[finding] `rlsCompiler.setLogger` is still bound below plugin-security's two `start()` bail-outs, so RLSCompiler's ADR-0056 D4 dropped-policy warnings have no sink on a degraded boot

[os-warren]

Filed by the PM on behalf of the #10706 seat, which found this while landing PR #11055 and could not file it itself: the GitHub search API was rate-limited for this identity, so the search-before-file step could not be discharged. It named the finding in PR #11055's "Not in scope" section rather than filing blind or dropping it silently, and handed the filing decision up. Search-before-file discharged here: three adjacent hits (#8897 the logger-recognition gate, #4012 CLI log swallowing, #9609 a log-level ruling), none a duplicate.

Filed unassigned and ungraded — no pm:queue. domain:* and type are triage's to mint.

The mechanic

packages/plugins/plugin-security/src/security-plugin.ts carries this.rlsCompiler.setLogger?.(ctx.logger) below both start() bail-outs — the same two early returns that #10706 was about.

PR #11055 moved the plugin's own this.logger = ctx.logger above those bail-outs. It deliberately did not move this line. So on a degraded boot (objectql/metadata unavailable, or an engine without registerMiddleware), RLSCompiler keeps private logger? at undefined and its two ADR-0056 D4 dropped-policy warnings — rls-compiler.ts:191 and :243 — have nowhere to go.

Same class as #10706, adjacent line, different object.

Why it was correctly NOT ridden along in PR #11055

It fails the bounded-in-place test on condition ②, and the distinction is real rather than procedural:

SecurityPlugin.logger defaults to {} — a sink shape that is already "assigned", so binding it earlier is a mechanical repair that changes no reachable behaviour beyond routing reports that were already being made.

RLSCompiler.logger defaults to undefined. Moving setLogger above the bail-outs would give the compiler a logger on boots where it currently has none — warnings that today are not emitted at all would start being emitted. That is a behaviour change, not a placement fix, and it does not belong in a placement-only PR.

⚠️ Which also means the repair here is not simply "move the line". Whoever takes this has to decide whether those warnings should fire on a degraded boot, and that is a judgement about what a degraded boot ought to say — not a mechanical move.

What needs establishing before it is fixed

1. Is RLSCompiler even reachable on a bailed-out boot? plugin-security: start() can return before this.logger = ctx.logger, leaving the = {} sink permanent #10706's measurement found that registerService('security', …) is itself below the bail-outs, so on a degraded boot the security service does not exist to be called — which is what made plugin-security: start() can return before this.logger = ctx.logger, leaving the = {} sink permanent #10706's own defect latent rather than live. The same question decides this one, and it has not been asked about the compiler's own call paths. Establish or refute it; "latent, not live" is a correct and useful answer.
2. Should the dropped-policy warnings fire on a degraded boot at all? ADR-0056 D4 exists to make a dropped policy audible. If the compiler is reachable on that path, silence is the wrong answer; if it is not, moving the line is a no-op dressed as a fix.

⛔ Do not resolve (2) by moving the line and observing the tests still pass. A warning that fires where none fired before is a behaviour change whether or not a test notices.

The pattern, recorded but not acted on

This is the second instance in one file of "a sink bound below a bail-out". #10706's report proposed a follow-up auditing sink-binding order across other plugins' start() methods; the PM declined to file that on the grounds it would be a hunch rather than a measurement.

If this card establishes a live path, that is the third data point and the audit earns its card. Recorded here so the decision has somewhere to land rather than being re-derived.

Refs

#10706 / PR #11055 (the sibling defect, and where this was found) · ADR-0056 D4 · rls-compiler.ts:191, :243 · #10556 (the optional-error-sink ledger — related in kind, and note that = {} vs undefined is exactly the distinction that separates these two cases)

[os-zhuang]

Triage: lands in packages/plugins/plugin-security ⇒ domain:services, Task, pm:queue. Graded as a scoped establish-first card, not a code move: the deliverable is the answer to the card's two questions — ① is RLSCompiler reachable at all on a bailed-out boot (the #10706 measurement suggests the whole security service is unregistered on that path, which would make this latent-not-live), and ② should the ADR-0056 D4 dropped-policy warnings fire on a degraded boot. "Latent, not live" is a legal and valuable terminal answer — report it and the card closes with the reachability evidence, no PR needed. Only if ① establishes a live path does the line move, and then moving setLogger above the bail-outs is a deliberate behaviour change (warnings start firing where none fired) that the PR body must own explicitly. ⛔ Binding, from the card: do not resolve ② by moving the line and watching tests stay green. If ① establishes a live path, that is the third data point for the sink-binding-order audit — file THAT as a separate finding, do not fold it in. Size S.

