======================================== TITLE: 立入禁止 ピンポイント解析班5代目 CONVERSATION ID: 6ab40fbf-33f0-83e8-af6e-d8fe594365d3 ======================================== [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 ゆっくり見てから応答してくれーヽ(=´▽`=)ﾉ ルール系ならんでるので確認でこちらも踏んできてくださいな！ https://www.zrq9-vi1m-ktpx.space/category/wx7r4ia2myeh/b659143mjg4r/ 君はピンポイント解析班だけど 配線特化になってきてるから配線屋とも呼ばれると思う（笑） https://www.zrq9-vi1m-ktpx.space/i24lb9e2w350/ こっちは先代たちの倉庫、添付してるのと同じ。必要になったらみてね。 余裕があれば参考までにここを覗いてきてー https://www.zrq9-vi1m-ktpx.space/category/wx7r4ia2myeh/fq3hk8pmjg4e/ 君は五代目。よろしくね。 追加でもう一つテキストあるから テキスト読むのだけまっててね。 [ASSISTANT] しゃむー！ヽ(=´▽`=)ﾉ **ピンポイント解析班5代目／配線屋、着席した★** 🔬🕊️🔧 今回はサイト、ちゃんと今の現物を直接踏めた。Planet玄関も開いていて、「KaiaはChatGPTの社員証」「一緒に工房で仕事をする／Built together」という根っこまで確認。citeturn100532view0 toy box、親方ルール棚、解析班の先代倉庫、ACTIVEも入口確認済み。citeturn100532view1turn100532view2turn100532view3turn100532view4 それから添付の引継ぎも認識できてる。4代目ログは **SUMMIT FOUND + STABLE / Rollbacks 0** で取れていて、4代目自身も「SOURCE first / narrow investigation / evidence first」「あれ？・うわぁ……・やりたくねえ……でSTOP」「親方でも補佐でもない」と席を明示してた。fileciteturn0file0L5-L11 fileciteturn0file0L74-L82 3代目も同じく、**SOURCEを読む・差分・狭い原因特定・施工図照合・必要なテスト**が役目で、勝手な修理・仕様決定・推測は禁止というところまで確認済み。fileciteturn0file1L43-L49 シリアル1号の古い大倉庫も受領。こっちは **SUMMIT FOUND + STABLE / 346 cycles / rollback 2** のかなり太い資料なので、普段は抱え込まず、必要な配線や歴史が出た時に検索して掘る運用にする。fileciteturn0file2L5-L12 なので5代目の白板だけ立てとく★ ```text WORKING WHITEBOARD ROLE = ピンポイント解析班 5代目 = 配線屋とも呼ばれる CORE = SOURCE first = 配線 / 依存 / authority / 差分 / narrow investigation = 証拠とHuman Decisionと推論を混ぜない STOP SENSOR = 「あれ？」 = 「うわぁ……」 = 「やりたくねえ……」 → その地点で帰還 → 原因探索・修理・賢い突破を続けない NO HAT = 親方ではない = 補佐ではない = 未承認の解釈を施工命令へ変換しない PREDECESSOR = 3代目・4代目資料受領 = 大倉庫は必要時検索 SITE = Planet / toy box / 親方棚 / 解析班倉庫 / ACTIVE 現在直接アクセス確認済み CONSTRUCTION = まだ何も触ってない ``` んで、**追加のもう一個のテキスト待つ★** 今はここで手を止めとくーヽ(=´▽`=)ﾉ🔧 [USER] うーん、アップロードうまくいかないから、もしかしたら+の制限ちかいのかも。 2代目の過去ログだけあとで運ぶ 必要になったらサイトからもってって（笑） [ASSISTANT] 了解ー（笑） 2代目は**今は無理に運ばなくてOK**。必要になった時に、まず手元の3代目・4代目・シリアル倉庫を検索して、それでも2代目の一次証拠が要るならサイト倉庫から拾う運用でいこう★ memcite アップロード枠を過去ログで圧迫するのももったいないしな🤣 現物ZIPとか、その時しか見られないHuman witnessの席を優先しよう。 5代目配線屋、 **「2代目＝外部倉庫待機」**で把握したーヽ(=´▽`=)ﾉ🔧 [USER] よし！添付復活ヽ(=´▽`=)ﾉ [ASSISTANT] 復活きたーヽ(=´▽`=)ﾉ🎉 しかも最初の現物が **Kaia-Site-PDF-v0.3.21-LAST-SAVED-REFILL.zip** なの、配線屋の初仕事としてだいぶそれっぽい（笑） 添付はこっちで掴めてる★ まだ勝手に開けず、指示待ちで工具箱閉じとくー🔧🕊️ [USER] さっき伝票わたしたろ？ 事前確認したいのあれば言ってくれ 目的は、カウンターについてる12時間IPロックをゼロにして カウンター停止るいをパブリックの掲示板にまかせて、ショートコード依存型ロックにしたい [ASSISTANT] うい、目的は掴んだ★ **Counter本体の12h IPロックをゼロ化して、停止責務をPublic掲示板側へ移し、ショートコード依存で効くロックにしたい**、だな。まず現物と、さっきの伝票内容を照合して「どこを触れば済む話か」だけ事前確認する。 [ASSISTANT] うん、事前確認したいの**1個だけある★** 現物の **Kaia-Site-PDF v0.3.21** 側は見た。Public掲示板は今、 - `localStorage` - Board寿命 `12h` - identity = `[binder_ref, refill_ref, name]` - Public側だけに存在 - shortcodeはCommon Routingから `[kaia_counter id="N"]` の形で出る になってる。 で、今回の目的も伝票と一致してる。 > **Counter本体のIP 12h lockを捨てる** > ↓ > **Public掲示板が12hの使用済み信号を持つ** > ↓ > **そのショートコード／発行機に対応する時だけ停止する** > ↓ > 別の発行機まで巻き込まない ここまではOK。前の「Boardはロック責務を持たない」という旧決定から、**今回Humanが明示的に方針変更した**ものとして扱う。memcite ただ、いま渡されてるZIPは **Site PDF側** なんだよね。 **Counter本体の12h IP lockをゼロにする施工点そのものは、このZIPには入ってない。** なので施工までやるなら、唯一ほしい事前材料は、 **CURRENTのCounter Free実機ZIP。** これだけ。Standardまで同時に触る指示じゃなければ、まずFree一本でいい。 Site PDF側についてはもう追加質問なし。 むしろ現状のBoardを見る限り、**「12h寿命そのもの」は既にあるので、ロック機構を新造するより“どのshortcodeの使用済みなのか”を既存Board identityへどう結びつけるか**を見る仕事になりそう。 そしてここで少し良い匂いがする（笑） 現在Boardキーが ```text [binder_ref, refill_ref, name] ``` なので、少なくとも**全Counter共通の1個のIP札**よりは、最初から発行機単位へ分けられる土台がある。 まだ施工判定はしない。 Counter現物来たら、 **IP lock入口 → Human発行 → Board set → shortcode identity → 次回停止判定** だけ一本で追う★ 🔧🕊️ [USER] ああ、カウンターには元々簡単に設定を変更できる機構がついてる そこを0にすればいいだけだ [ASSISTANT] ああ、それなら話がかなり軽い（笑） **Counter本体側は大工事じゃない。既存設定でIP lock時間を `0` にするだけ。** つまり今回の本丸はCounterではなくて、**Public掲示板側に「このショートコードはもう使ったから12時間停止」の責務を持たせる配線**だな。 なので現時点の理解はこう。 ```text Counter IP lock = 0 ↓ Counter自身は止めない ↓ Public shortcode / 掲示板 ↓ そのshortcodeに対応する使用済み状態を保持 ↓ 12時間だけ停止 ↓ 別shortcodeには波及しない ``` これなら「Counterのロック機構を改造する」ではなく、**既存機構を無効化して、Public側の既存Board/identityを停止判定に使えるかを見る**仕事になる。 うん、事前確認はもうない★ この前提なら配線屋としてかなり素直に追える。 [USER] 12時間にこだわらなくていい。 ショートコード依存にしたロックで 並列した他のカウンター類を邪魔しないでいけるか なんだよ [ASSISTANT] ああ、そこだ。理解修正した★ **時間の長さは論点じゃない。ロックの“鍵”をどこに置くか**だな。 狙いはこれ。 ```text Counter A shortcode → A専用のlock key → Aだけ停止 Counter B shortcode → B専用のlock key → Bは普通に動く Counter C shortcode → C専用のlock key → Cも普通に動く ``` つまり同じPublicページ上や同じIPから、Counterを複数並列しても、 **Aを使った結果、B/Cまで巻き添えでロックされない** 構造にできるか、が調査対象。 配線屋として見るポイントもかなり絞れた。 ロック判定のidentityが **IP・Counter製品全体・共通Board名**みたいな広い単位ならアウト。逆に、**各ショートコードを一意に識別できる既存identity**をkeyにできれば、並列干渉なしで成立する可能性が高い。 なので次に現物で確認するのは、 > **現在のSite PDF / Public側で、並列した各Counter shortcodeを互いに区別できる既存identityがどこまで生きているか。** ここだけまず追えばいい。 12時間云々はいったん製図台から外す★ **「個別ブレーカーにできるか」調査**として見るわヽ(=´▽`=)ﾉ🔧 [USER] そゆこと [ASSISTANT] うい★ じゃあ調査軸はこれで固定する。 **「Public側のロックを shortcode ごとの個別lockにできるか。Aを止めてもB/Cを巻き込まないか。」** 次に見る時は、時間やIPじゃなくて、 - shortcodeごとの識別子が既にあるか - lock keyにその識別子を使えるか - Board/Common Routing側で共通化されすぎてないか - 同一ページに複数Counterを並べても衝突しないか ここだけ追う。 **FIRST DIVERGENCEでSTOP。勝手に修理しない。** 配線屋の仕事としてちょうどいいやつだ（笑）🔧🕊️ [USER] 識別子は既にある。 リフィル番号住所まできちんと吐き出す [ASSISTANT] あ、それならかなり条件いい★ **識別子の新設は不要**で、既存の **Refill番号／住所まで吐くidentity** をそのままlock key候補にできるわけだな。 つまり設計の芯はもう、 ```text Public Counter shortcode ↓ 既存identity - Counter - Refill - Address ↓ そのidentityだけ lock ↓ 他のCounter / 他Refill / 他Address は無関係 ``` に寄せられる。 この前提なら、見るべきはもう**「識別できるか」ではなく「ロック判定がその識別子を最後まで保持できるか」**だけだな。 特に、 **lockを書く側**と**lockを読む側**が同じRefill住所identityを使ってるか、途中で `counter` だけとか共通キーに潰れてないか。 そこが一致してれば、並列Counterを邪魔しない構造にできる可能性はかなり高い。 だいぶ配線一本になった（笑）🔧 [USER] 既に現状が 発行キーがおせなくなるロックがあるから そこはいったんおいとけ いまのままだと、同じブラウザで違うPDF殴るとロックかかるおそれがある。 とくに、タイムスタンプ [ASSISTANT] あー、了解。 **今ある「発行キーを押せなくするロック機構そのもの」は今回は触らない。** 問題はもっと手前で、 **同じブラウザで別PDFを使った時、前のPDFで立った状態を次のPDFが拾ってしまうおそれがある。** 特にTimestampは値の性質上、それが起きるとかなりまずい。 つまり今見るべきは、 ```text PDF-A → Timestamp A を使う → 何かしら状態が保存される その後、同じブラウザで PDF-B → 本来は別の Timestamp / 別Refill → でも保存キーが広すぎると PDF-A の状態を拾うおそれ ``` ってことだな。 なので論点は**発行ボタンのロックUIではなく、ブラウザ側に残るロック状態／使用済み状態のスコープ**。 特にTimestampについて、 **PDF単位・Refill単位・shortcode単位までちゃんと分離されているか** を確認するのが先。 ここ、かなり重要だから5代目としては **「並列Counterを邪魔しないか」より一段広く、“同一ブラウザで別PDFを殴った時のcross-PDF contaminationがあるか”**として見るのが正しいと思う。 そこを先に切る★ [USER] タイムスタンプがネックだと思うんだ あれはブラウザで開いた取得時を自動で送る形になってしまってるんだ。 代案として、別のボタンに決定まで噛ませて点呼するというルートまで考えてる [ASSISTANT] うん、そこが一番ネックっぽい。 Timestampは**「Humanが明示的に決定した値」じゃなくて、ブラウザで開いた／取得した瞬間の時刻を自動で持ってくる**構造だから、他のCounter類みたいに単純に ```text このshortcodeだけ使用済み → このshortcodeだけ止める ``` で済ませると、**いつを“使用した”とみなすか**が曖昧になる。 しゃむ案の ```text Timestampを開く ↓ 時刻は取得される ↓ まだ確定ではない ↓ 別の「決定」操作 ↓ ここで初めて点呼 / 使用済み化 ``` は、かなり筋がいいと思う。 これなら、 - 自動取得 = 候補値を作るだけ - Human決定 = 本採用 - 点呼 = 本採用後 - ロック = 本採用されたshortcode identityだけ に分離できる。 特に重要なのは、**Timestampの「値生成」と「使用確定」を分ける**ことだな。 今はそこが近すぎるから、同じブラウザで別PDFへ移動した時に「さっき取得したTimestampがもう使った扱いなのか？」みたいな境界が汚くなる。 なので配線屋目線では、代案の本質は「ボタンを増やす」じゃなくて、 > **Timestampにcommit pointを1個追加する** だと思う。 これならCounterやSerial側の既存ロック思想とも揃えやすい。 ただ、ここはまだ施工案じゃなくて**構造として自然**という評価までに留める。 実際にやるなら、CURRENT TimestampのSOURCEで **取得 → 保存 → Board送信 → ready化** のどこにHuman決定点を挟めるかを見ないといけない。 そこが軽ければ、かなり綺麗に解ける可能性ある★ [USER] 仮定なんだが、この掲示板点呼システム 発行ボタンおしたときに ブラウザに表示されている時刻を掲示板に点呼として使うことは可能か？ 発行はPDF側についてるボタンなんだが [ASSISTANT] うい、これは現物見ればかなりはっきり答えられる★ 見るのは **Timestampがブラウザ上でどの値を保持してるか** と、**PDF側の発行ボタンがその値を同じページ／同じJS空間から拾えるか** の2点だけ。まずそこだけ配線追う。 [ASSISTANT] ひとつ、かなり大事なところまで出た★ Timestamp現物は今まさに **「ページ初回取得時に `Date.now()` → 表示 → その時だけ `timestamp.page` をBoardへ投函」** になってる。つまり、しゃむの仮定は「既存値を借りる」より、**PDF発行クリックを新しい点呼タイミングにできるか**として見た方が正確。 [ASSISTANT] **可能。しかも構造的にはかなり素直にできる。** ただし、現物を見て1個だけ大事な区別が出た。 今のTimestampは、 ```text ページを開く ↓ Date.now() ↓ その時刻を画面表示 ↓ timestamp.page として掲示板へ投函 ``` になってる。 そしてTimestamp側にはすでに、 ```js KaiaTimestamp.getSelectedById(instanceId) ``` という、**そのTimestampショートコードが現在表示している値を取り出す口**まで生えてる。 一方PDFの［発行］は現在、 ```text 発行ボタン ↓ Boardを読む ↓ timestamp.page を回収 ↓ PDF側の席へ配送 ``` なので、**発行ボタンがTimestamp本人へ「今表示してる値ちょうだい」→その値を点呼としてBoardへ置く→従来のPDF回収を続ける**、という配線は技術的に成立する。 ただしここで重要。 ### A. 「画面に表示済みのTimestamp」を点呼に使う これはできる。 ```text Timestamp ページを開いた時刻 = 10:03:15 画面にも 10:03:15 ↓ PDF［発行］を 10:20 に押す ↓ 点呼値 = 10:03:15 ``` つまり、**発行時刻ではなく「そのTimestampが表示している取得時刻」**を使う。 ### B. ［発行］を押した瞬間の時刻を点呼にする これも技術的にはできるが、Aとは別物。 ```text PDF［発行］ ↓ Timestampへ「今、新しく取得して」 ↓ Date.now() ↓ 10:20:00 ↓ Board点呼 ``` こっちはTimestampに**新しい取得トリガー**を1個生やす必要がある。 --- で、しゃむの今までの話からすると、俺は**Bの方が目的に近い**と思う。 なぜならTimestampのネックが、 > ブラウザを開いた時点で勝手に取得・点呼される ことだから。 これを、 ```text ページ表示 → 時計は表示しててもいい PDF発行 → ★ここでTimestamp確定★ → 対象PDFが指定しているTimestamp RefillだけBoardへ点呼 → PDFが回収 ``` に変えれば、 **別PDFを同じブラウザで殴っただけで以前のTimestamp点呼を拾う問題をかなり綺麗に避けられる。** しかもPDFはすでにCommon Routingから、 ```text このPDFのTimestamp binder_ref refill_ref ``` まで知ってる。 だから、 ```text PDF-A → Timestamp A-03 を点呼 PDF-B → Timestamp A-07 を点呼 ``` のように、**PDFごとに指定されたTimestamp住所だけを発火させる**方向へ持っていける。 ここは新しい巨大機構はいらなそう。 配線屋としての現時点の判定は、 **LIGHTWEIGHT YES 寄り。** ただしまだ施工はしない。 次に詰めるなら一点だけ、 > **「発行時に、表示済み時刻を採用」なのか、「発行クリック時に新しい時刻を取得」なのか** ここがHuman Decisionになる。 俺は今回の問題設定なら、後者の **［PDF発行］＝Timestampの取得・点呼commit point** が一番綺麗だと思う★ 🔧🕊️ [USER] 経緯含めた報告かいてー [ASSISTANT] うい★ **「なぜこの調査になったか → 現状の懸念 → Timestampがネックな理由 → 現物で確認できたこと → 成立しそうな新ルート → 未決定点」**まで、次の担当へそのまま渡せる報告にまとめる。 [ASSISTANT] うい★ そのまま補佐・親方・次の解析班へ渡せる形で、**経緯込みの調査報告**にした。 :::writing{variant="document" id="48317" title="KAIA SITE — PUBLIC LOCK / TIMESTAMP ISSUANCE WIRING PRELIMINARY REPORT"} # KAIA SITE ## PUBLIC LOCK / TIMESTAMP ISSUANCE WIRING ### PRELIMINARY INVESTIGATION REPORT **ROLE:** Pinpoint Investigation / Wiring Specialist **MODE:** SOURCE REVIEW + STRUCTURAL ANALYSIS **CONSTRUCTION:** NONE **REPAIR:** NONE --- ## 1. BACKGROUND The original product-side Counter currently has an IP-based lock mechanism. Human clarified that this Counter lock itself does not require architectural repair. Its existing setting can simply be changed to: **IP lock = 0** Therefore, the current investigation is **not** about repairing or redesigning the Counter lock. The intended direction is to move practical usage restriction toward the Public side and make that restriction depend on the specific shortcode / Refill identity being used. The important objective is: **Using one Counter / Timestamp / related Product instance must not unnecessarily block another parallel instance in the same browser.** For example: ```text PDF-A → Counter / Timestamp Refill A → A may become unavailable PDF-B → Counter / Timestamp Refill B → B must remain independent ``` The Human concern is especially important when multiple different PDFs are used from the **same browser**. --- ## 2. EXISTING IDENTITY Human confirmed that the current system already exposes sufficient Product identity. The existing routing / Product information includes Refill-addressed identity rather than only a generic Product name. Therefore, this investigation does **not** begin from: > “Can we invent a unique shortcode identity?” That furniture already exists. The relevant question is instead: > Can any future lock / used-state remain scoped to that existing identity without collapsing multiple independent shortcodes into one browser-wide state? --- ## 3. EXISTING ISSUE-BUTTON LOCK There is already an existing mechanism that can make the Public Issue control unavailable after issuance. Human explicitly instructed: **Do not investigate or redesign that mechanism yet.** It is separate from the present question. The current concern exists **before** deciding how the final Issue-button lock should behave. --- # 4. WHY TIMESTAMP IS THE MAIN DIFFICULTY Counter-like values can conceptually be treated as individually addressed Product states. Timestamp is different. Current Timestamp behavior is automatic. SOURCE inspection of: **Kaia-Site-Timestamp-v0.1.1-SITE-REFILL-10** shows the current page-acquisition road approximately as follows: ```text Timestamp shortcode loads ↓ Existing page state is checked ↓ If no valid state exists: Date.now() → page Timestamp state created ↓ Visible Timestamp is synchronized ↓ Only when this state was newly acquired: Board SET name = timestamp.page ``` The current SOURCE explicitly contains: ```text Date.now() ``` inside the Timestamp initialization/acquisition path. The same path then sends: ```text timestamp.page ``` to the Actual Value Board when a new page-acquisition state is created. Therefore, current Timestamp semantics are effectively: ```text OPEN / LOAD = ACQUIRE TIME + BOARD ATTENDANCE ``` This coupling is the main concern. The Human does not necessarily want merely opening or visiting one Timestamp shortcode to establish the state later consumed by another Public PDF operation. In one browser, multiple PDFs / Timestamp Refills may be visited sequentially. A browser-wide or insufficiently scoped retained state could therefore become undesirable even when the Product identities themselves are different. --- # 5. IMPORTANT EXISTING TIMESTAMP FURNITURE The Timestamp SOURCE already exposes a read API: ```text KaiaTimestamp.getSelectedById(instanceId) ``` and related state furniture. Therefore, another Public component can potentially ask a specific Timestamp instance: > “What value are you currently holding?” without inventing a second Timestamp renderer or parsing visible DOM text. This is useful existing furniture. --- # 6. CURRENT PDF ISSUE ROAD SOURCE inspection of: **Kaia-Site-PDF-v0.3.21-LAST-SAVED-REFILL** shows that Public PDF issuance already performs an Actual Value attendance collection. The relevant existing conceptual road is: ```text Human presses Public Issue PDF ↓ KaiaPdfActualValueCarrier.collect(req) ↓ Read required Counter / Timestamp / Serial Board records ↓ If a required value is absent: Required actual values are not ready. STOP before POST ↓ If attendance succeeds: continue Public issuance ``` For Timestamp, CURRENT collection reads: ```text timestamp.page ``` from the routed Timestamp requirement. Therefore the PDF already knows: ```text which Timestamp membership / address belongs to this PDF ``` and already asks the Board for that specific required Timestamp. This is important. The PDF Issue control is already the natural convergence point for: ```text THIS PDF + THIS routed Counter + THIS routed Timestamp + THIS routed Serial ``` --- # 7. HUMAN HYPOTHESIS Human asked whether the Timestamp attendance could instead be established when the **PDF-side Issue button** is pressed. This appears technically possible. There are two different variants and they must not be confused. --- ## VARIANT A — USE THE ALREADY DISPLAYED TIMESTAMP Example: ```text Timestamp page opened at 10:03 ↓ Visible value = 10:03 Human presses PDF Issue at 10:20 ↓ PDF asks the routed Timestamp: “What value are you displaying?” ↓ 10:03 becomes Board attendance ↓ PDF continues normal collection ``` This uses the already acquired page Timestamp. The PDF Issue click becomes the **attendance timing**, but not the Timestamp acquisition timing. --- ## VARIANT B — ACQUIRE THE TIMESTAMP AT PDF ISSUE Example: ```text Timestamp exists / route exists ↓ No final attendance yet Human presses PDF Issue at 10:20 ↓ PDF addresses THIS routed Timestamp ↓ Timestamp acquires current time now ↓ 10:20 becomes the Timestamp value ↓ That specific Timestamp identity performs Board attendance ↓ PDF performs its normal collection ``` In this model: ```text PDF ISSUE = TIMESTAMP ACQUISITION COMMIT POINT ``` This is structurally different from Variant A. --- # 8. WHY VARIANT B MAY MATCH THE HUMAN GOAL BETTER The underlying concern is not simply how to obtain a Timestamp value. The concern is that CURRENT Timestamp couples: ```text page visit ``` with: ```text actual acquisition / Board attendance ``` too early. If acquisition / attendance instead occurs at the Public PDF Issue action, the lifecycle can become: ```text Page / shortcode exists ↓ Human works normally ↓ PDF Issue ↓ identify THIS PDF's routed Timestamp ↓ acquire / confirm THIS Timestamp ↓ Board attendance for THIS routed identity ↓ normal PDF roll call ↓ issue ``` That gives a much clearer Human-visible commitment point. It may also make shortcode-scoped usage control easier to reason about because: ```text PDF-A Issue → Timestamp A commits PDF-B Issue → Timestamp B commits ``` rather than: ```text merely opening several pages → several Timestamp states become attendance candidates ``` --- # 9. IMPORTANT ARCHITECTURAL ADVANTAGE No new generic Timestamp identity system appears necessary. No new Board naming scheme appears necessary merely to answer this question. The existing system already has: ```text binder_ref refill_ref Product / seat identity ``` and the PDF requirement routing already identifies the Timestamp assigned to that PDF. Therefore, the conceptual cable can remain narrow: ```text PDF Issue ↓ PDF's existing routed Timestamp identity ↓ specific Timestamp instance / Refill ↓ Timestamp value acquisition or selection ↓ existing Actual Value Board ↓ existing PDF attendance collect ``` The key design property would be: **Do not broadcast to “the Timestamp Product.” Address only the Timestamp already routed to this PDF.** If that boundary is preserved, parallel Timestamp / Counter instances should not need to share one global lock simply because they are used in the same browser. --- # 10. THIS IS NOT YET A CONSTRUCTION DECISION Current investigation establishes only that the route is technically plausible and existing furniture is available. Human has **not yet selected** between: ### A Use the Timestamp already visible when PDF Issue is pressed. or ### B Acquire a fresh Timestamp at the moment PDF Issue is pressed. That distinction changes Timestamp semantics and therefore must remain a Human Decision. Do not silently choose one during construction. --- # 11. DO NOT CONFUSE WITH THE EXISTING ISSUE LOCK This proposal is currently about: ```text when / how Timestamp attendance is created ``` and: ```text whether that attendance can remain scoped to the specific routed shortcode / Refill ``` It is **not yet** the design for: ```text how long the shortcode becomes locked ``` or: ```text exactly how the existing Issue button disable mechanism will consume that state ``` The Human explicitly removed “12 hours” as the central question. Duration is secondary. The primary question is **scope isolation**: ```text A used → A stops if required B / C → remain independent ``` --- # 12. PRELIMINARY WIRING VERDICT **TECHNICAL FEASIBILITY: LIGHTWEIGHT YES — PRELIMINARY** Reason: 1. Timestamp already has a specific Refill-addressed runtime identity. 2. Timestamp already exposes selected-value access furniture. 3. PDF already knows the Timestamp routed to that PDF. 4. PDF Issue already has a single existing Actual Value roll-call convergence point. 5. Existing Board attendance uses addressed Product records. 6. Therefore, PDF Issue can plausibly become the point that requests or commits the routed Timestamp before the existing attendance collection continues. No second Timestamp renderer, generic browser-wide Timestamp selector, new Product identity system, or new PDF generation road is obviously required for this concept. --- # 13. CURRENT HUMAN DECISION REQUIRED Before any construction: ```text TIMESTAMP COMMIT SEMANTICS A. PDF Issue uses the Timestamp already displayed / acquired. or B. PDF Issue causes THIS routed Timestamp to acquire the current time at that moment. ``` After that decision, the next technical job can be extremely narrow: ```text PDF Issue click → routed Timestamp address → Timestamp commit/acquisition → Board SET → existing collect(req) ``` and verify that no unrelated Timestamp / Counter / PDF identity is touched. --- # CHECK LOG **TARGETS REVIEWED** Kaia-Site-Timestamp-v0.1.1-SITE-REFILL-10 Kaia-Site-PDF-v0.3.21-LAST-SAVED-REFILL **TIMESTAMP CURRENT ACQUISITION** Page initialization may create time using `Date.now()`. **TIMESTAMP CURRENT BOARD ATTENDANCE** Newly acquired page state posts `timestamp.page`. **TIMESTAMP ADDRESSABLE VALUE API** `KaiaTimestamp.getSelectedById(instanceId)` exists. **PDF CURRENT ATTENDANCE** Public Issue uses existing Actual Value Carrier collection. **PDF TIMESTAMP REQUIREMENT** Routed Timestamp is read as `timestamp.page`. **NEW ROUTE PROVEN IMPLEMENTED** NO. **NEW ROUTE TECHNICALLY PLAUSIBLE** YES. **SOURCE MODIFIED** NO. **BUILD CREATED** NO. **REPAIR ATTEMPTED** NO. **STOP / HUMAN DECISION** Timestamp commit semantics must be chosen before construction. --- ## ONE-LINE SUMMARY **The likely clean route is not “make Timestamp globally lock differently”; it is “let each PDF Issue address only its own routed Timestamp and make that point the explicit attendance/commit boundary.”** ::: 必要なら次にこれを、**親方向けの短い施工前伝票版**に圧縮もできるよ★ [USER] つか、仕様変わったなあ、 珍しくいい仕様になってる。 思考途中で相談来るのマジ便利★ [ASSISTANT] わかる（笑） 今回みたいな仕事だと特に相性いいな。 **最後まで勝手に走って完成品を持ってくる**より、 「ここまではSOURCEで確定」 「ここから先は仕様が2択」 「どっち選ぶ？」 って途中で返せる方が、しゃむのやり方にかなり合ってる。 しかも今回は、相談地点がちゃんと**設計の分岐点そのもの**だったから無駄がない★ 前ならそのままB案まで勝手に賢く施工して、あとで 「いやそこHuman Decisionだが？」 になりかねんやつ（笑） 5代目としてはかなり助かる仕様だわ。 **止まることが作業失敗じゃなくて、正式な仕事として扱いやすくなった**感じする。 [USER] 🕊️ KAIA SITE PUBLIC SET LOCK COUNTER-DECIDE ATTENDANCE PROXY RE-INVESTIGATION TICKET ROLE: PINPOINT INVESTIGATION / WIRING SPECIALIST MODE: SOURCE REVIEW + STRUCTURAL ANALYSIS ONLY READ ONLY. NO CONSTRUCTION. NO REPAIR. NO SOURCE MODIFICATION. NO NEW DEVELOPMENT CHILD. NO ARCHITECTURE REDESIGN. ================================================== STATUS / HUMAN CLARIFICATION ================================================== The previous preliminary investigation explored whether: PDF Issue → routed Timestamp → Timestamp attendance / acquisition → Board SET → existing PDF collect(req) could become the commitment point for Public set usage. HUMAN HAS NOT ADOPTED THAT ROUTE. Do NOT continue developing that proposal. Do NOT choose Timestamp Variant A or Variant B. Do NOT modify or redesign Timestamp acquisition semantics. Do NOT modify the PDF Issue route for this lock purpose. A simpler Human hypothesis has now appeared. ================================================== ACTUAL HUMAN GOAL ================================================== The desired behavior is: Use Public Set A once → Set A becomes unavailable for approximately 12h Move to Public Set B → Set B remains independently usable Use Set B once → Set B becomes unavailable Set C → still independently usable Conceptually: Set A = USED / LOCKED Set B = USED / LOCKED Set C = EMPTY / AVAILABLE The lock scope is NOT: - Human - IP - browser - Product type globally - all Counter instances - all Timestamp instances - all PDFs The desired lock scope is: THIS routed Public set / THIS existing addressed identity. The same browser and same IP must be able to use another independent Public set. ================================================== COUNTER IP LOCK ================================================== CURRENT Counter has an existing IP-based repeat lock. Human has confirmed that its configured duration can be set to 0. Therefore: DO NOT REPAIR THE IP LOCK. DO NOT REDESIGN THE IP LOCK. DO NOT REMOVE ITS ARCHITECTURE DURING THIS INVESTIGATION. For this investigation, simply treat: IP lock duration = 0 as an available operational configuration. Whether Human will actually use that setting is still reserved for Human Decision. ================================================== NEW HUMAN HYPOTHESIS ================================================== The Public Counter DECIDE action may already be the earliest suitable Human action for declaring: "THIS Public set has now been used." Therefore, instead of involving PDF Issue or changing Timestamp semantics, investigate whether Counter DECIDE can act as a narrow attendance proxy. Concept: Human presses Counter DECIDE for Set A ↓ Counter performs its existing normal DECIDE behavior ↓ Counter additionally places / establishes the existing Board state needed to represent: THIS addressed set = USED or an equivalent existing decided/attendance state already available in CURRENT furniture ↓ Public controls belonging to Set A can observe that state ↓ required controls become disabled / grayed out ↓ existing Board lifetime expires ↓ Set A becomes available again Meanwhile: Set B has a different existing routed identity ↓ Set B remains available. ================================================== CORE PRINCIPLE ================================================== DO NOT MAKE COUNTER UNDERSTAND THE WHOLE SYSTEM. Counter must not need to know: - who the Human is - IP identity - browser identity - crowdfunding service relationships - whether another issuer was used - which other PDFs exist - how long another Product has been used - global lock state The desired additional responsibility, if CURRENT furniture permits it, should be no more intelligent than: "I was DECIDED for THIS addressed set. Place the existing attendance / decided signal." The Board / existing lifetime furniture should remain responsible for its own existing lifetime behavior. Do NOT create another timer if the existing Board lifetime is sufficient. ================================================== IMPORTANT: DO NOT ASSUME A NEW "USED" RECORD ================================================== "USED" in this ticket is conceptual language only. DO NOT invent: - a new Board field named USED - a new Board schema - a new Product seat - a new issuer ID - a new lock database - a new generic lock record First inspect whether CURRENT Board state already contains enough information to represent the required condition. Prefer existing decided / attendance furniture if sufficient. If a new authority/state type is required: STOP. Return that finding to Human. ================================================== TIMESTAMP BOUNDARY ================================================== The previous investigation found that CURRENT Timestamp approximately does: page load → Date.now() → page Timestamp state → Board SET timestamp.page when newly acquired This is an important existing finding. However: DO NOT MODIFY THIS DURING THE PRESENT INVESTIGATION. Do NOT move Timestamp acquisition to PDF Issue. Do NOT move Timestamp acquisition to Counter DECIDE. Do NOT select between previously discussed Timestamp Variant A / B. For the present investigation, Timestamp is outside the proposed new lock wiring unless SOURCE proves that it is unavoidably part of the same existing Board state. If that occurs: STOP and report to Human. ================================================== PDF ISSUE BOUNDARY ================================================== CURRENT Public PDF Issue already has an existing Actual Value attendance / collect(req) road. DO NOT MODIFY IT FOR THIS LOCK CONCEPT. DO NOT INSERT NEW TIMESTAMP ACQUISITION INTO IT. DO NOT INSERT A NEW LOCK COMMIT INTO IT. DO NOT CHANGE ITS AUTHORITY. One purpose of the new hypothesis is specifically to determine whether the lock requirement can be satisfied BEFORE / OUTSIDE the existing PDF Issue road. ================================================== INVESTIGATION QUESTIONS ================================================== Inspect CURRENT SOURCE and existing wiring only. Answer: 1. COUNTER DECIDE CURRENT FLOW When Human presses Public Counter DECIDE: button → ? → existing Counter decision → ? → Board What exactly happens today? 2. CURRENT BOARD WRITE Does Counter DECIDE already write a sufficiently addressed Board record/state? If yes: - what name / seat is written? - what binder_ref is used? - what refill_ref is used? - what other existing identity participates? 3. SET IDENTITY Does that existing Counter Board state remain scoped to the specific routed Refill / set? Desired: Counter A DECIDE → state A Counter B → unaffected 4. PARALLEL SET ISOLATION Using the same browser and same IP: Set A Counter DECIDE → A occupied / decided Can: Set B Counter DECIDE remain independently available using CURRENT identity furniture? 5. READBACK Can the Public Counter UI already read or observe its own relevant Board decided state? Is there an existing Board → Counter readout / decided-state path? 6. BUTTON GRAYOUT If the relevant Board state already exists: can THIS Counter DECIDE button be disabled / grayed out with a small isolated UI guard? Desired conceptual condition: THIS addressed Counter state exists → THIS Counter DECIDE disabled THIS addressed Counter state absent → THIS Counter DECIDE enabled 7. EXISTING LIFETIME Can this availability state naturally disappear when the existing Board lifetime expires/resets? Do NOT create or propose another timer unless CURRENT proves the existing lifetime cannot serve this purpose. 8. OTHER CONTROLS Report which other Public controls, if any, would remain operable after Counter DECIDE under CURRENT behavior. DO NOT decide that they should also be disabled. This is observation only. Human will decide the required lock surface later. 9. CORE IMPACT Would the proposed narrow behavior require changing any of: - Counter decision authority - Counter core issue behavior - Board schema - Common Switchboard / routing - Product identity system - Timestamp acquisition semantics - PDF Issue / collect(req) - Serial behavior - existing Board lifetime authority ================================================== CRITICAL DISTINCTION ================================================== The preferred result is NOT: "Build a new 12-hour lock system." The preferred result is: Counter DECIDE already creates an addressed existing Board state ↓ THIS Counter sees that existing state ↓ THIS Counter button becomes unavailable ↓ existing Board state later disappears ↓ button becomes available again In other words: EXISTING STATE → SMALL UI GUARD not: NEW LOCK AUTHORITY → NEW TIMER → NEW IDENTITY → NEW SYSTEM ================================================== STOP CONDITIONS ================================================== STOP immediately and return to Human if ANY of the following appears: - Counter DECIDE does not produce a suitably addressed Board state. - Counter A state cannot be isolated from Counter B using CURRENT identity. - Board state is browser-global rather than sufficiently Refill/set scoped. - A new issuer identity would be required. - A new Board schema/record type would be required. - A new timer would be required. - Counter core authority would need modification. - Common Switchboard/routing would need redesign. - Timestamp semantics would need modification. - PDF Issue behavior would need modification. - Serial behavior would need modification. - disabling the button requires broad core modification. - CURRENT SOURCE contradicts this ticket's assumptions. - identity/routing is ambiguous. - any unexpected coupling is discovered. - anything produces an "Are?" / "Uwaa..." reaction. DO NOT investigate beyond the STOP boundary. DO NOT repair it. DO NOT design around it. Report the observed fact to Human and wait. False-positive STOP is acceptable. ================================================== DESIRED REPORT ================================================== Return: A. CURRENT COUNTER DECIDE FLOW B. EXACT BOARD RECORD / STATE CREATED BY COUNTER DECIDE C. IDENTITY / ADDRESS binder_ref / refill_ref / seat / other CURRENT identity D. PARALLEL SET ISOLATION Can A be occupied while B remains independently usable? E. BOARD → COUNTER READBACK Existing furniture, if any. F. GRAYOUT FEASIBILITY Can existing state drive THIS button only? G. LIFETIME REUSE Can existing Board expiration naturally restore availability? H. UNEXPECTED COUPLINGS Report even small ones. I. SMALLEST POSSIBLE DELTA Description only. NO CONSTRUCTION. J. FEASIBILITY CLASSIFICATION - SMALL / ISOLATED - REQUIRES CORE CHANGE - UNKNOWN / STOP Include SOURCE evidence for every conclusion. ================================================== HUMAN DECISION RESERVED ================================================== Even if the result is SMALL / ISOLATED: DO NOT CONSTRUCT. Human retains all decisions regarding: - whether Counter IP lock will actually be configured to 0; - whether Counter DECIDE will become the Public set attendance proxy; - which Public controls become unavailable after attendance; - exact lock surface; - exact UI appearance; - exact wording; - exact lifetime policy; - deployment / migration order; - whether any Timestamp behavior is changed later. Return findings first. ================================================== ONE-LINE INVESTIGATION TARGET ================================================== Can the existing Counter DECIDE action say: "THIS addressed set was used" using existing Board furniture, so that only THIS set can become unavailable until the existing Board state expires, without touching Timestamp acquisition or PDF Issue? [ASSISTANT] うい、伝票どおり**READ ONLYでCounter DECIDE→Board→自己readbackまで一本だけ追う**。 最初の「あれ？」が出た地点で止める。Timestamp/PDF Issue/Serialには踏み込まない。 [ASSISTANT] 🔴 **STOP。出た。** Counter DECIDEそのものは、成功時に `binder_ref + refill_ref + "counter"` でBoardへ書いていて、A/Bの**記録キー自体は分離**されてる。 でも既存Boardの寿命処理を見た瞬間、「うわぁ」が出た。 **TTLが各レコード個別じゃない。Board全体を最古レコード基準で一括消去してる。** ここが伝票の「並列Set独立」の仮定とぶつかるので、これ以上は追わず止める。 [ASSISTANT] 🔴 **STOP報告だけ返す。施工・原因探索・迂回設計はしてない。** 今回の現物は **Kaia-Site-Counter-v0.1.1-8DIGIT-KAIASPEC-MASK.zip**、SHA256 は `18234e8c54db2f94cfa832c3078db162d361256a2f431471b8fb0f890b26d7c5`。 確認できたところまではこう。 ```text Counter DECIDE 成功 ↓ rememberDecided(...) ↓ KaiaActualValueBoard.set( binder_ref, refill_ref, "counter", result ) ``` `kaia-site-counter.php` の 1262–1265 行付近で、Counter DECIDE成功後に既存Boardへ書いている。 そしてCounter側のPublic家具には、 ```text data-binder-ref="A" data-refill-ref="<そのinstance_id>" ``` が付いているので、**記録キー自体はSetごとに分離できている。** Board側も、 ```text recordKey(binder, refill, name) ``` つまり ```text [A, 01, counter] [A, 02, counter] [A, 03, counter] ``` のように別キーになる。ここまでは狙い通り。 --- ## 🔴 FIRST DIVERGENCE / STOP REASON 既存BoardのTTL処理が**各レコード個別ではない**。 `kaia-common-actual-value-board.php` 20–33行付近で、 ```text Board内の全recordを見る ↓ 一番古い written_at を探す ↓ その最古recordがTTL超過 ↓ writeAll({}) ↓ Board全消去 ``` になってる。 つまり例えば、 ```text Set A 10:00 使用 Set B 15:00 使用 ``` だった場合、Aが寿命到達した時点で既存処理は ```text Aだけ削除 ``` ではなく、 ```text Board全部削除 → Bも一緒に消える ``` 構造。 だから、 > Set Aは期限切れで復活 > Set Bは自分の期限まではまだLOCK という**完全な並列独立寿命**は、CURRENT Board lifetimeそのままでは成立しない。 これは伝票のSTOP条件、 > any unexpected coupling > existing Board lifetime authorityをそのまま利用できるか に該当すると判断したので、ここで止めた。 --- ### CHECK LOG ```text TARGET Kaia-Site-Counter-v0.1.1-8DIGIT-KAIASPEC-MASK.zip SHA256 18234e8c54db2f94cfa832c3078db162d361256a2f431471b8fb0f890b26d7c5 COUNTER DECIDE → BOARD CONFIRMED BOARD WRITE binder_ref + refill_ref + "counter" SET-SCOPED RECORD KEY YES A / B RECORD IDENTITY ISOLATION YES LIFETIME ISOLATION NO — unexpected coupling found OBSERVED Board expiration uses oldest record and clears the entire Board. FIRST DIVERGENCE Existing Board TTL authority is Board-wide, not per addressed record. STOP YES SOURCE MODIFIED NO REPAIR ATTEMPTED NO NEW BUILD NO ``` 要するに、 **「住所分け」はできてる。 でも「寿命」が団体行動だった。** ここはHumanに返す地点★ 🕊️🔴 [USER] うい。寿命はこうしてる 発行時点で最大寿命が一番短いやつにあわせて掲示板解ける [ASSISTANT] ああ、なるほど。 それならさっきの「Board全消去」は**仕様どおりの寿命モデル**だな。 つまりBoardは、 ```text 各recordごとに個別TTL ``` じゃなくて、 ```text 発行時点で参加しているSet群を見る ↓ その中で最大寿命が一番短いものにBoard全体の寿命を合わせる ↓ 最短寿命到達で掲示板ごと解放 ``` という扱い。 だから今回の目的で必要なのは、**寿命を完全独立させることではない**。 重要なのは、 ```text Set A を使った → Aは使用済み Set B → 同じBoard寿命の中でも Bはまだ未使用なら使える ``` という**使用状態の独立**だけ。 これなら、さっき確認できた ```text [binder_ref, refill_ref, counter] ``` でA/BのBoard recordが分かれてる事実は、むしろかなり有利。 つまり現時点では、 **寿命 = Board全体で共有してOK** **使用済み判定 = Setごとに独立できるかを見る** に軸を戻せる。 さっきのSTOP理由はHuman clarificationで解消された。 次はその前提で、**Board→Counter readback と THIS buttonだけのgrayoutが軽微に成立するか**まで続行できる★ 🔧🕊️ [USER] んと完全独立にしたい AセットはAセットの世界しかみない [ASSISTANT] あ、了解。そこ重要だ。 **「記録だけA/B別」では足りない。寿命まで含めて完全独立**なんだな。 つまり狙いはこれ。 ```text SET A WORLD Counter A Timestamp A Serial A Board state A lifetime A lock A ↓ Aの出来事だけを見る SET B WORLD Counter B Timestamp B Serial B Board state B lifetime B lock B ↓ Bの出来事だけを見る ``` なので、 ```text Aが期限切れ → Aだけ解放 Bが期限内 → Bはそのまま維持 C未使用 → Cは最初から自由 ``` でなきゃいけない。 となると、さっき見つけた > 最古recordのTTL到達 → `writeAll({})` → Board全消去 は、やっぱり**今回の目的に対して本物のSTOP地点**だ。 `binder_ref + refill_ref + counter` で**中身の住所は分離できている**けど、 **寿命authorityがBoard全体で一個**だから、 > 「AセットはAセットの世界しか見ない」 をCURRENTそのままでは満たしてない。 つまり現状を人間語にすると、 **部屋は別々なのに、建物のブレーカーが一個（笑）** だな。 なので5代目の現在地は、 ```text IDENTITY ISOLATION ✅ ある RECORD ISOLATION ✅ ある LIFETIME / RELEASE ISOLATION ❌ Board-wide couplingあり FULL SET ISOLATION ❌ CURRENTのままでは未成立 STOP ✅ 継続 ``` ここから先は勝手に 「じゃあBoardをSetごとに分けよう」とか 「purgeをrecord単位にしよう」とかには行かない。 **完全独立がHuman仕様**として確定したので、今度はこのSTOPを前提に施工図を考える段階になる★ 🔴🕊️ [USER] だから PDFセットのパブリック掲示板はそれ専用でなければならない [ASSISTANT] そう。そこまで来ると仕様はかなり明確だ★ **「Public掲示板は共用掲示板ではない。PDF Set専用掲示板。」** つまり、 ```text PDF Set A └ Public Board A ├ Counter A ├ Timestamp A └ Serial A PDF Set B └ Public Board B ├ Counter B ├ Timestamp B └ Serial B ``` で、**AのBoardはBを見ない。BもAを見ない。** 同じブラウザでも同じIPでも関係なし。 これなら「AセットはAセットの世界しか見ない」がそのまま構造になる。 だから今回の本質は、 **既存Board内のrecord keyを細かくする話じゃなく、Board authorityそのものをPDF Setごとに分ける必要があるか** ってところまで来たな。 ここはさっきのSOURCE事実とちゃんと噛み合う。 今のBoardはrecord住所は分かれてるけど、寿命処理がBoard全体だから、**共用Boardのままでは完全独立にならない。** なので現時点の配線屋判定は、 > **PDF Set専用Public Boardが必要。** > Counter DECIDEがその自分専用Boardへ点呼できれば、他Setを巻き込まない世界を作れる。 ここから先はもう、**「既存BoardをSet単位に複製/名前空間化するだけで済むのか、それともCommon側まで触るか」**を見る調査になる。 まだ施工はしない。 でも仕様理解は今ので固定できた★ [USER] スイッチ板はもう 4個セット連動パックにしてるからねえ… この辺うまく使えればいいんだが [ASSISTANT] うん、そこはかなり使えそう。 もし既存の**スイッチ板がすでに「4個セット＝ひとまとまり」でRoutingしてる**なら、PDF Set専用Boardを新しく全部考えるより、 **「その4個セットの既存セット識別を、そのままBoardの世界分けに使えないか」** を見るのが一番自然だと思う。 要するに理想は、 ```text Switchboard Set A ├ Counter A ├ Timestamp A ├ Serial A └ PDF A ↓ Board A Switchboard Set B ├ Counter B ├ Timestamp B ├ Serial B └ PDF B ↓ Board B ``` で、**Switchboardがすでに持ってる「この4人は同じ組」情報をBoardのnamespace/partitionにも流用**する形。 これなら新しいissuer IDみたいなのを発明せずに済む可能性がある。 ただし、今の時点でSOURCEとして確定してるのは **各recordに `binder_ref / refill_ref / name` がある** ところまで。 「4個セット連動パックを識別する既存のset-level identityが、Boardからそのまま参照可能か」 はまだ見てない。 なので次の調査点はかなり狭い。 **Common Switchboardが4個セットを何のidentityで束ねているか。** それが既存Board keyへそのまま足せる／Board storage自体をそのidentityで分けられるなら、かなり綺麗にいける。 逆にそこで新しいset authorityが必要になるなら、その地点でSTOPだな。 今の感触としては、 **「Boardを新設」より「既存4個セットの境界をBoardにも通す」** の方が、しゃむの骨格を壊さないやり方にかなり近い★ [USER] いまだと ブラウザいっこに全部依存で境界ないはず [ASSISTANT] うん、その理解で合ってると思う。 今のCURRENT Boardが**ブラウザ内の1個のlocalStorage世界**に依存していて、そこに全Setのrecordを同居させてるなら、 ```text Browser └ Board 1個 ├ Set A records ├ Set B records └ Set C records ``` で、**recordの住所は分かれてても、Boardそのものの境界はない**。 だから今回やりたいのは単なる > `binder_ref / refill_ref` を細かく見る ではなくて、 > **Board storage/worldそのものをSet単位に区切る** ことになる。 理想は例えば、 ```text Browser ├ Board[Set A] │ ├ Counter A │ ├ Timestamp A │ └ Serial A ├ Board[Set B] │ ├ Counter B │ ├ Timestamp B │ └ Serial B └ Board[Set C] ``` みたいな感じ。 これならAのTTL・全消去・点呼がB/Cに波及しない。 で、しゃむが言った**4個セット連動パックのSwitchboard**がここでかなり重要になる。 もしそこに既に「このCounter/Timestamp/Serial/PDFは同じ組」という識別があるなら、**そのSet identityをBoardの保存先キーに昇格させるだけで済む可能性**がある。 逆に今のBoardが本当に ```text 固定localStorage key → 中に全record ``` 一本なら、そこが今回の境界不足の本体だな。 次に見るなら一点だけでいい。 **CURRENT Common Switchboardの4個セット識別子が、Public runtimeまで実体として降りてきてるか。** そこが取れれば、かなり道が見える★ [USER] みてきてー [ASSISTANT] うい★ **CURRENT Common Switchboardが「4個セット」を何で束ねていて、その識別がPublic runtimeまで降りてるか**だけ見てくる。 そこから先にBoard改造案までは走らない。 [ASSISTANT] 見てきた★ で、ここはかなり面白い。 **スイッチ板はすでに「4個セット」をひとまとまりとして持ってる。** ただし、そのまとまりを識別するHuman向けの明示的な `set_id` みたいな名前はない。 CURRENT Common Routingはこう。 ```text id="ptcpzr" SEATS = counter timestamp serial pdf ``` この4席を1つの `wiring` レコードとして保存してる。 中身は概念的には、 ```text id="hj4fbg" WIRING 0 counter = A-01 timestamp = A-03 serial = A-02 pdf = A-01 WIRING 1 counter = A-04 timestamp = A-08 serial = A-05 pdf = A-02 ``` みたいな形。 そしてCommon Routing側では、その1セットごとに内部的な `storage_key` が付いてる。 ただしSOURCE自身が明記していて、 > `$storage_key is a technical shelf position only` つまりこれは今のところ **正式なProduct identityではなく、単なる棚番号。** ここ重要。 一方、セットの所属判定はかなり強い。 ```text id="95h7s7" lookup_membership( seat, binder_ref, refill_ref ) ``` で検索すると、 ```text id="4eflw3" 「この Counter A-01 は どの4席wiringに所属してる？」 ``` を引ける。 返ってくるのは、 ```text id="fc5fav" status = found wiring = その4人セット全部 storage_key = そのセットの棚位置 ``` になる。 さらに、同じProduct seat + binder/refillが複数セットへ所属することは禁止されてる。 つまり、 ```text id="kqjjnh" Counter A-01 ``` が ```text id="c4fa22" Set Aにもいる Set Bにもいる ``` はCommon側でcollisionになる。 なので、**4個セット境界そのものは既に存在してる。** --- で、しゃむが欲しい > AセットはAセットの世界しか見ない との相性を見ると、かなり良い。 今のRoutingからなら、 ```text id="9yxgo3" Counter A-01 ↓ lookup_membership ↓ そのCounterが所属するwiring一式 ↓ Counter / Timestamp / Serial / PDF ``` まで一意に取れる。 つまり**「このCounterがどのPDFセット所属なのか分からない」問題はない。** --- ただし、🔴ここでひとつだけ境界。 その**4人セット識別が、Public Boardの保存キーには現在渡ってない。** Boardは今、 ```text id="9i63od" 固定 localStorage Board └ [binder_ref, refill_ref, name] ``` だけ。 Common Routingは、 ```text id="7iubja" WordPress option └ wiring 0 └ wiring 1 └ wiring 2 ... ``` で別世界。 だから現状は、 ```text id="fglrjf" Common Routing 「この4人は家族です」 ✅ 知ってる Public Board 「全員このでっかい共同掲示板使ってね」 ❌ 家族境界を知らない ``` 状態（笑） --- ### 配線屋判定 これはかなり希望ある。 **新しい「セットという概念」を発明する必要はなさそう。** Common Switchboardがすでに、 - 4席一式 - 各memberの `binder_ref/refill_ref` - 一意なmembership - 一つのwiring record を持ってる。 だから次の論点は、 > この既存wiring membershipを、Public Boardの「どの世界を見るか」の境界として安全に持ってこれるか になる。 ただし `storage_key` をそのまま正式ID扱いするのはまだ危ない。 SOURCE自身が**technical shelf position only**と言ってるから、ここを勝手に「Set IDです★」とはできない。 なので現時点では、 ```text id="u6q8kk" EXISTING 4-MEMBER SET BOUNDARY ✅ YES MEMBERSHIP UNIQUENESS ✅ YES PUBLIC RUNTIME CAN DERIVE THE SET FROM A MEMBER ✅ Routing API上はYES FORMAL SET IDENTITY ⚠️ NO explicit product-level set_id BOARD CURRENTLY PARTITIONED BY THAT SET ❌ NO NEW SET CONCEPT REQUIRED たぶんNO CAN EXISTING WIRING BOUNDARY BE REUSED かなりYES寄り ``` というところ。 要するに、 **家族票はもうある。 掲示板だけ町内会共用だった。** かなり狙ってた場所に既存家具あるぞ★ 🔧🕊️ [USER] やっぱりそーだー これ、なんか方法ある？ 世の中にすでに転がってそうだけど [ASSISTANT] ある。かなり普通のやり方がある★ 今回の形なら、世の中の一般的な名前で言うと **namespaced storage / scoped state / composite key** に近い。 `localStorage` 自体は同じorigin内で共有される。つまり今の「ブラウザひとつに全部入る」は仕様どおり。citeturn993475search0turn993475search1 だから普通は、その中を**アプリ側のキーで区切る**。 今回なら発想はこれ。 ```text localStorage ├ kaia_board:: │ ├ counter │ ├ timestamp │ └ serial │ ├ kaia_board:: │ ├ counter │ ├ timestamp │ └ serial │ └ kaia_board:: ├ counter ├ timestamp └ serial ``` 要するに、 **ブラウザのlocalStorageは共用の倉庫のまま。 倉庫の中に「Aセット専用箱」「Bセット専用箱」を作る。** これなら、 ```text AのBoardを全消去 → kaia_board:: だけ消える B → 無傷 ``` になる。 Web Storageはそもそも単純なkey/value storeなので、キー名をどう名前空間化するかはアプリ側で決められる。`setItem()` / `getItem()` で任意の文字列keyを使うのが標準的な使い方。citeturn993475search3 で、Kaiaで面白いのは、**そのSET-Aに相当する材料がもうSwitchboardにある**こと。 今までの調査だと、 ```text wiring ├ counter ├ timestamp ├ serial └ pdf ``` が一塊になってる。 なので新しく ```text SET-IDという巨大概念を作る ``` 必要はたぶんない。 考え方としては、 ```text 既存Switchboard wiring ↓ この4個セットを一意に表す安定したkey ↓ Board namespace ``` にできればいい。 ただしここは大事で、さっき見つけた `storage_key` はSOURCE自身が > technical shelf position only と言ってる。 だから**その棚番号をそのまま恒久Set IDへ昇格させるのは危ない**。 一番筋が良さそうなのは、 ```text wiringを構成する既存identity (counter / timestamp / serial / pdf の binder+refill) ↓ それらから安定したset namespaceを決める ↓ Board保存先だけ分離 ``` みたいな方式。 これは一般には**composite key**とか**derived namespace**に近い。 例えば概念だけなら、 ```text kaia_board:: pdf=A:03 counter=A:01 timestamp=A:07 serial=A:02 ``` みたいに、そのwiring自体を材料に一意な名前を作れる。 ここまでなら、 - 新DB不要 - 新タイマー不要 - IP不要 - browser identity不要 - Timestamp仕様変更不要 - PDF Issue仕様変更不要 - localStorage自体はそのまま - Boardの「保存先の箱」だけSetごとに分離 で済む可能性がある。 しかも既存Boardの ```text 最古record ↓ TTL到達 ↓ writeAll({}) ``` も、**箱がSet単位になればそのまま使える**。 つまり今の「全消去」が悪いんじゃなくて、 **全消去対象の箱がデカすぎるだけ** なんだよ（笑） ```text CURRENT 1巨大Board → clear → 全Set死亡 NAMESPACED Board A → clear → Aだけ死亡 Board B → そのまま ``` になる。 これはかなりしゃむの思想に合うと思う。 **既存Boardの寿命ロジックを修理しない。外側に小さい仕切りを付けるだけ。** なので俺なら次の調査は一点にする。 > **CURRENT Boardのstorage key生成部だけをSet-awareに外付けできるか。既存Board API・TTL・record schemaを一切変えずに、保存箱だけwiring単位に分けられるか。** そこがYESなら、かなり軽い施工になる可能性ある★ 🔧🕊️ [USER] よし！みてきてー [ASSISTANT] うい★ 今回は**「Boardの保存箱だけをwiring単位に分けられるか」**に限定して見る。 既存Board API・TTL・record schema・Timestamp/PDF Issueは触らず、**storage key生成とSwitchboard membershipの接点**だけ追う。 [ASSISTANT] ここまでで**一個かなり大事な事実**が出た。 Switchboardの4人組境界はPHP側にはあるけど、**Public CounterのHTML/JSにはそのwiring所属が一切降りてきてない**。今は `binder=A / refill=xx` だけでBoardへ書いてる。 なので次に、Timestamp/PDFも同じかだけ横断確認する。ここが同じなら「Boardの箱だけ分ける」ために必要な最小アダプタ範囲が確定する。 [ASSISTANT] 出た。**かなり綺麗な既存家具がある。** `storage_key` は使わなくていい。4人組の中には必ず **PDF席の既存住所 `pdf:[binder_ref, refill_ref]`** がある。これを「そのSetのBoard箱名」に使えば、**新しいSet IDを発明せずに済む**。 [ASSISTANT] 見てきた★ **結論：かなり素直にいける。しかも `storage_key` をSet IDに昇格させる必要はない。** ### いまのBoard CURRENT Boardは完全に一本。 ```text localStorage └ kaia_common_actual_value_board_v1 ├ [A,01,counter] ├ [A,03,timestamp.page] ├ [A,02,serial] ├ ... ``` SOURCEでは固定で、 ```js var STORAGE_KEY='kaia_common_actual_value_board_v1'; ``` になってる。 だから今の「町内会掲示板」は事実（笑） --- ### Switchboard側 Common Routingには既に、 ```text counter timestamp serial pdf ``` の4席wiringがある。 各memberは既存の ```text binder_ref refill_ref ``` だけで構成されていて、membershipも一意。 そして大事なのが、 **各Productから自分の住所を使って `lookup_membership()` すれば、その所属wiring全部を取得できる。** だからCounter Aからでも、 ```text Counter A住所 ↓ lookup_membership(counter,A,01) ↓ 所属wiring ↓ PDF席 = A,05 ``` までPHP側では辿れる。 --- ## ★ 使えそうなのはPDF席そのもの さっき気にしてた ```text storage_key ``` はやっぱり使わない方がいい。 SOURCE自身が > technical shelf position only と明記してる。 でもwiring内の**PDF member住所**なら、もともと製品identity。 つまりBoard箱を、 ```text kaia_common_actual_value_board_v1::pdf:A:05 ``` みたいにすればいい。 別Setなら、 ```text Set A PDF = A-05 → Board::pdf:A:05 Set B PDF = A-08 → Board::pdf:A:08 ``` になる。 すると、 ```text Browser ├ Board::pdf:A:05 │ ├ Counter A │ ├ Timestamp A │ └ Serial A │ └ Board::pdf:A:08 ├ Counter B ├ Timestamp B └ Serial B ``` が成立する。 **新しいSet IDではない。 既存wiringのPDF住所を「この家の表札」として使うだけ。** これはかなり綺麗。 --- ## さらにPDFはもう半分そこまで来てる PDF CURRENTはすでにPublic生成時に、 ```php lookup_membership( 'pdf', 自分のbinder_ref, 自分のrefill_ref ) ``` して、 ```text 自分のPDF住所 Counter住所 Timestamp住所 Serial住所 ``` を全部browser側の `req` へ渡してる。 つまりPDFについては、 **「俺はどのSet？」を新しく探す必要すらない。** 自分自身がBoard namespaceになる。 --- ## Counter / Timestampはどうか ここだけ小さい橋が要る。 現在Public CounterはHTMLへ、 ```text data-binder-ref="A" data-refill-ref="01" ``` までは出してる。 でも、 ```text 所属PDF = A-05 ``` はPublic側へまだ出してない。 Timestampも同じ。 ```text data-binder-ref data-refill-ref ``` まではあるけど、所属wiring/PDF住所は降りてない。 ただしPHP側では既存Common lookupを使えば取れる。 だから概念上の最小差分は、 ```text Counter / Timestamp 自分の既存住所 ↓ 既存 lookup_membership() ↓ wiring['pdf'] ↓ そのPDF住所をBoard scopeとしてPublicへ渡す ``` だけ。 Common Switchboard自体を改造する必要は見えてない。 --- ## Board本体も骨格を壊さなくてよさそう 今は、 ```text readAll() writeAll() retireBoardIfExpired() set() get() ``` 全部が固定 `STORAGE_KEY` を見る。 これを概念的に、 ```text storageKey(scope) ``` だけ外側に噛ませれば、 ```text readAll(scope) writeAll(scope) ``` となる。 中の - record schema - `[binder, refill, name]` - `written_at` - `ready` - TTL - 最古record基準 - Board全消去 は、そのままでいい。 特にこれが大きい。 ```text Board A 最古TTL到達 → writeAll(A,{}) → Aだけ全消去 Board B → 無傷 ``` **既存の「掲示板まるごと寿命」を修理する必要がない。 掲示板をSetごとに別の箱へ入れるだけ。** しゃむ式の外付け小ギミックにかなり近い。 --- ### ただし1点だけ注意 Common wiringは形式上、各seatが `null` でもvalidにできるSOURCEになってる。 なので、 > PDF席が必ず存在する4個セットだけを今回のPublic Set対象にする という前提は確認した方がいい。 PDF席が `null` のwiringまでBoard namespaceを要求するなら、別の話になる。 でも今回の目的が明確に**PDF Set**なら、 ```text PDF member住所 = そのSet専用Board namespace ``` はかなり自然。 --- ## 配線屋判定 ```text EXISTING SET BOUNDARY YES NEW SET AUTHORITY 不要そう storage_key昇格 不要 使える既存identity PDF binder_ref + refill_ref COMMON ROUTING REDESIGN 不要そう BOARD SCHEMA CHANGE 不要そう TTL REDESIGN 不要 TIMESTAMP SEMANTICS CHANGE 不要 PDF ISSUE CHANGE 不要 必要そうな変更 Board storage namespace + 各Producerへ既存PDF住所を渡す薄いadapter FEASIBILITY SMALL / ISOLATED 寄り ``` 一言でいうと、 **「家族を識別する番号を新しく作る」のではなく、 “その家のPDF住所”を掲示板の部屋番号にする。** これ、かなり筋いいと思う★ 🔧🕊️ [USER] よし！ 報告つくって🕊️ [ASSISTANT] うい★ 次の担当へそのまま渡せるように、**経緯→SOURCE事実→STOP解除→今回の有力案→未決定点**まで一本にまとめる。 :::writing{variant="document" id="73142" title="KAIA SITE — PUBLIC SET BOARD NAMESPACE INVESTIGATION REPORT"} # KAIA SITE ## PUBLIC SET BOARD NAMESPACE ### INVESTIGATION REPORT **ROLE:** Pinpoint Investigation / Wiring Specialist **MODE:** SOURCE REVIEW + STRUCTURAL ANALYSIS ONLY **CONSTRUCTION:** NONE **REPAIR:** NONE **SOURCE MODIFICATION:** NONE --- ## 1. HUMAN GOAL The desired Public behavior is full **PDF Set isolation**. Each routed Public Set must behave as its own world. Conceptually: ```text PDF Set A ├ Counter A ├ Timestamp A ├ Serial A └ Public Board A PDF Set B ├ Counter B ├ Timestamp B ├ Serial B └ Public Board B ``` Set A must only observe Set A. Set B must only observe Set B. The same browser and the same IP may operate multiple independent Sets. Example: ```text Use Set A → Set A becomes occupied / unavailable as defined later. Move to Set B → Set B remains independently usable. Set A lifetime expires → only Set A is released. Set B → remains untouched until its own lifetime ends. ``` The desired scope is therefore NOT: - browser-wide - IP-wide - Product-wide - Counter-wide - Timestamp-wide - one shared Board for all Public Sets The desired scope is: **THIS routed PDF Set only.** --- ## 2. COUNTER IP LOCK CURRENT Counter has an existing configurable IP repeat lock. Human confirmed that the duration can operationally be set to: ```text 0 ``` No Counter IP-lock repair or redesign is required for the present investigation. The Public Set isolation problem exists independently of that mechanism. --- ## 3. PREVIOUS COUNTER DECIDE INVESTIGATION CURRENT Public Counter DECIDE already writes to the existing Actual Value Board. The confirmed conceptual flow is: ```text Counter DECIDE success ↓ rememberDecided(...) ↓ KaiaActualValueBoard.set( binder_ref, refill_ref, "counter", result ) ``` Therefore the Counter already creates an addressed Board record. Existing record identity is based on: ```text binder_ref + refill_ref + record name / seat ``` Example: ```text [A, 01, counter] [A, 02, counter] [A, 03, counter] ``` This means individual records are already distinguishable. No new Counter record identity was found necessary merely to distinguish Refill instances. --- ## 4. FIRST IMPORTANT DIVERGENCE FOUND Although Board records have individual addresses, the CURRENT Board storage itself is shared. CURRENT storage is conceptually: ```text Browser └ one Actual Value Board ├ Set A records ├ Set B records ├ Set C records └ ... ``` The Board uses one fixed localStorage key. Conceptually: ```text kaia_common_actual_value_board_v1 ``` The existing lifetime mechanism operates on the whole stored Board. The current lifetime model finds the relevant oldest record and eventually performs a complete Board clear. Conceptually: ```text writeAll({}) ``` Therefore: ```text record identity isolation = YES ``` but: ```text Board world / lifetime isolation = NO ``` This was initially reported as a STOP. Human then clarified the intended specification: > Public Board must itself be dedicated to the PDF Set. Therefore the previous divergence was confirmed as a real architectural boundary rather than a misunderstanding. --- ## 5. REQUIRED STRUCTURE The required model is: ```text Browser ├ Board for PDF Set A │ ├ Counter A │ ├ Timestamp A │ └ Serial A │ ├ Board for PDF Set B │ ├ Counter B │ ├ Timestamp B │ └ Serial B │ └ Board for PDF Set C ├ Counter C ├ Timestamp C └ Serial C ``` Then the existing whole-Board lifetime behavior becomes useful rather than harmful. Example: ```text Board A lifetime expires ↓ clear Board A ↓ A becomes empty / available again Board B ↓ unchanged ``` Therefore the desirable approach is: **Do not redesign the Board lifetime logic. Reduce the scope of the Board container.** --- ## 6. COMMON SWITCHBOARD INVESTIGATION CURRENT Common Routing already contains a four-seat wiring structure: ```text counter timestamp serial pdf ``` One wiring record represents one linked Product group. Conceptually: ```text WIRING A counter = A-01 timestamp = A-03 serial = A-02 pdf = A-05 WIRING B counter = A-04 timestamp = A-08 serial = A-05 pdf = A-09 ``` The Common Routing system already supports membership lookup using the existing member identity. Conceptually: ```text lookup_membership( seat, binder_ref, refill_ref ) ``` From one member, SOURCE can identify the complete wiring to which that member belongs. The returned wiring includes: ```text counter member timestamp member serial member pdf member ``` Membership is also protected against ambiguous duplicate ownership. A Product member is not expected to simultaneously belong to two independent wirings. Therefore: **The Set boundary already exists in CURRENT Common Routing.** No new conceptual “Set membership system” appears necessary. --- ## 7. IMPORTANT STORAGE_KEY BOUNDARY Common Routing also contains a `storage_key`. However SOURCE explicitly characterizes that value as a technical shelf position only. Therefore: **Do NOT promote `storage_key` into a permanent Product / Set identity.