mirror of https://github.com/tc39/test262.git
Split yearMonthFromFields/reference-day.js into calendar specific files
This commit is contained in:
André Bargull
Ms2ger
parent
c00830acef
commit
efe0b1871f
78
test/intl402/Temporal/Calendar/prototype/yearMonthFromFields/reference-day-chinese.js
vendored
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78
test/intl402/Temporal/Calendar/prototype/yearMonthFromFields/reference-day-chinese.js
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// Copyright (C) 2023 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.calendar.prototype.yearmonthfromfields
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description: Reference ISO day is chosen to be the first of the calendar month
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info: |
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6.d. Perform ! CreateDataPropertyOrThrow(_fields_, *"day"*, *1*<sub>𝔽</sub>).
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e. Let _result_ be ? CalendarDateToISO(_calendar_.[[Identifier]], _fields_, _options_).
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includes: [temporalHelpers.js]
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features: [Temporal]
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---*/
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const chinese = new Temporal.Calendar("chinese");
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// Month codes, month indices, and the ISO reference days of the months in 2022
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const months2022TestData = [
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// TODO: Sources conflict over whether M01L and M12L exist in _any_ year.
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// Clarify this, and delete if appropriate. ICU has them, but may be wrong.
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["M01", 1, 1],
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["M02", 2, 3],
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["M03", 3, 1],
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["M04", 4, 1],
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["M05", 5, 30],
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["M06", 6, 29],
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["M07", 7, 29],
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["M08", 8, 27],
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["M09", 9, 26],
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["M10", 10, 25],
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["M11", 11, 24],
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["M12", 12, 23],
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];
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for (const [nonLeapMonthCode, month, referenceISODay] of months2022TestData) {
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const leapMonthCode = nonLeapMonthCode + "L";
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const fields = { year: 2022, monthCode: leapMonthCode };
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const result = chinese.yearMonthFromFields(fields, { overflow: "constrain" });
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TemporalHelpers.assertPlainYearMonth(
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result,
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2022, month, nonLeapMonthCode,
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`Chinese intercalary month ${leapMonthCode} does not exist in year 2022 (overflow constrain)`,
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/* era = */ undefined, /* era year = */ undefined, referenceISODay
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);
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assert.throws(
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RangeError,
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() => chinese.yearMonthFromFields(fields, { overflow: "reject" }),
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`Chinese intercalary month ${leapMonthCode} does not exist in year 2022 (overflow reject)`
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);
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}
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// Years in which leap months exist according to ICU
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const leapMonthsTestData = [
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["M01L", 2148, 2, 20],
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["M02L", 2023, 3, 22],
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["M03L", 1993, 4, 22],
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["M04L", 2020, 5, 23],
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["M05L", 2009, 6, 23],
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["M06L", 2017, 7, 23],
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["M07L", 2006, 8, 24],
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["M08L", 1995, 9, 25],
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["M09L", 2014, 10, 24],
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["M10L", 1984, 11, 23],
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["M11L", 2033, 12, 22],
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["M12L", 1889, 13, 21, 1890, 1],
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];
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for (const [monthCode, year, month, referenceISODay, isoYear = year, isoMonth = month] of leapMonthsTestData) {
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const result = chinese.yearMonthFromFields({ year, monthCode });
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TemporalHelpers.assertPlainYearMonth(
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result,
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year, month, monthCode,
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`Date of sample Chinese intercalary month ${monthCode}`,
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/* era = */ undefined, /* era year = */ undefined, referenceISODay
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);
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const isoFields = result.getISOFields();
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assert.sameValue(isoFields.isoYear, isoYear, `${year}-${monthCode} starts in ISO year ${isoYear}`);
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assert.sameValue(isoFields.isoMonth, isoMonth, `${year}-${monthCode} starts in ISO month ${isoMonth}`);
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}
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38
test/intl402/Temporal/Calendar/prototype/yearMonthFromFields/reference-day-gregory.js
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38
test/intl402/Temporal/Calendar/prototype/yearMonthFromFields/reference-day-gregory.js
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// Copyright (C) 2023 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.calendar.prototype.yearmonthfromfields
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description: Reference ISO day is chosen to be the first of the calendar month
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info: |
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6.d. Perform ! CreateDataPropertyOrThrow(_fields_, *"day"*, *1*<sub>𝔽</sub>).
