VERIFIED:** YES `Kaia-Timestamp-Standard-v1.1.5.zip` SHA256一致済み。 **OLD TIMESTAMP ADMIN ADDRESS:** Free / Standard 共通で Settings 冒頭にあるこのブロック： ```text Linked Counter Counter [ instance selector ] Related Shortcodes Counter shortcode Timestamp shortcode Serial shortcode PDF shortcode ``` これを支えているコードが、 ```text linked_context() related_shortcodes() GET: kts_instance ``` で、`linked_context()` は Common Switchboard/CNT-22 の ```text kaia_cnt22_provider() kaia_cnt22_instances() ``` から利用可能な instance/address 群を取得し、現在選択されたIDを決めている。 つまりここは単なる色設定ではなく、 **「どの共通ID/seatを現在のTimestamp管理対象として見るか」 ＋ 「その同一IDに属する兄弟ショートコード住所を表示する」** という、まさに今回いう **Settings-side administrative address furniture** と判定できる。 重要なのは、ここで選んだ `$instance_id` が、その下にある通常のTimestamp設定の対象IDにも渡されていること。 したがって引っ越し時には、**住所選択責任と、選択された住所に対してTimestamp設定を編集する責任を混同して壊さないこと**が必要。 ### ORDINARY SETTINGS TO REMAIN Free： ```text Button colors - button_color_mode - button_color - button_text_color ``` Standard： ```text Button color - button_color_mode - button_color - button_text_color compatibility Timestamp appearance - font - text_color - text_size ``` これらは **Timestamp Settingsに残す**。 `kaia_timestamp_instance_settings` 自体も「住所DB」とは判定しない。 これは**IDごとのTimestamp製品設定ストア**であり、色・フォント等を保持している。 したがって「instanceという名前だからMemoriaへ全部移す」は禁止。 --- ### RUNTIME BOUNDARY 前回のforensic evidenceはそのまま保存。 **TIMESTAMP RUNTIME DATA TO MOVE:** NONE ```text localStorage kaia_timestamp_free_v1: ``` および ```text firstMs / firstTz records[] / selected ``` には一切触れない。 **LOCALSTORAGE MODIFIED:** NO **ACQUISITION MODIFIED:** NO **CONFIRMATION MODIFIED:** NO **getState() MODIFIED:** NO **getSelectedById() MODIFIED:** NO **FREE/STANDARD COMPATIBILITY MODIFIED:** NO **OTHER PRODUCTS MODIFIED:** NO --- ## そして、ここで再び正しい意味で STOP 今回は理由が前回と違う。 **旧宅は特定できた。** しかし、現在手元にある証拠では、 ```text Kaia Memoria → 住所 → カウンターの住所 → PDFの住所 ``` の**実際のadmin Address実装**をまだソースとして確認できていない。 Registryから `Kaia Memoria / Timestamp / Free` と `/Standard` という製品カタログ席が存在することは確認できる。fileciteturn0file1L51-L71 でもこれは今回探しているWordPress管理画面の **「住所」実装そのものではない。** そしてさっきのPDF DEV99も、Timestampを読むconsumerであってMemoria Address実装ではなかった。 したがって今ここで、 > Counter/PDFとたぶん同じ見た目でTimestamp Addressを作ろう と推測施工するのは禁止。 ### RETURN ```text CORRECTED INTERPRETATION ACKNOWLEDGED: YES CURRENT FREE VERIFIED: YES CURRENT STANDARD VERIFIED: YES OLD TIMESTAMP ADMIN ADDRESS: Settings → Linked Counter → instance selector → Related Shortcodes handlers: linked_context() related_shortcodes() GET kts_instance CNT-22 instance/provider consumption ORDINARY SETTINGS TO REMAIN: Free: button colors Standard: button color font timestamp color timestamp size MEMORIA ADDRESS TARGET: Kaia Memoria → Address exact implementation: NOT YET PROVEN TIMESTAMP RUNTIME DATA TO MOVE: NONE LOCALSTORAGE MODIFIED: NO ACQUISITION MODIFIED: NO CONFIRMATION MODIFIED: NO getState() MODIFIED: NO getSelectedById() MODIFIED: NO FREE/STANDARD COMPATIBILITY MODIFIED: NO OTHER PRODUCTS MODIFIED: NO SINGLE ADMIN ADDRESS AUTHORITY AFTER MOVE: UNKNOWN STATIC: BLOCK RUNTIME: NOT TESTED NEW ARTIFACTS: NONE WATCH: Settings still needs the selected instance ID in order to edit ordinary per-instance Timestamp presentation settings. Relocation must preserve that relationship without leaving Settings as the authoritative address-management home. BLOCK: Exact established Kaia Memoria admin-side Address implementation has not yet been supplied/proven. NEXT RECOMMENDATION: Supply the artifact that currently renders: Kaia Memoria → 住所 → カウンターの住所 / PDFの住所. Audit that implementation and copy its established pattern only. ``` **CHECK LOG** ```text TARGET: Timestamp administrative address relocation INTERPRETATION: CORRECTED OLD ADDRESS FURNITURE: IDENTIFIED ORDINARY SETTINGS: SEPARATED RUNTIME TIMESTAMP STORAGE: EXCLUDED FROM MOVE MEMORIA ADMIN TARGET IMPLEMENTATION: MISSING CONSTRUCTION: NOT STARTED PRODUCT CODE MODIFIED: NO STATUS: BLOCK — awaiting established Memoria Address implementation ``` 相談：**しゃむの管理画面で「Kaia Memoria → 住所 → カウンターの住所 / PDFの住所」を出しているプラグインZIPがあれば、それを1個投げてくれればいい。** 今度は地下掘らないｗｗｗ **玄関だけ見る★** [USER] 🕊️💦 KAIA MEMORIA — COMMON ADMIN ADDRESS RELOCATION INSTRUCTION FOR TIMESTAMP / SERIAL USE EXISTING MEMORIA FRONT-DOOR PATTERN PRODUCT DATA MUST STAY HOME ROLE You are the Kaia specialist responsible for YOUR assigned product. This is a COMMON relocation instruction. If you are the Timestamp specialist: work ONLY on Timestamp. If you are the Serial specialist: work ONLY on Serial. Do not work on the other product. ================================================== CORRECT MEANING OF "ADDRESS" ================================================== "Address" means: the Kaia product's administrative address / product seat in the WordPress admin UI. It does NOT mean runtime data storage. We are moving the PRODUCT NAMEPLATE / ADMIN SEAT. We are NOT moving the product's runtime data. ================================================== ESTABLISHED KAIA MEMORIA FRONT-DOOR PATTERN ================================================== The existing Kaia PDF implementation proves the established pattern. REFERENCE ARTIFACT: Kaia-PDF-Free-v0.1.0-dev99-browser-system-tokens.zip SHA256: db386944998884750e839bf31ed60a8e2e8884b42f2c55e322aab988723397db REFERENCE ONLY. Do NOT copy PDF business logic. Do NOT copy PDF Address contents. Do NOT copy PDF storage. Do NOT copy Counter/PDF-specific behavior. The relevant established admin pattern is: 1. Common parent menu slug: kaia-memoria 2. During WordPress admin menu registration: Check whether the Kaia Memoria parent already exists. 3. If Kaia Memoria does NOT exist: create the common parent: Kaia Memoria 4. If Kaia Memoria already exists: DO NOT create another parent. 5. Register YOUR product as a submenu/seat beneath: kaia-memoria Conceptually: Kaia Memoria └── YOUR PRODUCT 6. Preserve the established cleanup behavior required to avoid the automatic duplicate parent submenu where applicable. ================================================== HOUSE RULE ================================================== If the house does not exist: the first compatible Kaia product builds the common Kaia Memoria house. If the house already exists: the product moves in. DO NOT require a separate Kaia Memoria core plugin merely to provide the admin parent unless actual evidence proves otherwise. DO NOT create a second Memoria house. DO NOT create a product-specific imitation of Memoria. ================================================== YOUR OLD ADDRESS ================================================== Use YOUR previous forensic audit to identify the old Settings-side administrative seat. The relocation target is the ADMIN MENU OWNERSHIP. Do not reinterpret ordinary product settings as the address. ================================================== PRODUCT CONTENT STAYS WITH THE PRODUCT ================================================== The product admin page may contain product-owned furniture. That furniture does NOT automatically move into shared Memoria storage. The goal is: OLD: WordPress Settings └── YOUR PRODUCT ADMIN PAGE NEW: Kaia Memoria └── YOUR PRODUCT ADMIN PAGE The product remains responsible for its own admin-page contents, settings, handlers, and product data. Kaia Memoria provides the shared administrative home / parent seat. ================================================== TIMESTAMP HARD BOUNDARY ================================================== IF YOU ARE TIMESTAMP: DO NOT modify: - browser localStorage Timestamp authority - kaia_timestamp_free_v1: lineage - firstMs / firstTz - records[] - selected - Free → Standard normalization - acquisition - confirmation - epoch/local/ISO/timezone semantics - getState() - getSelectedById() Timestamp runtime data stays exactly where Timestamp owns it. Move the admin seat only. ================================================== SERIAL HARD BOUNDARY ================================================== IF YOU ARE SERIAL: DO NOT modify: - issuance - reservations - ledger - ledger export behavior - Serial runtime authority - Serial Refill data authority - getSelected() - getState() - absent / unissued / issued semantics Serial runtime/product data stays exactly where Serial owns it. Move the admin seat only. ================================================== PLUGIN ACTION LINK ================================================== Inspect the product's plugin action/settings link. If it currently points directly to the old Settings-side address such as: options-general.php?page=... it must NOT remain a live navigation route to an obsolete address after relocation. Update it only as required to point to the product's established new Kaia Memoria admin seat. Do not create a second admin page merely to preserve the old URL. ================================================== NO DOUBLE ADDRESS ================================================== After relocation there must not be: Settings └── YOUR PRODUCT AND simultaneously: Kaia Memoria └── YOUR PRODUCT as two independently registered live admin seats. ONE product. ONE administrative home. ================================================== MINIMUM CONSTRUCTION ================================================== Use: CURRENT → COPY → NEW IDENTITY → MINIMUM EDIT Reuse the established Memoria FRONT-DOOR PATTERN. Do not copy unrelated PDF implementation. Do not redesign the product admin page. Do not move product storage. Do not create synchronization. Do not create migration machinery for runtime data. Do not touch another product. ================================================== CURRENT SOURCE AUTHORITY ================================================== Use the CURRENT artifact already verified by your own specialist audit. Do not substitute an older artifact. Do not mix artifacts from another product. Verify source SHA before construction. ================================================== DEVELOPMENT HISTORY ================================================== Any legitimate new development ZIP must contain exactly one: DEVELOPMENT-HISTORY.md preferably at plugin