%PDF-
%PDF-
Mini Shell
Mini Shell
<?php
use Wikimedia\TestingAccessWrapper;
class LanguageTest extends LanguageClassesTestCase {
/**
* @covers Language::convertDoubleWidth
* @covers Language::normalizeForSearch
*/
public function testLanguageConvertDoubleWidthToSingleWidth() {
$this->assertEquals(
"0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz",
$this->getLang()->normalizeForSearch(
"０１２３４５６７８９ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ"
),
'convertDoubleWidth() with the full alphabet and digits'
);
}
/**
* @dataProvider provideFormattableTimes
* @covers Language::formatTimePeriod
*/
public function testFormatTimePeriod( $seconds, $format, $expected, $desc ) {
$this->assertEquals( $expected, $this->getLang()->formatTimePeriod( $seconds, $format ), $desc );
}
public static function provideFormattableTimes() {
return [
[
9.45,
[],
'9.5 s',
'formatTimePeriod() rounding (<10s)'
],
[
9.45,
[ 'noabbrevs' => true ],
'9.5 seconds',
'formatTimePeriod() rounding (<10s)'
],
[
9.95,
[],
'10 s',
'formatTimePeriod() rounding (<10s)'
],
[
9.95,
[ 'noabbrevs' => true ],
'10 seconds',
'formatTimePeriod() rounding (<10s)'
],
[
59.55,
[],
'1 min 0 s',
'formatTimePeriod() rounding (<60s)'
],
[
59.55,
[ 'noabbrevs' => true ],
'1 minute 0 seconds',
'formatTimePeriod() rounding (<60s)'
],
[
119.55,
[],
'2 min 0 s',
'formatTimePeriod() rounding (<1h)'
],
[
119.55,
[ 'noabbrevs' => true ],
'2 minutes 0 seconds',
'formatTimePeriod() rounding (<1h)'
],
[
3599.55,
[],
'1 h 0 min 0 s',
'formatTimePeriod() rounding (<1h)'
],
[
3599.55,
[ 'noabbrevs' => true ],
'1 hour 0 minutes 0 seconds',
'formatTimePeriod() rounding (<1h)'
],
[
7199.55,
[],
'2 h 0 min 0 s',
'formatTimePeriod() rounding (>=1h)'
],
[
7199.55,
[ 'noabbrevs' => true ],
'2 hours 0 minutes 0 seconds',
'formatTimePeriod() rounding (>=1h)'
],
[
7199.55,
'avoidseconds',
'2 h 0 min',
'formatTimePeriod() rounding (>=1h), avoidseconds'
],
[
7199.55,
[ 'avoid' => 'avoidseconds', 'noabbrevs' => true ],
'2 hours 0 minutes',
'formatTimePeriod() rounding (>=1h), avoidseconds'
],
[
7199.55,
'avoidminutes',
'2 h 0 min',
'formatTimePeriod() rounding (>=1h), avoidminutes'
],
[
7199.55,
[ 'avoid' => 'avoidminutes', 'noabbrevs' => true ],
'2 hours 0 minutes',
'formatTimePeriod() rounding (>=1h), avoidminutes'
],
[
172799.55,
'avoidseconds',
'48 h 0 min',
'formatTimePeriod() rounding (=48h), avoidseconds'
],
[
172799.55,
[ 'avoid' => 'avoidseconds', 'noabbrevs' => true ],
'48 hours 0 minutes',
'formatTimePeriod() rounding (=48h), avoidseconds'
],
[
259199.55,
'avoidminutes',
'3 d 0 h',
'formatTimePeriod() rounding (>48h), avoidminutes'
],
[
259199.55,
[ 'avoid' => 'avoidminutes', 'noabbrevs' => true ],
'3 days 0 hours',
'formatTimePeriod() rounding (>48h), avoidminutes'
],
[
176399.55,
'avoidseconds',
'2 d 1 h 0 min',
'formatTimePeriod() rounding (>48h), avoidseconds'
],
[
176399.55,
[ 'avoid' => 'avoidseconds', 'noabbrevs' => true ],
'2 days 1 hour 0 minutes',
'formatTimePeriod() rounding (>48h), avoidseconds'
],
[
176399.55,
'avoidminutes',
'2 d 1 h',
'formatTimePeriod() rounding (>48h), avoidminutes'
],
[
176399.55,
[ 'avoid' => 'avoidminutes', 'noabbrevs' => true ],
'2 days 1 hour',
'formatTimePeriod() rounding (>48h), avoidminutes'
],
[
259199.55,
'avoidseconds',
'3 d 0 h 0 min',
'formatTimePeriod() rounding (>48h), avoidseconds'
],
[
259199.55,
[ 'avoid' => 'avoidseconds', 'noabbrevs' => true ],
'3 days 0 hours 0 minutes',
'formatTimePeriod() rounding (>48h), avoidseconds'
],
[
172801.55,
'avoidseconds',
'2 d 0 h 0 min',
'formatTimePeriod() rounding, (>48h), avoidseconds'
],
[
172801.55,
[ 'avoid' => 'avoidseconds', 'noabbrevs' => true ],
'2 days 0 hours 0 minutes',
'formatTimePeriod() rounding, (>48h), avoidseconds'
],
[
176460.55,
[],
'2 d 1 h 1 min 1 s',
'formatTimePeriod() rounding, recursion, (>48h)'
],
[
176460.55,
[ 'noabbrevs' => true ],
'2 days 1 hour 1 minute 1 second',
'formatTimePeriod() rounding, recursion, (>48h)'
],
];
}
/**
* @covers Language::truncateForDatabase
* @covers Language::truncateInternal
*/
public function testTruncateForDatabase() {
$this->assertEquals(
"XXX",
$this->getLang()->truncateForDatabase( "1234567890", 0, 'XXX' ),
'truncate prefix, len 0, small ellipsis'
);
$this->assertEquals(
"12345XXX",
$this->getLang()->truncateForDatabase( "1234567890", 8, 'XXX' ),
'truncate prefix, small ellipsis'
);
$this->assertEquals(
"123456789",
$this->getLang()->truncateForDatabase( "123456789", 5, 'XXXXXXXXXXXXXXX' ),
'truncate prefix, large ellipsis'
);
$this->assertEquals(
"XXX67890",
$this->getLang()->truncateForDatabase( "1234567890", -8, 'XXX' ),
'truncate suffix, small ellipsis'
);
$this->assertEquals(
"123456789",
$this->getLang()->truncateForDatabase( "123456789", -5, 'XXXXXXXXXXXXXXX' ),
'truncate suffix, large ellipsis'
);
$this->assertEquals(
"123XXX",
$this->getLang()->truncateForDatabase( "123 ", 9, 'XXX' ),
'truncate prefix, with spaces'
);
$this->assertEquals(
"12345XXX",
$this->getLang()->truncateForDatabase( "12345 8", 11, 'XXX' ),
'truncate prefix, with spaces and non-space ending'
);
$this->assertEquals(
"XXX234",
$this->getLang()->truncateForDatabase( "1 234", -8, 'XXX' ),
'truncate suffix, with spaces'
);
$this->assertEquals(
"12345XXX",
$this->getLang()->truncateForDatabase( "1234567890", 5, 'XXX', false ),
'truncate without adjustment'
);
$this->assertEquals(
"泰乐菌...",
$this->getLang()->truncateForDatabase( "泰乐菌素123456789", 11, '...', false ),
'truncate does not chop Unicode characters in half'
);
$this->assertEquals(
"\n泰乐菌...",
$this->getLang()->truncateForDatabase( "\n泰乐菌素123456789", 12, '...', false ),
'truncate does not chop Unicode characters in half if there is a preceding newline'
);
}
/**
* @dataProvider provideTruncateData
* @covers Language::truncateForVisual
* @covers Language::truncateInternal
