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Intl Era Monthcode: Arithmetic year tests for non-ISO calendars
Tests the spec logic of determining the epoch year, and spot-checks various other values of the arithmetic year given an era and era year.
This commit is contained in:
Philip Chimento
Ms2ger
parent
8d2fba2d16
commit
8c87fb920b
131
test/intl402/Temporal/PlainDate/prototype/year/arithmetic-year.js
vendored
Normal file
131
test/intl402/Temporal/PlainDate/prototype/year/arithmetic-year.js
vendored
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@ -0,0 +1,131 @@
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// Copyright (C) 2025 Igalia, S.L. All rights reserved.
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// This code is governed by the BSD license found in the LICENSE file.
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/*---
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esid: sec-temporal.plaindate.prototype.year
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description: Arithmetic year calculations for all non-ISO8601 calendars
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info: |
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4.1.12 CalendarDateArithmeticYear ( _calendar_, _date_ )
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1. Let _r_ be the row in Table 4 which the value of the Calendar column is
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_calendar_.
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2. Let _epochYear_ be the value given in the "Epoch ISO Year" column of _r_.
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3. Let _epochDate_ be the first day of the calendar year starting in ISO year
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epochYear in the calendar represented by _calendar_, according to
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implementation-defined processing.
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4. Let _newYear_ be the first day of the calendar year of _date_ in the
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calendar represented by _calendar_, according to implementation-defined
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processing.
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5. Let _arithmeticYear_ be the number of whole years between _epochDate_ and
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_newYear_ in the calendar represented by _calendar_, according to
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implementation-defined processing.
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6. Return _arithmeticYear_.
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features: [Temporal, Intl.Era-monthcode]
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---*/
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// Note: year 0 is tested in epoch-year.js
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const tests = {
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// One era; arithmetic year equals era year
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buddhist: [
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[{ era: "be", eraYear: -1, monthCode: "M06", day: 27 }, -1],
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[{ era: "be", eraYear: 1, monthCode: "M11", day: 13 }, 1],
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// 2483 would be a short year if the calendar was incorrectly non-proleptic
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[{ era: "be", eraYear: 2483, monthCode: "M02", day: 15 }, 2483],
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[{ era: "be", eraYear: 2567, monthCode: "M08", day: 4 }, 2567],
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],
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// No eras; we just test that we get back the same arithmetic year we gave
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chinese: [
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[{ year: 2025, monthCode: "M09", day: 26 }, 2025],
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],
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// One era; arithmetic year equals era year
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coptic: [
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[{ era: "am", eraYear: -1, monthCode: "M04", day: 11 }, -1],
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[{ era: "am", eraYear: 1, monthCode: "M01", day: 12 }, 1],
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[{ era: "am", eraYear: 1742, monthCode: "M03", day: 6 }, 1742],
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],
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// No eras; we just test that we get back the same arithmetic year we gave
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dangi: [
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[{ year: 2025, monthCode: "M09", day: 26 }, 2025],
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],
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// One era; arithmetic year equals era year
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ethioaa: [
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[{ era: "aa", eraYear: -1, monthCode: "M04", day: 11 }, -1],
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[{ era: "aa", eraYear: 1, monthCode: "M01", day: 12 }, 1],
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[{ era: "aa", eraYear: 7518, monthCode: "M03", day: 6 }, 7518],
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],
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ethiopic: [
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[{ era: "aa", eraYear: -1, monthCode: "M02", day: 21 }, -5501],
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[{ era: "aa", eraYear: 0, monthCode: "M04", day: 20 }, -5500],
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[{ era: "aa", eraYear: 1, monthCode: "M13", day: 5 }, -5499],
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[{ era: "aa", eraYear: 5499, monthCode: "M11", day: 16 }, -1],
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[{ era: "am", eraYear: 1, monthCode: "M07", day: 24 }, 1],
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[{ era: "am", eraYear: 2018, monthCode: "M03", day: 6 }, 2018],
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],
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gregory: [
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[{ era: "bce", eraYear: 2, monthCode: "M06", day: 14 }, -1],
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[{ era: "bce", eraYear: 1, monthCode: "M12", day: 3 }, 0],
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[{ era: "ce", eraYear: 1, monthCode: "M07", day: 26 }, 1],
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[{ era: "ce", eraYear: 2025, monthCode: "M11", day: 15 }, 2025],
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],
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// One era; arithmetic year equals era year
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hebrew: [
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[{ era: "am", eraYear: -1, monthCode: "M06", day: 2 }, -1], // fails
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[{ era: "am", eraYear: 1, monthCode: "M09", day: 24 }, 1],
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[{ era: "am", eraYear: 5786, monthCode: "M02", day: 24 }, 5786],
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],
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// One era; arithmetic year equals era year
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indian: [
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[{ era: "shaka", eraYear: -1, monthCode: "M03", day: 31 }, -1],
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[{ era: "shaka", eraYear: 1, monthCode: "M01", day: 6 }, 1],
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[{ era: "shaka", eraYear: 1947, monthCode: "M08", day: 24 }, 1947],
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],
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"islamic-civil": [
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[{ era: "bh", eraYear: 2, monthCode: "M08", day: 24 }, -1],
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[{ era: "bh", eraYear: 1, monthCode: "M01", day: 6 }, 0],
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[{ era: "ah", eraYear: 1, monthCode: "M01", day: 5 }, 1],
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[{ era: "ah", eraYear: 1447, monthCode: "M05", day: 24 }, 1447],
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],
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"islamic-tbla": [
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[{ era: "bh", eraYear: 2, monthCode: "M05", day: 19 }, -1],
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[{ era: "bh", eraYear: 1, monthCode: "M10", day: 16 }, 0],
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[{ era: "ah", eraYear: 1, monthCode: "M12", day: 7 }, 1],
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[{ era: "ah", eraYear: 1447, monthCode: "M05", day: 25 }, 1447],
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],
