/*
* 1 byte (header byte 0x0) [0]
* 5 bytes upper left LCD [1 - 5]
* 5 bytes upper right LCD [6 - 10]
* 5 bytes lower left LCD [11- 15]
* 5 bytes lower right LCD [16- 20]
*
* 0x01 - 0x09 displays the figure 1-9
* 0xD1 - 0xD9 displays the figure 1.-9. (figure followed by dot)
* 0xFF -> blank, nothing is shown in that spot.
*
* var bytes = new byte[21];
* bytes[0] = 0x0;
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyActiveUpper, 1);
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyStandbyUpper, 6);
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyActiveLower, 11);
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyStandbyLower, 16);
*/
protected void SetPZ69DisplayBytesInteger(ref byte[] bytes, int digits, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var i = 0;
var digitsAsString = digits.ToString().PadLeft(5);
//D = DARK
//116 should become DD116!
//Common.DebugP("Arrayposition : " + arrayPosition + " is " + frequencyAsString);
do
{
//5 digits can be displayed
//12345 -> 12345
//116 -> DD116
//1 -> DDDD1
byte b;
if (digitsAsString[i].ToString().Equals(" "))
{
b = 0xFF;
}
else
{
b = Byte.Parse(digitsAsString[i].ToString());
}
bytes[arrayPosition] = b;
//Common.DebugP("Byte [" + arrayPosition + "] has been set to " + b);
arrayPosition++;
i++;
} while (i < digitsAsString.Length && i < 6);
}
private int GetArrayPosition(PZ69LCDPosition pz69LCDPosition)
{
switch (pz69LCDPosition)
{
case PZ69LCDPosition.UPPER_LEFT:
{
return(1);
}
case PZ69LCDPosition.UPPER_RIGHT:
{
return(6);
}
case PZ69LCDPosition.LOWER_LEFT:
{
return(11);
}
case PZ69LCDPosition.LOWER_RIGHT:
{
return(16);
}
}
return(1);
}
private void ShowIdentifyingValue()
{
try
{
var bytes = new byte[21];
bytes[0] = 0x0;
PZ69LCDPosition pz69LCDPosition = PZ69LCDPosition.UPPER_ACTIVE_LEFT;
var random = new Random();
var lcdPositionArray = Enum.GetValues(typeof(PZ69LCDPosition));
var lcdValueArray = new string[] { "00000", "11111", "22222", "33333", "44444", "55555", "66666", "77777", "88888", "99999" };
var spins = 8;
while (spins > 0)
{
var position = (PZ69LCDPosition)lcdPositionArray.GetValue(random.Next(lcdPositionArray.Length));
var value = (string)lcdValueArray.GetValue(random.Next(lcdValueArray.Length));
SetPZ69DisplayBytesString(ref bytes, value, position);
SendLCDData(bytes);
Thread.Sleep(500);
spins--;
}
}
catch (Exception e)
{
}
}
public void AddOrUpdateLCDBinding(DCSBIOSOutputFormula dcsbiosOutputFormula, PZ69LCDPosition pz69LCDPosition)
{
var found = false;
var pz69DialPosition = _pz69UpperDialPosition;
if (pz69LCDPosition == PZ69LCDPosition.LOWER_STBY_RIGHT || pz69LCDPosition == PZ69LCDPosition.LOWER_ACTIVE_LEFT)
{
pz69DialPosition = _pz69LowerDialPosition;
}
foreach (var dcsBiosBindingLCD in _dcsBiosLcdBindings)
{
if (dcsBiosBindingLCD.DialPosition == pz69DialPosition && dcsBiosBindingLCD.PZ69LcdPosition == pz69LCDPosition)
{
dcsBiosBindingLCD.DCSBIOSOutputFormulaObject = dcsbiosOutputFormula;
Debug.Print("3 found");
found = true;
break;
}
}
if (!found)
{
var dcsBiosBindingLCD = new DCSBIOSBindingLCDPZ69();
dcsBiosBindingLCD.DialPosition = pz69DialPosition;
dcsBiosBindingLCD.DCSBIOSOutputFormulaObject = dcsbiosOutputFormula;
dcsBiosBindingLCD.PZ69LcdPosition = pz69LCDPosition;
_dcsBiosLcdBindings.Add(dcsBiosBindingLCD);
}
IsDirtyMethod();
}
/*
* 1 byte (header byte 0x0) [0]
* 5 bytes upper left LCD [1 - 5]
* 5 bytes upper right LCD [6 - 10]
* 5 bytes lower left LCD [11- 15]
* 5 bytes lower right LCD [16- 20]
*
* 0x01 - 0x09 displays the figure 1-9
* 0xD1 - 0xD9 displays the figure 1.-9. (figure followed by dot)
* 0xFF -> blank, nothing is shown in that spot.