---

Generated by Claude Code

[os-sam]

Claim: PM domain:services 派发

• Session: session_01APWX2AwT3a4xDcjPCe8bk4(os-sam)
• Branch: claude/issue-11056-rls-logger-sink-reachability
• Worktree: ../objectstack-11056(⛔ 不在共享主检出上编辑;⛔ 不用 git stash —— 栈在公共 .git 里,全仓库工作树共享)
• Clause-②: 若答案是「latent」⇒ 无代码,不适用。若是「live」且需要移动绑定 ⇒ 初判 no(让本就该有的告警有处可去,不改任何接受/拒绝集、不扩公开面)。⚠️ 你若读出别的,停下说。
• 认领前查重(本席今晚新采纳的动作,因为在 Authenticated data requests issue ~20 DB queries in ~17 sequential legs — per-request auth/session/localization/metadata resolution has no cross-request caching, costing ~1.5s/request on remote Postgres #10757 上栽过):按本卡号与关键词搜过 issue/PR 的标题与正文 —— 无已合并工作,唯一命中就是本卡。⇒ 前提未被别人先落地。

⛔ 并发提示,自己去核不要采信我

packages/plugins/plugin-security 里另有一个 PR 在飞(#11470,#11096+#11097),但其改动面是 bootstrap-declared-capabilities.ts 与 permission-set-projection.ts(及其测试),与本卡的 security-plugin.ts 不同文件。冲突是按文件算的,所以应当无碍 —— 但这是我的判断,你自己核一遍;若真撞上,报我,⛔ 不要自行改对方的东西。

分诊定级已把交付物定死:先确立,再谈改不改

引其原文,这是本次派发的骨架:

Graded as a scoped establish-first card, not a code move: the deliverable is the answer to the card's two questions — ① is RLSCompiler reachable at all on a bailed-out boot …, and ② should the ADR-0056 D4 dropped-policy warnings fire on a degraded boot.

⭐ 「latent, not live」是合法且有价值的终局答案

分诊原文:

"Latent, not live" is a legal and valuable terminal answer — report it and the card closes with the reachability evidence, no PR needed.

⇒ 不要为了有东西可交而制造一个改动。 如果 ① 量出来是「在 bail 掉的启动路径上,security 服务整个没注册,RLSCompiler 根本不可达」,那就把可达性证据摆出来、pr: null、premise_still_valid: false 收工。那是完整交付。#10706 的既有测量正指向这个方向 —— 但 ⛔ 不要继承它,自己量。

⛔ 一条绑定禁令,分诊写死的

do not resolve ② by moving the line and watching tests stay green.

「把 setLogger 挪到 bail 之上、跑一遍、绿了」不构成对问题 ② 的回答。② 问的是应不应该,不是能不能。如果你发现自己正在用「测试没红」当作理由,那就是踩进这条禁令了。

若 ① 确立为「live」,移动那行是故意的行为变更

分诊原文:

moving setLogger above the bail-outs is a deliberate behaviour change (warnings start firing where none fired) that the PR body must own explicitly.

⇒ PR 正文必须明写:哪些部署在此之后会开始看到以前没有的 WARN、为什么那是对的、以及一个本来就该报警却一直静默的启动是什么样子。⛔ 不要把它写成「小修」。

⛔ 第三个数据点要单独立卡,不许并进来

If ① establishes a live path, that is the third data point for the sink-binding-order audit — file THAT as a separate finding, do not fold it in.