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"islamic-umalqura": [
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[{ era: "bh", eraYear: 2, monthCode: "M09", day: 27 }, -1],
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[{ era: "bh", eraYear: 1, monthCode: "M07", day: 17 }, 0],
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[{ era: "ah", eraYear: 1, monthCode: "M11", day: 25 }, 1],
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[{ era: "ah", eraYear: 1447, monthCode: "M05", day: 24 }, 1447],
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],
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japanese: [
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[{ era: "bce", eraYear: 2, monthCode: "M06", day: 14 }, -1],
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[{ era: "bce", eraYear: 1, monthCode: "M12", day: 3 }, 0],
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[{ era: "ce", eraYear: 1, monthCode: "M07", day: 26 }, 1],
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[{ era: "meiji", eraYear: 1, monthCode: "M12", day: 31 }, 1868],
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[{ era: "taisho", eraYear: 1, monthCode: "M12", day: 31 }, 1912],
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[{ era: "showa", eraYear: 1, monthCode: "M12", day: 31 }, 1926],
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[{ era: "heisei", eraYear: 1, monthCode: "M12", day: 31 }, 1989],
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[{ era: "reiwa", eraYear: 1, monthCode: "M12", day: 31 }, 2019],
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[{ era: "reiwa", eraYear: 7, monthCode: "M11", day: 15 }, 2025],
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],
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// One era; arithmetic year equals era year
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persian: [
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[{ era: "ap", eraYear: -1, monthCode: "M09", day: 25 }, -1],
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[{ era: "ap", eraYear: 1, monthCode: "M08", day: 22 }, 1],
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[{ era: "ap", eraYear: 1404, monthCode: "M08", day: 24 }, 1404],
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],
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roc: [
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[{ era: "broc", eraYear: 2, monthCode: "M09", day: 25 }, -1],
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[{ era: "broc", eraYear: 1, monthCode: "M05", day: 3 }, 0],
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[{ era: "roc", eraYear: 1, monthCode: "M12", day: 18 }, 1],
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[{ era: "roc", eraYear: 114, monthCode: "M11", day: 15 }, 114],
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],
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};
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for (const [calendar, cases] of Object.entries(tests)) {
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for (const [fromArgs, expectedYear] of cases) {
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const date = Temporal.PlainDate.from({ ...fromArgs, calendar }, { overflow: "reject" });
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assert.sameValue(date.year, expectedYear, `${date} should have arithmetic year ${expectedYear}`);
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}
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}
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53
test/intl402/Temporal/PlainDate/prototype/year/epoch-year.js
vendored
Normal file
53
test/intl402/Temporal/PlainDate/prototype/year/epoch-year.js
vendored
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@ -0,0 +1,53 @@
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// Copyright (C) 2025 Igalia, S.L. All rights reserved.
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// This code is governed by the BSD license found in the LICENSE file.
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/*---
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esid: sec-temporal.plaindate.prototype.year
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description: >
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Determination of the epoch year for arithmetic years for all non-ISO8601
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calendars
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info: |
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4.1.12 CalendarDateArithmeticYear ( _calendar_, _date_ )
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1. Let _r_ be the row in Table 4 which the value of the Calendar column is
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_calendar_.
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2. Let _epochYear_ be the value given in the "Epoch ISO Year" column of _r_.
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3. Let _epochDate_ be the first day of the calendar year starting in ISO year
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epochYear in the calendar represented by _calendar_, according to
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implementation-defined processing.
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4. Let _newYear_ be the first day of the calendar year of _date_ in the
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calendar represented by _calendar_, according to implementation-defined
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processing.
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5. Let _arithmeticYear_ be the number of whole years between _epochDate_ and
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_newYear_ in the calendar represented by _calendar_, according to
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implementation-defined processing.
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6. Return _arithmeticYear_.
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features: [Temporal, Intl.Era-monthcode]
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---*/
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const epochYears = {
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buddhist: -543,
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// Chinese calendar omitted, in order to avoid creating an instance outside
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// the well-defined range
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coptic: 283,
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// Dangi calendar omitted, see above
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ethioaa: -5493,
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ethiopic: 7,
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gregory: 0,
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hebrew: -3761,
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indian: 78,
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"islamic-civil": 621,
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"islamic-tbla": 621,
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"islamic-umalqura": 621,
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japanese: 0,
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persian: 621,
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roc: 1911,
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};
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for (const [calendar, epochYear] of Object.entries(epochYears)) {
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const epochDate = new Temporal.PlainDate(epochYear, 12, 31)
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.withCalendar(calendar)
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.with({ monthCode: "M01", day: 1 });
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assert.sameValue(epochDate.year, 0, `${calendar} arithmetic year 0 should start in ISO year ${epochYear}`);
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}
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131
test/intl402/Temporal/PlainDateTime/prototype/year/arithmetic-year.js
vendored
Normal file
131
test/intl402/Temporal/PlainDateTime/prototype/year/arithmetic-year.js
vendored
Normal file
@ -0,0 +1,131 @@
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// Copyright (C) 2025 Igalia, S.L. All rights reserved.
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// This code is governed by the BSD license found in the LICENSE file.
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/*---
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esid: sec-temporal.plaindatetime.prototype.year
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description: Arithmetic year calculations for all non-ISO8601 calendars
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info: |
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4.1.12 CalendarDateArithmeticYear ( _calendar_, _date_ )
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1. Let _r_ be the row in Table 4 which the value of the Calendar column is
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_calendar_.
