@@ -0,0 +1,33 @@
+---
+"@objectstack/service-automation": patch
+---
+
+fix(service-automation): runAs:'system' 的 create_record 按 ADR-0118 染全三列——组织、属主、创建者禁 NULL (#5494)
+
+修的是缺陷,不是新语义——契约是 ADR-0118(#4608)既有的:显式 `isSystem`、fail-closed、
+禁 NULL 歧义;`runAs` 声明的是授权姿态而非身份(ADR-0073 D2),提权不等于匿名。
+
+根因:`resolveRunDataContext` 的 system 分支把触发上下文的 `userId` / `tenantId` 整个丢弃,
+而三列的平台盖章恰好全部键在被丢弃的信息上——`created_by` 键在写上下文的 `userId`
+(ObjectQL 审计钩子)、`owner_id` 键在安全中间件的 acting user(而整条中间件含盖章步骤在
+`isSystem` 上短路)、`organization_id` 键在上下文 `tenantId`(驱动层租户机制)。于是用户
+触发的 system 清扫流程建出的每一行三列全 NULL:落在组织分区之外(唯一索引跨 NULL 不生效、
+org 作用域查询看不见),也落在所有 owner/creator 作用域授权之外——issue 里"admin 都
+403"的由来。
+
+修复(writer 侧,`packages/services/service-automation`):
+
+- system 分支把触发身份原样带过去(`userId` + `tenantId`),与 action-body 缝的
+  `{ ...caller, isSystem: true }` 信封(hotcrm#548 同族修复)同形:`isSystem` 独自决定
+  授权(中间件在读到 `userId` 之前就短路),身份只驱动归因盖章(`created_by`/`updated_by`、
+  审计 actor)、驱动层的 `organization_id` 填充,以及下游 record-change 级联的触发身份;
+- `create_record` 对 system 运行补 `owner_id` 填充(fill-only、schema 存在才染):所有权锚
+  的平台盖章在 `isSystem` 上被短路,payload 是唯一通道;染的是 acting user——与同一触发在
+  `runAs:'user'` 下会得到的默认一致,不是把系统身份塞进 owner(ADR-0118 D6 / ADR-0073 D3);
+- 流程 `fields` 显式给值一律优先;真正无用户的运行(schedule)保持三列不染——没有 acting
+  user 时按 ADR-0118 D1,哨兵串与伪用户都是被禁的替代品,`svc:flow:*` actor 标签 +
+  `flowRunId` 继续承担溯源。
+
+行为变化:`runAs:'system'` 且触发上下文带 org 的运行,其数据操作在驱动层按
+`(org = 触发 org OR org IS NULL)` 作用域——与 action-body 缝一致的姿态;schedule 触发的
+运行不带 org,行为不变。
@@ -23,7 +23,9 @@
     "@objectstack/spec": "workspace:*"
   },
   "devDependencies": {
+    "@objectstack/driver-sql": "workspace:*",
     "@objectstack/objectql": "workspace:*",
+    "@objectstack/plugin-security": "workspace:*",
     "@types/node": "^26.1.2",
     "typescript": "^6.0.3",
     "vitest": "^4.1.10"
 
@@ -20,7 +20,7 @@ import type { AutomationEngine } from '../engine.js';
 import { interpolate, interpolateFilter, type VariableMap } from './template.js';
 import { refuseNode } from '../guard-refusal.js';
 import { parseNodeConfig } from './parse-config.js';
-import { resolveRunDataContext } from '../runtime-identity.js';
+import { resolveRunDataContext, stampSystemInsertOwner } from '../runtime-identity.js';
 
 /**
  * A filter condition that an author WROTE but that interpolation erased
@@ -300,7 +300,17 @@ export function registerCrudNodes(engine: AutomationEngine, ctx: PluginContext):
                 }
 
                 // #1888 — honor flow.runAs (system → RLS-bypassing; user → trigger user).
+                // #5494 — a BORN row must not escape the platform stamps. The run
+                // context now carries the trigger's user + org even under system
+                // elevation (so the audit hook stamps `created_by` and the driver's
+                // tenant machinery fills `organization_id`, exactly like a user-path
+                // insert); the ownership anchor has no such engine-side channel for
+                // system writes — the security middleware that stamps it
+                // short-circuits on `isSystem` — so the writer fills it here.
+                // Fill-only — flow-authored `fields` win. Policy + rationale live
+                // beside `resolveRunDataContext` in runtime-identity.ts.
                 const dataCtx = resolveRunDataContext(context);
+                stampSystemInsertOwner(fields, dataCtx, data, objectName);
                 try {
                     // #3407 — symmetric with update_record. Today the engine's
                     // insert path strips nothing (INSERT is readonly-exempt and
 
@@ -81,17 +81,24 @@ describe('flow.runAs identity enforcement at the data layer (#1888)', () => {
     engine.registerFlow('sys', allOpsFlow('sys', 'system'));
 
