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// |reftest| skip-if(!this.hasOwnProperty("Intl"))
const {
Nan, Inf, Integer, MinusSign, PlusSign, Literal,
Unit
} = NumberFormatParts;
const testcases = [
{
locale: "en",
options: {
style: "unit",
unit: "meter",
unitDisplay: "short",
},
values: [
{value: +0, string: "0 m", parts: [Integer("0"), Literal(" "), Unit("m")]},
{value: -0, string: "-0 m", parts: [MinusSign("-"), Integer("0"), Literal(" "), Unit("m")]},
{value: 0n, string: "0 m", parts: [Integer("0"), Literal(" "), Unit("m")]},
{value: 1, string: "1 m", parts: [Integer("1"), Literal(" "), Unit("m")]},
{value: -1, string: "-1 m", parts: [MinusSign("-"), Integer("1"), Literal(" "), Unit("m")]},
{value: 1n, string: "1 m", parts: [Integer("1"), Literal(" "), Unit("m")]},
{value: -1n, string: "-1 m", parts: [MinusSign("-"), Integer("1"), Literal(" "), Unit("m")]},
{value: Infinity, string: "∞ m", parts: [Inf("∞"), Literal(" "), Unit("m")]},
{value: -Infinity, string: "-∞ m", parts: [MinusSign("-"), Inf("∞"), Literal(" "), Unit("m")]},
{value: NaN, string: "NaN m", parts: [Nan("NaN"), Literal(" "), Unit("m")]},
{value: -NaN, string: "NaN m", parts: [Nan("NaN"), Literal(" "), Unit("m")]},
],
},
{
locale: "en",
options: {
style: "unit",
unit: "meter",
unitDisplay: "narrow",
},
values: [
{value: +0, string: "0m", parts: [Integer("0"), Unit("m")]},
{value: -0, string: "-0m", parts: [MinusSign("-"), Integer("0"), Unit("m")]},
{value: 0n, string: "0m", parts: [Integer("0"), Unit("m")]},
{value: 1, string: "1m", parts: [Integer("1"), Unit("m")]},
{value: -1, string: "-1m", parts: [MinusSign("-"), Integer("1"), Unit("m")]},
{value: 1n, string: "1m", parts: [Integer("1"), Unit("m")]},
{value: -1n, string: "-1m", parts: [MinusSign("-"), Integer("1"), Unit("m")]},
{value: Infinity, string: "∞m", parts: [Inf("∞"), Unit("m")]},
{value: -Infinity, string: "-∞m", parts: [MinusSign("-"), Inf("∞"), Unit("m")]},
{value: NaN, string: "NaNm", parts: [Nan("NaN"), Unit("m")]},
{value: -NaN, string: "NaNm", parts: [Nan("NaN"), Unit("m")]},
],
},
{
locale: "en",
options: {
style: "unit",
unit: "meter",
unitDisplay: "long",
},
values: [
{value: +0, string: "0 meters", parts: [Integer("0"), Literal(" "), Unit("meters")]},
{value: -0, string: "-0 meters", parts: [MinusSign("-"), Integer("0"), Literal(" "), Unit("meters")]},
{value: 0n, string: "0 meters", parts: [Integer("0"), Literal(" "), Unit("meters")]},
{value: 1, string: "1 meter", parts: [Integer("1"), Literal(" "), Unit("meter")]},
{value: -1, string: "-1 meter", parts: [MinusSign("-"), Integer("1"), Literal(" "), Unit("meter")]},
{value: 1n, string: "1 meter", parts: [Integer("1"), Literal(" "), Unit("meter")]},
{value: -1n, string: "-1 meter", parts: [MinusSign("-"), Integer("1"), Literal(" "), Unit("meter")]},
{value: Infinity, string: "∞ meters", parts: [Inf("∞"), Literal(" "), Unit("meters")]},
{value: -Infinity, string: "-∞ meters", parts: [MinusSign("-"), Inf("∞"), Literal(" "), Unit("meters")]},
{value: NaN, string: "NaN meters", parts: [Nan("NaN"), Literal(" "), Unit("meters")]},
{value: -NaN, string: "NaN meters", parts: [Nan("NaN"), Literal(" "), Unit("meters")]},
],
},
// Ensure the correct compound unit is automatically selected by ICU. For
// example instead of "50 chilometri al orari", 50 km/h should return
// "50 chilometri orari" in Italian.
{
locale: "it",
options: {
style: "unit",
unit: "kilometer-per-hour",
unitDisplay: "long",
},
values: [
{value: 50, string: "50 chilometri orari", parts: [Integer("50"), Literal(" "), Unit("chilometri orari")]},
],
},
];
runNumberFormattingTestcases(testcases);
if (typeof reportCompare === "function")
reportCompare(true, true);
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