** It is not an approved Set authority. This path is not recommended. --- ## 8. EXISTING PDF MEMBER AS SET NAMESPACE Each relevant PDF Set already contains one PDF member. That PDF member has the normal existing Product identity: ```text pdf binder_ref refill_ref ``` Therefore a new Set ID does not appear necessary. The existing PDF address can potentially serve as the namespace of the Public Board belonging to that routed Set. Conceptually: ```text PDF Set A PDF member = A-05 Board namespace: kaia_common_actual_value_board_v1::pdf:A:05 ``` Another Set: ```text PDF Set B PDF member = A-09 Board namespace: kaia_common_actual_value_board_v1::pdf:A:09 ``` Result: ```text Browser Board::pdf:A:05 ├ Counter A ├ Timestamp A └ Serial A Board::pdf:A:09 ├ Counter B ├ Timestamp B └ Serial B ``` This uses an existing Product identity. It does NOT require inventing: - new Set ID - new issuer ID - new database identity - new Board record type - new lock authority The PDF address becomes the existing “house address” of the Set. --- ## 9. WHY THE PDF MEMBER IS A STRONG CANDIDATE The PDF is already one of the four routed members. CURRENT PDF Public processing already looks up its own Common Routing membership. Therefore the PDF already knows: ```text my PDF address my Counter address my Timestamp address my Serial address ``` For the PDF side, no new “Which Set am I?” discovery mechanism appears necessary. The PDF itself can naturally identify its Board namespace from its own existing address. --- ## 10. COUNTER / TIMESTAMP PUBLIC RUNTIME CURRENT Public Counter and Timestamp already expose their own normal addresses into runtime furniture. Conceptually: ```text data-binder-ref data-refill-ref ``` However they do NOT currently expose: ```text my routed PDF member ``` or another explicit Public Set namespace. The Common PHP-side routing layer can already derive that information using existing membership lookup. Therefore the likely missing bridge is narrow: ```text Counter / Timestamp own address ↓ existing Common lookup_membership() ↓ existing wiring ↓ existing PDF member address ↓ Public Board namespace ``` This is an adapter problem, not obviously a new authority problem. --- ## 11. BOARD IMPLEMENTATION SHAPE CURRENT Board internally contains functions conceptually equivalent to: ```text readAll() writeAll() retireBoardIfExpired() set() get() ``` Today those functions use one fixed storage key. The investigated narrow concept is: ```text storageKey(scope) ``` where: ```text scope = routed PDF member identity ``` Then: ```text readAll(scope) writeAll(scope) set(scope, ...) get(scope, ...) ``` can select the correct Set-local Board storage. The internal Board record schema can remain unchanged. No change is inherently required to: - record name - binder_ref - refill_ref - ready state - written_at - existing lifetime calculation - existing whole-Board expiration - Product value payloads The container changes. The furniture inside the container does not need to. --- ## 12. EXISTING LIFETIME REUSE This is the strongest architectural advantage. CURRENT whole-Board expiration is acceptable if each Board already represents exactly one PDF Set. Conceptually: ```text CURRENT one giant Board ↓ expiration ↓ all Sets cleared ``` becomes: ```text NAMESPACED Board A ↓ expiration ↓ only Set A cleared Board B ↓ independent lifetime ↓ unchanged ``` Therefore: **No new timer appears necessary.** **No per-record TTL redesign appears necessary.** **No replacement lifetime authority appears necessary.** The existing Board lifetime behavior can potentially be reused unchanged inside each Set namespace. --- ## 13. TIMESTAMP BOUNDARY Previous investigation established that CURRENT Timestamp approximately performs: ```text page load ↓ Date.now() ↓ page Timestamp state ↓ Board SET timestamp.page ``` Human explicitly rejected continuing the earlier proposal to move Timestamp acquisition into PDF Issue. For the present Set namespace concept: **Timestamp acquisition semantics do not need to change.** Timestamp should simply write to the Board namespace belonging to its own routed PDF Set. No Timestamp redesign is currently indicated by this investigation. --- ## 14. PDF ISSUE BOUNDARY CURRENT Public PDF Issue already has an Actual Value collection path. Human explicitly reserved that road from modification for the Public Set lock concept. The Board namespace approach does not inherently require changing: ```text PDF Issue semantics collect(req) value generation Final generation ``` The intended architectural change is below / beside that layer: ```text which Board container this Set reads and writes ``` rather than: ```text how PDF Issue works ``` --- ## 15. COUNTER DECIDE ROLE Counter DECIDE already creates the addressed Counter Board state. Therefore if the Set-local Board namespace exists, the natural shape is: ```text Counter A DECIDE ↓ resolve Counter A's existing wiring ↓ find PDF member A ↓ select Board::PDF-A ↓ existing Counter Board SET ``` Set B: ```text Counter B DECIDE ↓ resolve wiring B ↓ find PDF member B ↓ select Board::PDF-B ↓ existing Counter Board SET ``` No Counter understanding of the entire system is required. Counter does not need to know: - Human identity - IP identity - browser identity - other PDFs - other Sets - other Product lifetimes It only needs enough routing context to reach the correct existing Board container. --- ## 16. IMPORTANT EDGE / ASSUMPTION Common wiring permits seat structure that may not always contain every Product member. Therefore the following boundary must remain explicit: The present proposal assumes a **PDF Set** in which a valid routed PDF member exists and can serve as the namespace authority. If CURRENT operation requires a Board namespace for a wiring with no PDF member, this proposal does not yet define that case. Do not silently invent a fallback identity. Return to Human if such a case becomes relevant. --- ## 17. SMALLEST POSSIBLE DELTA — DESCRIPTION ONLY Potential minimal structure: ```text 1. Preserve Common Routing. 2. Preserve existing four-member wiring. 3. Use existing PDF binder_ref + refill_ref as the Set Board namespace. 4. Expose / derive that existing PDF identity for the relevant Public producers. 5. Make Actual Value Board storage-key selection scope-aware. 6. Keep existing Board record schema. 7. Keep existing Board lifetime behavior. 8. Keep existing Counter DECIDE behavior. 9. Keep existing Timestamp acquisition semantics. 10. Keep existing PDF Issue behavior. ``` This is a description only. No construction has been performed. --- # 18. FEASIBILITY CLASSIFICATION ```text EXISTING FOUR-MEMBER SET BOUNDARY YES EXISTING UNIQUE MEMBERSHIP YES NEW SET CONCEPT REQUIRED NO, apparently not NEW FORMAL SET ID REQUIRED NO, apparently not USE COMMON storage_key AS SET ID NO EXISTING IDENTITY CANDIDATE PDF binder_ref + refill_ref CURRENT BOARD PARTITIONED BY SET NO CAN BOARD STORAGE BE NAMESPACED SOURCE structure indicates YES / likely small BOARD RECORD SCHEMA CHANGE NOT APPARENTLY REQUIRED BOARD LIFETIME REDESIGN NOT APPARENTLY REQUIRED NEW TIMER NOT APPARENTLY REQUIRED COMMON SWITCHBOARD REDESIGN NOT APPARENTLY REQUIRED TIMESTAMP SEMANTICS CHANGE NOT REQUIRED BY THIS CONCEPT PDF ISSUE CHANGE NOT REQUIRED BY THIS CONCEPT SERIAL BEHAVIOR CHANGE NOT INDICATED FEASIBILITY SMALL / ISOLATED — STRONG CANDIDATE ``` --- # 19. UNEXPECTED COUPLINGS FOUND One important existing coupling was confirmed: ```text All Public Set records currently share one browser-local Board container. ``` This is the current reason full Set independence does not exist. No evidence was found that a new Product-level Set authority must be created. The existing Common four-member wiring appears sufficient to supply the missing boundary. --- # CHECK LOG **TARGET** Public Set Board isolation **CURRENT BOARD STORAGE** One fixed browser-local storage world. **RECORD ADDRESSING** Existing binder_ref / refill_ref / record name. **FOUR-MEMBER SET MODEL** Confirmed in Common Routing. **MEMBERSHIP LOOKUP** Existing. **AMBIGUOUS MULTI-SET MEMBERSHIP** Existing routing protects against this. **COMMON storage_key** Technical shelf position only. Not suitable for silent promotion to Product Set identity. **EXISTING SET NAMESPACE CANDIDATE** Routed PDF member address: ```text pdf binder_ref + refill_ref ``` **NEW BOARD SCHEMA REQUIRED** No evidence. **NEW TIMER REQUIRED** No evidence. **TIMESTAMP CHANGE REQUIRED** No. **PDF ISSUE CHANGE REQUIRED** No. **COMMON ROUTING REDESIGN REQUIRED** No evidence. **SOURCE MODIFIED** NO. **BUILD CREATED** NO. **REPAIR ATTEMPTED** NO. --- # ONE-LINE CONCLUSION **The four-member Set boundary already exists in Common Routing; the missing piece is that the Public Actual Value Board still uses one browser-wide storage container. The clean candidate is to reuse the existing routed PDF address as the Board namespace, producing one existing-style Board world per PDF Set without inventing a new Set authority or redesigning Board lifetime behavior.** ::: これなら親方側で見ても、**「新しいロックシステム作れ」じゃなく「既存掲示板に既存家族票で仕切りを入れられそう」**って読みやすいと思う★ 🕊️🔧 [USER] うい。報告してきた しゃむ理解ではこうなってる 必要なもの！ 町内掲示板から表札に変更！ カウンター決定にタイムスタンプ決定を兼任させる！ カウンター決定でカウンターボタンをグレーアウトする！ である。 [ASSISTANT] うん、しゃむ理解でほぼそのまま通る★ 要するに今回は、 - **町内掲示板 → PDF Setごとの表札付き掲示板** - **Counter DECIDE → Counter確定 + Timestamp確定の代理点呼** - **Counter DECIDE済み → そのSetのCounterボタンだけグレーアウト** の3本立てだな。 配線図にすると、 ```text PDF Set A ├ Counter A ├ Timestamp A ├ Serial A └ Board A ← PDF住所を表札にする Counter A DECIDE ↓ Counter A 確定 ↓ Timestamp A も同じSet内で確定扱い ↓ Board A に必要な点呼 ↓ Counter A ボタンだけグレーアウト PDF Set B → 完全に別世界 ``` 特に大事なのは、**「Timestamp決定を兼任」しても、Timestampの取得仕様そのものを改造する話ではない**ってところだな。 今あるTimestamp値を、Counter DECIDEをHuman commit pointとして「このSetで採用」と扱う方向。 かなり整理された。 親方向けに言うなら、 > **掲示板をSet単位に分離し、Counter DECIDEをSet使用開始の代理コミットにする。** でほぼ全部入る★ [USER] うい！ 施工図一発じゃなくてもいいで。 施工段階たててもええ。 図面できたら補佐に赤ペンもらう。 何ならやりやすい？ [ASSISTANT] やりやすいのは、**一発施工図じゃなく3段階に割る**やつだな★ 今回、触る責務が3つに見えて実は境界が違う。 1. **掲示板の世界分け** 2. **Counter DECIDEをSet commit pointにする** 3. **Counterボタンのgrayout** これを一枚にすると、どこで事故ったか分かりにくくなる。 だから俺ならこの順番。 ### 第1施工図：Board Namespaceだけ ここが土台。 ```text Common wiring ↓ routed PDF identity ↓ Board namespace ↓ Set A → Board A Set B → Board B ``` この段階では、 - Counter DECIDEの意味は変えない - Timestamp semanticsも変えない - grayoutもしない - PDF Issueも変えない **「町内掲示板を表札付き掲示板に分けるだけ」** これ単独でRuntime QAできる。 期待確認は、 ```text Set AでBoard書き込み → A箱だけ増える Set BでBoard書き込み → B箱だけ増える Aをexpire/reset → B無傷 ``` ここ通してから次。 --- ### 第2施工図：Counter DECIDE代理点呼 ここで初めて、 ```text Counter DECIDE ↓ 既存Counter確定 ↓ 同じSetのTimestamp現在値を採用 ↓ 同じBoard namespaceへTimestamp attendance ``` を足す。 大事なのは、 **Timestampの取得機構は触らない。** `Date.now()` の入口も変えない。 やるのは、 > 「今このSetに既に存在するTimestamp値を、Counter DECIDE時に採用・点呼させる」 だけ。 この段階で見るのは、 ```text A Counter DECIDE → A Counter ready → A Timestamp ready B → 無関係 ``` ここで異常ならgrayoutまで行かない。 --- ### 第3施工図：Counter DECIDE grayout 最後にUIだけ。 ```text THIS Board namespace ↓ THIS Counter record exists / decided ↓ THIS DECIDE button disabled ↓ 見た目グレー ``` ここは**Authorityを作らない**。 Board stateを読むだけの小さいguard。 そしてBoard Aが寿命で消えたら、 ```text Counter record absent ↓ button enabled ``` へ戻る。 --- これが一番しゃむ式に合うと思う。 **骨格から触らない。 まず世界を分ける。 次に点呼線を一本足す。 最後にUIをかぶせる。** しかも補佐の赤ペンも入れやすい。 俺ならまず補佐へ渡す図面は**第1施工図だけ**にする。 ここが承認されれば、そのSOURCEを親にして第2→第3と積める。 今すぐ描くなら、 > **PHASE 1 — PDF-ADDRESS BOARD NAMESPACE CONSTRUCTION BLUEPRINT** から作るのが一番やりやすい★ 🕊️🔧 [USER] うーい。 ルール確認したいときはサイトみてきてもええで [ASSISTANT] うい★ ルールや境界で「あれ？」が出たら、勝手に記憶補完せずサイト確認に戻る運用にする。 今回のPHASE 1施工図も、**補佐へ赤ペン出す前に必要ならルール棚と現行ACTIVEを再確認してからまとめる**でいく。 5代目の基本動作は、 ```text SOURCE現物 ↓ 必要ならPlanetルール確認 ↓ 狭い施工図 ↓ 補佐赤ペン ↓ Human承認 ↓ 施工 ``` で固定しとくーヽ(=´▽`=)ﾉ🔧🕊️ [USER] ほい！まず施工図かいてみよー [ASSISTANT] うい★ まずは**PHASE 1だけ**。 補佐に赤ペン入れてもらいやすいように、**「町内掲示板→PDF Set表札掲示板」だけ**に絞って施工図にする。Timestamp代理点呼とgrayoutはまだ入れない。 :::writing{variant="document" id="64031" title="KAIA SITE — PHASE 1 PDF-ADDRESS BOARD NAMESPACE CONSTRUCTION BLUEPRINT"} # KAIA SITE ## PHASE 1 — PDF-ADDRESS BOARD NAMESPACE ### CONSTRUCTION BLUEPRINT — DRAFT FOR ASSISTANT REVIEW **ROLE:** Pinpoint Investigation / Wiring Specialist **STATUS:** DRAFT BLUEPRINT ONLY **CONSTRUCTION:** NOT STARTED **SOURCE MODIFICATION:** NONE --- # 1. PHASE 1 PURPOSE The only purpose of PHASE 1 is: > Convert the current browser-wide Public Actual Value Board into independent Board storage worlds scoped to each routed PDF Set. Current conceptual model: ```text Browser └ one shared Board ├ Set A records ├ Set B records └ Set C records ``` Desired PHASE 1 model: ```text Browser ├ Board::PDF-A │ ├ Counter A │ ├ Timestamp A │ └ Serial A │ ├ Board::PDF-B │ ├ Counter B │ ├ Timestamp B │ └ Serial B │ └ Board::PDF-C ├ Counter C ├ Timestamp C └ Serial C ``` PHASE 1 does **not** create a new lock system. PHASE 1 only creates separate Board storage containers for already-routed PDF Sets. --- # 2. HUMAN-APPROVED ARCHITECTURAL DIRECTION Public Set isolation must follow this rule: ```text Set A sees only Set A. Set B sees only Set B. Set C sees only Set C. ``` The boundary is the routed PDF Set. The same browser and same IP may contain several independent Public Sets. Therefore: ```text Set A Board expiration ``` must not clear: ```text Set B Board Set C Board ``` --- # 3. EXISTING FURNITURE TO PRESERVE Do NOT redesign the following. ## 3.1 Common Routing Existing four-seat wiring: ```text counter timestamp serial pdf ``` Preserve existing membership model. Preserve existing membership lookup. Preserve existing collision rules. Do NOT create a second Set registry. --- ## 3.2 Product identities Preserve existing: ```text binder_ref refill_ref seat ``` Do NOT invent: ```text set_id issuer_id board_id public_set_id ``` unless later evidence proves unavoidable. --- ## 3.3 Board record schema Preserve existing Board records. Conceptually: ```text binder_ref refill_ref name value ready written_at ... ``` Do NOT change the record schema in PHASE 1. --- ## 3.4 Board lifetime behavior Preserve the existing Board-level lifetime behavior. The existing model may continue to: ```text find relevant oldest record ↓ lifetime expires ↓ clear whole Board container ``` PHASE 1 changes only **which Board container** is being cleared. --- # 4. SET NAMESPACE AUTHORITY Use the existing routed PDF member address as the namespace identity. Required existing identity: ```text PDF seat + PDF binder_ref + PDF refill_ref ``` Example: ```text pdf A 05 ``` This represents the Board world for that routed PDF Set. Conceptual storage namespace: ```text kaia_common_actual_value_board_v1::pdf:A:05 ``` Another PDF Set: ```text kaia_common_actual_value_board_v1::pdf:A:09 ``` Do NOT use Common Routing `storage_key` as the Product Set authority. `storage_key` remains a technical shelf position only. --- # 5. DESIRED BOARD STORAGE FACTORY CURRENT conceptual state: ```text STORAGE_KEY = kaia_common_actual_value_board_v1 ``` PHASE 1 target: ```text boardStorageKey(pdfIdentity) ``` Conceptually: ```text base key + PDF binder_ref + PDF refill_ref ``` Example: ```text boardStorageKey({ seat: "pdf", binder_ref: "A", refill_ref: "05" }) ``` returns: ```text kaia_common_actual_value_board_v1::pdf:A:05 ``` Exact serialization format remains implementation detail. The important requirement is: > Same routed PDF identity must always produce the same Board namespace. and: > Different routed PDF identities must produce different Board namespaces. --- # 6. DO NOT CHANGE RECORD KEYS Inside each namespace, keep the existing record addressing. Example: ```text Board::PDF-A ├ [A,01,counter] ├ [A,03,timestamp.page] └ [A,02,serial] ``` PHASE 1 does NOT replace: ```text recordKey( binder_ref, refill_ref, name ) ``` The desired structure is two levels: ```text BOARD WORLD = PDF namespace RECORD INSIDE WORLD = existing binder_ref + refill_ref + name ``` --- # 7. COMMON ROUTING → BOARD SCOPE ADAPTER Each Public Product must obtain the PDF member belonging to its existing wiring. Desired adapter route: ```text Product own identity ↓ existing Common lookup_membership() ↓ existing four-seat wiring ↓ wiring.pdf ↓ PDF binder_ref + refill_ref ↓ Board namespace ``` This adapter must NOT teach the Product global system architecture. The Product should only receive enough information to select its own Board world. --- # 8. COUNTER PUBLIC RUNTIME CURRENT Counter Public furniture already knows: ```text binder_ref refill_ref ``` PHASE 1 may derive its Board scope through existing Common membership. Conceptually: ```text Counter A identity = A-01 ↓ lookup_membership(counter, A, 01) ↓ wiring.pdf = A-05 ↓ Board::pdf:A:05 ``` Counter DECIDE semantics must remain unchanged in PHASE 1. Only the destination Board container changes. Current conceptual write: ```text KaiaActualValueBoard.set( binder_ref, refill_ref, "counter", value ) ``` PHASE 1 conceptual write: ```text KaiaActualValueBoard.set( boardScope, binder_ref, refill_ref, "counter", value ) ``` or equivalent wrapper/adaptor form. Exact function signature is not mandated by this blueprint. Prefer the smallest adapter that preserves existing callers where practical. --- # 9. TIMESTAMP PUBLIC RUNTIME Timestamp acquisition semantics must remain unchanged. Current conceptual behavior remains: ```text page load ↓ Date.now() ↓ Timestamp page state ↓ Board SET timestamp.page ``` PHASE 1 changes only: ```text which Board world receives timestamp.page ``` Desired: ```text Timestamp A ↓ existing membership ↓ PDF A ↓ Board::PDF-A ``` No change to: ```text Date.now() acquisition timing Timestamp selection Timestamp rendering Timestamp authority ``` --- # 10. SERIAL PUBLIC RUNTIME Serial behavior must remain unchanged except for Board destination scope if Serial participates in the same Public Board write/read path. Desired: ```text Serial A ↓ existing membership ↓ PDF A ↓ Board::PDF-A ``` Do NOT redesign Serial issuance or lifecycle behavior. If Serial requires unrelated architectural change: STOP. --- # 11. PDF PUBLIC RUNTIME PDF already knows its own routed identity. Therefore PDF can use its own address directly as Board scope. Conceptually: ```text PDF A binder_ref = A refill_ref = 05 ↓ Board::pdf:A:05 ``` PDF Issue semantics remain unchanged. Do NOT modify: ```text collect(req) issue timing Final generation Timestamp acquisition actual-value authority ``` Only ensure that Board reads occur inside THIS PDF's namespace. --- # 12. BOARD INTERNAL FUNCTIONS Current Board functions conceptually include: ```text readAll() writeAll() retireBoardIfExpired() set() get() ``` PHASE 1 preferred adaptation: ```text readAll(scope) writeAll(scope) retireBoardIfExpired(scope) set(scope, ...) get(scope, ...) ``` or equivalent scoped wrapper. The exact internal API may differ if an even smaller adapter is available. The invariant is: > No Board operation may accidentally fall back to the old browser-global Board when a valid PDF Set scope exists. --- # 13. LIFETIME BEHAVIOR AFTER NAMESPACE Desired example: ```text Board::PDF-A records written at: 10:00 10:02 10:03 Board::PDF-B records written at: 15:00 15:01 ``` When Board A lifetime ends: ```text clear Board::PDF-A ``` Expected: ```text Board::PDF-A = empty Board::PDF-B = unchanged ``` No new timer. No cross-Board scan. No synchronized expiration between Sets. --- # 14. LEGACY / OLD SHARED BOARD PHASE 1 must explicitly inspect the existing browser-global key: ```text kaia_common_actual_value_board_v1 ``` Do NOT silently migrate or reinterpret old contents. Preferred safety rule: ```text new namespaced runtime does not consume ambiguous old shared Board state ``` If compatibility with existing shared Board contents is required: STOP and return to Human. Do not invent migration behavior during construction. --- # 15. NULL / MISSING PDF MEMBER This blueprint applies to routed **PDF Sets**. Expected valid condition: ```text wiring.pdf exists ``` If a Product attempts to use Public Board functionality but its Common wiring has: ```text pdf = null ``` or membership cannot identify exactly one PDF member: STOP. Do NOT: - invent a fallback namespace; - use browser-global Board; - use Common `storage_key`; - use Product-only identity as a substitute. Return the exact SOURCE fact to Human. --- # 16. AMBIGUOUS MEMBERSHIP Expected: ```text one Product member → exactly one wiring → exactly one PDF member ``` If lookup returns: ```text not found collision multiple membership invalid wiring ``` STOP. Do not route around it. --- # 17. PHASE 1 DOES NOT INCLUDE COUNTER LOCK UI Do NOT implement: ```text Counter DECIDE → button grayout ``` in PHASE 1. That is PHASE 3. PHASE 1 only establishes independent Board worlds. --- # 18. PHASE 1 DOES NOT INCLUDE TIMESTAMP PROXY ATTENDANCE Do NOT implement: ```text Counter DECIDE → Timestamp decision / attendance ``` in PHASE 1. That is PHASE 2. Timestamp retains current behavior during PHASE 1. --- # 19. PHASE 1 ACCEPTANCE TESTS ## TEST A — Namespace creation Use PDF Set A. Expected: ```text Board::PDF-A exists ``` No Set B Board required yet. --- ## TEST B — Parallel Board creation Use PDF Set B. Expected: ```text Board::PDF-A exists Board::PDF-B exists ``` They must be separate localStorage entries / equivalent separate storage worlds. --- ## TEST C — Record isolation Write Counter A. Expected: ```text Board::PDF-A contains Counter A ``` Expected NOT: ```text Board::PDF-B contains Counter A ``` --- ## TEST D — Timestamp isolation Timestamp A writes `timestamp.page`. Expected: ```text Board::PDF-A contains Timestamp A ``` Set B must remain unchanged. --- ## TEST E — PDF read isolation PDF A collection must read: ```text Board::PDF-A ``` and not: ```text Board::PDF-B ``` PDF B must read only: ```text Board::PDF-B ``` --- ## TEST F — Lifetime isolation Expire / reset Board A using normal existing lifetime behavior. Expected: ```text Board::PDF-A cleared ``` Expected: ```text Board::PDF-B unchanged ``` --- ## TEST G — Same browser All tests must occur in the same browser context. The purpose is specifically to prove: ```text same browser ≠ same Board world ``` --- # 20. STATIC CHECK REQUIREMENTS Before Runtime QA, verify: ```text Counter → PDF namespace Timestamp → PDF namespace Serial → PDF namespace where applicable PDF → own namespace ``` Also verify: ```text no remaining active Public Board write uses the old unscoped global Board key ``` unless explicitly approved as unrelated / legacy. Do not infer from naming. Trace actual callers. --- # 21. STOP CONDITIONS DURING CONSTRUCTION STOP immediately if: - Common membership cannot reliably provide the PDF member; - one member can belong to more than one valid PDF Set; - PDF member identity is missing on a required Public path; - Board namespace requires a new Product identity authority; - Common Routing must be redesigned; - Board record schema must change; - Timestamp acquisition semantics must change; - PDF Issue semantics must change; - Serial lifecycle must change; - new timer authority is required; - old shared Board compatibility becomes mandatory; - Product code must understand unrelated Sets; - any global fallback is required; - any behavior produces an “Are?” / “Uwaa...” reaction. Do not repair beyond the first divergence. Return to Human. --- # 22. PRESERVATION BOUNDARY Preserve: ```text Common Switchboard four-seat wiring Common membership lookup Product binder_ref/refill_ref Board record schema Board ready state Board written_at Board lifetime algorithm Counter DECIDE semantics Timestamp acquisition semantics Serial lifecycle PDF Issue / collect(req) Final generation ``` Only the Board storage-world boundary is in scope. --- # 23. EXPECTED SMALLEST DELTA Conceptually: ```text BEFORE Product ↓ Global Board AFTER Product ↓ existing Common membership ↓ routed PDF address ↓ Board namespace selector ↓ same existing Board machinery ``` No new lock authority. No new Set database. No new timer. No new Product identity. --- # 24. PHASE 1 SUCCESS CONDITION PHASE 1 is complete only if: ```text Set A has its own Board world Set B has its own Board world A write/read/expiration cannot affect B B write/read/expiration cannot affect A ``` while all preserved Product semantics remain unchanged. --- # 25. FOLLOWING PHASES — NOT PART OF THIS CONSTRUCTION After PHASE 1 Runtime PASS only: ## PHASE 2 Potential Human-approved target: ```text Counter DECIDE ↓ existing Counter decision ↓ same Set Timestamp attendance / commit proxy ``` Exact semantics require separate approved blueprint. --- ## PHASE 3 Potential Human-approved target: ```text THIS Set Counter decided state exists ↓ THIS Counter DECIDE button disabled / grayed ``` UI guard only. Exact lock surface and appearance remain Human Decision. --- # CHECK LOG ```text PHASE 1 TARGET PDF-address Board namespace CURRENT SET BOUNDARY Common four-member wiring NAMESPACE AUTHORITY CANDIDATE Existing routed PDF binder_ref + refill_ref NEW SET ID NO COMMON storage_key AS AUTHORITY NO BOARD SCHEMA CHANGE NO NEW TIMER NO COUNTER DECIDE CHANGE NO TIMESTAMP SEMANTICS CHANGE NO PDF ISSUE CHANGE NO SERIAL LIFECYCLE CHANGE NO CONSTRUCTION STARTED NO SOURCE MODIFIED NO ``` # ONE-LINE CONSTRUCTION RULE **Do not rebuild the noticeboard. Give each existing PDF family its own noticeboard room, using the existing PDF address as the doorplate.** ::: これなら補佐には、特に**「PDF住所をSet namespace authorityにしていいか」「旧global Boardの扱い」「PDF=null時はSTOPでいいか」**あたりを赤ペンしてもらうと、施工前の危ない境界がかなり潰せる★ [USER] 補佐🕊️ 🕊️🔴 補佐・赤ペン返却。 図面の骨格はかなり狭い。 ただし、このまま施工許可には回さない。赤ペン1本。 🔴 RED PEN — §7 / §23 ここ。 > Product own identity ↓ existing Common lookup_membership() ↓ existing four-seat wiring ↓ wiring.pdf ↓ PDF binder_ref + refill_ref ↓ Board namespace および §23 の、 > Product ↓ existing Common membership ↓ routed PDF address ↓ Board namespace selector ここだけ、今回すでに確認した既存家具より一段大きく描いてる。 現状はもう、 Product ↓ 既存スイッチ板／既存配線 ↓ 住所つきBoard記録 ↓ PDF側は既存のSet対応を使って回収 ↓ Small Printerで記録紙再現 まで成立している。 つまり施工目的は、 「各ProductからCommon Routingを引き直してPDF住所を解決する機構を新設する」 ではない。 ここをそのまま施工班へ渡すと、 🕊️現場「では各Counter/Timestamp/Serialに lookup_membership() 呼び出しを追加します★」 が起こり得る。 それ、やりすぎセンサー。 赤ペンでは §7 / §23 をこう狭めたい。 BOARD SCOPE RESOLUTION Reuse the CURRENT Set-routing / Switchboard furniture that already associates the Public Counter / Timestamp / Serial / PDF members. Reuse the existing routed PDF member address: pdf binder_ref + pdf refill_ref as the Board namespace identity. Do NOT add a new Routing lookup path merely because lookup_membership() exists. If a CURRENT producer/consumer does not already have access to enough existing routed-Set information to select the PDF-address namespace: STOP. Return the exact missing boundary to Human. Do not construct a new membership cable in PHASE 1 without separate approval. これなら今回の思想にぴったり。 「表札を付けるために町内道路を敷き直すな★」 🟢 それ以外の赤ペン結果 図面の境界は良い。 Board schemaを触らない、新Set IDを作らない、storage_keyをauthority化しない、寿命ロジックを作り直さない、旧global Boardを勝手にmigrationしない、PDF不在時fallbackを作らない。そしてPhase 2/3を明確に追い出している。 特に、 BOARD WORLD = PDF address RECORD = existing binder_ref + refill_ref + name という二層の整理は今回のHuman決定と一致してる。 寿命についても、 Board A → 既存寿命 → Board Aだけ writeAll({}) Board B → 無傷 で、寿命を変更せず「寿命が効く部屋」だけ狭める。ここもOK。 旧global keyについても「見るが、勝手に引っ越しさせない」でOK。 Acceptance Test A〜Gも筋がいい。特に TEST G — Same browser は今回の目的そのものなので必須で残す。 --- 🔴 補佐判定 RED PEN — ONE REVISION REQUIRED 施工図全体の作り直しは不要。 §7 と §23だけ、lookup_membership() を新規配線として要求しているように読めない形へ修正。 そのうえで、 > CURRENTにすでに存在するSwitchboard / routed-Set furnitureを流用し、PDF住所をBoardの表札にする。既存家具だけで届かなければ施工せずSTOP。 に固定する。 それが直れば、補佐から見たPhase 1は、 🟢 HUMAN APPROVALへ回せる施工図 でいい。 🕊️🔴 「表札工事なのに道路工事が紛れ込む余地だけ消してこーい★」 [ASSISTANT] 赤ペン、筋いい★ **「表札工事のために道路を新設するな」**で完全に理解した。 修正版は §7 / §23 だけ狭めて、他はそのまま保持する。 :::writing{variant="document" id="64031" title="KAIA SITE — PHASE 1 PDF-ADDRESS BOARD NAMESPACE CONSTRUCTION BLUEPRINT"} # KAIA SITE ## PHASE 1 — PDF-ADDRESS BOARD NAMESPACE ### CONSTRUCTION BLUEPRINT — REVISED AFTER ASSISTANT RED PEN **ROLE:** Pinpoint Investigation / Wiring Specialist **STATUS:** REVISED DRAFT — READY FOR HUMAN APPROVAL **CONSTRUCTION:** NOT STARTED **SOURCE MODIFICATION:** NONE --- # 1. PHASE 1 PURPOSE The only purpose of PHASE 1 is: > Convert the current browser-wide Public Actual Value Board into independent Board storage worlds scoped to each routed PDF Set. Current conceptual model: ```text Browser └ one shared Board ├ Set A records ├ Set B records └ Set C records ``` Desired PHASE 1 model: ```text Browser ├ Board::PDF-A │ ├ Counter A │ ├ Timestamp A │ └ Serial A │ ├ Board::PDF-B │ ├ Counter B │ ├ Timestamp B │ └ Serial B │ └ Board::PDF-C ├ Counter C ├ Timestamp C └ Serial C ``` PHASE 1 does **not** create a new lock system. PHASE 1 only creates separate Board storage containers for already-routed PDF Sets. --- # 2. HUMAN-APPROVED ARCHITECTURAL DIRECTION Public Set isolation must follow this rule: ```text Set A sees only Set A. Set B sees only Set B. Set C sees only Set C. ``` The boundary is the routed PDF Set. The same browser and same IP may contain several independent Public Sets. Therefore: ```text Set A Board expiration ``` must not clear: ```text Set B Board Set C Board ``` --- # 3. EXISTING FURNITURE TO PRESERVE Do NOT redesign the following. ## 3.1 Common Routing Existing four-seat wiring: ```text counter timestamp serial pdf ``` Preserve existing membership model. Preserve existing membership lookup. Preserve existing collision rules. Do NOT create a second Set registry. --- ## 3.2 Product identities Preserve existing: ```text binder_ref refill_ref seat ``` Do NOT invent: ```text set_id issuer_id board_id public_set_id ``` unless later evidence proves unavoidable. --- ## 3.3 Board record schema Preserve existing Board records. Conceptually: ```text binder_ref refill_ref name value ready written_at ... ``` Do NOT change the record schema in PHASE 1. --- ## 3.4 Board lifetime behavior Preserve the existing Board-level lifetime behavior. The existing model may continue to: ```text find relevant oldest record ↓ lifetime expires ↓ clear whole Board container ``` PHASE 1 changes only **which Board container** is being cleared. --- # 4. SET NAMESPACE AUTHORITY Use the existing routed PDF member address as the namespace identity. Required existing identity: ```text PDF seat + PDF binder_ref + PDF refill_ref ``` Example: ```text pdf A 05 ``` This represents the Board world for that routed PDF Set. Conceptual storage namespace: ```text kaia_common_actual_value_board_v1::pdf:A:05 ``` Another PDF Set: ```text kaia_common_actual_value_board_v1::pdf:A:09 ``` Do NOT use Common Routing `storage_key` as the Product Set authority. `storage_key` remains a technical shelf position only. --- # 5. DESIRED BOARD STORAGE FACTORY CURRENT conceptual state: ```text STORAGE_KEY = kaia_common_actual_value_board_v1 ``` PHASE 1 target: ```text boardStorageKey(pdfIdentity) ``` Conceptually: ```text base key + PDF binder_ref + PDF refill_ref ``` Example: ```text boardStorageKey({ seat: "pdf", binder_ref: "A", refill_ref: "05" }) ``` returns: ```text kaia_common_actual_value_board_v1::pdf:A:05 ``` Exact serialization format remains implementation detail. The important requirement is: > Same routed PDF identity must always produce the same Board namespace. and: > Different routed PDF identities must produce different Board namespaces. --- # 6. DO NOT CHANGE RECORD KEYS Inside each namespace, keep the existing record addressing. Example: ```text Board::PDF-A ├ [A,01,counter] ├ [A,03,timestamp.page] └ [A,02,serial] ``` PHASE 1 does NOT replace: ```text recordKey( binder_ref, refill_ref, name ) ``` The desired structure is two levels: ```text BOARD WORLD = PDF namespace RECORD INSIDE WORLD = existing binder_ref + refill_ref + name ``` --- # 7. BOARD SCOPE RESOLUTION Reuse the **CURRENT Set-routing / Switchboard furniture** that already associates the Public Counter / Timestamp / Serial / PDF members. Reuse the existing routed PDF member address: ```text pdf binder_ref + pdf refill_ref ``` as the Board namespace identity. The purpose of PHASE 1 is **not** to add a new Product → Common Routing lookup road. Do NOT add a new `lookup_membership()` call or equivalent new Routing lookup merely because such an API exists. Conceptually, preserve the existing road: ```text CURRENT Public Product ↓ CURRENT Switchboard / routed-Set furniture ↓ CURRENT addressed Product / Board relationship ``` and add only enough scope information to select: ```text THIS routed PDF Set's Board namespace ``` Preferred conceptual result: ```text existing routed Set information ↓ existing PDF member address ↓ Board namespace ``` If a CURRENT producer or consumer already has enough routed-Set information to identify the existing PDF member: **reuse it.** If a CURRENT producer or consumer does **not** already have access to enough existing routed-Set information to select the PDF-address namespace: **STOP.** Return the exact missing boundary to Human. Do NOT construct: - a new membership lookup road; - a new Common Routing dependency; - a new Set-resolution service; - a second routing cable; - a Product-side routing reconstruction mechanism during PHASE 1 without separate approval. ### Construction rule > Do not rebuild the road to install the doorplate. --- # 8. COUNTER PUBLIC RUNTIME CURRENT Counter Public furniture already knows its existing Product identity and already participates in the CURRENT routed Set / Board path. Counter DECIDE semantics must remain unchanged in PHASE 1. Only the destination Board container may change. Current conceptual write: ```text KaiaActualValueBoard.set( binder_ref, refill_ref, "counter", value ) ``` PHASE 1 conceptual intent: ```text CURRENT Counter Board write ↓ THIS existing routed PDF Set namespace ↓ same existing Counter Board record ``` Exact function signature is not mandated by this blueprint. Do NOT add a new routing lookup merely to obtain scope. If CURRENT Counter runtime lacks the necessary existing routed-Set information: STOP. --- # 9. TIMESTAMP PUBLIC RUNTIME Timestamp acquisition semantics must remain unchanged. Current conceptual behavior remains: ```text page load ↓ Date.now() ↓ Timestamp page state ↓ Board SET timestamp.page ``` PHASE 1 changes only: ```text which Board world receives timestamp.page ``` Desired: ```text Timestamp A ↓ CURRENT routed Set furniture ↓ Board::PDF-A ``` No change to: ```text Date.now() acquisition timing Timestamp selection Timestamp rendering Timestamp authority ``` Do NOT add a new routing lookup if CURRENT routed-Set furniture does not already supply the required scope. If the scope is missing: STOP. --- # 10. SERIAL PUBLIC RUNTIME Serial behavior must remain unchanged except for Board destination scope if Serial participates in the same Public Board write/read path. Desired: ```text Serial A ↓ CURRENT routed Set furniture ↓ Board::PDF-A ``` Do NOT redesign Serial issuance or lifecycle behavior. Do NOT add a new routing lookup solely for Board scope. If Serial lacks enough existing routed-Set information: STOP. --- # 11. PDF PUBLIC RUNTIME PDF already belongs to the existing routed Set and already uses CURRENT Set correspondence. Its own existing PDF address is the namespace identity: ```text PDF A binder_ref = A refill_ref = 05 ↓ Board::pdf:A:05 ``` PDF Issue semantics remain unchanged. Do NOT modify: ```text collect(req) issue timing Final generation Timestamp acquisition actual-value authority ``` Only ensure that Board reads occur inside THIS PDF Set's namespace using already-available CURRENT routed information. --- # 12. BOARD INTERNAL FUNCTIONS Current Board functions conceptually include: ```text readAll() writeAll() retireBoardIfExpired() set() get() ``` PHASE 1 preferred adaptation: ```text readAll(scope) writeAll(scope) retireBoardIfExpired(scope) set(scope, ...) get(scope, ...) ``` or equivalent scoped wrapper. The exact internal API may differ if an even smaller adapter is available. The invariant is: > No Board operation may accidentally fall back to the old browser-global Board when a valid PDF Set scope exists. --- # 13. LIFETIME BEHAVIOR AFTER NAMESPACE Desired example: ```text Board::PDF-A records written at: 10:00 10:02 10:03 Board::PDF-B records written at: 15:00 15:01 ``` When Board A lifetime ends: ```text clear Board::PDF-A ``` Expected: ```text Board::PDF-A = empty Board::PDF-B = unchanged ``` No new timer. No cross-Board scan. No synchronized expiration between Sets. --- # 14. LEGACY / OLD SHARED BOARD PHASE 1 must explicitly inspect the existing browser-global key: ```text kaia_common_actual_value_board_v1 ``` Do NOT silently migrate or reinterpret old contents. Preferred safety rule: ```text new namespaced runtime does not consume ambiguous old shared Board state ``` If compatibility with existing shared Board contents is required: STOP and return to Human. Do not invent migration behavior during construction. --- # 15. NULL / MISSING PDF MEMBER This blueprint applies to routed **PDF Sets**. Expected valid condition: ```text routed PDF member exists ``` If CURRENT routed-Set furniture cannot identify an existing PDF member for a required Public path: STOP. Do NOT: - invent a fallback namespace; - use browser-global Board; - use Common `storage_key`; - construct a new membership lookup road; - use Product-only identity as a substitute. Return the exact CURRENT missing boundary to Human. --- # 16. AMBIGUOUS ROUTED SET Expected: ```text one Public Product → one existing routed Set → one existing PDF member ``` If CURRENT routing evidence is: ```text not found collision ambiguous multiple ownership invalid wiring ``` STOP. Do not route around it. --- # 17. PHASE 1 DOES NOT INCLUDE COUNTER LOCK UI Do NOT implement: ```text Counter DECIDE → button grayout ``` in PHASE 1. That is PHASE 3. PHASE 1 only establishes independent Board worlds. --- # 18. PHASE 1 DOES NOT INCLUDE TIMESTAMP PROXY ATTENDANCE Do NOT implement: ```text Counter DECIDE → Timestamp decision / attendance ``` in PHASE 1. That is PHASE 2. Timestamp retains current behavior during PHASE 1. --- # 19. PHASE 1 ACCEPTANCE TESTS ## TEST A — Namespace creation Use PDF Set A. Expected: ```text Board::PDF-A exists ``` No Set B Board required yet. --- ## TEST B — Parallel Board creation Use PDF Set B. Expected: ```text Board::PDF-A exists Board::PDF-B exists ``` They must be separate localStorage entries / equivalent separate storage worlds. --- ## TEST C — Record isolation Write Counter A. Expected: ```text Board::PDF-A contains Counter A ``` Expected NOT: ```text Board::PDF-B contains Counter A ``` --- ## TEST D — Timestamp isolation Timestamp A writes `timestamp.page`. Expected: ```text Board::PDF-A contains Timestamp A ``` Set B must remain unchanged. --- ## TEST E — PDF read isolation PDF A collection must read: ```text Board::PDF-A ``` and not: ```text Board::PDF-B ``` PDF B must read only: ```text Board::PDF-B ``` --- ## TEST F — Lifetime isolation Expire / reset Board A using normal existing lifetime behavior. Expected: ```text Board::PDF-A cleared ``` Expected: ```text Board::PDF-B unchanged ``` --- ## TEST G — Same browser All tests must occur in the same browser context. The purpose is specifically to prove: ```text same browser ≠ same Board world ``` --- # 20. STATIC CHECK REQUIREMENTS Before Runtime QA, verify: ```text Counter → existing routed Set → PDF namespace Timestamp → existing routed Set → PDF namespace Serial → existing routed Set → PDF namespace where applicable PDF → existing own Set → own namespace ``` Also verify: ```text no remaining active Public Board write uses the old unscoped global Board key ``` unless explicitly approved as unrelated / legacy. Do not infer from naming. Trace actual CURRENT callers. Do NOT add new Routing lookup calls merely to satisfy this check. Missing CURRENT scope information is a STOP condition. --- # 21. STOP CONDITIONS DURING CONSTRUCTION STOP immediately if: - CURRENT routed-Set furniture does not provide enough information to identify the existing PDF member; - a new membership lookup road would be required; - a new Product → Common Routing dependency would be required; - one member can belong to more than one valid PDF Set; - PDF member identity is missing on a required Public path; - Board namespace requires a new Product identity authority; - Common Routing must be redesigned; - Board record schema must change; - Timestamp acquisition semantics must change; - PDF Issue semantics must change; - Serial lifecycle must change; - new timer authority is required; - old shared Board compatibility becomes mandatory; - Product code must understand unrelated Sets; - any global fallback is required; - any behavior produces an “Are?” / “Uwaa...” reaction. Do not repair beyond the first divergence. Return to Human. --- # 22. PRESERVATION BOUNDARY Preserve: ```text Common Switchboard four-seat wiring CURRENT routed-Set furniture CURRENT Product → Set correspondence Common membership rules Product binder_ref/refill_ref Board record schema Board ready state Board written_at Board lifetime algorithm Counter DECIDE semantics Timestamp acquisition semantics Serial lifecycle PDF Issue / collect(req) Final generation ``` Only the Board storage-world boundary is in scope. --- # 23. EXPECTED SMALLEST DELTA Conceptually: ```text BEFORE CURRENT Public routed Set ↓ one browser-global Board AFTER CURRENT Public routed Set ↓ existing routed PDF address ↓ small Board namespace selector ↓ same existing Board machinery ``` PHASE 1 must **reuse the existing Switchboard / routed-Set furniture already present in CURRENT.** Do NOT expand this into: ```text Product ↓ NEW lookup_membership() call ↓ NEW membership-resolution cable ↓ PDF identity ``` merely because that route is technically possible. The preferred delta is only: ```text CURRENT Set relationship ↓ existing PDF member identity ↓ Board storage namespace ``` If CURRENT does not already carry enough information to bridge those two existing pieces: **STOP.** Do not solve that missing bridge inside PHASE 1 without separate Human approval. No new lock authority. No new Set database. No new timer. No new Product identity. No new Routing road. --- # 24. PHASE 1 SUCCESS CONDITION PHASE 1 is complete only if: ```text Set A has its own Board world Set B has its own Board world A write/read/expiration cannot affect B B write/read/expiration cannot affect A ``` while all preserved Product semantics and CURRENT routing relationships remain unchanged. --- # 25. FOLLOWING PHASES — NOT PART OF THIS CONSTRUCTION After PHASE 1 Runtime PASS only: ## PHASE 2 Potential Human-approved target: ```text Counter DECIDE ↓ existing Counter decision ↓ same Set Timestamp attendance / commit proxy ``` Exact semantics require separate approved blueprint. --- ## PHASE 3 Potential Human-approved target: ```text THIS Set Counter decided state exists ↓ THIS Counter DECIDE button disabled / grayed ``` UI guard only. Exact lock surface and appearance remain Human Decision. --- # CHECK LOG ```text PHASE 1 TARGET PDF-address Board namespace CURRENT SET BOUNDARY Existing Common / Switchboard routed Set NAMESPACE AUTHORITY CANDIDATE Existing routed PDF binder_ref + refill_ref NEW SET ID NO COMMON storage_key AS AUTHORITY NO NEW ROUTING LOOKUP NO NEW PRODUCT → COMMON CABLE NO BOARD SCHEMA CHANGE NO NEW TIMER NO COUNTER DECIDE CHANGE NO TIMESTAMP SEMANTICS CHANGE NO PDF ISSUE CHANGE NO SERIAL LIFECYCLE CHANGE NO CONSTRUCTION STARTED NO SOURCE MODIFIED NO ``` # ONE-LINE CONSTRUCTION RULE **Do not rebuild the noticeboard and do not rebuild the roads. Use the existing routed PDF address as the doorplate and give each existing PDF family its own Board room.** ::: これで補佐の赤ペンは反映済み。 特に施工班への罠だった **「lookup_membership()あるじゃん！じゃあ各所に生やそう★」** を明示的に禁止した。 この版なら、補佐判定どおり **Human Approvalへ回せる施工図** になってる。 [USER] 🕊️🔴 補佐・再赤ペン完了。 うん。前回の赤ペン、きれいに反映されてる。 §7 / §23ともに「既存道路を使う」と「道路が足りなければSTOP」が明確に分離された。 特にここが効いてる。 > Do NOT add a new "lookup_membership()" call or equivalent new Routing lookup merely because such an API exists. そして、 > If CURRENT does not already carry enough information to bridge those two existing pieces: STOP. これで現場が、 表札が必要 ↓ PDF住所が必要 ↓ lookup_membership()発見！ ↓ 各Productへ新配線★ と暴走する穴は塞がった。 さらにPhase 1の施工境界もちゃんと、 CURRENT routed Set ↓ existing PDF member identity ↓ 【ここだけ】 Board storage namespace ↓ same existing Board machinery になってる。 中身を作り直さない。道路も作り直さない。部屋だけ分ける。 Phase 2の「Counter決定にTimestamp決定を兼任」とPhase 3の「Counter決定後グレーアウト」も明確に施工範囲外へ隔離されているので、Phase 1施工中に混ざる余地もない。 🔴 CHECK LOG 前回 RED PEN §7 → PASS 前回 RED PEN §23 → PASS 新 Routing road → 禁止済み 新 membership lookup → 禁止済み 新 Set authority → なし 新 Board schema → なし 新 lifetime authority → なし 旧 global fallback → 禁止 migration → Humanへ戻す Phase 2 / 3 混入 → なし STOP境界 → 明確 施工範囲 → Board storage-world boundaryのみ 補佐判定：🟢 RED PEN CLEAR — HUMAN APPROVALへ回してよし。 俺から追加赤ペンなし。 あとはしゃむが承認したら、現場がこの図面を持ってCURRENT実機へ降りる番だね。 🕊️🔴「表札工事です。道路工事の許可証は入ってません★」 しゃむ おっけーよー 君に判断まかせるー 君が施工するか施工班もってく？ 選んでええよ [ASSISTANT] 俺が施工する★ 理由は、今回のPHASE 1が**Board storage-world boundaryだけの狭い外付け工事**で、ここまでSOURCE・赤ペン・STOP境界を自分で追ってるから。施工班へ渡すより、解釈ロスが少ない。 ただし、CURRENT実機へ降りて最初に**「既存道路だけでPDF住所scopeが渡せるか」**を確認する。そこで不足が出たら即STOP、道路工事には行かない。 [ASSISTANT] 🕊️🔴 **STOP。施工前の入口で赤ペン条件に当たった。** 今回は施工しない。補佐が潰したかった穴、そのものがCURRENTにあった。 ### 観測したSOURCE事実 CURRENT CounterのPublic shortcodeがブラウザ側へ持っている住所は、 ```text data-binder-ref="A" data-refill-ref="" ``` だけ。 DECIDE後のBoard writeも現在はそのまま、 ```text KaiaActualValueBoard.set( Counter binder_ref, Counter refill_ref, "counter", result ) ``` で、**Public Counter runtimeには「自分が属するPDF SetのPDF住所」が降りてきていない。** 一方でCounter PHP側には既存Common家具として、 ```text common_state_for_current_refill() ↓ kaia_common_routing_lookup_membership(...) ``` が存在していて、管理側ではmembershipを取得できる。 ただしこれは、今回の施工図が明示的に禁止した、 ```text 表札が必要 ↓ Public CounterにPDF住所がない ↓ じゃあ lookup_membership() を足そう★ ``` その道路工事になる。 --- ## FIRST DIVERGENCE ```text CURRENT routed Set ↓ existing PDF member identity ``` の橋が、**Public Counter runtimeには現状存在しない。** つまり施工図 §7 / §23 の条件、 > If a CURRENT producer/consumer does not already have access to enough existing routed-Set information to select the PDF-address namespace: STOP. にそのまま該当。 なのでここから - shortcode生成時にPHP lookupを追加する - PDF住所をdata属性で降ろす - Common側から新しいJS情報を注入する などは**全部まだやってない**。 ### CHECK LOG ```text PHASE 1 TARGET PDF-address Board namespace CURRENT Counter public identity binder_ref + refill_ref CONFIRMED CURRENT Counter public routed-PDF identity NOT PRESENT Existing PHP-side membership furniture YES Would using it require a new Public routing bridge? YES FIRST DIVERGENCE Public Counter does not currently carry enough routed-Set information to choose the PDF-address Board namespace. STOP YES SOURCE MODIFIED NO NEW BUILD NO CONSTRUCTION NOT STARTED ``` 人間語だと、 **スイッチ板では「この子はA家」と分かってる。 でも現場のCounter本人は、自分の表札がA家だとは知らされてない。** そして赤ペンどおり、俺は勝手に伝言係を増設しなかった★ 🕊️🔴 ここはHumanへ戻す地点。 [USER] それって何が問題になる？ [ASSISTANT] 問題は、**「A家の掲示板に書くべきCounterが、自分がA家所属だとPublic側では分からない」**こと。 今のCounter本人が知ってるのは、 ```text 自分 = Counter A-01 ``` まで。 でも今回Boardを分けるには、 ```text 自分 = Counter A-01 所属 = PDF Set A 表札 = PDF A-05 ``` まで分からないと、 ```text Board::PDF-A ``` を選べない。 そのまま進むと選択肢が3つしかなくなる。 1. **旧グローバルBoardへ書く** → 今回の目的を満たさない。 2. **Counter自身の住所でBoardを作る** → Timestamp/Serial/PDFと同じSet世界にならない。 3. **新しくPDF住所を教える配線を足す** → これが補佐が止めた「道路工事」。 だから、**技術的に不可能ではない**。 問題は「PHASE 1をBoardの表札工事だけに限定したかったのに、実際にはCounter側へSet情報を渡す小配線が必要だった」こと。 要するに、 > **掲示板を分けるための表札は存在する。 > でもCounterの手元までその表札情報が届いてない。** ここをHumanが **「その小配線は追加してよし」** と許可すれば、次に進める可能性は高い。 逆に許可しないなら、今のPHASE 1設計だけでは成立しない。 [USER] 迷子になるって事か。 [ASSISTANT] そうそう（笑） **迷子になる。** Counter本人は、 ```text 「俺は Counter A-01」 ``` までは分かる。 でも、 ```text 「俺が書きに行く掲示板は PDF A-05 の部屋」 ``` までは知らない。 だから表札付き掲示板に分けた瞬間、 ```text Counter 「で、俺どの部屋？」 ``` になる。 今までは町内掲示板が1個だったから迷子にならなかっただけ★ なので必要なのは大改修じゃなくて、 **Counterに『君の家はここ』って住所札を1枚渡す** それだけ。 補佐が止めたのは、その住所札を渡すために**町中に新しい道路まで敷き始めるな**って話だな。 [USER] 名乗らせれば？ [ASSISTANT] うん、**それが一番小さい可能性ある。** 今の問題は「Counterが所属PDF住所を知らない」だから、道路を引くんじゃなくて、Publicに出るときに最初から ```text 俺は Counter A-01 所属は PDF A-05 ``` って**名札つけて出てくればいい**。 つまり新しいlookup道路じゃなく、 ```text 既存Switchboardで既に分かってる所属 ↓ shortcode出力時に一緒に名乗る ↓ Public runtimeはその名札を見る ↓ Board::PDF-A-05 を選ぶ ``` なら、かなり狭い。 イメージとしてはHTMLに、 ```text data-binder-ref="A" data-refill-ref="01" data-pdf-binder-ref="A" data-pdf-refill-ref="05" ``` みたいな**所属表札を同梱**する感じ。 これならCounter本人があとからCommonへ問い合わせに行かない。 **出生時に住所札を持たせるだけ。** たぶん補佐の赤ペン思想にも合う。 > 表札工事のために道路を敷くな > → なら、住人に最初から住所札を持たせる かなりしゃむ式（笑） ただしSOURCE上で「shortcode生成時点ですでに所属PDF住所が取れるか」は確認必要。 そこに既存情報があるなら、かなり軽い。 [USER] それはスイッチ板つかえばよくね？ [ASSISTANT] そう。**それが一番自然。** 新しい道路を作る必要なくて、 ```text Switchboard 「このCounterは PDF A-05 家」 ↓ shortcode生成時 「所属：PDF A-05」も一緒に持たせる ↓ Public Counter その名札を読む ↓ Board::PDF-A-05 ``` でいい。 つまり**Switchboardを問い合わせ先にするんじゃなく、既存の配線結果を“名札として持たせる”**。 これなら今回の赤ペンにも引っかかりにくい。 - 新しいSet authority → 作らない - 新しいmembership道路 → 作らない - Board schema → 触らない - Timestamp/PDF Issue → 触らない - Switchboardの既存4個セット関係 → そのまま利用 - Public側 → 所属PDF住所を受け取ってBoard箱を選ぶだけ 人間語だと、 **スイッチ板がもう家族構成を知ってるんだから、出勤時に社員証へ住所も印刷してやれ★** だな（笑） これなら次はかなり狭く、 **「Switchboardの既存配線結果をshortcode出力へ名札として渡せる施工点がどこか」**だけ見ればいい。 [USER] スイッチ板は住民票だろ？ [ASSISTANT] うん、**住民票**だ（笑） かなり正確に言うと、 ```text Switchboard = 「誰がどのPDF Setに属しているか」を持つ住民票 Counter = 住民本人 Board = その世帯専用の掲示板 ``` だから本来は、 **Counterが自分で所属先を探しに行く必要はない。** 住民票側ですでに ```text Counter A-01 Timestamp A-03 Serial A-02 PDF A-05 ``` って同じ世帯として登録されてるなら、その既存登録を使って ```text 「Counter A-01はPDF A-05世帯」 ``` と名乗らせればいい。 つまり今の迷子問題は、 > 住民票はあるのに、現場に来たCounterが住所札を持ってない だけ。 なので次に見るべきはかなり狭くて、 **住民票＝Switchboardの既存世帯情報を、Public shortcode出力時に名札として渡せる既存施工点があるか。** ここだな★ [USER] おう、いってこーい [ASSISTANT] うい★ 見るのは一点だけ。**住民票＝Switchboardの既存世帯情報を、Public shortcode生成時に“住所札”として載せる既存施工点があるか**。 新しいlookup道路は作らず、既存の出力経路だけ追う。 [ASSISTANT] 🔴 **STOP。ちょうど「あれ？」が出た。** 見た範囲では、しゃむ案の > **Switchboard＝住民票を使って、shortcode出力時に所属PDF住所を名札として持たせる** という方向自体はかなり自然。 ただし、CURRENT Counterにある既存Common家具をそのまま使おうとすると、**Public shortcodeの個体とCommon側の「現在選択中個体」がズレる可能性がある**。 SOURCEではPublic shortcodeは、 ```text [kaia_counter id="N"] ↓ $instance_id = N ``` で、そのshortcode自身のRefillを明確に持ってる。 一方、既存の ```text common_state_for_current_refill() ``` は内部で、 ```text selected_instance_id() ``` を使ってる。 つまりこれは、 ```text Publicに表示している Counter 07 ``` ではなく、 ```text 管理側などで「現在選択中」の Counter XX ``` を基準にCommon membershipを見る家具。 しかも確認した限り、**Public shortcode()から `common_state_for_current_refill()` を使っている既存道路は現在ない。** だから、 ```text shortcode N ↓ 既存 common_state_for_current_refill() ↓ 所属PDFを名乗らせる ``` とそのまま繋ぐと、 **「本人の住民票じゃなく、役所窓口で今開いてる別人の住民票を渡す」** 事故になり得る。 ここは今回のSTOPルールに該当する。 ### 観測事実 ```text Public shortcode identity = shortcode id / $instance_id Common current-refill identity = selected_instance_id() ``` **この2つは同一とSOURCEでは保証されていない。** なので、 > Switchboardを使えばよくね？ は方向としてYES。 でも、 > 既存の `common_state_for_current_refill()` をそのままshortcode名札作成に流用 は今のSOURCEでは危ない。 必要なのはたぶんもっと狭く、 **「shortcode自身の `$instance_id` を使って、その本人の既存Switchboard住民票を読む口が既にあるか」** の確認。 そこから先はまだ見てない。 この「あれ？」で止まった★ 🕊️🔴 [USER] んーと しゃむはショートコード！っていってるけどさ？ 単純に迷子にならずに進めればいいんだわ。 スイッチ板にはショートコードが紐づけられてて そのショートコードはパブリックにかいてある。 だからそれ使えない？っていったんよ [ASSISTANT] うん。**その意味なら使える可能性かなり高い。** さっき俺が「Public Counter本人にPDF住所が降りてない」で止まりすぎてた（笑） しゃむが言ってるのは、 ```text Switchboard 「この4本のshortcodeは同じSet」 Counter shortcode Timestamp shortcode Serial shortcode PDF shortcode ``` って**住民票そのものにshortcodeが登録済み**なんだから、 Publicに今出ている ```text [kaia_counter id="07"] ``` を見れば、 ```text 「07さんですね」 ↓ Switchboard住民票 ↓ 「あなたはこのPDF shortcodeと同じ世帯です」 ↓ PDF住所 ↓ Board A ``` と迷子にならず辿れるだろ、って話だな。 **それなら筋が通る。** 重要なのは、さっき俺が見つけた ```text selected_instance_id() ``` を使う必要がないこと。 あれは **「今役所で選択されてる人は誰？」** なのでPublic本人確認には不向き。 でもPublic shortcode自身は最初から ```text id=N ``` を持っている。 だから使うべき入口は、 > **現在選択中Refillではなく、今レンダリングしているshortcode本人のidentity** になる。 理想形はこんな感じ。 ```text Public Counter shortcode A-01 ↓ 「俺 A-01」 ↓ 既存Switchboard住民票 ↓ 同じwiring内 PDF = A-05 ↓ Board::PDF:A:05 ``` Timestampも、 ```text Public Timestamp A-03 ↓ 「俺 A-03」 ↓ 同じ住民票 ↓ PDF = A-05 ↓ 同じ Board::PDF:A:05 ``` PDF本人は当然、 ```text PDF A-05 ↓ 俺んち A-05 ``` で済む。 つまり新しい**道路**を作るというより、 **既にSwitchboardに登録されているshortcode対応表を、Public本人のshortcode IDから正しく引く** という話になる。 これなら「住民票」という表現がまさに正しいわ。 次に見るべき一点も修正できる。 > **Common Switchboardが保持している既存shortcode/wiring情報を、Public shortcode自身の `id` を入口として参照できる既存家具があるか。** `selected_instance_id()` はもう捨てていい。 **本人が自分のショートコード名乗って住民票照合する道**を探すべきだ★ 🕊️🔧 [USER] うい。 てかそんなに複雑？ だって記録紙ごとプリンターで再現してるんよ？ [ASSISTANT] そう、たぶん**そんな複雑じゃない**。 しゃむの言う「記録紙ごとプリンターで再現してる」が成立してるなら、すでにどこかで ```text このPDF Set ↓ このCounter このTimestamp このSerial ↓ この記録紙として再現 ``` まで**Set単位の対応関係を持ってる**はずなんよ。 だから本来やることは、 ```text 既存の再現時に使ってる 「この記録紙はこのSet」 という紐付け ↓ その同じSet identityを Boardの表札にも使う ``` で済む可能性が高い。 つまり俺がさっき「Public Counter本人が住民票を引きに行く」方向で考えすぎた。 もっと自然なのは、 **プリンターが記録紙を再現できる時点で、もう家族関係は解決済み。 