{"version":3,"file":"index.cjs","sources":["../lib/bigintmath.ts","../lib/slots.ts","../lib/intrinsicclass.ts","../lib/math.ts","../lib/timeduration.ts","../lib/regex.ts","../lib/ecmascript.ts","../lib/calendar.ts","../lib/intl.ts","../lib/instant.ts","../lib/plaindate.ts","../lib/plaindatetime.ts","../lib/duration.ts","../lib/plainmonthday.ts","../lib/now.ts","../lib/plaintime.ts","../lib/plainyearmonth.ts","../lib/zoneddatetime.ts","../lib/legacydate.ts","../lib/index.ts"],"sourcesContent":["import JSBI from 'jsbi';\n\nexport const ZERO = JSBI.BigInt(0);\nexport const ONE = JSBI.BigInt(1);\nexport const TWO = JSBI.BigInt(2);\nexport const TEN = JSBI.BigInt(10);\nconst TWENTY_FOUR = JSBI.BigInt(24);\nconst SIXTY = JSBI.BigInt(60);\nexport const THOUSAND = JSBI.BigInt(1e3);\nexport const MILLION = JSBI.BigInt(1e6);\nexport const BILLION = JSBI.BigInt(1e9);\nconst HOUR_SECONDS = 3600;\nexport const HOUR_NANOS = JSBI.multiply(JSBI.BigInt(HOUR_SECONDS), BILLION);\nexport const MINUTE_NANOS_JSBI = JSBI.multiply(SIXTY, BILLION);\nexport const DAY_NANOS_JSBI = JSBI.multiply(HOUR_NANOS, TWENTY_FOUR);\n\n/** Handle a JSBI or native BigInt. For user input, use ES.ToBigInt instead */\nexport function ensureJSBI(value: JSBI | bigint) {\n return typeof value === 'bigint' ? JSBI.BigInt(value.toString(10)) : value;\n}\n\nexport function isEven(value: JSBI): boolean {\n return JSBI.equal(JSBI.remainder(value, TWO), ZERO);\n}\n\nexport function abs(x: JSBI): JSBI {\n if (JSBI.lessThan(x, ZERO)) return JSBI.unaryMinus(x);\n return x;\n}\n\nexport function compare(x: JSBI, y: JSBI): -1 | 0 | 1 {\n return JSBI.lessThan(x, y) ? -1 : JSBI.greaterThan(x, y) ? 1 : 0;\n}\n\nexport function divmod(x: JSBI, y: JSBI): { quotient: JSBI; remainder: JSBI } {\n const quotient = JSBI.divide(x, y);\n const remainder = JSBI.remainder(x, y);\n return { quotient, remainder };\n}\n","import type JSBI from 'jsbi';\nimport type { Temporal } from '..';\nimport type {\n BuiltinCalendarId,\n AnySlottedType,\n FormatterOrAmender,\n ISODate,\n ISODateTime,\n TimeRecord\n} from './internaltypes';\nimport type { DateTimeFormatImpl } from './intl';\n\n// Instant\nexport const EPOCHNANOSECONDS = 'slot-epochNanoSeconds';\n\n// DateTime, Date, Time, YearMonth, MonthDay\nexport const ISO_DATE = 'slot-iso-date';\nexport const ISO_DATE_TIME = 'slot-iso-date-time';\nexport const TIME = 'slot-time';\nexport const CALENDAR = 'slot-calendar';\n// Date, YearMonth, and MonthDay all have the same slots, disambiguation needed:\nexport const DATE_BRAND = 'slot-date-brand';\nexport const YEAR_MONTH_BRAND = 'slot-year-month-brand';\nexport const MONTH_DAY_BRAND = 'slot-month-day-brand';\n\n// ZonedDateTime\nexport const TIME_ZONE = 'slot-time-zone';\n\n// Duration\nexport const YEARS = 'slot-years';\nexport const MONTHS = 'slot-months';\nexport const WEEKS = 'slot-weeks';\nexport const DAYS = 'slot-days';\nexport const HOURS = 'slot-hours';\nexport const MINUTES = 'slot-minutes';\nexport const SECONDS = 'slot-seconds';\nexport const MILLISECONDS = 'slot-milliseconds';\nexport const MICROSECONDS = 'slot-microseconds';\nexport const NANOSECONDS = 'slot-nanoseconds';\n\n// DateTimeFormatImpl\nexport const DATE = 'date';\nexport const YM = 'ym';\nexport const MD = 'md';\nexport const TIME_FMT = 'time';\nexport const DATETIME = 'datetime';\nexport const INST = 'instant';\nexport const ORIGINAL = 'original';\nexport const TZ_CANONICAL = 'timezone-canonical';\nexport const TZ_ORIGINAL = 'timezone-original';\nexport const CAL_ID = 'calendar-id';\nexport const LOCALE = 'locale';\nexport const OPTIONS = 'options';\n\ninterface SlotInfo {\n value: ValueType;\n usedBy: UsedByType;\n}\n\ninterface SlotInfoRecord {\n [k: string]: SlotInfo;\n}\n\ninterface Slots extends SlotInfoRecord {\n // Instant\n [EPOCHNANOSECONDS]: SlotInfo; // number? JSBI?\n\n // DateTime, Date, Time, YearMonth, MonthDay\n [ISO_DATE]: SlotInfo;\n [ISO_DATE_TIME]: SlotInfo;\n [TIME]: SlotInfo;\n [CALENDAR]: SlotInfo;\n\n // Date, YearMonth, MonthDay common slots\n [DATE_BRAND]: SlotInfo;\n [YEAR_MONTH_BRAND]: SlotInfo;\n [MONTH_DAY_BRAND]: SlotInfo;\n\n // ZonedDateTime\n [TIME_ZONE]: SlotInfo;\n\n // Duration\n [YEARS]: SlotInfo;\n [MONTHS]: SlotInfo;\n [WEEKS]: SlotInfo;\n [DAYS]: SlotInfo;\n [HOURS]: SlotInfo;\n [MINUTES]: SlotInfo;\n [SECONDS]: SlotInfo;\n [MILLISECONDS]: SlotInfo;\n [MICROSECONDS]: SlotInfo;\n [NANOSECONDS]: SlotInfo;\n\n // DateTimeFormatImpl\n [DATE]: SlotInfo;\n [YM]: SlotInfo;\n [MD]: SlotInfo;\n [TIME_FMT]: SlotInfo;\n [DATETIME]: SlotInfo;\n [INST]: SlotInfo;\n [ORIGINAL]: SlotInfo;\n [TZ_CANONICAL]: SlotInfo;\n [TZ_ORIGINAL]: SlotInfo;\n [CAL_ID]: SlotInfo;\n [LOCALE]: SlotInfo;\n [OPTIONS]: SlotInfo;\n}\n\ntype TypesWithCalendarUnits =\n | Temporal.PlainDateTime\n | Temporal.PlainDate\n | Temporal.PlainYearMonth\n | Temporal.PlainMonthDay\n | Temporal.ZonedDateTime;\n\ninterface SlotsToTypes {\n // Instant\n [EPOCHNANOSECONDS]: Temporal.Instant;\n\n // DateTime, Date, Time, YearMonth, MonthDay\n [ISO_DATE]: Temporal.PlainDate | Temporal.PlainYearMonth | Temporal.PlainMonthDay;\n [ISO_DATE_TIME]: Temporal.PlainDateTime;\n [TIME]: Temporal.PlainTime;\n [CALENDAR]: TypesWithCalendarUnits;\n\n // Date, YearMonth, MonthDay common slots\n [DATE_BRAND]: Temporal.PlainDate;\n [YEAR_MONTH_BRAND]: Temporal.PlainYearMonth;\n [MONTH_DAY_BRAND]: Temporal.PlainMonthDay;\n\n // ZonedDateTime\n [TIME_ZONE]: Temporal.ZonedDateTime;\n\n // Duration\n [YEARS]: Temporal.Duration;\n [MONTHS]: Temporal.Duration;\n [WEEKS]: Temporal.Duration;\n [DAYS]: Temporal.Duration;\n [HOURS]: Temporal.Duration;\n [MINUTES]: Temporal.Duration;\n [SECONDS]: Temporal.Duration;\n [MILLISECONDS]: Temporal.Duration;\n [MICROSECONDS]: Temporal.Duration;\n [NANOSECONDS]: Temporal.Duration;\n\n // DateTimeFormatImpl\n [DATE]: DateTimeFormatImpl;\n [YM]: DateTimeFormatImpl;\n [MD]: DateTimeFormatImpl;\n [TIME_FMT]: DateTimeFormatImpl;\n [DATETIME]: DateTimeFormatImpl;\n [INST]: DateTimeFormatImpl;\n [ORIGINAL]: DateTimeFormatImpl;\n [TZ_CANONICAL]: DateTimeFormatImpl;\n [TZ_ORIGINAL]: DateTimeFormatImpl;\n [CAL_ID]: DateTimeFormatImpl;\n [LOCALE]: DateTimeFormatImpl;\n [OPTIONS]: DateTimeFormatImpl;\n}\n\ntype SlotKey = keyof SlotsToTypes;\n\nconst globalSlots = new WeakMap>();\n\nfunction _GetSlots(container: Slots[keyof Slots]['usedBy']) {\n return globalSlots.get(container);\n}\n\nconst GetSlotsSymbol = Symbol.for('@@Temporal__GetSlots');\n\n// expose GetSlots to avoid dual package hazards\n(globalThis as any)[GetSlotsSymbol] ||= _GetSlots;\n\nconst GetSlots = (globalThis as any)[GetSlotsSymbol] as typeof _GetSlots;\n\nfunction _CreateSlots(container: Slots[keyof Slots]['usedBy']): void {\n globalSlots.set(container, Object.create(null));\n}\n\nconst CreateSlotsSymbol = Symbol.for('@@Temporal__CreateSlots');\n\n// expose CreateSlots to avoid dual package hazards\n(globalThis as any)[CreateSlotsSymbol] ||= _CreateSlots;\n\nexport const CreateSlots = (globalThis as any)[CreateSlotsSymbol] as typeof _CreateSlots;\n\n// TODO: is there a better way than 9 overloads to make HasSlot into a type\n// guard that takes a variable number of parameters?\nexport function HasSlot(container: unknown, id1: ID1): container is Slots[ID1]['usedBy'];\nexport function HasSlot(\n container: unknown,\n id1: ID1,\n id2: ID2\n): container is Slots[ID1]['usedBy'] | Slots[ID2]['usedBy'];\nexport function HasSlot(\n container: unknown,\n id1: ID1,\n id2: ID2,\n id3: ID3\n): container is Slots[ID1]['usedBy'] | Slots[ID2]['usedBy'] | Slots[ID3]['usedBy'];\nexport function HasSlot(\n container: unknown,\n id1: ID1,\n id2: ID2,\n id3: ID3,\n id4: ID4\n): container is Slots[ID1 | ID2 | ID3 | ID4]['usedBy'];\nexport function HasSlot<\n ID1 extends SlotKey,\n ID2 extends SlotKey,\n ID3 extends SlotKey,\n ID4 extends SlotKey,\n ID5 extends SlotKey\n>(\n container: unknown,\n id1: ID1,\n id2: ID2,\n id3: ID3,\n id4: ID4,\n id5: ID5\n): container is Slots[ID1 | ID2 | ID3 | ID4 | ID5]['usedBy'];\nexport function HasSlot<\n ID1 extends SlotKey,\n ID2 extends SlotKey,\n ID3 extends SlotKey,\n ID4 extends SlotKey,\n ID5 extends SlotKey,\n ID6 extends SlotKey\n>(\n container: unknown,\n id1: ID1,\n id2: ID2,\n id3: ID3,\n id4: ID4,\n id5: ID5,\n id6: ID6\n): container is Slots[ID1 | ID2 | ID3 | ID4 | ID5 | ID6]['usedBy'];\nexport function HasSlot<\n ID1 extends SlotKey,\n ID2 extends SlotKey,\n ID3 extends SlotKey,\n ID4 extends SlotKey,\n ID5 extends SlotKey,\n ID6 extends SlotKey,\n ID7 extends SlotKey\n>(\n container: unknown,\n id1: ID1,\n id2: ID2,\n id3: ID3,\n id4: ID4,\n id5: ID5,\n id6: ID6,\n id7: ID7\n): container is Slots[ID1 | ID2 | ID3 | ID4 | ID5 | ID6 | ID7]['usedBy'];\nexport function HasSlot<\n ID1 extends SlotKey,\n ID2 extends SlotKey,\n ID3 extends SlotKey,\n ID4 extends SlotKey,\n ID5 extends SlotKey,\n ID6 extends SlotKey,\n ID7 extends SlotKey,\n ID8 extends SlotKey\n>(\n container: unknown,\n id1: ID1,\n id2: ID2,\n id3: ID3,\n id4: ID4,\n id5: ID5,\n id6: ID6,\n id7: ID7,\n id8: ID8\n): container is Slots[ID1 | ID2 | ID3 | ID4 | ID5 | ID6 | ID7 | ID8]['usedBy'];\nexport function HasSlot<\n ID1 extends SlotKey,\n ID2 extends SlotKey,\n ID3 extends SlotKey,\n ID4 extends SlotKey,\n ID5 extends SlotKey,\n ID6 extends SlotKey,\n ID7 extends SlotKey,\n ID8 extends SlotKey,\n ID9 extends SlotKey\n>(\n container: unknown,\n id1: ID1,\n id2: ID2,\n id3: ID3,\n id4: ID4,\n id5: ID5,\n id6: ID6,\n id7: ID7,\n id8: ID8,\n id9: ID9\n): container is Slots[ID1 | ID2 | ID3 | ID4 | ID5 | ID6 | ID7 | ID8 | ID9]['usedBy'];\nexport function HasSlot(container: unknown, ...ids: (keyof Slots)[]): boolean {\n if (!container || 'object' !== typeof container) return false;\n const myslots = GetSlots(container as AnySlottedType);\n return !!myslots && ids.every((id) => id in myslots);\n}\nexport function GetSlot(\n container: Slots[typeof id]['usedBy'],\n id: KeyT\n): Slots[KeyT]['value'] {\n const value = GetSlots(container)?.[id];\n if (value === undefined) throw new TypeError(`Missing internal slot ${id}`);\n return value;\n}\nexport function SetSlot(\n container: Slots[KeyT]['usedBy'],\n id: KeyT,\n value: Slots[KeyT]['value']\n): void {\n const slots = GetSlots(container);\n\n if (slots === undefined) throw new TypeError('Missing slots for the given container');\n\n const existingSlot = slots[id];\n\n if (existingSlot) throw new TypeError(`${id} already has set`);\n\n slots[id] = value;\n}\n\nexport function ResetSlot(\n container: DateTimeFormatImpl,\n id: KeyT,\n value: Slots[KeyT]['value']\n): void {\n const slots = GetSlots(container);\n\n if (slots === undefined) throw new TypeError('Missing slots for the given container');\n\n const existingSlot = slots[id];\n\n if (existingSlot === undefined) throw new TypeError(`tried to reset ${id} which was not set`);\n\n slots[id] = value;\n}\n","import type JSBI from 'jsbi';\nimport type { Temporal } from '..';\nimport type { CalendarImpl } from './calendar';\nimport type { BuiltinCalendarId } from './internaltypes';\nimport type { DateTimeFormatImpl } from './intl';\n\nimport { DEBUG } from './debug';\nimport { GetSlot, ORIGINAL } from './slots';\n\ntype OmitConstructor = { [P in keyof T as T[P] extends new (...args: any[]) => any ? P : never]: T[P] };\n\ntype TemporalIntrinsics = {\n ['Intl.DateTimeFormat']: typeof globalThis.Intl.DateTimeFormat;\n ['Temporal.Duration']: typeof Temporal.Duration;\n ['Temporal.Instant']: OmitConstructor &\n (new (epochNanoseconds: JSBI) => Temporal.Instant) & { prototype: typeof Temporal.Instant.prototype };\n ['Temporal.PlainDate']: typeof Temporal.PlainDate;\n ['Temporal.PlainDateTime']: typeof Temporal.PlainDateTime;\n ['Temporal.PlainMonthDay']: typeof Temporal.PlainMonthDay;\n ['Temporal.PlainTime']: typeof Temporal.PlainTime;\n ['Temporal.PlainYearMonth']: typeof Temporal.PlainYearMonth;\n ['Temporal.ZonedDateTime']: OmitConstructor &\n (new (epochNanoseconds: JSBI, timeZone: string, calendar?: string) => Temporal.ZonedDateTime) & {\n prototype: typeof Temporal.ZonedDateTime.prototype;\n from: typeof Temporal.ZonedDateTime.from;\n compare: typeof Temporal.ZonedDateTime.compare;\n };\n};\ntype TemporalIntrinsicRegistrations = {\n [key in keyof TemporalIntrinsics]: TemporalIntrinsics[key];\n};\ntype TemporalIntrinsicPrototypeRegistrations = {\n [key in keyof TemporalIntrinsics as `${key}.prototype`]: TemporalIntrinsics[key]['prototype'];\n};\ntype TemporalIntrinsicRegisteredKeys = {\n [key in keyof TemporalIntrinsicRegistrations as `%${key}%`]: TemporalIntrinsicRegistrations[key];\n};\ntype TemporalIntrinsicPrototypeRegisteredKeys = {\n [key in keyof TemporalIntrinsicPrototypeRegistrations as `%${key}%`]: TemporalIntrinsicPrototypeRegistrations[key];\n};\n\ntype OtherIntrinsics = {\n calendarImpl: (id: BuiltinCalendarId) => CalendarImpl;\n};\ntype OtherIntrinsicKeys = { [key in keyof OtherIntrinsics as `%${key}%`]: OtherIntrinsics[key] };\n\nconst INTRINSICS = {} as TemporalIntrinsicRegisteredKeys &\n TemporalIntrinsicPrototypeRegisteredKeys &\n OtherIntrinsicKeys;\n\ntype StylizeOption = (value: unknown, type: 'number' | 'special') => string;\n\ntype customFormatFunction = (\n this: T & { _repr_: string }, // _repr_ is present if DEBUG\n depth: number,\n options: { stylize: StylizeOption },\n inspect: (object: T, options?: { depth: number; stylize: StylizeOption }) => string\n) => string;\nconst customUtilInspectFormatters: Partial<{\n [key in keyof TemporalIntrinsicRegistrations]: customFormatFunction<\n InstanceType\n >;\n}> = {\n ['Intl.DateTimeFormat'](depth, options, inspect) {\n return inspect(GetSlot(this as DateTimeFormatImpl, ORIGINAL), { depth, ...options });\n },\n ['Temporal.Duration'](depth, options) {\n const descr = options.stylize(this._repr_, 'special');\n if (depth < 1) return descr;\n const entries: string[] = [];\n const props = [\n 'years',\n 'months',\n 'weeks',\n 'days',\n 'hours',\n 'minutes',\n 'seconds',\n 'milliseconds',\n 'microseconds',\n 'nanoseconds'\n ] as const;\n for (let i = 0; i < props.length; i++) {\n const prop = props[i];\n if (this[prop] !== 0) {\n entries.push(` ${prop}: ${options.stylize(this[prop], 'number')}`);\n }\n }\n return descr + ' {\\n' + entries.join(',\\n') + '\\n}';\n }\n};\n\ntype InspectFormatterOptions = { stylize: (str: string, styleType: string) => string };\nfunction defaultUtilInspectFormatter(this: any, depth: number, options: InspectFormatterOptions) {\n return options.stylize(this._repr_, 'special');\n}\n\nexport function MakeIntrinsicClass(\n Class: TemporalIntrinsicRegistrations[typeof name],\n name: keyof TemporalIntrinsicRegistrations\n) {\n Object.defineProperty(Class.prototype, Symbol.toStringTag, {\n value: name,\n writable: false,\n enumerable: false,\n configurable: true\n });\n if (DEBUG) {\n Object.defineProperty(Class.prototype, Symbol.for('nodejs.util.inspect.custom'), {\n value: customUtilInspectFormatters[name] || defaultUtilInspectFormatter,\n writable: false,\n enumerable: false,\n configurable: true\n });\n }\n const staticNames = Object.getOwnPropertyNames(Class);\n for (let i = 0; i < staticNames.length; i++) {\n const prop = staticNames[i];\n // we know that `prop` is present, so the descriptor is never undefined\n // eslint-disable-next-line @typescript-eslint/no-non-null-assertion\n const desc = Object.getOwnPropertyDescriptor(Class, prop)!;\n if (!desc.configurable || !desc.enumerable) continue;\n desc.enumerable = false;\n Object.defineProperty(Class, prop, desc);\n }\n const protoNames = Object.getOwnPropertyNames(Class.prototype);\n for (let i = 0; i < protoNames.length; i++) {\n const prop = protoNames[i];\n // we know that `prop` is present, so the descriptor is never undefined\n // eslint-disable-next-line @typescript-eslint/no-non-null-assertion\n const desc = Object.getOwnPropertyDescriptor(Class.prototype, prop)!;\n if (!desc.configurable || !desc.enumerable) continue;\n desc.enumerable = false;\n Object.defineProperty(Class.prototype, prop, desc);\n }\n\n DefineIntrinsic(name, Class);\n DefineIntrinsic(`${name}.prototype`, Class.prototype);\n}\n\ntype IntrinsicDefinitionKeys =\n | keyof TemporalIntrinsicRegistrations\n | keyof TemporalIntrinsicPrototypeRegistrations\n | keyof OtherIntrinsics;\nexport function DefineIntrinsic(\n name: KeyT,\n value: TemporalIntrinsicRegistrations[KeyT]\n): void;\nexport function DefineIntrinsic(\n name: KeyT,\n value: TemporalIntrinsicPrototypeRegistrations[KeyT]\n): void;\nexport function DefineIntrinsic(name: KeyT, value: OtherIntrinsics[KeyT]): void;\nexport function DefineIntrinsic(name: KeyT, value: never): void;\nexport function DefineIntrinsic(name: KeyT, value: unknown): void {\n const key: `%${IntrinsicDefinitionKeys}%` = `%${name}%`;\n if (INTRINSICS[key] !== undefined) throw new Error(`intrinsic ${name} already exists`);\n INTRINSICS[key] = value;\n}\nexport function GetIntrinsic(intrinsic: KeyT): (typeof INTRINSICS)[KeyT] {\n return INTRINSICS[intrinsic];\n}\n","import type JSBI from 'jsbi';\nimport type { Temporal } from '..';\n\n// Computes trunc(x / 10**p) and x % 10**p, returning { div, mod }, with\n// precision loss only once in the quotient, by string manipulation. If the\n// quotient and remainder are safe integers, then they are exact. x must be an\n// integer. p must be a non-negative integer. Both div and mod have the sign of\n// x.\nexport function TruncatingDivModByPowerOf10(xParam: number, p: number) {\n let x = xParam;\n if (x === 0) return { div: x, mod: x }; // preserves signed zero\n\n const sign = Math.sign(x);\n x = Math.abs(x);\n\n const xDigits = Math.trunc(1 + Math.log10(x));\n if (p >= xDigits) return { div: sign * 0, mod: sign * x };\n if (p === 0) return { div: sign * x, mod: sign * 0 };\n\n // would perform nearest rounding if x was not an integer:\n const xStr = x.toPrecision(xDigits);\n const div = sign * Number.parseInt(xStr.slice(0, xDigits - p), 10);\n const mod = sign * Number.parseInt(xStr.slice(xDigits - p), 10);\n\n return { div, mod };\n}\n\n// Computes x * 10**p + z with precision loss only at the end, by string\n// manipulation. If the result is a safe integer, then it is exact. x must be\n// an integer. p must be a non-negative integer. z must have the same sign as\n// x and be less than 10**p.\nexport function FMAPowerOf10(xParam: number, p: number, zParam: number) {\n let x = xParam;\n let z = zParam;\n if (x === 0) return z;\n\n const sign = Math.sign(x) || Math.sign(z);\n x = Math.abs(x);\n z = Math.abs(z);\n\n const xStr = x.toPrecision(Math.trunc(1 + Math.log10(x)));\n\n if (z === 0) return sign * Number.parseInt(xStr + '0'.repeat(p), 10);\n\n const zStr = z.toPrecision(Math.trunc(1 + Math.log10(z)));\n\n const resStr = xStr + zStr.padStart(p, '0');\n return sign * Number.parseInt(resStr, 10);\n}\n\ntype UnsignedRoundingMode = 'half-even' | 'half-infinity' | 'half-zero' | 'infinity' | 'zero';\n\nexport function GetUnsignedRoundingMode(\n mode: Temporal.RoundingMode,\n sign: 'positive' | 'negative'\n): UnsignedRoundingMode {\n const isNegative = sign === 'negative';\n switch (mode) {\n case 'ceil':\n return isNegative ? 'zero' : 'infinity';\n case 'floor':\n return isNegative ? 'infinity' : 'zero';\n case 'expand':\n return 'infinity';\n case 'trunc':\n return 'zero';\n case 'halfCeil':\n return isNegative ? 'half-zero' : 'half-infinity';\n case 'halfFloor':\n return isNegative ? 'half-infinity' : 'half-zero';\n case 'halfExpand':\n return 'half-infinity';\n case 'halfTrunc':\n return 'half-zero';\n case 'halfEven':\n return 'half-even';\n }\n}\n\n// Omits first step from spec algorithm so that it can be used both for\n// RoundNumberToIncrement and RoundTimeDurationToIncrement\nexport function ApplyUnsignedRoundingMode(\n r1: T,\n r2: T,\n cmp: -1 | 0 | 1,\n evenCardinality: boolean,\n unsignedRoundingMode: UnsignedRoundingMode\n) {\n if (unsignedRoundingMode === 'zero') return r1;\n if (unsignedRoundingMode === 'infinity') return r2;\n if (cmp < 0) return r1;\n if (cmp > 0) return r2;\n if (unsignedRoundingMode === 'half-zero') return r1;\n if (unsignedRoundingMode === 'half-infinity') return r2;\n return evenCardinality ? r1 : r2;\n}\n","import JSBI from 'jsbi';\n\nimport { assert } from './assert';\nimport {\n abs,\n BILLION,\n compare,\n DAY_NANOS_JSBI,\n divmod,\n ensureJSBI,\n HOUR_NANOS,\n isEven,\n MILLION,\n MINUTE_NANOS_JSBI,\n ONE,\n TEN,\n THOUSAND,\n TWO,\n ZERO\n} from './bigintmath';\nimport { ApplyUnsignedRoundingMode, GetUnsignedRoundingMode } from './math';\nimport type { Temporal } from '..';\n\nexport class TimeDuration {\n static MAX = JSBI.BigInt('9007199254740991999999999');\n static ZERO = new TimeDuration(ZERO);\n\n totalNs: JSBI;\n sec: number;\n subsec: number;\n\n constructor(totalNs: bigint | JSBI) {\n assert(typeof totalNs !== 'number', 'big integer required');\n this.totalNs = ensureJSBI(totalNs);\n assert(JSBI.lessThanOrEqual(abs(this.totalNs), TimeDuration.MAX), 'integer too big');\n\n this.sec = JSBI.toNumber(JSBI.divide(this.totalNs, BILLION));\n this.subsec = JSBI.toNumber(JSBI.remainder(this.totalNs, BILLION));\n assert(Number.isSafeInteger(this.sec), 'seconds too big');\n assert(Math.abs(this.subsec) <= 999_999_999, 'subseconds too big');\n }\n\n static validateNew(totalNs: JSBI, operation: string) {\n if (JSBI.greaterThan(abs(totalNs), TimeDuration.MAX)) {\n throw new RangeError(`${operation} of duration time units cannot exceed ${TimeDuration.MAX} s`);\n }\n return new TimeDuration(totalNs);\n }\n\n static fromEpochNsDiff(epochNs1: JSBI | bigint, epochNs2: JSBI | bigint) {\n const diff = JSBI.subtract(ensureJSBI(epochNs1), ensureJSBI(epochNs2));\n // No extra validate step. Should instead fail assertion if too big\n return new TimeDuration(diff);\n }\n\n static fromComponents(h: number, min: number, s: number, ms: number, µs: number, ns: number) {\n const totalNs = JSBI.add(\n JSBI.add(\n JSBI.add(\n JSBI.add(\n JSBI.add(JSBI.BigInt(ns), JSBI.multiply(JSBI.BigInt(µs), THOUSAND)),\n JSBI.multiply(JSBI.BigInt(ms), MILLION)\n ),\n JSBI.multiply(JSBI.BigInt(s), BILLION)\n ),\n JSBI.multiply(JSBI.BigInt(min), MINUTE_NANOS_JSBI)\n ),\n JSBI.multiply(JSBI.BigInt(h), HOUR_NANOS)\n );\n return TimeDuration.validateNew(totalNs, 'total');\n }\n\n abs() {\n return new TimeDuration(abs(this.totalNs));\n }\n\n add(other: TimeDuration) {\n return TimeDuration.validateNew(JSBI.add(this.totalNs, other.totalNs), 'sum');\n }\n\n add24HourDays(days: number) {\n assert(Number.isInteger(days), 'days must be an integer');\n return TimeDuration.validateNew(JSBI.add(this.totalNs, JSBI.multiply(JSBI.BigInt(days), DAY_NANOS_JSBI)), 'sum');\n }\n\n addToEpochNs(epochNs: JSBI | bigint) {\n return JSBI.add(ensureJSBI(epochNs), this.totalNs);\n }\n\n cmp(other: TimeDuration) {\n return compare(this.totalNs, other.totalNs);\n }\n\n divmod(n: number) {\n assert(n !== 0, 'division by zero');\n const { quotient, remainder } = divmod(this.totalNs, JSBI.BigInt(n));\n const q = JSBI.toNumber(quotient);\n const r = new TimeDuration(remainder);\n return { quotient: q, remainder: r };\n }\n\n fdiv(nParam: JSBI | bigint) {\n const n = ensureJSBI(nParam);\n assert(!JSBI.equal(n, ZERO), 'division by zero');\n const nBigInt = JSBI.BigInt(n);\n let { quotient, remainder } = divmod(this.totalNs, nBigInt);\n\n // Perform long division to calculate the fractional part of the quotient\n // remainder / n with more accuracy than 64-bit floating point division\n const precision = 50;\n const decimalDigits: number[] = [];\n let digit;\n const sign = (JSBI.lessThan(this.totalNs, ZERO) ? -1 : 1) * Math.sign(JSBI.toNumber(n));\n while (!JSBI.equal(remainder, ZERO) && decimalDigits.length < precision) {\n remainder = JSBI.multiply(remainder, TEN);\n ({ quotient: digit, remainder } = divmod(remainder, nBigInt));\n decimalDigits.push(Math.abs(JSBI.toNumber(digit)));\n }\n return sign * Number(abs(quotient).toString() + '.' + decimalDigits.join(''));\n }\n\n isZero() {\n return JSBI.equal(this.totalNs, ZERO);\n }\n\n round(incrementParam: JSBI | bigint, mode: Temporal.RoundingMode) {\n const increment = ensureJSBI(incrementParam);\n if (JSBI.equal(increment, ONE)) return this;\n const { quotient, remainder } = divmod(this.totalNs, increment);\n const sign = JSBI.lessThan(this.totalNs, ZERO) ? 'negative' : 'positive';\n const r1 = JSBI.multiply(abs(quotient), increment);\n const r2 = JSBI.add(r1, increment);\n const cmp = compare(abs(JSBI.multiply(remainder, TWO)), increment);\n const unsignedRoundingMode = GetUnsignedRoundingMode(mode, sign);\n const rounded = JSBI.equal(abs(this.totalNs), r1)\n ? r1\n : ApplyUnsignedRoundingMode(r1, r2, cmp, isEven(quotient), unsignedRoundingMode);\n const result = sign === 'positive' ? rounded : JSBI.unaryMinus(rounded);\n return TimeDuration.validateNew(result, 'rounding');\n }\n\n sign() {\n return this.cmp(new TimeDuration(ZERO));\n }\n\n subtract(other: TimeDuration) {\n return TimeDuration.validateNew(JSBI.subtract(this.totalNs, other.totalNs), 'difference');\n }\n}\n","const offsetIdentifierNoCapture = /(?:[+-](?:[01][0-9]|2[0-3])(?::?[0-5][0-9])?)/;\nconst tzComponent = /[A-Za-z._][A-Za-z._0-9+-]*/;\nexport const timeZoneID = new RegExp(\n `(?:${offsetIdentifierNoCapture.source}|(?:${tzComponent.source})(?:\\\\/(?:${tzComponent.source}))*)`\n);\n\nconst yearpart = /(?:[+-]\\d{6}|\\d{4})/;\nconst monthpart = /(?:0[1-9]|1[0-2])/;\nconst daypart = /(?:0[1-9]|[12]\\d|3[01])/;\nconst datesplit = new RegExp(\n `(${yearpart.source})(?:-(${monthpart.source})-(${daypart.source})|(${monthpart.source})(${daypart.source}))`\n);\nconst timesplit = /(\\d{2})(?::(\\d{2})(?::(\\d{2})(?:[.,](\\d{1,9}))?)?|(\\d{2})(?:(\\d{2})(?:[.,](\\d{1,9}))?)?)?/;\nexport const offsetWithParts = /([+-])([01][0-9]|2[0-3])(?::?([0-5][0-9])(?::?([0-5][0-9])(?:[.,](\\d{1,9}))?)?)?/;\nexport const offset = /((?:[+-])(?:[01][0-9]|2[0-3])(?::?(?:[0-5][0-9])(?::?(?:[0-5][0-9])(?:[.,](?:\\d{1,9}))?)?)?)/;\nconst offsetpart = new RegExp(`([zZ])|${offset.source}?`);\nexport const offsetIdentifier = /([+-])([01][0-9]|2[0-3])(?::?([0-5][0-9])?)?/;\nexport const annotation = /\\[(!)?([a-z_][a-z0-9_-]*)=([A-Za-z0-9]+(?:-[A-Za-z0-9]+)*)\\]/g;\n\nexport const zoneddatetime = new RegExp(\n [\n `^${datesplit.source}`,\n `(?:(?:[tT]|\\\\s+)${timesplit.source}(?:${offsetpart.source})?)?`,\n `(?:\\\\[!?(${timeZoneID.source})\\\\])?`,\n `((?:${annotation.source})*)$`\n ].join('')\n);\n\nexport const time = new RegExp(\n [\n `^[tT]?${timesplit.source}`,\n `(?:${offsetpart.source})?`,\n `(?:\\\\[!?${timeZoneID.source}\\\\])?`,\n `((?:${annotation.source})*)$`\n ].join('')\n);\n\n// The short forms of YearMonth and MonthDay are only for the ISO calendar, but\n// annotations are still allowed, and will throw if the calendar annotation is\n// not ISO.\n// Non-ISO calendar YearMonth and MonthDay have to parse as a Temporal.PlainDate,\n// with the reference fields.\n// YYYYMM forbidden by ISO 8601 because ambiguous with YYMMDD, but allowed by\n// RFC 3339 and we don't allow 2-digit years, so we allow it.\n// Not ambiguous with HHMMSS because that requires a 'T' prefix\n// UTC offsets are not allowed, because they are not allowed with any date-only\n// format; also, YYYY-MM-UU is ambiguous with YYYY-MM-DD\nexport const yearmonth = new RegExp(\n `^(${yearpart.source})-?(${monthpart.source})(?:\\\\[!?${timeZoneID.source}\\\\])?((?:${annotation.source})*)$`\n);\nexport const monthday = new RegExp(\n `^(?:--)?(${monthpart.source})-?(${daypart.source})(?:\\\\[!?${timeZoneID.source}\\\\])?((?:${annotation.source})*)$`\n);\n\nconst fraction = /(\\d+)(?:[.,](\\d{1,9}))?/;\n\nconst durationDate = /(?:(\\d+)Y)?(?:(\\d+)M)?(?:(\\d+)W)?(?:(\\d+)D)?/;\nconst durationTime = new RegExp(`(?:${fraction.source}H)?(?:${fraction.source}M)?(?:${fraction.source}S)?`);\nexport const duration = new RegExp(`^([+-])?P${durationDate.source}(?:T(?!$)${durationTime.source})?$`, 'i');\n","import { DEBUG, ENABLE_ASSERTS } from './debug';\nimport JSBI from 'jsbi';\n\nimport type { Temporal } from '..';\nimport { assert, assertNotReached } from './assert';\nimport { abs, compare, DAY_NANOS_JSBI, divmod, ensureJSBI, isEven, MILLION, ONE, TWO, ZERO } from './bigintmath';\nimport type { CalendarImpl } from './calendar';\nimport type {\n AnyTemporalLikeType,\n UnitSmallerThanOrEqualTo,\n InstantParams,\n PlainMonthDayParams,\n ZonedDateTimeParams,\n PlainDateParams,\n PlainTimeParams,\n DurationParams,\n PlainDateTimeParams,\n PlainYearMonthParams,\n BuiltinCalendarId,\n Keys,\n AnyTemporalKey,\n FieldKey,\n InternalDuration,\n ISODateTime,\n ISODate,\n TimeRecord,\n ISODateToFieldsType,\n DateDuration,\n CalendarFieldsRecord,\n MonthDayFromFieldsObject,\n Overflow,\n Resolve,\n AnySlottedType\n} from './internaltypes';\nimport { GetIntrinsic } from './intrinsicclass';\nimport { ApplyUnsignedRoundingMode, FMAPowerOf10, GetUnsignedRoundingMode, TruncatingDivModByPowerOf10 } from './math';\nimport { TimeDuration } from './timeduration';\nimport {\n CreateSlots,\n GetSlot,\n HasSlot,\n SetSlot,\n EPOCHNANOSECONDS,\n ISO_DATE,\n ISO_DATE_TIME,\n TIME,\n DATE_BRAND,\n YEAR_MONTH_BRAND,\n MONTH_DAY_BRAND,\n TIME_ZONE,\n CALENDAR,\n YEARS,\n MONTHS,\n WEEKS,\n DAYS,\n HOURS,\n MINUTES,\n SECONDS,\n MILLISECONDS,\n MICROSECONDS,\n NANOSECONDS\n} from './slots';\n\nconst DAY_MS = 86400_000;\nexport const DAY_NANOS = DAY_MS * 1e6;\nconst MINUTE_NANOS = 60e9;\n// Instant range is 100 million days (inclusive) before or after epoch.\nconst MS_MAX = DAY_MS * 1e8;\nconst NS_MAX = epochMsToNs(MS_MAX);\nconst NS_MIN = JSBI.unaryMinus(NS_MAX);\n// PlainDateTime range is 24 hours wider (exclusive) than the Instant range on\n// both ends, to allow for valid Instant=>PlainDateTime conversion for all\n// built-in time zones (whose offsets must have a magnitude less than 24 hours).\nconst DATETIME_NS_MIN = JSBI.add(JSBI.subtract(NS_MIN, DAY_NANOS_JSBI), ONE);\nconst DATETIME_NS_MAX = JSBI.subtract(JSBI.add(NS_MAX, DAY_NANOS_JSBI), ONE);\n// The pattern of leap years in the ISO 8601 calendar repeats every 400 years.\n// The constant below is the number of nanoseconds in 400 years. It is used to\n// avoid overflows when dealing with values at the edge legacy Date's range.\nconst MS_IN_400_YEAR_CYCLE = (400 * 365 + 97) * DAY_MS;\nconst YEAR_MIN = -271821;\nconst YEAR_MAX = 275760;\nconst BEFORE_FIRST_DST = Date.UTC(1847, 0, 1); // 1847-01-01T00:00:00Z\n\nconst BUILTIN_CALENDAR_IDS = [\n 'iso8601',\n 'hebrew',\n 'islamic',\n 'islamic-umalqura',\n 'islamic-tbla',\n 'islamic-civil',\n 'islamic-rgsa',\n 'islamicc',\n 'persian',\n 'ethiopic',\n 'ethioaa',\n 'ethiopic-amete-alem',\n 'coptic',\n 'chinese',\n 'dangi',\n 'roc',\n 'indian',\n 'buddhist',\n 'japanese',\n 'gregory'\n];\n\nconst ICU_LEGACY_TIME_ZONE_IDS = new Set([\n 'ACT',\n 'AET',\n 'AGT',\n 'ART',\n 'AST',\n 'BET',\n 'BST',\n 'CAT',\n 'CNT',\n 'CST',\n 'CTT',\n 'EAT',\n 'ECT',\n 'IET',\n 'IST',\n 'JST',\n 'MIT',\n 'NET',\n 'NST',\n 'PLT',\n 'PNT',\n 'PRT',\n 'PST',\n 'SST',\n 'VST'\n]);\n\n/* eslint-disable @typescript-eslint/no-unused-vars, @typescript-eslint/no-empty-function */\n/**\n * uncheckedAssertNarrowedType forces TypeScript to change the type of the argument to the one given in\n * the type parameter. This should only be used to help TS understand when variables change types,\n * but TS can't or won't infer this automatically. They should be used sparingly, because\n * if used incorrectly can lead to difficult-to-diagnose problems.\n * */\nexport function uncheckedAssertNarrowedType(\n arg: unknown,\n justification: string\n): asserts arg is T extends typeof arg ? T : never {}\n/* eslint-enable */\n\n/**\n * In debug builds, this function verifies that the given argument \"exists\" (is not\n * null or undefined). This function becomes a no-op in the final bundles distributed via NPM.\n * @param arg\n */\nexport function assertExists(arg: A): asserts arg is NonNullable {\n if (ENABLE_ASSERTS) {\n if (arg == null) {\n throw new Error('Expected arg to be set.');\n }\n }\n}\n\n/** Similar to assertExists, but returns the argument. */\nfunction castExists(arg: A): NonNullable {\n assertExists(arg);\n return arg;\n}\n\n// For unknown values, this narrows the result to a Record. But for union types\n// like `Temporal.DurationLike | string`, it'll strip the primitive types while\n// leaving the object type(s) unchanged.\nexport function IsObject(\n value: T\n): value is Exclude;\nexport function IsObject(value: unknown): value is Record {\n return (typeof value === 'object' && value !== null) || typeof value === 'function';\n}\n\nexport function ToNumber(value: unknown): number {\n // ES 2022's es-abstract made minor changes to ToNumber, but polyfilling these\n // changes adds zero benefit to Temporal and brings in a lot of extra code. So\n // we'll leave ToNumber as-is.\n // See https://github.com/ljharb/es-abstract/blob/main/2022/ToNumber.js\n if (typeof value === 'bigint') throw new TypeError('Cannot convert BigInt to number');\n return Number(value);\n}\n\nfunction IsIntegralNumber(argument: unknown) {\n if (typeof argument !== 'number' || Number.isNaN(argument) || argument === Infinity || argument === -Infinity) {\n return false;\n }\n const absValue = Math.abs(argument);\n return Math.floor(absValue) === absValue;\n}\n\nexport function ToString(value: unknown): string {\n if (typeof value === 'symbol') {\n throw new TypeError('Cannot convert a Symbol value to a String');\n }\n return String(value);\n}\n\nexport function ToIntegerWithTruncation(value: unknown): number {\n const number = ToNumber(value);\n if (number === 0) return 0;\n if (Number.isNaN(number) || number === Infinity || number === -Infinity) {\n throw new RangeError('invalid number value');\n }\n const integer = Math.trunc(number);\n if (integer === 0) return 0; // ℝ(value) in spec text; converts -0 to 0\n return integer;\n}\n\nfunction ToPositiveIntegerWithTruncation(valueParam: unknown, property?: string): number {\n const integer = ToIntegerWithTruncation(valueParam);\n if (integer <= 0) {\n if (property !== undefined) {\n throw new RangeError(`property '${property}' cannot be a a number less than one`);\n }\n throw new RangeError('Cannot convert a number less than one to a positive integer');\n }\n return integer;\n}\n\nexport function ToIntegerIfIntegral(valueParam: unknown): number {\n const number = ToNumber(valueParam);\n if (Number.isNaN(number)) throw new RangeError('not a number');\n if (number === Infinity || number === -Infinity) throw new RangeError('infinity is out of range');\n if (!IsIntegralNumber(number)) throw new RangeError(`unsupported fractional value ${valueParam}`);\n if (number === 0) return 0; // ℝ(value) in spec text; converts -0 to 0\n return number;\n}\n\nfunction ToZeroPaddedDecimalString(n: number, minLength: number) {\n if (DEBUG) {\n if (!IsIntegralNumber(n) || n < 0) {\n throw new RangeError('Assertion failed: `${n}` must be a non-negative integer');\n }\n }\n const s = String(n);\n return s.padStart(minLength, '0');\n}\n\n// This convenience function isn't in the spec, but is useful in the polyfill\n// for DRY and better error messages.\nexport function RequireString(value: unknown): string {\n if (typeof value !== 'string') {\n // Use String() to ensure that Symbols won't throw\n throw new TypeError(`expected a string, not ${String(value)}`);\n }\n return value;\n}\n\nfunction ToSyntacticallyValidMonthCode(valueParam: unknown) {\n const value = RequireString(ToPrimitive(valueParam, String));\n if (\n value.length < 3 ||\n value.length > 4 ||\n value[0] !== 'M' ||\n '0123456789'.indexOf(value[1]) === -1 ||\n '0123456789'.indexOf(value[2]) === -1 ||\n (value[1] + value[2] === '00' && value[3] !== 'L') ||\n (value[3] !== 'L' && value[3] !== undefined)\n ) {\n throw new RangeError(`bad month code ${value}; must match M01-M99 or M00L-M99L`);\n }\n return value;\n}\n\nfunction ToOffsetString(valueParam: unknown) {\n const value = RequireString(ToPrimitive(valueParam, String));\n ParseDateTimeUTCOffset(value);\n return value;\n}\n\n// Limited implementation of ToPrimitive that only handles the string case,\n// because that's all that's used in this polyfill.\nfunction ToPrimitive(value: unknown, preferredType: typeof String): string | number {\n assertExists(preferredType === String);\n if (IsObject(value)) {\n const result = value?.toString();\n if (typeof result === 'string' || typeof result === 'number') return result;\n throw new TypeError('Cannot convert object to primitive value');\n }\n return value;\n}\n\nconst CALENDAR_FIELD_KEYS: readonly FieldKey[] = [\n 'era',\n 'eraYear',\n 'year',\n 'month',\n 'monthCode',\n 'day',\n 'hour',\n 'minute',\n 'second',\n 'millisecond',\n 'microsecond',\n 'nanosecond',\n 'offset',\n 'timeZone'\n] as const;\n\ntype BuiltinCastFunction = (v: unknown) => string | number;\nconst BUILTIN_CASTS: Partial> = {\n era: ToString,\n eraYear: ToIntegerWithTruncation,\n year: ToIntegerWithTruncation,\n month: ToPositiveIntegerWithTruncation,\n monthCode: ToSyntacticallyValidMonthCode,\n day: ToPositiveIntegerWithTruncation,\n hour: ToIntegerWithTruncation,\n minute: ToIntegerWithTruncation,\n second: ToIntegerWithTruncation,\n millisecond: ToIntegerWithTruncation,\n microsecond: ToIntegerWithTruncation,\n nanosecond: ToIntegerWithTruncation,\n offset: ToOffsetString,\n timeZone: ToTemporalTimeZoneIdentifier\n};\n\nconst BUILTIN_DEFAULTS: Partial> = {\n hour: 0,\n minute: 0,\n second: 0,\n millisecond: 0,\n microsecond: 0,\n nanosecond: 0\n};\n\n// each item is [plural, singular, category, (length in ns)]\nconst TEMPORAL_UNITS = [\n ['years', 'year', 'date'],\n ['months', 'month', 'date'],\n ['weeks', 'week', 'date'],\n ['days', 'day', 'date'],\n ['hours', 'hour', 'time'],\n ['minutes', 'minute', 'time'],\n ['seconds', 'second', 'time'],\n ['milliseconds', 'millisecond', 'time'],\n ['microseconds', 'microsecond', 'time'],\n ['nanoseconds', 'nanosecond', 'time']\n] as const;\nconst SINGULAR_FOR = Object.fromEntries(TEMPORAL_UNITS.map((e) => [e[0], e[1]] as const));\nconst PLURAL_FOR = Object.fromEntries(TEMPORAL_UNITS.map(([p, s]) => [s, p] as const));\nconst UNITS_DESCENDING = TEMPORAL_UNITS.map(([, s]) => s);\ntype TimeUnitOrDay = Temporal.TimeUnit | 'day';\nconst NS_PER_TIME_UNIT = {\n day: DAY_NANOS,\n hour: 3600e9,\n minute: 60e9,\n second: 1e9,\n millisecond: 1e6,\n microsecond: 1e3,\n nanosecond: 1\n};\n\nconst DURATION_FIELDS = [\n 'days',\n 'hours',\n 'microseconds',\n 'milliseconds',\n 'minutes',\n 'months',\n 'nanoseconds',\n 'seconds',\n 'weeks',\n 'years'\n] as const;\n\nimport * as PARSE from './regex';\n\n// Save the original Intl.DateTimeFormat, it will likely be overwritten with the\n// one from this polyfill. Caching the formatter below may be reentrant, so we\n// need to use the original one\nconst OriginalIntlDateTimeFormat = Intl.DateTimeFormat;\nconst IntlDateTimeFormatEnUsCache = new Map();\n\nfunction getIntlDateTimeFormatEnUsForTimeZone(timeZoneIdentifier: string) {\n const lowercaseIdentifier = ASCIILowercase(timeZoneIdentifier);\n let instance = IntlDateTimeFormatEnUsCache.get(lowercaseIdentifier);\n if (instance === undefined) {\n instance = new OriginalIntlDateTimeFormat('en-us', {\n timeZone: lowercaseIdentifier,\n hour12: false,\n era: 'short',\n year: 'numeric',\n month: 'numeric',\n day: 'numeric',\n hour: 'numeric',\n minute: 'numeric',\n second: 'numeric'\n });\n IntlDateTimeFormatEnUsCache.set(lowercaseIdentifier, instance);\n }\n return instance;\n}\n\nexport function ToObject(value: T): T extends Record ? T : Record {\n if (typeof value === 'undefined' || value === null) {\n throw new TypeError(`Expected object not ${value}`);\n }\n return Object(value);\n}\n\n// Adapted from https://github.com/ljharb/es-abstract/blob/main/2022/CopyDataProperties.js\n// but simplified (e.g. removed assertions) for this polyfill to reduce bundle size.\nexport function CopyDataProperties>(\n target: T,\n source: T | undefined,\n excludedKeys: K[],\n excludedValues?: unknown[]\n) {\n if (typeof source === 'undefined' || source === null) return;\n\n const keys = Reflect.ownKeys(source) as (keyof T)[];\n for (let index = 0; index < keys.length; index++) {\n const nextKey = keys[index];\n if (excludedKeys.some((e) => Object.is(e, nextKey))) continue;\n if (Object.prototype.propertyIsEnumerable.call(source, nextKey)) {\n const propValue = source[nextKey];\n if (excludedValues && excludedValues.some((e) => Object.is(e, propValue))) continue;\n\n target[nextKey] = propValue;\n }\n }\n}\n\nexport function IsTemporalInstant(item: unknown): item is Temporal.Instant {\n return HasSlot(item, EPOCHNANOSECONDS) && !HasSlot(item, TIME_ZONE, CALENDAR);\n}\n\nexport function IsTemporalDuration(item: unknown): item is Temporal.Duration {\n return HasSlot(item, YEARS, MONTHS, DAYS, HOURS, MINUTES, SECONDS, MILLISECONDS, MICROSECONDS, NANOSECONDS);\n}\nexport function IsTemporalDate(item: unknown): item is Temporal.PlainDate {\n return HasSlot(item, DATE_BRAND);\n}\n\nexport function IsTemporalTime(item: unknown): item is Temporal.PlainTime {\n return HasSlot(item, TIME);\n}\n\nexport function IsTemporalDateTime(item: unknown): item is Temporal.PlainDateTime {\n return HasSlot(item, ISO_DATE_TIME);\n}\n\nexport function IsTemporalYearMonth(item: unknown): item is Temporal.PlainYearMonth {\n return HasSlot(item, YEAR_MONTH_BRAND);\n}\nexport function IsTemporalMonthDay(item: unknown): item is Temporal.PlainMonthDay {\n return HasSlot(item, MONTH_DAY_BRAND);\n}\nexport function IsTemporalZonedDateTime(item: unknown): item is Temporal.ZonedDateTime {\n return HasSlot(item, EPOCHNANOSECONDS, TIME_ZONE, CALENDAR);\n}\n\nexport function CheckReceiver(\n item: unknown,\n test: (item: unknown) => item is T\n): asserts item is T {\n if (!test(item)) throw new TypeError('invalid receiver: method called with the wrong type of this-object');\n}\n\nexport function RejectTemporalLikeObject(item: AnyTemporalLikeType) {\n if (HasSlot(item, CALENDAR) || HasSlot(item, TIME_ZONE)) {\n throw new TypeError('with() does not support a calendar or timeZone property');\n }\n if (IsTemporalTime(item)) {\n throw new TypeError('with() does not accept Temporal.PlainTime, use withPlainTime() instead');\n }\n if ((item as { calendar: unknown }).calendar !== undefined) {\n throw new TypeError('with() does not support a calendar property');\n }\n if ((item as { timeZone: unknown }).timeZone !== undefined) {\n throw new TypeError('with() does not support a timeZone property');\n }\n}\n\nfunction FormatCalendarAnnotation(id: BuiltinCalendarId, showCalendar: Temporal.ShowCalendarOption['calendarName']) {\n if (showCalendar === 'never') return '';\n if (showCalendar === 'auto' && id === 'iso8601') return '';\n const flag = showCalendar === 'critical' ? '!' : '';\n return `[${flag}u-ca=${id}]`;\n}\n\n// Not a separate abstract operation in the spec, because it only occurs in one\n// place: ParseISODateTime. In the code it's more convenient to split up\n// ParseISODateTime for the YYYY-MM, MM-DD, and THH:MM:SS parse goals, so it's\n// repeated four times.\nfunction processAnnotations(annotations: string) {\n let calendar;\n let calendarWasCritical = false;\n // Avoid the user code minefield of matchAll.\n let match;\n PARSE.annotation.lastIndex = 0;\n while ((match = PARSE.annotation.exec(annotations))) {\n const { 1: critical, 2: key, 3: value } = match;\n if (key === 'u-ca') {\n if (calendar === undefined) {\n calendar = value;\n calendarWasCritical = critical === '!';\n } else if (critical === '!' || calendarWasCritical) {\n throw new RangeError(`Invalid annotations in ${annotations}: more than one u-ca present with critical flag`);\n }\n } else if (critical === '!') {\n throw new RangeError(`Unrecognized annotation: !${key}=${value}`);\n }\n }\n return calendar;\n}\n\nfunction ParseISODateTime(isoString: string) {\n // ZDT is the superset of fields for every other Temporal type\n const match = PARSE.zoneddatetime.exec(isoString);\n if (!match) throw new RangeError(`invalid RFC 9557 string: ${isoString}`);\n const calendar = processAnnotations(match[16]);\n let yearString = match[1];\n if (yearString === '-000000') throw new RangeError(`invalid RFC 9557 string: ${isoString}`);\n const year = +yearString;\n const month = +(match[2] ?? match[4] ?? 1);\n const day = +(match[3] ?? match[5] ?? 1);\n const hasTime = match[6] !== undefined;\n const hour = +(match[6] ?? 0);\n const minute = +(match[7] ?? match[10] ?? 0);\n let second = +(match[8] ?? match[11] ?? 0);\n if (second === 60) second = 59;\n const fraction = (match[9] ?? match[12] ?? '') + '000000000';\n const millisecond = +fraction.slice(0, 3);\n const microsecond = +fraction.slice(3, 6);\n const nanosecond = +fraction.slice(6, 9);\n let offset;\n let z = false;\n if (match[13]) {\n offset = undefined;\n z = true;\n } else if (match[14]) {\n offset = match[14];\n }\n const tzAnnotation = match[15];\n RejectDateTime(year, month, day, hour, minute, second, millisecond, microsecond, nanosecond);\n return {\n year,\n month,\n day,\n time: hasTime ? { hour, minute, second, millisecond, microsecond, nanosecond } : ('start-of-day' as const),\n tzAnnotation,\n offset,\n z,\n calendar\n };\n}\n\n// ts-prune-ignore-next TODO: remove if test/validStrings is converted to TS.\nexport function ParseTemporalInstantString(isoString: string) {\n const result = ParseISODateTime(isoString);\n if (!result.z && !result.offset) throw new RangeError('Temporal.Instant requires a time zone offset');\n return result;\n}\n\n// ts-prune-ignore-next TODO: remove if test/validStrings is converted to TS.\nexport function ParseTemporalZonedDateTimeString(isoString: string) {\n const result = ParseISODateTime(isoString);\n if (!result.tzAnnotation) throw new RangeError('Temporal.ZonedDateTime requires a time zone ID in brackets');\n return result;\n}\n\n// ts-prune-ignore-next TODO: remove if test/validStrings is converted to TS.\nexport function ParseTemporalDateTimeString(isoString: string) {\n return ParseISODateTime(isoString);\n}\n\n// ts-prune-ignore-next TODO: remove if test/validStrings is converted to TS.\nexport function ParseTemporalDateString(isoString: string) {\n return ParseISODateTime(isoString);\n}\n\n// ts-prune-ignore-next TODO: remove if test/validStrings is converted to TS.\nexport function ParseTemporalTimeString(isoString: string) {\n const match = PARSE.time.exec(isoString);\n let hour, minute, second, millisecond, microsecond, nanosecond, calendar;\n if (match) {\n calendar = processAnnotations(match[10]);\n hour = +(match[1] ?? 0);\n minute = +(match[2] ?? match[5] ?? 0);\n second = +(match[3] ?? match[6] ?? 0);\n if (second === 60) second = 59;\n const fraction = (match[4] ?? match[7] ?? '') + '000000000';\n millisecond = +fraction.slice(0, 3);\n microsecond = +fraction.slice(3, 6);\n nanosecond = +fraction.slice(6, 9);\n if (match[8]) throw new RangeError('Z designator not supported for PlainTime');\n } else {\n let time, z;\n ({ time, z, calendar } = ParseISODateTime(isoString));\n if (time === 'start-of-day') throw new RangeError(`time is missing in string: ${isoString}`);\n if (z) throw new RangeError('Z designator not supported for PlainTime');\n ({ hour, minute, second, millisecond, microsecond, nanosecond } = time);\n }\n RejectTime(hour, minute, second, millisecond, microsecond, nanosecond);\n // if it's a date-time string, OK\n if (/[tT ][0-9][0-9]/.test(isoString)) {\n return { hour, minute, second, millisecond, microsecond, nanosecond, calendar };\n }\n try {\n const { month, day } = ParseTemporalMonthDayString(isoString);\n RejectISODate(1972, month, day);\n } catch {\n try {\n const { year, month } = ParseTemporalYearMonthString(isoString);\n RejectISODate(year, month, 1);\n } catch {\n return { hour, minute, second, millisecond, microsecond, nanosecond, calendar };\n }\n }\n throw new RangeError(`invalid RFC 9557 time-only string ${isoString}; may need a T prefix`);\n}\n\n// ts-prune-ignore-next TODO: remove if test/validStrings is converted to TS.\nexport function ParseTemporalYearMonthString(isoString: string) {\n const match = PARSE.yearmonth.exec(isoString);\n let year, month, calendar, referenceISODay;\n if (match) {\n calendar = processAnnotations(match[3]);\n let yearString = match[1];\n if (yearString === '-000000') throw new RangeError(`invalid RFC 9557 string: ${isoString}`);\n year = +yearString;\n month = +match[2];\n referenceISODay = 1;\n if (calendar !== undefined && calendar !== 'iso8601') {\n throw new RangeError('YYYY-MM format is only valid with iso8601 calendar');\n }\n } else {\n let z;\n ({ year, month, calendar, day: referenceISODay, z } = ParseISODateTime(isoString));\n if (z) throw new RangeError('Z designator not supported for PlainYearMonth');\n }\n return { year, month, calendar, referenceISODay };\n}\n\n// ts-prune-ignore-next TODO: remove if test/validStrings is converted to TS.\nexport function ParseTemporalMonthDayString(isoString: string) {\n const match = PARSE.monthday.exec(isoString);\n let month, day, calendar, referenceISOYear;\n if (match) {\n calendar = processAnnotations(match[3]);\n month = +match[1];\n day = +match[2];\n if (calendar !== undefined && calendar !== 'iso8601') {\n throw new RangeError('MM-DD format is only valid with iso8601 calendar');\n }\n } else {\n let z;\n ({ month, day, calendar, year: referenceISOYear, z } = ParseISODateTime(isoString));\n if (z) throw new RangeError('Z designator not supported for PlainMonthDay');\n }\n return { month, day, calendar, referenceISOYear };\n}\n\nconst TIMEZONE_IDENTIFIER = new RegExp(`^${PARSE.timeZoneID.source}$`, 'i');\nconst OFFSET_IDENTIFIER = new RegExp(`^${PARSE.offsetIdentifier.source}$`);\n\nfunction throwBadTimeZoneStringError(timeZoneString: string): never {\n // Offset identifiers only support minute precision, but offsets in ISO\n // strings support nanosecond precision. If the identifier is invalid but\n // it's a valid ISO offset, then it has sub-minute precision. Show a clearer\n // error message in that case.\n const msg = OFFSET.test(timeZoneString) ? 'Seconds not allowed in offset time zone' : 'Invalid time zone';\n throw new RangeError(`${msg}: ${timeZoneString}`);\n}\n\nexport function ParseTimeZoneIdentifier(\n identifier: string\n): { tzName: string; offsetMinutes?: undefined } | { tzName?: undefined; offsetMinutes: number } {\n if (!TIMEZONE_IDENTIFIER.test(identifier)) {\n throwBadTimeZoneStringError(identifier);\n }\n if (OFFSET_IDENTIFIER.test(identifier)) {\n const offsetNanoseconds = ParseDateTimeUTCOffset(identifier);\n // The regex limits the input to minutes precision, so we know that the\n // division below will result in an integer.\n return { offsetMinutes: offsetNanoseconds / 60e9 };\n }\n return { tzName: identifier };\n}\n\n// This operation doesn't exist in the spec, but in the polyfill it's split from\n// ParseTemporalTimeZoneString so that parsing can be tested separately from the\n// logic of converting parsed values into a named or offset identifier.\n// ts-prune-ignore-next TODO: remove if test/validStrings is converted to TS.\nexport function ParseTemporalTimeZoneStringRaw(timeZoneString: string): {\n tzAnnotation: string;\n offset: string | undefined;\n z: boolean;\n} {\n if (TIMEZONE_IDENTIFIER.test(timeZoneString)) {\n return { tzAnnotation: timeZoneString, offset: undefined, z: false };\n }\n try {\n // Try parsing ISO string instead\n const { tzAnnotation, offset, z } = ParseISODateTime(timeZoneString);\n if (z || tzAnnotation || offset) {\n return { tzAnnotation, offset, z };\n }\n } catch {\n // fall through\n }\n throwBadTimeZoneStringError(timeZoneString);\n}\n\nfunction ParseTemporalTimeZoneString(stringIdent: string): ReturnType {\n const { tzAnnotation, offset, z } = ParseTemporalTimeZoneStringRaw(stringIdent);\n if (tzAnnotation) return ParseTimeZoneIdentifier(tzAnnotation);\n if (z) return ParseTimeZoneIdentifier('UTC');\n if (offset) return ParseTimeZoneIdentifier(offset);\n /* c8 ignore next */ assertNotReached();\n}\n\n// ts-prune-ignore-next TODO: remove if test/validStrings is converted to TS.