Watchdog avec date/time et reporting fonctionnel.

Otarcik_CAN/Sources/CANBus/CANWatchdog.h

@@ -11,6 +11,11 @@
 //Parker controller.  This controller uses this update as a watchdog signal, but the register contains
 //some useful data for the Parker controller as well.
 
+class CMQTTClientWrapper;
+class CLANDevicesPresenceMonitor;
+class CInternetMonitor;
+class CDeviceDetectionConfig;
+
 class CCANWatchdog: public QObject
 {
     Q_OBJECT
@@ -18,11 +23,12 @@ class CCANWatchdog: public QObject
 public:
     CCANWatchdog();
 
-     int Init(CPCANInterface *CANDriverIF, TPCANHandle CANDeviceHandle, unsigned int WDTPeriod,unsigned int CANMsgID);
-     int StartWDT();
-     int StopWDT();
-     bool IsInitialized(){return mWDTInitialized;}
-     quint64 GetCANDateTimeBuffer();
+    int Init(CPCANInterface *CANDriverIF, TPCANHandle CANDeviceHandle, unsigned int WDTPeriod, CDeviceDetectionConfig *DevicesMonitorConfig);
+    int StartWDT();
+    int StopWDT();
+    bool IsInitialized(){return mWDTInitialized;}
+    quint64 GetCANDateTimeBuffer();
+    int SetDevicesDetectionConfig(CDeviceDetectionConfig *DeviceMonitoringConfig);
 
     CPCANInterface *mCANDriverIF;
     unsigned int mWDTPeriod;
@@ -30,10 +36,17 @@ public:
     bool mWDTInitialized;
     CCANMessage mWDTCANMsg;
 
+
+
 private:
     bool mIsCANInitialized;
     TPCANHandle mCANDeviceHandle;
 
+//    CMQTTClientWrapper *mMQTTPresenceMonitor;
+//    CLANDevicesPresenceMonitor *mLANDevicesMonitor;
+//    CInternetMonitor *mInternetMonitor;
+    CDeviceDetectionConfig *mDevicesMonitorConfig;
+
 
 public slots:
     void WatchdogTimeoutTimerExpired();