getNativeData(); $sect = $wgParser->getSection( $text, $sectionId, false ); if ( $sect === false ) { return false; } else { return new static( $sect ); } } /** * @param string|int|null|bool $sectionId * @param Content $with * @param string $sectionTitle * * @throws MWException * @return Content * * @see Content::replaceSection() */ public function replaceSection( $sectionId, Content $with, $sectionTitle = '' ) { $myModelId = $this->getModel(); $sectionModelId = $with->getModel(); if ( $sectionModelId != $myModelId ) { throw new MWException( "Incompatible content model for section: " . "document uses $myModelId but " . "section uses $sectionModelId." ); } $oldtext = $this->getNativeData(); $text = $with->getNativeData(); if ( strval( $sectionId ) === '' ) { return $with; # XXX: copy first? } if ( $sectionId === 'new' ) { # Inserting a new section $subject = $sectionTitle ? wfMessage( 'newsectionheaderdefaultlevel' ) ->plaintextParams( $sectionTitle )->inContentLanguage()->text() . "\n\n" : ''; if ( Hooks::run( 'PlaceNewSection', [ $this, $oldtext, $subject, &$text ] ) ) { $text = strlen( trim( $oldtext ) ) > 0 ? "{$oldtext}\n\n{$subject}{$text}" : "{$subject}{$text}"; } } else { # Replacing an existing section; roll out the big guns global $wgParser; $text = $wgParser->replaceSection( $oldtext, $sectionId, $text ); } $newContent = new static( $text ); return $newContent; } /** * Returns a new WikitextContent object with the given section heading * prepended. * * @param string $header * * @return Content */ public function addSectionHeader( $header ) { $text = wfMessage( 'newsectionheaderdefaultlevel' ) ->rawParams( $header )->inContentLanguage()->text(); $text .= "\n\n"; $text .= $this->getNativeData(); return new static( $text ); } /** * Returns a Content object with pre-save transformations applied using * Parser::preSaveTransform(). * * @param Title $title * @param User $user * @param ParserOptions $popts * * @return Content */ public function preSaveTransform( Title $title, User $user, ParserOptions $popts ) { global $wgParser; $text = $this->getNativeData(); $pst = $wgParser->preSaveTransform( $text, $title, $user, $popts ); return ( $text === $pst ) ? $this : new static( $pst ); } /** * Returns a Content object with preload transformations applied (or this * object if no transformations apply). * * @param Title $title * @param ParserOptions $popts * @param array $params * * @return Content */ public function preloadTransform( Title $title, ParserOptions $popts, $params = [] ) { global $wgParser; $text = $this->getNativeData(); $plt = $wgParser->getPreloadText( $text, $title, $popts, $params ); return new static( $plt ); } /** * Extract the redirect target and the remaining text on the page. * * @note migrated here from Title::newFromRedirectInternal() * * @since 1.23 * * @return array List of two elements: Title|null and string. */ protected function getRedirectTargetAndText() { global $wgMaxRedirects; if ( $this->redirectTargetAndText !== null ) { return $this->redirectTargetAndText; } if ( $wgMaxRedirects < 1 ) { // redirects are disabled, so quit early $this->redirectTargetAndText = [ null, $this->getNativeData() ]; return $this->redirectTargetAndText; } $redir = MagicWord::get( 'redirect' ); $text = ltrim( $this->getNativeData() ); if ( $redir->matchStartAndRemove( $text ) ) { // Extract the first link and see if it's usable // Ensure that it really does come directly after #REDIRECT // Some older redirects included a colon, so don't freak about that! $m = []; if ( preg_match( '!^\s*:?\s*\[{2}(.*?)(?:\|.*?)?\]{2}\s*!', $text, $m ) ) { // Strip preceding colon used to "escape" categories, etc. // and URL-decode links if ( strpos( $m[1], '%' ) !== false ) { // Match behavior of inline link parsing here; $m[1] = rawurldecode( ltrim( $m[1], ':' ) ); } $title = Title::newFromText( $m[1] ); // If the title is a redirect to bad special pages or is invalid, return null if ( !$title instanceof Title || !