@microsoft/recognizers-text-number
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@microsoft/recognizers-text-number - npm Package Compare versions
Comparing version 1.1.4 to 1.2.7
@@ -5,3 +5,3 @@ import { Culture as BaseCulture, CultureInfo as BaseCultureInfo } from "@microsoft/recognizers-text"; | ||
| export declare class Culture extends BaseCulture { | ||
| static readonly supportedCultures: Array<Culture>; | ||
| static readonly supportedCultures: Culture[]; | ||
| readonly longFormat: LongFormatType; | ||
@@ -8,0 +8,0 @@ private constructor(); |
@@ -9,3 +9,3 @@ import { INumberParserConfiguration, BaseNumberParser } from "./parsers"; | ||
| Ordinal = 5, | ||
| Percentage = 6, | ||
| Percentage = 6 | ||
| } | ||
@@ -12,0 +12,0 @@ export declare class AgnosticNumberParserFactory { |
| import { BaseNumberExtractor } from "../extractors"; | ||
| export declare enum ChineseNumberExtractorMode { | ||
| Default = 0, | ||
| ExtractAll = 1, | ||
| ExtractAll = 1 | ||
| } | ||
@@ -6,0 +6,0 @@ export declare class ChineseNumberExtractor extends BaseNumberExtractor { |
@@ -17,6 +17,8 @@ import { ParseResult } from "@microsoft/recognizers-text"; | ||
| readonly wordSeparatorToken: string; | ||
| readonly writtenDecimalSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenGroupSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenIntegerSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenFractionSeparatorTexts: ReadonlyArray<string>; | ||
| readonly zeroChar: string; | ||
| readonly pairChar: string; | ||
| readonly writtenDecimalSeparatorTexts: readonly string[]; | ||
| readonly writtenGroupSeparatorTexts: readonly string[]; | ||
| readonly writtenIntegerSeparatorTexts: readonly string[]; | ||
| readonly writtenFractionSeparatorTexts: readonly string[]; | ||
| readonly zeroToNineMap: ReadonlyMap<string, number>; | ||
@@ -27,3 +29,4 @@ readonly roundNumberMapChar: ReadonlyMap<string, number>; | ||
| readonly unitMap: ReadonlyMap<string, string>; | ||
| readonly roundDirectList: ReadonlyArray<string>; | ||
| readonly roundDirectList: readonly string[]; | ||
| readonly tenChars: readonly string[]; | ||
| readonly digitNumRegex: RegExp; | ||
@@ -40,4 +43,4 @@ readonly dozenRegex: RegExp; | ||
| constructor(ci?: CultureInfo); | ||
| normalizeTokenSet(tokens: ReadonlyArray<string>, context: ParseResult): ReadonlyArray<string>; | ||
| normalizeTokenSet(tokens: readonly string[], context: ParseResult): readonly string[]; | ||
| resolveCompositeNumber(numberStr: string): number; | ||
| } |
@@ -9,3 +9,4 @@ import { ExtractResult, ParseResult } from "@microsoft/recognizers-text"; | ||
| readonly unitMap: ReadonlyMap<string, string>; | ||
| readonly roundDirectList: ReadonlyArray<string>; | ||
| readonly roundDirectList: readonly string[]; | ||
| readonly tenChars: readonly string[]; | ||
| readonly digitNumRegex: RegExp; | ||
@@ -20,2 +21,4 @@ readonly dozenRegex: RegExp; | ||
| readonly roundNumberIntegerRegex: RegExp; | ||
| readonly zeroChar: string; | ||
| readonly pairChar: string; | ||
| } | ||
@@ -25,16 +28,16 @@ export declare class BaseCJKNumberParser extends BaseNumberParser { | ||
| constructor(config: ICJKNumberParserConfiguration); | ||
| private toString(value); | ||
| private toString; | ||
| parse(extResult: ExtractResult): ParseResult | null; | ||
| private replaceTraditionalWithSimplified(value); | ||
| private replaceFullWithHalf(value); | ||
| private replaceUnit(value); | ||
| private perParseCJK(extResult); | ||
| private fracParseCJK(extResult); | ||
| private douParseCJK(extResult); | ||
| private intParseCJK(extResult); | ||
| private ordParseCJK(extResult); | ||
| private getDigitValueCJK(value, power); | ||
| private getIntValueCJK(value); | ||
| private getPointValueCJK(value); | ||
| private isDigitCJK(value); | ||
| private replaceTraditionalWithSimplified; | ||
| private replaceFullWithHalf; | ||
| private replaceUnit; | ||
| private perParseCJK; | ||
| private fracParseCJK; | ||
| private douParseCJK; | ||
| private intParseCJK; | ||
| private ordParseCJK; | ||
| private getDigitValueCJK; | ||
| private getIntValueCJK; | ||
| private getPointValueCJK; | ||
| private isDigitCJK; | ||
| } |
@@ -9,3 +9,3 @@ export declare class Constants { | ||
| static readonly SYS_NUM_PERCENTAGE: string; | ||
| static readonly NO_BREAK_SPACE: string; | ||
| static readonly NO_BREAK_SPACE = "\u202F"; | ||
| } |
@@ -22,3 +22,3 @@ import { BaseNumberExtractor, BasePercentageExtractor } from "../extractors"; | ||
| protected extractType: string; | ||
| constructor(); | ||
| constructor(mode?: NumberMode); | ||
| } | ||
@@ -31,3 +31,3 @@ export declare class EnglishOrdinalExtractor extends BaseNumberExtractor { | ||
| constructor(); | ||
| protected initRegexes(): Array<RegExp>; | ||
| protected initRegexes(): RegExp[]; | ||
| } |
@@ -18,9 +18,9 @@ import { ParseResult } from "@microsoft/recognizers-text"; | ||
| readonly wordSeparatorToken: string; | ||
| readonly writtenDecimalSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenGroupSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenIntegerSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenFractionSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenDecimalSeparatorTexts: readonly string[]; | ||
| readonly writtenGroupSeparatorTexts: readonly string[]; | ||
| readonly writtenIntegerSeparatorTexts: readonly string[]; | ||
| readonly writtenFractionSeparatorTexts: readonly string[]; | ||
| constructor(ci?: CultureInfo); | ||
| normalizeTokenSet(tokens: ReadonlyArray<string>, context: ParseResult): ReadonlyArray<string>; | ||
| normalizeTokenSet(tokens: readonly string[], context: ParseResult): readonly string[]; | ||
| resolveCompositeNumber(numberStr: string): number; | ||
| } |
@@ -7,11 +7,17 @@ import { IExtractor, ExtractResult } from "@microsoft/recognizers-text"; | ||
| } | ||
| export interface RegExpRegExp { | ||
| regExpKey: RegExp; | ||
| regExpValue: RegExp; | ||
| } | ||
| export declare abstract class BaseNumberExtractor implements IExtractor { | ||
| regexes: Array<RegExpValue>; | ||
| regexes: RegExpValue[]; | ||
| ambiguityFiltersDict: RegExpRegExp[]; | ||
| protected extractType: string; | ||
| protected negativeNumberTermsRegex: RegExp; | ||
| extract(source: string): Array<ExtractResult>; | ||
| extract(source: string): ExtractResult[]; | ||
| private filterAmbiguity; | ||
| protected generateLongFormatNumberRegexes(type: LongFormatType, placeholder?: string): RegExp; | ||
| } | ||
| export declare abstract class BasePercentageExtractor implements IExtractor { | ||
| regexes: Array<RegExp>; | ||
| regexes: RegExp[]; | ||
| protected static readonly numExtType: string; | ||
@@ -21,7 +27,7 @@ protected extractType: string; | ||
| constructor(numberExtractor: BaseNumberExtractor); | ||
| protected abstract initRegexes(): Array<RegExp>; | ||
| protected abstract initRegexes(): RegExp[]; | ||
| extract(source: string): ExtractResult[]; | ||
| private preprocessStrWithNumberExtracted(str); | ||
| private postProcessing(results, originSource, positionMap, numExtResults); | ||
| protected buildRegexes(regexStrs: Array<string>, ignoreCase?: boolean): Array<RegExp>; | ||
| private preprocessStrWithNumberExtracted; | ||
| private postProcessing; | ||
| protected buildRegexes(regexStrs: string[], ignoreCase?: boolean): RegExp[]; | ||
| } |
@@ -21,3 +21,3 @@ import { BaseNumberExtractor, BasePercentageExtractor } from "../extractors"; | ||
| protected extractType: string; | ||
