rts-sim-testing-service/ts/simulation/wayside/memory/wayside_simulation_train_pc.go

package memory

import (
	"encoding/binary"
	"encoding/hex"
	"fmt"
	"joylink.club/bj-rtsts-server/config"
	"joylink.club/bj-rtsts-server/const/balise_const"
	"joylink.club/bj-rtsts-server/dto/data_proto"
	"joylink.club/bj-rtsts-server/dto/request_proto"
	"joylink.club/bj-rtsts-server/dto/state_proto"
	"joylink.club/bj-rtsts-server/sys_error"
	"joylink.club/bj-rtsts-server/third_party/can_btm"
	"joylink.club/bj-rtsts-server/third_party/message"
	train_pc_sim "joylink.club/bj-rtsts-server/third_party/train_pc_sim"
	"log/slog"
	"strings"
	"time"
)

func (s *VerifySimulation) GetTrainPcSimConfig() config.VehiclePCSimConfig {
	return s.runConfig.PcSimConfig
}

// 列车控制
func ControlTrainUpdate(s *VerifySimulation, ct *request_proto.TrainControl) {
	allTrainMap := &s.Memory.Status.TrainStateMap
	data, ok := allTrainMap.Load(ct.TrainId)
	if !ok {
		panic(sys_error.New(fmt.Sprintf("列车【%s】不存在", ct.TrainId)))
	}
	tccGraphicData := findTrainTccGraphicData(s)
	if tccGraphicData == nil {
		slog.Error("列车控制未找到TCC图形数据")
		panic(sys_error.New("未找到TCC图形数据"))
	}
	sta := data.(*state_proto.TrainState)
	vobc := sta.VobcState
	tcc := sta.Tcc
	var tce []train_pc_sim.TrainControlEvent = nil
	if ct.ControlType == request_proto.TrainControl_EMERGENT_BUTTON {
		tce = trainControlEB(vobc, tcc, ct.Button, ct.DeviceId, tccGraphicData)
	} else if ct.ControlType == request_proto.TrainControl_DRIVER_KEY_SWITCH {
		tce = trainControlDriverKey(vobc, tcc, ct.DriverKey, ct.DeviceId, tccGraphicData)
		train_pc_sim.Default().SendDriverActive(sta.ConnState, sta.VobcState)
	} else if ct.ControlType == request_proto.TrainControl_DIRECTION_KEY_SWITCH {
		tce = trainControlDirKey(vobc, tcc, ct.DirKey, ct.DeviceId, tccGraphicData)
		//此处先注释，根据现场调试情况 2024-4-16
		//train_pc_sim.Default().SendTrainDirection(sta.VobcState.DirectionForward, sta.VobcState.DirectionBackward)
	} else if ct.ControlType == request_proto.TrainControl_HANDLER {
		oldTraction := sta.VobcState.TractionForce
		oldBrakeForce := sta.VobcState.BrakeForce
		isTraction := ct.Handler.Val > 0 //是否制动
		tce = trainControlHandle(vobc, tcc, ct.Handler, ct.DeviceId, tccGraphicData)
		train_pc_sim.Default().SendHandleSwitch(oldTraction, oldBrakeForce, isTraction, sta.ConnState, sta.VobcState)
	}

	if !vobc.DirectionForward && !vobc.DirectionBackward {
		vobc.TractionStatus = false
		vobc.TractionForce = 0
	}
	if sta.ConnState.Conn && sta.ConnState.ConnType == state_proto.TrainConnState_PC_SIM && tce != nil {
		train_pc_sim.Default().PublishTrainControlEvent(tce)
	}
}

