suzmii
2a2e4c1cea
- 在途拦截补齐生成动画：提交记录的「属于哪张资源」从 draftKey 拆成 resourcePath， `resourceCanvasResourceEditSubmissionBlocksResource` 被快速编辑与生成动画共用； 此前动画这条键对不上、拦不住，重开面板再提交会复用同一 operationId 卡在原生锁上， 或（改了提示词）直接多出一笔付费生成 - 样式缺口守卫扩到三块面板（动画面板 / 快速编辑面板 / 生图面板），判据改为按 「选择器分支 + 声明」逐条比对；两个面板的实测缺口一并照抄补上（快速编辑面板的 `overflow: auto → visible` 与窄屏底栏两条按宿主差异显式登记，不静默漂移） - 窄屏只搬动画面板那一支：网页端 ≤760px 会把快速编辑浮层也变成整宽底栏，AGC 的 快速编辑是「居中贴资源卡」的绝对定位，跟随它会压住栏目工具栏与任务侧栏 - 用例路径不再依赖 cwd：新增 tests/repoPath.ts（按 import.meta.url 反推仓库根）， 19 个用例文件的 `resolve(process.cwd(), …)` 统一改用它；顺手修掉 `HOST_STYLE_SHEETS.filter(existsSync)` 把仓库相对路径交给 cwd 解析的假红 - 清掉两处死代码：不可达的 `quickEditPanel.status === 'generating'` 判据与 未被使用的 prune 导出
432 lines
14 KiB
TypeScript
432 lines
14 KiB
TypeScript
// @vitest-environment jsdom
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/**
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* 资源卡的棋盘格底必须由**这张图真实的 alpha** 决定，而不是「预览分支是图片」。
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*
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* 现场缺陷（验收截图）：所有 PNG/JPEG 卡一律铺 CSS 棋盘格，于是「真透明底」与
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* 「AI 把棋盘格画进像素里」在卡面上完全同形，验收时无法区分两者。
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*
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* 本文件把整条链路钉住：
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* 1. 真的渲染 `ProjectDevelopmentView`，用假的 `read_local_project_image_preview`
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* 返回原生头部判据 `hasAlpha`，断言卡片根节点的 `data-preview-has-alpha`；
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* 2. 把真实 DOM 上的 `data-preview-kind` / `data-preview-has-alpha` 喂给
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* `styles.css` 的声明级层叠求值，断言只有真透明卡片的 `.game-resource-card-visual`
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* 最终生效声明里才有棋盘格（判据取 `background-size: 16px 16px` 与渐变层）。
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*
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* 为什么不用 `getComputedStyle(visual).backgroundImage`：jsdom 不加载样式表，且本仓库
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* 测试环境的 cssstyle 解析不了渐变 —— 实测把 `background: linear-gradient(...)` 与
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* `background-image: linear-gradient(...)` 写进 `<style>` 后，`getComputedStyle` 的
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* `backgroundImage` 恒为 `''`（连 `background` 都退化成 `rgba(0, 0, 0, 0)`）。
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* 因此沿用本仓库既有口径（见 `resourceCardCurrentVersionStyle.test.ts`、`styleCascade.ts`）：
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* 在源文件声明上按真实层叠求值，肉眼效果留给真机确认。
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*/
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import type { GameCreationAppManifest } from '../../../packages/shared/src/contracts/gameCreationApp';
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import {
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act,
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createGameCreationAppManifest,
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describe,
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expect,
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findResourceSelectButton,
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fireEvent,
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it,
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ProjectDevelopmentView,
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React,
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readFileSync,
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render,
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screen,
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vi,
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waitFor,
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} from './appSurface/harness';
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import { repoPath } from './repoPath';
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import {
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declaration,
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parseStyleSheet,
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resolveDeclarations,
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} from './styleCascade';
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const PROJECT_PATH = '/tmp/workbench-preview-alpha';
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const PROJECT_ID = 'workbench-preview-alpha';
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/** 棋盘格底的两条判据：`background-size` 是这套底独有的档位，渐变层是像素级图案本身。 */
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const CHECKERBOARD_BACKGROUND_SIZE = '16px 16px';
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const CHECKERBOARD_LAYER =
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'linear-gradient(45deg, #f1ebe7 25%, transparent 25%)';
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/** 无 alpha 时必须退回的卡片既有纯色底（`.game-resource-card-visual` 本体那条）。 */
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const PLAIN_CARD_BACKGROUND = 'linear-gradient(145deg, #fffaf6, #f6ece6)';
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function installResourceCardIntersectionObserver() {
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const instances: Array<{
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callback: IntersectionObserverCallback;
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observed: Set<Element>;
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observer: IntersectionObserver;
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}> = [];
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class ResourceCardIntersectionObserver {
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readonly root = null;
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readonly rootMargin = '160px';
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readonly thresholds = [0];
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readonly observed = new Set<Element>();
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constructor(readonly callback: IntersectionObserverCallback) {
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instances.push({
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callback,
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observed: this.observed,
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observer: this as unknown as IntersectionObserver,
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});
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}
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observe(element: Element) {
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this.observed.add(element);
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}
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unobserve(element: Element) {
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this.observed.delete(element);
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}
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disconnect() {
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this.observed.clear();
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}
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takeRecords() {
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return [];
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}
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}
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Object.defineProperty(window, 'IntersectionObserver', {
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configurable: true,
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value: ResourceCardIntersectionObserver,
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});
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return {
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triggerVisible(elements?: Element[]) {
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const instance = instances.at(-1);
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if (!instance) {
