Files
UHD_Media_Tool/packages/db/test/schema.test.ts
T
rootandClaude Opus 5.5 0105e5c6ac feat(rules): rule_group/rule_atom (0033), /rules endpoints, evaluation via referenced rule groups
- migration 0033: rule_group (layers, hard excludes, scope, source, revision,
  fingerprint, default_order) and rule_atom; acquisition_slot.rule_group_ids;
  preference tags migrated into rule groups (same id/fingerprint), suppressions
  linked; seeded default groups for acquisition / upgrade / search
- contracts: RuleGroup/RuleAtom/RuleExpr/RuleDefaults, parse/serialize/preview
  schemas; Api.rules, Api.ruleAtoms, Api.rulePolicies, Api.ruleSuppressions
- server: GET/POST/PATCH/DELETE /rules, /rules/{id}/revisions, /rules/{id}/preview,
  /rules/parse, /rules/serialize, /rules/keywords, /rules/defaults, /rules/atoms;
  disable/delete writes suppression, agent re-add -> 409
- /preference-tags now aliases rule groups; /policy-revisions and
  /preference-suppressions kept as aliases of /rules/policies, /rules/suppressions
- evaluateAcquisition resolves slot -> subscription -> default chain (+ upgrade
  defaults) and records pri / rule_group@revision / per-layer trace

Co-Authored-By: Claude Opus 5.5 <[email protected]>
2026-09-28 15:08:00 +08:00

378 lines
13 KiB
TypeScript
Raw Blame History

This file contains ambiguous Unicode characters
This file contains Unicode characters that might be confused with other characters. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.
import { readFileSync } from "node:fs";
import { Kysely, PostgresDialect, sql } from "kysely";
import { NO_MIGRATIONS } from "kysely/migration";
import pg from "pg";
import { afterAll, beforeAll, describe, expect, it } from "vitest";
import { formatWithBiome, generateTypesSource, TYPES_FILE } from "../scripts/gen-types-lib.ts";
import { createMigrator, type DB, migrateToLatest } from "../src/index.ts";
// 对真实 PG(默认开发库 55433)跑迁移往返;每次测试用独立 schema,互不干扰且不碰 public。
// 无数据库环境可设 UMT_SKIP_DB_TESTS=1 跳过(CI 默认要求数据库可用)。
const url = process.env.DATABASE_URL ?? "postgres://umt:umt@localhost:55433/umt";
const skip = process.env.UMT_SKIP_DB_TESTS === "1";
const schema = `umt_test_${process.pid}_${Date.now().toString(36)}`;
const EXPECTED_TABLES = [
// 底座(0001/0002)
"settings",
"api_key",
"audit_event",
"outbox_event",
"secret",
// 实例
"library_root",
"downloader_instance",
"media_server_instance",
"path_mapping",
// 内容 / 身份
"media_entity",
"content_unit",
"title_alias",
"external_identity",
"identity_revision",
// 来源
"site",
"site_account",
"feed_source",
"source_release",
"observation",
// 文件
"media_asset",
"asset_unit_coverage",
"asset_location",
"path_binding",
// 规则
"policy_revision",
"subscription",
"acquisition_slot",
"preference_tag",
"preference_suppression",
// 执行
"task",
"acquisition_plan",
"download_task",
"asset_operation",
// 人工/AI
"agent_run",
"artifact",
"decision",
"approval",
"automation_grant",
// 运维 / 整理
"reconcile_run",
"server_mapping",
"organization_record",
"organization_file_result",
// tasks 包自有表(0013)与 agent 事件(0014)
"tasks_run_meta",
"tasks_fact",
"tasks_op_ledger",
"agent_run_event",
// W2-B 来源/身份/元数据(0018–0020)
"site_snapshot",
"identity_candidate",
"resolution_attempt",
"identity_redirect",
"metadata_field",
"field_override",
// W2-D Agent 装配(0021)
"capability_invocation",
