mirror of
https://github.com/Matysh/houseplan-card
synced 2026-07-31 08:28:31 +00:00
Matysh
41b20e1901
T1: demo/serve.mjs exports check/checkAll/finish — all 48 smokes now assert named facts and exit non-zero on a mismatch or an uncaught in-card exception (verified by breaking the kiosk guard on purpose). Informational values were frozen from a v1.43.1 run and cross-read against the source; timings assert budgets, not exact numbers. T2: new CI job 'smoke' gated on 'frontend', builds a FRESH bundle before running (the committed demo/srv/assets copy is a snapshot) and uploads per-file logs on failure. T3: [auto] now means 'a named failing check exists' and each line names it (43 lines); 72 aspirational markers honestly downgraded to [manual]. Fixed the 'ZERO edit buttons' contradiction (wrong since v1.30.1) and the opening-click line (true again since v1.43.1). Three smokes carried pre-v1.39.0/v1.25 expectations and were testing old behaviour: tap defaults for lights, card-wide tap action, label drag requiring plan mode. DEVELOPMENT.md documents the harness contract.
109 lines
7.6 KiB
JavaScript
109 lines
7.6 KiB
JavaScript
import { launch, checkAll, finish } from './serve.mjs';
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const { page, browser } = await launch();
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const res = await page.evaluate(async () => {
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const out = {};
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const c = window.__card;
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const sr = () => c.shadowRoot || c.renderRoot;
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const spId = c._space;
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// включить glow-режим
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c._serverCfg = { ...c._serverCfg, spaces: c._serverCfg.spaces.map((s) => s.id !== spId ? s : ({
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...s, settings: { ...(s.settings || {}), fill_mode: 'glow' } })) };
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c.requestUpdate(); await c.updateComplete;
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await new Promise((r) => setTimeout(r, 250));
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// 1) все комнаты залиты темнотой одинаково (независимо от ламп)
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const rooms = [...sr().querySelectorAll('.room.styled')];
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out.roomsDark = rooms.length > 0 && rooms.every((el) => {
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const st = el.getAttribute('style') || '';
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return st.includes('--room-fill:#0d1b2a');
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});
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// 2) пятна от включённых ламп
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const litLight = c._devices.find((d) => d.space === spId && d.entities.some((e) => e.startsWith('light.') && c.hass.states[e]?.state === 'on'));
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out.hasLitLight = !!litLight;
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out.spots = sr().querySelectorAll('.glowlayer circle').length;
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out.spotsMatchLights = out.spots === c._devices.filter((d) => d.space === spId && d.entities.some((e) => e.startsWith('light.') && c.hass.states[e]?.state === 'on')).length;
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// 3) выключение лампы убирает её пятно
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const eid = litLight.entities.find((e) => e.startsWith('light.') && c.hass.states[e]?.state === 'on');
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const st0 = c.hass.states[eid];
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c.hass = { ...c.hass, states: { ...c.hass.states, [eid]: { ...st0, state: 'off' } } };
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await c.updateComplete;
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out.spotGone = sr().querySelectorAll('.glowlayer circle').length === out.spots - 1;
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c.hass = { ...c.hass, states: { ...c.hass.states, [eid]: st0 } }; await c.updateComplete;
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// 4) rgb-лампа красит градиент своим цветом (форсируем rgb у лампы)
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c.hass = { ...c.hass, states: { ...c.hass.states, [eid]: { ...st0, state: 'on', attributes: { ...st0.attributes, rgb_color: [255, 0, 0] } } } };
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await c.updateComplete;
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out.gradientColored = [...sr().querySelectorAll('defs radialGradient stop')].some((s2) => s2.getAttribute('stop-color') === 'rgb(255, 0, 0)');
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c.hass = { ...c.hass, states: { ...c.hass.states, [eid]: st0 } }; await c.updateComplete;
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// 5) пятно обрезано комнатой (есть clipPath)
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out.clipped = sr().querySelectorAll('defs clipPath[id^="hp-glowclip"]').length > 0;
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// 6) дверь в соседнюю комнату → в clip добавлен сектор (2 сабпути M)
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// добавим дверь между r1 и r2 на общей стене x=0.55… найдём общую стену программно:
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const spm = c._spaceModel();
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const r1 = spm.rooms.find((r) => r.id === 'r1');
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const r2 = spm.rooms.find((r) => r.id === 'r2');
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// возьмём точку на границе r1, ближайшую к центру r2
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const c2 = c._roomCenter(r2);
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const poly1 = r1.poly || [[r1.x, r1.y], [r1.x + r1.w, r1.y], [r1.x + r1.w, r1.y + r1.h], [r1.x, r1.y + r1.h]];
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// общая стена вертикальная — дверь ставим на неё
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const H = 1000 / (c._curSpaceCfg.aspect || 1);
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const doorPt = (() => {
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let best = null, bd = 1e9;
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for (const [x, y] of [[550, 150], [550, 200], [550, 250]]) {
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const d2 = Math.hypot(x - c2[0], y - c2[1]);