*/
public function testTruncateForVisual(
$expected, $string, $length, $ellipsis = '...', $adjustLength = true
) {
$this->assertEquals(
$expected,
$this->getLang()->truncateForVisual( $string, $length, $ellipsis, $adjustLength )
);
}
/**
* @return array Format is ($expected, $string, $length, $ellipsis, $adjustLength)
*/
public static function provideTruncateData() {
return [
[ "XXX", "тестирам да ли ради", 0, "XXX" ],
[ "testnXXX", "testni scenarij", 8, "XXX" ],
[ "حالة اختبار", "حالة اختبار", 5, "XXXXXXXXXXXXXXX" ],
[ "XXXедент", "прецедент", -8, "XXX" ],
[ "XXപിൾ", "ആപ്പിൾ", -5, "XX" ],
[ "神秘XXX", "神秘 ", 9, "XXX" ],
[ "ΔημιουργXXX", "Δημιουργία Σύμπαντος", 11, "XXX" ],
[ "XXXの家です", "地球は私たちの唯 の家です", -8, "XXX" ],
[ "زندگیXXX", "زندگی زیباست", 6, "XXX", false ],
[ "ცხოვრება...", "ცხოვრება არის საოცარი", 8, "...", false ],
[ "\nທ່ານ...", "\nທ່ານບໍ່ຮູ້ຫນັງສື", 5, "...", false ],
];
}
/**
* @dataProvider provideHTMLTruncateData
* @covers Language::truncateHTML
*/
public function testTruncateHtml( $len, $ellipsis, $input, $expected ) {
// Actual HTML...
$this->assertEquals(
$expected,
$this->getLang()->truncateHtml( $input, $len, $ellipsis )
);
}
/**
* @return array Format is ($len, $ellipsis, $input, $expected)
*/
public static function provideHTMLTruncateData() {
return [
[ 0, 'XXX', "1234567890", "XXX" ],
[ 8, 'XXX', "1234567890", "12345XXX" ],
[ 5, 'XXXXXXXXXXXXXXX', '1234567890', "1234567890" ],
[ 2, '***',
'<p><span style="font-weight:bold;"></span></p>',
'<p><span style="font-weight:bold;"></span></p>',
],
[ 2, '***',
'<p><span style="font-weight:bold;">123456789</span></p>',
'<p><span style="font-weight:bold;">***</span></p>',
],
[ 2, '***',
'<p><span style="font-weight:bold;"> 23456789</span></p>',
'<p><span style="font-weight:bold;">***</span></p>',
],
[ 3, '***',
'<p><span style="font-weight:bold;">123456789</span></p>',
'<p><span style="font-weight:bold;">***</span></p>',
],
[ 4, '***',
'<p><span style="font-weight:bold;">123456789</span></p>',
'<p><span style="font-weight:bold;">1***</span></p>',
],
[ 5, '***',
'<tt><span style="font-weight:bold;">123456789</span></tt>',
'<tt><span style="font-weight:bold;">12***</span></tt>',
],
[ 6, '***',
'<p><a href="www.mediawiki.org">123456789</a></p>',
'<p><a href="www.mediawiki.org">123***</a></p>',
],
[ 6, '***',
'<p><a href="www.mediawiki.org">12 456789</a></p>',
'<p><a href="www.mediawiki.org">12 ***</a></p>',
],
[ 7, '***',
'<small><span style="font-weight:bold;">123<p id="#moo">456</p>789</span></small>',
'<small><span style="font-weight:bold;">123<p id="#moo">4***</p></span></small>',
],
[ 8, '***',
'<div><span style="font-weight:bold;">123<span>4</span>56789</span></div>',
'<div><span style="font-weight:bold;">123<span>4</span>5***</span></div>',
],
[ 9, '***',
'<p><table style="font-weight:bold;"><tr><td>123456789</td></tr></table></p>',
'<p><table style="font-weight:bold;"><tr><td>123456789</td></tr></table></p>',
],
[ 10, '***',
'<p><font style="font-weight:bold;">123456789</font></p>',
'<p><font style="font-weight:bold;">123456789</font></p>',
],
];
}
/**
* Test Language::isWellFormedLanguageTag()
* @dataProvider provideWellFormedLanguageTags
* @covers Language::isWellFormedLanguageTag
*/
public function testWellFormedLanguageTag( $code, $message = '' ) {
$this->assertTrue(
Language::isWellFormedLanguageTag( $code ),
"validating code $code $message"
);
}
/**
* The test cases are based on the tests in the GaBuZoMeu parser
* written by Stéphane Bortzmeyer <bortzmeyer@nic.fr>
* and distributed as free software, under the GNU General Public Licence.
* http://www.bortzmeyer.org/gabuzomeu-parsing-language-tags.html
*/
public static function provideWellFormedLanguageTags() {
return [
[ 'fr', 'two-letter code' ],
[ 'fr-latn', 'two-letter code with lower case script code' ],
[ 'fr-Latn-FR', 'two-letter code with title case script code and uppercase country code' ],
[ 'fr-Latn-419', 'two-letter code with title case script code and region number' ],
[ 'fr-FR', 'two-letter code with uppercase' ],
[ 'ax-TZ', 'Not in the registry, but well-formed' ],
[ 'fr-shadok', 'two-letter code with variant' ],
[ 'fr-y-myext-myext2', 'non-x singleton' ],
[ 'fra-Latn', 'ISO 639 can be 3-letters' ],
[ 'fra', 'three-letter language code' ],
[ 'fra-FX', 'three-letter language code with country code' ],
[ 'i-klingon', 'grandfathered with singleton' ],
[ 'I-kLINgon', 'tags are case-insensitive...' ],
[ 'no-bok', 'grandfathered without singleton' ],
[ 'i-enochian', 'Grandfathered' ],
[ 'x-fr-CH', 'private use' ],
[ 'es-419', 'two-letter code with region number' ],
[ 'en-Latn-GB-boont-r-extended-sequence-x-private', 'weird, but well-formed' ],
[ 'ab-x-abc-x-abc', 'anything goes after x' ],
[ 'ab-x-abc-a-a', 'anything goes after x, including several non-x singletons' ],
[ 'i-default', 'grandfathered' ],
[ 'abcd-Latn', 'Language of 4 chars reserved for future use' ],
[ 'AaBbCcDd-x-y-any-x', 'Language of 5-8 chars, registered' ],
[ 'de-CH-1901', 'with country and year' ],
[ 'en-US-x-twain', 'with country and singleton' ],
[ 'zh-cmn', 'three-letter variant' ],
[ 'zh-cmn-Hant', 'three-letter variant and script' ],
[ 'zh-cmn-Hant-HK', 'three-letter variant, script and country' ],
[ 'xr-p-lze', 'Extension' ],
];
}
/**
* Negative test for Language::isWellFormedLanguageTag()
* @dataProvider provideMalformedLanguageTags
* @covers Language::isWellFormedLanguageTag
*/
public function testMalformedLanguageTag( $code, $message = '' ) {
$this->assertFalse(
Language::isWellFormedLanguageTag( $code ),
"validating that code $code is a malformed language tag - $message"
);
}
/**
* The test cases are based on the tests in the GaBuZoMeu parser
* written by Stéphane Bortzmeyer <bortzmeyer@nic.fr>
* and distributed as free software, under the GNU General Public Licence.
