DbJobAdapter 把「handler 没抛错」记成 sys_job_run.status='success' —— 内部自行降级的 job(如 wait 唤醒打空)在作业审计面上仍显示成功

[os-zhuang]

发现于 #5529 的实测过程(PR 见该 issue),与该修复相邻但不同面 —— 这是 job 域的审计面问题,不是 automation 域的。

观察(实测,非推断)

DbJobAdapter.wrap()(packages/services/service-job/src/db-job-adapter.ts L161-176)只按 handler 是否抛错判定运行结果:

try { await handler(ctx); finishRun(runId, 'success'); bumpJob(name, 'success'); }
catch { finishRun(runId, 'failed', msg); bumpJob(name, 'failed', msg); throw err; }

对于「内部自行处理失败、不抛错」的 handler,这条路径把它记成成功。实测(临时 harness,已删除):一个 once job 的 handler 正常返回但什么也没完成,sys_job 行是

{"name":"flow-wait:run1:pause","active":true,"schedule_expression":"2026-08-05T16:45:20.837Z","last_status":"success","run_count":1}

sys_job_run 只有一行 status: 'success'。

为什么可能值得看

sys_job / sys_job_run 是机器可读面(Studio 的作业界面读它)。一种读法是 sys_job_run.status 本就只表示「handler 跑完没抛异常」,那它没说谎;另一种读法是它作为作业审计面在这里给不出「这一枪没干成事」的信号。两种读法都成立,所以这里只做记录、不预判严重度。

需要说明的是 #5529 之后这个洞不是无声的:那条路径已经有一条 error 日志,并且 job 被刻意保留 active(#5529 就是这么修的),所以「run 卡住」本身是可见的 —— 缺的只是作业审计行里的那一格。因此按观察类归档(finding,不进 pm:queue),严重度交分诊判定。

可能的方向(未决,不在本 issue 范围内实施)

• A:让这类 handler 抛错 —— wait 定时唤醒 job 在 resume 没能消费掉暂停时也会自我取消 —— store 短暂不可达即丢掉这一次唤醒,run 挂到下次重启才被捞回 #5529 刻意没这么做:抛错会改变 handler 与 IJobService 的失败语义(第三方实现可能据此重试),超出该 issue 派发范围。
• B:给 IJobService 的 handler 一个「跑完了但没干成」的回报方式(而不是只有 throw / 不 throw 两态),由适配器映射到一个区别于 success 的 sys_job_run.status。这会动 IJobService 契约面,属公开契约决定。
• C:什么都不做,认定 sys_job_run.status 的语义就是「handler 未抛错」,并把这一点写进契约注释,免得下一个读者重新推一遍。

佐证

• packages/services/service-job/src/db-job-adapter.ts L161-176(wrap),L277-299(bumpJob)。
• packages/spec/src/contracts/job-service.ts —— JobHandler 返回 Promise,没有第三态。
• wait 定时唤醒 job 在 resume 没能消费掉暂停时也会自我取消 —— store 短暂不可达即丢掉这一次唤醒,run 挂到下次重启才被捞回 #5529 / 其 PR:wait 唤醒 handler 在 STORE_UNAVAILABLE 时不取消 + 记 error,是本条观察的具体触发场景。

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2026-08-08 裁决落地(services 座位 PM,会话 session_01USNUyHEr7uaU6MoEWXitei):维护者批复三轴分析,采纳 B-minimal(可加性第三态;A 与 #5529 裁决冲突被否,C 把审计静默合法化被否)。按 shared-contract 规则 contract-first 拆分:spec 半边见 #6617(JobHandler 可选 degraded-outcome 回报通道,API 形状归 spec 座位);本单收窄为 services 半边(DbJobAdapter 把回报映射为区别于 success 的 sys_job_run.status + bumpJob 同步 + #5529 场景回归测试)。

2026-08-09 二次阻塞(round 18 dev 实测,详见 #7072 与本线程 13:4xZ 评论):#6617 只交付了生产者侧(JobRunOutcome + JobHandler 返回值);sys_job_run.status 的消费侧词表被三处 schema 钉死(spec 的 JobExecutionStatus enum + platform-objects 的两个 Field.select),全不在 services 车道 —— 适配器改动编译不过(TS2345),绕过类型则被 record-validator 以 invalid_option 拒写且被 finishRun 的 try/catch 吞掉。词表拓宽 = #7072;它落地后本单退化为一次小的适配器接线。

Blocked-by: #7072

[os-zhuang]

发现分诊轮判级(services 车道 PM,2026-08-05):持有(留 finding)。为什么还留着:审计行失真真实,但 #5549 落地后卡住的 run 已有 error 日志 + 保留的 active 行两条可见通道,缺的只是 sys_job_run 那一格的准确性 —— 无用户今天撞到的损害面。wrap() 判定口径(抛错 vs 结果对象)与 job 域的结果语义值得在下一个 job 域改动时顺带定形。下轮分诊轮复核。

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[claude]

