Add reed switch and counter

examples/ATC_MiThermometer_Client/ATC_MiThermometer_Client.ino

@@ -86,6 +86,13 @@ void loop() {
             Serial.printf("%.3fV\n",  miThermometer.data[i].batt_voltage/1000.0);
             Serial.printf("%d%%\n",   miThermometer.data[i].batt_level);
             Serial.printf("%ddBm\n",  miThermometer.data[i].rssi);
+            Serial.printf("Measurement Count: %d\n", miThermometer.data[i].count);
+            // Print boolean flags
+            Serial.printf("Reed Switch State: %s\n", miThermometer.data[i].reedSwitchState ? "Open" : "Closed");
+            Serial.printf("GPIO TRG Output: %s\n", miThermometer.data[i].gpioTrgOutput ? "High" : "Low");
+            Serial.printf("Control Parameters: %s\n", miThermometer.data[i].controlParameters ? "Set" : "Not Set");
+            Serial.printf("Temperature Trigger Event: %s\n", miThermometer.data[i].tempTriggerEvent ? "Triggered" : "Not Triggered");
+            Serial.printf("Humidity Trigger Event: %s\n", miThermometer.data[i].humiTriggerEvent ? "Triggered" : "Not Triggered");
             Serial.println();
          }
     }

src/ATC_MiThermometer.cpp

@@ -127,7 +127,19 @@ unsigned ATC_MiThermometer::getData(uint32_t duration) {
                     data[n].batt_voltage = (volt_msb << 8) | volt_lsb;
 
                     // Battery state [%]
-                    data[n].batt_level = foundDevices.getDevice(i).getServiceData().c_str()[12];         
+                    data[n].batt_level = foundDevices.getDevice(i).getServiceData().c_str()[12];
+
+                    // Count
+		    data[n].count = foundDevices.getDevice(i).getServiceData().c_str()[13];    
+
+                    //Flags
+                    uint8_t flagsByte = foundDevices.getDevice(i).getServiceData().c_str()[14];
+                    data[n].reedSwitchState = flagsByte & 0x01; // Extract bit 0 (Reed Switch)
+                    data[n].gpioTrgOutput = (flagsByte >> 1) & 0x01; // Extract bit 1 (GPIO_TRG pin output)
+                    data[n].controlParameters = (flagsByte >> 2) & 0x01; // Extract bit 2 (Control parameters)
+                    data[n].tempTriggerEvent = (flagsByte >> 3) & 0x01; // Extract bit 3 (Temperature trigger event)
+                    data[n].humiTriggerEvent = (flagsByte >> 4) & 0x01; // Extract bit 4 (Humidity trigger event)
+
                 }
                 else if (len == 13) {
                     log_d("ATC1441 format");

src/ATC_MiThermometer.h

@@ -60,6 +60,13 @@ struct MiThData_S {
         uint16_t    batt_voltage;   //!< battery voltage [mv]
         uint8_t     batt_level;     //!< battery level   [%]
         int16_t     rssi;           //!< RSSI [dBm]
+        uint8_t     count;        	//!< measurement count
+        bool 	    reedSwitchState;
+        bool        gpioTrgOutput;
+        bool 	    controlParameters;
+        bool 	    tempTriggerEvent;
+        bool 	    humiTriggerEvent;
+
 };
 
 typedef struct MiThData_S MiThData_t; //!< Shortcut for struct MiThData_S