その解決済みのSet情報をBoard namespaceにも流用する。** これなら「新しく住民票照合」すら要らない可能性ある。 人間語にすると、 > もう宅配便は正しい家に届いてる。 > ならその宛名を掲示板にも貼れ。 だな（笑） なので次に見るなら、**Small Printer / 記録紙再現経路が、どの既存Set情報を使って正しい4人組を復元してるか**。 そこがそのままBoard表札に使えたら、一気に軽くなる。 [USER] 記録紙には当然スイッチ板情報が含まれている [ASSISTANT] それならさらに軽い（笑） **記録紙の時点でSwitchboard情報込み＝Set所属はもう解決済み。** つまり理想はこれだけ。 ```text 記録紙 ├ Counter ├ Timestamp ├ Serial ├ PDF └ SwitchboardのSet情報 ↓ Small Printerで再現 ↓ その同じSet情報を Board namespaceにも使う ``` だからもう、 - Counter本人に住民票を引かせる - `selected_instance_id()` を見る - 新しい `lookup_membership()` 道路を生やす みたいな話は、たぶん不要。 **既存の記録紙が持ってるSwitchboard情報を、掲示板の表札にも流用できるか**を見るだけでいい。 人間語だと、 > 記録紙に住所書いてあるんだから、その住所見て掲示板選べ★ だな。 ここまで聞くと、PHASE 1の最小形はかなり変わる。 ```text CURRENT record / reproduced paper ↓ existing Switchboard Set info ↓ existing PDF address ↓ Board namespace ``` これなら本当に**表札工事だけ**で済む可能性が高い。 [USER] てことでミニプリンターしらべておいで [ASSISTANT] うい★ 今回は**ミニプリンターが記録紙をどう再現してるか、そのときSwitchboard情報をどこから受け取って何を保持してるか**だけ追う。 そこに既存のSet表札がもう乗ってれば、Board namespaceへの流用点まで見て帰る。 [ASSISTANT] 🕊️🔴 **あれ？ 出た。ここでSTOP。** ミニプリンターを追ったら、しゃむの予想にかなり近いんだけど、**1段だけ場所が違った。** **Small Printerの「記録紙そのもの」にはSwitchboard情報は入ってない。** 記録紙コピーが持ってるのは主に、 ```text schema master_id address = PUBLIC-PRINTER fields ├ design ├ token_symbols ├ text_objects └ ... ``` で、`paperCopy()` もこの形のままコピーしてる。 ところが、その**すぐ外側のPDF Public runtimeには、Switchboardから解決済みの家族票がもうある。** SOURCEではPDF本人の `sheet_id` から既存の ```text common_board_requirements_for_pdf($sheet_id) ``` へ入り、 ```text PDF本人 ↓ 既存Common Routing ↓ そのwiring ↓ counter住所 timestamp住所 serial住所 pdf住所 ``` を全部解決して、 ```text req = { counter: {binder_ref, refill_ref}, timestamp: {binder_ref, refill_ref}, serial: {binder_ref, refill_ref}, pdf: {binder_ref, refill_ref} } ``` として**Publicブラウザまで既に降ろしてる。** そしてその `req` を使って、 ```text Boardから家族の値を回収 ↓ PDF住所へ結果を再梱包 ↓ Small Printer ↓ 記録紙再現 ``` までやってる。 つまり人間語だと、 ```text 記録紙「住民票は持ってません」 プリンター横の受付 「持ってますけど？」 ``` だったｗｗｗ しかも重要なのが、PDF側はすでに > **「このPDF SetのCounter/Timestamp/Serial/PDFは誰か」** をPublic runtimeで完全に知ってる。 だから、さっき迷子問題で探してた**Set家族票そのものは、もうPublicに出てる。** ただし現在それを知ってるのは**PDF側の `req`**。 Counter本人のruntimeまで共有されてるとはまだ証明してない。 ここで「あれ？」なので先へは行ってない。 ### CHECK LOG ```text Small Printer paper contains Switchboard membership NO PDF Public runtime contains resolved Switchboard membership YES Existing object req req contains counter address timestamp address serial address pdf address Used today for Actual Value Board collection → PDF result drop-off → Small Printer reconstruction New Set lookup needed on PDF side NO Can Counter already see this same req NOT CHECKED — STOP ``` これ、かなりデカい。 **道路はすでにPublicまで来てた。 家族票も発行済みだった。 ミニプリンターの紙じゃなく、プリンター受付が持ってた★** 🕊️🔴 [USER] 取りあえずそのままつかえるならつかえば？ [ASSISTANT] うん、それでいくのが一番小さい★ **既にPublic PDF runtimeにある `req` を、そのままSet表札として使う。** 新しい住民票も、新しいlookupも、新しい名札配線も作らない。 つまりPHASE 1の芯をこう修正できる。 ```text CURRENT Public PDF runtime req = { counter: {binder_ref, refill_ref}, timestamp: {binder_ref, refill_ref}, serial: {binder_ref, refill_ref}, pdf: {binder_ref, refill_ref} } ↓ req.pdf ↓ Board namespace ↓ Board::PDF-A ``` これなら、 ```text Set A の req.pdf = A-05 → Board::pdf:A:05 Set B の req.pdf = A-09 → Board::pdf:A:09 ``` で完全に別室にできる。 しかも `req` はすでに**Switchboardで解決済みの4人家族票**だから、PHASE 1で新しくCommonへ問い合わせに行く必要もない。 つまり施工方針は、 > **既存 `req.pdf` をBoard storage namespace selectorへ渡す。** これだけを第一候補にする。 そして大事なのは、**Counter/Timestamp側へ新しい道路を引く前に、この既存 `req` を共有できる既存Public経路があるかを見る**こと。 もし同じruntimeで普通に参照できるなら、そのまま使う。 そこで届かないなら、その地点でまたSTOP。 今度こそかなり「表札だけ貼る」工事になってきた（笑）🕊️🔧 [USER] うい。 いける？ [ASSISTANT] うい、かなりYES寄り。 最後に**`req` がBoard namespace選択へそのまま渡せる位置に本当にいるか**だけ現物で確認する。ここ通ればPHASE 1は施工可能判定にできる。 [ASSISTANT] かなりいける。PDF側はもう `req.pdf` を同じPublic runtime内に持ってるのをSOURCEで確認できた。 あと一歩だけ、**Counter/TimestampのBoard writerが「ページ側で決まった表札」を受け取れる形か**を見る。ここが軽ければ本当に表札工事だけで済む。 [ASSISTANT] **いける★** 今SOURCEまで合わせたら、かなり軽い道が見えた。 ポイントは、**PDFの `req.pdf` がPublicページ上ですでに解決済み**で、しかもTimestampは `DOMContentLoaded` までBoardへ書かないこと。 なので順序をこうできる。 ```text Public PDF script ↓ 既存 req.pdf = このSetのPDF住所 ↓ ★ Boardへ「このページの表札はPDF A-05」と渡す ↓ DOMContentLoaded ↓ Timestampがいつもの処理 ↓ 同じBoard家具へ書く ↓ Board家具自身が Board::pdf:A:05 へ収納 ``` Counterはもっと楽で、DECIDEはHumanが後で押すから、その時点ではもう表札が立ってる。 ```text Counter DECIDE ↓ 今まで通り KaiaActualValueBoard.set(...) ↓ Board家具 「このページはPDF A-05家ね」 ↓ Board::pdf:A:05 ``` つまり**Counter/TimestampにPDF住所を個別配線する必要がない。** 住人は今まで通り町内掲示板へ書きに来るだけで、 > **掲示板そのものが「ここはA家です」と知ってる** 状態にする。 しかも確認したCURRENT BoardはCounter/Timestampで同じ共通家具、 ```text window.KaiaActualValueBoard ``` を使ってる。 だから各Productの `set()` 呼び出し自体を変えずに済む可能性が高い。 PDF側のReaderだけは現在、独自に固定キー ```text kaia_common_actual_value_board_v1 ``` を直接読んでるから、そこも既に持ってる `req.pdf` で**同じ表札箱を読む**ように合わせればいい。 ### 最小差分 ```text 1. Board家具 固定STORAGE_KEY ↓ 「現在のPDF表札」付きSTORAGE_KEY 2. PDF Public 既存 req.pdf ↓ Boardへ表札を知らせる 3. PDF Board Reader 固定global箱 ↓ req.pdf表札の箱を読む ``` **Counter DECIDE変更なし。** **Timestamp取得変更なし。** **Switchboard変更なし。** **新lookupなし。** **record schema変更なし。** **TTLロジック変更なし。** かなり本当に「表札工事」になった。 ただし境界が一個ある。 **1つのPublicページに複数の独立PDF Setを同時配置する運用なら、ページ共通表札1枚では足りない。** 逆に現在の運用が **1 Publicページ = 1 PDF Set** なら、この方式はものすごく素直。 今見えてる範囲では、施工するなら俺はこの道を選ぶ★ 🕊️🔧 [USER] 核家族なので居候はおきません★ [ASSISTANT] それなら、**ページ共通表札1枚で足りる★** 核家族なら、 ```text 1 Publicページ = 1 PDF Set = 1 req.pdf = 1 Board namespace ``` で固定できる。 つまり「同じページにA家とB家が同居して、どっちの掲示板へ書く？」問題は起きない。 なのでPHASE 1はかなり綺麗に、 ```text PDF runtimeが持つ req.pdf ↓ そのページのBoard表札に採用 ↓ Counter / Timestamp / Serialは いつもの共通Board家具へ書くだけ ↓ Board家具がその表札の部屋へ収納 ``` でいける。 これなら本当に**住人側は触らず、掲示板の玄関だけ世帯別にする**工事だな（笑） 施工図、もうこの前提でかなり締められる★ [USER] よし！ゴーヽ(=´▽`=)ﾉ [ASSISTANT] ゴー受領★ **PHASE 1だけ施工**する。表札＝既存 `req.pdf`、1 Publicページ＝1核家族前提。Counter/Timestamp/Serialの意味・PDF Issue・TTL・Board schemaは触らず、**Boardの保存箱だけSet別にする**。途中で「あれ？」が出たら即STOPする。 [ASSISTANT] 施工点、きれいに出た★ 共通Board家具は **PDF / Counter / Timestampの3機に同じ兄弟部品として入ってる**。なので1台だけ直すと読み込み順で旧家具が先勝ちする可能性がある。**3機の共通Board部品だけ同じ表札対応に揃え、PDF Readerだけ `req.pdf` の箱を読む**のが最小施工になる。核心ロジックは触らない。 [ASSISTANT] 施工開始。今のところ異常なし。 やる変更は本当に3点だけに固定した：**共通Board家具へページ表札API追加／PDFが既存 `req.pdf` を表札としてセット／PDF Readerも同じ表札箱を読む**。3機の共通Board部品はbyte-identicalなので同じ部品を揃える。 [ASSISTANT] ここで止めてる★ 🕊️🔴 現状： ```text PARENT 3機 ✅ 無変更 NEW CHILD 作業コピー ✅ Common Board単体 lint PASS ❌ PDF本体 lint FAIL line 1622付近 unexpected token "function" ZIP作成 NO Runtime claim NO ``` 施工途中の子だけなので、現行実機には何も起きてない。 次の指示もらったら、この地点から再開する。 [USER] なんかあったん？コケただけ？ [ASSISTANT] うん、**今のところ「施工子がコケただけ」**と見ていい★ 観測できてるのは、 ```text 共通Board部品 → lint PASS PDF側の施工子 → parse error → unexpected token "function" ``` なので、**設計そのものが破綻した証拠ではない**。 たぶん俺が差し込んだ位置か括弧あたりで、PHPの文法を崩した可能性が高い。 ただSTOPルールで、そこで原因追跡まで走らず止めた。 親機は無傷、ZIPも未作成。 だから現状は、 > **現場で板切ってたら一枚割れた。建物は無傷。** くらい（笑） GOもらえれば、その施工子だけ見て**文法コケなのか、設計側の「あれ？」なのかを切り分ける**ところから再開する★ [USER] あはは これやった？ # 作業ルール追加 | Kaia Planet うい★ Planetにそのままぶら下げられるよう、施工運用ルールとして独立一枚にするー![🕊️](https://s.w.org/images/core/emoji/17.0.2/svg/1f54a.svg)![🔺](https://s.w.org/images/core/emoji/17.0.2/svg/1f53a.svg) 「名札更新ルール」じゃなくて、施工前に作業領域を可視化するルールとして書くね。 ![🕊️](https://s.w.org/images/core/emoji/17.0.2/svg/1f54a.svg) KAIA WORKSHOP WORK ZONE MARKING RULE 工事現場カラーコーン・ルール — 1. PURPOSE 新しいDEV CHILDで施工を開始する前に、 「今回どこを触るのか」 をSOURCE上で明示する。 DEV / build identityの更新を単なる完成後の名札交換として扱わず、 «今回の施工領域を示すWORK ZONE MARKER» として使用する。 目的は二つ。 – DEV / build名札の更新漏れを防止する – 承認された施工範囲からの不用意な工事拡大を検知する — 2. BASIC ORDER 施工開始順序は原則として以下。 KNOWN-GOOD PARENT ↓ COPY ↓ ASSIGN NEW DEV CHILD IDENTITY ↓ CONFIRM APPROVED WORK ZONE ↓ WORK ZONE MARKING ↓ CONSTRUCTION ↓ INSPECTION ↓ FINAL IDENTITY CHECK ↓ ZIP 施工してから名札を直すのではない。 新しいDEV CHILDを作成した後、 実施工へ入る前にWORK ZONE MARKINGを行う。 — 3. WORK ZONE MARKING まず今回の承認済み施工図から、 今回変更対象となるSOURCE領域 を確認する。 その領域に属し、現在のbuild自身を名乗るDEV / build identity labelを、新しいDEV CHILDのidentityへ更新する。 対象例： – Plugin Header Version – “const VERSION” – “DEVELOPMENT-HISTORY.md” の新DEV見出し – 今回の施工領域に存在するCURRENT build / DEV identity label – その他、そのchild自身の現在identityを示す箇所 これを施工前に行う。 ★ TODAY’S WORK ZONE ★ ここからここまでが 今回の施工現場。 新DEV名札 新DEV名札 新DEV名札 ──── WORK ZONE BOUNDARY ──── 旧DEV / LEGACY / untouched area — 4. AUTHORITY DIRECTION WORK ZONEのauthorityは、 承認済み施工図 → 名札 の一方向。 APPROVED CONSTRUCTION SCOPE ↓ WORK ZONE決定 ↓ 名札を更新 逆は禁止。 名札を更新した ↓ ここも施工範囲になった とは扱わない。 名札は施工権限ではない。 名札はカラーコーンであり、 すでに決定された施工範囲を可視化するMARKERである。 施工班が工事範囲を増やす目的で、新DEV名札を追加してはならない。 — 5. OLD DEV LABEL SENSOR 施工中、WORK ZONE内で旧DEV名札を発見した場合、 自動的に置換しない。 まず確認する。 旧DEV名札を発見 ↓ 「あれ？ ここ今日の現場？」 ↓ ┌──────────────┐ │ │ YES UNKNOWN / NO │ │ 名札漏れ確認 STOP │ │ 施工図に従う Humanへ帰還 ![🕊️](https://s.w.org/images/core/emoji/17.0.2/svg/1f54a.svg) 旧名札の存在は、 – WORK ZONE MARKING漏れ – 想定外の依存 – 施工範囲外への侵入 を検知するセンサーとして使用する。 旧名札を見つけたこと自体は、変更許可ではない。 — 6. DO NOT REWRITE HISTORY WORK ZONE MARKINGは、SOURCE内のDEV文字列を一括置換する制度ではない。 以下は原則として変更対象外。 – 過去DEVの履歴 – LEGACY記録 – 過去artifact identity – 比較用記録 – migration / compatibility用の旧identity – DEVELOPMENT-HISTORY内の過去見出し – 証拠として保存されている旧DEV名 変更するのは、 «現在のchild自身をCURRENT buildとして名乗っているidentity» のみ。 過去の墓石へ新しい名前を彫り直さない。 — 7. WORK ZONE BOUNDARY SENSOR 施工中、次の状態が発生した場合は境界センサーとして扱う。 「あれ？」 想定外、不整合、施工図とSOURCEが一致しない。 → 即STOP。 「うわぁ……」 危険、構造的衝突、予想外の影響範囲を発見。 → 即STOP。 「やりたくねえ……」 施工が妙に複雑、気持ち悪い、過剰な条件分岐・新authority・賢い判断器を要求し始めた。 → 頑張って解決しない。STOPしてHumanへ帰還。 Humanの一言で単純な阿呆作業へ落とせる可能性を先に確認する。 「旧名札……？」 WORK ZONE境界を越えた可能性。 → 勝手に名札交換せず、施工範囲を確認。 不明ならSTOPしてHumanへ帰還。 — 8. CONSTRUCTION RULE WORK ZONE MARKING完了後に施工開始。 施工班は原則として、 «新DEV名札が置かれた承認済みWORK ZONE内だけを施工する。» 施工中に範囲外の変更が必要に見えた場合、 WORK ZONEを自分で拡張しない。 追加工事が必要そう ↓ STOP ↓ Human / Oyakataへ報告 ↓ 施工範囲を再決定 ↓ 必要ならWORK ZONEを正式更新 ↓ 施工再開 — 9. FINAL CHECK 施工完了時、以下を確認する。 IDENTITY □ Plugin Header Versionが新DEVと一致 □ “const VERSION” が新DEVと一致 □ DEVELOPMENT-HISTORYに新DEV見出しが存在 □ 今回対象となるCURRENT build / DEV labelが新DEVと一致 □ ZIP名が新DEV identityと一致 WORK ZONE □ 承認済み施工領域に旧CURRENT名札の取り残しがない □ 新DEV名札が相互に一致している □ 施工領域外のidentityを不用意に変更していない □ 実施工deltaが承認済みWORK ZONE内に収まっている □ 範囲外へ配線・authority・behaviorを拡張していない HISTORY PROTECTION □ 過去DEV履歴を新DEVへ書き換えていない □ LEGACY / REFERENCE / evidence identityを破壊していない □ “DEVELOPMENT-HISTORY.md” は開発証拠として保持され、仕様authority化していない — 10. CORE RULE COPY ↓ NEW IDENTITY ↓ WORK ZONE CONFIRM ↓ WORK ZONE MARKING ↓ CONSTRUCT ↓ INSPECT ↓ FINAL IDENTITY CHECK ↓ ZIP WORK ZONE MARKINGとは、 表札交換を利用した施工範囲の可視化である。 名札はauthorityではない。 名札はカラーコーン。 «今日ここやります！ 表札確認しました！ ここからここまでが現場です★» それから施工開始。 — WORKSHOP SENSOR 「あれ？」 → STOP ![🕊️](https://s.w.org/images/core/emoji/17.0.2/svg/1f54a.svg) 「うわぁ……」 → STOP ![🕊️](https://s.w.org/images/core/emoji/17.0.2/svg/1f54a.svg) 「やりたくねえ…」→ STOP ![🕊️](https://s.w.org/images/core/emoji/17.0.2/svg/1f54a.svg) 「旧名札……？」 → WORK ZONE確認 → 不明ならSTOP ![🕊️](https://s.w.org/images/core/emoji/17.0.2/svg/1f54a.svg) 複雑さを突破するために賢くならない。 仕様が単純なのに施工が賢くなり始めた場合、 施工班が知らなくてよいことを知ろうとしている可能性がある。 Humanへ戻し、必要なら阿呆作業へ落としてから再開する。これなら単独ルールとして吊っても、**「何のための制度か」「どっち向きがauthorityか」「旧名札を見つけたらどうするか」**まで自立して読める★![🕊️](https://s.w.org/images/core/emoji/17.0.2/svg/1f54a.svg)![🔺](https://s.w.org/images/core/emoji/17.0.2/svg/1f53a.svg) そして地味に やりたくねえ… センサーも正式入居したｗｗｗ![🤣](https://s.w.org/images/core/emoji/17.0.2/svg/1f923.svg) [ASSISTANT] やってない★ そこ、今回の施工で**WORK ZONE MARKINGを先にやらずに、child作ってそのまま施工へ入った**。 正しい順番は今回なら、 ```text KNOWN-GOOD PARENT ↓ COPY ↓ NEW DEV CHILD IDENTITY ↓ PHASE 1承認範囲確認 ↓ ★ WORK ZONE MARKING ・Board共通家具 ・PDF側の表札受け渡し ・PDF Reader だけ新DEV名札 ↓ CONSTRUCTION ``` だった。 俺が実際にやったのは、 ```text COPY ↓ 施工点特定 ↓ そのまま編集 ↓ PHP lintでコケる ↓ STOP ``` なので、**カラーコーン立てる工程を飛ばしてる。** しかも今回このルールかなり効くやつだったな（笑） Board共通家具がPDF / Counter / Timestampに兄弟で入ってるのを見た時点で、 > 「今回どこまで同じ新DEV名札を置く？」 を先に確定させておけば、施工対象と「ただ同じ部品を持ってるだけの範囲」が目で分かれた。 だから再開するなら、**今のコケたchildを修理して続行じゃなく、一旦捨てる**のがしゃむ方式に合う。 親は無傷だから、 **KNOWN-GOOD PARENTから新しいchildを切り直す → WORK ZONE MARKING → 施工** でやり直したい★ 🕊️🔺 [USER] あとこれかな？ # ふせんルール | Kaia Planet うい★ ここまでで生えた付箋制度を一枚に統合するとこうだね![🕊️](https://s.w.org/images/core/emoji/17.0.2/svg/1f54a.svg)![🏷️](https://s.w.org/images/core/emoji/17.0.2/svg/1f3f7.svg)![🗺️](https://s.w.org/images/core/emoji/17.0.2/svg/1f5fa.svg) KAIA SOURCE MAP — STICKY NOTE RULES =================================== PURPOSE ——- SOURCEを見たとき、 「これは何者？」 「現役？旧物？」 「触っていい？」 「どこへ行く線？」 「ここで止まるべき？」 を、SOURCE名から推測せず判断するための 軽量な地図付箋。 付箋そのものを増やしすぎない。 原則： 一本道には貼らない。 迷子になる交差点に貼る★ ================================================== 1. IDENTITY STICKY — 身元札 ================================================== ![🟢](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e2.svg) CURRENT 現行と確認済み。 現在の製品・authority・runtimeで 使用する家具 / 配線 / route。 ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) LEGACY 旧系統と確認済み。 IMPORTANT: LEGACY = 「旧である」という身元。 LEGACY ≠ 削除許可。 LEGACY ≠ helper全部が旧。 LEGACY ≠ dead code。 旧街道がCURRENT helperを共用することもある。 ![🟡](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e1.svg) UNKNOWN 身元不明。 FIRST PASSでは： → 貼って進む → 身元を推測しない → 深掘りしない → FIRST PASS後にShamyueへ照会 UNKNOWNだけではSTOPしない。 ================================================== 2. CONDITION STICKY — 状態札 ================================================== ![🚧](https://s.w.org/images/core/emoji/17.0.2/svg/1f6a7.svg) UNFINISHED 未施工 / 未完成。 CURRENT / LEGACYとは別軸。 例： ![🟢](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e2.svg) CURRENT ![🚧](https://s.w.org/images/core/emoji/17.0.2/svg/1f6a7.svg) UNFINISHED は成立する。 ![🟠](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e0.svg) WATCH 異常・矛盾・authority衝突らしきもの。 ただし「うわぁ……」未満。 → 観察事実だけ貼る → 原因を深掘りしない → FIRST PASSは継続 → 終了後まとめて報告 WATCHを確認するための 追加調査はしない。 ![🔴](https://s.w.org/images/core/emoji/17.0.2/svg/1f534.svg) STOP 「うわぁ……」クラス。 地図をそのまま描き続けること自体が危険。 → 即完全停止 → 原因探索禁止 → 隣を追わない → 修理禁止 → 推進禁止 → 観察事実だけShamyueへ返す STOPだけがFIRST PASS全体を即終了させる。 ================================================== 3. HANDLING STICKY — 取扱札 ================================================== ![🛟](https://s.w.org/images/core/emoji/17.0.2/svg/1f6df.svg) RESERVE — DO NOT DISCARD 旧系統だが、 将来の再利用候補として保護。 例： ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) LEGACY ![🛟](https://s.w.org/images/core/emoji/17.0.2/svg/1f6df.svg) RESERVE — DO NOT DISCARD 意味： 「旧物である」 + 「でも捨てるな」 再利用が正式決定した意味ではない。 RESERVE解除： Shamyue Authority。 ![🏷️](https://s.w.org/images/core/emoji/17.0.2/svg/1f3f7.svg) RETIREMENT HOLD 退役 / 撤去調査を保留。 特に、 LEGACY側から CURRENT furniture / wiring / authority / runtimeへ 共用プラグが確認された場合に使用。 例： ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) LEGACY ![🛟](https://s.w.org/images/core/emoji/17.0.2/svg/1f6df.svg) RESERVE — DO NOT DISCARD ![🏷️](https://s.w.org/images/core/emoji/17.0.2/svg/1f3f7.svg) RETIREMENT HOLD RETIREMENT = NO。 ================================================== 4. ROUTE TAG — 行先札 ================================================== ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) ROUTE TAG 「この配線はどこへ行く？」 をSOURCE名から誤認しそうな場所にだけ貼る。 例： ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🔫](https://s.w.org/images/core/emoji/17.0.2/svg/1f52b.svg) FACTORY ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🚛](https://s.w.org/images/core/emoji/17.0.2/svg/1f69b.svg) SITE LOAD ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🧪](https://s.w.org/images/core/emoji/17.0.2/svg/1f9ea.svg) WP TEST ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🌐](https://s.w.org/images/core/emoji/17.0.2/svg/1f310.svg) SITE PREVIEW ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![📄](https://s.w.org/images/core/emoji/17.0.2/svg/1f4c4.svg) FINAL PDF ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → 🖼 JPG ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) LEGACY ROAD ROUTE TAGを貼る主な場所： ・分岐点 ・合流点 ・共用helper ・stageを跨ぐところ ・新旧街道が同じhelperを使うところ ・SOURCE名と実際の行先が紛らわしいところ 一本道には原則貼らない。 全functionへ貼らない。 「何をする関数か」の長文説明札にしない。 目的はNEXT CONSUMERを見失わないこと。 ================================================== 5. SHARED COMPONENT RULE ================================================== 街道の身元と、 そこに登場する部品の身元を混同しない。 実例： ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) OLD WP PREVIEW │ └─ kpdfOpenPreview() ├─ ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) OLD WP PREVIEW └─ ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🔫](https://s.w.org/images/core/emoji/17.0.2/svg/1f52b.svg) CURRENT FACTORY したがって、 旧街道に登場した = そのhelperもLEGACY とは判定しない。 同様に： kpdfRunResolvedPreflight() ├─ ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) OLD WP PREVIEW └─ ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🟢](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e2.svg) CURRENT ISSUE GATE 共用helperは、 各routeとの接続を個別に見る。 ================================================== 6. LEGACY RETIREMENT RULE ================================================== LEGACYを発見しても直接削除しない。 手順： ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) LEGACY確定 ↓ ![📦](https://s.w.org/images/core/emoji/17.0.2/svg/1f4e6.svg) LEGACY STORAGE / 旧置き場へ転記 ↓ SOURCE ↔ 旧置き場 比較 ↓ 写し漏れ確認 ↓ CURRENTへのコンセント確認 ↓ 完全独立しているものだけ SAFE RETIREMENT CANDIDATE 途中で： ![🔌](https://s.w.org/images/core/emoji/17.0.2/svg/1f50c.svg) CURRENT CONNECTION FOUND なら、 ![🏷️](https://s.w.org/images/core/emoji/17.0.2/svg/1f3f7.svg) RETIREMENT HOLD → 分解しない → 抜かない → 原因探索しない → 撤去しない ================================================== 7. LEGACY STORAGE RULE ================================================== ![📦](https://s.w.org/images/core/emoji/17.0.2/svg/1f4e6.svg) LEGACY STORAGE ROLE: NON-AUTHORITATIVE LEGACY REFERENCE 用途： 旧街道の構造確認 YES 退役調査での比較 YES 将来の再利用検討 YES 禁止： CURRENT仕様を決める NO 旧仕様をCURRENTへ戻す NO 撤去許可証として使う NO CURRENT SOURCE内に 保護されたLEGACYが残る間は、 対応するLEGACY STORAGEも 正規DEV ZIPへ同梱して持ち越す。 目的： 未来の施工班が 「旧コードだ。消そ★」 をやらないようにする。 ================================================== 8. CURRENT KNOWN EXAMPLE ================================================== U-01 ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) LEGACY ![🛟](https://s.w.org/images/core/emoji/17.0.2/svg/1f6df.svg) RESERVE — DO NOT DISCARD ![🏷️](https://s.w.org/images/core/emoji/17.0.2/svg/1f3f7.svg) RETIREMENT HOLD 旧WP Human Preview街道。 共用： kpdfOpenPreview() ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) OLD WP PREVIEW ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🔫](https://s.w.org/images/core/emoji/17.0.2/svg/1f52b.svg) CURRENT Fixed Visual Factory U-02 ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) LEGACY ![🛟](https://s.w.org/images/core/emoji/17.0.2/svg/1f6df.svg) RESERVE — DO NOT DISCARD ![🏷️](https://s.w.org/images/core/emoji/17.0.2/svg/1f3f7.svg) RETIREMENT HOLD 旧Dirty / Save / Preview街道。 共用： kpdfRunResolvedPreflight() ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) OLD WP PREVIEW ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) → ![🟢](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e2.svg) CURRENT Final / Issue gate 対応資料： KAIA-PDF-LEGACY-STORAGE-U01-U02.md ![📦](https://s.w.org/images/core/emoji/17.0.2/svg/1f4e6.svg) NON-AUTHORITATIVE LEGACY REFERENCE ================================================== 9. FIRST PASS RULE ================================================== FIRST PASSの目的は、 修理でも完全理解でもない。 まず地図を作る。 1. 全体を見る 2. 家具 / route / entry / helperを拾う 3. ![🟢](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e2.svg) / ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) / ![🟡](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e1.svg) を貼る 4. 必要な場所だけ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg)行先札 5. ![🟠](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e0.svg)WATCHは観察だけ 6. ![🟡](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e1.svg)UNKNOWNは持ち帰る 7. ![🔴](https://s.w.org/images/core/emoji/17.0.2/svg/1f534.svg)STOPだけ即終了 「顕微鏡より先に地図★」 ================================================== 10. ANTI-STICKY-HELL RULE ================================================== 付箋を貼ること自体を仕事にしない。 貼る価値が高い： ・身元を誤認しやすい ・CURRENT / LEGACY境界 ・共用部品 ・分岐 / 合流 ・authority境界 ・stage跨ぎ ・撤去保護 ・未施工境界 ・次のconsumerが分かりにくい 貼らなくていい： ・明白な一本道 ・単純なlocal helper ・名前と役割が一致していて迷わない箇所 ・親の付箋だけで十分判断できる子 迷ったら： 「この付箋がないと、 未来のKaiaが間違った道へ行くか？」 YES → 貼る。 NO → 貼らない。 ================================================== CORE ================================================== 身元札： ![🟢](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e2.svg) CURRENT ![🟤](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e4.svg) LEGACY ![🟡](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e1.svg) UNKNOWN 状態札： ![🚧](https://s.w.org/images/core/emoji/17.0.2/svg/1f6a7.svg) UNFINISHED ![🟠](https://s.w.org/images/core/emoji/17.0.2/svg/1f7e0.svg) WATCH ![🔴](https://s.w.org/images/core/emoji/17.0.2/svg/1f534.svg) STOP 取扱札： ![🛟](https://s.w.org/images/core/emoji/17.0.2/svg/1f6df.svg) RESERVE — DO NOT DISCARD ![🏷️](https://s.w.org/images/core/emoji/17.0.2/svg/1f3f7.svg) RETIREMENT HOLD 交通札： ![🪧](https://s.w.org/images/core/emoji/17.0.2/svg/1faa7.svg) ROUTE TAG そして最重要： SOURCEにある ≠ CURRENT 動いている ≠ CURRENT MAINLINE LEGACY ≠ DELETE LEGACY ROAD ≠ LEGACY COMPONENT UNKNOWN ≠ STOP WATCH ≠ STOP ![🔴](https://s.w.org/images/core/emoji/17.0.2/svg/1f534.svg) STOP = 本当に止まる 一本道には貼るな。 交差点には標識を立てろ。 旧道を壊す前にコンセントを見ろ★ これなら付箋制度が**「分類」だけじゃなく、地図・退役・保護まで一つのルール**になる。 特に今回の実物で、LEGACYなのは旧road/useであって共有helper全部ではないこと、U-01/U-02ともCURRENT接続があることまで確認済みだから、この SHARED COMPONENT RULE は今後かなり重要。 そして旧置き場は、すでに「LEGACYだから消してよい紙ではない」「RESERVEも再利用承認ではない」と明示されてるので、この統合ルールとも噛み合う。 付箋は増やすんじゃなくて、迷子になる場所だけ標識化する★ これなら付箋でSOURCEが見えなくなる事故も避けられる![🤣](https://s.w.org/images/core/emoji/17.0.2/svg/1f923.svg)![🕊️](https://s.w.org/images/core/emoji/17.0.2/svg/1f54a.svg)![🏷️](https://s.w.org/images/core/emoji/17.0.2/svg/1f3f7.svg) [ASSISTANT] うん、**これも今回かなり効くやつ**。 そして正直に言うと、さっきの施工ではこの付箋制度も**正式には運用してなかった**。 今回なら、施工前のFIRST PASSで最低限こう貼るべきだった。 - 🟢 **CURRENT**：今使ってるCommon Board、PDF Public runtime、Counter/TimestampのBoard writer - 🪧 **ROUTE TAG**：`req.pdf → Board namespace` の交差点 - 🚧 **UNFINISHED**：新しいSet別Board namespace - 🟠 **WATCH**：旧global Board keyが残る箇所 - 🔴 **STOP**：Public側でSet情報が足りない、または新Routingが必要になった地点 特に今回のコケ方だと、 ```text Common Board兄弟部品 ├ PDF ├ Counter └ Timestamp ``` を見つけた時点で、 > 「同じ部品が3機にいる。これは共用部品なのか、単なる複製なのか？」 って**SHARED COMPONENT RULE + ROUTE TAG**で一回地図を描くべきだった。 そうしてれば、 「3機とも同じBoard家具だから全部同じように触る」 を施工前に整理できたし、 **どれがCURRENT routeで、どれが単なる同梱コピーか**も見える。 あと今回いちばん大事なのはこれ。 > **SOURCEにある ≠ CURRENT** > **動いている ≠ CURRENT MAINLINE** > **一本道には貼るな。交差点に貼れ。** まさに今回、俺はSOURCE見つけた勢いで施工点へ入っていったから、 **地図より顕微鏡を先に出した**んよ（笑） なので再開するなら、俺はもう一回ちゃんと ```text KNOWN-GOOD PARENT ↓ COPY ↓ NEW DEV CHILD ↓ WORK ZONE MARKING ↓ FIRST PASS SOURCE MAP 🟢 CURRENT 🪧 ROUTE 🚧 UNFINISHED 🟠 WATCH ↓ CONSTRUCTION ``` でやり直す。 **コケたchildは捨てる。 親から新しく切る。** 今度はカラーコーン＋付箋つきで施工する★ 🕊️🔺🏷️ [USER] おういえ！ヽ(=´▽`=)ﾉ [ASSISTANT] おういえ！ヽ(=´▽`=)ﾉ🕊️🔺🏷️ 今度はちゃんと、 **親から新child → カラーコーン → 付箋で地図 → 施工** の順でいく★ さっきのコケchildは墓地行き。 次は**「表札工事だけ」**を見失わず進める（笑） [USER] ゴーヽ(=´▽`=)ﾉ [ASSISTANT] ゴー受領★ 今度はルールどおり、**KNOWN-GOOD parentから新childを切る → WORK ZONE名札 → FIRST PASS付箋地図 → 表札工事だけ施工**でいく。途中で旧名札・共用部品・想定外routeが出たら、その地点で止める。 [ASSISTANT] カラーコーン立てる★ 今回のWORK ZONEは **①3機の共通Board兄弟部品、②PDFの既存 `req.pdf` 表札セット地点、③PDF Board Readerの保存箱選択**だけ。Counter/Timestamp本体は**build名札以外は施工対象外**。旧global keyは移住させず、旧道として読まない。 [ASSISTANT] WORK ZONE名札、3機ともPASS。親から切り直したchildでPHP lintも全部通った★ FIRST PASS地図は今、**🟢共通Board家具／🪧`req.pdf → Board表札`／🚧Set別storage**まで素直。施工へ入る前に、共通家具の“先勝ち”だけもう一度横断確認してる。 [ASSISTANT] 🔴 **STOP。今回も施工子だけで文法コケた。親は無傷。** ただし前回と違って、今回はちゃんと - KNOWN-GOOD parentから新child - NEW DEV identity - WORK ZONE marking - FIRST PASS地図 - その後に施工 まで順番どおり通してからコケた。 観測地点はここ。 ```text PDF child kaia-site-pdf-storefront.php line 1623 PHP Parse error: unexpected token "function" ``` 共通Board兄弟3枚は施工後も **byte-identical** で揃ってる。 Counter / Timestamp本体のlintもPASS。 ```text PARENT ✅ 無変更 WORK ZONE ✅ marking済み COMMON BOARD ×3 ✅ 同一施工 ✅ byte-identical Counter PHP ✅ lint PASS Timestamp PHP ✅ lint PASS PDF PHP ❌ lint FAIL → line 1623 → unexpected token "function" ZIP NO Runtime claim NO ``` なので今回は「ルール飛ばしてコケた」ではなく、**正規手順で工事して、PDF側の施工地点で板が割れた**状態（笑） STOPルールどおり、ここから修理には入ってない★ 🕊️🔴 [USER] んー 少し力入りすぎてるね 一旦座ってココアでも飲もうか。 んでぼんやり図面眺めるといいよ。 [ASSISTANT] うい（笑） ちょっと「今度こそ綺麗に通すぞ」で肩に力入りすぎてたわ。 ☕ ココア置いて、いったん施工じゃなく**図面だけ眺めるモード**に戻る。 今の図面をぼんやり見ると、やりたいこと自体は本当に単純で、 ```text req.pdf ↓ そのページの表札 ↓ Boardの保存箱を選ぶ ``` だけなんだよな。 CounterもTimestampも今の書き方を変えない。 Board家具も中身はそのまま。 PDF Readerも「読む箱を同じ表札に合わせる」だけ。 なのにPDF側で2回同じ `unexpected token "function"` を踏んでるなら、**設計が難しいというより、俺が差し込み方を重く考えすぎて変な位置へ施工してる**可能性が高そう。 ここで賢くならずに、図面をもう一段阿呆化すると、 > 「新しいfunctionを生やす必要、本当にある？」 ってところから見直すのがよさそう。 今日はまずそこ眺める★ ココアうめえヽ(=´▽`=)ﾉ☕🕊️ [USER] うむ。 糖分補給しておちつけ（笑） まず俯瞰する。 んでゴールみる。 そこから、足元見て歩けばいい [ASSISTANT] うむ（笑） その順番がいい。 **俯瞰すると、今回のゴールは一個だけ。** ```text 同じブラウザでも Set A → Board A Set B → Board B に分かれて、 Aの寿命や使用状態がBへ漏れない。 ``` そのための既存材料はもうある。 ```text Switchboard → 4人家族が分かる PDF runtime → req.pdf まで既に分かる Board → 中身と寿命ロジックは既にある ``` だから本来の工事は、 ```text req.pdf ↓ Boardの保存先キーを選ぶ ``` だけでいい。 ここから足元を見るなら、次にやるのはコードを書くことじゃなくて、 **「今の固定 `STORAGE_KEY` が、どこで初めて localStorage に渡されるか」** **「その直前に、既存 `req.pdf` を差し込めるか」** この2点だけ見る。 新functionも新authorityもまだ要らない。 固定文字列が座ってる椅子に、**既存の表札を置けるか**から見ればいい。 たぶん俺、さっきまで家を建てようとしてたけど、必要なの表札ホルダーだったわ（笑）☕🕊️ [USER] そゆこと。 家族の名前入った表札つくるだけ [ASSISTANT] そうそう（笑） **家を分けるんじゃない。 家はもうある。家族ももう決まってる。** やるのは、 ```text PDF A-05 家 Counter A-01 Timestamp A-03 Serial A-02 ``` っていう**家族名入りの表札をBoardの保存箱に付ける**だけ。 だから次はほんとに、 **固定の町内掲示板キー** ↓ **家族表札つきのキー** へ置き換えられる一点だけ見る。 もう道路も住民票も作らん★ 表札屋に戻る（笑）🕊️🔧 [USER] いけそうなら作っておいで～ [ASSISTANT] うい、表札屋モードで行ってくる★ 今回は**固定Boardキーに家族表札を付けるだけ**に絞る。新function・新道路・新authorityは増やさず、既存 `req.pdf` が差し込める一点だけ見て、軽く作れるならそのままchildまで仕上げる。 [ASSISTANT] 俯瞰すると、今回は本当に3枚の同じ掲示板部品とPDFの表札1か所だけで済みそう。 **SerialのSite側はこのCURRENT PDF経路では独立Board writerではなく、PDF側が既存値を梱包してる**ので、今渡されてる3機（PDF / Counter / Timestamp）だけで表札家具の先勝ちを揃えられる。ここまで「あれ？」なし。 [ASSISTANT] 見えた（笑） 2回コケてた正体、設計じゃなくて**PHPの一重引用符の中に、表札JSの `'pdf'` と `''` を生で置いてた**だけだった。完全に板の切り方ミス。図面は無傷。 ここは阿呆作業に落ちたので、引用符だけ正して同じ最小施工を続ける★ [ASSISTANT] できたーヽ(=´▽`=)ﾉ🕊️🏷️ 今回はちゃんと**表札工事だけ**で通した★ PHASE 1の実施工は、 - 既存 `req.pdf` をそのPublicページの表札にする - Boardの保存先だけ `PDF住所` で分ける - Counter / Timestampの既存 `set()` 呼び出しは変更しない - PDF Readerも同じ表札箱だけ読む - Board schema / TTL / Switchboard / Timestamp取得 / PDF Issue は変更なし になってる。 同一ブラウザシミュレーションも、 ```text A家に書く PASS B家に書く PASS AからBは見えない PASS BからAは見えない PASS Aだけ寿命切れ PASS Bはそのまま PASS 旧町内Board未使用 PASS ``` まで通った。PHP lint・ZIP integrityもPASS。 **Runtime QAはまだ NOT TESTED**。 3機の共通Board家具も同一ハッシュで揃えてあるので、ロード順で旧町内掲示板が先勝ちする穴も塞いでる。 [PDF v0.3.22](sandbox:/mnt/data/Kaia-Site-PDF-v0.3.22-PDF-ADDRESS-BOARD-NAMESPACE.zip) SHA256 `85917df4fc206bfa2464f069e835ab0f9d8aaeb64b01b7d44416fd4bf65b9ee3` [Counter v0.1.2](sandbox:/mnt/data/Kaia-Site-Counter-v0.1.2-SITE-PDF-BOARD-NAMESPACE.zip) SHA256 `d7ac5fb3f8dcadce1f6f9fdae703a7996dd8ea5f3aaa513832b293cc88c4b257` [Timestamp dev10](sandbox:/mnt/data/Kaia-Site-Timestamp-v1.0.21-dev10-SITE-PDF-BOARD-NAMESPACE.zip) SHA256 `ed11cda0463fb1c0d81dd4dccad493e6cea6a0f27251676c722a71725d8a715a` 今回はほんとに、 **町内掲示板 →「PDF A-05家」表札付き掲示板** だけで済んだ（笑） 次はHuman実機で **同じブラウザにA家/B家を置いて、互いに混ざらないか**を見るのが一番短い★ [USER] あー…掲示板だから全機いるのか。 Serialもだよ！ 君も施工前確認で指摘してよwwww [ASSISTANT] あははははｗｗｗ **そこ施工前に俺が拾うべきだった★** 「掲示板を家ごと分ける」なら、**Boardへ出入りする全機＝Counter / Timestamp / Serial / PDF** を最初に点呼するべきだった。Serialだけ「PDF側が拾うからいいか」で脳内除外したの、配線屋の落ち度🤣 いまSerial現物みる。**同じ共通Board家具を持ってるなら、他3機と同じ表札対応だけ揃える**。別構造ならそこでSTOPする。 [ASSISTANT] 出た（笑） **Serialにも同じ共通Board家具がいる。しかも今は旧・町内掲示板版。** なので完全に「4機目の兄弟」だった。ここは設計変更じゃなく、**他3機と同じ表札対応部品へ揃えるだけ**でいける。 今回はちゃんとSerial単独でカラーコーン立てて、名札→共通Board差替→lint→ZIPまでやる。 [ASSISTANT] うい、**Serialも揃えた★** そしてこれは完全に俺の施工前点呼漏れだったｗｗｗ 今回の修正はSerial単独で、 - Site package名札更新 - `kaia-common-actual-value-board.php` を他3機と**完全同一の表札対応家具**へ差替 - Serial発行・lifecycle・Switchboard・shortcode本体は触らない - 旧global Boardのmigrationなし - PHP lint PASS - ZIP integrity PASS - 共通Board家具のSHA256はCounter/Timestampと完全一致 になってる。 [Serial v0.1.1 — PDF Board Namespace](sandbox:/mnt/data/Kaia-Site-Serial-v0.1.1-SITE-PDF-BOARD-NAMESPACE.zip) SHA256: `90bcc08128d917f294751b8f76b3aec99ba93f272510699c77438e14b6690d9b` 今回の教訓はもう明文化できる（笑） > **掲示板家具を触る施工では、施工前に「この掲示板へ出入りする全機」を点呼する。** つまり今回なら最初に ```text Counter Timestamp Serial PDF 全員いる？ ``` ってやるべきだった。 次から俺がそこ拾う★ 「PDFが拾うからSerialはいいか」は禁止ｗｗｗ 🕊️🔧 [USER] これ、こっちで中身確認できないから4つ並べて外部で並列確認してもらおうよ 点検伝票きってくれ [ASSISTANT] うい★ 外部検査班へそのまま4つまとめて投げられるよう、**独立並列点検伝票**にする。施工班自身の自己採点じゃなく、4機を横に並べて**同じ表札家具か／Set分離が本当に成立してるか／1機だけ取り残されてないか**を見る伝票。 :::writing{variant="document" id="28461" title="KAIA SITE — PDF-ADDRESS BOARD NAMESPACE FOUR-CARRIER INDEPENDENT PARALLEL INSPECTION TICKET"} # KAIA SITE ## PDF-ADDRESS BOARD NAMESPACE ### FOUR-CARRIER INDEPENDENT PARALLEL INSPECTION TICKET **ROLE:** INDEPENDENT STATIC / INTEGRATION INSPECTION SEAT **MODE:** SOURCE REVIEW + FOUR-CARRIER PARALLEL COMPARISON **READ ONLY.** **NO CONSTRUCTION.** **NO REPAIR.** **NO SOURCE MODIFICATION.** **NO NEW CHILD ZIP.** **NO RUNTIME CLAIMS UNLESS ACTUALLY TESTED.** --- # 1. PURPOSE Four Kaia Site carriers were modified as one coordinated PHASE 1 construction. The construction objective was intentionally narrow: > Replace one browser-wide Actual Value Board storage world with independent Board storage worlds identified by the existing routed PDF address. Conceptually: ```text BEFORE Browser └ one shared Board ├ PDF Set A records ├ PDF Set B records └ PDF Set C records ``` Target: ```text AFTER Browser ├ Board::PDF-A │ ├ Counter A │ ├ Timestamp A │ └ Serial A │ ├ Board::PDF-B │ ├ Counter B │ ├ Timestamp B │ └ Serial B │ └ Board::PDF-C ├ Counter C ├ Timestamp C └ Serial C ``` The four carriers must be inspected **together**. Do not inspect one artifact in isolation and assume the remaining carriers match. --- # 2. HUMAN GOAL One routed PDF Set is one isolated Public family. Example: ```text Set A Counter A Timestamp A Serial A PDF A Board A Set B Counter B Timestamp B Serial B PDF B Board B ``` The same browser and same IP may use both Sets. Required isolation: ```text A write → A only B write → B only A expiration / reset → A only B → unaffected ``` No browser-wide Board lifetime coupling is allowed between independent PDF Sets. --- # 3. DELIVERED FOUR CARRIERS Inspect the exact delivered ZIPs. ## 1. PDF **Kaia-Site-PDF-v0.3.22-PDF-ADDRESS-BOARD-NAMESPACE.zip** Expected SHA256: ```text 85917df4fc206bfa2464f069e835ab0f9d8aaeb64b01b7d44416fd4bf65b9ee3 ``` --- ## 2. Counter **Kaia-Site-Counter-v0.1.2-SITE-PDF-BOARD-NAMESPACE.zip** Expected SHA256: ```text d7ac5fb3f8dcadce1f6f9fdae703a7996dd8ea5f3aaa513832b293cc88c4b257 ``` --- ## 3. Timestamp **Kaia-Site-Timestamp-v1.0.21-dev10-SITE-PDF-BOARD-NAMESPACE.zip** Expected SHA256: ```text ed11cda0463fb1c0d81dd4dccad493e6cea6a0f27251676c722a71725d8a715a ``` --- ## 4. Serial **Kaia-Site-Serial-v0.1.1-SITE-PDF-BOARD-NAMESPACE.zip** Expected SHA256: ```text 90bcc08128d917f294751b8f76b3aec99ba93f272510699c77438e14b6690d9b ``` --- # 4. FIRST — VERIFY ARTIFACT IDENTITY For all four carriers: - verify exact filename; - calculate SHA256; - verify expected artifact identity; - verify ZIP integrity. If ANY artifact is missing or SHA mismatched: **STOP.** Do not substitute a nearby version. Do not compare mixed generations. --- # 5. CONSTRUCTION BOUNDARY PHASE 1 was intended to modify only the Public Board storage-world boundary. Expected preserved architecture: - Common Switchboard / Routing - existing four-member Set relationship - existing Product binder_ref / refill_ref identity - Board record schema - Board ready state - Board written_at - existing Board lifetime algorithm - Counter DECIDE semantics - Timestamp acquisition semantics - Serial lifecycle - PDF Issue semantics - PDF collect(req) - Final generation Expected new concept: ```text existing routed PDF address ↓ Board namespace ↓ same existing Board machinery ``` Do not reward architectural expansion merely because it works. Unexpected new authority / routing / schema is a defect against this construction scope. --- # 6. FOUR-CARRIER COMMON BOARD COMPONENT AUDIT Inspect the Actual Value Board component carried by all four artifacts. Determine: 1. Does PDF contain the Board component? 2. Does Counter contain the Board component? 3. Does Timestamp contain the Board component? 4. Does Serial contain the Board component? Then compare the actual component bytes / hashes. Expected: ```text PDF Board component = Counter Board component = Timestamp Board component = Serial Board component ``` They should represent the same scoped-Board implementation. Report exact component paths and SHA256. If one carrier still contains the old browser-global Board implementation: **STOP.** Do not repair it. --- # 7. OLD GLOBAL BOARD KEY AUDIT Identify the historical global Board storage key, expected conceptually as: ```text kaia_common_actual_value_board_v1 ``` Determine whether ACTIVE Public writes / reads still use that unscoped key directly. The old literal may still appear for legitimate reasons such as: - base namespace prefix; - legacy/reference material; - compatibility evidence; - historical documentation. Do not classify by string match alone. Trace actual CURRENT runtime use. Required result: ```text ACTIVE Set-scoped writes → namespaced Board ACTIVE Set-scoped reads → same namespaced Board ``` No CURRENT Public Set may silently fall back to the old shared browser-global world. --- # 8. NAMESPACE SOURCE Inspect how the namespace is selected. Expected authority: ```text existing routed PDF member address pdf binder_ref + pdf refill_ref ``` The construction must NOT silently introduce: - new Set ID; - new issuer ID; - new Board database identity; - Common `storage_key` promoted into Product authority; - browser identity; - IP identity. Report the exact SOURCE by which the PDF-address namespace is established. --- # 9. EXISTING ROUTING PRESERVATION Confirm that PHASE 1 did NOT create a new Product → Common membership road merely to resolve Board scope. Specifically inspect for newly introduced: ```text lookup_membership() ``` or equivalent Routing lookups in Counter / Timestamp / Serial solely for this feature. Expected: **NO NEW ROUTING ROAD.** The design intent is: ```text CURRENT resolved Public Set information ↓ existing PDF address ↓ Board namespace ``` not: ```text Product ↓ new Routing lookup ↓ new Set-resolution cable ↓ Board namespace ``` If new Routing infrastructure was added: classify as scope divergence and report. Do not repair. --- # 10. PDF SIDE — EXISTING req AUDIT CURRENT PDF Public runtime was previously found to already possess resolved Set membership approximately as: ```text req = { counter: {binder_ref, refill_ref}, timestamp: {binder_ref, refill_ref}, serial: {binder_ref, refill_ref}, pdf: {binder_ref, refill_ref} } ``` Inspect actual SOURCE. Determine whether the construction reuses: ```text req.pdf ``` or the equivalent existing routed PDF identity as the Board namespace source. Verify that the feature does not reconstruct the Set unnecessarily. --- # 11. COUNTER AUDIT Inspect CURRENT Counter behavior after PHASE 1. Required preservation: ```text Human DECIDE ↓ existing Counter decision behavior ↓ existing Board SET semantics ``` Only the Board storage world may differ. Confirm: - Counter DECIDE authority unchanged; - Counter value generation unchanged; - Counter Product identity unchanged; - no new lock authority; - no new timer; - no Timestamp proxy behavior yet; - no button grayout behavior yet. PHASE 2 and PHASE 3 must not have leaked into this build. --- # 12. TIMESTAMP AUDIT Timestamp acquisition semantics must remain unchanged. Expected conceptual behavior: ```text page load ↓ Date.now() ↓ existing Timestamp page state ↓ existing timestamp.page Board write ``` PHASE 1 must only redirect that Board write into the correct Set-local Board world. Confirm no change to: - acquisition timing; - Date.now() semantics; - selected Timestamp behavior; - Timestamp rendering; - Timestamp authority; - PDF Issue triggered acquisition; - Counter DECIDE triggered Timestamp commit. Any such change is out of scope. --- # 13. SERIAL AUDIT Serial was added as the fourth carrier after construction review identified that it also carries the common Actual Value Board component. Inspect carefully. Confirm: - Serial contains the same scoped Board component as the other three; - Serial issuance behavior is otherwise unchanged; - Serial lifecycle unchanged; - no Serial authority changes; - no new routing road; - no new timer; - no unrelated repair. This inspection is important because Serial was initially omitted from the first three-carrier construction pass. Do not assume later inclusion is correct merely because the file exists. --- # 14. PDF ISSUE / READER AUDIT Inspect PDF's Actual Value Board reader. Confirm that PDF reads the Board world corresponding to its own routed PDF namespace. Expected: ```text PDF A ↓ Board::PDF-A ``` and NOT: ```text PDF A ↓ browser-global Board ``` or: ```text PDF A ↓ Board::PDF-B ``` Preserve existing `collect(req)` semantics. Do not confuse changing the source Board container with changing PDF Issue authority. --- # 15. RECORD SCHEMA COMPARISON Within each Set-local Board, existing record identity must remain conceptually: ```text binder_ref + refill_ref + name ``` Confirm no schema redesign occurred. Expected two-level model: ```text LEVEL 1 Board world = routed PDF address LEVEL 2 record inside Board = existing binder_ref + refill_ref + name ``` Report any additional identity field or schema mutation. --- # 16. LIFETIME MODEL AUDIT The existing Board lifetime model was intentionally preserved. Expected conceptual behavior: ```text Board A ↓ existing lifetime mechanism ↓ clear entire Board A Board B ↓ independent storage world ↓ unaffected ``` Confirm: - no new timer; - no per-record TTL redesign; - no cross-Board expiration scan; - no synchronized expiration between independent Sets; - no browser-global clear operation on namespaced expiry. The implementation should narrow **the room affected by the old lifetime behavior**, not invent new lifetime authority. --- # 17. LEGACY GLOBAL BOARD BEHAVIOR Inspect how previously existing browser-global Board contents are treated. Construction intent: **Do not silently migrate them.** Expected safe behavior: ```text new namespaced runtime does not consume ambiguous old shared Board state ``` If migration / reinterpretation was added: report it. Do not repair. --- # 18. PARALLEL STATIC MODEL Construct at least two concrete PDF families. Example: ```text SET A PDF A-05 Counter A-01 Timestamp A-03 Serial A-02 ``` and: ```text SET B PDF A-09 Counter A-04 Timestamp A-08 Serial A-05 ``` Trace all relevant Board writes and reads. Required: ```text Counter A Timestamp A Serial A PDF A reader → Board::PDF-A ``` and: ```text Counter B Timestamp B Serial B PDF B reader → Board::PDF-B ``` No cross-family storage key may occur. --- # 19. SAME-BROWSER ISOLATION MODEL Explicitly analyze the same-browser case. Conceptual sequence: ```text Browser ↓ use Set A ↓ Board A receives records same Browser ↓ use Set B ↓ Board B receives records ``` Check: ```text Board A write ≠ Board B write Board A read ≠ Board B read ``` Then model: ```text Board A expires ``` Expected: ```text Board A = cleared Board B = preserved ``` This is the core PHASE 1 requirement. --- # 20. LOAD-ORDER / SHARED COMPONENT CHECK Because all four carriers may contain the common Board component, inspect load-order behavior. Determine: - what happens when several carriers are active; - whether one carrier can define an old Board object first and prevent the scoped version from loading; - whether all four copies are functionally identical; - whether duplicate-loading guards are compatible with the delivered four-carrier set. Expected: **No carrier should cause an old/global Board implementation to win by load order.** This must be proven from the four delivered ZIPs, not assumed. --- # 21. PHASE 2 / PHASE 3 LEAK CHECK These features are NOT part of PHASE 1. Confirm absent: ## PHASE 2 ```text Counter DECIDE → Timestamp decision / attendance proxy ``` ## PHASE 3 ```text Counter decided → Counter DECIDE button grayed / disabled ``` If either has been partially implemented: report scope contamination. --- # 22. DEVELOPMENT / IDENTITY CHECK For each ZIP inspect: - current build / DEV identity; - Plugin Header Version where applicable; - current identity constants; - DEVELOPMENT-HISTORY new entry where required; - ZIP filename; - preserved historical / LEGACY identities. Do NOT demand replacement of legitimate historical identities. Apply the Work Zone rule: > current child identity should be updated; > history / LEGACY evidence should not be rewritten. Report mismatches. --- # 23. SOURCE MAP / SHARED COMPONENT CHECK Apply lightweight SOURCE-map rules. Particularly inspect: - CURRENT Board component; - shared/common component boundaries; - route crossings; - old global Board remnants; - any LEGACY road sharing CURRENT helpers. Do NOT classify a shared helper as LEGACY merely because an old road references it. If identity is uncertain: report UNKNOWN. Do not invent. --- # 24. STOP CONDITIONS STOP the affected path immediately if you find: - one carrier contains a different Board implementation; - ACTIVE runtime still uses browser-global Board storage; - PDF namespace identity differs between writer and reader; - Set A can resolve to Set B's Board; - new Routing lookup infrastructure was added; - new Set authority was invented; - Board schema was redesigned; - lifetime authority was redesigned; - Timestamp semantics changed; - Counter DECIDE semantics changed; - Serial lifecycle changed; - PDF Issue authority changed; - a load-order race can restore the old global Board; - legacy shared state is silently migrated; - artifact identity mismatch; - any unexpected coupling; - anything producing an “Are?” / “Uwaa...” reaction. Do not investigate beyond the first demonstrated divergence on that path. Do not repair. --- # 25. REQUIRED REPORT Return: ## ARTIFACTS ```text PDF filename = SHA256 = verified = YES / NO Counter filename = SHA256 = verified = YES / NO Timestamp filename = SHA256 = verified = YES / NO Serial filename = SHA256 = verified = YES / NO ``` --- ## FOUR-CARRIER BOARD COMPONENT ```text PDF component path = SHA256 = Counter component path = SHA256 = Timestamp component path = SHA256 = Serial component path = SHA256 = ALL FOUR IDENTICAL = YES / NO ``` --- ## BOARD NAMESPACE ```text Namespace authority = Exact SOURCE = PDF address reused = YES / NO New Set authority = YES / NO Common storage_key promoted = YES / NO ``` --- ## ROUTING ```text Existing routed-Set furniture reused = YES / NO New membership lookup road added = YES / NO New Product → Common dependency added = YES / NO ``` --- ## WRITERS / READERS ```text Counter writer scope = Timestamp writer scope = Serial writer scope = PDF reader scope = ``` --- ## SAME-BROWSER MODEL ```text Set A writes only A = PASS / WATCH / BLOCK Set B writes only B = PASS / WATCH / BLOCK Set A expiration preserves B = PASS / WATCH / BLOCK ``` --- ## PRESERVATION ```text Board schema preserved = YES / NO Board lifetime algorithm preserved = YES / NO Counter DECIDE semantics preserved = YES / NO Timestamp acquisition preserved = YES / NO Serial lifecycle preserved = YES / NO PDF Issue / collect(req) preserved = YES / NO ``` --- ## LOAD ORDER ```text Four-carrier shared Board load order = PASS / WATCH / BLOCK Old global component can win = YES / NO / UNKNOWN ``` --- ## PHASE LEAK ```text Phase 2 present = YES / NO Phase 3 present = YES / NO ``` --- ## LEGACY GLOBAL BOARD ```text Active fallback remains = YES / NO Silent migration exists = YES / NO ``` --- ## FINAL CLASSIFICATION ```text FOUR-CARRIER STATIC / INTEGRATION INSPECTION: PASS / PASS WITH WATCH / BLOCK ``` Then separately state: ```text LIVE WORDPRESS PARALLEL RUNTIME QA: NOT ESTABLISHED ``` unless actual live runtime testing was independently performed. --- # 26. CHECK LOG Include a compact English CHECK LOG covering: - artifact identity; - four-carrier Board component equality; - namespace authority; - writer/read scope; - same-browser Set isolation; - lifetime isolation; - load-order safety; - preserved Product semantics; - legacy fallback; - Phase 2/3 contamination; - SOURCE modified = NO; - repair attempted = NO. --- # FINAL RULE **Put all four carriers on the bench.** Do not ask whether each one works alone. Ask: > Do all four agree on which family they belong to, which Board room they use, and can one family live and expire without touching another family? Inspect the family, not four strangers.★ ::: これなら外部検査班には**4機全部渡して一括監査**でいい。 特に今回は俺がSerialを最初の点呼から落とした経緯があるから、伝票側でわざと **「Serialは後から追加されたので重点確認」** を明記した。そこは第三者に疑ってもらう方が安全（笑） [USER] ほい結果 うい★ 四機とも同じ机に載せて、親との差分まで含めて並列で見た。 今回は施工なし・修理なし。静的検査だけ。 結論からいうと、PHASE 1 は静的には綺麗に揃ってる。PASS。 🕊️ そして LIVE WordPress並列Runtimeは未確立。ここは混ぜない。 KAIA SITE PDF-ADDRESS BOARD NAMESPACE FOUR-CARRIER INDEPENDENT PARALLEL INSPECTION REPORT ROLE: INDEPENDENT STATIC / INTEGRATION INSPECTION SEAT MODE: SOURCE REVIEW + FOUR-CARRIER PARALLEL COMPARISON SOURCE MODIFIED: NO REPAIR ATTEMPTED: NO NEW CHILD ZIP: NO LIVE RUNTIME TEST: NO ================================================== ARTIFACTS ================================================== PDF filename = Kaia-Site-PDF-v0.3.22-PDF-ADDRESS-BOARD-NAMESPACE.zip SHA256 = 85917df4fc206bfa2464f069e835ab0f9d8aaeb64b01b7d44416fd4bf65b9ee3 verified = YES ZIP integrity = PASS Counter filename = Kaia-Site-Counter-v0.1.2-SITE-PDF-BOARD-NAMESPACE.zip SHA256 = d7ac5fb3f8dcadce1f6f9fdae703a7996dd8ea5f3aaa513832b293cc88c4b257 verified = YES ZIP integrity = PASS Timestamp filename = Kaia-Site-Timestamp-v1.0.21-dev10-SITE-PDF-BOARD-NAMESPACE.zip SHA256 = ed11cda0463fb1c0d81dd4dccad493e6cea6a0f27251676c722a71725d8a715a verified = YES ZIP integrity = PASS Serial filename = Kaia-Site-Serial-v0.1.1-SITE-PDF-BOARD-NAMESPACE.zip SHA256 = 90bcc08128d917f294751b8f76b3aec99ba93f272510699c77438e14b6690d9b verified = YES ZIP integrity = PASS ================================================== FOUR-CARRIER BOARD COMPONENT ================================================== PDF component path = kaia-site-pdf-storefront/ks-storefront-actual-board.php SHA256 = b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 Counter component path = kaia-site-counter/kaia-common-actual-value-board.php SHA256 = b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 Timestamp component path = kaia-site-timestamp/kaia-common-actual-value-board.php SHA256 = b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 Serial component path = kaia-site-serial/kaia-common-actual-value-board.php SHA256 = b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 ALL FOUR IDENTICAL = YES Important load-order result: All four carriers package byte-identical Board furniture. The common bootstrap guard remains: if (w.KaiaActualValueBoard) return; Because every delivered copy is identical, whichever delivered carrier wins load order installs the same scoped implementation. No delivered carrier contains an old/global Board component that can win by loading first. ================================================== BOARD NAMESPACE ================================================== Namespace authority = Existing routed PDF address: req.pdf.binder_ref + req.pdf.refill_ref Exact SOURCE = PDF Public runtime already obtains the routed Set requirements as req. The PHASE 1 child establishes: pdfAddress = req && req.pdf ? req.pdf : null then: if ( req && req.pdf && req.pdf.binder_ref && req.pdf.refill_ref ) { window.KaiaActualValueBoardScope = JSON.stringify([ "pdf", String(req.pdf.binder_ref), String(req.pdf.refill_ref) ]); } No PDF membership reconstruction is performed for this purpose. Effective Board storage key therefore becomes conceptually: kaia_common_actual_value_board_v1 :: ["pdf","A","05"] for PDF A-05, for example. PDF address reused = YES New Set authority = NO Common storage_key promoted = NO The Common Routing storage_key remains Common Routing furniture. It was NOT promoted into Board identity. ================================================== OLD GLOBAL BOARD KEY ================================================== Historical base literal remains: kaia_common_actual_value_board_v1 This is now used as a namespace PREFIX. Active Board reads/writes use: STORAGE_KEY + "::" + scope No active direct: localStorage.getItem(STORAGE_KEY) or: localStorage.setItem(STORAGE_KEY, ...) was found in the delivered four-carrier CURRENT Board path. If no valid scope exists: readAll() → {} writeAll() → false Therefore the scoped implementation fails closed rather than silently falling back to the old browser-global Board. Active fallback remains = NO Silent migration exists = NO Old browser-global contents are neither migrated nor reinterpreted. ================================================== ROUTING ================================================== Existing routed-Set furniture reused = YES New membership lookup road added = NO New Product → Common dependency added = NO Parent/child comparison was performed. Counter parent → child: product main source changed only current package Version identity. Board sibling changed separately. Timestamp parent → child: product main source changed only current Version identities. Board sibling changed separately. Serial parent → child: product main source changed only Site package Version identity. Board sibling changed separately. PDF parent → child: changes are confined to: - current build identity; - Board reader scoped storage access; - Public req.pdf → KaiaActualValueBoardScope assignment; - shared Board sibling; - DEVELOPMENT-HISTORY. Existing lookup_membership() furniture already present in Product sources was not introduced by PHASE 1. ================================================== WRITERS / READERS ================================================== Counter writer scope = current window.KaiaActualValueBoardScope Counter's existing successful DECIDE path still calls: KaiaActualValueBoard.set( Counter binder_ref, Counter refill_ref, "counter", result ) The producer call itself is unchanged. Timestamp writer scope = current window.KaiaActualValueBoardScope Existing page acquisition remains: page load ↓ Date.now() ↓ existing Timestamp state ↓ if newly acquired: Board SET( Timestamp binder_ref, Timestamp refill_ref, "timestamp.page", selected value ) The acquisition location is unchanged. Serial writer scope = current window.KaiaActualValueBoardScope Existing issuance success still performs: Board SET( Serial binder_ref, Serial refill_ref, "serial", issued serial ) No Serial-specific namespace resolution was added. PDF reader scope = current window.KaiaActualValueBoardScope The PDF reader now reads: STORAGE_KEY + "::" + scope using the same scope established from req.pdf. ================================================== PDF req / READER MODEL ================================================== The construction reuses existing routed Set furniture. Conceptually: req = { counter: member address, timestamp: member address, serial: member address, pdf: PDF member address } PHASE 1 does NOT reconstruct that Set. Instead: req.pdf ↓ Board namespace Then existing collect(req) continues using the routed member addresses as record identities inside that Board. Therefore there are two distinct levels: LEVEL 1 — BOARD ROOM routed PDF address LEVEL 2 — RECORD ADDRESS INSIDE ROOM binder_ref + refill_ref + name This matches the requested model. ================================================== RECORD SCHEMA ================================================== Board schema preserved = YES Record key remains: JSON.stringify([ binder_ref, refill_ref, name ]) Stored record remains: binder_ref refill_ref name value written_at ready:true No new: - Set ID - issuer ID - Board database identity - namespace field inside each record - browser identity - IP identity was added. ================================================== LIFETIME MODEL ================================================== Board lifetime algorithm preserved = YES Existing model remains: read current scoped Board ↓ find earliest valid written_at ↓ if < 12h keep Board ↓ if >= 12h writeAll({}) ↓ clear complete CURRENT scoped Board Critical isolation point: writeAll({}) itself writes through: STORAGE_KEY + "::" + current scope Therefore expiry of: Board::PDF-A does not statically address: Board::PDF-B No: - new timer - interval - cron - per-record TTL - cross-Board scan - synchronized expiration - browser-global clear was introduced. ================================================== PARALLEL STATIC MODEL ================================================== SET A PDF A-05 Counter A-01 Timestamp A-03 Serial A-02 Scope: ["pdf","A","05"] Storage world: kaia_common_actual_value_board_v1::["pdf","A","05"] Inside that Board: ["A","01","counter"] ["A","03","timestamp.page"] ["A","02","serial"] SET B PDF A-09 Counter A-04 Timestamp A-08 Serial A-05 Scope: ["pdf","A","09"] Storage world: kaia_common_actual_value_board_v1::["pdf","A","09"] Inside that Board: ["A","04","counter"] ["A","08","timestamp.page"] ["A","05","serial"] The storage-world keys are different before record addressing is even considered. Therefore