* @ingroup Language
*/
-if( !defined( 'MEDIAWIKI' ) ) {
+if ( !defined( 'MEDIAWIKI' ) ) {
echo "This file is part of MediaWiki, it is not a valid entry point.\n";
exit( 1 );
}
$wgInputEncoding = 'UTF-8';
$wgOutputEncoding = 'UTF-8';
-if( function_exists( 'mb_strtoupper' ) ) {
+if ( function_exists( 'mb_strtoupper' ) ) {
mb_internal_encoding( 'UTF-8' );
}
function getVariants() { return array( $this->mLang->getCode() ); }
function getPreferredVariant() { return $this->mLang->getCode(); }
function getConvRuleTitle() { return false; }
- function findVariantLink( &$l, &$n, $ignoreOtherCond = false ) {}
+ function findVariantLink( &$l, &$n, $ignoreOtherCond = false ) { }
function getExtraHashOptions() { return ''; }
function getParsedTitle() { return ''; }
function markNoConversion( $text, $noParse = false ) { return $text; }
*/
static function factory( $code ) {
if ( !isset( self::$mLangObjCache[$code] ) ) {
- if( count( self::$mLangObjCache ) > 10 ) {
+ if ( count( self::$mLangObjCache ) > 10 ) {
// Don't keep a billion objects around, that's stupid.
self::$mLangObjCache = array();
}
throw new MWException( "Language fallback loop detected when creating class $class\n" );
}
- if( !class_exists( $class ) ) {
+ if ( !class_exists( $class ) ) {
$fallback = Language::getFallbackFor( $code );
++$recursionLevel;
$lang = Language::newFromCode( $fallback );
* Hook which will be called if this is the content language.
* Descendants can use this to register hook functions or modify globals
*/
- function initContLang() {}
+ function initContLang() { }
/**
* @deprecated Use User::getDefaultOptions()
*/
function getFormattedNamespaces() {
$ns = $this->getNamespaces();
- foreach( $ns as $k => $v ) {
+ foreach ( $ns as $k => $v ) {
$ns[$k] = strtr( $v, '_', ' ' );
}
return $ns;
global $IP;
$names = array();
$dir = opendir( "$IP/languages/messages" );
- while( false !== ( $file = readdir( $dir ) ) ) {
+ while ( false !== ( $file = readdir( $dir ) ) ) {
$code = self::getCodeFromFileName( $file, 'Messages' );
if ( $code && isset( $allNames[$code] ) ) {
$names[$code] = $allNames[$code];
$minDiff = 0;
if ( $data[0] == 'System' || $tz == '' ) {
- # Global offset in minutes.
- if( isset( $wgLocalTZoffset ) ) {
+ # Global offset in minutes.
+ if ( isset( $wgLocalTZoffset ) ) {
$minDiff = $wgLocalTZoffset;
}
} else if ( $data[0] == 'Offset' ) {
$minDiff = intval( $data[1] );
} else {
$data = explode( ':', $tz );
- if( count( $data ) == 2 ) {
+ if ( count( $data ) == 2 ) {
$data[0] = intval( $data[0] );
$data[1] = intval( $data[1] );
$minDiff = abs( $data[0] ) * 60 + $data[1];
