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Test Info: Warnings

/* Any copyright is dedicated to the Public Domain.
"use strict";
const l10n = new Localization(["devtools/client/storage.ftl"], true);
const sessionString = l10n.formatValueSync("storage-expires-session");
const {
naturalSortCaseSensitive,
naturalSortCaseInsensitive,
} = require("resource://devtools/shared/natural-sort.js");
function run_test() {
test("different values types", function () {
runTest(["a", 1], [1, "a"], "number always comes first");
runTest(
["1", 1],
["1", 1],
"number vs numeric string - should remain unchanged (error in chrome)"
);
runTest(
["02", 3, 2, "01"],
["01", "02", 2, 3],
"padding numeric string vs number"
);
});
test("datetime", function () {
runTest(
["10/12/2008", "10/11/2008", "10/11/2007", "10/12/2007"],
["10/11/2007", "10/12/2007", "10/11/2008", "10/12/2008"],
"similar dates"
);
runTest(
["01/01/2008", "01/10/2008", "01/01/1992", "01/01/1991"],
["01/01/1991", "01/01/1992", "01/01/2008", "01/10/2008"],
"similar dates"
);
// Years should expand to 0100, 2001, 2010
runTest(
["1/1/100", "1/1/1", "1/1/10"],
["1/1/100", "1/1/1", "1/1/10"],
"dates with short year formatting"
);
runTest(
[
"Wed Jan 01 2010 00:00:00 GMT-0800 (Pacific Standard Time)",
"Thu Dec 31 2009 00:00:00 GMT-0800 (Pacific Standard Time)",
"Wed Jan 01 2010 00:00:00 GMT-0500 (Eastern Standard Time)",
],
[
"Thu Dec 31 2009 00:00:00 GMT-0800 (Pacific Standard Time)",
"Wed Jan 01 2010 00:00:00 GMT-0500 (Eastern Standard Time)",
"Wed Jan 01 2010 00:00:00 GMT-0800 (Pacific Standard Time)",
],
"javascript toString(), different timezones"
);
runTest(
[
"Saturday, July 3, 2010",
"Monday, August 2, 2010",
"Monday, May 3, 2010",
],
[
"Monday, May 3, 2010",
"Saturday, July 3, 2010",
"Monday, August 2, 2010",
],
"Date.toString(), Date.toLocaleString()"
);
runTest(
[
"Mon, 15 Jun 2009 20:45:30 GMT",
"Mon, 3 May 2010 17:45:30 GMT",
"Mon, 15 Jun 2009 17:45:30 GMT",
],
[
"Mon, 15 Jun 2009 17:45:30 GMT",
"Mon, 15 Jun 2009 20:45:30 GMT",
"Mon, 3 May 2010 17:45:30 GMT",
],
"Date.toUTCString()"
);
runTest(
[
"Saturday, July 3, 2010 1:45 PM",
"Saturday, July 3, 2010 1:45 AM",
"Monday, August 2, 2010 1:45 PM",
"Monday, May 3, 2010 1:45 PM",
],
[
"Monday, May 3, 2010 1:45 PM",
"Saturday, July 3, 2010 1:45 AM",
"Saturday, July 3, 2010 1:45 PM",
"Monday, August 2, 2010 1:45 PM",
],
""
);
runTest(
[
"Saturday, July 3, 2010 1:45:30 PM",
"Saturday, July 3, 2010 1:45:29 PM",
"Monday, August 2, 2010 1:45:01 PM",
"Monday, May 3, 2010 1:45:00 PM",
],
[
"Monday, May 3, 2010 1:45:00 PM",
"Saturday, July 3, 2010 1:45:29 PM",
"Saturday, July 3, 2010 1:45:30 PM",
"Monday, August 2, 2010 1:45:01 PM",
],
""
);
runTest(
["2/15/2009 1:45 PM", "1/15/2009 1:45 PM", "2/15/2009 1:45 AM"],
["1/15/2009 1:45 PM", "2/15/2009 1:45 AM", "2/15/2009 1:45 PM"],
""
);
runTest(
[
"2010-06-15T13:45:30",
"2009-06-15T13:45:30",
"2009-06-15T01:45:30.2",
"2009-01-15T01:45:30",
],
[
"2009-01-15T01:45:30",
"2009-06-15T01:45:30.2",
"2009-06-15T13:45:30",
"2010-06-15T13:45:30",
],
"ISO8601 Dates"
);