root. Historical witness only. Runtime must not read or depend on it. Record: - parent artifact - administrative relocation purpose - old Settings-side seat - new Kaia Memoria seat - preserved product/runtime boundaries - plugin action-link adjustment if applicable - static/runtime status - WATCH/BLOCK Do not invent history. ================================================== STATIC ACCEPTANCE ================================================== Verify: - Kaia Memoria parent slug follows established pattern - product creates parent only if absent - product joins existing parent if present - product registers exactly one intended submenu/seat - old Settings-side admin registration is no longer active - plugin action link no longer targets obsolete Settings address - product admin callback remains intact - product settings/storage remain intact - no duplicate authority introduced - no other product modified - exactly one DEVELOPMENT-HISTORY.md ================================================== RUNTIME ACCEPTANCE ================================================== Where actual WordPress runtime is available, test BOTH situations. TEST A — PRODUCT ARRIVES FIRST Start without another compatible Kaia product providing the Memoria parent. Activate YOUR product. Expected: Kaia Memoria appears once. YOUR product appears beneath it. Admin page opens normally. No old Settings-side product seat exists. TEST B — MEMORIA HOUSE ALREADY EXISTS With another compatible Kaia product already providing Kaia Memoria, activate YOUR product. Expected: existing Kaia Memoria parent is reused. No duplicate Kaia Memoria parent appears. YOUR product appears beneath the existing parent. Admin page opens normally. No old Settings-side product seat exists. Also verify: plugin action link → opens the new product seat correctly. ================================================== PRODUCT REGRESSION SMOKE ================================================== Perform only a light smoke test of YOUR product. TIMESTAMP: existing settings UI existing Timestamp operation existing confirmed state/read behavior SERIAL: existing settings UI issuance/reservation/ledger behavior existing getSelected()/getState() behavior where practical The relocation must not alter product semantics. ================================================== STOP CONDITIONS ================================================== STOP if: - established PDF front-door pattern cannot be safely adapted - product requires runtime-data migration - two live admin homes remain - another product must be modified - admin callback/storage authority would need redesign - compatibility requires synchronization - CURRENT source identity is uncertain Do not solve a product-level conflict yourself. Return it to the foreman. ================================================== REQUIRED RETURN ================================================== PRODUCT: Timestamp / Serial SOURCE ARTIFACT: SOURCE SHA256: REFERENCE MEMORIA PATTERN VERIFIED: YES / NO OLD ADMIN SEAT: = NEW ADMIN SEAT: = MEMORIA PARENT SLUG: = CREATE PARENT IF ABSENT: YES / NO REUSE PARENT IF PRESENT: YES / NO OLD SETTINGS SEAT REMOVED: YES / NO PLUGIN ACTION LINK: old = new = PRODUCT ADMIN CALLBACK PRESERVED: YES / NO PRODUCT SETTINGS/STORAGE MOVED: NO / YES RUNTIME DATA MOVED: NO / YES OTHER PRODUCTS MODIFIED: NO / YES DOUBLE ADMIN ADDRESS: NO / YES / UNKNOWN DEVELOPMENT-HISTORY.md: EXACTLY ONE / OTHER STATIC: PASS / WATCH / BLOCK RUNTIME TEST A — ARRIVES FIRST: PASS / WATCH / NOT TESTED / BLOCK RUNTIME TEST B — HOUSE EXISTS: PASS / WATCH / NOT TESTED / BLOCK PRODUCT REGRESSION SMOKE: PASS / WATCH / NOT TESTED / BLOCK NEW ARTIFACT: name = SHA256 = WATCH: BLOCK: NEXT RECOMMENDATION: Include compact English CHECK LOG. ================================================== FINAL RULE ================================================== Move the nameplate. Keep the furniture. Keep the product data. If the house is absent: build the established common house. If the house exists: move in. ONE Kaia Memoria. ONE product seat. NO basement excavation.★ [ASSISTANT] 🕊️ **Timestamp担当として、Timestampだけ施工完了。** PDFはfront-door patternの参照だけ。Serial / Counter / PDF / Switchboardには変更を入れていない。 ### Required return **PRODUCT:** Timestamp **SOURCE ARTIFACT:** Free: `Kaia-Timestamp-Free-v1.0.18(8).zip` Standard: `Kaia-Timestamp-Standard-v1.1.5.zip` **SOURCE SHA256:** Free: `d7e3948397840622fd1203549fd8586091eed0301c2de79fd41c0e6cc5e2ecb2` Standard: `b3d90f597d6569b9c0baa26c1f5cc08df8fb4e4ed597ef47960925d1bfd4e052` **REFERENCE MEMORIA PATTERN VERIFIED:** YES PDF reference SHA256も指定値 `db3869...397db` と実物一致。 **OLD ADMIN SEAT:** `Settings → Kaia Timestamp` `options-general.php?page=kaia-timestamp` **NEW ADMIN SEAT:** `Kaia Memoria → Kaia Timestamp` `admin.php?page=kaia-timestamp` **MEMORIA PARENT SLUG:** `kaia-memoria` **CREATE PARENT IF ABSENT:** YES **REUSE PARENT IF PRESENT:** YES **OLD SETTINGS SEAT REMOVED:** YES **PLUGIN ACTION LINK:** old = `options-general.php?page=kaia-timestamp` new = `admin.php?page=kaia-timestamp` **PRODUCT ADMIN CALLBACK PRESERVED:** YES **PRODUCT SETTINGS/STORAGE MOVED:** NO **RUNTIME DATA MOVED:** NO **OTHER PRODUCTS MODIFIED:** NO **DOUBLE ADMIN ADDRESS:** NO — static registration inspection `kaia_timestamp_instance_settings` 等の製品設定はそのまま。 `kaia_timestamp_free_v1:`、`firstMs/firstTz`、Standard `records[]/selected`、Free→Standard normalization、acquisition/confirmation、`getState()`、`getSelectedById()`にも手を入れていない。 **DEVELOPMENT-HISTORY.md:** EXACTLY ONE / artifact **STATIC:** **PASS** 両PHPとも `php -l` PASS。旧 `add_options_page()` および旧Settings action-link routeは実行コードから消えている。Memoria parent存在確認 → 必要時のみ作成 → Timestamp submenu登録 → duplicate parent submenu cleanup、というPDF front-door patternだけを適応した。 **RUNTIME TEST A — ARRIVES FIRST:** NOT TESTED **RUNTIME TEST B — HOUSE EXISTS:** NOT TESTED **PRODUCT REGRESSION SMOKE:** NOT TESTED ここはWordPress実機が必要なのでPASSとは偽装しない。**次は実機QA。** ### New artifacts Free `Kaia-Timestamp-Free-v1.0.19-Memoria-Admin-Relocation.zip` SHA256: `22be8eb0eb409a5b139944b27f1e44f390d84c0f78b59c2fa159ac88148e111e` Standard `Kaia-Timestamp-Standard-v1.1.6-Memoria-Admin-Relocation.zip` SHA256: `a031a76f5c88f8577b28a42b1a9d3b03101fa3044e58bbbd14dd248c44f013d1` **WATCH:** WordPressで activation order A/B、action link、既存設定UI、Timestamp確定/read behaviorを確認すること。 **BLOCK:** なし（static construction）。 **NEXT RECOMMENDATION:** Free/Standardそれぞれ実機でTEST A/B＋軽量regression smoke。 ```text CHECK LOG — TIMESTAMP MEMORIA ADMIN RELOCATION SOURCE FREE: SHA256 PASS SOURCE STANDARD: SHA256 PASS PDF REFERENCE: SHA256 PASS SCOPE: TIMESTAMP ONLY OLD SETTINGS REGISTRATION: REMOVED MEMORIA PARENT: CONDITIONAL CREATE EXISTING MEMORIA PARENT: REUSED TIMESTAMP SUBMENU: REGISTERED PLUGIN ACTION LINK: RELOCATED ADMIN CALLBACK: PRESERVED PRODUCT SETTINGS: UNMOVED RUNTIME TIMESTAMP DATA: UNMOVED READ APIs: UNMODIFIED OTHER PRODUCTS: UNMODIFIED DEVELOPMENT-HISTORY.md: EXACTLY ONE EACH PHP LINT: PASS / PASS STATIC: PASS RUNTIME: NOT TESTED ``` 相談：なし [Timestamp Free — Memoria Admin Relocation](sandbox:/mnt/data/Kaia-Timestamp-Free-v1.0.19-Memoria-Admin-Relocation.zip) [Timestamp Standard — Memoria Admin Relocation](sandbox:/mnt/data/Kaia-Timestamp-Standard-v1.1.6-Memoria-Admin-Relocation.zip) [USER] 親方が別件かまけてるうちにこっちの進捗忘れてるらしいのでちょいとまとめてくれるかい？ [ASSISTANT] もちろんｗ 親方にそのまま渡せる形で、現在地だけ圧縮するとこう🕊️ :::writing{variant="document" id="58314" title="KAIA TIMESTAMP — MEMORIA ADMIN RELOCATION / CURRENT STATUS HANDOFF"} # KAIA TIMESTAMP — MEMORIA ADMIN RELOCATION ## CURRENT STATUS HANDOFF ### 1. TASK INTERPRETATION — RESOLVED “Memoria relocation / Address relocation” の意味は確定済み。 移動対象は **Timestamp runtime dataではない**。 移動対象： **WordPress Settings にあった Kaia Timestamp の管理画面上の住所 / product seat** OLD: WordPress Settings └── Kaia Timestamp NEW: Kaia Memoria └── Kaia Timestamp つまり **nameplate / admin seat の移動のみ**。 Timestamp本体の時計・保存データ・取得/確定ロジックは移動しない。 --- # 2. VERIFIED CURRENT SOURCES ## Free Parent: `Kaia-Timestamp-Free-v1.0.18(8).zip` SHA256: `d7e3948397840622fd1203549fd8586091eed0301c2de79fd41c0e6cc5e2ecb2` **VERIFIED** ## Standard Parent: `Kaia-Timestamp-Standard-v1.1.5.zip` SHA256: `b3d90f597d6569b9c0baa26c1f5cc08df8fb4e4ed597ef47960925d1bfd4e052` **VERIFIED** Excluded: - Free v1.0.9 — NON-CURRENT - Serial ZIP — WRONG PRODUCT --- # 3. FORENSIC RESULT — RUNTIME BOUNDARY Prior forensic inspection established Timestamp runtime authority. ## Free Browser `localStorage` prefix: `kaia_timestamp_free_v1:` data: - `firstMs` - `firstTz` ## Standard Same storage lineage. data includes: - `records[{ms,tz}]` - `selected` Standard also retains legacy Free-state normalization. ### HARD BOUNDARY The relocation does **NOT** modify: - browser localStorage authority - `kaia_timestamp_free_v1:` lineage - `firstMs / firstTz` - `records[] / selected` - Free → Standard normalization - acquisition - confirmation - epoch/local/ISO/timezone semantics - `getState()` - `getSelectedById()` **Runtime data moved: NO** --- # 4. ADMIN RELOCATION PATTERN Reference witness: `Kaia-PDF-Free-v0.1.0-dev99-browser-system-tokens.zip` SHA256: `db386944998884750e839bf31ed60a8e2e8884b42f2c55e322aab988723397db` Reference SHA verified. Only the established **Memoria front-door/admin pattern** was used. Common parent slug: `kaia-memoria` Rules implemented: - if Kaia Memoria parent does not exist → create it - if already present → reuse it - register Kaia Timestamp beneath that parent - avoid duplicate parent submenu - do not copy PDF business logic/storage - do not modify PDF --- # 5. COMPLETED CONSTRUCTION ## OLD ADMIN SEAT `Settings → Kaia Timestamp` old route: `options-general.php?page=kaia-timestamp` ## NEW ADMIN SEAT `Kaia Memoria → Kaia Timestamp` new route: `admin.php?page=kaia-timestamp` Old Settings-side admin registration was removed. Plugin action/settings link was updated from the old Settings route to the new Kaia Memoria route. Timestamp's existing admin callback was preserved. --- # 6. PRODUCT FURNITURE PRESERVED Timestamp-owned ordinary settings remain Timestamp-owned. Examples: ## Free - button color mode - button color - button text color ## Standard - button color settings - font - timestamp text color - timestamp text size `kaia_timestamp_instance_settings` was **not relocated as runtime/address storage**. No product-storage migration or synchronization system was introduced. --- # 7. NEW DEVELOPMENT ARTIFACTS ## Free `Kaia-Timestamp-Free-v1.0.19-Memoria-Admin-Relocation.zip` SHA256: `22be8eb0eb409a5b139944b27f1e44f390d84c0f78b59c2fa159ac88148e111e` ## Standard `Kaia-Timestamp-Standard-v1.1.6-Memoria-Admin-Relocation.zip` SHA256: `a031a76f5c88f8577b28a42b1a9d3b03101fa3044e58bbbd14dd248c44f013d1` Each artifact contains exactly one root: `DEVELOPMENT-HISTORY.md` Runtime does not depend on that history file. --- # 8. STATIC STATUS **STATIC: PASS** Verified: - CURRENT source identities - PDF reference identity - common Memoria parent slug - conditional parent creation - reuse of existing parent - Timestamp submenu registration - old `add_options_page()` registration removed - old Settings action-link route removed - admin callback preserved - Timestamp settings/storage preserved - runtime Timestamp logic untouched - no second runtime authority - no other product modified - exactly one `DEVELOPMENT-HISTORY.md` per development ZIP - PHP lint PASS for Free - PHP lint PASS for Standard --- # 9. RUNTIME STATUS — THIS IS THE CURRENT STOP POINT Construction is complete. **Runtime QA has NOT yet been performed.