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QUnit.module( 'jquery.tablesorter.parsers', QUnit.newMwEnvironment( { beforeEach: function () { this.originalMonths = mw.language.months; mw.language.months = { keys: { names: [ 'january', 'february', 'march', 'april', 'may_long', 'june', 'july', 'august', 'september', 'october', 'november', 'december' ], genitive: [ 'january-gen', 'february-gen', 'march-gen', 'april-gen', 'may-gen', 'june-gen', 'july-gen', 'august-gen', 'september-gen', 'october-gen', 'november-gen', 'december-gen' ], abbrev: [ 'jan', 'feb', 'mar', 'apr', 'may', 'jun', 'jul', 'aug', 'sep', 'oct', 'nov', 'dec' ] }, names: [ 'January', 'February', 'March', 'April', 'May', 'June', 'July', 'August', 'September', 'October', 'November', 'December' ], genitive: [ 'January', 'February', 'March', 'April', 'May', 'June', 'July', 'August', 'September', 'October', 'November', 'December' ], abbrev: [ 'Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun', 'Jul', 'Aug', 'Sep', 'Oct', 'Nov', 'Dec' ] }; mw.config.set( { wgPageContentLanguage: 'en', /* default date format of the content language */ wgDefaultDateFormat: 'dmy', /* These two are important for numeric interpretations */ wgSeparatorTransformTable: [ '', '' ], wgDigitTransformTable: [ '', '' ] } ); /** * Check how the parser recognizes and transforms the data * * @param {Object} assert * @param {string} parserId The parser that will be tested * @param {string[][]} data Array of testcases. Each testcase, array of: * - inputValue: The string value that we want to test the parser for. * - recognized: If we expect that this value's type is detectable by the parser. * - outputValue: The value the parser has converted the input to. * - msg: describing the testcase. */ this.parser = function assertParser( assert, parserId, data ) { var parser = $.tablesorter.getParser( parserId ); data.forEach( function ( testcase ) { var extractedR = parser.is( testcase[ 0 ] ); var extractedF = parser.format( testcase[ 0 ] ); assert.strictEqual( extractedR, testcase[ 1 ], 'Detect: ' + testcase[ 3 ] ); assert.strictEqual( extractedF, testcase[ 2 ], 'Sortkey: ' + testcase[ 3 ] ); } ); }; }, afterEach: function () { mw.language.months = this.originalMonths; } } ) ); QUnit.test( 'Textual keys', function ( assert ) { this.parser( assert, 'text', [ [ 'Mars', true, 'Mars', 'Simple text' ], [ 'Mẘas', true, 'Mẘas', 'Non ascii character' ], [ 'A sentence', true, 'A sentence', 'A sentence with space chars' ] ] ); } ); QUnit.test( 'IPv4', function ( assert ) { this.parser( assert, 'IPAddress', [ // Some randomly generated fake IPs [ '0.0.0.0', true, 0, 'An IP address' ], [ '255.255.255.255', true, 255255255255, 'An IP address' ], [ '45.238.27.109', true, 45238027109, 'An IP address' ], [ '1.238.27.1', true, 1238027001, 'An IP address with small numbers' ], [ '238.27.1', false, 238027001, 'A malformed IP Address' ], [ '1', false, 1, 'A super malformed IP Address' ], [ 'Just text', false, -Infinity, 'A line with just text' ], [ '45.238.27.109Postfix', false, 45238027109, 'An IP address with a connected postfix' ], [ '45.238.27.109 postfix', false, 45238027109, 'An IP address with a separated postfix' ] ] ); } ); QUnit.test( 'MDY Dates using mdy content language', function ( assert ) { this.parser( assert, 'date', [ [ 'January 17, 2010', true, 20100117, 'Long middle endian date' ], [ 'Jan 17, 2010', true, 20100117, 'Short middle endian date' ], [ '1/17/2010', true, 20100117, 'Numeric middle endian date' ], [ '01/17/2010', true, 20100117, 'Numeric middle endian date with padding on month' ], [ '01/07/2010', true, 20100107, 'Numeric middle endian date with padding on day' ], [ '01/07/0010', true, 20100107, 'Numeric middle endian date with padding on year' ], [ '5.12.1990', true, 