列车控制连接版本记录1

protos/device_state.proto

@@ -187,9 +187,10 @@ message TrainState{
   BTMState btmState = 23;
   TrainControlState tcc = 24;
   TrainConnState connState = 25; //列车连接第三方状态
-    SensorSpeedPulseCount pluseCount = 26;
-
-    VobcBtmState vobcBtm = 27;//vobc btm 状态
+  SensorSpeedPulseCount pluseCount = 26;
+  VobcBtmState vobcBtm = 27;//vobc btm 状态
+  string oldLink = 28;
+  int64 oldLinkOffset = 29;
 }
 message VobcBtmState{
 
@@ -227,6 +228,9 @@ message VobcBtmState{
 message SensorSpeedPulseCount{
     uint32 pulseCount1 = 1;
     uint32 pulseCount2 = 2;
+    repeated float pulseCount3 = 3;
+    repeated float pulseCount4 = 4;
+
 }
 
 // 动力学列车状态
@@ -597,7 +601,9 @@ message TrainMapState{
   BTMState btmState = 69;
   TrainConnState connState = 70; //列车连接第三方状态
 }
-
+message BtmStateCache{
+  repeated  BTMState btmStateList = 1;
+}
 message BTMState {
   uint32 dataSerialNumber = 1; //数据流水号，0~255变化，每次加一
   uint32 baliseCount = 2; //应答器计数（每过一个应答器加一，在同一个应答器内不变)（0~255）
@@ -608,6 +614,8 @@ message BTMState {
   bool aboveBalise  = 6;  //BTM天线即将经过应答器
   string baliseTelegramForPcSimResend = 7; //列车pc仿真暂存应答器回复数据
   string telegram128 = 8 ;//应答器报文128（16进制字符串）
+  string baliseId = 9;
+  bool isSend = 10;//记录是否发送过
 }
 
 //动力学相关参数返回数据，因golang float类型数据序列化后丢失精度故使用string