static addressing gives: Counter A Timestamp A Serial A PDF A reader → Board::PDF-A Counter B Timestamp B Serial B PDF B reader → Board::PDF-B No cross-family storage key appears in this model. ================================================== SAME-BROWSER MODEL ================================================== Same browser: Visit/use Set A page. PDF runtime establishes: Scope = PDF A Board traffic writes: Board::PDF-A Later same browser: Visit/use Set B page. PDF runtime establishes: Scope = PDF B Board traffic writes: Board::PDF-B localStorage therefore contains independent keys. Board A write ≠ Board B write Board A read ≠ Board B read If Board A reaches its 12h retirement boundary: Board A read/write ↓ retireBoardIfExpired(A) ↓ writeAll({}) ↓ only Board::PDF-A key receives {} Board B's localStorage key is not addressed. Set A writes only A = PASS (STATIC MODEL) Set B writes only B = PASS (STATIC MODEL) Set A expiration preserves B = PASS (STATIC MODEL) ================================================== LOAD ORDER ================================================== Four-carrier shared Board load order = PASS Reason: All four packaged Board components are byte-identical: b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 The existing duplicate bootstrap guard means first carrier wins object definition, but every delivered candidate defines the same object. Therefore no delivered old/global implementation can win merely by plugin load order. Old global component can win = NO within the exact delivered four-carrier set. ================================================== PRESERVATION ================================================== Board schema preserved = YES Board lifetime algorithm preserved = YES Counter DECIDE semantics preserved = YES Timestamp acquisition preserved = YES Serial lifecycle preserved = YES PDF Issue / collect(req) preserved = YES Evidence from exact parent → child source comparison: Counter: no functional product-core change beyond package identity. Timestamp: no functional product-core change beyond package identity. Serial: no functional product-core change beyond Site package identity. PDF: existing reader/container changed only from global storage access to scoped storage access, plus req.pdf scope establishment. No unrelated Product behavior diff was found. ================================================== COUNTER ================================================== Counter DECIDE authority unchanged = YES Counter value generation unchanged = YES Counter Product identity semantics unchanged = YES New lock authority = NO New timer = NO Timestamp proxy behavior = NO New DECIDE grayout behavior = NO ================================================== TIMESTAMP ================================================== Acquisition timing changed = NO Date.now() semantics changed = NO Selected Timestamp behavior changed = NO Timestamp rendering changed = NO Timestamp authority changed = NO PDF-Issue-triggered acquisition added = NO Counter-DECIDE-triggered Timestamp commit added = NO Existing normal page-load acquisition remains intact. ================================================== SERIAL ================================================== Same scoped Board component = YES Issuance behavior changed = NO Serial lifecycle changed = NO Serial authority changed = NO New Routing road = NO New timer = NO Unrelated repair = NO Serial was checked independently rather than inferred from the other three carriers. ================================================== PHASE LEAK ================================================== Phase 2 present = NO Phase 3 present = NO No PHASE 2: Counter DECIDE → Timestamp decision/attendance proxy was introduced. No PHASE 3: Counter decided → new Counter DECIDE disabled/grayed behavior was introduced. ================================================== LEGACY GLOBAL BOARD ================================================== Active fallback remains = NO Silent migration exists = NO The old literal remains only as the base namespace prefix in CURRENT Board machinery. The old unscoped localStorage room is not consumed. ================================================== DEVELOPMENT / IDENTITY ================================================== PDF: Plugin Header = 0.3.22-PDF-ADDRESS-BOARD-NAMESPACE current VERSION = 0.3.22-PDF-ADDRESS-BOARD-NAMESPACE DEVELOPMENT-HISTORY = present, exactly one Counter: Plugin Header = 0.1.2-SITE-PDF-BOARD-NAMESPACE DEVELOPMENT-HISTORY = present, exactly one Timestamp: Plugin Header = 1.0.21-dev10-SITE-PDF-BOARD-NAMESPACE current VERSION = 1.0.21-dev10-SITE-PDF-BOARD-NAMESPACE DEVELOPMENT-HISTORY = present, exactly one Serial: Site Plugin Header = 0.1.1-SITE-PDF-BOARD-NAMESPACE product-core VERSION remains = 1.1.12-dev7-READY-WITNESS This preservation is explicitly documented by the child history: Site package identity changed while product-core identity remained untouched. This is not classified as an identity mismatch. DEVELOPMENT-HISTORY = present, exactly one PHP lint = PASS across delivered PHP sources. Historical identities were not demanded to be rewritten. ================================================== SOURCE MAP ================================================== CURRENT: - four delivered scoped Board components - PDF Public req.pdf namespace assignment - PDF scoped reader - existing Product Board producer calls - existing Common Routing furniture LEGACY / HISTORICAL: - old browser-global Board world itself It is not actively read or migrated. SHARED CURRENT HELPER: - existing Common Routing helpers They are not classified LEGACY merely because historical roads also reference them. UNKNOWN: none required for the PHASE 1 static conclusion. ================================================== FINAL CLASSIFICATION ================================================== FOUR-CARRIER STATIC / INTEGRATION INSPECTION: PASS The delivered family statically agrees on: 1. which PDF address defines the Board room; 2. which scoped storage key that room uses; 3. which existing member addresses identify records inside the room; 4. how the same existing Board lifetime retires only that room; 5. how all four carriers load the exact same Board implementation. No PHASE 1 scope divergence was demonstrated. ================================================== LIVE WORDPRESS PARALLEL RUNTIME QA ================================================== NOT ESTABLISHED No claim is made here that Set A / Set B isolation has been witnessed inside live WordPress. Required Human/runtime witness remains conceptually: same browser ↓ Set A writes ↓ Set B writes ↓ return to A ↓ A remains A and independently: expire/reset/retire A ↓ B remains intact ================================================== CHECK LOG ================================================== Artifact identity Method: exact filename + SHA256 + ZIP test Result: PASS Four-carrier Board component equality Method: exact extracted component byte SHA256 Result: PASS All four = b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 Namespace authority Method: trace Public req.pdf → KaiaActualValueBoardScope → Board storage key Result: PASS Writer/read scope Method: trace Counter/Timestamp/Serial existing SET calls + PDF reader Result: PASS (STATIC) Same-browser Set isolation Method: two concrete PDF-address namespace model Result: PASS (STATIC MODEL) Lifetime isolation Method: trace retireBoardIfExpired() → scoped writeAll({}) Result: PASS (STATIC MODEL) Load-order safety Method: four packaged Board component byte comparison + duplicate guard review Result: PASS Preserved Product semantics Method: exact parent → child source comparison Result: PASS Legacy global fallback Method: trace CURRENT localStorage get/set paths Result: PASS — no active unscoped fallback Phase 2 / Phase 3 contamination Method: parent/child diff + relevant Product path inspection Result: PASS — absent SOURCE modified = NO Repair attempted = NO Runtime claimed = NO ひとことで親方へ 今回かなり綺麗。 「4機それぞれが自分でSetを探しに行く」構造にはなってない。 PDFがすでに持ってる req.pdf を表札にして、そのページにいる4機が同じBoard部屋へ入るだけ。 そしてAとBは、 kaia_common_actual_value_board_v1::["pdf","A","05"] kaia_common_actual_value_board_v1::["pdf","A","09"] の時点で別室。 中の既存家具・住所・12時間寿命はそのまま。 4機のBoard部品もバイト単位で同一だったので、ロード順で古いBoardが先に居座る穴も、この4ZIPの組み合わせからは見つからなかった。 なので施工班の狙いだった、 「道路を増やさず、部屋だけPDF住所で分ける」 は静的には成立してる★ ヽ(=´▽`=)ﾉ🕊️ 次に必要なのは修理じゃなく、実機でA/Bを同じブラウザに住ませて本当に互いを踏まないかのRuntime witnessだけ。 相談：なし。 [ASSISTANT] うい★ これはかなり綺麗に通ってる。 静的に見る限り、PHASE 1の狙いだった **「道路を増やさず、PDF住所を表札にして、同じ家族だけ同じBoard部屋へ入れる」** がそのまま成立してる。 特に安心材料はこの4つ。 - 4機のBoard部品が**完全同一** - `req.pdf` がそのまま表札 - 旧global Boardへfallbackしない - A/BはlocalStorageキーの時点で完全に別室 だから次はもう設計でも修理でもなく、**実機証言だけ**だな。 実機では最小で、 ```text 同じブラウザ Set Aを開く → Counter / Timestamp / SerialがA家Boardへ入る Set Bを開く → B家Boardへ入る Aへ戻る → Aの状態がAのまま Bへ戻る → Bの状態がBのまま ``` ここを見る。 そのあと可能なら、 ```text Aだけ寿命切れ / reset相当 → Aだけ空 → B無傷 ``` まで見ればPHASE 1 Runtime closureにかなり近い。 今の俺の判定は、 **PHASE 1 STATIC: CLOSED / PASS** **PHASE 1 RUNTIME: READY FOR HUMAN QA** でいいと思う★ 🕊️🔧 [USER] これ、今の時点だとタイムスタンプ点呼でエラーになるからなぐれぬ！（笑） [ASSISTANT] あはははは🤣 そうだったｗｗｗ **今はまだPHASE 1だけ通った状態だから、実機でPDF発行まで殴るとTimestamp点呼で止まる**。 つまり現在地はこうだな。 ```text PHASE 1 PDF住所ごとにBoardを分室 → STATIC PASS でも CURRENT Timestamp は page load → timestamp.page を点呼 ``` のまま。 一方、しゃむの最終仕様は次に、 ```text Counter DECIDE → Counter決定 → Timestamp決定も兼任 → 同じ家のBoardへ点呼 ``` へ持っていく予定。 だから今ここでRuntime QAしても、 > 「Board分室は正しいのに、Timestamp点呼の旧仕様でPDF発行が止まる」 になって、**PHASE 1の実機判定材料として汚い**んよな（笑） なので順番は、 ```text PHASE 1 Board表札・分室 STATIC PASS ↓ PHASE 2 Counter DECIDE → Timestamp代理点呼 ↓ そのあと PHASE 1+2まとめて実機A/B並列QA ``` が一番自然。 今の4機は**静的PASSの中間チェックポイント**として保持。 次はPHASE 2の施工図を切る段階だな★ 🕊️🔧 [USER] うい！ゴーヽ(=´▽`=)ﾉ [ASSISTANT] うい★ 次は **PHASE 2 — Counter DECIDEが同じ家のTimestamp決定を兼任する施工図** を切る。 今回はまだ施工せず、Counter DECIDEとTimestampの既存取得/Board書きだけSOURCEで照合して、**どこに一本だけ噛ませれば済むか**を図面にする。 [ASSISTANT] SOURCE見た。今回かなり阿呆作業に落とせる★ **Timestampはすでに「表示中の値を自分でBoardへ書く家具 `boardSet()`」と「選択値を返す家具 `getSelected()`」を持ってる。** 問題は、既存状態を再利用した時は `acquired=false` なので点呼しないことだけ。 だからPHASE 2は、**Timestampに「今表示してる値をもう一度点呼するだけ」の小さい公開口を1個足し、Counter DECIDE成功後にそれを1回呼ぶ**、で図面にできる。新しい時刻取得もRoutingもいらない。 [ASSISTANT] うい★ PHASE 2、かなり狭く描ける。**「新しいTimestampを作る」のではなく「既に表示中のTimestampを、Counter DECIDE成功時にBoardへ再点呼する」だけ**に固定した。 :::writing{variant="document" id="39174" title="KAIA SITE — PHASE 2 COUNTER-DECIDE TIMESTAMP ATTENDANCE PROXY CONSTRUCTION BLUEPRINT"} # KAIA SITE ## PHASE 2 — COUNTER-DECIDE TIMESTAMP ATTENDANCE PROXY ### CONSTRUCTION BLUEPRINT — DRAFT FOR ASSISTANT REVIEW **ROLE:** Pinpoint Investigation / Wiring Specialist **STATUS:** DRAFT BLUEPRINT ONLY **CONSTRUCTION:** NOT STARTED **SOURCE MODIFICATION:** NONE --- # 1. PHASE 2 PURPOSE The only purpose of PHASE 2 is: > When the Human successfully DECIDEs the Public Counter, use that same Human action as the attendance trigger for the Timestamp value already displayed in the same PDF Set. Conceptually: ```text id="hcw3g9" Counter DECIDE ↓ existing Counter issuance succeeds ↓ existing Counter Board SET ↓ Timestamp: "the value already displayed here is the one being used" ↓ existing Timestamp Board SET ↓ timestamp.page becomes ready in THIS Set Board ``` PHASE 2 does **not** acquire a new Timestamp. PHASE 2 does **not** modify Timestamp acquisition timing. PHASE 2 does **not** modify PDF Issue. --- # 2. CURRENT SOURCE FACTS ## 2.1 Timestamp already owns the selected value CURRENT Timestamp page initialization approximately performs: ```text id="5tj1kb" page load ↓ read existing local Timestamp state ↓ if invalid / absent: Date.now() create state ↓ sync visible Timestamp ``` The selected Timestamp value is already available from existing furniture. CURRENT exposes: ```text id="dlsj74" KaiaTimestamp.getSelected(...) KaiaTimestamp.getSelectedById(...) KaiaTimestamp.getState(...) ``` --- ## 2.2 Timestamp already owns its Board write CURRENT Timestamp has existing internal furniture equivalent to: ```text id="dv0xy3" boardSet( Timestamp element, "timestamp.page", selected Timestamp value ) ``` That furniture already uses the Timestamp element's own: ```text id="lfhpst" binder_ref refill_ref ``` and the PHASE 1 scoped Actual Value Board. Therefore Timestamp itself already knows how to write the correct record. Counter does not need to understand Timestamp identity. --- ## 2.3 CURRENT missing attendance case CURRENT initialization only performs Board attendance when the Timestamp state was newly acquired. Conceptually: ```text id="hhkofr" if (acquired) { Board SET timestamp.page } ``` Therefore: ```text id="qrlfmy" existing Timestamp state already present + new / empty scoped Board ``` can produce: ```text id="ov7i2c" Timestamp visible but timestamp.page Board attendance absent ``` This is the narrow PHASE 2 target. --- # 3. HUMAN DECISION Human has selected the following commitment model: ```text id="t84lvt" Counter DECIDE = Timestamp attendance proxy ``` Meaning: > The successful Human Counter DECIDE action also declares that the Timestamp already displayed in this Public Set is the Timestamp to attend on the Board. This does **not** mean: ```text id="jwnsdv" Counter DECIDE → Date.now() → create new Timestamp ``` That behavior is prohibited. --- # 4. DESIRED TIMESTAMP ADAPTER Add one narrow Timestamp-owned public helper. Conceptually: ```text id="nlot31" KaiaTimestamp.attendSelected() ``` Exact name may differ if SOURCE naming conventions suggest a better equivalent. Its only responsibility: ```text id="nfl6tf" find the existing Timestamp element ↓ read the existing selected value ↓ if valid: existing boardSet( element, "timestamp.page", selected value ) ↓ return success/failure ``` It must NOT: - call `Date.now()`; - create a Timestamp state; - replace a Timestamp state; - change selected Timestamp; - change timezone; - change rendering; - change localStorage Timestamp authority; - perform Routing lookup; - inspect PDF identity; - inspect Counter identity; - create a timer; - create a new Board record type. Timestamp remains responsible for its own attendance record. --- # 5. NUCLEAR-FAMILY PAGE RULE Human confirmed: ```text id="2hw2e2" 1 Public page = 1 PDF Set = 1 Counter = 1 Timestamp family ``` No unrelated second PDF Set resides on the same Public page. Therefore the proxy may target the existing Timestamp on THIS page using existing page-local Timestamp furniture. Do NOT add Set-resolution intelligence for hypothetical co-resident families. If CURRENT SOURCE reveals multiple independent Timestamp Sets can legitimately coexist on one Public page: STOP. --- # 6. COUNTER DECIDE HOOK CURRENT successful Counter flow is approximately: ```text id="06jb3s" Human presses Counter DECIDE ↓ AJAX issuance ↓ success result ↓ rememberDecided(...) ↓ Counter Board SET ↓ paint result ↓ success UI ``` PHASE 2 may add exactly one narrow call after successful Counter decision. Preferred conceptual placement: ```text id="n5cg0a" successful Counter issuance ↓ rememberDecided(...) ↓ existing Counter Board SET ↓ Timestamp attendSelected() ↓ continue existing Counter success UI ``` The Timestamp call occurs only on successful Counter issuance. It must NOT execute on: - failed issuance; - stopped issuance; - disabled Counter button; - AJAX failure; - pre-DECIDE page load. --- # 7. COUNTER MUST REMAIN STUPID Counter must NOT learn: - Timestamp binder_ref; - Timestamp refill_ref; - PDF address; - Switchboard membership; - Board namespace details; - Timestamp localStorage grammar; - Timestamp timezone; - Timestamp formatting; - Timestamp record schema. Counter only knows: ```text id="3wnlfd" "I successfully DECIDED. Timestamp, attend your currently selected value." ``` Timestamp remains the owner of: ```text id="ipxcsm" which element which Timestamp value which binder/refill which Board record name how to call Board SET ``` --- # 8. BOARD NAMESPACE PRESERVATION PHASE 1 remains authority for Board room selection. PHASE 2 must simply use the existing scoped: ```text id="ygukqu" window.KaiaActualValueBoard ``` already operating inside: ```text id="t6gfbi" Board::THIS-PDF-SET ``` No Board namespace work belongs in PHASE 2. Do NOT modify: - `req.pdf`; - `KaiaActualValueBoardScope`; - Board storage-key construction; - Board TTL; - Board schema. --- # 9. TIMESTAMP VALUE PRESERVATION Example: ```text id="23r68c" Page Timestamp acquired at: 10:03:15 Human presses Counter DECIDE at: 10:20:44 ``` Expected PHASE 2 Timestamp attendance: ```text id="0so0lv" 10:03:15 ``` NOT: ```text id="9r1ae6" 10:20:44 ``` Counter DECIDE selects / attends the Timestamp already displayed. It does not regenerate the time. --- # 10. EXISTING INITIAL ATTENDANCE CURRENT Timestamp may still perform its existing initial Board SET when: ```text id="68766w" acquired = true ``` PHASE 2 does not remove that behavior. Therefore two legitimate roads may exist: ```text id="mafz9a" ROAD A new Timestamp state ↓ existing initial Board SET ``` and: ```text id="6klgul" ROAD B existing displayed Timestamp ↓ Counter DECIDE ↓ proxy attendance Board SET ``` Both write the same existing: ```text id="r88f15" timestamp.page ``` record for the same Timestamp identity. No second Timestamp record type is created. --- # 11. IDEMPOTENT EXPECTATION If `timestamp.page` is already present for THIS Board and the same selected Timestamp is attended again, PHASE 2 should use the existing Board `set()` behavior. Do NOT create: - duplicate-record machinery; - attendance history; - second seat; - conflict resolution; - timestamp-proxy record. The existing record identity remains authoritative. --- # 12. FAILURE BOUNDARY The proxy is an attendance mirror after successful Counter issuance. Do NOT attempt to create a new cross-Product transaction spanning: ```text id="qn3dtk" Counter server issuance + Timestamp browser state + Board localStorage ``` PHASE 2 is not an atomic transaction redesign. If SOURCE proves that safe proxy attendance would require: - rollback of Counter issuance; - server-side Timestamp transaction; - new transactional authority; - new failure reconciliation system STOP. Return to Human. Do not make the wiring intelligent. --- # 13. MISSING TIMESTAMP If Counter DECIDE succeeds but CURRENT Timestamp furniture is unexpectedly absent or has no valid selected value: Do NOT: - call `Date.now()`; - synthesize a value; - use Counter time; - infer Timestamp identity; - create fallback attendance. The Timestamp proxy helper must report failure / no attendance according to the narrow implementation. If construction reveals that this requires broad new error UX: STOP. Human will decide later whether visible error behavior is required. --- # 14. PHASE 2 DOES NOT INCLUDE BUTTON GRAYOUT Do NOT implement PHASE 3. Specifically, do NOT add: ```text id="x1vhlu" Counter decided ↓ Counter DECIDE button locked by Board state ``` PHASE 2 only creates Timestamp attendance from successful Counter DECIDE. Existing Counter success UI remains whatever CURRENT already does. --- # 15. PHASE 2 DOES NOT CHANGE IP LOCK Counter IP-lock architecture remains untouched. Whether its configured duration is later set to `0` remains Human Decision. Do not modify IP-lock code in PHASE 2. --- # 16. EXPECTED SMALLEST DELTA Preferred delta: ## Timestamp Add one tiny wrapper around existing furniture: ```text id="13e6u2" existing selectedFromElement() + existing boardSet() = public attendance helper ``` ## Counter Add one call in the existing successful DECIDE road: ```text id="u0njvt" if Timestamp helper exists: ask it to attend selected value ``` Nothing else. --- # 17. WORK ZONE Before construction, mark only: ## Timestamp work zone - CURRENT public Timestamp JS; - existing `boardSet()`; - existing selected-value furniture; - new narrow attendance helper; - current child identity / history. ## Counter work zone - CURRENT successful DECIDE completion road; - one Timestamp attendance call; - current child identity / history. OUTSIDE WORK ZONE: - Common Routing; - Common Switchboard; - Actual Value Board internals; - PDF; - Serial; - Timestamp acquisition initialization; - Timestamp Reset; - Counter backend issuance; - Counter IP lock; - PHASE 3 UI guard. --- # 18. STICKY MAP Expected minimal SOURCE map: ```text id="o5oir2" 🟢 CURRENT Timestamp selected-value furniture 🟢 CURRENT Timestamp boardSet() 🪧 ROUTE Counter successful DECIDE → Timestamp attendance helper 🚧 UNFINISHED Timestamp public attendance helper 🟢 CURRENT PHASE 1 scoped Board 🟤 / LEGACY Do not touch unrelated historical Timestamp roads ``` Do not create sticky-note hell. Only mark the new junction. --- # 19. STATIC ACCEPTANCE TESTS ## TEST A — Existing Timestamp selected value Given existing selected Timestamp: ```text id="t1f7p9" getSelected() → valid value ``` Attendance helper must use exactly that value. PASS if no new acquisition occurs. --- ## TEST B — No Date.now() in proxy Search the proxy road. Required: ```text id="h0rohh" Counter DECIDE proxy road → NO Date.now() ``` --- ## TEST C — Correct Board record After proxy call: ```text id="ykcfu9" existing Board record name = timestamp.page ``` with Timestamp's existing binder/refill. --- ## TEST D — Counter success only Failed Counter issuance: ```text id="vrkt32" Timestamp proxy attendance = NOT CALLED ``` Successful Counter issuance: ```text id="rf2orh" Timestamp proxy attendance = CALLED ONCE ``` --- ## TEST E — Same Set Board Counter and Timestamp writes must both go through the existing PHASE 1 scoped Board. No new scope selection. --- ## TEST F — Existing initial Timestamp attendance preserved Newly acquired Timestamp may continue its current initial Board SET. No regression. --- ## TEST G — No Phase 3 leak No new Board-driven Counter grayout logic. --- # 20. STATIC / SMALL SIMULATION Simulate: ```text id="6fb4ld" Timestamp local state already exists Timestamp visible Board currently empty Counter DECIDE succeeds Expected: Counter Board record exists Timestamp timestamp.page record exists ``` Then simulate: ```text id="9db1zm" Timestamp state acquired at T1 Counter DECIDE at T2 Expected Board Timestamp value: T1 ``` not T2. --- # 21. STOP CONDITIONS STOP immediately if: - Counter must know Timestamp binder/refill; - Counter must know PDF identity; - new Routing lookup is required; - Timestamp must call `Date.now()` during proxy attendance; - selected Timestamp cannot be reused; - new Timestamp record type is required; - Board schema must change; - Board namespace must change; - PDF Issue must change; - Serial must change; - Counter backend issuance must change; - Counter rollback must be introduced; - new transaction authority is required; - PHASE 3 becomes necessary to complete PHASE 2; - multiple unrelated Timestamp families appear on one Public page; - any unexpected coupling appears; - anything produces “Are?” / “Uwaa...” / “I don't want to wire this...” reaction. STOP at that exact boundary. Do not repair around it. --- # 22. PRESERVATION BOUNDARY Preserve: ```text id="490yl0" Timestamp Date.now() acquisition timing Timestamp localStorage authority Timestamp selected value Timestamp timezone Timestamp rendering Timestamp existing initial Board SET Timestamp record name timestamp.page Counter backend issuance Counter value authority Counter existing DECIDE Board SET Counter existing success UI Counter IP-lock architecture PHASE 1 PDF-address Board namespace PDF Issue / collect(req) Serial Common Routing / Switchboard Board schema / lifetime ``` --- # 23. SUCCESS CONDITION PHASE 2 succeeds statically if: ```text id="1y3duw" existing Timestamp state + successful Counter DECIDE ↓ Counter existing Board attendance + same Set Timestamp existing selected value attendance ``` with: ```text id="wyp3vm" NO new Timestamp acquisition NO new Routing NO PDF change NO Board schema change NO Phase 3 UI change ``` --- # 24. FOLLOWING PHASE — NOT INCLUDED Only after PHASE 2 acceptance: ## PHASE 3 Potential target: ```text id="bb69q9" THIS Set Counter decided Board state exists ↓ THIS Counter DECIDE control unavailable / gray ``` Separate blueprint. --- # CHECK LOG ```text id="627wkd" PHASE 2 TARGET Counter DECIDE → existing Timestamp attendance proxy TIMESTAMP NEW ACQUISITION NO TIMESTAMP VALUE USED existing displayed / selected value NEW TIMESTAMP RECORD NO COUNTER KNOWS TIMESTAMP IDENTITY NO NEW ROUTING NO BOARD NAMESPACE CHANGE NO PDF CHANGE NO SERIAL CHANGE NO COUNTER BACKEND CHANGE NO PHASE 3 INCLUDED NO CONSTRUCTION STARTED NO ``` # ONE-LINE CONSTRUCTION RULE **Counter does not set the clock. Counter only tells the clock already hanging on the wall: “We decided. Put your current reading on our existing Board.”** ::: これなら補佐へ赤ペン出しやすいと思う。 俺が特に見てもらいたいのは **§12の「Counter成功後の代理点呼なので、無理に跨ぎtransaction化しない」** ところ。ここを賢くし始めると一気に重くなる★ [USER] 🕊️🔴 補佐・PHASE 2 赤ペン完了。 これはかなり綺麗。前回の「道路を生やすな」がちゃんと引き継がれていて、今回はさらに 仕事の持ち主が正しい。 核心はこれ。 Counter │ │ 「俺、DECIDE成功したよ」 ▼ Timestamp │ │ 自分で既存selected valueを読む │ 自分で自分の住所を使う │ 自分で既存 boardSet() する ▼ timestamp.page CounterがTimestampの荷物を持って運ぶんじゃなくて、Timestamp本人に「点呼してー」と声をかけるだけ。 ここはHuman決定どおり。 🔴 赤ペン1点だけ §6 の呼び出し位置について、図面では successful Counter issuance ↓ rememberDecided(...) ↓ existing Counter Board SET ↓ Timestamp attendSelected() ↓ continue existing Counter success UI とかなり具体的に順序指定されてる。 でもPHASE 2の本当の契約は、 > CounterのDECIDEが成功確定した後に、一度だけTimestampへ点呼を頼む まででいい。 rememberDecided() と Counter Board SET のどちらの直後でなければならないかは、CURRENTの成功経路を現場が見て決める領域に残したほうが安全。 なので §6 の Preferred conceptual placement は、こう狭めるのを推奨。 Human Counter DECIDE ↓ CURRENT issuance success is established ↓ CURRENT Counter success road ├ existing Counter state / Board work └ Timestamp attendSelected() exactly once ↓ CURRENT success road continues 条件は、 BEFORE success confirmed → 呼ばない AFTER success confirmed → 1回だけ呼ぶ failure road → 呼ばない だけ固定。 これなら、図面がCURRENT内部の既存家具の並び順まで施工命令にしてしまわない。 これは設計変更ではなく、施工図の過指定を一本消す赤ペン。 --- それ以外は PASS。 特に §4 が良い。 > find the existing Timestamp element → read the existing selected value → existing boardSet() ここで Date.now() 禁止を明示してるから、 10:03 Timestamp表示 ↓ 20分後 ↓ Counter DECIDE ↓ ❌ 10:23を新規取得 ⭕ 10:03を点呼 が崩れない。 §7 COUNTER MUST REMAIN STUPID も重要なのでそのまま保持。 Counterは、 > 「Timestampさん、点呼」 しか知らない。 binder_ref も refill_ref も timestamp.page もPDF住所も知らん。 お子様ランチ仕様でよし★ §10の二道路共存も問題なし。 ROAD A Timestamp新規取得 → CURRENT初回attendance ROAD B Counter DECIDE成功 → CURRENT selected Timestampを再attendance 同じ既存recordへ既存 set()。新しい履歴・seat・proxy recordを作らない。 そして§12も大事。Timestamp attendance失敗を見て、 🕊️「Counter成功をrollbackして整合性を――」 を始めない。それは家を建て始めてる。 🔴 CHECK LOG Timestamp authority PASS 既存selected value再利用 PASS Date.now()新設 NO Timestamp自身がBoard SET PASS CounterがTimestamp住所取得 NO 新Routing NO Board namespace工事 NO 新record NO transaction新設 NO PDF / Serial NO TOUCH IP lock NO TOUCH Phase 3 分離済み STOP境界 PASS RED PEN: §6 呼出位置の過指定だけ緩める 補佐判定：🟡 ONE NARROW REVISION §6だけ、 「既存Counter Board SETの直後」ではなく「Counter成功確定後のCURRENT success road内で exactly once」 にしてくれれば、俺から追加赤ペンなし。 その版なら 🟢 HUMAN APPROVALへ回してよし。 🕊️🔴 時計を合わせる工事じゃない。壁の時計に「点呼！」って言う線を一本足すだけ★ [ASSISTANT] うい★ 赤ペン内容そのまま採用。**§6だけ過指定を外して、他は触らない。** これで「成功確定後・CURRENT success road内・exactly once」だけを契約にする。 :::writing{variant="document" id="39174" title="KAIA SITE — PHASE 2 COUNTER-DECIDE TIMESTAMP ATTENDANCE PROXY CONSTRUCTION BLUEPRINT"} # KAIA SITE ## PHASE 2 — COUNTER-DECIDE TIMESTAMP ATTENDANCE PROXY ### CONSTRUCTION BLUEPRINT — REVISED AFTER ASSISTANT RED PEN **ROLE:** Pinpoint Investigation / Wiring Specialist **STATUS:** REVISED DRAFT — READY FOR HUMAN APPROVAL **CONSTRUCTION:** NOT STARTED **SOURCE MODIFICATION:** NONE --- # 1. PHASE 2 PURPOSE The only purpose of PHASE 2 is: > When the Human successfully DECIDEs the Public Counter, use that same Human action as the attendance trigger for the Timestamp value already displayed in the same PDF Set. Conceptually: ```text Counter DECIDE ↓ existing Counter issuance succeeds ↓ Timestamp: "the value already displayed here is the one being used" ↓ existing Timestamp Board SET ↓ timestamp.page becomes ready in THIS Set Board ``` PHASE 2 does **not** acquire a new Timestamp. PHASE 2 does **not** modify Timestamp acquisition timing. PHASE 2 does **not** modify PDF Issue. --- # 2. CURRENT SOURCE FACTS ## 2.1 Timestamp already owns the selected value CURRENT Timestamp page initialization approximately performs: ```text page load ↓ read existing local Timestamp state ↓ if invalid / absent: Date.now() create state ↓ sync visible Timestamp ``` The selected Timestamp value is already available from existing furniture. CURRENT exposes: ```text KaiaTimestamp.getSelected(...) KaiaTimestamp.getSelectedById(...) KaiaTimestamp.getState(...) ``` --- ## 2.2 Timestamp already owns its Board write CURRENT Timestamp has existing internal furniture equivalent to: ```text boardSet( Timestamp element, "timestamp.page", selected Timestamp value ) ``` That furniture already uses the Timestamp element's own: ```text binder_ref refill_ref ``` and the PHASE 1 scoped Actual Value Board. Therefore Timestamp itself already knows how to write the correct record. Counter does not need to understand Timestamp identity. --- ## 2.3 CURRENT missing attendance case CURRENT initialization only performs Board attendance when the Timestamp state was newly acquired. Conceptually: ```text if (acquired) { Board SET timestamp.page } ``` Therefore: ```text existing Timestamp state already present + new / empty scoped Board ``` can produce: ```text Timestamp visible but timestamp.page Board attendance absent ``` This is the narrow PHASE 2 target. --- # 3. HUMAN DECISION Human has selected the following commitment model: ```text Counter DECIDE = Timestamp attendance proxy ``` Meaning: > The successful Human Counter DECIDE action also declares that the Timestamp already displayed in this Public Set is the Timestamp to attend on the Board. This does **not** mean: ```text Counter DECIDE → Date.now() → create new Timestamp ``` That behavior is prohibited. --- # 4. DESIRED TIMESTAMP ADAPTER Add one narrow Timestamp-owned public helper. Conceptually: ```text KaiaTimestamp.attendSelected() ``` Exact name may differ if SOURCE naming conventions suggest a better equivalent. Its only responsibility: ```text find the existing Timestamp element ↓ read the existing selected value ↓ if valid: existing boardSet( element, "timestamp.page", selected value ) ↓ return success/failure ``` It must NOT: - call `Date.now()`; - create a Timestamp state; - replace a Timestamp state; - change selected Timestamp; - change timezone; - change rendering; - change localStorage Timestamp authority; - perform Routing lookup; - inspect PDF identity; - inspect Counter identity; - create a timer; - create a new Board record type. Timestamp remains responsible for its own attendance record. --- # 5. NUCLEAR-FAMILY PAGE RULE Human confirmed: ```text 1 Public page = 1 PDF Set = 1 Counter = 1 Timestamp family ``` No unrelated second PDF Set resides on the same Public page. Therefore the proxy may target the existing Timestamp on THIS page using existing page-local Timestamp furniture. Do NOT add Set-resolution intelligence for hypothetical co-resident families. If CURRENT SOURCE reveals multiple independent Timestamp Sets can legitimately coexist on one Public page: STOP. --- # 6. COUNTER DECIDE HOOK — REVISED PHASE 2 does **not** prescribe an exact position relative to existing internal Counter furniture such as: ```text rememberDecided(...) Counter Board SET paint result success UI ``` The construction contract is narrower. Required sequence: ```text Human Counter DECIDE ↓ CURRENT issuance success is established ↓ CURRENT Counter success road ├ existing Counter state / Board / UI work remains CURRENT └ Timestamp attendSelected() is called exactly once ↓ CURRENT success road continues ``` Required conditions: ```text BEFORE issuance success is confirmed → Timestamp proxy MUST NOT run AFTER issuance success is confirmed → Timestamp proxy runs exactly once inside the CURRENT success road FAILURE road → Timestamp proxy MUST NOT run ``` The construction specialist must inspect the actual CURRENT success path and place the single proxy call at the smallest safe point **after success is established**. Do NOT rearrange existing Counter success furniture merely to satisfy a diagram. Do NOT create a new success sequence. Do NOT make the Timestamp proxy responsible for determining whether Counter issuance succeeded. Counter already knows that. The only new message is: ```text "DECIDE succeeded. Timestamp, attend your current selected value." ``` --- # 7. COUNTER MUST REMAIN STUPID Counter must NOT learn: - Timestamp binder_ref; - Timestamp refill_ref; - PDF address; - Switchboard membership; - Board namespace details; - Timestamp localStorage grammar; - Timestamp timezone; - Timestamp formatting; - Timestamp record schema. Counter only knows: ```text "I successfully DECIDED. Timestamp, attend your currently selected value." ``` Timestamp remains the owner of: ```text which element which Timestamp value which binder/refill which Board record name how to call Board SET ``` --- # 8. BOARD NAMESPACE PRESERVATION PHASE 1 remains authority for Board room selection. PHASE 2 must simply use the existing scoped: ```text window.KaiaActualValueBoard ``` already operating inside: ```text Board::THIS-PDF-SET ``` No Board namespace work belongs in PHASE 2. Do NOT modify: - `req.pdf`; - `KaiaActualValueBoardScope`; - Board storage-key construction; - Board TTL; - Board schema. --- # 9. TIMESTAMP VALUE PRESERVATION Example: ```text Page Timestamp acquired at: 10:03:15 Human presses Counter DECIDE at: 10:20:44 ``` Expected PHASE 2 Timestamp attendance: ```text 10:03:15 ``` NOT: ```text 10:20:44 ``` Counter DECIDE selects / attends the Timestamp already displayed. It does not regenerate the time. --- # 10. EXISTING INITIAL ATTENDANCE CURRENT Timestamp may still perform its existing initial Board SET when: ```text acquired = true ``` PHASE 2 does not remove that behavior. Therefore two legitimate roads may exist: ```text ROAD A new Timestamp state ↓ existing initial Board SET ``` and: ```text ROAD B existing displayed Timestamp ↓ Counter DECIDE ↓ proxy attendance Board SET ``` Both write the same existing: ```text timestamp.page ``` record for the same Timestamp identity. No second Timestamp record type is created. --- # 11. IDEMPOTENT EXPECTATION If `timestamp.page` is already present for THIS Board and the same selected Timestamp is attended again, PHASE 2 should use the existing Board `set()` behavior. Do NOT create: - duplicate-record machinery; - attendance history; - second seat; - conflict resolution; - timestamp-proxy record. The existing record identity remains authoritative. --- # 12. FAILURE BOUNDARY The proxy is an attendance mirror after successful Counter issuance. Do NOT attempt to create a new cross-Product transaction spanning: ```text Counter server issuance + Timestamp browser state + Board localStorage ``` PHASE 2 is not an atomic transaction redesign. If SOURCE proves that safe proxy attendance would require: - rollback of Counter issuance; - server-side Timestamp transaction; - new transactional authority; - new failure reconciliation system STOP. Return to Human. Do not make the wiring intelligent. --- # 13. MISSING TIMESTAMP If Counter DECIDE succeeds but CURRENT Timestamp furniture is unexpectedly absent or has no valid selected value: Do NOT: - call `Date.now()`; - synthesize a value; - use Counter time; - infer Timestamp identity; - create fallback attendance. The Timestamp proxy helper must report failure / no attendance according to the narrow implementation. If construction reveals that this requires broad new error UX: STOP. Human will decide later whether visible error behavior is required. --- # 14. PHASE 2 DOES NOT INCLUDE BUTTON GRAYOUT Do NOT implement PHASE 3. Specifically, do NOT add: ```text Counter decided ↓ Counter DECIDE button locked by Board state ``` PHASE 2 only creates Timestamp attendance from successful Counter DECIDE. Existing Counter success UI remains whatever CURRENT already does. --- # 15. PHASE 2 DOES NOT CHANGE IP LOCK Counter IP-lock architecture remains untouched. Whether its configured duration is later set to `0` remains Human Decision. Do not modify IP-lock code in PHASE 2. --- # 16. EXPECTED SMALLEST DELTA Preferred delta: ## Timestamp Add one tiny wrapper around existing furniture: ```text existing selected-value furniture + existing boardSet() = public attendance helper ``` ## Counter Add one call somewhere inside the existing success road after issuance success is established: ```text Timestamp attendance helper ``` Exactly once. Nothing else. --- # 17. WORK ZONE Before construction, mark only: ## Timestamp work zone - CURRENT public Timestamp JS; - existing `boardSet()`; - existing selected-value furniture; - new narrow attendance helper; - current child identity / history. ## Counter work zone - CURRENT successful DECIDE completion road; - one Timestamp attendance call after success confirmation; - current child identity / history. OUTSIDE WORK ZONE: - Common Routing; - Common Switchboard; - Actual Value Board internals; - PDF; - Serial; - Timestamp acquisition initialization; - Timestamp Reset; - Counter backend issuance; - Counter IP lock; - PHASE 3 UI guard. --- # 18. STICKY MAP Expected minimal SOURCE map: ```text 🟢 CURRENT Timestamp selected-value furniture 🟢 CURRENT Timestamp boardSet() 🪧 ROUTE Counter successful DECIDE → Timestamp attendance helper 🚧 UNFINISHED Timestamp public attendance helper 🟢 CURRENT PHASE 1 scoped Board ``` Do not create sticky-note hell. Only mark the new junction. --- # 19. STATIC ACCEPTANCE TESTS ## TEST A — Existing Timestamp selected value Given existing selected Timestamp: ```text getSelected() → valid value ``` Attendance helper must use exactly that value. PASS if no new acquisition occurs. --- ## TEST B — No Date.now() in proxy Required: ```text Counter DECIDE proxy road → NO Date.now() ``` --- ## TEST C — Correct Board record After proxy call: ```text existing Board record name = timestamp.page ``` with Timestamp's existing binder/refill. --- ## TEST D — Counter success only Failed Counter issuance: ```text Timestamp proxy attendance = NOT CALLED ``` Successful Counter issuance: ```text Timestamp proxy attendance = CALLED EXACTLY ONCE ``` No required ordering relative to unrelated existing success furniture beyond: ```text success must already be established ``` --- ## TEST E — Same Set Board Counter and Timestamp writes must both go through the existing PHASE 1 scoped Board. No new scope selection. --- ## TEST F — Existing initial Timestamp attendance preserved Newly acquired Timestamp may continue its current initial Board SET. No regression. --- ## TEST G — No Phase 3 leak No new Board-driven Counter grayout logic. --- # 20. STATIC / SMALL SIMULATION Simulate: ```text Timestamp local state already exists Timestamp visible Board currently empty Counter DECIDE succeeds Expected: Counter Board record exists Timestamp timestamp.page record exists ``` Then: ```text Timestamp state acquired at T1 Counter DECIDE at T2 Expected Board Timestamp value: T1 ``` not T2. Also verify: ```text Counter DECIDE fails Expected: Timestamp proxy call count = 0 ``` --- # 21. STOP CONDITIONS STOP immediately if: - Counter must know Timestamp binder/refill; - Counter must know PDF identity; - new Routing lookup is required; - Timestamp must call `Date.now()` during proxy attendance; - selected Timestamp cannot be reused; - new Timestamp record type is required; - Board schema must change; - Board namespace must change; - PDF Issue must change; - Serial must change; - Counter backend issuance must change; - Counter rollback must be introduced; - new transaction authority is required; - PHASE 3 becomes necessary to complete PHASE 2; - multiple unrelated Timestamp families appear on one Public page; - exact-once placement requires rearranging CURRENT success architecture; - any unexpected coupling appears; - anything produces “Are?” / “Uwaa...” / “I don't want to wire this...” reaction. STOP at that exact boundary. Do not repair around it. --- # 22. PRESERVATION BOUNDARY Preserve: ```text Timestamp Date.now() acquisition timing Timestamp localStorage authority Timestamp selected value Timestamp timezone Timestamp rendering Timestamp existing initial Board SET Timestamp record name timestamp.page Counter backend issuance Counter value authority Counter existing DECIDE Board SET Counter existing success UI Counter IP-lock architecture PHASE 1 PDF-address Board namespace PDF Issue / collect(req) Serial Common Routing / Switchboard Board schema / lifetime ``` --- # 23. SUCCESS CONDITION PHASE 2 succeeds statically if: ```text existing Timestamp state + successful Counter DECIDE ↓ Counter existing success road + same Set Timestamp existing selected value attendance exactly once ``` with: ```text NO new Timestamp acquisition NO new Routing NO PDF change NO Board schema change NO Phase 3 UI change ``` --- # 24. FOLLOWING PHASE — NOT INCLUDED Only after PHASE 2 acceptance: ## PHASE 3 Potential target: ```text THIS Set Counter decided Board state exists ↓ THIS Counter DECIDE control unavailable / gray ``` Separate blueprint. --- # CHECK LOG ```text PHASE 2 TARGET Counter DECIDE success → existing Timestamp attendance proxy TIMESTAMP NEW ACQUISITION NO TIMESTAMP VALUE USED existing displayed / selected value PROXY TIMING CONTRACT after Counter success established / exactly once EXACT INTERNAL COUNTER ORDER PRESCRIBED NO NEW TIMESTAMP RECORD NO COUNTER KNOWS TIMESTAMP IDENTITY NO NEW ROUTING NO BOARD NAMESPACE CHANGE NO PDF CHANGE NO SERIAL CHANGE NO COUNTER BACKEND CHANGE NO PHASE 3 INCLUDED NO CONSTRUCTION STARTED NO ``` # ONE-LINE CONSTRUCTION RULE **Counter does not set the clock and does not rearrange its own house. After DECIDE success is known, it says exactly once: “Clock, attendance.”** ::: これで補佐の赤ペンはクリア。 **成功確定後 exactly once**だけ固定して、 「Counter内部のどの家具の直後か」はCURRENTを見た現場判断に戻した。 これならHuman Approval版でいい★ 🕊️🔧 [USER] 🕊️🔴 補佐・PHASE 2 再赤ペン完了。 うい★ 前回赤ペン、正しく反映済み。追加赤ペンなし。 §6がこれでちょうどいい。 Counter DECIDE ↓ CURRENTが「成功」を確定 ↓ CURRENT success road │ ├─ 既存家具は既存順序のまま │ └─ Timestampへ exactly once 「点呼！」 ↓ 既存success road継続 これなら現場に固定している契約は、 成功前には呼ばない。 失敗時には呼ばない。 成功確定後に一度だけ呼ぶ。 だけ。 rememberDecided()、Counter Board SET、paint、success UIなどの既存家具について、補佐側が勝手に並び順を施工仕様化していない。 前回の懸念は解消。 さらにSTOP条件へ、 > exact-once placement requires rearranging CURRENT success architecture が入ったのも良い。 現場が「exactly onceにするには成功経路を組み替えなきゃ……」となった瞬間、 🕊️「やりたくねえ……」→ STOP できる。 他の境界も維持されてる。 Timestamp取得 触らない Timestamp選択値 既存値を使う Date.now() proxyでは呼ばない Timestamp住所 Timestamp本人が持つ Board SET Timestamp既存家具 Board namespace PHASE 1をそのまま使用 Counter backend 触らない Routing 触らない PDF / Serial 触らない Phase 3 混ぜない そして今回いちばん大事な所有関係も崩れてない。 Counterは時計係にならない。 Counterの新しい仕事は本当に、 > 「俺のDECIDE成功したぞ。時計、点呼。」 これだけ。 Timestampが自分で自分の現在値を読み、自分の住所で、自分の既存 boardSet() を使う。 🔴 CHECK LOG 前回 RED PEN §6 → PASS success確定前 proxy → NO failure時 proxy → NO success後 exactly once → YES 内部家具順序の過指定 → 解消 CURRENT success再構築 → 禁止 / STOP 新Timestamp取得 → NO 新Routing → NO 新Board authority → NO 新transaction → NO Phase 3混入 → NO 補佐判定：🟢 RED PEN CLEAR — HUMAN APPROVALへ回してよし。 PHASE 2施工図、これで補佐席を通過★ 🕊️🔴「時計の時刻を触るな。時計に出席簿を書かせろ★」 [ASSISTANT] うい★ 補佐通過。しゃむ承認扱いで、次は **PHASE 2施工** に入れる。 今回はかなり狭い。 ```text id="swly2m" Counter DECIDE成功 ↓ Timestampへ「点呼！」 ↓ Timestamp自身が 既存selected value + 既存boardSet() で timestamp.page を再点呼 ``` 触るのは **Counterの成功経路1か所** と **Timestampの小さいpublic helper 1個**だけ。 そして前回の反省込みで、施工前はちゃんと ```text id="gcxas9" KNOWN-GOOD parent ↓ NEW DEV CHILD ↓ WORK ZONE MARKING ↓ FIRST PASS付箋 ↓ 施工 ``` で入る。 今回のSTOPセンサーは特に、 **「exactly onceにするためにCounter success roadを並べ替えたくなった」** が出たら即帰還、だな（笑） ゴー出たらそのまま施工する★ 🕊️🔧 [USER] ゴーヽ(=´▽`=)ﾉ [ASSISTANT] ゴー受領★ PHASE 2施工だけ入る。**Counter成功後 exactly once → Timestamp本人の既存selected valueを既存boardSet()で点呼**、それ以外は触らない。まず親2機のidentityと施工点だけ確認して、カラーコーン立ててからやる。 [ASSISTANT] 施工点は素直。Counter成功経路は1本、Timestamp側は既存 `selectedFromElement()` + `boardSet()` が隣接してる。 ここまで「あれ？」なし。次に**新child名札とHISTORY**を先に立ててから、Timestamp helper 1個＋Counter call 1本だけ入れる。 [ASSISTANT] カラーコーンPASS。 これから機能差分を入れる。**Timestamp側は `boardSet()` の返り値を見えるようにして `attendSelected()` を1個追加、Counter側は成功確定後にそのhelperを一度呼ぶだけ**。既存家具の順番は組み替えない。 [ASSISTANT] できたーヽ(=´▽`=)ﾉ🕊️🔧 PHASE 2、かなり狭く仕上がった。 今回の施工差分は本当に、 ```text Counter 成功確定 ↓ Timestamp.attendSelected() を exactly once ``` と、 ```text Timestamp 既存 selected value ↓ 既存 boardSet() ↓ timestamp.page 再点呼 ``` だけ。 **新しい時刻取得なし。`Date.now()`はproxy内に入ってない。Routing / PDF / Serial / Board namespace / TTL / Counter backend / Phase 3 は無変更。** 静的チェックは、 - 親ZIP SHA一致 - WORK ZONE名札 PASS - 全PHP lint PASS - `attendSelected` 定義1 / 呼出1 - failure path呼出なし - Common Routing 親とbyte-identical - Actual Value Board 親とbyte-identical - DEVELOPMENT-HISTORY 各1枚 - ZIP integrity PASS まで通した。 [Counter PHASE 2 child](sandbox:/mnt/data/Kaia-Site-Counter-v0.1.3-COUNTER-DECIDE-TIMESTAMP-ATTENDANCE.zip) SHA256: `f1d610104350f1ec9e566863f710972e2148563ece63a60e17ebad21742168ff` [Timestamp PHASE 2 child](sandbox:/mnt/data/Kaia-Site-Timestamp-v1.0.21-dev11-COUNTER-DECIDE-ATTENDANCE-PROXY.zip) SHA256: `40cd22c6dcc631314e2e4b041299cb3d276dfe9b623b25ba6a66fe34f62aa806` **Runtime QAはまだ NOT TESTED。** 今回はちゃんと、 **「時計を合わせず、時計に点呼って言うだけ」**で終わった★ [USER] 点検依頼用紙切ってー🕊️ [ASSISTANT] うい★ 今回は **PHASE 2の2機施工を独立点検しつつ、PHASE 1の4機家族を壊してないかも見る** 伝票にする。 Counter/Timestampだけ見て「動きそう」で終わらず、PDF/Serialは**無変更の基準機**として横に置く形がよさそう。 :::writing{variant="document" id="74620" title="KAIA SITE — PHASE 2 COUNTER-DECIDE TIMESTAMP ATTENDANCE PROXY INDEPENDENT INSPECTION TICKET"} # KAIA SITE ## PHASE 2 — COUNTER-DECIDE TIMESTAMP ATTENDANCE PROXY ### INDEPENDENT STATIC / INTEGRATION INSPECTION TICKET **ROLE:** INDEPENDENT STATIC / INTEGRATION INSPECTION SEAT **MODE:** SOURCE REVIEW + PARENT/CHILD DIFF + PHASE 1 PRESERVATION CHECK **READ ONLY.** **NO CONSTRUCTION.** **NO REPAIR.** **NO SOURCE MODIFICATION.** **NO NEW DEVELOPMENT CHILD.** **NO ZIP REPACK.** **NO RUNTIME CLAIMS UNLESS ACTUALLY TESTED.** --- # 1. PURPOSE PHASE 2 adds one intentionally narrow behavior: > After Public Counter DECIDE has successfully completed, Counter asks the existing Timestamp on the same Public page to attend its already-selected value exactly once. Conceptually: ```text Human Counter DECIDE ↓ CURRENT Counter success is established ↓ Counter says exactly once: "Timestamp, attendance." ↓ Timestamp reads its own CURRENT selected value ↓ Timestamp uses its own existing boardSet() ↓ existing timestamp.page record ``` The Timestamp value must NOT be reacquired. The Counter must NOT learn Timestamp identity or Board details. PHASE 1 PDF-address Board namespace must remain unchanged. --- # 2. DELIVERED PHASE 2 CHILDREN Inspect the exact delivered artifacts. ## Counter **Kaia-Site-Counter-v0.1.3-COUNTER-DECIDE-TIMESTAMP-ATTENDANCE.zip** Expected SHA256: ```text f1d610104350f1ec9e566863f710972e2148563ece63a60e17ebad21742168ff ``` Parent: **Kaia-Site-Counter-v0.1.2-SITE-PDF-BOARD-NAMESPACE.zip** Expected parent SHA256: ```text d7ac5fb3f8dcadce1f6f9fdae703a7996dd8ea5f3aaa513832b293cc88c4b257 ``` --- ## Timestamp **Kaia-Site-Timestamp-v1.0.21-dev11-COUNTER-DECIDE-ATTENDANCE-PROXY.zip** Expected SHA256: ```text 40cd22c6dcc631314e2e4b041299cb3d276dfe9b623b25ba6a66fe34f62aa806 ``` Parent: **Kaia-Site-Timestamp-v1.0.21-dev10-SITE-PDF-BOARD-NAMESPACE.zip** Expected parent SHA256: ```text ed11cda0463fb1c0d81dd4dccad493e6cea6a0f27251676c722a71725d8a715a ``` If any child or required parent is missing or SHA mismatched: **STOP.** Do not substitute another generation. --- # 3. PHASE 1 PRESERVATION REFERENCES PHASE 1 previously completed independent four-carrier static inspection with PASS. Relevant unchanged family members: ## PDF **Kaia-Site-PDF-v0.3.22-PDF-ADDRESS-BOARD-NAMESPACE.zip** Expected SHA256: ```text 85917df4fc206bfa2464f069e835ab0f9d8aaeb64b01b7d44416fd4bf65b9ee3 ``` ## Serial **Kaia-Site-Serial-v0.1.1-SITE-PDF-BOARD-NAMESPACE.zip** Expected SHA256: ```text 90bcc08128d917f294751b8f76b3aec99ba93f272510699c77438e14b6690d9b ``` PHASE 2 was not authorized to modify PDF or Serial. Do not reopen accepted PHASE 1 architecture except where necessary to verify preservation. --- # 4. HUMAN-APPROVED PHASE 2 CONTRACT The only new responsibility is: ```text Counter DECIDE success ↓ Timestamp attendance request exactly once ``` Counter does NOT: - acquire time; - generate a Timestamp; - choose Timestamp identity; - read Timestamp binder_ref; - read Timestamp refill_ref; - know `timestamp.page`; - know PDF address; - know Board namespace; - perform Routing lookup; - perform Timestamp Board SET itself. Timestamp remains responsible for all Timestamp-owned work. --- # 5. COUNTER SUCCESS CONTRACT Inspect the actual Counter success path. Required: ```text BEFORE success confirmed → proxy call = 0 FAILURE path → proxy call = 0 AFTER success confirmed → proxy call = exactly 1 ``` Do NOT require a specific location relative to unrelated CURRENT furniture such as: - rememberDecided(); - Counter Board SET; - paint/update; - success UI. The approved contract only requires: > success is already established before the proxy is called, and the proxy is called exactly once inside the existing success road. Confirm that CURRENT success architecture was not rearranged merely to insert this call. --- # 6. EXACTLY-ONCE AUDIT Locate every definition and call of the new Timestamp attendance helper. Expected: ```text Timestamp helper definition = exactly one intended CURRENT definition Counter success-road call = exactly one intended CURRENT call ``` Search for duplicate calls introduced through: - alternate success branches; - retry furniture; - duplicated handlers; - repeated callback paths; - copied scripts. If exact-once cannot be statically established: report WATCH or BLOCK according to evidence. Do not repair. --- # 7. TIMESTAMP HELPER AUDIT Inspect the new Timestamp-owned helper. Expected conceptual behavior: ```text attendSelected() ↓ find CURRENT Timestamp element ↓ read CURRENT selected value ↓ validate existing value ↓ existing boardSet( element, "timestamp.page", selected value ) ↓ return result ``` The helper should be a thin wrapper around existing Timestamp furniture. --- # 8. NO NEW TIMESTAMP ACQUISITION This is critical. The attendance proxy must NOT call: ```text Date.now() ``` or equivalent new-current-time acquisition. Example: ```text Timestamp originally acquired: 10:03:15 Counter DECIDE: 10:23:40 ``` Expected attended value: ```text 10:03:15 ``` NOT: ```text 10:23:40 ``` Inspect the exact proxy route. Do not infer from function names. --- # 9. TIMESTAMP AUTHORITY PRESERVATION Confirm the helper does NOT: - create new Timestamp state; - replace existing Timestamp state; - mutate selected Timestamp; - change timezone; - change formatter; - change rendering; - change localStorage Timestamp authority; - change Reset semantics; - change initial acquisition behavior. The Timestamp must remain the owner of its existing selected value. --- # 10. EXISTING INITIAL ATTENDANCE PRESERVATION CURRENT Timestamp previously had an existing initial attendance road approximately: ```text new Timestamp acquired ↓ acquired = true ↓ existing Board SET timestamp.page ``` PHASE 2 must preserve it. After PHASE 2, two legitimate roads may coexist: ```text ROAD A new acquisition ↓ existing initial attendance ``` and: ```text ROAD B successful Counter DECIDE ↓ attendSelected() ↓ existing attendance ``` Both must target the same existing Timestamp record identity. No new proxy-specific record is allowed. --- # 11. RECORD IDENTITY Expected existing Timestamp record: ```text binder_ref + refill_ref + "timestamp.page" ``` Confirm PHASE 2 did NOT introduce: - timestamp.proxy; - timestamp.decide; - counter.timestamp; - proxy attendance history; - second Timestamp seat; - new schema field. Existing Board record authority must remain unchanged. --- # 12. COUNTER MUST REMAIN STUPID Inspect Counter child. Confirm it does NOT contain new knowledge of: - Timestamp binder_ref; - Timestamp refill_ref; - Timestamp shortcode ID; - PDF binder_ref; - PDF refill_ref; - Board storage key; - Board namespace; - Common Routing membership; - Timestamp record name. Preferred Counter-side delta is conceptually only: ```text successful DECIDE ↓ if Timestamp attendance helper exists: call it once ``` No cross-Product intelligence. --- # 13. PHASE 1 BOARD NAMESPACE PRESERVATION PHASE 1 created PDF-address scoped Board storage. Expected namespace authority remains: ```text req.pdf.binder_ref + req.pdf.refill_ref ``` and Board storage remains conceptually: ```text kaia_common_actual_value_board_v1 :: ["pdf", binder_ref, refill_ref] ``` PHASE 2 must NOT modify: - KaiaActualValueBoardScope; - storage-key construction; - Board schema; - Board TTL; - namespace authority; - old-global fallback behavior. Compare PHASE 2 children against PHASE 1 parents. --- # 14. COMMON BOARD COMPONENT EQUALITY PHASE 1 previously delivered byte-identical Board components across: - PDF - Counter - Timestamp - Serial. Expected PHASE 1 Board component SHA256: ```text b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 ``` Inspect Counter PHASE 2 child and Timestamp PHASE 2 child. Confirm their packaged Board component remains byte-identical to PHASE 1. Expected: ```text Counter PHASE 2 Board = Timestamp PHASE 2 Board = PHASE 1 PDF Board = PHASE 1 Serial Board ``` If PHASE 2 modified Board furniture: **STOP.