* http://www.bortzmeyer.org/gabuzomeu-parsing-language-tags.html
*/
public static function provideMalformedLanguageTags() {
return [
[ 'f', 'language too short' ],
[ 'f-Latn', 'language too short with script' ],
[ 'xr-lxs-qut', 'variants too short' ], # extlangS
[ 'fr-Latn-F', 'region too short' ],
[ 'a-value', 'language too short with region' ],
[ 'tlh-a-b-foo', 'valid three-letter with wrong variant' ],
[
'i-notexist',
'grandfathered but not registered: invalid, even if we only test well-formedness'
],
[ 'abcdefghi-012345678', 'numbers too long' ],
[ 'ab-abc-abc-abc-abc', 'invalid extensions' ],
[ 'ab-abcd-abc', 'invalid extensions' ],
[ 'ab-ab-abc', 'invalid extensions' ],
[ 'ab-123-abc', 'invalid extensions' ],
[ 'a-Hant-ZH', 'short language with valid extensions' ],
[ 'a1-Hant-ZH', 'invalid character in language' ],
[ 'ab-abcde-abc', 'invalid extensions' ],
[ 'ab-1abc-abc', 'invalid characters in extensions' ],
[ 'ab-ab-abcd', 'invalid order of extensions' ],
[ 'ab-123-abcd', 'invalid order of extensions' ],
[ 'ab-abcde-abcd', 'invalid extensions' ],
[ 'ab-1abc-abcd', 'invalid characters in extensions' ],
[ 'ab-a-b', 'extensions too short' ],
[ 'ab-a-x', 'extensions too short, even with singleton' ],
[ 'ab--ab', 'two separators' ],
[ 'ab-abc-', 'separator in the end' ],
[ '-ab-abc', 'separator in the beginning' ],
[ 'abcd-efg', 'language too long' ],
[ 'aabbccddE', 'tag too long' ],
[ 'pa_guru', 'A tag with underscore is invalid in strict mode' ],
[ 'de-f', 'subtag too short' ],
];
}
/**
* Negative test for Language::isWellFormedLanguageTag()
* @covers Language::isWellFormedLanguageTag
*/
public function testLenientLanguageTag() {
$this->assertTrue(
Language::isWellFormedLanguageTag( 'pa_guru', true ),
'pa_guru is a well-formed language tag in lenient mode'
);
}
/**
* Test Language::isValidBuiltInCode()
* @dataProvider provideLanguageCodes
* @covers Language::isValidBuiltInCode
*/
public function testBuiltInCodeValidation( $code, $expected, $message = '' ) {
$this->assertEquals( $expected,
(bool)Language::isValidBuiltInCode( $code ),
"validating code $code $message"
);
}
public static function provideLanguageCodes() {
return [
[ 'fr', true, 'Two letters, minor case' ],
[ 'EN', false, 'Two letters, upper case' ],
[ 'tyv', true, 'Three letters' ],
[ 'be-tarask', true, 'With dash' ],
[ 'be-x-old', true, 'With extension (two dashes)' ],
[ 'be_tarask', false, 'Reject underscores' ],
];
}
/**
* Test Language::isKnownLanguageTag()
* @dataProvider provideKnownLanguageTags
* @covers Language::isKnownLanguageTag
*/
public function testKnownLanguageTag( $code, $message = '' ) {
$this->assertTrue(
(bool)Language::isKnownLanguageTag( $code ),
"validating code $code - $message"
);
}
public static function provideKnownLanguageTags() {
return [
[ 'fr', 'simple code' ],
[ 'bat-smg', 'an MW legacy tag' ],
[ 'sgs', 'an internal standard MW name, for which a legacy tag is used externally' ],
];
}
/**
* @covers Language::isKnownLanguageTag
*/
public function testKnownCldrLanguageTag() {
if ( !class_exists( 'LanguageNames' ) ) {
$this->markTestSkipped( 'The LanguageNames class is not available. '
. 'The CLDR extension is probably not installed.' );
}
$this->assertTrue(
(bool)Language::isKnownLanguageTag( 'pal' ),
'validating code "pal" an ancient language, which probably will '
. 'not appear in Names.php, but appears in CLDR in English'
);
}
/**
* Negative tests for Language::isKnownLanguageTag()
* @dataProvider provideUnKnownLanguageTags
* @covers Language::isKnownLanguageTag
*/
public function testUnknownLanguageTag( $code, $message = '' ) {
$this->assertFalse(
(bool)Language::isKnownLanguageTag( $code ),
"checking that code $code is invalid - $message"
);
}
public static function provideUnknownLanguageTags() {
return [
[ 'mw', 'non-existent two-letter code' ],
[ 'foo"<bar', 'very invalid language code' ],
];
}
/**
* Test too short timestamp
* @expectedException MWException
* @covers Language::sprintfDate
*/
public function testSprintfDateTooShortTimestamp() {
$this->getLang()->sprintfDate( 'xiY', '1234567890123' );
}
/**
* Test too long timestamp
* @expectedException MWException
* @covers Language::sprintfDate
*/
public function testSprintfDateTooLongTimestamp() {
$this->getLang()->sprintfDate( 'xiY', '123456789012345' );
}
/**
* Test too short timestamp
* @expectedException MWException
* @covers Language::sprintfDate
*/
public function testSprintfDateNotAllDigitTimestamp() {
$this->getLang()->sprintfDate( 'xiY', '-1234567890123' );
}
/**
* @dataProvider provideSprintfDateSamples
* @covers Language::sprintfDate
*/
public function testSprintfDate( $format, $ts, $expected, $msg ) {
$ttl = null;
$this->assertEquals(
$expected,
$this->getLang()->sprintfDate( $format, $ts, null, $ttl ),
"sprintfDate('$format', '$ts'): $msg"
);
if ( $ttl ) {
$dt = new DateTime( $ts );
$lastValidTS = $dt->add( new DateInterval( 'PT' . ( $ttl - 1 ) . 'S' ) )->format( 'YmdHis' );
$this->assertEquals(
$expected,
$this->getLang()->sprintfDate( $format, $lastValidTS, null ),
"sprintfDate('$format', '$ts'): TTL $ttl too high (output was different at $lastValidTS)"
);
} else {
// advance the time enough to make all of the possible outputs different (except possibly L)
$dt = new DateTime( $ts );
$newTS = $dt->add( new DateInterval( 'P1Y1M8DT13H1M1S' ) )->format( 'YmdHis' );
$this->assertEquals(
$expected,
$this->getLang()->sprintfDate( $format, $newTS, null ),
"sprintfDate('$format', '$ts'): Missing TTL (output was different at $newTS)"
);
}
}
/**
* sprintfDate should always use UTC when no zone is given.