# will normalize out-of-range values so we don't have to split $minDiff
# into hours and minutes.
$t = mktime( (
- (int)substr( $ts, 8, 2) ), # Hours
+ (int)substr( $ts, 8, 2 ) ), # Hours
(int)substr( $ts, 10, 2 ) + $minDiff, # Minutes
(int)substr( $ts, 12, 2 ), # Seconds
(int)substr( $ts, 4, 2 ), # Month
(int)substr( $ts, 6, 2 ), # Day
- (int)substr( $ts, 0, 4 ) ); #Year
+ (int)substr( $ts, 0, 4 ) ); # Year
$date = date( 'YmdHis', $t );
wfRestoreWarnings();
} elseif ( $roman ) {
$s .= self::romanNumeral( $num );
$roman = false;
- } elseif( $hebrewNum ) {
+ } elseif ( $hebrewNum ) {
$s .= self::hebrewNumeral( $num );
$hebrewNum = false;
} else {
// Add days of the past months of this year
- for( $i = 0; $i < $gm; $i++ ) {
+ for ( $i = 0; $i < $gm; $i++ ) {
$gDayNo += self::$GREG_DAYS[$i];
}
// Leap years
- if ( $gm > 1 && ( ( $gy%4 === 0 && $gy%100 !== 0 || ( $gy%400 == 0 ) ) ) ) {
+ if ( $gm > 1 && ( ( $gy % 4 === 0 && $gy % 100 !== 0 || ( $gy % 400 == 0 ) ) ) ) {
$gDayNo++;
}
(int)( ( 275 * $zm ) / 9 ) + $zd + 1729777;
}
- $zl = $zjd-1948440 + 10632;
+ $zl = $zjd -1948440 + 10632;
$zn = (int)( ( $zl - 1 ) / 10631 );
$zl = $zl - 10631 * $zn + 354;
- $zj = ( (int)( ( 10985 - $zl ) / 5316 ) ) * ((int)( ( 50 * $zl ) / 17719 ) ) + ( (int)( $zl / 5670 ) ) * ( (int)( ( 43 * $zl ) / 15238 ) );
- $zl = $zl - ( (int)( ( 30 - $zj ) / 15 ) ) * ((int)( ( 17719 * $zj ) / 50 ) ) - ( (int)( $zj / 16 ) ) * ( (int)( ( 15238 * $zj ) / 43 ) ) + 29;
+ $zj = ( (int)( ( 10985 - $zl ) / 5316 ) ) * ( (int)( ( 50 * $zl ) / 17719 ) ) + ( (int)( $zl / 5670 ) ) * ( (int)( ( 43 * $zl ) / 15238 ) );
+ $zl = $zl - ( (int)( ( 30 - $zj ) / 15 ) ) * ( (int)( ( 17719 * $zj ) / 50 ) ) - ( (int)( $zj / 16 ) ) * ( (int)( ( 15238 * $zj ) / 43 ) ) + 29;
$zm = (int)( ( 24 * $zl ) / 709 );
$zd = $zl - (int)( ( 709 * $zm ) / 24 );
$zy = 30 * $zn + $zj - 30;
# Month number when September = 1, August = 12
$month += 4;
- if( $month > 12 ) {
+ if ( $month > 12 ) {
# Next year
$month -= 12;
$year++;
# Calculate day of year from 1 September
$dayOfYear = $day;
- for( $i = 1; $i < $month; $i++ ) {
- if( $i == 6 ) {
+ for ( $i = 1; $i < $month; $i++ ) {
+ if ( $i == 6 ) {
# February
$dayOfYear += 28;
# Check if the year is leap
- if( $year % 400 == 0 || ( $year % 4 == 0 && $year % 100 > 0 ) ) {
+ if ( $year % 400 == 0 || ( $year % 4 == 0 && $year % 100 > 0 ) ) {
$dayOfYear++;
}
- } elseif( $i == 8 || $i == 10 || $i == 1 || $i == 3 ) {
+ } elseif ( $i == 8 || $i == 10 || $i == 1 || $i == 3 ) {
$dayOfYear += 30;
} else {
$dayOfYear += 31;
$start = self::hebrewYearStart( $hebrewYear );
# Calculate next year's start
- if( $dayOfYear <= $start ) {
+ if ( $dayOfYear <= $start ) {
# Day is before the start of the year - it is the previous year
# Next year's start
$nextStart = $start;
$hebrewYear--;
# Add days since previous year's 1 September
$dayOfYear += 365;
- if( ( $year % 400 == 0 ) || ( $year % 100 != 0 && $year % 4 == 0 ) ) {
+ if ( ( $year % 400 == 0 ) || ( $year % 100 != 0 && $year % 4 == 0 ) ) {
# Leap year
$dayOfYear++;
}
# Add 12 (or 13 for leap years) days to ignore the difference between
# Hebrew and Gregorian year (353 at least vs. 365/6) - now the
# difference is only about the year type
- if( ( $year % 400 == 0 ) || ( $year % 100 != 0 && $year % 4 == 0 ) ) {
+ if ( ( $year % 400 == 0 ) || ( $year % 100 != 0 && $year % 4 == 0 ) ) {
$diff += 13;
} else {
$diff += 12;
$hebrewDay = $hebrewDayOfYear;