| constructor(); | ||
| constructor(mode?: NumberMode); | ||
| } | ||
@@ -30,3 +30,3 @@ export declare class FrenchOrdinalExtractor extends BaseNumberExtractor { | ||
| constructor(); | ||
| protected initRegexes(): Array<RegExp>; | ||
| protected initRegexes(): RegExp[]; | ||
| } |
@@ -18,9 +18,9 @@ import { ParseResult } from "@microsoft/recognizers-text"; | ||
| readonly wordSeparatorToken: string; | ||
| readonly writtenDecimalSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenGroupSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenIntegerSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenFractionSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenDecimalSeparatorTexts: readonly string[]; | ||
| readonly writtenGroupSeparatorTexts: readonly string[]; | ||
| readonly writtenIntegerSeparatorTexts: readonly string[]; | ||
| readonly writtenFractionSeparatorTexts: readonly string[]; | ||
| constructor(ci?: CultureInfo); | ||
| normalizeTokenSet(tokens: ReadonlyArray<string>, context: ParseResult): ReadonlyArray<string>; | ||
| normalizeTokenSet(tokens: readonly string[], context: ParseResult): readonly string[]; | ||
| resolveCompositeNumber(numberStr: string): number; | ||
| } |
| import { BaseNumberExtractor } from "../extractors"; | ||
| export declare enum JapaneseNumberExtractorMode { | ||
| Default = 0, | ||
| ExtractAll = 1, | ||
| ExtractAll = 1 | ||
| } | ||
@@ -6,0 +6,0 @@ export declare class JapaneseNumberExtractor extends BaseNumberExtractor { |
@@ -17,6 +17,8 @@ import { ParseResult } from "@microsoft/recognizers-text"; | ||
| readonly wordSeparatorToken: string; | ||
| readonly writtenDecimalSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenGroupSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenIntegerSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenFractionSeparatorTexts: ReadonlyArray<string>; | ||
| readonly zeroChar: string; | ||
| readonly pairChar: string; | ||
| readonly writtenDecimalSeparatorTexts: readonly string[]; | ||
| readonly writtenGroupSeparatorTexts: readonly string[]; | ||
| readonly writtenIntegerSeparatorTexts: readonly string[]; | ||
| readonly writtenFractionSeparatorTexts: readonly string[]; | ||
| readonly zeroToNineMap: ReadonlyMap<string, number>; | ||
@@ -27,3 +29,4 @@ readonly roundNumberMapChar: ReadonlyMap<string, number>; | ||
| readonly unitMap: ReadonlyMap<string, string>; | ||
| readonly roundDirectList: ReadonlyArray<string>; | ||
| readonly roundDirectList: readonly string[]; | ||
| readonly tenChars: readonly string[]; | ||
| readonly digitNumRegex: RegExp; | ||
@@ -40,4 +43,4 @@ readonly dozenRegex: RegExp; | ||
| constructor(ci?: CultureInfo); | ||
| normalizeTokenSet(tokens: ReadonlyArray<string>, context: ParseResult): ReadonlyArray<string>; | ||
| normalizeTokenSet(tokens: readonly string[], context: ParseResult): readonly string[]; | ||
| resolveCompositeNumber(numberStr: string): number; | ||
| } |
@@ -6,2 +6,3 @@ import { IModel, ModelResult, IExtractor, IParser } from "@microsoft/recognizers-text"; | ||
| PureNumber = 2, | ||
| Unit = 3 | ||
| } | ||
@@ -8,0 +9,0 @@ export declare class LongFormatType { |
| import { IModel, ModelResult } from "@microsoft/recognizers-text"; | ||
| import { Recognizer } from "@microsoft/recognizers-text"; | ||
| export declare enum NumberOptions { | ||
| None = 0, | ||
| None = 0 | ||
| } | ||
| export declare function recognizeNumber(query: string, culture: string, options?: NumberOptions, fallbackToDefaultCulture?: boolean): Array<ModelResult>; | ||
| export declare function recognizeOrdinal(query: string, culture: string, options?: NumberOptions, fallbackToDefaultCulture?: boolean): Array<ModelResult>; | ||
| export declare function recognizePercentage(query: string, culture: string, options?: NumberOptions, fallbackToDefaultCulture?: boolean): Array<ModelResult>; | ||
| export declare function recognizeNumber(query: string, culture: string, options?: NumberOptions, fallbackToDefaultCulture?: boolean): ModelResult[]; | ||
| export declare function recognizeOrdinal(query: string, culture: string, options?: NumberOptions, fallbackToDefaultCulture?: boolean): ModelResult[]; | ||
| export declare function recognizePercentage(query: string, culture: string, options?: NumberOptions, fallbackToDefaultCulture?: boolean): ModelResult[]; | ||
| export default class NumberRecognizer extends Recognizer<NumberOptions> { | ||
@@ -10,0 +10,0 @@ constructor(culture: any, options?: NumberOptions, lazyInitialization?: boolean); |
@@ -17,7 +17,7 @@ import { IParser, ParseResult, ExtractResult } from "@microsoft/recognizers-text"; | ||
| readonly wordSeparatorToken: string; | ||
| readonly writtenDecimalSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenGroupSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenIntegerSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenFractionSeparatorTexts: ReadonlyArray<string>; | ||
| normalizeTokenSet(tokens: ReadonlyArray<string>, context: ParseResult): ReadonlyArray<string>; | ||
| readonly writtenDecimalSeparatorTexts: readonly string[]; | ||
| readonly writtenGroupSeparatorTexts: readonly string[]; | ||
| readonly writtenIntegerSeparatorTexts: readonly string[]; | ||
| readonly writtenFractionSeparatorTexts: readonly string[]; | ||
| normalizeTokenSet(tokens: readonly string[], context: ParseResult): readonly string[]; | ||
| resolveCompositeNumber(numberStr: string): number; | ||
@@ -30,3 +30,3 @@ } | ||
| protected readonly roundNumberSet: Set<string>; | ||
| supportedTypes: ReadonlyArray<string>; | ||
| supportedTypes: readonly string[]; | ||
| constructor(config: INumberParserConfiguration); | ||
@@ -40,8 +40,8 @@ parse(extResult: ExtractResult): ParseResult | null; | ||
| protected powerNumberParse(extResult: ExtractResult): ParseResult; | ||
| private splitMulti(str, tokens); | ||
| private getMatches(input); | ||
| private isComposable(big, small); | ||
| private getIntValue(matchStrs); | ||
| private getPointValue(matchStrs); | ||
| private skipNonDecimalSeparator(ch, distance, culture); | ||
| private splitMulti; | ||
| private getMatches; | ||
| private isComposable; | ||
| private getIntValue; | ||
| private getPointValue; | ||
| private skipNonDecimalSeparator; | ||
| protected getDigitalValue(digitsStr: string, power: number): number; | ||
@@ -48,0 +48,0 @@ } |
@@ -21,3 +21,3 @@ import { BaseNumberExtractor, BasePercentageExtractor } from "../extractors"; | ||
| protected extractType: string; | ||
| constructor(); | ||
| constructor(mode?: NumberMode); | ||
| } | ||
@@ -30,3 +30,3 @@ export declare class PortugueseOrdinalExtractor extends BaseNumberExtractor { | ||
| constructor(); | ||
| protected initRegexes(): Array<RegExp>; | ||
| protected initRegexes(): RegExp[]; | ||
| } |
@@ -18,9 +18,9 @@ import { ParseResult } from "@microsoft/recognizers-text"; | ||
| readonly wordSeparatorToken: string; | ||
| readonly writtenDecimalSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenGroupSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenIntegerSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenFractionSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenDecimalSeparatorTexts: readonly string[]; | ||
| readonly writtenGroupSeparatorTexts: readonly string[]; | ||
| readonly writtenIntegerSeparatorTexts: readonly string[]; | ||
| readonly writtenFractionSeparatorTexts: readonly string[]; | ||
| constructor(ci?: CultureInfo); | ||
