public NumberExtractor(BaseNumberOptionsConfiguration config, CJKNumberExtractorMode mode = CJKNumberExtractorMode.Default)
{
var builder = ImmutableDictionary.CreateBuilder <Regex, TypeTag>();
// Add Cardinal
var cardExtractChs = new CardinalExtractor(config, mode);
builder.AddRange(cardExtractChs.Regexes);
// Add Fraction
var fracExtractChs = new FractionExtractor(config);
builder.AddRange(fracExtractChs.Regexes);
Regexes = builder.ToImmutable();
var ambiguityBuilder = ImmutableDictionary.CreateBuilder <Regex, Regex>();
// Do not filter the ambiguous number cases like 'that one' in NumberWithUnit, otherwise they can't be resolved.
if (config.Mode != NumberMode.Unit)
{
foreach (var item in NumbersDefinitions.AmbiguityFiltersDict)
{
ambiguityBuilder.Add(new Regex(item.Key, RegexFlags), new Regex(item.Value, RegexFlags));
}
}
AmbiguityFiltersDict = ambiguityBuilder.ToImmutable();
}
public NumberExtractor(ChineseNumberMode mode = ChineseNumberMode.Default)
{
var builder = ImmutableDictionary.CreateBuilder <Regex, string>();
//Add Cardinal
var cardExtractChs = new CardinalExtractor(mode);
builder.AddRange(cardExtractChs.Regexes);
//Add Fraction
var fracExtractChs = new FractionExtractor();
builder.AddRange(fracExtractChs.Regexes);
Regexes = builder.ToImmutable();
}
public NumberExtractor(BaseNumberOptionsConfiguration config, CJKNumberExtractorMode mode = CJKNumberExtractorMode.Default)
{
var builder = ImmutableDictionary.CreateBuilder <Regex, TypeTag>();
// Add Cardinal
var cardExtractChs = new CardinalExtractor(config, mode);
builder.AddRange(cardExtractChs.Regexes);
// Add Fraction
var fracExtractChs = new FractionExtractor(config);
builder.AddRange(fracExtractChs.Regexes);
Regexes = builder.ToImmutable();
}