runTest(
["2010-06-15 13:45:30", "2009-06-15 13:45:30", "2009-01-15 01:45:30"],
["2009-01-15 01:45:30", "2009-06-15 13:45:30", "2010-06-15 13:45:30"],
"ISO8601-ish YYYY-MM-DDThh:mm:ss - which does not parse into a Date instance"
);
runTest(
[
"Mon, 15 Jun 2009 20:45:30 GMT",
"Mon, 15 Jun 2009 20:45:30 PDT",
"Mon, 15 Jun 2009 20:45:30 EST",
],
[
"Mon, 15 Jun 2009 20:45:30 GMT",
"Mon, 15 Jun 2009 20:45:30 EST",
"Mon, 15 Jun 2009 20:45:30 PDT",
],
"RFC1123 testing different timezones"
);
runTest(
["1245098730000", "14330728000", "1245098728000"],
["14330728000", "1245098728000", "1245098730000"],
"unix epoch, Date.getTime()"
);
runTest(
[
new Date("2001-01-10"),
"2015-01-01",
new Date("2001-01-01"),
"1998-01-01",
],
[
"1998-01-01",
new Date("2001-01-01"),
new Date("2001-01-10"),
"2015-01-01",
],
"mixed Date types"
);
runTest(
[
"Tue, 29 Jun 2021 11:31:17 GMT",
"Sun, 14 Jun 2009 11:11:15 GMT",
sessionString,
"Mon, 15 Jun 2009 20:45:30 GMT",
],
[
sessionString,
"Sun, 14 Jun 2009 11:11:15 GMT",
"Mon, 15 Jun 2009 20:45:30 GMT",
"Tue, 29 Jun 2021 11:31:17 GMT",
],
`"${sessionString}" amongst date strings`
);
runTest(
[
"Wed, 04 Sep 2024 09:11:44 GMT",
sessionString,
"Tue, 06 Sep 2022 09:11:44 GMT",
sessionString,
"Mon, 05 Sep 2022 09:12:41 GMT",
],
[
sessionString,
sessionString,
"Mon, 05 Sep 2022 09:12:41 GMT",
"Tue, 06 Sep 2022 09:11:44 GMT",
"Wed, 04 Sep 2024 09:11:44 GMT",
],
`"${sessionString}" amongst date strings (complex)`
);
runTest(
[
"Madras",
"Jalfrezi",
"Rogan Josh",
"Vindaloo",
"Tikka Masala",
sessionString,
"Masala",
"Korma",
],
[
"Jalfrezi",
"Korma",
"Madras",
"Masala",
"Rogan Josh",
sessionString,
"Tikka Masala",
"Vindaloo",
],
`"${sessionString}" amongst strings`
);
});
test("version number strings", function () {
runTest(
["1.0.2", "1.0.1", "1.0.0", "1.0.9"],
["1.0.0", "1.0.1", "1.0.2", "1.0.9"],
"close version numbers"
);
runTest(
["1.1.100", "1.1.1", "1.1.10", "1.1.54"],
["1.1.1", "1.1.10", "1.1.54", "1.1.100"],
"more version numbers"
);
runTest(
["1.0.03", "1.0.003", "1.0.002", "1.0.0001"],
["1.0.0001", "1.0.002", "1.0.003", "1.0.03"],
"multi-digit branch release"
);
runTest(
[
"1.1beta",
"1.1.2alpha3",
"1.0.2alpha3",
"1.0.2alpha1",
"1.0.1alpha4",
"2.1.2",
"2.1.1",
],
[
"1.0.1alpha4",
"1.0.2alpha1",
"1.0.2alpha3",
"1.1.2alpha3",
"1.1beta",
"2.1.1",
"2.1.2",
],
"close version numbers"
);
runTest(
[
"myrelease-1.1.3",
"myrelease-1.2.3",
"myrelease-1.1.4",
"myrelease-1.1.1",
"myrelease-1.0.5",
],
[
"myrelease-1.0.5",
"myrelease-1.1.1",
"myrelease-1.1.3",
"myrelease-1.1.4",
"myrelease-1.2.3",
],
"string first"
);
runTest(
[
"1.1.3",
"a-release-1.1.3",
"b-release-1.1.3",
"1.2.3",
"a-release-1.2.3",
"b-release-1.2.3",
"1.1.4",
"a-release-1.1.4",
"b-release-1.1.4",
"1.1.1",
"a-release-1.1.1",
"b-release-1.1.1",
"1.0.5",
"a-release-1.0.5",
"b-release-1.0.5",
],
[
"1.0.5",
"1.1.1",
"1.1.3",
"1.1.4",
"1.2.3",
"a-release-1.0.5",
"a-release-1.1.1",
"a-release-1.1.3",
"a-release-1.1.4",
"a-release-1.2.3",
"b-release-1.0.5",
"b-release-1.1.1",
"b-release-1.1.3",
"b-release-1.1.4",
"b-release-1.2.3",
