windyboyandCursor
e5449a5cb1
闭合 Q22；V6 建 basicdata 表组；RefData 走真处理器（DNLD/RESP/ADD/UPD/DEL/RSTA）。 Co-authored-by: Cursor <cursoragent@cursor.com>
290 lines
14 KiB
Kotlin
290 lines
14 KiB
Kotlin
package com.gzzn.omms.msgexchange.processing
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import com.gzzn.omms.msgexchange.codec.ErorPayload
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import com.gzzn.omms.msgexchange.codec.FlopPayload
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import com.gzzn.omms.msgexchange.codec.ScheduleBody
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import com.gzzn.omms.msgexchange.codec.XmlCodec
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import com.gzzn.omms.msgexchange.codec.unpersistedCollectionHits
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import com.gzzn.omms.msgexchange.config.OperationDayProps
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import com.gzzn.omms.msgexchange.config.PipelineProps
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import com.gzzn.omms.msgexchange.domain.DecodedMessage
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import com.gzzn.omms.msgexchange.domain.ErrorClass
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import com.gzzn.omms.msgexchange.domain.MsgKind
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import com.gzzn.omms.msgexchange.domain.ProcState
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import com.gzzn.omms.msgexchange.domain.ProcStatus
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import com.gzzn.omms.msgexchange.infra.log.TraceLog
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import com.gzzn.omms.msgexchange.infra.metrics.PipelineCounters
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import com.gzzn.omms.msgexchange.infra.persistence.CminmsgInboxRepository
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import com.gzzn.omms.msgexchange.infra.persistence.ProcStateRepository
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import com.gzzn.omms.msgexchange.infra.retry.ProcFailure
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import jakarta.inject.Singleton
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import java.time.Clock
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import java.time.Duration
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import java.time.Instant
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import java.time.LocalDate
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import java.util.concurrent.atomic.AtomicLong
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/**
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* 处理主泵：一个线程按消息 ID 从小到大一条条处理，保证先来的先处理。
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*
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* 每次 tick 只看当前最小的未完成消息（"队头"）：
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* - 没有待处理消息就睡一个轮询间隔；
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* - 队头失败了还在退避期，就等到能重试的时刻；重试次数用尽才转死信，不放任它一直堵着；
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* - 其余情况交给 [MessageProcessor] 处理。
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*
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* 一次只处理一条是刻意的。后面的消息不能越过卡住的队头，否则同一条航班的报文
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* 可能被乱序应用，几十秒后才到的旧报文会把新状态覆盖回去。
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*/
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@Singleton
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class Pump(
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private val procState: ProcStateRepository,
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private val processor: MessageProcessor,
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private val props: PipelineProps,
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private val clock: Clock,
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) {
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private val log = org.slf4j.LoggerFactory.getLogger(Pump::class.java)
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/** 连续失败计数：仅用于日志/排障，不代表业务状态。 */
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private val tickFailures = AtomicLong(0)
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@Volatile
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private var running = true
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/** 请求停机：当前 tick 跑完就退出。线程中断由 PipelineLifecycle 负责。 */
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fun stop() {
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running = false
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}
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fun loop() {
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while (running) {
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try {
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tick()
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tickFailures.set(0)
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} catch (e: InterruptedException) {
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Thread.currentThread().interrupt()
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return
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} catch (e: Exception) {
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// 兜底：单条消息的失败状态已在 processOne 内记录；但 tick 整体失败（DB 断连、
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// 锁超时）在别处没有痕迹，必须留日志，否则排障无据可查。
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val failures = tickFailures.incrementAndGet()
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log.error("pump tick failed (failure #{})", failures, e)
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sleepQuietly(props.pipeline.pollInterval)
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}
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}
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}
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internal fun tick() {
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val head = procState.headUnfinished()
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if (head == null) {
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sleepQuietly(props.pipeline.pollInterval)
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return
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}
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val now = clock.instant()
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when {
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head.state == ProcStatus.FAILED && head.attempts >= props.pipeline.maxAttempts -> {
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log.error("poison -> DEAD msgId={} attempts={} lastError={}", head.msgId, head.attempts, head.lastError)
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// markTerminal 在同一条 UPDATE 里登记回填意图；回填由扫描补写，不在这里做跨库写。
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procState.markTerminal(
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head.msgId, ProcStatus.DEAD,
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errorClass = ErrorClass.EXHAUSTED,
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lastError = head.lastError ?: "attempts-exhausted",
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attempts = head.attempts,
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now = now,
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)
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}
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head.state == ProcStatus.FAILED && (head.nextAttemptAt ?: Instant.EPOCH) > now ->
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sleepQuietly(Duration.between(now, head.nextAttemptAt))
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// 其余情况（新消息，或退避到期的重试）交给处理入口
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else -> processor.processOne(head)
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}