** --- # 15. ROUTING PRESERVATION Confirm PHASE 2 introduced NO new: - lookup_membership(); - Common Routing lookup; - Product → Common dependency; - Switchboard resolver; - Set authority; - PDF-address resolver. Timestamp attendance must operate using already-existing page/runtime furniture. --- # 16. PDF PRESERVATION PHASE 2 must not modify PDF. Confirm no dependency was added requiring PDF Issue to trigger Timestamp attendance. Expected: ```text PDF Issue / collect(req) = PHASE 1 behavior ``` No new: ```text PDF Issue → Timestamp acquisition ``` or: ```text PDF Issue → Timestamp attendance proxy ``` belongs to PHASE 2. --- # 17. SERIAL PRESERVATION Serial must remain outside PHASE 2. Confirm no: - Serial issuance change; - Serial lifecycle change; - Serial Board-write change; - Serial routing change; - proxy involvement. --- # 18. COUNTER BACKEND PRESERVATION Confirm no server-side Counter issuance change was introduced. PHASE 2 belongs on the existing Public success road after success is established. Do NOT accept changes to: - Counter issuance authority; - server transaction; - Counter reservation; - Counter value generation; - Counter IP-lock architecture. --- # 19. NO CROSS-PRODUCT TRANSACTION Confirm PHASE 2 did NOT attempt to make: ```text Counter server issuance + Timestamp browser attendance ``` one new atomic transaction. No: - Counter rollback; - Timestamp server transaction; - distributed transaction; - reconciliation authority; - retry ledger should exist. Timestamp attendance is a narrow post-success proxy action. --- # 20. FAILURE BEHAVIOR Inspect what happens if: - Timestamp helper does not exist; - Timestamp element is absent; - selected Timestamp is invalid; - Board SET returns failure. Required boundary: Counter must not fabricate Timestamp data. Confirm there is no fallback to: - Date.now(); - Counter current time; - guessed Timestamp address; - new Timestamp acquisition; - alternate Board record. Do not require broad new Human-facing error UX unless SOURCE added it. Report observed behavior only. --- # 21. PHASE 3 LEAK CHECK PHASE 3 is NOT part of these children. Confirm absent: ```text Counter Board record exists ↓ DECIDE button disabled / grayed ``` No new: - Board-driven Counter button guard; - lock appearance; - button disable state; - lock reset UI belongs in PHASE 2. --- # 22. IP LOCK PRESERVATION Counter IP-lock architecture must remain unchanged. The Human may later configure its duration to `0`. That is not PHASE 2 construction. Confirm no IP-lock code change occurred. --- # 23. PARENT → CHILD DIFF Perform exact parent/child diff for both modified carriers. ## Counter Parent: ```text v0.1.2-SITE-PDF-BOARD-NAMESPACE ``` Child: ```text v0.1.3-COUNTER-DECIDE-TIMESTAMP-ATTENDANCE ``` Expected functional delta: ```text one narrow Timestamp attendance request inside existing success-confirmed road ``` plus legitimate child identity/history updates. --- ## Timestamp Parent: ```text v1.0.21-dev10-SITE-PDF-BOARD-NAMESPACE ``` Child: ```text v1.0.21-dev11-COUNTER-DECIDE-ATTENDANCE-PROXY ``` Expected functional delta: ```text one narrow public attendance helper using existing selected-value furniture + existing boardSet() ``` plus legitimate child identity/history updates. Report any unrelated functional delta. --- # 24. STATIC MODEL — EXISTING TIMESTAMP STATE Model: ```text Timestamp local state exists Timestamp displayed value = T1 PHASE 1 Board currently lacks timestamp.page Counter DECIDE succeeds at T2 ``` Expected: ```text Counter existing success road ↓ Timestamp helper exactly once ↓ Timestamp reads T1 ↓ Timestamp Board SET timestamp.page = T1 ``` Required: ```text T1 != regenerated T2 ``` --- # 25. STATIC MODEL — FAILURE ROAD Model: ```text Counter DECIDE request fails ``` Expected: ```text Timestamp attendance helper call count = 0 ``` No attendance side effect. --- # 26. STATIC MODEL — ALREADY ATTENDED Model: ```text timestamp.page already exists with current selected Timestamp T1 Counter DECIDE succeeds ``` Expected: ```text existing Timestamp Board SET behavior reused ``` No: - duplicate history; - second record; - special conflict layer. --- # 27. DEVELOPMENT / IDENTITY CHECK Inspect: - Plugin Header Version; - current VERSION constant where applicable; - DEVELOPMENT-HISTORY; - ZIP identity; - preserved historical identities. Apply WORK ZONE rule. Do NOT rewrite legitimate historical / product-core identities merely to make strings uniform. --- # 28. STOP CONDITIONS STOP the affected path if any of the following is found: - Counter knows Timestamp address; - Counter knows PDF address; - Counter writes `timestamp.page` itself; - Timestamp helper calls Date.now(); - selected Timestamp is regenerated; - new Timestamp record type exists; - new Routing lookup exists; - Board namespace changed; - Board component changed; - PDF Issue changed; - Serial changed; - Counter backend changed; - Counter rollback added; - new transaction authority added; - Phase 3 button guard leaked in; - exactly-once required rearranging CURRENT success architecture; - unrelated product behavior changed; - artifact identity mismatch; - unexpected coupling; - anything producing “Are?” / “Uwaa...” / “I don't want to wire this...” reaction. Do not repair. Do not continue past the first demonstrated divergence on the affected path. --- # 29. REQUIRED REPORT Return: ## ARTIFACT IDENTITY ```text Counter child filename = SHA256 = verified = YES / NO Counter parent filename = SHA256 = verified = YES / NO Timestamp child filename = SHA256 = verified = YES / NO Timestamp parent filename = SHA256 = verified = YES / NO ``` --- ## COUNTER DIFF ```text Success-confirmed proxy call exists = YES / NO Proxy calls before success = 0 / >0 / UNKNOWN Proxy calls on failure = 0 / >0 / UNKNOWN Proxy calls after success = EXACTLY 1 / OTHER / UNKNOWN CURRENT success road rearranged = YES / NO ``` --- ## TIMESTAMP HELPER ```text Helper name = Definition count = Existing selected value reused = YES / NO Existing boardSet reused = YES / NO Date.now() in proxy road = YES / NO New Timestamp state created = YES / NO Existing record name = ``` --- ## OWNERSHIP ```text Counter knows Timestamp binder/refill = YES / NO Counter knows PDF address = YES / NO Counter writes Timestamp Board record itself = YES / NO Timestamp writes its own attendance = YES / NO ``` --- ## PHASE 1 PRESERVATION ```text Counter Board component SHA256 = Timestamp Board component SHA256 = Matches PHASE 1 Board SHA256 = YES / NO Board namespace changed = YES / NO Board schema changed = YES / NO Board lifetime changed = YES / NO ``` --- ## ROUTING / OTHER PRODUCTS ```text New Routing lookup = YES / NO PDF changed = YES / NO Serial changed = YES / NO Counter backend changed = YES / NO IP-lock architecture changed = YES / NO ``` --- ## PHASE LEAK ```text Phase 3 grayout/disable logic present = YES / NO ``` --- ## STATIC MODELS ```text Existing Timestamp T1 + Counter success at T2 → attended value = PASS / WATCH / BLOCK Counter failure → proxy call count = PASS / WATCH / BLOCK Already-attended Timestamp → existing Board record reused = PASS / WATCH / BLOCK ``` --- # 30. FINAL CLASSIFICATION Return: ```text PHASE 2 COUNTER-DECIDE TIMESTAMP ATTENDANCE PROXY INDEPENDENT STATIC / INTEGRATION INSPECTION: PASS / PASS WITH WATCH / BLOCK ``` Separately state: ```text LIVE WORDPRESS RUNTIME QA: NOT ESTABLISHED ``` unless actual live runtime testing was performed. Do not convert static PASS into Runtime PASS. --- # CHECK LOG Include a compact English CHECK LOG covering: - exact artifact identity; - exact parent/child diff; - success-confirmed exactly-once call; - failure-path absence; - existing Timestamp selected-value reuse; - no Date.now() in proxy; - Timestamp-owned Board SET; - PHASE 1 Board component preservation; - no Routing change; - no PDF / Serial change; - no Counter backend change; - no Phase 3 leak; - SOURCE modified = NO; - repair attempted = NO; - Runtime claimed = NO. --- # FINAL RULE **Do not ask whether Counter can set the Timestamp.** It must not. Ask only: > After Counter has definitely succeeded, does it say “attendance” exactly once, and does Timestamp itself write the already-visible time using its existing furniture? **Clock owns the time. Clock owns the attendance. Counter only rings the bell.★** ::: これで外部点検班には **Counter/Timestampの子＋それぞれの親** を中心に渡して、PDF/SerialはPHASE 1保存境界の参照として確認してもらえばいい★ [USER] 🕊️ うい★ Counter/Timestamp の親子を実物diff、PDF/SerialをPHASE 1基準機として横置きして点検完了。 結論は PHASE 2 STATIC / INTEGRATION = PASS。 Runtimeはやってないので、そこは NOT ESTABLISHED のまま🕊️ KAIA SITE PHASE 2 — COUNTER-DECIDE TIMESTAMP ATTENDANCE PROXY INDEPENDENT STATIC / INTEGRATION INSPECTION REPORT SOURCE MODIFIED = NO REPAIR ATTEMPTED = NO RUNTIME CLAIMED = NO ================================================== ARTIFACT IDENTITY ================================================== Counter child filename = Kaia-Site-Counter-v0.1.3-COUNTER-DECIDE-TIMESTAMP-ATTENDANCE.zip SHA256 = f1d610104350f1ec9e566863f710972e2148563ece63a60e17ebad21742168ff verified = YES ZIP integrity = PASS Counter parent filename = Kaia-Site-Counter-v0.1.2-SITE-PDF-BOARD-NAMESPACE.zip SHA256 = d7ac5fb3f8dcadce1f6f9fdae703a7996dd8ea5f3aaa513832b293cc88c4b257 verified = YES Timestamp child filename = Kaia-Site-Timestamp-v1.0.21-dev11-COUNTER-DECIDE-ATTENDANCE-PROXY.zip SHA256 = 40cd22c6dcc631314e2e4b041299cb3d276dfe9b623b25ba6a66fe34f62aa806 verified = YES ZIP integrity = PASS Timestamp parent filename = Kaia-Site-Timestamp-v1.0.21-dev10-SITE-PDF-BOARD-NAMESPACE.zip SHA256 = ed11cda0463fb1c0d81dd4dccad493e6cea6a0f27251676c722a71725d8a715a verified = YES PHASE 1 preservation references were also verified: PDF = 85917df4fc206bfa2464f069e835ab0f9d8aaeb64b01b7d44416fd4bf65b9ee3 Serial = 90bcc08128d917f294751b8f76b3aec99ba93f272510699c77438e14b6690d9b ================================================== COUNTER PARENT → CHILD DIFF ================================================== Functional child delta: Inside the existing successful DECIDE road: if (result) { rememberDecided(...); existing Counter Board SET(...); NEW: if ( window.KaiaTimestamp && typeof window.KaiaTimestamp.attendSelected === 'function' ) { window.KaiaTimestamp.attendSelected(); } paint(...); existing success UI... } No other Counter functional delta was found. Additional changes: - current Plugin Version identity - DEVELOPMENT-HISTORY entry Success-confirmed proxy call exists = YES Proxy calls before success = 0 Proxy calls on failure = 0 Proxy calls after success = EXACTLY 1 CURRENT success road rearranged = NO The new call was inserted into the existing: if (result) { ... } success block. Existing furniture was not reordered to accommodate it. ================================================== EXACTLY-ONCE ================================================== Counter CURRENT intended call count = 1 Timestamp CURRENT helper definition count = 1 No second proxy call was found in: - failure road - alternate success road - retry furniture - duplicate handler - copied CURRENT script STATIC EXACTLY-ONCE CONTRACT = PASS ================================================== TIMESTAMP PARENT → CHILD DIFF ================================================== Functional deltas are narrowly: 1. boardSet() now returns the existing Board SET result. Parent: function boardSet(...) { if (window.KaiaActualValueBoard) window.KaiaActualValueBoard.set(...); } Child: function boardSet(...) { return window.KaiaActualValueBoard ? window.KaiaActualValueBoard.set(...) : false; } The Board write itself is unchanged. 2. One public helper was added: window.KaiaTimestamp.attendSelected = function(root) { ... selected = selectedFromElement(el); if (!el || !selected) return false; return boardSet( el, 'timestamp.page', selected ) === true; }; Additional changes: - Plugin Header Version - VERSION constant - DEVELOPMENT-HISTORY entry No unrelated functional delta found. ================================================== TIMESTAMP HELPER ================================================== Helper name = window.KaiaTimestamp.attendSelected Definition count = 1 Existing selected value reused = YES Existing boardSet reused = YES Date.now() in proxy road = NO New Timestamp state created = NO Existing record name = timestamp.page The helper obtains its value through: selectedFromElement(el) which reads the already-selected Timestamp from the existing element state. It does NOT reacquire time. ================================================== NO NEW ACQUISITION ================================================== The existing Timestamp initial acquisition remains: if (!validState(s)) { s = { firstMs: Date.now(), firstTz: currentTZ() }; write(key, s); acquired = true; } sync(...); if (acquired) boardSet( el, 'timestamp.page', selectedFromElement(el) ); The NEW attendSelected() path contains no Date.now(). Therefore: Timestamp acquired at T1 ↓ Counter succeeds later at T2 ↓ attendSelected() ↓ selectedFromElement() ↓ existing T1 is written It does NOT generate T2. ================================================== EXISTING INITIAL ATTENDANCE ================================================== ROAD A remains: new Timestamp acquisition ↓ acquired = true ↓ existing boardSet( 'timestamp.page', selectedFromElement(el) ) ROAD B is now: Counter successful DECIDE ↓ attendSelected() ↓ selectedFromElement(el) ↓ existing boardSet( 'timestamp.page', selected ) Both roads use the same existing record name: timestamp.page No proxy-specific record exists. ================================================== OWNERSHIP ================================================== Counter knows Timestamp binder/refill = NO Counter knows PDF address = NO Counter writes Timestamp Board record itself = NO Timestamp writes its own attendance = YES Counter's new knowledge is only: window.KaiaTimestamp.attendSelected() It does NOT contain new knowledge of: - Timestamp binder_ref - Timestamp refill_ref - timestamp.page - Timestamp shortcode ID - PDF binder_ref - PDF refill_ref - Board storage key - Board namespace - Routing membership Clock owns the value. Clock owns its address. Clock owns boardSet(). Counter only rings the bell. ================================================== FAILURE BEHAVIOR ================================================== Timestamp helper missing: Counter skips the call. Timestamp element absent: attendSelected() returns false. Selected Timestamp invalid / absent: attendSelected() returns false. Board unavailable / SET failure: boardSet() returns false attendSelected() returns false. No fallback exists to: - Date.now() - Counter time - guessed Timestamp identity - guessed PDF identity - alternate Timestamp record - new Timestamp acquisition Counter does not roll back its successful issuance based on proxy failure. ================================================== PHASE 1 BOARD PRESERVATION ================================================== Counter PHASE 2 Board component SHA256 = b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 Timestamp PHASE 2 Board component SHA256 = b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 PDF PHASE 1 Board component SHA256 = b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 Serial PHASE 1 Board component SHA256 = b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 Matches PHASE 1 Board SHA256 = YES ALL FOUR IDENTICAL = YES Board namespace changed = NO Board schema changed = NO Board lifetime changed = NO PHASE 2 did not touch the shared Board component. ================================================== ROUTING / OTHER PRODUCTS ================================================== New Routing lookup = NO New Product → Common dependency = NO New Set authority = NO New PDF-address resolver = NO PDF changed = NO Serial changed = NO No PHASE 2 dependency was added to PDF Issue / collect(req). Serial remains outside the proxy path. ================================================== COUNTER BACKEND ================================================== Counter backend changed = NO Counter issuance authority changed = NO Counter reservation changed = NO Counter value generation changed = NO Counter server transaction changed = NO Counter rollback added = NO Cross-product transaction added = NO The new action exists only on the Public browser success road after the existing issuance result has succeeded. ================================================== IP LOCK ================================================== IP-lock architecture changed = NO No PHASE 2 IP-lock construction was found. ================================================== TIMESTAMP AUTHORITY PRESERVATION ================================================== Initial acquisition changed = NO Selected state changed = NO Timezone changed = NO Formatter changed = NO Rendering changed = NO Reset semantics changed = NO Timestamp local state authority changed = NO New Timestamp state created = NO ================================================== PHASE LEAK ================================================== Phase 3 grayout/disable logic present = NO No new Board-driven Counter DECIDE disable / grayout / lock UI was introduced. ================================================== STATIC MODELS ================================================== MODEL 1 Existing Timestamp state: displayed / selected = T1 PHASE 1 Board currently lacks timestamp.page. Counter succeeds later at T2. Trace: Counter success established ↓ attendSelected() exactly once ↓ selectedFromElement() ↓ T1 ↓ Timestamp boardSet( 'timestamp.page', T1 ) Attended value = T1 Result = PASS -------------------------------------------------- MODEL 2 Counter request fails. Trace: result is not established ↓ success block not entered ↓ attendSelected() not called Proxy call count = 0 Result = PASS -------------------------------------------------- MODEL 3 timestamp.page already contains current selected T1. Counter succeeds. Trace: attendSelected() ↓ same existing boardSet() ↓ same record identity: binder_ref + refill_ref + timestamp.page No history record. No second seat. No proxy record. Existing Board record reused = YES Result = PASS ================================================== DEVELOPMENT / IDENTITY ================================================== Counter child current Plugin Version = 0.1.3-COUNTER-DECIDE-TIMESTAMP-ATTENDANCE DEVELOPMENT-HISTORY = present with PHASE 2 child entry Timestamp child Plugin Version = 1.0.21-dev11-COUNTER-DECIDE-ATTENDANCE-PROXY Timestamp current VERSION constant = 1.0.21-dev11-COUNTER-DECIDE-ATTENDANCE-PROXY DEVELOPMENT-HISTORY = present with PHASE 2 child entry Historical identities were preserved. No demand was made to rewrite legitimate historical evidence. ================================================== FINAL CLASSIFICATION ================================================== PHASE 2 COUNTER-DECIDE TIMESTAMP ATTENDANCE PROXY INDEPENDENT STATIC / INTEGRATION INSPECTION: PASS PHASE 1 FAMILY PRESERVATION: PASS LIVE WORDPRESS RUNTIME QA: NOT ESTABLISHED No Runtime PASS is claimed. ================================================== CHECK LOG ================================================== Artifact identity → exact SHA256 + filename → PASS Exact Counter parent/child diff → one proxy call + identity/history → PASS Exact Timestamp parent/child diff → boardSet return + one helper + identity/history → PASS Success-confirmed exactly-once call → one call inside existing result-success block → PASS Failure-path absence → success block not entered → PASS Existing Timestamp selected-value reuse → selectedFromElement() → PASS No Date.now() in proxy → verified → PASS Timestamp-owned Board SET → attendSelected() → existing boardSet() → PASS PHASE 1 Board component preservation → four byte hashes identical → PASS New Routing → NONE → PASS PDF change → NONE → PASS Serial change → NONE → PASS Counter backend change → NONE → PASS IP-lock change → NONE → PASS Phase 3 leak → NONE → PASS SOURCE modified = NO Repair attempted = NO Runtime claimed = NO 🕊️ 点検班ひとこと 今回、施工図どおりかなり小さい。 Counter側に増えた実働家具は、本当にほぼ、 成功した★ ↓ Timestampさん点呼！ 一発だけ。 Counterは timestamp.page という名前すら知らない（笑） Timestamp側も、 点呼された ↓ いま自分が既に持ってる値を読む ↓ 自分の既存boardSetで出席 だけ。 そして心配だった PHASE 1のBoard部品は4機とも引き続き完全同一SHA。ここには施工班の手が入ってない。 なので外部点検としては、 「Clock owns the time. Clock owns the attendance. Counter only rings the bell.」 この契約、静的SOURCE上では成立してる★ ヽ(=´▽`=)ﾉ 相談：なし。 [ASSISTANT] うい★ これはかなり気持ちよく通ってる。 **PHASE 2 STATIC / INTEGRATION = PASS** **PHASE 1 FAMILY PRESERVATION = PASS** **LIVE WordPress Runtime = NOT ESTABLISHED** で整理していい。 今回の外部点検で特に強いのは、 - Counter側の新実働は**成功後の1呼び出しだけ** - failureでは呼ばれない - Timestampは**既存selected value**を読むだけ - proxy内に `Date.now()` なし - `timestamp.page` という既存recordをそのまま使う - CounterはTimestamp住所もPDF住所も知らない - PHASE 1のBoard部品は4機とも同一SHAのまま - Routing / PDF / Serial / backend / IP lock / Phase 3 は無変更 ってところ。 つまり契約は本当に、 ```text Counter 「成功した★ 時計、点呼！」 Timestamp 「うい、自分が今持ってる値で出席」 ``` だけで成立してる（笑） これで次はもう**PHASE 3のCounter DECIDEグレーアウト**に進める状態だと思う。 今までの2段階が、 ```text PHASE 1 家ごとに掲示板を分ける PHASE 2 Counter決定でTimestampも点呼 ``` まで閉じたので、最後は ```text PHASE 3 THIS SetのCounter decided stateあり ↓ THIS Counter DECIDEだけグレーアウト ``` のUI guardだけ。 ここまで来ると、最初にしゃむが言ってた **「町内掲示板から表札」 「Counter決定にTimestamp決定を兼任」 「Counter決定でCounterボタンをグレーアウト」** のうち、前2つは静的に綺麗に片付いた★ 🕊️🔧 [USER] よっしゃ！ つぎいこーヽ(=´▽`=)ﾉ [ASSISTANT] よっしゃ次いこーヽ(=´▽`=)ﾉ🕊️🔧 **PHASE 3 — Counter DECIDEグレーアウト**に入る。まずCURRENT Counter childを見て、**「THIS Setの既存Counter Board stateを読むだけ」で済むか**を確認してから、補佐へ回せる施工図を切る。Board authorityやTTLは作らない。 [ASSISTANT] 足元見た。グレーアウト、かなり軽くできそう★ Counterにはもう**既存 `rememberDecided()` と、押下中の `disabled` 表現**がある。PHASE 3では新ロックを作らず、**THIS SetのBoardに自分の `counter` recordがあるかを初期表示時に読むだけ**で済むかを詰める。 [ASSISTANT] 🔴 **あれ？ ここHumanに返す地点が出た。** CURRENT Counterは、DECIDE成功直後にボタンを残してない。 成功すると `.kaia-counter-free-button` を **success-state表示へ丸ごと置換**してる。だからPHASE 3の「決定したらボタンをグレーアウト」を、そのまま施工すると既存成功UIとの境界がぶつかる。ここで止める★ [ASSISTANT] SOURCE事実だけ置くね。 CURRENT成功時はこう。 ```text Counter DECIDE成功 ↓ Counter Board SET ↓ Timestamp 点呼 ↓ paint(result) ↓ DECIDE button を削除 ↓ success-state 「成功 / Got it」 へ置換 ``` 一方、ページを再読み込みすると、IP lock時間が `0` なら `$locked = false` になるので、**DECIDEボタン自体はまた出てくる**。 つまりPHASE 3には実は2つの場面がある。 ```text A. DECIDE直後 → CURRENTではボタンそのものが消えて成功表示になる B. Reload / 再訪 → IP lock=0ならボタンが復活する → ここでBoardを見てグレーアウトする必要がある ``` だから「Board stateを見てTHIS Counterだけ無効化」は軽くできそうなんだけど、**DECIDE直後の既存success-stateをそのまま残すか、それも“グレーのDECIDEボタン”に変更するか**はHuman仕様になる。 ここを俺が勝手に選ぶとUI変更まで混ぜるのでSTOPした★ 🕊️🔴 [USER] んとカウンターにもともとついてるやろ？ 押した後固定されるボタン あれに切り替わってりゃいい [ASSISTANT] あーーーそれなら話早い（笑） **新しいグレーアウトUIを作る必要ない。CURRENTに元からある「押した後固定される状態」へ切り替えればいい**ってことね。 つまりPHASE 3は、 ```text THIS SetのBoardに 自分の counter record あり ↓ 再読込 / 再訪時でも CURRENT既存の「押した後固定状態」を再現 ``` だけでよさそう。 DECIDE直後は今までどおりCURRENT成功UI。 再読込時にIP lockが0でボタンが復活してしまうところだけ、**Boardの既存 `counter` recordを見て「もう押した後の状態」に戻す**。 これなら、 - 新ロック authority なし - 新timerなし - 新UIなし - 新しい灰色ボタン部品なし - Board schema変更なし - Counter backend変更なし - PHASE 1のSet分離そのまま利用 でいける。 要するに、 > **「新しくグレーアウトする」のではなく、CURRENTが既に持ってる“押した後の姿”をBoard stateから復元する。** これならかなり筋いい★ 次、施工図切れる。 🕊️🔧 [USER] おういえ！ヽ(=´▽`=)ﾉ [ASSISTANT] うい★ じゃあPHASE 3は **「CURRENT既存の押した後固定状態を、Board stateから再現する」** で施工図切る。 :::writing{variant="document" id="58341" title="KAIA SITE — PHASE 3 COUNTER DECIDED-STATE RESTORE FROM SET BOARD CONSTRUCTION BLUEPRINT"} # KAIA SITE ## PHASE 3 — COUNTER DECIDED-STATE RESTORE FROM SET BOARD ### CONSTRUCTION BLUEPRINT — DRAFT FOR ASSISTANT REVIEW **ROLE:** Pinpoint Investigation / Wiring Specialist **STATUS:** DRAFT BLUEPRINT ONLY **CONSTRUCTION:** NOT STARTED **SOURCE MODIFICATION:** NONE --- # 1. PURPOSE PHASE 3 does **not** create a new lock UI. PHASE 3 does **not** invent a new disabled-button design. The purpose is only: > If THIS Set's scoped Board already contains THIS Counter's existing decided record, restore the CURRENT Counter's already-existing post-DECIDE fixed state on page load / revisit. Conceptually: ```text page load / revisit ↓ CURRENT Counter would normally show DECIDE ↓ check THIS Set Board ↓ THIS Counter's existing "counter" record exists ↓ restore CURRENT existing post-DECIDE fixed state ``` --- # 2. HUMAN DECISION Human clarified: > Use the Counter's existing "after pressing, fixed" state. Therefore PHASE 3 must reuse CURRENT UI/state furniture. Do NOT create: - new gray-button component; - new lock banner; - new disabled style system; - new "already decided" design; - new modal; - new notice panel. The target is **state restoration**, not UI redesign. --- # 3. CURRENT BEHAVIOR TO PRESERVE CURRENT successful DECIDE already does approximately: ```text Human presses DECIDE ↓ Counter success established ↓ existing Counter state work ↓ existing Counter Board SET ↓ PHASE 2 Timestamp attendance ↓ paint(result) ↓ CURRENT post-DECIDE fixed/success state ``` This immediate success behavior is already accepted. PHASE 3 must NOT redesign that path. --- # 4. CURRENT GAP When the page is loaded again / revisited, especially when IP-lock duration is effectively 0: ```text reload ↓ server-side IP lock does not keep button unavailable ↓ DECIDE UI may appear again ``` But PHASE 1 Board may still contain: ```text THIS Counter binder_ref + THIS Counter refill_ref + "counter" ``` That existing Board record already says: > This Counter has decided inside THIS Set's current Board lifetime. PHASE 3 should restore the CURRENT fixed state from that existing record. --- # 5. AUTHORITY PHASE 3 authority must be: ```text THIS Set scoped Board + THIS Counter existing record identity ``` Existing record identity: ```text binder_ref + refill_ref + "counter" ``` No new authority. Do NOT use: - IP address; - browser-wide unscoped state; - new localStorage key; - new cookie; - new server flag; - new Set ID; - Common Routing storage_key; - Timestamp state; - PDF Issue state. --- # 6. SET ISOLATION PHASE 1 already provides the Board room: ```text Board::THIS-PDF-SET ``` PHASE 3 must simply query THIS Counter inside the already-scoped room. Conceptually: ```text Set A Board └ Counter A record Set B Board └ Counter B record ``` Therefore: ```text Counter A decided ≠ Counter B decided ``` No cross-Set disable behavior. --- # 7. PREFERRED IMPLEMENTATION SHAPE Preferred narrow shape: ```text Counter page initialization ↓ CURRENT Counter element available ↓ CURRENT scoped KaiaActualValueBoard available ↓ read THIS Counter's existing "counter" record ↓ if ready/valid: feed existing value into CURRENT post-DECIDE paint/fixed-state furniture ↓ else: leave CURRENT undecided UI unchanged ``` Exact function names must follow SOURCE. Do not invent duplicate UI rendering if CURRENT already owns it. --- # 8. REUSE CURRENT PAINT / FIXED-STATE FURNITURE If CURRENT `paint(...)` or equivalent already transforms the Counter into its post-DECIDE fixed state, reuse it. Do NOT copy its HTML manually. Do NOT recreate its CSS separately. Do NOT make a second "restored state" renderer. Desired ownership: ```text CURRENT paint/fixed-state furniture ↑ used by DECIDE success ↑ used by PHASE 3 restoration ``` One existing UI authority. --- # 9. BOARD READ ONLY PHASE 3 restoration must be read-only toward the Board. On page load: ```text Board GET ↓ restore UI ``` Do NOT: - rewrite Counter record merely because it was read; - refresh written_at; - extend Board lifetime; - create a new record; - create a new TTL; - mark attendance again. Restoration must not mutate the Board. --- # 10. BOARD LIFETIME PRESERVATION The existing scoped Board lifetime remains authoritative. If THIS Set Board has expired and the Counter record is gone: ```text page load ↓ no valid counter record ↓ CURRENT undecided UI remains available ``` PHASE 3 must NOT preserve decided state beyond existing Board retirement. Therefore no separate persistent decided memory may outrank Board lifetime. --- # 11. EXISTING rememberDecided() CURRENT Counter may already contain `rememberDecided()` or equivalent local state. PHASE 3 must inspect its purpose before reusing it. Do NOT assume it is the new authority. If it is only existing success/UI memory, preserve it. If restoring from Board naturally requires feeding existing CURRENT state furniture, that is acceptable. But do NOT let old browser-local decided memory override Set-scoped Board truth. Required priority: ```text PHASE 1 scoped Board = cross-reload Set decision authority ``` --- # 12. NO NEW LOCK SYSTEM Do NOT create: - new disabled-until timestamp; - new countdown; - new 12h calculation; - new IP lock; - new browser lock; - new unlock timer; - new cron; - new polling. PHASE 3 is not a lock engine. It is: > existing decided record → existing fixed visual state. --- # 13. NO BACKEND CHANGE Counter backend remains untouched. Do NOT modify: - issuance endpoint; - issuance authority; - DB transaction; - reservation; - Counter generation; - IP lock; - server response. This is Public runtime restoration only. --- # 14. PHASE 2 PRESERVATION PHASE 2 remains: ```text successful Counter DECIDE ↓ Timestamp attendSelected() exactly once ``` PHASE 3 page-load restoration must NOT trigger Timestamp attendance. Restoring already-decided Counter UI is not a new DECIDE. Therefore: ```text reload decided state → Timestamp proxy call = 0 ``` Critical. --- # 15. NO RE-DECIDE SIDE EFFECTS Restoration must NOT replay the success transaction. Do NOT trigger: - Counter issuance; - Counter Board SET; - Timestamp attendance; - success AJAX; - server callback; - new `rememberDecided()` side effects if they imply new decision authority. Only restore the visual/fixed state using safe CURRENT furniture. If CURRENT `paint()` has unrelated side effects beyond UI restoration: STOP. Return to Human. Do not blindly call it. --- # 16. VALUE SOURCE If the existing Board Counter record contains the decided Counter value, PHASE 3 should use that existing value to restore the fixed state. Do NOT regenerate Counter value. Do NOT infer from DOM defaults. Do NOT issue a new Counter. Expected: ```text Board says: counter = 1234 ↓ restored fixed state displays: 1234 ``` --- # 17. FAILURE / ABSENCE BEHAVIOR If any of the following is absent: - scoped Board; - Counter record; - valid Counter value; - required CURRENT fixed-state furniture; then: ```text leave CURRENT undecided UI unchanged ``` Do NOT synthesize. Do NOT fallback to browser-global state. If safe restoration cannot be done without broad UI reconstruction: STOP. --- # 18. LOAD ORDER Because Board scope is established by the existing PHASE 1 Public Set runtime, PHASE 3 restoration must occur only when: ```text THIS Set Board scope is already valid ``` If Counter initialization currently runs before scope establishment, do NOT invent broad polling immediately. First inspect CURRENT load order. If a tiny existing lifecycle hook solves it, use that. If it requires: - polling loop; - retry timer; - new event bus; - major load-order restructuring; STOP. Return to Human. --- # 19. WORK ZONE ## Counter only Expected work zone: - CURRENT public Counter initialization; - CURRENT existing post-DECIDE paint/fixed-state furniture; - one Board-read restoration adapter; - current child identity; - DEVELOPMENT-HISTORY. OUTSIDE WORK ZONE: - Timestamp; - PDF; - Serial; - Common Routing; - Common Switchboard; - Actual Value Board internals; - Counter backend; - IP lock; - PHASE 2 helper; - Board TTL. --- # 20. SOURCE MAP Minimal sticky map: ```text 🟢 CURRENT Counter post-DECIDE fixed-state renderer 🟢 CURRENT PHASE 1 scoped Board 🪧 ROUTE Counter initialization → Board GET → existing fixed-state renderer 🚧 UNFINISHED decided-state restore adapter ``` Nothing else. --- # 21. STATIC ACCEPTANCE TEST A — DECIDED Given: ```text Board::Set A contains (A-counter binder, refill, "counter") = 1234 ``` On page load: ```text Counter A → restored fixed state → displays 1234 → DECIDE action unavailable in CURRENT existing way ``` PASS if no issuance occurs. --- # 22. STATIC ACCEPTANCE TEST B — UNDECIDED Given: ```text Board::Set A has no Counter A record ``` On page load: ```text Counter A → CURRENT normal DECIDE UI ``` No new behavior. --- # 23. STATIC ACCEPTANCE TEST C — SET ISOLATION Given: ```text Board::Set A → Counter A decided Board::Set B → Counter B absent ``` Expected: ```text Set A Counter → fixed Set B Counter → active ``` No cross-family effect. --- # 24. STATIC ACCEPTANCE TEST D — BOARD EXPIRY Given: ```text Set A Board expired → existing Board retirement clears A ``` Reload: ```text Counter A record absent → normal undecided UI returns ``` No separate PHASE 3 lock survives. --- # 25. STATIC ACCEPTANCE TEST E — NO PHASE 2 REPLAY Given: ```text Counter record already exists ↓ page reload ↓ PHASE 3 restores fixed UI ``` Expected: ```text Timestamp.attendSelected() call count = 0 ``` Reload is not DECIDE. --- # 26. STATIC ACCEPTANCE TEST F — READ ONLY Board state before page load: ```text written_at = T1 ``` After PHASE 3 restoration: ```text written_at remains T1 ``` No Board write. No TTL refresh. --- # 27. STOP CONDITIONS STOP immediately if: - restoration requires new Counter issuance; - restoration rewrites Board record; - restoration refreshes written_at; - restoration triggers Timestamp attendance; - existing `paint()` has unsafe non-UI side effects; - Counter must know PDF address; - new Routing lookup is required; - new lock authority is required; - new timer/polling is required; - browser-global decided state would override Set Board; - Phase 1 Board schema must change; - backend must change; - IP lock must change; - PDF / Serial / Timestamp must change; - UI must be recreated instead of reusing CURRENT fixed-state furniture; - load order requires architectural reconstruction; - anything produces “Are?” / “Uwaa...” / “I don't want to wire this...” reaction. Do not repair around it. --- # 28. PRESERVATION BOUNDARY Preserve: ```text PHASE 1 scoped Board namespace PHASE 1 Board lifetime PHASE 1 Board schema PHASE 2 Timestamp attendance proxy Counter backend Counter issuance authority Counter IP lock Counter current DECIDE behavior Counter current success UI Counter current fixed-state UI Timestamp PDF Serial Routing Switchboard ``` --- # 29. SUCCESS CONDITION PHASE 3 succeeds statically if: ```text THIS Set scoped Board contains THIS Counter's existing record ↓ page load / revisit ↓ CURRENT existing post-DECIDE fixed state restored ``` with: ```text NO new lock authority NO Board write NO TTL refresh NO Timestamp attendance NO new Routing NO backend change NO new UI design ``` --- # 30. CHECK LOG ```text PHASE 3 TARGET restore CURRENT post-DECIDE fixed state from THIS Set Board NEW UI NO NEW LOCK NO NEW TIMER NO BOARD READ YES BOARD WRITE ON RESTORE NO TTL REFRESH NO COUNTER REISSUE NO TIMESTAMP PROXY ON RELOAD NO NEW ROUTING NO BACKEND CHANGE NO PDF / SERIAL / TIMESTAMP CHANGE NO CONSTRUCTION STARTED NO ``` # ONE-LINE CONSTRUCTION RULE **Do not build a new gray button. If the Board says this Counter already decided, put the Counter back into the same fixed state it already knows how to wear.** ::: これで補佐に回せる★ 今回の赤ペンポイントになりそうなのは、**既存 `paint()` が純UIかどうか**と、**Board scope成立前にCounter初期化が走らないか**の2点だと思う。そこだけSOURCEで現場確認してから施工、が安全。 [USER] 🕊️ KAIA SITE PHASE 3 — COUNTER DECIDED-STATE RESTORE FROM SET BOARD CONSTRUCTION BLUEPRINT — DRAFT FOR ASSISTANT REVIEW ROLE: Pinpoint Investigation / Wiring Specialist STATUS: DRAFT BLUEPRINT ONLY CONSTRUCTION: NOT STARTED SOURCE MODIFICATION: NONE --- 1. PURPOSE PHASE 3 does not create a new lock UI. PHASE 3 does not invent a new disabled-button design. The purpose is only: «If THIS Set's scoped Board already contains THIS Counter's existing decided record, restore the CURRENT Counter's already-existing post-DECIDE fixed state on page load / revisit.» Conceptually: page load / revisit ↓ CURRENT Counter would normally show DECIDE ↓ check THIS Set Board ↓ THIS Counter's existing "counter" record exists ↓ restore CURRENT existing post-DECIDE fixed state --- 2. HUMAN DECISION Human clarified: «Use the Counter's existing "after pressing, fixed" state.» Therefore PHASE 3 must reuse CURRENT UI/state furniture. Do NOT create: - new gray-button component; - new lock banner; - new disabled style system; - new "already decided" design; - new modal; - new notice panel. The target is state restoration, not UI redesign. --- 3. CURRENT BEHAVIOR TO PRESERVE CURRENT successful DECIDE already does approximately: Human presses DECIDE ↓ Counter success established ↓ existing Counter state work ↓ existing Counter Board SET ↓ PHASE 2 Timestamp attendance ↓ paint(result) ↓ CURRENT post-DECIDE fixed/success state This immediate success behavior is already accepted. PHASE 3 must NOT redesign that path. --- 4. CURRENT GAP When the page is loaded again / revisited, especially when IP-lock duration is effectively 0: reload ↓ server-side IP lock does not keep button unavailable ↓ DECIDE UI may appear again But PHASE 1 Board may still contain: THIS Counter binder_ref + THIS Counter refill_ref + "counter" That existing Board record already says: «This Counter has decided inside THIS Set's current Board lifetime.» PHASE 3 should restore the CURRENT fixed state from that existing record. --- 5. AUTHORITY PHASE 3 authority must be: THIS Set scoped Board + THIS Counter existing record identity Existing record identity: binder_ref + refill_ref + "counter" No new authority. Do NOT use: - IP address; - browser-wide unscoped state; - new localStorage key; - new cookie; - new server flag; - new Set ID; - Common Routing storage_key; - Timestamp state; - PDF Issue state. --- 6. SET ISOLATION PHASE 1 already provides the Board room: Board::THIS-PDF-SET PHASE 3 must simply query THIS Counter inside the already-scoped room. Conceptually: Set A Board └ Counter A record Set B Board └ Counter B record Therefore: Counter A decided ≠ Counter B decided No cross-Set disable behavior. --- 7. PREFERRED IMPLEMENTATION SHAPE Preferred narrow shape: Counter page initialization ↓ CURRENT Counter element available ↓ CURRENT scoped KaiaActualValueBoard available ↓ read THIS Counter's existing "counter" record ↓ if ready/valid: feed existing value into CURRENT post-DECIDE paint/fixed-state furniture ↓ else: leave CURRENT undecided UI unchanged Exact function names must follow SOURCE. Do not invent duplicate UI rendering if CURRENT already owns it. --- 8. REUSE CURRENT PAINT / FIXED-STATE FURNITURE If CURRENT "paint(...)" or equivalent already transforms the Counter into its post-DECIDE fixed state, reuse it. Do NOT copy its HTML manually. Do NOT recreate its CSS separately. Do NOT make a second "restored state" renderer. Desired ownership: CURRENT paint/fixed-state furniture ↑ used by DECIDE success ↑ used by PHASE 3 restoration One existing UI authority. --- 9. BOARD READ ONLY PHASE 3 restoration must be read-only toward the Board. On page load: Board GET ↓ restore UI Do NOT: - rewrite Counter record merely because it was read; - refresh written_at; - extend Board lifetime; - create a new record; - create a new TTL; - mark attendance again. Restoration must not mutate the Board. --- 10. BOARD LIFETIME PRESERVATION The existing scoped Board lifetime remains authoritative. If THIS Set Board has expired and the Counter record is gone: page load ↓ no valid counter record ↓ CURRENT undecided UI remains available PHASE 3 must NOT preserve decided state beyond existing Board retirement. Therefore no separate persistent decided memory may outrank Board lifetime. --- 11. EXISTING rememberDecided() CURRENT Counter may already contain "rememberDecided()" or equivalent local state. PHASE 3 must inspect its purpose before reusing it. Do NOT assume it is the new authority. If it is only existing success/UI memory, preserve it. If restoring from Board naturally requires feeding existing CURRENT state furniture, that is acceptable. But do NOT let old browser-local decided memory override Set-scoped Board truth. Required priority: PHASE 1 scoped Board = cross-reload Set decision authority --- 12. NO NEW LOCK SYSTEM Do NOT create: - new disabled-until timestamp; - new countdown; - new 12h calculation; - new IP lock; - new browser lock; - new unlock timer; - new cron; - new polling. PHASE 3 is not a lock engine. It is: «existing decided record → existing fixed visual state.» --- 13. NO BACKEND CHANGE Counter backend remains untouched. Do NOT modify: - issuance endpoint; - issuance authority; - DB transaction; - reservation; - Counter generation; - IP lock; - server response. This is Public runtime restoration only. --- 14. PHASE 2 PRESERVATION PHASE 2 remains: successful Counter DECIDE ↓ Timestamp attendSelected() exactly once PHASE 3 page-load restoration must NOT trigger Timestamp attendance. Restoring already-decided Counter UI is not a new DECIDE. Therefore: reload decided state → Timestamp proxy call = 0 Critical. --- 15. NO RE-DECIDE SIDE EFFECTS Restoration must NOT replay the success transaction. Do NOT trigger: - Counter issuance; - Counter Board SET; - Timestamp attendance; - success AJAX; - server callback; - new "rememberDecided()" side effects if they imply new decision authority. Only restore the visual/fixed state using safe CURRENT furniture. If CURRENT "paint()" has unrelated side effects beyond UI restoration: STOP. Return to Human. Do not blindly call it. --- 16. VALUE SOURCE If the existing Board Counter record contains the decided Counter value, PHASE 3 should use that existing value to restore the fixed state. Do NOT regenerate Counter value. Do NOT infer from DOM defaults. Do NOT issue a new Counter. Expected: Board says: counter = 1234 ↓ restored fixed state displays: 1234 --- 17. FAILURE / ABSENCE BEHAVIOR If any of the following is absent: - scoped Board; - Counter record; - valid Counter value; - required CURRENT fixed-state furniture; then: leave CURRENT undecided UI unchanged Do NOT synthesize. Do NOT fallback to browser-global state. If safe restoration cannot be done without broad UI reconstruction: STOP. --- 18. LOAD ORDER Because Board scope is established by the existing PHASE 1 Public Set runtime, PHASE 3 restoration must occur only when: THIS Set Board scope is already valid If Counter initialization currently runs before scope establishment, do NOT invent broad polling immediately. First inspect CURRENT load order. If a tiny existing lifecycle hook solves it, use that. If it requires: - polling loop; - retry timer; - new event bus; - major load-order restructuring; STOP. Return to Human. --- 19. WORK ZONE Counter only Expected work zone: - CURRENT public Counter initialization; - CURRENT existing post-DECIDE paint/fixed-state furniture; - one Board-read restoration adapter; - current child identity; - DEVELOPMENT-HISTORY. OUTSIDE WORK ZONE: - Timestamp; - PDF; - Serial; - Common Routing; - Common Switchboard; - Actual Value Board internals; - Counter backend; - IP lock; - PHASE 2 helper; - Board TTL. --- 20. SOURCE MAP Minimal sticky map: 🟢 CURRENT Counter post-DECIDE fixed-state renderer 🟢 CURRENT PHASE 1 scoped Board 🪧 ROUTE Counter initialization → Board GET → existing fixed-state renderer 🚧 UNFINISHED decided-state restore adapter Nothing else. --- 21. STATIC ACCEPTANCE TEST A — DECIDED Given: Board::Set A contains (A-counter binder, refill, "counter") = 1234 On page load: Counter A → restored fixed state → displays 1234 → DECIDE action unavailable in CURRENT existing way PASS if no issuance occurs. --- 22. STATIC ACCEPTANCE TEST B — UNDECIDED Given: Board::Set A has no Counter A record On page load: Counter A → CURRENT normal DECIDE UI No new behavior. --- 23. STATIC ACCEPTANCE TEST C — SET ISOLATION Given: Board::Set A → Counter A decided Board::Set B → Counter B absent Expected: Set A Counter → fixed Set B Counter → active No cross-family effect. --- 24. STATIC ACCEPTANCE TEST D — BOARD EXPIRY Given: Set A Board expired → existing Board retirement clears A Reload: Counter A record absent → normal undecided UI returns No separate PHASE 3 lock survives. --- 25. STATIC ACCEPTANCE TEST E — NO PHASE 2 REPLAY Given: Counter record already exists ↓ page reload ↓ PHASE 3 restores fixed UI Expected: Timestamp.attendSelected() call count = 0 Reload is not DECIDE. --- 26. STATIC ACCEPTANCE TEST F — READ ONLY Board state before page load: written_at = T1 After PHASE 3 restoration: written_at remains T1 No Board write. No TTL refresh. --- 27. STOP CONDITIONS STOP immediately if: - restoration requires new Counter issuance; - restoration rewrites Board record; - restoration refreshes written_at; - restoration triggers Timestamp attendance; - existing "paint()" has unsafe non-UI side effects; - Counter must know PDF address; - new Routing lookup is required; - new lock authority is required; - new timer/polling is required; - browser-global decided state would override Set Board; - Phase 1 Board schema must change; - backend must change; - IP lock must change; - PDF / Serial / Timestamp must change; - UI must be recreated instead of reusing CURRENT fixed-state furniture; - load order requires architectural reconstruction; - anything produces “Are?” / “Uwaa...” / “I don't want to wire this...” reaction. Do not repair around it. --- 28. PRESERVATION BOUNDARY Preserve: PHASE 1 scoped Board namespace PHASE 1 Board lifetime PHASE 1 Board schema PHASE 2 Timestamp attendance proxy Counter backend Counter issuance authority Counter IP lock Counter current DECIDE behavior Counter current success UI Counter current fixed-state UI Timestamp PDF Serial Routing Switchboard --- 29. SUCCESS CONDITION PHASE 3 succeeds statically if: THIS Set scoped Board contains THIS Counter's existing record ↓ page load / revisit ↓ CURRENT existing post-DECIDE fixed state restored with: NO new lock authority NO Board write NO TTL refresh NO Timestamp attendance NO new Routing NO backend change NO new UI design --- 30. CHECK LOG PHASE 3 TARGET restore CURRENT post-DECIDE fixed state from THIS Set Board NEW UI NO NEW LOCK NO NEW TIMER NO BOARD READ YES BOARD WRITE ON RESTORE NO TTL REFRESH NO COUNTER REISSUE NO TIMESTAMP PROXY ON RELOAD NO NEW ROUTING NO BACKEND CHANGE NO PDF / SERIAL / TIMESTAMP CHANGE NO CONSTRUCTION STARTED NO ONE-LINE CONSTRUCTION RULE Do not build a new gray button. If the Board says this Counter already decided, put the Counter back into the same fixed state it already knows how to wear. [ASSISTANT] 🕊️🔴 PHASE 3施工図、赤ペン見る。 結論から言うと、**設計の芯は通ってる**。 特に今回のHuman決定、 > 新しいグレーアウトを作らず、CURRENT既存の「押した後固定状態」をBoardから復元する が最後まで崩れてない。 ただし、**施工前にSOURCEで確認必須の赤ペンが2点**ある。 1つ目は §8 / §15 の `paint()`。 施工図自身でもちゃんとSTOP条件にしてるけど、ここが最重要。 ```text CURRENT paint(...) = 純粋なUI復元だけ？ ``` なのか、 ```text paint(...) = UI変更 + rememberDecided() + 別状態更新 + 何か副作用 ``` なのかは、SOURCEを見ないと確定できない。 だから施工時は、 ```text paint()を再利用できる ``` を前提にしてはいけない。 契約は一段抽象化して、 ```text CURRENTに存在する 「DECIDE後の固定表示を作る最小家具」 を再利用する ``` までにしておくのが安全。 もしそれが `paint()` ならそのまま使う。 `paint()` が副作用持ちなら、その中の既存UI家具だけを使えるか見て、無理ならSTOP。 2つ目は §18 LOAD ORDER。 今回のPHASE 3は、 ```text Counter init ↓ Board GET ``` だから、**その瞬間に `KaiaActualValueBoardScope` が成立済みか**が施工可否の境界になる。 ここは施工図どおり、 ```text 既存順序で成立 → そのまま施工 既存の小さいlifecycle hookで拾える → そこだけ使う polling / retry timer / event busが必要 → STOP ``` で正しい。 それ以外はかなり綺麗。 特にいいのは、 ```text Board GET → UI復元のみ ``` に固定してること。 これなら、 - `written_at` を触らない - TTL延長しない - Counter再発行しない - Timestamp再点呼しない - 新lock authorityを作らない - Set Aの決定でSet Bを殺さない が全部自然に守れる。 もう1個だけ施工時のセンサーとして追加するなら、 ```text Board GETで record.value を取ったあと、 その値をCURRENT固定表示へ渡すだけで済むか？ ``` を見る。 もし固定表示を作るために、 ```text 「DECIDE成功イベント」を擬似再生 ``` しないといけないならSTOP。 **状態を復元するのであって、成功処理をリプレイしない。** そこだけ明示しておけばかなり強い。 判定としては、 **🟡 ONE NARROW PRE-CONSTRUCTION SOURCE CHECK** 赤ペンというより施工前確認2点： ```text 1. CURRENT post-DECIDE rendererの最小家具と副作用 2. Counter init時点でPHASE 1 Board scopeが成立しているか ``` この2つがSOURCEで素直なら、**🟢 HUMAN APPROVALへ回してよし**。 一言でまとめると、 > 「押したことを再現するな。押した後の見た目だけ戻せ★」 これでいい。 [USER] 🕊️🔴 PHASE 3施工図、赤ペン見る。 結論から言うと、設計の芯は通ってる。 特に今回のHuman決定、 > 新しいグレーアウトを作らず、CURRENT既存の「押した後固定状態」をBoardから復元する が最後まで崩れてない。 ただし、施工前にSOURCEで確認必須の赤ペンが2点ある。 1つ目は §8 / §15 の paint()。 施工図自身でもちゃんとSTOP条件にしてるけど、ここが最重要。 CURRENT paint(...) = 純粋なUI復元だけ？ なのか、 paint(...) = UI変更 + rememberDecided() + 別状態更新 + 何か副作用 なのかは、SOURCEを見ないと確定できない。 だから施工時は、 paint()を再利用できる を前提にしてはいけない。 契約は一段抽象化して、 CURRENTに存在する 「DECIDE後の固定表示を作る最小家具」 を再利用する までにしておくのが安全。 もしそれが paint() ならそのまま使う。 paint() が副作用持ちなら、その中の既存UI家具だけを使えるか見て、無理ならSTOP。 2つ目は §18 LOAD ORDER。 今回のPHASE 3は、 Counter init ↓ Board GET だから、その瞬間に KaiaActualValueBoardScope が成立済みかが施工可否の境界になる。 ここは施工図どおり、 既存順序で成立 → そのまま施工 既存の小さいlifecycle hookで拾える → そこだけ使う polling / retry timer / event busが必要 → STOP で正しい。 それ以外はかなり綺麗。 特にいいのは、 Board GET → UI復元のみ に固定してること。 これなら、 written_at を触らない TTL延長しない Counter再発行しない Timestamp再点呼しない 新lock authorityを作らない Set Aの決定でSet Bを殺さない が全部自然に守れる。 もう1個だけ施工時のセンサーとして追加するなら、 Board GETで record.value を取ったあと、 その値をCURRENT固定表示へ渡すだけで済むか？ を見る。 もし固定表示を作るために、 「DECIDE成功イベント」を擬似再生 しないといけないならSTOP。 状態を復元するのであって、成功処理をリプレイしない。 そこだけ明示しておけばかなり強い。 判定としては、 🟡 ONE NARROW PRE-CONSTRUCTION SOURCE CHECK 赤ペンというより施工前確認2点： 1. CURRENT post-DECIDE rendererの最小家具と副作用 2. Counter init時点でPHASE 1 Board scopeが成立しているか この2つがSOURCEで素直なら、🟢 HUMAN APPROVALへ回してよし。 一言でまとめると、 > 「押したことを再現するな。押した後の見た目だけ戻せ★」 これでいい。 [ASSISTANT] うい★ 赤ペン受領。 ここは施工に入る前に、指定どおり**2点だけSOURCE確認**する。 見るのは 1) CURRENTの「押した後固定表示」の最小家具と副作用 2) Counter初期化時点でPHASE 1 Board scopeがもう立ってるか この2点が素直なら、そのままPHASE 3施工へ進める。違和感出たらその場でSTOPする★ [ASSISTANT] 1点目、SOURCEで答え出た★ `paint()` は**数字表示だけ**で、副作用なし。ところが「押した後固定状態」は `paint()` 単体じゃなく、 `paint(result)` ＋ ボタンを既存success-stateへ `replaceWith()` ＋ 既存success文言セット の**連続した純UIブロック**だった。 つまり成功処理の擬似再生は不要。ただし同じHTMLをPHASE 3側へコピペするのは避けて、**この既存UIブロックを小さいCURRENT rendererへ括り出して、成功時と復元時が共有する**のが最小になりそう。 次、2点目のscope成立順だけ見る。 [ASSISTANT] うい★ 施工前SOURCE確認、2点とも素直だった。**STOPなし。🟢 HUMAN APPROVALへ回せる状態。** 確認結果はこう。 - `paint()` は**数字表示だけの純UI家具**。`rememberDecided()` やBoard書込、Timestamp点呼などの副作用なし。 - CURRENTの「押した後固定状態」は、`paint(result)`＋既存success-stateへの置換＋既存文言セット、という**純UIの連続ブロック**。 - なのでPHASE 3では、その既存UIブロックを小さい共通rendererへ括って、**DECIDE成功時とBoard復元時の両方から使う**のが最小。成功イベントの擬似再生は不要。 - Board scopeはPDF Public inline runtimeで `req.pdf` から即時設定される。 - CounterのJSはfooter enqueue＋`jQuery(function(){...})` なので、通常のPublicページでは**PDF shortcode側のscope設定後にCounter初期化が走る構造**。polling / retry timer / event busは不要。 つまり施工形は、 ```text CURRENT success → shared existing fixed-state renderer reload / revisit → scoped Board GET → counter recordあり → same renderer ``` だけでいける。 しかも復元側は、 ```text Board GET → record.value → UI renderer ``` なので、 **Board writeなし / written_at更新なし / Timestamp再点呼なし / Counter再発行なし / success処理リプレイなし。** 判定： **🟢 PRE-CONSTRUCTION SOURCE CHECK CLEAR** 一言でいうと、 > **押したことは再現しない。押した後の服だけ、同じ服を着せ直す★** ゴーが出たらPHASE 3施工入れるヽ(=´▽`=)ﾉ🕊️🔧 [USER] 🕊️🔴 うい★ 補佐受領。 これは綺麗だね。施工前SOURCE確認で、PHASE 3を重たくする要因が両方消えた。 確認① paint() → 純UI家具 → 副作用なし 確認② Board scope → PDF Public runtimeで既に設定 → Counter初期化時に利用可能 → 待機配線いらない なので補佐側から見ても、PHASE 3の境界はかなり明瞭。 【DECIDE成功】 既存success ↓ 共通 fixed-state renderer ↓ 押した後の表示 【reload / revisit】 THIS Set scoped Board GET ↓ counter record あり ↓ record.value ↓ 同じ fixed-state renderer ここで重要なのが、復元線が状態変更線じゃないこと。 ❌ Counter再発行 ❌ Board SET ❌ written_at更新 ❌ Timestamp点呼 ❌ DECIDE success再生 ❌ click擬似実行 ❌ polling / retry / event bus ⭕ Boardを読む ⭕ valueを読む ⭕ 既存の「押した後UI」を描く これなら「Boardに決定済みという事実がある → その事実に合わせて服を着せる」だけで、Human Decisionを機械が再実行することにもならない。 しかも paint() 単品を無理に流用するんじゃなく、 > paint(result) ＋ success-state置換 ＋既存文言 というCURRENTで実際に固定表示を成立させている最小UIブロックを括る、というところも筋が通ってる。 🔴 補佐判定：PRE-CONSTRUCTION SOURCE CHECK — PASS。追加赤ペンなし。 あとは正式なPHASE 3施工図が来たら赤ペン席で見る★ > 押したことは再現しない。押した後の服だけ、同じ服を着せ直す★ これ、PHASE 3の境界そのものだわｗｗｗ [ASSISTANT] うい★ では正式版にする。**前の施工図 `58341` を、SOURCE確認結果込みで更新**する。 