*
* var bytes = new byte[21];
* bytes[0] = 0x0;
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyActiveUpper, 1);
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyStandbyUpper, 6);
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyActiveLower, 11);
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyStandbyLower, 16);
*/
protected void SetPZ69DisplayBytesInteger(ref byte[] bytes, int digits, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var maxArrayPosition = GetArrayPosition(pz69LCDPosition) + 5;
var i = 0;
var digitsAsString = digits.ToString().PadLeft(5);
//D = DARK
//116 should become DD116!
do
{
//5 digits can be displayed
//12345 -> 12345
//116 -> DD116
//1 -> DDDD1
byte b;
b = digitsAsString[i].ToString().Equals(" ") ? (byte)0xFF : byte.Parse(digitsAsString[i].ToString());
bytes[arrayPosition] = b;
arrayPosition++;
i++;
} while (i < digitsAsString.Length && arrayPosition < maxArrayPosition + 1);
}
/// <summary>
/// Expect a string of 5 chars that are going to be displayed as it.
/// Can deal with multiple '.' chars.
/// If size does not match 5, it will NOT replace previous characters in the array (no padding left or right).
/// </summary>
protected void SetPZ69DisplayBytesDefault(ref byte[] bytes, string digits, PZ69LCDPosition pz69LCDPosition)
{
try
{
_pZ69DisplayBytes.DefaultStringAsIs(ref bytes, digits, pz69LCDPosition);
}
catch (Exception ex)
{
logger.Error(ex, "SetPZ69DisplayBytesDefault()");
}
}
public void DoubleJustifyLeft(ref byte[] bytes, double digits, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var maxArrayPosition = GetArrayPosition(pz69LCDPosition) + 4;
// Debug.WriteLine("LCD position is " + pz69LCDPosition);
// Debug.WriteLine("Array position = " + arrayPosition);
// Debug.WriteLine("Max array position = " + (maxArrayPosition));
var i = 0;
var numberFormatInfoFullDisplay = new NumberFormatInfo()
{
NumberDecimalSeparator = ".",
NumberDecimalDigits = 4,
NumberGroupSeparator = string.Empty
};
var digitsAsString = digits.ToString("0.0000", numberFormatInfoFullDisplay);
// 116 should become 116.00!
do
{
// 5 digits can be displayed
// 1.00000011241 -> 1.0000
// 116.0434 -> 116.04
// 1199330.12449 -> 11993
if (digitsAsString[i] == '.')
{
// skip to next position, this has already been dealt with
i++;
}
try
{
var tmp = digitsAsString[i].ToString();
var b = byte.Parse(tmp);
bytes[arrayPosition] = b;
// Debug.WriteLine("Current string char is " + tmp + " from i = " + i + ", writing byte " + b + " to array position " + arrayPosition);
}
catch (Exception ex)
{
logger.Error(ex, $"SetPZ69DisplayBytesDefault() digitsAsString.Length = {digitsAsString.Length}");
}
if (digitsAsString.Length > i + 1 && digitsAsString[i + 1] == '.')
