Untitled

 private void ADCEnable_Click(object sender, EventArgs e)
 {
     openfile(); // Open log or necessary file

     string text = "*****ADC_Test******";
     log.WriteLine(text); // Log the ADC test start

     //Enable the PAT Select registers before enabling the ADC Calibration (new SPI Register Set)
     int PAT_SELECT = 0x01;

     //Write to FPGA Registers 
     FPGACommunicationHandler.FPGAInstance.WriteToFPGARegister(TestBuildConstants.BASE_ADDRESS, OPERATINGMODE, PAT_SELECT);

     // Default value of CAL_EN register (0x01 - enabled)  (new SPI Register) 
     int CAL_EN = 0x01;

     // Enable calibration by setting CAL_EN bit high (1)
     ADCTestResult.Text = "Calibration Enabled";
     log.WriteLine("Calibration Enabled: Address = 0x061, Value = 0x01");

     // Write to the FPGA register to enable calibration
     FPGACommunicationHandler.FPGAInstance.WriteToFPGARegister(TestBuildConstants.BASE_ADDRESS,  OPERATINGMODE, CAL_EN);

     // Display status message indicating that calibration has been enabled
     CalibrationStatusResult.Text = "Calibration has been successfully enabled";

     log.WriteLine("Calibration process completed successfully.");
     log.Close(); // Close log or necessary file


     // Calibration Status Read
     int cal_status = -1; // Initialize to an invalid value
     //FPGACommunicationHandler.FPGAInstance.ReadFromFPGARegister(TestBuildConstants.BASE_ADDRESS, TestBuildConstants, ref cal_status);

     // Check if the read operation was successful
     bool readSuccess = (cal_status != -1); // Assuming -1 is not a valid status

     if (readSuccess)
     {
         CalibrationStatusResult.Text = "Success";
         log.WriteLine($"Calibration Status Read Successfully: Address = {Cal_Status_Address}, Value = {cal_status}");
     }
     else
     {
         CalibrationStatusResult.Text = "Failure ";
         log.WriteLine("Failed to Read Calibration Status");
     }

 }