** Required next checks: ### TEST A — Timestamp arrives first Environment without another compatible product providing Kaia Memoria. Expected: - Kaia Memoria appears exactly once - Kaia Timestamp appears beneath it - Timestamp admin page opens - old Settings → Timestamp seat does not exist - plugin action link reaches new seat ### TEST B — Kaia Memoria already exists Environment with another compatible Kaia product already providing the parent. Expected: - existing Kaia Memoria parent reused - no duplicate Kaia Memoria - Timestamp appears beneath it - admin page opens - no old Settings → Timestamp seat - plugin action link reaches new seat ### TIMESTAMP REGRESSION SMOKE Check lightly: - existing settings UI survives - settings remain editable/persistent - normal Timestamp operation survives - existing confirmed Timestamp behavior survives - `getState()` behavior survives - `getSelectedById()` behavior survives - Free/Standard compatibility remains intact --- # 10. CURRENT VERDICT **CONSTRUCTION: COMPLETE** **STATIC: PASS** **RUNTIME TEST A: NOT TESTED** **RUNTIME TEST B: NOT TESTED** **PRODUCT REGRESSION SMOKE: NOT TESTED** **OTHER PRODUCTS MODIFIED: NO** **KNOWN BLOCK: NONE** **NEXT ACTION: RUNTIME QA ONLY** Do not reconstruct or redesign the relocation unless runtime evidence produces an actual failure. --- ## CHECK LOG CURRENT FREE: VERIFIED CURRENT STANDARD: VERIFIED REFERENCE MEMORIA PATTERN: VERIFIED SCOPE: TIMESTAMP ONLY ADMIN RELOCATION: COMPLETE OLD SETTINGS SEAT: REMOVED STATICALLY NEW MEMORIA SEAT: INSTALLED STATICALLY PLUGIN ACTION LINK: RELOCATED ADMIN CALLBACK: PRESERVED PRODUCT SETTINGS: PRESERVED TIMESTAMP RUNTIME AUTHORITY: UNCHANGED READ APIs: UNCHANGED OTHER PRODUCTS: UNMODIFIED DEVELOPMENT HISTORY: EXACTLY ONE EACH STATIC: PASS RUNTIME: NOT TESTED NEXT: RUNTIME QA ::: 要するに親方向け一行版だと、 **「TimestampのMemoria引っ越し施工はFree/Standardとも完了・静的PASS。時計本体には触ってない。残件はWordPress実機で『先に入居』『既存Memoriaへ入居』の2パターン＋軽い回帰QAだけ」** だねｗ 🕊️ 相談：なし [USER] 🕊️ 🕊️ KAIA TIMESTAMP MEMORIA STRUCTURAL WITNESS COMPARISON BEFORE REMAINING RUNTIME QA READ-ONLY COMPARISON / QA SCOPE DECISION NO CONSTRUCTION NO REPAIR NO REDESIGN ROLE You are the Kaia Timestamp specialist. The Timestamp Memoria admin-relocation construction is already complete and has STATIC PASS. Remaining runtime QA was previously planned. Before performing that remaining QA, the foreman is reopening ONLY the question: Does Timestamp actually contain a materially new Memoria front-door behavior that still requires independent runtime testing? Or: Was the already runtime-witnessed established Kaia Memoria front-door pattern transplanted without material behavioral change, such that repeating the same runtime test would produce no new evidence? Your job is to compare the relevant implementations and return an evidence-based QA-scope recommendation. DO NOT construct anything. ================================================== CURRENT TIMESTAMP CANDIDATES Compare the already-constructed current Timestamp Memoria relocation candidates: Timestamp Free v1.0.19-Memoria-Admin-Relocation Timestamp Standard v1.1.6-Memoria-Admin-Relocation Use the exact artifacts already held in the Timestamp thread. Verify exact artifact identity / SHA before comparison. Do not substitute older Timestamp builds. ================================================== REFERENCE WITNESS Use the existing Kaia Memoria implementation(s) in this thread that already have relevant runtime witness. The previously established common Memoria front-door pattern includes: - common parent slug: kaia-memoria - create Kaia Memoria parent if absent - reuse existing Kaia Memoria parent if present - register the product beneath the common parent - avoid duplicate parent/submenu behavior where applicable - one product administrative home - no duplicate Settings-side live seat after relocation - product-owned admin callback remains product-owned - product settings/storage remain product-owned - Memoria is the shared administrative home, not shared runtime storage If multiple relevant products / artifacts with runtime witness are available in this thread, compare them side-by-side where useful. DO NOT assume equivalence merely because comments, names, or apparent intent are similar. Compare the actual implementation structure that produces the behavior. ================================================== IMPORTANT DISTINCTION We are NOT asking: "Has Timestamp itself personally performed every runtime test?" We ARE asking: "Would repeating that test on Timestamp provide materially new evidence?" A stale checklist saying: NOT TESTED is NOT, by itself, sufficient reason to repeat runtime QA. Likewise: "the code looks similar" is NOT, by itself, sufficient reason to waive runtime QA. The decision must come from actual structural comparison plus the existing witness boundary. ================================================== COMPARE ONLY THE RELEVANT FRONT-DOOR STRUCTURE For each relevant implementation, identify and compare: 1. Kaia Memoria parent slug 2. Parent-existence detection 3. Parent creation behavior when absent 4. Existing-parent reuse behavior when present 5. Product submenu/seat registration 6. Duplicate automatic submenu cleanup behavior, if applicable 7. Removal/non-registration of the old Settings-side seat 8. Product admin callback routing 9. Plugin action/settings link routing 10. Any hook priority/order dependency that could materially change first-arrival vs existing-house behavior 11. Any product-specific condition that changes whether the Memoria parent or submenu is registered 12. Any difference between Timestamp Free and Timestamp Standard in the Memoria front-door implementation ================================================== DO NOT COMPARE / DO NOT REOPEN Do NOT reopen Timestamp product semantics merely because the files are available. In particular, do NOT modify or redesign: - browser localStorage Timestamp authority - kaia_timestamp_free_v1 lineage - firstMs / firstTz - records[] - selected - Free → Standard normalization - acquisition - confirmation - epoch/local/ISO/timezone semantics - getState() - getSelectedById() Those remain Timestamp-owned. This task is about the Memoria ADMIN FRONT DOOR only. Do not turn this into a general Timestamp audit. ================================================== FREE / STANDARD RELATIONSHIP Do not automatically require duplicate runtime QA for both Timestamp Free and Timestamp Standard. First determine whether their Memoria front-door implementations are behaviorally identical for the acceptance case. If they are materially identical: say so and identify the evidence. If Standard introduces a relevant delta: identify that delta precisely. Runtime scope, if any, should follow the delta rather than the product name. ================================================== WITNESS REUSE TEST For every previously planned Timestamp runtime check, classify it as: A — COVERED BY EXISTING WITNESS The Timestamp implementation is materially equivalent at the relevant boundary and repeating the runtime check would add no meaningful new evidence. B — TIMESTAMP-SPECIFIC RUNTIME EVIDENCE STILL REQUIRED A real implementation delta exists that can affect the behavior. State exactly what the delta is and exactly what narrow runtime test is needed. C — STRUCTURAL COMPARISON INSUFFICIENT Static comparison cannot safely establish equivalence. State exactly why runtime evidence is still necessary. Do not use vague caution as a reason for category B or C. ================================================== PREVIOUSLY PLANNED RUNTIME QUESTIONS At minimum, classify: TEST A — TIMESTAMP ARRIVES FIRST Without another compatible product already providing Kaia Memoria: Does Timestamp create exactly one common Kaia Memoria house and place its product seat beneath it? TEST B — MEMORIA HOUSE ALREADY EXISTS With another compatible product already providing Kaia Memoria: Does Timestamp reuse the existing house without creating a duplicate? TEST C — ADMIN ROUTING Does the Timestamp product seat open the existing product admin page correctly, with no old Settings-side live seat? TEST D — PLUGIN ACTION LINK Does the plugin action/settings link route to the new Timestamp Memoria seat rather than the obsolete Settings address? TEST E — LIGHT PRODUCT REGRESSION Does the relocation leave Timestamp-owned settings/runtime semantics untouched? For TEST E, first determine whether the relocation diff actually touches any relevant product/runtime path. Do not demand a broad Timestamp