\nexport function ParseTemporalDurationStringRaw(isoString: string) {\n const match = PARSE.duration.exec(isoString);\n if (!match) throw new RangeError(`invalid duration: ${isoString}`);\n if (match.every((part, i) => i < 2 || part === undefined)) {\n throw new RangeError(`invalid duration: ${isoString}`);\n }\n const sign = match[1] === '-' ? -1 : 1;\n const years = match[2] === undefined ? 0 : ToIntegerWithTruncation(match[2]) * sign;\n const months = match[3] === undefined ? 0 : ToIntegerWithTruncation(match[3]) * sign;\n const weeks = match[4] === undefined ? 0 : ToIntegerWithTruncation(match[4]) * sign;\n const days = match[5] === undefined ? 0 : ToIntegerWithTruncation(match[5]) * sign;\n const hours = match[6] === undefined ? 0 : ToIntegerWithTruncation(match[6]) * sign;\n const fHours = match[7];\n const minutesStr = match[8];\n const fMinutes = match[9];\n const secondsStr = match[10];\n const fSeconds = match[11];\n let minutes = 0;\n let seconds = 0;\n // fractional hours, minutes, or seconds, expressed in whole nanoseconds:\n let excessNanoseconds = 0;\n\n if (fHours !== undefined) {\n if (minutesStr ?? fMinutes ?? secondsStr ?? fSeconds ?? false) {\n throw new RangeError('only the smallest unit can be fractional');\n }\n excessNanoseconds = ToIntegerWithTruncation((fHours + '000000000').slice(0, 9)) * 3600 * sign;\n } else {\n minutes = minutesStr === undefined ? 0 : ToIntegerWithTruncation(minutesStr) * sign;\n if (fMinutes !== undefined) {\n if (secondsStr ?? fSeconds ?? false) {\n throw new RangeError('only the smallest unit can be fractional');\n }\n excessNanoseconds = ToIntegerWithTruncation((fMinutes + '000000000').slice(0, 9)) * 60 * sign;\n } else {\n seconds = secondsStr === undefined ? 0 : ToIntegerWithTruncation(secondsStr) * sign;\n if (fSeconds !== undefined) {\n excessNanoseconds = ToIntegerWithTruncation((fSeconds + '000000000').slice(0, 9)) * sign;\n }\n }\n }\n\n const nanoseconds = excessNanoseconds % 1000;\n const microseconds = Math.trunc(excessNanoseconds / 1000) % 1000;\n const milliseconds = Math.trunc(excessNanoseconds / 1e6) % 1000;\n seconds += Math.trunc(excessNanoseconds / 1e9) % 60;\n minutes += Math.trunc(excessNanoseconds / 60e9);\n\n RejectDuration(years, months, weeks, days, hours, minutes, seconds, milliseconds, microseconds, nanoseconds);\n return { years, months, weeks, days, hours, minutes, seconds, milliseconds, microseconds, nanoseconds };\n}\n\nfunction ParseTemporalDurationString(isoString: string) {\n const { years, months, weeks, days, hours, minutes, seconds, milliseconds, microseconds, nanoseconds } =\n ParseTemporalDurationStringRaw(isoString);\n const TemporalDuration = GetIntrinsic('%Temporal.Duration%');\n return new TemporalDuration(\n years,\n months,\n weeks,\n days,\n hours,\n minutes,\n seconds,\n milliseconds,\n microseconds,\n nanoseconds\n );\n}\n\nexport function RegulateISODate(yearParam: number, monthParam: number, dayParam: number, overflow: Overflow) {\n let year = yearParam;\n let month = monthParam;\n let day = dayParam;\n switch (overflow) {\n case 'reject':\n RejectISODate(year, month, day);\n break;\n case 'constrain':\n ({ year, month, day } = ConstrainISODate(year, month, day));\n break;\n }\n return { year, month, day };\n}\n\nexport function RegulateTime(\n hourParam: number,\n minuteParam: number,\n secondParam: number,\n millisecondParam: number,\n microsecondParam: number,\n nanosecondParam: number,\n overflow: Overflow\n) {\n let hour = hourParam;\n let minute = minuteParam;\n let second = secondParam;\n let millisecond = millisecondParam;\n let microsecond = microsecondParam;\n let nanosecond = nanosecondParam;\n\n switch (overflow) {\n case 'reject':\n RejectTime(hour, minute, second, millisecond, microsecond, nanosecond);\n break;\n case 'constrain':\n hour = ConstrainToRange(hour, 0, 23);\n minute = ConstrainToRange(minute, 0, 59);\n second = ConstrainToRange(second, 0, 59);\n millisecond = ConstrainToRange(millisecond, 0, 999);\n microsecond = ConstrainToRange(microsecond, 0, 999);\n nanosecond = ConstrainToRange(nanosecond, 0, 999);\n break;\n }\n return { hour, minute, second, millisecond, microsecond, nanosecond };\n}\n\nexport function ToTemporalPartialDurationRecord(temporalDurationLike: Temporal.DurationLike | string) {\n if (!IsObject(temporalDurationLike)) {\n throw new TypeError('invalid duration-like');\n }\n const result: Record<(typeof DURATION_FIELDS)[number], number | undefined> = {\n years: undefined,\n months: undefined,\n weeks: undefined,\n days: undefined,\n hours: undefined,\n minutes: undefined,\n seconds: undefined,\n milliseconds: undefined,\n microseconds: undefined,\n nanoseconds: undefined\n };\n let any = false;\n for (let index = 0; index < DURATION_FIELDS.length; index++) {\n const property = DURATION_FIELDS[index];\n const value = temporalDurationLike[property];\n if (value !== undefined) {\n any = true;\n result[property] = ToIntegerIfIntegral(value);\n }\n }\n if (!any) {\n throw new TypeError('invalid duration-like');\n }\n return result;\n}\n\nexport function AdjustDateDurationRecord(\n { years, months, weeks, days }: DateDuration,\n newDays: number,\n newWeeks?: number,\n newMonths?: number\n) {\n return {\n years,\n months: newMonths ?? months,\n weeks: newWeeks ?? weeks,\n days: newDays ?? days\n };\n}\n\nexport function ZeroDateDuration() {\n return { years: 0, months: 0, weeks: 0, days: 0 };\n}\n\nexport function CombineISODateAndTimeRecord(isoDate: ISODate, time: TimeRecord) {\n return { isoDate, time };\n}\n\nexport function MidnightTimeRecord() {\n return { deltaDays: 0, hour: 0, minute: 0, second: 0, millisecond: 0, microsecond: 0, nanosecond: 0 };\n}\n\nexport function NoonTimeRecord() {\n return { deltaDays: 0, hour: 12, minute: 0, second: 0, millisecond: 0, microsecond: 0, nanosecond: 0 };\n}\n\nexport function GetTemporalOverflowOption(options: Temporal.AssignmentOptions) {\n return GetOption(options, 'overflow', ['constrain', 'reject'], 'constrain');\n}\n\nexport function GetTemporalDisambiguationOption(options: Temporal.ToInstantOptions) {\n return GetOption(options, 'disambiguation', ['compatible', 'earlier', 'later', 'reject'], 'compatible');\n}\n\nexport function GetRoundingModeOption(\n options: { roundingMode?: Temporal.RoundingMode },\n fallback: Temporal.RoundingMode\n) {\n return GetOption(\n options,\n 'roundingMode',\n ['ceil', 'floor', 'expand', 'trunc', 'halfCeil', 'halfFloor', 'halfExpand', 'halfTrunc', 'halfEven'],\n fallback\n );\n}\n\nfunction NegateRoundingMode(roundingMode: Temporal.RoundingMode) {\n switch (roundingMode) {\n case 'ceil':\n return 'floor';\n case 'floor':\n return 'ceil';\n case 'halfCeil':\n return 'halfFloor';\n case 'halfFloor':\n return 'halfCeil';\n default:\n return roundingMode;\n }\n}\n\nexport function GetTemporalOffsetOption(\n options: Temporal.OffsetDisambiguationOptions,\n fallback: Required['offset']\n) {\n return GetOption(options, 'offset', ['prefer', 'use', 'ignore', 'reject'], fallback);\n}\n\nexport function GetTemporalShowCalendarNameOption(options: Temporal.ShowCalendarOption) {\n return GetOption(options, 'calendarName', ['auto', 'always', 'never', 'critical'], 'auto');\n}\n\nexport function GetTemporalShowTimeZoneNameOption(options: Temporal.ZonedDateTimeToStringOptions) {\n return GetOption(options, 'timeZoneName', ['auto', 'never', 'critical'], 'auto');\n}\n\nexport function GetTemporalShowOffsetOption(options: Temporal.ZonedDateTimeToStringOptions) {\n return GetOption(options, 'offset', ['auto', 'never'], 'auto');\n}\n\nexport function GetDirectionOption(options: { direction?: 'next' | 'previous' }) {\n return GetOption(options, 'direction', ['next', 'previous'], REQUIRED);\n}\n\nexport function GetTemporalRoundingIncrementOption(options: { roundingIncrement?: number }) {\n let increment = options.roundingIncrement;\n if (increment === undefined) return 1;\n const integerIncrement = ToIntegerWithTruncation(increment);\n if (integerIncrement < 1 || integerIncrement > 1e9) {\n throw new RangeError(`roundingIncrement must be at least 1 and at most 1e9, not ${increment}`);\n }\n return integerIncrement;\n}\nexport function ValidateTemporalRoundingIncrement(increment: number, dividend: number, inclusive: boolean) {\n const maximum = inclusive ? dividend : dividend - 1;\n if (increment > maximum) {\n throw new RangeError(`roundingIncrement must be at least 1 and less than ${maximum}, not ${increment}`);\n }\n if (dividend % increment !== 0) {\n throw new RangeError(`Rounding increment must divide evenly into ${dividend}`);\n }\n}\n\nexport function GetTemporalFractionalSecondDigitsOption(\n normalizedOptions: Temporal.ToStringPrecisionOptions\n): Temporal.ToStringPrecisionOptions['fractionalSecondDigits'] {\n const digitsValue = normalizedOptions.fractionalSecondDigits;\n if (digitsValue === undefined) return 'auto';\n if (typeof digitsValue !== 'number') {\n if (ToString(digitsValue) !== 'auto') {\n throw new RangeError(`fractionalSecondDigits must be 'auto' or 0 through 9, not ${digitsValue}`);\n }\n return 'auto';\n }\n const digitCount = Math.floor(digitsValue);\n if (!Number.isFinite(digitCount) || digitCount < 0 || digitCount > 9) {\n throw new RangeError(`fractionalSecondDigits must be 'auto' or 0 through 9, not ${digitsValue}`);\n }\n return digitCount as Exclude;\n}\n\ninterface SecondsStringPrecisionRecord {\n precision: Temporal.ToStringPrecisionOptions['fractionalSecondDigits'] | 'minute';\n unit: UnitSmallerThanOrEqualTo<'minute'>;\n increment: number;\n}\n\nexport function ToSecondsStringPrecisionRecord(\n smallestUnit: Temporal.ToStringPrecisionOptions['smallestUnit'],\n precision: Temporal.ToStringPrecisionOptions['fractionalSecondDigits']\n): SecondsStringPrecisionRecord {\n switch (smallestUnit) {\n case 'minute':\n return { precision: 'minute', unit: 'minute', increment: 1 };\n case 'second':\n return { precision: 0, unit: 'second', increment: 1 };\n case 'millisecond':\n return { precision: 3, unit: 'millisecond', increment: 1 };\n case 'microsecond':\n return { precision: 6, unit: 'microsecond', increment: 1 };\n case 'nanosecond':\n return { precision: 9, unit: 'nanosecond', increment: 1 };\n default: // fall through if option not given\n }\n switch (precision) {\n case 'auto':\n return { precision, unit: 'nanosecond', increment: 1 };\n case 0:\n return { precision, unit: 'second', increment: 1 };\n case 1:\n case 2:\n case 3:\n return { precision, unit: 'millisecond', increment: 10 ** (3 - precision) };\n case 4:\n case 5:\n case 6:\n return { precision, unit: 'microsecond', increment: 10 ** (6 - precision) };\n case 7:\n case 8:\n case 9:\n return { precision, unit: 'nanosecond', increment: 10 ** (9 - precision) };\n default:\n throw new RangeError(`fractionalSecondDigits must be 'auto' or 0 through 9, not ${precision}`);\n }\n}\n\nexport const REQUIRED = Symbol('~required~');\n\ninterface TemporalUnitOptionsBag {\n smallestUnit?: Temporal.PluralUnit | Temporal.DateTimeUnit;\n largestUnit?: Temporal.PluralUnit | Temporal.DateTimeUnit | 'auto';\n unit?: Temporal.PluralUnit | Temporal.DateTimeUnit;\n}\ntype UnitTypeMapping = {\n date: Temporal.DateUnit;\n time: Temporal.TimeUnit;\n datetime: Temporal.DateTimeUnit;\n};\n// This type specifies the allowed defaults for each unit key type.\ntype AllowedGetTemporalUnitDefaultValues = {\n smallestUnit: undefined;\n largestUnit: 'auto' | undefined;\n unit: undefined;\n};\n\nexport function GetTemporalUnitValuedOption<\n U extends keyof TemporalUnitOptionsBag,\n T extends keyof UnitTypeMapping,\n D extends typeof REQUIRED | UnitTypeMapping[T] | AllowedGetTemporalUnitDefaultValues[U],\n R extends Exclude | UnitTypeMapping[T]\n>(options: TemporalUnitOptionsBag, key: U, unitGroup: T, requiredOrDefault: D): R;\nexport function GetTemporalUnitValuedOption<\n U extends keyof TemporalUnitOptionsBag,\n T extends keyof UnitTypeMapping,\n D extends typeof REQUIRED | UnitTypeMapping[T] | AllowedGetTemporalUnitDefaultValues[U],\n E extends 'auto' | Temporal.DateTimeUnit,\n R extends UnitTypeMapping[T] | Exclude | E\n>(options: TemporalUnitOptionsBag, key: U, unitGroup: T, requiredOrDefault: D, extraValues: ReadonlyArray): R;\n// This signature of the function is NOT used in type-checking, so restricting\n// the default value via generic binding like the other overloads isn't\n// necessary.\nexport function GetTemporalUnitValuedOption<\n T extends keyof UnitTypeMapping,\n D extends typeof REQUIRED | UnitTypeMapping[T] | 'auto' | undefined,\n E extends 'auto' | Temporal.DateTimeUnit,\n R extends UnitTypeMapping[T] | Exclude | E\n>(\n options: TemporalUnitOptionsBag,\n key: keyof typeof options,\n unitGroup: T,\n requiredOrDefault: D,\n extraValues: ReadonlyArray | never[] = []\n): R {\n let allowedSingular: Array = [];\n for (let index = 0; index < TEMPORAL_UNITS.length; index++) {\n const unitInfo = TEMPORAL_UNITS[index];\n const singular = unitInfo[1];\n const category = unitInfo[2];\n if (unitGroup === 'datetime' || unitGroup === category) {\n allowedSingular.push(singular);\n }\n }\n allowedSingular = allowedSingular.concat(extraValues);\n let defaultVal: typeof REQUIRED | Temporal.DateTimeUnit | 'auto' | undefined = requiredOrDefault;\n if (defaultVal === REQUIRED) {\n defaultVal = undefined;\n } else if (defaultVal !== undefined) {\n allowedSingular.push(defaultVal);\n }\n let allowedValues: Array | 'auto'> = [];\n allowedValues = allowedValues.concat(allowedSingular);\n for (let index = 0; index < allowedSingular.length; index++) {\n const singular = allowedSingular[index];\n const plural = PLURAL_FOR[singular];\n if (plural !== undefined) allowedValues.push(plural);\n }\n let retval = GetOption(options, key, allowedValues, defaultVal);\n if (retval === undefined && requiredOrDefault === REQUIRED) {\n throw new RangeError(`${key} is required`);\n }\n // Coerce any plural units into their singular form\n return (retval && retval in SINGULAR_FOR ? SINGULAR_FOR[retval] : retval) as R;\n}\n\nexport function GetTemporalRelativeToOption(options: {\n relativeTo?:\n | Temporal.ZonedDateTime\n | Temporal.PlainDateTime\n | Temporal.ZonedDateTimeLike\n | Temporal.PlainDateTimeLike\n | string\n | undefined;\n}):\n | { zonedRelativeTo?: Temporal.ZonedDateTime; plainRelativeTo?: never }\n | { plainRelativeTo?: Temporal.PlainDate; zonedRelativeTo?: never } {\n const relativeTo = options.relativeTo;\n if (relativeTo === undefined) return {};\n\n let offsetBehaviour: OffsetBehaviour = 'option';\n let matchMinutes = false;\n let isoDate, time, calendar, timeZone, offset;\n if (IsObject(relativeTo)) {\n if (IsTemporalZonedDateTime(relativeTo)) {\n return { zonedRelativeTo: relativeTo };\n }\n if (IsTemporalDate(relativeTo)) return { plainRelativeTo: relativeTo };\n if (IsTemporalDateTime(relativeTo)) {\n return {\n plainRelativeTo: CreateTemporalDate(GetSlot(relativeTo, ISO_DATE_TIME).isoDate, GetSlot(relativeTo, CALENDAR))\n };\n }\n calendar = GetTemporalCalendarIdentifierWithISODefault(relativeTo);\n const fields = PrepareCalendarFields(\n calendar,\n relativeTo,\n ['year', 'month', 'monthCode', 'day'],\n ['hour', 'minute', 'second', 'millisecond', 'microsecond', 'nanosecond', 'offset', 'timeZone'],\n []\n );\n ({ isoDate, time } = InterpretTemporalDateTimeFields(calendar, fields, 'constrain'));\n ({ offset, timeZone } = fields);\n if (offset === undefined) offsetBehaviour = 'wall';\n } else {\n let tzAnnotation, z, year, month, day;\n ({ year, month, day, time, calendar, tzAnnotation, offset, z } = ParseISODateTime(RequireString(relativeTo)));\n if (tzAnnotation) {\n timeZone = ToTemporalTimeZoneIdentifier(tzAnnotation);\n if (z) {\n offsetBehaviour = 'exact';\n } else if (!offset) {\n offsetBehaviour = 'wall';\n }\n matchMinutes = true;\n } else if (z) {\n throw new RangeError(\n 'Z designator not supported for PlainDate relativeTo; either remove the Z or add a bracketed time zone'\n );\n }\n if (!calendar) calendar = 'iso8601';\n calendar = CanonicalizeCalendar(calendar);\n isoDate = { year, month, day };\n }\n if (timeZone === undefined) {\n return { plainRelativeTo: CreateTemporalDate(isoDate, calendar) };\n }\n const offsetNs = offsetBehaviour === 'option' ? ParseDateTimeUTCOffset(castExists(offset)) : 0;\n const epochNanoseconds = InterpretISODateTimeOffset(\n isoDate,\n time,\n offsetBehaviour,\n offsetNs,\n timeZone,\n 'compatible',\n 'reject',\n matchMinutes\n );\n return { zonedRelativeTo: CreateTemporalZonedDateTime(epochNanoseconds, timeZone, calendar) };\n}\n\nexport function DefaultTemporalLargestUnit(duration: Temporal.Duration) {\n if (GetSlot(duration, YEARS) !== 0) return 'year';\n if (GetSlot(duration, MONTHS) !== 0) return 'month';\n if (GetSlot(duration, WEEKS) !== 0) return 'week';\n if (GetSlot(duration, DAYS) !== 0) return 'day';\n if (GetSlot(duration, HOURS) !== 0) return 'hour';\n if (GetSlot(duration, MINUTES) !== 0) return 'minute';\n if (GetSlot(duration, SECONDS) !== 0) return 'second';\n if (GetSlot(duration, MILLISECONDS) !== 0) return 'millisecond';\n if (GetSlot(duration, MICROSECONDS) !== 0) return 'microsecond';\n return 'nanosecond';\n}\n\nexport function LargerOfTwoTemporalUnits(\n unit1: T1,\n unit2: T2\n) {\n const i1 = UNITS_DESCENDING.indexOf(unit1);\n const i2 = UNITS_DESCENDING.indexOf(unit2);\n if (i1 > i2) {\n return unit2;\n }\n return unit1;\n}\n\nexport function IsCalendarUnit(unit: Temporal.DateTimeUnit): unit is Exclude {\n return unit === 'year' || unit === 'month' || unit === 'week';\n}\n\nexport function TemporalUnitCategory(unit: Temporal.DateTimeUnit) {\n if (IsCalendarUnit(unit) || unit === 'day') return 'date';\n return 'time';\n}\n\nfunction calendarImplForID(calendar: BuiltinCalendarId) {\n return GetIntrinsic('%calendarImpl%')(calendar);\n}\n\nexport function calendarImplForObj(\n temporalObj:\n | Temporal.PlainDate\n | Temporal.PlainDateTime\n | Temporal.PlainMonthDay\n | Temporal.PlainYearMonth\n | Temporal.ZonedDateTime\n) {\n return GetIntrinsic('%calendarImpl%')(GetSlot(temporalObj, CALENDAR));\n}\n\ntype ISODateToFieldsReturn = Resolve<{\n year: Type extends 'date' | 'year-month' ? number : never;\n monthCode: string;\n day: Type extends 'date' | 'month-day' ? number : never;\n}>;\n\nexport function ISODateToFields(calendar: BuiltinCalendarId, isoDate: ISODate): ISODateToFieldsReturn<'date'>;\nexport function ISODateToFields(\n calendar: BuiltinCalendarId,\n isoDate: ISODate,\n type: T\n): ISODateToFieldsReturn;\nexport function ISODateToFields(calendar: BuiltinCalendarId, isoDate: ISODate, type = 'date') {\n const fields = Object.create(null);\n const calendarImpl = calendarImplForID(calendar);\n const calendarDate = calendarImpl.isoToDate(isoDate, { year: true, monthCode: true, day: true });\n\n fields.monthCode = calendarDate.monthCode;\n if (type === 'month-day' || type === 'date') {\n fields.day = calendarDate.day;\n }\n if (type === 'year-month' || type === 'date') {\n fields.year = calendarDate.year;\n }\n return fields;\n}\n\ntype Prop = T extends unknown ? (K extends keyof T ? T[K] : undefined) : 'ThisShouldNeverHappen';\n\ntype FieldObjectWithRequired = Resolve<\n // The resulting object type contains:\n // - All keys in FieldKeys, which are required properties and their values\n // don't include undefined.\n // - All the other keys in CalendarFieldsRecord that aren't in FieldKeys,\n // which are optional properties and their value types explicitly include\n // undefined.\n {\n -readonly [k in FieldKeys]: Exclude, undefined>;\n } & {\n -readonly [k in Exclude, FieldKeys>]?: Prop | undefined;\n }\n>;\n\ntype PrepareCalendarFieldsReturn<\n FieldKeys extends FieldKey,\n RequiredFieldsOpt extends ReadonlyArray | 'partial'\n> = RequiredFieldsOpt extends 'partial' ? Partial : FieldObjectWithRequired;\n\nexport function PrepareCalendarFields<\n FieldKeys extends FieldKey,\n RequiredFields extends ReadonlyArray | 'partial'\n>(\n calendar: BuiltinCalendarId,\n bag: Partial>,\n calendarFieldNames: Array,\n nonCalendarFieldNames: Array,\n requiredFields: RequiredFields\n): PrepareCalendarFieldsReturn {\n const extraFieldNames = calendarImplForID(calendar).extraFields(calendarFieldNames) as FieldKeys[];\n const fields = calendarFieldNames.concat(nonCalendarFieldNames, extraFieldNames);\n const result: Partial> = Object.create(null);\n let any = false;\n fields.sort();\n for (let index = 0; index < fields.length; index++) {\n const property = fields[index];\n const value = bag[property];\n if (value !== undefined) {\n any = true;\n result[property] = castExists(BUILTIN_CASTS[property])(value);\n } else if (requiredFields !== 'partial') {\n if (requiredFields.includes(property)) {\n throw new TypeError(`required property '${property}' missing or undefined`);\n }\n result[property] = BUILTIN_DEFAULTS[property];\n }\n }\n if (requiredFields === 'partial' && !any) {\n throw new TypeError('no supported properties found');\n }\n return result as unknown as PrepareCalendarFieldsReturn;\n}\n\ntype FieldCompleteness = 'complete' | 'partial';\n\nexport function ToTemporalTimeRecord(bag: Partial>): TimeRecord;\nexport function ToTemporalTimeRecord(\n bag: Partial>,\n completeness: 'partial'\n): Partial;\nexport function ToTemporalTimeRecord(\n bag: Partial>,\n completeness: 'complete'\n): TimeRecord;\nexport function ToTemporalTimeRecord(\n bag: Partial>,\n completeness: FieldCompleteness = 'complete'\n): Partial {\n // NOTE: Field order is sorted to make the sort in PrepareTemporalFields more efficient.\n const fields: (keyof TimeRecord)[] = ['hour', 'microsecond', 'millisecond', 'minute', 'nanosecond', 'second'];\n let any = false;\n const result: Partial = Object.create(null);\n for (let index = 0; index < fields.length; index++) {\n const field = fields[index];\n const value = bag[field];\n if (value !== undefined) {\n result[field] = ToIntegerWithTruncation(value);\n any = true;\n } else if (completeness === 'complete') {\n result[field] = 0;\n }\n }\n if (!any) throw new TypeError('invalid time-like');\n return result;\n}\n\nexport function ToTemporalDate(\n item: PlainDateParams['from'][0],\n options?: PlainDateParams['from'][1]\n): Temporal.PlainDate {\n if (IsObject(item)) {\n if (IsTemporalDate(item)) {\n GetTemporalOverflowOption(GetOptionsObject(options));\n return CreateTemporalDate(GetSlot(item, ISO_DATE), GetSlot(item, CALENDAR));\n }\n if (IsTemporalZonedDateTime(item)) {\n const isoDateTime = GetISODateTimeFor(GetSlot(item, TIME_ZONE), GetSlot(item, EPOCHNANOSECONDS));\n GetTemporalOverflowOption(GetOptionsObject(options)); // validate and ignore\n const isoDate = isoDateTime.isoDate;\n return CreateTemporalDate(isoDate, GetSlot(item, CALENDAR));\n }\n if (IsTemporalDateTime(item)) {\n GetTemporalOverflowOption(GetOptionsObject(options)); // validate and ignore\n return CreateTemporalDate(GetSlot(item, ISO_DATE_TIME).isoDate, GetSlot(item, CALENDAR));\n }\n const calendar = GetTemporalCalendarIdentifierWithISODefault(item);\n const fields = PrepareCalendarFields(calendar, item, ['year', 'month', 'monthCode', 'day'], [], []);\n const overflow = GetTemporalOverflowOption(GetOptionsObject(options));\n const isoDate = CalendarDateFromFields(calendar, fields, overflow);\n return CreateTemporalDate(isoDate, calendar);\n }\n let { year, month, day, calendar, z } = ParseTemporalDateString(RequireString(item));\n if (z) throw new RangeError('Z designator not supported for PlainDate');\n if (!calendar) calendar = 'iso8601';\n calendar = CanonicalizeCalendar(calendar);\n uncheckedAssertNarrowedType(calendar, 'lowercased and canonicalized');\n GetTemporalOverflowOption(GetOptionsObject(options)); // validate and ignore\n return CreateTemporalDate({ year, month, day }, calendar);\n}\n\nexport function InterpretTemporalDateTimeFields(\n calendar: BuiltinCalendarId,\n fields: CalendarFieldsRecord & TimeRecord,\n overflow: Overflow\n) {\n const isoDate = CalendarDateFromFields(calendar, fields, overflow);\n const time = RegulateTime(\n fields.hour,\n fields.minute,\n fields.second,\n fields.millisecond,\n fields.microsecond,\n fields.nanosecond,\n overflow\n );\n return CombineISODateAndTimeRecord(isoDate, time);\n}\n\nexport function ToTemporalDateTime(item: PlainDateTimeParams['from'][0], options?: PlainDateTimeParams['from'][1]) {\n let isoDate, time, calendar;\n\n if (IsObject(item)) {\n if (IsTemporalDateTime(item)) {\n GetTemporalOverflowOption(GetOptionsObject(options));\n return CreateTemporalDateTime(GetSlot(item, ISO_DATE_TIME), GetSlot(item, CALENDAR));\n }\n if (IsTemporalZonedDateTime(item)) {\n const isoDateTime = GetISODateTimeFor(GetSlot(item, TIME_ZONE), GetSlot(item, EPOCHNANOSECONDS));\n GetTemporalOverflowOption(GetOptionsObject(options));\n return CreateTemporalDateTime(isoDateTime, GetSlot(item, CALENDAR));\n }\n if (IsTemporalDate(item)) {\n GetTemporalOverflowOption(GetOptionsObject(options));\n return CreateTemporalDateTime(\n CombineISODateAndTimeRecord(GetSlot(item, ISO_DATE), MidnightTimeRecord()),\n GetSlot(item, CALENDAR)\n );\n }\n\n calendar = GetTemporalCalendarIdentifierWithISODefault(item);\n const fields = PrepareCalendarFields(\n calendar,\n item,\n ['year', 'month', 'monthCode', 'day'],\n ['hour', 'minute', 'second', 'millisecond', 'microsecond', 'nanosecond'],\n []\n );\n const overflow = GetTemporalOverflowOption(GetOptionsObject(options));\n ({ isoDate, time } = InterpretTemporalDateTimeFields(calendar, fields, overflow));\n } else {\n let z, year, month, day;\n ({ year, month, day, time, calendar, z } = ParseTemporalDateTimeString(RequireString(item)));\n if (z) throw new RangeError('Z designator not supported for PlainDateTime');\n if (time === 'start-of-day') time = MidnightTimeRecord();\n RejectDateTime(\n year,\n month,\n day,\n time.hour,\n time.minute,\n time.second,\n time.millisecond,\n time.microsecond,\n time.nanosecond\n );\n if (!calendar) calendar = 'iso8601';\n calendar = CanonicalizeCalendar(calendar);\n GetTemporalOverflowOption(GetOptionsObject(options));\n isoDate = { year, month, day };\n }\n const isoDateTime = CombineISODateAndTimeRecord(isoDate, time);\n return CreateTemporalDateTime(isoDateTime, calendar);\n}\n\nexport function ToTemporalDuration(item: DurationParams['from'][0]) {\n const TemporalDuration = GetIntrinsic('%Temporal.Duration%');\n if (IsTemporalDuration(item)) {\n return new TemporalDuration(\n GetSlot(item, YEARS),\n GetSlot(item, MONTHS),\n GetSlot(item, WEEKS),\n GetSlot(item, DAYS),\n GetSlot(item, HOURS),\n GetSlot(item, MINUTES),\n GetSlot(item, SECONDS),\n GetSlot(item, MILLISECONDS),\n GetSlot(item, MICROSECONDS),\n GetSlot(item, NANOSECONDS)\n );\n }\n if (!IsObject(item)) {\n return ParseTemporalDurationString(RequireString(item));\n }\n const result = {\n years: 0,\n months: 0,\n weeks: 0,\n days: 0,\n hours: 0,\n minutes: 0,\n seconds: 0,\n milliseconds: 0,\n microseconds: 0,\n nanoseconds: 0\n };\n let partial = ToTemporalPartialDurationRecord(item);\n for (let index = 0; index < DURATION_FIELDS.length; index++) {\n const property = DURATION_FIELDS[index];\n const value = partial[property];\n if (value !== undefined) {\n result[property] = value;\n }\n }\n return new TemporalDuration(\n result.years,\n result.months,\n result.weeks,\n result.days,\n result.hours,\n result.minutes,\n result.seconds,\n result.milliseconds,\n result.microseconds,\n result.nanoseconds\n );\n}\n\nexport function ToTemporalInstant(itemParam: InstantParams['from'][0]) {\n let item: string | number;\n if (IsObject(itemParam)) {\n if (IsTemporalInstant(itemParam) || IsTemporalZonedDateTime(itemParam)) {\n return CreateTemporalInstant(GetSlot(itemParam, EPOCHNANOSECONDS));\n }\n item = ToPrimitive(itemParam, String);\n } else {\n item = itemParam;\n }\n const { year, month, day, time, offset, z } = ParseTemporalInstantString(RequireString(item));\n const {\n hour = 0,\n minute = 0,\n second = 0,\n millisecond = 0,\n microsecond = 0,\n nanosecond = 0\n } = time === 'start-of-day' ? {} : time;\n\n // ParseTemporalInstantString ensures that either `z` is true or or `offset` is non-undefined\n const offsetNanoseconds = z ? 0 : ParseDateTimeUTCOffset(castExists(offset));\n const balanced = BalanceISODateTime(\n year,\n month,\n day,\n hour,\n minute,\n second,\n millisecond,\n microsecond,\n nanosecond - offsetNanoseconds\n );\n CheckISODaysRange(balanced.isoDate);\n const epochNanoseconds = GetUTCEpochNanoseconds(balanced);\n return CreateTemporalInstant(epochNanoseconds);\n}\n\nexport function ToTemporalMonthDay(item: PlainMonthDayParams['from'][0], options?: PlainMonthDayParams['from'][1]) {\n if (IsObject(item)) {\n if (IsTemporalMonthDay(item)) {\n GetTemporalOverflowOption(GetOptionsObject(options));\n return CreateTemporalMonthDay(GetSlot(item, ISO_DATE), GetSlot(item, CALENDAR));\n }\n let calendar;\n if (HasSlot(item, CALENDAR)) {\n calendar = GetSlot(item, CALENDAR);\n } else {\n calendar = item.calendar;\n if (calendar === undefined) calendar = 'iso8601';\n calendar = ToTemporalCalendarIdentifier(calendar);\n }\n const fields = PrepareCalendarFields(calendar, item, ['year', 'month', 'monthCode', 'day'], [], []);\n const overflow = GetTemporalOverflowOption(GetOptionsObject(options));\n const isoDate = CalendarMonthDayFromFields(calendar, fields, overflow);\n return CreateTemporalMonthDay(isoDate, calendar);\n }\n\n let { month, day, referenceISOYear, calendar } = ParseTemporalMonthDayString(RequireString(item));\n if (calendar === undefined) calendar = 'iso8601';\n calendar = CanonicalizeCalendar(calendar);\n uncheckedAssertNarrowedType(calendar, 'lowercased and canonicalized');\n\n GetTemporalOverflowOption(GetOptionsObject(options));\n if (calendar === 'iso8601') {\n const isoCalendarReferenceYear = 1972; // First leap year after Unix epoch\n return CreateTemporalMonthDay({ year: isoCalendarReferenceYear, month, day }, calendar);\n }\n assertExists(referenceISOYear);\n let isoDate = { year: referenceISOYear, month, day };\n RejectDateRange(isoDate);\n const result = ISODateToFields(calendar, isoDate, 'month-day');\n isoDate = CalendarMonthDayFromFields(calendar, result, 'constrain');\n return CreateTemporalMonthDay(isoDate, calendar);\n}\n\nexport function ToTemporalTime(item: PlainTimeParams['from'][0], options?: PlainTimeParams['from'][1]) {\n let time;\n if (IsObject(item)) {\n if (IsTemporalTime(item)) {\n GetTemporalOverflowOption(GetOptionsObject(options));\n return CreateTemporalTime(GetSlot(item, TIME));\n }\n if (IsTemporalDateTime(item)) {\n GetTemporalOverflowOption(GetOptionsObject(options));\n return CreateTemporalTime(GetSlot(item, ISO_DATE_TIME).time);\n }\n if (IsTemporalZonedDateTime(item)) {\n const isoDateTime = GetISODateTimeFor(GetSlot(item, TIME_ZONE), GetSlot(item, EPOCHNANOSECONDS));\n GetTemporalOverflowOption(GetOptionsObject(options));\n return CreateTemporalTime(isoDateTime.time);\n }\n const { hour, minute, second, millisecond, microsecond, nanosecond } = ToTemporalTimeRecord(item);\n const overflow = GetTemporalOverflowOption(GetOptionsObject(options));\n time = RegulateTime(hour, minute, second, millisecond, microsecond, nanosecond, overflow);\n } else {\n time = ParseTemporalTimeString(RequireString(item));\n GetTemporalOverflowOption(GetOptionsObject(options));\n }\n return CreateTemporalTime(time);\n}\n\nexport function ToTimeRecordOrMidnight(item: PlainTimeParams['from'][0] | undefined) {\n if (item === undefined) return MidnightTimeRecord();\n return GetSlot(ToTemporalTime(item), TIME);\n}\n\nexport function ToTemporalYearMonth(\n item: PlainYearMonthParams['from'][0],\n options?: PlainYearMonthParams['from'][1]\n): Temporal.PlainYearMonth {\n if (IsObject(item)) {\n if (IsTemporalYearMonth(item)) {\n GetTemporalOverflowOption(GetOptionsObject(options));\n return CreateTemporalYearMonth(GetSlot(item, ISO_DATE), GetSlot(item, CALENDAR));\n }\n const calendar = GetTemporalCalendarIdentifierWithISODefault(item);\n const fields = PrepareCalendarFields(calendar, item, ['year', 'month', 'monthCode'], [], []);\n const overflow = GetTemporalOverflowOption(GetOptionsObject(options));\n const isoDate = CalendarYearMonthFromFields(calendar, fields, overflow);\n return CreateTemporalYearMonth(isoDate, calendar);\n }\n\n let { year, month, referenceISODay, calendar } = ParseTemporalYearMonthString(RequireString(item));\n if (calendar === undefined) calendar = 'iso8601';\n calendar = CanonicalizeCalendar(calendar);\n uncheckedAssertNarrowedType(calendar, 'lowercased and canonicalized');\n\n GetTemporalOverflowOption(GetOptionsObject(options));\n let isoDate = { year, month, day: referenceISODay };\n RejectYearMonthRange(isoDate);\n const result = ISODateToFields(calendar, isoDate, 'year-month');\n isoDate = CalendarYearMonthFromFields(calendar, result, 'constrain');\n return CreateTemporalYearMonth(isoDate, calendar);\n}\n\ntype OffsetBehaviour = 'wall' | 'exact' | 'option';\n\nexport function InterpretISODateTimeOffset(\n isoDate: ISODate,\n time: 'start-of-day' | TimeRecord,\n offsetBehaviour: OffsetBehaviour,\n offsetNs: number,\n timeZone: string,\n disambiguation: NonNullable,\n offsetOpt: Temporal.OffsetDisambiguationOptions['offset'],\n matchMinute: boolean\n) {\n // start-of-day signifies that we had a string such as YYYY-MM-DD[Zone]. It is\n // grammatically not possible to specify a UTC offset in that string, so the\n // behaviour collapses into ~WALL~, which is equivalent to offset: \"ignore\".\n if (time === 'start-of-day') {\n assert(offsetBehaviour === 'wall', 'offset cannot be provided in YYYY-MM-DD[Zone] string');\n assert(offsetNs === 0, 'offset cannot be provided in YYYY-MM-DD[Zone] string');\n return GetStartOfDay(timeZone, isoDate);\n }\n\n const dt = CombineISODateAndTimeRecord(isoDate, time);\n\n if (offsetBehaviour === 'wall' || offsetOpt === 'ignore') {\n // Simple case: ISO string without a TZ offset (or caller wants to ignore\n // the offset), so just convert DateTime to Instant in the given time zone\n return GetEpochNanosecondsFor(timeZone, dt, disambiguation);\n }\n\n // The caller wants the offset to always win ('use') OR the caller is OK\n // with the offset winning ('prefer' or 'reject') as long as it's valid\n // for this timezone and date/time.\n if (offsetBehaviour === 'exact' || offsetOpt === 'use') {\n // Calculate the instant for the input's date/time and offset\n const balanced = BalanceISODateTime(\n isoDate.year,\n isoDate.month,\n isoDate.day,\n time.hour,\n time.minute,\n time.second,\n time.millisecond,\n time.microsecond,\n time.nanosecond - offsetNs\n );\n CheckISODaysRange(balanced.isoDate);\n const epochNs = GetUTCEpochNanoseconds(balanced);\n ValidateEpochNanoseconds(epochNs);\n return epochNs;\n }\n\n CheckISODaysRange(isoDate);\n const utcEpochNs = GetUTCEpochNanoseconds(dt);\n\n // \"prefer\" or \"reject\"\n const possibleEpochNs = GetPossibleEpochNanoseconds(timeZone, dt);\n for (let index = 0; index < possibleEpochNs.length; index++) {\n const candidate = possibleEpochNs[index];\n const candidateOffset = JSBI.toNumber(JSBI.subtract(utcEpochNs, candidate));\n const roundedCandidateOffset = RoundNumberToIncrement(candidateOffset, 60e9, 'halfExpand');\n if (candidateOffset === offsetNs || (matchMinute && roundedCandidateOffset === offsetNs)) {\n return candidate;\n }\n }\n\n // the user-provided offset doesn't match any instants for this time\n // zone and date/time.\n if (offsetOpt === 'reject') {\n const offsetStr = FormatUTCOffsetNanoseconds(offsetNs);\n const dtStr = ISODateTimeToString(dt, 'iso8601', 'auto');\n throw new RangeError(`Offset ${offsetStr} is invalid for ${dtStr} in ${timeZone}`);\n }\n // fall through: offsetOpt === 'prefer', but the offset doesn't match\n // so fall back to use the time zone instead.\n return DisambiguatePossibleEpochNanoseconds(possibleEpochNs, timeZone, dt, disambiguation);\n}\n\nexport function ToTemporalZonedDateTime(\n item: ZonedDateTimeParams['from'][0],\n options?: ZonedDateTimeParams['from'][1]\n) {\n let isoDate, time, timeZone, offset, calendar;\n let matchMinute = false;\n let offsetBehaviour: OffsetBehaviour = 'option';\n let disambiguation, offsetOpt;\n if (IsObject(item)) {\n if (IsTemporalZonedDateTime(item)) {\n const resolvedOptions = GetOptionsObject(options);\n GetTemporalDisambiguationOption(resolvedOptions); // validate and ignore\n GetTemporalOffsetOption(resolvedOptions, 'reject');\n GetTemporalOverflowOption(resolvedOptions);\n return CreateTemporalZonedDateTime(\n GetSlot(item, EPOCHNANOSECONDS),\n GetSlot(item, TIME_ZONE),\n GetSlot(item, CALENDAR)\n );\n }\n calendar = GetTemporalCalendarIdentifierWithISODefault(item);\n const fields = PrepareCalendarFields(\n calendar,\n item,\n ['year', 'month', 'monthCode', 'day'],\n ['hour', 'minute', 'second', 'millisecond', 'microsecond', 'nanosecond', 'offset', 'timeZone'],\n ['timeZone']\n );\n ({ offset, timeZone } = fields);\n if (offset === undefined) {\n offsetBehaviour = 'wall';\n }\n const resolvedOptions = GetOptionsObject(options);\n disambiguation = GetTemporalDisambiguationOption(resolvedOptions);\n offsetOpt = GetTemporalOffsetOption(resolvedOptions, 'reject');\n const overflow = GetTemporalOverflowOption(resolvedOptions);\n ({ isoDate, time } = InterpretTemporalDateTimeFields(calendar, fields, overflow));\n } else {\n let tzAnnotation, z, year, month, day;\n ({ year, month, day, time, tzAnnotation, offset, z, calendar } = ParseTemporalZonedDateTimeString(\n RequireString(item)\n ));\n timeZone = ToTemporalTimeZoneIdentifier(tzAnnotation);\n if (z) {\n offsetBehaviour = 'exact';\n } else if (!offset) {\n offsetBehaviour = 'wall';\n }\n if (!calendar) calendar = 'iso8601';\n calendar = CanonicalizeCalendar(calendar);\n matchMinute = true; // ISO strings may specify offset with less precision\n const resolvedOptions = GetOptionsObject(options);\n disambiguation = GetTemporalDisambiguationOption(resolvedOptions);\n offsetOpt = GetTemporalOffsetOption(resolvedOptions, 'reject');\n GetTemporalOverflowOption(resolvedOptions); // validate and ignore\n isoDate = { year, month, day };\n }\n let offsetNs = 0;\n if (offsetBehaviour === 'option') offsetNs = ParseDateTimeUTCOffset(castExists(offset));\n const epochNanoseconds = InterpretISODateTimeOffset(\n isoDate,\n time,\n offsetBehaviour,\n offsetNs,\n timeZone,\n disambiguation,\n offsetOpt,\n matchMinute\n );\n return CreateTemporalZonedDateTime(epochNanoseconds, timeZone, calendar);\n}\n\nexport function CreateTemporalDateSlots(result: Temporal.PlainDate, isoDate: ISODate, calendar: BuiltinCalendarId) {\n RejectDateRange(isoDate);\n\n CreateSlots(result);\n SetSlot(result, ISO_DATE, isoDate);\n SetSlot(result, CALENDAR, calendar);\n SetSlot(result, DATE_BRAND, true);\n\n if (DEBUG) {\n const repr = TemporalDateToString(result, 'auto');\n Object.defineProperty(result, '_repr_', {\n value: `Temporal.PlainDate <${repr}>`,\n writable: false,\n enumerable: false,\n configurable: false\n });\n }\n}\n\nexport function CreateTemporalDate(isoDate: ISODate, calendar: BuiltinCalendarId) {\n const TemporalPlainDate = GetIntrinsic('%Temporal.PlainDate%');\n const result = Object.create(TemporalPlainDate.prototype);\n CreateTemporalDateSlots(result, isoDate, calendar);\n return result;\n}\n\nexport function CreateTemporalDateTimeSlots(\n result: Temporal.PlainDateTime,\n isoDateTime: ISODateTime,\n calendar: BuiltinCalendarId\n) {\n RejectDateTimeRange(isoDateTime);\n\n CreateSlots(result);\n SetSlot(result, ISO_DATE_TIME, isoDateTime);\n SetSlot(result, CALENDAR, calendar);\n\n if (DEBUG) {\n let repr = ISODateTimeToString(isoDateTime, calendar, 'auto');\n Object.defineProperty(result, '_repr_', {\n value: `Temporal.PlainDateTime <${repr}>`,\n writable: false,\n enumerable: false,\n configurable: false\n });\n }\n}\n\nexport function CreateTemporalDateTime(isoDateTime: ISODateTime, calendar: BuiltinCalendarId) {\n const TemporalPlainDateTime = GetIntrinsic('%Temporal.PlainDateTime%');\n const result = Object.create(TemporalPlainDateTime.prototype);\n CreateTemporalDateTimeSlots(result, isoDateTime, calendar);\n return result;\n}\n\nexport function CreateTemporalMonthDaySlots(\n result: Temporal.PlainMonthDay,\n isoDate: ISODate,\n calendar: BuiltinCalendarId\n) {\n RejectDateRange(isoDate);\n\n CreateSlots(result);\n SetSlot(result, ISO_DATE, isoDate);\n SetSlot(result, CALENDAR, calendar);\n SetSlot(result, MONTH_DAY_BRAND, true);\n\n if (DEBUG) {\n const repr = TemporalMonthDayToString(result, 'auto');\n Object.defineProperty(result, '_repr_', {\n value: `Temporal.PlainMonthDay <${repr}>`,\n writable: false,\n enumerable: false,\n configurable: false\n });\n }\n}\n\nexport function CreateTemporalMonthDay(isoDate: ISODate, calendar: BuiltinCalendarId) {\n const TemporalPlainMonthDay = GetIntrinsic('%Temporal.PlainMonthDay%');\n const result = Object.create(TemporalPlainMonthDay.prototype);\n CreateTemporalMonthDaySlots(result, isoDate, calendar);\n return result;\n}\n\nexport function CreateTemporalTimeSlots(result: Temporal.PlainTime, time: TimeRecord) {\n CreateSlots(result);\n SetSlot(result, TIME, time);\n\n if (DEBUG) {\n Object.defineProperty(result, '_repr_', {\n value: `Temporal.PlainTime <${TimeRecordToString(time, 'auto')}>`,\n writable: false,\n enumerable: false,\n configurable: false\n });\n }\n}\n\nexport function CreateTemporalTime(time: TimeRecord) {\n const TemporalPlainTime = GetIntrinsic('%Temporal.PlainTime%');\n const result = Object.create(TemporalPlainTime.prototype);\n CreateTemporalTimeSlots(result, time);\n return result;\n}\n\nexport function CreateTemporalYearMonthSlots(\n result: Temporal.PlainYearMonth,\n isoDate: ISODate,\n calendar: BuiltinCalendarId\n) {\n RejectYearMonthRange(isoDate);\n\n CreateSlots(result);\n SetSlot(result, ISO_DATE, isoDate);\n SetSlot(result, CALENDAR, calendar);\n SetSlot(result, YEAR_MONTH_BRAND, true);\n\n if (DEBUG) {\n const repr = TemporalYearMonthToString(result, 'auto');\n Object.defineProperty(result, '_repr_', {\n value: `Temporal.PlainYearMonth <${repr}>`,\n writable: false,\n enumerable: false,\n configurable: false\n });\n }\n}\n\nexport function CreateTemporalYearMonth(isoDate: ISODate, calendar: BuiltinCalendarId) {\n const TemporalPlainYearMonth = GetIntrinsic('%Temporal.PlainYearMonth%');\n const result = Object.create(TemporalPlainYearMonth.prototype);\n CreateTemporalYearMonthSlots(result, isoDate, calendar);\n return result;\n}\n\nexport function CreateTemporalInstantSlots(result: Temporal.Instant, epochNanoseconds: JSBI) {\n ValidateEpochNanoseconds(epochNanoseconds);\n CreateSlots(result);\n SetSlot(result, EPOCHNANOSECONDS, epochNanoseconds);\n\n if (DEBUG) {\n const iso = GetISOPartsFromEpoch(epochNanoseconds);\n const repr = ISODateTimeToString(iso, 'iso8601', 'auto', 'never') + 'Z';\n Object.defineProperty(result, '_repr_', {\n value: `${result[Symbol.toStringTag]} <${repr}>`,\n writable: false,\n enumerable: false,\n configurable: false\n });\n }\n}\n\nexport function CreateTemporalInstant(epochNanoseconds: JSBI) {\n const TemporalInstant = GetIntrinsic('%Temporal.Instant%');\n const result: Temporal.Instant = Object.create(TemporalInstant.prototype);\n CreateTemporalInstantSlots(result, epochNanoseconds);\n return result;\n}\n\nexport function CreateTemporalZonedDateTimeSlots(\n result: Temporal.ZonedDateTime,\n epochNanoseconds: JSBI,\n timeZone: string,\n calendar: BuiltinCalendarId\n) {\n ValidateEpochNanoseconds(epochNanoseconds);\n\n CreateSlots(result);\n SetSlot(result, EPOCHNANOSECONDS, epochNanoseconds);\n SetSlot(result, TIME_ZONE, timeZone);\n SetSlot(result, CALENDAR, calendar);\n\n if (DEBUG) {\n const repr = TemporalZonedDateTimeToString(result, 'auto');\n Object.defineProperty(result, '_repr_', {\n value: `Temporal.ZonedDateTime <${repr}>`,\n writable: false,\n enumerable: false,\n configurable: false\n });\n }\n}\n\nexport function CreateTemporalZonedDateTime(\n epochNanoseconds: JSBI,\n timeZone: string,\n calendar: BuiltinCalendarId = 'iso8601'\n) {\n const TemporalZonedDateTime = GetIntrinsic('%Temporal.ZonedDateTime%');\n const result: Temporal.ZonedDateTime = Object.create(TemporalZonedDateTime.prototype);\n CreateTemporalZonedDateTimeSlots(result, epochNanoseconds, timeZone, calendar);\n return result;\n}\n\nfunction CalendarFieldKeysPresent(fields: Record) {\n return CALENDAR_FIELD_KEYS.filter((key) => fields[key] !== undefined);\n}\n\nexport function CalendarMergeFields, ToAdd extends Record>(\n calendar: BuiltinCalendarId,\n fields: Base,\n additionalFields: ToAdd\n) {\n const additionalKeys = CalendarFieldKeysPresent(additionalFields);\n const overriddenKeys = calendarImplForID(calendar).fieldKeysToIgnore(additionalKeys);\n const merged = Object.create(null);\n const fieldsKeys = CalendarFieldKeysPresent(fields);\n for (let ix = 0; ix < CALENDAR_FIELD_KEYS.length; ix++) {\n let propValue = undefined;\n const key = CALENDAR_FIELD_KEYS[ix];\n if (fieldsKeys.includes(key) && !overriddenKeys.includes(key)) {\n propValue = fields[key];\n }\n if (additionalKeys.includes(key)) {\n propValue = additionalFields[key];\n }\n if (propValue !== undefined) merged[key] = propValue;\n }\n return merged as Base & ToAdd;\n}\n\nexport function CalendarDateAdd(\n calendar: BuiltinCalendarId,\n isoDate: ISODate,\n dateDuration: Partial,\n overflow: Overflow\n) {\n const result = calendarImplForID(calendar).dateAdd(isoDate, dateDuration, overflow);\n RejectDateRange(result);\n return result;\n}\n\nfunction CalendarDateUntil(\n calendar: BuiltinCalendarId,\n isoDate: ISODate,\n isoOtherDate: ISODate,\n largestUnit: Temporal.DateUnit\n) {\n return calendarImplForID(calendar).dateUntil(isoDate, isoOtherDate, largestUnit);\n}\n\nexport function ToTemporalCalendarIdentifier(calendarLike: Temporal.CalendarLike): BuiltinCalendarId {\n if (IsObject(calendarLike)) {\n if (HasSlot(calendarLike, CALENDAR)) return GetSlot(calendarLike, CALENDAR);\n }\n const identifier = RequireString(calendarLike);\n try {\n // Fast path: identifier is a calendar type, no ISO string parsing needed\n return CanonicalizeCalendar(identifier);\n } catch {\n // fall through\n }\n let calendar;\n try {\n ({ calendar } = ParseISODateTime(identifier));\n } catch {\n try {\n ({ calendar } = ParseTemporalTimeString(identifier));\n } catch {\n try {\n ({ calendar } = ParseTemporalYearMonthString(identifier));\n } catch {\n ({ calendar } = ParseTemporalMonthDayString(identifier));\n }\n }\n }\n if (!calendar) calendar = 'iso8601';\n return CanonicalizeCalendar(calendar);\n}\n\nfunction GetTemporalCalendarIdentifierWithISODefault(item: { calendar?: Temporal.CalendarLike }) {\n if (HasSlot(item, CALENDAR)) return GetSlot(item, CALENDAR);\n const { calendar } = item;\n if (calendar === undefined) return 'iso8601';\n return ToTemporalCalendarIdentifier(calendar);\n}\n\nexport function CalendarEquals(one: BuiltinCalendarId, two: BuiltinCalendarId) {\n return CanonicalizeCalendar(one) === CanonicalizeCalendar(two);\n}\n\nexport function CalendarDateFromFields(calendar: BuiltinCalendarId, fields: CalendarFieldsRecord, overflow: Overflow) {\n const calendarImpl: CalendarImpl = calendarImplForID(calendar);\n calendarImpl.resolveFields(fields, 'date');\n const result = calendarImpl.dateToISO(fields, overflow);\n RejectDateRange(result);\n return result;\n}\n\nexport function CalendarYearMonthFromFields(\n calendar: BuiltinCalendarId,\n fields: CalendarFieldsRecord,\n overflow: Overflow\n) {\n const calendarImpl: CalendarImpl = calendarImplForID(calendar);\n calendarImpl.resolveFields(fields, 'year-month');\n fields.day = 1;\n const result = calendarImpl.dateToISO(fields, overflow);\n RejectYearMonthRange(result);\n return result;\n}\n\nexport function CalendarMonthDayFromFields(\n calendar: BuiltinCalendarId,\n fields: MonthDayFromFieldsObject,\n overflow: Overflow\n) {\n const calendarImpl: CalendarImpl = calendarImplForID(calendar);\n calendarImpl.resolveFields(fields, 'month-day');\n const result = calendarImpl.monthDayToISOReferenceDate(fields, overflow);\n RejectDateRange(result);\n return result;\n}\n\nexport function ToTemporalTimeZoneIdentifier(temporalTimeZoneLike: unknown): string {\n if (IsObject(temporalTimeZoneLike)) {\n if (IsTemporalZonedDateTime(temporalTimeZoneLike)) return GetSlot(temporalTimeZoneLike, TIME_ZONE);\n }\n const timeZoneString = RequireString(temporalTimeZoneLike);\n if (timeZoneString === 'UTC') return 'UTC'; // UTC fast path\n\n const { tzName, offsetMinutes } = ParseTemporalTimeZoneString(timeZoneString);\n if (offsetMinutes !== undefined) {\n return FormatOffsetTimeZoneIdentifier(offsetMinutes);\n }\n // if offsetMinutes is undefined, then tzName must be present\n const record = GetAvailableNamedTimeZoneIdentifier(castExists(tzName));\n if (!record) throw new RangeError(`Unrecognized time zone ${tzName}`);\n return record.identifier;\n}\n\nexport function TimeZoneEquals(one: string, two: string) {\n if (one === two) return true;\n const offsetMinutes1 = ParseTimeZoneIdentifier(one).offsetMinutes;\n const offsetMinutes2 = ParseTimeZoneIdentifier(two).offsetMinutes;\n if (offsetMinutes1 === undefined && offsetMinutes2 === undefined) {\n // Calling GetAvailableNamedTimeZoneIdentifier is costly, so (unlike the\n // spec) the polyfill will early-return if one of them isn't recognized. Try\n // the second ID first because it's more likely to be unknown, because it\n // can come from the argument of TimeZone.p.equals as opposed to the first\n // ID which comes from the receiver.\n const idRecord2 = GetAvailableNamedTimeZoneIdentifier(two);\n if (!idRecord2) return false;\n const idRecord1 = GetAvailableNamedTimeZoneIdentifier(one);\n if (!idRecord1) return false;\n return idRecord1.primaryIdentifier === idRecord2.primaryIdentifier;\n } else {\n return offsetMinutes1 === offsetMinutes2;\n }\n}\n\nexport function GetOffsetNanosecondsFor(timeZone: string, epochNs: JSBI) {\n const offsetMinutes = ParseTimeZoneIdentifier(timeZone).offsetMinutes;\n if (offsetMinutes !== undefined) return offsetMinutes * 60e9;\n\n return GetNamedTimeZoneOffsetNanoseconds(timeZone, epochNs);\n}\n\nexport function FormatUTCOffsetNanoseconds(offsetNs: number): string {\n const sign = offsetNs < 0 ? '-' : '+';\n const absoluteNs = Math.abs(offsetNs);\n const hour = Math.floor(absoluteNs / 3600e9);\n const minute = Math.floor(absoluteNs / 60e9) % 60;\n const second = Math.floor(absoluteNs / 1e9) % 60;\n const subSecondNs = absoluteNs % 1e9;\n const precision = second === 0 && subSecondNs === 0 ? 