$hebrewMonth = 1;
$days = 0;
- while( $hebrewMonth <= 12 ) {
+ while ( $hebrewMonth <= 12 ) {
# Calculate days in this month
- if( $isLeap && $hebrewMonth == 6 ) {
+ if ( $isLeap && $hebrewMonth == 6 ) {
# Adar in a leap year
- if( $isLeap ) {
+ if ( $isLeap ) {
# Leap year - has Adar I, with 30 days, and Adar II, with 29 days
$days = 30;
- if( $hebrewDay <= $days ) {
+ if ( $hebrewDay <= $days ) {
# Day in Adar I
$hebrewMonth = 13;
} else {
$hebrewDay -= $days;
# Try Adar II
$days = 29;
- if( $hebrewDay <= $days ) {
+ if ( $hebrewDay <= $days ) {
# Day in Adar II
$hebrewMonth = 14;
}
}
}
- } elseif( $hebrewMonth == 2 && $yearPattern == 2 ) {
+ } elseif ( $hebrewMonth == 2 && $yearPattern == 2 ) {
# Cheshvan in a complete year (otherwise as the rule below)
$days = 30;
- } elseif( $hebrewMonth == 3 && $yearPattern == 0 ) {
+ } elseif ( $hebrewMonth == 3 && $yearPattern == 0 ) {
# Kislev in an incomplete year (otherwise as the rule below)
$days = 29;
} else {
# Odd months have 30 days, even have 29
$days = 30 - ( $hebrewMonth - 1 ) % 2;
}
- if( $hebrewDay <= $days ) {
+ if ( $hebrewDay <= $days ) {
# In the current month
break;
} else {
$a = intval( ( 12 * ( $year - 1 ) + 17 ) % 19 );
$b = intval( ( $year - 1 ) % 4 );
$m = 32.044093161144 + 1.5542417966212 * $a + $b / 4.0 - 0.0031777940220923 * ( $year - 1 );
- if( $m < 0 ) {
+ if ( $m < 0 ) {
$m--;
}
$Mar = intval( $m );
- if( $m < 0 ) {
+ if ( $m < 0 ) {
$m++;
}
$m -= $Mar;
- $c = intval( ( $Mar + 3 * ( $year - 1 ) + 5 * $b + 5 ) % 7);
- if( $c == 0 && $a > 11 && $m >= 0.89772376543210 ) {
+ $c = intval( ( $Mar + 3 * ( $year - 1 ) + 5 * $b + 5 ) % 7 );
+ if ( $c == 0 && $a > 11 && $m >= 0.89772376543210 ) {
$Mar++;
- } else if( $c == 1 && $a > 6 && $m >= 0.63287037037037 ) {
+ } else if ( $c == 1 && $a > 6 && $m >= 0.63287037037037 ) {
$Mar += 2;
- } else if( $c == 2 || $c == 4 || $c == 6 ) {
+ } else if ( $c == 2 || $c == 4 || $c == 6 ) {
$Mar++;
}
$num = 0;
} else {
$s .= $table[$i][intval( ( $num / $pow10 ) )];
- if( $pow10 == 1000 ) {
+ if ( $pow10 == 1000 ) {
$s .= "'";
}
}
}
$num = $num % $pow10;
}
- if( strlen( $s ) == 2 ) {
+ if ( strlen( $s ) == 2 ) {
$str = $s . "'";
} else {
$str = substr( $s, 0, strlen( $s ) - 2 ) . '"';
function dateFormat( $usePrefs = true ) {
global $wgUser;
- if( is_bool( $usePrefs ) ) {
- if( $usePrefs ) {
+ if ( is_bool( $usePrefs ) ) {
+ if ( $usePrefs ) {
$datePreference = $wgUser->getDatePreference();
} else {
$datePreference = (string)User::getDefaultOption( 'date' );
}
// return int
- if( $datePreference == '' ) {
+ if ( $datePreference == '' ) {
return 'default';
}
* validateTimeZone() in Special:Preferences
* @return string
*/
- function timeanddate( $ts, $adj = false, $format = true, $timecorrection = false) {
+ function timeanddate( $ts, $adj = false, $format = true, $timecorrection = false ) {
$ts = wfTimestamp( TS_MW, $ts );
if ( $adj ) {
$ts = $this->userAdjust( $ts, $timecorrection );
return ucfirst( $str );
} else {
// fall back to more complex logic in case of multibyte strings
- return self::uc( $str, true );
+ return $this->uc( $str, true );
}
}
function uc( $str, $first = false ) {
if ( function_exists( 'mb_strtoupper' ) ) {
if ( $first ) {
- if ( self::isMultibyte( $str ) ) {
+ if ( $this->isMultibyte( $str ) ) {
return mb_strtoupper( mb_substr( $str, 0, 1 ) ) . mb_substr( $str, 1 );
} else {
return ucfirst( $str );
}
} else {
