jkooe
e23788d717
## 问题（皇上指出） 项目里两套编号并行，无法判断哪个是"当前版本"： - **发布版本**（semver）：v1.1.0 ~ v1.6.0、v2.0.0 - **开发批次代号**：v1 ~ v26（README 路线表 / 代码注释 / 文档） 时间线证据：v1.1.0 首发（09-29）时批次已推进到 v12.4 —— **二者从来不是一对一**（26 批次只发过 10 版）。 ## 规则（新增 docs/VERSIONING.md §0 版本号唯一性规范） - **唯一版本号 = semver `vX.Y.Z`**，两个来源必须永远一致：git tag 与 package.json（构建期注入 agent） - **批次代号不是版本号**，不再单独出现；需要区分同版内多批改动时用**功能名** - 附「批次 → 归属发布版本」映射表（按 tag 时间线与功能内容推定，并注明以 CHANGELOG 为准） ## 统一动作 1. **批次 v23 ~ v26 → v2.0.0**（22 文件 / 53 处）—— 它们确实属于 v2.0.0 2. **臣的批次号 v1.7 / v1.8 → v2.0.0**（27 文件）—— 未单独发版 3. **简写补全三段式**：v1.5 → v1.5.0、v1.6 → v1.6.0 4. **README 路线表**：`**v1**` → `**批次 1**`；表头加「批次 ≠ 版本号」说明并链到 §0； 补齐批次 16~29 与 **v2.0.0 发布行**；删掉过时的「待办」行（提到的分支早已删除） 5. `docs/VERSIONING.md` 里**故意保留** 3 处批次号 —— 那是规范说明本身 ## 保留项（真实发布版本，不动） v1.1.0 / v1.2.1 / v1.3.0 / v1.4.0~v1.4.3 / v1.5.0 / v1.6.0 / v2.0.0（10 个 tag） ## 验证 - 版本号一致性：package.json = tag = 8 个 workspace = tauri.conf.json = **2.0.0** ✓ - v1.7/v1.8/v23~v26 全仓残留 **3 处**（均在 VERSIONING.md 规范说明中，属预期） - 7 包构建 · 单测 273 · e2e 30 · ps1-encoding 24 全绿
276 lines
13 KiB
JavaScript
276 lines
13 KiB
JavaScript
import { capabilityDiff } from '../../packages/protocol/dist/index.js';
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import { test } from 'node:test';
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import assert from 'node:assert/strict';
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import {
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CapabilityNames,
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CAPABILITY_MANIFEST,
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findCapability,
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validate,
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applyDefaults,
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} from '../../packages/protocol/dist/index.js';
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// ---------- 清单完整性（v7~v10 新增能力纳入守护） ----------
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test('清单：能力名与 manifest 一一对应，无重复', () => {
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const names = Object.values(CapabilityNames);
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assert.equal(new Set(names).size, names.length, '能力名不应重复');
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for (const n of names) {
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assert.ok(findCapability(n), `能力 ${n} 缺少 manifest 条目`);
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}
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assert.equal(CAPABILITY_MANIFEST.length, names.length, 'manifest 条目数应与能力名数一致');
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});
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test('清单：每条都有 version/description/risk 与封闭的 params_schema', () => {
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for (const c of CAPABILITY_MANIFEST) {
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assert.match(c.version, /^\d+\.\d+$/, `${c.name} 版本号格式`);
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assert.ok(c.description && c.description.length >= 8, `${c.name} 描述过短`);
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assert.ok(['low', 'medium', 'high'].includes(c.risk), `${c.name} risk 取值非法`);
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assert.equal(c.params_schema?.type, 'object', `${c.name} params_schema 应为 object`);
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assert.equal(
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c.params_schema?.additionalProperties,
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false,
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`${c.name} params_schema 应封闭（additionalProperties: false）`,
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);
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}
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});
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test('清单：v7~v11 新能力均已登记', () => {
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const expected = [
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'system.agent.restart',
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'window.list',
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'window.focus',
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'screen.find',
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'system.task.list',
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'system.task.get',
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'system.task.kill',
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'clip.get',
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'clip.set',
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'system.audit.verify',
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'input.mouse.drag',
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'screen.record',
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'event.watch',
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'event.unwatch',
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'event.list',
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'event.poll',
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'system.metrics',
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'system.net.apply',
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'system.net.confirm',
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'system.net.status',
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'system.agent.update',
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'system.audio.get',
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'system.audio.set',
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];
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for (const name of expected) {
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assert.ok(findCapability(name), `缺少 ${name}`);
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}
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assert.equal(CAPABILITY_MANIFEST.length, 51, '当前应有 51 项能力');
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});
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// ---------- 参数校验（新能力） ----------
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function check(capName, args) {
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const cap = findCapability(capName);