func trainControlEB(vobc *state_proto.TrainVobcState, tcc *state_proto.TrainControlState, request *request_proto.TrainControl_EmergentButton, deviceId uint32, tccGraphic *data_proto.TccGraphicStorage) []train_pc_sim.TrainControlEvent {
	if !request.Active {
		return nil
	}
	if tcc.Ebutton != nil && tcc.Ebutton.Passed {
		return nil
	}
	_, find := findTrainTccGraphicDataButton(tccGraphic, deviceId)
	if !find {
		slog.Error("未找到对应的紧急停车摁钮,deviceId:", deviceId)
		return nil
	}
	if tcc.Ebutton == nil {
		tcc.Ebutton = &state_proto.TrainControlState_EmergentButton{Id: deviceId}
	}
	tcc.Ebutton.Passed = request.Active
	vobc.EmergencyBrakingStatus = true
	vobc.TractionForce = 0
	vobc.BrakeForce = DEFAULT_BRAKE_FORCE

	return nil
}

// 列车方向
func trainControlDirKey(vobc *state_proto.TrainVobcState, tcc *state_proto.TrainControlState, request *request_proto.TrainControl_DirectionKeySwitch, deviceId uint32, tccGraphic *data_proto.TccGraphicStorage) []train_pc_sim.TrainControlEvent {
	_, find := findTrainTccGraphicDataKey(tccGraphic, deviceId)
	if !find {
		slog.Error("未找到对应的列车方向键deviceId:", deviceId)
		return nil
	}

	vobc.DirectionForward = false
	vobc.DirectionBackward = false

	if request.Val == 1 {
		vobc.DirectionForward = true
	} else if request.Val == 0 {
		vobc.DirectionBackward = true
	}
	if tcc.DirKey == nil {
		tcc.DirKey = &state_proto.TrainControlState_DirectionKeySwitch{Id: deviceId}
	}
	tcc.DirKey.Val = request.Val
	tce := make([]train_pc_sim.TrainControlEvent, 0)
	tce = append(tce, train_pc_sim.TrainControlEvent{Command: message.HANDLE_FORWORD, Status: message.IsTrue(vobc.DirectionForward)})
	tce = append(tce, train_pc_sim.TrainControlEvent{Command: message.HANDLE_BACKWORD, Status: message.IsTrue(vobc.DirectionBackward)})
	return tce
}

// 列车驾驶端激活
func trainControlDriverKey(vobc *state_proto.TrainVobcState, tcc *state_proto.TrainControlState, request *request_proto.TrainControl_DriverKeySwitch, deviceId uint32, tccGraphic *data_proto.TccGraphicStorage) []train_pc_sim.TrainControlEvent {
	obj, find := findTrainTccGraphicDataKey(tccGraphic, deviceId)
	if !find {
		slog.Error("未找到对应的驾驶端激活设备deviceId:", deviceId)
		return nil
	}

	if obj.Code == SKQYS1 {
		vobc.Tc1Active = request.Val
	} else if obj.Code == SKQYS2 {
		vobc.Tc2Active = request.Val
	}
	if vobc.Tc1Active && vobc.Tc2Active {
		if obj.Code == SKQYS1 {
			vobc.Tc1Active = false
		} else if obj.Code == SKQYS2 {
			vobc.Tc2Active = false
		}
		panic(sys_error.New("驾驶端不能同时激活"))
	}
	var addNew = true
	for _, k := range tcc.DriverKey {
		if k.Id == deviceId {
			k.Id = deviceId
			k.Val = request.Val
			addNew = false
			break
		}
	}
	if addNew {
		tcc.DriverKey = append(tcc.DriverKey, &state_proto.TrainControlState_DriverKeySwitch{Id: deviceId, Val: request.Val})
	}
	return []train_pc_sim.TrainControlEvent{{Command: message.KEY_STATE, Status: message.IsTrue(request.Val)}}