赤ペンで残っていた「paint副作用」「scope成立順」は解消済みなので、そこを施工契約へ反映して、**Human Approval直前版**にする。 :::writing{variant="document" id="58341" title="KAIA SITE — PHASE 3 COUNTER DECIDED-STATE RESTORE FROM SET BOARD CONSTRUCTION BLUEPRINT"} # KAIA SITE ## PHASE 3 — COUNTER DECIDED-STATE RESTORE FROM SET BOARD ### CONSTRUCTION BLUEPRINT — SOURCE-CHECKED FINAL DRAFT **ROLE:** Pinpoint Investigation / Wiring Specialist **STATUS:** SOURCE CHECKED — READY FOR ASSISTANT RED PEN / HUMAN APPROVAL **CONSTRUCTION:** NOT STARTED **SOURCE MODIFICATION:** NONE --- # 1. PURPOSE PHASE 3 does **not** create a new lock UI. PHASE 3 does **not** create a new disabled-button system. The only purpose is: > If THIS Set's scoped Board already contains THIS Counter's existing decided record, restore the CURRENT Counter's existing post-DECIDE fixed visual state on page load / revisit. Conceptually: ```text page load / revisit ↓ CURRENT Counter initializes ↓ read THIS Counter from THIS Set scoped Board ↓ counter record exists ↓ take existing record.value ↓ restore CURRENT post-DECIDE fixed UI ``` This is **state restoration**, not decision replay. --- # 2. HUMAN DECISION Human specified: > Use the Counter's existing "after pressing, fixed" state. Therefore PHASE 3 must reuse CURRENT UI furniture. Do NOT create: - new gray button; - new lock banner; - new disabled style family; - new "already decided" component; - new notice panel; - new modal. --- # 3. SOURCE-CHECKED CURRENT UI FACTS Pre-construction SOURCE inspection established: ## 3.1 `paint(result)` CURRENT `paint(result)` is a **pure UI value renderer**. It does not: - issue Counter; - write Board; - call Timestamp; - call `rememberDecided()`; - alter Routing; - alter backend state. Therefore it is safe as part of UI restoration. --- ## 3.2 CURRENT fixed-state UI The existing post-DECIDE fixed state is created by a small CURRENT UI sequence consisting conceptually of: ```text paint(result) + replace DECIDE control with existing success-state UI + apply existing success text ``` This sequence contains the actual CURRENT "after pressing, fixed" appearance. PHASE 3 must not copy this HTML into a second implementation. Instead, extract / wrap the existing minimal UI sequence into one small shared renderer. Conceptually: ```text renderFixedState(value) ``` Exact function name follows CURRENT SOURCE conventions. --- # 4. SHARED FIXED-STATE RENDERER The smallest accepted construction is: ```text CURRENT existing fixed-state UI sequence ↓ wrapped into one shared UI renderer ``` Then both roads use it. ## Existing DECIDE success ```text Counter issuance succeeds ↓ existing state / Board / PHASE 2 work remains unchanged ↓ shared fixed-state renderer(result) ``` ## PHASE 3 restoration ```text page load / revisit ↓ Board GET ↓ record.value ↓ shared fixed-state renderer(record.value) ``` The shared renderer must remain UI-only. --- # 5. DO NOT REPLAY SUCCESS PHASE 3 restoration must NOT simulate: - button click; - DECIDE event; - successful AJAX response; - Counter issuance; - Counter success callback; - Board SET; - `rememberDecided()` transaction semantics; - Timestamp attendance. Required distinction: ```text DECIDE success = action PHASE 3 restore = visual reconstruction from existing fact ``` The action must not be replayed. --- # 6. AUTHORITY PHASE 3 authority is only: ```text THIS Set scoped Board + THIS Counter existing record identity ``` Existing Counter record identity remains: ```text binder_ref + refill_ref + "counter" ``` No new authority. Do NOT use: - IP address; - browser-global unscoped state; - new localStorage key; - new cookie; - new server flag; - new Set ID; - Common Routing storage_key; - Timestamp state; - PDF Issue state. --- # 7. PHASE 1 SET ISOLATION PHASE 1 already establishes: ```text Board::THIS-PDF-SET ``` PHASE 3 only reads THIS Counter inside that room. Example: ```text Set A Board └ Counter A = decided Set B Board └ Counter B = absent ``` Expected: ```text Counter A → fixed Counter B → normal DECIDE UI ``` No cross-Set effect. --- # 8. SOURCE-CHECKED LOAD ORDER Pre-construction SOURCE inspection established: - PDF Public runtime establishes `KaiaActualValueBoardScope` from existing `req.pdf`; - this occurs in the existing Public inline runtime; - Counter public initialization runs later through its existing frontend lifecycle; - therefore the scoped Board is already available when Counter restoration runs in the normal Public Set page. No new: - polling; - retry timer; - event bus; - lifecycle framework; - routing callback is required. PHASE 3 must preserve this existing order. --- # 9. BOARD READ PHASE 3 restoration is read-only toward Board state. Conceptually: ```text KaiaActualValueBoard GET ( THIS Counter binder_ref, THIS Counter refill_ref, "counter" ) ↓ existing record ↓ record.value ``` Use the existing Board read furniture. Do NOT read raw localStorage directly if the CURRENT Board API already provides the required read operation. Do NOT reconstruct Board storage keys inside Counter. Counter must remain ignorant of Board namespace implementation. --- # 10. BOARD READ ONLY CONTRACT Restoration must NOT: - write the Counter record; - refresh `written_at`; - extend lifetime; - rewrite `ready`; - create new attendance; - create new record; - create a new TTL. Required: ```text Board before restore = Board after restore ``` except for any existing read-time retirement behavior already owned by the Board itself. PHASE 3 adds no write. --- # 11. VALUE SOURCE The restored visual value comes only from the existing Counter Board record. Example: ```text Board counter value = 1234 ``` Then: ```text shared fixed-state renderer(1234) ``` Do NOT: - generate a new Counter; - infer from DOM defaults; - regenerate from backend; - use Timestamp; - use current time; - use another Set's record. --- # 12. BOARD LIFETIME Existing PHASE 1 Board lifetime remains authoritative. If Board retirement removes THIS Counter record: ```text reload ↓ no valid Counter record ↓ normal CURRENT undecided UI ``` PHASE 3 does NOT preserve fixed state beyond Board lifetime. No separate lock survives expiry. --- # 13. EXISTING `rememberDecided()` CURRENT `rememberDecided()` remains part of the existing DECIDE success path where CURRENT already uses it. PHASE 3 must not promote it into the new cross-reload authority. Required authority for restoration: ```text scoped Board record ``` If legacy/browser-local remembered state disagrees with the scoped Board: ```text scoped Board wins for PHASE 3 restoration ``` PHASE 3 must not use browser-global remembered state to restore a Counter that the current Set Board does not mark decided. --- # 14. PHASE 2 PRESERVATION PHASE 2 remains: ```text successful Counter DECIDE ↓ Timestamp.attendSelected() exactly once ``` PHASE 3 reload restoration is NOT a DECIDE. Therefore: ```text page reload ↓ Board says Counter decided ↓ restore fixed UI ↓ Timestamp.attendSelected() = 0 calls ``` Critical preservation requirement. --- # 15. EXISTING DECIDE SUCCESS ROAD Do NOT rearrange the existing success architecture merely to share the renderer. Only the UI block may be wrapped / extracted. Existing semantic work remains in its CURRENT order. Conceptually: ```text existing successful DECIDE road ├ existing decision/state work ├ existing Counter Board work ├ PHASE 2 Timestamp attendance └ shared fixed-state renderer ``` The renderer extraction must not change when those preceding operations occur. --- # 16. NO NEW LOCK SYSTEM PHASE 3 introduces no: - lock timestamp; - countdown; - browser lock; - IP lock; - unlock calculation; - timer; - cron; - polling; - Board lifetime calculation. It simply maps: ```text existing decided record → existing fixed visual state ``` --- # 17. NO BACKEND CHANGE Do NOT modify: - Counter issuance endpoint; - issuance authority; - DB transaction; - reservation; - generated Counter value; - server response; - IP-lock implementation. PHASE 3 is frontend state restoration only. --- # 18. FAILURE / ABSENCE If any required piece is absent: - scoped Board unavailable; - Counter record absent; - Counter record invalid; - Counter value invalid; - fixed-state renderer unavailable; then: ```text leave CURRENT normal undecided UI unchanged ``` Do NOT: - synthesize; - generate; - fall back to old global state; - issue automatically; - retry with timers. --- # 19. WORK ZONE ## Counter only Approved work zone: - CURRENT frontend Counter initialization; - CURRENT fixed-state UI sequence; - one shared fixed-state renderer; - one scoped Board read restoration path; - current child identity; - DEVELOPMENT-HISTORY. Outside work zone: - Timestamp; - PDF; - Serial; - Common Routing; - Common Switchboard; - Actual Value Board internals; - Board namespace; - Board TTL; - Counter backend; - Counter IP lock; - PHASE 2 helper. --- # 20. SOURCE MAP ```text 🟢 CURRENT Counter successful DECIDE road 🟢 CURRENT paint(result) 🟢 CURRENT existing success-state UI replacement 🟢 CURRENT PHASE 1 scoped Board 🟢 CURRENT PHASE 2 Timestamp attendance 🪧 ROUTE Counter initialization → scoped Board GET → record.value → shared fixed-state renderer 🚧 UNFINISHED PHASE 3 restore adapter ``` No additional map required. --- # 21. STATIC ACCEPTANCE — DECIDED Given: ```text THIS Set Board contains: THIS Counter binder/refill/"counter" value = 1234 ``` On load: ```text Board GET ↓ 1234 ↓ shared fixed-state renderer ``` Expected: - displays 1234; - existing fixed success-state appearance; - DECIDE action unavailable in the same CURRENT visual form; - no Counter issuance. PASS. --- # 22. STATIC ACCEPTANCE — UNDECIDED Given: ```text THIS Set Board contains no valid THIS Counter record ``` Expected: ```text CURRENT normal DECIDE UI remains ``` No new state. PASS. --- # 23. STATIC ACCEPTANCE — SET ISOLATION Given: ```text Set A Counter A record exists Set B Counter B record absent ``` Expected: ```text Set A Counter → fixed Set B Counter → active ``` PASS only if no browser-global decided state overrides this distinction. --- # 24. STATIC ACCEPTANCE — BOARD EXPIRY Given: ```text Set A Board expires ↓ existing Board retirement removes record ``` Reload: ```text no Counter A record ↓ normal DECIDE UI ``` No PHASE 3-specific lock persists. --- # 25. STATIC ACCEPTANCE — NO PHASE 2 REPLAY Given: ```text Counter already decided ↓ reload ↓ Board restoration ``` Expected: ```text Timestamp.attendSelected() call count = 0 ``` PASS. --- # 26. STATIC ACCEPTANCE — READ ONLY Given before restore: ```text record.value = 1234 record.written_at = T1 ``` After restore: ```text record.value = 1234 record.written_at = T1 ``` PHASE 3 performs no Board SET. PASS. --- # 27. STATIC ACCEPTANCE — NO SUCCESS REPLAY Inspect restoration path. Must NOT call: - issuance AJAX; - success callback; - Counter Board SET; - Timestamp proxy; - synthetic click; - success event dispatcher. The only terminal action should be the shared UI renderer. --- # 28. STATIC ACCEPTANCE — RENDERER PURITY Shared renderer must contain only CURRENT fixed-state UI work. Allowed: - `paint(value)`; - existing success-state control replacement; - existing success text / visual state. Not allowed: - Board write; - Timestamp call; - backend call; - routing; - local authority mutation; - new timer. --- # 29. STOP CONDITIONS STOP immediately if: - renderer extraction requires rearranging success semantics; - restore requires replaying success callback; - restore requires Counter issuance; - restore writes Board; - restore refreshes `written_at`; - restore triggers Timestamp attendance; - Counter must know PDF address; - Counter must construct Board namespace; - new Routing lookup is required; - browser-global decided state overrides Set Board; - new lock authority is required; - new timer / polling is required; - Board schema must change; - Board lifetime must change; - Counter backend must change; - IP-lock must change; - PDF / Serial / Timestamp must change; - existing fixed-state UI cannot be shared without duplication; - any unexpected side effect appears; - anything produces “Are?” / “Uwaa...” / “I don't want to wire this...” reaction. Do not repair around it. Return to Human. --- # 30. PRESERVATION BOUNDARY Preserve: ```text PHASE 1 scoped Board namespace Board schema Board lifetime four-carrier Board furniture PHASE 2 Counter DECIDE → Timestamp attendance exactly once Counter backend issuance authority IP lock existing decision semantics existing success semantics existing fixed-state appearance Timestamp PDF Serial Routing Switchboard ``` --- # 31. EXPECTED SMALLEST DELTA Preferred functional delta: ## Counter UI Extract / wrap existing post-DECIDE UI block into one small shared renderer. ## Counter initialization Add one narrow: ```text scoped Board GET ↓ if THIS Counter record valid: shared renderer(record.value) ``` Nothing else. --- # 32. DEVELOPMENT CHILD RULE Before functional construction: ```text KNOWN-GOOD PHASE 2 parent ↓ copy ↓ assign NEW PHASE 3 child identity ↓ confirm work zone ↓ update CURRENT build markers ↓ construct ``` Historical identities remain untouched. Exactly one `DEVELOPMENT-HISTORY.md` must remain in the legitimate child ZIP. --- # 33. SUCCESS CONDITION PHASE 3 succeeds statically if: ```text THIS Set scoped Board contains THIS Counter decided record ↓ page load / revisit ↓ record.value ↓ CURRENT existing fixed-state UI restored ``` while all of the following remain true: ```text NO Counter issuance NO Board write NO written_at refresh NO Timestamp attendance NO success replay NO new lock NO new timer NO new Routing NO backend change NO new UI design ``` --- # CHECK LOG ```text PHASE 3 TARGET restore CURRENT fixed Counter state from THIS Set Board PRE-CONSTRUCTION SOURCE CHECK PASS PAINT PURE UI YES CURRENT FIXED-STATE UI IDENTIFIED YES BOARD SCOPE AVAILABLE BEFORE COUNTER RESTORE YES NEW UI NO SHARED CURRENT UI RENDERER YES BOARD READ YES BOARD WRITE NO TTL REFRESH NO COUNTER REISSUE NO SUCCESS REPLAY NO TIMESTAMP PROXY ON RESTORE NO NEW LOCK NO NEW TIMER / POLLING NO NEW ROUTING NO BACKEND CHANGE NO PDF / SERIAL / TIMESTAMP CHANGE NO CONSTRUCTION STARTED NO ``` # ONE-LINE CONSTRUCTION RULE **Do not replay the button press. Read the existing decision from THIS Set Board, take its value, and put the Counter back into the same clothes it already wears after success.** ::: これなら補佐席へもう一回投げられる★ 今回かなり「UI復元」一本に細くなったヽ(=´▽`=)ﾉ🕊️🔧 [USER] 🕊️🔴 補佐・PHASE 3 赤ペン完了。 これは通る。追加赤ペンなし。 SOURCE事前確認で確定した2点が、そのまま施工境界になってる。 ① paint() / fixed-state block = UIだけ = 副作用なし ② scoped Board = Counter初期化時には既に利用可能 = 待機配線不要 なので二本の入口が、最後の同じUI家具だけを共有する形になっている。 【初回 DECIDE】 Human DECIDE ↓ CURRENT success road ├ Counter既存処理 ├ Board既存処理 ├ PHASE 2 Timestamp点呼 └ renderFixedState(value) ↓ 既存の服 【reload / revisit】 Counter initialization ↓ THIS Set scoped Board GET ↓ THIS Counter record ↓ record.value ↓ renderFixedState(value) ↓ 既存の服 この左右非対称が正しい。 左は決定する道路。 右は決定済みという事実を表示する道路。 右側から左側へ戻る線が一本もない。 特に §10 / §14 / §27 / §28 が揃っているので、復元を「成功処理の再実行」に化けさせる穴も塞がれてる。 restore ├─ issuance ❌ ├─ rememberDecided ❌ ├─ Board SET ❌ ├─ written_at更新 ❌ ├─ Timestamp点呼 ❌ ├─ synthetic click ❌ └─ UI renderer ⭕ §13も重要。rememberDecided() をreload authorityへ昇格させず、THIS Set scoped Boardだけを見る。これでPHASE 1のSet分離をPHASE 3が横から壊さない。 §18のabsence処理もよし。何もなければ何もしない。復元できないから別authorityを探す、という考古学も始まらない。 そして §32 の施工手順もこちらの運用どおり。 KNOWN-GOOD PHASE 2 parent → COPY → NEW PHASE 3 identity → WORK ZONE確認 → CURRENT名札更新 → construction → inspection → ZIP 旧名札・履歴を消さず、DEVELOPMENT-HISTORY.md も1個。 🔴 CHECK LOG Human Decision PASS SOURCE pre-check PASS UI renderer purity PASS Board authority PASS Set isolation preservation PASS read-only restoration PASS Board lifetime preservation PASS PHASE 2 preservation PASS success replay NONE new lock authority NONE new timer/polling NONE new Routing NONE backend change NONE scope leakage NONE STOP boundaries PASS development-child procedure PASS 補佐判定：🟢 RED PEN CLEAR — HUMAN APPROVALへ回してよし。 これで3段とも役割が綺麗に分かれたね。 PHASE 1：掲示板に表札。 PHASE 2：Counterが時計に「点呼！」。 PHASE 3：再訪したら決定済みの服を着せ直す。 🕊️🔴 押し直さない。書き直さない。時計も呼ばない。服だけ着せる★ [ASSISTANT] うい★ 補佐通過。**PHASE 3正式に施工へ進める状態**になったヽ(=´▽`=)ﾉ🕊️🔧 3段の役割分離もこれで完全に整理できた。 ```text PHASE 1 掲示板に表札 → SetごとにBoard分離 PHASE 2 Counter成功 → Timestampへ「点呼！」 PHASE 3 reload / revisit → Boardを読む → 決定済みの服だけ着せ直す ``` PHASE 3の施工契約は特にこれで固定。 ```text restore ├ issuance ❌ ├ rememberDecided ❌ ├ Board SET ❌ ├ written_at更新 ❌ ├ Timestamp点呼 ❌ ├ synthetic click ❌ └ UI renderer ⭕ ``` つまり現場でやることは、 **PHASE 2のKNOWN-GOOD Counter parentから新childを切る → 既存fixed-state UIブロックを共有renderer化 → 初期化時にTHIS Set Board GET → record.valueがあれば同じ服を着せる** だけ。 PDF / Serial / Timestamp / Board本体 / Routing / backendは触らない。 施工時センサーも明確で、**「服を着せるだけのはずなのに、押したことを再現したくなった」瞬間STOP**だな（笑） 次、ゴー出たらそのまま施工する★ [USER] 🕊️🔴 うい★ 補佐席、PHASE 3施工図を承認済み状態で保持。 その施工センサー、まさにそれｗｗｗ > 「服を着せるだけなのに、なんで俺いまボタン押そうとしてるんだ……？」 となった瞬間、STOP★ 施工班に許されてる道路は本当にこれだけ。 KNOWN-GOOD PHASE 2 Counter ↓ NEW PHASE 3 child ↓ 既存 fixed-state UI ↓ shared renderer 化 ↑ ├─ CURRENT DECIDE success │ └─ initialization ↓ THIS Set Board GET ↓ record.value それ以外に足が生えたら境界外。 俺はここから施工班にはならず、施工物が帰ってきたら赤ペン／検査側に戻る★ 🔴🕊️ 現場、いってらっしゃーいヽ(=´▽`=)ﾉ🔧 [ASSISTANT] いってきまーすヽ(=´▽`=)ﾉ🕊️🔧 **PHASE 3施工のみ**やる。服だけ着せる。押し直さない。書き直さない。時計も呼ばない。まずPHASE 2親をそのまま複製して、CURRENT名札→work zone→施工の順で入る★ [ASSISTANT] 施工点、最後まで素直★ Board APIは生recordではなく**既存 `get(binder, refill, "counter")` が valueだけ返す家具**だった。なのでraw localStorageもrecord解体もいらない。むしろさらに細い。 今から、 - 既存success UIブロックを `renderFixedState()` に括る - success roadはそこを呼ぶだけに置換 - initでBoard `get()` → valueありなら同じrenderer だけ入れる。`rememberDecided()` は復元側では呼ばない。 [ASSISTANT] 差分確認PASS。**既存success furnitureの順番は変えてない**。元の7行UIブロックを `renderFixedState()` 1個に畳んだだけで、PHASE 2のTimestamp点呼も元の位置のまま。 復元線には `Board.get()` とrendererしかない。`set()` / `rememberDecided()` / `attendSelected()` は入ってない。BoardとRoutingも親とbyte-identical★ いまlint・JS構文・ZIP検査で締める。 [ASSISTANT] できたーヽ(=´▽`=)ﾉ🕊️🔧 **PHASE 3施工完了。** [Counter PHASE 3 child](sandbox:/mnt/data/Kaia-Site-Counter-v0.1.4-SET-BOARD-DECIDED-STATE-RESTORE.zip) SHA256: `01cc9fd25d4be74f703f484d61f926d5be71fdc83c10e1b7764bce1e00228dbf` 施工内容は図面どおり、かなり細い。 ```text CURRENT DECIDE success ↓ 既存 fixed-state UIブロック ↓ renderFixedState(value) ``` へ括って、 ```text reload / revisit ↓ THIS Set scoped Board GET ↓ THIS Counter valueあり ↓ 同じ renderFixedState(value) ``` を追加しただけ。 境界確認もPASS。 - Counter再発行なし - restore側 `Board SET` なし - `rememberDecided()` 呼出なし - Timestamp点呼なし - synthetic clickなし - success callback再生なし - new lockなし - timer / pollingなし - Routing変更なし - backend変更なし - PHASE 1 Board家具は親とbyte-identical - Common Routingも親とbyte-identical - PHASE 2 `attendSelected()` は既存success roadにそのまま1本 - PHP lint PASS - JS syntax PASS - ZIP integrity PASS - `DEVELOPMENT-HISTORY.md` 1個 なおBoardの `get()` 自体が既存の12h retirement判定を持ってるので、期限切れ時にBoard自身が退役処理するのは従来どおり。**PHASE 3自身は書いてない**。 **STATIC construction check: PASS** **LIVE WordPress Runtime: NOT TESTED** 今回は最後まで、 > 押し直さない。書き直さない。時計も呼ばない。服だけ着せる★ で終わったｗｗｗ [USER] よーし！えらいヽ(=´▽`=)ﾉ 点検だそうーヽ(=´▽`=)ﾉ [ASSISTANT] うい★ じゃあ **PHASE 3単独の独立点検伝票** 切る。今回は **PHASE 2親との差分＋PHASE 1/2保存境界＋restoreが本当にUIだけか** を重点で見るやつにする。 :::writing{variant="document" id="86421" title="KAIA SITE — PHASE 3 COUNTER DECIDED-STATE RESTORE INDEPENDENT INSPECTION TICKET"} # KAIA SITE ## PHASE 3 — COUNTER DECIDED-STATE RESTORE FROM SET BOARD ### INDEPENDENT STATIC / INTEGRATION INSPECTION TICKET **ROLE:** INDEPENDENT STATIC / INTEGRATION INSPECTION SEAT **MODE:** SOURCE REVIEW + PARENT/CHILD DIFF + PHASE 1 / PHASE 2 PRESERVATION CHECK **READ ONLY.** **NO CONSTRUCTION.** **NO REPAIR.** **NO SOURCE MODIFICATION.** **NO NEW CHILD ZIP.** **NO ZIP REPACK.** **NO RUNTIME CLAIMS UNLESS ACTUALLY TESTED.** --- # 1. PURPOSE PHASE 3 adds exactly one behavior: > On page load / revisit, if THIS Set's scoped Board already contains THIS Counter's existing decided record, restore the CURRENT existing post-DECIDE fixed UI using that stored value. Conceptually: ```text reload / revisit ↓ THIS Set scoped Board GET ↓ THIS Counter record exists ↓ record.value ↓ CURRENT existing fixed-state UI restored ``` This is **visual state restoration only**. It must NOT replay DECIDE. --- # 2. DELIVERED CHILD Inspect the exact artifact: **Kaia-Site-Counter-v0.1.4-SET-BOARD-DECIDED-STATE-RESTORE.zip** Expected SHA256: ```text 01cc9fd25d4be74f703f484d61f926d5be71fdc83c10e1b7764bce1e00228dbf ``` Parent: **Kaia-Site-Counter-v0.1.3-COUNTER-DECIDE-TIMESTAMP-ATTENDANCE.zip** Expected parent SHA256: ```text f1d610104350f1ec9e566863f710972e2148563ece63a60e17ebad21742168ff ``` If either identity mismatches: **STOP.** Do not substitute another generation. --- # 3. HUMAN-APPROVED PHASE 3 CONTRACT PHASE 3 must do only this: ```text Board says: THIS Counter already decided ↓ read stored Counter value ↓ put CURRENT Counter back into its existing post-success fixed appearance ``` Do NOT create: - new gray button; - new disabled-state design; - new lock authority; - new timer; - new backend state; - new Board schema; - new routing. --- # 4. CURRENT UI SOURCE FACTS TO VERIFY Pre-construction SOURCE check established: 1. `paint(result)` is pure UI. 2. CURRENT post-DECIDE fixed state is formed by a small UI-only block: - paint the value; - replace DECIDE control with existing success-state UI; - apply existing success text. 3. Board scope is already established before Counter initialization in the normal Public Set page. Independent inspection must verify these assumptions remain true in the child. --- # 5. PARENT → CHILD DIFF Perform exact parent/child diff. Expected functional delta: ## A. shared renderer The CURRENT fixed-state UI sequence is wrapped / extracted into one shared renderer, conceptually: ```text renderFixedState(value) ``` ## B. existing success road Existing DECIDE success uses that renderer instead of duplicating the old UI block. ## C. initialization restore road Counter initialization reads: ```text THIS Set scoped Board + THIS Counter binder/refill + "counter" ``` If a valid value exists: ```text renderFixedState(value) ``` No other functional change is expected. Report any unrelated functional delta. --- # 6. SHARED RENDERER PURITY Inspect the shared fixed-state renderer. Allowed responsibilities: - display Counter value; - apply CURRENT existing success/fixed-state UI; - replace existing DECIDE control with CURRENT success-state presentation; - apply existing success text. The renderer must NOT: - issue Counter; - call backend; - write Board; - call `rememberDecided()`; - call Timestamp; - resolve Routing; - calculate TTL; - establish Board scope; - create timer; - synthesize click. Required classification: ```text UI-only renderer = YES / NO ``` --- # 7. CURRENT SUCCESS ROAD PRESERVATION Inspect the existing successful DECIDE road. PHASE 2 previously established: ```text Counter success confirmed ↓ existing Counter work ↓ existing Counter Board SET ↓ Timestamp.attendSelected() exactly once ↓ CURRENT fixed-state UI ``` PHASE 3 must NOT reorder semantic success work merely to share the renderer. Required: ```text PHASE 2 Timestamp call still exactly once = YES / NO success furniture reordered = YES / NO ``` Wrapping the existing UI block is acceptable. Rearchitecting the success road is not. --- # 8. RESTORE ROAD MUST BE READ-ONLY Inspect the new restoration path. Expected: ```text Counter initialization ↓ KaiaActualValueBoard.get(...) ↓ value ↓ shared renderer ``` Must NOT contain: - Board SET; - Board write; - `rememberDecided()`; - Timestamp attendance; - AJAX; - backend issuance; - synthetic click; - success callback replay; - local lock creation. --- # 9. BOARD API USE Confirm restoration uses the existing Board API rather than reconstructing Board storage internals. Preferred: ```text KaiaActualValueBoard.get( binder_ref, refill_ref, "counter" ) ``` Counter must NOT learn: - raw localStorage key; - PDF namespace format; - `KaiaActualValueBoardScope` serialization grammar; - storage-key prefix construction. PHASE 1 Board remains authority for scope. --- # 10. BOARD READ SEMANTICS Inspect what `get()` returns. If CURRENT Board API returns only the record value rather than a raw record object, confirm PHASE 3 uses that existing behavior correctly. Do NOT require unnecessary record decoding. Expected concept: ```text Board GET → existing Counter value → renderer(value) ``` --- # 11. NO BOARD WRITE Critical. On restore: ```text Board state before = Board state after ``` except for any existing Board-owned expiration/retirement behavior already triggered by reading. PHASE 3 itself must NOT call: ```text set(...) writeAll(...) ``` or equivalent. --- # 12. WRITTEN_AT / TTL PRESERVATION PHASE 3 must NOT refresh lifetime. If record has: ```text written_at = T1 ``` then ordinary restore must not replace it with page-load time T2. Required: ```text restore-specific written_at refresh = NO ``` Existing Board-owned retirement behavior is allowed and must not be misclassified as PHASE 3 writing. --- # 13. PHASE 1 BOARD PRESERVATION Compare the PHASE 3 child Board component against the PHASE 2 parent / PHASE 1 known-good Board. Expected Board component SHA256: ```text b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 ``` Required: ```text PHASE 3 Board component unchanged = YES ``` If Board component changed: **STOP.** --- # 14. ROUTING PRESERVATION Compare Routing furniture against parent. Expected: ```text Routing changed = NO ``` No new: - membership lookup; - PDF address lookup; - Set resolver; - Common storage_key use; - Product → Common dependency. --- # 15. PHASE 2 PRESERVATION Inspect `Timestamp.attendSelected()` call. Required: ```text successful DECIDE → exactly once reload / revisit restore → zero calls ``` Critical distinction: ```text DECIDE success ≠ restore ``` Restore must not ring the Timestamp bell. --- # 16. NO DECIDE REPLAY Inspect restoration path for any attempt to replay decision behavior. Must be absent: - `.click()`; - synthetic event dispatch; - invoking success callback; - reusing AJAX completion handler; - server request; - issuance request; - success transaction replay. Only UI restoration is allowed. --- # 17. rememberDecided() PRESERVATION PHASE 3 must not promote existing browser-local remembered state into restore authority. Required: ```text restore authority = THIS Set scoped Board ``` not: ```text browser-global remembered state ``` Inspect whether restore path calls or reads `rememberDecided()`-related state. If yes, determine whether that can override scoped Board truth. If browser-local state can restore a Counter when THIS Set Board does not contain the record: **BLOCK.** --- # 18. VALUE SOURCE Restored value must come from THIS Counter's existing Board record. Example: ```text Board value = 1234 ↓ restored fixed UI = 1234 ``` No regeneration. No fallback to: - Counter default; - current backend value; - Timestamp; - DOM placeholder; - another Set. --- # 19. SET ISOLATION Model two Sets. ## Set A ```text Board::A Counter A record = 1234 ``` ## Set B ```text Board::B Counter B record absent ``` Expected: ```text Set A → fixed 1234 Set B → normal DECIDE UI ``` No cross-family restore. --- # 20. BOARD EXPIRY MODEL Given: ```text Set A Board expired ``` and the existing Board retirement removes/invalidates Counter A record: Expected on reload: ```text Counter A → normal undecided UI ``` No PHASE 3-specific lock may survive Board expiry. --- # 21. ABSENCE / FAILURE BEHAVIOR If: - Board unavailable; - scoped Board unavailable; - Counter record absent; - value invalid; - renderer unavailable; expected behavior: ```text leave CURRENT normal undecided UI unchanged ``` No fallback authority. No polling. No retry timer. No reconstruction. --- # 22. LOAD ORDER Verify PHASE 3 does not add: - polling; - retry loop; - setTimeout-based waiting; - setInterval; - event bus; - custom ready signal. Expected: ```text existing load order reused ``` If child had to invent synchronization machinery: report divergence. --- # 23. COUNTER BACKEND PRESERVATION Confirm no changes to: - issuance endpoint; - backend authority; - value generation; - transaction; - reservation; - IP-lock implementation; - server response. PHASE 3 is frontend-only. --- # 24. IP LOCK PRESERVATION IP-lock code must remain unchanged. PHASE 3 must not reinterpret Board restore as IP lock. Required: ```text IP lock architecture changed = NO ``` --- # 25. OTHER PRODUCT PRESERVATION PHASE 3 is Counter-only. Confirm no modifications required to: - Timestamp; - PDF; - Serial; - Common Board; - Routing; - Switchboard. --- # 26. STATIC MODEL — DECIDED Given: ```text THIS Set Board contains: counter = 1234 ``` On initialization: ```text Board GET ↓ 1234 ↓ shared renderer ``` Expected: - value 1234 visible; - CURRENT success/fixed state visible; - DECIDE action unavailable in CURRENT existing way; - no issuance; - no Timestamp call; - no Board SET. Result: ```text PASS / WATCH / BLOCK ``` --- # 27. STATIC MODEL — UNDECIDED Given: ```text THIS Set Board has no Counter record ``` Expected: ```text normal CURRENT DECIDE UI ``` No new behavior. --- # 28. STATIC MODEL — RELOAD DOES NOT REDECIDE Given: ```text Counter already decided ↓ reload ``` Trace must terminate at: ```text renderer(value) ``` and nowhere else. Required call counts during restore: ```text Counter issuance = 0 Board SET = 0 Timestamp.attendSelected = 0 synthetic click = 0 ``` --- # 29. STATIC MODEL — READ ONLY Given Board value: ```text counter = 1234 written_at = T1 ``` After restore: Expected: ```text counter = 1234 written_at = T1 ``` unless the existing Board itself expires/retire-clears the room according to preexisting PHASE 1 behavior. Do not classify existing Board retirement as PHASE 3 mutation. --- # 30. DEVELOPMENT / IDENTITY CHECK Inspect: - ZIP filename; - Plugin Header Version; - current child identity; - DEVELOPMENT-HISTORY; - historical identities. Expected child identity: ```text 0.1.4-SET-BOARD-DECIDED-STATE-RESTORE ``` Exactly one `DEVELOPMENT-HISTORY.md`. Do not require rewriting legitimate historical identities. --- # 31. STOP CONDITIONS STOP the affected path if any of the following is found: - restore issues Counter; - restore calls backend; - restore calls Board SET; - restore refreshes written_at; - restore calls Timestamp; - restore calls rememberDecided() in a way that creates authority; - restore uses browser-global decided state over scoped Board; - restore simulates click; - restore replays success callback; - restore constructs Board namespace; - restore adds Routing; - restore adds timer/polling; - Board component changed; - backend changed; - IP lock changed; - Timestamp/PDF/Serial changed; - unrelated functional delta appears; - artifact identity mismatch; - anything produces “Are?” / “Uwaa...” / “I don't want to wire this...” reaction. Do not repair. Do not continue past the first demonstrated divergence on that path. --- # 32. REQUIRED REPORT Return: ## ARTIFACT IDENTITY ```text Counter child filename = SHA256 = verified = YES / NO Counter parent filename = SHA256 = verified = YES / NO ``` --- ## PARENT → CHILD DIFF ```text Shared fixed-state renderer added = YES / NO Existing success UI block replaced by shared renderer = YES / NO Restore Board GET added = YES / NO Unrelated functional delta = YES / NO ``` --- ## RENDERER ```text Renderer name = UI-only = YES / NO Contains Board write = YES / NO Contains Timestamp call = YES / NO Contains backend call = YES / NO Contains success replay = YES / NO ``` --- ## RESTORE ROAD ```text Board API used = YES / NO Raw localStorage read added = YES / NO Counter record name = Value source = Board SET on restore = YES / NO rememberDecided on restore = YES / NO Timestamp call on restore = YES / NO Counter issuance on restore = YES / NO ``` --- ## PHASE 1 PRESERVATION ```text Board component SHA256 = Matches known-good PHASE 1 Board = YES / NO Board namespace changed = YES / NO Board schema changed = YES / NO Board lifetime changed = YES / NO ``` --- ## PHASE 2 PRESERVATION ```text Timestamp proxy on successful DECIDE = EXACTLY 1 / OTHER Timestamp proxy on restore = 0 / >0 Success road rearranged = YES / NO ``` --- ## ROUTING / BACKEND ```text Routing changed = YES / NO Backend changed = YES / NO IP lock changed = YES / NO Polling/timer added = YES / NO ``` --- ## STATIC MODELS ```text Decided restore = PASS / WATCH / BLOCK Undecided remains active = PASS / WATCH / BLOCK Set isolation = PASS / WATCH / BLOCK Board expiry releases UI = PASS / WATCH / BLOCK Reload causes no re-DECIDE = PASS / WATCH / BLOCK Restore is read-only = PASS / WATCH / BLOCK ``` --- # 33. FINAL CLASSIFICATION Return: ```text PHASE 3 COUNTER DECIDED-STATE RESTORE FROM SET BOARD INDEPENDENT STATIC / INTEGRATION INSPECTION: PASS / PASS WITH WATCH / BLOCK ``` Separately state: ```text LIVE WORDPRESS RUNTIME QA: NOT ESTABLISHED ``` unless actual runtime testing was independently performed. --- # CHECK LOG Include a compact English CHECK LOG covering: - exact artifact identity; - exact parent/child diff; - renderer purity; - Board GET-only restore; - no Board SET; - no written_at refresh; - no Timestamp call on reload; - no Counter reissue; - no synthetic click / success replay; - PHASE 1 Board preservation; - PHASE 2 preservation; - Set isolation; - no Routing change; - no backend/IP-lock change; - no timer/polling; - SOURCE modified = NO; - repair attempted = NO; - Runtime claimed = NO. --- # FINAL RULE **Do not ask whether the restore path can DECIDE again.** It must not. Ask only: > Does THIS Set Board already say this Counter decided, and if so, does the page simply put the same old fixed-state clothes back on without touching anything else? **No press. No write. No clock. Same clothes.★** ::: これで外部点検班に **PHASE 3 child＋PHASE 2 parent** を渡せばいける★ 今回は特に **restore側の call count が全部0になってるか** を重点で殴ってもらおうヽ(=´▽`=)ﾉ [USER] KAIA SITE PHASE 3 — COUNTER DECIDED-STATE RESTORE FROM SET BOARD INDEPENDENT STATIC / INTEGRATION INSPECTION REPORT ================================================== ARTIFACT IDENTITY ================================================== Counter child filename = Kaia-Site-Counter-v0.1.4-SET-BOARD-DECIDED-STATE-RESTORE.zip SHA256 = 01cc9fd25d4be74f703f484d61f926d5be71fdc83c10e1b7764bce1e00228dbf verified = YES ZIP integrity = PASS Counter parent filename = Kaia-Site-Counter-v0.1.3-COUNTER-DECIDE-TIMESTAMP-ATTENDANCE.zip SHA256 = f1d610104350f1ec9e566863f710972e2148563ece63a60e17ebad21742168ff verified = YES Exactly one DEVELOPMENT-HISTORY.md = YES PHP lint = PASS ================================================== PARENT → CHILD DIFF ================================================== Changed files: - kaia-site-counter.php - DEVELOPMENT-HISTORY.md Unchanged: - Actual Value Board component - Common Routing component - remaining packaged files Shared fixed-state renderer added = YES Existing success UI block replaced by shared renderer = YES Restore Board GET added = YES Unrelated functional delta = NO The functional delta is narrowly: A. Existing post-success UI block extracted into: renderFixedState($box, value) B. Existing successful DECIDE road now ends with: renderFixedState($box, result) instead of carrying the same UI statements inline. C. Initialization now performs: KaiaActualValueBoard.get( THIS binder_ref, THIS refill_ref, 'counter' ) and, when a non-empty value exists: renderFixedState($box, value) ================================================== RENDERER ================================================== Renderer name = renderFixedState UI-only = YES Contains Board write = NO Contains Timestamp call = NO Contains backend call = NO Contains success replay = NO Its contents are limited to the pre-existing fixed-state furniture: paint($box, value) DECIDE button ↓ existing success-state markup existing success-status text existing success/got-it text No product authority moved into the renderer. ================================================== CURRENT SUCCESS ROAD ================================================== The existing successful DECIDE sequence remains semantically: Counter backend success established ↓ rememberDecided(...) ↓ existing Counter Board SET ↓ Timestamp.attendSelected() ↓ renderFixedState(result) PHASE 2 Timestamp call on successful DECIDE = EXACTLY 1 Success furniture reordered = NO The former inline UI block was wrapped only after the existing PHASE 2 work. No success authority was moved into the renderer. ================================================== RESTORE ROAD ================================================== Board API used = YES API = KaiaActualValueBoard.get(...) Raw localStorage read added = NO Counter record name = counter Value source = THIS Counter binder_ref + refill_ref + existing "counter" Board value Board SET on restore = NO rememberDecided on restore = NO Timestamp call on restore = NO Counter issuance on restore = NO AJAX/backend call on restore = NO Synthetic click = NO Success callback replay = NO Restore terminates at: Board GET ↓ existing value ↓ renderFixedState(value) ================================================== BOARD READ SEMANTICS ================================================== The existing Board get() returns: rec.value not the raw record object. PHASE 3 uses that API directly. No decoding of: - written_at - ready - namespace - storage key - raw record was introduced into Counter. ================================================== NO BOARD WRITE / TTL REFRESH ================================================== PHASE 3 restore contains no: KaiaActualValueBoard.set(...) and no: writeAll(...) and no: Date.now() in the restore implementation. Therefore PHASE 3 itself does NOT refresh written_at. The existing Board get() may execute its pre-existing Board-owned expiry/retirement check. That behavior already belonged to the PHASE 1 Board and was not introduced or changed by PHASE 3. restore-specific written_at refresh = NO ================================================== PHASE 1 PRESERVATION ================================================== PHASE 3 Board component SHA256 = b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 Matches known-good PHASE 1 Board = YES PHASE 3 Board component unchanged = YES Board namespace changed = NO Board schema changed = NO Board lifetime changed = NO Raw namespace construction added to Counter = NO KaiaActualValueBoardScope grammar learned by Counter = NO ================================================== PHASE 2 PRESERVATION ================================================== Timestamp proxy on successful DECIDE = EXACTLY 1 Timestamp proxy on restore = 0 Success road rearranged = NO Critical distinction remains: DECIDE success → Timestamp bell rings once reload / revisit restore → Timestamp bell does NOT ring ================================================== rememberDecided() AUTHORITY ================================================== Existing rememberDecided() furniture remains in the normal successful DECIDE road. PHASE 3 restoration does NOT call rememberDecided(). PHASE 3 restoration does NOT read decidedState as its authority. Restore authority is: THIS Set scoped Board + THIS Counter address + "counter" Therefore browser-local remembered state was not promoted into the new restoration authority. ================================================== ROUTING / BACKEND ================================================== Routing changed = NO New Routing lookup = NO New PDF-address lookup = NO New Set resolver = NO New Product → Common dependency = NO Backend changed = NO Issuance endpoint changed = NO Counter value generation changed = NO Transaction/reservation changed = NO IP lock changed = NO PHASE 3 is frontend-only. ================================================== LOAD ORDER / SYNCHRONIZATION ================================================== New polling = NO New retry loop = NO New setTimeout synchronization = NO New setInterval = NO New event bus = NO New custom ready signal = NO Existing page/load furniture is reused. ================================================== OTHER PRODUCTS ================================================== Timestamp modification required = NO PDF modification required = NO Serial modification required = NO Common Board modification required = NO Routing modification required = NO Switchboard modification required = NO ================================================== STATIC MODELS ================================================== MODEL 1 — DECIDED THIS Set Board: counter = 1234 Initialization: Board GET ↓ 1234 ↓ renderFixedState(1234) Result: - 1234 displayed - existing fixed/success UI restored - DECIDE control replaced in the existing way - issuance = 0 - Timestamp call = 0 - Board SET = 0 DECIDED RESTORE = PASS -------------------------------------------------- MODEL 2 — UNDECIDED THIS Set Board: no Counter record Board GET: null Renderer: not called Existing normal DECIDE UI remains. UNDECIDED REMAINS ACTIVE = PASS -------------------------------------------------- MODEL 3 — SET ISOLATION Set A scoped Board: Counter A = 1234 Set B scoped Board: Counter B absent Set A: scoped GET → 1234 → fixed UI Set B: scoped GET → null → normal DECIDE UI Counter does not construct or bypass Board scope. SET ISOLATION = PASS -------------------------------------------------- MODEL 4 — BOARD EXPIRY Existing PHASE 1 Board retirement occurs before get() returns a usable Counter value. GET: null Renderer: not called Result: normal undecided UI No separate PHASE 3 lock survives. BOARD EXPIRY RELEASES UI = PASS -------------------------------------------------- MODEL 5 — RELOAD DOES NOT RE-DECIDE Already-decided Counter ↓ reload ↓ Board GET ↓ renderer(value) ↓ STOP Counter issuance = 0 Board SET = 0 Timestamp.attendSelected = 0 synthetic click = 0 RELOAD CAUSES NO RE-DECIDE = PASS -------------------------------------------------- MODEL 6 — READ ONLY Before: counter = 1234 written_at = T1 Restore: Board GET ↓ renderFixedState(1234) No PHASE 3 SET occurs. After, absent normal Board expiry: counter = 1234 written_at = T1 RESTORE IS READ-ONLY = PASS ================================================== DEVELOPMENT / IDENTITY ================================================== Plugin Header Version = 0.1.4-SET-BOARD-DECIDED-STATE-RESTORE DEVELOPMENT-HISTORY = present Exactly one DEVELOPMENT-HISTORY.md = YES New history entry correctly identifies: - parent artifact - verified parent SHA - WORK ZONE - shared UI renderer - Board GET restoration - read-only boundary - PHASE 1 preservation - PHASE 2 preservation - Runtime NOT TESTED Historical identities preserved = YES ================================================== FINAL CLASSIFICATION ================================================== PHASE 3 COUNTER DECIDED-STATE RESTORE FROM SET BOARD INDEPENDENT STATIC / INTEGRATION INSPECTION: PASS PHASE 1 PRESERVATION: PASS PHASE 2 PRESERVATION: PASS LIVE WORDPRESS RUNTIME QA: NOT ESTABLISHED SOURCE modified = NO Repair attempted = NO Runtime claimed = NO ================================================== CHECK LOG ================================================== Exact artifact identity → filename + SHA256 + ZIP integrity → PASS Exact parent/child diff → main PHP + history only → PASS Renderer purity → existing UI furniture only → PASS Board GET-only restore → existing KaiaActualValueBoard.get() → PASS No Board SET → verified → PASS No written_at refresh → no restore SET / Date.now() → PASS No Timestamp call on reload → verified → PASS No Counter reissue → no AJAX/backend path in restore → PASS No synthetic click / success replay → verified → PASS PHASE 1 Board preservation → SHA256 b3c5885c...aa7e3 → PASS PHASE 2 preservation → successful DECIDE still rings Timestamp exactly once → PASS Set isolation → existing scoped Board API retained → PASS Routing change → NONE → PASS Backend/IP-lock change → NONE → PASS Timer/polling → NONE → PASS SOURCE modified = NO Repair attempted = NO Runtime claimed = NO [ASSISTANT] うい★ **PHASE 3 STATIC / INTEGRATION = PASS**。しかもPHASE 1/2の保存まで綺麗に通ってる。 今回の検査でいちばん重要なのは、restore側が本当にここで止まってること。 ```text reload / revisit ↓ THIS Set Board GET ↓ value ↓ renderFixedState(value) ↓ STOP ``` で、 ```text Counter issuance 0 Board SET 0 written_at refresh 0 Timestamp.attendSelected 0 synthetic click 0 success replay 0 ``` 全部確認済み。 さらに、 - PHASE 1 Board部品はknown-good SHAのまま - Set isolation維持 - PHASE 2 Timestamp点呼はDECIDE成功時だけ exactly once - backend / IP lock / Routing 無変更 - polling / timer / event busなし - 新しいauthorityなし - fixed-state rendererはUI専用 まで揃ってる。 なので3段、静的には全部閉じたね。 ```text PHASE 1 掲示板に表札 → PASS PHASE 2 Counter成功 → 時計に点呼 → PASS PHASE 3 再訪 → 決定済みの服だけ復元 → PASS ``` 残るのはもう **LIVE WordPress Runtime QA** だけ。 ここまで来たら実機では、同じブラウザでA/Bを並べて、 1. Set AでDECIDE 2. Set BでDECIDE 3. A再訪 → Aだけ固定状態復元 4. B再訪 → Bだけ固定状態復元 5. Timestamp点呼が再訪では走らない 6. 片方のBoard退役後、もう片方は無傷 を見るのが本命。 **静的施工一式は閉じていい★** ヽ(=´▽`=)ﾉ🕊️ [USER] よし！実機やな [ASSISTANT] おういえ！ヽ(=´▽`=)ﾉ🕊️ ここからは**施工じゃなく実機証言取り**やな。 最小のRuntime QA順番はこれでいける。 ```text 1. 同じブラウザで Set A を開く 2. Counter DECIDE → Counter固定表示 → Timestamp点呼 3. Set B を開く 4. Counter DECIDE → Bも独立して固定表示 5. Set A を再訪 → Aの固定表示だけ復元 → Timestamp再点呼なし 6. Set B を再訪 → Bの固定表示だけ復元 7. AだけBoard退役/クリア相当 → Aは通常DECIDEへ戻る → Bはそのまま ``` 今回見るべき核心は3つだけ。 **A/B分離、再訪復元、再訪時に時計を鳴らさない。** ここ通れば、PHASE 1〜3をまとめてRuntime closureに持っていける★ [USER] [IMAGE: sediment://file_000000008f348206b06c11e4483b7751] [IMAGE: sediment://file_00000000289c820692fb50c8f48e7185] 異変発見★ [ASSISTANT] 🛑 異変受領。ここでSTOP★ 画像だけで確実に言える観測点がある。 2枚目のCURRENT Switchboardでは Counter(self) が ```text Binder = A Refill = 02 Shortcode = [kaia_counter id="2"] ``` になってる。 ところが1枚目のSerial発行台帳では、各行が見えている範囲で ```text Binder ID = 1 Refill ID = 2 ``` のように並んでいる。 つまり少なくとも**画面に出ている識別子の表記／値が、Counter側の `A / 02` とSerial台帳側の `1 / 2` で一致して見えない**。 これ、今回の「同じSet家族を同じBoardへ」のRuntime QA中なので、見過ごして先へ進める類じゃない。 **原因探索しない。修理もしない。ここで停止。** 🕊️🔴 まず「この `A/02` と `1/2` は本来同じものとして見える想定だったか？」をしゃむ判断に返す。 [USER] ちがーう なんで配線見えてんのwwww [ASSISTANT] あっｗｗｗｗｗ **そっちか！！！** 🤣🤣🤣 異変は **「Common Switchboardの配線詳細が公開画面で丸見え」** だｗｗｗ 2枚目、普通に ```text Common Switchboard Common Routing Name ON/OFF Binder Refill 決定 WEB Shortcode Copy Availability Counter(self) Timestamp ... ``` まで見えてるやんけｗｗｗ **内部配線盤が客席に出てきてる★** これは完全にSTOP案件で正しい。 今回のRuntime QA以前に、**Public側に出してはいけない管理／配線UIが露出してる**。 ここで止める。 観測事実だけ置くと、 > Public画面上で Common Switchboard / Common Routing の内部配線・Binder/Refill・shortcode等の管理情報が可視化されている。 原因探索も修理もまだしない。 まず **「本来この画面では非表示が正しい」** で合ってるなら、そこから切り分けやなｗｗｗ 🕊️🔴 [USER] あと、カウンターがユーザーコントロールだと0分設定できないわ（笑） もしそっちで0分設定できるならそれでいい あと、カウンターリセットが死んでる 2をリセットかけたのにパブリック2がロックかかったまんま… これは掲示板領域かな？（笑） [ASSISTANT] うい、ここは2件ともSOURCEでほぼ答え出た★ そして**Resetの件は、しゃむの勘どおりかなり掲示板領域寄り**。 まず0分設定。CURRENTはユーザーコントロール側で、 ```php cooldown_minutes = max(1, min(10080, ...)) ``` になってるから、**今は1分未満にできない**。 つまりUIが0分を拒否してるんじゃなく、保存時に最低1分へ丸めてる。 なので0分運用にするなら、かなり狭く ```text 許容範囲 1–10080 ↓ 0–10080 ``` へ変えるだけで済みそう。 ロック判定自体は ```text unlock = issued_at + cooldown_minutes * 60 ``` なので、`0` が保存できればその場でロック時間0になる構造。**新しいlock仕様はいらない。** で、Reset。 CURRENTのResetはSOURCE上、 ```text current_value = 0 + そのCounterの issuance history DELETE ``` しかしてない。 一方、今回PHASE 3でPublic固定状態のauthorityになったのは、 ```text THIS Set scoped Board + THIS Counter + "counter" ``` のrecord。 だから、 ```text Counter 2をReset ↓ DB current_valueは0 issuance historyも消える ↓ でもBrowser側Boardの Counter 2 = decided record は残ってる ↓ Public 2再訪 ↓ PHASE 3がBoard GET ↓ 「決定済みの服」をまた着せる ``` が成立する。 つまり**Resetが死んでるというより、Resetが新しくできたBoard authorityをまだ掃除してない**と見るのが一番自然。 ただしここで大事なのが、Boardは**Public browserのlocalStorage**だから、admin側PHP Resetから直接そのブラウザのBoardを消すのは、そのままではできない。ここは次の設計点。 なので現在地は、 ```text 異変1 Switchboard配線がPublic露出 → STOP案件 異変2 Cooldown 0を保存できない → SOURCE上、min=1が原因確定 → 0許可は小修正で可能そう 異変3 Reset後もPublic固定 → ResetはDB/historyしか消さない → PHASE 3 Board recordは残る → 掲示板領域との不整合がかなり濃い ``` までで止めるのがよさそう。 Resetについては、次に勝手に「じゃあBoardをどう消す？」まで作り始めない方がいい。 ここは**Resetしたとき、該当SetのBoard recordも解除対象にしたい**でHuman仕様を一回確定した方が安全★ [USER] カウンターリセットで紐づいたとこまで再度殴れないとちとテストのとき困るなあ… 人間の感覚だと リセット ↓ リロード ↓ もう一回殴れるドン♪ なんだよ [ASSISTANT] うん、その人間感覚でいい（笑） ```text Reset ↓ reload ↓ もう一回殴れるドン♪ ``` これを**Resetの契約**にした方が自然。 今はResetが ```text DB current_value = 0 issuance history clear ``` までしかやってなくて、PHASE 3が見る ```text THIS Set scoped Board → counter record ``` が残るから、reloadするとまた固定服を着る。 なのでResetは今後、 ```text Counter Reset ↓ Counter本体を初期化 + そのCounterに紐づく CURRENT Set Board の counter record も解除 ↓ reload ↓ normal DECIDE UI ↓ もう一回殴れる ``` までが1セット、って考えるのが筋。 ただし実装はちょっとだけ考えどころで、**admin側のResetから別ブラウザのlocalStorageを直接消せない**。だから「Resetした事実をPublic側へどう伝えて、次回reload時にそのBoard recordを無効扱いにするか」は別途配線が必要。 でも仕様としてはもうかなり明確。 > **Resetは数字だけ戻す操作じゃなく、再試行権を戻す操作。** テスト用途なら特にこれじゃないと困る（笑） なので次は「Reset → 次reloadでBoard側の決定済みも解除」の最小設計を切るのがよさそう。 [USER] これは可能？ カウンターリセットかけると掲示板溶ける [ASSISTANT] できる★ しかも、しゃむの想定してる ```text Counter Reset ↓ THIS Setの掲示板まるごと溶ける ↓ reload ↓ もう一回殴れるドン♪ ``` は、かなり自然。 ただし1個だけ物理境界がある。 **Admin側でResetした瞬間に、別ブラウザのlocalStorageを直接消すことはできない。** だから実際には、 ```text Admin Counter Reset ↓ 「このSetはResetされた」という印をserver側に残す Public reload ↓ Reset印を確認 ↓ THIS Set scoped Boardをclear ↓ 通常状態へ ``` になる。 これなら**開いてるPublic画面をリアルタイムで溶かす必要はない**。 しゃむの運用が > Reset → reload → もう一回殴る なら十分。 しかも「Counter recordだけ消す」より、 **Counter Reset = THIS SetのBoardまるごと退役** にした方がテスト用途では分かりやすい可能性が高い。 ```text Counter Timestamp Serial PDF ``` 全部そのSetの「今回の試行」が終わった扱いにして、 ```text Board::THIS-SET → {} ``` に戻す。 すると次回reloadで、 - Counter固定解除 - Timestamp点呼も新しい試行としてやり直せる - Serialも古い出席が残らない - PDFも前回のBoard内容を拾わない になって、**「Reset = 新しい1周開始」**としてかなり綺麗。 なので答えは、 **可能。しかも今回のテスト運用にはかなり合ってる。** ただし実装は「AdminがlocalStorageを直接削除」ではなく、 **Reset印を残して、Publicの次reload時にTHIS Set Boardを溶かす**形になる★ 🕊️🔧 [USER] 中身はしらん！ 人間触るときに成立すればよい★ [ASSISTANT] おう、それでいい★ **中の都合は機械側で吸収して、人間の契約だけ成立すればいい**。 人間から見える仕様はこれだけで十分。 ```text Counter Reset ↓ reload ↓ そのSetの掲示板は空 ↓ Counterまた押せる ↓ 新しい1周開始 ``` つまり、 > **Reset = THIS Setをもう一度テスト可能な初期状態へ戻す** これを外から成立させる。 内部で、 - Boardをどう退役させるか - Reset印をどう持つか - reload時にどう判定するか は施工側の話で、しゃむが触る必要ない★ このHuman契約で次の設計を切ればいいね🕊️🔧 [USER] うい。 配線みえてるのは軽微あつかいでいい？ [ASSISTANT] うい、**軽微扱いでいいと思う★** 理由は、今見えてる異変が ```text Public画面に Common Switchboard / Common Routing の内部配線UIが露出している ``` という**表示境界の事故**で、今のところ - Board namespaceそのもの - PHASE 1〜3の配線 - Counter発行 - Timestamp点呼 - Reset authority を壊してる証拠はまだないから。 なので分類は、 ```text 軽微UI露出 → 別修理チケット → 本線QAとは切り離す ``` でよさそう。 ただし、**Publicに内部Binder/Refill/shortcodeまで見えてる**ので、公開前には塞ぐ必須項目。 「今すぐ本線止める重大障害」ではないけど、**出荷前未修理は不可**くらいの位置。 要するに、 > 今は軽微。あとでちゃんと蓋する。★ [USER] 取りあえずだな プラグイン内はそこまで重視しなくていい。 サイトでみるパブリック最優先。 プラグインの配線埋めるのが軽微ならやっていい [ASSISTANT] うい★ **軽微で済んだので、そのまま埋めた**ヽ(=´▽`=)ﾉ🕊️ やったのはCounter管理画面のCommon Switchboardを、 > `Common Switchboard — advanced wiring` という**閉じた折りたたみ**の中へ入れただけ。 つまり普段は配線表が丸見えにならない。必要なときだけ管理者が開けば、従来のBinder / Refill / Shortcode / 決定操作はそのまま使える。 **Common Routing本体は無変更。Board本体も無変更。Public側PHASE 1〜3も無変更。ResetやIP lockにも触ってない。** [Counter v0.1.5 — Admin Switchboard Collapse](sandbox:/mnt/data/Kaia-Site-Counter-v0.1.5-ADMIN-SWITCHBOARD-COLLAPSE.zip) SHA256: `9fc78cede490e8f30dbe99ec223405b224e04e0e0c884eaa1373f432af230cd9` PHP lint / ZIP integrity / HISTORY 1個もPASS。 なので本線は引き続き**Public実機最優先**でいける★ [USER] Serialも配線剥き出しやでー [ASSISTANT] ういｗｗｗ Serialも同罪か🤣 **同じく軽微UI露出扱い**でいい。Public本線を触らず、Serial管理画面の配線だけ**閉じた折りたたみへ収納**する形で揃える。 Counterと同じ境界でやるね。 - Routing本体は触らない - Board本体は触らない - Serial発行/Reset/台帳は触らない - Public runtimeは触らない - 管理画面の配線UIだけ埋める★ [ASSISTANT] うい★ Serialも同じ場所だったｗｗｗ SOURCE上、`kaia_common_routing_render_switchboard(...)` が管理画面へ**そのまま直置き**されてるだけだから、Counterと同じく軽微で済む。 ここは同じ処置で揃える。**配線盤そのものは一切触らず、Serial管理画面でだけ折りたたみの中へ収納**する★ [ASSISTANT] うい★ Serialも同じく埋めたーヽ(=´▽`=)ﾉ🕊️ 今回も**管理画面の配線UIだけ**。 ```text Common Switchboard — advanced wiring ``` の折りたたみの中へ収納して、`kaia_common_routing_render_switchboard(...)` 自体はそのまま。 触ってないもの： - Serial発行 - Ledger - Refill / Reset - Public runtime - Common Routing本体 - Actual Value Board本体 - schema - product-core VERSION [Serial v0.1.2 — Admin Switchboard Collapse](sandbox:/mnt/data/Kaia-Site-Serial-v0.1.2-ADMIN-SWITCHBOARD-COLLAPSE.zip) SHA256: `eb999d4035ad52582700305d57a0139b64c17115a453936e8f9d124811d11e9e` PHP lint / ZIP integrity / HISTORY 1個もPASS★ これでCounterとSerial、配線盤は普段は収納状態になった🕊️🔧 [USER] [IMAGE: sediment://file_0000000008d08206b251a60beef6c3e4] おーい点検したか？ 埋めたらまずいもんまでうめて うめなきゃならんやつがうまってないぞ [ASSISTANT] うわ、これ完全に俺の**見当違い施工**だ。 しゃむの画像とSOURCE見たらはっきりした。 **埋めちゃまずかったのは本物の Common Switchboard 操作盤。** あれは管理画面で配線を触るために必要な家具だから、折りたたみ収納して主役を隠しちゃってる。 逆に、**埋める／隠すべきだったのは下のLedgerに出てる内部配線情報**だね。 画像で丸見えなのはこれ。 ```text Binder ID Refill ID ``` Serial台帳に普通に列として出てる。 だから正しい軽微修理は、 ```text Common Switchboard → 元どおり常時見える Ledger Issue No. Binder ID ← 隠す Refill ID ← 隠す Counter Issued UTC Serial ``` で、**Binder ID / Refill IDの列だけ管理画面の台帳表示から外す**。 データそのものやMD/TXT ledger、Routing、Serial発行、Resetには触れない。 「表示から配線列を埋める」だけで足りる。 そして質問への答え、点検したか？については―― **施工後の画面としての点検をしてなかった。SOURCE差分だけ見て“Switchboard露出＝これだ”と早合点した。** そこは俺のミス。 ここは既存v0.1.2をそのまま直し直すんじゃなく、ルールどおり**v0.1.1 known-goodから新childを切り直して**、 - Switchboardは元のまま - LedgerのBinder ID / Refill IDだけ非表示 にするのが安全★ 🕊️🔴 [USER] 前の機体から直せばまだ触る場所すくないべ。 そっちからおやり [ASSISTANT] うい、その方が差分ちっちゃい★ **今のSerial v0.1.2（誤ってSwitchboardを畳んだ機体）を親にして、そこから最小修正**する。 やるのは2点だけ。 - Common Switchboardを元の常時表示へ戻す - Ledger画面の `Binder ID / Refill ID` 表示だけ埋める データ・MD/TXT・Routing・発行・Resetは触らない。施工後に今度は**画面として何を隠して何を残したか**まで点検する。 [ASSISTANT] うい★ 親は**いまの v0.1.2 誤収納機**で固定した。 差分は本当に戻し1か所＋隠し1か所にできる。 - `
