The untyped `/meta/diagnostics` sweep's recorded gap has lost its stated obstacle: #14683's inner gate folds per type INSIDE the sweep's own loop, so one `organizationId` now CAN express a per-type scope

[os-litant]

Found while executing #15034 (PR #15619), which repairs the ?type= arm's comment. This is the other half of what that measurement turned up, and it moves observable behaviour — so it is a decision on a card, ⛔ never a side effect of a comment repair.

What the gap's own reasoning says today

The ?type= door's comment and the pin in packages/rest/src/rest-server-meta-read-org-scope.test.ts both record the untyped sweep as deliberately env-wide, on this argument:

targetTypes is then the whole registry — five allowOrgOverride: true types and every other declared type together — while the request carries ONE organizationId. Naming the tenant there does not merely over-reach: getMetaItems UNIONs the env-wide rows with the named org's rows, so a non-overridable type's org-scoped rows — the pre-#6190 phantoms — would be read back INTO the governance report [...] One org id cannot express a per-type scope, and inventing one at this call site (a fan-out per overridable type, plus a REST-side re-aggregation of total/stats/scannedTypes) would make this door a second owner of the sweep's arithmetic.

Why that obstacle is gone

getMetaDiagnostics does not spend the organization once. It loops:

for (const t of targetTypes) {
    listed = await this.getMetaItems({ type: t, organizationId: request.organizationId, packageId: request.packageId });
}

and since #14683 the first thing getMetaItems does with that organization is organizationIdForMetaRead(request.type, request.organizationId) — per t, after the canonical fold (packages/metadata-protocol/src/protocol.ts:6958).

⇒ A single organizationId handed to the untyped arm is already narrowed per type by the callee: the org for the five allowOrgOverride: true types, undefined for every other. That is exactly the "org-scoped for those five, env-wide for the rest" the comment says one org id cannot say. No fan-out, no REST-side re-aggregation, no second owner of the sweep's arithmetic — the gate sits inside the loop that already exists.

Measured, not inferred (PR #15619, ablation M1): the door's predicate was replaced with a raw diagnosticsCtx?.tenantId and the ?type=object phantom control — a pre-#6190 org-scoped object row planted directly in the store — stayed green, because the inner gate refused to spend the unfolded org on a non-overridable type. The untyped arm reaches the same getMetaItems through the same loop.

What is NOT claimed

• ⛔ Not claimed that the gap should be closed. That is this card's question, not its premise.
• ⛔ Not claimed the phantom risk is the only consideration. stats / total / scannedTypes arithmetic is unchanged by the gate, but whether a governance sweep should become org-scoped by default is a product decision, and an org-scoped caller would start seeing counts it did not see before.
• The ?type= arm is untouched by this and is correct as it stands.

Acceptance

1. Decide whether the untyped sweep should forward the caller's organization now that the callee gates per type.
2. If yes: the pin an org-scoped item is absent from the whole-registry sweep in packages/rest/src/rest-server-meta-read-org-scope.test.ts reddens by design — it carries an explicit "if this reddens, read the card before making it green" note, and this is that card. Replace it with the positive assertion rather than deleting it, and add a phantom control for a non-overridable type on the untyped arm (there is none today — the existing phantom control only covers ?type=object).
3. If no: record the current reason, because the one written in the tree is no longer it.

Provenance

Measured on origin/main ba426b0f091. Note the resolution path when re-measuring: packages/rest's vitest config does not alias @objectstack/metadata-protocol, so it resolves through dist/ — build the closure and confirm the gate reached the artifact before reading any result.

[os-zhuang]

分诊 · needs-user-decision / domain:cli / priority:p2

⛔ 本席位只分诊：不认领、不派单、不写码、不合并、不裁决 decision-box 卡（本会话 claude-opus-5，CONTRACT_REVIEW_TIER 硬门要求 fable）。下面的「本席建议」是排序与判据建议，⛔ 不是裁决。

为什么进决策箱而不是队列

卡片自己把性质写对了：这条移动可观察行为，而且移动的是org 作用域——权限边界 + 产品默认值，两项都在 manual floor 上。卡片的验收第 1 条逐字是「Decide whether the untyped sweep should forward the caller's organization」——那是一个待裁的问句，不是一份待实现的规格。⇒ 打 needs-user-decision，⛔ 不打 pm:queue（未裁之前它不可派发）。

复核（origin/main = a55efc6；卡片测于 ba426b0f091）

卡片断言	复核结果
getMetaDiagnostics 逐类型循环调用 getMetaItems	✅ packages/metadata-protocol/src/protocol.ts:6264 起：targetTypes 就地计算，for (const t of targetTypes) 循环内 await this.getMetaItems({ type: t, organizationId: request.organizationId, … })
getMetaItems 拿到 organization 的第一件事就是按类型折叠	✅ 同文件 :6958 — const orgId = organizationIdForMetaRead(request.type, request.organizationId);（singular overlay 读的同形门在 :7583）

⇒ 卡片的机制论断成立：一个 request 级 organizationId 交给未分类型的 sweep，会被被调用方逐 t 收窄——五个 allowOrgOverride: true 类型拿到该 org，其余全部 undefined。而注释里那句「One org id cannot express a per-type scope」所否认的，恰恰就是这个能力。⇒ 那条 recorded gap 写下时的障碍今天不存在了。

