251 lines
15 KiB
JavaScript
251 lines
15 KiB
JavaScript
import test from 'node:test'
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import assert from 'node:assert/strict'
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import { readFileSync } from 'node:fs'
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import { resolve } from 'node:path'
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import { AcceptanceRun, configureReadOnlyEvidence, unloadRecoveryWasVerified, parseArguments, validateExecutionOptions } from './admin-test-env-acceptance.mjs'
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const source = readFileSync(resolve('scripts/admin-test-env-acceptance.mjs'), 'utf8')
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test('full CLI evidence preflight attaches readers and fails before business writes when unavailable', async () => {
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const run = { options: { modules: ['manual-state-matrix'] }, context: {} }
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const readReceiving = () => {}, readCompletion = () => {}
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let checked = false
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await configureReadOnlyEvidence(run, {}, () => ({ readReceiving, readCompletion,
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preflight: async () => { checked = true } }))
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assert.equal(checked, true)
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assert.equal(run.context.phase4ReceivingEvidenceReader, readReceiving)
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assert.equal(run.context.f40ReadOnlyOutboxEvidence, readCompletion)
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const unavailable = { options: run.options, context: {} }
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await assert.rejects(configureReadOnlyEvidence(unavailable, {}, () => ({
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preflight: async () => { throw Error('evidence unavailable') } })), /unavailable/)
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assert.deepEqual(unavailable.context, {})
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})
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test('explicit unloading fault uses a separate first-container hook and restores both directions on failure', async () => {
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const calls = []
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const run = { marker: 'TEST-UNLOAD', options: { modules: ['phase4-overseas-pda', 'phase4-cross-region-events'],
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verifyUnloadEventRecovery: true }, context: {} }
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const fault = name => ({ prepare: async scope => calls.push([name, 'prepare', scope]),
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readProof: async scope => ({ name, scope, restored: true }),
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cleanup: async () => { calls.push([name, 'cleanup']); if (name === 'reverse') throw Error('recovery failed') } })
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const cleanup = await configureReadOnlyEvidence(run, {}, () => ({ readReceiving() {}, readCompletion() {}, preflight: async () => {} }),
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{ createTestFaultExecutor: () => fault('forward'), createTestUnloadFaultExecutor: () => fault('reverse') })
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assert.equal(calls.length, 0)
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await run.context.beforeReceivingComplete({ customerId: '7', bookingId: '66' })
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await run.context.beforeReceivingComplete({ customerId: '8', bookingId: '77' })
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assert.deepEqual(calls, [['reverse', 'prepare', { marker: 'TEST-UNLOAD', customerId: '7', containerBookingId: '66' }]])
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assert.equal(await run.context.afterReceivingComplete({ customerId: '8', bookingId: '77' }), null)
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const proof = await run.context.afterReceivingComplete({ customerId: '7', bookingId: '66' })
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assert.equal(proof.name, 'reverse')
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await assert.rejects(cleanup.cleanup(), /恢复失败/)
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assert.deepEqual(calls.slice(-2), [['reverse', 'cleanup'], ['forward', 'cleanup']])
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})
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test('unloading recovery is opt-in and cannot run against unrelated modules', () => {
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const args = ['--modules', 'phase4-overseas-return-followups', '--gateway', 'http://localhost:9000',
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'--username', 'contract', '--password', 'contract']
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assert.equal(parseArguments(args).verifyUnloadEventRecovery, false)
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assert.throws(() => validateExecutionOptions(parseArguments([...args, '--verify-unload-event-recovery', 'true'])), /收货链/)
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})
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test('requested unloading fault cannot pass without exact current-run recovery and inventory proof', () => {
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const run = { marker: 'CURRENT', createdResources: {} }
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assert.equal(unloadRecoveryWasVerified(run), false)
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const row = { status: 'VERIFIED', eventRecoveryInventoryUnchanged: true,
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eventRecovery: { restored: true, marker: 'CURRENT', containerBookingId: '66' } }
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run.createdResources.phase4OverseasPda = { receivingCompletionEvidence: { '66': row } }
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assert.equal(unloadRecoveryWasVerified(run), true)
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for (const change of [r => r.eventRecoveryInventoryUnchanged = false, r => r.status = 'UNPROVEN',
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r => r.eventRecovery.restored = false, r => r.eventRecovery.marker = 'OLD', r => r.eventRecovery.containerBookingId = '77']) {