* @dataProvider provideSprintfDateSamples
* @covers Language::sprintfDate
*/
public function testSprintfDateNoZone( $format, $ts, $expected, $ignore, $msg ) {
$oldTZ = date_default_timezone_get();
$res = date_default_timezone_set( 'Asia/Seoul' );
if ( !$res ) {
$this->markTestSkipped( "Error setting Timezone" );
}
$this->assertEquals(
$expected,
$this->getLang()->sprintfDate( $format, $ts ),
"sprintfDate('$format', '$ts'): $msg"
);
date_default_timezone_set( $oldTZ );
}
/**
* sprintfDate should use passed timezone
* @dataProvider provideSprintfDateSamples
* @covers Language::sprintfDate
*/
public function testSprintfDateTZ( $format, $ts, $ignore, $expected, $msg ) {
$tz = new DateTimeZone( 'Asia/Seoul' );
if ( !$tz ) {
$this->markTestSkipped( "Error getting Timezone" );
}
$this->assertEquals(
$expected,
$this->getLang()->sprintfDate( $format, $ts, $tz ),
"sprintfDate('$format', '$ts', 'Asia/Seoul'): $msg"
);
}
/**
* sprintfDate should only calculate a TTL if the caller is going to use it.
* @covers Language::sprintfDate
*/
public function testSprintfDateNoTtlIfNotNeeded() {
$noTtl = 'unused'; // Value used to represent that the caller didn't pass a variable in.
$ttl = null;
$this->getLang()->sprintfDate( 'YmdHis', wfTimestampNow(), null, $noTtl );
$this->getLang()->sprintfDate( 'YmdHis', wfTimestampNow(), null, $ttl );
$this->assertSame(
'unused',
$noTtl,
'If the caller does not set the $ttl variable, do not compute it.'
);
$this->assertInternalType( 'int', $ttl, 'TTL should have been computed.' );
}
public static function provideSprintfDateSamples() {
return [
[
'xiY',
'20111212000000',
'1390', // note because we're testing English locale we get Latin-standard digits
'1390',
'Iranian calendar full year'
],
[
'xiy',
'20111212000000',
'90',
'90',
'Iranian calendar short year'
],
[
'o',
'20120101235000',
'2011',
'2011',
'ISO 8601 (week) year'
],
[
'W',
'20120101235000',
'52',
'52',
'Week number'
],
[
'W',
'20120102235000',
'1',
'1',
'Week number'
],
[
'o-\\WW-N',
'20091231235000',
'2009-W53-4',
'2009-W53-4',
'leap week'
],
// What follows is mostly copied from
// https://www.mediawiki.org/wiki/Help:Extension:ParserFunctions#.23time
[
'Y',
'20120102090705',
'2012',
'2012',
'Full year'
],
[
'y',
'20120102090705',
'12',
'12',
'2 digit year'
],
[
'L',
'20120102090705',
'1',
'1',
'Leap year'
],
[
'n',
'20120102090705',
'1',
'1',
'Month index, not zero pad'
],
[
'N',
'20120102090705',
'01',
'01',
'Month index. Zero pad'
],
[
'M',
'20120102090705',
'Jan',
'Jan',
'Month abbrev'
],
[
'F',
'20120102090705',
'January',
'January',
'Full month'
],
[
'xg',
'20120102090705',
'January',
'January',
'Genitive month name (same in EN)'
],
[
'j',
'20120102090705',
'2',
'2',
'Day of month (not zero pad)'
],
[
'd',
'20120102090705',
'02',
'02',
'Day of month (zero-pad)'
],
[
'z',
'20120102090705',
'1',
'1',
'Day of year (zero-indexed)'
],
[
'D',
'20120102090705',
'Mon',
'Mon',
'Day of week (abbrev)'
],
[
'l',
'20120102090705',
'Monday',
'Monday',
'Full day of week'
],
[
'N',
'20120101090705',
'7',
'7',
'Day of week (Mon=1, Sun=7)'
],
[
'w',
'20120101090705',
'0',
'0',
'Day of week (Sun=0, Sat=6)'
],
[
'N',
'20120102090705',
'1',
'1',
'Day of week'
],
[
'a',
'20120102090705',
'am',
'am',
'am vs pm'
],
[
'A',
'20120102120000',
'PM',
'PM',
'AM vs PM'
],
[
'a',
'20120102000000',
'am',
'am',
'AM vs PM'
],
[
'g',
'20120102090705',
'9',
'9',
'12 hour, not Zero'
],
[
'h',
'20120102090705',
'09',
'09',
'12 hour, zero padded'
],
[
'G',
'20120102090705',
'9',
'9',
'24 hour, not zero'
],
[
'H',
'20120102090705',
'09',
'09',
'24 hour, zero'
],
[
'H',
'20120102110705',
'11',
'11',
'24 hour, zero'
],
[
'i',
'20120102090705',
'07',
'07',
'Minutes'
],
[
's',
'20120102090705',
'05',
'05',
'seconds'
],
[
'U',
'20120102090705',
'1325495225',
'1325462825',
'unix time'
],
[
't',
'20120102090705',
'31',
'31',
'Days in current month'
],
[
'c',
'20120102090705',
'2012-01-02T09:07:05+00:00',
'2012-01-02T09:07:05+09:00',
'ISO 8601 timestamp'
],
[
'r',
'20120102090705',
'Mon, 02 Jan 2012 09:07:05 +0000',
'Mon, 02 Jan 2012 09:07:05 +0900',
'RFC 5322'
],
[
'e',
'20120102090705',
'UTC',
'Asia/Seoul',
'Timezone identifier'
],
[
'I',
'19880602090705',
'0',
'1',
'DST indicator'
],
[
'O',
'20120102090705',
'+0000',
'+0900',
'Timezone offset'
],
[
'P',
'20120102090705',
'+00:00',
'+09:00',
'Timezone offset with colon'
],
[
'T',
'20120102090705',
'UTC',
'KST',
'Timezone abbreviation'
],
[
'Z',
'20120102090705',
'0',
'32400',
'Timezone offset in seconds'
],
[
'xmj xmF xmn xmY',
'20120102090705',
'7 Safar 2 1433',
'7 Safar 2 1433',
'Islamic'
],
[
'xij xiF xin xiY',
'20120102090705',
'12 Dey 10 1390',
'12 Dey 10 1390',
'Iranian'
],
[
'xjj xjF xjn xjY',
