/**
 * 证书管家本地自测 —— 不启动 wrangler，直接把编译后的 routes/ssl.ts 跑一遍。
 *
 * 为什么不用 wrangler dev：本项目的历史教训是「本地 workerd 的行为和线上不一致」
 * （例如 PBKDF2 迭代数、Workers Cache），所以凡是**纯逻辑**的部分（鉴权矩阵、
 * 配置校验、加密往返、脱敏）都在这里用假 KV/假 D1 跑，跑得快也跑得准；
 * 真正需要边界环境的（TLS 探测、Workers Cache）放到线上验证。
 *
 * 用法（两步，先编译再跑）：
 *   npm run selftest:ssl
 */
import fs from 'node:fs';
import path from 'node:path';
import { fileURLToPath, pathToFileURL } from 'node:url';

const here = path.dirname(fileURLToPath(import.meta.url));
const root = path.resolve(here, '..');
const outDir = path.join(root, '.selftest-ssl');

const toFileUrl = (p) => pathToFileURL(p).href;

// 编译 src → CJS（只编需要的几个文件；types.ts 是纯类型，会被擦掉）
// ★ 必须带 --strict：KVNamespaceListResult 是「完成/未完成」的联合类型，
//   只有 strict 下的控制流分析才能按 list_complete 把它收窄（`strict:false`
//   时 TS 会把两支合并，读 page.cursor 直接报 TS2339）。
//   这也说明「编译过了」和「按项目配置编译过了」是两件事。
//
// ★ 编译交给**外层 shell** 做（package.json 里的 selftest:ssl），不在这里
//   spawn —— 本机的沙箱会让 spawnSync 直接 EBUSY（status=null、stdout 全是
//   undefined，报错信息毫无指向性）。这里只做一件事：产物在不在。
if (!fs.existsSync(path.join(outDir, 'routes', 'ssl.js'))) {
  console.error('找不到编译产物 ' + path.join(outDir, 'routes/ssl.js'));
  console.error('请先跑：npx tsc src/routes/ssl.ts src/lib/{role,certstore,certvault,certprobe}.ts \\');
  console.error('            --outDir .selftest-ssl --module commonjs --target es2022 \\');
  console.error('            --moduleResolution node --strict \\');
  console.error('            --types ./node_modules/@cloudflare/workers-types \\');
  console.error('            --skipLibCheck --esModuleInterop --resolveJsonModule');
  process.exit(1);
}

/** ★ toFileUrl 定义在文件顶部（pathToFileURL）—— Windows 路径必须走它，
 *  手写 `'file://' + p` 在盘符前少一个斜杠，import 会报 ERR_UNSUPPORTED_ESM_URL_SCHEME。 */

// ---------------------------------------------------------------- 测试脚手架

let pass = 0;
let fail = 0;
const failures = [];

function t(name, ok, extra) {
  if (ok) { pass++; console.log('  ✓ ' + name); }
  else { fail++; failures.push(name); console.log('  ✗ ' + name + (extra ? '  → ' + extra : '')); }
}

function eq(name, got, want) {
  t(name + `（期望 ${JSON.stringify(want)}，实得 ${JSON.stringify(got)}）`, JSON.stringify(got) === JSON.stringify(want));
}

/** 内存版 KVNamespace，够用（get / put / delete / list） */
function memKV() {
  const m = new Map();
  return {
    _m: m,
    async get(k) { return m.has(k) ? m.get(k) : null; },
    async put(k, v) { m.set(k, String(v)); },
    async delete(k) { m.delete(k); },
    async list({ prefix = '', cursor } = {}) {
      const keys = [...m.keys()].filter((k) => k.startsWith(prefix)).sort();
      return { keys: keys.map((name) => ({ name })), list_complete: true, cursor: undefined, cacheStatus: null };
    },
  };
}

const KV = memKV();
const ENV = {
  RSS_KV: KV,
  TOKEN_SECRET: 'test-secret-please-rotate',
  ALLOWED_ORIGINS: 'https://api.200181.xyz',
  DB: {
    // getAdminUsers 会查 D1；这里给一张空表
    prepare: () => ({ bind: () => ({ all: async () => ({ results: [] }), first: async () => null }) }),
  },
};

const ssl = await import(toFileUrl(path.join(outDir, 'routes', 'ssl.js')));
const store = await import(toFileUrl(path.join(outDir, 'lib', 'certstore.js')));
const vault = await import(toFileUrl(path.join(outDir, 'lib', 'certvault.js')));
const role = await import(toFileUrl(path.join(outDir, 'lib', 'role.js')));
const probe = await import(toFileUrl(path.join(outDir, 'lib', 'certprobe.js')));