| normalizeTokenSet(tokens: ReadonlyArray<string>, context: ParseResult): ReadonlyArray<string>; | ||
| normalizeTokenSet(tokens: readonly string[], context: ParseResult): readonly string[]; | ||
| resolveCompositeNumber(numberStr: string): number; | ||
| } |
@@ -21,3 +21,3 @@ import { BaseNumberExtractor, BasePercentageExtractor } from "../extractors"; | ||
| protected extractType: string; | ||
| constructor(); | ||
| constructor(mode?: NumberMode); | ||
| } | ||
@@ -30,3 +30,3 @@ export declare class SpanishOrdinalExtractor extends BaseNumberExtractor { | ||
| constructor(); | ||
| protected initRegexes(): Array<RegExp>; | ||
| protected initRegexes(): RegExp[]; | ||
| } |
@@ -18,9 +18,9 @@ import { ParseResult } from "@microsoft/recognizers-text"; | ||
| readonly wordSeparatorToken: string; | ||
| readonly writtenDecimalSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenGroupSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenIntegerSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenFractionSeparatorTexts: ReadonlyArray<string>; | ||
| readonly writtenDecimalSeparatorTexts: readonly string[]; | ||
| readonly writtenGroupSeparatorTexts: readonly string[]; | ||
| readonly writtenIntegerSeparatorTexts: readonly string[]; | ||
| readonly writtenFractionSeparatorTexts: readonly string[]; | ||
| constructor(ci?: CultureInfo); | ||
| normalizeTokenSet(tokens: ReadonlyArray<string>, context: ParseResult): ReadonlyArray<string>; | ||
| normalizeTokenSet(tokens: readonly string[], context: ParseResult): readonly string[]; | ||
| resolveCompositeNumber(numberStr: string): number; | ||
| } |
| export { default as NumberRecognizer, NumberOptions, recognizeNumber, recognizeOrdinal, recognizePercentage } from "./number/numberRecognizer"; | ||
| export { Culture, CultureInfo } from "./culture"; | ||
| export { FormatUtility, StringUtility, Match, RegExpUtility } from "@microsoft/recognizers-text"; | ||
| export { QueryProcessor, StringUtility, Match, RegExpUtility } from "@microsoft/recognizers-text"; | ||
| export { BaseNumbers } from "./resources/baseNumbers"; | ||
@@ -5,0 +5,0 @@ export { EnglishNumeric } from "./resources/englishNumeric"; |
@@ -7,2 +7,6 @@ export declare namespace BaseNumbers { | ||
| const PlaceHolderDefault = "\\D|\\b"; | ||
| const NumberMultiplierRegex = "(K|k|M|G|T|B|b)"; | ||
| const MultiplierLookupRegex = "(k|m|t|g|b)"; | ||
| const CurrencyRegex = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+\\s*(b|m|t|g)(?=\\b)"; | ||
| const CommonCurrencySymbol = "(\u00A5|\\$|\u20AC|\u00A3|\u20A9)"; | ||
| } |
| export declare namespace ChineseNumeric { | ||
| const LangMarker = ""; | ||
| const LangMarker = "Chs"; | ||
| const CompoundNumberLanguage = true; | ||
| const MultiDecimalSeparatorCulture = false; | ||
| const DecimalSeparatorChar = "."; | ||
@@ -8,2 +10,4 @@ const FractionMarkerToken = ""; | ||
| const WordSeparatorToken = ""; | ||
| const ZeroChar = "\u96F6"; | ||
| const PairChar = "\u5BF9"; | ||
| const RoundNumberMap: ReadonlyMap<string, number>; | ||
@@ -16,20 +20,24 @@ const RoundNumberMapChar: ReadonlyMap<string, number>; | ||
| const RoundDirectList: string[]; | ||
| const DigitalNumberRegex = "((?<=(\\d|\\b))(k|t|m|g)(?=\\b))"; | ||
| const ZeroToNineFullHalfRegex = "[\\d１２３４５６７８９０]"; | ||
| const TenChars: string[]; | ||
| const DigitalNumberRegex: string; | ||
| const ZeroToNineFullHalfRegex = "[\\d\uFF11\uFF12\uFF13\uFF14\uFF15\uFF16\uFF17\uFF18\uFF19\uFF10]"; | ||
| const DigitNumRegex: string; | ||
| const DozenRegex = ".*打$"; | ||
| const PercentageRegex = "(?<=百\\s*分\\s*之).+|.+(?=个\\s*百\\s*分\\s*点)|.*(?=[％%])"; | ||
| const DozenRegex = ".*\u6253$"; | ||
| const PercentageRegex = "(?<=\u767E\\s*\u5206\\s*\u4E4B).+|.+(?=\u4E2A\\s*\u767E\\s*\u5206\\s*\u70B9)|.*(?=[\uFF05%])"; | ||
| const DoubleAndRoundRegex: string; | ||
| const FracSplitRegex = "又|分\\s*之"; | ||
| const ZeroToNineIntegerRegex = "[一二三四五六七八九零壹贰貳叁肆伍陆陸柒捌玖〇两兩俩倆仨]"; | ||
| const NegativeNumberTermsRegex = "[负負]"; | ||
| const NegativeNumberTermsRegexNum = "((?<!(\\d+\\s*)|[-－])[-－])"; | ||
| const FracSplitRegex = "\u53C8|\u5206\\s*\u4E4B"; | ||
| const ZeroToNineIntegerRegex = "[\u4E00\u4E8C\u4E09\u56DB\u4E94\u516D\u4E03\u516B\u4E5D\u96F6\u58F9\u8D30\u8CB3\u53C1\u8086\u4F0D\u9646\u9678\u67D2\u634C\u7396\u3007\u4E24\u5169\u4FE9\u5006\u4EE8]"; | ||
| const HalfUnitRegex = "\u534A"; | ||
| const NegativeNumberTermsRegex = "[\u8D1F\u8CA0]"; | ||
| const NegativeNumberTermsRegexNum = "((?<!(\\d+\\s*)|[-\uFF0D])[-\uFF0D])"; | ||
| const NegativeNumberSignRegex: string; | ||
| const SpeGetNumberRegex: string; | ||
| const PairRegex = ".*[双对雙對]$"; | ||
| const RoundNumberIntegerRegex = "(((?<![十百千拾佰仟])[十百千拾佰仟])|([万亿兆萬億]))"; | ||
| const WhiteListRegex = "(。|，|、|（|）|“|”|[到以至]|[国國]|周|夜|[点點]|[个個]|倍|票|[项項]|[亩畝]|分|元|角|天|加|[减減]|乘|除|是|[對对]|打|公[里裏]|公[顷頃]|公分|平方|方|米|厘|毫|[条條]|船|[车車]|[辆輛]|群|[页頁]|杯|人|[张張]|次|位|份|批|[届屆]|[级級]|[种種]|套|[笔筆]|根|[块塊]|件|座|步|[颗顆]|棵|[节節]|支|只|名|年|月|日|[号號]|朵|克|[吨噸]|磅|[码碼]|英尺|英寸|升|加[仑侖]|立方|[台臺]|套|[罗羅]|令|卷|[头頭]|箱|包|桶|袋|[块塊]|家|行|期|[层層]|度|面|所|架|把|片|[阵陣]|[间間]|等|[叠疊]|碟|下|起|手|季|部|人|小[时時]|[时時]|秒|[样樣]|章|段|星|州|款|代|维|重|[户戸]|楼|路|篇|句|键|本|生|者|字|郎|道|边|场|口|线|世|岸|金|类|番|组|卦|眼|系|声|更|带|色|战|成|轮|食|首|幡|站|股|井|流|开|刻|洲|回|宮|集|练|週|和|环|甲|处|省|里|海|遍|品|体|王|尾|新|隻|版|阶|板|侧|波|身|则|扫|房|彩|木|军|居|晚|岛|课|式|通|相|区|文|端|味|田|心|胎|班|出|连|单|事|丝|副|岁|旁|幕|些|枚|招|卡|幅|言|街|指|辈|室|堆|作|封|厢|声|城|族|圈|脸|目|排|模|夕|网|市|向|极|驱|科|提|核|村|审|刀|册|例|关|粒|局|山|寸|碗|瞬|联|游|脚|宅|线|格|入|趟|貫|界|社|肢|技|滴|问|笑|院|堂|尺|寨|档|举|盘|门|客|餐|艘|毛|丈|剑|曲|任|叶|团|派|嘴|桥|抹|枝|贯|伏|拳|列|机|盒|队|进制|栋|席|斤|词|击|题|型|宗|柱|钱|拍|剧|旬|命|扇|匹|湖|壶|觉|叉|校|泉|具|串|射|证|大批|球|横|竖|尊|轴|观|审|石|束|弹|株|领|委|栏|炮|鼎|町|帆|斗|缕|桌|针|帧|转|落|足|梯|县|投|试|帮|掌|箭|盏|锅|计|大片|学期|截|顶|屋|介|剑|桂|旗|巷|挥|晃|员|翼|池|围|勺|宿|库|棒|冠|树|缸|伙|签|揽|坨|匙|桩|顿|纸|隅|诺|案|刊|厂|杆|袭|仓|床|担|帖|屏|盏|腔|贴|窍|洞|円|坪|泡|园|馆|湾|拨|枪|职|亭|背|維|[護护戸]|樓|鍵|邊|場|線|類|組|聲|帶|戰|輪|開|練|環|處|裏|體|隻|階|側|則|掃|軍|居|島|課|式|區|連|單|絲|歲|廂|聲|臉|網|極|驅|審|冊|關|聯|遊|腳|線|貫|問|檔|舉|盤|門|劍|曲|任|葉|團|派|嘴|橋|抹|枝|貫|伏|拳|列|機|盒|隊|進制|棟|詞|擊|題|錢|壺|覺|證|大批|球|橫|豎|尊|軸|觀|審|彈|領|委|欄|釘|鬥|縷|針|幀|轉|縣|試|幫|盞|鍋|計|學期|截|頂|介|劍|桂|旗|巷|揮|晃|員|圍|勺|宿|庫|棒|冠|樹|缸|夥|簽|攬|樁|頓|紙|隅|諾|廠|桿|襲|倉|擔|盞|貼|竅|洞|坪|泡|員|館|灣|撥|槍|職|\\s|$)"; | ||
| const PairRegex = ".*[\u53CC\u5BF9\u96D9\u5C0D]$"; | ||
| const RoundNumberIntegerRegex = "(((?<![\u5341\u767E\u5343\u62FE\u4F70\u4EDF])[\u5341\u767E\u5343\u62FE\u4F70\u4EDF])|([\u4E07\u4EBF\u5146\u842C\u5104]))"; | ||
| const AllowListRegex = "([\u3002\uFF0C\u3001\uFF08\uFF09\u201C\u201D]|[\u8FD9\u90A3\u4E0D\u4E5F\u8FD8\u800C\u5374\u66F4\u4F46\u9019\u9084\u537B]?