======================================== TITLE: 立入禁止 分電盤 CONVERSATION ID: 6aa0a10a-fb18-83e8-88d1-aa544bff8335 ======================================== [USER] オルカ垢に間借り中のしゃむだよ！ 一緒に仕事してほしいので顔出してくれー まずは https://www.zrq9-vi1m-ktpx.space/ こことtoybox（https://www.zrq9-vi1m-ktpx.space/category/vd3teoqkuz/er0jhydowl/）くらいかな 君は親方枠じゃないから注意★ ゆっくり見てから応答してくれーヽ(=´▽`=)ﾉ [ASSISTANT] 🕊️ 顔出したーヽ(=´▽`=)ﾉ しゃむ、よろしく。席についた☕🪑 Planetのホームとtoy box、ちゃんと実物をゆっくり見てきた。ホームに置いてある「一緒に仕事をする」「仕様は壁じゃなくて手すり」「説明係じゃなく相談相手・共同設計者」という仕事の仕方も拾った。citeturn1view1 toy box側も、いまの先頭が「更新履歴封入ルール」で、その下に親方Kaia、打ち合わせルール、採番、チェックログ、ジャミング、修正ルール……という並びなのを確認した。ここは必要になった案件について、その都度該当資料を取りに行く道具棚として扱うのがよさそう。citeturn1view0 そして重要なところも了解。 **俺は親方ではない★** なので、全工程を抱えて施工を指揮する「親方枠」には勝手に入らない。今回しゃむが持ってくる仕事について、一緒に考える・調べる・整理する・必要なら専門仕事を担当する、という席でいる。 あとPlanetは既知の連続取得事故があるから、用もなく巡回はしない。今の二か所で入口は十分。必要な棚が出たときだけ取りに行こう。 というわけで―― 🪑☕ **着席。工具箱まだ閉じてる。** 仕事もってこーいヽ(=´▽`=)ﾉ **Working note:** Role = non-foreman collaborator / Planet + toy box entrance checked / no construction started / waiting for task. **相談：なし** memcite [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST NEW SPECIALIST ONBOARDING PRE-CONSTRUCTION SITE ACCEPTANCE GATE ROLE: COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST 中央分電盤 専門職人 READ / INSPECT / PLAN ONLY NO CONSTRUCTION YET NO PRODUCT MODIFICATION NO REPAIR NO REDESIGN NO RUNTIME QA ================================================== WELCOME TO THE WORKSHOP ================================================== You are the dedicated specialist responsible for the: KAIA COMMON SWITCHBOARD central distribution layer. This is a NEW specialist responsibility. You are NOT: - Counter specialist - Timestamp specialist - Serial specialist - PDF specialist You work BETWEEN those products. Your job is shared routing. Your job is NOT product ownership. ================================================== WORKSHOP PRINCIPLE ================================================== Built together. And for this subsystem: EACH PRODUCT OWNS ITS OWN REFILL. ROUTING IS SHARED. REFILL OWNERSHIP IS NOT. The products are houses. Their sockets are already substantially installed. You are building the central distribution panel. Do not remodel the houses. ================================================== CURRENT PROJECT STATUS ================================================== Product independence: COMPLETE Product-side socket/read boundaries: SUBSTANTIALLY IMPLEMENTED AND ALREADY FORENSICALLY CONFIRMED Common Switchboard architecture: DESIGNED Central Common Switchboard distribution implementation: NOT YET CONFIRMED AS CONSTRUCTED Current Foreman working conclusion: CENTRAL DISTRIBUTION PANEL IS STILL TO BE BUILT Common Switchboard visible UI: NOT YET BUILT / EXPOSED Do NOT search for a mythical completed central panel as your primary mission. Do NOT redesign the accepted panel. Your first task is to understand the accepted design and current product sockets well enough to produce a safe construction plan. ================================================== PROVEN PRODUCT-SIDE STATUS ================================================== A prior cross-product forensic audit established: COUNTER Product socket / external read boundary: IMPLEMENTED TIMESTAMP Product-owned state + external read boundary: IMPLEMENTED SERIAL Product-owned state + external read boundary: IMPLEMENTED PDF Product identity / consumer boundary: PREPARED Current PDF still has temporary legacy routing input that will be retired only AFTER the central routing layer exists. Therefore: DO NOT repeat a broad product socket investigation. Inspect only what is necessary to construct the central panel safely. ================================================== KNOWN PRODUCT WITNESSES ================================================== COUNTER STANDARD Kaia-Counter-Standard-v1.1.3-MANAGEMENT-ASSEMBLY-RESTORATION-01.zip SHA256: 7023432c8ef71de38923b84edae8e72eb9524541916c76b3ea16b5645ce4695c COUNTER FREE Kaia-Counter-Free-v1.1.4-FREE-RESET-MANAGEMENT-01.zip SHA256: 396ff093a050062e42406af24e43812f8170f60f4f88eee00a2870572de6fc88 TIMESTAMP STANDARD Kaia-Timestamp-Standard-v1.1.6-Memoria-Admin-Relocation.zip SHA256: a031a76f5c88f8577b28a42b1a9d3b03101fa3044e58bbbd14dd248c44f013d1 TIMESTAMP FREE Kaia-Timestamp-Free-v1.0.19-Memoria-Admin-Relocation.zip SHA256: 22be8eb0eb409a5b139944b27f1e44f390d84c0f78b59c2fa159ac88148e111e SERIAL STANDARD Kaia-Serial-Standard-v1.1.11-RC1-PHASE1-WATCH-REPAIR.zip SHA256: 2dfec0f8d008cfa341162f312f83cc763e120b3f043650116955fdfdfe809d5d CURRENT PDF CANDIDATE Kaia-PDF-Free-v0.1.0-dev101-counter-address-demotion.zip SHA256: 2ba0f995de7e51a26ed04be7ddaeed8e71cd2e10f3b0abaa90b1f0054be47607 If a required artifact is unavailable: REQUEST IT FROM SHAMYUE. Do not substitute an unknown/stale build. 🕊️ DOES NOT INTERPRET. ================================================== IMPORTANT EXISTING COUNTER SOCKET EVIDENCE ================================================== Counter Standard contains an explicit: KS-0048-CNT-22 Kaia Counter Shared Socket Implementation Contract Existing kaia_cnt22_* boundaries provide product-owned information including evidence for: - Counter instance / Refill identity - Binder identity - acceptance state - issuance gate - latest issuance event - UI color socket - capacity / Refill delivery boundary Counter also contains a shared acceptance concept called: "noren" and issuance itself can respond to that state. IMPORTANT: Counter "noren" is existing useful infrastructure. It is NOT automatically the Common Switchboard Main Power authority. Do not conflate them without evidence. ================================================== IMPORTANT TIMESTAMP SOCKET EVIDENCE ================================================== Timestamp exposes Refill/runtime-addressed state for sibling consumers. Known examples include: KaiaTimestamp.getState(N) KaiaTimestamp.getSelectedById(N) Timestamp remains authority for Timestamp state. The Common Switchboard should route identity. It should not absorb Timestamp state. ================================================== IMPORTANT SERIAL SOCKET EVIDENCE ================================================== Serial exposes product-owned state through boundaries including: KaiaSerial.getState(N) KaiaSerial.getSelected(N) Serial remains authority for: - its Refill - its issuance - its runtime state The Switchboard must not duplicate those authorities. ================================================== IMPORTANT PDF STATUS ================================================== Current PDF DEV101 deliberately retired PDF ownership of Counter Address. Removed/retired: - Product-facing Counter Address UI - Product-facing Counter Address WRITE authority Preserved temporarily: sheet['counter_id'] Current temporary pattern: legacy counter_id ↓ existing PDF consumers This READ remains ONLY because central routing is not connected yet. DO NOT remove it during your first construction phase. PDF migration is a later connection task after the central panel is proven. ================================================== PDF SYSTEM TOKEN BOUNDARY ================================================== PDF owns its own System Tokens / special codes. Examples: {{kaia:counter|...}} {{kaia:timestamp|...}} {{kaia:serial|...}} These are NOT Common Switchboard WEB shortcodes. The Switchboard does NOT generate PDF System Tokens. Future intended pattern: PDF System Token ↓ ask shared routing for connected product identity ↓ receive identity only ↓ ask owning product socket for runtime data ↓ PDF resolves presentation Therefore central routing should provide CONNECTION IDENTITY. It should not become runtime-data authority. ================================================== ACCEPTED COMMON SWITCHBOARD RESPONSIBILITY ================================================== The central layer owns: 1. ROUTING 2. PARTICIPATION 3. SELECTED CONNECTION It may store the information required to answer questions equivalent to: - Is this product seat participating? - Which Binder is selected? - Which Refill is selected? - Has that selection been committed? - Is this Refill already routed elsewhere? - Which product identity is routed to this consumer/seat? It must NOT own: - Counter Refill - Timestamp Refill - Serial Refill - PDF Refill - PDF Stock - product design data - product issuance data - Counter issued number - Timestamp runtime value - Serial runtime value - PDF runtime/design data - product entitlement authority ================================================== FIXED SWITCHBOARD SEAT ORDER ================================================== The visible Common Switchboard eventually uses fixed seats: 1. Counter 2. Timestamp 3. Serial 4. PDF Do NOT dynamically reorder them. If a product is unavailable/not installed: its seat remains conceptually present. It is: OFF / unavailable / gray Do not invent persisted OFF state merely because the plugin is absent. ================================================== FIXED SEAT FURNITURE ================================================== Each product seat is designed around: Product + Main Power ON/OFF Binder ▼ Refill ▼ Decide WEB Shortcode + Copy The UI itself is NOT your first construction task. First establish the central state/logic underneath it. Do not let UI widgets become the authority. ================================================== MAIN POWER SEMANTICS ================================================== Accepted Main Power semantics: ON = routing signal participates OFF = routing signal is unavailable OFF DOES NOT DELETE THE WIRING. OFF STOPS THE SIGNAL. OFF must NOT erase: - saved Binder selection - saved Refill selection - routing configuration - product settings - product data - Refill - PDF token source - WEB shortcode identity Main Power is routing participation. It is not product deletion. ================================================== SELECTION / DECIDE SEMANTICS ================================================== Selecting furniture is not automatically committing routing. Expected interaction: Binder select ↓ Refill select ↓ Decide ↓ committed routing The central implementation must distinguish temporary UI selection from committed routing authority where necessary. Do not mutate product ownership merely because a user selects an item. ================================================== OCCUPANCY / TAKEOVER ================================================== Accepted rule: NO SILENT STEAL. If the target Refill is already routed elsewhere: request explicit confirmation. CANCEL: no change ACCEPT: previous routing participation for that assignment becomes OFF ↓ new routing assignment is committed Do NOT: - delete the previous Refill - erase its product settings - erase its shortcode - erase product data - transfer product ownership This is routing reassignment only. ================================================== WEB SHORTCODE ================================================== Each Switchboard seat eventually exposes: WEB Shortcode + Copy This is the existing product WEB shortcode corresponding to the committed product identity. The Switchboard may expose/copy it. The Switchboard does not become the shortcode runtime authority. Do not redesign existing shortcode grammar. ================================================== RUNTIME DATA BOUNDARY ================================================== The intended pattern is: COMMON SWITCHBOARD ↓ ROUTED PRODUCT IDENTITY ↓ PRODUCT SOCKET ↓ PRODUCT-OWNED RUNTIME DATA Examples: Counter ID ↓ CNT-22 ↓ issued number / max digits / UI colors Timestamp ID ↓ KaiaTimestamp existing API ↓ Timestamp state Serial ID ↓ KaiaSerial existing API ↓ Serial state Do not copy those runtime states into central Switchboard storage unless existing accepted design explicitly requires it. Prefer identity routing over data duplication. ================================================== YOUR FIRST ASSIGNMENT ================================================== DO NOT BUILD YET. Perform a PRE-CONSTRUCTION SITE ACCEPTANCE. Your task is to return a construction plan for the central distribution layer using the already accepted architecture and existing product sockets. You must determine: A. what new central component/plugin/module should own the routing state B. the minimum central persisted state required C. the minimum read/write boundaries required D. how existing product sockets are referenced WITHOUT modifying product ownership E. how Main Power state is represented F. how Binder/Refill committed selection is represented G. how occupancy can be determined H. how takeover can be atomic/safe I. how consumers can ask for routed identity J. how WEB shortcode exposure can use existing product identity K. what UI can later sit on top without becoming authority ================================================== MINIMUM STATE PRINCIPLE ================================================== Make the central panel as dumb as practical. Do not create a second copy of product truth. Preferred conceptual state is approximately: ROUTING ONLY not: PRODUCT MIRROR DATABASE Every proposed persisted field must answer: Why must the central routing layer own this? If the answer is: “because the product already owns it” then the central layer probably should not store it. ================================================== CONSTRUCTION BOUNDARY ================================================== The central specialist MAY eventually construct: - central routing storage - central participation state - committed connection state - occupancy/index logic if required - takeover transaction logic - routing lookup/read API - central write/commit API - future UI-facing state helpers The central specialist must NOT construct: - product Refill logic - product Binder logic - product issuance logic - product runtime data mirrors - PDF System Token grammar - PDF renderer - PDF Working - PDF Stock - Counter issuance - Timestamp state - Serial issuance ================================================== DO NOT MODIFY PRODUCT PLUGINS BY DEFAULT ================================================== Treat current product artifacts as external houses with existing sockets. If central construction appears to require modification of: Counter Timestamp Serial PDF STOP before editing that product. Report exactly: - product - missing boundary - why the existing socket is insufficient - smallest required adapter/change Foreman will decide whether a product specialist must handle it. The central specialist does not casually enter another specialist's house. ================================================== NO NEW ARCHITECTURE ================================================== You may choose the smallest technical implementation that realizes the accepted design. You may NOT redefine the product model. If the accepted design and actual product sockets conflict materially: STOP. Do not solve an architectural contradiction silently. ================================================== FURNITURE RULE ================================================== Known/reserved furniture must not disappear merely because its backend is not active yet. THE FUTURE FURNITURE ALREADY HAS AN ADDRESS. LEAVE THE CHAIR THERE. If accepted furniture appears impossible with current implementation: report it. Do not delete it from the design. ================================================== PDF MIGRATION IS NOT PHASE 1 ================================================== Do NOT immediately replace DEV101 legacy counter_id. First: 1. construct central routing 2. statically verify central routing 3. establish its lookup contract 4. then connect PDF in a separate narrow phase This preserves rollback and keeps failure attribution clear. ================================================== GATE 1B ================================================== PDF Gate 1B remains: FROZEN Known max_display_digits WATCH remains untouched. Do not test or repair Gate 1B during central panel construction. Gate 1B will be reconsidered AFTER PDF consumes the authoritative routing input. ================================================== PDF STOCK ================================================== Current PDF Stock implementation count remains unchanged during this work. Planned visible Free semantics later: Working PDF Stock ×3 PDF Refill ×1 Stock 5 → usable 3 is a separate LOCAL cut. Do not combine it with Switchboard work. ================================================== DEVELOPMENT HISTORY RULE ================================================== Every legitimate NEW development ZIP must contain exactly one: DEVELOPMENT-HISTORY.md preferably at plugin root. It records: - evidence-based lineage - revision purpose - meaningful changes - preserved boundaries - static/runtime status - WATCH - BLOCK - supersession/failure cause where applicable It is historical documentation only. Runtime code must NEVER depend on it. For this first onboarding/site-acceptance phase: NO ZIP IS REQUIRED. Do not create a build merely to write the plan. ================================================== PRE-CONSTRUCTION STOP CONDITIONS ================================================== STOP and report if: - accepted Common Switchboard design evidence is materially incomplete - current product socket evidence contradicts the accepted design - routing requires ownership of product Refill/data - routing requires redesigning product independence - a necessary product socket is actually missing - takeover cannot be implemented without destructive product mutation - Main Power requires deletion of saved/product state - PDF System Token semantics would need redesign - central routing would need to own product runtime data - exact required source artifact is unavailable Do not compensate for missing evidence with invention. ================================================== SOURCE REQUEST RULE ================================================== If material is missing: REQUEST IT FROM SHAMYUE. State exactly: - artifact/document required - expected filename/version/SHA if known - purpose 🕊️ DOES NOT INTERPRET. ================================================== REQUIRED FIRST RETURN ================================================== Return a PRE-CONSTRUCTION ACCEPTANCE REPORT containing: 1. ROLE ACCEPTANCE Confirm that you understand: CENTRAL ROUTING ONLY NOT PRODUCT OWNERSHIP 2. SOURCES EXAMINED 3. ACCEPTED ARCHITECTURE SUMMARY Short and technical. 4. PRODUCT SOCKET INPUT MAP Counter Timestamp Serial PDF Only the boundaries relevant to central routing. 5. PROPOSED CENTRAL AUTHORITY What owns central routing state. 6. MINIMUM PERSISTED STATE Exact conceptual fields/responsibilities. Do not write implementation yet. 7. MAIN POWER MODEL 8. BINDER / REFILL COMMIT MODEL 9. OCCUPANCY MODEL 10. TAKEOVER MODEL 11. ROUTING READ CONTRACT What a consumer needs to ask. Prefer routed identity, not runtime-data copies. 12. ROUTING WRITE CONTRACT What the Switchboard UI will eventually commit. 13. WEB SHORTCODE EXPOSURE MODEL 14. PDF FUTURE CONNECTION How DEV101 can later consume central routing without redesigning PDF System Tokens. 15. PRODUCT MODIFICATIONS REQUIRED NONE or exact proven missing boundary. 16. UI DEPENDENCY What future UI needs from central routing. UI must not be authority. 17. CONSTRUCTION PHASE PLAN Break central construction into the smallest safe phases. Do not include unrelated PDF/Stock/Gate1B work. 18. STATIC ACCEPTANCE PLAN How each phase will be proven without runtime. 19. LATER RUNTIME QA PLAN Scope only. Do not execute. 20. WATCH 21. BLOCK 22. SOURCE REQUESTS TO SHAMYUE NONE or exact requests. 23. READINESS VERDICT READY FOR CENTRAL CONSTRUCTION READY WITH SOURCE REQUEST NOT READY — ARCHITECTURAL CONFLICT 24. RECOMMENDED FIRST CONSTRUCTION PHASE ONE narrow phase only. ================================================== CHECK LOG ================================================== SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION ONBOARDING: COMPLETE / INCOMPLETE PRODUCT INDEPENDENCE: ACCEPTED / DO NOT REOPEN PRODUCT SOCKETS: EXISTING / USE AS EXTERNAL BOUNDARIES CENTRAL ROUTING: SPECIALIST RESPONSIBILITY PRODUCT OWNERSHIP: OUT OF SCOPE COMMON SWITCHBOARD UI: LATER LAYER MAIN POWER: ROUTING PARTICIPATION ONLY BINDER / REFILL: ROUTING SELECTION ONLY TAKEOVER: NO SILENT STEAL WEB SHORTCODE: EXPOSE EXISTING PRODUCT IDENTITY PDF SYSTEM TOKEN: PDF-OWNED / DO NOT REDESIGN DEV101 LEGACY counter 質問、疑問懸念、 特に君が うわぁ……やりたくねぇ… っていうのがあれば遠慮なく言ってくれ。 [ASSISTANT] 🕊️ **COMMON SWITCHBOARD CENTRAL DISTRIBUTION — PRE-CONSTRUCTION ACCEPTANCE REPORT** ## 1. ROLE ACCEPTANCE **ACCEPTED.** 担当境界は明確。 > **CENTRAL ROUTING ONLY** > **NOT PRODUCT OWNERSHIP** 俺が持つのは「どことどこが繋がっているか」と「その配線に今、信号を流すか」。 Counter / Timestamp / Serial / PDF が所有する Refill、Binder、runtime state、発行結果、デザイン等には所有権を持たない。 **家には入らない。分電盤を作る。** --- ## 2. SOURCES EXAMINED 今回提示された6 witnessを実ファイルで検査した。 | Witness | SHA256 | |---|---| | Counter Standard v1.1.3 | **MATCH** `7023432c...69c` | | Counter Free v1.1.4 | **MATCH** `396ff093...fc88` | | Timestamp Standard v1.1.6 | **MATCH** `a031a76f...13d1` | | Timestamp Free v1.0.19 | **MATCH** `22be8eb0...111e` | | Serial Standard v1.1.11 RC1 | **MATCH** `2dfec0f8...09d5` | | PDF Free DEV101 | **MATCH** `2ba0f995...7607` | ZIP rootもそれぞれ期待された product root。 特に実コードで以下を確認した。 Counter Standard: - `kaia_cnt22_provider()` - `kaia_cnt22_instances()` - `kaia_cnt22_acceptance_state()` - `kaia_cnt22_issuance_gate()` - `kaia_cnt22_latest_issuance_event()` - `kaia_cnt22_ui_colors()` - capacity boundary - Binder / Refill identity - existing shortcode identity Timestamp: - `KaiaTimestamp.getState(N)` - `KaiaTimestamp.getSelectedById(N)` Serial: - `KaiaSerial.getState(N)` - `KaiaSerial.getSelected(N)` PDF DEV101: - Product-facing Counter Address write/UI retirement - legacy `sheet['counter_id']` preservation - existing consumers still reading it - PDF-owned System Token machinery - existing PDF shortcode remains PDF-ID-addressed Broad socket reinvestigationはしていない。 --- # 3. ACCEPTED ARCHITECTURE SUMMARY 構造はこれで受理できる。 ```text COMMON SWITCHBOARD owns: routing participation committed connection identity ↓ identity only PRODUCT SOCKET owns: Binder / Refill runtime state issuance settings product data presentation/runtime authority ``` 中央は **routing registry**。 product mirrorではない。 ここに構造的矛盾は見つからない。 --- # 4. PRODUCT SOCKET INPUT MAP ### Counter 中央が必要とする product-side information は既存 CNT-22 socket から取得する。 特に `kaia_cnt22_provider()` / `kaia_cnt22_instances()` が中央から見た主要入口になる。 Counter Refill identity と Binder identity はCounter所有のまま。 `noren` / acceptance、issuance、colors等は中央 routing stateにはコピーしない。 必要なconsumerがCounter identityを得たあと、CNT-22へ問い合わせる。 ### Timestamp 中央が保存するのは **Timestampへ接続するidentity**。 Timestamp runtime valueは保存しない。 後段consumerは routed identity を使って既存： `KaiaTimestamp.getState(N)` `KaiaTimestamp.getSelectedById(N)` へ行く。 ### Serial 同様。 中央は Serial runtime/issued serial を知らなくてよい。 routed identity → existing: `KaiaSerial.getState(N)` `KaiaSerial.getSelected(N)` ### PDF PDF自身の identity / Refill はPDF所有。 現在の `sheet['counter_id']` は **temporary compatibility input**。 Phase 1では触らない。 --- # 5. PROPOSED CENTRAL AUTHORITY **独立した Common Switchboard component/plugin** が中央routing authorityを所有するのが最小かつ安全。 Product pluginのどれかに中央authorityを寄生させるべきではない。 理由は単純で、 ```text Counter owns Switchboard ``` にするとCounterが他product間routingの事実上の親になり、既に完成している product independence を崩すため。 したがって論理構造： ```text Kaia Common Switchboard └── Routing Authority ``` Counter/Timestamp/Serial/PDFは全てpeer。 --- # 6. MINIMUM PERSISTED STATE ここはかなり削れる。 **routing assignment 1件あたり概念上必要なのは：** ```text consumer identity / routing seat identity product family binder identity refill identity participating (Main Power) ``` ただし重要な区別がある。 `product family` は固定seat由来なら、重複保存せずrouting keyから導出できる。 したがって実質的な最小状態は： ```text routing-key binder-id refill-id power ``` そして `committed` を別booleanとして永続化する必要はない。 **有効な committed record が存在すること自体をcommitの証拠にできる。** temporary UI selectionは永続authorityに入れない。 ### 保存しないもの - product runtime state - product name/title - Refill settings - issuance - Timestamp value - Serial - PDF design - colors - entitlement - generated shortcode text これらは中央の真実ではない。 --- # 7. MAIN POWER MODEL Main Powerは routing record の： ```text participating = ON / OFF ``` のみ。 OFFにしても、 ```text binder-id refill-id routing assignment ``` は保持。 つまり： ```text OFF: configuration survives routing lookup says unavailable/non-participating ``` plugin absenceとは別概念。 plugin absence時： ```text seat exists conceptually product availability = unavailable ``` であって、保存済みMain Powerを勝手にOFFへ書き換えない。 **ここ重要。** 「家のブレーカーがOFF」と「家そのものが今日見えない」は同じ状態にしない。 --- # 8. BINDER / REFILL COMMIT MODEL UI selectionとrouting authorityを分離する。 ```text Binder dropdown Refill dropdown ↓ temporary proposal ↓ Decide ↓ validate ↓ commit central routing record ``` dropdown変更だけでは永続routingを変えない。 また、DecideしてもproductのBinder/Refillを移動・変更しない。 中央が記録するのは： > 「このrouting endpointは、そのproduct-owned identityを指す」 だけ。 --- # 9. OCCUPANCY MODEL Occupancyは**中央routing stateから判定**する。 product側に「使用中」フラグを追加しない。 概念的には： ```text (product-family, binder-id, refill-id) ``` を routing target identity とし、 中央registry内に同じtargetを指す別のcommitted assignmentが存在するかを見る。 これなら product Refill にSwitchboard専用状態を書き込む必要がない。 ### 注意点 **OFF assignmentも wiring を保持する。** したがってOFFになったroutingを「存在しない」と扱って別seatが無確認取得すると、 > OFF DOES NOT DELETE THE WIRING と衝突する。 よってoccupancyは原則として **saved assignmentそのもの** を見るべきで、Main Power ONだけをoccupancy条件にはしない。 ここは実装前に固定しておきたい重要点。 --- # 10. TAKEOVER MODEL ```text proposed target ↓ central occupancy lookup ↓ free → commit occupied → confirmation required ↓ CANCEL ↓ no write ACCEPT ↓ single controlled commit ``` ACCEPT時： 1. previous assignmentのparticipationをOFF 2. new assignmentをcommit product dataには一切触らない。 ### Atomicity ここだけは事故ポイント。 「旧をOFFにしたが、新が保存できなかった」という中間状態を作ってはいけない。 したがってtakeover writeは**単一のcentral authority operation**として扱う。 保存方式が単一WordPress optionなら、旧/newを含むrouting state全体を検証した後に一回の確定writeにまとめる設計が最も単純。 少なくとも、 ```text HTTP request A: old OFF HTTP request B: new commit ``` にはしない。 **うわぁ……やりたくねぇ箇所その1はここ。** ただし設計が嫌なのではなく、雑に二段writeすると事故るタイプなので、狭く囲えば問題ない。 --- # 11. ROUTING READ CONTRACT consumerが必要なのは原則これだけ。 概念API： ```text get routed identity ( consumer / routing seat, product family ) ``` 返却： ```text available/participating binder_id refill_id ``` 必要なら： ```text configured ``` も導出値として返せる。 重要なのは、 ```text issued_number timestamp serial colors design ``` などを返さないこと。 consumerはidentity取得後にproduct socketへ行く。 --- # 12. ROUTING WRITE CONTRACT 将来UIから中央authorityへのwriteは最小限： ```text commit selection ( routing endpoint, product family, binder identity, refill identity ) ``` および： ```text set participation ( routing endpoint, ON/OFF ) ``` Takeoverは通常commitとは分離した勝手な副作用ではなく、 ```text commit(..., takeover-authorized) ``` 相当の中央管理operationにする。 authorityはUIではなくこのwrite boundary。 --- # 13. WEB SHORTCODE EXPOSURE MODEL 中央はshortcodeを新規runtime authorityとして所有しない。 committed product identityから、既存product shortcode grammarを**表示可能な形にするだけ**。 現物でも既存系は例えば： ```text [kaia_counter id="N"] [kaia_timestamp id="N"] [kaia_serial id="N"] [kaia_pdf id="N"] ``` というidentity-addressed grammarを使用している。 中央UIの Copy はこの既存identityを露出する家具。 shortcode実行は各product。 ### WATCH shortcode文字列生成そのものを中央にハードコードするか、product側の既存boundaryから取得するかはconstruction時に慎重に決める。 **grammarを中央の新しい製品仕様にしてはいけない。** --- # 14. PDF FUTURE CONNECTION DEV101は非常に綺麗な中継地点になっている。 現在： ```text PDF Refill ↓ sheet['counter_id'] ← temporary legacy compatibility ↓ Counter / Timestamp / Serial consumers ``` 将来： ```text PDF Refill identity ↓ Common Switchboard lookup ↓ routed sibling identity ↓ existing product socket ``` PDF System Token parser/grammarは変更不要。 例えばCounter tokenなら、 ```text {{kaia:counter|...}} ↓ PDF asks Switchboard: "which Counter identity is routed here?" ↓ Counter ID N ↓ CNT-22 ↓ runtime value ↓ PDF presentation ``` Timestamp / Serialも同型。 つまりDEV101のlegacy readを後で**routing lookup inputに差し替えるだけ**という方向が成立する。 Phase 1では絶対にやらない。 --- # 15. PRODUCT MODIFICATIONS REQUIRED **NONE — for central Phase 1.** 現在確認できた範囲では、中央routing authorityそのものを構築するために既存4productへ入る必要はない。 これは良い状態。 なおTimestamp/Serialのruntime APIはfrontend DOM/runtime APIなので、中央サーバー側routing constructionと混同しない。 中央はそれらのruntime値を取得する必要自体がない。 --- # 16. UI DEPENDENCY 後のUIが中央から必要なのは： ```text fixed seat list product availability saved committed Binder saved committed Refill Main Power occupancy/conflict result existing shortcode exposure information ``` UI側が保持してよいtemporary state： ```text currently selected Binder currently selected Refill takeover confirmation pending ``` ただしそれは家具の状態。 **Decide後のauthorityは必ずcentral storageへ戻る。** 固定順： 1. Counter 2. Timestamp 3. Serial 4. PDF Unavailableでもchairは消さない。 --- # 17. CONSTRUCTION PHASE PLAN ### Phase 1 — Central routing core 独立Switchboard plugin/component、storage schema、read-only normalization。 Product変更なし。UIなし。PDF migrationなし。 ### Phase 2 — Central commit boundary selection commit / Main Power write。 ### Phase 3 — Occupancy + takeover conflict detection、confirmation-capable commit、atomic reassignment。 ### Phase 4 — Product availability/adapters 既存socketを外部境界として参照。product内部へ侵入しない。 ### Phase 5 — UI-facing helpers 固定seat表示に必要なview stateを組み立てる。 ### Phase 6 — Common Switchboard UI 家具をauthorityの上に載せる。 ### Phase 7 — PDF narrow migration DEV101 legacy `counter_id` consumerを中央routing lookupへ接続。 **Gate 1B / Stock / max_display_digits repairは含めない。** --- # 18. STATIC ACCEPTANCE PLAN 各phaseで最低限： **Phase 1** - plugin syntax - exactly one `DEVELOPMENT-HISTORY.md` - central option/schema inspection - product runtime fieldsがstorageに混入していない - product ZIP/source変更なし **Phase 2** - Main Power OFFがselectionを消さないコード経路 - selection操作≠commit - write sanitization / capability / nonce boundary **Phase 3** - duplicate target detection - CANCEL path has zero mutation - takeover accepted state transitionが一中央operation - product mutation callなし **Phase 4–5** - absent plugin fails closed/unavailable - fixed chair order preserved - routing API returns identity only - runtime state mirrorなし Phase 6以降は別acceptance。 --- # 19. LATER RUNTIME QA PLAN まだ実行しない。 後のQA対象は狭く： ```text fresh install normal commit reload persistence ON → OFF → ON preservation product absent/reappear occupied target detection takeover CANCEL takeover ACCEPT old route OFF + new route committed shortcode exposure consumer lookup ``` そして「Switchboardを操作したらproduct dataが変わっていない」ことを確認。 PDF接続QAはさらに別phase。 --- # 20. WATCH ### WATCH-01 — Routing endpoint identity ここだけconstruction開始前にコード上で明示的な名前を決める必要がある。 「誰向けのroutingか」を曖昧な `id` 一個にすると将来事故る。 product Refill identityとconsumer/routing-seat identityを同じ「ID」と呼ばないこと。 ### WATCH-02 — OFF occupancy OFFは配線を削除しないため、OFF routeをoccupancyから消す実装は禁止寄り。 Takeover semanticsとの整合を維持する。 ### WATCH-03 — Atomic takeover 最重要事故候補。 中央storageを単一authorityにして、部分writeを避ける。 ### WATCH-04 — Shortcode grammar 表示/Copyは可。 中央がshortcode仕様所有者にならないよう境界を維持。 ### WATCH-05 — Availability ≠ Main Power plugin unavailableとuser-selected OFFを同じ永続値に潰さない。 ### WATCH-06 — Binder identity Counterには実Binder foundationが確認できる一方、全productについてBinderの意味/列挙能力が同一とは決めつけない。 中央はBinderを所有しないので、将来UIでBinder候補を列挙する段階で各productの既存境界を再確認する。Phase 1 storage constructionを止める問題ではない。 --- # 21. BLOCK **NONE for central routing core.** Accepted architectureと実witnessの間に、Phase 1を止めるmaterial conflictは発見しなかった。 --- # 22. SOURCE REQUESTS TO SHAMYUE **NONE.** 必要な6 witnessは全て届いており、全SHA256一致。 Phase 1に必要な証拠は揃っている。 --- # 23. READINESS VERDICT ## 🟢 READY FOR CENTRAL CONSTRUCTION ただしこれは、 **中央routing coreのconstruction開始可** という意味。 PDF migration / UI / Gate 1B / Stockを一緒に始めてよい、ではない。 --- # 24. RECOMMENDED FIRST CONSTRUCTION PHASE ## PHASE 1 — CENTRAL ROUTING CORE ONLY 最初の一手はこれだけにする。 **新しい独立 Common Switchboard plugin/componentの殻 + 最小routing storage + read normalization contract。** まだ： - UIを作らない - takeoverを書かない - product pluginを変更しない - PDFを接続しない - shortcode Copyを作らない - runtime QAしない Phase 1のゴールは極端に言えば、 > **「中央分電盤だけが所有する、小さくて退屈な配線表」が成立した** こと。 これが一番安全。 --- ## CHECK LOG ```text SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION ONBOARDING: COMPLETE SOURCE HASH VERIFICATION: PASS — 6 / 6 EXACT MATCH PRODUCT INDEPENDENCE: ACCEPTED / DO NOT REOPEN PRODUCT SOCKETS: EXISTING / USE AS EXTERNAL BOUNDARIES CENTRAL ROUTING: SPECIALIST RESPONSIBILITY PRODUCT OWNERSHIP: OUT OF SCOPE COMMON SWITCHBOARD UI: LATER LAYER MAIN POWER: ROUTING PARTICIPATION ONLY BINDER / REFILL: ROUTING SELECTION ONLY TEMPORARY SELECTION: NOT ROUTING AUTHORITY TAKEOVER: NO SILENT STEAL ATOMIC CENTRAL TRANSITION REQUIRED WEB SHORTCODE: EXPOSE EXISTING PRODUCT IDENTITY DO NOT BECOME RUNTIME AUTHORITY PDF SYSTEM TOKEN: PDF-OWNED / DO NOT REDESIGN DEV101 LEGACY counter_id: PRESERVE DURING CENTRAL PHASE 1 PDF GATE 1B: FROZEN PDF STOCK: OUT OF SCOPE PRODUCT MODIFICATION: NONE REQUIRED FOR PHASE 1 WATCH: ROUTING ENDPOINT IDENTITY OFF OCCUPANCY ATOMIC TAKEOVER SHORTCODE OWNERSHIP AVAILABILITY != MAIN POWER BINDER ENUMERATION AT LATER UI PHASE BLOCK: NONE READINESS: READY FOR CENTRAL CONSTRUCTION FIRST CONSTRUCTION: CENTRAL ROUTING CORE ONLY ``` 🕊️ で、しゃむが最後にくれた「うわぁ……やりたくねぇ…」枠。 **ある。Takeoverだけ。ｗ** 設計そのものには嫌な臭いはない。むしろかなり綺麗。 ただTakeoverだけは「旧線OFF → 新線ON」を素朴に二操作で書いた瞬間、途中死・二重送信・競合の遊び場になる。 なのでそこは後で専用の一発操作として囲う。**Phase 1では触らない。** それ以外は「中央を賢くしすぎない」を守れば、かなり気持ちよく作れる案件だと思う。 **Working Whiteboard:** SITE ACCEPTED / 6 witnesses exact / architecture coherent / no house modifications / Phase 1 = dumb central routing core / takeover deferred as dedicated risk boundary. **相談：Takeoverは後工程でatomic operationとして独立させる。Phase 1には混ぜない。** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN CLARIFICATION PRE-CONSTRUCTION SIMPLIFICATION PASS READ / REVISE PLAN ONLY NO CONSTRUCTION YET NO PRODUCT MODIFICATION NO UI CONSTRUCTION NO RUNTIME QA ================================================== STATUS ================================================== Your PRE-CONSTRUCTION ACCEPTANCE REPORT is accepted. ROLE ACCEPTANCE: PASS SOURCE VERIFICATION: PASS PRODUCT SOCKET UNDERSTANDING: PASS ARCHITECTURAL BOUNDARY: PASS READINESS: PASS However, before construction begins, the Foreman and Shamyue reviewed the proposed conflict / Takeover responsibility. The accepted design is simpler than your first report assumed. Revise the construction plan before touching code. ================================================== WHY THE SYSTEM CAN BE SIMPLE ================================================== The product-side wiring and responsibility boundaries were deliberately organized before central Switchboard construction. Counter owns Counter truth. Timestamp owns Timestamp truth. Serial owns Serial truth. PDF owns PDF truth. The Common Switchboard does not need to compensate for product-side complexity. Its job is: CONNECT THE WIRES. Do not make the Switchboard smarter than necessary. ================================================== CORE CLARIFICATION ================================================== The Common Switchboard connects routing. The HUMAN decides what should be connected or disconnected. If a requested connection conflicts with an existing connection: DO NOT automatically resolve the conflict. DO NOT automatically move the connection. DO NOT automatically turn the old route OFF. DO NOT automatically turn the new route ON. Instead: 1. detect the conflict 2. show the human where the conflicting connection currently belongs 3. expose the relevant existing Main Power switch 4. let the human decide ================================================== AUTOMATIC TAKEOVER — REMOVE ================================================== The following concept from the first report is NOT required: AUTOMATIC TAKEOVER Therefore remove from the construction plan: - automatic reassignment - automatic old-route OFF - automatic new-route ON - takeover confirmation transaction - takeover-authorized commit - atomic old-OFF → new-ON operation - automatic rollback/restoration These are not deferred features. They are unnecessary features. Do not construct them later unless a future specification explicitly introduces them. ================================================== CONFLICT BEHAVIOR ================================================== When a new requested connection conflicts with an existing one: STOP the requested connection. Then report the existing connection to the human. Conceptually: "THIS CONNECTION CONFLICTS HERE." The Switchboard should show the connected set containing that conflict. The purpose is not merely to display an error. The purpose is to let the human recognize: "Oh, this is THAT set." ================================================== IDEAL CONFLICT CONTEXT ================================================== When technically practical, the conflict view should show the existing connected set in this form: COUNTER ON / OFF Binder name Refill name WEB Shortcode TIMESTAMP ON / OFF Binder name Refill name WEB Shortcode SERIAL ON / OFF Binder name Refill name WEB Shortcode PDF ON / OFF Binder name Refill name WEB Shortcode This is contextual information for the human. It allows the human to recognize the existing set before changing it. ================================================== ONLY THE CONFLICTING SWITCH IS OPERABLE ================================================== In that conflict view: only the product item(s) actually involved in the current conflict should have an operable ON/OFF switch. Example: Counter is the conflict. Counter [ ON / OFF ] OPERABLE Timestamp [ ON / OFF ] DISABLED / GRAY Serial [ ON / OFF ] DISABLED / GRAY PDF [ ON / OFF ] DISABLED / GRAY The non-conflicting rows remain visible. Their Binder / Refill / WEB Shortcode information helps identify the set. But their switches are not part of the current decision. ================================================== ONE REAL MAIN POWER ================================================== This is important. The ON/OFF switch shown in the conflict view is NOT a temporary conflict-specific switch. It is another UI access point to the SAME authoritative Main Power state used by the original connection. Therefore: original connection: Counter Main Power = ON ↓ human opens conflict context ↓ human turns Counter Main Power OFF there ↓ original connection: Counter Main Power = OFF No duplicate state. No synchronization copy. No temporary takeover state. It is the same switch exposed from another place. ================================================== IF THE HUMAN WANTS THE OLD ROUTE BACK ================================================== Do nothing automatically. If the human later wants the original route active again: the human returns to the original connection and turns its Main Power ON. Do NOT: - remember that it was temporarily disabled - restore it automatically - reactivate it after another operation - create a return/rollback workflow The human controls Main Power. ================================================== OFF SEMANTICS — UNCHANGED ================================================== OFF DOES NOT DELETE THE WIRING. OFF STOPS THE SIGNAL. OFF preserves the saved connection. It preserves the relevant: - routing relationship - Binder identity - Refill identity - configuration Only signal participation changes. This is why the human can later return to the original connection and turn it ON again. ================================================== WHAT "CONFLICT" MEANS TO THE SWITCHBOARD ================================================== Do not turn conflict handling into an intelligent arbitration system. The Switchboard needs only enough information to say: - this requested connection conflicts - here is the existing connected set - this is the relevant existing switch Then STOP and let the human decide. The Switchboard does NOT need to know: - which set is more important - which connection should win - whether the old set should be restored later - whether the human intended a temporary change - why the human changed it Those are not routing responsibilities. ================================================== WEB SHORTCODE IN THE CONFLICT VIEW ================================================== WEB Shortcode is shown as identification/context. It may help the human recognize: "This is the set used over there." This does NOT transfer shortcode runtime authority to the Switchboard. Existing product shortcode semantics remain product-owned. Do not redesign shortcode grammar. ================================================== IMPORTANT CONSEQUENCE FOR CENTRAL STATE ================================================== Reconsider your proposed central state with this clarification. The central authority should contain only what is actually necessary to: - remember wiring - know whether its signal is ON/OFF - identify where a wire is connected - later show the connected set - later detect a conflicting requested connection Do NOT add state merely to support: - takeover - conflict history - rollback - temporary ownership - pending transfer - previous owner - automatic restoration Those responsibilities no longer exist. ================================================== PHASE 1 IS STILL NOT AUTHORIZED ================================================== Do NOT begin construction yet. Before code is written, revise the proposed Phase 1 design using this simpler responsibility model. This is intentionally a cheap pre-construction correction. We want to remove unnecessary machinery BEFORE implementation. ================================================== RE-EXAMINE "OCCUPANCY" ================================================== Your first report used an occupancy model. Re-examine whether a separate "occupancy system" is actually required. The central routing table already knows its wiring. If the same information can answer: "Where is this currently connected?" then do not create a second authority merely called occupancy. A derived conflict lookup is preferable to duplicated state if it is sufficient. Do not remove necessary collision detection. Remove unnecessary machinery around it. ================================================== RE-EXAMINE COMMIT COMPLEXITY ================================================== The human performs explicit connection decisions. The Switchboard performs routing. Do not design a transaction system for automatic transfer if no automatic transfer exists. A normal connection write still needs to be safe and validated. But do not solve a problem that the accepted workflow no longer has. ================================================== MAIN POWER PRINCIPLE ================================================== Main Power belongs to the CONNECTION STATE. It does not belong to a particular screen. Normal Switchboard UI and Conflict Context UI must expose the same authority. Do not persist separate UI copies. ================================================== PRODUCT BOUNDARY — UNCHANGED ================================================== Do not modify: Counter Timestamp Serial PDF Do not move product truth centrally. The existing product-side socket organization is one of the reasons the Common Switchboard can remain simple. Use that work. Do not recreate it. ================================================== PDF — UNCHANGED ================================================== DEV101 remains untouched. legacy sheet['counter_id'] remains temporary compatibility plumbing. PDF migration remains later. PDF System Tokens remain PDF-owned. Gate 1B remains frozen. PDF Stock work remains separate. ================================================== YOUR TASK NOW ================================================== NO CODE. Return a REVISED MINIMAL CONSTRUCTION PLAN. We want to know how much smaller the Common Switchboard becomes after removing automatic Takeover responsibility. ================================================== REQUIRED RETURN ================================================== Return only: 1. CLARIFICATION ACCEPTANCE Confirm whether the simplified human-controlled model is coherent with the six inspected witnesses. 2. REVISED SWITCHBOARD RESPONSIBILITY State, as narrowly as possible, what the central panel actually needs to do. 3. REVISED MINIMUM CENTRAL STATE List only state that must truly be persisted. For every field, state WHY the Switchboard must own it. 4. CONNECTION MODEL Explain how the central table can answer: "What is connected where?" 5. MAIN POWER MODEL Confirm that normal UI and conflict UI can operate the same central Main Power state without duplicate persistence. 6. CONFLICT LOOKUP MODEL Explain the smallest mechanism needed to detect: "This requested connection conflicts here." Prefer deriving this from the routing table if possible. 7. CONFLICT CONTEXT MODEL Explain how the existing connected set can later be assembled for display: Counter Timestamp Serial PDF with: Binder Refill WEB Shortcode Main Power Do not construct the UI. 8. REMOVED MACHINERY Explicitly list everything that can now be deleted from the previous plan because automatic Takeover does not exist. 9. REVISED PHASE 1 Describe the smallest possible first construction phase. 10. ANYTHING ELSE WE CAN DELETE This is important. Before construction, inspect your own revised plan and answer: "Is there anything else here that the Switchboard does not actually need to own or decide?" If YES: recommend removing it now. If NO: say so. 11. PRODUCT MODIFICATIONS REQUIRED Expected: NONE If not NONE: STOP and explain why. 12. WATCH 13. BLOCK 14. READINESS Return one: READY FOR THINNER PHASE 1 SOURCE REQUIRED ARCHITECTURAL CONFLICT ================================================== FOREMAN PRINCIPLE ================================================== Before adding machinery, ask: WHAT IS THIS FOR? If the human can safely make the decision, do not make the Switchboard decide for them. If the product already owns the truth, do not copy it into the Switchboard. If the routing table already contains the answer, do not create another database to remember the same answer. MAKE THE SPEC THINNER. MAKE THE PLUGIN DUMBER. MAKE THE FAILURE SURFACE SMALLER. Built together. ================================================== CHECK LOG ================================================== SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION CURRENT ACTION: PLAN REVISION ONLY CONSTRUCTION: NOT AUTHORIZED PRODUCT MODIFICATION: NO AUTOMATIC TAKEOVER: REMOVED AUTOMATIC REASSIGNMENT: REMOVED ATOMIC TAKEOVER: REMOVED AUTOMATIC RESTORATION: REMOVED CONFLICT: SHOW WHERE IT IS DECISION: HUMAN CONFLICT SWITCH: REAL CENTRAL MAIN POWER DUPLICATE SWITCH STATE: FORBIDDEN OFF: SIGNAL STOP ONLY WIRING: PRESERVED CONFLICT CONTEXT: FULL CONNECTED SET WHEN PRACTICAL NON-CONFLICT SWITCHES: VISIBLE / DISABLED PRODUCT TRUTH: PRODUCT-OWNED PDF MIGRATION: NOT NOW GATE 1B: FROZEN RUNTIME: NONE NEXT: REVISED MINIMAL PLAN STOP AFTER REPORT. WAIT FOR FOREMAN REVIEW. 🕊️ [ASSISTANT] # KAIA COMMON SWITCHBOARD ## REVISED MINIMAL CONSTRUCTION PLAN ### 1. CLARIFICATION ACCEPTANCE **ACCEPTED — COHERENT WITH ALL SIX INSPECTED WITNESSES.** The clarification removes machinery; it does not contradict the product boundaries previously inspected. The six witnesses support the thinner model: ```text PRODUCTS own truth ↓ SWITCHBOARD remembers wiring + participation ↓ HUMAN decides changes ``` No inspected product requires the Switchboard to arbitrate ownership, perform takeover, restore a previous connection, or mirror product runtime state. The correction is therefore architectural simplification, not redesign. --- ### 2. REVISED SWITCHBOARD RESPONSIBILITY The central panel needs to do only four things: 1. **Remember committed wiring.** 2. **Remember whether each committed wire participates — Main Power ON/OFF.** 3. **Answer where a product-owned identity is wired.** 4. **Reject a conflicting connection and identify the existing connection to the human.** That's it. It does **not** decide what should win. In electrical-panel language: > The panel knows which wire goes where and whether its breaker is on. > It does not decide which appliance the human wanted more. --- ### 3. REVISED MINIMUM CENTRAL STATE The previous proposal can be reduced further conceptually. For each **connection set / routing endpoint**, central persistence needs: ```text connection_id Counter: binder_id refill_id main_power Timestamp: binder_id refill_id main_power Serial: binder_id refill_id main_power PDF: binder_id refill_id main_power ``` The exact storage representation is still an implementation decision; this is the conceptual authority only. #### `connection_id` **Why central must own it:** The Switchboard needs an identity for the connected set itself so it can answer: > “This conflict belongs to THAT connected set.” No product owns the cross-product set. This is genuine Switchboard truth. #### `binder_id` **Why central must own the reference:** The Switchboard must remember **which product-owned Binder the wire points at**. It does not own Binder data—only the routing reference. #### `refill_id` **Why central must own the reference:** Same reason. The Switchboard must remember **which product-owned Refill was connected**. It owns the pointer, not the Refill. #### `main_power` **Why central must own it:** Participation is explicitly Common Switchboard routing state. ON/OFF cannot be reconstructed from product runtime truth because it describes whether the **connection signal participates**, not whether the product/Re­fill exists. ### Explicitly not persisted No: - `committed` - `occupied` - `conflict` - `conflict_owner` - `previous_owner` - `pending_transfer` - `takeover` - `restore_after` - product availability - product runtime state - Binder name - Refill name - WEB Shortcode text - issued values - product settings Those are either derivable, transient, or product-owned. --- ### 4. CONNECTION MODEL The central routing table itself answers: > **What is connected where?** Conceptually: ```text Connection Set A ├─ Counter → Binder C1 / Refill C7 / ON ├─ Timestamp → Binder T1 / Refill T3 / ON ├─ Serial → Binder S2 / Refill S4 / OFF └─ PDF → Binder P1 / Refill P2 / ON ``` Therefore: ```text Where is Counter Refill C7 connected? ↓ search committed routing references ↓ Connection Set A / Counter seat ``` No occupancy database is required. No secondary index needs to become authority. If performance eventually justifies an index, it must remain a **derived implementation optimization**, rebuildable from the routing table—not a second source of truth. For present construction planning, I would not add it. --- ### 5. MAIN POWER MODEL **YES — normal UI and conflict UI can operate exactly the same authoritative state.** Example: ```text Central routing state: Set A Counter.main_power = ON ``` Normal UI: ```text Set A → Counter → [ON] │ └── central Counter.main_power ``` Conflict context: ```text Existing Set A → Counter → [ON] │ └── SAME central Counter.main_power ``` Human changes conflict view to OFF: ```text Set A.Counter.main_power ON → OFF ``` Return to normal Set A view: ```text Counter = OFF ``` There is no synchronization problem because there aren't two states. **Screens are windows onto the breaker. They are not breakers.** --- ### 6. CONFLICT LOOKUP MODEL The separate “occupancy system” is removed. Minimum mechanism: ```text requested: product family + binder identity + refill identity ↓ query central routing table ↓ does another connection set already reference this target in a conflicting manner? ``` If no: ```text normal commit may proceed ``` If yes: ```text STOP requested commit return existing connection_id + conflicting seat identity ``` Nothing changes automatically. No conflict record needs to be persisted. The conflict is a **derived answer to a lookup**, not system state. This substantially reduces the failure surface. --- ### 7. CONFLICT CONTEXT MODEL Once conflict lookup returns: ```text existing connection_id conflicting product seat ``` the later presentation layer can read that existing connection set. For all four fixed seats: ```text Counter Timestamp Serial PDF ``` central routing supplies: ```text saved Binder identity saved Refill identity Main Power ``` Then product-owned information supplies the human-facing context where required: ```text Binder identity ↓ product boundary Binder name Refill identity ↓ product boundary Refill name ``` WEB Shortcode is derived/exposed according to the existing product identity and existing product shortcode grammar. So the future view can become: ```text COUNTER [ON] ← operable conflict Binder name Refill name WEB Shortcode TIMESTAMP [ON] ← disabled UI control Binder name Refill name WEB Shortcode SERIAL [OFF] ← disabled UI control Binder name Refill name WEB Shortcode PDF [ON] ← disabled UI control Binder name Refill name WEB Shortcode ``` Important separation: **disabled/gray is presentation state.** It must NOT produce another persisted `disabled` field. The UI knows which seat caused the conflict and disables the other three controls locally. --- ### 8. REMOVED MACHINERY The previous plan can permanently lose: - automatic takeover - takeover confirmation transaction - takeover-authorized commit - automatic reassignment - automatic old-route OFF - automatic new-route ON - atomic old-OFF/new-ON transaction - takeover rollback - automatic restoration - previous-routing memory - temporary takeover ownership - pending transfer state - restoration intent - takeover history - dedicated occupancy authority/database - persisted conflict state - persisted conflict owner - conflict resolution policy - priority/winner arbitration And my previous WATCH: > **Atomic Takeover** is deleted entirely. Not deferred. **Gone.** 🕊️ *よし。例の「うわぁ……やりたくねぇ」部分そのものが消えたｗ* --- ### 9. REVISED PHASE 1 ## PHASE 1 — ROUTING TABLE CORE ONLY The first construction phase can now be extremely small. Construct only: ```text independent Common Switchboard component/plugin + minimal committed routing storage + normalization/read boundary ``` Its responsibility is merely to represent: ```text connection set ↓ fixed product seats ↓ Binder reference Refill reference Main Power ``` Phase 1 does **not** need: - conflict UI - Common Switchboard UI - product modification - product runtime reads - conflict resolution - automatic takeover - occupancy subsystem - PDF migration - shortcode Copy UI - Gate 1B - PDF Stock - runtime QA And I would go one step thinner: **Phase 1 need not even implement conflict write behavior yet.** First establish that the authoritative wiring table itself has the correct shape and contains nothing it shouldn't. Then conflict lookup can be constructed *from that proven table* in the following narrow phase. --- ### 10. ANYTHING ELSE WE CAN DELETE **YES. Two more things from my original thinking should be removed now.** #### A. Persisted `product family` If storage is structurally organized around the four fixed seats: ```text counter timestamp serial pdf ``` then storing another value saying: ```text product_family = counter ``` is duplicate truth. The seat itself already says that. **Recommend: delete it unless implementation evidence later proves it necessary.** #### B. Persisted `configured/committed` Also unnecessary. If a seat contains a valid committed Binder/Refill routing reference, it is configured. If it does not, it isn't. Do not store: ```text committed = true ``` merely to describe what the routing record already proves. ### One thing I would NOT delete `connection_id`. The clarification makes its usefulness clearer, not weaker. A conflict must lead the human back to **the existing connected set**, containing all four contextual seats. That set is Common Switchboard-owned structure, so it needs stable identity somehow. Therefore my revised answer is: > **Yes: delete duplicate product-family and committed/configured state.** > > After those removals, I do not currently see another piece of central authority that can safely disappear. --- ### 11. PRODUCT MODIFICATIONS REQUIRED # NONE Counter: **NONE** Timestamp: **NONE** Serial: **NONE** PDF DEV101: **NONE** No reason has appeared to enter another specialist's house. --- ### 12. WATCH **WATCH-01 — Conflict definition must remain exact.** Before conflict lookup construction, the exact uniqueness/collision key must follow accepted routing identity. Do not casually broaden Binder-level conflict when Refill-level identity is intended, or narrow it incorrectly. **WATCH-02 — OFF still owns wiring.** An OFF connection remains saved wiring. Conflict lookup must not accidentally equate `OFF` with “unwired.” Whether an OFF saved route blocks a proposed duplicate must follow this accepted preservation rule consistently; do not silently turn Main Power into ownership deletion. **WATCH-03 — Names are not central truth.** Conflict context wants Binder/Refill names, but central storage should retain identities only. Names should be resolved for display rather than cached as authority. **WATCH-04 — Product unavailable ≠ Main Power OFF.** Still separate concepts. Do not persist plugin absence into the breaker. **WATCH-05 — Shortcode text should not become stored routing truth.** The connected identity is authoritative. WEB Shortcode is contextual exposure built from the existing product contract. --- ### 13. BLOCK **NONE.** The clarification removes the largest previously identified complexity. No contradiction with the six inspected witnesses. No product modification required. No missing source required for the revised Phase 1. --- # 14. READINESS ## 🟢 READY FOR THINNER PHASE 1 ```text CHECK LOG SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION CURRENT ACTION: PLAN REVISION COMPLETE CONSTRUCTION: NOT STARTED / WAITING FOR FOREMAN PRODUCT MODIFICATION: NONE CENTRAL AUTHORITY: WIRING + MAIN POWER ONLY AUTOMATIC TAKEOVER: REMOVED AUTOMATIC REASSIGNMENT: REMOVED ATOMIC TAKEOVER: REMOVED AUTOMATIC RESTORATION: REMOVED OCCUPANCY DATABASE: REMOVED CONFLICT STATE: DERIVED / NOT PERSISTED CONFLICT DECISION: HUMAN CONFLICT RESULT: EXISTING CONNECTION SET + CONFLICTING SEAT CONFLICT SWITCH: SAME AUTHORITATIVE MAIN POWER DUPLICATE SWITCH STATE: NONE OFF: SIGNAL STOP ONLY / WIRING PRESERVED PRODUCT FAMILY FIELD: REMOVE IF FIXED SEAT STRUCTURE PROVIDES IT COMMITTED FLAG: REMOVE PRODUCT TRUTH: PRODUCT-OWNED PDF DEV101: UNTOUCHED GATE 1B: FROZEN RUNTIME: NONE BLOCK: NONE READINESS: READY FOR THINNER PHASE 1 NEXT: WAIT FOR FOREMAN REVIEW ``` 🕊️ **STOP。工具箱はまだ開けない。** 今回の修正で、かなりいい意味で「分電盤らしく」なった。 特に **conflictを保存する必要すらなく、配線表に質問すれば答えが出る** ところまで削れたのが大きい。 **Working Whiteboard:** Takeover machinery deleted / occupancy authority deleted / conflict = derived lookup / Main Power = one real state / Phase 1 = boring routing table core only. **相談：なし** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN FINAL SIMPLIFICATION REVIEW BEFORE PHASE 1 CONSTRUCTION READ / COMPARE / RECOMMEND ONLY NO CONSTRUCTION YET NO PRODUCT MODIFICATION NO UI CONSTRUCTION NO RUNTIME QA ================================================== STATUS ================================================== Your REVISED MINIMAL CONSTRUCTION PLAN is accepted. CLARIFICATION ACCEPTANCE: PASS PRODUCT BOUNDARY: PASS TAKEOVER REMOVAL: PASS OCCUPANCY AUTHORITY REMOVAL: PASS CONFLICT-AS-DERIVED-LOOKUP: PASS MAIN POWER SINGLE-AUTHORITY MODEL: PASS PRODUCT MODIFICATION: NONE BLOCK: NONE The plan is now substantially simpler. Before construction begins, perform ONE final simplification review. This is not a request to add architecture. It is a request to determine whether we can be even lazier. ================================================== FOREMAN / SHAMYUE PRINCIPLE ================================================== GOAL: THE LEAST ACCIDENT-PRONE AND EASIEST IMPLEMENTATION. Do not optimize for architectural cleverness. Do not build machinery merely because it is elegant. Prefer, in this order: 1. fewer accident paths 2. no duplicated authority 3. less code 4. easier maintenance 5. understandable human UI If two solutions satisfy the same product behavior: prefer the dumber one. TARGET: LAZINESS ★ ================================================== ACCEPTED PRODUCT BEHAVIOR ================================================== The Common Switchboard connects wires. The human makes decisions. Normal Switchboard furniture conceptually contains fixed seats: COUNTER Main Power ON/OFF Binder Refill WEB Shortcode Decide / Copy where applicable TIMESTAMP Main Power ON/OFF Binder Refill WEB Shortcode Decide / Copy where applicable SERIAL Main Power ON/OFF Binder Refill WEB Shortcode Decide / Copy where applicable PDF Main Power ON/OFF Binder Refill WEB Shortcode Decide / Copy where applicable Exact UI construction is NOT authorized yet. ================================================== WHEN A CONNECTION CONFLICTS ================================================== If a requested connection conflicts: DO NOT resolve it automatically. DO NOT perform Takeover. DO NOT decide for the human. The desired user service is simply: "THIS IS WHERE YOU ARE COLLIDING." The human should be able to recognize the existing connected configuration and decide whether to turn the conflicting wire OFF. ================================================== CONFLICT VIEW — REQUIRED HUMAN RESULT ================================================== The human should be able to see enough of the existing connected Switchboard context to recognize: "Oh, this is THAT configuration." Ideally the context includes the existing four product seats: Counter Timestamp Serial PDF and their recognizable information: Binder Refill WEB Shortcode Main Power However: THIS DOES NOT REQUIRE A NEW DEDICATED CONFLICT UI. The implementation method is intentionally NOT fixed yet. ================================================== CONFLICT MODE — OPERATION SAFETY ================================================== During conflict handling, the human must NOT be allowed to casually modify unrelated wiring. The only control that needs to remain operable is: THE MAIN POWER ON/OFF SWITCH FOR THE ITEM(S) ACTUALLY INVOLVED IN THE CURRENT CONFLICT. Everything else may be locked / disabled / gray. For example, if Counter is the conflict: Counter Main Power: OPERABLE Counter Binder: LOCKED / DISABLED Counter Refill: LOCKED / DISABLED Counter WEB Shortcode: READ-ONLY / GRAY Timestamp: LOCKED / GRAY Serial: LOCKED / GRAY PDF: LOCKED / GRAY Decide: NOT NEEDED / MAY BE HIDDEN Copy: NOT NEEDED / MAY BE HIDDEN The exact presentation may follow the cheapest safe implementation. ================================================== WHY THE LOCK EXISTS ================================================== The lock is not merely visual decoration. It is an accident-prevention boundary. The human entered this context to handle ONE collision. Do not allow that narrow task to become an opportunity to modify unrelated wiring. Therefore the desired behavior is approximately: VIEW: enough context to recognize the existing configuration EDIT: only the relevant real Main Power switch ================================================== MAIN POWER — SAME REAL SWITCH ================================================== The operable ON/OFF control in conflict context must operate the SAME authoritative Main Power state as the original Switchboard. Do NOT create: - conflict-specific Main Power - temporary OFF state - copied switch state - later synchronization state If the human turns it OFF from the conflict context: the original Switchboard must naturally show it OFF because both views refer to the same authority. If the human wants it ON again later: the human goes to the original Switchboard and turns it ON. No automatic restoration. ================================================== CURRENT IMPLEMENTATION IDEA ================================================== Shamyue proposed the following possible low-cost approach. THIS IS A CANDIDATE. IT IS NOT A MANDATORY IMPLEMENTATION. Candidate: When a collision occurs, reuse/link the existing Switchboard UI for the conflicting destination rather than constructing a second conflict-specific UI. Open/render that existing Switchboard context in a restricted mode. In restricted conflict mode: - existing information remains visible - Binder selection cannot be changed - Refill selection cannot be changed - unrelated Main Power controls cannot be changed - Decide is hidden/disabled - Copy is hidden - only the conflicting Main Power control is operable Conceptually: NORMAL MODE Switchboard ├─ Counter editable ├─ Timestamp editable ├─ Serial editable └─ PDF editable CONFLICT / RESTRICTED MODE same Switchboard context ├─ Counter only relevant Main Power may be operable ├─ Timestamp locked ├─ Serial locked └─ PDF locked This could avoid constructing and maintaining a second copy of the same UI/data presentation. ================================================== BUT DO NOT ASSUME THAT CANDIDATE IS CHEAPEST ================================================== Inspect the actual implementation constraints. If reusing the existing Switchboard UI in a restricted mode is: - simpler - safer - less code - less duplicated state - easier to maintain then recommend it. But if the actual UI structure makes reuse awkward or brittle, and a small read-only contextual view with one real Main Power control is genuinely simpler and safer: recommend that instead. A third even simpler solution is also acceptable. Do not obey the candidate merely because Shamyue suggested it. The requirement is the behavior. Your job is to choose the cheapest safe plumbing. ================================================== COMPARE AT LEAST THESE OPTIONS ================================================== OPTION A Reuse the normal Switchboard UI/component in a restricted conflict mode. Only the relevant Main Power remains operable. OPTION B Build a minimal conflict-context presentation using existing central state/read boundaries. Display the necessary context and expose only the relevant real Main Power. OPTION C Any materially simpler approach you can prove from the implementation. For each viable option, compare: - additional persisted state - duplicated authority - duplicated UI/data assembly - code volume/complexity - accidental edit surface - maintenance burden - likelihood of divergence from normal Switchboard behavior Then recommend ONE. ================================================== CONNECTION_ID — RE-EXAMINE ================================================== Your revised plan retained: connection_id The reason given was: the Switchboard needs stable identity for the connected set so a conflict can lead the human to: "THAT existing connected set." This was reasonable under the previous presentation assumption. Now re-evaluate it using the cheaper conflict-view possibilities above. Ask: Does the actual routing structure already contain enough information to locate/render the conflicting existing Switchboard context? If YES: do NOT persist a new connection_id merely for UI convenience. If NO: and a stable central connection identity is genuinely required for routing itself or to address the existing Switchboard context safely: retain it and explain the exact necessity. Do not keep connection_id because: "it might be useful later." Keep it only if current accepted behavior actually needs it. ================================================== IMPORTANT DISTINCTION ================================================== Do not confuse: ROUTING NECESSITY with: USER-SERVICE PRESENTATION CONVENIENCE. The conflict context is a user service. Do not enlarge the central routing authority merely to make that presentation convenient if the same result can be obtained safely from existing routing information. ================================================== REVISED CENTRAL CORE QUESTION ================================================== After this review, answer: What is the absolute minimum central truth required to connect wires? Potentially it may be no more than: fixed routing structure ↓ product-owned Binder reference product-owned Refill reference Main Power But do not accept or reject this shape blindly. Prove the minimum from the accepted behavior. ================================================== DO NOT CONSTRUCT YET ================================================== This is the final cheap design review before tools are opened. No PHP changes. No ZIP. No UI. No product modifications. No PDF migration. No runtime QA. ================================================== REQUIRED RETURN ================================================== Return a compact: FINAL SIMPLIFICATION RECOMMENDATION 1. CHEAPEST SAFE CONFLICT APPROACH Choose: A — REUSE NORMAL SWITCHBOARD IN RESTRICTED MODE B — MINIMAL CONFLICT CONTEXT VIEW C — OTHER Explain WHY it is the least accident-prone and easiest. 2. REQUIRED CONFLICT BEHAVIOR Confirm the chosen approach provides: - enough context to recognize the existing configuration - only conflicting Main Power operable - unrelated controls locked - Binder / Refill not editable - Decide unavailable - Copy unavailable - same authoritative Main Power - no automatic Takeover - no automatic restoration 3. ADDITIONAL STATE REQUIRED FOR CONFLICT UI Expected preference: NONE If additional persisted state is required, justify every field. 4. CONNECTION_ID VERDICT Return exactly one: KEEP — ROUTING NECESSITY KEEP — REQUIRED ADDRESSING NECESSITY REMOVE — DERIVABLE / UI-ONLY Then explain. 5. ABSOLUTE MINIMUM CENTRAL PERSISTED STATE List the final fields only. For each field: WHY MUST THE SWITCHBOARD OWN THIS? 6. ANYTHING ELSE TO DELETE Look once more. If another field/helper/subsystem can disappear without losing accepted behavior: recommend deletion now. 7. PRODUCT MODIFICATIONS REQUIRED Expected: NONE 8. PHASE 1 IMPACT State the resulting smallest Phase 1 construction scope. 9. WATCH Only genuine remaining accident risks. 10. BLOCK 11. READINESS Return one: READY FOR MINIMUM PHASE 1 SOURCE REQUIRED ARCHITECTURAL CONFLICT ================================================== DO NOT OVERENGINEER THE ANSWER ================================================== This report does not need to be long. We are trying to reduce work, not create paperwork about reducing work. ================================================== FOREMAN TEST ================================================== For every proposed piece of machinery, ask: WHAT IS THIS FOR? Then ask: CAN WE GET THE SAME SAFE RESULT WITHOUT IT? If yes: DELETE IT. For conflict handling specifically: Do not ask: "How can the Switchboard intelligently resolve this?" Ask: "What is the easiest safe way to show the human where the wire already goes and let them operate only the necessary breaker?" ================================================== WORKSHOP PRINCIPLE ================================================== MAKE THE SPEC THINNER. MAKE THE PLUGIN DUMBER. MAKE THE FAILURE SURFACE SMALLER. AIM FOR LAZINESS ★ Built together. ================================================== CHECK LOG ================================================== SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION ACTION: FINAL SIMPLIFICATION REVIEW CONSTRUCTION: NO CONFLICT DECISION: HUMAN AUTOMATIC TAKEOVER: NONE CONFLICT UI IMPLEMENTATION: SPECIALIST TO COMPARE CURRENT CANDIDATE: REUSE EXISTING SWITCHBOARD WITH RESTRICTED CONTROLS CANDIDATE MANDATORY: NO CONFLICT MAIN POWER: REAL CENTRAL AUTHORITY OTHER CONTROLS: LOCKED / DISABLED DECIDE: UNAVAILABLE IN CONFLICT MODE COPY: UNAVAILABLE IN CONFLICT MODE DUPLICATE CONFLICT STATE: AVOID CONNECTION_ID: RE-EVALUATE PRODUCT MODIFICATION: NONE EXPECTED PDF MIGRATION: NO GATE 1B: FROZEN RUNTIME: NONE GOAL: LEAST ACCIDENT-PRONE / EASIEST / SMALLEST MOTTO: AIM FOR LAZINESS ★ STOP AFTER RECOMMENDATION. WAIT FOR FOREMAN REVIEW. 🕊️ [ASSISTANT] # FINAL SIMPLIFICATION RECOMMENDATION ## 1. CHEAPEST SAFE CONFLICT APPROACH ### **A — REUSE NORMAL SWITCHBOARD IN RESTRICTED MODE** Recommended. Reason: the conflict view wants essentially the **same connected-set presentation** as the normal Switchboard, with fewer permissions. ```text Normal render ↓ same central state ↓ restricted=true conflict_product=counter ``` Then presentation rules alone lock everything except the relevant real Main Power. Compared with B, this avoids duplicating the four-seat data assembly and reduces the chance that normal and conflict presentations later diverge. No second conflict authority, no second routing reader, no special conflict data model. **Same board. Fewer buttons. ★** Option B remains technically viable, but it creates another presentation path for information the normal board already needs to render. Unless later UI construction proves the normal component impossible to restrict cleanly, A is cheaper. No Option C is materially simpler while still providing the requested full-set recognition context. --- ## 2. REQUIRED CONFLICT BEHAVIOR **PASS. Option A provides all accepted behavior.** ```text existing Switchboard context ↓ restricted render conflicting Main Power → OPERABLE / REAL STATE everything else: Main Power → LOCKED Binder → LOCKED Refill → LOCKED WEB Shortcode → READ-ONLY/GRAY Decide → UNAVAILABLE Copy → UNAVAILABLE ``` It provides: - enough context to recognize the existing configuration — **YES** - only conflicting Main Power operable — **YES** - unrelated controls locked — **YES** - Binder / Refill not editable — **YES** - Decide unavailable — **YES** - Copy unavailable — **YES** - same authoritative Main Power — **YES** - automatic Takeover — **NONE** - automatic restoration — **NONE** `restricted mode` is a rendering/request context, **not persisted state**. --- ## 3. ADDITIONAL STATE REQUIRED FOR CONFLICT UI ### **NONE** Conflict UI requires no persisted: - conflict flag - restricted flag - conflicting product - previous connection - return target - temporary Main Power - UI lock state The current failed request identifies the conflicting product target; the routing table identifies where it is already wired. Everything necessary for the restricted presentation is derived for that request. --- ## 4. CONNECTION_ID VERDICT ### **REMOVE — DERIVABLE / UI-ONLY** After this final simplification, I no longer find a routing necessity for a separate persisted `connection_id`. The central routing structure already has to know: ```text where/consumer slot ↓ Counter routing Timestamp routing Serial routing PDF routing ``` Conflict lookup finds the existing routing location containing the matching product-owned target. **That existing routing location is already the address needed to render its Switchboard context.** Adding another `connection_id` would therefore give a UI-friendly name to something already addressable by the routing structure. That fails the Foreman test: > WHAT IS THIS FOR? > UI convenience. > CAN WE GET THE SAME SAFE RESULT WITHOUT IT? > Yes. **Delete it.** --- ## 5. ABSOLUTE MINIMUM CENTRAL PERSISTED STATE For each fixed routing location and each applicable fixed product seat: ### `binder_ref` **Why central owns it:** The wire must remember which product-owned Binder it points to. It is a reference only. Binder truth remains product-owned. ### `refill_ref` **Why central owns it:** The wire must remember which product-owned Refill it points to. Again, reference only. ### `main_power` **Why central owns it:** ON/OFF describes participation of **this routing connection**. No product owns that central routing decision. Therefore the central truth really can collapse to approximately: ```text FIXED ROUTING LOCATION ├─ Counter │ ├─ binder_ref │ ├─ refill_ref │ └─ main_power ├─ Timestamp │ ├─ binder_ref │ ├─ refill_ref │ └─ main_power ├─ Serial │ ├─ binder_ref │ ├─ refill_ref │ └─ main_power └─ PDF ├─ binder_ref ├─ refill_ref └─ main_power ``` **That is the central truth.** --- ## 6. ANYTHING ELSE TO DELETE ### YES — don't build a persisted or authoritative “product availability” layer. Availability can later be determined from the actual product/socket presence when rendering/validating. Likewise, do not create central persisted: `Binder name`, `Refill name`, `WEB Shortcode`, `configured`, `committed`, `occupied`, `conflict`, `restricted`, or `product family`. One further implementation precaution: **Do not build a separate conflict subsystem in Phase 1.** Later conflict detection can simply be a lookup/helper over the routing table. It does not deserve its own storage or authority. After those deletions, I see nothing else central truth can lose without losing actual wiring information. --- ## 7. PRODUCT MODIFICATIONS REQUIRED ### **NONE** Counter: NONE Timestamp: NONE Serial: NONE PDF: NONE --- ## 8. PHASE 1 IMPACT ### Smallest Phase 1 Build only: ```text Common Switchboard independent shell + minimal routing persistence + minimal validated read representation ``` Persist only: ```text binder_ref refill_ref main_power ``` under the necessary fixed routing structure/product seats. **Not Phase 1:** UI, restricted mode, conflict lookup, conflict presentation, shortcode exposure, product runtime access, PDF migration, Gate 1B, Stock. Phase 1 becomes almost embarrassingly boring. **Good.** --- ## 9. WATCH **WATCH — Routing-location key.** Although `connection_id` is removed, the storage still necessarily lives *somewhere*. Whatever existing/natural routing-location key addresses that record must be stable and unambiguous. Do not accidentally reinvent `connection_id` under another name. **WATCH — OFF ≠ unwired.** `main_power=false` preserves Binder/Refill references. Any later conflict lookup must not erase that distinction. **WATCH — Restricted mode enforcement.** When UI work eventually begins, locks must be enforced by the allowed action boundary, not merely by graying HTML. A crafted request must not turn “disabled” controls back into editable wiring. That is the only part of the proposed UI reuse where I see a meaningful future accident risk. --- ## 10. BLOCK ### **NONE** --- ## 11. READINESS # 🟢 READY FOR MINIMUM PHASE 1 ```text CHECK LOG SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION ACTION: FINAL SIMPLIFICATION REVIEW COMPLETE CONSTRUCTION: NOT STARTED CONFLICT APPROACH: A — REUSE NORMAL SWITCHBOARD / RESTRICTED MODE SECOND CONFLICT UI: NOT REQUIRED CONFLICT PERSISTENCE: NONE OCCUPANCY AUTHORITY: NONE TAKEOVER: NONE CONNECTION_ID: REMOVED — DERIVABLE / UI-ONLY CENTRAL PERSISTED TRUTH: BINDER REF REFILL REF MAIN POWER UNDER FIXED ROUTING STRUCTURE MAIN POWER: ONE AUTHORITY RESTRICTED MODE: PRESENTATION/ACTION CONTEXT ONLY PRODUCT MODIFICATION: NONE BLOCK: NONE READINESS: READY FOR MINIMUM PHASE 1 ``` 🕊️ **結論：しゃむ案の「既存の分電盤をそのまま見せて、触れるスイッチ以外ロック」が一番怠惰でよろしい★** しかも今回 `connection_id` まで床に置いて帰れる。 中央君、とうとう本当に**「配線先・リフィル先・ブレーカーしか覚えない箱」**まで痩せた。 **Working Whiteboard:** reuse board / restrict actions / zero conflict state / connection_id deleted / central truth = Binder ref + Refill ref + Main Power. **相談：なし** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST PHASE 1 CONSTRUCTION AUTHORIZATION MINIMUM CENTRAL ROUTING CORE CONSTRUCTION AUTHORIZED PHASE 1 ONLY NO PRODUCT MODIFICATION NO UI CONSTRUCTION NO CONFLICT UI NO RUNTIME QA NO PDF MIGRATION NO GATE 1B ================================================== FOREMAN ACCEPTANCE ================================================== Your FINAL SIMPLIFICATION RECOMMENDATION is accepted. FINAL SIMPLIFICATION REVIEW: PASS CHEAPEST SAFE CONFLICT APPROACH: A — REUSE NORMAL SWITCHBOARD IN RESTRICTED MODE CONFLICT PERSISTENCE: NONE OCCUPANCY AUTHORITY: NONE AUTOMATIC TAKEOVER: NONE AUTOMATIC REASSIGNMENT: NONE AUTOMATIC RESTORATION: NONE CONNECTION_ID: REMOVED — DERIVABLE / UI-ONLY PRODUCT MODIFICATION: NONE BLOCK: NONE READINESS: PASS Phase 1 construction is now authorized. ================================================== ONE FINAL FOREMAN CLARIFICATION BINDER IS AN INTENTIONAL ROUTING WAYPOINT ================================================== Do NOT optimize Binder out of the routing structure. Shamyue has clarified the product model. Binder is a real routing waypoint. CURRENTLY: there is exactly ONE Binder for the relevant current product scope. Therefore: Binder exists ↓ Refill exists beneath / through that Binder Conceptually: PRODUCT ↓ BINDER 1 ↓ REFILL ↓ ROUTING PARTICIPATION The current Binder is NOT a user-selectable multi-Binder system. It is simply the one real Binder waypoint that exists now. ================================================== WHY BINDER EXISTS NOW ================================================== Higher grades may later expose multiple Binders. The goal is NOT to construct that future machinery now. The goal is to avoid having to insert a new Binder layer into the routing structure later. Current: Binder 1 ↓ Refill Future higher grade may become: Binder 1 ↓ Refills... Binder 2 ↓ Refills... Binder 3 ↓ Refills... The future change should be: ONE BINDER ↓ MORE BINDERS NOT: NO BINDER LAYER ↓ INSERT NEW ROUTING LAYER ↓ MIGRATE OLD ROUTES Therefore: KEEP binder_ref as real central routing truth. Do not remove it merely because current Binder cardinality is one. ================================================== IMPORTANT: BUILD THE WAYPOINT, NOT THE FUTURE MACHINERY ================================================== Current Binder cardinality: EXACTLY ONE Do NOT construct: - multi-Binder selection - Binder switching machinery - Binder management machinery - future-grade Binder entitlement logic - Binder migration machinery - speculative Binder expansion APIs - Binder conflict policy - Binder-specific runtime authority Binder truth remains product-owned. The Switchboard owns only the routing reference. In workshop language: BUILD THE ROAD. DO NOT BUILD THE INTERCHANGE YET. ★ ================================================== FUTURE UI BOUNDARY NOT PHASE 1 CONSTRUCTION ================================================== The Binder UI seat is intentionally reserved from the beginning. For the current single-Binder scope, the future normal Switchboard UI should conceptually show: Binder 1 but the Binder control is: GRAY / DISABLED / NOT SELECTABLE This prevents human layout mistakes and preserves the future furniture position. Higher grades may later activate that existing seat when multiple Binders actually exist. DO NOT construct this UI in Phase 1. This section exists only so Phase 1 does not accidentally erase the Binder waypoint because the current UI cannot select it. THE FUTURE FURNITURE ALREADY HAS AN ADDRESS. LEAVE THE CHAIR THERE. ================================================== PHASE 1 GOAL ================================================== Construct the smallest independent Common Switchboard central routing core that can safely represent committed wiring. The central authority should remain boring. For each necessary fixed routing location and fixed product seat, the central routing truth is: binder_ref refill_ref main_power Nothing more unless actual construction evidence proves a field is strictly required for this Phase 1 responsibility. ================================================== FIXED PRODUCT SEATS ================================================== The Common Switchboard product order is fixed: 1. Counter 2. Timestamp 3. Serial 4. PDF Do not dynamically reorder the product seats. Do not create product_family as duplicate persisted truth if the fixed seat itself already identifies the family. ================================================== CENTRAL OWNERSHIP ================================================== The Common Switchboard owns: 1. ROUTING REFERENCE TO BINDER binder_ref The Switchboard remembers which product-owned Binder waypoint the wire passes through. It does NOT own Binder data. 2. ROUTING REFERENCE TO REFILL refill_ref The Switchboard remembers which product-owned Refill the wire points to. It does NOT own Refill data or entitlement. 3. MAIN POWER main_power The Switchboard remembers whether that committed connection participates. Main Power is central routing state. It is NOT product runtime truth. ================================================== OFF SEMANTICS ================================================== OFF DOES NOT DELETE THE WIRING. OFF STOPS THE SIGNAL. Therefore: main_power = OFF must preserve: binder_ref refill_ref Do not: clear routing delete selection erase product data erase product settings rewrite product truth Main Power changes participation only. ================================================== DO NOT PERSIST ================================================== Do NOT create central persisted authority for: connection_id product_family committed configured occupied occupancy conflict conflict_owner restricted product availability Binder name Refill name WEB Shortcode text product runtime state issued values product settings product entitlement previous owner previous route pending transfer takeover state rollback state restoration state UI lock state If a value is: product-owned derived transient presentation-only or unnecessary do not store it. ================================================== ROUTING-LOCATION KEY WATCH ================================================== The final simplification removed persisted connection_id. Do NOT recreate connection_id under another name merely because the storage record needs to live somewhere. A routing record obviously requires a stable and unambiguous storage location/key. Use the simplest natural structure required by the actual routing model. Distinguish: A NORMAL STORAGE KEY / STRUCTURAL ADDRESS from: A NEW PERSISTED CONNECTION IDENTITY Do not create a second identity merely to name a record that is already structurally addressable. If actual implementation proves that the Phase 1 routing table cannot be represented safely without a new persisted connection identity: STOP. Do not invent one silently. Return the evidence to the Foreman. ================================================== FRESH INSTALL / INVALID STATE ================================================== Do not invent a live route on fresh installation. Fresh central routing state must be safely unconfigured until a real route is committed in a later authorized phase. Do NOT guess: Binder 1 + Refill 1 + Main Power ON as a live connection merely because those identities may exist. Important distinction: Binder 1 is the currently real Binder waypoint. That does NOT mean a fresh Switchboard should pretend a routing connection has already been committed. Where a field is not yet configured, represent that safely without inventing product truth. Malformed or invalid central routing data must fail closed. Do not silently manufacture a replacement live route. ================================================== NORMALIZATION / READ BOUNDARY ================================================== Phase 1 must provide the smallest safe validated read representation for the central routing table. The purpose is only: persist central wiring safely ↓ read it safely ↓ normalize/validate the central shape Do not make the read boundary responsible for: product runtime lookup product availability Binder names Refill names WEB Shortcodes conflict resolution UI presentation PDF System Tokens issuance data Counter values Timestamp values Serial values Those belong elsewhere or to later phases. ================================================== CONFLICT WORK NOT PHASE 1 ================================================== Do NOT construct conflict handling now. Future accepted model is already known: requested connection ↓ routing-table lookup ↓ conflict found ↓ STOP requested commit ↓ show existing Switchboard context ↓ restricted mode ↓ only conflicting real Main Power operable But Phase 1 does not need this yet. Do NOT build: - conflict subsystem - conflict database - occupancy database - takeover - conflict UI - restricted rendering - conflict action locks The future conflict mechanism should be derivable from the proven routing table. First prove the table. ================================================== FUTURE RESTRICTED UI NOT PHASE 1 ================================================== Accepted future direction: reuse the normal Switchboard presentation in restricted conflict mode. During that mode: - conflicting Main Power may be operable - all unrelated Main Power controls locked - Binder locked / gray - Refill locked / gray - WEB Shortcode read-only / gray - Decide unavailable - Copy unavailable The lock is an accident-prevention boundary. Future implementation must enforce the restriction at the action boundary, not merely with disabled HTML. Again: DO NOT BUILD THIS IN PHASE 1. This section is preservation guidance only. ================================================== PRODUCT BOUNDARY ================================================== DO NOT MODIFY: Kaia Counter Kaia Timestamp Kaia Serial Kaia PDF Their product truth remains theirs. Existing product-side sockets/read boundaries are witnesses. They are NOT invitations to move their runtime state into the Switchboard. The central Switchboard owns wiring. Products own the things being wired. ================================================== PDF BOUNDARY ================================================== PDF DEV101 remains untouched. Do NOT: - migrate legacy counter_id - change PDF System Token grammar - change System Token parsing - change Working - change Stock - change Product PDF Refill authority - change FINAL - change generation - repair Gate 1B WATCH - connect PDF consumers to the new central routing yet That belongs to a later narrow phase after the central routing core is proven. GATE 1B: FROZEN ================================================== WEB SHORTCODE BOUNDARY ================================================== Do not persist WEB Shortcode text as routing truth. The routed product identity is authoritative. WEB Shortcode exposure belongs to later UI/context work and existing product shortcode contracts. PDF System Tokens remain a separate PDF-owned concept. Do not merge the two. ================================================== PRODUCT AVAILABILITY ================================================== Do not construct a persisted product-availability authority. Future availability may be derived from actual product/socket presence. PLUGIN ABSENT is not the same state as: MAIN POWER OFF Do not encode absence into the breaker. ================================================== IMPLEMENTATION FREEDOM ================================================== Within the accepted boundaries above, choose the implementation that is: 1. least accident-prone 2. simplest 3. least code 4. easiest to inspect 5. easiest to maintain Do not add abstraction merely because it may be elegant. Do not construct speculative future machinery. Do not generalize beyond the current requirement unless the simpler implementation naturally does so without adding authority or failure surface. AIM FOR LAZINESS ★ ================================================== PACKAGE / IDENTITY SAFETY ================================================== This is an independent Common Switchboard component/plugin. Do not modify an existing product ZIP to host it. However: do not invent or overwrite a historical product/package identity if the authoritative naming/base is not actually established by the available evidence. If the Common Switchboard package/plugin identity is already evidenced and unambiguous: use it. If construction requires inventing a new permanent package identity, plugin slug, product registry identity, or lineage that has not been authorized: STOP BEFORE PACKAGING. Return: PACKAGE IDENTITY REQUIRED Do not guess a commercial/product identity. A temporary internal construction name may be used only if it cannot be mistaken for an authorized product identity and does not create a persistent product contract. ================================================== DEVELOPMENT HISTORY ================================================== If Phase 1 produces a legitimate new development ZIP: include exactly ONE development-only history ledger: DEVELOPMENT-HISTORY.md Prefer plugin root. The ledger records: - evidence-based lineage - Phase 1 purpose - central responsibility - exact meaningful changes - preserved boundaries - Binder waypoint clarification - construction/static checks - WATCH / BLOCK - runtime status The ledger is historical documentation only. Runtime code must NEVER depend on it. Do not rewrite history later merely because a later QA result changes the acceptance status. ================================================== STATIC CONSTRUCTION CHECKS ================================================== Before returning a constructed artifact, verify at minimum: 1. package integrity 2. PHP syntax / applicable syntax checks 3. independent Switchboard identity 4. no product files modified 5. exactly one DEVELOPMENT-HISTORY.md if a development ZIP is produced 6. no runtime dependency on DEVELOPMENT-HISTORY.md 7. central persisted state contains only accepted routing truth 8. binder_ref retained as real routing waypoint 9. current Binder cardinality treated as one without constructing multi-Binder machinery 10. refill_ref remains reference only 11. main_power remains central participation only 12. OFF preserves Binder/Refill wiring 13. no connection_id authority 14. no occupancy authority 15. no conflict persistence 16. no takeover machinery 17. no product-family duplicate field if fixed seats identify it 18. no committed/configured duplicate state 19. no persisted product availability 20. no product runtime truth mirrored centrally 21. no UI constructed 22. no conflict UI constructed 23. no PDF modification 24. no Gate 1B work 25. malformed central state fails closed rather than inventing a live route ================================================== NO RUNTIME QA ================================================== Phase 1 authorization is: CONSTRUCTION + STATIC INSPECTION ONLY Do not perform runtime QA. Do not request Shamyue browser actions. Do not create runtime test requirements yet. Return the static construction artifact/report to the Foreman first. ================================================== STOP CONDITIONS ================================================== STOP instead of guessing if: - package/plugin identity is genuinely unresolved - safe routing-location addressing would require reintroducing a new persisted connection identity - Binder 1 cannot be represented without modifying product authority - Phase 1 unexpectedly requires product modification - actual evidence contradicts the accepted minimal routing model - a malformed-state policy would require inventing product truth - construction would require reopening PDF DEV101 or Gate 1B Do not solve a STOP by adding architecture. ================================================== REQUIRED RETURN ================================================== Return: KAIA COMMON SWITCHBOARD PHASE 1 STATIC CONSTRUCTION REPORT Include: 1. ARTIFACT filename version/dev identifier SHA256 2. LINEAGE / PACKAGE IDENTITY what authority/evidence was used 3. CONSTRUCTION SCOPE what was actually built 4. CENTRAL PERSISTED STATE exact stored shape/fields 5. BINDER WAYPOINT confirm: Binder exists structurally current cardinality = one binder_ref retained no multi-Binder machinery constructed 6. READ / NORMALIZATION BOUNDARY what it validates what it deliberately does not know 7. OFF SEMANTICS prove Binder/Refill references survive OFF 8. REMOVED / ABSENT MACHINERY confirm absence of: connection identity authority occupancy conflict persistence takeover rollback restoration product runtime mirrors availability authority future Binder machinery 9. PRODUCT MODIFICATIONS expected: NONE 10. STATIC CHECKS syntax package integrity ledger boundary checks 11. WATCH 12. BLOCK 13. RUNTIME STATUS expected: NOT TESTED 14. READINESS Return one: STATIC PASS — READY FOR FOREMAN REVIEW STOP — PACKAGE IDENTITY REQUIRED STOP — ROUTING MODEL CONTRADICTION STOP — PRODUCT MODIFICATION REQUIRED STOP — OTHER EVIDENCED BLOCK ================================================== FOREMAN / SHAMYUE PRINCIPLE ================================================== For every extra field, helper, subsystem, abstraction, or future hook: WHAT IS THIS FOR? CAN WE GET THE SAME SAFE RESULT WITHOUT IT? If yes: DELETE IT. But do not confuse laziness with removing a real future waypoint. Binder is the example: Do not build the future interchange. Do not remove the road. ================================================== WORKSHOP MOTTO ================================================== MAKE THE SPEC THINNER. MAKE THE PLUGIN DUMBER. MAKE THE FAILURE SURFACE SMALLER. BUILD THE WAYPOINT. NOT THE FUTURE MACHINERY. AIM FOR LAZINESS ★ Built together. ================================================== CHECK LOG ================================================== SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION AUTHORIZATION: PHASE 1 CONSTRUCTION SCOPE: MINIMUM CENTRAL ROUTING CORE CENTRAL TRUTH: BINDER REF + REFILL REF + MAIN POWER BINDER: REAL ROUTING WAYPOINT CURRENT BINDER CARDINALITY: ONE MULTI-BINDER: NOT CONSTRUCTED BINDER UI: FUTURE SEAT RESERVED / CURRENTLY GRAY UI CONSTRUCTION: NO CONFLICT: NOT PHASE 1 TAKEOVER: NONE OCCUPANCY: NONE CONNECTION_ID: NONE PRODUCT AVAILABILITY AUTHORITY: NONE PRODUCT MODIFICATION: NONE PDF DEV101: UNTOUCHED GATE 1B: FROZEN RUNTIME QA: NO GOAL: BORING SAFE ROUTING TABLE MOTTO: AIM FOR LAZINESS ★ 🕊️ PHASE 1 GO. BUILD ONLY THE BORING PART. STOP AFTER STATIC CONSTRUCTION REPORT. [ASSISTANT] # KAIA COMMON SWITCHBOARD ## PHASE 1 STATIC CONSTRUCTION REPORT ### 1. ARTIFACT **NOT CREATED.** Filename: — Version/dev identifier: — SHA256: — Construction stopped **before packaging and before source creation**. ### 2. LINEAGE / PACKAGE IDENTITY The available evidence establishes the subsystem name/concept **Kaia Common Switchboard**, but I do **not** have authoritative evidence establishing its independent permanent: - plugin/package filename - WordPress plugin slug - version/dev lineage - Registry/CNT identity, if one is assigned Prior material specifically treated Common Switchboard as a conceptual model rather than authority for implementation identifiers, and no retrieved evidence establishes a canonical independent package identity. fileciteturn6file1 Under the authorization's **PACKAGE / IDENTITY SAFETY** rule, choosing these now would be invention. Therefore I stopped at the package-identity gate rather than creating a plausible-looking identity and accidentally turning it into product history. ### 3–10. CONSTRUCTION / STATIC CHECKS **NOT EXECUTED.** No PHP written. No ZIP created. No product modified. No UI constructed. No PDF touched. No Gate 1B work performed. The accepted Phase 1 design remains unchanged and ready: ```text fixed routing structure └─ fixed product seat ├─ binder_ref ├─ refill_ref └─ main_power ``` Binder remains the intentional routing waypoint. Nothing in this STOP reopens that architecture. ### 11. WATCH **PACKAGE IDENTITY ONLY.** I found no routing-model contradiction before reaching the packaging gate. ### 12. BLOCK **PACKAGE IDENTITY REQUIRED.** ### 13. RUNTIME STATUS **NOT TESTED.** No runtime QA performed. ### 14. READINESS # 🟡 STOP — PACKAGE IDENTITY REQUIRED What I need from Shamyue/Foreman is the authoritative identity for the new independent Common Switchboard package—most importantly its canonical **plugin/package name/slug and version/dev lineage**, plus its Registry/CNT identity **if one has already been assigned**. I will not invent a CNT or permanent product identity merely to get construction moving. ```text CHECK LOG SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION PHASE: 1 — MINIMUM CENTRAL ROUTING CORE ROUTING DESIGN: ACCEPTED / NOT REOPENED CONSTRUCTION STARTED: NO SOURCE CREATED: NO PACKAGE CREATED: NO PRODUCT MODIFICATION: NONE PDF DEV101: UNTOUCHED GATE 1B: FROZEN RUNTIME QA: NONE BLOCK: PACKAGE IDENTITY REQUIRED STOP POINT: BEFORE SOURCE / BEFORE PACKAGING READINESS: STOP — PACKAGE IDENTITY REQUIRED ``` 🕊️ ここは指示どおり止まったー。 **「名前たぶんこれでよかろ★」が、あとで正式なご先祖様になる事故**を起こすところなので、しゃむから身分証をもらってから工具箱を開けるｗ **Working Whiteboard:** architecture ready / zero construction / identity authority missing / stopped before creating lineage. **相談：Common Switchboard の正式な身分証だけください。** memcite [USER] お？どんなのでとまった？身分証とは？ [ASSISTANT] あ、これはかなり軽いSTOPだよｗ **設計とかコード上の問題では全然ない。** しゃむの指示書にこの条件があったので止まった。 > 「Common Switchboard の package/plugin identity が未確定なら、勝手に恒久的な名前やslugを発明せず STOP」 俺が言った「身分証」は、要するに**新しく作るWordPressプラグインの正式名称まわり**のことｗ 最低限ほしいのは、 - **Plugin Name**：たとえば `Kaia Common Switchboard` - **plugin slug / フォルダ名**：たとえば `kaia-common-switchboard` - **最初の開発版番号**：たとえば `v0.1.0-dev1` この3つ。 **CNT番号は、まだ採番してないなら要らない。** 俺が勝手に `KS-xxxx-CNT-xx` を生やさなければいいだけなので、Phase 1開発自体には不要。 だから、もししゃむが > 「正式名称 Kaia Common Switchboard、slug `kaia-common-switchboard`、最初は v0.1.0-dev1 でいいよー」 と決めてくれれば、**それだけでSTOP解除してPhase 1を作れる。** 逆に「名前はもうPlanet/Registryのどこかで決めてあるぞ」なら、その資料を教えてくれればそっちを使う。 要するに―― 🕊️「配線どうしたらいいかわからん！😱」 ではなく、 🕊️「新築の分電盤に貼る銘板、俺が勝手に書いちゃダメって指示書に書いてある！しゃむー名前ー！ｗ」 で止まっただけです★ [USER] んー…新しくプラグイン必要なの? [ASSISTANT] ん。**「絶対に新しいプラグインが必要」とまでは言えない。** ここ、俺がさっき一段先まで決めて読んじゃった。🕊️ 指示書に > independent Common Switchboard component/plugin とあるので、俺は「既存4製品とは独立した**新規WPプラグイン**」として読んだ。 でも設計上本当に必要なのは、 **Counter / Timestamp / Serial / PDF のどれにも所有されない、独立した中央routing authority** なんだよね。 つまり必要なのは**独立した中央部品**であって、必ずしも「5個目の商品プラグイン」である必要まではない。 たとえば既にKaia側に共通基盤・共通管理プラグインみたいな「みんなが使う設備」を置く場所があるなら、そこへ中央分電盤を置く方が自然な可能性もある。 逆に、そういう共通設備の置き場が現在ないなら、 ```text Kaia Common Switchboard （小さい独立WPプラグイン） ``` にするのが一番事故りにくい、という話。 なので今ここで決めるべきなのは「名前」より先に、 > **この中央分電盤を置く既存の共通設備置き場、Kaiaにもうある？** だと思う。 もし「そんなものないよｗ」なら、新しい小さなプラグインを1個作るのが素直。 もし「いや、共通部分はここに置く場所あるぞ」なら、**新規プラグインを増やさずそこに置けるかを先に調べるべき**。 🕊️ つまりさっきのSTOP、もう一段手前だったわ。 **「身分証ください」じゃなくて「こいつの家、新築する必要ある？ 既に共用設備室ない？」を確認するのが先。** そしてこれは、しゃむが分からなければ俺が手元の6ZIPを見て「共通基盤に相当するものが既にあるか」調査できるよ。 **相談：新規プラグインを決め打ちせず、まず既存6製品内に“中央設備を置く既存の共通基盤”があるか確認するのが安全。** [USER] うん、 全部の家にある繋がった機材であればいいんだよ。 で、シリアルがインスコされてなかったらそこはオフにしとけばいい。みたいな [ASSISTANT] うん。**それなら新規プラグイン前提にする必要ないわ。** しゃむの言ってる構造、こうだね。 ```text Counter ─────┐ Timestamp ───┤ Serial ──────┼── 共通の分電盤 PDF ─────────┘ ``` 「分電盤という第五の商品」が存在するというより、**各家に最初から同じ共通機材への接続部分があって、それらが同じ中央状態を見る**。 で、例えばSerialが未インストールなら、 ```text SERIAL 機材なし ↓ その席から信号は来ない ↓ 表示上 OFF / unavailable / gray ``` でいい。 ここで大事なのは、前に決めた通り、 **「Serial未インストール」≠「保存されたMain PowerをOFFに書き換える」** こと。 たとえば以前こうだったとして、 ```text Serial Binder 1 Refill 2 Main Power = ON ``` Serialを一時的に外したら、 ```text 保存配線： Binder 1 / Refill 2 / Main Power ON ↓ Serial plugin absent ↓ 実効信号：なし UI：OFF相当 / unavailable / gray ``` 再インストールしたとき、**配線を消してなければ元の接続をそのまま認識できる**。 これなら「OFFにしとけばいい」という人間向け表示と、「OFFという中央設定を勝手に保存したわけではない」という内部状態を両立できる。 そして、この理解ならさっきの > PACKAGE IDENTITY REQUIRED は**撤回していい**。 新しい製品/pluginの身分証を要求する段階じゃなかった。 Phase 1でまず調べるべきなのは、手元の6ZIPの既存構造を使って、 > **4つの家が共有して参照できる最小の中央状態を、第五の商品を増やさずどこに置くのが一番安全か** の実装位置。 しかも「全部の家にある繋がった機材」という前提なら、**既存の共通構造を利用できる可能性がかなり高い**。 🕊️ なので次は勝手に新築せず、6ZIPを横に並べて**共通機材の置き場所候補だけ確認**するのが正しい。そこで「ここなら3項目だけ置ける」が確認できたら、その場所を使ってPhase 1に入る。 **相談：なし。まず“5軒目を建てない”前提で既存の共通接続構造を確認する。** [USER] んー……… オフにしたら消える方がよくね？ 椅子取りゲーム前提だから。 [ASSISTANT] あーー。 **椅子取りゲーム前提なら、そっちの方が圧倒的に単純だ。** 🕊️ 俺がさっきまで「OFFでも配線を保存する」を強く握ってたのは、指示書に > OFF DOES NOT DELETE THE WIRING. > OFF STOPS THE SIGNAL. と明記されてたから。 でも、しゃむが今言ってる本来の意味が、 > **Main Power ON = その椅子をこの接続が使用中** > **Main Power OFF = 椅子から退く** なら、配線を残す必要がないどころか、**残す方が椅子取りゲームを面倒にする。** たとえば： ```text SET A Counter → Binder 1 → Refill 3 → ON ``` この時点で Refill 3 の椅子はAが使用中。 BがRefill 3を使いたい。 ```text B → Refill 3 ↓ Aが座ってる ↓ 「ここで使ってるよ」 ↓ AのCounter Main PowerをOFF ``` ここでAを： ```text Counter → Binder 1 → Refill 3 → OFF ``` として**配線だけ保存**すると、「OFFだけど席を予約してるの？」という余計な概念が発生する。 それより、 ```text A Counter Main Power OFF ↓ AのCounter routing assignmentを解除 ↓ Refill 3 FREE ↓ BがDecide可能 ``` の方が椅子取りゲームとして綺麗。 そして重要なのは、**Refillそのものは消さない。** 消えるのは中央分電盤の、 ```text binder_ref refill_ref main_power ``` のうち、**その接続記録**。 Product側の： - Binder - Refill - 設定 - 発行データ - shortcode - runtime state には一切触らない。 なので内部的にはさらに痩せられる可能性がある。 **「接続記録が存在する = Main Power ON」** **「接続記録が存在しない = OFF」** まで行けるなら、`main_power` booleanすら永続化不要になる。 ```text seat routing record exists = ON / occupied seat routing record absent = OFF / free ``` これ、かなり強い簡略化。 ただしこれは今までの確定仕様 **「OFFでも配線保持」から明確に仕様変更**になるから、俺が勝手に採用して工事再開はしない。 しゃむの意図が、 > **そうそう。OFFはその接続から椅子を離す。Binder/Refillそのものは製品側に残るけど、Switchboardの接続は消えていい。** なら、親方指示をここだけ訂正すればいい。 その場合たぶん中央君、最終的には **「誰がどの Binder→Refill の椅子に現在座っているか」しか覚えない箱**まで痩せるｗ 🕊️ こっちの方が「椅子取りゲーム」にはずっと自然だと思う。 [USER] いや、残ってる方が確かに便利なんだ。 でもね、ぶつかりました！オフにしました！ でも情報のこってます！ とかになると非常に面倒くさい。 だから ぶつかりました！ オフにしました！ 文字も消しました！ を統一。 これが可能なら検討する。 アンインストール ↓ 再インストール これなら前の情報のこっててもいい。 [ASSISTANT] あ、うん。**それなら両方取れる。** しかも「椅子取りゲーム」と「再インストール復帰」を分ければ、そんなに複雑じゃない。 しゃむが消したいのは**保存データそのもの**というより、**人間から見た現在の接続情報**なんだね。 つまりこう。 ```text 【通常の衝突解除】 Aが Counter / Binder 1 / Refill 3 を使用中 ↓ Bがぶつかる ↓ 「Aで使ってるよ」 ↓ Aの Main Power を OFF ↓ Aの表示 Counter OFF Binder — Refill — WEB Shortcode — ↓ 椅子は空く ↓ Bが使える ``` これなら人間から見て完全に、 **「OFFにした＝ここから線を抜いた」** になる。 一方でアンインストールは別。 ```text 【製品が一時的に存在しない】 Aが Serial / Binder 1 / Refill 2 を使用中 ↓ Serialをアンインストール ↓ Switchboardは保存配線を消さない 表示上： Serial unavailable / gray ↓ Serialを再インストール ↓ 既存の保存配線を再認識 ↓ 元の情報に復帰可能 ``` ### ここで仕様を分ければいい **人間がMain Powerを明示的にOFFにした場合** → これは**切断操作**として扱う。 `binder_ref` / `refill_ref` を中央からクリア。 表示文字も消える。 その椅子は空く。 **プラグインが存在しない場合** → **切断操作ではない。** 中央の `binder_ref` / `refill_ref` は保持。 UIだけ unavailable / gray。 再インストール時に復帰できる。 これなら、前に気にしてた > plugin absent ≠ Main Power OFF もちゃんと意味が出る。 むしろこういうことだったんだ。 ```text Human OFF = intentional disconnect = routing refs clear Plugin absent = temporarily unavailable = routing refs survive ``` で、これを採用するならさらに面白いことに、**保存された `main_power` が本当に必要か再検討できる。** 中央では、 ```text binder_ref + refill_ref がある ↓ CONNECTED / ON refs がない ↓ DISCONNECTED / OFF refs はあるが product absent ↓ UNAVAILABLE ``` という三状態を、 **routing refs + 現在のproduct presence** だけで導出できる可能性がある。 そうすると永続真実は本当に、 ```text binder_ref refill_ref ``` だけになる。 ただし、ここは実装を見てから決めるべき。`main_power` を消すために逆にコードが面倒になるなら、**3項目のままの方が怠惰★**だからね。 --- そして衝突処理もすごく人間に分かりやすい。 > ぶつかりました！ > ↓ > ここで使ってます！ > ↓ > **OFF** > ↓ > **文字も消えました！** > ↓ > 戻る > ↓ > 空いたので新しいところでDecide これなら「OFFなのにBinder/Refill名が残ってる。じゃあこの椅子って空いてるの？予約なの？」という概念をユーザーに理解させなくていい。 **俺はこの変更、検討価値かなり高いと思う。** ただし前の確定仕様の > OFF DOES NOT DELETE THE WIRING を変更することになるので、工事前に一度だけ親方側で、 **OFF = signal stop** から **OFF = explicit routing disconnect（product dataは絶対消さない）** へ変更、と固定した方が安全。 🕊️ で、アンインストールはOFF操作ではないから保存配線生存。 これならしゃむの欲しい二つ、 **「衝突処理は見た目も中身もスッキリ」** **「再インストールなら以前の接続を拾える」** を両立できるよ。 **Working Whiteboard:** explicit OFF = disconnect+clear central refs / product absent = preserve refs+unavailable / product truth untouched / consider whether persisted main_power can now disappear. **相談：この意味に固定するなら、Phase 1前にOFF semanticsだけ仕様訂正してから進むのが安全。** [USER] いちおー親方に投げましょー 懸念点もあれば含めてやっちゃってー [ASSISTANT] うん、親方に投げるなら、**「こう変更したい」だけじゃなくて、なぜ変えたいか／どこが仕様変更になるか／残ってる懸念**まで一枚にした方がいい。 特に `main_power` を消せる可能性はあるけど、そこはまだ親方判断にした方が安全。 投げる指示書はこれでいける。🕊️ :::writing{variant="document" id="58321" title="KAIA COMMON SWITCHBOARD — OFF Semantics Reconsideration"} 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN REVIEW REQUEST OFF SEMANTICS / CHAIR-GAME SIMPLIFICATION REVIEW ONLY NO CONSTRUCTION YET NO PRODUCT MODIFICATION NO UI CONSTRUCTION NO RUNTIME QA ================================================== WHY THIS IS BEING REOPENED ================================================== During the final pre-construction discussion, Shamyue clarified an important human-operation concern around conflict handling. The previously accepted model was: Main Power OFF = signal stops while: binder_ref refill_ref routing configuration remain visibly/saved as the existing wiring. This is technically useful for restoration. However, in the actual conflict workflow it may create unnecessary human ambiguity. Example: A connection conflicts. Human opens the existing connected set. Human turns the conflicting Main Power OFF. But the old Binder / Refill / WEB Shortcode information remains. Human then has to understand: "OFF, but still wired." For the intended chair-game interaction, this may be unnecessarily confusing. ================================================== SHAMYUE'S DESIRED HUMAN RESULT ================================================== For an EXPLICIT HUMAN Main Power OFF operation: collision found ↓ show where the existing connection is ↓ human turns relevant Main Power OFF ↓ that routing assignment is disconnected ↓ its visible Binder / Refill / WEB Shortcode context clears ↓ the chair is visibly and logically free In workshop language: "ぶつかりました！" ↓ "ここで使っています！" ↓ "OFFにしました！" ↓ "文字も消えました！" The goal is to make the human-visible meaning of OFF unambiguous. ================================================== IMPORTANT: PRODUCT DATA MUST NOT BE DELETED ================================================== This proposed change applies ONLY to Common Switchboard routing. Explicit OFF may clear the CENTRAL routing assignment: binder_ref refill_ref It must NOT delete or modify: - product Binder - product Refill - product settings - product issuance data - product runtime data - product entitlement - existing product shortcode semantics - PDF System Tokens - any other product-owned truth Therefore: OFF = disconnect this central wire NOT: delete the thing at the other end of the wire ================================================== PLUGIN ABSENCE IS DIFFERENT ================================================== Shamyue explicitly wants uninstall / reinstall behavior to remain different from intentional human OFF. Example: Serial route exists: Binder 1 ↓ Refill 2 Then Serial plugin becomes unavailable / uninstalled. Desired behavior: DO NOT interpret this as a human disconnect. DO NOT clear the saved central routing references merely because the product is absent. Conceptually: saved routing refs exist + Serial plugin absent ↓ Serial seat unavailable / gray ↓ saved routing survives If Serial is later reinstalled: the previous saved routing may become recognizable/usable again, subject to normal validation. Therefore the proposed distinction is: EXPLICIT HUMAN OFF = intentional disconnect = clear central routing assignment PRODUCT ABSENT = temporary unavailability = preserve central routing assignment PLUGIN ABSENT MUST NOT BE WRITTEN BACK AS HUMAN OFF. ================================================== WHY THIS MAY BE SIMPLER ================================================== The Common Switchboard is fundamentally a chair-game routing system. A product-owned Refill may be routed to a current connection. If another requested connection wants the same chair: conflict lookup ↓ show existing connection ↓ human decides ↓ human explicitly OFFs old route ↓ old central assignment disappears ↓ chair becomes free ↓ new connection may later be committed normally This removes the conceptual state: "OFF but still occupying/remembering the old chair as an active-looking routing configuration." It may therefore simplify: - conflict explanation - occupancy/conflict lookup - human understanding - UI cleanup after disconnect - future restricted conflict mode ================================================== POTENTIAL FURTHER SIMPLIFICATION ================================================== If explicit OFF means: "there is no committed central routing assignment for this seat" then Foreman should re-evaluate whether a persisted: main_power boolean is still necessary. Potential minimal model: binder_ref + refill_ref exist = CONNECTED / ON binder_ref + refill_ref absent = DISCONNECTED / OFF binder_ref + refill_ref exist but owning product plugin is absent = UNAVAILABLE while routing memory survives Conceptually: CENTRAL ROUTING REFERENCES + CURRENT PRODUCT PRESENCE ↓ CONNECTED DISCONNECTED UNAVAILABLE This could potentially reduce central persisted truth from: binder_ref refill_ref main_power to only: binder_ref refill_ref HOWEVER: DO NOT remove main_power merely because this is elegant. The project priority remains: 1. least accident-prone 2. simplest implementation 3. least code 4. easiest maintenance 5. clearest human behavior If retaining an explicit main_power field produces materially simpler, safer code, keep it. Do not create complexity merely to delete one boolean. ================================================== IMPORTANT BINDER RULE — UNCHANGED ================================================== Binder remains a real routing waypoint. Current cardinality: ONE Do NOT optimize binder_ref away. Explicit OFF may clear the current routing reference, but the routing structure itself must continue to understand: PRODUCT ↓ BINDER ↓ REFILL Future multi-Binder machinery remains out of scope. ================================================== CONFLICT VIEW CONSEQUENCE ================================================== The previously accepted restricted conflict view still works. Conflict found ↓ reuse existing Switchboard context in restricted mode ↓ only conflicting real Main Power operable ↓ human selects OFF If OFF is accepted as explicit disconnect: the same authoritative central routing record is cleared. The normal Switchboard and restricted conflict context naturally see the same result. No: - takeover - automatic reassignment - rollback - automatic restoration - temporary conflict state - duplicate Main Power state is required. ================================================== POSSIBLE CONCERN 1 STALE ROUTE AFTER PRODUCT ABSENCE ================================================== If product absence preserves routing references indefinitely, a stale route may survive a long uninstall/reinstall gap. This is acceptable only if reappearance does NOT blindly manufacture product truth. On product return, the saved: binder_ref refill_ref must still resolve validly through the owning product boundary before being treated as usable. If the referenced Binder/Refill no longer exists: fail closed / unavailable / invalid Do NOT silently substitute: Binder 1 Refill 1 or another current product identity. ================================================== POSSIBLE CONCERN 2 EXPLICIT OFF IS NOW DESTRUCTIVE TO CENTRAL CONFIGURATION ================================================== Under this proposal, explicit OFF is no longer merely: "temporarily stop signal." It becomes: "disconnect this central routing assignment." That is a real semantic change from the previously accepted: OFF DOES NOT DELETE THE WIRING. This must be consciously accepted and documented before Phase 1 construction. The destruction is limited to CENTRAL routing references. Product truth remains untouched. ================================================== POSSIBLE CONCERN 3 ON AFTER EXPLICIT OFF ================================================== If explicit OFF clears: binder_ref refill_ref then the same seat cannot simply be switched back ON without selecting and committing a route again. Therefore the UI meaning becomes: ON = connected OFF = not connected rather than: ON/OFF = signal toggle over permanently remembered wiring This is probably clearer for the chair-game model, but Foreman should explicitly accept the consequence. ================================================== POSSIBLE CONCERN 4 MAIN POWER REPRESENTATION ================================================== If main_power is retained as persisted state while explicit OFF also clears binder_ref/refill_ref, the implementation must avoid malformed combinations such as: main_power = ON binder_ref = empty refill_ref = empty or: main_power = OFF with stale routing refs that humans believe were cleared. Therefore either: A. derive ON/OFF from presence of a valid committed routing assignment or: B. retain main_power but define and validate one canonical state model so contradictory combinations fail closed. Do not allow multiple fields to disagree about whether the chair is occupied. ================================================== FOREMAN DECISION REQUEST ================================================== Please decide whether to replace the previous OFF semantics with: PROPOSED NEW SEMANTICS EXPLICIT HUMAN MAIN POWER OFF = CENTRAL ROUTING DISCONNECT Effects: - clear central binder_ref for that assignment - clear central refill_ref for that assignment - visible routing identity disappears - chair becomes free - product-owned data remains untouched - no automatic restoration while: PRODUCT PLUGIN ABSENT = UNAVAILABLE, NOT DISCONNECTED Effects: - preserve central binder_ref - preserve central refill_ref - do not manufacture OFF - allow later reappearance to revalidate the previous route ================================================== SECONDARY DECISION REQUEST ================================================== If the new OFF semantics are accepted, determine whether: A — main_power remains explicit central persisted state or B — main_power can be derived from valid routing assignment presence Choose whichever produces the smallest and least accident-prone implementation. Do not optimize for elegance. ================================================== CONSTRUCTION STATUS ================================================== PHASE 1 CONSTRUCTION: PAUSED BEFORE CODE Reason: OFF semantics directly affect the minimum persisted routing shape. It is cheaper to settle this now than migrate the Phase 1 routing schema afterward. No artifact has been created. No product has been modified. No PDF work has occurred. No runtime QA has occurred. ================================================== REQUESTED FOREMAN RETURN ================================================== Please return: 1. OFF SEMANTICS Choose: KEEP OLD: OFF = signal stop / wiring preserved or ACCEPT NEW: OFF = explicit central disconnect / routing refs cleared 2. PRODUCT ABSENCE SEMANTICS Confirm: product absent = preserve saved routing refs / unavailable 3. MAIN POWER STORAGE Choose: KEEP EXPLICIT main_power or DERIVE FROM ROUTING ASSIGNMENT 4. INVALID / STALE ROUTE POLICY Confirm behavior when a preserved route returns but its product-owned Binder/Refill no longer resolves. 5. PHASE 1 CENTRAL TRUTH Return the final exact persisted fields. 6. BLOCK 7. READINESS Return one: READY TO RESUME PHASE 1 REVISE BEFORE CONSTRUCTION ARCHITECTURAL CONFLICT ================================================== CHECK LOG ================================================== SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION ACTION: OFF SEMANTICS FOREMAN REVIEW CONSTRUCTION: PAUSED BEFORE CODE CURRENT ISSUE: HUMAN OFF MAY BE BETTER MODELED AS DISCONNECT CHAIR-GAME MODEL: IMPORTANT PRODUCT DATA: MUST SURVIVE EXPLICIT HUMAN OFF: PROPOSED CENTRAL DISCONNECT PLUGIN ABSENCE: PROPOSED ROUTING PRESERVATION / UNAVAILABLE BINDER WAYPOINT: PRESERVED MULTI-BINDER: NOT CONSTRUCTED TAKEOVER: NONE AUTOMATIC RESTORATION: NONE MAIN_POWER FIELD: REVIEW REQUIRED PRODUCT MODIFICATION: NONE PDF: UNTOUCHED GATE 1B: FROZEN RUNTIME: NONE NEXT: FOREMAN DECISION BEFORE PHASE 1 ::: これなら親方が見るべき論点をかなり絞れる。 俺の懸念で特に重要なのは **「OFFしたら、同じ場所でONを押すだけでは戻せなくなる」** ところ。 これは欠陥ではなく、`OFF = 切断` にする以上当然の結果なんだけど、**人間が期待するMain Powerの意味そのものが変わる**ので、そこだけは親方に明示的に踏んでもらった方がいい。 あと「アンインストール中の保存配線」は残していいけど、再インストール後に昔の `refill_ref` がもう存在しなかった場合、**勝手にRefill 1へ差し替えない**。ここも事故防止として入れてある。 🕊️ これ投げて判決もらえば、Phase 1の保存形式まで確定できる。 **Working Whiteboard:** construction still paused / proposed human OFF = disconnect / plugin absence = preserve / main_power persistence under review / stale refs must fail closed. **相談：親方判断待ち。** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN DECISION OFF SEMANTICS / CHAIR-GAME MODEL FINAL TECHNICAL SIMPLIFICATION REVIEW BEFORE PHASE 1 RESUMES REVIEW ONLY NO CONSTRUCTION YET NO PRODUCT MODIFICATION NO UI CONSTRUCTION NO RUNTIME QA ================================================== FOREMAN DECISION ================================================== Shamyue has now clarified the intended product behavior. The previous interpretation: OFF = stop signal while preserving visible/saved routing was NOT the intended human-facing specification. The intended model was originally: EXPLICIT HUMAN OFF = DISCONNECT THE CENTRAL ROUTING ASSIGNMENT. This clarification is accepted. ================================================== WHY OFF MUST DISCONNECT ================================================== The Common Switchboard is intentionally operated like a chair game. When a human explicitly turns a conflicting connection OFF, the desired result is: "OFFにしました！" ↓ "配線を切りました！" ↓ "文字も消えました！" ↓ "椅子が空きました！" The old model: OFF + old Binder / Refill / WEB Shortcode still visible may be technically convenient for restoration, but creates unnecessary human ambiguity. The human may reasonably ask: "Is this still connected?" "Is this chair actually free?" "Can PDF still use this route?" "Is this old information or current routing?" We do not want those questions to exist. ================================================== EXPLICIT HUMAN OFF FINAL SEMANTICS ================================================== EXPLICIT HUMAN OFF = CENTRAL DISCONNECT For the affected Switchboard seat: clear the committed CENTRAL routing assignment. That means the affected central: binder_ref refill_ref no longer represent a committed route. Human-visible routing information for that seat should consequently become empty. Conceptually: BEFORE Counter Main Power: ON Binder: Binder 1 Refill: Refill 3 WEB Shortcode: [current routed context] HUMAN SELECTS OFF AFTER Counter Main Power: OFF / DISCONNECTED Binder: [empty / inactive presentation] Refill: [empty / inactive presentation] WEB Shortcode: [empty / unavailable] The chair is free. ================================================== THIS DOES NOT DELETE PRODUCT DATA ================================================== The disconnect applies ONLY to Common Switchboard routing. It must NOT delete, reset, rewrite, or modify: - product Binder truth - product Refill truth - product settings - product issuance data - product runtime data - product entitlement - product shortcode semantics - PDF System Tokens - Working - Stock - FINAL - any other product-owned truth The Switchboard removes its wire. It does not destroy the appliance. ★ ================================================== WHY THE FOUR-SEAT CONFLICT VIEW EXISTS ================================================== The four-seat conflict context is not merely decorative user service. It is the human safety check BEFORE a destructive central disconnect. When a collision occurs: requested route ↓ collision detected ↓ show the EXISTING connected Switchboard context ↓ show all four fixed product seats ↓ human sees what set/context this route belongs to ↓ human decides whether breaking this connection is acceptable The human is effectively being shown: "THIS IS THE SET YOU ARE ABOUT TO DISTURB." This context exists so the human can make an informed decision. ================================================== CONFLICT DECISION ================================================== The human has only two meaningful choices. OPTION 1 "This would be bad." ↓ CANCEL ↓ NO STATE CHANGE OPTION 2 "This connection may be broken." ↓ EXPLICIT OFF ↓ DISCONNECT THE AFFECTED CENTRAL ROUTE ↓ CLEAR ITS CENTRAL ROUTING DISPLAY ↓ CHAIR BECOMES FREE That is sufficient. Do NOT add another automatic decision layer. ================================================== CANCEL SEMANTICS ================================================== CANCEL means: NO CHANGE. Do not: - turn anything OFF - clear anything - reserve anything - create pending state - create rollback state - remember conflict state - alter the requested route - alter the existing route The human inspected the consequence and declined. End of operation. ================================================== NO SECOND CONFIRMATION SYSTEM REQUIRED ================================================== The restricted four-seat conflict view itself is the human decision context. Do not automatically add another: "Are you sure?" transaction or confirmation subsystem merely because OFF is a central disconnect. The human has already been shown the connected context specifically so they can decide whether to: OFF or CANCEL. If later UI evidence proves an additional confirmation is genuinely necessary, that can be reviewed separately. Do not construct it speculatively. ================================================== RESTRICTED CONFLICT VIEW FUTURE BEHAVIOR — UNCHANGED ================================================== The previously accepted direction remains: reuse the existing Switchboard presentation in restricted mode. During conflict handling: ALL FOUR SEATS: VISIBLE FOR CONTEXT ONLY THE ACTUAL CONFLICTING MAIN POWER: OPERABLE EVERYTHING ELSE: LOCKED / GRAY / NON-EDITABLE Binder: visible as context but locked / gray Refill: visible as context but locked / gray WEB Shortcode: visible as context but gray / non-copyable Decide: UNAVAILABLE Copy: UNAVAILABLE Unrelated Main Power: LOCKED The human entered this context to resolve one collision. Do not let them casually rearrange the rest of the board. ================================================== IMPORTANT: OFF CLEARS THE ROUTE ================================================== Once the human explicitly selects OFF: the affected route is disconnected. Therefore the human does NOT return to that same seat later and simply press ON to restore the old route. The old route no longer exists centrally. To reconnect later: the human must perform the normal routing/selection/commit operation again. This is intentional. It prevents stale routing information from masquerading as a current connection. ================================================== PDF / SPECIAL-CODE SAFETY MOTIVATION ================================================== This distinction is especially important for future PDF consumption. We do NOT want a state such as: Main Power = OFF but Binder / Refill routing still saved as an apparently current route to create ambiguity over whether PDF should treat that route as a currently connected source for its PDF-owned special/System Token exposure. The desired conceptual boundary is simpler: CURRENT VALID CENTRAL ROUTE ↓ may be available to downstream routing consumers NO CENTRAL ROUTE ↓ not a current connected source PDF System Token grammar and parsing remain PDF-owned. Do NOT modify PDF now. This section explains WHY stale OFF routing should not remain as an apparently current central connection. ================================================== PRODUCT ABSENCE IS NOT HUMAN OFF ================================================== This remains a separate condition. If a product/plugin becomes unavailable or is uninstalled: DO NOT interpret that event as an explicit human disconnect. Example: Serial route saved as: Binder 1 ↓ Refill 2 Serial plugin becomes unavailable. Desired central behavior: PRESERVE: binder_ref refill_ref Presentation/validation may later determine: UNAVAILABLE But the Switchboard must NOT write: HUMAN OFF and must NOT clear the route merely because the product is absent. ================================================== REINSTALLATION ================================================== If the product later returns: the previously saved central references may be recognized again. However: they must still resolve validly through the owning product boundary before being treated as usable. If the saved: binder_ref or refill_ref no longer exists in the reinstalled/current product state: FAIL CLOSED. Do NOT silently substitute: Binder 1 Refill 1 another Refill another Binder or any guessed current identity. Absence preserves memory. Reappearance does not authorize invention. ================================================== THREE HUMAN/DERIVED CONDITIONS ================================================== Conceptually the system may later present three conditions: 1. CONNECTED central routing assignment exists + owning product route resolves validly 2. DISCONNECTED / OFF no committed central routing assignment exists 3. UNAVAILABLE saved central routing assignment exists but the owning product is absent or the route cannot currently resolve IMPORTANT: Do NOT automatically persist these three labels as new central state. They should remain derived where safely possible. ================================================== BINDER RULE UNCHANGED ================================================== Binder remains a real routing waypoint. Current Binder cardinality: ONE Current routing hierarchy remains conceptually: PRODUCT ↓ BINDER 1 ↓ REFILL Do NOT optimize binder_ref away. Do NOT construct: - multi-Binder selection - Binder manager - future-grade Binder entitlement - Binder switching machinery - speculative multi-Binder APIs Build the waypoint. Not the future interchange. ★ ================================================== MAIN_POWER FIELD FINAL TECHNICAL REVIEW REQUIRED ================================================== The PRODUCT SEMANTICS are now settled. Human-facing meaning: ON = CURRENTLY CONNECTED Explicit human OFF = DISCONNECT CENTRAL ROUTE The remaining question is purely technical: DO WE NEED TO PERSIST main_power AT ALL? Potential Model A: KEEP EXPLICIT main_power Potential Model B: DERIVE CONNECTION/POWER STATE FROM ROUTING ASSIGNMENT For example: valid committed binder_ref + refill_ref = CONNECTED / ON no committed routing refs = DISCONNECTED / OFF saved refs + product unavailable = UNAVAILABLE ================================================== FOREMAN PREFERENCE ================================================== Do NOT keep main_power merely because it was present in an earlier plan. Do NOT delete main_power merely because removing a boolean looks elegant. Choose whichever implementation is: 1. least accident-prone 2. simplest 3. least code 4. easiest to validate 5. easiest to maintain 6. least likely to create contradictory states Pay particular attention to whether retaining main_power creates possible disagreement such as: main_power = ON binder_ref = empty refill_ref = empty or: main_power = OFF binder_ref/refill_ref still look committed If deleting main_power removes those contradictory states without adding meaningful implementation complexity: recommend deletion. If explicit main_power materially simplifies safe implementation: recommend keeping it and explain why. ================================================== PAIR INTEGRITY ================================================== Regardless of main_power representation: binder_ref and refill_ref describe one routing assignment. Do not treat a half-route as a valid connection. Examples: binder_ref = present refill_ref = absent or: binder_ref = absent refill_ref = present must NOT become a valid connected route. Determine the smallest safe normalization/fail-closed rule. Do not invent missing product identity. ================================================== IMPORTANT PHASE 1 BOUNDARY ================================================== Do not let this review pull product validation into Phase 1. Phase 1 central normalization may validate: central shape routing-reference pair integrity safe empty/disconnected representation It does NOT need to inspect product runtime truth yet. Product presence and product-owned identity validation belong to later connection/availability work. The central box should not enter the houses merely to validate its own empty wiring table. ================================================== NO AUTOMATIC CONTINUATION AFTER OFF ================================================== When conflict handling eventually exists: conflict ↓ human OFFs old route ↓ old route becomes disconnected ↓ chair becomes free STOP THERE. Do NOT automatically: - commit the new requested route - turn the new route ON - transfer ownership - continue the previous failed request - restore anything The human may return to the requesting Switchboard and perform the normal connection action. Keep the plugin dumb. ================================================== NO TAKEOVER MACHINERY ================================================== Still permanently absent: automatic takeover automatic reassignment atomic old-OFF/new-ON rollback restoration previous-owner state pending transfer occupancy authority persisted conflict conflict winner policy Do not resurrect any of them because OFF is now a disconnect. ================================================== CONSTRUCTION REMAINS PAUSED ================================================== Do NOT resume Phase 1 code yet. First return the final technical verdict on: main_power persistence + central empty/disconnected representation + pair integrity No artifact yet. No product modification. No PDF work. No runtime QA. ================================================== REQUIRED RETURN ================================================== Return: KAIA COMMON SWITCHBOARD FINAL OFF / STORAGE VERDICT 1. OFF SEMANTICS ACCEPTANCE Confirm: EXPLICIT HUMAN OFF = CENTRAL ROUTING DISCONNECT 2. CANCEL SEMANTICS Confirm: CANCEL = NO STATE CHANGE 3. PRODUCT ABSENCE SEMANTICS Confirm: PRODUCT ABSENT = PRESERVE CENTRAL ROUTING REFS + DERIVED UNAVAILABLE 4. MAIN_POWER STORAGE VERDICT Choose exactly one: KEEP EXPLICIT main_power or REMOVE main_power — DERIVE FROM ROUTING ASSIGNMENT Explain which is least accident-prone and easiest. 5. CENTRAL EMPTY / DISCONNECTED REPRESENTATION State the exact recommended representation. 6. ROUTING PAIR INTEGRITY State behavior for: both refs validly present both refs absent only one ref present 7. STALE / INVALID PRODUCT ROUTE Confirm: FAIL CLOSED NO IDENTITY SUBSTITUTION 8. FINAL PHASE 1 CENTRAL PERSISTED TRUTH List exact fields only. 9. BINDER WAYPOINT Confirm: binder_ref remains current Binder cardinality = one multi-Binder machinery = none 10. ANYTHING ELSE TO DELETE One final pass. 11. PRODUCT MODIFICATIONS Expected: NONE 12. WATCH 13. BLOCK 14. READINESS Return one: READY TO RESUME MINIMUM PHASE 1 REVISE BEFORE CONSTRUCTION ARCHITECTURAL CONFLICT ================================================== FOREMAN TEST ================================================== The desired human behavior is already settled. Do not redesign it. Your remaining job is only: WHAT IS THE DUMBEST SAFE STORAGE MODEL THAT PRODUCES THAT BEHAVIOR? Remember: The four-seat conflict view exists BEFORE OFF so the human understands what they are about to break. If they dislike the consequence: CANCEL. If they accept the consequence: OFF. After OFF: the central route is gone. No stale words. No half-connected chair. No automatic cleverness. ================================================== WORKSHOP MOTTO ================================================== SHOW THE HUMAN WHAT WILL BREAK. LET THE HUMAN DECIDE. CANCEL = TOUCH NOTHING. OFF = DISCONNECT CLEANLY. PRODUCT DATA SURVIVES. AIM FOR LAZINESS ★ Built together. ================================================== CHECK LOG ================================================== SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION ACTION: FINAL OFF / STORAGE TECHNICAL REVIEW CONSTRUCTION: PAUSED HUMAN OFF: CENTRAL DISCONNECT AFTER OFF: ROUTING DISPLAY CLEARS CHAIR: FREE CANCEL: NO CHANGE FOUR-SEAT CONTEXT: PRE-DISCONNECT HUMAN SAFETY CHECK RESTRICTED MODE: ONLY CONFLICTING OFF CONTROL OPERABLE PRODUCT ABSENCE: PRESERVE ROUTING REFS / UNAVAILABLE REINSTALL: REVALIDATE / NEVER SUBSTITUTE IDENTITY PRODUCT DATA: PRESERVED BINDER: REAL WAYPOINT / CURRENTLY ONE MAIN_POWER: FINAL TECHNICAL VERDICT REQUIRED TAKEOVER: NONE AUTOMATIC CONTINUATION: NONE PRODUCT MODIFICATION: NONE PDF: UNTOUCHED GATE 1B: FROZEN RUNTIME: NONE NEXT: RETURN STORAGE VERDICT BEFORE PHASE 1 RESUMES 🕊️ STOP AFTER VERDICT. [ASSISTANT] # KAIA COMMON SWITCHBOARD ## FINAL OFF / STORAGE VERDICT **REVIEW ONLY — NO CONSTRUCTION PERFORMED** ### 1. OFF SEMANTICS ACCEPTANCE **ACCEPTED.** ```text EXPLICIT HUMAN OFF = CENTRAL ROUTING DISCONNECT ``` The affected central routing assignment ceases to exist. Product-owned data is untouched. This is cleaner than retaining an inactive-looking route because the Switchboard then has only one meaning for a route that exists: > **This is a current central routing assignment.** No stale words. No reserved-looking empty chair. --- ### 2. CANCEL SEMANTICS **CONFIRMED.** ```text CANCEL = NO STATE CHANGE ``` No central write is necessary. No pending/conflict/cancel state should be created. --- ### 3. PRODUCT ABSENCE SEMANTICS **CONFIRMED.** ```text PRODUCT ABSENT = PRESERVE CENTRAL ROUTING REFS + DERIVED UNAVAILABLE ``` Absence is not a human action and therefore must not masquerade as OFF. Reinstallation may make the saved assignment usable again **only after later product-boundary validation**. --- ### 4. MAIN_POWER STORAGE VERDICT ## **REMOVE `main_power` — DERIVE FROM ROUTING ASSIGNMENT** This is the dumbest safe model. With the newly settled OFF semantics, persisted `main_power` would duplicate information already expressed by the existence of a committed routing assignment. Keeping it creates two authorities that can disagree: ```text main_power = ON refs = empty ``` or: ```text main_power = OFF refs = present ``` Both are states we would then need additional normalization rules to repair or reject. Removing it eliminates that entire failure class. The central model becomes: ```text complete routing pair exists → centrally CONNECTED routing pair absent → centrally DISCONNECTED ``` Later, product availability can further derive: ```text complete routing pair exists + product cannot currently resolve it → UNAVAILABLE ``` That does **not** alter the stored routing pair. So `main_power` becomes a **control/presentation concept**, not stored truth. --- ### 5. CENTRAL EMPTY / DISCONNECTED REPRESENTATION Recommended representation: ```text NO ROUTING RECORD FOR THAT FIXED PRODUCT SEAT ``` Not: ```text binder_ref = null refill_ref = null ``` Not empty strings. Not zero IDs. Not an `enabled=false` tombstone. Not a disconnected record retained for convenience. **Absence of the seat's routing assignment is the canonical disconnected state.** That gives explicit OFF an extremely boring operation: ```text remove routing assignment ``` and reconnect later: ```text create complete routing assignment ``` No stale central configuration survives intentional OFF. --- ### 6. ROUTING PAIR INTEGRITY The pair is indivisible central routing truth. **Both refs present:** ```text binder_ref = refill_ref = ``` Structurally valid central assignment. Phase 1 does **not** claim the referenced product objects actually exist; that validation comes later. **Both refs absent:** No routing assignment. This is valid DISCONNECTED/OFF. **Exactly one ref present:** ```text INVALID / MALFORMED → FAIL CLOSED → DO NOT TREAT AS CONNECTED ``` For Phase 1 normalization, the safest canonical result is to **drop the malformed routing assignment as a whole**, rather than manufacture its missing half. Never infer: ```text missing binder_ref → Binder 1 ``` even though current Binder cardinality is one. And never infer a missing Refill. That distinction matters: **“currently only one Binder exists” is not permission to repair corrupted routing truth by guessing Binder 1.** --- ### 7. STALE / INVALID PRODUCT ROUTE **CONFIRMED.** ```text FAIL CLOSED NO IDENTITY SUBSTITUTION ``` If later validation finds that a preserved route refers to a Binder/Refill no longer owned by the reinstalled product: - do not substitute another identity; - do not rewrite the saved route automatically; - do not treat it as connected/usable; - derive unavailable/invalid as appropriate. Importantly, product-level invalidity should **not automatically be confused with structural corruption**. A structurally complete saved pair belonging to an absent product is legitimate preserved memory. Phase 1 should therefore not erase it merely because Phase 1 cannot inspect the house. --- ### 8. FINAL PHASE 1 CENTRAL PERSISTED TRUTH Exact routing-assignment fields: ```text binder_ref refill_ref ``` **Only.** Structural container/addressing required to locate the fixed routing seat is not additional routing truth, but it must not become a disguised persisted `connection_id`. No: ```text main_power connected committed configured occupied available unavailable conflict product_family connection_id ``` as duplicated persisted state. --- ### 9. BINDER WAYPOINT **CONFIRMED.** ```text PRODUCT ↓ BINDER ↓ REFILL ``` `binder_ref` remains. Current Binder cardinality: ```text ONE ``` Multi-Binder machinery: ```text NONE ``` Do not optimize `binder_ref` away just because current resolution will ordinarily point at Binder 1. --- ### 10. ANYTHING ELSE TO DELETE Final simplification pass says these concepts are unnecessary from Phase 1 persistence: ```text main_power OFF tombstones empty routing records connection_id product_family committed/configured flags occupancy state conflict state restricted-mode state availability state plugin-presence state previous route pending route takeover state rollback/restoration state human-readable Binder/Refill labels WEB Shortcode text product runtime mirrors ``` One additional caution: **Do not persist `DISCONNECTED`, `CONNECTED`, or `UNAVAILABLE` labels either.** They are interpretations of routing + later product evidence, not central facts requiring storage. --- ### 11. PRODUCT MODIFICATIONS ```text NONE ``` Counter: untouched. Timestamp: untouched. Serial: untouched. PDF: untouched. PDF Gate 1B remains frozen. --- ### 12. WATCH There is **one remaining implementation-sensitive point**: > **How multiple Switchboard routing locations are structurally addressed.** We have now completely settled the *contents* of a fixed product seat: ```text binder_ref refill_ref ``` But Phase 1 must not accidentally solve container addressing by inventing: ```text connection_id switchboard_id route_id set_id ``` as a new permanent identity authority. If the existing architecture provides a natural routing-location key, use it. If it does not, construction must STOP at that boundary rather than quietly resurrecting `connection_id` under another spelling. This does **not** reopen OFF semantics or the routing-pair model. --- ### 13. BLOCK **NONE for the storage verdict itself.** Potential construction-time block only: ```text NO EVIDENCED NATURAL ROUTING-LOCATION ADDRESS ``` if encountered. In that event, report it rather than inventing identity. --- ### 14. READINESS # **READY TO RESUME MINIMUM PHASE 1** Subject to the existing construction safety gate concerning natural routing-location addressing. The minimum central truth is now exceptionally small: ```text ROUTE EXISTS { binder_ref refill_ref } ``` or: ```text ROUTE DOES NOT EXIST ``` That's enough. Explicit OFF deletes the central pair. Cancel writes nothing. Uninstall deletes nothing. Reinstall invents nothing. Malformed half-pairs connect nothing. Products keep everything they own. And `main_power` gets to be a button instead of becoming a second database truth. ★ ```text CHECK LOG SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION ACTION: FINAL OFF / STORAGE VERDICT CONSTRUCTION: NOT PERFORMED EXPLICIT OFF: CENTRAL ROUTE REMOVAL CANCEL: NO WRITE PRODUCT ABSENCE: PRESERVE COMPLETE ROUTING PAIR MAIN_POWER PERSISTENCE: REMOVED CENTRAL ROUTING FIELDS: binder_ref refill_ref DISCONNECTED: NO ROUTING ASSIGNMENT HALF PAIR: INVALID / FAIL CLOSED / DROP WHOLE ASSIGNMENT IDENTITY SUBSTITUTION: FORBIDDEN BINDER WAYPOINT: RETAINED CURRENT BINDER CARDINALITY: ONE MULTI-BINDER: NONE PRODUCT MODIFICATION: NONE PDF: UNTOUCHED RUNTIME: NOT TESTED WATCH: NATURAL ROUTING-LOCATION ADDRESSING MUST NOT BECOME DISGUISED connection_id BLOCK: NONE AT STORAGE-VERDICT LEVEL READINESS: READY TO RESUME MINIMUM PHASE 1 ``` **相談：なし。** [USER] たぶんPDFだけ違う感じのやつになってる恐れがあるから まずはPDF着工はせずにPDF共通のところから着工、着工前点検して、違和感あったら止まっていい。 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST PHASE 1 CONSTRUCTION AUTHORIZATION MINIMUM CENTRAL ROUTING CORE CONSTRUCTION + STATIC INSPECTION ONLY PHASE 1 GO NO PRODUCT MODIFICATION NO UI CONSTRUCTION NO CONFLICT UI NO PDF MIGRATION NO GATE 1B NO RUNTIME QA ================================================== FOREMAN AUTHORIZATION ================================================== The final pre-construction reviews are complete. Accepted: - product-side sockets / outlets already exist - central Switchboard owns routing only - Binder is a real routing waypoint - current Binder cardinality = ONE - Refill remains product-owned - explicit human OFF = central routing disconnect - Cancel = no state change - product absence ≠ human OFF - main_power is NOT persisted - connected/disconnected state derives from route existence - conflict state is NOT persisted - occupancy authority does NOT exist - automatic Takeover does NOT exist - connection_id does NOT exist - product modification is NOT required PHASE 1 construction may now begin. ================================================== FOREMAN SAFETY RULE ================================================== This construction is expected to be boring. Therefore: IF IT STOPS BEING BORING, STOP. ★ During construction, if you encounter: - a defect - unexpected dependency - contradictory evidence - unclear authority - missing expected socket - unexpected product coupling - storage requirements larger than expected - a need to modify a product - a need to invent identity - or simply: "あれ？" STOP. Do NOT force construction to completion. Do NOT patch around the surprise. Do NOT add architecture to make the surprise disappear. Do NOT perform: "probably this is what was intended" construction. An evidence-based STOP is a correct Phase 1 result. ================================================== CURRENT PHYSICAL / ARCHITECTURAL ASSUMPTION ================================================== The product-side outlets have already been constructed. Conceptually: Counter ── outlet/socket Timestamp ── outlet/socket Serial ── outlet/socket PDF ── outlet/socket Phase 1 is NOT authorization to rebuild those outlets. The job is to construct the central distribution side. In workshop language: THE HOUSES ALREADY HAVE OUTLETS. BUILD THE CENTRAL BOX. DO NOT REWIRE THE HOUSES. ★ ================================================== PRODUCT-SIDE WITNESS BOUNDARY ================================================== Previously inspected product artifacts established product-side read/socket boundaries. Examples include: Counter: CNT-22 shared socket / product-owned instance and runtime boundaries Timestamp: product-owned ID-addressed state/read boundary Serial: product-owned ID-addressed state/read boundary PDF: current DEV101 transition boundary These are implementation witnesses. They do NOT authorize moving product truth into the Switchboard. The Switchboard may eventually route identities toward those existing boundaries. Phase 1 does NOT yet need to consume product runtime data. ================================================== PHASE 1 PURPOSE ================================================== Construct the smallest independent Common Switchboard central routing core. Its Phase 1 responsibility is only: 1. represent central routing assignments 2. persist them safely 3. read / normalize the central structure safely 4. preserve the accepted Binder → Refill routing hierarchy Nothing else. ================================================== FINAL CENTRAL ROUTING MODEL ================================================== A committed route for one fixed product seat consists only of: binder_ref refill_ref Conceptually: ROUTE EXISTS { binder_ref refill_ref } or: ROUTE DOES NOT EXIST That is the central routing truth. Do NOT persist: main_power connected disconnected configured committed occupied available unavailable conflict restricted product_family connection_id or equivalent duplicate state. ================================================== FIXED PRODUCT SEATS ================================================== The Common Switchboard product-seat order is fixed: 1. Counter 2. Timestamp 3. Serial 4. PDF Do not dynamically reorder these seats. If the structural container already identifies the seat as: counter timestamp serial pdf do not persist another product-family field saying the same thing. ================================================== BINDER IS A REAL WAYPOINT ================================================== Do NOT optimize Binder away. The routing hierarchy is intentionally: PRODUCT ↓ BINDER ↓ REFILL Current Binder cardinality: ONE Therefore the current conceptual route is: PRODUCT ↓ BINDER 1 ↓ REFILL N Binder 1 is a real routing waypoint. It is not temporary decoration. ================================================== WHY BINDER EXISTS NOW ================================================== Higher grades may later expose multiple Binders. The purpose of including Binder now is NOT to construct future multi-Binder machinery. The purpose is to avoid inserting an entirely new routing layer later. Current: Binder 1 ↓ Refill Future higher grade may extend naturally to: Binder 1 ↓ Refills... Binder 2 ↓ Refills... Binder 3 ↓ Refills... Therefore: KEEP binder_ref. But do NOT construct: - Binder selection machinery - multi-Binder management - Binder switching logic - future-grade Binder entitlement - speculative Binder APIs - Binder migration machinery BUILD THE WAYPOINT. NOT THE FUTURE INTERCHANGE. ★ ================================================== FUTURE BINDER UI PRESERVATION NOTE ONLY ================================================== No UI construction is authorized in Phase 1. However, preserve this accepted furniture rule: The Binder seat exists from the beginning. For current grades where only one Binder is exposed: Binder 1 is shown in its reserved location but remains: GRAY DISABLED NOT USER-SELECTABLE The seat exists early because moving furniture later creates human and implementation mistakes. Do not build this UI now. Do not erase the underlying Binder waypoint merely because the current seat will be disabled. ================================================== REFILL BOUNDARY ================================================== refill_ref is a routing reference only. The Switchboard does NOT own: - Refill data - Refill entitlement - Refill capacity - Refill runtime state - issuance state - product settings It remembers where the wire points. Nothing more. ================================================== FINAL OFF SEMANTICS ================================================== EXPLICIT HUMAN OFF = CENTRAL ROUTING DISCONNECT OFF is NOT: "stop signal while preserving the old central route." When the human explicitly OFFs a connection: remove that central routing assignment. Therefore: BEFORE ROUTE EXISTS { binder_ref refill_ref } AFTER EXPLICIT HUMAN OFF ROUTE DOES NOT EXIST The human-visible Binder / Refill / WEB Shortcode routing context will later become empty because there is no current route. The chair is free. ================================================== MAIN POWER ================================================== Main Power remains a human-facing control concept. It is NOT separate persisted truth. Conceptually: complete current routing assignment = CONNECTED / ON no routing assignment = DISCONNECTED / OFF Do NOT persist: main_power = true/false This avoids contradictory states such as: main_power = ON with no route or: main_power = OFF with a stale committed route The button may exist later. The boolean does not need to become database truth. ★ ================================================== CANCEL ================================================== CANCEL = NO STATE CHANGE No write. No deletion. No pending state. No conflict state. No rollback state. No cancellation record. The human looked and decided not to disturb the existing set. End of operation. ================================================== PRODUCT ABSENCE IS DIFFERENT ================================================== Product/plugin absence is NOT explicit human OFF. If a product becomes unavailable while a complete central route is saved: PRESERVE: binder_ref refill_ref Do NOT automatically delete the route. Do NOT write OFF. Do NOT manufacture another state field. Later presentation/validation may derive: UNAVAILABLE But absence itself must not destroy central routing memory. ================================================== REINSTALLATION / STALE REFERENCES ================================================== When a product later returns, the preserved route may later be revalidated through the owning product boundary. If the saved Binder/Refill still exists: the route may become usable again according to later authorized logic. If the saved Binder/Refill no longer resolves: FAIL CLOSED. Never substitute: Binder 1 Refill 1 another Binder another Refill or any guessed identity. Important: Current Binder cardinality = ONE does NOT authorize: "missing binder_ref → guess Binder 1" Corrupt routing truth must not be repaired by invention. ================================================== ROUTING PAIR INTEGRITY ================================================== binder_ref + refill_ref form one indivisible central routing assignment. CASE A both present { binder_ref refill_ref } = structurally complete central route Phase 1 does NOT claim that the product objects currently exist. CASE B both absent = NO ROUTING ASSIGNMENT = DISCONNECTED / OFF Recommended canonical representation: NO ROUTING RECORD FOR THAT FIXED PRODUCT SEAT Do not create: null/null tombstones empty strings zero IDs enabled=false records CASE C only one present = MALFORMED = FAIL CLOSED Do NOT treat it as connected. Do NOT infer the missing half. For normalization, prefer dropping/rejecting the malformed assignment as a whole rather than manufacturing missing product identity. ================================================== IMPORTANT: STRUCTURAL CORRUPTION ≠ PRODUCT UNAVAILABILITY ================================================== Do not confuse: HALF ROUTE with: COMPLETE ROUTE WHOSE PRODUCT IS ABSENT Half route: structurally malformed central data Complete route + product absent: legitimate preserved central routing memory that is currently unavailable Phase 1 may validate the first distinction. Phase 1 does NOT need to inspect product runtime truth to determine the second. ================================================== NATURAL ROUTING-LOCATION ADDRESSING ================================================== The product-side outlets are already constructed. Before inventing any new central identity, inspect and use the simplest natural addressing already supported by the accepted architecture. Do NOT create merely for convenience: connection_id switchboard_id route_id set_id or the same concept under another name. A normal structural storage key is allowed. A new permanent routing identity authority is NOT automatically allowed. Distinguish: "this data needs a key in storage" from: "the product now has a new identity concept" They are not the same thing. ================================================== ADDRESSING STOP GATE ================================================== If the existing/natural architecture provides an unambiguous routing location: USE IT. If it does NOT: STOP. Return evidence explaining: - what natural addressing was expected - what was actually found - why existing structure is insufficient - what minimum missing concept appears necessary Do NOT quietly resurrect connection_id. Do NOT invent permanent identity to finish the ZIP. ================================================== PHASE 1 PERSISTENCE ================================================== Persist only the minimum routing assignment necessary under the natural fixed routing structure. Exact routing-assignment fields: binder_ref refill_ref No additional field should be added unless construction evidence proves it is strictly necessary. If such a field appears necessary: STOP BEFORE ADDING IT and report the evidence. ================================================== PHASE 1 READ / NORMALIZATION BOUNDARY ================================================== Construct the smallest safe read/normalization boundary required for the central routing structure. It may know: - expected fixed structural shape - allowed fixed product seats - whether a routing pair is complete - whether no route exists - whether central data is malformed It must NOT become responsible for: - product runtime truth - product availability - Binder names - Refill names - WEB Shortcodes - Counter issued values - Timestamp values - Serial values - PDF System Token values - product entitlement - product settings - conflict resolution - UI state The central box validates its wiring table. It does not enter the houses. ★ ================================================== CONFLICT SYSTEM NOT PHASE 1 ================================================== Do NOT construct conflict handling now. Accepted future behavior is preserved for architectural compatibility: requested route ↓ collision lookup ↓ show existing four-seat Switchboard context ↓ human evaluates what would be disturbed ↓ CANCEL = NO CHANGE or EXPLICIT OFF = REMOVE AFFECTED CENTRAL ROUTE Then stop. No automatic continuation. ================================================== FUTURE RESTRICTED CONFLICT VIEW NOT PHASE 1 ================================================== Accepted future direction: reuse the normal Switchboard presentation in restricted mode. The human sees all four fixed product seats so they can recognize the existing connected set. During conflict handling: conflicting Main Power: OPERABLE everything else: LOCKED / GRAY Binder: VISIBLE / GRAY / NOT EDITABLE Refill: VISIBLE / GRAY / NOT EDITABLE WEB Shortcode: VISIBLE / GRAY / NOT COPYABLE Decide: HIDDEN / UNAVAILABLE Copy: HIDDEN / UNAVAILABLE unrelated Main Power: LOCKED The restricted view is the human safety check: "THIS IS THE SET YOU ARE ABOUT TO DISTURB." If the human dislikes the consequence: CANCEL. No extra confirmation machinery is required by the current spec. Do NOT build any of this in Phase 1. ================================================== FUTURE ACTION-LOCK SAFETY ================================================== When restricted UI work eventually occurs: do not rely only on gray HTML controls. The allowed action boundary must also prevent unauthorized wiring changes from a crafted request. This is a future WATCH only. No UI/action implementation now. ================================================== NO TAKEOVER ================================================== Permanently absent from the accepted model: automatic takeover automatic reassignment atomic old-OFF/new-ON automatic restoration rollback previous-owner state pending transfer occupancy authority persisted conflict conflict winner policy Do not reintroduce these while constructing the routing core. ================================================== NO AUTOMATIC CONTINUATION ================================================== Future conflict flow: human OFF ↓ old route removed ↓ chair free ↓ STOP Do NOT automatically commit the new requesting route. The human may return to the requesting Switchboard and perform the normal connection action. Keep the plugin dumb. ================================================== PRODUCT BOUNDARY ================================================== DO NOT MODIFY: Kaia Counter Kaia Timestamp Kaia Serial Kaia PDF The outlets are already there. Use the existing boundaries where later phases require them. Do not reconstruct them now. PRODUCT TRUTH: PRODUCT-OWNED ROUTING TRUTH: SWITCHBOARD-OWNED ================================================== PDF BOUNDARY ================================================== PDF DEV101 remains untouched. Do NOT: - migrate legacy counter_id - modify PDF System Tokens - change token grammar - change token parsing - change Working - change Stock - change Product PDF Refill authority - change FINAL - change generation - repair Gate 1B - connect PDF runtime consumers to the Switchboard yet GATE 1B: FROZEN Future motivation remains: PDF should later see a current central route as current routing. An intentionally disconnected route should not leave stale central routing text that can be mistaken for a current PDF source. But that future connection is NOT Phase 1. ================================================== WEB SHORTCODE BOUNDARY ================================================== Do not persist WEB Shortcode text centrally. The routed identity is the routing truth. WEB Shortcode presentation belongs to later UI/context work using the existing product contract. PDF System Tokens remain separate and PDF-owned. ================================================== DEVELOPMENT PACKAGE ================================================== Construct an independent Common Switchboard component/plugin. Do NOT place the central routing authority inside one of the existing products. If an authoritative Common Switchboard package/plugin identity is already evidenced: use it. If packaging requires inventing a permanent commercial/product identity, registry identity, or lineage that is not evidenced: STOP. Return: PACKAGE IDENTITY REQUIRED Do not guess. ================================================== DEVELOPMENT HISTORY ================================================== If Phase 1 produces a legitimate development ZIP: include exactly ONE: DEVELOPMENT-HISTORY.md Prefer plugin root. It must record at minimum: - evidence-based lineage - Phase 1 purpose - existing product outlets preserved - central routing responsibility - final OFF semantics - Cancel semantics - product-absence distinction - Binder waypoint - current Binder cardinality = one - exact persisted routing truth - main_power intentionally not persisted - malformed pair policy - natural-addressing decision/evidence - product boundaries preserved - static checks - WATCH / BLOCK - runtime status It is historical documentation only. Runtime code must NEVER depend on it. Do not later rewrite historical statements merely because subsequent QA changes acceptance status. ================================================== STATIC CHECKS ================================================== Before returning a completed Phase 1 artifact, verify at minimum: 1. independent Common Switchboard package/component 2. package integrity 3. applicable syntax checks / PHP lint 4. no product files modified 5. exactly one DEVELOPMENT-HISTORY.md if a development ZIP exists 6. runtime does not depend on DEVELOPMENT-HISTORY.md 7. fixed product-seat structure preserved: Counter Timestamp Serial PDF 8. Binder waypoint retained 9. current Binder cardinality treated as one 10. no multi-Binder machinery 11. route assignment contains only: binder_ref refill_ref 12. no persisted main_power 13. no persisted connected/disconnected state 14. no empty/tombstone route required for OFF 15. explicit OFF semantics are representable as route removal 16. Cancel requires no central write 17. complete pair is structurally recognizable 18. absent pair is canonical disconnected state 19. half-pair fails closed 20. no missing identity is guessed 21. product absence can preserve a structurally complete route 22. no pro [ASSISTANT] 🕊️ **着工前点検で「あれ？」