xian-ncc-da-message/protos/device_status.proto

syntax = "proto3";

package state; //模型的可变的状态数据
option java_package = "club.joylink.xiannccda.dto.protos";
option java_outer_classname = "DeviceStatusProto";
enum DeviceType {
  UNKNOW = 0;
  RTU = 1;
  STATION = 2;
  SIGNAL = 3;
  SWITCH = 4;
  TRACK = 5;
  ENTRY = 6;
  PLATFORM = 7;
  SCADA = 9;
  WATERPROOF_DOOR = 11;
  WORK_AREA = 12;
  GAMA = 13;
  //道岔物理区段，用于车辆在道岔时转换为对应的道岔物理区段
  SWITCH_TRACK = 14;
}

message Rtu {
  bool ipRtuStusDown = 1;
  bool ipRtuStusInLocalCtrl = 2;
  bool ipRtuStusInCentralCtrl = 3;
  bool ipRtuStusInEmergencyCtrl = 4;
  //设备唯一识别码，一般为设备名称
  string id = 5;
  //集中站id
  int32 rtuId = 6;
  //消息时间戳
  int64 timestamp = 7;
  int32 lineId = 8;
  //接受时间
  int64 receiveTime = 9;
}

message Station {
  bool ipStaStusTermMode1 = 1;
  bool ipStaStusTermMode2 = 2;
  bool ipStaStusTermMode3 = 3;
  bool ipStaStusTermMode4 = 4;
  bool ipStaStusTermMode5 = 5;
  bool ipStaStusTermMode6 = 6;
  bool ipStaStusExpectTermMode1 = 7;
  bool ipStaStusExpectTermMode2 = 8;
  bool ipStaStusExpectTermMode3 = 9;
  bool ipStaStusExpectTermMode4 = 10;
  bool ipStaStusExpectTermMode5 = 11;
  bool ipStaStusExpectTermMode6 = 12;
  bool ipStaStusInCycle1 = 13;
  bool ipStaStusInCycle2 = 14;
  bool ipStaStusInCycle3 = 15;
  bool ipStaStusInCycle4 = 16;
  bool ipStaStusInCycle5 = 17;
  bool ipStaStusInCycle6 = 18;
  bool ipStaStusExpectCycle1 = 19;
  bool ipStaStusExpectCycle2 = 20;
  bool ipStaStusExpectCycle3 = 21;
  bool ipStaStusExpectCycle4 = 22;
  bool ipStaStusExpectCycle5 = 23;
  bool ipStaStusExpectCycle6 = 24;
  //设备唯一识别码，一般为设备名称
  string id = 25;
  //集中站id
  int32 rtuId = 26;
  //消息时间戳
  int64 timestamp = 27;
  int32 lineId = 28;
  //接受时间
  int64 receiveTime = 29;
}

message Signal {
  bool redOpen = 1;
  bool redFlash = 2;
  bool greenOpen = 3;
  bool greenFlash = 4;
  bool yellowOpen = 5;
  bool yellowFlash = 6;
  bool whiteOpen = 7;
  bool whiteFlash = 8;
  bool blueOpen = 9;
  bool blueFlash = 10;
  bool fleetMode = 11;
  bool ctrlFleetMode = 12;
  bool autoMode = 13;
  bool ctrlAutoMode = 14;
  bool extinguish = 15;
  bool approachLock = 16;
  bool protectRoute = 17;
  bool autoRouteDisable = 18;
  bool callon = 19;
  bool yellowYellow = 20;
  bool yellowGreen = 21;
  bool blocked = 22;
  bool lampFailure = 23;
  //设备唯一识别码，一般为设备名称
  string id = 24;
  //集中站id
  int32 rtuId = 25;
  //消息时间戳
  int64 timestamp = 26;
  int32 lineId = 27;
  //接受时间
  int64 receiveTime = 28;
}

message Entry {
  bool dirLeft = 1;
  bool dirRight = 2;
  bool dirLocked = 3;
  //设备唯一识别码，一般为设备名称
  string id = 4;
  //集中站id
  int32 rtuId = 5;
  //消息时间戳
  int64 timestamp = 6;
  int32 lineId = 7;
  //接受时间
  int64 receiveTime = 8;
}