{
// Add decimal marker
bytes[arrayPosition] = (byte)(bytes[arrayPosition] + 0xd0);
// Debug.WriteLine("Writing decimal marker to array position " + arrayPosition);
}
arrayPosition++;
i++;
}while (i < digitsAsString.Length && arrayPosition < maxArrayPosition + 1);
}
protected void SetPZ69DisplayBlank(ref byte[] bytes, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var i = 0;
do
{
bytes[arrayPosition] = 0xFF;
arrayPosition++;
i++;
} while (i < 5);
}
/// <summary>
/// Sets the given position to blank without modifying the other positions in the array
/// </summary>
public void SetPositionBlank(ref byte[] bytes, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var i = 0;
do
{
bytes[arrayPosition] = 0xFF;
arrayPosition++;
i++;
}while (i < 5);
}
protected void SetPZ69DisplayBytesDefault(ref byte[] bytes, double digits, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var maxArrayPosition = GetArrayPosition(pz69LCDPosition) + 4;
//Debug.WriteLine("LCD position is " + pz69LCDPosition);
//Debug.WriteLine("Array position = " + arrayPosition);
//Debug.WriteLine("Max array position = " + (maxArrayPosition));
var i = 0;
var digitsAsString = digits.ToString("0.0000", NumberFormatInfoFullDisplay);
//116 should become 116.00!
do
{
//5 digits can be displayed
//1.00000011241 -> 1.0000
//116.0434 -> 116.04
//1199330.12449 -> 11993
if (digitsAsString[i] == '.')
{
//skip to next position, this has already been dealt with
i++;
}
try
{
var tmp = digitsAsString[i].ToString();
var b = byte.Parse(tmp);
bytes[arrayPosition] = b;
//Debug.WriteLine("Current string char is " + tmp + " from i = " + i + ", writing byte " + b + " to array position " + arrayPosition);
}
catch (Exception e)
{
Common.LogError(38410, e, "SetPZ69DisplayBytesDefault() digitsAsString.Length = " + digitsAsString.Length);
}
if (digitsAsString.Length > i + 1 && digitsAsString[i + 1] == '.')
{
//Add decimal marker
bytes[arrayPosition] = (byte)(bytes[arrayPosition] + 0xd0);
//Debug.WriteLine("Writing decimal marker to array position " + arrayPosition);
}
arrayPosition++;
i++;
} while (i < digitsAsString.Length && arrayPosition < maxArrayPosition + 1);
}
internal void ImportSettings(string settings)
{
if (string.IsNullOrEmpty(settings))
{
throw new ArgumentException("Import string empty. (DCSBIOSBindingPZ69)");
}
if (settings.StartsWith("RadioPanelDCSBIOSLCD{") && settings.Contains("DCSBiosOutput{"))
{
//RadioPanelDCSBIOSLCD{COM1}\o/{LowerLCD}\o/DCSBiosOutput{ANT_EGIHQTOD|Equals|0}
var parameters = settings.Split(new[] { Constants.SEPARATOR_SYMBOL }, StringSplitOptions.RemoveEmptyEntries);
//[0]
//RadioPanelDCSBIOSLCD{COM1}
var param0 = parameters[0].Replace("RadioPanelDCSBIOSLCD{", "").Replace("}", "");
_pz69DialPosition = (PZ69DialPosition)Enum.Parse(typeof(PZ69DialPosition), param0);
//[1]
//{LowerLCD}
var param1 = parameters[1].Replace("{", "").Replace("}", "").Trim();
_pz69LCDPosition = (PZ69LCDPosition)Enum.Parse(typeof(PZ69LCDPosition), param1);
//[2]
//DCSBiosOutput{ANT_EGIHQTOD|Equals|0}
_dcsbiosOutput = new DCSBIOSOutput();
_dcsbiosOutput.ImportString(parameters[2]);
}
if (settings.StartsWith("RadioPanelDCSBIOSLCD{") && settings.Contains("DCSBiosOutputFormula{"))
{
//RadioPanelDCSBIOSLCD{COM1}\o/{UpperLCD}\o/DCSBiosOutputFormula{ANT_EGIHQTOD+10}
var parameters = settings.Split(new[] { Constants.SEPARATOR_SYMBOL }, StringSplitOptions.RemoveEmptyEntries);
//[0]
//MultiPanelDCSBIOSFormulaLCD{COM1}
var param0 = parameters[0].Replace("RadioPanelDCSBIOSLCD{", "").Replace("}", "").Trim();
_pz69DialPosition = (PZ69DialPosition)Enum.Parse(typeof(PZ69DialPosition), param0);
//[1]
//{UpperLCD}
var param1 = parameters[1].Replace("{", "").Replace("}", "").Trim();
_pz69LCDPosition = (PZ69LCDPosition)Enum.Parse(typeof(PZ69LCDPosition), param1);
//[2]
//DCSBiosOutputFormula{ANT_EGIHQTOD+10}
_dcsbiosOutputFormula = new DCSBIOSOutputFormula();
_dcsbiosOutputFormula.ImportString(parameters[2]);
}
}
protected void SetPZ69DisplayBytesDefault(ref byte[] bytes, double digits, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var i = 0;
var digitsAsString = digits.ToString("0.0000", NumberFormatInfoFullDisplay);
//116 should become 116.00!