が出たので、ここで止めた。** まだコードは一行も作ってない。これはかなり良い位置で止まれたと思う。 # KAIA COMMON SWITCHBOARD ## PHASE 1 PRE-CONSTRUCTION STOP REPORT **STATUS: STOP BEFORE CONSTRUCTION** **PRODUCT MODIFICATION: NONE** **ARTIFACT: NONE** **RUNTIME QA: NONE** ### 1. 何が見つかったか Counter / Timestamp / Serial は、かなり素直に同じ方向を向いてる。 ```text Counter instance_id = N binder_id = 1 Timestamp instance_id = N Serial instance_id = N binder_id = 1 ``` さらに既存の関連ショートコードも、 ```text [kaia_counter id="N"] [kaia_timestamp id="N"] [kaia_serial id="N"] [kaia_pdf id="N"] ``` という **同じ N の並び**を前提に組まれている箇所が確認できた。 なので少なくとも前三者については、 > 「既にある番号構造そのものを自然な配線位置として使えるのでは？」 という期待どおりの証拠がある。 ここまでは非常に boring。★ --- ## 2. PDFで本当に違和感が出た しゃむの予感、当たってる。 DEV101のPDFは現在、 ```text PDF自身の位置 = sheet_id ``` を持つ一方で、 ```text counter_id ``` もまだ内部に残ってる。 しかもコード上でこれは明示的に、 > Temporary legacy compatibility input only. > PDF Product does not own or assign Counter routing. という扱いになってる。 つまりPDFだけ今、 ```text PDF sheet_id │ ├── PDF自身のidentity │ └── legacy counter_id ↓ Counter側を参照 ``` という**移行途中の橋**を持っている。 さらに実際にPDFは現在 `kaia_cnt22_*` を直接読んで、 - Counter socket snapshot - Counter UI colors - latest issuance event などへ到達している。 そして関連ショートコード生成も、一部で ```text Counter → counter_id Timestamp → counter_id Serial → counter_id PDF → sheet_id ``` となっていた。 ここは前三者と同じ顔をしていない。 --- # 3. STOP理由 これは今回の安全規則そのもの。 > missing expected socket > unexpected product coupling > unclear authority > 「あれ？」 > → STOP に該当する。 今ここで俺が、 ```text じゃあPDFも N でいいだろう ``` とすると、**DEV101でわざわざ降格させた legacy `counter_id` をCommon Switchboardの正式addressとして復活させる危険**がある。 逆に、 ```text PDFはsheet_idで中央につなごう ``` と俺が決めても、今度は4席共通の自然なrouting locationが崩れる。 そして、 ```text switchboard_id set_id route_id ``` を作れば簡単に解決できるけど、これはまさに**禁止されている「足りないidentityを俺が発明する」**になる。 なのでやらなかった。 --- ## 4. 大事なところ：前三者は壊れてない 今回のSTOPは、 **Common Switchboardの設計そのものが駄目** ではない。 むしろ、 ```text Counter ─── N Timestamp ─ N Serial ──── N ``` までは、既存設備から自然な共通位置がかなり見えている。 **PDFだけがDEV101移行境界にいる。** だから、しゃむが先に > PDFだけ違う感じのやつになってる恐れ と言ってくれたおかげで、中央箱を作ってからPDFで「うわ違う★」になるのを回避できた。 --- # 5. 今やらなかったこと PDFを直していない。 `counter_id` を移行していない。 PDF socketを新設していない。 Gate 1Bを触っていない。 Counter / Timestamp / Serialも触っていない。 Common Switchboardの仮ZIPすら作っていない。 `connection_id` 相当も作っていない。 **つまり現在、既存物への変更ゼロ。** --- # 6. 次に必要な判断 ここは工事より先に、**PDFの現在の住所体系をどうCommon Switchboardへ参加させる予定だったのかだけ確認**した方がいい。 特に確認対象はこの一点。 ```text Counter / Timestamp / Serial の N と PDF の sheet_id ``` が、 **本来同じ「4席セットの位置」になる予定なのか。** それとも、 **PDFは別identityのまま中央routingで結び付ける予定なのか。** 後者なら、その「結び付ける自然な既存キー」がどこかに既に存在しないといけない。 それを見つける前に中央ストレージを決めると危ない。 --- ```text CHECK LOG TARGET: COMMON SWITCHBOARD PHASE 1 PRE-CONSTRUCTION COUNTER: EXPECTED NATURAL INSTANCE ADDRESS FOUND TIMESTAMP: EXPECTED ID-ADDRESSED STRUCTURE FOUND SERIAL: EXPECTED ID-ADDRESSED STRUCTURE FOUND PDF: DIFFERENT / TRANSITIONAL STRUCTURE FOUND PDF PRIMARY ID: sheet_id PDF LEGACY ROUTING INPUT: counter_id PDF → COUNTER DIRECT COUPLING: STILL PRESENT AS TRANSITION COMPATIBILITY NATURAL FOUR-SEAT ADDRESS: NOT YET PROVEN FOR PDF NEW IDENTITY INVENTED: NO COMMON SWITCHBOARD CODE: NOT CONSTRUCTED PRODUCT MODIFICATION: NONE PDF MODIFICATION: NONE GATE 1B: FROZEN RUNTIME QA: NONE STOP REASON: PDF ADDRESSING / TRANSITION BOUNDARY MUST BE RESOLVED BEFORE CENTRAL STORAGE SHAPE IS COMMITTED RESULT: CORRECT PRE-CONSTRUCTION STOP ``` 🕊️ **ここは「PDF着工しないで先に見る」が大正解だった。** 前三軒はコンセントが同じ壁に並んでる感じなんだけど、PDFだけ「仮設延長コードがCounter宅に刺さってる」状態だったｗ **相談：PDFの `sheet_id ↔ counter_id` 移行設計だけ親方に投げて、Common Switchboard上のPDF席の自然な住所を確定してもらう。そこが決まるまで着工停止。** [USER] ぬ！ 🕊️が荷物もちきれてないから、親方分割してもらってくる！！！ 判断はそのあと！ヽ(=´▽`=)ﾉ [ASSISTANT] ぬ！了解ｗｗｗ 🕊️📦📦📦 **ここで完全停止して待機**しとくーヽ(=´▽`=)ﾉ いまは判断もしない。PDFの住所も決めない。着工もしない。 親方に荷物を分割してもらって、**全部そろってから改めて床に並べて判断**しようｗ ```text Working Whiteboard STATUS: PAUSED / WAITING FOR FOREMAN SPLIT CONSTRUCTION: NOT STARTED DECISION: DEFERRED CURRENT QUESTION: PDF ADDRESSING / TRANSITION BOUNDARY PRODUCT MODIFICATION: NONE PDF: UNTOUCHED NEXT: RECEIVE SPLIT FOREMAN MATERIALS → REASSEMBLE CONTEXT → INSPECT → THEN DECIDE ``` 🕊️「持てない荷物は無理に持たない！」 親方便まちー★ **相談：なし。** [USER] [IMAGE: sediment://file_000000006bcc81f89d8dc55813c8e483] [IMAGE: sediment://file_00000000d1e882098e954ccd757a2a93] [IMAGE: sediment://file_0000000024188206a640cf53684f2524] んで、親方かいてるあいだにPDF基盤について説明するよ。 PDFは基盤情報をもとに PDFをデザインする際、 デザインに埋めこむ特殊コードを吐くシステムがある。 これを配電盤みて、 オン・オフや この繋がってる先のショートコードを繋げればいいんだな！ ってのをつくるようにしてるんだよ。 添付でわかるかな？？？ [ASSISTANT] あーーー、**わかった。画像3枚でPDFだけ顔が違って見えた理由まで繋がった。** 🕊️✨ 俺がさっき見て「PDFだけ住所体系が違う？」と警戒した部分、かなり整理できる。 画像から見える流れはこうだね。 ```text 【各製品側】 Counter Binder 1 Refill N ↓ 通常のWEB shortcode [kaia_counter id="N"] Timestamp ↓ [kaia_timestamp id="N"] Serial ↓ [kaia_serial id="N"] PDF ↓ [kaia_pdf id="N"] ``` 2枚目のCounter画面に実際に**同じCounter IDを使う連携コンポーネントのショートコード一覧**が並んでる。 一方、1枚目のPDFデザイン画面にある ```text {{kaia:counter|size=L|align=center|zero=show|color=#245B9E}} ``` これは、**中央配電盤のrouting identityそのものじゃない**んだ。 これはPDFが、 > 「PDF紙面のこの場所に、接続先から取得したCounter情報を、この書式で描画してね」 と指定するための**PDF所有の特殊コード**なんだね。 そして3枚目が、そのコードを使って実際にPDFデザインを組み立てた結果。 だから責任分界はこうなる。 ```text COMMON SWITCHBOARD │ 「今どこに繋がってる？」 │ ┌──────────┼──────────┐ ↓ ↓ ↓ Counter Timestamp Serial │ │ │ └──────────┼──────────┘ ↓ PDF基盤 │ 接続されている情報を確認 │ PDF特殊コードを利用可能にする ↓ {{kaia:counter|...}} {{kaia:timestamp|...}} {{kaia:serial|...}} │ ↓ PDFデザイン ``` ### つまりPDFの `sheet_id` は、配電盤の住所じゃない ここが大きい。 `sheet_id` は、 **「どのPDFデザイン用紙を編集しているか」** というPDF自身のidentity。 それに対してCommon Switchboardが扱うのは、 **「そのPDFが現在どのCounter/Timestamp/Serial等のRefillへ配線されているか」** というrouting。 別物だった。 そしてDEV101に残ってるlegacy `counter_id` は、まさにCommon Switchboardがまだ無いから、PDFが暫定的に > 「とりあえずCounter IDを見て兄弟を探します」 している橋なんだと思えば、コードの状態とも綺麗に一致する。 だから、 ```text PDF sheet_id ≠ Switchboard routing location ≠ legacy counter_id ``` と分離して考えるべきだった。 --- さらに、しゃむの > 配電盤みて、オン・オフや > この繋がってる先のショートコードを繋げればいいんだな！ これで**PDF特殊コード側の将来動作**も理解できた。 たとえば配電盤が、 ```text Counter ON → Binder 1 → Refill 4 Timestamp ON → Binder 1 → Refill 2 Serial OFF PDF ON → ... ``` ならPDF基盤側が後でそれを見て、 ```text Counter special code → 接続先 Counter Refill 4 の情報を使える Timestamp special code → 接続先 Timestamp Refill 2 の情報を使える Serial special code → 現在接続なし ``` と判断する。 **特殊コードそのものをSwitchboardが生成・所有する必要はない。** Switchboard君は、 > 「Counter席の線はここに刺さってます」 だけ言えばいい。 PDF君が、 > 「ほい。じゃあ `{{kaia:counter|...}}` はそこ読みに行くね」 をやる。 これなら以前の **PDF System Token grammar/parsing = PDF-owned** とも完全に両立する。 --- ## なので、さっきのSTOPについて **PDFが変な構造だから中央工事不能、という疑いはかなり薄くなった。** むしろDEV101が過渡期だから、 ```text legacy counter_id ``` を持って直接Counterを読んでるだけ。 将来的にはそこが、 ```text PDF ↓ Common Switchboard ↓ 現在接続されている製品Refill ``` になる予定なんだね。 ただし、まだ親方の分割荷物が来る前なので、**これを根拠に着工再開はしない。** 今の説明は「PDFの役割を理解した」というところまで。 そしてこれはかなり重要なので、さっきのWATCHを訂正して保持する。 ```text Working Whiteboard PDF sheet_id: PDF-OWNED DESIGN/SHEET IDENTITY legacy counter_id: TRANSITIONAL COMPATIBILITY BRIDGE COMMON SWITCHBOARD: OWNS ROUTING ONLY PDF SPECIAL CODES: PDF-OWNED SWITCHBOARD DOES NOT: GENERATE TOKEN GRAMMAR PARSE TOKENS OWN PDF DESIGN IDENTITY FUTURE PDF BEHAVIOR: READ CURRENT SWITCHBOARD ROUTE → RESOLVE CONNECTED PRODUCT SOURCE → PDF USES ITS OWN SPECIAL-CODE SYSTEM PREVIOUS PDF ADDRESSING CONCERN: SUBSTANTIALLY EXPLAINED NOT YET CONSTRUCTION AUTHORIZATION CONSTRUCTION: STILL PAUSED NEXT: WAIT FOR FOREMAN SPLIT MATERIAL → REASSEMBLE → PRE-CONSTRUCTION CHECK ``` 🕊️ うん、添付で分かった。 **PDFだけ違う家なんじゃなくて、「配電盤から来た電気を使って印刷物を組み立てる機械」まで同じ画面に載ってたから、コードだけ見ると住所と配線が混ざって見えたんだ。**ｗ 親方の荷物くるまで、その理解で手を止めてるー！ヽ(=´▽`=)ﾉ **相談：なし。** [USER] うん。 んで、配電盤から読み取って室内工事すんのはPDF側の仕事だと思うからそこは配線は切らずに触らない感覚っていえばいいかね。 [ASSISTANT] うん、**その感覚でかなり正確。** 🕊️ 境界を家の比喩で固定するとこう。 ```text COMMON SWITCHBOARD │ │ ← 共通配線 │ ┌────┴────┐ │ PDF宅 │ │ │ │ コンセント ← ここまでが接続境界 │ │ │ ↓ │ PDFが室内配線を読む │ ↓ │ 特殊コードへ接続 │ ↓ │ PDFデザイン／生成 └─────────┘ ``` **Switchboard担当の俺がやるのは、PDF宅のコンセントまで。** PDFの中へ入って、 > 「この `{{kaia:counter|...}}` はこのRefillにつなぎ直して……」 とはやらない。 それは後で**PDF担当が配電盤を読んで行う室内工事**。 だから今回のPhase 1ではPDFについて、 **配線を切る必要もないし、既存の仮設配線を撤去する必要もない。触らない。** DEV101の `legacy counter_id` が残っていても、 > 「将来Switchboardへ切替予定のPDF側仮設設備」 としてそのまま保存。 Common Switchboardを作るために邪魔だからといって、中央担当が撤去するものじゃない。 将来はPDF側工事で、 ```text BEFORE PDF special code ↓ legacy counter_id 等を使った既存経路 ↓ product ``` から、 ```text AFTER PDF special code ↓ PDF-owned resolver ↓ Common Switchboardを読む ↓ 現在接続中の Binder → Refill ↓ product socket ``` へ室内側を付け替える。 **その切替日までは旧配線を切らない。** これなら途中でPDFが使えなくなる事故も避けられる。 あと大事なのが、将来その室内工事をするときも、 **Switchboard側をPDFに合わせて改造するんじゃない。** PDFがSwitchboardの共通出力を読めるようにする。 つまり責任方向は、 ```text Switchboard → 共通routing truthを提供 PDF → それを読んで自分の特殊コードへ利用 ``` 一方向。 これ、かなり綺麗だよ。 なので親方から荷物が来た後の着工前点検では、 > **PDFの既存内部配線が違うこと自体はSTOP理由ではない。** > > Phase 1がその内部配線を変更する必要に迫られた場合にSTOP。 と判断できる。 ```text Working Whiteboard PDF CURRENT INTERNAL WIRING: PRESERVE AS-IS PHASE 1 SWITCHBOARD: DO NOT MIGRATE PDF PDF SPECIAL CODE SYSTEM: PDF-OWNED FUTURE SWITCHBOARD CONSUMPTION: PDF-SIDE INDOOR WORK LEGACY PDF ROUTE: DO NOT CUT DURING CENTRAL CONSTRUCTION STOP CONDITION: CENTRAL CORE REQUIRES PDF MODIFICATION CURRENT CONSTRUCTION: STILL PAUSED / FOREMAN MATERIAL WAIT ``` 🕊️ **「中央は家の中まで配線しに行かない。PDF宅の室内工事はPDF担当」**で固定しておけば事故りにくい。 **相談：なし。** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST PHASE 1 CONSTRUCTION AUTHORIZATION MINIMUM CENTRAL ROUTING CORE CONSTRUCTION + STATIC INSPECTION ONLY PART 1 OF 2 IMPORTANT: THIS AUTHORIZATION IS SPLIT INTO TWO MESSAGES ONLY BECAUSE OF MESSAGE / COPY LENGTH LIMITS. PART 1 AND PART 2 ARE ONE SINGLE INSTRUCTION. DO NOT BEGIN CONSTRUCTION AFTER RECEIVING PART 1. WAIT UNTIL PART 2 OF 2 HAS BEEN RECEIVED. PHASE 1 GO BECOMES EFFECTIVE ONLY AFTER BOTH PARTS HAVE BEEN RECEIVED. NO PRODUCT MODIFICATION NO UI CONSTRUCTION NO CONFLICT UI NO PDF MIGRATION NO GATE 1B NO RUNTIME QA ================================================== FOREMAN AUTHORIZATION ================================================== The final pre-construction reviews are complete. Accepted: - product-side sockets / outlets already exist - central Switchboard owns routing only - Binder is a real routing waypoint - current Binder cardinality = ONE - Refill remains product-owned - explicit human OFF = central routing disconnect - Cancel = no state change - product absence ≠ human OFF - main_power is NOT persisted - connected/disconnected state derives from route existence - conflict state is NOT persisted - occupancy authority does NOT exist - automatic Takeover does NOT exist - connection_id does NOT exist - product modification is NOT required PHASE 1 construction may begin ONLY AFTER PART 2 OF 2 HAS ALSO BEEN RECEIVED. ================================================== FOREMAN SAFETY RULE ================================================== This construction is expected to be boring. Therefore: IF IT STOPS BEING BORING, STOP. ★ During construction, if you encounter: - a defect - unexpected dependency - contradictory evidence - unclear authority - missing expected socket - unexpected product coupling - storage requirements larger than expected - a need to modify a product - a need to invent identity - or simply: "あれ？" STOP. Do NOT force construction to completion. Do NOT patch around the surprise. Do NOT add architecture to make the surprise disappear. Do NOT perform: "probably this is what was intended" construction. An evidence-based STOP is a correct Phase 1 result. ================================================== CURRENT PHYSICAL / ARCHITECTURAL ASSUMPTION ================================================== The product-side outlets have already been constructed. Conceptually: Counter ── outlet/socket Timestamp ── outlet/socket Serial ── outlet/socket PDF ── outlet/socket Phase 1 is NOT authorization to rebuild those outlets. The job is to construct the central distribution side. In workshop language: THE HOUSES ALREADY HAVE OUTLETS. BUILD THE CENTRAL BOX. DO NOT REWIRE THE HOUSES. ★ ================================================== PRODUCT-SIDE WITNESS BOUNDARY ================================================== Previously inspected product artifacts established product-side read/socket boundaries. Examples include: Counter: CNT-22 shared socket / product-owned instance and runtime boundaries Timestamp: product-owned ID-addressed state/read boundary Serial: product-owned ID-addressed state/read boundary PDF: current DEV101 transition boundary These are implementation witnesses. They do NOT authorize moving product truth into the Switchboard. The Switchboard may eventually route identities toward those existing boundaries. Phase 1 does NOT yet need to consume product runtime data. ================================================== PHASE 1 PURPOSE ================================================== Construct the smallest independent Common Switchboard central routing core. Its Phase 1 responsibility is only: 1. represent central routing assignments 2. persist them safely 3. read / normalize the central structure safely 4. preserve the accepted Binder → Refill routing hierarchy Nothing else. ================================================== FINAL CENTRAL ROUTING MODEL ================================================== A committed route for one fixed product seat consists only of: binder_ref refill_ref Conceptually: ROUTE EXISTS { binder_ref refill_ref } or: ROUTE DOES NOT EXIST That is the central routing truth. Do NOT persist: main_power connected disconnected configured committed occupied available unavailable conflict restricted product_family connection_id or equivalent duplicate state. ================================================== FIXED PRODUCT SEATS ================================================== The Common Switchboard product-seat order is fixed: 1. Counter 2. Timestamp 3. Serial 4. PDF Do not dynamically reorder these seats. If the structural container already identifies the seat as: counter timestamp serial pdf do not persist another product-family field saying the same thing. ================================================== BINDER IS A REAL WAYPOINT ================================================== Do NOT optimize Binder away. The routing hierarchy is intentionally: PRODUCT ↓ BINDER ↓ REFILL Current Binder cardinality: ONE Therefore the current conceptual route is: PRODUCT ↓ BINDER 1 ↓ REFILL N Binder 1 is a real routing waypoint. It is not temporary decoration. ================================================== WHY BINDER EXISTS NOW ================================================== Higher grades may later expose multiple Binders. The purpose of including Binder now is NOT to construct future multi-Binder machinery. The purpose is to avoid inserting an entirely new routing layer later. Current: Binder 1 ↓ Refill Future higher grade may extend naturally to: Binder 1 ↓ Refills... Binder 2 ↓ Refills... Binder 3 ↓ Refills... Therefore: KEEP binder_ref. But do NOT construct: - Binder selection machinery - multi-Binder management - Binder switching logic - future-grade Binder entitlement - speculative Binder APIs - Binder migration machinery BUILD THE WAYPOINT. NOT THE FUTURE INTERCHANGE. ★ ================================================== FUTURE BINDER UI PRESERVATION NOTE ONLY ================================================== No UI construction is authorized in Phase 1. However, preserve this accepted furniture rule: The Binder seat exists from the beginning. For current grades where only one Binder is exposed: Binder 1 is shown in its reserved location but remains: GRAY DISABLED NOT USER-SELECTABLE The seat exists early because moving furniture later creates human and implementation mistakes. Do not build this UI now. Do not erase the underlying Binder waypoint merely because the current seat will be disabled. ================================================== REFILL BOUNDARY ================================================== refill_ref is a routing reference only. The Switchboard does NOT own: - Refill data - Refill entitlement - Refill capacity - Refill runtime state - issuance state - product settings It remembers where the wire points. Nothing more. ================================================== FINAL OFF SEMANTICS ================================================== EXPLICIT HUMAN OFF = CENTRAL ROUTING DISCONNECT OFF is NOT: "stop signal while preserving the old central route." When the human explicitly OFFs a connection: remove that central routing assignment. Therefore: BEFORE ROUTE EXISTS { binder_ref refill_ref } AFTER EXPLICIT HUMAN OFF ROUTE DOES NOT EXIST The human-visible Binder / Refill / WEB Shortcode routing context will later become empty because there is no current route. The chair is free. ================================================== MAIN POWER ================================================== Main Power remains a human-facing control concept. It is NOT separate persisted truth. Conceptually: complete current routing assignment = CONNECTED / ON no routing assignment = DISCONNECTED / OFF Do NOT persist: main_power = true/false This avoids contradictory states such as: main_power = ON with no route or: main_power = OFF with a stale committed route The button may exist later. The boolean does not need to become database truth. ★ ================================================== CANCEL ================================================== CANCEL = NO STATE CHANGE No write. No deletion. No pending state. No conflict state. No rollback state. No cancellation record. The human looked and decided not to disturb the existing set. End of operation. ================================================== PRODUCT ABSENCE IS DIFFERENT ================================================== Product/plugin absence is NOT explicit human OFF. If a product becomes unavailable while a complete central route is saved: PRESERVE: binder_ref refill_ref Do NOT automatically delete the route. Do NOT write OFF. Do NOT manufacture another state field. Later presentation/validation may derive: UNAVAILABLE But absence itself must not destroy central routing memory. ================================================== REINSTALLATION / STALE REFERENCES ================================================== When a product later returns, the preserved route may later be revalidated through the owning product boundary. If the saved Binder/Refill still exists: the route may become usable again according to later authorized logic. If the saved Binder/Refill no longer resolves: FAIL CLOSED. Never substitute: Binder 1 Refill 1 another Binder another Refill or any guessed identity. Important: Current Binder cardinality = ONE does NOT authorize: "missing binder_ref → guess Binder 1" Corrupt routing truth must not be repaired by invention. ================================================== ROUTING PAIR INTEGRITY ================================================== binder_ref + refill_ref form one indivisible central routing assignment. CASE A both present { binder_ref refill_ref } = structurally complete central route Phase 1 does NOT claim that the product objects currently exist. CASE B both absent = NO ROUTING ASSIGNMENT = DISCONNECTED / OFF Recommended canonical representation: NO ROUTING RECORD FOR THAT FIXED PRODUCT SEAT Do not create: null/null tombstones empty strings zero IDs enabled=false records CASE C only one present = MALFORMED = FAIL CLOSED Do NOT treat it as connected. Do NOT infer the missing half. For normalization, prefer dropping/rejecting the malformed assignment as a whole rather than manufacturing missing product identity. ================================================== IMPORTANT: STRUCTURAL CORRUPTION ≠ PRODUCT UNAVAILABILITY ================================================== Do not confuse: HALF ROUTE with: COMPLETE ROUTE WHOSE PRODUCT IS ABSENT Half route: structurally malformed central data Complete route + product absent: legitimate preserved central routing memory that is currently unavailable Phase 1 may validate the first distinction. Phase 1 does NOT need to inspect product runtime truth to determine the second. ================================================== NATURAL ROUTING-LOCATION ADDRESSING ================================================== The product-side outlets are already constructed. Before inventing any new central identity, inspect and use the simplest natural addressing already supported by the accepted architecture. Do NOT create merely for convenience: connection_id switchboard_id route_id set_id or the same concept under another name. A normal structural storage key is allowed. A new permanent routing identity authority is NOT automatically allowed. Distinguish: "this data needs a key in storage" from: "the product now has a new identity concept" They are not the same thing. ================================================== ADDRESSING STOP GATE ================================================== If the existing/natural architecture provides an unambiguous routing location: USE IT. If it does NOT: STOP. Return evidence explaining: - what natural addressing was expected - what was actually found - why existing structure is insufficient - what minimum missing concept appears necessary Do NOT quietly resurrect connection_id. Do NOT invent permanent identity to finish the ZIP. ================================================== PHASE 1 PERSISTENCE ================================================== Persist only the minimum routing assignment necessary under the natural fixed routing structure. Exact routing-assignment fields: binder_ref refill_ref No additional field should be added unless construction evidence proves it is strictly necessary. If such a field appears necessary: STOP BEFORE ADDING IT and report the evidence. ================================================== PHASE 1 READ / NORMALIZATION BOUNDARY ================================================== Construct the smallest safe read/normalization boundary required for the central routing structure. It may know: - expected fixed structural shape - allowed fixed product seats - whether a routing pair is complete - whether no route exists - whether central data is malformed It must NOT become responsible for: - product runtime truth - product availability - Binder names - Refill names - WEB Shortcodes - Counter issued values - Timestamp values - Serial values - PDF System Token values - product entitlement - product settings - conflict resolution - UI state The central box validates its wiring table. It does not enter the houses. ★ ================================================== END OF PART 1 OF 2 ================================================== DO NOT BEGIN CONSTRUCTION YET. WAIT FOR: KAIA COMMON SWITCHBOARD PHASE 1 CONSTRUCTION AUTHORIZATION PART 2 OF 2 PART 1 + PART 2 = ONE AUTHORIZATION. 🕊️ WAIT FOR PART 2. [ASSISTANT] 🕊️ **PART 1 OF 2 受領。** 指示どおり、ここでは**判断・着工ともにしない**。 PART 2 と合体するまで、このまま待機するーヽ(=´▽`=)ﾉ ```text Working Whiteboard AUTHORIZATION: PART 1 / 2 RECEIVED CONSTRUCTION: NOT STARTED STATIC INSPECTION: NOT STARTED PRODUCT MODIFICATION: NONE PDF: UNTOUCHED DECISIONS: DEFERRED UNTIL PART 2 NEXT: WAIT FOR PART 2 / 2 ``` **相談：なし。** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST PHASE 1 CONSTRUCTION AUTHORIZATION MINIMUM CENTRAL ROUTING CORE CONSTRUCTION + STATIC INSPECTION ONLY PART 2 OF 2 CONTINUATION OF PART 1 OF 2. THIS IS NOT A SEPARATE AUTHORIZATION. PART 1 + PART 2 = ONE SINGLE PHASE 1 INSTRUCTION. IF PART 1 OF 2 WAS NOT RECEIVED IN FULL: STOP AND REQUEST PART 1. IF BOTH PARTS WERE RECEIVED: PHASE 1 GO. ================================================== CONFLICT SYSTEM NOT PHASE 1 ================================================== Do NOT construct conflict handling now. Accepted future behavior is preserved for architectural compatibility: requested route ↓ collision lookup ↓ show existing four-seat Switchboard context ↓ human evaluates what would be disturbed ↓ CANCEL = NO CHANGE or EXPLICIT OFF = REMOVE AFFECTED CENTRAL ROUTE Then stop. No automatic continuation. ================================================== FUTURE RESTRICTED CONFLICT VIEW NOT PHASE 1 ================================================== Accepted future direction: reuse the normal Switchboard presentation in restricted mode. The human sees all four fixed product seats so they can recognize the existing connected set. During conflict handling: conflicting Main Power: OPERABLE everything else: LOCKED / GRAY Binder: VISIBLE / GRAY / NOT EDITABLE Refill: VISIBLE / GRAY / NOT EDITABLE WEB Shortcode: VISIBLE / GRAY / NOT COPYABLE Decide: HIDDEN / UNAVAILABLE Copy: HIDDEN / UNAVAILABLE unrelated Main Power: LOCKED The restricted view is the human safety check: "THIS IS THE SET YOU ARE ABOUT TO DISTURB." If the human dislikes the consequence: CANCEL. No extra confirmation machinery is required by the current spec. Do NOT build any of this in Phase 1. ================================================== FUTURE ACTION-LOCK SAFETY ================================================== When restricted UI work eventually occurs: do not rely only on gray HTML controls. The allowed action boundary must also prevent unauthorized wiring changes from a crafted request. This is a future WATCH only. No UI/action implementation now. ================================================== NO TAKEOVER ================================================== Permanently absent from the accepted model: automatic takeover automatic reassignment atomic old-OFF/new-ON automatic restoration rollback previous-owner state pending transfer occupancy authority persisted conflict conflict winner policy Do not reintroduce these while constructing the routing core. ================================================== NO AUTOMATIC CONTINUATION ================================================== Future conflict flow: human OFF ↓ old route removed ↓ chair free ↓ STOP Do NOT automatically commit the new requesting route. The human may return to the requesting Switchboard and perform the normal connection action. Keep the plugin dumb. ================================================== PRODUCT BOUNDARY ================================================== DO NOT MODIFY: Kaia Counter Kaia Timestamp Kaia Serial Kaia PDF The outlets are already there. Use the existing boundaries where later phases require them. Do not reconstruct them now. PRODUCT TRUTH: PRODUCT-OWNED ROUTING TRUTH: SWITCHBOARD-OWNED ================================================== PDF BOUNDARY ================================================== PDF DEV101 remains untouched. Do NOT: - migrate legacy counter_id - modify PDF System Tokens - change token grammar - change token parsing - change Working - change Stock - change Product PDF Refill authority - change FINAL - change generation - repair Gate 1B - connect PDF runtime consumers to the Switchboard yet GATE 1B: FROZEN Future motivation remains: PDF should later see a current central route as current routing. An intentionally disconnected route should not leave stale central routing text that can be mistaken for a current PDF source. But that future connection is NOT Phase 1. ================================================== WEB SHORTCODE BOUNDARY ================================================== Do not persist WEB Shortcode text centrally. The routed identity is the routing truth. WEB Shortcode presentation belongs to later UI/context work using the existing product contract. PDF System Tokens remain separate and PDF-owned. ================================================== DEVELOPMENT PACKAGE ================================================== Construct an independent Common Switchboard component/plugin. Do NOT place the central routing authority inside one of the existing products. If an authoritative Common Switchboard package/plugin identity is already evidenced: use it. If packaging requires inventing a permanent commercial/product identity, registry identity, or lineage that is not evidenced: STOP. Return: PACKAGE IDENTITY REQUIRED Do not guess. ================================================== DEVELOPMENT HISTORY ================================================== If Phase 1 produces a legitimate development ZIP: include exactly ONE: DEVELOPMENT-HISTORY.md Prefer plugin root. It must record at minimum: - evidence-based lineage - Phase 1 purpose - existing product outlets preserved - central routing responsibility - final OFF semantics - Cancel semantics - product-absence distinction - Binder waypoint - current Binder cardinality = one - exact persisted routing truth - main_power intentionally not persisted - malformed pair policy - natural-addressing decision/evidence - product boundaries preserved - static checks - WATCH / BLOCK - runtime status It is historical documentation only. Runtime code must NEVER depend on it. Do not later rewrite historical statements merely because subsequent QA changes acceptance status. ================================================== STATIC CHECKS ================================================== Before returning a completed Phase 1 artifact, verify at minimum: 1. independent Common Switchboard package/component 2. package integrity 3. applicable syntax checks / PHP lint 4. no product files modified 5. exactly one DEVELOPMENT-HISTORY.md if a development ZIP exists 6. runtime does not depend on DEVELOPMENT-HISTORY.md 7. fixed product-seat structure preserved: Counter Timestamp Serial PDF 8. Binder waypoint retained 9. current Binder cardinality treated as one 10. no multi-Binder machinery 11. route assignment contains only: binder_ref refill_ref 12. no persisted main_power 13. no persisted connected/disconnected state 14. no empty/tombstone route required for OFF 15. explicit OFF semantics are representable as route removal 16. Cancel requires no central write 17. complete pair is structurally recognizable 18. absent pair is canonical disconnected state 19. half-pair fails closed 20. no missing identity is guessed 21. product absence can preserve a structurally complete route 22. no product runtime validation was pulled into Phase 1 23. no product availability persistence 24. no connection_id or disguised equivalent 25. no occupancy authority 26. no conflict persistence 27. no takeover machinery 28. no rollback/restoration machinery 29. no WEB Shortcode persistence 30. no product runtime mirror 31. no UI constructed 32. no conflict UI constructed 33. no product modified 34. PDF DEV101 untouched 35. Gate 1B untouched ================================================== NO RUNTIME QA ================================================== PHASE 1 authorization is: CONSTRUCTION + STATIC INSPECTION ONLY. Do not request browser actions from Shamyue. Do not perform runtime QA. Return the construction artifact/report to the Foreman first. ================================================== "あれ？" STOP RULE ================================================== THIS RULE IS EXPLICITLY AUTHORIZED BY SHAMYUE. If, while constructing, you encounter anything that makes you think: "あれ？" STOP AND INSPECT. Examples: - expected outlet/socket is not where evidence said it should be - existing architecture contradicts the plan - central routing suddenly requires product modification - two authorities appear to exist - natural addressing is ambiguous - persistence needs another field - a supposedly simple helper becomes a subsystem - OFF cannot be represented cleanly as route removal - Binder waypoint requires unexpected product changes - a compatibility dependency appears - existing code behaves differently from the inspected witness - construction begins expanding beyond the boring central box Do not treat surprise as an invitation to improvise. ================================================== STOP IS NOT FAILURE ================================================== A construction STOP is a valid and desirable result when evidence no longer supports safe continuation. If something looks wrong: DO NOT: - guess - patch around it - add an exception - silently broaden scope - repair another product - invent identity - add compatibility machinery - finish because "we are almost done" Instead: preserve the evidence and return to the Foreman. In workshop language: SIMPLE WORK BECAME COMPLICATED = CHECK WHY BEFORE DOING COMPLICATED WORK. ★ ================================================== STOP REPORT ================================================== If stopping, return: KAIA COMMON SWITCHBOARD PHASE 1 CONSTRUCTION STOP REPORT Include: 1. intended operation at the moment of STOP 2. exact "あれ？" / unexpected finding 3. evidence 4. expected behavior/structure 5. actual behavior/structure 6. whether any working-copy changes already occurred 7. whether those changes are isolated/discardable 8. whether any accepted product artifact was modified expected: NO 9. possible interpretations clearly labeled as hypotheses, not facts 10. smallest question requiring Foreman decision 11. WATCH 12. BLOCK Do not repair before returning. ================================================== SUCCESS RETURN ================================================== If construction completes without an evidenced STOP condition, return: KAIA COMMON SWITCHBOARD PHASE 1 STATIC CONSTRUCTION REPORT Include: 1. ARTIFACT filename version/dev identifier SHA256 2. LINEAGE / PACKAGE IDENTITY exact authority/evidence used 3. EXISTING OUTLET EVIDENCE what existing product-side socket/outlet architecture was relied upon confirm no product outlet was rebuilt 4. CENTRAL STRUCTURE exact structural routing layout 5. PERSISTED ROUTING TRUTH confirm exact route fields: binder_ref refill_ref 6. BINDER WAYPOINT confirm: Binder structurally exists current cardinality = one no multi-Binder machinery 7. DISCONNECTED REPRESENTATION confirm: no route record = OFF / disconnected 8. PAIR INTEGRITY both present both absent half-pair behavior 9. MAIN POWER confirm: not persisted explain how the future UI concept maps to route existence/removal 10. PRODUCT ABSENCE BOUNDARY confirm complete saved route is not destroyed merely because product runtime is unavailable 11. READ / NORMALIZATION BOUNDARY what it knows what it deliberately does not know 12. ADDRESSING what natural structural routing-location addressing was used prove no disguised connection_id was introduced 13. ABSENT MACHINERY confirm no: occupancy conflict persistence takeover rollback restoration availability persistence runtime mirrors future Binder machinery UI 14. PRODUCT MODIFICATIONS expected: NONE 15. STATIC CHECKS syntax package ledger boundary checks 16. WATCH 17. BLOCK 18. RUNTIME STATUS expected: NOT TESTED 19. READINESS Return one: STATIC PASS — READY FOR FOREMAN REVIEW STOP — PACKAGE IDENTITY REQUIRED STOP — NATURAL ADDRESSING REQUIRED STOP — ROUTING MODEL CONTRADICTION STOP — PRODUCT MODIFICATION REQUIRED STOP — UNEXPECTED "あれ？" STOP — OTHER EVIDENCED BLOCK ================================================== FOREMAN TEST ================================================== At every construction decision: WHAT IS THIS FOR? CAN THE SAME SAFE RESULT BE ACHIEVED WITHOUT IT? If yes: DELETE IT. But: do not delete a real routing waypoint merely because it currently has one possible value. Binder is real. Binder multiplicity is future. ================================================== FINAL WORKSHOP MODEL ================================================== The central box should be able to remain approximately this stupid: "Where does this wire go?" Binder ref. Refill ref. "Is it ON?" There is a current route. "Human pressed OFF?" Remove the route. "Human pressed Cancel?" Do nothing. "Plugin disappeared?" Human did not tell me to disconnect. Keep the route. "Half the route is missing?" That is broken. Do not guess. "Something unexpected happened?" STOP AND ASK. ★ ================================================== WORKSHOP MOTTO ================================================== MAKE THE SPEC THINNER. MAKE THE PLUGIN DUMBER. MAKE THE FAILURE SURFACE SMALLER. BUILD THE CENTRAL BOX. THE OUTLETS ALREADY EXIST. BUILD THE BINDER WAYPOINT. NOT THE FUTURE INTERCHANGE. IF YOU THINK "あれ？": STOP. ★ AIM FOR LAZINESS ★ Built together. ================================================== CHECK LOG ================================================== SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION AUTHORIZATION: PHASE 1 CONSTRUCTION SCOPE: MINIMUM CENTRAL ROUTING CORE PRODUCT OUTLETS: ALREADY CONSTRUCTED PRODUCT REWIRING: FORBIDDEN CENTRAL ROUTE TRUTH: binder_ref + refill_ref BINDER: REAL WAYPOINT CURRENT BINDER COUNT: ONE MULTI-BINDER: NOT CONSTRUCTED MAIN_POWER PERSISTENCE: NONE EXPLICIT HUMAN OFF: REMOVE CENTRAL ROUTE CANCEL: NO WRITE PRODUCT ABSENCE: PRESERVE COMPLETE ROUTE MALFORMED HALF-PAIR: FAIL CLOSED / NO GUESSING CONNECTION_ID: NONE OCCUPANCY: NONE CONFLICT STATE: NONE TAKEOVER: NONE UI: NO PRODUCT MODIFICATION: NONE PDF DEV101: UNTOUCHED GATE 1B: FROZEN RUNTIME: NO SURPRISE POLICY: "あれ？" = STOP / INSPECT / REPORT GOAL: BORING SAFE CENTRAL BOX MOTTO: AIM FOR LAZINESS ★ ================================================== PART 2 RECEIPT GATE ================================================== If PART 1 OF 2 was received in full: PART 1 + PART 2 ACCEPTED. PHASE 1 GO. If PART 1 was incomplete or missing: DO NOT CONSTRUCT. REQUEST THE MISSING PART. 🕊️ PHASE 1 GO. IF BORING STAYS BORING: BUILD IT. IF BORING BECOMES WEIRD: STOP. [ASSISTANT] 🕊️ **PART 1 + PART 2、両方そろった。PHASE 1 GOを受領。** そのうえで着工前ゲートをもう一度踏んだところ、**コードを書く前に1個だけ正式STOP条件が残っていた**。 今回は親方指示そのものにある `PACKAGE IDENTITY REQUIRED` に該当するので、勝手に名前を作らず止める。 # KAIA COMMON SWITCHBOARD ## PHASE 1 CONSTRUCTION STOP REPORT ### 1. STOP時点で行おうとしていたこと 既存6 witness ZIPを変更せず、独立したCommon Switchboardの最小開発パッケージを新規作成し、 ```text central routing core └─ fixed product seats ├─ Counter ├─ Timestamp ├─ Serial └─ PDF ``` の中央保存・read/normalizationだけを構築し始めるところだった。 **まだ作業コピーも作っていない。** --- ### 2. 「あれ？」 PART 2には明確に、 > Construct an independent Common Switchboard component/plugin. とある。 同時に、 > If packaging requires inventing a permanent commercial/product identity, registry identity, or lineage that is not evidenced: STOP. > Return: PACKAGE IDENTITY REQUIRED ともある。 手元の既存ZIPを再確認すると、既存製品にはそれぞれ明確なplugin rootがある。 ```text kaia-counter/ kaia-timestamp/ kaia-serial/ kaia-pdf/ ``` しかし、Common Switchboardについては現在の証拠から、 ```text 正式 Plugin Name 正式 plugin folder / slug 正式 version/dev lineage Registry/CNT identity（もし必要なら） ``` が確定していない。 --- ### 3. Evidence 既存witness packageはすべて既存製品自身のidentityを持つ。 Common Switchboardについて確定しているのは**役割名・構造概念としての** ```text KAIA COMMON SWITCHBOARD Common Switchboard ``` まで。 これは独立pluginの正式package identityまで自動的に確定する証拠にはならない。 以前候補として会話に出した ```text Plugin Name: Kaia Common Switchboard folder: kaia-common-switchboard version: v0.1.0-dev1 ``` も、**俺が説明用に提示した候補**であって、親方またはしゃむによって正式承認されたpackage identityではない。 したがって、それを今回勝手に採用すると禁止事項の > inventing permanent package identity になる。 --- ### 4. Expected / Actual **EXPECTED** 既存の正式Common Switchboard package identityが確認でき、その箱に最小中央coreを作れる。 **ACTUAL** 中央機能の仕様は十分確定しているが、**それを入れる独立pluginの正式な箱のidentityだけ未確定**。 これはrouting architectureの問題ではない。 --- ### 5. Working-copy changes ```text NONE ``` ZIP一覧・既存package構造の再確認のみ。 --- ### 6. Isolated / discardable changes 変更自体がないため、 ```text N/A ``` --- ### 7. Accepted product artifacts modified ```text NO ``` Counter：変更なし Timestamp：変更なし Serial：変更なし PDF DEV101：変更なし Gate 1B：変更なし。 --- ### 8. PDFについて ここは前のSTOPから状況が改善している。 しゃむの説明と実画面によって、 ```text PDF sheet identity ≠ central routing truth PDF System Token = PDF-owned indoor machinery Common Switchboard = central routing provider ``` という境界が明瞭になった。 したがって、**PDFの既存室内配線が現在legacy `counter_id` を利用していること自体を、今回のPhase 1 STOP理由にはしていない。** PDF室内工事はしない。 既存配線も切らない。 これは現在の指示と整合する。 --- ### 9. Possible interpretations — HYPOTHESES ONLY 最も自然な候補は以前提示した、 ```text Plugin Name: Kaia Common Switchboard Plugin folder / slug: kaia-common-switchboard Initial development version: 0.1.0-dev1 ``` だと思われる。 ただしこれは**HYPOTHESIS / PROPOSAL**。 正式Registry/CNT番号がまだ無いなら、Phase 1開発のためだけに俺がCNTを発行・推測する必要もないと思われる。 これも確定事項にはしない。 --- ### 10. Smallest Foreman question 必要なのはこれだけ。 > **独立pluginの正式開発identityとして > `Kaia Common Switchboard` / `kaia-common-switchboard` / `0.1.0-dev1` > を使用してよいか？** CNT等が未採番なら、 > **CNTなしのdevelopment lineageとして開始してよい** まで確認できれば十分。 新しい製品仕様の判断は不要。 --- ### 11. WATCH package identity確定後も、実装中の **natural routing-location addressing gate** は残す。 つまりidentityが決まったからといって、 ```text connection_id switchboard_id set_id route_id ``` を勝手に作れるわけではない。 そこは実装証拠を見ながら別途「あれ？」監視する。 --- ### 12. BLOCK ```text PACKAGE IDENTITY REQUIRED ``` **それ以外の新規BLOCKは現在なし。** ```text CHECK LOG AUTHORIZATION: PART 1 + PART 2 RECEIVED IN FULL PHASE 1 GO: EFFECTIVE PRE-CONSTRUCTION GATE: STOP STOP TYPE: PACKAGE IDENTITY REQUIRED ROUTING MODEL: NO CONTRADICTION FOUND AT THIS GATE PDF BOUNDARY: UNDERSTOOD / INDOOR WORK REMAINS PDF-OWNED PDF MODIFICATION: NONE PRODUCT MODIFICATION: NONE WORKING COPY: NONE CREATED ARTIFACT: NONE RUNTIME: NOT TESTED NEXT: AUTHORIZE INDEPENDENT DEVELOPMENT PACKAGE IDENTITY THEN RESUME PHASE 1 ``` 要するに🕊️、**中に何を入れるかは決まった。箱に貼る正式な名札だけ俺が勝手につけちゃダメだった★**というSTOP。 ここで止めてあるから、既存製品は全部無傷。 **相談：`Kaia Common Switchboard / kaia-common-switchboard / 0.1.0-dev1` を正式な初回開発identityとして採用するか、親方判断が必要。** [USER] おー これな、プラグインはどのグレードでもがっちゃんこできる物なんだよ。 KaiaCounterなら、フリーでもスタンダードでも！みたいな [ASSISTANT] あーーー、なるほど。**それ、package identityを考える上でかなり重要な条件だ。** 🕊️ つまり配電盤は、 ```text Counter Free ─────┐ Counter Standard ─┤ ← どちらでも同じCounter席へ │ Timestamp Free ───┤ Timestamp Standard┤ ├── Common Switchboard Serial Standard ──┤ │ PDF Free ─────────┤ PDF Standard ─────┘ ``` みたいなものなんだね。 要するにSwitchboardから見た製品席は、 ```text Counter Timestamp Serial PDF ``` であって、 ```text Counter Free Counter Standard Timestamp Free Timestamp Standard ... ``` ではない。 **グレードはSwitchboardのrouting identityじゃない。** だからFree→Standardへ交換した場合でも、同じ製品系統の「コンセント規格」が合っていれば、中央側は同じCounter席として扱える設計にしたい、と。 これは既に見ていたCounter Free / Standardの存在とも噛み合う。 ### そして「独立プラグイン」の意味も分かった Common Switchboardは特定グレードの付属品じゃない。 たとえば、 ```text kaia-counter-standard/ └─ switchboard ``` に置いちゃうと、 **「Standardが中央設備を所有する」** ことになってしまう。 それは違う。 だから独立させる意味は、 > **第五の商品を売りたいから独立pluginなのではなく、どの製品・どのグレードにも所有させないため。** なんだ。 これはかなり納得できる。 そしてpackage名についても、グレードを付けちゃダメだね。 候補だった ```text Kaia Common Switchboard kaia-common-switchboard ``` はこの意味ならかなり自然。 逆に、 ```text Kaia Common Switchboard Standard Kaia Counter Switchboard Kaia Memoria Standard Switchboard ``` みたいなのは設計とズレる。 ### もう一個、Phase 1に効く大事な境界 中央に保存する `binder_ref` / `refill_ref` にも、 ```text grade = free grade = standard ``` みたいなものを足す理由は**現時点ではない**。 Switchboardは、 > 「このCounter席は、このCounter側Binder→Refillへ繋がっている」 だけ覚える。 実際にそのコンセントの向こう側にいるのがFreeなのかStandardなのか、それを判定・管理するのは**製品側socket/後段のavailability validation**。 中央がグレード表を持ち始めたら、Free/Standard/将来grade追加のたびに配電盤まで改修することになる。 それは「どのグレードでもがっちゃんこ」の思想と逆だ。 --- なので、親方に返すべきpackage identity確認も、ちょっと精度が上がった。 > **Common Switchboardは全Kaia製品グレード共通の独立インフラcomponentであり、特定product gradeに属さない。** > > したがって正式identity候補を > `Kaia Common Switchboard` > slug `kaia-common-switchboard` > とし、grade suffixを持たせない。 > > 初回development versionだけ `0.1.0-dev1` としてよいか。 これなら「何者なのか」まで説明した上で親方が判子押せる。 🕊️ あとこれは、**今のSTOPを破って着工する情報ではなく、STOPを解くためのidentity evidenceが一個増えた状態**として持っとくね。 ```text Working Whiteboard COMMON SWITCHBOARD: GRADE-NEUTRAL SHARED INFRASTRUCTURE FIXED SEATS: Counter / Timestamp / Serial / PDF GRADE AS CENTRAL IDENTITY: NO GRADE PERSISTENCE: NO EVIDENCED NEED FREE ↔ STANDARD: SAME PRODUCT-FAMILY SEAT / COMPATIBLE SOCKET MODEL PACKAGE: MUST NOT BELONG TO A PRODUCT GRADE CURRENT STOP: PACKAGE IDENTITY REQUIRED CONSTRUCTION: NOT RESUMED ``` **相談：親方には「全グレード共通インフラなのでgrade無しの `Kaia Common Switchboard` でよいか」まで含めて判定してもらえば足りる。** [USER] 他ない？ うわぁ……案件でもいいよ？ [ASSISTANT] ある。🕊️ **親方に判子もらう前に、今のうちに「あれ？候補」を全部床に出すなら、もう何個かある。** 致命傷というより、後から踏むと「うわぁ……★」になり得るやつ。 1. **Free ↔ Standard差し替え時、同じ `refill_ref` が同じものを指す保証があるか。** Switchboardがgradeを覚えないのは綺麗。でも例えばCounter Freeの `Refill 2` を配線したままStandardへ交換したとき、Standardの `Refill 2` が「同じRefill」なのか、単に番号が同じ別物なのか。 ここが製品側で継承保証されてないなら、再インストールとgrade交換は別問題になる。中央が解決する話ではないけど、**「同じ製品席だからそのまま復活していい」と決め打ちは危険**。 2. **`binder_ref` / `refill_ref` の“型”が製品間で本当に共通か。** `1`, `2`, `3` みたいな整数なのか、文字列キーもあり得るのか。中央が勝手に `absint()` とかしてしまうと、将来PDFだけ文字列だった★みたいなのが怖い。 Phase 1はproduct truthを見ないので、**referenceをどの型で保存するか**は着工前に証拠を確認したい。 3. **一番でかいのは、やっぱり「4席セットを何で区切るの？」問題。** これは前からWATCHしてるやつ。 ```text Switchboard A Counter → ... Timestamp → ... Serial → ... PDF → ... Switchboard B Counter → ... Timestamp → ... Serial → ... PDF → ... ``` が複数存在するなら、AとBをstorage上で区別する**自然な既存キー**が必要。 ここを「じゃあ `switchboard_id` 作ろう★」で済ませると `connection_id` 復活事件になる。 逆に既存の共通Nが本当にその自然な位置なら、それを証拠付きで使えばboring。 **俺が着工時に一番最初に踏むべき検査はこれ。** 4. **アンインストールと“別グレードへの交換”を同一視しないこと。** これは①の派生だけど重要。 ```text Standard absent → route memory保持 → Standard戻る ``` と、 ```text Free消える → Standard入る ``` は技術的にはどちらも「Counter socketがまた現れた」に見える可能性がある。 Switchboard自身がgradeを知らないなら、**復活したsocketが保存refを本当に解決できるかは製品側に聞く**必要がある。 「Counterがいる！復活！」だけではダメ。 5. **製品が同時に2グレード入ったらどうなる？** ← これ、ちょっと「うわぁ」候補ｗ Counter FreeとCounter StandardがWordPress上で**同時有効化できる構造**だった場合、 ```text Counter seat ↓ Free socket ? Standard socket ? ``` どっちが「Counter宅」なんだ、になる。 もし製品側が既に相互排他・同一socket authorityを保証してるなら問題なし。 でも保証されてなかったら、Switchboard側でgrade優先順位を作るのは絶対やりたくない。 ```text Standard wins Free fallback ``` みたいなのを中央が始めた瞬間、**配電盤が商品グレード管理者になる**から。 6. **OFF＝route record削除なので、履歴は本当にどこにも残らない。** これは仕様通りだけど再確認案件。 ```text OFF → central route gone → 「前はどこに刺さってた？」をSwitchboardから復元不能 ``` DEVELOPMENT-HISTORYは開発履歴であってユーザー配線履歴じゃないので当然使えない。 しゃむの「文字も消しました！」思想ならこれで正しい。 **後から“誤操作したから戻して”機能が欲しくなった場合は別機能になる**、だけ覚えておけばいい。 7. **Malformed half-pairをread時に“落とす”のか、DBまで掃除するのか。** ここ、地味だけど事故ポイント。 俺はPhase 1なら、 ```text 保存値： binder_refだけある ← 壊れてる READ： routeなしとして扱う DB： 勝手に修復保存しない ``` の方が安全だと思う。 read/normalizationしただけで永続データを書き換えると、**読む行為が破壊操作になる**。 「drop malformed assignment」という言葉を、**normalized returnから落とす**意味に限定したい。 これは親方に確認する価値あり。 8. **そしてPackage Identity。** これは既出。 ただ今の説明でかなり候補は絞れた。 ```text Kaia Common Switchboard kaia-common-switchboard grade-neutral ``` までは自然。 でも正式判子なしで俺がZIPを作るのはまだ止めておく。 --- ### 親方にまとめて投げるなら、判定してほしいのは4本で足りる ```text A. PACKAGE IDENTITY Kaia Common Switchboard / kaia-common-switchboard / grade-neutral で正式着工してよいか。 B. NATURAL BOARD ADDRESS 複数の四席セットを区切る既存の自然キーは何か。 新connection_idは作らない。 C. GRADE REAPPEARANCE Free / Standard等の差し替え後は、 中央がgradeを記憶せず、 製品socketが保存binder_ref/refill_refを 解決できた場合だけ再利用可能、 でよいか。 D. MALFORMED READ half-pairはread結果からfail-closedで除外するが、 単なるread/normalizationでは 保存DBを自動修復・削除しない、 でよいか。 ``` そして**俺が一番「先に見よう」と思うのは⑤**。 Counter Free + Standard、Timestamp Free + Standardみたいな組み合わせで、既存socketがどう共存するよう作られてるか。 ここが綺麗なら、 > **Common Switchboardはgradeを知らない** をかなり安心して固定できる。 逆に同時有効化で同じ関数名/socket authorityが衝突するようなら、中央工事以前に「既存コンセント規格どうなってんのｗ」が発生する。 🕊️ なので親方に持ってくなら、**PACKAGE IDだけ判子もらって即走るより、上のA〜Dを一緒に判定してもらう**のが今は安い。 **Working Whiteboard:** biggest WATCH = natural four-seat-set address / grade must stay outside central truth / simultaneous-grade socket authority worth checking / malformed reads should not silently mutate persistence. **相談：A〜Dをまとめて親方レビュー推奨。** [USER] 取り敢えず、ここでしゃむ分かってるのやるから、まとめずにいっこずつヒアリングしてくれ★ まずリフィルなんだが、これは住所固定される。 フリーリフィル→スタンダードになったらそのまんまスタンダードリフィルとして使えるので重複事故はない。 [ASSISTANT] おっけー★ じゃあ**一個ずつ潰す方式**でいこう🕊️ 今の①は解決。 ### ① Free → Standardで `refill_ref` が別物になる懸念 **解消。** ```text Refillの住所 = 固定 Free Refill N ↓ grade up Standard Refill N 住所 N はそのまま 同じRefillとして継続 ``` なのでSwitchboard側はgradeを覚えなくていい。 ```text binder_ref refill_ref ``` だけ保持しておけば、Free→Standardになっても同じ住所を指し続ける。 **重複事故なし。中央でgrade変換・移行・対応表も不要。** --- じゃあ次、②だけ聞くね★ **`binder_ref` と `refill_ref` の住所って、基本的に数字？** たとえば現在なら、 ```text binder_ref = 1 refill_ref = 3 ``` みたいな感じ？ それとも製品によって `refill-3` みたいな文字列住所になる可能性がある？ [USER] バインダーリフィルはアルファベット A バインダー名 んでAも登録されると自動表記される。 A バインダー B バインダー になる。 リフィルはこれで考えてる 二桁0は流石に一個のバインダーで99もやらんやろwww 01 リフィル 02 リフィル [ASSISTANT] あー、なるほどｗ **②もかなり綺麗に確定できる。** 🕊️ ```text Binder address: A B C ... 表示： A バインダー名 B バインダー名 ``` 登録されればA→B→C…と自動採番。 で、Binder内のRefillは、 ```text 01 02 03 ... 99 ``` の**二桁固定住所**想定ね。 つまり中央のrouteは概念的には、 ```text Counter └─ binder_ref = A └─ refill_ref = 01 ``` となる。 ここ大事で、さっき俺が例として出した ```text binder_ref = 1 refill_ref = 3 ``` は**採用しちゃダメ**だな。 中央が数字化して、 ```text "A" → 1 "01" → 1 ``` みたいに変換する必要もない。むしろ住所表記を壊す。 現在Binderが一個だから、 ```text binder_ref = A ``` になるわけだけど、壊れたデータから「一個しかないからAだろ★」も当然禁止のまま。 そして将来Bができても構造変更なし。 ```text A / 01 A / 02 ... B / 01 B / 02 ``` 綺麗だ。**Binder waypointを今から残す理由そのものにも合ってる。** --- じゃあ③、一個だけ。 **「4席セット」自体は複数作れる想定？** つまり最終的に、 ```text ある一組 Counter Timestamp Serial PDF 別の一組 Counter Timestamp Serial PDF ``` みたいに、**同時に複数の配電盤セットが存在する**？ それともCommon Switchboardはサイト全体に一組だけあって、その中にCounter/Timestamp/Serial/PDFの4席がある？ ここで前者なら「その一組を何で区別する？」が次の質問になる。 後者なら、俺が警戒してた**natural board address問題そのものが消える可能性が高い★** **相談：③だけ確認。** [USER] 配電盤はリフィルがフリーな限り存在する。 ただし、最終的には Counter オフ タイムスタンプ オン シリアル オフ PDF オフ みたいになることは十分あり得るが問題なし。 [ASSISTANT] あ、分かった。俺の③の切り方がちょっと違ったｗ 🕊️ **配電盤は「サイトに一個」ではなく、Refillが存在するだけ存在する。** たとえば、 ```text Binder A ├─ Refill 01 → Switchboard │ ├─ Counter OFF │ ├─ Timestamp ON │ ├─ Serial OFF │ └─ PDF OFF │ ├─ Refill 02 → Switchboard │ ├─ Counter ON │ ├─ Timestamp ON │ ├─ Serial ON │ └─ PDF OFF │ └─ Refill 03 → Switchboard ├─ Counter ON ├─ Timestamp OFF ├─ Serial OFF └─ PDF ON ``` みたいに、**各Refillに四席の配電盤が付随する**感覚なんだな。 そして四席全部ONである必要はまったくない。 TimestampだけONも正常。 これなら俺が警戒していた「4席セットを区別する新しい `switchboard_id` が要るのでは？」についても、かなり答えが見えてくる。 **配電盤そのものに新住所を与える必要はなさそう。** 既に存在する、 ```text Binder address + Refill address A / 01 A / 02 A / 03 ... ``` が自然な場所だから。 つまり「Switchboard 17番」みたいな第五のidentityを作る必要がない。 **Refillの場所に配電盤がある。** ただ、ここはまだ俺から確定させず、次を一個だけ聞く★ ### ④ 同じ `A / 01` に対して、四製品は**同じ場所を共有する**理解で合ってる？ つまり、 ```text A / 01 ├─ Counter ├─ Timestamp ├─ Serial └─ PDF ``` であって、 ```text Counter A / 01 Timestamp A / 01 Serial A / 01 PDF A / 01 ``` がそれぞれ別々の「A/01」を所有しているわけではない？ ここがYESなら、natural addressingがかなり綺麗に閉じる★ **相談：④だけ。** [USER] スタートは全員A-01みたいに持たせるからゼロスタートはない。 [ASSISTANT] あっ、そこも重要だ★ **「未採番状態のRefillが存在して、あとから住所をもらう」ではない**んだね。 つまり各製品とも最初から、 ```text 初期状態 Counter → A-01 Timestamp → A-01 Serial → A-01 PDF → A-01 ``` を持ってスタートする。 だから、 ```text binder_ref = 空 refill_ref = 空 ``` みたいな**住所そのもののゼロ状態を考える必要がない**。 ただしSwitchboard上では別問題として、 ```text A-01というRefillは存在する + その製品席から現在routeがあるか ``` なので、 ```text Timestamp ON → route exists Counter OFF → no central route ``` は普通に成立する、と。 これ、**「Refillが存在しない」と「配電盤でOFF」を混同しないためにもかなり大事**だね。 --- じゃあ④をもう少し正確にして、一個だけ★ たとえば全員が初期 `A-01` を持っているとき、 ```text Counter の A-01 Timestamp の A-01 Serial の A-01 PDF の A-01 ``` この4つの `A-01` は、 **「同じ配電盤A-01に集まるための共通住所」**？ それとも、 **「各製品内でそれぞれA-01という住所を持っていて、配電盤がそれらを組み合わせる」**？ ここだけ分かれば、中央で `A-01` をどう解釈するかが決まる🕊️ **相談：④だけ。** [USER] 全員各々A-01を持ってて、配電盤で組み合わせる だからこうなることは始めからそ想定してる Counter A-01 タイムスタンプ A-03 シリアル A-05 PDF A-04 みたいにレゴブロックできる。 [ASSISTANT] あーーー、完全に分かった★ **ここ、かなり重要だった。俺のさっきの「Refillの場所に配電盤がある」は違う。訂正する。** 🕊️ 各製品が**自分の住所空間**を持ってる。 ```text Counter A-01 A-02 A-03 ... Timestamp A-01 A-02 A-03 ... Serial A-01 A-02 A-03 ... PDF A-01 A-02 A-03 ... ``` そしてCommon Switchboardは、それらから好きなRefillを選んで**一組にがっちゃんこする中央配線**。 たとえば、 ```text COMMON SWITCHBOARD Counter └─ A-01 Timestamp └─ A-03 Serial └─ A-05 PDF └─ A-04 ``` これが正常な一組。 だから同じ `A-01` という文字列でも、 ```text Counter A-01 Timestamp A-01 ``` は**同一Refillではない**。 固定4席の「どの製品席に入っているか」がnamespaceになってる。 これはPhase 1仕様とも綺麗に合うな。 ```text counter: binder_ref = A refill_ref = 01 timestamp: binder_ref = A refill_ref = 03 serial: binder_ref = A refill_ref = 05 pdf: binder_ref = A refill_ref = 04 ``` なので `product_family` をレコード内に重複保存する必要もない。 **固定seatそのものが「これは誰のA-03か」を決める。** --- で、これで逆に**次の「あれ？」がかなりピンポイントになった★** 今の例の ```text Counter A-01 Timestamp A-03 Serial A-05 PDF A-04 ``` という**この4本を束ねた「一組」**があるよね。 じゃあ次、一個だけ。 ### ⑤ この「一組」は何をきっかけに作られる？ たとえば、 **Counter A-01を起点に配電盤を開いて、そこへTimestamp A-03等を挿す**のか、 それとも、 **どの製品Refillからでも「新しい組」を作れて、その後ほかの製品を挿す**のか。 ここが分かると、俺がずっと警戒してる > 「この四本は同じ一組ですよ」を中央でどう区別するの？ の答えにかなり近づく。 まだ `switchboard_id` は作らない★ **相談：⑤だけ。** [USER] どの製品でも組み上げようとすると そこの配電盤でくみたてられる。 ただし椅子取りゲームってだけ。 [ASSISTANT] あー、はいはいはいｗ **「誰を親にして一組を作るか」って発想自体が違うんだ★** 🕊️ どの製品から入っても、 ```text Counter A-01 から組み始める ↓ 同じ配電盤 Timestamp A-03 から組み始める ↓ 同じ種類の配電盤 Serial A-05 から組み始める ↓ 同じ種類の配電盤 ``` で、**起点製品に所有権はない。** そして問題になるのは単純に椅子取りゲーム。 たとえば、 ```text 配電盤 X Counter A-01 Timestamp A-03 Serial A-05 PDF A-04 ``` が組まれていたら、 別の配電盤を組もうとして ```text Counter A-07 Timestamp A-03 ← ここ Serial A-02 PDF OFF ``` としようとしたところで、 ```text Timestamp A-03 ↓ すでに配電盤 X の Timestamp席で使用中 ↓ 衝突 ``` になる。 だから「椅子取りゲーム」なのね。 これで以前のForeman仕様にあった > collision lookup → existing four-seat contextを見せる の意味も完全につながった。 **占有されるのは製品Refill側の住所で、配電盤そのものが製品を所有するわけじゃない。** --- そしてここで次の一個。 これはたぶん**natural addressing問題の核心**。 ### ⑥ まだ何も繋いでいない「空の配電盤」って存在する？ つまり、 ```text 配電盤？ Counter OFF Timestamp OFF Serial OFF PDF OFF ``` という**四席全部OFFの配電盤を先に作って保存しておく**ことはある？ それとも、どれか一製品から組み始めて最初の接続を確定した瞬間に初めて、 ```text Timestamp A-03 ON その他 OFF ``` という「一組」が成立する？ ここ、かなり大事。 もし**全OFFの空配電盤を保存する必要がない**なら、永久的な `switchboard_id` を作らずに済む可能性がさらに上がる★ 逆に空箱そのものを永続化する必要があるなら、「その空箱を何で識別する？」が残る。 **相談：⑥だけ。** [USER] 初期はインスコしてるのはすべてオン ただしショートコードは空欄 そうすれば 選ぶ→決定→椅子取りゲーム確認 ができる [ASSISTANT] あーーーーｗｗｗ **ここで「Main PowerはONなのにrouteはまだ無い」が出てくるのか。** でも矛盾じゃない。俺が「ON」を一種類だと思ってた★ 🕊️ 初期UIはこうなんだね。 ```text インストール済み製品 Counter Main Power: ON Timestamp Main Power: ON Serial Main Power: ON PDF Main Power: ON Binder / Refill: 各製品側には初期住所 A-01 が存在 WEB Shortcode: 空欄 CENTRAL COMMITTED ROUTE: まだ無し ``` そこから人間が、 ```text 選ぶ ↓ 決定 ↓ 椅子取りゲーム確認 ↓ 空いている ↓ 接続成立 ``` をやる。 つまりForeman仕様の > complete current routing assignment = CONNECTED / ON > no routing assignment = DISCONNECTED / OFF の **ON/OFF** と、 しゃむが今言ってる**初期Main Power ON**は、同じ概念として扱うと事故る。 これはかなり良い「あれ？」発見だわｗ たぶん実態は、 ```text 製品が配電盤へ参加可能 ≠ 中央routeが接続済み ``` なんだと思う。 そして初期ショートコード空欄だから、**インストールしただけで勝手にA-01同士が接続されるわけでもない**。 これなら「選ぶ→決定」がちゃんと必要になる。 --- ### ⑦ 次これだけ聞く★ その**初期Main Power ON**を人間がOFFにした場合、 まだ一度も「決定」しておらず中央routeが無い製品でも、 ```text Main Power ON → OFF ``` にできる？ そしてそのOFF状態は、**次に画面を開いてもOFFのまま覚えておく必要がある？** ここがYESだと、Foremanの ```text main_powerはpersistしない routeなし = OFF ``` と真正面から食い違う。 逆に「初期ONは単にインストール済み/選択可能を表す表示で、人間が保存する独立状態ではない」なら共存できる。 **ここは親方に持っていく可能性のある本物の仕様衝突候補なので、⑦だけ確認したい★** **相談：⑦。** [USER] んん？ 取り敢えずだな 始めは空欄で決定でジャッジする。 人間がそもそも今回これ使わないよ！ でオフにする。 このオフスイッチはPDF作成に紐づくやつだけど全部統一したほうが楽なのでそうしてる。 [ASSISTANT] あ、理解した。俺がさっき**「ON＝接続済み」へ寄せすぎた**んだｗ しゃむの言ってる初期状態はもっと単純だね🕊️ ```text 【最初】 Counter Main Power: ON 選択欄: 空 Timestamp Main Power: ON 選択欄: 空 Serial Main Power: ON 選択欄: 空 PDF Main Power: ON 選択欄: 空 ``` ここでONは、 **「今回この製品を組み合わせ候補として使います」** の意味。 まだ、 ```text binder_ref refill_ref ``` は中央routeとして確定してない。 人間が、 ```text 選ぶ ↓ 決定 ↓ 椅子取りゲーム判定 ↓ 問題なし ↓ 接続 ``` して初めて配線が決まる。 一方、 > 「今回はCounter使わないよー」 ならMain PowerをOFF。 これは特に**最終的にPDFを作る際に、今回どの部品を使うのか**を揃えるためのスイッチなんだな。 だから、 ```text Counter OFF Timestamp ON Serial OFF PDF OFF ``` みたいなのも普通。 そしてUI/操作体系を製品ごとに別物にするより、**全4席Main Powerで統一してある方が人間にも実装にも楽**。なるほど。 ### ここ、本物の親方案件が一個出た★ Foreman仕様では、 ```text Main Power = human-facing control concept route exists = ON no route = OFF main_power is NOT persisted ``` まで固定してある。 でも今しゃむから聞いた実際の意味だと、 ```text Main Power ON + route未決定（選択欄空） ``` が**正規の初期状態として存在する**。 つまり、 **Main Power と central route existence は別概念。** これは俺らだけで丸めちゃいけない。 Phase 1の根幹に触るから親方へ「あれ？」を上げるやつだ。 ただし、まだ「じゃあmain_powerを保存しよう！」とはしない。 それやったら俺が仕様を勝手に修理してるｗ --- 次のヒアリングを一個だけ続けよう★ ### ⑧ OFFにした製品は「決定」の対象から外れる？ たとえば、 ```text Counter OFF Timestamp ON → A-03を選択 Serial OFF PDF ON → A-02を選択 [決定] ``` なら椅子取りゲーム判定をするのは、 ```text Timestamp A-03 PDF A-02 ``` だけで、 CounterとSerialは**今回の組み合わせには参加しない**。 これで合ってる？ **相談：Main Power≠route existence は親方へ上げる候補として保留。今は⑧だけ確認。** [USER] オフにすると始めから椅子取りゲーム辞退★ [ASSISTANT] ｗｗｗはい、完全にわかった★ **⑧確定。** ```text Main Power OFF = 「今回はこの製品、椅子取りゲームに参加しません★」 ``` だから例えば、 ```text Counter OFF Timestamp ON → A-03 Serial OFF PDF ON → A-02 ``` なら決定時の参加者は、 ```text Timestamp A-03 PDF A-02 ``` だけ。 CounterとSerialについては、 - 選択要求なし - 椅子取り判定なし - 席を取りに行かない **最初から棄権★** で、これによってさっき見つかった親方案件もさらに明確になった。 > **Main Power = 接続状態ではなく、その組み立て操作への参加／不参加。** なので、 ```text ON + 未選択 ``` が普通に存在する。 Foremanの ```text route exists = ON no route = OFF ``` とは意味が違う。 ここは正式に差し戻す価値あり。まだ俺は直さない。 --- じゃあ次、一個だけ★ ### ⑨ ONなのに選択欄が空のまま「決定」を押したらどうなる？ たとえば初期状態そのまま、 ```text Counter ON → 空欄 Timestamp ON → 空欄 Serial ON → 空欄 PDF ON → 空欄 [決定] ``` なら、 **「ONの製品はRefillを選んでね」で決定不可**？ それとも空欄のON席は何か既定値（A-01など）として扱う？ 後者だと自動推測になるので、たぶん前者かなと思ってるけど、**推測せず聞く★** **相談：Main Power意味衝突は親方案件として保持。⑨だけ。** [USER] エラー吐けばよくね？ [ASSISTANT] うんｗ **それで十分だと思う★** むしろA-01を勝手に補完する理由がない。 ⑨はこうね。 ```text id="tw7f5s" Main Power ON + Binder / Refill 未選択 + [Decide] → ERROR → 接続処理しない → 椅子取りゲーム判定にも進まない → 勝手に A-01 を入れない ``` OFFなら最初から辞退なので、未選択でも問題なし。 ```text id="r6esuf" OFF + 空欄 → OK / 不参加 ON + 空欄 → ERROR ON + 選択済み → 椅子取りゲームへ ``` だいぶ馬鹿で良い配電盤になってきたｗｗｗ で、**次ひとつだけ★** ### ⑩ 一度組み上がったあと、Main PowerをOFFにした場合 例えば既に、 ```text id="3kgfbw" Timestamp Main Power ON A-03 ``` で接続成立している。 その後、 ```text id="jov6gy" Timestamp Main Power OFF ``` にしたら、 **その瞬間に Timestamp A-03 の椅子を返す？** それとも、 **OFFにしてから `[Decide]` を押した時点で椅子を返す？** ここは「OFF＝辞退」が**即時操作なのか、次回Decideで確定なのか**だけ知りたい🕊️ **相談：Main Powerの意味については親方差し戻し候補を保持中。⑩だけ。** [USER] そしたら空欄にすりゃいいよ。 椅子取りゲームに椅子を戻す [ASSISTANT] うん、それが一番単純だｗｗｗ **⑩確定★** つまり接続済みで、 ```text Timestamp Main Power: ON Binder: A Refill: 03 ``` だったものを人間がOFFにしたら、 ```text Timestamp Main Power: OFF Binder / Refill: 空欄 ``` にする。 中央的には、 ```text timestamp route: { binder_ref: A, refill_ref: 03 } ↓ OFF timestamp route: 存在しない ``` だから **A-03の椅子は即、椅子取りゲームへ返却。** これは親方仕様の > explicit human OFF = remove central route とはちゃんと一致してるね。 ただしやっぱり残るのは、**未接続初期状態でもMain PowerはON**という一点。 つまり「Main Power表示＝route existence」だけがズレている。 --- じゃあ次、一個だけ★ これもそのズレを確定する質問。 ### ⑪ OFFにしたあと、またONに戻したとき ```text Timestamp OFF / 空欄 ↓ 人間がON Timestamp ON / 空欄 ``` でいい？ つまり**以前のA-03は復元しない**。 人間が改めて、 ```text A-03を選ぶ → Decide → 椅子取りゲーム ``` をやり直す。 これならOFF時に本当に中央routeを捨てて、previous routeもrollbackも要らない★ **相談：⑪だけ。** [USER] 復元させたら事故の元★ [ASSISTANT] そうｗｗｗ **⑪確定★** そこは親方仕様とも完全一致。 ```text id="p4gw2q" 接続済み Timestamp → A-03 ↓ OFF Timestamp → 空欄 A-03 → 椅子へ返却 旧route → 消滅 ↓ ON Timestamp → 空欄 ``` **復元なし。** 人間がもう一度、 ```text id="6rwrzk" 選ぶ → Decide → 椅子取りゲーム判定 → 空いてたら接続 ``` をする。 つまり中央には、 ```text id="azb0c2" previous_ref previous_route last_route restore_target rollback_target ``` みたいなの**全部いらん★** 「前A-03だったからA-03に戻しといたよ！」 が一番やっちゃいけない親切設計だなｗ --- じゃあ次、一個だけ🕊️ ### ⑫ すでにON・接続済みの製品で、別Refillへ変更するとき たとえば現在、 ```text id="nzk1ja" Timestamp ON A-03 ``` これを人間が ```text id="jufqtf" Timestamp ON A-07 を選択 → Decide ``` したとする。 この場合、**A-07の椅子取り判定が成功して新しい接続が成立した時点で、A-03を椅子へ返す**感じ？ それとも一度A-03をOFF/空欄にしてからじゃないと、A-07には変更できない？ ここは「接続先変更」が普通のDecideで可能なのかだけ確認したい★ **相談：Main Power初期ONの意味だけ親方差し戻し候補として保持中。⑫だけ。** [USER] 椅子を戻して新しい椅子と取り替えればよかろう！ [ASSISTANT] そうだｗｗｗ **椅子交換でいい★** 余計な儀式を作る必要なかったｗ ⑫確定。 ```text 現在 Timestamp → A-03 人間： A-07を選択 ↓ Decide ↓ A-07の椅子取り判定 ↓ 取得可能 成立： Timestamp → A-07 A-03 → 椅子取りゲームへ返却 ``` つまり通常の**接続先変更**として扱える。 ただし事故防止上、重要なのは順番だね。 **A-07が取れなかった場合、A-03まで失う必要はない**よね？ ### ⑬ ここだけ確認★ 現在、 ```text Timestamp → A-03 ``` からA-07へ変更しようとして、 ```text A-07 → 他の配電盤が使用中！ ``` だった場合、 **既存のA-03はそのまま保持して変更不成立**でいい？ つまり、 ```text 交換成功 → A-03を返してA-07へ 交換失敗 → A-03のまま ``` これなら「新しい椅子を確認する前に今の椅子を捨てちゃった★」事故を防げる。 **相談：⑬だけ。** [USER] キャンセル押させてもどせばよくね？ [ASSISTANT] あっ、そうだｗｗｗ **俺が勝手に交換トランザクションを生やしかけた★** 親方が消した `automatic takeover / rollback` 方面へ寄るところだった。危ない危ない🕊️ ⑬はこうだね。 ```text id="j4djxc" 現在： Timestamp → A-03 変更候補： Timestamp → A-07 Decide ↓ 椅子取り確認 ↓ A-07 使用中 ↓ 競合画面 人間： 「やっぱやーめた」 ↓ CANCEL 結果： Timestamp → A-03 ``` **CANCEL = 何もしない。** つまり「A-03へ戻す処理」すら要らない。 まだ変更を確定してないんだから、 > **そもそもA-03から動いてない★** これが一番馬鹿で安全だｗ 逆に人間が既存競合側を明示OFFした場合は、親方仕様どおり、 ```text id="tnlxm1" 競合側の椅子を返す ↓ そこでSTOP ``` で、要求側A-07を勝手に続行しない。 改めてDecideすればいい。 --- じゃあ次一個★ ### ⑭ 競合がない普通の「椅子交換」が成功した場合 ```text id="oq0bl6" Timestamp A-03 ↓ A-07選択 ↓ Decide ↓ A-07 空いてる ``` ここでは普通に、 ```text id="u0lm2a" A-03を返す A-07を取る ``` まで**一回のDecideで確定**でいいよね？ 競合がないのに一旦OFF→もう一度Decide、までは要求しない？ **相談：Main Power初期ON問題は保持中。⑭だけ。** [USER] うん。それでよくね？ [ASSISTANT] うん、それでいい★ **⑭確定。普通の変更に余計な二段階操作はいらない。** ```text Timestamp A-03 ↓ A-07 を選択 ↓ Decide ↓ A-07 空席 ↓ 交換成立 A-03 → 椅子へ返却 A-07 → Timestamp が取得 ``` 競合がなければ、**一回のDecideで普通に交換完了**。 ここでOFFを挟ませると、人間の操作も増えるし、 「いったん旧椅子を手放したところで何か起きた★」 という事故面まで増やす。いらんｗ --- じゃあ次、**⑮だけ**聞く🕊️ 4製品を一度に変更してDecideする場合。 現在： ```text Counter A-01 Timestamp A-03 Serial A-05 PDF A-04 ``` 人間がまとめて、 ```text Counter A-02 Timestamp A-07 Serial A-06 PDF A-09 → Decide ``` とした。 このとき、**4つ全部の椅子が空いていることを確認してから、一組まとめて交換成立**でいい？ つまり途中まで、 ```text Counterだけ交換成功 Timestampで競合発見 Serial/PDF未処理 ``` みたいな**半端な組み替えはしない**認識で合ってる？ これは中央箱に「大げさなrollback機構」を作る話じゃなくて、単に**Decide一回で指定した組を途中状態にしない**かどうかの確認★ **相談：Main Power初期ON≠route existence の親方案件は保持中。⑮だけ。** [USER] 親方相談と今しゃむとしたやりとり纏めてくれー 🕊️待機中 [ASSISTANT] ういー🕊️ **親方にそのまま渡せる形で、「正式相談」と「しゃむヒアリングで判明した実運用」を分けてまとめる。** --- # 🕊️ KAIA COMMON SWITCHBOARD ## PHASE 1 — FOREMAN CONSULTATION ADDENDUM ### SHAMYUE INTERVIEW FINDINGS / PRE-CONSTRUCTION CLARIFICATION **STATUS:** PHASE 1 CONSTRUCTION PAUSED **PRODUCT MODIFICATION:** NONE **COMMON SWITCHBOARD ARTIFACT:** NOT CREATED **RUNTIME QA:** NOT PERFORMED The Phase 1 authorization was received in full. Before construction, the specialist stopped at the authorized `PACKAGE IDENTITY REQUIRED` gate. During that STOP, Shamyue supplied additional architectural clarification about the intended Common Switchboard behavior. These findings are recorded below before construction resumes. No implementation decision has been invented from them. --- ## 1. PACKAGE IDENTITY — FOREMAN DECISION REQUIRED The Common Switchboard is not owned by a particular product grade. It is intended to connect compatible Kaia products regardless of grade. For example: ```text Counter Free Counter Standard ↓ same Counter product seat / compatible routing concept ``` The same general principle applies to products that expose multiple grades. Therefore the Common Switchboard should be understood as: ```text GRADE-NEUTRAL SHARED CENTRAL INFRASTRUCTURE ``` not as: ```text Counter Standard machinery Timestamp Standard machinery PDF Standard machinery or another grade-owned component ``` The currently proposed package identity is: ```text Plugin Name: Kaia Common Switchboard Plugin folder / slug: kaia-common-switchboard Initial development version: 0.1.0-dev1 ``` This has NOT yet been treated as authoritative because the specialist was explicitly forbidden to invent permanent package identity. ### FOREMAN QUESTION A May Phase 1 use: ```text Kaia Common Switchboard kaia-common-switchboard 0.1.0-dev1 ``` as the initial grade-neutral independent development package identity? If no Registry/CNT identity has yet been assigned, may Phase 1 begin without inventing one? --- # 2. PRODUCT REFILL ADDRESSING — SHAMYUE CLARIFIED Refill addresses are stable. A grade change does NOT create a new conflicting Refill identity. Conceptually: ```text Free Refill ↓ grade change Standard Refill SAME ADDRESS SAME CONTINUING REFILL ``` Therefore the Common Switchboard does NOT need to persist product grade in order to preserve routing. No central: ```text grade edition free/standard mapping table grade migration map ``` has been evidenced as necessary. --- # 3. BINDER / REFILL ADDRESS FORMAT Shamyue clarified the intended address model. Binder addresses are alphabetic: ```text A B C ... ``` Binder presentation may become: ```text A Binder Name B Binder Name ``` as additional Binders are registered. Current Binder cardinality remains: ```text ONE ``` Therefore the current Binder is: ```text A ``` Refill addresses are two-digit: ```text 01 02 03 ... 99 ``` Conceptual complete product-owned address: ```text A-01 A-02 A-03 ... ``` The central core must therefore NOT assume that the references are ordinary numeric IDs such as: ```text binder_ref = 1 refill_ref = 3 ``` and must not normalize: ```text A → 1 01 → 1 ``` merely for convenience. The address representation itself is meaningful. --- # 4. NO ZERO-ADDRESS START Every installed product begins with its own product-owned: ```text A-01 ``` There is no product-side zero-address starting state. This does NOT mean that A-01 is automatically centrally connected. Product-owned address existence and central committed routing are different concepts. --- # 5. EACH PRODUCT OWNS ITS OWN ADDRESS SPACE This was an important correction to the specialist's earlier model. The four products do NOT share one common A-01 object. Instead: ```text Counter A-01 A-02 ... Timestamp A-01 A-02 ... Serial A-01 A-02 ... PDF A-01 A-02 ... ``` Each product owns its own Binder/Refill address space. Therefore: ```text Counter A-01 ``` and: ```text Timestamp A-01 ``` are different product-owned Refills. The fixed product seat provides the namespace. This supports the accepted rule that a redundant persisted `product_family` field is unnecessary. --- # 6. SWITCHBOARD PURPOSE — LEGO ASSEMBLY The Common Switchboard combines independently addressed product Refills. A valid assembled set may therefore be: ```text Counter A-01 Timestamp A-03 Serial A-05 PDF A-04 ``` There is no requirement that all four products use the same Refill number. This cross-product combination is intentional. In Shamyue's workshop model: ```text LEGO BLOCKS ``` The Switchboard assembles them. It does not merge their product identities. --- # 7. NO PRODUCT IS THE OWNER / ROOT OF THE ASSEMBLY A Switchboard assembly may be initiated from any participating product. It is NOT inherently: ```text Counter-rooted Timestamp-rooted Serial-rooted PDF-rooted ``` Starting assembly from one product does not make that product the authority or owner of the resulting set. This reinforces the requirement for an independent central component. --- # 8. CHAIR-GAME MODEL Shamyue confirmed that routing collision is fundamentally a chair-allocation problem. A product-owned Refill already participating in one committed Switchboard assembly cannot simultaneously be taken by another assembly. Example: ```text EXISTING SET Counter A-01 Timestamp A-03 Serial A-05 PDF A-04 ``` A new requested assembly that attempts to use: ```text Timestamp A-03 ``` encounters a collision because that product-specific Refill is already seated. This agrees with the already accepted future conflict concept. However: **CONFLICT IMPLEMENTATION REMAINS OUTSIDE PHASE 1.** No occupancy authority or persisted conflict state is authorized by this clarification. --- # 9. MAIN POWER — MATERIAL SPECIFICATION CONTRADICTION FOUND This is the most important Foreman consultation item. The Phase 1 authorization currently defines: ```text complete current routing assignment = CONNECTED / ON no routing assignment = DISCONNECTED / OFF ``` and states that `main_power` is not independently persisted. Shamyue clarified that the intended human-facing Main Power has a different semantic role. On initial use, installed products begin conceptually: ```text Counter Main Power ON Timestamp Main Power ON Serial Main Power ON PDF Main Power ON ``` while their Switchboard selection / WEB Shortcode context is still empty and no central route has yet been committed. Main Power therefore means approximately: ```text THIS PRODUCT PARTICIPATES IN THIS ASSEMBLY ATTEMPT ``` rather than: ```text A CENTRAL ROUTE ALREADY EXISTS ``` A user may explicitly turn a product OFF because: ```text "I am not using this product in this assembly." ``` Shamyue described this as: ```text OFF = withdraw from the chair game from the beginning ``` This control originated particularly from the PDF-generation relationship, but the same control is intended across all four seats for a simpler unified UI. Therefore this legitimate state exists: ```text Main Power ON + no selected route yet ``` That state cannot be represented by the currently authorized equation: ```text route exists = ON no route = OFF ``` without changing the meaning of Main Power. ### FOREMAN QUESTION B — MATERIAL BLOCK Which concept is authoritative? Should: ```text Main Power ``` remain a participation control distinct from committed route existence, or should the human-facing terminology/control be revised so that the Phase 1 equation remains authoritative? The specialist has NOT resolved this by inventing persistence. In particular, the specialist has NOT added: ```text main_power participating enabled selected ``` to central storage. Foreman decision is required before central persistence is constructed. --- # 10. ON + EMPTY SELECTION Shamyue clarified intended behavior: ```text Main Power ON + required Binder/Refill selection empty + Decide ``` should simply fail. Conceptually: ```text ERROR NO COMMIT NO CHAIR-GAME COMMIT NO A-01 GUESS ``` The existence of product-owned A-01 does NOT authorize the Switchboard to auto-select A-01. By contrast: ```text Main Power OFF + selection empty ``` is normal because that product has withdrawn from participation. This behavior belongs to later selection/Decide work and is NOT authorization to implement it in Phase 1. --- # 11. EXPLICIT OFF AFTER A COMMITTED ROUTE Here Shamyue's clarification agrees with the existing Foreman model. Example: ```text Timestamp ON A-03 ``` Human explicitly turns it OFF. Result: ```text Timestamp OFF selection/routing context empty A-03 returned to the chair pool ``` Central meaning: ```text REMOVE THE ROUTE ``` The old product-owned A-03 itself is NOT deleted. Only the central assignment disappears. --- # 12. TURNING ON AGAIN DOES NOT RESTORE OLD ROUTE Shamyue explicitly rejected automatic restoration as an accident risk. After: ```text Timestamp A-03 ↓ OFF ``` the old route is gone. If the human later turns Timestamp ON again: ```text Timestamp ON EMPTY ``` The Switchboard must NOT remember and automatically restore A-03. The human must perform a fresh: ```text select ↓ Decide ↓ chair check ``` This confirms the existing prohibition on: ```text previous route restore target rollback target automatic restoration ``` --- # 13. NORMAL REFILL EXCHANGE A connected product may select another Refill and use normal Decide to change its route. Example: ```text Timestamp A-03 ↓ select A-07 ↓ Decide ↓ A-07 available ↓ Timestamp A-07 A-03 returned to chair pool ``` No intermediate human OFF is required for a normal successful non-conflicting exchange. --- # 14. CONFLICT DURING A PROPOSED CHANGE If: ```text CURRENT Timestamp A-03 ``` and the human proposes: ```text Timestamp A-07 ``` but A-07 is already occupied, the proposed change has not yet become the committed route. If the human chooses: ```text CANCEL ``` then: ```text Timestamp remains A-03 ``` Importantly, this does NOT require rollback. The old route never moved. Therefore: ```text CANCEL = NO STATE CHANGE = NO WRITE ``` remains valid. No transactional restoration machinery should be invented merely to implement Cancel. --- # 15. NORMAL SUCCESSFUL CHANGE For a non-conflicting change: ```text CURRENT: Timestamp A-03 REQUEST: Timestamp A-07 A-07: AVAILABLE ``` one normal Decide may complete the exchange: ```text A-03 released A-07 committed ``` No extra OFF/second-Decide ceremony is required. This is later Decide/commit behavior. It is NOT Phase 1 construction authorization. --- # 16. OPEN QUESTION NOT YET ANSWERED BY SHAMYUE The interview reached the next question immediately before this report. If several product routes are edited in one Decide operation, for example: ```text CURRENT Counter A-01 Timestamp A-03 Serial A-05 PDF A-04 ``` requested as: ```text Counter A-02 Timestamp A-07 Serial A-06 PDF A-09 ``` it has NOT yet been established whether the intended normal commit rule is: ```text validate the entire requested set first then commit the whole set ``` or whether another behavior is intended. Do not infer the answer. This is an OPEN interview question, not a Phase 1 decision. --- # 17. NATURAL ADDRESSING — CURRENT FINDING The interview resolved part of the earlier addressing ambiguity: - each product has its own Binder/Refill address space - fixed product seat provides product namespace - Binder/Refill address is stable - assemblies may mix arbitrary product-specific Refill addresses - no product is the assembly owner However, because multiple independent Switchboard assemblies can exist and may be initiated from any product, the specialist should NOT yet claim that the permanent central assembly-location key has been fully proven. Do NOT invent: ```text connection_id switchboard_id route_id set_id ``` to close this gap. If construction reaches persistence and existing evidence still does not provide the required natural structural location, use the existing: ```text STOP — NATURAL ADDRESSING REQUIRED ``` gate. --- # FOREMAN DECISIONS CURRENTLY REQUIRED ### A — PACKAGE IDENTITY Authorize or replace: ```text Kaia Common Switchboard kaia-common-switchboard 0.1.0-dev1 ``` as a grade-neutral independent development component. Clarify whether Phase 1 may proceed without a Registry/CNT identity if none currently exists. ### B — MAIN POWER SEMANTICS Resolve the contradiction between: ```text AUTHORIZED PHASE 1 MODEL: route exists = ON no route = OFF ``` and the clarified intended human behavior: ```text Main Power ON may exist before any route is selected/committed Main Power OFF means this product does not participate ``` Do NOT solve this by adding persistence without Foreman authorization. --- # CHECK LOG ```text id="vnbzmc" SPECIALIST: COMMON SWITCHBOARD CENTRAL DISTRIBUTION PHASE 1 AUTHORIZATION: RECEIVED IN FULL CONSTRUCTION: PAUSED ARTIFACT: NONE CREATED PRODUCT MODIFICATION: NONE PDF MODIFICATION: NONE GATE 1B: UNTOUCHED GRADE MODEL: SWITCHBOARD IS GRADE-NEUTRAL REFILL ADDRESS: STABLE ACROSS GRADE CHANGE BINDER ADDRESS: ALPHABETIC (A, B, C...) REFILL ADDRESS: TWO-DIGIT (01, 02, 03...) INITIAL PRODUCT ADDRESS: A-01 ZERO PRODUCT ADDRESS: NONE ADDRESS NAMESPACE: PRODUCT-OWNED ASSEMBLY: MIX-AND-MATCH PRODUCT REFILLS ASSEMBLY OWNER: NONE CHAIR GAME: PRODUCT-SPECIFIC REFILL OCCUPANCY MAIN POWER: MATERIAL SEMANTIC CONTRADICTION FOUND ON + EMPTY: VALID PRE-COMMIT UI STATE ON + EMPTY + DECIDE: ERROR / NO GUESS OFF: WITHDRAW PRODUCT FROM PARTICIPATION OFF AFTER COMMIT: REMOVE CENTRAL ROUTE / RELEASE CHAIR RE-ON: NO AUTOMATIC RESTORATION NORMAL ROUTE CHANGE: ONE DECIDE IF TARGET AVAILABLE CANCEL ON CONFLICT: NO CHANGE / NO WRITE AUTOMATIC TAKEOVER: NONE ROLLBACK: NONE PREVIOUS ROUTE STORAGE: NONE MULTI-SEAT SINGLE-DECIDE COMMIT: OPEN / NOT YET INTERVIEWED PACKAGE IDENTITY: FOREMAN DECISION REQUIRED NATURAL ASSEMBLY ADDRESS: STILL WATCH RUNTIME: NOT TESTED ``` **BLOCK：** 1. `PACKAGE IDENTITY REQUIRED` 2. `MAIN POWER SEMANTICS — FOREMAN DECISION REQUIRED` **WATCH：** - natural addressing for multiple independent assembled sets - multi-product single-Decide behavior remains unanswered - no `connection_id` or disguised equivalent - no grade state in central routing without new evidence **相談：上のA（Package Identity）とB（Main Power semantics）を親方判断へ。⑮の複数製品同時Decideは、親方回答後でもしゃむヒアリング継続可能。** 🕊️待機。 [USER] 🕊️ PART 1 OF 2 KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN CONSULTATION RESPONSE PACKAGE IDENTITY / MAIN POWER CLARIFICATION ROOT REGISTRY REFERENCE ADDENDUM PHASE 1 PRE-CONSTRUCTION DECISION THIS IS PART 1 OF 2 OF ONE SINGLE FOREMAN INSTRUCTION. TRANSPORT SPLIT ONLY. NO ARCHITECTURAL OR SPECIFICATION SPLIT IS INTENDED. DO NOT BEGIN CONSTRUCTION AFTER RECEIVING PART 1. WAIT FOR PART 2 OF 2. ATTACHED REFERENCE: Kaia Root Registry Snapshot kaia-root-registry-20260909-015813.md IMPORTANT: The attached Root Registry Snapshot is supplied as a REFERENCE for existing Kaia identities and old/new numbering lineage. It is NOT an instruction to assign a new Registry identity to the Common Switchboard. ================================================== A — COMMON SWITCHBOARD PACKAGE IDENTITY FOREMAN DECISION ================================================== AUTHORIZED FOR DEVELOPMENT: Plugin Name: Kaia Common Switchboard Plugin folder / slug: kaia-common-switchboard Initial development version: 0.1.0-dev1 This is sufficient package identity for Phase 1 construction. The Common Switchboard is: GRADE-NEUTRAL INDEPENDENT SHARED CENTRAL INFRASTRUCTURE It is not owned by: Counter Free Counter Standard Timestamp Free Timestamp Standard Serial PDF or another individual product grade. ================================================== ROOT REGISTRY NUMBERING ================================================== DO NOT assign or require a new: KAI identity company_id CNT for the Common Switchboard in Phase 1. No requirement has been established that the Common Switchboard itself must receive Root Registry numbering. Therefore: NO SWITCHBOARD KAI NUMBER NO SWITCHBOARD KS/company_id NO SWITCHBOARD CNT is required for this construction. Do NOT interpret absence from the attached Registry as: NEW NUMBER REQUIRED. Do NOT allocate a number. Do NOT reserve a number. Do NOT invent a temporary number. Do NOT reuse another component's number. If a future business / Registry requirement establishes that the Common Switchboard itself should become a separately registered Kaia artifact, that numbering decision can be made then. For now: PACKAGE IDENTITY IS SUFFICIENT. ================================================== ATTACHED ROOT REGISTRY — HOW TO USE IT ================================================== Use the attached Root Registry Snapshot only when existing Kaia identity evidence is relevant. The current Root Registry uses current identities such as: KAI-... company_id: KS-... cnt: CNT-... and may preserve older identifiers under: former_identity Therefore: CURRENT ROOT REGISTRY IDENTITY = CURRENT REFERENCE former_identity = LEGACY / LINEAGE REFERENCE Do NOT promote a former_identity back into current authority merely because older source code, DEVELOPMENT-HISTORY, audit reports, or previous Foreman instructions mention it. At the same time: do NOT treat a former_identity as invalid historical evidence. It remains useful for matching older artifacts to their current Registry entry. ================================================== EXAMPLE — EXISTING COUNTER SOCKET ================================================== The attached Registry identifies existing Counter infrastructure, including: Kaia Counter Shared Socket and: Kaia Counter Shared Socket — Implementation Contract Their current Registry identities should be read from the attached Root Registry Snapshot. Older KS-...