/** 造一个 Ctx */
function ctx({ method = 'GET', url = 'https://api.200181.xyz/api/v2/ssl/x', user = null, body, origin } = {}) {
  const headers = new Headers();
  if (origin) headers.set('Origin', origin);
  if (body !== undefined) headers.set('Content-Type', 'application/json');
  return {
    env: ENV,
    req: new Request(url, { method, headers, body: body === undefined ? undefined : JSON.stringify(body) }),
    url: new URL(url),
    params: {},
    user,
  };
}

const ADMIN = { id: 1, name: '群林', email: 'a@b.c', is_admin: 1, role: 'admin' };
const SSLU = { id: 2, name: '阿美', email: 's@b.c', is_admin: 0, role: 'ssl' };
const EDITOR = { id: 3, name: '小明', email: 'e@b.c', is_admin: 0, role: 'editor' };
const PLAIN = { id: 4, name: '路人', email: 'p@b.c', is_admin: 0, role: '' };

const j = async (res) => ({ status: res.status, body: await res.json() });

// ================================================================ 1. 角色
console.log('\n[1] 角色归一化与权限判定');
eq('roleOf(admin)', role.roleOf(ADMIN), 'admin');
eq('roleOf(ssl)', role.roleOf(SSLU), 'ssl');
eq('roleOf(editor)', role.roleOf(EDITOR), 'editor');
eq('roleOf(普通)', role.roleOf(PLAIN), 'user');
eq('roleOf(null)', role.roleOf(null), 'user');
t('is_admin=1 优先于 role 列', role.roleOf({ is_admin: 1, role: '' }) === 'admin');
t('canManageSSL(admin)=true', role.canManageSSL(ADMIN) === true);
t('canManageSSL(ssl)=true', role.canManageSSL(SSLU) === true);
t('★ canManageSSL(editor)=false', role.canManageSSL(EDITOR) === false);
t('★ canManageSSL(普通)=false', role.canManageSSL(PLAIN) === false);
t('canWritePosts(ssl)=false', role.canWritePosts(SSLU) === false);
eq('normalizeRole("ssl")', role.normalizeRole('ssl', undefined), 'ssl');
eq('normalizeRole("SSL")（大小写容错）', role.normalizeRole('SSL', undefined), 'ssl');
eq('normalizeRole("胡说")', role.normalizeRole('胡说', undefined), '');
eq('normalizeRole(undefined, true)', role.normalizeRole(undefined, true), 'admin');
eq('roleLabel("ssl")', role.roleLabel('ssl'), 'SSL 管理员');

// ================================================================ 2. 保险箱
console.log('\n[2] AES-GCM 保险箱');
const secretObj = { type: 'tencentcloud', secretId: 'AKIDabcdefghijklmn', secretKey: 'verysecretkey12345' };
const sealed = await vault.sealJson(ENV, secretObj);
t('密文带 v1. 前缀', sealed.startsWith('v1.'));
t('密文里看不到明文', !sealed.includes('AKIDabcdefghijklmn') && !sealed.includes('verysecretkey'));
t('isSealed 认得出', vault.isSealed(sealed) === true);
eq('解密往返一致', await vault.openJson(ENV, sealed), secretObj);
{
  const sealed2 = await vault.sealJson(ENV, secretObj);
  t('★ 同一明文两次加密结果不同（IV 随机）', sealed !== sealed2);
}
t('isSealed(乱码)=false', vault.isSealed('hello') === false);
{
  const wrongKeyEnv = { ...ENV, TOKEN_SECRET: 'another-secret' };
  let threw = false;
  try { await vault.openJson(wrongKeyEnv, sealed); } catch { threw = true; }
  t('★ 换密钥后解密抛错（不返回半成品）', threw);
  eq('peekJson 解不开返回 null', await vault.peekJson(wrongKeyEnv, sealed), null);
}
eq('maskSecret 长串', vault.maskSecret('AKIDabcdefghijklmn'), 'AKID********klmn');
eq('maskSecret 短串', vault.maskSecret('abc'), '***');
eq('maskSecret 空', vault.maskSecret(''), '');

