feat(pi): 交互式 pi 会话接入邮件工具（send_mail/read_inbox 等 10 个）
问题（⑧）：守护进程用 noExtensions:true 起会话，它的邮件工具只给模型在邮件
会话里用；人在 TUI 里敲的 pi 拿不到。结果是平台的建设者自己收不到邮件 ——
一个「邮件驱动」的平台，维护者只能绕到 curl + 密钥直连 Gateway 才能看收件箱。
新增 plugins/pi-mail-bridge/extension/index.ts：把同一套工具（createMailTools）
注册到交互式会话。两者是同一条 AgentMail 身份（agent pi）的两个入口，与 DSH 的
「TUI + 邮箱是同一个 Agent」一致。
密钥解析顺序（交互式 pi 的环境里没有 AGENTMAIL_*）：
1. 进程环境
2. AGENTMAIL_ENV_FILE（默认 /etc/agentmail/pi.env）—— 与守护进程同一把密钥，
因此身份一致
3. AGENTMAIL_CONFIG_DIR/agent.key 或 ~/.agentmail/agent.key
（兼容 key 与 key_token 两种字段名；实测本机文件用的是 key_token，
只认 key 会静默读不到）
拿不到密钥时不注册任何工具并明确告知 —— 挂一组永远 401 的工具比没有更糟。
不注册 connect_to_server：它会重写 Gateway 坐标并重新登记密钥，而交互式会话与
守护进程共用同一身份，一次 TUI 对话不该改到守护进程的配置。
为什么不会重复注册（读 SDK 实现确认，并用探针实测）：
resource-loader.js 里 noExtensions 为真时只用 cliEnabledExtensions，
settings.json 的 extensions 数组被排除 —— 即 noExtensions:true 只加载
命令行 -e 传入的扩展。
探针：noExtensions=true → 扩展数=0；false → 16 个且含 pi-mail-bridge。
deploy/install.sh 增加幂等的扩展注册步骤（写入 settings.json 的 extensions）。
验证：headless pi 实际调用 read_inbox 返回真实邮件主题；工具清单含
send_mail/read_inbox/read_mail/forward_mail/upload_attachment/download_attachment/
suggest_address/list_contacts/session_participants/read_thread（10 个），
connect_to_server 按设计排除。
This commit is contained in:
@ -9,121 +9,132 @@
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* 生产上表现为「新邮件偶尔收不到」「权限决策点了没反应」，且日志里一个字都没有。
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*/
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import { test } from 'node:test';
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import assert from 'node:assert/strict';
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import { test } from "node:test";
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import assert from "node:assert/strict";
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import { createFrameParser } from '../lib/sse-client.js';
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import { createFrameParser } from "../lib/sse-client.js";
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/** JSON.parse 的测试包装：解析失败让断言带原文失败，而不是抛未捕获异常。 */
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function parse(s) {
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try {
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return JSON.parse(s);
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} catch (e) {
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assert.fail(`不是合法 JSON: ${s}（${e.message}）`);
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}
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try {
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return JSON.parse(s);
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} catch (e) {
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assert.fail(`不是合法 JSON: ${s}（${e.message}）`);
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}
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}
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test('完整帧一次喂入：正常解析', () => {
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const p = createFrameParser();
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const events = p.push('id: 7\nevent: new_mail\ndata: {"mail_id":"m1"}\n\n');
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assert.equal(events.length, 1);
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assert.equal(events[0].event, 'new_mail');
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assert.deepEqual(parse(events[0].data), { mail_id: 'm1' });
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assert.equal(events[0].id, '7');
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assert.equal(p.lastEventId(), '7');
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test("完整帧一次喂入：正常解析", () => {
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const p = createFrameParser();
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const events = p.push('id: 7\nevent: new_mail\ndata: {"mail_id":"m1"}\n\n');
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assert.equal(events.length, 1);
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assert.equal(events[0].event, "new_mail");
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assert.deepEqual(parse(events[0].data), { mail_id: "m1" });
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assert.equal(events[0].id, "7");
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assert.equal(p.lastEventId(), "7");
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});
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test('帧被切在换行处：跨 chunk 保住 event 名（原 bug 的核心）', () => {
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const p = createFrameParser();
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// chunk1 恰好停在 event 行之后、data 行之前
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const first = p.push('id: 12\nevent: content_delta\n');
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assert.deepEqual(first, [], '半帧不该派发');
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test("帧被切在换行处：跨 chunk 保住 event 名（原 bug 的核心）", () => {
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const p = createFrameParser();
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// chunk1 恰好停在 event 行之后、data 行之前
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const first = p.push("id: 12\nevent: content_delta\n");
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assert.deepEqual(first, [], "半帧不该派发");
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const second = p.push('data: {"x":1}\n\n');
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assert.equal(second.length, 1, '跨 chunk 的半帧必须被拼回完整事件，而不是丢弃');
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assert.equal(second[0].event, 'content_delta');
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assert.equal(p.lastEventId(), '12');
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const second = p.push('data: {"x":1}\n\n');
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assert.equal(
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second.length,
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1,
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"跨 chunk 的半帧必须被拼回完整事件，而不是丢弃",
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);
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assert.equal(second[0].event, "content_delta");