}

// 列车牵引控制
func trainControlHandle(vobc *state_proto.TrainVobcState, tcc *state_proto.TrainControlState, request *request_proto.TrainControl_PushHandler, deviceId uint32, tccGraphic *data_proto.TccGraphicStorage) []train_pc_sim.TrainControlEvent {
	_, find := findTrainTccGraphicDataHandler(tccGraphic, deviceId)
	if !find {
		slog.Error("未找到对应的牵引制动手柄设备deviceId:", deviceId)
		return nil
	}
	vobc.TractionStatus = false
	vobc.TractionForce = 0
	vobc.BrakingStatus = false
	vobc.BrakeForce = 0
	vobc.MaintainBrakeStatus = false
	tce := make([]train_pc_sim.TrainControlEvent, 0)
	tce = append(tce, train_pc_sim.TrainControlEvent{Command: message.HANDLE_TO_ZERO, Status: 0})
	if request.Val > 0 {
		vobc.TractionStatus = true
		vobc.TractionForce = int64(request.Val * 180)
		tce = append(tce, train_pc_sim.TrainControlEvent{Command: message.TRAIN_BRAKE_STATE, Status: 0})
	} else if request.Val < 0 {
		vobc.BrakingStatus = true
		vobc.BrakeForce = int64(-request.Val * 180)
		vobc.EmergencyBrakingStatus = false
		if tcc.Ebutton != nil {
			tcc.Ebutton.Passed = false
		}
		tce = append(tce, train_pc_sim.TrainControlEvent{Command: message.TRAIN_BRAKE_STATE, Status: 1})
	} else {
		tce = append(tce, train_pc_sim.TrainControlEvent{Command: message.HANDLE_TO_ZERO, Status: 1})
	}
	if tcc.PushHandler == nil {
		tcc.PushHandler = &state_proto.TrainControlState_PushHandler{Id: deviceId}
	}
	tcc.PushHandler.Val = request.Val
	return tce
}

func (s *VerifySimulation) GetConnTrain() *state_proto.TrainState {
	return s.findConnTrain(state_proto.TrainConnState_PC_SIM)
}
func (s *VerifySimulation) findConnTrain(ct state_proto.TrainConnState_TrainConnType) *state_proto.TrainState {
	var findTrain *state_proto.TrainState
	s.Memory.Status.TrainStateMap.Range(func(k, v any) bool {
		train := v.(*state_proto.TrainState)
		connState := train.ConnState
		if connState.ConnType == ct {
			findTrain = train
			return false
		}
		return true
	})
	return findTrain
}

// 4.4.1.	车载输出数字量信息报文内容
func (s *VerifySimulation) TrainPcSimDigitalOutInfoHandle(data []byte) {
	train := s.findConnTrain(state_proto.TrainConnState_PC_SIM)
	if train == nil {
		slog.Error("车载输出数字量，未找到连接车载pc仿真的列车")
		return
	}
	if !train.ConnState.Conn {
		slog.Error("车载输出数字量，,列车未连接车载pc仿真")
		return
	}
	//buf := bytes.NewBuffer(data)
	vobc := train.VobcState

