private TesterBase CreateTester(NetworkFunction networkFunction, DCSDataElement dataElement)
{
// specific types we want to test a certain way
switch (networkFunction)
{
case PushButton button:
_ = button;
return(new BooleanTester(dataElement));
case Switch switchFunction:
return(new SwitchTester(dataElement, switchFunction));
}
// infer based on format
switch (dataElement.Format)
{
case "%1d":
// only testing 0 and 1 even if this is a switch with multiple values
return(new BooleanTester(dataElement));
case null:
if (networkFunction is NetworkValue)
{
// at least simulate 0..1 for generic values
return(new NumericTester(dataElement, 3));
}
// no tester for values created manually in script (yet)
return(new UnsupportedTester(dataElement));
default:
Match match = FloatFormat.Match(dataElement.Format);
if (match.Success && match.Groups[1].Success &&
int.TryParse(match.Groups[1].Value, out int precision))
{
return(new NumericTester(dataElement, precision));
}
break;
}
return(new UnsupportedTester(dataElement));
}
protected TesterBase(DCSDataElement data)
{
Data = data;
}
public SwitchTester(DCSDataElement dataElement, Switch switchFunction) : base(dataElement)
{
_values = switchFunction.PositionValues.ToList();
}
/// <summary>
/// default tester for value with unknown precision
/// </summary>
/// <param name="dataElement"></param>
public NumericTester(DCSDataElement dataElement) : base(dataElement)
{
_range = 1d;
}
private const double RAMP_TIME = 2d; // number of seconds from 0 to max value (same amount of time taken to ramp back down and again to stay at 0)
public NumericTester(DCSDataElement dataElement, int precision) : base(dataElement)
{
_range = Math.Pow(10, 3 - precision);
}
public UnsupportedTester(DCSDataElement dataElement) : base(dataElement)
{
Logger.Warn("Interface tester does not recognize format {Format} of {Id}", dataElement.Format, dataElement.ID);
}
public BooleanTester(DCSDataElement data) : base(data)
{
// no code
}