\u662F|[\u5230\u4EE5\u81F3]|[\u56FD\u570B]|\u5468|\u591C|[\u70B9\u9EDE]|[\u4E2A\u500B]|\u500D|\u7968|[\u9879\u9805]|[\u4EA9\u755D]|\u5206|\u5143|\u89D2|\u5929|[\u53CC\u96D9]|[\u5BF9\u5C0D]|\u52A0|[\u51CF\u6E1B]|\u4E58|\u9664|[\u5C0D\u5BF9]|\u6253|\u516C[\u91CC\u88CF]|\u516C[\u9877\u9803]|\u516C\u5206|\u5E73\u65B9|\u65B9|\u7C73|\u5398|\u6BEB|[\u6761\u689D]|\u8239|[\u8F66\u8ECA]|[\u8F86\u8F1B]|\u7FA4|[\u9875\u9801]|\u676F|\u4EBA|[\u5F20\u5F35]|\u6B21|\u4F4D|\u4EFD|\u6279|[\u5C4A\u5C46]|[\u7EA7\u7D1A]|[\u79CD\u7A2E]|\u5957|[\u7B14\u7B46]|\u6839|[\u5757\u584A]|\u4EF6|\u5EA7|\u6B65|[\u9897\u9846]|\u68F5|[\u8282\u7BC0]|\u652F|\u53EA|\u540D|\u5E74|\u6708|\u65E5|[\u53F7\u865F]|\u6735|\u514B|[\u5428\u5678]|\u78C5|[\u7801\u78BC]|\u82F1\u5C3A|\u82F1\u5BF8|\u5347|\u52A0[\u4ED1\u4F96]|\u7ACB\u65B9|[\u53F0\u81FA]|\u5957|[\u7F57\u7F85]|\u4EE4|\u5377|[\u5934\u982D]|\u7BB1|\u5305|\u6876|\u888B|[\u5757\u584A]|\u5BB6|\u884C|\u671F|[\u5C42\u5C64]|\u5EA6|\u9762|\u6240|\u67B6|\u628A|\u7247|[\u9635\u9663]|[\u95F4\u9593]|\u7B49|[\u53E0\u758A]|\u789F|\u4E0B|\u8D77|\u624B|\u5B63|\u90E8|\u4EBA|\u5C0F[\u65F6\u6642]|[\u65F6\u6642]|\u79D2|[\u6837\u6A23]|\u7AE0|\u6BB5|\u661F|\u5DDE|\u6B3E|\u4EE3|\u7EF4|\u91CD|[\u6237\u6238]|\u697C|\u8DEF|\u7BC7|\u53E5|\u952E|\u672C|\u751F|\u8005|\u5B57|\u90CE|\u9053|\u8FB9|\u573A|\u53E3|\u7EBF|\u4E16|\u5CB8|\u91D1|\u7C7B|\u756A|\u7EC4|\u5366|\u773C|\u7CFB|\u58F0|\u66F4|\u5E26|\u8272|\u6218|\u6210|\u8F6E|\u98DF|\u9996|\u5E61|\u7AD9|\u80A1|\u4E95|\u6D41|\u5F00|\u523B|\u6D32|\u56DE|\u5BAE|\u96C6|\u7EC3|\u9031|\u548C|\u73AF|\u7532|\u5904|\u7701|\u91CC|\u6D77|\u904D|\u54C1|\u4F53|\u738B|\u5C3E|\u65B0|\u96BB|\u7248|\u9636|\u677F|\u4FA7|\u6CE2|\u8EAB|\u5219|\u626B|\u623F|\u5F69|\u6728|\u519B|\u5C45|\u665A|\u5C9B|\u8BFE|\u5F0F|\u901A|\u76F8|\u533A|\u6587|\u7AEF|\u5473|\u7530|\u5FC3|\u80CE|\u73ED|\u51FA|\u8FDE|\u5355|\u4E8B|\u4E1D|\u526F|\u5C81|\u65C1|\u5E55|\u4E9B|\u679A|\u62DB|\u5361|\u5E45|\u8A00|\u8857|\u6307|\u8F88|\u5BA4|\u5806|\u4F5C|\u5C01|\u53A2|\u58F0|\u57CE|\u65CF|\u5708|\u8138|\u76EE|\u6392|\u6A21|\u5915|\u7F51|\u5E02|\u5411|\u6781|\u9A71|\u79D1|\u63D0|\u6838|\u6751|\u5BA1|\u5200|\u518C|\u4F8B|\u5173|\u7C92|\u5C40|\u5C71|\u5BF8|\u7897|\u77AC|\u8054|\u6E38|\u811A|\u5B85|\u7EBF|\u683C|\u5165|\u8D9F|\u8CAB|\u754C|\u793E|\u80A2|\u6280|\u6EF4|\u95EE|\u7B11|\u9662|\u5802|\u5C3A|\u5BE8|\u6863|\u4E3E|\u76D8|\u95E8|\u5BA2|\u9910|\u8258|\u6BDB|\u4E08|\u5251|\u66F2|\u4EFB|\u53F6|\u56E2|\u6D3E|\u5634|\u6865|\u62B9|\u679D|\u8D2F|\u4F0F|\u62F3|\u5217|\u673A|\u76D2|\u961F|\u8FDB\u5236|\u680B|\u5E2D|\u65A4|\u8BCD|\u51FB|\u9898|\u578B|\u5B97|\u67F1|\u94B1|\u62CD|\u5267|\u65EC|\u547D|\u6247|\u5339|\u6E56|\u58F6|\u89C9|\u53C9|\u6821|\u6CC9|\u5177|\u4E32|\u5C04|\u8BC1|\u5927\u6279|\u7403|\u6A2A|\u7AD6|\u5C0A|\u8F74|\u89C2|\u5BA1|\u77F3|\u675F|\u5F39|\u682A|\u9886|\u59D4|\u680F|\u70AE|\u9F0E|\u753A|\u5E06|\u6597|\u7F15|\u684C|\u9488|\u5E27|\u8F6C|\u843D|\u8DB3|\u68AF|\u53BF|\u6295|\u8BD5|\u5E2E|\u638C|\u7BAD|\u76CF|\u9505|\u8BA1|\u5927\u7247|\u5B66\u671F|\u622A|\u9876|\u5C4B|\u4ECB|\u5251|\u6842|\u65D7|\u5DF7|\u6325|\u6643|\u5458|\u7FFC|\u6C60|\u56F4|\u52FA|\u5BBF|\u5E93|\u68D2|\u51A0|\u6811|\u7F38|\u4F19|\u7B7E|\u63FD|\u5768|\u5319|\u6869|\u987F|\u7EB8|\u9685|\u8BFA|\u6848|\u520A|\u5382|\u6746|\u88AD|\u4ED3|\u5E8A|\u62C5|\u5E16|\u5C4F|\u76CF|\u8154|\u8D34|\u7A8D|\u6D1E|\u5186|\u576A|\u6CE1|\u56ED|\u9986|\u6E7E|\u62E8|\u67AA|\u804C|\u4EAD|\u80CC|\u7DAD|[\u8B77\u62A4\u6238]|\u6A13|\u9375|\u908A|\u5834|\u7DDA|\u985E|\u7D44|\u8072|\u5E36|\u6230|\u8F2A|\u958B|\u7DF4|\u74B0|\u8655|\u88CF|\u9AD4|\u96BB|\u968E|\u5074|\u5247|\u6383|\u8ECD|\u5C45|\u5CF6|\u8AB2|\u5F0F|\u5340|\u9023|\u55AE|\u7D72|\u6B72|\u5EC2|\u8072|\u81C9|\u7DB2|\u6975|\u9A45|\u5BE9|\u518A|\u95DC|\u806F|\u904A|\u8173|\u7DDA|\u8CAB|\u554F|\u6A94|\u8209|\u76E4|\u9580|\u528D|\u66F2|\u4EFB|\u8449|\u5718|\u6D3E|\u5634|\u6A4B|\u62B9|\u679D|\u8CAB|\u4F0F|\u62F3|\u5217|\u6A5F|\u76D2|\u968A|\u9032\u5236|\u68DF|\u8A5E|\u64CA|\u984C|\u9322|\u58FA|\u89BA|\u8B49|\u5927\u6279|\u7403|\u6A6B|\u8C4E|\u5C0A|\u8EF8|\u89C0|\u5BE9|\u5F48|\u9818|\u59D4|\u6B04|\u91D8|\u9B25|\u7E37|\u91DD|\u5E40|\u8F49|\u7E23|\u8A66|\u5E6B|\u76DE|\u934B|\u8A08|\u5B78\u671F|\u622A|\u9802|\u4ECB|\u528D|\u6842|\u65D7|\u5DF7|\u63EE|\u6643|\u54E1|\u570D|\u52FA|\u5BBF|\u5EAB|\u68D2|\u51A0|\u6A39|\u7F38|\u5925|\u7C3D|\u652C|\u6A01|\u9813|\u7D19|\u9685|\u8AFE|\u5EE0|\u687F|\u8972|\u5009|\u64D4|\u76DE|\u8CBC|\u7AC5|\u6D1E|\u576A|\u6CE1|\u54E1|\u9928|\u7063|\u64A5|\u69CD|\u8077|\\s|$)"; | ||
| const NotSingleRegex: string; | ||
| const SingleRegex: string; | ||
| const AllIntRegex: string; | ||
| const PlaceHolderPureNumber = "\\b"; | ||
| const PlaceHolderDefault = "\\D|\\b"; | ||
| const NumbersSpecialsChars: string; | ||
@@ -40,3 +48,3 @@ const NumbersSpecialsCharsWithSuffix: string; | ||
| const NumbersWithDozen: string; | ||
| const PointRegexStr = "[点點\\.．]"; | ||
| const PointRegexStr = "[\u70B9\u9EDE\\.\uFF0E]"; | ||
| const AllFloatRegex: string; | ||
@@ -80,17 +88,17 @@ const NumbersWithAllowListRegex: string; | ||
| const SimpleSpecialsPercentageRegex: string; | ||
| const SpecialsFoldsPercentageRegex = "半\\s*成|(?<=打)[对對]\\s*折|半\\s*折"; | ||
| const TillRegex = "(到|至|--|-|—|——|~|–)"; | ||
| const MoreRegex = "(大于|多于|高于|超过|大於|多於|高於|超過|>)"; | ||
| const LessRegex = "(小于|少于|低于|小於|少於|低於|不到|不足|<)"; | ||
| const EqualRegex = "(等于|等於|=)"; | ||
| const SpecialsFoldsPercentageRegex = "\u534A\\s*\u6210|(?<=\u6253)[\u5BF9\u5C0D]\\s*\u6298|\u534A\\s*\u6298"; | ||
| const TillRegex = "(\u5230|\u81F3|--|-|\u2014|\u2014\u2014|~|\u2013)"; | ||
| const MoreRegex = "(\u5927\u4E8E|\u591A\u4E8E|\u9AD8\u4E8E|\u8D85\u8FC7|\u5927\u65BC|\u591A\u65BC|\u9AD8\u65BC|\u8D85\u904E|>)"; | ||
| const LessRegex = "(\u5C0F\u4E8E|\u5C11\u4E8E|\u4F4E\u4E8E|\u5C0F\u65BC|\u5C11\u65BC|\u4F4E\u65BC|\u4E0D\u5230|\u4E0D\u8DB3|<)"; | ||
| const EqualRegex = "(\u7B49\u4E8E|\u7B49\u65BC|=)"; | ||
| const MoreOrEqual: string; | ||
| const MoreOrEqualSuffix = "(或|或者)\\s*(以上|之上|更[大多高])"; | ||
| const MoreOrEqualSuffix = "(\u6216|\u6216\u8005)\\s*(\u4EE5\u4E0A|\u4E4B\u4E0A|\u66F4[\u5927\u591A\u9AD8])"; | ||
| const LessOrEqual: string; | ||
| const LessOrEqualSuffix = "(或|或者)\\s*(以下|之下|更[小少低])"; | ||
| const LessOrEqualSuffix = "(\u6216|\u6216\u8005)\\s*(\u4EE5\u4E0B|\u4E4B\u4E0B|\u66F4[\u5C0F\u5C11\u4F4E])"; | ||
| const OneNumberRangeMoreRegex1: string; | ||
| const OneNumberRangeMoreRegex2 = "比\\s*(?<number1>((?!((，(?!\\d+))|(,(?!\\d+))|。)).)+)\\s*更?[大多高]"; | ||
| const OneNumberRangeMoreRegex3 = "(?<number1>((?!((，(?!\\d+))|(,(?!\\d+))|。|[或者])).)+)\\s*(或|或者)?\\s*([多几余幾餘]|以上|之上|更[大多高])(?![万亿萬億]{1,2})"; | ||
| const OneNumberRangeMoreRegex2 = "\u6BD4\\s*(?<number1>((?!(([,\uFF0C](?!\\d+))|\u3002)).)+)\\s*\u66F4?[\u5927\u591A\u9AD8]"; | ||
| const OneNumberRangeMoreRegex3 = "(?<number1>((?!(([,\uFF0C](?!\\d+))|\u3002|[\u6216\u8005])).)+)\\s*(\u6216|\u6216\u8005)?\\s*([\u591A\u51E0\u4F59\u5E7E\u9918]|\u4EE5\u4E0A|\u4E4B\u4E0A|\u66F4[\u5927\u591A\u9AD8])(?![\u4E07\u4EBF\u842C\u5104]{1,2})"; | ||
| const OneNumberRangeLessRegex1: string; | ||
| const OneNumberRangeLessRegex2 = "比\\s*(?<number2>((?!((，(?!\\d+))|(,(?!\\d+))|。)).)+)\\s*更?[小少低]"; | ||
| const OneNumberRangeLessRegex3 = "(?<number2>((?!((，(?!\\d+))|(,(?!\\d+))|。|[或者])).)+)\\s*(或|或者)?\\s*(以下|之下|更[小少低])"; | ||
| const OneNumberRangeLessRegex2 = "\u6BD4\\s*(?<number2>((?!(([,\uFF0C](?!\\d+))|\u3002)).)+)\\s*\u66F4?[\u5C0F\u5C11\u4F4E]"; | ||
| const OneNumberRangeLessRegex3 = "(?<number2>((?!(([,\uFF0C](?!\\d+))|\u3002|[\u6216\u8005])).)+)\\s*(\u6216|\u6216\u8005)?\\s*(\u4EE5\u4E0B|\u4E4B\u4E0B|\u66F4[\u5C0F\u5C11\u4F4E])"; | ||
| const OneNumberRangeMoreSeparateRegex = "^[.]"; | ||
@@ -104,2 +112,4 @@ const OneNumberRangeLessSeparateRegex = "^[.]"; | ||
| const AmbiguousFractionConnectorsRegex = "^[.]"; | ||
| const RelativeReferenceOffsetMap: ReadonlyMap<string, string>; | ||
| const RelativeReferenceRelativeToMap: ReadonlyMap<string, string>; | ||
| } |
| export declare namespace EnglishNumeric { | ||
| const LangMarker = "Eng"; | ||
| const RoundNumberIntegerRegex = "(hundred|thousand|million|billion|trillion)"; | ||
| const ZeroToNineIntegerRegex = "(three|seven|eight|four|five|zero|nine|one|two|six)"; | ||
| const NegativeNumberTermsRegex = "((minus|negative)\\s+)"; | ||
| const CompoundNumberLanguage = false; | ||
| const MultiDecimalSeparatorCulture = true; | ||
| const RoundNumberIntegerRegex = "(?:hundred|thousand|million|billion|trillion)"; | ||
| const ZeroToNineIntegerRegex = "(?:three|seven|eight|four|five|zero|nine|one|two|six)"; | ||