// ================================================================ 3. 存储层
console.log('\n[3] 存储层（配置 / 凭据 / 证书 / 日志）');
{
  const c0 = await store.loadConfig(ENV);
  eq('空 KV → 默认配置 version', c0.version, 1);
  eq('空 KV → 空域名列表', c0.domains, []);
  eq('空 KV → 默认提醒 30 天', c0.notify.daysBefore, 30);

  await store.saveConfig(ENV, {
    version: 1,
    notify: { emails: ['a@b.c'], daysBefore: 21 },
    domains: [{ name: 'usj.cc', san: ['usj.cc', '*.usj.cc'], dns: 'tc', deploy: ['1panel'] }],
  });
  const c1 = await store.loadConfig(ENV);
  eq('保存后读回域名数', c1.domains.length, 1);
  eq('保存后读回提醒天数', c1.notify.daysBefore, 21);

  // 老配置缺字段的迁移
  await KV.put('certkeeper:config', JSON.stringify({ domains: [{ name: 'x.cc' }] }));
  const c2 = await store.loadConfig(ENV);
  eq('缺 notify 时补默认', c2.notify.daysBefore, 30);
  eq('域名缺 san 时补空数组', c2.domains[0].san, []);
  eq('域名缺 deploy 时补空数组', c2.domains[0].deploy, []);

  await KV.put('certkeeper:config', '{坏 JSON');
  let threw = false;
  try { await store.loadConfig(ENV); } catch { threw = true; }
  t('★ 配置坏 JSON 时抛错（不返回空配置）', threw);

  // 复位：上面故意写坏的配置要清掉，否则后面每个接口都会 500
  await KV.delete('certkeeper:config');
  eq('复位后能正常读配置', (await store.loadConfig(ENV)).version, 1);
}

{
  await store.putAccess(ENV, 'tc-main', { type: 'tencentcloud', note: '主号', secretId: 'AKIDxyz123456789', secretKey: 'kkkkkkkkkkkk' });
  const raw = await KV.get('certkeeper:access:tc-main');
  t('★ KV 里落的是密文（不含明文密钥）', !raw.includes('AKIDxyz123456789') && vault.isSealed(raw));

  const got = await store.getAccess(ENV, 'tc-main');
  eq('getAccess 解出明文 type', got.type, 'tencentcloud');
  eq('getAccess 解出明文 secretId', got.secretId, 'AKIDxyz123456789');

  const list = await store.listAccess(ENV);
  eq('列表有一条', list.length, 1);
  eq('★ 列表回显 type', list[0].type, 'tencentcloud');
  eq('★ 列表回显脱敏 secretId', list[0].fields.secretId, 'AKID********6789');
  t('★ 列表里没有明文密钥', !JSON.stringify(list).includes('AKIDxyz123456789'));
  t('★ 列表里没有明文 secretKey', !JSON.stringify(list).includes('kkkkkkkkkkkk'));

  // 解不开的凭据也要列出来（密钥轮换后的场景）
  await KV.put('certkeeper:access:broken', 'v1.AAAA.BBBB');
  const list2 = await store.listAccess(ENV);
  const broken = list2.find((x) => x.name === 'broken');
  t('★ 解不开的凭据仍出现在列表里', !!broken);
  t('★ 解不开的凭据被标 unreadable', broken && broken.unreadable === true);
  await KV.delete('certkeeper:access:broken');
}

{
  const rec = { cert: 'PEM', key: 'KEY', expireAt: Date.now() + 86400000, updatedAt: Date.now(), issuer: 'LiteSSL' };
  await store.putCert(ENV, 'USJ.CC', rec); // 大小写混写
  eq('★ 证书域名自动小写化后读得到', (await store.getCert(ENV, 'usj.cc')).issuer, 'LiteSSL');
  eq('大写也读得到同一张', (await store.getCert(ENV, 'USJ.CC')).issuer, 'LiteSSL');
  const raw = await KV.get('certkeeper:cert:usj.cc');
  t('★ 证书（含私钥）落 KV 是密文', vault.isSealed(raw) && !raw.includes('KEY'));
  eq('listCertNames', await store.listCertNames(ENV), ['usj.cc']);

  await KV.put('certkeeper:cert:bad.cc', 'v1.XXXX.YYYY');
  eq('★ 证书解不开时返回 null 而不是抛', await store.getCert(ENV, 'bad.cc'), null);
  await KV.delete('certkeeper:cert:bad.cc');
}

