/// <summary>
/// Splits Coordinate test string to get value to parse and expected output.
/// Checks proper parsing and value
/// </summary>
/// <param name="val">Test string value</param>
private void Parse_Check(string val)
{
var vals = val.Split('#'); //First part of string is value to parse, seconds is expected string value after parse
string coordString = vals[0];
string expected = vals[1];
CoordinatePart c = CoordinatePart.Parse(coordString);//Will throw exception and fail if incorrect (intended behavior)
//CHECK STRING COMPARISON, BUT REPLACE , and . with * to avoid cultural mismatch
Assert.AreEqual(expected.Replace(",", "*").Replace(".", "*"), c.ToString().Replace(",", "*").Replace(".", "*"), $"{vals} parsed as {c.ToString().Replace(",", "*").Replace(".", "*")} but {expected.Replace(",", "*").Replace(".", "*")} was expected.");
}
public void CoordinatePart_Parse_Wrap_Check()
{
CoordinatePart cp = CoordinatePart.Parse("45");
Assert.AreEqual(45, cp.ToDouble());
Assert.AreEqual(CoordinatesPosition.N, cp.Position);
cp = CoordinatePart.Parse("45", CoordinateType.Long);
Assert.AreEqual(45, cp.ToDouble());
Assert.AreEqual(CoordinatesPosition.E, cp.Position);
}
//Verifies that Parse is wrapping Try_Parse correctly
private static void Parse_Wrap_Tests()
{
bool pass = true;
string coord = "45.6, 22.4";
EagerLoad el = new EagerLoad(EagerLoadType.Celestial | EagerLoadType.Cartesian | EagerLoadType.ECEF);
CartesianType cType = CartesianType.ECEF;
DateTime geoDate = new DateTime(2020, 3, 10, 10, 10, 12);
Coordinate parseCoord;
Coordinate tryParseCoord;
parseCoord = Coordinate.Parse(coord);
Coordinate.TryParse(coord, out tryParseCoord);
if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false))
{
pass = false;
}
parseCoord = Coordinate.Parse(coord, geoDate);
Coordinate.TryParse(coord, geoDate, out tryParseCoord);
if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false))
{
pass = false;
}
parseCoord = Coordinate.Parse(coord, cType);
Coordinate.TryParse(coord, cType, out tryParseCoord);
if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false))
{
pass = false;
}
parseCoord = Coordinate.Parse(coord, geoDate, cType);
Coordinate.TryParse(coord, geoDate, cType, out tryParseCoord);
if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false))
{
pass = false;
}
parseCoord = Coordinate.Parse(coord, el);
Coordinate.TryParse(coord, el, out tryParseCoord);
if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false))
{
pass = false;
}
parseCoord = Coordinate.Parse(coord, geoDate, el);
Coordinate.TryParse(coord, geoDate, el, out tryParseCoord);
if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false))
{
pass = false;
}
parseCoord = Coordinate.Parse(coord, cType, el);
Coordinate.TryParse(coord, cType, el, out tryParseCoord);
if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false))
{
pass = false;
}
parseCoord = Coordinate.Parse(coord, geoDate, cType, el);
Coordinate.TryParse(coord, geoDate, cType, el, out tryParseCoord);
if (!Parse_Wrap_Check(parseCoord, tryParseCoord, false))
{
pass = false;
}
//CoordinatePart Check
CoordinatePart cp = CoordinatePart.Parse("45");
if (cp.ToDouble() != 45 || cp.Position != CoordinatesPosition.N)
{
pass = false;
}
cp = CoordinatePart.Parse("45", CoordinateType.Long);
if (cp.ToDouble() != 45 || cp.Position != CoordinatesPosition.E)
{
pass = false;
}
Pass.Write("Parse Wrapper Test", pass);
}