| const TwoToNineIntegerRegex = "(?:three|seven|eight|four|five|nine|two|six)"; | ||
| const NegativeNumberTermsRegex = "(?<negTerm>(minus|negative)\\s+)"; | ||
| const NegativeNumberSignRegex: string; | ||
| const AnIntRegex = "(an|a)(?=\\s)"; | ||
| const TenToNineteenIntegerRegex = "(seventeen|thirteen|fourteen|eighteen|nineteen|fifteen|sixteen|eleven|twelve|ten)"; | ||
| const TensNumberIntegerRegex = "(seventy|twenty|thirty|eighty|ninety|forty|fifty|sixty)"; | ||
| const AnIntRegex = "(an?)(?=\\s)"; | ||
| const TenToNineteenIntegerRegex = "(?:seventeen|thirteen|fourteen|eighteen|nineteen|fifteen|sixteen|eleven|twelve|ten)"; | ||
| const TensNumberIntegerRegex = "(?:seventy|twenty|thirty|eighty|ninety|forty|fifty|sixty)"; | ||
| const SeparaIntRegex: string; | ||
@@ -15,3 +18,3 @@ const AllIntRegex: string; | ||
| const NumbersWithPlaceHolder: (placeholder: string) => string; | ||
| const NumbersWithSuffix = "(((?<!\\d+\\s*)-\\s*)|(?<=\\b))\\d+\\s*(K|k|M|T|G)(?=\\b)"; | ||
| const NumbersWithSuffix: string; | ||
| const RoundNumberIntegerRegexWithLocks: string; | ||
@@ -21,9 +24,11 @@ const NumbersWithDozenSuffix = "(((?<!\\d+\\s*)-\\s*)|(?<=\\b))\\d+\\s+dozen(s)?(?=\\b)"; | ||
| const AllIntRegexWithDozenSuffixLocks: string; | ||
| const RoundNumberOrdinalRegex = "(hundredth|thousandth|millionth|billionth|trillionth)"; | ||
| const BasicOrdinalRegex = "(first|second|third|fourth|fifth|sixth|seventh|eighth|ninth|tenth|eleventh|twelfth|thirteenth|fourteenth|fifteenth|sixteenth|seventeenth|eighteenth|nineteenth|twentieth|thirtieth|fortieth|fiftieth|sixtieth|seventieth|eightieth|ninetieth)"; | ||
| const RoundNumberOrdinalRegex = "(?:hundredth|thousandth|millionth|billionth|trillionth)"; | ||
| const NumberOrdinalRegex = "(?:first|second|third|fourth|fifth|sixth|seventh|eighth|ninth|tenth|eleventh|twelfth|thirteenth|fourteenth|fifteenth|sixteenth|seventeenth|eighteenth|nineteenth|twentieth|thirtieth|fortieth|fiftieth|sixtieth|seventieth|eightieth|ninetieth)"; | ||
| const RelativeOrdinalRegex = "(?<relativeOrdinal>(next|previous|current)\\s+one|(the\\s+second|next)\\s+to\\s+last|the\\s+one\\s+before\\s+the\\s+last(\\s+one)?|the\\s+last\\s+but\\s+one|(ante)?penultimate|last|next|previous|current)"; | ||
| const BasicOrdinalRegex: string; | ||
| const SuffixBasicOrdinalRegex: string; | ||
| const SuffixRoundNumberOrdinalRegex: string; | ||
| const AllOrdinalRegex: string; | ||
| const OrdinalSuffixRegex = "(?<=\\b)((\\d*(1st|2nd|3rd|4th|5th|6th|7th|8th|9th|0th))|(11th|12th))(?=\\b)"; | ||
| const OrdinalNumericRegex = "(?<=\\b)(\\d{1,3}(\\s*,\\s*\\d{3})*\\s*th)(?=\\b)"; | ||
| const OrdinalSuffixRegex = "(?<=\\b)(?:(\\d*(1st|2nd|3rd|[4-90]th))|(1[1-2]th))(?=\\b)"; | ||
| const OrdinalNumericRegex = "(?<=\\b)(?:\\d{1,3}(\\s*,\\s*\\d{3})*\\s*th)(?=\\b)"; | ||
| const OrdinalRoundNumberRegex: string; | ||
@@ -39,3 +44,3 @@ const OrdinalEnglishRegex: string; | ||
| const AllFloatRegex: string; | ||
| const DoubleWithMultiplierRegex = "(((?<!\\d+\\s*)-\\s*)|((?<=\\b)(?<!\\d+[\\.,])))\\d+[\\.,]\\d+\\s*(K|k|M|G|T|B|b)(?=\\b)"; | ||
| const DoubleWithMultiplierRegex: string; | ||
| const DoubleExponentialNotationRegex = "(((?<!\\d+\\s*)-\\s*)|((?<=\\b)(?<!\\d+[\\.,])))(\\d+([\\.,]\\d+)?)e([+-]*[1-9]\\d*)(?=\\b)"; | ||
@@ -47,3 +52,2 @@ const DoubleCaretExponentialNotationRegex = "(((?<!\\d+\\s*)-\\s*)|((?<=\\b)(?<!\\d+[\\.,])))(\\d+([\\.,]\\d+)?)\\^([+-]*[1-9]\\d*)(?=\\b)"; | ||
| const DoubleAllFloatRegex: string; | ||
| const CurrencyRegex = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+\\s*(B|b|m|t|g)(?=\\b)"; | ||
| const ConnectorRegex = "(?<spacer>and)"; | ||
@@ -54,9 +58,9 @@ const NumberWithSuffixPercentage: string; | ||
| const NumberWithPrepositionPercentage: string; | ||
| const TillRegex = "(to|through|--|-|—|——|~|–)"; | ||
| const MoreRegex = "((bigger|greater|more|higher|larger)(\\s+than)?|above|over|(?<!<|=)>)"; | ||
| const LessRegex = "((less|lower|smaller|fewer)(\\s+than)?|below|under|(?<!>|=)<)"; | ||
| const TillRegex = "(to|through|--|-|\u2014|\u2014\u2014|~|\u2013)"; | ||
| const MoreRegex = "(?:(bigger|greater|more|higher|larger)(\\s+than)?|above|over|exceed(ed|ing)?|surpass(ed|ing)?|(?<!<|=)>)"; | ||
| const LessRegex = "(?:(less|lower|smaller|fewer)(\\s+than)?|below|under|(?<!>|=)<)"; | ||
| const EqualRegex = "(equal(s|ing)?(\\s+(to|than))?|(?<!<|>)=)"; | ||
| const MoreOrEqualPrefix: string; | ||
| const MoreOrEqual: string; | ||
| const MoreOrEqualSuffix = "((and|or)\\s+(more|greater|higher|larger|bigger)((?!\\s+than)|(\\s+than(?!(\\s*\\d+)))))"; | ||
| const MoreOrEqualSuffix = "((and|or)\\s+(((more|greater|higher|larger|bigger)((?!\\s+than)|(\\s+than(?!(\\s*\\d+)))))|((over|above)(?!\\s+than))))"; | ||
| const LessOrEqualPrefix: string; | ||
@@ -91,3 +95,3 @@ const LessOrEqual: string; | ||
| const HalfADozenRegex = "half\\s+a\\s+dozen"; | ||
| const DigitalNumberRegex = "((?<=\\b)(hundred|thousand|million|billion|trillion|dozen(s)?)(?=\\b))|((?<=(\\d|\\b))(k|t|m|g|b)(?=\\b))"; | ||
| const DigitalNumberRegex: string; | ||
| const CardinalNumberMap: ReadonlyMap<string, number>; | ||
@@ -97,2 +101,4 @@ const OrdinalNumberMap: ReadonlyMap<string, number>; | ||
| const AmbiguityFiltersDict: ReadonlyMap<string, string>; | ||
| const RelativeReferenceOffsetMap: ReadonlyMap<string, string>; | ||
| const RelativeReferenceRelativeToMap: ReadonlyMap<string, string>; | ||
| } |
| export declare namespace FrenchNumeric { | ||
| const LangMarker = "Fr"; | ||
| const CompoundNumberLanguage = false; | ||
| const MultiDecimalSeparatorCulture = true; | ||
| const RoundNumberIntegerRegex = "(cent|mille|millions|million|milliard|milliards|billion|billions)"; | ||
@@ -17,3 +19,3 @@ const ZeroToNineIntegerRegex = "(et un|un|une|deux|trois|quatre|cinq|six|sept|huit|neuf)"; | ||
| const NumbersWithPlaceHolder: (placeholder: string) => string; | ||
| const NumbersWithSuffix = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+\\s*(k|M|T|G)(?=\\b)"; | ||
| const NumbersWithSuffix: string; | ||
| const RoundNumberIntegerRegexWithLocks: string; | ||
@@ -23,6 +25,6 @@ const NumbersWithDozenSuffix = "(((?<!\\d+\\s*)-\\s*)|(?<=\\b))\\d+\\s+douzaine(s)?(?=\\b)"; | ||
| const AllIntRegexWithDozenSuffixLocks: string; | ||
| const SimpleRoundOrdinalRegex = "(centi[eè]me|milli[eè]me|millioni[eè]me|milliardi[eè]me|billioni[eè]me)"; | ||
| const OneToNineOrdinalRegex = "(premier|premi[eè]re|deuxi[eè]me|second[e]|troisi[eè]me|tiers|tierce|quatri[eè]me|cinqui[eè]me|sixi[eè]me|septi[eè]me|huiti[eè]me|neuvi[eè]me)"; | ||
| const SpecialUnderHundredOrdinalRegex = "(onzi[eè]me|douzi[eè]me)"; | ||
| const TensOrdinalRegex = "(quatre-vingt-dixi[eè]me|quatre-vingti[eè]me|huitanti[eè]me|octanti[eè]me|soixante-dixi[eè]me|septanti[eè]me|soixanti[eè]me|cinquanti[eè]me|quaranti[eè]me|trenti[eè]me|vingti[eè]me)"; | ||
| const SimpleRoundOrdinalRegex = "(centi[e\u00E8]me|milli[e\u00E8]me|millioni[e\u00E8]me|milliardi[e\u00E8]me|billioni[e\u00E8]me)"; | ||
| const OneToNineOrdinalRegex = "(premier|premi[e\u00E8]re|deuxi[e\u00E8]me|second[e]|troisi[e\u00E8]me|tiers|tierce|quatri[e\u00E8]me|cinqui[e\u00E8]me|sixi[e\u00E8]me|septi[e\u00E8]me|huiti[e\u00E8]me|neuvi[e\u00E8]me)"; | ||
| const SpecialUnderHundredOrdinalRegex = "(onzi[e\u00E8]me|douzi[e\u00E8]me)"; | ||
| const TensOrdinalRegex = "(quatre-vingt-dixi[e\u00E8]me|quatre-vingti[e\u00E8]me|huitanti[e\u00E8]me|octanti[e\u00E8]me|soixante-dixi[e\u00E8]me|septanti[e\u00E8]me|soixanti[e\u00E8]me|cinquanti[e\u00E8]me|quaranti[e\u00E8]me|trenti[e\u00E8]me|vingti[e\u00E8]me)"; | ||
