task-47: 轮询 baseline 统计补强测试
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@@ -1,6 +1,10 @@
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import { test } from 'node:test'
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import assert from 'node:assert/strict'
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import { createTaskPollingBaseline } from '../src/shared/task-polling-baseline.ts'
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import {
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createTaskPollingBaseline,
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type TaskPollingBaseline,
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} from '../src/shared/task-polling-baseline.ts'
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import { useTaskProgressLoop } from '../src/shared/composables/useTaskProgressLoop.ts'
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interface FakeDetail {
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id: number
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@@ -15,6 +19,43 @@ function detail(id: number): FakeDetail {
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const byId = (d: FakeDetail) => d.id
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const enc = (v: unknown) => new TextEncoder().encode(JSON.stringify(v)).byteLength
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const tick = (ms = 0) => new Promise<void>((r) => globalThis.setTimeout(r, ms))
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let scopeCounter = 0
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type Item = { taskId?: number; status?: string }
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interface BaselineLoopHarness {
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loop: ReturnType<typeof useTaskProgressLoop<Item>>
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}
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function makeLoop(
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options: Pick<Parameters<typeof useTaskProgressLoop<Item>>[0], 'onBaseline'>,
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): BaselineLoopHarness {
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const storage = new Map<string, string>()
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;(globalThis as Record<string, unknown>).window = {
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localStorage: {
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getItem: (k: string) => storage.get(k) ?? null,
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setItem: (k: string, v: string) => { storage.set(k, v) },
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removeItem: (k: string) => { storage.delete(k) },
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},
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setTimeout: (fn: () => void, ms: number) => globalThis.setTimeout(fn, ms),
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clearTimeout: (id: unknown) => globalThis.clearTimeout(id as number),
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setInterval: (fn: () => void, ms: number) => globalThis.setInterval(fn, ms),
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clearInterval: (id: unknown) => globalThis.clearInterval(id as number),
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}
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const loop = useTaskProgressLoop<Item>({
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scope: `baseline-loop-${scopeCounter++}`,
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fetchProgress: async (ids) => ({
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items: ids.map((id) => ({ taskId: id, status: 'RUNNING' })),
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}),
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extractTaskId: (d) => d?.taskId,
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extractStatus: (d) => d?.status,
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getIntervalMs: () => 60000,
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...options,
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})
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return { loop }
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}
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test('test_task_081_polling_frontend_normal_default_path', () => {
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const baseline = createTaskPollingBaseline()
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baseline.recordRequest()
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@@ -154,8 +195,141 @@ test('test_task_081_polling_frontend_dependency_failure_releases_resources', ()
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cachedBytes: 0,
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droppedCount: 0,
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entryKeys: [],
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failureCount: 0,
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})
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// 错误可恢复:修复后同一实例继续工作
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baseline.recordResponseItems([detail(1)], byId)
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assert.equal(baseline.stats().entryCount, 1)
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})
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test('test_baseline_request_count', async () => {
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const calls: TaskPollingBaseline[] = []
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const { loop } = makeLoop({ onBaseline: (b) => { calls.push(b) } })
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loop.reset([1])
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await tick(10)
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assert.ok(calls.length >= 1, '每轮请求后回传基线')
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assert.equal(calls.at(-1)!.stats().requestCount, 1, '请求计数为 1(reset 触发一轮)')
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await loop.refreshOnce()
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assert.equal(calls.at(-1)!.stats().requestCount, 2, '手动 refreshOnce 再记一次')
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loop.dispose()
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})
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test('test_baseline_response_size', async () => {
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const calls: TaskPollingBaseline[] = []
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const { loop } = makeLoop({ onBaseline: (b) => { calls.push(b) } })
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loop.reset([1, 2])
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await tick(10)
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const stats = calls.at(-1)!.stats()
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loop.dispose()
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assert.ok(stats.totalResponseBytes > 0, '响应体大小累计')
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assert.equal(
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stats.totalResponseBytes,
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enc([
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{ taskId: 1, status: 'RUNNING' },
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{ taskId: 2, status: 'RUNNING' },
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]),
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'总字节 = 整轮响应体序列化字节数',
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)
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assert.equal(stats.largestResponseBytes, stats.totalResponseBytes, '单次最大 = 当前唯一一轮')
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})