'20120102090705',
'7 Tevet 4 5772',
'7 Tevet 4 5772',
'Hebrew'
],
[
'xjt',
'20120102090705',
'29',
'29',
'Hebrew number of days in month'
],
[
'xjx',
'20120102090705',
'Tevet',
'Tevet',
'Hebrew genitive month name (No difference in EN)'
],
[
'xkY',
'20120102090705',
'2555',
'2555',
'Thai year'
],
[
'xkY',
'19410101090705',
'2484',
'2484',
'Thai year'
],
[
'xoY',
'20120102090705',
'101',
'101',
'Minguo'
],
[
'xtY',
'20120102090705',
'平成24',
'平成24',
'nengo'
],
[
'xrxkYY',
'20120102090705',
'MMDLV2012',
'MMDLV2012',
'Roman numerals'
],
[
'xhxjYY',
'20120102090705',
'ה\'תשע"ב2012',
'ה\'תשע"ב2012',
'Hebrew numberals'
],
[
'xnY',
'20120102090705',
'2012',
'2012',
'Raw numerals (doesn\'t mean much in EN)'
],
[
'[[Y "(yea"\\r)]] \\"xx\\"',
'20120102090705',
'[[2012 (year)]] "x"',
'[[2012 (year)]] "x"',
'Various escaping'
],
];
}
/**
* @dataProvider provideFormatSizes
* @covers Language::formatSize
*/
public function testFormatSize( $size, $expected, $msg ) {
$this->assertEquals(
$expected,
$this->getLang()->formatSize( $size ),
"formatSize('$size'): $msg"
);
}
public static function provideFormatSizes() {
return [
[
0,
"0 bytes",
"Zero bytes"
],
[
1024,
"1 KB",
"1 kilobyte"
],
[
1024 * 1024,
"1 MB",
"1,024 megabytes"
],
[
1024 * 1024 * 1024,
"1 GB",
"1 gigabyte"
],
[
1024 ** 4,
"1 TB",
"1 terabyte"
],
[
1024 ** 5,
"1 PB",
"1 petabyte"
],
[
1024 ** 6,
"1 EB",
"1,024 exabyte"
],
[
1024 ** 7,
"1 ZB",
"1 zetabyte"
],
[
1024 ** 8,
"1 YB",
"1 yottabyte"
],
// How big!? THIS BIG!
];
}
/**
* @dataProvider provideFormatBitrate
* @covers Language::formatBitrate
*/
public function testFormatBitrate( $bps, $expected, $msg ) {
$this->assertEquals(
$expected,
$this->getLang()->formatBitrate( $bps ),
"formatBitrate('$bps'): $msg"
);
}
public static function provideFormatBitrate() {
return [
[
0,
"0 bps",
"0 bits per second"
],
[
999,
"999 bps",
"999 bits per second"
],
[
1000,
"1 kbps",
"1 kilobit per second"
],
[
1000 * 1000,
"1 Mbps",
"1 megabit per second"
],
[
10 ** 9,
"1 Gbps",
"1 gigabit per second"
],
[
10 ** 12,
"1 Tbps",
"1 terabit per second"
],
[
10 ** 15,
"1 Pbps",
"1 petabit per second"
],
[
10 ** 18,
"1 Ebps",
"1 exabit per second"
],
[
10 ** 21,
"1 Zbps",
"1 zetabit per second"
],
[
10 ** 24,
"1 Ybps",
"1 yottabit per second"
],
[
10 ** 27,
"1,000 Ybps",
"1,000 yottabits per second"
],
];
}
/**
* @dataProvider provideFormatDuration
* @covers Language::formatDuration
*/
public function testFormatDuration( $duration, $expected, $intervals = [] ) {
$this->assertEquals(
$expected,
$this->getLang()->formatDuration( $duration, $intervals ),
"formatDuration('$duration'): $expected"
);
}
public static function provideFormatDuration() {
return [
[
0,
'0 seconds',
],
[
1,
'1 second',
],
[
2,
'2 seconds',
],
[
60,
'1 minute',
],
[
2 * 60,
'2 minutes',
],
[
3600,
'1 hour',
],
[
2 * 3600,
'2 hours',
],
[
24 * 3600,
'1 day',
],
[
2 * 86400,
'2 days',
],
[
// ( 365 + ( 24 * 3 + 25 ) / 400 ) * 86400 = 31556952
( 365 + ( 24 * 3 + 25 ) / 400.0 ) * 86400,
'1 year',
],
[
2 * 31556952,
'2 years',
],
[
10 * 31556952,
'1 decade',
],
[
20 * 31556952,
'2 decades',
],
[
100 * 31556952,
'1 century',
],
[
200 * 31556952,
'2 centuries',
],
[
1000 * 31556952,
'1 millennium',
],
[
2000 * 31556952,
'2 millennia',
],
[
9001,
'2 hours, 30 minutes and 1 second'
],
[
3601,
'1 hour and 1 second'
],
[
31556952 + 2 * 86400 + 9000,
'1 year, 2 days, 2 hours and 30 minutes'
],
[
42 * 1000 * 31556952 + 42,
'42 millennia and 42 seconds'
],
[
60,
'60 seconds',
[ 'seconds' ],
],
[
61,
'61 seconds',
[ 'seconds' ],
],
[
1,
'1 second',
[ 'seconds' ],
],
[
31556952 + 2 * 86400 + 9000,
'1 year, 2 days and 150 minutes',
[ 'years', 'days', 'minutes' ],
],
[
42,
'0 days',
[ 'years', 'days' ],
],
[
31556952 + 2 * 86400 + 9000,
'1 year, 2 days and 150 minutes',
[ 'minutes', 'days', 'years' ],
],
[
42,
'0 days',
[ 'days', 'years' ],
],
];
}
/**
* @dataProvider provideCheckTitleEncodingData
* @covers Language::checkTitleEncoding
*/
public function testCheckTitleEncoding( $s ) {
$this->assertEquals(
$s,
$this->getLang()->checkTitleEncoding( $s ),
"checkTitleEncoding('$s')"
);
}
public static function provideCheckTitleEncodingData() {
// phpcs:disable Generic.Files.LineLength
return [
[ "" ],
[ "United States of America" ], // 7bit ASCII
[ rawurldecode( "S%C3%A9rie%20t%C3%A9l%C3%A9vis%C3%A9e" ) ],
[
rawurldecode(
"Acteur%7CAlbert%20Robbins%7CAnglais%7CAnn%20Donahue%7CAnthony%20E.%20Zuiker%7CCarol%20Mendelsohn"
)
],
// The following two data sets come from T38839. They fail if checkTitleEncoding uses a regexp to test for
// valid UTF-8 encoding and the pcre.recursion_limit is low (like, say, 1024). They succeed if checkTitleEncoding
// uses mb_check_encoding for its test.