19900512, 'Numeric middle endian date with . separator' ] ] ); } ); QUnit.test( 'MDY Dates using dmy content language', function ( assert ) { mw.config.set( { wgDefaultDateFormat: 'dmy', wgPageContentLanguage: 'de' } ); this.parser( assert, 'date', [ [ 'January 17, 2010', true, 20100117, 'Long middle endian date' ], [ 'Jan 17, 2010', true, 20100117, 'Short middle endian date' ], [ '1/17/2010', true, 20101701, 'Numeric middle endian date' ], [ '01/17/2010', true, 20101701, 'Numeric middle endian date with padding on month' ], [ '01/07/2010', true, 20100701, 'Numeric middle endian date with padding on day' ], [ '01/07/0010', true, 20100701, 'Numeric middle endian date with padding on year' ], [ '5.12.1990', true, 19901205, 'Numeric middle endian date with . separator' ] ] ); } ); QUnit.test( 'Very old MDY dates', function ( assert ) { this.parser( assert, 'date', [ [ 'January 19, 1400 BC', false, '99999999', 'BC' ], [ 'January 19, 1400BC', false, '99999999', 'Connected BC' ], [ 'January, 19 1400 B.C.', false, '99999999', 'B.C.' ], [ 'January 19, 1400 AD', false, '99999999', 'AD' ], [ 'January, 19 10', true, 20100119, 'AD' ], [ 'January, 19 1', false, '99999999', 'AD' ] ] ); } ); QUnit.test( 'MDY Dates', function ( assert ) { this.parser( assert, 'date', [ [ 'January, 19 2010', true, 20100119, 'Comma after month' ], [ 'January 19, 2010', true, 20100119, 'Comma after day' ], [ 'January/19/2010', true, 20100119, 'Forward slash separator' ], [ '04 22 1991', true, 19910422, 'Month with 0 padding' ], [ 'April 21 1991', true, 19910421, 'Space separation' ], [ '04 22 1991', true, 19910422, 'Month with 0 padding' ], [ 'December 12 \'10', true, 20101212, '' ], [ 'Dec 12 \'10', true, 20101212, '' ], [ 'Dec. 12 \'10', true, 20101212, '' ] ] ); } ); QUnit.test( 'Clobbered Dates', function ( assert ) { this.parser( assert, 'date', [ [ 'January, 19 2010 - January, 20 2010', false, '99999999', 'Date range with hyphen' ], [ 'January, 19 2010 — January, 20 2010', false, '99999999', 'Date range with mdash' ], [ 'prefixJanuary, 19 2010', false, '99999999', 'Connected prefix' ], [ 'prefix January, 19 2010', false, '99999999', 'Prefix' ], [ 'December 12 2010postfix', false, '99999999', 'ConnectedPostfix' ], [ 'December 12 2010 postfix', false, '99999999', 'Postfix' ], [ 'A simple text', false, '99999999', 'Plain text in date sort' ], [ '04l22l1991', false, '99999999', 'l char as separator' ], [ 'January\\19\\2010', false, '99999999', 'backslash as date separator' ] ] ); } ); QUnit.test( 'MY Dates', function ( assert ) { this.parser( assert, 'date', [ [ 'December 2010', false, '99999999', 'Plain month year' ], [ 'Dec 2010', false, '99999999', 'Abreviated month year' ], [ '12 2010', false, '99999999', 'Numeric month year' ] ] ); } ); QUnit.test( 'Y Dates', function ( assert ) { this.parser( assert, 'date', [ [ '2010', false, '99999999', 'Plain 4-digit year' ], [ '876', false, '99999999', '3-digit year' ], [ '76', false, '99999999', '2-digit year' ], [ '\'76', false, '99999999', '2-digit millenium bug year' ], [ '2010 BC', false, '99999999', '4-digit year BC' ] ] ); } ); QUnit.test( 'ISO Dates', function ( assert ) { this.parser( assert, 'isoDate', [ [ '', false, -Infinity, 'Not a date' ], [ '2000', false, 946684800000, 'Plain 4-digit year' ], [ '2000-01', true, 946684800000, 'Year with month' ], [ '2000-01-01', true, 946684800000, 'Year with month and day' ], [ '2000-13-01', false, 978307200000, 'Non existant month' ], [ '2000-01-32', true, 949363200000, 'Non existant day' ], [ '2000-01-01T12:30:30', true, 946729830000, 'Date with a time' ], [ '2000-01-01T12:30:30Z', true, 946729830000, 'Date with a UTC+0 time' ], [ '2000-01-01T24:30:30Z', true, 946773030000, 'Date with invalid hours' ], [ '2000-01-01T12:60:30Z', true, 946728000000, 