import assert from 'node:assert/strict'
import fs from 'node:fs'
import path from 'node:path'
import test from 'node:test'
import { fileURLToPath } from 'node:url'

import { expandOverseasCartonCandidates, resolveCartonFixtures, run, uniqueContainerProducer,
  crossContainerCartonProbe, normalizeReceivingEvidence, receivingEvidenceValid,
  receivingCompletionProof, captureReceivingEvidence, probeCartonResolveNegatives } from './phase4-overseas-pda.mjs'

test('single-container continuation retains malformed/unknown probes without requiring unshipped cancelled CHILD; default chain still blocks missing real other container', async () => {
  const requests = [], gaps = [], checks = []
  const context = { marker: 'ONE-CANCEL', createdResources: {},
    request: async (_method, _path, body) => { requests.push(body.cartonMark); return { http: 200, body: { code: 'A0404', message: 'Carton mark was not found' }, requestId: 'request', traceId: 'trace' } },
    addStep: (_module, _name, _response, passed) => checks.push(passed),
    addCoverageGap: (...args) => gaps.push(args), assert: () => {} }
  const current = { containerNo: 'REAL', inbounds: [{ inboundCode: 'ONE', destinationType: 'FBA' }] }
  await probeCartonResolveNegatives(context, 'token', current, false)
  assert.equal(requests.length, 3)
  assert.ok(checks.every(Boolean))
  assert.equal(gaps.length, 0)
  await probeCartonResolveNegatives(context, 'token', current)
  assert.equal(gaps.length, 1)
  assert.match(gaps[0][3], /另一真实柜/)
  assert.match(source, /probeCartonResolveNegatives\(context, token, current.data, runAuthorizationProbes\)/)
})

function receivingProofFixture() {
  const scope = { customerId: '1', warehouseId: '2', bookingId: '3', containerNo: 'REAL',
    inboundCodes: ['ONE', 'TWO'], sourceInboundIds: ['101', '102'], expectedPackagesByInbound: { ONE: 2, TWO: 2 },
    expectedTransitPackages: 4, completeKey: 'REAL-COMPLETE', freshKey: 'REAL-FRESH' }
  const buckets = { availablePackages: 0, holdPackages: 0, allocatedPackages: 0, pickedPackages: 0, receivingPackages: 0 }
  const balance = (bid, available, transit) => ({ id: bid, customerId: '1', overseasWarehouseId: '2',
    destinationWarehouseId: '4', destinationWarehouseCode: 'FBA', inboundOrderId: bid === '10' ? '101' : '102',
    inboundCode: bid === '10' ? 'ONE' : 'TWO', skuCode: 'SAME-SKU', ...buckets, availablePackages: available, inTransitPackages: transit, procurementPackages: 0 })
  const position = (pid, bid) => ({ id: pid, balanceId: bid, customerId: '1', overseasWarehouseId: '2',
    destinationWarehouseCode: 'FBA', palletId: '70', palletNo: 'DP-REAL', batchNo: 'BATCH',
    warehouseLocationId: '80', warehouseLocationCode: 'LOC', status: 'AVAILABLE', ...buckets, availablePackages: 2 })
  const receipt = (rid, bid, pid, code, tail, task) => ({ id: rid, customerId: '1', planId: '90', taskId: task,
    allocationId: '91', lineId: '92', orderId: tail, inboundCode: code, skuCode: 'SAME-SKU',
    warehousePalletId: '70', palletNo: 'DP-REAL', warehouseLocationId: '80', warehouseLocationCode: 'LOC',
    batchNo: 'BATCH', receivedPackages: 2, inventoryBalanceId: bid, inventoryPositionId: pid,
    inventoryOperationKey: `PDA_STOCK_IN:${task}:91:SAME-SKU` })
  const receipts = [receipt('1001', '10', '201', 'ONE', '101', '301'), receipt('1002', '20', '202', 'TWO', '102', '302')]
  const operations = receipts.map((row, index) => ({ id: String(400 + index), customerId: '1',
    idempotencyKey: row.inventoryOperationKey, operationType: 'STOCK_IN', requestHash: 'a'.repeat(64), status: 'COMPLETED' }))
  const ledgers = receipts.map((row, index) => ({ id: String(500 + index), customerId: '1', balanceId: row.inventoryBalanceId,
    positionId: row.inventoryPositionId, overseasWarehouseId: '2', inboundOrderId: row.orderId, inboundCode: row.inboundCode,
    palletId: '70', palletNo: 'DP-REAL', batchNo: 'BATCH', skuCode: 'SAME-SKU', businessType: 'STOCK_IN', businessOrderNo: 'TAIL-REAL',
    sourceEventId: 'EVENT-REAL', idempotencyKey: `${row.inventoryOperationKey}:${operations[index].id}`,
    statusFrom: 'IN_TRANSIT', statusTo: 'AVAILABLE', beforePackages: 0, deltaPackages: 2, afterPackages: 2 }))
  const before = { balances: [balance('10', 0, 2), balance('20', 0, 2)], positions: [], palletComposition: [],
    stockReceipts: [], inventoryOperations: [], stockInLedger: [], receivingOperations: [],
    httpGroups: [balance('10', 0, 4)], httpLedger: [] }
  const after = { balances: [balance('10', 2, 0), balance('20', 2, 0)], positions: [position('201', '10'), position('202', '20')],
    palletComposition: [position('201', '10'), position('202', '20')], stockReceipts: receipts, inventoryOperations: operations, stockInLedger: ledgers,
    receivingOperations: [{ id: '601', sessionId: '701', action: 'COMPLETE', idempotencyKey: 'REAL-COMPLETE', requestHash: 'b'.repeat(64) }],
    httpGroups: [balance('10', 4, 0)], httpLedger: ledgers }
  const stages = { BEFORE_COMPLETE: normalizeReceivingEvidence(before), AFTER_COMPLETE: normalizeReceivingEvidence(after),
    AFTER_SAME_KEY_REPLAY: normalizeReceivingEvidence(after), AFTER_FRESH_KEY_REJECTION: normalizeReceivingEvidence(after) }
  return { scope, before, after, stages }
}