],
"string first, different names"
);
runTest(
["zstring", "astring", "release-1.1.3"],
["astring", "release-1.1.3", "zstring"],
"string first, mixed with regular strings"
);
});
test("numerics", function () {
runTest(["10", 9, 2, "1", "4"], ["1", 2, "4", 9, "10"], "string vs number");
runTest(
["0001", "002", "001"],
["0001", "001", "002"],
"0 left-padded numbers"
);
runTest(
[2, 1, "1", "0001", "002", "02", "001"],
[1, "1", "0001", "001", 2, "002", "02"],
"0 left-padded numbers and regular numbers"
);
runTest(
["10.0401", 10.022, 10.042, "10.021999"],
["10.021999", 10.022, "10.0401", 10.042],
"decimal string vs decimal, different precision"
);
runTest(
["10.04", 10.02, 10.03, "10.01"],
["10.01", 10.02, 10.03, "10.04"],
"decimal string vs decimal, same precision"
);
runTest(
["10.04f", "10.039F", "10.038d", "10.037D"],
["10.037D", "10.038d", "10.039F", "10.04f"],
"float/decimal with 'F' or 'D' notation"
);
runTest(
["10.004Z", "10.039T", "10.038ooo", "10.037g"],
["10.004Z", "10.037g", "10.038ooo", "10.039T"],
"not foat/decimal notation"
);
runTest(
["1.528535047e5", "1.528535047e7", "1.52e15", "1.528535047e3", "1.59e-3"],
["1.59e-3", "1.528535047e3", "1.528535047e5", "1.528535047e7", "1.52e15"],
"scientific notation"
);
runTest(
["-1", "-2", "4", "-3", "0", "-5"],
["-5", "-3", "-2", "-1", "0", "4"],
"negative numbers as strings"
);
runTest(
[-1, "-2", 4, -3, "0", "-5"],
["-5", -3, "-2", -1, "0", 4],
"negative numbers as strings - mixed input type, string + numeric"
);
runTest(
[-2.01, -2.1, 4.144, 4.1, -2.001, -5],
[-5, -2.1, -2.01, -2.001, 4.1, 4.144],
"negative floats - all numeric"
);
});
test("IP addresses", function () {
runTest(
[
"192.168.0.100",
"192.168.0.1",
"192.168.1.1",
"192.168.0.250",
"192.168.1.123",
"10.0.0.2",
"10.0.0.1",
],
[
"10.0.0.1",
"10.0.0.2",
"192.168.0.1",
"192.168.0.100",
"192.168.0.250",
"192.168.1.1",
"192.168.1.123",
]
);
});
test("filenames", function () {
runTest(
["img12.png", "img10.png", "img2.png", "img1.png"],
["img1.png", "img2.png", "img10.png", "img12.png"],
"simple image filenames"
);
runTest(
[
"car.mov",
"01alpha.sgi",
"001alpha.sgi",
"my.string_41299.tif",
"organic2.0001.sgi",
],
[
"001alpha.sgi",
"01alpha.sgi",
"car.mov",
"my.string_41299.tif",
"organic2.0001.sgi",
],
"complex filenames"
);
runTest(
[
"./system/kernel/js/01_ui.core.js",
"./system/kernel/js/00_jquery-1.3.2.js",
"./system/kernel/js/02_my.desktop.js",
],
[
"./system/kernel/js/00_jquery-1.3.2.js",
"./system/kernel/js/01_ui.core.js",
"./system/kernel/js/02_my.desktop.js",
],
"unix filenames"
);
});
test("space(s) as first character(s)", function () {
runTest(["alpha", " 1", " 3", " 2", 0], [0, " 1", " 2", " 3", "alpha"]);
});
test("empty strings and space character", function () {
runTest(
["10023", "999", "", 2, 5.663, 5.6629],
["", 2, 5.6629, 5.663, "999", "10023"]
);
runTest([0, "0", ""], [0, "0", ""]);
});
test("hex", function () {
runTest(["0xA", "0x9", "0x99"], ["0x9", "0xA", "0x99"], "real hex numbers");
runTest(
["0xZZ", "0xVVV", "0xVEV", "0xUU"],
["0xUU", "0xVEV", "0xVVV", "0xZZ"],