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throw new Error('resource card IntersectionObserver was not created');
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}
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const targets = elements ?? Array.from(instance.observed);
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instance.callback(
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targets.map(
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(target) =>
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({
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target,
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isIntersecting: true,
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intersectionRatio: 1,
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}) as IntersectionObserverEntry,
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),
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instance.observer,
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);
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},
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observedCount() {
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return instances.at(-1)?.observed.size ?? 0;
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},
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};
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}
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/**
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* 四张卡都是 `raster-image` 预览分支，只有**头部 alpha 判据**不同：
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* - `alpha.png`：真有 alpha 通道（PNG colorType 6）⇒ `hasAlpha: true`；
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* - `painted.png`：AI 把棋盘格画进像素里的不透明 PNG（colorType 2）⇒ `hasAlpha: false`；
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* - `photo.jpg`：JPEG 恒不透明 ⇒ `hasAlpha: false`；
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* - `unknown.png`：预览 payload 里**没有** `hasAlpha` 字段（旧原生构建 / 判据未透出）⇒ 必须与
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* `false` 同样处理：不铺棋盘格。这条把「缺属性」与「显式 false」钉成同一档，避免出现第三种中间态。
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*/
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const ALPHA_PATHS = new Set(['assets/alpha.png']);
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const KNOWN_ALPHA_PATHS = new Set([
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'assets/alpha.png',
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'assets/painted.png',
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'assets/photo.jpg',
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]);
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const LABELS = [
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'alpha.png',
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'painted.png',
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'photo.jpg',
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'unknown.png',
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] as const;
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function createFixtureManifest(): GameCreationAppManifest {
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const manifest = createGameCreationAppManifest(
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PROJECT_ID,
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'资源卡预览 alpha 底',
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);
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const characterAsset = (
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id: string,
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localPath: string,
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mediaType: string,
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) => ({
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id,
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kind: 'character',
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category: 'character' as const,
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mediaType,
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localPath,
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source: { kind: 'generated' as const },
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});
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manifest.assets = [
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characterAsset('asset-alpha', 'assets/alpha.png', 'image/png'),
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characterAsset('asset-painted', 'assets/painted.png', 'image/png'),
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characterAsset('asset-photo', 'assets/photo.jpg', 'image/jpeg'),
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characterAsset('asset-unknown', 'assets/unknown.png', 'image/png'),
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];
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return manifest;
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}
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function graphFor(manifest: GameCreationAppManifest) {
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const resourceIds = manifest.assets.map((asset) => `asset:${asset.id}`);
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return {
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resourceIds,
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referenceEdges: [],
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taskFlows: [],
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connectionIndex: resourceIds.map((resourceId) => ({
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resourceId,
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upstreamReferenceResourceIds: [],
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downstreamReferenceResourceIds: [],
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referenceEdgeIds: [],
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taskFlowIds: [],
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})),
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producerAssignments: [],
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dependencyDepths: resourceIds.map((resourceId) => ({
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resourceId,
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dependencyDepth: 0,
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})),
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unresolvedReferenceResourceIds: [],
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cyclicResourceIds: [],
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cyclicTaskIds: [],
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producerMappingTruncated: false,
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};
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}
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function installPreviewTauri(manifest: GameCreationAppManifest) {
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const invoke = vi.fn(
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async (command: string, args?: Record<string, unknown>) => {
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if (command === 'read_local_project_resource_graph') {
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return graphFor(manifest);
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}
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if (command === 'read_local_project_resource_canvas_layout') {
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return {
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schemaVersion: 'game-creator-resource-layout.v1',
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projectId: PROJECT_ID,
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mode: args?.mode,
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revision: 0,
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positions: [],
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updatedAt: 0,
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};
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}