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e. Let _result_ be ? CalendarDateToISO(_calendar_.[[Identifier]], _fields_, _options_).
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includes: [temporalHelpers.js]
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features: [Temporal]
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---*/
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const gregory = new Temporal.Calendar("gregory");
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const result1 = gregory.yearMonthFromFields({ year: 2023, monthCode: "M01", day: 13 });
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TemporalHelpers.assertPlainYearMonth(
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result1,
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2023, 1, "M01",
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"reference day is 1 even if day is given",
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"ce", 2023, /* reference day = */ 1
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);
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const result2 = gregory.yearMonthFromFields({ year: 2021, monthCode: "M02", day: 50 }, { overflow: "constrain" });
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TemporalHelpers.assertPlainYearMonth(
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result2,
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2021, 2, "M02",
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"reference day is set correctly even if day is out of range (overflow constrain)",
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"ce", 2021, /* reference day = */ 1
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);
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const result3 = gregory.yearMonthFromFields({ year: 2021, monthCode: "M02", day: 50 }, { overflow: "reject" });
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TemporalHelpers.assertPlainYearMonth(
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result3,
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2021, 2, "M02",
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"reference day is set correctly even if day is out of range (overflow reject)",
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"ce", 2021, /* reference day = */ 1
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);
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69
test/intl402/Temporal/Calendar/prototype/yearMonthFromFields/reference-day-hebrew.js
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69
test/intl402/Temporal/Calendar/prototype/yearMonthFromFields/reference-day-hebrew.js
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@ -0,0 +1,69 @@
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// Copyright (C) 2023 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.calendar.prototype.yearmonthfromfields
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description: Reference ISO day is chosen to be the first of the calendar month
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info: |
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6.d. Perform ! CreateDataPropertyOrThrow(_fields_, *"day"*, *1*<sub>𝔽</sub>).
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e. Let _result_ be ? CalendarDateToISO(_calendar_.[[Identifier]], _fields_, _options_).
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includes: [temporalHelpers.js]
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features: [Temporal]
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---*/
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const hebrew = new Temporal.Calendar("hebrew");
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const result4 = hebrew.yearMonthFromFields({ year: 5782, monthCode: "M04", day: 20 });
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TemporalHelpers.assertPlainYearMonth(
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result4,
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5782, 4, "M04",
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"reference day is the first of the calendar month even if day is given",
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/* era = */ undefined, /* era year = */ undefined, /* reference day = */ 5
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);
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const isoFields = result4.getISOFields();
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assert.sameValue(isoFields.isoYear, 2021, "Tevet 5782 begins in ISO year 2021");
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assert.sameValue(isoFields.isoMonth, 12, "Tevet 5782 begins in ISO month 12");
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const result5 = hebrew.yearMonthFromFields({ year: 5783, monthCode: "M05L" }, { overflow: "constrain" });
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TemporalHelpers.assertPlainYearMonth(
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result5,
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5783, 6, "M06",
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"month code M05L does not exist in year 5783 (overflow constrain); Hebrew calendar constrains Adar I to Adar",
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/* era = */ undefined, /* era year = */ undefined, /* reference day = */ 22
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);
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assert.throws(
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RangeError,
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() => hebrew.yearMonthFromFields({ year: 5783, monthCode: "M05L" }, { overflow: "reject" }),
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"month code M05L does not exist in year 5783 (overflow reject)",
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);
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const result6 = hebrew.yearMonthFromFields({ year: 5783, month: 13 }, { overflow: "constrain" });
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TemporalHelpers.assertPlainYearMonth(
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result6,
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5783, 12, "M12",
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"month 13 does not exist in year 5783 (overflow constrain)",
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/* era = */ undefined, /* era year = */ undefined, /* reference day = */ 18
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);
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assert.throws(
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RangeError,
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() => hebrew.yearMonthFromFields({ year: 5783, month: 13 }, { overflow: "reject" }),
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"month 13 does not exist in year 5783 (overflow reject)",
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);
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const result7 = hebrew.yearMonthFromFields({ year: 5782, monthCode: "M04", day: 50 }, { overflow: "constrain" });