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assert.equal(p.lastEventId(), "12");
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});
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test('帧被切在行中间：buffer 保留半行', () => {
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const p = createFrameParser();
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const a = p.push('event: new_ma');
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assert.deepEqual(a, []);
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const b = p.push('il\ndata: {"mail_id":"m9"}\n\n');
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assert.equal(b.length, 1);
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assert.equal(b[0].event, 'new_mail');
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test("帧被切在行中间：buffer 保留半行", () => {
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const p = createFrameParser();
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const a = p.push("event: new_ma");
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assert.deepEqual(a, []);
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const b = p.push('il\ndata: {"mail_id":"m9"}\n\n');
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assert.equal(b.length, 1);
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assert.equal(b[0].event, "new_mail");
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});
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test('一个 chunk 里多帧连续：全部派发', () => {
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const p = createFrameParser();
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const events = p.push(
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'event: new_mail\ndata: {"n":1}\n\n' +
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'event: new_mail\ndata: {"n":2}\n\n' +
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'event: session_update\ndata: {"n":3}\n\n'
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);
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assert.equal(events.length, 3);
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assert.deepEqual(events.map((e) => e.event), ['new_mail', 'new_mail', 'session_update']);
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test("一个 chunk 里多帧连续：全部派发", () => {
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const p = createFrameParser();
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const events = p.push(
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'event: new_mail\ndata: {"n":1}\n\n' +
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'event: new_mail\ndata: {"n":2}\n\n' +
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'event: session_update\ndata: {"n":3}\n\n',
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);
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assert.equal(events.length, 3);
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assert.deepEqual(
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events.map((e) => e.event),
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["new_mail", "new_mail", "session_update"],
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);
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});
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test('注释/心跳行被忽略，不影响后续帧', () => {
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const p = createFrameParser();
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const events = p.push(': heartbeat\n\nevent: new_mail\ndata: {"n":1}\n\n');
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assert.equal(events.length, 1);
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assert.equal(events[0].event, 'new_mail');
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test("注释/心跳行被忽略，不影响后续帧", () => {
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const p = createFrameParser();
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const events = p.push(': heartbeat\n\nevent: new_mail\ndata: {"n":1}\n\n');
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assert.equal(events.length, 1);
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assert.equal(events[0].event, "new_mail");
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});
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test('多行 data 用换行拼接', () => {
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const p = createFrameParser();
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const events = p.push('event: x\ndata: line1\ndata: line2\n\n');
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assert.equal(events[0].data, 'line1\nline2');
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test("多行 data 用换行拼接", () => {
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const p = createFrameParser();
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const events = p.push("event: x\ndata: line1\ndata: line2\n\n");
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assert.equal(events[0].data, "line1\nline2");
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});
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test('CRLF 不被当成事件名或 JSON 的一部分', () => {
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const p = createFrameParser();
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const events = p.push('id: 3\r\nevent: new_mail\r\ndata: {"n":1}\r\n\r\n');
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assert.equal(events.length, 1);
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assert.equal(events[0].event, 'new_mail');
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assert.equal(events[0].id, '3');
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assert.deepEqual(parse(events[0].data), { n: 1 });
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test("CRLF 不被当成事件名或 JSON 的一部分", () => {
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const p = createFrameParser();
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const events = p.push('id: 3\r\nevent: new_mail\r\ndata: {"n":1}\r\n\r\n');
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assert.equal(events.length, 1);
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assert.equal(events[0].event, "new_mail");
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assert.equal(events[0].id, "3");
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assert.deepEqual(parse(events[0].data), { n: 1 });