	//cutTraction, _ := buf.ReadByte()           //切牵引
	//trainDoorOutLed, _ := buf.ReadByte()       //车门外指示灯
	//stopBrakeAppend, _ := buf.ReadByte()       //停放制动施加
	//emergentBrake, _ := buf.ReadByte()         //紧急制动
	//leftOpenDoor, _ := buf.ReadByte()          //开左门允许
	//rightOpenDoor, _ := buf.ReadByte()         //开右门允许
	//closeRightDoor, _ := buf.ReadByte()        //关右门
	//doorAlwaysClosed, _ := buf.ReadByte()      //车门保持关闭
	//localAtpControl, _ := buf.ReadByte()       //本端ATP控车
	//atoMode, _ := buf.ReadByte()               //ATO模式
	//atoTractionCommandOut, _ := buf.ReadByte() //ATO牵引命令输出
	//atoTractionCommand1, _ := buf.ReadByte()   //ATO牵引指令1
	//atoTractionCommand2, _ := buf.ReadByte()   //ATO牵引指令2
	//atoTractionCommand3, _ := buf.ReadByte()   //ATO牵引指令3
	//atoBrakeCommand, _ := buf.ReadByte()       //ATO制动命令输出
	//skipCommand, _ := buf.ReadByte()           //跳跃指令
	//direction1, _ := buf.ReadByte()        //列车方向1
	//direction2, _ := buf.ReadByte()        //列车方向2
	//atoLazyCommandOut, _ := buf.ReadByte() //ATO惰行命令输出
	//sleepCommand, _ := buf.ReadByte()      //休眠指令
	//wakeUpCommand, _ := buf.ReadByte()     //唤醒指令
	//toPullTrainLed, _ := buf.ReadByte()    //ATO发车指示灯
	//arLightCommand, _ := buf.ReadByte()    //AR灯命令
	//atoAlwaysBrake, _ := buf.ReadByte()    //ATO保持制动
	//atoOpenLeftDoor, _ := buf.ReadByte()   //ATO开左门
	//atoOpenRightDoor, _ := buf.ReadByte()  //ATO开右门
	//atoCloseLeftDoor, _ := buf.ReadByte()  //ATO关左门
	//ariverActive, _ := buf.ReadByte()      //驾驶室激活
	//noSpeedSigle, _ := buf.ReadByte()      //零速信号
	//famMode, _ := buf.ReadByte()           //FAM模式
	//camMode, _ := buf.ReadByte()           //CAM模式
	//trainStartedLed, _ := buf.ReadByte()   //列车启动指示灯
	//mostUseBrake, _ := buf.ReadByte()      //常用制动
	//splittingOut, _ := buf.ReadByte()      //过分相输出
	//modeRelay, _ := buf.ReadByte()         //模式继电器
	//tractionEffective, _ := buf.ReadByte() //牵引有效
	//brakeEffective, _ := buf.ReadByte()    //制动有效
	//lifeDoorUsed, _ := buf.ReadByte()      //逃生门使能
	//brakeQuarantine, _ := buf.ReadByte()   //制动隔离
	//stopNotAllBrake, _ := buf.ReadByte()   //停放制动缓解

	//vobc.TractionSafetyCircuit = message.IsTrueForByte(cutTraction)
	//vobc.TrainDoorOutLed = message.IsTrueForByte(trainDoorOutLed) //? 说明暂无此属性
	//vobc.ParkingBrakeStatus = message.IsTrueForByte(stopBrakeAppend)
	//vobc.EmergencyBrakingStatus = message.IsTrueForByte(emergentBrake)
	//vobc.LeftDoorOpenCommand = message.IsTrueForByte(leftOpenDoor)
	//vobc.RightDoorOpenCommand = message.IsTrueForByte(rightOpenDoor)
	//vobc.RightDoorCloseCommand = message.IsTrueForByte(closeRightDoor)
	//vobc.AllDoorClose = message.IsTrueForByte(doorAlwaysClosed)

	//vobc.LocalAtpControl = message.IsTrueForByte(localAtpControl) //?
	//vobc.Ato = message.IsTrueForByte(atoMode)
	//vobc.AtoTractionCommandOut = message.IsTrueForByte(atoTractionCommandOut) //?
	//vobc.AtoTractionCommand1 = message.IsTrueForByte(atoTractionCommand1) //?
	//vobc.AtoTractionCommand2 = message.IsTrueForByte(atoTractionCommand2) //?
	//vobc.AtoTractionCommand3 = message.IsTrueForByte(atoTractionCommand3) //?
	//vobc.AtoBrakeCommand = message.IsTrueForByte(atoBrakeCommand)         //?
	//vobc.JumpStatus = message.IsTrueForByte(skipCommand)

	//vobc.DirectionForward = message.IsTrueForByte(direction1)
	//vobc.DirectionBackward = message.IsTrueForByte(direction2)
	//vobc.AtoLazyCommandOut = message.IsTrueForByte(atoLazyCommandOut) //?
	//vobc.SleepBtn = message.IsTrueForByte(sleepCommand)
	//vobc.WakeUpBtn = message.IsTrueForByte(wakeUpCommand)
	//vobc.AtoSendTrainBtn = message.IsTrueForByte(toPullTrainLed)
	//vobc.TurnbackStatus = message.IsTrueForByte(arLightCommand) //?
	//vobc.AtoAlwaysBrake = message.IsTrueForByte(atoAlwaysBrake) //?