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2. Let _epochYear_ be the value given in the "Epoch ISO Year" column of _r_.
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3. Let _epochDate_ be the first day of the calendar year starting in ISO year
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epochYear in the calendar represented by _calendar_, according to
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implementation-defined processing.
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4. Let _newYear_ be the first day of the calendar year of _date_ in the
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calendar represented by _calendar_, according to implementation-defined
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processing.
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5. Let _arithmeticYear_ be the number of whole years between _epochDate_ and
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_newYear_ in the calendar represented by _calendar_, according to
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implementation-defined processing.
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6. Return _arithmeticYear_.
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features: [Temporal, Intl.Era-monthcode]
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---*/
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// Note: year 0 is tested in epoch-year.js
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const tests = {
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// One era; arithmetic year equals era year
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buddhist: [
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[{ era: "be", eraYear: -1, monthCode: "M06", day: 27 }, -1],
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[{ era: "be", eraYear: 1, monthCode: "M11", day: 13 }, 1],
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// 2483 would be a short year if the calendar was incorrectly non-proleptic
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[{ era: "be", eraYear: 2483, monthCode: "M02", day: 15 }, 2483],
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[{ era: "be", eraYear: 2567, monthCode: "M08", day: 4 }, 2567],
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],
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// No eras; we just test that we get back the same arithmetic year we gave
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chinese: [
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[{ year: 2025, monthCode: "M09", day: 26 }, 2025],
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],
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// One era; arithmetic year equals era year
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coptic: [
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[{ era: "am", eraYear: -1, monthCode: "M04", day: 11 }, -1],
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[{ era: "am", eraYear: 1, monthCode: "M01", day: 12 }, 1],
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[{ era: "am", eraYear: 1742, monthCode: "M03", day: 6 }, 1742],
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],
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// No eras; we just test that we get back the same arithmetic year we gave
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dangi: [
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[{ year: 2025, monthCode: "M09", day: 26 }, 2025],
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],
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// One era; arithmetic year equals era year
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ethioaa: [
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[{ era: "aa", eraYear: -1, monthCode: "M04", day: 11 }, -1],
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[{ era: "aa", eraYear: 1, monthCode: "M01", day: 12 }, 1],
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[{ era: "aa", eraYear: 7518, monthCode: "M03", day: 6 }, 7518],
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],
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ethiopic: [
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[{ era: "aa", eraYear: -1, monthCode: "M02", day: 21 }, -5501],
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[{ era: "aa", eraYear: 0, monthCode: "M04", day: 20 }, -5500],
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[{ era: "aa", eraYear: 1, monthCode: "M13", day: 5 }, -5499],
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[{ era: "aa", eraYear: 5499, monthCode: "M11", day: 16 }, -1],
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[{ era: "am", eraYear: 1, monthCode: "M07", day: 24 }, 1],
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[{ era: "am", eraYear: 2018, monthCode: "M03", day: 6 }, 2018],
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],
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gregory: [
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[{ era: "bce", eraYear: 2, monthCode: "M06", day: 14 }, -1],
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[{ era: "bce", eraYear: 1, monthCode: "M12", day: 3 }, 0],
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[{ era: "ce", eraYear: 1, monthCode: "M07", day: 26 }, 1],
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[{ era: "ce", eraYear: 2025, monthCode: "M11", day: 15 }, 2025],
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],
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// One era; arithmetic year equals era year
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hebrew: [
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[{ era: "am", eraYear: -1, monthCode: "M06", day: 2 }, -1], // fails
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[{ era: "am", eraYear: 1, monthCode: "M09", day: 24 }, 1],
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[{ era: "am", eraYear: 5786, monthCode: "M02", day: 24 }, 5786],
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],
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// One era; arithmetic year equals era year
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indian: [
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[{ era: "shaka", eraYear: -1, monthCode: "M03", day: 31 }, -1],
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[{ era: "shaka", eraYear: 1, monthCode: "M01", day: 6 }, 1],
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[{ era: "shaka", eraYear: 1947, monthCode: "M08", day: 24 }, 1947],
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],
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"islamic-civil": [
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[{ era: "bh", eraYear: 2, monthCode: "M08", day: 24 }, -1],
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[{ era: "bh", eraYear: 1, monthCode: "M01", day: 6 }, 0],
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[{ era: "ah", eraYear: 1, monthCode: "M01", day: 5 }, 1],
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[{ era: "ah", eraYear: 1447, monthCode: "M05", day: 24 }, 1447],
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],
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"islamic-tbla": [
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[{ era: "bh", eraYear: 2, monthCode: "M05", day: 19 }, -1],
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[{ era: "bh", eraYear: 1, monthCode: "M10", day: 16 }, 0],
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[{ era: "ah", eraYear: 1, monthCode: "M12", day: 7 }, 1],
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[{ era: "ah", eraYear: 1447, monthCode: "M05", day: 25 }, 1447],
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],
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"islamic-umalqura": [