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if (command === 'list_pending_local_project_resource_edits') {
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return [];
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}
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if (command === 'update_local_project_resource_canvas_layout') {
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return {
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status: 'updated',
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layout: {
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schemaVersion: 'game-creator-resource-layout.v1',
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projectId: PROJECT_ID,
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mode: args?.mode,
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revision: 1,
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positions: args?.positions,
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updatedAt: 1,
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},
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};
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}
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if (command === 'read_local_project_image_preview') {
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const relativePath = String(args?.relativePath ?? '');
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const isJpeg = relativePath.endsWith('.jpg');
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// 原生侧 `LocalProjectImagePreview.hasAlpha`：头部级判据，不做像素解码。
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// `unknown.png` 刻意不带该字段：缺属性必须与显式 false 同档。
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const hasAlpha = KNOWN_ALPHA_PATHS.has(relativePath)
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? ALPHA_PATHS.has(relativePath)
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: undefined;
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return {
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path: relativePath,
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mediaType: isJpeg ? 'image/jpeg' : 'image/png',
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byteLen: 1,
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pixelWidth: 1,
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pixelHeight: 1,
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...(hasAlpha === undefined ? {} : { hasAlpha }),
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dataUrl: isJpeg
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? 'data:image/jpeg;base64,AA=='
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: 'data:image/png;base64,AA==',
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};
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}
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throw new Error(`unexpected invoke ${command}`);
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},
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);
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window.__TAURI__ = { core: { invoke: invoke as never } };
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return invoke;
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}
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async function renderedCards(manifest: GameCreationAppManifest) {
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const observer = installResourceCardIntersectionObserver();
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installPreviewTauri(manifest);
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render(
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React.createElement(ProjectDevelopmentView, {
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projectName: manifest.name,
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projectPath: PROJECT_PATH,
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manifest,
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attachments: [],
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recentRunStatus: null,
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recentRunStopReason: null,
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supervisor: React.createElement('div', null, '项目总控'),
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onHomeOpen: vi.fn(),
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onProjectsOpen: vi.fn(),
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}),
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);
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fireEvent.click(
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await screen.findByRole('button', { name: '打开角色与对象' }),
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);
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// 四张卡都渲染出来之后再等注册：观察数就是「卡片真的挂上了预览管线」的证据。
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for (const label of LABELS) {
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await findResourceSelectButton(label);
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}
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await waitFor(() => expect(observer.observedCount()).toBe(4));
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return observer;
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}
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function cardFor(label: string) {
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const button = document.querySelector<HTMLElement>(
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`.game-resource-card-select[aria-label*="${label}"]`,
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);
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const card = button?.closest<HTMLElement>('.game-resource-card');
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expect(card, `卡片未渲染：${label}`).not.toBeNull();
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return card!;
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}
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/**
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* 用**真实 DOM 上的属性**拼出这个卡面元素会命中的选择器集合，再按 styles.css 的
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* 真实层叠算最终生效声明。这样「卡片写了什么属性」与「CSS 认什么属性」之间没有中间假设。
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*/
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function visualDeclarationsForCard(card: HTMLElement) {
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const rules = parseStyleSheet(
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readFileSync(repoPath('apps/ai-game-creator-shell/src/styles.css'), 'utf8'),
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);
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const kind = card.getAttribute('data-preview-kind');
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const hasAlpha = card.getAttribute('data-preview-has-alpha');
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const selectors = ['.game-resource-card-visual'];
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if (kind) {
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selectors.push(
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`.game-resource-card[data-preview-kind='${kind}'] .game-resource-card-visual`,
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);
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}
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if (kind && hasAlpha) {
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selectors.push(
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`.game-resource-card[data-preview-kind='${kind}'][data-preview-has-alpha='${hasAlpha}'] .game-resource-card-visual`,
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);
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}
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return resolveDeclarations(rules, selectors, 1280);
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}
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describe('资源卡棋盘格底按真实 alpha 决定', () => {