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return validate(args, cap.params_schema);
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}
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test('system.task.get：task_id 必填，offset 可选', () => {
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assert.equal(check('system.task.get', { task_id: 't_1' }).length, 0);
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assert.ok(check('system.task.get', {}).length > 0, '缺 task_id 应报错');
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assert.equal(check('system.task.get', { task_id: 't_1', offset: 1024 }).length, 0);
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});
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test('system.task.list：不接受多余参数', () => {
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assert.equal(check('system.task.list', {}).length, 0);
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assert.ok(check('system.task.list', { bogus: 1 }).length > 0, '多余参数应被拒');
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});
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test('clip.set：支持文本或图片，二者可选但 handler 会强制至少一个', () => {
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assert.equal(check('clip.set', { text: '中文 ✅' }).length, 0);
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assert.equal(check('clip.set', { text: '' }).length, 0, '空串合法（清空剪贴板）');
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assert.equal(check('clip.set', { image_base64: 'iVBORw0KGgo=' }).length, 0, '图片 Base64 合法');
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// schema 层允许空对象（text/image_base64 均为可选），由 handler 报错——避免 schema 过严导致组合校验困难
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assert.equal(check('clip.set', {}).length, 0, 'schema 层不拒绝空对象');
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assert.ok(check('clip.set', { bogus: 1 }).length > 0, '未知参数仍应被拒');
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});
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test('clip.get：format 枚举受控', () => {
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assert.equal(check('clip.get', {}).length, 0);
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assert.equal(check('clip.get', { format: 'image' }).length, 0);
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assert.ok(check('clip.get', { format: 'video' }).length > 0, '非法 format 应被拒');
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});
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test('input.mouse.drag：四个坐标必填，steps 有上下限', () => {
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assert.equal(
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check('input.mouse.drag', { from_x: 0, from_y: 0, to_x: 100, to_y: 100 }).length,
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0,
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);
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assert.ok(check('input.mouse.drag', { from_x: 0, from_y: 0 }).length > 0, '缺坐标应报错');
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assert.ok(
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check('input.mouse.drag', { from_x: 0, from_y: 0, to_x: 1, to_y: 1, steps: 0 }).length > 0,
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'steps 下限 1',
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);
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});
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test('screen.find：method 枚举受控，非法值被拒', () => {
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assert.equal(check('screen.find', { text: '确定' }).length, 0);
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assert.equal(check('screen.find', { text: 'x', method: 'ocr' }).length, 0);
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assert.ok(check('screen.find', { text: 'x', method: 'magic' }).length > 0, '非法 method 应被拒');
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});
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test('screen.find：v15 图像模板 —— method=image 与 template/threshold', () => {
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assert.equal(check('screen.find', { method: 'image', template: 'C:\\icon.png' }).length, 0);
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assert.equal(check('screen.find', { text: 'x', method: 'image', threshold: 0.9 }).length, 0);
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// text 改为可选（image 模式不需要），但 handler 仍会校验「非 image 模式必须有 text」
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assert.equal(check('screen.find', {}).length, 0, 'schema 层允许空对象（由 handler 判定 text/template）');
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assert.ok(check('screen.find', { text: 'x', threshold: 0.1 }).length > 0, 'threshold 下限 0.3');
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assert.ok(check('screen.find', { text: 'x', threshold: 1.5 }).length > 0, 'threshold 上限 0.999');
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assert.ok(check('screen.find', { text: 'x', bogus: 1 }).length > 0, '未知参数应被拒');
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});
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test('input.key.press：支持 repeat 与 sequence', () => {
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assert.equal(check('input.key.press', { keys: ['ctrl', 'c'] }).length, 0);
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assert.equal(check('input.key.press', { keys: ['up'], repeat: 3 }).length, 0);
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assert.equal(check('input.key.press', { sequence: [['up'], ['enter']] }).length, 0);
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assert.ok(check('input.key.press', { keys: ['up'], repeat: 0 }).length > 0, 'repeat 下限 1');
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assert.ok(check('input.key.press', { keys: ['up'], repeat: 99 }).length > 0, 'repeat 上限 50');
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});
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test('system.agent.restart：参数可省略', () => {
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assert.equal(check('system.agent.restart', {}).length, 0);
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assert.equal(check('system.agent.restart', { delay_ms: 3000, reason: 'cfg' }).length, 0);