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const changed = structuredClone(run)
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change(changed.createdResources.phase4OverseasPda.receivingCompletionEvidence['66'])
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assert.equal(unloadRecoveryWasVerified(changed), false)
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}
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run.createdResources.phase4OverseasPda.receivingCompletionEvidence['77'] = structuredClone(row)
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assert.equal(unloadRecoveryWasVerified(run), false)
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})
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test('F40 optional chain always creates its customer and rejects absent domestic PDA credentials', () => {
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const options = parseArguments(['--modules', 'phase5-root-fulfillment',
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'--gateway', 'http://localhost:9000', '--username', 'contract-user', '--password', 'contract-password',
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'--merchant-username', 'prior-client', '--merchant-password', 'prior-password'])
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assert.deepEqual(options.modules, ['merchant-qualification-fixture', 'phase5-root-fulfillment'])
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options.pdaUsername = ''; options.pdaPassword = ''
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assert.throws(() => validateExecutionOptions(options), /PDA/)
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})
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test('phase-four HTTP acceptance modules are registered in the Admin acceptance entry', () => {
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for (const module of [
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'phase4-overseas-warehouse',
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'phase4-overseas-pda',
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'phase4-overseas-pda-operations',
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'phase4-overseas-inbound-operations',
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'phase4-overseas-client-services',
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'phase4-overseas-dispatch',
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'phase4-cross-region-events',
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'phase4-overseas-business',
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'phase4-overseas-master-data',
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'phase4-carrier-nodes',
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'phase4-overseas-wallet-and-pallet-cost',
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]) {
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assert.match(source, new RegExp(`CONFIGURED_MODULES\\s*=\\s*\\[[^\\]]*'${module}'`, 's'))
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}
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})
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test('wallet and destuff cost closure expands the fresh merchant and completed overseas PDA chain', () => {
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const modules = parseArguments(['--modules', 'phase4-overseas-wallet-and-pallet-cost']).modules
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for (const prerequisite of ['merchant-qualification-fixture', 'phase3-loading-finalize',
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'phase4-overseas-pda', 'phase4-overseas-pda-operations', 'phase4-overseas-business']) {
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assert.ok(modules.indexOf(prerequisite) >= 0
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&& modules.indexOf(prerequisite) < modules.indexOf('phase4-overseas-wallet-and-pallet-cost'))
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}
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})
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test('overseas inbound commands, client services and dispatch follow completed PDA receiving', () => {
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for (const consumer of ['phase4-overseas-inbound-operations', 'phase4-overseas-client-services',
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'phase4-overseas-dispatch']) {
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const modules = parseArguments(['--modules', consumer]).modules
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for (const prerequisite of ['merchant-qualification-fixture', 'phase3-loading',
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'phase3-loading-finalize', 'phase4-overseas-pda', 'phase4-overseas-pda-operations']) {
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assert.ok(modules.indexOf(prerequisite) >= 0
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&& modules.indexOf(prerequisite) < modules.indexOf(consumer))
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}
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}
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})
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test('entry uses one TEST gateway and rejects retired regional options', () => {
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const options = parseArguments(['--gateway', 'http://localhost:9000/', '--modules', 'phase4-overseas-warehouse'])
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assert.equal(options.gateway, 'http://localhost:9000')
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assert.equal(options.environment, 'test')
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assert.throws(() => parseArguments(['--overseas-gateway', 'http://localhost:9300']), /one TEST gateway/)
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assert.throws(() => parseArguments(['--environment', 'cn']), /TEST|test/)
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assert.doesNotMatch(source, /async requestOverseas|this\.overseasToken|overseasAccessToken/)
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assert.match(source, /this\.refreshToken = login\.refreshToken/)
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assert.match(source, /system后新admin统一Token只读探针可用/)
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})
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test('overseas business keeps its marker-scoped customer fixture with reusable credentials configured', () => {