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it('真透明 PNG 卡带 data-preview-has-alpha=true，不透明 PNG/JPEG 卡不带该属性', async () => {
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const manifest = createFixtureManifest();
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const observer = await renderedCards(manifest);
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act(() => observer.triggerVisible());
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await waitFor(() => {
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for (const label of LABELS) {
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expect(cardFor(label).getAttribute('data-preview-status')).toBe(
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'loaded',
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);
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}
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});
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// 四张卡走的是同一个预览分支：只按 kind 判定的旧口径无法区分它们，
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// 这正是本次缺陷的成因（所有 PNG/JPEG 卡一律铺棋盘格）。
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expect(
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LABELS.map((label) => cardFor(label).getAttribute('data-preview-kind')),
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).toEqual(['raster-image', 'raster-image', 'raster-image', 'raster-image']);
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expect(cardFor('alpha.png').getAttribute('data-preview-has-alpha')).toBe(
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'true',
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);
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// 不透明卡不写属性（而不是写 'false'）：缺属性与 'false' 在样式上必须等价。
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for (const label of ['painted.png', 'photo.jpg', 'unknown.png']) {
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expect(
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cardFor(label).getAttribute('data-preview-has-alpha'),
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`${label} 不得写 data-preview-has-alpha`,
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).toBeNull();
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}
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});
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it('真透明 PNG 卡面最终生效棋盘格底，假棋盘格的不透明 PNG/JPEG 卡退回纯色底', async () => {
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const manifest = createFixtureManifest();
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const observer = await renderedCards(manifest);
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act(() => observer.triggerVisible());
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await waitFor(() => {
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expect(cardFor('alpha.png').getAttribute('data-preview-status')).toBe(
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'loaded',
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);
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});
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const alphaDeclarations = visualDeclarationsForCard(cardFor('alpha.png'));
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expect(declaration(alphaDeclarations, 'background')).toContain(
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CHECKERBOARD_LAYER,
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);
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expect(declaration(alphaDeclarations, 'background-size')).toBe(
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CHECKERBOARD_BACKGROUND_SIZE,
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);
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for (const label of ['painted.png', 'photo.jpg', 'unknown.png']) {
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const declarations = visualDeclarationsForCard(cardFor(label));
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// 变异判据：把 CSS 的 alpha 条件去掉（退回只按 data-preview-kind），
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// 这里会重新出现 `background-size: 16px 16px` ⇒ 变红。
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expect(
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declarations.has('background-size'),
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`${label} 不该有棋盘格档位`,
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).toBe(false);
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expect(declaration(declarations, 'background')).toBe(
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PLAIN_CARD_BACKGROUND,
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);
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}
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});
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it('透明图自身不被填底色：没有任何规则给 .game-resource-card-visual > img 声明背景', () => {
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const rules = parseStyleSheet(
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readFileSync(
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repoPath('apps/ai-game-creator-shell/src/styles.css'),
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'utf8',
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),
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);
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const declarations = resolveDeclarations(
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rules,
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['.game-resource-card-visual > img'],
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1280,
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);
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for (const property of [
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'background',
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'background-image',
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'background-color',
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'background-size',
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]) {
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expect(
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declarations.has(property),
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`.game-resource-card-visual > img 不得声明 ${property}`,
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).toBe(false);
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}
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});
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it('media-image / video 目前没有头部 alpha 判据，因此退回纯色底而不是棋盘格', () => {
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// 这是本次刻意收窄的行为：拿不到真实 alpha 时宁可不铺棋盘格，
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// 也不要用装饰性棋盘格继续冒充「透明底」。将来给这些格式补上头部判据时，
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// 这条用例必须同步改成「有判据才铺」。
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const rules = parseStyleSheet(
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readFileSync(
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repoPath('apps/ai-game-creator-shell/src/styles.css'),
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'utf8',
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),
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);
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for (const kind of ['media-image', 'video']) {
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const declarations = resolveDeclarations(
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rules,
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[
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'.game-resource-card-visual',
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`.game-resource-card[data-preview-kind='${kind}'] .game-resource-card-visual`,
|
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],
|
||
1280,
|
||
);
|
||
expect(
|
||
declarations.has('background-size'),
|
||
`${kind} 无 alpha 判据时不得铺棋盘格`,
|
||
).toBe(false);
|
||
expect(declaration(declarations, 'background')).toBe(
|
||
PLAIN_CARD_BACKGROUND,
|
||
);
|
||
}
|
||
});
|
||
});
|