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[{ era: "bh", eraYear: 2, monthCode: "M09", day: 27 }, -1],
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[{ era: "bh", eraYear: 1, monthCode: "M07", day: 17 }, 0],
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[{ era: "ah", eraYear: 1, monthCode: "M11", day: 25 }, 1],
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[{ era: "ah", eraYear: 1447, monthCode: "M05", day: 24 }, 1447],
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],
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japanese: [
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[{ era: "bce", eraYear: 2, monthCode: "M06", day: 14 }, -1],
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[{ era: "bce", eraYear: 1, monthCode: "M12", day: 3 }, 0],
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[{ era: "ce", eraYear: 1, monthCode: "M07", day: 26 }, 1],
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[{ era: "meiji", eraYear: 1, monthCode: "M12", day: 31 }, 1868],
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[{ era: "taisho", eraYear: 1, monthCode: "M12", day: 31 }, 1912],
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[{ era: "showa", eraYear: 1, monthCode: "M12", day: 31 }, 1926],
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[{ era: "heisei", eraYear: 1, monthCode: "M12", day: 31 }, 1989],
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[{ era: "reiwa", eraYear: 1, monthCode: "M12", day: 31 }, 2019],
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[{ era: "reiwa", eraYear: 7, monthCode: "M11", day: 15 }, 2025],
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],
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// One era; arithmetic year equals era year
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persian: [
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[{ era: "ap", eraYear: -1, monthCode: "M09", day: 25 }, -1],
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[{ era: "ap", eraYear: 1, monthCode: "M08", day: 22 }, 1],
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[{ era: "ap", eraYear: 1404, monthCode: "M08", day: 24 }, 1404],
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],
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roc: [
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[{ era: "broc", eraYear: 2, monthCode: "M09", day: 25 }, -1],
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[{ era: "broc", eraYear: 1, monthCode: "M05", day: 3 }, 0],
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[{ era: "roc", eraYear: 1, monthCode: "M12", day: 18 }, 1],
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[{ era: "roc", eraYear: 114, monthCode: "M11", day: 15 }, 114],
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],
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};
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for (const [calendar, cases] of Object.entries(tests)) {
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for (const [fromArgs, expectedYear] of cases) {
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const date = Temporal.PlainDateTime.from({ ...fromArgs, hour: 12, minute: 34, calendar }, { overflow: "reject" });
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assert.sameValue(date.year, expectedYear, `${date} should have arithmetic year ${expectedYear}`);
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}
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}
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54
test/intl402/Temporal/PlainDateTime/prototype/year/epoch-year.js
vendored
Normal file
54
test/intl402/Temporal/PlainDateTime/prototype/year/epoch-year.js
vendored
Normal file
@ -0,0 +1,54 @@
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// Copyright (C) 2025 Igalia, S.L. All rights reserved.
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// This code is governed by the BSD license found in the LICENSE file.
|
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|
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/*---
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esid: sec-temporal.plaindatetime.prototype.year
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description: >
|
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Determination of the epoch year for arithmetic years for all non-ISO8601
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calendars
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info: |
|
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4.1.12 CalendarDateArithmeticYear ( _calendar_, _date_ )
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1. Let _r_ be the row in Table 4 which the value of the Calendar column is
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_calendar_.
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2. Let _epochYear_ be the value given in the "Epoch ISO Year" column of _r_.
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3. Let _epochDate_ be the first day of the calendar year starting in ISO year
|
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epochYear in the calendar represented by _calendar_, according to
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implementation-defined processing.
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4. Let _newYear_ be the first day of the calendar year of _date_ in the
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calendar represented by _calendar_, according to implementation-defined
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processing.
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5. Let _arithmeticYear_ be the number of whole years between _epochDate_ and
|
||||
_newYear_ in the calendar represented by _calendar_, according to
|
||||
implementation-defined processing.
|
||||
6. Return _arithmeticYear_.
|
||||
features: [Temporal, Intl.Era-monthcode]
|
||||
---*/
|
||||
|
||||
const epochYears = {
|
||||
buddhist: -543,
|
||||
// Chinese calendar omitted, in order to avoid creating an instance outside
|
||||
// the well-defined range
|
||||
coptic: 283,
|
||||
// Dangi calendar omitted, see above
|
||||
ethioaa: -5493,
|
||||
ethiopic: 7,
|
||||
gregory: 0,
|
||||
hebrew: -3761,
|
||||
indian: 78,
|
||||
"islamic-civil": 621,
|
||||
"islamic-tbla": 621,
|
||||
"islamic-umalqura": 621,
|
||||
japanese: 0,
|
||||
persian: 621,
|
||||
roc: 1911,
|
||||
};
|
||||
|
||||
for (const [calendar, epochYear] of Object.entries(epochYears)) {
|
||||
const epochDate = new Temporal.PlainDate(epochYear, 12, 31)
|
||||
.withCalendar(calendar)
|
||||
.with({ monthCode: "M01", day: 1 })
|
||||
.toPlainDateTime();
|
||||
|
||||
assert.sameValue(epochDate.year, 0, `${calendar} arithmetic year 0 should start in ISO year ${epochYear}`);
|
||||
}
|
||||
131
test/intl402/Temporal/PlainYearMonth/prototype/year/arithmetic-year.js
vendored
Normal file
131
test/intl402/Temporal/PlainYearMonth/prototype/year/arithmetic-year.js
vendored
Normal file
@ -0,0 +1,131 @@
|
||||
// Copyright (C) 2025 Igalia, S.L. All rights reserved.
|
||||
// This code is governed by the BSD license found in the LICENSE file.
|
||||
|
||||
/*---
|
||||
esid: sec-temporal.plainyearmonth.prototype.year
|
||||
description: Arithmetic year calculations for all non-ISO8601 calendars
|
||||
info: |
|
||||
4.1.12 CalendarDateArithmeticYear ( _calendar_, _date_ )
|
||||
|
||||
1. Let _r_ be the row in Table 4 which the value of the Calendar column is
|
||||
_calendar_.
|
||||
2. Let _epochYear_ be the value given in the "Epoch ISO Year" column of _r_.
|
||||
3. Let _epochDate_ be the first day of the calendar year starting in ISO year
|
||||
epochYear in the calendar represented by _calendar_, according to
|
||||
implementation-defined processing.
|
||||
4. Let _newYear_ be the first day of the calendar year of _date_ in the
|
||||
calendar represented by _calendar_, according to implementation-defined
|
||||
processing.