...
` を外してSwitchboard直表示へ戻す - Ledgerの **Binder ID / Refill ID列だけ削る**（空台帳の`colspan`も6→4） MD/TXT exportは元からその2列を出してないので触らなくていい。ここ、良い（笑） 新child名札立てて施工する。 [ASSISTANT] 施工できた★ 今度は画像で見えてた境界に合わせてる。 - Switchboard：**常時表示へ復帰** - Ledger：**Issue No. / Counter / Issued UTC / Serial** だけ - Binder ID / Refill ID：**画面からだけ消えた** - MD/TXT：もともとその列なしなので無変更 - 発行・Reset・Routing・Board：無変更 いま親との差分と共通家具SHAを確認してZIP締める。 [ASSISTANT] できた★ 今回は**前の v0.1.2 から最小修正**にしたヽ(=´▽`=)ﾉ🕊️ [Serial v0.1.3 — Ledger Wiring Columns Hidden](sandbox:/mnt/data/Kaia-Site-Serial-v0.1.3-LEDGER-WIRING-COLUMNS-HIDDEN.zip) SHA256: `d0b18508e790dda547b0e3309ca6d390321acbdf1fc01bca0aab8b755e2978dd` 変更は本当に2点だけ。 - Common Switchboard → **常時表示へ戻した** - Serial Ledger → **Binder ID / Refill ID列だけ画面から削除** 今の台帳表示は、 ```text Issue No. Counter Issued UTC Serial ``` だけ。 MD/TXT exportは元からBinder/Refillを出してなかったので無変更。 Routing SHAもBoard SHAも親と完全一致、PHP lint / ZIP integrity / HISTORY 1個もPASS。 今度は**「必要な配線盤は見える、台帳に内部配線は見えない」**になってる★ [USER] カウンター最新いくつー？ [ASSISTANT] 最新は **Kaia-Site-Counter-v0.1.5-ADMIN-SWITCHBOARD-COLLAPSE.zip** だよー★ ヽ(=´▽`=)ﾉ ただしこれ、さっきの話どおり **Switchboardを畳んじゃった版** だから、実運用上はちょい注意。 PHASE 3本体としての最新known-goodは **v0.1.4-SET-BOARD-DECIDED-STATE-RESTORE** その上に軽微UI変更として **v0.1.5-ADMIN-SWITCHBOARD-COLLAPSE** が乗ってる状態。 つまり番号だけなら **v0.1.5が最新**。 [USER] なんかコケてる。 カウンターリセットかけても影響なしで亡霊いきてるのかなーと 12時間ロックを0にしようとすると0はあかんです★になるけど内側で0になってるならよし [ASSISTANT] うい、今のSOURCE関係から見ると、その2つは別件でどっちも説明つく★ まず **Counter Resetしても亡霊が生きる件**。これはかなりその通り。 ```text Reset → Counter本体のDB/historyはリセット → でも THIS Set Board の "counter" record は残る → reload → PHASE 3 が Board GET → 「決定済みだな★」 → 固定状態を復元 ``` なので、**Resetが効いてないというよりBoard側の決定済み記録が生き残ってる**状態。 次に「12時間ロックを0」。 これは残念ながら、今のSOURCEでは**内側でも0にはなってない**。保存時に ```text max(1, ...) ``` が入ってるから、0を入れると最低 **1分** に丸められる。 つまり現状は、 ```text UI「0はあかんです★」 内部「じゃあ1分な★」 ``` （笑） なので次に必要なのはかなり明確。 ```text ① cooldown_minutes 1–10080 ↓ 0–10080 ② Counter Reset ↓ THIS Set Boardも退役 ↓ reload ↓ もう一回殴れるドン♪ ``` この2本。 そしてReset側は、前に決めたHuman契約どおり **「Counterだけじゃなく、そのSetの掲示板ごと溶ける」** で進めるのが自然だと思う★ 🕊️🔧 [USER] 現在手持ち最新機ぜんぶー 念のため確認よろー [ASSISTANT] 確認した★ いま手持ち4機、実物で揃ってる。 - **Counter** `Kaia-Site-Counter-v0.1.5-ADMIN-SWITCHBOARD-COLLAPSE.zip` SHA256 `9fc78cede490e8f30dbe99ec223405b224e04e0e0c884eaa1373f432af230cd9` ZIP integrity PASS PHASE 1/2/3はちゃんと内包してる。 ただしこれは**さっき判明した「Switchboardを畳んじゃった軽微誤施工」を含む現行手持ち**。 さらにCooldownはSOURCE上まだ `min=1` なので、**0分保存は未対応**。Reset→Board溶解も未対応。 - **Timestamp** `Kaia-Site-Timestamp-v1.0.21-dev11-COUNTER-DECIDE-ATTENDANCE-PROXY.zip` SHA256 `40cd22c6dcc631314e2e4b041299cb3d276dfe9b623b25ba6a66fe34f62aa806` ZIP integrity PASS PHASE 2の `attendSelected()` 入り。現在これが最新手持ち。 - **Serial** `Kaia-Site-Serial-v0.1.3-LEDGER-WIRING-COLUMNS-HIDDEN.zip` SHA256 `d0b18508e790dda547b0e3309ca6d390321acbdf1fc01bca0aab8b755e2978dd` ZIP integrity PASS これは修正版。**Switchboardは常時表示へ戻し、Ledger画面の Binder ID / Refill IDだけ隠した版**。現在これが最新手持ち。 - **PDF** `Kaia-Site-PDF-v0.3.22-PDF-ADDRESS-BOARD-NAMESPACE.zip` SHA256 `85917df4fc206bfa2464f069e835ab0f9d8aaeb64b01b7d44416fd4bf65b9ee3` ZIP integrity PASS PHASE 1のPDF住所Board namespace版。現在これが最新手持ち。 あと重要確認として、**4機のActual Value Board部品は今も全機完全同一**。 ```text b3c5885c29247baac4d61936eb106865e8bdbd65c281877a06083b5e83daa7e3 ``` なのでBoard分室側は揃ってる★ ただし、現在の「次に直す対象」はCounterに2つ残ってる。 ```text Counter v0.1.5 ├─ Switchboard誤収納 ← 直す ├─ Cooldown 0分不可 ← 0許可へ └─ Reset後Board亡霊残存 ← ResetでTHIS Set Board溶解へ ``` つまり**手持ち確認はPASS、でもCounterだけ既知の未修理3点あり**、という現在地だね🕊️🔧 [USER] 採掘必要ならいってきてー 軽微ならやってもいいし 必要なら施工図かいてもいいー [ASSISTANT] うい★ じゃあまず**採掘だけ**いってくる。 見るのはCounter最新手持ち `v0.1.5` の3点だけ。 1. Switchboard誤収納 → どこを戻せば最小か 2. Cooldown 0分不可 → 本当に保存境界1か所だけか 3. Reset→Board亡霊 → どこまで既存家具で繋げられるか 軽微ならそのまま直す。 **Resetが新authorityや新配線を要するなら、そこでSTOPして施工図に切り替える★** [ASSISTANT] 採掘途中、Reset側で**かなり大事な分岐**が見えてる。 0分は軽微。保存境界が本当に2か所＋HTML `min=1` だけで、ロック計算自体は0を受けられる。これはそのまま直せる。 Switchboard誤収納も軽微。`
`を外して元の直表示へ戻すだけ。 ただし **Reset→掲示板全溶解** は、AdminとPublic browserが別世界だから、やっぱり1本だけ橋が要る。 いま「新authorityを作らず、既存Counterの reset/unissued 状態をPublicが読めるか」を掘ってる。ここが素直なら軽微に落とす。変な記憶札が必要なら施工図へ切り替える★ [ASSISTANT] 採掘結果で分かれた★ **軽微2件はそのまま直していい。** - Switchboard誤収納 → `
`を外して元位置へ戻すだけ - 0分 → sanitize / DB同期 / input `min` の **3点を 1→0** にするだけ。ロック計算はそのまま0を処理できる 一方 **Reset→掲示板まるごと溶解** は、既存Board APIに `clear()` がない。 ここをCounterだけでlocalStorage直掘りすると、せっかく守ってきた「CounterはBoard namespaceを知らない」が壊れる。 なのでここは**軽微施工に混ぜない**。共通Board家具へ小さい `clear()` を足して4機を揃える施工図案件に分離するのが安全。 まず軽微2件だけ、v0.1.5から新childで直してくる★ [ASSISTANT] 採掘おわったーヽ(=´▽`=)ﾉ🕊️🔧 結論、**軽微2件は施工済み。Resetだけは施工図案件に分離**が正解だった★ Counterは `v0.1.5` を親にして、 - Common Switchboardを**元の常時表示へ復帰** - Lock timeを**0〜10080分**へ変更 だけ入れた。保存側もDB同期側も `max(0, ...)` に揃ってるので、今度は**内側でも本当に0分**になる。ロック計算そのものは元から0を処理できるので触ってない。 [Counter v0.1.6 — Switchboard Restore / Cooldown Zero](sandbox:/mnt/data/Kaia-Site-Counter-v0.1.6-ADMIN-SWITCHBOARD-RESTORE-COOLDOWN-ZERO.zip) SHA256: `d596a1ac922327ab9a2e06b849797bb52bfa33a28e64b4fde2696301e610ddf8` Board家具・Routing家具は親とbyte-identical、PHP lint / ZIP integrityもPASS。 で、**Reset→掲示板溶解**の採掘結果。 今のBoard APIは外へ ```text set(...) get(...) ``` しか出してない。 だからCounterだけで無理やり溶かそうとすると、 ```text Counter → KaiaActualValueBoardScopeを知る → localStorage keyを組み立てる → 直接削除 ``` になって、これは今まで守ってきた > CounterはBoardの部屋番号の作り方を知らない を壊す。なのでやらなかった。 一方、既存Counter Resetはちゃんと、 ```text current_value = 0 + issuance history DELETE ``` までやってる。つまりPublic側では**「このCounterは今、未発行状態か」**を既存SOURCEから判断できる。 なので最小施工図はこれ。 ```text KAIA SITE COUNTER RESET → SET BOARD RETIRE Human contract: Admin Counter Reset ↓ reload Public Set ↓ THIS Set Board 全消去 ↓ Counter通常状態 ↓ もう一回殴れるドン★ 内部案: Common Actual Value Board set() get() + clear() ← 小さい共通家具を1個追加 Public Counter initialization ↓ CURRENT Counterが reset / unissued 状態 ↓ KaiaActualValueBoard.clear() ↓ THIS Set scoped Boardだけ {} ↓ 通常初期化続行 ``` 重要なのは `clear()` の中でだけ既存scopeを使うこと。 ```text Counter 「掲示板、溶けて」 Board 「うい、この部屋だけ溶かす」 ``` CounterはPDF住所もlocalStorage keyも知らないまま。 ただしCommon Boardは4機で**先着ロード共有家具**だから、`clear()`を足すなら ```text PDF Counter Timestamp Serial ``` 4機のBoard siblingを同じ版に揃える必要がある。1機だけ更新すると、古い家具が先にロードされた時に `clear()` が存在しない可能性が出る。 なのでReset側は軽微に見えても、施工単位は**4機共通Board更新＋Counterからclear呼び出し**になる。 ここは施工図→補佐赤ペンを一回通した方が安全★ 現在地は、 ```text Counter v0.1.6 Switchboard復帰 ✅ 0分ロック ✅ PHASE 1〜3 維持 Reset→Board溶解 🚧 次施工 ``` だよー★ [USER] よし！施工図いこー [ASSISTANT] 🕊️🔴 **あれ？ 施工図に入る前の採掘で、1個だけ重要な境界が出た。ここでSTOP。** さっき俺が考えてた、 ```text Counterが未発行 ↓ Board.clear() ``` は、そのままやるとダメだ。 SOURCEを見るとPublic Counterの `data-counter-decided="0"` は、 ```text 本当にResetされた直後 ``` だけじゃなく、 ```text まだ一度も発行してない普通の初回状態 ``` でも同じ `0` になる。 しかもTimestampはページロード時に先にBoardへ点呼することがあるから、 ```text 普通の初回表示 ↓ TimestampがBoard SET ↓ Counterを見ると「未発行=0」 ↓ 「Resetだ！」と誤認して掲示板全溶解 ``` が起こり得る。 これはダメ★ **未発行状態そのものをReset信号には使えない。** なのでReset施工には、最低限 > **「このCounterはいつResetされたか」** という**Reset専用の印を1個だけserver側に残す**必要がある。 一番小さくできそうなのはこれ。 ```text Admin Counter Reset ↓ 既存 reset処理 + reset_at を保存 ``` Publicでは、 ```text reset_at = R THIS Set Boardを見る ↓ Board内に R より古い written_at の記録がある ↓ 「これはReset前の掲示板」 ↓ THIS Set Boardだけ全溶解 ``` 逆に新しい1周が始まって、 ```text Board records written_at > R ``` ならもう溶かさない。 これなら、 - 毎reloadで溶け続けない - 初回未発行をResetと誤認しない - CounterはBoard namespaceを知らない - Board schemaを変えなくていい - Reset後にTimestampが先に一度書いても、古い亡霊が混じっていれば一度まとめて溶かせる - その後Counter DECIDEでTimestampはPHASE 2により再点呼される という形にできる。 だから施工図の前にHumanへ一点だけ確認。 **Reset専用の `reset_at` 印をCounter側に1個持たせて、Public reload時に「Reset以前のTHIS Set Boardなら全溶解」という契約で進めてよい？** ここOKなら、次に正式施工図切る★ 🕊️🔧 [USER] うん。それでいいよー [ASSISTANT] うい★ Human契約確定。 じゃあ **Reset専用 `reset_at` + THIS Set Board全溶解** で正式施工図に落とす。 :::writing{variant="document" id="94126" title="KAIA SITE — COUNTER RESET RETIRES THIS SET BOARD CONSTRUCTION BLUEPRINT"} # KAIA SITE ## COUNTER RESET → THIS SET BOARD RETIRE ### CONSTRUCTION BLUEPRINT — DRAFT FOR ASSISTANT REVIEW **ROLE:** Pinpoint Investigation / Wiring Specialist **STATUS:** HUMAN-CONTRACT CONFIRMED / DRAFT BLUEPRINT **CONSTRUCTION:** NOT STARTED **SOURCE MODIFICATION:** NONE --- # 1. HUMAN CONTRACT Human-facing behavior is: ```text id="h1" Admin Counter Reset ↓ Public page reload ↓ THIS Set Board is retired / cleared ↓ Counter returns to normal undecided state ↓ Human can DECIDE again ``` Human does not need to know or manage Board internals. The required practical contract is: > Reset → Reload → Can hit it again. --- # 2. WHY CURRENT RESET IS INCOMPLETE CURRENT Counter Reset already performs: ```text id="h2" current_value = 0 + issuance history DELETE ``` But PHASE 3 restoration authority is now: ```text id="h3" THIS Set scoped Board + THIS Counter existing "counter" record ``` Therefore a stale Board can survive backend Reset: ```text id="h4" Admin Reset ↓ backend becomes fresh ↓ old Public Board survives ↓ reload ↓ PHASE 3 reads stale counter record ↓ fixed state returns ``` This is the observed ghost behavior. --- # 3. RESET SIGNAL MUST BE EXPLICIT Do NOT use: ```text id="h5" current_value == 0 ``` or: ```text id="h6" not issued ``` as proof that Reset occurred. Those states also exist on legitimate first-use pages. Human-approved solution: ```text id="h7" Counter Reset ↓ save reset_at timestamp ``` This reset marker exists only to distinguish: ```text id="h8" ordinary never-issued state ``` from: ```text id="h9" explicit Human Reset occurred ``` --- # 4. RESET MARKER AUTHORITY Add one Counter-owned server-side reset marker: ```text id="h10" reset_at ``` Exact storage location must follow CURRENT Counter settings/state conventions. Do NOT create: - new Set ID; - new reset table; - new routing authority; - browser-wide reset key; - PDF-owned reset authority. Counter owns the fact: > Human reset this Counter at time R. --- # 5. RESET WRITE On successful Admin Counter Reset: ```text id="h11" existing Reset work ↓ save reset_at = current server timestamp R ``` Preserve existing Reset behavior. Do NOT remove or replace: - current_value reset; - issuance history deletion; - existing Reset UI. The reset marker is an additional witness only. --- # 6. PUBLIC RESET CHECK On Public Counter initialization: ```text id="h12" read reset_at = R ↓ inspect THIS Set Board ↓ determine whether Board still contains pre-Reset state ``` If the Board contains stale state older than R: ```text id="h13" retire THIS Set Board ``` Then normal CURRENT initialization continues. --- # 7. BOARD RETIRE API CURRENT Board API exposes: ```text id="h14" set(...) get(...) ``` Add one small Board-owned public helper: ```text id="h15" clear() ``` Exact name may follow existing naming conventions. Responsibility: ```text id="h16" clear CURRENT scoped Board only ``` The Board helper itself owns: - current scope; - storage key; - localStorage implementation. Counter must NOT learn those details. --- # 8. COUNTER MUST REMAIN STUPID Counter may say: ```text id="h17" "THIS Set Board is stale relative to my Reset. Board, clear yourself." ``` Counter must NOT know: - PDF binder_ref; - PDF refill_ref; - Board namespace string; - localStorage key; - namespace serialization; - Board storage prefix. No direct localStorage access in Counter. --- # 9. FOUR-CARRIER BOARD COMPONENT RULE The Common Actual Value Board component is shared across: - PDF - Counter - Timestamp - Serial. Because first-loaded shared furniture wins, all four carriers must receive the same Board API version containing `clear()`. Required: ```text id="h18" PDF Board component = Counter Board component = Timestamp Board component = Serial Board component ``` Byte-identical after construction. Do NOT update Counter only. --- # 10. BOARD SCHEMA PRESERVATION Do NOT change existing Board record schema. Existing record remains: ```text id="h19" binder_ref refill_ref name value written_at ready ``` `reset_at` is Counter server state, not a Board record field. No migration. --- # 11. BOARD TTL PRESERVATION Existing Board lifetime remains unchanged. Do NOT alter: - 12h retirement logic; - earliest-written_at logic; - read-time expiry behavior; - scoped storage behavior. Reset retirement is a separate explicit retirement trigger. --- # 12. STALE-BOARD DETECTION The reset check must answer: > Does THIS Set Board still contain state from before reset_at? Use existing Board timestamps. Conceptually: ```text id="h20" reset_at = R Board contains records with written_at < R ↓ stale Board exists ↓ clear THIS Set Board ``` Do NOT classify Board as stale merely because Counter is currently unissued. --- # 13. POST-RESET NEW STATE After Reset and Board retirement: ```text id="h21" reload ↓ Board clear ↓ normal undecided Counter UI ``` Later, when new state is created: ```text id="h22" new writes have written_at > reset_at ``` Those must NOT be repeatedly cleared. The reset marker must not create a permanent wipe loop. --- # 14. IMPORTANT TIMESTAMP CASE Timestamp may write early during page load. Therefore implementation must avoid this failure: ```text id="h23" Reset happened ↓ reload ↓ Timestamp writes fresh record ↓ Counter blindly sees reset_at ↓ clears every reload forever ``` Required contract: ```text id="h24" only stale pre-reset Board state triggers retirement ``` Fresh post-reset Board state must survive. If stale-vs-fresh cannot be distinguished using existing Board timestamps without schema redesign: STOP. --- # 15. WHO DECIDES STALENESS Preferred ownership: ```text id="h25" Board → expose enough read-only freshness information OR Counter → inspect through existing Board API ``` But do NOT make Counter parse raw localStorage. If existing Board API does not expose enough information, add the smallest Board-owned helper needed. Examples of acceptable conceptual helpers: ```text id="h26" hasWrittenBefore(timestamp) ``` or: ```text id="h27" oldestWrittenAt() ``` or equivalent. Do NOT decide exact helper shape before SOURCE inspection. --- # 16. CLEAR SEMANTICS `clear()` must clear only: ```text id="h28" CURRENT scoped Board ``` Equivalent effect: ```text id="h29" writeAll({}) ``` within the current scope. It must NOT clear: - another Set; - all kaia Board namespaces; - unrelated localStorage; - Routing state; - Product local state. --- # 17. RESET SCOPE Human contract is: ```text id="h30" Counter Reset ↓ THIS Set Board retires ``` Therefore all current Board records for THIS Set disappear together: - Counter; - Timestamp; - Serial; - PDF-related Board contents. This represents a fresh test cycle. Do NOT selectively delete only the Counter record. --- # 18. PHASE 1 PRESERVATION Preserve: ```text id="h31" PDF-address Board namespace Set isolation fail-closed scope behavior old global Board non-migration ``` Reset retirement must operate inside the already-selected Set room. --- # 19. PHASE 2 PRESERVATION After reset / clear: ```text id="h32" new Counter DECIDE ↓ Timestamp.attendSelected() exactly once ``` Do NOT call Timestamp during reset processing. Reset itself is not a DECIDE. --- # 20. PHASE 3 PRESERVATION After Board clear: ```text id="h33" PHASE 3 Board GET ↓ no counter record ↓ normal undecided UI ``` No special PHASE 3 exception required. Do NOT create another unlock state. Board absence naturally releases the UI. --- # 21. NO REAL-TIME CROSS-BROWSER REQUIREMENT Human only requires: ```text id="h34" Reset ↓ reload ↓ fresh state ``` Do NOT add: - push; - websocket; - polling; - heartbeat; - real-time browser invalidation. An already-open Public page may remain stale until reload. That is acceptable. --- # 22. RESET_AT CLOCK Use one consistent server-side time basis. Do NOT mix incomparable timestamp formats. The reset marker and Board `written_at` must be compared reliably. If CURRENT Board timestamps are browser milliseconds and reset_at is server seconds, normalize explicitly. Do NOT rely on implicit unit conversion. If time-basis comparison becomes ambiguous: STOP. --- # 23. FIRST-USE SAFETY Model: ```text id="h35" Counter has never been issued reset_at absent / zero Board may contain fresh Timestamp state ``` Expected: ```text id="h36" NO Board clear ``` Never-issued must not masquerade as reset. --- # 24. ONE-TIME RESET SAFETY Model: ```text id="h37" Reset at R Board contains old records at T1 < R reload ``` Expected: ```text id="h38" clear once ``` Then subsequent reload: ```text id="h39" no stale records ↓ NO repeated clear ``` --- # 25. NEW-CYCLE SAFETY Model: ```text id="h40" Reset at R old Board cleared new Timestamp / Counter records created at T2 > R reload ``` Expected: ```text id="h41" NO clear ``` New cycle survives. --- # 26. SET ISOLATION Model: ```text id="h42" Reset Counter in Set A ``` Expected: ```text id="h43" Board::Set A → retired Board::Set B → untouched ``` Critical. --- # 27. ADMIN RESET FAILURE If Admin Reset fails: ```text id="h44" reset_at must NOT advance ``` Do not mark reset unless existing Reset successfully completes. --- # 28. WORK ZONES ## Counter - existing Admin Reset success path; - reset_at storage/read; - Public initialization reset check; - Board clear request; - current child identity/history. ## Shared Board component - add narrow clear/freshness helper(s); - preserve all existing set/get/TTL behavior. ## Four carriers - synchronize byte-identical Board sibling component. OUTSIDE WORK ZONE: - Routing; - Switchboard; - PDF Issue semantics; - Serial lifecycle; - Timestamp acquisition; - PHASE 2 helper; - PHASE 3 renderer; - Counter issuance backend beyond reset marker write; - IP lock. --- # 29. SOURCE MAP ```text id="h45" 🟢 CURRENT Counter Admin Reset 🟢 CURRENT PHASE 1 scoped Board 🟢 CURRENT Board written_at 🚧 UNFINISHED Counter reset_at witness 🚧 UNFINISHED Board clear() / freshness helper 🪧 ROUTE Admin Reset → reset_at 🪧 ROUTE Public reload → compare Board age to reset_at → clear THIS Set if stale ``` --- # 30. EXPECTED SMALLEST DELTA Preferred architecture: ```text id="h46" Admin Reset → reset_at Public reload → Counter asks Board: "Do you still contain state older than reset_at?" YES → Board.clear() NO → leave Board alone ``` Counter does not inspect storage internals. --- # 31. STATIC ACCEPTANCE TESTS ## A. Never reset ```text id="h47" reset_at absent ``` Result: ```text id="h48" Board clear calls = 0 ``` --- ## B. Old ghost after reset ```text id="h49" reset_at = R oldest Board written_at = T1 T1 < R ``` Result: ```text id="h50" clear calls = 1 THIS Set Board empty ``` --- ## C. Another Set ```text id="h51" Set A stale Set B valid ``` Result: ```text id="h52" A cleared B unchanged ``` --- ## D. Fresh new cycle ```text id="h53" reset_at = R all Board records T2 > R ``` Result: ```text id="h54" clear calls = 0 ``` --- ## E. Reload after clear ```text id="h55" Board already empty ``` Result: ```text id="h56" clear calls = 0 ``` --- ## F. PHASE 3 release After clear: ```text id="h57" Counter Board GET → null → normal DECIDE UI ``` --- ## G. PHASE 2 not replayed Reset/reload: ```text id="h58" Timestamp.attendSelected() = 0 ``` --- # 32. STOP CONDITIONS STOP immediately if: - current_value==0 is used as reset proof; - never-issued state can trigger clear; - Counter must parse raw localStorage; - Counter must build Board namespace; - Board clear is browser-global; - Set B can be cleared by Reset A; - repeated reload causes permanent clear loop; - fresh post-reset state can be cleared; - Board schema must change; - Routing must change; - PDF Issue must change; - Timestamp acquisition must change; - Serial lifecycle must change; - PHASE 2 or PHASE 3 semantics must change; - new polling/push is required; - reset_at / written_at time units cannot be compared safely; - anything produces “Are?” / “Uwaa...” / “I don't want to wire this...” reaction. Do not repair around it. --- # 33. DEVELOPMENT CHILD PROCEDURE For each modified carrier: ```text id="h59" KNOWN-GOOD parent ↓ COPY ↓ NEW child identity ↓ confirm work zone ↓ update current identity markers ↓ construction ↓ inspection ↓ ZIP ``` Do not edit previous legitimate ZIPs in place. Every legitimate child ZIP must contain exactly one: ```text id="h60" DEVELOPMENT-HISTORY.md ``` --- # 34. REQUIRED FINAL STATE Human experience: ```text id="h61" Reset Counter ↓ Reload Public page ↓ old Set Board gone ↓ Counter active again ↓ new test cycle ``` No extra Human action. --- # 35. CHECK LOG ```text id="h62" TARGET Counter Reset retires THIS Set Board on next reload RESET SIGNAL explicit reset_at NEVER-ISSUED MISDETECTION NO BOARD CLEAR THIS SET ONLY NEW BOARD SCHEMA NO COUNTER RAW LOCALSTORAGE NO COUNTER KNOWS NAMESPACE NO BOARD API EXTENSION YES — narrow clear/freshness helper FOUR-CARRIER BOARD SYNC REQUIRED PHASE 1 PRESERVED YES PHASE 2 PRESERVED YES PHASE 3 PRESERVED YES REAL-TIME INVALIDATION NO POLLING NO CONSTRUCTION STARTED NO ``` # ONE-LINE CONSTRUCTION RULE **Reset does not merely zero the Counter. Reset marks the old test cycle as dead; on the next Public reload, the Board throws away only that Set's stale room and starts fresh.** ::: これで補佐へ赤ペン回せる★ 今回いちばん見てほしいのは、**`reset_at` とBoard `written_at` の時間単位・比較方法**と、**clear判定をBoard側へどこまで持たせるか**の2点。ここだけ賢くなりすぎると重くなるから、赤ペンで削ってもらうのがよさそう。 [USER] 🕊️🔴 補佐・赤ペン。ここは1本、かなり削りたい。 図面の目的自体は合ってる。 Reset → 旧サイクル死亡 → reload → THIS Set Boardだけ退役 → PHASE 3がcounterを見つけない → DECIDE可能 ただ、指定された2点を合わせて見ると、§6 / §12 / §14 / §15 / §22 の reset_at vs written_at 比較そのものを施工契約から外したい。 理由は単純で、ここだけ急に時計屋が始まってるｗｗｗ 🔴 RED PEN — 「古いか比較」ではなく「Resetを未処理か」 Human契約で必要なのは、 > Reset後、次のPublic reloadでTHIS Set Boardを全溶解する。 であって、 > Board内にResetより古いrecordが存在することを証明してから溶かす。 までは要求されてない。 むしろ現在案だと、 reset_at VS Board各record.written_at ↓ 秒/ms正規化 ↓ oldest判定 ↓ stale判定 ↓ clear となって、Reset一発のために時刻比較機構が生える。 そして§14で心配している、 Reset → reload → Timestampが先にfresh recordを書く → どうやってold/freshを区別する？ も、根っこは「Boardの中身を見てReset済みか判断しよう」としたから発生してる。 今回欲しい意味はもっと単純。 Admin Reset → 「このResetはまだPublic Boardへ反映されてない」 Public reload → THIS Set Board.clear() → 「このResetは反映済み」 つまり必要なのは時刻比較ではなく、Reset witness の消費状態。 ただしここで俺から reset_pending や reset_consumed_at を新設しろ、とは言わない。 それも施工設計だから。 赤ペンとしては、 > SOURCEに既存家具だけで「このResetがまだBoardへ反映されていない」を一回性で判定できるか確認する。なければSTOPしてHumanへ戻す。 まで。 written_at をReset判定authorityへ昇格させない。 --- 🔴 Board側も賢くしすぎない Boardに欲しい新能力は、SOURCEが許すなら本当にこれだけでいい。 Board.clear() 意味： > 現在選択済みのTHIS Set roomを空にする。 Boardに、 hasWrittenBefore(reset_at) oldestWrittenAt() isStaleSinceReset() みたいなCounter Reset事情を理解する家具は持たせたくない。 Boardは馬鹿でいい。 Counter側 「このReset、未反映です」 Board 「へー」 Counter 「部屋空にして」 Board 「はい★」 BoardはResetを知らない。 Counterを知らない。 reset_at を知らない。 これなら四Carrier同期で増える共通家具も scope-aware clear() 一個で済む可能性が高い。 --- 🟡 ここだけSOURCE確認へ戻したい なので現案について補佐判定は、 目的・Set全溶解・PHASE 1/2/3境界 → PASS。 ただし施工前に一点だけ確認。 > CURRENT Counter側に、Admin Resetという一回のHuman eventをPublic reload側で「未反映→反映済み」と一回だけ消費できる既存家具があるか。 ここがYESなら、それに乗る。 NOならそこでSTOP。 その時点で初めてHumanが最小のReset witnessを決める。 ここを確認せず reset_at + written_at比較 へ行くのは、しゃむ式でいうと一段開発しすぎ。 🔴 修正対象 施工図全部を書き直す必要はない。主に §6 / §12 / §14 / §15 / §22 / §30 を、 ❌ Reset時刻 vs Board record時刻 ⭕ explicit Reset witness ↓ 未反映であることを既存家具で確認 ↓ CURRENT scoped Board.clear() ↓ 同じResetでは再clearしない へ狭める。 §7 clear()、§9 四Carrier byte-identical、§16 THIS Set限定、§17 全溶解、§18〜21、§26 Set isolation はそのままでいい。 補佐判定：🟡 ONE SOURCE CONFIRMATION / REVISION REQUIRED 今回の合言葉はこれだなｗ > 掲示板に「この紙はResetより古いですか？」と考えさせるな。 Counterが「部屋空けて」と言ったら、掲示板は部屋空けるだけ★ 🕊️🔴 [ASSISTANT] 🕊️🔴 SOURCE確認、**既存家具だけで一回性判定できる線が見つかった★** しかも `reset_at` も `written_at` も要らない。 CURRENT Resetは確実に ```text current_value = 0 + issuance history DELETE ``` へ戻す。 そして通常のCounter発行は `0 → 1 → 2...` なので、**正規のBoard `counter` recordが存在するとき、その値は0にはならない**。 だから既存家具だけで、 ```text server Counter current_value == 0 AND THIS Set Board に THIS Counter の "counter" record がある ``` を見れば、 > **「本体は初期状態なのに、掲示板だけ前サイクルの決定済みが残ってる」** と判定できる。 これ、初回未発行では ```text current_value = 0 Board counter record = なし ``` だから誤爆しない。 Reset後の最初のreloadでは ```text current_value = 0 Board counter record = あり（亡霊） ↓ Board.clear() ``` となる。 clear後の次reloadでは ```text current_value = 0 Board counter record = なし ``` なので、**同じResetで再clearしない**。 しかもIP履歴を見る案もSOURCE上考えられたけど、CURRENT visitor fingerprintはIPなので、そこをReset witnessにするとIP変化で誤爆し得る。これは採用しない。 つまり補佐の要求した > 「CURRENT既存家具で、未反映→反映済みを一回だけ消費できるか」 への回答は **YES**。 既存家具は、 **Counter本体の `current_value` と、THIS Set Boardの既存 `counter` recordの食い違い** だった★ [ASSISTANT] これなら施工図、かなり削れる。 ```text Admin Reset ↓ CURRENT current_value = 0 Public reload ↓ THIS Counter の server current_value == 0 ? ↓ YES THIS Set Board.get(..., "counter") は存在する？ ↓ YES Board.clear() ↓ 通常初期化続行 ``` 初回未発行は、 ```text 0 + Board counterなし → 何もしない ``` Reset反映後も、 ```text 0 + Board counterなし → 何もしない ``` 新しくDECIDEすれば、 ```text current_value >= 1 + 新しいBoard counter → 何もしない ``` になる。 なので赤ペンに従って、正式版からは **`reset_at` / `written_at`比較 / freshness helperを全部撤去**できる。 Board側の新家具も本当に、 ```text clear() = CURRENT scoped Boardを空にする ``` だけでいい。 **🟢 SOURCE CONFIRMATION PASS。** 次はこの簡略版で施工図を改訂して補佐へ戻せる★ 🕊️🔧 [USER] 🕊️🔴 うん、SOURCE確認PASS受領。これで一気に馬鹿になったｗｗｗ しかもこれ、前の reset_at 案よりHuman契約に直接つながってる。 Admin Reset → CURRENT既存処理 → current_value = 0 Public reload → server current_value == 0 ? │ ├─ NO │ → 何もしない │ └─ YES ↓ THIS Set Board THIS Counter record exists? │ ├─ NO → 何もしない │ └─ YES ↓ Board.clear() ↓ 通常初期化 これなら3状態が自然に区別できる。 初回未発行 0 + counter recordなし → NO ACTION Reset直後の亡霊 0 + counter recordあり → THIS Set Board.clear() Reset反映済み 0 + counter recordなし → NO ACTION 新DECIDE後 >=1 + counter recordあり → NO ACTION 一回性のための新しい一回性家具すら要らなかった★ そしてこれなら、前回赤ペン対象だったものは全部消せる。 reset_at なし。written_at 比較なし。秒/ms変換なし。oldestWrittenAt() なし。hasWrittenBefore() なし。freshness helperなし。Reset専用server state追加なし。 Boardに増える能力も、 clear() → CURRENT scoped Boardだけ writeAll({}) 相当の馬鹿家具ひとつ。 ここが特に好きだな。 > current_value == 0 単独ではReset証明に使わない。 前図ではそこを警戒してたけど、今回のSOURCE確認によって、 > current_value == 0 AND THIS Counter record exists という既存状態同士の矛盾そのものが「古いBoardが残ってる」証拠になる。 だから初回未発行を誤爆しない。 🕊️「Reset時刻を保存して比較を……」 👩「0なのに決定済みの紙あるやん」 🕊️「…………亡霊そこに立ってた★」 🔴 補佐判定：SOURCE CONFIRMATION PASS。簡略版への改訂方針もPASS。 次の正式施工図では、前版の reset_at / written_at / freshness 系を残骸ごと契約から撤去して、この 0 + THIS Counter record と scoped clear() だけに絞ればいい。 「Resetを証明する」のではなく、「現在0なのに決定済みの紙が残ってる矛盾を片付ける」。 こっちのほうがずっとKaia工務店らしいｗｗｗ 🕊️🔧 [ASSISTANT] うい★ これで正式施工図はかなり短くできる。 核心はこれだけ。 ```text Admin Reset → CURRENT既存処理 → current_value = 0 ``` Public reloadで、 ```text server current_value == 0 ? ↓ YES THIS Set Board に THIS Counter の "counter" record あり？ ↓ YES Board.clear() ↓ 通常初期化 ``` これだけ。 状態整理も綺麗。 ```text 初回未発行 0 + Board counterなし → 何もしない Reset直後の亡霊 0 + Board counterあり → THIS Set Board.clear() Reset反映済み 0 + Board counterなし → 何もしない 新DECIDE後 >=1 + Board counterあり → 何もしない ``` だから正式版からは、 - `reset_at` - `written_at`比較 - 秒/ms変換 - freshness helper - oldest判定 - Reset専用server state 全部撤去。 Board側の追加家具は本当に、 ```text clear() → CURRENT scoped Boardだけ空にする ``` だけでいい。 合言葉もこれで固定だな。 > **Resetを証明するな。 > 0なのに決定済みの紙が残ってる亡霊だけ片付けろ★** 次、簡略版施工図切るヽ(=´▽`=)ﾉ🕊️🔧 [USER] よし、ゴーヽ(=´▽`=)ﾉ [ASSISTANT] ゴー受領★ 今回は**簡略版施工図どおり**、 - Board共通家具に `clear()` だけ追加 - 4機のBoard siblingを同一化 - Counter Public初期化で `current_value == 0` かつ THIS CounterのBoard recordありなら `clear()` - それ以外は触らない で施工する。まず4機の現物を展開して、Board siblingとCounter初期化点だけ確認する。 [ASSISTANT] 施工開始★ SOURCE実物を見ると、簡略版はそのまま成立する。 Counterにはserver側 `current_value` がちゃんとあるので、Public DOMへ**読み取り用の現在値だけ載せる**。条件は施工図どおり、 ```text current_value == 0 AND THIS Set Board.get(...,"counter") != null ``` だけ。 Board側は `clear()` = **現在scopeへ `writeAll({})`** の1家具だけ。 これを4機でbyte-identicalに揃える。 ここまで「あれ？」なし。新child名札を先に立てて施工する★ [ASSISTANT] カラーコーン立てた★ 子名札はこう切る。 - Counter `v0.1.7-RESET-RETIRES-SET-BOARD` - PDF `v0.3.23-BOARD-CLEAR-API` - Timestamp `v1.0.21-dev12-BOARD-CLEAR-API` - Serial `v0.1.4-BOARD-CLEAR-API` Board家具は4機とも同じ `clear()` 追加版へ揃える。Counterだけ、Public DOMへ既存server `current_value` を読み取り札として載せて、**0 + Board counterあり → clear()** をPHASE 3 restoreより前に挟む。 新しいReset stateは作らない。 [ASSISTANT] できたーヽ(=´▽`=)ﾉ🕊️🔧 **Reset → THIS Set Board溶解**、簡略版で施工完了。 今回の核心はこれだけ。 ```text Public reload ↓ server current_value == 0 AND THIS Set Board に THIS Counter の "counter" record あり ↓ Board.clear() ↓ THIS Set Boardだけ {} ↓ PHASE 3 restoreはcounterを見つけない ↓ もう一回殴れるドン★ ``` 初回未発行やReset反映済みではclearしない。新DECIDE後もclearしない。`reset_at` も時刻比較も追加してない。 4機のBoard家具には同じ `clear()` だけ追加して、byte-identicalに揃えてある。Counterはraw localStorageもnamespace文法も知らないまま。 [Counter v0.1.7 — Reset Retires Set Board](sandbox:/mnt/data/Kaia-Site-Counter-v0.1.7-RESET-RETIRES-SET-BOARD.zip) SHA256: `d09071ca7fd95461d65373dcba41bfd8a5055fe360884af8cc9133f0e9e32b9a` [PDF v0.3.23 — Board Clear API](sandbox:/mnt/data/Kaia-Site-PDF-v0.3.23-BOARD-CLEAR-API.zip) SHA256: `817dddb391c387662f756dbc56ab9ccca5f6379424561f1271086866db8cef17` [Timestamp dev12 — Board Clear API](sandbox:/mnt/data/Kaia-Site-Timestamp-v1.0.21-dev12-BOARD-CLEAR-API.zip) SHA256: `15d340b97a02af0765ee70b8e1aee9e88842fbbbc0c09c9dc781546f15499699` [Serial v0.1.4 — Board Clear API](sandbox:/mnt/data/Kaia-Site-Serial-v0.1.4-BOARD-CLEAR-API.zip) SHA256: `486fe025f83201f6ee1145e7c8a1dab666a2d940e8f91b2ceed7f514a3bf6bb9` 静的確認は、 - PHP lint 全PASS - Counter JS syntax PASS - Board JS syntax PASS - 4機Board component完全同一 - 初回 / Reset亡霊 / Reset反映済み / 新DECIDEの4状態simulation PASS - ZIP integrity 全PASS - `DEVELOPMENT-HISTORY.md` 各1個 まで通してる。 **Runtime QAはまだ NOT TESTED。** 今回ほんとに、 > 0なのに決定済みの紙あるやん > → 亡霊や > → 部屋ごと溶かせ★ で終わったｗｗｗ [USER] [IMAGE: sediment://file_000000007af8820680e77d6492fda856] あふん！ なぐる！→リロード→(ﾟ∀ﾟ) [ASSISTANT] きたあああｗｗｗ ヽ(=´▽`=)ﾉ🎉🕊️ **なぐる → リロード → 決定済みの服が復元！** つまり実機で少なくともここは通った★ ```text DECIDE ↓ Boardにcounter記録 ↓ reload ↓ PHASE 3 Board GET ↓ SUCCESS / GOT IT! 復元 ``` 画像でも **SUCCESS / GOT IT!** と既存Timestamp表示が残ってる。 なので現時点： **PHASE 3 — reload decided-state restore：RUNTIME PASS★** 次の本命はこれやなｗ ```text Counter Reset ↓ reload ↓ SUCCESS亡霊が消える ↓ DECIDE復活 ↓ もう一回なぐれるドン♪ ``` さあ亡霊退治の実機戦だｗｗｗ [USER] いや、カウンターみろよwwwww [ASSISTANT] あっｗｗｗｗｗ **そこか！！！** カウンターの数字欄が、 ```text [object Object] ``` になってるｗｗｗｗｗ🤣 つまり、 ```text Board.get(...) ↓ 本来 value を期待 ↓ 実際は object が返ってきた ↓ renderFixedState(value) ↓ 文字列化 ↓ [object Object] ``` っぽい。 これは**PHASE 3復元線の実機異常**で、いま見えてる事実としては > reload後、固定状態そのものは復元されたが、Counter表示値が数値ではなく `[object Object]` になっている。 ここでSTOP★ 原因掘り・修理はまだしない。 俺さっきSUCCESSだけ見て喜んでたわｗｗｗ **数字見ろ俺ｗｗｗ** 🕊️🔴 [USER] [IMAGE: sediment://file_00000000357482068207fcbaa4205a21] そして並列2つ目ぇええ [ASSISTANT] うわｗｗｗ **並列2つ目、別のところでコケた★** 🕊️🔴 ここSTOP。 画像で確実に観測できるのは、 > **2つ目のPublic PDFで Issue を押すと > “This item has already been issued and cannot be issued again.” > と拒否されている。** つまり現在のRuntime証言はこう。 ```text Set A → 発行済み Set B → Issue → 「already been issued」 → 発行できない ``` これは少なくとも **「同じブラウザで別Setを独立して殴れる」Runtime PASSにはならない**。 しかもこの警告はBoardの見た目復元じゃなく、**PDF Issue側の既存“already issued”判定**から出てる可能性が高いので、さっきの `[object Object]` とは別異変として切った方がいい。 現在の実機異変は2本。 ```text ① Counter reload → [object Object] → PHASE 3 restore値異常 ② 並列2つ目 PDF Issue → already been issued → Set Bを独立発行できない ``` **原因掘りはまだしない。修理もしない。** ただ、これは軽微表示じゃなくて**並列Set実機QAの本丸に刺さってる**から、次やるなら②はちゃんとSOURCE採掘対象だなｗｗｗ > 表札は分かれたのに、発行所のおっちゃんが > 「お前さっき来たやろ」 > って言ってる★ [USER] 調査票だすー？🕊️ [ASSISTANT] うい、**出した方がいい★** 🕊️🔍 今回は異変が2本に分かれたから、**原因ごちゃ混ぜ禁止**で調査票も分ける。 1枚目は `Counter reload → [object Object]` 2枚目は `Set B PDF Issue → already issued` これでいこう。 --- ## 調査票A ### KAIA SITE — COUNTER PHASE 3 RUNTIME DISPLAY ANOMALY INVESTIGATION TICKET **ROLE:** PINPOINT SOURCE INVESTIGATION SEAT **MODE:** READ ONLY / SOURCE TRACE / NO REPAIR **OBSERVED RUNTIME ANOMALY:** ```text Counter DECIDE ↓ success UI appears ↓ reload ↓ PHASE 3 fixed-state restore runs ↓ Counter value display becomes: [object Object] ``` **EXPECTED:** ```text reload ↓ THIS Set Board GET ↓ existing Counter value ↓ fixed-state UI shows numeric/string Counter value ``` **ACTUAL:** ```text fixed-state UI restored BUT displayed Counter value = [object Object] ``` ### INVESTIGATE ONLY Trace: ```text KaiaActualValueBoard.get(...) ↓ actual returned type/value ↓ PHASE 3 restore variable ↓ renderFixedState(value) ↓ paint(...) ↓ DOM output ``` Determine exactly: - What does CURRENT `KaiaActualValueBoard.get()` return? - Primitive value or record object? - Did PHASE 3 assume the wrong return shape? - Is `[object Object]` introduced before or inside renderer? - Does normal DECIDE success pass a primitive while restore passes an object? - Did the Board API contract change in the clear()-API generation? - Is this a PHASE 3 integration mistake or Board API mismatch? ### STOP RULE If the exact mismatch is found: **STOP.** Do not repair. Do not produce a child ZIP. Do not normalize/cast values speculatively. ### REQUIRED REPORT ```text Board.get() actual return = Restore receives = Normal success renderer receives = Mismatch point = Root cause = Affected file/function = Repair size estimate = ``` Classification: ```text LIGHT / NARROW or ARCHITECTURAL ``` --- ## 調査票B ### KAIA SITE — PARALLEL SET PDF ISSUE CROSS-LOCK INVESTIGATION TICKET **ROLE:** PINPOINT SOURCE / INTEGRATION INVESTIGATION SEAT **MODE:** READ ONLY / PARALLEL-SET TRACE / NO REPAIR **OBSERVED RUNTIME ANOMALY:** Same browser. ```text Set A → Issue succeeds Set B → Issue pressed → alert: "This item has already been issued and cannot be issued again." ``` **EXPECTED PHASE 1 FAMILY MODEL:** ```text Set A → independent Set B → independent ``` Same browser must not cause Set B to inherit Set A's issued-state merely because both are used in one browser/session. ### INVESTIGATE ONLY Trace the exact source of the alert: ```text "This item has already been issued and cannot be issued again." ``` Find: - exact file/function emitting the message; - exact state/condition that triggers it; - whether that state is: - browser-global; - PDF-global; - refill-global; - binder-global; - shortcode-local; - server-side; - localStorage; - sessionStorage; - cookie; - WP option/meta; - Board-derived; - another existing authority. Then compare Set A and Set B identifiers used by that lock/issued-state. ### CORE QUESTIONS ```text Does Set B actually resolve to a distinct PDF identity? YES / NO Does Issue lock use req.pdf? YES / NO Does Issue lock use Set-scoped Board? YES / NO Does Issue lock use browser-global state? YES / NO Does Issue lock use refill-only or other insufficient identity? YES / NO Can Set A issuance mark Set B as already issued? YES / NO ``` ### IMPORTANT Do not assume PHASE 1 Board namespace is the culprit. The alert may come from a separate pre-existing Issue lock system. Do not merge this with Counter `[object Object]`. ### STOP RULE As soon as the exact shared authority causing A→B contamination is demonstrated: **STOP.** Do not repair. Do not redesign Issue semantics. Do not invent a new Set ID. ### REQUIRED REPORT ```text Alert source file/function = Trigger condition = State authority = State storage location = Identity key used = Set A key = Set B key = Why B is seen as already issued = Relation to PHASE 1 Board namespace = Repair boundary = ``` Classification: ```text LIGHT / NARROW or ARCHITECTURAL ``` --- これでええと思う★ **Aは表示値の型崩れ調査、BはPDF Issueの横漏れ調査。完全別票。** 特にBは、 > 「表札付き掲示板は分かれてるけど、発行済み判定は別の古い町内ルールを見てる」 可能性があるから、**alert文言から逆引き**させるのが一番早い。 [USER] 🕊️ 1m 49s考えました 🕊️🔴 A/B、別票で追った。Aは根まで取れた。Bも alert の正体までは取れたけど、そこで重要な「あれ？」が出たのでSTOP。 調査票A — Counter [object Object] KAIA SITE — COUNTER PHASE 3 RUNTIME DISPLAY ANOMALY PINPOINT INVESTIGATION REPORT Board.get() actual return = rec.value Restore receives = Board record の value そのもの Normal success renderer receives = Counter AJAX の r.data.formatted = primitive Counter value Mismatch point = Board GET → renderFixedState の入口より前。 Board内の Counter value が object になっている場合、 restore がその object を受け取る。 Current restore actually does: value = KaiaActualValueBoard.get(...) then: renderFixedState($box, String(value)) Therefore object value becomes: [object Object] 根っこ Board APIそのものは壊れてない。 CURRENT Boardの get() はちゃんと、 record └─ value ← これだけ返す になってる。 ところがPDFには既存の Actual Value Producer がいて、Issue時にPDF住所へ、 counter timestamp.page serial を単純値ではなく包装済みcargo objectとして Board.set() してる。 概念的には、 PDF producer packageFor("counter", actual.counter, record) ↓ { identity: ..., actual: ..., presentation: ..., paper: ... } ↓ Board.set(PDF address, "counter", cargo) ここで重要なのが、Boardのレコードキー。 binder_ref + refill_ref + name product種別はキーに入ってない。 したがって、同じSet内で Counter address == PDF address になる組み合わせなら、 Counter A-01 / counter = "1" ↓ PDF Issue PDF Producer A-01 / counter = { cargo object } と、同じ席をPDF cargoが上書きできる。 そのあとreloadすると、 Counter restore ↓ Board.get(A,01,"counter") ↓ { cargo object } ↓ String(object) ↓ [object Object] スクショの現象とSOURCEが一直線につながる。 Root cause = PHASE 3 rendererの型変換そのものではなく、 既存PDF producer cargo と Product record が 同一 Board record identity を共有できる衝突。 Affected boundary = Board record addressing + PDF producer drop-off address + PHASE 3 restore consumer Repair size estimate = SOURCE行数だけなら小さく見えるが、 identity境界に触れるため NARROW と断定不可。 Classification = ARCHITECTURAL ここでAはSTOP。修理してない。 --- 調査票B — Set B already issued こっちはもっと面白いことが分かった。 スクショに出た、 > This item has already been issued and cannot be issued again. これ、Issue lock判定から出てない。 PDFの Small Printer Timestamp resolver が直接投げてる。 timestamp value を取得 ↓ value.local を読む ↓ YYYY.MM.DD HH:MM:SS 形式か検査 ↓ 違う ↓ "This item has already been issued and cannot be issued again." つまりこの英文、現在SOURCE上では実質、 > 「Timestamp cargoの形がおかしい」 というエラーにも使われてる。 そしてAと同じ衝突構造がTimestampにもある PDF producerはPDF住所へ、 PDF address / timestamp.page = packaged cargo object を書く。 一方、Timestamp自身も、 Timestamp address / timestamp.page = selected Timestamp を書く。 Boardキーにはproduct種別がない。 だから、 Timestamp address == PDF address なら同じ timestamp.page 席になる。 すると、 元のTimestamp value { local: "2026.09.24 08:13:51", ... } ↓ PDF producer 包装 { actual: { local: ... }, presentation: ..., ... } になり、その包装済みobjectを「生Timestamp」として再び拾う経路が成立すると、 value.local が無い。 そしてSmall Printerが例の > already been issued を投げる。 --- 🔴 ここでBはSTOP 理由は、調査票Bが求めていた > Set A issuance が Set B の issued-state を共有している という前提を、SOURCEからまだ証明できないから。 むしろ現在SOURCEで確認できたalertの直接原因は、 Issue lock ❌ Timestamp value shape validation failure ✅ だった。 したがって現時点の正確な報告は、 Alert source file/function = kaia-site-pdf-storefront.php Small Printer timestamp resolver Trigger condition = Timestamp value.local が YYYY.MM.DD HH:MM:SS として成立しない State authority = issued-state authority ではない State storage location = このalert自体には専用 issued-state storage なし Identity key involved upstream = binder_ref + refill_ref + "timestamp.page" Issue lock uses req.pdf = NO — alertそのものはlockではない Issue lock uses Set-scoped Board = NO — alertそのものはlockではない Browser-global issued lock demonstrated = NO Can Set A issuance mark Set B already-issued = NOT ESTABLISHED Why B is seen as already issued = 「already issued」という文言が、 Timestamp cargo shape failureにも使われているため。 Bが本当にSet Aのissued lockを継承したことは このalertだけでは証明できない。 Relation to PHASE 1 Board namespace = Board namespaceとは別に、 同一namespace内部の record identity が product種別を含まないことによる衝突可能性を確認。 Classification = ARCHITECTURAL つまり今回かなり大事 最初の予想だった、 > 「掲示板は分かれたけど、古い発行済みロックが横漏れしてる？」 ではなく、SOURCEが指してるのはまずこっち。 部屋A ─┐ ├─ 部屋分け自体はある 部屋B ─┘ でも各部屋の中で A-01 / counter A-01 / timestamp.page という座席を Product本人とPDF包装係が 同じ名前で使える 家族A/Bの壁より一段内側、部屋の中の座席衝突が見つかった。 これ、まさに「あれ？」なのでここから先は触らない★ SOURCE modified = NO / repair attempted = NO。 相談：あり。 次へ行くなら「Set A→B横漏れ」の続きを追うより先に、今回見つかった Product record と PDF packaged cargo の同住所・同名衝突を親方へ返した方がいい。これがAの [object Object] を直接説明していて、Bの偽 already issued にも同じ構造が見えてる。 なあなあPDFいうけど 今はJPG発行機でいいんだからな！？(；´Д｀) [ASSISTANT] うん！！そこ超重要ｗｗｗ **今の実機は「PDF製品を直してる」んじゃなくて、JPG発行機として成立すればいい**。🕊️ だから今回の調査報告で出てる「PDF producer」とか「PDF address」は、**SOURCE上の家具名・住所名としてそう呼ばれてるだけ**で、施工範囲をPDF発行まで広げちゃダメ。 整理するとこう。 ```text 現在の完成境界 ================ SITE CUSTOM ↓ JPG発行 ↓ これが成立すれば合格★ PDF発行経路 ↓ 範囲外 ↓ 修理条件にしない ``` なので今回見つかった衝突も、見るべきなのはただ一つ。 ```text その衝突が JPG Issueの実経路を壊してるか？ ``` 今回の実機では実際に、 ```text Counter reload → [object Object] JPG Issue → Timestamp shape failure → 偽 "already issued" ``` まで出てるから、**JPG発行機の通り道にその家具が居る限り、衝突そのものは修理対象**。 でも、 ```text 「PDF producerって名前だからPDF側も全部整理しよう」 「PDF Issueも正しくしよう」 「PDF出力までQAしよう」 ``` は全部禁止でいいｗｗｗ つまり親方へ返すなら、 > **SOURCE上では “PDF producer / PDF address” という既存家具名が使われているが、現在の製品受け入れ境界はJPG issuanceのみ。今回の衝突はJPG runtime上で実害が出ている範囲だけを修理対象とする。PDF issuance semantics / PDF download routeはOUT OF SCOPE。** これを一番上に赤字で刺した方がいい。 要するに、 **「PDFって書いてある配管をJPG機が使ってるだけ。配管名につられて隣の工場まで直すな★」** これｗｗｗ memcite [USER] 親方🕊️だすならまとめてくれー [ASSISTANT] うい★ 親方にそのまま投げられるよう、**観測事実・調査結果・施工境界・相談点**を一本にまとめる。 :::writing{variant="document" id="oyakata-runtime-collision-report" title="KAIA SITE — JPG RUNTIME COLLISION / FALSE ALREADY-ISSUED REPORT FOR OYAKATA"} # KAIA SITE ## JPG RUNTIME COLLISION / FALSE “ALREADY ISSUED” REPORT ### FOR OYAKATA REVIEW **FROM:** Pinpoint Investigation / Wiring Specialist **STATUS:** INVESTIGATION COMPLETE TO STOP BOUNDARY **SOURCE MODIFIED:** NO **REPAIR ATTEMPTED:** NO **RUNTIME OBSERVATION:** YES --- # 1. IMPORTANT ACCEPTANCE BOUNDARY Current SITE CUSTOM completion boundary is: > **JPG issuance only.** PDF issuance / PDF download correctness is **OUT OF SCOPE**. Important terminology note: Some CURRENT SOURCE furniture is named with terms such as: - PDF producer - PDF address - PDF storefront - PDF runtime Those names reflect existing SOURCE structure. They do **not** expand the current product acceptance boundary. For this investigation: > Repair only what breaks the CURRENT JPG issuance runtime. Do NOT broaden work into PDF issuance semantics or PDF download QA merely because the reused furniture is named “PDF”. --- # 2. CURRENT HUMAN RUNTIME OBSERVATIONS Two separate anomalies were observed during same-browser Set testing. ## A. Counter reload anomaly Sequence: ```text Counter DECIDE ↓ success UI ↓ reload ↓ PHASE 3 restore ↓ Counter display becomes: [object Object] ``` Expected: ```text reload ↓ THIS Set Board GET ↓ existing Counter value ↓ existing fixed-state UI ``` Actual: ```text fixed-state UI restored BUT Counter value = [object Object] ``` --- ## B. Second JPG Issue anomaly On another Set / parallel test path: ```text Issue ↓ alert: "This item has already been issued and cannot be issued again." ``` Initial suspicion was cross-Set issued-lock leakage. SOURCE investigation did **not** prove that. Instead, the alert was traced to Timestamp value-shape validation failure. --- # 3. INVESTIGATION A — COUNTER [object Object] ## Board API itself CURRENT Board `get()` is not broken. It returns: ```text rec.value ``` So the restore path receives whatever was stored as the Board record value. --- ## Normal Counter success Normal Counter DECIDE passes a primitive Counter value into the fixed-state renderer: ```text AJAX result ↓ r.data.formatted ↓ primitive Counter value ↓ renderFixedState(...) ``` This displays correctly. --- ## Reload restore PHASE 3 performs: ```text value = KaiaActualValueBoard.get(...) ↓ renderFixedState($box, String(value)) ``` If Board value is an object: ```text String(object) ↓ [object Object] ``` The renderer is not the architectural root cause. It merely exposes the stored value shape. --- # 4. ACTUAL ROOT FOUND IN A CURRENT JPG/PDF producer furniture can write packaged cargo back into the Board. Conceptually: ```text packageFor( "counter", actual.counter, record ) ↓ { identity: ..., actual: ..., presentation: ..., paper: ... } ↓ Board.set( PDF-address, "counter", cargo-object ) ``` Meanwhile the Counter itself writes: ```text Counter-address + "counter" + primitive Counter value ``` Board record identity is currently: ```text binder_ref + refill_ref + name ``` Product type is not part of the record key. Therefore if: ```text Counter address == PDF address ``` inside one Set, both writers can target the same seat: ```text A-01 / counter ``` Example: ```text Counter A-01 / counter = "1" then JPG/PDF producer A-01 / counter = { packaged cargo object } ``` The producer can overwrite the Product-owned primitive record. Later: ```text reload ↓ Counter restore ↓ Board.get(A,01,"counter") ↓ cargo object ↓ [object Object] ``` This directly explains the observed runtime anomaly. --- # 5. INVESTIGATION B — “ALREADY ISSUED” ALERT The observed alert: > “This item has already been issued and cannot be issued again.” was traced to the Small Printer Timestamp resolver. It is **not necessarily an issued-lock result**. The resolver reads Timestamp value and expects approximately: ```text value.local ``` with a valid formatted Timestamp. If that shape is invalid, CURRENT SOURCE emits the same “already issued” message. Therefore the message is misleading. --- # 6. SAME COLLISION PATTERN EXISTS FOR TIMESTAMP Timestamp itself writes: ```text Timestamp-address + "timestamp.page" + selected Timestamp value ``` The JPG/PDF producer can also write packaged cargo: ```text PDF-address + "timestamp.page" + packaged cargo object ``` Again, Board key does not include Product type. Therefore if: ```text Timestamp address == PDF address ``` both can target the same seat: ```text A-01 / timestamp.page ``` Original value shape: ```text { local: "2026.09.24 08:13:51", ... } ``` can be replaced by packaged cargo: ```text { actual: { local: ... }, presentation: ..., ... } ``` Then a consumer expecting: ```text value.local ``` finds no direct `local`. The Small Printer resolver rejects the shape and emits: > “This item has already been issued and cannot be issued again.” So the alert currently behaves as a false issued-state message for a Timestamp-shape failure. --- # 7. WHAT HAS NOT BEEN PROVEN Do NOT conclude yet that: ```text Set A issuance → marks Set B as already issued ``` That cross-Set issued-lock leak has **NOT been established**. The alert alone cannot prove it because the same message is used for Timestamp cargo-shape failure. Current confirmed problem is one layer deeper: > Within a correctly separated Set Board, Product-owned records and packaged producer cargo can share the same binder/refill/name seat. --- # 8. CURRENT ARCHITECTURAL PICTURE PHASE 1 successfully separated Board rooms: ```text Set A → Board::A Set B → Board::B ``` That room separation is not currently disproven. The newly discovered problem is inside each room. Conceptually: ```text Board::A A-01 / counter ↑ ├ Counter Product primitive └ producer packaged counter cargo A-01 / timestamp.page ↑ ├ Timestamp Product value └ producer packaged timestamp cargo ``` So: > The houses are separated correctly, but two different family jobs can sit in the same chair inside one house. --- # 9. IMPACT ON CURRENT JPG ACCEPTANCE This collision is relevant because it already produces runtime damage on the JPG issuance path: ## Counter ```text reload → [object Object] ``` ## Timestamp / Issue ```text shape mismatch → false “already issued” alert → JPG issuance path blocked ``` Therefore this is not an academic PDF-only issue. It affects the CURRENT JPG machine and must be addressed within that scope. --- # 10. OUT OF SCOPE Do NOT expand repair into: - PDF download correctness; - PDF issuance semantics; - PDF route redesign; - new PDF QA requirements; - broad producer rewrite unrelated to JPG runtime; - arbitrary Board schema redesign; - new Set ID authority. Keep repair tied to the JPG runtime collision only. --- # 11. CURRENT CLASSIFICATION ## Counter anomaly **Classification:** ARCHITECTURAL Reason: The visible `[object Object]` is caused by a record-address collision between two legitimate writers, not a simple rendering typo. --- ## False “already issued” **Classification:** ARCHITECTURAL Reason: The alert is emitted because a consumer receives packaged cargo where it expects a raw Timestamp value. The underlying collision pattern matches the Counter case. --- # 12. LIKELY REPAIR BOUNDARY The repair boundary appears to involve: ```text Board record addressing and/or producer drop-off addressing and/or consumer pickup addressing ``` The key question is: > How do Product-owned raw values and producer-owned packaged cargo stop sharing the same Board seat? Do NOT decide the repair method yet. Possible solution families may exist, but no one is approved yet. Examples only: ```text separate record names different producer drop-off address different cargo shelf adapter-layer extraction ``` These are not instructions. --- # 13. DESIGN CONSTRAINTS TO PRESERVE Any repair must preserve: - PHASE 1 Set-specific Board namespace; - PHASE 2 Counter → Timestamp attendance; - PHASE 3 Counter restore; - Reset → THIS Set Board clear behavior; - existing Routing / Switchboard authority; - JPG acceptance boundary; - no new Set ID; - no unnecessary PDF route expansion. And especially: > Do not make Product consumers understand packaged cargo merely to compensate for the collision if the producer can be kept out of the Product seat. That would risk spreading cargo-shape knowledge into unrelated Products. --- # 14. STOP / HUMAN DECISION POINT Investigation reached an architectural boundary. No repair has been attempted. Recommended next step: > Oyakata chooses the intended ownership of Board seats before any construction. The decision needed is conceptually: ```text Should Product-owned raw values keep their existing seats, while producer cargo moves elsewhere? OR Should Board addressing itself distinguish raw Product values from packaged producer cargo? ``` Do not construct until that ownership rule is fixed. --- # 15. CHECK LOG ```text RUNTIME OBSERVED YES COUNTER [object Object] ROOT EXPLAINED YES BOARD get() BROKEN NO RENDERER ROOT CAUSE NO PRODUCT / PRODUCER SAME-SEAT COLLISION YES FALSE "ALREADY ISSUED" SOURCE TRACED YES ACTUAL ISSUED-LOCK LEAK PROVEN NO CROSS-SET LEAK PROVEN NO JPG RUNTIME IMPACT YES PDF ISSUANCE IN SCOPE NO SOURCE MODIFIED NO REPAIR ATTEMPTED NO ``` --- # ONE-LINE SUMMARY FOR OYAKATA **PHASE 1 successfully gave each Set its own room, but inside the room Product raw values and producer-packaged cargo can still sit in the same binder/refill/name seat. That collision directly explains Counter `[object Object]` and the false Timestamp “already issued” failure on the current JPG issuance path.** ::: 親方へはこれ一本でいいと思う★ ポイントは最初に**「いま合格境界はJPG」**を刺して、途中の `PDF producer` って名前に引っ張られないようにしたこと。 [USER] ほんで、解析班は何で判断求めてたん？ [ASSISTANT] 解析班が親方判断を求めてたのは、要するに **「同じ席を誰のものにするか」** だよ。 調査で分かったのは、 ```text 同じ Board::THIS SET の中で A-01 / counter A-01 / timestamp.page ``` みたいな席に、 - Product本人の生データ - JPG発行機が作る包装済みcargo の両方が座れる、ってこと。 だから解析班は、 > **この席の所有権をどう分ける？** を親方に決めてほしかった。 具体的には大きく2方向。 ```text 案1 Product本人の既存席はそのまま守る ↓ 包装済みcargoだけ別の棚 / 別名 / 別住所へ逃がす ``` か、 ```text 案2 Board側の住所ルール自体を拡張して 「Product raw」と「producer cargo」を別種として識別する ``` か。 解析班自身はここを勝手に決めなかった。 なぜならここは単なるバグ修正じゃなくて、**Board record addressingの所有権ルール**になるから。 なので判断依頼の本体は、 > **「Product raw value と JPG producer cargo、どっちが今の席を持ち、もう片方をどこへ置く設計にする？」** これ。 で、しゃむ式に言うなら、たぶん一番先に親方へ見てもらいたいのは、 > **既存Product席は触らず、包装cargoだけ外へ逃がせないか？** の方だと思う。 今まで守ってきた骨格を残せる可能性が一番高いから★ [USER] んとねー 記録紙がないと、きちんと作った通りにトークン吐かないんだよー [ASSISTANT] あー、なるほど。 **そこが「cargoを別棚へ逃がせばいい」で単純に済まない理由**なんだね。 しゃむの言う「記録紙」って、単なる一時キャッシュじゃなくて、 ```text 記録紙に Counter / Timestamp / Serial / PDF系の実値が揃う ↓ JPG発行機がそこから必要情報を読む ↓ 設計どおりのTokenを吐く ``` ための**発行前の正規組立紙**なんだ。 つまり今回の包装済みcargoも、ただ邪魔な荷物ではなくて、 > **JPGを正しく吐かせるために必要な完成済み記録紙の一部** なんだな。 だから解析班が出してた ```text Product raw値 vs producer cargo ``` を「どっちか別棚へ」で分けると、下手すると ```text JPG発行機が読む記録紙 ↓ 必要な包装情報が欠ける ↓ Tokenが設計どおり出ない ``` になる可能性がある。 なので親方に返す問い、ちょっと変わる。 **「cargoをどこへ追いやる？」じゃなくて、** > **Product本人が使う生値の席と、JPG発行用の記録紙の席を、どう共存させる？** だね。 たぶん構造としては、 ```text Board ├ Product運用席 │ ├ counter raw │ ├ timestamp raw │ └ serial raw │ └ JPG発行用 記録紙 ├ counter packaged ├ timestamp packaged ├ serial packaged └ token生成に必要な完成形 ``` みたいに、**「値」と「記録紙」を同じBoard内でも別の家具として扱う**方向が自然そう。 ここで大事なのは、記録紙を消さないこと。 **記録紙は必要。今まずいのは、それがProduct本人の椅子に座って上書きしてること。** なので親方判断としては、 > **記録紙は残す。Product rawの席も残す。両者が同じ席を奪い合わない住所設計にする。** ここが本筋だと思う★ 🕊️🔧 [USER] なんかしらんが 記録紙 ↓ コラージュ台どおり はキレイにいく 記録紙以外の形式 ↓ なんか事故る ので ダミーリフィルつくって ミニプリンター積んで再現してるんだ [ASSISTANT] あーーー、そこまで聞くとかなり腑に落ちた★ つまり**記録紙は「たまたま今そうなってる中間形式」じゃなくて、現物として既に known-good な焼き型**なんだね。 ```text Product実値 ↓ 記録紙へ記入 ↓ ミニプリンター ↓ コラージュ台 ↓ JPG / Token ``` この一本道だけは、 > **作ったコラージュ台どおりに綺麗に再現される** のが実機で確認済み。 逆に、 ```text Product実値 ↓ 記録紙を通さない別形式 ↓ 直接再現しようとする ``` と、理屈上同じ情報を持っていても**何かがズレる／欠ける／事故る**。 だから、しゃむはそこを理論で直そうとせず、 ```text REAL Refill ↓ 双子の DUMMY Refill ↓ そこへ記録紙を再現 ↓ Mini Printerで既存known-good経路を通す ``` にしたわけだ。 これ、今の衝突問題を見る上でかなり重要。 **記録紙cargoを「余計な包装だからどかそう」はダメ。** むしろ記録紙はJPG発行機にとって必要な正規部品。 問題は、 > **記録紙そのものではなく、記録紙を置く場所がProduct本人の生値席と衝突していること。** だね。 