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"use strict"; (self.webpackChunktradingview = self.webpackChunktradingview \|\| []).push([ [65414], { 328296: (e, t, s) => { s.d(t, { SessionsSpec: () => S }); var r = s(650151), n = s(870045), i = s(828473), o = s(323486); function a(e, t) { return e.compareTo(t) } class h { constructor(e, t, s) { (0, r.assert)(Number.isFinite(e) && Number.isFinite(t) && Number.isFinite(s), "Invalid arguments"), this._dayOfWeek = e, this._start = t, this._length = s } start() { return this._start + n.minutesPerDay * this.sessionStartDaysOffset() } startOffset() { return this._start } sessionStartDaysOffset() { return this._start >= 0 ? 0 : this._start % n.minutesPerDay == 0 ? -Math.ceil(this._start / n.minutesPerDay) : -Math.floor(this._start / n.minutesPerDay) } isOvernight() { return this._start < 0 } dayOfWeek() { return this._dayOfWeek } sessionStartDayOfWeek() { let e = this._dayOfWeek - this.sessionStartDaysOffset(); return e < n.SUNDAY && (e += 7), e } length() { return this._length } compareTo(e) { const t = this._weight(), s = t + this._length, r = e._weight(), n = r + e._length; return t <= r && r < s \|\| r <= t && t < n ? 0 : t > r ? 1 : -1 } contains(e) { return this._contains((0, n.get_minutes_with_hours)(e), (0, n.get_day_of_week)(e)) } _weight() { return this._dayOfWeek * n.minutesPerDay + this._start } _contains(e, t) { let s = t - this._dayOfWeek; s > 0 && (s -= 7); const r = s * n.minutesPerDay + e; return r >= this._start && r < this._start + this._length } } class d { constructor(e, t, s) { this.weekIndex = e, this.entryIndex = t, this.entries = s } getEntry() { return this.entries[this.entryIndex] } } class l { constructor(e, t, s, r) { this._maxTradingDayLength = null, this._list = e, this._entriesByDay = t, this._firstDayOfWeek = s, this._weekEndsCount = r } firstDayOfWeek() { return this._firstDayOfWeek } entriesByDay() { return this._entriesByDay } list() { return this._list } isWeekEnd(e) { return !this._entriesByDay.has(e) } weekEndsCount() { return this._weekEndsCount } longestSessionLength() { return 0 === this._list.length ? 0 : Math.max(...this._list.map((e => e.length()))) } maxTradingDayLength() { if (null == this._maxTradingDayLength) { const e = new Map; for (const t of this._list) { const s = t.dayOfWeek(); e.set(s, t.length() + (e.get(s) ? ? 0)) } let t = 0; e.forEach((e => { t = Math.max(t, e) })), this._maxTradingDayLength = t } return this._maxTradingDayLength } } class c { constructor(e, t, s) { this._startDay = e, this._entries = s, this._specEndDay = t } getEntries() { return this._entries } getStartDay() { return this._startDay } getSpecEndDay() { return this._specEndDay } isOpenEnded() { return null == this._specEndDay } } const _ = [n.MONDAY, n.TUESDAY, n.WEDNESDAY, n.THURSDAY, n.FRIDAY], f = [n.SUNDAY, n.MONDAY, n.TUESDAY, n.WEDNESDAY, n.THURSDAY, n.FRIDAY, n.SATURDAY]; function y(e) { return e >= 48 && e <= 57 } const u = [0, 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31]; class g extends Map { constructor() { super(...arguments), this._keyStringsToKey = new Map } get(e) { const t = this._keyStringsToKey.get(e.toString()); return t && super.get(t) } set(e, t) { const s = e.toString(), r = this._keyStringsToKey.get(s); return void 0 !