|
||||
5. Let _arithmeticYear_ be the number of whole years between _epochDate_ and
|
||||
_newYear_ in the calendar represented by _calendar_, according to
|
||||
implementation-defined processing.
|
||||
6. Return _arithmeticYear_.
|
||||
features: [Temporal, Intl.Era-monthcode]
|
||||
---*/
|
||||
|
||||
// Note: year 0 is tested in epoch-year.js
|
||||
|
||||
const tests = {
|
||||
// One era; arithmetic year equals era year
|
||||
buddhist: [
|
||||
[{ era: "be", eraYear: -1, monthCode: "M06" }, -1],
|
||||
[{ era: "be", eraYear: 1, monthCode: "M11" }, 1],
|
||||
// 2483 would be a short year if the calendar was incorrectly non-proleptic
|
||||
[{ era: "be", eraYear: 2483, monthCode: "M02" }, 2483],
|
||||
[{ era: "be", eraYear: 2567, monthCode: "M08" }, 2567],
|
||||
],
|
||||
// No eras; we just test that we get back the same arithmetic year we gave
|
||||
chinese: [
|
||||
[{ year: 2025, monthCode: "M09" }, 2025],
|
||||
],
|
||||
// One era; arithmetic year equals era year
|
||||
coptic: [
|
||||
[{ era: "am", eraYear: -1, monthCode: "M04" }, -1],
|
||||
[{ era: "am", eraYear: 1, monthCode: "M01" }, 1],
|
||||
[{ era: "am", eraYear: 1742, monthCode: "M03" }, 1742],
|
||||
],
|
||||
// No eras; we just test that we get back the same arithmetic year we gave
|
||||
dangi: [
|
||||
[{ year: 2025, monthCode: "M09" }, 2025],
|
||||
],
|
||||
// One era; arithmetic year equals era year
|
||||
ethioaa: [
|
||||
[{ era: "aa", eraYear: -1, monthCode: "M04" }, -1],
|
||||
[{ era: "aa", eraYear: 1, monthCode: "M01" }, 1],
|
||||
[{ era: "aa", eraYear: 7518, monthCode: "M03" }, 7518],
|
||||
],
|
||||
ethiopic: [
|
||||
[{ era: "aa", eraYear: -1, monthCode: "M02" }, -5501],
|
||||
[{ era: "aa", eraYear: 0, monthCode: "M04" }, -5500],
|
||||
[{ era: "aa", eraYear: 1, monthCode: "M13" }, -5499],
|
||||
[{ era: "aa", eraYear: 5499, monthCode: "M11" }, -1],
|
||||
[{ era: "am", eraYear: 1, monthCode: "M07" }, 1],
|
||||
[{ era: "am", eraYear: 2018, monthCode: "M03" }, 2018],
|
||||
],
|
||||
gregory: [
|
||||
[{ era: "bce", eraYear: 2, monthCode: "M06" }, -1],
|
||||
[{ era: "bce", eraYear: 1, monthCode: "M12" }, 0],
|
||||
[{ era: "ce", eraYear: 1, monthCode: "M07" }, 1],
|
||||
[{ era: "ce", eraYear: 2025, monthCode: "M11" }, 2025],
|
||||
],
|
||||
// One era; arithmetic year equals era year
|
||||
hebrew: [
|
||||
[{ era: "am", eraYear: -1, monthCode: "M06" }, -1], // fails
|
||||
[{ era: "am", eraYear: 1, monthCode: "M09" }, 1],
|
||||
[{ era: "am", eraYear: 5786, monthCode: "M02" }, 5786],
|
||||
],
|
||||
// One era; arithmetic year equals era year
|
||||
indian: [
|
||||
[{ era: "shaka", eraYear: -1, monthCode: "M03" }, -1],
|
||||
[{ era: "shaka", eraYear: 1, monthCode: "M01" }, 1],
|
||||
[{ era: "shaka", eraYear: 1947, monthCode: "M08" }, 1947],
|
||||
],
|
||||
"islamic-civil": [
|
||||
[{ era: "bh", eraYear: 2, monthCode: "M08" }, -1],
|
||||
[{ era: "bh", eraYear: 1, monthCode: "M01" }, 0],
|
||||
[{ era: "ah", eraYear: 1, monthCode: "M01" }, 1],
|
||||
[{ era: "ah", eraYear: 1447, monthCode: "M05" }, 1447],
|
||||
],
|
||||
"islamic-tbla": [
|
||||
[{ era: "bh", eraYear: 2, monthCode: "M05" }, -1],
|
||||
[{ era: "bh", eraYear: 1, monthCode: "M10" }, 0],
|
||||
[{ era: "ah", eraYear: 1, monthCode: "M12" }, 1],
|
||||
[{ era: "ah", eraYear: 1447, monthCode: "M05" }, 1447],
|
||||
],
|
||||
"islamic-umalqura": [
|
||||
[{ era: "bh", eraYear: 2, monthCode: "M09" }, -1],
|
||||
[{ era: "bh", eraYear: 1, monthCode: "M07" }, 0],
|
||||
[{ era: "ah", eraYear: 1, monthCode: "M11" }, 1],
|
||||
[{ era: "ah", eraYear: 1447, monthCode: "M05" }, 1447],
|
||||
],
|
||||
japanese: [
|
||||
[{ era: "bce", eraYear: 2, monthCode: "M06" }, -1],
|
||||
[{ era: "bce", eraYear: 1, monthCode: "M12" }, 0],
|
||||
[{ era: "ce", eraYear: 1, monthCode: "M07" }, 1],
|
||||
[{ era: "meiji", eraYear: 1, monthCode: "M12" }, 1868],
|
||||
[{ era: "taisho", eraYear: 1, monthCode: "M12" }, 1912],
|
||||
[{ era: "showa", eraYear: 1, monthCode: "M12" }, 1926],
|
||||
[{ era: "heisei", eraYear: 1, monthCode: "M12" }, 1989],
|
||||
[{ era: "reiwa", eraYear: 1, monthCode: "M12" }, 2019],
|
||||
[{ era: "reiwa", eraYear: 7, monthCode: "M11" }, 2025],
|
||||
],
|
||||