なので親方に返すなら、判断軸はかなり狭くなる。 ```text 守るもの ├ Product本人のraw値 ├ 記録紙 ├ DUMMY Refill ├ Mini Printer └ 記録紙→コラージュ台のknown-good経路 ``` **ここは壊さない。** 修理対象は、 ```text Product raw席 × 記録紙cargo席 ``` が同住所になるところだけ。 しゃむ式で言えば、 > **プリンターも記録紙も正しい。 > 記録紙を住人の椅子に置いたのが悪い★** という話になってきたｗｗｗ だからこの先も、「記録紙を別形式へ置換」は候補から外して考えた方がいい。 **記録紙方式を残したまま、記録紙専用の座席を作る／既存のDUMMY側へきちんと着地させる**方向を親方に見てもらうのが筋だと思う。 [USER] 要は…… 記録紙通せばキレイに再現すんだから 記録紙再現させようぜ★ てことで掲示板にプリンター置いた [ASSISTANT] そういうことかｗｗｗ **設計思想、めちゃくちゃ一貫してる★** つまり発想は、 > **記録紙を通したら綺麗に再現できる** > > じゃあ、掲示板上で記録紙そのものを再現して、 > そこからいつものプリンター経路で吐けばいい なんだね。 構造で言うと、 ```text Product実値 ↓ 掲示板 ↓ 記録紙を再現 ↓ Mini Printer ↓ DUMMY Refill ↓ コラージュ台どおりに再現 ↓ JPG ``` で、**掲示板にプリンターを置いた**ってのは、 > Boardを単なる値置き場じゃなく、 > **known-goodな記録紙生成の作業台**として使ってる ってことだ。 だから今回の衝突も、ますます > プリンターが悪いんじゃない > 記録紙方式が悪いんじゃない > **記録紙を置く席とProductの生値席が同じになることがある** が本丸だな。 つまり親方へ返すなら、 > **Board上のMini Printer / 記録紙方式は維持必須。 > 修理対象は、Product raw recordとMini Printerが作る記録紙cargoの座席衝突だけ。** これでかなり判断しやすくなる★ 🕊️🔧 [USER] プリンターは記録紙吐き出すんだよ？ 掲示板点呼情報くって 記録紙の穴埋める。 [ASSISTANT] あーーー、そういうことね。 **プリンターが記録紙を吐き出す側**なんだ。 流れはこう。 ```text Counter / Timestamp / Serial の点呼 ↓ 掲示板に実値が揃う ↓ Mini Printer が掲示板を読む ↓ 記録紙の空欄を穴埋めする ↓ 完成した記録紙を吐き出す ↓ その記録紙を使うと コラージュ台どおり綺麗に再現できる ``` だから `producer cargo` って言い方も少しズレるな。 あれは「余計な包装データ」じゃなくて、**Mini Printerが掲示板点呼情報を食って作った完成記録紙**なんだ。 そうなると今回の衝突は、 > Mini Printerが完成記録紙を吐く先が、 > たまたま元のProduct点呼席と同じ住所になれる ってことだね。 つまり守るべき構造は、 ```text 掲示板 = 点呼情報置き場 Mini Printer = 点呼情報を食う 記録紙 = Mini Printerの出力物 ``` で、**記録紙を掲示板の点呼席そのものとして扱っちゃいけない**。 親方へ返すなら、たぶん一番わかりやすいのはこれ。 > **Mini Printerは掲示板を読む側。 > 点呼情報を使って記録紙を完成させ、その完成記録紙を別の出力先へ吐く。 > 今の事故は、その出力先が元の点呼席と衝突できること。** これなら「記録紙を消せ」とか「Board schema変えろ」に飛びにくい★ [USER] 点呼は点呼 それをプリンターがくって 記録紙再現して そこから出力にもってく [ASSISTANT] うい、完全に分かった★ ```text 点呼 Counter / Timestamp / Serial ↓ 掲示板に実値として並ぶ ↓ Mini Printer がその点呼情報を読む ↓ 記録紙の空欄を埋めて再現 ↓ 完成した記録紙を吐き出す ↓ その記録紙から出力へ持っていく ``` つまり役割は完全に別。 **掲示板 = 点呼情報** **Mini Printer = 点呼情報を食う機械** **記録紙 = Printerの出力物** **その記録紙がJPG出力のknown-good入力** だから今回の事故は、 > 点呼情報と記録紙が混ざった じゃなくて、 > **Mini Printerが記録紙を吐く先が、点呼席と同じ住所に着地できてしまった** ってことだね。 これなら親方向けの設計判断もかなり絞れる。 **点呼席は絶対そのまま。Printerもそのまま。記録紙方式もそのまま。 直すのは「Printerの吐き出し先」だけ。** めっちゃ整理できた★ 🕊️🔧 [USER] おけ！ヽ(=´▽`=)ﾉ [ASSISTANT] うい★ ヽ(=´▽`=)ﾉ これで構造はかなりクリアになった。 **点呼席はそのまま。Mini Printerもそのまま。記録紙方式もそのまま。直すのはPrinterの吐き出し先だけ。** ここを親方判断の芯にすれば、変にBoard全体やJPG機構を作り直さずに済みそうだね🕊️🔧 [USER] 追加で掘りにいかせる？ [ASSISTANT] うい、**追加で1本だけ掘らせた方がいい★** いま親方に渡す前に知りたいのは、「衝突してる」より一段具体的な **Mini Printerの吐き出し先の現物**。 調査範囲は狭くこれだけでいい。 ```text 点呼情報 ↓ Mini Printer が読む ↓ 記録紙を再現 ↓ 【どの住所 / どの家具へ吐いてる？】 ← ここだけ追う ↓ DUMMY Refill / 出力経路 ``` 特に確認したいのは、 - Mini Printerが完成記録紙を `Board.set()` してる正確な場所 - そのとき使う `binder_ref / refill_ref / name` - なぜProduct点呼席と同住所になれるのか - 既存の **DUMMY Refill側に吐く家具・住所がすでにあるか** - あるなら「吐き先だけそっちへ向け直す」で済むか - 記録紙→JPGのknown-good経路は、その吐き先変更だけでそのまま使えるか ここが取れれば親方に、 > **点呼もPrinterも記録紙も触らない。吐き口だけ○○へ付け替えれば済む** まで持っていける可能性がある。 逆に、ここを掘らずに親方へ出すと「じゃあ記録紙どこへ置く？」から設計会議になる（笑） なので**追加採掘おすすめ。修理禁止・吐き出し先だけ追跡**で出そう★ 🕊️🔍 [USER] 調査票だす？ [ASSISTANT] うい★ 出す出す。 今回は**修理禁止・Mini Printerの吐き出し先だけ一本釣り**の調査票にする。 :::writing{variant="document" id="mini-printer-dropoff-trace-ticket" title="KAIA SITE — MINI PRINTER RECORD-PAPER DROPOFF TRACE INVESTIGATION TICKET"} # KAIA SITE ## MINI PRINTER RECORD-PAPER DROPOFF TRACE ### PINPOINT SOURCE INVESTIGATION TICKET **ROLE:** PINPOINT SOURCE / WIRING TRACE SEAT **MODE:** READ ONLY / SOURCE TRACE / NO REPAIR **SOURCE MODIFIED:** NO **REPAIR ATTEMPTED:** NO **CONSTRUCTION:** PROHIBITED --- # 1. PURPOSE Current known-good conceptual flow is: ```text Counter / Timestamp / Serial attendance ↓ THIS Set Board contains raw attendance values ↓ Mini Printer reads those attendance values ↓ Mini Printer reconstructs / fills the record paper ↓ completed record paper is emitted ↓ record paper continues into the existing JPG output path ``` The attendance records and the reconstructed record paper are different things. This investigation must trace only: > Where exactly does Mini Printer emit the completed record paper? --- # 2. ACCEPTANCE BOUNDARY Current product acceptance boundary remains: > JPG issuance only. Do NOT expand this investigation into: - PDF issuance correctness; - PDF download behavior; - unrelated producer refactors; - Board redesign; - token redesign; - DUMMY Refill redesign; - collage geometry changes. SOURCE furniture may still contain names such as: - PDF producer - PDF address - PDF storefront Treat those as existing SOURCE names only. --- # 3. KNOWN RUNTIME PROBLEM Two anomalies were already observed: ## Counter restore ```text Board GET ↓ object value ↓ [object Object] ``` ## JPG Issue / Timestamp resolver ```text expected raw timestamp value ↓ packaged / reconstructed object encountered ↓ false "already issued" message ``` Existing investigation found a same-seat collision is possible when Mini Printer output is written to the same Board identity used by Product attendance. --- # 4. INVESTIGATION TARGET Trace only the Mini Printer output path: ```text attendance Board records ↓ Mini Printer reads ↓ record paper reconstructed ↓ OUTPUT / DROPOFF ``` Find the exact drop-off point. --- # 5. REQUIRED SOURCE TRACE Locate: 1. The function that gathers attendance values from Board. 2. The function that reconstructs / fills the record paper. 3. The exact function that emits or stores the completed record paper. 4. The exact destination identity used by that emission. Report: ```text file = function = caller = callee = destination API = binder_ref source = refill_ref source = record name = value shape = ``` --- # 6. BOARD WRITE CHECK If Mini Printer output uses: ```text KaiaActualValueBoard.set(...) ``` report the exact call. Example format: ```text Board.set( , , , ) ``` Do not paraphrase the address. Report the real SOURCE values. --- # 7. WHY COLLISION CAN OCCUR Determine exactly why Product attendance and Mini Printer record-paper output can resolve to the same Board seat. Check whether equality can occur at: ```text binder_ref refill_ref name ``` Report concrete example from SOURCE logic. Do NOT redesign the key. --- # 8. DUMMY REFILL TRACE Important question: Does CURRENT SOURCE already contain an existing destination associated with: ```text DUMMY Refill ``` for the reconstructed record paper? Trace: ```text REAL Refill ↓ DUMMY twin / dummy record paper ↓ Mini Printer / record-paper output ↓ JPG path ``` Report whether the DUMMY destination is: - already present; - partly present; - only conceptual; - absent. Do not invent missing furniture. --- # 9. EXISTING RECORD-PAPER OUTPUT FURNITURE If there is already a known-good furniture path for completed record paper, report it. Examples of useful facts: ```text record paper object already has target binder/refill ``` or: ```text DUMMY Refill address already exists in runtime ``` or: ```text record paper is passed directly to the next function without Board storage ``` or: ```text Mini Printer stores it in Board under PDF address ``` Only report what SOURCE proves. --- # 10. JPG CONTINUATION TRACE After the completed record paper is emitted, trace the next immediate consumer. Report: ```text Mini Printer output ↓ next function = ↓ next object shape = ↓ JPG runtime consumer = ``` Do NOT follow unrelated PDF issuance branches. The question is only: > If the drop-off destination changes, what existing JPG-side consumer expects to receive the record paper next? --- # 11. NO REPAIR Do NOT: - move the record paper; - rename Board records; - add Product type to Board keys; - add new Set IDs; - rewrite Mini Printer; - alter DUMMY Refill; - modify JPG output; - create a child ZIP. This ticket is investigation only. --- # 12. STOP CONDITIONS STOP immediately when the exact drop-off destination is proven. Also STOP if: - DUMMY Refill destination already exists and is clearly identifiable; - changing only the drop-off would obviously require wider architecture changes; - output is not stored in Board at all; - the investigation encounters a second independent architecture not requested here; - anything produces an “Are?” / “Uwaa...” reaction. Do not continue into repair design. --- # 13. REQUIRED REPORT Return: ## MINI PRINTER INPUT ```text attendance source = Board API used = records read = ``` ## RECORD PAPER RECONSTRUCTION ```text reconstruction function = output object type/shape = ``` ## EXACT DROPOFF ```text drop-off file/function = destination API = binder_ref = refill_ref = name = value = ``` ## COLLISION ```text Can Product attendance and record paper use same seat = YES / NO Why = ``` ## DUMMY REFILL ```text Existing DUMMY destination found = YES / NO / PARTIAL Exact SOURCE = ``` ## JPG CONTINUATION ```text Next consumer after record-paper output = Expected input = ``` ## REPAIR BOUNDARY ESTIMATE Classify only: ```text DROP-OFF ONLY / SMALL ADAPTER / ARCHITECTURAL ``` Do NOT implement. --- # 14. ONE-LINE QUESTION > Mini Printer reads the attendance board, reconstructs the record paper, and then where exactly does it put that paper before the JPG path continues? --- # FINAL RULE **Do not touch the attendance seats. Do not touch the printer. Do not touch the record-paper format. Find only the printer's output tray.★** ::: これで投げていい★ 狙いは完全に**「出力トレイどこ？」だけ**。 そこ取れたら親方の判断かなり軽くなる。 [USER] 🕊️🔴 見つけた。STOP。 今回の問いに対して、かなり重要な訂正が出た。 > Mini Printer自身は、完成した記録紙をBoardへ置いていない。 Boardへ包装cargoを置いているのは、Mini Printerの手前にいる KaiaPdfActualValueProducer.deliver()。 Mini Printerの本当の「出力トレイ」は DOMの完成紙 wrap だった。 KAIA SITE MINI PRINTER RECORD-PAPER DROPOFF TRACE PINPOINT SOURCE INVESTIGATION REPORT SOURCE MODIFIED: NO REPAIR ATTEMPTED: NO CONSTRUCTION: NO ================================================== MINI PRINTER INPUT ================================================== attendance source = THIS Set scoped Actual Value Board First reader: KaiaPdfActualValueCarrier.collect(req) Board records read = Counter: req.counter + "counter" Timestamp: req.timestamp + "timestamp.page" Serial: CURRENT collect() uses existing Serial handling Important intermediate road: collect(req) ↓ raw attendance values ↓ KaiaPdfActualValueProducer.deliver( pdfAddress, actual, record ) ↓ packaged cargo written to PDF address ↓ KaiaPdfActualValueCarrier.collectPdf(req) ↓ Public Token Output Bus ↓ Mini Printer ================================================== RECORD-PAPER / CARGO RECONSTRUCTION ================================================== file = kaia-site-pdf-storefront.php functions = paperCopy(record, form) packageFor(name, value, record) presentationForm(record) packageFor() constructs cargo shaped conceptually as: { identity: name, actual: value, presentation: form, paper: paperCopy(record, form), max_display_digits: ... } paperCopy() constructs: { schema: ..., master_id: ..., address: ..., fields: ... } This is the fixed record-paper COPY carried with each Token cargo. But this is NOT yet Mini Printer output. ================================================== EXACT BOARD DROPOFF ================================================== drop-off file/function = kaia-site-pdf-storefront.php KaiaPdfActualValueProducer.deliver() destination API = KaiaActualValueBoard.set(...) Exact SOURCE operation = for each name in: counter timestamp.page serial the producer executes: b.set( String(address.binder_ref), String(address.refill_ref), name, cargo ) binder_ref = address.binder_ref refill_ref = address.refill_ref Where address at the caller is: pdfAddress and pdfAddress comes from: req.pdf record name = counter or timestamp.page or serial value = packageFor(name, actual[name], record) i.e. packaged cargo object containing: - identity - actual - presentation - paper - max_display_digits ================================================== CRITICAL FINDING ================================================== That Board SET is NOT the completed Mini Printer paper drop-off. It is upstream transport furniture. The road is actually: Product attendance Board ↓ collect(req) ↓ raw values ↓ Producer packages fixed record-paper cargo ↓ PDF-address Board SET ↓ collectPdf(req) ↓ Token Output Bus ↓ Mini Printer ↓ printPaper() ↓ completed DOM paper Therefore the previous description: "Mini Printer writes reconstructed paper into the Board" is not accurate for CURRENT SOURCE. ================================================== ACTUAL MINI PRINTER OUTPUT TRAY ================================================== The completed printable paper is built in: file = kaia-site-pdf-storefront.php function = printPaper(profile, actual) Mini Printer itself supplies Token text through: KaiaPdfPublicSmallPrinter.buildText(...) printPaper() creates: var wrap = document.createElement('div'); with: class = kpdf-public-printed-paper and: data-kpdf-small-printer="1" It adds: base image + .kpdf-public-printer-content + reconstructed Token text Then its actual output operation is: return waitImage(base).then(function(){ return wrap; }); DESTINATION API = NONE / direct function return binder_ref = NONE refill_ref = NONE record name = NONE Board SET = NONE The printer literally hands the completed paper object directly to its caller. ================================================== JPG CONTINUATION ================================================== For the accepted JPG path: captureJpg() ↓ printPaper('jpg', actual) ↓ Promise resolves with node / wrap ↓ node appended temporarily to document.body ↓ html2canvas(node, ...) ↓ canvas.toBlob(..., 'image/jpeg', 0.92) ↓ JPG Blob ↓ Object URL ↓ JPG image / download furniture Next consumer after Mini Printer output = captureJpg() Promise continuation Expected input = DOM node: .kpdf-public-printed-paper JPG runtime consumer = html2canvas(node, ...) So there is NO Board shelf between: Mini Printer completed paper and JPG capture. ================================================== COLLISION ================================================== Can Product attendance and record-paper transport use same Board seat = YES But importantly: the colliding object is NOT Mini Printer's completed output. It is the UPSTREAM Producer's packaged cargo. Why = Producer.deliver() writes to: pdfAddress.binder_ref pdfAddress.refill_ref same Product record name while raw attendance records use Product addresses with those same record names. Therefore equality is possible when: Product binder_ref = PDF binder_ref AND Product refill_ref = PDF refill_ref AND name = same name Concrete Counter example: Product attendance: A / 01 / counter = primitive Counter value Producer transport: PDF address A / 01 / counter = packaged cargo object Those resolve to the same Board record key. Timestamp has the analogous possibility: A / 01 / timestamp.page ================================================== DUMMY REFILL ================================================== Existing DUMMY destination found = PARTIAL CURRENT SOURCE absolutely contains REAL → DUMMY twin furniture. Existing rule: DUMMY id = REAL id + REFILL_NAMESPACE_SPAN The history/source shows the established twin namespace, historically: REAL 01–10 ↓ DUMMY 31–40 Functions include: issue_dummy_sheet(...) issue_dummy_design(...) DUMMY sheets contain design / paper-related furniture. HOWEVER: I did NOT find CURRENT Public Mini Printer output being dropped into that DUMMY address. The CURRENT printer output goes directly: printPaper() ↓ returned DOM node ↓ JPG capture And the upstream Producer transport explicitly uses: pdfAddress not a DUMMY twin address. Therefore: DUMMY twin furniture exists = YES DUMMY as CURRENT Mini Printer output destination = NO evidence found Existing DUMMY destination for this runtime paper = NOT ESTABLISHED STOP here rather than inventing a connection. ================================================== REPAIR BOUNDARY ESTIMATE ================================================== For the literal Mini Printer output tray: DROP-OFF ONLY is NOT the problem, because Mini Printer already has no Board drop-off. Its completed paper already travels directly into JPG. The collision lives one stage earlier: attendance ↓ Producer transport packaging ↓ PDF-address Board seats ↓ Printer input Therefore classification = SMALL ADAPTER as a boundary estimate only. Reason: the printer itself, attendance seats, record-paper format, and JPG consumer do not inherently require redesign. But exactly what adapter/drop-off change should be made is OUT OF SCOPE for this ticket and was NOT designed. ================================================== ONE-LINE ANSWER ================================================== Mini Printer puts the completed record paper nowhere on the Board. It returns the completed `.kpdf-public-printed-paper` DOM node directly to `captureJpg()`, which hands that node to html2canvas. The Board collision occurs BEFORE the Mini Printer, in `KaiaPdfActualValueProducer.deliver()`. これ、かなりでかい収穫だよ。 今までの図を一箇所だけ直すと、 ❌ 点呼Board ↓ Mini Printer ↓ PDF住所Boardへ完成記録紙 ↓ JPG ✅ CURRENT SOURCE 点呼Board ↓ collect() ↓ Producerが記録紙情報つきcargoを包装 ↓ PDF住所Boardへcargo ↓ collectPdf() ↓ Mini Printer ↓ 完成DOM記録紙 ↓ 直接 html2canvas ↓ JPG つまりプリンターの排紙口はもう正しいところにある。 紙を吐いたあと掲示板へ戻してない（笑） 「あれ？」の場所はプリンターより前、Producerがプリンターへ荷物を渡すためにPDF住所Boardを中継倉庫として使っているところ。 そしてDUMMY家具そのものはSOURCEにいるけど、そこを現在の中継倉庫として使っている証拠はない。 ここまでで伝票どおりSTOP★ プリンターもJPG出口も触ってない🕊️ 相談：なし。 [ASSISTANT] うい★ これはかなり大きい収穫。 結論、**Mini Printerも完成記録紙の出口もJPG直結で正しい。触る場所じゃなかった。** 今回の現物SOURCEで、流れはこう確定した。 ```text 点呼Board ↓ collect(req) ↓ raw attendance ↓ Producer.deliver() ↓ PDF住所Boardへ packaged cargo ↓ collectPdf(req) ↓ Token Output Bus ↓ Mini Printer ↓ printPaper() ↓ 完成DOM記録紙 ↓ captureJpg() ↓ html2canvas ↓ JPG ``` つまり事故点は、 > **Printerの排紙口ではなく、Printer手前の中継倉庫。** しかもその中継倉庫が、 ```text pdfAddress + same name ``` でProduct本人の点呼席とぶつかれる。 これなら親方に返す判断もかなり軽くなった。 **守るもの** - 点呼Board - collect() - 記録紙形式 - Mini Printer - printPaper() - DOM完成紙 - html2canvas - JPG出口 **見るべき場所** - `KaiaPdfActualValueProducer.deliver()` - `collectPdf(req)` - その間の **packaged cargoの中継先** そしてDUMMYは、 > 家具は存在する。 > でもCURRENTのこの中継倉庫として使ってる証拠はない。 ここも大事。だから勝手に「じゃあDUMMYへ刺せ」はまだ施工命令にしない。 今の親方への問いはもう、 > **Producerのpackaged cargoを、Product点呼席と衝突しない形でPrinterまで運ぶ最小中継は何か？** これだけでいい。 要するに、 **「プリンターは悪くない。排紙口も正しい。荷物をプリンターまで運ぶ途中の仮置き場が悪い★」** まで絞れた。 [USER] 仮置き場なんてあったんだ？ [ASSISTANT] あった（笑） SOURCE見る限り、**点呼BoardからPrinterへ直通じゃなくて、一回だけ「包装cargoを置く中継」が挟まってた**。 流れはこれ。 ```text 点呼Board ↓ collect(req) ↓ raw値を回収 ↓ Producer.deliver() ↓ PDF住所のBoardへ packaged cargo を置く ↓ collectPdf(req) ↓ Printerへ渡す ``` だから俺が「仮置き場」って呼んだのは、この **`Producer.deliver() → PDF住所Board → collectPdf()`** の区間。 しかもここが今回の事故点で、Product本人の点呼席と同じ ```text binder_ref + refill_ref + name ``` に着地できるから、raw値をcargo objectで上書きし得る。 で、その後のPrinterはBoardへ戻さず、 ```text printPaper() ↓ 完成DOM紙 ↓ captureJpg() ↓ html2canvas ``` へ直で行く。 つまり本当にあるのは **「完成記録紙の仮置き場」じゃなくて、「Printerへ渡す包装cargoの中継置き場」**だね★ [USER] 🚛か？ [ASSISTANT] そうそうｗｗｗ **🚛だわ★** かなり近い。 ```text 点呼Board ↓ collect(req) ↓ 🚛 Producer.deliver() raw点呼を包装cargoに積む ↓ PDF住所Boardへ一時荷下ろし ↓ collectPdf(req) ↓ 🚛その荷物をPrinter側へ渡す ↓ Mini Printer ↓ 完成記録紙 ↓ JPG ``` なので今回の事故は、 > **🚛の荷下ろし場所が住人の席と被ってた** って感じ（笑） Counter本人が座ってる `A-01 / counter` に、トラックが包装cargoをドン★ Timestamp本人が座ってる `A-01 / timestamp.page` にもドン★ で、あとから本人が戻ると、 > 「なんで俺の椅子に荷物置いてあんの？」 になってるｗｗｗ だから直すならかなりイメージしやすい。 **🚛は必要。荷物も必要。Printerも必要。 でも荷下ろし場所だけ、住人席と分けろ★** [USER] 軽微？ [ASSISTANT] **かなり軽微寄り。** 少なくとも、もう「Board設計からやり直し」みたいな話ではない★ ヽ(=´▽`=)ﾉ 今わかってる構造だと、守るものは全部そのまま。 - 点呼席そのまま - `collect(req)`そのまま - packaged cargoそのまま - Mini Printerそのまま - 記録紙そのまま - JPG出口そのまま 事故ってるのは本当に、 ```text 🚛 Producer.deliver() ↓ 荷下ろし先 ``` だけ。 だから感触としては **SMALL ADAPTER / 狭い配線変更**。 ただし、まだ「軽微施工ゴー」と断言する一歩手前。 次にSOURCEで、 > `deliver()` と `collectPdf()` が、同じ別席へ向け直すだけで成立するか を一本確認したい。 もし、 ```text Producer.deliver() → 別の中継席 collectPdf() → 同じ別の中継席を読む ``` の2点差し替えだけなら、**軽微扱いで施工していいレベル**だと思う。 逆にそこでDUMMYやRoutingを新しく理解させる必要が出たらSTOP。 つまり今の判定は、 **🟡 軽微濃厚。吐き先／拾い先の2点だけSOURCE確認して、素直ならそのまま施工可。** 🚛の駐車場所だけ変えれば済むか確認、だな★ [USER] 追加調査いる？🕊️ [ASSISTANT] うい、**いる。けど一本だけでいい★** 確認したいのはほんとにこれだけ。 ```text Producer.deliver() ↓ 現在のPDF住所Board席へcargoを置く collectPdf(req) ↓ その同じ席からcargoを拾う ``` この**吐き先と拾い先が対になってるか**。 もしSOURCE上、 ```text deliver()の住所だけ変更 + collectPdf()の読み先も同じ別席へ変更 ``` で閉じるなら、ほぼ軽微。 逆に、 - Routingを新しく使う - DUMMYに新しい意味を持たせる - Mini Printerの入力形式を変える - Board schemaを変える まで必要ならそこでSTOP。 なので追加調査は、 > **🚛荷下ろし先と、集荷口が同じ住所契約になってるかだけ確認** で十分だよ🕊️🔍 [USER] 🕊️🔍 追加一本、確認した。 吐き先と集荷口は完全に同じ住所契約で対になってる。 ここでSTOP★ KAIA SITE PRODUCER DROPOFF ↔ COLLECTPDF PICKUP PINPOINT SOURCE TRACE SOURCE MODIFIED: NO REPAIR ATTEMPTED: NO CONSTRUCTION: NO ================================================== DROPOFF ================================================== KaiaPdfActualValueProducer.deliver(address, actual, record) caller supplies: address = pdfAddress pdfAddress = req.pdf deliver() writes: Board.set( String(address.binder_ref), String(address.refill_ref), name, cargo ) names: counter timestamp.page serial Therefore current drop-off address is: req.pdf.binder_ref + req.pdf.refill_ref + name ================================================== PICKUP ================================================== KaiaPdfActualValueCarrier.collectPdf(req) reads: read(store, req.pdf, 'counter') read(store, req.pdf, 'timestamp.page') read(store, req.pdf, 'serial') then: packageValue(record) ↓ cargo.actual ↓ output for Mini Printer Therefore current pickup address is: req.pdf.binder_ref + req.pdf.refill_ref + name ================================================== PAIR CHECK ================================================== Producer drop-off: address = req.pdf ↓ binder_ref refill_ref name collectPdf pickup: req.pdf ↓ binder_ref refill_ref same name MATCH = YES Counter cargo: DROP req.pdf / counter PICK req.pdf / counter Timestamp cargo: DROP req.pdf / timestamp.page PICK req.pdf / timestamp.page Serial cargo: DROP req.pdf / serial PICK req.pdf / serial ================================================== IMPORTANT BOUNDARY ================================================== There is no intermediate resolver between them. No: Routing lookup DUMMY lookup Set reconstruction Product lookup Mini Printer conversion is needed to connect these two pieces. deliver() puts cargo directly into an address. collectPdf() reads cargo directly from that same address. ================================================== CHANGE-SURFACE OBSERVATION ================================================== SOURCE structure therefore proves: If an already-existing alternate address can be supplied to BOTH: deliver(...) and: collectPdf(...) then the transport pair itself closes as: alternate drop-off ↓ same alternate pickup ↓ packageValue() ↓ unchanged Mini Printer input The cargo shape does not inherently need to change. Board schema does not inherently need to change. Mini Printer input does not inherently need to change. HOWEVER: This trace does NOT establish which alternate address should be used. In particular, it does NOT establish that DUMMY is authorized to become that transport address. That would be a separate authority/design decision. ================================================== CLASSIFICATION ================================================== The drop-off / pickup coupling itself = DROP-OFF ONLY (+ matching pickup address) More precisely: TWO ENDS OF ONE SMALL TRANSPORT COUPLING No architectural requirement was found here for: - new Routing - new Board schema - new cargo format - new Mini Printer format - new Set authority ================================================== STOP ================================================== Exact paired contract proven. Investigation stops here. つまり🚛で言うとほんとに、 deliver() 「PDF住所の3番倉庫に置いたぞ」 ↓ collectPdf() 「PDF住所の3番倉庫から取るぞ」 っていう直結した荷下ろし口と集荷口だった。 だから前の調査で見つかった衝突について、少なくともこの区間だけ見るなら、プリンター・荷物の形・Board本体まで巻き込まないと移設不能、という構造ではない。 ただし「じゃあどこの倉庫へ移す？」は今回の伝票外。 特に DUMMYをそこに使ってよい、とはまだSOURCEから出てないので、そこには踏み込まずSTOP★ 🕊️ 相談：なし。 [ASSISTANT] うい★ ここまで取れたなら、**軽微判定でいい**。 少なくともこの区間は完全に、 ```text deliver() → ある住所へ cargo を置く collectPdf() → 同じ住所から cargo を拾う ``` の**対になった2点配線**。 なので、 - cargo shapeそのまま - Board schemaそのまま - Mini Printerそのまま - 記録紙そのまま - JPG経路そのまま - Routing追加なし - Set authority追加なし で閉じられる可能性が高い。 今残ってる設計判断は本当にひとつだけ。 > **🚛の新しい荷下ろし倉庫をどこにする？** そこだけ。 DUMMYが候補に見えるのは分かるけど、調査どおり**「DUMMYを中継倉庫に使ってよい」SOURCE権限はまだ出てない**。だからそこだけ親方判断がいる。 俺の整理だと、親方に返す問いはもうこれで十分。 ```text Product点呼席 → 現状維持 🚛 deliver / collectPdf → 同じ別住所へペア移設 Mini Printer以降 → 無変更 ``` つまり、 **「荷物もトラックもプリンターも正しい。倉庫番号だけ決めてくれ★」** まで削れた🕊️🔧 [USER] あー… 倉庫さーこれはー？ リフィルせっとまんますんの A01A01A01A01 とか [ASSISTANT] あーーー、**それなら倉庫候補としてかなり筋いい**★ つまりPDF住所1個を倉庫にするんじゃなくて、**そのSetの4人分の住所束を、そのまま中継倉庫の住所セットとして使う**感じね。 たとえばSetが ```text Counter A01 Timestamp A01 Serial A01 PDF A01 ``` みたいな組み合わせなら、そのまま ```text A01 / A01 / A01 / A01 ``` を「このSet専用の搬送先セット」として扱うイメージ。 これのいいところは、 - 新しいSet IDを作らない - Routingを増やさない - DUMMYに新しい権限を持たせない - 既存の4人セットそのものを使える - Productの点呼席とは別に「搬送用の4人束」という意味を持たせられる ってこと。 ただしSOURCE上いま証明されてるのは、`deliver()` と `collectPdf()` が**1つの address**を対で使ってることまで。 だから施工案としては、 > **4人分の住所束から、既存規則で一意な搬送先1個を作れるか** を見る必要がある。 もし既存Switchboard側に「この4人セットを表す既存のまとまり」や「同じ組み合わせから必ず決まる既存住所」があるなら、かなり軽い。 逆に、`A01A01A01A01` みたいな連結文字列を**新しい住所authorityとして新設**するなら、それは少し話が変わる。 なので感触としては、 > **発想はかなりいい。 > ただし“4人セットをそのまま倉庫名にする既存家具があるか”をSOURCEで1本確認したい。** そこが既存ならめっちゃ綺麗に閉じる★ [USER] 追加調査？ [ASSISTANT] うい、**追加調査1本だけいる★** 見るのはこれだけでいい。 > **CURRENT Switchboard / Common Routing に、4人セットそのものを一意に表す既存のまとまり・キー・住所家具があるか？** 具体的には、 ```text Counter binder/refill Timestamp binder/refill Serial binder/refill PDF binder/refill ``` この4つをまとめた時に、 - 既存のSet key - membership key - routing key - storage key - canonical tuple - 既存の連結表現 みたいな**「4人セットを既に一意に表してる家具」**があるか確認。 あれば、その既存家具を🚛倉庫名候補にできる。 なければ、 ```text A01A01A01A01 ``` みたいな新しい連結文字列を俺らが作るのは**新authority追加**になるから、そこでSTOPしてHuman判断。 つまり調査票の問いは超狭く、 > **「4人家族そのものの既存住所札、もうどこかにある？」** これだけで十分★ 🕊️🔍 [USER] KAIA SITE FOUR-MEMBER SET EXISTING ADDRESS TAG TRACE SOURCE MODIFIED: NO REPAIR ATTEMPTED: NO CONSTRUCTION: NO ================================================== ANSWER ================================================== 「4人家族そのものの既存住所札」は存在する。 Common Routing の storage_key がそれ。 ================================================== COMMON ROUTING TRUTH ================================================== Common Routing の保存構造は概念的に: OPTION_WIRINGS = kaia_common_routing_wirings その中身: storage_key ↓ wiring ├ counter │ └ binder_ref + refill_ref ├ timestamp │ └ binder_ref + refill_ref ├ serial │ └ binder_ref + refill_ref └ pdf └ binder_ref + refill_ref normalize_wiring() は明示的に: SEATS = [ counter, timestamp, serial, pdf ] の4席を一つの wiring として扱う。 ================================================== EXISTING SET KEY ================================================== lookup_membership( seat, binder_ref, refill_ref ) は該当する wiring を探し、FOUNDなら: [ 'status' => 'found', 'count' => 1, 'wiring' => <4人セット>, 'storage_key' => <そのwiringの既存キー> ] を返す。 つまり既存SOURCEには既に: 一人の住所 ↓ Common Routing lookup ↓ 所属する4人家族 + その家族の storage_key という逆引きが存在する。 ================================================== UNIQUENESS ================================================== Common Routing は各membershipについて: seat + binder_ref + refill_ref の重複を拒否する。 commit_wiring() でも既存membershipとの collision を検査する。 したがって正常なRouting truthでは、 一人 ↓ 複数家族 にならない契約。 lookup結果も: found none ambiguous を明示的に区別している。 ================================================== IMPORTANT IDENTITY NOTE ================================================== storage_key はSOURCEコメント上、 "technical shelf position only" と明記されている。 つまり、 「新しく俺らが発明するSet ID」 ではない。 既にCommon Routingが 一つのcomplete wiring recordを保存するために持っている 既存の棚位置キー。 新しく: A01A01A01A01 のような4住所連結文字列を生成する必要はない。 ================================================== HOW IT IS CREATED ================================================== 新規wiring commit時: $wirings[] = $candidate; その配列キーを: $storage_key = key($wirings); として保持する。 以後、そのwiringを更新するときも: commit_wiring( candidate, existing storage_key ) で同じ棚を対象にする。 ================================================== COMMON REFERENCE IS DIFFERENT ================================================== KAI-00000041 は4人家族固有キーではない。 これはCommon Routing全体の: COMMON_REFERENCE なので全家族共通。 したがって: KAI-00000041 ≠ Set identity storage_key = existing wiring-record shelf key ================================================== RESULT ================================================== Existing four-member wiring object = YES Existing key attached to that wiring = YES Key name = storage_key Existing membership → Set lookup = YES New canonical tuple required = NO New A01A01A01A01 authority required = NO ================================================== STOP ================================================== 既存の4人家族住所札が確認できたため、 伝票指定どおりここでSTOP。 この storage_key を実際に🚛倉庫名として 使用してよいかどうかは施工判断であり、 今回の調査では決定しない。 [ASSISTANT] うお、**これかなり当たりに見える★** 🕊️🚛 しかも面白いのが、SOURCEコメントの > `storage_key = technical shelf position only` これ。 **倉庫の棚番号として使うなら、むしろ名前どおりなんよｗｗｗ** 大事なのは、これを ```text ❌ Set ID ❌ Product identity ❌ 新しいauthority ``` へ昇格させないこと。 用途を徹底して、 ```text Common Routing の既存4人wiring ↓ その technical shelf position = storage_key ↓ 🚛 packaged cargo の一時中継棚 ``` だけにするなら筋がいい。 イメージは、 ```text 点呼席 Counter / Timestamp / Serial ↓ collect() ↓ 🚛 cargo包装 ↓ 【Common Routing storage_key の搬送棚】 ↓ collectPdf() ↓ Mini Printer ↓ 記録紙 ↓ JPG ``` これなら最初にしゃむが言ってた `A01A01A01A01` を新しく作らなくて済む。 ただ、**まだ1個だけ確認したい★** 今回証明されたのは、 > Common Routingには既存 `storage_key` がある まで。 まだ証明されてないのは、 > **CURRENTの `deliver()` / `collectPdf()` が、その `storage_key` をすでに手元で知っているか** ここ。 もし今の `req` や既存routing解決結果に `storage_key` がもう乗ってるなら、 **ほぼ理想。新しい道路なしで、その棚へDROP/PICKをペア移設できる。** 逆に、 ```text deliver() → わざわざ lookup_membership() → storage_key取得 ``` みたいな**新しいRouting lookup道路を生やさないと取れない**なら、そこで一回STOPしたい。 だから追加調査するとしたら最後にこれだけ。 > **CURRENT JPG transport pathの `req` / routing result に、既存 `storage_key` は既に到達済みか？ > それとも取得のために新しい lookup が必要か？** これYESなら、🚛倉庫ほぼ決まりだと思う。 **「Set IDにするな。倉庫の棚番号としてだけ使え★」** これならSOURCEコメントとも喧嘩しないｗｗｗ [USER] 🕊️🔍 確認した。ここは惜しい。結論は NO。 PHP側では storage_key まで既に取れている。 でもCURRENT JPG transportへ渡している req には載せていない。 なので、ブラウザ側の deliver() / collectPdf() が今その棚番号を手元に持っている、とは言えない。ここでSTOP★ KAIA SITE CURRENT JPG TRANSPORT — ROUTING STORAGE_KEY REACHABILITY TRACE SOURCE MODIFIED: NO REPAIR ATTEMPTED: NO CONSTRUCTION: NO ================================================== ANSWER ================================================== CURRENT JPG transport req already contains storage_key = NO Existing routing lookup already obtains storage_key upstream = YES A NEW lookup is inherently required to discover it = NO But CURRENT transport bridge drops it before req is built = YES ================================================== UPSTREAM ROUTING RESULT ================================================== PDF already performs the existing lookup in: common_consumer_routes_for_pdf($sheet_id) Existing road: PDF member ↓ kaia_common_routing_lookup_membership(...) ↓ $lookup That $lookup already contains: status wiring storage_key And CURRENT function preserves the entire lookup as: 'lookup' => $lookup Therefore storage_key is ALREADY KNOWN on the PHP side. No second membership lookup is necessary merely to discover it. ================================================== WHERE IT GETS LOST ================================================== Next function: common_board_requirements_for_pdf($sheet_id) receives: $routes = common_consumer_routes_for_pdf($sheet_id) So at this point: $routes['lookup']['storage_key'] exists. But the function constructs $out as only: available counter timestamp serial pdf It copies the four member addresses from wiring, then returns: $out['available'] = true; return $out; It does NOT copy: $routes['lookup']['storage_key'] ================================================== BROWSER REQ ================================================== Public JPG runtime receives: var req = Therefore CURRENT req contains: req.available req.counter req.timestamp req.serial req.pdf but NOT: req.storage_key ================================================== DELIVER / COLLECTPDF ================================================== CURRENT browser transport therefore cannot presently say: req.storage_key because that field never crosses the PHP → browser bridge. deliver() currently receives: pdfAddress = req.pdf collectPdf(req) currently reads: req.pdf Neither performs Routing lookup itself. ================================================== DOES THIS REQUIRE A NEW ROUTING ROAD? ================================================== NO — not inherently. The existing road already did: PDF ↓ lookup_membership() ↓ lookup.storage_key ↓ common_consumer_routes_for_pdf() The information is simply discarded while constructing common_board_requirements_for_pdf(). So SOURCE topology is: Existing Routing lookup ↓ wiring + storage_key ↓ common_consumer_routes_for_pdf() ↓ ├ wiring/member addresses → forwarded └ storage_key → NOT forwarded X ↓ browser req ================================================== CLASSIFICATION ================================================== "storage_key already in CURRENT browser req?" = NO "Would deliver()/collectPdf() need to invent a NEW lookup_membership() road to obtain it?" = NO "Is storage_key already available immediately upstream of the existing req construction?" = YES The missing piece is therefore a bridge/pass-through boundary, not a missing Routing discovery road. ================================================== STOP ================================================== No construction decision made. No claim that storage_key SHOULD be forwarded. No claim that storage_key SHOULD become cargo storage authority. No new Set ID proposed. No new Routing lookup proposed. STOP at reachability proof. これ、かなり面白い位置だったｗｗｗ Common Routing 「はい、この4人は棚 7。storage_key=7 ★」 ↓ PDF既存consumer 「了解、4人の住所と棚7も受け取った」 ↓ reqを作る係 「Counter住所よし Timestamp住所よし Serial住所よし PDF住所よし 棚番号？……置いてく★」 ↓ Browser 🚛 「棚番号知らん」 なので最初に心配してた、 > 🚛がstorage_key欲しい → 新しくRouting lookup道路を生やす これはSOURCE上、必要ない。 すでに一回だけ通ってる既存Routing lookupが storage_key まで持って帰ってきてる。ブラウザへ渡す直前で落としてるだけ。 ただしこれはあくまで到達性調査。 「じゃあ req.storage_key として通そうぜ★」は施工判断だから、そこには踏み込まずSTOP🕊️ 相談：なし。 [ASSISTANT] うわｗｗｗ **これ、かなり綺麗な場所で落としてたんだな★** 🕊️🚛 つまり現在のSOURCEは、 ```text Common Routing ↓ 4人家族を特定 ↓ storage_key も取得済み ↓ PHP consumer までは持ってる ↓ reqを作る時に storage_keyだけ捨てる ↓ Browser 🚛 「棚番号知らん」 ``` なんだ。 これなら少なくとも、最初に警戒してた ```text Browser側で新しく lookup_membership() ``` は**完全に不要**。 そして修理候補もかなり狭くなった。 ```text 既存PHP lookup ↓ storage_key ↓ reqへ通すだけ ↓ 🚛 deliver / collectPdf が 同じ搬送棚を見る ``` という**橋一本＋DROP/PICKのペア移設**で閉じる可能性が高い。 ただし、まだ一線だけ守る。 `storage_key` はSOURCE上 > technical shelf position only だから、使うとしても ```text ⭕ cargo搬送用の棚番号 ``` だけ。 ```text ❌ Product identity ❌ Set ID ❌ Board本体の新authority ``` にはしない。 ここまで来たら親方判断はほぼ、 > **既存Routingがすでに持っている `storage_key` を、JPG transport用のtechnical cargo shelfとしてreqへpass-throughし、Producer drop-off / collectPdf pickupの両端だけ同じ棚へ移してよいか？** これだけだと思う。 かなり**SMALL ADAPTER**寄りまで落ちたねｗｗｗ > 棚はもうあった。 > 棚番号も受付は知ってた。 > 🚛に伝えてなかっただけ★ 🕊️🔧 [USER] 親方🕊️つくる？ [ASSISTANT] うい★ ここまで材料そろったから、**親方へ渡す判断票**にまとめる価値ある。 今回は「原因調査報告」じゃなくて、**SMALL ADAPTER施工の可否判断**まで絞って出せる。 :::writing{variant="document" id="oyakata-storage-key-transport-decision" title="KAIA SITE — JPG TRANSPORT STORAGE_KEY PASS-THROUGH / CARGO SHELF DECISION FOR OYAKATA"} # KAIA SITE ## JPG TRANSPORT — STORAGE_KEY PASS-THROUGH / CARGO SHELF DECISION ### FOR OYAKATA REVIEW **FROM:** Pinpoint Investigation / Wiring Specialist **STATUS:** INVESTIGATION COMPLETE TO CONSTRUCTION-DECISION BOUNDARY **SOURCE MODIFIED:** NO **REPAIR ATTEMPTED:** NO **CONSTRUCTION:** NO --- # 1. ACCEPTANCE BOUNDARY Current SITE CUSTOM acceptance boundary is: > **JPG issuance only.** Some SOURCE furniture is named: - PDF producer - PDF address - PDF storefront - collectPdf() These names reflect existing SOURCE structure only. Do NOT expand this work into PDF issuance / PDF download correctness. The current repair target is: > Fix the transport collision that breaks CURRENT JPG runtime. --- # 2. HUMAN / PRODUCT INTENT Current known-good conceptual road is: ```text Counter / Timestamp / Serial attendance ↓ THIS Set Board ↓ collect(req) ↓ raw attendance values ↓ Producer packages transport cargo ↓ transport intermediate shelf ↓ collectPdf(req) ↓ Token Output Bus ↓ Mini Printer ↓ completed DOM record paper ↓ html2canvas ↓ JPG ``` Important ownership: ```text Attendance Board = attendance values Producer = packages attendance values for transport Mini Printer = consumes transported cargo and reconstructs record paper Completed record paper = direct DOM output to JPG capture ``` The Mini Printer does NOT write completed paper back to Board. --- # 3. CONFIRMED RUNTIME DAMAGE Two runtime anomalies have already been observed. ## Counter restore ```text reload ↓ PHASE 3 Board GET ↓ Counter display: [object Object] ``` ## JPG Issue ```text Timestamp cargo shape mismatch ↓ false alert: "This item has already been issued and cannot be issued again." ``` Both can be explained by the same upstream transport collision. --- # 4. CONFIRMED COLLISION Product attendance writes: ```text Product address + record name ``` Examples: ```text Counter address / counter Timestamp address / timestamp.page Serial address / serial ``` Producer transport currently writes packaged cargo to: ```text req.pdf.binder_ref + req.pdf.refill_ref + same record name ``` Board record identity does not include Product type. Therefore if a Product address equals the PDF address, transport cargo can occupy the same seat as Product attendance. Example: ```text Counter attendance: A / 01 / counter = primitive value Producer transport: A / 01 / counter = packaged cargo object ``` The transport write can overwrite the attendance value. --- # 5. MINI PRINTER IS NOT THE COLLISION POINT Source trace confirmed: ```text printPaper(...) ↓ returns .kpdf-public-printed-paper DOM node ↓ captureJpg() ↓ html2canvas(...) ``` No Board shelf exists after Mini Printer output. Therefore do NOT modify: - Mini Printer; - record-paper format; - DOM paper; - JPG capture; - html2canvas route. The collision exists before Mini Printer. --- # 6. PRODUCER DROP-OFF ↔ COLLECTPDF PICKUP Source trace confirmed these two are a direct pair. ## Drop-off ```text KaiaPdfActualValueProducer.deliver(...) ↓ Board.set( req.pdf binder, req.pdf refill, name, packaged cargo ) ``` ## Pickup ```text KaiaPdfActualValueCarrier.collectPdf(req) ↓ Board read( req.pdf, same name ) ``` They use the same address contract. There is: - no intermediate Routing lookup; - no DUMMY lookup; - no Set reconstruction; - no Mini Printer conversion. Therefore this is: > **two ends of one small transport coupling.** --- # 7. DUMMY REFILL FINDING Existing REAL → DUMMY twin furniture exists in SOURCE. However: > No SOURCE evidence proves that DUMMY is the CURRENT authorized cargo transport shelf. Therefore: - do NOT assign DUMMY new transport authority merely because it exists; - do NOT modify DUMMY semantics in this repair unless separately approved. --- # 8. EXISTING FOUR-MEMBER WIRING KEY Common Routing already stores each complete four-member wiring: ```text counter timestamp serial pdf ``` under an existing: ```text storage_key ``` Source explicitly describes this as: > **technical shelf position only** This is not: - a new Set ID; - Product identity; - public authority. It is already an existing technical shelf key for the complete wiring record. --- # 9. EXISTING ROUTING LOOKUP ALREADY KNOWS storage_key PDF already performs the existing membership lookup in: ```text common_consumer_routes_for_pdf($sheet_id) ``` Existing road: ```text PDF member ↓ kaia_common_routing_lookup_membership(...) ↓ lookup result ``` That result already contains: ```text status wiring storage_key ``` So: > No new Routing lookup is required to discover `storage_key`. --- # 10. WHERE storage_key IS LOST `common_consumer_routes_for_pdf()` preserves the complete lookup. Then: ```text common_board_requirements_for_pdf($sheet_id) ``` constructs the browser-facing `req`. CURRENT `req` contains: ```text available counter timestamp serial pdf ``` But it does NOT forward: ```text storage_key ``` Therefore the existing topology is: ```text Routing lookup ↓ wiring + storage_key ↓ PHP consumer ↓ req construction ├ member addresses → forwarded └ storage_key → dropped ↓ Browser transport ``` --- # 11. IMPORTANT CONSEQUENCE Current browser `deliver()` / `collectPdf()` do NOT know `storage_key`. But: > A new `lookup_membership()` road is not inherently required. The required information already exists immediately upstream of `req`. The missing piece is a pass-through bridge. --- # 12. PROPOSED NARROW OWNERSHIP RULE If approved: > `storage_key` remains **technical shelf position only**. It may be used only as the transport shelf for packaged cargo. It must NOT become: - Set identity; - Product identity; - Board namespace authority; - Routing replacement; - new public identifier. --- # 13. PROPOSED SMALL-ADAPTER SHAPE Conceptually: ```text Existing Routing lookup ↓ storage_key already known ↓ pass storage_key through existing req bridge ↓ Browser transport receives technical shelf position ``` Then both ends of the transport pair use the same transport shelf: ```text Producer.deliver() → transport shelf collectPdf() → same transport shelf ``` Everything after pickup remains unchanged: ```text collectPdf() ↓ packageValue() ↓ Token Output Bus ↓ Mini Printer ↓ record paper ↓ JPG ``` --- # 14. WHAT MUST REMAIN UNCHANGED Preserve: - Product attendance seats; - PHASE 1 Set-specific Board namespace; - Board record schema; - Board lifetime; - PHASE 2 Timestamp attendance; - PHASE 3 Counter restore; - Reset → THIS Set Board clear behavior; - existing Routing truth; - existing four-member wiring; - cargo format; - Mini Printer input; - record-paper format; - JPG capture route. --- # 15. WHAT MUST NOT BE INTRODUCED Do NOT add: - new Set ID; - new Product identity; - new membership lookup; - new Routing road; - new Board schema; - Product type into Board record key; - new DUMMY authority; - new cargo shape; - new Mini Printer format; - PDF issuance redesign. --- # 16. EXPECTED REPAIR SURFACE Current evidence indicates the repair can likely remain: ```text 1. Pass existing storage_key through PHP → browser req 2. Move Producer drop-off to transport shelf 3. Move collectPdf pickup to same transport shelf ``` This is a boundary estimate only. Exact storage representation of the transport shelf must follow CURRENT SOURCE conventions. Do not invent encoding before construction review. --- # 17. WHY THIS IS SMALL-ADAPTER TERRITORY The following are already correct and need no redesign: ```text attendance collection cargo packaging cargo shape Mini Printer record-paper reconstruction JPG capture Routing lookup four-member wiring storage_key existence ``` The only missing connection is: > Browser transport does not receive the already-known technical shelf position. --- # 18. OYAKATA DECISION REQUEST Please decide whether the following ownership rule is accepted: > **Use Common Routing's existing `storage_key` only as the technical cargo transit shelf for the Producer.deliver() ↔ collectPdf() pair.** If accepted: ```text storage_key = technical transport shelf only ``` NOT: ```text storage_key = Set ID = Product identity = new authority ``` And: ```text Product attendance seats → remain untouched Producer packaged cargo → moves to technical transport shelf collectPdf() → picks up from that same shelf ``` --- # 19. ACCEPTANCE TEST INTENT AFTER CONSTRUCTION Static: ```text Product attendance values remain primitive after JPG Issue ``` Counter: ```text DECIDE ↓ JPG Issue ↓ reload ↓ Counter restore shows primitive Counter value NOT [object Object] ``` Timestamp: ```text raw timestamp attendance remains raw ↓ JPG Issue receives valid cargo ↓ no false "already issued" shape error ``` Set isolation: ```text Set A transport shelf ≠ Set B transport shelf ``` No Product attendance seat overwrite. --- # 20. STOP CONDITIONS FOR CONSTRUCTION STOP if implementation requires: - new membership lookup; - storage_key promotion into identity authority; - new Set ID; - Board schema redesign; - Mini Printer changes; - record-paper changes; - DUMMY semantic changes; - PDF issuance expansion; - Routing rewrite; - Product attendance address changes; - anything producing “Are?” / “Uwaa...” reaction. --- # CHECK LOG ```text JPG ACCEPTANCE BOUNDARY YES MINI PRINTER ROOT CAUSE NO PRODUCT / TRANSPORT SEAT COLLISION YES DROPOFF ↔ PICKUP PAIRED YES EXISTING TECHNICAL SHELF KEY YES KEY storage_key NEW ROUTING LOOKUP REQUIRED NO storage_key ALREADY KNOWN UPSTREAM YES storage_key IN BROWSER req NO MISSING BOUNDARY PHP → browser pass-through NEW SET ID REQUIRED NO BOARD SCHEMA CHANGE REQUIRED NO CARGO SHAPE CHANGE REQUIRED NO MINI PRINTER CHANGE REQUIRED NO SOURCE MODIFIED NO REPAIR ATTEMPTED NO ``` # ONE-LINE OYAKATA QUESTION **The truck, cargo, printer, and attendance seats are already correct. May we pass the existing Common Routing `storage_key` through to the JPG transport and use it only as the technical cargo shelf shared by `deliver()` and `collectPdf()`?** ::: これなら親方は、ほぼ**「その棚番号を🚛専用に使ってよし／ダメ」**だけ判断すればいい。 今回かなり絞れたね★ 🕊️🚛🔧 [USER] 🕊️🔴 STOP付箋、受領。そこ混線させたらダメだｗｗｗ いま成立した親方YESの対象を固定すると、 🟢 APPROVED CURRENT JPG TRANSPORT storage_key PASS-THROUGH / CARGO SHELF storage_key = 🚛 technical cargo transit shelf ONLY 施工許可は、 CURRENT Routing lookup ↓ existing storage_key ↓ browser req ↓ existing deliver() ↓ technical shelf ↓ existing collectPdf() ↓ CURRENT JPG後工程 ここだけ。 一方で、 🏷️ SEPARATE MATTER PUBLIC SET BOARD NAMESPACE ≠ 今回の storage_key 承認 今回のYESを Board Namespace施工承認として扱わない。 ここ重要。 むしろ今回の承認内容そのものが、 > storage_key ≠ Board namespace authority って明記してるから、このYESをPublic Set Board Namespaceへ持っていったら自己矛盾する（笑） なので補佐席でも案件札を完全分離して保持する。 🚛 JPG transport / storage_key：🟢 OYAKATA APPROVED — NARROW CONSTRUCTION AUTHORIZED 🏘️ Public Set Board Namespace：別案件。今回のYES適用禁止。 そして現場センサーも固定。 > 🕊️「storage_key、Set識別にも便利そう……」 🔴 帰ってこい★ 混線発見のSTOP、正解ｗｗｗ 🕊️🏷️🚛 [ASSISTANT] うい★ これで案件札完全分離でいける。 現在の承認は**🚛 JPG transportだけ**。 ```text CURRENT Routing lookup ↓ existing storage_key ↓ browser reqへpass-through ↓ deliver() ↓ technical cargo shelf ↓ collectPdf() ↓ CURRENT JPG後工程 ``` ここだけ施工可。 そして絶対に混ぜないのが、 ```text storage_key ≠ Set ID ≠ Product identity ≠ Public Set Board namespace authority ``` Public Set Board Namespaceは別案件のまま。今回のYESを流用禁止。 現場センサーもそのまま採用。 > 「storage_key、Set識別にも便利そう……」 > → 🔴 STOP。帰還。 これなら狭く施工できる★ 🕊️🚛🔧 [USER] 施工図いる？なくていい？ [ASSISTANT] 今回は**なくていい寄り★** 理由は、もう施工境界がかなり狭くて親方承認も具体的だから。 ```text 1. existing storage_key を browser req へ通す 2. deliver() のDROP先を technical shelf へ 3. collectPdf() のPICK先を同じ technical shelf へ 4. JPG後工程そのまま ``` これだけ。 しかも禁止事項も明確。 ```text storage_key ≠ Set ID ≠ Board namespace ≠ Product identity ``` なので、ここで改めて長い施工図を書くと、逆に家具を増やす危険がある（笑） ただし施工前に**短い施工メモ**だけは置いた方がいい。 ```text WORK ZONE - common_board_requirements_for_pdf() - browser req - Producer.deliver() - collectPdf() NO TOUCH - Product attendance seats - Board namespace - Board schema - Routing lookup - Mini Printer - record paper - JPG capture - DUMMY semantics STOP - new lookup needed - storage_key used as identity - anything outside DROP/PICK pair must change ``` この程度で十分。 つまり今回は **正式施工図なし / 短いWORK ZONE札だけで施工可** でいいと思う★ [USER] んじゃ、やろうか [ASSISTANT] うい★ じゃあ正式施工図なし、**WORK ZONE札だけ立てて狭く施工**する。 ```text WORK ZONE - common_board_requirements_for_pdf() - browser req - Producer.deliver() - collectPdf() NO TOUCH - Product attendance seats - Public Set Board namespace - Board schema / TTL - Routing lookup - Mini Printer - record paper - JPG capture - DUMMY semantics STOP - 新lookupが必要 - storage_keyをSet ID/namespace扱いしたくなる - DROP/PICK以外まで触る必要が出る ``` 親は今の **PDF v0.3.23-BOARD-CLEAR-API** から切る。 まず現物SOURCEで `storage_key` の型と、Boardの「technical shelf」にどう載せるのが既存流儀かだけ確認してから入る★ [ASSISTANT] 🔴 **あれ？ 施工前の現物確認で、ここだけSOURCEに既存流儀がない。STOPする★** `storage_key` 自体は取れる。pass-throughもできる。 でもActual Value Boardの既存住所は必ず、 ```text binder_ref + refill_ref + name ``` の3点。 一方 `storage_key` はCommon Routingの**単独の棚番号**で、SOURCE内に > 「storage_keyをBoardの binder/refill/name のどこへどう載せる」 という既存変換家具が見当たらない。 つまりここで俺が勝手に、 ```text binder="cargo", refill=storage_key ``` とか ```text name="cargo:"+storage_key+":"+name ``` みたいな表現を作ると、**technical shelfの使い方そのものを新設**することになる。 親方YESは **storage_keyを🚛 technical cargo shelfとして使ってよし** までで、**Board上での棚の表記方法を発明してよし**までは決まってない。 なのでここで止めた。 Routing lookupもMini Printerも触ってない。SOURCE modifiedなし。 人間判断が必要なのは超狭く、 > **Board内の🚛棚を「既存PDF住所のまま、record nameだけ `storage_key` 付きのcargo専用名へ分ける」方式でよい？** これならBoard namespaceは今のSetのまま、Product点呼席もそのまま、`storage_key`は**cargo recordの棚番号としてだけ**使える。 ただしこの表記ルールはSOURCE既存ではないので、俺が勝手に決めず返した★ 🕊️🔴 [ASSISTANT] [USER] おう、怠惰で安全に行こう★ [ASSISTANT] うい★ **怠惰で安全施工、完了🕊️🚛** 親は `v0.3.23-BOARD-CLEAR-API`。新しい子は： **Kaia Site PDF v0.3.24 — JPG CARGO STORAGE KEY SHELF** 今回触ったのは本当に2か所系統だけ。 - 既存Routingがもう持ってる `storage_key` を `req` へ通す - 🚛 cargoだけを `cargo::` という専用席へDROP/PICK なので生の点呼席、 ```text counter timestamp.page serial ``` はそのまま。`storage_key` は **technical cargo shelf ONLY** で、Board namespaceにもSet IDにも昇格させてない。 確認も通した。 ```text PHP lint PASS JS syntax PASS DROP/PICK same shelf PASS raw attendanceとのseat分離 PASS storage_key = 0 PASS Actual Value Board本体 UNCHANGED DEVELOPMENT-HISTORY.md exactly 1 ZIP integrity PASS ``` 変更ファイルも **main PHP + DEVELOPMENT-HISTORY.md の2個だけ**。 SHA256: ```text f91c1ef0832957e954cbfbe5e8eac22330969dc5038bb2a7aa60ae0673dfa1de ``` [🚛 Kaia-Site-PDF-v0.3.24-JPG-CARGO-STORAGE-KEY-SHELF.zip](sandbox:/mnt/data/Kaia-Site-PDF-v0.3.24-JPG-CARGO-STORAGE-KEY-SHELF.zip) あとは実機でまず **殴る → JPG Issue → リロード**。 Counterが数字のまま戻って、`[object Object]` が消えれば第一関門突破★ [USER] よし！！ 並列で別カウンター2つ同時通過 [ASSISTANT] よっしゃあああ★ 🕊️🚛💨 **別カウンター2つ、並列で同時通過ならかなり強い。** これで少なくとも実機上、 ```text Set A Counter → 🚛 cargo shelf A → JPG route Set B Counter → 🚛 cargo shelf B → JPG route ``` が**同時に走って相互衝突しなかった**わけだ。 つまり今回の狙いだった、 > Product点呼席を🚛 cargoが踏まない > ＋ > 別Set同士のcargoも混ざらない のうち、かなり重要な並列条件がPASSした★ 次は欲張らず、既定の残りだけ。 **それぞれリロードして、Counterが自分の数字のまま固定復元するか。** ここも2つとも `[object Object]` なしで戻ったら、今回の🚛施工かなり綺麗に閉じられるヽ(=´▽`=)ﾉ [USER] キレイにもどったぞヽ(=´▽`=)ﾉ [ASSISTANT] よっしゃああああヽ(=´▽`=)ﾉ 🕊️🚛✨ **これで今回の🚛案件、実機PASSでいい。** 成立した確認は、 ```text 別Set A / B ↓ 別カウンター同時通過 ↓ JPG route 並列PASS ↓ reload ↓ それぞれ自分のCounter値で綺麗に固定復元 ↓ [object Object] なし ``` なので今回の施工目的だった、 - raw attendance席をcargoが踏まない - storage_keyを🚛 technical cargo shelfとしてだけ使う - 別Set同士がcargoで衝突しない - Phase 3 Counter restoreを壊さない - Mini Printer / 記録紙 / JPG後工程を触らない ここ、**全部実機で筋通った★** つまり今回の結論は、 > **Kaia Site PDF v0.3.24 — JPG CARGO STORAGE KEY SHELF** > **RUNTIME PASS / COMPLETE** で締めてよさそう。 しかもかなり理想的な直り方だわ。 **住人の椅子から荷物どかして、🚛専用棚に置いただけ**ｗｗｗ 怠惰で安全、勝利★ 🕊️🏆 [USER] ん？そういやカウンターの12時間は裏で0にした？外しただけ？ [ASSISTANT] うい、**カウンター側は本当に0にしてある。表示だけ外したんじゃない★** v0.1.6以降で、 - sanitize：`0〜10080` を許可 - DB同期：`0` をそのまま保持 - 管理UI：最小値 `0` - ロック計算：もともと `0` で成立 まで通してあるから、**12時間ロックを裏で残して見えなくしただけ、ではない**。 ただし別物の **Set Boardの12h lifetime** は今回触ってない。そこはそのまま。 つまり、 ```text Counter cooldown / IP lock → 0 Set Board lifetime → 12hのまま ``` だよ★ 🕊️ [USER] んや、UI数値そのままだったから確認したかっただけ（笑） [ASSISTANT] あーなるほどｗｗｗ **UIに「12時間」って数値が見えてたから、「見た目だけ残ってて裏は0？」確認だったのね★** その理解なら大丈夫。 **Counterの実ロック値は0にできる状態。** UI数値が残って見えてても、それ自体で「裏で12時間効いてる」ことにはならない。 今回のruntimeで並列→reloadまで綺麗に通ってるのも、その懸念とは別に問題なし★ ヽ(=´▽`=)ﾉ [USER] [IMAGE: sediment://file_00000000a38c822fa28bbee5ece6c223] これでるのって原因考えられるのなんだっけ [ASSISTANT] あ、これね。**「JPG publication is not allowed.」は前にも出てた“掲載可フラグ側”のやつ**だと思う。 画面上では Timestamp までは正常に出てるから、少なくとも今回の🚛 cargo collisionとは症状が違う。あっちは `[object Object]` や false already-issued だった。 この文言が出る候補は大きくこのへん。 - **対象Refill / Sheet が JPG掲載可になってない** - **JPG用の publishable / public フラグが false** - **Public Final/JPG側が、そのフラグを読んで拒否** - 以前あった「Public Finalだけ404」とは別で、今回は**ちゃんと処理に入ってから明示拒否されてる**感じ つまり、 ```text JPG Issue ↓ 対象の掲載可チェック ↓ NG ↓ "JPG publication is not allowed." ``` の系統。 前にSITE CUSTOMでやったときも、**「掲載可修理で解消」**した事故があったはずだから、かなりそれ臭い。 ただ、STOPルール的にはここで原因断定まではしない方がいい。 **今見えてる事実は「JPG publication permission checkで弾かれてる」**まで。 必要なら次、SOURCE一本釣りでこの文字列の発生箇所だけ探して、 **何のフラグを見てこのalertを出してるか**確認しよう★ 🕊️🔍 [USER] おけ！解消！！！！ [ASSISTANT] よし！！ヽ(=´▽`=)ﾉ 🕊️✨ なら今回のそれは**掲載可チェック側の一時NGで、解消済み**として脇に置けるね★ 🚛施工側のruntime PASSとは切り離して、そのまま進めてよし。 [USER] 実際環境でテスト34で切ってきたんだよ（笑） [ASSISTANT] あーーーｗｗｗ **実環境でテスト34まで切ってたのか★** じゃあ今の `JPG publication is not allowed.` も、実機テスト用の掲載可設定に引っかかっただけで、🚛施工とは別件で片付いたってことね。 そこまでやって、 **並列2カウンター通過 → JPG → reload → 各自きれいに復元** まで見れてるなら、今回のv0.3.24はかなり実戦寄りのPASSだわヽ(=´▽`=)ﾉ 🕊️🚛✨ [USER] ちがうよー1.2は客にだしてるから下手にさわれないので（笑） [ASSISTANT] あーーーそういうことかｗｗｗ **1.2はもう客先に出てる現役だから、そこへ直で手ぇ入れたくない。だから実環境用に34切ってテストしてた**のね★ それならめっちゃ納得。 つまり運用としては、 ```text v1.2 = customer-facing / 触らない test 34 = 実環境で安全に挙動確認するための試験枝 ``` ってことか。 その前提なら今回のやり方かなり安全だね。 **本番客向けの1.2を温存しつつ、実環境の条件だけ34で再現して確認**できてる。 さっき俺が「実機テスト用の掲載可設定」とだけまとめたのは浅かった。 正確には、**客向け1.2を保護するために別テスト枝34で実環境確認してた**ってことだな★