"agent_run_message",
// 登录门禁(0015)与 SSE 多进程总线(0016)
"admin_user",
"admin_session",
"login_attempt",
"sse_event",
// W4-C 浏览器实体(0023)
"browser_provider",
"browser_session",
"browser_tab",
"browser_control_lease",
// W5-A 文件管理回收站(0024)
"trash_item",
// W5-C 订阅增强(0025)
"slot_deferral",
"slot_unit",
"subscription_history",
// W7-A Pi 上游(0027)
"pi_upstream",
// W7-C 定时任务注册表(0028)
"scheduled_job",
"scheduled_job_run",
// W9-D 规则组(0033)
"rule_group",
"rule_atom",
].sort();
/** 不走 entityTable() 的表:追加型/引擎自有表,没有 uuid id + created_at/updated_at 三件套 */
const NON_ENTITY_TABLES = [
"settings",
"audit_event",
"outbox_event",
"tasks_run_meta",
"tasks_fact",
"tasks_op_ledger",
"agent_run_event",
"login_attempt",
"sse_event",
// 稳定 key 作主键 / 只追加的运行历史
"scheduled_job",
"scheduled_job_run",
];
describe.skipIf(skip)("schema migrations (real PG)", () => {
let admin: Kysely<unknown>;
let db: Kysely<DB>;
beforeAll(async () => {
admin = new Kysely({ dialect: new PostgresDialect({ pool: new pg.Pool({ connectionString: url, max: 1 }) }) });
await sql.raw(`create schema ${schema}`).execute(admin);
db = new Kysely<DB>({
dialect: new PostgresDialect({
pool: new pg.Pool({ connectionString: url, max: 2, options: `-c search_path=${schema},public` }),
}),
});
await migrateToLatest(db, { migrationTableSchema: schema });
});
afterAll(async () => {
await db?.destroy();
await sql.raw(`drop schema if exists ${schema} cascade`).execute(admin);
await admin?.destroy();
});
const tables = async () =>
(
await sql<{ t: string }>`select table_name as t from information_schema.tables
where table_schema = current_schema() and table_type = 'BASE TABLE' and table_name not like 'kysely_%'
order by 1`.execute(db)
).rows.map((r) => r.t);
it("建齐任务书 §3.1-2 全部表", async () => {
expect(await tables()).toEqual(EXPECTED_TABLES);
});
it("src/types.ts 与迁移结果一致(无漂移)", async () => {
const generated = formatWithBiome(await generateTypesSource(db));
expect(generated).toBe(readFileSync(TYPES_FILE, "utf8"));
});
it("新实体表都有 uuid 主键默认值与 created_at/updated_at", async () => {
const rows = (
await sql<{ table_name: string; column_name: string; column_default: string | null }>`
select table_name, column_name, column_default from information_schema.columns
where table_schema = current_schema() and column_name in ('id', 'created_at', 'updated_at')`.execute(db)
).rows;
for (const t of EXPECTED_TABLES.filter((x) => !NON_ENTITY_TABLES.includes(x))) {
const cols = rows.filter((r) => r.table_name === t);
expect(cols.map((c) => c.column_name).sort(), t).toEqual(["created_at", "id", "updated_at"]);
expect(cols.find((c) => c.column_name === "id")?.column_default, t).toBe("gen_random_uuid()");
}
});
it("updated_at 触发器与 CHECK 状态约束", async () => {
const e = await db
.insertInto("media_entity")
.values({ kind: "movie", title: "沙丘2", year: 2024 })
.returningAll()
.executeTakeFirstOrThrow();
await sql`select pg_sleep(0.01)`.execute(db);
const u = await db
.updateTable("media_entity")
.set({ title: "沙丘:第二部" })
.where("id", "=", e.id)
.returningAll()
.executeTakeFirstOrThrow();
expect(u.updated_at.getTime()).toBeGreaterThanOrEqual(e.updated_at.getTime());
await expect(
sql`insert into acquisition_slot (media_entity_id, name, status) values (${e.id}, 'x', 'bogus')`.execute(db),
).rejects.toThrow(/check constraint/);
});
