v0.16.5

scripts/test_temperature_explanation_ui.js

@@ -0,0 +1,49 @@
+// Focused UI checks for zone temperature origin and sensor-safety indicators.
+// Run from the project root: node scripts/test_temperature_explanation_ui.js
+'use strict';
+const assert = require('node:assert/strict');
+const fs = require('node:fs');
+const vm = require('node:vm');
+const dict = JSON.parse(fs.readFileSync('lang/pl.json', 'utf8')).translations;
+const ctx = vm.createContext({
+  app: { zones: [], devices: [], groups: [] },
+  tr: (key, vars = {}) => String(dict[key] || key).replace(/\{(\w+)\}/g, (match, name) => vars[name] ?? match),
+  fmtTemp: value => value == null ? '--' : `${Number(value).toFixed(1)}°C`,
+  uiIcon: name => `<icon name="${name}"></icon>`,
+  esc: value => String(value ?? '').replace(/[&<>'"]/g, x => ({ '&': '&amp;', '<': '&lt;', '>': '&gt;', "'": '&#39;', '"': '&quot;' })[x]),
+});
+vm.runInContext(fs.readFileSync('web/js-dynamic/entities.js', 'utf8'), ctx);
+
+const combined = {
+  sensor_source: 'combined',
+  control_temperature_source: 'combined',
+  device_temperature: 19,
+  external_temperature: 21,
+  external_sensor_weight: 0.8,
+  current_temperature: 20.6,
+  room_sensor_status: 'ok',
+  enabled: true,
+};
+const formula = ctx.zoneTemperatureExplanation(combined);
+assert.match(formula, /GREE 19\.0°C × 20%/);
+assert.match(formula, /pokój 21\.0°C × 80% = 20\.6°C/);
+const help = ctx.zoneTemperatureHelp(combined);
+assert.match(help, /<details/);
+assert.match(help, /Skąd ta temperatura/);
+assert.match(help, /aria-label=/);
+assert.match(ctx.zoneTemperatureExplanation({ ...combined, control_temperature_source: 'external' }), /21\.0°C pochodzi z czujnika pokojowego/);
+assert.match(ctx.zoneTemperatureExplanation({ ...combined, control_temperature_source: 'device' }), /19\.0°C pochodzi wyłącznie z GREE/);
+
+const stale = {
+  ...combined, control_temperature_source: 'device_fallback', room_sensor_status: 'stale',
+  external_temperature: null, current_temperature: 19, heating_sensor_guard_active: true,
+};
+assert.match(ctx.zoneTemperatureExplanation(stale), /nieaktualny/);
+assert.match(ctx.zoneTemperatureHelp(stale), /nie uruchomi ani nie zwiększy grzania/);
+assert.match(ctx.zoneHeatingGuardNotice(stale, { power: true, mode: 'heat' }), /ochrony sprężarki/);
+assert.match(ctx.zoneHeatingGuardNotice(stale, { power: true, mode: 'auto' }), /ochrony sprężarki/);
+assert.equal(ctx.zoneRuntimeStatusLabel(stale, 'heat', { power: true }), dict['zones.heatGuardActive']);
+const mismatch = { ...stale, room_sensor_status: 'discrepancy', control_temperature_source: 'device_discrepancy_fallback', external_temperature: 23, max_sensor_difference: 3 };
+assert.match(ctx.zoneTemperatureExplanation(mismatch), /więcej niż 3\.0°C/);
+assert.equal(ctx.zoneHeatingGuardNotice({ ...combined, heating_sensor_guard_active: false }, null), '');
+console.log('OK: weighted formula, control sources, stale/mismatch warning and automatic heat safeguard UI');