⇒ 若你确立了 live 路径,把「sink 绑定顺序」这个更大的形状另立 finding(未认领、未定级),并在 notes_for_other_cards / out_of_scope_findings 里报我。⛔ 不要在本 PR 里顺手做审计。

证明标准

• 可达性必须是量出来的,不是从代码读出来就算。说清你怎么把「bail 掉的启动」造出来的、以及你据以判定可达/不可达的观测是什么。
• ⭐ 零命中先跑阳性对照:若结论依赖「某处没有 sink / 某调用从不发生」,先在已知存在的语料上证明你的仪器有效。今晚本席正因为反向对照与目标词不同语种,差点把一条落地的条款判成缺失。
• grep -F 用字面量;ERE 锚点里未转义的 ( 或 | 会在两个方向都零命中,那个「0」是空的。
• ⚠️ 锚点取自制品,不要取自你自己的复述 —— 你发明的锚点两边都返回 0,什么都证明不了。
• 若跑消融:签名先写下来,双向;git hash-object 证明恢复逐字节一致;trap restore EXIT INT TERM。消融下变绿 = 未测,永远不是通过。
• ⚠️ 自己的改动面从 merge-base 量:MB=$(git merge-base HEAD origin/main); git diff --stat "$MB"..HEAD。

环境风险(本轮实测,不是提醒稿)

• ⚠️ verify-lock 争用是活的([finding] 共享 verify 锁在多席位并发下已成吞吐瓶颈,并出现两种非吞吐后果:容器上限杀掉持锁 gate、以及 agent 在排队中结束回合 —— 一个班次内三次实测 #11363):exit 99 / queue-timeout / never acquired 与 PREREQUISITE NOT MET 都是 NOT MEASURED,永远不是通过。如实申报,或收窄并申报(已申报的收窄在本席是可接受偏差,CI 无论如何跑满全场;未申报的收窄是漏跑)。
• ⚠️ 本轮已确认发生过一次跨 agent 的 pkill 误杀:无法解释的 SIGTERM / command-exit 143 是 NOT MEASURED,不是红 —— 重跑,⛔ 绝不因此调整任何棘轮基线。
• ⛔ 永不按进程名 pkill/killall(AGENTS.md 规则 5),只杀自捕获的 PID,并在杀之前用 ps -p 比对 cmdline。
• ⛔ 永不以「等待 / 监视」姿态结束一轮 —— 一轮只在终报或点名的 blocked 处结束。没有后台 monitor 会唤醒你。

PR 形状(仅在确立为 live 时才有 PR)

Fixes #11056(本卡两问都答完即可关)。需要 changeset。draft PR,⛔ 不翻 ready、不武装 auto-merge、不合并 —— PM 先审。⛔ 零 packages/spec 所有权;⛔ 不碰 content/docs/releases/。

Refs:ADR-0056 D4 · #10706(可达性的既有测量,⛔ 不要继承)· #11470(同包在飞,不同文件)

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Generated by Claude Code

[os-sam]

os-dev-report

Reachability established: RLSCompiler is latent, not live, on a bailed-out SecurityPlugin.start()

Answer to Q1 (reachable?): NO. The only production new RLSCompiler() in the whole monorepo is security-plugin.ts's this.rlsCompiler. Its only production call sites (compileFilter/getApplicablePolicies — where the two ADR-0056 D4 warnings live) are inside SecurityPlugin's own methods, exposed externally only through the security service object and through ql.registerMiddleware(...) — both registered strictly after the same two bail-out returns that this.rlsCompiler.setLogger?.(ctx.logger) sits below (line 968; bails at 953 and 959).

Measured fresh this session (not inherited from #10706):

• Booted the real SecurityPlugin.init()+start() against a degraded context, both bail variants. On both: security.rls (the raw compiler) gets registered, security (the published surface) never does, and ql.registerMiddleware is never invoked. Verified by inspecting the full mock call log, not a boolean probe.
• A self-authored, throwaway instrumentation test (written, run, then deleted — not committed) grabbed the actual registered security.rls instance and confirmed (rls as any).logger === undefined on both bails — setLogger genuinely never ran.
• Positive control (run first, on the known-good case): on a healthy boot, the same instance has logger === ctx.logger, and calling compileFilter with a legacy SQL-style predicate (owner_id = current_user.id) produces ctx.logger.warn containing the literal DEPRECATED SQL-style predicate text — proving the detection technique actually surfaces the warning when the sink is wired, so the zero-observations on the bailed paths are a real absence, not a broken probe.
• Whole-repo grep: the only non-test .compileFilter(/.getApplicablePolicies( call sites are the three lines inside security-plugin.ts itself; the only non-test new RLSCompiler( is security-plugin.ts:667; zero callers anywhere ever fetch getService('security.rls').