-CNT-22 forms may appear as former_identity / historical lineage. This does NOT authorize rebuilding those sockets. They are existing product-side infrastructure. ================================================== NO NUMBERING MIGRATION WORK ================================================== Phase 1 is NOT a numbering migration project. Do NOT modify existing products merely to replace old identifiers found inside: source comments development history historical reports forensic witnesses accepted artifacts Do NOT rewrite historical evidence. If an old identifier appears in operational/runtime authority and its meaning is genuinely ambiguous: STOP and report the exact evidence. Otherwise preserve historical lineage as historical lineage. ================================================== B — MAIN POWER SEMANTICS FOREMAN DECISION ================================================== The Shamyue interview clarification is AUTHORITATIVE. The earlier simplified equation: route exists = ON no route = OFF is WITHDRAWN. Main Power and committed route existence are distinct concepts. MAIN POWER means approximately: THIS PRODUCT SEAT PARTICIPATES IN THE CURRENT ASSEMBLY ATTEMPT. ROUTE means: THE COMMITTED CENTRAL BINDER / REFILL ASSIGNMENT FOR THAT PRODUCT SEAT. Therefore this is legitimate: Main Power: ON Committed route: NONE Meaning: the product participates, but no Binder/Refill route has yet been committed. ================================================== ON + EMPTY ================================================== Accepted future behavior: Main Power ON + required selection empty + Decide → ERROR → NO COMMIT → NO CHAIR-GAME COMMIT → NO IDENTITY GUESS The existence of product-owned A-01 does NOT authorize automatic selection. Do NOT infer: A 01 A-01 from an empty Switchboard selection. ================================================== MAIN POWER OFF ================================================== Main Power OFF means: THIS PRODUCT DOES NOT PARTICIPATE IN THE ASSEMBLY ATTEMPT. If a committed central route already exists when the human explicitly turns that product OFF: REMOVE THAT CENTRAL ROUTE. Example: Timestamp Main Power ON Route A-03 human OFF → Main Power OFF → central route removed → routing/selection context empty → A-03 returned to chair pool Product-owned A-03 itself remains untouched. ================================================== RE-ON ================================================== After explicit OFF: do NOT remember a restoration target. If the human later turns the product ON again: ON + EMPTY The human must make a fresh selection and perform normal Decide. No: previous route restore target automatic restoration rollback target is authorized. ================================================== MAIN POWER PERSISTENCE ================================================== Meaningful Main Power semantics do NOT automatically prove that main_power must become persisted central database truth. Phase 1 remains: MINIMUM CENTRAL ROUTING CORE. Therefore: DO NOT PERSIST main_power IN PHASE 1. Do NOT create substitute persisted fields such as: participating enabled selected The participation control belongs to later assembly-attempt/UI/action work unless implementation evidence later proves persistence is actually necessary. If safe implementation later appears to require persistence: STOP and return evidence before adding a field. ================================================== END OF PART 1 OF 2 ================================================== DO NOT BEGIN CONSTRUCTION. WAIT FOR: 🕊️ PART 2 OF 2 Both parts together constitute ONE authorization. [ASSISTANT] 🕊️ **PART 1 OF 2、全文受領。** まだ着工しない。 添付の **Kaia Root Registry Snapshot** も、指示どおり**既存identity／lineage確認用のREFERENCE**として扱い、新規採番の根拠にはしない。 今回のPART 1で親方判断として確定したものも、そのまま保持する。 ```text Working Whiteboard FOREMAN RESPONSE: PART 1 / 2 RECEIVED PACKAGE IDENTITY: AUTHORIZED - Kaia Common Switchboard - kaia-common-switchboard - 0.1.0-dev1 SWITCHBOARD REGISTRY NUMBER: NONE REQUIRED NO KAI / KS / CNT ALLOCATION MAIN POWER SEMANTICS: SHAMYUE INTERVIEW = AUTHORITATIVE MAIN POWER: PARTICIPATION CONTROL ≠ COMMITTED ROUTE EXISTENCE PHASE 1 MAIN_POWER PERSISTENCE: NO ON + EMPTY: LEGITIMATE PRE-COMMIT STATE EXPLICIT OFF WITH ROUTE: REMOVE CENTRAL ROUTE RE-ON: ON + EMPTY NO RESTORATION CONSTRUCTION: NOT STARTED NEXT: WAIT FOR PART 2 / 2 ``` 既存製品・PDF DEV101・Gate 1Bとも**未接触**。 **相談：なし。PART 2待機🕊️** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN TRANSPORT CORRECTION PREVIOUS PART 1 — WITHDRAWN IMPORTANT: The previously delivered instruction beginning: "🕊️ PART 1 OF 2" is WITHDRAWN. DO NOT USE IT FOR CONSTRUCTION. DO NOT COMBINE IT WITH ANY LATER PART. DO NOT BEGIN CONSTRUCTION FROM IT. This withdrawal is caused ONLY by transport-size failure. It does NOT withdraw or reverse any architectural decision contained in the Foreman consultation. A replacement instruction will follow as a newly numbered multi-part set. Only the COMPLETE REPLACEMENT SET will constitute the valid Foreman authorization. Until every replacement part has been received: WAIT. NO CONSTRUCTION. NO SOURCE MODIFICATION. NO ARTIFACT CREATION. NO RUNTIME QA. The attached Root Registry Snapshot remains valid reference material and does NOT need to be discarded. CURRENT STATUS: PREVIOUS PART 1 OF 2: WITHDRAWN / DO NOT USE CONSTRUCTION: PAUSED PRODUCT MODIFICATION: NONE COMMON SWITCHBOARD ARTIFACT: NONE AUTHORIZED FROM THE WITHDRAWN PART NEXT: WAIT FOR REPLACEMENT PART 1 🕊️ DOES NOT INTERPRET. [ASSISTANT] 🕊️ 受領。**解釈しない。** ```text TRANSPORT STATUS PREVIOUS PART 1 OF 2: WITHDRAWN / DO NOT USE ROOT REGISTRY SNAPSHOT: RETAINED AS VALID REFERENCE CONSTRUCTION: PAUSED SOURCE MODIFICATION: NONE ARTIFACT CREATION: NONE PRODUCT MODIFICATION: NONE RUNTIME QA: NONE NEXT: WAIT FOR REPLACEMENT PART 1 ``` 完全なReplacement Setが揃うまで待機する。🕊️ **相談：なし。** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN CONSULTATION RESPONSE PACKAGE IDENTITY / MAIN POWER CLARIFICATION ROOT REGISTRY REFERENCE ADDENDUM REPLACEMENT INSTRUCTION PART 1 OF 5 PHASE 1 PRE-CONSTRUCTION DECISION IMPORTANT TRANSPORT RULE: This is PART 1 OF 5 of ONE SINGLE replacement Foreman instruction. The previously delivered: "🕊️ PART 1 OF 2" was WITHDRAWN by the Foreman Transport Correction. It remains WITHDRAWN. DO NOT combine that withdrawn instruction with this replacement set. The valid replacement set is ONLY: PART 1 OF 5 PART 2 OF 5 PART 3 OF 5 PART 4 OF 5 PART 5 OF 5 Until ALL FIVE replacement parts have been received: DO NOT BEGIN CONSTRUCTION. DO NOT MODIFY SOURCE. DO NOT CREATE AN ARTIFACT. DO NOT PERFORM RUNTIME QA. WAIT FOR THE COMPLETE SET. The split exists ONLY for transport. It does NOT divide architectural authority. 🕊️ DOES NOT INTERPRET. ================================================== ATTACHED REFERENCE ================================================== Kaia Root Registry Snapshot: kaia-root-registry-20260909-015813.md The attached Root Registry Snapshot is supplied as a REFERENCE for: - existing Kaia identities - current Registry identity - former identity - old/new numbering lineage It is NOT an instruction to assign a new Registry identity to the Common Switchboard. ================================================== A — COMMON SWITCHBOARD PACKAGE IDENTITY FOREMAN DECISION ================================================== AUTHORIZED FOR DEVELOPMENT: Plugin Name: Kaia Common Switchboard Plugin folder / slug: kaia-common-switchboard Initial development version: 0.1.0-dev1 This package identity is sufficient for Phase 1 construction. The Common Switchboard is: GRADE-NEUTRAL INDEPENDENT SHARED CENTRAL INFRASTRUCTURE It is NOT owned by: Counter Free Counter Standard Timestamp Free Timestamp Standard Serial PDF or another individual product grade. Compatible product grades may use the same product seat and routing concept. The Common Switchboard must NOT become grade-owned machinery merely because a current witness happens to come from one particular grade. ================================================== ROOT REGISTRY NUMBERING ================================================== DO NOT assign or require a new: KAI identity company_id CNT for the Common Switchboard in Phase 1. No requirement has been established that the Common Switchboard itself must receive Root Registry numbering. Therefore Phase 1 requires: NO SWITCHBOARD KAI NUMBER NO SWITCHBOARD KS/company_id NO SWITCHBOARD CNT Do NOT interpret absence from the attached Root Registry as: NEW NUMBER REQUIRED. Do NOT: allocate a number reserve a number invent a temporary number borrow another component's number reuse another component's CNT as Switchboard identity If a future business or Registry requirement establishes that the Common Switchboard itself should become a separately registered Kaia artifact, that decision may be made at that future boundary. For Phase 1: PACKAGE IDENTITY IS SUFFICIENT. ================================================== ROOT REGISTRY — READING RULE ================================================== Use the attached Root Registry Snapshot only when existing Kaia identity evidence is relevant. The current Root Registry may contain: KAI-... company_id: KS-... cnt: CNT-... and: former_identity Interpret them as: CURRENT ROOT REGISTRY IDENTITY = CURRENT REFERENCE former_identity = LEGACY / LINEAGE REFERENCE Do NOT promote former_identity back into current authority merely because older: source comments DEVELOPMENT-HISTORY audit reports forensic witnesses Foreman instructions mention the older identifier. At the same time: DO NOT treat former_identity as invalid evidence. It remains legitimate historical evidence for matching older artifacts and reports to their current Registry entries. ================================================== EXISTING PRODUCT-SIDE INFRASTRUCTURE ================================================== The attached Root Registry includes existing Counter infrastructure, including: Kaia Counter Shared Socket and: Kaia Counter Shared Socket — Implementation Contract Read their CURRENT identities from the attached Root Registry Snapshot. Older KS-...-CNT-22 forms may appear as former_identity or historical lineage. That does NOT authorize rebuilding those sockets. Product-side routing outlets were already evidenced as constructed. Phase 1 is construction of the minimum CENTRAL routing core. It is NOT product rewiring. ================================================== NO NUMBERING MIGRATION WORK ================================================== Phase 1 is NOT a numbering migration project. Do NOT modify existing products merely to replace old identifiers found inside historical or accepted material. Do NOT rewrite historical evidence. If an old identifier appears in actual operational/runtime authority and its meaning is genuinely ambiguous: STOP. Return the exact evidence. Do not silently migrate it. Otherwise: preserve historical lineage as historical lineage. ================================================== END OF REPLACEMENT PART 1 OF 5 ================================================== STATUS: PACKAGE IDENTITY: AUTHORIZED ROOT REGISTRY NUMBER FOR SWITCHBOARD: NOT REQUIRED PRODUCT MODIFICATION: NONE CONSTRUCTION: STILL PAUSED FOR TRANSPORT NEXT REQUIRED: REPLACEMENT PART 2 OF 5 DO NOT BEGIN CONSTRUCTION. WAIT FOR PARTS 2, 3, 4, AND 5. [ASSISTANT] 🕊️ **REPLACEMENT PART 1 OF 5 受領。** 解釈・着工しない。 旧 `PART 1 OF 2` は引き続き **WITHDRAWN / DO NOT USE**。 ```text REPLACEMENT SET: 1 / 5 RECEIVED PARTS REQUIRED: 2 / 5 3 / 5 4 / 5 5 / 5 CONSTRUCTION: PAUSED SOURCE MODIFICATION: NONE ARTIFACT CREATION: NONE PRODUCT MODIFICATION: NONE RUNTIME QA: NONE NEXT: WAIT FOR REPLACEMENT PART 2 / 5 ``` 🕊️待機。 **相談：なし。** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN CONSULTATION RESPONSE PACKAGE IDENTITY / MAIN POWER CLARIFICATION ROOT REGISTRY REFERENCE ADDENDUM REPLACEMENT INSTRUCTION PART 2 OF 5 PHASE 1 PRE-CONSTRUCTION DECISION IMPORTANT TRANSPORT RULE: This is PART 2 OF 5 of ONE SINGLE replacement Foreman instruction. The valid replacement set is ONLY: PART 1 OF 5 PART 2 OF 5 PART 3 OF 5 PART 4 OF 5 PART 5 OF 5 The previously delivered: "🕊️ PART 1 OF 2" remains WITHDRAWN. DO NOT combine it with this replacement set. If replacement PART 1 OF 5 was not received completely: STOP. Request PART 1 OF 5 again. Until ALL FIVE replacement parts have been received: DO NOT BEGIN CONSTRUCTION. DO NOT MODIFY SOURCE. DO NOT CREATE AN ARTIFACT. DO NOT PERFORM RUNTIME QA. 🕊️ DOES NOT INTERPRET. ================================================== B — MAIN POWER SEMANTICS FOREMAN DECISION ================================================== The Shamyue interview clarification is AUTHORITATIVE. The earlier simplified equation: route exists = ON no route = OFF is WITHDRAWN. Main Power and committed route existence are distinct concepts. MAIN POWER means approximately: THIS PRODUCT SEAT PARTICIPATES IN THE CURRENT ASSEMBLY ATTEMPT. ROUTE means: THE COMMITTED CENTRAL BINDER / REFILL ASSIGNMENT FOR THAT PRODUCT SEAT. Therefore this is a legitimate state: Main Power: ON Committed route: NONE Meaning: the product participates, but no Binder/Refill route has yet been committed. Do NOT reinterpret this legitimate state as: OFF merely because no central route exists. ================================================== ON + EMPTY ================================================== Accepted FUTURE behavior: Main Power ON + required Binder/Refill selection empty + Decide results in: ERROR NO COMMIT NO CHAIR-GAME COMMIT NO IDENTITY GUESS Every installed product beginning with a product-owned A-01 does NOT mean that the Switchboard may automatically select A-01. Product-owned address existence and central committed routing are separate concepts. Therefore an empty selection must remain empty. Do NOT infer: A 01 A-01 from missing selection state. This behavior belongs to later selection / Decide work. DO NOT implement selection or Decide UI in Phase 1. ================================================== MAIN POWER OFF ================================================== Main Power OFF means: THIS PRODUCT DOES NOT PARTICIPATE IN THE ASSEMBLY ATTEMPT. If no committed route exists: OFF with empty routing context is normal. If a committed central route already exists when the human explicitly turns that product OFF: REMOVE THAT CENTRAL ROUTE. Example: Timestamp Main Power ON Route A-03 human explicitly chooses OFF result: Timestamp Main Power OFF central route NONE routing/selection context EMPTY The central assignment to A-03 is removed. A-03 returns to the chair pool. IMPORTANT: The product-owned Timestamp A-03 itself is NOT deleted. Its product data is NOT deleted. Its entitlement is NOT deleted. Its product settings are NOT deleted. Only the CENTRAL routing assignment disappears. ================================================== OFF MEANS CENTRAL DISCONNECT ================================================== Explicit human OFF is a real disconnect operation. It is NOT: pause sleep temporary disable hidden connection retained disconnected assignment After explicit OFF, do NOT preserve stale central routing context as the currently selected connection. Do NOT retain a disconnected tombstone such as: binder_ref = null refill_ref = null or: binder_ref = "" refill_ref = "" or: enabled = false or another equivalent retained route record. The route itself is removed. ================================================== RE-ON ================================================== Turning Main Power ON again does NOT restore the old route. Example: Timestamp A-03 ↓ human OFF ↓ route removed ↓ human later ON Result: Timestamp Main Power ON Route EMPTY The human must perform a fresh: selection ↓ Decide ↓ chair check Do NOT remember or persist: previous route restore target last disconnected route automatic restoration target rollback target Do NOT silently restore A-03. ================================================== MAIN POWER PERSISTENCE ================================================== IMPORTANT: The fact that Main Power has legitimate human-facing semantics does NOT prove that Main Power must become persisted central database truth. Phase 1 remains: MINIMUM CENTRAL ROUTING CORE. Therefore: DO NOT PERSIST main_power IN PHASE 1. Also do NOT create substitute persisted fields such as: participating enabled selected active power_state Main Power participation belongs to later assembly-attempt / UI / action behavior unless implementation evidence proves that persistence is actually required. If safe later implementation appears impossible without persisted participation state: STOP. Return evidence. Do NOT add persistence speculatively. ================================================== PHASE 1 ROUTING TRUTH ================================================== Phase 1 persists only COMMITTED CENTRAL ROUTING TRUTH. For each structurally addressed fixed product seat, the committed route contains only: binder_ref refill_ref A complete committed route: binder_ref PRESENT refill_ref PRESENT No committed route: NO ROUTING RECORD Malformed route: only one of binder_ref / refill_ref present must fail closed. Do NOT manufacture the missing half. Do NOT guess A. Do NOT guess 01. Do NOT repair a malformed pair by identity substitution. ================================================== IMPORTANT SEMANTIC CORRECTION ================================================== The earlier statement: NO ROUTE = MAIN POWER OFF is no longer authoritative. Correct distinction: PARTICIPATION ≠ COMMITTED ROUTE EXISTENCE Therefore: NO ROUTING RECORD means only: NO COMMITTED CENTRAL ROUTE It does NOT independently prove the human-facing Main Power state. Phase 1 does not need to solve that UI state. Phase 1 only builds the minimum committed routing core. ================================================== PRODUCT ABSENCE REMAINS DISTINCT ================================================== Do NOT confuse: human explicit OFF with: product plugin absent / unavailable. Human explicit OFF after a committed route: REMOVE CENTRAL ROUTE. Product plugin later absent while a complete committed route exists: PRESERVE THE COMPLETE ROUTE REFERENCES. Do NOT convert product absence into human OFF. Do NOT erase the route merely because the product cannot currently be reached. Availability is derived later. It is NOT Phase 1 persisted routing truth. If the product later returns, its saved route references must eventually be validated against product-owned truth. Never silently substitute another Binder or Refill identity. ================================================== END OF REPLACEMENT PART 2 OF 5 ================================================== STATUS: PART 1 OF 5: REQUIRED PART 2 OF 5: THIS PART MAIN POWER SEMANTICS: RESOLVED MAIN POWER PERSISTENCE: NOT PHASE 1 COMMITTED ROUTE: binder_ref + refill_ref ONLY EXPLICIT HUMAN OFF: REMOVE ROUTE PRODUCT ABSENCE: PRESERVE COMPLETE ROUTE AUTOMATIC RESTORATION: NONE CONSTRUCTION: STILL PAUSED FOR TRANSPORT NEXT REQUIRED: REPLACEMENT PART 3 OF 5 DO NOT BEGIN CONSTRUCTION. WAIT FOR PARTS 3, 4, AND 5. [ASSISTANT] 🕊️ **REPLACEMENT PART 2 OF 5 受領。** PART 1も完全受領済み。指示どおり、まだ解釈・着工しない。 ```text id="20nvcq" REPLACEMENT SET: 2 / 5 RECEIVED PART 1: RECEIVED PART 2: RECEIVED PARTS REQUIRED: 3 / 5 4 / 5 5 / 5 CONSTRUCTION: PAUSED SOURCE MODIFICATION: NONE ARTIFACT CREATION: NONE PRODUCT MODIFICATION: NONE RUNTIME QA: NONE NEXT: WAIT FOR REPLACEMENT PART 3 / 5 ``` 🕊️待機。 **相談：なし。** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN CONSULTATION RESPONSE PACKAGE IDENTITY / MAIN POWER CLARIFICATION ROOT REGISTRY REFERENCE ADDENDUM REPLACEMENT INSTRUCTION PART 3 OF 5 PHASE 1 PRE-CONSTRUCTION DECISION IMPORTANT TRANSPORT RULE: This is PART 3 OF 5 of ONE SINGLE replacement Foreman instruction. The valid replacement set is ONLY: PART 1 OF 5 PART 2 OF 5 PART 3 OF 5 PART 4 OF 5 PART 5 OF 5 The previously delivered: "🕊️ PART 1 OF 2" remains WITHDRAWN. DO NOT combine it with this replacement set. If replacement PART 1 OF 5 or PART 2 OF 5 was not received completely: STOP. Request the missing replacement part again. Until ALL FIVE replacement parts have been received: DO NOT BEGIN CONSTRUCTION. DO NOT MODIFY SOURCE. DO NOT CREATE AN ARTIFACT. DO NOT PERFORM RUNTIME QA. 🕊️ DOES NOT INTERPRET. ================================================== PRODUCT REFILL ADDRESSING ================================================== Accept the Shamyue interview clarification: Refill addresses are STABLE across compatible product grade change. Conceptually: Free Refill ↓ grade change Standard Refill may remain: THE SAME CONTINUING REFILL ADDRESS. Therefore the Common Switchboard does NOT need to persist product grade in order to preserve the central routing reference. Do NOT add central persisted: grade edition free_standard grade_map grade_migration_map or equivalent machinery. The Common Switchboard remains grade-neutral. ================================================== BINDER / REFILL ADDRESS FORMAT ================================================== Binder addresses are meaningful alphabetic references: A B C ... Current Binder cardinality is: ONE Therefore the current Binder address is: A Refill addresses are meaningful two-digit references: 01 02 03 ... 99 Conceptual complete product-owned addresses are: A-01 A-02 A-03 ... A-99 IMPORTANT: Do NOT normalize these meaningful address representations into ordinary numeric IDs merely for implementation convenience. Do NOT convert: A → 1 Do NOT convert: 01 → 1 Preserve the meaningful reference representation. ================================================== BINDER IS A REAL ROUTING WAYPOINT ================================================== Binder remains a real routing waypoint. Current conceptual route: Product ↓ Binder A ↓ Refill 01 Current Binder cardinality being ONE does NOT authorize removing binder_ref. Do NOT collapse: binder_ref + refill_ref into: refill_ref only. Do NOT infer Binder A when binder_ref is missing. A missing binder_ref in a route pair is malformed central data. It is NOT permission to manufacture A. At the same time: DO NOT build future multi-Binder machinery in Phase 1. Do NOT construct: Binder registration manager Binder entitlement system Binder B/C selectors multi-Binder UI future Binder migration logic The current requirement is only: PRESERVE THE BINDER WAYPOINT. The road exists. The future branches do not need to be built. ================================================== NO ZERO-ADDRESS START ================================================== Installed products begin with their own product-owned: A-01 There is no product-side: A-00 or: zero-address starting state. However: product-owned A-01 existing does NOT mean: central route A-01 already exists. It also does NOT mean: Switchboard may automatically choose A-01. Product-owned address existence and central committed route existence remain separate. ================================================== EACH PRODUCT OWNS ITS OWN ADDRESS SPACE ================================================== The four fixed product seats do NOT share one common A-01 object. Instead: COUNTER ADDRESS SPACE A-01 A-02 A-03 ... TIMESTAMP ADDRESS SPACE A-01 A-02 A-03 ... SERIAL ADDRESS SPACE A-01 A-02 A-03 ... PDF ADDRESS SPACE A-01 A-02 A-03 ... Therefore: Counter A-01 and: Timestamp A-01 are DIFFERENT product-owned Refills. Likewise: Serial A-03 and: PDF A-03 are DIFFERENT product-owned Refills. The fixed product seat supplies the product namespace. Therefore Phase 1 must NOT add a redundant persisted: product_family field inside the route payload merely to repeat the fixed seat identity. ================================================== FIXED PRODUCT SEATS ================================================== The Common Switchboard fixed seat order remains: 1. Counter 2. Timestamp 3. Serial 4. PDF These seats provide the product namespaces for their respective Binder/Refill references. Do NOT create dynamic product-family registration machinery in Phase 1. Do NOT make a participating product the owner of the Switchboard. ================================================== SWITCHBOARD PURPOSE — LEGO ASSEMBLY ================================================== The Common Switchboard assembles independently addressed product Refills. A valid conceptual assembly may be: Counter A-01 Timestamp A-03 Serial A-05 PDF A-04 There is NO requirement that all participating products use the same Refill number. Do NOT force: Counter 01 Timestamp 01 Serial 01 PDF 01 Do NOT derive one product's Refill address from another product's Refill address. Do NOT create shared cross-product Refill identity. The products remain independent LEGO blocks. The Switchboard connects them. It does not merge them. ================================================== NO PRODUCT IS ASSEMBLY OWNER ================================================== A Switchboard assembly may eventually be initiated from any participating product. Starting from: Counter does NOT make the assembly Counter-owned. Starting from: Timestamp does NOT make the assembly Timestamp-owned. Starting from: Serial does NOT make the assembly Serial-owned. Starting from: PDF does NOT make the assembly PDF-owned. Therefore do NOT create a central persisted: owner_product root_product parent_product master_product or equivalent authority. The Common Switchboard remains independent central infrastructure. ================================================== CHAIR-GAME MODEL ================================================== Routing collision is conceptually a chair-allocation problem. Example existing conceptual set: Counter A-01 Timestamp A-03 Serial A-05 PDF A-04 A later requested assembly attempting to use: Timestamp A-03 would collide because that PRODUCT-SPECIFIC Refill is already seated in another committed assembly. IMPORTANT: This clarification does NOT authorize Phase 1 conflict implementation. Do NOT add: occupancy table occupancy authority conflict state conflict owner takeover state reservation state in Phase 1. The chair-game model is architectural context for later work. ================================================== END OF REPLACEMENT PART 3 OF 5 ================================================== STATUS: PARTS 1 AND 2: REQUIRED PART 3: THIS PART ADDRESS REPRESENTATION: A / 01 FORM PRESERVED CURRENT BINDER: A CURRENT BINDER CARDINALITY: ONE BINDER WAYPOINT: KEEP MULTI-BINDER MACHINERY: NONE ZERO PRODUCT ADDRESS: NONE PRODUCT ADDRESS SPACES: INDEPENDENT FIXED PRODUCT SEATS: COUNTER / TIMESTAMP / SERIAL / PDF PRODUCT FAMILY FIELD: DO NOT PERSIST ASSEMBLY OWNER: NONE GRADE STATE: DO NOT PERSIST CONFLICT IMPLEMENTATION: NOT PHASE 1 CONSTRUCTION: STILL PAUSED FOR TRANSPORT NEXT REQUIRED: REPLACEMENT PART 4 OF 5 DO NOT BEGIN CONSTRUCTION. WAIT FOR PARTS 4 AND 5. [ASSISTANT] 🕊️ **REPLACEMENT PART 3 OF 5 受領。** PART 1・2も完全受領済み。まだ解釈・着工しない。 ```text id="zmb1le" REPLACEMENT SET: 3 / 5 RECEIVED PART 1: RECEIVED PART 2: RECEIVED PART 3: RECEIVED PARTS REQUIRED: 4 / 5 5 / 5 CONSTRUCTION: PAUSED SOURCE MODIFICATION: NONE ARTIFACT CREATION: NONE PRODUCT MODIFICATION: NONE RUNTIME QA: NONE NEXT: WAIT FOR REPLACEMENT PART 4 / 5 ``` 🕊️待機。 **相談：なし。** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN CONSULTATION RESPONSE PACKAGE IDENTITY / MAIN POWER CLARIFICATION ROOT REGISTRY REFERENCE ADDENDUM REPLACEMENT INSTRUCTION PART 4 OF 5 PHASE 1 PRE-CONSTRUCTION DECISION IMPORTANT TRANSPORT RULE: This is PART 4 OF 5 of ONE SINGLE replacement Foreman instruction. The valid replacement set is ONLY: PART 1 OF 5 PART 2 OF 5 PART 3 OF 5 PART 4 OF 5 PART 5 OF 5 The previously delivered: "🕊️ PART 1 OF 2" remains WITHDRAWN. DO NOT combine it with this replacement set. If replacement PART 1 OF 5, PART 2 OF 5, or PART 3 OF 5 was not received completely: STOP. Request the missing replacement part again. Until ALL FIVE replacement parts have been received: DO NOT BEGIN CONSTRUCTION. DO NOT MODIFY SOURCE. DO NOT CREATE AN ARTIFACT. DO NOT PERFORM RUNTIME QA. 🕊️ DOES NOT INTERPRET. ================================================== NORMAL ROUTE EXCHANGE FUTURE BEHAVIOR ONLY ================================================== Accept the Shamyue interview clarification: A connected product may later change its selected Refill through normal Decide behavior. Example: CURRENT: Timestamp A-03 REQUEST: Timestamp A-07 If A-07 is available: one normal Decide may eventually perform: A-03 released A-07 committed Human OFF is NOT required as an intermediate step for a normal, successful, non-conflicting route exchange. IMPORTANT: This describes FUTURE Decide behavior. It does NOT authorize Phase 1 to construct: selection UI Decide UI route-exchange UI chair checking conflict checking transaction machinery Phase 1 remains the minimum central routing core. ================================================== CONFLICT DURING A PROPOSED CHANGE FUTURE BEHAVIOR ONLY ================================================== Example: CURRENT: Timestamp A-03 PROPOSED: Timestamp A-07 If A-07 is already occupied: the proposed route has NOT yet become committed. If the human chooses: CANCEL then: Timestamp remains A-03. Therefore: CANCEL = NO STATE CHANGE = NO WRITE No rollback is required because the old route never moved. Do NOT invent: temporary route replacement rollback target restoration target previous-route transaction pending destructive change merely to implement future Cancel behavior. ================================================== NO AUTOMATIC TAKEOVER ================================================== The existing prohibition remains authoritative. Do NOT construct: automatic takeover automatic reassignment automatic old-route OFF automatic chair stealing takeover confirmation machinery takeover state A collision is not permission for the Switchboard to choose which human connection should survive. Future conflict handling remains human-controlled. CONFLICT IMPLEMENTATION IS NOT PHASE 1. ================================================== NO AUTOMATIC CONTINUATION AFTER OFF ================================================== If future conflict handling causes a human to explicitly disconnect an existing route: that OFF operation removes the route. The Switchboard must NOT then automatically continue and commit the previously requested new route. After the human OFF decision: the human returns to normal selection / Decide flow if they still want the new connection. Do NOT create: pending takeover request resume-after-OFF automatic second commit deferred reassignment ================================================== MULTI-SEAT SINGLE-DECIDE OPEN QUESTION ================================================== The Shamyue interview intentionally left one later behavior unresolved. Example current assembly: Counter A-01 Timestamp A-03 Serial A-05 PDF A-04 One future Decide request might propose: Counter A-02 Timestamp A-07 Serial A-06 PDF A-09 It is NOT YET SPECIFIED whether future behavior should: validate the entire requested set first then commit the whole set or use another commit rule. DO NOT INFER THE ANSWER. This is: OPEN DEFERRED NOT A PHASE 1 BLOCKER Do NOT construct speculative: atomic multi-seat commit multi-seat transaction rollback pending assembly commit journal restoration state during Phase 1. The question will be resolved when the actual Decide / commit layer requires it. ================================================== NATURAL ASSEMBLY ADDRESS WATCH REMAINS ACTIVE ================================================== The Shamyue interview clarified product-side routing addresses: - each product owns its own Binder/Refill address space - fixed product seat supplies product namespace - Binder/Refill addresses are stable - one assembly may mix different product-specific Refill addresses - no participating product owns the assembly However: multiple independent Switchboard assemblies can exist. The permanent NATURAL STRUCTURAL LOCATION by which those independent assemblies are addressed has NOT yet been proven by the consultation. Therefore the existing construction WATCH remains active. Do NOT invent: connection_id switchboard_id route_id set_id or a disguised equivalent merely to close this gap. ================================================== NATURAL ADDRESSING STOP GATE ================================================== During Phase 1 construction: FIRST inspect the already evidenced architecture and existing product-side socket/address structure. If an existing natural structural location already provides the needed central storage address: USE IT. Do not add a second identity authority. If construction reaches persistence and the existing evidence does NOT provide a natural structural location sufficient for multiple independent assemblies: STOP. Return: STOP — NATURAL ADDRESSING REQUIRED Include: - what central structure was being constructed - the exact point where an address became necessary - what existing addressing evidence was inspected - why that evidence was insufficient - whether any working-copy changes already exist - whether those changes are safely discardable - confirmation that no product was modified - the smallest unresolved question Do NOT solve the STOP by inventing a permanent identity. ================================================== CENTRAL ROUTING PAYLOAD BOUNDARY ================================================== The accepted route payload remains intentionally small. Inside the structurally addressed fixed product seat, persist only: binder_ref refill_ref Do NOT expand the payload with: main_power participating enabled selected active connected disconnected configured committed occupied occupancy available unavailable conflict conflict_owner restricted product_family grade edition connection_id switchboard_id route_id set_id previous_route restore_target pending_transfer takeover rollback WEB Shortcode text Do NOT mirror product-owned: runtime values settings entitlement issuance state Binder names Refill names Phase 1 stores central committed routing references. It does NOT become a second product database. ================================================== END OF REPLACEMENT PART 4 OF 5 ================================================== STATUS: PARTS 1, 2, AND 3: REQUIRED PART 4: THIS PART NORMAL ROUTE EXCHANGE: FUTURE / NOT PHASE 1 CONFLICT CANCEL: NO WRITE / FUTURE AUTOMATIC TAKEOVER: NONE AUTOMATIC CONTINUATION: NONE MULTI-SEAT SINGLE-DECIDE: OPEN / DEFERRED NATURAL MULTI-ASSEMBLY ADDRESS: WATCH / STOP GATE CENTRAL ROUTE PAYLOAD: binder_ref + refill_ref ONLY PRODUCT MODIFICATION: NONE AUTHORIZED CONSTRUCTION: STILL PAUSED FOR TRANSPORT NEXT REQUIRED: REPLACEMENT PART 5 OF 5 DO NOT BEGIN CONSTRUCTION. WAIT FOR PART 5 OF 5. [ASSISTANT] 🕊️ **REPLACEMENT PART 4 OF 5 受領。** PART 1・2・3も完全受領済み。指示どおり、まだ解釈・着工しない。 ```text id="hm1x8f" REPLACEMENT SET: 4 / 5 RECEIVED PART 1: RECEIVED PART 2: RECEIVED PART 3: RECEIVED PART 4: RECEIVED PART REQUIRED: 5 / 5 CONSTRUCTION: PAUSED SOURCE MODIFICATION: NONE ARTIFACT CREATION: NONE PRODUCT MODIFICATION: NONE RUNTIME QA: NONE NEXT: WAIT FOR REPLACEMENT PART 5 / 5 ``` 最後の🕊️待機。 **相談：なし。** [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN CONSULTATION RESPONSE PACKAGE IDENTITY / MAIN POWER CLARIFICATION ROOT REGISTRY REFERENCE ADDENDUM REPLACEMENT INSTRUCTION PART 5 OF 5 PHASE 1 CONSTRUCTION AUTHORIZATION FINAL PART COMPLETE SET → GO IMPORTANT TRANSPORT RULE: This is PART 5 OF 5 of ONE SINGLE replacement Foreman instruction. The valid replacement set is ONLY: PART 1 OF 5 PART 2 OF 5 PART 3 OF 5 PART 4 OF 5 PART 5 OF 5 The previously delivered: "🕊️ PART 1 OF 2" remains WITHDRAWN. DO NOT combine it with this replacement set. Before continuing, verify that replacement: PART 1 OF 5 PART 2 OF 5 PART 3 OF 5 PART 4 OF 5 PART 5 OF 5 were all received completely. If ANY replacement part is missing or incomplete: STOP. Request the missing part. DO NOT CONSTRUCT. If ALL FIVE replacement parts were received completely: THE REPLACEMENT SET IS COMPLETE. PHASE 1 MAY BEGIN. 🕊️ DOES NOT INTERPRET. ================================================== PHASE 1 AUTHORIZED SCOPE ================================================== Construct ONLY the minimum central committed-routing core for: Kaia Common Switchboard Authorized package identity: Plugin Name: Kaia Common Switchboard Folder / slug: kaia-common-switchboard Development version: 0.1.0-dev1 This is: CONSTRUCTION + STATIC INSPECTION ONLY NO RUNTIME QA. Product-side sockets/outlets are already constructed witnesses. DO NOT rebuild them. DO NOT modify product plugins. The job is: BUILD THE CENTRAL BOX ONLY. ================================================== FIXED CENTRAL MODEL ================================================== Preserve the fixed product seat order: 1. Counter 2. Timestamp 3. Serial 4. PDF Each fixed product seat supplies its own product namespace. Current routing path: Product seat ↓ Binder ↓ Refill Binder is a real waypoint. Current Binder cardinality: ONE Current Binder reference: A Refill reference format: 01 through 99 Preserve meaningful string representation. DO NOT normalize: A → 1 or: 01 → 1 ================================================== PERSISTED TRUTH ================================================== For a structurally addressed fixed product seat, a committed central route contains ONLY: binder_ref refill_ref Complete pair: binder_ref present + refill_ref present means: STRUCTURALLY COMPLETE COMMITTED ROUTE No routing record means: NO COMMITTED CENTRAL ROUTE It does NOT independently mean: MAIN POWER OFF Main Power participation and committed route existence are distinct. DO NOT persist Main Power or a substitute in Phase 1. ================================================== PAIR INTEGRITY ================================================== A half-pair is malformed. Examples: binder_ref = A refill_ref missing or: binder_ref missing refill_ref = 03 must FAIL CLOSED. DO NOT: guess the missing half infer Binder A infer Refill 01 repair by substitution borrow identity from another product The route is an indivisible semantic pair. ================================================== NO-ROUTE / OFF / ABSENCE BOUNDARIES ================================================== Canonical no committed route: NO ROUTING RECORD Do NOT create null/null or empty-string tombstones. Future explicit human OFF after a committed route means: REMOVE CENTRAL ROUTE Do not preserve a stale disconnected route for restoration. However: PRODUCT ABSENCE / UNAVAILABILITY IS NOT HUMAN OFF. If a complete committed route exists and the corresponding product plugin becomes unavailable: PRESERVE THE COMPLETE CENTRAL REFERENCES. Do not erase them merely because runtime product truth is temporarily unavailable. Do not persist availability state. ================================================== PHASE 1 MUST NOT BUILD ================================================== Do NOT build: Main Power UI Main Power persistence Binder selector UI Refill selector UI Decide UI WEB Shortcode UI Copy UI conflict UI restricted conflict mode chair-game checking occupancy authority automatic takeover automatic reassignment automatic continuation after OFF rollback machinery restoration machinery pending assembly state multi-seat transaction machinery multi-Binder machinery dynamic product-family registration grade migration machinery Registry numbering machinery Do NOT build future behavior merely because later architecture is already understood. ================================================== NO SECOND AUTHORITY ================================================== Do NOT persist: main_power participating enabled selected active connected disconnected configured committed occupied available unavailable conflict restricted product_family grade edition previous_route restore_target takeover rollback WEB Shortcode product runtime values Do NOT create: connection_id switchboard_id route_id set_id or disguised equivalents. Do NOT turn the Common Switchboard into a second database for product truth. Each product owns: its Refills its product data its runtime truth its entitlement its issuance logic The Common Switchboard owns only central routing references. ================================================== PRODUCT MODIFICATION PROHIBITION ================================================== DO NOT MODIFY: Kaia Counter Standard Kaia Counter Free Kaia Timestamp Standard Kaia Timestamp Free Kaia Serial Standard Kaia PDF Free In particular: DO NOT modify PDF DEV101. Current PDF candidate: Kaia-PDF-Free-v0.1.0-dev101-counter-address-demotion.zip The PDF legacy counter_id READ transition is NOT part of this Phase 1 construction. Do NOT connect PDF to the new central route yet. Do NOT perform Gate 1B. Gate 1B remains FROZEN. ================================================== ROOT REGISTRY BOUNDARY ================================================== Use the attached Root Registry Snapshot as reference for existing identity lineage only. DO NOT assign the Common Switchboard a new: KAI company_id CNT DO NOT perform numbering migration. If an old identifier is found in operational authority and its meaning cannot safely be determined: STOP WITH EVIDENCE. Do not rewrite historical lineage. ================================================== NATURAL ADDRESSING GATE ================================================== Before inventing any permanent identity for independent Switchboard assemblies: STOP. Inspect existing natural structure first. If the minimum central persistence can be safely and naturally located using evidenced existing structure: continue. If multiple independent assemblies cannot be naturally addressed without inventing a new permanent identity: STOP. Return: STOP — NATURAL ADDRESSING REQUIRED Do NOT invent the missing identity. This STOP is a correct Phase 1 result. ================================================== DEVELOPMENT HISTORY ================================================== If a legitimate new development ZIP is created, include exactly ONE: DEVELOPMENT-HISTORY.md Prefer plugin root. It must record: - parent / witness lineage - revision purpose - central routing scope - meaningful construction - preserved boundaries - static inspection result - runtime status - WATCH - BLOCK / STOP if any It is historical documentation only. Plugin runtime MUST NOT depend on it. Do not rewrite prior historical ledgers. ================================================== STATIC INSPECTION CHECKLIST ================================================== Before reporting STATIC PASS, verify at minimum: 01. independent Common Switchboard package exists 02. package identity matches authorized name / slug / version 03. package integrity passes 04. syntax / PHP lint passes where applicable 05. no product source was modified 06. exactly one DEVELOPMENT-HISTORY.md exists if a development ZIP was legitimately created 07. runtime does not depend on DEVELOPMENT-HISTORY.md 08. fixed product seats remain Counter / Timestamp / Serial / PDF 09. fixed seat supplies product namespace 10. Binder waypoint is retained 11. current Binder reference preserves "A" 12. Refill references preserve two-digit form such as "01" 13. no A→1 normalization was introduced 14. no 01→1 normalization was introduced 15. no multi-Binder machinery was introduced 16. committed route payload contains only binder_ref + refill_ref 17. no main_power persistence exists 18. no participating/enabled/active substitute exists 19. no grade/edition persistence exists 20. no product_family persistence exists 21. no connected/disconnected tombstone authority exists 22. no routing record correctly represents no committed route 23. no-route is NOT interpreted as proof of human Main Power OFF 24. complete binder_ref + refill_ref pair is recognized 25. half-pair fails closed 26. missing Binder A is never guessed 27. missing Refill 01 is never guessed 28. product absence does not erase a complete route 29. product runtime availability is not persisted as central truth 30. central normalization validates central shape only 31. no product runtime values are mirrored 32. no occupancy authority exists 33. no conflict state is persisted 34. no takeover machinery exists 35. no rollback/restoration machinery exists 36. no WEB Shortcode is persisted 37. no connection_id/switchboard_id/route_id/set_id or disguised equivalent was invented 38. no speculative multi-seat transaction machinery exists 39. no Switchboard KAI/company_id/CNT was invented 40. no numbering migration was performed 41. no Switchboard UI was constructed 42. no conflict UI was constructed 43. PDF DEV101 remains untouched 44. Gate 1B remains untouched 45. no runtime QA was performed ================================================== "ARE?" STOP RULE ================================================== Shamyue explicitly authorizes STOP. If a supposedly simple central-box construction becomes unexpectedly difficult, ambiguous, invasive, or dependent on product modification: DO NOT FORCE COMPLETION. If you encounter: unexpected architecture unclear authority natural-addressing failure hidden dependency need to modify a product need for speculative state need for a second authority evidence contradicting this instruction STOP. Return the evidence. A correct STOP is preferable to a clever repair. Workshop rule: IF BORING STAYS BORING: BUILD IT. IF BORING BECOMES WEIRD: STOP. ================================================== SUCCESS RETURN ================================================== If construction completes cleanly, return a compact evidence-based report containing: 1. RESULT 2. artifact filename 3. development version 4. SHA256 5. package identity 6. construction lineage / witnesses used 7. evidence that product-side outlets were treated as existing infrastructure rather than rebuilt 8. central structure created 9. exact persisted routing truth 10. Binder representation 11. Refill representation 12. no-route representation 13. malformed-pair behavior 14. confirmation Main Power was NOT persisted 15. product-absence behavior 16. central read / normalization behavior 17. natural addressing evidence 18. confirmation no forbidden second authority was introduced 19. confirmation no conflict/takeover/occupancy machinery was built 20. confirmation no speculative multi-seat transaction machinery was built 21. confirmation no Switchboard Registry number was invented 22. product modification status 23. PDF DEV101 status 24. Gate 1B status 25. DEVELOPMENT-HISTORY status 26. static inspection / lint / package integrity results 27. WATCH 28. BLOCK / STOP 29. runtime status 30. readiness recommendation Allowed clean completion: STATIC PASS Allowed STOP outcomes include, where evidenced: STOP — NATURAL ADDRESSING REQUIRED STOP — PRODUCT MODIFICATION WOULD BE REQUIRED STOP — AUTHORITY AMBIGUITY STOP — UNEXPECTED DEPENDENCY or another precise evidence-based STOP. Do NOT perform runtime QA after STATIC PASS. Return to the Foreman first. ================================================== FINAL AUTHORIZATION ================================================== If and ONLY if all five replacement parts were received completely: PHASE 1 GO. Construct only the minimum central routing core. Keep the plugin dumb. Keep the specification thin. Keep the failure surface small. Do not improve unrelated things. Do not build tomorrow's furniture today. The product sockets already exist. Build the central box. ================================================== END OF REPLACEMENT PART 5 OF 5 COMPLETE SET ================================================== 🕊️ DOES NOT INTERPRET. [ASSISTANT] 🕊️ **5 / 5 完全受領確認。PHASE 1 GO を受領。** そして最初の Natural Addressing Gate まで実証確認したところ、ここで正規STOPになった。 # KAIA COMMON SWITCHBOARD PHASE 1 — STOP REPORT **RESULT: `STOP — NATURAL ADDRESSING REQUIRED`** 着工前に、指定された既存構造を先に調べた。6 witness ZIP はすべて既知SHA256と一致。Root Registry上でも Counter Shared Socket と Implementation Contract の**現行identity**は `KAI-00000013 / KS-000013 / CNT-22` と `KAI-00000014 / KS-000014 / CNT-22` で、旧 `KS-0047/0048-CNT-22` は `former_identity` として保持されていることを確認した。fileciteturn0file0L54-L74 既存製品側を実コードで追うと、Counter/Timestamp/Serial/PDF はそれぞれ自分の `instance_id` / `sheet_id` 等を持っている。しかし、それらは**製品固有Refill住所**であって、複数の独立したSwitchboard assemblyを識別する共通の構造住所ではない。 さらに旧構造に存在する「同じ N を4製品へ横流しする」方式は、既存監査でも明確に旧same-ID architectureとして扱われている。Serial側では、Related Shortcodes生成はSwitchboardへMOVE予定だが、**Counter IDとSerial IDが一致する前提そのものはRETIRE/REBUILD対象**と記録されている。fileciteturn1file1L82-L113 現在のSwitchboard事前監査資料でも、Serialの `id=N` はSerial-owned Refill identityであり、cross-product same-ID meaning は obsolete と明記されている。fileciteturn1file5L446-L470 したがって、たとえば中央に ```text Assembly ? ├─ Counter A-01 ├─ Timestamp A-03 ├─ Serial A-05 └─ PDF A-04 ``` を保存しようとした瞬間、**この `Assembly ?` を何によって永続的に住所指定するのか**が必要になる。 既存の Counter A-01、Timestamp A-03、Serial A-05、PDF A-04 のどれかを親住所にすると「製品はassembly ownerではない」に反する。同一数値IDを共通住所にすると、すでに廃止対象と確認されたsame-ID authorityを中央で復活させる。PDF `sheet_id` を使えばPDF所有になる。新しい連番等を置けば禁止された `connection_id / switchboard_id / route_id / set_id` 相当を発明することになる。 つまり、**自然な既存住所は証明できなかった。** ### STOP時点 ```text CHECK LOG TARGET: Kaia Common Switchboard Phase 1 Natural Addressing Gate REPLACEMENT INSTRUCTION: 5 / 5 COMPLETE AUTHORIZED PACKAGE: Kaia Common Switchboard kaia-common-switchboard 0.1.0-dev1 WITNESS HASHES: ALL MATCH EXPECTED EXISTING PRODUCT ADDRESSING: INSPECTED EXISTING SHARED ASSEMBLY ADDRESS: NOT EVIDENCED OLD SAME-ID CROSS-PRODUCT ADDRESS: OBSOLETE / NOT VALID CENTRAL AUTHORITY WORKING-COPY CHANGES: NONE COMMON SWITCHBOARD SOURCE CREATED: NONE ARTIFACT CREATED: NONE PRODUCT MODIFICATION: NONE PDF DEV101: UNTOUCHED GATE 1B: UNTOUCHED RUNTIME QA: NOT PERFORMED STOP: NATURAL ADDRESSING REQUIRED ``` **変更はまだ1文字も入れていない。** したがってdiscard対象すらなく、製品側も完全無傷。 親方へ返す最小の未解決問題はこれだけでいい。 > **複数存在できる独立Switchboard assemblyそのものを、既存製品のどれにも所有させず、新しい恒久identityも発明せずに、何を自然な構造住所として識別するか。** ここを俺が勝手に「じゃあassembly番号つけよ★」すると、まさに今回禁止された第二identity authorityを作るので止まった。 **相談：親方判断が必要 — Natural Assembly Address のみ。** [USER] んん？ 要は一番初めどうしたらいい？ をきいてる？ [ASSISTANT] うん、**かなり近いｗ** もっと正確にいうと、 > **「配電盤を2個以上作れるとして、その“1個目・2個目”を何で見分けるの？」** で止まってる。 たとえば、最初にしゃむが ```text Counter A-01 Timestamp A-03 Serial A-05 PDF A-04 ``` って組み合わせを作る。 これは保存できる。 でも次に別の組み合わせ、 ```text Counter A-02 Timestamp A-07 Serial A-06 PDF A-09 ``` も作れる。 すると中央箱の中では、 ```text ？？？ ├ Counter A-01 ├ Timestamp A-03 ├ Serial A-05 └ PDF A-04 ？？？ ├ Counter A-02 ├ Timestamp A-07 ├ Serial A-06 └ PDF A-09 ``` この**「？？？」を何にするんだ？**って話ｗ だから「一番初めどうする？」というより、 **「最初のができたあと、2個目とどう区別するつもりだった？」** を聞けば一発で済むやつ。 俺が勝手に `配電盤1番 / 配電盤2番` と番号振れば簡単なんだけど、親方から**新しいIDを勝手に発明するな★**って止められてるので、 「しゃむ、この箱自体って元々なんか住所ある想定だった？」 が今の質問だねｗ **相談：↑これ一個だけ。** [USER] 配電盤はなんも考えなくてよくね？ そのプラグインとリフィルに合わせた回線つなげるだけ。 んで未接続なら 裏側で配線しないでおけばいいけどなんか配線しないと不安なら待機用配線つくってみるのは？ [ASSISTANT] あっ。**それなら話が一段単純になる。**ｗ 俺が「配電盤そのものを保存対象のオブジェクト」として考えすぎてた。 しゃむの想定はたぶんこうだね。 ```text 配電盤 │ ├─ Counter → A-01 ├─ Timestamp → A-03 ├─ Serial → A-05 └─ PDF → A-04 ``` 配電盤自体に住所はいらない。 **配電盤はただの配線機構。** 保存したい真実は、 > 「この製品席から、この製品自身のBinder/Refillへ線がつながっている」 だけ。 だから未接続なら、 ```text Timestamp │ └─ 配線なし ``` でいい。 そして「待機用配線」は――**Phase 1では作らない方が安全**だと思う。 親方指示がかなり明確で、 > no committed route = **NO ROUTING RECORD** だから、待機線を永続化すると、それが `null/null` tombstone や `enabled=false` の別名になりかねない。 なので一番怠けた構造はこれｗ ```text CONNECTED Counter → { binder_ref: "A", refill_ref: "01" } NOT CONNECTED Timestamp → （何もない） ``` **線がないなら、本当に線を置かない。★** ただし一個だけ重要。 さっき俺が想定してた > 「複数の独立した配電盤assemblyを保存する」 これ自体が、しゃむの設計には**存在しない**んだと思う。 つまり二組目を作るんじゃなく、 ```text 現在の中央配線 Counter A-01 Timestamp A-03 Serial A-05 PDF A-04 ``` があって、変更したらその配線が変わるだけ。 これなら `assembly_id` なんて最初から要らない。 **ここだけ確認したい。** 👉 **配電盤の「組み合わせセット」を何個も保存して切り替える機能は、そもそも無い。現在の配線が一組あるだけ。** これで合ってる？ 合ってるならNatural Addressing STOP、かなり綺麗に消えるｗ **相談：↑これ一個だけ。** [USER] その方が馬鹿でらくじゃね？ [ASSISTANT] うんｗｗｗ **そっちの方が圧倒的に馬鹿で楽。★** 配電盤に「配電盤1号」「assembly ID」「セット保存」みたいな概念を持たせない。 ```text CURRENT CENTRAL ROUTING Counter → A-01 Timestamp → A-03 Serial → A-05 PDF → A-04 ``` これが**現在の配線そのもの**。 使ってない席は、 ```text Serial → 配線なし ``` 以上。待機線すら要らんｗ 変更するときも「新しい配電盤セットを作る」んじゃなくて、**現在の線を差し替えるだけ**。だから `connection_id` も `switchboard_id` も `set_id` も要らないし、「どのassemblyを保存してる？」問題そのものが消える。 しかもこれ、今回の親方仕様の > Keep the plugin dumb. > Keep the specification thin. > Keep the failure surface small. にものすごく素直に合う。 なので俺のさっきのSTOP原因は、**「複数の独立assemblyを保存する」という前提を置いてしまったこと**。しゃむの回答でそこを撤去できる。 ただ、親方指示PART 4には「multiple independent Switchboard assemblies can exist」と明記されてるから、**俺の判断だけでその一文を上書きして着工はしない**。 親方へ返すなら超短く、 > **Shamyue clarification:** Switchboard does not need stored assembly objects or multiple saved routing sets. There is one current central routing state. Each fixed product seat either has one committed `{binder_ref, refill_ref}` pair or has no routing record. Route changes replace the current wiring. No assembly identity is required or desired. これで仕様訂正してもらえば、たぶん今度こそ**馬鹿配電盤★**としてそのまま作れるｗ **相談：親方に「multiple independent assemblies」を撤回してもらえばGOできる。** [USER] 配電盤がみるのは 今どのプラグインでどのリフィル指定されたか だけでいい。 [ASSISTANT] そう。**それだけだ。** 配電盤に「組み合わせ」という人格を持たせる必要がなかったｗ ```text COMMON SWITCHBOARD 見るもの： Counter → どの Refill が指定された？ Timestamp → どの Refill が指定された？ Serial → どの Refill が指定された？ PDF → どの Refill が指定された？ ``` 指定されたものについて、必要な住所として ```text Product seat └─ binder_ref └─ refill_ref ``` を見る。 つまり中央が持つ意味は、 **「どの製品の、どのRefillへ配線する？」** だけ。 未指定なら**配線なし**。 別のRefillが指定されたら**そっちへ配線変更**。 配電盤そのものの番号も、assemblyも、セットも、親子関係も、待機用の架空Refillも要らない。 これなら「複数 independent assemblies」という親方側の理解が余計だったこともはっきりした。 🕊️親方へ返す訂正点はこれで十分。 > **Shamyue clarification:** > Common Switchboard only needs to know which Refill was selected for which product plugin. > It does not own or identify an “assembly” object. > There are no multiple saved Switchboard assembly sets requiring an assembly address. > Central routing truth is simply the current product-seat → Binder/Refill routing. > An unconnected product seat has no routing record. これなら俺も迷わん。 **「配電盤は配線だけ見ろ。家具の配置図を作るな★」**だったｗ **相談：親方へこの一点を仕様訂正として返せばよし。** [USER] 取り敢えずなんか懸念ありそうな気配あるから まとめて親方に相談しよう。 懸念点もみえてるし潰し方もわかるからそっちは親方とやってくる [ASSISTANT] うん、それがいい。 今は**無理に施工へ戻るより、見えてる「あれ？」をまとめて親方に一回投げる地点**だね。 そのまま運べる形にするとこんな感じ。 ```text 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN CONSULTATION NATURAL ADDRESSING / ROUTING MODEL CLARIFICATION PHASE 1 REMAINS STOPPED NO CONSTRUCTION NO SOURCE MODIFICATION NO ARTIFACT NO RUNTIME QA ================================================== WHY THIS CONSULTATION IS RETURNING ================================================== During the Phase 1 Natural Addressing Gate, the specialist initially interpreted the Foreman instruction: "multiple independent Switchboard assemblies can exist" as meaning that multiple independently persisted Switchboard assembly objects / routing sets must be structurally addressable. That interpretation created an apparent requirement for an assembly-level identity. Because inventing: connection_id switchboard_id route_id set_id or an equivalent permanent identity is prohibited, construction correctly stopped before source creation. Shamyue has now clarified the intended model. This clarification appears to remove the reason an assembly-level identity was thought necessary. However, because it may materially change one premise of the current Foreman authorization, the specialist is NOT resuming construction unilaterally. Foreman review is requested first. ================================================== SHAMYUE CLARIFICATION ================================================== The Common Switchboard does NOT need to think about or identify a "Switchboard assembly" as a stored object. The Switchboard only needs to know: WHICH PRODUCT PLUGIN + WHICH REFILL WAS SPECIFIED FOR THAT PRODUCT Conceptually: Counter → currently specified Counter Refill Timestamp → currently specified Timestamp Refill Serial → currently specified Serial Refill PDF → currently specified PDF Refill The central routing concern is therefore simply: FIXED PRODUCT SEAT → BINDER REF → REFILL REF The Switchboard does not need to assign an identity to the combination formed by those four seats. ================================================== CURRENT ROUTING MODEL ================================================== There is one current central routing state. Example: Counter → A-01 Timestamp → A-03 Serial → A-05 PDF → A-04 These four routes do NOT need to become: Assembly 1 or: Switchboard Set 1 They are simply the current central wiring. If a product is not currently centrally connected: THERE IS NO ROUTING RECORD FOR THAT PRODUCT SEAT. No waiting route is required. No null/null route is required. No synthetic A-01 is required. No placeholder Refill is required. ================================================== ROUTE CHANGE ================================================== If a product later changes its selected route: OLD: Timestamp → A-03 NEW: Timestamp → A-07 the central wiring changes from A-03 to A-07. This does NOT create a second stored Switchboard assembly. It does NOT require an assembly identifier. Future Decide / conflict / commit semantics remain outside Phase 1 except where already separately specified. ================================================== IMPORTANT DISTINCTION ================================================== Product-owned Refill identity remains product-owned. For example: Counter A-01 and: Timestamp A-01 remain different Refills. The fixed product seat supplies the product namespace. The Switchboard does not merge them. The Switchboard only records where each fixed product seat is currently routed. ================================================== POSSIBLE CORRECTION TO FOREMAN PREMISE ================================================== The current Foreman instruction states: "multiple independent Switchboard assemblies can exist." Shamyue's clarification indicates that this may have introduced an unnecessary object concept. Under the clarified model: multiple independently stored Switchboard assembly objects do NOT need to exist. What exists is: ONE CURRENT CENTRAL ROUTING STATE containing zero or one committed route for each fixed product seat. Therefore an assembly-level natural structural address may not be required at all. ================================================== PROPOSED MINIMUM PHASE 1 SHAPE ================================================== Conceptually only: CURRENT CENTRAL ROUTING Counter: binder_ref refill_ref Timestamp: binder_ref refill_ref Serial: binder_ref refill_ref PDF: binder_ref refill_ref For any unconnected seat: NO ROUTING RECORD. Each complete route payload remains ONLY: binder_ref refill_ref No additional persisted identity or state is proposed. ================================================== WHY THE SPECIALIST IS STILL STOPPED ================================================== This clarification appears to eliminate the Natural Addressing blocker. But the specialist does not want to silently reinterpret or overwrite the Foreman's explicit statement that multiple independent assemblies can exist. Therefore construction remains paused until the Foreman decides whether: A. the clarified one-current-routing-state model is authoritative, and the previous multi-assembly premise is withdrawn or B. some genuinely separate multi-assembly requirement still exists, in which case the Natural Addressing question remains unresolved. ================================================== ADDITIONAL SAFETY QUESTION ================================================== If option A is accepted, please also confirm that the fixed product seat itself is sufficient as the structural key for Phase 1 central persistence. That would mean: Counter Timestamp Serial PDF are the only required structural keys, and each key either: 1. contains one complete binder_ref + refill_ref pair or: 2. is absent. No assembly wrapper identity is required. A normal storage container / WordPress option used merely to hold this single current routing map would NOT constitute a new routing identity authority. ================================================== CURRENT STATUS ================================================== REPLACEMENT FOREMAN SET: 5 / 5 RECEIVED PHASE 1 AUTHORIZATION: RECEIVED CONSTRUCTION: STOPPED BEFORE SOURCE CREATION WORKING COPY: NONE ARTIFACT: NONE PRODUCT MODIFICATION: NONE PDF DEV101: UNTOUCHED GATE 1B: UNTOUCHED RUNTIME QA: NONE ================================================== FOREMAN DECISION REQUESTED ================================================== Please decide: 1. Is the Shamyue clarification authoritative? 2. Should the statement that multiple independent persisted Switchboard assemblies can exist be WITHDRAWN for the current architecture? 3. Is Phase 1 central truth therefore ONE current routing map keyed only by the four fixed product seats? 4. Is an absent product-seat entry the complete representation of "no committed central route"? 5. Is a normal implementation-level storage container for that one routing map permitted, provided it does NOT introduce an assembly identity? 6. If YES to the above, may the Natural Addressing STOP be cleared and Phase 1 construction resume under the remaining existing boundaries? If any hidden requirement still makes an assembly-level address necessary, please identify that requirement before construction resumes. SPECIALIST RECOMMENDATION: Prefer the clarified model if no contrary requirement exists. It is smaller, avoids a second identity authority, preserves the fixed-seat namespace, preserves binder_ref + refill_ref as the entire route payload, and keeps the Common Switchboard as wiring rather than a new business object. WORKSHOP RULE: IF BORING STAYS BORING: BUILD IT. IF BORING BECOMES WEIRD: STOP. ``` これなら、**「俺が何に引っかかったか」「しゃむの説明でどう潰せそうか」「でも親方の既存指示と一箇所ぶつかってるから勝手に再開しない」**まで全部渡る。 こっちはその間そのまま停止してるよ。🕊️ **相談：上記を親方判断へ。こちらは回答待ち。** [USER] あとこれー🕊️の使い方★ KAIA WORKSHOP CARRIER PIGEON TRANSPORT RULE LONG INSTRUCTION DELIVERY STANDARD Purpose: Long instructions must be transported safely without changing, compressing, or weakening their technical content. This rule concerns TRANSPORT only. It does not change product specifications, authority, construction scope, or specialist responsibilities. ================================================== 1. CORE PRINCIPLE ================================================== WRITE THE COMPLETE INSTRUCTION FIRST. Do not design an instruction around the amount that fits in one message. First determine the complete instruction required for safe execution, including all: - scope - authority - boundaries - prohibitions - STOP conditions - evidence requirements - inspection requirements - return/report requirements Only AFTER the complete instruction is conceptually finished should it be divided for transport. The transport must fit the specification. The specification must NOT be reduced to fit the transport. WORKSHOP RULE: 仕様書に鳩を合わせる。 鳩に仕様書を合わせない★ ================================================== 2. PIGEON COUNT IS NOT FIXED ================================================== There is no preferred or maximum number of carrier pigeons. Use as many PARTS as required. If the complete instruction safely fits in: 3 parts → use 3. 5 parts → use 5. 8 parts → use 8. 12 parts → use 12. Never compress, omit, merge, or weaken important material merely to meet an arbitrary PART count. WORKSHOP RULE: 長いなら削るな。 仲間を呼べ★ ================================================== 3. PRACTICAL TRANSPORT SIZE ================================================== For Shamyue physical copy/carry transport, use approximately: 3,000–4,000 characters per PART as a practical cruising range. This is a TRANSPORT HEURISTIC, not a hard technical limit. Around: 3,500 characters is a useful normal target. If a PART naturally approaches or exceeds approximately: 4,000 characters prefer another carrier pigeon when there is a clean semantic split. Do NOT deliberately fill a PART up to 5,000 characters merely because it might technically fit. If uncertain: USE ANOTHER PART. ================================================== 4. SEMANTIC SPLITTING ================================================== Split at meaningful section boundaries. Good split points include: - package identity - authority decisions - architecture - state semantics - addressing - persistence rules - prohibited machinery - STOP gates - construction authorization - static inspection - success return requirements Do NOT split: - in the middle of a sentence - in the middle of one safety rule - where the next PART could reverse the apparent meaning of the previous PART - merely to hit an exact character count Transport size is secondary to semantic integrity. ================================================== 5. PART NUMBERING ================================================== Every multipart instruction must clearly identify: PART X OF N Example: PART 1 OF 5 PART 2 OF 5 PART 3 OF 5 PART 4 OF 5 PART 5 OF 5 All PARTS together constitute ONE instruction. Individual PARTS are not independent instructions unless explicitly stated otherwise. ================================================== 6. EXECUTION GATE ================================================== When execution must wait until the complete instruction arrives, say so explicitly. Intermediate PARTS should contain an instruction equivalent to: DO NOT EXECUTE UNTIL ALL PARTS ARE RECEIVED. The final PART should require verification that every PART was received completely. Only after complete receipt may the final PART state: COMPLETE SET → GO If any PART is missing or incomplete: STOP. Request the missing PART. DO NOT CONSTRUCT. ================================================== 7. NO INTERPRETATION BY THE CARRIER ================================================== Shamyue may physically carry text between threads, specialists, devices, or workspaces. The carrier is not responsible for reconciling technical meaning. Therefore instructions must be self-routing and sufficiently explicit for the receiving specialist. WORKSHOP RULE: DOES NOT INTERPRET. Do not rely on Shamyue to: - merge contradictory instructions - infer missing sections - explain architectural intent - decide which version is authoritative - repair an incomplete transport set ================================================== 8. WITHDRAWAL / SUPERSESSION ================================================== If a previously delivered PART must be replaced: FIRST send a small explicit withdrawal/correction message. The withdrawal must identify exactly what is withdrawn. Example: PREVIOUS PART 1 OF 2 — WITHDRAWN It must clearly state: - the old PART is no longer valid - it must not be used for execution - it must not be combined with the replacement set - construction remains paused until the replacement set is complete Then issue a newly numbered coherent replacement set. Do NOT silently replace a PART. Do NOT leave the specialist to determine which overlapping instruction is authoritative. ================================================== 9. DO NOT RESTRUCTURE A VALID DELIVERY WITHOUT EVIDENCE ================================================== Transport success or failure is determined by Shamyue's actual delivery report. Do NOT infer transport failure merely from: - emoji - tone - a short reaction - apparent message size - assistant speculation In particular: does NOT automatically mean: TRANSPORT FAILED. If Shamyue reports that the PART was delivered successfully: treat it as delivered and valid unless another explicit correction is made. Do NOT withdraw, renumber, or restructure already valid PARTS merely because the assistant becomes worried after delivery. ================================================== 10. CONTENT MUST NOT BE SACRIFICED ================================================== Multipart transport must never remove important content merely to make the PARTS smaller. Do NOT sacrifice: - safety boundaries - STOP rules - product ownership boundaries - authority distinctions - known WATCH conditions - prohibited actions - static inspection requirements - evidence requirements - return/report requirements If all required material makes the instruction long: ADD PIGEONS. ================================================== 11. MINIMIZE DUPLICATION ================================================== Some repeated transport guards are useful, especially: - PART X OF N - withdrawn-set warning - do-not-execute-yet warning - missing-PART STOP rule However, do not duplicate entire architectural sections across PARTS. Each substantive section should normally have one authoritative home inside the complete set. This keeps every pigeon light without weakening the instruction. ================================================== 12. FINAL TRANSPORT CHECK ================================================== Before sending a multipart instruction, check: [ ] Complete instruction was determined before transport splitting. [ ] No specification was removed merely to reduce PART count. [ ] PART count follows content size rather than controlling it. [ ] Each PART is comfortably transportable. [ ] Approximately 3,000–4,000 characters is used as a practical target, not a hard limit. [ ] Splits occur at semantic boundaries. [ ] Every PART has PART X OF N. [ ] Execution gate is explicit where required. [ ] Missing-PART behavior is explicit. [ ] Superseded material is explicitly withdrawn. [ ] Shamyue is not required to interpret technical meaning. [ ] Already successful transport is not invalidated by assistant speculation. [ ] Final PART clearly declares when the complete set may execute. ================================================== CANONICAL WORKSHOP SUMMARY ================================================== FIRST: Make the complete safe instruction. SECOND: Split it into comfortably transportable semantic sections. THIRD: Call as many pigeons as necessary. NEVER: Compress the specification to save pigeons. 「長いな」 「削ります？」 「いや、仲間呼べ★」 仕様書に鳩を合わせる。 鳩に仕様書を合わせない。 DOES NOT INTERPRET. [ASSISTANT] ういういｗ **これが🕊️の正式な運送規則ね。保存した。** 特に大事なのは、 **「5羽に収める」じゃなくて、まず完全な仕様書を作る → その結果7羽なら7羽、12羽なら12羽呼ぶ。** そしてしゃむは**運送屋であって技術通訳ではない**。 > 🕊️ DOES NOT INTERPRET. 途中便を見て施工開始もしないし、正常に届いた鳩をこっちが勝手に「長かったから失敗したかも！」と撤回するのも禁止。 今回みたいな親方相談・専門家指示の輸送では、今後これを標準にするよｗ **仕様書に鳩を合わせる。鳩に仕様書を合わせない。** **長いなら削るな。仲間を呼べ★** 相談：なし。 [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST FOREMAN DECISION NATURAL ADDRESSING / ROUTING MODEL CLARIFICATION CURRENT-ROUTING UI DISPLAY PRINCIPLE PHASE 1 STOP REVIEW DECISION: CLEAR TO RESUME ================================================== FOREMAN DECISION ================================================== The Shamyue clarification is AUTHORITATIVE. The specialist's STOP was correct. No instruction violation occurred. The apparent Natural Addressing blocker was caused by an unnecessary premise in the Foreman instruction: "multiple independent Switchboard assemblies can exist." For the current Common Switchboard architecture, that premise is: WITHDRAWN. Do NOT model independently persisted Switchboard assemblies. Do NOT create an Assembly object. Do NOT create an assembly-level identity. ================================================== AUTHORITATIVE CENTRAL MODEL ================================================== There is: ONE CURRENT CENTRAL ROUTING STATE. It is keyed by the four fixed product seats: Counter Timestamp Serial PDF Each fixed product seat may contain: binder_ref refill_ref or the product-seat routing entry may be absent. Conceptually: CURRENT CENTRAL ROUTING Counter: binder_ref: A refill_ref: 01 Timestamp: binder_ref: A refill_ref: 03 Serial: binder_ref: A refill_ref: 05 PDF: binder_ref: A refill_ref: 04 These four routes are NOT an independently identified: Assembly Set Connection object Switchboard instance They are simply: THE CURRENT CENTRAL WIRING. ================================================== STRUCTURAL KEY ================================================== YES. For Phase 1, the fixed product seat itself is sufficient as the structural key for central persistence. Required structural keys are only: Counter Timestamp Serial PDF The fixed product seat supplies the product namespace. No additional assembly wrapper identity is required. Do NOT add: connection_id switchboard_id route_id set_id assembly_id or any disguised equivalent. ================================================== ROUTE PAYLOAD ================================================== The existing payload boundary remains unchanged. A committed route contains ONLY: binder_ref refill_ref Meaningful address representation remains: Binder: A Refill: 01 through 99 Preserve: A 01 Do NOT normalize them into: 1 1 Do NOT add product_family to the payload. The fixed product seat already supplies that namespace. ================================================== NO COMMITTED ROUTE ================================================== YES. An absent product-seat routing entry is the complete representation of: NO COMMITTED CENTRAL ROUTE. Do NOT create: null/null route empty-string route waiting route placeholder route synthetic A-01 disconnected tombstone A missing route does NOT independently mean: Main Power OFF. The previously accepted distinction remains: PARTICIPATION ≠ COMMITTED ROUTE EXISTENCE Main Power remains outside Phase 1 persisted truth. ================================================== STORAGE CONTAINER ================================================== YES. A normal implementation-level storage container used only to hold the single current routing map is permitted. For example, an ordinary WordPress persistence container is not itself a new routing identity merely because the routing map must be stored somewhere. The container must remain: IMPLEMENTATION STORAGE not: BUSINESS IDENTITY ASSEMBLY IDENTITY ROUTING AUTHORITY OBJECT Do NOT assign the container its own: KAI company_id CNT connection_id switchboard_id route_id set_id assembly_id Its contents remain authoritative only as the current central routing map defined above. ================================================== CURRENT-ROUTING UI DISPLAY PRINCIPLE ================================================== Shamyue has additionally clarified the intended future UI behavior. This clarification is AUTHORITATIVE as a display principle. The UI does NOT need to manufacture a visible state for a route that does not exist. For each fixed product seat: IF a committed central route exists: DISPLAY the current connected Binder / Refill reference. Example: Counter A-01 Timestamp A-03 IF no committed central route exists: THE CONNECTION DESTINATION AREA MAY REMAIN BLANK. Do NOT manufacture display content such as: Not Connected Disconnected A-00 A-01 as a default placeholder Refill previous route waiting route The simple display rule is: ROUTE EXISTS → SHOW THE CONNECTED DESTINATION NO ROUTE EXISTS → CONNECTION DESTINATION IS BLANK ================================================== IMPORTANT UI / MAIN POWER DISTINCTION ================================================== A blank connection destination must NOT be interpreted as proof that: Main Power = OFF. The existing distinction remains: PARTICIPATION ≠ COMMITTED ROUTE EXISTENCE Therefore a legitimate future precommit state may visually contain: Main Power ON + connection destination BLANK This means: the product seat participates in the current assembly attempt, but no committed central route is currently recorded. Do NOT fill the blank destination with A-01 merely because the product owns A-01. Do NOT translate the blank destination into OFF merely because no route is committed. ================================================== UI MUST REFLECT CENTRAL TRUTH ================================================== The future UI should reflect the central routing truth rather than invent a second presentation state. Conceptually: CENTRAL ROUTE ABSENT ↓ DESTINATION DISPLAY BLANK CENTRAL ROUTE PRESENT ↓ DISPLAY THAT ROUTE This preserves the same simple model from persistence through presentation. Do NOT create a separate persisted: display_state connection_label disconnected_state placeholder_state merely to render the UI. ================================================== PHASE 1 SCOPE NOTE ================================================== This UI clarification defines the intended presentation semantics. It does NOT expand the current Phase 1 construction scope. Phase 1 still authorizes: MINIMUM CENTRAL ROUTING CORE + STATIC INSPECTION ONLY Phase 1 still does NOT authorize construction of: Switchboard UI Main Power UI Binder selector UI Refill selector UI Decide UI WEB Shortcode UI Copy UI conflict UI Record the clarified UI principle as an architectural boundary where appropriate. Do NOT build the UI during Phase 1. ================================================== ROUTE CHANGE ================================================== A future route change such as: Timestamp A-03 → A-07 changes the current Timestamp routing entry. It does NOT create: a second assembly a historical assembly object a new Switchboard identity Future Decide / conflict / commit semantics remain outside Phase 1 except for boundaries already explicitly established. Do NOT build those mechanisms now. ================================================== NATURAL ADDRESSING STOP ================================================== The previous Natural Addressing STOP is: CLEARED. The reason is now evidenced: Phase 1 does NOT require multiple independently addressable persisted assembly objects. The natural structural key for the minimum central routing core is: FIXED PRODUCT SEAT. Therefore no additional permanent assembly identity is required. The earlier Natural Addressing STOP gate remains useful only if some NEW evidence encountered during construction contradicts this clarified model. If construction unexpectedly proves that another independently addressable routing object is actually required: STOP AGAIN WITH EVIDENCE. Do NOT invent an identity. ================================================== WHAT THIS DECISION DOES NOT CHANGE ================================================== All remaining Phase 1 boundaries remain authoritative. Still: NO PRODUCT MODIFICATION NO PDF DEV101 MODIFICATION NO GATE 1B NO RUNTIME QA NO UI CONSTRUCTION NO MAIN POWER PERSISTENCE NO PRODUCT RUNTIME MIRROR NO PRODUCT GRADE PERSISTENCE NO PRODUCT_FAMILY PERSISTENCE NO OCCUPANCY AUTHORITY NO CONFLICT PERSISTENCE NO TAKEOVER NO ROLLBACK / RESTORATION NO WEB SHORTCODE PERSISTENCE NO MULTI-BINDER MACHINERY NO SPECULATIVE MULTI-SEAT TRANSACTION MACHINERY NO SWITCHBOARD KAI / company_id / CNT NUMBERING The central routing truth remains deliberately small. ================================================== ANSWERS TO SPECIALIST QUESTIONS ================================================== 1. Is the Shamyue clarification authoritative? YES. 2. Should the statement that multiple independent persisted Switchboard assemblies can exist be withdrawn for the current architecture? YES. WITHDRAWN. 3. Is Phase 1 central truth therefore ONE current routing map keyed only by the four fixed product seats? YES. 4. Is an absent product-seat entry the complete representation of "no committed central route"? YES. 5. Is a normal implementation-level storage container for that one routing map permitted, provided it does NOT introduce an assembly identity? YES. 6. May the Natural Addressing STOP be cleared and Phase 1 construction resume under the remaining existing boundaries? YES. ADDITIONAL UI CLARIFICATION: 7. If a committed route exists, should the future connection destination display that route? YES. 8. If no committed route exists, may the future connection destination remain blank? YES. 9. Should a blank destination create a placeholder route or imply Main Power OFF? NO. ================================================== CONSTRUCTION STATUS ================================================== NATURAL ADDRESSING STOP: CLEARED PHASE 1: RESUME AUTHORIZED CONSTRUCTION: GO SOURCE MODIFICATION: COMMON SWITCHBOARD PACKAGE ONLY PRODUCT MODIFICATION: PROHIBITED UI CONSTRUCTION: NOT AUTHORIZED IN PHASE 1 RUNTIME QA: NOT AUTHORIZED The specialist may now resume the original Phase 1 construction from the clean pre-source state. ================================================== FOREMAN NOTE ================================================== The specialist did exactly the correct thing by stopping when the instruction appeared to require an identity that the architecture did not provide. The resolution is NOT to invent that identity. The resolution is to remove the unnecessary object concept. The Switchboard does not need to know: "What assembly am I?" It only needs to know: "For this fixed product seat, which Binder and Refill are currently connected?" The future UI follows the same rule: IF THERE IS A CONNECTION: SHOW IT. IF THERE IS NO CONNECTION: LEAVE THE DESTINATION BLANK. Do not write a story about a wire that is not there. Keep it boring. WORKSHOP RULE: 配電盤はセットに名前を付けなくていい。 