test('receiving completion freezes all raw balances when group MIN represents two tickets on one pallet', () => {
  const { scope, stages } = receivingProofFixture()
  assert.equal(receivingEvidenceValid(stages.BEFORE_COMPLETE, scope), true)
  assert.equal(receivingEvidenceValid(stages.AFTER_COMPLETE, scope), true)
  const proof = receivingCompletionProof(scope, stages)
  assert.equal(proof.passed, true, JSON.stringify(proof))
  assert.equal(stages.AFTER_COMPLETE.balances.length, 2)
  assert.equal(stages.AFTER_COMPLETE.httpGroups.length, 1)
  assert.equal(stages.AFTER_COMPLETE.httpGroups[0].availablePackages, 4)
  assert.equal(stages.AFTER_COMPLETE.positions.length, 2)
})

test('receiving proof rejects missing raw source, wrong customer/warehouse, prefix source, missing bucket, ledger key, duplicate receipt and operation mismatch', () => {
  const mutations = [
    row => row.balances.pop(), row => row.positions[0].customerId = 'OTHER',
    row => row.balances[0].overseasWarehouseId = 'OTHER', row => row.stockReceipts[0].inboundCode = 'ONE-CHILD',
    row => row.balances[0].holdPackages = null, row => row.stockInLedger[0].idempotencyKey = row.inventoryOperations[0].idempotencyKey,
    row => row.stockReceipts.push({ ...row.stockReceipts[0] }), row => row.inventoryOperations[0].status = 'PROCESSING',
    row => row.palletComposition[0].availablePackages += 1, row => row.stockInLedger[0].deltaPackages += 1,
    row => row.receivingOperations[0].idempotencyKey = 'ANOTHER',
  ]
  for (const mutate of mutations) {
    const { scope, after, stages } = receivingProofFixture()
    mutate(after); stages.AFTER_COMPLETE = normalizeReceivingEvidence(after)
    assert.equal(receivingCompletionProof(scope, stages).passed, false)
  }
})

test('same-key replay and fresh-key rejection must preserve every bucket, position, pallet and immutable row', () => {
  for (const stage of ['AFTER_SAME_KEY_REPLAY', 'AFTER_FRESH_KEY_REJECTION']) {
    for (const mutate of [row => row.balances[0].availablePackages++, row => row.stockReceipts.pop(),
      row => row.receivingOperations.push({ ...row.receivingOperations[0], id: '999' }),
      row => row.stockInLedger[0].sourceEventId = 'OTHER']) {
      const { scope, stages } = receivingProofFixture(); mutate(stages[stage])
      assert.equal(receivingCompletionProof(scope, stages).passed, false)
    }
  }
})

test('normalization is deterministic, preserves zero buckets, and excludes token/operator/provider fields', () => {
  const { after } = receivingProofFixture()
  after.token = 'SECRET'; after.stockReceipts[0].password = 'SECRET'; after.receivingOperations[0].operatorKey = 'PERSON'
  const normal = normalizeReceivingEvidence(after)
  const reversed = { ...after, balances: [...after.balances].reverse(), stockReceipts: [...after.stockReceipts].reverse() }
  assert.deepEqual(normalizeReceivingEvidence(reversed), normal)
  assert.equal(normal.balances[0].procurementPackages, 0)
  assert.doesNotMatch(JSON.stringify(normal), /SECRET|PERSON|password|operatorKey|token/)
  assert.equal(normalizeReceivingEvidence({ ...after, stockReceipts: undefined }), null)
})

test('missing read-only receipt/key reader is a blocker and retains an unproven boundary without inventing HTTP', async () => {
  const checks = [], target = { stages: {} }
  const context = { context: {}, addCoverageGap() {}, assert(m, n, r, passed) { checks.push(passed) },
    async request() { assert.fail('missing provider cannot pretend public DTO supplies raw keys') } }
  const { scope } = receivingProofFixture()
  assert.equal(await captureReceivingEvidence(context, scope, 'BEFORE_COMPLETE', target), null)
  assert.deepEqual(checks, [false]); assert.equal(target.stages.BEFORE_COMPLETE.captured, false)
})

