def __init__(self, mode: NumberMode = NumberMode.DEFAULT):
self.__negative_number_terms = RegExpUtility.get_safe_reg_exp(
FrenchNumeric.NegativeNumberTermsRegex)
self.__regexes: List[ReVal] = list()
cardinal_ex: FrenchCardinalExtractor = None
if mode is NumberMode.PURE_NUMBER:
cardinal_ex = FrenchCardinalExtractor(
FrenchNumeric.PlaceHolderPureNumber)
elif mode is NumberMode.CURRENCY:
self.__regexes.append(ReVal(re=RegExpUtility.get_safe_reg_exp(
FrenchNumeric.CurrencyRegex), val='IntegerNum'))
if cardinal_ex is None:
cardinal_ex = FrenchCardinalExtractor()
self.__regexes.extend(cardinal_ex.regexes)
fraction_ex = FrenchFractionExtractor(mode)
self.__regexes.extend(fraction_ex.regexes)
ambiguity_filters_dict: List[ReRe] = list()
if mode != NumberMode.Unit:
for key, value in BaseNumbers.AmbiguityFiltersDict.items():
ambiguity_filters_dict.append(ReRe(reKey=RegExpUtility.get_safe_reg_exp(key),
reVal=RegExpUtility.get_safe_reg_exp(value)))
for key, value in FrenchNumeric.AmbiguityFiltersDict.items():
ambiguity_filters_dict.append(ReRe(reKey=RegExpUtility.get_safe_reg_exp(key),
reVal=RegExpUtility.get_safe_reg_exp(value)))
self.__ambiguity_filters_dict = ambiguity_filters_dict
def __init__(self, mode: ChineseNumberExtractorMode = ChineseNumberExtractorMode.DEFAULT):
self.__regexes: List[ReVal] = list()
cardinal_ex = ChineseCardinalExtractor(mode)
self.__regexes.extend(cardinal_ex.regexes)
fraction_ex = ChineseFractionExtractor()
self.__regexes.extend(fraction_ex.regexes)
ambiguity_filters_dict: List[ReRe] = list()
if mode != NumberMode.Unit:
for key, value in ChineseNumeric.AmbiguityFiltersDict.items():
ambiguity_filters_dict.append(ReRe(reKey=RegExpUtility.get_safe_reg_exp(key),
reVal=RegExpUtility.get_safe_reg_exp(value)))
self.__ambiguity_filters_dict = ambiguity_filters_dict