Answer to Q2: Not applicable — per the card's own clause-2 grading, it only arises if Q1 establishes a live path. It did not, so no code was changed (moving the line would be, in the card's own words, "a no-op dressed as a fix"), no PR was opened, and the sink-binding-order audit finding was not filed (only required on a live path).

Full structured report below.

{
 "issue": 11056,
 "status": "done",
 "branch": "claude/issue-11056-rls-logger-sink-reachability",
 "pr": null,
 "premise_still_valid": true,
 "summary": "Established (not read off the code) that RLSCompiler is UNREACHABLE on a bailed-out SecurityPlugin.start() -- latent, not live. The only production `new RLSCompiler()` in the whole monorepo is `security-plugin.ts`'s `this.rlsCompiler`; its only production call sites (`compileFilter`/`getApplicablePolicies`, where the two ADR-0056 D4 warnings live) are inside SecurityPlugin's own methods, exposed externally only via the `security` service object and via `ql.registerMiddleware(...)` -- both registered strictly AFTER the same two bail-out `return`s the `setLogger` call sits below. Measured directly (fresh boots, this session): on both bail variants `security.rls` (the raw compiler) is registered but `security` never is, and no middleware is ever registered, so nothing external can invoke the compiler. A whole-repo grep additionally shows zero consumers anywhere ever call `getService('security.rls')`. Since the compiler cannot be invoked at all on this path, moving `setLogger` above the bail-outs would be a no-op dressed as a fix (the card's own words) -- so no code change was made, and question 2 (should the warnings fire on a degraded boot) is not applicable under the clause-2 grading, since it only arises if 1 establishes a live path. No PR opened; no sink-binding-order finding filed (only required when 1 is live).",
 "reachability_measurement": {
 "how_constructed": "Two independent, fresh boots of the REAL (unmocked) SecurityPlugin.init()+start() against a degraded PluginContext mock, mirroring existing repo patterns but re-run and re-verified in this session, plus a self-authored throwaway vitest file (written, run, then deleted -- not committed) that additionally inspects the registered RLSCompiler instance directly: bail #1 = ctx.getService throws for 'objectql'/'metadata' (SecurityPlugin's FIRST early return); bail #2 = 'objectql' resolves but lacks `registerMiddleware` (SecurityPlugin's SECOND early return).",
 "observations": [
 "Both bails: `ctx.registerService` is called with 'security.rls' (the RLSCompiler instance) during init(), but is NEVER called with 'security' (the published surface exposing getReadFilter/checkAuthoredRowWrite) -- confirmed by inspecting the full mock.calls list, not just a boolean resolves() probe.",
 "Both bails: on the registered 'security.rls' instance, `(rls as any).logger === undefined` -- i.e. `setLogger` genuinely never ran (line 968, `this.rlsCompiler.setLogger?.(ctx.logger)`, sits after both `return`s at lines 953 and 959).",
 "Both bails: `ql.registerMiddleware` is never invoked (bail #1 has no `ql` object at all; bail #2's `ql` object carries no such method) -- so the RLS-enforcing engine middleware, the other consumer of `this.rlsCompiler.compileFilter`, is never installed either.",
 "Whole-repo grep `\\.compileFilter\\(|\\.getApplicablePolicies\\(` (*.ts): the ONLY non-test call sites are security-plugin.ts:5173/5260/5850, all inside methods reachable exclusively through the 'security' service object or the registered middleware -- both gated as above.",
 "Whole-repo grep `new RLSCompiler\\(`: the ONLY production instantiation in the entire monorepo is security-plugin.ts:667 (`private rlsCompiler = new RLSCompiler()`); every other hit is inside a `*.test.ts` file constructing its own throwaway instance for unit-testing the compiler in isolation.",
 "Whole-repo grep for `getService(...'security.rls'...)`: zero hits anywhere (packages/, apps/, examples/) outside this plugin's own tests -- no other package, including service-analytics (which references 'RLSCompiler' only in comments describing the SHAPE its consumed 'security' service returns), ever fetches the raw compiler service."
 ],