| const HundredOrdinalRegex: string; | ||
@@ -49,3 +51,3 @@ const UnderHundredOrdinalRegex: string; | ||
| const DoubleWithoutIntegralRegex: (placeholder: string) => string; | ||
| const DoubleWithMultiplierRegex = "(((?<!\\d+\\s*)-\\s*)|((?<=\\b)(?<!\\d+\\[,\\.])))\\d+[,\\.]\\d+\\s*(K|k|M|G|T)(?=\\b)"; | ||
| const DoubleWithMultiplierRegex: string; | ||
| const DoubleWithRoundNumber: string; | ||
@@ -55,3 +57,2 @@ const DoubleAllFloatRegex: string; | ||
| const DoubleCaretExponentialNotationRegex = "(((?<!\\d+\\s*)-\\s*)|((?<=\\b)(?<!\\d+[,\\.])))(\\d+([,\\.]\\d+)?)\\^([+-]*[1-9]\\d*)(?=\\b)"; | ||
| const CurrencyRegex = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+\\s*(B|b|m|t|g)(?=\\b)"; | ||
| const NumberWithSuffixPercentage: string; | ||
@@ -68,4 +69,4 @@ const NumberWithPrefixPercentage: string; | ||
| const WrittenFractionSeparatorTexts: string[]; | ||
| const HalfADozenRegex = "(?<=\\b)+demi\\s+douzaine"; | ||
| const DigitalNumberRegex = "((?<=\\b)(cent|mille|million|millions|milliard|milliards|billions|billion|douzaine(s)?)(?=\\b))|((?<=(\\d|\\b))(k|t|m|g|b)(?=\\b))"; | ||
| const HalfADozenRegex = "(?<=\\b)demi\\s+douzaine"; | ||
| const DigitalNumberRegex: string; | ||
| const AmbiguousFractionConnectorsRegex = "^[.]"; | ||
@@ -77,2 +78,5 @@ const CardinalNumberMap: ReadonlyMap<string, number>; | ||
| const RoundNumberMap: ReadonlyMap<string, number>; | ||
| const AmbiguityFiltersDict: ReadonlyMap<string, string>; | ||
| const RelativeReferenceOffsetMap: ReadonlyMap<string, string>; | ||
| const RelativeReferenceRelativeToMap: ReadonlyMap<string, string>; | ||
| } |
| export declare namespace JapaneseNumeric { | ||
| const LangMarker = ""; | ||
| const LangMarker = "Jpn"; | ||
| const CompoundNumberLanguage = true; | ||
| const MultiDecimalSeparatorCulture = false; | ||
| const DecimalSeparatorChar = "."; | ||
@@ -8,2 +10,4 @@ const FractionMarkerToken = ""; | ||
| const WordSeparatorToken = ""; | ||
| const ZeroChar = "\u96F6"; | ||
| const PairChar = "\u5BFE"; | ||
| const RoundNumberMap: ReadonlyMap<string, number>; | ||
@@ -15,20 +19,23 @@ const RoundNumberMapChar: ReadonlyMap<string, number>; | ||
| const RoundDirectList: string[]; | ||
| const DigitalNumberRegex = "((?<=(\\d|\\b))(k|t|m|g)(?=\\b))"; | ||
| const ZeroToNineFullHalfRegex = "[\\d１２３４５６７８９０]"; | ||
| const TenChars: string[]; | ||
| const DigitalNumberRegex: string; | ||
| const ZeroToNineFullHalfRegex = "[\\d\uFF11\uFF12\uFF13\uFF14\uFF15\uFF16\uFF17\uFF18\uFF19\uFF10]"; | ||
| const DigitNumRegex: string; | ||
| const DozenRegex = ".*ダース$"; | ||
| const PercentageRegex = ".+(?=パ\\s*ー\\s*セ\\s*ン\\s*ト)|.*(?=[％%])"; | ||
| const DozenRegex = ".*\u30C0\u30FC\u30B9$"; | ||
| const PercentageRegex = ".+(?=\u30D1\\s*\u30FC\\s*\u30BB\\s*\u30F3\\s*\u30C8)|.*(?=[\uFF05%])"; | ||
| const DoubleAndRoundRegex: string; | ||
| const FracSplitRegex = "[はと]|分\\s*の"; | ||
| const ZeroToNineIntegerRegex = "[一二三四五六七八九]"; | ||
| const NegativeNumberTermsRegex = "(マ\\s*イ\\s*ナ\\s*ス)"; | ||
| const NegativeNumberTermsRegexNum = "(?<!(\\d+\\s*)|[-－])[-－]"; | ||
| const FracSplitRegex = "[\u306F\u3068]|\u5206\\s*\u306E"; | ||
| const ZeroToNineIntegerRegex = "[\u4E00\u4E8C\u4E09\u56DB\u4E94\u516D\u4E03\u516B\u4E5D]"; | ||
| const NegativeNumberTermsRegex = "(\u30DE\\s*\u30A4\\s*\u30CA\\s*\u30B9)"; | ||
| const NegativeNumberTermsRegexNum = "(?<!(\\d+\\s*)|[-\uFF0D])[-\uFF0D]"; | ||
| const NegativeNumberSignRegex: string; | ||
| const SpeGetNumberRegex: string; | ||
| const PairRegex = ".*[対膳足]$"; | ||
| const RoundNumberIntegerRegex = "[十百千万億兆]"; | ||
| const WhiteListRegex = "(。|，|、|（|）|”｜国|週間|時間|時|匹|キロ|トン|年|個|足|本|\\s|$)"; | ||
| const PairRegex = ".*[\u5BFE\u81B3\u8DB3]$"; | ||
| const RoundNumberIntegerRegex = "[\u5341\u767E\u5343\u4E07\u5104\u5146]"; | ||
| const AllowListRegex = "(\u3002|\uFF0C|\u3001|\uFF08|\uFF09|\u201D\uFF5C\u56FD|\u9031\u9593|\u6642\u9593|\u6642|\u5339|\u30AD\u30ED|\u30C8\u30F3|\u5E74|\u500B|\u8DB3|\u672C|\\s|$)"; | ||
| const NotSingleRegex: string; | ||
| const SingleRegex: string; | ||
| const AllIntRegex: string; | ||
| const PlaceHolderPureNumber = "\\b"; | ||
| const PlaceHolderDefault = "\\D|\\b"; | ||
| const NumbersSpecialsChars: string; | ||
@@ -39,3 +46,3 @@ const NumbersSpecialsCharsWithSuffix: string; | ||
| const NumbersWithDozen: string; | ||
| const PointRegexStr = "[\\.．]"; | ||
| const PointRegexStr = "[\\.\uFF0E]"; | ||
| const AllFloatRegex: string; | ||
@@ -79,14 +86,14 @@ const NumbersWithAllowListRegex: string; | ||
| const SimpleSpecialsPercentageRegex: string; | ||
| const SpecialsFoldsPercentageRegex = "半\\s*分|(?<=ダース)"; | ||
| const TillRegex = "(から|--|-|—|——|~)"; | ||
| const MoreRegex = "(大なり|大きい|高い|大きく|>)"; | ||
| const LessRegex = "(小なり|小さい|低い|<)"; | ||
| const EqualRegex = "(等しい|イコール|=)"; | ||
| const MoreOrEqual = "((大なりかイコール)|(大きいかイコール)|(大なりか等しい)|(大きいか等しい)|小さくない|以上|最低)"; | ||
| const MoreOrEqualSuffix = "(より(大なりイコール|小さくない))"; | ||
| const SpecialsFoldsPercentageRegex = "\u534A\\s*\u5206|(?<=\u30C0\u30FC\u30B9)"; | ||
| const TillRegex = "(\u304B\u3089|--|-|\u2014|\u2014\u2014|~)"; | ||
| const MoreRegex = "(\u5927\u306A\u308A|\u5927\u304D\u3044|\u9AD8\u3044|\u5927\u304D\u304F|>)"; | ||
| const LessRegex = "(\u5C0F\u306A\u308A|\u5C0F\u3055\u3044|\u4F4E\u3044|<)"; | ||
| const EqualRegex = "(\u7B49\u3057\u3044|\u30A4\u30B3\u30FC\u30EB|=)"; | ||
| const MoreOrEqual = "((\u5927\u306A\u308A\u304B\u30A4\u30B3\u30FC\u30EB)|(\u5927\u304D\u3044\u304B\u30A4\u30B3\u30FC\u30EB)|(\u5927\u306A\u308A\u304B\u7B49\u3057\u3044)|(\u5927\u304D\u3044\u304B\u7B49\u3057\u3044)|\u5C0F\u3055\u304F\u306A\u3044|\u4EE5\u4E0A|\u6700\u4F4E)"; | ||
| const MoreOrEqualSuffix = "(\u3088\u308A(\u5927\u306A\u308A\u30A4\u30B3\u30FC\u30EB|\u5C0F\u3055\u304F\u306A\u3044))"; | ||
| const LessOrEqual: string; | ||
| const LessOrEqualSuffix = "(小なりイコール|大さくない)"; | ||
| const LessOrEqualSuffix = "(\u5C0F\u306A\u308A\u30A4\u30B3\u30FC\u30EB|\u5927\u3055\u304F\u306A\u3044)"; | ||
| const OneNumberRangeMoreRegex1: string; | ||
| const OneNumberRangeMoreRegex2 = "(?<number1>((?!((，|、(?!\\d+))|(,|、(?!\\d+))|。)).)+)\\s*(より)?(大なり)"; | ||
| const OneNumberRangeMoreRegex3 = "(?<number1>((?!((，(?!\\d+))|(,(?!\\d+))|。)).)+)\\s*(以上|最低)(?![万億]{1,2})"; | ||
| const OneNumberRangeMoreRegex2 = "(?<number1>((?!((\uFF0C|\u3001(?!\\d+))|(,|\u3001(?!\\d+))|\u3002)).)+)\\s*(\u3088\u308A)?(\u5927\u306A\u308A)"; | ||
| const OneNumberRangeMoreRegex3 = "(?<number1>((?!((\uFF0C(?!\\d+))|(,(?!\\d+))|\u3002)).)+)\\s*(\u4EE5\u4E0A|\u6700\u4F4E)(?![\u4E07\u5104]{1,2})"; | ||
| const OneNumberRangeMoreRegex4: string; | ||
@@ -96,4 +103,4 @@ const OneNumberRangeMoreSeparateRegex = "^[.]"; | ||
| const OneNumberRangeLessRegex1: string; | ||
| const OneNumberRangeLessRegex2 = "(?<number2>((?!((，(?!\\d+))|(,(?!\\d+))|。)).)+)\\s*(より)?(小な)"; | ||
| const OneNumberRangeLessRegex3 = "(?<number2>((?!((，(?!\\d+))|(,(?!\\d+))|。)).)+)\\s*(以下|未満)(?![万億]{1,2})"; | ||
| const OneNumberRangeLessRegex2 = "(?<number2>((?!((\uFF0C(?!\\d+))|(,(?!\\d+))|\u3002)).)+)\\s*(\u3088\u308A)?(\u5C0F\u306A)"; | ||
| const OneNumberRangeLessRegex3 = "(?<number2>((?!((\uFF0C(?!\\d+))|(,(?!\\d+))|\u3002)).)+)\\s*(\u4EE5\u4E0B|\u672A\u6E80)(?![\u4E07\u5104]{1,2})"; | ||
| const OneNumberRangeLessRegex4: string; | ||
@@ -106,2 +113,4 @@ const OneNumberRangeEqualRegex: string; | ||
| const AmbiguousFractionConnectorsRegex = "^[.]"; | ||
| const RelativeReferenceOffsetMap: ReadonlyMap<string, string>; | ||
