import { N as NumeralSystem } from '../types-CK7PVYeU.cjs';
export { C as CountedNoun, c as countedNoun } from '../count-C4U_RQ2h.cjs';

interface FormatNumberOptions {
    /** BCP-47 locale. Default `"ar"`. */
    locale?: string;
    /** Digit shaping. Default `"latn"` — Eastern Arabic digits are opt-in. */
    numerals?: NumeralSystem;
    /** Fixed number of fraction digits (sets both min and max). */
    fractionDigits?: number;
    minimumFractionDigits?: number;
    maximumFractionDigits?: number;
    /** Thousands grouping. Default `true`. */
    grouping?: boolean;
    /** Number style. Default `"decimal"`. */
    style?: "decimal" | "percent";
    signDisplay?: "auto" | "always" | "exceptZero" | "never";
    /** Compact / scientific notation. Default `"standard"`. */
    notation?: "standard" | "compact" | "scientific" | "engineering";
    /** Compact display style when `notation` is `"compact"`. Default `"short"`. */
    compactDisplay?: "short" | "long";
}
/**
 * Locale-aware number formatting on top of `Intl.NumberFormat`. Eastern Arabic
 * numerals are never forced — pass `numerals: "arab"` to opt in.
 *
 * @example formatNumber(1234567.89)                         // "1,234,567.89"
 * @example formatNumber(1234.5, { numerals: "arab" })       // "١٬٢٣٤٫٥"
 * @example formatNumber(0.42, { style: "percent" })         // "42%"
 */
declare function formatNumber(value: number, options?: FormatNumberOptions): string;
/** Format a ratio (0.42 → "42%") with the same options as {@link formatNumber}. */
declare function formatPercent(value: number, options?: Omit<FormatNumberOptions, "style">): string;
/**
 * Format a number in compact notation ("short" by default): 1,200,000 → "1.2M"
 * or in Arabic "١٫٢ مليون" (when `numerals: "arab"` and an Arabic locale).
 *
 * @example formatCompact(1_200_000)                       // "1.2M"
 * @example formatCompact(1_200_000, { locale: "ar" })     // "1.2 مليون"
 * @example formatCompact(1_200_000, { numerals: "arab" }) // "١٫٢ مليون"
 */
declare function formatCompact(value: number, options?: Omit<FormatNumberOptions, "notation" | "compactDisplay"> & {
    compactDisplay?: "short" | "long";
}): string;

/** Arabic-Indic digits ٠١٢٣٤٥٦٧٨٩ (U+0660–U+0669), used across the Arab world. */
declare const ARABIC_INDIC_DIGITS: readonly string[];
/** Extended Arabic-Indic digits ۰۱۲۳۴۵۶۷۸۹ (U+06F0–U+06F9), used in Persian/Urdu. */
declare const EXTENDED_ARABIC_INDIC_DIGITS: readonly string[];
/** Convert Western digits (0-9) in `input` to Eastern Arabic-Indic digits. */
declare function toArabicDigits(input: string): string;
/**
 * Convert Eastern Arabic-Indic and Extended (Persian) digits in `input` back to
 * Western digits (0-9). Useful before parsing user-entered numbers.
 */
declare function toLatinDigits(input: string): string;

/**
 * Parse a localized number string — including Eastern Arabic digits, Arabic
 * thousands separators (٬) and Arabic decimal separator (٫) — back to a JS
 * `number`. Returns `NaN` when the input cannot be parsed.
 *
 * @example parseNumber("١٬٢٣٤٫٥٦")  // 1234.56
 * @example parseNumber("1,234.56")   // 1234.56
 * @example parseNumber("٢٠٢٦")       // 2026
 */
declare function parseNumber(input: string): number;
/**
 * Parse a formatted currency string back to its numeric value. Strips known
 * Arab currency symbols, ISO codes, bidi controls and whitespace before
 * delegating to {@link parseNumber}.
 *
 * @example parseCurrency("1,234.50 ر.س")    // 1234.5
 * @example parseCurrency("١٬٢٣٤٫٥٠٠ د.ك")   // 1234.5
 * @example parseCurrency("(500.00 SAR)")     // -500  (accounting notation)
 */
declare function parseCurrency(input: string): number;