[
rawurldecode(
"Acteur%7CAlbert%20Robbins%7CAnglais%7CAnn%20Donahue%7CAnthony%20E.%20Zuiker%7CCarol%20Mendelsohn%7C"
. "Catherine%20Willows%7CDavid%20Hodges%7CDavid%20Phillips%7CGil%20Grissom%7CGreg%20Sanders%7CHodges%7C"
. "Internet%20Movie%20Database%7CJim%20Brass%7CLady%20Heather%7C"
. "Les%20Experts%20(s%C3%A9rie%20t%C3%A9l%C3%A9vis%C3%A9e)%7CLes%20Experts%20:%20Manhattan%7C"
. "Les%20Experts%20:%20Miami%7CListe%20des%20personnages%20des%20Experts%7C"
. "Liste%20des%20%C3%A9pisodes%20des%20Experts%7CMod%C3%A8le%20discussion:Palette%20Les%20Experts%7C"
. "Nick%20Stokes%7CPersonnage%20de%20fiction%7CPersonnage%20fictif%7CPersonnage%20de%20fiction%7C"
. "Personnages%20r%C3%A9currents%20dans%20Les%20Experts%7CRaymond%20Langston%7CRiley%20Adams%7C"
. "Saison%201%20des%20Experts%7CSaison%2010%20des%20Experts%7CSaison%2011%20des%20Experts%7C"
. "Saison%2012%20des%20Experts%7CSaison%202%20des%20Experts%7CSaison%203%20des%20Experts%7C"
. "Saison%204%20des%20Experts%7CSaison%205%20des%20Experts%7CSaison%206%20des%20Experts%7C"
. "Saison%207%20des%20Experts%7CSaison%208%20des%20Experts%7CSaison%209%20des%20Experts%7C"
. "Sara%20Sidle%7CSofia%20Curtis%7CS%C3%A9rie%20t%C3%A9l%C3%A9vis%C3%A9e%7CWallace%20Langham%7C"
. "Warrick%20Brown%7CWendy%20Simms%7C%C3%89tats-Unis"
),
],
[
rawurldecode(
"Mod%C3%A8le%3AArrondissements%20homonymes%7CMod%C3%A8le%3ABandeau%20standard%20pour%20page%20d'homonymie%7C"
. "Mod%C3%A8le%3ABatailles%20homonymes%7CMod%C3%A8le%3ACantons%20homonymes%7C"
. "Mod%C3%A8le%3ACommunes%20fran%C3%A7aises%20homonymes%7CMod%C3%A8le%3AFilms%20homonymes%7C"
. "Mod%C3%A8le%3AGouvernements%20homonymes%7CMod%C3%A8le%3AGuerres%20homonymes%7CMod%C3%A8le%3AHomonymie%7C"
. "Mod%C3%A8le%3AHomonymie%20bateau%7CMod%C3%A8le%3AHomonymie%20d'%C3%A9tablissements%20scolaires%20ou"
. "%20universitaires%7CMod%C3%A8le%3AHomonymie%20d'%C3%AEles%7CMod%C3%A8le%3AHomonymie%20de%20clubs%20sportifs%7C"
. "Mod%C3%A8le%3AHomonymie%20de%20comt%C3%A9s%7CMod%C3%A8le%3AHomonymie%20de%20monument%7C"
. "Mod%C3%A8le%3AHomonymie%20de%20nom%20romain%7CMod%C3%A8le%3AHomonymie%20de%20parti%20politique%7C"
. "Mod%C3%A8le%3AHomonymie%20de%20route%7CMod%C3%A8le%3AHomonymie%20dynastique%7C"
. "Mod%C3%A8le%3AHomonymie%20vid%C3%A9oludique%7CMod%C3%A8le%3AHomonymie%20%C3%A9difice%20religieux%7C"
. "Mod%C3%A8le%3AInternationalisation%7CMod%C3%A8le%3AIsom%C3%A9rie%7CMod%C3%A8le%3AParonymie%7C"
. "Mod%C3%A8le%3APatronyme%7CMod%C3%A8le%3APatronyme%20basque%7CMod%C3%A8le%3APatronyme%20italien%7C"
. "Mod%C3%A8le%3APatronymie%7CMod%C3%A8le%3APersonnes%20homonymes%7CMod%C3%A8le%3ASaints%20homonymes%7C"
. "Mod%C3%A8le%3ATitres%20homonymes%7CMod%C3%A8le%3AToponymie%7CMod%C3%A8le%3AUnit%C3%A9s%20homonymes%7C"
. "Mod%C3%A8le%3AVilles%20homonymes%7CMod%C3%A8le%3A%C3%89difices%20religieux%20homonymes"
)
]
];
// phpcs:enable
}
/**
* @dataProvider provideRomanNumeralsData
* @covers Language::romanNumeral
*/
public function testRomanNumerals( $num, $numerals ) {
$this->assertEquals(
$numerals,
Language::romanNumeral( $num ),
"romanNumeral('$num')"
);
}
public static function provideRomanNumeralsData() {
return [
[ 1, 'I' ],
[ 2, 'II' ],
[ 3, 'III' ],
[ 4, 'IV' ],
[ 5, 'V' ],
[ 6, 'VI' ],
[ 7, 'VII' ],
[ 8, 'VIII' ],
[ 9, 'IX' ],
[ 10, 'X' ],
[ 20, 'XX' ],
[ 30, 'XXX' ],
[ 40, 'XL' ],
[ 49, 'XLIX' ],
[ 50, 'L' ],
[ 60, 'LX' ],
[ 70, 'LXX' ],
[ 80, 'LXXX' ],
[ 90, 'XC' ],
[ 99, 'XCIX' ],
[ 100, 'C' ],
[ 200, 'CC' ],
[ 300, 'CCC' ],
[ 400, 'CD' ],
[ 500, 'D' ],
[ 600, 'DC' ],
[ 700, 'DCC' ],
[ 800, 'DCCC' ],
[ 900, 'CM' ],
[ 999, 'CMXCIX' ],
[ 1000, 'M' ],
[ 1989, 'MCMLXXXIX' ],
[ 2000, 'MM' ],
[ 3000, 'MMM' ],
[ 4000, 'MMMM' ],
[ 5000, 'MMMMM' ],
[ 6000, 'MMMMMM' ],
[ 7000, 'MMMMMMM' ],
[ 8000, 'MMMMMMMM' ],
[ 9000, 'MMMMMMMMM' ],
[ 9999, 'MMMMMMMMMCMXCIX' ],
[ 10000, 'MMMMMMMMMM' ],
];
}
/**
* @dataProvider provideHebrewNumeralsData
* @covers Language::hebrewNumeral
*/
public function testHebrewNumeral( $num, $numerals ) {
$this->assertEquals(
$numerals,
Language::hebrewNumeral( $num ),
"hebrewNumeral('$num')"
);
}
public static function provideHebrewNumeralsData() {
return [
[ -1, -1 ],
[ 0, 0 ],
[ 1, "א'" ],
[ 2, "ב'" ],
[ 3, "ג'" ],
[ 4, "ד'" ],
[ 5, "ה'" ],
[ 6, "ו'" ],
[ 7, "ז'" ],
[ 8, "ח'" ],
[ 9, "ט'" ],
[ 10, "י'" ],
[ 11, 'י"א' ],
[ 14, 'י"ד' ],
[ 15, 'ט"ו' ],
[ 16, 'ט"ז' ],
[ 17, 'י"ז' ],
[ 20, "כ'" ],
[ 21, 'כ"א' ],
[ 30, "ל'" ],
[ 40, "מ'" ],
[ 50, "נ'" ],
[ 60, "ס'" ],
[ 70, "ע'" ],
[ 80, "פ'" ],
[ 90, "צ'" ],
[ 99, 'צ"ט' ],
[ 100, "ק'" ],
[ 101, 'ק"א' ],
[ 110, 'ק"י' ],
[ 200, "ר'" ],
[ 300, "ש'" ],
[ 400, "ת'" ],
[ 500, 'ת"ק' ],
[ 800, 'ת"ת' ],
[ 1000, "א' אלף" ],
[ 1001, "א'א'" ],
[ 1012, "א'י\"ב" ],
[ 1020, "א'ך'" ],
[ 1030, "א'ל'" ],
[ 1081, "א'פ\"א" ],
[ 2000, "ב' אלפים" ],
[ 2016, "ב'ט\"ז" ],
[ 3000, "ג' אלפים" ],
[ 4000, "ד' אלפים" ],
[ 4904, "ד'תתק\"ד" ],
[ 5000, "ה' אלפים" ],
[ 5680, "ה'תר\"ף" ],
[ 5690, "ה'תר\"ץ" ],
[ 5708, "ה'תש\"ח" ],
[ 5720, "ה'תש\"ך" ],
[ 5740, "ה'תש\"ם" ],
[ 5750, "ה'תש\"ן" ],
[ 5775, "ה'תשע\"ה" ],
];
}
/**
* @dataProvider providePluralData
