- Capabilities: all 14 registered (AO: inventory.query, download.plan/submit, organize.plan/execute,
policy.preview/apply; agent: task.inspect/retry/cancel); startup asserts count == 14.
Registry injects server-side authorize (automation_grant by action/scope/policy version/budget,
one-shot approval bound to plan id + payload hash + revision + expiry; model claims ignored;
automation switch), audit_event, server idempotency keys and a capability_invocation op ledger
(migration 0021) used for crash reconciliation. download.plan creates draft plans only;
download.submit promotes draft -> reserved after authorization.
- Agent session API: POST/GET /agent/runs, GET /agent/runs/{id} (events by seq, messages, report),
POST .../messages (wake), POST .../abort; automation-grants, approvals, capabilities invoke, tasks.
- runAgent task: Pi or fake provider from settings (apiKey via secrets), events persisted to
agent_run_event then published, resume + ledger reconciliation when pendingOperations > 0,
waits for goal-linked downloads/imports and reports from business tables (submitted != imported).
- Background triggers: decision.created -> bounded plan_only investigation (dedupe per decision);
decision.updated(resolved) -> resolveDecision executes chosen option.
- W2 closure: all OpenAPI routes registered in contracts api.ts (+ subset test); TMDB key from
settings secret_ref with env fallback; PUT /sites/{id}/credentials documented as alias of
/site-accounts; completion events documented as existing status events.
- e2e (real PG + OpenWorkflow + testkit mocks): RSS->library, agent delegation with grant/deny,
background continuation, worker kill -9 recovery (single qB add), auto investigation dedupe.
Co-Authored-By: Claude Opus 5.5 <[email protected]>
96 lines
4.4 KiB
TypeScript
96 lines
4.4 KiB
TypeScript
import { Api, GlobalSettings, type GlobalSettingsUpdate, mergeSettings, type SettingsKey } from "@umt/contracts";
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import { ApiException } from "../../http/errors.ts";
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import type { ModuleApp, ServerContext } from "../types.ts";
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import { audit, endpoint } from "./endpoint.ts";
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import { type CachedSettingsReader, SETTINGS_CHANGED_EVENT } from "./provided.ts";
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// GET/PATCH /settings:按分组部分更新 → mergeSettings → GlobalSettings 整体校验 → 逐组 upsert;
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// Pi 上游密钥(pi.apiKey 只写)存为 secret,设置里只留 apiKeySecretRef;变更经 SSE 总线广播 settings.changed,
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// 各进程的 ctx.settings 缓存随之失效。自动化总开关 automation.enabled / 只读对账 automation.readOnlyReconcile 也走这里。
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const isCached = (s: unknown): s is CachedSettingsReader =>
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typeof (s as CachedSettingsReader)?.invalidate === "function";
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export function registerSettingsRoutes(app: ModuleApp, ctx: ServerContext) {
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endpoint(app, { ...Api.settings.get, tags: ["settings"] }, async () => {
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if (isCached(ctx.settings)) return await ctx.settings.fresh();
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return await ctx.settings.all();
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});
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endpoint(app, { ...Api.settings.update, tags: ["settings"] }, async ({ body, actor }) => {
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const patch = body as GlobalSettingsUpdate;
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const current = isCached(ctx.settings) ? await ctx.settings.fresh() : await ctx.settings.all();
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const merged = mergeSettings(current, patch);
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const oldRef = current.pi.apiKeySecretRef;
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let dropRef: string | null = null;
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let newRef: string | null = null;
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const apiKey = patch.pi?.apiKey;
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if (apiKey === null) {
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merged.pi.apiKeySecretRef = null;
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dropRef = oldRef;
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}
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// TMDB 密钥同样只写:存 secret(metadata_api_key),设置里只留 tmdbApiKeySecretRef
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const oldTmdbRef = current.metadata.tmdbApiKeySecretRef;
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const tmdbKey = patch.metadata?.tmdbApiKey;
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let dropTmdbRef: string | null = null;
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let newTmdbRef: string | null = null;
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if (tmdbKey === null) {
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merged.metadata.tmdbApiKeySecretRef = null;
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dropTmdbRef = oldTmdbRef;
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}
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const parsed = GlobalSettings.safeParse(merged);
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if (!parsed.success) {
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const msg = parsed.error.issues.map((i) => `${i.path.join(".")}: ${i.message}`).join("; ");
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throw new ApiException("validation_failed", msg);
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}
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const next = parsed.data;
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if (typeof apiKey === "string") {
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if (oldRef) {
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await ctx.secrets.replace(oldRef, apiKey);
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next.pi.apiKeySecretRef = oldRef;
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} else {
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newRef = await ctx.secrets.create({ purpose: "llm_api_key", plaintext: apiKey });
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next.pi.apiKeySecretRef = newRef;
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}
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}
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if (typeof tmdbKey === "string") {
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if (oldTmdbRef) {
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await ctx.secrets.replace(oldTmdbRef, tmdbKey);
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next.metadata.tmdbApiKeySecretRef = oldTmdbRef;
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} else {
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newTmdbRef = await ctx.secrets.create({ purpose: "metadata_api_key", plaintext: tmdbKey, label: "tmdb" });
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next.metadata.tmdbApiKeySecretRef = newTmdbRef;
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}
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}
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const keys = (Object.keys(patch) as SettingsKey[]).filter((k) => patch[k] !== undefined);
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try {
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await ctx.db.transaction().execute(async (trx) => {
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for (const key of keys) {
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await trx
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.insertInto("settings")
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.values({ key, value: JSON.stringify(next[key]), updated_at: new Date() })
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.onConflict((oc) =>
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oc.column("key").doUpdateSet({ value: JSON.stringify(next[key]), updated_at: new Date() }),
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)
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.execute();
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}
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});
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} catch (err) {
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if (newRef) await ctx.secrets.remove(newRef).catch(() => {});
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if (newTmdbRef) await ctx.secrets.remove(newTmdbRef).catch(() => {});
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throw err;
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}
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if (dropRef) await ctx.secrets.remove(dropRef).catch(() => {});
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if (dropTmdbRef) await ctx.secrets.remove(dropTmdbRef).catch(() => {});
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if (isCached(ctx.settings)) ctx.settings.invalidate();
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void ctx.events.publish(SETTINGS_CHANGED_EVENT, { keys });
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// 审计里不留明文密钥
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const logged: Record<string, unknown> = { ...patch };
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if (patch.pi && "apiKey" in patch.pi) logged.pi = { ...patch.pi, apiKey: apiKey === null ? "(cleared)" : "(set)" };
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if (patch.metadata && "tmdbApiKey" in patch.metadata)
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logged.metadata = { ...patch.metadata, tmdbApiKey: tmdbKey === null ? "(cleared)" : "(set)" };
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await audit(ctx, actor, "settings.update", { type: "settings", id: keys.join(",") }, { patch: logged });
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return next;
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});
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}
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