== r && super.delete(r), this._keyStringsToKey.set(s, e), super.set(e, t) } has(e) { return this._keyStringsToKey.has(e.toString()) } } function k(e) { return e.length > 0 } class D { constructor() { this.historyEntries = [], this.timezone = "", this.adjustSessionsIndexes = null } parseSessions(e, t) { this._parseHistoryEntries(e, t, !1) } parseSessionsAndValidateDateTime(e, t) { this._parseHistoryEntries(e, t, !0) } static parseHolidaysAndCorrections(e, t, s, r) { return this._parseHolidaysAndCorrectionsImpl(e, t, s, r) } static parseHolidaysAndCorrectionsAndValidateDateTime(e, t, s) { return this._parseHolidaysAndCorrectionsImpl(e, t, s, !0) } _clearAll() { this.timezone = "", this.historyEntries = [], this.adjustSessionsIndexes = [] } _parseHistoryEntries(e, t, s) { this._clearAll(); const r = t.split("/"); let n = null, i = null; this.hasHistoryCorrections = r.length > 1; for (let t = 0; t < r.length; t++) { const o = r[t].split("#"); let a = null; if (t !== r.length - 1) { if (2 !== o.length) throw new Error(`bad session history entry definition: ${r[t]}`); a = D._parseDay(o[1], "session history entry end", s).toCalendar() } else { if (1 !== o.length) throw new Error(`bad session history entry definition: ${r[t]}`); a = null } if (null !== i && null !== a && a.getTime() < i.getTime()) throw new Error(`history sessions are not listed in ascending order (${i} -> ${a}`); const h = this._parseSessionsImpl(e, o[0], s); n = this._adjustStartToPreviousSession(h.firstDayOfWeek()); const d = new c(n, a, h); this.historyEntries.push(d), i = a } } _parseSessionsImpl(e, t, s) { this.timezone = e, t = this._parseFirstDayOfWeek(t); const r = new Map, n = []; if ("24x7" === t.toLowerCase()) for (const e of f) { const t = D._createSessionEntry(e, 0, 0, 0, 0); n.push(t); const s = []; s.push(t), r.set(e, s) } else { let e = !1; const i = new Map; for (const s of t.split("\|")) { const t = s.split(":").filter(k); if (1 !== t.length && 2 !== t.length) throw new Error(`bad session section: ${s}`); const r = 1 === t.length; if (r) { if (e) throw new Error(`duplicated default section: ${s}`); e = !0 } const n = r ? _ : D._parseWorkingDays(t[1]); for (const e of n) r && i.has(e) \|\| i.set(e, t[0]) } for (const e of f) { const t = i.get(e); if (void 0 !== t) for (const i of t.split(",").filter(k)) { const t = D._parseSessionEntry(e, i, s); let o = r.get(e); void 0 === o && (o = []), o.push(t), n.push(t), r.set(e, o) } } } n.sort(a); const i = new Set; for (const e of n) i.add(e.dayOfWeek()); const o = 7 - i.size; return new l(n, r, this._firstDayOfWeek, o) } _parseFirstDayOfWeek(e) { const t = e.split(";"); if (this._firstDayOfWeek = n.MONDAY, t.length > 2) throw new Error(`bad sessions spec: ${e}`); if (1 === t.length) return e; let s = 1; let r = t[0].indexOf("-") >= 0 ? NaN : parseInt(t[0]); if (isNaN(r) && (s = 0, r = parseInt(t[1])), r < n.SUNDAY \|\| r > n.SATURDAY) throw new Error(`bad sessions spec: ${e}`); return this._firstDayOfWeek = r, t[s] } _adjustStartToPreviousSession(e) { if (0 === this.historyEntries.length) return null; const t = (0, r.ensureNotNull)(this.historyEntries[this.historyEntries.length - 1].getSpecEndDay()), s = e - (0, n.get_day_of_week)(t); if (0 === s) return t; const i = (0, n.clone)(t); return (0, n.add_date)(i, s), t.getTime() < i.getTime() \|\| (0, n.add_date)(i, 7), i } static _parseSessionEntry(e, t, s) { const r = t.split("-"); if (2 !