import { createDriver } from '../drivers/factory';

(async () => {
  const d = createDriver();
  await d.createSession();
  const KW = process.env.LIGHT_CARD || 'Strip Light 4E';
  const W = 1080, H = 2400;
  const sleep = (ms: number) => new Promise((r) => setTimeout(r, ms));
  const status = async () => {
    const src = await d.getSource();
    const texts = Array.from(src.matchAll(/text="([^"]+)"/g)).map((m) => m[1]);
    const i = texts.findIndex((t) => t.includes(KW));
    return i >= 0 ? texts[i + 1] || '' : '';
  };
  const bri = async () => { const m = (await status()).match(/(\d+)\s*%/); return m ? +m[1] : -1; };
  try {
    await d.dismissPopupIfPresent(); await d.goBackToHomepage(); await sleep(800);
    let el: string | null = null;
    for (let i = 0; i < 10; i++) { el = await d.findElementRaw('-android uiautomator', `new UiSelector().textContains("${KW}")`).catch(() => null); if (el) break; await d.swipe(540, 1500, 540, 700, 0.4).catch(() => {}); await sleep(800); }
    if (!el) throw new Error('找不到卡片');
    const r = await d.getElementRect(el);
    await d.tap(r.x + r.width / 2, r.y + r.height / 2); await sleep(2500);

    // 开灯(动态电源键)
    const src0 = await d.getSource();
    const pw = Array.from(src0.matchAll(/clickable="true"[^>]*?bounds="\[(\d+),(\d+)\]\[(\d+),(\d+)\]"/g))
      .map((m) => ({ w: +m[3] - +m[1], h: +m[4] - +m[2], cx: (+m[1] + +m[3]) / 2, cy: (+m[2] + +m[4]) / 2 }))
      .filter((b) => b.w >= 150 && b.w <= 320 && b.h >= 150 && b.h <= 320 && Math.abs(b.cx - W / 2) < W * 0.15 && b.cy > H * 0.4);
    if (await bri() < 0 && pw.length) { await d.tap(Math.round(pw[0].cx), Math.round(pw[0].cy)); await sleep(3500); }
    console.log('开灯后状态=' + JSON.stringify(await status()));

    // 列出所有滑条 track
    const src = await d.getSource();
    const tracks = Array.from(src.matchAll(/class="android\.view\.View"[^>]*?bounds="\[(\d+),(\d+)\]\[(\d+),(\d+)\]"/g))
      .map((m) => ({ x1: +m[1], y1: +m[2], x2: +m[3], y2: +m[4] }))
      .filter((b) => b.x2 - b.x1 > W * 0.8 && b.y2 - b.y1 > 40 && b.y2 - b.y1 < 280 && b.y1 > H * 0.4)
      .map((b) => ({ left: b.x1 + 10, right: b.x2 - 10, y: Math.round((b.y1 + b.y2) / 2) }))
      .sort((a, b) => a.y - b.y);
    console.log('滑条数=' + tracks.length + ' y=' + JSON.stringify(tracks.map((t) => t.y)));

    // 逐条:从中点拖到低(0.25)读%,再拖到高(0.75)读% — 找亮度条+方向
    for (const t of tracks) {
      const mid = Math.round((t.left + t.right) / 2);
      const loX = Math.round(t.left + 0.25 * (t.right - t.left));
      const hiX = Math.round(t.left + 0.75 * (t.right - t.left));
      // 起点尝试:先按当前亮度反算滑块位置(若读得到),否则用中点
      const cur = await bri(); const span = t.right - t.left;
      const startX = cur >= 0 ? Math.round(t.left + cur / 100 * span) : mid;
      await d.swipe(startX, t.y, loX, t.y, 0.7); await sleep(2000); const aLo = await bri();
      await d.swipe(loX, t.y, hiX, t.y, 0.7); await sleep(2000); const aHi = await bri();
      console.log(`track y=${t.y}: 拖低→${aLo}% 拖高→${aHi}%  ${aHi > aLo && aHi > 0 ? '★亮度条(正向)' : ''}`);
    }
  } catch (e: any) { console.error('探针失败:', e.message); }
  finally { await d.destroySession(); }
})();