     // Triggered by a normal user — `runAs:'system'` must still elevate.
-    const res = await engine.execute('sys', { userId: 'u1' });
+    const res = await engine.execute('sys', { userId: 'u1', tenantId: 'org1' });
     expect(res.success).toBe(true);
 
     expect(calls.map((c) => c.op).sort()).toEqual(['delete', 'find', 'findOne', 'insert', 'update']);
     for (const c of calls) {
       expect(c.ctx, `${c.op} got no context`).toBeTruthy();
       expect(c.ctx.isSystem, `${c.op} not elevated`).toBe(true);
-      // An elevated run is NOT attributed to the triggering user…
-      expect(c.ctx.userId).toBeUndefined();
-      // …but it IS attributed to the flow, so audit rows never read
-      // "Unknown user" (ADR-0014 D2, #4366).
+      // #5494 — elevation is not anonymity: the triggering user and org are
+      // CARRIED THROUGH (attribution: created_by/updated_by stamps, audit
+      // actor, downstream record-change identity; the org drives the driver's
+      // organization_id fill on born rows), while `isSystem` alone decides
+      // authorization. Dropping them here is what inserted rows with all
+      // three platform columns NULL — untouchable even by the triggering
+      // member, and outside the org partition.
+      expect(c.ctx.userId, `${c.op} lost the acting user (#5494)`).toBe('u1');
+      expect(c.ctx.tenantId, `${c.op} lost the trigger org (#5494)`).toBe('org1');
+      // …and it stays attributed to the flow as well, so audit rows name
+      // WHICH automation wrote them (ADR-0014 D2, #4366; ADR-0118 D5).
       expect(c.ctx.actor, `${c.op} lost the service-principal label`).toBe('svc:flow:sys');
     }
   });
@@ -174,19 +181,22 @@ describe('flow.runAs identity enforcement at the data layer (#1888)', () => {
       edges: [{ id: 'e1', source: 'start', target: 'mk' }, { id: 'e2', source: 'mk', target: 'end' }],
     } as any);
 
-    // Trigger as a restricted user. If the engine ignored runAs, the insert would
-    // carry that user's identity (or none) instead of the elevated principal.
+    // Trigger as a restricted user. If the engine ignored runAs, the insert
+    // would run under that user's AUTHORIZATION (isSystem false) instead of the
+    // elevated principal. Since #5494 the user still rides the context — as
+    // attribution, which grants nothing under the isSystem short-circuit — so
+    // the regression tell is the `isSystem` flag, never the userId's absence.
     await engine.execute('reg', { userId: 'restricted' });
     const insert = calls.find((c) => c.op === 'insert');
     expect(insert?.ctx?.isSystem, 'runAs:system did not elevate the data op (#1888 regressed)').toBe(true);
-    expect(insert?.ctx?.userId).not.toBe('restricted');
+    expect(insert?.ctx?.userId, 'the acting user must ride the elevated context (#5494)').toBe('restricted');
   });
 });
 
 describe('resolveRunDataContext (#1888 unit)', () => {
-  it("maps runAs:'system' to an elevated context attributed to the flow (#4366)", () => {
+  it("maps runAs:'system' to an elevated context attributed to the flow AND the acting user (#4366, #5494)", () => {
     expect(resolveRunDataContext({ runAs: 'system', userId: 'u1', flowName: 'mirror_status' })).toEqual({
-      isSystem: true, actor: 'svc:flow:mirror_status', positions: [], permissions: [],
+      isSystem: true, actor: 'svc:flow:mirror_status', userId: 'u1', positions: [], permissions: [],
     });
   });
 
 
@@ -74,7 +74,11 @@ export type { AutomationServicePluginOptions } from './plugin.js';
 // outright (#3760). Exported for hosts building custom data nodes: call
 // `resolveRunDataContext` and let the error propagate, so a custom node inherits
 // the same posture as the built-ins instead of re-opening the fail-open.
-export { resolveRunDataContext, UnscopedRunDataAccessError } from './runtime-identity.js';
+export {
+    resolveRunDataContext,
+    stampSystemInsertOwner,
+    UnscopedRunDataAccessError,
+} from './runtime-identity.js';
 export type { RunDataContext, RunIdentityContext, RunProvenanceContext } from './runtime-identity.js';
 
 // Built-in node executors (ADR-0018). These are seeded by AutomationServicePlugin
 
@@ -109,7 +109,10 @@ describe('record-change lookup expansion (#3475)', () => {
 
     const read = crud.find((c) => c.op === 'findOne' && c.obj === 'lead');
     expect(read!.ctx?.isSystem).toBe(true);
-    expect(read!.ctx?.userId).toBeUndefined();
+    // #5494 — the acting user rides the elevated context as attribution; what
+    // makes this read ELEVATED is `isSystem` (the middleware short-circuits
+    // before any gate reads `userId`), not the absence of a user.
+    expect(read!.ctx?.userId).toBe('u1');
 
     await kernel.shutdown();
   });
 
@@ -119,7 +119,13 @@ describe("AutomationServicePlugin bridges the runAs:'user' grant resolver (#3356
     await automation.execute('sys', { userId: 'u1', params: { noteId: 'n1' } });
     const update = crud.find((c) => c.op === 'update' && c.obj === 'runas_thing');
     expect(update!.ctx.isSystem).toBe(true);
-    expect(update!.ctx.userId).toBeUndefined();
+    // #5494 — the acting user rides the elevated context as ATTRIBUTION (it
+    // drives the created_by/updated_by stamps and the audit actor; the
+    // isSystem short-circuit precedes every gate that reads it). What proves
+    // "the resolver is not consulted" is the untouched authz envelope:
+    expect(update!.ctx.userId).toBe('u1');
+    expect(update!.ctx.positions).toEqual([]);
+    expect(update!.ctx.permissions).toEqual([]);
 
     await kernel.shutdown();
   });