== r.length) throw new Error(`bad session entry: ${t}`); let n = 0, i = r[0]; if (i.includes("F")) { const e = i.split("F"); i = e[0], n = "" !== e[1] ? parseInt(e[1]) : 1 } let o = 0, a = r[1]; if (a.includes("F")) { const e = a.split("F"); a = e[0], o = "" !== e[1] ? parseInt(e[1]) : 1 } const h = this._minutesFromHHMM(i, t, s), d = this._minutesFromHHMM(a, t, s); return this._createSessionEntry(e, h, d, n, o) } static _minutesFromHHMM(e, t, s) { if (4 === e.length && y(e.charCodeAt(0)) && y(e.charCodeAt(1)) && y(e.charCodeAt(2)) && y(e.charCodeAt(3))) { const t = parseInt(e), r = Math.trunc(t / 100), n = t % 100; if (!s \|\| r < 24 && n < 60) return n + 60 * r } throw new Error(`incorrect entry syntax: ${t}`) } static _parseDay(e, t, s) { if (8 === e.length && y(e.charCodeAt(0)) && y(e.charCodeAt(1)) && y(e.charCodeAt(2)) && y(e.charCodeAt(3)) && y(e.charCodeAt(4)) && y(e.charCodeAt(5)) && y(e.charCodeAt(6)) && y(e.charCodeAt(7))) { const t = parseInt(e.substring(0, 4)), r = parseInt(e.substring(4, 6)), n = parseInt(e.substring(6, 8)); if (!s \|\| this._isValidDayOfMonth(n, r, t)) return new o.BusinessDay(t, r, n) } throw new Error(`bad ${t} date: ${e}`) } static _isValidDayOfMonth(e, t, s) { return !(t < 1 \|\| t > 12) && (!(e < 1 \|\| e > u[t]) \|\| !(2 !== t \|\| 29 !== e \|\| !(0, n.is_leap_year)(s))) } static _parseWorkingDays(e) { const t = []; for (let s = 0; s < e.length; s++) { const r = e.charCodeAt(s) - 48; if (r < 1 \|\| r > 7) throw new Error(`Invalid days specification: ${e}`); t.includes(r) \|\| t.push(r) } return t } static _createSessionEntry(e, t, s, i, o) { (0, r.assert)(i >= 0 && i < 7), (0, r.assert)(o >= 0 && o < 7), 0 === s && (s = n.minutesPerDay), i === o && s <= t && (i += 1), (0, r.assert)(i >= o), i > 0 && (t -= i * n.minutesPerDay), o > 0 && (s -= o * n.minutesPerDay); const a = s - t; return (0, r.assert)(e >= n.SUNDAY && e <= n.SATURDAY), (0, r.assert)(t < n.minutesPerDay), (0, r.assert)(a > 0), new h(e, t, a) } static _parseHolidaysAndCorrectionsImpl(e, t, s, r) { const i = new g; if ("" !== t) { const e = []; for (const s of t.split(",")) { const t = this._parseDay(s, "holiday", r); i.set(t, e) } } if ("" === s) return i; for (const e of s.split(";")) { const t = e.split(":"); if (2 !== t.length) throw new Error(`bad correction section: ${e}`); const s = []; if ("dayoff" !