/**
 * Convert an integer to its Arabic word representation.
 *
 * Arabic number words follow strict grammar rules:
 *   - Ones 3–9 use gender polarity (opposite gender to the counted noun).
 *   - Teens 11–19 are compound; 10/11/12 have special forms.
 *   - Scale words (thousands, millions…) use singular (1), dual (2),
 *     plural (3–10), or tanwin-singular (11–99) forms.
 */
type Gender$1 = "male" | "female";
interface ArabicWordsOptions {
    /**
     * Grammatical gender of the counted noun. Affects ones (1–2) and the
     * final group (3–9). Default `"male"`.
     *
     * Use `"male"` for masculine nouns (ريال، دينار…) and most standalone
     * numbers. Use `"female"` for feminine nouns (ليرة، روبية…).
     */
    gender?: Gender$1;
    /** Prepend "سالب" for negative values. Default `true`. */
    negative?: boolean;
    /**
     * How to read a fractional part, after the decimal word "فاصلة".
     * - `"off"` — truncate to the integer (default; backward compatible).
     * - `"digits"` — read each fractional digit (3.14 → "ثلاثة فاصلة واحد أربعة").
     * - `"number"` — read the fraction as a whole number (3.14 → "ثلاثة فاصلة أربعة عشر").
     */
    fraction?: "off" | "digits" | "number";
}
/**
 * Convert a number to its Arabic word representation.
 *
 * Integers from 0 to ±999 trillion are spelled in full. By default a fractional
 * part is truncated; pass {@link ArabicWordsOptions.fraction} to read it too.
 *
 * @example arabicToWords(0)       // "صفر"
 * @example arabicToWords(11)      // "أحد عشر"
 * @example arabicToWords(25)      // "خمسة وعشرون"
 * @example arabicToWords(5000)    // "خمسة آلاف"
 * @example arabicToWords(1_234_567)
 * // "مليون ومئتان وأربعة وثلاثون ألفاً وخمسمئة وسبعة وستون"
 * @example arabicToWords(-42)     // "سالب اثنان وأربعون"
 * @example arabicToWords(5, { gender: "female" }) // "خمس"
 * @example arabicToWords(3.14, { fraction: "digits" }) // "ثلاثة فاصلة واحد أربعة"
 * @example arabicToWords(3.5, { fraction: "number" })  // "ثلاثة فاصلة خمسة"
 */
declare function arabicToWords(n: number, options?: ArabicWordsOptions): string;

/**
 * Common Arabic fraction words (الكسور): نصف، ثلث، ربع …
 *
 * Denominators 2–10 have dedicated nouns. The numerator follows the usual
 * counted-noun pattern: 1 → singular (ربع), 2 → dual (ربعان), 3–10 → number +
 * plural (ثلاثة أرباع).
 */
/**
 * Spell a simple fraction in Arabic words.
 *
 * Supports denominators 2–10 (the fractions with dedicated nouns). Returns an
 * empty string for unsupported denominators or non-positive numerators.
 *
 * @example arabicFraction(1, 2) // "نصف"
 * @example arabicFraction(1, 4) // "ربع"
 * @example arabicFraction(3, 4) // "ثلاثة أرباع"
 * @example arabicFraction(2, 3) // "ثلثان"
 * @example arabicFraction(5, 8) // "خمسة أثمان"
 */
declare function arabicFraction(numerator: number, denominator: number): string;

/**
 * Arabic ordinal numbers (الأعداد الترتيبية).
 *
 * Ordinals 1–19 have dedicated forms; 20–99 combine a unit ordinal with a tens
 * word ("الخامس والعشرون"). Each form agrees in gender with the noun it
 * describes. Values ≥ 100 fall back to a definite cardinal ("ال" + words),
 * which is the form used in everyday writing (الصفحة المئة وخمسة وعشرون).
 */
type Gender = "male" | "female";
interface ArabicOrdinalOptions {
    /** Gender of the described noun. Default `"male"`. */
    gender?: Gender;
    /** Include the definite article ال. Default `true`. */
    definite?: boolean;
}
/**
 * Return the Arabic ordinal word for a positive integer.
 *
 * @example arabicOrdinal(1)  // "الأول"
 * @example arabicOrdinal(2)  // "الثاني"
 * @example arabicOrdinal(11) // "الحادي عشر"
 * @example arabicOrdinal(25) // "الخامس والعشرون"
 * @example arabicOrdinal(1, { gender: "female" }) // "الأولى"
 * @example arabicOrdinal(3, { definite: false })  // "ثالث"
 * @example arabicOrdinal(100) // "المئة"
 */
declare function arabicOrdinal(n: number, options?: ArabicOrdinalOptions): string;