| const RelativeReferenceRelativeToMap: ReadonlyMap<string, string>; | ||
| } |
| export declare namespace PortugueseNumeric { | ||
| const LangMarker = "Por"; | ||
| const CompoundNumberLanguage = false; | ||
| const MultiDecimalSeparatorCulture = false; | ||
| const HundredsNumberIntegerRegex = "(quatrocent[ao]s|trezent[ao]s|seiscent[ao]s|setecent[ao]s|oitocent[ao]s|novecent[ao]s|duzent[ao]s|quinhent[ao]s|cem|(?<!por\\s+)(cento))"; | ||
| const RoundNumberIntegerRegex = "(mil|milh[ãa]o|milh[õo]es|bilh[ãa]o|bilh[õo]es|trilh[ãa]o|trilh[õo]es|qua[td]rilh[ãa]o|qua[td]rilh[õo]es|quintilh[ãa]o|quintilh[õo]es)"; | ||
| const ZeroToNineIntegerRegex = "(quatro|cinco|sete|nove|zero|tr[êe]s|seis|oito|dois|duas|um|uma)"; | ||
| const TenToNineteenIntegerRegex = "(dez[ea]sseis|dez[ea]ssete|dez[ea]nove|dezoito|quatorze|catorze|quinze|treze|d[ée]z|onze|doze)"; | ||
| const RoundNumberIntegerRegex = "(mil|milh[\u00E3a]o|milh[\u00F5o]es|bilh[\u00E3a]o|bilh[\u00F5o]es|trilh[\u00E3a]o|trilh[\u00F5o]es|qua[td]rilh[\u00E3a]o|qua[td]rilh[\u00F5o]es|quintilh[\u00E3a]o|quintilh[\u00F5o]es)"; | ||
| const ZeroToNineIntegerRegex = "(quatro|cinco|sete|nove|zero|tr[\u00EAe]s|seis|oito|dois|duas|um|uma)"; | ||
| const TenToNineteenIntegerRegex = "(dez[ea]sseis|dez[ea]ssete|dez[ea]nove|dezoito|quatorze|catorze|quinze|treze|d[\u00E9e]z|onze|doze)"; | ||
| const TensNumberIntegerRegex = "(cinquenta|quarenta|trinta|sessenta|setenta|oitenta|noventa|vinte)"; | ||
@@ -23,11 +25,11 @@ const DigitsNumberRegex = "\\d|\\d{1,3}(\\.\\d{3})"; | ||
| const NumbersWithPlaceHolder: (placeholder: string) => string; | ||
| const NumbersWithSuffix = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+\\s*(k|M|T|G)(?=\\b)"; | ||
| const NumbersWithSuffix: string; | ||
| const RoundNumberIntegerRegexWithLocks: string; | ||
| const NumbersWithDozenSuffix = "(((?<!\\d+\\s*)-\\s*)|(?<=\\b))\\d+\\s+dezena(s)?(?=\\b)"; | ||
| const NumbersWithDozen2Suffix = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+\\s+d[úu]zia(s)(?=\\b)"; | ||
| const SimpleRoundOrdinalRegex = "(mil[eé]sim[oa]|milion[eé]sim[oa]|bilion[eé]sim[oa]|trilion[eé]sim[oa]|quatrilion[eé]sim[oa]|quintilion[eé]sim[oa])"; | ||
| const OneToNineOrdinalRegex = "(primeir[oa]|segund[oa]|terceir[oa]|quart[oa]|quint[oa]|sext[oa]|s[eé]tim[oa]|oitav[oa]|non[oa])"; | ||
| const TensOrdinalRegex = "(nonag[eé]sim[oa]|octog[eé]sim[oa]|setuag[eé]sim[oa]|septuag[eé]sim[oa]|sexag[eé]sim[oa]|quinquag[eé]sim[oa]|quadrag[eé]sim[oa]|trig[eé]sim[oa]|vig[eé]sim[oa]|d[eé]cim[oa])"; | ||
| const HundredOrdinalRegex = "(cent[eé]sim[oa]|ducent[eé]sim[oa]|tricent[eé]sim[oa]|cuadringent[eé]sim[oa]|quingent[eé]sim[oa]|sexcent[eé]sim[oa]|septingent[eé]sim[oa]|octingent[eé]sim[oa]|noningent[eé]sim[oa])"; | ||
| const SpecialUnderHundredOrdinalRegex = "(und[eé]cim[oa]|duod[eé]cimo)"; | ||
| const NumbersWithDozen2Suffix = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+\\s+d[\u00FAu]zia(s)(?=\\b)"; | ||
| const SimpleRoundOrdinalRegex = "(mil[e\u00E9]sim[oa]|milion[e\u00E9]sim[oa]|bilion[e\u00E9]sim[oa]|trilion[e\u00E9]sim[oa]|quatrilion[e\u00E9]sim[oa]|quintilion[e\u00E9]sim[oa])"; | ||
| const OneToNineOrdinalRegex = "(primeir[oa]|segund[oa]|terceir[oa]|quart[oa]|quint[oa]|sext[oa]|s[e\u00E9]tim[oa]|oitav[oa]|non[oa])"; | ||
| const TensOrdinalRegex = "(nonag[e\u00E9]sim[oa]|octog[e\u00E9]sim[oa]|setuag[e\u00E9]sim[oa]|septuag[e\u00E9]sim[oa]|sexag[e\u00E9]sim[oa]|quinquag[e\u00E9]sim[oa]|quadrag[e\u00E9]sim[oa]|trig[e\u00E9]sim[oa]|vig[e\u00E9]sim[oa]|d[e\u00E9]cim[oa])"; | ||
| const HundredOrdinalRegex = "(cent[e\u00E9]sim[oa]|ducent[e\u00E9]sim[oa]|tricent[e\u00E9]sim[oa]|cuadringent[e\u00E9]sim[oa]|quingent[e\u00E9]sim[oa]|sexcent[e\u00E9]sim[oa]|septingent[e\u00E9]sim[oa]|octingent[e\u00E9]sim[oa]|noningent[e\u00E9]sim[oa])"; | ||
| const SpecialUnderHundredOrdinalRegex = "(und[e\u00E9]cim[oa]|duod[e\u00E9]cimo)"; | ||
| const UnderHundredOrdinalRegex: string; | ||
@@ -40,3 +42,3 @@ const UnderThousandOrdinalRegex: string; | ||
| const AllOrdinalRegex: string; | ||
| const OrdinalSuffixRegex = "(?<=\\b)(\\d*(1[oaº]|2[oaº]|3[oaº]|4[oaº]|5[oaº]|6[oaº]|7[oaº]|8[oaº]|9[oaº]|0[oaº]|1.º|2.º|3.º|4.º|5.º|6.º|7.º|8.º|9.º))(?=\\b)"; | ||
| const OrdinalSuffixRegex = "(?<=\\b)(\\d*(1[oa\u00BA]|2[oa\u00BA]|3[oa\u00BA]|4[oa\u00BA]|5[oa\u00BA]|6[oa\u00BA]|7[oa\u00BA]|8[oa\u00BA]|9[oa\u00BA]|0[oa\u00BA]|1.\u00BA|2.\u00BA|3.\u00BA|4.\u00BA|5.\u00BA|6.\u00BA|7.\u00BA|8.\u00BA|9.\u00BA))(?=\\b)"; | ||
| const OrdinalEnglishRegex: string; | ||
@@ -49,3 +51,3 @@ const FractionNotationRegex = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+[/]\\d+(?=(\\b[^/]|$))"; | ||
| const AllFloatRegex: string; | ||
| const DoubleWithMultiplierRegex = "(((?<!\\d+\\s*)-\\s*)|((?<=\\b)(?<!\\d+\\,)))\\d+,\\d+\\s*(K|k|M|G|T)(?=\\b)"; | ||
| const DoubleWithMultiplierRegex: string; | ||
| const DoubleExponentialNotationRegex = "(((?<!\\d+\\s*)-\\s*)|((?<=\\b)(?<!\\d+,)))(\\d+(,\\d+)?)e([+-]*[1-9]\\d*)(?=\\b)"; | ||
@@ -57,3 +59,2 @@ const DoubleCaretExponentialNotationRegex = "(((?<!\\d+\\s*)-\\s*)|((?<=\\b)(?<!\\d+,)))(\\d+(,\\d+)?)\\^([+-]*[1-9]\\d*)(?=\\b)"; | ||
| const DoubleAllFloatRegex: string; | ||
| const CurrencyRegex = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+\\s*(B|b|m|t|g)(?=\\b)"; | ||
| const NumberWithSuffixPercentage: string; | ||
@@ -72,4 +73,4 @@ const AmbiguousFractionConnectorsRegex = "^[.]"; | ||
| const PluralSuffix = "s"; | ||
| const HalfADozenRegex = "meia\\s+d[uú]zia"; | ||
| const DigitalNumberRegex = "((?<=\\b)(mil|cem|milh[oõ]es|milh[aã]o|bilh[oõ]es|bilh[aã]o|trilh[oõ]es|trilh[aã]o|milhares|centena|centenas|dezena|dezenas?)(?=\\b))|((?<=(\\d|\\b))(k|t|m|g)(?=\\b))"; | ||
| const HalfADozenRegex = "meia\\s+d[u\u00FA]zia"; | ||
| const DigitalNumberRegex: string; | ||
| const CardinalNumberMap: ReadonlyMap<string, number>; | ||
@@ -80,2 +81,5 @@ const OrdinalNumberMap: ReadonlyMap<string, number>; | ||
| const RoundNumberMap: ReadonlyMap<string, number>; | ||
| const AmbiguityFiltersDict: ReadonlyMap<string, string>; | ||
| const RelativeReferenceOffsetMap: ReadonlyMap<string, string>; | ||
| const RelativeReferenceRelativeToMap: ReadonlyMap<string, string>; | ||
| } |
| export declare namespace SpanishNumeric { | ||
| const LangMarker = "Spa"; | ||
| const CompoundNumberLanguage = false; | ||
| const MultiDecimalSeparatorCulture = true; | ||
| const HundredsNumberIntegerRegex = "(cuatrocient[ao]s|trescient[ao]s|seiscient[ao]s|setecient[ao]s|ochocient[ao]s|novecient[ao]s|doscient[ao]s|quinient[ao]s|(?<!por\\s+)(cien(to)?))"; | ||
| const RoundNumberIntegerRegex = "(mil millones|mil|millones|mill[oó]n|billones|bill[oó]n|trillones|trill[oó]n|cuatrillones|cuatrill[oó]n|quintillones|quintill[oó]n|sextillones|sextill[oó]n|septillones|septill[oó]n)"; | ||
| const RoundNumberIntegerRegex = "(mil millones|millones|mill[o\u00F3]n|mil|billones|bill[o\u00F3]n|trillones|trill[o\u00F3]n|cuatrillones|cuatrill[o\u00F3]n|quintillones|quintill[o\u00F3]n|sextillones|sextill[o\u00F3]n|septillones|septill[o\u00F3]n)"; | ||
| const ZeroToNineIntegerRegex = "(cuatro|cinco|siete|nueve|cero|tres|seis|ocho|dos|un[ao]?)"; | ||
| const TenToNineteenIntegerRegex = "(diecisiete|diecinueve|diecis[eé]is|dieciocho|catorce|quince|trece|diez|once|doce)"; | ||
| const TwentiesIntegerRegex = "(veinticuatro|veinticinco|veintisiete|veintinueve|veintitr[eé]s|veintis[eé]is|veintiocho|veintid[oó]s|ventiun[ao]|veinti[uú]n[oa]?|veinte)"; | ||