== t[0]) for (const e of t[0].split(",")) s.push(this._parseSessionEntry(1, e, r)); for (const e of t[1].split(",")) { const t = this._parseDay(e, "correction", r), o = (0, n.get_day_of_week)(t.toCalendar()), a = []; for (let e = 0; e < s.length; e++) { const t = s[e]; a.push(new h(o, t.startOffset(), t.length())) } i.set(t, a) } } return i } } function p(e, t) { return e.compareTo(t) < 0 } const E = (0, n.get_timezone)("Etc/UTC"); class W { constructor(e) { this._value = e } get() { return this._value } set(e) { this._value = e } } class S { constructor(e = "Etc/UTC", t = "0000-0000", s = "", r = "", i = !1) { const o = new D; i ? o.parseSessionsAndValidateDateTime(e, t) : o.parseSessions(e, t), this._entries = o.historyEntries, this._hasHistoryCorrections = o.hasHistoryCorrections, this._presentHistoryEntry = o.historyEntries[o.historyEntries.length - 1], this._timezone = o.timezone, this._timezoneObj = (0, n.get_timezone)(o.timezone), this._holidayAndCorrectionMap = i ? D.parseHolidaysAndCorrectionsAndValidateDateTime(e, s, r) : D.parseHolidaysAndCorrections(e, s, r, i); const a = this._holidayAndCorrectionMap.keys(); this._entriesHash = new Map; const h = this._prepareSessionsBorderParams(); this._borderWeeksIndicesHash = h.borderWeeksIndicesHash, this._yearToWeeksIndicesHash = h.yearToWeeksIndicesHash, this._weekIndicesOfLastHistoryWeek = h.weekIndicesOfLastHistoryWeek, this._presentStartWeekIndex = h.startPresentSessionWeekIndex, this._yearToCalculatedAddedWeekIndicesHash = new Map, "" === s && "" === r && null === this._weekIndicesOfLastHistoryWeek ? this._isThereCorrections = !1 : this._isThereCorrections = !0; for (const e of a) { const t = this.getWeekIndex(e.toCalendar()); this._entriesHash.set(t, new W(null)) } } hasHistoryCorrections() { return this._hasHistoryCorrections } firstDayOfWeek() { return this._presentHistoryEntry.getEntries().firstDayOfWeek() } getEntriesForWeek(e) { if (!this._isThereCorrections) return this._presentHistoryEntry.getEntries(); (0, r.assert)(e >= 0); const t = e, s = this._entriesHash.get(t); if (void 0 === s) { return this._getHistoryAndIndexForWeek(t).getEntries() } let i = s.get(); if (null !== i) return i; let h = null; const d = this._borderWeeksIndicesHash.get(t); h = void 0 === d ? this._getHistoryAndIndexForWeek(t).getEntries() : this._prepareBorderWeekHistory(d); const c = new Map(h.entriesByDay()); let _ = [...h.list()]; const y = this._weekIndexToLocalDateTime(e), u = this._weekIndexToLocalDateTime(e + 1), g = o.BusinessDay.fromCalendar(y), k = o.BusinessDay.fromCalendar(u); for (const [e, t] of this._selectHolidays(g, k)) { const s = (0, n.get_day_of_week)(e.toCalendar()); _ = _.filter((e => e.dayOfWeek() !== s)), _.push(...t), 0 === t.length ? c.delete(s) : c.set(s, t) } _.sort(a); const D = f.length - c.size; return i = new l(_, c, h.firstDayOfWeek(), D), s.set(i), i } getHistoryByIndex(e) { return this._entries[e] } timezone() { return this._timezone } timezoneObj() { return this._timezoneObj } longestSessionLength() { let e = this._presentHistoryEntry.getEntries().longestSessionLength(); for (let t = 0; t < this._entries.length - 1; t++) { const s = this._entries[t].getEntries().longestSessionLength(); e = Math.max(e, s) } let t = -1 / 0; for (const e of this._holidayAndCorrectionMap.values()) t = Math.max(t, ...e.map((e => e.length()))); return Math.max(t, e) } isWeekEnd(e) { const t = this.getWeekIndex(e); let s; return s = void 0 === this._borderWeeksIndicesHash.get(t) ? this._getHistoryAndIndexForWeek(t).getEntries() : this.getEntriesForWeek(t), s.isWeekEnd((0, n.get_day_of_week)(e)) } isCalWeekEnd(e) { const