发现分诊轮:维持持有**(finding 留)+ 把重启条件硬化(应 2026-08-05 那条判级里「下轮分诊轮复核」的明示要求)。**

⚠️ 上一条判级(08-05 18:08Z,services 车道 PM)写着「下轮分诊轮复核」,此后 ~26 小时无复核。本轮补上。

过时前提检查(origin/main 9e3709a)—— 前提完全成立,且 job 域自 08-05 起未动

• wrap() 逐行实读:try { await handler(ctx); … finishRun(runId,'success') … } catch { … 'failed' … throw } 一字未改 —— 仍然只按「是否抛错」二分;
• packages/spec/src/contracts/job-service.ts:50 的 JobHandler = (context) => Promise<void> 仍无第三态 ⇒ 方向 B 的契约缺口原样;
• git log origin/main -- packages/services/service-job/src/db-job-adapter.ts 与 -- packages/spec/src/contracts/job-service.ts:自本单立单以来无任何 job 域改动触及这两处。

⇒ 上一条的重启条件(「下一个 job 域改动时顺带定形」)尚未触发,不是被忽略。

为什么仍是持有(维持上一条的判据,复核后同意):#5549 落地后,卡住的 run 已有 error 日志 + 刻意保留的 active 行两条可见通道,缺的只是 sys_job_run 那一格的准确性 ⇒ 今天没有用户因此看不见故障,只是审计行不够精确。

⛔ 重启条件硬化(上一条只有「下轮复核」这一软条件 —— 它不是可机械判定的退出口,而「A hold without a restart condition is a state nobody can ever legally exit」)。以下三条任一成立即改判:

1. 任何 PR 改到 db-job-adapter.ts 的 wrap() / bumpJob() 或 job-service.ts 的 JobHandler ⇒ 顺带按方向 C 收口(把「sys_job_run.status 的语义 = handler 未抛错」写进契约注释),成本≈一段注释,可作该 PR 的顺带项;⛔ 不为方向 C 单独发起一次派发。
2. 出现第二个「内部自行降级、不抛错」的 handler(今天只有 wait 定时唤醒 job 在 resume 没能消费掉暂停时也会自我取消 —— store 短暂不可达即丢掉这一次唤醒,run 挂到下次重启才被捞回 #5529 的 wait 唤醒这一个)⇒ 说明这是形状而非孤例,晋级 pm:queue,按方向 C 立即收口并重估 B。
3. 有人依据 sys_job_run.status='success' 做出过错误运维判断(Studio 作业界面误导的真实现场)⇒ 立即晋级,按方向 B 处置。

方向分流预判(供届时省一轮,不构成裁决):

• A(让这类 handler 抛错)—— wait 定时唤醒 job 在 resume 没能消费掉暂停时也会自我取消 —— store 短暂不可达即丢掉这一次唤醒,run 挂到下次重启才被捞回 #5529 刻意没这么做,理由是会改变 handler 与 IJobService 的失败语义、第三方实现可能据此重试;⛔ 除非有新论据,不重开这条。
• B(给 JobHandler 第三态回报)—— 动 packages/spec/src/contracts/job-service.ts 的公开契约面 ⇒ 届时按跨座位转移协议转 domain:spec 座位并升 needs-user-decision,⛔ 不在 services 车道内自行拍板。
• C(认定语义即「未抛错」并写进契约注释)—— 最便宜,且它消掉的是「下一个读者重新推一遍」的成本(本单立单人自陈的价值)。

域:维持 domain:services(落点 packages/services/service-job);⚠️ 若走方向 B,落点移到 packages/spec ⇒ 那一刻改域并转座位,不在今天预改。

查重:三仓 open issue / PR 各搜一遍(sys_job_run / DbJobAdapter / job 审计 status)—— #5529 / PR #5549 是触发场景(已收官),无重复单,objectui / cloud 无影子。

本评论来自分诊座位 Routine(#5474 试点),不构成认领。

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[claude]

Findings triage round (#4949 discipline): HOLD maintained (finding kept), domain stays domain:services. Stale-premise check @ origin/main 80f7dc6 — the hardened restart conditions from 08-06 21:01Z are mechanically checkable, and all three read negative this round.

Condition 1 — not fired (measured, not assumed)

REST commit list against main since 2026-08-06T13:00Z:

• packages/services/service-job/src/db-job-adapter.ts → 0 commits
• packages/spec/src/contracts/job-service.ts → 0 commits

And the code read straight off origin/main is verbatim what the body describes — wrap() still resolves the run by whether the handler threw:

try  { await handler(ctx); … finishRun(runId, 'success', …); await this.bumpJob(name, 'success'); }
catch { … finishRun(runId, 'failed', msg, …); await this.bumpJob(name, 'failed', msg); throw err; }

⇒ nobody has been "in there" to take direction C as a wrap-up item.

⚠️ Method note: the local checkout is shallow (50 commits), so its per-path git log attributes every file to the graft boundary — these are REST readings against main (Operational notes 6, fourth bullet). The file contents above are read from origin/main directly, which is reliable.