'minute' : 'auto';\n const timeString = FormatTimeString(hour, minute, second, subSecondNs, precision);\n return `${sign}${timeString}`;\n}\n\nexport function GetISODateTimeFor(timeZone: string, epochNs: JSBI) {\n const offsetNs = GetOffsetNanosecondsFor(timeZone, epochNs);\n let {\n isoDate: { year, month, day },\n time: { hour, minute, second, millisecond, microsecond, nanosecond }\n } = GetISOPartsFromEpoch(epochNs);\n return BalanceISODateTime(year, month, day, hour, minute, second, millisecond, microsecond, nanosecond + offsetNs);\n}\n\nexport function GetEpochNanosecondsFor(\n timeZone: string,\n isoDateTime: ISODateTime,\n disambiguation: NonNullable\n) {\n const possibleEpochNs = GetPossibleEpochNanoseconds(timeZone, isoDateTime);\n return DisambiguatePossibleEpochNanoseconds(possibleEpochNs, timeZone, isoDateTime, disambiguation);\n}\n\n// TODO: See if this logic can be removed in favour of GetNamedTimeZoneEpochNanoseconds\nfunction DisambiguatePossibleEpochNanoseconds(\n possibleEpochNs: JSBI[],\n timeZone: string,\n isoDateTime: ISODateTime,\n disambiguation: NonNullable\n) {\n const numInstants = possibleEpochNs.length;\n\n if (numInstants === 1) return possibleEpochNs[0];\n if (numInstants) {\n switch (disambiguation) {\n case 'compatible':\n // fall through because 'compatible' means 'earlier' for \"fall back\" transitions\n case 'earlier':\n return possibleEpochNs[0];\n case 'later':\n return possibleEpochNs[numInstants - 1];\n case 'reject': {\n throw new RangeError('multiple instants found');\n }\n }\n }\n\n if (disambiguation === 'reject') throw new RangeError('multiple instants found');\n const utcns = GetUTCEpochNanoseconds(isoDateTime);\n\n const dayBefore = JSBI.subtract(utcns, DAY_NANOS_JSBI);\n ValidateEpochNanoseconds(dayBefore);\n const offsetBefore = GetOffsetNanosecondsFor(timeZone, dayBefore);\n const dayAfter = JSBI.add(utcns, DAY_NANOS_JSBI);\n ValidateEpochNanoseconds(dayAfter);\n const offsetAfter = GetOffsetNanosecondsFor(timeZone, dayAfter);\n const nanoseconds = offsetAfter - offsetBefore;\n assert(Math.abs(nanoseconds) <= DAY_NANOS, 'UTC offset shift longer than 24 hours');\n\n switch (disambiguation) {\n case 'earlier': {\n const timeDuration = TimeDuration.fromComponents(0, 0, 0, 0, 0, -nanoseconds);\n const earlierTime = AddTime(isoDateTime.time, timeDuration);\n const earlierDate = BalanceISODate(\n isoDateTime.isoDate.year,\n isoDateTime.isoDate.month,\n isoDateTime.isoDate.day + earlierTime.deltaDays\n );\n const earlier = CombineISODateAndTimeRecord(earlierDate, earlierTime);\n return GetPossibleEpochNanoseconds(timeZone, earlier)[0];\n }\n case 'compatible':\n // fall through because 'compatible' means 'later' for \"spring forward\" transitions\n case 'later': {\n const timeDuration = TimeDuration.fromComponents(0, 0, 0, 0, 0, nanoseconds);\n const laterTime = AddTime(isoDateTime.time, timeDuration);\n const laterDate = BalanceISODate(\n isoDateTime.isoDate.year,\n isoDateTime.isoDate.month,\n isoDateTime.isoDate.day + laterTime.deltaDays\n );\n const later = CombineISODateAndTimeRecord(laterDate, laterTime);\n const possible = GetPossibleEpochNanoseconds(timeZone, later);\n return possible[possible.length - 1];\n }\n }\n}\n\nfunction GetPossibleEpochNanoseconds(timeZone: string, isoDateTime: ISODateTime) {\n // UTC fast path\n if (timeZone === 'UTC') {\n CheckISODaysRange(isoDateTime.isoDate);\n return [GetUTCEpochNanoseconds(isoDateTime)];\n }\n\n const offsetMinutes = ParseTimeZoneIdentifier(timeZone).offsetMinutes;\n if (offsetMinutes !== undefined) {\n const balanced = BalanceISODateTime(\n isoDateTime.isoDate.year,\n isoDateTime.isoDate.month,\n isoDateTime.isoDate.day,\n isoDateTime.time.hour,\n isoDateTime.time.minute - offsetMinutes,\n isoDateTime.time.second,\n isoDateTime.time.millisecond,\n isoDateTime.time.microsecond,\n isoDateTime.time.nanosecond\n );\n CheckISODaysRange(balanced.isoDate);\n const epochNs = GetUTCEpochNanoseconds(balanced);\n ValidateEpochNanoseconds(epochNs);\n return [epochNs];\n }\n\n CheckISODaysRange(isoDateTime.isoDate);\n return GetNamedTimeZoneEpochNanoseconds(timeZone, isoDateTime);\n}\n\nexport function GetStartOfDay(timeZone: string, isoDate: ISODate) {\n const isoDateTime = CombineISODateAndTimeRecord(isoDate, MidnightTimeRecord());\n const possibleEpochNs = GetPossibleEpochNanoseconds(timeZone, isoDateTime);\n // If not a DST gap, return the single or earlier epochNs\n if (possibleEpochNs.length) return possibleEpochNs[0];\n\n // Otherwise, 00:00:00 lies within a DST gap. Compute an epochNs that's\n // guaranteed to be before the transition\n assert(!IsOffsetTimeZoneIdentifier(timeZone), 'should only be reached with named time zone');\n\n const utcns = GetUTCEpochNanoseconds(isoDateTime);\n const dayBefore = JSBI.subtract(utcns, DAY_NANOS_JSBI);\n ValidateEpochNanoseconds(dayBefore);\n return castExists(GetNamedTimeZoneNextTransition(timeZone, dayBefore));\n}\n\nexport function ISOYearString(year: number) {\n let yearString;\n if (year < 0 || year > 9999) {\n const sign = year < 0 ? '-' : '+';\n const yearNumber = Math.abs(year);\n yearString = sign + ToZeroPaddedDecimalString(yearNumber, 6);\n } else {\n yearString = ToZeroPaddedDecimalString(year, 4);\n }\n return yearString;\n}\n\nexport function ISODateTimePartString(part: number) {\n return ToZeroPaddedDecimalString(part, 2);\n}\n\nfunction FormatFractionalSeconds(\n subSecondNanoseconds: number,\n precision: Exclude\n): string {\n let fraction;\n if (precision === 'auto') {\n if (subSecondNanoseconds === 0) return '';\n const fractionFullPrecision = ToZeroPaddedDecimalString(subSecondNanoseconds, 9);\n // now remove any trailing zeroes\n fraction = fractionFullPrecision.replace(/0+$/, '');\n } else {\n if (precision === 0) return '';\n const fractionFullPrecision = ToZeroPaddedDecimalString(subSecondNanoseconds, 9);\n fraction = fractionFullPrecision.slice(0, precision);\n }\n return `.${fraction}`;\n}\n\nfunction FormatTimeString(\n hour: number,\n minute: number,\n second: number,\n subSecondNanoseconds: number,\n precision: SecondsStringPrecisionRecord['precision']\n): string {\n let result = `${ISODateTimePartString(hour)}:${ISODateTimePartString(minute)}`;\n if (precision === 'minute') return result;\n\n result += `:${ISODateTimePartString(second)}`;\n result += FormatFractionalSeconds(subSecondNanoseconds, precision);\n return result;\n}\n\nexport function TemporalInstantToString(\n instant: Temporal.Instant,\n timeZone: string | undefined,\n precision: SecondsStringPrecisionRecord['precision']\n) {\n let outputTimeZone = timeZone;\n if (outputTimeZone === undefined) outputTimeZone = 'UTC';\n const epochNs = GetSlot(instant, EPOCHNANOSECONDS);\n const iso = GetISODateTimeFor(outputTimeZone, epochNs);\n const dateTimeString = ISODateTimeToString(iso, 'iso8601', precision, 'never');\n let timeZoneString = 'Z';\n if (timeZone !== undefined) {\n const offsetNs = GetOffsetNanosecondsFor(outputTimeZone, epochNs);\n timeZoneString = FormatDateTimeUTCOffsetRounded(offsetNs);\n }\n return `${dateTimeString}${timeZoneString}`;\n}\n\ninterface ToStringOptions {\n unit: SecondsStringPrecisionRecord['unit'];\n increment: number;\n roundingMode: ReturnType;\n}\n\nexport function TemporalDurationToString(\n duration: Temporal.Duration,\n precision: Exclude\n) {\n const years = GetSlot(duration, YEARS);\n const months = GetSlot(duration, MONTHS);\n const weeks = GetSlot(duration, WEEKS);\n const days = GetSlot(duration, DAYS);\n const hours = GetSlot(duration, HOURS);\n const minutes = GetSlot(duration, MINUTES);\n const sign = DurationSign(duration);\n\n let datePart = '';\n if (years !== 0) datePart += `${Math.abs(years)}Y`;\n if (months !== 0) datePart += `${Math.abs(months)}M`;\n if (weeks !== 0) datePart += `${Math.abs(weeks)}W`;\n if (days !== 0) datePart += `${Math.abs(days)}D`;\n\n let timePart = '';\n if (hours !== 0) timePart += `${Math.abs(hours)}H`;\n if (minutes !== 0) timePart += `${Math.abs(minutes)}M`;\n\n // Keeping sub-second units separate avoids losing precision after resolving\n // any overflows from rounding\n const secondsDuration = TimeDuration.fromComponents(\n 0,\n 0,\n GetSlot(duration, SECONDS),\n GetSlot(duration, MILLISECONDS),\n GetSlot(duration, MICROSECONDS),\n GetSlot(duration, NANOSECONDS)\n );\n if (\n !secondsDuration.isZero() ||\n ['second', 'millisecond', 'microsecond', 'nanosecond'].includes(DefaultTemporalLargestUnit(duration)) ||\n precision !== 'auto'\n ) {\n const secondsPart = Math.abs(secondsDuration.sec);\n const subSecondsPart = FormatFractionalSeconds(Math.abs(secondsDuration.subsec), precision);\n timePart += `${secondsPart}${subSecondsPart}S`;\n }\n let result = `${sign < 0 ? '-' : ''}P${datePart}`;\n if (timePart) result = `${result}T${timePart}`;\n return result;\n}\n\nexport function TemporalDateToString(\n date: Temporal.PlainDate,\n showCalendar: Temporal.ShowCalendarOption['calendarName'] = 'auto'\n) {\n const { year, month, day } = GetSlot(date, ISO_DATE);\n const yearString = ISOYearString(year);\n const monthString = ISODateTimePartString(month);\n const dayString = ISODateTimePartString(day);\n const calendar = FormatCalendarAnnotation(GetSlot(date, CALENDAR), showCalendar);\n return `${yearString}-${monthString}-${dayString}${calendar}`;\n}\n\nexport function TimeRecordToString(\n { hour, minute, second, millisecond, microsecond, nanosecond }: TimeRecord,\n precision: SecondsStringPrecisionRecord['precision']\n) {\n const subSecondNanoseconds = millisecond * 1e6 + microsecond * 1e3 + nanosecond;\n return FormatTimeString(hour, minute, second, subSecondNanoseconds, precision);\n}\n\nexport function ISODateTimeToString(\n isoDateTime: ISODateTime,\n calendar: BuiltinCalendarId,\n precision: SecondsStringPrecisionRecord['precision'],\n showCalendar: ReturnType = 'auto'\n) {\n const {\n isoDate: { year, month, day },\n time: { hour, minute, second, millisecond, microsecond, nanosecond }\n } = isoDateTime;\n const yearString = ISOYearString(year);\n const monthString = ISODateTimePartString(month);\n const dayString = ISODateTimePartString(day);\n const subSecondNanoseconds = millisecond * 1e6 + microsecond * 1e3 + nanosecond;\n const timeString = FormatTimeString(hour, minute, second, subSecondNanoseconds, precision);\n const calendarString = FormatCalendarAnnotation(calendar, showCalendar);\n return `${yearString}-${monthString}-${dayString}T${timeString}${calendarString}`;\n}\n\nexport function TemporalMonthDayToString(\n monthDay: Temporal.PlainMonthDay,\n showCalendar: Temporal.ShowCalendarOption['calendarName'] = 'auto'\n) {\n const { year, month, day } = GetSlot(monthDay, ISO_DATE);\n const monthString = ISODateTimePartString(month);\n const dayString = ISODateTimePartString(day);\n let resultString = `${monthString}-${dayString}`;\n const calendar = GetSlot(monthDay, CALENDAR);\n if (showCalendar === 'always' || showCalendar === 'critical' || calendar !== 'iso8601') {\n const yearString = ISOYearString(year);\n resultString = `${yearString}-${resultString}`;\n }\n const calendarString = FormatCalendarAnnotation(calendar, showCalendar);\n if (calendarString) resultString += calendarString;\n return resultString;\n}\n\nexport function TemporalYearMonthToString(\n yearMonth: Temporal.PlainYearMonth,\n showCalendar: Temporal.ShowCalendarOption['calendarName'] = 'auto'\n) {\n const { year, month, day } = GetSlot(yearMonth, ISO_DATE);\n const yearString = ISOYearString(year);\n const monthString = ISODateTimePartString(month);\n let resultString = `${yearString}-${monthString}`;\n const calendar = GetSlot(yearMonth, CALENDAR);\n if (showCalendar === 'always' || showCalendar === 'critical' || calendar !== 'iso8601') {\n const dayString = ISODateTimePartString(day);\n resultString += `-${dayString}`;\n }\n const calendarString = FormatCalendarAnnotation(calendar, showCalendar);\n if (calendarString) resultString += calendarString;\n return resultString;\n}\n\nexport function TemporalZonedDateTimeToString(\n zdt: Temporal.ZonedDateTime,\n precision: SecondsStringPrecisionRecord['precision'],\n showCalendar: ReturnType = 'auto',\n showTimeZone: ReturnType = 'auto',\n showOffset: ReturnType = 'auto',\n options: ToStringOptions | undefined = undefined\n) {\n let epochNs = GetSlot(zdt, EPOCHNANOSECONDS);\n\n if (options) {\n const { unit, increment, roundingMode } = options;\n epochNs = RoundTemporalInstant(epochNs, increment, unit, roundingMode);\n }\n\n const tz = GetSlot(zdt, TIME_ZONE);\n const offsetNs = GetOffsetNanosecondsFor(tz, epochNs);\n const iso = GetISODateTimeFor(tz, epochNs);\n let dateTimeString = ISODateTimeToString(iso, 'iso8601', precision, 'never');\n if (showOffset !== 'never') {\n dateTimeString += FormatDateTimeUTCOffsetRounded(offsetNs);\n }\n if (showTimeZone !== 'never') {\n const flag = showTimeZone === 'critical' ? '!' : '';\n dateTimeString += `[${flag}${tz}]`;\n }\n dateTimeString += FormatCalendarAnnotation(GetSlot(zdt, CALENDAR), showCalendar);\n return dateTimeString;\n}\n\nexport function IsOffsetTimeZoneIdentifier(string: string) {\n return OFFSET_IDENTIFIER.test(string);\n}\n\nexport function ParseDateTimeUTCOffset(string: string): number {\n const match = OFFSET_WITH_PARTS.exec(string);\n if (!match) {\n throw new RangeError(`invalid time zone offset: ${string}; must match ±HH:MM[:SS.SSSSSSSSS]`);\n }\n const sign = match[1] === '-' ? -1 : +1;\n const hours = +match[2];\n const minutes = +(match[3] || 0);\n const seconds = +(match[4] || 0);\n const nanoseconds = +((match[5] || 0) + '000000000').slice(0, 9);\n const offsetNanoseconds = sign * (((hours * 60 + minutes) * 60 + seconds) * 1e9 + nanoseconds);\n return offsetNanoseconds;\n}\n\nlet canonicalTimeZoneIdsCache: Map | undefined | null = undefined;\nconst isTZIDSep = Object.assign(Object.create(null), { '/': true, '-': true, _: true });\n\nexport function GetAvailableNamedTimeZoneIdentifier(\n identifier: string\n): { identifier: string; primaryIdentifier: string } | undefined {\n // The most common case is when the identifier is a canonical time zone ID.\n // Fast-path that case by caching all canonical IDs. For old ECMAScript\n // implementations lacking this API, set the cache to `null` to avoid retries.\n if (canonicalTimeZoneIdsCache === undefined) {\n const canonicalTimeZoneIds = Intl.supportedValuesOf?.('timeZone');\n if (canonicalTimeZoneIds) {\n canonicalTimeZoneIdsCache = new Map();\n for (let ix = 0; ix < canonicalTimeZoneIds.length; ix++) {\n const id = canonicalTimeZoneIds[ix];\n canonicalTimeZoneIdsCache.set(ASCIILowercase(id), id);\n }\n } else {\n canonicalTimeZoneIdsCache = null;\n }\n }\n\n const lower = ASCIILowercase(identifier);\n let primaryIdentifier = canonicalTimeZoneIdsCache?.get(lower);\n if (primaryIdentifier) return { identifier: primaryIdentifier, primaryIdentifier };\n\n // It's not already a primary identifier, so get its primary identifier (or\n // return if it's not an available named time zone ID).\n try {\n const formatter = getIntlDateTimeFormatEnUsForTimeZone(identifier);\n primaryIdentifier = formatter.resolvedOptions().timeZone;\n } catch {\n return undefined;\n }\n\n // Special case this legacy identifier that is listed both in `backzone` and\n // `backward` in the TZDB. Work around implementations that incorrectly use\n // the `backward` data.\n if (lower === 'antarctica/south_pole') primaryIdentifier = 'Antarctica/McMurdo';\n\n // Some legacy identifiers are aliases in ICU but not legal IANA identifiers.\n // Reject them even if the implementation's Intl supports them, as they are\n // not present in the IANA time zone database.\n if (ICU_LEGACY_TIME_ZONE_IDS.has(identifier)) {\n throw new RangeError(`${identifier} is a legacy time zone identifier from ICU. Use ${primaryIdentifier} instead`);\n }\n\n // The identifier is an alias (a deprecated identifier that's a synonym for a\n // primary identifier), so we need to case-normalize the identifier to match\n // the IANA TZDB, e.g. america/new_york => America/New_York. There's no\n // built-in way to do this using Intl.DateTimeFormat, but the we can normalize\n // almost all aliases (modulo a few special cases) using the TZDB's basic\n // capitalization pattern:\n // 1. capitalize the first letter of the identifier\n // 2. capitalize the letter after every slash, dash, or underscore delimiter\n const chars = [...lower].map((c, i) => (i === 0 || isTZIDSep[lower[i - 1]] ? c.toUpperCase() : c));\n const standardCase = chars.join('');\n const segments = standardCase.split('/');\n\n if (segments.length === 1) {\n // If a single-segment legacy ID is 2-3 chars or contains a number or dash, then\n // (except for the \"GB-Eire\" special case) the case-normalized form is uppercase.\n // These are: GMT+0, GMT-0, GB, NZ, PRC, ROC, ROK, UCT, GMT, GMT0, CET, CST6CDT,\n // EET, EST, HST, MET, MST, MST7MDT, PST8PDT, WET, NZ-CHAT, and W-SU.\n // Otherwise it's standard form: first letter capitalized, e.g. Iran, Egypt, Hongkong\n if (lower === 'gb-eire') return { identifier: 'GB-Eire', primaryIdentifier };\n return {\n identifier: lower.length <= 3 || /[-0-9]/.test(lower) ? lower.toUpperCase() : segments[0],\n primaryIdentifier\n };\n }\n\n // All Etc zone names are uppercase except three exceptions.\n if (segments[0] === 'Etc') {\n const etcName = ['Zulu', 'Greenwich', 'Universal'].includes(segments[1]) ? segments[1] : segments[1].toUpperCase();\n return { identifier: `Etc/${etcName}`, primaryIdentifier };\n }\n\n // Legacy US identifiers like US/Alaska or US/Indiana-Starke are 2 segments and use standard form.\n if (segments[0] === 'Us') return { identifier: `US/${segments[1]}`, primaryIdentifier };\n\n // For multi-segment IDs, there's a few special cases in the second/third segments\n const specialCases = new Map([\n ['Act', 'ACT'],\n ['Lhi', 'LHI'],\n ['Nsw', 'NSW'],\n ['Dar_Es_Salaam', 'Dar_es_Salaam'],\n ['Port_Of_Spain', 'Port_of_Spain'],\n ['Port-Au-Prince', 'Port-au-Prince'],\n ['Isle_Of_Man', 'Isle_of_Man'],\n ['Comodrivadavia', 'ComodRivadavia'],\n ['Knox_In', 'Knox_IN'],\n ['Dumontdurville', 'DumontDUrville'],\n ['Mcmurdo', 'McMurdo'],\n ['Denoronha', 'DeNoronha'],\n ['Easterisland', 'EasterIsland'],\n ['Bajanorte', 'BajaNorte'],\n ['Bajasur', 'BajaSur']\n ]);\n segments[1] = specialCases.get(segments[1]) ?? segments[1];\n if (segments.length > 2) segments[2] = specialCases.get(segments[2]) ?? segments[2];\n return { identifier: segments.join('/'), primaryIdentifier };\n}\n\nfunction GetNamedTimeZoneOffsetNanosecondsImpl(id: string, epochMilliseconds: number) {\n const { year, month, day, hour, minute, second } = GetFormatterParts(id, epochMilliseconds);\n let millisecond = epochMilliseconds % 1000;\n if (millisecond < 0) millisecond += 1000;\n const utc = GetUTCEpochMilliseconds({ isoDate: { year, month, day }, time: { hour, minute, second, millisecond } });\n return (utc - epochMilliseconds) * 1e6;\n}\n\nfunction GetNamedTimeZoneOffsetNanoseconds(id: string, epochNanoseconds: JSBI) {\n // Optimization: We get the offset nanoseconds only with millisecond\n // resolution, assuming that time zone offset changes don't happen in the\n // middle of a millisecond\n return GetNamedTimeZoneOffsetNanosecondsImpl(id, epochNsToMs(epochNanoseconds, 'floor'));\n}\n\nexport function FormatOffsetTimeZoneIdentifier(offsetMinutes: number): string {\n const sign = offsetMinutes < 0 ? '-' : '+';\n const absoluteMinutes = Math.abs(offsetMinutes);\n const hour = Math.floor(absoluteMinutes / 60);\n const minute = absoluteMinutes % 60;\n const timeString = FormatTimeString(hour, minute, 0, 0, 'minute');\n return `${sign}${timeString}`;\n}\n\nfunction FormatDateTimeUTCOffsetRounded(offsetNanosecondsParam: number): string {\n const offsetNanoseconds = RoundNumberToIncrement(offsetNanosecondsParam, MINUTE_NANOS, 'halfExpand');\n return FormatOffsetTimeZoneIdentifier(offsetNanoseconds / 60e9);\n}\n\nfunction GetUTCEpochMilliseconds({\n isoDate: { year, month, day },\n time: { hour, minute, second, millisecond }\n}: {\n isoDate: ISODate;\n time: Omit;\n}) {\n // The pattern of leap years in the ISO 8601 calendar repeats every 400\n // years. To avoid overflowing at the edges of the range, we reduce the year\n // to the remainder after dividing by 400, and then add back all the\n // nanoseconds from the multiples of 400 years at the end.\n const reducedYear = year % 400;\n const yearCycles = (year - reducedYear) / 400;\n\n // Note: Date.UTC() interprets one and two-digit years as being in the\n // 20th century, so don't use it\n const legacyDate = new Date();\n legacyDate.setUTCHours(hour, minute, second, millisecond);\n legacyDate.setUTCFullYear(reducedYear, month - 1, day);\n const ms = legacyDate.getTime();\n return ms + MS_IN_400_YEAR_CYCLE * yearCycles;\n}\n\nfunction GetUTCEpochNanoseconds(isoDateTime: ISODateTime) {\n const ms = GetUTCEpochMilliseconds(isoDateTime);\n const subMs = isoDateTime.time.microsecond * 1e3 + isoDateTime.time.nanosecond;\n return JSBI.add(epochMsToNs(ms), JSBI.BigInt(subMs));\n}\n\nfunction GetISOPartsFromEpoch(epochNanoseconds: JSBI) {\n let epochMilliseconds = epochNsToMs(epochNanoseconds, 'trunc');\n let nanos = JSBI.toNumber(JSBI.remainder(epochNanoseconds, MILLION));\n if (nanos < 0) {\n nanos += 1e6;\n epochMilliseconds -= 1;\n }\n const microsecond = Math.floor(nanos / 1e3) % 1e3;\n const nanosecond = nanos % 1e3;\n\n const item = new Date(epochMilliseconds);\n const year = item.getUTCFullYear();\n const month = item.getUTCMonth() + 1;\n const day = item.getUTCDate();\n const hour = item.getUTCHours();\n const minute = item.getUTCMinutes();\n const second = item.getUTCSeconds();\n const millisecond = item.getUTCMilliseconds();\n\n return {\n epochMilliseconds,\n isoDate: { year, month, day },\n time: { hour, minute, second, millisecond, microsecond, nanosecond }\n };\n}\n\n// ts-prune-ignore-next TODO: remove this after tests are converted to TS\nexport function GetNamedTimeZoneDateTimeParts(id: string, epochNanoseconds: JSBI) {\n const {\n epochMilliseconds,\n time: { millisecond, microsecond, nanosecond }\n } = GetISOPartsFromEpoch(epochNanoseconds);\n const { year, month, day, hour, minute, second } = GetFormatterParts(id, epochMilliseconds);\n return BalanceISODateTime(year, month, day, hour, minute, second, millisecond, microsecond, nanosecond);\n}\n\nexport function GetNamedTimeZoneNextTransition(id: string, epochNanoseconds: JSBI): JSBI | null {\n if (id === 'UTC') return null; // UTC fast path\n\n // Optimization: we floor the instant to the previous millisecond boundary\n // so that we can do Number math instead of BigInt math. This assumes that\n // time zone transitions don't happen in the middle of a millisecond.\n const epochMilliseconds = epochNsToMs(epochNanoseconds, 'floor');\n if (epochMilliseconds < BEFORE_FIRST_DST) {\n return GetNamedTimeZoneNextTransition(id, epochMsToNs(BEFORE_FIRST_DST));\n }\n\n // Optimization: the farthest that we'll look for a next transition is 3 years\n // after the later of epochNanoseconds or the current time. If there are no\n // transitions found before then, we'll assume that there will not be any more\n // transitions after that.\n const now = Date.now();\n const base = Math.max(epochMilliseconds, now);\n const uppercap = base + DAY_MS * 366 * 3;\n let leftMs = epochMilliseconds;\n let leftOffsetNs = GetNamedTimeZoneOffsetNanosecondsImpl(id, leftMs);\n let rightMs = leftMs;\n let rightOffsetNs = leftOffsetNs;\n while (leftOffsetNs === rightOffsetNs && leftMs < uppercap) {\n rightMs = leftMs + DAY_MS * 2 * 7;\n if (rightMs > MS_MAX) return null;\n rightOffsetNs = GetNamedTimeZoneOffsetNanosecondsImpl(id, rightMs);\n if (leftOffsetNs === rightOffsetNs) {\n leftMs = rightMs;\n }\n }\n if (leftOffsetNs === rightOffsetNs) return null;\n const result = bisect(\n (epochMs: number) => GetNamedTimeZoneOffsetNanosecondsImpl(id, epochMs),\n leftMs,\n rightMs,\n leftOffsetNs,\n rightOffsetNs\n );\n return epochMsToNs(result);\n}\n\nexport function GetNamedTimeZonePreviousTransition(id: string, epochNanoseconds: JSBI): JSBI | null {\n if (id === 'UTC') return null; // UTC fast path\n\n // Optimization: we raise the instant to the next millisecond boundary so\n // that we can do Number math instead of BigInt math. This assumes that time\n // zone transitions don't happen in the middle of a millisecond.\n const epochMilliseconds = epochNsToMs(epochNanoseconds, 'ceil');\n\n // Optimization: if the instant is more than 3 years in the future and there\n // are no transitions between the present day and 3 years from now, assume\n // there are none after.\n const now = Date.now();\n const lookahead = now + DAY_MS * 366 * 3;\n if (epochMilliseconds > lookahead) {\n const prevBeforeLookahead = GetNamedTimeZonePreviousTransition(id, epochMsToNs(lookahead));\n if (prevBeforeLookahead === null || JSBI.lessThan(prevBeforeLookahead, epochMsToNs(now))) {\n return prevBeforeLookahead;\n }\n }\n\n // We assume most time zones either have regular DST rules that extend\n // indefinitely into the future, or they have no DST transitions between now\n // and next year. Africa/Casablanca and Africa/El_Aaiun are unique cases\n // that fit neither of these. Their irregular DST transitions are\n // precomputed until 2087 in the current time zone database, so requesting\n // the previous transition for an instant far in the future may take an\n // extremely long time as it loops backward 2 weeks at a time.\n if (id === 'Africa/Casablanca' || id === 'Africa/El_Aaiun') {\n const lastPrecomputed = Date.UTC(2088, 0, 1); // 2088-01-01T00Z\n if (lastPrecomputed < epochMilliseconds) {\n return GetNamedTimeZonePreviousTransition(id, epochMsToNs(lastPrecomputed));\n }\n }\n\n let rightMs = epochMilliseconds - 1;\n if (rightMs < BEFORE_FIRST_DST) return null;\n let rightOffsetNs = GetNamedTimeZoneOffsetNanosecondsImpl(id, rightMs);\n let leftMs = rightMs;\n let leftOffsetNs = rightOffsetNs;\n while (rightOffsetNs === leftOffsetNs && rightMs > BEFORE_FIRST_DST) {\n leftMs = rightMs - DAY_MS * 2 * 7;\n if (leftMs < BEFORE_FIRST_DST) return null;\n leftOffsetNs = GetNamedTimeZoneOffsetNanosecondsImpl(id, leftMs);\n if (rightOffsetNs === leftOffsetNs) {\n rightMs = leftMs;\n }\n }\n if (rightOffsetNs === leftOffsetNs) return null;\n const result = bisect(\n (epochMs: number) => GetNamedTimeZoneOffsetNanosecondsImpl(id, epochMs),\n leftMs,\n rightMs,\n leftOffsetNs,\n rightOffsetNs\n );\n return epochMsToNs(result);\n}\n\n// ts-prune-ignore-next TODO: remove this after tests are converted to TS\nexport function parseFromEnUsFormat(datetime: string) {\n const splits = datetime.split(/[^\\w]+/);\n\n if (splits.length !== 7) {\n throw new RangeError(`expected 7 parts in \"${datetime}`);\n }\n\n const month = +splits[0];\n const day = +splits[1];\n let year = +splits[2];\n const era = splits[3];\n if (era[0] === 'b' || era[0] === 'B') {\n year = -year + 1;\n } else if (era[0] !== 'a' && era[0] !== 'A') {\n throw new RangeError(`Unknown era ${era} in \"${datetime}`);\n }\n const hour = splits[4] === '24' ? 0 : +splits[4]; // bugs.chromium.org/p/chromium/issues/detail?id=1045791\n const minute = +splits[5];\n const second = +splits[6];\n\n if (\n !Number.isFinite(year) ||\n !Number.isFinite(month) ||\n !Number.isFinite(day) ||\n !Number.isFinite(hour) ||\n !Number.isFinite(minute) ||\n !Number.isFinite(second)\n ) {\n throw new RangeError(`Invalid number in \"${datetime}`);\n }\n\n return { year, month, day, hour, minute, second };\n}\n\n// ts-prune-ignore-next TODO: remove this after tests are converted to TS\nexport function GetFormatterParts(timeZone: string, epochMilliseconds: number) {\n const formatter = getIntlDateTimeFormatEnUsForTimeZone(timeZone);\n // Using `format` instead of `formatToParts` for compatibility with older\n // clients and because it is twice as fast\n const datetime = formatter.format(epochMilliseconds);\n return parseFromEnUsFormat(datetime);\n}\n\n// The goal of this function is to find the exact time(s) that correspond to a\n// calendar date and clock time in a particular time zone. Normally there will\n// be only one match. But for repeated clock times after backwards transitions\n// (like when DST ends) there may be two matches. And for skipped clock times\n// after forward transitions, there will be no matches.\nfunction GetNamedTimeZoneEpochNanoseconds(id: string, isoDateTime: ISODateTime) {\n // Get the offset of one day before and after the requested calendar date and\n // clock time, avoiding overflows if near the edge of the Instant range.\n let ns = GetUTCEpochNanoseconds(isoDateTime);\n let nsEarlier = JSBI.subtract(ns, DAY_NANOS_JSBI);\n if (JSBI.lessThan(nsEarlier, NS_MIN)) nsEarlier = ns;\n let nsLater = JSBI.add(ns, DAY_NANOS_JSBI);\n if (JSBI.greaterThan(nsLater, NS_MAX)) nsLater = ns;\n const earlierOffsetNs = GetNamedTimeZoneOffsetNanoseconds(id, nsEarlier);\n const laterOffsetNs = GetNamedTimeZoneOffsetNanoseconds(id, nsLater);\n\n // If before and after offsets are the same, then we assume there was no\n // offset transition in between, and therefore only one exact time can\n // correspond to the provided calendar date and clock time. But if they're\n // different, then there was an offset transition in between, so test both\n // offsets to see which one(s) will yield a matching exact time.\n const found = earlierOffsetNs === laterOffsetNs ? [earlierOffsetNs] : [earlierOffsetNs, laterOffsetNs];\n const candidates = found.map((offsetNanoseconds) => {\n const epochNanoseconds = JSBI.subtract(ns, JSBI.BigInt(offsetNanoseconds));\n const parts = GetNamedTimeZoneDateTimeParts(id, epochNanoseconds);\n if (CompareISODateTime(isoDateTime, parts) !== 0) return undefined;\n ValidateEpochNanoseconds(epochNanoseconds);\n return epochNanoseconds;\n });\n return candidates.filter((x) => x !== undefined) as JSBI[];\n}\n\nexport function LeapYear(year: number) {\n if (undefined === year) return false;\n const isDiv4 = year % 4 === 0;\n const isDiv100 = year % 100 === 0;\n const isDiv400 = year % 400 === 0;\n return isDiv4 && (!isDiv100 || isDiv400);\n}\n\nexport function ISODaysInMonth(year: number, month: number) {\n const DoM = {\n standard: [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31],\n leapyear: [31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31]\n };\n return DoM[LeapYear(year) ? 'leapyear' : 'standard'][month - 1];\n}\n\nexport function DurationSign(duration: Temporal.Duration) {\n const fields = [\n GetSlot(duration, YEARS),\n GetSlot(duration, MONTHS),\n GetSlot(duration, WEEKS),\n GetSlot(duration, DAYS),\n GetSlot(duration, HOURS),\n GetSlot(duration, MINUTES),\n GetSlot(duration, SECONDS),\n GetSlot(duration, MILLISECONDS),\n GetSlot(duration, MICROSECONDS),\n GetSlot(duration, NANOSECONDS)\n ];\n for (let index = 0; index < fields.length; index++) {\n const prop = fields[index];\n if (prop !== 0) return prop < 0 ? -1 : 1;\n }\n return 0;\n}\n\nfunction DateDurationSign(dateDuration: DateDuration) {\n const fieldNames = ['years', 'months', 'weeks', 'days'] as const;\n for (let index = 0; index < fieldNames.length; index++) {\n const prop = dateDuration[fieldNames[index]];\n if (prop !== 0) return prop < 0 ? -1 : 1;\n }\n return 0;\n}\n\nfunction InternalDurationSign(duration: InternalDuration) {\n const dateSign = DateDurationSign(duration.date);\n if (dateSign !== 0) return dateSign;\n return duration.time.sign();\n}\n\nexport function BalanceISOYearMonth(yearParam: number, monthParam: number) {\n let year = yearParam;\n let month = monthParam;\n if (!Number.isFinite(year) || !Number.isFinite(month)) throw new RangeError('infinity is out of range');\n month -= 1;\n year += Math.floor(month / 12);\n month %= 12;\n if (month < 0) month += 12;\n month += 1;\n return { year, month };\n}\n\nexport function BalanceISODate(yearParam: number, monthParam: number, dayParam: number) {\n let year = yearParam;\n let month = monthParam;\n let day = dayParam;\n if (!Number.isFinite(day)) throw new RangeError('infinity is out of range');\n ({ year, month } = BalanceISOYearMonth(year, month));\n\n // The pattern of leap years in the ISO 8601 calendar repeats every 400\n // years. So if we have more than 400 years in days, there's no need to\n // convert days to a year 400 times. We can convert a multiple of 400 all at\n // once.\n const daysIn400YearCycle = 400 * 365 + 97;\n if (Math.abs(day) > daysIn400YearCycle) {\n const nCycles = Math.trunc(day / daysIn400YearCycle);\n year += 400 * nCycles;\n day -= nCycles * daysIn400YearCycle;\n }\n\n let daysInYear = 0;\n let testYear = month > 2 ? year : year - 1;\n while (((daysInYear = LeapYear(testYear) ? 366 : 365), day < -daysInYear)) {\n year -= 1;\n testYear -= 1;\n day += daysInYear;\n }\n testYear += 1;\n while (((daysInYear = LeapYear(testYear) ? 366 : 365), day > daysInYear)) {\n year += 1;\n testYear += 1;\n day -= daysInYear;\n }\n\n while (day < 1) {\n ({ year, month } = BalanceISOYearMonth(year, month - 1));\n day += ISODaysInMonth(year, month);\n }\n while (day > ISODaysInMonth(year, month)) {\n day -= ISODaysInMonth(year, month);\n ({ year, month } = BalanceISOYearMonth(year, month + 1));\n }\n\n return { year, month, day };\n}\n\nfunction BalanceISODateTime(\n year: number,\n month: number,\n day: number,\n hour: number,\n minute: number,\n second: number,\n millisecond: number,\n microsecond: number,\n nanosecond: number\n) {\n const time = BalanceTime(hour, minute, second, millisecond, microsecond, nanosecond);\n const isoDate = BalanceISODate(year, month, day + time.deltaDays);\n return CombineISODateAndTimeRecord(isoDate, time);\n}\n\nfunction BalanceTime(\n hourParam: number,\n minuteParam: number,\n secondParam: number,\n millisecondParam: number,\n microsecondParam: number,\n nanosecondParam: number\n) {\n let hour = hourParam;\n let minute = minuteParam;\n let second = secondParam;\n let millisecond = millisecondParam;\n let microsecond = microsecondParam;\n let nanosecond = nanosecondParam;\n let div;\n\n ({ div, mod: nanosecond } = TruncatingDivModByPowerOf10(nanosecond, 3));\n microsecond += div;\n if (nanosecond < 0) {\n microsecond -= 1;\n nanosecond += 1000;\n }\n\n ({ div, mod: microsecond } = TruncatingDivModByPowerOf10(microsecond, 3));\n millisecond += div;\n if (microsecond < 0) {\n millisecond -= 1;\n microsecond += 1000;\n }\n\n second += Math.trunc(millisecond / 1000);\n millisecond %= 1000;\n if (millisecond < 0) {\n second -= 1;\n millisecond += 1000;\n }\n\n minute += Math.trunc(second / 60);\n second %= 60;\n if (second < 0) {\n minute -= 1;\n second += 60;\n }\n\n hour += Math.trunc(minute / 60);\n minute %= 60;\n if (minute < 0) {\n hour -= 1;\n minute += 60;\n }\n\n let deltaDays = Math.trunc(hour / 24);\n hour %= 24;\n if (hour < 0) {\n deltaDays -= 1;\n hour += 24;\n }\n\n // Results are possibly -0 at this point, but these are mathematical values in\n // the spec. Force -0 to +0.\n deltaDays += 0;\n hour += 0;\n minute += 0;\n second += 0;\n millisecond += 0;\n microsecond += 0;\n nanosecond += 0;\n\n return { deltaDays, hour, minute, second, millisecond, microsecond, nanosecond };\n}\n\nexport function DateDurationDays(dateDuration: DateDuration, plainRelativeTo: Temporal.PlainDate) {\n const yearsMonthsWeeksDuration = AdjustDateDurationRecord(dateDuration, 0);\n if (DateDurationSign(yearsMonthsWeeksDuration) === 0) return dateDuration.days;\n\n // balance years, months, and weeks down to days\n const isoDate = GetSlot(plainRelativeTo, ISO_DATE);\n const later = CalendarDateAdd(GetSlot(plainRelativeTo, CALENDAR), isoDate, yearsMonthsWeeksDuration, 'constrain');\n const epochDaysEarlier = ISODateToEpochDays(isoDate.year, isoDate.month - 1, isoDate.day);\n const epochDaysLater = ISODateToEpochDays(later.year, later.month - 1, later.day);\n const yearsMonthsWeeksInDays = epochDaysLater - epochDaysEarlier;\n return dateDuration.days + yearsMonthsWeeksInDays;\n}\n\nexport function CreateNegatedTemporalDuration(duration: Temporal.Duration) {\n const TemporalDuration = GetIntrinsic('%Temporal.Duration%');\n return new TemporalDuration(\n -GetSlot(duration, YEARS),\n -GetSlot(duration, MONTHS),\n -GetSlot(duration, WEEKS),\n -GetSlot(duration, DAYS),\n -GetSlot(duration, HOURS),\n -GetSlot(duration, MINUTES),\n -GetSlot(duration, SECONDS),\n -GetSlot(duration, MILLISECONDS),\n -GetSlot(duration, MICROSECONDS),\n -GetSlot(duration, NANOSECONDS)\n );\n}\n\nexport function ConstrainToRange(value: number | undefined, min: number, max: number) {\n // Math.Max accepts undefined values and returns NaN. Undefined values are\n // used for optional params in the method below.\n return Math.min(max, Math.max(min, value as number));\n}\nexport function ConstrainISODate(year: number, monthParam: number, dayParam?: number) {\n const month = ConstrainToRange(monthParam, 1, 12);\n const day = ConstrainToRange(dayParam, 1, ISODaysInMonth(year, month));\n return { year, month, day };\n}\n\nexport function RejectToRange(value: number, min: number, max: number) {\n if (value < min || value > max) throw new RangeError(`value out of range: ${min} <= ${value} <= ${max}`);\n}\n\nexport function RejectISODate(year: number, month: number, day: number) {\n RejectToRange(month, 1, 12);\n RejectToRange(day, 1, ISODaysInMonth(year, month));\n}\n\nfunction RejectDateRange(isoDate: ISODate) {\n // Noon avoids trouble at edges of DateTime range (excludes midnight)\n RejectDateTimeRange(CombineISODateAndTimeRecord(isoDate, NoonTimeRecord()));\n}\n\nexport function RejectTime(\n hour: number,\n minute: number,\n second: number,\n millisecond: number,\n microsecond: number,\n nanosecond: number\n) {\n RejectToRange(hour, 0, 23);\n RejectToRange(minute, 0, 59);\n RejectToRange(second, 0, 59);\n RejectToRange(millisecond, 0, 999);\n RejectToRange(microsecond, 0, 999);\n RejectToRange(nanosecond, 0, 999);\n}\n\nexport function RejectDateTime(\n year: number,\n month: number,\n day: number,\n hour: number,\n minute: number,\n second: number,\n millisecond: number,\n microsecond: number,\n nanosecond: number\n) {\n RejectISODate(year, month, day);\n RejectTime(hour, minute, second, millisecond, microsecond, nanosecond);\n}\n\nexport function RejectDateTimeRange(isoDateTime: ISODateTime) {\n const ns = GetUTCEpochNanoseconds(isoDateTime);\n if (JSBI.lessThan(ns, DATETIME_NS_MIN) || JSBI.greaterThan(ns, DATETIME_NS_MAX)) {\n // Because PlainDateTime's range is wider than Instant's range, the line\n // below will always throw. Calling `ValidateEpochNanoseconds` avoids\n // repeating the same error message twice.\n ValidateEpochNanoseconds(ns);\n }\n}\n\n// Same as above, but throws a different, non-user-facing error\nfunction AssertISODateTimeWithinLimits(isoDateTime: ISODateTime) {\n const ns = GetUTCEpochNanoseconds(isoDateTime);\n assert(\n JSBI.greaterThanOrEqual(ns, DATETIME_NS_MIN) && JSBI.lessThanOrEqual(ns, DATETIME_NS_MAX),\n `${ISODateTimeToString(isoDateTime, 'iso8601', 'auto')} is outside the representable range`\n );\n}\n\n// In the spec, IsValidEpochNanoseconds returns a boolean and call sites are\n// responsible for throwing. In the polyfill, ValidateEpochNanoseconds takes its\n// place so that we can DRY the throwing code.\nfunction ValidateEpochNanoseconds(epochNanoseconds: JSBI) {\n if (JSBI.lessThan(epochNanoseconds, NS_MIN) || JSBI.greaterThan(epochNanoseconds, NS_MAX)) {\n throw new RangeError('date/time value is outside of supported range');\n }\n}\n\nfunction RejectYearMonthRange({ year, month }: Omit) {\n RejectToRange(year, YEAR_MIN, YEAR_MAX);\n if (year === YEAR_MIN) {\n RejectToRange(month, 4, 12);\n } else if (year === YEAR_MAX) {\n RejectToRange(month, 1, 9);\n }\n}\n\nexport function RejectDuration(\n y: number,\n mon: number,\n w: number,\n d: number,\n h: number,\n min: number,\n s: number,\n ms: number,\n µs: number,\n ns: number\n) {\n let sign: -1 | 0 | 1 = 0;\n const fields = [y, mon, w, d, h, min, s, ms, µs, ns];\n for (let index = 0; index < fields.length; index++) {\n const prop = fields[index];\n if (prop === Infinity || prop === -Infinity) throw new RangeError('infinite values not allowed as duration fields');\n if (prop !== 0) {\n const propSign = prop < 0 ? -1 : 1;\n if (sign !== 0 && propSign !== sign) throw new RangeError('mixed-sign values not allowed as duration fields');\n sign = propSign;\n }\n }\n if (Math.abs(y) >= 2 ** 32 || Math.abs(mon) >= 2 ** 32 || Math.abs(w) >= 2 ** 32) {\n throw new RangeError('years, months, and weeks must be < 2³²');\n }\n const msResult = TruncatingDivModByPowerOf10(ms, 3);\n const µsResult = TruncatingDivModByPowerOf10(µs, 6);\n const nsResult = TruncatingDivModByPowerOf10(ns, 9);\n const remainderSec = TruncatingDivModByPowerOf10(msResult.mod * 1e6 + µsResult.mod * 1e3 + nsResult.mod, 9).div;\n const totalSec = d * 86400 + h * 3600 + min * 60 + s + msResult.div + µsResult.div + nsResult.div + remainderSec;\n if (!Number.isSafeInteger(totalSec)) {\n throw new RangeError('total of duration time units cannot exceed 9007199254740991.999999999 s');\n }\n}\n\nexport function ToInternalDurationRecord(duration: Temporal.Duration) {\n const date = {\n years: GetSlot(duration, YEARS),\n months: GetSlot(duration, MONTHS),\n weeks: GetSlot(duration, WEEKS),\n days: GetSlot(duration, DAYS)\n };\n const time = TimeDuration.fromComponents(\n GetSlot(duration, HOURS),\n GetSlot(duration, MINUTES),\n GetSlot(duration, SECONDS),\n GetSlot(duration, MILLISECONDS),\n GetSlot(duration, MICROSECONDS),\n GetSlot(duration, NANOSECONDS)\n );\n return { date, time };\n}\n\nexport function ToInternalDurationRecordWith24HourDays(duration: Temporal.Duration) {\n const time = TimeDuration.fromComponents(\n GetSlot(duration, HOURS),\n GetSlot(duration, MINUTES),\n GetSlot(duration, SECONDS),\n GetSlot(duration, MILLISECONDS),\n GetSlot(duration, MICROSECONDS),\n GetSlot(duration, NANOSECONDS)\n ).add24HourDays(GetSlot(duration, DAYS));\n const date = {\n years: GetSlot(duration, YEARS),\n months: GetSlot(duration, MONTHS),\n weeks: GetSlot(duration, WEEKS),\n days: 0\n };\n return { date, time };\n}\n\nfunction ToDateDurationRecordWithoutTime(duration: Temporal.Duration) {\n const internalDuration = ToInternalDurationRecordWith24HourDays(duration);\n const days = Math.trunc(internalDuration.time.sec / 86400);\n RejectDuration(\n internalDuration.date.years,\n internalDuration.date.months,\n internalDuration.date.weeks,\n days,\n 0,\n 0,\n 0,\n 0,\n 0,\n 0\n );\n return { ...internalDuration.date, days };\n}\n\nexport function TemporalDurationFromInternal(internalDuration: InternalDuration, largestUnit: Temporal.DateTimeUnit) {\n const sign = internalDuration.time.sign();\n let nanoseconds = internalDuration.time.abs().subsec;\n let microseconds = 0;\n let milliseconds = 0;\n let seconds = internalDuration.time.abs().sec;\n let minutes = 0;\n let hours = 0;\n let days = 0;\n\n switch (largestUnit) {\n case 'year':\n case 'month':\n case 'week':\n case 'day':\n microseconds = Math.trunc(nanoseconds / 1000);\n nanoseconds %= 1000;\n milliseconds = Math.trunc(microseconds / 1000);\n microseconds %= 1000;\n seconds += Math.trunc(milliseconds / 1000);\n milliseconds %= 1000;\n minutes = Math.trunc(seconds / 60);\n seconds %= 60;\n hours = Math.trunc(minutes / 60);\n minutes %= 60;\n days = Math.trunc(hours / 24);\n hours %= 24;\n break;\n case 'hour':\n microseconds = Math.trunc(nanoseconds / 1000);\n nanoseconds %= 1000;\n milliseconds = Math.trunc(microseconds / 1000);\n microseconds %= 1000;\n seconds += Math.trunc(milliseconds / 1000);\n milliseconds %= 1000;\n minutes = Math.trunc(seconds / 60);\n seconds %= 60;\n hours = Math.trunc(minutes / 60);\n minutes %= 60;\n break;\n case 'minute':\n microseconds = Math.trunc(nanoseconds / 1000);\n nanoseconds %= 1000;\n milliseconds = Math.trunc(microseconds / 1000);\n microseconds %= 1000;\n seconds += Math.trunc(milliseconds / 1000);\n milliseconds %= 1000;\n minutes = Math.trunc(seconds / 60);\n seconds %= 60;\n break;\n case 'second':\n microseconds = Math.trunc(nanoseconds / 1000);\n nanoseconds %= 1000;\n milliseconds = Math.trunc(microseconds / 1000);\n microseconds %= 1000;\n seconds += Math.trunc(milliseconds / 1000);\n milliseconds %= 1000;\n break;\n case 'millisecond':\n microseconds = Math.trunc(nanoseconds / 1000);\n nanoseconds %= 1000;\n milliseconds = FMAPowerOf10(seconds, 3, Math.trunc(microseconds / 1000));\n microseconds %= 1000;\n seconds = 0;\n break;\n case 'microsecond':\n microseconds = FMAPowerOf10(seconds, 6, Math.trunc(nanoseconds / 1000));\n nanoseconds %= 1000;\n seconds = 0;\n break;\n case 'nanosecond':\n nanoseconds = FMAPowerOf10(seconds, 9, nanoseconds);\n seconds = 0;\n break;\n default:\n /* c8 ignore next */ assertNotReached();\n }\n\n const TemporalDuration = GetIntrinsic('%Temporal.Duration%');\n return new TemporalDuration(\n internalDuration.date.years,\n internalDuration.date.months,\n internalDuration.date.weeks,\n internalDuration.date.days + sign * days,\n sign * hours,\n sign * minutes,\n sign * seconds,\n sign * milliseconds,\n sign * microseconds,\n sign * nanoseconds\n );\n}\n\nexport function CombineDateAndTimeDuration(dateDuration: DateDuration, timeDuration: TimeDuration) {\n const dateSign = DateDurationSign(dateDuration);\n const timeSign = timeDuration.sign();\n assert(\n dateSign === 0 || timeSign === 0 || dateSign === timeSign,\n 'should not be able to create mixed sign duration fields here'\n );\n return { date: dateDuration, time: timeDuration };\n}\n\n// Caution: month is 0-based\nexport function ISODateToEpochDays(year: number, month: number, day: number) {\n return (\n GetUTCEpochMilliseconds({\n isoDate: { year, month: month + 1, day },\n time: { hour: 0, minute: 0, second: 0, millisecond: 0 }\n }) / DAY_MS\n );\n}\n\n// This is needed before calling GetUTCEpochNanoseconds, because it uses MakeDay\n// which is ill-defined in how it handles large year numbers. If the issue\n// https://github.com/tc39/ecma262/issues/1087 is fixed, this can be removed\n// with no observable changes.\nfunction CheckISODaysRange({ year, month, day }: ISODate) {\n if (Math.abs(ISODateToEpochDays(year, month - 1, day)) > 1e8) {\n throw new RangeError('date/time value is outside the supported range');\n }\n}\n\nfunction DifferenceTime(time1: TimeRecord, time2: TimeRecord) {\n const hours = time2.hour - time1.hour;\n const minutes = time2.minute - time1.minute;\n const seconds = time2.second - time1.second;\n const milliseconds = time2.millisecond - time1.millisecond;\n const microseconds = time2.microsecond - time1.microsecond;\n const nanoseconds = time2.nanosecond - time1.nanosecond;\n const timeDuration = TimeDuration.fromComponents(hours, minutes, seconds, milliseconds, microseconds, nanoseconds);\n assert(timeDuration.abs().sec < 86400, '_bt_.[[Days]] should be 0');\n return timeDuration;\n}\n\nfunction DifferenceInstant(\n ns1: JSBI,\n ns2: JSBI,\n increment: number,\n smallestUnit: Temporal.TimeUnit,\n roundingMode: Temporal.RoundingMode\n) {\n let timeDuration = TimeDuration.fromEpochNsDiff(ns2, ns1);\n timeDuration = RoundTimeDuration(timeDuration, increment, smallestUnit, roundingMode);\n return CombineDateAndTimeDuration(ZeroDateDuration(), timeDuration);\n}\n\nfunction DifferenceISODateTime(\n isoDateTime1: ISODateTime,\n isoDateTime2: ISODateTime,\n calendar: BuiltinCalendarId,\n largestUnit: Temporal.DateTimeUnit\n) {\n AssertISODateTimeWithinLimits(isoDateTime1);\n AssertISODateTimeWithinLimits(isoDateTime2);\n let timeDuration = DifferenceTime(isoDateTime1.time, isoDateTime2.time);\n\n const timeSign = timeDuration.sign();\n const dateSign = CompareISODate(isoDateTime1.isoDate, isoDateTime2.isoDate);\n\n // back-off a day from date2 so that the signs of the date and time diff match\n let adjustedDate = isoDateTime2.isoDate;\n if (dateSign === timeSign) {\n adjustedDate = BalanceISODate(adjustedDate.year, adjustedDate.month, adjustedDate.day + timeSign);\n timeDuration = timeDuration.add24HourDays(-timeSign);\n }\n\n const dateLargestUnit = LargerOfTwoTemporalUnits('day', largestUnit) as Temporal.DateUnit;\n const dateDifference = CalendarDateUntil(calendar, isoDateTime1.isoDate, adjustedDate, dateLargestUnit);\n if (largestUnit !== dateLargestUnit) {\n // largestUnit < days, so add the days in to the internal duration\n timeDuration = timeDuration.add24HourDays(dateDifference.days);\n dateDifference.days = 0;\n }\n return CombineDateAndTimeDuration(dateDifference, timeDuration);\n}\n\nfunction DifferenceZonedDateTime(\n ns1: JSBI,\n ns2: JSBI,\n timeZone: string,\n calendar: BuiltinCalendarId,\n largestUnit: Temporal.DateTimeUnit\n) {\n const nsDiff = JSBI.subtract(ns2, ns1);\n if (JSBI.equal(nsDiff, ZERO)) return { date: ZeroDateDuration(), time: TimeDuration.ZERO };\n const sign = JSBI.lessThan(nsDiff, ZERO) ? -1 : 1;\n\n // Convert start/end instants to datetimes\n const isoDtStart = GetISODateTimeFor(timeZone, ns1);\n const isoDtEnd = GetISODateTimeFor(timeZone, ns2);\n\n // Simulate moving ns1 as many years/months/weeks/days as possible without\n // surpassing ns2. This value is stored in intermediateDateTime/intermediateInstant/intermediateNs.\n // We do not literally move years/months/weeks/days with calendar arithmetic,\n // but rather assume intermediateDateTime will have the same time-parts as\n // dtStart and the date-parts from dtEnd, and move backward from there.\n // The number of days we move backward is stored in dayCorrection.\n // Credit to Adam Shaw for devising this algorithm.\n let dayCorrection = 0;\n let intermediateDateTime: ISODateTime | undefined;\n\n // The max number of allowed day corrections depends on the direction of travel.\n // Both directions allow for 1 day correction due to an ISO wall-clock overshoot (see below).\n // Only the forward direction allows for an additional 1 day correction caused by a push-forward\n // 'compatible' DST transition causing the wall-clock to overshoot again.\n // This max value is inclusive.\n let maxDayCorrection = sign === 1 ? 2 : 1;\n\n // Detect ISO wall-clock overshoot.\n // If the diff of the ISO wall-clock times is opposite to the overall diff's sign,\n // we are guaranteed to need at least one day correction.\n let timeDuration = DifferenceTime(isoDtStart.time, isoDtEnd.time);\n if (timeDuration.sign() === -sign) {\n dayCorrection++;\n }\n\n for (; dayCorrection <= maxDayCorrection; dayCorrection++) {\n const intermediateDate = BalanceISODate(\n isoDtEnd.isoDate.year,\n isoDtEnd.isoDate.month,\n isoDtEnd.isoDate.day - dayCorrection * sign\n );\n\n // Incorporate time parts from dtStart\n intermediateDateTime = CombineISODateAndTimeRecord(intermediateDate, isoDtStart.time);\n\n // Convert intermediate datetime to epoch-nanoseconds (may disambiguate)\n const intermediateNs = GetEpochNanosecondsFor(timeZone, intermediateDateTime, 'compatible');\n\n // Compute the nanosecond diff between the intermediate instant and the final destination\n timeDuration = TimeDuration.fromEpochNsDiff(ns2, intermediateNs);\n\n // Did intermediateNs NOT surpass ns2?\n // If so, exit the loop with success (without incrementing dayCorrection past maxDayCorrection)\n if (timeDuration.sign() !== -sign) {\n break;\n }\n }\n\n assert(dayCorrection <= maxDayCorrection, `more than ${maxDayCorrection} day correction needed`);\n\n // Output of the above loop\n assertExists(intermediateDateTime);\n\n // Similar to what happens in DifferenceISODateTime with date parts only:\n const dateLargestUnit = LargerOfTwoTemporalUnits('day', largestUnit) as Temporal.DateUnit;\n const dateDifference = CalendarDateUntil(calendar, isoDtStart.isoDate, intermediateDateTime.isoDate, dateLargestUnit);\n return CombineDateAndTimeDuration(dateDifference, timeDuration);\n}\n\n// Epoch-nanosecond bounding technique where the start/end of the calendar-unit\n// interval are converted to epoch-nanosecond times and destEpochNs is nudged to\n// either one.