Go to the documentation of this file.
56 $this->hash = $this->baseRegex = $this->regex =
null;
66 $this->hash = $this->baseRegex = $this->regex =
null;
74 if ( is_null( $this->hash ) ) {
76 $this->hash = [ 0 => [], 1 => [] ];
79 $case = intval( $magic->isCaseSensitive() );
80 foreach ( $magic->getSynonyms()
as $syn ) {
84 $this->hash[$case][$syn] =
$name;
96 if ( is_null( $this->baseRegex ) ) {
97 $this->baseRegex = [ 0 =>
'', 1 =>
'' ];
101 $case = intval( $magic->isCaseSensitive() );
102 foreach ( $magic->getSynonyms()
as $i => $syn ) {
104 $it = strtr( $i,
'0123456789',
'abcdefghij' );
105 $groupName = $it .
'_' .
$name;
106 $group =
'(?P<' . $groupName .
'>' . preg_quote( $syn,
'/' ) .
')';
108 if ( isset( $allGroups[$groupName] ) ) {
110 __METHOD__ .
': duplicate internal name in magic word array: ' .
$name
113 $allGroups[$groupName] =
true;
114 if ( $this->baseRegex[$case] ===
'' ) {
115 $this->baseRegex[$case] = $group;
117 $this->baseRegex[$case] .=
'|' . $group;
130 if ( is_null( $this->regex ) ) {
132 $this->regex = [
'',
'' ];
133 if ( $this->baseRegex[0] !==
'' ) {
134 $this->regex[0] =
"/{$base[0]}/iuS";
136 if ( $this->baseRegex[1] !==
'' ) {
137 $this->regex[1] =
"/{$base[1]}/S";
149 return str_replace(
"\\$1",
"(.*?)", $this->
getRegex() );
159 $newRegex = [
'',
'' ];
160 if (
$base[0] !==
'' ) {
161 $newRegex[0] =
"/^(?:{$base[0]})/iuS";
163 if (
$base[1] !==
'' ) {
164 $newRegex[1] =
"/^(?:{$base[1]})/S";
176 $newRegex = [
'',
'' ];
177 if (
$base[0] !==
'' ) {
178 $newRegex[0] = str_replace(
"\\$1",
"(.*?)",
"/^(?:{$base[0]})$/iuS" );
180 if (
$base[1] !==
'' ) {
181 $newRegex[1] = str_replace(
"\\$1",
"(.*?)",
"/^(?:{$base[1]})$/S" );
207 if ( $key === 0 ||
$value ===
'' ) {
210 $parts = explode(
'_', $key, 2 );
211 if (
count( $parts ) != 2 ) {
214 throw new MWException( __METHOD__ .
': bad parameter name' );
216 list( , $magicName ) = $parts;
217 $paramValue = next( $m );
218 return [ $magicName, $paramValue ];
221 throw new MWException( __METHOD__ .
': parameter not found' );
237 if ( $regex !==
'' ) {
239 if ( preg_match(
$regex, $text, $m ) ) {
244 return [
false,
false ];
257 if ( isset(
$hash[1][$text] ) ) {
258 return $hash[1][$text];
262 if ( isset(
$hash[0][$lc] ) ) {
263 return $hash[0][$lc];
280 if ( $regex ===
'' ) {
285 if (
$res ===
false ) {
286 LoggerFactory::getInstance(
'parser' )->warning(
'preg_match_all returned false', [
287 'code' => preg_last_error(),
294 $found[
$name] = $param;
298 if (
$res ===
null ) {
299 LoggerFactory::getInstance(
'parser' )->warning(
'preg_replace returned null', [
300 'code' => preg_last_error(),
323 if ( $regex ===
'' ) {
326 if ( preg_match(
$regex, $text, $m ) ) {
328 if ( strlen( $m[0] ) >= strlen( $text ) ) {
331 $text = substr( $text, strlen( $m[0] ) );
Class for handling an array of magic words.
getVariableStartToEndRegex()
Get an anchored regex for matching variables with parameters.
processing should stop and the error should be shown to the user * false
matchStartAndRemove(&$text)
Return the ID of the magic word at the start of $text, and remove the prefix from $text.
getHash()
Get a 2-d hashtable for this array.
getRegexStart()
Get a regex anchored to the start of the string that does not match parameters.
if( $wgSpamBlacklistFiles) $regexes
as see the revision history and available at free of to any person obtaining a copy of this software and associated documentation to deal in the Software without including without limitation the rights to use
static & get( $id)
Factory: creates an object representing an ID.