test('capture independently reads complete unfiltered customer warehouse pages and saves only sanitized live facts', async () => {
  const { scope, after } = receivingProofFixture(); const calls = [], checks = []
  const context = { context: { async phase4ReceivingEvidenceReader(actual) {
    assert.equal(actual.stage, 'AFTER_COMPLETE'); assert.deepEqual(actual.inboundCodes, ['ONE', 'TWO'])
    return { ...after, token: 'SECRET' }
  } }, async request(method, requestPath) {
    calls.push(requestPath)
    const data = requestPath.includes('/balances?') ? after.httpGroups : after.httpLedger
    return { http: 200, body: { code: '200', data: { records: data, total: data.length } } }
  }, addStep(m, n, r, passed) { checks.push(passed) }, assert(m, n, r, passed) { checks.push(passed) }, addCoverageGap() { assert.fail('valid fixture must not gap') } }
  const target = { stages: {} }
  const snapshot = await captureReceivingEvidence(context, scope, 'AFTER_COMPLETE', target)
  assert.equal(receivingEvidenceValid(snapshot, scope), true); assert.ok(checks.every(Boolean))
  assert.ok(calls.every(requestPath => requestPath.includes('customerId=1') && requestPath.includes('overseasWarehouseId=2') && !requestPath.includes('inboundCode=')))
  assert.doesNotMatch(JSON.stringify(target), /SECRET/)
})

test('same-root FBA cross-container rejection uses explicit real receiving prefix while preserving original physical box code',() => {
  const current={containerNo:'ROOT-CABINET',inbounds:[{inboundCode:'ROOT'}]}
  const child={containerNo:'CHILD-CABINET',containerBookingId:'20',sourceOrderId:'101',sourceInboundId:'201',
    sourceStatus:'LOADED',inboundCode:'CHILD',destinationType:'FBA',fulfillmentType:'STANDARD',
    cartonMarks:['ROOT#2-1'],receivingCartonMarks:['CHILD#PDA-CONTRACT-1']}
  const before=JSON.stringify(child),probe=crossContainerCartonProbe([child],current)
  assert.equal(probe.cartonMark,'CHILD#PDA-CONTRACT-1')
  assert.equal(probe.mode,'FBA_RECEIVING_PREFIX');assert.equal(probe.sourceOrderId,'101')
  assert.equal(JSON.stringify(child),before)
  for(const fault of [
    {...child,receivingCartonMarks:undefined}, {...child,receivingCartonMarks:['ROOT#PDA-CONTRACT-1']},
    {...child,receivingCartonMarks:['CHILD#PDA-CONTRACT-']}, {...child,receivingCartonMarks:['CHILD#PDA-CONTRACT-0']},
    {...child,containerNo:'ROOT-CABINET'}, {...child,sourceOrderId:null}, {...child,sourceInboundId:null},
    {...child,containerBookingId:null}, {...child,sourceStatus:'WAIT_SPLIT'}, {...child,inboundCode:'ROOT'},
  ])assert.equal(crossContainerCartonProbe([fault],current),null)
  assert.equal(crossContainerCartonProbe([],current),null)
  assert.equal(crossContainerCartonProbe([child],{containerNo:'ROOT-CABINET',inbounds:[]}),null)
})
test('physical OVERSEAS and dropship probes still require another real loaded producer and keep the exact sealed code',() => {
  const other={containerNo:'OTHER',containerBookingId:'20',sourceOrderId:'101',sourceInboundId:'201',
    sourceStatus:'LOADED',inboundCode:'OTHER-SOURCE',destinationType:'OVERSEAS',fulfillmentType:'STANDARD',
    cartonMarks:['ORIGINAL-PHYSICAL#2-1']}
  const current={containerNo:'CURRENT',inbounds:[{inboundCode:'CURRENT-SOURCE'}]}
  assert.equal(crossContainerCartonProbe([other],current).cartonMark,'ORIGINAL-PHYSICAL#2-1')
  assert.equal(crossContainerCartonProbe([other],current).mode,'PHYSICAL_CARTON')
  assert.equal(crossContainerCartonProbe([{...other,sourceInboundId:null}],current),null)
})

test('receiving selects one current booking and supplies mandatory booking identity', () => {
  assert.match(source, /id\(item.sourceContainerBookingId\) === preferredBookingId/)
  assert.match(source, /matchingCandidates.length === 1/)
  assert.match(source, /if \(!longId\(sourceContainerBookingId\)\)/)
  assert.match(source, /sourceContainerBookingId=\$\{encodeURIComponent\(sourceContainerBookingId\)\}/)
  assert.equal((source.match(/\/prepare\$\{bookingQuery\}/g) || []).length, 3)
})