"fake hex numbers"
);
});
test("unicode", function () {
runTest(
["\u0044", "\u0055", "\u0054", "\u0043"],
["\u0043", "\u0044", "\u0054", "\u0055"],
"basic latin"
);
});
test("sparse array sort", function () {
const sarray = [3, 2];
const sarrayOutput = [1, 2, 3];
sarray[10] = 1;
for (let i = 0; i < 8; i++) {
sarrayOutput.push(undefined);
}
runTest(sarray, sarrayOutput, "simple sparse array");
});
test("case insensitive support", function () {
runTest(
["A", "b", "C", "d", "E", "f"],
["A", "b", "C", "d", "E", "f"],
"case sensitive pre-sorted array",
true
);
runTest(
["A", "C", "E", "b", "d", "f"],
["A", "b", "C", "d", "E", "f"],
"case sensitive un-sorted array",
true
);
runTest(
["A", "C", "E", "b", "d", "f"],
["A", "C", "E", "b", "d", "f"],
"case sensitive pre-sorted array"
);
runTest(
["A", "b", "C", "d", "E", "f"],
["A", "C", "E", "b", "d", "f"],
"case sensitive un-sorted array"
);
});
test("rosetta code natural sort small test set", function () {
runTest(
[
"ignore leading spaces: 2-2",
" ignore leading spaces: 2-1",
" ignore leading spaces: 2+0",
" ignore leading spaces: 2+1",
],
[
" ignore leading spaces: 2+0",
" ignore leading spaces: 2+1",
" ignore leading spaces: 2-1",
"ignore leading spaces: 2-2",
],
"Ignoring leading spaces"
);
runTest(
[
"ignore m.a.s spaces: 2-2",
"ignore m.a.s spaces: 2-1",
"ignore m.a.s spaces: 2+0",
"ignore m.a.s spaces: 2+1",
],
[
"ignore m.a.s spaces: 2+0",
"ignore m.a.s spaces: 2+1",
"ignore m.a.s spaces: 2-1",
"ignore m.a.s spaces: 2-2",
],
"Ignoring multiple adjacent spaces (m.a.s)"
);
runTest(
[
"Equiv. spaces: 3-3",
"Equiv.\rspaces: 3-2",
"Equiv.\x0cspaces: 3-1",
"Equiv.\x0bspaces: 3+0",
"Equiv.\nspaces: 3+1",
"Equiv.\tspaces: 3+2",
],
[
"Equiv.\x0bspaces: 3+0",
"Equiv.\nspaces: 3+1",
"Equiv.\tspaces: 3+2",
"Equiv.\x0cspaces: 3-1",
"Equiv.\rspaces: 3-2",
"Equiv. spaces: 3-3",
],
"Equivalent whitespace characters"
);
runTest(
[
"cASE INDEPENENT: 3-2",
"caSE INDEPENENT: 3-1",
"casE INDEPENENT: 3+0",
"case INDEPENENT: 3+1",
],
[
"casE INDEPENENT: 3+0",
"case INDEPENENT: 3+1",
"caSE INDEPENENT: 3-1",
"cASE INDEPENENT: 3-2",
],
"Case Indepenent sort (naturalSort.insensitive = true)",
true
);
runTest(
[
"foo100bar99baz0.txt",
"foo100bar10baz0.txt",
"foo1000bar99baz10.txt",
"foo1000bar99baz9.txt",
],
[
"foo100bar10baz0.txt",
"foo100bar99baz0.txt",
"foo1000bar99baz9.txt",
"foo1000bar99baz10.txt",
],
"Numeric fields as numerics"
);
runTest(
[
"The Wind in the Willows",
"The 40th step more",
"The 39 steps",
"Wanda",
],
[
"The 39 steps",
"The 40th step more",
"The Wind in the Willows",
"Wanda",
],
"Title sorts"
);
runTest(
[
"Equiv. \xfd accents: 2-2",
"Equiv. \xdd accents: 2-1",
"Equiv. y accents: 2+0",
"Equiv. Y accents: 2+1",
],
[
"Equiv. y accents: 2+0",
"Equiv. Y accents: 2+1",
"Equiv. \xfd accents: 2-2",
"Equiv. \xdd accents: 2-1",
],
"Equivalent accented characters (and case) (naturalSort.insensitive = true)",
true
);
// This is not a valuable unicode ordering test
// runTest(
// ['Start with an \u0292: 2-2', 'Start with an \u017f: 2-1', 'Start with an \xdf: 2+0', 'Start with an s: 2+1'],