//Common.DebugP("Arrayposition : " + arrayPosition + " is " + frequencyAsString);
do
{
//5 digits can be displayed
//1.00000011241 -> 1.0000
//116.0434 -> 116.04
//1199330.12449 -> 11993
if (digitsAsString[i] == '.')
{
//skip to next position, this has already been dealt with
i++;
}
byte b = 0;
try
{
b = Byte.Parse(digitsAsString[i].ToString());
bytes[arrayPosition] = b;
}
catch (Exception e)
{
Common.LogError(38410, e, "SetPZ69DisplayBytesDefault()");
}
//Common.DebugP("Byte [" + arrayPosition + "] has been set to " + b);
if (digitsAsString.Length > i + 1 && digitsAsString[i + 1] == '.')
{
//Common.DebugP("We are at Byte[" + arrayPosition + "] (" + frequencyAsString[i] + ") and next comes the decimal marker");
//Add decimal marker
//Common.DebugP("Byte is before addition " + bytes[arrayPosition]);
bytes[arrayPosition] = (byte)(bytes[arrayPosition] + 0xd0);
//Common.DebugP("Byte is after addition " + bytes[arrayPosition]);
}
arrayPosition++;
i++;
} while (i < digitsAsString.Length && i < 6);
}
public void DeleteDCSBIOSLcdBinding(PZ69LCDPosition pz69LCDPosition)
{
var pz69DialPosition = _pz69UpperDialPosition;
if (pz69LCDPosition == PZ69LCDPosition.LOWER_STBY_RIGHT || pz69LCDPosition == PZ69LCDPosition.LOWER_ACTIVE_LEFT)
{
pz69DialPosition = _pz69LowerDialPosition;
}
//Removes config
foreach (var dcsBiosBindingLCD in _dcsBiosLcdBindings)
{
if (dcsBiosBindingLCD.DialPosition == pz69DialPosition && dcsBiosBindingLCD.PZ69LcdPosition == pz69LCDPosition)
{
dcsBiosBindingLCD.DCSBIOSOutputObject = null;
break;
}
}
IsDirtyMethod();
}
protected void SetPZ69DisplayBytesDefault(ref byte[] bytes, string digits, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var maxArrayPosition = GetArrayPosition(pz69LCDPosition) + 4;
var i = 0;
do
{
if (digits[i] == '.')
{
//skip to next position, this has already been dealt with
i++;
}
try
{
if (digits[i] == ' ')
{
bytes[arrayPosition] = 0xff;
}
else
{
var b = byte.Parse(digits[i].ToString());
bytes[arrayPosition] = b;
}
}
catch (Exception e)
{
Common.LogError(38410, e, "SetPZ69DisplayBytesDefault()");
}
if (digits.Length > i + 1 && digits[i + 1] == '.')
{
//Add decimal marker
bytes[arrayPosition] = (byte)(bytes[arrayPosition] + 0xd0);
}
arrayPosition++;
i++;
} while (i < digits.Length && arrayPosition < maxArrayPosition + 1);
}
/// <summary>
/// Expect a string of 5 chars that are going to be displayed as it.
/// Can deal with multiple '.' chars.
/// If size does not match 5, it will NOT replace previous characters in the array (no padding left or right).
/// </summary>
public void DefaultStringAsIs(ref byte[] bytes, string digits, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var maxArrayPosition = GetArrayPosition(pz69LCDPosition) + 4;
var i = 0;
digits = digits.PadLeft(5); //Makes text right justified in the screen
do
{
if (digits[i] == '.')