it("external_identity:accepted 唯一,候选可并存", async () => {
const [a, b] = await db
.insertInto("media_entity")
.values([
{ kind: "movie", title: "A" },
{ kind: "movie", title: "B" },
])
.returning("id")
.execute();
const base = { provider: "tmdb", entity_type: "movie" as const, external_id: "693134" };
await db
.insertInto("external_identity")
.values([
{ ...base, media_entity_id: a!.id, status: "proposed" },
{ ...base, media_entity_id: b!.id, status: "proposed" },
{ ...base, media_entity_id: a!.id, status: "accepted" },
{ ...base, entity_type: "tv", media_entity_id: b!.id, status: "accepted" },
])
.execute();
await expect(
db
.insertInto("external_identity")
.values({ ...base, media_entity_id: b!.id, status: "accepted" })
.execute(),
).rejects.toThrow(/external_identity_accepted_key/);
});
it("source_release / observation / download_task / Slot 预留 唯一约束", async () => {
const site = await db
.insertInto("site")
.values({ key: "audiences", name: "观众", adapter: "nexusphp", base_url: "https://example.invalid" })
.returning("id")
.executeTakeFirstOrThrow();
const rel = await db
.insertInto("source_release")
.values({ site_id: site.id, site_release_id: "123", title: "Dune.Part.Two.2024.2160p" })
.returning("id")
.executeTakeFirstOrThrow();
await expect(
db.insertInto("source_release").values({ site_id: site.id, site_release_id: "123", title: "dup" }).execute(),
).rejects.toThrow(/source_release_site_release_key/);
const feed = await db
.insertInto("feed_source")
.values({ site_id: site.id, name: "电影", url_display: "https://example.invalid/rss?passkey=[REDACTED]" })
.returning("id")
.executeTakeFirstOrThrow();
const obs = { feed_id: feed.id, guid: "g1", content_digest: "d1", title: "t" };
await db.insertInto("observation").values(obs).execute();
await expect(db.insertInto("observation").values(obs).execute()).rejects.toThrow(/observation_feed_guid_key/);
const qb = await db
.insertInto("downloader_instance")
.values({ name: "qb1", base_url: "http://qb.invalid" })
.returning("id")
.executeTakeFirstOrThrow();
const dt = { instance_id: qb.id, torrent_hash: "a".repeat(40), name: "x" };
await db.insertInto("download_task").values(dt).execute();
await expect(db.insertInto("download_task").values(dt).execute()).rejects.toThrow(
/download_task_instance_hash_key/,
);
const ent = await db
.insertInto("media_entity")
.values({ kind: "movie", title: "C" })
.returning("id")
.executeTakeFirstOrThrow();
const slot = await db
.insertInto("acquisition_slot")
.values({ media_entity_id: ent.id, name: "archival" })
.returning("id")
.executeTakeFirstOrThrow();
await expect(
db.insertInto("acquisition_slot").values({ media_entity_id: ent.id, name: "archival" }).execute(),
).rejects.toThrow(/acquisition_slot_target_key/);
const plan = (k: string) => ({
slot_id: slot.id,
source_release_id: rel.id,
status: "reserved" as const,
payload_hash: "h",
idempotency_key: k,
});
await db.insertInto("acquisition_plan").values(plan("k1")).execute();
// 0025 起剧集 Slot 允许多个单元不相交的在途计划(服务端在 Slot 行锁内按单元校验);幂等键仍唯一
await db.insertInto("acquisition_plan").values(plan("k2")).execute();
await expect(db.insertInto("acquisition_plan").values(plan("k2")).execute()).rejects.toThrow(
/acquisition_plan_idempotency_key/,
);
});
it("path_binding:同作品同季只能有一个 active 绑定", async () => {
const root = await db