// ['Start with an s: 2+1', 'Start with an \xdf: 2+0', 'Start with an \u017f: 2-1', 'Start with an \u0292: 2-2'],
// 'Character replacements');
});
test("contributed tests", function () {
runTest(
[
"T78",
"U17",
"U10",
"U12",
"U14",
"745",
"U7",
"485",
"S16",
"S2",
"S22",
"1081",
"S25",
"1055",
"779",
"776",
"771",
"44",
"4",
"87",
"1091",
"42",
"480",
"952",
"951",
"756",
"1000",
"824",
"770",
"666",
"633",
"619",
"1",
"991",
"77H",
"PIER-7",
"47",
"29",
"9",
"77L",
"433",
],
[
"1",
"4",
"9",
"29",
"42",
"44",
"47",
"77H",
"77L",
"87",
"433",
"480",
"485",
"619",
"633",
"666",
"745",
"756",
"770",
"771",
"776",
"779",
"824",
"951",
"952",
"991",
"1000",
"1055",
"1081",
"1091",
"PIER-7",
"S2",
"S16",
"S22",
"S25",
"T78",
"U7",
"U10",
"U12",
"U14",
"U17",
],
"contributed by Bob Zeiner (Chrome not stable sort)"
);
runTest(
[
"FSI stop, Position: 5",
"Mail Group stop, Position: 5",
"Mail Group stop, Position: 5",
"FSI stop, Position: 6",
"FSI stop, Position: 6",
"Newsstand stop, Position: 4",
"Newsstand stop, Position: 4",
"FSI stop, Position: 5",
],
[
"FSI stop, Position: 5",
"FSI stop, Position: 5",
"FSI stop, Position: 6",
"FSI stop, Position: 6",
"Mail Group stop, Position: 5",
"Mail Group stop, Position: 5",
"Newsstand stop, Position: 4",
"Newsstand stop, Position: 4",
],
"contributed by Scott"
);
runTest(
[2, 10, 1, "azd", undefined, "asd"],
[1, 2, 10, "asd", "azd", undefined],
"issue #2 - undefined support - jarvinen pekka"
);
runTest(
[undefined, undefined, undefined, 1, undefined],
[1, undefined, undefined, undefined],
"issue #2 - undefined support - jarvinen pekka"
);
runTest(
["-1", "-2", "4", "-3", "0", "-5"],
["-5", "-3", "-2", "-1", "0", "4"],
"issue #3 - invalid numeric string sorting - guilermo.dev"
);
// native sort implementations are not guaranteed to be stable (i.e. Chrome)
// runTest(
// ['9','11','22','99','A','aaaa','bbbb','Aaaa','aAaa','aa','AA','Aa','aA','BB','bB','aaA','AaA','aaa'],
// ['9', '11', '22', '99', 'A', 'aa', 'AA', 'Aa', 'aA', 'aaA', 'AaA', 'aaa', 'aaaa', 'Aaaa', 'aAaa', 'BB', 'bB', 'bbbb'],
// 'issue #5 - invalid sort order - Howie Schecter (naturalSort.insensitive = true)'m true);
runTest(
[
"9",
"11",
"22",
"99",
"A",
"aaaa",
"bbbb",
"Aaaa",
"aAaa",
"aa",
"AA",
"Aa",
"aA",
"BB",
"bB",
"aaA",
"AaA",
"aaa",
],
[
"9",
"11",
"22",
"99",
"A",
"AA",
"Aa",
"AaA",
"Aaaa",
"BB",
"aA",
"aAaa",
"aa",
"aaA",
"aaa",
"aaaa",
"bB",
"bbbb",
],
"issue #5 - invalid sort order - Howie Schecter (naturalSort.insensitive = false)"
);
runTest(
[
"5D",
"1A",
"2D",
"33A",
"5E",
"33K",
"33D",
"5S",
"2C",
"5C",
"5F",
"1D",
"2M",
],
[
"1A",
"1D",
"2C",
"2D",
"2M",
"5C",
"5D",
"5E",
"5F",
"5S",
"33A",
"33D",
"33K",
],
"alphanumeric - number first"
);
runTest(
["img 99", "img199", "imga99", "imgz99"],
["img 99", "img199", "imga99", "imgz99"],
"issue #16 - Sorting incorrect when there is a space - adrien-be"
);
runTest(
["img199", "img 99", "imga99", "imgz 99", "imgb99", "imgz199"],
["img 99", "img199", "imga99", "imgb99", "imgz 99", "imgz199"],
"issue #16 - expanded test"