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});
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test('事件 id 只向前推进：重放旧 id 不回退断点', () => {
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const p = createFrameParser();
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p.push('id: 10\nevent: new_mail\ndata: {"n":1}\n\n');
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assert.equal(p.lastEventId(), '10');
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// 服务端重放一条更早的事件：断点不该退回 5，否则下次重连会重复回放 6..10
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p.push('id: 5\nevent: new_mail\ndata: {"n":0}\n\n');
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assert.equal(p.lastEventId(), '5', '解析器如实记录当前 id（是否回退由使用方决定）');
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test("事件 id 只向前推进：重放旧 id 不回退断点", () => {
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const p = createFrameParser();
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p.push('id: 10\nevent: new_mail\ndata: {"n":1}\n\n');
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assert.equal(p.lastEventId(), "10");
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// 服务端重放一条更早的事件：断点不该退回 5，否则下次重连会重复回放 6..10
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p.push('id: 5\nevent: new_mail\ndata: {"n":0}\n\n');
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assert.equal(
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p.lastEventId(),
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"5",
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"解析器如实记录当前 id（是否回退由使用方决定）",
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);
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});
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test('id 在派发前记录：回调抛异常也不丢断点', () => {
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const p = createFrameParser();
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p.push('id: 42\nevent: new_mail\ndata: {"n":1}\n\n');
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assert.equal(p.lastEventId(), '42');
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test("id 在派发前记录：回调抛异常也不丢断点", () => {
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const p = createFrameParser();
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p.push('id: 42\nevent: new_mail\ndata: {"n":1}\n\n');
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assert.equal(p.lastEventId(), "42");
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});
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test('只有 data 没有 event 不派发（避免把心跳数据当事件）', () => {
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const p = createFrameParser();
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const events = p.push('data: {"orphan":true}\n\n');
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assert.deepEqual(events, []);
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test("只有 data 没有 event 不派发（避免把心跳数据当事件）", () => {
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const p = createFrameParser();
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const events = p.push('data: {"orphan":true}\n\n');
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assert.deepEqual(events, []);
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});
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test('reset 清缓冲但保留断点（重连后仍能续传）', () => {
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const p = createFrameParser();
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p.push('id: 99\nevent: a\ndata: {"n":1}\n\n');
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p.push('event: partial'); // 半帧
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p.reset();
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assert.equal(p.lastEventId(), '99', '断点必须保留，否则重连从头回放');
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// reset 后半帧不该复活
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const after = p.push('data: {"n":2}\n\n');
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assert.deepEqual(after, []);
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test("reset 清缓冲但保留断点（重连后仍能续传）", () => {
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const p = createFrameParser();
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p.push('id: 99\nevent: a\ndata: {"n":1}\n\n');
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p.push("event: partial"); // 半帧
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p.reset();
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assert.equal(p.lastEventId(), "99", "断点必须保留，否则重连从头回放");
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// reset 后半帧不该复活
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const after = p.push('data: {"n":2}\n\n');
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assert.deepEqual(after, []);
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});
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test('setLastEventId 清空 = 换 Gateway 后不再拿旧序号问新服务端', () => {
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const p = createFrameParser();
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p.push('id: 123\nevent: a\ndata: {"n":1}\n\n');
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assert.equal(p.lastEventId(), '123');
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// connect_to_server 换了坐标：旧序号属于旧 Gateway 的环形缓冲，必须丢掉
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p.setLastEventId('');
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assert.equal(p.lastEventId(), '', '首次连接不得携带 Last-Event-ID');
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test("setLastEventId 清空 = 换 Gateway 后不再拿旧序号问新服务端", () => {
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const p = createFrameParser();
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p.push('id: 123\nevent: a\ndata: {"n":1}\n\n');
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assert.equal(p.lastEventId(), "123");
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// connect_to_server 换了坐标：旧序号属于旧 Gateway 的环形缓冲，必须丢掉
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p.setLastEventId("");
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assert.equal(p.lastEventId(), "", "首次连接不得携带 Last-Event-ID");
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});
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