test('one physical container is received once even when matrix roles overlap', () => {
  const fba = { containerNo: 'TEST-C1', fulfillmentType: 'STANDARD' }
  const overseas = { containerNo: 'TEST-C2' }
  assert.deepEqual([null, fba, { ...fba }, overseas].filter(uniqueContainerProducer), [fba, overseas])
  assert.doesNotMatch(source, /dropship \|\| matrix/)
})

const here = path.dirname(fileURLToPath(import.meta.url))
const source = fs.readFileSync(path.join(here, 'phase4-overseas-pda.mjs'), 'utf8')

test('dropship original counted cartons must resolve exactly before any receiving or inventory checks', async () => {
  const inbounds = [{ inboundCode: 'REAL-INBOUND', destinationType: 'OVERSEAS', totalPackages: 2 }]
  const producer = { fulfillmentType: 'ONE_CLICK_DROPSHIP', inboundCode: 'REAL-INBOUND', destinationType: 'OVERSEAS',
    sealedCartonMarks: ['REAL-INBOUND#2-2', 'REAL-INBOUND#2-1'] }
  for (const fault of [null, 'missing-carton', 'wrong-carton', 'wrong-inbound', 'wrong-destination']) {
    const calls = []; const checks = []
    const context = {
      async request(method,requestPath,body) {
        calls.push({ method, requestPath, body })
        const data = { cartonMark: body.cartonMark, inboundCode: 'REAL-INBOUND', destinationType: 'OVERSEAS' }
        if (fault === 'wrong-carton') data.cartonMark = 'ANOTHER-CARTON'
        if (fault === 'wrong-inbound') data.inboundCode = 'ANOTHER-INBOUND'
        if (fault === 'wrong-destination') data.destinationType = 'FBA'
        return { http: 200, body: { code: fault === 'missing-carton' ? 'A0404' : '200',
          message: 'Carton mark was not found', data }, requestId: 'request', traceId: 'trace' }
      },
      assert(module, name, response, passed) { checks.push({ name, passed }) },
      addStep(module, name, response, passed) { checks.push({ name, passed }) },
      addCoverageGap() {},
    }
    const result = await resolveCartonFixtures(context, 'token', inbounds, ['OLD-CANDIDATE#20-1'], producer)
    assert.ok(calls.every(call => call.method === 'POST' && call.requestPath.endsWith('/current/cartons/resolve')))
    assert.ok(calls.every(call => producer.sealedCartonMarks.includes(call.body.cartonMark)))
    if (fault) {
      assert.equal(result, null, fault)
      assert.ok(checks.some(check => !check.passed), fault)
      assert.ok(!checks.some(check => check.name.includes('排除未实装箱码候选')), fault)
    } else {
      assert.deepEqual(result.map(item => item.cartonMark), producer.sealedCartonMarks)
      assert.equal(calls.length, 2)
      assert.ok(checks.every(check => check.passed))
    }
  }
  for (const sealedCartonMarks of [undefined, [], ['REAL-INBOUND#2-1'], ['REAL-INBOUND#2-1', 'REAL-INBOUND#2-1']]) {
    const checks = []
    const result = await resolveCartonFixtures({ assert(m,n,r,passed) { checks.push(passed) },
      async request() { assert.fail('incomplete physical fixture must not issue HTTP') } },
    'token', inbounds, producer.sealedCartonMarks, { ...producer, sealedCartonMarks })
    assert.equal(result, null)
    assert.deepEqual(checks, [false])
  }
})

test('current loading event binds each pallet carton group to an explicit source detail', () => {
  const model = fs.readFileSync(path.join(here, '../../common-event-contract/src/main/java/com/baiyue/common/event/FirstLegLoadingPlanCompletedV2.java'), 'utf8')
  const producer = fs.readFileSync(path.join(here, '../../firstleg/src/main/java/com/baiyue/firstleg/service/LoadingCompletedOutboxService.java'), 'utf8')
  assert.match(model, /record SkuPackageSnapshot\(String sourceInboundDetailId, String skuCode/)
  assert.match(model, /sourceInboundDetailId == null \|\| sourceInboundDetailId\.isBlank\(\)/)
  assert.match(producer, /SkuPackageSnapshot\(detail\.getSourceInboundDetailId\(\)\.toString\(\), detail\.getSkuCode\(\)/)
  assert.match(producer, /groupingBy\(PalletRow::getSourceInboundDetailId/)
  assert.match(producer, /map\(PalletRow::getActualSkuQuantity\)/)
  assert.match(producer, /cartonQuantities\(detailRows\.getValue\(\), marks\)/)
  const measurement = fs.readFileSync(path.join(here, 'inbound-measurement.mjs'), 'utf8')
  const loading = fs.readFileSync(path.join(here, 'phase3-loading.mjs'), 'utf8')
  const finalize = fs.readFileSync(path.join(here, 'phase3-loading-finalize.mjs'), 'utf8')
  assert.match(measurement, /sealedCartonMarks\.push\(resolved\.boxCode\)/)
  assert.match(loading, /phase3Loading\.cartonMarks = marks/)
  assert.match(finalize, /sealedCartonMarks: Array\.isArray\(fixture\.sealedCartonMarks\)/)
  const entry = fs.readFileSync(path.join(here, '../admin-test-env-acceptance.mjs'), 'utf8')
  assert.match(entry, /sealedCartonMarks: Array\.isArray\(fixture\.sealedCartonMarks\)/)
  assert.match(entry, /runPhase4ProducerVariant\('OVERSEAS-PRIMARY', 'OVERSEAS', 'ONE_CLICK_DROPSHIP', true\)/)
  assert.match(source, /resolveCartonFixtures\(context, token, current\.data\.inbounds, producerCartonMarks, preferredProducer\)/)
  assert.ok(source.indexOf('const cartonFixtures = await resolveCartonFixtures') < source.indexOf('const completed = await pda'))
})