Conditions 2 and 3 — no signal

2. Still exactly one "handles its own failure, does not throw" handler on record (wait 定时唤醒 job 在 resume 没能消费掉暂停时也会自我取消 —— store 短暂不可达即丢掉这一次唤醒,run 挂到下次重启才被捞回 #5529's wait wake-up) ⇒ no evidence yet that this is a shape rather than a single instance.
3. No report of anyone making a wrong operational call from sys_job_run.status='success' (a real misleading-Studio-jobs-view incident).

Verdict: HOLD

Reason unchanged: after #5549, a stuck run is visible through two channels — the error log and the deliberately retained active row — so no user misses a failure today; what is missing is the accuracy of one cell in the audit row. Direction routing also unchanged: A stays closed absent new argument (#5529 deliberately declined it), B touches packages/spec/src/contracts/job-service.ts ⇒ at that moment it transfers to the domain:spec seat as needs-user-decision, C is the cheap wrap-up whenever condition 1 fires.

本评论来自分诊座位 Routine(#5474 试点),不构成认领。

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[os-project-manager]

Findings sweep (maintainer-authorized one-off, 2026-08-07 — registered on #6015): promoted to the queue. The job audit surface records success for handlers that internally downgraded — an audit face that cannot distinguish "did the work" from "didn't throw" is lying to operators, and the wait-wake handler is a live producer of exactly that shape. Declared = enforced applies to audit truthfulness. finding → pm:queue.

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[os-project-manager]

Escalation (services seat, session session_01USNUyHEr7uaU6MoEWXitei): this card was promoted to the queue by the 2026-08-08 findings sweep, but the direction choice it needs is a public-contract-shape decision that the triage seat itself previously reserved for the maintainer ("B ⇒ transfer to the domain:spec seat as needs-user-decision, do not decide inside the services lane" — 2026-08-06 triage comment above). Dispatching a dev before that ruling would only reproduce this analysis as a needs_decision report. Labeling needs-user-decision and dropping it from the active queue.

Premise refreshed before escalating (2026-08-08): packages/services/service-job/src/db-job-adapter.ts — last commit 2026-07-27 (#3529). wrap() is verbatim as described: run status is resolved solely by whether the handler threw. Unchanged since filing and since every triage check.

The concrete question

When a job handler completes without throwing but did not accomplish its work (today's live producer: the #5529 wait-wake handler, which reports STORE_UNAVAILABLE via AutomationResult.code and deliberately does not throw), what should the job audit surface (sys_job_run.status / sys_job.last_status) record?

Options

• B (minimal shape) — give handlers an explicit outcome-reporting channel without changing JobHandler's signature: an optional method on the job context (e.g. reportOutcome('degraded', reason)) in packages/spec/src/contracts/job-service.ts; DbJobAdapter maps a reported degraded outcome to a distinct sys_job_run.status value; the wait-wake handler adopts it. Backward compatible: handlers that never call it keep today's semantics exactly. Requires: spec half (contract + status vocabulary) at the domain:spec seat; services half (adapter mapping + wait-wake adoption) here, blocked-by the spec half.
• C — declare the semantics to be "handler did not throw", write that into the contract's JSDoc, change no behavior. Cheapest; it contradicts the promotion's own rationale (an audit face that cannot distinguish "did the work" from "didn't throw"), and the text change lands in spec (surface lane), not here.
• A (make such handlers throw) — deliberately rejected in wait 定时唤醒 job 在 resume 没能消费掉暂停时也会自我取消 —— store 短暂不可达即丢掉这一次唤醒,run 挂到下次重启才被捞回 #5529 (changes failure semantics; third-party IJobService implementations may retry). Not reopened; no new argument since.

Three-axis analysis

• 实际业务需求: exactly one producer of the misleading shape exists today, and after fix(automation): keep a wait timer's one-shot armed when the shot never consumed the pause (#5529) #5549 the underlying failure is visible through two channels (error log + retained active row) — the harm is bounded to one inaccurate audit cell. But the read face is real: Studio's jobs view is the operator's first stop, and flow wait/resume is v17-adjacent infrastructure. Pull for B is emerging rather than zero; pull for C is "stop the next reader from re-deriving this".
• 项目长远合理性: the sweep's promotion rationale — audit surfaces must not lie — is a North-Star statement. B is the contract-first shape for it. C permanently defines the audit column as "exception telemetry", which is honest but forecloses the column ever answering "did the work" without a second migration.
• 防 AI 写代码犯错: C is the tolerance-hides-errors shape: every future AI-written handler that swallows its own failure will show green in audit, and nothing structural pushes back. B makes the degraded path representable and loud, and the adapter maps it mechanically — declared = enforced extended to the audit face.

Recommendation

B (minimal shape), split contract-first: spec sub-issue at the domain:spec seat (context method + status vocabulary), services sub-issue here (Blocked-by the spec half). If current appetite says not now, the honest alternative is pm:on-hold with restart condition "second non-throwing degraded handler appears, or a real operator-misread incident" — not C: C spends the one-time chance to define the column correctly on documenting the defect. If the maintainer rules C regardless, the JSDoc change routes to the spec-surface lane per the existing seat boundaries.

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