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test('test_baseline_cache_usage', async () => {
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const calls: TaskPollingBaseline[] = []
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const { loop } = makeLoop({ onBaseline: (b) => { calls.push(b) } })
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loop.reset([1, 2])
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await tick(10)
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const stats = calls.at(-1)!.stats()
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loop.dispose()
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assert.equal(stats.entryCount, 2, '每条进度一个缓存条目')
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assert.deepEqual(stats.entryKeys, [1, 2])
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assert.ok(stats.cachedBytes >= enc({ taskId: 1, status: 'RUNNING' }), '缓存字节含条目编码')
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})
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test('test_baseline_failure_count', async () => {
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const calls: TaskPollingBaseline[] = []
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let fails = 0
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const loop = useTaskProgressLoop<Item>({
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scope: `baseline-fail-${scopeCounter++}`,
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fetchProgress: async () => {
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if (fails < 2) {
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fails += 1
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throw new Error('network down')
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}
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return { items: [{ taskId: 1, status: 'RUNNING' }] }
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},
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extractTaskId: (d) => d?.taskId,
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extractStatus: (d) => d?.status,
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getIntervalMs: () => 60000,
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onBaseline: (b) => { calls.push(b) },
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})
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loop.reset([1])
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await tick(10)
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const first = calls.at(-1)!.stats()
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assert.equal(first.failureCount, 1, '首轮失败计数 1')
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await loop.refreshOnce()
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const second = calls.at(-1)!.stats()
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assert.equal(second.failureCount, 2, '连续失败累计到 2')
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await loop.refreshOnce()
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const third = calls.at(-1)!.stats()
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loop.dispose()
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assert.equal(third.failureCount, 2, '失败计数为累计值(清零仅经 reset;连续计数走 onError attempt)')
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})
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test('test_baseline_callback_after_round', async () => {
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const calls: TaskPollingBaseline[] = []
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const { loop } = makeLoop({ onBaseline: (b) => { calls.push(b) } })
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loop.reset([1])
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await tick(10)
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await loop.refreshOnce()
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assert.equal(calls.length, 2, '每轮 refreshOnce 结束后各回传一次基线')
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assert.equal(calls[1].stats().requestCount, 2, '回传的是同一实例(累计统计)')
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assert.strictEqual(calls[0], calls[1], '回传的是同一基线实例')
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loop.dispose()
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})
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test('test_baseline_round_accuracy', async () => {
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const calls: TaskPollingBaseline[] = []
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const { loop } = makeLoop({ onBaseline: (b) => { calls.push(b) } })
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loop.reset([1])
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await tick(10)
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// 重置后:请求量、条目数与请求一一对应,无跨轮串账
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assert.equal(calls.at(-1)!.stats().requestCount, 1)
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loop.add(2)
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await tick(10)
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const second = calls.at(-1)!.stats()
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loop.dispose()
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assert.equal(second.requestCount, 2, 'add 触发新一轮请求')
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assert.equal(second.entryCount, 2, '第二轮响应写入新条目')
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})
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test('test_baseline_reset', async () => {
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const calls: TaskPollingBaseline[] = []
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const { loop } = makeLoop({ onBaseline: (b) => { calls.push(b) } })
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loop.reset([1])
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await tick(10)
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const baseline = calls.at(-1)!
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assert.equal(baseline.stats().requestCount, 1)
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baseline.reset()
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assert.deepEqual(baseline.stats(), {
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requestCount: 0,
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totalResponseBytes: 0,
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largestResponseBytes: 0,
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entryCount: 0,
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cachedBytes: 0,
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droppedCount: 0,
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entryKeys: [],
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failureCount: 0,
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}, '重置后基线清零')
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loop.dispose()
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})
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test('test_baseline_optional_off', async () => {
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const { loop } = makeLoop({})
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loop.reset([1])
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await tick(10)
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// 不传 onBaseline:不创建基线,不抛错
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loop.refreshOnce()
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await tick(10)
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assert.equal(loop.taskStatuses.value[1], 'RUNNING', '无基线时轮询照常工作')
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loop.dispose()
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})
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