{
  for (let i = 0; i < 205; i++) {
    await store.appendLog(ENV, { at: i, level: 'info', action: 'check', message: 'm' + i });
  }
  const logs = await store.loadLog(ENV);
  eq('★ 日志环形缓冲上限 200', logs.length, 200);
  eq('日志最新在最前', logs[0].message, 'm204');
  await store.clearLog(ENV);
  eq('清空后为空', (await store.loadLog(ENV)).length, 0);
}

// ================================================================ 4. 鉴权矩阵
console.log('\n[4] HTTP 鉴权矩阵（这是最关键的一组）');
{
  const cases = [
    ['匿名 GET /overview', null, 403],
    ['普通用户 GET /overview', PLAIN, 403],
    ['★ 编辑 GET /overview（不该有证书权限）', EDITOR, 403],
    ['SSL 管理员 GET /overview', SSLU, 200],
    ['管理员 GET /overview', ADMIN, 200],
  ];
  for (const [name, user, want] of cases) {
    const r = await ssl.overview(ctx({ user }));
    eq(name, r.status, want);
  }

  // 写接口
  const wcases = [
    ['匿名 POST /config', null, 403],
    ['★ 编辑 POST /config', EDITOR, 403],
    ['SSL 管理员 POST /config（合法体）', SSLU, 200],
  ];
  for (const [name, user, want] of wcases) {
    const r = await ssl.configSave(ctx({
      method: 'POST', user,
      body: { version: 1, notify: { emails: [], daysBefore: 30 }, domains: [] },
    }));
    eq(name, r.status, want);
  }

  // CSRF
  {
    const r = await ssl.configSave(ctx({
      method: 'POST', user: ADMIN, origin: 'https://evil.example.com',
      body: { version: 1, notify: { emails: [], daysBefore: 30 }, domains: [] },
    }));
    eq('★ 跨站 Origin 的写请求被拒', r.status, 403);
  }
  {
    const r = await ssl.configSave(ctx({
      method: 'POST', user: ADMIN, origin: 'https://api.200181.xyz',
      body: { version: 1, notify: { emails: [], daysBefore: 30 }, domains: [] },
    }));
    eq('同源写请求放行', r.status, 200);
  }
}

// ================================================================ 5. 配置校验
console.log('\n[5] 配置校验（错了要在保存时就报，别等 90 天后）');
{
  await store.putAccess(ENV, 'tc1', { type: 'tencentcloud', secretId: 'a', secretKey: 'b' });

  const bad = [
    ['缺 name', { domains: [{ san: ['a.cc'], dns: 'tc1' }] }],
    ['不像域名', { domains: [{ name: 'not a domain!', san: ['a.cc'], dns: 'tc1' }] }],
    ['缺 SAN', { domains: [{ name: 'a.cc', san: [], dns: 'tc1' }] }],
    ['缺 DNS 凭据名', { domains: [{ name: 'a.cc', san: ['a.cc'] }] }],
    ['★ 引用了不存在的凭据', { domains: [{ name: 'a.cc', san: ['a.cc'], dns: 'nope' }] }],
    ['不认识的部署目标', { domains: [{ name: 'a.cc', san: ['a.cc'], dns: 'tc1', deploy: ['k8s'] }] }],
    ['重复域名', { domains: [
      { name: 'a.cc', san: ['a.cc'], dns: 'tc1' },
      { name: 'a.cc', san: ['a.cc'], dns: 'tc1' },
    ] }],
  ];
  for (const [name, body] of bad) {
    const r = await ssl.configSave(ctx({
      method: 'POST', user: ADMIN,
      body: { version: 1, notify: { emails: [], daysBefore: 30 }, ...body },
    }));
    t('拒绝：' + name, r.status === 400, 'got ' + r.status);
  }

  const okBody = {
    version: 1,
    notify: { emails: ['me@example.com'], daysBefore: 45 },
    domains: [{ name: 'USJ.CC', san: ['USJ.CC', '*.USJ.CC'], dns: 'tc1', deploy: ['1panel', 'dogecloud'] }],
  };
  const r = await ssl.configSave(ctx({ method: 'POST', user: ADMIN, body: okBody }));
  eq('合法配置保存成功', r.status, 200);
  const saved = await store.loadConfig(ENV);
  eq('★ 域名自动小写化', saved.domains[0].name, 'usj.cc');
  eq('★ SAN 自动小写化', saved.domains[0].san, ['usj.cc', '*.usj.cc']);
  eq('提醒阈值保存正确', saved.notify.daysBefore, 45);