\nfunction NudgeToCalendarUnit(\n sign: -1 | 1,\n durationParam: InternalDuration,\n destEpochNs: JSBI,\n isoDateTime: ISODateTime,\n timeZone: string | null,\n calendar: BuiltinCalendarId,\n increment: number,\n unit: Temporal.DateUnit,\n roundingMode: Temporal.RoundingMode\n) {\n // unit must be day, week, month, or year\n // timeZone may be undefined\n let duration = durationParam;\n\n // Create a duration with smallestUnit trunc'd towards zero\n // Create a separate duration that incorporates roundingIncrement\n let r1, r2, startDuration, endDuration;\n switch (unit) {\n case 'year': {\n const years = RoundNumberToIncrement(duration.date.years, increment, 'trunc');\n r1 = years;\n r2 = years + increment * sign;\n startDuration = { years: r1, months: 0, weeks: 0, days: 0 };\n endDuration = { ...startDuration, years: r2 };\n break;\n }\n case 'month': {\n const months = RoundNumberToIncrement(duration.date.months, increment, 'trunc');\n r1 = months;\n r2 = months + increment * sign;\n startDuration = AdjustDateDurationRecord(duration.date, 0, 0, r1);\n endDuration = AdjustDateDurationRecord(duration.date, 0, 0, r2);\n break;\n }\n case 'week': {\n const yearsMonths = AdjustDateDurationRecord(duration.date, 0, 0);\n const weeksStart = CalendarDateAdd(calendar, isoDateTime.isoDate, yearsMonths, 'constrain');\n const weeksEnd = BalanceISODate(weeksStart.year, weeksStart.month, weeksStart.day + duration.date.days);\n const untilResult = CalendarDateUntil(calendar, weeksStart, weeksEnd, 'week');\n const weeks = RoundNumberToIncrement(duration.date.weeks + untilResult.weeks, increment, 'trunc');\n r1 = weeks;\n r2 = weeks + increment * sign;\n startDuration = AdjustDateDurationRecord(duration.date, 0, r1);\n endDuration = AdjustDateDurationRecord(duration.date, 0, r2);\n break;\n }\n case 'day': {\n const days = RoundNumberToIncrement(duration.date.days, increment, 'trunc');\n r1 = days;\n r2 = days + increment * sign;\n startDuration = AdjustDateDurationRecord(duration.date, r1);\n endDuration = AdjustDateDurationRecord(duration.date, r2);\n break;\n }\n default:\n /* c8 ignore next */ assertNotReached();\n }\n\n if (sign === 1) assert(r1 >= 0 && r1 < r2, `positive ordering of r1, r2: 0 ≤ ${r1} < ${r2}`);\n if (sign === -1) assert(r1 <= 0 && r1 > r2, `negative ordering of r1, r2: 0 ≥ ${r1} > ${r2}`);\n\n // Apply to origin, output PlainDateTimes\n const start = CalendarDateAdd(calendar, isoDateTime.isoDate, startDuration, 'constrain');\n const end = CalendarDateAdd(calendar, isoDateTime.isoDate, endDuration, 'constrain');\n\n // Convert to epoch-nanoseconds\n let startEpochNs, endEpochNs;\n const startDateTime = CombineISODateAndTimeRecord(start, isoDateTime.time);\n const endDateTime = CombineISODateAndTimeRecord(end, isoDateTime.time);\n if (timeZone) {\n startEpochNs = GetEpochNanosecondsFor(timeZone, startDateTime, 'compatible');\n endEpochNs = GetEpochNanosecondsFor(timeZone, endDateTime, 'compatible');\n } else {\n startEpochNs = GetUTCEpochNanoseconds(startDateTime);\n endEpochNs = GetUTCEpochNanoseconds(endDateTime);\n }\n\n // Round the smallestUnit within the epoch-nanosecond span\n if (sign === 1) {\n assert(\n JSBI.lessThanOrEqual(startEpochNs, destEpochNs) && JSBI.lessThanOrEqual(destEpochNs, endEpochNs),\n `${unit} was 0 days long`\n );\n }\n if (sign === -1) {\n assert(\n JSBI.lessThanOrEqual(endEpochNs, destEpochNs) && JSBI.lessThanOrEqual(destEpochNs, startEpochNs),\n `${unit} was 0 days long`\n );\n }\n assert(!JSBI.equal(endEpochNs, startEpochNs), 'startEpochNs must ≠ endEpochNs');\n const numerator = TimeDuration.fromEpochNsDiff(destEpochNs, startEpochNs);\n const denominator = TimeDuration.fromEpochNsDiff(endEpochNs, startEpochNs);\n const unsignedRoundingMode = GetUnsignedRoundingMode(roundingMode, sign < 0 ? 'negative' : 'positive');\n const cmp = numerator.add(numerator).abs().subtract(denominator.abs()).sign();\n const even = (Math.abs(r1) / increment) % 2 === 0;\n // prettier-ignore\n const roundedUnit = numerator.isZero()\n ? Math.abs(r1)\n : !numerator.cmp(denominator) // equal?\n ? Math.abs(r2)\n : ApplyUnsignedRoundingMode(Math.abs(r1), Math.abs(r2), cmp, even, unsignedRoundingMode);\n\n // Trick to minimize rounding error, due to the lack of fma() in JS\n const fakeNumerator = new TimeDuration(\n JSBI.add(\n JSBI.multiply(denominator.totalNs, JSBI.BigInt(r1)),\n JSBI.multiply(numerator.totalNs, JSBI.BigInt(increment * sign))\n )\n );\n const total = fakeNumerator.fdiv(denominator.totalNs);\n assert(Math.abs(r1) <= Math.abs(total) && Math.abs(total) <= Math.abs(r2), 'r1 ≤ total ≤ r2');\n\n // Determine whether expanded or contracted\n const didExpandCalendarUnit = roundedUnit === Math.abs(r2);\n duration = { date: didExpandCalendarUnit ? endDuration : startDuration, time: TimeDuration.ZERO };\n\n const nudgeResult = {\n duration,\n nudgedEpochNs: didExpandCalendarUnit ? endEpochNs : startEpochNs,\n didExpandCalendarUnit\n };\n return { nudgeResult, total };\n}\n\n// Attempts rounding of time units within a time zone's day, but if the rounding\n// causes time to exceed the total time within the day, rerun rounding in next\n// day.\nfunction NudgeToZonedTime(\n sign: -1 | 1,\n durationParam: InternalDuration,\n isoDateTime: ISODateTime,\n timeZone: string,\n calendar: BuiltinCalendarId,\n increment: number,\n unit: Temporal.TimeUnit,\n roundingMode: Temporal.RoundingMode\n) {\n // unit must be hour or smaller\n let duration = durationParam;\n\n // Apply to origin, output start/end of the day as PlainDateTimes\n const start = CalendarDateAdd(calendar, isoDateTime.isoDate, duration.date, 'constrain');\n const startDateTime = CombineISODateAndTimeRecord(start, isoDateTime.time);\n const endDate = BalanceISODate(start.year, start.month, start.day + sign);\n const endDateTime = CombineISODateAndTimeRecord(endDate, isoDateTime.time);\n\n // Compute the epoch-nanosecond start/end of the final whole-day interval\n // If duration has negative sign, startEpochNs will be after endEpochNs\n const startEpochNs = GetEpochNanosecondsFor(timeZone, startDateTime, 'compatible');\n const endEpochNs = GetEpochNanosecondsFor(timeZone, endDateTime, 'compatible');\n\n // The signed amount of time from the start of the whole-day interval to the end\n const daySpan = TimeDuration.fromEpochNsDiff(endEpochNs, startEpochNs);\n if (daySpan.sign() !== sign) throw new RangeError('time zone returned inconsistent Instants');\n\n // Compute time parts of the duration to nanoseconds and round\n // Result could be negative\n const unitIncrement = JSBI.BigInt(NS_PER_TIME_UNIT[unit] * increment);\n let roundedTimeDuration = duration.time.round(unitIncrement, roundingMode);\n\n // Does the rounded time exceed the time-in-day?\n const beyondDaySpan = roundedTimeDuration.subtract(daySpan);\n const didRoundBeyondDay = beyondDaySpan.sign() !== -sign;\n\n let dayDelta, nudgedEpochNs;\n if (didRoundBeyondDay) {\n // If rounded into next day, use the day-end as the local origin and rerun\n // the rounding\n dayDelta = sign;\n roundedTimeDuration = beyondDaySpan.round(unitIncrement, roundingMode);\n nudgedEpochNs = roundedTimeDuration.addToEpochNs(endEpochNs);\n } else {\n // Otherwise, if time not rounded beyond day, use the day-start as the local\n // origin\n dayDelta = 0;\n nudgedEpochNs = roundedTimeDuration.addToEpochNs(startEpochNs);\n }\n\n const dateDuration = AdjustDateDurationRecord(duration.date, duration.date.days + dayDelta);\n const resultDuration = CombineDateAndTimeDuration(dateDuration, roundedTimeDuration);\n return {\n duration: resultDuration,\n nudgedEpochNs,\n didExpandCalendarUnit: didRoundBeyondDay\n };\n}\n\n// Converts all fields to nanoseconds and does integer rounding.\nfunction NudgeToDayOrTime(\n durationParam: InternalDuration,\n destEpochNs: JSBI,\n largestUnit: Temporal.DateTimeUnit,\n increment: number,\n smallestUnit: Temporal.TimeUnit | 'day',\n roundingMode: Temporal.RoundingMode\n) {\n // unit must be day or smaller\n let duration = durationParam;\n\n const timeDuration = duration.time.add24HourDays(duration.date.days);\n // Convert to nanoseconds and round\n const roundedTime = timeDuration.round(JSBI.BigInt(increment * NS_PER_TIME_UNIT[smallestUnit]), roundingMode);\n const diffTime = roundedTime.subtract(timeDuration);\n\n // Determine if whole days expanded\n const { quotient: wholeDays } = timeDuration.divmod(DAY_NANOS);\n const { quotient: roundedWholeDays } = roundedTime.divmod(DAY_NANOS);\n const didExpandDays = Math.sign(roundedWholeDays - wholeDays) === timeDuration.sign();\n\n const nudgedEpochNs = diffTime.addToEpochNs(destEpochNs);\n\n let days = 0;\n let remainder = roundedTime;\n if (TemporalUnitCategory(largestUnit) === 'date') {\n days = roundedWholeDays;\n remainder = roundedTime.add(TimeDuration.fromComponents(-roundedWholeDays * 24, 0, 0, 0, 0, 0));\n }\n\n const dateDuration = AdjustDateDurationRecord(duration.date, days);\n return {\n duration: { date: dateDuration, time: remainder },\n nudgedEpochNs,\n didExpandCalendarUnit: didExpandDays\n };\n}\n\n// Given a potentially bottom-heavy duration, bubble up smaller units to larger\n// units. Any units smaller than smallestUnit are already zeroed-out.\nfunction BubbleRelativeDuration(\n sign: -1 | 1,\n durationParam: InternalDuration,\n nudgedEpochNs: JSBI,\n isoDateTime: ISODateTime,\n timeZone: string | null,\n calendar: BuiltinCalendarId,\n largestUnit: Temporal.DateUnit,\n smallestUnit: Temporal.DateUnit\n) {\n // smallestUnit is day or larger\n let duration = durationParam;\n\n if (smallestUnit === largestUnit) return duration;\n\n // Check to see if nudgedEpochNs has hit the boundary of any units higher than\n // smallestUnit, in which case increment the higher unit and clear smaller\n // units.\n const largestUnitIndex = UNITS_DESCENDING.indexOf(largestUnit);\n const smallestUnitIndex = UNITS_DESCENDING.indexOf(smallestUnit);\n for (let unitIndex = smallestUnitIndex - 1; unitIndex >= largestUnitIndex; unitIndex--) {\n // The only situation where days and smaller bubble-up into weeks is when\n // largestUnit is 'week' (not to be confused with the situation where\n // smallestUnit is 'week', in which case days and smaller are ROUNDED-up\n // into weeks, but that has already happened by the time this function\n // executes)\n // So, if days and smaller are NOT bubbled-up into weeks, and the current\n // unit is weeks, skip.\n const unit = UNITS_DESCENDING[unitIndex];\n if (unit === 'week' && largestUnit !== 'week') {\n continue;\n }\n\n let endDuration;\n switch (unit) {\n case 'year': {\n const years = duration.date.years + sign;\n endDuration = { years, months: 0, weeks: 0, days: 0 };\n break;\n }\n case 'month': {\n const months = duration.date.months + sign;\n endDuration = AdjustDateDurationRecord(duration.date, 0, 0, months);\n break;\n }\n case 'week': {\n const weeks = duration.date.weeks + sign;\n endDuration = AdjustDateDurationRecord(duration.date, 0, weeks);\n break;\n }\n default:\n /* c8 ignore next */ assertNotReached();\n }\n\n // Compute end-of-unit in epoch-nanoseconds\n const end = CalendarDateAdd(calendar, isoDateTime.isoDate, endDuration, 'constrain');\n const endDateTime = CombineISODateAndTimeRecord(end, isoDateTime.time);\n let endEpochNs;\n if (timeZone) {\n endEpochNs = GetEpochNanosecondsFor(timeZone, endDateTime, 'compatible');\n } else {\n endEpochNs = GetUTCEpochNanoseconds(endDateTime);\n }\n\n const didExpandToEnd = compare(nudgedEpochNs, endEpochNs) !== -sign;\n\n // Is nudgedEpochNs at the end-of-unit? This means it should bubble-up to\n // the next highest unit (and possibly further...)\n if (didExpandToEnd) {\n duration = { date: endDuration, time: TimeDuration.ZERO };\n } else {\n // NOT at end-of-unit. Stop looking for bubbling\n break;\n }\n }\n\n return duration;\n}\n\nfunction RoundRelativeDuration(\n durationParam: InternalDuration,\n destEpochNs: JSBI,\n isoDateTime: ISODateTime,\n timeZone: string | null,\n calendar: BuiltinCalendarId,\n largestUnitParam: Temporal.DateTimeUnit,\n increment: number,\n smallestUnit: Temporal.DateTimeUnit,\n roundingMode: Temporal.RoundingMode\n) {\n let duration = durationParam;\n // The duration must already be balanced. This should be achieved by calling\n // one of the non-rounding since/until internal methods prior. It's okay to\n // have a bottom-heavy weeks because weeks don't bubble-up into months. It's\n // okay to have >24 hour day assuming the final day of relativeTo+duration has\n // >24 hours in its timezone. (should automatically end up like this if using\n // non-rounding since/until internal methods prior)\n const irregularLengthUnit = IsCalendarUnit(smallestUnit) || (timeZone && smallestUnit === 'day');\n const sign = InternalDurationSign(duration) < 0 ? -1 : 1;\n\n let nudgeResult;\n if (irregularLengthUnit) {\n // Rounding an irregular-length unit? Use epoch-nanosecond-bounding technique\n ({ nudgeResult } = NudgeToCalendarUnit(\n sign,\n duration,\n destEpochNs,\n isoDateTime,\n timeZone,\n calendar,\n increment,\n smallestUnit,\n roundingMode\n ));\n } else if (timeZone) {\n // Special-case for rounding time units within a zoned day\n uncheckedAssertNarrowedType(\n smallestUnit,\n 'other values handled in irregularLengthUnit clause above'\n );\n nudgeResult = NudgeToZonedTime(\n sign,\n duration,\n isoDateTime,\n timeZone,\n calendar,\n increment,\n smallestUnit,\n roundingMode\n );\n } else {\n // Rounding uniform-length days/hours/minutes/etc units. Simple nanosecond\n // math. years/months/weeks unchanged\n nudgeResult = NudgeToDayOrTime(duration, destEpochNs, largestUnitParam, increment, smallestUnit, roundingMode);\n }\n\n duration = nudgeResult.duration;\n // Did nudging cause the duration to expand to the next day or larger?\n // Bubble-up smaller calendar units into higher ones, except for weeks, which\n // don't balance up into months\n if (nudgeResult.didExpandCalendarUnit && smallestUnit !== 'week') {\n uncheckedAssertNarrowedType(\n largestUnitParam,\n 'if we expanded to a calendar unit, then largestUnit is a calendar unit'\n );\n duration = BubbleRelativeDuration(\n sign,\n duration,\n nudgeResult.nudgedEpochNs, // The destEpochNs after expanding/contracting\n isoDateTime,\n timeZone,\n calendar,\n largestUnitParam, // where to STOP bubbling\n LargerOfTwoTemporalUnits(smallestUnit, 'day') as Temporal.DateUnit // where to START bubbling-up from\n );\n }\n\n return duration;\n}\n\nfunction TotalRelativeDuration(\n duration: InternalDuration,\n destEpochNs: JSBI,\n isoDateTime: ISODateTime,\n timeZone: string | null,\n calendar: BuiltinCalendarId,\n unit: Temporal.DateTimeUnit\n) {\n // The duration must already be balanced. This should be achieved by calling\n // one of the non-rounding since/until internal methods prior. It's okay to\n // have a bottom-heavy weeks because weeks don't bubble-up into months. It's\n // okay to have >24 hour day assuming the final day of relativeTo+duration has\n // >24 hours in its timezone. (should automatically end up like this if using\n // non-rounding since/until internal methods prior)\n if (IsCalendarUnit(unit) || (timeZone && unit === 'day')) {\n // Rounding an irregular-length unit? Use epoch-nanosecond-bounding technique\n const sign = InternalDurationSign(duration) < 0 ? -1 : 1;\n return NudgeToCalendarUnit(sign, duration, destEpochNs, isoDateTime, timeZone, calendar, 1, unit, 'trunc').total;\n }\n // Rounding uniform-length days/hours/minutes/etc units. Simple nanosecond\n // math. years/months/weeks unchanged\n const timeDuration = duration.time.add24HourDays(duration.date.days);\n return TotalTimeDuration(timeDuration, unit);\n}\n\nexport function DifferencePlainDateTimeWithRounding(\n isoDateTime1: ISODateTime,\n isoDateTime2: ISODateTime,\n calendar: BuiltinCalendarId,\n largestUnit: Temporal.DateTimeUnit,\n roundingIncrement: number,\n smallestUnit: Temporal.DateTimeUnit,\n roundingMode: Temporal.RoundingMode\n) {\n if (CompareISODateTime(isoDateTime1, isoDateTime2) == 0) {\n return { date: ZeroDateDuration(), time: TimeDuration.ZERO };\n }\n\n RejectDateTimeRange(isoDateTime1);\n RejectDateTimeRange(isoDateTime2);\n const duration = DifferenceISODateTime(isoDateTime1, isoDateTime2, calendar, largestUnit);\n\n if (smallestUnit === 'nanosecond' && roundingIncrement === 1) return duration;\n\n const destEpochNs = GetUTCEpochNanoseconds(isoDateTime2);\n return RoundRelativeDuration(\n duration,\n destEpochNs,\n isoDateTime1,\n null,\n calendar,\n largestUnit,\n roundingIncrement,\n smallestUnit,\n roundingMode\n );\n}\n\nexport function DifferencePlainDateTimeWithTotal(\n isoDateTime1: ISODateTime,\n isoDateTime2: ISODateTime,\n calendar: BuiltinCalendarId,\n unit: Temporal.DateTimeUnit\n) {\n if (CompareISODateTime(isoDateTime1, isoDateTime2) == 0) return 0;\n\n RejectDateTimeRange(isoDateTime1);\n RejectDateTimeRange(isoDateTime2);\n const duration = DifferenceISODateTime(isoDateTime1, isoDateTime2, calendar, unit);\n\n if (unit === 'nanosecond') return JSBI.toNumber(duration.time.totalNs);\n\n const destEpochNs = GetUTCEpochNanoseconds(isoDateTime2);\n return TotalRelativeDuration(duration, destEpochNs, isoDateTime1, null, calendar, unit);\n}\n\nexport function DifferenceZonedDateTimeWithRounding(\n ns1: JSBI,\n ns2: JSBI,\n timeZone: string,\n calendar: BuiltinCalendarId,\n largestUnit: Temporal.DateTimeUnit,\n roundingIncrement: number,\n smallestUnit: Temporal.DateTimeUnit,\n roundingMode: Temporal.RoundingMode\n) {\n if (TemporalUnitCategory(largestUnit) === 'time') {\n // The user is only asking for a time difference, so return difference of instants.\n return DifferenceInstant(ns1, ns2, roundingIncrement, smallestUnit as Temporal.TimeUnit, roundingMode);\n }\n\n const duration = DifferenceZonedDateTime(ns1, ns2, timeZone, calendar, largestUnit);\n\n if (smallestUnit === 'nanosecond' && roundingIncrement === 1) return duration;\n\n const dateTime = GetISODateTimeFor(timeZone, ns1);\n return RoundRelativeDuration(\n duration,\n ns2,\n dateTime,\n timeZone,\n calendar,\n largestUnit,\n roundingIncrement,\n smallestUnit,\n roundingMode\n );\n}\n\nexport function DifferenceZonedDateTimeWithTotal(\n ns1: JSBI,\n ns2: JSBI,\n timeZone: string,\n calendar: BuiltinCalendarId,\n unit: Temporal.DateTimeUnit\n) {\n if (TemporalUnitCategory(unit) === 'time') {\n // The user is only asking for a time difference, so return difference of instants.\n return TotalTimeDuration(TimeDuration.fromEpochNsDiff(ns2, ns1), unit as Temporal.TimeUnit);\n }\n\n const duration = DifferenceZonedDateTime(ns1, ns2, timeZone, calendar, unit);\n const dateTime = GetISODateTimeFor(timeZone, ns1);\n return TotalRelativeDuration(duration, ns2, dateTime, timeZone, calendar, unit);\n}\n\ntype DifferenceOperation = 'since' | 'until';\n\nfunction GetDifferenceSettings(\n op: DifferenceOperation,\n options: Temporal.DifferenceOptions,\n group: 'datetime' | 'date' | 'time',\n disallowed: (Temporal.DateTimeUnit | 'auto')[],\n fallbackSmallest: T,\n smallestLargestDefaultUnit: T\n) {\n const ALLOWED_UNITS = TEMPORAL_UNITS.reduce((allowed, unitInfo) => {\n const p = unitInfo[0];\n const s = unitInfo[1];\n const c = unitInfo[2];\n if ((group === 'datetime' || c === group) && !disallowed.includes(s)) {\n allowed.push(s, p);\n }\n return allowed;\n }, [] as (Temporal.DateTimeUnit | Temporal.PluralUnit)[]);\n\n let largestUnit = GetTemporalUnitValuedOption(options, 'largestUnit', group, 'auto');\n if (disallowed.includes(largestUnit)) {\n throw new RangeError(`largestUnit must be one of ${ALLOWED_UNITS.join(', ')}, not ${largestUnit}`);\n }\n\n const roundingIncrement = GetTemporalRoundingIncrementOption(options);\n\n let roundingMode = GetRoundingModeOption(options, 'trunc');\n if (op === 'since') roundingMode = NegateRoundingMode(roundingMode);\n\n const smallestUnit = GetTemporalUnitValuedOption(options, 'smallestUnit', group, fallbackSmallest);\n if (disallowed.includes(smallestUnit)) {\n throw new RangeError(`smallestUnit must be one of ${ALLOWED_UNITS.join(', ')}, not ${smallestUnit}`);\n }\n\n const defaultLargestUnit = LargerOfTwoTemporalUnits(smallestLargestDefaultUnit, smallestUnit);\n if (largestUnit === 'auto') largestUnit = defaultLargestUnit;\n if (LargerOfTwoTemporalUnits(largestUnit, smallestUnit) !== largestUnit) {\n throw new RangeError(`largestUnit ${largestUnit} cannot be smaller than smallestUnit ${smallestUnit}`);\n }\n const MAX_DIFFERENCE_INCREMENTS: { [k in Temporal.DateTimeUnit]?: number } = {\n hour: 24,\n minute: 60,\n second: 60,\n millisecond: 1000,\n microsecond: 1000,\n nanosecond: 1000\n };\n const maximum = MAX_DIFFERENCE_INCREMENTS[smallestUnit];\n if (maximum !== undefined) ValidateTemporalRoundingIncrement(roundingIncrement, maximum, false);\n\n return { largestUnit: largestUnit as T, roundingIncrement, roundingMode, smallestUnit: smallestUnit as T };\n}\n\nexport function DifferenceTemporalInstant(\n operation: DifferenceOperation,\n instant: Temporal.Instant,\n otherParam: InstantParams['until'][0],\n options: InstantParams['until'][1]\n) {\n const other = ToTemporalInstant(otherParam);\n\n const resolvedOptions = GetOptionsObject(options);\n const settings = GetDifferenceSettings(operation, resolvedOptions, 'time', [], 'nanosecond', 'second');\n\n const onens = GetSlot(instant, EPOCHNANOSECONDS);\n const twons = GetSlot(other, EPOCHNANOSECONDS);\n const duration = DifferenceInstant(\n onens,\n twons,\n settings.roundingIncrement,\n settings.smallestUnit,\n settings.roundingMode\n );\n let result = TemporalDurationFromInternal(duration, settings.largestUnit);\n if (operation === 'since') result = CreateNegatedTemporalDuration(result);\n return result;\n}\n\nexport function DifferenceTemporalPlainDate(\n operation: DifferenceOperation,\n plainDate: Temporal.PlainDate,\n otherParam: PlainDateParams['until'][0],\n options: PlainDateParams['until'][1]\n) {\n const other = ToTemporalDate(otherParam);\n const calendar = GetSlot(plainDate, CALENDAR);\n const otherCalendar = GetSlot(other, CALENDAR);\n if (!CalendarEquals(calendar, otherCalendar)) {\n throw new RangeError(`cannot compute difference between dates of ${calendar} and ${otherCalendar} calendars`);\n }\n\n const resolvedOptions = GetOptionsObject(options);\n const settings = GetDifferenceSettings(operation, resolvedOptions, 'date', [], 'day', 'day');\n\n const Duration = GetIntrinsic('%Temporal.Duration%');\n const isoDate = GetSlot(plainDate, ISO_DATE);\n const isoOther = GetSlot(other, ISO_DATE);\n if (CompareISODate(isoDate, isoOther) === 0) return new Duration();\n\n const dateDifference = CalendarDateUntil(calendar, isoDate, isoOther, settings.largestUnit);\n\n let duration = { date: dateDifference, time: TimeDuration.ZERO };\n const roundingIsNoop = settings.smallestUnit === 'day' && settings.roundingIncrement === 1;\n if (!roundingIsNoop) {\n const isoDateTime = CombineISODateAndTimeRecord(isoDate, MidnightTimeRecord());\n const isoDateTimeOther = CombineISODateAndTimeRecord(isoOther, MidnightTimeRecord());\n const destEpochNs = GetUTCEpochNanoseconds(isoDateTimeOther);\n duration = RoundRelativeDuration(\n duration,\n destEpochNs,\n isoDateTime,\n null,\n calendar,\n settings.largestUnit,\n settings.roundingIncrement,\n settings.smallestUnit,\n settings.roundingMode\n );\n }\n\n let result = TemporalDurationFromInternal(duration, 'day');\n if (operation === 'since') result = CreateNegatedTemporalDuration(result);\n return result;\n}\n\nexport function DifferenceTemporalPlainDateTime(\n operation: DifferenceOperation,\n plainDateTime: Temporal.PlainDateTime,\n otherParam: PlainDateTimeParams['until'][0],\n options: PlainDateTimeParams['until'][1]\n) {\n const other = ToTemporalDateTime(otherParam);\n const calendar = GetSlot(plainDateTime, CALENDAR);\n const otherCalendar = GetSlot(other, CALENDAR);\n if (!CalendarEquals(calendar, otherCalendar)) {\n throw new RangeError(`cannot compute difference between dates of ${calendar} and ${otherCalendar} calendars`);\n }\n\n const resolvedOptions = GetOptionsObject(options);\n const settings = GetDifferenceSettings(operation, resolvedOptions, 'datetime', [], 'nanosecond', 'day');\n\n const Duration = GetIntrinsic('%Temporal.Duration%');\n const isoDateTime1 = GetSlot(plainDateTime, ISO_DATE_TIME);\n const isoDateTime2 = GetSlot(other, ISO_DATE_TIME);\n if (CompareISODateTime(isoDateTime1, isoDateTime2) === 0) return new Duration();\n\n const duration = DifferencePlainDateTimeWithRounding(\n isoDateTime1,\n isoDateTime2,\n calendar,\n settings.largestUnit,\n settings.roundingIncrement,\n settings.smallestUnit,\n settings.roundingMode\n );\n\n let result = TemporalDurationFromInternal(duration, settings.largestUnit);\n if (operation === 'since') result = CreateNegatedTemporalDuration(result);\n return result;\n}\n\nexport function DifferenceTemporalPlainTime(\n operation: DifferenceOperation,\n plainTime: Temporal.PlainTime,\n otherParam: PlainTimeParams['until'][0],\n options: PlainTimeParams['until'][1]\n) {\n const other = ToTemporalTime(otherParam);\n\n const resolvedOptions = GetOptionsObject(options);\n const settings = GetDifferenceSettings(operation, resolvedOptions, 'time', [], 'nanosecond', 'hour');\n\n let timeDuration = DifferenceTime(GetSlot(plainTime, TIME), GetSlot(other, TIME));\n timeDuration = RoundTimeDuration(\n timeDuration,\n settings.roundingIncrement,\n settings.smallestUnit,\n settings.roundingMode\n );\n const duration = CombineDateAndTimeDuration(ZeroDateDuration(), timeDuration);\n\n let result = TemporalDurationFromInternal(duration, settings.largestUnit);\n if (operation === 'since') result = CreateNegatedTemporalDuration(result);\n return result;\n}\n\nexport function DifferenceTemporalPlainYearMonth(\n operation: DifferenceOperation,\n yearMonth: Temporal.PlainYearMonth,\n otherParam: PlainYearMonthParams['until'][0],\n options: PlainYearMonthParams['until'][1]\n) {\n const other = ToTemporalYearMonth(otherParam);\n const calendar = GetSlot(yearMonth, CALENDAR);\n const otherCalendar = GetSlot(other, CALENDAR);\n if (!CalendarEquals(calendar, otherCalendar)) {\n throw new RangeError(`cannot compute difference between months of ${calendar} and ${otherCalendar} calendars`);\n }\n\n const resolvedOptions = GetOptionsObject(options);\n const settings = GetDifferenceSettings(operation, resolvedOptions, 'date', ['week', 'day'], 'month', 'year');\n\n const Duration = GetIntrinsic('%Temporal.Duration%');\n if (CompareISODate(GetSlot(yearMonth, ISO_DATE), GetSlot(other, ISO_DATE)) == 0) {\n return new Duration();\n }\n\n const thisFields: CalendarFieldsRecord = ISODateToFields(calendar, GetSlot(yearMonth, ISO_DATE), 'year-month');\n thisFields.day = 1;\n const thisDate = CalendarDateFromFields(calendar, thisFields, 'constrain');\n const otherFields: CalendarFieldsRecord = ISODateToFields(calendar, GetSlot(other, ISO_DATE), 'year-month');\n otherFields.day = 1;\n const otherDate = CalendarDateFromFields(calendar, otherFields, 'constrain');\n\n const dateDifference = CalendarDateUntil(calendar, thisDate, otherDate, settings.largestUnit);\n let duration = { date: AdjustDateDurationRecord(dateDifference, 0, 0), time: TimeDuration.ZERO };\n if (settings.smallestUnit !== 'month' || settings.roundingIncrement !== 1) {\n const isoDateTime = CombineISODateAndTimeRecord(thisDate, MidnightTimeRecord());\n const isoDateTimeOther = CombineISODateAndTimeRecord(otherDate, MidnightTimeRecord());\n const destEpochNs = GetUTCEpochNanoseconds(isoDateTimeOther);\n duration = RoundRelativeDuration(\n duration,\n destEpochNs,\n isoDateTime,\n null,\n calendar,\n settings.largestUnit,\n settings.roundingIncrement,\n settings.smallestUnit,\n settings.roundingMode\n );\n }\n\n let result = TemporalDurationFromInternal(duration, 'day');\n if (operation === 'since') result = CreateNegatedTemporalDuration(result);\n return result;\n}\n\nexport function DifferenceTemporalZonedDateTime(\n operation: DifferenceOperation,\n zonedDateTime: Temporal.ZonedDateTime,\n otherParam: ZonedDateTimeParams['until'][0],\n options: ZonedDateTimeParams['until'][1]\n) {\n const other = ToTemporalZonedDateTime(otherParam);\n const calendar = GetSlot(zonedDateTime, CALENDAR);\n const otherCalendar = GetSlot(other, CALENDAR);\n if (!CalendarEquals(calendar, otherCalendar)) {\n throw new RangeError(`cannot compute difference between dates of ${calendar} and ${otherCalendar} calendars`);\n }\n\n const resolvedOptions = GetOptionsObject(options);\n const settings = GetDifferenceSettings(operation, resolvedOptions, 'datetime', [], 'nanosecond', 'hour');\n\n const ns1 = GetSlot(zonedDateTime, EPOCHNANOSECONDS);\n const ns2 = GetSlot(other, EPOCHNANOSECONDS);\n\n const Duration = GetIntrinsic('%Temporal.Duration%');\n\n let result;\n if (TemporalUnitCategory(settings.largestUnit) !== 'date') {\n // The user is only asking for a time difference, so return difference of instants.\n const duration = DifferenceInstant(\n ns1,\n ns2,\n settings.roundingIncrement,\n settings.smallestUnit as Temporal.TimeUnit,\n settings.roundingMode\n );\n result = TemporalDurationFromInternal(duration, settings.largestUnit);\n } else {\n const timeZone = GetSlot(zonedDateTime, TIME_ZONE);\n if (!TimeZoneEquals(timeZone, GetSlot(other, TIME_ZONE))) {\n throw new RangeError(\n \"When calculating difference between time zones, largestUnit must be 'hours' \" +\n 'or smaller because day lengths can vary between time zones due to DST or time zone offset changes.'\n );\n }\n\n if (JSBI.equal(ns1, ns2)) return new Duration();\n\n const duration = DifferenceZonedDateTimeWithRounding(\n ns1,\n ns2,\n timeZone,\n calendar,\n settings.largestUnit,\n settings.roundingIncrement,\n settings.smallestUnit,\n settings.roundingMode\n );\n result = TemporalDurationFromInternal(duration, 'hour');\n }\n\n if (operation === 'since') result = CreateNegatedTemporalDuration(result);\n return result;\n}\n\nexport function AddTime(\n { hour, minute, second: secondParam, millisecond, microsecond, nanosecond: nanosecondParam }: TimeRecord,\n timeDuration: TimeDuration\n) {\n let second = secondParam;\n let nanosecond = nanosecondParam;\n\n second += timeDuration.sec;\n nanosecond += timeDuration.subsec;\n return BalanceTime(hour, minute, second, millisecond, microsecond, nanosecond);\n}\n\nfunction AddInstant(epochNanoseconds: JSBI, timeDuration: TimeDuration) {\n const result = timeDuration.addToEpochNs(epochNanoseconds);\n ValidateEpochNanoseconds(result);\n return result;\n}\n\nexport function AddZonedDateTime(\n epochNs: JSBI,\n timeZone: string,\n calendar: BuiltinCalendarId,\n duration: InternalDuration,\n overflow: Overflow = 'constrain'\n) {\n // If only time is to be added, then use Instant math. It's not OK to fall\n // through to the date/time code below because compatible disambiguation in\n // the PlainDateTime=>Instant conversion will change the offset of any\n // ZonedDateTime in the repeated clock time after a backwards transition.\n // When adding/subtracting time units and not dates, this disambiguation is\n // not expected and so is avoided below via a fast path for time-only\n // arithmetic.\n // BTW, this behavior is similar in spirit to offset: 'prefer' in `with`.\n if (DateDurationSign(duration.date) === 0) return AddInstant(epochNs, duration.time);\n\n // RFC 5545 requires the date portion to be added in calendar days and the\n // time portion to be added in exact time.\n const dt = GetISODateTimeFor(timeZone, epochNs);\n const addedDate = CalendarDateAdd(calendar, dt.isoDate, duration.date, overflow);\n const dtIntermediate = CombineISODateAndTimeRecord(addedDate, dt.time);\n\n // Note that 'compatible' is used below because this disambiguation behavior\n // is required by RFC 5545.\n const intermediateNs = GetEpochNanosecondsFor(timeZone, dtIntermediate, 'compatible');\n return AddInstant(intermediateNs, duration.time);\n}\n\ntype AddSubtractOperation = 'add' | 'subtract';\n\nexport function AddDurations(\n operation: AddSubtractOperation,\n duration: Temporal.Duration,\n otherParam: DurationParams['add'][0]\n) {\n let other = ToTemporalDuration(otherParam);\n if (operation === 'subtract') other = CreateNegatedTemporalDuration(other);\n\n const largestUnit1 = DefaultTemporalLargestUnit(duration);\n const largestUnit2 = DefaultTemporalLargestUnit(other);\n const largestUnit = LargerOfTwoTemporalUnits(largestUnit1, largestUnit2);\n if (IsCalendarUnit(largestUnit)) {\n throw new RangeError('For years, months, or weeks arithmetic, use date arithmetic relative to a starting point');\n }\n\n const d1 = ToInternalDurationRecordWith24HourDays(duration);\n const d2 = ToInternalDurationRecordWith24HourDays(other);\n const result = CombineDateAndTimeDuration(ZeroDateDuration(), d1.time.add(d2.time));\n return TemporalDurationFromInternal(result, largestUnit);\n}\n\nexport function AddDurationToInstant(\n operation: AddSubtractOperation,\n instant: Temporal.Instant,\n durationLike: InstantParams['add'][0]\n) {\n let duration = ToTemporalDuration(durationLike);\n if (operation === 'subtract') duration = CreateNegatedTemporalDuration(duration);\n const largestUnit = DefaultTemporalLargestUnit(duration);\n if (TemporalUnitCategory(largestUnit) === 'date') {\n throw new RangeError(\n `Duration field ${largestUnit} not supported by Temporal.Instant. Try Temporal.ZonedDateTime instead.`\n );\n }\n const internalDuration = ToInternalDurationRecordWith24HourDays(duration);\n const ns = AddInstant(GetSlot(instant, EPOCHNANOSECONDS), internalDuration.time);\n return CreateTemporalInstant(ns);\n}\n\nexport function AddDurationToDate(\n operation: AddSubtractOperation,\n plainDate: Temporal.PlainDate,\n durationLike: PlainDateParams['add'][0],\n options: PlainDateParams['add'][1]\n) {\n const calendar = GetSlot(plainDate, CALENDAR);\n\n let duration = ToTemporalDuration(durationLike);\n if (operation === 'subtract') duration = CreateNegatedTemporalDuration(duration);\n const dateDuration = ToDateDurationRecordWithoutTime(duration);\n\n const resolvedOptions = GetOptionsObject(options);\n const overflow = GetTemporalOverflowOption(resolvedOptions);\n\n const addedDate = CalendarDateAdd(calendar, GetSlot(plainDate, ISO_DATE), dateDuration, overflow);\n return CreateTemporalDate(addedDate, calendar);\n}\n\nexport function AddDurationToDateTime(\n operation: AddSubtractOperation,\n dateTime: Temporal.PlainDateTime,\n durationLike: PlainDateTimeParams['add'][0],\n options: PlainDateTimeParams['add'][1]\n) {\n let duration = ToTemporalDuration(durationLike);\n if (operation === 'subtract') duration = CreateNegatedTemporalDuration(duration);\n const resolvedOptions = GetOptionsObject(options);\n const overflow = GetTemporalOverflowOption(resolvedOptions);\n\n const calendar = GetSlot(dateTime, CALENDAR);\n\n const internalDuration = ToInternalDurationRecordWith24HourDays(duration);\n\n // Add the time part\n const isoDateTime = GetSlot(dateTime, ISO_DATE_TIME);\n const timeResult = AddTime(isoDateTime.time, internalDuration.time);\n const dateDuration = AdjustDateDurationRecord(internalDuration.date, timeResult.deltaDays);\n\n // Delegate the date part addition to the calendar\n RejectDuration(dateDuration.years, dateDuration.months, dateDuration.weeks, dateDuration.days, 0, 0, 0, 0, 0, 0);\n const addedDate = CalendarDateAdd(calendar, isoDateTime.isoDate, dateDuration, overflow);\n\n const result = CombineISODateAndTimeRecord(addedDate, timeResult);\n return CreateTemporalDateTime(result, calendar);\n}\n\nexport function AddDurationToTime(\n operation: AddSubtractOperation,\n temporalTime: Temporal.PlainTime,\n durationLike: PlainTimeParams['add'][0]\n) {\n let duration = ToTemporalDuration(durationLike);\n if (operation === 'subtract') duration = CreateNegatedTemporalDuration(duration);\n const internalDuration = ToInternalDurationRecordWith24HourDays(duration);\n const { hour, minute, second, millisecond, microsecond, nanosecond } = AddTime(\n GetSlot(temporalTime, TIME),\n internalDuration.time\n );\n const time = RegulateTime(hour, minute, second, millisecond, microsecond, nanosecond, 'reject');\n return CreateTemporalTime(time);\n}\n\nexport function AddDurationToYearMonth(\n operation: AddSubtractOperation,\n yearMonth: Temporal.PlainYearMonth,\n durationLike: PlainYearMonthParams['add'][0],\n options: PlainYearMonthParams['add'][1]\n) {\n let duration = ToTemporalDuration(durationLike);\n if (operation === 'subtract') duration = CreateNegatedTemporalDuration(duration);\n const resolvedOptions = GetOptionsObject(options);\n const overflow = GetTemporalOverflowOption(resolvedOptions);\n const sign = DurationSign(duration);\n\n const calendar = GetSlot(yearMonth, CALENDAR);\n const fields: CalendarFieldsRecord = ISODateToFields(calendar, GetSlot(yearMonth, ISO_DATE), 'year-month');\n fields.day = 1;\n let startDate = CalendarDateFromFields(calendar, fields, 'constrain');\n if (sign < 0) {\n const nextMonth = CalendarDateAdd(calendar, startDate, { months: 1 }, 'constrain');\n startDate = BalanceISODate(nextMonth.year, nextMonth.month, nextMonth.day - 1);\n }\n const durationToAdd = ToDateDurationRecordWithoutTime(duration);\n RejectDateRange(startDate);\n const addedDate = CalendarDateAdd(calendar, startDate, durationToAdd, overflow);\n const addedDateFields = ISODateToFields(calendar, addedDate, 'year-month');\n\n const isoDate = CalendarYearMonthFromFields(calendar, addedDateFields, overflow);\n return CreateTemporalYearMonth(isoDate, calendar);\n}\n\nexport function AddDurationToZonedDateTime(\n operation: AddSubtractOperation,\n zonedDateTime: Temporal.ZonedDateTime,\n durationLike: ZonedDateTimeParams['add'][0],\n options: ZonedDateTimeParams['add'][1]\n) {\n let duration = ToTemporalDuration(durationLike);\n if (operation === 'subtract') duration = CreateNegatedTemporalDuration(duration);\n\n const resolvedOptions = GetOptionsObject(options);\n const overflow = GetTemporalOverflowOption(resolvedOptions);\n const timeZone = GetSlot(zonedDateTime, TIME_ZONE);\n const calendar = GetSlot(zonedDateTime, CALENDAR);\n const internalDuration = ToInternalDurationRecord(duration);\n const epochNanoseconds = AddZonedDateTime(\n GetSlot(zonedDateTime, EPOCHNANOSECONDS),\n timeZone,\n calendar,\n internalDuration,\n overflow\n );\n return CreateTemporalZonedDateTime(epochNanoseconds, timeZone, calendar);\n}\n\n// ts-prune-ignore-next TODO: remove this after tests are converted to TS\nexport function RoundNumberToIncrement(quantity: number, increment: number, mode: Temporal.RoundingMode) {\n const quotient = Math.trunc(quantity / increment);\n const remainder = quantity % increment;\n const sign = quantity < 0 ? 'negative' : 'positive';\n const r1 = Math.abs(quotient);\n const r2 = r1 + 1;\n const cmp = ComparisonResult(Math.abs(remainder * 2) - increment);\n const even = r1 % 2 === 0;\n const unsignedRoundingMode = GetUnsignedRoundingMode(mode, sign);\n const rounded = remainder === 0 ? r1 : ApplyUnsignedRoundingMode(r1, r2, cmp, even, unsignedRoundingMode);\n return increment * (sign === 'positive' ? rounded : -rounded);\n}\n\n// ts-prune-ignore-next TODO: remove this after tests are converted to TS\nexport function RoundNumberToIncrementAsIfPositive(\n quantityParam: JSBI | bigint,\n incrementParam: JSBI | bigint,\n mode: Temporal.RoundingMode\n) {\n const quantity = ensureJSBI(quantityParam);\n const increment = ensureJSBI(incrementParam);\n const quotient = JSBI.divide(quantity, increment);\n const remainder = JSBI.remainder(quantity, increment);\n const unsignedRoundingMode = GetUnsignedRoundingMode(mode, 'positive');\n let r1: JSBI, r2: JSBI;\n if (JSBI.lessThan(quantity, ZERO)) {\n r1 = JSBI.subtract(quotient, ONE);\n r2 = quotient;\n } else {\n r1 = quotient;\n r2 = JSBI.add(quotient, ONE);\n }\n // Similar to the comparison in RoundNumberToIncrement, but multiplied by an\n // extra sign to make sure we treat it as positive\n const cmp = (compare(abs(JSBI.multiply(remainder, TWO)), increment) * (JSBI.lessThan(quantity, ZERO) ? -1 : 1) +\n 0) as -1 | 0 | 1;\n const rounded = JSBI.equal(remainder, ZERO)\n ? quotient\n : ApplyUnsignedRoundingMode(r1, r2, cmp, isEven(r1), unsignedRoundingMode);\n return JSBI.multiply(rounded, increment);\n}\n\nexport function RoundTemporalInstant(\n epochNs: JSBI,\n increment: number,\n unit: TimeUnitOrDay,\n roundingMode: Temporal.RoundingMode\n) {\n const incrementNs = NS_PER_TIME_UNIT[unit] * increment;\n return RoundNumberToIncrementAsIfPositive(epochNs, JSBI.BigInt(incrementNs), roundingMode);\n}\n\nexport function RoundISODateTime(\n isoDateTime: ISODateTime,\n increment: number,\n unit: UnitSmallerThanOrEqualTo<'day'>,\n roundingMode: Temporal.RoundingMode\n) {\n AssertISODateTimeWithinLimits(isoDateTime);\n const { year, month, day } = isoDateTime.isoDate;\n const time = RoundTime(isoDateTime.time, increment, unit, roundingMode);\n const isoDate = BalanceISODate(year, month, day + time.deltaDays);\n return CombineISODateAndTimeRecord(isoDate, time);\n}\n\nexport function RoundTime(\n { hour, minute, second, millisecond, microsecond, nanosecond }: TimeRecord,\n increment: number,\n unit: TimeUnitOrDay,\n roundingMode: Temporal.RoundingMode\n) {\n let quantity;\n switch (unit) {\n case 'day':\n case 'hour':\n quantity = ((((hour * 60 + minute) * 60 + second) * 1000 + millisecond) * 1000 + microsecond) * 1000 + nanosecond;\n break;\n case 'minute':\n quantity = (((minute * 60 + second) * 1000 + millisecond) * 1000 + microsecond) * 1000 + nanosecond;\n break;\n case 'second':\n quantity = ((second * 1000 + millisecond) * 1000 + microsecond) * 1000 + nanosecond;\n break;\n case 'millisecond':\n quantity = (millisecond * 1000 + microsecond) * 1000 + nanosecond;\n break;\n case 'microsecond':\n quantity = microsecond * 1000 + nanosecond;\n break;\n case 'nanosecond':\n quantity = nanosecond;\n }\n const nsPerUnit = NS_PER_TIME_UNIT[unit];\n const result = RoundNumberToIncrement(quantity, nsPerUnit * increment, roundingMode) / nsPerUnit;\n switch (unit) {\n case 'day':\n return { deltaDays: result, hour: 0, minute: 0, second: 0, millisecond: 0, microsecond: 0, nanosecond: 0 };\n case 'hour':\n return BalanceTime(result, 0, 0, 0, 0, 0);\n case 'minute':\n return BalanceTime(hour, result, 0, 0, 0, 0);\n case 'second':\n return BalanceTime(hour, minute, result, 0, 0, 0);\n case 'millisecond':\n return BalanceTime(hour, minute, second, result, 0, 0);\n case 'microsecond':\n return BalanceTime(hour, minute, second, millisecond, result, 0);\n case 'nanosecond':\n return BalanceTime(hour, minute, second, millisecond, microsecond, result);\n default:\n throw new Error(`Invalid unit ${unit}`);\n }\n}\n\nexport function RoundTimeDuration(\n timeDuration: TimeDuration,\n increment: number,\n unit: Temporal.TimeUnit,\n roundingMode: Temporal.RoundingMode\n) {\n // unit must be a time unit\n const divisor = NS_PER_TIME_UNIT[unit];\n return timeDuration.round(JSBI.BigInt(divisor * increment), roundingMode);\n}\n\nexport function TotalTimeDuration(timeDuration: TimeDuration, unit: TimeUnitOrDay) {\n const divisor = NS_PER_TIME_UNIT[unit];\n return timeDuration.fdiv(JSBI.BigInt(divisor));\n}\n\nexport function CompareISODate(isoDate1: ISODate, isoDate2: ISODate) {\n if (isoDate1.year !== isoDate2.year) return ComparisonResult(isoDate1.year - isoDate2.year);\n if (isoDate1.month !== isoDate2.month) return ComparisonResult(isoDate1.month - isoDate2.month);\n if (isoDate1.day !== isoDate2.day) return ComparisonResult(isoDate1.day - isoDate2.day);\n return 0;\n}\n\nexport function CompareTimeRecord(time1: TimeRecord, time2: TimeRecord) {\n if (time1.hour !== time2.hour) return ComparisonResult(time1.hour - time2.hour);\n if (time1.minute !== time2.minute) return ComparisonResult(time1.minute - time2.minute);\n if (time1.second !== time2.second) return ComparisonResult(time1.second - time2.second);\n if (time1.millisecond !== time2.millisecond) return ComparisonResult(time1.millisecond - time2.millisecond);\n if (time1.microsecond !== time2.microsecond) return ComparisonResult(time1.microsecond - time2.microsecond);\n if (time1.nanosecond !== time2.nanosecond) return ComparisonResult(time1.nanosecond - time2.nanosecond);\n return 0;\n}\n\nexport function CompareISODateTime(isoDateTime1: ISODateTime, isoDateTime2: ISODateTime) {\n const dateResult = CompareISODate(isoDateTime1.isoDate, isoDateTime2.isoDate);\n if (dateResult !== 0) return dateResult;\n return CompareTimeRecord(isoDateTime1.time, isoDateTime2.time);\n}\n\n// Defaults to native bigint, or something \"native bigint-like\".\n// For users of Temporal that are running in environments without native BigInt,\n// the only guarantee we should give is that the returned object's toString will\n// return a string containing an accurate base 10 value of this bigint. This\n// form factor should correctly interop with other bigint compat libraries\n// easily.\ntype ExternalBigInt = bigint;\n\nexport function ToBigIntExternal(arg: unknown): ExternalBigInt {\n const jsbiBI = ToBigInt(arg);\n if (typeof (globalThis as any).BigInt !== 'undefined') return (globalThis as any).BigInt(jsbiBI.toString(10));\n return jsbiBI as unknown as ExternalBigInt;\n}\n\n// rounding modes supported: floor, ceil, trunc\nexport function epochNsToMs(epochNanosecondsParam: JSBI | bigint, mode: 'floor' | 'ceil' | 'trunc') {\n const epochNanoseconds = ensureJSBI(epochNanosecondsParam);\n const { quotient, remainder } = divmod(epochNanoseconds, MILLION);\n let epochMilliseconds = JSBI.toNumber(quotient);\n if (mode === 'floor' && JSBI.toNumber(remainder) < 0) epochMilliseconds -= 1;\n if (mode === 'ceil' && JSBI.toNumber(remainder) > 0) epochMilliseconds += 1;\n return epochMilliseconds;\n}\n\nexport function epochMsToNs(epochMilliseconds: number) {\n if (!Number.isInteger(epochMilliseconds)) throw new RangeError('epoch milliseconds must be an integer');\n return JSBI.multiply(JSBI.BigInt(epochMilliseconds), MILLION);\n}\n\nexport function ToBigInt(arg: unknown): JSBI {\n let prim = arg;\n if (typeof arg === 'object') {\n const toPrimFn = (arg as { [Symbol.toPrimitive]: unknown })[Symbol.toPrimitive];\n if (toPrimFn && typeof toPrimFn === 'function') {\n prim = toPrimFn.call(arg, 'number');\n }\n }\n\n // The AO ToBigInt throws on numbers because it does not allow implicit\n // conversion between number and bigint (unlike the bigint constructor).\n if (typeof prim === 'number') {\n throw new TypeError('cannot convert number to bigint');\n }\n if (typeof prim === 'bigint') {\n // JSBI doesn't know anything about the bigint type, and intentionally\n // assumes it doesn't exist. Passing one to the BigInt function will throw\n // an error.\n return JSBI.BigInt(prim.toString(10));\n }\n // JSBI will properly coerce types into a BigInt the same as the native BigInt\n // constructor will, with the exception of native bigint which is handled\n // above.\n // As of 2023-04-07, the only runtime type that neither of those can handle is\n // 'symbol', and both native bigint and the JSBI.BigInt function will throw an\n // error if they are given a Symbol.\n return JSBI.BigInt(prim as string | boolean | object);\n}\n\n// Note: This method returns values with bogus nanoseconds based on the previous iteration's\n// milliseconds. That way there is a guarantee that the full nanoseconds are always going to be\n// increasing at least and that the microsecond and nanosecond fields are likely to be non-zero.\nexport const SystemUTCEpochNanoSeconds: () => JSBI = (() => {\n let ns = JSBI.BigInt(Date.now() % 1e6);\n return () => {\n const now = Date.now();\n const ms = JSBI.BigInt(now);\n const result = JSBI.add(epochMsToNs(now), ns);\n ns = JSBI.remainder(ms, MILLION);\n if (JSBI.greaterThan(result, NS_MAX)) return NS_MAX;\n if (JSBI.lessThan(result, NS_MIN)) return NS_MIN;\n return result;\n };\n})();\n\nexport function DefaultTimeZone() {\n return new Intl.DateTimeFormat().resolvedOptions().timeZone;\n}\n\nexport function ComparisonResult(value: number) {\n return value < 0 ? -1 : value > 0 ? 1 : (value as 0);\n}\n\nexport function GetOptionsObject(options: T) {\n if (options === undefined) return Object.create(null) as NonNullable;\n if (IsObject(options) && options !== null) return options;\n throw new TypeError(`Options parameter must be an object, not ${options === null ? 'null' : `${typeof options}`}`);\n}\n\nexport function CreateOnePropObject(propName: K, propValue: V): { [k in K]: V } {\n const o = Object.create(null);\n o[propName] = propValue;\n return o;\n}\n\ntype StringlyTypedKeys = Exclude;\nfunction GetOption