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assert.ok(check('system.agent.restart', { delay_ms: 0 }).length > 0, 'delay_ms 下限 1');
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});
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test('system.shell.exec：async 与 wait_forever 为合法布尔', () => {
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assert.equal(check('system.shell.exec', { command: 'echo hi' }).length, 0);
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assert.equal(check('system.shell.exec', { command: 'sleep 1', async: true }).length, 0);
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assert.equal(
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check('system.shell.exec', { command: 'x', async: true, wait_forever: true }).length,
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0,
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);
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assert.ok(check('system.shell.exec', { command: 'x', async: 'yes' }).length > 0, '类型错误应被拒');
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});
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test('event.watch：kind 枚举受控，file 需 path，interval 有上下限', () => {
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assert.equal(check('event.watch', { kind: 'file', path: 'C:\\tmp' }).length, 0);
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assert.equal(check('event.watch', { kind: 'process', pattern: 'chrome*' }).length, 0);
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assert.equal(check('event.watch', { kind: 'net', interval_ms: 2000 }).length, 0);
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assert.ok(check('event.watch', { kind: 'disk' }).length > 0, '非法 kind 应被拒');
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assert.ok(check('event.watch', { kind: 'net', interval_ms: 100 }).length > 0, 'interval 下限 1s');
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assert.ok(check('event.watch', { kind: 'net', interval_ms: 99999 }).length > 0, 'interval 上限 60s');
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});
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test('event.poll：游标与条数可省略，且不接受未知参数', () => {
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assert.equal(check('event.poll', {}).length, 0);
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assert.equal(check('event.poll', { since: 12, limit: 100 }).length, 0);
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assert.ok(check('event.poll', { limit: 0 }).length > 0, 'limit 下限 1');
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assert.ok(check('event.poll', { limit: 999 }).length > 0, 'limit 上限 500');
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assert.ok(check('event.poll', { bogus: 1 }).length > 0, '未知参数应被拒');
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});
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test('system.net.apply：mode 枚举受控，static 需 ip/mask，确认窗有上下限', () => {
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assert.equal(check('system.net.apply', { mode: 'dhcp' }).length, 0);
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assert.equal(
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check('system.net.apply', { mode: 'static', ip: '192.168.1.50', mask: '255.255.255.0', gateway: '192.168.1.1' }).length,
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0,
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);
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assert.equal(check('system.net.apply', { mode: 'command', command: 'x' }).length, 0);
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assert.ok(check('system.net.apply', { mode: 'teleport' }).length > 0, '非法 mode 应被拒');
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assert.ok(check('system.net.apply', { mode: 'static', ip: '1.2.3.4', mask: '255.255.255.0', confirm_within_ms: 1000 }).length > 0, '确认窗下限 15s');
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assert.ok(check('system.net.apply', { mode: 'static', ip: '1.2.3.4', mask: '255.255.255.0', confirm_within_ms: 9999999 }).length > 0, '确认窗上限 10min');
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});
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test('system.agent.update：url/sha256 必填，超时范围受控', () => {
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assert.equal(
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check('system.agent.update', { url: 'https://example.com/a.mjs', sha256: 'abcdef012345' }).length,
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0,
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);
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assert.ok(check('system.agent.update', { url: 'https://example.com/a.mjs' }).length > 0, 'sha256 必填（安全底线）');
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assert.ok(check('system.agent.update', { sha256: 'abcdef012345' }).length > 0, 'url 必填');
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assert.equal(
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check('system.agent.update', { url: 'https://x/a.mjs', sha256: 'a'.repeat(64), dry_run: true }).length,
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0,
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);
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assert.ok(
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check('system.agent.update', { url: 'https://x/a.mjs', sha256: 'abc', timeout_ms: 100 }).length > 0,
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'超时下限 5s',
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);
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});
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test('system.audio.get / set：参数形状与范围', () => {
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assert.equal(check('system.audio.get', {}).length, 0);
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assert.equal(check('system.audio.set', { mute: true }).length, 0);
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assert.equal(check('system.audio.set', { volume: 35 }).length, 0);
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assert.equal(check('system.audio.set', { mute: false, volume: 0 }).length, 0);
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assert.ok(check('system.audio.set', { volume: 101 }).length > 0, '音量上限 100');
