static public void MapStringsToConstants(IAdapter adapter, List <Cell> cells, ColumnOrdering columnOrdering)
{
foreach (var cell in cells)
{
string text = cell.GetText(true);
Logger.Debug(string.Format("column title: \"{0}\"[{1}]", text.ReplaceEolnWithSpace().CoalesceWhitespace(), cell.CellWidth));
DeclarationField field;
string clean_text = AbsenceMarkers.Aggregate(text, (x, y) => x.Replace(y, "")).Trim();
if (adapter.GetRowsCount() == cell.MergedRowsCount)
{
continue;
}
if ((text == "" || clean_text.Length <= 1) && (text != "№"))
{
// too short title, try to predict by values
field = ColumnPredictor.PredictEmptyColumnTitle(adapter, cell);
Logger.Debug("Predict: " + field.ToString());
}
else
{
if (cell.TextAbove != null)
{
text = cell.TextAbove + " " + text;
}
field = HeaderHelpers.TryGetField(text.Replace('\n', ' '));
if ((field == DeclarationField.None) && clean_text.Length <= 4)
{
field = ColumnPredictor.PredictEmptyColumnTitle(adapter, cell);
Logger.Debug("Predict: " + field.ToString());
}
if (field == DeclarationField.None)
{
throw new SmartParserException(String.Format("Cannot recognize field \"{0}\"", text.Replace('\n', ' ')));
}
}
if (field == DeclarationField.None && !DataHelper.IsEmptyValue(text))
{
throw new ColumnDetectorException(String.Format("Fail to detect column type row: {0} title:{1}", cell.Row, text));
}
if (ColumnPredictor.CalcPrecision)
{
ColumnPredictor.PredictForPrecisionCheck(adapter, cell, field);
}
AddColumn(columnOrdering, field, cell);
if (ColumnOrdering.SearchForFioColumnOnly)
{
if (field == DeclarationField.NameAndOccupationOrRelativeType ||
field == DeclarationField.NameOrRelativeType)
{
break;
}
}
}
}
public static DeclarationField GetField(string str)
{
var f = HeaderHelpers.TryGetField("", str);
if (f == DeclarationField.None)
{
throw new Exception($"Could not determine column type for header {str}.");
}
return(f);
}