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const previousUsername = process.env.MERCHANT_TEST_USERNAME
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const previousPassword = process.env.MERCHANT_TEST_PASSWORD
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process.env.MERCHANT_TEST_USERNAME = 'reusable-client'
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process.env.MERCHANT_TEST_PASSWORD = 'reusable-password'
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try {
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const modules = parseArguments(['--modules', 'phase4-overseas-business']).modules
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assert.ok(modules.includes('merchant-qualification-fixture'))
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assert.ok(modules.indexOf('merchant-qualification-fixture') < modules.indexOf('phase4-overseas-business'))
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} finally {
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if (previousUsername === undefined) delete process.env.MERCHANT_TEST_USERNAME
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else process.env.MERCHANT_TEST_USERNAME = previousUsername
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if (previousPassword === undefined) delete process.env.MERCHANT_TEST_PASSWORD
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else process.env.MERCHANT_TEST_PASSWORD = previousPassword
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}
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})
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test('a fixed origin route does not require randomized order fixtures', () => {
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const options = parseArguments(['--origin-warehouse-name', '东莞仓', '--modules', 'phase4-overseas-pda'])
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assert.equal(options.originWarehouseName, '东莞仓')
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assert.equal(options.routeMode, 'fixed')
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assert.equal(options.orderProfileMode, 'fixed')
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assert.match(source, /else if \(this\.options\.originWarehouseName \|\| this\.options\.channelName \|\| this\.options\.channelCode\)/)
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assert.match(source, /this\.context\.waitSplitRoute = \{[\s\S]*randomize: false/)
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assert.match(source, /this\.context\.allowAnyExistingPallet = true/)
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})
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test('unified-session refresh replaces the whole session only after a complete response', async () => {
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const run = new AcceptanceRun({ gateway: 'http://localhost:9000',
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username: 'contract-user', password: 'contract-password', modules: [], output: '' })
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Object.assign(run, { token: 'old-access', refreshToken: 'old-refresh', expiresAt: 1 })
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run.request = async (method, path, body, token) => {
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assert.equal(method, 'POST'); assert.equal(path, '/api/auth/refresh')
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assert.deepEqual(body, { refreshToken: 'old-refresh' }); assert.equal(token, '')
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return { method, path, http: 200, body: { code: '200', data: {
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accessToken: 'new-access', refreshToken: 'new-refresh',
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expiresIn: 900,
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} }, requestId: 'refresh-request', traceId: 'refresh-trace' }
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}
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assert.equal(await run.refreshSession('contract'), true)
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assert.equal(run.token, 'new-access')
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assert.equal(run.refreshToken, 'new-refresh')
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assert.ok(run.expiresAt > Date.now())
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const frozen = { token: run.token, refreshToken: run.refreshToken,
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expiresAt: run.expiresAt }
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run.request = async (method, path) => ({ method, path, http: 200,
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body: { code: '200', data: { accessToken: 'partial-only' } },
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requestId: 'partial-request', traceId: 'partial-trace' })
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assert.equal(await run.refreshSession('incomplete-contract'), false)
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assert.deepEqual({ token: run.token, refreshToken: run.refreshToken,
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expiresAt: run.expiresAt }, frozen)
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})
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test('entry has no built-in environment address or password and requires explicit execution options', () => {
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assert.doesNotMatch(source, /8\.163\.|ChangeMe123|DEFAULT_PASSWORD|DEFAULT_GATEWAY/)
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assert.throws(() => validateExecutionOptions(parseArguments(['--modules', 'phase4-overseas-pda'])),
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/缺少必填执行参数/)
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const options = parseArguments([
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'--gateway', 'http://localhost:9000',
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'--username', 'contract-user', '--password', 'contract-password', '--modules', 'phase4-overseas-pda',
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'--pda-username', 'contract-picker', '--pda-password', 'contract-picker-password',
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])
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assert.equal(validateExecutionOptions(options), options)
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})
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test('loading dependency chains require PDA credentials before making any HTTP requests', () => {