.insertInto("library_root")
.values({ name: "movies", local_path: "/media/movies" })
.returning("id")
.executeTakeFirstOrThrow();
const ent = await db
.insertInto("media_entity")
.values({ kind: "series", title: "S" })
.returning("id")
.executeTakeFirstOrThrow();
const b = { media_entity_id: ent.id, library_root_id: root.id, binding_kind: "entity" as const };
await db
.insertInto("path_binding")
.values({ ...b, relative_path: "S (2023)" })
.execute();
await expect(
db
.insertInto("path_binding")
.values({ ...b, relative_path: "S2 (2023)" })
.execute(),
).rejects.toThrow(/path_binding_active_key/);
await db
.insertInto("path_binding")
.values({ ...b, relative_path: "S2 (2023)", status: "conflict" })
.execute();
});
it("organization_record.change_seq 随更新与文件明细变化递增", async () => {
const rec = await db
.insertInto("organization_record")
.values({ trigger: "auto", actor_type: "system", action: "copy" })
.returningAll()
.executeTakeFirstOrThrow();
const upd = await db
.updateTable("organization_record")
.set({ status: "running" })
.where("id", "=", rec.id)
.returning("change_seq")
.executeTakeFirstOrThrow();
expect(upd.change_seq).toBeGreaterThan(rec.change_seq);
await db
.insertInto("organization_file_result")
.values({ organization_record_id: rec.id, mode: "copy", source_path: "/downloads/a.mkv" })
.execute();
const after = await db
.selectFrom("organization_record")
.select("change_seq")
.where("id", "=", rec.id)
.executeTakeFirstOrThrow();
expect(after.change_seq).toBeGreaterThan(upd.change_seq);
expect(typeof after.change_seq).toBe("number");
});
it("title_alias 上有 gin trgm 索引,可模糊召回", async () => {
const ent = await db
.insertInto("media_entity")
.values({ kind: "series", title: "最后生还者" })
.returning("id")
.executeTakeFirstOrThrow();
await db
.insertInto("title_alias")
.values({ media_entity_id: ent.id, alias: "The Last of Us", normalized: "the last of us", source: "tmdb" })
.execute();
const hit = await sql<{ id: string }>`select media_entity_id as id from title_alias
where normalized % ${"last of us"}`.execute(db);
expect(hit.rows.map((r) => r.id)).toContain(ent.id);
});
it("agent_run_event:(run_id, seq) 唯一,删 run 级联删事件", async () => {
const run = await db
.insertInto("agent_run")
.values({ trigger: "user", goal: "g" })
.returning("id")
.executeTakeFirstOrThrow();
const ev = { run_id: run.id, seq: 0, type: "run_started" as const, payload: JSON.stringify({ goal: "g" }) };
await db.insertInto("agent_run_event").values(ev).execute();
await expect(db.insertInto("agent_run_event").values(ev).execute()).rejects.toThrow(/agent_run_event_pkey/);
await expect(
sql`insert into agent_run_event (run_id, seq, type) values (${run.id}, 1, 'bogus')`.execute(db),
).rejects.toThrow(/check constraint/);
await db.deleteFrom("agent_run").where("id", "=", run.id).execute();
const left = await db.selectFrom("agent_run_event").select("seq").where("run_id", "=", run.id).execute();
expect(left).toEqual([]);
});
it("迁移可完整 down 再 up(往返)", async () => {
const migrator = createMigrator(db, { migrationTableSchema: schema });
const down = await migrator.migrateTo(NO_MIGRATIONS);
expect(down.error).toBeUndefined();
expect(await tables()).toEqual([]);
const up = await migrator.migrateToLatest();
expect(up.error).toBeUndefined();
expect(await tables()).toEqual(EXPECTED_TABLES);
});
});