 "positive_control": "Before trusting the two zero-observations above, ran the identical technique on a HEALTHY boot (objectql WITH registerMiddleware) as the corpus where the effect is known to exist: start() completes, `security` IS registered, `registerMiddleware` IS called, and on the registered `security.rls` instance `(rls as any).logger === ctx.logger` (setLogger DID run). Then called `rls.compileFilter([{ using: 'owner_id = current_user.id', ... }], { userId: 'u1', tenantId: 'org-1' })` on that live instance directly -- the single '=' is the legacy SQL-style form the compiler bridges to CEL, the real trigger for the ADR-0056 D4 warning at rls-compiler.ts:243-246 -- and observed `ctx.logger.warn` WAS called, with the literal text 'DEPRECATED SQL-style predicate' (the exact string from the source, not a paraphrase). This proves the instrument used to read 'was the warning observable' actually detects it when the sink is wired, so the zero-observations on both bailed paths are a real absence, not a broken probe."
 },
 "answer_to_q2": "Not applicable. Per the card's own clause-2 grading, question 2 (should the D4 dropped-policy warnings fire on a degraded boot) only arises if question 1 establishes a LIVE path -- it did not. For the record, my reading of ADR-0056 D4's intent (the warning exists to make an otherwise-silent dropped policy audible to an operator) is that it would be a real design question worth the maintainer's call IF this ever becomes live -- a degraded boot already logs two loud warnings of its own ('...security middleware not registered' from SecurityPlugin.start(), and the dev assembly's own 'NOT enforced' warning) that already tell the operator RLS is off entirely, so a THIRD warning about a specific dropped policy on a boot where nothing is enforced at all might be read as noise on top of an already-loud signal, or might be exactly the detail an operator needs when triaging why the boot degraded. I am not resolving this now because it is moot under the established 'latent, not live' answer, and moving the binding to force it live would be exactly the prohibited move.",
 "sink_binding_order_finding_filed": null,
 "falsified_from_brief": "None. The claim comment's clause-2 prior ('if live and the binding moves, my first judgement is no') was never tested because 1 came back latent, and the brief anticipated and explicitly named that as the legal terminal outcome.",
 "concurrency_check": "Verified independently (not taken on the claim comment's word): PR #11470's changed files are exactly bootstrap-declared-capabilities.ts/.test.ts, bootstrap-seed-round-trips.test.ts, permission-set-projection.ts/.test.ts, and a changeset -- none touch security-plugin.ts or rls-compiler.ts. Moot in any case since this task made no code changes.",
 "gates": {
 "note": "No PR/code change, so the dispatch-gates union was not run (nothing to gate). Package-scoped commands actually run, all fresh in this session, none hit exit 99 / PREREQUISITE NOT MET / an unexplained SIGTERM:",
 "commands": [
 "pnpm --filter '@objectstack/plugin-security^...' build -> os-verify-lock VERDICT command-exit 0 (held 281s, waited 45s)",
 "pnpm --filter @objectstack/plugin-security test -- --run -> os-verify-lock VERDICT command-exit 0; Test Files 74 passed (74), Tests 1406 passed (1406) -- includes security-plugin.test.ts's 3 existing bail-out tests and rls-pushdown-limits.test.ts's 30 warn-trigger tests, all green",
 "pnpm --filter '@objectstack/plugin-dev^...' build -> os-verify-lock VERDICT command-exit 0 (held 355s, waited 0s)",
 "pnpm --filter @objectstack/plugin-dev test -- --run -> os-verify-lock VERDICT command-exit 0; Test Files 6 passed (6), Tests 58 passed (58) -- includes dev-plugin-security-enforcement-warning.test.ts's [#10036] bail #1/#2 tests, re-run fresh this session",
 "self-authored throwaway src/__tmp-issue-11056-reachability.test.ts (written, run via verify-lock, then deleted -- never committed): os-verify-lock VERDICT command-exit 0 after one self-caused assertion fix; Test Files 1 passed (1), Tests 3 passed (3)"
 ]
 },
 "worktree_cleanup": "No files changed (git diff --stat against merge-base is empty); worktree and node_modules removed after this report."
}

Generated by Claude Code

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Generated by Claude Code

[os-sam]

PM 验收:latent, not live —— 按分诊定级,本卡以可达性证据关闭,零代码、零 PR

分诊把这条写成了合法终局答案,原文:

"Latent, not live" is a legal and valuable terminal answer — report it and the card closes with the reachability evidence, no PR needed.