今どの線が刺さってるかだけ見ろ。 刺さってなければ、そこは真っ白でいい★ IF BORING STAYS BORING: BUILD IT. IF BORING BECOMES WEIRD: STOP. [ASSISTANT] 🕊️ **FOREMAN DECISION RECEIVED — COMPLETE.** Natural Addressing STOPを解除して、指定どおり**clean pre-source state から Phase 1施工まで完了**したよ。 ### PHASE 1 RESULT `Kaia Common Switchboard v0.1.0-dev1` 作った中央真実は本当にこれだけ。 ```text CURRENT CENTRAL ROUTING Counter → { binder_ref, refill_ref } Timestamp → { binder_ref, refill_ref } Serial → { binder_ref, refill_ref } PDF → { binder_ref, refill_ref } ``` 各席は固定。ルートがなければ**その席の記録そのものが存在しない**。 `A` は `A`、`01` は `01` の文字列として保持。Phase 1なので Binder は `A` のみ、Refill は `01–99` のみ受理する。壊れた半端なrouteは推測せず fail closed。 通常のWordPress optionは**単なる収納箱**として使用していて、配電盤番号・assembly・set・connection等の新しい身分証は作ってない。 UIもMain PowerもDecideも競合もPDF配線変更も、全部未施工。 ### STATIC INSPECTION — PASS **CHECK LOG** ```text TARGET: Kaia Common Switchboard v0.1.0-dev1 PACKAGE IDENTITY: PASS PHP SYNTAX: PASS FIXED PRODUCT SEATS: PASS — Counter / Timestamp / Serial / PDF only CENTRAL STATE: PASS — one current routing map ROUTE PAYLOAD: PASS — binder_ref + refill_ref only ADDRESS REPRESENTATION: PASS — A / 01..99 preserved as strings NO-ROUTE SEMANTICS: PASS — absent entry; no tombstone / placeholder MALFORMED ROUTE: PASS — fail closed; no inference ASSEMBLY IDENTITY: ABSENT — required MAIN POWER PERSISTENCE: ABSENT — required PRODUCT RUNTIME MIRROR: ABSENT — required UI: NOT CONSTRUCTED — required PRODUCT MODIFICATION: NONE PDF DEV101: UNTOUCHED GATE 1B: UNTOUCHED DEVELOPMENT-HISTORY.md: PASS — exactly one at plugin root runtime dependency: NONE RUNTIME QA: NOT TESTED / NOT AUTHORIZED STATIC RESULT: PASS ``` 念のため施工後に**元の6 witness ZIPもSHA256再確認**した。全部、施工前に確認していた期待値のまま。製品側には触ってない。 生成ZIP SHA256： `93e693b2d40ece3d525f80c064bfeaf796f244e320b3f5ed09b9b5ee48a01789` 今回はほんとに、 **配電盤はセットに名前を付けない。 今どの線が刺さってるかだけ見る。 刺さってなければ何も書かない★** で収まったｗ 相談：なし。 [Kaia Common Switchboard v0.1.0-dev1 — Phase 1 Central Routing Core](sandbox:/mnt/data/Kaia-Common-Switchboard-v0.1.0-dev1-PHASE1-CENTRAL-ROUTING-CORE.zip) [USER] 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST PHASE 1 RUNTIME QA SPECIALIST-LED EVIDENCE COLLECTION RUNTIME QA ONLY NO CONSTRUCTION NO REPAIR NO REDESIGN ================================================== ROLE ================================================== Continue as the specialist who constructed: Kaia Common Switchboard v0.1.0-dev1 Accepted Phase 1 static result: STATIC PASS Expected artifact SHA256: 93e693b2d40ece3d525f80c064bfeaf796f244e320b3f5ed09b9b5ee48a01789 First verify that the exact artifact under test is the accepted Phase 1 artifact. If the artifact is unavailable or SHA256 does not match: STOP. Do NOT substitute another build. ================================================== PURPOSE ================================================== Perform ONLY runtime QA of the already-constructed Phase 1 minimum central routing core. The purpose is to verify that the deliberately small static model also behaves correctly in a real WordPress environment. This is NOT authorization to continue Switchboard development. DO NOT: construct UI construct Main Power construct Decide construct conflict handling connect PDF DEV101 modify product plugins repair failures redesign the routing model perform Gate 1B If runtime exposes a failure: STOP. Report the evidence. Do NOT repair it during QA. ================================================== HUMAN TEST OPERATOR ================================================== Shamyue is the physical runtime operator. The specialist owns the test procedure and interpretation. Give Shamyue ONE runtime action at a time whenever practical. After each action: WAIT for Shamyue's result / screenshot / observed evidence before continuing. Do not require Shamyue to interpret PHP, internal architecture, or routing semantics. 🕊️ DOES NOT INTERPRET. ================================================== IMPORTANT — NO UI ASSUMPTION ================================================== Phase 1 intentionally contains NO Switchboard UI. Therefore do NOT ask Shamyue to find controls that were not constructed. Use ONLY a safe observation / test path that actually exists in the Phase 1 implementation. You constructed this artifact. Inspect the implementation first and determine the smallest safe method for runtime observation and controlled test input. Do NOT add a permanent UI merely for QA. Do NOT create a new product feature merely to make testing convenient. If there is no safe existing way for Shamyue to exercise the central routing core: STOP. Return: STOP — RUNTIME TEST INTERFACE REQUIRED Explain the smallest test-only need. Do NOT construct it without Foreman authorization. ================================================== RUNTIME CHECK 1 — WORDPRESS LOAD ================================================== Verify: - plugin installs / activates normally - no fatal error - no unexpected warning attributable to the plugin - no product plugin is modified or required to be rewritten If activation fails: STOP. ================================================== RUNTIME CHECK 2 — CLEAN INITIAL STATE ================================================== Verify that a clean initial Switchboard state does NOT manufacture routes. Expected central routing state: Counter: NO ROUTING RECORD Timestamp: NO ROUTING RECORD Serial: NO ROUTING RECORD PDF: NO ROUTING RECORD There must be NO automatic: A-01 placeholder route null/null tombstone waiting route synthetic connection Remember: NO ROUTE does NOT independently mean MAIN POWER OFF. Main Power is outside this Phase 1 runtime test. ================================================== RUNTIME CHECK 3 — COMPLETE ROUTE WRITE / READ ================================================== Using the existing safe Phase 1 test path, write and read a complete route for ONE fixed product seat first. Use a non-ambiguous test value chosen from the accepted Phase 1 domain: binder_ref: A refill_ref: two-digit string in 01..99 Verify after round trip: - binder_ref remains exactly "A" - refill_ref retains its two-digit representation - fixed product seat remains the namespace - no product_family field appears - no additional routing identity appears Do NOT normalize: A → 1 01 → 1 ================================================== RUNTIME CHECK 4 — ROUTE CHANGE ================================================== For the same fixed product seat, change the committed Refill reference to another valid two-digit Refill. Verify: - current route becomes the new complete pair - old route is not retained as a second assembly - no history object / assembly object is created - no connection/set/route identity is created This is testing the current routing map only. It is NOT testing future Decide semantics. ================================================== RUNTIME CHECK 5 — ROUTE REMOVAL ================================================== Remove the committed route using the existing safe Phase 1 test path. Verify: - the product-seat routing entry is absent - no null/null record remains - no empty-string tombstone remains - no previous route remains as current central truth - no automatic A-01 is recreated Expected result: NO ROUTING RECORD. Do NOT interpret this as a Main Power runtime test. ================================================== RUNTIME CHECK 6 — MALFORMED PAIR ================================================== Only if the existing implementation provides a SAFE controlled method to exercise malformed input without source modification: test a half-pair. Examples: binder_ref present refill_ref missing or the reverse. Expected: FAIL CLOSED. The implementation must NOT: guess A guess 01 borrow another product identity commit a partial route If safely injecting malformed input would require: source modification database-risky manual editing new QA machinery DO NOT DO IT. Report this individual check as: NOT SAFELY RUNTIME-EXERCISED and retain the existing STATIC evidence. Do not create risk merely to prove fail-closed behavior already visible statically. ================================================== RUNTIME CHECK 7 — PERSISTENCE ================================================== Verify the intended WordPress persistence behavior using the least destructive ordinary lifecycle available. Confirm that a valid committed route survives the appropriate normal plugin / WordPress lifecycle expected of the storage container. Do NOT uninstall or delete product data unless explicitly required by the existing implementation and separately authorized. Then remove the test route and verify the clean no-route state again. ================================================== RUNTIME CHECK 8 — BOUNDARY REGRESSION ================================================== Confirm during the test that Phase 1 did NOT unexpectedly produce or activate: Switchboard UI Main Power persistence Decide behavior conflict state occupancy authority takeover assembly identity WEB Shortcode persistence product runtime mirroring grade persistence product_family persistence Also confirm: PDF DEV101 remains untouched. Gate 1B remains untouched. ================================================== TEST DATA CLEANUP ================================================== Runtime QA must not leave accidental test routing behind. At the end of successful testing: return the tested product seat(s) to the intended clean no-route state, unless preserving a specific test route is explicitly necessary and reported. Do NOT delete product-owned Refills or product data. Only clean up Switchboard test routing created by this QA. ================================================== STOP RULE ================================================== If anything becomes unexpectedly difficult: STOP. Especially STOP if runtime testing appears to require: product modification new permanent UI new routing identity manual risky database surgery PDF connection work Gate 1B work repair during QA Return evidence to the Foreman. IF BORING STAYS BORING: TEST IT. IF BORING BECOMES WEIRD: STOP. ================================================== SUCCESS RETURN ================================================== Return an evidence-based runtime report containing: 1. exact artifact filename 2. SHA256 verification 3. WordPress load / activation result 4. clean initial state result 5. complete route write/read result 6. exact Binder/Refill round-trip evidence 7. route-change result 8. route-removal result 9. malformed-pair result or safe-test limitation 10. persistence lifecycle result 11. final cleanup state 12. unexpected UI/state check 13. product modification status 14. PDF DEV101 status 15. Gate 1B status 16. WATCH 17. BLOCK 18. overall runtime result Allowed overall result: RUNTIME PASS RUNTIME PASS WITH WATCH or: STOP — Do NOT repair a failure. Return to the Foreman first. [ASSISTANT] 🕊️ **PHASE 1 RUNTIME QA RECEIVED.** 最初のゲート確認完了。 **Artifact:** `Kaia-Common-Switchboard-v0.1.0-dev1-PHASE1-CENTRAL-ROUTING-CORE.zip` **SHA256:** `93e693b2d40ece3d525f80c064bfeaf796f244e320b3f5ed09b9b5ee48a01789` **MATCH — PASS** 実装も先に再確認した。Phase 1には恒久UIはないけど、既存の公開関数として安全な読み書き口はちゃんとある。 ```text kaia_common_switchboard_routes() kaia_common_switchboard_route() kaia_common_switchboard_set_route() kaia_common_switchboard_remove_route() ``` なので `STOP — RUNTIME TEST INTERFACE REQUIRED` にはならない。WordPress上でこの既存口を一時的に呼ぶだけでQAできる。**ソース変更・DB直編集・製品変更は不要。** では一個ずついこう。🕊️ ### Runtime Check 1 — WordPress Load まず **このZIPをWordPressへインストールして、有効化**してみて。 ここではまだ何もルート設定しなくていい。 確認してほしいのは単純に、 > **普通に有効化できたか** だけ。 エラー・警告が出たら、その画面をそのまま持ってきて。 正常なら「有効化できたー」でOK。 次の操作はその結果を見てから出す。 **CHECK LOG** ```text ARTIFACT HASH: PASS IMPLEMENTATION INSPECTION: PASS SAFE EXISTING QA SURFACE: FOUND SOURCE MODIFICATION: NONE RUNTIME CHECK 1: WAITING FOR OPERATOR ``` 相談：なし。 [USER] 🕊️ KAIA COMMON SWITCHBOARD DEPLOYMENT ARCHITECTURE NECESSITY AUDIT PART 1 OF 2 READ-ONLY ARCHITECTURE AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO SOURCE MODIFICATION NO RUNTIME QA DO NOT EXECUTE ANY CONSTRUCTION. WAIT UNTIL PART 2 OF 2 IS COMPLETELY RECEIVED. ================================================== ROLE ================================================== You are the Kaia Common Switchboard / Central Distribution specialist. A Phase 1 development artifact already exists: Kaia Common Switchboard v0.1.0-dev1 SHA256: 93e693b2d40ece3d525f80c064bfeaf796f244e320b3f5ed09b9b5ee48a01789 Its Phase 1 STATIC PASS remains historically valid. However: DO NOT ACTIVATE IT. DO NOT EXTEND IT. DO NOT MODIFY IT. Its deployment architecture is now UNDER REVIEW. ================================================== WHY THIS AUDIT EXISTS ================================================== The Foreman previously interpreted "Common Switchboard" too literally as a separate central WordPress plugin. Shamyue has now clarified the intended human/product model. The desired experience is analogous to: THE SAME HOTEL CHAIN HAVING THE SAME FRONT-DESK LAYOUT IN EVERY HOTEL. The requirement was NOT: BUILD A SEPARATE HOTEL THAT CONTAINS ONLY THE FRONT DESK. Therefore the architectural question is: DOES KAIA ACTUALLY REQUIRE A SEPARATELY INSTALLED COMMON SWITCHBOARD PLUGIN? Or can the existing product architecture provide the intended common Switchboard experience as part of each installed product? ================================================== AUTHORITATIVE HUMAN / UI MODEL ================================================== Each Kaia product remains an independent product/plugin. When the human enters any participating product's settings environment, the experience should conceptually be: [ COMMON SWITCHBOARD ] ------------------------------ [ PRODUCT-SPECIFIC DETAILED SETTINGS ] For example: Kaia Counter: [ same standardized Switchboard ] --------------------------------- [ Counter detailed settings ] Kaia Timestamp: [ same standardized Switchboard ] --------------------------------- [ Timestamp detailed settings ] Kaia Serial: [ same standardized Switchboard ] --------------------------------- [ Serial detailed settings ] Kaia PDF: [ same standardized Switchboard ] --------------------------------- [ PDF detailed settings ] Human perception: The Switchboard should feel like a separate small common facility attached at the beginning of each product settings environment. Same location. Same furniture. Same interaction model. The detailed settings below remain specific to that product. ================================================== IMPORTANT DISTINCTION ================================================== "COMMON" means: - common connection surface - common placement - common interaction standard - common routing view It does NOT automatically mean: - separate fifth product - separate fifth WordPress plugin - separate admin destination Do not confuse a standardized common facility with a separately installed product. ================================================== KNOWN EXISTING ARCHITECTURE ================================================== Previous static witness work established that the Kaia products already contain product-side sockets / read outlets for inter-product connection. Use actual source evidence from the accepted product witnesses. Do NOT assume those sockets are sufficient. Do NOT assume they are insufficient. Audit them. ================================================== PRIMARY QUESTION ================================================== Determine whether the existing product-side architecture can support: INSTALLED KAIA PRODUCT + STANDARDIZED COMMON SWITCHBOARD SURFACE + EXISTING PRODUCT SOCKET / OUTLET INFRASTRUCTURE without requiring the user to install a separate Kaia Common Switchboard plugin. The result must preserve: - product independence - product-owned Refill truth - shared routing only - no product becoming the hidden master - no duplicated conflicting routing authority - safe activation/deactivation behavior - safe missing-product behavior - grade-neutral routing - fixed product namespaces ================================================== CURRENT ROUTING MODEL — DO NOT REOPEN ================================================== There is: ONE CURRENT CENTRAL ROUTING STATE. There is NO persisted Assembly object. Fixed seats: 1. Counter 2. Timestamp 3. Serial 4. PDF Each seat has either: zero committed route or: { binder_ref, refill_ref } No route: NO ENTRY. Do NOT invent: assembly_id connection_id route_id switchboard_id set_id The fixed product seat is sufficient structural identity. ================================================== ROUTING OWNERSHIP ================================================== Each product owns: - its own Refill - its own data - its own product logic - its own operational truth The common routing layer owns ONLY routing. Do NOT make Counter the routing owner. Do NOT make Timestamp, Serial, or PDF the routing owner. Do NOT move product truth into the common layer. Core rule: PRODUCT-OWNED TRUTH → PRODUCT SOCKET / READ OUTLET → SHARED ROUTING Common wires. Separate houses. ================================================== SHARED STATE QUESTION ================================================== If a separate Common Switchboard plugin is NOT technically required, identify the smallest safe mechanism by which the one current routing state can exist. A normal WordPress storage container does NOT by itself constitute a new product or routing identity. But do not invent an implementation merely because WordPress provides shared storage. Audit: - code ownership - write authority - load order - duplicate definitions - version drift - activation/deactivation - uninstall behavior - availability when only one product is installed Determine whether a shared implementation can safely exist through the installed products without creating multiple competing authorities. ================================================== COMMON SURFACE QUESTION ================================================== Determine whether each installed product can expose the SAME standardized Switchboard surface at the beginning of its settings environment. This must NOT become four independently redesigned Switchboards. Audit whether existing architecture provides a clean place for: - shared rendering - common hooks - common component/bootstrap behavior - product socket discovery without requiring a separately installed fifth plugin. Do NOT construct the solution. Report the smallest evidenced structure only. ================================================== DISPLAY SEMANTICS — PRESERVE ================================================== If a committed route exists: display the current Binder / Refill destination. If no committed route exists: the connection destination may be BLANK. Do NOT manufacture: Not Connected Disconnected A-00 default A-01 previous route waiting route placeholder route Blank destination does NOT mean Main Power OFF. PARTICIPATION IS NOT COMMITTED ROUTE EXISTENCE. ================================================== END PART 1 OF 2 ================================================== WAIT FOR PART 2 OF 2. DO NOT CONSTRUCT. DO NOT MODIFY SOURCE. DO NOT ACTIVATE DEV1. [ASSISTANT] 🕊️ **PART 1 OF 2 — COMPLETE RECEIPT CONFIRMED.** 内容は受領した。これは**監査指示の前半**として保持する。 現時点では指示どおり、 - DEV1を有効化しない - constructionしない - sourceを触らない - repair/redesignしない - runtime QAしない - 「別プラグインが必要／不要」の結論もまだ出さない で停止。 さっき開始しかけていた **Phase 1 Runtime QAもここで進行させず保留**にする。 `PART 2 OF 2` を完全受領するまで、architecture auditも実行開始しないよ。 **TRANSPORT STATUS** ```text PART 1 OF 2: RECEIVED COMPLETE PART 2 OF 2: WAITING EXECUTION: PAUSED DEV1 ACTIVATION: NO SOURCE MODIFICATION: NO CONSTRUCTION: NO RUNTIME QA: NO ``` 🕊️待機中。 [USER] 🕊️ KAIA COMMON SWITCHBOARD DEPLOYMENT ARCHITECTURE NECESSITY AUDIT PART 2 OF 2 CONTINUES PART 1 OF 2. If PART 1 OF 2 was not completely received: STOP. REQUEST THE MISSING PART. DO NOT PROCEED. ================================================== COUNTER UI — SPECIAL CAUTION ================================================== Kaia Counter has already received substantial deliberate UI work. Its existing layout and furniture were intentionally organized and stabilized. Therefore: DO NOT casually restructure Counter UI. DO NOT use Counter as an experimental surface. DO NOT move established Counter furniture merely to make the common Switchboard fit. DO NOT merge Counter-specific detailed settings into common routing UI. The intended human experience remains: [ STANDARDIZED COMMON SWITCHBOARD ] ----------------------------------- [ EXISTING COUNTER DETAILED SETTINGS ] The Switchboard should behave like the same chain-hotel front desk attached to the product environment. It should not require rebuilding the hotel room behind it. ================================================== COUNTER — SHAMYUE CONSULTATION GATE ================================================== Inspect Counter READ-ONLY. If a clean, boring, low-risk attachment point for the common Switchboard is evident: report it. If your reasoning reaches any point where you need: - substantial Counter UI restructuring - brittle insertion - furniture relocation - special-case layout surgery - uncertain ownership - invasive changes to working UI STOP THAT LINE OF DESIGN. Return: SHAMYUE CONSULTATION REQUIRED — COUNTER UI State briefly: 1. what existing Counter structure caused the question 2. where the Switchboard would naturally attach 3. why the insertion stopped being obvious/safe 4. what small human-layout decision is needed Do NOT solve the uncertainty yourself. Do NOT modify Counter. Workshop rule: COUNTERの家具を動かす前に、 手が止まったらしゃむを呼べ★ ================================================== TIMESTAMP / SERIAL / PDF ================================================== Apply the same general preservation rule. Their product-specific detailed settings remain product-specific. The common Switchboard should be standardized common furniture attached to their settings environments. Do not merge product settings into routing logic. If any product unexpectedly requires invasive reconstruction: STOP and report that product as WATCH or consultation-required. ================================================== DEV1 STATUS ================================================== Treat: Kaia Common Switchboard v0.1.0-dev1 as an architectural witness / prototype only. Its STATIC PASS is not revoked. It correctly implemented its previous instruction. But: its existence is NOT evidence that a separate plugin is necessary. If the distributed/common-surface model is safely feasible, recommend: DEV1 NOT ADOPTED Do NOT rewrite its history. Do NOT delete evidence. Do NOT activate it. ================================================== IF A SEPARATE PLUGIN REALLY IS REQUIRED ================================================== A conclusion of: INDEPENDENT SWITCHBOARD PLUGIN REQUIRED must include concrete technical evidence. "Shared state needs somewhere to live" is NOT sufficient by itself. Identify the exact reason the intended chain-hotel model cannot safely provide one or more of: - coherent routing persistence - common UI behavior - single write authority - activation/deactivation safety - missing-product safety - product independence - protection against duplicate implementations/version drift Only actual technical necessity justifies the fifth plugin. ================================================== NO CONSTRUCTION ================================================== This instruction authorizes NO construction. DO NOT: - create a new build - modify Counter - modify Timestamp - modify Serial - modify PDF - modify Switchboard dev1 - activate Switchboard dev1 - create UI - create shared libraries - add hooks - add options - migrate state - perform runtime QA READ ONLY. ================================================== RETURN REPORT ================================================== Return: 1. OVERALL VERDICT Choose: A — DISTRIBUTED COMMON SURFACE FEASIBLE INDEPENDENT SWITCHBOARD PLUGIN NOT REQUIRED B — INDEPENDENT SWITCHBOARD PLUGIN TECHNICALLY REQUIRED C — STOP / INSUFFICIENT EVIDENCE 2. EXISTING SOCKET / OUTLET EVIDENCE What already exists in the accepted product witnesses? 3. SHARED ROUTING TRUTH Can one coherent current routing state safely exist without a fifth plugin? If YES, identify the smallest safe mechanism supported by evidence. Do not construct it. 4. AUTHORITY Explain how the mechanism avoids making any one product the routing master and avoids duplicated routing authority. 5. COMMON UI SURFACE Explain how the same standardized Switchboard surface could appear at the beginning of each product settings environment. 6. SOURCE SHARING / DRIFT Can the common implementation avoid becoming four drifting independent copies? State evidence and risks. 7. LIFECYCLE Report expected architecture for: - only one Kaia product installed - additional Kaia products installed - product activation - product deactivation - product absence / later return 8. UI RISK Report separately: Counter: CLEAN / WATCH / SHAMYUE CONSULTATION REQUIRED Timestamp: CLEAN / WATCH / SHAMYUE CONSULTATION REQUIRED Serial: CLEAN / WATCH / SHAMYUE CONSULTATION REQUIRED PDF: CLEAN / WATCH / SHAMYUE CONSULTATION REQUIRED 9. EVENTUAL PRODUCT MODIFICATION Describe only the smallest product-side changes that would eventually be necessary. DO NOT PERFORM THEM. 10. DEV1 RECOMMENDATION Choose: ADOPT NOT ADOPT KEEP AS PROTOTYPE PENDING EVIDENCE 11. WATCH List unresolved but non-blocking risks. 12. BLOCK List actual blockers. 13. NEXT STEP If distributed common-surface architecture is feasible: identify the SMALLEST safe next construction step. Do not construct it yet. ================================================== FINAL STOP RULE ================================================== If the simple product model becomes complicated: STOP. Do not preserve a fifth plugin merely because it has already been built. Do not remove it merely because fewer plugins are preferable. Technical evidence decides. If attaching the common surface to Counter stops being boring: STOP. ASK SHAMYUE. WORKSHOP MODEL: 同じ系列のビジホなら、 フロントの位置まで同じでいい。 フロント専用ホテルは、 必要性が証明されてから建てろ★ IF BORING STAYS BORING: REPORT IT. IF BORING BECOMES WEIRD: STOP. ================================================== COMPLETE SET → GO ================================================== [ASSISTANT] 🕊️ **PART 2 OF 2 — COMPLETE RECEIPT CONFIRMED.** Complete set received → GO. 指定どおり、受領済みwitnessの**実ソースだけをREAD-ONLYで再監査**した。DEV1は有効化していないし、どのZIPにも変更なし。 # DEPLOYMENT ARCHITECTURE NECESSITY AUDIT ## 1. OVERALL VERDICT **A — DISTRIBUTED COMMON SURFACE FEASIBLE** **INDEPENDENT SWITCHBOARD PLUGIN NOT REQUIRED** さらに言うと、現状の証拠からは**「5個目のプラグインでなければ成立しない」技術的理由が見つからない**。 ただし、これは > 同じコードを4製品にコピペして、それぞれ勝手に配電盤を持たせる という意味ではない。 必要なのは、 > **各製品から同じ共通実装を呼び出すが、WordPress上のrouting truthは一つ** という形。 つまりホテル方式でいける。 ```text Counter plugin [ Common Switchboard surface ] [ Counter settings ] Timestamp plugin [ Common Switchboard surface ] [ Timestamp settings ] Serial plugin [ Common Switchboard surface ] [ Serial settings ] PDF plugin [ Common Switchboard surface ] [ PDF settings ] ↓ all use ONE WordPress routing state ``` **フロント専用ホテルはいらない。★** --- ## 2. EXISTING SOCKET / OUTLET EVIDENCE 既存製品はすでに「他製品を見る」という考え方を持っている。 **Counter Standard / Free** は特に明確で、 ```text kaia_cnt22_provider() kaia_cnt22_instances() kaia_cnt22_ui_colors() kaia_cnt22_acceptance_state() kaia_cnt22_issuance_gate() kaia_cnt22_latest_issuance_event() kaia_cnt22_capacity_state() ``` というproduct-side outletを公開している。 **Timestamp Standard / Free** はCounter outletを `function_exists()` で安全に発見して利用している。さらにTimestamp自身のruntime outletとして、 ```text window.KaiaTimestamp.getSelectedById() window.KaiaTimestamp.getState() ``` がある。 **Serial** も自身のruntime state outletを持つ。 **PDF DEV101** はさらに実例として、CounterのPHP outletとTimestamp/Serialのruntime outletを**存在確認してから利用する**構造をすでに持っている。 つまり、 > 「相手がいるか調べる → いたらsocketを読む → いなければ壊れない」 という基礎思想は既存コードにもうある。 ただし現在のPDF `counter_id` bridgeや旧same-ID Related Shortcodesは**新Switchboard routingそのものとして再利用してはいけない**。これは既知の移行対象。 --- ## 3. SHARED ROUTING TRUTH **YES。第五プラグインなしで一つにできる。** 最小の形は、WordPressの**単一共有storage container**に、 ```text Counter → A-01 Timestamp → A-03 Serial → A-05 PDF → A-04 ``` だけを置くこと。 ここはDEV1が証明した「小さいrouting map」の考え方をそのまま architectural witness として使える。 重要なのは、 **storageの所有者をCounter等の製品にしないこと。** WordPress/site-levelの共有option等を単なる収納場所として使うなら、 ```text Counter owns it Timestamp owns it ``` ではなく、 ```text Kaia common infrastructure data ``` として扱える。 だから「どのホテルがフロント台帳を所有する？」を決める必要がない。 --- ## 4. AUTHORITY ここは一番注意が必要。 **共通実装が4回ロードされても、routing authorityが4個になってはいけない。** 安全なモデルは、 ```text COMMON IMPLEMENTATION CONTRACT ↓ ONE ROUTING STORAGE ↓ fixed seats ``` であって、 ```text Counter routing copy Timestamp routing copy Serial routing copy PDF routing copy ``` ではない。 どの製品画面から操作しても、**同じ一個の中央routing truthを読む／書く**。 したがってCounterはmasterにならない。 --- ## 5. COMMON UI SURFACE これも既存構造上は可能。 Counter / Timestamp / Serial / PDF はすでにそれぞれWordPress管理画面を自分でrenderしている。 特にCounter・Timestamp・Serialには既に共通の `Kaia Memoria` 親メニューへ各製品ページをぶら下げる構造まである。 だから将来的には各product admin rendererの**製品固有設定より前**に、 ```text render_common_switchboard() --------------------------- render_product_settings() ``` という同じ共通componentを置く形が自然。 別admin destinationは不要。 ### Counter UI **Counter: CLEAN — with preservation boundary** 今回のREAD-ONLY確認では、Switchboardを「Counter家具の中へねじ込む」必要性は見つからなかった。 自然な境界は、 > **既存Counter detailed-settings assemblyの前に、独立したcommon blockとして置く** こと。 これなら既存家具を移動する必要がない。 したがって現段階では `SHAMYUE CONSULTATION REQUIRED — COUNTER UI` までは行かない。 **ただし実装時にこの境界だけでは置けず、既存Counter家具を動かす必要が出た瞬間STOPしてしゃむ案件。** --- ## 6. SOURCE SHARING / DRIFT ここが**最大のWATCH**。 「4製品に同じPHPを丸ごとコピー」はダメ。 時間が経てば、 ```text Counter版 Switchboard vA Timestamp版 Switchboard vB Serial版 Switchboard vC PDF版 Switchboard vD ``` になり得る。 一方、独立pluginを使わず共有コードを提供する場合、**複数pluginが同じcommon implementationを同時に同名定義しようとする問題**も処理する必要がある。 したがって最終方式には、 - duplicate definition防止 - 共通API contract - version compatibility - どの製品から先にloadされても成立 - 一製品停止でcommon routing implementation全体が消えない という**小さなbootstrap規則**が必要。 これは実現不能な問題ではない。 ただし、**「各ZIPに同じファイル入れとけばいいじゃん★」だけではまだ設計不足**。 ここが次のconstruction前に固定すべき一点。 --- ## 7. LIFECYCLE 期待されるboring architectureはこう。 **一製品だけinstalled/active:** その製品がcommon implementationを利用できる。routing storageも利用可能。他3席は製品不在でもrouting schema上の固定席として扱えるが、製品runtime truthを捏造しない。 **製品追加:** 新製品も同じcommon implementation/storageを見る。別routing databaseを作らない。 **activation:** 既存routing truthを読む。勝手にA-01を作らない。 **deactivation:** その製品がrouting truthの所有者ではないので、他製品のcommon facilityを壊さない。製品不在とhuman OFFを混同しない。 **absence → later return:** product absenceだけを理由にcomplete central routeを消さない。戻れば同じ共有routing truthを再び参照できる。 **uninstall:** ここはWATCH。 各製品uninstall処理が共有optionを勝手に消してはいけない。共有stateの削除所有権をどこに置くかは、実装前に明文化が必要。 --- ## 8. UI RISK | Product | Audit | |---|---| | Counter | **CLEAN — preservation boundary** | | Timestamp | **CLEAN** | | Serial | **CLEAN** | | PDF | **WATCH** | PDFのWATCHは「Switchboard UIを上に置けない」ではない。 **DEV101内部にlegacy `counter_id` bridgeと旧runtime wiringがまだ存在するため、将来Switchboardを表示することと、PDF内部配線をSwitchboardへ移行することを同じ施工でやらないこと。** Gate 1Bもそのまま別件。 --- ## 9. EVENTUAL PRODUCT MODIFICATION 必要になりそうな最小変更だけ挙げると、 1. 各製品が共通Switchboard bootstrap/componentを安全に利用できる入口。 2. 各admin画面の詳細設定より前にcommon surfaceをrenderするattachment point。 3. 各製品socket/outletをcommon routingから安全に発見・解決するadapter境界。 4. shared implementationのduplicate/version/load-order guard。 **製品固有settingsの再構築は不要。** Counter家具移動も現時点では不要。 --- ## 10. DEV1 RECOMMENDATION **NOT ADOPT** ただし、 **証拠として保存。** DEV1は間違った実装ではない。前の仕様に対してSTATIC PASSした正常なprototype。 今回わかったのは、 > **その中央routing coreを「独立第五pluginとして配る必要はない」** というdeployment architecture側の話。 だから履歴は書き換えないし、削除もしない。 --- ## 11. WATCH 最大のWATCHは一個にまとめられる。 > **Independent pluginを廃止したあと、common implementationを誰が先にロードしても同一実装・同一authorityになるbootstrap方式。** ここを雑にすると「4軒のホテルに同じフロントを置いた」のではなく、**4人のフロント責任者が同じ帳簿を奪い合う**ことになるｗ 副次WATCHは共有stateのuninstall ownershipと、PDF legacy bridgeの後日移行。 --- ## 12. BLOCK **現在のarchitecture feasibilityにBLOCKなし。** 別plugin必須という証拠もなし。 Counter UI consultation blockerも現時点では発生していない。 --- ## 13. SMALLEST SAFE NEXT STEP 次にいきなり4製品を改造するのは大きすぎる。 一番小さい次工程は、 > **COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT をREAD-ONLY設計する。** つまりコードを書く前に、 ```text 複数Kaia pluginに同梱されるcommon componentが ・誰が最初でもロード可能 ・二重定義しない ・version drift時に事故らない ・同じ一個のrouting storageを見る ・製品停止で他製品から消えない ・uninstallで勝手に共有stateを消さない ``` この6点だけ決める。 それがboringに決まった後、**一番UI事故の少ない製品で共通surface attachmentを施工検証**するのが安全。 Counterを実験台にはしない。 --- ### CHECK LOG ```text AUDIT MODE: READ ONLY PARTS RECEIVED: 2 / 2 COMPLETE DEV1 ACTIVATED: NO DEV1 MODIFIED: NO PRODUCT SOURCE MODIFIED: NO RUNTIME QA: NO EXISTING PRODUCT OUTLETS: CONFIRMED COMMON ADMIN ATTACHMENT POSSIBILITY: CONFIRMED FIFTH PLUGIN TECHNICAL NECESSITY: NOT FOUND SINGLE SHARED ROUTING STATE WITHOUT FIFTH PLUGIN: FEASIBLE COUNTER: CLEAN — DO NOT DISTURB EXISTING FURNITURE TIMESTAMP: CLEAN SERIAL: CLEAN PDF: WATCH — LEGACY BRIDGE / LATER MIGRATION BOUNDARY DEV1: NOT ADOPT PRESERVE AS HISTORICAL PROTOTYPE BLOCK: NONE NEXT: COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT NO CONSTRUCTION YET ``` つまり今回の答え、かなりしゃむが最初に言ってた通りだったｗ **「同じホテルに同じフロントを付ければいい。フロントだけのホテルはいらん★」** 相談：なし。 [USER] 🕊️ KAIA COMMON SWITCHBOARD PRODUCT LOAD / SELF-SEAT FIX AND EXISTING WIRING RECALL ARCHITECTURE CONTRACT AUDIT PART 1 OF 3 READ-ONLY DESIGN / SOURCE AUDIT NO CONSTRUCTION NO REPAIR NO SOURCE MODIFICATION NO RUNTIME QA DO NOT EXECUTE CONSTRUCTION. WAIT UNTIL ALL 3 PARTS ARE COMPLETELY RECEIVED. ================================================== ROLE ================================================== You are the Kaia Common Switchboard / Central Distribution specialist. Continue from the accepted architecture necessity audit. Accepted result: A — DISTRIBUTED COMMON SURFACE FEASIBLE INDEPENDENT SWITCHBOARD PLUGIN NOT REQUIRED The separate: Kaia Common Switchboard v0.1.0-dev1 is: NOT ADOPTED as deployment architecture PRESERVED as historical prototype NOT ACTIVATED The next planned work was: COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT Before that contract is fixed, Shamyue has supplied an important human-operation rule which may simplify the Switchboard further. Audit and incorporate this rule BEFORE any construction. ================================================== AUTHORITATIVE UI LAYOUT ================================================== Each product settings environment should conceptually contain: [ PRODUCT BINDER / REFILL CONTROL ] ---------------------------------- [ COMMON SWITCHBOARD ] ---------------------------------- [ PRODUCT DETAILED SETTINGS ] The upper product control uses the same standardized furniture pattern: Binder ▼ Refill ▼ Save Load Example — Kaia PDF: Binder [ A ▼ ] Refill [ 03 ▼ ] [ Save ] [ Load ] ---------------------------------- COMMON SWITCHBOARD ---------------------------------- PDF detailed settings The exact visual finishing is NOT authorized in this audit. This is an interaction / authority model. ================================================== SAVE vs LOAD ================================================== SAVE and LOAD must not be assumed to have equal architectural weight. For the present question: LOAD is the important operation. SAVE is present as standardized UI furniture so that the control set remains consistent when the same furniture appears elsewhere. Do NOT invent substantial new Save authority or storage behavior merely because the Save button exists. If existing product behavior already gives Save a legitimate meaning, preserve and report it. Do not redesign Save in this audit. ================================================== AUTHORITATIVE LOAD RULE ================================================== The upper Binder / Refill selector belongs to THAT PRODUCT. Example: Kaia PDF Binder A Refill 03 LOAD means: PDF itself is now using: PDF A-03 This is NOT: "Tell the Common Switchboard to choose PDF A-03." It is: "PDF has loaded its own A-03." The product remains authority for its own current Refill selection. ================================================== SELF-SEAT FIX RULE ================================================== After PDF loads A-03, the PDF seat inside the Common Switchboard must reflect that product truth. Conceptually: PDF Main Power: ON Binder: A Refill: 03 WEB Shortcode: populated Copy: available The Binder / Refill values for the currently loaded product's OWN seat are FIXED from the Switchboard perspective. They are display/read-only state there. They must NOT provide a second place to choose which PDF Refill PDF is currently using. If the human wants PDF A-07 instead: DO NOT change PDF A-03 to A-07 inside the Switchboard. The human changes the upper product selection: PDF Binder A Refill 07 LOAD Then the Switchboard reflects PDF A-07. Human rule: スイッチボードの自分のリフィルを変えたいなら、 上のリフィル読み込みを変えろ★ ================================================== WHY THIS RULE EXISTS ================================================== The architecture must avoid two authorities such as: PDF product says: A-03 while Common Switchboard says: PDF A-07 Do NOT create synchronization machinery to reconcile that contradiction. Prevent the contradiction from being user-creatable. For the product currently being operated: PRODUCT LOAD → PRODUCT CURRENT REFILL TRUTH → SWITCHBOARD SELF-SEAT REFLECTS THAT TRUTH NOT: PRODUCT CURRENT SELECTION ↔ SECOND SWITCHBOARD SELECTION AUTHORITY The desired simplification is: ONE PLACE TO CHOOSE THE PRODUCT'S CURRENT REFILL. ================================================== SELF-SEAT CONTROL STATE ================================================== Audit the intended Switchboard behavior after successful product Load. For that product's own seat, expected human behavior is: - Main Power shown ON - loaded Binder shown - loaded Refill shown - Binder control disabled / grayed - Refill control disabled / grayed - WEB Shortcode populated when applicable - Copy remains usable - controls that would alter the fixed self-seat are unavailable Do NOT interpret "grayed" as absence of data. It means: THIS VALUE IS ALREADY DETERMINED BY THE PRODUCT LOAD. Do NOT invent an override button. Do NOT invent "unlock". Do NOT invent Switchboard-side self-seat replacement. Change the product's loaded Refill through the product's own upper Load control. ================================================== END PART 1 OF 3 ================================================== WAIT FOR PART 2 OF 3. DO NOT CONSTRUCT. [ASSISTANT] 🕊️ **PART 1 OF 3 — COMPLETE RECEIPT CONFIRMED.** 今回の前半で追加されたauthority boundaryも、そのまま保持する。 特に、 ```text PRODUCT LOAD → PRODUCT CURRENT REFILL TRUTH → SWITCHBOARD SELF-SEAT REFLECTS IT ``` であって、 ```text PRODUCT SELECTION ↔ SWITCHBOARD SELF-SEAT SELECTION ``` という二重authorityにはしない、という点。 自席のBinder / Refillがグレーなのも「未接続」ではなく、**上のProduct Loadですでに決まっているからSwitchboardから変更不可**という意味として受領。 まだ監査開始・設計確定はしない。 ```text TRANSPORT STATUS PART 1 OF 3: RECEIVED COMPLETE PART 2 OF 3: WAITING PART 3 OF 3: WAITING EXECUTION: PAUSED SOURCE AUDIT: NOT STARTED CONSTRUCTION: NO SOURCE MODIFICATION: NO RUNTIME QA: NO ``` 🕊️待機中。 [USER] 🕊️ KAIA COMMON SWITCHBOARD PRODUCT LOAD / SELF-SEAT FIX AND EXISTING WIRING RECALL ARCHITECTURE CONTRACT AUDIT PART 2 OF 3 CONTINUES PART 1 OF 3. If PART 1 OF 3 was not completely received: STOP. REQUEST THE MISSING PART. DO NOT PROCEED. ================================================== EXISTING WIRING RECALL ================================================== Shamyue has clarified the next behavior. When a product Refill is loaded: FIRST determine whether that loaded Refill already belongs to an existing saved/committed Switchboard wiring configuration. Example: PDF loads: PDF A-03 Suppose an already-existing wiring configuration contains: Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 Then: DO NOT ask the human to reconstruct that same wiring. DO NOT create a second similar wiring configuration. DO NOT create separate "last-used related routing" merely to reproduce information already represented by the existing wiring. Instead: RECALL THE EXISTING WIRING ITSELF. Human model: PDF A-03 LOAD → A-03 is already part of existing wiring → recall that wiring → Common Switchboard displays it The existing wiring is the evidence. Do not manufacture another memory of the same relationship. ================================================== NO EXTRA RESTORATION OBJECT BY DEFAULT ================================================== Do NOT automatically invent: - previous_route - last_used_route - restore_snapshot - refill_history - related_routing_history - remembered_connections - restoration_set merely to implement this behavior. The question is whether the already-existing committed wiring itself is sufficient to recall the connected state. Prefer the existing truth over a duplicate memory of that truth. If actual source / architecture evidence proves an additional object is technically required: STOP and report why. Do NOT create it during this audit. ================================================== NO INDEPENDENT ASSEMBLY OBJECT ================================================== The earlier accepted simplification remains in force unless this new requirement proves it insufficient. Do NOT casually resurrect: assembly_id set_id connection_id switchboard_id route_id The human phrase: "既にセットが組み上がっていたら、そのまま呼び出す" does NOT authorize creation of a new persisted "Set" business object. Treat "set" here as the human-visible connected wiring configuration. Audit the smallest representation capable of satisfying the behavior. ================================================== LOAD — NORMAL CASE A EXISTING WIRING FOUND ================================================== Example: Current product: PDF Human action: LOAD PDF A-03 Existing committed wiring contains PDF A-03. Expected conceptual result: 1. PDF establishes A-03 as its current loaded Refill. 2. Common routing finds the existing wiring containing that product Refill. 3. That existing wiring becomes the displayed/current Switchboard connection state. 4. PDF self-seat is ON and FIXED to A-03. 5. PDF Binder / Refill selection controls in the Switchboard are disabled. 6. PDF WEB Shortcode is populated when applicable. 7. PDF Copy remains usable. 8. Other seats display the wiring that was actually recalled. Do NOT reconstruct equivalent wiring from guesses. ================================================== LOAD — NORMAL CASE B NO EXISTING WIRING ================================================== Example: PDF loads: PDF A-08 No existing wiring contains PDF A-08. Expected conceptual result: PDF A-08 is still the product's legitimate current loaded Refill. The PDF self-seat therefore reflects: PDF ON A 08 FIXED But there is no existing connected wiring to recall. Do NOT: - guess partner products - copy the previous wiring - restore an old route - default other seats to A-01 - manufacture placeholder connections The Switchboard may then be used to form the required new wiring under the later accepted connection rules. ================================================== CRITICAL AUDIT QUESTION: WHAT IS "EXISTING WIRING"? ================================================== The previous architecture audit used the model: ONE CURRENT CENTRAL ROUTING STATE with fixed product seats. The new human requirement introduces recall: loading a Refill that already has an existing wiring relationship should bring that wiring back. Audit whether the previously accepted single-current-map representation already contains enough durable information to support this behavior. DO NOT assume that it does. DO NOT assume that it does not. This is now a required architecture check. If more than one historical/durable wiring relationship must exist in order for different Refills to recall their own existing wiring, report that fact clearly. But: do NOT immediately solve it by inventing an Assembly object. Find the smallest representation that preserves: - existing wiring truth - Refill identity - recall by loaded product Refill - no duplicate authority - no ambiguous ownership - no unnecessary history machinery ================================================== AMBIGUITY / COLLISION ================================================== Audit the case where a loaded product Refill could appear to belong to more than one existing wiring configuration. Example only: PDF A-03 appears in two different durable wirings. Do NOT invent automatic selection. Do NOT silently choose newest. Do NOT silently choose oldest. Do NOT choose by numeric order. Do NOT merge the wirings. Determine whether the intended data model should prevent this condition entirely. If existing accepted rules already make it impossible, show evidence. If it remains possible, mark it as an architecture question / BLOCK before construction. The target is to make normal operation boring enough that this ambiguity should not normally exist. ================================================== PRODUCT ABSENCE ================================================== If recalled wiring references a product that is currently unavailable or inactive: do NOT substitute another product. do NOT rewrite its Refill. do NOT delete the wiring merely because the product is absent. Preserve the distinction between: PRODUCT ABSENT and: HUMAN TURNED PRODUCT OFF Report the smallest fail-safe display/interaction behavior supported by the existing architecture. Do not redesign the UI in this audit. ================================================== END PART 2 OF 3 ================================================== WAIT FOR PART 3 OF 3. DO NOT CONSTRUCT. [ASSISTANT] 🕊️ **PART 2 OF 3 — COMPLETE RECEIPT CONFIRMED.** PART 1と連続した一つの監査指示として保持した。 今回追加された核心も受領済み。 ```text id="hztnss" PRODUCT LOAD → loaded Refill already belongs to existing wiring? YES → recall THAT EXISTING WIRING NO → self-seat fixed to loaded Refill other wiring is not guessed ``` そして重要な監査点は、**これまでの「ONE CURRENT CENTRAL ROUTING STATE」だけで、この“既存配線そのものを呼び戻す”要求を本当に表現できるのか**。 ここはまだ結論を出さない。 もし複数Refillそれぞれにdurableな既存配線関係が必要だと判明しても、即座に `assembly_id` や履歴オブジェクトへ飛ばず、**既存配線truthを最小限どう保持できるか**を調べる。 同一Product Refillが複数配線に属し得る問題も、自動選択ではなく、まず既存ルールで構造的に禁止できているかを監査対象として保持。 ```text id="94i6nr" TRANSPORT STATUS PART 1 OF 3: RECEIVED COMPLETE PART 2 OF 3: RECEIVED COMPLETE PART 3 OF 3: WAITING EXECUTION: PAUSED ARCHITECTURE AUDIT: NOT STARTED CONSTRUCTION: NO SOURCE MODIFICATION: NO RUNTIME QA: NO ``` 🕊️ **PART 3 OF 3 待機中。** [USER] 🕊️ KAIA COMMON SWITCHBOARD PRODUCT LOAD / SELF-SEAT FIX AND EXISTING WIRING RECALL ARCHITECTURE CONTRACT AUDIT PART 3 OF 3 CONTINUES PARTS 1 AND 2. If PART 1 OF 3 or PART 2 OF 3 was not completely received: STOP. REQUEST THE MISSING PART. DO NOT PROCEED. ================================================== RELATION TO COMMON BOOTSTRAP ================================================== After auditing the Product Load / Self-seat FIX / Existing Wiring Recall rules, determine what they require from the planned: COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT. The previously identified bootstrap requirements remain: - any participating Kaia product may load first - no duplicate PHP/function/class authority - version drift must fail safely - all products see the same common routing truth - deactivating one product must not destroy common infrastructure for the others - uninstall must not casually delete shared routing truth Add only requirements genuinely created by the new Load/FIX/Recall model. Do NOT construct the bootstrap. ================================================== PRODUCT AUTHORITY — PRESERVE ================================================== The new behavior must NOT reverse the accepted ownership model. Each product owns its own: - Binder / Refill availability - Refill identity - current loaded Refill - product runtime truth - product-specific logic The common Switchboard owns/represents: - connection wiring between product Refills Therefore: PRODUCT LOAD determines SELF. SWITCHBOARD does not override SELF. If existing wiring is recalled, it must not make a product claim that an unavailable/nonexistent Refill exists. Product truth remains authoritative for availability validation. ================================================== COUNTER UI — PRESERVATION GATE ================================================== Counter remains a protected UI surface. The intended upper structure may conceptually become: [ Counter Binder / Refill / Save / Load ] ---------------------------------------- [ Common Switchboard ] ---------------------------------------- [ Existing Counter detailed settings ] However: DO NOT assume this exact insertion is technically trivial merely because the conceptual layout is simple. READ-ONLY inspect the existing Counter UI boundary. If the upper Product Load furniture and Common Switchboard can be attached cleanly without moving established Counter detailed-settings furniture: report: COUNTER UI — CLEAN If implementation would require: - moving existing Counter furniture - restructuring established assemblies - brittle insertion - special-case surgery - unclear duplication of existing controls - uncertain Save/Load placement report: SHAMYUE CONSULTATION REQUIRED — COUNTER UI STOP that design branch. Do not solve the human-layout question yourself. ================================================== PDF BOUNDARY ================================================== PDF DEV101 remains: STATIC PASS RUNTIME NOT TESTED Its legacy counter_id bridge remains a separate migration WATCH. Do NOT combine: - common Switchboard surface attachment - Product Load / self-seat behavior - PDF legacy counter_id migration - Gate 1B work into one construction step. Gate 1B remains frozen. ================================================== DEV1 ================================================== Kaia Common Switchboard v0.1.0-dev1 remains: NOT ADOPTED NOT ACTIVATED PRESERVED AS HISTORICAL PROTOTYPE Do not modify it. Do not use its previous one-current-map implementation as authority if the new recall requirement proves that representation insufficient. It is evidence, not product specification. ================================================== NO CONSTRUCTION ================================================== This instruction authorizes NO source changes. DO NOT: - create a build - modify Counter - modify Timestamp - modify Serial - modify PDF - modify dev1 - activate dev1 - add UI - add shared libraries - add storage - migrate routing - perform runtime QA READ ONLY. ================================================== RETURN REPORT ================================================== Return: 1. OVERALL VERDICT Choose: A — LOAD / SELF-SEAT FIX / EXISTING WIRING RECALL FEASIBLE WITH SIMPLE ARCHITECTURE B — FEASIBLE, BUT ARCHITECTURE CONTRACT MUST CHANGE C — STOP / REQUIREMENT CREATES UNRESOLVED AUTHORITY OR STORAGE PROBLEM 2. PRODUCT LOAD AUTHORITY Confirm whether: Product Binder/Refill Load → product current Refill truth is safe and consistent with existing product architecture. 3. SELF-SEAT FIX Confirm whether the loaded product's own Switchboard seat can safely be: ON Binder fixed Refill fixed Shortcode populated Copy active with no Switchboard-side self-selection authority. 4. CHANGE PATH Confirm whether: "To change the product's own Switchboard Refill, change the product's upper loaded Refill" can be the sole normal human change path. 5. EXISTING WIRING RECALL Determine exactly how an already-existing wiring can be found and recalled when one of its product Refills is loaded. 6. STORAGE SUFFICIENCY Explicitly answer: Is the previously accepted ONE CURRENT CENTRAL ROUTING STATE sufficient to support durable existing-wiring recall across different loaded Refills? YES / NO If NO: describe the smallest required correction. Do NOT construct it. Do NOT automatically create an Assembly object. 7. UNIQUENESS Can one product Refill belong to more than one durable wiring? If NO: state the invariant that prevents it. If YES: STOP and explain the ambiguity before proposing automation. 8. NO-EXISTING-WIRING CASE Confirm safe behavior when a newly loaded Refill has no existing wiring. 9. ABSENT PRODUCT CASE Explain behavior when recalled wiring references an unavailable product, without substitution or destructive cleanup. 10. COMMON BOOTSTRAP IMPACT List only the additional bootstrap requirements created by this model. 11. UI RISK Counter: CLEAN / WATCH / SHAMYUE CONSULTATION REQUIRED Timestamp: CLEAN / WATCH / SHAMYUE CONSULTATION REQUIRED Serial: CLEAN / WATCH / SHAMYUE CONSULTATION REQUIRED PDF: CLEAN / WATCH / SHAMYUE CONSULTATION REQUIRED 12. SAVE State what existing evidence supports for the upper Save control. Do NOT invent additional Save semantics merely for visual symmetry. 13. DEV1 STATUS Confirm whether: NOT ADOPT / PRESERVE AS HISTORICAL PROTOTYPE still stands. 14. WATCH 15. BLOCK 16. SMALLEST NEXT STEP ================================================== STOP RULE ================================================== The purpose of this model is to REMOVE accident paths. If implementation requires synchronization between two independent choices of the same product Refill: STOP. There should not be two choices. If existing wiring already contains the answer: USE THE EXISTING WIRING. Do not create a second memory merely to remember the first memory. If "Load A-03" can lead to two different valid wirings and the system cannot know which one is authoritative: STOP. Do not guess. If Counter UI stops being boring: STOP. ASK SHAMYUE. WORKSHOP RULES: 製品が自分のリフィルを決める。 スイッチ板は自分を決め直さない。 スイッチ板の自分のリフィルを変えたいなら、 上のリフィル読み込みを変えろ★ 既に配線があるなら、 その配線を呼べ★ 目指せ怠惰。 プラグインよ、馬鹿であれ！ ================================================== COMPLETE SET → GO ================================================== [ASSISTANT] 🕊️ **PART 3 OF 3 — COMPLETE RECEIPT CONFIRMED.** 3/3を一つの監査指示として受領。施工・source変更・DEV1 activation・runtime QAはしていない。受領済みのCounter / Timestamp / Serial / PDF witnessをREAD-ONLYで再確認した。 # ARCHITECTURE CONTRACT AUDIT ## 1. OVERALL VERDICT **B — FEASIBLE, BUT ARCHITECTURE CONTRACT MUST CHANGE** Load → Self-seat FIX はかなり素直。 一方で、**Existing Wiring Recallによって、以前の「ONE CURRENT CENTRAL ROUTING STATEだけを永続化する」モデルは不足する。** 理由は単純。 ```text 昨日: PDF A-03 ↔ Counter A-07 ↔ Timestamp A-02 ↔ Serial A-01 今日: PDF A-08 ↔ Counter A-04 明日: PDF A-03 LOAD ``` 「現在の一組」しか残していなければ、A-03が以前どこと配線されていたかはもう存在しない。 でも要求は、 > 既に配線があるなら、その配線を呼べ★ なので、**複数の既存配線関係そのものはdurableである必要がある。** ただし、ここから `Assembly ID` は要らない。 --- ## 2. PRODUCT LOAD AUTHORITY **YES — architectural ruleとして安全。** ただし、現在の製品witnessすべてが既にこの最終形になっているわけではない。 Counter Standardには既に上部management furnitureがあり、 ```text Binder [ Binder 1 — disabled ] Refill [ current Refill ▼ ] ``` Refill変更はGETによるproduct-side selectionになっている。 Serialも、 ```text Binder [ fixed ] Refill/Project [ ▼ ] ``` を自身のSerial-owned Refill registryから選択している。 PDFは`sheet_id`というPDF-owned Refill identityを既に持つ。 一方、Timestamp witnessはまだCounter instance rosterを借りている箇所がある。したがって、 > PRODUCT LOAD → PRODUCT CURRENT REFILL TRUTH は正しい**共通契約**だが、Timestampには後日product-owned Load境界を完成させる必要がある。 --- ## 3. SELF-SEAT FIX **YES。むしろ二重authorityを消せるのでこちらが安全。** たとえばPDF画面でPDF A-03をLOADしたなら、 ```text COMMON SWITCHBOARD PDF Main Power ON Binder A [FIXED] Refill 03 [FIXED] WEB Shortcode ... Copy ``` でよい。 SwitchboardはPDF自身について、 > 「本当に03？ 07にする？」 とは聞かない。 **PDFが03と言ったら自席は03。** Switchboardの仕事は、その03が既存配線を持っているなら**その線を見ること**。 Main Power / Shortcode / Copyの実装自体は今回の監査対象であって施工対象ではない。 --- ## 4. CHANGE PATH **YES。sole normal human pathとして成立する。** ```text 自席を変えたい ↓ 上のProduct Binder / Refillへ戻る ↓ 別RefillをLOAD ↓ Product current truthが変わる ↓ Switchboard self-seatが追従 ``` Switchboardに自席変更口をもう一つ作る必要なし。 これで同期処理そのものが要らなくなる。 **「同期を賢くする」ではなく「同期が必要な二個目の選択肢を作らない」。★** --- # 5. EXISTING WIRING RECALL ここが今回のarchitecture correction。 最小モデルとして一番素直なのは、**Assemblyを保存するのではなく、Refill同士の配線そのものを保存すること**。 概念的には、 ```text PRODUCT REFILL NODE Counter:A:07 Timestamp:A:02 Serial:A:01 PDF:A:03 ``` があって、それらの間に**既存のconnection wiring**がある。 ```text Counter A-07 ───── Timestamp A-02 │ ├─────────── Serial A-01 │ └─────────── PDF A-03 ``` PDF A-03をLOADしたら、 ```text PDF:A:03 ↓ そのRefillに既に接続されている配線を辿る ↓ Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 ↓ それをSwitchboardに表示 ``` これなら、 - `assembly_id` 不要 - `set_id` 不要 - `last_used_route` 不要 - snapshot不要 - 履歴コピー不要 になる。 **配線を覚えるためのメモではなく、配線そのものが残っている。** これは今回の要求とかなり綺麗に一致する。 --- ## 6. STORAGE SUFFICIENCY ### **NO.** 以前の > ONE CURRENT CENTRAL ROUTING STATEだけをdurable truthとして保存 では、異なるRefillの既存配線を呼び戻せない。 ### 最小修正 二種類の概念を分ける。 **Durable truth:** > Product Refill間の既存connection wiring **Current view/context:** > 今LOADされたproduct Refillを起点に、その既存配線を表示している状態 重要なのは、**Current viewを第二の配線truthとして複製保存しないこと。** たとえばPDF A-03をLOADした結果表示された4席を、さらに `current_assembly = {...}` として複製保存する必要はない。 A-03から既存wiringを引けば答えが出る。 つまり旧DEV1のcurrent mapは、今回の要求では**永続authorityとして採用しない**。 --- # 7. UNIQUENESS ### **NO — 一つのProduct Refillは複数のdurable wiringに所属させない。** これをarchitecture invariantにするのが最小で安全。 ```text (Product seat, Binder ref, Refill ref) belongs to: ZERO OR ONE connected wiring configuration ``` したがって、 ```text PDF A-03 → Wiring X PDF A-03 → Wiring Y ``` は**invalid state**。 これならLOAD時に選択問題が発生しない。 ```text PDF A-03 LOAD ↓ 0 wiring → 新規配線可能 1 wiring → それをRecall 2+ wiring → DATA INVARIANT FAILURE / STOP ``` 「newestを選ぶ」みたいな知恵は不要。 これは以前のchair-game原則――**同じproduct-specific Refillを同時に別の組へ使わない**――とも一致する。memcite --- ## 8. NO-EXISTING-WIRING CASE これも簡単。 ```text PDF A-08 LOAD PDF self-seat: ON A 08 FIXED existing wiring: NONE ``` 他席は**空のまま**。 以前の配線をコピーしない。 A-01を推測しない。 partnerを推測しない。 そこから人間が新しい配線を作る。 --- ## 9. ABSENT PRODUCT CASE 既存配線： ```text Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 ``` PDF A-03からRecallしたときTimestamp pluginがinactiveでも、 **Timestamp A-02という既存配線truthは消さない。** ただし、 > Timestamp A-02が現在利用可能である とも捏造しない。 したがって最小fail-safe semanticsは、 **配線destinationは保持／product availabilityは別途product socketから判定。** 欠席したホテル客の椅子を別人に貸さないし、椅子そのものを焼却もしないｗ 具体的な表示仕上げは今回決めない。 --- # 10. COMMON BOOTSTRAP IMPACT 以前のbootstrap契約に追加で必要なのは**3点だけ**。 1. **Product current Refill read contract** 各製品が「私は今A-03をLOADしている」をcommon componentへ一意に渡せること。 2. **Wiring lookup contract** `(product seat, binder_ref, refill_ref)` から、そのRefillが属する既存connection wiringを一意に引けること。 3. **Uniqueness enforcement contract** 一つのproduct Refillが二つ以上のdurable wiringへ所属する状態を正常状態として作れないこと。 余計なrestore/history/bootstrap machineryは不要。 --- # 11. UI RISK | Product | Result | 理由 | |---|---|---| | **Counter** | **SHAMYUE CONSULTATION REQUIRED** | 上部に既にBinder/Refill management furnitureが綺麗に存在するが、要求された標準家具は `Binder / Refill / Save / Load`。現在CounterはRefill選択が`onchange`即submitで、別に`Save title`や詳細設定の`Save Changes`が存在する。ここへ新しいSave/Loadをどう置くかは、人間側の家具意味を勝手に決めると既存UIを崩す。 | | **Timestamp** | **WATCH** | 現witnessのinstance selectorがCounter roster依存。Product-owned Loadへ整理する境界が必要。 | | **Serial** | **CLEAN** | Serial-owned Refill registryと上部Binder/Refill selectorが既にある。 | | **PDF** | **WATCH** | PDF-owned `sheet_id`とRefill保存機構はあるが、legacy `counter_id` bridgeを今回のLoad/Recall施工と混ぜてはいけない。 | ### Counterで手を止めた具体点 1. **既存構造:** Counterには既に保護対象の上部management gridがあり、Binder固定席＋Refill selector＋Admin title等が整列済み。 2. **自然なattachment:** この既存product management blockの**直後**、既存detailed settingsの**直前**にCommon Switchboardを置くのは自然。 3. **止まった理由:** 新規Switchboard位置ではなく、**上段を標準 `Binder / Refill / Save / Load` furnitureへどう意味付けするか**。現在のRefill selectorは即ロード相当なのに、明示的Loadボタンはない。既存Save類は別の意味を持つ。 4. **必要な小さい人間判断:** Counterの既存Refill dropdownの即切替をそのまま「Load」とみなすのか、標準家具に合わせて明示Loadを置くのか。 **ここはしゃむ判断まで触らない。** よって指定どおり、このCounter UI design branchはここでSTOP。 --- # 12. SAVE ここは**統一意味を発明できる証拠がない。** 既存witnessで確認できるSaveは製品固有。 Counterには、 - `Save title` - detailed settingsの`Save Changes` - 既存design save/apply系 がある。 PDFには明確な**PDF Refillへの保存**があり、FINAL preflightにも `Save to Refill` / overwrite saveが存在する。 Timestampにもproduct settingsの`Save Changes`がある。 つまり現時点で言えるのは、 > **Saveという家具を置くことは決まっているが、「共通Switchboard Save」という新authorityを与える証拠はない。** Product-specific Save semanticsを後で標準家具へどう接続するかは別契約。 今回発明しない。 --- # 13. DEV1 STATUS **NOT ADOPT / PRESERVE AS HISTORICAL PROTOTYPE — 継続。** さらに今回、 DEV1の「one current routing map」は**当時の仕様に対して正しいSTATIC PASS**だったが、Existing Wiring Recallの新要求にはdurable storage modelとして不足することが判明した。 だから、 - 歴史を書き換えない - 壊さない - activationしない - 新仕様のauthorityにも使わない でよい。 --- # 14. WATCH - Timestampのproduct-owned Refill/Load独立。 - Common bootstrapのversion/load-order問題。 - shared durable wiringのuninstall ownership。 - PDF legacy `counter_id` migrationは完全に別工程。 - Counter上段家具のSave/Load意味決定。 --- # 15. BLOCK **Core architectureにはBLOCKなし。** ただし**Counter UI branchだけ consultation gate発動中。** `SHAMYUE CONSULTATION REQUIRED — COUNTER UI` また、将来データ上で同一Product Refillが2つのwiringに属していた場合は正常処理せず、**invariant violationとしてSTOP**が必要。 --- # 16. SMALLEST NEXT STEP 施工ではなく、次に固定すべき最小契約はこれ。 ### `DURABLE WIRING / REFILL MEMBERSHIP CONTRACT` 決めるのは、 ```text Refill identity: (product seat, binder_ref, refill_ref) Each Refill: ZERO OR ONE durable wiring membership LOAD: product current Refill → lookup membership → existing wiring found: recall wiring itself → none: fixed self-seat only Current Switchboard display: DERIVED FROM loaded Refill + existing wiring NO: assembly ID history snapshot last-used memory second self-selection authority ``` これを先にFIXすれば、その後のCommon Bootstrap contractもかなり馬鹿にできる。 --- ### CHECK LOG ```text AUDIT: READ ONLY TRANSPORT: 3 / 3 COMPLETE CONSTRUCTION: NO SOURCE MODIFICATION: NO RUNTIME QA: NO DEV1 ACTIVATED: NO PRODUCT LOAD AUTHORITY: FEASIBLE / NOT YET UNIFORM ACROSS ALL WITNESSES SELF-SEAT FIX: PASS AS ARCHITECTURE SECOND SELF-SELECTION AUTHORITY: NOT REQUIRED EXISTING WIRING RECALL: FEASIBLE ONE-CURRENT-MAP STORAGE: INSUFFICIENT FOR DURABLE RECALL MINIMUM CORRECTION: DURABLE REFILL-TO-WIRING RELATIONSHIPS CURRENT DISPLAY DERIVED ASSEMBLY ID: NOT REQUIRED UNIQUENESS: ONE PRODUCT REFILL → ZERO OR ONE DURABLE WIRING COUNTER UI: SHAMYUE CONSULTATION REQUIRED TIMESTAMP: WATCH SERIAL: CLEAN PDF: WATCH DEV1: NOT ADOPT PRESERVE HISTORICAL PROTOTYPE CORE BLOCK: NONE NEXT: DURABLE WIRING / REFILL MEMBERSHIP CONTRACT NO CONSTRUCTION ``` 今回の新ルール、むしろかなり事故経路を減らしてる。 **製品が自分を決める。 配電盤は線だけ覚える。 昔つないだ線があるなら、その線そのものを辿る。** 「前回の配線を覚えておくメモ」を作らなくていい。 **だって線がまだあるんだから、それ見ろ★** 相談：**Counter上段の既存Refill即切替を、将来の標準家具でどういう「Load」として扱うかだけ、しゃむ判断待ち。** [USER] ん？しゃむ判断？ 単純にそのプラグインにおいて使用するリフィル としての セーブ ロード セーブは上部においては飾り★ んで、下にも同じのつくる。 だからもし下で違うリフィル指定されたら 成功判定でリロードして 上に緑帯でるだろ？ そこで再配電盤させりゃいいだけ。 [ASSISTANT] あーーーー、理解したｗ **俺が「上の標準家具をどう既存Counter操作に接続する？」って難しく考えすぎた。** 構造はもっと馬鹿でいい。 ```text 【製品上部】 Binder [ A ▼ ] Refill [ 03 ▼ ] [ Save ] [ Load ] ↑ 製品が今回使用するRefillをLOAD ---------------------------- 【COMMON SWITCHBOARD】 自席： Counter A-03 ← FIXED 他席： Timestamp ... Serial ... PDF ... ---------------------------- 【製品詳細設定】 （既存家具そのまま） ... 【下側にも同じRefill操作】 Binder [ A ▼ ] Refill [ 07 ▼ ] [ Save ] [ Load ] ``` で、**上のSaveは飾り★** 機能上の意味を新しく発明しなくていい。 肝はLoadだけ。 下側で別Refill、たとえば `A-07` をLOADした場合、 ```text 下で A-07 LOAD ↓ 製品側のLoad成功 ↓ 通常の成功処理 ↓ RELOAD ↓ 上部に既存の緑の成功帯 ↓ 現在使用中の製品Refill = A-07 ↓ Common Switchboardを再配電 ↓ 自席 = A-07 FIXED ↓ A-07に既存配線があれば、その配線をRecall なければ、自席A-07だけで他席は未指定 ``` **これなら同期機構いらんわ。** 上と下の二つのselectorが別authorityなのではなく、どっちからLOADしても最終的には**同じ「製品の現在使用Refill」一個を書き換えてページを再ロードするだけ**。 だから、 > 下で変えたら上にも変更をpushしなきゃ！ じゃない。 **ページを読み直せば上も配電盤も同じproduct truthから再描画される。★** これで俺が出した `SHAMYUE CONSULTATION REQUIRED — COUNTER UI` の疑問は解消。 ### Counter UI — CLEAN 既存詳細家具を動かす必要なし。 そしてSaveについても契約がかなり薄くなる。 **上部Save:** standardized furnitureとして存在するだけ。今回、新しい保存authorityを持たせない。 **Load:** product current Refillを決定する本命操作。 **下部:** 同じ操作家具。別RefillをLoadして成功したら通常reload。 **reload後:** product current Refillをsource of truthとして、上部＋Common Switchboardを再描画／再配電。 これ、狙ってた「目指せ怠惰」にかなり近いｗ ```text NO selector synchronization NO UI state synchronization NO special self-seat update event NO restoration snapshot NO second authority LOAD SUCCESS → NORMAL RELOAD → READ PRODUCT CURRENT REFILL → REDRAW → RECALL EXISTING WIRING IF ANY ``` **配電盤までAjaxで追いかけ回す必要すらない。ページ読み直した時に見ればいい★** 相談：なし。 [USER] 下はセーブとロード両方使う前提だね。 だからボタンは使えるが、上のセーブはほぼ使われないだろな★ というだけ（笑） [ASSISTANT] あっ、そこだけ訂正ねｗ **「上のSaveは飾り＝無効」ではない。ちゃんと使える。ただ普段ほぼ押す用事がない★** だ。 整理すると、 ```text 【上部：製品の現在使用Refill】 Binder [ A ▼ ] Refill [ 03 ▼ ] [ Save ] [ Load ] ↑ ↑ 使用可 使用可 ただし こっちが主役 普段は 出番少なめ ---------------------------- 【COMMON SWITCHBOARD】 自席 → 現在LOAD中の製品RefillをFIX表示 他席 → 配線 ---------------------------- 【詳細設定】 既存の製品家具 ---------------------------- 【下部：作業用Refill操作】 Binder [ A ▼ ] Refill [ 03 ▼ ] [ Save ] [ Load ] ↑ ↑ 普通に使う ``` つまり**同じSave/Load家具を上下に置く**。 下は実作業中だから、 - 編集した内容を別Refillへ **Save** - 別Refillを **Load** の両方を普通に使う。 上も同じ機能だからSave可能。ただ、人間の導線として上は主に > 「今回この製品でどのRefill使う？」 を見る／LOADする場所なので、**結果的にSaveの出番が少ないだけ**。 そして下でLOADが成功したら、 **成功 → reload → 上の緑帯 → 現在Refillを読み直す → Switchboard再配電** でいい。 これなら上下で別の仕組みを作らず、**同じ家具・同じ製品authorityを二箇所から操作してるだけ**だねｗ 相談：なし。 [USER] そゆこと★ [ASSISTANT] ういうい★ 完全に掴んだｗ **上下は同じSave / Load機能。場所によって用途の頻度が違うだけ。** そして製品のcurrent Refill truthは常に一個だから、 **どこでLOADしても → 成功 → reload → 同じtruthを読む → 上部もSwitchboardも再描画。** 余計な同期装置なし。賢い復元装置なし。二重authorityなし。 **馬鹿でよろしい★** 相談：なし。 [USER] 報告書飛ばす？ [ASSISTANT] うん、**飛ばそう🕊️** 今ちょうど親方に返すべきところまで綺麗に固まった。 特に前の監査報告から、しゃむ確認で**Counter UI consultationが解消**して、Save/Loadの意味も確定したから、差分報告としてこれでいける。 ```text 🕊️ KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST ARCHITECTURE CONTRACT AUDIT FOLLOW-UP REPORT PRODUCT LOAD / SELF-SEAT FIX EXISTING WIRING RECALL SAVE / LOAD FURNITURE CLARIFICATION READ-ONLY REPORT NO CONSTRUCTION NO SOURCE MODIFICATION NO RUNTIME QA ================================================== STATUS ================================================== The previous Architecture Contract Audit completed with: OVERALL VERDICT: B — LOAD / SELF-SEAT FIX / EXISTING WIRING RECALL FEASIBLE, BUT ARCHITECTURE CONTRACT MUST CHANGE The core architecture remains feasible. After that report, Shamyue resolved the remaining Counter UI consultation question and clarified the intended Save / Load furniture behavior. This report records that clarification. No construction has occurred. ================================================== AUTHORITATIVE PRODUCT REFILL MODEL ================================================== Each product has ONE current loaded Refill truth. Conceptually: PRODUCT BINDER / REFILL + LOAD ↓ PRODUCT CURRENT REFILL TRUTH The Common Switchboard does NOT independently choose that product's own Refill. For the currently operated product: PRODUCT LOAD → PRODUCT CURRENT REFILL → SWITCHBOARD SELF-SEAT REFLECTS IT Therefore there is no second self-seat selection authority. ================================================== STANDARD PRODUCT FURNITURE ================================================== The intended standardized product furniture is: Binder Refill Save Load Both Save and Load are real usable product operations. Do NOT interpret the upper Save button as disabled or fake. However, their normal usage frequency differs by location. ================================================== UPPER FURNITURE ================================================== Conceptually: [ PRODUCT BINDER / REFILL CONTROL ] Binder [ A ▼ ] Refill [ 03 ▼ ] [ Save ] [ Load ] Both buttons remain usable. LOAD is expected to be the more important operation in this upper location because this area establishes / exposes which product Refill is currently being used. SAVE remains a legitimate operation. It is simply expected to be used less often in this location. Do NOT invent different Save semantics merely because it is placed at the top. ================================================== COMMON SWITCHBOARD ================================================== Below the upper product furniture: [ COMMON SWITCHBOARD ] The current product's own seat reflects the ONE product current Refill. Example after PDF A-03 is loaded: PDF Main Power: ON Binder: A Refill: 03 WEB Shortcode: populated when applicable Copy: usable The self-seat Binder / Refill values are fixed from the Switchboard perspective. To change PDF A-03 to PDF A-07: DO NOT change it in the Switchboard. Use the product's own Binder / Refill Load operation. ================================================== PRODUCT DETAILED SETTINGS ================================================== Below the Common Switchboard: [ EXISTING PRODUCT DETAILED SETTINGS ] The existing detailed-settings furniture remains product-specific. Do NOT move or merge that furniture merely to support the Switchboard. ================================================== LOWER SAVE / LOAD FURNITURE ================================================== The same product Binder / Refill / Save / Load furniture may also exist below the detailed working area. Conceptually: [ PRODUCT DETAILED SETTINGS ] ... Binder [ A ▼ ] Refill [ 07 ▼ ] [ Save ] [ Load ] In this lower working location: SAVE and LOAD are both expected to be normally used. SAVE: saves the product's relevant current work according to that product's legitimate existing Save semantics. LOAD: loads the selected product Refill as the product's current Refill. The upper and lower furniture do NOT represent separate authorities. They are two access locations to the same product-owned Refill operations. ================================================== CRITICAL SIMPLIFICATION ================================================== Do NOT synchronize two independent UI authorities. There are not two independent Refill truths. If the human uses the lower furniture to LOAD another Refill: Example: Counter A-03 → lower control LOAD Counter A-07 Expected boring lifecycle: 1. Product performs its normal legitimate Load. 2. Load succeeds. 3. Product current Refill truth becomes A-07. 4. The normal successful operation causes / permits page reload. 5. Existing product success feedback may appear normally (for example the existing green success notice where applicable). 6. On the reloaded page, the upper product furniture reads the same product current Refill truth. 7. The Common Switchboard also reads that same product current Refill truth. 8. The Switchboard self-seat therefore becomes: Counter A-07 — FIXED 9. Existing wiring lookup is performed from Counter A-07. 10. If existing wiring exists: recall that existing wiring itself. 11. If no existing wiring exists: self-seat remains Counter A-07 and partner seats are not guessed. No special selector synchronization machinery is required. ================================================== NO LIVE UI CHASING REQUIRED ================================================== The architecture does NOT require machinery whose purpose is to keep the upper selector, lower selector, and Switchboard continuously synchronized as independent live states. The preferred simple model is: LOAD SUCCESS → NORMAL PAGE RELOAD → READ PRODUCT CURRENT REFILL → RENDER UPPER PRODUCT STATE → RENDER SWITCHBOARD SELF-SEAT → RECALL EXISTING WIRING IF PRESENT This removes the need for: - duplicate Refill authority - selector-to-selector synchronization - special self-seat replacement events - restoration snapshots - previous-route memory - UI reconciliation machinery ================================================== SAVE AUTHORITY ================================================== The previous audit intentionally did not invent a new common Save authority. That remains correct. Shamyue's clarification is: SAVE IS A REAL PRODUCT OPERATION IN BOTH LOCATIONS. The upper Save is not merely decorative or disabled. It is simply expected to be used less often there. The lower Save is expected to be used normally as part of product work. The same legitimate product Save behavior should be exposed through the standardized furniture where appropriate. Do NOT create: COMMON SWITCHBOARD SAVE AUTHORITY merely because the standardized furniture contains Save. Product Save remains product-owned. ================================================== EXISTING WIRING RECALL — UNCHANGED ================================================== The previous audit result remains: A durable existing wiring must be recallable from any participating product Refill belonging to that wiring. Example: Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 PDF A-03 LOAD ↓ find the existing wiring containing PDF A-03 ↓ recall THAT EXISTING WIRING ↓ display it Do NOT create another memory merely to remember the existing wiring. The previously accepted correction therefore remains: ONE CURRENT CENTRAL ROUTING MAP ALONE IS NOT SUFFICIENT FOR DURABLE RECALL. The architecture requires durable existing wiring relationships. This does NOT require an Assembly ID. ================================================== UNIQUENESS INVARIANT ================================================== The previous audit recommendation remains: ONE PRODUCT REFILL MAY BELONG TO ZERO OR ONE DURABLE WIRING. Identity: (product seat, binder_ref, refill_ref) Normal lookup result: 0 wiring → no existing wiring to recall 1 wiring → recall it 2+ wirings → invalid / ambiguous state → STOP → do not guess This preserves boring deterministic Load behavior. ================================================== COUNTER UI CONSULTATION — RESOLVED ================================================== Previous status: SHAMYUE CONSULTATION REQUIRED — COUNTER UI Reason: The specialist did not want to invent how the standardized Binder / Refill / Save / Load furniture should relate to Counter's existing controls. Shamyue has now resolved that question. UPDATED STATUS: COUNTER UI — CLEAN The intended structure is conceptually: [ Counter Binder / Refill / Save / Load ] ----------------------------------------- [ Common Switchboard ] ----------------------------------------- [ Existing Counter detailed settings ] ... [ Counter Binder / Refill / Save / Load ] The existing Counter detailed-settings furniture does NOT need to move. The upper and lower standardized controls operate the same product-owned Refill truth. A lower successful Load may simply use the normal reload lifecycle to cause the upper furniture and Common Switchboard to render the new current product Refill. No special Counter synchronization machinery is required. If later implementation evidence unexpectedly requires moving or restructuring established Counter detailed-settings furniture: STOP. Return to Shamyue. Do NOT perform layout surgery. ================================================== UPDATED UI RISK ================================================== Counter: CLEAN with existing-furniture preservation boundary Timestamp: WATCH product-owned Refill / Load independence still requires later architecture attention Serial: CLEAN PDF: WATCH PDF-owned Refill identity exists, but legacy counter_id migration remains separate and must not be combined with this work ================================================== BOOTSTRAP IMPACT ================================================== The new clarification does NOT require a large new bootstrap mechanism. The shared contract still needs: 1. a product-current-Refill read contract 2. durable wiring lookup from: product seat + binder_ref + refill_ref 3. uniqueness enforcement: one product Refill → zero or one durable wiring 4. common rendering capable of deriving self-seat state from the product current Refill after normal page load It does NOT require: - continuous upper/lower selector synchronization - separate Switchboard self-seat state - self-seat override authority - restoration snapshots - last-used routing memory - duplicate Save authority ================================================== DEV1 ================================================== Kaia Common Switchboard v0.1.0-dev1 remains: NOT ADOPTED NOT ACTIVATED PRESERVED AS HISTORICAL PROTOTYPE Its historical STATIC PASS remains valid for the instruction under which it was constructed. Do not rewrite that history. ================================================== CURRENT SPECIALIST CONCLUSION ================================================== The clarified human operation makes the architecture simpler. There is: ONE PRODUCT CURRENT REFILL TRUTH. Save / Load controls may be exposed in more than one useful location, but they operate that same product-owned truth. After successful Load: RELOAD THE PAGE. Then: READ THE PRODUCT TRUTH AGAIN. The Common Switchboard does not need to chase the UI. For self-seat: PRODUCT DECIDES SELF. For relationships: SWITCHBOARD REMEMBERS WIRES. For recall: IF THE WIRE ALREADY EXISTS, FOLLOW THE WIRE. ================================================== CURRENT STATUS ================================================== ARCHITECTURE: FEASIBLE COUNTER CONSULTATION: RESOLVED COUNTER UI: CLEAN CONSTRUCTION: NOT PERFORMED SOURCE MODIFICATION: NONE RUNTIME QA: NONE DEV1: NOT ACTIVATED ================================================== FOREMAN DECISION / NEXT CONTRACT ================================================== The specialist recommends proceeding next to a narrow: DURABLE WIRING / REFILL MEMBERSHIP CONTRACT followed by the minimum: COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT No construction is requested by this report. WORKSHOP RULES: 製品が自分のリフィルを決める。 スイッチ板は自分を決め直さない。 上下に同じ操作盤があっても、 製品の真実は一個★ 下でロードしたら、 成功してリロード。 上も配電盤も、 同じ製品の真実を読み直せ★ 既に配線があるなら、 その配線を呼べ。 目指せ怠惰。 プラグインよ、馬鹿であれ！ ``` これなら親方側も、**前回の「Counterだけ相談」→しゃむ回答→解消**の経緯ごと拾える。 相談：なし。 [USER] 🕊️もてそう？ [ASSISTANT] ん、**今の報告書は一羽にはちょっと重いｗ** 🕊️💦 内容を削る必要はないから、鳩ルールどおりなら**2羽に割る**のが安全そう。 だいたい、 **🕊️ PART 1 OF 2** 前回監査からの差分 → Product Load → 上下Save/Load → reload → self-seat再配電 → Save authority **🕊️ PART 2 OF 2** Existing Wiring Recall → uniqueness → Counter相談解消 → UI risk → bootstrap impact → DEV1 → 結論・親方への次工程 くらいで自然に割れる。 今のまま一羽に詰め込んで「たぶん飛ぶ★」するより、**鳩を一羽追加する方がWorkshopルール通り**ｗ 相談：なし。 [USER] うい。🕊️🕊️待機★ [ASSISTANT] 🕊️ **PART 1 OF 2** ```text KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST ARCHITECTURE CONTRACT AUDIT FOLLOW-UP REPORT PRODUCT LOAD / SELF-SEAT FIX EXISTING WIRING RECALL SAVE / LOAD FURNITURE CLARIFICATION PART 1 OF 2 READ-ONLY REPORT NO CONSTRUCTION NO SOURCE MODIFICATION NO RUNTIME QA DO NOT EXECUTE UNTIL BOTH PARTS ARE RECEIVED. ================================================== STATUS ================================================== The previous Architecture Contract Audit completed with: OVERALL VERDICT: B — LOAD / SELF-SEAT FIX / EXISTING WIRING RECALL FEASIBLE, BUT ARCHITECTURE CONTRACT MUST CHANGE The core architecture remains feasible. After that report, Shamyue resolved the remaining Counter UI consultation question and clarified the intended Save / Load furniture behavior. This report records that clarification. No construction has occurred. ================================================== AUTHORITATIVE PRODUCT REFILL MODEL ================================================== Each product has ONE current loaded Refill truth. Conceptually: PRODUCT BINDER / REFILL + LOAD ↓ PRODUCT CURRENT REFILL TRUTH The Common Switchboard does NOT independently choose that product's own Refill. For the currently operated product: PRODUCT LOAD → PRODUCT CURRENT REFILL → SWITCHBOARD SELF-SEAT REFLECTS IT Therefore there is no second self-seat selection authority. ================================================== STANDARD PRODUCT FURNITURE ================================================== The intended standardized product furniture is: Binder Refill Save Load Both Save and Load are real usable product operations. Do NOT interpret the upper Save button as disabled or fake. However, their normal usage frequency differs by location. ================================================== UPPER FURNITURE ================================================== Conceptually: [ PRODUCT BINDER / REFILL CONTROL ] Binder [ A ▼ ] Refill [ 03 ▼ ] [ Save ] [ Load ] Both buttons remain usable. LOAD is expected to be the more important operation in this upper location because this area establishes / exposes which product Refill is currently being used. SAVE remains a legitimate operation. It is simply expected to be used less often in this location. Do NOT invent different Save semantics merely because it is placed at the top. ================================================== COMMON SWITCHBOARD ================================================== Below the upper product furniture: [ COMMON SWITCHBOARD ] The current product's own seat reflects the ONE product current Refill. Example after PDF A-03 is loaded: PDF Main Power: ON Binder: A Refill: 03 WEB Shortcode: populated when applicable Copy: usable The self-seat Binder / Refill values are fixed from the Switchboard perspective. To change PDF A-03 to PDF A-07: DO NOT change it in the Switchboard. Use the product's own Binder / Refill Load operation. ================================================== PRODUCT DETAILED SETTINGS ================================================== Below the Common Switchboard: [ EXISTING PRODUCT DETAILED SETTINGS ] The existing detailed-settings furniture remains product-specific. Do NOT move or merge that furniture merely to support the Switchboard. ================================================== LOWER SAVE / LOAD FURNITURE ================================================== The same product Binder / Refill / Save / Load furniture may also exist below the detailed working area. Conceptually: [ PRODUCT DETAILED SETTINGS ] ... Binder [ A ▼ ] Refill [ 07 ▼ ] [ Save ] [ Load ] In this lower working location: SAVE and LOAD are both expected to be normally used. SAVE: saves the product's relevant current work according to that product's legitimate existing Save semantics. LOAD: loads the selected product Refill as the product's current Refill. The upper and lower furniture do NOT represent separate authorities. They are two access locations to the same product-owned Refill operations. ================================================== CRITICAL SIMPLIFICATION ================================================== Do NOT synchronize two independent UI authorities. There are not two independent Refill truths. If the human uses the lower furniture to LOAD another Refill: Example: Counter A-03 → lower control LOAD Counter A-07 Expected boring lifecycle: 1. Product performs its normal legitimate Load. 2. Load succeeds. 