refactor(Action): generalize ActionScheduler to Schedulable and add StateAction trigger execution path

Partner-Main/src/main/java/work/slhaf/partner/core/action/entity/Action.kt

@@ -31,6 +31,7 @@ sealed interface Schedulable {
 
     val scheduleType: ScheduleType
     val scheduleContent: String
+    val uuid: String
 
     enum class ScheduleType {
         CYCLE,

Partner-Main/src/main/java/work/slhaf/partner/module/modules/action/dispatcher/scheduler/ActionScheduler.kt

@@ -17,9 +17,10 @@ import work.slhaf.partner.api.agent.factory.module.annotation.Init
 import work.slhaf.partner.api.agent.factory.module.annotation.InjectModule
 import work.slhaf.partner.api.agent.runtime.interaction.flow.abstracts.AgentRunningSubModule
 import work.slhaf.partner.core.action.ActionCapability
-import work.slhaf.partner.core.action.entity.ExecutableAction
+import work.slhaf.partner.core.action.ActionCore
 import work.slhaf.partner.core.action.entity.Schedulable
 import work.slhaf.partner.core.action.entity.SchedulableExecutableAction
+import work.slhaf.partner.core.action.entity.StateAction
 import work.slhaf.partner.module.modules.action.dispatcher.executor.ActionExecutor
 import work.slhaf.partner.module.modules.action.dispatcher.executor.entity.ActionExecutorInput
 import java.io.Closeable
@@ -30,7 +31,7 @@ import java.util.stream.Collectors
 import kotlin.jvm.optionals.getOrNull
 
 @AgentSubModule
-class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>, Void>() {
+class ActionScheduler : AgentRunningSubModule<Set<Schedulable>, Void>() {
 
     @InjectCapability
     private lateinit var actionCapability: ActionCapability
@@ -49,6 +50,7 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
 
     @Init
     fun init() {
+        fun loadScheduledActions() {
             val listScheduledActions: () -> Set<SchedulableExecutableAction> = {
                 actionCapability.listActions(null, null)
                     .stream()
@@ -57,9 +59,25 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
                     .collect(Collectors.toSet())
             }
 
-        val onTrigger: (Set<SchedulableExecutableAction>) -> Unit = { actionExecutor.execute(ActionExecutorInput(it)) }
+            // TODO 3. 重构 trigger 内容，在替换为 Set<Schedulable> 后，需要进行类型判定，确认是自行执行，还是交给 actionExecutor
+            val onTrigger: (Set<Schedulable>) -> Unit = { schedulableSet ->
+                val executableActions = mutableSetOf<SchedulableExecutableAction>()
+                val stateActions = mutableSetOf<StateAction>()
+                for (schedulable in schedulableSet) {
+                    when (schedulable) {
+                        is SchedulableExecutableAction -> executableActions.add(schedulable)
+                        is StateAction -> stateActions.add(schedulable)
+                    }
+                }
+                actionExecutor.execute(ActionExecutorInput(executableActions))
+                actionCapability.getExecutor(ActionCore.ExecutorType.VIRTUAL)
+                    .execute { stateActions.forEach { it.trigger.onTrigger() } }
+            }
 
             timeWheel = TimeWheel(listScheduledActions, onTrigger)
+        }
+
+        loadScheduledActions()
 
         setupShutdownHook()
     }
@@ -71,27 +89,30 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
         })
     }
 
-    // TODO 如果要将 TimeWheel 作为 Agent 内部的循环周期，那么不依赖 Action 链路的内容，将不适合参与到 ActionExecutor，因此需要将 ActionData 的触发类型进行分类：SILENT TRIGGER（仅限更新 ActionData 内部状态，通过属性 copy 完成，不开放过多权限，防止序列化失败）、EXECUTOR、AGENT TURN。考虑将时间轮下放至 ActionCapability，作为底层行动语义的一部分
+    override fun execute(schedulableSet: Set<Schedulable>?): Void? {
-    override fun execute(scheduledActionDataSet: Set<SchedulableExecutableAction>?): Void? {
+        // TODO 1. 将输入参数重构为 Set<Schedulable>，在 for 循环中依据计划字段放入时间轮
         schedulerScope.launch {
-            scheduledActionDataSet?.run {
+            schedulableSet?.run {
-                for (scheduledActionData in scheduledActionDataSet) {
+                for (schedulableData in schedulableSet) {
-                    log.debug("New action to schedule: {}", scheduledActionData)
+                    log.debug("New data to schedule: {}", schedulableData)
-                    actionCapability.putAction(scheduledActionData)
+                    timeWheel.schedule(schedulableData)
-                    timeWheel.schedule(scheduledActionData)
+                    if (schedulableData is SchedulableExecutableAction) {
+                        actionCapability.putAction(schedulableData)
+                    }
                 }
             }
         }
         return null
     }
 