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if (d2 < bd) { bd = d2; best = [x, y]; }
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}
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return best;
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})();
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c._serverCfg = { ...c._serverCfg, spaces: c._serverCfg.spaces.map((s) => s.id !== spId ? s : ({
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...s, openings: [{ id: 'gd', type: 'door', x: doorPt[0] / 1000, y: doorPt[1] / H, angle: 90, length: 0.09 }] })) };
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c.requestUpdate(); await c.updateComplete;
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// источник детерминированно ставим в центр r1 (двигаем реальную включённую лампу)
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const aspect = c._curSpaceCfg.aspect || 1;
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const c1 = c._roomCenter(r1);
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c._layout = { ...c._layout, [litLight.id]: { s: spId, x: c1[0] / 1000, y: c1[1] / (1000 / aspect) } };
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// радиус 6 м, чтобы дверь заведомо была в зоне досягаемости
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c._serverCfg = { ...c._serverCfg, settings: { ...(c._serverCfg.settings || {}), glow_radius_cm: 600 } };
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c.requestUpdate(); await c.updateComplete;
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// теперь каждый под-контур — отдельный path внутри clipPath
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const clipEls = [...sr().querySelectorAll('defs clipPath[id^="hp-glowclip"]')];
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out.sectorAdded = clipEls.some((cp) => cp.querySelectorAll('path').length >= 2);
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// и сектор в том же направлении обхода не выедает комнату: каждый path — один контур
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out.singleSubpathPerPath = clipEls.every((cp) => [...cp.querySelectorAll('path')]
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.every((p) => ((p.getAttribute('d') || '').match(/M /g) || []).length === 1));
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// у входной двери (наружу) сектора нет: дверь на внешней стене r1 (x=min)
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const minX = Math.min(...poly1.map((p) => p[0]));
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const yMid = (Math.min(...poly1.map((p) => p[1])) + Math.max(...poly1.map((p) => p[1]))) / 2;
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c._serverCfg = { ...c._serverCfg, spaces: c._serverCfg.spaces.map((s) => s.id !== spId ? s : ({
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...s, openings: [{ id: 'gd2', type: 'door', x: minX / 1000, y: yMid / (1000 / aspect), angle: 90, length: 0.09 }] })) };
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c.requestUpdate(); await c.updateComplete;
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const clipEls2 = [...sr().querySelectorAll('defs clipPath[id^="hp-glowclip"]')];
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out.entranceNoSector = clipEls2.every((cp) => cp.querySelectorAll('path').length === 1);
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// 6б) профиль градиента: плато до 80%, спад на внешних 20%
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const stops = [...sr().querySelectorAll('defs radialGradient')][0];
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const offs = stops ? [...stops.querySelectorAll('stop')].map((st2) => [st2.getAttribute('offset'), st2.getAttribute('stop-opacity')]) : [];
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out.plateau80 = offs.length === 3 && offs[0][0] === '0%' && offs[1][0] === '70%'
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&& offs[0][1] === offs[1][1] && offs[2][1] === '0';
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// 7а) персональный радиус источника перекрывает глобальный
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const litMarkerId = litLight.id;
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c._serverCfg = { ...c._serverCfg, markers: [
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...(c._serverCfg.markers || []).filter((m) => m.id !== litMarkerId),
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{ id: litMarkerId, binding: litLight.bindingKind === 'virtual' ? 'virtual' : litLight.bindingKind + ':' + litLight.bindingRef, glow_radius_cm: 150 },
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] };
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c._regSignature = ''; c._maybeRebuildDevices(); c.requestUpdate(); await c.updateComplete;
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const rOwn = Number(sr().querySelector('.glowlayer circle')?.getAttribute('r'));
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out.perSourceRadius = Math.abs(rOwn - c._cmToUnits(150)) < 0.5;
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c._serverCfg = { ...c._serverCfg, markers: (c._serverCfg.markers || []).filter((m) => m.id !== litMarkerId) };
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c._regSignature = ''; c._maybeRebuildDevices(); c.requestUpdate(); await c.updateComplete;
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// 7) радиус из настроек: 600 см против 300 см — вдвое больше
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const r600 = Number(sr().querySelector('.glowlayer circle')?.getAttribute('r'));
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c._serverCfg = { ...c._serverCfg, settings: { ...(c._serverCfg.settings || {}), glow_radius_cm: 300 } };
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c.requestUpdate(); await c.updateComplete;
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const r300 = Number(sr().querySelector('.glowlayer circle')?.getAttribute('r'));
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out.radiusReacts = Math.abs(r600 / r300 - 2) < 0.01;
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return out;
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});
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// значения зафиксированы прогоном на v1.43.1 и сверены с кодом (audit T1)
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checkAll(res, {
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"spots": 1,
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});
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await finish(browser, res);
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