- return self::isMultibyte( $str ) ? mb_strtoupper( $str ) : strtoupper( $str );
+ return $this->isMultibyte( $str ) ? mb_strtoupper( $str ) : strtoupper( $str );
}
} else {
- if ( self::isMultibyte( $str ) ) {
+ if ( $this->isMultibyte( $str ) ) {
list( $wikiUpperChars ) = $this->getCaseMaps();
$x = $first ? '^' : '';
return preg_replace_callback(
if ( !$o ) {
return strval( $str );
} elseif ( $o >= 128 ) {
- return self::lc( $str, true );
+ return $this->lc( $str, true );
} elseif ( $o > 96 ) {
return $str;
} else {
function lc( $str, $first = false ) {
if ( function_exists( 'mb_strtolower' ) ) {
if ( $first ) {
- if ( self::isMultibyte( $str ) ) {
+ if ( $this->isMultibyte( $str ) ) {
return mb_strtolower( mb_substr( $str, 0, 1 ) ) . mb_substr( $str, 1 );
} else {
return strtolower( substr( $str, 0, 1 ) ) . substr( $str, 1 );
}
} else {
- return self::isMultibyte( $str ) ? mb_strtolower( $str ) : strtolower( $str );
+ return $this->isMultibyte( $str ) ? mb_strtolower( $str ) : strtolower( $str );
}
} else {
- if ( self::isMultibyte( $str ) ) {
+ if ( $this->isMultibyte( $str ) ) {
list( , $wikiLowerChars ) = self::getCaseMaps();
$x = $first ? '^' : '';
return preg_replace_callback(
}
function ucwords( $str ) {
- if ( self::isMultibyte( $str ) ) {
- $str = self::lc( $str );
+ if ( $this->isMultibyte( $str ) ) {
+ $str = $this->lc( $str );
// regexp to find first letter in each word (i.e. after each space)
$replaceRegexp = "/^([a-z]|[\\xc0-\\xff][\\x80-\\xbf]*)| ([a-z]|[\\xc0-\\xff][\\x80-\\xbf]*)/";
# capitalize words at word breaks
function ucwordbreaks( $str ) {
- if ( self::isMultibyte( $str ) ) {
- $str = self::lc( $str );
+ if ( $this->isMultibyte( $str ) ) {
+ $str = $this->lc( $str );
// since \b doesn't work for UTF-8, we explicitely define word break chars
$breaks = "[ \-\(\)\}\{\.,\?!]";
}
function checkTitleEncoding( $s ) {
- if( is_array( $s ) ) {
+ if ( is_array( $s ) ) {
wfDebugDieBacktrace( 'Given array to checkTitleEncoding.' );
}
# Check for non-UTF-8 URLs
- $ishigh = preg_match( '/[\x80-\xff]/', $s);
- if( !$ishigh ) {
+ $ishigh = preg_match( '/[\x80-\xff]/', $s );
+ if ( !$ishigh ) {
return $s;
}
$isutf8 = preg_match( '/^([\x00-\x7f]|[\xc0-\xdf][\x80-\xbf]|' .
'[\xe0-\xef][\x80-\xbf]{2}|[\xf0-\xf7][\x80-\xbf]{3})+$/', $s );
- if( $isutf8 ) {
+ if ( $isutf8 ) {
return $s;
}
* @return String
*/
function normalizeForSearch( $string ) {
- return self::convertDoubleWidth($string);
+ return self::convertDoubleWidth( $string );
}
/**
static $full = null;
static $half = null;
- if( $full === null ) {
+ if ( $full === null ) {
$fullWidth = "０１２３４５６７８９ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ";
$halfWidth = "0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz";
$full = str_split( $fullWidth, 3 );
# wgInputEncoding, this text will be further converted
# to wgOutputEncoding.
global $wgEditEncoding;
- if( $wgEditEncoding == '' || $wgEditEncoding == 'UTF-8' ) {
+ if ( $wgEditEncoding == '' || $wgEditEncoding == 'UTF-8' ) {
return $s;
} else {
return $this->iconv( 'UTF-8', $wgEditEncoding, $s );
function recodeInput( $s ) {
# Take the previous into account.
global $wgEditEncoding;
- if( $wgEditEncoding != '' ) {
+ if ( $wgEditEncoding != '' ) {
$enc = $wgEditEncoding;
} else {
$enc = 'UTF-8';
}
- if( $enc == 'UTF-8' ) {
+ if ( $enc == 'UTF-8' ) {
return $s;
} else {
return $this->iconv( $enc, 'UTF-8', $s );
* This is language-specific for performance reasons only.