Allows to change the fields on the form that will be generated $name
matchStartToEnd( $text)
Match some text, without parameter capture Returns the magic word name, or false if there was no capt...
injection txt This is an overview of how MediaWiki makes use of dependency injection The design described here grew from the discussion of RFC T384 The term dependency this means that anything an object needs to operate should be injected from the the object itself should only know narrow no concrete implementation of the logic it relies on The requirement to inject everything typically results in an architecture that based on two main types of and essentially stateless service objects that use other service objects to operate on the value objects As of the beginning MediaWiki is only starting to use the DI approach Much of the code still relies on global state or direct resulting in a highly cyclical dependency which acts as the top level factory for services in MediaWiki which can be used to gain access to default instances of various services MediaWikiServices however also allows new services to be defined and default services to be redefined Services are defined or redefined by providing a callback the instantiator that will return a new instance of the service When it will create an instance of MediaWikiServices and populate it with the services defined in the files listed by thereby bootstrapping the DI framework Per $wgServiceWiringFiles lists includes ServiceWiring php
add( $name)
Add a magic word by name.
when a variable name is used in a it is silently declared as a new masking the global
getBaseRegex()
Get the base regex.
deferred txt A few of the database updates required by various functions here can be deferred until after the result page is displayed to the user For updating the view updating the linked to tables after a etc PHP does not yet have any way to tell the server to actually return and disconnect while still running these but it might have such a feature in the future We handle these by creating a deferred update object and putting those objects on a global list
getRegex()
Get an unanchored regex that does not match parameters.
matchAndRemove(&$text)
Returns an associative array, ID => param value, for all items that match Removes the matched items f...
getVariableRegex()
Get a regex for matching variables with parameters.
parseMatch( $m)
Parse a match array from preg_match Returns array(magic word ID, parameter value) If there is no para...
This document is intended to provide useful advice for parties seeking to redistribute MediaWiki to end users It s targeted particularly at maintainers for Linux since it s been observed that distribution packages of MediaWiki often break We ve consistently had to recommend that users seeking support use official tarballs instead of their distribution s and this often solves whatever problem the user is having It would be nice if this could such as
MediaWiki Logger LoggerFactory implements a PSR[0] compatible message logging system Named Psr Log LoggerInterface instances can be obtained from the MediaWiki Logger LoggerFactory::getInstance() static method. MediaWiki\Logger\LoggerFactory expects a class implementing the MediaWiki\Logger\Spi interface to act as a factory for new Psr\Log\LoggerInterface instances. The "Spi" in MediaWiki\Logger\Spi stands for "service provider interface". An SPI is an API intended to be implemented or extended by a third party. This software design pattern is intended to enable framework extension and replaceable components. It is specifically used in the MediaWiki\Logger\LoggerFactory service to allow alternate PSR-3 logging implementations to be easily integrated with MediaWiki. The service provider interface allows the backend logging library to be implemented in multiple ways. The $wgMWLoggerDefaultSpi global provides the classname of the default MediaWiki\Logger\Spi implementation to be loaded at runtime. This can either be the name of a class implementing the MediaWiki\Logger\Spi with a zero argument const ructor or a callable that will return an MediaWiki\Logger\Spi instance. Alternately the MediaWiki\Logger\LoggerFactory MediaWiki Logger LoggerFactory
matchVariableStartToEnd( $text)
Match some text, with parameter capture Returns an array with the magic word name in the first elemen...
addArray( $names)
Add a number of magic words by name.
the array() calling protocol came about after MediaWiki 1.4rc1.
this class mediates it Skin Encapsulates a look and feel for the wiki All of the functions that render HTML and make choices about how to render it are here and are called from various other places when and is meant to be subclassed with other skins that may override some of its functions The User object contains a reference to a and so rather than having a global skin object we just rely on the global User and get the skin with $wgUser and also has some character encoding functions and other locale stuff The current user interface language is instantiated as and the content language as $wgContLang