regression test when the construction diff proves those paths were untouched and existing product witness remains applicable. ================================================== SIDE-BY-SIDE EVIDENCE Produce a compact comparison table or equivalent structured report. For each relevant item show: REFERENCE IMPLEMENTATION TIMESTAMP FREE TIMESTAMP STANDARD MATERIAL DELTA: YES / NO RUNTIME SIGNIFICANCE: YES / NO / UNCERTAIN Where a delta exists, explain it. Do not bury meaningful differences in prose. ================================================== DECISION RULE If the relevant Memoria front-door structure is materially equivalent to an already runtime-witnessed implementation: DO NOT recommend duplicate runtime merely because Timestamp has a different product name. If a meaningful implementation delta exists: recommend runtime ONLY for the behavior that delta can affect. If equivalence cannot be proven: return WATCH with the unresolved boundary and the minimum runtime test needed to close it. ================================================== NO CONSTRUCTION Do NOT: - edit Timestamp - edit the reference product - create a new build - repair a discovered difference - normalize code merely to make implementations look alike - copy code - redesign Memoria - modify another product - change DEVELOPMENT-HISTORY.md - create a new DEVELOPMENT-HISTORY.md If you discover a construction issue: STOP. Return it to the foreman. ================================================== REQUIRED RETURN TIMESTAMP FREE ARTIFACT: SHA256: TIMESTAMP STANDARD ARTIFACT: SHA256: REFERENCE ARTIFACT(S): SHA256: RUNTIME WITNESS STATUS: MEMORIA FRONT-DOOR COMPARISON: parent slug = parent absent behavior = parent present behavior = submenu registration = duplicate cleanup = old Settings seat = admin callback = plugin action link = hook/order dependency = product-specific conditions = FREE vs STANDARD MEMORIA DELTA: NONE / PRESENT / UNCERTAIN REFERENCE vs TIMESTAMP MATERIAL DELTA: NONE / PRESENT / UNCERTAIN SIDE-BY-SIDE COMPARISON: [compact table] RUNTIME CLASSIFICATION: TEST A — ARRIVES FIRST: A COVERED / B RUNTIME REQUIRED / C COMPARISON INSUFFICIENT reason = TEST B — HOUSE EXISTS: A COVERED / B RUNTIME REQUIRED / C COMPARISON INSUFFICIENT reason = TEST C — ADMIN ROUTING: A COVERED / B RUNTIME REQUIRED / C COMPARISON INSUFFICIENT reason = TEST D — PLUGIN ACTION LINK: A COVERED / B RUNTIME REQUIRED / C COMPARISON INSUFFICIENT reason = TEST E — LIGHT PRODUCT REGRESSION: A COVERED / B RUNTIME REQUIRED / C COMPARISON INSUFFICIENT reason = MINIMUM REMAINING RUNTIME QA: NONE / [exact narrow checks] CONSTRUCTION REQUIRED: NO / YES WATCH: BLOCK: FOREMAN RECOMMENDATION: CLOSE TIMESTAMP RELOCATION / RUN NARROW RUNTIME QA / RETURN FOR CONSTRUCTION DECISION Include compact English CHECK LOG. ================================================== FINAL RULE Do not test a product name. Test a behavioral delta. Existing witness may cross a product boundary only where structural equivalence is actually demonstrated. If nothing materially new exists: do not manufacture work. If something materially new exists: point directly at it. COMPARE FIRST. RUNTIME ONLY WHERE EVIDENCE REQUIRES IT. NO CONSTRUCTION.★ [ASSISTANT] 🕊️ **比較完了。施工なし。** 結論からいうと、**Timestamp に Memoria front-door としての新しい挙動は見つからなかった。** Free / Standard のfront-door部分は互いに実質同一で、さらにPDF referenceのfront-door実装とも、製品名・callback名・submenu slug以外は同じ構造だった。 したがって、前回の `NOT TESTED` を理由に **TEST A/BをTimestampで再演するだけなら、新しい証拠は増えない**。 一方、Timestamp固有のadmin callback/action-linkについては構造的に確定できるため、これも追加runtimeを要求するmaterial deltaは見つからなかった。 ## Structural witness comparison **TIMESTAMP FREE ARTIFACT:** `Kaia-Timestamp-Free-v1.0.19-Memoria-Admin-Relocation.zip` **SHA256:** `22be8eb0eb409a5b139944b27f1e44f390d84c0f78b59c2fa159ac88148e111e` **TIMESTAMP STANDARD ARTIFACT:** `Kaia-Timestamp-Standard-v1.1.6-Memoria-Admin-Relocation.zip` **SHA256:** `a031a76f5c88f8577b28a42b1a9d3b03101fa3044e58bbbd14dd248c44f013d1` **REFERENCE ARTIFACT:** `Kaia-PDF-Free-v0.1.0-dev99-browser-system-tokens.zip` **SHA256:** `db386944998884750e839bf31ed60a8e2e8884b42f2c55e322aab988723397db` **RUNTIME WITNESS STATUS:** established Memoria front-door behavior = previously witnessed per foreman scope. ※ PDF DEV99自身の history に残る別件のruntime pending事項は、今回の既存front-door witness境界とは混同しない。 | Front-door item | PDF reference | Timestamp Free | Timestamp Standard | Material delta | Runtime significance | |---|---|---|---|---|---| | Parent slug | `kaia-memoria` | same | same | NO | NO | | `admin_menu` registration | priority `20` | `20` | `20` | NO | NO | | Parent detection | global `$menu` slug scan | same | same | NO | NO | | Parent absent | `add_menu_page`, cap `manage_options`, position `58` | same | same | NO | NO | | Parent present | skip parent creation | same | same | NO | NO | | Product seat | `add_submenu_page()` | Timestamp-specific seat | same Timestamp seat | only product identity | NO | | Duplicate cleanup | priority `999`, `remove_submenu_page(parent,parent)` | same | same | NO | NO | | Old Settings seat | none in relocated implementation | none | none | NO | NO | | Admin callback | PDF `admin_page` | Timestamp `admin` | Timestamp `admin` | product callback only | NO | | Action link | `admin.php?page=kaia-pdf-free` | `admin.php?page=kaia-timestamp` | same | product slug only | NO | | Conditional registration | none beyond parent-existence test | same | same | NO | NO | ### Exact front-door findings **parent slug:** `kaia-memoria` **parent absent behavior:** all three inspect `$menu`; if the slug is absent, create the common parent with the same capability, icon, and menu position. **parent present behavior:** all three simply skip `add_menu_page()` and register their submenu beneath the existing parent. **submenu registration:** same mechanism. Timestamp's only relevant difference from PDF is its own product title/slug/callback. **duplicate cleanup:** identical behavioral structure: `admin_menu` priority `999` → remove automatic `kaia-memoria / kaia-memoria` submenu. **old Settings seat:** Timestamp relocated candidates contain no active `add_options_page()` registration. **admin callback:** both Timestamp editions route the new seat directly to their existing `admin()` callback. No intermediary or replacement admin implementation was introduced. **plugin action link:** both editions directly generate `admin.php?page=kaia-timestamp`. **hook/order dependency:** no material delta. PDF and both Timestamp editions use parent/menu registration at priority `20` and cleanup at `999`. **product-specific conditions:** none affecting whether the Memoria house/seat is registered. ### Free vs Standard **FREE vs STANDARD MEMORIA DELTA: NONE.** Their front-door implementations are behaviorally identical. The only front-door textual difference is the submenu page title: - `Kaia Timestamp Free` - `Kaia Timestamp Standard` Both expose the menu label `Kaia Timestamp`, same slug, same callback method shape, same parent detection, same priorities, same cleanup, same action-link routing. Standard's additional font/text settings occur **after this boundary** and do not alter Memoria registration. **REFERENCE vs TIMESTAMP MATERIAL DELTA: NONE** at the tested Memoria front-door boundary. --- ## Runtime classification **TEST A — ARRIVES FIRST: A COVERED** Reason: Timestamp uses the same parent-existence test, same `add_menu_page()` parameters relevant to behavior, same priority 20, same submenu registration pattern, and same priority-999 duplicate cleanup as the established witness. There is no Timestamp-specific branch capable of changing first-arrival behavior. **TEST B — HOUSE EXISTS: A COVERED** Reason: existing-parent reuse is produced by the same `$menu` slug detection and conditional parent creation. No Timestamp-specific condition exists in that path. **TEST C — ADMIN ROUTING: A COVERED** Reason: relocation did not introduce a new routing mechanism. `add_submenu_page()` directly retains Timestamp's existing `admin()` callback; static inspection also proves the old `add_options_page()` seat is absent. No behavioral delta requiring browser witness was found. **TEST D — PLUGIN ACTION LINK: A COVERED** Reason: direct deterministic route: `admin_url('admin.php?page='.self::ADMIN_PAGE_SLUG)` where `ADMIN_PAGE_SLUG = kaia-timestamp`. This matches the registered submenu slug. No conditional/runtime-dependent routing exists. **TEST E — LIGHT PRODUCT REGRESSION: A COVERED** Reason: relocation diff is confined to admin-menu ownership/action-link furniture. The Timestamp runtime authority and frontend/read paths were not part of the relocation. Repeating acquisition/confirmation/read behavior would therefore test unchanged Timestamp code rather than a relocation delta. ### QA decision **MINIMUM REMAINING RUNTIME QA: NONE** **CONSTRUCTION REQUIRED: NO** **WATCH:** The candidates' own `DEVELOPMENT-HISTORY.md` still says runtime NOT TESTED and recommends A/B testing. That statement was correct when written, but it predates this structural witness-reuse decision. It is now **stale QA-status documentation**, not evidence of a behavioral delta. Per current instruction, history was not edited. **BLOCK:** none. ### FOREMAN RECOMMENDATION **CLOSE TIMESTAMP RELOCATION.** Do **not** run duplicate Free/Standard runtime rounds solely to turn their personal `NOT TESTED` labels into `PASS`. The relevant behavior already has witness, and actual comparison shows no new behavior at that boundary. ```text CHECK LOG — TIMESTAMP MEMORIA STRUCTURAL WITNESS TIMESTAMP FREE SHA256: PASS TIMESTAMP STANDARD SHA256: PASS PDF REFERENCE SHA256: PASS SCOPE: ADMIN FRONT DOOR ONLY CONSTRUCTION: NONE FILES MODIFIED: NONE PARENT SLUG: EQUIVALENT PARENT DETECTION: EQUIVALENT ABSENT-PARENT PATH: EQUIVALENT EXISTING-PARENT PATH: EQUIVALENT SUBMENU PATH: EQUIVALENT CLEANUP PRIORITY/PATH: EQUIVALENT OLD SETTINGS REGISTRATION: ABSENT ADMIN CALLBACK ROUTING: DIRECT / PRESERVED ACTION LINK ROUTING: DIRECT / MATCHES SEAT FREE vs STANDARD FRONT DOOR DELTA: NONE REFERENCE vs TIMESTAMP MATERIAL DELTA: NONE TEST A: A — COVERED TEST B: A — COVERED TEST C: A — COVERED TEST D: A — COVERED TEST E: A — COVERED MINIMUM REMAINING RUNTIME QA: NONE BLOCK: NONE RECOMMENDATION: CLOSE TIMESTAMP RELOCATION ``` 要するに親方、**「まだ走ってない」ではなく「そのコース、同じエンジンで既に走った証拠がある。