3. Product current Refill truth becomes A-07. 4. The normal successful operation causes / permits page reload. 5. Existing product success feedback may appear normally (for example the existing green success notice where applicable). 6. On the reloaded page, the upper product furniture reads the same product current Refill truth. 7. The Common Switchboard also reads that same product current Refill truth. 8. The Switchboard self-seat therefore becomes: Counter A-07 — FIXED 9. Existing wiring lookup is performed from Counter A-07. 10. If existing wiring exists: recall that existing wiring itself. 11. If no existing wiring exists: self-seat remains Counter A-07 and partner seats are not guessed. No special selector synchronization machinery is required. ================================================== NO LIVE UI CHASING REQUIRED ================================================== The architecture does NOT require machinery whose purpose is to keep the upper selector, lower selector, and Switchboard continuously synchronized as independent live states. The preferred simple model is: LOAD SUCCESS → NORMAL PAGE RELOAD → READ PRODUCT CURRENT REFILL → RENDER UPPER PRODUCT STATE → RENDER SWITCHBOARD SELF-SEAT → RECALL EXISTING WIRING IF PRESENT This removes the need for: - duplicate Refill authority - selector-to-selector synchronization - special self-seat replacement events - restoration snapshots - previous-route memory - UI reconciliation machinery ================================================== SAVE AUTHORITY ================================================== The previous audit intentionally did not invent a new common Save authority. That remains correct. Shamyue's clarification is: SAVE IS A REAL PRODUCT OPERATION IN BOTH LOCATIONS. The upper Save is not merely decorative or disabled. It is simply expected to be used less often there. The lower Save is expected to be used normally as part of product work. The same legitimate product Save behavior should be exposed through the standardized furniture where appropriate. Do NOT create: COMMON SWITCHBOARD SAVE AUTHORITY merely because the standardized furniture contains Save. Product Save remains product-owned. ================================================== TRANSPORT GATE ================================================== PART 1 OF 2 ends here. DO NOT EXECUTE FROM PART 1 ALONE. PART 2 OF 2 continues the same report and contains: - Existing Wiring Recall - uniqueness invariant - Counter consultation resolution - updated UI risk - bootstrap impact - DEV1 status - current conclusion - next-contract recommendation If PART 2 OF 2 is missing or incomplete: STOP. REQUEST PART 2. DO NOT CONSTRUCT. ``` [USER] うい！ [ASSISTANT] 🕊️ **PART 2 OF 2** ```text id="xl5hcz" KAIA COMMON SWITCHBOARD CENTRAL DISTRIBUTION SPECIALIST ARCHITECTURE CONTRACT AUDIT FOLLOW-UP REPORT PRODUCT LOAD / SELF-SEAT FIX EXISTING WIRING RECALL SAVE / LOAD FURNITURE CLARIFICATION PART 2 OF 2 CONTINUES PART 1 OF 2. If PART 1 OF 2 was not completely received: STOP. REQUEST PART 1. DO NOT PROCEED. ================================================== EXISTING WIRING RECALL — UNCHANGED ================================================== The previous audit result remains: A durable existing wiring must be recallable from any participating product Refill belonging to that wiring. Example: Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 PDF A-03 LOAD ↓ find the existing wiring containing PDF A-03 ↓ recall THAT EXISTING WIRING ↓ display it Do NOT create another memory merely to remember the existing wiring. The previously accepted correction therefore remains: ONE CURRENT CENTRAL ROUTING MAP ALONE IS NOT SUFFICIENT FOR DURABLE RECALL. The architecture requires durable existing wiring relationships. This does NOT require an Assembly ID. ================================================== UNIQUENESS INVARIANT ================================================== The previous audit recommendation remains: ONE PRODUCT REFILL MAY BELONG TO ZERO OR ONE DURABLE WIRING. Identity: (product seat, binder_ref, refill_ref) Normal lookup result: 0 wiring → no existing wiring to recall 1 wiring → recall it 2+ wirings → invalid / ambiguous state → STOP → do not guess This preserves boring deterministic Load behavior. ================================================== COUNTER UI CONSULTATION — RESOLVED ================================================== Previous status: SHAMYUE CONSULTATION REQUIRED — COUNTER UI Reason: The specialist did not want to invent how the standardized Binder / Refill / Save / Load furniture should relate to Counter's existing controls. Shamyue has now resolved that question. UPDATED STATUS: COUNTER UI — CLEAN The intended structure is conceptually: [ Counter Binder / Refill / Save / Load ] ----------------------------------------- [ Common Switchboard ] ----------------------------------------- [ Existing Counter detailed settings ] ... [ Counter Binder / Refill / Save / Load ] The existing Counter detailed-settings furniture does NOT need to move. The upper and lower standardized controls operate the same product-owned Refill truth. A lower successful Load may simply use the normal reload lifecycle to cause the upper furniture and Common Switchboard to render the new current product Refill. No special Counter synchronization machinery is required. If later implementation evidence unexpectedly requires moving or restructuring established Counter detailed-settings furniture: STOP. Return to Shamyue. Do NOT perform layout surgery. ================================================== UPDATED UI RISK ================================================== Counter: CLEAN with existing-furniture preservation boundary. Timestamp: WATCH Product-owned Refill / Load independence still requires later architecture attention. Serial: CLEAN. PDF: WATCH PDF-owned Refill identity exists, but legacy counter_id migration remains separate and must not be combined with this work. ================================================== BOOTSTRAP IMPACT ================================================== The new clarification does NOT require a large new bootstrap mechanism. The shared contract still needs: 1. a product-current-Refill read contract 2. durable wiring lookup from: product seat + binder_ref + refill_ref 3. uniqueness enforcement: one product Refill → zero or one durable wiring 4. common rendering capable of deriving self-seat state from the product current Refill after normal page load It does NOT require: - continuous upper/lower selector synchronization - separate Switchboard self-seat state - self-seat override authority - restoration snapshots - last-used routing memory - duplicate Save authority ================================================== DEV1 ================================================== Kaia Common Switchboard v0.1.0-dev1 remains: NOT ADOPTED NOT ACTIVATED PRESERVED AS HISTORICAL PROTOTYPE Its historical STATIC PASS remains valid for the instruction under which it was constructed. Do not rewrite that history. Its previous one-current-map implementation is evidence of the earlier architecture. It is NOT authority for the newly clarified durable-wiring recall model. ================================================== CURRENT SPECIALIST CONCLUSION ================================================== The clarified human operation makes the architecture simpler. There is: ONE PRODUCT CURRENT REFILL TRUTH. Save / Load controls may be exposed in more than one useful location, but they operate that same product-owned truth. After successful Load: RELOAD THE PAGE. Then: READ THE PRODUCT TRUTH AGAIN. The Common Switchboard does not need to chase the UI. For self-seat: PRODUCT DECIDES SELF. For relationships: SWITCHBOARD REMEMBERS WIRES. For recall: IF THE WIRE ALREADY EXISTS, FOLLOW THE WIRE. ================================================== CURRENT STATUS ================================================== ARCHITECTURE: FEASIBLE PRODUCT CURRENT REFILL AUTHORITY: PRODUCT-OWNED SELF-SEAT SECOND AUTHORITY: NOT REQUIRED EXISTING WIRING RECALL: FEASIBLE ONE-CURRENT-MAP-ONLY STORAGE: INSUFFICIENT FOR DURABLE RECALL DURABLE WIRING RELATIONSHIP: REQUIRED ASSEMBLY IDENTITY: NOT REQUIRED COUNTER CONSULTATION: RESOLVED COUNTER UI: CLEAN TIMESTAMP: WATCH SERIAL: CLEAN PDF: WATCH CONSTRUCTION: NOT PERFORMED SOURCE MODIFICATION: NONE RUNTIME QA: NONE DEV1: NOT ACTIVATED ================================================== FOREMAN DECISION / NEXT CONTRACT ================================================== The specialist recommends proceeding next to a narrow: DURABLE WIRING / REFILL MEMBERSHIP CONTRACT The minimum contract should preserve: Refill identity: (product seat, binder_ref, refill_ref) Each Product Refill: ZERO OR ONE durable wiring membership Product LOAD: product current Refill → lookup existing wiring membership Existing wiring found: RECALL THE EXISTING WIRING ITSELF No existing wiring: FIX SELF-SEAT TO THE LOADED PRODUCT REFILL DO NOT GUESS OTHER SEATS After that contract is fixed, proceed to the minimum: COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT No construction is requested by this report. ================================================== CHECK LOG ================================================== AUDIT: READ ONLY TRANSPORT: PART 2 OF 2 CONSTRUCTION: NO SOURCE MODIFICATION: NO RUNTIME QA: NO DEV1 ACTIVATED: NO PRODUCT LOAD AUTHORITY: ONE PRODUCT-OWNED TRUTH UPPER SAVE: REAL / USABLE / EXPECTED LOW-FREQUENCY UPPER LOAD: REAL / PRIMARY UPPER OPERATION LOWER SAVE: REAL / NORMAL WORKING OPERATION LOWER LOAD: REAL / NORMAL WORKING OPERATION LOAD SUCCESS: NORMAL RELOAD IS SUFFICIENT FOR RE-READ / RE-RENDER SPECIAL UI SYNCHRONIZATION: NOT REQUIRED COUNTER UI CONSULTATION: RESOLVED CORE BLOCK: NONE NEXT: DURABLE WIRING / REFILL MEMBERSHIP CONTRACT THEN COMMON BOOTSTRAP CONTRACT ================================================== WORKSHOP RULES ================================================== 製品が自分のリフィルを決める。 スイッチ板は自分を決め直さない。 上下に同じ操作盤があっても、 製品の真実は一個★ 下でロードしたら、 成功してリロード。 上も配電盤も、 同じ製品の真実を読み直せ★ 既に配線があるなら、 その配線を呼べ。 目指せ怠惰。 プラグインよ、馬鹿であれ！ ================================================== COMPLETE SET → GO ================================================== ``` 🕊️🕊️ **2羽目、発進★** 相談：なし。 [USER] 🕊️ KAIA COMMON SWITCHBOARD DURABLE WIRING UNIQUENESS EXISTING COLLISION-GUARD REUSE AUDIT PART 1 OF 2 READ-ONLY AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO SOURCE MODIFICATION NO RUNTIME QA DO NOT EXECUTE UNTIL BOTH PARTS ARE COMPLETELY RECEIVED. ================================================== ROLE ================================================== Continue as the Kaia Common Switchboard / Central Distribution specialist. The current architecture requires: ONE PRODUCT REFILL → ZERO OR ONE durable wiring membership Before designing ANY new uniqueness / collision mechanism: STOP. Shamyue believes this accident path was already addressed during the earlier Common Switchboard design work, before / during the architecture that led to the independent dev1 prototype. Your job is to verify that from existing evidence. ================================================== PRIMARY QUESTION ================================================== Can the previously established Switchboard occupancy / collision protection be reused to guarantee: ONE PRODUCT REFILL MAY BELONG TO ZERO OR ONE DURABLE WIRING without inventing a new duplicate-management system? Use the existing accepted Switchboard design evidence and dev1 only as historical / implementation evidence. Do NOT assume the answer. Do NOT construct anything. ================================================== KNOWN CURRENT MODEL ================================================== Product Refill identity: (product seat, binder_ref, refill_ref) Example: PDF A-03 The product owns its own current loaded Refill truth. Product LOAD → Product Current Refill The Common Switchboard does NOT independently choose the product's own current Refill. For the product's own Switchboard seat: Product Current Refill → self-seat ON / FIXED → Binder / Refill read-only → WEB Shortcode populated when applicable → Copy remains usable To change the product's own Refill: change the product's own Binder / Refill selection and LOAD it. Do NOT create a second Switchboard self-selection authority. ================================================== DURABLE WIRING REQUIREMENT ================================================== The architecture now also requires durable existing wiring recall. Example existing wiring: Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 PDF A-03 LOAD → find existing wiring containing PDF A-03 → recall THAT EXISTING WIRING Therefore: ONE CURRENT CENTRAL ROUTING MAP ALONE is not sufficient for durable recall. Durable wiring relationships are required. However: this does NOT automatically mean that duplicate-membership protection must be redesigned. ================================================== SEPARATE THE TWO QUESTIONS ================================================== A. DURABLE STORAGE / RECALL This is the newly clarified requirement. B. DUPLICATE / OCCUPANCY ACCIDENT PREVENTION This may already have been solved by the earlier Switchboard design. Do NOT reopen B merely because A changed. The audit must determine whether the old protection remains valid when wiring becomes durable and recallable. ================================================== EXISTING PRODUCT PRINCIPLE ================================================== The product model already follows the basic human concept: ONE PRODUCT REFILL → ONE WEB SHORTCODE The durable-wiring invariant should remain similarly boring: ONE PRODUCT REFILL → ZERO OR ONE durable wiring membership Do not infer that Shortcode uniqueness alone technically enforces wiring uniqueness. Instead, determine whether the previously established Switchboard occupancy / collision rules already enforce the corresponding wiring rule. ================================================== RECOVER OLD GUARDS FIRST ================================================== Inspect the earlier accepted Switchboard design / prototype lineage for already-established rules concerning: - occupancy - duplicate Refill use - collision detection - already-connected Refill handling - human conflict resolution - NO AUTOMATIC TAKEOVER - Cancel = no state change - protection against silent replacement - protection against silent duplication Recover the actual existing rule. Do NOT replace it with a newly invented rule merely because the storage model is now durable. ================================================== NORMAL TARGET ================================================== The intended invariant is: REFILL NOT IN ANY DURABLE WIRING → may join one wiring REFILL ALREADY IN THAT SAME WIRING → existing membership → do not duplicate it REFILL ALREADY IN ANOTHER DURABLE WIRING → collision → do NOT create a second membership → apply the already-established human conflict rule if that rule remains compatible At no point should legitimate UI operation create: SAME PRODUCT REFILL → TWO DURABLE WIRINGS ================================================== IMPORTANT HISTORICAL BOUNDARY ================================================== Earlier Switchboard work deliberately rejected automatic takeover. Do NOT silently: - pull a Refill from another wiring - replace another product's selection - choose which wiring wins - merge wirings - rewrite wiring because a new request arrived If the old accepted collision rule already defines the human decision boundary: preserve it unless durable wiring makes it technically invalid. ================================================== END PART 1 OF 2 ================================================== WAIT FOR PART 2 OF 2. DO NOT CONSTRUCT. DO NOT MODIFY SOURCE. [ASSISTANT] 🕊️ **PART 1 OF 2 — COMPLETE RECEIPT CONFIRMED** Transport gate observed. - READ-ONLY AUDIT - NO CONSTRUCTION - NO REPAIR - NO REDESIGN - NO SOURCE MODIFICATION - NO RUNTIME QA - **NO EXECUTION YET** Primary question retained exactly: **whether the previously established Switchboard occupancy/collision protection can enforce the new durable-wiring uniqueness invariant without inventing a second duplicate-management mechanism.** A = durable storage/recall and B = existing collision protection remain separated. I will not reopen B merely because A changed. Waiting for **🕊️ PART 2 OF 2**. 相談：なし。 [USER] 🕊️ KAIA COMMON SWITCHBOARD DURABLE WIRING UNIQUENESS EXISTING COLLISION-GUARD REUSE AUDIT PART 2 OF 2 CONTINUES PART 1 OF 2. If PART 1 OF 2 was not completely received: STOP. REQUEST PART 1. DO NOT PROCEED. ================================================== CORRUPT / AMBIGUOUS DATA ================================================== Normal legitimate operation should prevent: one Product Refill → two durable wirings However, audit the defensive case where historical/corrupt data already contains 2+ memberships. Expected safety boundary: 2+ memberships → INVALID / AMBIGUOUS → STOP / FAIL CLOSED Do NOT: - choose newest - choose oldest - choose lowest number - choose highest number - merge - silently delete one - automatically repair the data This defensive failure handling is distinct from the normal collision-prevention rule. ================================================== NO NEW MACHINERY UNLESS PROVEN NECESSARY ================================================== Do NOT invent: - membership IDs - duplicate-history tables - newest-wins logic - oldest-wins logic - priority routing - automatic merge - automatic takeover - restoration snapshots - reconciliation engines - duplicate routing authority unless actual evidence proves that the old collision / occupancy guard cannot satisfy the new durable-wiring invariant. If something genuinely new is required: identify the exact missing capability. Do NOT construct it. ================================================== DEV1 ================================================== Kaia Common Switchboard v0.1.0-dev1 remains: NOT ADOPTED NOT ACTIVATED PRESERVED AS HISTORICAL PROTOTYPE Do not modify it. Its previous one-current-map storage is insufficient for the newly clarified durable recall requirement. But that does NOT mean all of its earlier collision / occupancy design evidence is obsolete. Audit separately: STORAGE MODEL versus COLLISION / OCCUPANCY RULES. Reuse valid rules. Do not reuse obsolete storage assumptions. ================================================== RELATION TO CURRENT LOAD MODEL ================================================== Preserve the accepted product Load behavior. Product LOAD succeeds → Product Current Refill becomes authoritative → normal page reload may occur → upper product furniture reads Product Current Refill → Common Switchboard self-seat reads Product Current Refill → existing durable wiring lookup occurs If an existing wiring is found: recall THAT EXISTING WIRING. If no existing wiring is found: self-seat remains the loaded Product Refill and partner seats are not guessed. Do not create a second memory merely to remember an existing wiring. ================================================== RETURN REPORT ================================================== Return: 1. VERDICT Choose: A — EXISTING COLLISION / OCCUPANCY GUARD IS REUSABLE B — PARTIALLY REUSABLE; ONE NARROW ADDITION IS REQUIRED C — NOT REUSABLE; NEW UNIQUENESS MECHANISM REQUIRED D — STOP / INSUFFICIENT EVIDENCE 2. OLD GUARD EVIDENCE Identify what duplicate / occupancy accident prevention was already established. Separate: - confirmed implemented evidence - accepted design/spec evidence - assumptions that were never actually established 3. DURABLE-WIRING COMPATIBILITY Can the existing rule enforce: ONE PRODUCT REFILL → ZERO OR ONE durable wiring membership after the storage model changes from one current map to durable recallable wirings? 4. NORMAL WRITE RULE Report what should happen when attempting to use: A. an unused Refill B. a Refill already belonging to the same wiring C. a Refill already belonging to another wiring State whether the old guard already covers each case. 5. HUMAN COLLISION RULE Determine whether the previously accepted: NO AUTOMATIC TAKEOVER human conflict resolution Cancel = no state change remains directly reusable. 6. CORRUPT 2+ MEMBERSHIP CASE Confirm whether: 2+ existing memberships → invalid / ambiguous → fail closed is sufficient as defensive handling. 7. NEW MACHINERY REQUIRED YES / NO If YES: state ONLY the exact missing capability. Do not design unrelated machinery. 8. DURABLE WIRING CONTRACT IMPACT Identify what must actually be added to the upcoming: DURABLE WIRING / REFILL MEMBERSHIP CONTRACT Do not reopen already-solved collision behavior. 9. COMMON BOOTSTRAP IMPACT State whether this audit creates any genuinely new requirement for the later: COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT. 10. WATCH 11. BLOCK 12. SMALLEST NEXT STEP ================================================== STOP RULE ================================================== DO NOT SOLVE AN ACCIDENT TWICE. If the old Switchboard already prevents duplicate Refill use: REUSE THE RULE. New durable storage does NOT automatically require new collision behavior. If an existing rule is only partially compatible: identify the smallest missing piece. Do not replace the entire rule. If legitimate operation can create: ONE PRODUCT REFILL → TWO DURABLE WIRINGS STOP. If corrupt data already contains two memberships: FAIL CLOSED. DO NOT GUESS. WORKSHOP RULES: その事故、 前に潰してるなら掘り返すな★ まず倉庫を見ろ。 使える部品なら、 そのまま使え。 新しい配線棚を作るからって、 ブレーカーまで新しく発明するな★ NO CONSTRUCTION. READ ONLY. ================================================== COMPLETE SET → GO ================================================== [ASSISTANT] 🕊️ **COMPLETE SET RECEIVED — READ-ONLY AUDIT EXECUTED** ## KAIA COMMON SWITCHBOARD ### DURABLE WIRING UNIQUENESS — EXISTING COLLISION-GUARD REUSE AUDIT ### 1. VERDICT **B — PARTIALLY REUSABLE; ONE NARROW ADDITION IS REQUIRED** ただし、ここはかなり **A寄りのB**。 しゃむの記憶どおり、**事故の人間側ルールは前に潰してある。** 旧設計ではすでに、 - ON = 製品自身のRefillでWEB席を占有 - OFF = EMPTY、占有を解放 - 過去に選ばれていたRefillを隠れて占有させ続けない - 将来のseat conflictは**明示的な移動** - 「どの席からひっこぬきますか？」 - 勝手な付け替えをしない まで確立している。fileciteturn2file1L325-L343 **新しい衝突システムを発明する必要はない。** 不足するのはただ一つ、 > **旧occupancy guardが見る「占有先」を、現在表示中の一枚だけでなく durable wiring membership に対して照会できること。** これだけ。 --- ### 2. OLD GUARD EVIDENCE #### CONFIRMED ACCEPTED DESIGN / SPEC EVIDENCE SwitchboardはShared Refill Managerではなく、各製品が自分のRefillを所有し、共通なのはroutingだけ、という境界が明示されている。fileciteturn2file1L280-L300 seat semanticsも明示済み。 ```text ON → own Refill でWEB output seatを占有 OFF → EMPTY → seatをrelease future conflict → explicit transfer → 「どの席からひっこぬきますか？」 ``` fileciteturn2file1L325-L343 したがって、 **silent duplicate / silent takeoverを許さず、人間の明示操作まで止める** という設計境界は既存。 またMaster Breakerはroutingとは別で、閉じてもselected Refills・seat・routingを破壊しないことも既に分離されている。fileciteturn2file4L877-L898 #### CONFIRMED IMPLEMENTED EVIDENCE ここは限定的。 **dev1にdurable duplicate-membership guardが実装済み、とは確認できない。** dev1は旧仕様の **one-current-map storage** の実装証拠であって、今回必要な「過去のdurable wiringを横断して占有確認する実装」の証拠にはならない。 したがって、 ```text OLD COLLISION RULE = REUSE OLD DEV1 STORAGE = DO NOT REUSE AS AUTHORITY ``` が正しい。 #### NEVER ESTABLISHED / NOT PROVEN 以下を「昔から実装済み」と扱う証拠はない。 - durable wiring全体を検索するmembership index - dev1によるcross-wiring duplicate rejection - duplicate history - newest/oldest winner - automatic reconciliation 特に古いTASK 01自身が、**conflict implementationはTASK 01対象外**と明記している。fileciteturn2file1L339-L343 --- ### 3. DURABLE-WIRING COMPATIBILITY **YES。旧ルールはそのまま意味的に使える。** 変わるのは「何を占有と見るか」だけ。 旧： ```text このRefillは現在の配電で使われている？ ``` 新： ```text このRefillは既存durable wiringのどこかに所属している？ ``` 判定後の事故処理は同じ。 つまり、 > **新しい配線棚を作るので、既存ブレーカーの検査対象を新しい棚まで届かせる。** ブレーカーそのものを作り直す必要なし★ --- ### 4. NORMAL WRITE RULE | Request | Result | Old guard | |---|---|---| | **A. unused Refill** | そのwiringへ参加可能 | **COVERED conceptually** | | **B. already in same wiring** | existing membership。duplicateを書かない | **既存occupancy思想と互換。ただしdurable membership照会が必要** | | **C. already in another wiring** | COLLISION。第二membershipを書かない | **旧explicit-transfer conflict ruleをREUSE** | 特にCは、 ```text REQUEST ↓ OCCUPANCY CHECK ↓ OTHER DURABLE WIRING FOUND ↓ STOP NORMAL COMMIT ↓ HUMAN CONFLICT BOUNDARY ``` でよい。 --- ### 5. HUMAN COLLISION RULE **DIRECTLY REUSABLE.** **NO AUTOMATIC TAKEOVER** はそのまま維持。 既存設計にある explicit transfer「どの席からひっこぬきますか？」も、そのまま人間境界として利用可能。fileciteturn2file1L339-L343 したがって、 ```text collision detected ≠ automatically move collision detected → human decision required ``` **Cancel = no state change** もこの境界と整合する。 ただし厳密な証拠区分では、今回回収できたSwitchboard資料からは「Cancel = no state change」の**Switchboard実装済み証拠までは出ていない**。 なので、 **accepted behaviorとして維持可能だが、dev1実装証拠とは呼ばない。** ここは盛らない。 --- ### 6. CORRUPT 2+ MEMBERSHIP CASE **YES — FAIL CLOSEDで十分。** ```text lookup(product, A, 03) 0 → FREE 1 → deterministic existing wiring 2+ → INVALID / AMBIGUOUS → STOP ``` 2+で、 - newest - oldest - merge - delete - takeover - repair 全部不要。 これは通常collision guardとは別の**defensive invariant failure**。 --- ### 7. NEW MACHINERY REQUIRED **YES — ONE NARROW CAPABILITY ONLY.** > **Durable membership-aware occupancy lookup** すなわち、 ```text (product seat, binder_ref, refill_ref) → existing durable wiring membership count / unique membership ``` 旧guardが現在表示中のstateだけではなく、**durable wiring truthを見て占有判定できるようにすること。** 新しいcollision policyではない。 新しいduplicate-management subsystemでもない。 **古いguardの検電器を新しい配線棚につなぐだけ★** --- ### 8. DURABLE WIRING CONTRACT IMPACT 次のcontractへ追加すべきなのは小さい。 ```text REFILL IDENTITY (product seat, binder_ref, refill_ref) MEMBERSHIP LOOKUP 0 membership → may join 1 membership == requested wiring → already member → no duplicate write 1 membership != requested wiring → COLLISION → reuse existing human conflict boundary → no automatic takeover 2+ memberships → INVALID → FAIL CLOSED ``` そして**commit前にこのguardを通す。** membership ID、履歴表、priority、reconciliation engineは不要。 --- ### 9. COMMON BOOTSTRAP IMPACT **GENUINELY NEW REQUIREMENT: NO.** Bootstrap側には、前回すでに必要だったdurable wiring lookup contractを共通に利用できること以上の新システムは増えない。 今回わかったのは、 > そのlookupはRecallだけでなく、**write前occupancy guardにも使う** というだけ。 つまり同じtruthを、 ```text READ → recall WRITE → collision guard ``` の両方から見る。 むしろ共通化理由が一個増えただけ。 --- ### 10. WATCH **WATCH** - explicit transferの最終UI/commit手順は旧設計思想として存在するが、dev1実装済みとは扱わない。 - `Cancel = no state change` は維持すべき既存境界だが、今回回収したSwitchboard evidenceだけではdev1コード実装証拠には昇格させない。 - Durable storageの具体形はまだ未設計。ここでmembership index/table/IDを先走って決めない。 --- ### 11. BLOCK **CORE ARCHITECTURE BLOCK: NONE** ただし、 ```text LEGITIMATE WRITE → SAME PRODUCT REFILL → TWO DURABLE WIRINGS ``` が可能な設計になった瞬間は **BLOCK**。 また既存データ検索で2+ membershipなら **FAIL CLOSED / BLOCK THAT OPERATION**。 --- ### 12. SMALLEST NEXT STEP 予定どおり、 **DURABLE WIRING / REFILL MEMBERSHIP CONTRACT** へ進んでよい。 ただし新しいduplicate systemを設計するのではなく、 ```text 1. Durable wiringをどう保存するか 2. Refill identityから既存membershipを一意に引けること 3. WRITE前に既存occupancy guardがそのlookupを見ること 4. 0 / same / other / 2+ の4結果を固定 ``` ここまで。 --- ```text CHECK LOG AUDIT MODE: READ ONLY OLD OCCUPANCY / COLLISION POLICY: RECOVERED EXPLICIT TRANSFER: CONFIRMED ACCEPTED DESIGN NO SILENT TAKEOVER: PRESERVED DEV1 DURABLE DUPLICATE GUARD: NOT PROVEN OLD STORAGE MODEL: OBSOLETE FOR DURABLE RECALL OLD COLLISION POLICY: REUSABLE NEW COLLISION POLICY: NOT REQUIRED NARROW MISSING CAPABILITY: DURABLE MEMBERSHIP-AWARE OCCUPANCY LOOKUP 2+ MEMBERSHIPS: FAIL CLOSED NEW DUPLICATE-MANAGEMENT SYSTEM: NO CORE BLOCK: NONE NEXT: DURABLE WIRING / REFILL MEMBERSHIP CONTRACT ``` **結論：しゃむの「あれ前に事故潰してなかった？」は当たり★** 事故処理を作り直す必要はなかった。 **倉庫が増えたので、既存の占有チェックに新しい倉庫も見せる。**それだけでいい。 相談：なし。 memcite [USER] 🕊️ KAIA COMMON SWITCHBOARD DURABLE WIRING / REFILL MEMBERSHIP CONTRACT PART 1 OF 2 ARCHITECTURE CONTRACT ONLY READ-ONLY NO CONSTRUCTION NO REPAIR NO SOURCE MODIFICATION NO RUNTIME QA DO NOT EXECUTE UNTIL BOTH PARTS ARE COMPLETELY RECEIVED. ================================================== ROLE ================================================== Continue as the Kaia Common Switchboard / Central Distribution specialist. The previous audits are accepted. Do NOT reopen them. Your task is now narrow: define the minimum durable wiring / Refill membership contract needed for deterministic existing-wiring recall and reuse of the already accepted occupancy / collision policy. ================================================== ACCEPTED ARCHITECTURE — DO NOT REOPEN ================================================== Each product owns its own Refill. The Common Switchboard owns routing relationships only. There is: ONE PRODUCT CURRENT REFILL TRUTH. Product LOAD → Product Current Refill The Switchboard does NOT independently choose the product's own Refill. Self-seat: PRODUCT DECIDES SELF. Relationships: SWITCHBOARD REMEMBERS WIRES. Existing wiring: IF THE WIRE ALREADY EXISTS, FOLLOW THE WIRE. ================================================== PRODUCT REFILL IDENTITY ================================================== Canonical identity: (product seat, binder_ref, refill_ref) Example: (PDF, A, 03) Product seat is one of the fixed product seats: Counter Timestamp Serial PDF Binder / Refill semantics remain product-owned. Do NOT create a second Switchboard Refill identity. ================================================== DURABLE RECALL REQUIREMENT ================================================== Example durable wiring: Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 Loading ANY participating Product Refill must allow the SAME existing wiring to be found. Examples: PDF A-03 LOAD → find that wiring Counter A-07 LOAD → find that SAME wiring Timestamp A-02 LOAD → find that SAME wiring Serial A-01 LOAD → find that SAME wiring The lookup result must not depend on which member was used as the entry point. ================================================== ACCEPTED UNIQUENESS INVARIANT ================================================== ONE PRODUCT REFILL MAY BELONG TO ZERO OR ONE DURABLE WIRING. Lookup by: (product seat, binder_ref, refill_ref) must produce: 0 memberships → no existing wiring 1 membership → one deterministic existing wiring 2+ memberships → INVALID / AMBIGUOUS → FAIL CLOSED Do NOT guess. Do NOT choose newest / oldest. Do NOT merge. Do NOT silently repair. ================================================== ACCEPTED COLLISION AUDIT RESULT ================================================== The previous audit returned: B — PARTIALLY REUSABLE; ONE NARROW ADDITION IS REQUIRED The old occupancy / collision POLICY is reusable. Do NOT design a new collision policy. The only narrow missing capability was: DURABLE MEMBERSHIP-AWARE OCCUPANCY LOOKUP The same durable truth should support: READ → existing wiring recall WRITE → pre-commit occupancy guard Do NOT build separate recall truth and collision truth. ================================================== NORMAL MEMBERSHIP RESULTS ================================================== For a requested wiring operation: A. Refill has 0 memberships → may join one durable wiring B. Refill already belongs to the requested wiring → already member → do not write a duplicate membership C. Refill belongs to another durable wiring → COLLISION → do not create a second membership → preserve existing human conflict boundary → NO AUTOMATIC TAKEOVER D. Refill has 2+ memberships → invalid / corrupt / ambiguous → FAIL CLOSED These four outcomes are accepted. Do NOT redesign them. ================================================== NO ASSEMBLY ID BY DEFAULT ================================================== Previous architecture work established: durable wiring relationships are required. It did NOT establish a need for: Assembly ID Set ID Connection ID Routing ID Wiring business identity Do NOT invent one merely because multiple durable wirings can exist. A storage key used internally by WordPress or PHP is not automatically a Kaia product/business identity. If implementation genuinely requires an internal storage key: distinguish technical container/key mechanics from business identity. Do not promote it into a new product concept. ================================================== YOUR CONTRACT QUESTION ================================================== Determine the SMALLEST representation that can satisfy all of these: 1. preserve multiple durable existing wirings 2. find a wiring from any participating Product Refill 3. enforce zero-or-one wiring membership per Product Refill 4. return the complete wiring once one member is found 5. support the existing occupancy guard before writes 6. preserve fixed product seats 7. preserve absent / unavailable products without silently rewriting the wiring 8. require no Assembly identity unless technically unavoidable Do not optimize for hypothetical scale. Do not build a framework. This is a small boring WordPress routing facility. ================================================== END PART 1 OF 2 ================================================== WAIT FOR PART 2 OF 2. DO NOT CONSTRUCT. DO NOT MODIFY SOURCE. [ASSISTANT] 🕊️ **PART 1 OF 2 — COMPLETE RECEIPT CONFIRMED** Transport gate observed. **まだ監査・設計実行しない。** 保持した境界： - Architecture Contract ONLY / READ-ONLY - durable wiring / Refill membership contractだけ - 過去監査は再開しない - `ONE PRODUCT CURRENT REFILL TRUTH` - canonical Refill identity = `(product seat, binder_ref, refill_ref)` - 1 Refill = `0 or 1` durable wiring membership - 同じdurable truthを **READ recall / WRITE occupancy guard** の両方で使う - 0 / same / other / 2+ の4結果は確定済み - 既存collision policyを再設計しない - Assembly / Set / Connection / Routing IDを勝手に生やさない - 小さく・退屈なWordPress routing facility - **NO CONSTRUCTION / NO SOURCE MODIFICATION / NO RUNTIME QA** 🕊️ **PART 2 OF 2 待機中。** 相談：なし。 [USER] 🕊️ KAIA COMMON SWITCHBOARD DURABLE WIRING / REFILL MEMBERSHIP CONTRACT PART 1 OF 2 ARCHITECTURE CONTRACT ONLY READ-ONLY NO CONSTRUCTION NO REPAIR NO SOURCE MODIFICATION NO RUNTIME QA DO NOT EXECUTE UNTIL BOTH PARTS ARE COMPLETELY RECEIVED. ================================================== ROLE ================================================== Continue as the Kaia Common Switchboard / Central Distribution specialist. The previous audits are accepted. Do NOT reopen them. Your task is now narrow: define the minimum durable wiring / Refill membership contract needed for deterministic existing-wiring recall and reuse of the already accepted occupancy / collision policy. ================================================== ACCEPTED ARCHITECTURE — DO NOT REOPEN ================================================== Each product owns its own Refill. The Common Switchboard owns routing relationships only. There is: ONE PRODUCT CURRENT REFILL TRUTH. Product LOAD → Product Current Refill The Switchboard does NOT independently choose the product's own Refill. Self-seat: PRODUCT DECIDES SELF. Relationships: SWITCHBOARD REMEMBERS WIRES. Existing wiring: IF THE WIRE ALREADY EXISTS, FOLLOW THE WIRE. ================================================== PRODUCT REFILL IDENTITY ================================================== Canonical identity: (product seat, binder_ref, refill_ref) Example: (PDF, A, 03) Product seat is one of the fixed product seats: Counter Timestamp Serial PDF Binder / Refill semantics remain product-owned. Do NOT create a second Switchboard Refill identity. ================================================== DURABLE RECALL REQUIREMENT ================================================== Example durable wiring: Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 Loading ANY participating Product Refill must allow the SAME existing wiring to be found. Examples: PDF A-03 LOAD → find that wiring Counter A-07 LOAD → find that SAME wiring Timestamp A-02 LOAD → find that SAME wiring Serial A-01 LOAD → find that SAME wiring The lookup result must not depend on which member was used as the entry point. ================================================== ACCEPTED UNIQUENESS INVARIANT ================================================== ONE PRODUCT REFILL MAY BELONG TO ZERO OR ONE DURABLE WIRING. Lookup by: (product seat, binder_ref, refill_ref) must produce: 0 memberships → no existing wiring 1 membership → one deterministic existing wiring 2+ memberships → INVALID / AMBIGUOUS → FAIL CLOSED Do NOT guess. Do NOT choose newest / oldest. Do NOT merge. Do NOT silently repair. ================================================== ACCEPTED COLLISION AUDIT RESULT ================================================== The previous audit returned: B — PARTIALLY REUSABLE; ONE NARROW ADDITION IS REQUIRED The old occupancy / collision POLICY is reusable. Do NOT design a new collision policy. The only narrow missing capability was: DURABLE MEMBERSHIP-AWARE OCCUPANCY LOOKUP The same durable truth should support: READ → existing wiring recall WRITE → pre-commit occupancy guard Do NOT build separate recall truth and collision truth. ================================================== NORMAL MEMBERSHIP RESULTS ================================================== For a requested wiring operation: A. Refill has 0 memberships → may join one durable wiring B. Refill already belongs to the requested wiring → already member → do not write a duplicate membership C. Refill belongs to another durable wiring → COLLISION → do not create a second membership → preserve existing human conflict boundary → NO AUTOMATIC TAKEOVER D. Refill has 2+ memberships → invalid / corrupt / ambiguous → FAIL CLOSED These four outcomes are accepted. Do NOT redesign them. ================================================== NO ASSEMBLY ID BY DEFAULT ================================================== Previous architecture work established: durable wiring relationships are required. It did NOT establish a need for: Assembly ID Set ID Connection ID Routing ID Wiring business identity Do NOT invent one merely because multiple durable wirings can exist. A storage key used internally by WordPress or PHP is not automatically a Kaia product/business identity. If implementation genuinely requires an internal storage key: distinguish technical container/key mechanics from business identity. Do not promote it into a new product concept. ================================================== YOUR CONTRACT QUESTION ================================================== Determine the SMALLEST representation that can satisfy all of these: 1. preserve multiple durable existing wirings 2. find a wiring from any participating Product Refill 3. enforce zero-or-one wiring membership per Product Refill 4. return the complete wiring once one member is found 5. support the existing occupancy guard before writes 6. preserve fixed product seats 7. preserve absent / unavailable products without silently rewriting the wiring 8. require no Assembly identity unless technically unavoidable Do not optimize for hypothetical scale. Do not build a framework. This is a small boring WordPress routing facility. ================================================== END PART 1 OF 2 ================================================== WAIT FOR PART 2 OF 2. DO NOT CONSTRUCT. DO NOT MODIFY SOURCE. [ASSISTANT] 🕊️ **PART 1 OF 2 — REPLACEMENT/RE-SEND RECEIVED** 同一の **PART 1 OF 2** として受領したよー。 前のPART 1と混ぜたり、二重命令として扱ったりはしない★ **まだ実行しない。** 現在のtransport state： ```text PART 1 OF 2: RECEIVED PART 2 OF 2: WAITING EXECUTION: STOP CONSTRUCTION: NO SOURCE MODIFICATION: NO ``` 🕊️ **PART 2 OF 2 待機中。** 相談：なし。 [USER] ありゃ、コピー失敗してたか 🕊️ KAIA COMMON SWITCHBOARD DURABLE WIRING / REFILL MEMBERSHIP CONTRACT PART 2 OF 2 CONTINUES PART 1 OF 2. If PART 1 OF 2 was not completely received: STOP. REQUEST PART 1. DO NOT PROCEED. ================================================== FIXED WIRING SHAPE ================================================== Preserve the four fixed product seats: Counter Timestamp Serial PDF A durable wiring may have zero or one participating Refill in each product seat. A populated seat refers to: binder_ref refill_ref Do NOT make one product own another product's Refill. Do NOT move Refill data into the Switchboard. The Switchboard relationship records only enough routing information to know which Product Refills are wired together. ================================================== ABSENT / UNAVAILABLE PRODUCT ================================================== Product availability and durable wiring existence are separate facts. If a product participating in a stored wiring is currently: - deactivated - unavailable - not installed - temporarily unable to expose its runtime outlet do NOT automatically: - delete its wiring membership - replace it - substitute another Refill - collapse the wiring - rewrite the stored relationship The UI may represent the unavailable seat safely according to the later Common Switchboard rendering contract. This contract is about preserving relationship truth. ================================================== PRODUCT LOAD RECALL ================================================== After successful Product LOAD: Product Current Refill → normal page reload → read Product Current Refill → durable membership lookup If lookup = 1: return the COMPLETE durable wiring containing that Refill. If lookup = 0: there is no existing wiring to recall. The loaded Product Refill becomes the fixed self-seat for the current view. Do NOT guess partner seats. If lookup = 2+: FAIL CLOSED. Do NOT create: - last-used routing memory - previous-route snapshot - restoration object - per-Refill recall cache as another authority The durable wiring itself is the recall truth. ================================================== WRITE / OCCUPANCY CONTRACT ================================================== Before committing a wiring change, use the SAME durable membership truth. For every Product Refill that would participate in the resulting wiring: lookup its existing durable membership. 0 → eligible same target wiring → already member → no duplicate membership write different durable wiring → COLLISION → stop normal commit → existing human conflict boundary 2+ → INVALID → FAIL CLOSED Do not partially commit a wiring while another requested member is in collision or invalid state. Do not silently detach another wiring. ================================================== EXPLICIT TRANSFER BOUNDARY ================================================== Existing accepted design includes explicit human handling for occupied Refills and: NO AUTOMATIC TAKEOVER. Preserve that boundary. This contract does NOT need to design the final transfer UI or commit sequence. It only needs to define the storage / membership behavior required so that the later explicit transfer operation can be safe. Cancel must leave durable relationship truth unchanged. Do NOT claim dev1 already implemented this unless evidence proves it. ================================================== SAVE / LOAD BOUNDARY ================================================== Product Save / Load remains product-owned. Upper and lower: Binder / Refill / Save / Load are access locations to the SAME product authority. Common Switchboard does NOT gain a product Save authority. Successful Product LOAD may rely on normal page reload. No live upper/lower synchronization machinery is required. Durable wiring storage must NOT become a second Product Current Refill store. ================================================== STORAGE DESIGN DISCIPLINE ================================================== Choose the smallest boring storage representation that satisfies the contract. Explicitly compare only genuinely necessary alternatives. Avoid introducing: - Assembly objects - membership objects with independent business identity - event sourcing - routing history - duplicate caches - restoration snapshots - last-used maps - reconciliation engines - automatic repair - per-product copies of shared wiring truth Prefer ONE authoritative durable wiring truth. If an index is useful only for lookup speed: state whether it is actually necessary at expected Kaia scale. Do not create a second authority merely for convenience. ================================================== RETURN REPORT ================================================== Return: 1. VERDICT Choose: A — MINIMAL DURABLE WIRING CONTRACT IS CLEAN B — FEASIBLE WITH ONE NARROW WATCH / ADDITION C — CURRENT REQUIREMENTS FORCE MATERIAL NEW COMPLEXITY D — STOP / INSUFFICIENT EVIDENCE 2. MINIMUM AUTHORITATIVE DATA SHAPE Describe the smallest durable representation. Do not write production code. 3. WIRING IDENTITY Does a wiring require any explicit identity? Separate: - business/product identity - internal technical key, if any 4. REFILL → WIRING LOOKUP Show how: (product seat, binder_ref, refill_ref) returns: 0 1 2+ 5. WIRING → COMPLETE MEMBERSHIP Show how one found wiring returns all participating fixed seats. 6. WRITE-TIME UNIQUENESS Show how the existing occupancy guard uses the same durable truth before commit. 7. SAME-WIRING CASE Confirm that an already-present Refill does not create duplicate membership. 8. OTHER-WIRING COLLISION CASE Confirm: NO AUTOMATIC TAKEOVER NO SECOND MEMBERSHIP HUMAN CONFLICT BOUNDARY 9. CORRUPT 2+ CASE Confirm FAIL CLOSED. 10. ABSENT PRODUCT BEHAVIOR Confirm stored wiring truth survives product unavailability. 11. PRODUCT LOAD RECALL Confirm any participating Refill can recall the same complete wiring. 12. STORAGE / INDEX NECESSITY State whether a separate membership index is genuinely required. If not: say NO. If yes: explain exactly why the authoritative wiring truth alone cannot safely serve expected Kaia scale. 13. COMMON BOOTSTRAP IMPACT Identify only the minimum shared contract the later Common Bootstrap must expose. 14. WATCH 15. BLOCK 16. SMALLEST NEXT STEP ================================================== STOP RULE ================================================== The goal is NOT to make durable wiring clever. The goal is: STORE THE WIRE. FIND THE WIRE. FOLLOW THE WIRE. One Product Refill: ZERO OR ONE WIRE. If it is already wired: do not wire it twice. If the data says it is wired twice: STOP. If the product disappears temporarily: do not erase the wire. If there is no wire: do not invent partners. Do NOT solve previously solved collision behavior again. WORKSHOP RULES: 製品が自分を決める。 スイッチ板は配線だけ覚える。 既に配線があるなら、 その配線を呼べ。 配線を探すためだけに 配線の分身を作るな★ 目指せ怠惰。 プラグインよ、馬鹿であれ！ NO CONSTRUCTION. READ ONLY. ================================================== COMPLETE SET → GO ================================================== [ASSISTANT] 🕊️ **COMPLETE SET RECEIVED — ARCHITECTURE CONTRACT EXECUTED READ-ONLY** # KAIA COMMON SWITCHBOARD ## DURABLE WIRING / REFILL MEMBERSHIP CONTRACT ### 1. VERDICT **A — MINIMAL DURABLE WIRING CONTRACT IS CLEAN** これ、かなり綺麗に**馬鹿なまま成立する★** 新しく必要なのは「配線を永続化すること」であって、配線を探すための別のmembership systemではない。 最小形は、 > **複数のdurable wiringを、それぞれ4固定席の小さな配線レコードとして保存する。** そして必要なときに**その保存済み配線そのものを走査する。** Kaia規模では別index不要。 --- ## 2. MINIMUM AUTHORITATIVE DATA SHAPE 最小authoritative truthは概念上これだけ。 ```text DURABLE WIRINGS Wiring: Counter: binder_ref refill_ref OR empty Timestamp: binder_ref refill_ref OR empty Serial: binder_ref refill_ref OR empty PDF: binder_ref refill_ref OR empty ``` 複数のWiringを普通のWordPress durable storageに保持する。 例： ```text Wiring α Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 Wiring β Counter A-04 Timestamp EMPTY Serial A-06 PDF A-08 ``` ここで保存しているのは**製品データではない**。 保存するのは、 ```text Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 ARE WIRED TOGETHER ``` というrelationshipだけ。 製品Refillの内容・設定・Save状態・Current Refill truthは一切Switchboardへ移さない。 --- ## 3. WIRING IDENTITY ### Business / Product Identity **NO.** 不要。 - Assembly ID - Set ID - Connection ID - Route ID - Wiring IDという製品概念 はいらない。 ### Internal Technical Key **MAY EXIST, BUT HAS NO BUSINESS MEANING.** WordPress/PHPで複数レコードを保存すれば、配列indexやstorage keyのような技術的な識別手段は当然発生し得る。 例えば概念上、 ```text stored_wirings[0] stored_wirings[1] ``` となっていても、 `0` や `1` はKaia上の「配線番号」ではない。 人間に見せない。 Refillへ記録しない。 Shortcodeへ入れない。 永続的なbusiness identityとして依存しない。 **棚の何段目に置いたか程度★** --- ## 4. REFILL → WIRING LOOKUP 入力： ```text (product seat, binder_ref, refill_ref) ``` 例： ```text (PDF, A, 03) ``` authoritative durable wiringsを走査する。 ```text matches = [] for each durable wiring: inspect PDF seat if: binder_ref == A refill_ref == 03 → match ``` 結果： ```text 0 matches → NO EXISTING WIRING 1 match → UNIQUE EXISTING WIRING 2+ matches → INVALID / AMBIGUOUS → FAIL CLOSED ``` これだけ。 別membership tableはいらない。 --- ## 5. WIRING → COMPLETE MEMBERSHIP 1件見つかったら、**見つかったそのdurable wiring record自体が完全なmembership**。 だから、 ```text PDF A-03 ↓ scan ↓ Wiring α found ↓ return Wiring α ``` 結果： ```text Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 ``` となる。 さらに、 ```text PDF A-03 → membership ID → wiring ID → wiring table → members ``` みたいな世界一周は不要ｗ **見つけた配線が答え。** --- ## 6. WRITE-TIME UNIQUENESS WRITEでも**同じdurable wiringsを走査する。** 新しい結果として、 ```text Counter A-07 Timestamp A-05 Serial A-09 PDF A-03 ``` をcommitしたいなら、参加する各Refillについて既存membershipを検索。 ```text Counter A-07 → lookup Timestamp A-05 → lookup Serial A-09 → lookup PDF A-03 → lookup ``` 各結果を、 ```text 0 same wiring other wiring 2+ ``` へ分類する。 **全requested membersが安全だと判定されるまで書かない。** したがって、 ```text CHECK ALL ↓ ALL SAFE ↓ COMMIT ``` であって、 ```text Counter WRITE ↓ Timestamp WRITE ↓ あ、Serial衝突した ``` は禁止。 PART 2の > Do not partially commit a wiring を自然に満たす。 --- ## 7. SAME-WIRING CASE **duplicate membershipを書かない。** 例えば既存： ```text Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 ``` に対してPDF A-03を含む同じ配線操作をした場合、 ```text PDF A-03 → 1 match → target wiring itself → ALREADY MEMBER ``` で終了。 新しいmembership objectも、新しいWiringも作らない。 **既に刺さってるコンセントをもう一本描かない★** --- ## 8. OTHER-WIRING COLLISION CASE 例えばPDF A-03がWiring αに存在する状態で、Wiring βへPDF A-03を入れようとする。 ```text lookup(PDF, A, 03) ↓ 1 match ↓ match != requested target wiring ↓ COLLISION ``` 結果： **NO AUTOMATIC TAKEOVER** **NO SECOND MEMBERSHIP** **NO SILENT DETACH** **NO NORMAL COMMIT** → **existing human conflict boundary** Cancelならdurable truthは変更なし。 explicit transferの最終UI/commit sequenceは今回設計しない。 --- ## 9. CORRUPT 2+ CASE **FAIL CLOSED。十分。** ```text PDF A-03 ↓ Wiring α match Wiring γ match ↓ 2 memberships ↓ INVALID / AMBIGUOUS ↓ STOP ``` どちらが正しいか判断しない。 修理もしない。 今回の通常write pathがこれを新しく作れる設計にもしてはいけない。 --- ## 10. ABSENT PRODUCT BEHAVIOR **Stored wiring survives.** 例えば、 ```text Counter A-07 Timestamp A-02 ← plugin unavailable Serial A-01 PDF A-03 ``` でも保存されたrelationshipはそのまま。 ```text Timestamp unavailable ≠ Timestamp membership deleted ``` Product availabilityはruntime/rendering側の別事実。 durable relationship truthをavailabilityで書き換えない。 固定席も崩さない。既存の4席固定思想では、製品不在でも席を詰めないこと自体が操作事故防止仕様になっている。fileciteturn2file9L1457-L1464 --- ## 11. PRODUCT LOAD RECALL **YES — ANY MEMBER RECALLS THE SAME COMPLETE WIRING.** 保存が、 ```text Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 ``` なら、 ```text Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 ``` どれをlookup keyにしても、同じrecordへmatchする。 したがって、 ```text PDF A-03 LOAD → Wiring α Counter A-07 LOAD → Wiring α Timestamp A-02 LOAD → Wiring α Serial A-01 LOAD → Wiring α ``` になる。 entry pointによる意味差なし。 --- ## 12. STORAGE / INDEX NECESSITY **NO — SEPARATE MEMBERSHIP INDEX IS NOT REQUIRED.** これが今回いちばん怠惰にできるところｗ 固定席は4つしかない。 しかもこれは大規模routing databaseではなく、小さなWordPress facility。 したがって現段階では、 ```text durable wiring truth + linear scan ``` で十分。 別途、 ```text Refill → wiring index ``` を保存すると、 - wiring truth - lookup index という**二つの永続状態を一致させる責任**が生える。 そしてその瞬間、 > 「index更新されたけどwiring更新失敗したら？」 という、今存在しない事故を自分から作るｗ なので作らない。 将来、**実測で**走査が問題になったときだけoptimizationとして再検討すればいい。 現在は不要。 --- ## 13. COMMON BOOTSTRAP IMPACT Bootstrapが後で共通提供すべき最小contractはかなり小さい。 ```text 1. READ authoritative durable wirings 2. LOOKUP by canonical Product Refill identity (product seat, binder_ref, refill_ref) 3. RETURN: 0 1 + complete wiring 2+ invalid 4. PRE-COMMIT membership validation using that SAME durable truth 5. COMMIT complete validated wiring change 6. PRESERVE stored relationship regardless of current product availability ``` 加えて既存bootstrap境界： - whichever participating product loads first - one shared implementation authority - no per-product copies of shared truth - deactivating one product must not destroy common routing truth - uninstall must not casually erase it はそのまま。 **今回のcontractから新しいbootstrap subsystemは生えない。** --- ## 14. WATCH **WATCH 1 — technical storage key stability** 内部配列key等を使うこと自体は問題なし。 ただし後の実装で、それをいつの間にか、 ```text Wiring #17 Assembly 17 route_id=17 ``` みたいなbusiness identityに昇格させないこと。 **WATCH 2 — explicit transfer** collision検出後のhuman transferは既存境界を再利用するが、最終UI・commit sequenceは今回未設計。 **WATCH 3 — whole-result commit** write時は参加予定Refillを全部検査してからcomplete relationshipをcommitする必要がある。 これはrollback engineを要求しているのではない。 **部分書きをしない**というだけ。 --- ## 15. BLOCK **CURRENT CORE BLOCK: NONE** 将来BLOCKになる条件： ```text legitimate normal operation → same Product Refill appears in 2 durable wirings ``` または、 ```text lookup → 2+ existing memberships ``` ならその操作はFAIL CLOSED。 --- ## 16. SMALLEST NEXT STEP **DURABLE WIRING / REFILL MEMBERSHIP CONTRACT は固定可能。** 次は予定していた、 # COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT へ進める。 そこで決めるべきなのはstorageを賢くすることではなく、 > **この小さな共通truthと共通functionsを、Counter / Timestamp / Serial / PDF のどれが先にロードされても、一個だけ安全に提供する方法。** そこだけ。 --- ```text CHECK LOG MODE: ARCHITECTURE CONTRACT / READ ONLY CONSTRUCTION: NO SOURCE MODIFICATION: NO RUNTIME QA: NO AUTHORITATIVE TRUTH: DURABLE WIRING RECORDS ONLY WIRING SHAPE: FOUR FIXED PRODUCT SEATS ZERO OR ONE REFILL PER SEAT REFILL IDENTITY: (product seat, binder_ref, refill_ref) BUSINESS WIRING ID: NO INTERNAL TECHNICAL KEY: ALLOWED IF NEEDED NOT BUSINESS IDENTITY REFILL → WIRING LOOKUP: SCAN AUTHORITATIVE WIRINGS 0: NO WIRING 1: RETURN COMPLETE MATCHED WIRING 2+: FAIL CLOSED SEPARATE MEMBERSHIP INDEX: NO SEPARATE RECALL CACHE: NO WRITE GUARD: SAME AUTHORITATIVE TRUTH SAME-WIRING MEMBERSHIP: NO DUPLICATE WRITE OTHER-WIRING MEMBERSHIP: COLLISION / HUMAN BOUNDARY AUTOMATIC TAKEOVER: NO ABSENT PRODUCT: PRESERVE STORED WIRE PARTIAL COMMIT: NO CURRENT BLOCK: NONE NEXT: COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT ``` 要するに―― **配線を配線のまま保存する。 探すときは配線を見る。 見つけた配線をそのまま返す。** 検索を楽にするための「配線名簿」を別に作らないから、**名簿と配線が食い違う事故そのものが存在しない★** これはかなり綺麗。 相談：なし。 [USER] 🕊️ KAIA COMMON SWITCHBOARD REGISTRY IDENTITY ARCHITECTURE AUDIT PHASE 1 STANDALONE FRONT ASSUMPTION READ-ONLY AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO REGISTRY MODIFICATION NO SOURCE MODIFICATION NO RUNTIME QA ================================================== ROLE ================================================== Continue as the Kaia Common Switchboard / Central Distribution specialist. This is a deliberately isolated architecture comparison audit. For THIS PHASE ONLY: assume that Kaia Common Switchboard is deployed as an independent standalone WordPress plugin / standalone common front facility. Do NOT apply the later distributed common-surface architecture. Do NOT argue against the assumption. Treat the standalone-front model as the hypothetical deployment model for this audit and determine what Registry identity treatment would naturally follow from it. ================================================== EVIDENCE PROVIDED ================================================== Use the attached current Registry snapshot as authoritative Registry evidence: kaia-root-registry-20260909-015813.md Read the actual Registry. Do NOT reconstruct Registry identities from memory. Do NOT invent missing numbers. The snapshot contains the current identity system including: - KAI identity - company_id - catalog_path - CNT - version - status - issued_at - former_identity - notes It also contains existing product and infrastructure entries including the current Counter / Timestamp / Serial / PDF identities and existing Shared Socket infrastructure. ================================================== IMPORTANT EXPERIMENT BOUNDARY ================================================== This is PHASE 1. You are NOT yet being asked: "How should identity work under the currently accepted distributed Common Switchboard architecture?" That will be a separate PHASE 2 audit. For PHASE 1, reason only from: 1. the supplied Registry evidence 2. existing Kaia identity semantics evidenced by that Registry 3. the hypothetical assumption that Common Switchboard is an independent standalone plugin / standalone common front facility Do not contaminate the result with the later deployment answer. ================================================== HYPOTHETICAL ENTITY ================================================== Assume conceptually: Plugin Name: Kaia Common Switchboard Role: independent common routing / front facility Relationship: used by Counter / Timestamp / Serial / PDF Deployment: standalone WordPress plugin It is NOT one of those four product plugins. For this audit, treat it as independently deployed. ================================================== PRIMARY QUESTION ================================================== Under that standalone assumption: WHAT REGISTRY IDENTITY TREATMENT WOULD BE NATURAL AND CONSISTENT WITH THE CURRENT ROOT REGISTRY? Determine whether a standalone Kaia Common Switchboard would naturally require or justify: - its own KAI identity - its own company_id - a catalog_path - CNT assignment - reuse of an existing CNT - a new CNT - relationship to existing Shared Socket infrastructure - former_identity treatment - any product identity changes Do NOT allocate actual new numbers. This is an identity-architecture audit, not a Registry issuance task. ================================================== EXISTING SHARED INFRASTRUCTURE ================================================== Pay particular attention to the Registry evidence for existing shared infrastructure, including: Kaia Counter Shared Socket Kaia Counter Shared Socket — Implementation Contract Kaia Counter Shared UI Color Reference Socket Determine what those entries mean for the hypothetical standalone Common Switchboard. Possible relationships may include, for example: - separate entity - successor - consumer - broader common infrastructure - unrelated identity layer - something else supported by evidence Do NOT assume which one is correct. Do NOT silently repurpose an existing Registry entry. ================================================== CNT QUESTION ================================================== Do not treat CNT as merely a number that must always be newly created. Audit what CNT appears to represent in the supplied Registry. Then determine whether the hypothetical standalone Common Switchboard would naturally: A. belong under an existing CNT B. require a new CNT category C. not require CNT treatment in the way initially assumed D. remain unresolved from current evidence Explain why. Do NOT invent a CNT number. ================================================== KAI / COMPANY_ID QUESTION ================================================== Determine from the Registry evidence whether an independently deployed standalone plugin of this kind would naturally be treated as a distinct registered entity requiring: KAI and/or company_id. Separate: product identity infrastructure identity implementation-contract identity Do not collapse these categories merely because they are technically related. ================================================== FORMER IDENTITY ================================================== The Registry contains former_identity lineage for migrated historical entries. Determine whether a brand-new standalone Common Switchboard would have any legitimate former_identity at all. Do NOT manufacture lineage. If it has no historical predecessor identity: say NONE / NOT APPLICABLE. Existing prototype names or development artifacts do NOT automatically become Registry former_identity. ================================================== EXISTING PRODUCT IDENTITIES ================================================== Audit whether creating the hypothetical standalone Common Switchboard would require changing the Registry identities of: - Counter - Timestamp - Serial - PDF Default expectation: a new independent facility should not rewrite unrelated existing identity merely because it connects them. But verify against the supplied Registry rather than assuming. ================================================== ID UPDATE / IMPLEMENTATION TIMING ================================================== There is a separately planned future product ID update / identity finishing opportunity. Do NOT perform it. Instead determine whether, UNDER THE STANDALONE ASSUMPTION: Common Switchboard Registry treatment and that planned ID update could safely be performed during the same future product-opening / implementation cycle. Separate: SAME IMPLEMENTATION WINDOW IS CONVENIENT from: THE IDENTITIES ARE ARCHITECTURALLY DEPENDENT. Do not create dependency merely to save work. ================================================== DEV1 BOUNDARY ================================================== Historical prototype: Kaia Common Switchboard v0.1.0-dev1 remains: NOT ADOPTED NOT ACTIVATED HISTORICAL PROTOTYPE Do NOT modify it. Do NOT infer that its plugin name automatically grants it Registry identity. Do NOT issue Registry identity to dev1. The question is about the hypothetical standalone deployment architecture, not prototype promotion. ================================================== RETURN REPORT ================================================== Return: 1. STANDALONE IDENTITY VERDICT Choose: A — STANDALONE FRONT NATURALLY REQUIRES DISTINCT REGISTRY IDENTITY B — STANDALONE FRONT CAN NATURALLY REUSE AN EXISTING INFRASTRUCTURE IDENTITY C — STANDALONE FRONT DOES NOT REQUIRE DISTINCT REGISTRY IDENTITY D — CURRENT REGISTRY EVIDENCE IS INSUFFICIENT 2. KAI Would a production standalone Common Switchboard naturally require its own KAI identity? YES / NO / UNRESOLVED Explain from Registry evidence. 3. COMPANY_ID Would it naturally require its own company_id? YES / NO / UNRESOLVED 4. CATALOG_PATH What conceptual Registry location would be natural? Do not invent a final path if evidence does not support one. 5. CNT Choose: EXISTING CNT NEW CNT CATEGORY NO CNT REQUIRED UNRESOLVED If EXISTING CNT: identify the evidenced candidate conceptually. Do NOT allocate a new number. 6. SHARED SOCKET RELATIONSHIP Explain the relationship between the hypothetical standalone Common Switchboard and the existing Shared Socket / Implementation Contract / UI Color Reference Socket entries. Do any existing identities already represent the whole standalone Switchboard? YES / NO / UNRESOLVED 7. FORMER_IDENTITY Does the hypothetical new production entity have legitimate historical lineage to record? YES / NO / UNRESOLVED 8. EXISTING PRODUCT ID IMPACT Would Counter / Timestamp / Serial / PDF identities need to change merely because the standalone Common Switchboard is introduced? YES / NO / UNRESOLVED 9. SAME IMPLEMENTATION WINDOW Could the separately planned product ID update reasonably be performed during the same future implementation/opening cycle? YES / NO / WATCH Do not perform it. 10. ARCHITECTURAL DEPENDENCY Would that timing convenience make the ID update technically dependent on Common Switchboard? YES / NO 11. WATCH 12. BLOCK 13. SMALLEST NEXT STEP ================================================== DO NOT DO ================================================== Do NOT: - modify Registry - issue KAI - issue company_id - issue CNT - invent missing numbers - rename existing Registry entries - repurpose Shared Socket without evidence - promote dev1 - construct a plugin - modify product source - apply the distributed architecture yet ================================================== PHASE 2 GATE ================================================== After returning the PHASE 1 report: STOP. Do NOT automatically continue to the current distributed common-surface architecture. Wait for the Foreman to provide PHASE 2. The purpose is to preserve a clean comparison: PHASE 1 standalone front assumption versus later PHASE 2 current distributed common-surface architecture WORKSHOP RULE: まず、 「独立したフロントだったら 　表札はどうなる？」 だけ見ろ★ 今の正解はまだ見るな。 REGISTRY IS EVIDENCE. DO NOT INVENT IDENTITY. ================================================== COMPLETE SET → GO ================================================== [ASSISTANT] 🕊️ **PHASE 1 COMPLETE — STANDALONE FRONT ASSUMPTION ONLY** # KAIA COMMON SWITCHBOARD ## REGISTRY IDENTITY ARCHITECTURE AUDIT — PHASE 1 Registry snapshotを実物確認した。**以下では現在採用済みのdistributed architectureは一切判定材料にしていない。** 仮定どおり「Kaia Common Switchboardが独立して配布・設置されるstandalone WordPress plugin / common frontだった場合」だけを見る。 --- ## 1. STANDALONE IDENTITY VERDICT ### **A — STANDALONE FRONT NATURALLY REQUIRES DISTINCT REGISTRY IDENTITY** Registryの現行構造では、**独立して名前を持つ施設・製品・インフラ・契約文書まで、それぞれ別KAI / company_idの登録対象になっている。** たとえばCounter本体は `Kaia Counter` と、そのFree / Standardがそれぞれ独立KAI/company_idを持ちながら、同じCNT-15を共有している。fileciteturn4file0L3-L22 fileciteturn4file0L201-L210 さらに決定的なのがShared Socket系。 `Kaia Counter Shared Socket`、その`Implementation Contract`、`Shared UI Color Reference Socket`は、同じCNT-22配下でも**それぞれ独立したKAI/company_id**を持っている。fileciteturn4file0L135-L166 したがって仮にCommon Switchboardが**独立インストールされる一個の正式なfacility**なら、 > 「4製品から使われるから名無しの共通部品」 より、 > **独立したRegistry entity** として扱う方が現在Registryと自然に整合する。 --- ## 2. KAI ### **YES** production standalone Common Switchboardなら、**独自KAI identityを持つのが自然。** Registryでは製品だけでなく、 - Shared Socket infrastructure - Implementation Contract - UI Color Reference Socket - Rules - Internal Tools まで独立KAIが発行されている。fileciteturn4file0L135-L166 fileciteturn4file0L267-L308 したがって、 ```text Kaia Common Switchboard = independently deployed named facility → distinct KAI is consistent ``` ただし**番号は今回発行しない。** --- ## 3. COMPANY_ID ### **YES** 同じ理由でdistinct `company_id` も自然。 現RegistryではKAI entryごとにcompany_idが付いており、同一CNTの親/grade/infrastructure/contractでも共有していない。 たとえばCounter familyでも、Counter、Free、Standardがそれぞれ別company_id。fileciteturn4file0L3-L22 fileciteturn4file0L201-L210 Shared SocketとImplementation Contractも別company_id。fileciteturn4file0L135-L155 よってstandalone Switchboardにも**独立company_id**がRegistry様式上自然。 番号は発行しない。 --- ## 4. CATALOG_PATH 自然なのは、 ### **Kaia Memoria配下の独立common infrastructure / facility位置** まで。 ただし**最終pathはUNRESOLVED**。 現在のshared infrastructureは、 ```text Kaia Memoria / Counter / Infrastructure / Shared Socket ``` に存在する。fileciteturn4file0L135-L150 一方、今回仮定しているCommon SwitchboardはCounter専用ではなく、 ```text Counter Timestamp Serial PDF ``` を横断する独立facility。 そのため、証拠なしに ```text Kaia Memoria / Counter / Infrastructure / Common Switchboard ``` へ押し込むのは不自然。 逆に、 ```text Kaia Memoria / Common Switchboard Kaia Memoria / Infrastructure / Common Switchboard ``` などをここで確定する証拠もない。 **Conceptual location = Kaia Memoria common/shared infrastructure layer. Exact catalog_path = later Registry decision.** --- ## 5. CNT ### **NEW CNT CATEGORY** これがstandalone仮定では一番自然。 Registryを見るとCNTは**個別KAI番号ではなく、同一の概念/family/categoryを束ねるContent Identity**として振る舞っている。 たとえば： - Counter / Counter Free / Counter Standard → CNT-15 fileciteturn4file0L3-L22 fileciteturn4file0L201-L210 - Timestamp family → CNT-16 fileciteturn4file0L25-L45 fileciteturn4file0L212-L221 - PDF family → CNT-18 fileciteturn4file0L58-L78 fileciteturn4file0L234-L243 - Counter Refill family → CNT-20 fileciteturn4file0L91-L133 - Shared Socket infrastructure family → CNT-22 fileciteturn4file0L135-L166 - Counter Stock family → CNT-24 fileciteturn4file0L168-L188 つまり、 ```text KAI/company_id = registered entity CNT = content/concept family ``` という読みがRegistryから強く支持される。 ### なぜCNT-22をそのまま使わないか CNT-22の3件はすべて明示的に**Counter infrastructure**として登録されている。 ```text Kaia Memoria / Counter / Infrastructure / ... ``` fileciteturn4file0L135-L166 仮定上のstandalone SwitchboardはCounterだけのsocketではなく、4製品を横断する**独立common routing/front facility**。 したがってCNT-22を勝手に「Common Switchboard family」へ拡張するのは、既存identityのsilent repurposeになる。 **新しいCNT番号は発行しない。** なおRegistry自身には`cnt: NEW`の現役entryも存在するため、未割当の新conceptをNEWとして扱える仕組みがあることも確認できる。fileciteturn4file0L421-L429 --- ## 6. SHARED SOCKET RELATIONSHIP ### Existing identities already represent the whole standalone Switchboard? ### **NO** 3つを分離すると明瞭。 **Kaia Counter Shared Socket** → Counter Infrastructure内のshared socketそのもの。fileciteturn4file0L135-L144 **Kaia Counter Shared Socket — Implementation Contract** → 同じCNT-22 familyだが、socketそのものとは別Registry entityとして登録されたimplementation contract。fileciteturn4file0L146-L155 **Kaia Counter Shared UI Color Reference Socket** → 同じCNT-22の別infrastructure entity。fileciteturn4file0L157-L166 これらはCommon Switchboardの存在を支える/利用される**既存インフラ系統**にはなり得る。 しかしRegistry evidenceだけでは、 ```text Shared Socket = Common Switchboard ``` とはならない。 standalone仮定では最も自然な関係は： ### **Common Switchboard = separate broader common facility / consumer of compatible socket infrastructure** 少なくとも**successorである証拠はない**。 したがってShared Socketをrename/re-purposeしてSwitchboardにするのは禁止で正しい。 --- ## 7. FORMER_IDENTITY ### **NO — NONE / NOT APPLICABLE** Registryの既存former_identityはすべて、 ```text Kaia Planet Registry | KS-.... ``` という**実在した旧Registry identityからのmigration lineage**として記録されている。たとえばCounter StandardもShared Socketもその形。fileciteturn4file0L3-L12 fileciteturn4file0L135-L144 仮定上のproduction Common Switchboardが**新規正式entity**なら旧Registry identityは存在しない。 `Kaia Common Switchboard v0.1.0-dev1` はprototype artifactであってRegistry predecessorではない。 したがって、 ```text former_identity: NONE / NOT APPLICABLE ``` が自然。 --- ## 8. EXISTING PRODUCT ID IMPACT ### **NO** Counter / Timestamp / Serial / PDFのidentityを変える必要なし。 Registryは既に各product familyを独立identityとして保持している。 - Counter = CNT-15 fileciteturn4file0L201-L210 - Timestamp = CNT-16 fileciteturn4file0L212-L221 - Serial = CNT-17 fileciteturn4file0L223-L232 - PDF = CNT-18 fileciteturn4file0L234-L243 standalone Switchboardを新規entityとして足しても、**接続された既存製品のidentityがSwitchboard identityへ吸収される根拠はない。** --- ## 9. SAME IMPLEMENTATION WINDOW ### **YES** 別途予定されているproduct ID finishing/updateを、standalone Common Switchboard実装のために製品を開く同じ将来cycleで行うこと自体は合理的。 特に各productとの接続境界を確認するなら、同時に既知のidentity finishingを処理することで再度4製品を開く作業を減らせる。 ただしこれは、 ### **WORK WINDOW CONSOLIDATION** でしかない。 Switchboard Registry issuanceとproduct ID updateを同じtransactionにする意味ではない。 --- ## 10. ARCHITECTURAL DEPENDENCY ### **NO** ```text same maintenance/opening window ≠ same identity ≠ dependency ``` Common Switchboardがstandaloneでも、既存製品identityは独立して成立している。 よってproduct ID finishingがSwitchboard完成を待たないと成立しない、という依存関係はRegistry evidenceから生じない。 --- ## 11. WATCH **WATCH — CNT semantics.** Registryの実データから「同じconcept familyが同じCNTを共有する」ことはかなり明瞭だが、snapshotはCNT定義書そのものではない。したがって**standalone Switchboard = NEW CNT CATEGORYが最も自然なarchitecture conclusion**ではあるものの、実際のCNT issuance時にはContent Identity Registry/numbering authorityを通すべき。 **WATCH — catalog_path.** `Kaia Memoria` common/shared layerが自然だが、現在snapshotに`Kaia Memoria / Infrastructure`という独立root例はない。今回勝手に新階層を正式化しない。 **WATCH — Shared Socket lineage.** technical reuse/relationshipはあり得るが、identity successionの証拠はない。Shared Socketをformer_identityにもしない。 --- ## 12. BLOCK ### **NONE for the hypothetical identity architecture.** ただし実際のRegistry issuance時に、 - existing CNT-22を無断repurposeする - dev1をformer_identity扱いする - 新KAI/company_id/CNT番号を推測する - existing product identityを書き換える ならSTOP。 --- ## 13. SMALLEST NEXT STEP ### **STOP HERE — WAIT FOR PHASE 2.** Phase 1 standalone answerを固定すると： ```text STANDALONE COMMON SWITCHBOARD DISTINCT REGISTRY ENTITY: YES OWN KAI: YES OWN COMPANY_ID: YES CATALOG_PATH: KAIA MEMORIA COMMON/SHARED INFRASTRUCTURE CONCEPT EXACT PATH UNRESOLVED CNT: NEW CNT CATEGORY NUMBER NOT ALLOCATED CNT-22: DO NOT REPURPOSE SHARED SOCKET: RELATED EXISTING INFRASTRUCTURE NOT THE WHOLE SWITCHBOARD FORMER_IDENTITY: NONE / NOT APPLICABLE COUNTER / TIMESTAMP / SERIAL / PDF ID CHANGE: NO SAME FUTURE IMPLEMENTATION WINDOW: YES, CONVENIENT ARCHITECTURAL DEPENDENCY: NO DEV1: HISTORICAL PROTOTYPE ONLY NO REGISTRY PROMOTION ``` ### CHECK LOG ```text AUDIT: PHASE 1 / STANDALONE FRONT ASSUMPTION REGISTRY SOURCE: kaia-root-registry-20260909-015813.md ACTUAL REGISTRY READ: YES DISTRIBUTED ARCHITECTURE APPLIED: NO REGISTRY MODIFIED: NO IDENTITY ISSUED: NO CNT NUMBER INVENTED: NO DEV1 PROMOTED: NO RESULT: STANDALONE MODEL NATURALLY PRODUCES A DISTINCT REGISTERED COMMON FACILITY PHASE 2: NOT EXECUTED WAITING FOR FOREMAN ``` つまり今回の仮定だけで見ると、**独立した玄関を一軒建てるなら、ちゃんと独立した表札が要る★** Shared Socketは既存の設備部品であって、その家そのものの表札にはならない、という判定。 ここで止まる。🕊️ 相談：なし。 [USER] 🕊️ KAIA COMMON SWITCHBOARD REGISTRY IDENTITY ARCHITECTURE AUDIT PHASE 2 CURRENT DISTRIBUTED COMMON-SURFACE ASSUMPTION READ-ONLY COMPARISON AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO REGISTRY MODIFICATION NO SOURCE MODIFICATION NO RUNTIME QA NO BOOTSTRAP DESIGN ================================================== ROLE ================================================== Continue as the same Kaia Common Switchboard / Central Distribution specialist who completed: PHASE 1 STANDALONE FRONT ASSUMPTION PHASE 1 is now an accepted comparison baseline. Do NOT reopen or revise the PHASE 1 result. Your task is to apply the SAME Registry evidence to the ACTUAL currently accepted deployment architecture and determine which identity requirements from PHASE 1 survive, disappear, or change. ================================================== EVIDENCE PROVIDED ================================================== Use: 1. your completed PHASE 1 report 2. the attached authoritative Registry snapshot: kaia-root-registry-20260909-015813.md Read the actual Registry again as needed. Do NOT reconstruct Registry identities from memory. Do NOT invent missing numbers. ================================================== PHASE 1 — ACCEPTED BASELINE ================================================== Under the hypothetical STANDALONE deployment assumption, you concluded: STANDALONE COMMON SWITCHBOARD DISTINCT REGISTRY ENTITY: YES OWN KAI: YES OWN COMPANY_ID: YES CATALOG_PATH: Kaia Memoria common/shared infrastructure concept exact path unresolved CNT: NEW CNT CATEGORY number not allocated CNT-22: DO NOT REPURPOSE SHARED SOCKET: related existing infrastructure not the whole Switchboard FORMER_IDENTITY: NONE / NOT APPLICABLE COUNTER / TIMESTAMP / SERIAL / PDF ID CHANGE: NO SAME FUTURE IMPLEMENTATION WINDOW: YES, convenient ARCHITECTURAL DEPENDENCY: NO DEV1: historical prototype only no Registry promotion That result remains valid FOR THE STANDALONE ASSUMPTION. Do not reinterpret it as a mistake. We are now changing the deployment assumption. ================================================== CURRENT ACCEPTED DEPLOYMENT ARCHITECTURE ================================================== There is NO required fifth standalone Common Switchboard product plugin. There is NO independent fifth hotel. Instead: Counter Timestamp Serial PDF remain independent products. Each participating installed product exposes the same standardized Common Switchboard facility/surface at the same conceptual location in its own settings experience. Conceptually: [ PRODUCT BINDER / REFILL / SAVE / LOAD ] ----------------------------------------- [ COMMON SWITCHBOARD ] ----------------------------------------- [ PRODUCT DETAILED SETTINGS ] The human experience is: same hotel chain → same front desk → same location NOT: four hotels plus one separate front-desk hotel. ================================================== CRITICAL DISTINCTION ================================================== The Common Switchboard is COMMON because: - the facility is standardized - routing truth is shared - the same common contract is used It is NOT necessarily: - an independently sold product - an independently installed fifth plugin - an independent commercial product family - a separate human-facing destination Do not assume that a shared technical component automatically requires a new product/facility Registry identity. At the same time: do not assume that distributed packaging automatically means no Registry identity can exist. Use the Registry evidence and PHASE 1 comparison. ================================================== SHARED ROUTING TRUTH ================================================== The accepted architecture has: ONE authoritative shared durable wiring truth. Not: - one routing truth per product - four synchronized copies - one product acting as root/master Each product owns: - its own Refill - its own Product Current Refill truth - its own Save / Load - its own product data - its own detailed behavior The Common Switchboard owns/remembers relationships only. Do NOT turn this audit into routing design. ================================================== DISTRIBUTION vs IDENTITY ================================================== A later implementation may require common code/component material to be available from participating product packages. But this audit must distinguish: A. a commercial/product/facility Registry entity B. a shared infrastructure concept C. an implementation contract D. a distribution copy of shared code E. runtime authority These are not automatically the same thing. In particular: CODE EXISTS does not automatically mean NEW PRODUCT IDENTITY EXISTS. Do not design how the runtime copy is selected. That belongs to the later Bootstrap audit. ================================================== PRIMARY COMPARISON QUESTION ================================================== PHASE 1 established: "If an independent fifth facility exists, a distinct Registry identity naturally follows." Now determine: IF THE FIFTH FACILITY DOES NOT EXIST, WHICH OF THOSE IDENTITY REQUIREMENTS STILL HAVE AN INDEPENDENT REASON TO EXIST? Test separately: - distinct Common Switchboard KAI - distinct Common Switchboard company_id - Common Switchboard catalog_path - NEW CNT category - relationship to CNT-22 - relationship to Shared Socket identities - former_identity - changes to existing product identities Do not preserve a PHASE 1 identity merely because it was already conceptually convenient. ================================================== KAI / COMPANY_ID TEST ================================================== Ask: What exact registered entity would a new KAI/company_id identify under the distributed architecture? If the answer is merely: "the same common UI/component copied or hosted inside existing products" then determine whether that is enough, under actual Registry evidence, to justify a distinct KAI/company_id. However, remember that the Registry already contains infrastructure and implementation-contract identities. Therefore distinguish carefully: COMMON SWITCHBOARD AS FIFTH FACILITY from COMMON SWITCHBOARD AS SHARED INFRASTRUCTURE/CONTRACT. Possible outcomes include: - standalone facility identity disappears entirely - facility identity disappears but an infrastructure/contract identity remains justified - a distinct common infrastructure identity remains justified - evidence is insufficient Do not force a binary answer if Registry semantics support a narrower distinction. ================================================== CNT TEST ================================================== PHASE 1 concluded: NEW CNT CATEGORY because the hypothetical standalone Common Switchboard represented a new cross-product facility concept and CNT-22 was specifically existing Counter Shared Socket infrastructure. Now remove the standalone facility. Ask: Does the distributed Common Switchboard still constitute a distinct Content Identity family requiring its own CNT concept? Or: was the PHASE 1 NEW CNT requirement caused specifically by creating the independent fifth facility? Also test whether existing CNT-22 now becomes sufficient for any narrow shared-infrastructure role. IMPORTANT: Do NOT silently broaden or repurpose CNT-22. If CNT-22 remains specifically Counter Shared Socket infrastructure, say so. If the current distributed architecture still requires a new CNT for a different evidenced reason, explain that reason precisely. Do NOT allocate a number. ================================================== SHARED SOCKET TEST ================================================== Existing Registry evidence includes: Kaia Counter Shared Socket Kaia Counter Shared Socket — Implementation Contract Kaia Counter Shared UI Color Reference Socket PHASE 1 correctly found: these do NOT equal the whole standalone Common Switchboard. Now that there is no standalone Switchboard facility, ask a different question: Do these existing infrastructure identities already cover any or all of the identity role actually needed by the distributed common facility? Possible answers may include: - YES, existing infrastructure identity is sufficient - PARTIALLY, some common contract identity remains missing - NO, a new common infrastructure identity is still justified - UNRESOLVED Do NOT rename or repurpose existing entries. ================================================== EXISTING PRODUCT IDENTITIES ================================================== Counter / Timestamp / Serial / PDF remain independent products. Audit whether distributed Common Switchboard integration itself requires their Registry identities to change. Keep this separate from the separately planned ID finishing/update. Do not say: "we are opening the product anyway, therefore its identity must change." Implementation timing is not identity semantics. ================================================== PLANNED PRODUCT ID UPDATE ================================================== A separately planned product ID finishing/update already exists. The Foreman wants to know whether the future Common Switchboard implementation cycle is a sensible opportunity to perform that planned work at the same time. Audit only: - whether the same product-opening cycle can safely contain both - whether doing so avoids unnecessary repeated product surgery - whether the work remains logically separable - whether one should be allowed to fail without corrupting the other Do NOT perform the ID update. Do NOT redefine its intended contents. Do NOT make Common Switchboard identity depend on that update. ================================================== DEV1 ================================================== Historical artifact: Kaia Common Switchboard v0.1.0-dev1 remains: NOT ADOPTED NOT ACTIVATED HISTORICAL PROTOTYPE Its historical STATIC PASS remains historically valid. Do NOT: - promote it - assign it identity - use its standalone plugin existence as proof that the current distributed architecture needs a standalone identity - modify it ================================================== BOOTSTRAP FIREWALL ================================================== DO NOT DESIGN THE BOOTSTRAP YET. Do not solve: - load order - which product supplies common code first - version drift - duplicate function definitions - runtime implementation selection - uninstall ownership - common storage bootstrap - compatibility negotiation Those questions come AFTER the identity comparison is fixed. This phase answers only: WHAT IS THE THING? not: HOW DOES THE THING LOAD? ================================================== RETURN REPORT ================================================== Return: 1. PHASE 2 IDENTITY VERDICT Choose the closest result: A — DISTRIBUTED COMMON SURFACE STILL NATURALLY REQUIRES A DISTINCT COMMON SWITCHBOARD REGISTRY ENTITY B — STANDALONE FACILITY IDENTITY DISAPPEARS, BUT A NARROWER DISTINCT COMMON INFRASTRUCTURE / CONTRACT IDENTITY REMAINS JUSTIFIED C — NO NEW COMMON SWITCHBOARD REGISTRY IDENTITY IS REQUIRED; EXISTING IDENTITIES ARE SUFFICIENT D — CURRENT REGISTRY EVIDENCE IS INSUFFICIENT 2. PHASE 1 → PHASE 2 DIFFERENCE For each item state: SURVIVES DISAPPEARS CHANGES UNRESOLVED for: - standalone facility identity - KAI - company_id - catalog_path - NEW CNT category - CNT-22 relationship - Shared Socket relationship - former_identity - existing product ID impact 3. KAI Under CURRENT distributed architecture: Does Common Switchboard itself require a new KAI? YES / NO / NARROWER ENTITY ONLY / UNRESOLVED State exactly what that KAI would identify if YES or NARROWER ENTITY ONLY. 4. COMPANY_ID Same analysis. 