test('PDA module is injected, token-scoped, traceable, and contains no direct network or secret source', () => {
  assert.match(source, /export async function run\(context\)/)
  assert.match(source, /request\(/)
  assert.match(source, /requestMultipart\(/)
  assert.match(source, /requestId=/)
  assert.match(source, /traceId=/)
  assert.doesNotMatch(source, /https?:\/\//)
  assert.doesNotMatch(source, /fetch\(|process\.env/)
  assert.doesNotMatch(source, /planNo/)
  // Allocation identity is read-only evidence; PDA command URLs/bodies remain container-scoped.
  assert.doesNotMatch(source, /\/allocations\//)
})

test('PDA module covers the container-number receiving contract and excludes outbound domains', () => {
  for (const token of ['/candidates', '/prepare', '/current/unload-photos/files', '/current/sign',
    '/current/cartons/resolve', '/current/pallets/resolve',
    '/current/receipts/bulk', '/current/receipts/carton', '/current/receipts/pallet', '/current/complete']) assert.ok(source.includes(token), token)
  for (const token of ['/inventory/resolve', '/locations/resolve', '/pallets/resolve', '/operations?page=1&size=50']) {
    assert.ok(source.includes(token), token)
  }
  for (const role of ['LICENSE_PLATE', 'CONTAINER_SEAL', 'DOOR_OPEN']) assert.ok(source.includes(role), role)
  for (const forbidden of ['/outbound', '/dispatch', '/delivery', '/internal/']) assert.equal(source.includes(forbidden), false, forbidden)
  assert.match(source, /同键同载荷重放/)
  assert.match(source, /inbound-plans\/container-preview/)
  assert.match(source, /orders\/container-arrival-times\/query/)
  assert.match(source, /container-summaries\/\$\{encodeURIComponent\(bookingId\)\}\/expected-arrival/)
  assert.match(source, /estimatedWarehouseArrivalAt, expectedVersion: Number\(arrivalTime\.version\)/)
  assert.match(source, /snapshotVersion: Number\(preview\.snapshotVersion\)/)
  assert.match(source, /snapshotHash: String\(preview\.snapshotHash\)/)
  assert.match(source, /rememberGeneratedPlans\(context, plans\)/)
  assert.match(source, /resolveGeneratedPallet\(context, inbound\)/)
  assert.match(source, /同键异载荷冲突/)
  assert.match(source, /跨柜切换锁返回409/)
  assert.match(source, /item\.operable === true && item\.allPlansReady === true/)
  assert.match(source, /第二仓库操作员抢占同柜返回409/)
  assert.match(source, /OVERSEAS_WAREHOUSE_PDA_OPERATOR/)
  assert.match(source, /lastleg:pda:operate/)
  assert.match(source, /安全投影已收敛/)
  assert.match(source, /projectionReady = success\(projectionResponse\) \|\| notFound\(projectionResponse\)/)
  assert.match(source, /setTimeout\(resolve, 500\)/)
  assert.match(source, /重复累计不产生超收/)
  assert.match(source, /重复箱新键被拒绝/)
  assert.match(source, /key\(context, `fba-bulk-\$\{index\}`\)/)
  assert.match(source, /inbounds\.reduce\(\(total, inbound\) => total \+ Number\(inbound\.totalPackages \|\| 0\), 0\)/)
  assert.match(source, /resolvedInboundCodes\.includes\(scannedInboundCode\)/)
  assert.match(source, /duplicate\.data\?\.result === 'ALREADY_RECEIVED'/)
  assert.match(source, /if \(packageCount <= 0\) return true/)
  assert.match(source, /key\(context, `overseas-carton-\$\{index\}`\)/)
  assert.match(source, /模式硬拒绝/)
  assert.match(source, /current返回404正常空态/)
  assert.match(source, /安全扫描返回A0400/)
  assert.match(source, /warehouse-admin\?tenantId=0&.*capabilityCode=RECEIVING&warehouseType=OVERSEAS&status=ACTIVE/)
  assert.match(source, /193000000000200003.*193000000000200004/)
  assert.doesNotMatch(source, /request\('POST', '\/api\/platform\/v1\/warehouse-admin'/)
  assert.doesNotMatch(source, /request\('GET', '\/api\/platform\/v1\/warehouse-admin'/)
  assert.match(source, /receiving-containers\/current\/pallets\/resolve/)
  assert.match(source, /overseasWarehouseId, password/)
  assert.match(source, /inbound\?\.overseasWarehouseId/)
  assert.doesNotMatch(source, /const warehouseId = id\(inbound\?\.destinationWarehouseId\)/)