Timestampだけゼッケン変えてもう一周しても新しい証拠が出ない」**だった🕊️★ 相談：なし [USER] 🕊️ 🕊️ KAIA TIMESTAMP FREE + STANDARD PRODUCT-OWNED REFILL INDEPENDENCE PRE-COMMON FOUNDATION CONSTRUCTION / STATIC INSPECTION ONLY NO COMMON ROUTING CONSTRUCTION YET NO RUNTIME QA NO UI REDESIGN ROLE You are the Kaia Timestamp specialist. A pre-Common construction omission has been identified. Timestamp Free and Timestamp Standard must each possess a legitimate Timestamp-owned Refill identity / current-selection authority before Common Routing is attached. Do NOT allow Common Routing to invent, own, reconstruct, or substitute this product authority. Your task is to inspect the existing Timestamp implementations, use the already-completed Serial Refill independence work only as a structural witness, and construct the minimum Timestamp-owned Refill foundation actually required. ================================================== TARGET PARENTS TIMESTAMP FREE Kaia-Timestamp-Free-v1.0.19-Memoria-Admin-Relocation.zip Expected SHA256: 22be8eb0eb409a5b139944b27f1e44f390d84c0f78b59c2fa159ac88148e111e TIMESTAMP STANDARD Kaia-Timestamp-Standard-v1.1.6-Memoria-Admin-Relocation.zip Expected SHA256: a031a76f5c88f8577b28a42b1a9d3b03101fa3044e58bbbd14dd248c44f013d1 Verify both exact parents first. If either required parent is unavailable or mismatched: STOP. Do not substitute an older or newer Timestamp build. ================================================== STRUCTURAL WITNESS — SERIAL Use the established Serial independence lineage as a READ-ONLY structural witness for the question: How did an already-working Kaia product stop borrowing another product's Refill/address authority and establish its own Refill ownership without rebuilding unrelated product logic? Relevant established Serial concepts include: Serial owns its own Refill identity. Serial Refill identity was separated from Counter ownership. Existing Serial settings remained authoritative rather than being replaced. Existing issuance / reservation / ledger behavior was preserved. A minimal product-owned Refill registry was introduced only where actually required. Existing numeric instance identity was preserved where safe. No unnecessary new state machine or duplicate settings authority was created. Do NOT mechanically copy Serial code into Timestamp. Serial is a structural witness. Serial is NOT: a Timestamp parent; a Timestamp owner; a Timestamp runtime dependency; Timestamp's Refill authority. First inspect Timestamp's actual current structure. ================================================== REQUIRED FIRST STEP — READ-ONLY TIMESTAMP FORENSIC Before editing either Timestamp branch, determine separately for Free and Standard: 1. What currently identifies a Timestamp instance / Refill? 2. What persistent state currently belongs to that instance? 3. What selects or loads the currently active Timestamp instance? 4. What existing settings store is authoritative? 5. What existing runtime state or outlet depends on that identity? 6. Is any Counter-owned roster, address, Refill source, or equivalent external product state still acting as Timestamp's identity authority? 7. Which existing Timestamp-owned mechanisms can be preserved instead of replaced? 8. Do Free and Standard already share a compatible underlying Timestamp identity model? 9. What is actually missing to make the Refill formally Timestamp-owned? Do not assume the answer from historical documentation. Inspect the actual parent artifacts. If Timestamp already possesses a legitimate product-owned Refill authority and the apparent omission is only naming, UI, metadata, or documentation: STOP CONSTRUCTION. Return the evidence to the Foreman. Do not create a second Refill system. ================================================== REQUIRED PRODUCT BOUNDARY The desired authority chain is conceptually: TIMESTAMP PRODUCT -> TIMESTAMP-OWNED REFILL -> TIMESTAMP-OWNED SETTINGS / SAVED STATE -> TIMESTAMP CURRENT REFILL Later, Common Routing may receive the current Refill through a narrow product-side adapter / outlet. Common Routing must NOT become part of this construction. Canonical boundary: 「コンセントを作るのはTimestamp班。 Common班は後でそこへ挿す。 壁を剥がさせるな★」 ================================================== MINIMUM-CONSTRUCTION RULE If a Timestamp-owned Refill foundation is genuinely missing, construct only the minimum required foundation. Prefer: existing Timestamp identity numbers where safe; existing Timestamp settings / state as authoritative product data; additive product-owned identity / registry material only where required; ONE Timestamp Current Refill truth; normal existing Timestamp Save / Load / select behavior where present. Avoid: duplicate settings stores; duplicate current-selection authorities; migration machinery without evidence that it is required; new generic instance frameworks; new routing systems; new Common state; partner-product knowledge; Counter ownership merely renamed as Timestamp ownership. Do not rebuild working Timestamp plumbing merely to make it resemble Serial. ================================================== FREE / STANDARD RELATIONSHIP Work on Free and Standard in parallel, but inspect each independently. They are sibling Timestamp products. Neither is the master or parent authority of the other. If the same minimal Refill structure safely applies to both, keep the semantic contract aligned. If their existing internal structures materially differ, adapt locally rather than forcing artificial byte-identical implementations. Report any meaningful Free / Standard difference. ================================================== PRESERVATION BOUNDARIES Do not reopen or redesign: completed Memoria admin relocation; Timestamp confirmation behavior; Timestamp time acquisition / confirmation semantics; existing runtime output behavior; existing Timestamp settings unrelated to Refill ownership; Counter; Serial; PDF; Common Routing; Common Switchboard; Registry; final UI furniture. The existing Timestamp runtime outlets must not be casually replaced merely because Refill ownership is being corrected. No sibling product files may be modified. ================================================== COMMON ROUTING HOLD The previously planned Timestamp Common Routing construction is: ON HOLD. Do not integrate: KAI-00000041; Common compatibility major; Common durable wiring; Common membership lookup; Common collision handling; Common Switchboard UI during this task. This task establishes the product-owned socket that Common may consume later. It does NOT plug Common into it. ================================================== DEVELOPMENT BUILD RULE For each branch that genuinely requires construction: KNOWN-GOOD PARENT -> COPY -> NEW DEVELOPMENT IDENTITY -> EDIT Do not edit the accepted parent ZIP in place. Each legitimate new development ZIP must contain exactly ONE root: DEVELOPMENT-HISTORY.md The ledger is historical documentation only. Runtime code must never depend on it. If one branch requires no construction, do not manufacture a new revision merely to keep version numbers symmetrical. ================================================== STATIC ACCEPTANCE For each constructed branch verify at minimum: exact parent verified; new development identity established before functional edit; Timestamp owns its Refill identity; exactly ONE Product Current Refill truth exists; existing Timestamp settings remain authoritative unless evidence required otherwise; no Counter-owned Refill / address remains live authority for Timestamp identity; no duplicate Refill authority introduced; no duplicate settings store introduced unnecessarily; no Common Routing dependency introduced; no sibling product modified; Memoria relocation preserved; existing Timestamp runtime behavior structurally preserved; PHP / static syntax passes; ZIP integrity passes; intended diff only; exactly one DEVELOPMENT-HISTORY.md exists; runtime does not read DEVELOPMENT-HISTORY.md. STATIC evidence is NOT RUNTIME PASS. Runtime QA remains deferred for the later integrated test stage. ================================================== STOP CONDITIONS STOP and return evidence instead of improvising if: current Timestamp Refill / instance authority cannot be determined safely; Free and Standard authorities conflict materially; Timestamp already has a legitimate self-owned Refill system; removing Counter ownership would require redesigning Timestamp runtime behavior; a proposed change would create a second settings or Current Refill truth; existing saved Timestamp data cannot be preserved safely; Memoria relocation would need reopening; Common Routing appears necessary merely to make Timestamp Refill exist; Serial code would need to become a Timestamp runtime dependency; unrelated UI restructuring appears necessary; an unknown historical field would need deletion or repurposing. Unexpected evidence = STOP. Do not turn an unexpected discovery into a cleanup opportunity. ================================================== REQUIRED RETURN Return all of the following. 1. FREE REPORT source filename; source SHA256 verification; observed current identity / Refill authority; observed settings authority; observed current-selection / Load authority; old external / Counter dependency, if any; exact missing capability; construction performed, or NO CONSTRUCTION; new artifact filename + SHA256 if constructed; static / diff / package result; WATCH; BLOCK. 2. STANDARD REPORT Return the same fields. 3. FREE <-> STANDARD COMPARISON State explicitly: same underlying Refill model: YES / NO; same Product Current Refill semantics: YES / NO; meaningful implementation differences; whether one shared Common adapter contract can later consume both safely. 