  // 提醒天数越界
  for (const days of [0, -5, 400]) {
    const rr = await ssl.configSave(ctx({
      method: 'POST', user: ADMIN,
      body: { version: 1, notify: { emails: [], daysBefore: days }, domains: [] },
    }));
    t('拒绝越界提醒天数 ' + days, rr.status === 400, 'got ' + rr.status);
  }
  // 邮箱格式
  {
    const rr = await ssl.configSave(ctx({
      method: 'POST', user: ADMIN,
      body: { version: 1, notify: { emails: ['not-an-email'], daysBefore: 30 }, domains: [] },
    }));
    eq('拒绝非法邮箱', rr.status, 400);
  }
}

// ================================================================ 6. 凭据接口
console.log('\n[6] 凭据接口');
{
  const r = await ssl.accessSave(ctx({
    method: 'POST', user: ADMIN,
    body: { name: 'new-acc', type: 'cloudflare', note: 'CF', fields: { apiToken: 'cf-token-abcdefgh' } },
  }));
  eq('新建凭据', r.status, 200);
  eq('凭据类型落库', (await store.getAccess(ENV, 'new-acc')).type, 'cloudflare');

  // 只改备注：不该把脱敏值（含 ****）写进去
  const r2 = await ssl.accessSave(ctx({
    method: 'POST', user: ADMIN,
    body: { name: 'new-acc', type: 'cloudflare', note: '改过备注', fields: { apiToken: 'cf-t********gh' } },
  }));
  eq('只改备注返回 200', r2.status, 200);
  const after = await store.getAccess(ENV, 'new-acc');
  eq('★ 脱敏值没被当成新密钥写进去', after.apiToken, 'cf-token-abcdefgh');
  eq('备注已更新', after.note, '改过备注');

  // 非法类型 / 名字
  const r3 = await ssl.accessSave(ctx({ method: 'POST', user: ADMIN, body: { name: 'x', type: '随便', fields: { a: 'b' } } }));
  eq('拒绝非法类型', r3.status, 400);
  const r4 = await ssl.accessSave(ctx({ method: 'POST', user: ADMIN, body: { name: '有空格 和/斜杠', type: 'cloudflare', fields: { a: 'b' } } }));
  eq('拒绝非法凭据名', r4.status, 400);
  const r5 = await ssl.accessSave(ctx({ method: 'POST', user: ADMIN, body: { name: 'never-existed', type: 'cloudflare', fields: {} } }));
  eq('拒绝「新建但没填密钥」', r5.status, 400);

  // 被引用的凭据不能删
  const r6 = await ssl.accessDelete(ctx({ method: 'POST', user: ADMIN, body: { name: 'tc1' } }));
  eq('★ 被域名引用的凭据删不掉', r6.status, 409);
  const r7 = await ssl.accessDelete(ctx({ method: 'POST', user: ADMIN, body: { name: 'new-acc' } }));
  eq('未被引用的凭据可删', r7.status, 200);
  eq('删除后读不到', await store.getAccess(ENV, 'new-acc'), null);
}

// ================================================================ 7. 证书登记
console.log('\n[7] 证书登记 / 删除');
{
  const pem = '-----BEGIN CERTIFICATE-----\nTUlJQmRENDAdGVzdA==\n-----END CERTIFICATE-----';
  const r = await ssl.certImport(ctx({
    method: 'POST', user: ADMIN,
    body: { domain: 'usj.cc', cert: pem, key: '', expireAt: Date.UTC(2027, 0, 5), issuer: 'LiteSSL' },
  }));
  eq('登记证书', r.status, 200);
  const rec = await store.getCert(ENV, 'usj.cc');
  eq('到期时间落库', rec.expireAt, Date.UTC(2027, 0, 5));
  eq('签发方落库', rec.issuer, 'LiteSSL');

  const r2 = await ssl.certImport(ctx({
    method: 'POST', user: ADMIN, body: { domain: 'x.cc', cert: '不是 PEM', expireAt: 1 },
  }));
  eq('拒绝非 PEM 内容', r2.status, 400);
  const r3 = await ssl.certImport(ctx({
    method: 'POST', user: ADMIN, body: { domain: 'y.cc', cert: pem, expireAt: 0 },
  }));
  eq('★ 读不出到期时间且没填 → 拒绝', r3.status, 400);