message Switch {
  bool ipSingleSwitchStusCiOccupied = 1; // 连锁报告道岔占用(非通信车占用- 红色)
  bool ipSingleSwitchStusCbtcOccupied = 2;    // CBTC报告道岔占用(粉)
  bool ipSingleSwitchStusLocked = 3;          // 道岔锁闭(白)
  bool ipSingleSwitchStusFailLocked = 4;      // 道岔故障锁闭(棕)
  bool ipSingleSwitchStusNormal = 5;          // 定位
  bool ipSingleSwitchStusReverse = 6;         // 反位
  bool ipSingleSwitchStusBlocked1 = 7;        // 单锁
  bool ipSingleSwitchStusJammed = 8;          // 挤岔
  bool ipSingleSwitchStusExpectLock = 9;      // 期望锁闭
  bool ipSingleSwitchStusExpectUnlock = 10;   // 期望锁闭解除
  bool ipSingleSwitchStusExpectNormal = 11;   // 期望道岔定位
  bool ipSingleSwitchStusExpectReverse = 12;  // 期望道岔反位
  bool ipSingleSwitchStusExpectBlock = 13;    // 期望道岔单锁
  bool ipSingleSwitchStusExpectUnblock = 14;  // 期望道岔解除单锁
  bool ipSingleSwitchStusInRoute = 15;        // 是否在进路中锁闭
  bool ipSingleSwitchStusManualMode = 16;     // 道岔为手动操作模式
  bool ipSingleSwitchStusCut = 17;            // 道岔切除
  bool ipSingleSwitchStusAtcInvalid = 18;     // 道岔区段被ATC报告失效
  bool ipSingleSwitchStusOverlap = 19;        // OVERLAP
  bool ipSingleSwitchStusTsrCbtcMain = 20;    // CBTC岔前限速
  bool ipSingleSwitchStusTsrCbtcNormal = 21;  // CBTC定位限速
  bool ipSingleSwitchStusTsrCbtcReverse = 22; // CBTC反位限速
  bool ipSingleSwitchStusTsrBmMain = 23;      // BM岔前限速
  bool ipSingleSwitchStusTsrBmNormal = 24;    // BM定位限速
  bool ipSingleSwitchStusTsrBmReverse = 25;   // BM反位限速
  bool ipSingleSwitchStusBlocked2 = 26;       // 道岔封锁(单封)
  bool ipSingleSwitchStusLostIndication = 27; // 道岔失表示
  //设备唯一识别码，一般为设备名称
  string id = 28;
  //限速值KM/H
  int32 speedLimit = 29;
  //集中站id
  int32 rtuId = 30;
  //消息时间戳
  int64 timestamp = 31;
  int32 lineId = 32;
  //接受时间
  int64 receiveTime = 33;
}

message Track {
  bool ciOccupied = 1;   //连锁报告区段占用
  bool cbtcOccupied = 2; // CBTC报告区段占用
  bool locked = 3;       //锁闭
  bool failLocked = 4;   //故障锁闭
  bool expectLock = 5;   //进路办理中,期望锁闭
  bool expectUnlock = 6; //进路取消中, 期望解除锁闭
  bool inRoute = 7; //是否在进路中锁闭, 控制是否需要显示锁闭
  bool cut = 8;     //轨道切除
  bool atcInvalid = 9; //轨道区段被ATC报告失效
  bool overlap = 10;   // OVERLAP
  bool blocked = 11;   //轨道区段封锁
  //设备唯一识别码，一般为设备名称
  string id = 12;
  //限速
  int32 speedLimit = 13;
  //限速类型
  LimitType limitType = 14; //限速[1:CBTC限速/2:连锁限速/4:同时限速]
  //集中站id
  int32 rtuId = 15;
  //消息时间戳
  int64 timestamp = 16;
  int32 lineId = 17;
  //接受时间
  int64 receiveTime = 18;
  // track限速类型
  enum LimitType {
    Unknown = 0;
    //为1时，CBTC限速
    Cbtc = 1;
    //为2时，联锁限速；
    Interlock = 2;
    //为4时，同时限速。
    CbtcInterlock = 4;
  }
}