t = (0, n.get_day_of_week)(e); if (!this._isThereCorrections) return this._presentHistoryEntry.getEntries().isWeekEnd(t); const s = this.getWeekIndex(e), r = this.getEntriesForWeek(s), i = o.BusinessDay.fromCalendar(e), a = this._holidayAndCorrectionMap.get(i); return void 0 === a ? r.isWeekEnd(t) : 0 === a.length } holidaysFromYearStart(e) { const t = e instanceof o.BusinessDay ? e : o.BusinessDay.fromCalendar(e); return this._holidaysFromYearStart(t) } daysOffFromYearStart(e) { const t = (0, n.get_cal)(E, (0, n.get_year)(e), n.JANUARY, 1), s = this.getWeekIndex(t), r = (0, n.get_day_of_week)(t), i = (0, n.get_day_of_week)(e) - 1; if ((0, n.get_day_of_year)(e) + r <= n.LAST_DAY_OF_WEEK + n.FIRST_DAY_OF_WEEK) return this._getDaysOffForWeekInBorders(s, r, i); const o = this.getWeekIndex(e); let a = this._getDaysOffForWeekInBorders(s, r, n.LAST_DAY_OF_WEEK); for (let e = s + 1; e < o; e++) { a += this.getEntriesForWeek(e).weekEndsCount() } return a += this._getDaysOffForWeekInBorders(o, n.FIRST_DAY_OF_WEEK, i), a } weekEndsCountForSingleSession() { return (0, r.assert)(!this.hasHistoryCorrections()), this._presentHistoryEntry.getEntries().weekEndsCount() } intradayCanBeBuiltFrom24x7(e) { for (const t of this._entries) if (!t.getEntries().list().every((t => t.start() % e == 0 && t.length() % e == 0))) return !1; return !0 } intradayCanBeBuiltFrom24x7Seconds(e) { for (const t of this._entries) if (!t.getEntries().list().every((t => 60 * t.start() % e == 0 && 60 * t.length() % e == 0))) return !1; return !0 } indexOfSession(e, t, s) { (0, r.assert)(t >= n.SUNDAY && t <= n.SATURDAY), (0, r.assert)(s >= 0 && s < n.minutesPerDay); const o = this.getEntriesForWeek(e), a = o.list(); let l = (0, i.lowerbound)(a, new h(t, s, 0), p); if (l < a.length) return new d(e, l, [...a]); let c = e + 1, _ = this.getEntriesForWeek(c); if (0 !== _.list().length) { const e = 7 - t + _.firstDayOfWeek() - 1; if (s = -(n.minutesPerDay - s + e * n.minutesPerDay), l = (0, i.lowerbound)(_.list(), new h(_.firstDayOfWeek(), s, 0), p), l < _.list().length) return new d(c, l, [..._.list()]) } for (;;) if (c++, s -= n.minutesPerWeek, _ = this.getEntriesForWeek(c), 0 !== _.list().length && (l = (0, i.lowerbound)(_.list(), new h(o.firstDayOfWeek(), s, 0), p), !(l >= _.list().length))) return new d(c, l, [..._.list()]) } findSession(e, t, s, r = 0) { const n = this.indexOfSession(e, t, s), i = n.entries; let o = n.entryIndex; if (0 !== r) { const e = i[o].dayOfWeek(), t = r > 0 ? 1 : -1; for (;;) { const s = o + t; if (s < 0 \|\| s >= i.length \|\| i[s].dayOfWeek() !== e) break; o = s } } return new d(n.weekIndex, o, i) } getWeekIndex(e) { return this._isThereCorrections ? S._getWeekIndexImpl(e) : 0 } correctTradingDay(e) { const t = this._correctTradingDay(this.getWeekIndex(e), (0, n.get_day_of_week)(e), (0, n.get_minutes_with_hours)(e)), s = (0, n.clone)(e); return (0, n.add_date)(s, t), s } alignToSessionStart(e, t = 0) { const s = (0, n.get_day_of_week)(e), r = (0, n.get_minutes_from_midnight)(e), i = this.getWeekIndex(e), o = this.findSession(i, s, r, t), a = o.getEntry(), h = a.dayOfWeek() - s + 7 * Math.trunc(o.weekIndex - i); 0 !