'Date with invalid minutes' ], [ '2000-01-01T12:30:61Z', true, 946729800000, 'Date with invalid amount of seconds, drops seconds' ], [ '2000-01-01T23:59:59Z', true, 946771199000, 'Edges of time' ], [ '2000-01-01T12:30:30.111Z', true, 946729830111, 'Date with milliseconds' ], [ '2000-01-01T12:30:30.11111Z', true, 946729830111, 'Date with too high precision' ], [ '2000-01-01T12:30:30,111Z', true, 946729830111, 'Date with milliseconds and , separator' ], [ '2000-01-01T12:30:30+01:00', true, 946726230000, 'Date time in UTC+1' ], [ '2000-01-01T12:30:30+01:30', true, 946724430000, 'Date time in UTC+1:30' ], [ '2000-01-01T12:30:30-01:00', true, 946733430000, 'Date time in UTC-1' ], [ '2000-01-01T12:30:30-01:30', true, 946735230000, 'Date time in UTC-1:30' ], [ '2000-01-01T12:30:30.111+01:00', true, 946726230111, 'Date time and milliseconds in UTC+1' ], [ '2000-01-01Postfix', true, 946684800000, 'Date with appended postfix' ], [ '2000-01-01 Postfix', true, 946684800000, 'Date with separate postfix' ], [ '2 Postfix', false, -62104060800000, 'One digit with separate postfix' ], [ 'ca. 2', false, -62104060800000, 'Three digit with separate prefix' ], [ '~200', false, -55855785600000, 'Three digit with appended prefix' ], [ 'ca. 200[1]', false, -55855785600000, 'Three digit with separate prefix and postfix' ], [ '2000-11-31', true, 975628800000, '31 days in 30 day month' ], [ '50-01-01', true, -60589296000000, 'Year with just two digits' ], [ '2', false, -62104060800000, 'Year with one digit' ], [ '02-01', true, -62104060800000, 'Year with one digit and leading zero' ], [ ' 2-01', true, -62104060800000, 'Year with one digit and leading space' ], [ '-2-10', true, -62206704000000, 'Year BC with month' ], [ '-9999', false, -377705116800000, 'max. Year BC' ], [ '+9999-12', true, 253399622400000, 'max. Date with +sign' ], [ '2000-01-01 12:30:30Z', true, 946729830000, 'Date and time with no T marker' ], [ '2000-01-01T12:30:60Z', true, 946729860000, 'Date with leap second' ], [ '2000-01-01T12:30:30-23:59', true, 946816170000, 'Date time in UTC-23:59' ], [ '2000-01-01T12:30:30+23:59', true, 946643490000, 'Date time in UTC+23:59' ], [ '2000-01-01T123030+0100', true, 946726230000, 'Time without separators' ], [ '20000101T123030+0100', false, 946726230000, 'All without separators' ] ] ); } ); QUnit.test( 'Currency', function ( assert ) { this.parser( assert, 'currency', [ [ '1.02 $', true, 1.02, '' ], [ '$ 3.00', true, 3, '' ], [ '€ 2,99', true, 299, '' ], [ '$ 1.00', true, 1, '' ], [ '$3.50', true, 3.50, '' ], [ '$ 1.50', true, 1.50, '' ], [ '€ 0.99', true, 0.99, '' ], [ '$ 299.99', true, 299.99, '' ], [ '$ 2,299.99', true, 2299.99, '' ], [ '$ 2,989', true, 2989, '' ], [ '$ 2 299.99', true, 2299.99, '' ], [ '$ 2 989', true, 2989, '' ], [ '$ 2.989', true, 2.989, '' ] ] ); } ); QUnit.test( 'Currency with european separators', function ( assert ) { mw.config.set( { // We expect 22'234.444,22 // Map from ascii separators => localized separators wgSeparatorTransformTable: [ ',\t.\t,', '\'\t,\t.' ], wgDigitTransformTable: [ '', '' ] } ); this.parser( assert, 'currency', [ [ '1.02 $', true, 102, '' ], [ '$ 3.00', true, 300, '' ], [ '€ 2,99', true, 2.99, '' ], [ '$ 1.00', true, 100, '' ], [ '$3.50', true, 350, '' ], [ '$ 1.50', true, 150, '' ], [ '€ 0.99', true, 99, '' ], [ '$ 299.99', true, 29999, '' ], [ '$ 2\'299,99', true, 2299.99, '' ], [ '$ 2,989', true, 2.989, '' ], [ '$ 2 299.99', true, 229999, '' ], [ '2 989 $', true, 2989, '' ], [ '299.99 $', true, 29999, '' ], [ '2\'299,99 $', true, 2299.99, '' ], [ '2,989 $', true, 2.989, '' ], [ '2 299.99 $', true, 229999, '' ], [ '2 989 $', true, 2989, '' ] ] ); } ); // TODO add numbers sorting tests for T10115 with a different language
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