, O extends Partial>>(\n options: O,\n property: P,\n allowedValues: ReadonlyArray,\n fallback: undefined\n): O[P];\nfunction GetOption<\n P extends StringlyTypedKeys,\n O extends Partial>,\n Fallback extends Required[P] | typeof REQUIRED | undefined\n>(\n options: O,\n property: P,\n allowedValues: ReadonlyArray,\n fallback: Fallback\n): Fallback extends undefined ? O[P] | undefined : Required[P];\nfunction GetOption<\n P extends StringlyTypedKeys,\n O extends Partial>,\n Fallback extends Required[P] | undefined\n>(\n options: O,\n property: P,\n allowedValues: ReadonlyArray,\n fallback: O[P]\n): Fallback extends undefined ? O[P] | undefined : Required[P] {\n let value = options[property];\n if (value !== undefined) {\n value = ToString(value) as O[P];\n if (!allowedValues.includes(value)) {\n throw new RangeError(`${property} must be one of ${allowedValues.join(', ')}, not ${value}`);\n }\n return value;\n }\n if (fallback === REQUIRED) throw new RangeError(`${property} option is required`);\n return fallback;\n}\n\n// This is a temporary implementation. Ideally we'd rely on Intl.DateTimeFormat\n// here, to provide the latest CLDR alias data, when implementations catch up to\n// the ECMA-402 change. The aliases below are taken from\n// https://github.com/unicode-org/cldr/blob/main/common/bcp47/calendar.xml\nexport function CanonicalizeCalendar(idParam: string): BuiltinCalendarId {\n const id = ASCIILowercase(idParam);\n\n if (!BUILTIN_CALENDAR_IDS.includes(ASCIILowercase(id))) {\n throw new RangeError(`invalid calendar identifier ${id}`);\n }\n uncheckedAssertNarrowedType(id, 'above code throws out any non-calendar IDs');\n\n switch (id) {\n case 'ethiopic-amete-alem':\n // May need to be removed in the future.\n // See https://github.com/tc39/ecma402/issues/285\n return 'ethioaa';\n // case 'gregorian':\n // (Skip 'gregorian'. It isn't a valid identifier as it's a single\n // subcomponent longer than 8 letters. It can only be used with the old\n // @key=value syntax.)\n case 'islamicc':\n return 'islamic-civil';\n }\n return id;\n}\n\nfunction ASCIILowercase(str: T): T {\n // The spec defines this operation distinct from String.prototype.lowercase,\n // so we'll follow the spec here. Note that nasty security issues that can\n // happen for some use cases if you're comparing case-modified non-ASCII\n // values. For example, Turkish's \"I\" character was the source of a security\n // issue involving \"file://\" URLs. See\n // https://haacked.com/archive/2012/07/05/turkish-i-problem-and-why-you-should-care.aspx/.\n let lowercase = '';\n for (let ix = 0; ix < str.length; ix++) {\n const code = str.charCodeAt(ix);\n if (code >= 0x41 && code <= 0x5a) {\n lowercase += String.fromCharCode(code + 0x20);\n } else {\n lowercase += String.fromCharCode(code);\n }\n }\n return lowercase as T;\n}\n\n// This function isn't in the spec, but we put it in the polyfill to avoid\n// repeating the same (long) error message in many files.\nexport function ValueOfThrows(constructorName: string): never {\n const compareCode =\n constructorName === 'PlainMonthDay'\n ? 'Temporal.PlainDate.compare(obj1.toPlainDate(year), obj2.toPlainDate(year))'\n : `Temporal.${constructorName}.compare(obj1, obj2)`;\n\n throw new TypeError(\n 'Do not use built-in arithmetic operators with Temporal objects. ' +\n `When comparing, use ${compareCode}, not obj1 > obj2. ` +\n \"When coercing to strings, use `${obj}` or String(obj), not '' + obj. \" +\n 'When coercing to numbers, use properties or methods of the object, not `+obj`. ' +\n 'When concatenating with strings, use `${str}${obj}` or str.concat(obj), not str + obj. ' +\n 'In React, coerce to a string before rendering a Temporal object.'\n );\n}\n\nconst OFFSET = new RegExp(`^${PARSE.offset.source}$`);\nconst OFFSET_WITH_PARTS = new RegExp(`^${PARSE.offsetWithParts.source}$`);\n\nfunction bisect(\n getState: (epochMs: number) => number,\n leftParam: number,\n rightParam: number,\n lstateParam = getState(leftParam),\n rstateParam = getState(rightParam)\n) {\n let left = leftParam;\n let right = rightParam;\n let lstate = lstateParam;\n let rstate = rstateParam;\n while (right - left > 1) {\n let middle = Math.trunc((left + right) / 2);\n const mstate = getState(middle);\n if (mstate === lstate) {\n left = middle;\n lstate = mstate;\n } else if (mstate === rstate) {\n right = middle;\n rstate = mstate;\n } else {\n /* c8 ignore next */ assertNotReached(`invalid state in bisection ${lstate} - ${mstate} - ${rstate}`);\n }\n }\n return right;\n}\n","import * as ES from './ecmascript';\nimport { DefineIntrinsic } from './intrinsicclass';\nimport type { Temporal } from '..';\nimport type {\n BuiltinCalendarId,\n CalendarDateRecord,\n CalendarFieldsRecord,\n CalendarYMD,\n DateDuration,\n FieldKey,\n ISODate,\n ISODateToFieldsType,\n MonthDayFromFieldsObject,\n Overflow,\n Resolve\n} from './internaltypes';\n\nfunction arrayFromSet(src: Set): T[] {\n return [...src];\n}\n\nfunction calendarDateWeekOfYear(id: BuiltinCalendarId, isoDate: ISODate): { week: number; year: number } | undefined {\n // Supports only Gregorian and ISO8601 calendar; can be updated to add support for other calendars.\n // Returns undefined for calendars without a well-defined week calendar system.\n // eslint-disable-next-line max-len\n // Also see: https://github.com/unicode-org/icu/blob/ab72ab1d4a3c3f9beeb7d92b0c7817ca93dfdb04/icu4c/source/i18n/calendar.cpp#L1606\n if (id !== 'gregory' && id !== 'iso8601') return undefined;\n const calendar = impl[id];\n let yow = isoDate.year;\n const { dayOfWeek, dayOfYear, daysInYear } = calendar.isoToDate(isoDate, {\n dayOfWeek: true,\n dayOfYear: true,\n daysInYear: true\n });\n const fdow = calendar.getFirstDayOfWeek();\n const mdow = calendar.getMinimalDaysInFirstWeek();\n ES.uncheckedAssertNarrowedType(fdow, 'guaranteed to exist for iso8601/gregory');\n ES.uncheckedAssertNarrowedType(mdow, 'guaranteed to exist for iso8601/gregory');\n\n // For both the input date and the first day of its calendar year, calculate the day of week\n // relative to first day of week in the relevant calendar (e.g., in iso8601, relative to Monday).\n let relDow = (dayOfWeek + 7 - fdow) % 7;\n // Assuming the year length is less than 7000 days.\n let relDowJan1 = (dayOfWeek - dayOfYear + 7001 - fdow) % 7;\n\n let woy = Math.floor((dayOfYear - 1 + relDowJan1) / 7);\n if (7 - relDowJan1 >= mdow) {\n ++woy;\n }\n\n // Adjust for weeks at the year end that overlap into the previous or next calendar year.\n if (woy == 0) {\n // Check for last week of previous year; if true, handle the case for\n // first week of next year\n const prevYearCalendar = calendar.isoToDate(calendar.dateAdd(isoDate, { years: -1 }, 'constrain'), {\n daysInYear: true\n });\n let prevDoy = dayOfYear + prevYearCalendar.daysInYear;\n woy = weekNumber(fdow, mdow, prevDoy, dayOfWeek);\n yow--;\n } else {\n // For it to be week 1 of the next year, dayOfYear must be >= lastDoy - 5\n // L-5 L\n // doy: 359 360 361 362 363 364 365 001\n // dow: 1 2 3 4 5 6 7\n let lastDoy = daysInYear;\n if (dayOfYear >= lastDoy - 5) {\n let lastRelDow = (relDow + lastDoy - dayOfYear) % 7;\n if (lastRelDow < 0) {\n lastRelDow += 7;\n }\n if (6 - lastRelDow >= mdow && dayOfYear + 7 - relDow > lastDoy) {\n woy = 1;\n yow++;\n }\n }\n }\n return { week: woy, year: yow };\n}\n\nfunction ISODateSurpasses(sign: -1 | 0 | 1, y1: number, m1: number, d1: number, isoDate2: ISODate) {\n if (y1 !== isoDate2.year) {\n if (sign * (y1 - isoDate2.year) > 0) return true;\n } else if (m1 !== isoDate2.month) {\n if (sign * (m1 - isoDate2.month) > 0) return true;\n } else if (d1 !== isoDate2.day) {\n if (sign * (d1 - isoDate2.day) > 0) return true;\n }\n return false;\n}\n\ntype ResolveFieldsReturn = Resolve<\n CalendarFieldsRecord & {\n year: Type extends 'date' ? number : never;\n month: number;\n monthCode: string;\n day: number;\n }\n>;\n\n/**\n * Shape of internal implementation of each built-in calendar. Note that\n * parameter types are simpler than CalendarProtocol because the `Calendar`\n * class performs validation and parameter normalization before handing control\n * over to CalendarImpl.\n *\n * There are two instances of this interface: one for the ISO calendar and\n * another that handles logic that's the same across all non-ISO calendars. The\n * latter is cloned for each non-ISO calendar at the end of this file.\n */\nexport interface CalendarImpl {\n isoToDate<\n Request extends Partial>,\n T extends {\n [Field in keyof CalendarDateRecord]: Request extends { [K in Field]: true } ? CalendarDateRecord[Field] : never;\n }\n >(\n isoDate: ISODate,\n requestedFields: Request\n ): T;\n getFirstDayOfWeek(): number | undefined;\n getMinimalDaysInFirstWeek(): number | undefined;\n resolveFields(\n fields: CalendarFieldsRecord,\n type: Type\n ): asserts fields is ResolveFieldsReturn;\n dateToISO(fields: ResolveFieldsReturn<'date'>, overflow: Overflow): ISODate;\n monthDayToISOReferenceDate(fields: ResolveFieldsReturn<'month-day'>, overflow: Overflow): ISODate;\n dateAdd(date: ISODate, duration: Partial, overflow: Overflow): ISODate;\n dateUntil(one: ISODate, two: ISODate, largestUnit: 'year' | 'month' | 'week' | 'day'): DateDuration;\n extraFields(fields: FieldKey[]): FieldKey[];\n fieldKeysToIgnore(keys: FieldKey[]): FieldKey[];\n}\n\ntype CalendarImplementations = {\n [k in BuiltinCalendarId]: CalendarImpl;\n};\n\n/**\n * Implementations for each calendar.\n * Registration for each of these calendars happens throughout this file. The ISO and non-ISO calendars are registered\n * separately - look for 'iso8601' for the ISO calendar registration, and all non-ISO calendar registrations happens\n * at the bottom of the file.\n */\nconst impl: CalendarImplementations = {} as unknown as CalendarImplementations;\n\n/**\n * Implementation for the ISO 8601 calendar. This is the only calendar that's\n * guaranteed to be supported by all ECMAScript implementations, including those\n * without Intl (ECMA-402) support.\n */\nimpl['iso8601'] = {\n resolveFields(fields, type) {\n if ((type === 'date' || type === 'year-month') && fields.year === undefined) {\n throw new TypeError('year is required');\n }\n if ((type === 'date' || type === 'month-day') && fields.day === undefined) {\n throw new TypeError('day is required');\n }\n Object.assign(fields, resolveNonLunisolarMonth(fields));\n },\n dateToISO(fields, overflow) {\n return ES.RegulateISODate(fields.year, fields.month, fields.day, overflow);\n },\n monthDayToISOReferenceDate(fields, overflow) {\n const referenceISOYear = 1972;\n const { month, day } = ES.RegulateISODate(fields.year ?? referenceISOYear, fields.month, fields.day, overflow);\n return { month, day, year: referenceISOYear };\n },\n extraFields() {\n return [];\n },\n fieldKeysToIgnore(keys) {\n const result = new Set();\n for (let ix = 0; ix < keys.length; ix++) {\n const key = keys[ix];\n result.add(key);\n if (key === 'month') {\n result.add('monthCode');\n } else if (key === 'monthCode') {\n result.add('month');\n }\n }\n return arrayFromSet(result);\n },\n dateAdd(isoDate, { years = 0, months = 0, weeks = 0, days = 0 }, overflow) {\n let { year, month, day } = isoDate;\n year += years;\n month += months;\n ({ year, month } = ES.BalanceISOYearMonth(year, month));\n ({ year, month, day } = ES.RegulateISODate(year, month, day, overflow));\n day += days + 7 * weeks;\n return ES.BalanceISODate(year, month, day);\n },\n dateUntil(one, two, largestUnit) {\n const sign = -ES.CompareISODate(one, two);\n if (sign === 0) return { years: 0, months: 0, weeks: 0, days: 0 };\n ES.uncheckedAssertNarrowedType<-1 | 1>(sign, \"the - operator's return type is number\");\n\n let years = 0;\n let months = 0;\n let intermediate;\n if (largestUnit === 'year' || largestUnit === 'month') {\n // We can skip right to the neighbourhood of the correct number of years,\n // it'll be at least one less than two.year - one.year (unless it's zero)\n let candidateYears = two.year - one.year;\n if (candidateYears !== 0) candidateYears -= sign;\n // loops at most twice\n while (!ISODateSurpasses(sign, one.year + candidateYears, one.month, one.day, two)) {\n years = candidateYears;\n candidateYears += sign;\n }\n\n let candidateMonths = sign;\n intermediate = ES.BalanceISOYearMonth(one.year + years, one.month + candidateMonths);\n // loops at most 12 times\n while (!ISODateSurpasses(sign, intermediate.year, intermediate.month, one.day, two)) {\n months = candidateMonths;\n candidateMonths += sign;\n intermediate = ES.BalanceISOYearMonth(intermediate.year, intermediate.month + sign);\n }\n\n if (largestUnit === 'month') {\n months += years * 12;\n years = 0;\n }\n }\n\n intermediate = ES.BalanceISOYearMonth(one.year + years, one.month + months);\n const constrained = ES.ConstrainISODate(intermediate.year, intermediate.month, one.day);\n\n let weeks = 0;\n let days =\n ES.ISODateToEpochDays(two.year, two.month - 1, two.day) -\n ES.ISODateToEpochDays(constrained.year, constrained.month - 1, constrained.day);\n\n if (largestUnit === 'week') {\n weeks = Math.trunc(days / 7);\n days %= 7;\n }\n\n return { years, months, weeks, days };\n },\n isoToDate<\n Request extends Partial>,\n T extends {\n [Field in keyof CalendarDateRecord]: Request extends { [K in Field]: true } ? CalendarDateRecord[Field] : never;\n }\n >({ year, month, day }: ISODate, requestedFields: Request): T {\n // requestedFields parameter is not part of the spec text. It's an\n // illustration of one way implementations may choose to optimize this\n // operation.\n const date: Partial = {\n era: undefined,\n eraYear: undefined,\n year,\n month,\n day,\n daysInWeek: 7,\n monthsInYear: 12\n };\n if (requestedFields.monthCode) date.monthCode = buildMonthCode(month);\n if (requestedFields.dayOfWeek) {\n // https://en.wikipedia.org/wiki/Determination_of_the_day_of_the_week#Disparate_variation\n const shiftedMonth = month + (month < 3 ? 10 : -2);\n const shiftedYear = year - (month < 3 ? 1 : 0);\n\n const century = Math.floor(shiftedYear / 100);\n const yearInCentury = shiftedYear - century * 100;\n\n const monthTerm = Math.floor(2.6 * shiftedMonth - 0.2);\n const yearTerm = yearInCentury + Math.floor(yearInCentury / 4);\n const centuryTerm = Math.floor(century / 4) - 2 * century;\n\n const dow = (day + monthTerm + yearTerm + centuryTerm) % 7;\n\n date.dayOfWeek = dow + (dow <= 0 ? 7 : 0);\n }\n if (requestedFields.dayOfYear) {\n let days = day;\n for (let m = month - 1; m > 0; m--) {\n days += ES.ISODaysInMonth(year, m);\n }\n date.dayOfYear = days;\n }\n if (requestedFields.weekOfYear) date.weekOfYear = calendarDateWeekOfYear('iso8601', { year, month, day });\n if (requestedFields.daysInMonth) date.daysInMonth = ES.ISODaysInMonth(year, month);\n if (requestedFields.daysInYear || requestedFields.inLeapYear) {\n date.inLeapYear = ES.LeapYear(year);\n date.daysInYear = date.inLeapYear ? 366 : 365;\n }\n return date as T;\n },\n getFirstDayOfWeek() {\n return 1;\n },\n getMinimalDaysInFirstWeek() {\n return 4;\n }\n};\n\n// Note: Built-in calendars other than iso8601 are not part of the Temporal\n// proposal for ECMA-262. These calendars will be standardized as part of\n// ECMA-402. Code below here includes an implementation of these calendars to\n// validate the Temporal API and to get feedback. However, native non-ISO\n// calendar behavior is at least somewhat implementation-defined, so may not\n// match this polyfill's output exactly.\n//\n// Some ES implementations don't include ECMA-402. For this reason, it's helpful\n// to ensure a clean separation between the ISO calendar implementation which is\n// a part of ECMA-262 and the non-ISO calendar implementation which requires\n// ECMA-402.\n//\n// To ensure this separation, the implementation is split. A `CalendarImpl`\n// interface defines the common operations between both ISO and non-ISO\n// calendars.\n\n/**\n * This type is passed through from CalendarImpl#dateFromFields().\n * `monthExtra` is additional information used internally to identify lunisolar leap months.\n */\ntype CalendarDateFields = CalendarFieldsRecord & { monthExtra?: string };\n\n/**\n * This is a \"fully populated\" calendar date record. It's only lacking\n * `era`/`eraYear` (which may not be present in all calendars) and `monthExtra`\n * which is only used in some cases.\n */\ntype FullCalendarDate = {\n era?: string;\n eraYear?: number;\n year: number;\n month: number;\n monthCode: string;\n day: number;\n monthExtra?: string;\n};\n\n// The types below are various subsets of calendar dates\ntype CalendarYM = { year: number; month: number };\ntype CalendarYearOnly = { year: number };\ntype EraAndEraYear = { era: string; eraYear: number };\n\nfunction nonLeapMonthCodeNumberPart(monthCode: string) {\n if (!monthCode.startsWith('M')) {\n throw new RangeError(`Invalid month code: ${monthCode}. Month codes must start with M.`);\n }\n const month = +monthCode.slice(1);\n if (Number.isNaN(month)) throw new RangeError(`Invalid month code: ${monthCode}`);\n return month;\n}\n\nfunction buildMonthCode(month: number, leap = false) {\n const digitPart = `${month}`.padStart(2, '0');\n const leapMarker = leap ? 'L' : '';\n return `M${digitPart}${leapMarker}`;\n}\n\n/**\n * Safely merge a month, monthCode pair into an integer month.\n * If both are present, make sure they match.\n * This logic doesn't work for lunisolar calendars!\n * */\nfunction resolveNonLunisolarMonth(\n calendarDate: T,\n overflow: Overflow | undefined = undefined,\n monthsPerYear = 12\n) {\n let { month, monthCode } = calendarDate;\n if (monthCode === undefined) {\n if (month === undefined) throw new TypeError('Either month or monthCode are required');\n // The ISO calendar uses the default (undefined) value because it does\n // constrain/reject after this method returns. Non-ISO calendars, however,\n // rely on this function to constrain/reject out-of-range `month` values.\n if (overflow === 'reject') ES.RejectToRange(month, 1, monthsPerYear);\n if (overflow === 'constrain') month = ES.ConstrainToRange(month, 1, monthsPerYear);\n monthCode = buildMonthCode(month);\n } else {\n const numberPart = nonLeapMonthCodeNumberPart(monthCode);\n if (monthCode !== buildMonthCode(numberPart)) {\n throw new RangeError(`Invalid month code: ${monthCode}`);\n }\n if (month !== undefined && month !== numberPart) {\n throw new RangeError(`monthCode ${monthCode} and month ${month} must match if both are present`);\n }\n month = numberPart;\n if (month < 1 || month > monthsPerYear) throw new RangeError(`Invalid monthCode: ${monthCode}`);\n }\n return { ...calendarDate, month, monthCode };\n}\n\nfunction weekNumber(firstDayOfWeek: number, minimalDaysInFirstWeek: number, desiredDay: number, dayOfWeek: number) {\n let periodStartDayOfWeek = (dayOfWeek - firstDayOfWeek - desiredDay + 1) % 7;\n if (periodStartDayOfWeek < 0) periodStartDayOfWeek += 7;\n let weekNo = Math.floor((desiredDay + periodStartDayOfWeek - 1) / 7);\n if (7 - periodStartDayOfWeek >= minimalDaysInFirstWeek) {\n ++weekNo;\n }\n return weekNo;\n}\n\n/**\n * This prototype implementation of non-ISO calendars makes many repeated calls\n * to Intl APIs which may be slow (e.g. >0.2ms). This trivial cache will speed\n * up these repeat accesses. Each cache instance is associated (via a WeakMap)\n * to a specific Temporal object, which speeds up multiple calendar calls on the\n * same Temporal object instance. No invalidation or pruning is necessary\n * because each object's cache is thrown away when the object is GC-ed.\n */\nclass OneObjectCache {\n map = new Map();\n calls = 0;\n // now = OneObjectCache.monotonicTimestamp();\n hits = 0;\n misses = 0;\n\n // static monotonicTimestamp() {\n // return performance?.now() ?? Date.now();\n // }\n\n constructor(cacheToClone?: OneObjectCache) {\n if (cacheToClone !== undefined) {\n let i = 0;\n for (const entry of cacheToClone.map.entries()) {\n if (++i > OneObjectCache.MAX_CACHE_ENTRIES) break;\n this.map.set(...entry);\n }\n }\n }\n get(key: string) {\n const result = this.map.get(key);\n if (result) {\n this.hits++;\n this.report();\n }\n this.calls++;\n return result;\n }\n set(key: string, value: unknown) {\n this.map.set(key, value);\n this.misses++;\n this.report();\n }\n report() {\n // if (this.calls === 0) return;\n // const ms = OneObjectCache.monotonicTimestamp() - this.now;\n // const hitRate = ((100 * this.hits) / this.calls).toFixed(0);\n // const t = `${ms.toFixed(2)}ms`;\n // // eslint-disable-next-line no-console\n // console.log(`${this.calls} calls in ${t}. Hits: ${this.hits} (${hitRate}%). Misses: ${this.misses}.`);\n }\n setObject(obj: ISODate) {\n if (OneObjectCache.objectMap.get(obj)) throw new RangeError('object already cached');\n OneObjectCache.objectMap.set(obj, this);\n this.report();\n }\n\n static objectMap = new WeakMap();\n static MAX_CACHE_ENTRIES = 1000;\n\n /**\n * Returns a WeakMap-backed cache that's used to store expensive results\n * that are associated with a particular Temporal object instance.\n *\n * @param obj - object to associate with the cache\n */\n static getCacheForObject(obj: ISODate) {\n let cache = OneObjectCache.objectMap.get(obj);\n if (!cache) {\n cache = new OneObjectCache();\n OneObjectCache.objectMap.set(obj, cache);\n }\n return cache;\n }\n}\n\nfunction toUtcIsoDateString({ isoYear, isoMonth, isoDay }: { isoYear: number; isoMonth: number; isoDay: number }) {\n const yearString = ES.ISOYearString(isoYear);\n const monthString = ES.ISODateTimePartString(isoMonth);\n const dayString = ES.ISODateTimePartString(isoDay);\n return `${yearString}-${monthString}-${dayString}T00:00Z`;\n}\n\nfunction simpleDateDiff(one: CalendarYMD, two: CalendarYMD) {\n return {\n years: one.year - two.year,\n months: one.month - two.month,\n days: one.day - two.day\n };\n}\n\n/**\n * Implementation helper that's common to all non-ISO calendars\n */\nabstract class HelperBase {\n abstract id: BuiltinCalendarId;\n abstract monthsInYear(calendarDate: CalendarYearOnly, cache?: OneObjectCache): number;\n abstract maximumMonthLength(calendarDate?: CalendarYM): number;\n abstract minimumMonthLength(calendarDate?: CalendarYM): number;\n abstract maxLengthOfMonthCodeInAnyYear(monthCode: string): number;\n abstract estimateIsoDate(calendarDate: CalendarYMD): ISODate;\n abstract inLeapYear(calendarDate: CalendarYearOnly, cache?: OneObjectCache): boolean;\n abstract calendarType: 'solar' | 'lunar' | 'lunisolar';\n reviseIntlEra?>(calendarDate: T, isoDate: ISODate): T;\n eras: Era[] = [];\n checkIcuBugs?(isoDate: ISODate): void;\n private formatter?: globalThis.Intl.DateTimeFormat;\n getFormatter() {\n // `new Intl.DateTimeFormat()` is amazingly slow and chews up RAM. Per\n // https://bugs.chromium.org/p/v8/issues/detail?id=6528#c4, we cache one\n // DateTimeFormat instance per calendar. Caching is lazy so we only pay for\n // calendars that are used. Note that the HelperBase class is extended to\n // create each calendar's implementation before any cache is created, so\n // each calendar gets its own separate cached formatter.\n if (typeof this.formatter === 'undefined') {\n this.formatter = new Intl.DateTimeFormat(`en-US-u-ca-${this.id}`, {\n day: 'numeric',\n month: 'numeric',\n year: 'numeric',\n era: 'short',\n timeZone: 'UTC'\n });\n }\n return this.formatter;\n }\n getCalendarParts(isoString: string) {\n let dateTimeFormat = this.getFormatter();\n let legacyDate = new Date(isoString);\n\n // PlainDate's minimum date -271821-04-19 is one day beyond legacy Date's\n // minimum -271821-04-20, because of accommodating all Instants in all time\n // zones. If we have -271821-04-19, instead format -271821-04-20 in a time\n // zone that pushes the result into the previous day. This is a slow path\n // because we create a new Intl.DateTimeFormat.\n if (isoString === '-271821-04-19T00:00Z') {\n const options = dateTimeFormat.resolvedOptions();\n dateTimeFormat = new Intl.DateTimeFormat(options.locale, {\n ...(options as Intl.DateTimeFormatOptions),\n timeZone: 'Etc/GMT+1'\n });\n legacyDate = new Date('-271821-04-20T00:00Z');\n }\n\n try {\n return dateTimeFormat.formatToParts(legacyDate);\n } catch (e) {\n throw new RangeError(`Invalid ISO date: ${isoString}`);\n }\n }\n isoToCalendarDate(isoDate: ISODate, cache: OneObjectCache): FullCalendarDate {\n const { year: isoYear, month: isoMonth, day: isoDay } = isoDate;\n const key = JSON.stringify({ func: 'isoToCalendarDate', isoYear, isoMonth, isoDay, id: this.id });\n const cached = cache.get(key);\n if (cached) return cached;\n\n const isoString = toUtcIsoDateString({ isoYear, isoMonth, isoDay });\n const parts = this.getCalendarParts(isoString);\n const result: Partial = {};\n for (let i = 0; i < parts.length; i++) {\n const { type, value } = parts[i];\n // TODO: remove this type annotation when `relatedYear` gets into TS lib types\n if (type === 'year' || type === ('relatedYear' as Intl.DateTimeFormatPartTypes)) {\n if (this.hasEra) {\n result.eraYear = +value;\n } else {\n result.year = +value;\n }\n }\n if (type === 'month') {\n const matches = /^([0-9]*)(.*?)$/.exec(value);\n if (!matches || matches.length != 3 || (!matches[1] && !matches[2])) {\n throw new RangeError(`Unexpected month: ${value}`);\n }\n // If the month has no numeric part (should only see this for the Hebrew\n // calendar with newer FF / Chromium versions; see\n // https://bugzilla.mozilla.org/show_bug.cgi?id=1751833) then set a\n // placeholder month index of `1` and rely on the derived class to\n // calculate the correct month index from the month name stored in\n // `monthExtra`.\n result.month = matches[1] ? +matches[1] : 1;\n if (result.month < 1) {\n throw new RangeError(\n `Invalid month ${value} from ${isoString}[u-ca-${this.id}]` +\n ' (probably due to https://bugs.chromium.org/p/v8/issues/detail?id=10527)'\n );\n }\n if (result.month > 13) {\n throw new RangeError(\n `Invalid month ${value} from ${isoString}[u-ca-${this.id}]` +\n ' (probably due to https://bugs.chromium.org/p/v8/issues/detail?id=10529)'\n );\n }\n\n // The ICU formats for the Hebrew calendar no longer support a numeric\n // month format. So we'll rely on the derived class to interpret it.\n // `monthExtra` is also used on the Chinese calendar to handle a suffix\n // \"bis\" indicating a leap month.\n if (matches[2]) result.monthExtra = matches[2];\n }\n if (type === 'day') result.day = +value;\n if (this.hasEra && type === 'era' && value != null && value !== '') {\n // The convention for Temporal era values is lowercase, so following\n // that convention in this prototype. Punctuation is removed, accented\n // letters are normalized, and spaces are replaced with dashes.\n // E.g.: \"ERA0\" => \"era0\", \"Before R.O.C.\" => \"before-roc\", \"En’ō\" => \"eno\"\n // The call to normalize() and the replacement regex deals with era\n // names that contain non-ASCII characters like Japanese eras. Also\n // ignore extra content in parentheses like JPN era date ranges.\n result.era = value\n .split(' (')[0]\n .normalize('NFD')\n .replace(/[^-0-9 \\p{L}]/gu, '')\n .replace(/ /g, '-')\n .toLowerCase();\n }\n }\n if (this.hasEra && result.eraYear === undefined) {\n // Node 12 has outdated ICU data that lacks the `relatedYear` field in the\n // output of Intl.DateTimeFormat.formatToParts.\n throw new RangeError(\n `Intl.DateTimeFormat.formatToParts lacks relatedYear in ${this.id} calendar. Try Node 14+ or modern browsers.`\n );\n }\n // Translate old ICU era codes \"ERA0\" etc. into canonical era names.\n if (this.hasEra) {\n const replacement = this.eras.find((e) => result.era === e.genericName);\n if (replacement) result.era = replacement.code;\n }\n // Translate eras that may be handled differently by Temporal vs. by Intl\n // (e.g. Japanese pre-Meiji eras). See https://github.com/tc39/proposal-temporal/issues/526.\n if (this.reviseIntlEra) {\n const { era, eraYear } = this.reviseIntlEra(result, isoDate);\n result.era = era;\n result.eraYear = eraYear;\n }\n if (this.checkIcuBugs) this.checkIcuBugs(isoDate);\n\n const calendarDate = this.adjustCalendarDate(result, cache, 'constrain', true);\n if (calendarDate.year === undefined) throw new RangeError(`Missing year converting ${JSON.stringify(isoDate)}`);\n if (calendarDate.month === undefined) {\n throw new RangeError(`Missing month converting ${JSON.stringify(isoDate)}`);\n }\n if (calendarDate.day === undefined) throw new RangeError(`Missing day converting ${JSON.stringify(isoDate)}`);\n cache.set(key, calendarDate);\n // Also cache the reverse mapping\n const cacheReverse = (overflow: Overflow) => {\n const keyReverse = JSON.stringify({\n func: 'calendarToIsoDate',\n year: calendarDate.year,\n month: calendarDate.month,\n day: calendarDate.day,\n overflow,\n id: this.id\n });\n cache.set(keyReverse, isoDate);\n };\n (['constrain', 'reject'] as const).forEach(cacheReverse);\n return calendarDate;\n }\n validateCalendarDate(calendarDate: Partial): asserts calendarDate is FullCalendarDate {\n const { month, year, day, eraYear, monthCode, monthExtra } = calendarDate;\n // When there's a suffix (e.g. \"5bis\" for a leap month in Chinese calendar)\n // the derived class must deal with it.\n if (monthExtra !== undefined) throw new RangeError('Unexpected `monthExtra` value');\n if (year === undefined && eraYear === undefined) throw new TypeError('year or eraYear is required');\n if (month === undefined && monthCode === undefined) throw new TypeError('month or monthCode is required');\n if (day === undefined) throw new RangeError('Missing day');\n if (monthCode !== undefined) {\n if (typeof monthCode !== 'string') {\n throw new RangeError(`monthCode must be a string, not ${typeof monthCode}`);\n }\n if (!/^M([01]?\\d)(L?)$/.test(monthCode)) {\n throw new RangeError(`Invalid monthCode: ${monthCode}`);\n }\n }\n if (this.hasEra) {\n if ((calendarDate['era'] === undefined) !== (calendarDate['eraYear'] === undefined)) {\n throw new TypeError('properties era and eraYear must be provided together');\n }\n }\n }\n /**\n * Allows derived calendars to add additional fields and/or to make\n * adjustments e.g. to set the era based on the date or to revise the month\n * number in lunisolar calendars per\n * https://github.com/tc39/proposal-temporal/issues/1203.\n *\n * The base implementation fills in missing values by assuming the simplest\n * possible calendar:\n * - no eras\n * - non-lunisolar calendar (no leap months)\n * */\n adjustCalendarDate(\n calendarDateParam: Partial,\n cache: OneObjectCache | undefined = undefined,\n overflow: Overflow = 'constrain',\n // This param is only used by derived classes\n // eslint-disable-next-line @typescript-eslint/no-unused-vars\n fromLegacyDate = false\n ): FullCalendarDate {\n if (this.calendarType === 'lunisolar') throw new RangeError('Override required for lunisolar calendars');\n let calendarDate = calendarDateParam;\n this.validateCalendarDate(calendarDate);\n const largestMonth = this.monthsInYear(calendarDate, cache);\n let { month, monthCode } = calendarDate;\n\n ({ month, monthCode } = resolveNonLunisolarMonth(calendarDate, overflow, largestMonth));\n return { ...(calendarDate as typeof calendarDate & CalendarYMD), month, monthCode };\n }\n regulateMonthDayNaive(calendarDate: FullCalendarDate, overflow: Overflow, cache: OneObjectCache): FullCalendarDate {\n const largestMonth = this.monthsInYear(calendarDate, cache);\n let { month, day } = calendarDate;\n if (overflow === 'reject') {\n ES.RejectToRange(month, 1, largestMonth);\n ES.RejectToRange(day, 1, this.maximumMonthLength(calendarDate));\n } else {\n month = ES.ConstrainToRange(month, 1, largestMonth);\n day = ES.ConstrainToRange(day, 1, this.maximumMonthLength({ ...calendarDate, month }));\n }\n return { ...calendarDate, month, day };\n }\n calendarToIsoDate(dateParam: CalendarDateFields, overflow: Overflow = 'constrain', cache: OneObjectCache): ISODate {\n const originalDate = dateParam as Partial;\n // First, normalize the calendar date to ensure that (year, month, day)\n // are all present, converting monthCode and eraYear if needed.\n let date = this.adjustCalendarDate(dateParam, cache, overflow, false);\n\n // Fix obviously out-of-bounds values. Values that are valid generally, but\n // not in this particular year, may not be caught here for some calendars.\n // If so, these will be handled lower below.\n date = this.regulateMonthDayNaive(date, overflow, cache);\n\n const { year, month, day } = date;\n const key = JSON.stringify({ func: 'calendarToIsoDate', year, month, day, overflow, id: this.id });\n let cached = cache.get(key);\n if (cached) return cached;\n // If YMD are present in the input but the input has been constrained\n // already, then cache both the original value and the constrained value.\n let keyOriginal;\n if (\n originalDate.year !== undefined &&\n originalDate.month !== undefined &&\n originalDate.day !== undefined &&\n (originalDate.year !== date.year || originalDate.month !== date.month || originalDate.day !== date.day)\n ) {\n keyOriginal = JSON.stringify({\n func: 'calendarToIsoDate',\n year: originalDate.year,\n month: originalDate.month,\n day: originalDate.day,\n overflow,\n id: this.id\n });\n cached = cache.get(keyOriginal);\n if (cached) return cached;\n }\n\n // First, try to roughly guess the result\n let isoEstimate = this.estimateIsoDate({ year, month, day });\n const calculateSameMonthResult = (diffDays: number) => {\n // If the estimate is in the same year & month as the target, then we can\n // calculate the result exactly and short-circuit any additional logic.\n // This optimization assumes that months are continuous. It would break if\n // a calendar skipped days, like the Julian->Gregorian switchover. But\n // current ICU calendars only skip days (japanese/roc/buddhist) because of\n // a bug (https://bugs.chromium.org/p/chromium/issues/detail?id=1173158)\n // that's currently worked around by a custom calendarToIsoDate\n // implementation in those calendars. So this optimization should be safe\n // for all ICU calendars.\n let testIsoEstimate = this.addDaysIso(isoEstimate, diffDays);\n if (date.day > this.minimumMonthLength(date)) {\n // There's a chance that the calendar date is out of range. Throw or\n // constrain if so.\n let testCalendarDate = this.isoToCalendarDate(testIsoEstimate, cache);\n while (testCalendarDate.month !== month || testCalendarDate.year !== year) {\n if (overflow === 'reject') {\n throw new RangeError(`day ${day} does not exist in month ${month} of year ${year}`);\n }\n // Back up a day at a time until we're not hanging over the month end\n testIsoEstimate = this.addDaysIso(testIsoEstimate, -1);\n testCalendarDate = this.isoToCalendarDate(testIsoEstimate, cache);\n }\n }\n return testIsoEstimate;\n };\n let sign = 0;\n let roundtripEstimate = this.isoToCalendarDate(isoEstimate, cache);\n let diff = simpleDateDiff(date, roundtripEstimate);\n if (diff.years !== 0 || diff.months !== 0 || diff.days !== 0) {\n const diffTotalDaysEstimate = diff.years * 365 + diff.months * 30 + diff.days;\n isoEstimate = this.addDaysIso(isoEstimate, diffTotalDaysEstimate);\n roundtripEstimate = this.isoToCalendarDate(isoEstimate, cache);\n diff = simpleDateDiff(date, roundtripEstimate);\n if (diff.years === 0 && diff.months === 0) {\n isoEstimate = calculateSameMonthResult(diff.days);\n } else {\n sign = this.compareCalendarDates(date, roundtripEstimate);\n }\n }\n // If the initial guess is not in the same month, then bisect the\n // distance to the target, starting with 8 days per step.\n let increment = 8;\n while (sign) {\n isoEstimate = this.addDaysIso(isoEstimate, sign * increment);\n const oldRoundtripEstimate = roundtripEstimate;\n roundtripEstimate = this.isoToCalendarDate(isoEstimate, cache);\n const oldSign = sign;\n sign = this.compareCalendarDates(date, roundtripEstimate);\n if (sign) {\n diff = simpleDateDiff(date, roundtripEstimate);\n if (diff.years === 0 && diff.months === 0) {\n isoEstimate = calculateSameMonthResult(diff.days);\n // Signal the loop condition that there's a match.\n sign = 0;\n } else if (oldSign && sign !== oldSign) {\n if (increment > 1) {\n // If the estimate overshot the target, try again with a smaller increment\n // in the reverse direction.\n increment /= 2;\n } else {\n // Increment is 1, and neither the previous estimate nor the new\n // estimate is correct. The only way that can happen is if the\n // original date was an invalid value that will be constrained or\n // rejected here.\n if (overflow === 'reject') {\n throw new RangeError(`Can't find ISO date from calendar date: ${JSON.stringify({ ...originalDate })}`);\n } else {\n // To constrain, pick the earliest value\n const order = this.compareCalendarDates(roundtripEstimate, oldRoundtripEstimate);\n // If current value is larger, then back up to the previous value.\n if (order > 0) isoEstimate = this.addDaysIso(isoEstimate, -1);\n sign = 0;\n }\n }\n }\n }\n }\n cache.set(key, isoEstimate);\n if (keyOriginal) cache.set(keyOriginal, isoEstimate);\n if (\n date.year === undefined ||\n date.month === undefined ||\n date.day === undefined ||\n date.monthCode === undefined ||\n (this.hasEra && (date.era === undefined || date.eraYear === undefined))\n ) {\n throw new RangeError('Unexpected missing property');\n }\n return isoEstimate;\n }\n compareCalendarDates(date1: CalendarYMD, date2: CalendarYMD) {\n if (date1.year !== date2.year) return ES.ComparisonResult(date1.year - date2.year);\n if (date1.month !== date2.month) return ES.ComparisonResult(date1.month - date2.month);\n if (date1.day !== date2.day) return ES.ComparisonResult(date1.day - date2.day);\n return 0;\n }\n /** Ensure that a calendar date actually exists. If not, return the closest earlier date. */\n regulateDate(calendarDate: CalendarYMD, overflow: Overflow = 'constrain', cache: OneObjectCache): FullCalendarDate {\n const isoDate = this.calendarToIsoDate(calendarDate, overflow, cache);\n return this.isoToCalendarDate(isoDate, cache);\n }\n addDaysIso(isoDate: ISODate, days: number): ISODate {\n const added = ES.BalanceISODate(isoDate.year, isoDate.month, isoDate.day + days);\n return added;\n }\n addDaysCalendar(calendarDate: CalendarYMD, days: number, cache: OneObjectCache): FullCalendarDate {\n const isoDate = this.calendarToIsoDate(calendarDate, 'constrain', cache);\n const addedIso = this.addDaysIso(isoDate, days);\n const addedCalendar = this.isoToCalendarDate(addedIso, cache);\n return addedCalendar;\n }\n addMonthsCalendar(\n calendarDateParam: CalendarYMD,\n months: number,\n overflow: Overflow,\n cache: OneObjectCache\n ): CalendarYMD {\n let calendarDate = calendarDateParam;\n const { day } = calendarDate;\n for (let i = 0, absMonths = Math.abs(months); i < absMonths; i++) {\n const { month } = calendarDate;\n const oldCalendarDate = calendarDate;\n const days =\n months < 0\n ? -Math.max(day, this.daysInPreviousMonth(calendarDate, cache))\n : this.daysInMonth(calendarDate, cache);\n const isoDate = this.calendarToIsoDate(calendarDate, 'constrain', cache);\n let addedIso = this.addDaysIso(isoDate, days);\n calendarDate = this.isoToCalendarDate(addedIso, cache);\n\n // Normally, we can advance one month by adding the number of days in the\n // current month. However, if we're at the end of the current month and\n // the next month has fewer days, then we rolled over to the after-next\n // month. Below we detect this condition and back up until we're back in\n // the desired month.\n if (months > 0) {\n const monthsInOldYear = this.monthsInYear(oldCalendarDate, cache);\n while (calendarDate.month - 1 !== month % monthsInOldYear) {\n addedIso = this.addDaysIso(addedIso, -1);\n calendarDate = this.isoToCalendarDate(addedIso, cache);\n }\n }\n\n if (calendarDate.day !== day) {\n // try to retain the original day-of-month, if possible\n calendarDate = this.regulateDate({ ...calendarDate, day }, 'constrain', cache);\n }\n }\n if (overflow === 'reject' && calendarDate.day !== day) {\n throw new RangeError(`Day ${day} does not exist in resulting calendar month`);\n }\n return calendarDate;\n }\n addCalendar(\n calendarDate: CalendarYMD & { monthCode: string },\n { years = 0, months = 0, weeks = 0, days = 0 },\n overflow: Overflow,\n cache: OneObjectCache\n ): FullCalendarDate {\n const { year, day, monthCode } = calendarDate;\n const addedYears = this.adjustCalendarDate({ year: year + years, monthCode, day }, cache);\n const addedMonths = this.addMonthsCalendar(addedYears, months, overflow, cache);\n const initialDays = days + weeks * 7;\n const addedDays = this.addDaysCalendar(addedMonths, initialDays, cache);\n return addedDays;\n }\n untilCalendar(\n calendarOne: FullCalendarDate,\n calendarTwo: FullCalendarDate,\n largestUnit: Temporal.DateUnit,\n cache: OneObjectCache\n ): { years: number; months: number; weeks: number; days: number } {\n let days = 0;\n let weeks = 0;\n let months = 0;\n let years = 0;\n switch (largestUnit) {\n case 'day':\n days = this.calendarDaysUntil(calendarOne, calendarTwo, cache);\n break;\n case 'week': {\n const totalDays = this.calendarDaysUntil(calendarOne, calendarTwo, cache);\n days = totalDays % 7;\n weeks = (totalDays - days) / 7;\n break;\n }\n case 'month':\n case 'year': {\n const sign = this.compareCalendarDates(calendarTwo, calendarOne);\n if (!sign) {\n return { years: 0, months: 0, weeks: 0, days: 0 };\n }\n const diffYears = calendarTwo.year - calendarOne.year;\n const diffDays = calendarTwo.day - calendarOne.day;\n if (largestUnit === 'year' && diffYears) {\n let diffInYearSign = 0;\n if (calendarTwo.monthCode > calendarOne.monthCode) diffInYearSign = 1;\n if (calendarTwo.monthCode < calendarOne.monthCode) diffInYearSign = -1;\n if (!diffInYearSign) diffInYearSign = Math.sign(diffDays);\n const isOneFurtherInYear = diffInYearSign * sign < 0;\n years = isOneFurtherInYear ? diffYears - sign : diffYears;\n }\n const yearsAdded = years ? this.addCalendar(calendarOne, { years }, 'constrain', cache) : calendarOne;\n // Now we have less than one year remaining. Add one month at a time\n // until we go over the target, then back up one month and calculate\n // remaining days and weeks.\n let current;\n let next: CalendarYMD = yearsAdded;\n do {\n months += sign;\n current = next;\n next = this.addMonthsCalendar(current, sign, 'constrain', cache);\n if (next.day !== calendarOne.day) {\n // In case the day was constrained down, try to un-constrain it\n next = this.regulateDate({ ...next, day: calendarOne.day }, 'constrain', cache);\n }\n } while (this.compareCalendarDates(calendarTwo, next) * sign >= 0);\n months -= sign; // correct for loop above which overshoots by 1\n const remainingDays = this.calendarDaysUntil(current, calendarTwo, cache);\n days = remainingDays;\n break;\n }\n }\n return { years, months, weeks, days };\n }\n daysInMonth(calendarDate: CalendarYMD, cache: OneObjectCache): number {\n // Add enough days to roll over to the next month. One we're in the next\n // month, we can calculate the length of the current month. NOTE: This\n // algorithm assumes that months are continuous. It would break if a\n // calendar skipped days, like the Julian->Gregorian switchover. But current\n // ICU calendars only skip days (japanese/roc/buddhist) because of a bug\n // (https://bugs.chromium.org/p/chromium/issues/detail?id=1173158) that's\n // currently worked around by a custom calendarToIsoDate implementation in\n // those calendars. So this code should be safe for all ICU calendars.\n const { day } = calendarDate;\n const max = this.maximumMonthLength(calendarDate);\n const min = this.minimumMonthLength(calendarDate);\n // easiest case: we already know the month length if min and max are the same.\n if (min === max) return min;\n\n // Add enough days to get into the next month, without skipping it\n const increment = day <= max - min ? max : min;\n const isoDate = this.calendarToIsoDate(calendarDate, 'constrain', cache);\n const addedIsoDate = this.addDaysIso(isoDate, increment);\n const addedCalendarDate = this.isoToCalendarDate(addedIsoDate, cache);\n\n // Now back up to the last day of the original month\n const endOfMonthIso = this.addDaysIso(addedIsoDate, -addedCalendarDate.day);\n const endOfMonthCalendar = this.isoToCalendarDate(endOfMonthIso, cache);\n return endOfMonthCalendar.day;\n }\n daysInPreviousMonth(calendarDate: CalendarYMD, cache: OneObjectCache): number {\n const { day, month, year } = calendarDate;\n\n // Check to see if we already know the month length, and return it if so\n const previousMonthYear = month > 1 ? year : year - 1;\n let previousMonthDate = { year: previousMonthYear, month, day: 1 };\n const previousMonth = month > 1 ? month - 1 : this.monthsInYear(previousMonthDate, cache);\n previousMonthDate = { ...previousMonthDate, month: previousMonth };\n const min = this.minimumMonthLength(previousMonthDate);\n const max = this.maximumMonthLength(previousMonthDate);\n if (min === max) return max;\n\n const isoDate = this.calendarToIsoDate(calendarDate, 'constrain', cache);\n const lastDayOfPreviousMonthIso = this.addDaysIso(isoDate, -day);\n const lastDayOfPreviousMonthCalendar = this.isoToCalendarDate(lastDayOfPreviousMonthIso, cache);\n return lastDayOfPreviousMonthCalendar.day;\n }\n startOfCalendarYear(calendarDate: CalendarYearOnly): CalendarYMD & { monthCode: string } {\n return { year: calendarDate.year, month: 1, monthCode: 'M01', day: 1 };\n }\n startOfCalendarMonth(calendarDate: CalendarYM): CalendarYMD {\n return { year: calendarDate.year, month: calendarDate.month, day: 1 };\n }\n calendarDaysUntil(calendarOne: CalendarYMD, calendarTwo: CalendarYMD, cache: OneObjectCache): number {\n const oneIso = this.calendarToIsoDate(calendarOne, 'constrain', cache);\n const twoIso = this.calendarToIsoDate(calendarTwo, 'constrain', cache);\n return (\n ES.ISODateToEpochDays(twoIso.year, twoIso.month - 1, twoIso.day) -\n ES.ISODateToEpochDays(oneIso.year, oneIso.month - 1, oneIso.day)\n );\n }\n // Override if calendar uses eras\n hasEra = false;\n // See https://github.com/tc39/proposal-temporal/issues/1784\n erasBeginMidYear = false;\n // Override this to shortcut the search space if certain month codes only\n // occur long in the past\n monthDaySearchStartYear(monthCode: string, day: number) {\n void monthCode, day;\n return 1972;\n }\n monthDayFromFields(fields: MonthDayFromFieldsObject, overflow: Overflow, cache: OneObjectCache): ISODate {\n let { era, eraYear, year, month, monthCode, day } = fields;\n if (month !== undefined && year === undefined && (!this.hasEra || era === undefined || eraYear === undefined)) {\n throw new TypeError('when month is present, year (or era and eraYear) are required');\n }\n if (monthCode === undefined || year !== undefined || (this.hasEra && eraYear !== undefined)) {\n // Apply overflow behaviour to year/month/day, to get correct monthCode/day\n ({ monthCode, day } = this.isoToCalendarDate(this.calendarToIsoDate(fields, overflow, cache), cache));\n }\n\n let isoYear, isoMonth, isoDay;\n let closestCalendar, closestIso;\n // Look backwards starting from one of the calendar years spanning ISO year\n // 1972, up to 20 calendar years prior, to find a year that has this month\n // and day. Normal months and days will match immediately, but for leap days\n // and leap months we may have to look for a while. For searches longer than\n // 20 years, override the start date in monthDaySearchStartYear.\n const startDateIso = {\n year: this.monthDaySearchStartYear(monthCode, day),\n month: 12,\n day: 31\n };\n const calendarOfStartDateIso = this.isoToCalendarDate(startDateIso, cache);\n // Note: relies on lexicographical ordering of monthCodes\n const calendarYear =\n calendarOfStartDateIso.monthCode > monthCode ||\n (calendarOfStartDateIso.monthCode === monthCode && calendarOfStartDateIso.day >= day)\n ? calendarOfStartDateIso.year\n : calendarOfStartDateIso.year - 1;\n for (let i = 0; i < 20; i++) {\n const testCalendarDate: FullCalendarDate = this.adjustCalendarDate(\n { day, monthCode, year: calendarYear - i },\n cache\n );\n const isoDate = this.calendarToIsoDate(testCalendarDate, 'constrain', cache);\n const roundTripCalendarDate = this.isoToCalendarDate(isoDate, cache);\n ({ year: isoYear, month: isoMonth, day: isoDay } = isoDate);\n if (roundTripCalendarDate.monthCode === monthCode && roundTripCalendarDate.day === day) {\n return { month: isoMonth, day: isoDay, year: isoYear };\n } else if (overflow === 'constrain') {\n // If the requested day is never present in any instance of this month\n // code, and the round trip date is an instance of this month code with\n // the most possible days, we are as close as we can get.\n const maxDayForMonthCode = this.maxLengthOfMonthCodeInAnyYear(roundTripCalendarDate.monthCode);\n if (\n roundTripCalendarDate.monthCode === monthCode &&\n roundTripCalendarDate.day === maxDayForMonthCode &&\n day > maxDayForMonthCode\n ) {\n return { month: isoMonth, day: isoDay, year: isoYear };\n }\n // non-ISO constrain algorithm tries to find the closest date in a matching month\n if (\n closestCalendar === undefined ||\n (roundTripCalendarDate.monthCode === closestCalendar.monthCode &&\n roundTripCalendarDate.day > closestCalendar.day)\n ) {\n closestCalendar = roundTripCalendarDate;\n closestIso = isoDate;\n }\n }\n }\n if (overflow === 'constrain' && closestIso !== undefined) return closestIso;\n throw new RangeError(`No recent ${this.id} year with monthCode ${monthCode} and day ${day}`);\n }\n getFirstDayOfWeek(): number | undefined {\n return undefined;\n }\n getMinimalDaysInFirstWeek(): number | undefined {\n return undefined;\n }\n}\n\ninterface HebrewMonthInfo {\n [m: string]: (\n | {\n leap: undefined;\n regular: number;\n }\n | {\n leap: number;\n regular: undefined;\n }\n | {\n leap: number;\n regular: number;\n }\n ) & {\n monthCode: string;\n days:\n | number\n | {\n min: number;\n max: number;\n };\n };\n}\n\nclass HebrewHelper extends HelperBase {\n id = 'hebrew' as const;\n calendarType = 'lunisolar' as const;\n inLeapYear(calendarDate: CalendarYearOnly) {\n const { year } = calendarDate;\n // FYI: In addition to adding a month in leap years, the Hebrew calendar\n // also has per-year changes to the number of days of Heshvan and Kislev.\n // Given that these can be calculated by counting the number of days in\n // those months, I assume that these DO NOT need to be exposed as\n // Hebrew-only prototype fields or methods.\n return (7 * year + 1) % 19 < 7;\n }\n monthsInYear(calendarDate: CalendarYearOnly) {\n return this.inLeapYear(calendarDate) ? 13 : 12;\n }\n minimumMonthLength(calendarDate: CalendarYM) {\n return this.minMaxMonthLength(calendarDate, 'min');\n }\n maximumMonthLength(calendarDate: CalendarYM) {\n return this.minMaxMonthLength(calendarDate, 'max');\n }\n minMaxMonthLength(calendarDate: CalendarYM, minOrMax: 'min' | 'max') {\n const { month, year } = calendarDate;\n const monthCode = this.getMonthCode(year, month);\n const monthInfo = Object.entries(this.months).find((m) => m[1].monthCode === monthCode);\n if (monthInfo === undefined) throw new RangeError(`unmatched Hebrew month: ${month}`);\n const daysInMonth = monthInfo[1].days;\n return typeof daysInMonth === 'number' ? daysInMonth : daysInMonth[minOrMax];\n }\n maxLengthOfMonthCodeInAnyYear(monthCode: string) {\n return ['M04', 'M06', 'M08', 'M10', 'M12'].includes(monthCode) ? 29 : 30;\n }\n /** Take a guess at what ISO date a particular calendar date corresponds to */\n estimateIsoDate(calendarDate: CalendarYMD) {\n const { year } = calendarDate;\n return { year: year - 3760, month: 1, day: 1 };\n }\n months: HebrewMonthInfo = {\n Tishri: { leap: 1, regular: 1, monthCode: 'M01', days: 30 },\n Heshvan: { leap: 2, regular: 2, monthCode: 'M02', days: { min: 29, max: 30 } },\n Kislev: { leap: 3, regular: 3, monthCode: 'M03', days: { min: 29, max: 30 } },\n Tevet: { leap: 4, regular: 4, monthCode: 'M04', days: 29 },\n Shevat: { leap: 5, regular: 5, monthCode: 'M05', days: 30 },\n Adar: { leap: undefined, regular: 6, monthCode: 'M06', days: 29 },\n 'Adar I': { leap: 6, regular: undefined, monthCode: 'M05L', days: 30 },\n 'Adar II': { leap: 7, regular: undefined, monthCode: 'M06', days: 29 },\n Nisan: { leap: 8, regular: 7, monthCode: 'M07', days: 30 },\n Iyar: { leap: 9, regular: 8, monthCode: 'M08', days: 29 },\n Sivan: { leap: 10, regular: 9, monthCode: 'M09', days: 30 },\n Tamuz: { leap: 11, regular: 10, monthCode: 'M10', days: 29 },\n Av: { leap: 12, regular: 11, monthCode: 'M11', days: 30 },\n Elul: { leap: 13, regular: 12, monthCode: 'M12', days: 29 }\n };\n getMonthCode(year: number, month: number) {\n if (this.inLeapYear({ year })) {\n return month === 6 ? buildMonthCode(5, true) : buildMonthCode(month < 6 ? month : month - 1);\n } else {\n return buildMonthCode(month);\n }\n }\n override adjustCalendarDate(\n calendarDate: Partial,\n cache?: OneObjectCache,\n overflow: Overflow = 'constrain',\n fromLegacyDate = false\n ): FullCalendarDate {\n let { year, month, monthCode, day, monthExtra } = calendarDate as Omit & {\n day: number;\n };\n if (year === undefined) throw new TypeError('Missing property: year');\n if (fromLegacyDate) {\n // In Pre Node-14 V8, DateTimeFormat.formatToParts `month: 'numeric'`\n // output returns the numeric equivalent of `month` as a string, meaning\n // that `'6'` in a leap year is Adar I, while `'6'` in a non-leap year\n // means Adar. In this case, `month` will already be correct and no action\n // is needed. However, in Node 14 and later formatToParts returns the name\n // of the Hebrew month (e.g. \"Tevet\"), so we'll need to look up the\n // correct `month` using the string name as a key.\n if (monthExtra) {\n const monthInfo = this.months[monthExtra];\n if (!monthInfo) throw new RangeError(`Unrecognized month from formatToParts: ${monthExtra}`);\n month = this.inLeapYear({ year }) ? monthInfo.leap : monthInfo.regular;\n }\n // Because we're getting data from legacy Date, then `month` will always be present\n monthCode = this.getMonthCode(year, month as number);\n return { year, month: month as number, day, monthCode };\n } else {\n // When called without input coming from legacy Date output, simply ensure\n // that all fields are present.\n this.validateCalendarDate(calendarDate);\n if (month === undefined) {\n ES.assertExists(monthCode);\n if (monthCode.endsWith('L')) {\n if (monthCode !== 'M05L') {\n throw new RangeError(`Hebrew leap month must have monthCode M05L, not ${monthCode}`);\n }\n month = 6;\n if (!this.inLeapYear({ year })) {\n if (overflow === 'reject') {\n throw new RangeError(`Hebrew monthCode M05L is invalid in year ${year} which is not a leap year`);\n } else {\n // constrain to same day of next month (Adar)\n month = 6;\n monthCode = 'M06';\n }\n }\n } else {\n month = nonLeapMonthCodeNumberPart(monthCode);\n // if leap month is before this one, the month index is one more than the month code\n if (this.inLeapYear({ year }) && month >= 6) month++;\n const largestMonth = this.monthsInYear({ year });\n if (month < 1 || month > largestMonth) throw new RangeError(`Invalid monthCode: ${monthCode}`);\n }\n } else {\n if (overflow === 'reject') {\n ES.RejectToRange(month, 1, this.monthsInYear({ year }));\n ES.RejectToRange(day, 1, this.maximumMonthLength({ year, month }));\n } else {\n month = ES.ConstrainToRange(month, 1, this.monthsInYear({ year }));\n day = ES.ConstrainToRange(day, 1, this.maximumMonthLength({ year, month }));\n }\n if (monthCode === undefined) {\n monthCode = this.getMonthCode(year, month);\n } else {\n const calculatedMonthCode = this.getMonthCode(year, month);\n if (calculatedMonthCode !