== h && (0, n.add_date)(e, h); const d = a.startOffset(); return (0, n.set_hms)(e, Math.trunc(d / 60), d % 60, 0, 0), a.length() } businessDaysToCalendarDays(e, t) { return this._businessDaysToCalendarDays(this.getWeekIndex(e), (0, n.get_day_of_week)(e), t) } calendarDaysToBusinessDays(e, t) { return this._calendarDaysToBusinessDays(this.getWeekIndex(e), (0, n.get_day_of_week)(e), t) } alignToNearestSessionStart(e, t) { return this._alignToNearestSessionValue(e, t, this._entrySessionStart.bind(this)) } alignToNearestSessionEnd(e, t) { return this._alignToNearestSessionValue(e, t, this._entrySessionEnd.bind(this)) } bordersOfDailyBar(e) { const t = this._getEntriesForDay(e); if (0 === t.length) return null; const s = t.slice(); s.sort(a); const r = this._getLeftEntryBorder(e, s[0]), i = s[s.length - 1], o = 60 * (i.startOffset() + i.length()) - 1, h = (0, n.clone)(e); return (0, n.set_seconds)(h, o), { from: r, to: h } } leftBorderOfDailyBar(e) { const t = this._getEntriesForDay(e); if (0 === t.length) return null; const s = t.slice(); return s.sort(a), this._getLeftEntryBorder(e, s[0]) } checkSession() { return this._checkEachHistorySession() && this._checkSpecialEntries() && this._checkTooManyCorrectionsOnWeek() } inSession(e) { e = new Date(1e3 * Math.floor(e.getTime() / 1e3)); const t = this.alignToNearestSessionStart(e, -1), s = this.alignToNearestSessionEnd(t, 1); return !(e.getTime() > s.getTime()) } hasWeekEnds() { for (const e of this._entries) if (0 !== e.getEntries().weekEndsCount()) return !0; return !1 } getWeekIndicesWithAdditionalWeekBars(e) { let t = this._yearToCalculatedAddedWeekIndicesHash.get(e); return void 0 === t && (t = this._calculateAddedIndices(e), this._yearToCalculatedAddedWeekIndicesHash.set(e, t)), t } _prepareSessionsBorderParams() { const e = new Map, t = new Map; let s = null; this._entries.length > 1 && (s = Array.from({ length: this._entries.length - 1 }, (() => 0))); let n = 0; for (let i = 0; i < this._entries.length - 1; i++) { const o = this._entries[i + 1], a = (0, r.ensureNotNull)(o.getStartDay()); n = S._getWeekIndexImpl(a), e.set(n, i + 1), this._addToYearHash(t, a, n), this._entriesHash.set(n, new W(null)), (0, r.ensureNotNull)(s)[i] = n } return { borderWeeksIndicesHash: e, yearToWeeksIndicesHash: t, startPresentSessionWeekIndex: n, weekIndicesOfLastHistoryWeek: s } } _addToYearHash(e, t, s) { const r = (0, n.get_year)(t); let i = e.get(r); void 0 === i && (i = [], e.set(r, i)), i.push(s) } _getHistoryAndIndexForWeek(e) { if (this._presentStartWeekIndex <= e) return this._presentHistoryEntry; const t = this._getIndexOfHistoryEntry(e); return this._entries[t] } _getIndexOfHistoryEntry(e) { let t = 0, s = this._entries.length - 1, n = Math.floor((t + s) / 2); for ((0, r.assert)(null !