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}
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private fun sleepQuietly(d: Duration) {
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if (!d.isNegative && !d.isZero) Thread.sleep(d.toMillis().coerceAtLeast(1))
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}
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}
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/**
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* 处理一条消息：读原文 → 解码 → 绑定业务身份 → 分派给对应处理器。
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*
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* 业务数据、Redis 投影、终态与回填意图由各处理器按三步提交写入（[FlightCommit]）：
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* 领域事务提交后才写投影，投影成功后才记终态与回填意图（同一条 UPDATE）。
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* **这里不做信箱回填**：主泵是 FIFO 关键路径，跨库写会把它绑在共享 MySQL 的可用性上。
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* 回填由 `JobRunner` 定时的 `BackfillService.sweep` 驱动（调度周期不等于完成时限）。
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*
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* 任何意外异常都算在当前这条消息头上（记 FAILED(INFRA) 后重试），不会把主泵线程带崩。
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* 报文非法和整包协议拒绝不重试，直接进死信等人工处置。
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*/
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@Singleton
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class MessageProcessor(
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private val inbox: CminmsgInboxRepository,
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private val procState: ProcStateRepository,
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private val codec: XmlCodec,
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private val scheduleProcessor: ScheduleProcessor,
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private val flopProcessor: FlopProcessor,
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private val fdelProcessor: FdelProcessor,
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private val adftProcessor: AdftProcessor,
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private val referenceDataProcessor: ReferenceDataProcessor,
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private val outbound: OutboundRequestService,
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private val procFailure: ProcFailure,
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private val props: PipelineProps,
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private val clock: Clock,
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private val operationDayProps: OperationDayProps,
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private val counters: PipelineCounters,
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) {
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private val log = org.slf4j.LoggerFactory.getLogger(MessageProcessor::class.java)
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fun processOne(head: ProcState) {
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TraceLog.withTrace(head.msgId) {
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try {
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processInternal(head)
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} catch (e: InterruptedException) {
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Thread.currentThread().interrupt()
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throw e
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} catch (e: Exception) {
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// 边界化：异常归于本条 head，写 FAILED(INFRA)/DEAD，而不是穿出杀 pump
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log.warn("processOne unexpected failure msgId={} ec=INFRA msg={}", head.msgId, e.message ?: e.javaClass.simpleName)
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procFailure.fail(head, ErrorClass.INFRA, e.message ?: e.javaClass.simpleName)
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}
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}
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}
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private fun processInternal(head: ProcState) {
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val raw = inbox.rawOf(head.msgId)
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if (raw == null) {
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log.error("raw missing -> DEAD(MALFORMED) msgId={}", head.msgId)
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return deadMalformed(head, "raw-missing")
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}
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val decoded = when (val r = codec.decode(raw)) {
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is com.gzzn.omms.msgexchange.codec.DecodeResult.Ok -> r.message
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is com.gzzn.omms.msgexchange.codec.DecodeResult.Err -> {
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// MALFORMED（报文非法）→ DEAD 不重试；CODEC_ERROR（可随 codec 修复重放）→ FAILED 退避
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if (r.failure.errorClass == ErrorClass.MALFORMED) {
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log.error("decode MALFORMED -> DEAD msgId={} detail={}", head.msgId, r.failure.detail)
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return deadMalformed(head, r.failure.detail)
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}
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log.warn("decode {} -> FAILED msgId={} detail={}", r.failure.errorClass, head.msgId, r.failure.detail)
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return procFailure.fail(head, r.failure.errorClass, r.failure.detail)
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}
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}
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// [G-SRVT-VIPF]：段出现计数，供真实流量观测；明细落库见 `G-SRVT-VIPF`（缺席是否清除待 Q2）。
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val unpersisted = unpersistedCollectionHits(decoded.body)
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if (unpersisted.isNotEmpty()) {
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counters.unpersistedCollectionSeenAdd(unpersisted)
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}
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// I3：identity 仅首次绑定（head.identityKey == null）；FAILED 重试不重绑
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if (head.identityKey == null) {
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val identity = Identity.of(
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decoded, props.identity, LocalDate.now(clock.withZone(operationDayProps.zoneId())),
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)
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if (!procState.tryBindIdentity(head.msgId, identity)) {
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val owner = procState.ownerOfIdentity(identity) ?: -1L
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log.info("duplicate-of:{} -> SKIPPED msgId={}", owner, head.msgId)
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procState.markTerminal(head.msgId, ProcStatus.SKIPPED, lastError = "duplicate-of:$owner", now = clock.instant())
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return
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}
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}
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// US-04：忽略清单命中 → SKIPPED + 回填意图，不取 PIPELINE_LOCK、不写航班表、不创建 MSG_EVENT
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val ignoreRule = IgnoreRules.match(decoded.meta.type)
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if (ignoreRule != null) {
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log.info("ignored:{} -> SKIPPED msgId={}", ignoreRule, head.msgId)
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counters.ignoredAdd()
