City-Lifeline-Cockpit/.scratch/cockpit-real-data-wayfinding/verify/t24-pipe-layer.mjs

/**
 * 票 24 离线回归：管线/设施几何图层（不联网）。
 *
 * 覆盖三件事：
 *   1. **契约**：后端 GeoJSON 形状 → 领域图层的转换（[票 30](../issues/30-30.md) 交付物 1）；
 *   2. **程序化构件分类**：样条管道（多段路径）/ 角管道（弯头）/ 阀门 / 支管管道（三通），
 *      以及未建模类型（调压等）**如实保留原文**而不是猜成已知类别；
 *   3. **坐标纪律**：未校验 / 零坐标 / 缺经度 一律**不得上图**，且必须带中文原因进「无地图位置」，
 *      既不被丢掉，也不被"挪一下"救回来。
 *
 * mock 样例在本脚本里现搭，不依赖 `mocks/contractMocks.js` 的注册时机，
 * 但形状必须与它一致（那才是浏览器里真正会吃到的载荷）。
 */
import assert from 'node:assert/strict'
import { toPipeNetwork, filterPipeNetwork, pipeWidth, PIPE_COMPONENT } from '../../../src/modules/cockpit/domain/pipeNetwork.js'

const valid = { state: 'VALID', renderable: true, reason: null }
const feature = (overrides) => ({
    kind: 'pipe',
    geometry: { type: 'LineString', coordinates: [[110.39, 28.44], [110.40, 28.45]] },
    properties: { id: 'P-1', industry: 'GAS', coordinateValidation: valid },
    ...overrides,
})

let failed = 0
function check(name, action) {
    try {
        action()
        console.log(`PASS ${name}`)
    } catch (error) {
        failed += 1
        console.error(`FAIL ${name}: ${String(error.message).split('\n')[0]}`)
    }
}

const payload = {
    coverage: [
        { industry: 'GAS', geometryAvailable: true, pipeCount: 2, componentCount: 3 },
        { industry: 'WATER_SUPPLY', geometryAvailable: true, pipeCount: 1, componentCount: 0 },
        { industry: 'MANHOLE', geometryAvailable: false, pipeCount: 0, componentCount: 1 },
    ],
    features: [
        feature({}),
        // 多段路径 = 样条管道的输入（真实库多为两点，但契约必须支持多段）
        feature({ geometry: { type: 'LineString', coordinates: [[110.39, 28.44], [110.395, 28.445], [110.40, 28.44]] }, properties: { id: 'P-2', industry: 'GAS', diameter: 400, coordinateValidation: valid } }),
        feature({ properties: { id: 'P-3', industry: 'WATER_SUPPLY', coordinateValidation: valid } }),
        { kind: 'component', geometry: { type: 'Point', coordinates: [110.395, 28.445] }, properties: { id: 'C-1', pointType: '阀门', networkId: 'P-1', industry: 'GAS', coordinateValidation: valid } },
        { kind: 'component', geometry: { type: 'Point', coordinates: [110.40, 28.44] }, properties: { id: 'C-2', pointType: '弯头', networkId: 'P-1', industry: 'GAS', coordinateValidation: valid } },
        { kind: 'component', geometry: { type: 'Point', coordinates: [110.39, 28.44] }, properties: { id: 'C-3', pointType: '三通', networkId: 'P-2', industry: 'GAS', coordinateValidation: valid } },
        { kind: 'component', geometry: { type: 'Point', coordinates: [110.41, 28.46] }, properties: { id: 'C-4', pointType: '调压', networkId: 'P-1', industry: 'GAS', coordinateValidation: valid } },
    ],
}

const network = toPipeNetwork(payload)

check('B1 管段与构件分开归类，不混为一类对象', () => {
    assert.equal(network.pipes.length, 3)
    assert.equal(network.components.length, 4)
    assert.ok(network.pipes.every((row) => row.kind === undefined), '管段不带构件类别')
})

check('B2 多段路径原样保留（样条管道的输入不被压成两点）', () => {
    const spline = network.pipes.find((row) => row.code === 'P-2')
    assert.equal(spline.positions.length, 3)
})

check('B3 四类构件按后端真实属性分类', () => {
    const byId = Object.fromEntries(network.components.map((row) => [row.code, row.kind]))
    assert.equal(byId['C-1'], PIPE_COMPONENT.VALVE)
    assert.equal(byId['C-2'], PIPE_COMPONENT.ELBOW)
    assert.equal(byId['C-3'], PIPE_COMPONENT.BRANCH)
    assert.equal(byId['C-4'], PIPE_COMPONENT.OTHER)
})