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TemporalHelpers.assertPlainYearMonth(
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result7,
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5782, 4, "M04",
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"reference day is set correctly even if day is out of range (overflow constrain)",
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/* era = */ undefined, /* era year = */ undefined, /* reference day = */ 5
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);
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const result8 = hebrew.yearMonthFromFields({ year: 5782, monthCode: "M04", day: 50 }, { overflow: "reject" });
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TemporalHelpers.assertPlainYearMonth(
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result8,
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5782, 4, "M04",
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"reference day is set correctly even if day is out of range (overflow reject)",
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/* era = */ undefined, /* era year = */ undefined, /* reference day = */ 5
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);
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@ -1,161 +0,0 @@
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// Copyright (C) 2023 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.calendar.prototype.yearmonthfromfields
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description: Reference ISO day is chosen to be the first of the calendar month
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info: |
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6.d. Perform ! CreateDataPropertyOrThrow(_fields_, *"day"*, *1*<sub>𝔽</sub>).
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e. Let _result_ be ? CalendarDateToISO(_calendar_.[[Identifier]], _fields_, _options_).
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includes: [temporalHelpers.js]
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features: [Temporal]
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---*/
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const gregory = new Temporal.Calendar("gregory");
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const result1 = gregory.yearMonthFromFields({ year: 2023, monthCode: "M01", day: 13 });
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TemporalHelpers.assertPlainYearMonth(
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result1,
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2023, 1, "M01",
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"reference day is 1 even if day is given",
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"ce", 2023, /* reference day = */ 1
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);
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const result2 = gregory.yearMonthFromFields({ year: 2021, monthCode: "M02", day: 50 }, { overflow: "constrain" });
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TemporalHelpers.assertPlainYearMonth(
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result2,
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2021, 2, "M02",
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"reference day is set correctly even if day is out of range (overflow constrain)",
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"ce", 2021, /* reference day = */ 1
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);
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const result3 = gregory.yearMonthFromFields({ year: 2021, monthCode: "M02", day: 50 }, { overflow: "reject" });
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TemporalHelpers.assertPlainYearMonth(
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result3,
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2021, 2, "M02",
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"reference day is set correctly even if day is out of range (overflow reject)",
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"ce", 2021, /* reference day = */ 1
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);
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const hebrew = new Temporal.Calendar("hebrew");
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const result4 = hebrew.yearMonthFromFields({ year: 5782, monthCode: "M04", day: 20 });
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TemporalHelpers.assertPlainYearMonth(
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result4,
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5782, 4, "M04",
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"reference day is the first of the calendar month even if day is given",
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/* era = */ undefined, /* era year = */ undefined, /* reference day = */ 5
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);
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const isoFields = result4.getISOFields();
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assert.sameValue(isoFields.isoYear, 2021, "Tevet 5782 begins in ISO year 2021");
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assert.sameValue(isoFields.isoMonth, 12, "Tevet 5782 begins in ISO month 12");
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const result5 = hebrew.yearMonthFromFields({ year: 5783, monthCode: "M05L" }, { overflow: "constrain" });
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TemporalHelpers.assertPlainYearMonth(
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result5,
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5783, 6, "M06",
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"month code M05L does not exist in year 5783 (overflow constrain); Hebrew calendar constrains Adar I to Adar",
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/* era = */ undefined, /* era year = */ undefined, /* reference day = */ 22
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);
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assert.throws(
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RangeError,
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() => hebrew.yearMonthFromFields({ year: 5783, monthCode: "M05L" }, { overflow: "reject" }),
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"month code M05L does not exist in year 5783 (overflow reject)",
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);
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const result6 = hebrew.yearMonthFromFields({ year: 5783, month: 13 }, { overflow: "constrain" });
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TemporalHelpers.assertPlainYearMonth(
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result6,
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5783, 12, "M12",
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"month 13 does not exist in year 5783 (overflow constrain)",
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/* era = */ undefined, /* era year = */ undefined, /* reference day = */ 18
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);
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assert.throws(