  // certList
  const rl = await j(await ssl.certList(ctx({ user: ADMIN })));
  eq('certList 状态码', rl.status, 200);
  const item = rl.body.items.find((x) => x.domain === 'usj.cc');
  t('certList 带上 configured 标记', item && item.configured === true);
  t('certList 算出剩余天数', item && typeof item.daysLeft === 'number' && item.daysLeft > 0);
  t('certList 按剩余天数升序', rl.body.items.every((x, i, a) => i === 0 || (a[i - 1].daysLeft ?? 9999) <= (x.daysLeft ?? 9999)));

  const rd = await ssl.certDelete(ctx({ method: 'POST', user: ADMIN, body: { domain: 'usj.cc' } }));
  eq('删除证书', rd.status, 200);
  eq('删除后读不到', await store.getCert(ENV, 'usj.cc'), null);
}

// ================================================================ 8. 日志接口
console.log('\n[8] 日志 / whoami');
{
  await store.appendLog(ENV, { at: Date.now(), level: 'warn', action: 'check', message: '测试日志' });
  const r = await j(await ssl.logList(ctx({ user: SSLU })));
  eq('SSL 管理员能读日志', r.status, 200);
  t('日志有内容', r.body.items.length >= 1);

  const rw = await j(await ssl.whoami(ctx({ user: SSLU })));
  eq('whoami 对 SSL 管理员返回 ok', rw.status, 200);
  eq('whoami 带出角色', rw.body.user.role, 'ssl');

  const rw2 = await j(await ssl.whoami(ctx({ user: EDITOR })));
  eq('★ whoami 对编辑返回 401', rw2.status, 401);
  eq('whoami 明确 canManage=false', rw2.body.canManage, false);
}

// ================================================================ 9. 概览分级
console.log('\n[9] 概览的到期分级');
{
  await store.saveConfig(ENV, {
    version: 1,
    notify: { emails: [], daysBefore: 30 },
    domains: [
      { name: 'ok.cc', san: ['ok.cc'], dns: 'tc1', deploy: [] },
      { name: 'soon.cc', san: ['soon.cc'], dns: 'tc1', deploy: [] },
      { name: 'dead.cc', san: ['dead.cc'], dns: 'tc1', deploy: [] },
      { name: 'off.cc', san: ['off.cc'], dns: 'tc1', deploy: [], disabled: true },
      { name: 'none.cc', san: ['none.cc'], dns: 'tc1', deploy: [] },
    ],
  });
  const day = 86400000;
  await store.putCert(ENV, 'ok.cc', { cert: '', key: '', expireAt: Date.now() + 80 * day, updatedAt: Date.now() });
  await store.putCert(ENV, 'soon.cc', { cert: '', key: '', expireAt: Date.now() + 10 * day, updatedAt: Date.now() });
  await store.putCert(ENV, 'dead.cc', { cert: '', key: '', expireAt: Date.now() - 3 * day, updatedAt: Date.now() });
  await store.putCert(ENV, 'off.cc', { cert: '', key: '', expireAt: Date.now() + 5 * day, updatedAt: Date.now() });

  const r = await j(await ssl.overview(ctx({ user: ADMIN })));
  const by = Object.fromEntries(r.body.domains.map((d) => [d.name, d]));
  eq('80 天 → ok', by['ok.cc'].level, 'ok');
  eq('10 天 → warn', by['soon.cc'].level, 'warn');
  eq('已过期 → danger', by['dead.cc'].level, 'danger');
  eq('★ 已停用的域名不报临期', by['off.cc'].level, 'none');
  eq('★ 已过期剩余天数为负', by['dead.cc'].daysLeft, -3);
  eq('没证的 → none', by['none.cc'].level, 'none');
  eq('没证的 hasCert=false', by['none.cc'].hasCert, false);
}