== monthCode) {\n throw new RangeError(`monthCode ${monthCode} doesn't correspond to month ${month} in Hebrew year ${year}`);\n }\n }\n }\n return { ...calendarDate, day, month, monthCode, year };\n }\n }\n}\n\n/**\n * For Temporal purposes, the Islamic calendar is simple because it's always the\n * same 12 months in the same order.\n */\nabstract class IslamicBaseHelper extends HelperBase {\n abstract override id: BuiltinCalendarId;\n calendarType = 'lunar' as const;\n inLeapYear(calendarDate: CalendarYearOnly, cache: OneObjectCache) {\n const startOfYearCalendar = { year: calendarDate.year, month: 1, monthCode: 'M01', day: 1 };\n const startOfNextYearCalendar = { year: calendarDate.year + 1, month: 1, monthCode: 'M01', day: 1 };\n const result = this.calendarDaysUntil(startOfYearCalendar, startOfNextYearCalendar, cache);\n return result === 355;\n }\n monthsInYear(/* calendarYear, cache */) {\n return 12;\n }\n minimumMonthLength(/* calendarDate */) {\n return 29;\n }\n maximumMonthLength(/* calendarDate */) {\n return 30;\n }\n maxLengthOfMonthCodeInAnyYear(/* monthCode */) {\n return 30;\n }\n DAYS_PER_ISLAMIC_YEAR = 354 + 11 / 30;\n DAYS_PER_ISO_YEAR = 365.2425;\n estimateIsoDate(calendarDate: CalendarYMD) {\n const { year } = this.adjustCalendarDate(calendarDate);\n return { year: Math.floor((year * this.DAYS_PER_ISLAMIC_YEAR) / this.DAYS_PER_ISO_YEAR) + 622, month: 1, day: 1 };\n }\n}\n\n// There are 6 Islamic calendars with the same implementation in this polyfill.\n// They vary only in their ID. They do emit different output from the underlying\n// Intl implementation, but our code for each of them is identical.\nclass IslamicHelper extends IslamicBaseHelper {\n id = 'islamic' as const;\n}\nclass IslamicUmalquraHelper extends IslamicBaseHelper {\n id = 'islamic-umalqura' as const;\n}\nclass IslamicTblaHelper extends IslamicBaseHelper {\n id = 'islamic-tbla' as const;\n}\nclass IslamicCivilHelper extends IslamicBaseHelper {\n id = 'islamic-civil' as const;\n}\nclass IslamicRgsaHelper extends IslamicBaseHelper {\n id = 'islamic-rgsa' as const;\n}\nclass IslamicCcHelper extends IslamicBaseHelper {\n id = 'islamicc' as const;\n}\n\nclass PersianHelper extends HelperBase {\n id = 'persian' as const;\n calendarType = 'solar' as const;\n inLeapYear(calendarDate: CalendarYearOnly, cache: OneObjectCache) {\n // If the last month has 30 days, it's a leap year.\n return this.daysInMonth({ year: calendarDate.year, month: 12, day: 1 }, cache) === 30;\n }\n monthsInYear(/* calendarYear, cache */) {\n return 12;\n }\n minimumMonthLength(calendarDate: CalendarYM) {\n const { month } = calendarDate;\n if (month === 12) return 29;\n return month <= 6 ? 31 : 30;\n }\n maximumMonthLength(calendarDate: CalendarYM) {\n const { month } = calendarDate;\n if (month === 12) return 30;\n return month <= 6 ? 31 : 30;\n }\n maxLengthOfMonthCodeInAnyYear(monthCode: string) {\n const month = nonLeapMonthCodeNumberPart(monthCode);\n return month <= 6 ? 31 : 30;\n }\n estimateIsoDate(calendarDate: CalendarYMD) {\n const { year } = this.adjustCalendarDate(calendarDate);\n return { year: year + 621, month: 1, day: 1 };\n }\n}\n\ninterface IndianMonthInfo {\n [month: number]: {\n length: number;\n month: number;\n day: number;\n leap?: {\n length: number;\n month: number;\n day: number;\n };\n nextYear?: true | undefined;\n };\n}\n\nclass IndianHelper extends HelperBase {\n id = 'indian' as const;\n calendarType = 'solar' as const;\n inLeapYear(calendarDate: CalendarYearOnly) {\n // From https://en.wikipedia.org/wiki/Indian_national_calendar:\n // Years are counted in the Saka era, which starts its year 0 in the year 78\n // of the Common Era. To determine leap years, add 78 to the Saka year – if\n // the result is a leap year in the Gregorian calendar, then the Saka year\n // is a leap year as well.\n return isGregorianLeapYear(calendarDate.year + 78);\n }\n monthsInYear(/* calendarYear, cache */) {\n return 12;\n }\n minimumMonthLength(calendarDate: CalendarYM) {\n return this.getMonthInfo(calendarDate).length;\n }\n maximumMonthLength(calendarDate: CalendarYM) {\n return this.getMonthInfo(calendarDate).length;\n }\n maxLengthOfMonthCodeInAnyYear(monthCode: string) {\n const month = nonLeapMonthCodeNumberPart(monthCode);\n let monthInfo = this.months[month];\n monthInfo = monthInfo.leap ?? monthInfo;\n return monthInfo.length;\n }\n // Indian months always start at the same well-known Gregorian month and\n // day. So this conversion is easy and fast. See\n // https://en.wikipedia.org/wiki/Indian_national_calendar\n months: IndianMonthInfo = {\n 1: { length: 30, month: 3, day: 22, leap: { length: 31, month: 3, day: 21 } },\n 2: { length: 31, month: 4, day: 21 },\n 3: { length: 31, month: 5, day: 22 },\n 4: { length: 31, month: 6, day: 22 },\n 5: { length: 31, month: 7, day: 23 },\n 6: { length: 31, month: 8, day: 23 },\n 7: { length: 30, month: 9, day: 23 },\n 8: { length: 30, month: 10, day: 23 },\n 9: { length: 30, month: 11, day: 22 },\n 10: { length: 30, month: 12, day: 22 },\n 11: { length: 30, month: 1, nextYear: true, day: 21 },\n 12: { length: 30, month: 2, nextYear: true, day: 20 }\n };\n getMonthInfo(calendarDate: CalendarYM) {\n const { month } = calendarDate;\n let monthInfo = this.months[month];\n if (monthInfo === undefined) throw new RangeError(`Invalid month: ${month}`);\n if (this.inLeapYear(calendarDate) && monthInfo.leap) monthInfo = monthInfo.leap;\n return monthInfo;\n }\n estimateIsoDate(calendarDateParam: CalendarYMD) {\n // FYI, this \"estimate\" is always the exact ISO date, which makes the Indian\n // calendar fast!\n const calendarDate = this.adjustCalendarDate(calendarDateParam);\n const monthInfo = this.getMonthInfo(calendarDate);\n const isoYear = calendarDate.year + 78 + (monthInfo.nextYear ? 1 : 0);\n const isoMonth = monthInfo.month;\n const isoDay = monthInfo.day;\n const isoDate = ES.BalanceISODate(isoYear, isoMonth, isoDay + calendarDate.day - 1);\n return isoDate;\n }\n // https://bugs.chromium.org/p/v8/issues/detail?id=10529 causes Intl's Indian\n // calendar output to fail for all dates before 0001-01-01 ISO. For example,\n // in Node 12 0000-01-01 is calculated as 6146/12/-583 instead of 10/11/-79 as\n // expected.\n vulnerableToBceBug =\n new Date('0000-01-01T00:00Z').toLocaleDateString('en-US-u-ca-indian', { timeZone: 'UTC' }) !== '10/11/-79 Saka';\n override checkIcuBugs(isoDate: ISODate) {\n if (this.vulnerableToBceBug && isoDate.year < 1) {\n throw new RangeError(\n `calendar '${this.id}' is broken for ISO dates before 0001-01-01` +\n ' (see https://bugs.chromium.org/p/v8/issues/detail?id=10529)'\n );\n }\n }\n}\n\n/**\n * Era metadata defined for each calendar.\n * TODO: instead of optional properties, this should really have rules\n * encoded in the type, e.g. isoEpoch is required unless reverseOf is present.\n * */\ninterface InputEra {\n /**\n * Era code, used to populate the 'era' field of Temporal instances.\n * See https://tc39.es/proposal-intl-era-monthcode/#table-eras\n */\n code: string;\n\n /**\n * Names are additionally accepted as alternate era codes on input, and the\n * first name is also output in error messages (and may be the era code if\n * desired.)\n * See https://tc39.es/proposal-intl-era-monthcode/#table-eras\n * If absent, this field defaults to a single element matching the code.\n */\n names?: string[];\n\n /**\n * Signed calendar year where this era begins.Will be\n * 1 (or 0 for zero-based eras) for the anchor era assuming that `year`\n * numbering starts at the beginning of the anchor era, which is true\n * for all ICU calendars except Japanese. If an era starts mid-year\n * then a calendar month and day are included. Otherwise\n * `{ month: 1, day: 1 }` is assumed.\n */\n anchorEpoch?: CalendarYearOnly | CalendarYMD;\n\n /** ISO date of the first day of this era */\n isoEpoch?: { year: number; month: number; day: number };\n\n /**\n * If present, then this era counts years backwards like BC\n * and this property points to the forward era. This must be\n * the last (oldest) era in the array.\n * */\n reverseOf?: string;\n\n /**\n * If true, the era's years are 0-based. If omitted or false,\n * then the era's years are 1-based.\n * */\n hasYearZero?: boolean;\n\n /**\n * Override if this era is the anchor. Not normally used because\n * anchor eras are inferred.\n * */\n isAnchor?: boolean;\n}\n/**\n * Transformation of the `InputEra` type with all fields filled in by\n * `adjustEras()`\n * */\ninterface Era {\n /**\n * Era code, used to populate the 'era' field of Temporal instances.\n * See https://tc39.es/proposal-intl-era-monthcode/#table-eras\n */\n code: string;\n\n /**\n * Names are additionally accepted as alternate era codes on input, and the\n * first name is also output in error messages (and may be the era code if\n * desired.)\n * See https://tc39.es/proposal-intl-era-monthcode/#table-eras\n * If absent, this field defaults to a single element matching the code.\n */\n names: string[];\n\n /**\n * alternate name of the era used in old versions of ICU data\n * format is `era{n}` where n is the zero-based index of the era\n * with the oldest era being 0.\n * */\n genericName: string;\n\n /**\n * Signed calendar year where this era begins. Will be 1 (or 0 for zero-based\n * eras) for the anchor era assuming that `year` numbering starts at the\n * beginning of the anchor era, which is true for all ICU calendars except\n * Japanese. For input, the month and day are optional. If an era starts\n * mid-year then a calendar month and day are included.\n * Otherwise `{ month: 1, day: 1 }` is assumed.\n */\n anchorEpoch: CalendarYMD;\n\n /** ISO date of the first day of this era */\n isoEpoch: ISODate;\n\n /**\n * If present, then this era counts years backwards like BC\n * and this property points to the forward era. This must be\n * the last (oldest) era in the array.\n * */\n reverseOf?: Era;\n\n /**\n * If true, the era's years are 0-based. If omitted or false,\n * then the era's years are 1-based.\n * */\n hasYearZero?: boolean;\n\n /**\n * Override if this era is the anchor. Not normally used because\n * anchor eras are inferred.\n * */\n isAnchor?: boolean;\n}\n\n/**\n * This function adds additional metadata that makes it easier to work with\n * eras. Note that it mutates and normalizes the original era objects, which is\n * OK because this is non-observable, internal-only metadata.\n *\n * The result is an array of eras with the shape defined above.\n * */\nfunction adjustEras(erasParam: InputEra[]): { eras: Era[]; anchorEra: Era } {\n let eras: (InputEra | Era)[] = erasParam;\n if (eras.length === 0) {\n throw new RangeError('Invalid era data: eras are required');\n }\n if (eras.length === 1 && eras[0].reverseOf) {\n throw new RangeError('Invalid era data: anchor era cannot count years backwards');\n }\n if (eras.length === 1 && !eras[0].code) {\n throw new RangeError('Invalid era data: at least one named era is required');\n }\n if (eras.filter((e) => e.reverseOf != null).length > 1) {\n throw new RangeError('Invalid era data: only one era can count years backwards');\n }\n\n // Find the \"anchor era\" which is the era used for (era-less) `year`. Reversed\n // eras can never be anchors. The era without an `anchorEpoch` property is the\n // anchor.\n let anchorEra: Era | InputEra | undefined;\n eras.forEach((e) => {\n if (e.isAnchor || (!e.anchorEpoch && !e.reverseOf)) {\n if (anchorEra) throw new RangeError('Invalid era data: cannot have multiple anchor eras');\n anchorEra = e;\n e.anchorEpoch = { year: e.hasYearZero ? 0 : 1 };\n } else if (!e.code) {\n throw new RangeError('If era name is blank, it must be the anchor era');\n }\n });\n\n // If the era name is undefined, then it's an anchor that doesn't interact\n // with eras at all. For example, Japanese `year` is always the same as ISO\n // `year`. So this \"era\" is the anchor era but isn't used for era matching.\n // Strip it from the list that's returned.\n eras = eras.filter((e) => e.code);\n\n eras.forEach((e) => {\n // Some eras are mirror images of another era e.g. B.C. is the reverse of A.D.\n // Replace the string-valued \"reverseOf\" property with the actual era object\n // that's reversed.\n const { reverseOf } = e;\n if (reverseOf) {\n const reversedEra = eras.find((era) => era.code === reverseOf);\n if (reversedEra === undefined) {\n throw new RangeError(`Invalid era data: unmatched reverseOf era: ${reverseOf}`);\n }\n e.reverseOf = reversedEra as Era; // genericName property added later\n e.anchorEpoch = reversedEra.anchorEpoch;\n e.isoEpoch = reversedEra.isoEpoch;\n }\n type YMD = {\n year: number;\n month: number;\n day: number;\n };\n if ((e.anchorEpoch as YMD).month === undefined) (e.anchorEpoch as YMD).month = 1;\n if ((e.anchorEpoch as YMD).day === undefined) (e.anchorEpoch as YMD).day = 1;\n });\n\n // Ensure that the latest epoch is first in the array. This lets us try to\n // match eras in index order, with the last era getting the remaining older\n // years. Any reverse-signed era must be at the end.\n eras.sort((e1, e2) => {\n if (e1.reverseOf) return 1;\n if (e2.reverseOf) return -1;\n if (!e1.isoEpoch || !e2.isoEpoch) throw new RangeError('Invalid era data: missing ISO epoch');\n return e2.isoEpoch.year - e1.isoEpoch.year;\n });\n\n // If there's a reversed era, then the one before it must be the era that's\n // being reversed.\n const lastEraReversed = eras[eras.length - 1].reverseOf;\n if (lastEraReversed) {\n if (lastEraReversed !== eras[eras.length - 2]) {\n throw new RangeError('Invalid era data: invalid reverse-sign era');\n }\n }\n\n // Finally, add a \"genericName\" property in the format \"era{n} where `n` is\n // zero-based index, with the oldest era being zero. This format is used by\n // older versions of ICU data.\n eras.forEach((e, i) => {\n (e as Era).genericName = `era${eras.length - 1 - i}`;\n });\n\n return { eras: eras as Era[], anchorEra: (anchorEra || eras[0]) as Era };\n}\n\nfunction isGregorianLeapYear(year: number) {\n return year % 4 === 0 && (year % 100 !== 0 || year % 400 === 0);\n}\n\n/** Base for all Gregorian-like calendars. */\nabstract class GregorianBaseHelperFixedEpoch extends HelperBase {\n id: BuiltinCalendarId;\n isoEpoch: ISODate;\n\n constructor(id: BuiltinCalendarId, isoEpoch: ISODate) {\n super();\n this.id = id;\n this.isoEpoch = isoEpoch;\n }\n calendarType = 'solar' as const;\n inLeapYear(calendarDate: CalendarYearOnly) {\n const { year } = this.estimateIsoDate({ month: 1, day: 1, year: calendarDate.year });\n return isGregorianLeapYear(year);\n }\n monthsInYear(/* calendarDate */) {\n return 12;\n }\n minimumMonthLength(calendarDate: CalendarYM): number {\n const { month } = calendarDate;\n if (month === 2) return this.inLeapYear(calendarDate) ? 29 : 28;\n return [4, 6, 9, 11].indexOf(month) >= 0 ? 30 : 31;\n }\n maximumMonthLength(calendarDate: CalendarYM): number {\n return this.minimumMonthLength(calendarDate);\n }\n maxLengthOfMonthCodeInAnyYear(monthCode: string) {\n const month = nonLeapMonthCodeNumberPart(monthCode);\n return [31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31][month - 1];\n }\n estimateIsoDate(calendarDateParam: CalendarYMD) {\n const calendarDate = this.adjustCalendarDate(calendarDateParam);\n return ES.RegulateISODate(\n calendarDate.year + this.isoEpoch.year,\n calendarDate.month + this.isoEpoch.month,\n calendarDate.day + this.isoEpoch.day,\n 'constrain'\n );\n }\n}\n\n/** Base for Gregorian-like calendars with eras. */\nabstract class GregorianBaseHelper extends HelperBase {\n id: BuiltinCalendarId;\n anchorEra: Era;\n\n constructor(id: BuiltinCalendarId, originalEras: InputEra[]) {\n super();\n this.id = id;\n const { eras, anchorEra } = adjustEras(originalEras);\n this.anchorEra = anchorEra;\n this.eras = eras;\n }\n override hasEra = true;\n calendarType = 'solar' as const;\n inLeapYear(calendarDate: CalendarYearOnly) {\n // Calendars that don't override this method use the same months and leap\n // years as Gregorian. Once we know the ISO year corresponding to the\n // calendar year, we'll know if it's a leap year or not.\n const { year } = this.estimateIsoDate({ month: 1, day: 1, year: calendarDate.year });\n return isGregorianLeapYear(year);\n }\n monthsInYear(/* calendarDate */) {\n return 12;\n }\n minimumMonthLength(calendarDate: CalendarYM): number {\n const { month } = calendarDate;\n if (month === 2) return this.inLeapYear(calendarDate) ? 29 : 28;\n return [4, 6, 9, 11].indexOf(month) >= 0 ? 30 : 31;\n }\n maximumMonthLength(calendarDate: CalendarYM): number {\n return this.minimumMonthLength(calendarDate);\n }\n maxLengthOfMonthCodeInAnyYear(monthCode: string) {\n const month = nonLeapMonthCodeNumberPart(monthCode);\n return [31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31][month - 1];\n }\n /** Fill in missing parts of the (year, era, eraYear) tuple */\n completeEraYear(\n calendarDate: FullCalendarDate\n ): FullCalendarDate & Required> {\n const checkField = (property: keyof FullCalendarDate, value: string | number | undefined, names?: string[]) => {\n const currentValue = calendarDate[property];\n if (currentValue != null && currentValue != value && !((names || []) as unknown[]).includes(currentValue)) {\n // Prefer displaying an era alias, instead of \"gregory-inverse\"\n const preferredName = names?.[0];\n const expected = preferredName ? `${value} (also called ${preferredName})` : value;\n throw new RangeError(`Input ${property} ${currentValue} doesn't match calculated value ${expected}`);\n }\n };\n const eraFromYear = (year: number) => {\n let eraYear;\n const adjustedCalendarDate = { ...calendarDate, year };\n const matchingEra = this.eras.find((e, i) => {\n if (i === this.eras.length - 1) {\n if (e.reverseOf) {\n // This is a reverse-sign era (like BCE) which must be the oldest\n // era. Count years backwards.\n if (year > 0) throw new RangeError(`Signed year ${year} is invalid for era ${e.code}`);\n eraYear = e.anchorEpoch.year - year;\n return true;\n }\n // last era always gets all \"leftover\" (older than epoch) years,\n // so no need for a comparison like below.\n eraYear = year - e.anchorEpoch.year + (e.hasYearZero ? 0 : 1);\n return true;\n }\n const comparison = this.compareCalendarDates(adjustedCalendarDate, e.anchorEpoch);\n if (comparison >= 0) {\n eraYear = year - e.anchorEpoch.year + (e.hasYearZero ? 0 : 1);\n return true;\n }\n return false;\n });\n if (!matchingEra) throw new RangeError(`Year ${year} was not matched by any era`);\n return { eraYear: eraYear as unknown as number, era: matchingEra.code, eraNames: matchingEra.names };\n };\n\n let { year, eraYear, era } = calendarDate;\n if (year != null) {\n const matchData = eraFromYear(year);\n ({ eraYear, era } = matchData);\n checkField('era', era, matchData?.eraNames);\n checkField('eraYear', eraYear);\n } else if (eraYear != null) {\n if (era === undefined) throw new RangeError('era and eraYear must be provided together');\n // TS limitation: https://github.com/microsoft/TypeScript/issues/11498\n // eslint-disable-next-line @typescript-eslint/no-non-null-assertion\n const matchingEra = this.eras.find(({ code, names = [] }) => code === era || names.includes(era!));\n if (!matchingEra) throw new RangeError(`Era ${era} (ISO year ${eraYear}) was not matched by any era`);\n if (matchingEra.reverseOf) {\n year = matchingEra.anchorEpoch.year - eraYear;\n } else {\n year = eraYear + matchingEra.anchorEpoch.year - (matchingEra.hasYearZero ? 0 : 1);\n }\n checkField('year', year);\n // We'll accept dates where the month/day is earlier than the start of\n // the era or after its end as long as it's in the same year. If that\n // happens, we'll adjust the era/eraYear pair to be the correct era for\n // the `year`.\n ({ eraYear, era } = eraFromYear(year));\n } else {\n throw new RangeError('Either year or eraYear and era are required');\n }\n return { ...calendarDate, year, eraYear, era };\n }\n override adjustCalendarDate(\n calendarDateParam: Partial,\n cache?: OneObjectCache,\n overflow: Overflow = 'constrain'\n ): FullCalendarDate {\n let calendarDate = calendarDateParam;\n // Because this is not a lunisolar calendar, it's safe to convert monthCode to a number\n const { month, monthCode } = calendarDate;\n if (month === undefined) calendarDate = { ...calendarDate, month: nonLeapMonthCodeNumberPart(monthCode as string) };\n this.validateCalendarDate(calendarDate);\n calendarDate = this.completeEraYear(calendarDate);\n return super.adjustCalendarDate(calendarDate, cache, overflow);\n }\n estimateIsoDate(calendarDateParam: CalendarYMD) {\n const calendarDate = this.adjustCalendarDate(calendarDateParam);\n const { year, month, day } = calendarDate;\n const { anchorEra } = this;\n const isoYearEstimate = year + anchorEra.isoEpoch.year - (anchorEra.hasYearZero ? 0 : 1);\n return ES.RegulateISODate(isoYearEstimate, month, day, 'constrain');\n }\n}\n\n/**\n * Some calendars are identical to Gregorian except era and year. For these\n * calendars, we can avoid using Intl.DateTimeFormat and just calculate the\n * year, era, and eraYear. This is faster (because Intl.DateTimeFormat is slow\n * and uses a huge amount of RAM), and it avoids ICU bugs like\n * https://bugs.chromium.org/p/chromium/issues/detail?id=1173158.\n */\nabstract class SameMonthDayAsGregorianBaseHelper extends GregorianBaseHelper {\n constructor(id: BuiltinCalendarId, originalEras: InputEra[]) {\n super(id, originalEras);\n }\n override isoToCalendarDate(isoDate: ISODate): FullCalendarDate {\n // Month and day are same as ISO, so bypass Intl.DateTimeFormat and\n // calculate the year, era, and eraYear here.\n const { year: isoYear, month, day } = isoDate;\n const monthCode = buildMonthCode(month);\n const year = isoYear - this.anchorEra.isoEpoch.year + 1;\n return this.completeEraYear({ year, month, monthCode, day });\n }\n}\nconst OrthodoxOps = {\n inLeapYear(calendarDate: CalendarYearOnly) {\n // Leap years happen one year before the Julian leap year. Note that this\n // calendar is based on the Julian calendar which has a leap year every 4\n // years, unlike the Gregorian calendar which doesn't have leap years on\n // years divisible by 100 except years divisible by 400.\n //\n // Note that we're assuming that leap years in before-epoch times match\n // how leap years are defined now. This is probably not accurate but I'm\n // not sure how better to do it.\n const { year } = calendarDate;\n return (year + 1) % 4 === 0;\n },\n monthsInYear(/* calendarDate */) {\n return 13;\n },\n minimumMonthLength(calendarDate: CalendarYM) {\n const { month } = calendarDate;\n // Ethiopian/Coptic calendars have 12 30-day months and an extra 5-6 day 13th month.\n if (month === 13) return this.inLeapYear(calendarDate) ? 6 : 5;\n return 30;\n },\n maximumMonthLength(calendarDate: CalendarYM) {\n return this.minimumMonthLength(calendarDate);\n },\n maxLengthOfMonthCodeInAnyYear(monthCode: string) {\n return monthCode === 'M13' ? 6 : 30;\n }\n};\nabstract class OrthodoxBaseHelperFixedEpoch extends GregorianBaseHelperFixedEpoch {\n constructor(id: BuiltinCalendarId, isoEpoch: ISODate) {\n super(id, isoEpoch);\n }\n override inLeapYear = OrthodoxOps.inLeapYear;\n override monthsInYear = OrthodoxOps.monthsInYear;\n override minimumMonthLength = OrthodoxOps.minimumMonthLength;\n override maximumMonthLength = OrthodoxOps.maximumMonthLength;\n override maxLengthOfMonthCodeInAnyYear = OrthodoxOps.maxLengthOfMonthCodeInAnyYear;\n}\nabstract class OrthodoxBaseHelper extends GregorianBaseHelper {\n constructor(id: BuiltinCalendarId, originalEras: InputEra[]) {\n super(id, originalEras);\n }\n override inLeapYear = OrthodoxOps.inLeapYear;\n override monthsInYear = OrthodoxOps.monthsInYear;\n override minimumMonthLength = OrthodoxOps.minimumMonthLength;\n override maximumMonthLength = OrthodoxOps.maximumMonthLength;\n override maxLengthOfMonthCodeInAnyYear = OrthodoxOps.maxLengthOfMonthCodeInAnyYear;\n}\n\n// `coptic` and `ethiopic` calendars are very similar to `ethioaa` calendar,\n// with the following differences:\n// - Coptic uses BCE-like positive numbers for years before its epoch (the other\n// two use negative year numbers before epoch)\n// - Coptic has a different epoch date\n// - Ethiopic has an additional second era that starts at the same date as the\n// zero era of ethioaa.\nclass EthioaaHelper extends OrthodoxBaseHelperFixedEpoch {\n constructor() {\n super('ethioaa', { year: -5492, month: 7, day: 17 });\n }\n}\nclass CopticHelper extends OrthodoxBaseHelper {\n constructor() {\n super('coptic', [\n { code: 'coptic', isoEpoch: { year: 284, month: 8, day: 29 } },\n { code: 'coptic-inverse', reverseOf: 'coptic' }\n ]);\n }\n}\n\n// Anchor is currently the older era to match ethioaa, but should it be the newer era?\n// See https://github.com/tc39/ecma402/issues/534 for discussion.\nclass EthiopicHelper extends OrthodoxBaseHelper {\n constructor() {\n super('ethiopic', [\n { code: 'ethioaa', names: ['ethiopic-amete-alem', 'mundi'], isoEpoch: { year: -5492, month: 7, day: 17 } },\n { code: 'ethiopic', names: ['incar'], isoEpoch: { year: 8, month: 8, day: 27 }, anchorEpoch: { year: 5501 } }\n ]);\n }\n}\n\nclass RocHelper extends SameMonthDayAsGregorianBaseHelper {\n constructor() {\n super('roc', [\n { code: 'roc', names: ['minguo'], isoEpoch: { year: 1912, month: 1, day: 1 } },\n { code: 'roc-inverse', names: ['before-roc'], reverseOf: 'roc' }\n ]);\n }\n}\n\nclass BuddhistHelper extends GregorianBaseHelperFixedEpoch {\n constructor() {\n super('buddhist', { year: -543, month: 1, day: 1 });\n }\n}\n\nclass GregoryHelper extends SameMonthDayAsGregorianBaseHelper {\n constructor() {\n super('gregory', [\n { code: 'gregory', names: ['ad', 'ce'], isoEpoch: { year: 1, month: 1, day: 1 } },\n { code: 'gregory-inverse', names: ['be', 'bce'], reverseOf: 'gregory' }\n ]);\n }\n override reviseIntlEra>(calendarDate: T /*, isoDate: IsoDate*/): T {\n let { era, eraYear } = calendarDate;\n // Firefox 96 introduced a bug where the `'short'` format of the era\n // option mistakenly returns the one-letter (narrow) format instead. The\n // code below handles either the correct or Firefox-buggy format. See\n // https://bugzilla.mozilla.org/show_bug.cgi?id=1752253\n if (era === 'b') era = 'gregory-inverse';\n if (era === 'a') era = 'gregory';\n return { era, eraYear } as T;\n }\n override getFirstDayOfWeek() {\n return 1;\n }\n override getMinimalDaysInFirstWeek() {\n return 1;\n }\n}\n\n// NOTE: Only the 5 modern eras (Meiji and later) are included. For dates\n// before Meiji 1, the `ce` and `bce` eras are used. Challenges with pre-Meiji\n// eras include:\n// - Start/end dates of older eras are not precisely defined, which is\n// challenging given Temporal's need for precision\n// - Some era dates and/or names are disputed by historians\n// - As historical research proceeds, new eras are discovered and existing era\n// dates are modified, leading to considerable churn which is not good for\n// Temporal use.\n// - The earliest era (in 645 CE) may not end up being the earliest depending\n// on future historical scholarship\n// - Before Meiji, Japan used a lunar (or lunisolar?) calendar but AFAIK\n// that's not reflected in the ICU implementation.\n//\n// For more discussion: https://github.com/tc39/proposal-temporal/issues/526.\n//\n// Here's a full list of CLDR/ICU eras:\n// https://github.com/unicode-org/icu/blob/master/icu4c/source/data/locales/root.txt#L1582-L1818\n// https://github.com/unicode-org/cldr/blob/master/common/supplemental/supplementalData.xml#L4310-L4546\n//\n// NOTE: Japan started using the Gregorian calendar in 6 Meiji, replacing a\n// lunisolar calendar. So the day before January 1 of 6 Meiji (1873) was not\n// December 31, but December 2, of 5 Meiji (1872). The existing Ecma-402\n// Japanese calendar doesn't seem to take this into account, so neither do we:\n// > args = ['en-ca-u-ca-japanese', { era: 'short' }]\n// > new Date('1873-01-01T12:00').toLocaleString(...args)\n// '1 1, 6 Meiji, 12:00:00 PM'\n// > new Date('1872-12-31T12:00').toLocaleString(...args)\n// '12 31, 5 Meiji, 12:00:00 PM'\nclass JapaneseHelper extends SameMonthDayAsGregorianBaseHelper {\n constructor() {\n super('japanese', [\n // The Japanese calendar `year` is just the ISO year, because (unlike other\n // ICU calendars) there's no obvious \"default era\", we use the ISO year.\n { code: 'reiwa', isoEpoch: { year: 2019, month: 5, day: 1 }, anchorEpoch: { year: 2019, month: 5, day: 1 } },\n { code: 'heisei', isoEpoch: { year: 1989, month: 1, day: 8 }, anchorEpoch: { year: 1989, month: 1, day: 8 } },\n { code: 'showa', isoEpoch: { year: 1926, month: 12, day: 25 }, anchorEpoch: { year: 1926, month: 12, day: 25 } },\n { code: 'taisho', isoEpoch: { year: 1912, month: 7, day: 30 }, anchorEpoch: { year: 1912, month: 7, day: 30 } },\n { code: 'meiji', isoEpoch: { year: 1868, month: 9, day: 8 }, anchorEpoch: { year: 1868, month: 9, day: 8 } },\n { code: 'japanese', names: ['japanese', 'gregory', 'ad', 'ce'], isoEpoch: { year: 1, month: 1, day: 1 } },\n { code: 'japanese-inverse', names: ['japanese-inverse', 'gregory-inverse', 'bc', 'bce'], reverseOf: 'japanese' }\n ]);\n }\n\n override erasBeginMidYear = true;\n\n override reviseIntlEra>(calendarDate: T, isoDate: ISODate): T {\n const { era, eraYear } = calendarDate;\n const { year: isoYear } = isoDate;\n if (this.eras.find((e) => e.code === era)) return { era, eraYear } as T;\n return (\n isoYear < 1 ? { era: 'japanese-inverse', eraYear: 1 - isoYear } : { era: 'japanese', eraYear: isoYear }\n ) as T;\n }\n}\n\ninterface ChineseMonthInfo {\n [key: string]: { monthIndex: number; daysInMonth: number };\n}\ninterface ChineseDraftMonthInfo {\n [key: string]: { monthIndex: number; daysInMonth?: number };\n}\n\nabstract class ChineseBaseHelper extends HelperBase {\n abstract override id: BuiltinCalendarId;\n calendarType = 'lunisolar' as const;\n inLeapYear(calendarDate: CalendarYearOnly, cache: OneObjectCache) {\n const months = this.getMonthList(calendarDate.year, cache);\n return Object.entries(months).length === 13;\n }\n monthsInYear(calendarDate: CalendarYearOnly, cache: OneObjectCache) {\n return this.inLeapYear(calendarDate, cache) ? 13 : 12;\n }\n minimumMonthLength(/* calendarDate */) {\n return 29;\n }\n maximumMonthLength(/* calendarDate */) {\n return 30;\n }\n maxLengthOfMonthCodeInAnyYear(monthCode: string) {\n // See note below about ICU4C vs ICU4X. It is possible this override should\n // always return 30.\n return ['M01L', 'M09L', 'M10L', 'M11L', 'M12L'].includes(monthCode) ? 29 : 30;\n }\n override monthDaySearchStartYear(monthCode: string, day: number) {\n // Note that ICU4C actually has _no_ years in which leap months M01L and\n // M09L through M12L have 30 days. The values marked with (*) here are years\n // in which the leap month occurs with 29 days. ICU4C disagrees with ICU4X\n // here and it is not clear which is correct.\n const monthMap: Record = {\n M01L: [1651, 1651], // *\n M02L: [1947, 1765],\n M03L: [1966, 1955],\n M04L: [1963, 1944],\n M05L: [1971, 1952],\n M06L: [1960, 1941],\n M07L: [1968, 1938],\n M08L: [1957, 1718],\n M09L: [1832, 1832], // *\n M10L: [1870, 1870], // *\n M11L: [1814, 1814], // *\n M12L: [1890, 1890] // *\n };\n const years = monthMap[monthCode] ?? [1972, 1972];\n return day < 30 ? years[0] : years[1];\n }\n getMonthList(calendarYear: number, cache: OneObjectCache): ChineseMonthInfo {\n if (calendarYear === undefined) {\n throw new TypeError('Missing year');\n }\n const key = JSON.stringify({ func: 'getMonthList', calendarYear, id: this.id });\n const cached = cache.get(key);\n if (cached) return cached;\n const dateTimeFormat = this.getFormatter();\n const getCalendarDate = (isoYear: number, daysPastFeb1: number) => {\n const isoStringFeb1 = toUtcIsoDateString({ isoYear, isoMonth: 2, isoDay: 1 });\n const legacyDate = new Date(isoStringFeb1);\n // Now add the requested number of days, which may wrap to the next month.\n legacyDate.setUTCDate(daysPastFeb1 + 1);\n const newYearGuess = dateTimeFormat.formatToParts(legacyDate);\n // The 'month' and 'day' parts are guaranteed to be present because the\n // formatter was created with month and day options.\n // eslint-disable-next-line @typescript-eslint/no-non-null-assertion\n const calendarMonthString = newYearGuess.find((tv) => tv.type === 'month')!.value;\n // eslint-disable-next-line @typescript-eslint/no-non-null-assertion\n const calendarDay = +newYearGuess.find((tv) => tv.type === 'day')!.value;\n const calendarYearPartToVerify = newYearGuess.find((tv) => (tv.type as string) === 'relatedYear');\n let calendarYearToVerify: number | undefined;\n if (calendarYearPartToVerify !== undefined) {\n calendarYearToVerify = +calendarYearPartToVerify.value;\n } else {\n // Node 12 has outdated ICU data that lacks the `relatedYear` field in the\n // output of Intl.DateTimeFormat.formatToParts.\n throw new RangeError(\n `Intl.DateTimeFormat.formatToParts lacks relatedYear in ${this.id} calendar. Try Node 14+ or modern browsers.`\n );\n }\n return { calendarMonthString, calendarDay, calendarYearToVerify };\n };\n\n // First, find a date close to Chinese New Year. Feb 17 will either be in\n // the first month or near the end of the last month of the previous year.\n let isoDaysDelta = 17;\n let { calendarMonthString, calendarDay, calendarYearToVerify } = getCalendarDate(calendarYear, isoDaysDelta);\n\n // If we didn't guess the first month correctly, add (almost in some months)\n // a lunar month\n if (calendarMonthString !== '1') {\n isoDaysDelta += 29;\n ({ calendarMonthString, calendarDay } = getCalendarDate(calendarYear, isoDaysDelta));\n }\n\n // Now back up to near the start of the first month, but not too near that\n // off-by-one issues matter.\n isoDaysDelta -= calendarDay - 5;\n const result = {} as ChineseDraftMonthInfo;\n let monthIndex = 1;\n let oldCalendarDay: number | undefined;\n let oldMonthString: string | undefined;\n let done = false;\n do {\n ({ calendarMonthString, calendarDay, calendarYearToVerify } = getCalendarDate(calendarYear, isoDaysDelta));\n if (oldCalendarDay) {\n result[oldMonthString as string].daysInMonth = oldCalendarDay + 30 - calendarDay;\n }\n if (calendarYearToVerify !== calendarYear) {\n done = true;\n } else {\n result[calendarMonthString] = { monthIndex: monthIndex++ };\n // Move to the next month. Because months are sometimes 29 days, the day of the\n // calendar month will move forward slowly but not enough to flip over to a new\n // month before the loop ends at 12-13 months.\n isoDaysDelta += 30;\n }\n oldCalendarDay = calendarDay;\n oldMonthString = calendarMonthString;\n } while (!done);\n result[oldMonthString].daysInMonth = oldCalendarDay + 30 - calendarDay;\n\n cache.set(key, result);\n return result as ChineseMonthInfo;\n }\n estimateIsoDate(calendarDate: CalendarYMD) {\n const { year, month } = calendarDate;\n return { year, month: month >= 12 ? 12 : month + 1, day: 1 };\n }\n override adjustCalendarDate(\n calendarDate: Partial,\n cache: OneObjectCache,\n overflow: Overflow = 'constrain',\n fromLegacyDate = false\n ): FullCalendarDate {\n let { year, month, monthExtra, day, monthCode } = calendarDate;\n if (year === undefined) throw new TypeError('Missing property: year');\n if (fromLegacyDate) {\n // Legacy Date output returns a string that's an integer with an optional\n // \"bis\" suffix used only by the Chinese/Dangi calendar to indicate a leap\n // month. Below we'll normalize the output.\n if (monthExtra && monthExtra !== 'bis') throw new RangeError(`Unexpected leap month suffix: ${monthExtra}`);\n const monthCode = buildMonthCode(month as number, monthExtra !== undefined);\n const monthString = `${month}${monthExtra || ''}`;\n const months = this.getMonthList(year, cache);\n const monthInfo = months[monthString];\n if (monthInfo === undefined) throw new RangeError(`Unmatched month ${monthString} in Chinese year ${year}`);\n month = monthInfo.monthIndex;\n return { year, month, day: day as number, monthCode };\n } else {\n // When called without input coming from legacy Date output,\n // simply ensure that all fields are present.\n this.validateCalendarDate(calendarDate);\n if (month === undefined) {\n ES.assertExists(monthCode);\n const months = this.getMonthList(year, cache);\n let numberPart = monthCode.replace(/^M|L$/g, (ch) => (ch === 'L' ? 'bis' : ''));\n if (numberPart[0] === '0') numberPart = numberPart.slice(1);\n let monthInfo = months[numberPart];\n month = monthInfo && monthInfo.monthIndex;\n\n // If this leap month isn't present in this year, constrain to the same\n // day of the previous month.\n if (month === undefined && monthCode.endsWith('L') && monthCode != 'M13L' && overflow === 'constrain') {\n const withoutML = +monthCode.replace(/^M0?|L$/g, '');\n monthInfo = months[withoutML];\n if (monthInfo) {\n month = monthInfo.monthIndex;\n monthCode = buildMonthCode(withoutML);\n }\n }\n if (month === undefined) {\n throw new RangeError(`Unmatched month ${monthCode} in Chinese year ${year}`);\n }\n } else if (monthCode === undefined) {\n const months = this.getMonthList(year, cache);\n const monthEntries = Object.entries(months);\n const largestMonth = monthEntries.length;\n if (overflow === 'reject') {\n ES.RejectToRange(month, 1, largestMonth);\n ES.RejectToRange(day as number, 1, this.maximumMonthLength());\n } else {\n month = ES.ConstrainToRange(month, 1, largestMonth);\n day = ES.ConstrainToRange(day, 1, this.maximumMonthLength());\n }\n const matchingMonthEntry = monthEntries.find((entry) => entry[1].monthIndex === month);\n if (matchingMonthEntry === undefined) {\n throw new RangeError(`Invalid month ${month} in Chinese year ${year}`);\n }\n monthCode = buildMonthCode(\n +matchingMonthEntry[0].replace('bis', ''),\n matchingMonthEntry[0].indexOf('bis') !== -1\n );\n } else {\n // Both month and monthCode are present. Make sure they don't conflict.\n const months = this.getMonthList(year, cache);\n let numberPart = monthCode.replace(/^M|L$/g, (ch) => (ch === 'L' ? 'bis' : ''));\n if (numberPart[0] === '0') numberPart = numberPart.slice(1);\n const monthInfo = months[numberPart];\n if (!monthInfo) throw new RangeError(`Unmatched monthCode ${monthCode} in Chinese year ${year}`);\n if (month !== monthInfo.monthIndex) {\n throw new RangeError(`monthCode ${monthCode} doesn't correspond to month ${month} in Chinese year ${year}`);\n }\n }\n return { ...calendarDate, year, month, monthCode, day: day as number };\n }\n }\n}\n\nclass ChineseHelper extends ChineseBaseHelper {\n id = 'chinese' as const;\n}\n\n// Dangi (Korean) calendar has same implementation as Chinese\nclass DangiHelper extends ChineseBaseHelper {\n id = 'dangi' as const;\n}\n\n/**\n * Common implementation of all non-ISO calendars.\n * Per-calendar id and logic live in `id` and `helper` properties attached later.\n * This split allowed an easy separation between code that was similar between\n * ISO and non-ISO implementations vs. code that was very different.\n */\nclass NonIsoCalendar implements CalendarImpl {\n constructor(private readonly helper: HelperBase) {}\n extraFields(fields: FieldKey[]): FieldKey[] {\n if (this.helper.hasEra && fields.includes('year')) {\n return ['era', 'eraYear'];\n }\n return [];\n }\n resolveFields(fields: CalendarFieldsRecord /* , type */) {\n if (this.helper.calendarType !== 'lunisolar') {\n const cache = new OneObjectCache();\n const largestMonth = this.helper.monthsInYear({ year: fields.year ?? 1972 }, cache);\n resolveNonLunisolarMonth(fields, undefined, largestMonth);\n }\n }\n dateToISO(fields: CalendarDateFields, overflow: Overflow) {\n const cache = new OneObjectCache();\n const result = this.helper.calendarToIsoDate(fields, overflow, cache);\n cache.setObject(result);\n return result;\n }\n monthDayToISOReferenceDate(fields: MonthDayFromFieldsObject, overflow: Overflow) {\n const cache = new OneObjectCache();\n const result = this.helper.monthDayFromFields(fields, overflow, cache);\n // result.year is a reference year where this month/day exists in this calendar\n cache.setObject(result);\n return result;\n }\n fieldKeysToIgnore(\n keys: Exclude[]\n ): Exclude[] {\n const result = new Set<(typeof keys)[number]>();\n for (let ix = 0; ix < keys.length; ix++) {\n const key = keys[ix];\n result.add(key);\n switch (key) {\n case 'era':\n result.add('eraYear');\n result.add('year');\n break;\n case 'eraYear':\n result.add('era');\n result.add('year');\n break;\n case 'year':\n result.add('era');\n result.add('eraYear');\n break;\n case 'month':\n result.add('monthCode');\n // See https://github.com/tc39/proposal-temporal/issues/1784\n if (this.helper.erasBeginMidYear) {\n result.add('era');\n result.add('eraYear');\n }\n break;\n case 'monthCode':\n result.add('month');\n if (this.helper.erasBeginMidYear) {\n result.add('era');\n result.add('eraYear');\n }\n break;\n case 'day':\n if (this.helper.erasBeginMidYear) {\n result.add('era');\n result.add('eraYear');\n }\n break;\n }\n }\n return arrayFromSet(result);\n }\n dateAdd(isoDate: ISODate, { years, months, weeks, days }: DateDuration, overflow: Overflow) {\n const cache = OneObjectCache.getCacheForObject(isoDate);\n const calendarDate = this.helper.isoToCalendarDate(isoDate, cache);\n const added = this.helper.addCalendar(calendarDate, { years, months, weeks, days }, overflow, cache);\n const isoAdded = this.helper.calendarToIsoDate(added, 'constrain', cache);\n // The new object's cache starts with the cache of the old object\n if (!OneObjectCache.getCacheForObject(isoAdded)) {\n const newCache = new OneObjectCache(cache);\n newCache.setObject(isoAdded);\n }\n return isoAdded;\n }\n dateUntil(one: ISODate, two: ISODate, largestUnit: Temporal.DateUnit) {\n const cacheOne = OneObjectCache.getCacheForObject(one);\n const cacheTwo = OneObjectCache.getCacheForObject(two);\n const calendarOne = this.helper.isoToCalendarDate(one, cacheOne);\n const calendarTwo = this.helper.isoToCalendarDate(two, cacheTwo);\n const result = this.helper.untilCalendar(calendarOne, calendarTwo, largestUnit, cacheOne);\n return result;\n }\n isoToDate<\n Request extends Partial>,\n T extends {\n [Field in keyof CalendarDateRecord]: Request extends { [K in Field]: true } ? CalendarDateRecord[Field] : never;\n }\n >(isoDate: ISODate, requestedFields: Request): T {\n const cache = OneObjectCache.getCacheForObject(isoDate);\n const calendarDate: Partial & FullCalendarDate = this.helper.isoToCalendarDate(isoDate, cache);\n if (requestedFields.dayOfWeek) {\n calendarDate.dayOfWeek = impl['iso8601'].isoToDate(isoDate, { dayOfWeek: true }).dayOfWeek;\n }\n if (requestedFields.dayOfYear) {\n const startOfYear = this.helper.startOfCalendarYear(calendarDate);\n const diffDays = this.helper.calendarDaysUntil(startOfYear, calendarDate, cache);\n calendarDate.dayOfYear = diffDays + 1;\n }\n if (requestedFields.weekOfYear) calendarDate.weekOfYear = calendarDateWeekOfYear(this.helper.id, isoDate);\n calendarDate.daysInWeek = 7;\n if (requestedFields.daysInMonth) calendarDate.daysInMonth = this.helper.daysInMonth(calendarDate, cache);\n if (requestedFields.daysInYear) {\n const startOfYearCalendar = this.helper.startOfCalendarYear(calendarDate);\n const startOfNextYearCalendar = this.helper.addCalendar(startOfYearCalendar, { years: 1 }, 'constrain', cache);\n calendarDate.daysInYear = this.helper.calendarDaysUntil(startOfYearCalendar, startOfNextYearCalendar, cache);\n }\n if (requestedFields.monthsInYear) calendarDate.monthsInYear = this.helper.monthsInYear(calendarDate, cache);\n if (requestedFields.inLeapYear) calendarDate.inLeapYear = this.helper.inLeapYear(calendarDate, cache);\n return calendarDate as T;\n }\n getFirstDayOfWeek(): number | undefined {\n return this.helper.getFirstDayOfWeek();\n }\n getMinimalDaysInFirstWeek(): number | undefined {\n return this.helper.getMinimalDaysInFirstWeek();\n }\n}\n\nfor (const Helper of [\n HebrewHelper,\n PersianHelper,\n EthiopicHelper,\n EthioaaHelper,\n CopticHelper,\n ChineseHelper,\n DangiHelper,\n RocHelper,\n IndianHelper,\n BuddhistHelper,\n GregoryHelper,\n JapaneseHelper,\n IslamicHelper,\n IslamicUmalquraHelper,\n IslamicTblaHelper,\n IslamicCivilHelper,\n IslamicRgsaHelper,\n IslamicCcHelper\n]) {\n const helper = new Helper();\n // Construct a new NonIsoCalendar instance with the given Helper implementation that contains\n // per-calendar logic.\n impl[helper.id] = new NonIsoCalendar(helper);\n}\n\nfunction calendarImpl(calendar: BuiltinCalendarId) {\n return impl[calendar];\n}\n// Probably not what the intrinsics mechanism was intended for, but view this as\n// an export of calendarImpl while avoiding circular dependencies\nDefineIntrinsic('calendarImpl', calendarImpl);\n","import { assert } from './assert';\nimport * as ES from './ecmascript';\nimport { MakeIntrinsicClass } from './intrinsicclass';\nimport {\n CAL_ID,\n CALENDAR,\n CreateSlots,\n DATE,\n DATETIME,\n DAYS,\n EPOCHNANOSECONDS,\n GetSlot,\n HasSlot,\n HOURS,\n INST,\n ISO_DATE,\n ISO_DATE_TIME,\n LOCALE,\n MD,\n MICROSECONDS,\n MILLISECONDS,\n MINUTES,\n MONTHS,\n NANOSECONDS,\n OPTIONS,\n ORIGINAL,\n ResetSlot,\n SECONDS,\n SetSlot,\n TIME,\n TIME_FMT,\n TZ_CANONICAL,\n TZ_ORIGINAL,\n WEEKS,\n YEARS,\n YM\n} from './slots';\nimport type { Temporal } from '..';\nimport type { DateTimeFormatParams as Params, DateTimeFormatReturn as Return } from './internaltypes';\n\n// Save the original Intl.DateTimeFormat, it will likely be overwritten\nconst OriginalIntlDateTimeFormat = Intl.DateTimeFormat;\n\ntype LazySlot = typeof DATE | typeof YM | typeof MD | typeof TIME_FMT | typeof DATETIME | typeof INST;\n\n// Construction of built-in Intl.DateTimeFormat objects is sloooooow,\n// so we'll only create those instances when we need them.\n// See https://bugs.chromium.org/p/v8/issues/detail?id=6528\nfunction getSlotLazy(obj: DateTimeFormatImpl, slot: LazySlot) {\n let val = GetSlot(obj, slot);\n if (typeof val === 'function') {\n // If we get here, `val` is an \"amender function\". It will take the user's\n // options and transform them into suitable options to be passed into the\n // built-in (non-polyfill) Intl.DateTimeFormat constructor. These options\n // will vary depending on the Temporal type, so that's why we store separate\n // formatters in separate props on the polyfill's DateTimeFormat instances.\n // The efficiency happens because we don't create an (expensive) formatter\n // until the user calls toLocaleString for that Temporal type.\n val = new OriginalIntlDateTimeFormat(GetSlot(obj, LOCALE), val(GetSlot(obj, OPTIONS)));\n ResetSlot(obj, slot, val);\n }\n return val;\n}\n\nfunction createDateTimeFormat(\n dtf: DateTimeFormatImpl,\n locale: Params['constructor'][0],\n optionsParam: Params['constructor'][1]\n) {\n const hasOptions = typeof optionsParam !== 'undefined';\n let options: Intl.DateTimeFormatOptions;\n if (hasOptions) {\n // Read all the options in the expected order and copy them to a\n // null-prototype object with which we can do further operations\n // unobservably\n const props: (keyof Intl.DateTimeFormatOptions)[] = [\n 'localeMatcher',\n 'calendar',\n 'numberingSystem',\n 'hour12',\n 'hourCycle',\n 'timeZone',\n 'weekday',\n 'era',\n 'year',\n 'month',\n 'day',\n 'dayPeriod',\n 'hour',\n 'minute',\n 'second',\n 'fractionalSecondDigits',\n 'timeZoneName',\n 'formatMatcher',\n 'dateStyle',\n 'timeStyle'\n ];\n options = ES.ToObject(optionsParam);\n const newOptions = Object.create(null);\n for (let i = 0; i < props.length; i++) {\n const prop = props[i];\n if (Object.prototype.hasOwnProperty.call(options, prop)) {\n newOptions[prop] = options[prop];\n }\n }\n options = newOptions;\n } else {\n options = Object.create(null);\n }\n const original = new OriginalIntlDateTimeFormat(locale, options);\n const ro = original.resolvedOptions();\n\n CreateSlots(dtf);\n\n // DateTimeFormat instances are very expensive to create. Therefore, they will\n // be lazily created only when needed, using the locale and options provided.\n // But it's possible for callers to mutate those inputs before lazy creation\n // happens. For this reason, we clone the inputs instead of caching the\n // original objects. To avoid the complexity of deep cloning any inputs that\n // are themselves objects (e.g. the locales array, or options property values\n // that will be coerced to strings), we rely on `resolvedOptions()` to do the\n // coercion and cloning for us. Unfortunately, we can't just use the resolved\n // options as-is because our options-amending logic adds additional fields if\n // the user doesn't supply any unit fields like year, month, day, hour, etc.\n // Therefore, we limit the properties in the clone to properties that were\n // present in the original input.\n if (hasOptions) {\n const clonedResolved = Object.assign(Object.create(null), ro);\n for (const prop in clonedResolved) {\n if (!Object.prototype.hasOwnProperty.call(options, prop)) {\n delete clonedResolved[prop as keyof typeof clonedResolved];\n }\n }\n // hour12/hourCycle don't show up in resolvedOptions() unless the chosen\n // format includes an hour component, so copy them explicitly in case they\n // would otherwise be lost\n clonedResolved.hour12 = options.hour12;\n clonedResolved.hourCycle = options.hourCycle;\n SetSlot(dtf, OPTIONS, clonedResolved);\n } else {\n SetSlot(dtf, OPTIONS, options);\n }\n\n SetSlot(dtf, LOCALE, ro.locale);\n SetSlot(dtf, ORIGINAL, original);\n SetSlot(dtf, TZ_CANONICAL, ro.timeZone);\n SetSlot(dtf, CAL_ID, ro.calendar);\n SetSlot(dtf, DATE, dateAmend);\n SetSlot(dtf, YM, yearMonthAmend);\n SetSlot(dtf, MD, monthDayAmend);\n SetSlot(dtf, TIME_FMT, timeAmend);\n SetSlot(dtf, DATETIME, datetimeAmend);\n SetSlot(dtf, INST, instantAmend);\n\n // Save the original time zone, for a few reasons:\n // - Clearer error messages\n // - More clearly follows the spec for InitializeDateTimeFormat\n // - Because it follows the spec more closely, will make it easier to integrate\n // support of offset strings and other potential changes like proposal-canonical-tz.\n const timeZoneOption = hasOptions ? options.timeZone : undefined;\n if (timeZoneOption === undefined) {\n SetSlot(dtf, TZ_ORIGINAL, ro.timeZone);\n } else {\n const id = ES.ToString(timeZoneOption);\n if (id.startsWith('−')) {\n // The initial (Node 23) implementation of offset time zones allowed use\n // of the Unicode minus sign, which was disallowed by a later spec change.\n throw new RangeError('Unicode minus (U+2212) is not supported in time zone offsets');\n }\n // store a normalized identifier\n SetSlot(dtf, TZ_ORIGINAL, ES.ToTemporalTimeZoneIdentifier(id));\n }\n return undefined; // TODO: I couldn't satisfy TS without adding this. Is there another way?\n}\n\nfunction IsPatchedDateTimeFormat(item: unknown): item is DateTimeFormatImpl {\n return HasSlot(item, ORIGINAL);\n}\n\nclass DateTimeFormatImpl {\n constructor(locales: Params['constructor'][0] = undefined, options: Params['constructor'][1] = undefined) {\n createDateTimeFormat(this, locales, options);\n }\n\n get format() {\n ES.CheckReceiver(this, IsPatchedDateTimeFormat);\n const boundFormat = format.bind(this);\n Object.defineProperties(boundFormat, {\n length: { value: 1, enumerable: false, writable: false, configurable: true },\n name: { value: '', enumerable: false, writable: false, configurable: true }\n });\n return boundFormat;\n }\n\n formatRange(a: Params['formatRange'][0], b: Params['formatRange'][1]): Return['formatRange'] {\n ES.CheckReceiver(this, IsPatchedDateTimeFormat);\n return formatRange.call(this, a, b);\n }\n\n formatToParts?