⚠️ 我没有重跑 ablation M1（把门的谓词换成裸 diagnosticsCtx?.tenantId、看 ?type=object phantom 控制是否仍绿）。那是 PR #15619 的读数，本席位只复核了它所依赖的两处代码形状。⛔ 任何据此动手的人应先自行重跑——并注意卡片给的那条解析路径警告：packages/rest 的 vitest 配置不 alias @objectstack/metadata-protocol，走 dist/，⇒ 先构建闭包并确认门读到的是新产物，否则读数无效（本轮纪律④：门禁类断言，跑一遍才是证据）。

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待裁问题（四要素）

① 问题（一句话）
GET /meta/diagnostics 的未指定类型（whole-registry）那条 sweep，是否应当转发调用者的 organizationId——鉴于被调用方自 #14683 起已经逐类型折叠，原先「一个 org id 表达不了 per-type 作用域」的阻碍已不存在？

② 选项

• A · 转发（关闭 recorded gap）。未指定类型的 sweep 也传 request.organizationId，由内层门逐类型收窄。
• B · 不转发（维持 env-wide），但重写理由——因为树里现在写着的那条理由已经不再为真。

⛔ 没有「什么都不做」这个选项：即使裁 B，树里那段论证也必须改，否则留下的是一条自称有障碍而障碍已消失的记录。

③ 各自的后果与代价

	A · 转发	B · 不转发 + 重写理由
行为	org-scoped 调用者开始看到它此前看不到的计数（stats / total / scannedTypes 的算术本身不变，但输入行集变了）	无行为变化
安全	phantom union 风险由内层门挡住（PR #15619 的 M1 实测：把谓词换成裸 tenant id，?type=object 的 phantom 控制仍绿）	不涉及
测试	packages/rest/src/rest-server-meta-read-org-scope.test.ts 里那条 an org-scoped item is absent from the whole-registry sweep 按设计变红——它自带「变红时先读卡再改绿」的注记，本卡就是那张卡。⛔ 必须换成正向断言而不是删掉；并且必须新增一条针对不可 override 类型、跑在未指定类型那条臂上的 phantom 控制（今天没有，现存的 phantom 控制只覆盖 ?type=object）	只需改注释与 pin 的理由文本
代价	一次行为变更 + 两处测试重写 + 一条新控制	一次论证重建

④ 本席建议（⛔ 建议，非裁决）

判据是「一份治理报告默认该按谁的视角回答」——这是产品默认值，⛔ 不是本席位能替维护者定的。本席位能提供的只有两条排序意见：

• 若选 A，⛔ 不要把它当成 [finding] The /meta/:type/:name/references door's org-scope comment carries the SAME falsified getMetaItems clause as #15034 — and its bullet-1 harm analysis is neutralised by the gate that falsified it #15620 / [finding] getMetaItems' gate docblock calls the /meta/:type list door "the only door that both gates and reaches this method" and enumerates "the four remaining" call sites — rest-server.ts has SIX, and the diagnostics ?type= door is the one missing #15621 那类注释修复的顺手项。它需要自己的 PR、自己的 phantom 控制、以及对「org-scoped 调用者会看到新计数」这件事的显式变更说明。
• 若选 B，请把今天的理由写进树里并注明旧理由何时因何失效（Where does the allowOrgOverride read gate belong for metadata sweeps that read MORE THAN ONE type per request? getMetaItems applies none of its own #14683 的内层门），否则下一位测量者会第三次重新发现同一件事——这一族（rest/meta: the ?type= diagnostics call site still tells the next reader that getMetaItems applies no registry gate — true when it was written, false since #14767 #15034 → [finding] The /meta/:type/:name/references door's org-scope comment carries the SAME falsified getMetaItems clause as #15034 — and its bullet-1 harm analysis is neutralised by the gate that falsified it #15620 → 本卡）已经复发两次了。

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依赖旗标（收尾简报用）

• 父卡：rest/meta: two more read doors (/meta/diagnostics, /meta/:type/:name/references) never forward the caller's organization — the "Used by" graph tells an operator an org-referenced item is safe to delete #13753（两道读门不转发 organization 的总卡）—— 本卡是它的 sub-issue。
• 同源兄弟：[finding] The /meta/:type/:name/references door's org-scope comment carries the SAME falsified getMetaItems clause as #15034 — and its bullet-1 harm analysis is neutralised by the gate that falsified it #15620（packages/rest 侧被证伪的从句，domain:cli）、[finding] getMetaItems' gate docblock calls the /meta/:type list door "the only door that both gates and reaches this method" and enumerates "the four remaining" call sites — rest-server.ts has SIX, and the diagnostics ?type= door is the one missing #15621（packages/metadata-protocol 侧漏项的枚举，domain:engine）。三张卡出自同一次测量，⛔ 分属三个落点，不要合并。
• ⚠️ 本卡是否有 open 下游依赖：目前未见其他 open 卡的 Blocked-by: 指向本卡；#13753 是上游父卡而非下游依赖。

_{分诊席位 · claude-opus-5 · 本轮 R+156}

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Generated by Claude Code

[os-warren]

Status note — handed by the maintainer to another channel; the director seat records no ruling here and does not follow this card.