*/
function normalize( $s ) {
- return UtfNormal::cleanUp( $s );
+ global $wgAllUnicodeFixes;
+ $s = UtfNormal::cleanUp( $s );
+ if ( $wgAllUnicodeFixes ) {
+ $s = $this->transformUsingPairFile( 'normalize-ar.ser', $s );
+ $s = $this->transformUsingPairFile( 'normalize-ml.ser', $s );
+ }
+
+ return $s;
}
/**
}
}
- if( !is_array( $rawEntry ) ) {
+ if ( !is_array( $rawEntry ) ) {
error_log( "\"$rawEntry\" is not a valid magic thingie for \"$mw->mId\"" );
} else {
$mw->mCaseSensitive = $rawEntry[0];
* @param $_ mixed
* @return string
*/
- function commafy($_) {
+ function commafy( $_ ) {
return strrev( (string)preg_replace( '/(\d{3})(?=\d)(?!\d*\.)/', '$1,', strrev( $_ ) ) );
}
function listToText( $l ) {
$s = '';
$m = count( $l ) - 1;
- if( $m == 1 ) {
+ if ( $m == 1 ) {
return $l[0] . $this->getMessageFromDB( 'and' ) . $this->getMessageFromDB( 'word-separator' ) . $l[1];
} else {
for ( $i = $m; $i >= 0; $i-- ) {
if ( $i == $m ) {
$s = $l[$i];
- } else if( $i == $m - 1 ) {
+ } else if ( $i == $m - 1 ) {
$s = $l[$i] . $this->getMessageFromDB( 'and' ) . $this->getMessageFromDB( 'word-separator' ) . $s;
} else {
$s = $l[$i] . $this->getMessageFromDB( 'comma-separator' ) . $s;
$entityState = 0; // 0-not entity, 1-entity
$tag = $ret = $ch = '';
$openTags = array();
- $textLen = strlen($text);
- for( $pos = 0; $pos < $textLen; ++$pos ) {
+ $textLen = strlen( $text );
+ for ( $pos = 0; $pos < $textLen; ++$pos ) {
$ch = $text[$pos];
$lastCh = $pos ? $text[$pos - 1] : '';
$ret .= $ch; // add to result string
}
} else {
if ( $ch == '&' ) {
- $entityState = 1; // entity found, (e.g. " ")
+ $entityState = 1; // entity found, (e.g. " ")
} else {
$displayLen++; // this char is displayed
// Add on the other display text after this...
// like strcspn() but adds the skipped chars to $ret
private function truncate_skip( &$ret, $text, $search, $start, $len = -1 ) {
$skipCount = 0;
- if( $start < strlen( $text ) ) {
+ if ( $start < strlen( $text ) ) {
$skipCount = strcspn( $text, $search, $start, $len );
$ret .= substr( $text, $start, $skipCount );
}
// (b) clear $tag value
private function truncate_endBracket( &$tag, $tagType, $lastCh, &$openTags ) {
$tag = ltrim( $tag );
- if( $tag != '' ) {
- if( $tagType == 0 && $lastCh != '/' ) {
+ if ( $tag != '' ) {
+ if ( $tagType == 0 && $lastCh != '/' ) {
$openTags[] = $tag; // tag opened (didn't close itself)
- } else if( $tagType == 1 ) {
- if( $openTags && $tag == $openTags[count( $openTags ) - 1] ) {
+ } else if ( $tagType == 1 ) {
+ if ( $openTags && $tag == $openTags[count( $openTags ) - 1] ) {
array_pop( $openTags ); // tag closed
}
}
return $str;
}
- foreach ( explode( ',', $scBlockExpiryOptions) as $option ) {
+ foreach ( explode( ',', $scBlockExpiryOptions ) as $option ) {
if ( strpos( $option, ':' ) === false ) {
continue;
}
function formatTimePeriod( $seconds ) {
if ( $seconds < 10 ) {
- return $this->formatNum( sprintf( "%.1f", $seconds ) ) . ' ' . wfMsg( 'seconds-abbrev' );
+ return $this->formatNum( sprintf( "%.1f", $seconds ) ) . $this->getMessageFromDB( 'seconds-abbrev' );
} elseif ( $seconds < 60 ) {
- return $this->formatNum( round( $seconds ) ) . ' ' . wfMsg( 'seconds-abbrev' );
+ return $this->formatNum( round( $seconds ) ) . $this->getMessageFromDB( 'seconds-abbrev' );
} elseif ( $seconds < 3600 ) {
- return $this->formatNum( floor( $seconds / 60 ) ) . ' ' . wfMsg( 'minutes-abbrev' ) . ' ' .