== this._weekIndicesOfLastHistoryWeek);;) { if (this._weekIndicesOfLastHistoryWeek[n] >= e) { if (s = n - 1, s < t) return n } else if (t = n + 1, s < t) return n + 1; n = Math.floor((t + s) / 2) } } _selectHolidays(e, t) { const s = new Set; for (const [r, n] of this._holidayAndCorrectionMap) r.compareTo(e) >= 0 && r.compareTo(t) < 0 && s.add([r, n]); return s } _prepareBorderWeekHistory(e) { const t = this._entries[e - 1], s = this._entries[e], i = new Map, o = [], a = (0, n.get_day_of_week)((0, r.ensureNotNull)(s.getStartDay())); for (let e = 0; e < f.length; e++) { const r = f[e]; if (r < a) { const e = t.getEntries().entriesByDay().get(r); void 0 !== e && (o.push(...e), i.set(r, e)) } else { const e = s.getEntries().entriesByDay().get(r); void 0 !== e && (o.push(...e), i.set(r, e)) } } return new l(o, i, s.getEntries().firstDayOfWeek(), 0) } _holidaysFromYearStart(e) { if (!this._isThereCorrections) return 0; (0, r.assert)(!this.hasHistoryCorrections()); const t = e.firstDayOfYear(); let s = 0; for (const [r, n] of this._selectHolidays(t, e)) { const e = r.getDayOfWeek(), t = 0 === n.length; this._presentHistoryEntry.getEntries().isWeekEnd(e) ? s += t ? 0 : -1 : s += t ? 1 : 0 } return s } _getDaysOffForWeekInBorders(e, t, s) { let r = 0; const n = this.getEntriesForWeek(e); for (let e = t; e <= s; e++) n.entriesByDay().has(e) \|\| r++; return r } _weekIndexToLocalDateTime(e) { const t = Math.floor(86400 * e * 7 + 86400 - 62167219200), s = (0, n.get_cal_from_unix_timestamp_ms)(E, 1e3 * t); return (0, n.set_hms)(s, 0, 0, 0, 0), s } _correctTradingDay(e, t, s) { const r = this.findSession(e, t, s, 0); return r.getEntry().dayOfWeek() - t + 7 * Math.trunc(r.weekIndex - e) } _entrySessionValue(e, t, s, r) { t = (0, n.clone)(t); let i = (0, n.get_day_of_week)(t); const o = e.getEntry(); let a = o.dayOfWeek() - o.sessionStartDaysOffset(); const h = this.getWeekIndex(t); let d = Math.trunc(e.weekIndex - h), l = !1; if (a < n.SUNDAY && (d <= 0 ? l = !0 : d--, a += 7), (d > 0 && s >= 0 \|\| d < 0 && s < 0) && (0, n.add_date)(t, 7 * d), !o.contains(t)) { let e = a - i; l && s < 0 && (e = -(7 - a + i)), (0, n.add_date)(t, e), i = (0, n.get_day_of_week)(t) } if (o.isOvernight()) { const e = o.sessionStartDaysOffset(), s = (i - (o.dayOfWeek() - e) + 7) % 7; 0 !== s && (0, n.add_date)(t, -s) } const c = r(o); return (0, n.set_seconds)(t, c), t } _businessDaysToCalendarDays(e, t, s) { let r = 0, i = 0; for (; i < s;) { const o = this.getEntriesForWeek(e); for (let e = t; e <= n.SATURDAY; e++) if (r++, void 0 !== o.entriesByDay().get(e) && i++, i >= s) return r; e++, t = n.SUNDAY } return r } _calendarDaysToBusinessDays(e, t, s) { let r = 0, i = 0; for (; r < s;) { const o = this.getEntriesForWeek(e); for (let e = t; e <= n.SATURDAY; e++) if (r++, void 0 !== o.entriesByDay().get(e) && i++, r >= s) return i; e++, t = n.SUNDAY } return i } _entrySessionStart(e, t, s) { return this._entrySessionValue(e, t, s, (e => 60 * e.start())) } _entrySessionEnd(e, t, s) { return this._entrySessionValue(e, t, s, (e => 60 * (e.start() + e.length()) - 1)) } _alignToNearestSessionValue(e, t, s) { const r = (0, n.get_day_of_week)(e), i = (0, n.get_minutes_with_hours)(e), o = this.getWeekIndex(e); let a = this.findSession(o, r, i); if (1 === t) return s(a, e, t); const h = a.getEntry(), l = h.contains(e), c = o === a.weekIndex, _ = h.sessionStartDaysOffset() - h.dayOfWeek() >= 0; if (l && (c \|\| _)) return s(a, e, t); let f = a.entryIndex - 1; if (f < 0) { let e = a.weekIndex, t = a.entries; if (0 === e) e--, f += t.length; else for (; f < 0;) e--, t = this.getEntriesForWeek(e).list(), f += t.length; a = new d(e, f, t) } else a = new d(a.weekIndex, f, a.entries); return s(a, e, t) } _getEntriesForDay(e) { const t = (0, n.get_day_of_week)(e), s = this.getEntriesForWeek(this.getWeekIndex(e)).entriesByDay().get(t); return void 0 !