public class DirectionalitySetCalibrationData<T> : TestActionBase<HearingInstrumentContext>
{
    public DirectionalitySetCalibrationData(string propertyName, T desiredValue)
    {
        this.propertyName = propertyName;
        this.desiredValue = desiredValue;
    }

    public override bool Execute(HearingInstrumentContext hiContext, TestCaseContext testCaseContext)
    {
        const string assemblyName = "ReSound.Algorithm.Dooku3";
        string pattern = propertyName + " = .*?\\n";

        Type compress = Assembly.LoadFrom(assemblyName + ".Platform.dll").GetType(assemblyName + ".Compress");
        object comCal = Activator.CreateInstance(compress, null);

        var compressCalibrationData = (string)hiContext.SoundProgram.Blackboard.Properties[Directionality.CalibrationData.PropertyName].Value;
        var calibrationData = (string)compress.GetMethod("DecompressString").Invoke(comCal, new object[] { compressCalibrationData });

        string format = "{0} = {1}\n";
        string newValue = string.Empty;
        if (typeof(T) == typeof(int[]))
        {
            format = "{0} = [{1}]\n";
            newValue = string.Join(", ", this.desiredValue);
        }
        else if (typeof(T) == typeof(Vector))
        {
            newValue = this.desiredValue.ToString().Replace(",", ".").Replace(";", ", ");
        }
        else
        {
            newValue = this.desiredValue.ToString().Replace(",", ".");
        }

        string testCalibrationData = Regex.Replace(
           calibrationData, pattern,
           string.Format(format, propertyName, desiredValue));

        hiContext.SoundProgram.Blackboard.Properties[Directionality.CalibrationData.PropertyName].Value = compress
            .GetMethod("CompressString").Invoke(comCal, new object[] { testCalibrationData });

        return true;
    }

    private readonly string propertyName;
    private readonly T desiredValue;
}