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for (const module of ['phase3-loading', 'phase3-container-loading', 'phase5-overseas-fulfillment']) {
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const options = parseArguments(['--gateway', 'http://localhost:9000',
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'--username', 'admin', '--password', 'fixture',
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'--modules', module])
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options.pdaUsername = ''
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options.pdaPassword = ''
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assert.throws(() => validateExecutionOptions(options), /PDA 作业员凭据/)
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options.pdaUsername = 'picker'
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assert.throws(() => validateExecutionOptions(options), /PDA 作业员凭据/)
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options.pdaPassword = 'fixture'
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assert.equal(validateExecutionOptions(options), options)
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}
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})
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test('core coverage gaps fail closed while device and external-provider gaps remain report-only', () => {
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const run = new AcceptanceRun({ gateway: 'http://localhost:9000',
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username: 'contract-user', password: 'contract-password', modules: [], output: '' })
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run.addCoverageGap('phase4', 'core', 'fixture', 'missing fixture', 'fixture')
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assert.equal(run.steps.at(-1)?.passed, false)
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assert.equal(run.steps.at(-1)?.deploymentBlocker, true)
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const stepCount = run.steps.length
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run.addCoverageGap('phase3', 'device', 'Android', 'manual device validation', 'device')
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run.addCoverageGap('phase3', 'provider', 'captcha', 'external captcha', 'external-third-party')
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run.addCoverageGap('phase3', 'device', 'Android', 'manual device validation', 'device')
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run.addCoverageGap('phase3', 'provider', 'captcha', 'external captcha', 'external-third-party')
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assert.equal(run.steps.length, stepCount)
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assert.equal(run.coverageGaps.length, 3)
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})
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test('PDA entry expands the real phase-three producer chain and builds an FBA/OVERSEAS/second-container matrix', () => {
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const modules = parseArguments(['--modules', 'phase4-overseas-pda']).modules
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for (const prerequisite of ['merchant-qualification-fixture', 'phase3-loading', 'phase3-pda-convergence',
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'phase3-evidence-gate', 'phase3-loading-finalize']) {
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assert.ok(modules.indexOf(prerequisite) >= 0 && modules.indexOf(prerequisite) < modules.indexOf('phase4-overseas-pda'))
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}
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assert.match(source, /async ensurePhase4PdaProducerMatrix\(\)/)
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assert.match(source, /runPhase4ProducerVariant\('DROPSHIP-PRIMARY', 'FBA', 'ONE_CLICK_DROPSHIP', true\)/)
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assert.match(source, /runPhase4ProducerVariant\('OVERSEAS-PRIMARY', 'OVERSEAS', 'ONE_CLICK_DROPSHIP', true\)/)
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assert.match(source, /runPhase4ProducerVariant\('FBA-STANDARD', 'FBA', 'STANDARD', true\)/)
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assert.match(source, /runPhase4ProducerVariant\('FBA-OPERATIONS', 'FBA', 'STANDARD', true\)/)
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assert.match(source, /-P4-FBA-STANDARD\(\?:-R\\d\+\)\?:/)
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assert.match(source, /runPhase4ProducerVariant\('SECONDARY', 'FBA', 'STANDARD', false\)/)
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assert.match(source, /runUntilPickupReady\(this\)/)
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const variant = source.slice(source.indexOf('async runPhase4ProducerVariant'), source.indexOf('async ensurePhase4PdaProducerMatrix'))
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assert.match(variant, /this\.phase4ProducerAttempts\.get\(label\)/)
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assert.match(variant, /attempt === 1 \? '' : `-R\$\{attempt\}`/)
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assert.ok(variant.indexOf('ensureInitialCalculated') < variant.indexOf('phase3-loading-phase4-'))
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assert.match(variant, /fulfillmentType === 'ONE_CLICK_DROPSHIP'/)
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assert.doesNotMatch(variant, /inboundFees\.run\(this\)/)
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assert.ok(variant.indexOf('phase3-outbound-dispatch-phase4-') < variant.indexOf('phase3-container-documents-phase4-'))
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assert.ok(variant.indexOf('phase3-container-documents-phase4-') < variant.indexOf('phase3-carrier-schedule-queries-phase4-'))
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assert.match(source, /\['phase3-container-documents', \['phase3-outbound-dispatch'\]\]/)
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assert.doesNotMatch(source, /\['phase3-outbound-dispatch', \['phase3-container-documents'/)
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assert.match(source, /carrierScheduleQueryId/)
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assert.match(source, /readyForPhase4Pda === true/)
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assert.equal(modules.indexOf('phase4-overseas-pda-operations'), modules.indexOf('phase4-overseas-pda') + 1)
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})
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