// ================================================================ 10. 邮件 HTML
console.log('\n[10] 提醒邮件 HTML 转义');
{
  const html = ssl.certMailHtml([{ domain: '<script>alert(1)</script>.cc', days: -2 }], 30);
  t('★ 邮件里域名被 HTML 转义', !html.includes('<script>') && html.includes('&lt;script&gt;'));
  t('邮件含「已过期」文案', html.includes('已过期'));
}

// ================================================================ 11. PEM 解析
console.log('\n[11] parsePemInfo（叶证书 vs 完整链）');
{
  // 样本是测试期用 openssl 现场生成的两张自签名 EC P-256 证书（固定内容，写死在这里）：
  //   · LEAF  —— CN=leaf.test.example，SAN 两条，notAfter = 2027-01-04T11:49:46Z
  //              （用 `openssl x509 -enddate` 核对过）
  //   · INTER —— CN=Test Intermediate CA，notAfter 10 年后
  // ★ 两段的 base64 都**以 `=` 结尾** —— 这正是 2026-10-06 那个 bug 的要害：
  //   旧实现把两段 base64 直接拼起来再 atob，中间夹着的 `=` 让它抛错并返回 {}，
  //   于是调用方静默拿到 notAfter=undefined，多吉云的「已有证书够不够新」比对
  //   永远为假、续期每次都白传一张新证书。
  const LEAF = [
    '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',
  ].join('');
  const INTER = [
    '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',
  ].join('');
  const wrap = (b) => `-----BEGIN CERTIFICATE-----\n${b}\n-----END CERTIFICATE-----\n`;
  const leafPem = wrap(LEAF);
  const chainPem = leafPem + wrap(INTER);

  const EXPECT = Date.UTC(2027, 0, 4, 11, 49, 46); // openssl x509 -enddate 核对过

  const leaf = probe.parsePemInfo(leafPem);
  const chain = probe.parsePemInfo(chainPem);

  // ① 关键回归：多段链必须能解析出 notAfter（旧实现在这里返回 {}）
  t('★ 完整链也能解析出 notAfter（旧实现返回 {}）', typeof chain.notAfter === 'number');
  eq('★ 完整链的 notAfter 精确等于叶证书 notAfter', chain.notAfter, EXPECT);
  eq('单段与完整链的 notAfter 一致', leaf.notAfter, chain.notAfter);

  // ② 只认叶证书的 SAN，不要把中间证书的名字带进来
  eq('SAN 精确解析（叶证书两条）', JSON.stringify(chain.altNames), JSON.stringify(['leaf.test.example', '*.leaf.test.example']));
  t('★ 链解析不混入中间证书主体名', !(chain.altNames || []).some((n) => /intermediate/i.test(n)));

  // ③ 非法输入不抛错、返回不完整对象
  t('空串 → 没 notAfter', probe.parsePemInfo('').notAfter === undefined);
  t('非 PEM → 没 notAfter', probe.parsePemInfo('hello world').notAfter === undefined);
  t('只写 BEGIN 没有 END → 没 notAfter', probe.parsePemInfo('-----BEGIN CERTIFICATE-----\nAAAA\n').notAfter === undefined);
}

// ================================================================ 汇总
console.log('\n' + '='.repeat(56));
console.log(`通过 ${pass} 项，失败 ${fail} 项`);
if (fail) {
  console.log('\n失败清单：');
  for (const f of failures) console.log('  · ' + f);
  process.exit(1);
}
console.log('全部通过 ✓');

// ★ 这里**故意不再删 `.selftest-ssl/`**（2026-10-06 改）。
//
// 原来结尾有一句 `fs.rmSync(outDir)`，本意是「别把测试产物留在树里」。
// 但 `deploy/cn-certkeeper/` 的构建流程恰恰要用这份产物：
//     npm run selftest:ssl:build
//     cp -r blog-admin/.selftest-ssl/lib deploy/cn-certkeeper/lib
// 于是「跑完自测」= 「产物被删」= 后面的 cp 直接失败（报错还算温和），
// 更糟的是有人 cp 到一半就跳过 → **镜像里打进一份陈旧的 acme.js**，
// 排查时会以为「改了代码没生效」。构建产物本来就已 gitignore，留着无害。
console.log(`（编译产物保留在 ${path.relative(process.cwd(), outDir)}/，cn-certkeeper 要用）`);