{
// skip to next position, this has already been dealt with
i++;
}
if (digits[i] == ' ')
{
bytes[arrayPosition] = 0xff;
}
else
{
var b = byte.Parse(digits[i].ToString());
bytes[arrayPosition] = b;
}
if (digits.Length > i + 1 && digits[i + 1] == '.')
{
// Add decimal marker
bytes[arrayPosition] = (byte)(bytes[arrayPosition] + 0xd0);
}
arrayPosition++;
i++;
}while (i < digits.Length && arrayPosition < maxArrayPosition + 1);
}
protected void SetPZ69DisplayBytes(ref byte[] bytes, double digits, int decimals, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var i = 0;
var formatString = "0.".PadRight(decimals + 2, '0');
var digitsAsString = digits.ToString(formatString, NumberFormatInfoEmpty).PadLeft(6);
do
{
if (digitsAsString[i] == '.')
{
//skip to next position, this has already been dealt with
i++;
}
byte b;
if (digitsAsString[i].ToString().Equals(" "))
{
b = 0xFF;
}
else
{
b = Byte.Parse(digitsAsString[i].ToString());
}
bytes[arrayPosition] = b;
if (digitsAsString.Length > i + 1 && digitsAsString[i + 1] == '.')
{
bytes[arrayPosition] = (byte)(bytes[arrayPosition] + 0xd0);
}
arrayPosition++;
i++;
} while (i < digitsAsString.Length && i < 6);
}
/*
* 1 byte (header byte 0x0) [0]
* 5 bytes upper left LCD [1 - 5]
* 5 bytes upper right LCD [6 - 10]
* 5 bytes lower left LCD [11- 15]
* 5 bytes lower right LCD [16- 20]
*
* 0x01 - 0x09 displays the figure 1-9
* 0xD1 - 0xD9 displays the figure 1.-9. (figure followed by dot)
* 0xFF -> blank, nothing is shown in that spot.
*
* var bytes = new byte[21];
* bytes[0] = 0x0;
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyActiveUpper, 1);
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyStandbyUpper, 6);
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyActiveLower, 11);
* bytes = SetPZ69FrequencyBytes(bytes, _lcdFrequencyStandbyLower, 16);
*/
/// <summary>
/// Sets the given position to blank without modifying the other positions in the array
/// </summary>
protected void SetPZ69DisplayBlank(ref byte[] bytes, PZ69LCDPosition pz69LCDPosition)
{
_pZ69DisplayBytes.SetPositionBlank(ref bytes, pz69LCDPosition);
}
protected void SetPZ69DisplayBytesDefault(ref byte[] bytes, double digits, PZ69LCDPosition pz69LCDPosition)
{
_pZ69DisplayBytes.DoubleJustifyLeft(ref bytes, digits, pz69LCDPosition);
}
protected void SetPZ69DisplayBytes(ref byte[] bytes, double digits, int decimals, PZ69LCDPosition pz69LCDPosition)
{
_pZ69DisplayBytes.DoubleWithSpecifiedDecimalsPlaces(ref bytes, digits, decimals, pz69LCDPosition);
}
/// <summary>
/// Right justify, pad left with blanks.
/// </summary>
protected void SetPZ69DisplayBytesUnsignedInteger(ref byte[] bytes, uint digits, PZ69LCDPosition pz69LCDPosition)
{
_pZ69DisplayBytes.UnsignedInteger(ref bytes, digits, pz69LCDPosition);
}
public void DoubleWithSpecifiedDecimalsPlaces(ref byte[] bytes, double digits, int decimals, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var maxArrayPosition = GetArrayPosition(pz69LCDPosition) + 4;
var i = 0;
var formatString = "0.".PadRight(decimals + 2, '0');
var numberFormatInfoEmpty = new NumberFormatInfo()
{
NumberDecimalSeparator = ".",
NumberGroupSeparator = string.Empty
};
var digitsAsString = digits.ToString(formatString, numberFormatInfoEmpty).PadLeft(6);
do
{
if (digitsAsString[i] == '.')