(\n datetime: Params['formatToParts'][0],\n ...rest: P\n ): Return['formatToParts'] {\n ES.CheckReceiver(this, IsPatchedDateTimeFormat);\n return formatToParts.call(this, datetime, ...rest);\n }\n\n formatRangeToParts?(\n a: Params['formatRangeToParts'][0],\n b: Params['formatRangeToParts'][1]\n ): Return['formatRangeToParts'] {\n ES.CheckReceiver(this, IsPatchedDateTimeFormat);\n return formatRangeToParts.call(this, a, b);\n }\n\n resolvedOptions(): Return['resolvedOptions'] {\n ES.CheckReceiver(this, IsPatchedDateTimeFormat);\n return resolvedOptions.call(this);\n }\n}\n\nif (!('formatToParts' in OriginalIntlDateTimeFormat.prototype)) {\n delete DateTimeFormatImpl.prototype.formatToParts;\n}\n\nif (!('formatRangeToParts' in OriginalIntlDateTimeFormat.prototype)) {\n delete DateTimeFormatImpl.prototype.formatRangeToParts;\n}\nexport type { DateTimeFormatImpl };\n\ninterface DateTimeFormatInterface {\n (locales: Params['constructor'][0], options: Params['constructor'][1]): DateTimeFormatImpl;\n new (locales: Params['constructor'][0], options: Params['constructor'][1]): DateTimeFormatImpl;\n supportedLocalesOf: typeof Intl.DateTimeFormat.supportedLocalesOf;\n}\n\n// A non-class constructor is needed because Intl.DateTimeFormat must be able to\n// be called without 'new'\nexport const DateTimeFormat = function (\n locales: Params['constructor'][0] = undefined,\n options: Params['constructor'][1] = undefined\n): DateTimeFormatImpl {\n return new DateTimeFormatImpl(locales, options);\n} as unknown as DateTimeFormatInterface;\nDateTimeFormatImpl.prototype.constructor = DateTimeFormat;\n\nObject.defineProperty(DateTimeFormat, 'prototype', {\n value: DateTimeFormatImpl.prototype,\n writable: false,\n enumerable: false,\n configurable: false\n});\nDateTimeFormat.supportedLocalesOf = OriginalIntlDateTimeFormat.supportedLocalesOf;\nMakeIntrinsicClass(DateTimeFormat as unknown as typeof Intl.DateTimeFormat, 'Intl.DateTimeFormat');\n\nfunction resolvedOptions(this: DateTimeFormatImpl): Return['resolvedOptions'] {\n const resolved = GetSlot(this, ORIGINAL).resolvedOptions();\n resolved.timeZone = GetSlot(this, TZ_ORIGINAL);\n return resolved;\n}\n\n// TODO: investigate why there's a rest parameter here. Does this function really need to accept extra params?\n// And if so, why doesn't formatRange also accept extra params?\nfunction format

(\n this: DateTimeFormatImpl,\n datetime: Params['format'][0],\n ...rest: P\n): Return['format'] {\n let overrides = extractOverrides(datetime, this);\n let formatter, formatArgs: [Params['format'][0], ...unknown[]];\n if (overrides.formatter) {\n formatter = overrides.formatter;\n formatArgs = [ES.epochNsToMs(overrides.epochNs, 'floor')];\n } else {\n formatter = GetSlot(this, ORIGINAL);\n formatArgs = [datetime, ...rest];\n }\n return formatter.format(...(formatArgs as [number | Date | undefined]));\n}\n\nfunction formatToParts

(\n this: DateTimeFormatImpl,\n datetime: Params['formatToParts'][0],\n ...rest: P\n): Return['formatToParts'] {\n let overrides = extractOverrides(datetime, this);\n let formatter, formatArgs;\n if (overrides.formatter) {\n formatter = overrides.formatter;\n formatArgs = [ES.epochNsToMs(overrides.epochNs, 'floor')];\n } else {\n formatter = GetSlot(this, ORIGINAL);\n formatArgs = [datetime, ...rest];\n }\n return formatter.formatToParts(...(formatArgs as [number | Date | undefined]));\n}\n\nfunction formatRange(this: DateTimeFormatImpl, aParam: Params['formatRange'][0], bParam: Params['formatRange'][1]) {\n if (aParam === undefined || bParam === undefined) {\n throw new TypeError('Intl.DateTimeFormat.formatRange requires two values');\n }\n const a = toDateTimeFormattable(aParam);\n const b = toDateTimeFormattable(bParam);\n let formatArgs = [a, b] as const;\n let formatter;\n if (isTemporalObject(a) !== isTemporalObject(b)) {\n throw new TypeError('Intl.DateTimeFormat.formatRange accepts two values of the same type');\n }\n if (isTemporalObject(a)) {\n if (!sameTemporalType(a, b)) {\n throw new TypeError('Intl.DateTimeFormat.formatRange accepts two values of the same type');\n }\n const { epochNs: aa, formatter: aformatter } = extractOverrides(a, this);\n const { epochNs: bb, formatter: bformatter } = extractOverrides(b, this);\n if (aformatter) {\n assert(bformatter == aformatter, 'formatters for same Temporal type should be identical');\n formatter = aformatter;\n formatArgs = [ES.epochNsToMs(aa, 'floor'), ES.epochNsToMs(bb, 'floor')];\n }\n }\n if (!formatter) {\n formatter = GetSlot(this, ORIGINAL);\n }\n return formatter.formatRange(...(formatArgs as [number, number]));\n}\n\nfunction formatRangeToParts(\n this: DateTimeFormatImpl,\n aParam: Params['formatRangeToParts'][0],\n bParam: Params['formatRangeToParts'][1]\n) {\n if (aParam === undefined || bParam === undefined) {\n throw new TypeError('Intl.DateTimeFormat.formatRange requires two values');\n }\n const a = toDateTimeFormattable(aParam);\n const b = toDateTimeFormattable(bParam);\n let formatArgs = [a, b] as const;\n let formatter;\n if (isTemporalObject(a) !== isTemporalObject(b)) {\n throw new TypeError('Intl.DateTimeFormat.formatRangeToParts accepts two values of the same type');\n }\n if (isTemporalObject(a)) {\n if (!sameTemporalType(a, b)) {\n throw new TypeError('Intl.DateTimeFormat.formatRangeToParts accepts two values of the same type');\n }\n const { epochNs: aa, formatter: aformatter } = extractOverrides(a, this);\n const { epochNs: bb, formatter: bformatter } = extractOverrides(b, this);\n if (aformatter) {\n assert(bformatter == aformatter, 'formatters for same Temporal type should be identical');\n formatter = aformatter;\n formatArgs = [ES.epochNsToMs(aa, 'floor'), ES.epochNsToMs(bb, 'floor')];\n }\n }\n if (!formatter) {\n formatter = GetSlot(this, ORIGINAL);\n }\n return formatter.formatRangeToParts(...(formatArgs as [number, number]));\n}\n\n// \"false\" is a signal to delete this option\ntype MaybeFalseOptions = {\n [K in keyof Intl.DateTimeFormatOptions]?: Intl.DateTimeFormatOptions[K] | false;\n};\n\nfunction amend(optionsParam: Intl.DateTimeFormatOptions = {}, amended: MaybeFalseOptions = {}) {\n const options = Object.assign({}, optionsParam);\n const props = [\n 'year',\n 'month',\n 'day',\n 'hour',\n 'minute',\n 'second',\n 'weekday',\n 'dayPeriod',\n 'timeZoneName',\n 'dateStyle',\n 'timeStyle'\n ] as const;\n for (let i = 0; i < props.length; i++) {\n const opt = props[i];\n // TODO: can this be typed more cleanly?\n type OptionMaybeFalse = (typeof options)[typeof opt] | false;\n (options[opt] as OptionMaybeFalse) = opt in amended ? amended[opt] : options[opt];\n if ((options[opt] as OptionMaybeFalse) === false || options[opt] === undefined) delete options[opt];\n }\n return options;\n}\n\ntype OptionsType = NonNullable[1]>;\n\nfunction timeAmend(originalOptions: OptionsType) {\n const options = amend(originalOptions, {\n year: false,\n month: false,\n day: false,\n weekday: false,\n timeZoneName: false,\n dateStyle: false\n });\n if (options.timeStyle === 'long' || options.timeStyle === 'full') {\n // Try to fake what timeStyle should do if not printing the time zone name\n delete options.timeStyle;\n Object.assign(options, { hour: 'numeric', minute: '2-digit', second: '2-digit' });\n }\n if (!hasTimeOptions(options)) {\n if (hasAnyDateTimeOptions(originalOptions)) {\n throw new TypeError(`cannot format Temporal.PlainTime with options [${Object.keys(originalOptions)}]`);\n }\n Object.assign(options, {\n hour: 'numeric',\n minute: 'numeric',\n second: 'numeric'\n });\n }\n return options;\n}\n\nfunction yearMonthAmend(originalOptions: OptionsType) {\n // Try to fake what dateStyle should do for dates without a day. This is not\n // accurate for locales that always print the era\n const dateStyleHacks = {\n short: { year: '2-digit', month: 'numeric' },\n medium: { year: 'numeric', month: 'short' },\n long: { year: 'numeric', month: 'long' },\n full: { year: 'numeric', month: 'long' }\n };\n const options = amend(originalOptions, {\n day: false,\n hour: false,\n minute: false,\n second: false,\n weekday: false,\n dayPeriod: false,\n timeZoneName: false,\n timeStyle: false\n });\n if ('dateStyle' in options && options.dateStyle) {\n const style = options.dateStyle;\n delete options.dateStyle;\n Object.assign(options, dateStyleHacks[style]);\n }\n if (!('year' in options || 'month' in options || 'era' in options)) {\n if (hasAnyDateTimeOptions(originalOptions)) {\n throw new TypeError(`cannot format PlainYearMonth with options [${Object.keys(originalOptions)}]`);\n }\n Object.assign(options, { year: 'numeric', month: 'numeric' });\n }\n return options;\n}\n\nfunction monthDayAmend(originalOptions: OptionsType) {\n // Try to fake what dateStyle should do for dates without a day\n const dateStyleHacks = {\n short: { month: 'numeric', day: 'numeric' },\n medium: { month: 'short', day: 'numeric' },\n long: { month: 'long', day: 'numeric' },\n full: { month: 'long', day: 'numeric' }\n };\n const options = amend(originalOptions, {\n year: false,\n hour: false,\n minute: false,\n second: false,\n weekday: false,\n dayPeriod: false,\n timeZoneName: false,\n timeStyle: false\n });\n if ('dateStyle' in options && options.dateStyle) {\n const style = options.dateStyle;\n delete options.dateStyle;\n Object.assign(options, dateStyleHacks[style]);\n }\n if (!('month' in options || 'day' in options)) {\n if (hasAnyDateTimeOptions(originalOptions)) {\n throw new TypeError(`cannot format PlainMonthDay with options [${Object.keys(originalOptions)}]`);\n }\n Object.assign(options, { month: 'numeric', day: 'numeric' });\n }\n return options;\n}\n\nfunction dateAmend(originalOptions: OptionsType) {\n const options = amend(originalOptions, {\n hour: false,\n minute: false,\n second: false,\n dayPeriod: false,\n timeZoneName: false,\n timeStyle: false\n });\n if (!hasDateOptions(options)) {\n if (hasAnyDateTimeOptions(originalOptions)) {\n throw new TypeError(`cannot format PlainDate with options [${Object.keys(originalOptions)}]`);\n }\n Object.assign(options, {\n year: 'numeric',\n month: 'numeric',\n day: 'numeric'\n });\n }\n return options;\n}\n\nfunction datetimeAmend(originalOptions: OptionsType) {\n const options = amend(originalOptions, { timeZoneName: false });\n if (options.timeStyle === 'long' || options.timeStyle === 'full') {\n // Try to fake what timeStyle should do if not printing the time zone name\n delete options.timeStyle;\n Object.assign(options, { hour: 'numeric', minute: '2-digit', second: '2-digit' });\n\n // If moving to a fake timeStyle while dateStyle is present, we also have to\n // move to a fake dateStyle. dateStyle is mutually exclusive with hour etc.\n if (options.dateStyle) {\n const dateStyleHacks = {\n short: { year: 'numeric', month: 'numeric', day: 'numeric' },\n medium: { year: 'numeric', month: 'short', day: 'numeric' },\n long: { year: 'numeric', month: 'long', day: 'numeric' },\n full: { year: 'numeric', month: 'long', day: 'numeric', weekday: 'long' }\n };\n Object.assign(options, dateStyleHacks[options.dateStyle]);\n delete options.dateStyle;\n }\n }\n if (!hasTimeOptions(options) && !hasDateOptions(options)) {\n if (hasAnyDateTimeOptions(originalOptions)) {\n throw new TypeError(`cannot format PlainDateTime with options [${Object.keys(originalOptions)}]`);\n }\n Object.assign(options, {\n year: 'numeric',\n month: 'numeric',\n day: 'numeric',\n hour: 'numeric',\n minute: 'numeric',\n second: 'numeric'\n });\n }\n return options;\n}\n\nfunction instantAmend(optionsParam: OptionsType) {\n let options = optionsParam;\n if (!hasTimeOptions(options) && !hasDateOptions(options)) {\n options = Object.assign({}, options, {\n year: 'numeric',\n month: 'numeric',\n day: 'numeric',\n hour: 'numeric',\n minute: 'numeric',\n second: 'numeric'\n });\n }\n return options;\n}\n\nfunction hasDateOptions(options: OptionsType) {\n return (\n 'year' in options ||\n 'month' in options ||\n 'day' in options ||\n 'weekday' in options ||\n 'dateStyle' in options ||\n 'era' in options\n );\n}\n\nfunction hasTimeOptions(options: OptionsType) {\n return (\n 'hour' in options ||\n 'minute' in options ||\n 'second' in options ||\n 'timeStyle' in options ||\n 'dayPeriod' in options ||\n 'fractionalSecondDigits' in options\n );\n}\n\nfunction hasAnyDateTimeOptions(originalOptions: OptionsType) {\n return (\n hasDateOptions(originalOptions) ||\n hasTimeOptions(originalOptions) ||\n 'dateStyle' in originalOptions ||\n 'timeStyle' in originalOptions ||\n 'timeZoneName' in originalOptions\n );\n}\n\nfunction isTemporalObject(\n obj: unknown\n): obj is\n | Temporal.PlainDate\n | Temporal.PlainTime\n | Temporal.PlainDateTime\n | Temporal.ZonedDateTime\n | Temporal.PlainYearMonth\n | Temporal.PlainMonthDay\n | Temporal.Instant {\n return (\n ES.IsTemporalDate(obj) ||\n ES.IsTemporalTime(obj) ||\n ES.IsTemporalDateTime(obj) ||\n ES.IsTemporalZonedDateTime(obj) ||\n ES.IsTemporalYearMonth(obj) ||\n ES.IsTemporalMonthDay(obj) ||\n ES.IsTemporalInstant(obj)\n );\n}\n\nfunction toDateTimeFormattable(value: unknown) {\n if (isTemporalObject(value)) return value;\n return ES.ToNumber(value);\n}\n\nfunction sameTemporalType(x: unknown, y: unknown) {\n if (!isTemporalObject(x) || !isTemporalObject(y)) return false;\n if (ES.IsTemporalTime(x) && !ES.IsTemporalTime(y)) return false;\n if (ES.IsTemporalDate(x) && !ES.IsTemporalDate(y)) return false;\n if (ES.IsTemporalDateTime(x) && !ES.IsTemporalDateTime(y)) return false;\n if (ES.IsTemporalZonedDateTime(x) && !ES.IsTemporalZonedDateTime(y)) return false;\n if (ES.IsTemporalYearMonth(x) && !ES.IsTemporalYearMonth(y)) return false;\n if (ES.IsTemporalMonthDay(x) && !ES.IsTemporalMonthDay(y)) return false;\n if (ES.IsTemporalInstant(x) && !ES.IsTemporalInstant(y)) return false;\n return true;\n}\n\ntype TypesWithToLocaleString =\n | Temporal.PlainDateTime\n | Temporal.PlainDate\n | Temporal.PlainTime\n | Temporal.PlainYearMonth\n | Temporal.PlainMonthDay\n | Temporal.ZonedDateTime\n | Temporal.Instant;\n\nfunction extractOverrides(temporalObj: Params['format'][0], main: DateTimeFormatImpl) {\n if (ES.IsTemporalTime(temporalObj)) {\n const isoDateTime = {\n isoDate: { year: 1970, month: 1, day: 1 },\n time: GetSlot(temporalObj, TIME)\n };\n return {\n epochNs: ES.GetEpochNanosecondsFor(GetSlot(main, TZ_CANONICAL), isoDateTime, 'compatible'),\n formatter: getSlotLazy(main, TIME_FMT)\n };\n }\n\n if (ES.IsTemporalYearMonth(temporalObj)) {\n const calendar = GetSlot(temporalObj, CALENDAR);\n const mainCalendar = GetSlot(main, CAL_ID);\n if (calendar !== mainCalendar) {\n throw new RangeError(\n `cannot format PlainYearMonth with calendar ${calendar} in locale with calendar ${mainCalendar}`\n );\n }\n const isoDateTime = ES.CombineISODateAndTimeRecord(GetSlot(temporalObj, ISO_DATE), ES.NoonTimeRecord());\n return {\n epochNs: ES.GetEpochNanosecondsFor(GetSlot(main, TZ_CANONICAL), isoDateTime, 'compatible'),\n formatter: getSlotLazy(main, YM)\n };\n }\n\n if (ES.IsTemporalMonthDay(temporalObj)) {\n const calendar = GetSlot(temporalObj, CALENDAR);\n const mainCalendar = GetSlot(main, CAL_ID);\n if (calendar !== mainCalendar) {\n throw new RangeError(\n `cannot format PlainMonthDay with calendar ${calendar} in locale with calendar ${mainCalendar}`\n );\n }\n const isoDateTime = ES.CombineISODateAndTimeRecord(GetSlot(temporalObj, ISO_DATE), ES.NoonTimeRecord());\n return {\n epochNs: ES.GetEpochNanosecondsFor(GetSlot(main, TZ_CANONICAL), isoDateTime, 'compatible'),\n formatter: getSlotLazy(main, MD)\n };\n }\n\n if (ES.IsTemporalDate(temporalObj)) {\n const calendar = GetSlot(temporalObj, CALENDAR);\n const mainCalendar = GetSlot(main, CAL_ID);\n if (calendar !== 'iso8601' && calendar !== mainCalendar) {\n throw new RangeError(`cannot format PlainDate with calendar ${calendar} in locale with calendar ${mainCalendar}`);\n }\n const isoDateTime = ES.CombineISODateAndTimeRecord(GetSlot(temporalObj, ISO_DATE), ES.NoonTimeRecord());\n return {\n epochNs: ES.GetEpochNanosecondsFor(GetSlot(main, TZ_CANONICAL), isoDateTime, 'compatible'),\n formatter: getSlotLazy(main, DATE)\n };\n }\n\n if (ES.IsTemporalDateTime(temporalObj)) {\n const calendar = GetSlot(temporalObj, CALENDAR);\n const mainCalendar = GetSlot(main, CAL_ID);\n if (calendar !== 'iso8601' && calendar !== mainCalendar) {\n throw new RangeError(\n `cannot format PlainDateTime with calendar ${calendar} in locale with calendar ${mainCalendar}`\n );\n }\n const isoDateTime = GetSlot(temporalObj, ISO_DATE_TIME);\n return {\n epochNs: ES.GetEpochNanosecondsFor(GetSlot(main, TZ_CANONICAL), isoDateTime, 'compatible'),\n formatter: getSlotLazy(main, DATETIME)\n };\n }\n\n if (ES.IsTemporalZonedDateTime(temporalObj)) {\n throw new TypeError(\n 'Temporal.ZonedDateTime not supported in DateTimeFormat methods. Use toLocaleString() instead.'\n );\n }\n\n if (ES.IsTemporalInstant(temporalObj)) {\n return {\n epochNs: GetSlot(temporalObj, EPOCHNANOSECONDS),\n formatter: getSlotLazy(main, INST)\n };\n }\n\n return {};\n}\n\nfunction temporalDurationToCompatibilityRecord(duration: Temporal.Duration) {\n const record = Object.create(null);\n record.years = GetSlot(duration, YEARS);\n record.months = GetSlot(duration, MONTHS);\n record.weeks = GetSlot(duration, WEEKS);\n record.days = GetSlot(duration, DAYS);\n record.hours = GetSlot(duration, HOURS);\n record.minutes = GetSlot(duration, MINUTES);\n record.seconds = GetSlot(duration, SECONDS);\n record.milliseconds = GetSlot(duration, MILLISECONDS);\n record.microseconds = GetSlot(duration, MICROSECONDS);\n record.nanoseconds = GetSlot(duration, NANOSECONDS);\n return record;\n}\n\nconst { format: IntlDurationFormatPrototypeFormat, formatToParts: IntlDurationFormatPrototypeFormatToParts } =\n Intl.DurationFormat?.prototype ?? Object.create(null);\n\nexport function ModifiedIntlDurationFormatPrototypeFormat(\n this: Intl.DurationFormat,\n durationLike: Temporal.DurationLike\n) {\n Intl.DurationFormat.prototype.resolvedOptions.call(this); // brand check\n const duration = ES.ToTemporalDuration(durationLike);\n const record = temporalDurationToCompatibilityRecord(duration);\n return IntlDurationFormatPrototypeFormat.call(this, record);\n}\n\nif (Intl.DurationFormat?.prototype) {\n Intl.DurationFormat.prototype.format = ModifiedIntlDurationFormatPrototypeFormat;\n Intl.DurationFormat.prototype.formatToParts = function formatToParts(durationLike: Temporal.DurationLike) {\n Intl.DurationFormat.prototype.resolvedOptions.call(this); // brand check\n const duration = ES.ToTemporalDuration(durationLike);\n const record = temporalDurationToCompatibilityRecord(duration);\n return IntlDurationFormatPrototypeFormatToParts.call(this, record);\n };\n}\n","import * as ES from './ecmascript';\nimport { MakeIntrinsicClass } from './intrinsicclass';\nimport { EPOCHNANOSECONDS, GetSlot } from './slots';\nimport type { Temporal } from '..';\nimport { DateTimeFormat } from './intl';\nimport type { InstantParams as Params, InstantReturn as Return } from './internaltypes';\n\nimport JSBI from 'jsbi';\n\nexport class Instant implements Temporal.Instant {\n constructor(epochNanoseconds: bigint | JSBI) {\n // Note: if the argument is not passed, ToBigInt(undefined) will throw. This check exists only\n // to improve the error message.\n if (arguments.length < 1) {\n throw new TypeError('missing argument: epochNanoseconds is required');\n }\n\n const ns = ES.ToBigInt(epochNanoseconds);\n ES.CreateTemporalInstantSlots(this, ns);\n }\n\n get epochMilliseconds(): Return['epochMilliseconds'] {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n const value = GetSlot(this, EPOCHNANOSECONDS);\n return ES.epochNsToMs(value, 'floor');\n }\n get epochNanoseconds(): Return['epochNanoseconds'] {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n return ES.ToBigIntExternal(JSBI.BigInt(GetSlot(this, EPOCHNANOSECONDS)));\n }\n\n add(temporalDurationLike: Params['add'][0]): Return['add'] {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n return ES.AddDurationToInstant('add', this, temporalDurationLike);\n }\n subtract(temporalDurationLike: Params['subtract'][0]): Return['subtract'] {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n return ES.AddDurationToInstant('subtract', this, temporalDurationLike);\n }\n until(other: Params['until'][0], options: Params['until'][1] = undefined): Return['until'] {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n return ES.DifferenceTemporalInstant('until', this, other, options);\n }\n since(other: Params['since'][0], options: Params['since'][1] = undefined): Return['since'] {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n return ES.DifferenceTemporalInstant('since', this, other, options);\n }\n round(roundToParam: Params['round'][0]): Return['round'] {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n if (roundToParam === undefined) throw new TypeError('options parameter is required');\n const roundTo =\n typeof roundToParam === 'string'\n ? (ES.CreateOnePropObject('smallestUnit', roundToParam) as Exclude)\n : ES.GetOptionsObject(roundToParam);\n const roundingIncrement = ES.GetTemporalRoundingIncrementOption(roundTo);\n const roundingMode = ES.GetRoundingModeOption(roundTo, 'halfExpand');\n const smallestUnit = ES.GetTemporalUnitValuedOption(roundTo, 'smallestUnit', 'time', ES.REQUIRED);\n const maximumIncrements = {\n hour: 24,\n minute: 1440,\n second: 86400,\n millisecond: 86400e3,\n microsecond: 86400e6,\n nanosecond: 86400e9\n };\n ES.ValidateTemporalRoundingIncrement(roundingIncrement, maximumIncrements[smallestUnit], true);\n const ns = GetSlot(this, EPOCHNANOSECONDS);\n const roundedNs = ES.RoundTemporalInstant(ns, roundingIncrement, smallestUnit, roundingMode);\n return ES.CreateTemporalInstant(roundedNs);\n }\n equals(otherParam: Params['equals'][0]): Return['equals'] {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n const other = ES.ToTemporalInstant(otherParam);\n const one = GetSlot(this, EPOCHNANOSECONDS);\n const two = GetSlot(other, EPOCHNANOSECONDS);\n return JSBI.equal(JSBI.BigInt(one), JSBI.BigInt(two));\n }\n toString(options: Params['toString'][0] = undefined): string {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n const resolvedOptions = ES.GetOptionsObject(options);\n const digits = ES.GetTemporalFractionalSecondDigitsOption(resolvedOptions);\n const roundingMode = ES.GetRoundingModeOption(resolvedOptions, 'trunc');\n const smallestUnit = ES.GetTemporalUnitValuedOption(resolvedOptions, 'smallestUnit', 'time', undefined);\n if (smallestUnit === 'hour') throw new RangeError('smallestUnit must be a time unit other than \"hour\"');\n let timeZone = resolvedOptions.timeZone;\n if (timeZone !== undefined) timeZone = ES.ToTemporalTimeZoneIdentifier(timeZone);\n const { precision, unit, increment } = ES.ToSecondsStringPrecisionRecord(smallestUnit, digits);\n const ns = GetSlot(this, EPOCHNANOSECONDS);\n const roundedNs = ES.RoundTemporalInstant(ns, increment, unit, roundingMode);\n const roundedInstant = ES.CreateTemporalInstant(roundedNs);\n return ES.TemporalInstantToString(roundedInstant, timeZone, precision);\n }\n toJSON(): string {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n return ES.TemporalInstantToString(this, undefined, 'auto');\n }\n toLocaleString(\n locales: Params['toLocaleString'][0] = undefined,\n options: Params['toLocaleString'][1] = undefined\n ): string {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n return new DateTimeFormat(locales, options).format(this);\n }\n valueOf(): never {\n ES.ValueOfThrows('Instant');\n }\n toZonedDateTimeISO(timeZoneParam: Params['toZonedDateTimeISO'][0]): Return['toZonedDateTimeISO'] {\n ES.CheckReceiver(this, ES.IsTemporalInstant);\n const timeZone = ES.ToTemporalTimeZoneIdentifier(timeZoneParam);\n return ES.CreateTemporalZonedDateTime(GetSlot(this, EPOCHNANOSECONDS), timeZone, 'iso8601');\n }\n\n static fromEpochMilliseconds(epochMilliseconds: Params['fromEpochMilliseconds'][0]): Return['fromEpochMilliseconds'] {\n const epochNanoseconds = ES.epochMsToNs(ES.ToNumber(epochMilliseconds));\n return ES.CreateTemporalInstant(epochNanoseconds);\n }\n static fromEpochNanoseconds(\n epochNanosecondsParam: Params['fromEpochNanoseconds'][0]\n ): Return['fromEpochNanoseconds'] {\n const epochNanoseconds = ES.ToBigInt(epochNanosecondsParam);\n return ES.CreateTemporalInstant(epochNanoseconds);\n }\n static from(item: Params['from'][0]): Return['from'] {\n return ES.ToTemporalInstant(item);\n }\n static compare(oneParam: Params['compare'][0], twoParam: Params['compare'][1]): Return['compare'] {\n const one = ES.ToTemporalInstant(oneParam);\n const two = ES.ToTemporalInstant(twoParam);\n const oneNs = GetSlot(one, EPOCHNANOSECONDS);\n const twoNs = GetSlot(two, EPOCHNANOSECONDS);\n if (JSBI.lessThan(oneNs, twoNs)) return -1;\n if (JSBI.greaterThan(oneNs, twoNs)) return 1;\n return 0;\n }\n [Symbol.toStringTag]!: 'Temporal.Instant';\n}\n\nMakeIntrinsicClass(Instant, 'Temporal.Instant');\n","import * as ES from './ecmascript';\nimport { MakeIntrinsicClass } from './intrinsicclass';\nimport { CALENDAR, GetSlot, ISO_DATE, TIME } from './slots';\nimport type { Temporal } from '..';\nimport { DateTimeFormat } from './intl';\nimport type { CalendarDateRecord, PlainDateParams as Params, PlainDateReturn as Return } from './internaltypes';\n\nexport class PlainDate implements Temporal.PlainDate {\n constructor(\n isoYear: Params['constructor'][0],\n isoMonth: Params['constructor'][1],\n isoDay: Params['constructor'][2],\n calendarParam: Params['constructor'][3] = 'iso8601'\n ) {\n const year = ES.ToIntegerWithTruncation(isoYear);\n const month = ES.ToIntegerWithTruncation(isoMonth);\n const day = ES.ToIntegerWithTruncation(isoDay);\n const calendar = ES.CanonicalizeCalendar(calendarParam === undefined ? 'iso8601' : ES.RequireString(calendarParam));\n ES.RejectISODate(year, month, day);\n\n ES.CreateTemporalDateSlots(this, { year, month, day }, calendar);\n }\n get calendarId(): Return['calendarId'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n return GetSlot(this, CALENDAR);\n }\n get era(): Return['era'] {\n return getCalendarProperty(this, 'era');\n }\n get eraYear(): Return['eraYear'] {\n return getCalendarProperty(this, 'eraYear');\n }\n get year(): Return['year'] {\n return getCalendarProperty(this, 'year');\n }\n get month(): Return['month'] {\n return getCalendarProperty(this, 'month');\n }\n get monthCode(): Return['monthCode'] {\n return getCalendarProperty(this, 'monthCode');\n }\n get day(): Return['day'] {\n return getCalendarProperty(this, 'day');\n }\n get dayOfWeek(): Return['dayOfWeek'] {\n return getCalendarProperty(this, 'dayOfWeek');\n }\n get dayOfYear(): Return['dayOfYear'] {\n return getCalendarProperty(this, 'dayOfYear');\n }\n get weekOfYear(): Return['weekOfYear'] {\n return getCalendarProperty(this, 'weekOfYear')?.week;\n }\n get yearOfWeek(): Return['yearOfWeek'] {\n return getCalendarProperty(this, 'weekOfYear')?.year;\n }\n get daysInWeek(): Return['daysInWeek'] {\n return getCalendarProperty(this, 'daysInWeek');\n }\n get daysInMonth(): Return['daysInMonth'] {\n return getCalendarProperty(this, 'daysInMonth');\n }\n get daysInYear(): Return['daysInYear'] {\n return getCalendarProperty(this, 'daysInYear');\n }\n get monthsInYear(): Return['monthsInYear'] {\n return getCalendarProperty(this, 'monthsInYear');\n }\n get inLeapYear(): Return['inLeapYear'] {\n return getCalendarProperty(this, 'inLeapYear');\n }\n with(temporalDateLike: Params['with'][0], options: Params['with'][1] = undefined): Return['with'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n if (!ES.IsObject(temporalDateLike)) {\n throw new TypeError('invalid argument');\n }\n ES.RejectTemporalLikeObject(temporalDateLike);\n\n const calendar = GetSlot(this, CALENDAR);\n let fields = ES.ISODateToFields(calendar, GetSlot(this, ISO_DATE));\n const partialDate = ES.PrepareCalendarFields(\n calendar,\n temporalDateLike,\n ['year', 'month', 'monthCode', 'day'],\n [],\n 'partial'\n );\n fields = ES.CalendarMergeFields(calendar, fields, partialDate);\n\n const overflow = ES.GetTemporalOverflowOption(ES.GetOptionsObject(options));\n const isoDate = ES.CalendarDateFromFields(calendar, fields, overflow);\n return ES.CreateTemporalDate(isoDate, calendar);\n }\n withCalendar(calendarParam: Params['withCalendar'][0]): Return['withCalendar'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n const calendar = ES.ToTemporalCalendarIdentifier(calendarParam);\n return ES.CreateTemporalDate(GetSlot(this, ISO_DATE), calendar);\n }\n add(temporalDurationLike: Params['add'][0], options: Params['add'][1] = undefined): Return['add'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n return ES.AddDurationToDate('add', this, temporalDurationLike, options);\n }\n subtract(\n temporalDurationLike: Params['subtract'][0],\n options: Params['subtract'][1] = undefined\n ): Return['subtract'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n return ES.AddDurationToDate('subtract', this, temporalDurationLike, options);\n }\n until(other: Params['until'][0], options: Params['until'][1] = undefined): Return['until'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n return ES.DifferenceTemporalPlainDate('until', this, other, options);\n }\n since(other: Params['since'][0], options: Params['since'][1] = undefined): Return['since'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n return ES.DifferenceTemporalPlainDate('since', this, other, options);\n }\n equals(otherParam: Params['equals'][0]): Return['equals'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n const other = ES.ToTemporalDate(otherParam);\n if (ES.CompareISODate(GetSlot(this, ISO_DATE), GetSlot(other, ISO_DATE)) !== 0) return false;\n return ES.CalendarEquals(GetSlot(this, CALENDAR), GetSlot(other, CALENDAR));\n }\n toString(options: Params['toString'][0] = undefined): string {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n const resolvedOptions = ES.GetOptionsObject(options);\n const showCalendar = ES.GetTemporalShowCalendarNameOption(resolvedOptions);\n return ES.TemporalDateToString(this, showCalendar);\n }\n toJSON(): Return['toJSON'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n return ES.TemporalDateToString(this);\n }\n toLocaleString(\n locales: Params['toLocaleString'][0] = undefined,\n options: Params['toLocaleString'][1] = undefined\n ): string {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n return new DateTimeFormat(locales, options).format(this);\n }\n valueOf(): never {\n ES.ValueOfThrows('PlainDate');\n }\n toPlainDateTime(temporalTime: Params['toPlainDateTime'][0] = undefined): Return['toPlainDateTime'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n const time = ES.ToTimeRecordOrMidnight(temporalTime);\n const isoDateTime = ES.CombineISODateAndTimeRecord(GetSlot(this, ISO_DATE), time);\n return ES.CreateTemporalDateTime(isoDateTime, GetSlot(this, CALENDAR));\n }\n toZonedDateTime(item: Params['toZonedDateTime'][0]): Return['toZonedDateTime'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n\n let timeZone, temporalTime;\n if (ES.IsObject(item)) {\n const timeZoneLike = item.timeZone;\n if (timeZoneLike === undefined) {\n timeZone = ES.ToTemporalTimeZoneIdentifier(item);\n } else {\n timeZone = ES.ToTemporalTimeZoneIdentifier(timeZoneLike);\n temporalTime = item.plainTime;\n }\n } else {\n timeZone = ES.ToTemporalTimeZoneIdentifier(item);\n }\n\n const isoDate = GetSlot(this, ISO_DATE);\n let epochNs;\n if (temporalTime === undefined) {\n epochNs = ES.GetStartOfDay(timeZone, isoDate);\n } else {\n temporalTime = ES.ToTemporalTime(temporalTime);\n const isoDateTime = ES.CombineISODateAndTimeRecord(isoDate, GetSlot(temporalTime, TIME));\n epochNs = ES.GetEpochNanosecondsFor(timeZone, isoDateTime, 'compatible');\n }\n return ES.CreateTemporalZonedDateTime(epochNs, timeZone, GetSlot(this, CALENDAR));\n }\n toPlainYearMonth(): Return['toPlainYearMonth'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n const calendar = GetSlot(this, CALENDAR);\n const fields = ES.ISODateToFields(calendar, GetSlot(this, ISO_DATE));\n const isoDate = ES.CalendarYearMonthFromFields(calendar, fields, 'constrain');\n return ES.CreateTemporalYearMonth(isoDate, calendar);\n }\n toPlainMonthDay(): Return['toPlainMonthDay'] {\n ES.CheckReceiver(this, ES.IsTemporalDate);\n const calendar = GetSlot(this, CALENDAR);\n const fields = ES.ISODateToFields(calendar, GetSlot(this, ISO_DATE));\n const isoDate = ES.CalendarMonthDayFromFields(calendar, fields, 'constrain');\n return ES.CreateTemporalMonthDay(isoDate, calendar);\n }\n\n static from(item: Params['from'][0], options: Params['from'][1] = undefined): Return['from'] {\n return ES.ToTemporalDate(item, options);\n }\n static compare(oneParam: Params['compare'][0], twoParam: Params['compare'][1]): Return['compare'] {\n const one = ES.ToTemporalDate(oneParam);\n const two = ES.ToTemporalDate(twoParam);\n return ES.CompareISODate(GetSlot(one, ISO_DATE), GetSlot(two, ISO_DATE));\n }\n [Symbol.toStringTag]!: 'Temporal.PlainDate';\n}\n\nMakeIntrinsicClass(PlainDate, 'Temporal.PlainDate');\n\nfunction getCalendarProperty

(\n date: Temporal.PlainDate,\n prop: P\n): CalendarDateRecord[P] {\n ES.CheckReceiver(date, ES.IsTemporalDate);\n const isoDate = GetSlot(date, ISO_DATE);\n return ES.calendarImplForObj(date).isoToDate(isoDate, { [prop]: true })[prop];\n}\n","import * as ES from './ecmascript';\nimport { MakeIntrinsicClass } from './intrinsicclass';\n\nimport { CALENDAR, GetSlot, ISO_DATE_TIME } from './slots';\nimport type { Temporal } from '..';\nimport { DateTimeFormat } from './intl';\nimport type { CalendarDateRecord, PlainDateTimeParams as Params, PlainDateTimeReturn as Return } from './internaltypes';\n\nexport class PlainDateTime implements Temporal.PlainDateTime {\n constructor(\n isoYear: Params['constructor'][0],\n isoMonth: Params['constructor'][1],\n isoDay: Params['constructor'][2],\n hourParam: Params['constructor'][3] = 0,\n minuteParam: Params['constructor'][4] = 0,\n secondParam: Params['constructor'][5] = 0,\n millisecondParam: Params['constructor'][6] = 0,\n microsecondParam: Params['constructor'][7] = 0,\n nanosecondParam: Params['constructor'][8] = 0,\n calendarParam: Params['constructor'][9] = 'iso8601'\n ) {\n const year = ES.ToIntegerWithTruncation(isoYear);\n const month = ES.ToIntegerWithTruncation(isoMonth);\n const day = ES.ToIntegerWithTruncation(isoDay);\n const hour = hourParam === undefined ? 0 : ES.ToIntegerWithTruncation(hourParam);\n const minute = minuteParam === undefined ? 0 : ES.ToIntegerWithTruncation(minuteParam);\n const second = secondParam === undefined ? 0 : ES.ToIntegerWithTruncation(secondParam);\n const millisecond = millisecondParam === undefined ? 0 : ES.ToIntegerWithTruncation(millisecondParam);\n const microsecond = microsecondParam === undefined ? 0 : ES.ToIntegerWithTruncation(microsecondParam);\n const nanosecond = nanosecondParam === undefined ? 0 : ES.ToIntegerWithTruncation(nanosecondParam);\n const calendar = ES.CanonicalizeCalendar(calendarParam === undefined ? 'iso8601' : ES.RequireString(calendarParam));\n\n ES.RejectDateTime(year, month, day, hour, minute, second, millisecond, microsecond, nanosecond);\n\n ES.CreateTemporalDateTimeSlots(\n this,\n { isoDate: { year, month, day }, time: { hour, minute, second, millisecond, microsecond, nanosecond } },\n calendar\n );\n }\n get calendarId(): Return['calendarId'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n return GetSlot(this, CALENDAR);\n }\n get year(): Return['year'] {\n return getCalendarProperty(this, 'year');\n }\n get month(): Return['month'] {\n return getCalendarProperty(this, 'month');\n }\n get monthCode(): Return['monthCode'] {\n return getCalendarProperty(this, 'monthCode');\n }\n get day(): Return['day'] {\n return getCalendarProperty(this, 'day');\n }\n get hour(): Return['hour'] {\n return getTimeProperty(this, 'hour');\n }\n get minute(): Return['minute'] {\n return getTimeProperty(this, 'minute');\n }\n get second(): Return['second'] {\n return getTimeProperty(this, 'second');\n }\n get millisecond(): Return['millisecond'] {\n return getTimeProperty(this, 'millisecond');\n }\n get microsecond(): Return['microsecond'] {\n return getTimeProperty(this, 'microsecond');\n }\n get nanosecond(): Return['nanosecond'] {\n return getTimeProperty(this, 'nanosecond');\n }\n get era(): Return['era'] {\n return getCalendarProperty(this, 'era');\n }\n get eraYear(): Return['eraYear'] {\n return getCalendarProperty(this, 'eraYear');\n }\n get dayOfWeek(): Return['dayOfWeek'] {\n return getCalendarProperty(this, 'dayOfWeek');\n }\n get dayOfYear(): Return['dayOfYear'] {\n return getCalendarProperty(this, 'dayOfYear');\n }\n get weekOfYear(): Return['weekOfYear'] {\n return getCalendarProperty(this, 'weekOfYear')?.week;\n }\n get yearOfWeek(): Return['yearOfWeek'] {\n return getCalendarProperty(this, 'weekOfYear')?.year;\n }\n get daysInWeek(): Return['daysInWeek'] {\n return getCalendarProperty(this, 'daysInWeek');\n }\n get daysInYear(): Return['daysInYear'] {\n return getCalendarProperty(this, 'daysInYear');\n }\n get daysInMonth(): Return['daysInMonth'] {\n return getCalendarProperty(this, 'daysInMonth');\n }\n get monthsInYear(): Return['monthsInYear'] {\n return getCalendarProperty(this, 'monthsInYear');\n }\n get inLeapYear(): Return['inLeapYear'] {\n return getCalendarProperty(this, 'inLeapYear');\n }\n with(temporalDateTimeLike: Params['with'][0], options: Params['with'][1] = undefined): Return['with'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n if (!ES.IsObject(temporalDateTimeLike)) {\n throw new TypeError('invalid argument');\n }\n ES.RejectTemporalLikeObject(temporalDateTimeLike);\n\n const calendar = GetSlot(this, CALENDAR);\n const isoDateTime = GetSlot(this, ISO_DATE_TIME);\n let fields = {\n ...ES.ISODateToFields(calendar, isoDateTime.isoDate),\n ...isoDateTime.time\n };\n const partialDateTime = ES.PrepareCalendarFields(\n calendar,\n temporalDateTimeLike,\n ['year', 'month', 'monthCode', 'day'],\n ['hour', 'minute', 'second', 'millisecond', 'microsecond', 'nanosecond'],\n 'partial'\n );\n fields = ES.CalendarMergeFields(calendar, fields, partialDateTime);\n\n const overflow = ES.GetTemporalOverflowOption(ES.GetOptionsObject(options));\n const newDateTime = ES.InterpretTemporalDateTimeFields(calendar, fields, overflow);\n return ES.CreateTemporalDateTime(newDateTime, calendar);\n }\n withPlainTime(temporalTime: Params['withPlainTime'][0] = undefined): Return['withPlainTime'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n const time = ES.ToTimeRecordOrMidnight(temporalTime);\n const isoDateTime = ES.CombineISODateAndTimeRecord(GetSlot(this, ISO_DATE_TIME).isoDate, time);\n return ES.CreateTemporalDateTime(isoDateTime, GetSlot(this, CALENDAR));\n }\n withCalendar(calendarParam: Params['withCalendar'][0]): Return['withCalendar'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n const calendar = ES.ToTemporalCalendarIdentifier(calendarParam);\n return ES.CreateTemporalDateTime(GetSlot(this, ISO_DATE_TIME), calendar);\n }\n add(temporalDurationLike: Params['add'][0], options: Params['add'][1] = undefined): Return['add'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n return ES.AddDurationToDateTime('add', this, temporalDurationLike, options);\n }\n subtract(\n temporalDurationLike: Params['subtract'][0],\n options: Params['subtract'][1] = undefined\n ): Return['subtract'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n return ES.AddDurationToDateTime('subtract', this, temporalDurationLike, options);\n }\n until(other: Params['until'][0], options: Params['until'][1] = undefined): Return['until'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n return ES.DifferenceTemporalPlainDateTime('until', this, other, options);\n }\n since(other: Params['since'][0], options: Params['since'][1] = undefined): Return['since'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n return ES.DifferenceTemporalPlainDateTime('since', this, other, options);\n }\n round(roundToParam: Params['round'][0]): Return['round'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n if (roundToParam === undefined) throw new TypeError('options parameter is required');\n const roundTo =\n typeof roundToParam === 'string'\n ? (ES.CreateOnePropObject('smallestUnit', roundToParam) as Exclude)\n : ES.GetOptionsObject(roundToParam);\n const roundingIncrement = ES.GetTemporalRoundingIncrementOption(roundTo);\n const roundingMode = ES.GetRoundingModeOption(roundTo, 'halfExpand');\n const smallestUnit = ES.GetTemporalUnitValuedOption(roundTo, 'smallestUnit', 'time', ES.REQUIRED, ['day']);\n const maximumIncrements = {\n day: 1,\n hour: 24,\n minute: 60,\n second: 60,\n millisecond: 1000,\n microsecond: 1000,\n nanosecond: 1000\n };\n const maximum = maximumIncrements[smallestUnit];\n const inclusive = maximum === 1;\n ES.ValidateTemporalRoundingIncrement(roundingIncrement, maximum, inclusive);\n\n const isoDateTime = GetSlot(this, ISO_DATE_TIME);\n if (roundingIncrement === 1 && smallestUnit === 'nanosecond') {\n return ES.CreateTemporalDateTime(isoDateTime, GetSlot(this, CALENDAR));\n }\n const result = ES.RoundISODateTime(isoDateTime, roundingIncrement, smallestUnit, roundingMode);\n\n return ES.CreateTemporalDateTime(result, GetSlot(this, CALENDAR));\n }\n equals(otherParam: Params['equals'][0]): Return['equals'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n const other = ES.ToTemporalDateTime(otherParam);\n if (ES.CompareISODateTime(GetSlot(this, ISO_DATE_TIME), GetSlot(other, ISO_DATE_TIME)) !== 0) return false;\n return ES.CalendarEquals(GetSlot(this, CALENDAR), GetSlot(other, CALENDAR));\n }\n toString(options: Params['toString'][0] = undefined): string {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n const resolvedOptions = ES.GetOptionsObject(options);\n const showCalendar = ES.GetTemporalShowCalendarNameOption(resolvedOptions);\n const digits = ES.GetTemporalFractionalSecondDigitsOption(resolvedOptions);\n const roundingMode = ES.GetRoundingModeOption(resolvedOptions, 'trunc');\n const smallestUnit = ES.GetTemporalUnitValuedOption(resolvedOptions, 'smallestUnit', 'time', undefined);\n if (smallestUnit === 'hour') throw new RangeError('smallestUnit must be a time unit other than \"hour\"');\n const { precision, unit, increment } = ES.ToSecondsStringPrecisionRecord(smallestUnit, digits);\n const result = ES.RoundISODateTime(GetSlot(this, ISO_DATE_TIME), increment, unit, roundingMode);\n ES.RejectDateTimeRange(result);\n return ES.ISODateTimeToString(result, GetSlot(this, CALENDAR), precision, showCalendar);\n }\n toJSON(): Return['toJSON'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n return ES.ISODateTimeToString(GetSlot(this, ISO_DATE_TIME), GetSlot(this, CALENDAR), 'auto');\n }\n toLocaleString(\n locales: Params['toLocaleString'][0] = undefined,\n options: Params['toLocaleString'][1] = undefined\n ): string {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n return new DateTimeFormat(locales, options).format(this);\n }\n valueOf(): never {\n ES.ValueOfThrows('PlainDateTime');\n }\n\n toZonedDateTime(\n temporalTimeZoneLike: Params['toZonedDateTime'][0],\n options: Params['toZonedDateTime'][1] = undefined\n ): Return['toZonedDateTime'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n const timeZone = ES.ToTemporalTimeZoneIdentifier(temporalTimeZoneLike);\n const resolvedOptions = ES.GetOptionsObject(options);\n const disambiguation = ES.GetTemporalDisambiguationOption(resolvedOptions);\n const epochNs = ES.GetEpochNanosecondsFor(timeZone, GetSlot(this, ISO_DATE_TIME), disambiguation);\n return ES.CreateTemporalZonedDateTime(epochNs, timeZone, GetSlot(this, CALENDAR));\n }\n toPlainDate(): Return['toPlainDate'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n return ES.CreateTemporalDate(GetSlot(this, ISO_DATE_TIME).isoDate, GetSlot(this, CALENDAR));\n }\n toPlainTime(): Return['toPlainTime'] {\n ES.CheckReceiver(this, ES.IsTemporalDateTime);\n return ES.CreateTemporalTime(GetSlot(this, ISO_DATE_TIME).time);\n }\n\n static from(item: Params['from'][0], options: Params['from'][1] = undefined): Return['from'] {\n return ES.ToTemporalDateTime(item, options);\n }\n static compare(oneParam: Params['compare'][0], twoParam: Params['compare'][1]): Return['compare'] {\n const one = ES.ToTemporalDateTime(oneParam);\n const two = ES.ToTemporalDateTime(twoParam);\n return ES.CompareISODateTime(GetSlot(one, ISO_DATE_TIME), GetSlot(two, ISO_DATE_TIME));\n }\n [Symbol.toStringTag]!: 'Temporal.PlainDateTime';\n}\n\nMakeIntrinsicClass(PlainDateTime, 'Temporal.PlainDateTime');\n\nfunction getCalendarProperty

(\n dt: Temporal.PlainDateTime,\n prop: P\n): CalendarDateRecord[P] {\n ES.CheckReceiver(dt, ES.IsTemporalDateTime);\n const isoDate = GetSlot(dt, ISO_DATE_TIME).isoDate;\n return ES.calendarImplForObj(dt).isoToDate(isoDate, { [prop]: true })[prop];\n}\n\nfunction getTimeProperty(dt: Temporal.PlainDateTime, prop: Temporal.TimeUnit) {\n ES.CheckReceiver(dt, ES.IsTemporalDateTime);\n return GetSlot(dt, ISO_DATE_TIME).time[prop];\n}\n","import { DEBUG } from './debug';\nimport { assert } from './assert';\nimport * as ES from './ecmascript';\nimport { ModifiedIntlDurationFormatPrototypeFormat } from './intl';\nimport { MakeIntrinsicClass } from './intrinsicclass';\nimport {\n YEARS,\n MONTHS,\n WEEKS,\n DAYS,\n HOURS,\n MINUTES,\n SECONDS,\n MILLISECONDS,\n MICROSECONDS,\n NANOSECONDS,\n CALENDAR,\n EPOCHNANOSECONDS,\n CreateSlots,\n GetSlot,\n ISO_DATE,\n SetSlot,\n TIME_ZONE\n} from './slots';\nimport { TimeDuration } from './timeduration';\nimport type { Temporal } from '..';\nimport type { DurationParams as Params, DurationReturn as Return } from './internaltypes';\nimport JSBI from 'jsbi';\n\nexport class Duration implements Temporal.Duration {\n constructor(\n yearsParam: Params['constructor'][0] = 0,\n monthsParam: Params['constructor'][1] = 0,\n weeksParam: Params['constructor'][2] = 0,\n daysParam: Params['constructor'][3] = 0,\n hoursParam: Params['constructor'][4] = 0,\n minutesParam: Params['constructor'][5] = 0,\n secondsParam: Params['constructor'][6] = 0,\n millisecondsParam: Params['constructor'][7] = 0,\n microsecondsParam: Params['constructor'][8] = 0,\n nanosecondsParam: Params['constructor'][9] = 0\n ) {\n const years = yearsParam === undefined ? 0 : ES.ToIntegerIfIntegral(yearsParam);\n const months = monthsParam === undefined ? 0 : ES.ToIntegerIfIntegral(monthsParam);\n const weeks = weeksParam === undefined ? 0 : ES.ToIntegerIfIntegral(weeksParam);\n const days = daysParam === undefined ? 0 : ES.ToIntegerIfIntegral(daysParam);\n const hours = hoursParam === undefined ? 0 : ES.ToIntegerIfIntegral(hoursParam);\n const minutes = minutesParam === undefined ? 0 : ES.ToIntegerIfIntegral(minutesParam);\n const seconds = secondsParam === undefined ? 0 : ES.ToIntegerIfIntegral(secondsParam);\n const milliseconds = millisecondsParam === undefined ? 0 : ES.ToIntegerIfIntegral(millisecondsParam);\n const microseconds = microsecondsParam === undefined ? 0 : ES.ToIntegerIfIntegral(microsecondsParam);\n const nanoseconds = nanosecondsParam === undefined ? 0 : ES.ToIntegerIfIntegral(nanosecondsParam);\n\n ES.RejectDuration(years, months, weeks, days, hours, minutes, seconds, milliseconds, microseconds, nanoseconds);\n\n CreateSlots(this);\n SetSlot(this, YEARS, years);\n SetSlot(this, MONTHS, months);\n SetSlot(this, WEEKS, weeks);\n SetSlot(this, DAYS, days);\n SetSlot(this, HOURS, hours);\n SetSlot(this, MINUTES, minutes);\n SetSlot(this, SECONDS, seconds);\n SetSlot(this, MILLISECONDS, milliseconds);\n SetSlot(this, MICROSECONDS, microseconds);\n SetSlot(this, NANOSECONDS, nanoseconds);\n\n if (DEBUG) {\n Object.defineProperty(this, '_repr_', {\n value: `Temporal.Duration <${ES.TemporalDurationToString(this, 'auto')}>`,\n writable: false,\n enumerable: false,\n configurable: false\n });\n }\n }\n get years(): Return['years'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return GetSlot(this, YEARS);\n }\n get months(): Return['months'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return GetSlot(this, MONTHS);\n }\n get weeks(): Return['weeks'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return GetSlot(this, WEEKS);\n }\n get days(): Return['days'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return GetSlot(this, DAYS);\n }\n get hours(): Return['hours'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return GetSlot(this, HOURS);\n }\n get minutes(): Return['minutes'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return GetSlot(this, MINUTES);\n }\n get seconds(): Return['seconds'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return GetSlot(this, SECONDS);\n }\n get milliseconds(): Return['milliseconds'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return GetSlot(this, MILLISECONDS);\n }\n get microseconds(): Return['microseconds'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return GetSlot(this, MICROSECONDS);\n }\n get nanoseconds(): Return['nanoseconds'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return GetSlot(this, NANOSECONDS);\n }\n get sign(): Return['sign'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return ES.DurationSign(this);\n }\n get blank(): Return['blank'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return ES.DurationSign(this) === 0;\n }\n with(durationLike: Params['with'][0]): Return['with'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n const partialDuration = ES.ToTemporalPartialDurationRecord(durationLike);\n const {\n years = GetSlot(this, YEARS),\n months = GetSlot(this, MONTHS),\n weeks = GetSlot(this, WEEKS),\n days = GetSlot(this, DAYS),\n hours = GetSlot(this, HOURS),\n minutes = GetSlot(this, MINUTES),\n seconds = GetSlot(this, SECONDS),\n milliseconds = GetSlot(this, MILLISECONDS),\n microseconds = GetSlot(this, MICROSECONDS),\n nanoseconds = GetSlot(this, NANOSECONDS)\n } = partialDuration;\n return new Duration(years, months, weeks, days, hours, minutes, seconds, milliseconds, microseconds, nanoseconds);\n }\n negated(): Return['negated'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return ES.CreateNegatedTemporalDuration(this);\n }\n abs(): Return['abs'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return new Duration(\n Math.abs(GetSlot(this, YEARS)),\n Math.abs(GetSlot(this, MONTHS)),\n Math.abs(GetSlot(this, WEEKS)),\n Math.abs(GetSlot(this, DAYS)),\n Math.abs(GetSlot(this, HOURS)),\n Math.abs(GetSlot(this, MINUTES)),\n Math.abs(GetSlot(this, SECONDS)),\n Math.abs(GetSlot(this, MILLISECONDS)),\n Math.abs(GetSlot(this, MICROSECONDS)),\n Math.abs(GetSlot(this, NANOSECONDS))\n );\n }\n add(other: Params['add'][0]): Return['add'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return ES.AddDurations('add', this, other);\n }\n subtract(other: Params['subtract'][0]): Return['subtract'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return ES.AddDurations('subtract', this, other);\n }\n round(roundToParam: Params['round'][0]): Return['round'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n if (roundToParam === undefined) throw new TypeError('options parameter is required');\n\n const existingLargestUnit = ES.DefaultTemporalLargestUnit(this);\n const roundTo =\n typeof roundToParam === 'string'\n ? (ES.CreateOnePropObject('smallestUnit', roundToParam) as Exclude)\n : ES.GetOptionsObject(roundToParam);\n\n let largestUnit = ES.GetTemporalUnitValuedOption(roundTo, 'largestUnit', 'datetime', undefined, ['auto']);\n let { plainRelativeTo, zonedRelativeTo } = ES.GetTemporalRelativeToOption(roundTo);\n const roundingIncrement = ES.GetTemporalRoundingIncrementOption(roundTo);\n const roundingMode = ES.GetRoundingModeOption(roundTo, 'halfExpand');\n let smallestUnit = ES.GetTemporalUnitValuedOption(roundTo, 'smallestUnit', 'datetime', undefined);\n\n let smallestUnitPresent = true;\n if (!smallestUnit) {\n smallestUnitPresent = false;\n smallestUnit = 'nanosecond';\n }\n const defaultLargestUnit = ES.LargerOfTwoTemporalUnits(existingLargestUnit, smallestUnit);\n let largestUnitPresent = true;\n if (!largestUnit) {\n largestUnitPresent = false;\n largestUnit = defaultLargestUnit;\n }\n if (largestUnit === 'auto') largestUnit = defaultLargestUnit;\n if (!smallestUnitPresent && !largestUnitPresent) {\n throw new RangeError('at least one of smallestUnit or largestUnit is required');\n }\n if (ES.LargerOfTwoTemporalUnits(largestUnit, smallestUnit) !== largestUnit) {\n throw new RangeError(`largestUnit ${largestUnit} cannot be smaller than smallestUnit ${smallestUnit}`);\n }\n\n const maximumIncrements = {\n hour: 24,\n minute: 60,\n second: 60,\n millisecond: 1000,\n microsecond: 1000,\n nanosecond: 1000\n } as { [k in Temporal.DateTimeUnit]?: number };\n const maximum = maximumIncrements[smallestUnit];\n if (maximum !== undefined) ES.ValidateTemporalRoundingIncrement(roundingIncrement, maximum, false);\n if (roundingIncrement > 1 && ES.TemporalUnitCategory(smallestUnit) === 'date' && largestUnit !