check('B4 未建模的构件类型保留后端原文，不被猜成已知类别', () => {
    const regulator = network.components.find((row) => row.code === 'C-4')
    assert.equal(regulator.label, '调压')
})

check('B5 构件记录它属于哪条管线（不做拓扑推断）', () => {
    const valve = network.components.find((row) => row.code === 'C-1')
    assert.equal(valve.networkId, 'P-1')
})

check('B6 行业覆盖按后端声明转述，没点名的行业如实记"无几何"', () => {
    assert.equal(network.coverage.GAS.geometryAvailable, true)
    assert.equal(network.coverage.MANHOLE.geometryAvailable, false, '窨井无管线几何必须如实说无')
    assert.equal(network.coverage.DRAINAGE.geometryAvailable, false, '后端没点名排水 → 不假装有')
    assert.equal(network.coverage.DRAINAGE.pipeCount, 0)
})

check('C1 未校验坐标不得上图，且带中文原因', () => {
    const blocked = toPipeNetwork({ features: [feature({ properties: { id: 'X-1', industry: 'GAS', coordinateValidation: { state: 'UNVERIFIED', renderable: false, reason: 'UNVERIFIED_COORDINATE' } } })] })
    assert.equal(blocked.pipes.length, 0)
    assert.equal(blocked.blocked.length, 1)
    assert.equal(blocked.blocked[0].reasonText, '坐标未经校验')
})

check('C2 零坐标不得上图', () => {
    const blocked = toPipeNetwork({ features: [feature({ properties: { id: 'X-2', industry: 'GAS', coordinateValidation: { state: 'INVALID', renderable: false, reason: 'ZERO_COORDINATE' } } })] })
    assert.equal(blocked.pipes.length, 0)
    assert.equal(blocked.blocked[0].reasonText, '零坐标（经纬度均为 0）')
})

check('C3 认不出的原因回「无地图位置」，不把原因码甩给界面', () => {
    const blocked = toPipeNetwork({ features: [feature({ properties: { id: 'X-3', industry: 'GAS', coordinateValidation: { state: 'INVALID', renderable: false, reason: 'SOMETHING_NEW' } } })] })
    assert.equal(blocked.blocked[0].reasonText, '无地图位置')
})

check('C4 点数不足的管段不得渲染（不补点、不截断成一点）', () => {
    const blocked = toPipeNetwork({ features: [feature({ geometry: { type: 'LineString', coordinates: [[110.39, 28.44]] } })] })
    assert.equal(blocked.pipes.length, 0)
    assert.equal(blocked.blocked.length, 1)
})

check('C5 缺少校验结论一律拦下（"没说不"不等于"可以画"）', () => {
    const blocked = toPipeNetwork({ features: [feature({ properties: { id: 'X-4', industry: 'GAS' } })] })
    assert.equal(blocked.pipes.length, 0)
    assert.equal(blocked.blocked[0].reasonText, '坐标未校验')
})

check('D1 行业筛选只留该行业，图层过滤只此一处', () => {
    const gas = filterPipeNetwork(network, { industry: 'gas' })
    assert.ok(gas.pipes.every((row) => row.industry === 'GAS'))
    assert.ok(gas.components.every((row) => row.industry === 'GAS'))
})

check('D2 全域筛选不裁剪', () => {
    const all = filterPipeNetwork(network, { industry: 'all' })
    assert.equal(all.pipes.length, network.pipes.length)
})

check('D3 片区筛选如实标记为未作用到管线（管线无片区字段）', () => {
    assert.equal(filterPipeNetwork(network, { industry: 'all' }).districtApplied, false)
})

check('E1 管径分档映射线宽，缺管径不炸', () => {
    assert.equal(pipeWidth(null), 2)
    assert.equal(pipeWidth(200), 2)
    assert.equal(pipeWidth(400), 3)
    assert.equal(pipeWidth(800), 4)
    assert.equal(pipeWidth(1200), 6)
})

check('E2 空载荷不抛，退化为空图层', () => {
    const empty = toPipeNetwork(null)
    assert.deepEqual(empty.pipes, [])
    assert.deepEqual(empty.components, [])
    assert.equal(empty.coverage.GAS.geometryAvailable, false)
})

console.log(`T24 管线图层: ${failed ? 'FAILED' : 'passed'}`)
process.exitCode = failed ? 1 : 0