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Genarrative/scripts/spacetime-normalize-editor-character-actions.test.ts
k88936 a03f13d0a5
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Fix/动作 前端展示下载+后端数据结构+精选 的问题 (#117)
原问题

```
历史角色动作是一个兼容例外:
后端允许它没有 editor_project_resource 资源行,只要布局自身保存了完整图片序列帧。
```

- 把生成动作的原视频asstetkind改为 video, 只把图片序列作为action
- db asset新增字段image_sequence_frames_json image_seq_duration_ms等, (原来动作的这些数据存在generation-input中,并不合适)
修改了externaljob,把这部分数据正确填写到数据库中。
- 为避免到处fallback,做了数据库迁移, 脚本: `scripts/spacetime-normalize-editor-character-actions.mjs`   手动进行过画布+素材库中动作序列帧+原始视频 迁移的测试

- 移除preview_video_path字段,  reason:
>preview video
    → separate resource/asset with assetKind="video"
  final transparent action
    → assetKind="character-animation"
    → source_resource_id points to the preview-video resource
    → image_sequence_frames_json contains the actual playable result
>
> So preview_video_path on the final action duplicates the source video resource’s image_src.
- 移除每个frame的index字段 原因: 这个只用于后端内部处理时有一个并发请求, 每个赋一个index方便收集, 后续没有再用到,且与数组本身重复

- 清除副产品preview video的generation_input_json,  因为会影响改造功能, 迁移后预览视频不提供改造(参数), 只有序列帧动作有改造

仍存在的共性问题: #134

- 导出:
下载改为完整序列帧, 封面不再作为fallback, 部分帧读取失败时行为:仍生成 ZIP,并记录失败帧, 不变

画布放置:
before:
![shotmd-1785207959-compressed.webp](/attachments/e56454f0-49a3-4a8a-951f-c21960975f99)
after:
![shotmd-1785231365-compressed.webp](/attachments/886f07df-c25b-4ecc-acc9-160e1795a991)
精选模块: 主页展示, 审核部分UI:
![shotmd-1785500046-compressed.webp](/attachments/9ec3b679-0045-494a-9f20-134f7e73fecf)
![shotmd-1785499780-compressed.webp](/attachments/42396e63-5f26-4853-a367-0f3c15111add)
这两处序列帧们的加载设计为惰式的, 只有hover和单独preview才会全部加载

Reviewed-on: http://192.168.35.82/git/GenarrativeAI/Genarrative/pulls/117
Reviewed-by: 段舒康 <kdletters@qq.com>
Co-authored-by: 王德宇 <kvtodev@outlook.com>
Co-committed-by: 王德宇 <kvtodev@outlook.com>
2026-08-06 16:57:38 +08:00

191 lines
4.7 KiB
TypeScript

import { describe, expect, it } from 'vitest';
import {
buildNormalizationInput,
parseOptions,
scanScopes,
} from './spacetime-normalize-editor-character-actions.mjs';
describe('角色动作元数据规范化脚本', () => {
it('默认 dry-run 并要求调用方显式选择 apply', () => {
expect(
parseOptions(
['--database', 'genarrative-prod', '--server', 'prod'],
{},
),
).toMatchObject({
apply: false,
chunkSize: 25,
database: 'genarrative-prod',
server: 'prod',
});
});
it('支持使用环境 token 的 HTTP 调用模式', () => {
expect(
parseOptions(
[
'--database',
'genarrative-dev',
'--server-url',
'http://127.0.0.1:3101',
'--use-http',
],
{ GENARRATIVE_SPACETIME_TOKEN: 'dev-migration-token' },
),
).toMatchObject({
database: 'genarrative-dev',
serverUrl: 'http://127.0.0.1:3101',
token: 'dev-migration-token',
useHttp: true,
});
});
it('编码 dry-run cursor 并禁止 canvas 超过五行', () => {
expect(
buildNormalizationInput({
scope: 'asset',
cursor: 'asset-25',
limit: 25,
dryRun: true,
}),
).toEqual({
scope: 'asset',
cursor: [0, 'asset-25'],
limit: 25,
dry_run: true,
expected_batch_sha_256: null,
});
expect(() =>
buildNormalizationInput({
scope: 'canvas',
limit: 6,
dryRun: true,
}),
).toThrow('canvas scope limit');
});
it('apply 必须绑定 dry-run 返回的批次哈希', () => {
expect(() =>
buildNormalizationInput({
scope: 'showcase',
limit: 25,
dryRun: false,
}),
).toThrow('batch SHA-256');
expect(
buildNormalizationInput({
scope: 'showcase',
cursor: null,
limit: 25,
dryRun: false,
expectedBatchSha256: 'a'.repeat(64),
}),
).toEqual({
scope: 'showcase',
cursor: null,
limit: 25,
dry_run: false,
expected_batch_sha_256: [0, 'a'.repeat(64)],
});
});
it('按固定 scope 顺序为每批执行 hash 绑定的 dry-run 与 apply', async () => {
const calls: Array<Record<string, unknown>> = [];
const callProcedure = async (
_options: Record<string, unknown>,
input: Record<string, unknown>,
) => {
calls.push(input);
const dryRun = input.dry_run === true;
const scope = String(input.scope);
const hashDigit = {
asset: 'a',
'project-resource': 'b',
showcase: 'c',
canvas: 'd',
}[scope]!;
const batchSha256 = hashDigit.repeat(64);
return {
ok: true,
scope,
dry_run: dryRun,
scanned_count: 1,
matched_count: 1,
updated_count: dryRun ? 0 : 1,
blocker_count: 0,
blocker_ids: [],
next_cursor: null,
has_more: false,
batch_sha256: batchSha256,
error_message: null,
};
};
const summaries = await scanScopes(
{ chunkSize: 25 },
{ apply: true, callProcedure },
);
expect(summaries.map((summary) => summary.scope)).toEqual([
'asset',
'project-resource',
'showcase',
'canvas',
]);
expect(calls.map((call) => `${call.scope}:${call.dry_run}`)).toEqual([
'asset:true',
'asset:false',
'project-resource:true',
'project-resource:false',
'showcase:true',
'showcase:false',
'canvas:true',
'canvas:false',
]);
for (let index = 1; index < calls.length; index += 2) {
const apply = calls[index]!;
const scope = String(apply.scope);
const hashDigit = {
asset: 'a',
'project-resource': 'b',
showcase: 'c',
canvas: 'd',
}[scope]!;
expect(apply.expected_batch_sha_256).toEqual([
0,
hashDigit.repeat(64),
]);
}
expect(calls.at(-2)?.limit).toBe(5);
});
it('拒绝 procedure 返回已访问过的 cursor', async () => {
let callCount = 0;
const callProcedure = async () => {
callCount += 1;
const nextCursor = ['asset-25', 'asset-50', 'asset-25'][callCount - 1];
return {
ok: true,
scope: 'asset',
dry_run: true,
scanned_count: 1,
matched_count: 0,
updated_count: 0,
blocker_count: 0,
blocker_ids: [],
next_cursor: nextCursor,
has_more: true,
batch_sha256: 'a'.repeat(64),
error_message: null,
};
};
await expect(
scanScopes({ chunkSize: 25 }, { callProcedure }),
).rejects.toThrow('重复的 next_cursor: asset-25');
expect(callCount).toBe(3);
});
});