/**
 * Spell a time span in grammatical Arabic ("ساعتان وخمس دقائق").
 *
 * Unlike `Intl.DurationFormat` (still poorly supported), this produces the fully
 * inflected spoken form: it picks the largest non-zero units, applies dual /
 * plural / accusative agreement to each unit noun, and joins them with و.
 */
type DurationUnit = "day" | "hour" | "minute" | "second";
interface FormatDurationOptions {
    /** Interpret the input as `"ms"` (default) or `"s"`. */
    input?: "ms" | "s";
    /** Maximum number of units to include, largest first. Default `2`. */
    largest?: number;
    /** Restrict the units considered. Default day/hour/minute/second. */
    units?: DurationUnit[];
}
/**
 * Format a duration as spelled Arabic.
 *
 * @example formatDuration(7_500_000)               // "ساعتان وخمس دقائق"
 * @example formatDuration(90, { input: "s" })      // "دقيقة واحدة وثلاثون ثانيةً"
 * @example formatDuration(3_600_000, { largest: 1 })// "ساعة واحدة"
 * @example formatDuration(500)                      // "أقل من ثانية"
 */
declare function formatDuration(value: number, options?: FormatDurationOptions): string;

/**
 * Format a byte count as a human-readable data size with Arabic (or Latin)
 * unit names: 1536 → "1.5 كيلوبايت".
 */

interface FormatFileSizeOptions {
    /** BCP-47 locale for the number. Default `"ar"`. */
    locale?: string;
    /** Digit shaping. Default `"latn"`. */
    numerals?: NumeralSystem;
    /** Divisor: `1024` (binary, default) or `1000` (decimal/SI). */
    base?: 1024 | 1000;
    /** Maximum fraction digits for the scaled value. Default `1`. */
    precision?: number;
    /** Unit vocabulary. `"arabic"` (default) or `"latin"` (B/KB/MB…). */
    unitStyle?: "arabic" | "latin";
}
/**
 * Format a byte count with Arabic data-size units.
 *
 * @example formatFileSize(0)                          // "0 بايت"
 * @example formatFileSize(1536)                       // "1.5 كيلوبايت"
 * @example formatFileSize(5_242_880)                  // "5 ميجابايت"
 * @example formatFileSize(1_500_000, { base: 1000 })  // "1.5 ميجابايت"
 * @example formatFileSize(2048, { numerals: "arab" }) // "٢ كيلوبايت"
 * @example formatFileSize(2048, { unitStyle: "latin" })// "2 KB"
 */
declare function formatFileSize(bytes: number, options?: FormatFileSizeOptions): string;

interface FormatRelativeTimeOptions {
    /** BCP-47 locale. Default `"ar"`. */
    locale?: string;
    /** Digit shaping. Default `"latn"`. */
    numerals?: NumeralSystem;
    /**
     * - `"auto"` — uses "yesterday" / "tomorrow" style when available.
     * - `"always"` — always numeric: "1 يوم مضى".
     * Default `"auto"`.
     */
    numeric?: "auto" | "always";
    /** Width of the unit name. Default `"long"`. */
    style?: "long" | "short" | "narrow";
}
/**
 * Format the time difference between `date` and `base` as a human-readable
 * relative string ("منذ ٣ أيام", "بعد ساعة", "3 days ago").
 *
 * Picks the most appropriate unit automatically. Works on all engines via
 * `Intl.RelativeTimeFormat`.
 *
 * @example formatRelativeTime(new Date(Date.now() - 3 * 86400_000))
 * // "منذ ٣ أيام"  (locale "ar", numerals "latn" → "منذ 3 أيام")
 * @example formatRelativeTime(new Date(Date.now() + 3600_000), new Date(), { locale: "en" })
 * // "in 1 hour"
 */
declare function formatRelativeTime(date: Date, base?: Date, options?: FormatRelativeTimeOptions): string;

export { ARABIC_INDIC_DIGITS, type ArabicOrdinalOptions, type ArabicWordsOptions, type DurationUnit, EXTENDED_ARABIC_INDIC_DIGITS, type FormatDurationOptions, type FormatFileSizeOptions, type FormatNumberOptions, type FormatRelativeTimeOptions, arabicFraction, arabicOrdinal, arabicToWords, formatCompact, formatDuration, formatFileSize, formatNumber, formatPercent, formatRelativeTime, parseCurrency, parseNumber, toArabicDigits, toLatinDigits };