);
runTest(
["1", "02", "3"],
["1", "02", "3"],
"issue #18 - Any zeros that precede a number messes up the sorting - menixator"
);
// strings are coerced as floats/ints if possible and sorted accordingly - e.g. they are not chunked
runTest(
["1.100", "1.1", "1.10", "1.54"],
["1.100", "1.1", "1.10", "1.54"],
"issue #13 - ['1.100', '1.10', '1.1', '1.54'] etc do not sort properly... - rubenstolk"
);
runTest(
["v1.100", "v1.1", "v1.10", "v1.54"],
["v1.1", "v1.10", "v1.54", "v1.100"],
"issue #13 - ['v1.100', 'v1.10', 'v1.1', 'v1.54'] etc do not sort properly... - rubenstolk (bypass float coercion)"
);
runTest(
[
"MySnmp 1234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567",
"MySnmp 4234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567",
"MySnmp 2234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567",
"MySnmp 3234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567",
],
[
"MySnmp 1234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567",
"MySnmp 2234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567",
"MySnmp 3234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567",
"MySnmp 4234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567891234567",
],
"issue #14 - Very large numbers make sorting very slow - Mottie"
);
runTest(
["bar.1-2", "bar.1"],
["bar.1", "bar.1-2"],
"issue #21 - javascript error"
);
runTest(
["SomeString", "SomeString 1"],
["SomeString", "SomeString 1"],
"PR #19 - ['SomeString', 'SomeString 1'] bombing on 'undefined is not an object' - dannycochran"
);
runTest(
[
"Udet",
"\xDCbelacker",
"Uell",
"\xDClle",
"Ueve",
"\xDCxk\xFCll",
"Uffenbach",
],
[
"\xDCbelacker",
"Udet",
"Uell",
"Ueve",
"Uffenbach",
"\xDClle",
"\xDCxk\xFCll",
],
"issue #9 - Sorting umlauts characters \xC4, \xD6, \xDC - diogoalves"
);
runTest(
["2.2 sec", "1.9 sec", "1.53 sec"],
["1.53 sec", "1.9 sec", "2.2 sec"],
"https://github.com/overset/javascript-natural-sort/issues/13 - ['2.2 sec','1.9 sec','1.53 sec'] - padded by spaces - harisb"
);
runTest(
["2.2sec", "1.9sec", "1.53sec"],
["1.53sec", "1.9sec", "2.2sec"],
"https://github.com/overset/javascript-natural-sort/issues/13 - ['2.2sec','1.9sec','1.53sec'] - no padding - harisb"
);
});
}
function test(description, testFunc) {
info(description);
testFunc();
}
function runTest(testArray, expected, description, caseInsensitive = false) {
let actual = null;
if (caseInsensitive) {
actual = testArray.sort((a, b) =>
naturalSortCaseInsensitive(a, b, sessionString)
);
} else {
actual = testArray.sort((a, b) =>
naturalSortCaseSensitive(a, b, sessionString)
);
}
compareOptions(actual, expected, description);
}
// deepEqual() doesn't work well for testing arrays containing `undefined` so
// we need to use a custom method.
function compareOptions(actual, expected, description) {
let match = true;
for (let i = 0; i < actual.length; i++) {
if (actual[i] + "" !== expected[i] + "") {
ok(
false,
`${description}\nElement ${i} does not match:\n[${i}] ${actual[i]}\n[${i}] ${expected[i]}`
);
match = false;
break;
}
}
if (match) {
ok(true, description);
}
}