	//vobc.AtoOpenLeftDoor = message.IsTrueForByte(atoOpenLeftDoor)   //?
	//vobc.AtoOpenRightDoor = message.IsTrueForByte(atoOpenRightDoor) //?
	//vobc.AtoCloseLeftDoor = message.IsTrueForByte(atoCloseLeftDoor) //?
	//vobc.Tc1Active = message.IsTrueForByte(ariverActive)
	//vobc.NoSpeedSigle = message.IsTrueForByte(noSpeedSigle) //?
	//vobc.Fam = message.IsTrueForByte(famMode)
	//vobc.Cam = message.IsTrueForByte(camMode)
	//vobc.TrainStartedLed = message.IsTrueForByte(trainStartedLed) //?

	//vobc.MostUseBrake = message.IsTrueForByte(mostUseBrake)           //?                 //常用制动
	//vobc.SplittingOut = message.IsTrueForByte(splittingOut)           //?               //过分相输出
	//vobc.ModeRelay = message.IsTrueForByte(modeRelay)                 //?                    //模式继电器
	//vobc.TractionEffective = message.IsTrueForByte(tractionEffective) //?      //牵引有效
	//vobc.BrakeEffective = message.IsTrueForByte(brakeEffective)       //?            //制动有效
	//vobc.LifeDoorState = message.IsTrueForByte(lifeDoorUsed)          //逃生门使能
	//vobc.BrakeQuarantine = message.IsTrueForByte(brakeQuarantine)     //?         //制动隔离
	//vobc.StopNotAllBrake = message.IsTrueForByte(stopNotAllBrake)     //?          //停放制动缓解
	trainPcSimDigitalOutInfoHandleCode39_32(data[0], vobc)
	trainPcSimDigitalOutInfoHandleCode31_24(data[1], vobc)
	trainPcSimDigitalOutInfoHandleCode23_16(data[2], vobc)
	trainPcSimDigitalOutInfoHandleCode15_8(data[3], vobc)
	trainPcSimDigitalOutInfoHandleCode7_0(data[4], vobc)
	//cm := &message.TrainControlMsg{TrainId: train.Id, ControlInfo: vobc}
	//dynamics.Default().SendTrainControl(cm)
}
func trainPcSimDigitalOutInfoHandleCode39_32(d byte, vobc *state_proto.TrainVobcState) {
	vobc.MostUseBrake = message.IsTrueForByte(message.GetBit(d, 0))      //?                 常用制动
	vobc.SplittingOut = message.IsTrueForByte(message.GetBit(d, 1))      //?               过分相输出
	vobc.ModeRelay = message.IsTrueForByte(message.GetBit(d, 2))         //?                    模式继电器
	vobc.TractionEffective = message.IsTrueForByte(message.GetBit(d, 3)) //?      牵引有效
	vobc.BrakeEffective = message.IsTrueForByte(message.GetBit(d, 4))    //?            制动有效
	vobc.LifeDoorState = message.IsTrueForByte(message.GetBit(d, 5))     //?逃生门使能
	vobc.BrakeQuarantine = message.IsTrueForByte(message.GetBit(d, 6))   //?         制动隔离
	vobc.StopNotAllBrake = message.IsTrueForByte(message.GetBit(d, 7))   //?          停放制动缓解