== smallestUnit) {\n throw new RangeError('For calendar units with roundingIncrement > 1, use largestUnit = smallestUnit');\n }\n\n if (zonedRelativeTo) {\n let duration = ES.ToInternalDurationRecord(this);\n const timeZone = GetSlot(zonedRelativeTo, TIME_ZONE);\n const calendar = GetSlot(zonedRelativeTo, CALENDAR);\n const relativeEpochNs = GetSlot(zonedRelativeTo, EPOCHNANOSECONDS);\n const targetEpochNs = ES.AddZonedDateTime(relativeEpochNs, timeZone, calendar, duration);\n duration = ES.DifferenceZonedDateTimeWithRounding(\n relativeEpochNs,\n targetEpochNs,\n timeZone,\n calendar,\n largestUnit,\n roundingIncrement,\n smallestUnit,\n roundingMode\n );\n if (ES.TemporalUnitCategory(largestUnit) === 'date') largestUnit = 'hour';\n return ES.TemporalDurationFromInternal(duration, largestUnit);\n }\n\n if (plainRelativeTo) {\n let duration = ES.ToInternalDurationRecordWith24HourDays(this);\n const targetTime = ES.AddTime(ES.MidnightTimeRecord(), duration.time);\n\n // Delegate the date part addition to the calendar\n const isoRelativeToDate = GetSlot(plainRelativeTo, ISO_DATE);\n const calendar = GetSlot(plainRelativeTo, CALENDAR);\n const dateDuration = ES.AdjustDateDurationRecord(duration.date, targetTime.deltaDays);\n const targetDate = ES.CalendarDateAdd(calendar, isoRelativeToDate, dateDuration, 'constrain');\n\n const isoDateTime = ES.CombineISODateAndTimeRecord(isoRelativeToDate, ES.MidnightTimeRecord());\n const targetDateTime = ES.CombineISODateAndTimeRecord(targetDate, targetTime);\n duration = ES.DifferencePlainDateTimeWithRounding(\n isoDateTime,\n targetDateTime,\n calendar,\n largestUnit,\n roundingIncrement,\n smallestUnit,\n roundingMode\n );\n return ES.TemporalDurationFromInternal(duration, largestUnit);\n }\n\n // No reference date to calculate difference relative to\n if (ES.IsCalendarUnit(existingLargestUnit)) {\n throw new RangeError(`a starting point is required for ${existingLargestUnit}s balancing`);\n }\n if (ES.IsCalendarUnit(largestUnit)) {\n throw new RangeError(`a starting point is required for ${largestUnit}s balancing`);\n }\n assert(!ES.IsCalendarUnit(smallestUnit), 'smallestUnit was larger than largestUnit');\n let internalDuration = ES.ToInternalDurationRecordWith24HourDays(this);\n if (smallestUnit === 'day') {\n // First convert time units up to days\n const { quotient, remainder } = internalDuration.time.divmod(ES.DAY_NANOS);\n let days = internalDuration.date.days + quotient + ES.TotalTimeDuration(remainder, 'day');\n days = ES.RoundNumberToIncrement(days, roundingIncrement, roundingMode);\n const dateDuration = { years: 0, months: 0, weeks: 0, days };\n internalDuration = ES.CombineDateAndTimeDuration(dateDuration, TimeDuration.ZERO);\n } else {\n const timeDuration = ES.RoundTimeDuration(internalDuration.time, roundingIncrement, smallestUnit, roundingMode);\n internalDuration = ES.CombineDateAndTimeDuration(ES.ZeroDateDuration(), timeDuration);\n }\n return ES.TemporalDurationFromInternal(internalDuration, largestUnit);\n }\n total(optionsParam: Params['total'][0]): Return['total'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n\n if (optionsParam === undefined) throw new TypeError('options argument is required');\n const options =\n typeof optionsParam === 'string'\n ? (ES.CreateOnePropObject('unit', optionsParam) as Exclude)\n : ES.GetOptionsObject(optionsParam);\n let { plainRelativeTo, zonedRelativeTo } = ES.GetTemporalRelativeToOption(options);\n const unit = ES.GetTemporalUnitValuedOption(options, 'unit', 'datetime', ES.REQUIRED);\n\n if (zonedRelativeTo) {\n const duration = ES.ToInternalDurationRecord(this);\n const timeZone = GetSlot(zonedRelativeTo, TIME_ZONE);\n const calendar = GetSlot(zonedRelativeTo, CALENDAR);\n const relativeEpochNs = GetSlot(zonedRelativeTo, EPOCHNANOSECONDS);\n const targetEpochNs = ES.AddZonedDateTime(relativeEpochNs, timeZone, calendar, duration);\n return ES.DifferenceZonedDateTimeWithTotal(relativeEpochNs, targetEpochNs, timeZone, calendar, unit);\n }\n\n if (plainRelativeTo) {\n const duration = ES.ToInternalDurationRecordWith24HourDays(this);\n let targetTime = ES.AddTime(ES.MidnightTimeRecord(), duration.time);\n\n // Delegate the date part addition to the calendar\n const isoRelativeToDate = GetSlot(plainRelativeTo, ISO_DATE);\n const calendar = GetSlot(plainRelativeTo, CALENDAR);\n const dateDuration = ES.AdjustDateDurationRecord(duration.date, targetTime.deltaDays);\n const targetDate = ES.CalendarDateAdd(calendar, isoRelativeToDate, dateDuration, 'constrain');\n\n const isoDateTime = ES.CombineISODateAndTimeRecord(isoRelativeToDate, ES.MidnightTimeRecord());\n const targetDateTime = ES.CombineISODateAndTimeRecord(targetDate, targetTime);\n return ES.DifferencePlainDateTimeWithTotal(isoDateTime, targetDateTime, calendar, unit);\n }\n\n // No reference date to calculate difference relative to\n const largestUnit = ES.DefaultTemporalLargestUnit(this);\n if (ES.IsCalendarUnit(largestUnit)) {\n throw new RangeError(`a starting point is required for ${largestUnit}s total`);\n }\n if (ES.IsCalendarUnit(unit)) {\n throw new RangeError(`a starting point is required for ${unit}s total`);\n }\n const duration = ES.ToInternalDurationRecordWith24HourDays(this);\n return ES.TotalTimeDuration(duration.time, unit);\n }\n toString(options: Params['toString'][0] = undefined): string {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n const resolvedOptions = ES.GetOptionsObject(options);\n const digits = ES.GetTemporalFractionalSecondDigitsOption(resolvedOptions);\n const roundingMode = ES.GetRoundingModeOption(resolvedOptions, 'trunc');\n const smallestUnit = ES.GetTemporalUnitValuedOption(resolvedOptions, 'smallestUnit', 'time', undefined);\n if (smallestUnit === 'hour' || smallestUnit === 'minute') {\n throw new RangeError('smallestUnit must be a time unit other than \"hours\" or \"minutes\"');\n }\n const { precision, unit, increment } = ES.ToSecondsStringPrecisionRecord(smallestUnit, digits);\n ES.uncheckedAssertNarrowedType>(\n precision,\n 'Precision cannot be \"minute\" because of RangeError above'\n );\n\n if (unit === 'nanosecond' && increment === 1) return ES.TemporalDurationToString(this, precision);\n\n const largestUnit = ES.DefaultTemporalLargestUnit(this);\n let internalDuration = ES.ToInternalDurationRecord(this);\n const timeDuration = ES.RoundTimeDuration(internalDuration.time, increment, unit, roundingMode);\n internalDuration = ES.CombineDateAndTimeDuration(internalDuration.date, timeDuration);\n const roundedDuration = ES.TemporalDurationFromInternal(\n internalDuration,\n ES.LargerOfTwoTemporalUnits(largestUnit, 'second')\n );\n return ES.TemporalDurationToString(roundedDuration, precision);\n }\n toJSON(): Return['toJSON'] {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n return ES.TemporalDurationToString(this, 'auto');\n }\n toLocaleString(\n locales: Params['toLocaleString'][0] = undefined,\n options: Params['toLocaleString'][1] = undefined\n ): string {\n ES.CheckReceiver(this, ES.IsTemporalDuration);\n if (typeof Intl.DurationFormat === 'function') {\n const formatter = new Intl.DurationFormat(locales, options as Intl.DurationFormatOptions);\n return ModifiedIntlDurationFormatPrototypeFormat.call(formatter, this);\n }\n console.warn('Temporal.Duration.prototype.toLocaleString() requires Intl.DurationFormat.');\n return ES.TemporalDurationToString(this, 'auto');\n }\n valueOf(): never {\n ES.ValueOfThrows('Duration');\n }\n static from(item: Params['from'][0]): Return['from'] {\n return ES.ToTemporalDuration(item);\n }\n static compare(\n oneParam: Params['compare'][0],\n twoParam: Params['compare'][1],\n options: Params['compare'][2] = undefined\n ): Return['compare'] {\n const one = ES.ToTemporalDuration(oneParam);\n const two = ES.ToTemporalDuration(twoParam);\n const resolvedOptions = ES.GetOptionsObject(options);\n const { plainRelativeTo, zonedRelativeTo } = ES.GetTemporalRelativeToOption(resolvedOptions);\n\n if (\n GetSlot(one, YEARS) === GetSlot(two, YEARS) &&\n GetSlot(one, MONTHS) === GetSlot(two, MONTHS) &&\n GetSlot(one, WEEKS) === GetSlot(two, WEEKS) &&\n GetSlot(one, DAYS) === GetSlot(two, DAYS) &&\n GetSlot(one, HOURS) === GetSlot(two, HOURS) &&\n GetSlot(one, MINUTES) === GetSlot(two, MINUTES) &&\n GetSlot(one, SECONDS) === GetSlot(two, SECONDS) &&\n GetSlot(one, MILLISECONDS) === GetSlot(two, MILLISECONDS) &&\n GetSlot(one, MICROSECONDS) === GetSlot(two, MICROSECONDS) &&\n GetSlot(one, NANOSECONDS) === GetSlot(two, NANOSECONDS)\n ) {\n return 0;\n }\n\n const largestUnit1 = ES.DefaultTemporalLargestUnit(one);\n const largestUnit2 = ES.DefaultTemporalLargestUnit(two);\n const duration1 = ES.ToInternalDurationRecord(one);\n const duration2 = ES.ToInternalDurationRecord(two);\n\n if (\n zonedRelativeTo &&\n (ES.TemporalUnitCategory(largestUnit1) === 'date' || ES.TemporalUnitCategory(largestUnit2) === 'date')\n ) {\n const timeZone = GetSlot(zonedRelativeTo, TIME_ZONE);\n const calendar = GetSlot(zonedRelativeTo, CALENDAR);\n const epochNs = GetSlot(zonedRelativeTo, EPOCHNANOSECONDS);\n\n const after1 = ES.AddZonedDateTime(epochNs, timeZone, calendar, duration1);\n const after2 = ES.AddZonedDateTime(epochNs, timeZone, calendar, duration2);\n return ES.ComparisonResult(JSBI.toNumber(JSBI.subtract(after1, after2)));\n }\n\n let d1 = duration1.date.days;\n let d2 = duration2.date.days;\n if (ES.IsCalendarUnit(largestUnit1) || ES.IsCalendarUnit(largestUnit2)) {\n if (!plainRelativeTo) {\n throw new RangeError('A starting point is required for years, months, or weeks comparison');\n }\n d1 = ES.DateDurationDays(duration1.date, plainRelativeTo);\n d2 = ES.DateDurationDays(duration2.date, plainRelativeTo);\n }\n const timeDuration1 = duration1.time.add24HourDays(d1);\n const timeDuration2 = duration2.time.add24HourDays(d2);\n return timeDuration1.cmp(timeDuration2);\n }\n [Symbol.toStringTag]!: 'Temporal.Duration';\n}\n\nMakeIntrinsicClass(Duration, 'Temporal.Duration');\n","import * as ES from './ecmascript';\nimport { MakeIntrinsicClass } from './intrinsicclass';\nimport { CALENDAR, GetSlot, ISO_DATE } from './slots';\nimport type { Temporal } from '..';\nimport { DateTimeFormat } from './intl';\nimport type { CalendarDateRecord, PlainMonthDayParams as Params, PlainMonthDayReturn as Return } from './internaltypes';\n\nexport class PlainMonthDay implements Temporal.PlainMonthDay {\n constructor(\n isoMonth: Params['constructor'][0],\n isoDay: Params['constructor'][0],\n calendarParam = 'iso8601',\n referenceISOYear = 1972\n ) {\n const month = ES.ToIntegerWithTruncation(isoMonth);\n const day = ES.ToIntegerWithTruncation(isoDay);\n const calendar = ES.CanonicalizeCalendar(calendarParam === undefined ? 'iso8601' : ES.RequireString(calendarParam));\n const year = ES.ToIntegerWithTruncation(referenceISOYear);\n\n ES.RejectISODate(year, month, day);\n ES.CreateTemporalMonthDaySlots(this, { year, month, day }, calendar);\n }\n\n get monthCode(): Return['monthCode'] {\n return getCalendarProperty(this, 'monthCode');\n }\n get day(): Return['day'] {\n return getCalendarProperty(this, 'day');\n }\n get calendarId(): Return['calendarId'] {\n ES.CheckReceiver(this, ES.IsTemporalMonthDay);\n return GetSlot(this, CALENDAR);\n }\n\n with(temporalMonthDayLike: Params['with'][0], options: Params['with'][1] = undefined): Return['with'] {\n ES.CheckReceiver(this, ES.IsTemporalMonthDay);\n if (!ES.IsObject(temporalMonthDayLike)) {\n throw new TypeError('invalid argument');\n }\n ES.RejectTemporalLikeObject(temporalMonthDayLike);\n\n const calendar = GetSlot(this, CALENDAR);\n let fields = ES.ISODateToFields(calendar, GetSlot(this, ISO_DATE), 'month-day');\n const partialMonthDay = ES.PrepareCalendarFields(\n calendar,\n temporalMonthDayLike,\n ['year', 'month', 'monthCode', 'day'],\n [],\n 'partial'\n );\n fields = ES.CalendarMergeFields(calendar, fields, partialMonthDay);\n\n const overflow = ES.GetTemporalOverflowOption(ES.GetOptionsObject(options));\n const isoDate = ES.CalendarMonthDayFromFields(calendar, fields, overflow);\n return ES.CreateTemporalMonthDay(isoDate, calendar);\n }\n equals(otherParam: Params['equals'][0]): Return['equals'] {\n ES.CheckReceiver(this, ES.IsTemporalMonthDay);\n const other = ES.ToTemporalMonthDay(otherParam);\n if (ES.CompareISODate(GetSlot(this, ISO_DATE), GetSlot(other, ISO_DATE)) !== 0) return false;\n return ES.CalendarEquals(GetSlot(this, CALENDAR), GetSlot(other, CALENDAR));\n }\n toString(options: Params['toString'][0] = undefined): string {\n ES.CheckReceiver(this, ES.IsTemporalMonthDay);\n const resolvedOptions = ES.GetOptionsObject(options);\n const showCalendar = ES.GetTemporalShowCalendarNameOption(resolvedOptions);\n return ES.TemporalMonthDayToString(this, showCalendar);\n }\n toJSON(): Return['toJSON'] {\n ES.CheckReceiver(this, ES.IsTemporalMonthDay);\n return ES.TemporalMonthDayToString(this);\n }\n toLocaleString(\n locales: Params['toLocaleString'][0] = undefined,\n options: Params['toLocaleString'][1] = undefined\n ): string {\n ES.CheckReceiver(this, ES.IsTemporalMonthDay);\n return new DateTimeFormat(locales, options).format(this);\n }\n valueOf(): never {\n ES.ValueOfThrows('PlainMonthDay');\n }\n toPlainDate(item: Params['toPlainDate'][0]): Return['toPlainDate'] {\n ES.CheckReceiver(this, ES.IsTemporalMonthDay);\n if (!ES.IsObject(item)) throw new TypeError('argument should be an object');\n const calendar = GetSlot(this, CALENDAR);\n\n const fields = ES.ISODateToFields(calendar, GetSlot(this, ISO_DATE), 'month-day');\n const inputFields = ES.PrepareCalendarFields(calendar, item, ['year'], [], []);\n let mergedFields = ES.CalendarMergeFields(calendar, fields, inputFields);\n const isoDate = ES.CalendarDateFromFields(calendar, mergedFields, 'constrain');\n return ES.CreateTemporalDate(isoDate, calendar);\n }\n\n static from(item: Params['from'][0], options: Params['from'][1] = undefined): Return['from'] {\n return ES.ToTemporalMonthDay(item, options);\n }\n [Symbol.toStringTag]!: 'Temporal.PlainMonthDay';\n}\n\nMakeIntrinsicClass(PlainMonthDay, 'Temporal.PlainMonthDay');\n\nfunction getCalendarProperty

(\n md: Temporal.PlainMonthDay,\n prop: P\n): CalendarDateRecord[P] {\n ES.CheckReceiver(md, ES.IsTemporalMonthDay);\n const isoDate = GetSlot(md, ISO_DATE);\n return ES.calendarImplForObj(md).isoToDate(isoDate, { [prop]: true })[prop];\n}\n","import * as ES from './ecmascript';\nimport type { Temporal } from '..';\n\nfunction SystemDateTime(timeZone: string) {\n return ES.GetISODateTimeFor(timeZone, ES.SystemUTCEpochNanoSeconds());\n}\n\nconst instant: (typeof Temporal.Now)['instant'] = () => {\n return ES.CreateTemporalInstant(ES.SystemUTCEpochNanoSeconds());\n};\nconst plainDateTimeISO: (typeof Temporal.Now)['plainDateTimeISO'] = (temporalTimeZoneLike = ES.DefaultTimeZone()) => {\n const timeZone = ES.ToTemporalTimeZoneIdentifier(temporalTimeZoneLike);\n const isoDateTime = SystemDateTime(timeZone);\n return ES.CreateTemporalDateTime(isoDateTime, 'iso8601');\n};\nconst zonedDateTimeISO: (typeof Temporal.Now)['zonedDateTimeISO'] = (temporalTimeZoneLike = ES.DefaultTimeZone()) => {\n const timeZone = ES.ToTemporalTimeZoneIdentifier(temporalTimeZoneLike);\n return ES.CreateTemporalZonedDateTime(ES.SystemUTCEpochNanoSeconds(), timeZone, 'iso8601');\n};\nconst plainDateISO: (typeof Temporal.Now)['plainDateISO'] = (temporalTimeZoneLike = ES.DefaultTimeZone()) => {\n const timeZone = ES.ToTemporalTimeZoneIdentifier(temporalTimeZoneLike);\n const isoDateTime = SystemDateTime(timeZone);\n return ES.CreateTemporalDate(isoDateTime.isoDate, 'iso8601');\n};\nconst plainTimeISO: (typeof Temporal.Now)['plainTimeISO'] = (temporalTimeZoneLike = ES.DefaultTimeZone()) => {\n const timeZone = ES.ToTemporalTimeZoneIdentifier(temporalTimeZoneLike);\n const isoDateTime = SystemDateTime(timeZone);\n return ES.CreateTemporalTime(isoDateTime.time);\n};\nconst timeZoneId: (typeof Temporal.Now)['timeZoneId'] = () => {\n return ES.DefaultTimeZone();\n};\n\nexport const Now: typeof Temporal.Now = {\n instant,\n plainDateTimeISO,\n plainDateISO,\n plainTimeISO,\n timeZoneId,\n zonedDateTimeISO,\n [Symbol.toStringTag]: 'Temporal.Now'\n};\nObject.defineProperty(Now, Symbol.toStringTag, {\n value: 'Temporal.Now',\n writable: false,\n enumerable: false,\n configurable: true\n});\n","import * as ES from './ecmascript';\nimport { MakeIntrinsicClass } from './intrinsicclass';\n\nimport { GetSlot, TIME } from './slots';\nimport type { Temporal } from '..';\nimport { DateTimeFormat } from './intl';\nimport type { PlainTimeParams as Params, PlainTimeReturn as Return } from './internaltypes';\n\nexport class PlainTime implements Temporal.PlainTime {\n constructor(isoHour = 0, isoMinute = 0, isoSecond = 0, isoMillisecond = 0, isoMicrosecond = 0, isoNanosecond = 0) {\n const hour = isoHour === undefined ? 0 : ES.ToIntegerWithTruncation(isoHour);\n const minute = isoMinute === undefined ? 0 : ES.ToIntegerWithTruncation(isoMinute);\n const second = isoSecond === undefined ? 0 : ES.ToIntegerWithTruncation(isoSecond);\n const millisecond = isoMillisecond === undefined ? 0 : ES.ToIntegerWithTruncation(isoMillisecond);\n const microsecond = isoMicrosecond === undefined ? 0 : ES.ToIntegerWithTruncation(isoMicrosecond);\n const nanosecond = isoNanosecond === undefined ? 0 : ES.ToIntegerWithTruncation(isoNanosecond);\n\n ES.RejectTime(hour, minute, second, millisecond, microsecond, nanosecond);\n const time = { hour, minute, second, millisecond, microsecond, nanosecond };\n\n ES.CreateTemporalTimeSlots(this, time);\n }\n\n get hour(): Return['hour'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return GetSlot(this, TIME).hour;\n }\n get minute(): Return['minute'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return GetSlot(this, TIME).minute;\n }\n get second(): Return['second'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return GetSlot(this, TIME).second;\n }\n get millisecond(): Return['millisecond'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return GetSlot(this, TIME).millisecond;\n }\n get microsecond(): Return['microsecond'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return GetSlot(this, TIME).microsecond;\n }\n get nanosecond(): Return['nanosecond'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return GetSlot(this, TIME).nanosecond;\n }\n\n with(temporalTimeLike: Params['with'][0], options: Params['with'][1] = undefined): Return['with'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n if (!ES.IsObject(temporalTimeLike)) {\n throw new TypeError('invalid argument');\n }\n ES.RejectTemporalLikeObject(temporalTimeLike);\n\n const partialTime = ES.ToTemporalTimeRecord(temporalTimeLike, 'partial');\n\n const fields = ES.ToTemporalTimeRecord(this);\n let { hour, minute, second, millisecond, microsecond, nanosecond } = Object.assign(fields, partialTime);\n const overflow = ES.GetTemporalOverflowOption(ES.GetOptionsObject(options));\n ({ hour, minute, second, millisecond, microsecond, nanosecond } = ES.RegulateTime(\n hour,\n minute,\n second,\n millisecond,\n microsecond,\n nanosecond,\n overflow\n ));\n return new PlainTime(hour, minute, second, millisecond, microsecond, nanosecond);\n }\n add(temporalDurationLike: Params['add'][0]): Return['add'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return ES.AddDurationToTime('add', this, temporalDurationLike);\n }\n subtract(temporalDurationLike: Params['subtract'][0]): Return['subtract'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return ES.AddDurationToTime('subtract', this, temporalDurationLike);\n }\n until(other: Params['until'][0], options: Params['until'][1] = undefined): Return['until'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return ES.DifferenceTemporalPlainTime('until', this, other, options);\n }\n since(other: Params['since'][0], options: Params['since'][1] = undefined): Return['since'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return ES.DifferenceTemporalPlainTime('since', this, other, options);\n }\n round(roundToParam: Params['round'][0]): Return['round'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n if (roundToParam === undefined) throw new TypeError('options parameter is required');\n const roundTo =\n typeof roundToParam === 'string'\n ? (ES.CreateOnePropObject('smallestUnit', roundToParam) as Exclude)\n : ES.GetOptionsObject(roundToParam);\n const roundingIncrement = ES.GetTemporalRoundingIncrementOption(roundTo);\n const roundingMode = ES.GetRoundingModeOption(roundTo, 'halfExpand');\n const smallestUnit = ES.GetTemporalUnitValuedOption(roundTo, 'smallestUnit', 'time', ES.REQUIRED);\n const MAX_INCREMENTS = {\n hour: 24,\n minute: 60,\n second: 60,\n millisecond: 1000,\n microsecond: 1000,\n nanosecond: 1000\n };\n ES.ValidateTemporalRoundingIncrement(roundingIncrement, MAX_INCREMENTS[smallestUnit], false);\n\n const time = ES.RoundTime(GetSlot(this, TIME), roundingIncrement, smallestUnit, roundingMode);\n return ES.CreateTemporalTime(time);\n }\n equals(otherParam: Params['equals'][0]): Return['equals'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n const other = ES.ToTemporalTime(otherParam);\n return ES.CompareTimeRecord(GetSlot(this, TIME), GetSlot(other, TIME)) === 0;\n }\n\n toString(options: Params['toString'][0] = undefined): string {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n const resolvedOptions = ES.GetOptionsObject(options);\n const digits = ES.GetTemporalFractionalSecondDigitsOption(resolvedOptions);\n const roundingMode = ES.GetRoundingModeOption(resolvedOptions, 'trunc');\n const smallestUnit = ES.GetTemporalUnitValuedOption(resolvedOptions, 'smallestUnit', 'time', undefined);\n if (smallestUnit === 'hour') throw new RangeError('smallestUnit must be a time unit other than \"hour\"');\n const { precision, unit, increment } = ES.ToSecondsStringPrecisionRecord(smallestUnit, digits);\n const time = ES.RoundTime(GetSlot(this, TIME), increment, unit, roundingMode);\n return ES.TimeRecordToString(time, precision);\n }\n toJSON(): Return['toJSON'] {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return ES.TimeRecordToString(GetSlot(this, TIME), 'auto');\n }\n toLocaleString(\n locales: Params['toLocaleString'][0] = undefined,\n options: Params['toLocaleString'][1] = undefined\n ): string {\n ES.CheckReceiver(this, ES.IsTemporalTime);\n return new DateTimeFormat(locales, options).format(this);\n }\n valueOf(): never {\n ES.ValueOfThrows('PlainTime');\n }\n\n static from(item: Params['from'][0], options: Params['from'][1] = undefined): Return['from'] {\n return ES.ToTemporalTime(item, options);\n }\n static compare(oneParam: Params['compare'][0], twoParam: Params['compare'][1]): Return['compare'] {\n const one = ES.ToTemporalTime(oneParam);\n const two = ES.ToTemporalTime(twoParam);\n return ES.CompareTimeRecord(GetSlot(one, TIME), GetSlot(two, TIME));\n }\n [Symbol.toStringTag]!: 'Temporal.PlainTime';\n}\n\nMakeIntrinsicClass(PlainTime, 'Temporal.PlainTime');\n","import * as ES from './ecmascript';\nimport { MakeIntrinsicClass } from './intrinsicclass';\nimport { CALENDAR, GetSlot, ISO_DATE } from './slots';\nimport type { Temporal } from '..';\nimport { DateTimeFormat } from './intl';\nimport type {\n CalendarDateRecord,\n PlainYearMonthParams as Params,\n PlainYearMonthReturn as Return\n} from './internaltypes';\n\nexport class PlainYearMonth implements Temporal.PlainYearMonth {\n constructor(\n isoYear: Params['constructor'][0],\n isoMonth: Params['constructor'][1],\n calendarParam: Params['constructor'][2] = 'iso8601',\n referenceISODay: Params['constructor'][3] = 1\n ) {\n const year = ES.ToIntegerWithTruncation(isoYear);\n const month = ES.ToIntegerWithTruncation(isoMonth);\n const calendar = ES.CanonicalizeCalendar(calendarParam === undefined ? 'iso8601' : ES.RequireString(calendarParam));\n const day = ES.ToIntegerWithTruncation(referenceISODay);\n\n ES.RejectISODate(year, month, day);\n ES.CreateTemporalYearMonthSlots(this, { year, month, day }, calendar);\n }\n get year(): Return['year'] {\n return getCalendarProperty(this, 'year');\n }\n get month(): Return['month'] {\n return getCalendarProperty(this, 'month');\n }\n get monthCode(): Return['monthCode'] {\n return getCalendarProperty(this, 'monthCode');\n }\n get calendarId(): Return['calendarId'] {\n ES.CheckReceiver(this, ES.IsTemporalYearMonth);\n return GetSlot(this, CALENDAR);\n }\n get era(): Return['era'] {\n return getCalendarProperty(this, 'era');\n }\n get eraYear(): Return['eraYear'] {\n return getCalendarProperty(this, 'eraYear');\n }\n get daysInMonth(): Return['daysInMonth'] {\n return getCalendarProperty(this, 'daysInMonth');\n }\n get daysInYear(): Return['daysInYear'] {\n return getCalendarProperty(this, 'daysInYear');\n }\n get monthsInYear(): Return['monthsInYear'] {\n return getCalendarProperty(this, 'monthsInYear');\n }\n get inLeapYear(): Return['inLeapYear'] {\n return getCalendarProperty(this, 'inLeapYear');\n }\n with(temporalYearMonthLike: Params['with'][0], options: Params['with'][1] = undefined): Return['with'] {\n ES.CheckReceiver(this, ES.IsTemporalYearMonth);\n if (!ES.IsObject(temporalYearMonthLike)) {\n throw new TypeError('invalid argument');\n }\n ES.RejectTemporalLikeObject(temporalYearMonthLike);\n\n const calendar = GetSlot(this, CALENDAR);\n let fields = ES.ISODateToFields(calendar, GetSlot(this, ISO_DATE), 'year-month');\n const partialYearMonth = ES.PrepareCalendarFields(\n calendar,\n temporalYearMonthLike,\n ['year', 'month', 'monthCode'],\n [],\n 'partial'\n );\n fields = ES.CalendarMergeFields(calendar, fields, partialYearMonth);\n\n const overflow = ES.GetTemporalOverflowOption(ES.GetOptionsObject(options));\n const isoDate = ES.CalendarYearMonthFromFields(calendar, fields, overflow);\n return ES.CreateTemporalYearMonth(isoDate, calendar);\n }\n add(temporalDurationLike: Params['add'][0], options: Params['add'][1] = undefined): Return['add'] {\n ES.CheckReceiver(this, ES.IsTemporalYearMonth);\n return ES.AddDurationToYearMonth('add', this, temporalDurationLike, options);\n }\n subtract(\n temporalDurationLike: Params['subtract'][0],\n options: Params['subtract'][1] = undefined\n ): Return['subtract'] {\n ES.CheckReceiver(this, ES.IsTemporalYearMonth);\n return ES.AddDurationToYearMonth('subtract', this, temporalDurationLike, options);\n }\n until(other: Params['until'][0], options: Params['until'][1] = undefined): Return['until'] {\n ES.CheckReceiver(this, ES.IsTemporalYearMonth);\n return ES.DifferenceTemporalPlainYearMonth('until', this, other, options);\n }\n since(other: Params['since'][0], options: Params['since'][1] = undefined): Return['since'] {\n ES.CheckReceiver(this, ES.IsTemporalYearMonth);\n return ES.DifferenceTemporalPlainYearMonth('since', this, other, options);\n }\n equals(otherParam: Params['equals'][0]): Return['equals'] {\n ES.CheckReceiver(this, ES.IsTemporalYearMonth);\n const other = ES.ToTemporalYearMonth(otherParam);\n if (ES.CompareISODate(GetSlot(this, ISO_DATE), GetSlot(other, ISO_DATE)) !== 0) return false;\n return ES.CalendarEquals(GetSlot(this, CALENDAR), GetSlot(other, CALENDAR));\n }\n toString(options: Params['toString'][0] = undefined): string {\n ES.CheckReceiver(this, ES.IsTemporalYearMonth);\n const resolvedOptions = ES.GetOptionsObject(options);\n const showCalendar = ES.GetTemporalShowCalendarNameOption(resolvedOptions);\n return ES.TemporalYearMonthToString(this, showCalendar);\n }\n toJSON(): Return['toJSON'] {\n ES.CheckReceiver(this, ES.IsTemporalYearMonth);\n return ES.TemporalYearMonthToString(this);\n }\n toLocaleString(\n locales: Params['toLocaleString'][0] = undefined,\n options: Params['toLocaleString'][1] = undefined\n ): string {\n ES.CheckReceiver(this, ES.IsTemporalYearMonth);\n return new DateTimeFormat(locales, options).format(this);\n }\n valueOf(): never {\n ES.ValueOfThrows('PlainYearMonth');\n }\n toPlainDate(item: Params['toPlainDate'][0]): Return['toPlainDate'] {\n ES.CheckReceiver(this, ES.IsTemporalYearMonth);\n if (!ES.IsObject(item)) throw new TypeError('argument should be an object');\n const calendar = GetSlot(this, CALENDAR);\n\n const fields = ES.ISODateToFields(calendar, GetSlot(this, ISO_DATE), 'year-month');\n const inputFields = ES.PrepareCalendarFields(calendar, item, ['day'], [], []);\n const mergedFields = ES.CalendarMergeFields(calendar, fields, inputFields);\n const isoDate = ES.CalendarDateFromFields(calendar, mergedFields, 'constrain');\n return ES.CreateTemporalDate(isoDate, calendar);\n }\n\n static from(item: Params['from'][0], options: Params['from'][1] = undefined): Return['from'] {\n return ES.ToTemporalYearMonth(item, options);\n }\n static compare(oneParam: Params['compare'][0], twoParam: Params['compare'][1]): Return['compare'] {\n const one = ES.ToTemporalYearMonth(oneParam);\n const two = ES.ToTemporalYearMonth(twoParam);\n return ES.CompareISODate(GetSlot(one, ISO_DATE), GetSlot(two, ISO_DATE));\n }\n [Symbol.toStringTag]!: 'Temporal.PlainYearMonth';\n}\n\nMakeIntrinsicClass(PlainYearMonth, 'Temporal.PlainYearMonth');\n\nfunction getCalendarProperty

(\n ym: Temporal.PlainYearMonth,\n prop: P\n): CalendarDateRecord[P] {\n ES.CheckReceiver(ym, ES.IsTemporalYearMonth);\n const isoDate = GetSlot(ym, ISO_DATE);\n return ES.calendarImplForObj(ym).isoToDate(isoDate, { [prop]: true })[prop];\n}\n","import { assert } from './assert';\nimport * as ES from './ecmascript';\nimport { MakeIntrinsicClass } from './intrinsicclass';\nimport { CALENDAR, EPOCHNANOSECONDS, TIME, TIME_ZONE, GetSlot } from './slots';\nimport { TimeDuration } from './timeduration';\nimport type { Temporal } from '..';\nimport { DateTimeFormat } from './intl';\nimport type {\n BuiltinCalendarId,\n CalendarDateRecord,\n ZonedDateTimeParams as Params,\n ZonedDateTimeReturn as Return\n} from './internaltypes';\n\nimport JSBI from 'jsbi';\n\nconst customResolvedOptions = DateTimeFormat.prototype.resolvedOptions as Intl.DateTimeFormat['resolvedOptions'];\n\nexport class ZonedDateTime implements Temporal.ZonedDateTime {\n constructor(epochNanosecondsParam: bigint | JSBI, timeZoneParam: string, calendarParam = 'iso8601') {\n // Note: if the argument is not passed, ToBigInt(undefined) will throw. This check exists only\n // to improve the error message.\n if (arguments.length < 1) {\n throw new TypeError('missing argument: epochNanoseconds is required');\n }\n const epochNanoseconds = ES.ToBigInt(epochNanosecondsParam);\n let timeZone = ES.RequireString(timeZoneParam);\n const { tzName, offsetMinutes } = ES.ParseTimeZoneIdentifier(timeZone);\n if (offsetMinutes === undefined) {\n // if offsetMinutes is undefined, then tzName must be present\n const record = ES.GetAvailableNamedTimeZoneIdentifier(tzName);\n if (!record) throw new RangeError(`unknown time zone ${tzName}`);\n timeZone = record.identifier;\n } else {\n timeZone = ES.FormatOffsetTimeZoneIdentifier(offsetMinutes);\n }\n const calendar = ES.CanonicalizeCalendar(calendarParam === undefined ? 'iso8601' : ES.RequireString(calendarParam));\n\n ES.CreateTemporalZonedDateTimeSlots(this, epochNanoseconds, timeZone, calendar);\n }\n get calendarId(): Return['calendarId'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return GetSlot(this, CALENDAR);\n }\n get timeZoneId(): Return['timeZoneId'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return GetSlot(this, TIME_ZONE);\n }\n get year(): Return['year'] {\n return getCalendarProperty(this, 'year');\n }\n get month(): Return['month'] {\n return getCalendarProperty(this, 'month');\n }\n get monthCode(): Return['monthCode'] {\n return getCalendarProperty(this, 'monthCode');\n }\n get day(): Return['day'] {\n return getCalendarProperty(this, 'day');\n }\n get hour(): Return['hour'] {\n return getTimeProperty(this, 'hour');\n }\n get minute(): Return['minute'] {\n return getTimeProperty(this, 'minute');\n }\n get second(): Return['second'] {\n return getTimeProperty(this, 'second');\n }\n get millisecond(): Return['millisecond'] {\n return getTimeProperty(this, 'millisecond');\n }\n get microsecond(): Return['microsecond'] {\n return getTimeProperty(this, 'microsecond');\n }\n get nanosecond(): Return['nanosecond'] {\n return getTimeProperty(this, 'nanosecond');\n }\n get era(): Return['era'] {\n return getCalendarProperty(this, 'era');\n }\n get eraYear(): Return['eraYear'] {\n return getCalendarProperty(this, 'eraYear');\n }\n get epochMilliseconds(): Return['epochMilliseconds'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n const value = GetSlot(this, EPOCHNANOSECONDS);\n return ES.epochNsToMs(value, 'floor');\n }\n get epochNanoseconds(): Return['epochNanoseconds'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return ES.ToBigIntExternal(GetSlot(this, EPOCHNANOSECONDS));\n }\n get dayOfWeek(): Return['dayOfWeek'] {\n return getCalendarProperty(this, 'dayOfWeek');\n }\n get dayOfYear(): Return['dayOfYear'] {\n return getCalendarProperty(this, 'dayOfYear');\n }\n get weekOfYear(): Return['weekOfYear'] {\n return getCalendarProperty(this, 'weekOfYear')?.week;\n }\n get yearOfWeek(): Return['yearOfWeek'] {\n return getCalendarProperty(this, 'weekOfYear')?.year;\n }\n get hoursInDay(): Return['hoursInDay'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n const timeZone = GetSlot(this, TIME_ZONE);\n const today = dateTime(this).isoDate;\n const tomorrow = ES.BalanceISODate(today.year, today.month, today.day + 1);\n const todayNs = ES.GetStartOfDay(timeZone, today);\n const tomorrowNs = ES.GetStartOfDay(timeZone, tomorrow);\n const diff = TimeDuration.fromEpochNsDiff(tomorrowNs, todayNs);\n return ES.TotalTimeDuration(diff, 'hour');\n }\n get daysInWeek(): Return['daysInWeek'] {\n return getCalendarProperty(this, 'daysInWeek');\n }\n get daysInMonth(): Return['daysInMonth'] {\n return getCalendarProperty(this, 'daysInMonth');\n }\n get daysInYear(): Return['daysInYear'] {\n return getCalendarProperty(this, 'daysInYear');\n }\n get monthsInYear(): Return['monthsInYear'] {\n return getCalendarProperty(this, 'monthsInYear');\n }\n get inLeapYear(): Return['inLeapYear'] {\n return getCalendarProperty(this, 'inLeapYear');\n }\n get offset(): Return['offset'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n const offsetNs = ES.GetOffsetNanosecondsFor(GetSlot(this, TIME_ZONE), GetSlot(this, EPOCHNANOSECONDS));\n return ES.FormatUTCOffsetNanoseconds(offsetNs);\n }\n get offsetNanoseconds(): Return['offsetNanoseconds'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return ES.GetOffsetNanosecondsFor(GetSlot(this, TIME_ZONE), GetSlot(this, EPOCHNANOSECONDS));\n }\n with(temporalZonedDateTimeLike: Params['with'][0], options: Params['with'][1] = undefined): Return['with'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n if (!ES.IsObject(temporalZonedDateTimeLike)) {\n throw new TypeError('invalid zoned-date-time-like');\n }\n ES.RejectTemporalLikeObject(temporalZonedDateTimeLike);\n\n const calendar = GetSlot(this, CALENDAR);\n const timeZone = GetSlot(this, TIME_ZONE);\n const epochNs = GetSlot(this, EPOCHNANOSECONDS);\n const offsetNs = ES.GetOffsetNanosecondsFor(timeZone, epochNs);\n const isoDateTime = dateTime(this);\n let fields = {\n ...ES.ISODateToFields(calendar, isoDateTime.isoDate),\n ...isoDateTime.time,\n offset: ES.FormatUTCOffsetNanoseconds(offsetNs)\n };\n const partialZonedDateTime = ES.PrepareCalendarFields(\n calendar,\n temporalZonedDateTimeLike,\n ['year', 'month', 'monthCode', 'day'],\n ['hour', 'minute', 'second', 'millisecond', 'microsecond', 'nanosecond', 'offset'],\n 'partial'\n );\n fields = ES.CalendarMergeFields(calendar, fields, partialZonedDateTime);\n\n const resolvedOptions = ES.GetOptionsObject(options);\n const disambiguation = ES.GetTemporalDisambiguationOption(resolvedOptions);\n const offset = ES.GetTemporalOffsetOption(resolvedOptions, 'prefer');\n const overflow = ES.GetTemporalOverflowOption(resolvedOptions);\n\n const newDateTime = ES.InterpretTemporalDateTimeFields(calendar, fields, overflow);\n const newOffsetNs = ES.ParseDateTimeUTCOffset(fields.offset);\n const epochNanoseconds = ES.InterpretISODateTimeOffset(\n newDateTime.isoDate,\n newDateTime.time,\n 'option',\n newOffsetNs,\n timeZone,\n disambiguation,\n offset,\n /* matchMinute = */ false\n );\n\n return ES.CreateTemporalZonedDateTime(epochNanoseconds, timeZone, calendar);\n }\n withPlainTime(temporalTimeParam: Params['withPlainTime'][0] = undefined): Return['withPlainTime'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n\n const timeZone = GetSlot(this, TIME_ZONE);\n const calendar = GetSlot(this, CALENDAR);\n const iso = dateTime(this).isoDate;\n\n let epochNs;\n if (temporalTimeParam === undefined) {\n epochNs = ES.GetStartOfDay(timeZone, iso);\n } else {\n const temporalTime = ES.ToTemporalTime(temporalTimeParam);\n const dt = ES.CombineISODateAndTimeRecord(iso, GetSlot(temporalTime, TIME));\n epochNs = ES.GetEpochNanosecondsFor(timeZone, dt, 'compatible');\n }\n return ES.CreateTemporalZonedDateTime(epochNs, timeZone, calendar);\n }\n withTimeZone(timeZoneParam: Params['withTimeZone'][0]): Return['withTimeZone'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n const timeZone = ES.ToTemporalTimeZoneIdentifier(timeZoneParam);\n return ES.CreateTemporalZonedDateTime(GetSlot(this, EPOCHNANOSECONDS), timeZone, GetSlot(this, CALENDAR));\n }\n withCalendar(calendarParam: Params['withCalendar'][0]): Return['withCalendar'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n const calendar = ES.ToTemporalCalendarIdentifier(calendarParam);\n return ES.CreateTemporalZonedDateTime(GetSlot(this, EPOCHNANOSECONDS), GetSlot(this, TIME_ZONE), calendar);\n }\n add(temporalDurationLike: Params['add'][0], options: Params['add'][1] = undefined): Return['add'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return ES.AddDurationToZonedDateTime('add', this, temporalDurationLike, options);\n }\n subtract(\n temporalDurationLike: Params['subtract'][0],\n options: Params['subtract'][1] = undefined\n ): Return['subtract'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return ES.AddDurationToZonedDateTime('subtract', this, temporalDurationLike, options);\n }\n until(other: Params['until'][0], options: Params['until'][1] = undefined): Return['until'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return ES.DifferenceTemporalZonedDateTime('until', this, other, options);\n }\n since(other: Params['since'][0], options: Params['since'][1] = undefined): Return['since'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return ES.DifferenceTemporalZonedDateTime('since', this, other, options);\n }\n round(roundToParam: Params['round'][0]): Return['round'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n if (roundToParam === undefined) throw new TypeError('options parameter is required');\n const roundTo =\n typeof roundToParam === 'string'\n ? (ES.CreateOnePropObject('smallestUnit', roundToParam) as Exclude)\n : ES.GetOptionsObject(roundToParam);\n const roundingIncrement = ES.GetTemporalRoundingIncrementOption(roundTo);\n const roundingMode = ES.GetRoundingModeOption(roundTo, 'halfExpand');\n const smallestUnit = ES.GetTemporalUnitValuedOption(roundTo, 'smallestUnit', 'time', ES.REQUIRED, ['day']);\n const maximumIncrements = {\n day: 1,\n hour: 24,\n minute: 60,\n second: 60,\n millisecond: 1000,\n microsecond: 1000,\n nanosecond: 1000\n };\n const maximum = maximumIncrements[smallestUnit];\n const inclusive = maximum === 1;\n ES.ValidateTemporalRoundingIncrement(roundingIncrement, maximum, inclusive);\n\n if (smallestUnit === 'nanosecond' && roundingIncrement === 1) {\n return ES.CreateTemporalZonedDateTime(\n GetSlot(this, EPOCHNANOSECONDS),\n GetSlot(this, TIME_ZONE),\n GetSlot(this, CALENDAR)\n );\n }\n\n // first, round the underlying DateTime fields\n const timeZone = GetSlot(this, TIME_ZONE);\n const thisNs = GetSlot(this, EPOCHNANOSECONDS);\n const iso = dateTime(this);\n let epochNanoseconds;\n\n if (smallestUnit === 'day') {\n // Compute Instants for start-of-day and end-of-day\n // Determine how far the current instant has progressed through this span.\n const dateStart = iso.isoDate;\n const dateEnd = ES.BalanceISODate(dateStart.year, dateStart.month, dateStart.day + 1);\n\n const startNs = ES.GetStartOfDay(timeZone, dateStart);\n assert(\n JSBI.greaterThanOrEqual(thisNs, startNs),\n 'cannot produce an instant during a day that occurs before start-of-day instant'\n );\n\n const endNs = ES.GetStartOfDay(timeZone, dateEnd);\n assert(\n JSBI.lessThan(thisNs, endNs),\n 'cannot produce an instant during a day that occurs on or after end-of-day instant'\n );\n\n const dayLengthNs = JSBI.subtract(endNs, startNs);\n const dayProgressNs = TimeDuration.fromEpochNsDiff(thisNs, startNs);\n const roundedDayNs = dayProgressNs.round(dayLengthNs, roundingMode);\n epochNanoseconds = roundedDayNs.addToEpochNs(startNs);\n } else {\n // smallestUnit < day\n // Round based on ISO-calendar time units\n const roundedDateTime = ES.RoundISODateTime(iso, roundingIncrement, smallestUnit, roundingMode);\n\n // Now reset all DateTime fields but leave the TimeZone. The offset will\n // also be retained if the new date/time values are still OK with the old\n // offset. Otherwise the offset will be changed to be compatible with the\n // new date/time values. If DST disambiguation is required, the `compatible`\n // disambiguation algorithm will be used.\n const offsetNs = ES.GetOffsetNanosecondsFor(timeZone, thisNs);\n epochNanoseconds = ES.InterpretISODateTimeOffset(\n roundedDateTime.isoDate,\n roundedDateTime.time,\n 'option',\n offsetNs,\n timeZone,\n 'compatible',\n 'prefer',\n /* matchMinute = */ false\n );\n }\n\n return ES.CreateTemporalZonedDateTime(epochNanoseconds, timeZone, GetSlot(this, CALENDAR));\n }\n equals(otherParam: Params['equals'][0]): Return['equals'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n const other = ES.ToTemporalZonedDateTime(otherParam);\n const one = GetSlot(this, EPOCHNANOSECONDS);\n const two = GetSlot(other, EPOCHNANOSECONDS);\n if (!JSBI.equal(JSBI.BigInt(one), JSBI.BigInt(two))) return false;\n if (!ES.TimeZoneEquals(GetSlot(this, TIME_ZONE), GetSlot(other, TIME_ZONE))) return false;\n return ES.CalendarEquals(GetSlot(this, CALENDAR), GetSlot(other, CALENDAR));\n }\n toString(options: Params['toString'][0] = undefined): string {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n const resolvedOptions = ES.GetOptionsObject(options);\n const showCalendar = ES.GetTemporalShowCalendarNameOption(resolvedOptions);\n const digits = ES.GetTemporalFractionalSecondDigitsOption(resolvedOptions);\n const showOffset = ES.GetTemporalShowOffsetOption(resolvedOptions);\n const roundingMode = ES.GetRoundingModeOption(resolvedOptions, 'trunc');\n const smallestUnit = ES.GetTemporalUnitValuedOption(resolvedOptions, 'smallestUnit', 'time', undefined);\n if (smallestUnit === 'hour') throw new RangeError('smallestUnit must be a time unit other than \"hour\"');\n const showTimeZone = ES.GetTemporalShowTimeZoneNameOption(resolvedOptions);\n const { precision, unit, increment } = ES.ToSecondsStringPrecisionRecord(smallestUnit, digits);\n return ES.TemporalZonedDateTimeToString(this, precision, showCalendar, showTimeZone, showOffset, {\n unit,\n increment,\n roundingMode\n });\n }\n toLocaleString(\n locales: Params['toLocaleString'][0] = undefined,\n options: Params['toLocaleString'][1] = undefined\n ): string {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n const resolvedOptions = ES.GetOptionsObject(options);\n\n // This is not quite per specification, but this polyfill's DateTimeFormat\n // already doesn't match the InitializeDateTimeFormat operation, and the\n // access order might change anyway;\n // see https://github.com/tc39/ecma402/issues/747\n const optionsCopy = Object.create(null);\n ES.CopyDataProperties(optionsCopy, resolvedOptions, ['timeZone']);\n\n if (resolvedOptions.timeZone !== undefined) {\n throw new TypeError('ZonedDateTime toLocaleString does not accept a timeZone option');\n }\n\n if (\n optionsCopy.year === undefined &&\n optionsCopy.month === undefined &&\n optionsCopy.day === undefined &&\n optionsCopy.era === undefined &&\n optionsCopy.weekday === undefined &&\n optionsCopy.dateStyle === undefined &&\n optionsCopy.hour === undefined &&\n optionsCopy.minute === undefined &&\n optionsCopy.second === undefined &&\n optionsCopy.fractionalSecondDigits === undefined &&\n optionsCopy.timeStyle === undefined &&\n optionsCopy.dayPeriod === undefined &&\n optionsCopy.timeZoneName === undefined\n ) {\n optionsCopy.timeZoneName = 'short';\n // The rest of the defaults will be filled in by formatting the Instant\n }\n\n optionsCopy.timeZone = GetSlot(this, TIME_ZONE);\n if (ES.IsOffsetTimeZoneIdentifier(optionsCopy.timeZone)) {\n // Note: https://github.com/tc39/ecma402/issues/683 will remove this\n throw new RangeError('toLocaleString does not currently support offset time zones');\n }\n\n const formatter = new DateTimeFormat(locales, optionsCopy);\n\n const localeCalendarIdentifier = customResolvedOptions.call(formatter).calendar as BuiltinCalendarId;\n const calendarIdentifier = GetSlot(this, CALENDAR);\n if (\n calendarIdentifier !== 'iso8601' &&\n localeCalendarIdentifier !== 'iso8601' &&\n !ES.CalendarEquals(localeCalendarIdentifier, calendarIdentifier)\n ) {\n throw new RangeError(\n `cannot format ZonedDateTime with calendar ${calendarIdentifier}` +\n ` in locale with calendar ${localeCalendarIdentifier}`\n );\n }\n\n return formatter.format(ES.CreateTemporalInstant(GetSlot(this, EPOCHNANOSECONDS)));\n }\n toJSON(): Return['toJSON'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return ES.TemporalZonedDateTimeToString(this, 'auto');\n }\n valueOf(): never {\n ES.ValueOfThrows('ZonedDateTime');\n }\n startOfDay(): Return['startOfDay'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n const timeZone = GetSlot(this, TIME_ZONE);\n const isoDate = dateTime(this).isoDate;\n const epochNanoseconds = ES.GetStartOfDay(timeZone, isoDate);\n return ES.CreateTemporalZonedDateTime(epochNanoseconds, timeZone, GetSlot(this, CALENDAR));\n }\n getTimeZoneTransition(directionParam: Params['getTimeZoneTransition'][0]): Return['getTimeZoneTransition'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n const timeZone = GetSlot(this, TIME_ZONE);\n\n if (directionParam === undefined) throw new TypeError('options parameter is required');\n const direction = ES.GetDirectionOption(\n typeof directionParam === 'string'\n ? (ES.CreateOnePropObject('direction', directionParam) as Exclude)\n : ES.GetOptionsObject(directionParam)\n );\n if (direction === undefined) throw new TypeError('direction option is required');\n\n // Offset time zones or UTC have no transitions\n if (ES.IsOffsetTimeZoneIdentifier(timeZone) || timeZone === 'UTC') {\n return null;\n }\n\n const thisEpochNanoseconds = GetSlot(this, EPOCHNANOSECONDS);\n const epochNanoseconds =\n direction === 'next'\n ? ES.GetNamedTimeZoneNextTransition(timeZone, thisEpochNanoseconds)\n : ES.GetNamedTimeZonePreviousTransition(timeZone, thisEpochNanoseconds);\n return epochNanoseconds === null\n ? null\n : ES.CreateTemporalZonedDateTime(epochNanoseconds, timeZone, GetSlot(this, CALENDAR));\n }\n toInstant(): Return['toInstant'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return ES.CreateTemporalInstant(GetSlot(this, EPOCHNANOSECONDS));\n }\n toPlainDate(): Return['toPlainDate'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return ES.CreateTemporalDate(dateTime(this).isoDate, GetSlot(this, CALENDAR));\n }\n toPlainTime(): Return['toPlainTime'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return ES.CreateTemporalTime(dateTime(this).time);\n }\n toPlainDateTime(): Return['toPlainDateTime'] {\n ES.CheckReceiver(this, ES.IsTemporalZonedDateTime);\n return ES.CreateTemporalDateTime(dateTime(this), GetSlot(this, CALENDAR));\n }\n\n static from(item: Params['from'][0], optionsParam: Params['from'][1] = undefined): Return['from'] {\n return ES.ToTemporalZonedDateTime(item, optionsParam);\n }\n static compare(oneParam: Params['compare'][0], twoParam: Params['compare'][1]): Return['compare'] {\n const one = ES.ToTemporalZonedDateTime(oneParam);\n const two = ES.ToTemporalZonedDateTime(twoParam);\n const ns1 = GetSlot(one, EPOCHNANOSECONDS);\n const ns2 = GetSlot(two, EPOCHNANOSECONDS);\n if (JSBI.lessThan(JSBI.BigInt(ns1), JSBI.BigInt(ns2))) return -1;\n if (JSBI.greaterThan(JSBI.BigInt(ns1), JSBI.BigInt(ns2))) return 1;\n return 0;\n }\n [Symbol.toStringTag]!: 'Temporal.ZonedDateTime';\n}\n\nMakeIntrinsicClass(ZonedDateTime, 'Temporal.ZonedDateTime');\n\nfunction dateTime(zdt: Temporal.ZonedDateTime) {\n return ES.GetISODateTimeFor(GetSlot(zdt, TIME_ZONE), GetSlot(zdt, EPOCHNANOSECONDS));\n}\n\nfunction getCalendarProperty

(\n zdt: Temporal.ZonedDateTime,\n prop: P\n): CalendarDateRecord[P] {\n ES.CheckReceiver(zdt, ES.IsTemporalZonedDateTime);\n const isoDate = dateTime(zdt).isoDate;\n return ES.calendarImplForObj(zdt).isoToDate(isoDate, { [prop]: true })[prop];\n}\n\nfunction getTimeProperty(zdt: Temporal.ZonedDateTime, prop: Temporal.TimeUnit) {\n ES.CheckReceiver(zdt, ES.IsTemporalZonedDateTime);\n return dateTime(zdt).time[prop];\n}\n","import * as ES from './ecmascript';\n\n// By default, a plain function can be called as a constructor. A method such as\n// Date.prototype.toTemporalInstant should not be able to. We could check\n// new.target in the body of toTemporalInstant, but that is not sufficient for\n// preventing construction when passing it as the newTarget parameter of\n// Reflect.construct. So we create it as a method of an otherwise unused class,\n// and monkeypatch it onto Date.prototype.\n\nclass LegacyDateImpl {\n toTemporalInstant(this: Date) {\n const epochNanoseconds = ES.epochMsToNs(Date.prototype.valueOf.call(this));\n return ES.CreateTemporalInstant(epochNanoseconds);\n }\n}\n\nexport const toTemporalInstant = LegacyDateImpl.prototype.toTemporalInstant;\n","// This entry point treats Temporal as a library, and does not polyfill it onto\n// the global object.\n// This is in order to avoid breaking the web in the future, if the polyfill\n// gains wide adoption before the API is finalized. We do not want checks such\n// as `if (typeof Temporal === 'undefined')` in the wild, until browsers start\n// shipping the finalized API.\n\nimport * as Temporal from './temporal';\nimport * as Intl from './intl';\nimport { toTemporalInstant } from './legacydate';\n\n// Work around https://github.com/babel/babel/issues/2025.\nconst types = [\n Temporal.Instant,\n Temporal.PlainDate,\n Temporal.PlainDateTime,\n Temporal.Duration,\n Temporal.PlainMonthDay,\n // Temporal.Now, // plain object (not a constructor), so no `prototype`\n Temporal.PlainTime,\n Temporal.PlainYearMonth,\n Temporal.ZonedDateTime\n];\nfor (const type of types) {\n const descriptor = Object.getOwnPropertyDescriptor(type, 'prototype') as PropertyDescriptor;\n if (descriptor.configurable || descriptor.enumerable || descriptor.writable) {\n descriptor.configurable = false;\n descriptor.enumerable = false;\n descriptor.writable = false;\n Object.defineProperty(type, 'prototype', descriptor);\n }\n}\n\nexport { Temporal, Intl, toTemporalInstant 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os","getUTCFullYear","getUTCMonth","getUTCDate","getUTCHours","getUTCMinutes","getUTCSeconds","getUTCMilliseconds","now","uppercap","max","leftMs","leftOffsetNs","rightMs","rightOffsetNs","bisect","epochMs","GetNamedTimeZonePreviousTransition","lookahead","prevBeforeLookahead","lastPrecomputed","datetime","splits","parseFromEnUsFormat","format","LeapYear","ISODaysInMonth","standard","leapyear","DateDurationSign","fieldNames","InternalDurationSign","dateSign","BalanceISOYearMonth","daysIn400YearCycle","nCycles","daysInYear","testYear","BalanceTime","DateDurationDays","yearsMonthsWeeksDuration","later","epochDaysEarlier","ISODateToEpochDays","yearsMonthsWeeksInDays","CreateNegatedTemporalDuration","RejectToRange","AssertISODateTimeWithinLimits","mon","w","d","propSign","msResult","nsResult","remainderSec","totalSec","isSafeInteger","ToInternalDurationRecord","ToInternalDurationRecordWith24HourDays","ToDateDurationRecordWithoutTime","internalDuration","TemporalDurationFromInternal","CombineDateAndTimeDuration","DifferenceTime","time1","time2","DifferenceInstant","ns1","ns2","fromEpochNsDiff","RoundTimeDuration","DifferenceISODateTime","isoDateTime1","isoDateTime2","timeSign","CompareISODate","adjustedDate","dateLargestUnit","dateDifference","DifferenceZonedDateTime","nsDiff","isoDtStart","isoDtEnd","intermediateDateTime","dayCorrection","maxDayCorrection","intermediateNs","NudgeToCalendarUnit","durationParam","destEpochNs","startDuration","endDuration","yearsMonths","weeksStart","untilResult","start","end","startEpochNs","endEpochNs","startDateTime","endDateTime","numerator","denominator","even","roundedUnit","total","didExpandCalendarUnit","nudgeResult","nudgedEpochNs","RoundRelativeDuration","largestUnitParam","irregularLengthUnit","daySpan","unitIncrement","roundedTimeDuration","beyondDaySpan","didRoundBeyondDay","dayDelta","NudgeToZonedTime","roundedTime","diffTime","wholeDays","roundedWholeDays","didExpandDays","NudgeToDayOrTime","largestUnitIndex","unitIndex","BubbleRelativeDuration","TotalRelativeDuration","TotalTimeDuration","DifferencePlainDateTimeWithRounding","DifferenceZonedDateTimeWithRounding","GetDifferenceSettings","op","group","disallowed","fallbackSmallest","smallestLargestDefaultUnit","ALLOWED_UNITS","reduce","allowed","NegateRoundingMode","defaultLargestUnit","DifferenceTemporalInstant","otherParam","settings","DifferenceTemporalPlainDate","plainDate","otherCalendar","Duration","isoOther","DifferenceTemporalPlainDateTime","plainDateTime","DifferenceTemporalPlainTime","plainTime","DifferenceTemporalPlainYearMonth","thisFields","thisDate","otherFields","otherDate","DifferenceTemporalZonedDateTime","zonedDateTime","AddInstant","AddZonedDateTime","AddDurations","d1","d2","AddDurationToInstant","durationLike","AddDurationToDate","AddDurationToDateTime","dateTime","timeResult","AddDurationToTime","temporalTime","AddDurationToYearMonth","startDate","nextMonth","durationToAdd","AddDurationToZonedDateTime","quantity","ComparisonResult","incrementNs","quantityParam","RoundNumberToIncrementAsIfPositive","RoundISODateTime","RoundTime","nsPerUnit","divisor","isoDate1","isoDate2","CompareTimeRecord","dateResult","ToBigIntExternal","arg","jsbiBI","ToBigInt","epochNanosecondsParam","isInteger","prim","toPrimFn","toPrimitive","call","SystemUTCEpochNanoSeconds","DefaultTimeZone","CreateOnePropObject","propName","o","idParam","str","lowercase","code","charCodeAt","fromCharCode","ValueOfThrows","constructorName","PARSE.offset","getState","leftParam","rightParam","lstateParam","rstateParam","left","right","lstate","rstate","middle","mstate","arrayFromSet","src","calendarDateWeekOfYear","impl","yow","dayOfWeek","dayOfYear","fdow","getFirstDayOfWeek","mdow","getMinimalDaysInFirstWeek","relDow","relDowJan1","woy","firstDayOfWeek","minimalDaysInFirstWeek","desiredDay","periodStartDayOfWeek","weekNo","weekNumber","lastRelDow","week","ISODateSurpasses","y1","m1","nonLeapMonthCodeNumberPart","startsWith","buildMonthCode","leap","resolveNonLunisolarMonth","monthsPerYear","ES.RejectToRange","ES.ConstrainToRange","numberPart","ES.RegulateISODate","keys","ES.BalanceISOYearMonth","ES.BalanceISODate","ES.CompareISODate","intermediate","candidateYears","candidateMonths","constrained","ES.ConstrainISODate","ES.ISODateToEpochDays","requestedFields","daysInWeek","monthsInYear","shiftedMonth","shiftedYear","century","yearInCentury","dow","m","ES.ISODaysInMonth","weekOfYear","daysInMonth","inLeapYear","ES.LeapYear","OneObjectCache","cacheToClone","calls","hits","misses","entry","entries","MAX_CACHE_ENTRIES","report","setObject","obj","objectMap","cache","toUtcIsoDateString","isoYear","isoMonth","isoDay","ES.ISOYearString","ES.ISODateTimePartString","simpleDateDiff","HelperBase","eras","hasEra","erasBeginMidYear","getFormatter","formatter","getCalendarParts","dateTimeFormat","locale","formatToParts","isoToCalendarDate","JSON","stringify","func","cached","matches","monthExtra","normalize","toLowerCase","replacement","find","generic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