  assert.match(source, /禁止在PDA收货时临时新建脱离计划的托盘/)
  assert.match(source, /rememberGeneratedPlans\(context, plans\)/)
  assert.match(source, /resolveGeneratedPallet\(context, inbound\)/)
  assert.match(source, /generatedPalletsByInbound/)
  assert.match(source, /standardFbaProducers = \(Array\.isArray\(matrix\?\.containers\) \? matrix\.containers : \[\]\)/)
  assert.match(source, /item\?\.fulfillmentType !== 'ONE_CLICK_DROPSHIP'/)
  assert.match(source, /FBA-OPERATIONS/)
  assert.match(source, /\.slice\(0, 3\)/)
  assert.match(source, /const producers = \[dropship, \.\.\.standardFbaProducers,/)
  assert.doesNotMatch(source, /创建当前柜实收托盘|创建当前柜实收库位|async function createPallet/)
  assert.match(source, /retained as acceptance evidence/)
  assert.match(source, /preferredProducer\?\.cartonMarks\?\.length/)
  assert.match(source, /const cartonCandidates =/)
  assert.doesNotMatch(source, /current\/skus\/resolve/)
  assert.doesNotMatch(source, /skuCode:/)
  assert.match(source, /FBA箱码与OVERSEAS真实manifest箱码必须HTTP 200\/code 200并返回当前柜唯一入仓码/)
  assert.match(source, /排除未实装箱码候选/)
  assert.match(source, /const matches = inbounds\.filter/)
  assert.match(source, /!Array\.isArray\(resolved\?\.inboundCode\)/)
  assert.match(source, /matches\.length === 1/)
  assert.match(source, /destinations\.size === 1/)
  assert.doesNotMatch(source, /\.split\([^\n]*['"]#['"]/)
  assert.match(source, /`\$\{item\.inboundCode\}#PDA-CONTRACT-\$\{index \+ 1\}`/)
  for (const negative of ['无#箱码被服务端拒绝', '空#前缀箱码被服务端拒绝',
    '未命中入仓码前缀被服务端拒绝', '其他柜箱码前缀被当前锁定柜拒绝',
    'OVERSEAS缺少真实manifest行时不得按标准箱码推导']) {
    assert.ok(source.includes(negative), negative)
  }
  assert.doesNotMatch(source, /FBA标准箱码序号超范围被拒绝/)
  assert.match(source, /FBA与OVERSEAS箱码resolve均为纯查询且零状态写入/)
  assert.match(source, /receivingSnapshot\(afterResolve\.data\) === beforeResolve/)
  assert.match(source, /const fixturesConserved = overseasFixtures\.length === expectedPending/)
  assert.match(source, /OVERSEAS实装箱唛与待收箱数守恒/)
  assert.match(source, /for \(const \[index, fixture\] of overseasFixtures\.entries\(\)\)/)
  assert.doesNotMatch(source, /for \(const \[index, cartonMark\] of cartonMarks\.entries\(\)\)/)
  assert.match(source, /last-leg\/orders\?page=1&size=200&containerNo=/)
  assert.match(source, /phase4OverseasPda\.orderId = id\(order\.id\)/)
  assert.match(source, /phase4OverseasPda\.customerId = id\(order\.customerId\)/)
  assert.match(source, /现场库存查询只返回Token绑定仓且包含库存位置/)
  assert.match(source, /作业历史包含本轮柜号收货动作且分页稳定/)
  assert.match(source, /awaitProducerConsumption\(context, allProducers\)/)
  assert.match(source, /last-leg\/orders\?page=1&size=200&containerNo=/)
  assert.match(source, /跨区广播消费观察/)
  assert.match(source, /跨区广播消费观察 \$\{containerNo\}`,[\s\S]*?response,[\s\S]*?true,/)
  assert.match(source, /OBSERVATION_OPTIONS = \{ scenario: SCENARIO, deploymentBlocker: false \}/)
  assert.doesNotMatch(source, /blockerGap\(context, '跨区消费生产矩阵'/)
  assert.match(source, /awaitPickupReadyCandidates\(context, primary\.token, producers, allProducers\)/)
  assert.match(source, /missingPickupReady=/)
  assert.match(source, /item\?\.shippingReady === false/)
  assert.match(source, /!expectedSet\.has\(id\(item\?\.containerNo\)\)/)
  assert.match(source, /unexpectedAwaiting=/)
  assert.match(source, /candidatesByContainer\.get\(containerNo\)\?\.operable === true/)
  assert.match(source, /candidatesByContainer\.get\(containerNo\)\?\.operable !== true/)
  assert.match(source, /missingPickupReady\.length === 0 && unexpectedAwaiting\.length === 0/)
  assert.doesNotMatch(source, /shippingReady == null|shippingReady !== true/)
  assert.match(source, /nonBlank\(item\?\.resourceKey\)/)
  assert.match(source, /item\?\.shippingReady !== false/)
  assert.match(source, /unexpectedHistorical=/)
  assert.doesNotMatch(source, /awaitProducerCandidates/)
})