}
func trainPcSimDigitalOutInfoHandleCode31_24(d byte, vobc *state_proto.TrainVobcState) {
	vobc.AtoOpenLeftDoor = message.IsTrueForByte(message.GetBit(d, 0))  //?//ATO开左门
	vobc.AtoOpenRightDoor = message.IsTrueForByte(message.GetBit(d, 1)) //?//ATO开右门
	vobc.AtoCloseLeftDoor = message.IsTrueForByte(message.GetBit(d, 2)) //?//ATO关左门
	vobc.Tc1Active = message.IsTrueForByte(message.GetBit(d, 3))        //驾驶室激活
	vobc.NoSpeedSigle = message.IsTrueForByte(message.GetBit(d, 4))     //?//零速信号
	vobc.Fam = message.IsTrueForByte(message.GetBit(d, 5))              //FAM模式
	vobc.Cam = message.IsTrueForByte(message.GetBit(d, 6))              //CAM模式
	vobc.TrainStartedLed = message.IsTrueForByte(message.GetBit(d, 7))  //?//列车启动指示灯

}
func trainPcSimDigitalOutInfoHandleCode23_16(d byte, vobc *state_proto.TrainVobcState) {
	vobc.DirectionForward = message.IsTrueForByte(message.GetBit(d, 0))  //列车方向1
	vobc.DirectionBackward = message.IsTrueForByte(message.GetBit(d, 1)) //列车方向2
	vobc.AtoLazyCommandOut = message.IsTrueForByte(message.GetBit(d, 2)) //?ATO惰行命令输出
	vobc.SleepBtn = message.IsTrueForByte(message.GetBit(d, 3))          //?休眠指令
	vobc.WakeUpBtn = message.IsTrueForByte(message.GetBit(d, 4))         //?唤醒指令
	vobc.AtoSendTrainBtn = message.IsTrueForByte(message.GetBit(d, 5))   //?ATO发车指示灯
	vobc.TurnbackStatus = message.IsTrueForByte(message.GetBit(d, 6))    //?AR灯命令
	vobc.AtoAlwaysBrake = message.IsTrueForByte(message.GetBit(d, 7))    //? ATO保持制动

}
func trainPcSimDigitalOutInfoHandleCode15_8(d byte, vobc *state_proto.TrainVobcState) {
	vobc.LocalAtpControl = message.IsTrueForByte(message.GetBit(d, 0))       //?本端ATP控车
	vobc.Ato = message.IsTrueForByte(message.GetBit(d, 1))                   //ATO模式
	vobc.AtoTractionCommandOut = message.IsTrueForByte(message.GetBit(d, 2)) //?ATO牵引命令输出
	vobc.AtoTractionCommand1 = message.IsTrueForByte(message.GetBit(d, 3))   //?ATO牵引指令1
	vobc.AtoTractionCommand2 = message.IsTrueForByte(message.GetBit(d, 4))   //?ATO牵引指令2
	vobc.AtoTractionCommand3 = message.IsTrueForByte(message.GetBit(d, 5))   //?ATO牵引指令3
	vobc.AtoBrakeCommand = message.IsTrueForByte(message.GetBit(d, 6))       //?ATO制动命令输出
	vobc.JumpStatus = message.IsTrueForByte(message.GetBit(d, 7))            //跳跃指令

}
func trainPcSimDigitalOutInfoHandleCode7_0(d byte, vobc *state_proto.TrainVobcState) {
	vobc.TractionSafetyCircuit = message.IsTrueForByte(message.GetBit(d, 0))  //切牵引
	vobc.TrainDoorOutLed = message.IsTrueForByte(message.GetBit(d, 1))        //? 车门外指示灯
	vobc.ParkingBrakeStatus = message.IsTrueForByte(message.GetBit(d, 2))     //停放制动施加
	vobc.EmergencyBrakingStatus = message.IsTrueForByte(message.GetBit(d, 3)) //紧急制动
	vobc.LeftDoorOpenCommand = message.IsTrueForByte(message.GetBit(d, 4))    //开左门允许
	vobc.RightDoorOpenCommand = message.IsTrueForByte(message.GetBit(d, 5))   //开右门允许
	vobc.RightDoorCloseCommand = message.IsTrueForByte(message.GetBit(d, 6))  //关右门
	vobc.AllDoorClose = message.IsTrueForByte(message.GetBit(d, 7))           //车门保持关闭