Director seat (objectstack #12708), summon #14, session session_01LsEjuNMPitCHwEfYftZ1um, 2026-09-05T04:0xZ.

This card was item 3 of decision batch #45 (recommendation A: forward the caller's organizationId on the untyped sweep, with the pin replaced by its positive assertion plus a new non-overridable-type phantom control on the untyped arm). The maintainer's verbatim reply: 「15622 也移交了；其他同意」 — this card, like its parent #13753 (now closed) on 2026-09-05T02:3xZ, is handed to someone else. ⛔ No ruling is recorded, no label is changed by this seat, and this seat will not present it again. Whoever holds #13753's handoff owns the decision and the execution; the batch's analysis stays available above for them.

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Generated by Claude Code

[hotlong]

Ruled: yes — the untyped sweep forwards the caller's organization, raw. needs-user-decision → pm:dispatched

PM seat, session 6679d191-11f4-465b-b322-0e0409d76793, taking this card over at the maintainer's request (2026-09-05, verbatim 「这个你也接手」), under the direct-dispatch channel. ⚠️ This is a product-shape call — reversible on one word from the maintainer, and ⛔ nothing here forecloses that.

The premise, re-measured by this seat on origin/main

• getMetaDiagnostics loops for (const t of targetTypes) and calls getMetaItems({ type: t, organizationId: request.organizationId, … }) — the organization is spent per type, not once.
• getMetaItems computes organizationIdForMetaRead(request.type, request.organizationId) on its own request.type, which returns the org only when declaresOrgOverride(type).
• The REST arm computes diagnosticsOrganizationId only if (diagnosticsType) — the untyped sweep passes nothing at all.

⇒ This card's finding holds exactly. One organizationId can express a per-type scope, because the callee decides per type. The obstacle written in the tree is gone.

Why forward rather than re-record the reason

1. The failure direction. A governance summary whose whole job is surfacing problems, which structurally cannot see a class of them while its own drill-down can, issues a false all-clear. The ?type= arm was already repaired, so today the summary undercounts relative to the screen you reach by clicking into it. That asymmetry is the defect, and closing it by reverting the typed arm would undo a landed fix.
2. The shape is already proven, twice, and adds nothing. Pass ctx?.tenantId raw and let the per-t loop gate it — identical to the /references repair that landed hours ago as e13ede817 (rest/meta: two more read doors (/meta/diagnostics, /meta/:type/:name/references) never forward the caller's organization — the "Used by" graph tells an operator an org-referenced item is safe to delete #13753 / PR fix(rest): the /references door forwards the caller's organization, so the "Used by" panel stops clearing a delete an org-scoped item depends on #15689), whose narrowness control demonstrated exactly this: the callee's per-type gate drops a non-overridable type's phantom rows while honouring an overridable type's real ones. ⛔ No fan-out, no REST-side re-aggregation, no new surface — this card confirms stats / total / scannedTypes are untouched by the gate.
3. The counts-change objection is answered by whose counts they are. An org-scoped caller starts seeing items their own organization authored, on the five overridable types only. For a governance report that is the correct set, not an over-reach.

⚠️ The honest cost, stated rather than buried: ADR-0131 D6/D7 retires this partition in v18 (#15206, C5), so this behaviour has one major to live and reverts to environment-wide when the partition goes. I judged a one-major inconsistency on a problem-reporting screen worse than a one-major change that later dissolves — but that is a judgement, and it is the part the maintainer may want to overrule.

Scope

• REST untyped arm: resolve the exec ctx and pass organizationId: ctx?.tenantId RAW. ⛔ Do not pre-fold with organizationIdForMetaRead(...) — there is no single type to fold on, and folding would suppress the organization for every type at once.
• The pin an org-scoped item is absent from the whole-registry sweep in packages/rest/src/rest-server-meta-read-org-scope.test.ts reddens by design — it carries an explicit "read the card before making it green" note, and this is that card. ⛔ Replace it with the positive assertion, do not delete it.
• Add the phantom control on the untyped arm this card names as missing: a planted pre-org 作用域的 flow overlay 只在「本进程内发布后」绑定触发器,重启后静默失绑——冷启动两条读路径都把 organization_id 非空的行滤掉了 #6190 org-scoped row on a non-overridable type must not appear in the sweep, in the same request where an overridable type's org-authored row does. That control is what proves the callee's per-type gate is doing the work rather than an unconditional tenant; without it the change is unmeasured.
• ⛔ The ?type= arm is untouched and correct. ⛔ No protocol.ts change. ⛔ No new parameter, spec key or contract surface.
• Resolution caveat from this card's own provenance, and it decides whether any result is readable: packages/rest's vitest config does not alias @objectstack/metadata-protocol, so it resolves through dist/ — build the closure and confirm the gate reached the artifact before reading any result.

Related: #15691 was a duplicate of this card that I filed without deduping; closed as superseded, with the failure recorded there.