// One era; arithmetic year equals era year
|
||||
persian: [
|
||||
[{ era: "ap", eraYear: -1, monthCode: "M09" }, -1],
|
||||
[{ era: "ap", eraYear: 1, monthCode: "M08" }, 1],
|
||||
[{ era: "ap", eraYear: 1404, monthCode: "M08" }, 1404],
|
||||
],
|
||||
roc: [
|
||||
[{ era: "broc", eraYear: 2, monthCode: "M09" }, -1],
|
||||
[{ era: "broc", eraYear: 1, monthCode: "M05" }, 0],
|
||||
[{ era: "roc", eraYear: 1, monthCode: "M12" }, 1],
|
||||
[{ era: "roc", eraYear: 114, monthCode: "M11" }, 114],
|
||||
],
|
||||
};
|
||||
|
||||
for (const [calendar, cases] of Object.entries(tests)) {
|
||||
for (const [fromArgs, expectedYear] of cases) {
|
||||
const date = Temporal.PlainYearMonth.from({ ...fromArgs, calendar }, { overflow: "reject" });
|
||||
assert.sameValue(date.year, expectedYear, `${date} should have arithmetic year ${expectedYear}`);
|
||||
}
|
||||
}
|
||||
54
test/intl402/Temporal/PlainYearMonth/prototype/year/epoch-year.js
vendored
Normal file
54
test/intl402/Temporal/PlainYearMonth/prototype/year/epoch-year.js
vendored
Normal file
@ -0,0 +1,54 @@
|
||||
// Copyright (C) 2025 Igalia, S.L. All rights reserved.
|
||||
// This code is governed by the BSD license found in the LICENSE file.
|
||||
|
||||
/*---
|
||||
esid: sec-temporal.plainyearmonth.prototype.year
|
||||
description: >
|
||||
Determination of the epoch year for arithmetic years for all non-ISO8601
|
||||
calendars
|
||||
info: |
|
||||
4.1.12 CalendarDateArithmeticYear ( _calendar_, _date_ )
|
||||
|
||||
1. Let _r_ be the row in Table 4 which the value of the Calendar column is
|
||||
_calendar_.
|
||||
2. Let _epochYear_ be the value given in the "Epoch ISO Year" column of _r_.
|
||||
3. Let _epochDate_ be the first day of the calendar year starting in ISO year
|
||||
epochYear in the calendar represented by _calendar_, according to
|
||||
implementation-defined processing.
|
||||
4. Let _newYear_ be the first day of the calendar year of _date_ in the
|
||||
calendar represented by _calendar_, according to implementation-defined
|
||||
processing.
|
||||
5. Let _arithmeticYear_ be the number of whole years between _epochDate_ and
|
||||
_newYear_ in the calendar represented by _calendar_, according to
|
||||
implementation-defined processing.
|
||||
6. Return _arithmeticYear_.
|
||||
features: [Temporal, Intl.Era-monthcode]
|
||||
---*/
|
||||
|
||||
const epochYears = {
|
||||
buddhist: -543,
|
||||
// Chinese calendar omitted, in order to avoid creating an instance outside
|
||||
// the well-defined range
|
||||
coptic: 283,
|
||||
// Dangi calendar omitted, see above
|
||||
ethioaa: -5493,
|
||||
ethiopic: 7,
|
||||
gregory: 0,
|
||||
hebrew: -3761,
|
||||
indian: 78,
|
||||
"islamic-civil": 621,
|
||||
"islamic-tbla": 621,
|
||||
"islamic-umalqura": 621,
|
||||
japanese: 0,
|
||||
persian: 621,
|
||||
roc: 1911,
|
||||
};
|
||||
|
||||
for (const [calendar, epochYear] of Object.entries(epochYears)) {
|
||||
const epochDate = new Temporal.PlainDate(epochYear, 12, 31)
|
||||
.withCalendar(calendar)
|
||||
.with({ monthCode: "M01", day: 1 })
|
||||
.toPlainYearMonth();
|
||||
|
||||
assert.sameValue(epochDate.year, 0, `${calendar} arithmetic year 0 should start in ISO year ${epochYear}`);
|
||||
}
|
||||
131
test/intl402/Temporal/ZonedDateTime/prototype/year/arithmetic-year.js
vendored
Normal file
131
test/intl402/Temporal/ZonedDateTime/prototype/year/arithmetic-year.js
vendored
Normal file
@ -0,0 +1,131 @@
|
||||
// Copyright (C) 2025 Igalia, S.L. All rights reserved.
|
||||
// This code is governed by the BSD license found in the LICENSE file.
|
||||
|
||||
/*---
|
||||
esid: sec-temporal.zoneddatetime.prototype.year
|
||||
description: Arithmetic year calculations for all non-ISO8601 calendars
|
||||
info: |
|
||||
4.1.12 CalendarDateArithmeticYear ( _calendar_, _date_ )
|
||||
|
||||
1. Let _r_ be the row in Table 4 which the value of the Calendar column is
|
||||
_calendar_.
|
||||
2. Let _epochYear_ be the value given in the "Epoch ISO Year" column of _r_.
|
||||
3. Let _epochDate_ be the first day of the calendar year starting in ISO year
|
||||
epochYear in the calendar represented by _calendar_, according to
|
||||
implementation-defined processing.
