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<?php
use MediaWiki\Cache\GenderCache;
use MediaWiki\Cache\LinkCache;
use MediaWiki\Config\ServiceOptions;
use MediaWiki\Context\RequestContext;
use MediaWiki\Linker\LinkRenderer;
use MediaWiki\Linker\LinkTarget;
use MediaWiki\Page\ExistingPageRecord;
use MediaWiki\Page\PageStore;
use MediaWiki\Tests\Unit\Permissions\MockAuthorityTrait;
use MediaWiki\User\UserFactory;
use Wikimedia\IPUtils;
use Wikimedia\Rdbms\ILoadBalancer;
use Wikimedia\Stats\StatsFactory;
use Wikimedia\TestingAccessWrapper;
/**
* @since 1.26
*/
abstract class LogFormatterTestCase extends MediaWikiLangTestCase {
use MockAuthorityTrait;
public function doTestLogFormatter( $row, $extra, $userGroups = [] ) {
RequestContext::resetMain();
$row = $this->expandDatabaseRow( $row, $this->isLegacy( $extra ) );
$services = $this->getServiceContainer();
$userGroups = (array)$userGroups;
$userRights = $services->getGroupPermissionsLookup()->getGroupPermissions( $userGroups );
$context = new RequestContext();
$authority = $this->mockRegisteredAuthorityWithPermissions( $userRights );
$context->setAuthority( $authority );
$context->setLanguage( 'en' );
$formatter = $services->getLogFormatterFactory()->newFromRow( $row );
$formatter->setContext( $context );
// Create a LinkRenderer without LinkCache to avoid DB access
$realLinkRenderer = new LinkRenderer(
$services->getTitleFormatter(),
$this->createMock( LinkCache::class ),
$services->getSpecialPageFactory(),
$services->getHookContainer(),
new ServiceOptions(
LinkRenderer::CONSTRUCTOR_OPTIONS,
$services->getMainConfig(),
[ 'renderForComment' => false ]
)
);
// Then create a mock LinkRenderer that proxies makeLink calls to the original LinkRenderer, but assumes
// that all links are known to bypass DB access in Title::exists().
$linkRenderer = $this->createMock( LinkRenderer::class );
$linkRenderer->method( 'makeLink' )
->willReturnCallback(
static function ( $target, $text = null, $extra = [], $query = [] ) use ( $realLinkRenderer ) {
return $realLinkRenderer->makeKnownLink( $target, $text, $extra, $query );
}
);
$formatter->setLinkRenderer( $linkRenderer );
$this->setService( 'LinkRenderer', $linkRenderer );
// Create a mock PageStore where all pages are existing, in case any calls to Title::exists are not
// caught by the mocks above.
$pageStore = $this->getMockBuilder( PageStore::class )
->onlyMethods( [ 'getPageByName' ] )
->setConstructorArgs( [
new ServiceOptions( PageStore::CONSTRUCTOR_OPTIONS, $services->getMainConfig() ),
$this->createNoOpMock( ILoadBalancer::class ),
$services->getNamespaceInfo(),
$services->getTitleParser(),
null,
StatsFactory::newNull()
] )
->getMock();
$pageStore->method( 'getPageByName' )
->willReturn( $this->createMock( ExistingPageRecord::class ) );
$this->setService( 'PageStore', $pageStore );
// Create a mock UserFactory where all registered users are created with ID and name and where loading of
// other fields is prevented, to avoid DB access.
$origUserFactory = $services->getUserFactory();
$userFactory = $this->createMock( UserFactory::class );
$userFactory->method( 'newFromName' )
->willReturnCallback( static function ( $name, $validation ) use ( $origUserFactory ) {
$ret = $origUserFactory->newFromName( $name, $validation );
if ( !$ret ) {
return $ret;
}
$userID = IPUtils::isIPAddress( $name ) ? 0 : 42;
$ret = TestingAccessWrapper::newFromObject( $ret );
$ret->mId = $userID;
$ret->mLoadedItems = true;
return $ret->object;
} );
$userFactory->method( 'newFromId' )->willReturnCallback( [ $origUserFactory, 'newFromId' ] );
$userFactory->method( 'newAnonymous' )->willReturnCallback( [ $origUserFactory, 'newAnonymous' ] );
$userFactory->method( 'newFromUserIdentity' )
->willReturnCallback( [ $origUserFactory, 'newFromUserIdentity' ] );
$this->setService( 'UserFactory', $userFactory );
// Replace gender cache to avoid gender DB lookups
$genderCache = $this->createMock( GenderCache::class );
$genderCache->method( 'getGenderOf' )->willReturn( 'unknown' );
$this->setService( 'GenderCache', $genderCache );
$this->assertEquals(
$extra['text'],
self::removeSomeHtml( $formatter->getActionText() ),
'Action text is equal to expected text'
);
$this->assertSame( // ensure types and array key order
$extra['api'],
self::removeApiMetaData( $formatter->formatParametersForApi() ),
'Api log params is equal to expected array'
);
if ( isset( $extra['preload'] ) ) {
$this->assertArrayEquals(
$this->getLinkTargetsAsStrings( $extra['preload'] ),
$this->getLinkTargetsAsStrings(
$formatter->getPreloadTitles()
)
);
}
}
private function getLinkTargetsAsStrings( array $linkTargets ) {
return array_map( static function ( LinkTarget $t ) {
return $t->getInterwiki() . ':' . $t->getNamespace() . ':'
. $t->getDBkey() . '#' . $t->getFragment();
}, $linkTargets );
}
protected function isLegacy( $extra ) {
return isset( $extra['legacy'] ) && $extra['legacy'];
}
protected function expandDatabaseRow( $data, $legacy ) {
return [
// no log_id because no insert in database
'log_type' => $data['type'],
'log_action' => $data['action'],
'log_timestamp' => $data['timestamp'] ?? wfTimestampNow(),
'log_user' => $data['user'] ?? 42,
'log_user_text' => $data['user_text'] ?? 'User',
'log_actor' => $data['actor'] ?? 24,
'log_namespace' => $data['namespace'] ?? NS_MAIN,
'log_title' => $data['title'] ?? 'Main_Page',
'log_page' => $data['page'] ?? 0,
'log_comment_text' => $data['comment'] ?? '',
'log_comment_data' => null,
'log_params' => $legacy
? LogPage::makeParamBlob( $data['params'] )
: LogEntryBase::makeParamBlob( $data['params'] ),
'log_deleted' => $data['deleted'] ?? 0,
];
}
protected static function removeSomeHtml( $html ) {
$html = str_replace( '"', '"', $html );
$html = preg_replace( '/\xE2\x80[\x8E\x8F]/', '', $html ); // Strip lrm/rlm
return trim( strip_tags( $html ) );
}
protected static function removeApiMetaData( $val ) {
if ( is_array( $val ) ) {
unset( $val['_element'] );
unset( $val['_type'] );
foreach ( $val as $key => $value ) {
$val[$key] = self::removeApiMetaData( $value );
}
}
return $val;
}
}
|