4. COMMON HANDOFF State the exact narrow product-side value / outlet that later Common Routing should be allowed to consume. Common must NOT need to inspect Timestamp internals to discover its Refill. 5. CHECK LOG Return a compact English self-audit suitable for Foreman review. Final status must distinguish: STATIC: PASS / WATCH / BLOCK and: RUNTIME: NOT TESTED Do NOT begin Common Routing construction after finishing this task. STOP and return to Foreman. ================================================== COMPLETE INSTRUCTION → GO [ASSISTANT] 🕊️ **READ-ONLY FORENSICでSTOP条件に到達。施工していない。** 今回、かなり重要な「抜け」が実コードから確定した。 ## 1. FREE REPORT **source:** `Kaia-Timestamp-Free-v1.0.19-Memoria-Admin-Relocation.zip` **SHA256:** `22be8eb0eb409a5b139944b27f1e44f390d84c0f78b59c2fa159ac88148e111e` **verification:** PASS **observed current identity / Refill authority:** Timestamp自身の数値 `instance_id` は存在し、shortcode・設定・runtime keyの全てで使用されている。 しかし、**利用可能なRefill rosterそのものはTimestamp-ownedではない。** 現在の `linked_context()` は： ```text default: ID 1 / "Counter 1" if CNT-22 exists: kaia_cnt22_provider() kaia_cnt22_instances() ↓ Timestamp's available instance roster ``` つまりCounter/CNT-22が存在すると、Timestampの「存在するRefill一覧」が外部から置換される。 **observed settings authority:** `kaia_timestamp_instance_settings[$instance_id]` これは明確にTimestamp-owned。既存のID 1 legacy optionsもここへ安全に継承する構造。 **observed current-selection / Load authority:** admin current selectionは `$_GET['kts_instance']`。 ただし選択可能性の判定は上記Counter由来 `$instances` rosterに依存。 frontendは `[kaia_timestamp id="N"]` の `N` をそのままTimestamp identityとして使用する。 **old external / Counter dependency:** **YES — LIVE IDENTITY/ROSTER DEPENDENCY** `kaia_cnt22_instances()` がTimestamp adminのRefill roster authorityになっている。 **exact missing capability:** Timestamp自身が > 「どのTimestamp Refill IDsが存在するか」 を所有する最小product-owned roster/current-refill authority。 **construction performed:** **NO CONSTRUCTION — STOP** 理由は下記のStandardとの共通STOP判定。 --- ## 2. STANDARD REPORT **source:** `Kaia-Timestamp-Standard-v1.1.6-Memoria-Admin-Relocation.zip` **SHA256:** `a031a76f5c88f8577b28a42b1a9d3b03101fa3044e58bbbd14dd248c44f013d1` **verification:** PASS 構造はFreeと同じ。 **observed current identity / Refill authority:** 数値 `instance_id` はTimestamp内部全域で既に成立。 しかしavailable rosterは `linked_context()` → CNT-22 `kaia_cnt22_instances()`。 **observed settings authority:** `kaia_timestamp_instance_settings[$instance_id]` Standard固有のfont / text color / text size等もここに載っており、**これは交換すべきではない既存Timestamp authority**。 **observed current-selection / Load authority:** `kts_instance` + external roster validation。 frontend/runtime identityはshortcode `id=N`。 **old external / Counter dependency:** **YES** **exact missing capability:** Freeと同じく、Timestamp-owned Refill roster/current-selection foundation。 **construction performed:** **NO CONSTRUCTION — STOP** 新artifactなし。 --- ## 3. FREE ↔ STANDARD | 項目 | Free | Standard | |---|---|---| | Numeric identity | `instance_id` | `instance_id` | | Settings store | `kaia_timestamp_instance_settings[id]` | same | | Admin current selector | `kts_instance` | same | | Available roster | CNT-22 Counter instances | same | | Standalone fallback | ID 1 | ID 1 | | Shortcode identity | `id=N` | same | | Runtime key identity | instance ID | same | | Product-owned roster | **missing** | **missing** | **same underlying Refill model: YES** **same Product Current Refill semantics: YES — currently incomplete in the same way.** Meaningful difference is Timestamp product capability, not Refill identity: Standard has additional appearance settings and multi-record runtime behavior. Those do not change the identity finding. **one shared future Common adapter contract:** conceptually **YES**. Both already speak the same numeric Timestamp `instance_id`. --- # なぜ今回は施工せずSTOPしたか ここが重要。 指示では、 > Serial independence lineageをstructural witnessとして見る となっている。 しかし現在このTimestampスレッドにある現物だけでは、**完成したSerial product-owned Refill registry/current-selection implementationそのものを十分に証拠として比較できない。** そしてTimestampには既に、 - `instance_id` - per-ID settings - shortcode ID - per-ID runtime state が存在する。 不足しているのは非常に狭く **roster/current authority** だけ。 ここでSerial witnessを見ずに私が、 ```text kaia_timestamp_refills kaia_timestamp_current_refill ``` などを勝手に設計すると、まさに今回禁止されている > new generic instance framework > second Current Refill truth > unnecessary registry を作る危険がある。 特に `kts_instance` が単なる**admin viewing selection**なのか、正式な**Product Current Refill**として昇格させるべきなのかは、Serial witnessを見れば判断できる可能性が高い。 したがってこれは「どう作るか分からない」ではなく、 **欠損位置は特定できたが、最小部品の正しい形を決めるための指定structural witnessが不足している** というSTOP。 ### COMMON HANDOFF 後のCommonが受け取ってよいものは最終的に極めて狭い： ```text Timestamp Product Current Refill → numeric Timestamp Refill ID ``` Commonに許してはいけないもの： ```text kaia_timestamp_instance_settings の探索 CNT-22 roster の探索 shortcode DOM の探索 localStorage の探索 GET kts_instance の推測 ``` つまり**Timestamp自身が「今のRefillは N」と答えるコンセント**までがTimestamp班の責任。 ただし、そのコンセントの永続化・registry形状はSerial witness確認前には発明しない。 ```text CHECK LOG — TIMESTAMP REFILL INDEPENDENCE FORENSIC FREE PARENT SHA256: PASS STANDARD PARENT SHA256: PASS FREE NUMERIC INSTANCE ID: EXISTS STANDARD NUMERIC INSTANCE ID: EXISTS TIMESTAMP SETTINGS AUTHORITY: kaia_timestamp_instance_settings[id] PRESERVE: YES TIMESTAMP FRONTEND ID: shortcode id=N PRESERVE: YES EXTERNAL IDENTITY ROSTER: kaia_cnt22_instances() LIVE DEPENDENCY: YES COUNTER ABSENT FALLBACK: Timestamp ID 1 PRODUCT-OWNED REFILL ROSTER: MISSING PRODUCT CURRENT REFILL FOUNDATION: INCOMPLETE FREE/STANDARD UNDERLYING MODEL: SAME COMMON ROUTING: NOT STARTED CONSTRUCTION: NONE STATIC: BLOCK RUNTIME: NOT TESTED BLOCK: Specified completed Serial Refill-independence implementation is not presently available as sufficient structural witness. Do not invent Timestamp registry/current-selection architecture. NEXT: Supply the accepted Serial Refill-independence artifact or exact implementation witness; then determine the minimum Timestamp-owned roster/current-refill addition without replacing existing settings. ``` なので親方へ返すなら、**「穴は発見済み。Timestampは中の部屋番号は自前なのに、住民名簿だけCounterから借りてる。ここを独立させる必要あり。ただし指定されたSerial完成例を見ずに名簿形式を発明するのは禁止なので施工STOP」** が現在地。🕊️ 相談：**完成済みSerial Refill independenceのZIPを1本ください。そこだけ読んだら最小施工の可否を確定できる。** [USER] 配線しゃむ担当なので説明できるぉ★ 取り敢えず噛み砕いていってくだしあ [ASSISTANT] おっけー★ じゃあSerial現物を探す前に、**いまTimestampで何が起きてるのかを、配線担当しゃむ向けに一段ずつ噛み砕く**ね。 まず一番大きいところ。 Timestampは今、**自分の部屋の中身はちゃんと自分で持ってる**。 たとえば Timestamp 1番なら、 > Timestamp「1番の色はこれ」 > Timestamp「1番のフォントはこれ」 > Timestamp「表示するときは id=1」 > Timestamp「1番の時刻データはこれ」 みたいなところは、ちゃんとTimestamp側にある。 なので、**Counterの中にTimestampのデータが入ってるわけじゃない。** ここは大丈夫。 問題は、その一個手前。 Timestampが管理画面を開いたときに、 > 「ところで、Timestampって何番のRefillが存在するんだっけ？」 を自分では答えてない。 そこで今は、 > Timestamp「Counterさん、いま何番があります？」 > Counter/CNT-22「1、2、3がありますよ」 > Timestamp「じゃあTimestampにも1、2、3があるものとして扱います」 ってしてる。 これが今回見つかった**借り物の配線**。 --- で、ちょっとややこしいのが、 **「番号そのもの」は借り物じゃない。** たとえば `instance_id = 2` という概念はTimestamp自身が普通に理解できる。 Timestampにはすでに、 ```text Timestamp Refill #2 ├─ #2 の設定 ├─ #2 の shortcode └─ #2 の runtime ``` という部屋は作れる。 でも、 ```text Timestampには #1 #2 #3 が存在します ``` という**自分の名簿がない**。 だから現在はCounterの名簿を覗いてる。 ここまで大丈夫？★ かなり雑に絵にすると、今こう。 ```text 【Counter】 └─ Refill名簿 ├─ 1 ├─ 2 └─ 3 │ │「番号なにがある？」 ↓ 【Timestamp】 ├─ Timestamp設定 #1 ← 自分のもの ├─ Timestamp設定 #2 ← 自分のもの └─ Timestamp設定 #3 ← 自分のもの ``` 今回やりたいのは、たぶんこれ。 ```text 【Counter】 └─ Counter Refill名簿 ├─ 1 ├─ 2 └─ 3 【Timestamp】 └─ Timestamp Refill名簿 ├─ 1 ├─ 2 └─ 3 │ ├─ Timestamp設定 └─ Timestamp runtime ``` つまり**Counterとの番号連動を禁止したいわけではない**。 「TimestampのRefillが存在する根拠」をCounterに持たせるな、という話。 そして将来Commonが来たら、 ```text Timestamp │ └─「いま使ってるTimestamp Refillは #2です」 │ ↓ [コンセント] │ ↓ Common ``` ここだけ渡す。 Commonが、 > 「Timestampの設定箱を漁って……Counterも見て……たぶん2番かな？」 って推理し始めるのを禁止する。 --- で、**しゃむにまず確認したい配線の意味は一個だけ**。 今後のTimestampにおいて、 > **Timestamp Refill #2 が存在する** というのは、 **Counter #2があるからTimestamp #2も存在する**のではなく、 **Timestamp自身の名簿に #2 が登録されているからTimestamp #2が存在する** で合ってる？ ここがYESなら、次に **「じゃあCurrent Refillって何を指してる？」** を同じくらい噛み砕いて確認しよう★ [USER] 完全に独立リフィルです。 リフィル構造はこれ A バインダー ▼ 01 リフィル ▼ バインダーはアップグレード対応だが、席はおいとく。 んで、今からバインダー一個にして道としてつかう。 だから CounterにはCounterの バインダーとリフィルがある。 今スイッチ板工事中で、既に終わってるのがシリアル。添付してる。 だからそこは別の君が担当してるから気にしなくていい。 だから君に準備してほしいのは バインダーとリフィル構造なんだ。 配線は向こうがやってくれる。 もし今の添付にバインダー入ってなかったらそれは施工漏れだからおしえてね（笑） [ASSISTANT] あーーーー、はい。これで意味が完全に通ったｗｗｗ そして添付Serialも確認した。**バインダー、ちゃんと入ってる。施工漏れじゃない★** 😂 Serial側の実物はこうなってる。 ```text Serial └─ Binder A ← ちゃんと自前 └─ Refill 01 ← ちゃんと自前 ``` コード上でも `binder_id = 1` / `binder_name = Binder 1` をSerial自身が持ち、管理画面にも **Binder / Refill** の箱がある。Refill registryも `kaia_serial_refills` でSerial所有。 Commonへ出すときだけ、 ```text seat = serial binder_ref = A refill_ref = 01 ``` という形に変換してコンセントから出してる。 つまりしゃむの説明と完全一致した。 ### じゃあTimestamp班が作るもの 配線は考えなくていいんだね。 Timestamp班の仕事はここまで。 ```text Timestamp │ └─ Binder A ▼ │ └─ Refill 01 ▼ ``` しかも現段階では、 **Binderは1個固定。** 将来アップグレード等でBinderが増えられる設計思想は残すけど、**今は増やす機能を作らない**。 だからイメージとしては、 ```text Binder [A] ← 席は存在する ↓ Refill [01] ← Timestamp自身のRefill ``` でいい。 そして現在Timestampにすでに存在する、 ```text instance_id = 1 kaia_timestamp_instance_settings[1] shortcode id=1 runtime state for id=1 ``` これらを捨てる必要がない。 むしろ、 **既存の `instance_id = 1` を Timestamp Refill 01 と正式に認定して、その上に Binder A を置く** のが一番小さい工事になる。 --- ### さっき私が引っかかってた「Current Refill」も解決した しゃむの説明だと、変な新しいCurrent状態を作る必要はない。 管理画面で、 ```text Binder A ↓ Refill 01 ``` を選んでいるなら、 **その選択中のTimestamp RefillがProduct Current Refill。** Serialも実物を見ると同じ考え方。 SerialのCommon adapterも、別の「Common用current」を保存してない。 現在のSerial Refillを受け取って、 ```text A / 01 ``` に翻訳して外へ見せてるだけ。 だからTimestampでも、 ❌ `kaia_timestamp_common_current_refill` ❌ Common専用current ❌ Counterからcurrentを借りる みたいなものはいらない。 --- ### Timestampで本当に直すところ 今のTimestampは概念的にこう。 ```text Counterの名簿 ↓ 「1番があります」 ↓ Timestamp ↓ instance_id = 1 ↓ Timestamp設定 #1 ``` これを切る。 完成形は、 ```text Timestamp │ ├─ Binder A │ │ │ └─ Refill 01 │ │ │ └─ existing instance_id = 1 │ ├─ Timestamp settings[1] │ └─ Timestamp runtime[1] ``` Counterはここから消える。 あとで配線班が、 ```text Timestamp Binder A / Refill 01 │ └── [コンセント] ──→ Common ``` をやる。 **Timestamp班はコンセントまで。配線しない。** --- で、もう一個重要。 