* @covers Language::convertPlural
*/
public function testConvertPlural( $expected, $number, $forms ) {
$chosen = $this->getLang()->convertPlural( $number, $forms );
$this->assertEquals( $expected, $chosen );
}
public static function providePluralData() {
// Params are: [expected text, number given, [the plural forms]]
return [
[ 'plural', 0, [
'singular', 'plural'
] ],
[ 'explicit zero', 0, [
'0=explicit zero', 'singular', 'plural'
] ],
[ 'explicit one', 1, [
'singular', 'plural', '1=explicit one',
] ],
[ 'singular', 1, [
'singular', 'plural', '0=explicit zero',
] ],
[ 'plural', 3, [
'0=explicit zero', '1=explicit one', 'singular', 'plural'
] ],
[ 'explicit eleven', 11, [
'singular', 'plural', '11=explicit eleven',
] ],
[ 'plural', 12, [
'singular', 'plural', '11=explicit twelve',
] ],
[ 'plural', 12, [
'singular', 'plural', '=explicit form',
] ],
[ 'other', 2, [
'kissa=kala', '1=2=3', 'other',
] ],
[ '', 2, [
'0=explicit zero', '1=explicit one',
] ],
];
}
/**
* @covers Language::embedBidi()
*/
public function testEmbedBidi() {
$lre = "\u{202A}"; // U+202A LEFT-TO-RIGHT EMBEDDING
$rle = "\u{202B}"; // U+202B RIGHT-TO-LEFT EMBEDDING
$pdf = "\u{202C}"; // U+202C POP DIRECTIONAL FORMATTING
$lang = $this->getLang();
$this->assertEquals(
'123',
$lang->embedBidi( '123' ),
'embedBidi with neutral argument'
);
$this->assertEquals(
$lre . 'Ben_(WMF)' . $pdf,
$lang->embedBidi( 'Ben_(WMF)' ),
'embedBidi with LTR argument'
);
$this->assertEquals(
$rle . 'יהודי (מנוחין)' . $pdf,
$lang->embedBidi( 'יהודי (מנוחין)' ),
'embedBidi with RTL argument'
);
}
/**
* @covers Language::translateBlockExpiry()
* @dataProvider provideTranslateBlockExpiry
*/
public function testTranslateBlockExpiry( $expectedData, $str, $now, $desc ) {
$lang = $this->getLang();
if ( is_array( $expectedData ) ) {
list( $func, $arg ) = $expectedData;
$expected = $lang->$func( $arg );
} else {
$expected = $expectedData;
}
$this->assertEquals( $expected, $lang->translateBlockExpiry( $str, null, $now ), $desc );
}
public static function provideTranslateBlockExpiry() {
return [
[ '2 hours', '2 hours', 0, 'simple data from ipboptions' ],
[ 'indefinite', 'infinite', 0, 'infinite from ipboptions' ],
[ 'indefinite', 'infinity', 0, 'alternative infinite from ipboptions' ],
[ 'indefinite', 'indefinite', 0, 'another alternative infinite from ipboptions' ],
[ [ 'formatDuration', 1023 * 60 * 60 ], '1023 hours', 0, 'relative' ],
[ [ 'formatDuration', -1023 ], '-1023 seconds', 0, 'negative relative' ],
[
[ 'formatDuration', 1023 * 60 * 60 ],
'1023 hours',
wfTimestamp( TS_UNIX, '19910203040506' ),
'relative with initial timestamp'
],
[ [ 'formatDuration', 0 ], 'now', 0, 'now' ],
[
[ 'timeanddate', '20120102070000' ],
'2012-1-1 7:00 +1 day',
0,
'mixed, handled as absolute'
],
[ [ 'timeanddate', '19910203040506' ], '1991-2-3 4:05:06', 0, 'absolute' ],
[ [ 'timeanddate', '19700101000000' ], '1970-1-1 0:00:00', 0, 'absolute at epoch' ],
[ [ 'timeanddate', '19691231235959' ], '1969-12-31 23:59:59', 0, 'time before epoch' ],
[
[ 'timeanddate', '19910910000000' ],
'10 september',
wfTimestamp( TS_UNIX, '19910203040506' ),
'partial'
],
[ 'dummy', 'dummy', 0, 'return garbage as is' ],
];
}
/**
* @dataProvider provideFormatNum
* @covers Language::formatNum
*/
public function testFormatNum(
$translateNumerals, $langCode, $number, $nocommafy, $expected
) {
$this->setMwGlobals( [ 'wgTranslateNumerals' => $translateNumerals ] );
$lang = Language::factory( $langCode );
$formattedNum = $lang->formatNum( $number, $nocommafy );
$this->assertType( 'string', $formattedNum );
$this->assertEquals( $expected, $formattedNum );
}
public function provideFormatNum() {
return [
[ true, 'en', 100, false, '100' ],
[ true, 'en', 101, true, '101' ],
[ false, 'en', 103, false, '103' ],
[ false, 'en', 104, true, '104' ],
[ true, 'en', '105', false, '105' ],
[ true, 'en', '106', true, '106' ],
[ false, 'en', '107', false, '107' ],
[ false, 'en', '108', true, '108' ],
];
}
/**
* @covers Language::parseFormattedNumber
* @dataProvider parseFormattedNumberProvider
*/
public function testParseFormattedNumber( $langCode, $number ) {
$lang = Language::factory( $langCode );
$localisedNum = $lang->formatNum( $number );
$normalisedNum = $lang->parseFormattedNumber( $localisedNum );
$this->assertEquals( $number, $normalisedNum );
}
public function parseFormattedNumberProvider() {
return [
[ 'de', 377.01 ],
[ 'fa', 334 ],
[ 'fa', 382.772 ],
[ 'ar', 1844 ],
[ 'lzh', 3731 ],
[ 'zh-classical', 7432 ]
];
}
/**
* @covers Language::commafy()
* @dataProvider provideCommafyData
*/
public function testCommafy( $number, $numbersWithCommas ) {
$this->assertEquals(
$numbersWithCommas,
$this->getLang()->commafy( $number ),
"commafy('$number')"
);
}
public static function provideCommafyData() {
return [
[ -1, '-1' ],
[ 10, '10' ],
[ 100, '100' ],
[ 1000, '1,000' ],
[ 10000, '10,000' ],
[ 100000, '100,000' ],
[ 1000000, '1,000,000' ],
[ -1.0001, '-1.0001' ],
[ 1.0001, '1.0001' ],
[ 10.0001, '10.0001' ],
[ 100.0001, '100.0001' ],
[ 1000.0001, '1,000.0001' ],