message Platform {
  bool emergstop = 1;
  bool trainberth = 2;
  bool close = 3;
  bool upHold = 4;
  bool downHold = 5;
  bool upOccHold = 6;
  bool downOccHold = 7;
  bool psdOpen = 8;
  bool psdCut = 9;
  bool upSkipstop = 10;
  bool downSkipstop = 11;
  bool upTrainSkipstop = 12;
  bool downTrainSkipstop = 13;
  //设备唯一识别码，一般为设备名称
  string id = 14;
  //下一区间运行时间
  int32 nextSectionRunTime = 15;
  //下一区间运行等级
  int32 nextSectionRunLevel = 16;
  //停站时间
  int32 stopTime = 17;
  //集中站id
  int32 rtuId = 18;
  //消息时间戳
  int64 timestamp = 19;
  int32 lineId = 20;
  //接受时间
  int64 receiveTime = 21;
  //是否开始计时
  bool bizWaitTimerGoing = 22;
  //乘客等待开始时间(秒时间戳)
  int64 bizWaitStartTimeSec = 23;
  //乘客已经等待时间(秒数)
  int64 bizWaitTimeSec = 24;
}

message Scada {
  bool scadaOn = 1;
  bool scadaSinglePower = 2;
  bool scadaUnkown = 3;
  //设备唯一识别码，一般为设备名称
  string id = 4;
  //集中站id
  int32 rtuId = 5;
  //消息时间戳
  int64 timestamp = 6;
  int32 lineId = 7;
  //接受时间
  int64 receiveTime = 8;
}

message WaterProofDoor {
  bool doorClosed = 1;
  bool doorExpectClose = 2;
  bool doorAgreeClosed = 3;
  bool doorClosing = 4;
  bool doorOpenLock = 5;
  //设备唯一识别码，一般为设备名称
  string id = 6;
  //集中站id
  int32 rtuId = 7;
  //消息时间戳
  int64 timestamp = 8;
  int32 lineId = 9;
  //接受时间
  int64 receiveTime = 10;
}

message WorkArea {
  bool ipStusWorkAreaEnable = 1;
  //设备唯一识别码，一般为设备名称
  string id = 2;
  //集中站id
  int32 rtuId = 3;
  //消息时间戳
  int64 timestamp = 4;
  int32 lineId = 5;
  //接受时间
  int64 receiveTime = 6;
}

message Gama {
  bool ipStusGamaDisable = 1;
  //设备唯一识别码，一般为设备名称
  string id = 2;
  //集中站id
  int32 rtuId = 3;
  //消息时间戳
  int64 timestamp = 4;
  int32 lineId = 5;
  //接受时间
  int64 receiveTime = 6;
}

message TrainMode {
  bool ipModeTrainTypeManual = 1;
  bool ipModeTrainTypeHead = 2;
  bool ipModeTrainTypeSpecial = 3;
  bool ipModeTrainTypeSchedule = 4;
  bool ipModeTrainTypeRoute = 5;
  bool ipModeTrainTypeShuttle = 6;
  bool ipModeTrainTypeLineup = 7;
  bool ipModeTrainSchdEarly = 8;
  bool ipModeTrainSchdLate = 9;
  bool ipModeTrainSkipstop = 10;
  bool ipModeTrainCbtcMode = 11;
  bool ipModeTrainAtpCut = 12;
  bool ipModeTrainBerthed = 13;
  bool ipModeTrainStoped = 14;
  bool ipModeTrainHolded = 15;
  bool ipModeTrainItama = 16;
  bool ipModeTrainDirUp = 17;
  bool ipModeTrainDirDown = 18;
  bool ipModeTrainDirHeadUp = 19;
  bool ipModeTrainDirHeadDown = 20;
  bool ipModeTrainDoorOpen = 21;
  bool ipModeTrainRsAlarm = 22;
  bool ipModeTrainDoorAlarm = 23;
  bool ipModeTrainEbAlarm = 24;
  bool ipModeTrainIntegrityAlarm = 25;
  bool ipModeTrainDriveModeAm = 26;
  bool ipModeTrainDriveModeCm = 27;
  bool ipModeTrainDriveModeRmf = 28;
  bool ipModeTrainDriveModeDto = 29;
  bool ipModeTrainDriveModeAtb = 30;
  bool ipModeTrainDriveBlockAm = 31;
  bool ipModeTrainDriveBlockCm = 32;
  bool ipModeTrainDriveModeRmr = 33;
  bool ipModeTrainDriveModeWash = 34;
  //设备唯一识别码，一般为设备名称
  string id = 35;
}

//////////////////////////////////////////////////////////////////////

// 2.7.2	信息源网络状态消息
// NCC FEP与OCC FEP 间的网络连接状态
message OccNccFepNetwork {
  //当前线路号
  string id = 1;
  // true 代表与当前线路号的信息源(server)连接正常
  // false 代表断开
  bool active = 2;
  int32 lineId = 3;
}