|
||||
4. Let _newYear_ be the first day of the calendar year of _date_ in the
|
||||
calendar represented by _calendar_, according to implementation-defined
|
||||
processing.
|
||||
5. Let _arithmeticYear_ be the number of whole years between _epochDate_ and
|
||||
_newYear_ in the calendar represented by _calendar_, according to
|
||||
implementation-defined processing.
|
||||
6. Return _arithmeticYear_.
|
||||
features: [Temporal, Intl.Era-monthcode]
|
||||
---*/
|
||||
|
||||
// Note: year 0 is tested in epoch-year.js
|
||||
|
||||
const tests = {
|
||||
// One era; arithmetic year equals era year
|
||||
buddhist: [
|
||||
[{ era: "be", eraYear: -1, monthCode: "M06", day: 27 }, -1],
|
||||
[{ era: "be", eraYear: 1, monthCode: "M11", day: 13 }, 1],
|
||||
// 2483 would be a short year if the calendar was incorrectly non-proleptic
|
||||
[{ era: "be", eraYear: 2483, monthCode: "M02", day: 15 }, 2483],
|
||||
[{ era: "be", eraYear: 2567, monthCode: "M08", day: 4 }, 2567],
|
||||
],
|
||||
// No eras; we just test that we get back the same arithmetic year we gave
|
||||
chinese: [
|
||||
[{ year: 2025, monthCode: "M09", day: 26 }, 2025],
|
||||
],
|
||||
// One era; arithmetic year equals era year
|
||||
coptic: [
|
||||
[{ era: "am", eraYear: -1, monthCode: "M04", day: 11 }, -1],
|
||||
[{ era: "am", eraYear: 1, monthCode: "M01", day: 12 }, 1],
|
||||
[{ era: "am", eraYear: 1742, monthCode: "M03", day: 6 }, 1742],
|
||||
],
|
||||
// No eras; we just test that we get back the same arithmetic year we gave
|
||||
dangi: [
|
||||
[{ year: 2025, monthCode: "M09", day: 26 }, 2025],
|
||||
],
|
||||
// One era; arithmetic year equals era year
|
||||
ethioaa: [
|
||||
[{ era: "aa", eraYear: -1, monthCode: "M04", day: 11 }, -1],
|
||||
[{ era: "aa", eraYear: 1, monthCode: "M01", day: 12 }, 1],
|
||||
[{ era: "aa", eraYear: 7518, monthCode: "M03", day: 6 }, 7518],
|
||||
],
|
||||
ethiopic: [
|
||||
[{ era: "aa", eraYear: -1, monthCode: "M02", day: 21 }, -5501],
|
||||
[{ era: "aa", eraYear: 0, monthCode: "M04", day: 20 }, -5500],
|
||||
[{ era: "aa", eraYear: 1, monthCode: "M13", day: 5 }, -5499],
|
||||
[{ era: "aa", eraYear: 5499, monthCode: "M11", day: 16 }, -1],
|
||||
[{ era: "am", eraYear: 1, monthCode: "M07", day: 24 }, 1],
|
||||
[{ era: "am", eraYear: 2018, monthCode: "M03", day: 6 }, 2018],
|
||||
],
|
||||
gregory: [
|
||||
[{ era: "bce", eraYear: 2, monthCode: "M06", day: 14 }, -1],
|
||||
[{ era: "bce", eraYear: 1, monthCode: "M12", day: 3 }, 0],
|
||||
[{ era: "ce", eraYear: 1, monthCode: "M07", day: 26 }, 1],
|
||||
[{ era: "ce", eraYear: 2025, monthCode: "M11", day: 15 }, 2025],
|
||||
],
|
||||
// One era; arithmetic year equals era year
|
||||
hebrew: [
|
||||
[{ era: "am", eraYear: -1, monthCode: "M06", day: 2 }, -1], // fails
|
||||
[{ era: "am", eraYear: 1, monthCode: "M09", day: 24 }, 1],
|
||||
[{ era: "am", eraYear: 5786, monthCode: "M02", day: 24 }, 5786],
|
||||
],
|
||||
// One era; arithmetic year equals era year
|
||||
indian: [
|
||||
[{ era: "shaka", eraYear: -1, monthCode: "M03", day: 31 }, -1],
|
||||
[{ era: "shaka", eraYear: 1, monthCode: "M01", day: 6 }, 1],
|
||||
[{ era: "shaka", eraYear: 1947, monthCode: "M08", day: 24 }, 1947],
|
||||
],
|
||||
"islamic-civil": [
|
||||
[{ era: "bh", eraYear: 2, monthCode: "M08", day: 24 }, -1],
|
||||
[{ era: "bh", eraYear: 1, monthCode: "M01", day: 6 }, 0],
|
||||
[{ era: "ah", eraYear: 1, monthCode: "M01", day: 5 }, 1],
|
||||
[{ era: "ah", eraYear: 1447, monthCode: "M05", day: 24 }, 1447],
|
||||
],
|
||||
"islamic-tbla": [
|
||||
[{ era: "bh", eraYear: 2, monthCode: "M05", day: 19 }, -1],
|
||||
[{ era: "bh", eraYear: 1, monthCode: "M10", day: 16 }, 0],
|
||||
[{ era: "ah", eraYear: 1, monthCode: "M12", day: 7 }, 1],
|
||||
[{ era: "ah", eraYear: 1447, monthCode: "M05", day: 25 }, 1447],
|
||||
],
|
||||
"islamic-umalqura": [
|
||||
[{ era: "bh", eraYear: 2, monthCode: "M09", day: 27 }, -1],
|
||||
[{ era: "bh", eraYear: 1, monthCode: "M07", day: 17 }, 0],
|
||||
[{ era: "ah", eraYear: 1, monthCode: "M11", day: 25 }, 1],
|
||||
[{ era: "ah", eraYear: 1447, monthCode: "M05", day: 24 }, 1447],