[ 10000.0001, '10,000.0001' ],
[ 100000.0001, '100,000.0001' ],
[ 1000000.0001, '1,000,000.0001' ],
[ '200000000000000000000', '200,000,000,000,000,000,000' ],
[ '-200000000000000000000', '-200,000,000,000,000,000,000' ],
];
}
/**
* @covers Language::listToText
*/
public function testListToText() {
$lang = $this->getLang();
$and = $lang->getMessageFromDB( 'and' );
$s = $lang->getMessageFromDB( 'word-separator' );
$c = $lang->getMessageFromDB( 'comma-separator' );
$this->assertEquals( '', $lang->listToText( [] ) );
$this->assertEquals( 'a', $lang->listToText( [ 'a' ] ) );
$this->assertEquals( "a{$and}{$s}b", $lang->listToText( [ 'a', 'b' ] ) );
$this->assertEquals( "a{$c}b{$and}{$s}c", $lang->listToText( [ 'a', 'b', 'c' ] ) );
$this->assertEquals( "a{$c}b{$c}c{$and}{$s}d", $lang->listToText( [ 'a', 'b', 'c', 'd' ] ) );
}
/**
* @covers Language::clearCaches
*/
public function testClearCaches() {
$languageClass = TestingAccessWrapper::newFromClass( Language::class );
// Populate $dataCache
Language::getLocalisationCache()->getItem( 'zh', 'mainpage' );
$oldCacheObj = Language::$dataCache;
$this->assertNotCount( 0,
TestingAccessWrapper::newFromObject( Language::$dataCache )->loadedItems );
// Populate $mLangObjCache
$lang = Language::factory( 'en' );
$this->assertNotCount( 0, Language::$mLangObjCache );
// Populate $fallbackLanguageCache
Language::getFallbacksIncludingSiteLanguage( 'en' );
$this->assertNotCount( 0, $languageClass->fallbackLanguageCache );
// Populate $grammarTransformations
$lang->getGrammarTransformations();
$this->assertNotNull( $languageClass->grammarTransformations );
// Populate $languageNameCache
Language::fetchLanguageNames();
$this->assertNotNull( $languageClass->languageNameCache );
Language::clearCaches();
$this->assertNotSame( $oldCacheObj, Language::$dataCache );
$this->assertCount( 0,
TestingAccessWrapper::newFromObject( Language::$dataCache )->loadedItems );
$this->assertCount( 0, Language::$mLangObjCache );
$this->assertCount( 0, $languageClass->fallbackLanguageCache );
$this->assertNull( $languageClass->grammarTransformations );
$this->assertNull( $languageClass->languageNameCache );
}
/**
* @dataProvider provideIsSupportedLanguage
* @covers Language::isSupportedLanguage
*/
public function testIsSupportedLanguage( $code, $expected, $comment ) {
$this->assertEquals( $expected, Language::isSupportedLanguage( $code ), $comment );
}
public static function provideIsSupportedLanguage() {
return [
[ 'en', true, 'is supported language' ],
[ 'fi', true, 'is supported language' ],
[ 'bunny', false, 'is not supported language' ],
[ 'FI', false, 'is not supported language, input should be in lower case' ],
];
}
/**
* @dataProvider provideGetParentLanguage
* @covers Language::getParentLanguage
*/
public function testGetParentLanguage( $code, $expected, $comment ) {
$lang = Language::factory( $code );
if ( is_null( $expected ) ) {
$this->assertNull( $lang->getParentLanguage(), $comment );
} else {
$this->assertEquals( $expected, $lang->getParentLanguage()->getCode(), $comment );
}
}
public static function provideGetParentLanguage() {
return [
[ 'zh-cn', 'zh', 'zh is the parent language of zh-cn' ],
[ 'zh', 'zh', 'zh is defined as the parent language of zh, '
. 'because zh converter can convert zh-cn to zh' ],
[ 'zh-invalid', null, 'do not be fooled by arbitrarily composed language codes' ],
[ 'de-formal', null, 'de does not have converter' ],
[ 'de', null, 'de does not have converter' ],
];
}
/**
* @dataProvider provideGetNamespaceAliases
* @covers Language::getNamespaceAliases
*/
public function testGetNamespaceAliases( $languageCode, $subset ) {
$language = Language::factory( $languageCode );
$aliases = $language->getNamespaceAliases();
foreach ( $subset as $alias => $nsId ) {
$this->assertEquals( $nsId, $aliases[$alias] );
}
}
public static function provideGetNamespaceAliases() {
// TODO: Add tests for NS_PROJECT_TALK and GenderNamespaces
return [
[
'zh',
[
'文件' => NS_FILE,
'檔案' => NS_FILE,
],
],
];
}
/**
* @covers Language::hasVariant
*/
public function testHasVariant() {
// See LanguageSrTest::testHasVariant() for additional tests
$en = Language::factory( 'en' );
$this->assertTrue( $en->hasVariant( 'en' ), 'base is always a variant' );
$this->assertFalse( $en->hasVariant( 'en-bogus' ), 'bogus en variant' );
$bogus = Language::factory( 'bogus' );
$this->assertTrue( $bogus->hasVariant( 'bogus' ), 'base is always a variant' );
}
/**
* @covers Language::equals
*/
public function testEquals() {
$en1 = Language::factory( 'en' );
$en2 = Language::factory( 'en' );
$en3 = new Language();
$this->assertTrue( $en1->equals( $en2 ), 'en1 equals en2' );
$this->assertTrue( $en2->equals( $en3 ), 'en2 equals en3' );
$this->assertTrue( $en3->equals( $en1 ), 'en3 equals en1' );
$fr = Language::factory( 'fr' );
$this->assertFalse( $en1->equals( $fr ), 'en not equals fr' );
$ar1 = Language::factory( 'ar' );
$ar2 = new LanguageAr();
$this->assertTrue( $ar1->equals( $ar2 ), 'ar equals ar' );
}
}
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