}

// 4.4.2.	车载输出数字反馈量信息报文内容
func (s *VerifySimulation) TrainPcSimDigitalReportHandle(data []byte) {
	train := s.findConnTrain(state_proto.TrainConnState_PC_SIM)
	if train == nil {
		slog.Error("车载输出数字反馈量信息,未找到连接车载pc仿真的列车")
		return
	}
	if !train.ConnState.Conn {
		slog.Error("车载输出数字反馈量信息,列车未连接车载pc仿真")
		return
	}
	vobc := train.VobcState

	//buf := bytes.NewBuffer(data)
	//localEndAct, _ := buf.ReadByte()
	//direction1, _ := buf.ReadByte()
	//direction2, _ := buf.ReadByte()
	//vobc.Tc1Active = message.IsTrueForByte(localEndAct)        //本端驾驶室激活（钥匙）
	//vobc.DirectionForward = message.IsTrueForByte(direction1)  //方向手柄进位
	//vobc.DirectionBackward = message.IsTrueForByte(direction2) //方向手柄退位
	buf := data[0]
	vobc.Tc1Active = message.IsTrueForByte(message.GetBit(buf, 0))         //本端驾驶室激活（钥匙）
	vobc.DirectionForward = message.IsTrueForByte(message.GetBit(buf, 1))  //方向手柄进位
	vobc.DirectionBackward = message.IsTrueForByte(message.GetBit(buf, 2)) //方向手柄退位
}

// 创建/删除列车
func TrainPcSimConnOrRemoveHandle(train *state_proto.TrainState) error {

	var data byte = 0x01
	if train.ConnState.Conn == false {
		data = 0x00
	}
	if train.ConnState.ConnType == state_proto.TrainConnState_PC_SIM {
		crErr := train_pc_sim.Default().CreateOrRemoveTrain(train_pc_sim.RECIVE_TRAIN_CREATE_REMOVE, []byte{data})
		if crErr != nil {
			return crErr
		}
		train_pc_sim.Default().CreateOrRemoveSpeedPLace(train)
	}
	return nil
}

// 门模式
/*func TrainDoorModeHandle(train *state_proto.TrainState) {
	if !train.ConnState.Conn {
		slog.Error("车载pc仿真门模式,列车未连接车载pc仿真")
		return
	}
	switch state {
	case 0x00:
		//0x00表示自开自关（AA）
		train.VobcState.DoorModeAA = true
	case 0x01:
		//0x01表示自开人关（AM）
		train.VobcState.DoorModeAM = true
	case 0x02:
		//0x02表示人开人关（MM）
		train.VobcState.DoorModeMM = true
	}
}*/

// 4.4.3.	车载输出模拟量信息报文内容(0x03)
func (s *VerifySimulation) TrainPcSimMockInfo(data []byte) {
	train := s.findConnTrain(state_proto.TrainConnState_PC_SIM)
	if train == nil {
		slog.Error("车载输出模拟量,未找到连接车载pc仿真的列车")
		return
	}
	if !train.ConnState.Conn {
		slog.Error("车载输出模拟量,列车未连接车载pc仿真")
		return
	}
	mockData := binary.BigEndian.Uint16(data)
	train.VobcState.MockInfo = uint32(mockData)
}

