public void DecimalGradShouldBeParsable()
{
const string text = " 32° 18.385' N ";
var coordinate = SexagesimalCoordinateParser.Parse(text);
Assert.Equal(32, coordinate.Degrees);
Assert.Equal(18, coordinate.Minutes);
Assert.Equal(17, (int)coordinate.Seconds);
Assert.Equal(SexagesimalCoordinate.CoordinateType.Latitude, coordinate.Type);
}
public void GradMinutesSecondsNumbersOnlyShouldBeParsable()
{
const string text = "37 25 19,07";
var coordinate = SexagesimalCoordinateParser.Parse(text);
Assert.Equal(37, coordinate.Degrees);
Assert.Equal(25, coordinate.Minutes);
Assert.Equal(19, (int)coordinate.Seconds);
Assert.Equal(SexagesimalCoordinate.CoordinateType.Latitude, coordinate.Type);
}
public void GradMinutesSecondsWithoutSpaceShouldBeParsable()
{
const string text = "37°25'19.07\"N";
var coordinate = SexagesimalCoordinateParser.Parse(text);
Assert.Equal(37, coordinate.Degrees);
Assert.Equal(25, coordinate.Minutes);
Assert.Equal(19, (int)coordinate.Seconds);
Assert.Equal(SexagesimalCoordinate.CoordinateType.Latitude, coordinate.Type);
}
public void DecimalGradWithTypeShouldBeParsable()
{
var source = new SexagesimalCoordinate(37, 25, 19.07);
var text = source.DecimalValue.ToString(CultureInfo.InvariantCulture) + "O";
var coordinate = SexagesimalCoordinateParser.Parse(text);
Assert.Equal(37, coordinate.Degrees);
Assert.Equal(25, coordinate.Minutes);
Assert.Equal(19, (int)coordinate.Seconds);
Assert.Equal(SexagesimalCoordinate.CoordinateType.Longitude, coordinate.Type);
}