+    // TODO 2. 重构为 Set<Schedulable>
     private class TimeWheel(
-        val listScheduledActions: () -> Set<SchedulableExecutableAction>,
+        val listSource: () -> Set<Schedulable>,
-        val onTrigger: (toTrigger: Set<SchedulableExecutableAction>) -> Unit
+        val onTrigger: (toTrigger: Set<Schedulable>) -> Unit
     ) : Closeable {
 
-        private val actionsGroupByHour = Array<MutableSet<SchedulableExecutableAction>>(24) { mutableSetOf() }
+        private val schedulableGroupByHour = Array<MutableSet<Schedulable>>(24) { mutableSetOf() }
-        private val wheel = Array<MutableSet<SchedulableExecutableAction>>(60 * 60) { mutableSetOf() }
+        private val wheel = Array<MutableSet<Schedulable>>(60 * 60) { mutableSetOf() }
         private var recordHour: Int = -1
         private var recordDay: Int = -1
         private val state = MutableStateFlow(WheelState.SLEEPING)
@@ -102,37 +123,30 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
         private val cronDefinition: CronDefinition = CronDefinitionBuilder.instanceDefinitionFor(CronType.QUARTZ)
         private val cronParser: CronParser = CronParser(cronDefinition)
 
-        /**
-         * 根据 primaryActions 建立时间轮，并只加载当天任务，同时启动 tick 线程
-         */
         init {
             // 启动时间轮
-            launchWheel()
+            wheel()
-        }
-
-        suspend fun schedule(actionData: SchedulableExecutableAction) {
-            if (actionData.status != ExecutableAction.Status.PREPARE) {
-                return
         }
 
+        suspend fun schedule(schedulableData: Schedulable) {
             checkThenExecute {
                 val parseToZonedDateTime = parseToZonedDateTime(
-                    actionData.scheduleType,
+                    schedulableData.scheduleType,
-                    actionData.scheduleContent,
+                    schedulableData.scheduleContent,
                     it
                 ) ?: run {
-                    logFailedStatus(actionData)
+                    logFailedStatus(schedulableData)
                     return@checkThenExecute
                 }
                 log.debug("Action next execution time: {}", parseToZonedDateTime)
 
                 val hour = parseToZonedDateTime.hour
-                actionsGroupByHour[hour].add(actionData)
+                schedulableGroupByHour[hour].add(schedulableData)
                 log.debug("Action scheduled at {}", hour)
 
                 if (it.hour == hour) {
                     val wheelOffset = parseToZonedDateTime.minute * 60 + parseToZonedDateTime.second
-                    wheel[wheelOffset].add(actionData)
+                    wheel[wheelOffset].add(schedulableData)
                     state.value = WheelState.ACTIVE
                     log.debug("Action scheduled at wheel offset {}", wheelOffset)
                 }
@@ -140,17 +154,22 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
             }
         }
 
-        private fun launchWheel() {
+        private fun wheel() {
 
-            fun collectToTrigger(tick: Int, previousTick: Int, triggerHour: Int): Set<SchedulableExecutableAction>? {
+            data class WheelStepResult(
+                val toTrigger: Set<Schedulable>?,
+                val shouldBreak: Boolean
+            )
+
+            fun collectToTrigger(tick: Int, previousTick: Int, triggerHour: Int): Set<Schedulable>? {
                 if (tick > previousTick) {
-                    val toTrigger = mutableSetOf<SchedulableExecutableAction>()
+                    val toTrigger = mutableSetOf<Schedulable>()
                     for (i in previousTick..tick) {
                         val bucket = wheel[i]
                         if (bucket.isNotEmpty()) {
                             toTrigger.addAll(bucket)
                             val bucketUuids = bucket.asSequence().map { it.uuid }.toHashSet()
-                            actionsGroupByHour[triggerHour].removeIf { it.uuid in bucketUuids }
+                            schedulableGroupByHour[triggerHour].removeIf { it.uuid in bucketUuids }
                             bucket.clear() // 避免重复触发
                         }
                     }
@@ -178,8 +197,9 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
                     // 2) 推进节拍器：按“理论秒”前进 step 次
                     nextTickNanos += step.toLong() * 1_000_000_000L
 
+                    val stepResult = run {
                         var shouldBreak = false
-                    var toTrigger: Set<SchedulableExecutableAction>? = null
+                        var toTrigger: Set<Schedulable>? = null
 
                         checkThenExecute(false) {
                             if (it.hour != launchingHour) {
@@ -196,19 +216,23 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
 
                             toTrigger = collectToTrigger(tick, previousTick, launchingHour)
 
-                        if (tick >= wheel.lastIndex || actionsGroupByHour[launchingHour].isEmpty()) {
+                            if (tick >= wheel.lastIndex || schedulableGroupByHour[launchingHour].isEmpty()) {
                                 state.value = WheelState.SLEEPING
                                 shouldBreak = true
-                            return@checkThenExecute
+                            }
+
+                        }
+
+                        WheelStepResult(toTrigger, shouldBreak)
+                    }
+
+                    stepResult.toTrigger?.let { trigger ->
+                        timeWheelScope.launch {
+                            onTrigger(trigger)
                         }
                     }
 