test('OVERSEAS carton discovery probes the frozen sequence and lets the server exclude skipped cartons', () => {
  assert.deepEqual(expandOverseasCartonCandidates([
    { inboundCode: 'NYEXX2609020042', destinationType: 'OVERSEAS' },
    { inboundCode: 'FBA2609020001', destinationType: 'FBA' },
  ], ['NYEXX2609020042#8-5', 'NYEXX2609020042#8-2', 'NYEXX2609020042#8-1']), [
    'NYEXX2609020042#8-1', 'NYEXX2609020042#8-2', 'NYEXX2609020042#8-3', 'NYEXX2609020042#8-4',
    'NYEXX2609020042#8-5', 'NYEXX2609020042#8-6', 'NYEXX2609020042#8-7', 'NYEXX2609020042#8-8',
  ])
  assert.deepEqual(expandOverseasCartonCandidates([
    { inboundCode: 'NYEXX2609020042', destinationType: 'OVERSEAS' },
  ], ['NYEXX2609020042#2001-1']), [])
})

test('real-device legacy FBA carton rejection is retained as regression evidence', () => {
  const evidence = {
    http: 200,
    code: 'A0409',
    message: 'FBA destination must use bulk count',
    requestId: '5e925a3d-8184-41e1-b0d2-f4e1aae86639',
    traceId: '62fdf603b65fd7f43ec452bb8a6ca185',
  }
  assert.deepEqual(evidence, {
    http: 200,
    code: 'A0409',
    message: 'FBA destination must use bulk count',
    requestId: '5e925a3d-8184-41e1-b0d2-f4e1aae86639',
    traceId: '62fdf603b65fd7f43ec452bb8a6ca185',
  })
  assert.match(source, /a0409Message\(response, \/\^FBA destination must use bulk count\$\//)
  assert.match(source, /a0409Message\(response, \/\^OVERSEAS destination must use carton-by-carton scanning; bulk count is forbidden\$\//)
})

test('real-device deployed FBA resolve A0404 is retained until server-side inbound-prefix matching lands', () => {
  const evidence = {
    http: 200,
    code: 'A0404',
    message: 'Carton mark was not found',
    requestId: 'a716e2c2-dc10-4d07-8014-7438afb63090',
    traceId: '6ab8fcfcd812056ad6570d3b1652157b',
    databaseFact: 'current FBA has no ll_inbound_plan_carton manifest',
  }
  assert.equal(evidence.code, 'A0404')
  assert.equal(evidence.message, 'Carton mark was not found')
  assert.match(evidence.databaseFact, /no ll_inbound_plan_carton manifest/)
  assert.match(source, /a0404Message\(response, \/\^Carton mark was not found\$\//)
})

test('PDA receiving lifecycle is ordered from candidate claim through photos, mode-specific receipts, pallet and complete', () => {
  const orderedTokens = [
    "'查询当前客户待收柜号'", "'选择柜号并建立WAIT_SIGN会话'",
    'uploadPhotos(context, token)', "'绑定车牌封签开柜三角色照片并签收'",
    'resolveGeneratedPallet(context, inbound)', "`解析${inbound.destinationType}实物托盘`", 'receiveFba(context, token',
    'receiveOverseas(context, token', "'回查柜内逐入仓码实收进度'",
    "'完成当前柜并写入库存与卸柜事件'", "'完成后current返回404正常空态'",
  ]
  let cursor = -1
  for (const token of orderedTokens) {
    const next = source.indexOf(token, cursor + 1)
    assert.ok(next > cursor, `${orderedTokens[Math.max(0, orderedTokens.indexOf(token) - 1)]} -> ${token}`)
    cursor = next
  }
  for (const token of [
    '/current/receipts/bulk', '/current/receipts/carton',
    "'FBA模式硬拒绝逐箱收货'", "'OVERSEAS模式硬拒绝批量收货'",
    'PHOTO_ROLES.every', "finalStatus === 'COMPLETED'", 'completedContainers.push',
    'completedContainerFacts.push', 'expectedPalletCost', 'physicalPallets', 'unitPrice',
  ]) assert.ok(source.includes(token), token)
})