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assert.ok(check('system.audio.set', { volume: -1 }).length > 0, '音量下限 0');
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assert.ok(check('system.audio.set', { volume: '35' }).length > 0, 'volume 必须是整数');
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assert.ok(check('system.audio.set', { mute: 'yes' }).length > 0, 'mute 必须是布尔');
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assert.ok(check('system.audio.set', { bogus: 1 }).length > 0, '未知参数应被拒');
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});
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test('system.net.confirm / status：参数形状', () => {
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assert.equal(check('system.net.confirm', {}).length, 0, 'task_name 可省略（取消全部）');
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assert.equal(check('system.net.confirm', { task_name: 'nodeagent-netrollback-1' }).length, 0);
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assert.equal(check('system.net.status', {}).length, 0);
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assert.ok(check('system.net.status', { bogus: 1 }).length > 0, '未知参数应被拒');
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});
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// ---------- 默认值 ----------
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test('applyDefaults：新能力默认值正确填充', () => {
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const screenFind = applyDefaults({ text: 'x' }, findCapability('screen.find').params_schema);
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assert.equal(screenFind.method, 'auto', 'screen.find 默认 auto');
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const taskGet = applyDefaults({ task_id: 't' }, findCapability('system.task.get').params_schema);
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assert.equal(taskGet.stream, 'stdout');
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assert.equal(taskGet.offset, 0);
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const exec = applyDefaults({ command: 'x' }, findCapability('system.shell.exec').params_schema);
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assert.equal(exec.async, false);
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assert.equal(exec.timeout_ms, 30000);
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});
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// ---------- v20 兼容性：能力差集 ----------
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test('capabilityDiff：识别「远端较旧」与「本控制端较旧」', () => {
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const local = ['system.info', 'system.audio.get', 'system.agent.update'];
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const remoteOld = ['system.info'];
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const d1 = capabilityDiff(local, remoteOld);
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assert.deepEqual(d1.missingOnRemote, ['system.audio.get', 'system.agent.update'], '远端缺的新能力');
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assert.deepEqual(d1.unknownLocally, []);
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const remoteNew = ['system.info', 'system.audio.get', 'system.agent.update', 'future.thing'];
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const d2 = capabilityDiff(local, remoteNew);
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assert.deepEqual(d2.missingOnRemote, [], '远端不缺');
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assert.deepEqual(d2.unknownLocally, ['future.thing'], '本控制端不认识的新能力');
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const same = capabilityDiff(local, local);
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assert.deepEqual(same, { missingOnRemote: [], unknownLocally: [] }, '完全一致应无差异');
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});
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test('capabilityDiff：真实清单与自身比对应无差异（防手滑改坏清单）', () => {
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const names = CAPABILITY_MANIFEST.map((c) => c.name);
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const d = capabilityDiff(names, names);
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assert.equal(d.missingOnRemote.length, 0);
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assert.equal(d.unknownLocally.length, 0);
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});
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// ---------- v1.5.0 快捷键扩展：新参数必须通过 schema 校验 ----------
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test('input.key.press：v1.5.0 新参数（hotkey/hotkeys/preset/hold_ms/route）通过校验', () => {
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assert.equal(check('input.key.press', { hotkey: 'ctrl+shift+esc' }).length, 0);
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assert.equal(check('input.key.press', { hotkeys: ['ctrl+c', 'ctrl+v'] }).length, 0);
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assert.equal(check('input.key.press', { preset: 'copy' }).length, 0);
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assert.equal(check('input.key.press', { presets: ['copy', 'paste'] }).length, 0);
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assert.equal(check('input.key.press', { hotkey: 'win+d', hold_ms: 300 }).length, 0);
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assert.equal(check('input.key.press', { hotkey: 'alt+tab', route: 'post', target_pid: 4242 }).length, 0);
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// 老形式仍应通过（向后兼容）
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assert.equal(check('input.key.press', { keys: ['ctrl', 'c'] }).length, 0);
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assert.equal(check('input.key.press', { sequence: [['up'], ['enter']] }).length, 0);
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});
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test('input.key.press：非法 route / 缺 target_pid 语义由 agent 层拒（schema 层只卡类型）', () => {
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// route 枚举外值必须在 schema 层就被拒
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assert.ok(check('input.key.press', { hotkey: 'a', route: 'sideways' }).length > 0, 'route 枚举外值应被拒');
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});
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