private Feature GetFeature(string id, Kent.Boogaart.KBCsv.DataRecord csvDataRecord)
{
var mappingType = MappingType;
var latColumn = LatitudeColumnName;
var lonColumn = LongitudeColumnName;
var wktColumn = WktColumnName;
var lineNumber = id;
if (csvDataRecord == null || csvDataRecord.HeaderRecord == null)
{
return(null);
}
int i = -1;
var list = csvDataRecord.Values.Select(value =>
{
i++;
return(csvDataRecord.HeaderRecord[i] + ':' + value);
});
switch (mappingType)
{
case CsvMappingType.LongitudeAndLatitude:
double x, y;
bool xParsed = double.TryParse(csvDataRecord.Values[csvDataRecord.HeaderRecord.IndexOf(lonColumn)], out x);
bool yParsed = double.TryParse(csvDataRecord.Values[csvDataRecord.HeaderRecord.IndexOf(latColumn)], out y);
if (xParsed && yParsed && Math.Abs(x) < maxValueInCoordinate && Math.Abs(y) < maxValueInCoordinate)
{
return(new Feature(x, y, lineNumber.ToString(), list));
}
else
{
return(null);
}
case CsvMappingType.WellKnownText:
string wkt = csvDataRecord.Values[csvDataRecord.HeaderRecord.IndexOf(wktColumn)];
var feature = new Feature(wkt, lineNumber.ToString(), list);
return(feature);
default:
return(null);
}
}
public void ShouldSucceedFalseColumn()
{
var record = new Kent.Boogaart.KBCsv.DataRecord(null);
Dhgms.DataManager.Model.Helper.Csv.AddYesNoColumn(record, false);
}
public void ShouldSucceedYesColumn()
{
var record = new Kent.Boogaart.KBCsv.DataRecord(null);
Dhgms.DataManager.Model.Helper.Csv.AddTriStateColumn(record, TriState.Yes);
}