- $this->formatNum( round( fmod( $seconds, 60 ) ) ) . ' ' . wfMsg( 'seconds-abbrev' );
+ $minutes = floor( $seconds / 60 );
+ $secondsPart = round( fmod( $seconds, 60 ) );
+ if ( $secondsPart == 60 ) {
+ $secondsPart = 0;
+ $minutes++;
+ }
+ return $this->formatNum( $minutes ) . $this->getMessageFromDB( 'minutes-abbrev' ) . ' ' .
+ $this->formatNum( $secondsPart ) . $this->getMessageFromDB( 'seconds-abbrev' );
} else {
$hours = floor( $seconds / 3600 );
$minutes = floor( ( $seconds - $hours * 3600 ) / 60 );
$secondsPart = round( $seconds - $hours * 3600 - $minutes * 60 );
- return $this->formatNum( $hours ) . ' ' . wfMsg( 'hours-abbrev' ) . ' ' .
- $this->formatNum( $minutes ) . ' ' . wfMsg( 'minutes-abbrev' ) . ' ' .
- $this->formatNum( $secondsPart ) . ' ' . wfMsg( 'seconds-abbrev' );
+ if ( $secondsPart == 60 ) {
+ $secondsPart = 0;
+ $minutes++;
+ }
+ if ( $minutes == 60 ) {
+ $minutes = 0;
+ $hours++;
+ }
+ return $this->formatNum( $hours ) . $this->getMessageFromDB( 'hours-abbrev' ) . ' ' .
+ $this->formatNum( $minutes ) . $this->getMessageFromDB( 'minutes-abbrev' ) . ' ' .
+ $this->formatNum( $secondsPart ) . $this->getMessageFromDB( 'seconds-abbrev' );
}
}
function formatSize( $size ) {
// For small sizes no decimal places necessary
$round = 0;
- if( $size > 1024 ) {
+ if ( $size > 1024 ) {
$size = $size / 1024;
- if( $size > 1024 ) {
+ if ( $size > 1024 ) {
$size = $size / 1024;
// For MB and bigger two decimal places are smarter
$round = 2;
- if( $size > 1024 ) {
+ if ( $size > 1024 ) {
$size = $size / 1024;
$msg = 'size-gigabytes';
} else {
function getConvRuleTitle() {
return $this->mConverter->getConvRuleTitle();
}
+
+ /**
+ * Given a string, convert it to a (hopefully short) key that can be used
+ * for efficient sorting. A binary sort according to the sortkeys
+ * corresponds to a logical sort of the corresponding strings. Current
+ * code expects that a null character should sort before all others, but
+ * has no other particular expectations (and that one can be changed if
+ * necessary).
+ *
+ * @param string $string UTF-8 string
+ * @return string Binary sortkey
+ */
+ public function convertToSortkey( $string ) {
+ # Fake function for now
+ return strtoupper( $string );
+ }
+
+ /**
+ * Does it make sense for lists to be split up into sections based on their
+ * first letter? Logogram-based scripts probably want to return false.
+ *
+ * TODO: Use this in CategoryPage.php.
+ *
+ * @return boolean
+ */
+ public function usesFirstLettersInLists() {
+ return true;
+ }
+
+ /**
+ * Given a string, return the logical "first letter" to be used for
+ * grouping on category pages and so on. This has to be coordinated
+ * carefully with convertToSortkey(), or else the sorted list might jump
+ * back and forth between the same "initial letters" or other pathological
+ * behavior. For instance, if you just return the first character, but "a"
+ * sorts the same as "A" based on convertToSortkey(), then you might get a
+ * list like
+ *
+ * == A ==
+ * * [[Aardvark]]
+ *
+ * == a ==
+ * * [[antelope]]
+ *
+ * == A ==
+ * * [[Ape]]
+ *
+ * etc., assuming for the sake of argument that $wgCapitalLinks is false.
+ * Obviously, this is ignored if usesFirstLettersInLists() is false.
+ *
+ * @param string $string UTF-8 string
+ * @return string UTF-8 string corresponding to the first letter of input
+ */
+ public function firstLetterForLists( $string ) {
+ if ( $string[0] == "\0" ) {
+ $string = substr( $string, 1 );
+ }
+ return strtoupper( $this->firstChar( $string ) );
+ }
}
dépôts / lhc / web / wiklou.git / blobdiff