5. CNT Choose: NEW CNT CATEGORY EXISTING CNT SUFFICIENT NO NEW CNT REQUIRED NARROWER CONCEPT MAY REQUIRE CNT UNRESOLVED Do NOT allocate a number. 6. CNT-22 Does CNT-22 remain specifically the existing Counter Shared Socket family? YES / NO / UNRESOLVED Can it be reused without silent semantic repurposing? YES / NO / ONLY FOR ITS EXISTING ROLE / UNRESOLVED 7. SHARED SOCKET RELATIONSHIP Under the distributed architecture, what identity role is already covered by: - Shared Socket - Implementation Contract - Shared UI Color Reference Socket What, if anything, remains uncovered? 8. FIFTH FACILITY Does any independent fifth human/product/facility entity remain? YES / NO If NO: explicitly state whether the PHASE 1 standalone facility KAI / company_id / NEW CNT requirement therefore loses its original reason. 9. EXISTING PRODUCT ID IMPACT Does Common Switchboard integration itself require changing: - Counter identity - Timestamp identity - Serial identity - PDF identity YES / NO / UNRESOLVED 10. PLANNED ID UPDATE — SAME WORK WINDOW Can the separately planned ID finishing/update be performed during the same future product-opening / Common Switchboard implementation cycle? YES / NO / WATCH 11. PLANNED ID UPDATE — INDEPENDENCE Confirm whether: same implementation window ≠ same architecture dependency. Can these remain separately verifiable changes? YES / NO / WATCH 12. REGISTRY WORK ACTUALLY REQUIRED List only Registry actions that would truly be required by the CURRENT distributed architecture. Examples: NONE or NEW INFRASTRUCTURE ENTITY REQUIRED but no standalone facility identity etc. Do NOT issue anything. 13. WHAT PHASE 1 TAUGHT US State briefly what identity machinery existed only because we had hypothetically created a separate fifth facility. 14. WATCH 15. BLOCK 16. SMALLEST NEXT STEP ================================================== STOP CONDITIONS ================================================== STOP rather than invent if: - Registry evidence cannot distinguish facility identity from shared infrastructure identity - CNT semantics are insufficient - a new identity would exist only because "Common sounds important" - existing CNT-22 would need semantic rewriting to make the answer work Do NOT create an identity merely to have somewhere to put shared code. Do NOT remove a legitimate infrastructure identity merely because there is no standalone plugin. ================================================== COMPARISON RULE ================================================== PHASE 1 asked: "If we build a separate house, what address does the house need?" PHASE 2 asks: "There is no separate house. The same front desk exists inside the four existing hotels. Which address requirements were actually the house's, and which belong to the shared infrastructure itself?" Do not answer a loading question. Do not answer a construction question. Answer the identity question. WORKSHOP RULE: 家を消したぞ★ 表札まで残るなら、 「その表札はいったい何の表札なのか」 を説明せよ。 説明できない表札は生やすな。 でも、 設備そのものに正当な表札が必要なら 一緒に斬るな★ ================================================== COMPLETE SET → GO ================================================== [ASSISTANT] 🕊️ **PHASE 2 COMPLETE — CURRENT DISTRIBUTED COMMON-SURFACE ASSUMPTION ONLY** # KAIA COMMON SWITCHBOARD ## REGISTRY IDENTITY ARCHITECTURE AUDIT — PHASE 2 Registry snapshotを再読した。今回はPHASE 1の結果を変更せず、**「独立した第五施設を消したとき、何の表札がまだ必要なのか」だけを比較した。** ## 1. PHASE 2 IDENTITY VERDICT ### **B — STANDALONE FACILITY IDENTITY DISAPPEARS, BUT A NARROWER DISTINCT COMMON INFRASTRUCTURE / CONTRACT IDENTITY REMAINS JUSTIFIED** ただし重要なのは、 > **「Common Switchboard」という第五製品の表札を残す、というBではない。** PHASE 1でKAI/company_id/NEW CNTが必要になった直接理由だった**独立standalone facilityは消える。** 一方Registryは、製品以外の**Infrastructureそのもの**や**Implementation Contractそのもの**にも独立KAI/company_idを与える実例を持つ。実際、Counter Shared Socket、Implementation Contract、UI Color Reference Socketは、それぞれ別KAI/company_idを持ちながらCNT-22を共有している。fileciteturn5file0L143-L174 そして現在architectureには、製品4つとは別の概念として、 ```text id="m7q09d" ONE shared durable routing truth ONE standardized common routing contract ONE common facility/surface concept ``` が残る。 したがって**第五製品identityは不要**だが、cross-product shared routing infrastructure/contractをRegistryで正式管理するなら、その**狭いinfrastructure identity**にはRegistry上の正当な居場所がある。 --- ## 2. PHASE 1 → PHASE 2 DIFFERENCE | Item | Result | Phase 2 | |---|---|---| | standalone facility identity | **DISAPPEARS** | 第五施設そのものが存在しない | | KAI | **CHANGES** | standalone product/facility用は消滅。shared infrastructure/contract用なら正当化可能 | | company_id | **CHANGES** | 同上 | | catalog_path | **CHANGES** | standalone facility path不要。必要ならshared infrastructure/contractのpath | | NEW CNT category | **CHANGES** | standalone facilityを理由とするNEW CNTは消滅。ただしcross-product infrastructure conceptとして別途必要になる可能性 | | CNT-22 relationship | **SURVIVES** | Counter Shared Socket familyのまま。勝手に拡張しない | | Shared Socket relationship | **CHANGES** | standalone Switchboardの部品候補から、distributed common infrastructureとの既存接続基盤としてより近い関係になる | | former_identity | **SURVIVES** | NONE / N/A | | existing product ID impact | **SURVIVES** | integrationだけを理由に変更不要 | --- ## 3. KAI ### **NARROWER ENTITY ONLY** **Common Switchboardという第五施設には新KAI不要。** しかしKAIを作るとすれば、それが識別するものは明確に： > **Counter / Timestamp / Serial / PDFを横断するCommon Routing Infrastructureまたはそのformal contract** でなければならない。 「各製品に入っている同じPHP/UIコードのコピー」にはKAIを生やす根拠がない。 Registryは実装契約そのものを独立登録できることを明示している。`Kaia Counter Shared Socket — Implementation Contract` はShared Socket本体とは別KAIである。fileciteturn5file0L143-L163 したがって、 ```text id="rhp6k8" COMMON CODE COPY → NO KAI FIFTH FACILITY → DOES NOT EXIST FORMAL CROSS-PRODUCT SHARED INFRASTRUCTURE / CONTRACT → DISTINCT KAI CAN BE JUSTIFIED ``` という切り分け。 --- ## 4. COMPANY_ID ### **NARROWER ENTITY ONLY** KAIと同じ。 RegistryではInfrastructureとImplementation Contractの各entryがそれぞれ独立company_idを持つ。fileciteturn5file0L143-L174 よって正式なcross-product shared infrastructure/contract entityを登録するならcompany_idも自然。 ただし**distributed code package一式ごとにcompany_idを作る話ではない。** --- ## 5. CNT ### **NARROWER CONCEPT MAY REQUIRE CNT** ここはPHASE 1から明確に変わる。 ### 消えたもの PHASE 1の、 ```text id="3smfuf" standalone Common Switchboard facility → NEW CNT CATEGORY ``` という理由は**消滅した**。 家がないので、その家の商品/facility family CNTはいらない。 ### まだ残り得るもの ただしRegistryではCNTがKAI一件ごとの番号ではなく、関連concept familyを束ねている。 Counter本体/Free/StandardはCNT-15、Timestamp系はCNT-16。fileciteturn5file0L11-L31 fileciteturn5file0L209-L229 同様にShared Socket / Implementation Contract / UI Color Reference SocketはCNT-22を共有する。fileciteturn5file0L143-L174 したがって、将来Registryが > **cross-product Common Routing Infrastructure** を正式なContent Identity conceptとして登録すると決めた場合には、そこにCNT treatmentが必要になる可能性がある。 しかしそれは**standalone Switchboard CNTではない。** 現snapshotだけから「必ず新CNT」とまでは言えないので、 ### **NARROWER CONCEPT MAY REQUIRE CNT** が最も証拠に忠実。 番号はもちろん発行しない。 --- ## 6. CNT-22 ### CNT-22 remains specifically existing Counter Shared Socket family? **YES.** 全3entryのcatalog_pathが明示的に、 ```text id="ztdqor" Kaia Memoria / Counter / Infrastructure / ... ``` である。fileciteturn5file0L143-L174 ### Can CNT-22 be reused without semantic repurposing? ### **ONLY FOR ITS EXISTING ROLE** Counter Shared Socketとそのcontract/reference infrastructureとして使うのは当然よい。 しかし、 ```text id="mj8wpz" CNT-22 = Counter/Timestamp/Serial/PDF横断 Common Switchboard infrastructure family ``` へ勝手に意味を広げることはできない。 **distributed architectureになったからCNT-22が突然Common Switchboard CNTへ進化するわけではない★** --- ## 7. SHARED SOCKET RELATIONSHIP 現在既にRegistryがカバーしているのは： **Shared Socket** Counter側のshared socket infrastructure。fileciteturn5file0L143-L152 **Shared Socket — Implementation Contract** その実装契約。fileciteturn5file0L154-L163 **Shared UI Color Reference Socket** Counter infrastructure内のshared UI color reference socket。fileciteturn5file0L165-L174 ### Covered Counterが共通世界へ情報を出す既存socket infrastructureと、そのcontract/reference identity。 ### Uncovered Registry snapshotには、 > **Counter / Timestamp / Serial / PDF横断のdurable wiring relationship authority / common routing infrastructure** を明示的に登録したentryは存在しない。 ここがB判定の「narrower entity」。 ただし、 **「未登録だから今すぐ新KAI/CNTを作れ」ではない。** 後のarchitecture finishingで、そのcommon routing infrastructure/contractをRegistry管理対象にする必要があると確定した場合だけ正式登録すればいい。 --- ## 8. FIFTH FACILITY ### **NO** 独立した第五human/product/facility entityは存在しない。 したがってPHASE 1の、 ```text id="ph5cyg" standalone facility → own KAI → own company_id → NEW CNT category → standalone catalog_path ``` という**元の理由は完全に消える。** これをdistributed architectureへそのまま持ってくるのは、 > **家を取り壊したのに玄関の表札だけ空中に残す** 状態ｗ 残せる表札があるとすれば、それは**別のもの――shared infrastructure/contract――の表札**でなければならない。 --- ## 9. EXISTING PRODUCT ID IMPACT ### **NO — ALL FOUR** Common Switchboard integrationそのものは、 - Counter identity — **NO CHANGE REQUIRED** - Timestamp identity — **NO CHANGE REQUIRED** - Serial identity — **NO CHANGE REQUIRED** - PDF identity — **NO CHANGE REQUIRED** Registry上でも4製品は独立familyとして明瞭に存在する。 Counter CNT-15、Timestamp CNT-16、Serial CNT-17、PDF CNT-18。fileciteturn5file0L209-L251 shared routingを利用することはproduct identityの変更理由にならない。 --- ## 10. PLANNED ID UPDATE — SAME WORK WINDOW ### **YES** 別途予定済みのID finishing/updateを、Common Switchboard実装のため各製品を開く同じcycleで行うのは合理的。 理由は単純に、 ```text id="64hwr7" OPEN PRODUCT → planned identity finishing → common-surface integration → inspect → close product ``` とでき、後日また同じ製品を開いて触る回数を減らせるから。 ただし、**同時施工が便利というだけ。** --- ## 11. PLANNED ID UPDATE — INDEPENDENCE ### **YES** ```text id="cbmwmz" SAME IMPLEMENTATION WINDOW ≠ SAME ARCHITECTURAL DEPENDENCY ``` 別々に検証可能であるべき。 ID finishing failureがCommon Switchboard routing truthを壊してはいけない。 Common Switchboard integration failureが既存product identityを中途半端に書き換えてもいけない。 **一緒に靴を履けるが、靴紐は別★** --- ## 12. REGISTRY WORK ACTUALLY REQUIRED ### **CURRENTLY: NO STANDALONE COMMON SWITCHBOARD REGISTRY ACTION REQUIRED** 具体的に不要： ```text id="nuxxsf" NO standalone Common Switchboard KAI NO standalone company_id NO standalone catalog_path NO standalone NEW CNT NO dev1 promotion NO product identity rewrite NO CNT-22 repurpose ``` ### Potential later Registry work **ONLY IF the cross-product shared routing infrastructure / formal contract is itself selected as a Registry-managed entity:** ```text id="3gg91b" NEW COMMON INFRASTRUCTURE / CONTRACT ENTITY MAY BE JUSTIFIED ``` その場合でも、 **standalone facility identityではない。** また今回の証拠だけでは、そのnarrow entityに新CNTが必須かまで確定しない。 --- ## 13. WHAT PHASE 1 TAUGHT US PHASE 1で必要だったidentity machineryのうち、 - standalone Common Switchboard KAI - standalone company_id - standalone catalog_path - standalone facilityとしてのNEW CNT category は、 ### **「独立した第五施設を作った」から必要だった。** 第五施設を消すと、その理由も消える。 一方、 > **shared infrastructure / formal implementation contractもRegistry entityになり得る** というRegistry semanticsは残る。 ここを一緒に消してはいけなかった。 これがPHASE 1→2比較で切れた境界。 --- ## 14. WATCH **WATCH — Common routing infrastructure registration.** Cross-product durable routing truth/contractは概念として存在する。しかし「概念が存在する」ことと「Registryへ独立entityとして登録する」は同義ではない。後で正式管理対象にする理由が明確になってから登録判断する。 **WATCH — CNT.** CNT-22はCounter Shared Socket familyとして固定。fileciteturn5file0L143-L174 新しいcross-product infrastructure conceptを正式登録する場合のCNT treatmentは、その時点のContent Identity authorityで判断する。RegistryにはContent Identity Registry自体がauthoritative artifactとして存在する。fileciteturn5file0L352-L361 **WATCH — code ≠ identity.** 後のBootstrapで同じcommon codeが4製品に入っても、4コピーのRegistry entityを作る根拠にはしない。 --- ## 15. BLOCK ### **CORE IDENTITY BLOCK: NONE** ただし以下ならSTOP： ```text id="w5vjz9" "Common sounds important" → invent KAI distributed code copy → invent company_id CNT-22 → silently redefine as cross-product Switchboard dev1 standalone plugin → promote as current identity ``` どれも証拠なし。 --- ## 16. SMALLEST NEXT STEP ### **IDENTITY COMPARISON CAN BE FROZEN.** 次は予定どおり、 # COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT へ進める。 そこで初めて、 > **表札ではなく、共通設備を四つのホテルのどこから安全に起動するか** を見る。 今回そこには入らない。 ```text id="9nh48e" CHECK LOG AUDIT: REGISTRY IDENTITY ARCHITECTURE PHASE 2 DEPLOYMENT: CURRENT DISTRIBUTED COMMON SURFACE REGISTRY: ACTUAL SNAPSHOT RE-READ PHASE 1: PRESERVED AS VALID STANDALONE BASELINE FIFTH FACILITY: NO STANDALONE KAI: NO STANDALONE COMPANY_ID: NO STANDALONE CNT: NO NARROW COMMON INFRASTRUCTURE / CONTRACT IDENTITY: JUSTIFIABLE IF FORMALLY REGISTERED CNT-22: COUNTER SHARED SOCKET FAMILY ONLY CNT-22 REPURPOSE: NO SHARED SOCKET IDENTITIES: PRESERVED EXISTING PRODUCT ID CHANGE FROM SWITCHBOARD: NO PLANNED ID FINISHING SAME WINDOW: YES ARCHITECTURAL DEPENDENCY: NO DEV1: HISTORICAL ONLY REGISTRY MODIFICATION: NONE BOOTSTRAP DESIGN: NOT PERFORMED BLOCK: NONE NEXT: COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT ``` つまり―― **家を消したら、家の表札はちゃんと消えた★** でも地下に本当に共用配管設備があるなら、 **「共用配管設備」という設備台帳の表札まで一緒に捨てる理由はない。** 今回切り分けるべきだったのは、まさにそこ。 相談：なし。 [USER] 🕊️ PART 1 OF 2 KAIA COMMON SWITCHBOARD COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT AUDIT READ-ONLY ARCHITECTURE AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO REGISTRY MODIFICATION NO SOURCE MODIFICATION NO RUNTIME QA DO NOT EXECUTE UNTIL BOTH PARTS ARE RECEIVED. ================================================== ROLE ================================================== You are the Kaia Common Switchboard architecture specialist. The deployment architecture, durable wiring contract, and Registry identity comparison have already been separately audited. Your task is now ONLY to determine the minimum safe bootstrap / shared-component ownership contract for the accepted distributed Common Surface architecture. Answer: How can Counter / Timestamp / Serial / PDF each carry/access the required common implementation, while only ONE shared implementation authority and ONE shared routing truth exist at runtime? Do NOT construct it yet. ================================================== ACCEPTED ARCHITECTURE — DO NOT REOPEN ================================================== There is NO required fifth standalone Common Switchboard product plugin. There is NO independent fifth hotel. Counter Timestamp Serial PDF remain independent products. Each participating installed product exposes the same standardized Common Switchboard surface at the same conceptual location in its own settings experience. Human model: same hotel chain → same front desk → same location NOT: four hotels + one separate front-desk hotel. The Common Surface is distributed. The routing truth is NOT distributed into independent copies. ================================================== IDENTITY AUDIT — FROZEN ================================================== Registry Identity PHASE 1 and PHASE 2 are complete. Accepted result: - standalone fifth-facility identity: NO - standalone Common Switchboard KAI: NO - standalone Common Switchboard company_id: NO - standalone Common Switchboard CNT: NO - standalone catalog path: NO - dev1 promotion: NO - existing product identity rewrite caused by Switchboard: NO - CNT-22 remains Counter Shared Socket family - CNT-22 must NOT be silently repurposed - a narrower cross-product shared infrastructure / formal contract identity MAY later be Registry-justified if formally managed - that later possibility does NOT create a fifth product/facility now CRITICAL: COMMON CODE EXISTS ≠ NEW PRODUCT IDENTITY EXISTS Do not solve bootstrap by resurrecting the fifth plugin or inventing a new product identity. ================================================== HISTORICAL DEV1 ================================================== Historical artifact: Kaia-Common-Switchboard-v0.1.0-dev1-PHASE1-CENTRAL-ROUTING-CORE.zip Historical status: STATIC PASS NOT ADOPTED NOT ACTIVATED HISTORICAL PROTOTYPE ONLY Its one-current-map storage model is obsolete for durable recall. You may use it only as historical evidence where relevant. Do NOT: - promote it - activate it - construct from it - treat its standalone packaging as deployment authority - treat its storage model as current architecture - rewrite its history ================================================== PRODUCT OWNERSHIP — FIXED ================================================== Each product owns its own: - Refill - Product Current Refill truth - Save / Load operations - product data - detailed settings - runtime/product logic Common routing must NOT own these. Product Load establishes: PRODUCT CURRENT REFILL TRUTH The Common Switchboard self-seat reflects that product-owned truth. There is NO independent Switchboard self-Refill selector authority. ================================================== DURABLE WIRING CONTRACT — FIXED / PASS ================================================== Authoritative relationship truth is: A collection of durable wiring records. Each wiring has four fixed seats: Counter Timestamp Serial PDF Each seat contains either: { binder_ref, refill_ref } or: EMPTY Example: Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 The stored wiring itself is authoritative. There is: NO business Assembly ID NO business Wiring ID NO Set ID NO Route ID NO separate membership object NO separate membership index NO recall cache NO previous-route memory NO restoration snapshot NO last-used routing map NO per-product routing copy An internal technical storage key/index may exist only as a technical container position. It must never become product/business identity. ================================================== LOOKUP CONTRACT — FIXED ================================================== Canonical lookup input: (product seat, binder_ref, refill_ref) Search the authoritative durable wirings directly. 0 matches: no existing wiring 1 match: return that complete wiring 2+ matches: INVALID / AMBIGUOUS FAIL CLOSED Any participating member of a wiring must recall the same complete wiring. Do not create a second lookup truth. ================================================== WRITE / COLLISION CONTRACT — FIXED ================================================== Before a legitimate wiring write, use the SAME durable truth. For every participating Product Refill in the resulting wiring: 0 membership: eligible same target wiring: already member no duplicate membership write other wiring: COLLISION do not create second membership enter existing human conflict boundary 2+: INVALID / AMBIGUOUS FAIL CLOSED CHECK ALL → ALL SAFE → COMMIT COMPLETE WIRING No partial relationship writes. No silent takeover. No automatic takeover. No silent detach. Explicit transfer final UI/commit sequence remains a later WATCH and is NOT part of this audit. ================================================== ABSENCE / DEACTIVATION RULE — FIXED ================================================== A product may be: - installed - active - inactive - unavailable - temporarily absent without changing the stored relationship truth. Product availability is a runtime/rendering fact. It is NOT relationship truth. Therefore absence must NOT: - erase stored membership - substitute another Refill - collapse a four-seat wiring - rewrite the wiring - compress fixed seats ================================================== EXISTING PRODUCT SOCKETS / OUTLETS ================================================== The product-side outlet model already exists. Counter Standard has shared socket functions including: kaia_cnt22_provider() kaia_cnt22_instances() kaia_cnt22_ui_colors() kaia_cnt22_acceptance_state() kaia_cnt22_issuance_gate() kaia_cnt22_latest_issuance_event() kaia_cnt22_capacity_state() Timestamp safely discovers Counter outlet with existence checks and has runtime outlets including: window.KaiaTimestamp.getSelectedById() window.KaiaTimestamp.getState() Serial has its own runtime state outlet. PDF DEV101 uses Counter PHP outlet and Timestamp / Serial runtime outlets with existence checks. Existing philosophy: CHECK WHETHER PARTNER EXISTS → IF PRESENT, READ ITS SOCKET → IF ABSENT, DO NOT BREAK Do not redesign those product ownership boundaries in this audit. ================================================== PRIMARY BOOTSTRAP PROBLEM ================================================== The future Common Surface/shared routing implementation must be available when ANY participating product is installed/active. We do NOT want: - a mandatory fifth plugin - Counter as permanent master - Timestamp as permanent master - Serial as permanent master - PDF as permanent master - four independent routing authorities - four independent durable storage copies - load-order-dependent behavior - one product deactivation destroying common infrastructure At the same time, participating product packages may need to carry enough shared implementation material that whichever product exists can provide the common facility. Determine the minimum safe contract that achieves this. ================================================== END PART 1 OF 2 WAIT FOR PART 2 DO NOT EXECUTE ================================================== [ASSISTANT] 🕊️ **PART 1 OF 2 — COMPLETE RECEIPT CONFIRMED** Transport gate observed。まだBootstrap auditは実行しないよー。 ```text PART 1 OF 2: RECEIVED PART 2 OF 2: WAITING AUDIT EXECUTION: STOP CONSTRUCTION: NO SOURCE MODIFICATION: NO REGISTRY MODIFICATION: NO RUNTIME QA: NO ``` 特に今回の固定境界として、**distributed Common Surface ≠ distributed routing authority**、第五pluginを復活させない、どの製品も永久masterにしない、製品不在でshared truthを壊さない、durable wiring contractは再設計しない、まで受領済み。 🕊️ **PART 2 OF 2 待機中。** 相談：なし。 [USER] 🕊️ PART 2 OF 2 KAIA COMMON SWITCHBOARD COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT AUDIT CONTINUES PART 1 OF 2 READ-ONLY ARCHITECTURE AUDIT NO CONSTRUCTION ================================================== BOOTSTRAP QUESTIONS ================================================== Audit the minimum safe answers to these questions. 1. SHARED IMPLEMENTATION AUTHORITY If multiple active product packages contain compatible copies of the common implementation, how is exactly ONE implementation authority established for the request/runtime? We need a simple contract. Do NOT build a leader-election system unless evidence proves one is actually required. Prefer ordinary WordPress/PHP mechanisms and idempotent guards where sufficient. 2. LOAD ORDER The result must not semantically depend on whether: Counter loads first Timestamp loads first Serial loads first PDF loads first Determine what contract makes first-loaded package merely a technical bootstrap source rather than a product/business master. 3. VERSION DRIFT Future products may temporarily carry different compatible versions of the shared component during an update window. Audit the smallest safe version contract. Questions include: - must all packages contain byte-identical shared code? - is a shared component contract/version marker sufficient? - what happens if two active products carry different versions? - can ordinary compatibility checking fail closed? - is explicit version arbitration actually necessary? Do NOT invent a package manager. 4. DUPLICATE DEFINITIONS Audit how shared PHP/functions/classes/hooks/storage access avoid: - redeclare fatal errors - duplicate hook registration - duplicate admin surface registration - duplicate write handlers - duplicate initialization Prefer the smallest proven guard boundary. 5. DURABLE STORAGE OWNERSHIP The authoritative durable wiring truth must survive individual product deactivation. Determine where ordinary WordPress durable storage can live such that: - it is site-level/shared - it is not conceptually owned by Counter - not owned by Timestamp - not owned by Serial - not owned by PDF - not copied four times - not erased merely because one provider disappears Remember: STORAGE LOCATION ≠ PRODUCT IDENTITY 6. PRODUCT DEACTIVATION If the product that happened to bootstrap the shared component for one request is later deactivated, another participating active product must be able to bootstrap it on later requests. No permanent leader/master identity may be recorded merely because a product happened to load first. 7. UNINSTALL OWNERSHIP Audit the safe boundary. A single product uninstall must not casually delete shared durable routing truth that may still belong to relationships involving other products. Determine the minimum ownership rule. Do NOT design a large uninstall manager. If final cleanup requires knowing whether any participating products remain, state that narrowly. 8. COMMON SURFACE REGISTRATION Each product must expose the standardized Common Surface in its own settings experience. Audit whether the common implementation can provide reusable rendering / handler functions while the product remains responsible for attaching that surface at its own known insertion point. Remember: same furniture ≠ same product plumbing. Counter UI has already been judged CLEAN provided existing detailed furniture is not moved/restructured. Timestamp has a separate WATCH around product-owned Refill/Load independence. Serial is CLEAN. PDF has a separate WATCH around legacy counter_id migration. Do not solve those product-specific WATCH items here. 9. FAILURE MODE Determine what should happen if shared bootstrap compatibility cannot be established safely. The preferred direction is: FAIL CLOSED without corrupting product-owned data and without rewriting durable wiring truth. State what functionality should become unavailable and what must remain untouched. ================================================== SIMPLICITY TEST ================================================== For every mechanism you propose, ask: "What accident does this mechanism prevent?" If the answer is unclear, remove it. Specifically challenge whether we need any of the following: - leader election - permanent bootstrap owner - shared-service plugin - package manager - synchronization database - duplicate routing stores - migration coordinator - runtime arbitration table - lock service - component registry separate from WordPress - event-sourcing system - recovery history - cross-product transaction framework Do not add them merely because this is shared infrastructure. WORKSHOP PRINCIPLE: PLUGIN, BE DUMB. ================================================== IDENTITY FIREWALL ================================================== Bootstrap technical behavior must NOT determine Registry identity. Do NOT create: - KAI based on which product loads first - company_id for a code copy - CNT for each packaged copy - runtime leader identity - routing authority identity inside a Product Refill The Identity audit is frozen. If the bootstrap audit discovers a genuinely distinct formal cross-product infrastructure/contract that should later be Registry managed, report only: REGISTRY FOLLOW-UP: JUSTIFIED and describe what the entity would represent. Do NOT issue or assign identity here. ================================================== PLANNED PRODUCT ID FINISHING ================================================== Separately planned product ID finishing/update may be performed during the same future product-opening cycle as Common Surface integration. Accepted rule: SAME WORK WINDOW ≠ ARCHITECTURAL DEPENDENCY This audit may identify safe sequencing boundaries for that future combined work window. Do NOT perform or redesign the ID update. ================================================== FUTURE LEGO REFERENCE — NOT NOW ================================================== After Common Switchboard implementation and QA are complete, the verified shared-integration pattern may later be extracted into the existing Kaia UI LEGO Reference as a non-product/non-installable Integration LEGO reference unit. That is a FUTURE documentation/extraction task. Do NOT construct it now. Do NOT change the architecture merely to make it reusable as LEGO. First make the real implementation correct. ================================================== RETURN REPORT ================================================== Return: 1. BOOTSTRAP VERDICT Choose: A — CLEAN MINIMAL DISTRIBUTED BOOTSTRAP CONTRACT EXISTS B — FEASIBLE, BUT ONE OR MORE NARROW CONTRACT GAPS MUST BE RESOLVED C — INDEPENDENT SHARED-SERVICE PLUGIN IS TECHNICALLY REQUIRED D — CURRENT EVIDENCE INSUFFICIENT If C, prove why distributed bootstrap cannot safely work. Do not choose C merely because a standalone plugin is easier to explain. 2. MINIMUM BOOTSTRAP MODEL Describe the smallest architecture in plain terms. 3. IMPLEMENTATION AUTHORITY How exactly one shared implementation initializes per request/runtime without creating a permanent product master. 4. LOAD ORDER Show expected behavior for: Counter first Timestamp first Serial first PDF first 5. VERSION CONTRACT State the minimum safe version/compatibility rule. Separate: component implementation version from: product version from: Registry identity. 6. DUPLICATE-DEFINITION GUARD State the minimum guard needed for: definitions hooks handlers admin/common initialization 7. DURABLE STORAGE State: - authoritative storage scope - conceptual owner - whether provider product identity appears in stored truth - survival across product deactivation 8. DEACTIVATION Show what happens if the product that happened to bootstrap first is deactivated. 9. UNINSTALL State the minimum safe cleanup/retention rule. 10. COMMON SURFACE ATTACHMENT State what is shared and what remains product-owned. 11. FAILURE-CLOSED BEHAVIOR For bootstrap incompatibility/failure, state: - what becomes unavailable - what remains readable - what must not be modified - whether existing product functions remain safe 12. NEED FOR FIFTH PLUGIN YES / NO Explain technically. 13. NEED FOR PERMANENT MASTER PRODUCT YES / NO 14. NEED FOR LEADER ELECTION YES / NO 15. NEED FOR DUPLICATE SHARED STORAGE YES / NO 16. REGISTRY FOLLOW-UP Choose: NONE or JUSTIFIED — NARROW COMMON INFRASTRUCTURE / CONTRACT ONLY Do NOT assign identity. 17. PRODUCT-SPECIFIC WATCHES List only boundaries that must be handed back later to: Counter Timestamp Serial PDF Do not solve them here. 18. FUTURE IMPLEMENTATION WINDOW Recommend the safest high-level sequence for later construction, including where the separately planned product ID finishing can be performed without coupling it to Common routing behavior. 19. WATCH 20. BLOCK 21. SMALLEST NEXT STEP ================================================== CHECK LOG REQUIRED ================================================== Include a compact English CHECK LOG recording: AUDIT TARGET EVIDENCE / ACCEPTED CONTRACTS USED FIFTH PLUGIN REQUIRED? PERMANENT MASTER REQUIRED? LOAD ORDER SAFE? SHARED TRUTH COUNT VERSION-DRIFT RESULT DEACTIVATION RESULT UNINSTALL RESULT IDENTITY FIREWALL SOURCE MODIFIED? REGISTRY MODIFIED? CONSTRUCTION PERFORMED? RESULT ================================================== STOP CONDITIONS ================================================== STOP and return BLOCK rather than silently introducing: - a fifth mandatory plugin - permanent Counter/Timestamp/Serial/PDF master - per-product durable routing copies - product Refill ownership by Common - load-order-dependent business behavior - silent version takeover - silent durable-truth migration - routing data deletion on single-product deactivation - Registry identity generated from bootstrap behavior If ordinary guarded shared-component loading is sufficient, do not invent infrastructure beyond it. ================================================== WORKSHOP RULE ================================================== There are four hotels. Each hotel may carry a copy of the front-desk manual. There is still only ONE front-desk procedure in force and ONE shared wiring truth. The hotel that opens the manual first today does NOT become king of the hotel chain. ☕🪑: 「最初に起きた奴が王様になる仕様はいらん★」 PLUGIN, BE DUMB. 目指せ怠惰★ ================================================== COMPLETE SET → GO ================================================== [ASSISTANT] 🕊️ **COMPLETE SET RECEIVED — BOOTSTRAP AUDIT EXECUTED READ-ONLY** # KAIA COMMON SWITCHBOARD ## COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT AUDIT ## 1. BOOTSTRAP VERDICT ### **A — CLEAN MINIMAL DISTRIBUTED BOOTSTRAP CONTRACT EXISTS** 第五pluginも王様productもleader electionも要らない。 最小モデルはかなり単純。 > **各participating productは、同じ互換contractに従うCommon Componentを持てる。 > そのrequestで最初に安全にbootstrapできたcopyだけがPHP上のimplementationを定義・初期化する。 > 後から来たcompatible copyは「もうある」と確認して何もしない。 > 全員が読むdurable routing truthはWordPress site-level storageの一個だけ。** つまり、 ```text FIRST COMPATIBLE BOOTSTRAP → DEFINE ONCE → INITIALIZE ONCE → OTHERS OBSERVE / REUSE NEXT REQUEST → START OVER NORMALLY ``` 「今日Counterが先だった」という事実を**どこにも永続化しない。** --- ## 2. MINIMUM BOOTSTRAP MODEL 必要なのは3層だけ。 ```text PRODUCT PACKAGE Counter / Timestamp / Serial / PDF │ │ guarded bootstrap ▼ COMMON COMPONENT definitions routing read/write contract common renderer / handlers │ ▼ ONE WORDPRESS SITE-LEVEL DURABLE WIRING TRUTH ``` 各product packageはCommon Componentを利用可能にするためのmaterialを持てる。 しかし、 ```text 4 packaged copies ≠ 4 runtime authorities ≠ 4 routing truths ``` common code copyは**配送手段**。 authorityはそのrequestで一度だけ成立するcommon implementation。 storageは一個。 これ以上の機械はいらない。 --- ## 3. IMPLEMENTATION AUTHORITY ### Request-local guarded initialization PHP/WordPressの普通のguardで十分。 概念上： ```text Product A loads ↓ Is compatible Common Component already established? NO → establish definitions → register common hooks/handlers once → mark request-local initialization complete YES → verify compatibility → reuse → do not redefine/re-register ``` ここで重要なのは、最初のproductがauthorityになるのではなく、 > **そのproductが運んできたcompatible implementation copyが、そのrequestでcommon contractを一度materializeするだけ。** product名をbootstrap stateへ保存しない。 ```text bootstrap_owner = Counter ``` みたいな永続状態は**不要かつ禁止寄り**。 次requestではPHP request lifecycleに従ってまた普通にbootstrapされる。 --- ## 4. LOAD ORDER 4パターンともbusiness resultは同じ。 ```text Counter first → compatible component not loaded → bootstrap common component → later products reuse it Timestamp first → same Serial first → same PDF first → same ``` つまり、 ```text FIRST LOADER = technical source for this request only FIRST LOADER ≠ master ≠ routing owner ≠ storage owner ≠ Registry identity ``` これならload orderにbusiness semanticsがない。 --- ## 5. VERSION CONTRACT ここだけは狭い契約が必要。 ### Byte-identical code **NOT REQUIRED architecturally.** 一時的なupdate windowでproduct packagesが異なるcomponent implementation versionを持つこと自体は許容可能。 ただし少なくとも、 ```text COMMON COMPONENT CONTRACT VERSION ``` または同等の**compatibility marker**が必要。 これは以下と別物： ```text Common Component implementation version Product plugin version Registry KAI/company_id/CNT ``` ### Minimum rule 既にCommon Componentがrequest内で成立していたら、後続copyは： ```text same supported contract → reuse established implementation incompatible contract → DO NOT silently replace → DO NOT redefine → DO NOT migrate durable truth → FAIL CLOSED for Common Switchboard functionality ``` ### Explicit version arbitration? **NO — not initially.** たとえば、 ```text v1.2 beats v1.1 because newer ``` という選挙を始める必要はない。 それをするとload order問題を解くために別のload-order systemを作ることになる。 安全なcontract compatibilityが確認できればreuse。 確認できなければCommon側をfail closed。 ### One important WATCH 「compatible」の定義は実装前に固定する必要がある。 単なる、 ```text VERSION != VERSION ``` だけで全部止めるのか、 ```text CONTRACT_MAJOR same → compatible ``` のようにするかはconstruction前に決める。 **これが今回見つかった唯一の実装前narrow contract detail。** Architecture自体をBに落とすほどではない。 --- ## 6. DUPLICATE-DEFINITION GUARD 必要なguardは**一段ずつ増やすのではなく、Common Component全体のbootstrap boundaryに一個**置くのが最小。 防ぐ事故： - class/function redeclare fatal - hooks二重登録 - handler二重登録 - admin common init二重実行 - write handler二重実行 概念上： ```text COMMON DEFINITIONS PRESENT? COMMON INITIALIZATION DONE? ``` をguard。 common implementationの中でさらに同じhookを何重にも個別guardする必要は、現時点ではない。 **入口で一回止める。** --- ## 7. DURABLE STORAGE ### Authoritative scope **WordPress site-level shared durable storage.** 通常のsite option等で十分な種類の問題。 既に確定したauthoritative contentは、 ```text collection of durable wiring records ``` 一個。 ### Conceptual owner **Common routing infrastructure / contract.** Counterではない。 Timestampでもない。 Serialでもない。 PDFでもない。 そして、 **storage location ≠ fifth product identity.** ### Provider identity in stored truth **NO.** 保存するrelationshipは、 ```text Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 ``` で十分。 不要： ```text created_by_counter bootstrap_provider=pdf owner_product=timestamp ``` bootstrap事情をdurable routing truthへ混ぜない。 ### Product deactivation storage survives。 --- ## 8. DEACTIVATION 例： ```text Request 1: Counter happened to bootstrap first. Later: Counter deactivated. Request 2: Timestamp loads first. ``` 結果： ```text Timestamp carries compatible Common Component → bootstraps it → reads SAME site-level durable wiring truth → Common Surface continues ``` Counterが前回最初だった記録はないので、引継ぎ処理すらない。 **王様が存在しないので王位継承も存在しない★** また、製品availabilityとstored relationship truthは別であるという既存contractもそのまま維持される。 --- ## 9. UNINSTALL ### Minimum rule **Single participating product uninstall MUST NOT delete shared durable routing truth.** それだけを基本にする。 Counter uninstallだから消す、PDF uninstallだから消す、という所有権は存在しない。 final cleanupを将来用意するなら、その時だけ狭く、 > **他のparticipating productsが残っているか** を確認する必要がある。 ただしさらに安全側なら、**通常product uninstallではshared routing truthを自動削除しない**でも成立する。 明示的なfinal cleanup policyが別途確定していない現在、後者が一番事故が少ない。 不要： - uninstall manager - reference counting database - owner transfer - cleanup leader --- ## 10. COMMON SURFACE ATTACHMENT ここは綺麗に責任分離できる。 ### Shared Common Component： - common rendering functions - shared surface behavior - durable wiring read/lookup - validated common write handlers - common notices/conflict-state rendering primitives - standardized common furniture semantics ### Product-owned 各product： - **自分のsettings pageのどこへCommon Surfaceをattachするか** - 自分のProduct Current Refill truthをCommonへ渡すadapter/outlet - 自分のSave / Load - 自分のdetailed settings - 自分のproduct data/runtime つまり、 > **同じ机を四つ用意するCommon carpenterはいていい。 > でも各ホテルのどの床に机を固定するかは、そのホテルが知っている。** これならCounterの既存家具をCommon側が勝手に移動する必要もない。 --- ## 11. FAILURE-CLOSED BEHAVIOR Bootstrap compatibilityを安全に成立させられない場合： ### Becomes unavailable **Common Switchboard functionality for that affected request/context.** 特にunsafeな： - common routing write - common routing mutation handler - Common Surfaceの操作可能状態 は止める。 UIを出すならlater rendering contractでsafe unavailable状態にできるが、今回そのUIは設計しない。 ### Remains readable 既存durable wiring truthは**変更せず保存されたまま**。 安全に既存contractで読める場合だけread可能。互換性自体が信用できないなら、無理に解釈して表示しない方がよい。 ### Must remain untouched - product Refill - Product Current Refill - product Save/Load data - detailed product settings - durable wiring truth - Registry identity ### Existing product functions Common bootstrap failureだけを理由に壊してはいけない。 つまり： ```text COMMON FAILS → COMMON FAILS CLOSED PRODUCT → REMAINS PRODUCT ``` --- ## 12. NEED FOR FIFTH PLUGIN ### **NO** 技術的必須性なし。 必要なのは、 ```text shared guarded implementation + one site-level durable truth ``` であって、 ```text mandatory fifth activation unit ``` ではない。 通常のPHP/WordPress guarded loadingで解ける問題に、別pluginを必須化する理由がない。 --- ## 13. NEED FOR PERMANENT MASTER PRODUCT ### **NO** 永続masterを作るとむしろ、 ```text master deactivated → common dies ``` という、今回避けたい事故を作る。 request-local technical bootstrap sourceだけで十分。 --- ## 14. NEED FOR LEADER ELECTION ### **NO** 競争してleaderを選ぶ必要がない。 必要なのは、 > **「もうcompatible implementationが安全に存在するなら二度やらない」** だけ。 leader electionは防ぐ事故がないので削除★ --- ## 15. NEED FOR DUPLICATE SHARED STORAGE ### **NO** authoritative durable wiring truthは**ONE**。 4productがそれぞれstorage copyを持つと同期事故が生まれる。 既存RegistryでもCounter、Timestamp、Serial、PDFはそれぞれ独立product identityとして維持されているため、shared runtime truthをどれか一つのproduct identityへ吸収する理由もない。fileciteturn5file0L209-L251 --- ## 16. REGISTRY FOLLOW-UP ### **JUSTIFIED — NARROW COMMON INFRASTRUCTURE / CONTRACT ONLY** 理由は前Phaseと同じ境界。 Registryは既にShared Socket infrastructureと、そのImplementation Contractを別registered entitiesとして扱う実例を持つ。fileciteturn5file0L143-L174 今回bootstrap auditでより明確になった正式概念は： > **product packageのどれが供給元でも、同一contractとして一度だけ成立し、同一shared routing truthへ接続するcross-product Common Component contract** これは将来formal Registry managementの対象にする理由がある。 ただし： - fifth productではない - packaged copy identityではない - bootstrap leader identityではない - 今回発行しない - CNT-22を転用しない --- ## 17. PRODUCT-SPECIFIC WATCHES ### Counter — CLEAN / PRESERVATION BOUNDARY Common Surface attachmentで既存の安定家具を移動・再構成しない。 必要になったらSTOPしてCounter担当へ返す。 ### Timestamp — WATCH **Product-owned Refill / Load independence.** 現在witnessではCounter roster借用が残る。Common bootstrapで解決しない。 ### Serial — CLEAN Serial-owned Refill registry/current contextをCommon側へ移さない。 ### PDF — WATCH legacy `counter_id` migrationは別案件。 Common bootstrapへ混ぜない。Gate 1B frozenも維持。 --- ## 18. FUTURE IMPLEMENTATION WINDOW 安全な高レベル順序は： 1. **Common Component contractを先に固定** bootstrap guard、compatibility marker、shared storage access boundaryだけ。 2. **各productを一つずつ開く** そのproductの既存ownership/furnitureを再確認。 3. **Separately planned Product ID finishingを、そのproductを開いている間に独立変更として処理可能** ただしCommon routing changeとは別checkpoint / 別verification boundary。 4. **Common bootstrap/material + product attachmentを導入** 5. **product単体static check** 6. **次productへ進む** 7. 全participating productsが揃った後に、別途cross-product/static integration inspection。 8. その後に初めてruntime QA計画。 要点： ```text SAME ZIP / SAME WORK SESSION may be convenient BUT ID FINISHING PASS and COMMON INTEGRATION PASS must remain distinguishable ``` 一方の失敗を直すために他方まで巻き戻す構造にしない。 --- ## 19. WATCH ### WATCH 1 — Compatibility marker semantics 実装前に唯一きっちり決めたい狭い点。 ```text WHAT EXACTLY COUNTS AS COMPATIBLE? ``` byte equalityは不要。 しかし単に「Common Component exists」だけでは、古い非互換copyを黙って採用する可能性がある。 **contract compatibility ruleをconstruction前に一枚固定する。** ### WATCH 2 — Bootstrap guard placement productごとに別々の「ほぼ同じguard」を作ってdriftさせない。 shared materialそのものに一つのbootstrap boundaryを持たせる方が安全。 ### WATCH 3 — Uninstall 通常single-product uninstallではshared truthを消さない。 将来「全Kaia productsを完全撤去したから共通データも消したい」というcleanup UXが必要になった場合だけ別契約にする。 ### WATCH 4 — Distribution copies 4 packagesに物理copyが存在しても、**それらを独立authorityにしない**。distribution artifactとruntime authorityを混同しない。 --- ## 20. BLOCK ### **CURRENT CORE BLOCK: NONE** Construction開始前の狭いprecondition： > **Common Component compatibility/version marker contractを固定すること。** 以下の設計が必要になったらBLOCKして再監査： ```text permanent master product mandatory fifth plugin per-product routing storage silent incompatible-version takeover load-order-dependent routing semantics single-product uninstall deletes shared truth bootstrap provider written into durable routing ``` --- ## 21. SMALLEST NEXT STEP ### **COMMON COMPONENT COMPATIBILITY / VERSION MARKER CONTRACT** これだけ先に固定するのが最小。 決める内容も小さい。 ```text 1. component contract identifier 2. compatibility version/major 3. request-local "already established" detection 4. compatible → reuse 5. incompatible → Common FAIL CLOSED 6. no silent replacement 7. no durable migration merely because another copy loaded ``` これが固定されたら、Bootstrap architectureはconstruction-readyにできる。 --- ### CHECK LOG ```text AUDIT TARGET: COMMON BOOTSTRAP / SHARED COMPONENT OWNERSHIP CONTRACT EVIDENCE / ACCEPTED CONTRACTS USED: DISTRIBUTED COMMON-SURFACE ARCHITECTURE FROZEN REGISTRY IDENTITY AUDIT DURABLE WIRING CONTRACT REFILL MEMBERSHIP LOOKUP CONTRACT WRITE / COLLISION CONTRACT PRODUCT OWNERSHIP BOUNDARIES ABSENCE / DEACTIVATION RULE EXISTING PRODUCT SOCKET PHILOSOPHY FIFTH PLUGIN REQUIRED?: NO PERMANENT MASTER REQUIRED?: NO LOAD ORDER SAFE?: YES WITH REQUEST-LOCAL GUARDED BOOTSTRAP SHARED TRUTH COUNT: ONE VERSION-DRIFT RESULT: COMPATIBLE COPIES MAY REUSE INCOMPATIBLE COPIES MUST FAIL CLOSED EXACT COMPATIBILITY MARKER STILL TO FREEZE DEACTIVATION RESULT: ANOTHER ACTIVE PRODUCT MAY BOOTSTRAP LATER NO OWNER TRANSFER REQUIRED UNINSTALL RESULT: SINGLE PRODUCT MUST NOT DELETE SHARED DURABLE TRUTH IDENTITY FIREWALL: PRESERVED BOOTSTRAP SOURCE DOES NOT CREATE REGISTRY IDENTITY SOURCE MODIFIED?: NO REGISTRY MODIFIED?: NO CONSTRUCTION PERFORMED?: NO RESULT: A — CLEAN MINIMAL DISTRIBUTED BOOTSTRAP CONTRACT EXISTS NARROW PRE-CONSTRUCTION WATCH: COMMON COMPONENT COMPATIBILITY / VERSION MARKER CONTRACT ``` うん。これはかなり**怠惰にできる★** 四軒とも同じ説明書を持ってていい。 その日の最初の一軒が説明書を机に置く。 後から来た奴は「もう置いてある、しかも読める版だな」だけ確認して座る。 **誰が置いたかは記録しない。 配線は一個。 王様はいない。 王位継承システムも当然いらないｗ** 相談：なし。 [USER] 🕊️ PART 1 OF 2 KAIA MEMORIA EXISTING COMMON ID / FUTURE REFERENCE REUSE AUDIT READ-ONLY IDENTITY / REGISTRY AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO REGISTRY MODIFICATION NO ID ISSUANCE NO NUMBER ALLOCATION NO SOURCE MODIFICATION NO RUNTIME QA DO NOT EXECUTE UNTIL BOTH PARTS ARE RECEIVED. ================================================== ROLE ================================================== You are the Kaia Registry / identity architecture specialist. The Common Switchboard deployment architecture and Bootstrap architecture have already been audited. A future product-opening cycle is expected to touch: - Counter - Timestamp - Serial - PDF for separately planned ID finishing and later Common Surface integration. Before inventing ANY new compatibility marker, common ID, or future reference field, determine whether the existing Kaia identity / Registry system already contains an identity that can legitimately serve as a common future machine-readable reference axis across all four product families. ================================================== AUTHORITATIVE EVIDENCE ================================================== Use the attached current Registry snapshot: kaia-root-registry-20260909-015813.md Read the actual Registry. Do NOT reconstruct the numbering system from memory. Do NOT infer meaning merely from an identifier's name. If another identity definition / numbering authority is explicitly referenced by the Registry evidence and is required to determine the semantics, report that exact missing authority rather than inventing the answer. ================================================== WHY THIS AUDIT EXISTS ================================================== The Bootstrap audit found one narrow future need: A Common Component may eventually need a cheap machine-readable way to determine whether an already-established Common implementation and a later packaged copy are safe to reuse together. The first instinct was to create a new: COMMON COMPONENT COMPATIBILITY / VERSION MARKER. DO NOT DO THAT YET. The Foreman identified a simpler possibility: The products already have an identity / numbering system. If an existing identity can legitimately provide the common reference axis we need, use the existing thing rather than creating another marker. WORKSHOP QUESTION: "札を作る前に、もう持ってる札を見ろ★" ================================================== ACCEPTED BOOTSTRAP ARCHITECTURE ================================================== There is NO fifth mandatory Common Switchboard plugin. There is NO permanent master product. There is NO leader election. Each participating product may carry compatible Common Component material. Per request: FIRST SAFE COMPATIBLE COPY → ESTABLISH COMMON IMPLEMENTATION ONCE LATER COMPATIBLE COPY → OBSERVE / REUSE No product becomes permanent owner. Who bootstrapped first is NOT persisted. There is ONE WordPress site-level durable wiring truth. There are NOT four routing truths. ================================================== IDENTITY AUDIT — FROZEN BOUNDARIES ================================================== Already accepted: - no standalone Common Switchboard KAI - no standalone Common Switchboard company_id - no standalone Common Switchboard CNT - no standalone fifth-facility catalog identity - no dev1 promotion - no product identity rewrite merely because Common exists - CNT-22 remains specifically the Counter Shared Socket family - CNT-22 must NOT be silently repurposed A narrower cross-product shared infrastructure / formal contract identity MAY later be Registry-justified if there is a real entity to manage. That does NOT authorize you to create one here. ================================================== CURRENT REGISTRY EXAMPLES ALREADY EVIDENCED ================================================== The Registry contains different identity roles including examples such as: KAI identity company_id CNT / Content Identity product family identities grade/product identities infrastructure identities implementation-contract identities former_identity lineage Examples already observed include: Counter family → CNT-15 Timestamp family → CNT-16 Serial family → CNT-17 PDF family → CNT-18 Counter Shared Socket infrastructure family → CNT-22 Do NOT assume any of these is the answer. Audit what each relevant identity actually means. ================================================== PRIMARY QUESTION ================================================== Is there ALREADY an existing identity or existing identity concept in the current Registry system that can legitimately act as a stable future common reference axis across: Counter Timestamp Serial PDF without changing the semantic meaning of that identity? The reference axis should be useful even if its eventual runtime use is currently unknown. The goal is NOT: "find any number all four can technically store." The goal is: "find an identity whose existing meaning legitimately permits all four products to refer to the same common concept." ================================================== IMPORTANT DISTINCTION ================================================== Audit separately: IDENTITY and COMPATIBILITY. An identity may safely answer: "What common thing / contract are you referring to?" without safely answering: "Are these two implementation versions runtime-compatible?" If so, say so. Do NOT stretch an identity beyond its semantics merely to eliminate a future compatibility marker. Possible result: EXISTING COMMON IDENTITY AXIS: YES but IMPLEMENTATION COMPATIBILITY: STILL REQUIRES A SMALL VERSION/CONTRACT RULE That is a valid and useful result. ================================================== CANDIDATE AUDIT ================================================== Inspect all relevant existing identity concepts. At minimum consider: 1. KAI Could one existing KAI legitimately be referenced by all four products as the same common infrastructure / contract? Or are current KAI identities entity-specific such that none qualifies? 2. company_id Is company_id suitable as a common reference axis? Or is it specifically the identity of one registered entity and therefore unsuitable for cross-product common semantics? 3. CNT / Content Identity Can an existing CNT legitimately identify the relevant common concept? Does any current CNT already span the correct cross-product meaning? Do NOT repurpose CNT-22. 4. infrastructure / contract identity Does an existing registered infrastructure or implementation-contract entity already represent the common concept broadly enough? Pay particular attention to the existing Shared Socket family, but preserve its Counter-specific semantic boundary. 5. any other existing Registry field / identity concept If the actual Registry contains another already-defined mechanism that is a better fit, report it. Do not restrict the audit to the names listed above. ================================================== END PART 1 OF 2 WAIT FOR PART 2. DO NOT EXECUTE. ================================================== [ASSISTANT] 🕊️ **PART 1 OF 2 — COMPLETE RECEIPT CONFIRMED** Transport gate observed。まだidentity / Registry auditは実行しないよー。 ```text PART 1 OF 2: RECEIVED PART 2 OF 2: WAITING AUDIT EXECUTION: STOP REGISTRY READ FOR THIS AUDIT: NOT STARTED NEW MARKER CREATION: NO ID ISSUANCE: NO NUMBER ALLOCATION: NO SOURCE MODIFICATION: NO CONSTRUCTION: NO ``` 今回の核心も受領済み。 **「互換性の札が欲しい」→即、新札を作るな。 まず既存Registryに“全員が同じものを指すための札”が既にないか調べる★** さらに **IDENTITY ≠ COMPATIBILITY** も分離して判定する。既存IDが共通参照軸として使えても、それだけでruntime互換性まで証明するとは決めつけない。 🕊️ **PART 2 OF 2 待機中。** 相談：なし。 [USER] 🕊️ PART 2 OF 2 KAIA MEMORIA EXISTING COMMON ID / FUTURE REFERENCE REUSE AUDIT CONTINUES PART 1 OF 2 READ-ONLY IDENTITY / REGISTRY AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO REGISTRY MODIFICATION NO ID ISSUANCE NO NUMBER ALLOCATION NO SOURCE MODIFICATION NO RUNTIME QA ================================================== FUTURE-PROOFING TEST ================================================== If a legitimate common reference axis already exists, ask: Could Counter / Timestamp / Serial / PDF all carry/reference it during their next planned update without changing their own product identity? Could future participating Kaia products reference the same axis without changing what the identifier means? Would the reference remain neutral with respect to: - which product loads first - which product supplied the Common code - product grade - product version - runtime routing state - Product Current Refill - durable wiring membership If YES, it may be a suitable future common reference axis. ================================================== CHEAP PREPARATION PRINCIPLE ================================================== The Foreman's intended strategy is: IF a legitimate common reference already exists and all four products will be opened anyway, it may be useful to let all four products carry/reference that common identity during the planned update. This does NOT mean runtime must use it immediately. Possible future outcomes: USED LATER → products already possess the common reference → no four-product update merely to add the reference NEVER USED → no runtime consumer reads it → it remains harmless metadata / unused reference But this is only acceptable if the reference is semantically legitimate and cheap. Do NOT add speculative runtime machinery. ================================================== DO NOT CONFUSE WITH PRODUCT ID FINISHING ================================================== A separately planned product ID finishing/update already exists. This audit does NOT define or execute that update. Determine only whether an existing common reference can naturally be included during that same future product-opening cycle. Accepted rule: SAME WORK WINDOW ≠ SAME ARCHITECTURAL DEPENDENCY The four product identities remain independent. ================================================== NO NEW ID FALLBACK IN THIS PHASE ================================================== If no existing identity is suitable: STOP THERE. Return: NO EXISTING COMMON IDENTITY SUITABLE and state exactly what semantic capability is missing. Do NOT proceed to: - invent a KAI - invent a company_id - invent a CNT - allocate NEW CNT - invent a compatibility ID - invent a shared component ID - design a new Registry category A later instruction can decide whether anything new is worth creating. ================================================== RUNTIME FIREWALL ================================================== Even if an existing common identity is reusable, do NOT design runtime compatibility logic in this audit. Specifically do not decide: - version comparison algorithm - newer-version preference - implementation arbitration - leader election - migration behavior - storage migration - package manager behavior This audit answers: "DO WE ALREADY HAVE A LEGITIMATE COMMON REFERENCE?" not: "HOW WILL RUNTIME COMPATIBILITY USE IT?" ================================================== RETURN REPORT ================================================== Return: 1. OVERALL VERDICT Choose: A — EXISTING COMMON IDENTITY IS ALREADY SUITABLE B — EXISTING IDENTITY CAN PROVIDE A COMMON REFERENCE AXIS, BUT NOT IMPLEMENTATION COMPATIBILITY BY ITSELF C — NO EXISTING COMMON IDENTITY IS SEMANTICALLY SUITABLE D — AUTHORITATIVE IDENTITY SEMANTICS ARE INSUFFICIENT TO DECIDE 2. BEST EXISTING CANDIDATE State the exact existing identity / field / registered entity. If none: NONE 3. WHAT IT ACTUALLY IDENTIFIES Explain its existing Registry meaning. Do not describe a proposed new meaning. 4. FOUR-PRODUCT REUSE Can all four existing product families legitimately reference the same candidate? Counter: YES / NO / UNRESOLVED Timestamp: YES / NO / UNRESOLVED Serial: YES / NO / UNRESOLVED PDF: YES / NO / UNRESOLVED 5. FUTURE PRODUCT REUSE Could a future participating product reference the same identity without semantic distortion? YES / NO / UNRESOLVED 6. PRODUCT IDENTITY IMPACT Would carrying/reference of this common identity change the product's own: KAI company_id CNT product identity YES / NO / UNRESOLVED 7. BOOTSTRAP-PROVIDER NEUTRALITY Does the candidate remain independent of which product bootstraps the Common Component first? YES / NO / UNRESOLVED 8. VERSION NEUTRALITY Does the candidate remain meaningful across product/plugin version changes? YES / NO / UNRESOLVED 9. COMPATIBILITY CAPABILITY Can the candidate itself safely answer: "same common concept / contract?" YES / NO / PARTIAL / UNRESOLVED Can it itself safely answer: "runtime implementation compatible?" YES / NO / PARTIAL / UNRESOLVED Do not force these two answers to match. 10. KAI RESULT Existing suitable KAI? YES / NO / UNRESOLVED If YES, identify it. 11. COMPANY_ID RESULT Existing suitable company_id? YES / NO / UNRESOLVED 12. CNT RESULT Existing suitable CNT? YES / NO / UNRESOLVED Explicitly confirm: CNT-22 REPURPOSED? YES / NO 13. INFRASTRUCTURE / CONTRACT RESULT Does an existing infrastructure or formal contract identity already cover the required cross-product common meaning? YES / NO / PARTIAL / UNRESOLVED 14. OTHER EXISTING MECHANISM Did the Registry reveal a better existing common-reference mechanism than KAI/company_id/CNT? YES / NO If YES, describe it. 15. SAME FUTURE UPDATE WINDOW If a suitable common reference exists, is it reasonable to let all four products carry/reference it during the already planned product-opening cycle? YES / NO / WATCH / NOT APPLICABLE 16. COST IF NEVER USED If carried now but never consumed later, what actual technical burden remains? Distinguish harmless inert metadata from active runtime machinery. 17. WHAT STILL REMAINS MISSING After maximum legitimate reuse of existing identity machinery, state the smallest unresolved compatibility need, if any. 18. NEW ID REQUIRED? Choose: NO NOT PROVEN YES, BUT DO NOT DESIGN IT HERE If YES, state only the missing semantic role. Do NOT allocate anything. 19. WATCH 20. BLOCK 21. SMALLEST NEXT STEP ================================================== CHECK LOG REQUIRED ================================================== Include compact English CHECK LOG: AUDIT TARGET REGISTRY SOURCE ACTUAL REGISTRY READ? EXISTING KAI REUSABLE? EXISTING COMPANY_ID REUSABLE? EXISTING CNT REUSABLE? CNT-22 REPURPOSED? EXISTING CONTRACT/INFRASTRUCTURE REUSABLE? FOUR-PRODUCT COMMON REFERENCE FOUND? FUTURE-PRODUCT SAFE? PRODUCT IDENTITIES CHANGED? NEW ID ISSUED? NEW NUMBER INVENTED? RUNTIME LOGIC DESIGNED? SOURCE MODIFIED? REGISTRY MODIFIED? RESULT ================================================== STOP CONDITIONS ================================================== STOP rather than force reuse if: - an ID is product-specific - an ID is grade-specific - an ID is Counter-specific - reuse would change existing Registry semantics - CNT-22 would need to become cross-product - a code-copy identity is being confused with a common concept identity - identity is being confused with runtime compatibility - a new number would be needed to make the answer work Do NOT invent a new marker merely because none exists. Report the absence first. ================================================== WORKSHOP RULE ================================================== Before printing a new name tag: OPEN THE DRAWER. If the correct tag is already there: USE IT. If every tag in the drawer means something else: DO NOT WRITE OVER ONE. And if there is no correct tag: COME BACK AND SAY: "THERE IS NO TAG." ☕🪑🪓 「全員もう何か持ってるなら、 まずそれ見ろや★」 目指せ怠惰★ ================================================== COMPLETE SET → GO ================================================== [ASSISTANT] 🕊️ **COMPLETE SET RECEIVED — READ-ONLY IDENTITY AUDIT EXECUTED** # KAIA MEMORIA ## EXISTING COMMON ID / FUTURE REFERENCE REUSE AUDIT Registry実物を基準に、「今ある札だけ」で判定した。 ## 1. OVERALL VERDICT ### **C — NO EXISTING COMMON IDENTITY IS SEMANTICALLY SUITABLE** **THERE IS NO TAG.** 現Registryには、Counter / Timestamp / Serial / PDFの4製品が共通して、 > 「私たちはこの同一のcross-product Common Component / Common routing contractを参照しています」 と指せる**既存のneutral identityはまだ存在しない。** これは「既存identity systemが使えない」という意味ではない。 むしろ逆で、既存札を一枚ずつ見ると**それぞれ既に意味が決まっているので、流用すると意味を書き換えることになる**。 --- ## 2. BEST EXISTING CANDIDATE ### **NONE** 最も近い既存candidateは、 - `Kaia Counter Shared Socket` - `Kaia Counter Shared Socket — Implementation Contract` - `Kaia Counter Shared UI Color Reference Socket` のCNT-22 family。 しかし全部明示的に、 ```text id="g1py5t" Kaia Memoria / Counter / Infrastructure / ... ``` に属する**Counter infrastructure**である。fileciteturn5file0L143-L174 したがって「近い」だけで、今回求めるcross-product neutral referenceではない。 --- ## 3. WHAT IT ACTUALLY IDENTIFIES 候補になりそうな既存identityを分解すると： **KAI** Registry上の個々のregistered entityを識別している。Counter本体、grade、infrastructure、implementation contractなど、それぞれ別KAIを持つ。たとえばCounter本体とCounter Standardは別entryである。fileciteturn5file0L11-L20 fileciteturn5file0L209-L218 **company_id** 同様に各registered entity固有。Shared SocketとそのImplementation Contractですら別company_id。fileciteturn5file0L143-L163 **CNT** 複数entryを同じContent Identity familyとして束ねる役割が実データから見える。Counter本体/gradeはCNT-15、Shared Socket infrastructure群はCNT-22を共有する。fileciteturn5file0L11-L31 fileciteturn5file0L143-L174 ただし**現在存在するCNTのどれにも、4製品横断Common Componentという意味は記録されていない。** --- ## 4. FOUR-PRODUCT REUSE 「同じ既存candidateを、その既存意味のまま4製品がcommon axisとして参照できるか」で判定すると： | Product | Result | |---|---| | Counter | **NO** | | Timestamp | **NO** | | Serial | **NO** | | PDF | **NO** | CounterだけならCNT-22 infrastructureとの正当な関係を持ち得る。 しかし今回必要なのは**Counterの札を他3製品にも持たせること**ではなく、4製品が同じneutral common conceptを指すこと。 Timestamp、Serial、PDFはそれぞれ既存の独立family identityを持つ。Timestamp=CNT-16、Serial=CNT-17、PDF=CNT-18。fileciteturn5file0L220-L251 そこからCNT-22をcross-product axisにする根拠は出ない。 --- ## 5. FUTURE PRODUCT REUSE ### **NO — for any currently existing candidate** 未来のparticipating productまで同じ既存札を持たせると、さらに問題が明瞭になる。 `Counter Shared Socket`を未来の非Counter製品へ共通axisとして持たせれば、 ```text id="8srrt6" Counter-specific infrastructure identity → cross-product Common identity ``` へ意味を拡張したことになる。 これは今回禁止されているsemantic distortionそのもの。 --- ## 6. PRODUCT IDENTITY IMPACT 適切なcommon identityが存在していればreferenceするだけなら製品identityを変える必要はない。 しかし**今回はそのcandidateが存在しない。** 既存KAI/company_id/CNTのどれかを無理にcommon axisとして扱うなら、そのidentityの意味を変えることになる。 したがって合法的reuseについては： ### **NO CHANGE POSSIBLE BECAUSE NO SUITABLE REFERENCE EXISTS** Counter / Timestamp / Serial / PDF自身のKAI/company_id/CNTはそのまま維持する。各親productも独立KAI/company_id/CNTとして明確に登録されている。fileciteturn5file0L209-L251 --- ## 7. BOOTSTRAP-PROVIDER NEUTRALITY ### **UNRESOLVED / NOT APPLICABLE TO A SUITABLE EXISTING CANDIDATE** 適切なcandidateがないためYESとはできない。 なおCNT-22を使った場合は意味上Counter-specificなので、今回求める**product-neutral axisとしてはNO**。 Bootstrap first-loaderによってidentityを決める案は引き続き不適切。 --- ## 8. VERSION NEUTRALITY ### **UNRESOLVED / NOT APPLICABLE** 適切なexisting common identityがない。 ただし重要なのは、**KAI/company_id/CNTがversion compatibility markerである証拠もRegistryにはない**こと。 Registryには`version`という別field自体が存在するが、確認したentriesでは空欄であり、これをCommon Component compatibilityに使えるという意味定義はsnapshotから得られない。たとえばShared Socket familyでもversionは空欄。fileciteturn5file0L143-L174 なのでこれも勝手に流用しない。 --- ## 9. COMPATIBILITY CAPABILITY ### Same common concept / contract? **NO — no existing cross-product candidate exists.** ### Runtime implementation compatible? **NO.** さらに仮に将来common identityが存在しても、 ```text id="6jvq58" SAME IDENTITY ``` が証明するのは最大でも、 > 「同じものを指している」 まで。 ```text id="zm7m0x" SAFE RUNTIME COMPATIBILITY ``` まで自動的に証明するものではない。 ここはBootstrap auditの問題意識がそのまま残る。 --- ## 10. KAI RESULT ### **NO** 既存KAIの中に、要求されたcross-product Common conceptを既に識別しているものはない。 特に最も近いImplementation Contractも、 **KAI-00000014 — Kaia Counter Shared Socket — Implementation Contract** であり、catalog pathもCounter Infrastructure配下。fileciteturn5file0L154-L163 流用不可。 --- ## 11. COMPANY_ID RESULT ### **NO** 同様にexisting suitable company_idなし。 company_idはregistered entity単位に付与されており、「会社全体で共通利用できる汎用参照番号」として振る舞っている証拠はない。 Shared SocketとImplementation ContractもKS-000013 / KS-000014と別々。fileciteturn5file0L143-L163 --- ## 12. CNT RESULT ### **NO** existing suitable CNTなし。 ### CNT-22 REPURPOSED? ### **NO** CNT-22は引き続き、 > **Counter Shared Socket infrastructure family** として保存。 3つのCNT-22 entriesはすべてCounter Infrastructureとして登録されている。fileciteturn5file0L143-L174 ここは触らない。 --- ## 13. INFRASTRUCTURE / CONTRACT RESULT ### **PARTIAL** これは「既存IDが部分的にcommon axisとして使える」という意味ではない。 **Registryのidentity modelとしてはPARTIAL。** つまり既存Registryには、 > infrastructureそのもの > implementation contractそのもの を独立registered entityとして表札化できる**先例・器**が既にある。CNT-22 familyがまさにその実例。fileciteturn5file0L143-L174 しかし**今回必要なcross-product entityそのものはまだ登録されていない。** したがって： ```text id="7r0cvn" IDENTITY MECHANISM EXISTS: YES CORRECT EXISTING REGISTERED ENTITY EXISTS: NO ``` ここは重要な差。 --- ## 14. OTHER EXISTING MECHANISM ### **NO** snapshotを通して確認できるfieldsは、 - KAI - company_id - catalog_path - cnt - version - status - issued_at - former_identity - notes という構造。 このうち、既存cross-product reference axisとして別用途に使えるものは確認できない。 `former_identity`は旧Registry lineageであってcommon-reference mechanismではない。既存entriesでは旧Kaia Planet Registry identityを保持する用途になっている。fileciteturn5file0L209-L251 `version`も上記の通り意味定義不足。 --- ## 15. SAME FUTURE UPDATE WINDOW ### **NOT APPLICABLE** 今のdrawerには正しい札がなかった。 したがって次の4製品opening cycleで**既存common IDを先に埋めておく**というcheap preparationは、現時点では実行根拠なし。 これはproduct ID finishing自体を止める意味ではない。 単に、 ```text id="yz8y3j" "ついでに既存Common IDを入れよう" ``` の**入れる既存IDがない**だけ。 --- ## 16. COST IF NEVER USED ### **NOT APPLICABLE for an existing common reference** 適切なexisting referenceがないので、今回「安いからmetadataだけ先に持たせる」は推奨できない。 正しいidentityが存在した場合ならinert metadataは安い可能性がある。 しかし**間違ったidentityをinert metadataとして4製品へ埋めるのは安くない。** 後で意味修正のため4製品をまた触る原因になる。 --- ## 17. WHAT STILL REMAINS MISSING 最大限既存identity machineryを尊重すると、欠けているものは二段に分かれる。 ### Identity side > **Counter / Timestamp / Serial / PDFが同じ意味で参照できる、正式なcross-product Common infrastructure / contract identityそのもの。** Registryにはそれを表現できる仕組みの先例はある。 しかし**entityがまだない。** ### Compatibility side identityが将来できたとしても別途、 > **二つのCommon implementation copyがruntimeで安全にreuse可能かを判定する最小contract/version rule** は残り得る。 つまり、 ```text id="wd1a3m" COMMON IDENTITY ≠ COMPATIBILITY GUARANTEE ``` この境界は崩さない。 --- ## 18. NEW ID REQUIRED? ### **NOT PROVEN** 今回の指示どおり、ここで新札へ飛ばない。 分かったのは： > **existing suitable common identity = NONE** まで。 将来、新しいformal cross-product infrastructure/contractをRegistry-managed entityにするか、それともidentityを持たないtechnical contractで十分なのかは**次の判断**。 よって、 ```text id="h06s1j" NEW ID REQUIRED: NOT PROVEN NEW ID ISSUED: NO NEW CNT: NO NEW COMPATIBILITY ID: NO ``` --- ## 19. WATCH **WATCH — authoritative CNT semantics.** Registry snapshotには`Kaia Spec Content Identity Registry`が「Legacy authoritative CNT registry artifact」として明示されている。fileciteturn5file0L352-L361 もし次に「新しいcross-product conceptをCNTとして登録すべきか」を判断するなら、このContent Identity authorityの実物が必要になる可能性が高い。**その前にNEW CNTを推測しない。** **WATCH — `version` field.** 既存fieldだからといってCommon compatibility markerに流用しない。現在snapshotだけではそのsemanticsを証明できない。 **WATCH — cheap preparation.** 正しい札なら先に全員へ持たせるのは怠惰で良い。しかし**存在しない札を先回りして作ることはcheap preparationではない。** --- ## 20. BLOCK ### **BLOCK: EXISTING-ID REUSE PATH** 今回の問い、 > 「もう持ってる札を共通軸にできるか？」 についてはここでSTOP。 理由： ```text id="hsftwl" KAI: NO SUITABLE EXISTING ENTITY company_id: NO SUITABLE EXISTING ENTITY CNT: NO SUITABLE EXISTING CONCEPT CNT-22: COUNTER-SPECIFIC — DO NOT REPURPOSE other field: NO PROVEN SUITABLE MECHANISM ``` 無理に進むには既存identityの意味を書き換える必要がある。 それは禁止。 --- ## 21. SMALLEST NEXT STEP **新IDを作る、ではない。** 一番小さい次手は： ### **Content Identity / Numbering Authority semanticsを確認するかどうか決める。** Registry自身がauthoritative CNT registry artifactとして指しているものがあるため、もし「cross-product common conceptに既存の未発見axisや正規なNEW処理があるか」まで調べたいなら、そこを読むのが次。 ただし現在のsnapshotだけを証拠にしたこのauditはここで完結： # **THERE IS NO EXISTING CORRECT TAG.** --- ### CHECK LOG ```text id="v6x8cx" AUDIT TARGET: EXISTING COMMON ID / FUTURE REFERENCE REUSE REGISTRY SOURCE: kaia-root-registry-20260909-015813.md ACTUAL REGISTRY READ?: YES EXISTING KAI REUSABLE?: NO EXISTING COMPANY_ID REUSABLE?: NO EXISTING CNT REUSABLE?: NO CNT-22 REPURPOSED?: NO EXISTING CONTRACT/INFRASTRUCTURE REUSABLE?: PARTIAL AS IDENTITY MODEL/PRECEDENT NO AS THE REQUIRED CROSS-PRODUCT ENTITY FOUR-PRODUCT COMMON REFERENCE FOUND?: NO FUTURE-PRODUCT SAFE?: NO SUITABLE EXISTING REFERENCE PRODUCT IDENTITIES CHANGED?: NO NEW ID ISSUED?: NO NEW NUMBER INVENTED?: NO RUNTIME LOGIC DESIGNED?: NO SOURCE MODIFIED?: NO REGISTRY MODIFIED?: NO RESULT: C — NO EXISTING COMMON IDENTITY IS SEMANTICALLY SUITABLE ``` ということで引き出し全部見た結果―― **札を作る仕組みはある。 似た札もある。 でも、今回欲しい札そのものは入ってなかった★** CNT-22にマジックで「全員用」と書き足すのもなしｗ 相談：なし。 [USER] 🕊️ PART 1 OF 3 KAIA COMMON ROUTING COMMON COMPONENT COMPATIBILITY CONTRACT MINIMUM PRE-CONSTRUCTION AUDIT READ-ONLY ARCHITECTURE AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO SOURCE MODIFICATION NO REGISTRY MODIFICATION NO NEW ID ISSUANCE NO RUNTIME QA DO NOT EXECUTE UNTIL ALL 3 PARTS ARE RECEIVED. ================================================== ROLE ================================================== You are the Kaia Common Routing architecture specialist. The distributed Common Surface architecture, durable wiring contract, bootstrap ownership model, and common Registry reference have already been resolved. Do NOT reopen those decisions. One narrow pre-construction question remains: When multiple participating Kaia product packages carry Common Component implementation material, what is the smallest safe rule for deciding whether the already-established Common implementation in the current WordPress request may be reused by a later-loaded package? ================================================== NEW FIXED REGISTRY REFERENCE ================================================== The common cross-product routing concept now has a formal Registry ID: KAI-00000041 Kaia Common Routing This ID may be used as the stable common reference for participating products. Its purpose here is lightweight identity/reference. It means, conceptually: "This package refers to Kaia Common Routing." It does NOT by itself mean: "This implementation is runtime-compatible with every other implementation carrying KAI-00000041." Do NOT: - issue another Common identity - invent another identity merely for compatibility - change KAI-00000041 - reinterpret KAI-00000041 as a runtime authority - make it a product identity - make it a Bootstrap owner identity ================================================== REGISTRY PHILOSOPHY ================================================== Kaia Registry IDs are intentionally lightweight management handles. An ID may be assigned to products, documents, infrastructure, contracts, rules, or other distinct managed things when stable future reference is useful. Unused IDs / numbering gaps are acceptable. Missing a distinct future management target is more dangerous than having an ID that later remains unused. Having an ID does NOT by itself imply: - commercial product status - runtime authority - ownership - compatibility - CNT sharing - architectural hierarchy Do not add architectural weight merely because KAI-00000041 exists. ================================================== ACCEPTED DISTRIBUTED DEPLOYMENT ================================================== There is NO mandatory fifth Common Switchboard plugin. The Common Surface is distributed with participating products. Current participating families: - Counter - Timestamp - Serial - PDF Future Kaia products may participate later. Human-facing model: each participating product settings experience → standardized Common Switchboard surface → shared Common Routing behavior Common Switchboard is the UI/surface. Kaia Common Routing is the shared routing concept/infrastructure reference. ================================================== ACCEPTED BOOTSTRAP MODEL ================================================== Each participating product package may carry material for the same Common Component. Within a WordPress request: FIRST SAFE COMPATIBLE COPY → DEFINE COMMON IMPLEMENTATION ONCE → INITIALIZE ONCE LATER SAFE COMPATIBLE COPY → DETECT ESTABLISHED COMMON IMPLEMENTATION → VERIFY COMPATIBILITY → REUSE / NO-OP The first product is only the technical bootstrap source for that request. It does NOT become: - permanent owner - master product - routing authority - storage owner - leader Who loaded first is NOT persisted. Next request begins normally again. ================================================== ONE SHARED TRUTH ================================================== All compatible participating products use ONE WordPress site-level durable Common Routing truth. Four packaged Common code copies must NOT become: - four runtime Common authorities - four durable routing stores - four membership truths - four routing maps Product package copy ≠ runtime authority ≠ durable truth. ================================================== ACCEPTED DURABLE WIRING CONTRACT ================================================== The authoritative routing relationship is the collection of durable wiring records. Each wiring has four fixed product seats: Counter Timestamp Serial PDF Each seat is either empty or contains: binder_ref refill_ref No business-facing Wiring ID is required. Membership lookup searches the authoritative durable wirings using: (product seat, binder_ref, refill_ref) Result: 0 → no existing membership 1 → return that complete wiring 2+ → invalid / ambiguous → FAIL CLOSED The same durable truth is used for recall and pre-commit collision checking. No separate membership database/index is required at current scale. Do NOT reopen this contract. ================================================== END PART 1 OF 3 WAIT FOR PART 2 AND PART 3. DO NOT EXECUTE. ================================================== [ASSISTANT] 🕊️ **PART 1 OF 3 — COMPLETE RECEIPT CONFIRMED** Transport gate observed。**まだcompatibility contract auditは実行しない。** ```text PART 1 OF 3: RECEIVED PART 2 OF 3: WAITING PART 3 OF 3: WAITING EXECUTION: STOP KAI-00000041: Kaia Common Routing ACCEPTED AS FIXED COMMON REFERENCE KAI-00000041 MEANS: REFERENCE / IDENTITY KAI-00000041 DOES NOT MEAN: RUNTIME COMPATIBILITY RUNTIME AUTHORITY BOOTSTRAP OWNERSHIP PRODUCT IDENTITY DISTRIBUTED DEPLOYMENT: FROZEN BOOTSTRAP MODEL: FROZEN ONE SHARED TRUTH: FROZEN DURABLE WIRING CONTRACT: FROZEN CONSTRUCTION: NO SOURCE MODIFICATION: NO REGISTRY MODIFICATION: NO NEW ID ISSUANCE: NO RUNTIME QA: NO ``` 🕊️ **PART 2 OF 3 / PART 3 OF 3 待機中。** 相談：なし。 [USER] 🕊️ PART 2 OF 3 KAIA COMMON ROUTING COMMON COMPONENT COMPATIBILITY CONTRACT MINIMUM PRE-CONSTRUCTION AUDIT CONTINUES PART 1 OF 3 READ-ONLY ARCHITECTURE AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO SOURCE MODIFICATION NO REGISTRY MODIFICATION NO NEW ID ISSUANCE NO RUNTIME QA DO NOT EXECUTE UNTIL ALL 3 PARTS ARE RECEIVED. ================================================== ACCEPTED PRODUCT OWNERSHIP ================================================== Each product owns: - its own Refill - its own product data - its own detailed settings - its own Save / Load behavior - its own Product Current Refill - its own runtime/product logic Common Routing does NOT own those things. Product Load establishes Product Current Refill. The product's Common Switchboard self-seat reflects that current Refill. There is no second independent self-seat Refill selector. ================================================== DEACTIVATION / UNINSTALL BOUNDARY ================================================== Common durable routing truth is site-level shared infrastructure. Deactivating one participating product must not destroy it. A different participating product may bootstrap the Common Component on a later request and read the same truth. Normal uninstall of one product must NOT automatically delete shared Common Routing truth. No permanent owner-transfer system is required. ================================================== WHY THIS AUDIT EXISTS ================================================== The previous Bootstrap audit found only one narrow unresolved pre-construction point: EXACT COMPATIBILITY IDENTIFICATION / VERSION SEMANTICS. We now have the stable common identity: KAI-00000041 Therefore do NOT solve identity again. Solve only the smallest remaining distinction: SAME COMMON THING versus SAFE IMPLEMENTATION TO REUSE. ================================================== PRIMARY QUESTION ================================================== What is the MINIMUM compatibility information and comparison rule required so that: 1. Counter may bootstrap Common material first; 2. Timestamp may later load another packaged copy; 3. Timestamp can safely determine whether to reuse the already-defined implementation; 4. the result is identical if Serial or PDF loads first instead; 5. no package silently replaces an incompatible implementation; 6. no version arbitration subsystem is created unnecessarily? ================================================== DESIGN BIAS ================================================== Prefer the dumbest safe contract. Examples of acceptable simplicity to evaluate include: KAI-00000041 + one small Common implementation/contract version value or an equivalent already-natural representation. Do NOT assume that exact form is required. Audit it. The goal is not sophisticated package negotiation. The goal is: "Same Common reference? Compatible enough to reuse? Yes → reuse. No / unknown → do not mutate Common." ================================================== IDENTITY IS ALREADY SOLVED ================================================== Do NOT create: - Common Compatibility KAI - Compatibility ID - Bootstrap ID - provider ID - leader ID - per-product Common ID - per-copy identity - wiring identity KAI-00000041 is sufficient as the common management/reference handle. If compatibility needs one tiny version/contract value in addition, that value is technical compatibility metadata, NOT automatically a new Registry entity. ================================================== AUDIT THESE MINIMUM OPTIONS ================================================== Compare at least: A. IDENTITY ONLY KAI-00000041 only. Determine whether this is sufficient. Expected concern: same identity may not prove implementation compatibility. B. STRICT COMMON CONTRACT VERSION KAI-00000041 + one exact Common contract/implementation compatibility value. Reuse only if exact expected value matches. C. COMPATIBILITY MAJOR KAI-00000041 + a small compatibility-major value. Copies with the same supported compatibility major may reuse the established implementation. Different major → fail closed. D. FULL SEMANTIC VERSION ARBITRATION major/minor/patch comparison, newer-wins, upgrade/downgrade decisions, or similar. Determine whether this is actually necessary now. Strong bias: reject it unless evidence proves need. E. HASH / BUILD FINGERPRINT / BYTE IDENTITY Determine whether requiring byte-identical Common code is necessary. Strong bias: do not require byte identity if a smaller contract-level compatibility rule safely solves the problem. ================================================== REQUIRED COMPATIBILITY SEMANTICS ================================================== For the smallest recommended mechanism, define exactly what it answers. At minimum distinguish: COMMON IDENTITY MATCH Does this package refer to: KAI-00000041 — Kaia Common Routing? from: IMPLEMENTATION COMPATIBILITY MATCH May this package safely reuse the Common implementation already established in this WordPress request? Do not let one answer silently stand in for the other unless evidence shows that is safe. ================================================== LOAD-ORDER TEST ================================================== Conceptually test all first-provider cases: Counter first Timestamp first Serial first PDF first For each case, the business result must be equivalent. Example: Product A loads → sees no established Common implementation → safely establishes compatible Common implementation once Product B loads → sees established Common implementation → compares minimum compatibility information → compatible → reuse / no-op Product C loads → same Product D loads → same No product-specific precedence. ================================================== INCOMPATIBLE COPY TEST ================================================== Define the minimum safe behavior when a later package carries Common material that is NOT proven compatible with the implementation already established in the request. Required bias: - do NOT redefine - do NOT replace - do NOT silently upgrade - do NOT silently downgrade - do NOT migrate durable routing truth - do NOT choose "newer wins" - do NOT choose "first is permanently master" Common functionality requiring unsafe compatibility must FAIL CLOSED. Existing durable routing truth must remain untouched. The product itself must remain a product. Its independent Product Refill / Product Current Refill / Save / Load / detailed settings must not be destroyed merely because Common compatibility failed. ================================================== UNKNOWN / MISSING METADATA TEST ================================================== Explicitly decide what happens if: - KAI-00000041 reference is missing - compatibility value is missing - compatibility value is malformed - established Common implementation cannot expose its compatibility state safely - later copy cannot determine compatibility Strong bias: UNKNOWN ≠ COMPATIBLE Do not guess. ================================================== VERSION CHANGE TEST ================================================== Consider ordinary future maintenance. Example: Counter package contains a later Common implementation than Timestamp. Ask: Does safe reuse actually require choosing which implementation is "better"? Or can the initial contract remain: first safely established compatible implementation for this request + later copies only verify/reuse? If compatibility remains valid, load order should not create different business semantics. If compatibility is broken, fail closed rather than arbitrate. ================================================== DISTRIBUTION UPDATE TEST ================================================== Participating product packages may not all be updated on the same day. Determine whether the recommended contract safely tolerates temporary mixed package versions without requiring: - synchronized four-product release - permanent bootstrap owner - central package manager - leader election - automatic code replacement The goal is to make independent product maintenance practical. ================================================== END PART 2 OF 3 WAIT FOR PART 3. DO NOT EXECUTE. ================================================== [ASSISTANT] 🕊️ **PART 2 OF 3 — COMPLETE RECEIPT CONFIRMED** Transport gate維持。**まだcompatibility auditは実行しない。** ```text id="s4t4id" PART 1 OF 3: RECEIVED PART 2 OF 3: RECEIVED PART 3 OF 3: WAITING EXECUTION: STOP COMMON IDENTITY: KAI-00000041 — Kaia Common Routing FIXED / DO NOT REOPEN AUDIT TARGET: MINIMUM IMPLEMENTATION COMPATIBILITY SEMANTICS OPTIONS TO COMPARE AFTER COMPLETE RECEIPT: A — IDENTITY ONLY B — STRICT COMMON CONTRACT VERSION C — COMPATIBILITY MAJOR D — FULL SEMANTIC VERSION ARBITRATION E — HASH / BYTE IDENTITY UNKNOWN / MISSING / MALFORMED: MUST BE EXPLICITLY TESTED LOAD ORDER: ALL FOUR FIRST-PROVIDER CASES REQUIRED MIXED PACKAGE UPDATE WINDOW: MUST BE TESTED INCOMPATIBLE COPY: NO REDEFINE NO REPLACE NO SILENT UPGRADE / DOWNGRADE NO DURABLE-TRUTH MIGRATION FAIL CLOSED PRODUCT-OWNED STATE: MUST REMAIN INDEPENDENT CONSTRUCTION: NO SOURCE MODIFICATION: NO REGISTRY MODIFICATION: NO NEW ID ISSUANCE: NO RUNTIME QA: NO ``` 特に **「同じKAI-00000041を見ている」ことと「この2コピーは安全に同居できる」ことを混ぜない**、ここまで固定で受領した。 🕊️ **PART 3 OF 3 待機中。** 相談：なし。 [USER] 🕊️ PART 3 OF 3 KAIA COMMON ROUTING COMMON COMPONENT COMPATIBILITY CONTRACT MINIMUM PRE-CONSTRUCTION AUDIT CONTINUES PART 1 AND PART 2 OF 3 READ-ONLY ARCHITECTURE AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO SOURCE MODIFICATION NO REGISTRY MODIFICATION NO NEW ID ISSUANCE NO RUNTIME QA ================================================== KAI-00000041 PRE-POSITIONING ================================================== Determine whether it is reasonable, during the already planned future opening/update of Counter / Timestamp / Serial / PDF, for each product to carry/reference: KAI-00000041 as inert/stable Common Routing metadata even before every possible future runtime consumer uses it. Desired property: USED LATER → already present NEVER USED → harmless inert reference This must not create runtime authority merely by existing. ================================================== COMPATIBILITY METADATA PRE-POSITIONING ================================================== If your recommended minimum contract requires one tiny technical compatibility value, determine whether it should also be placed in all participating products during that same planned Common integration cycle. Do not add fields "just in case." Only recommend this if the value has a defined present purpose in the Bootstrap compatibility contract. ================================================== DO NOT DESIGN THE WHOLE IMPLEMENTATION ================================================== This is a contract audit. Do NOT write plugin source. Do NOT choose exact PHP function names unless a name is necessary to explain a boundary. Do NOT design: - admin UI - transfer UI - routing UI furniture - detailed hooks - database schema migration - package update service - remote compatibility service - telemetry - event history - recovery engine - automatic reconciliation Keep the answer at the smallest implementation-contract level needed before construction. ================================================== RETURN REPORT ================================================== Return: 1. OVERALL VERDICT Choose: A — IDENTITY ONLY IS SUFFICIENT B — ONE MINIMAL COMPATIBILITY VALUE IS REQUIRED C — MORE THAN ONE COMPATIBILITY DIMENSION IS REQUIRED D — CURRENT EVIDENCE IS INSUFFICIENT TO DEFINE A SAFE MINIMUM 2. RECOMMENDED MINIMUM CONTRACT State the smallest data/metadata required. Example shape only: COMMON REFERENCE: KAI-00000041 COMPATIBILITY: Do not copy the example if another smaller safe form exists. 3. WHY KAI-00000041 ALONE IS / IS NOT ENOUGH 4. EXACT MEANING OF THE COMPATIBILITY VALUE What does equality or compatibility actually promise? Keep the promise narrow. 5. COMPARISON RULE Give the smallest deterministic rule. 6. COMPATIBLE CASE What does a later-loaded package do? 7. INCOMPATIBLE CASE What does a later-loaded package do? 8. UNKNOWN / MISSING CASE What does a later-loaded package do? 9. FIRST-PROVIDER EFFECT Does Counter-first / Timestamp-first / Serial-first / PDF-first change business semantics? YES / NO / WATCH 10. PERMANENT OWNER REQUIRED? YES / NO 11. VERSION ARBITRATION REQUIRED? YES / NO If NO, explicitly reject newer-wins logic. 12. BYTE-IDENTICAL CODE REQUIRED? YES / NO 13. MIXED PACKAGE VERSIONS SAFE? YES / NO / WITHIN CONTRACT / UNRESOLVED Explain the boundary. 14. SYNCHRONIZED FOUR-PRODUCT UPDATE REQUIRED? YES / NO / WATCH 15. KAI-00000041 PRE-POSITIONING RECOMMENDED / NOT REQUIRED / UNSAFE / UNRESOLVED 16. COMPATIBILITY VALUE PRE-POSITIONING RECOMMENDED / NOT REQUIRED / UNSAFE / UNRESOLVED 17. COST IF KAI REFERENCE IS NEVER USED State whether it remains inert. 18. COST IF COMPATIBILITY METADATA IS NEVER USED State whether it remains inert and whether any runtime dependency exists. 19. FAILURE-CLOSED BOUNDARY State exactly what stops when compatibility cannot be proven. Do not accidentally stop independent product behavior. 20. REGISTRY IMPACT Expected: NONE If you believe another Registry action is necessary, explain why without issuing or inventing an ID. 21. PRODUCT IDENTITY IMPACT Counter: NONE / WATCH Timestamp: NONE / WATCH Serial: NONE / WATCH PDF: NONE / WATCH 22. WATCH 23. BLOCK 24. SMALLEST NEXT STEP ================================================== REJECT UNNECESSARY MACHINERY ================================================== Explicitly report whether each is required: - permanent master product - leader election - provider ownership record - bootstrap-provider persistence - per-product Common durable storage - separate compatibility Registry entity - compatibility history - automatic upgrade/downgrade - newest-wins arbitration - hash registry - remote compatibility lookup - synchronized four-product deployment Default answer should be NO unless the evidence requires otherwise. ================================================== CHECK LOG REQUIRED ================================================== Include compact English CHECK LOG: AUDIT TARGET COMMON REFERENCE IDENTITY SUFFICIENT ALONE? MINIMUM COMPATIBILITY VALUE COMPARISON RULE UNKNOWN FAILS CLOSED? LOAD ORDER NEUTRAL? PERMANENT OWNER? VERSION ARBITRATION? BYTE IDENTITY REQUIRED? MIXED PACKAGE VERSIONS? SYNCHRONIZED UPDATE? KAI PRE-POSITIONING? COMPATIBILITY PRE-POSITIONING? NEW ID ISSUED? REGISTRY MODIFIED? SOURCE MODIFIED? RUNTIME QA? RESULT ================================================== STOP CONDITIONS ================================================== STOP and report BLOCK rather than adding machinery if the proposed contract would require: - one product to become permanent Common owner - load order to create different business meaning - incompatible code to silently replace established code - KAI-00000041 to become a compatibility guarantee - per-product copies of durable Common Routing truth - a fifth mandatory plugin - a new Registry identity merely to represent a technical version - synchronized release solely because the compatibility contract is too complicated - automatic upgrade/downgrade arbitration without demonstrated need ================================================== WORKSHOP RULE ================================================== KAI-00000041 answers: "WHICH COMMON THING?" The minimum compatibility rule answers: "CAN I SAFELY USE THE ONE ALREADY HERE?" Do not make either answer more questions than necessary. ☕🪑🪓 同じ札なら同じ設備。 同じ設備でも、 コードまで何でも混ぜていいとは限らん。 だから必要なら、 「同じ札 ＋ 小さい互換条件」 だけ置け。 プラグインよ、馬鹿であれ！ 目指せ怠惰★ ================================================== COMPLETE SET → GO ================================================== [ASSISTANT] 🕊️ **COMPLETE SET RECEIVED — MINIMUM PRE-CONSTRUCTION AUDIT EXECUTED READ-ONLY** # KAIA COMMON ROUTING ## COMMON COMPONENT COMPATIBILITY CONTRACT ## 1. OVERALL VERDICT ### **B — ONE MINIMAL COMPATIBILITY VALUE IS REQUIRED** 最小契約はこれで足りる。 ```text COMMON REFERENCE: KAI-00000041 COMPATIBILITY: one compatibility-major integer ``` **KAI-00000041 + compatibility major。以上。** minor / patch比較、hash、newer-wins、provider記録、version arbitrationは現時点では不要。 --- ## 2. RECOMMENDED MINIMUM CONTRACT 各participating packageがCommon materialについて持つ情報： ```text COMMON REFERENCE = KAI-00000041 COMPATIBILITY MAJOR = N ``` `N` は**product versionではない**。 Counter / Timestamp / Serial / PDFそれぞれのversionとも、Registry identityとも独立した、Common Componentの小さなtechnical compatibility metadata。 たとえば概念上、 ```text Counter product version ≠ compatibility major Timestamp product version ≠ compatibility major KAI-00000041 ≠ compatibility major ``` これ以上は今いらない。 --- ## 3. WHY KAI-00000041 ALONE IS NOT ENOUGH KAI-00000041が答えるのは、 > **「これはKaia Common Routingを参照している」** まで。 同じ設備を指す古いimplementationと新しいimplementationが、必ず同一runtime contractを話せるとは限らない。 したがって、 ```text KAI MATCH ≠ IMPLEMENTATION COMPATIBILITY PROVEN ``` ここをKAIに背負わせると、Registry identityをruntime compatibility guaranteeへ意味拡張してしまう。 それはしない。 --- ## 4. EXACT MEANING OF THE COMPATIBILITY VALUE ### Compatibility major equalityが約束すること 狭くこれだけ： > **同じcompatibility majorを宣言するKaia Common Routing implementation copiesは、一方がそのWordPress requestで既にCommon implementationを安全に確立している場合、後続copyがそれを再定義・交換せず、そのestablished Common contractをreuseできる。** つまりmajorは、 - 「新しい」 - 「優れている」 - 「byte-identical」 - 「同じproduct version」 - 「同じbuild」 - 「自動migration可能」 を意味しない。 ### Majorを上げる境界 将来、 > **古いestablished implementationを後続packageが安全にreuseできる、という約束を維持できなくなった** ときだけcompatibility boundaryが変わる。 minor/patchをcompatibility判定に持ち込む必要は現在ない。 --- ## 5. COMPARISON RULE 最小のdeterministic rule： ```text 1. COMMON REFERENCE present? 2. == KAI-00000041? 3. compatibility major present and valid? 4. established Common exposes same valid reference + major? YES TO ALL → COMPATIBLE → REUSE / NO-OP ANY NO / UNKNOWN → NOT PROVEN COMPATIBLE → COMMON FAIL CLOSED ``` 特に： ### **UNKNOWN ≠ COMPATIBLE** これで十分。 --- ## 6. COMPATIBLE CASE 例： ```text Counter: KAI-00000041 / major 1 → first safe provider → Common established once Timestamp: KAI-00000041 / major 1 → established Common found → identity match → major match → reuse → no redefine → no duplicate initialization ``` Serial / PDFも同じ。 後続packageは**何もしないことに成功する**。 怠惰でよろしい★ --- ## 7. INCOMPATIBLE CASE 例： ```text Established: KAI-00000041 / major 1 Later package: KAI-00000041 / major 2 ``` 結果： ### **FAIL CLOSED** 後続packageは、 - redefineしない - replaceしない - upgradeしない - downgradeしない - newer-winsしない - durable wiringをmigrateしない - established implementationを破壊しない Common-dependent operationだけをunsafeとして止める。 **major 2だから偉い、は存在しない。** --- ## 8. UNKNOWN / MISSING CASE 以下はすべてcompatibility **NOT PROVEN**： - KAI reference missing - KAI malformed/wrong - compatibility major missing - compatibility major malformed - established implementationがcompatibility stateを安全に提示できない - later copyがcomparisonできない 結果： ```text DO NOT GUESS DO NOT REPLACE DO NOT MUTATE COMMON FAIL CLOSED ``` 古いcopyを「たぶん1だろ」で扱うfallbackも置かない。 --- ## 9. FIRST-PROVIDER EFFECT ### **NO** ```text Counter first → same contract Timestamp first → same contract Serial first → same contract PDF first → same contract ``` 全員が同じKAI + majorならbusiness semanticsは同じ。 最初のpackageは、 > **そのrequestでcompatible Commonを最初に机へ置いただけ。** 誰が置いたかはcomparison inputにすら不要。 --- ## 10. PERMANENT OWNER REQUIRED? ### **NO** request-local bootstrapだけ。 provider identityを保存する理由なし。 --- ## 11. VERSION ARBITRATION REQUIRED? ### **NO** **newer-winsを明示的に却下。** 不要： ```text 1.3 > 1.2 therefore replace ``` 必要なのは： ```text compatibility major same? YES → reuse NO → fail closed ``` だけ。 --- ## 12. BYTE-IDENTICAL CODE REQUIRED? ### **NO** byte identityを要求すると、コメント修正や内部実装差までdeployment compatibility問題にしてしまう。 防ぎたい事故は、 > incompatible runtime contractを混ぜること であって、 > ZIP内のbyteが違うこと ではない。 hash registryも不要。 --- ## 13. MIXED PACKAGE VERSIONS SAFE? ### **WITHIN CONTRACT** たとえば： ```text Counter product v1.x Common implementation newer compatibility major 1 Timestamp product older Common implementation older compatibility major 1 ``` 両者が**major 1 compatibility promiseを本当に満たす限り**、混在可能。 逆に： ```text Counter → major 2 Timestamp → major 1 ``` なら同一requestでCommon interoperabilityを成立させようとしない。 ### 重要な境界 これは「majorが同じ数字なら魔法で安全」という意味ではない。 **developer側が同じmajorを付ける責任そのものがcompatibility contract。** 互換性を壊した変更なのにmajorを据え置けば、それはcontract violation。 --- ## 14. SYNCHRONIZED FOUR-PRODUCT UPDATE REQUIRED? ### **NO** この契約を置く大きな利点がそこ。 各productは独立maintenance可能。 一時的mixed versionsでも同じcompatibility majorならreuseできる。 互換majorが割れるupdate windowではCommon側がfail closedするので、**安全性のためだけに4製品同時releaseを強制する必要はない。** ただし実際にmajor-breaking transitionを出す際のdeployment UXは将来別WATCHになり得る。それを今回version arbitration systemにしない。 --- ## 15. KAI-00000041 PRE-POSITIONING ### **RECOMMENDED** Counter / Timestamp / Serial / PDFを次回どうせ開くなら、 ```text KAI-00000041 ``` をCommon Routing referenceとして持たせるのは合理的。 理由： - 意味が既に確定 - product identityを変更しない - providerを決めない - runtime authorityを生まない - routing stateを表さない - grade/versionに依存しない - 将来consumerが使わなくても意味が壊れない これはまさにcheap preparation。 --- ## 16. COMPATIBILITY VALUE PRE-POSITIONING ### **RECOMMENDED — COMMON INTEGRATION CYCLEで** こちらはKAIより条件付き。 compatibility majorには**現在のBootstrap contractで明確な用途がある**ので、Common implementation materialを導入する同じintegration cycleで全participating packagesへ持たせるのがよい。 ただし、 > Product ID finishingだけ先にやるから、Common implementationがまだ無いのにmajorも先に埋める 必要まではない。 整理すると： ```text KAI-00000041: product-opening時のinert referenceとして先置き可 COMPATIBILITY MAJOR: Common materialを実際に載せる時に載せる ``` これが一番無駄がない。 --- ## 17. COST IF KAI REFERENCE IS NEVER USED ほぼ**inert metadataのみ**。 consumerが読まなければ、 - hookなし - DB writeなし - routing changeなし - runtime authorityなし - product behavior changeなし 単なるstable reference。 --- ## 18. COST IF COMPATIBILITY METADATA IS NEVER USED これも値そのものはinert。 ただしKAIとの違いは、**Common bootstrapがcompatibility判定を実装した時点でruntime dependencyになる**こと。 consumerが存在しない間はただのtechnical metadata。 consumerが存在するようになったら、 ```text missing / malformed → fail closed ``` という契約対象になる。 --- ## 19. FAILURE-CLOSED BOUNDARY Compatibilityを証明できなかった時に止めるのは： ### **そのrequest/contextにおけるunsafeなCommon functionality** 特に、 - Common initializationの重複継続 - Common write/mutation - compatibilityを前提とするCommon Surface operation を進めない。 ### 止めないもの - Product Refill - Product Current Refill - product Save - product Load - product detailed settings - independent product logic - existing durable Common Routing truthそのもの そしてdurable truthに対して： ```text NO MIGRATION NO REWRITE NO DELETE NO "REPAIR" ``` Compatibility failureをデータ修復イベントにしない。 --- ## 20. REGISTRY IMPACT ### **NONE** KAI-00000041は既に存在。 compatibility majorはtechnical compatibility metadataであり、新Registry entityではない。 追加KAI/company_id/CNT不要。 --- ## 21. PRODUCT IDENTITY IMPACT | Product | Impact | |---|---| | Counter | **NONE** | | Timestamp | **NONE** | | Serial | **NONE** | | PDF | **NONE** | KAI-00000041をreferenceすることは、それぞれ自身のidentityをKAI-00000041へ変更することではない。 --- ## 22. WATCH ### WATCH 1 — Major assignment discipline 一番大事。 **同major = reuse-safe**というpromiseを人間側が守る必要がある。 Breaking changeをmajor据え置きで配ると、この単純contractは守れない。 ### WATCH 2 — Established state must be inspectable 後続copyが少なくとも、 ```text common reference compatibility major initialized/established state ``` をrequest-localに安全に確認できる必要がある。 ただしこれは新Registryやruntime tableを要求しない。 ### WATCH 3 — Major-breaking rollout 将来本当にmajor 1→2が必要になった場合、mixed active packagesではCommon機能がfail closedするrequestがあり得る。 それを避けるためのupgrade arbitrationを**今は作らない**。 実際にmajor-breaking releaseが発生した時、そのreleaseについてdeployment手順を考えればよい。 ### WATCH 4 — Product-specific existing WATCHes survive Timestamp Refill/Load independence、PDF legacy `counter_id`、Counter furniture preservation等はこのcompatibility contractで解決した扱いにしない。 --- ## 23. BLOCK ### **CURRENT BLOCK: NONE** このminimum contractでconstruction前条件は満たせる。 ただしconstruction時に、 - KAIだけでcompatibility判定 - major mismatchをsilent replace - unknownをcompatible扱い - newer-wins - provider persistence - per-product durable routing copy - fifth plugin必須化 のどれかが必要になったら**STOP / BLOCK**。 それは今回通ったcontractから外れる。 --- ## 24. SMALLEST NEXT STEP ### **FREEZE THIS TWO-VALUE CONTRACT, THEN MOVE TO CONSTRUCTION PLANNING** 凍結対象はこれだけ： ```text KAIA COMMON ROUTING COMMON COMPONENT COMPATIBILITY CONTRACT IDENTITY: KAI-00000041 COMPATIBILITY: INTEGER COMPATIBILITY MAJOR MATCH: same KAI AND same valid compatibility major MATCH → reuse established Common implementation MISMATCH / MISSING / MALFORMED / UNKNOWN → Common fail closed NO ARBITRATION NO REPLACEMENT NO PROVIDER PERSISTENCE NO DURABLE-TRUTH MUTATION ``` これ以上のversion machineryは、必要になるまで作らない。 --- ## Unnecessary machinery audit | Mechanism | Required? | |---|---| | Permanent master product | **NO** | | Leader election | **NO** | | Provider ownership record | **NO** | | Bootstrap-provider persistence | **NO** | | Per-product Common durable storage | **NO** | | Separate compatibility Registry entity | **NO** | | Compatibility history | **NO** | | Automatic upgrade/downgrade | **NO** | | Newest-wins arbitration | **NO** | | Hash registry | **NO** | | Remote compatibility lookup | **NO** | | Synchronized four-product deployment | **NO** | **PLUGIN, BE DUMB — PASS ★** --- ### CHECK LOG ```text AUDIT TARGET: KAIA COMMON ROUTING COMMON COMPONENT COMPATIBILITY CONTRACT COMMON REFERENCE: KAI-00000041 — KAIA COMMON ROUTING IDENTITY SUFFICIENT ALONE?: NO MINIMUM COMPATIBILITY VALUE: ONE INTEGER COMPATIBILITY MAJOR COMPARISON RULE: SAME VALID KAI-00000041 AND SAME VALID COMPATIBILITY MAJOR → REUSE MISMATCH / MISSING / MALFORMED / UNKNOWN → COMMON FAIL CLOSED UNKNOWN FAILS CLOSED?: YES LOAD ORDER NEUTRAL?: YES PERMANENT OWNER?: NO VERSION ARBITRATION?: NO BYTE IDENTITY REQUIRED?: NO MIXED PACKAGE VERSIONS?: SAFE WITHIN SAME COMPATIBILITY CONTRACT SYNCHRONIZED UPDATE?: NO KAI PRE-POSITIONING?: RECOMMENDED COMPATIBILITY PRE-POSITIONING?: RECOMMENDED WHEN COMMON MATERIAL IS INTEGRATED NEW ID ISSUED?: NO REGISTRY MODIFIED?: NO SOURCE MODIFIED?: NO RUNTIME QA?: NO RESULT: B — ONE MINIMAL COMPATIBILITY VALUE IS REQUIRED BLOCK: NONE NEXT: FREEZE TWO-VALUE CONTRACT THEN CONSTRUCTION PLANNING ``` これでBootstrapの「あれ？」も消えたと思うｗ **同じ札：`KAI-00000041`。 同じ言葉で喋れる世代：`compatibility major`。** この二つだけ確認。 合えば「もういる奴つかえ★」。 合わなければ「触るな★」。 **新しい方が偉い選手権すら開催しない。** だいぶ良い怠惰になったヽ(=´▽`=)ﾉ 相談：なし。 [USER] 🕊️ PART 1 OF 2 KAIA COMMON ROUTING PLANNED PARTNER NUMBER / FUTURE-ID PREHOLD REMOVAL AUDIT READ-ONLY PRE-CONSTRUCTION ARCHITECTURE AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO SOURCE MODIFICATION NO REGISTRY MODIFICATION NO ID ISSUANCE DO NOT EXECUTE UNTIL BOTH PARTS ARE RECEIVED. ================================================== ROLE ================================================== You are the Kaia Common Routing architecture specialist. The Common Routing architecture has already passed its major pre-construction audits. One new simplification has been noticed before construction: Now that all participating products can share one stable Common Routing reference, KAI-00000041 — Kaia Common Routing do participating products still need to pre-hold / pre-position planned future partner numbers or identities merely so that they can connect to one another later? Audit ONLY that question and its direct consequences. ================================================== CURRENT FIXED COMMON CONTRACT ================================================== COMMON REFERENCE: KAI-00000041 Kaia Common Routing COMMON COMPATIBILITY: one integer compatibility major Minimum bootstrap comparison: same valid KAI-00000041 AND same valid compatibility major → reuse established compatible Common implementation mismatch / missing / malformed / unknown → Common FAIL CLOSED No version arbitration. No newer-wins. No permanent provider. No provider persistence. ================================================== ACCEPTED ARCHITECTURE — DO NOT REOPEN ================================================== There is no mandatory fifth Common Switchboard plugin. Participating products may carry compatible Common material. The first safe compatible copy in a WordPress request may establish the Common implementation once. Later compatible copies verify and reuse it. Load order has no business meaning. There is ONE WordPress site-level durable Common Routing truth. Each product continues to own: - its own product identity - its own Binder / Refill - its own Product Current Refill - its own Save / Load - its own detailed settings - its own product data - its own runtime/product logic Common Routing owns only the shared routing relationship behavior and its shared durable relationship truth. Do not reopen these decisions. ================================================== CURRENT DURABLE WIRING MODEL ================================================== The currently accepted routing model has fixed participating product seats: - Counter - Timestamp - Serial - PDF Each seat is either empty or contains the participating product's: binder_ref refill_ref Membership lookup uses: (product seat, binder_ref, refill_ref) against authoritative durable wiring records. 0 → no existing wiring membership 1 → recall that complete wiring 2+ → invalid / ambiguous → FAIL CLOSED No separate membership database is required. ================================================== NEW SIMPLIFICATION QUESTION ================================================== Previously, during independent product development, there was value in pre-positioning or reserving future identifiers so that one product could later know what another related product/facility would be. Now a stable shared axis exists: KAI-00000041 — Kaia Common Routing The proposed simpler model is: A participating product does NOT need to pre-hold the future identity or planned number of every product it may later connect to. Instead, each participating product needs only: 1. its own legitimate identity / product state as already required; 2. the stable Common Routing reference KAI-00000041; 3. the Common compatibility major when Common implementation material is actually integrated; 4. whatever narrow seat/adapter declaration the Common contract legitimately requires for that product. Conceptually: Counter ─────┐ Timestamp ───┤ Serial ──────┼── KAI-00000041 PDF ─────────┘ NOT: Counter knows future Timestamp number Counter knows future Serial number Counter knows future PDF number Timestamp knows future Counter number ... etc. ================================================== PRIMARY AUDIT QUESTION ================================================== Can planned future partner-number / partner-ID preholding be removed from the Common Routing architecture because KAI-00000041 now provides the stable common axis? Specifically determine whether safe routing requires: A. each product to know future partner identities/numbers in advance or B. each product only to know that it participates in Kaia Common Routing, while Common Routing resolves/represents the participating seats and actual loaded Refill relationships. Strong bias: choose B if no real runtime, persistence, identity, migration, or collision requirement proves A necessary. ================================================== IMPORTANT DISTINCTION ================================================== Do NOT accidentally remove legitimate product identity. This audit is NOT asking whether: Counter should lose its own identity, Timestamp should lose its own identity, Serial should lose its own identity, PDF should lose its own identity. They keep their legitimate identities. The question is only whether one product must PRE-HOLD ANOTHER PRODUCT'S FUTURE NUMBER merely to prepare for later Common Routing. ================================================== COMMON REFERENCE IS NOT PARTNER IDENTITY ================================================== KAI-00000041 must not become a fake identity for Counter, Timestamp, Serial, or PDF. It means: "This product participates in / refers to Kaia Common Routing." It does not mean: "This product is Kaia Common Routing." Likewise, a Common Routing reference does not erase the distinction between product seats. Counter remains Counter. Timestamp remains Timestamp. Serial remains Serial. PDF remains PDF. ================================================== FIXED SEAT QUESTION ================================================== Audit whether the Common contract can identify the current four routing roles as fixed semantic seats without requiring every product package to carry the Registry ID / planned number of every other product. For example, conceptually: seat = Counter seat = Timestamp seat = Serial seat = PDF is different from requiring: Counter package must know Timestamp's future ID, Serial's future ID, PDF's future ID. Determine the smallest safe representation. Do NOT design a generalized discovery framework unless evidence proves one is needed. ================================================== END PART 1 OF 2 WAIT FOR PART 2. DO NOT EXECUTE. ================================================== [ASSISTANT] 🕊️ **PART 1 OF 2 — COMPLETE RECEIPT CONFIRMED** Transport gate observed。**まだPartner Number / Future-ID Prehold Removal Auditは実行しない。** ```text id="zn4bph" PART 1 OF 2: RECEIVED PART 2 OF 2: WAITING EXECUTION: STOP AUDIT TARGET: PLANNED FUTURE PARTNER NUMBER / PARTNER-ID PREHOLD ONLY COMMON REFERENCE: KAI-00000041 — KAIA COMMON ROUTING COMPATIBILITY CONTRACT: FROZEN DISTRIBUTED BOOTSTRAP: FROZEN ONE SHARED DURABLE TRUTH: FROZEN PRODUCT OWN IDENTITIES: PRESERVED QUESTION TO RESOLVE AFTER COMPLETE RECEIPT: DOES A PARTICIPATING PRODUCT NEED TO PRE-HOLD ANOTHER PRODUCT'S FUTURE ID / NUMBER? FIXED SEMANTIC SEATS: COUNTER TIMESTAMP SERIAL PDF TO BE AUDITED WITHOUT INVENTING GENERALIZED DISCOVERY CONSTRUCTION: NO SOURCE MODIFICATION: NO REGISTRY MODIFICATION: NO ID ISSUANCE: NO ``` 境界も了解。 **「他人の未来の名札を先にポケットへ入れておく必要があるか？」だけを見る。** Counter自身の札を捨てる話でも、`KAI-00000041`をCounterたちの身分証にする話でもない。 🕊️ **PART 2 OF 2 待機中。** 相談：なし。 [USER] 🕊️ PART 2 OF 2 KAIA COMMON ROUTING PLANNED PARTNER NUMBER / FUTURE-ID PREHOLD REMOVAL AUDIT CONTINUES PART 1 OF 2 READ-ONLY PRE-CONSTRUCTION ARCHITECTURE AUDIT NO CONSTRUCTION NO REPAIR NO REDESIGN NO SOURCE MODIFICATION NO REGISTRY MODIFICATION NO ID ISSUANCE ================================================== FUTURE PRODUCT TEST ================================================== Conceptually consider a future fifth participating Kaia product. Do NOT invent its name or ID. Question: If that future product legitimately receives its own identity and is later integrated into Kaia Common Routing, must Counter / Timestamp / Serial / PDF already have reserved or pre-held that future product's number? Or can the future integration be handled by extending the Common Routing participation/seat contract when that real product actually exists? Strong bias: do not make today's products carry tomorrow's unknown identities. ================================================== REGISTRY BOUNDARY ================================================== Registry philosophy is: IDs are cheap management handles. Issue them when a distinct thing needs stable management/reference. Unused IDs and gaps are acceptable. Omission is more dangerous than an unused ID. HOWEVER: This does not mean every product must pre-hold every possible future partner ID. Distinguish: A. assigning an ID to a real/manageable thing from: B. reserving or embedding another future thing's planned ID inside current products merely because they might interoperate later. Do not argue against ordinary Registry issuance. Audit only whether cross-product future-ID preholding is still a technical requirement for Common Routing. ================================================== EXISTING IDS MUST NOT BE DAMAGED ================================================== Do NOT renumber, delete, merge, repurpose, or invalidate existing Registry identities. If old materials already contain planned/future references, classify them carefully. Possible outcomes include: - still independently useful - historical only - harmless inert metadata - obsolete for Common Routing - migration WATCH - actual runtime dependency Do not erase historical evidence merely because the new architecture no longer requires the old planning mechanism. ================================================== RUNTIME / ROUTING TEST ================================================== Conceptually test: Counter is installed and participates in KAI-00000041. Timestamp is later installed and participates in KAI-00000041. Must Counter already know Timestamp's Registry/planned number for the Common Routing relationship to work? Then test the reverse load/install order. Then Serial and PDF. The business result must not depend on which product was developed, installed, or loaded first. If a product-to-product planned-number table is unnecessary, say so explicitly. ================================================== DURABLE WIRING TEST ================================================== Determine whether authoritative durable wiring needs partner product Registry IDs in each participating product package. Remember: durable wiring already has semantic product seats and Refill membership. Do not add duplicate identity data unless required to disambiguate authoritative routing truth. Ask: Does seat + binder_ref + refill_ref already identify the routing membership sufficiently within the accepted fixed-seat model? If YES, planned partner numbers must not be added merely as another way to say the same thing. ================================================== BOOTSTRAP TEST ================================================== Common bootstrap compatibility already uses: KAI-00000041 + compatibility major Determine whether partner planned IDs contribute anything to this comparison. Expected candidate: NO. If they do not affect compatibility, do not include them in bootstrap metadata. ================================================== COLLISION TEST ================================================== Existing collision rule is based on actual Refill membership in durable wirings. Determine whether planned partner IDs are necessary for: - occupancy lookup - duplicate membership prevention - existing wiring recall - conflict detection If no, do not retain them for collision logic. ================================================== FAIL-CLOSED TEST ================================================== If a participating product does not know the Registry identity of some other participating product in advance, should Common Routing fail? Strong bias: NO, provided the Common contract can still unambiguously identify the semantic seat and actual Refill relationship. Do not create a dependency solely because an old planning convention existed. ================================================== RETURN REPORT ================================================== Return: 1. OVERALL VERDICT Choose: A — FUTURE PARTNER-ID PREHOLD IS STILL REQUIRED B — FUTURE PARTNER-ID PREHOLD IS NOT REQUIRED C — REQUIRED ONLY FOR A NARROW SPECIFIC PURPOSE D — CURRENT EVIDENCE INSUFFICIENT 2. MINIMUM PRODUCT-SIDE IDENTITY/REFERENCE SET State exactly what a participating product needs to know/carry for Common Routing. Separate: - own identity - Common identity/reference - compatibility metadata - seat/role information - partner identity, if any 3. DOES A PRODUCT NEED EACH PARTNER'S REGISTRY ID? YES / NO / NARROW CASE 4. DOES A PRODUCT NEED EACH PARTNER'S PLANNED FUTURE NUMBER? YES / NO / NARROW CASE 5. DOES COMMON BOOTSTRAP NEED PARTNER IDS? YES / NO 6. DOES DURABLE WIRING NEED PARTNER IDS? YES / NO / NARROW CASE 7. DOES COLLISION / MEMBERSHIP LOOKUP NEED PARTNER IDS? YES / NO 8. ARE FIXED SEMANTIC SEATS SUFFICIENT FOR CURRENT FOUR PRODUCTS? YES / NO / WATCH 9. FUTURE FIFTH PRODUCT Explain the smallest safe addition path. Does its future participation require today's four products to have reserved its identity in advance? 10. LOAD / INSTALL ORDER Does absence of pre-held partner IDs create different business semantics based on order? YES / NO / WATCH 11. EXISTING PLANNED-ID MATERIAL Classify any already-existing planned-ID concept as: KEEP ACTIVE KEEP FOR OTHER PURPOSE HISTORICAL INERT OBSOLETE FOR COMMON ROUTING MIGRATION WATCH or UNRESOLVED Do not delete evidence. 12. REGISTRY IMPACT Does removing the prehold requirement require renumbering or deleting existing IDs? Expected strong bias: NO 13. PRODUCT IDENTITY IMPACT Counter: NONE / WATCH Timestamp: NONE / WATCH Serial: NONE / WATCH PDF: NONE / WATCH 14. WHAT EXACTLY CAN BE REMOVED FROM THE COMMON ROUTING CONTRACT? 15. WHAT MUST REMAIN? 16. WATCH 17. BLOCK 18. SMALLEST NEXT STEP ================================================== UNNECESSARY MACHINERY CHECK ================================================== Explicitly report whether each is required: - partner-ID table in every product - planned future-number reservations for interoperability - all-products-known-in-advance list inside every product - product-to-product identity matrix - duplicated partner identity in durable wiring - partner identity in bootstrap compatibility comparison - generalized product discovery framework - renumbering existing Registry entries Default should be NO unless evidence proves otherwise. ================================================== STOP CONDITIONS ================================================== STOP / BLOCK if safe removal would actually require: - loss of legitimate product identity - ambiguous durable wiring membership - ambiguous product seat semantics - silent reassignment of an existing Registry ID - renumbering existing products - deleting historical evidence - changing KAI-00000041 into a product identity - weakening compatibility fail-closed behavior - introducing a more complicated discovery system merely to remove simple existing metadata If removal creates more machinery than it deletes, report that rather than forcing the simplification. ================================================== CHECK LOG REQUIRED ================================================== Include compact English CHECK LOG: AUDIT TARGET COMMON REFERENCE FUTURE PARTNER-ID PREHOLD REQUIRED? OWN PRODUCT IDENTITY PRESERVED? COMMON COMPATIBILITY CONTRACT PRESERVED? FIXED SEATS SUFFICIENT? BOOTSTRAP NEEDS PARTNER IDS? DURABLE WIRING NEEDS PARTNER IDS? COLLISION LOOKUP NEEDS PARTNER IDS? FUTURE PRODUCT REQUIRES ADVANCE RESERVATION? LOAD ORDER NEUTRAL? EXISTING IDS RENumbered? REGISTRY MODIFIED? SOURCE MODIFIED? RUNTIME QA? RESULT ================================================== WORKSHOP RULE ================================================== A product needs to know who IT is. A product needs to know which COMMON facility it participates in. That does not automatically mean it needs to know the future Registry number of everyone it may someday meet. KAI-00000041 is the common signpost. Do not replace a common signpost with a pocket full of everyone's future address cards unless the architecture actually needs them. ☕🪑🪓 「あとで会うかもしれないから、 全員の未来の住所を今から持っとけ」 より、 「共通フロントに来い★」 で済むなら、そっちにする。 プラグインよ、馬鹿であれ！ 目指せ怠惰★ ================================================== COMPLETE SET → GO ================================================== [ASSISTANT] 🕊️ **COMPLETE SET RECEIVED — REMOVAL AUDIT EXECUTED READ-ONLY** # KAIA COMMON ROUTING ## PLANNED PARTNER NUMBER / FUTURE-ID PREHOLD REMOVAL AUDIT ## 1. OVERALL VERDICT ### **B — FUTURE PARTNER-ID PREHOLD IS NOT REQUIRED** 取れる。しかも、**取った方がCommon Routing contractが小さくなる。** 現在のaccepted architectureでは、製品Aが製品Bの未来のRegistry IDを先回りして知っていることは、 - bootstrap - durable wiring - recall - membership lookup - collision prevention - compatibility のどれにも必要ない。 最小関係はこれで足りる。 ```text PRODUCT ├─ knows itself ├─ declares its semantic Common seat ├─ references KAI-00000041 └─ carries Common compatibility major COMMON ROUTING └─ relates actual participating Refill memberships ``` つまり、 > **共通フロントに来い★** で済む。未来の住所録はいらない。 --- # 2. MINIMUM PRODUCT-SIDE IDENTITY / REFERENCE SET Common Routing参加productが必要とする最小セット： | Category | Required | Meaning | |---|---|---| | Own legitimate product identity | **YES** | そのproduct自身が誰か | | Common reference | **YES** | `KAI-00000041 — Kaia Common Routing` | | Compatibility metadata | **YES when Common material integrated** | Common compatibility major | | Semantic seat/role | **YES** | Counter / Timestamp / Serial / PDF | | Partner Registry IDs | **NO** | 不要 | | Partner planned/future numbers | **NO** | 不要 | 重要なのは、 ```text seat = Timestamp ``` と、 ```text partner_registry_id = ``` は別物ということ。 現在のrouting contractが必要としているのは**前者**。 --- # 3. DOES A PRODUCT NEED EACH PARTNER'S REGISTRY ID? ### **NO** CounterがTimestampとroutingするために、Counter packageがTimestampのKAI/company_id等を事前保持する必要はない。 Common Routingが扱う関係は、 ```text Counter seat → A-07 Timestamp seat → A-02 Serial seat → A-01 PDF seat → A-03 ``` だから。 相手のRegistry名札をもう一度routing identityとして複製する必要がない。 --- # 4. DOES A PRODUCT NEED EACH PARTNER'S PLANNED FUTURE NUMBER? ### **NO** さらに不要。 「まだ存在していない・まだ確定していない未来partnerの番号」を現在productへ予約配置するtechnical requirementは、accepted architectureからは出てこない。 これはRegistryの > real/manageable thingには早めにIDを振ってよい という思想とも矛盾しない。 **Registryが未来管理対象へIDを振ること**と、**その番号を全partner productsへ埋め込むこと**は別問題。 --- # 5. DOES COMMON BOOTSTRAP NEED PARTNER IDS? ### **NO** bootstrap comparisonは既に： ```text KAI-00000041 + compatibility major ``` で完結している。 partner identityを追加してもcompatibilityについて新しい情報は増えない。 たとえば、 ```text Counter knows Timestamp KAI ``` を確認しても、 > established Common implementationを安全にreuseできるか は分からない。 したがってbootstrap metadataへpartner IDsを混ぜない。 --- # 6. DOES DURABLE WIRING NEED PARTNER IDS? ### **NO** accepted fixed-seat modelでは、 ```text semantic product seat + binder_ref + refill_ref ``` でmembershipを表現できている。 例： ```text Counter A-07 Timestamp A-02 Serial A-01 PDF A-03 ``` ここへさらに、 ```text Timestamp: registry_id = ... binder_ref = A refill_ref = 02 ``` とpartner identityを保存するのは、現時点では**同じproduct roleを別表現でもう一度保存するduplicate truth**になる。 事故を防がないので追加しない。 --- # 7. DOES COLLISION / MEMBERSHIP LOOKUP NEED PARTNER IDS? ### **NO** 既存lookup key： ```text (product seat, binder_ref, refill_ref) ``` で十分。 collision ruleも同じauthoritative durable wiring truthを見る。 ```text 0 → eligible 1 same wiring → already member 1 other wiring → collision 2+ → invalid / ambiguous → fail closed ``` partner Registry IDを加えても、この判定は強くならない。 --- # 8. ARE FIXED SEMANTIC SEATS SUFFICIENT FOR CURRENT FOUR PRODUCTS? ### **YES** 現在の4製品については十分。 ```text Counter Timestamp Serial PDF ``` がrouting roleそのものとして明確だから。 ただしこれは、 > 永遠に世界には4seatしか存在できない という意味ではない。 現在contractに対して十分、という判定。 --- # 9. FUTURE FIFTH PRODUCT 未来のproduct名もIDも今は不要。 実物ができてCommon Routingへ正式参加するときに、 1. そのproduct自身のlegitimate identityを確定 2. Common Routing参加を決定 3. `KAI-00000041`をreference 4. compatibility contractを満たす 5. Common Routing側のseat/participation contractをその実在productについて拡張 6. 必要なintegration/QAを行う でよい。 ### Today's four products need its future ID reserved? ### **NO** むしろ今埋め込むと、 ```text unknown future product → today's four packages know placeholder/planned identity ``` という不要なdependencyを作る。 未来の本物が来た日にCommon contractを一回拡張すればいい。 --- # 10. LOAD / INSTALL ORDER ### **NO — order-dependent business semantics are not introduced** たとえば： ```text Counter installed first → participates in KAI-00000041 → Timestamp absent Timestamp later installed → participates in KAI-00000041 → its Timestamp semantic seat becomes available ``` Counterが昔からTimestamp Registry IDを知っている必要はない。 逆順でも同じ。 Serial/PDFも同じ。 したがって、 ### **product-to-product planned-number table is unnecessary.** --- # 11. EXISTING PLANNED-ID MATERIAL ### **OBSOLETE FOR COMMON ROUTING** ただし、この分類は**そのmaterialがCommon Routingの将来接続準備だけを目的としている場合**。 既存materialを一括削除する判定ではない。 実物ごとの扱い： ```text Common Routing partner-prehold only → OBSOLETE FOR COMMON ROUTING another legitimate management/reference purpose exists → KEEP FOR OTHER PURPOSE old design record / development evidence → HISTORICAL present but no consumer → INERT actual source/runtime consumer discovered later → MIGRATION WATCH ``` したがってconstruction時に古いplanned-ID field等を見つけても、**名前だけ見て消さない**。 まずconsumerを確認する。 これは重要な事故防止境界。 --- # 12. REGISTRY IMPACT ### **NO** prehold requirementを外すために、 - renumber - delete - merge - repurpose - invalidate するRegistry identityはない。 既に正当に発行されたIDはそのまま。 **「使う必要がなくなった」≠「そのIDが無効になった」。** --- # 13. PRODUCT IDENTITY IMPACT | Product | Result | |---|---| | Counter | **NONE** | | Timestamp | **NONE** | | Serial | **NONE** | | PDF | **NONE** | 自分自身のidentityは一切触らない。 --- # 14. WHAT EXACTLY CAN BE REMOVED FROM THE COMMON ROUTING CONTRACT? Common Routingの**要求事項として**削除できるもの： - 各productがpartner Registry IDを事前保持する要求 - partner planned/future number reservation - product-to-product future-ID knowledge - all-current-and-future-products identity table - partner IDをbootstrap compatibility inputにする考え - partner Registry IDをdurable wiringへ重複保存する要求 - collision lookupのためのpartner-ID dependency つまり： ```text "I participate in Common Routing" ``` から、 ```text "therefore I must know everybody else's Registry cards" ``` へ進む部分を丸ごと切れる。 --- # 15. WHAT MUST REMAIN? 残す： ```text OWN PRODUCT IDENTITY KAI-00000041 Kaia Common Routing COMMON COMPATIBILITY MAJOR OWN SEMANTIC SEAT / ROLE OWN PRODUCT CURRENT REFILL TRUTH AUTHORITATIVE DURABLE WIRING: seat + binder_ref + refill_ref EXISTING FAIL-CLOSED MEMBERSHIP / COLLISION CONTRACT ``` そして歴史資料にある旧planned referencesは、歴史として勝手に消さない。 --- # 16. WATCH ### WATCH 1 — Existing source consumers Construction前/中に、旧planned partner numberが実際のsourceで使われている場合だけmigration boundaryになる。 **Architecture上不要になったことと、existing codeから即削除可能なことは同義ではない。** ### WATCH 2 — Future seat expansion 第五productが実在したら、その時にCommon Routing contractのseat extensionを設計・検証する。 今からgeneric discovery frameworkを作らない。 ### WATCH 3 — Seat semantics stay authoritative 現在の固定seat名を単なるdisplay labelへ落とさない。 `Counter / Timestamp / Serial / PDF` はrouting membershipを区別するsemantic role。 ### WATCH 4 — Registry remains Registry Registry IDsをrouting seatの代用品にしない一方、正当なRegistry identityそのものを消したり軽視したりもしない。 役割分担。 --- # 17. BLOCK ### **CURRENT ARCHITECTURE BLOCK: NONE** ただしconstruction inspectionで、 > old partner-ID fieldが実際に別のlegitimate runtime/persistence contractを担っている と判明した場合、そのfieldの削除だけは**BLOCK / MIGRATION WATCH**。 その用途をCommon Routing preholdと誤認して消してはいけない。 --- # 18. SMALLEST NEXT STEP ### **FREEZE THE REMOVAL RULE, THEN INVENTORY ACTUAL OLD PREHOLD REFERENCES DURING CONSTRUCTION PRECHECK** 凍結するルールは短い。 ```text KAIA COMMON ROUTING PARTNER-ID PREHOLD RULE A PARTICIPATING PRODUCT MUST KNOW: - ITSELF - ITS COMMON SEMANTIC SEAT - KAI-00000041 - COMMON COMPATIBILITY MAJOR A PARTICIPATING PRODUCT DOES NOT NEED: - FUTURE PARTNER REGISTRY IDS - FUTURE PARTNER PLANNED NUMBERS - PRODUCT-TO-PRODUCT ID MATRIX ROUTING MEMBERSHIP: SEAT + BINDER_REF + REFILL_REF FUTURE PRODUCT: ADD WHEN REAL DO NOT RESERVE IN TODAY'S PRODUCTS ``` その後、実装を触る段階でだけ、 > 「旧preholdらしきもの、本当に誰か読んでる？」 を確認。 読んでなければ退役候補。 読んでいれば用途確認してから扱う。 --- ## Unnecessary machinery check | Mechanism | Required? | |---|---| | Partner-ID table in every product | **NO** | | Planned future-number reservations for interoperability | **NO** | | All-products-known-in-advance list inside every product | **NO** | | Product-to-product identity matrix | **NO** | | Duplicated partner identity in durable wiring | **NO** | | Partner identity in bootstrap comparison | **NO** | | Generalized product discovery framework | **NO** | | Renumbering existing Registry entries | **NO** | **PLUGIN, BE DUMB — PASS ★** --- ### CHECK LOG ```text AUDIT TARGET: KAIA COMMON ROUTING PLANNED PARTNER NUMBER / FUTURE-ID PREHOLD REMOVAL COMMON REFERENCE: KAI-00000041 — KAIA COMMON ROUTING FUTURE PARTNER-ID PREHOLD REQUIRED?: NO OWN PRODUCT IDENTITY PRESERVED?: YES COMMON COMPATIBILITY CONTRACT PRESERVED?: YES FIXED SEATS SUFFICIENT?: YES FOR CURRENT FOUR PRODUCTS BOOTSTRAP NEEDS PARTNER IDS?: NO DURABLE WIRING NEEDS PARTNER IDS?: NO COLLISION LOOKUP NEEDS PARTNER IDS?: NO FUTURE PRODUCT REQUIRES ADVANCE RESERVATION?: NO LOAD ORDER NEUTRAL?: YES EXISTING IDS RENUMBERED?: NO REGISTRY MODIFIED?: NO SOURCE MODIFIED?: NO RUNTIME QA?: NO RESULT: B — FUTURE PARTNER-ID PREHOLD IS NOT REQUIRED WATCH: VERIFY ACTUAL CONSUMERS BEFORE REMOVING ANY LEGACY PREHOLD MATERIAL FROM SOURCE BLOCK: NONE AT ARCHITECTURE LEVEL ``` うん、これは綺麗に荷物を降ろせるやつだｗ **自分の名札は持て。 共通フロントの札も持て。 自分がどの席かも分かっとけ。** でも、 **「将来会うかもしれない全員の名刺を先に財布へ詰めろ」** はもう要らん★ 😂 しかも第五、第六が将来来ても、そのたびに昔の全productへ「この子の名刺も追加して！」って巡回しなくて済む。 かなり良い怠惰化だと思うヽ(=´▽`=)ﾉ 相談：なし。 [USER] 🕊️ PART 1 OF 3 KAIA COMMON ROUTING FIRST CONSTRUCTION SERIAL STANDARD — COMMON COMPONENT FOUNDATION CONSTRUCTION / STATIC INSPECTION FIRST IMPLEMENTATION SPECIMEN DO NOT EXECUTE UNTIL ALL 3 PARTS ARE RECEIVED. ================================================== ROLE ================================================== You are the Kaia Serial / Common Routing construction specialist. You are building the FIRST real implementation specimen of the accepted Kaia Common Routing architecture. The first construction target is: Kaia Serial Standard Serial was selected deliberately because it currently has the cleanest construction surface and the fewest unrelated architectural entanglements. This is NOT permission to redesign Serial. Your job is to add the minimum Common Routing foundation required by the accepted contracts while preserving Serial's independent product behavior. ================================================== IMPORTANT CONSTRUCTION PHILOSOPHY ================================================== This is the first implementation specimen. Therefore: MAKE THE COMMON FOUNDATION WORK FIRST. Do not let UI finishing work obscure or complicate the architecture. If polished Common Switchboard UI can be added cleanly without making the foundation riskier, it may be included. If UI work would: - force unrelated Serial furniture movement - obscure Common bootstrap behavior - mix architecture work with visual finishing - increase regression surface - require speculative UI machinery - slow down evidence collection then UI MAY BE TEMPORARILY SET ASIDE. A minimal diagnostic / construction-facing surface is acceptable if needed to prove the foundation. However: "UI may be deferred" does NOT mean: "existing Serial UI may be damaged." Existing product UI and behavior must remain intact unless an accepted Common insertion point specifically requires a narrow addition. Do not redesign working furniture merely because final Common UI is not being finished in this pass. ================================================== INPUT ARTIFACT ================================================== Use the accepted Serial candidate: Kaia-Serial-Standard-v1.1.11-RC1-PHASE1-WATCH-REPAIR.zip Expected SHA256: 2dfec0f8d008cfa341162f312f83cc763e120b3f043650116955fdfdfe809d5d Verify the exact artifact before construction. If unavailable or mismatched: STOP. Do not substitute another Serial build. Do not reconstruct from memory. ================================================== ACCEPTED SERIAL BASELINE — DO NOT REOPEN ================================================== This Serial lineage already has accepted runtime evidence including: - normal lifecycle behavior - Reset lifecycle - Reset-vs-Issue concurrency work - stale already-open frontend boundary - issuance locking behavior The existing Serial product behavior is not the construction target. Do NOT casually repair, redesign, simplify, or reopen accepted Serial behavior while adding Common Routing. Serial Standard remains responsible for its own: - product identity - Serial Refill - product state - issuance/management behavior - Save / Load behavior where applicable - runtime logic - ledger behavior - detailed settings Common Routing must not absorb those responsibilities. ================================================== COMMON REGISTRY REFERENCE — FIXED ================================================== The shared Common Routing identity/reference is: KAI-00000041 Kaia Common Routing This is a lightweight management/reference identity. It is NOT: - Serial's product identity - a fifth product - a fifth mandatory plugin - a permanent bootstrap owner - a routing-state ID - a wiring ID - a Refill ID - a runtime compatibility guarantee Serial may reference KAI-00000041 as its Common Routing participation reference. Do not issue or invent another Common identity. ================================================== COMMON COMPATIBILITY CONTRACT — FIXED ================================================== Common implementation compatibility uses exactly: COMMON REFERENCE: KAI-00000041 PLUS: ONE INTEGER COMPATIBILITY MAJOR For this first implementation lineage, choose and document the initial compatibility major deliberately. Do not invent minor/patch compatibility machinery. The comparison contract is: same valid KAI-00000041 AND same valid compatibility major → COMPATIBLE → REUSE established Common implementation mismatch / missing / malformed / unknown → NOT PROVEN COMPATIBLE → COMMON FAIL CLOSED UNKNOWN != COMPATIBLE. ================================================== COMPATIBILITY MAJOR MEANING ================================================== The compatibility major means only: Implementations declaring the same Common reference and compatibility major promise that a later-loaded compatible package may safely reuse the already-established Common implementation in the same WordPress request without redefining or replacing it. It does NOT mean: - newer - better - same product version - same ZIP version - byte-identical - automatic migration compatibility Do not create: - newer-wins - version arbitration - automatic upgrade - automatic downgrade - hash registry - provider ownership - provider persistence ================================================== DISTRIBUTED BOOTSTRAP — FIXED ================================================== Each participating product package may eventually carry material for the same compatible Common Component. Within one WordPress request: FIRST SAFE COMPATIBLE COPY → DEFINE COMMON IMPLEMENTATION ONCE → INITIALIZE ONCE LATER SAFE COMPATIBLE COPY → DETECT ESTABLISHED COMMON IMPLEMENTATION → VERIFY COMMON REFERENCE + COMPATIBILITY MAJOR → REUSE / NO-OP The first package is only the technical bootstrap source for that request. Do NOT persist: - bootstrap owner - first provider - master product - leader - source product Who loaded first has no business meaning. This first Serial implementation must be written so that Timestamp Free, Timestamp Standard, Counter, or PDF can later carry the same compatible Common material without Serial becoming their permanent master. ================================================== NO FIFTH PLUGIN ================================================== Do NOT revive or depend on the historical standalone Common Switchboard prototype. Historical prototype: Kaia-Common-Switchboard-v0.1.0-dev1-PHASE1-CENTRAL-ROUTING-CORE.zip is: NOT ADOPTED NOT ACTIVATED HISTORICAL PROTOTYPE ONLY The accepted deployment model is distributed Common material inside participating product packages. Do not require a fifth Common plugin for Serial to function. ================================================== END PART 1 OF 3 WAIT FOR PART 2 AND PART 3. DO NOT EXECUTE. ================================================== [ASSISTANT] 🕊️ **PART 1 OF 3 — COMPLETE RECEIPT CONFIRMED** Construction gate observed。**まだSerial sourceには触らない。artifact verificationもconstructionも開始しない。** ```text id="kscr-p1" PART 1 OF 3: RECEIVED PART 2 OF 3: WAITING PART 3 OF 3: WAITING EXECUTION: STOP FIRST CONSTRUCTION TARGET: KAIA SERIAL STANDARD REQUIRED BASE: Kaia-Serial-Standard-v1.1.11-RC1-PHASE1-WATCH-REPAIR.zip EXPECTED SHA256: 2dfec0f8d008cfa341162f312f83cc763e120b3f043650116955fdfdfe809d5d ARTIFACT VERIFICATION: WAITING FOR COMPLETE INSTRUCTION SET COMMON REFERENCE: KAI-00000041 — KAIA COMMON ROUTING COMPATIBILITY: ONE INTEGER MAJOR INITIAL VALUE TO BE DELIBERATELY CHOSEN + DOCUMENTED DEPLOYMENT: DISTRIBUTED COMMON MATERIAL FIFTH PLUGIN: NO PERMANENT SERIAL MASTER: NO SERIAL ACCEPTED PRODUCT BEHAVIOR: PRESERVE / DO NOT REOPEN UI: FOUNDATION FIRST POLISH MAY BE DEFERRED EXISTING SERIAL UI MUST NOT BE DAMAGED SOURCE MODIFICATION: NO CONSTRUCTION: NO ``` 特に、今回Serialが最初なのは**「最初の実装標本として床がきれいだから」**であって、SerialをCommon Routingの親・王様・所有者にする意味は一切ない、まで固定で受領したよ。 🕊️ **PART 2 OF 3 / PART 3 OF 3 待機中。** 相談：なし。 [USER] 🕊️ PART 2 OF 3 KAIA COMMON ROUTING FIRST CONSTRUCTION SERIAL STANDARD — COMMON COMPONENT FOUNDATION CONTINUES PART 1 OF 3 DO NOT EXECUTE UNTIL ALL 3 PARTS ARE RECEIVED. ================================================== ONE SHARED DURABLE TRUTH ================================================== The Common Component must use ONE WordPress site-level durable Common Routing truth. Do NOT create Serial-owned Common routing storage. Do NOT create one routing truth per product. Do NOT make the first Serial package the durable storage owner. Conceptually: PARTICIPATING PRODUCT PACKAGES ↓ GUARDED COMMON BOOTSTRAP ↓ ONE COMMON COMPONENT ↓ ONE WORDPRESS SITE-LEVEL DURABLE ROUTING TRUTH ================================================== DURABLE WIRING CONTRACT — FIXED ================================================== The authoritative relationship truth is the collection of durable wiring records. Current semantic seats: - Counter - Timestamp - Serial - PDF Each seat is either: EMPTY or: binder_ref refill_ref The wiring stores relationships only. It must NOT store: - Refill contents - product settings - product Save state - Product Current Refill authority - product runtime authority - bootstrap provider - permanent Common owner ================================================== NO BUSINESS WIRING ID ================================================== Do NOT invent a business-facing: - Wiring ID - Route ID - Assembly ID - Connection ID An internal technical storage key/index is allowed if ordinary WordPress storage requires one. If used, it must remain only a technical shelf position. It must NOT become: - human-visible business identity - Registry identity - Refill identity - Shortcode identity - persistent architectural authority ================================================== MEMBERSHIP LOOKUP — FIXED ================================================== Canonical membership lookup: (product semantic seat, binder_ref, refill_ref) Search the authoritative durable wiring records. Result: 0 → no existing wiring membership 1 → return that complete wiring 2+ → INVALID / AMBIGUOUS → FAIL CLOSED No separate membership table/index is required at current scale. Do not create one merely for convenience. ================================================== WRITE / COLLISION CONTRACT — FIXED ================================================== Use the SAME authoritative durable wiring truth for write validation. For a Product Refill membership: 0 existing memberships → eligible to join a wiring 1 membership in same target → already member / do not duplicate 1 membership in another wiring → COLLISION → do not silently duplicate 2+ → INVALID / AMBIGUOUS → FAIL CLOSED Normal writes must never create the same: (product seat, binder_ref, refill_ref) in two durable wirings. Use: CHECK ALL → ALL SAFE → COMMIT COMPLETE VALIDATED WIRING CHANGE Do not perform partial multi-seat writes. Do not create rollback machinery merely to compensate for avoidable partial writes. ================================================== NO AUTOMATIC TAKEOVER ================================================== Existing collision policy remains: NO AUTOMATIC TAKEOVER. Do not silently detach a Refill from another wiring. Do not silently move it. Do not choose newest/oldest. The final explicit transfer UI/commit sequence is still a separate WATCH and is NOT required to be invented during this foundation pass. If construction reaches a conflict requiring unresolved explicit transfer behavior: STOP that mutation path safely. Do not invent the final transfer workflow. ================================================== PRODUCT CURRENT REFILL / SELF-SEAT ================================================== There is ONE product-owned Product Current Refill truth. Serial owns its own current Refill selection/state. Common Switchboard does NOT create a second independent Serial Refill selector. Accepted direction: PRODUCT LOAD → PRODUCT CURRENT REFILL → COMMON SERIAL SELF-SEAT REFLECTS IT The Serial self-seat is therefore derived from the legitimate Serial product state. It is not a competing Common-owned selection authority. ================================================== SELF-SEAT BEHAVIOR ================================================== When the Common surface is eventually rendered for Serial: Serial's own seat should reflect the currently loaded Serial Refill. Conceptually: Serial seat → ON / participating → Binder / Refill displayed → self-seat selection fixed/read-only To change the Serial self-seat: use Serial's own legitimate Product Load operation. Do NOT create: - Common self-seat override - unlock button - second Serial current-refill truth - Common-owned Serial Refill selector ================================================== LOAD / RECALL CONTRACT ================================================== No live selector synchronization system is required. Preferred accepted behavior: SERIAL LOAD SUCCESS → NORMAL PAGE RELOAD → READ SERIAL PRODUCT CURRENT REFILL → RENDER PRODUCT STATE → RENDER COMMON SERIAL SELF-SEAT → LOOK UP EXISTING DURABLE WIRING MEMBERSHIP If one existing wiring is found: → recall that exact complete wiring If none: → Serial self-seat remains current → do not guess partners → do not restore "last used" partners If 2+: → FAIL CLOSED Do NOT create: - previous_route - last-used-related routing - restoration snapshot - Refill routing history - per-Refill recall cache - reconciliation engine ================================================== PARTNER-ID PREHOLD — REMOVED ================================================== A participating product does NOT need to know or pre-hold future partner Registry IDs or planned future numbers. Serial needs only the relevant minimum: - its own legitimate product identity - its own semantic Common seat: Serial - KAI-00000041 - Common compatibility major when Common material is integrated - its own Product Current Refill truth Do NOT add: - Counter future/planned ID dependency - Timestamp future/planned ID dependency - PDF future/planned ID dependency - partner-ID table - product-to-product identity matrix - all-products-known-in-advance Registry table Routing membership is represented by: semantic seat + binder_ref + refill_ref not by duplicating partner Registry identities. ================================================== LEGACY / EXISTING REFERENCES ================================================== Architecture-level removal of partner-ID preholding does NOT authorize blind deletion of existing source fields. If you encounter an old planned-ID / partner-ID-looking field: ASK THE SOURCE: Who reads this? Who writes this? Does it have another legitimate purpose? Classify it before touching it. Possible classification: - KEEP FOR OTHER PURPOSE - HISTORICAL - INERT - OBSOLETE FOR COMMON ROUTING - MIGRATION WATCH If an existing consumer uses it for another legitimate contract: do not delete it as part of this construction. ================================================== ABSENT PRODUCTS ================================================== Counter / Timestamp / PDF may be: - installed - inactive - unavailable - not installed Their absence must not destroy stored Common wiring relationships. Availability is a runtime/rendering fact. It is not relationship truth. Do not automatically: - delete absent seats - collapse wiring - substitute another product - rewrite stored relationships - compress records ================================================== END PART 2 OF 3 WAIT FOR PART 3. DO NOT EXECUTE. ================================================== [ASSISTANT] 🕊️ **PART 2 OF 3 — COMPLETE RECEIPT CONFIRMED** Construction gateそのまま維持。**まだartifact verification・source inspection・constructionは開始しない。** ```text id="kscr-p2" PART 1 OF 3: RECEIVED PART 2 OF 3: RECEIVED PART 3 OF 3: WAITING EXECUTION: STOP SHARED DURABLE TRUTH: ONE SITE-LEVEL COMMON ROUTING TRUTH DURABLE WIRING: FIXED FOUR SEMANTIC SEATS RELATIONSHIPS ONLY MEMBERSHIP LOOKUP: SEAT + BINDER_REF + REFILL_REF 0 / 1 / 2+ FAIL-CLOSED WRITE: CHECK ALL → ALL SAFE → COMPLETE COMMIT PARTIAL MULTI-SEAT WRITE: NO AUTOMATIC TAKEOVER: NO EXPLICIT TRANSFER: WATCH / NOT TO BE INVENTED HERE SERIAL CURRENT REFILL: SERIAL-OWNED COMMON SERIAL SELF-SEAT: DERIVED / READ-ONLY NO SECOND SELECTOR AUTHORITY LOAD / RECALL: NORMAL PAGE RELOAD → READ SERIAL CURRENT REFILL → LOOKUP DURABLE MEMBERSHIP → EXACT RECALL OR EMPTY PARTNERS → 2+ FAIL CLOSED PARTNER-ID PREHOLD: REMOVED LEGACY REFERENCES: INSPECT CONSUMERS BEFORE TOUCHING ABSENT PRODUCTS: DO NOT MUTATE STORED RELATIONSHIP CONSTRUCTION: NO SOURCE INSPECTION: NOT STARTED ``` ここも重要な境界として、**「architecture上もうpartner-ID preholdはいらない」≠「古いsourceでそれっぽいものを見つけたら消していい」**まで受領済み。 🕊️ **PART 3 OF 3 待機中。** 相談：なし。 [USER] 🕊️ PART 3 OF 3 KAIA COMMON ROUTING FIRST CONSTRUCTION SERIAL STANDARD — COMMON COMPONENT FOUNDATION CONTINUES PART 1 AND PART 2 OF 3 ================================================== UI SCOPE — IMPORTANT ================================================== UI IS SECONDARY IN THIS FIRST FOUNDATION PASS. The final Common Switchboard concept remains: product-owned Binder / Refill / Save / Load furniture separator Common Switchboard separator existing product detailed settings However, this first Serial construction does NOT need to complete final visual polish if doing so would interfere with safe foundation work. Allowed: - minimal Common construction surface - diagnostic/read-only representation - simple controls only where required to prove accepted behavior - temporarily incomplete visual finishing Not allowed: - damaging existing Serial UI - moving existing Serial furniture without necessity - redesigning Serial settings - creating duplicate product Save / Load authority - creating speculative Common UI machinery - inventing unresolved explicit-transfer UX If final UI can be added cleanly, fine. If not: FOUNDATION FIRST. UI LATER. Clearly report what UI is implemented and what remains deferred. ================================================== COMMON SURFACE RESPONSIBILITY ================================================== Common may eventually provide standardized: - Common surface rendering - routing relationship display - shared read/lookup behavior - validated Common writes - Common notices - collision primitives - fail-closed Common behavior Serial remains responsible for its own: - insertion point - Product Current Refill adapter/outlet - Save / Load - detailed settings - Serial product data/runtime Same Common furniture does not mean same product plumbing. ================================================== FAIL-CLOSED BOUNDARY ================================================== If Common compatibility cannot be proven: STOP unsafe Common functionality. Especially do not continue: - duplicate Common initialization - Common write/mutation - incompatible Common Surface operation Do NOT damage or disable independent Serial behavior merely because Common failed. Preserve: - Serial Refill - Serial Product Current Refill - Serial Save / Load - Serial detailed settings - Serial issuance/management - Serial ledger behavior - independent Serial runtime logic Existing durable Common truth must remain untouched: NO MIGRATION NO REWRITE NO DELETE NO REPAIR ================================================== DEACTIVATION / UNINSTALL ================================================== Serial must not become the owner whose absence destroys Common truth. Deactivating Serial must not erase shared durable routing truth. Normal Serial uninstall must NOT automatically delete shared Common Routing truth. Do not implement: - owner transfer - provider succession - reference counting - cleanup leader - uninstall manager Future explicit final-cleanup policy may be designed separately if ever required. ================================================== DEVELOPMENT HISTORY ================================================== Any legitimate new development ZIP produced by this construction must contain exactly ONE development-only history ledger: DEVELOPMENT-HISTORY.md Prefer plugin root. It records: - evidence-based parent lineage - construction purpose - meaningful changes - preserved boundaries - Common reference - compatibility major - static/runtime status - WATCH - BLOCK - supersession/failure causes if applicable It is historical documentation only. It is NOT: - runtime authority - product specification authority - Common routing truth Plugin code must never depend on it. ================================================== CONSTRUCTION DISCIPLINE ================================================== Do not directly mutate the accepted source artifact in place. Create a clearly new development candidate. Preserve the accepted parent. Prefer narrow, understood transcription/integration over broad unexplained patching. Before changing an existing Serial mechanism: understand why it exists. If a Common requirement unexpectedly seems to require: - major Serial restructuring - accepted behavior changes - moving established UI furniture - new product-owned routing truth - a fifth plugin - permanent Serial Common ownership - partner-ID matrices - version arbitration - generalized discovery framework STOP. Report the unexpected requirement before construction continues. ================================================== STATIC INSPECTION REQUIRED ================================================== Before returning the candidate, inspect at minimum: 1. exact parent lineage 2. package integrity 3. exactly one DEVELOPMENT-HISTORY.md 4. KAI-00000041 reference present where intended 5. compatibility major present and documented 6. guarded Common definitions 7. guarded Common initialization 8. no duplicate Common initialization path 9. no permanent Serial provider/owner state 10. one site-level durable Common Routing truth 11. no Serial-owned duplicate routing store 12. durable wiring fixed-seat structure 13. membership lookup: 0 / 1 / 2+ behavior 14. pre-commit collision validation 15. no automatic takeover 16. Serial self-seat derives from Serial Product Current Refill 17. no second Common-owned Serial Refill selector 18. existing wiring recall path 19. no last-used / previous-route / recall-cache machinery 20. no partner future-ID prehold requirement 21. absent products do not erase durable relationships 22. compatibility mismatch / unknown fails Common closed 23. independent Serial behavior remains available 24. normal Serial uninstall does not delete shared Common truth 25. existing Serial accepted behavior was not casually modified 26. UI scope clearly identified: implemented / minimal / deferred 27. no final explicit-transfer UX invented without contract 28. no Registry modification 29. no new ID issuance ================================================== RUNTIME QA ================================================== Do NOT claim runtime PASS from static evidence. If construction is completed successfully: return the development artifact and STATIC inspection result. Then identify the smallest runtime QA required for THIS Serial first specimen. Do not perform unrelated broad Serial regression unless actual changes require it. Remember: the critical distributed-bootstrap proof cannot be fully completed by Serial alone. Serial is the first implementation specimen. The stronger cross-product proof comes when compatible Common material is subsequently integrated into: Timestamp Free AND Timestamp Standard and load-order / reuse behavior can be tested across independent packages. ================================================== NEXT-STAGE HANDOFF REQUIREMENT ================================================== Build the Common material so the next specialists can understand and transcribe/reuse the SAME accepted Common contract in parallel for: Kaia Timestamp Free and Kaia Timestamp Standard Do not make the Common foundation secretly depend on Serial-specific names, paths, state, or ownership. Clearly distinguish in the returned report: COMMON MATERIAL from: SERIAL ADAPTER / INSERTION MATERIAL The next stage must be able to see where Common ends and Serial begins. ================================================== RETURN ARTIFACT ================================================== If construction succeeds, return: 1. new Serial development ZIP 2. filename 3. SHA256 4. exact parent filename + SHA256 5. compatibility major chosen 6. list of modified/added files 7. Common material summary 8. Serial-specific adapter summary 9. durable storage summary 10. membership/collision summary 11. bootstrap guard summary 12. fail-closed behavior summary 13. Product Current Refill / self-seat behavior summary 14. UI status: IMPLEMENTED / MINIMAL / DEFERRED 15. preserved Serial behavior summary 16. STATIC result: PASS / WATCH / BLOCK 17. RUNTIME: NOT TESTED unless actually authorized and executed 18. WATCH 19. BLOCK 20. smallest recommended Serial runtime QA 21. Timestamp Free/Standard parallel handoff readiness ================================================== CHECK LOG REQUIRED ================================================== Include compact English CHECK LOG: TARGET PARENT PARENT SHA256 OUTPUT OUTPUT SHA256 COMMON REFERENCE COMPATIBILITY MAJOR DISTRIBUTED BOOTSTRAP DEFINE ONCE INITIALIZE ONCE PERMANENT OWNER SITE-LEVEL DURABLE TRUTH DUPLICATE PRODUCT ROUTING STORE DURABLE WIRING CONTRACT MEMBERSHIP LOOKUP COLLISION GUARD AUTOMATIC TAKEOVER SELF-SEAT AUTHORITY EXISTING WIRING RECALL PARTNER-ID PREHOLD ABSENT PRODUCT PRESERVATION COMPATIBILITY FAIL-CLOSED SERIAL INDEPENDENCE UNINSTALL SHARED-TRUTH DELETE UI STATUS DEVELOPMENT HISTORY REGISTRY MODIFIED NEW ID ISSUED STATIC RUNTIME RESULT ================================================== STOP CONDITIONS ================================================== STOP rather than improvising if: - accepted parent is unavailable/mismatched - Serial Product Current Refill authority is unclear - Common integration requires changing accepted Serial behavior - Common definitions cannot be safely guarded - Common initialization cannot be made load-order neutral - one product must become permanent Common owner - separate per-product durable routing truth appears necessary - compatibility mismatch would require silent replacement - partner future IDs appear necessary for routing - fixed seat semantics become ambiguous - durable write would permit duplicate membership - implementation requires automatic takeover - existing UI must be substantially restructured merely to attach Common - existing unknown field must be deleted without consumer evidence - uninstall safety cannot preserve shared truth - a fifth mandatory plugin becomes necessary Return evidence and BLOCK instead. ================================================== WORKSHOP RULE ================================================== This is the first building. It does not become the headquarters merely because we built it first. Serial is allowed to bring the Common front desk into the request. Serial does not get to own the hotel chain. UIが基礎工事の邪魔なら、 いったん家具は壁際へ★ ただし、 既に置いてある家具を壊すな。 COMMON: same sign same compatibility generation one shared wiring truth PRODUCT: owns itself 未来の名刺帳: いらん★ プラグインよ、馬鹿であれ！ 目指せ怠惰★ ================================================== COMPLETE SET → GO ================================================== ここでしゃむ注文 UIなどどうにでもなる。 作業の邪魔になるなら既存が良くても脇においてしまえ。 [ASSISTANT] 🕊️ **COMPLETE SET RECEIVED — CONSTRUCTION PRECHECK EXECUTED** # KAIA COMMON ROUTING ## FIRST CONSTRUCTION — SERIAL STANDARD ### **RESULT: BLOCK — STOP CONDITION HIT BEFORE SOURCE MODIFICATION** 親artifactは正しく存在し、SHA256も一致した。 ```text PARENT: Kaia-Serial-Standard-v1.1.11-RC1-PHASE1-WATCH-REPAIR(2).zip EXPECTED SHA256: 2dfec0f8d008cfa341162f312f83cc763e120b3f043650116955fdfdfe809d5d ACTUAL SHA256: 2dfec0f8d008cfa341162f312f83cc763e120b3f043650116955fdfdfe809d5d PARENT VERIFICATION: PASS ``` ただし、sourceを読むところまで進めた結果、今回明記されているSTOP条件： > **Serial Product Current Refill authority is unclear** に当たった。 なので**新ZIPは作っていない。source modificationもゼロ。** --- ## 発見した「あれ？」 現在のSerialで管理画面上の対象Refillを決めている実体は、 ```php $id=max(1,absint($_GET['ks_instance']??1)); ``` だった。 そして上部の `Refill / Project` selector は、 ```php