City-Lifeline-Cockpit/.scratch/cockpit-shell-panel-layout/verify/artifacts/t47/triage-overlap-probe.mjs

// Triage-only probe: executes production functions with Cesium API doubles.
// No application changes, browser, server, or GPU rendering. Expected red until #47 is fixed.
import assert from 'node:assert/strict'
import { readFileSync } from 'node:fs'
import vm from 'node:vm'
import { groupOverlappingDevices, fanLayout } from '../../../../../src/modules/cockpit/domain/overlapDevices.js'
import * as effects from '../../../../../src/modules/cockpit/domain/deviceEffects.js'

const engine = readFileSync(new URL('../../../../../src/modules/cockpit/services/cesiumEngine.js', import.meta.url), 'utf8')
const productionFunction = (name) => {
    const match = engine.match(new RegExp(`(?:export )?function ${name}\\([^]*?\\n\\}`))
    assert.ok(match, `${name} exists`)
    return match[0].replace(/^export /, '')
}
const property = (initial) => {
    let value = initial
    return { getValue: () => value, setValue: (next) => { value = next } }
}
const rows = ['ALARM', 'NORMAL'].map((status, index) => ({
    code: index ? 'EQ-N' : 'EQ-A', pointCode: 'MP-T47', status,
    longitude: 110.3632, latitude: 28.4524, placement: 'drawn',
    coordinate: { renderable: true }, size: 14, shape: index ? 'circle' : 'triangle',
}))
const group = groupOverlappingDevices(rows)[0]
const plan = effects.planDeviceEffects({ devices: rows, enabled: true })
const source = { entities: {
    values: [],
    add(input) {
        const entity = { show: true, ...input }
        entity.properties = Object.fromEntries(Object.entries(input.properties || {}).map(([key, value]) => [key, property(value)]))
        this.values.push(entity)
        return entity
    },
    remove(entity) { this.values = this.values.filter((item) => item !== entity) },
    removeAll() { this.values = [] },
} }
let requests = 0
const viewer = { scene: { requestRender() { requests += 1 } } }
const context = vm.createContext({
    ...effects,
    source, viewer, rows, groups: [group], plan,
    deviceSources: new Map([[viewer, source]]),
    deviceMarkerSource: () => source,
    deviceBaseStyle: new Map(),
    deviceEffectState: { viewer, plan, selectedCode: '', tick: 0, raf: 0 },
    RING_ENTITY_PREFIX: 'fx|',
    Color: { WHITE: { withAlpha: (alpha) => ({ alpha }) } },
    Cartesian2: class { constructor(x, y) { this.x = x; this.y = y } },
    Cartesian3: { fromDegrees: (longitude, latitude) => ({ longitude, latitude }) },
    HeightReference: { CLAMP_TO_GROUND: 'ground' }, VerticalOrigin: { CENTER: 'center' },
    mapTextLabel: () => ({ show: true }),
    stopDeviceEffects: () => {}, ensureEffectLoop: () => {},
    Date: { now: () => 300 },
})
for (const name of ['syncAssociatedDevices', 'setOverlapPresentation', 'ringEntitiesOf', 'ensureRingEntities', 'clearRingEntities', 'baseStyleOf', 'animatedByCode', 'writeEffectFrame', 'applyDeviceEffects', 'readDeviceEffects']) {
    vm.runInContext(productionFunction(name), context)
}
vm.runInContext(`syncAssociatedDevices(viewer, rows, () => 'red', () => 'icon', groups);
applyDeviceEffects(viewer, plan, { devices: rows, fxImageOf: () => 'halo' });`, context)
let failures = 0
function snapshot(name, input) {
    context.input = input
    vm.runInContext('setOverlapPresentation(viewer, input); writeEffectFrame()', context)
    const visibleFx = source.entities.values.filter((entity) => entity.properties.effectFx?.getValue() === true && entity.show !== false && entity.billboard.color.alpha > 0)
    const visibleDevices = source.entities.values.filter((entity) => entity.properties.deviceCode && entity.show !== false).map((entity) => entity.properties.deviceCode.getValue())
    const readback = vm.runInContext('readDeviceEffects(viewer)', context)
    console.log(JSON.stringify({ case: name, animatedPlan: plan.animated.length, abnormalCount: plan.abnormalCount, degraded: plan.degraded, visibleDevices, visibleFx: visibleFx.length, reportedFx: readback.fx.length, fxReadbackContainsVisibility: readback.fx.every((item) => 'visible' in item || 'show' in item), requests }))
    return visibleFx.length
}
function expectVisible(name, input) {
    const count = snapshot(name, input)
    try { assert.ok(count > 0, 'expected visible abnormal effect while associated layer and effects are enabled'); console.log(`PASS ${name}`) }
    catch (error) { failures += 1; console.log(`FAIL ${name}: ${error.message}`) }
}
expectVisible('collapsed', { groupKey: group.key, state: 'collapsed' })
const offsets = Object.fromEntries(fanLayout(group).map((item) => [item.deviceCode, { x: item.x, y: item.y }]))
expectVisible('expanded-control', { groupKey: group.key, state: 'expanded', offsets })
expectVisible('selected-NORMAL', { groupKey: group.key, state: 'selected', selectedCode: 'EQ-N' })
expectVisible('selected-ALARM-control', { groupKey: group.key, state: 'selected', selectedCode: 'EQ-A' })
console.log(`T47 triage probe: ${failures} failed expectations; render visibility logic only, not a browser/GPU verification.`)
process.exitCode = failures ? 1 : 0