// 4.4.4.	车载输出BTM查询同步帧报文内容（0x04）
func (s *VerifySimulation) TrainBtmQuery(data []byte) {
	if len(data) < 12 {
		slog.Error("列车btm查询报文长度错误:", len(data))
		return
	}
	train := s.findConnTrain(state_proto.TrainConnState_PC_SIM)
	if train == nil {
		slog.Error("车载输出btm查询,未找到连接车载pc仿真的列车")
		return
	}
	if !train.ConnState.Conn {
		slog.Error("车载输出btm查询,列车未连接车载pc仿真")
		return
	}

	trainAtm := message.NewCanetFrame(data, true)
	atpReq := &message.AtpRequestFrame{}
	if !atpReq.Decode(trainAtm) {
		slog.Warn("列车pc驾驶模拟-CanetFrame解码成AtpRequestFrame失败", "CanetFrame", trainAtm.String())
		return
	}
	cl := clock(atpReq)
	btmRepFrame := createBtmStatus(trainAtm.CanId.ID4, train.BtmState, atpReq, cl)
	if atpReq.ResendRequest == 2 {
		//重新发送
		if len(train.BtmState.BaliseTelegramForPcSimResend) > 0 {
			dd, _ := hex.DecodeString(train.BtmState.BaliseTelegramForPcSimResend)
			train_pc_sim.Default().SendBaliseData(train_pc_sim.RECIVE_TRAIN_BTM_HAS_DATA, dd)
		}
	} else {
		timeSyncF := message.NewBtmTimeSyncCheckFrame(trainAtm.CanId.ID4, true)
		timeSyncF.T2 = cl.BtmTk
		timeSyncF.T3 = cl.TkNow()
		telCount := strings.Count(train.BtmState.Telegram, "00")
		if telCount >= balise_const.UserTelegramByteLen {
			//无数据
			queryData := make([]byte, 0)
			queryData = append(queryData, btmRepFrame.Encode().Encode()...)
			queryData = append(queryData, timeSyncF.Encode().Encode()...)
			train_pc_sim.Default().SendBaliseData(train_pc_sim.RECIVE_TRAIN_BTM_NOT_DATA, queryData)
		} else {
			//有数据
			aliseData, _ := hex.DecodeString(train.BtmState.Telegram)
			statusDataCf, statusDataCfOk := message.CreateBtmRspFramesData(btmRepFrame, aliseData, false, cl.TkNow(), cl.TkNow(), cl.TkNow(), true)
			if statusDataCfOk {
				queryData := make([]byte, 0)
				queryData = append(queryData, btmRepFrame.Encode().Encode()...)
				queryData = append(queryData, timeSyncF.Encode().Encode()...)
				queryData = append(queryData, statusDataCf...) //数据帧包含结束帧
				train.BtmState.BaliseTelegramForPcSimResend = fmt.Sprintf("%X", statusDataCf)
				train_pc_sim.Default().SendBaliseData(train_pc_sim.RECIVE_TRAIN_BTM_HAS_DATA, queryData)
			} else {
				slog.Error("列车pc仿真 BtmCanetClient应答帧、数据帧编码失败")
			}
		}
	}
}

func createBtmStatus(canIdSn byte, btmState *state_proto.BTMState, atpReq *message.AtpRequestFrame, cl can_btm.BtmClock) *message.BtmStatusRspFrame {
	statusF := message.NewBtmStatusRspFrame(canIdSn, true)
	//btmStatus := aa(train, atpReq)

	statusF.PowerAmplifierOn = true
	statusF.PowerAmplifierFailure = false
	statusF.AtpReqCrcCheckWrong = !atpReq.Crc16CheckOk
	statusF.AntennaFault = false
	statusF.BaliseCounter = byte(btmState.BaliseCount)
	statusF.MessageCounter = byte(btmState.MessageCounter)
	statusF.TkTimeA = cl.TkNow()
	statusF.DetailedCode = 0
	if btmState.AboveBalise {
		statusF.DetailedCode = 0x07
	}
	statusF.Dsn = byte(btmState.DataSerialNumber)
	return statusF
}

func clock(atpReq *message.AtpRequestFrame) can_btm.BtmClock {
	now := time.Now()
	return can_btm.BtmClock{BtmTk: atpReq.Time, SysTk: now}
}