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procState.markTerminal(head.msgId, ProcStatus.SKIPPED, lastError = "ignored:$ignoreRule", now = clock.instant())
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return
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}
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// 按报文类型分派：日计划走 SCHD，其余走 FLOP / FDEL / ADFT；报文缺载荷直接判为非法报文的死信
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val result: ApplyResult = when (val kind = decoded.kind) {
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is MsgKind.Schd -> {
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val body = decoded.body as? ScheduleBody
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if (body == null) return deadMalformed(head, "missing-schd-body")
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when (kind.subtype) {
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MsgKind.SchdSubtype.DNLD ->
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scheduleProcessor.applyScheduleRecords(head, decoded)
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MsgKind.SchdSubtype.RESP -> {
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if (!outbound.hasOpenSentRqfd()) {
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log.info("SCHD-RESP without open RQFD -> SKIPPED msgId={} [G-RESP-GUARD]", head.msgId)
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procState.markTerminal(
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head.msgId, ProcStatus.SKIPPED,
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lastError = "resp-guard:no-open-req",
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now = clock.instant(),
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)
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return
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}
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val respResult = scheduleProcessor.applyScheduleRecords(head, decoded)
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if (respResult is ApplyResult.Succeeded || respResult is ApplyResult.ReplaySkipped) {
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outbound.completeRqfdResponse()
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}
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respResult
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}
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MsgKind.SchdSubtype.ADFT -> {
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val record = body.records.singleOrNull()
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if (record == null) return deadMalformed(head, "adft-needs-single-fltr")
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adftProcessor.apply(head, decoded, record)
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}
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}
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}
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MsgKind.Fdel -> {
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val payload = decoded.body as? FlopPayload
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if (payload == null) return deadMalformed(head, "missing-fdel-flid")
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fdelProcessor.apply(head, decoded, payload)
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}
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is MsgKind.Flop -> {
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val payload = decoded.body as? FlopPayload
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if (payload == null) return deadMalformed(head, "missing-flop-body")
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flopProcessor.apply(head, decoded, payload)
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}
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is MsgKind.RefData -> {
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val body = decoded.body as? com.gzzn.omms.msgexchange.domain.ref.RefDataBody // validated below
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if (body == null) return deadMalformed(head, "missing-refdata-body")
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referenceDataProcessor.apply(head, decoded, kind.type)
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}
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MsgKind.Eror -> {
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val payload = decoded.body as? ErorPayload
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?: return deadMalformed(head, "missing-eror-body")
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val matched = outbound.failFromEror(payload.seqs, payload.typs, payload.stys)
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if (!matched) {
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log.info("EROR without matching open outbound -> SKIPPED msgId={}", head.msgId)
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procState.markTerminal(
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head.msgId, ProcStatus.SKIPPED,
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lastError = "eror:no-matching-req",
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now = clock.instant(),
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)
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} else {
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procState.markTerminal(head.msgId, ProcStatus.SUCCEEDED, now = clock.instant())
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}
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return
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}
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is MsgKind.Unsupported -> {
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// 合法但不支持的类型：跳过留档记 SKIPPED（US-03 AC2；markTerminal 同一条 UPDATE
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// 登记回填意图），不当可重试失败占住队头
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log.info("unsupported type -> SKIPPED msgId={} tag={}", head.msgId, kind.tag)
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procState.markTerminal(head.msgId, ProcStatus.SKIPPED, lastError = "unsupported:${kind.tag}", now = clock.instant())
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return
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}
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}
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if (result is ApplyResult.DeadProtocol) {
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// 整包被拒绝：不重试、立刻放掉队头，等人工确认
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log.error("DEAD(PROTOCOL) msgId={} reason={} flags={}", head.msgId, result.reason, result.flags)
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procState.markTerminal(
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head.msgId, ProcStatus.DEAD,
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errorClass = ErrorClass.PROTOCOL,
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lastError = result.reason.take(1000),
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now = clock.instant(),
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)
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return
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}
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// Succeeded / ReplaySkipped：SUCCEEDED 终态与回填意图已由处理器在自己的事务内落库
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log.info("SUCCEEDED msgId={} kind={}", head.msgId, decoded.typeTag)
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}
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private fun deadMalformed(head: ProcState, detail: String) {
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procState.markTerminal(head.msgId, ProcStatus.DEAD, errorClass = ErrorClass.MALFORMED, lastError = detail, now = clock.instant())
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}
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}
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