public string FormatGPSAccuracy(GPSAccuracy gpsAccuracy, int gpsTolerance)
{
if (gpsTolerance == CellPassConsts.NullGPSTolerance)
{
return(NullString);
}
var toleranceString = IsRawDataAsDBaseRequired
? FormatDisplayDistanceUnitless(gpsTolerance / 1000.000, false)
: FormatDisplayDistance(gpsTolerance / 1000.000, false);
return($"{FormatGPSAccuracyValue(gpsAccuracy)} ({toleranceString})");
}
private static GPSAccuracyType ConvertGpsAccuracy(GPSAccuracy cellPassGpsAccuracy)
{
switch (cellPassGpsAccuracy)
{
case GPSAccuracy.Fine: return(GPSAccuracyType.Fine);
case GPSAccuracy.Medium: return(GPSAccuracyType.Medium);
case GPSAccuracy.Coarse: return(GPSAccuracyType.Coarse);
case GPSAccuracy.Unknown: return(GPSAccuracyType.Unknown);
default: throw new ArgumentException($"Unknown GPSAccuracy type: {cellPassGpsAccuracy}");
}
}
private string FormatGPSAccuracyValue(GPSAccuracy value)
{
string result;
switch (value)
{
case GPSAccuracy.Fine: result = "Fine"; break;
case GPSAccuracy.Medium: result = "Medium"; break;
case GPSAccuracy.Coarse: result = "Coarse"; break;
default: result = $"unknown: {value}"; break;
}
return(result);
}
public void FormatGPSAccuracy(bool isRawDataAsDBaseRequired, UnitsTypeEnum units, GPSAccuracy gpsAccuracy, int gpsTolerance, string expectedResult)
{
var userPreferences = new UserPreferences()
{
Units = (int)units
};
var csvUserPreference = AutoMapperUtility.Automapper.Map <CSVExportUserPreferences>(userPreferences);
var formatter = new CSVExportFormatter(csvUserPreference, OutputTypes.PassCountLastPass, isRawDataAsDBaseRequired);
var result = formatter.FormatGPSAccuracy(gpsAccuracy, gpsTolerance);
result.Should().Be(expectedResult);
}
