public static DCSBIOSOutput CreateCopy(DCSBIOSOutput dcsbiosOutput)
{
var tmp = new DCSBIOSOutput
{
DCSBiosOutputType = dcsbiosOutput.DCSBiosOutputType,
ControlId = dcsbiosOutput.ControlId,
Address = dcsbiosOutput.Address,
ControlDescription = dcsbiosOutput.ControlDescription,
ControlType = dcsbiosOutput.ControlType,
DCSBiosOutputComparison = dcsbiosOutput.DCSBiosOutputComparison,
Mask = dcsbiosOutput.Mask,
MaxLength = dcsbiosOutput.MaxLength,
MaxValue = dcsbiosOutput.MaxValue,
ShiftValue = dcsbiosOutput.ShiftValue
};
if (tmp.DCSBiosOutputType == DCSBiosOutputType.IntegerType)
{
tmp.SpecifiedValueInt = dcsbiosOutput.SpecifiedValueInt;
}
if (tmp.DCSBiosOutputType == DCSBiosOutputType.StringType)
{
tmp.SpecifiedValueString = dcsbiosOutput.SpecifiedValueString;
}
return(tmp);
}
public static DCSBIOSOutput GetDCSBIOSOutput(string controlId)
{
lock (LockObject)
{
if (Common.IsOperationModeFlagSet(OperationFlag.KeyboardEmulationOnly))
{
throw new Exception("DCSBIOSControlLocator.GetDCSBIOSOutput() Should not be called when only key emulator is active");
}
try
{
var control = GetControl(controlId);
var dcsBIOSOutput = new DCSBIOSOutput();
dcsBIOSOutput.Consume(control);
return(dcsBIOSOutput);
}
catch (InvalidOperationException ioe)
{
throw new Exception("Check DCS-BIOS version. Failed to create DCSBIOSOutput based on control " + controlId + " for airframe " + Airframe.GetDescription() + " ( " + Airframe.GetDescription() + ".json)." + Environment.NewLine + ioe.Message);
}
}
}
public void Copy(DCSBIOSOutput dcsbiosOutput)
{
DCSBiosOutputType = dcsbiosOutput.DCSBiosOutputType;
ControlId = dcsbiosOutput.ControlId;
Address = dcsbiosOutput.Address;
ControlDescription = dcsbiosOutput.ControlDescription;
ControlType = dcsbiosOutput.ControlType;
DCSBiosOutputComparison = dcsbiosOutput.DCSBiosOutputComparison;
Mask = dcsbiosOutput.Mask;
MaxLength = dcsbiosOutput.MaxLength;
MaxValue = dcsbiosOutput.MaxValue;
Shiftvalue = dcsbiosOutput.Shiftvalue;
if (DCSBiosOutputType == DCSBiosOutputType.INTEGER_TYPE)
{
SpecifiedValueInt = dcsbiosOutput.SpecifiedValueInt;
}
if (DCSBiosOutputType == DCSBiosOutputType.STRING_TYPE)
{
SpecifiedValueString = dcsbiosOutput.SpecifiedValueString;
}
}
public static DCSBIOSOutput GetDCSBIOSOutput(string controlId)
{
lock (_lockObject)
{
if (_airframe == DCSAirframe.NONE)
{
return(null);
}
try
{
var control = GetControl(controlId);
var dcsBIOSOutput = new DCSBIOSOutput();
dcsBIOSOutput.Consume(control);
return(dcsBIOSOutput);
}
catch (InvalidOperationException ioe)
{
throw new Exception("Failed to create DCSBIOSOutput based on control " + controlId + " for airframe " + Airframe.GetDescription() + "." + Environment.NewLine + ioe.Message);
}
}
}
/*
* private int Evaluate(uint data)
* {
* try
* {
* var value = GetUIntValue(data);
* _expression.Parameters["x"] = value;
* var result = _expression.Evaluate();
* return Convert.ToInt32(Math.Abs((double) result));
* }
* catch (Exception ex)
* {
* Common.LogError(124874, ex, "Evaluate() function");
* throw;
* }
* }
*/
public static DCSBIOSOutput CreateCopy(DCSBIOSOutput dcsbiosOutput)
{
var tmp = new DCSBIOSOutput();
tmp.DCSBiosOutputType = dcsbiosOutput.DCSBiosOutputType;
tmp.ControlId = dcsbiosOutput.ControlId;
tmp.Address = dcsbiosOutput.Address;
tmp.ControlDescription = dcsbiosOutput.ControlDescription;
tmp.ControlType = dcsbiosOutput.ControlType;
tmp.DCSBiosOutputComparison = dcsbiosOutput.DCSBiosOutputComparison;
tmp.Mask = dcsbiosOutput.Mask;
tmp.MaxLength = dcsbiosOutput.MaxLength;
tmp.MaxValue = dcsbiosOutput.MaxValue;
tmp.Shiftvalue = dcsbiosOutput.Shiftvalue;
if (tmp.DCSBiosOutputType == DCSBiosOutputType.INTEGER_TYPE)
{
tmp.SpecifiedValueInt = dcsbiosOutput.SpecifiedValueInt;
}
if (tmp.DCSBiosOutputType == DCSBiosOutputType.STRING_TYPE)
{
tmp.SpecifiedValueString = dcsbiosOutput.SpecifiedValueString;
}
return(tmp);
}