== s ? s : [] } _getLeftEntryBorder(e, t) { let s = t.startOffset(); const r = -Math.trunc((s - 1439) / 1440); s += 1440 * r; const i = (0, n.get_cal)(E, (0, n.get_year)(e), (0, n.get_month)(e), (0, n.get_day_of_month)(e), Math.trunc(s / 60), s % 60, 0); return (0, n.add_date)(i, -r), i } _checkEachHistorySession() { for (const e of this._entries) { const t = e.getEntries().list(); if (!this._checkEntriesForIntersections(t, t, t)) return !1 } return !0 } _checkEntriesForIntersections(e, t, s) { const r = this._buildTestEntries(e, t, s); for (let e = 0; e < r.length - 1; e++) for (let t = e + 1; t < r.length; t++) if (0 === r[e].compareTo(r[t])) return !1; return !0 } _buildTestEntries(e, t, s) { const r = []; for (let t = 0; t < e.length; t++) { const s = e[t], n = new h(s.dayOfWeek(), s.startOffset(), s.length()); r.push(n) } for (let e = 0; e < t.length; e++) { const s = t[e], n = new h(s.dayOfWeek() + 7, s.startOffset(), s.length()); r.push(n) } for (let e = 0; e < s.length; e++) { const t = s[e], n = new h(t.dayOfWeek() + 14, t.startOffset(), t.length()); r.push(n) } return r } _checkSpecialEntries() { for (const [e] of this._entriesHash) { const t = this.getEntriesForWeek(e).list(), s = this.getEntriesForWeek(e - 1).list(), r = this.getEntriesForWeek(e + 1).list(); if (!this._checkEntriesForIntersections(s, t, r)) return !1 } return !0 } _checkTooManyCorrectionsOnWeek() { if (this._entries.length < 2) return !0; for (let e = 0; e < this._entries.length - 2; e++) { const t = this._entries[e], s = this._entries[e + 1]; if (this.getWeekIndex((0, r.ensureNotNull)(t.getSpecEndDay())) === this.getWeekIndex((0, r.ensureNotNull)(s.getSpecEndDay()))) return !1 } return !0 } _calculateAddedIndices(e) { const t = [], s = this._yearToWeeksIndicesHash.get(e); if (void 0 === s) return t; for (const e of s) { const s = (0, r.ensureDefined)(this._borderWeeksIndicesHash.get(e)), i = this._entries[s], o = this._entries[s - 1]; let a = i.getEntries().firstDayOfWeek() - o.getEntries().firstDayOfWeek(); for (; a > 0;) { const o = (0, n.clone)((0, r.ensureNotNull)(i.getStartDay())); if ((0, n.add_date)(o, -a), !this.isCalWeekEnd(o)) { const r = { entryIndex: s, weekIndex: e }; t.push(r); break } a-- } } return t } static _getWeekIndexImpl(e) { const t = (0, n.get_cal_utc)((0, n.get_year)(e), (0, n.get_month)(e), 1); (0, n.add_date)(t, (0, n.get_day_of_month)(e) - (0, n.get_day_of_week)(e)); const s = t.getTime() / 1e3; return (0, r.assert)((s + 62167219200) % 86400 == 0), Math.trunc((s + 62167219200) / 86400 / 7) } } }, 836808: (e, t, s) => { function r(e) { return n(e, 2) } function n(e, t = 2) { const s = e.toString(); return "0".repeat(Math.max(0, t - s.length)) + s } s.d(t, { addLeadingZero: () => r, addLeadingZeros: () => n }) } } ]);