|
||||
],
|
||||
japanese: [
|
||||
[{ era: "bce", eraYear: 2, monthCode: "M06", day: 14 }, -1],
|
||||
[{ era: "bce", eraYear: 1, monthCode: "M12", day: 3 }, 0],
|
||||
[{ era: "ce", eraYear: 1, monthCode: "M07", day: 26 }, 1],
|
||||
[{ era: "meiji", eraYear: 1, monthCode: "M12", day: 31 }, 1868],
|
||||
[{ era: "taisho", eraYear: 1, monthCode: "M12", day: 31 }, 1912],
|
||||
[{ era: "showa", eraYear: 1, monthCode: "M12", day: 31 }, 1926],
|
||||
[{ era: "heisei", eraYear: 1, monthCode: "M12", day: 31 }, 1989],
|
||||
[{ era: "reiwa", eraYear: 1, monthCode: "M12", day: 31 }, 2019],
|
||||
[{ era: "reiwa", eraYear: 7, monthCode: "M11", day: 15 }, 2025],
|
||||
],
|
||||
// One era; arithmetic year equals era year
|
||||
persian: [
|
||||
[{ era: "ap", eraYear: -1, monthCode: "M09", day: 25 }, -1],
|
||||
[{ era: "ap", eraYear: 1, monthCode: "M08", day: 22 }, 1],
|
||||
[{ era: "ap", eraYear: 1404, monthCode: "M08", day: 24 }, 1404],
|
||||
],
|
||||
roc: [
|
||||
[{ era: "broc", eraYear: 2, monthCode: "M09", day: 25 }, -1],
|
||||
[{ era: "broc", eraYear: 1, monthCode: "M05", day: 3 }, 0],
|
||||
[{ era: "roc", eraYear: 1, monthCode: "M12", day: 18 }, 1],
|
||||
[{ era: "roc", eraYear: 114, monthCode: "M11", day: 15 }, 114],
|
||||
],
|
||||
};
|
||||
|
||||
for (const [calendar, cases] of Object.entries(tests)) {
|
||||
for (const [fromArgs, expectedYear] of cases) {
|
||||
const date = Temporal.ZonedDateTime.from({ ...fromArgs, hour: 12, minute: 24, timeZone: "UTC", calendar }, { overflow: "reject" });
|
||||
assert.sameValue(date.year, expectedYear, `${date} should have arithmetic year ${expectedYear}`);
|
||||
}
|
||||
}
|
||||
54
test/intl402/Temporal/ZonedDateTime/prototype/year/epoch-year.js
vendored
Normal file
54
test/intl402/Temporal/ZonedDateTime/prototype/year/epoch-year.js
vendored
Normal file
@ -0,0 +1,54 @@
|
||||
// Copyright (C) 2025 Igalia, S.L. All rights reserved.
|
||||
// This code is governed by the BSD license found in the LICENSE file.
|
||||
|
||||
/*---
|
||||
esid: sec-temporal.zoneddatetime.prototype.year
|
||||
description: >
|
||||
Determination of the epoch year for arithmetic years for all non-ISO8601
|
||||
calendars
|
||||
info: |
|
||||
4.1.12 CalendarDateArithmeticYear ( _calendar_, _date_ )
|
||||
|
||||
1. Let _r_ be the row in Table 4 which the value of the Calendar column is
|
||||
_calendar_.
|
||||
2. Let _epochYear_ be the value given in the "Epoch ISO Year" column of _r_.
|
||||
3. Let _epochDate_ be the first day of the calendar year starting in ISO year
|
||||
epochYear in the calendar represented by _calendar_, according to
|
||||
implementation-defined processing.
|
||||
4. Let _newYear_ be the first day of the calendar year of _date_ in the
|
||||
calendar represented by _calendar_, according to implementation-defined
|
||||
processing.
|
||||
5. Let _arithmeticYear_ be the number of whole years between _epochDate_ and
|
||||
_newYear_ in the calendar represented by _calendar_, according to
|
||||
implementation-defined processing.
|
||||
6. Return _arithmeticYear_.
|
||||
features: [Temporal, Intl.Era-monthcode]
|
||||
---*/
|
||||
|
||||
const epochYears = {
|
||||
buddhist: -543,
|
||||
// Chinese calendar omitted, in order to avoid creating an instance outside
|
||||
// the well-defined range
|
||||
coptic: 283,
|
||||
// Dangi calendar omitted, see above
|
||||
ethioaa: -5493,
|
||||
ethiopic: 7,
|
||||
gregory: 0,
|
||||
hebrew: -3761,
|
||||
indian: 78,
|
||||
"islamic-civil": 621,
|
||||
"islamic-tbla": 621,
|
||||
"islamic-umalqura": 621,
|
||||
japanese: 0,
|
||||
persian: 621,
|
||||
roc: 1911,
|
||||
};
|
||||
|
||||
for (const [calendar, epochYear] of Object.entries(epochYears)) {
|
||||
const epochDate = new Temporal.PlainDate(epochYear, 12, 31)
|
||||
.withCalendar(calendar)
|
||||
.with({ monthCode: "M01", day: 1 })
|
||||
.toZonedDateTime("UTC")
|
||||
|
||||
assert.sameValue(epochDate.year, 0, `${calendar} arithmetic year 0 should start in ISO year ${epochYear}`);
|
||||
}
|
||||
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Reference in New Issue
Block a user