| const TenToNineteenIntegerRegex = "(diecisiete|diecinueve|diecis[e\u00E9]is|dieciocho|catorce|quince|trece|diez|once|doce)"; | ||
| const TwentiesIntegerRegex = "(veinticuatro|veinticinco|veintisiete|veintinueve|veintitr[e\u00E9]s|veintis[e\u00E9]is|veintiocho|veintid[o\u00F3]s|ventiun[ao]|veinti[u\u00FA]n[oa]?|veinte)"; | ||
| const TensNumberIntegerRegex = "(cincuenta|cuarenta|treinta|sesenta|setenta|ochenta|noventa)"; | ||
| const NegativeNumberTermsRegex = "^[.]"; | ||
| const NegativeNumberTermsRegex = "(?<negTerm>(?<!(al|lo)\\s+)menos\\s+)"; | ||
| const NegativeNumberSignRegex: string; | ||
@@ -20,3 +22,3 @@ const DigitsNumberRegex = "\\d|\\d{1,3}(\\.\\d{3})"; | ||
| const NumbersWithPlaceHolder: (placeholder: string) => string; | ||
| const NumbersWithSuffix = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+\\s*(k|M|T|G)(?=\\b)"; | ||
| const NumbersWithSuffix: string; | ||
| const RoundNumberIntegerRegexWithLocks: string; | ||
@@ -26,7 +28,7 @@ const NumbersWithDozenSuffix = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+\\s+docenas?(?=\\b)"; | ||
| const AllIntRegexWithDozenSuffixLocks: string; | ||
| const SimpleRoundOrdinalRegex = "(mil[eé]simo|millon[eé]sim[oa]|billon[eé]sim[oa]|trillon[eé]sim[oa]|cuatrillon[eé]sim[oa]|quintillon[eé]sim[oa]|sextillon[eé]sim[oa]|septillon[eé]sim[oa])"; | ||
| const OneToNineOrdinalRegex = "(primer[oa]|segund[oa]|tercer[oa]|cuart[oa]|quint[oa]|sext[oa]|s[eé]ptim[oa]|octav[oa]|noven[oa])"; | ||
| const TensOrdinalRegex = "(nonag[eé]sim[oa]|octog[eé]sim[oa]|septuag[eé]sim[oa]|sexag[eé]sim[oa]|quincuag[eé]sim[oa]|cuadrag[eé]sim[oa]|trig[eé]sim[oa]|vig[eé]sim[oa]|d[eé]cim[oa])"; | ||
| const HundredOrdinalRegex = "(cent[eé]sim[oa]|ducent[eé]sim[oa]|tricent[eé]sim[oa]|cuadringent[eé]sim[oa]|quingent[eé]sim[oa]|sexcent[eé]sim[oa]|septingent[eé]sim[oa]|octingent[eé]sim[oa]|noningent[eé]sim[oa])"; | ||
| const SpecialUnderHundredOrdinalRegex = "(und[eé]cim[oa]|duod[eé]cimo|decimoctav[oa])"; | ||
| const SimpleRoundOrdinalRegex = "(mil[e\u00E9]simo|millon[e\u00E9]sim[oa]|billon[e\u00E9]sim[oa]|trillon[e\u00E9]sim[oa]|cuatrillon[e\u00E9]sim[oa]|quintillon[e\u00E9]sim[oa]|sextillon[e\u00E9]sim[oa]|septillon[e\u00E9]sim[oa])"; | ||
| const OneToNineOrdinalRegex = "(primer[oa]?|segund[oa]|tercer[oa]?|cuart[oa]|quint[oa]|sext[oa]|s[e\u00E9]ptim[oa]|octav[oa]|noven[oa])"; | ||
| const TensOrdinalRegex = "(nonag[e\u00E9]sim[oa]|octog[e\u00E9]sim[oa]|septuag[e\u00E9]sim[oa]|sexag[e\u00E9]sim[oa]|quincuag[e\u00E9]sim[oa]|cuadrag[e\u00E9]sim[oa]|trig[e\u00E9]sim[oa]|vig[e\u00E9]sim[oa]|d[e\u00E9]cim[oa])"; | ||
| const HundredOrdinalRegex = "(cent[e\u00E9]sim[oa]|ducent[e\u00E9]sim[oa]|tricent[e\u00E9]sim[oa]|cuadringent[e\u00E9]sim[oa]|quingent[e\u00E9]sim[oa]|sexcent[e\u00E9]sim[oa]|septingent[e\u00E9]sim[oa]|octingent[e\u00E9]sim[oa]|noningent[e\u00E9]sim[oa])"; | ||
| const SpecialUnderHundredOrdinalRegex = "(und[e\u00E9]cim[oa]|duod[e\u00E9]cimo|decimoctav[oa])"; | ||
| const UnderHundredOrdinalRegex: string; | ||
@@ -51,3 +53,3 @@ const UnderThousandOrdinalRegex: string; | ||
| const DoubleWithoutIntegralRegex: (placeholder: string) => string; | ||
| const DoubleWithMultiplierRegex = "(((?<!\\d+\\s*)-\\s*)|((?<=\\b)(?<!\\d+\\[\\.,])))\\d+[\\.,]\\d+\\s*(K|k|M|G|T)(?=\\b)"; | ||
| const DoubleWithMultiplierRegex: string; | ||
| const DoubleWithRoundNumber: string; | ||
@@ -58,3 +60,28 @@ const DoubleAllFloatRegex: string; | ||
| const NumberWithPrefixPercentage: string; | ||
| const CurrencyRegex = "(((?<=\\W|^)-\\s*)|(?<=\\b))\\d+\\s*(B|b|m|t|g)(?=\\b)"; | ||
| const TillRegex = "(\\ba\\b|hasta|--|-|\u2014|\u2014\u2014|~|\u2013)"; | ||
| const MoreRegex = "(m\u00E1s\\s+alt[oa]\\s+que|(m[\u00E1a]s|mayor(es)?|por\\s+encima)(\\s+(que|de|del))?|(?<!<|=)>)"; | ||
| const LessRegex = "((menos|menor|menores|por\\s+debajo)(\\s+(que|de|del))?|m\u00E1s\\s+baj[oa]\\s+que|(?<!>|=)<)"; | ||
| const EqualRegex = "((igual(es)?|equivalente(s)?|equivale|equivalen|son)(\\s+(a|que|de|al|del))?|(?<!<|>)=)"; | ||
| const MoreOrEqualPrefix: string; | ||
| const MoreOrEqual: string; | ||
| const MoreOrEqualSuffix = "((\\b(y|o)\\b\\s+(m[\u00E1a]s|mayor|mayores)((?!\\s+(alt[oa]|baj[oa]|que|de|del))|(\\s+(que|de|del)(?!(\\s*\\d+)))))|como\\s+m[\u00E1a]ximo|por\\s+lo\\s+menos|al\\s+menos)"; | ||
| const LessOrEqualPrefix: string; | ||
| const LessOrEqual: string; | ||
| const LessOrEqualSuffix = "((\\b(y|o)\\b\\s+(menos|menor|menores)((?!\\s+(alt[oa]|baj[oa]|que|de|del))|(\\s+(que|de|del)(?!(\\s*\\d+)))))|como\\s+m[\u00EDi]nimo)"; | ||
| const NumberSplitMark = "(?)"; | ||
| const MoreRegexNoNumberSucceed = "((m[\u00E1a]s|mayor|mayores)((?!\\s+(que|de|del))|\\s+((que|de|del)(?!(\\s*\\d+))))|(por encima)(?!(\\s*\\d+)))"; | ||
| const LessRegexNoNumberSucceed = "((menos|menor|menores)((?!\\s+(que|de|del))|\\s+((que|de|del)(?!(\\s*\\d+))))|(por debajo)(?!(\\s*\\d+)))"; | ||
| const EqualRegexNoNumberSucceed = "((igual|iguales|equivalente|equivalentes|equivale|equivalen)((?!\\s+(a|que|de|al|del))|(\\s+(a|que|de|al|del)(?!(\\s*\\d+)))))"; | ||
| const OneNumberRangeMoreRegex1: string; | ||
| const OneNumberRangeMoreRegex2: string; | ||
| const OneNumberRangeMoreSeparateRegex: string; | ||
| const OneNumberRangeLessRegex1: string; | ||
| const OneNumberRangeLessRegex2: string; | ||
| const OneNumberRangeLessSeparateRegex: string; | ||
| const OneNumberRangeEqualRegex: string; | ||
| const TwoNumberRangeRegex1: string; | ||
| const TwoNumberRangeRegex2: string; | ||
| const TwoNumberRangeRegex3: string; | ||
| const TwoNumberRangeRegex4: string; | ||
| const AmbiguousFractionConnectorsRegex = "(\\b(en|de)\\b)"; | ||
| const DecimalSeparatorChar = ","; | ||
@@ -70,3 +97,3 @@ const FractionMarkerToken = "sobre"; | ||
| const HalfADozenRegex = "media\\s+docena"; | ||
| const DigitalNumberRegex = "((?<=\\b)(mil|millones|mill[oó]n|billones|bill[oó]n|trillones|trill[oó]n|docenas?)(?=\\b))|((?<=(\\d|\\b))(k|t|m|g)(?=\\b))"; | ||
| const DigitalNumberRegex: string; | ||
| const CardinalNumberMap: ReadonlyMap<string, number>; | ||
@@ -77,3 +104,5 @@ const OrdinalNumberMap: ReadonlyMap<string, number>; | ||
| const RoundNumberMap: ReadonlyMap<string, number>; | ||
| const AmbiguousFractionConnectorsRegex = "^[.]"; | ||
| const AmbiguityFiltersDict: ReadonlyMap<string, string>; | ||
| const RelativeReferenceOffsetMap: ReadonlyMap<string, string>; | ||
| const RelativeReferenceRelativeToMap: ReadonlyMap<string, string>; | ||
| } |
| { | ||
| "name": "@microsoft/recognizers-text-number", | ||
| "version": "1.1.4", | ||
| "version": "1.2.7", | ||
| "description": "recognizers-text-number provides robust recognition and resolution of numbers expressed in multiple languages.", | ||
@@ -26,3 +26,3 @@ "author": "Microsoft Corp.", | ||
| "engines": { | ||
| "node": ">=6.0.0" | ||
| "node": ">=10.3.0" | ||
| }, | ||
@@ -35,3 +35,3 @@ "scripts": { | ||
| "dependencies": { | ||
| "@microsoft/recognizers-text": "~1.1.4", | ||
| "@microsoft/recognizers-text": "~1.2.7", | ||
| "bignumber.js": "^7.2.1", | ||
@@ -38,0 +38,0 @@ "lodash.escaperegexp": "^4.1.2", |
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Improved metrics
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- increased by2.16%
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- Lines of code
- increased by1.34%
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Dependency changes
+ Added@microsoft/recognizers-text@1.2.7(transitive)
- Removed@microsoft/recognizers-text@1.1.4(transitive)