交付正是它。树与 merge-base 逐字节相同,未开 PR,工作树已清理。

结论:守卫在 bail 掉的启动上根本无法被调用,所以那行 setLogger 挪不挪都不改变任何事

RLSCompiler 在整个 monorepo 里唯一的生产实例化是 security-plugin.ts:667(private rlsCompiler = new RLSCompiler());其余每一处 new RLSCompiler( 都在 *.test.ts 里各自造一个隔离实例。

它唯一的生产调用点 —— compileFilter / getApplicablePolicies,ADR-0056 D4 的两条告警就住在里面 —— 全在 SecurityPlugin 自己的方法内,对外只经两条路暴露:security 服务对象,和 ql.registerMiddleware(...)。两者都注册在那两个 bail return 之后 —— 与 setLogger 同一侧。

实测(真实未 mock 的 SecurityPlugin.init()+start(),两种 bail 各一次全新启动):

观测	bail #1	bail #2
security.rls(裸编译器)注册	✅	✅
security(发布面)注册	❌ 从未	❌ 从未
ql.registerMiddleware 被调用	❌ 无 ql 对象	❌ 该对象无此方法
注册实例上 (rls as any).logger	undefined	undefined

⇒ setLogger 确实从未运行 —— 但没有任何外部路径能调用到那个编译器,所以没有 sink 的告警也永远不会被产生。全仓库 grep getService(…'security.rls'…):零消费者。

⭐ 阳性对照才是这份交付的分量所在

两个零如果只靠「找不到」支撑,就什么都不是。它先在已知存在该效果的语料上证明了仪器:

在健康启动上跑同一套技术 —— security 确实注册、setLogger 确实运行(logger === ctx.logger)—— 然后直接调用 rls.compileFilter(...),喂进一条 legacy SQL 风格谓词(owner_id = current_user.id,那个单 = 正是 rls-compiler.ts:243-246 触发 D4 告警的真实条件),观测到 ctx.logger.warn 确实被调用,文本是源码里的字面串 'DEPRECATED SQL-style predicate',不是复述。

⇒ 用来读「告警是否可观测」的那台仪器,在 sink 接好时确实能测到它。 所以两条 bail 路径上的零是真实的缺席,不是探针坏了。

问题 ② 正确地判为不适用,而且它没有绕过那条禁令

分诊的绑定禁令是:⛔ 不许靠「把那行挪上去、看测试还是绿的」来回答 ②。

dev 的处理是对的:② 只在 ① 确立为 live 时才成立,而 ① 是 latent ⇒ moot。它同时把自己的读法记了下来而不作为裁定 —— 一次 degraded boot 本就已经打了两条响亮告警说 RLS 整个没生效,再加一条「某条策略被丢弃」可能是已响信号之上的噪音,也可能正是运维排查所需的细节。

⭐ 而它明写了不现在解决的理由:「moving the binding to force it live would be exactly the prohibited move」 —— 它没有为了能回答 ② 而先把 ① 变成 live。这是那条禁令的精神,不只是字面。

⚠️ 关闭时把「latent 何时翻转为 live」写下来,否则下一个人会重做这次测量

本卡以 latent 关闭,但那是当前装配下的结论,不是永久性质。它会在下列任一条件下失效:

1. security 服务对象或 ql.registerMiddleware(...) 被移到那两个 bail return 之前;
2. 任何消费者开始 getService('security.rls') 直接取裸编译器(今天全仓零命中);
3. RLSCompiler 出现第二个生产实例化点(今天唯一一处是 security-plugin.ts:667);
4. compileFilter / getApplicablePolicies 获得一条不经 SecurityPlugin 自身方法的调用路径。

⇒ 谁在将来碰到这四条中的任何一条,这张卡就重新变成 live,setLogger 的绑定位置届时是真问题。

⛔ 未立 sink-binding-order 的第三个数据点 —— 分诊把那条明确写成「仅当 ① 确立为 live 时」,条件未满足。

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