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RangeError,
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() => hebrew.yearMonthFromFields({ year: 5783, month: 13 }, { overflow: "reject" }),
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"month 13 does not exist in year 5783 (overflow reject)",
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);
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const result7 = hebrew.yearMonthFromFields({ year: 5782, monthCode: "M04", day: 50 }, { overflow: "constrain" });
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TemporalHelpers.assertPlainYearMonth(
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result7,
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5782, 4, "M04",
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"reference day is set correctly even if day is out of range (overflow constrain)",
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/* era = */ undefined, /* era year = */ undefined, /* reference day = */ 5
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);
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const result8 = hebrew.yearMonthFromFields({ year: 5782, monthCode: "M04", day: 50 }, { overflow: "reject" });
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TemporalHelpers.assertPlainYearMonth(
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result8,
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5782, 4, "M04",
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"reference day is set correctly even if day is out of range (overflow reject)",
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/* era = */ undefined, /* era year = */ undefined, /* reference day = */ 5
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);
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const chinese = new Temporal.Calendar("chinese");
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// Month codes, month indices, and the ISO reference days of the months in 2022
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const months2022TestData = [
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// TODO: Sources conflict over whether M01L and M12L exist in _any_ year.
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// Clarify this, and delete if appropriate. ICU has them, but may be wrong.
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["M01", 1, 1],
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["M02", 2, 3],
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["M03", 3, 1],
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["M04", 4, 1],
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["M05", 5, 30],
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["M06", 6, 29],
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["M07", 7, 29],
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["M08", 8, 27],
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["M09", 9, 26],
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["M10", 10, 25],
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["M11", 11, 24],
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["M12", 12, 23],
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];
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for (const [nonLeapMonthCode, month, referenceISODay] of months2022TestData) {
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const leapMonthCode = nonLeapMonthCode + "L";
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const fields = { year: 2022, monthCode: leapMonthCode };
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const result = chinese.yearMonthFromFields(fields, { overflow: "constrain" });
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TemporalHelpers.assertPlainYearMonth(
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result,
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2022, month, nonLeapMonthCode,
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`Chinese intercalary month ${leapMonthCode} does not exist in year 2022 (overflow constrain)`,
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/* era = */ undefined, /* era year = */ undefined, referenceISODay
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);
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assert.throws(
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RangeError,
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() => chinese.yearMonthFromFields(fields, { overflow: "reject" }),
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`Chinese intercalary month ${leapMonthCode} does not exist in year 2022 (overflow reject)`
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);
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}
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// Years in which leap months exist according to ICU
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const leapMonthsTestData = [
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["M01L", 2148, 2, 20],
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["M02L", 2023, 3, 22],
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["M03L", 1993, 4, 22],
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["M04L", 2020, 5, 23],
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["M05L", 2009, 6, 23],
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["M06L", 2017, 7, 23],
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["M07L", 2006, 8, 24],
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["M08L", 1995, 9, 25],
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["M09L", 2014, 10, 24],
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["M10L", 1984, 11, 23],
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["M11L", 2033, 12, 22],
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["M12L", 1889, 13, 21, 1890, 1],
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];
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for (const [monthCode, year, month, referenceISODay, isoYear = year, isoMonth = month] of leapMonthsTestData) {
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const result = chinese.yearMonthFromFields({ year, monthCode });
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TemporalHelpers.assertPlainYearMonth(
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result,
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year, month, monthCode,
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`Date of sample Chinese intercalary month ${monthCode}`,
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/* era = */ undefined, /* era year = */ undefined, referenceISODay
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);
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const isoFields = result.getISOFields();
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assert.sameValue(isoFields.isoYear, isoYear, `${year}-${monthCode} starts in ISO year ${isoYear}`);
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assert.sameValue(isoFields.isoMonth, isoMonth, `${year}-${monthCode} starts in ISO month ${isoMonth}`);
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}
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