import assert from 'node:assert/strict'
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import { readFile } from 'node:fs/promises'
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import { test } from 'node:test'
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import ts from 'typescript'
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import { formatTestDisplayValue, toTestApiValue } from '../src/utils/testDataUnits.ts'
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import { consoleImportColumns } from '../src/utils/consoleDataImport.ts'
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import { parseConsoleImport } from '../src/utils/consoleDataImport.ts'
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import XLSX from 'xlsx'
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const source = await readFile(new URL('../src/components/ConsoleDataListPanel.vue', import.meta.url), 'utf8')
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// 执行页面实际行映射，检查甲方文件数值经过导入后的展示边界。
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const mappings = source.slice(source.indexOf('function emptyRow('), source.indexOf('async function loadRecords('))
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const script = ts.transpileModule(`${mappings}\nreturn { mapRecord, mapStep, mapCycle }`, {
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compilerOptions: { target: ts.ScriptTarget.ES2022, module: ts.ModuleKind.None },
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}).outputText
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const { mapRecord, mapStep, mapCycle } = new Function('formatTime', 'formatTestDisplayValue', script)(value => String(value ?? '-'), formatTestDisplayValue)
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test('实时记录按甲方 mA/mAh/mWh 显示，电压、电位和温度不缩放', () => {
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const row = mapRecord({ sourceType: 'SNAPSHOT', current: -8.1651, capacity: 0.1361, energy: 0.1694, voltage: 1.3349, temperature: 25.1, positivePotential: 1.501, negativePotential: -0.101 })
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assert.equal(Number(row.current), -8165.1)
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assert.equal(Number(row.capacity), 136.1)
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assert.equal(Number(row.energy), 169.4)
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assert.equal(Number(row.voltage), 1.3349)
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assert.equal(Number(row.temperature), 25.1)
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assert.equal(Number(row.negativePotential), -0.101)
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})
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test('工步与循环显示甲方毫单位，保留真实零和空值', () => {
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const step = mapStep({ capacity: 8.5122, energy: 9.7178, startVoltage: 1.3349, endVoltage: 0.8999 })
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assert.equal(Number(step.capacity), 8512.2)
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assert.equal(Number(step.energy), 9717.8)
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assert.equal(Number(step.endVoltage), 0.8999)
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const cycle = mapCycle({ chargeCapacity: 0, dischargeCapacity: 8.5122, chargeEnergy: null, dischargeEnergy: 9.7178, efficiency: 100 })
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assert.equal(Number(cycle.dischargeCapacity), 8512.2)
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assert.equal(Number(cycle.dischargeEnergy), 9717.8)
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assert.equal(Number(cycle.chargeCapacity), 0)
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assert.equal(cycle.chargeEnergy, '-')
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assert.equal(Number(cycle.efficiency), 100)
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})
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test('标准模板与三子页统一使用 mA/mAh/mWh 列头', () => {
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assert.equal(consoleImportColumns.REALTIME.current, '电流(mA)')
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assert.equal(consoleImportColumns.STEP.capacity, '容量(mAh)')
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assert.equal(consoleImportColumns.CYCLE.dischargeEnergy, '放电能量(mWh)')
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})
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test('新旧标准模板按文件列头换算，展示、编辑再提交不重复缩放', () => {
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for (const legacy of [false, true]) {
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for (const type of ['REALTIME', 'STEP', 'CYCLE']) {
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const fields = consoleImportColumns[type]
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const values = { recordNo: '1', batteryNo: 'BAT-1', recordedAt: '2023-05-08 11:42:11', cycleNo: 1, stepNo: 1, stepName: '恒流放电', sequenceId: 1, current: legacy ? -8.1651 : -8165.1, capacity: legacy ? 8.5122 : 8512.2, energy: legacy ? 9.7178 : 9717.8, dischargeCapacity: legacy ? 8.5122 : 8512.2, dischargeEnergy: legacy ? 9.7178 : 9717.8 }
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const book = XLSX.utils.book_new()
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const headers = Object.values(fields).map(header => legacy ? header.replace(/\(m(A|Ah|Wh)\)/, '($1)') : header)
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XLSX.utils.book_append_sheet(book, XLSX.utils.aoa_to_sheet([headers, Object.keys(fields).map(field => values[field] ?? '')]), '单页')
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const row = parseConsoleImport(book, type, ['BAT-1'])[0]
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assert.deepEqual(row.errors, [])
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const field = type === 'CYCLE' ? 'dischargeCapacity' : 'capacity'
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assert.equal(row.data[field], 8.5122)
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assert.equal(formatTestDisplayValue(field, row.data[field]), '8512.2000')
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assert.equal(toTestApiValue(field, '8512.2000'), '8.5122')
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if (type === 'REALTIME') assert.equal(toTestApiValue('current', formatTestDisplayValue('current', row.data.current)), '-8.1651')
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}
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}
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})
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test('编辑边界保留负数、零、清空、非法输入及非毫单位字段', () => {
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for (const field of ['current', 'capacity', 'energy', 'chargeCapacity', 'dischargeCapacity', 'chargeEnergy', 'dischargeEnergy']) assert.equal(toTestApiValue(field, '9717.8'), '9.7178')
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assert.equal(toTestApiValue('current', '-8167.4'), '-8.1674')
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assert.equal(toTestApiValue('capacity', '0'), '0')
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assert.equal(toTestApiValue('energy', '-'), '-')
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assert.equal(toTestApiValue('energy', ' '), ' ')
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assert.equal(toTestApiValue('energy', 'abc'), 'abc')
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assert.equal(toTestApiValue('voltage', '1.3349'), '1.3349')
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assert.equal(formatTestDisplayValue('current', 0.00001234), '0.0123')
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})
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