$title->isValidRedirectTarget() ) { $this->redirectTargetAndText = [ null, $this->getNativeData() ]; return $this->redirectTargetAndText; } $this->redirectTargetAndText = [ $title, substr( $text, strlen( $m[0] ) ) ]; return $this->redirectTargetAndText; } } $this->redirectTargetAndText = [ null, $this->getNativeData() ]; return $this->redirectTargetAndText; } /** * Implement redirect extraction for wikitext. * * @return Title|null * * @see Content::getRedirectTarget */ public function getRedirectTarget() { list( $title, ) = $this->getRedirectTargetAndText(); return $title; } /** * This implementation replaces the first link on the page with the given new target * if this Content object is a redirect. Otherwise, this method returns $this. * * @since 1.21 * * @param Title $target * * @return Content * * @see Content::updateRedirect() */ public function updateRedirect( Title $target ) { if ( !$this->isRedirect() ) { return $this; } # Fix the text # Remember that redirect pages can have categories, templates, etc., # so the regex has to be fairly general $newText = preg_replace( '/ \[ \[ [^\]]* \] \] /x', '[[' . $target->getFullText() . ']]', $this->getNativeData(), 1 ); return new static( $newText ); } /** * Returns true if this content is not a redirect, and this content's text * is countable according to the criteria defined by $wgArticleCountMethod. * * @param bool|null $hasLinks If it is known whether this content contains * links, provide this information here, to avoid redundant parsing to * find out (default: null). * @param Title|null $title Optional title, defaults to the title from the current main request. * * @return bool */ public function isCountable( $hasLinks = null, Title $title = null ) { global $wgArticleCountMethod; if ( $this->isRedirect() ) { return false; } if ( $wgArticleCountMethod === 'link' ) { if ( $hasLinks === null ) { # not known, find out if ( !$title ) { $context = RequestContext::getMain(); $title = $context->getTitle(); } $po = $this->getParserOutput( $title, null, null, false ); $links = $po->getLinks(); $hasLinks = !empty( $links ); } return $hasLinks; } return true; } /** * @param int $maxlength * @return string */ public function getTextForSummary( $maxlength = 250 ) { $truncatedtext = parent::getTextForSummary( $maxlength ); # clean up unfinished links # XXX: make this optional? wasn't there in autosummary, but required for # deletion summary. $truncatedtext = preg_replace( '/\[\[([^\]]*)\]?$/', '$1', $truncatedtext ); return $truncatedtext; } /** * Returns a ParserOutput object resulting from parsing the content's text * using $wgParser. * * @param Title $title * @param int $revId Revision to pass to the parser (default: null) * @param ParserOptions $options (default: null) * @param bool $generateHtml (default: true) * @param ParserOutput &$output ParserOutput representing the HTML form of the text, * may be manipulated or replaced. */ protected function fillParserOutput( Title $title, $revId, ParserOptions $options, $generateHtml, ParserOutput &$output ) { global $wgParser; list( $redir, $text ) = $this->getRedirectTargetAndText(); $output = $wgParser->parse( $text, $title, $options, true, true, $revId ); // Add redirect indicator at the top if ( $redir ) { // Make sure to include the redirect link in pagelinks $output->addLink( $redir ); if ( $generateHtml ) { $chain = $this->getRedirectChain(); $output->setText( Article::getRedirectHeaderHtml( $title->getPageLanguage(), $chain, false ) . $output->getRawText() ); $output->addModuleStyles( 'mediawiki.action.view.redirectPage' ); } } } /** * @throws MWException */ protected function getHtml() { throw new MWException( "getHtml() not implemented for wikitext. " . "Use getParserOutput()->getText()." ); } /** * This implementation calls $word->match() on the this TextContent object's text. * * @param MagicWord $word * * @return bool * * @see Content::matchMagicWord() */ public function matchMagicWord( MagicWord $word ) { return $word->match( $this->getNativeData() ); } }