test('missing OVERSEAS_WAREHOUSE_PDA_OPERATOR overseas authority is a deployment blocker', async () => {
  const calls = []; const gaps = []; const steps = []
  const context = {
    marker: 'PDA-CONTRACT', context: {}, createdResources: {},
    async request(...args) {
 const route = /\/(?:last-leg|overseas-warehouse-resources)(?:\/|\?|$)/.test(String(args[1]));
 const handler = route ? async function(...args) { calls.push(args); throw new Error('must not request without credentials') } : async function(method,requestPath) {
      calls.push({ method, requestPath })
      return { method, path: requestPath, http: 200, body: { code: '200', data: [] },
        requestId: 'request-contract-1', traceId: 'trace-contract-0001' }
    };
 return handler.apply(this,args);
 },

    async requestMultipart(...args) { calls.push(args); throw new Error('must not request without credentials') },
    apiSuccess(module, name, response) { return response.body.data },
    addStep(...args) { steps.push(args) },
    assert(module, name, response, passed, evidence, options) { steps.push({ module, name, passed, evidence, options }) },
    addCoverageGap(...args) { gaps.push(args) },
  }
  await run(context)
  assert.ok(calls.some((call) => call.requestPath === '/api/platform/v1/iam/roles'))
  assert.ok(calls.some((call) => call.requestPath === '/api/platform/v1/iam/permissions'))
  assert.ok(gaps.some((gap) => gap[2] === '海外PDA仓库操作员权限'))
  assert.ok(steps.some((step) => step?.passed === false && step?.options?.deploymentBlocker))
})

test('empty candidate response cannot become a zero-business-request pass', async () => {
  const calls = []; const gaps = []; const steps = []
  const response = (data, requestPath, method = 'GET') => ({ method, path: requestPath, http: 200,
    body: { code: '200', data }, requestId: 'req-contract', traceId: 'trace-contract' })
  let userSequence = 0
  const roleId = '4000005'; const permissionId = '5107015'
  const context = {
    marker: 'PDA-CONTRACT', token: '', createdResources: {}, context: {},
    async findAvailablePhone() { userSequence += 1; return `1750000000${userSequence}` },
    async request(...args) {
 const route = /\/(?:last-leg|overseas-warehouse-resources)(?:\/|\?|$)/.test(String(args[1]));
 const handler = route ? async function(method,requestPath,body,token,headers) {
      calls.push({ channel: 'overseas', method, requestPath })
      if (requestPath.endsWith('/current')) return { method, path: requestPath, http: 200,
        body: { code: 'A0404', message: 'not found' }, requestId: 'req-current', traceId: 'trace-current' }
      return response([], requestPath, method)
    } : async function(method,requestPath,body) {
      calls.push({ channel: 'domestic', method, requestPath })
      if (method === 'GET' && requestPath.endsWith('/roles')) return response([
        { id: roleId, roleCode: 'OVERSEAS_WAREHOUSE_PDA_OPERATOR', status: 'ACTIVE', permissionIds: [permissionId] },
      ], requestPath, method)
      if (method === 'GET' && requestPath.endsWith('/permissions')) return response([
        { id: permissionId, permissionCode: 'lastleg:pda:operate' },
      ], requestPath, method)
      if (method === 'GET' && requestPath.startsWith('/api/platform/v1/warehouse-admin?')) return response({
        records: [{ id: '193000000000200003', warehouseName: '洛杉矶仓', warehouseType: 'OVERSEAS', status: 'ACTIVE' }],
        page: 1, size: 200, total: 1, pages: 1,
      }, requestPath, method)
      if (method === 'POST' && requestPath.endsWith('/users')) return response({
        membershipId: String(9000 + userSequence), username: body.username, tenantId: '0', roleIds: [roleId],
        overseasWarehouseId: String(body.overseasWarehouseId), status: 'ACTIVE',
      }, requestPath, method)
      if (method === 'POST' && requestPath === '/api/auth/login') return response({ accessToken: `pda-token-${userSequence}` }, requestPath, method)
      if (method === 'PUT' && /\/users\/\d+\/status$/.test(requestPath)) return response({ status: 'DISABLED' }, requestPath, method)
      throw new Error(`unexpected domestic request ${method} ${requestPath}`)
    };
 return handler.apply(this,args);
 },

    apiSuccess(module, name, result) { return result.body.data },
    addStep(module, name, result, passed, evidence, options) { steps.push({ module, name, result, passed, evidence, options }) },
    assert(module, name, result, passed, evidence, options) { steps.push({ module, name, result, passed, evidence, options }) },
    addCoverageGap(...args) { gaps.push(args) },
  }
  await run(context)
  assert.ok(calls.some((call) => call.requestPath.endsWith('/candidates')))
  assert.ok(steps.some((step) => step.name.includes('正常空态') && step.passed))
  assert.ok(steps.some((step) => step.name.includes('PDA柜号候选覆盖前置') && !step.passed && step.options.deploymentBlocker))
  assert.equal(gaps.length, 1)
  assert.equal(context.createdResources.phase4OverseasPda.finalStatus, null)
  assert.equal(context.createdResources.phase4OverseasPda.pickerMembershipIds.length, 2)
  assert.equal(calls.filter((call) => /\/users\/\d+\/status$/.test(call.requestPath)).length, 2)
})