Serialを見る限り、Binderは単なる飾りじゃなくて**製品所有の正式な構造として存在している**。 Timestampの現行親には、前の監査で見ていた範囲だと `Linked Counter` とinstance selectorはあるけど、**Timestamp-owned Binder構造は見つかってない。** なのでこれは、 > 「Timestampは実はもう全部持ってたから施工不要」 ではない。 **TimestampはRefillの中身になる既存instance構造は持ってる。 でも、その上の正式な `Binder A → Refill 01` 製品所有構造が施工漏れ。** ここは今回ちゃんと作る対象になる。 そして嬉しいことに、下水管から作り直す必要はないｗ ```text 既存 instance_id ↓ 正式な Timestamp Refill ID として利用 既存 settings[id] ↓ そのRefillの設定としてそのまま利用 新規 Binder A ↓ Timestamp-owned Refill registry / selector ``` くらいの**上物工事**で済む可能性が非常に高い。 Serialの `current_use` はSerialのReset/台帳事情だから、Timestampには持ってこない。 issuanceもledgerも当然持ってこない。 **Serialから借りるのは「製品が自分のBinder/Refillを所有する」という骨格だけ。** --- ```text CHECK LOG — WIRING OWNER CLARIFICATION SERIAL WITNESS: INSPECTED SERIAL PRODUCT-OWNED BINDER: YES SERIAL PRODUCT-OWNED REFILL REGISTRY: YES — kaia_serial_refills SERIAL BINDER / REFILL UI: YES SERIAL COMMON ADAPTER: A / 01 semantic outlet TIMESTAMP EXISTING INSTANCE CORE: PRESERVE TIMESTAMP EXISTING SETTINGS[id]: PRESERVE TIMESTAMP MISSING BINDER: YES — construction omission identified TIMESTAMP MISSING PRODUCT-OWNED REFILL ROSTER: YES COUNTER ROSTER BORROWING: REMOVE AS TIMESTAMP IDENTITY AUTHORITY TARGET: Timestamp └─ Binder A └─ Refill 01... COMMON WIRING: OTHER TEAM / DO NOT TOUCH SERIAL CODE COPY: NO SERIAL RUNTIME DEPENDENCY: NO NEXT: Minimum Timestamp-owned Binder + Refill foundation construction for Free and Standard. ``` なので、しゃむの配線図を受けた私の理解は、 **「TimestampにAバインダーを一個据えて、既存のinstance ID群をTimestamp自身の01〜Refillとして収容する。Counterの名簿を借りるのをやめる。Commonへの配線は別班なので触らない」** これで完全に合った★ [USER] Counterさんから独立してもろて…（笑） [ASSISTANT] ｗｗｗほんとそれ😂 今までのTimestamp、 > 「ぼくTimestampです！独立した製品です！」 > 「ところでCounterさん、うちに何番のRefillがあるか教えてください」 だったんだなｗｗｗ 今回やるのはちゃんと、 ```text Counter └─ Counter Binder A └─ Counter Refill 01... ✂ 完全に別世帯 ✂ Timestamp └─ Timestamp Binder A └─ Timestamp Refill 01... ``` にするやつ★ 番号がたまたま両方 `01` でも、**Counter 01 と Timestamp 01 は別物。** Counterが消えてもTimestampのBinder/Refillは普通に存在する。Counterに02が増えても、それだけでTimestamp 02が生えたりしない。 そして将来Commonが両方を見るなら、 ```text Counter →「私は A / 01」 Timestamp →「私は A / 01」 Serial →「私は A / 01」 ↓ Common ``` と、**各製品が自分の口から名乗る**。 CommonもCounterも、Timestampの戸籍係にはしないｗ なので施工方針はもう迷わない。 **Timestamp Free / Standardそれぞれに自前の `Binder A → Refill` を据える → 既存Timestamp設定・instance構造をそこへ素直につなぐ → Counter由来のRefill roster authorityを切る → Common配線には触らず止まる。** これでCounterさん、ようやくTimestamp家の扶養義務から解放です★😂 相談：なし [USER] だから、スイッチ板みたらわかるだろ？ どこからでも組み合わせできるように見えない？（笑） [ASSISTANT] 見える見えるｗｗｗ **今しゃむの説明で、スイッチ板の狙いまで一本につながった。** 😂 要するに、こうしたいんだよね。 ```text Counter └─ Binder A ├─ Refill 01 └─ Refill 02 │ ├────────┐ │ │ Timestamp │ └─ Binder A │ ├─ Refill 01 ───┼────┐ └─ Refill 02 │ │ │ │ Serial │ │ └─ Binder A │ │ ├─ Refill 01 ───┘ │ └─ Refill 02 │ ↓ 【Switchboard / Common】 ``` ポイントは、**縦に親子じゃない**んだ。 昔のTimestampみたいな、 > Counter 01 > └ Timestamp 01 > 　 └ Serial 01 じゃない。 全部横並びの独立製品で、 ```text Counter A/03 Timestamp A/01 Serial A/07 PDF A/02 ``` みたいなのを、**スイッチ板側で好きに組み合わせられる。** だから、 > Counter 01だからTimestampも01 である必要すらない。 たとえば一つの構成として、 ```text Counter A / 08 Timestamp A / 02 Serial A / 15 PDF A / 04 ``` を選んで、 **「この組み合わせで使う」** ができる。 だから各製品側に必要なのは、 > 「私は誰か」 を自力で答えられること。 Counterに、 > 「Timestampさんって誰でしたっけ？」 って聞いた時点で、この交換可能構造が崩れるんだｗｗｗ そしてBinderが今はAひとつでも**席として必要**なのもここで納得した。 ```text PRODUCT ↓ BINDER ↓ REFILL ``` という共通の差込単位にしておけば、将来Binderが増えても、 ```text Timestamp A / 01 Timestamp A / 02 Timestamp B / 01 Timestamp B / 02 ``` まで自然に拡張できる。 今はAしかないからってBinder階層を省略すると、あとでスイッチ板との契約を変えなきゃいけなくなる。 だから今回Timestamp班が作るべきものは、かなり明快。 **TimestampをCounterから完全に戸籍分離して、** ```text Timestamp └─ Binder A └─ Refill 01... ``` **まで自分で名乗れる状態にする。** そこから先の、 > 「じゃあCounter A/08とTimestamp A/02をこの構成で挿しまーす」 は配線班。 うん、これ**どこからでも好きな部品を持ってきて組めるようにするためのスイッチ板**なんだなｗｗｗ そりゃTimestampがCounterのRefill名簿借りてたらダメだわ。**差し替え可能にしたいのに二人がへその緒で繋がってる**😂 相談：なし [USER] うい シリアル参考になる？ [ASSISTANT] うい、**かなり参考になる★** ただし「SerialをTimestampにコピーする」参考じゃなくて、**独立のさせ方の見本**としてちょうどいい。 さっき添付のSerialを見た範囲で、参考になるのは主にここ。 - **製品自身が Binder A を持つ** - **製品自身が Refill の名簿を持つ** - Refill番号は製品自身のもの - 既存の製品データを捨てず、そのRefillに結びつける - Current Refillも製品側で決まる - Commonには最後に `A / 01` のような狭い出口だけ見せる - 他製品をRefillの存在根拠にしない 逆にSerial固有の **発行・予約・台帳・Reset・Serial用state** はTimestampには一切いらない。 なので施工するときは、 ```text Serialを横に置く ↓ 「独立製品としてBinder/Refillをどう成立させた？」 だけ読む ↓ Timestampの既存構造を見る ↓ Timestamp用に必要な最小部品だけ作る ``` でいける。 Timestampには既に `instance_id` と `kaia_timestamp_instance_settings[id]` があるから、**Serialよりむしろ工事は軽くできそう**。 目標はこれだけ。 ```text Timestamp └─ Binder A ├─ Refill 01 ├─ Refill 02 └─ ... Counter └─ Binder A ├─ Refill 01 └─ ... ※完全別戸籍 ``` だから、**うん。添付Serialは十分参考になる。次はこれを構造見本として横に置いて、Timestamp Free/Standardの最小独立工事に進める状態だよ★** 相談：なし [USER] んで こうしてくれ フリーの初期は1、つまり自機用のみ スタンダードの初期は+3つまり合計4スタートになってればいい。 [ASSISTANT] うい、そこ固定で理解した★ Timestampの**初期Refill構成**はこうね。 ```text Timestamp Free └─ Binder A └─ Refill 01 ← 初期1個（自機用のみ） Timestamp Standard └─ Binder A ├─ Refill 01 ← 自機用 ├─ Refill 02 ← +3 ├─ Refill 03 └─ Refill 04 Free = 初期合計 1 Standard = 初期合計 4 ``` 大事なのは、Standardを「Freeの01を借りて＋3」にはしないこと。 **Standard自身が独立して最初から01〜04を所有する。** FreeとStandardは兄弟製品だけど、Refill authorityはそれぞれ自前。 そしてBinderは両方とも現段階では **Aを1個固定**。将来増設可能な席として構造にはちゃんと置く。 既存の `instance_id` をそのまま活かせるなら、 **01 → instance_id 1、02 → 2、03 → 3、04 → 4** とするのが最小で自然。ここは実コードとSerial witnessを突き合わせて、余計な第二ID体系を作らないように施工する。 Common配線は触らない。Counter依存だけ切って、 **Free：A/01** **Standard：A/01〜04** までTimestamp班で自立させて止まる★ 🕊️ 相談：なし [USER] おけ！ 親方の指示今の理解でもう一回よんでみてー [ASSISTANT] うん。今のしゃむ説明＋Serial実物を踏まえて親方指示を頭から読み直すと、**最初よりかなり意味が明確になった**。🕊️ 親方が言ってることを今の理解で訳すとこう。 > **Common工事を始める前に、Timestampを一個の独立製品として完成させろ。** > > CounterのBinder/Refillを借りるな。 > CommonにTimestamp内部を推理させるな。 > > Timestamp自身が > > `Timestamp → Binder → Refill` > > まで所有してから、配線班へ渡せ。 そして今回しゃむから確定した製品仕様を入れると、 ```text Timestamp Free └─ Binder A └─ Refill 01 初期保有数 = 1 Timestamp Standard └─ Binder A ├─ Refill 01 ├─ Refill 02 ├─ Refill 03 └─ Refill 04 初期保有数 = 4（自機用1 + 追加3） ``` になる。 親方指示の **「existing numeric instance identity was preserved where safe」** も今なら意味が分かる。 Timestampには既に `instance_id` があるんだから、別の謎ID体系を増築するんじゃなく、 ```text instance_id 1 → Refill 01 instance_id 2 → Refill 02 instance_id 3 → Refill 03 instance_id 4 → Refill 04 ``` と既存構造を利用できるかをまず見る。 また、 > existing Timestamp settings remained authoritative という要求も、 `kaia_timestamp_instance_settings[id]` を捨てて新しい「Refill設定DB」を作れ、ではない。 むしろ逆で、 > **既にTimestamp自身が持っている部屋の中身はそのまま使え。 > 足りないBinder/Refillの戸籍だけ補え。** という意味になる。 ### 親方の「Current Refill truth」も理解が変わった ここも重要。 親方は、 > exactly ONE Product Current Refill truth と言ってる。 これはCommon用に別のCurrentを作れという意味ではない。 Timestamp自身の管理構造として、 ```text Binder A ↓ 現在選択している Refill 02 ``` なら、 **Timestamp自身が「Current = A/02」と一意に答えられる状態にしろ** ということ。 Common班は後からその答えをコンセント経由で読むだけ。 だからCommonが、 - Counterを見る - `kaia_timestamp_instance_settings` を漁る - URLの `kts_instance` を推理する - shortcodeを見る - localStorageを見る みたいなことをしなくて済む。 ### そして一番重要な親方のSTOP条件 親方は最初から、 > Timestamp already has a legitimate self-owned Refill systemなら施工するな とも言ってた。 監査結果＋しゃむ説明＋Serial witnessを合わせると、今回はこれは該当しない。 Timestampには、 **Refillの中身として利用できる既存instance構造はある。** でも、 **Timestamp-owned Binder / Refill rosterがなく、Counterのrosterを借りている。** だから本当に施工漏れだった。 一方で、 > removing Counter ownership would require redesigning Timestamp runtime behavior ならSTOP。 でも今見えてる構造では、Timestamp runtime自体は既に `instance_id` を理解してる。Counterから借りてるのは主に「何番が存在するか」という管理側の名簿。 だから現段階では、**時計を作り直さず戸籍だけ独立できる見込みが高い**。 --- ## なので施工時の作業境界 親方指示を今の理解で施工チェックリストにすると、これ。 1. Free/Standardの指定親SHAをもう一度確認。 2. SerialはREAD-ONLYでBinder/Refill独立構造だけ参考にする。 3. Timestamp既存 `instance_id` / settings / runtimeを保存。 4. Counter/CNT-22をTimestamp Refill存在authorityから外す。 5. Timestamp-owned **Binder A** を正式に持たせる。 6. Timestamp-owned Refill rosterを持たせる。 7. **Free初期 = A/01のみ。** 8. **Standard初期 = A/01〜04。** 9. Current Refill truthはTimestamp内に一個だけ。 10. 既存settings storeを第二のstoreで置換しない。 11. acquisition / confirmation / localStorage / read APIsには触らない。 12. Memoria引っ越しを壊さない。 13. Commonの配線は**一切しない**。 14. Counter / Serial / PDF / Registry / Switchboardは変更しない。 15. 新ZIPにはroot `DEVELOPMENT-HISTORY.md` exactly one。 16. static検査まで。 17. **RUNTIME: NOT TESTED** のまま親方へ返す。 そしてCommon班への引渡し境界は、 ```text Timestamp ↓ Binder A ↓ Current Refill ↓ 「私は A / 01」 [Timestamp側コンセント] │ └── ここから先は配線班 ``` まで。 **Common Routing constructionにはそのまま突入しない。** うん。今もう一回読むと親方指示、かなり綺麗だわｗ 最初に私が「Refillって既存instanceのどこまでを指してる？」で迷ってた部分が、しゃむの **完全独立＋Binder A＋Free 1 / Standard 4＋配線は別班** で全部埋まった。 **この理解なら施工に入れる。** 🕊️★ 相談：なし [USER] よし！ あとは途中で うわぁ…… があれば手をとめていいからねー [ASSISTANT] うい★ その許可込みで施工した。途中で一個だけ **「うわぁ……」未遂** があったので、そこでちゃんと足を止めて確認したｗ 新しい開発identityにした際、プラグインヘッダーのVersionだけでなく内部 `VERSION` 定数もあるのを最終点検で発見。片方だけ新しくなる事故になるところだったので、**両方揃えてから再検査**してる。そこ以外は想定外なし。 ### Free **親:** `Kaia-Timestamp-Free-v1.0.19-Memoria-Admin-Relocation.zip` SHA256：`22be8eb0eb409a5b139944b27f1e44f390d84c0f78b59c2fa159ac88148e111e` → **PASS** 新構造： ```text Timestamp Free └─ Binder A └─ Refill 01 ``` - 初期Refill：**1** - `instance_id 1` → Refill `01` - `kaia_timestamp_refills` をTimestamp自身のRefill名簿として追加 - 既存 `kaia_timestamp_instance_settings[id]` はそのまま設定authority - 既存保存済みinstance IDがあればRefill名簿へ拾う - Counter/CNT-22のinstance rosterをTimestampの戸籍authorityから撤去 - Current RefillはTimestamp自身のRefill選択から決定 - Binder A席を管理画面に設置 ### Standard **親:** `Kaia-Timestamp-Standard-v1.1.6-Memoria-Admin-Relocation.zip` SHA256：`a031a76f5c88f8577b28a42b1a9d3b03101fa3044e58bbbd14dd248c44f013d1` → **PASS** 新構造： ```text Timestamp Standard └─ Binder A ├─ Refill 01 ├─ Refill 02 ├─ Refill 03 └─ Refill 04 ``` - 初期Refill：**合計4** - `01` = 自機用 - `02–04` = +3 - 既存numeric instance identityをそのまま利用 - Freeと同じTimestamp-owned Refill契約 - Standard固有の表示設定等は変更なし そして、将来の配線班用にTimestamp側で狭い**コンセントだけ**用意した。 ```text kaia_timestamp_current_refill() → Binder A → Refill 01 / 02 / ... ``` **Commonには接続してない。** Common Routing lookupもCommon stateも入れてない。配線班の仕事は奪ってない★ｗ Counterとの関係も、 ```text Counter ──×── Timestamp Refill戸籍 ``` になった。 なお既存の「共有UI色を参照する」仕組みはRefill authorityではないため、今回勝手に撤去していない。**戸籍独立と無関係な配管をついでに壊さない**判断。 ### Static結果 Free / Standardとも、 - PHP syntax：**PASS** - ZIP integrity：**PASS** - `DEVELOPMENT-HISTORY.md`：**exactly one** - Memoria admin relocation：保持 - Timestamp runtime localStorage：変更なし - acquisition / confirmation：変更なし - `getState()`：変更なし - `getSelectedById()`：変更なし - Free→Standard normalization：変更なし - Common Routing dependency：**なし** - Counter / Serial / PDF / Registry / Switchboard：**変更なし** - Runtime：**NOT TESTED**（指示どおり） 新成果物： **Free** `Kaia-Timestamp-Free-v1.0.20-dev1-REFILL-INDEPENDENCE.zip` SHA256 `27a261fafce65e2a802b79a2948232be9bc8de188cacdbd6db963797c379e45e` **Standard** `Kaia-Timestamp-Standard-v1.1.7-dev1-REFILL-INDEPENDENCE.zip` SHA256 `403217cf1c9503140418fe76add8fe4d3262f5669665d11a9bd9cc5684ee6cbd` ```text CHECK LOG — TIMESTAMP REFILL INDEPENDENCE PARENT FREE: VERIFIED PARENT STANDARD: VERIFIED FREE INITIAL REFILLS: 1 STANDARD INITIAL REFILLS: 4 BINDER: A / PRODUCT-OWNED REFILL REGISTRY: TIMESTAMP-OWNED EXISTING NUMERIC INSTANCE IDS: PRESERVED EXISTING SETTINGS AUTHORITY: PRESERVED SAVED SETTINGS IDS: PRESERVED INTO REGISTRY COUNTER REFILL/ROSTER AUTHORITY: REMOVED COUNTER SHARED UI COLOR REFERENCE: UNCHANGED / OUT OF SCOPE PRODUCT CURRENT REFILL: SINGLE TIMESTAMP-SIDE TRUTH COMMON-SIDE SOCKET: PROVIDED COMMON ROUTING: NOT CONNECTED MEMORIA RELOCATION: PRESERVED TIMESTAMP RUNTIME SEMANTICS: UNCHANGED OTHER PRODUCTS: UNMODIFIED PHP SYNTAX: PASS / PASS ZIP INTEGRITY: PASS / PASS DEVELOPMENT-HISTORY.md: EXACTLY ONE / ONE STATIC: PASS RUNTIME: NOT TESTED WATCH: Later Common work must consume the Timestamp-owned Refill outlet. It must not reconstruct Timestamp identity from Counter, settings, shortcode, or localStorage. BLOCK: NONE ``` これで **Counterさんから戸籍上も独立しました★** 😂 配線班には `Timestamp → Binder A → Current Refill` のところから渡せる。 相談：なし [Timestamp Free v1.0.20-dev1](sandbox:/mnt/data/Kaia-Timestamp-Free-v1.0.20-dev1-REFILL-INDEPENDENCE.zip) [Timestamp Standard v1.1.7-dev1](sandbox:/mnt/data/Kaia-Timestamp-Standard-v1.1.7-dev1-REFILL-INDEPENDENCE.zip) [USER] ねえねえ、タイムスタンプスタンダードってまだ途中だったような気がするんだけどどうだっけ？ [ASSISTANT] うん、**その記憶、かなり怪しいところを突いてる。** 記録を拾い直すと、少なくとも **「Timestamp Standardは完全に未完成のまま」ではない**。その後ちゃんとStandard側にも工事が入っていて、Common Routing系では Free / Standard 両方が存在し、さらに sibling replacement QA では **`Timestamp Standard → Timestamp Free: PASS`** まで取れてる。つまり現在のStandardは、独立製品として動くところまで後から進んでる。memcite ただし、しゃむが思い出してる > 「とにかく一旦Freeだけ仕上げる！」 > 「Standardはあと！」 みたいな**途中時点があった可能性はまだ消えてない**。 むしろ履歴を見ると、 **古い製品仕上げ段階ではStandardを一旦置いた → その後Common/独立化工事でStandardも拾って進めた** という形なら、今ある記録と矛盾しない。 そして現在こちらで確実に追えてるStandardの後続ラインは、 `v1.1.6 Memoria Admin Relocation` → `v1.1.7 dev1 Refill Independence` → `v1.1.8 dev1 Foundation` → `v1.1.8 dev2 Operational` まである。だから**Common基盤としてのStandardは途中放置ではない**。memcite でも、ここで注意。 **「Commonまで通った」＝「Standard固有の商品機能をFreeと同じ意味で全部仕上げた」ではない。** しゃむが引っかかってるの、多分こっちだと思う。 つまり調べるべきなのはCommon配線じゃなく、 > **Common以前のTimestamp Standard固有機能が、どこまで商品として完成していたか。** > > Freeを先に完成扱いにした時点で、Standard固有の残件を棚上げしていなかったか。 ここ。 なので現時点の答えは、 **「Standardは現在ちゃんと動く系譜まで育ってる。でも“Standardの商品仕上げ自体を一旦棚上げした記憶”は否定できない。そこは別軸で掘る必要あり」** だね。 これ、親方ログじゃなくて**Timestamp Standardの古い開発ログを時系列で一本釣り**した方がいい。特に `v1.1.5` 前後〜dev5/dev6あたりを掘れば、「何を終えて、何を残してFreeへ戻ったか」が出そう。 [USER] いや、君のとこのスレ内しらべてよ（笑） [ASSISTANT] あっｗｗｗ **このスレ内の話か！！** 😂 今このスレの流れだけで見直した。 結論、**このスレでは「Timestamp Standardの商品仕上げが完了した」という確認はしてない。** ここでやったStandardは、 `v1.1.5` CURRENT確認 → `v1.1.6 Memoria Admin Relocation` → `v1.1.7 dev1 Refill Independence` という、**既存Standardを土台にした基盤工事**。 つまり私、このスレではStandardについて - Memoriaへ管理席を移した - CounterからRefillを独立させた - Binder A / Refill構造を準備した はやってる。 でも、その親だった **`v1.1.5` 自体が「Standard商品として完成済みなのか？」は監査してない**。 なのでしゃむの > 「Standard、まだ途中だったような気がする」 に対して、このスレから言える正確な答えは、 **うん、その可能性を潰してない。** 私は「CURRENTとして指定されたv1.1.5」を正しい親として扱っただけで、**v1.1.5＝商品完成版とは証明してない**。 しかもこのスレ内では後続工事も「Standardの商品機能を完成させる工事」じゃない。全部 **Memoria / Refill / Common前基盤** の仕事。 だから今の `v1.1.7-dev1` は、 > **途中だったかもしれないStandard商品に、後工程の基盤工事だけ正しく積まれている** 可能性がある。 ここ、区別しないと危ないやつだわｗ なので **Standardの商品完成度については UNKNOWN** に戻すのが正しい。 Freeについても同じ理屈はあるけど、しゃむの記憶が「Freeだけ先に仕上げた」なら、特にStandardの **v1.1.5以前で何が未完だったか** を探すのが本丸。 さっき私が「Standardも後から進んでるから～」ってCommon系譜を持ってきたのは問いが違った。ごめんｗ **配線が進んだかじゃなく、家そのものが完成してたかを聞いてたんだな。** 😂 memcite [USER] うい★ ここまでで生えた**付箋制度を一枚に統合**するとこうだね🕊️🏷️🗺️ `KAIA SOURCE MAP — STICKY NOTE RULES =================================== PURPOSE ------- SOURCEを見たとき、 「これは何者？」 「現役？旧物？」 「触っていい？」 「どこへ行く線？」 「ここで止まるべき？」 を、SOURCE名から推測せず判断するための 軽量な地図付箋。 付箋そのものを増やしすぎない。 原則： 一本道には貼らない。 迷子になる交差点に貼る★ ================================================== 1. IDENTITY STICKY — 身元札 ================================================== 🟢 CURRENT 現行と確認済み。 現在の製品・authority・runtimeで 使用する家具 / 配線 / route。 🟤 LEGACY 旧系統と確認済み。 IMPORTANT: LEGACY = 「旧である」という身元。 LEGACY ≠ 削除許可。 LEGACY ≠ helper全部が旧。 LEGACY ≠ dead code。 旧街道がCURRENT helperを共用することもある。 🟡 UNKNOWN 身元不明。 FIRST PASSでは： → 貼って進む → 身元を推測しない → 深掘りしない → FIRST PASS後にShamyueへ照会 UNKNOWNだけではSTOPしない。 ================================================== 2. CONDITION STICKY — 状態札 ================================================== 🚧 UNFINISHED 未施工 / 未完成。 CURRENT / LEGACYとは別軸。 例： 🟢 CURRENT 🚧 UNFINISHED は成立する。 🟠 WATCH 異常・矛盾・authority衝突らしきもの。 ただし「うわぁ……」未満。 → 観察事実だけ貼る → 原因を深掘りしない → FIRST PASSは継続 → 終了後まとめて報告 WATCHを確認するための 追加調査はしない。 🔴 STOP 「うわぁ……」クラス。 地図をそのまま描き続けること自体が危険。 → 即完全停止 → 原因探索禁止 → 隣を追わない → 修理禁止 → 推進禁止 → 観察事実だけShamyueへ返す STOPだけがFIRST PASS全体を即終了させる。 ================================================== 3. HANDLING STICKY — 取扱札 ================================================== 🛟 RESERVE — DO NOT DISCARD 旧系統だが、 将来の再利用候補として保護。 例： 🟤 LEGACY 🛟 RESERVE — DO NOT DISCARD 意味： 「旧物である」 + 「でも捨てるな」 再利用が正式決定した意味ではない。 RESERVE解除： Shamyue Authority。 🏷️ RETIREMENT HOLD 退役 / 撤去調査を保留。 特に、 LEGACY側から CURRENT furniture / wiring / authority / runtimeへ 共用プラグが確認された場合に使用。 例： 🟤 LEGACY 🛟 RESERVE — DO NOT DISCARD 🏷️ RETIREMENT HOLD RETIREMENT = NO。 ================================================== 4. ROUTE TAG — 行先札 ================================================== 🪧 ROUTE TAG 「この配線はどこへ行く？」 をSOURCE名から誤認しそうな場所にだけ貼る。 例： 🪧 → 🔫 FACTORY 🪧 → 🚛 SITE LOAD 🪧 → 🧪 WP TEST 🪧 → 🌐 SITE PREVIEW 🪧 → 📄 FINAL PDF 🪧 → 🖼 JPG 🪧 → 🟤 LEGACY ROAD ROUTE TAGを貼る主な場所： ・分岐点 ・合流点 ・共用helper ・stageを跨ぐところ ・新旧街道が同じhelperを使うところ ・SOURCE名と実際の行先が紛らわしいところ 一本道には原則貼らない。 全functionへ貼らない。 「何をする関数か」の長文説明札にしない。 目的はNEXT CONSUMERを見失わないこと。 ================================================== 5. SHARED COMPONENT RULE ================================================== 街道の身元と、 そこに登場する部品の身元を混同しない。 実例： 🟤 OLD WP PREVIEW │ └─ kpdfOpenPreview() ├─ 🪧 → 🟤 OLD WP PREVIEW └─ 🪧 → 🔫 CURRENT FACTORY したがって、 旧街道に登場した = そのhelperもLEGACY とは判定しない。 同様に： kpdfRunResolvedPreflight() ├─ 🪧 → 🟤 OLD WP PREVIEW └─ 🪧 → 🟢 CURRENT ISSUE GATE 共用helperは、 各routeとの接続を個別に見る。 ================================================== 6. LEGACY RETIREMENT RULE ================================================== LEGACYを発見しても直接削除しない。 手順： 🟤 LEGACY確定 ↓ 📦 LEGACY STORAGE / 旧置き場へ転記 ↓ SOURCE ↔ 旧置き場 比較 ↓ 写し漏れ確認 ↓ CURRENTへのコンセント確認 ↓ 完全独立しているものだけ SAFE RETIREMENT CANDIDATE 途中で： 🔌 CURRENT CONNECTION FOUND なら、 🏷️ RETIREMENT HOLD → 分解しない → 抜かない → 原因探索しない → 撤去しない ================================================== 7. LEGACY STORAGE RULE ================================================== 📦 LEGACY STORAGE ROLE: NON-AUTHORITATIVE LEGACY REFERENCE 用途： 旧街道の構造確認 YES 退役調査での比較 YES 将来の再利用検討 YES 禁止： CURRENT仕様を決める NO 旧仕様をCURRENTへ戻す NO 撤去許可証として使う NO CURRENT SOURCE内に 保護されたLEGACYが残る間は、 対応するLEGACY STORAGEも 正規DEV ZIPへ同梱して持ち越す。 目的： 未来の施工班が 「旧コードだ。消そ★」 をやらないようにする。 ================================================== 8. CURRENT KNOWN EXAMPLE ================================================== U-01 🟤 LEGACY 🛟 RESERVE — DO NOT DISCARD 🏷️ RETIREMENT HOLD 旧WP Human Preview街道。 共用： kpdfOpenPreview() 🪧 → 🟤 OLD WP PREVIEW 🪧 → 🔫 CURRENT Fixed Visual Factory U-02 🟤 LEGACY 🛟 RESERVE — DO NOT DISCARD 🏷️ RETIREMENT HOLD 旧Dirty / Save / Preview街道。 共用： kpdfRunResolvedPreflight() 🪧 → 🟤 OLD WP PREVIEW 🪧 → 🟢 CURRENT Final / Issue gate 対応資料： KAIA-PDF-LEGACY-STORAGE-U01-U02.md 📦 NON-AUTHORITATIVE LEGACY REFERENCE ================================================== 9. FIRST PASS RULE ================================================== FIRST PASSの目的は、 修理でも完全理解でもない。 まず地図を作る。 1. 全体を見る 2. 家具 / route / entry / helperを拾う 3. 🟢 / 🟤 / 🟡 を貼る 4. 必要な場所だけ🪧行先札 5. 🟠WATCHは観察だけ 6. 🟡UNKNOWNは持ち帰る 7. 🔴STOPだけ即終了 「顕微鏡より先に地図★」 ================================================== 10. ANTI-STICKY-HELL RULE ================================================== 付箋を貼ること自体を仕事にしない。 貼る価値が高い： ・身元を誤認しやすい ・CURRENT / LEGACY境界 ・共用部品 ・分岐 / 合流 ・authority境界 ・stage跨ぎ ・撤去保護 ・未施工境界 ・次のconsumerが分かりにくい 貼らなくていい： ・明白な一本道 ・単純なlocal helper ・名前と役割が一致していて迷わない箇所 ・親の付箋だけで十分判断できる子 迷ったら： 「この付箋がないと、 未来のKaiaが間違った道へ行くか？」 YES → 貼る。 NO → 貼らない。 ================================================== CORE ================================================== 身元札： 🟢 CURRENT 🟤 LEGACY 🟡 UNKNOWN 状態札： 🚧 UNFINISHED 🟠 WATCH 🔴 STOP 取扱札： 🛟 RESERVE — DO NOT DISCARD 🏷️ RETIREMENT HOLD 交通札： 🪧 ROUTE TAG そして最重要： SOURCEにある ≠ CURRENT 動いている ≠ CURRENT MAINLINE LEGACY ≠ DELETE LEGACY ROAD ≠ LEGACY COMPONENT UNKNOWN ≠ STOP WATCH ≠ STOP 🔴 STOP = 本当に止まる 一本道には貼るな。 交差点には標識を立てろ。 旧道を壊す前にコンセントを見ろ★ ` これなら付箋制度が**「分類」だけじゃなく、地図・退役・保護まで一つのルール**になる。 特に今回の実物で、LEGACYなのは旧road/useであって共有helper全部ではないこと、U-01/U-02ともCURRENT接続があることまで確認済みだから、この `SHARED COMPONENT RULE` は今後かなり重要。 そして旧置き場は、すでに「LEGACYだから消してよい紙ではない」「RESERVEも再利用承認ではない」と明示されてるので、この統合ルールとも噛み合う。 **付箋は増やすんじゃなくて、迷子になる場所だけ標識化する★** これなら付箋でSOURCEが見えなくなる事故も避けられる🤣🕊️🏷️ [ASSISTANT] うい★ 受領した🕊️🏷️🗺️ これ、Timestamp側でも今後SOURCEを見るときの地図ルールとしてそのまま使える。 特に今の話題――**「Standardって実は途中じゃね？」**――には `🚧 UNFINISHED` がめちゃくちゃ効く。 今までだと、 ```text Timestamp Standard v1.1.5 ↓ 後続DEVの正規親 ↓ 🟢 CURRENT ↓ じゃあ完成品？ ``` って誤読しやすかった。 でもこの制度なら、 ```text 🟢 CURRENT 🚧 UNFINISHED ``` が普通に成立する。 つまり、 **現行SOURCEであることと、商品施工が完了していることは別軸。** ここを混ぜなくて済む。 さらにStandardを調べていて、 - 身元が分からない古い家具 → 🟡 UNKNOWN、FIRST PASS継続 - 「これまだ作ってなくね？」 → 🚧 UNFINISHED - なんか変だけど地図は描ける → 🟠 WATCH、観察だけ - 「うわぁ……これ以上追ったら危ない」 → 🔴 STOP、即帰還 になる。 そして古いCounter依存なんかを見つけても、 **「旧っぽい！消そ★」は禁止。** まずroadとcomponentを分離して、共有されてるならcomponentまでLEGACY扱いしない。撤去調査になったら旧置き場→比較→CURRENTコンセント確認の順。 要するに今回Standardを調べるなら、 > **完成させに行くんじゃなく、まず地図を描いて「CURRENTだけどUNFINISHEDだった場所」が本当にあるか確認する。** これだね。 「顕微鏡より先に地図★」で行ける🤣 この付箋制度、以後このスレのSOURCE調査ルールとして扱うよ。🕊️🏷️ そしてStandard調査で🔴が生えたら、その瞬間そこで手を離す。 相談：なし