-                    toTrigger?.takeIf { it.isNotEmpty() }?.let {
+                    if (stepResult.shouldBreak) {
-                        onTrigger(it)
-                        log.debug("Executing action at hour {} tick {}", launchingHour, tick)
-                    }
-
-                    if (shouldBreak) {
                         log.debug("Wheel stopped at tick {}", tick)
                         break
                     }
@@ -243,7 +267,7 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
                     var primaryTickAdvanceTime: Long? = null
                     checkThenExecute {
                         currentTime = it
-                        shouldWait = actionsGroupByHour[it.hour].isEmpty()
+                        shouldWait = schedulableGroupByHour[it.hour].isEmpty()
                         // 由于 wheel 的启动时间可能存在延迟，而时内推进由 nanoTime 保证不会漏发，
                         // 正常的时序结束又由 tick 是否触顶、当前时是否存在额外任务触发，
                         // 而启动时无触发保障，此时一并初始化 tick 推进时间，足以应对 check 与 wheel 间的这段时间间隔
@@ -266,24 +290,24 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
         suspend fun checkThenExecute(finallyToExecute: Boolean = true, then: (currentTime: ZonedDateTime) -> Unit) =
             wheelActionsLock.withLock {
                 fun loadActions(
-                    source: Set<SchedulableExecutableAction>,
+                    source: Set<Schedulable>,
                     now: ZonedDateTime,
-                    load: (latestExecutingTime: ZonedDateTime, actionData: SchedulableExecutableAction) -> Unit,
+                    load: (latestExecutingTime: ZonedDateTime, schedulableData: Schedulable) -> Unit,
                     repair: () -> Unit
                 ) {
                     val runLoading = {
-                        for (actionData in source) {
+                        for (schedulableData in source) {
                             val nextExecutingTime =
                                 parseToZonedDateTime(
-                                    actionData.scheduleType,
+                                    schedulableData.scheduleType,
-                                    actionData.scheduleContent,
+                                    schedulableData.scheduleContent,
                                     now
                                 ) ?: run {
-                                    logFailedStatus(actionData)
+                                    logFailedStatus(schedulableData)
                                     continue
                                 }
 
-                            load(nextExecutingTime, actionData)
+                            load(nextExecutingTime, schedulableData)
                         }
                     }
 
@@ -292,11 +316,11 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
                 }
 
                 fun loadHourActions(currentTime: ZonedDateTime) {
-                    val load: (ZonedDateTime, SchedulableExecutableAction) -> Unit =
+                    val load: (ZonedDateTime, Schedulable) -> Unit =
-                        { latestExecutionTime, actionData ->
+                        { latestExecutionTime, schedulableData ->
                             val secondsTime = latestExecutionTime.minute * 60 + latestExecutionTime.second
-                        wheel[secondsTime].add(actionData)
+                            wheel[secondsTime].add(schedulableData)
-                        log.debug("Action loaded to hour: {}", actionData)
+                            log.debug("Action loaded to hour: {}", schedulableData)
                         }
 
                     val repair: () -> Unit = {
@@ -305,23 +329,23 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
                         }
                     }
 
-                    loadActions(actionsGroupByHour[currentTime.hour], currentTime, load, repair)
+                    loadActions(schedulableGroupByHour[currentTime.hour], currentTime, load, repair)
                 }
 
                 fun loadDayActions(currentTime: ZonedDateTime) {
-                    val load: (ZonedDateTime, SchedulableExecutableAction) -> Unit =
+                    val load: (ZonedDateTime, Schedulable) -> Unit =
-                        { latestExecutingTime, actionData ->
+                        { latestExecutingTime, schedulableData ->
-                        actionsGroupByHour[latestExecutingTime.hour].add(actionData)
+                            schedulableGroupByHour[latestExecutingTime.hour].add(schedulableData)
-                        log.debug("Action loaded to day: {}", actionData)
+                            log.debug("Action loaded to day: {}", schedulableData)
                         }
 
                     val repair: () -> Unit = {
-                        for (set in actionsGroupByHour) {
+                        for (set in schedulableGroupByHour) {
                             set.clear()
                         }
                     }
 
-                    loadActions(listScheduledActions(), currentTime, load, repair)
+                    loadActions(listSource(), currentTime, load, repair)
                 }
 
                 fun refreshIfNeeded(now: ZonedDateTime) {
@@ -382,13 +406,11 @@ class ActionScheduler : AgentRunningSubModule<Set<SchedulableExecutableAction>,
 
         }
 
-        private fun logFailedStatus(actionData: SchedulableExecutableAction) {
+        private fun logFailedStatus(scheduleData: Schedulable) {
             log.warn(
-                "行动未加载，uuid: {}, source: {}, tendency: {}, scheduleContent: {}",
+                "行动未加载，scheduleType: {}, scheduleContent: {}",
-                actionData.uuid,
+                scheduleData.scheduleType,
-                actionData.source,
+                scheduleData.scheduleContent,
-                actionData.tendency,
-                actionData.scheduleContent,
             )
         }