{
// skip to next position, this has already been dealt with
i++;
}
byte b;
b = digitsAsString[i].ToString().Equals(" ") ? (byte)0xFF : byte.Parse(digitsAsString[i].ToString());
bytes[arrayPosition] = b;
if (digitsAsString.Length > i + 1 && digitsAsString[i + 1] == '.')
{
bytes[arrayPosition] = (byte)(bytes[arrayPosition] + 0xd0);
}
arrayPosition++;
i++;
}while (i < digitsAsString.Length && arrayPosition < maxArrayPosition + 1);
}
protected void SetPZ69DisplayBytesUnsignedInteger(ref byte[] bytes, uint digits, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var maxArrayPosition = GetArrayPosition(pz69LCDPosition) + 4;
var i = 0;
var digitsAsString = digits.ToString().PadLeft(5);
//Debug.WriteLine("LCD position is " + pz69LCDPosition);
//Debug.WriteLine("Array position = " + arrayPosition);
//Debug.WriteLine("Max array position = " + (maxArrayPosition));
//Debug.WriteLine("digitsAsString = >" + digitsAsString + "< length=" + digitsAsString.Length);
//D = DARK
//116 should become DD116!
do
{
//5 digits can be displayed
//12345 -> 12345
//116 -> DD116
//1 -> DDDD1
byte b;
b = digitsAsString[i].ToString().Equals(" ") ? (byte)0xFF : byte.Parse(digitsAsString[i].ToString());
bytes[arrayPosition] = b;
arrayPosition++;
i++;
} while (i < digitsAsString.Length && arrayPosition < maxArrayPosition + 1);
}
protected void SetPZ69DisplayBytesCustom1(ref byte[] bytes, byte[] bytesToBeInjected, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var i = 0;
do
{
//5 digits can be displayed
//12345 -> 12345
//116 -> DD116
//1 -> DDDD1
bytes[arrayPosition] = bytesToBeInjected[i];
arrayPosition++;
i++;
} while (i < bytesToBeInjected.Length && i < 5);
}
protected void SetPZ69DisplayBytesCustom1(ref byte[] bytes, byte[] bytesToBeInjected, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var i = 0;
//Common.DebugP("Arrayposition : " + arrayPosition + " is " + frequencyAsString);
do
{
//5 digits can be displayed
//12345 -> 12345
//116 -> DD116
//1 -> DDDD1
bytes[arrayPosition] = bytesToBeInjected[i];
//Common.DebugP("Byte [" + arrayPosition + "] has been set to " + b);
arrayPosition++;
i++;
} while (i < bytesToBeInjected.Length && i < 5);
}
protected void SetPZ69DisplayBytesString(ref byte[] bytes, string digitString, PZ69LCDPosition pz69LCDPosition)
{
var arrayPosition = GetArrayPosition(pz69LCDPosition);
var maxArrayPosition = GetArrayPosition(pz69LCDPosition) + 4;
var i = 0;
var digits = "";
if (digitString.Length > 5)
{
if (digitString.Contains("."))
{
digits = digitString.Substring(0, 6);
}
else
{
digits = digitString.Substring(0, 5);
}
}
else if (digitString.Length < 5)
{
if (digitString.Contains("."))
{
digits = digitString.PadLeft(6, ' ');
}
else
{
digits = digitString.PadLeft(5, ' ');
}
}
else if (digitString.Length == 5)
{
if (digitString.Contains("."))
{
digits = digitString.PadLeft(1, ' ');
}
else
{
digits = digitString;
}
}
do
{
if (digits[i] == '.')
{
//skip to next position, this has already been dealt with
i++;
}
try
{
if (digits[i] == ' ')
{
bytes[arrayPosition] = 0xff;
}
else
{
var b = byte.Parse(digits[i].ToString());
bytes[arrayPosition] = b;
}
}
catch (Exception e)
{
Common.LogError(38410, e, "SetPZ69DisplayBytesDefault()");
}
if (digits.Length > i + 1 && digits[i + 1] == '.')
{
//Add decimal marker
bytes[arrayPosition] = (byte)(bytes[arrayPosition] + 0xd0);
}
arrayPosition++;
i++;
} while (i < digits.Length && arrayPosition < maxArrayPosition + 1);
}
